Split (3)

train · 335k rows

diff stringlengths 41 2.03M	msg stringlengths 1 1.5k ⌀	repo stringlengths 5 40	sha stringlengths 40 40	time stringlengths 20 20
mmm a / src / api . cc <nl> ppp b / src / api . cc <nl> Persistent < Context > v8 : : Context : : New ( <nl> LOG_API ( " Context : : New " ) ; <nl> ON_BAILOUT ( " v8 : : Context : : New ( ) " , return Persistent < Context > ( ) ) ; <nl> <nl> - / / Make sure that the global_template has a constructor . <nl> - if ( ! global_template . IsEmpty ( ) ) { <nl> - i : : Handle < i : : FunctionTemplateInfo > constructor = <nl> - EnsureConstructor ( Utils : : OpenHandle ( * global_template ) ) ; <nl> + v8 : : Handle < ObjectTemplate > proxy_template = global_template ; <nl> + i : : Handle < i : : FunctionTemplateInfo > proxy_constructor ; <nl> + i : : Handle < i : : FunctionTemplateInfo > global_constructor ; <nl> <nl> - / / Create a fresh template for global proxy object . <nl> - Local < ObjectTemplate > proxy_template = ObjectTemplate : : New ( ) ; <nl> + if ( ! global_template . IsEmpty ( ) ) { <nl> + / / Make sure that the global_template has a constructor . <nl> + global_constructor = EnsureConstructor ( Utils : : OpenHandle ( * global_template ) ) ; <nl> <nl> - i : : Handle < i : : FunctionTemplateInfo > proxy_constructor = <nl> - EnsureConstructor ( Utils : : OpenHandle ( * proxy_template ) ) ; <nl> + / / Create a fresh template for the global proxy object . <nl> + proxy_template = ObjectTemplate : : New ( ) ; <nl> + proxy_constructor = EnsureConstructor ( Utils : : OpenHandle ( * proxy_template ) ) ; <nl> <nl> - / / Set the global template to be the prototype template <nl> - / / of global proxy template . <nl> + / / Set the global template to be the prototype template of global <nl> + / / proxy template . <nl> proxy_constructor - > set_prototype_template ( <nl> * Utils : : OpenHandle ( * global_template ) ) ; <nl> <nl> - / / Migrate security handlers from global_template to proxy_template . <nl> - if ( ! constructor - > access_check_info ( ) - > IsUndefined ( ) ) { <nl> - proxy_constructor - > set_access_check_info ( <nl> - constructor - > access_check_info ( ) ) ; <nl> - proxy_constructor - > set_needs_access_check ( true ) ; <nl> - <nl> - / / Remove access check info from global_template . <nl> - constructor - > set_needs_access_check ( false ) ; <nl> - constructor - > set_access_check_info ( i : : Heap : : undefined_value ( ) ) ; <nl> + / / Migrate security handlers from global_template to <nl> + / / proxy_template . Temporarily removing access check information <nl> + / / from the global template . <nl> + if ( ! global_constructor - > access_check_info ( ) - > IsUndefined ( ) ) { <nl> + proxy_constructor - > set_access_check_info ( <nl> + global_constructor - > access_check_info ( ) ) ; <nl> + proxy_constructor - > set_needs_access_check ( <nl> + global_constructor - > needs_access_check ( ) ) ; <nl> + global_constructor - > set_needs_access_check ( false ) ; <nl> + global_constructor - > set_access_check_info ( i : : Heap : : undefined_value ( ) ) ; <nl> } <nl> - <nl> - global_template = proxy_template ; <nl> } <nl> <nl> + / / Create the environment . <nl> i : : Handle < i : : Context > env = i : : Bootstrapper : : CreateEnvironment ( <nl> Utils : : OpenHandle ( * global_object ) , <nl> - global_template , extensions ) ; <nl> + proxy_template , <nl> + extensions ) ; <nl> + <nl> + / / Restore the access check info on the global template . <nl> + if ( ! global_template . IsEmpty ( ) ) { <nl> + ASSERT ( ! global_constructor . is_null ( ) ) ; <nl> + ASSERT ( ! proxy_constructor . is_null ( ) ) ; <nl> + global_constructor - > set_access_check_info ( <nl> + proxy_constructor - > access_check_info ( ) ) ; <nl> + global_constructor - > set_needs_access_check ( <nl> + proxy_constructor - > needs_access_check ( ) ) ; <nl> + } <nl> + <nl> if ( ! ApiCheck ( ! env . is_null ( ) , <nl> " v8 : : Context : : New ( ) " , <nl> " Could not initialize environment " ) ) <nl> mmm a / test / cctest / test - api . cc <nl> ppp b / test / cctest / test - api . cc <nl> THREADED_TEST ( DisableAccessChecksWhileConfiguring ) { <nl> } <nl> <nl> <nl> + / / This tests that access check information remains on the global <nl> + / / object template when creating contexts . <nl> + THREADED_TEST ( AccessControlRepeatedContextCreation ) { <nl> + v8 : : HandleScope handle_scope ; <nl> + v8 : : Handle < v8 : : ObjectTemplate > global_template = v8 : : ObjectTemplate : : New ( ) ; <nl> + global_template - > SetAccessCheckCallbacks ( NamedSetAccessBlocker , <nl> + IndexedSetAccessBlocker ) ; <nl> + i : : Handle < i : : ObjectTemplateInfo > internal_template = <nl> + v8 : : Utils : : OpenHandle ( * global_template ) ; <nl> + CHECK ( ! internal_template - > constructor ( ) - > IsUndefined ( ) ) ; <nl> + i : : Handle < i : : FunctionTemplateInfo > constructor ( <nl> + i : : FunctionTemplateInfo : : cast ( internal_template - > constructor ( ) ) ) ; <nl> + CHECK ( ! constructor - > access_check_info ( ) - > IsUndefined ( ) ) ; <nl> + v8 : : Persistent < Context > context0 = Context : : New ( NULL , global_template ) ; <nl> + CHECK ( ! constructor - > access_check_info ( ) - > IsUndefined ( ) ) ; <nl> + } <nl> + <nl> + <nl> static String : : ExternalStringResource * SymbolCallback ( const char * chars , <nl> size_t length ) { <nl> uint16_t * buffer = i : : NewArray < uint16_t > ( length + 1 ) ; <nl>	Make sure that the API does not change templates pass in from the	v8/v8	e8b56e6f95f2145787ecd3822d696d5f92c5a4c5	2008-12-11T11:09:51Z
mmm a / tensorflow / contrib / lite / toco / tflite / operator . cc <nl> ppp b / tensorflow / contrib / lite / toco / tflite / operator . cc <nl> std : : vector < std : : unique_ptr < BaseOperator > > BuildOperatorList ( ) { <nl> " MINIMUM " , OperatorType : : kTensorFlowMinimum ) ) ; <nl> ops . emplace_back ( new SimpleOperator < TensorFlowLessOperator > ( <nl> " LESS " , OperatorType : : kTensorFlowLess ) ) ; <nl> - ops . emplace_back ( <nl> - new SimpleOperator < FloorOperator > ( " FLOOR " , OperatorType : : kFloor ) ) ; <nl> <nl> return ops ; <nl> } <nl>	Remove duplicated emplace_back floor operator .	tensorflow/tensorflow	1a4f746ffd82376f6e9ad420d96943ff89e7013a	2018-05-03T01:22:09Z
mmm a / Vagrantfile <nl> ppp b / Vagrantfile <nl> Vagrant . configure ( 2 ) do \| config \| <nl> <nl> # install host build - time dependencies <nl> apt - get update <nl> - apt - get install - y gpgv2 gnupg2 g + + g + + - 6 - multilib git docker - ce fontforge - nox python - debian schroot <nl> + apt - get install - y gpgv2 gnupg2 g + + g + + - 6 - multilib git docker - ce fontforge - nox python - debian schroot python - pip <nl> apt - get - y - t stretch - backports install meson <nl> <nl> + # install adobe font devkit to build source san hans <nl> + pip install afdko <nl> + <nl> # winehq - devel is installed to pull in dependencies to run Wine <nl> apt - get install - y - - install - recommends winehq - devel <nl> <nl> mmm a / build / makefile_base . mak <nl> ppp b / build / makefile_base . mak <nl> $ ( DIST_WINEMONO ) : \| $ ( DIST_WINEMONO_DIR ) <nl> $ ( DIST_FONTS ) : fonts <nl> mkdir - p $ @ <nl> cp $ ( FONTS_OBJ ) / * . ttf " $ @ " <nl> + cp $ ( FONTS_OBJ ) / * . otf " $ @ " <nl> <nl> . PHONY : dist <nl> <nl> dist : $ ( DIST_TARGETS ) wine vrclient lsteamclient steam dxvk d9vk \| $ ( DST_DIR ) <nl> ln - s $ ( FONTLINKPATH ) / LiberationSans - Regular . ttf $ ( abspath $ ( DIST_PREFIX ) ) / drive_c / windows / Fonts / arial . ttf & & \ <nl> ln - s $ ( FONTLINKPATH ) / LiberationSans - Bold . ttf $ ( abspath $ ( DIST_PREFIX ) ) / drive_c / windows / Fonts / arialbd . ttf & & \ <nl> ln - s $ ( FONTLINKPATH ) / LiberationSerif - Regular . ttf $ ( abspath $ ( DIST_PREFIX ) ) / drive_c / windows / Fonts / times . ttf & & \ <nl> - ln - s $ ( FONTLINKPATH ) / LiberationMono - Regular . ttf $ ( abspath $ ( DIST_PREFIX ) ) / drive_c / windows / Fonts / cour . ttf <nl> + ln - s $ ( FONTLINKPATH ) / LiberationMono - Regular . ttf $ ( abspath $ ( DIST_PREFIX ) ) / drive_c / windows / Fonts / cour . ttf & & \ <nl> + ln - s $ ( FONTLINKPATH ) / SourceHanSansSCRegular . otf $ ( abspath $ ( DIST_PREFIX ) ) / drive_c / windows / Fonts / msyh . ttf <nl> # The use of " arial " here is for compatibility with programs that require that exact string . These links do not point to Arial . <nl> # The use of " times " here is for compatibility with programs that require that exact string . This link does not point to Times New Roman . <nl> # The use of " cour " here is for compatibility with programs that require that exact string . This link does not point to Courier New . <nl> + # The use of " msyh " here is for compatibility with programs that require that exact string . This link does not point to Microsoft YaHei . <nl> <nl> deploy : dist \| $ ( filter - out dist deploy install , $ ( MAKECMDGOALS ) ) <nl> mkdir - p $ ( DEPLOY_DIR ) & & \ <nl> FONTSCRIPT = $ ( FONTS ) / scripts / generatefont . pe <nl> FONTLINKPATH = . . / . . / . . / . . / fonts <nl> <nl> LIBERATION_SRCDIR = $ ( FONTS ) / liberation - fonts / src <nl> + SOURCE_HAN_SANS_SRCDIR = $ ( FONTS ) / source - han - sans <nl> <nl> LIBERATION_SANS_REGULAR_SFD = LiberationSans - Regular . sfd <nl> LIBERATION_SANS_BOLD_SFD = LiberationSans - Bold . sfd <nl> LIBERATION_SERIF_REGULAR_SFD = LiberationSerif - Regular . sfd <nl> LIBERATION_MONO_REGULAR_SFD = LiberationMono - Regular . sfd <nl> <nl> + SOURCE_HAN_SANS_REGULAR_CIDFONTINFO = $ ( SOURCE_HAN_SANS_SRCDIR ) / cidfontinfo . OTC . SC <nl> + SOURCE_HAN_SANS_REGULAR_CIDFONT = $ ( SOURCE_HAN_SANS_SRCDIR ) / cidfont . ps . OTC . SC <nl> + SOURCE_HAN_SANS_REGULAR_FEATURES = $ ( SOURCE_HAN_SANS_SRCDIR ) / features . OTC . SC <nl> + SOURCE_HAN_SANS_REGULAR_SEQUENCES = $ ( SOURCE_HAN_SANS_SRCDIR ) / SourceHanSans_CN_sequences . txt <nl> + SOURCE_HAN_SANS_REGULAR_UNISOURCE = $ ( SOURCE_HAN_SANS_SRCDIR ) / UniSourceHanSansCN - UTF32 - H <nl> + YAHEI_MENUNAMEDB = $ ( FONTS ) / patches / YaHei - FontMenuNameDB <nl> + <nl> LIBERATION_SANS_REGULAR_TTF = $ ( addprefix $ ( FONTS_OBJ ) / , $ ( LIBERATION_SANS_REGULAR_SFD : . sfd = . ttf ) ) <nl> LIBERATION_SANS_BOLD_TTF = $ ( addprefix $ ( FONTS_OBJ ) / , $ ( LIBERATION_SANS_BOLD_SFD : . sfd = . ttf ) ) <nl> LIBERATION_SERIF_REGULAR_TTF = $ ( addprefix $ ( FONTS_OBJ ) / , $ ( LIBERATION_SERIF_REGULAR_SFD : . sfd = . ttf ) ) <nl> LIBERATION_MONO_REGULAR_TTF = $ ( addprefix $ ( FONTS_OBJ ) / , $ ( LIBERATION_MONO_REGULAR_SFD : . sfd = . ttf ) ) <nl> + SOURCE_HAN_SANS_REGULAR_OTF = $ ( FONTS_OBJ ) / SourceHanSansSCRegular . otf <nl> <nl> LIBERATION_SFDS = $ ( LIBERATION_SANS_REGULAR_SFD ) $ ( LIBERATION_SANS_BOLD_SFD ) $ ( LIBERATION_SERIF_REGULAR_SFD ) $ ( LIBERATION_MONO_REGULAR_SFD ) <nl> FONT_TTFS = $ ( LIBERATION_SANS_REGULAR_TTF ) $ ( LIBERATION_SANS_BOLD_TTF ) \ <nl> $ ( LIBERATION_MONO_REGULAR_TTF ) : $ ( FONTS_SRC ) $ ( FONTSCRIPT ) <nl> patch $ ( @ : . ttf = . sfd ) $ ( FONTS ) / patches / $ ( LIBERATION_MONO_REGULAR_SFD : . sfd = . patch ) <nl> $ ( FONTFORGE ) - script $ ( FONTSCRIPT ) $ ( @ : . ttf = . sfd ) " CourierNew " " Courier New " " Courier New " <nl> <nl> + # The use of " YaHei " for compatibility with programs that require that exact string . This font is not Microsoft YaHei . <nl> + $ ( SOURCE_HAN_SANS_REGULAR_OTF ) : $ ( SOURCE_HAN_SANS_REGULAR_CIDFONTINFO ) $ ( SOURCE_HAN_SANS_REGULAR_CIDFONT ) \ <nl> + $ ( SOURCE_HAN_SANS_REGULAR_FEATURES ) $ ( SOURCE_HAN_SANS_REGULAR_SEQUENCES ) $ ( SOURCE_HAN_SANS_REGULAR_UNISOURCE ) $ ( YAHEI_MENUNAMEDB ) <nl> + makeotf - f $ ( SOURCE_HAN_SANS_REGULAR_CIDFONT ) - omitMacNames - ff $ ( SOURCE_HAN_SANS_REGULAR_FEATURES ) \ <nl> + - fi $ ( SOURCE_HAN_SANS_REGULAR_CIDFONTINFO ) - mf $ ( YAHEI_MENUNAMEDB ) - r - nS - cs 25 - ch $ ( SOURCE_HAN_SANS_REGULAR_UNISOURCE ) \ <nl> + - ci $ ( SOURCE_HAN_SANS_REGULAR_SEQUENCES ) - o $ ( SOURCE_HAN_SANS_REGULAR_OTF ) <nl> + tx - cff + S - no_futile $ ( SOURCE_HAN_SANS_REGULAR_CIDFONT ) $ ( FONTS_OBJ ) / CFF . OTC . SC <nl> + sfntedit - a CFF = $ ( FONTS_OBJ ) / CFF . OTC . SC $ ( SOURCE_HAN_SANS_REGULAR_OTF ) <nl> + <nl> $ ( FONTS_OBJ ) : <nl> mkdir - p $ @ <nl> <nl> $ ( FONTS_SRC ) : $ ( FONTS_OBJ ) <nl> cp - n $ ( addprefix $ ( LIBERATION_SRCDIR ) / , $ ( LIBERATION_SFDS ) ) $ < <nl> <nl> fonts : $ ( LIBERATION_SANS_REGULAR_TTF ) $ ( LIBERATION_SANS_BOLD_TTF ) \ <nl> - $ ( LIBERATION_SERIF_REGULAR_TTF ) $ ( LIBERATION_MONO_REGULAR_TTF ) \| $ ( FONTS_SRC ) <nl> + $ ( LIBERATION_SERIF_REGULAR_TTF ) $ ( LIBERATION_MONO_REGULAR_TTF ) \ <nl> + $ ( SOURCE_HAN_SANS_REGULAR_OTF ) \| $ ( FONTS_SRC ) <nl> <nl> # # <nl> # # Targets <nl> new file mode 100644 <nl> index 00000000 . . 06ecbaac <nl> mmm / dev / null <nl> ppp b / fonts / patches / YaHei - FontMenuNameDB <nl> <nl> + [ SourceHanSansSC - Regular ] <nl> + f = 3 , 1 , 0x804 , \ 5FAE \ 8F6F \ 96C5 \ 9ED1 <nl> + s = 3 , 1 , 0x804 , Regular <nl> + f = Microsoft YaHei <nl> + s = Regular <nl> mmm a / proton <nl> ppp b / proton <nl> class CompatData : <nl> ( " LiberationSans - Bold . ttf " , " arialbd . ttf " ) , <nl> ( " LiberationSerif - Regular . ttf " , " times . ttf " ) , <nl> ( " LiberationMono - Regular . ttf " , " cour . ttf " ) , <nl> + ( " SourceHanSansSCRegular . otf " , " msyh . ttf " ) , <nl> ] <nl> <nl> windowsfonts = self . prefix_dir + " / drive_c / windows / Fonts " <nl>	Build Source Han Sans SC Regular as if it were YaHei	ValveSoftware/Proton	da43c48f3d4c8967195f973badba2ad426639891	2019-08-23T14:57:46Z
mmm a / dbtests / dbtests . cpp <nl> ppp b / dbtests / dbtests . cpp <nl> <nl> # include " dbtests . h " <nl> <nl> int main ( int argc , char * * argv ) { <nl> + static StaticObserver StaticObserver ; <nl> return Suite : : run ( argc , argv , " / tmp / unittest " ) ; <nl> } <nl> <nl> mmm a / s / server . cpp <nl> ppp b / s / server . cpp <nl> namespace mongo { <nl> using namespace mongo ; <nl> <nl> int main ( int argc , char * argv [ ] , char * envp [ ] ) { <nl> + static StaticObserver staticObserver ; <nl> <nl> bool justTests = false ; <nl> vector < string > configdbs ; <nl> mmm a / tools / tool . cpp <nl> ppp b / tools / tool . cpp <nl> namespace mongo { <nl> } <nl> <nl> int Tool : : main ( int argc , char * * argv ) { <nl> + static StaticObserver staticObserver ; <nl> + <nl> cmdLine . prealloc = false ; <nl> <nl> boost : : filesystem : : path : : default_name_check ( boost : : filesystem : : no_check ) ; <nl>	SERVER - 695 add StaticObserver to more binaries	mongodb/mongo	f097370033273ad79f061a066657fed2362972a0	2010-03-15T17:02:12Z
mmm a / tools / SourceKit / lib / SwiftLang / SwiftEditorInterfaceGen . cpp <nl> ppp b / tools / SourceKit / lib / SwiftLang / SwiftEditorInterfaceGen . cpp <nl> class AnnotatingPrinter : public StreamPrinter { <nl> } ; <nl> std : : vector < DeclUSR > DeclUSRs ; <nl> <nl> + / / For members of a synthesized extension , we should append the USR of the <nl> + / / synthesize target to the original USR . <nl> + std : : string TargetUSR ; <nl> + <nl> + / / A separator between the target usr and the real usr . <nl> + std : : string Separator = " : : SYNTHESIZED : : " ; <nl> + <nl> public : <nl> AnnotatingPrinter ( SourceTextInfo & Info , llvm : : raw_ostream & OS ) <nl> : StreamPrinter ( OS ) , Info ( Info ) { } <nl> class AnnotatingPrinter : public StreamPrinter { <nl> assert ( DeclUSRs . empty ( ) & & " unmatched printDeclLoc call ? " ) ; <nl> } <nl> <nl> + <nl> + void printSynthesizedExtensionPre ( const ExtensionDecl * ED , <nl> + const NominalTypeDecl * Target ) override { <nl> + / / When we start print a synthesized extension , record the target ' s USR . <nl> + llvm : : SmallString < 64 > Buf ; <nl> + llvm : : raw_svector_ostream OS ( Buf ) ; <nl> + if ( ! SwiftLangSupport : : printUSR ( Target , OS ) ) { <nl> + TargetUSR = OS . str ( ) ; <nl> + } <nl> + } <nl> + <nl> + void printSynthesizedExtensionPost ( const ExtensionDecl * ED , <nl> + const NominalTypeDecl * Target ) override { <nl> + / / When we leave a synthesized extension , clear target ' s USR . <nl> + TargetUSR = " " ; <nl> + } <nl> + <nl> void printDeclLoc ( const Decl * D ) override { <nl> unsigned LocOffset = OS . tell ( ) ; <nl> TextDecl Entry ( D , TextRange { LocOffset , 0 } ) ; <nl> class AnnotatingPrinter : public StreamPrinter { <nl> llvm : : SmallString < 64 > Buf ; <nl> llvm : : raw_svector_ostream OS ( Buf ) ; <nl> if ( ! SwiftLangSupport : : printUSR ( VD , OS ) ) { <nl> + <nl> + / / Append target ' s USR if this is a member of a synthesized extension . <nl> + if ( ! TargetUSR . empty ( ) ) { <nl> + OS < < Separator ; <nl> + OS < < TargetUSR ; <nl> + } <nl> StringRef USR = OS . str ( ) ; <nl> Info . USRMap [ USR ] = Entry ; <nl> DeclUSRs . emplace_back ( VD , USR ) ; <nl>	AnnotatingPrinter : For members from a synthesized extension , we append the target ' s USR to their original USR to differentiate them .	apple/swift	b480ab1f5f519e3b9551516f052fc8afeb601306	2016-02-16T19:41:26Z
mmm a / WeexSDK . podspec <nl> ppp b / WeexSDK . podspec <nl> Pod : : Spec . new do \| s \| <nl> w . xcconfig = { ' USER_HEADER_SEARCH_PATHS ' = > [ ' $ { PODS_ROOT } / Headers / Public / WeexSDK / core / * * ' ] } <nl> w . header_mappings_dir = ' weex_core / Source ' <nl> <nl> - w . libraries = " stdc + + " <nl> + w . libraries = " c + + " <nl> end <nl> <nl> end <nl>	[ iOS ] Use libc + + . ( )	apache/incubator-weex	1e757cdfcbae827c98696c2fc24ac15621356c11	2018-11-26T12:04:44Z
mmm a / src / arm / fast - codegen - arm . cc <nl> ppp b / src / arm / fast - codegen - arm . cc <nl> void FastCodeGenerator : : Move ( Slot * destination , Location source ) { <nl> } <nl> <nl> <nl> + void FastCodeGenerator : : DropAndMove ( Location destination , Register source ) { <nl> + switch ( destination . type ( ) ) { <nl> + case Location : : NOWHERE : <nl> + __ pop ( ) ; <nl> + break ; <nl> + case Location : : TEMP : <nl> + __ str ( source , MemOperand ( sp ) ) ; <nl> + break ; <nl> + } <nl> + } <nl> + <nl> + <nl> void FastCodeGenerator : : DeclareGlobals ( Handle < FixedArray > pairs ) { <nl> / / Call the runtime to declare the globals . <nl> / / The context is the first argument . <nl> void FastCodeGenerator : : VisitVariableProxy ( VariableProxy * expr ) { <nl> __ mov ( r2 , Operand ( expr - > name ( ) ) ) ; <nl> Handle < Code > ic ( Builtins : : builtin ( Builtins : : LoadIC_Initialize ) ) ; <nl> __ Call ( ic , RelocInfo : : CODE_TARGET_CONTEXT ) ; <nl> - switch ( expr - > location ( ) . type ( ) ) { <nl> - case Location : : NOWHERE : <nl> - __ pop ( ) ; <nl> - break ; <nl> - case Location : : TEMP : <nl> - / / Replace the global object with the result . <nl> - __ str ( r0 , MemOperand ( sp ) ) ; <nl> - break ; <nl> - } <nl> - <nl> + DropAndMove ( expr - > location ( ) , r0 ) ; <nl> } else { <nl> Comment cmnt ( masm_ , " Stack slot " ) ; <nl> Move ( expr - > location ( ) , rewrite - > AsSlot ( ) ) ; <nl> void FastCodeGenerator : : VisitAssignment ( Assignment * expr ) { <nl> Handle < Code > ic ( Builtins : : builtin ( Builtins : : StoreIC_Initialize ) ) ; <nl> __ Call ( ic , RelocInfo : : CODE_TARGET ) ; <nl> / / Overwrite the global object on the stack with the result if needed . <nl> - switch ( expr - > location ( ) . type ( ) ) { <nl> - case Location : : NOWHERE : <nl> - __ pop ( ) ; <nl> - break ; <nl> - case Location : : TEMP : <nl> - __ str ( r0 , MemOperand ( sp ) ) ; <nl> - break ; <nl> - } <nl> - <nl> + DropAndMove ( expr - > location ( ) , r0 ) ; <nl> } else { <nl> / / Local or parameter assignment . <nl> <nl> void FastCodeGenerator : : VisitCall ( Call * expr ) { <nl> __ Call ( ic , RelocInfo : : CODE_TARGET_CONTEXT ) ; <nl> / / Restore context register . <nl> __ ldr ( cp , MemOperand ( fp , StandardFrameConstants : : kContextOffset ) ) ; <nl> - switch ( expr - > location ( ) . type ( ) ) { <nl> - case Location : : NOWHERE : <nl> - __ pop ( ) ; <nl> - break ; <nl> - case Location : : TEMP : <nl> - __ str ( r0 , MemOperand ( sp ) ) ; <nl> - break ; <nl> - } <nl> + DropAndMove ( expr - > location ( ) , r0 ) ; <nl> } <nl> <nl> <nl> void FastCodeGenerator : : VisitCallNew ( CallNew * node ) { <nl> __ Call ( construct_builtin , RelocInfo : : CONSTRUCT_CALL ) ; <nl> <nl> / / Replace function on TOS with result in r0 , or pop it . <nl> - switch ( node - > location ( ) . type ( ) ) { <nl> - case Location : : TEMP : <nl> - __ str ( r0 , MemOperand ( sp , 0 ) ) ; <nl> - break ; <nl> - case Location : : NOWHERE : <nl> - __ pop ( ) ; <nl> - break ; <nl> - } <nl> + DropAndMove ( node - > location ( ) , r0 ) ; <nl> } <nl> <nl> <nl> mmm a / src / fast - codegen . h <nl> ppp b / src / fast - codegen . h <nl> class FastCodeGenerator : public AstVisitor { <nl> void Move ( Register destination , Location source ) ; <nl> void Move ( Slot * destination , Location source ) ; <nl> <nl> + / / Drop the TOS , and store source to destination . <nl> + / / If destination is TOS , just overwrite TOS with source . <nl> + void DropAndMove ( Location destination , Register source ) ; <nl> + <nl> void VisitDeclarations ( ZoneList < Declaration * > * declarations ) ; <nl> Handle < JSFunction > BuildBoilerplate ( FunctionLiteral * fun ) ; <nl> void DeclareGlobals ( Handle < FixedArray > pairs ) ; <nl> mmm a / src / ia32 / fast - codegen - ia32 . cc <nl> ppp b / src / ia32 / fast - codegen - ia32 . cc <nl> void FastCodeGenerator : : Move ( Slot * destination , Location source ) { <nl> } <nl> <nl> <nl> + void FastCodeGenerator : : DropAndMove ( Location destination , Register source ) { <nl> + switch ( destination . type ( ) ) { <nl> + case Location : : NOWHERE : <nl> + __ add ( Operand ( esp ) , Immediate ( kPointerSize ) ) ; <nl> + break ; <nl> + case Location : : TEMP : <nl> + __ mov ( Operand ( esp , 0 ) , source ) ; <nl> + break ; <nl> + } <nl> + } <nl> + <nl> + <nl> void FastCodeGenerator : : DeclareGlobals ( Handle < FixedArray > pairs ) { <nl> / / Call the runtime to declare the globals . <nl> __ push ( esi ) ; / / The context is the first argument . <nl> void FastCodeGenerator : : VisitVariableProxy ( VariableProxy * expr ) { <nl> / / ( eg , push / pop elimination ) . <nl> __ nop ( ) ; <nl> <nl> - switch ( expr - > location ( ) . type ( ) ) { <nl> - case Location : : NOWHERE : <nl> - __ add ( Operand ( esp ) , Immediate ( kPointerSize ) ) ; <nl> - break ; <nl> - case Location : : TEMP : <nl> - / / Replace the global object with the result . <nl> - __ mov ( Operand ( esp , 0 ) , eax ) ; <nl> - break ; <nl> - } <nl> - <nl> + DropAndMove ( expr - > location ( ) , eax ) ; <nl> } else { <nl> Comment cmnt ( masm_ , " Stack slot " ) ; <nl> Move ( expr - > location ( ) , rewrite - > AsSlot ( ) ) ; <nl> void FastCodeGenerator : : VisitAssignment ( Assignment * expr ) { <nl> Handle < Code > ic ( Builtins : : builtin ( Builtins : : StoreIC_Initialize ) ) ; <nl> __ call ( ic , RelocInfo : : CODE_TARGET ) ; <nl> / / Overwrite the global object on the stack with the result if needed . <nl> - switch ( expr - > location ( ) . type ( ) ) { <nl> - case Location : : NOWHERE : <nl> - __ add ( Operand ( esp ) , Immediate ( kPointerSize ) ) ; <nl> - break ; <nl> - case Location : : TEMP : <nl> - __ mov ( Operand ( esp , 0 ) , eax ) ; <nl> - break ; <nl> - } <nl> + DropAndMove ( expr - > location ( ) , eax ) ; <nl> } else { <nl> / / Local or parameter assignment . <nl> <nl> void FastCodeGenerator : : VisitCall ( Call * expr ) { <nl> / / Restore context register . <nl> __ mov ( esi , Operand ( ebp , StandardFrameConstants : : kContextOffset ) ) ; <nl> / / Discard the function left on TOS . <nl> - switch ( expr - > location ( ) . type ( ) ) { <nl> - case Location : : NOWHERE : <nl> - __ add ( Operand ( esp ) , Immediate ( kPointerSize ) ) ; <nl> - break ; <nl> - case Location : : TEMP : <nl> - __ mov ( Operand ( esp , 0 ) , eax ) ; <nl> - break ; <nl> - } <nl> + DropAndMove ( expr - > location ( ) , eax ) ; <nl> } <nl> <nl> <nl> void FastCodeGenerator : : VisitCallNew ( CallNew * node ) { <nl> __ call ( construct_builtin , RelocInfo : : CONSTRUCT_CALL ) ; <nl> <nl> / / Replace function on TOS with result in eax , or pop it . <nl> - switch ( node - > location ( ) . type ( ) ) { <nl> - case Location : : TEMP : <nl> - __ mov ( Operand ( esp , 0 ) , eax ) ; <nl> - break ; <nl> - case Location : : NOWHERE : <nl> - __ add ( Operand ( esp ) , Immediate ( kPointerSize ) ) ; <nl> - break ; <nl> - } <nl> + DropAndMove ( node - > location ( ) , eax ) ; <nl> } <nl> <nl> <nl> mmm a / src / x64 / fast - codegen - x64 . cc <nl> ppp b / src / x64 / fast - codegen - x64 . cc <nl> void FastCodeGenerator : : Move ( Slot * destination , Location source ) { <nl> } <nl> <nl> <nl> + void FastCodeGenerator : : DropAndMove ( Location destination , Register source ) { <nl> + switch ( destination . type ( ) ) { <nl> + case Location : : NOWHERE : <nl> + __ addq ( rsp , Immediate ( kPointerSize ) ) ; <nl> + break ; <nl> + case Location : : TEMP : <nl> + __ movq ( Operand ( rsp , 0 ) , source ) ; <nl> + break ; <nl> + } <nl> + } <nl> + <nl> + <nl> void FastCodeGenerator : : DeclareGlobals ( Handle < FixedArray > pairs ) { <nl> / / Call the runtime to declare the globals . <nl> __ push ( rsi ) ; / / The context is the first argument . <nl> void FastCodeGenerator : : VisitVariableProxy ( VariableProxy * expr ) { <nl> / / A test rax instruction following the call is used by the IC to <nl> / / indicate that the inobject property case was inlined . Ensure there <nl> / / is no test rax instruction here . <nl> - switch ( expr - > location ( ) . type ( ) ) { <nl> - case Location : : NOWHERE : <nl> - __ addq ( rsp , Immediate ( kPointerSize ) ) ; <nl> - break ; <nl> - case Location : : TEMP : <nl> - / / Replace the global object with the result . <nl> - __ movq ( Operand ( rsp , 0 ) , rax ) ; <nl> - break ; <nl> - } <nl> - <nl> + DropAndMove ( expr - > location ( ) , rax ) ; <nl> } else { <nl> Comment cmnt ( masm_ , " Stack slot " ) ; <nl> Move ( expr - > location ( ) , rewrite - > AsSlot ( ) ) ; <nl> void FastCodeGenerator : : VisitAssignment ( Assignment * expr ) { <nl> Handle < Code > ic ( Builtins : : builtin ( Builtins : : StoreIC_Initialize ) ) ; <nl> __ Call ( ic , RelocInfo : : CODE_TARGET ) ; <nl> / / Overwrite the global object on the stack with the result if needed . <nl> - switch ( expr - > location ( ) . type ( ) ) { <nl> - case Location : : NOWHERE : <nl> - __ addq ( rsp , Immediate ( kPointerSize ) ) ; <nl> - break ; <nl> - case Location : : TEMP : <nl> - __ movq ( Operand ( rsp , 0 ) , rax ) ; <nl> - break ; <nl> - } <nl> + DropAndMove ( expr - > location ( ) , rax ) ; <nl> } else { <nl> / / Local or parameter assignment . <nl> <nl> void FastCodeGenerator : : VisitCall ( Call * expr ) { <nl> / / Restore context register . <nl> __ movq ( rsi , Operand ( rbp , StandardFrameConstants : : kContextOffset ) ) ; <nl> / / Discard the function left on TOS . <nl> - switch ( expr - > location ( ) . type ( ) ) { <nl> - case Location : : NOWHERE : <nl> - __ addq ( rsp , Immediate ( kPointerSize ) ) ; <nl> - break ; <nl> - case Location : : TEMP : <nl> - __ movq ( Operand ( rsp , 0 ) , rax ) ; <nl> - break ; <nl> - } <nl> + DropAndMove ( expr - > location ( ) , rax ) ; <nl> } <nl> <nl> <nl> void FastCodeGenerator : : VisitCallNew ( CallNew * node ) { <nl> __ Call ( construct_builtin , RelocInfo : : CONSTRUCT_CALL ) ; <nl> <nl> / / Replace function on TOS with result in rax , or pop it . <nl> - switch ( node - > location ( ) . type ( ) ) { <nl> - case Location : : TEMP : <nl> - __ movq ( Operand ( rsp , 0 ) , rax ) ; <nl> - break ; <nl> - case Location : : NOWHERE : <nl> - __ addq ( rsp , Immediate ( kPointerSize ) ) ; <nl> - break ; <nl> - } <nl> + DropAndMove ( node - > location ( ) , rax ) ; <nl> } <nl> <nl> <nl>	Factor out a commonly used code sequence to DropAndMove ( Location , Register )	v8/v8	0bd21aa0f9c4bf1b14a099dd5123e85659e81da6	2009-10-28T09:56:14Z
mmm a / src / wasm / module - compiler . cc <nl> ppp b / src / wasm / module - compiler . cc <nl> void CompileLazy ( Isolate * isolate , NativeModule * native_module , <nl> <nl> if ( WasmCode : : ShouldBeLogged ( isolate ) ) code - > LogCode ( isolate ) ; <nl> <nl> - int64_t func_size = <nl> - static_cast < int64_t > ( func - > code . end_offset ( ) - func - > code . offset ( ) ) ; <nl> - int64_t compilation_time = compilation_timer . Elapsed ( ) . InMicroseconds ( ) ; <nl> + double func_kb = 1e - 3 * func - > code . length ( ) ; <nl> + double compilation_seconds = compilation_timer . Elapsed ( ) . InSecondsF ( ) ; <nl> <nl> counters - > wasm_lazily_compiled_functions ( ) - > Increment ( ) ; <nl> <nl> - counters - > wasm_lazy_compilation_throughput ( ) - > AddSample ( <nl> - compilation_time ! = 0 ? static_cast < int > ( func_size / compilation_time ) <nl> - : 0 ) ; <nl> + int throughput_sample = static_cast < int > ( func_kb / compilation_seconds ) ; <nl> + counters - > wasm_lazy_compilation_throughput ( ) - > AddSample ( throughput_sample ) ; <nl> } <nl> <nl> namespace { <nl>	[ wasm ] Fix lazy compilation throughput counter	v8/v8	24151a9136498fcacd78ac44a72abb09bd1bbac8	2019-03-28T14:34:42Z
mmm a / docs / docutils / doc2md . py <nl> ppp b / docs / docutils / doc2md . py <nl> def mod2md ( module , title , title_api_section , toc = True ) : <nl> api_sec = [ ] <nl> if title_api_section : <nl> # sections . append ( ( level + 1 , title_api_section ) ) <nl> - for name , entry in module . __dict__ . items ( ) : <nl> + for name , entry in iter ( sorted ( module . __dict__ . items ( ) ) ) : <nl> if name [ 0 ] ! = ' _ ' and entry . __doc__ : <nl> # api_sec . append ( ( level + 1 , name ) ) <nl> # api_md + = [ ' ' , ' ' ] <nl> mmm a / docs / nn . md <nl> ppp b / docs / nn . md <nl> <nl> <nl> <nl> <nl> - # # LogSoftmax <nl> + # # AvgPool2d <nl> <nl> - Applies the Log ( Softmax ( x ) ) function to an n - dimensional input Tensor . <nl> + Applies a 2D average pooling over an input signal composed of several input <nl> <nl> - The LogSoftmax formulation can be simplified as <nl> - f_i ( x ) = log ( 1 / a * exp ( x_i ) ) where a = sum_j exp ( x_j ) . <nl> + ` ` ` python <nl> + The output value of the layer with input ( b x C x H x W ) and output ( b x C x oH x oW ) <nl> + can be precisely described as : <nl> + output [ b_i ] [ c_i ] [ h_i ] [ w_i ] = ( 1 / K ) * sum_ { kh = 1 , KH } sum_ { kw = 1 , kW } input [ b_i ] [ c_i ] [ stride_h * h_i + kh ) ] [ stride_w * w_i + kw ) ] <nl> + ` ` ` <nl> <nl> - # # # Returns <nl> - a Tensor of the same dimension and shape as the input <nl> + ` ` ` python <nl> + # pool of square window of size = 3 , stride = 2 <nl> + m = nn . AvgPool2d ( 3 , stride = 2 ) <nl> + # pool of non - square window <nl> + m = nn . AvgPool2d ( ( 3 , 2 ) , stride = ( 2 , 1 ) ) <nl> + input = autograd . Variable ( torch . randn ( 20 , 16 , 50 , 32 ) ) <nl> + output = m . forward ( input ) <nl> + ` ` ` <nl> + <nl> + planes . <nl> + <nl> + <nl> + <nl> + # # # Constructor Arguments <nl> + <nl> + Parameter \| Default \| Description <nl> + mmmmmmmmm \| mmmmmm - \| mmmmmmmmm - - <nl> + kernel_size \| \| the size of the window . Can be a single number k ( for a square kernel of k x k ) or a tuple ( kh x kw ) <nl> + stride \| kernel_size \| the stride of the window . Can be a single number s or a tuple ( sh x sw ) . <nl> + padding \| 0 \| implicit padding to be added . Can be a single number or a tuple . <nl> + ceil_mode \| \| when True , will use " ceil " instead of " floor " to compute the output shape <nl> <nl> # # # Expected Shape <nl> \| Shape \| Description <nl> mmmmmm \| mmm - - \| mmmmmmmmmmmm <nl> - input \| [ * , * ] \| 2D Tensor of any size <nl> - output \| Same \| Output has the same shape as input <nl> + input \| [ * , * , * , * ] \| Input is minibatch x channels x iH x iW <nl> + output \| [ * , * , * , * ] \| Output shape = minibatch x channels x floor ( ( iH + 2 * padH - kH ) / sH + 1 ) x floor ( ( iW + 2 * padW - kW ) / sW + 1 ) <nl> + # # AvgPool3d <nl> <nl> - < img src = " image / logsoftmax . png " > <nl> + Applies a 3D average pooling over an input signal composed of several input <nl> <nl> ` ` ` python <nl> - m = nn . LogSoftmax ( ) <nl> - input = autograd . Variable ( torch . randn ( 2 , 3 ) ) <nl> - print ( input ) <nl> - print ( m . forward ( input ) ) <nl> + # pool of square window of size = 3 , stride = 2 <nl> + m = nn . AvgPool3d ( 3 , stride = 2 ) <nl> + # pool of non - square window <nl> + m = nn . AvgPool3d ( ( 3 , 2 , 2 ) , stride = ( 2 , 1 , 2 ) ) <nl> + input = autograd . Variable ( torch . randn ( 20 , 16 , 50 , 44 , 31 ) ) <nl> + output = m . forward ( input ) <nl> ` ` ` <nl> - # # ReLU <nl> <nl> - Applies the rectified linear unit function element - wise ReLU ( x ) = max ( 0 , x ) <nl> + planes . <nl> <nl> <nl> # # # Constructor Arguments <nl> <nl> Parameter \| Default \| Description <nl> mmmmmmmmm \| mmmmmm - \| mmmmmmmmm - - <nl> - inplace \| \| can optionally do the operation in - place <nl> - <nl> - # # # Returns <nl> - a Tensor of the same dimension and shape as the input <nl> + kernel_size \| \| the size of the window to take a average over . Can be a single number k ( for a square kernel of k x k x k ) or a tuple ( kt x kh x kw ) <nl> + stride \| kernel_size \| the stride of the window . Can be a single number s or a tuple ( st x sh x sw ) . <nl> <nl> # # # Expected Shape <nl> \| Shape \| Description <nl> mmmmmm \| mmm - - \| mmmmmmmmmmmm <nl> - input \| Any \| Tensor of any size and dimension <nl> - output \| Same \| Output has the same shape as input <nl> + input \| [ * , * , * , * , * ] \| Input is minibatch x channels x iT x iH x iW <nl> + output \| [ * , * , * , * , * ] \| Output shape = minibatch x channels x floor ( ( iT + 2 * padT - kT ) / sT + 1 ) x floor ( ( iH + 2 * padH - kH ) / sH + 1 ) x floor ( ( iW + 2 * padW - kW ) / sW + 1 ) <nl> + # # BatchNorm1d <nl> <nl> - < img src = " image / relu . png " > <nl> + Applies Batch Normalization over a 2d input that is seen as a mini - batch of 1d inputs <nl> <nl> ` ` ` python <nl> - m = nn . ReLU ( ) <nl> - input = autograd . Variable ( torch . randn ( 2 ) ) <nl> - print ( input ) <nl> - print ( m . forward ( input ) ) <nl> + x - mean ( x ) <nl> + y = mmmmmmmmmmmmmmmmmmmmmmmmmmm - - * gamma + beta <nl> + standard_deviation ( x ) + eps <nl> ` ` ` <nl> - # # LogSigmoid <nl> <nl> - Applies element - wise LogSigmoid ( x ) = log ( 1 / ( 1 + exp ( - x_i ) ) ) <nl> + ` ` ` python <nl> + # With Learnable Parameters <nl> + m = nn . BatchNorm1d ( 100 ) <nl> + # Without Learnable Parameters <nl> + m = nn . BatchNorm1d ( 100 , affine = False ) <nl> + input = autograd . Variable ( torch . randn ( 20 , 100 ) ) <nl> + output = m . forward ( input ) <nl> + ` ` ` <nl> <nl> <nl> - # # # Returns <nl> - a Tensor of the same dimension and shape as the input <nl> + <nl> + The mean and standard - deviation are calculated per - dimension over <nl> + the mini - batches and gamma and beta are learnable parameter vectors <nl> + of size N ( where N is the input size ) . <nl> + <nl> + During training , this layer keeps a running estimate of its computed mean <nl> + and variance . The running sum is kept with a default momentum of 0 . 1 <nl> + During evaluation , this running mean / variance is used for normalization . <nl> + <nl> + <nl> + # # # Constructor Arguments <nl> + <nl> + Parameter \| Default \| Description <nl> + mmmmmmmmm \| mmmmmm - \| mmmmmmmmm - - <nl> + num_features \| \| the size of each 1D input in the mini - batch <nl> + eps \| 1e - 5 \| a value added to the denominator for numerical stability . <nl> + momentum \| 0 . 1 \| the value used for the running_mean and running_var computation . <nl> + affine \| \| a boolean value that when set to true , gives the layer learnable affine parameters . <nl> <nl> # # # Expected Shape <nl> \| Shape \| Description <nl> mmmmmm \| mmm - - \| mmmmmmmmmmmm <nl> - input \| Any \| Tensor of any size and dimension <nl> + input \| [ * , num_features ] \| 2D Tensor of nBatches x num_features <nl> output \| Same \| Output has the same shape as input <nl> <nl> - < img src = " image / logsigmoid . png " > <nl> + # # # Returns <nl> + a normalized tensor in the batch dimension <nl> + # # BatchNorm2d <nl> + <nl> + Applies Batch Normalization over a 4d input that is seen as a mini - batch of 3d inputs <nl> <nl> ` ` ` python <nl> - m = nn . LogSigmoid ( ) <nl> - input = autograd . Variable ( torch . randn ( 2 ) ) <nl> - print ( input ) <nl> - print ( m . forward ( input ) ) <nl> + x - mean ( x ) <nl> + y = mmmmmmmmmmmmmmmmmmmmmmmmmmm - - * gamma + beta <nl> + standard_deviation ( x ) + eps <nl> ` ` ` <nl> - # # PReLU <nl> <nl> - Applies element - wise the function PReLU ( x ) = max ( 0 , x ) + a * min ( 0 , x ) <nl> + ` ` ` python <nl> + # With Learnable Parameters <nl> + m = nn . BatchNorm2d ( 100 ) <nl> + # Without Learnable Parameters <nl> + m = nn . BatchNorm2d ( 100 , affine = False ) <nl> + input = autograd . Variable ( torch . randn ( 20 , 100 , 35 , 45 ) ) <nl> + output = m . forward ( input ) <nl> + ` ` ` <nl> + <nl> + <nl> + <nl> + The mean and standard - deviation are calculated per - dimension over <nl> + the mini - batches and gamma and beta are learnable parameter vectors <nl> + of size N ( where N is the input size ) . <nl> + <nl> + During training , this layer keeps a running estimate of its computed mean <nl> + and variance . The running sum is kept with a default momentum of 0 . 1 <nl> + During evaluation , this running mean / variance is used for normalization . <nl> <nl> - Here " a " is a learnable parameter . <nl> - When called without arguments , nn . PReLU ( ) uses a single parameter " a " <nl> - across all input channels . If called with nn . PReLU ( nChannels ) , a separate <nl> - " a " is used for each input channel . <nl> - Note that weight decay should not be used when learning " a " for good <nl> - performance . <nl> <nl> # # # Constructor Arguments <nl> <nl> Parameter \| Default \| Description <nl> mmmmmmmmm \| mmmmmm - \| mmmmmmmmm - - <nl> - num_parameters \| 1 \| number of " a " to learn . <nl> - init \| 0 . 25 \| the initial value of " a " . <nl> - <nl> - # # # Returns <nl> - a Tensor of the same dimension and shape as the input <nl> + num_features \| \| num_features from an expected input of size batch_size x num_features x height x width <nl> + eps \| 1e - 5 \| a value added to the denominator for numerical stability . <nl> + momentum \| 0 . 1 \| the value used for the running_mean and running_var computation . <nl> + affine \| \| a boolean value that when set to true , gives the layer learnable affine parameters . <nl> <nl> # # # Expected Shape <nl> \| Shape \| Description <nl> mmmmmm \| mmm - - \| mmmmmmmmmmmm <nl> - input \| Any \| Tensor of any size and dimension <nl> + input \| [ * , num_features , * , * ] \| 4D Tensor of batch_size x num_features x height x width <nl> output \| Same \| Output has the same shape as input <nl> <nl> - < img src = " image / prelu . png " > <nl> + # # # Returns <nl> + a normalized tensor in the batch dimension <nl> + # # BatchNorm3d <nl> + <nl> + Applies Batch Normalization over a 5d input that is seen as a mini - batch of 4d inputs <nl> <nl> ` ` ` python <nl> - m = nn . PReLU ( ) <nl> - input = autograd . Variable ( torch . randn ( 2 ) ) <nl> - print ( input ) <nl> - print ( m . forward ( input ) ) <nl> + x - mean ( x ) <nl> + y = mmmmmmmmmmmmmmmmmmmmmmmmmmm - - * gamma + beta <nl> + standard_deviation ( x ) + eps <nl> ` ` ` <nl> - # # Softmax2d <nl> <nl> - Applies SoftMax over features to each spatial location <nl> + ` ` ` python <nl> + # With Learnable Parameters <nl> + m = nn . BatchNorm3d ( 100 ) <nl> + # Without Learnable Parameters <nl> + m = nn . BatchNorm3d ( 100 , affine = False ) <nl> + input = autograd . Variable ( torch . randn ( 20 , 100 , 35 , 45 , 10 ) ) <nl> + output = m . forward ( input ) <nl> + ` ` ` <nl> <nl> - When given an image of Channels x Height x Width , it will <nl> - apply Softmax to each location [ Channels , h_i , w_j ] <nl> <nl> <nl> - # # # Returns <nl> - a Tensor of the same dimension and shape as the input <nl> + The mean and standard - deviation are calculated per - dimension over <nl> + the mini - batches and gamma and beta are learnable parameter vectors <nl> + of size N ( where N is the input size ) . <nl> + <nl> + During training , this layer keeps a running estimate of its computed mean <nl> + and variance . The running sum is kept with a default momentum of 0 . 1 <nl> + During evaluation , this running mean / variance is used for normalization . <nl> + <nl> + <nl> + # # # Constructor Arguments <nl> + <nl> + Parameter \| Default \| Description <nl> + mmmmmmmmm \| mmmmmm - \| mmmmmmmmm - - <nl> + num_features \| \| num_features from an expected input of size batch_size x num_features x height x width <nl> + eps \| 1e - 5 \| a value added to the denominator for numerical stability . <nl> + momentum \| 0 . 1 \| the value used for the running_mean and running_var computation . <nl> + affine \| \| a boolean value that when set to true , gives the layer learnable affine parameters . <nl> <nl> # # # Expected Shape <nl> \| Shape \| Description <nl> mmmmmm \| mmm - - \| mmmmmmmmmmmm <nl> - input \| [ * , * , * , * ] \| 4D Tensor of any size <nl> + input \| [ * , num_features , * , * , * ] \| 5D Tensor of batch_size x num_features x depth x height x width <nl> output \| Same \| Output has the same shape as input <nl> <nl> + # # # Returns <nl> + a normalized tensor in the batch dimension <nl> + # # Container <nl> + <nl> + This is the base container class for all neural networks you would define . <nl> + <nl> ` ` ` python <nl> - m = nn . Softmax2d ( ) <nl> - # you softmax over the 2nd dimension <nl> - input = autograd . Variable ( torch . randn ( 2 , 3 , 12 , 13 ) ) <nl> - print ( input ) <nl> - print ( m . forward ( input ) ) <nl> + # Example of using Container <nl> + class Net ( nn . Container ) : <nl> + def __init__ ( self ) : <nl> + super ( Net , self ) . __init__ ( <nl> + conv1 = nn . Conv2d ( 1 , 20 , 5 ) , <nl> + relu = nn . ReLU ( ) <nl> + ) <nl> + def __call__ ( self , input ) : <nl> + output = self . relu ( self . conv1 ( x ) ) <nl> + return output <nl> + model = Net ( ) <nl> ` ` ` <nl> - # # ReLU6 <nl> <nl> - Applies the element - wise function ReLU6 ( x ) = min ( max ( 0 , x ) , 6 ) <nl> + ` ` ` python <nl> + # one can add modules to the container after construction <nl> + model . add_module ( ' pool1 ' , nn . MaxPool2d ( 2 , 2 ) <nl> + ` ` ` <nl> + <nl> + You will subclass your container from this class . <nl> + In the constructor you define the modules that you would want to use , <nl> + and in the __call__ function you use the constructed modules in <nl> + your operations . <nl> + <nl> + To make it easier to understand , given is a small example . <nl> + <nl> + One can also add new modules to a container after construction . <nl> + You can do this with the add_module function . <nl> + <nl> + <nl> + The container has one additional method ` parameters ( ) ` which <nl> + returns the list of learnable parameters in the container instance . <nl> + # # Conv1d <nl> + <nl> + Applies a 1D convolution over an input signal composed of several input <nl> + <nl> + ` ` ` python <nl> + The output value of the layer with input ( b x iC x W ) and output ( b x oC x oW ) <nl> + can be precisely described as : <nl> + output [ b_i ] [ oc_i ] [ w_i ] = bias [ oc_i ] <nl> + + sum_iC sum_ { ow = 0 , oW - 1 } sum_ { kw = 0 to kW - 1 } <nl> + weight [ oc_i ] [ ic_i ] [ kw ] * input [ b_i ] [ ic_i ] [ stride_w * ow + kw ) ] <nl> + ` ` ` <nl> + <nl> + ` ` ` python <nl> + m = nn . Conv1d ( 16 , 33 , 3 , stride = 2 ) <nl> + input = autograd . Variable ( torch . randn ( 20 , 16 , 50 ) ) <nl> + output = m . forward ( input ) <nl> + ` ` ` <nl> + <nl> + planes . <nl> + <nl> + <nl> + Note that depending of the size of your kernel , several ( of the last ) <nl> + columns of the input might be lost . It is up to the user <nl> + to add proper padding . <nl> <nl> <nl> # # # Constructor Arguments <nl> <nl> Parameter \| Default \| Description <nl> mmmmmmmmm \| mmmmmm - \| mmmmmmmmm - - <nl> - inplace \| \| can optionally do the operation in - place <nl> - <nl> - # # # Returns <nl> - a Tensor of the same dimension and shape as the input <nl> + in_channels \| \| The number of expected input channels in the image given as input <nl> + out_channels \| \| The number of output channels the convolution layer will produce <nl> + kernel_size \| \| the size of the convolving kernel . <nl> + stride \| \| the stride of the convolving kernel . <nl> <nl> # # # Expected Shape <nl> \| Shape \| Description <nl> mmmmmm \| mmm - - \| mmmmmmmmmmmm <nl> - input \| Any \| Tensor of any size and dimension <nl> - output \| Same \| Output has the same shape as input <nl> + input \| [ * , in_channels , * ] \| Input is minibatch x in_channels x iW <nl> + output \| [ * , out_channels , * ] \| Output shape is precisely minibatch x out_channels x floor ( ( iW + 2 * padW - kW ) / dW + 1 ) <nl> + Members : <nl> + weight : the learnable weights of the module of shape ( out_channels x in_channels x kW ) <nl> + bias : the learnable bias of the module of shape ( out_channels ) <nl> + # # Conv2d <nl> <nl> - < img src = " image / relu6 . png " > <nl> + Applies a 2D convolution over an input image composed of several input <nl> <nl> ` ` ` python <nl> - m = nn . ReLU6 ( ) <nl> - input = autograd . Variable ( torch . randn ( 2 ) ) <nl> - print ( input ) <nl> - print ( m . forward ( input ) ) <nl> + The output value of the layer with input ( b x iC x H x W ) and output ( b x oC x oH x oW ) <nl> + can be precisely described as : <nl> + output [ b_i ] [ oc_i ] [ h_i ] [ w_i ] = bias [ oc_i ] <nl> + + sum_iC sum_ { oh = 0 , oH - 1 } sum_ { ow = 0 , oW - 1 } sum_ { kh = 0 to kH - 1 } sum_ { kw = 0 to kW - 1 } <nl> + weight [ oc_i ] [ ic_i ] [ kh ] [ kw ] * input [ b_i ] [ ic_i ] [ stride_h * oh + kh ) ] [ stride_w * ow + kw ) ] <nl> ` ` ` <nl> - # # Tanh <nl> <nl> - Applies element - wise , Tanh ( x ) = ( exp ( x ) - exp ( - x ) ) / ( exp ( x ) + exp ( - x ) ) <nl> + ` ` ` python <nl> + # With square kernels and equal stride <nl> + m = nn . Conv2d ( 16 , 33 , 3 , stride = 2 ) <nl> + # non - square kernels and unequal stride and with padding <nl> + m = nn . Conv2d ( 16 , 33 , ( 3 , 5 ) , stride = ( 2 , 1 ) , padding = ( 4 , 2 ) ) <nl> + # non - square kernels and unequal stride and with padding and dilation <nl> + m = nn . Conv2d ( 16 , 33 , ( 3 , 5 ) , stride = ( 2 , 1 ) , padding = ( 4 , 2 ) , dilation = ( 3 , 1 ) ) <nl> + input = autograd . Variable ( torch . randn ( 20 , 16 , 50 , 100 ) ) <nl> + output = m . forward ( input ) <nl> + ` ` ` <nl> <nl> + planes . <nl> <nl> - # # # Returns <nl> - a Tensor of the same dimension and shape as the input <nl> + <nl> + Note that depending of the size of your kernel , several ( of the last ) <nl> + columns or rows of the input image might be lost . It is up to the user <nl> + to add proper padding in images . <nl> + <nl> + <nl> + # # # Constructor Arguments <nl> + <nl> + Parameter \| Default \| Description <nl> + mmmmmmmmm \| mmmmmm - \| mmmmmmmmm - - <nl> + in_channels \| \| The number of expected input channels in the image given as input <nl> + out_channels \| \| The number of output channels the convolution layer will produce <nl> + kernel_size \| \| the size of the convolving kernel . Can be a single number k ( for a square kernel of k x k ) or a tuple ( kh x kw ) <nl> + stride \| 1 \| the stride of the convolving kernel . Can be a single number s or a tuple ( sh x sw ) . <nl> + padding \| 0 \| implicit zero padding on the input . Can be a single number s or a tuple . <nl> + dilation \| None \| If given , will do dilated ( or atrous ) convolutions . Can be a single number s or a tuple . <nl> + no_bias \| False \| If set to true , the layer will not learn an additive bias . <nl> <nl> # # # Expected Shape <nl> \| Shape \| Description <nl> mmmmmm \| mmm - - \| mmmmmmmmmmmm <nl> - input \| Any \| Tensor of any size and dimension <nl> - output \| Same \| Output has the same shape as input <nl> + input \| [ * , in_channels , * , * ] \| Input is minibatch x in_channels x iH x iW <nl> + output \| [ * , out_channels , * , * ] \| Output shape is precisely minibatch x out_channels x floor ( ( iH + 2 * padH - kH ) / dH + 1 ) x floor ( ( iW + 2 * padW - kW ) / dW + 1 ) <nl> + Members : <nl> + weight : the learnable weights of the module of shape ( out_channels x in_channels x kH x kW ) <nl> + bias : the learnable bias of the module of shape ( out_channels ) <nl> + # # Conv3d <nl> <nl> - < img src = " image / tanh . png " > <nl> + Applies a 3D convolution over an input image composed of several input <nl> <nl> ` ` ` python <nl> - m = nn . Tanh ( ) <nl> - input = autograd . Variable ( torch . randn ( 2 ) ) <nl> - print ( input ) <nl> - print ( m . forward ( input ) ) <nl> + # With square kernels and equal stride <nl> + m = nn . Conv3d ( 16 , 33 , 3 , stride = 2 ) <nl> + # non - square kernels and unequal stride and with padding <nl> + m = nn . Conv3d ( 16 , 33 , ( 3 , 5 , 2 ) , stride = ( 2 , 1 , 1 ) , padding = ( 4 , 2 , 0 ) ) <nl> + input = autograd . Variable ( torch . randn ( 20 , 16 , 10 , 50 , 100 ) ) <nl> + output = m . forward ( input ) <nl> ` ` ` <nl> - # # Softplus <nl> <nl> - Applies element - wise SoftPlus ( x ) = 1 / beta * log ( 1 + exp ( beta * x_i ) ) <nl> + planes . <nl> + <nl> + Note that depending of the size of your kernel , several ( of the last ) <nl> + columns or rows of the input image might be lost . It is up to the user <nl> + to add proper padding in images . <nl> <nl> - SoftPlus is a smooth approximation to the ReLU function and can be used <nl> - to constrain the output of a machine to always be positive . <nl> - For numerical stability the implementation reverts to the linear function <nl> - for inputs above a certain value . <nl> <nl> # # # Constructor Arguments <nl> <nl> Parameter \| Default \| Description <nl> mmmmmmmmm \| mmmmmm - \| mmmmmmmmm - - <nl> - beta \| 1 \| the beta value for the Softplus formulation . <nl> - threshold \| 20 \| values above this revert to a linear function . <nl> - <nl> - # # # Returns <nl> - a Tensor of the same dimension and shape as the input <nl> + in_channels \| \| The number of expected input channels in the image given as input <nl> + out_channels \| \| The number of output channels the convolution layer will produce <nl> + kernel_size \| \| the size of the convolving kernel . Can be a single number k ( for a square kernel of k x k x k ) or a tuple ( kt x kh x kw ) <nl> + stride \| 1 \| the stride of the convolving kernel . Can be a single number s or a tuple ( kt x sh x sw ) . <nl> + padding \| 0 \| implicit zero padding on the input . Can be a single number s or a tuple . <nl> + no_bias \| False \| If set to true , the layer will not learn an additive bias . <nl> <nl> # # # Expected Shape <nl> \| Shape \| Description <nl> mmmmmm \| mmm - - \| mmmmmmmmmmmm <nl> - input \| Any \| Tensor of any size and dimension <nl> - output \| Same \| Output has the same shape as input <nl> + input \| [ * , in_channels , * , * , * ] \| Input is minibatch x in_channels x iT x iH x iW <nl> + output \| [ * , out_channels , * , * , * ] \| Output shape is precisely minibatch x out_channels x floor ( ( iT + 2 * padT - kT ) / dT + 1 ) x floor ( ( iH + 2 * padH - kH ) / dH + 1 ) x floor ( ( iW + 2 * padW - kW ) / dW + 1 ) <nl> + Members : <nl> + weight : the learnable weights of the module of shape ( out_channels x in_channels x kT x kH x kW ) <nl> + bias : the learnable bias of the module of shape ( out_channels ) <nl> + # # Dropout <nl> <nl> - < img src = " image / softplus . png " > <nl> + Randomly zeroes some of the elements of the input tensor . <nl> <nl> ` ` ` python <nl> - m = nn . Softplus ( ) <nl> - input = autograd . Variable ( torch . randn ( 2 ) ) <nl> - print ( input ) <nl> - print ( m . forward ( input ) ) <nl> + m = nn . Dropout ( p = 0 . 2 ) <nl> + input = autograd . Variable ( torch . randn ( 20 , 16 ) ) <nl> + output = m . forward ( input ) <nl> ` ` ` <nl> - # # Threshold <nl> <nl> - Thresholds each element of the input Tensor <nl> + The elements to zero are randomized on every forward call . <nl> <nl> - Threshold is defined as : <nl> - y = x if x > = threshold <nl> - value if x < threshold <nl> <nl> # # # Constructor Arguments <nl> <nl> Parameter \| Default \| Description <nl> mmmmmmmmm \| mmmmmm - \| mmmmmmmmm - - <nl> - threshold \| \| The value to threshold at <nl> - value \| \| The value to replace with <nl> - inplace \| \| can optionally do the operation in - place <nl> - <nl> - # # # Returns <nl> - Tensor of same dimension and shape as the input <nl> + p \| 0 . 5 \| probability of an element to be zeroed . <nl> + inplace \| false \| If set to True , will do this operation in - place . <nl> <nl> # # # Expected Shape <nl> \| Shape \| Description <nl> mmmmmm \| mmm - - \| mmmmmmmmmmmm <nl> - input \| Any \| Tensor of any size and dimension <nl> - output \| Same \| Output has the same shape as input <nl> + input \| Any \| Input can be of any shape <nl> + output \| Same \| Output is of the same shape as input <nl> + # # Dropout2d <nl> + <nl> + Randomly zeroes whole channels of the input tensor . <nl> <nl> ` ` ` python <nl> - m = nn . Threshold ( 0 . 1 , 20 ) <nl> - input = Variable ( torch . randn ( 2 ) ) <nl> - print ( input ) <nl> - print ( m . forward ( input ) ) <nl> + m = nn . Dropout2d ( p = 0 . 2 ) <nl> + input = autograd . Variable ( torch . randn ( 20 , 16 , 32 , 32 ) ) <nl> + output = m . forward ( input ) <nl> ` ` ` <nl> - # # Softmin <nl> <nl> - Applies the Softmin function to an n - dimensional input Tensor <nl> + The input is 4D ( batch x channels , height , width ) and each channel <nl> + is of size ( 1 , height , width ) . <nl> + The channels to zero are randomized on every forward call . <nl> + Usually the input comes from Conv2d modules . <nl> <nl> - rescaling them so that the elements of the n - dimensional output Tensor <nl> - lie in the range ( 0 , 1 ) and sum to 1 <nl> - Softmin ( x ) = exp ( - x_i - shift ) / sum_j exp ( - x_j - shift ) <nl> - where shift = max_i - x_i <nl> + As described in the paper & quot ; Efficient Object Localization Using Convolutional <nl> + Networks & quot ; ( http : arxiv . org / abs / 1411 . 4280 ) , if adjacent pixels within <nl> + feature maps are strongly correlated ( as is normally the case in early <nl> + convolution layers ) then iid dropout will not regularize the activations <nl> + and will otherwise just result in an effective learning rate decrease . <nl> + In this case , nn . Dropout2d will help promote independence between <nl> + feature maps and should be used instead . <nl> <nl> - # # # Returns <nl> - a Tensor of the same dimension and shape as the input <nl> + <nl> + # # # Constructor Arguments <nl> + <nl> + Parameter \| Default \| Description <nl> + mmmmmmmmm \| mmmmmm - \| mmmmmmmmm - - <nl> + p \| 0 . 5 \| probability of an element to be zeroed . <nl> + inplace \| false \| If set to True , will do this operation in - place . <nl> <nl> # # # Expected Shape <nl> \| Shape \| Description <nl> mmmmmm \| mmm - - \| mmmmmmmmmmmm <nl> - input \| [ * , * ] \| 2D Tensor of any size <nl> - output \| Same \| Output has the same shape as input <nl> + input \| [ * , * , * , * ] \| Input can be of any sizes of 4D shape <nl> + output \| Same \| Output is of the same shape as input <nl> + # # Dropout3d <nl> <nl> - < img src = " image / softmin . png " > <nl> + Randomly zeroes whole channels of the input tensor . <nl> <nl> ` ` ` python <nl> - m = nn . Softmin ( ) <nl> - input = autograd . Variable ( torch . randn ( 2 , 3 ) ) <nl> - print ( input ) <nl> - print ( m . forward ( input ) ) <nl> + m = nn . Dropout3d ( p = 0 . 2 ) <nl> + input = autograd . Variable ( torch . randn ( 20 , 16 , 4 , 32 , 32 ) ) <nl> + output = m . forward ( input ) <nl> ` ` ` <nl> - # # Softshrink <nl> <nl> - Applies the soft shrinkage function elementwise <nl> + The input is 5D ( batch x channels , depth , height , width ) and each channel <nl> + is of size ( 1 , depth , height , width ) . <nl> + The channels to zero are randomized on every forward call . <nl> + Usually the input comes from Conv3d modules . <nl> <nl> - SoftShrinkage operator is defined as : <nl> - f ( x ) = x - lambda , if x > lambda > f ( x ) = x + lambda , if x < - lambda <nl> - f ( x ) = 0 , otherwise <nl> <nl> # # # Constructor Arguments <nl> <nl> Parameter \| Default \| Description <nl> mmmmmmmmm \| mmmmmm - \| mmmmmmmmm - - <nl> - lambd \| 0 . 5 \| the lambda value for the Softshrink formulation . <nl> - <nl> - # # # Returns <nl> - a Tensor of the same dimension and shape as the input <nl> + p \| 0 . 5 \| probability of an element to be zeroed . <nl> + inplace \| false \| If set to True , will do this operation in - place . <nl> <nl> # # # Expected Shape <nl> \| Shape \| Description <nl> mmmmmm \| mmm - - \| mmmmmmmmmmmm <nl> - input \| Any \| Tensor of any size and dimension <nl> - output \| Same \| Output has the same shape as input <nl> + input \| [ * , * , * , * , * ] \| Input can be of any sizes of 5D shape <nl> + output \| Same \| Output is of the same shape as input <nl> + # # ELU <nl> <nl> - < img src = " image / sshrink . png " > <nl> + Applies element - wise , ELU ( x ) = max ( 0 , x ) + min ( 0 , alpha * ( exp ( x ) - 1 ) ) <nl> <nl> ` ` ` python <nl> - m = nn . Softshrink ( ) <nl> + m = nn . ELU ( ) <nl> input = autograd . Variable ( torch . randn ( 2 ) ) <nl> print ( input ) <nl> print ( m . forward ( input ) ) <nl> ` ` ` <nl> - # # ELU <nl> - <nl> - Applies element - wise , ELU ( x ) = max ( 0 , x ) + min ( 0 , alpha * ( exp ( x ) - 1 ) ) <nl> <nl> <nl> # # # Constructor Arguments <nl> Parameter \| Default \| Description <nl> alpha \| 1 . 0 \| the alpha value for the ELU formulation . <nl> inplace \| \| can optionally do the operation in - place <nl> <nl> - # # # Returns <nl> - a Tensor of the same dimension and shape as the input <nl> - <nl> # # # Expected Shape <nl> \| Shape \| Description <nl> mmmmmm \| mmm - - \| mmmmmmmmmmmm <nl> input \| Any \| Tensor of any size and dimension <nl> output \| Same \| Output has the same shape as input <nl> <nl> + # # # Returns <nl> + a Tensor of the same dimension and shape as the input <nl> + <nl> < img src = " image / elu . png " > <nl> + # # Embedding <nl> + <nl> + A simple lookup table that stores embeddings of a fixed dictionary and size <nl> <nl> ` ` ` python <nl> - m = nn . ELU ( ) <nl> - input = autograd . Variable ( torch . randn ( 2 ) ) <nl> - print ( input ) <nl> - print ( m . forward ( input ) ) <nl> + # an Embedding module containing 10 tensors of size 3 <nl> + embedding = nn . Embedding ( 10 , 3 ) <nl> + # a batch of 2 samples of 4 indices each <nl> + input = torch . Tensor ( [ [ 1 , 2 , 4 , 5 ] , [ 4 , 3 , 2 , 10 ] ] ) <nl> + print ( embedding ( input ) ) <nl> ` ` ` <nl> - # # Hardshrink <nl> - <nl> - Applies the hard shrinkage function element - wise <nl> <nl> - Hardshrink is defined as f ( x ) = x , if x > lambda <nl> - f ( x ) = x , if x < - lambda <nl> - f ( x ) = 0 , otherwise <nl> + This module is often used to store word embeddings and retrieve them using indices . <nl> + The input to the module is a list of indices , and the output is the corresponding <nl> + word embeddings . <nl> <nl> # # # Constructor Arguments <nl> <nl> Parameter \| Default \| Description <nl> mmmmmmmmm \| mmmmmm - \| mmmmmmmmm - - <nl> - lambd \| 0 . 5 \| the lambda value for the Hardshrink formulation . <nl> + num_embeddings \| \| size of the dictionary of embeddings <nl> + embedding_dim \| \| the size of each embedding vector <nl> + padding_idx \| - 1 \| If given , pads the output with zeros whenever it encounters the index . <nl> + max_norm \| None \| If given , will renormalize the embeddings to always have a norm lesser than this <nl> + norm_type \| \| The p of the p - norm to compute for the max_norm option <nl> + scale_grad_by_freq \| \| if given , this will scale gradients by the frequency of the words in the dictionary . <nl> <nl> - # # # Returns <nl> + # # # Expected Shape <nl> + \| Shape \| Description <nl> + mmmmmm \| mmm - - \| mmmmmmmmmmmm <nl> + input \| [ * , * ] \| Input is a 2D mini_batch LongTensor of m x n indices to extract from the Embedding dictionary <nl> + output \| [ * , * , * ] \| Output shape = m x n x embedding_dim <nl> + # # FractionalMaxPool2d <nl> + <nl> + Applies a 2D fractional max pooling over an input signal composed of several input <nl> + <nl> + ` ` ` python <nl> + # pool of square window of size = 3 , and target output size 13x12 <nl> + m = nn . FractionalMaxPool2d ( 3 , output_size = ( 13 , 12 ) ) <nl> + # pool of square window and target output size being half of input image size <nl> + m = nn . FractionalMaxPool2d ( 3 , output_ratio = ( 0 . 5 , 0 . 5 ) ) <nl> + input = autograd . Variable ( torch . randn ( 20 , 16 , 50 , 32 ) ) <nl> + output = m . forward ( input ) <nl> + ` ` ` <nl> + <nl> + planes . <nl> + <nl> + Fractiona MaxPooling is described in detail in the paper [ " Fractional Max - Pooling " by Ben Graham ] ( http : / / arxiv . org / abs / 1412 . 6071 ) <nl> + The max - pooling operation is applied in kHxkW regions by a stochastic <nl> + step size determined by the target output size . <nl> + The number of output features is equal to the number of input planes . <nl> + <nl> + <nl> + # # # Constructor Arguments <nl> + <nl> + Parameter \| Default \| Description <nl> + mmmmmmmmm \| mmmmmm - \| mmmmmmmmm - - <nl> + kernel_size \| \| the size of the window to take a max over . Can be a single number k ( for a square kernel of k x k ) or a tuple ( kh x kw ) <nl> + output_size \| \| the target output size of the image of the form oH x oW . Can be a tuple ( oH , oW ) or a single number oH for a square image oH x oH <nl> + output_ratio \| \| If one wants to have an output size as a ratio of the input size , this option can be given . This has to be a number or tuple in the range ( 0 , 1 ) <nl> + return_indices \| False \| if True , will return the indices along with the outputs . Useful to pass to nn . MaxUnpool2d . <nl> + <nl> + # # # Expected Shape <nl> + \| Shape \| Description <nl> + mmmmmm \| mmm - - \| mmmmmmmmmmmm <nl> + input \| [ * , * , * , * ] \| Input is minibatch x channels x iH x iW <nl> + output \| [ * , * , * , * ] \| Output shape = minibatch x channels x floor ( ( iH + 2 * padH - kH ) / sH + 1 ) x floor ( ( iW + 2 * padW - kW ) / sW + 1 ) <nl> + # # FullConv2d <nl> + <nl> + Applies a 2D deconvolution operator over an input image composed of several input <nl> + <nl> + ` ` ` python <nl> + # With square kernels and equal stride <nl> + m = nn . FullConv2d ( 16 , 33 , 3 , stride = 2 ) <nl> + # non - square kernels and unequal stride and with padding <nl> + m = nn . Conv2d ( 16 , 33 , ( 3 , 5 ) , stride = ( 2 , 1 ) , padding = ( 4 , 2 ) ) <nl> + input = autograd . Variable ( torch . randn ( 20 , 16 , 50 , 100 ) ) <nl> + output = m . forward ( input ) <nl> + ` ` ` <nl> + <nl> + planes . <nl> + The deconvolution operator multiplies each input value element - wise by a learnable kernel , <nl> + and sums over the outputs from all input feature planes . <nl> + This module can be seen as the exact reverse of the Conv2d module . <nl> + <nl> + <nl> + # # # Constructor Arguments <nl> + <nl> + Parameter \| Default \| Description <nl> + mmmmmmmmm \| mmmmmm - \| mmmmmmmmm - - <nl> + in_channels \| \| The number of expected input channels in the image given as input <nl> + out_channels \| \| The number of output channels the convolution layer will produce <nl> + kernel_size \| \| the size of the convolving kernel . Can be a single number k ( for a square kernel of k x k ) or a tuple ( kh x kw ) <nl> + stride \| 1 \| the stride of the convolving kernel . Can be a single number or a tuple ( sh x sw ) . <nl> + padding \| 0 \| implicit zero padding on the input . Can be a single number or a tuple . <nl> + output_padding \| 0 \| A padding of 0 or 1 pixels that should be added to the output . Can be a single number or a tuple . <nl> + no_bias \| False \| If set to true , the layer will not learn an additive bias . <nl> + <nl> + # # # Expected Shape <nl> + \| Shape \| Description <nl> + mmmmmm \| mmm - - \| mmmmmmmmmmmm <nl> + input \| [ * , in_channels , * , * ] \| Input is minibatch x in_channels x iH x iW <nl> + output \| [ * , out_channels , * , * ] \| Output shape is precisely minibatch x out_channels x ( iH - 1 ) * sH - 2 * padH + kH + output_paddingH x ( iW - 1 ) * sW - 2 * padW + kW <nl> + Members : <nl> + weight : the learnable weights of the module of shape ( in_channels x out_channels x kH x kW ) <nl> + bias : the learnable bias of the module of shape ( out_channels ) <nl> + # # FullConv3d <nl> + <nl> + Applies a 3D deconvolution operator over an input image composed of several input <nl> + <nl> + ` ` ` python <nl> + # With square kernels and equal stride <nl> + m = nn . FullConv3d ( 16 , 33 , 3 , stride = 2 ) <nl> + # non - square kernels and unequal stride and with padding <nl> + m = nn . Conv3d ( 16 , 33 , ( 3 , 5 , 2 ) , stride = ( 2 , 1 , 1 ) , padding = ( 0 , 4 , 2 ) ) <nl> + input = autograd . Variable ( torch . randn ( 20 , 16 , 10 , 50 , 100 ) ) <nl> + output = m . forward ( input ) <nl> + ` ` ` <nl> + <nl> + planes . <nl> + The deconvolution operator multiplies each input value element - wise by a learnable kernel , <nl> + and sums over the outputs from all input feature planes . <nl> + This module can be seen as the exact reverse of the Conv3d module . <nl> + <nl> + <nl> + # # # Constructor Arguments <nl> + <nl> + Parameter \| Default \| Description <nl> + mmmmmmmmm \| mmmmmm - \| mmmmmmmmm - - <nl> + in_channels \| \| The number of expected input channels in the image given as input <nl> + out_channels \| \| The number of output channels the convolution layer will produce <nl> + kernel_size \| \| the size of the convolving kernel . Can be a single number k ( for a square kernel of k x k x k ) or a tuple ( kt x kh x kw ) <nl> + stride \| 1 \| the stride of the convolving kernel . Can be a single number or a tuple ( st x sh x sw ) . <nl> + padding \| 0 \| implicit zero padding on the input . Can be a single number or a tuple . <nl> + output_padding \| 0 \| A padding of 0 or 1 pixels that should be added to the output . Can be a single number or a tuple . <nl> + no_bias \| False \| If set to true , the layer will not learn an additive bias . <nl> + <nl> + # # # Expected Shape <nl> + \| Shape \| Description <nl> + mmmmmm \| mmm - - \| mmmmmmmmmmmm <nl> + input \| [ * , in_channels , * , * , * ] \| Input is minibatch x in_channels x iH x iW <nl> + output \| [ * , out_channels , * , * , * ] \| Output shape is precisely minibatch x out_channels x ( iT - 1 ) * sT - 2 * padT + kT + output_paddingT x ( iH - 1 ) * sH - 2 * padH + kH + output_paddingH x ( iW - 1 ) * sW - 2 * padW + kW <nl> + Members : <nl> + weight : the learnable weights of the module of shape ( in_channels x out_channels x kT x kH x kW ) <nl> + bias : the learnable bias of the module of shape ( out_channels ) <nl> + # # Hardshrink <nl> + <nl> + Applies the hard shrinkage function element - wise <nl> + <nl> + ` ` ` python <nl> + m = nn . Hardshrink ( ) <nl> + input = autograd . Variable ( torch . randn ( 2 ) ) <nl> + print ( input ) <nl> + print ( m . forward ( input ) ) <nl> + ` ` ` <nl> + <nl> + Hardshrink is defined as f ( x ) = x , if x > lambda <nl> + f ( x ) = x , if x < - lambda <nl> + f ( x ) = 0 , otherwise <nl> + <nl> + # # # Constructor Arguments <nl> + <nl> + Parameter \| Default \| Description <nl> + mmmmmmmmm \| mmmmmm - \| mmmmmmmmm - - <nl> + lambd \| 0 . 5 \| the lambda value for the Hardshrink formulation . <nl> + <nl> + # # # Expected Shape <nl> + \| Shape \| Description <nl> + mmmmmm \| mmm - - \| mmmmmmmmmmmm <nl> + input \| Any \| Tensor of any size and dimension <nl> + output \| Same \| Output has the same shape as input <nl> + <nl> + # # # Returns <nl> + a Tensor of the same dimension and shape as the input <nl> + <nl> + < img src = " image / hshrink . png " > <nl> + # # Hardtanh <nl> + <nl> + Applies the HardTanh function element - wise <nl> + <nl> + ` ` ` python <nl> + m = nn . HardTanh ( - 2 , 2 ) <nl> + input = autograd . Variable ( torch . randn ( 2 ) ) <nl> + print ( input ) <nl> + print ( m . forward ( input ) ) <nl> + ` ` ` <nl> + <nl> + HardTanh is defined as : <nl> + f ( x ) = + 1 , if x > 1 <nl> + f ( x ) = - 1 , if x < - 1 <nl> + f ( x ) = x , otherwise <nl> + The range of the linear region [ - 1 , 1 ] can be adjusted <nl> + <nl> + # # # Constructor Arguments <nl> + <nl> + Parameter \| Default \| Description <nl> + mmmmmmmmm \| mmmmmm - \| mmmmmmmmm - - <nl> + min_value \| \| minimum value of the linear region range <nl> + max_value \| \| maximum value of the linear region range <nl> + inplace \| \| can optionally do the operation in - place <nl> + <nl> + # # # Expected Shape <nl> + \| Shape \| Description <nl> + mmmmmm \| mmm - - \| mmmmmmmmmmmm <nl> + input \| Any \| Tensor of any size and dimension <nl> + output \| Same \| Output has the same shape as input <nl> + <nl> + # # # Returns <nl> + a Tensor of the same dimension and shape as the input <nl> + <nl> + < img src = " image / htanh . png " > <nl> + # # LPPool2d <nl> + <nl> + Applies a 2D power - average pooling over an input signal composed of several input <nl> + <nl> + ` ` ` python <nl> + # power - 2 pool of square window of size = 3 , stride = 2 <nl> + m = nn . LPPool2d ( 2 , 3 , stride = 2 ) <nl> + # pool of non - square window of power 1 . 2 <nl> + m = nn . LPPool2d ( 1 . 2 , ( 3 , 2 ) , stride = ( 2 , 1 ) ) <nl> + input = autograd . Variable ( torch . randn ( 20 , 16 , 50 , 32 ) ) <nl> + output = m . forward ( input ) <nl> + ` ` ` <nl> + <nl> + planes . <nl> + On each window , the function computed is : f ( X ) = pow ( sum ( pow ( X , p ) ) , 1 / p ) <nl> + At p = infinity , one gets Max Pooling <nl> + At p = 1 , one gets Average Pooling <nl> + <nl> + # # # Constructor Arguments <nl> + <nl> + Parameter \| Default \| Description <nl> + mmmmmmmmm \| mmmmmm - \| mmmmmmmmm - - <nl> + kernel_size \| \| the size of the window . Can be a single number k ( for a square kernel of k x k ) or a tuple ( kh x kw ) <nl> + stride \| kernel_size \| the stride of the window . Can be a single number s or a tuple ( sh x sw ) . <nl> + ceil_mode \| \| when True , will use " ceil " instead of " floor " to compute the output shape <nl> + <nl> + # # # Expected Shape <nl> + \| Shape \| Description <nl> + mmmmmm \| mmm - - \| mmmmmmmmmmmm <nl> + input \| [ * , * , * , * ] \| Input is minibatch x channels x iH x iW <nl> + output \| [ * , * , * , * ] \| Output shape = minibatch x channels x floor ( ( iH + 2 * padH - kH ) / sH + 1 ) x floor ( ( iW + 2 * padW - kW ) / sW + 1 ) <nl> + # # LeakyReLU <nl> + <nl> + Applies element - wise , f ( x ) = max ( 0 , x ) + negative_slope * min ( 0 , x ) <nl> + <nl> + ` ` ` python <nl> + m = nn . LeakyReLU ( 0 . 1 ) <nl> + input = autograd . Variable ( torch . randn ( 2 ) ) <nl> + print ( input ) <nl> + print ( m . forward ( input ) ) <nl> + ` ` ` <nl> + <nl> + <nl> + # # # Constructor Arguments <nl> + <nl> + Parameter \| Default \| Description <nl> + mmmmmmmmm \| mmmmmm - \| mmmmmmmmm - - <nl> + negative_slope \| 1e - 2 \| Controls the angle of the negative slope . <nl> + inplace \| \| can optionally do the operation in - place <nl> + <nl> + # # # Expected Shape <nl> + \| Shape \| Description <nl> + mmmmmm \| mmm - - \| mmmmmmmmmmmm <nl> + input \| Any \| Tensor of any size and dimension <nl> + output \| Same \| Output has the same shape as input <nl> + <nl> + # # # Returns <nl> + a Tensor of the same dimension and shape as the input <nl> + # # Linear <nl> + <nl> + Applies a linear transformation to the incoming data , y = Ax + b <nl> + <nl> + ` ` ` python <nl> + m = nn . Linear ( 20 , 30 ) <nl> + input = autograd . Variable ( torch . randn ( 128 , 20 ) ) <nl> + output = m . forward ( input ) <nl> + print ( output . size ( ) ) <nl> + ` ` ` <nl> + <nl> + The input is a 2D mini - batch of samples , each of size in_features <nl> + The output will be a 2D Tensor of size mini - batch x out_features <nl> + <nl> + <nl> + # # # Constructor Arguments <nl> + <nl> + Parameter \| Default \| Description <nl> + mmmmmmmmm \| mmmmmm - \| mmmmmmmmm - - <nl> + in_features \| \| size of each input sample <nl> + out_features \| \| size of each output sample <nl> + <nl> + # # # Expected Shape <nl> + \| Shape \| Description <nl> + mmmmmm \| mmm - - \| mmmmmmmmmmmm <nl> + input \| [ * , in_features ] \| Input can be of shape minibatch x in_features <nl> + output \| [ * , out_features ] \| Output is of shape minibatch x out_features <nl> + Members : <nl> + weight : the learnable weights of the module of shape ( out_features x in_features ) <nl> + bias : the learnable bias of the module of shape ( out_features ) <nl> + # # LogSigmoid <nl> + <nl> + Applies element - wise LogSigmoid ( x ) = log ( 1 / ( 1 + exp ( - x_i ) ) ) <nl> + <nl> + ` ` ` python <nl> + m = nn . LogSigmoid ( ) <nl> + input = autograd . Variable ( torch . randn ( 2 ) ) <nl> + print ( input ) <nl> + print ( m . forward ( input ) ) <nl> + ` ` ` <nl> + <nl> + <nl> + # # # Expected Shape <nl> + \| Shape \| Description <nl> + mmmmmm \| mmm - - \| mmmmmmmmmmmm <nl> + input \| Any \| Tensor of any size and dimension <nl> + output \| Same \| Output has the same shape as input <nl> + <nl> + # # # Returns <nl> + a Tensor of the same dimension and shape as the input <nl> + <nl> + < img src = " image / logsigmoid . png " > <nl> + # # LogSoftmax <nl> + <nl> + Applies the Log ( Softmax ( x ) ) function to an n - dimensional input Tensor . <nl> + <nl> + ` ` ` python <nl> + m = nn . LogSoftmax ( ) <nl> + input = autograd . Variable ( torch . randn ( 2 , 3 ) ) <nl> + print ( input ) <nl> + print ( m . forward ( input ) ) <nl> + ` ` ` <nl> + <nl> + The LogSoftmax formulation can be simplified as <nl> + f_i ( x ) = log ( 1 / a * exp ( x_i ) ) where a = sum_j exp ( x_j ) . <nl> + <nl> + # # # Expected Shape <nl> + \| Shape \| Description <nl> + mmmmmm \| mmm - - \| mmmmmmmmmmmm <nl> + input \| [ * , * ] \| 2D Tensor of any size <nl> + output \| Same \| Output has the same shape as input <nl> + <nl> + # # # Returns <nl> + a Tensor of the same dimension and shape as the input with <nl> + values in the range [ - inf , 0 ) <nl> + <nl> + < img src = " image / logsoftmax . png " > <nl> + # # MaxPool1d <nl> + <nl> + Applies a 1D max pooling over an input signal composed of several input <nl> + <nl> + ` ` ` python <nl> + The output value of the layer with input ( b x C x W ) and output ( b x C x oW ) <nl> + can be precisely described as : <nl> + output [ b_i ] [ c_i ] [ w_i ] = max_ { k = 1 , K } input [ b_i ] [ c_i ] [ stride_w * w_i + k ) ] <nl> + ` ` ` <nl> + <nl> + ` ` ` python <nl> + # pool of size = 3 , stride = 2 <nl> + m = nn . MaxPool1d ( 3 , stride = 2 ) <nl> + input = autograd . Variable ( torch . randn ( 20 , 16 , 50 ) ) <nl> + output = m . forward ( input ) <nl> + ` ` ` <nl> + <nl> + planes . <nl> + <nl> + <nl> + <nl> + # # # Constructor Arguments <nl> + <nl> + Parameter \| Default \| Description <nl> + mmmmmmmmm \| mmmmmm - \| mmmmmmmmm - - <nl> + kernel_size \| \| the size of the window to take a max over <nl> + stride \| \| the stride of the window <nl> + padding \| 0 \| implicit padding to be added . <nl> + dilation \| kernel_size \| a parameter that controls the stride of elements in the window . <nl> + return_indices \| False \| if True , will return the indices along with the outputs . Useful when Unpooling later . <nl> + ceil_mode \| \| when True , will use " ceil " instead of " floor " to compute the output shape <nl> + <nl> + # # # Expected Shape <nl> + \| Shape \| Description <nl> + mmmmmm \| mmm - - \| mmmmmmmmmmmm <nl> + input \| [ * , * , * ] \| Input is minibatch x channels x iW <nl> + output \| [ * , * , * ] \| Output shape = minibatch x channels x floor ( ( iW + 2 * padW - kernel_size ) / stride + 1 ) <nl> + # # MaxPool2d <nl> + <nl> + Applies a 2D max pooling over an input signal composed of several input <nl> + <nl> + ` ` ` python <nl> + The output value of the layer with input ( b x C x H x W ) and output ( b x C x oH x oW ) <nl> + can be precisely described as : <nl> + output [ b_i ] [ c_i ] [ h_i ] [ w_i ] = max_ { { kh = 1 , KH } , { kw = 1 , kW } } input [ b_i ] [ c_i ] [ stride_h * h_i + kH ) ] [ stride_w * w_i + kW ) ] <nl> + ` ` ` <nl> + <nl> + ` ` ` python <nl> + # pool of square window of size = 3 , stride = 2 <nl> + m = nn . MaxPool2d ( 3 , stride = 2 ) <nl> + # pool of non - square window <nl> + m = nn . MaxPool2d ( ( 3 , 2 ) , stride = ( 2 , 1 ) ) <nl> + input = autograd . Variable ( torch . randn ( 20 , 16 , 50 , 32 ) ) <nl> + output = m . forward ( input ) <nl> + ` ` ` <nl> + <nl> + planes . <nl> + <nl> + <nl> + <nl> + # # # Constructor Arguments <nl> + <nl> + Parameter \| Default \| Description <nl> + mmmmmmmmm \| mmmmmm - \| mmmmmmmmm - - <nl> + kernel_size \| \| the size of the window to take a max over . Can be a single number k ( for a square kernel of k x k ) or a tuple ( kh x kw ) <nl> + stride \| kernel_size \| the stride of the window . Can be a single number s or a tuple ( sh x sw ) . <nl> + padding \| 0 \| implicit padding to be added . Can be a single number or a tuple . <nl> + dilation \| 1 \| a parameter that controls the stride of elements in the window . Can be a single number or a tuple . <nl> + return_indices \| False \| if True , will return the indices along with the outputs . Useful to pass to nn . MaxUnpool2d . <nl> + ceil_mode \| \| when True , will use " ceil " instead of " floor " to compute the output shape <nl> + <nl> + # # # Expected Shape <nl> + \| Shape \| Description <nl> + mmmmmm \| mmm - - \| mmmmmmmmmmmm <nl> + input \| [ * , * , * , * ] \| Input is minibatch x channels x iH x iW <nl> + output \| [ * , * , * , * ] \| Output shape = minibatch x channels x floor ( ( iH + 2 * padH - kH ) / sH + 1 ) x floor ( ( iW + 2 * padW - kW ) / sW + 1 ) <nl> + # # MaxPool3d <nl> + <nl> + Applies a 3D max pooling over an input signal composed of several input <nl> + <nl> + ` ` ` python <nl> + # pool of square window of size = 3 , stride = 2 <nl> + m = nn . MaxPool3d ( 3 , stride = 2 ) <nl> + # pool of non - square window <nl> + m = nn . MaxPool3d ( ( 3 , 2 , 2 ) , stride = ( 2 , 1 , 2 ) ) <nl> + input = autograd . Variable ( torch . randn ( 20 , 16 , 50 , 44 , 31 ) ) <nl> + output = m . forward ( input ) <nl> + ` ` ` <nl> + <nl> + planes . <nl> + <nl> + <nl> + # # # Constructor Arguments <nl> + <nl> + Parameter \| Default \| Description <nl> + mmmmmmmmm \| mmmmmm - \| mmmmmmmmm - - <nl> + kernel_size \| \| the size of the window to take a max over . Can be a single number k ( for a square kernel of k x k x k ) or a tuple ( kt x kh x kw ) <nl> + stride \| kernel_size \| the stride of the window . Can be a single number s or a tuple ( st x sh x sw ) . <nl> + padding \| 0 \| implicit padding to be added . Can be a single number or a tuple . <nl> + dilation \| 1 \| a parameter that controls the stride of elements in the window . Can be a single number or a tuple . <nl> + return_indices \| False \| if True , will return the indices along with the outputs . Useful to pass to nn . MaxUnpool3d . <nl> + ceil_mode \| \| when True , will use " ceil " instead of " floor " to compute the output shape <nl> + <nl> + # # # Expected Shape <nl> + \| Shape \| Description <nl> + mmmmmm \| mmm - - \| mmmmmmmmmmmm <nl> + input \| [ * , * , * , * , * ] \| Input is minibatch x channels x iT x iH x iW <nl> + output \| [ * , * , * , * , * ] \| Output shape = minibatch x channels x floor ( ( iT + 2 * padT - kT ) / sT + 1 ) x floor ( ( iH + 2 * padH - kH ) / sH + 1 ) x floor ( ( iW + 2 * padW - kW ) / sW + 1 ) <nl> + # # MaxUnpool2d <nl> + <nl> + Computes the inverse operation of MaxPool2d <nl> + <nl> + ` ` ` python <nl> + # pool of square window of size = 3 , stride = 2 <nl> + m = nn . MaxPool2d ( 3 , stride = 2 , return_indices = True ) <nl> + mu = nn . MaxUnpool2d ( 3 , stride = 2 ) <nl> + input , indices = autograd . Variable ( torch . randn ( 20 , 16 , 50 , 32 ) ) <nl> + output = m . forward ( input ) <nl> + unpooled_output = m2 . forward ( output , indices ) <nl> + ` ` ` <nl> + <nl> + MaxPool2d is not invertible , as the locations of the max locations are lost . <nl> + MaxUnpool2d takes in as input the output of MaxPool2d and the indices of the Max locations <nl> + and computes the inverse . <nl> + <nl> + <nl> + # # # Constructor Arguments <nl> + <nl> + Parameter \| Default \| Description <nl> + mmmmmmmmm \| mmmmmm - \| mmmmmmmmm - - <nl> + kernel_size \| \| the size of the max window . Can be a single number k ( for a square kernel of k x k ) or a tuple ( kh x kw ) <nl> + stride \| kernel_size \| the stride of the window . Can be a single number s or a tuple ( sh x sw ) . <nl> + padding \| 0 \| implicit padding that was added to the input . Can be a single number or a tuple . <nl> + <nl> + # # # Expected Shape <nl> + \| Shape \| Description <nl> + mmmmmm \| mmm - - \| mmmmmmmmmmmm <nl> + input \| [ * , * , * , * ] \| Input is minibatch x channels x iH x iW <nl> + output \| [ * , * , * , * ] \| Output shape = minibatch x channels x padH x ( iH - 1 ) * sH + kH x padW x ( iW - 1 ) * sW + kW <nl> + # # MaxUnpool3d <nl> + <nl> + Computes the inverse operation of MaxPool3d <nl> + <nl> + ` ` ` python <nl> + # pool of square window of size = 3 , stride = 2 <nl> + m = nn . MaxPool3d ( 3 , stride = 2 , return_indices = True ) <nl> + mu = nn . MaxUnpool3d ( 3 , stride = 2 ) <nl> + input , indices = autograd . Variable ( torch . randn ( 20 , 16 , 50 , 32 , 15 ) ) <nl> + output = m . forward ( input ) <nl> + unpooled_output = m2 . forward ( output , indices ) <nl> + ` ` ` <nl> + <nl> + MaxPool3d is not invertible , as the locations of the max locations are lost . <nl> + MaxUnpool3d takes in as input the output of MaxPool3d and the indices of the Max locations <nl> + and computes the inverse . <nl> + <nl> + <nl> + # # # Constructor Arguments <nl> + <nl> + Parameter \| Default \| Description <nl> + mmmmmmmmm \| mmmmmm - \| mmmmmmmmm - - <nl> + kernel_size \| \| the size of the max window . Can be a single number k ( for a square kernel of k x k ) or a tuple ( kt x kh x kw ) <nl> + stride \| kernel_size \| the stride of the window . Can be a single number s or a tuple ( st x sh x sw ) . <nl> + padding \| 0 \| implicit padding that was added to the input . Can be a single number or a tuple . <nl> + <nl> + # # # Expected Shape <nl> + \| Shape \| Description <nl> + mmmmmm \| mmm - - \| mmmmmmmmmmmm <nl> + input \| [ * , * , * , * , * ] \| Input is minibatch x channels x iT x iH x iW <nl> + output \| [ * , * , * , * , * ] \| Output shape = minibatch x channels x padT x ( iT - 1 ) * sT + kT x padH x ( iH - 1 ) * sH + kH x padW x ( iW - 1 ) * sW + kW <nl> + # # PReLU <nl> + <nl> + Applies element - wise the function PReLU ( x ) = max ( 0 , x ) + a * min ( 0 , x ) <nl> + <nl> + ` ` ` python <nl> + m = nn . PReLU ( ) <nl> + input = autograd . Variable ( torch . randn ( 2 ) ) <nl> + print ( input ) <nl> + print ( m . forward ( input ) ) <nl> + ` ` ` <nl> + <nl> + Here " a " is a learnable parameter . <nl> + When called without arguments , nn . PReLU ( ) uses a single parameter " a " <nl> + across all input channels . If called with nn . PReLU ( nChannels ) , a separate <nl> + " a " is used for each input channel . <nl> + Note that weight decay should not be used when learning " a " for good <nl> + performance . <nl> + <nl> + # # # Constructor Arguments <nl> + <nl> + Parameter \| Default \| Description <nl> + mmmmmmmmm \| mmmmmm - \| mmmmmmmmm - - <nl> + num_parameters \| 1 \| number of " a " to learn . <nl> + init \| 0 . 25 \| the initial value of " a " . <nl> + <nl> + # # # Expected Shape <nl> + \| Shape \| Description <nl> + mmmmmm \| mmm - - \| mmmmmmmmmmmm <nl> + input \| Any \| Tensor of any size and dimension <nl> + output \| Same \| Output has the same shape as input <nl> + <nl> + # # # Returns <nl> a Tensor of the same dimension and shape as the input <nl> <nl> + < img src = " image / prelu . png " > <nl> + # # ReLU <nl> + <nl> + Applies the rectified linear unit function element - wise ReLU ( x ) = max ( 0 , x ) <nl> + <nl> + ` ` ` python <nl> + m = nn . ReLU ( ) <nl> + input = autograd . Variable ( torch . randn ( 2 ) ) <nl> + print ( input ) <nl> + print ( m . forward ( input ) ) <nl> + ` ` ` <nl> + <nl> + <nl> + # # # Constructor Arguments <nl> + <nl> + Parameter \| Default \| Description <nl> + mmmmmmmmm \| mmmmmm - \| mmmmmmmmm - - <nl> + inplace \| \| can optionally do the operation in - place <nl> + <nl> # # # Expected Shape <nl> \| Shape \| Description <nl> mmmmmm \| mmm - - \| mmmmmmmmmmmm <nl> input \| Any \| Tensor of any size and dimension <nl> output \| Same \| Output has the same shape as input <nl> <nl> - < img src = " image / hshrink . png " > <nl> + # # # Returns <nl> + a Tensor of the same dimension and shape as the input <nl> + <nl> + < img src = " image / relu . png " > <nl> + # # ReLU6 <nl> + <nl> + Applies the element - wise function ReLU6 ( x ) = min ( max ( 0 , x ) , 6 ) <nl> <nl> ` ` ` python <nl> - m = nn . Hardshrink ( ) <nl> + m = nn . ReLU6 ( ) <nl> input = autograd . Variable ( torch . randn ( 2 ) ) <nl> print ( input ) <nl> print ( m . forward ( input ) ) <nl> ` ` ` <nl> - # # Hardtanh <nl> - <nl> - Applies the HardTanh function element - wise <nl> <nl> - HardTanh is defined as : <nl> - f ( x ) = + 1 , if x > 1 <nl> - f ( x ) = - 1 , if x < - 1 <nl> - f ( x ) = x , otherwise <nl> - The range of the linear region [ - 1 , 1 ] can be adjusted <nl> <nl> # # # Constructor Arguments <nl> <nl> Parameter \| Default \| Description <nl> mmmmmmmmm \| mmmmmm - \| mmmmmmmmm - - <nl> - min_value \| \| minimum value of the linear region range <nl> - max_value \| \| maximum value of the linear region range <nl> inplace \| \| can optionally do the operation in - place <nl> <nl> + # # # Expected Shape <nl> + \| Shape \| Description <nl> + mmmmmm \| mmm - - \| mmmmmmmmmmmm <nl> + input \| Any \| Tensor of any size and dimension <nl> + output \| Same \| Output has the same shape as input <nl> + <nl> # # # Returns <nl> a Tensor of the same dimension and shape as the input <nl> <nl> + < img src = " image / relu6 . png " > <nl> + # # Sigmoid <nl> + <nl> + Applies the element - wise function sigmoid ( x ) = 1 / ( 1 + exp ( - x ) ) <nl> + <nl> + ` ` ` python <nl> + m = nn . Sigmoid ( ) <nl> + input = autograd . Variable ( torch . randn ( 2 ) ) <nl> + print ( input ) <nl> + print ( m . forward ( input ) ) <nl> + ` ` ` <nl> + <nl> + <nl> # # # Expected Shape <nl> \| Shape \| Description <nl> mmmmmm \| mmm - - \| mmmmmmmmmmmm <nl> input \| Any \| Tensor of any size and dimension <nl> output \| Same \| Output has the same shape as input <nl> <nl> - < img src = " image / htanh . png " > <nl> + # # # Returns <nl> + a Tensor of the same dimension and shape as the input <nl> + <nl> + < img src = " image / sigmoid . png " > <nl> + # # Softmax <nl> + <nl> + Applies the Softmax function to an n - dimensional input Tensor <nl> <nl> ` ` ` python <nl> - m = nn . HardTanh ( - 2 , 2 ) <nl> - input = autograd . Variable ( torch . randn ( 2 ) ) <nl> + m = nn . Softmax ( ) <nl> + input = autograd . Variable ( torch . randn ( 2 , 3 ) ) <nl> print ( input ) <nl> print ( m . forward ( input ) ) <nl> ` ` ` <nl> - # # Softsign <nl> <nl> - Applies element - wise , the function Softsign ( x ) = x / ( 1 + \| x \| ) <nl> + rescaling them so that the elements of the n - dimensional output Tensor <nl> + lie in the range ( 0 , 1 ) and sum to 1 <nl> + <nl> + Softmax is defined as f_i ( x ) = exp ( x_i - shift ) / sum_j exp ( x_j - shift ) <nl> + where shift = max_i x_i <nl> <nl> <nl> + # # # Expected Shape <nl> + \| Shape \| Description <nl> + mmmmmm \| mmm - - \| mmmmmmmmmmmm <nl> + input \| [ * , * ] \| 2D Tensor of any size <nl> + output \| Same \| Output has the same shape as input <nl> + <nl> # # # Returns <nl> - a Tensor of the same dimension and shape as the input <nl> + a Tensor of the same dimension and shape as the input with <nl> + values in the range [ 0 , 1 ] <nl> + <nl> + < img src = " image / softmax . png " > <nl> + Notes : <nl> + Note that this module doesn ' t work directly with NLLLoss , <nl> + which expects the Log to be computed between the Softmax and itself . <nl> + Use Logsoftmax instead ( it ' s faster ) . <nl> + # # Softmax2d <nl> + <nl> + Applies SoftMax over features to each spatial location <nl> + <nl> + ` ` ` python <nl> + m = nn . Softmax2d ( ) <nl> + # you softmax over the 2nd dimension <nl> + input = autograd . Variable ( torch . randn ( 2 , 3 , 12 , 13 ) ) <nl> + print ( input ) <nl> + print ( m . forward ( input ) ) <nl> + ` ` ` <nl> + <nl> + When given an image of Channels x Height x Width , it will <nl> + apply Softmax to each location [ Channels , h_i , w_j ] <nl> + <nl> <nl> # # # Expected Shape <nl> \| Shape \| Description <nl> mmmmmm \| mmm - - \| mmmmmmmmmmmm <nl> - input \| Any \| Tensor of any size and dimension <nl> + input \| [ * , * , * , * ] \| 4D Tensor of any size <nl> output \| Same \| Output has the same shape as input <nl> <nl> - < img src = " image / softsign . png " > <nl> + # # # Returns <nl> + a Tensor of the same dimension and shape as the input with <nl> + values in the range [ 0 , 1 ] <nl> + # # Softmin <nl> + <nl> + Applies the Softmin function to an n - dimensional input Tensor <nl> <nl> ` ` ` python <nl> - m = nn . Softsign ( ) <nl> - input = autograd . Variable ( torch . randn ( 2 ) ) <nl> + m = nn . Softmin ( ) <nl> + input = autograd . Variable ( torch . randn ( 2 , 3 ) ) <nl> print ( input ) <nl> print ( m . forward ( input ) ) <nl> ` ` ` <nl> - # # LeakyReLU <nl> <nl> - Applies element - wise , f ( x ) = max ( 0 , x ) + negative_slope * min ( 0 , x ) <nl> + rescaling them so that the elements of the n - dimensional output Tensor <nl> + lie in the range ( 0 , 1 ) and sum to 1 <nl> + Softmin ( x ) = exp ( - x_i - shift ) / sum_j exp ( - x_j - shift ) <nl> + where shift = max_i - x_i <nl> + <nl> + # # # Expected Shape <nl> + \| Shape \| Description <nl> + mmmmmm \| mmm - - \| mmmmmmmmmmmm <nl> + input \| [ * , * ] \| 2D Tensor of any size <nl> + output \| Same \| Output has the same shape as input <nl> + <nl> + # # # Returns <nl> + a Tensor of the same dimension and shape as the input , with <nl> + values in the range [ 0 , 1 ] <nl> + <nl> + < img src = " image / softmin . png " > <nl> + # # Softplus <nl> <nl> + Applies element - wise SoftPlus ( x ) = 1 / beta * log ( 1 + exp ( beta * x_i ) ) <nl> + <nl> + ` ` ` python <nl> + m = nn . Softplus ( ) <nl> + input = autograd . Variable ( torch . randn ( 2 ) ) <nl> + print ( input ) <nl> + print ( m . forward ( input ) ) <nl> + ` ` ` <nl> + <nl> + SoftPlus is a smooth approximation to the ReLU function and can be used <nl> + to constrain the output of a machine to always be positive . <nl> + For numerical stability the implementation reverts to the linear function <nl> + for inputs above a certain value . <nl> <nl> # # # Constructor Arguments <nl> <nl> Parameter \| Default \| Description <nl> mmmmmmmmm \| mmmmmm - \| mmmmmmmmm - - <nl> - negative_slope \| 1e - 2 \| Controls the angle of the negative slope . <nl> - inplace \| \| can optionally do the operation in - place <nl> - <nl> - # # # Returns <nl> - a Tensor of the same dimension and shape as the input <nl> + beta \| 1 \| the beta value for the Softplus formulation . <nl> + threshold \| 20 \| values above this revert to a linear function . <nl> <nl> # # # Expected Shape <nl> \| Shape \| Description <nl> inplace \| \| can optionally do the operation in - place <nl> input \| Any \| Tensor of any size and dimension <nl> output \| Same \| Output has the same shape as input <nl> <nl> + # # # Returns <nl> + a Tensor of the same dimension and shape as the input <nl> + <nl> + < img src = " image / softplus . png " > <nl> + # # Softshrink <nl> + <nl> + Applies the soft shrinkage function elementwise <nl> + <nl> ` ` ` python <nl> - m = nn . LeakyReLU ( 0 . 1 ) <nl> + m = nn . Softshrink ( ) <nl> input = autograd . Variable ( torch . randn ( 2 ) ) <nl> print ( input ) <nl> print ( m . forward ( input ) ) <nl> ` ` ` <nl> - # # Sigmoid <nl> <nl> - Applies the element - wise function sigmoid ( x ) = 1 / ( 1 + exp ( - x ) ) <nl> + SoftShrinkage operator is defined as : <nl> + f ( x ) = x - lambda , if x > lambda > f ( x ) = x + lambda , if x < - lambda <nl> + f ( x ) = 0 , otherwise <nl> <nl> + # # # Constructor Arguments <nl> <nl> - # # # Returns <nl> - a Tensor of the same dimension and shape as the input <nl> + Parameter \| Default \| Description <nl> + mmmmmmmmm \| mmmmmm - \| mmmmmmmmm - - <nl> + lambd \| 0 . 5 \| the lambda value for the Softshrink formulation . <nl> <nl> # # # Expected Shape <nl> \| Shape \| Description <nl> Applies the element - wise function sigmoid ( x ) = 1 / ( 1 + exp ( - x ) ) <nl> input \| Any \| Tensor of any size and dimension <nl> output \| Same \| Output has the same shape as input <nl> <nl> - < img src = " image / sigmoid . png " > <nl> + # # # Returns <nl> + a Tensor of the same dimension and shape as the input <nl> + <nl> + < img src = " image / sshrink . png " > <nl> + # # Softsign <nl> + <nl> + Applies element - wise , the function Softsign ( x ) = x / ( 1 + \| x \| ) <nl> <nl> ` ` ` python <nl> - m = nn . Sigmoid ( ) <nl> + m = nn . Softsign ( ) <nl> input = autograd . Variable ( torch . randn ( 2 ) ) <nl> print ( input ) <nl> print ( m . forward ( input ) ) <nl> ` ` ` <nl> - # # Tanhshrink <nl> <nl> - Applies element - wise , Tanhshrink ( x ) = x - Tanh ( x ) <nl> <nl> + # # # Expected Shape <nl> + \| Shape \| Description <nl> + mmmmmm \| mmm - - \| mmmmmmmmmmmm <nl> + input \| Any \| Tensor of any size and dimension <nl> + output \| Same \| Output has the same shape as input <nl> <nl> # # # Returns <nl> a Tensor of the same dimension and shape as the input <nl> <nl> + < img src = " image / softsign . png " > <nl> + # # Tanh <nl> + <nl> + Applies element - wise , Tanh ( x ) = ( exp ( x ) - exp ( - x ) ) / ( exp ( x ) + exp ( - x ) ) <nl> + <nl> + ` ` ` python <nl> + m = nn . Tanh ( ) <nl> + input = autograd . Variable ( torch . randn ( 2 ) ) <nl> + print ( input ) <nl> + print ( m . forward ( input ) ) <nl> + ` ` ` <nl> + <nl> + <nl> # # # Expected Shape <nl> \| Shape \| Description <nl> mmmmmm \| mmm - - \| mmmmmmmmmmmm <nl> input \| Any \| Tensor of any size and dimension <nl> output \| Same \| Output has the same shape as input <nl> <nl> + # # # Returns <nl> + a Tensor of the same dimension and shape as the input <nl> + <nl> + < img src = " image / tanh . png " > <nl> + # # Tanhshrink <nl> + <nl> + Applies element - wise , Tanhshrink ( x ) = x - Tanh ( x ) <nl> + <nl> ` ` ` python <nl> m = nn . Tanhshrink ( ) <nl> input = autograd . Variable ( torch . randn ( 2 ) ) <nl> print ( input ) <nl> print ( m . forward ( input ) ) <nl> ` ` ` <nl> - # # Softmax <nl> - <nl> - Applies the Softmax function to an n - dimensional input Tensor <nl> - <nl> - rescaling them so that the elements of the n - dimensional output Tensor <nl> - lie in the range ( 0 , 1 ) and sum to 1 <nl> - <nl> - Softmax is defined as f_i ( x ) = exp ( x_i - shift ) / sum_j exp ( x_j - shift ) <nl> - where shift = max_i x_i <nl> <nl> <nl> - # # # Returns <nl> - a Tensor of the same dimension and shape as the input <nl> - <nl> # # # Expected Shape <nl> \| Shape \| Description <nl> mmmmmm \| mmm - - \| mmmmmmmmmmmm <nl> - input \| [ * , * ] \| 2D Tensor of any size <nl> + input \| Any \| Tensor of any size and dimension <nl> output \| Same \| Output has the same shape as input <nl> <nl> - < img src = " image / softmax . png " > <nl> - Notes : <nl> - Note that this module doesn ' t work directly with NLLLoss , <nl> - which expects the Log to be computed between the Softmax and itself . <nl> - Use Logsoftmax instead ( it ' s faster ) . <nl> + # # # Returns <nl> + a Tensor of the same dimension and shape as the input <nl> + # # Threshold <nl> + <nl> + Thresholds each element of the input Tensor <nl> <nl> ` ` ` python <nl> - m = nn . Softmax ( ) <nl> - input = autograd . Variable ( torch . randn ( 2 , 3 ) ) <nl> + m = nn . Threshold ( 0 . 1 , 20 ) <nl> + input = Variable ( torch . randn ( 2 ) ) <nl> print ( input ) <nl> print ( m . forward ( input ) ) <nl> ` ` ` <nl> + <nl> + Threshold is defined as : <nl> + y = x if x > = threshold <nl> + value if x < threshold <nl> + <nl> + # # # Constructor Arguments <nl> + <nl> + Parameter \| Default \| Description <nl> + mmmmmmmmm \| mmmmmm - \| mmmmmmmmm - - <nl> + threshold \| \| The value to threshold at <nl> + value \| \| The value to replace with <nl> + inplace \| \| can optionally do the operation in - place <nl> + <nl> + # # # Expected Shape <nl> + \| Shape \| Description <nl> + mmmmmm \| mmm - - \| mmmmmmmmmmmm <nl> + input \| Any \| Tensor of any size and dimension <nl> + output \| Same \| Output has the same shape as input <nl> + <nl> + # # # Returns <nl> + Tensor of same dimension and shape as the input <nl>	updating auto - generated docs	pytorch/pytorch	0f7a1e27d0ad1b85d5e26f51552228e818b83d5f	2016-09-19T04:39:46Z
mmm a / src / stub - cache . cc <nl> ppp b / src / stub - cache . cc <nl> void KeyedLoadStubCompiler : : CompileElementHandlers ( MapHandleList * receiver_maps , <nl> <nl> if ( ( receiver_map - > instance_type ( ) & kNotStringTag ) = = 0 ) { <nl> cached_stub = isolate ( ) - > builtins ( ) - > KeyedLoadIC_String ( ) ; <nl> + } else if ( receiver_map - > instance_type ( ) < FIRST_JS_RECEIVER_TYPE ) { <nl> + cached_stub = isolate ( ) - > builtins ( ) - > KeyedLoadIC_Slow ( ) ; <nl> } else { <nl> bool is_js_array = receiver_map - > instance_type ( ) = = JS_ARRAY_TYPE ; <nl> ElementsKind elements_kind = receiver_map - > elements_kind ( ) ; <nl> Handle < Code > KeyedStoreStubCompiler : : CompileStoreElementPolymorphic ( <nl> transitioned_map - > elements_kind ( ) , <nl> is_js_array , <nl> store_mode ( ) ) . GetCode ( isolate ( ) ) ; <nl> + } else if ( receiver_map - > instance_type ( ) < FIRST_JS_RECEIVER_TYPE ) { <nl> + cached_stub = isolate ( ) - > builtins ( ) - > KeyedStoreIC_Slow ( ) ; <nl> } else { <nl> if ( receiver_map - > has_fast_elements ( ) \| \| <nl> receiver_map - > has_external_array_elements ( ) ) { <nl> new file mode 100644 <nl> index 00000000000 . . 0c60fced14e <nl> mmm / dev / null <nl> ppp b / test / mjsunit / regress / regress - 331416 . js <nl> <nl> + / / Copyright 2014 the V8 project authors . All rights reserved . <nl> + / / Redistribution and use in source and binary forms , with or without <nl> + / / modification , are permitted provided that the following conditions are <nl> + / / met : <nl> + / / <nl> + / / * Redistributions of source code must retain the above copyright <nl> + / / notice , this list of conditions and the following disclaimer . <nl> + / / * Redistributions in binary form must reproduce the above <nl> + / / copyright notice , this list of conditions and the following <nl> + / / disclaimer in the documentation and / or other materials provided <nl> + / / with the distribution . <nl> + / / * Neither the name of Google Inc . nor the names of its <nl> + / / contributors may be used to endorse or promote products derived <nl> + / / from this software without specific prior written permission . <nl> + / / <nl> + / / THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS <nl> + / / " AS IS " AND ANY EXPRESS OR IMPLIED WARRANTIES , INCLUDING , BUT NOT <nl> + / / LIMITED TO , THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR <nl> + / / A PARTICULAR PURPOSE ARE DISCLAIMED . IN NO EVENT SHALL THE COPYRIGHT <nl> + / / OWNER OR CONTRIBUTORS BE LIABLE FOR ANY DIRECT , INDIRECT , INCIDENTAL , <nl> + / / SPECIAL , EXEMPLARY , OR CONSEQUENTIAL DAMAGES ( INCLUDING , BUT NOT <nl> + / / LIMITED TO , PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES ; LOSS OF USE , <nl> + / / DATA , OR PROFITS ; OR BUSINESS INTERRUPTION ) HOWEVER CAUSED AND ON ANY <nl> + / / THEORY OF LIABILITY , WHETHER IN CONTRACT , STRICT LIABILITY , OR TORT <nl> + / / ( INCLUDING NEGLIGENCE OR OTHERWISE ) ARISING IN ANY WAY OUT OF THE USE <nl> + / / OF THIS SOFTWARE , EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE . <nl> + <nl> + / / Flags : - - allow - natives - syntax <nl> + <nl> + function load ( a , i ) { <nl> + return a [ i ] ; <nl> + } <nl> + load ( [ 1 , 2 , 3 ] , " length " ) ; <nl> + load ( 3 ) ; <nl> + load ( [ 1 , 2 , 3 ] , 3 ) ; <nl> + load ( 0 , 0 ) ; <nl> + % OptimizeFunctionOnNextCall ( load ) ; <nl> + assertEquals ( 2 , load ( [ 1 , 2 , 3 ] , 1 ) ) ; <nl> + assertEquals ( undefined , load ( 0 , 0 ) ) ; <nl> + <nl> + function store ( a , i , x ) { <nl> + a [ i ] = x ; <nl> + } <nl> + store ( [ 1 , 2 , 3 ] , " length " , 3 ) ; <nl> + store ( 3 ) ; <nl> + store ( [ 1 , 2 , 3 ] , 3 , 3 ) ; <nl> + store ( 0 , 0 , 1 ) ; <nl> + % OptimizeFunctionOnNextCall ( store ) ; <nl> + var a = [ 1 , 2 , 3 ] ; <nl> + store ( a , 1 , 1 ) ; <nl> + assertEquals ( 1 , a [ 1 ] ) ; <nl> + store ( 0 , 0 , 1 ) ; <nl>	Correctly handle instances without elements in polymorphic keyed load / store .	v8/v8	8db7aaa03df2865cd1ed8983433a5a02cc4bd4a7	2014-01-08T09:57:28Z
mmm a / js / flatbuffers . js <nl> ppp b / js / flatbuffers . js <nl> flatbuffers . Long = function ( low , high ) { <nl> this . high = high \| 0 ; <nl> } ; <nl> <nl> + / * * <nl> + * @ param { number } high <nl> + * @ param { number } low <nl> + * @ returns { flatbuffers . Long } <nl> + * / <nl> + flatbuffers . Long . create = function ( low , high ) { <nl> + / / Special - case zero to avoid GC overhead for default values <nl> + return low = = 0 & & high = = 0 ? flatbuffers . Long . ZERO : new flatbuffers . Long ( low , high ) ; <nl> + } ; <nl> + <nl> / * * <nl> * @ returns { number } <nl> * / <nl> flatbuffers . Builder . prototype . createString = function ( s ) { <nl> } <nl> return this . endVector ( ) ; <nl> } ; <nl> + <nl> + / * * <nl> + * A helper function to avoid generated code depending on this file directly . <nl> + * <nl> + * @ param { number } low <nl> + * @ param { number } high <nl> + * @ returns { flatbuffers . Long } <nl> + * / <nl> + flatbuffers . Builder . prototype . createLong = function ( low , high ) { <nl> + return flatbuffers . Long . create ( low , high ) ; <nl> + } ; <nl> / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / <nl> / / / @ cond FLATBUFFERS_INTERNAL <nl> / * * <nl> flatbuffers . ByteBuffer . prototype . __has_identifier = function ( ident ) { <nl> return true ; <nl> } ; <nl> <nl> + / * * <nl> + * A helper function to avoid generated code depending on this file directly . <nl> + * <nl> + * @ param { number } low <nl> + * @ param { number } high <nl> + * @ returns { flatbuffers . Long } <nl> + * / <nl> + flatbuffers . ByteBuffer . prototype . createLong = function ( low , high ) { <nl> + return flatbuffers . Long . create ( low , high ) ; <nl> + } ; <nl> + <nl> / / Exports for Node . js and RequireJS <nl> this . flatbuffers = flatbuffers ; <nl> <nl> mmm a / src / idl_gen_js . cpp <nl> ppp b / src / idl_gen_js . cpp <nl> static std : : string GenGetter ( const Type & type , const std : : string & arguments ) { <nl> } <nl> } <nl> <nl> - static std : : string GenDefaultValue ( const Value & value ) { <nl> + static std : : string GenDefaultValue ( const Value & value , const std : : string & context ) { <nl> if ( value . type . enum_def ) { <nl> if ( auto val = value . type . enum_def - > ReverseLookup ( <nl> atoi ( value . constant . c_str ( ) ) , false ) ) { <nl> static std : : string GenDefaultValue ( const Value & value ) { <nl> return " null " ; <nl> <nl> case BASE_TYPE_LONG : <nl> - case BASE_TYPE_ULONG : <nl> - if ( value . constant ! = " 0 " ) { <nl> - int64_t constant = StringToInt ( value . constant . c_str ( ) ) ; <nl> - return " new flatbuffers . Long ( " + NumToString ( ( int32_t ) constant ) + <nl> - " , " + NumToString ( ( int32_t ) ( constant > > 32 ) ) + " ) " ; <nl> - } <nl> - return " flatbuffers . Long . ZERO " ; <nl> + case BASE_TYPE_ULONG : { <nl> + int64_t constant = StringToInt ( value . constant . c_str ( ) ) ; <nl> + return context + " . createLong ( " + NumToString ( ( int32_t ) constant ) + <nl> + " , " + NumToString ( ( int32_t ) ( constant > > 32 ) ) + " ) " ; <nl> + } <nl> <nl> default : <nl> return value . constant ; <nl> static void GenStruct ( const Parser & parser , StructDef & struct_def , <nl> index + = " , optionalEncoding " ; <nl> } <nl> code + = offset_prefix + GenGetter ( field . value . type , <nl> - " ( " + index + " ) " ) + " : " + GenDefaultValue ( field . value ) ; <nl> + " ( " + index + " ) " ) + " : " + GenDefaultValue ( field . value , " this . bb " ) ; <nl> code + = " ; \ n " ; <nl> } <nl> } <nl> static void GenStruct ( const Parser & parser , StructDef & struct_def , <nl> code + = " false " ; <nl> } else if ( field . value . type . element = = BASE_TYPE_LONG \| \| <nl> field . value . type . element = = BASE_TYPE_ULONG ) { <nl> - code + = " flatbuffers . Long . ZERO " ; <nl> + code + = " this . bb . createLong ( 0 , 0 ) " ; <nl> } else if ( IsScalar ( field . value . type . element ) ) { <nl> code + = " 0 " ; <nl> } else { <nl> static void GenStruct ( const Parser & parser , StructDef & struct_def , <nl> if ( field . value . type . base_type = = BASE_TYPE_BOOL ) { <nl> code + = " + " ; <nl> } <nl> - code + = GenDefaultValue ( field . value ) ; <nl> + code + = GenDefaultValue ( field . value , " builder " ) ; <nl> } <nl> code + = " ) ; \ n } ; \ n \ n " ; <nl> <nl> mmm a / tests / JavaScriptTest . js <nl> ppp b / tests / JavaScriptTest . js <nl> function main ( ) { <nl> / / Test it : <nl> testBuffer ( fbb . dataBuffer ( ) ) ; <nl> <nl> + test64bit ( ) ; <nl> testUnicode ( ) ; <nl> fuzzTest1 ( ) ; <nl> <nl> function testBuffer ( bb ) { <nl> assert . strictEqual ( monster . testbool ( ) , false ) ; <nl> } <nl> <nl> + function test64bit ( ) { <nl> + var fbb = new flatbuffers . Builder ( ) ; <nl> + var required = fbb . createString ( ' required ' ) ; <nl> + <nl> + MyGame . Example . Stat . startStat ( fbb ) ; <nl> + var stat2 = MyGame . Example . Stat . endStat ( fbb ) ; <nl> + <nl> + MyGame . Example . Monster . startMonster ( fbb ) ; <nl> + MyGame . Example . Monster . addName ( fbb , required ) ; <nl> + MyGame . Example . Monster . addTestempty ( fbb , stat2 ) ; <nl> + var mon2 = MyGame . Example . Monster . endMonster ( fbb ) ; <nl> + <nl> + MyGame . Example . Stat . startStat ( fbb ) ; <nl> + MyGame . Example . Stat . addVal ( fbb , new flatbuffers . Long ( 0x12345678 , 0x23456789 ) ) ; <nl> + var stat = MyGame . Example . Stat . endStat ( fbb ) ; <nl> + <nl> + MyGame . Example . Monster . startMonster ( fbb ) ; <nl> + MyGame . Example . Monster . addName ( fbb , required ) ; <nl> + MyGame . Example . Monster . addEnemy ( fbb , mon2 ) ; <nl> + MyGame . Example . Monster . addTestempty ( fbb , stat ) ; <nl> + var mon = MyGame . Example . Monster . endMonster ( fbb ) ; <nl> + <nl> + MyGame . Example . Monster . finishMonsterBuffer ( fbb , mon ) ; <nl> + var bytes = fbb . asUint8Array ( ) ; <nl> + <nl> + / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / <nl> + <nl> + var bb = new flatbuffers . ByteBuffer ( bytes ) ; <nl> + assert . ok ( MyGame . Example . Monster . bufferHasIdentifier ( bb ) ) ; <nl> + var mon = MyGame . Example . Monster . getRootAsMonster ( bb ) ; <nl> + <nl> + var stat = mon . testempty ( ) ; <nl> + assert . strictEqual ( stat ! = null , true ) ; <nl> + assert . strictEqual ( stat . val ( ) ! = null , true ) ; <nl> + assert . strictEqual ( stat . val ( ) . low , 0x12345678 ) ; <nl> + assert . strictEqual ( stat . val ( ) . high , 0x23456789 ) ; <nl> + <nl> + var mon2 = mon . enemy ( ) ; <nl> + assert . strictEqual ( mon2 ! = null , true ) ; <nl> + stat = mon2 . testempty ( ) ; <nl> + assert . strictEqual ( stat ! = null , true ) ; <nl> + assert . strictEqual ( stat . val ( ) ! = null , true ) ; <nl> + assert . strictEqual ( stat . val ( ) . low , 0 ) ; / / default value <nl> + assert . strictEqual ( stat . val ( ) . high , 0 ) ; <nl> + } <nl> + <nl> function testUnicode ( ) { <nl> var correct = fs . readFileSync ( ' unicode_test . mon ' ) ; <nl> var json = JSON . parse ( fs . readFileSync ( ' unicode_test . json ' , ' utf8 ' ) ) ; <nl> mmm a / tests / monster_test_generated . js <nl> ppp b / tests / monster_test_generated . js <nl> MyGame . Example . Stat . prototype . id = function ( optionalEncoding ) { <nl> * / <nl> MyGame . Example . Stat . prototype . val = function ( ) { <nl> var offset = this . bb . __offset ( this . bb_pos , 6 ) ; <nl> - return offset ? this . bb . readInt64 ( this . bb_pos + offset ) : flatbuffers . Long . ZERO ; <nl> + return offset ? this . bb . readInt64 ( this . bb_pos + offset ) : this . bb . createLong ( 0 , 0 ) ; <nl> } ; <nl> <nl> / * * <nl> MyGame . Example . Stat . addId = function ( builder , idOffset ) { <nl> * @ param { flatbuffers . Long } val <nl> * / <nl> MyGame . Example . Stat . addVal = function ( builder , val ) { <nl> - builder . addFieldInt64 ( 1 , val , flatbuffers . Long . ZERO ) ; <nl> + builder . addFieldInt64 ( 1 , val , builder . createLong ( 0 , 0 ) ) ; <nl> } ; <nl> <nl> / * * <nl> MyGame . Example . Monster . prototype . testhashu32Fnv1 = function ( ) { <nl> * / <nl> MyGame . Example . Monster . prototype . testhashs64Fnv1 = function ( ) { <nl> var offset = this . bb . __offset ( this . bb_pos , 40 ) ; <nl> - return offset ? this . bb . readInt64 ( this . bb_pos + offset ) : flatbuffers . Long . ZERO ; <nl> + return offset ? this . bb . readInt64 ( this . bb_pos + offset ) : this . bb . createLong ( 0 , 0 ) ; <nl> } ; <nl> <nl> / * * <nl> MyGame . Example . Monster . prototype . testhashs64Fnv1 = function ( ) { <nl> * / <nl> MyGame . Example . Monster . prototype . testhashu64Fnv1 = function ( ) { <nl> var offset = this . bb . __offset ( this . bb_pos , 42 ) ; <nl> - return offset ? this . bb . readUint64 ( this . bb_pos + offset ) : flatbuffers . Long . ZERO ; <nl> + return offset ? this . bb . readUint64 ( this . bb_pos + offset ) : this . bb . createLong ( 0 , 0 ) ; <nl> } ; <nl> <nl> / * * <nl> MyGame . Example . Monster . prototype . testhashu32Fnv1a = function ( ) { <nl> * / <nl> MyGame . Example . Monster . prototype . testhashs64Fnv1a = function ( ) { <nl> var offset = this . bb . __offset ( this . bb_pos , 48 ) ; <nl> - return offset ? this . bb . readInt64 ( this . bb_pos + offset ) : flatbuffers . Long . ZERO ; <nl> + return offset ? this . bb . readInt64 ( this . bb_pos + offset ) : this . bb . createLong ( 0 , 0 ) ; <nl> } ; <nl> <nl> / * * <nl> MyGame . Example . Monster . prototype . testhashs64Fnv1a = function ( ) { <nl> * / <nl> MyGame . Example . Monster . prototype . testhashu64Fnv1a = function ( ) { <nl> var offset = this . bb . __offset ( this . bb_pos , 50 ) ; <nl> - return offset ? this . bb . readUint64 ( this . bb_pos + offset ) : flatbuffers . Long . ZERO ; <nl> + return offset ? this . bb . readUint64 ( this . bb_pos + offset ) : this . bb . createLong ( 0 , 0 ) ; <nl> } ; <nl> <nl> / * * <nl> MyGame . Example . Monster . addTesthashu32Fnv1 = function ( builder , testhashu32Fnv1 ) { <nl> * @ param { flatbuffers . Long } testhashs64Fnv1 <nl> * / <nl> MyGame . Example . Monster . addTesthashs64Fnv1 = function ( builder , testhashs64Fnv1 ) { <nl> - builder . addFieldInt64 ( 18 , testhashs64Fnv1 , flatbuffers . Long . ZERO ) ; <nl> + builder . addFieldInt64 ( 18 , testhashs64Fnv1 , builder . createLong ( 0 , 0 ) ) ; <nl> } ; <nl> <nl> / * * <nl> MyGame . Example . Monster . addTesthashs64Fnv1 = function ( builder , testhashs64Fnv1 ) { <nl> * @ param { flatbuffers . Long } testhashu64Fnv1 <nl> * / <nl> MyGame . Example . Monster . addTesthashu64Fnv1 = function ( builder , testhashu64Fnv1 ) { <nl> - builder . addFieldInt64 ( 19 , testhashu64Fnv1 , flatbuffers . Long . ZERO ) ; <nl> + builder . addFieldInt64 ( 19 , testhashu64Fnv1 , builder . createLong ( 0 , 0 ) ) ; <nl> } ; <nl> <nl> / * * <nl> MyGame . Example . Monster . addTesthashu32Fnv1a = function ( builder , testhashu32Fnv1a ) <nl> * @ param { flatbuffers . Long } testhashs64Fnv1a <nl> * / <nl> MyGame . Example . Monster . addTesthashs64Fnv1a = function ( builder , testhashs64Fnv1a ) { <nl> - builder . addFieldInt64 ( 22 , testhashs64Fnv1a , flatbuffers . Long . ZERO ) ; <nl> + builder . addFieldInt64 ( 22 , testhashs64Fnv1a , builder . createLong ( 0 , 0 ) ) ; <nl> } ; <nl> <nl> / * * <nl> MyGame . Example . Monster . addTesthashs64Fnv1a = function ( builder , testhashs64Fnv1a ) <nl> * @ param { flatbuffers . Long } testhashu64Fnv1a <nl> * / <nl> MyGame . Example . Monster . addTesthashu64Fnv1a = function ( builder , testhashu64Fnv1a ) { <nl> - builder . addFieldInt64 ( 23 , testhashu64Fnv1a , flatbuffers . Long . ZERO ) ; <nl> + builder . addFieldInt64 ( 23 , testhashu64Fnv1a , builder . createLong ( 0 , 0 ) ) ; <nl> } ; <nl> <nl> / * * <nl>	Merge pull request from evanw / fix - for - 3773	google/flatbuffers	59caa536ede8490a1df00a867c4550b216278bd7	2016-02-26T17:37:55Z
mmm a / src / profiler / profile - generator . cc <nl> ppp b / src / profiler / profile - generator . cc <nl> void SourcePositionTable : : SetPosition ( int pc_offset , int line , <nl> int inlining_id ) { <nl> DCHECK_GE ( pc_offset , 0 ) ; <nl> DCHECK_GT ( line , 0 ) ; / / The 1 - based number of the source line . <nl> + / / It ' s possible that we map multiple source positions to a pc_offset in <nl> + / / optimized code . Usually these map to the same line , so there is no <nl> + / / difference here as we only store line number and not line / col in the form <nl> + / / of a script offset . Ignore any subsequent sets to the same offset . <nl> + if ( ! pc_offsets_to_lines_ . empty ( ) & & <nl> + pc_offsets_to_lines_ . back ( ) . pc_offset = = pc_offset ) { <nl> + return ; <nl> + } <nl> / / Check that we are inserting in ascending order , so that the vector remains <nl> / / sorted . <nl> DCHECK ( pc_offsets_to_lines_ . empty ( ) \| \| <nl> mmm a / test / cctest / test - cpu - profiler . cc <nl> ppp b / test / cctest / test - cpu - profiler . cc <nl> TEST ( SourcePositionTable ) { <nl> <nl> CHECK_EQ ( SourcePosition : : kNotInlined , info . GetInliningId ( 21 ) ) ; <nl> CHECK_EQ ( 0 , info . GetInliningId ( 100 ) ) ; <nl> + <nl> + / / Test that subsequent SetPosition calls with the same pc_offset are ignored . <nl> + info . SetPosition ( 25 , 4 , SourcePosition : : kNotInlined ) ; <nl> + CHECK_EQ ( 2 , info . GetSourceLineNumber ( 21 ) ) ; <nl> + CHECK_EQ ( 3 , info . GetSourceLineNumber ( 100 ) ) ; <nl> + CHECK_EQ ( 3 , info . GetSourceLineNumber ( std : : numeric_limits < int > : : max ( ) ) ) ; <nl> + <nl> + CHECK_EQ ( SourcePosition : : kNotInlined , info . GetInliningId ( 21 ) ) ; <nl> + CHECK_EQ ( 0 , info . GetInliningId ( 100 ) ) ; <nl> } <nl> <nl> TEST ( MultipleProfilers ) { <nl>	[ cpu - profiler ] Ignore repeat source positions in the CPU profiler	v8/v8	2e74bec6a03af42950155fbc56f67c63732dee18	2019-07-30T06:49:16Z
mmm a / modules / calib3d / include / opencv2 / calib3d . hpp <nl> ppp b / modules / calib3d / include / opencv2 / calib3d . hpp <nl> pattern ( every view is described by several 3D - 2D point correspondences ) . <nl> <nl> \ f [ x ' = ( \ theta_d / r ) x \ \ y ' = ( \ theta_d / r ) y \ f ] <nl> <nl> - Finally , convertion into pixel coordinates : The final pixel coordinates vector [ u ; v ] where : <nl> + Finally , conversion into pixel coordinates : The final pixel coordinates vector [ u ; v ] where : <nl> <nl> \ f [ u = f_x ( x ' + \ alpha y ' ) + c_x \ \ <nl> v = f_y yy + c_y \ f ] <nl> mmm a / modules / core / include / opencv2 / core / matx . hpp <nl> ppp b / modules / core / include / opencv2 / core / matx . hpp <nl> template < typename _Tp , int m , int n > class Matx <nl> / / ! dot product computed in double - precision arithmetics <nl> double ddot ( const Matx < _Tp , m , n > & v ) const ; <nl> <nl> - / / ! convertion to another data type <nl> + / / ! conversion to another data type <nl> template < typename T2 > operator Matx < T2 , m , n > ( ) const ; <nl> <nl> / / ! change the matrix shape <nl> template < typename _Tp , int cn > class Vec : public Matx < _Tp , cn , 1 > <nl> For other dimensionalities the exception is raised <nl> * / <nl> Vec cross ( const Vec & v ) const ; <nl> - / / ! convertion to another data type <nl> + / / ! conversion to another data type <nl> template < typename T2 > operator Vec < T2 , cn > ( ) const ; <nl> <nl> / * ! element access * / <nl> mmm a / modules / highgui / src / ppltasks_winrt . h <nl> ppp b / modules / highgui / src / ppltasks_winrt . h <nl> auto when_all ( _Iterator _Begin , _Iterator _End , Concurrency : : cancellation_token <nl> # endif <nl> <nl> / / / < summary > <nl> - / / / Creates a task that will complete succesfully when both of the tasks supplied as arguments complete successfully . <nl> + / / / Creates a task that will complete successfully when both of the tasks supplied as arguments complete successfully . <nl> / / / < / summary > <nl> / / / < typeparam name = " _ReturnType " > <nl> / / / The type of the returned task . <nl> task < std : : vector < _ReturnType > > operator & & ( const task < _ReturnType > & _Lhs , const <nl> } <nl> <nl> / / / < summary > <nl> - / / / Creates a task that will complete succesfully when both of the tasks supplied as arguments complete successfully . <nl> + / / / Creates a task that will complete successfully when both of the tasks supplied as arguments complete successfully . <nl> / / / < / summary > <nl> / / / < typeparam name = " _ReturnType " > <nl> / / / The type of the returned task . <nl> task < std : : vector < _ReturnType > > operator & & ( const task < std : : vector < _ReturnType > > & <nl> } <nl> <nl> / / / < summary > <nl> - / / / Creates a task that will complete succesfully when both of the tasks supplied as arguments complete successfully . <nl> + / / / Creates a task that will complete successfully when both of the tasks supplied as arguments complete successfully . <nl> / / / < / summary > <nl> / / / < typeparam name = " _ReturnType " > <nl> / / / The type of the returned task . <nl> task < std : : vector < _ReturnType > > operator & & ( const task < _ReturnType > & _Lhs , const <nl> } <nl> <nl> / / / < summary > <nl> - / / / Creates a task that will complete succesfully when both of the tasks supplied as arguments complete successfully . <nl> + / / / Creates a task that will complete successfully when both of the tasks supplied as arguments complete successfully . <nl> / / / < / summary > <nl> / / / < typeparam name = " _ReturnType " > <nl> / / / The type of the returned task . <nl> task < std : : vector < _ReturnType > > operator & & ( const task < std : : vector < _ReturnType > > & <nl> } <nl> <nl> / / / < summary > <nl> - / / / Creates a task that will complete succesfully when both of the tasks supplied as arguments complete successfully . <nl> + / / / Creates a task that will complete successfully when both of the tasks supplied as arguments complete successfully . <nl> / / / < / summary > <nl> / / / < typeparam name = " _ReturnType " > <nl> / / / The type of the returned task . <nl> mmm a / modules / imgproc / include / opencv2 / imgproc / types_c . h <nl> ppp b / modules / imgproc / include / opencv2 / imgproc / types_c . h <nl> enum <nl> } ; <nl> <nl> / * <nl> - Internal structure that is used for sequental retrieving contours from the image . <nl> + Internal structure that is used for sequential retrieving contours from the image . <nl> It supports both hierarchical and plane variants of Suzuki algorithm . <nl> * / <nl> typedef struct _CvContourScanner * CvContourScanner ; <nl> mmm a / modules / imgproc / src / contours . cpp <nl> ppp b / modules / imgproc / src / contours . cpp <nl> _CvContourInfo ; <nl> <nl> <nl> / * <nl> - Structure that is used for sequental retrieving contours from the image . <nl> + Structure that is used for sequential retrieving contours from the image . <nl> It supports both hierarchical and plane variants of Suzuki algorithm . <nl> * / <nl> typedef struct _CvContourScanner <nl> cvStartFindContours ( void * _img , CvMemStorage * storage , <nl> tree . The retrieved contour itself is removed from the storage . <nl> Here two cases are possible : <nl> 2a . If one deals with plane variant of algorithm <nl> - ( hierarchical strucutre is not reconstructed ) , <nl> + ( hierarchical structure is not reconstructed ) , <nl> the contour is removed completely . <nl> 2b . In hierarchical case , the header of the contour is not removed . <nl> It ' s marked as " link to contour " and h_next pointer of it is set to <nl> cvStartFindContours ( void * _img , CvMemStorage * storage , <nl> leaves header if hierarchical ( but doesn ' t mark header as " link " ) . <nl> mmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmm <nl> The 1st variant can be used to retrieve and store all the contours from the image <nl> - ( with optional convertion from chains to contours using some approximation from <nl> - restriced set of methods ) . Some characteristics of contour can be computed in the <nl> + ( with optional conversion from chains to contours using some approximation from <nl> + restricted set of methods ) . Some characteristics of contour can be computed in the <nl> same pass . <nl> <nl> The usage scheme can look like : <nl> mmm a / modules / imgproc / src / filterengine . hpp <nl> ppp b / modules / imgproc / src / filterengine . hpp <nl> class BaseRowFilter <nl> BaseRowFilter ( ) ; <nl> / / ! the destructor <nl> virtual ~ BaseRowFilter ( ) ; <nl> - / / ! the filtering operator . Must be overrided in the derived classes . The horizontal border interpolation is done outside of the class . <nl> + / / ! the filtering operator . Must be overridden in the derived classes . The horizontal border interpolation is done outside of the class . <nl> virtual void operator ( ) ( const uchar * src , uchar * dst , int width , int cn ) = 0 ; <nl> <nl> int ksize ; <nl> class BaseColumnFilter <nl> BaseColumnFilter ( ) ; <nl> / / ! the destructor <nl> virtual ~ BaseColumnFilter ( ) ; <nl> - / / ! the filtering operator . Must be overrided in the derived classes . The vertical border interpolation is done outside of the class . <nl> + / / ! the filtering operator . Must be overridden in the derived classes . The vertical border interpolation is done outside of the class . <nl> virtual void operator ( ) ( const uchar * * src , uchar * dst , int dststep , int dstcount , int width ) = 0 ; <nl> / / ! resets the internal buffers , if any <nl> virtual void reset ( ) ; <nl> mmm a / modules / photo / include / opencv2 / photo . hpp <nl> ppp b / modules / photo / include / opencv2 / photo . hpp <nl> denoising time . Recommended value 21 pixels <nl> removes noise but also removes image details , smaller h value preserves details but also preserves <nl> some noise <nl> @ param hColor The same as h but for color components . For most images value equals 10 <nl> - will be enought to remove colored noise and do not distort colors <nl> + will be enough to remove colored noise and do not distort colors <nl> <nl> The function converts image to CIELAB colorspace and then separately denoise L and AB components <nl> with given h parameters using fastNlMeansDenoising function . <nl> mmm a / modules / photo / include / opencv2 / photo / cuda . hpp <nl> ppp b / modules / photo / include / opencv2 / photo / cuda . hpp <nl> CV_EXPORTS void fastNlMeansDenoising ( InputArray src , OutputArray dst , <nl> @ param h_luminance Parameter regulating filter strength . Big h value perfectly removes noise but <nl> also removes image details , smaller h value preserves details but also preserves some noise <nl> @ param photo_render float The same as h but for color components . For most images value equals 10 will be <nl> - enought to remove colored noise and do not distort colors <nl> + enough to remove colored noise and do not distort colors <nl> @ param search_window Size in pixels of the window that is used to compute weighted average for <nl> given pixel . Should be odd . Affect performance linearly : greater search_window - greater <nl> denoising time . Recommended value 21 pixels <nl> mmm a / modules / ts / include / opencv2 / ts . hpp <nl> ppp b / modules / ts / include / opencv2 / ts . hpp <nl> class CV_EXPORTS TS <nl> FAIL_HANG = - 13 , <nl> <nl> / / unexpected response on passing bad arguments to the tested function <nl> - / / ( the function crashed , proceed succesfully ( while it should not ) , or returned <nl> + / / ( the function crashed , proceed successfully ( while it should not ) , or returned <nl> / / error code that is different from what is expected ) <nl> FAIL_BAD_ARG_CHECK = - 14 , <nl> <nl> class CV_EXPORTS TS <nl> / / the test has been skipped because it is not in the selected subset of the tests to run , <nl> / / because it has been run already within the same run with the same parameters , or because <nl> / / of some other reason and this is not considered as an error . <nl> - / / Normally TS : : run ( ) ( or overrided method in the derived class ) takes care of what <nl> + / / Normally TS : : run ( ) ( or overridden method in the derived class ) takes care of what <nl> / / needs to be run , so this code should not occur . <nl> SKIPPED = 1 <nl> } ; <nl> mmm a / modules / videoio / src / cap_gstreamer . cpp <nl> ppp b / modules / videoio / src / cap_gstreamer . cpp <nl> void CvCapture_GStreamer : : newPad ( GstElement * / * elem * / , <nl> * \ brief CvCapture_GStreamer : : open Open the given file with gstreamer <nl> * \ param type CvCapture type . One of CV_CAP_GSTREAMER_ * <nl> * \ param filename Filename to open in case of CV_CAP_GSTREAMER_FILE <nl> - * \ return boolean . Specifies if opening was succesful . <nl> + * \ return boolean . Specifies if opening was successful . <nl> * <nl> * In case of CV_CAP_GSTREAMER_V4L ( 2 ) , a pipelin is constructed as follows : <nl> * v4l2src ! autoconvert ! appsink <nl> mmm a / modules / videoio / src / cap_libv4l . cpp <nl> ppp b / modules / videoio / src / cap_libv4l . cpp <nl> I modified the following : <nl> autosetup_capture_mode_v4l2 - > autodetect capture modes for v4l2 <nl> - Modifications are according with Video4Linux old codes <nl> - Video4Linux handling is automatically if it does not recognize a Video4Linux2 device <nl> - - Tested succesful with Logitech Quickcam Express ( V4L ) , Creative Vista ( V4L ) and Genius VideoCam Notebook ( V4L2 ) <nl> + - Tested successfully with Logitech Quickcam Express ( V4L ) , Creative Vista ( V4L ) and Genius VideoCam Notebook ( V4L2 ) <nl> - Correct source lines with compiler warning messages <nl> - Information message from v4l / v4l2 detection <nl> <nl> I modified the following : <nl> - SN9C10x chip based webcams support <nl> - New methods are internal : <nl> bayer2rgb24 , sonix_decompress - > decoder routines for SN9C10x decoding from Takafumi Mizuno < taka - qce @ ls - a . jp > with his pleasure : ) <nl> - - Tested succesful with Genius VideoCam Notebook ( V4L2 ) <nl> + - Tested successfully with Genius VideoCam Notebook ( V4L2 ) <nl> <nl> Sixth Patch : Sept 10 , 2005 Csaba Kertesz sign @ freemail . hu <nl> For Release : OpenCV - Linux Beta5 OpenCV - 0 . 9 . 7 <nl> I added the following : <nl> - Get and change V4L capture controls ( hue , saturation , brightness , contrast ) <nl> - New method is internal : <nl> icvSetControl - > set capture controls <nl> - - Tested succesful with Creative Vista ( V4L ) <nl> + - Tested successfully with Creative Vista ( V4L ) <nl> <nl> Seventh Patch : Sept 10 , 2005 Csaba Kertesz sign @ freemail . hu <nl> For Release : OpenCV - Linux Beta5 OpenCV - 0 . 9 . 7 <nl> I added the following : <nl> - Detect , get and change V4L2 capture controls ( hue , saturation , brightness , contrast , gain ) <nl> - New methods are internal : <nl> v4l2_scan_controls_enumerate_menu , v4l2_scan_controls - > detect capture control intervals <nl> - - Tested succesful with Genius VideoCam Notebook ( V4L2 ) <nl> + - Tested successfully with Genius VideoCam Notebook ( V4L2 ) <nl> <nl> 8th patch : Jan 5 , 2006 , Olivier . Bornet @ idiap . ch <nl> Add support of V4L2_PIX_FMT_YUYV and V4L2_PIX_FMT_MJPEG . <nl> mmm a / modules / videoio / src / cap_mjpeg_encoder . cpp <nl> ppp b / modules / videoio / src / cap_mjpeg_encoder . cpp <nl> void MotionJpegWriter : : writeFrameData ( const uchar * data , int step , int colorspa <nl> } <nl> <nl> strm . jputShort ( 0 * 256 + 63 ) ; / / start and end of spectral selection - for <nl> - / / sequental DCT start is 0 and end is 63 <nl> + / / sequential DCT start is 0 and end is 63 <nl> <nl> strm . putByte ( 0 ) ; / / successive approximation bit position <nl> - / / high & low - ( 0 , 0 ) for sequental DCT <nl> + / / high & low - ( 0 , 0 ) for sequential DCT <nl> unsigned currval = 0 , code = 0 , tempval = 0 ; <nl> int bit_idx = 32 ; <nl> <nl> mmm a / modules / videoio / src / cap_v4l . cpp <nl> ppp b / modules / videoio / src / cap_v4l . cpp <nl> I modified the following : <nl> autosetup_capture_mode_v4l2 - > autodetect capture modes for v4l2 <nl> - Modifications are according with Video4Linux old codes <nl> - Video4Linux handling is automatically if it does not recognize a Video4Linux2 device <nl> - - Tested succesful with Logitech Quickcam Express ( V4L ) , Creative Vista ( V4L ) and Genius VideoCam Notebook ( V4L2 ) <nl> + - Tested successfully with Logitech Quickcam Express ( V4L ) , Creative Vista ( V4L ) and Genius VideoCam Notebook ( V4L2 ) <nl> - Correct source lines with compiler warning messages <nl> - Information message from v4l / v4l2 detection <nl> <nl> I modified the following : <nl> - SN9C10x chip based webcams support <nl> - New methods are internal : <nl> bayer2rgb24 , sonix_decompress - > decoder routines for SN9C10x decoding from Takafumi Mizuno < taka - qce @ ls - a . jp > with his pleasure : ) <nl> - - Tested succesful with Genius VideoCam Notebook ( V4L2 ) <nl> + - Tested successfully with Genius VideoCam Notebook ( V4L2 ) <nl> <nl> Sixth Patch : Sept 10 , 2005 Csaba Kertesz sign @ freemail . hu <nl> For Release : OpenCV - Linux Beta5 OpenCV - 0 . 9 . 7 <nl> I added the following : <nl> - Get and change V4L capture controls ( hue , saturation , brightness , contrast ) <nl> - New method is internal : <nl> icvSetControl - > set capture controls <nl> - - Tested succesful with Creative Vista ( V4L ) <nl> + - Tested successfully with Creative Vista ( V4L ) <nl> <nl> Seventh Patch : Sept 10 , 2005 Csaba Kertesz sign @ freemail . hu <nl> For Release : OpenCV - Linux Beta5 OpenCV - 0 . 9 . 7 <nl> I added the following : <nl> - Detect , get and change V4L2 capture controls ( hue , saturation , brightness , contrast , gain ) <nl> - New methods are internal : <nl> v4l2_scan_controls_enumerate_menu , v4l2_scan_controls - > detect capture control intervals <nl> - - Tested succesful with Genius VideoCam Notebook ( V4L2 ) <nl> + - Tested successfully with Genius VideoCam Notebook ( V4L2 ) <nl> <nl> 8th patch : Jan 5 , 2006 , Olivier . Bornet @ idiap . ch <nl> Add support of V4L2_PIX_FMT_YUYV and V4L2_PIX_FMT_MJPEG . <nl> mmm a / modules / videoio / src / ppltasks_winrt . hpp <nl> ppp b / modules / videoio / src / ppltasks_winrt . hpp <nl> auto when_all ( _Iterator _Begin , _Iterator _End , Concurrency : : cancellation_token <nl> # endif <nl> <nl> / / / < summary > <nl> - / / / Creates a task that will complete succesfully when both of the tasks supplied as arguments complete successfully . <nl> + / / / Creates a task that will complete successfully when both of the tasks supplied as arguments complete successfully . <nl> / / / < / summary > <nl> / / / < typeparam name = " _ReturnType " > <nl> / / / The type of the returned task . <nl> task < std : : vector < _ReturnType > > operator & & ( const task < _ReturnType > & _Lhs , const <nl> } <nl> <nl> / / / < summary > <nl> - / / / Creates a task that will complete succesfully when both of the tasks supplied as arguments complete successfully . <nl> + / / / Creates a task that will complete successfully when both of the tasks supplied as arguments complete successfully . <nl> / / / < / summary > <nl> / / / < typeparam name = " _ReturnType " > <nl> / / / The type of the returned task . <nl> task < std : : vector < _ReturnType > > operator & & ( const task < std : : vector < _ReturnType > > & <nl> } <nl> <nl> / / / < summary > <nl> - / / / Creates a task that will complete succesfully when both of the tasks supplied as arguments complete successfully . <nl> + / / / Creates a task that will complete successfully when both of the tasks supplied as arguments complete successfully . <nl> / / / < / summary > <nl> / / / < typeparam name = " _ReturnType " > <nl> / / / The type of the returned task . <nl> task < std : : vector < _ReturnType > > operator & & ( const task < _ReturnType > & _Lhs , const <nl> } <nl> <nl> / / / < summary > <nl> - / / / Creates a task that will complete succesfully when both of the tasks supplied as arguments complete successfully . <nl> + / / / Creates a task that will complete successfully when both of the tasks supplied as arguments complete successfully . <nl> / / / < / summary > <nl> / / / < typeparam name = " _ReturnType " > <nl> / / / The type of the returned task . <nl> task < std : : vector < _ReturnType > > operator & & ( const task < std : : vector < _ReturnType > > & <nl> } <nl> <nl> / / / < summary > <nl> - / / / Creates a task that will complete succesfully when both of the tasks supplied as arguments complete successfully . <nl> + / / / Creates a task that will complete successfully when both of the tasks supplied as arguments complete successfully . <nl> / / / < / summary > <nl> / / / < typeparam name = " _ReturnType " > <nl> / / / The type of the returned task . <nl>	typos in comments	opencv/opencv	7ca0557b40eac7ea9cd36387d4f79b45d7776882	2015-05-23T15:36:45Z
mmm a / CMakeLists . txt <nl> ppp b / CMakeLists . txt <nl> set ( SOURCES <nl> util / testharness . cc <nl> util / testutil . cc <nl> util / thread_local . cc <nl> - util / threadpool . cc <nl> + util / threadpool_imp . cc <nl> util / thread_status_impl . cc <nl> util / thread_status_updater . cc <nl> util / thread_status_util . cc <nl> new file mode 100644 <nl> index 0000000000 . . 9ef0aad143 <nl> mmm / dev / null <nl> ppp b / include / rocksdb / threadpool . h <nl> <nl> + / / Copyright ( c ) 2011 - present , Facebook , Inc . All rights reserved . <nl> + / / This source code is licensed under the BSD - style license found in the <nl> + / / LICENSE file in the root directory of this source tree . An additional grant <nl> + / / of patent rights can be found in the PATENTS file in the same directory . <nl> + / / <nl> + / / Copyright ( c ) 2011 The LevelDB Authors . All rights reserved . <nl> + / / Use of this source code is governed by a BSD - style license that can be <nl> + / / found in the LICENSE file . See the AUTHORS file for names of contributors . <nl> + # pragma once <nl> + <nl> + namespace rocksdb { <nl> + <nl> + / * <nl> + * ThreadPool is a component that will spawn N background threads that will <nl> + * be used to execute scheduled work , The number of background threads could <nl> + * be modified by calling SetBackgroundThreads ( ) . <nl> + * * / <nl> + class ThreadPool { <nl> + public : <nl> + virtual ~ ThreadPool ( ) { } <nl> + <nl> + / / Wait for all threads to finish . <nl> + virtual void JoinAllThreads ( ) = 0 ; <nl> + <nl> + / / Set the number of background threads that will be executing the <nl> + / / scheduled jobs . <nl> + virtual void SetBackgroundThreads ( int num ) = 0 ; <nl> + <nl> + / / Get the number of jobs scheduled in the ThreadPool queue . <nl> + virtual unsigned int GetQueueLen ( ) const = 0 ; <nl> + } ; <nl> + <nl> + / / NewThreadPool ( ) is a function that could be used to create a ThreadPool <nl> + / / with ` num_threads ` background threads . <nl> + extern ThreadPool * NewThreadPool ( int num_threads ) ; <nl> + <nl> + } / / namespace rocksdb <nl> mmm a / port / win / env_win . h <nl> ppp b / port / win / env_win . h <nl> <nl> # pragma once <nl> <nl> # include < rocksdb / env . h > <nl> - # include " util / threadpool . h " <nl> + # include " util / threadpool_imp . h " <nl> <nl> # include < mutex > <nl> # include < vector > <nl> class WinEnvThreads { <nl> <nl> Env * hosted_env_ ; <nl> mutable std : : mutex mu_ ; <nl> - std : : vector < ThreadPool > thread_pools_ ; <nl> + std : : vector < ThreadPoolImpl > thread_pools_ ; <nl> std : : vector < std : : thread > threads_to_join_ ; <nl> <nl> } ; <nl> class WinEnv : public Env { <nl> private : <nl> <nl> WinEnvIO winenv_io_ ; <nl> - WinEnvThreads winenv_threads_ ; <nl> - <nl> + WinEnvThreads winenv_threads_ ; <nl> } ; <nl> <nl> } <nl> - } <nl> \ No newline at end of file <nl> + } <nl> mmm a / src . mk <nl> ppp b / src . mk <nl> LIB_SOURCES = \ <nl> util / iostats_context . cc \ <nl> util / io_posix . cc \ <nl> util / lru_cache . cc \ <nl> - util / threadpool . cc \ <nl> + util / threadpool_imp . cc \ <nl> util / transaction_test_util . cc \ <nl> util / sharded_cache . cc \ <nl> util / sst_file_manager_impl . cc \ <nl> mmm a / util / env_posix . cc <nl> ppp b / util / env_posix . cc <nl> <nl> # include " rocksdb / slice . h " <nl> # include " util / coding . h " <nl> # include " util / io_posix . h " <nl> - # include " util / threadpool . h " <nl> # include " util / iostats_context_imp . h " <nl> # include " util / logging . h " <nl> # include " util / posix_logger . h " <nl> <nl> # include " util / sync_point . h " <nl> # include " util / thread_local . h " <nl> # include " util / thread_status_updater . h " <nl> + # include " util / threadpool_imp . h " <nl> <nl> # if ! defined ( TMPFS_MAGIC ) <nl> # define TMPFS_MAGIC 0x01021994 <nl> class PosixEnv : public Env { <nl> <nl> size_t page_size_ ; <nl> <nl> - std : : vector < ThreadPool > thread_pools_ ; <nl> + std : : vector < ThreadPoolImpl > thread_pools_ ; <nl> pthread_mutex_t mu_ ; <nl> std : : vector < pthread_t > threads_to_join_ ; <nl> } ; <nl> PosixEnv : : PosixEnv ( ) <nl> forceMmapOff ( false ) , <nl> page_size_ ( getpagesize ( ) ) , <nl> thread_pools_ ( Priority : : TOTAL ) { <nl> - ThreadPool : : PthreadCall ( " mutex_init " , pthread_mutex_init ( & mu_ , nullptr ) ) ; <nl> + ThreadPoolImpl : : PthreadCall ( " mutex_init " , pthread_mutex_init ( & mu_ , nullptr ) ) ; <nl> for ( int pool_id = 0 ; pool_id < Env : : Priority : : TOTAL ; + + pool_id ) { <nl> thread_pools_ [ pool_id ] . SetThreadPriority ( <nl> static_cast < Env : : Priority > ( pool_id ) ) ; <nl> void PosixEnv : : StartThread ( void ( * function ) ( void * arg ) , void * arg ) { <nl> StartThreadState * state = new StartThreadState ; <nl> state - > user_function = function ; <nl> state - > arg = arg ; <nl> - ThreadPool : : PthreadCall ( <nl> + ThreadPoolImpl : : PthreadCall ( <nl> " start thread " , pthread_create ( & t , nullptr , & StartThreadWrapper , state ) ) ; <nl> - ThreadPool : : PthreadCall ( " lock " , pthread_mutex_lock ( & mu_ ) ) ; <nl> + ThreadPoolImpl : : PthreadCall ( " lock " , pthread_mutex_lock ( & mu_ ) ) ; <nl> threads_to_join_ . push_back ( t ) ; <nl> - ThreadPool : : PthreadCall ( " unlock " , pthread_mutex_unlock ( & mu_ ) ) ; <nl> + ThreadPoolImpl : : PthreadCall ( " unlock " , pthread_mutex_unlock ( & mu_ ) ) ; <nl> } <nl> <nl> void PosixEnv : : WaitForJoin ( ) { <nl> similarity index 88 % <nl> rename from util / threadpool . cc <nl> rename to util / threadpool_imp . cc <nl> mmm a / util / threadpool . cc <nl> ppp b / util / threadpool_imp . cc <nl> <nl> / / Use of this source code is governed by a BSD - style license that can be <nl> / / found in the LICENSE file . See the AUTHORS file for names of contributors . <nl> <nl> - # include " util / threadpool . h " <nl> - # include < atomic > <nl> + # include " util / threadpool_imp . h " <nl> # include < algorithm > <nl> + # include < atomic > <nl> <nl> # ifndef OS_WIN <nl> # include < unistd . h > <nl> <nl> <nl> namespace rocksdb { <nl> <nl> - void ThreadPool : : PthreadCall ( const char * label , int result ) { <nl> + void ThreadPoolImpl : : PthreadCall ( const char * label , int result ) { <nl> if ( result ! = 0 ) { <nl> fprintf ( stderr , " pthread % s : % s \ n " , label , strerror ( result ) ) ; <nl> abort ( ) ; <nl> namespace { <nl> <nl> struct Lock { <nl> std : : unique_lock < std : : mutex > ul_ ; <nl> - Lock ( std : : mutex & m ) : ul_ ( m , std : : defer_lock ) { } <nl> + explicit Lock ( const std : : mutex & m ) : ul_ ( m , std : : defer_lock ) { } <nl> } ; <nl> <nl> using Condition = std : : condition_variable ; <nl> int ThreadDetach ( pthread_t & thread ) { <nl> # endif <nl> } <nl> <nl> - ThreadPool : : ThreadPool ( ) <nl> + ThreadPoolImpl : : ThreadPoolImpl ( ) <nl> : total_threads_limit_ ( 1 ) , <nl> bgthreads_ ( 0 ) , <nl> queue_ ( ) , <nl> ThreadPool : : ThreadPool ( ) <nl> # endif <nl> } <nl> <nl> - ThreadPool : : ~ ThreadPool ( ) { assert ( bgthreads_ . size ( ) = = 0U ) ; } <nl> - <nl> - void ThreadPool : : JoinAllThreads ( ) { <nl> + ThreadPoolImpl : : ~ ThreadPoolImpl ( ) { assert ( bgthreads_ . size ( ) = = 0U ) ; } <nl> <nl> + void ThreadPoolImpl : : JoinAllThreads ( ) { <nl> Lock lock ( mu_ ) ; <nl> PthreadCall ( " lock " , ThreadPoolMutexLock ( lock ) ) ; <nl> assert ( ! exit_all_threads_ ) ; <nl> void ThreadPool : : JoinAllThreads ( ) { <nl> bgthreads_ . clear ( ) ; <nl> } <nl> <nl> - void ThreadPool : : LowerIOPriority ( ) { <nl> + void ThreadPoolImpl : : LowerIOPriority ( ) { <nl> # ifdef OS_LINUX <nl> PthreadCall ( " lock " , pthread_mutex_lock ( & mu_ ) ) ; <nl> low_io_priority_ = true ; <nl> void ThreadPool : : LowerIOPriority ( ) { <nl> # endif <nl> } <nl> <nl> - void ThreadPool : : BGThread ( size_t thread_id ) { <nl> + void ThreadPoolImpl : : BGThread ( size_t thread_id ) { <nl> bool low_io_priority = false ; <nl> while ( true ) { <nl> / / Wait until there is an item that is ready to run <nl> void ThreadPool : : BGThread ( size_t thread_id ) { <nl> <nl> / / Helper struct for passing arguments when creating threads . <nl> struct BGThreadMetadata { <nl> - ThreadPool * thread_pool_ ; <nl> + ThreadPoolImpl * thread_pool_ ; <nl> size_t thread_id_ ; / / Thread count in the thread . <nl> - BGThreadMetadata ( ThreadPool * thread_pool , size_t thread_id ) <nl> + BGThreadMetadata ( ThreadPoolImpl * thread_pool , size_t thread_id ) <nl> : thread_pool_ ( thread_pool ) , thread_id_ ( thread_id ) { } <nl> } ; <nl> <nl> static void * BGThreadWrapper ( void * arg ) { <nl> BGThreadMetadata * meta = reinterpret_cast < BGThreadMetadata * > ( arg ) ; <nl> size_t thread_id = meta - > thread_id_ ; <nl> - ThreadPool * tp = meta - > thread_pool_ ; <nl> + ThreadPoolImpl * tp = meta - > thread_pool_ ; <nl> # if ROCKSDB_USING_THREAD_STATUS <nl> / / for thread - status <nl> ThreadStatusUtil : : RegisterThread ( <nl> static void * BGThreadWrapper ( void * arg ) { <nl> return nullptr ; <nl> } <nl> <nl> - void ThreadPool : : WakeUpAllThreads ( ) { <nl> + void ThreadPoolImpl : : WakeUpAllThreads ( ) { <nl> PthreadCall ( " signalall " , ConditionSignalAll ( bgsignal_ ) ) ; <nl> } <nl> <nl> - void ThreadPool : : SetBackgroundThreadsInternal ( int num , bool allow_reduce ) { <nl> + void ThreadPoolImpl : : SetBackgroundThreadsInternal ( int num , bool allow_reduce ) { <nl> Lock lock ( mu_ ) ; <nl> PthreadCall ( " lock " , ThreadPoolMutexLock ( lock ) ) ; <nl> if ( exit_all_threads_ ) { <nl> void ThreadPool : : SetBackgroundThreadsInternal ( int num , bool allow_reduce ) { <nl> PthreadCall ( " unlock " , MutexUnlock ( lock ) ) ; <nl> } <nl> <nl> - void ThreadPool : : IncBackgroundThreadsIfNeeded ( int num ) { <nl> + void ThreadPoolImpl : : IncBackgroundThreadsIfNeeded ( int num ) { <nl> SetBackgroundThreadsInternal ( num , false ) ; <nl> } <nl> <nl> - void ThreadPool : : SetBackgroundThreads ( int num ) { <nl> + void ThreadPoolImpl : : SetBackgroundThreads ( int num ) { <nl> SetBackgroundThreadsInternal ( num , true ) ; <nl> } <nl> <nl> - void ThreadPool : : StartBGThreads ( ) { <nl> + void ThreadPoolImpl : : StartBGThreads ( ) { <nl> / / Start background thread if necessary <nl> while ( ( int ) bgthreads_ . size ( ) < total_threads_limit_ ) { <nl> # ifdef ROCKSDB_STD_THREADPOOL <nl> void ThreadPool : : StartBGThreads ( ) { <nl> } <nl> } <nl> <nl> - void ThreadPool : : Schedule ( void ( * function ) ( void * arg1 ) , void * arg , void * tag , <nl> - void ( * unschedFunction ) ( void * arg ) ) { <nl> - <nl> + void ThreadPoolImpl : : Schedule ( void ( * function ) ( void * arg1 ) , void * arg , <nl> + void * tag , void ( * unschedFunction ) ( void * arg ) ) { <nl> Lock lock ( mu_ ) ; <nl> PthreadCall ( " lock " , ThreadPoolMutexLock ( lock ) ) ; <nl> <nl> void ThreadPool : : Schedule ( void ( * function ) ( void * arg1 ) , void * arg , void * tag , <nl> PthreadCall ( " unlock " , MutexUnlock ( lock ) ) ; <nl> } <nl> <nl> - int ThreadPool : : UnSchedule ( void * arg ) { <nl> + int ThreadPoolImpl : : UnSchedule ( void * arg ) { <nl> int count = 0 ; <nl> <nl> Lock lock ( mu_ ) ; <nl> int ThreadPool : : UnSchedule ( void * arg ) { <nl> return count ; <nl> } <nl> <nl> + ThreadPool * NewThreadPool ( int num_threads ) { <nl> + ThreadPoolImpl * thread_pool = new ThreadPoolImpl ( ) ; <nl> + thread_pool - > SetBackgroundThreads ( num_threads ) ; <nl> + return thread_pool ; <nl> + } <nl> + <nl> } / / namespace rocksdb <nl> similarity index 92 % <nl> rename from util / threadpool . h <nl> rename to util / threadpool_imp . h <nl> mmm a / util / threadpool . h <nl> ppp b / util / threadpool_imp . h <nl> <nl> # endif <nl> <nl> # include " rocksdb / env . h " <nl> + # include " rocksdb / threadpool . h " <nl> # include " util / thread_status_util . h " <nl> <nl> # ifdef ROCKSDB_STD_THREADPOOL <nl> <nl> <nl> namespace rocksdb { <nl> <nl> - class ThreadPool { <nl> + class ThreadPoolImpl : public ThreadPool { <nl> public : <nl> - ThreadPool ( ) ; <nl> - ~ ThreadPool ( ) ; <nl> + ThreadPoolImpl ( ) ; <nl> + ~ ThreadPoolImpl ( ) ; <nl> <nl> - void JoinAllThreads ( ) ; <nl> + void JoinAllThreads ( ) override ; <nl> void LowerIOPriority ( ) ; <nl> void BGThread ( size_t thread_id ) ; <nl> void WakeUpAllThreads ( ) ; <nl> void IncBackgroundThreadsIfNeeded ( int num ) ; <nl> - void SetBackgroundThreads ( int num ) ; <nl> + void SetBackgroundThreads ( int num ) override ; <nl> void StartBGThreads ( ) ; <nl> void Schedule ( void ( * function ) ( void * arg1 ) , void * arg , void * tag , <nl> void ( * unschedFunction ) ( void * arg ) ) ; <nl> int UnSchedule ( void * arg ) ; <nl> <nl> - unsigned int GetQueueLen ( ) const { <nl> + unsigned int GetQueueLen ( ) const override { <nl> return queue_len_ . load ( std : : memory_order_relaxed ) ; <nl> } <nl> <nl>	Expose ThreadPool under include / rocksdb / threadpool . h	facebook/rocksdb	e9b2af87f8db3537762821f75d0d716246a7d743	2016-08-26T17:41:35Z
mmm a / hphp / runtime / base / classname - is . h <nl> ppp b / hphp / runtime / base / classname - is . h <nl> T InstantStatic < T , TInit , init > : : value ( init ( ) ) ; <nl> return InstantStatic < const StaticString , const char * , GetClassName > \ <nl> : : value ; \ <nl> } <nl> + <nl> + # define RESOURCENAME_IS ( str ) \ <nl> + static const char * GetResourceName ( ) { return str ; } \ <nl> + static const StaticString & resourcenameof ( ) { \ <nl> + return InstantStatic < const StaticString , const char * , GetResourceName > \ <nl> + : : value ; \ <nl> + } <nl> + <nl> } <nl> <nl> # endif <nl> mmm a / hphp / runtime / base / socket . h <nl> ppp b / hphp / runtime / base / socket . h <nl> struct SocketData : FileData { <nl> struct Socket : File { <nl> DECLARE_RESOURCE_ALLOCATION ( Socket ) ; <nl> <nl> - Socket ( ) ; <nl> - Socket ( int sockfd , int type , const char * address = nullptr , int port = 0 , <nl> - double timeout = 0 , const StaticString & streamType = empty_string_ref ) ; <nl> virtual ~ Socket ( ) ; <nl> <nl> / / overriding ResourceData <nl> struct Socket : File { <nl> std : : string getAddress ( ) const { return m_data - > m_address ; } <nl> int getPort ( ) const { return m_data - > m_port ; } <nl> <nl> - explicit Socket ( std : : shared_ptr < SocketData > data ) ; <nl> std : : shared_ptr < SocketData > getData ( ) const { <nl> return std : : static_pointer_cast < SocketData > ( File : : getData ( ) ) ; <nl> } <nl> struct Socket : File { <nl> bool waitForData ( ) ; <nl> bool timedOut ( ) const { return m_data - > m_timedOut ; } <nl> <nl> + Socket ( ) ; <nl> + Socket ( int sockfd , int type , const char * address = nullptr , int port = 0 , <nl> + double timeout = 0 , const StaticString & streamType = empty_string_ref ) ; <nl> Socket ( std : : shared_ptr < SocketData > data , <nl> int sockfd , <nl> int type , <nl> struct Socket : File { <nl> int port = 0 , <nl> double timeout = 0 , <nl> const StaticString & streamType = empty_string_ref ) ; <nl> + explicit Socket ( std : : shared_ptr < SocketData > data ) ; <nl> <nl> / / make private ? <nl> SocketData * getSocketData ( ) { return m_data ; } <nl> struct Socket : File { <nl> static __thread int s_lastErrno ; <nl> } ; <nl> <nl> + / / This class provides exactly the same functionality as Socket but reports as a <nl> + / / class / resource of ' Socket ' instead of ' stream ' . <nl> + struct ConcreteSocket final : Socket { <nl> + CLASSNAME_IS ( " Socket " ) ; <nl> + RESOURCENAME_IS ( " Socket " ) ; <nl> + <nl> + ConcreteSocket ( ) = default ; <nl> + ConcreteSocket ( int sockfd , int type , const char * address = nullptr , <nl> + int port = 0 , double timeout = 0 , <nl> + const StaticString & streamType = empty_string_ref ) : <nl> + Socket ( sockfd , type , address , port , timeout , streamType ) { } <nl> + explicit ConcreteSocket ( std : : shared_ptr < SocketData > data ) : Socket ( data ) { } <nl> + <nl> + / / overriding ResourceData <nl> + const String & o_getClassNameHook ( ) const override { return classnameof ( ) ; } <nl> + const String & o_getResourceName ( ) const override { return resourcenameof ( ) ; } <nl> + } ; <nl> + <nl> + / / This class provides exactly the same functionality as ConcreteSocket but <nl> + / / reports the default behavior for File . <nl> + struct StreamSocket final : Socket { <nl> + StreamSocket ( ) = default ; <nl> + StreamSocket ( int sockfd , int type , const char * address = nullptr , <nl> + int port = 0 , double timeout = 0 , <nl> + const StaticString & streamType = empty_string_ref ) : <nl> + Socket ( sockfd , type , address , port , timeout , streamType ) { } <nl> + explicit StreamSocket ( std : : shared_ptr < SocketData > data ) : Socket ( data ) { } <nl> + } ; <nl> + <nl> / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / <nl> } <nl> <nl> mmm a / hphp / runtime / base / ssl - socket . h <nl> ppp b / hphp / runtime / base / ssl - socket . h <nl> struct SSLSocketData ; <nl> / * * <nl> * TCP sockets running SSL protocol . <nl> * / <nl> - struct SSLSocket : Socket { <nl> + struct SSLSocket final : Socket { <nl> enum class CryptoMethod { <nl> ClientSSLv2 , <nl> ClientSSLv3 , <nl> mmm a / hphp / runtime / debugger / debugger_client . cpp <nl> ppp b / hphp / runtime / debugger / debugger_client . cpp <nl> req : : ptr < Socket > DebuggerClient : : connectLocal ( ) { <nl> if ( socketpair ( AF_UNIX , SOCK_STREAM , 0 , fds ) ! = 0 ) { <nl> throw Exception ( " unable to create socket pair for local debugging " ) ; <nl> } <nl> - auto socket1 = req : : make < Socket > ( fds [ 0 ] , AF_UNIX ) ; <nl> - auto socket2 = req : : make < Socket > ( fds [ 1 ] , AF_UNIX ) ; <nl> + auto socket1 = req : : make < StreamSocket > ( fds [ 0 ] , AF_UNIX ) ; <nl> + auto socket2 = req : : make < StreamSocket > ( fds [ 1 ] , AF_UNIX ) ; <nl> <nl> socket1 - > unregister ( ) ; <nl> socket2 - > unregister ( ) ; <nl> bool DebuggerClient : : tryConnect ( const std : : string & host , int port , <nl> / * try possible families ( v4 , v6 ) until we get a connection * / <nl> struct addrinfo * cur ; <nl> for ( cur = ai ; cur ; cur = cur - > ai_next ) { <nl> - auto sock = req : : make < Socket > ( <nl> + auto sock = req : : make < StreamSocket > ( <nl> socket ( cur - > ai_family , cur - > ai_socktype , 0 ) , <nl> cur - > ai_family , <nl> cur - > ai_addr - > sa_data , <nl> mmm a / hphp / runtime / debugger / debugger_server . cpp <nl> ppp b / hphp / runtime / debugger / debugger_server . cpp <nl> bool DebuggerServer : : start ( ) { <nl> if ( s_fd < 0 & & errno = = EAFNOSUPPORT ) { <nl> continue ; <nl> } <nl> - auto m_sock = req : : make < Socket > ( <nl> + auto m_sock = req : : make < StreamSocket > ( <nl> s_fd , cur - > ai_family , cur - > ai_addr - > sa_data , port ) ; <nl> <nl> int yes = 1 ; <nl> void DebuggerServer : : accept ( ) { <nl> socklen_t salen = sizeof ( sa ) ; <nl> try { <nl> auto sock = nthSocket ( i ) ; <nl> - auto new_sock = req : : make < Socket > ( <nl> + auto new_sock = req : : make < StreamSocket > ( <nl> : : accept ( sock - > fd ( ) , & sa , & salen ) , sock - > getType ( ) ) ; <nl> if ( new_sock - > valid ( ) ) { <nl> Debugger : : CreateProxy ( new_sock , false ) ; <nl> mmm a / hphp / runtime / debugger / debugger_server . h <nl> ppp b / hphp / runtime / debugger / debugger_server . h <nl> struct DebuggerServer { <nl> static DebuggerServer s_debugger_server ; <nl> <nl> req : : ptr < Socket > nthSocket ( unsigned i ) const { <nl> - return req : : make < Socket > ( m_socks [ i ] ) ; <nl> + return req : : make < StreamSocket > ( m_socks [ i ] ) ; <nl> } <nl> <nl> AsyncFunc < DebuggerServer > m_serverThread ; <nl> mmm a / hphp / runtime / debugger / debugger_thrift_buffer . h <nl> ppp b / hphp / runtime / debugger / debugger_thrift_buffer . h <nl> struct DebuggerThriftBuffer : ThriftBuffer { <nl> : ThriftBuffer ( BUFFER_SIZE , VariableSerializer : : Type : : DebuggerSerialize ) { } <nl> <nl> req : : ptr < Socket > getSocket ( ) { <nl> - return req : : make < Socket > ( m_socket ) ; <nl> + return req : : make < StreamSocket > ( m_socket ) ; <nl> } <nl> <nl> void create ( req : : ptr < Socket > socket ) { <nl> mmm a / hphp / runtime / ext / sockets / ext_sockets . cpp <nl> ppp b / hphp / runtime / ext / sockets / ext_sockets . cpp <nl> static req : : ptr < Socket > create_new_socket ( <nl> if ( sslsock ) { <nl> sock = sslsock ; <nl> } else { <nl> - sock = req : : make < Socket > ( fd , domain , hosturl . getHost ( ) . c_str ( ) , <nl> - hosturl . getPort ( ) ) ; <nl> + sock = req : : make < StreamSocket > ( fd , domain , hosturl . getHost ( ) . c_str ( ) , <nl> + hosturl . getPort ( ) ) ; <nl> } <nl> <nl> if ( ! sock - > valid ( ) ) { <nl> static Variant new_socket_connect ( const HostURL & hosturl , double timeout , <nl> size_t sa_size ; <nl> <nl> fd = socket ( domain , type , 0 ) ; <nl> - sock = req : : make < Socket > ( <nl> + sock = req : : make < StreamSocket > ( <nl> fd , domain , hosturl . getHost ( ) . c_str ( ) , hosturl . getPort ( ) ) ; <nl> <nl> if ( ! set_sockaddr ( sa_storage , sock , hosturl . getHost ( ) . c_str ( ) , <nl> static Variant new_socket_connect ( const HostURL & hosturl , double timeout , <nl> if ( sslsock ) { <nl> sock = sslsock ; <nl> } else { <nl> - sock = req : : make < Socket > ( fd , <nl> - domain , <nl> - hosturl . getHost ( ) . c_str ( ) , <nl> - hosturl . getPort ( ) ) ; <nl> + sock = req : : make < StreamSocket > ( fd , <nl> + domain , <nl> + hosturl . getHost ( ) . c_str ( ) , <nl> + hosturl . getPort ( ) ) ; <nl> } <nl> } <nl> <nl> Variant HHVM_FUNCTION ( socket_create , <nl> check_socket_parameters ( domain , type ) ; <nl> int socketId = socket ( domain , type , protocol ) ; <nl> if ( socketId = = - 1 ) { <nl> - SOCKET_ERROR ( req : : make < Socket > ( ) , <nl> + SOCKET_ERROR ( req : : make < ConcreteSocket > ( ) , <nl> " Unable to create socket " , <nl> errno ) ; <nl> return false ; <nl> } <nl> - return Variant ( req : : make < Socket > ( socketId , domain ) ) ; <nl> + return Variant ( req : : make < ConcreteSocket > ( socketId , domain ) ) ; <nl> } <nl> <nl> Variant HHVM_FUNCTION ( socket_create_listen , <nl> Variant HHVM_FUNCTION ( socket_create_listen , <nl> la . sin_family = result . hostbuf . h_addrtype ; <nl> la . sin_port = htons ( ( unsigned short ) port ) ; <nl> <nl> - auto sock = req : : make < Socket > ( <nl> + auto sock = req : : make < ConcreteSocket > ( <nl> socket ( PF_INET , SOCK_STREAM , 0 ) , PF_INET , " 0 . 0 . 0 . 0 " , port ) ; <nl> <nl> if ( ! sock - > valid ( ) ) { <nl> Variant HHVM_FUNCTION ( socket_create_listen , <nl> const StaticString <nl> s_socktype_generic ( " generic_socket " ) ; <nl> <nl> - bool HHVM_FUNCTION ( socket_create_pair , <nl> - int domain , <nl> - int type , <nl> - int protocol , <nl> - VRefParam fd ) { <nl> + bool socket_create_pair_impl ( int domain , int type , int protocol , VRefParam fd , <nl> + bool asStream ) { <nl> check_socket_parameters ( domain , type ) ; <nl> <nl> int fds_array [ 2 ] ; <nl> if ( socketpair ( domain , type , protocol , fds_array ) ! = 0 ) { <nl> - SOCKET_ERROR ( req : : make < Socket > ( ) , <nl> + SOCKET_ERROR ( req : : make < StreamSocket > ( ) , <nl> " unable to create socket pair " , <nl> errno ) ; <nl> return false ; <nl> } <nl> <nl> - fd . assignIfRef ( make_packed_array ( <nl> - Variant ( req : : make < Socket > ( fds_array [ 0 ] , domain , nullptr , 0 , 0 . 0 , <nl> - s_socktype_generic ) ) , <nl> - Variant ( req : : make < Socket > ( fds_array [ 1 ] , domain , nullptr , 0 , 0 . 0 , <nl> - s_socktype_generic ) ) <nl> - ) ) ; <nl> + if ( asStream ) { <nl> + fd . assignIfRef ( make_packed_array ( <nl> + Variant ( req : : make < StreamSocket > ( fds_array [ 0 ] , domain , nullptr , 0 , 0 . 0 , <nl> + s_socktype_generic ) ) , <nl> + Variant ( req : : make < StreamSocket > ( fds_array [ 1 ] , domain , nullptr , 0 , 0 . 0 , <nl> + s_socktype_generic ) ) <nl> + ) ) ; <nl> + } else { <nl> + fd . assignIfRef ( make_packed_array ( <nl> + Variant ( req : : make < ConcreteSocket > ( fds_array [ 0 ] , domain , nullptr , 0 , 0 . 0 , <nl> + s_socktype_generic ) ) , <nl> + Variant ( req : : make < ConcreteSocket > ( fds_array [ 1 ] , domain , nullptr , 0 , 0 . 0 , <nl> + s_socktype_generic ) ) <nl> + ) ) ; <nl> + } <nl> return true ; <nl> } <nl> <nl> + bool HHVM_FUNCTION ( socket_create_pair , <nl> + int domain , <nl> + int type , <nl> + int protocol , <nl> + VRefParam fd ) { <nl> + return socket_create_pair_impl ( domain , type , protocol , fd , false ) ; <nl> + } <nl> + <nl> const StaticString <nl> s_l_onoff ( " l_onoff " ) , <nl> s_l_linger ( " l_linger " ) , <nl> Variant HHVM_FUNCTION ( socket_accept , <nl> auto sock = cast < Socket > ( socket ) ; <nl> struct sockaddr sa ; <nl> socklen_t salen = sizeof ( sa ) ; <nl> - auto new_sock = req : : make < Socket > ( <nl> + auto new_sock = req : : make < ConcreteSocket > ( <nl> accept ( sock - > fd ( ) , & sa , & salen ) , sock - > getType ( ) ) ; <nl> if ( ! new_sock - > valid ( ) ) { <nl> SOCKET_ERROR ( new_sock , " unable to accept incoming connection " , errno ) ; <nl> Variant sockopen_impl ( const HostURL & hosturl , VRefParam errnum , <nl> std : : dynamic_pointer_cast < SSLSocketData > ( sockItr - > second ) ) { <nl> sock = req : : make < SSLSocket > ( sslSocketData ) ; <nl> } else { <nl> - sock = req : : make < Socket > ( sockItr - > second ) ; <nl> + sock = req : : make < StreamSocket > ( sockItr - > second ) ; <nl> } <nl> <nl> if ( sock - > getError ( ) = = 0 & & sock - > checkLiveness ( ) ) { <nl> mmm a / hphp / runtime / ext / sockets / ext_sockets . h <nl> ppp b / hphp / runtime / ext / sockets / ext_sockets . h <nl> <nl> namespace HPHP { <nl> / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / <nl> <nl> + bool socket_create_pair_impl ( int domain , int type , int protocol , VRefParam fd , <nl> + bool asStream ) ; <nl> + <nl> Variant HHVM_FUNCTION ( socket_create , <nl> int domain , <nl> int type , <nl> mmm a / hphp / runtime / ext / stream / ext_stream . cpp <nl> ppp b / hphp / runtime / ext / stream / ext_stream . cpp <nl> static Variant socket_accept_impl ( <nl> } else { <nl> auto sock = cast < Socket > ( socket ) ; <nl> auto new_fd = accept ( sock - > fd ( ) , addr , addrlen ) ; <nl> - new_sock = req : : make < Socket > ( new_fd , sock - > getType ( ) ) ; <nl> + new_sock = req : : make < StreamSocket > ( new_fd , sock - > getType ( ) ) ; <nl> } <nl> <nl> if ( ! new_sock - > valid ( ) ) { <nl> Variant HHVM_FUNCTION ( stream_socket_pair , <nl> int type , <nl> int protocol ) { <nl> Variant fd ; <nl> - if ( ! HHVM_FN ( socket_create_pair ) ( domain , type , protocol , ref ( fd ) ) ) { <nl> + if ( ! socket_create_pair_impl ( domain , type , protocol , ref ( fd ) , true ) ) { <nl> return false ; <nl> } <nl> return fd ; <nl> mmm a / hphp / test / slow / ext_socket / ext_socket . php <nl> ppp b / hphp / test / slow / ext_socket / ext_socket . php <nl> function bind_random_port ( $ socket , $ address ) { <nl> return 0 ; <nl> } <nl> <nl> - function create_listen_random_port ( ) { <nl> + function create_listen_random_port ( & $ sock ) { <nl> for ( $ i = 0 ; $ i < 100 ; $ i + + ) { <nl> $ port = get_random_port ( ) ; <nl> - if ( @ socket_create_listen ( $ port ) ) return $ port ; <nl> + if ( $ sock = @ socket_create_listen ( $ port ) ) return $ port ; <nl> } <nl> return 0 ; <nl> } <nl> function get_client_server ( ) { <nl> $ s = socket_create ( AF_INET , SOCK_STREAM , SOL_TCP ) ; <nl> var_dump ( $ s ) ; <nl> <nl> - var_dump ( create_listen_random_port ( ) ! = 0 ) ; <nl> + $ s2 = false ; <nl> + var_dump ( create_listen_random_port ( $ s2 ) ! = 0 ) ; <nl> + var_dump ( $ s2 ) ; <nl> <nl> var_dump ( socket_create_pair ( AF_UNIX , SOCK_STREAM , 0 , $ fds ) ) ; <nl> var_dump ( count ( $ fds ) ) ; <nl> + var_dump ( $ fds [ 0 ] ) ; <nl> + var_dump ( $ fds [ 1 ] ) ; <nl> <nl> var_dump ( socket_get_option ( $ s , SOL_SOCKET , SO_TYPE ) , SOCK_STREAM ) ; <nl> <nl> list ( $ client , $ s ) = get_client_server ( ) ; <nl> + var_dump ( $ s ) ; <nl> var_dump ( socket_write ( $ client , " hello world " ) ) ; <nl> / / this could fail with shorter returns , but it never does . . . <nl> var_dump ( socket_read ( $ s , 100 ) ) ; <nl> function get_client_server ( ) { <nl> <nl> $ fsock = false ; <nl> $ port = pfsockopen_random_port ( $ fsock , " udp : / / [ 0 : 0 : 0 : 0 : 0 : 0 : 0 : 1 ] " ) ; <nl> + var_dump ( $ fsock ) ; <nl> var_dump ( $ port ! = 0 ) ; <nl> var_dump ( fwrite ( $ fsock , " foo " ) > 0 ) ; <nl> <nl> $ errnum = null ; <nl> $ errstr = null ; <nl> $ fsock2 = pfsockopen ( " udp : / / [ : : 1 ] " , $ port , $ errnum , $ errstr ) ; <nl> + var_dump ( $ fsock2 ) ; <nl> var_dump ( $ fsock ! = = false ) ; <nl> var_dump ( $ fsock ! = $ fsock2 ) ; <nl> var_dump ( $ errnum ) ; <nl> mmm a / hphp / test / slow / ext_socket / ext_socket . php . expectf <nl> ppp b / hphp / test / slow / ext_socket / ext_socket . php . expectf <nl> <nl> - resource ( 4 ) of type ( stream ) <nl> + resource ( 4 ) of type ( Socket ) <nl> bool ( true ) <nl> + resource ( % d ) of type ( Socket ) <nl> bool ( true ) <nl> int ( 2 ) <nl> + resource ( % d ) of type ( Socket ) <nl> + resource ( % d ) of type ( Socket ) <nl> int ( 1 ) <nl> int ( 1 ) <nl> bool ( true ) <nl> bool ( true ) <nl> bool ( true ) <nl> + resource ( % d ) of type ( Socket ) <nl> int ( 11 ) <nl> string ( 11 ) " hello world " <nl> bool ( true ) <nl> bool ( true ) <nl> NULL <nl> bool ( true ) <nl> int ( 0 ) <nl> + resource ( % d ) of type ( stream ) <nl> bool ( true ) <nl> bool ( true ) <nl> + resource ( % d ) of type ( stream ) <nl> bool ( true ) <nl> bool ( true ) <nl> int ( 0 ) <nl> mmm a / hphp / test / slow / ext_socket / getsockname . php . expectf <nl> ppp b / hphp / test / slow / ext_socket / getsockname . php . expectf <nl> <nl> - resource ( % d ) of type ( stream ) <nl> + resource ( % d ) of type ( Socket ) <nl> bool ( true ) <nl> bool ( true ) <nl> string ( % d ) " / tmp / socktest % d " <nl> mmm a / hphp / test / slow / ext_socket / udg_sock . php . expect <nl> ppp b / hphp / test / slow / ext_socket / udg_sock . php . expect <nl> <nl> - resource ( 4 ) of type ( stream ) <nl> + resource ( 4 ) of type ( Socket ) <nl> bool ( true ) <nl> bool ( true ) <nl> resource ( 5 ) of type ( stream ) <nl> mmm a / hphp / test / slow / ext_stream / ext_stream . php <nl> ppp b / hphp / test / slow / ext_stream / ext_stream . php <nl> function test_stream_socket_sendto_issue324 ( ) { <nl> VS ( $ buffer , $ text ) ; <nl> } <nl> <nl> + function test_stream_socket_kind ( ) { <nl> + list ( $ port , $ address , $ server ) = retry_bind_server ( ) ; <nl> + var_dump ( $ server ) ; <nl> + } <nl> + <nl> function test_stream_socket_shutdown ( ) { <nl> list ( $ port , $ address , $ server ) = retry_bind_server ( ) ; <nl> VERIFY ( stream_socket_shutdown ( $ server , 0 ) ) ; <nl> function test_stream_constants ( ) { <nl> test_stream_socket_recvfrom_unix ( ) ; <nl> test_stream_socket_sendto_issue324 ( ) ; <nl> test_stream_socket_shutdown ( ) ; <nl> + test_stream_socket_kind ( ) ; <nl> test_stream_constants ( ) ; <nl> mmm a / hphp / test / slow / ext_stream / ext_stream . php . expect <nl> ppp b / hphp / test / slow / ext_stream / ext_stream . php . expect <nl> bool ( true ) <nl> bool ( true ) <nl> bool ( true ) <nl> bool ( true ) <nl> + resource ( 6 ) of type ( stream ) <nl> bool ( true ) <nl> bool ( true ) <nl> bool ( true ) <nl>	The resource returned by socket_create ( ) should be a ' Socket ' , not ' stream '	facebook/hhvm	222ae58713f5ff44aba46206caf7a021c51b81be	2017-01-09T23:22:44Z
mmm a / src / net . cpp <nl> ppp b / src / net . cpp <nl> CNode * CConnman : : FindNode ( const CSubNet & subNet ) <nl> CNode * CConnman : : FindNode ( const std : : string & addrName ) <nl> { <nl> LOCK ( cs_vNodes ) ; <nl> - BOOST_FOREACH ( CNode * pnode , vNodes ) <nl> - if ( pnode - > addrName = = addrName ) <nl> + BOOST_FOREACH ( CNode * pnode , vNodes ) { <nl> + if ( pnode - > GetAddrName ( ) = = addrName ) { <nl> return ( pnode ) ; <nl> + } <nl> + } <nl> return NULL ; <nl> } <nl> <nl> CNode * CConnman : : ConnectNode ( CAddress addrConnect , const char * pszDest , bool fCo <nl> CNode * pnode = FindNode ( ( CService ) addrConnect ) ; <nl> if ( pnode ) <nl> { <nl> - if ( pnode - > addrName . empty ( ) ) { <nl> - pnode - > addrName = std : : string ( pszDest ) ; <nl> - } <nl> + pnode - > MaybeSetAddrName ( std : : string ( pszDest ) ) ; <nl> CloseSocket ( hSocket ) ; <nl> LogPrintf ( " Failed to open new connection , already connected \ n " ) ; <nl> return NULL ; <nl> void CConnman : : AddWhitelistedRange ( const CSubNet & subnet ) { <nl> vWhitelistedRange . push_back ( subnet ) ; <nl> } <nl> <nl> + <nl> + std : : string CNode : : GetAddrName ( ) const { <nl> + LOCK ( cs_addrName ) ; <nl> + return addrName ; <nl> + } <nl> + <nl> + void CNode : : MaybeSetAddrName ( const std : : string & addrNameIn ) { <nl> + LOCK ( cs_addrName ) ; <nl> + if ( addrName . empty ( ) ) { <nl> + addrName = addrNameIn ; <nl> + } <nl> + } <nl> + <nl> # undef X <nl> # define X ( name ) stats . name = name <nl> void CNode : : copyStats ( CNodeStats & stats ) <nl> void CNode : : copyStats ( CNodeStats & stats ) <nl> X ( nLastRecv ) ; <nl> X ( nTimeConnected ) ; <nl> X ( nTimeOffset ) ; <nl> - X ( addrName ) ; <nl> + stats . addrName = GetAddrName ( ) ; <nl> X ( nVersion ) ; <nl> { <nl> LOCK ( cs_SubVer ) ; <nl> std : : vector < AddedNodeInfo > CConnman : : GetAddedNodeInfo ( ) <nl> if ( pnode - > addr . IsValid ( ) ) { <nl> mapConnected [ pnode - > addr ] = pnode - > fInbound ; <nl> } <nl> - if ( ! pnode - > addrName . empty ( ) ) { <nl> - mapConnectedByName [ pnode - > addrName ] = std : : make_pair ( pnode - > fInbound , static_cast < const CService & > ( pnode - > addr ) ) ; <nl> + std : : string addrName = pnode - > GetAddrName ( ) ; <nl> + if ( ! addrName . empty ( ) ) { <nl> + mapConnectedByName [ std : : move ( addrName ) ] = std : : make_pair ( pnode - > fInbound , static_cast < const CService & > ( pnode - > addr ) ) ; <nl> } <nl> } <nl> } <nl> mmm a / src / net . h <nl> ppp b / src / net . h <nl> class CNode <nl> const int64_t nTimeConnected ; <nl> std : : atomic < int64_t > nTimeOffset ; <nl> const CAddress addr ; <nl> - std : : string addrName ; <nl> CService addrLocal ; <nl> std : : atomic < int > nVersion ; <nl> / / strSubVer is whatever byte array we read from the wire . However , this field is intended <nl> class CNode <nl> const int nMyStartingHeight ; <nl> int nSendVersion ; <nl> std : : list < CNetMessage > vRecvMsg ; / / Used only by SocketHandler thread <nl> + <nl> + mutable CCriticalSection cs_addrName ; <nl> + std : : string addrName ; <nl> public : <nl> <nl> NodeId GetId ( ) const { <nl> class CNode <nl> { <nl> return nLocalServices ; <nl> } <nl> + <nl> + std : : string GetAddrName ( ) const ; <nl> + / / ! Sets the addrName only if it was not previously set <nl> + void MaybeSetAddrName ( const std : : string & addrNameIn ) ; <nl> } ; <nl> <nl> <nl> mmm a / src / net_processing . cpp <nl> ppp b / src / net_processing . cpp <nl> void PushNodeVersion ( CNode * pnode , CConnman & connman , int64_t nTime ) <nl> <nl> void InitializeNode ( CNode * pnode , CConnman & connman ) { <nl> CAddress addr = pnode - > addr ; <nl> - std : : string addrName = pnode - > addrName ; <nl> + std : : string addrName = pnode - > GetAddrName ( ) ; <nl> NodeId nodeid = pnode - > GetId ( ) ; <nl> { <nl> LOCK ( cs_main ) ; <nl>	Move CNode : : addrName accesses behind locked accessors	bitcoin/bitcoin	036073bf87c07f8d69e39168dd93a52f1aafe85c	2017-02-10T16:32:41Z
mmm a / bindings / python / cntk / __init__ . py <nl> ppp b / bindings / python / cntk / __init__ . py <nl> def train_minibatch ( self , arguments , device = None ) : <nl> Args : <nl> arguments ( dict ) : map from input variables to the data , data should be either numpy <nl> arrays or cntk . Value instances returned by a minibatch source <nl> - device ( : class : ` cntk . DeviceDescriptor ` ) : the device descriptor that contains the type and id of the device <nl> + device ( : class : ` cntk . DeviceDescriptor ` ) : the device descriptor that <nl> + contains the type and id of the device on which the computation is <nl> + to be performed . <nl> <nl> Returns : <nl> - bool <nl> + ` bool ` : ` True ` if updates have been performed <nl> ' ' ' <nl> if not device : <nl> device = DeviceDescriptor . use_default_device ( ) <nl> arguments = sanitize_var_map ( arguments , add_batch_axis = True ) <nl> - super ( Trainer , self ) . train_minibatch ( arguments , device ) <nl> + <nl> + return super ( Trainer , self ) . train_minibatch ( arguments , device ) <nl> <nl> def test_minibatch ( self , arguments , device = None ) : <nl> ' ' ' <nl> - Test the model on the specified batch of samples using the evaluation Function specified during construction of the Trainer <nl> - Returns the average evaluation criterion value per sample for the tested minibatch of samples <nl> + Test the model on the specified batch of samples using the evaluation <nl> + Function specified during construction of the Trainer . <nl> + of samples . <nl> <nl> Args : <nl> arguments ( dict ) : map from input variables to the data , data should be either numpy <nl> arrays or cntk . Value instances returned by a minibatch source <nl> - device ( : class : ` cntk . DeviceDescriptor ` ) : the device descriptor that contains the type and id of the device <nl> + device ( : class : ` cntk . DeviceDescriptor ` ) : the device descriptor that <nl> + contains the type and id of the device on which the computation is <nl> + to be performed . <nl> Returns : <nl> - float <nl> + ` float ` : the average evaluation criterion value per sample for the <nl> + tested minibatch . <nl> ' ' ' <nl> if not device : <nl> device = DeviceDescriptor . use_default_device ( ) <nl> arguments = sanitize_var_map ( arguments , add_batch_axis = True ) <nl> + <nl> return super ( Trainer , self ) . test_minibatch ( arguments , device ) <nl> <nl> mmm a / bindings / python / cntk / ops / __init__ . py <nl> ppp b / bindings / python / cntk / ops / __init__ . py <nl> <nl> from . functions import Function <nl> from . . utils import sanitize_input , sanitize_shape , get_data_type , sanitize_axis , sanitize_dynamic_axes <nl> <nl> - # TODO : add wrappers for functions under cntk . sequence namespace in c + + <nl> - <nl> def combine ( operands , name = ' ' ) : <nl> ' ' ' <nl> - Create a new Function instance which just combines the outputs of the specified list of <nl> + Create a new Function instance which just combines the outputs of the specified list of <nl> ' operands ' Functions such that the ' Outputs ' of the new ' Function ' are union of the <nl> ' Outputs ' of each of the specified ' operands ' Functions . E . g . When creating a classification <nl> model , typically the CrossEntropy loss Function and the ClassificationError Function comprise <nl> the two roots of the computation graph which can be combined to create a single Function <nl> - with 2 outputs ; viz . CrossEntropy loss and ClassificationError output . <nl> + with 2 outputs ; viz . CrossEntropy loss and ClassificationError output . <nl> <nl> Args : <nl> operands ( ` list ` ) : list of functions or their variables to combine <nl> - name ( ` str ` , optional ) : the name of the node in the network <nl> + name ( ` str ` , optional ) : the name of the Combine Function in the network <nl> <nl> Returns : <nl> : class : ` cntk . Function ` <nl> def combine ( operands , name = ' ' ) : <nl> from cntk import Variable <nl> converted_operands = list ( ) <nl> for o in operands : <nl> - if isinstance ( o , Variable ) : <nl> + if isinstance ( o , Variable ) : <nl> converted_operands . append ( o . owner ) <nl> else : <nl> converted_operands . append ( o ) <nl> def combine ( operands , name = ' ' ) : <nl> def cross_entropy_with_softmax ( output_vector , target_vector , name = ' ' ) : <nl> ' ' ' <nl> This operation computes the cross entropy over the softmax of the ` output_vector ` . <nl> - It expects the ` output_vector ` as unscaled , and it computes softmax over <nl> - the ` output_vector ` internally . Any ` output_vector ` input over which softmax is <nl> + It expects the ` output_vector ` as unscaled , and it computes softmax over <nl> + the ` output_vector ` internally . Any ` output_vector ` input over which softmax is <nl> already computed before passing to this operator will be incorrect . <nl> - <nl> + <nl> : math : ` cross \ _entropy \ _with \ _softmax ( o , t ) = { - { \ sum_ { i \ in \ { 1 , len ( t ) \ } } t_i \ log ( softmax ( o_i ) ) } } ` <nl> - <nl> + <nl> Example : <nl> > > > C . cross_entropy_with_softmax ( [ 1 . , 1 . , 1 . , 50 . ] , [ 0 . , 0 . , 0 . , 1 . ] ) . eval ( ) <nl> # [ 0 . ] <nl> - <nl> + <nl> > > > C . cross_entropy_with_softmax ( [ 1 . , 2 . , 3 . , 4 . ] , [ 0 . 35 , 0 . 15 , 0 . 05 , 0 . 45 ] ) . eval ( ) <nl> # [ 1 . 84 ] <nl> - <nl> + <nl> Args : <nl> output_vector : the unscaled computed output values from the network <nl> - target_vector : usually it is one - hot vector where the hot bit corresponds to the label index . <nl> + target_vector : usually it is one - hot vector where the hot bit corresponds to the label index . <nl> But it can be any probability distribution over the labels . <nl> - name ( ` str ` , optional ) : the name of the node in the network <nl> + name ( ` str ` , optional ) : the name of the Function instance in the network <nl> Returns : <nl> : class : ` cntk . Function ` <nl> ' ' ' <nl> def cross_entropy_with_softmax ( output_vector , target_vector , name = ' ' ) : <nl> target_vector = sanitize_input ( target_vector , dtype ) <nl> return cross_entropy_with_softmax ( output_vector , target_vector , name ) <nl> <nl> - def squared_error ( output_matrix , target_matrix , name = ' ' ) : <nl> + def squared_error ( output , target , name = ' ' ) : <nl> ' ' ' <nl> - This operation computes the sum of the squared difference between elements <nl> - in the two input matrices . The result is a scalar ( i . e . , one by one matrix ) . <nl> - This is often used as a training criterion node . <nl> - <nl> + This operation computes the sum of the squared difference between elements <nl> + in the two input matrices . The result is a scalar ( i . e . , one by one matrix ) . <nl> + This is often used as a training criterion node . <nl> + <nl> Example : <nl> - > > > C . square_error ( [ 2 . , 1 . ] , [ 4 . , 6 . ] ) . eval ( ) <nl> + > > > C . squared_error ( [ 2 . , 1 . ] , [ 4 . , 6 . ] ) . eval ( ) <nl> # [ 29 . ] <nl> - <nl> - > > > C . square_error ( [ 1 . , 2 . ] , [ 1 . , 2 . ] ) . eval ( ) <nl> + <nl> + > > > C . squared_error ( [ 1 . , 2 . ] , [ 1 . , 2 . ] ) . eval ( ) <nl> # [ 0 . ] <nl> - <nl> + <nl> Args : <nl> - output_matrix : the output values from the network <nl> - target_matrix : target matrix , it is usually a one - hot vector where the hot bit <nl> + output : the output values from the network <nl> + target : it is usually a one - hot vector where the hot bit <nl> corresponds to the label index <nl> - name ( ` str ` , optional ) : the name of the node in the network <nl> + name ( ` str ` , optional ) : the name of the Function instance in the network <nl> Returns : <nl> : class : ` cntk . Function ` <nl> ' ' ' <nl> from cntk . cntk_py import squared_error <nl> - dtype = get_data_type ( output_matrix , target_matrix ) <nl> - output_matrix = sanitize_input ( output_matrix , dtype ) <nl> - target_matrix = sanitize_input ( target_matrix , dtype ) <nl> - return squared_error ( output_matrix , target_matrix , name ) <nl> + dtype = get_data_type ( output , target ) <nl> + output = sanitize_input ( output , dtype ) <nl> + target = sanitize_input ( target , dtype ) <nl> + return squared_error ( output , target , name ) <nl> <nl> def classification_error ( output_vector , target_vector , name = ' ' ) : <nl> ' ' ' <nl> - This operation computes the prediction error . It finds the index of the highest <nl> + This operation computes the classification_error error . It finds the index of the highest <nl> value in the output_vector and compares it to the actual ground truth label <nl> - ( the index of the hot bit in the target vector ) . The result is a scalar <nl> - ( i . e . , one by one matrix ) . This is often used as an evaluation criterion . <nl> + ( the index of the hot bit in the target vector ) . The result is a scalar <nl> + ( i . e . , one by one matrix ) . This is often used as an evaluation criterion . <nl> It cannot be used as a training criterion though since the gradient is not <nl> defined for it . <nl> - <nl> + <nl> Example : <nl> > > > C . classification_error ( [ 1 . , 2 . , 3 . , 4 . ] , [ 0 . , 0 . , 0 . , 1 . ] ) . eval ( ) <nl> # [ 0 . ] <nl> - <nl> + <nl> > > > C . classification_error ( [ 1 . , 2 . , 3 . , 4 . ] , [ 0 . , 0 . , 1 . , 0 . ] ) . eval ( ) <nl> # [ 1 . ] <nl> - <nl> + <nl> Args : <nl> output_vector : the output values from the network <nl> target_vector : it is one - hot vector where the hot bit corresponds to the label index <nl> - name ( ` str ` , optional ) : the name of the node in the network <nl> + name ( ` str ` , optional ) : the name of the Function instance in the network <nl> Returns : <nl> : class : ` cntk . Function ` <nl> ' ' ' <nl> def classification_error ( output_vector , target_vector , name = ' ' ) : <nl> # convolution ops <nl> # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # <nl> <nl> - def convolution ( convolution_map , operand , strides = ( 1 , ) , sharing = [ True ] , <nl> - auto_padding = [ True ] , lower_pad = ( 0 , ) , upper_pad = ( 0 , ) , transpose = False , <nl> + def convolution ( convolution_map , operand , strides = ( 1 , ) , sharing = [ True ] , <nl> + auto_padding = [ True ] , lower_pad = ( 0 , ) , upper_pad = ( 0 , ) , transpose = False , <nl> max_temp_mem_size_in_samples = 0 , name = ' ' ) : <nl> ' ' ' <nl> Computes the convolution of a weight matrix with an image or tensor . This operation is used in image - processing applications <nl> def convolution ( convolution_map , operand , strides = ( 1 , ) , sharing = [ True ] , <nl> dimension outChannels is computed . Hence , the total number of filter parameters is ( M1 * M2 * . . . * Mn ) * inChannels * outChannels . <nl> <nl> TODO : Review and example ! <nl> - Args : <nl> + Args : <nl> convolution_map : convolution filter weights , stored as a matrix of dimensions [ outChannels , ( M1 * M2 * . . . * Mn ) ] , <nl> where ( M1 * M2 * . . . * Mn ) must be the product of the kernel dimensions , e . g . 75 for a [ 5 x 5 ] - sized filter on 3 <nl> input channels . <nl> def convolution ( convolution_map , operand , strides = ( 1 , ) , sharing = [ True ] , <nl> operations . Some convolution engines ( e . g . cuDNN and GEMM - based engines ) can benefit from using workspace as it may improve <nl> performance . However , sometimes this may lead to higher memory utilization . Default is 0 which means the same as the inpu <nl> samples . <nl> - name ( ` str ` , optional ) : the name of the node in the network <nl> + name ( ` str ` , optional ) : the name of the Function instance in the network <nl> Returns : <nl> : class : ` cntk . Function ` <nl> ' ' ' <nl> from cntk . cntk_py import convolution <nl> - operand = sanitize_input ( operand ) <nl> - return convolution ( convolution_map , operand , tuple ( reversed ( strides ) ) , sharing , auto_padding , <nl> + operand = sanitize_input ( operand ) <nl> + return convolution ( convolution_map , operand , tuple ( reversed ( strides ) ) , sharing , auto_padding , <nl> tuple ( reversed ( lower_pad ) ) , tuple ( reversed ( upper_pad ) ) , transpose , <nl> max_temp_mem_size_in_samples , name ) <nl> <nl> def convolution ( convolution_map , operand , strides = ( 1 , ) , sharing = [ True ] , <nl> MAX_POOLING = PoolingType_Max <nl> AVG_POOLING = PoolingType_Average <nl> <nl> - def pooling ( operand , pooling_type , pooling_window_shape , strides = ( 1 , ) , auto_padding = [ False ] , <nl> + def pooling ( operand , pooling_type , pooling_window_shape , strides = ( 1 , ) , auto_padding = [ False ] , <nl> lower_pad = ( 0 , ) , upper_pad = ( 0 , ) , name = ' ' ) : <nl> ' ' ' <nl> The pooling operations compute a new matrix by selecting the maximum ( max pooling ) or average value in the pooling input . <nl> def pooling ( operand , pooling_type , pooling_window_shape , strides = ( 1 , ) , auto_padd <nl> N - dimensional pooling allows to create max or average pooling of any dimensions , stride or padding . <nl> <nl> TODO : Review and example ! <nl> - Args : <nl> + Args : <nl> operand : pooling input <nl> pooling_type ( str ) : " max " or " average " <nl> pooling_window_shape : dimensions of the pooling window <nl> def pooling ( operand , pooling_type , pooling_window_shape , strides = ( 1 , ) , auto_padd <nl> auto_padding : automatic padding flags for each input dimension . <nl> lower_pad : precise lower padding for each input dimension <nl> upper_pad : precise upper padding for each input dimension <nl> - name ( ` str ` , optional ) : the name of the node in the network <nl> + name ( ` str ` , optional ) : the name of the Function instance in the network <nl> Returns : <nl> : class : ` cntk . Function ` <nl> ' ' ' <nl> def batch_normalization ( operand , scale , bias , running_mean , running_inv_std , spa <nl> statistics <nl> epsilon : conditioner constant added to the variance when computing the inverse standard deviation <nl> use_cudnn_engine ( ` bool ` , default True ) : <nl> - name ( ` str ` , optional ) : the name of the node in the network <nl> + name ( ` str ` , optional ) : the name of the Function instance in the network <nl> Returns : <nl> : class : ` cntk . Function ` <nl> ' ' ' <nl> from cntk . cntk_py import batch_normalization <nl> - operand = sanitize_input ( operand ) <nl> + operand = sanitize_input ( operand ) <nl> return batch_normalization ( operand , scale , bias , running_mean , running_inv_std , spatial , <nl> normalization_time_constant , blend_time_constant , <nl> epsilon , use_cudnn_engine , name ) <nl> def batch_normalization ( operand , scale , bias , running_mean , running_inv_std , spa <nl> <nl> def less ( left , right , name = ' ' ) : <nl> ' ' ' <nl> - Elementwise ' less ' comparison of two tensors . Result is 1 if left < right else 0 . <nl> + Elementwise ' less ' comparison of two tensors . Result is 1 if left < right else 0 . <nl> <nl> Example : <nl> > > > C . less ( [ 41 . , 42 . , 43 . ] , [ 42 . , 42 . , 42 . ] ) . eval ( ) <nl> [ array ( [ [ 1 . , 0 . , 0 . ] ] ) ] <nl> - <nl> + <nl> > > > C . less ( [ - 1 , 0 , 1 ] , [ 0 ] ) . eval ( ) <nl> [ array ( [ [ 1 . , 0 . , 0 . ] ] ) ] <nl> <nl> Args : <nl> left : left side tensor <nl> right : right side tensor <nl> - name ( ` str ` , optional ) : the name of the node in the network <nl> + name ( ` str ` , optional ) : the name of the Function instance in the network <nl> Returns : <nl> : class : ` cntk . Function ` <nl> ' ' ' <nl> from cntk . cntk_py import less <nl> dtype = get_data_type ( left , right ) <nl> left = sanitize_input ( left , dtype ) <nl> - right = sanitize_input ( right , dtype ) <nl> + right = sanitize_input ( right , dtype ) <nl> return less ( left , right , name ) <nl> <nl> def equal ( left , right , name = ' ' ) : <nl> ' ' ' <nl> - Elementwise ' equal ' comparison of two tensors . Result is 1 if values are equal 0 otherwise . <nl> + Elementwise ' equal ' comparison of two tensors . Result is 1 if values are equal 0 otherwise . <nl> <nl> Example : <nl> > > > C . equal ( [ 41 . , 42 . , 43 . ] , [ 42 . , 42 . , 42 . ] ) . eval ( ) <nl> [ array ( [ [ 0 . , 1 . , 0 . ] ] ) ] <nl> - <nl> + <nl> > > > C . equal ( [ - 1 , 0 , 1 ] , [ 1 ] ) . eval ( ) <nl> [ array ( [ [ 0 . , 0 . , 1 . ] ] ) ] <nl> <nl> Args : <nl> left : left side tensor <nl> right : right side tensor <nl> - name ( ` str ` , optional ) : the name of the node in the network <nl> + name ( ` str ` , optional ) : the name of the Function instance in the network <nl> Returns : <nl> : class : ` cntk . Function ` <nl> ' ' ' <nl> from cntk . cntk_py import equal <nl> dtype = get_data_type ( left , right ) <nl> left = sanitize_input ( left , dtype ) <nl> - right = sanitize_input ( right , dtype ) <nl> - return equal ( left , right , name ) <nl> + right = sanitize_input ( right , dtype ) <nl> + return equal ( left , right , name ) <nl> <nl> def greater ( left , right , name = ' ' ) : <nl> ' ' ' <nl> def greater ( left , right , name = ' ' ) : <nl> Example : <nl> > > > C . greater ( [ 41 . , 42 . , 43 . ] , [ 42 . , 42 . , 42 . ] ) . eval ( ) <nl> [ array ( [ [ 0 . , 0 . , 1 . ] ] ) ] <nl> - <nl> + <nl> > > > C . greater ( [ - 1 , 0 , 1 ] , [ 0 ] ) . eval ( ) <nl> [ array ( [ [ 1 . , 0 . , 1 . ] ] ) ] <nl> <nl> Args : <nl> left : left side tensor <nl> right : right side tensor <nl> - name ( ` str ` , optional ) : the name of the node in the network <nl> + name ( ` str ` , optional ) : the name of the Function instance in the network <nl> Returns : <nl> : class : ` cntk . Function ` <nl> ' ' ' <nl> from cntk . cntk_py import greater <nl> dtype = get_data_type ( left , right ) <nl> left = sanitize_input ( left , dtype ) <nl> - right = sanitize_input ( right , dtype ) <nl> - return greater ( left , right , name ) <nl> + right = sanitize_input ( right , dtype ) <nl> + return greater ( left , right , name ) <nl> <nl> def greater_equal ( left , right , name = ' ' ) : <nl> ' ' ' <nl> - Elementwise ' greater equal ' comparison of two tensors . Result is 1 if left > = right else 0 . <nl> + Elementwise ' greater equal ' comparison of two tensors . Result is 1 if left > = right else 0 . <nl> <nl> Example : <nl> > > > C . greater_equal ( [ 41 . , 42 . , 43 . ] , [ 42 . , 42 . , 42 . ] ) . eval ( ) <nl> [ array ( [ [ 0 . , 1 . , 1 . ] ] ) ] <nl> - <nl> + <nl> > > > C . greater_equal ( [ - 1 , 0 , 1 ] , [ 0 ] ) . eval ( ) <nl> [ array ( [ [ 0 . , 1 . , 1 . ] ] ) ] <nl> <nl> Args : <nl> left : left side tensor <nl> right : right side tensor <nl> - name ( ` str ` , optional ) : the name of the node in the network <nl> + name ( ` str ` , optional ) : the name of the Function instance in the network <nl> Returns : <nl> : class : ` cntk . Function ` <nl> ' ' ' <nl> from cntk . cntk_py import greater_equal <nl> dtype = get_data_type ( left , right ) <nl> left = sanitize_input ( left , dtype ) <nl> - right = sanitize_input ( right , dtype ) <nl> - return greater_equal ( left , right , name ) <nl> + right = sanitize_input ( right , dtype ) <nl> + return greater_equal ( left , right , name ) <nl> <nl> def not_equal ( left , right , name = ' ' ) : <nl> ' ' ' <nl> - Elementwise ' not equal ' comparison of two tensors . Result is 1 if left ! = right else 0 . <nl> + Elementwise ' not equal ' comparison of two tensors . Result is 1 if left ! = right else 0 . <nl> <nl> Example : <nl> > > > C . not_equal ( [ 41 . , 42 . , 43 . ] , [ 42 . , 42 . , 42 . ] ) . eval ( ) <nl> [ array ( [ [ 1 . , 0 . , 1 . ] ] ) ] <nl> - <nl> + <nl> > > > C . not_equal ( [ - 1 , 0 , 1 ] , [ 0 ] ) . eval ( ) <nl> [ array ( [ [ 1 . , 0 . , 1 . ] ] ) ] <nl> <nl> Args : <nl> left : left side tensor <nl> right : right side tensor <nl> - name ( ` str ` , optional ) : the name of the node in the network <nl> + name ( ` str ` , optional ) : the name of the Function instance in the network <nl> Returns : <nl> : class : ` cntk . Function ` <nl> ' ' ' <nl> from cntk . cntk_py import not_equal <nl> dtype = get_data_type ( left , right ) <nl> left = sanitize_input ( left , dtype ) <nl> - right = sanitize_input ( right , dtype ) <nl> + right = sanitize_input ( right , dtype ) <nl> return not_equal ( left , right , name ) <nl> <nl> def less_equal ( left , right , name = ' ' ) : <nl> ' ' ' <nl> - Elementwise ' less equal ' comparison of two tensors . Result is 1 if left < = right else 0 . <nl> + Elementwise ' less equal ' comparison of two tensors . Result is 1 if left < = right else 0 . <nl> <nl> Example : <nl> > > > C . less_equal ( [ 41 . , 42 . , 43 . ] , [ 42 . , 42 . , 42 . ] ) . eval ( ) <nl> [ array ( [ [ 1 . , 1 . , 0 . ] ] ) ] <nl> - <nl> + <nl> > > > C . less_equal ( [ - 1 , 0 , 1 ] , [ 0 ] ) . eval ( ) <nl> [ array ( [ [ 1 . , 1 . , 0 . ] ] ) ] <nl> <nl> Args : <nl> left : left side tensor <nl> right : right side tensor <nl> - name ( ` str ` , optional ) : the name of the node in the network <nl> + name ( ` str ` , optional ) : the name of the Function instance in the network <nl> Returns : <nl> : class : ` cntk . Function ` <nl> ' ' ' <nl> from cntk . cntk_py import less_equal <nl> dtype = get_data_type ( left , right ) <nl> left = sanitize_input ( left , dtype ) <nl> - right = sanitize_input ( right , dtype ) <nl> + right = sanitize_input ( right , dtype ) <nl> return less_equal ( left , right , name ) <nl> <nl> # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # <nl> def less_equal ( left , right , name = ' ' ) : <nl> <nl> def plus ( left , right , name = ' ' ) : <nl> ' ' ' <nl> - The output of this operation is the sum of the two input tensors . It supports broadcasting . <nl> - In case of scalars its backward pass propagates the received gradient . <nl> + The output of this operation is the sum of the two input tensors . It supports broadcasting . <nl> + In case of scalars its backward pass propagates the received gradient . <nl> The operator ( + ) has been overloaded and can equally be used instead of plus ( ) <nl> <nl> Example : <nl> > > > C . plus ( [ 1 , 2 , 3 ] , [ 4 , 5 , 6 ] ) . eval ( ) <nl> [ array ( [ [ 5 . , 7 . , 9 . ] ] ) ] <nl> - <nl> + <nl> > > > C . plus ( [ - 5 , - 4 , - 3 , - 2 , - 1 ] , [ 10 ] ) . eval ( ) <nl> [ array ( [ [ 5 . , 6 . , 7 . , 8 . , 9 . ] ] ) ] <nl> <nl> Args : <nl> left : left side tensor <nl> right : right side tensor <nl> - name ( ` str ` , optional ) : the name of the node in the network <nl> + name ( ` str ` , optional ) : the name of the Function instance in the network <nl> Returns : <nl> : class : ` cntk . Function ` <nl> ' ' ' <nl> from cntk . cntk_py import plus <nl> dtype = get_data_type ( left , right ) <nl> left = sanitize_input ( left , dtype ) <nl> - right = sanitize_input ( right , dtype ) <nl> + right = sanitize_input ( right , dtype ) <nl> return plus ( left , right , name ) <nl> <nl> def minus ( left , right , name = ' ' ) : <nl> ' ' ' <nl> - The output of this operation is left minus right tensor . It supports broadcasting . <nl> - In case of scalars its backward pass propagates the received gradient . <nl> + The output of this operation is left minus right tensor . It supports broadcasting . <nl> + In case of scalars its backward pass propagates the received gradient . <nl> The operator ( - ) has been overloaded and can equally be used instead of minus ( ) <nl> <nl> Example : <nl> > > > C . minus ( [ 1 , 2 , 3 ] , [ 4 , 5 , 6 ] ) . eval ( ) <nl> [ array ( [ [ - 3 . , - 3 . , - 3 . ] ] ) ] <nl> - <nl> + <nl> > > > C . minus ( [ [ 1 , 2 ] , [ 3 , 4 ] ] , 1 ) . eval ( ) <nl> [ array ( [ [ [ 0 . , 1 . ] , <nl> [ 2 . , 3 . ] ] ] ) ] <nl> def minus ( left , right , name = ' ' ) : <nl> Args : <nl> left : left side tensor <nl> right : right side tensor <nl> - name ( ` str ` , optional ) : the name of the node in the network <nl> + name ( ` str ` , optional ) : the name of the Function instance in the network <nl> Returns : <nl> : class : ` cntk . Function ` <nl> ' ' ' <nl> def minus ( left , right , name = ' ' ) : <nl> from cntk . cntk_py import minus <nl> dtype = get_data_type ( left , right ) <nl> left = sanitize_input ( left , dtype ) <nl> - right = sanitize_input ( right , dtype ) <nl> + right = sanitize_input ( right , dtype ) <nl> return minus ( left , right , name ) <nl> <nl> def element_times ( left , right , name = ' ' ) : <nl> def element_times ( left , right , name = ' ' ) : <nl> tensors . It supports broadcasting . In case of scalars its backward pass to left propagates right <nl> times the received gradient and vice versa . <nl> The operator ( * ) has been overloaded and can equally be used instead of element_times ( ) . <nl> - <nl> + <nl> Example : <nl> > > > C . element_times ( [ 1 . , 1 . , 1 . , 1 . ] , [ 0 . 5 , 0 . 25 , 0 . 125 , 0 . ] ) . eval ( ) <nl> [ array ( [ [ 0 . 5 , 0 . 25 , 0 . 125 , 0 . ] ] ) ] <nl> - <nl> + <nl> > > > C . element_times ( [ 5 . , 10 . , 15 . , 30 . ] , [ 2 . ] ) . eval ( ) <nl> [ array ( [ [ 10 . , 20 . , 30 . , 60 . ] ] ) ] <nl> - <nl> + <nl> Args : <nl> left : left side tensor <nl> right : right side tensor <nl> - name ( ` str ` , optional ) : the name of the node in the network <nl> + name ( ` str ` , optional ) : the name of the Function instance in the network <nl> Returns : <nl> : class : ` cntk . Function ` <nl> ' ' ' <nl> from cntk . cntk_py import element_times <nl> dtype = get_data_type ( left , right ) <nl> left = sanitize_input ( left , dtype ) <nl> - right = sanitize_input ( right , dtype ) <nl> - return element_times ( left , right , name ) <nl> + right = sanitize_input ( right , dtype ) <nl> + return element_times ( left , right , name ) <nl> <nl> def element_divide ( left , right , name = ' ' ) : <nl> ' ' ' <nl> def element_divide ( left , right , name = ' ' ) : <nl> left propagates : math : ` 1 / right ` times the received gradient , and the backward <nl> pass to right propagates . <nl> The operator ( / ) has been overloaded and can equally be used instead of element_divide ( ) . <nl> - : math : ` ( - left / right ^ 2 ) ` times the received gradient . <nl> - <nl> + : math : ` ( - left / right ^ 2 ) ` times the received gradient . <nl> + <nl> <nl> Example : <nl> > > > C . element_divide ( [ 1 . , 1 . , 1 . , 1 . ] , [ 0 . 5 , 0 . 25 , 0 . 125 , 0 . ] ) . eval ( ) <nl> [ array ( [ [ 2 . , 4 . , 8 . , 0 . ] ] ) ] <nl> - <nl> + <nl> > > > C . element_divide ( [ 5 . , 10 . , 15 . , 30 . ] , [ 2 . ] ) . eval ( ) <nl> [ array ( [ [ 2 . 5 , 5 . , 7 . 5 , 15 . ] ] ) ] <nl> <nl> Args : <nl> left : left side tensor <nl> right : right side tensor <nl> - name ( ` str ` , optional ) : the name of the node in the network <nl> + name ( ` str ` , optional ) : the name of the Function instance in the network <nl> Returns : <nl> : class : ` cntk . Function ` <nl> ' ' ' <nl> from cntk . cntk_py import element_divide <nl> dtype = get_data_type ( left , right ) <nl> left = sanitize_input ( left , dtype ) <nl> - right = sanitize_input ( right , dtype ) <nl> - return element_divide ( left , right , name ) <nl> + right = sanitize_input ( right , dtype ) <nl> + return element_divide ( left , right , name ) <nl> <nl> def times ( left , right , output_rank = 1 , name = ' ' ) : <nl> ' ' ' <nl> def times ( left , right , output_rank = 1 , name = ' ' ) : <nl> > > > C . times ( [ [ 1 , 2 ] , [ 3 , 4 ] ] , [ [ 5 ] , [ 6 ] ] ) . eval ( ) <nl> array ( [ [ 17 . ] , <nl> [ 39 . ] ] ) <nl> - <nl> + <nl> > > > C . times ( 1 . * np . reshape ( np . arange ( 8 ) , ( 2 . , 2 . , 2 . ) ) , 1 . * np . reshape ( np . arange ( 8 ) , ( 2 . , 2 . , 2 . ) ) , output_rank = 1 ) . eval ( ) <nl> [ array ( [ [ [ 28 . , 34 . ] , <nl> [ 76 . , 98 . ] ] ] ) ] <nl> - <nl> + <nl> > > > C . times ( 1 . * np . reshape ( np . arange ( 8 ) , ( 2 , 2 , 2 ) ) , 1 . * np . reshape ( np . arange ( 8 ) , ( 2 , 2 , 2 ) ) , output_rank = 2 ) . eval ( ) <nl> [ array ( [ [ [ [ [ 4 . , 5 . ] , <nl> [ 6 . , 7 . ] ] , <nl> def times ( left , right , output_rank = 1 , name = ' ' ) : <nl> output_rank ( ` int ` ) : in case we have tensors as arguemnts , output_rank represents <nl> the number of axes to be collapsed in order to transform the tensors <nl> into matrices , perform the operation and then reshape back ( explode the axes ) <nl> - name ( ` str ` , optional ) : the name of the node in the network <nl> + name ( ` str ` , optional ) : the name of the Function instance in the network <nl> <nl> Returns : <nl> : class : ` cntk . Function ` <nl> def times ( left , right , output_rank = 1 , name = ' ' ) : <nl> from cntk . cntk_py import times <nl> dtype = get_data_type ( left , right ) <nl> left = sanitize_input ( left , dtype ) <nl> - right = sanitize_input ( right , dtype ) <nl> - return times ( right , left , output_rank , name ) <nl> + right = sanitize_input ( right , dtype ) <nl> + return times ( right , left , output_rank , name ) <nl> <nl> # TODO : enable when it is exposed in c + + <nl> def identity ( x , name = ' ' ) : <nl> ' ' ' <nl> - The identity function . It returns an identical tensor to the input tensor ` x ` : <nl> + The identity function . It returns an identical tensor to the input tensor ` x ` : <nl> <nl> : math : ` pass_tensor ( x ) = x ` <nl> <nl> def identity ( x , name = ' ' ) : <nl> <nl> Args : <nl> x : numpy array or any : class : ` cntk . Function ` that outputs a tensor <nl> - name ( ` str ` , optional ) : the name of the node in the network <nl> + name ( ` str ` , optional ) : the name of the Function instance in the network <nl> Returns : <nl> : class : ` cntk . Function ` <nl> ' ' ' <nl> def identity ( x , name = ' ' ) : <nl> <nl> def floor ( arg , name = ' ' ) : <nl> ' ' ' <nl> - The output of this operation is the element wise value rounded to the largest <nl> + The output of this operation is the element wise value rounded to the largest <nl> integer less than or equal to the input . <nl> <nl> Example : <nl> def floor ( arg , name = ' ' ) : <nl> <nl> Args : <nl> arg : input tensor <nl> - name ( ` str ` , optional ) : the name of the node in the network ( optional ) <nl> + name ( ` str ` , optional ) : the name of the Function instance in the network ( optional ) <nl> Returns : <nl> : class : ` cntk . Function ` <nl> ' ' ' <nl> from cntk . cntk_py import floor <nl> arg = sanitize_input ( arg , get_data_type ( arg ) ) <nl> - return floor ( arg , name ) <nl> + return floor ( arg , name ) <nl> <nl> def ceil ( arg , name = ' ' ) : <nl> ' ' ' <nl> def ceil ( arg , name = ' ' ) : <nl> Example : <nl> > > > C . ceil ( [ 0 . 2 , 1 . 3 , 4 . , 5 . 5 , 0 . 0 ] ) . eval ( ) <nl> [ array ( [ [ 1 . , 2 . , 4 . , 6 . , 0 . ] ] ) ] <nl> - <nl> + <nl> > > > C . ceil ( [ [ 0 . 6 , 3 . 3 ] , [ 1 . 9 , 5 . 6 ] ] ) . eval ( ) <nl> [ array ( [ [ [ 1 . , 4 . ] , <nl> [ 2 . , 6 . ] ] ] ) ] <nl> <nl> Args : <nl> arg : input tensor <nl> - name ( ` str ` , optional ) : the name of the node in the network ( optional ) <nl> + name ( ` str ` , optional ) : the name of the Function instance in the network ( optional ) <nl> Returns : <nl> : class : ` cntk . Function ` <nl> ' ' ' <nl> def round ( arg , name = ' ' ) : <nl> <nl> Args : <nl> arg : input tensor <nl> - name ( ` str ` , optional ) : the name of the node in the network ( optional ) <nl> + name ( ` str ` , optional ) : the name of the Function instance in the network ( optional ) <nl> Returns : <nl> : class : ` cntk . Function ` <nl> ' ' ' <nl> def clip ( x , min_value , max_value , name = ' ' ) : <nl> ` ` min ( max ( x , min_value ) , max_value ) ` ` . <nl> <nl> The output tensor has the same shape as ` x ` . <nl> - <nl> + <nl> The backward pass propagates the received gradient if no clipping occurred , <nl> and 0 if the value was clipped . <nl> - <nl> + <nl> Example : <nl> > > > C . clip ( [ 1 . , 2 . 1 , 3 . 0 , 4 . 1 ] , 2 . , 4 . ) . eval ( ) <nl> [ array ( [ [ 2 . , 2 . 1 , 3 . , 4 . ] ] ) ] <nl> - <nl> + <nl> > > > C . clip ( [ - 10 . , - 5 . , 0 . , 5 . , 10 . ] , [ - 5 . , - 4 . , 0 . , 3 . , 5 . ] , [ 5 . , 4 . , 1 . , 4 . , 9 . ] ) . eval ( ) <nl> [ array ( [ [ - 5 . , - 4 . , 0 . , 4 . , 9 . ] ] ) ] <nl> - <nl> - Args : <nl> + <nl> + Args : <nl> x : tensor to be clipped <nl> min_value ( ` float ` ) : a scalar or a tensor which represents the minimum value to clip element <nl> values to <nl> max_value ( ` float ` ) : a scalar or a tensor which represents the maximum value to clip element <nl> values to <nl> - name ( ` str ` , optional ) : the name of the node in the network <nl> + name ( ` str ` , optional ) : the name of the Function instance in the network <nl> Returns : <nl> : class : ` cntk . Function ` <nl> - ' ' ' <nl> + ' ' ' <nl> from cntk . cntk_py import clip <nl> x = sanitize_input ( x , get_data_type ( x ) ) <nl> min_value = sanitize_input ( min_value , get_data_type ( min_value ) ) <nl> def relu ( x , name = ' ' ) : <nl> Example : <nl> > > > C . relu ( [ [ - 1 , - 0 . 5 , 0 , 1 , 2 ] ] ) . eval ( ) <nl> [ array ( [ [ [ 0 . , 0 . , 0 . , 1 . , 2 . ] ] ] ) ] <nl> - <nl> + <nl> Args : <nl> x : numpy array or any : class : ` cntk . Function ` that outputs a tensor <nl> - name ( ` str ` , optional ) : the name of the node in the network <nl> + name ( ` str ` , optional ) : the name of the Function instance in the network <nl> Returns : <nl> : class : ` cntk . Function ` <nl> ' ' ' <nl> from cntk . cntk_py import re_lu <nl> x = sanitize_input ( x ) <nl> - return re_lu ( x , name ) <nl> + return re_lu ( x , name ) <nl> <nl> def sigmoid ( x , name = ' ' ) : <nl> ' ' ' <nl> - Computes the element - wise sigmoid of ` x ` : <nl> + Computes the element - wise sigmoid of ` x ` : <nl> <nl> : math : ` sigmoid ( x ) = { 1 \ over { 1 + \ exp ( - x ) } } ` <nl> <nl> The output tensor has the same shape as ` x ` . <nl> - <nl> + <nl> Example : <nl> > > > C . sigmoid ( [ - 2 , - 1 . , 0 . , 1 . , 2 . ] ) . eval ( ) <nl> [ array ( [ [ 0 . 119203 , 0 . 268941 , 0 . 5 , 0 . 731059 , 0 . 880797 ] ] ) ] <nl> - <nl> + <nl> Args : <nl> x : numpy array or any : class : ` cntk . Function ` that outputs a tensor <nl> - name ( ` str ` , optional ) : the name of the node in the network <nl> + name ( ` str ` , optional ) : the name of the Function instance in the network <nl> Returns : <nl> : class : ` cntk . Function ` <nl> ' ' ' <nl> from cntk . cntk_py import sigmoid <nl> x = sanitize_input ( x ) <nl> - return sigmoid ( x , name ) <nl> + return sigmoid ( x , name ) <nl> <nl> def tanh ( x , name = ' ' ) : <nl> ' ' ' <nl> - Computes the element - wise tanh of ` x ` : <nl> + Computes the element - wise tanh of ` x ` : <nl> <nl> The output tensor has the same shape as ` x ` . <nl> - <nl> + <nl> Example : <nl> > > > C . tanh ( [ [ 1 , 2 ] , [ 3 , 4 ] ] ) . eval ( ) <nl> [ array ( [ [ [ 0 . 761594 , 0 . 964028 ] , <nl> [ 0 . 995055 , 0 . 999329 ] ] ] ) ] <nl> - <nl> + <nl> Args : <nl> x : numpy array or any : class : ` cntk . Function ` that outputs a tensor <nl> - name ( ` str ` , optional ) : the name of the node in the network <nl> + name ( ` str ` , optional ) : the name of the Function instance in the network <nl> Returns : <nl> : class : ` cntk . Function ` <nl> ' ' ' <nl> from cntk . cntk_py import tanh <nl> x = sanitize_input ( x ) <nl> - return tanh ( x , name ) <nl> + return tanh ( x , name ) <nl> <nl> def softmax ( x , name = ' ' ) : <nl> ' ' ' <nl> - Squashes the input values ` x ` such that they add up to 1 : <nl> + Squashes the input values ` x ` such that they add up to 1 : <nl> <nl> : math : ` softmax ( x ) = { \ exp ( x_i ) - \ max_ { x_i \ in x } ( \ exp ( x_i ) ) \ over { \ sum_ { x_i \ in x } \ exp ( x_i ) - \ max_ { x_i \ in x } ( \ exp ( x_i ) ) } } ` <nl> <nl> def softmax ( x , name = ' ' ) : <nl> <nl> Args : <nl> x : numpy array or any : class : ` cntk . Function ` that outputs a tensor <nl> - name ( ` str ` , optional ) : the name of the node in the network <nl> + name ( ` str ` , optional ) : the name of the Function instance in the network <nl> Returns : <nl> : class : ` cntk . Function ` <nl> ' ' ' <nl> from cntk . cntk_py import softmax <nl> x = sanitize_input ( x ) <nl> - return softmax ( x ) <nl> + return softmax ( x ) <nl> <nl> def hardmax ( x , name = ' ' ) : <nl> ' ' ' <nl> def hardmax ( x , name = ' ' ) : <nl> <nl> Args : <nl> x : numpy array or any : class : ` cntk . Function ` that outputs a tensor <nl> - name ( ` str ` ) : the name of the node in the network <nl> + name ( ` str ` ) : the name of the Function instance in the network <nl> Returns : <nl> : class : ` cntk . Function ` <nl> ' ' ' <nl> def hardmax ( x , name = ' ' ) : <nl> <nl> def exp ( x , name = ' ' ) : <nl> ' ' ' <nl> - Computes the element - wise exponential of ` x ` : <nl> + Computes the element - wise exponential of ` x ` : <nl> <nl> : math : ` exp ( x ) = { e ^ x } ` <nl> <nl> def exp ( x , name = ' ' ) : <nl> <nl> Args : <nl> x : numpy array or any : class : ` cntk . Function ` that outputs a tensor <nl> - name ( ` str ` , optional ) : the name of the node in the network <nl> + name ( ` str ` , optional ) : the name of the Function instance in the network <nl> Returns : <nl> : class : ` cntk . Function ` <nl> ' ' ' <nl> from cntk . cntk_py import exp <nl> x = sanitize_input ( x ) <nl> - return exp ( x , name ) <nl> + return exp ( x , name ) <nl> <nl> def log ( x , name = ' ' ) : <nl> ' ' ' <nl> - Computes the element - wise the natural logarithm of ` x ` : <nl> - <nl> + Computes the element - wise the natural logarithm of ` x ` : <nl> + <nl> Example : <nl> > > > C . log ( [ 1 . , 2 . ] ) . eval ( ) <nl> [ array ( [ [ 0 . , 0 . 69314718056 ] ] ) ] <nl> <nl> Args : <nl> x : numpy array or any : class : ` cntk . Function ` that outputs a tensor <nl> - name ( ` str ` , optional ) : the name of the node in the network <nl> + name ( ` str ` , optional ) : the name of the Function instance in the network <nl> Returns : <nl> : class : ` cntk . Function ` <nl> - <nl> + <nl> Note : <nl> - CNTK returns - 85 . 1 for log ( x ) if ` x ` is negative or zero . The reason is that <nl> - it uses 1e - 37 ( whose natural logarithm is - 85 . 1 ) as the smallest float <nl> - number for ` log ` , because this is the only guaranteed precision across <nl> + CNTK returns - 85 . 1 for log ( x ) if ` x ` is negative or zero . The reason is that <nl> + it uses 1e - 37 ( whose natural logarithm is - 85 . 1 ) as the smallest float <nl> + number for ` log ` , because this is the only guaranteed precision across <nl> platforms . This will be changed to return ` NaN ` and ` - inf ` . <nl> ' ' ' <nl> from cntk . cntk_py import log <nl> x = sanitize_input ( x ) <nl> - return log ( x , name ) <nl> + return log ( x , name ) <nl> <nl> def sqrt ( x , name = ' ' ) : <nl> ' ' ' <nl> - Computes the element - wise square - root of ` x ` : <nl> + Computes the element - wise square - root of ` x ` : <nl> <nl> : math : ` sqrt ( x ) = { \ sqrt [ 2 ] { x } } ` <nl> <nl> def sqrt ( x , name = ' ' ) : <nl> <nl> Args : <nl> x : numpy array or any : class : ` cntk . Function ` that outputs a tensor <nl> - name ( ` str ` , optional ) : the name of the node in the network <nl> + name ( ` str ` , optional ) : the name of the Function instance in the network <nl> Returns : <nl> - : class : ` cntk . Function ` <nl> - <nl> + : class : ` cntk . Function ` <nl> + <nl> Note : <nl> - CNTK returns zero for sqrt of negative nubmers , this will be changed to <nl> + CNTK returns zero for sqrt of negative nubmers , this will be changed to <nl> retrun NaN <nl> ' ' ' <nl> from cntk . cntk_py import sqrt <nl> x = sanitize_input ( x ) <nl> - return sqrt ( x , name ) <nl> + return sqrt ( x , name ) <nl> <nl> def square ( x , name = ' ' ) : <nl> ' ' ' <nl> - Computes the element - wise square of ` x ` : <nl> + Computes the element - wise square of ` x ` : <nl> <nl> Example : <nl> > > > C . square ( [ 1 . , 10 . ] ) . eval ( ) <nl> def square ( x , name = ' ' ) : <nl> <nl> Args : <nl> x : numpy array or any : class : ` cntk . Function ` that outputs a tensor <nl> - name ( ` str ` , optional ) : the name of the node in the network <nl> + name ( ` str ` , optional ) : the name of the Function instance in the network <nl> Returns : <nl> : class : ` cntk . Function ` <nl> ' ' ' <nl> from cntk . cntk_py import square <nl> x = sanitize_input ( x ) <nl> - return square ( x , name ) <nl> + return square ( x , name ) <nl> <nl> def abs ( x , name = ' ' ) : <nl> ' ' ' <nl> - Computes the element - wise absolute of ` x ` : <nl> + Computes the element - wise absolute of ` x ` : <nl> <nl> : math : ` abs ( x ) = \| x \| ` <nl> <nl> def abs ( x , name = ' ' ) : <nl> <nl> Args : <nl> x : numpy array or any : class : ` cntk . Function ` that outputs a tensor <nl> - name ( ` str ` , optional ) : the name of the node in the network <nl> + name ( ` str ` , optional ) : the name of the Function instance in the network <nl> Returns : <nl> : class : ` cntk . Function ` <nl> ' ' ' <nl> from cntk . cntk_py import abs <nl> x = sanitize_input ( x ) <nl> - return abs ( x , name ) <nl> + return abs ( x , name ) <nl> <nl> def negate ( x , name = ' ' ) : <nl> ' ' ' <nl> - Computes the element - wise negation of ` x ` : <nl> + Computes the element - wise negation of ` x ` : <nl> <nl> : math : ` negate ( x ) = - x ` <nl> <nl> def negate ( x , name = ' ' ) : <nl> <nl> Args : <nl> x : numpy array or any : class : ` cntk . Function ` that outputs a tensor <nl> - name ( ` str ` , optional ) : the name of the node in the network <nl> + name ( ` str ` , optional ) : the name of the Function instance in the network <nl> Returns : <nl> : class : ` cntk . Function ` <nl> ' ' ' <nl> from cntk . cntk_py import negate <nl> x = sanitize_input ( x ) <nl> - return negate ( x , name ) <nl> + return negate ( x , name ) <nl> <nl> def reciprocal ( x , name = ' ' ) : <nl> ' ' ' <nl> - Computes the element - wise reciprocal of ` x ` : <nl> + Computes the element - wise reciprocal of ` x ` : <nl> <nl> Example : <nl> > > > C . reciprocal ( [ - 1 / 3 , 1 / 5 , - 2 , 3 ] ) . eval ( ) <nl> def reciprocal ( x , name = ' ' ) : <nl> <nl> Args : <nl> x : numpy array or any : class : ` cntk . Function ` that outputs a tensor <nl> - name ( ` str ` , optional ) : the name of the node in the network <nl> + name ( ` str ` , optional ) : the name of the Function instance in the network <nl> Returns : <nl> : class : ` cntk . Function ` <nl> ' ' ' <nl> from cntk . cntk_py import reciprocal <nl> x = sanitize_input ( x ) <nl> - return reciprocal ( x , name ) <nl> + return reciprocal ( x , name ) <nl> <nl> def element_select ( flag , value_if_true , value_if_false , name = ' ' ) : <nl> ' ' ' <nl> def element_select ( flag , value_if_true , value_if_false , name = ' ' ) : <nl> flag : tensor <nl> value_if_true : tensor <nl> value_if_false : tensor <nl> - name ( ` str ` , optional ) : the name of the node in the network <nl> + name ( ` str ` , optional ) : the name of the Function instance in the network <nl> Returns : <nl> : class : ` cntk . Function ` <nl> - ' ' ' <nl> + ' ' ' <nl> from cntk . cntk_py import element_select <nl> flag = sanitize_input ( flag ) <nl> value_if_true = sanitize_input ( value_if_true ) <nl> value_if_false = sanitize_input ( value_if_false ) <nl> - return element_select ( flag , value_if_true , value_if_false , name ) <nl> - <nl> + return element_select ( flag , value_if_true , value_if_false , name ) <nl> + <nl> # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # <nl> # recurrent ops <nl> # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # <nl> <nl> - # TODO : add default value for initial_state . It should be a constant scalar <nl> + # TODO : add default value for initial_state . It should be a constant scalar <nl> # ( 0 . 0 ) , using the default device <nl> <nl> def future_value ( x , initial_state = None , time_step = 1 , name = ' ' ) : <nl> ' ' ' <nl> - This function returns the future value w . r . t . ` x ` . It is most often used when <nl> - creating RNNs . The resulting tensor has the same shape as the input but is <nl> - the next logical sample . The ` time_step ` parameter is the number of steps <nl> - to look into the future and is 1 by default . If there is no future value ( i . e . <nl> - the current sample is the last one in the tensor ) then the ` initial_state ` <nl> + This function returns the future value w . r . t . ` x ` . It is most often used when <nl> + creating RNNs . The resulting tensor has the same shape as the input but is <nl> + the next logical sample . The ` time_step ` parameter is the number of steps <nl> + to look into the future and is 1 by default . If there is no future value ( i . e . <nl> + the current sample is the last one in the tensor ) then the ` initial_state ` <nl> value is returned . <nl> - <nl> + <nl> Example : <nl> - TBA <nl> - Args : <nl> - x : the tensor ( or its name ) from which the future value is obtained . <nl> + TBA <nl> + Args : <nl> + x : the tensor ( or its name ) from which the future value is obtained . <nl> initial_state : tensor or scalar representing the initial value to be <nl> used when the input tensor is shifted in time . <nl> - time_step ( ` int ` ) : the number of time steps to look into the future ( default 1 ) <nl> - name ( ` str ` , optional ) : the name of the node in the network <nl> + time_step ( ` int ` ) : the number of time steps to look into the future ( default 1 ) <nl> + name ( ` str ` , optional ) : the name of the Function instance in the network <nl> Returns : <nl> : class : ` cntk . Function ` <nl> - ' ' ' <nl> + ' ' ' <nl> <nl> from . . utils import sanitize_dtype_cntk <nl> from . . cntk_py import Constant <nl> def future_value ( x , initial_state = None , time_step = 1 , name = ' ' ) : <nl> <nl> x = sanitize_input ( x ) <nl> return future_value ( x , initial_state , time_step , name ) <nl> - <nl> + <nl> def past_value ( x , initial_state = None , time_step = 1 , name = ' ' ) : <nl> ' ' ' <nl> - This function returns the past value w . r . t . ` x ` . It is most often used when <nl> - creating RNNs . The resulting tensor has the same shape as the input but is <nl> - the previous logical sample . The ` time_step ` parameter is the number of steps <nl> - to look into the past and is 1 by default . If there is no past value ( i . e . <nl> - the current sample is the first one in the tensor ) then the ` initial_state ` <nl> + This function returns the past value w . r . t . ` x ` . It is most often used when <nl> + creating RNNs . The resulting tensor has the same shape as the input but is <nl> + the previous logical sample . The ` time_step ` parameter is the number of steps <nl> + to look into the past and is 1 by default . If there is no past value ( i . e . <nl> + the current sample is the first one in the tensor ) then the ` initial_state ` <nl> value is returned . <nl> - <nl> + <nl> Example : <nl> TBA <nl> - Args : <nl> + Args : <nl> x : the tensor ( or its name ) from which the past value is obtained <nl> initial_state : tensor or scalar representing the initial value to be <nl> used when the input tensor is shifted in time . <nl> - time_step ( ` int ` ) : the number of time steps to look into the past ( default 1 ) <nl> - name ( ` str ` , optional ) : the name of the node in the network <nl> + time_step ( ` int ` ) : the number of time steps to look into the past ( default 1 ) <nl> + name ( ` str ` , optional ) : the name of the Function instance in the network <nl> Returns : <nl> : class : ` cntk . Function ` <nl> - ' ' ' <nl> - <nl> + ' ' ' <nl> + <nl> from . . utils import sanitize_dtype_cntk <nl> from . . cntk_py import Constant <nl> from cntk . cntk_py import past_value <nl> def reshape ( x , shape , name = ' ' ) : <nl> One dimension may be specified as 0 and will be inferred <nl> <nl> The output tensor has the shape specified by ' shape ' . <nl> - <nl> + <nl> The backward pass propagates the received gradient for the output - shape to the input shape . <nl> - <nl> + <nl> Examples : <nl> > > > C . reshape ( [ [ 0 , 1 ] , [ 2 , 3 ] , [ 4 , 5 ] ] , ( 2 , 3 ) ) . eval ( ) <nl> [ array ( [ [ [ 0 . , 4 . , 3 . ] , <nl> [ 2 . , 1 . , 5 . ] ] ] ) ] <nl> - <nl> - Args : <nl> + <nl> + Args : <nl> x : tensor to be reshaped <nl> shape ( ` tuple ` ) : a tuple defining the resulting shape <nl> - name ( ` str ` , optional ) : the name of the node in the network <nl> + name ( ` str ` , optional ) : the name of the Function instance in the network <nl> Returns : <nl> : class : ` cntk . Function ` <nl> - ' ' ' <nl> + ' ' ' <nl> if np . any ( np . asarray ( shape ) < 0 ) : <nl> # TODO decide on whether - 1 instead of 0 should be used to infer the dimension <nl> raise ValueError ( ' shape dimensions cannot be negative ' ) <nl> def reshape ( x , shape , name = ' ' ) : <nl> def transpose ( x , axis1 = 0 , axis2 = 1 , name = ' ' ) : <nl> ' ' ' <nl> Reverses two axes of the tensor . The output tensor has the same data but with <nl> - ` axis1 ` and ` axis2 ` swapped . <nl> - <nl> + ` axis1 ` and ` axis2 ` swapped . <nl> + <nl> Examples : <nl> > > > C . transpose ( [ [ 0 , 1 ] , [ 2 , 3 ] , [ 4 , 5 ] ] , 1 , 2 ) . eval ( ) <nl> [ array ( [ [ [ 0 . , 4 . , 3 . ] , <nl> [ 2 . , 1 . , 5 . ] ] ] ) ] <nl> - <nl> - Args : <nl> + <nl> + Args : <nl> x : tensor to be transposed <nl> axis1 ( ` int ` or : class : ` cntk . Axis ` ) : the axis to swap with ` axis2 ` <nl> axis2 ( ` int ` or : class : ` cntk . Axis ` ) : the axis to swap with ` axis1 ` <nl> - name ( ` str ` , optional ) : the name of the node in the network <nl> + name ( ` str ` , optional ) : the name of the Function instance in the network <nl> Returns : <nl> : class : ` cntk . Function ` <nl> - ' ' ' <nl> + ' ' ' <nl> from cntk . cntk_py import transpose_axes <nl> x = sanitize_input ( x ) <nl> rank = max ( x . shape ( ) . rank ( ) , 2 ) <nl> def transpose ( x , axis1 = 0 , axis2 = 1 , name = ' ' ) : <nl> axis2 = sanitize_axis ( rank , axis2 ) <nl> return transpose_axes ( x , axis1 , axis2 , name ) <nl> <nl> - def slice ( x , axis , begin_index , end_index , name = ' ' ) : <nl> + def slice ( x , axis , begin_index , end_index , name = ' ' ) : <nl> ' ' ' <nl> - Slice the input along an axis . <nl> + Slice the input along an axis . <nl> <nl> Examples : <nl> > > > # create 2x3 matrix in a sequence of length 1 in a batch of one sample <nl> def slice ( x , axis , begin_index , end_index , name = ' ' ) : <nl> > > > # slice index 0 ( first ) at second axis <nl> > > > C . slice ( x , 0 , 1 , 1 ) . eval ( ) <nl> [ array ( [ [ [ 1 . ] , <nl> - [ 4 . ] ] ] ) ] <nl> + [ 4 . ] ] ] ) ] <nl> <nl> NumPy ' s way of slicing works , too : <nl> <nl> def slice ( x , axis , begin_index , end_index , name = ' ' ) : <nl> axis ( ` int ` or : class : ` cntk . Axis ` ) : axis along which ` begin_index ` and ` end_index ` <nl> will be used . If it is of type ` int ` it will be used as a static axis . <nl> begin_index ( ` int ` ) : the index along axis where the slicing starts <nl> - end_index ( ` int ` ) : the index along axis where the slicing ends <nl> - name ( ` str ` , optional ) : the name of the node in the network <nl> - <nl> + end_index ( ` int ` ) : the index along axis where the slicing ends <nl> + name ( ` str ` , optional ) : the name of the Function instance in the network <nl> + <nl> See also : <nl> Indexing in NumPy : http : / / docs . scipy . org / doc / numpy / reference / arrays . indexing . html <nl> <nl> def slice ( x , axis , begin_index , end_index , name = ' ' ) : <nl> from cntk . cntk_py import slice <nl> x = sanitize_input ( x ) <nl> axis = sanitize_axis ( x . shape ( ) . rank ( ) , axis ) <nl> - return slice ( x , axis , begin_index , end_index , name ) <nl> + return slice ( x , axis , begin_index , end_index , name ) <nl> <nl> # TODO : enable when it is exposed in c + + <nl> - def splice ( inputs , axis = 0 , name = ' ' ) : <nl> + def splice ( inputs , axis = 0 , name = ' ' ) : <nl> ' ' ' <nl> - Concatenate the input tensors along an axis . <nl> + Concatenate the input tensors along an axis . <nl> <nl> Examples : <nl> > > > # create 2x2 matrix in a sequence of length 1 in a batch of one sample <nl> def splice ( inputs , axis = 0 , name = ' ' ) : <nl> [ 4 , 5 ] , <nl> [ 10 , 20 ] , <nl> [ 30 , 40 ] , <nl> - [ 50 , 60 ] ] ] ) ] <nl> + [ 50 , 60 ] ] ] ) ] <nl> <nl> Args : <nl> inputs ( ` list ` ) : tuple of input tensors <nl> axis ( : class : ` cntk . Axis ` ) : axis along which the concatenation will be performed <nl> - name ( ` str ` , optional ) : the name of the node in the network <nl> + name ( ` str ` , optional ) : the name of the Function instance in the network <nl> <nl> Returns : <nl> : class : ` cntk . Function ` <nl> def splice ( inputs , axis = 0 , name = ' ' ) : <nl> rank = max ( [ x . shape ( ) . rank ( ) for x in inputs ] ) <nl> axis = sanitize_axis ( rank , axis ) <nl> <nl> - return splice ( inputs , axis , name ) <nl> + return splice ( inputs , axis , name ) <nl> <nl> # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # <nl> # reduction ops <nl> # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # <nl> <nl> - def reduce_sum ( x , axis = None , name = ' ' ) : <nl> + def reduce_sum ( x , axis = None , name = ' ' ) : <nl> ' ' ' <nl> Computes the sum of the input tensor ' s elements across one axis . If the axis parameter <nl> is not specified then the sum will be computed over all axes , that is , the output is a scalar , <nl> def reduce_sum ( x , axis = None , name = ' ' ) : <nl> <nl> Examples : <nl> > > > # create 3x2 matrix in a sequence of length 1 in a batch of one sample <nl> - > > > data = [ [ 10 , 20 ] , [ 30 , 40 ] , [ 50 , 60 ] ] <nl> - <nl> + > > > data = [ [ 10 , 20 ] , [ 30 , 40 ] , [ 50 , 60 ] ] <nl> + <nl> > > > # reduce over the first axis <nl> > > > C . reduce_sum ( data , 0 ) . eval ( ) <nl> - [ array ( [ [ [ 90 . , 120 . ] ] ] ) ] <nl> - <nl> + [ array ( [ [ [ 90 . , 120 . ] ] ] ) ] <nl> + <nl> > > > # reduce over the second axis <nl> > > > C . reduce_sum ( data , 1 ) . eval ( ) <nl> [ array ( [ [ [ 30 . ] , <nl> [ 70 . ] , <nl> - [ 110 . ] ] ] ) ] <nl> - <nl> + [ 110 . ] ] ] ) ] <nl> + <nl> > > > # reduce over the all axes <nl> > > > C . reduce_sum ( data , 2 ) . eval ( ) <nl> - [ array ( [ [ 210 . ] ] ) ] <nl> + [ array ( [ [ 210 . ] ] ) ] <nl> <nl> Args : <nl> x : input tensor <nl> axis ( ` int ` or : class : ` cntk . Axis ` ) : axis along which the reduction will be performed <nl> - name ( ` str ` , optional ) : the name of the node in the network <nl> + name ( ` str ` , optional ) : the name of the Function instance in the network <nl> <nl> Returns : <nl> : class : ` cntk . Function ` <nl> def reduce_sum ( x , axis = None , name = ' ' ) : <nl> from cntk . cntk_py import reduce_sum <nl> x = sanitize_input ( x ) <nl> axis = sanitize_axis ( x . shape ( ) . rank ( ) , axis ) <nl> - return reduce_sum ( x , axis , name ) <nl> + return reduce_sum ( x , axis , name ) <nl> <nl> - def reduce_log_sum ( x , axis , name = ' ' ) : <nl> + def reduce_log_sum ( x , axis , name = ' ' ) : <nl> ' ' ' <nl> Computes the log sum of the input tensor ' s elements across the specified axis . <nl> <nl> Examples : <nl> TBA <nl> - <nl> + <nl> Args : <nl> x : input tensor <nl> axis ( ` int ` or : class : ` cntk . Axis ` ) : axis along which the reduction will be performed <nl> - name ( ` str ` ) : the name of the node in the network <nl> + name ( ` str ` ) : the name of the Function instance in the network <nl> <nl> Returns : <nl> : class : ` cntk . Function ` <nl> def reduce_log_sum ( x , axis , name = ' ' ) : <nl> axis = sanitize_axis ( x . shape ( ) . rank ( ) , axis ) <nl> return reduce_log_sum ( x , axis , name ) <nl> <nl> - def reduce_mean ( x , axis , name = ' ' ) : <nl> + def reduce_mean ( x , axis , name = ' ' ) : <nl> ' ' ' <nl> Computes the mean of the input tensor ' s elements across the specified axis . <nl> <nl> def reduce_mean ( x , axis , name = ' ' ) : <nl> TBA <nl> <nl> Args : <nl> - x : input tensor <nl> + x : input tensor <nl> axis ( ` int ` or : class : ` cntk . Axis ` ) : axis along which the reduction will be performed <nl> - name ( ` str ` , optional ) : the name of the node in the network <nl> + name ( ` str ` , optional ) : the name of the Function instance in the network <nl> <nl> Returns : <nl> : class : ` cntk . Function ` <nl> def reduce_mean ( x , axis , name = ' ' ) : <nl> axis = sanitize_axis ( x . shape ( ) . rank ( ) , axis ) <nl> return reduce_mean ( x , axis , name ) <nl> <nl> - def reduce_max ( x , axis , name = ' ' ) : <nl> + def reduce_max ( x , axis , name = ' ' ) : <nl> ' ' ' <nl> Computes the max of the input tensor ' s elements across the specified axis . <nl> <nl> def reduce_max ( x , axis , name = ' ' ) : <nl> Args : <nl> x : input tensor <nl> axis ( ` int ` or : class : ` cntk . Axis ` ) : axis along which the reduction will be performed <nl> - name ( ` str ` ) : the name of the node in the network <nl> + name ( ` str ` ) : the name of the Function instance in the network <nl> <nl> Returns : <nl> : class : ` cntk . Function ` <nl> def reduce_max ( x , axis , name = ' ' ) : <nl> axis = sanitize_axis ( x . shape ( ) . rank ( ) , axis ) <nl> return reduce_max ( x , axis , name ) <nl> <nl> - def reduce_min ( x , axis , name = ' ' ) : <nl> + def reduce_min ( x , axis , name = ' ' ) : <nl> ' ' ' <nl> Computes the min of the input tensor ' s elements across the specified axis . <nl> <nl> def reduce_min ( x , axis , name = ' ' ) : <nl> Args : <nl> x : input tensor <nl> axis ( ` int ` or : class : ` cntk . Axis ` ) : axis along which the reduction will be performed <nl> - name ( ` str ` ) : the name of the node in the network <nl> + name ( ` str ` ) : the name of the Function instance in the network <nl> <nl> Returns : <nl> : class : ` cntk . Function ` <nl> def reduce_min ( x , axis , name = ' ' ) : <nl> def dropout ( x , dropout_rate = 0 . 0 , name = ' ' ) : <nl> ' ' ' <nl> Compute a new tensor that randomly sets ` dropout_rate ` * 100 percent of the <nl> - nodes to zero . This is commonly used to prevent overfitting during the training <nl> + nodes to zero . This is commonly used to prevent overfitting during the training <nl> process . <nl> <nl> The output tensor has the same shape as ` x ` , but with ` dropout_rate ` of the <nl> def dropout ( x , dropout_rate = 0 . 0 , name = ' ' ) : <nl> <nl> Args : <nl> x : input tensor <nl> - dropout_rate ( float , [ 0 , 1 ) ) : fraction of nodes to be set to zero <nl> - name ( ` str ` , optional ) : the name of the node in the network <nl> - <nl> + dropout_rate ( float , [ 0 , 1 ) ) : fraction of nodes to be set to zero <nl> + name ( ` str ` , optional ) : the name of the Function instance in the network <nl> + <nl> Returns : <nl> - FIXME also in all of the other cases : class : ` cntk . Function ` <nl> - ' ' ' <nl> + FIXME also in all of the other cases : class : ` cntk . Function ` <nl> + ' ' ' <nl> if dropout_rate < 0 . 0 or dropout_rate > = 1 . 0 : <nl> raise ValueError ( ' dropout_rate must be in the interval [ 0 , 1 ) ' ) <nl> <nl> from cntk . cntk_py import dropout <nl> x = sanitize_input ( x ) <nl> - <nl> - return dropout ( x , dropout_rate , name ) <nl> + <nl> + return dropout ( x , dropout_rate , name ) <nl> <nl> # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # <nl> # variables_and_parameters ops <nl> def dropout ( x , dropout_rate = 0 . 0 , name = ' ' ) : <nl> <nl> # TODO : if we end up using only factory methods , we should get rid of the class Variable in variables . py <nl> <nl> - def input_variable ( shape , data_type = np . float32 , needs_gradient = True , is_sparse = False , <nl> + def input_variable ( shape , data_type = np . float32 , needs_gradient = True , is_sparse = False , <nl> dynamic_axes = Axis . default_input_variable_dynamic_axes , name = ' ' ) : <nl> ' ' ' <nl> - It creates an input node . <nl> + It creates an input node . <nl> <nl> Args : <nl> - shape ( ` tuple ` or ` int ` ) : the shape of the input tensor <nl> + shape ( ` tuple ` or ` int ` ) : the shape of the input tensor <nl> data_type ( ` type ` , optional ) : np . float32 ( default ) or np . float64 <nl> needs_gradients ( ` bool ` , optional ) : whether to back - propagates to it or not . True by default . <nl> is_sparse ( ` bool ` , optional ) : whether the variable is sparse ( ` False ` by default ) <nl> dynamic_axes ( ` list ` or ` tuple ` , default ) : a list of dynamic axis ( e . g . , batch axis , time axis ) <nl> - name ( ` str ` , optional ) : the name of the node in the network <nl> - <nl> + name ( ` str ` , optional ) : the name of the Function instance in the network <nl> + <nl> Returns : <nl> : class : ` cntk . Function ` <nl> ' ' ' <nl> def placeholder_variable ( shape , dynamic_axes = [ Axis . default_dynamic_axis ( ) , Axi <nl> are unfolded , the place holder will get assigned a variable along the correspondent dynamic axis . <nl> <nl> Args : <nl> - shape ( ` tuple ` or ` int ` ) : the shape of the variable tensor <nl> + shape ( ` tuple ` or ` int ` ) : the shape of the variable tensor <nl> dynamic_axes ( ` list ` ) : the list of dynamic axes that the actual variable uses <nl> - <nl> + <nl> Returns : <nl> : class : ` cntk . Function ` <nl> ' ' ' <nl> def placeholder_variable ( shape , dynamic_axes = [ Axis . default_dynamic_axis ( ) , Axi <nl> shape = sanitize_shape ( shape ) <nl> dynamic_axes = sanitize_dynamic_axes ( dynamic_axes ) <nl> return placeholder_variable ( shape , dynamic_axes ) <nl> - <nl> + <nl> def parameter ( shape = None , value = None , device = None , name = ' ' ) : <nl> ' ' ' <nl> - It creates a parameter tensor . <nl> + It creates a parameter tensor . <nl> <nl> Args : <nl> shape ( ` tuple ` or ` int ` , optional ) : the shape of the input tensor . If not provided , it <nl> def parameter ( shape = None , value = None , device = None , name = ' ' ) : <nl> for every element in the tensor or NumPy array . <nl> If ` None ` , the tensor will be initialized uniformly random . <nl> device ( : class : ` cntk . DeviceDescriptor ` ) : instance of DeviceDescriptor <nl> - name ( ` str ` , optional ) : the name of the node in the network <nl> + name ( ` str ` , optional ) : the name of the Function instance in the network <nl> <nl> Returns : <nl> : class : ` cntk . Function ` <nl> - ' ' ' <nl> + ' ' ' <nl> <nl> from . variables import Parameter <nl> if not device : <nl> def parameter ( shape = None , value = None , device = None , name = ' ' ) : <nl> else : <nl> data_type = None <nl> <nl> - return Parameter ( shape , value , data_type , device , name ) <nl> + return Parameter ( shape , value , data_type , device , name ) <nl> <nl> def constant ( shape = None , value = None , device = None , name = ' ' ) : <nl> ' ' ' <nl> def constant ( shape = None , value = None , device = None , name = ' ' ) : <nl> every element in the tensor or NumPy array . <nl> If ` ` None ` ` , the tensor will be initialized uniformly random . <nl> device ( : class : ` cntk . DeviceDescriptor ` ) : instance of DeviceDescriptor <nl> - name ( ` str ` , optional ) : the name of the node in the network <nl> + name ( ` str ` , optional ) : the name of the Function instance in the network <nl> Returns : <nl> : class : ` cntk . Function ` <nl> ' ' ' <nl> def constant ( shape = None , value = None , device = None , name = ' ' ) : <nl> def per_dim_mean_variance_normalize ( operand , mean , inv_stddev , name = ' ' ) : <nl> ' ' ' <nl> Computes per dimension mean - variance normalization of the specified input operand . <nl> - <nl> + <nl> Args : <nl> operand : the variable to be normalized <nl> mean ( NumPy array ) : per dimension mean to use for the normalization <nl> inv_stddev ( NumPy array ) : per dimension standard deviation to use for the normalization <nl> - name ( ` str ` , optional ) : the name of the node in the network <nl> + name ( ` str ` , optional ) : the name of the Function instance in the network <nl> Returns : <nl> - : class : ` cntk . Function ` <nl> + : class : ` cntk . Function ` <nl> ' ' ' <nl> - from cntk . cntk_py import per_dim_mean_variance_normalize <nl> + from cntk . cntk_py import per_dim_mean_variance_normalize <nl> mean = sanitize_input ( mean , get_data_type ( mean ) ) <nl> inv_stddev = sanitize_input ( inv_stddev , get_data_type ( inv_stddev ) ) <nl> - return per_dim_mean_variance_normalize ( operand , mean , inv_stddev , name ) <nl> + return per_dim_mean_variance_normalize ( operand , mean , inv_stddev , name ) <nl> mmm a / bindings / python / cntk / ops / variables . py <nl> ppp b / bindings / python / cntk / ops / variables . py <nl> def _sanitize_value ( shape , value , dtype , device , is_param = False ) : <nl> ndav = NDArrayView . random_uniform_float ( shape , - 0 . 05 , 0 . 05 , 1 , device ) <nl> else : <nl> ndav = utils . create_NDArrayView ( shape , cntk_dtype , device ) <nl> - <nl> - <nl> else : <nl> if not isinstance ( value , np . ndarray ) or value . dtype ! = np_dtype : <nl> if np . isscalar ( value ) and shape : <nl> def _sanitize_value ( shape , value , dtype , device , is_param = False ) : <nl> <nl> return ndav <nl> <nl> - # TODO : remove default values from all constructors ' arguments <nl> class Variable ( TensorOpsMixin , Variable ) : <nl> def __init__ ( self , shape = None , data_type = None , needs_gradient = False , is_sparse = False , <nl> dynamic_axes = [ Axis . default_dynamic_axis ( ) , Axis . default_batch_axis ( ) ] , name = ' ' ) : <nl>	Addressing CR comments	microsoft/CNTK	ebe24c0db732859d00b293c3c44c0fa81e269daf	2016-09-26T17:59:26Z
mmm a / dbms / include / DB / Dictionaries / ExecutableDictionarySource . h <nl> ppp b / dbms / include / DB / Dictionaries / ExecutableDictionarySource . h <nl> class ExecutableDictionarySource final : public IDictionarySource <nl> Logger * log = & Logger : : get ( " ExecutableDictionarySource " ) ; <nl> <nl> const DictionaryStructure dict_struct ; <nl> - const std : : string name ; <nl> + const std : : string path ; <nl> const std : : string format ; <nl> - const bool selective ; <nl> Block sample_block ; <nl> const Context & context ; <nl> } ; <nl> mmm a / dbms / include / DB / Dictionaries / HTTPDictionarySource . h <nl> ppp b / dbms / include / DB / Dictionaries / HTTPDictionarySource . h <nl> class HTTPDictionarySource final : public IDictionarySource <nl> const std : : string path ; <nl> / / const std : : string method ; <nl> const std : : string format ; <nl> - const bool selective ; <nl> <nl> Block sample_block ; <nl> const Context & context ; <nl> mmm a / dbms / src / Dictionaries / ExecutableDictionarySource . cpp <nl> ppp b / dbms / src / Dictionaries / ExecutableDictionarySource . cpp <nl> ExecutableDictionarySource : : ExecutableDictionarySource ( const DictionaryStructure <nl> const Poco : : Util : : AbstractConfiguration & config , const std : : string & config_prefix , <nl> Block & sample_block , const Context & context ) : <nl> dict_struct { dict_struct_ } , <nl> - name { config . getString ( config_prefix + " . name " ) } , <nl> + path { config . getString ( config_prefix + " . path " ) } , <nl> format { config . getString ( config_prefix + " . format " ) } , <nl> - selective { ! config . getString ( config_prefix + " . selective " , " " ) . empty ( ) } , / / todo ! how to correct ? <nl> sample_block { sample_block } , <nl> context ( context ) <nl> { <nl> ExecutableDictionarySource : : ExecutableDictionarySource ( const DictionaryStructure <nl> <nl> ExecutableDictionarySource : : ExecutableDictionarySource ( const ExecutableDictionarySource & other ) : <nl> dict_struct { other . dict_struct } , <nl> - name { other . name } , <nl> + path { other . path } , <nl> format { other . format } , <nl> - selective { other . selective } , <nl> sample_block { other . sample_block } , <nl> context ( other . context ) <nl> { <nl> ExecutableDictionarySource : : ExecutableDictionarySource ( const ExecutableDictionar <nl> BlockInputStreamPtr ExecutableDictionarySource : : loadAll ( ) <nl> { <nl> LOG_TRACE ( log , " loadAll " + toString ( ) ) ; <nl> - auto process = ShellCommand : : execute ( name ) ; <nl> + auto process = ShellCommand : : execute ( path ) ; <nl> auto stream = context . getInputFormat ( format , process - > out , sample_block , max_block_size ) ; <nl> return std : : make_shared < OwningBlockInputStream < ShellCommand > > ( stream , std : : move ( process ) ) ; <nl> } <nl> BlockInputStreamPtr ExecutableDictionarySource : : loadAll ( ) <nl> BlockInputStreamPtr ExecutableDictionarySource : : loadIds ( const std : : vector < UInt64 > & ids ) <nl> { <nl> LOG_TRACE ( log , " loadIds " + toString ( ) ) ; <nl> - auto process = ShellCommand : : execute ( name ) ; <nl> + auto process = ShellCommand : : execute ( path ) ; <nl> <nl> { <nl> ColumnWithTypeAndName column ; <nl> BlockInputStreamPtr ExecutableDictionarySource : : loadKeys ( <nl> const ConstColumnPlainPtrs & key_columns , const std : : vector < std : : size_t > & requested_rows ) <nl> { <nl> LOG_TRACE ( log , " loadKeys " + toString ( ) ) ; <nl> - auto process = ShellCommand : : execute ( name ) ; <nl> + auto process = ShellCommand : : execute ( path ) ; <nl> <nl> { <nl> Block block ; <nl> bool ExecutableDictionarySource : : isModified ( ) const <nl> <nl> bool ExecutableDictionarySource : : supportsSelectiveLoad ( ) const <nl> { <nl> - return selective ; <nl> + return true ; <nl> } <nl> <nl> DictionarySourcePtr ExecutableDictionarySource : : clone ( ) const <nl> DictionarySourcePtr ExecutableDictionarySource : : clone ( ) const <nl> <nl> std : : string ExecutableDictionarySource : : toString ( ) const <nl> { <nl> - return " Executable : " + name ; <nl> + return " Executable : " + path ; <nl> } <nl> <nl> } <nl> mmm a / dbms / src / Dictionaries / HTTPDictionarySource . cpp <nl> ppp b / dbms / src / Dictionaries / HTTPDictionarySource . cpp <nl> HTTPDictionarySource : : HTTPDictionarySource ( const DictionaryStructure & dict_stru <nl> path { config . getString ( config_prefix + " . path " , " " ) } , <nl> / / method { config . getString ( config_prefix + " . method " , " " ) } , <nl> format { config . getString ( config_prefix + " . format " ) } , <nl> - selective { ! config . getString ( config_prefix + " . selective " , " " ) . empty ( ) } , / / todo ! how to correct ? <nl> sample_block { sample_block } , <nl> context ( context ) <nl> { <nl> HTTPDictionarySource : : HTTPDictionarySource ( const HTTPDictionarySource & other ) : <nl> port { other . port } , <nl> path { other . path } , <nl> format { other . format } , <nl> - selective { other . selective } , <nl> sample_block { other . sample_block } , <nl> context ( other . context ) <nl> { <nl> bool HTTPDictionarySource : : isModified ( ) const <nl> <nl> bool HTTPDictionarySource : : supportsSelectiveLoad ( ) const <nl> { <nl> - return selective ; <nl> + return true ; <nl> } <nl> <nl> DictionarySourcePtr HTTPDictionarySource : : clone ( ) const <nl>	clean	ClickHouse/ClickHouse	8f573d73080d899a3a02bed2c16ae431409f1044	2016-11-23T22:44:53Z
mmm a / BUILD <nl> ppp b / BUILD <nl> config_setting ( <nl> ) <nl> <nl> # This should be updated along with build . yaml <nl> - g_stands_for = " gangnam " <nl> + g_stands_for = " ganges " <nl> <nl> core_version = " 7 . 0 . 0 " <nl> <nl> - version = " 1 . 23 . 0 - dev " <nl> + version = " 1 . 24 . 0 - dev " <nl> <nl> GPR_PUBLIC_HDRS = [ <nl> " include / grpc / support / alloc . h " , <nl> mmm a / build . yaml <nl> ppp b / build . yaml <nl> settings : <nl> ' # 10 ' : See the expand_version . py for all the quirks here <nl> core_version : 7 . 0 . 0 <nl> csharp_major_version : 2 <nl> - g_stands_for : gangnam <nl> - version : 1 . 23 . 0 - dev <nl> + g_stands_for : ganges <nl> + version : 1 . 24 . 0 - dev <nl> filegroups : <nl> - name : alts_proto <nl> headers : <nl> mmm a / doc / g_stands_for . md <nl> ppp b / doc / g_stands_for . md <nl> <nl> - 1 . 20 ' g ' stands for [ ' godric ' ] ( https : / / github . com / grpc / grpc / tree / v1 . 20 . x ) <nl> - 1 . 21 ' g ' stands for [ ' gandalf ' ] ( https : / / github . com / grpc / grpc / tree / v1 . 21 . x ) <nl> - 1 . 22 ' g ' stands for [ ' gale ' ] ( https : / / github . com / grpc / grpc / tree / v1 . 22 . x ) <nl> - - 1 . 23 ' g ' stands for [ ' gangnam ' ] ( https : / / github . com / grpc / grpc / tree / master ) <nl> + - 1 . 23 ' g ' stands for [ ' gangnam ' ] ( https : / / github . com / grpc / grpc / tree / v1 . 23 . x ) <nl> + - 1 . 24 ' g ' stands for [ ' ganges ' ] ( https : / / github . com / grpc / grpc / tree / master ) <nl>	Bump version to v1 . 24 . x	grpc/grpc	48516216307a262cf028759156ff1c8f99568d09	2019-08-02T00:30:47Z
new file mode 100644 <nl> index 000000000000 . . 3c7ffefc984a <nl> mmm / dev / null <nl> ppp b / buildscripts / resmokeconfig / suites / core_compression . yml <nl> <nl> + selector : <nl> + js_test : <nl> + roots : <nl> + - jstests / core / * . js <nl> + <nl> + executor : <nl> + js_test : <nl> + config : <nl> + shell_options : <nl> + global_vars : <nl> + TestData : <nl> + networkMessageCompressors : snappy <nl> + readMode : commands <nl> + networkMessageCompressors : snappy <nl> + hooks : <nl> + - class : ValidateCollections <nl> + - class : CleanEveryN <nl> + n : 20 <nl> + fixture : <nl> + class : MongoDFixture <nl> + mongod_options : <nl> + networkMessageCompressors : snappy <nl> + set_parameters : <nl> + enableTestCommands : 1 <nl> + <nl> new file mode 100644 <nl> index 000000000000 . . 0580efcf1d74 <nl> mmm / dev / null <nl> ppp b / buildscripts / resmokeconfig / suites / replica_sets_compression . yml <nl> <nl> + selector : <nl> + js_test : <nl> + roots : <nl> + - jstests / replsets / * . js <nl> + exclude_files : <nl> + # Disable config_server_checks . js since it starts mmap servers . <nl> + - jstests / replsets / config_server_checks . js <nl> + <nl> + executor : <nl> + js_test : <nl> + config : <nl> + shell_options : <nl> + nodb : ' ' <nl> + global_vars : <nl> + TestData : <nl> + networkMessageCompressors : snappy <nl> + readMode : commands <nl> new file mode 100644 <nl> index 000000000000 . . f6351df4c3d6 <nl> mmm / dev / null <nl> ppp b / buildscripts / resmokeconfig / suites / sharding_compression . yml <nl> <nl> + selector : <nl> + js_test : <nl> + roots : <nl> + - jstests / sharding / * . js <nl> + <nl> + executor : <nl> + js_test : <nl> + config : <nl> + shell_options : <nl> + global_vars : <nl> + TestData : <nl> + networkMessageCompressors : snappy <nl> + nodb : ' ' <nl> + readMode : commands <nl> mmm a / etc / evergreen . yml <nl> ppp b / etc / evergreen . yml <nl> tasks : <nl> resmoke_args : - - suites = core - - shellReadMode = legacy - - shellWriteMode = compatibility - - storageEngine = wiredTiger <nl> run_multiple_jobs : true <nl> <nl> + - < < : * task_template <nl> + name : jsCore_compression <nl> + depends_on : <nl> + - name : jsCore_WT <nl> + commands : <nl> + - func : " do setup " <nl> + - func : " run tests " <nl> + vars : <nl> + resmoke_args : - - suites = core_compression <nl> + run_multiple_jobs : true <nl> + <nl> - < < : * task_template <nl> name : jsCore_auth <nl> depends_on : <nl> tasks : <nl> resmoke_args : - - suites = replica_sets_auth <nl> run_multiple_jobs : true <nl> <nl> + - < < : * task_template <nl> + name : replicasets_compression <nl> + commands : <nl> + - func : " do setup " <nl> + - func : " run tests " <nl> + vars : <nl> + resmoke_args : - - suites = replica_sets_compression <nl> + run_multiple_jobs : true <nl> + <nl> - < < : * task_template <nl> name : replicasets_legacy <nl> commands : <nl> tasks : <nl> resmoke_args : - - suites = sharding - - storageEngine = wiredTiger <nl> run_multiple_jobs : true <nl> <nl> + - < < : * task_template <nl> + name : sharding_compression <nl> + commands : <nl> + - func : " do setup " <nl> + - func : " run tests " <nl> + vars : <nl> + resmoke_args : - - suites = sharding_compression <nl> + run_multiple_jobs : true <nl> + <nl> - < < : * task_template <nl> name : sharding_csrs_continuous_config_stepdown_WT <nl> commands : <nl> buildvariants : <nl> - name : sharding_gle_auth_basics_passthrough_write_cmd_WT <nl> - name : jsCore_WT <nl> - name : jsCore_compatibility_WT <nl> + - name : jsCore_compression <nl> - name : jsCore_decimal_WT <nl> - name : jsCore_small_oplog_WT <nl> - name : jsCore_small_oplog_rs_WT <nl> buildvariants : <nl> - name : jsCore_WT <nl> - name : jsCore_WT_ese <nl> - name : jsCore_compatibility_WT <nl> + - name : jsCore_compression <nl> - name : jsCore_decimal_WT <nl> - name : jsCore_op_query_WT <nl> - name : jsCore_small_oplog_WT <nl> buildvariants : <nl> - name : replicasets_WT <nl> - name : replicasets_WT_ese <nl> - name : replicasets_auth <nl> + - name : replicasets_compression <nl> - name : replicasets_legacy <nl> - name : replication_WT <nl> - name : replication_auth <nl> buildvariants : <nl> - name : sharding_WT_ese <nl> - name : sharding_auth <nl> - name : sharding_auth_audit_WT <nl> + - name : sharding_compression <nl> - name : sharding_csrs_continuous_config_stepdown_WT <nl> - name : sharding_gle_auth_basics_passthrough_WT <nl> - name : sharding_gle_auth_basics_passthrough_write_cmd_WT <nl> buildvariants : <nl> - name : jsCore_WT <nl> - name : jsCore_compatibility <nl> - name : jsCore_compatibility_WT <nl> + - name : jsCore_compression <nl> - name : jsCore_decimal <nl> - name : jsCore_decimal_WT <nl> - name : jsCore_small_oplog <nl> buildvariants : <nl> - name : read_concern_majority_passthrough_WT <nl> - name : replicasets <nl> - name : replicasets_WT <nl> + - name : replicasets_compression <nl> - name : replication <nl> - name : replication_WT <nl> - name : sharding <nl> - name : sharding_WT <nl> + - name : sharding_compression <nl> - name : slow1 <nl> - name : slow1_WT <nl> - name : serial_run <nl> buildvariants : <nl> - name : jsCore_WT <nl> - name : jsCore_compatibility <nl> - name : jsCore_compatibility_WT <nl> + - name : jsCore_compression <nl> - name : jsCore_decimal <nl> - name : jsCore_decimal_WT <nl> - name : jsCore_small_oplog <nl> buildvariants : <nl> - name : jsCore_WT <nl> - name : jsCore_compatibility <nl> - name : jsCore_compatibility_WT <nl> + - name : jsCore_compression <nl> - name : jsCore_decimal <nl> - name : jsCore_decimal_WT <nl> - name : jsCore_small_oplog <nl> buildvariants : <nl> - name : concurrency_simultaneous_WT <nl> - name : replicasets <nl> - name : replicasets_WT <nl> + - name : replicasets_compression <nl> - name : replication <nl> - name : replication_WT <nl> - name : slow1 <nl> buildvariants : <nl> - name : jsCore_auth <nl> - name : jsCore_compatibility <nl> - name : jsCore_compatibility_WT <nl> + - name : jsCore_compression <nl> - name : jsCore_decimal <nl> - name : jsCore_decimal_WT <nl> - name : jsCore_minimum_batch_size_WT <nl> buildvariants : <nl> - name : replicasets_auth <nl> distros : <nl> - rhel62 - large <nl> + - name : replicasets_compression <nl> + distros : <nl> + - rhel62 - large <nl> - name : replicasets_legacy <nl> distros : <nl> - rhel62 - large <nl> buildvariants : <nl> - name : sharding_auth_audit_WT <nl> distros : <nl> - rhel62 - large <nl> + - name : sharding_compression <nl> + distros : <nl> + - rhel62 - large <nl> - name : sharding_gle_auth_basics_passthrough <nl> - name : sharding_gle_auth_basics_passthrough_WT <nl> - name : sharding_gle_auth_basics_passthrough_write_cmd <nl> buildvariants : <nl> - name : jsCore_auth <nl> - name : jsCore_compatibility <nl> - name : jsCore_compatibility_WT <nl> + - name : jsCore_compression <nl> - name : jsCore_decimal <nl> - name : jsCore_decimal_WT <nl> - name : jsCore_minimum_batch_size_WT <nl> buildvariants : <nl> - name : replicasets_WT <nl> - name : replicasets_WT_ese <nl> - name : replicasets_auth <nl> + - name : replicasets_compression <nl> - name : replicasets_legacy <nl> - name : replication <nl> - name : replication_WT <nl> buildvariants : <nl> - name : sharding_WT_ese <nl> - name : sharding_auth <nl> - name : sharding_auth_audit_WT <nl> + - name : sharding_compression <nl> - name : sharding_gle_auth_basics_passthrough <nl> - name : sharding_gle_auth_basics_passthrough_WT <nl> - name : sharding_gle_auth_basics_passthrough_write_cmd <nl> buildvariants : <nl> - name : jsCore_auth <nl> - name : jsCore_compatibility <nl> - name : jsCore_compatibility_WT <nl> + - name : jsCore_compression <nl> - name : jsCore_decimal <nl> - name : jsCore_decimal_WT <nl> - name : jsCore_minimum_batch_size_WT <nl> buildvariants : <nl> - name : replicasets_WT <nl> - name : replicasets_WT_ese <nl> - name : replicasets_auth <nl> + - name : replicasets_compression <nl> - name : replicasets_legacy <nl> - name : replication <nl> - name : replication_WT <nl> buildvariants : <nl> - name : sharding_WT_ese <nl> - name : sharding_auth <nl> - name : sharding_auth_audit_WT <nl> + - name : sharding_compression <nl> - name : sharding_gle_auth_basics_passthrough <nl> - name : sharding_gle_auth_basics_passthrough_WT <nl> - name : sharding_gle_auth_basics_passthrough_write_cmd <nl> mmm a / src / mongo / SConscript <nl> ppp b / src / mongo / SConscript <nl> if not has_option ( ' noshell ' ) and usemozjs : <nl> ' rpc / protocol ' , <nl> ' scripting / scripting ' , <nl> ' shell / mongojs ' , <nl> - ' transport / message_compressor_registry ' , <nl> + ' transport / message_compressor ' , <nl> ' util / net / network ' , <nl> ' util / options_parser / options_parser_init ' , <nl> ' util / processinfo ' , <nl> mmm a / src / mongo / client / dbclient . cpp <nl> ppp b / src / mongo / client / dbclient . cpp <nl> executor : : RemoteCommandResponse initWireVersion ( DBClientConnection * conn , <nl> return serializeStatus ; <nl> } <nl> <nl> + conn - > getCompressorManager ( ) . clientBegin ( & bob ) ; <nl> + <nl> Date_t start { Date_t : : now ( ) } ; <nl> auto result = <nl> conn - > runCommandWithMetadata ( " admin " , " isMaster " , rpc : : makeEmptyMetadata ( ) , bob . done ( ) ) ; <nl> executor : : RemoteCommandResponse initWireVersion ( DBClientConnection * conn , <nl> conn - > setWireVersions ( minWireVersion , maxWireVersion ) ; <nl> } <nl> <nl> + conn - > getCompressorManager ( ) . clientFinish ( isMasterObj ) ; <nl> + <nl> return executor : : RemoteCommandResponse { <nl> std : : move ( isMasterObj ) , result - > getMetadata ( ) . getOwned ( ) , finish - start } ; <nl> <nl> DBClientConnection : : DBClientConnection ( bool _autoReconnect , <nl> void DBClientConnection : : say ( Message & toSend , bool isRetry , string * actualServer ) { <nl> checkConnection ( ) ; <nl> try { <nl> - port ( ) . say ( toSend ) ; <nl> + auto swm = _compressorManager . compressMessage ( toSend ) ; <nl> + uassertStatusOK ( swm . getStatus ( ) ) ; <nl> + port ( ) . say ( swm . getValue ( ) ) ; <nl> } catch ( SocketException & ) { <nl> _failed = true ; <nl> throw ; <nl> void DBClientConnection : : say ( Message & toSend , bool isRetry , string * actualServer <nl> } <nl> <nl> bool DBClientConnection : : recv ( Message & m ) { <nl> - if ( port ( ) . recv ( m ) ) { <nl> - return true ; <nl> + if ( ! port ( ) . recv ( m ) ) { <nl> + _failed = true ; <nl> + return false ; <nl> } <nl> <nl> - _failed = true ; <nl> - return false ; <nl> + if ( m . operation ( ) = = dbCompressed ) { <nl> + auto swm = _compressorManager . decompressMessage ( m ) ; <nl> + uassertStatusOK ( swm . getStatus ( ) ) ; <nl> + m = std : : move ( swm . getValue ( ) ) ; <nl> + } <nl> + <nl> + return true ; <nl> } <nl> <nl> bool DBClientConnection : : call ( Message & toSend , <nl> bool DBClientConnection : : call ( Message & toSend , <nl> * / <nl> checkConnection ( ) ; <nl> try { <nl> - if ( ! port ( ) . call ( toSend , response ) ) { <nl> + auto swm = _compressorManager . compressMessage ( toSend ) ; <nl> + uassertStatusOK ( swm . getStatus ( ) ) ; <nl> + <nl> + if ( ! port ( ) . call ( swm . getValue ( ) , response ) ) { <nl> _failed = true ; <nl> if ( assertOk ) <nl> uasserted ( 10278 , <nl> bool DBClientConnection : : call ( Message & toSend , <nl> < < getServerAddress ( ) ) ; <nl> return false ; <nl> } <nl> + <nl> + if ( response . operation ( ) = = dbCompressed ) { <nl> + auto swm = _compressorManager . decompressMessage ( response ) ; <nl> + uassertStatusOK ( swm . getStatus ( ) ) ; <nl> + response = std : : move ( swm . getValue ( ) ) ; <nl> + } <nl> } catch ( SocketException & ) { <nl> _failed = true ; <nl> throw ; <nl> mmm a / src / mongo / client / dbclientinterface . h <nl> ppp b / src / mongo / client / dbclientinterface . h <nl> <nl> # include " mongo / rpc / protocol . h " <nl> # include " mongo / rpc / unique_message . h " <nl> # include " mongo / stdx / functional . h " <nl> + # include " mongo / transport / message_compressor_manager . h " <nl> # include " mongo / util / mongoutils / str . h " <nl> # include " mongo / util / net / abstract_message_port . h " <nl> # include " mongo / util / net / message . h " <nl> class DBClientConnection : public DBClientBase { <nl> <nl> uint64_t getSockCreationMicroSec ( ) const ; <nl> <nl> + MessageCompressorManager & getCompressorManager ( ) { <nl> + return _compressorManager ; <nl> + } <nl> + <nl> protected : <nl> int _minWireVersion { 0 } ; <nl> int _maxWireVersion { 0 } ; <nl> class DBClientConnection : public DBClientBase { <nl> <nl> / / Hook ran on every call to connect ( ) <nl> HandshakeValidationHook _hook ; <nl> + <nl> + MessageCompressorManager _compressorManager ; <nl> } ; <nl> <nl> BSONElement getErrField ( const BSONObj & result ) ; <nl> mmm a / src / mongo / db / SConscript <nl> ppp b / src / mongo / db / SConscript <nl> env . Library ( <nl> LIBDEPS = [ <nl> ' $ BUILD_DIR / mongo / base ' , <nl> ' $ BUILD_DIR / mongo / util / cmdline_utils / cmdline_utils ' , <nl> - ' $ BUILD_DIR / mongo / transport / message_compressor_registry ' , <nl> + ' $ BUILD_DIR / mongo / transport / message_compressor ' , <nl> # The dependency on network is a temporary crutch that should go away once the <nl> # networking library has separate options <nl> ' $ BUILD_DIR / mongo / util / net / network ' , <nl> mmm a / src / mongo / db / repl / replication_info . cpp <nl> ppp b / src / mongo / db / repl / replication_info . cpp <nl> class CmdIsMaster : public Command { <nl> if ( parameter ) <nl> parameter - > append ( txn , result , " automationServiceDescriptor " ) ; <nl> <nl> + txn - > getClient ( ) - > session ( ) - > getCompressorManager ( ) . serverNegotiate ( cmdObj , & result ) ; <nl> + <nl> return true ; <nl> } <nl> } cmdismaster ; <nl> mmm a / src / mongo / executor / network_interface_asio . h <nl> ppp b / src / mongo / executor / network_interface_asio . h <nl> <nl> # include " mongo / stdx / functional . h " <nl> # include " mongo / stdx / mutex . h " <nl> # include " mongo / stdx / thread . h " <nl> + # include " mongo / transport / message_compressor_manager . h " <nl> # include " mongo / util / net / message . h " <nl> <nl> namespace mongo { <nl> class NetworkInterfaceASIO final : public NetworkInterface { <nl> rpc : : ProtocolSet clientProtocols ( ) const ; <nl> void setServerProtocols ( rpc : : ProtocolSet protocols ) ; <nl> <nl> + MessageCompressorManager & getCompressorManager ( ) { <nl> + return _compressorManager ; <nl> + } <nl> + <nl> private : <nl> std : : unique_ptr < AsyncStreamInterface > _stream ; <nl> <nl> class NetworkInterfaceASIO final : public NetworkInterface { <nl> / / Dynamically initialized from [ min max ] WireVersionOutgoing . <nl> / / Its expected that isMaster response is checked only on the caller . <nl> rpc : : ProtocolSet _clientProtocols { rpc : : supports : : kNone } ; <nl> + <nl> + MessageCompressorManager _compressorManager ; <nl> } ; <nl> <nl> / * * <nl> mmm a / src / mongo / executor / network_interface_asio_auth . cpp <nl> ppp b / src / mongo / executor / network_interface_asio_auth . cpp <nl> void NetworkInterfaceASIO : : _runIsMaster ( AsyncOp * op ) { <nl> bob . append ( " hostInfo " , sb . str ( ) ) ; <nl> } <nl> <nl> + op - > connection ( ) . getCompressorManager ( ) . clientBegin ( & bob ) ; <nl> + <nl> requestBuilder . setCommandArgs ( bob . done ( ) ) ; <nl> requestBuilder . setMetadata ( rpc : : makeEmptyMetadata ( ) ) ; <nl> <nl> void NetworkInterfaceASIO : : _runIsMaster ( AsyncOp * op ) { <nl> <nl> op - > setOperationProtocol ( negotiatedProtocol . getValue ( ) ) ; <nl> <nl> + op - > connection ( ) . getCompressorManager ( ) . clientFinish ( commandReply . data ) ; <nl> + <nl> if ( _hook ) { <nl> / / Run the validation hook . <nl> auto validHost = callNoexcept ( <nl> mmm a / src / mongo / executor / network_interface_asio_command . cpp <nl> ppp b / src / mongo / executor / network_interface_asio_command . cpp <nl> ResponseStatus NetworkInterfaceASIO : : AsyncCommand : : response ( AsyncOp * op , <nl> Date_t now , <nl> rpc : : EgressMetadataHook * metadataHook ) { <nl> auto & received = _toRecv ; <nl> + if ( received . operation ( ) = = dbCompressed ) { <nl> + auto swm = conn ( ) . getCompressorManager ( ) . decompressMessage ( received ) ; <nl> + if ( ! swm . isOK ( ) ) { <nl> + return swm . getStatus ( ) ; <nl> + } <nl> + received = std : : move ( swm . getValue ( ) ) ; <nl> + } <nl> + <nl> switch ( _type ) { <nl> case CommandType : : kRPC : { <nl> auto rs = decodeRPC ( & received , protocol , now - _start , _target , metadataHook ) ; <nl> mmm a / src / mongo / executor / network_interface_asio_operation . cpp <nl> ppp b / src / mongo / executor / network_interface_asio_operation . cpp <nl> Status NetworkInterfaceASIO : : AsyncOp : : beginCommand ( Message & & newCommand , <nl> MONGO_ASYNC_OP_INVARIANT ( _connection . is_initialized ( ) , <nl> " Connection should not change over AsyncOp ' s lifetime " ) ; <nl> <nl> + auto swm = _connection - > getCompressorManager ( ) . compressMessage ( newCommand ) ; <nl> + if ( ! swm . isOK ( ) ) <nl> + return swm . getStatus ( ) ; <nl> + <nl> / / Construct a new AsyncCommand object for each command . <nl> - _command . emplace ( _connection . get_ptr ( ) , type , std : : move ( newCommand ) , _owner - > now ( ) , target ) ; <nl> + _command . emplace ( _connection . get_ptr ( ) , type , std : : move ( swm . getValue ( ) ) , _owner - > now ( ) , target ) ; <nl> return Status : : OK ( ) ; <nl> } <nl> <nl> mmm a / src / mongo / s / commands / cluster_is_master_cmd . cpp <nl> ppp b / src / mongo / s / commands / cluster_is_master_cmd . cpp <nl> <nl> # include " mongo / rpc / metadata / client_metadata_ismaster . h " <nl> # include " mongo / s / grid . h " <nl> # include " mongo / s / write_ops / batched_command_request . h " <nl> + # include " mongo / transport / message_compressor_manager . h " <nl> # include " mongo / util / map_util . h " <nl> <nl> namespace mongo { <nl> class CmdIsMaster : public Command { <nl> if ( parameter ) <nl> parameter - > append ( txn , result , " automationServiceDescriptor " ) ; <nl> <nl> + txn - > getClient ( ) - > session ( ) - > getCompressorManager ( ) . serverNegotiate ( cmdObj , & result ) ; <nl> + <nl> return true ; <nl> } <nl> <nl> mmm a / src / mongo / shell / replsettest . js <nl> ppp b / src / mongo / shell / replsettest . js <nl> var ReplSetTest = function ( opts ) { <nl> dest : getHostName ( ) + " : " + _unbridgedPorts [ n ] , <nl> } ) ; <nl> <nl> + if ( jsTestOptions ( ) . networkMessageCompressors ) { <nl> + bridgeOptions [ " networkMessageCompressors " ] = <nl> + jsTestOptions ( ) . networkMessageCompressors ; <nl> + } <nl> + <nl> this . nodes [ n ] = new MongoBridge ( bridgeOptions ) ; <nl> } <nl> <nl> mmm a / src / mongo / shell / servers . js <nl> ppp b / src / mongo / shell / servers . js <nl> var MongoRunner , _startMongod , startMongoProgram , runMongoProgram , startMongoPro <nl> MongoRunner . savedOptions [ opts . runId ] = Object . merge ( opts , { } ) ; <nl> } <nl> <nl> + if ( jsTestOptions ( ) . networkMessageCompressors ) { <nl> + opts . networkMessageCompressors = jsTestOptions ( ) . networkMessageCompressors ; <nl> + } <nl> + <nl> return opts ; <nl> } ; <nl> <nl> mmm a / src / mongo / shell / shardingtest . js <nl> ppp b / src / mongo / shell / shardingtest . js <nl> var ShardingTest = function ( params ) { <nl> otherParams . useBridge = otherParams . useBridge \| \| false ; <nl> otherParams . bridgeOptions = otherParams . bridgeOptions \| \| { } ; <nl> <nl> + if ( jsTestOptions ( ) . networkMessageCompressors ) { <nl> + otherParams . bridgeOptions [ " networkMessageCompressors " ] = <nl> + jsTestOptions ( ) . networkMessageCompressors ; <nl> + } <nl> + <nl> var keyFile = otherParams . keyFile ; <nl> var hostName = getHostName ( ) ; <nl> <nl> mmm a / src / mongo / shell / shell_options . cpp <nl> ppp b / src / mongo / shell / shell_options . cpp <nl> bool handlePreValidationMongoShellOptions ( const moe : : Environment & params , <nl> <nl> Status storeMongoShellOptions ( const moe : : Environment & params , <nl> const std : : vector < std : : string > & args ) { <nl> + Status ret = Status : : OK ( ) ; <nl> if ( params . count ( " quiet " ) ) { <nl> mongo : : serverGlobalParams . quiet = true ; <nl> } <nl> # ifdef MONGO_CONFIG_SSL <nl> - Status ret = storeSSLClientOptions ( params ) ; <nl> + ret = storeSSLClientOptions ( params ) ; <nl> if ( ! ret . isOK ( ) ) { <nl> return ret ; <nl> } <nl> mmm a / src / mongo / shell / utils . js <nl> ppp b / src / mongo / shell / utils . js <nl> jsTestOptions = function ( ) { <nl> / / Note : does not support the array version <nl> mongosBinVersion : TestData . mongosBinVersion \| \| " " , <nl> shardMixedBinVersions : TestData . shardMixedBinVersions \| \| false , <nl> + networkMessageCompressors : TestData . networkMessageCompressors <nl> } ) ; <nl> } <nl> return _jsTestOptions ; <nl> mmm a / src / mongo / tools / bridge . cpp <nl> ppp b / src / mongo / tools / bridge . cpp <nl> class Forwarder { <nl> <nl> Message request ; <nl> Message response ; <nl> + MessageCompressorManager compressorManager ; <nl> <nl> while ( true ) { <nl> try { <nl> class Forwarder { <nl> break ; <nl> } <nl> <nl> + if ( request . operation ( ) = = dbCompressed ) { <nl> + auto swm = compressorManager . decompressMessage ( request ) ; <nl> + if ( ! swm . isOK ( ) ) { <nl> + error ( ) < < " Error decompressing message : " < < swm . getStatus ( ) ; <nl> + _mp - > shutdown ( ) ; <nl> + return ; <nl> + } <nl> + request = std : : move ( swm . getValue ( ) ) ; <nl> + } <nl> + <nl> std : : unique_ptr < rpc : : RequestInterface > cmdRequest ; <nl> if ( request . operation ( ) = = dbQuery \| \| request . operation ( ) = = dbCommand ) { <nl> cmdRequest = rpc : : makeRequest ( & request ) ; <nl> class Forwarder { <nl> exhaust = q . queryOptions & QueryOption_Exhaust ; <nl> } <nl> while ( exhaust ) { <nl> + if ( response . operation ( ) = = dbCompressed ) { <nl> + auto swm = compressorManager . decompressMessage ( response ) ; <nl> + if ( ! swm . isOK ( ) ) { <nl> + error ( ) < < " Error decompressing message : " < < swm . getStatus ( ) ; <nl> + _mp - > shutdown ( ) ; <nl> + return ; <nl> + } <nl> + response = std : : move ( swm . getValue ( ) ) ; <nl> + } <nl> + <nl> MsgData : : View header = response . header ( ) ; <nl> QueryResult : : View qr = header . view2ptr ( ) ; <nl> if ( qr . getCursorId ( ) ) { <nl> mmm a / src / mongo / tools / mongobridge_options_init . cpp <nl> ppp b / src / mongo / tools / mongobridge_options_init . cpp <nl> <nl> <nl> # include < iostream > <nl> <nl> + # include " mongo / transport / message_compressor_registry . h " <nl> # include " mongo / util / exit_code . h " <nl> # include " mongo / util / options_parser / startup_option_init . h " <nl> # include " mongo / util / options_parser / startup_options . h " <nl> <nl> <nl> namespace mongo { <nl> MONGO_GENERAL_STARTUP_OPTIONS_REGISTER ( MongoBridgeOptions ) ( InitializerContext * context ) { <nl> + auto ret = addMessageCompressionOptions ( & moe : : startupOptions , false ) ; <nl> + if ( ! ret . isOK ( ) ) <nl> + return ret ; <nl> return addMongoBridgeOptions ( & moe : : startupOptions ) ; <nl> } <nl> <nl> MONGO_STARTUP_OPTIONS_STORE ( MongoBridgeOptions ) ( InitializerContext * context ) { <nl> std : : cerr < < " try ' " < < context - > args ( ) [ 0 ] < < " - - help ' for more information " < < std : : endl ; <nl> quickExit ( EXIT_BADOPTIONS ) ; <nl> } <nl> + <nl> + ret = storeMessageCompressionOptions ( moe : : startupOptionsParsed ) ; <nl> + if ( ! ret . isOK ( ) ) { <nl> + std : : cerr < < ret . toString ( ) < < std : : endl ; <nl> + quickExit ( EXIT_BADOPTIONS ) ; <nl> + } <nl> + <nl> return Status : : OK ( ) ; <nl> } <nl> } <nl> mmm a / src / mongo / transport / SConscript <nl> ppp b / src / mongo / transport / SConscript <nl> env . Library ( <nl> ' $ BUILD_DIR / mongo / unittest / unittest ' , <nl> ' $ BUILD_DIR / mongo / util / foundation ' , <nl> ' $ BUILD_DIR / mongo / util / net / network ' , <nl> + ' $ BUILD_DIR / mongo / transport / message_compressor ' , <nl> ] , <nl> ) <nl> <nl> env . CppUnitTest ( <nl> LIBDEPS = [ <nl> ' transport_layer_mock ' , <nl> ] , <nl> + ) <nl> <nl> env . Library ( <nl> target = ' message_compressor ' , <nl> source = [ <nl> - ' message_compressor_registry . cpp ' , <nl> ' message_compressor_manager . cpp ' , <nl> + ' message_compressor_registry . cpp ' , <nl> + ' message_compressor_snappy . cpp ' , <nl> ] , <nl> LIBDEPS = [ <nl> ' $ BUILD_DIR / mongo / base ' , <nl> ' $ BUILD_DIR / mongo / util / options_parser / options_parser ' , <nl> + ' $ BUILD_DIR / third_party / shim_snappy ' , <nl> ] <nl> ) <nl> <nl> mmm a / src / mongo / transport / message_compressor_base . h <nl> ppp b / src / mongo / transport / message_compressor_base . h <nl> <nl> # include " mongo / base / string_data . h " <nl> # include " mongo / platform / atomic_word . h " <nl> <nl> + # include < type_traits > <nl> + <nl> namespace mongo { <nl> - using MessageCompressorId = uint8_t ; <nl> + enum class MessageCompressor : uint8_t { <nl> + kNoop = 0 , <nl> + kSnappy = 1 , <nl> + kExtended = 255 , <nl> + } ; <nl> + <nl> + StringData getMessageCompressorName ( MessageCompressor id ) ; <nl> + using MessageCompressorId = std : : underlying_type < MessageCompressor > : : type ; <nl> <nl> class MessageCompressorBase { <nl> MONGO_DISALLOW_COPYING ( MessageCompressorBase ) ; <nl> class MessageCompressorBase { <nl> / * <nl> * This is called by sub - classes to intialize their ID / name fields . <nl> * / <nl> - MessageCompressorBase ( MessageCompressorId id , StringData name ) <nl> - : _id { id } , _name { name . toString ( ) } { } <nl> + MessageCompressorBase ( MessageCompressor id ) <nl> + : _id { static_cast < MessageCompressorId > ( id ) } , <nl> + _name { getMessageCompressorName ( id ) . toString ( ) } { } <nl> <nl> / * <nl> * Called by sub - classes to bump their bytesIn / bytesOut counters for compression <nl> mmm a / src / mongo / transport / message_compressor_manager . cpp <nl> ppp b / src / mongo / transport / message_compressor_manager . cpp <nl> struct CompressionHeader { <nl> CompressionHeader ( int32_t _opcode , int32_t _size , uint8_t _id ) <nl> : originalOpCode { _opcode } , uncompressedSize { _size } , compressorId { _id } { } <nl> <nl> - CompressionHeader ( ConstDataRangeCursor cursor ) { <nl> - originalOpCode = cursor . readAndAdvance < LittleEndian < std : : int32_t > > ( ) . getValue ( ) ; <nl> - uncompressedSize = cursor . readAndAdvance < LittleEndian < std : : int32_t > > ( ) . getValue ( ) ; <nl> - compressorId = cursor . readAndAdvance < LittleEndian < uint8_t > > ( ) . getValue ( ) ; <nl> + CompressionHeader ( ConstDataRangeCursor * cursor ) { <nl> + originalOpCode = cursor - > readAndAdvance < LittleEndian < std : : int32_t > > ( ) . getValue ( ) ; <nl> + uncompressedSize = cursor - > readAndAdvance < LittleEndian < std : : int32_t > > ( ) . getValue ( ) ; <nl> + compressorId = cursor - > readAndAdvance < LittleEndian < uint8_t > > ( ) . getValue ( ) ; <nl> } <nl> <nl> static size_t size ( ) { <nl> StatusWith < Message > MessageCompressorManager : : compressMessage ( const Message & msg <nl> inputHeader . getNetworkOp ( ) , inputHeader . dataLen ( ) , compressor - > getId ( ) ) ; <nl> <nl> if ( bufferSize > MaxMessageSizeBytes ) { <nl> + LOG ( 3 ) < < " Compressed message would be larger than " < < MaxMessageSizeBytes <nl> + < < " , returning original uncompressed message " ; <nl> return { msg } ; <nl> } <nl> <nl> StatusWith < Message > MessageCompressorManager : : compressMessage ( const Message & msg <nl> StatusWith < Message > MessageCompressorManager : : decompressMessage ( const Message & msg ) { <nl> auto inputHeader = msg . header ( ) ; <nl> ConstDataRangeCursor input ( inputHeader . data ( ) , inputHeader . data ( ) + inputHeader . dataLen ( ) ) ; <nl> - CompressionHeader compressionHeader ( input ) ; <nl> + CompressionHeader compressionHeader ( & input ) ; <nl> <nl> auto compressor = _registry - > getCompressor ( compressionHeader . compressorId ) ; <nl> if ( ! compressor ) { <nl> StatusWith < Message > MessageCompressorManager : : decompressMessage ( const Message & m <nl> if ( ! sws . isOK ( ) ) <nl> return sws . getStatus ( ) ; <nl> <nl> + if ( sws . getValue ( ) ! = static_cast < std : : size_t > ( compressionHeader . uncompressedSize ) ) { <nl> + return { ErrorCodes : : BadValue , " Decompressing message returned less data than expected " } ; <nl> + } <nl> + <nl> outMessage . setLen ( sws . getValue ( ) + MsgData : : MsgDataHeaderSize ) ; <nl> <nl> return { Message ( outputMessageBuffer ) } ; <nl> void MessageCompressorManager : : serverNegotiate ( const BSONObj & input , BSONObjBuil <nl> if ( ( cur = _registry - > getCompressor ( curName ) ) ) { <nl> LOG ( 3 ) < < cur - > getName ( ) < < " is supported " ; <nl> _negotiated . push_back ( cur ) ; <nl> - } else { / / Otherwise the compressor is not supported and we skip over it . <nl> - LOG ( 3 ) < < cur - > getName ( ) < < " is not supported " ; <nl> + } else { / / Otherwise the compressor is not supported and we skip over it . <nl> + LOG ( 3 ) < < curName < < " is not supported " ; <nl> } <nl> } <nl> <nl> mmm a / src / mongo / transport / message_compressor_manager . h <nl> ppp b / src / mongo / transport / message_compressor_manager . h <nl> class MessageCompressorManager { <nl> / * <nl> * Default constructor . Uses the global MessageCompressorRegistry . <nl> * / <nl> - explicit MessageCompressorManager ( ) ; <nl> + MessageCompressorManager ( ) ; <nl> <nl> / * <nl> * Constructs a manager from a specific MessageCompressorRegistry - used by the unit tests <nl> * to test various registry configurations . <nl> * / <nl> - MessageCompressorManager ( MessageCompressorRegistry * factory ) ; <nl> + explicit MessageCompressorManager ( MessageCompressorRegistry * factory ) ; <nl> + <nl> + MessageCompressorManager ( MessageCompressorManager & & ) = default ; <nl> + MessageCompressorManager & operator = ( MessageCompressorManager & & ) = default ; <nl> <nl> / * <nl> * Called by a client constructing an isMaster request . This function will append the result <nl> mmm a / src / mongo / transport / message_compressor_manager_test . cpp <nl> ppp b / src / mongo / transport / message_compressor_manager_test . cpp <nl> <nl> <nl> # include " mongo / bson / bsonobjbuilder . h " <nl> # include " mongo / stdx / memory . h " <nl> - # include " mongo / transport / message_compressor_registry . h " <nl> # include " mongo / transport / message_compressor_manager . h " <nl> # include " mongo / transport / message_compressor_noop . h " <nl> + # include " mongo / transport / message_compressor_registry . h " <nl> # include " mongo / unittest / unittest . h " <nl> + # include " mongo / util / net / message . h " <nl> <nl> # include < string > <nl> # include < vector > <nl> MessageCompressorRegistry buildRegistry ( ) { <nl> ret . registerImplementation ( std : : move ( compressor ) ) ; <nl> ret . finalizeSupportedCompressors ( ) ; <nl> <nl> - return std : : move ( ret ) ; <nl> + return ret ; <nl> } <nl> <nl> void checkNegotiationResult ( const BSONObj & result , const std : : vector < std : : string > & algos ) { <nl> void checkServerNegotiation ( const BSONObj & input , const std : : vector < std : : string > <nl> manager . serverNegotiate ( input , & serverOutput ) ; <nl> checkNegotiationResult ( serverOutput . done ( ) , expected ) ; <nl> } <nl> - } / / namespace <nl> + <nl> + void checkFidelity ( const Message & msg , std : : unique_ptr < MessageCompressorBase > compressor ) { <nl> + MessageCompressorRegistry registry ; <nl> + const auto originalView = msg . singleData ( ) ; <nl> + const auto compressorName = compressor - > getName ( ) ; <nl> + <nl> + std : : vector < std : : string > compressorList = { compressorName } ; <nl> + registry . setSupportedCompressors ( std : : move ( compressorList ) ) ; <nl> + registry . registerImplementation ( std : : move ( compressor ) ) ; <nl> + registry . finalizeSupportedCompressors ( ) ; <nl> + <nl> + MessageCompressorManager mgr ( & registry ) ; <nl> + auto negotiator = BSON ( " isMaster " < < 1 < < " compression " < < BSON_ARRAY ( compressorName ) ) ; <nl> + BSONObjBuilder negotiatorOut ; <nl> + mgr . serverNegotiate ( negotiator , & negotiatorOut ) ; <nl> + checkNegotiationResult ( negotiatorOut . done ( ) , { compressorName } ) ; <nl> + <nl> + auto swm = mgr . compressMessage ( msg ) ; <nl> + ASSERT_OK ( swm . getStatus ( ) ) ; <nl> + auto compressedMsg = std : : move ( swm . getValue ( ) ) ; <nl> + const auto compressedMsgView = compressedMsg . singleData ( ) ; <nl> + <nl> + ASSERT_EQ ( compressedMsgView . getId ( ) , originalView . getId ( ) ) ; <nl> + ASSERT_EQ ( compressedMsgView . getResponseToMsgId ( ) , originalView . getResponseToMsgId ( ) ) ; <nl> + ASSERT_EQ ( compressedMsgView . getNetworkOp ( ) , dbCompressed ) ; <nl> + <nl> + swm = mgr . decompressMessage ( compressedMsg ) ; <nl> + ASSERT_OK ( swm . getStatus ( ) ) ; <nl> + auto decompressedMsg = std : : move ( swm . getValue ( ) ) ; <nl> + <nl> + const auto decompressedMsgView = decompressedMsg . singleData ( ) ; <nl> + ASSERT_EQ ( decompressedMsgView . getId ( ) , originalView . getId ( ) ) ; <nl> + ASSERT_EQ ( decompressedMsgView . getResponseToMsgId ( ) , originalView . getResponseToMsgId ( ) ) ; <nl> + ASSERT_EQ ( decompressedMsgView . getNetworkOp ( ) , originalView . getNetworkOp ( ) ) ; <nl> + ASSERT_EQ ( decompressedMsgView . getLen ( ) , originalView . getLen ( ) ) ; <nl> + <nl> + ASSERT_EQ ( memcmp ( decompressedMsgView . data ( ) , originalView . data ( ) , originalView . dataLen ( ) ) , 0 ) ; <nl> + } <nl> + <nl> + Message buildMessage ( ) { <nl> + const auto data = std : : string { " Hello , world ! " } ; <nl> + const auto bufferSize = MsgData : : MsgDataHeaderSize + data . size ( ) ; <nl> + auto buf = SharedBuffer : : allocate ( bufferSize ) ; <nl> + MsgData : : View testView ( buf . get ( ) ) ; <nl> + testView . setId ( 123456 ) ; <nl> + testView . setResponseToMsgId ( 654321 ) ; <nl> + testView . setOperation ( dbQuery ) ; <nl> + testView . setLen ( bufferSize ) ; <nl> + memcpy ( testView . data ( ) , data . data ( ) , data . size ( ) ) ; <nl> + return Message { buf } ; <nl> + } <nl> <nl> TEST ( MessageCompressorManager , NoCompressionRequested ) { <nl> auto input = BSON ( " isMaster " < < 1 ) ; <nl> TEST ( MessageCompressorManager , FullNormalCompression ) { <nl> <nl> clientManager . clientFinish ( serverObj ) ; <nl> } <nl> + <nl> + TEST ( NoopMessageCompressor , Fidelity ) { <nl> + auto testMessage = buildMessage ( ) ; <nl> + checkFidelity ( testMessage , stdx : : make_unique < NoopMessageCompressor > ( ) ) ; <nl> + } <nl> + <nl> + TEST ( SnappyMessageCompressor , Fidelity ) { <nl> + auto testMessage = buildMessage ( ) ; <nl> + checkFidelity ( testMessage , stdx : : make_unique < NoopMessageCompressor > ( ) ) ; <nl> + } <nl> + <nl> } / / namespace mongo <nl> + } / / namespace <nl> mmm a / src / mongo / transport / message_compressor_noop . h <nl> ppp b / src / mongo / transport / message_compressor_noop . h <nl> <nl> * it in the license file . <nl> * / <nl> <nl> - # define MONGO_LOG_DEFAULT_COMPONENT : : mongo : : logger : : LogComponent : : kNetwork <nl> - <nl> # include " mongo / transport / message_compressor_base . h " <nl> <nl> namespace mongo { <nl> <nl> class NoopMessageCompressor final : public MessageCompressorBase { <nl> public : <nl> - NoopMessageCompressor ( ) : MessageCompressorBase ( 0 , " noop " ) { } <nl> + NoopMessageCompressor ( ) : MessageCompressorBase ( MessageCompressor : : kNoop ) { } <nl> <nl> std : : size_t getMaxCompressedSize ( size_t inputSize ) override { <nl> return inputSize ; <nl> } <nl> <nl> StatusWith < std : : size_t > compressData ( ConstDataRange input , DataRange output ) override { <nl> - memcpy ( const_cast < char * > ( output . data ( ) ) , input . data ( ) , input . length ( ) ) ; <nl> + output . write ( input ) ; <nl> counterHitCompress ( input . length ( ) , input . length ( ) ) ; <nl> return { input . length ( ) } ; <nl> } <nl> <nl> StatusWith < std : : size_t > decompressData ( ConstDataRange input , DataRange output ) override { <nl> - memcpy ( const_cast < char * > ( output . data ( ) ) , input . data ( ) , input . length ( ) ) ; <nl> + output . write ( input ) ; <nl> counterHitDecompress ( input . length ( ) , input . length ( ) ) ; <nl> return { input . length ( ) } ; <nl> } <nl> mmm a / src / mongo / transport / message_compressor_registry . cpp <nl> ppp b / src / mongo / transport / message_compressor_registry . cpp <nl> <nl> # include " mongo / base / init . h " <nl> # include " mongo / stdx / memory . h " <nl> # include " mongo / transport / message_compressor_noop . h " <nl> + # include " mongo / transport / message_compressor_snappy . h " <nl> # include " mongo / util / options_parser / option_section . h " <nl> <nl> # include < boost / algorithm / string / classification . hpp > <nl> <nl> <nl> namespace mongo { <nl> <nl> + StringData getMessageCompressorName ( MessageCompressor id ) { <nl> + switch ( id ) { <nl> + case MessageCompressor : : kNoop : <nl> + return " noop " _sd ; <nl> + case MessageCompressor : : kSnappy : <nl> + return " snappy " _sd ; <nl> + default : <nl> + fassert ( 40269 , " Invalid message compressor ID " ) ; <nl> + } <nl> + MONGO_UNREACHABLE ; <nl> + } <nl> + <nl> MessageCompressorRegistry & MessageCompressorRegistry : : get ( ) { <nl> static MessageCompressorRegistry globalRegistry ; <nl> return globalRegistry ; <nl> MessageCompressorRegistry & MessageCompressorRegistry : : get ( ) { <nl> void MessageCompressorRegistry : : registerImplementation ( <nl> std : : unique_ptr < MessageCompressorBase > impl ) { <nl> / / It ' s an error to register a compressor that ' s already been registered <nl> - fassert ( 40254 , <nl> + fassert ( 40270 , <nl> _compressorsByName . find ( impl - > getName ( ) ) = = _compressorsByName . end ( ) & & <nl> _compressorsByIds [ impl - > getId ( ) ] = = nullptr ) ; <nl> <nl> void MessageCompressorRegistry : : registerImplementation ( <nl> _compressorsByIds [ impl - > getId ( ) ] = std : : move ( impl ) ; <nl> } <nl> <nl> - void MessageCompressorRegistry : : finalizeSupportedCompressors ( ) { <nl> - / / Remove compressor names from the compressorNames list if they were never registered . <nl> - / / This prevents _compressorNames from having totally bogus names specified by users . <nl> - std : : remove_if ( <nl> - _compressorNames . begin ( ) , _compressorNames . end ( ) , [ this ] ( const std : : string & name ) { <nl> - return _compressorsByName . find ( name ) = = _compressorsByName . end ( ) ; <nl> - } ) ; <nl> + Status MessageCompressorRegistry : : finalizeSupportedCompressors ( ) { <nl> + for ( auto it = _compressorNames . begin ( ) ; it ! = _compressorNames . end ( ) ; + + it ) { <nl> + if ( _compressorsByName . find ( * it ) = = _compressorsByName . end ( ) ) { <nl> + std : : stringstream ss ; <nl> + ss < < " Invalid network message compressor specified in configuration : " < < * it ; <nl> + return { ErrorCodes : : BadValue , ss . str ( ) } ; <nl> + } <nl> + } <nl> + return Status : : OK ( ) ; <nl> } <nl> <nl> const std : : vector < std : : string > & MessageCompressorRegistry : : getCompressorNames ( ) const { <nl> Status storeMessageCompressionOptions ( const moe : : Environment & params ) { <nl> / / This instantiates and registers the " noop " compressor . It must happen after option storage <nl> / / because that ' s when the configuration of the compressors gets set . <nl> MONGO_INITIALIZER_GENERAL ( NoopMessageCompressorInit , <nl> - ( " EndStartupOptionHandling " ) , <nl> + ( " EndStartupOptionStorage " ) , <nl> ( " AllCompressorsRegistered " ) ) <nl> ( InitializerContext * context ) { <nl> auto & compressorRegistry = MessageCompressorRegistry : : get ( ) ; <nl> MONGO_INITIALIZER_GENERAL ( NoopMessageCompressorInit , <nl> / / any compressor . It must be run after all the compressors have registered themselves with <nl> / / the global registry . <nl> MONGO_INITIALIZER ( AllCompressorsRegistered ) ( InitializerContext * context ) { <nl> - MessageCompressorRegistry : : get ( ) . finalizeSupportedCompressors ( ) ; <nl> - return Status : : OK ( ) ; <nl> + return MessageCompressorRegistry : : get ( ) . finalizeSupportedCompressors ( ) ; <nl> } <nl> } / / namespace mongo <nl> mmm a / src / mongo / transport / message_compressor_registry . h <nl> ppp b / src / mongo / transport / message_compressor_registry . h <nl> class MessageCompressorRegistry { <nl> * calls to registerImplementation . It will remove any compressor names that aren ' t keys in <nl> * the _compressors map . <nl> * / <nl> - void finalizeSupportedCompressors ( ) ; <nl> + Status finalizeSupportedCompressors ( ) ; <nl> <nl> private : <nl> StringMap < MessageCompressorBase * > _compressorsByName ; <nl> mmm a / src / mongo / transport / message_compressor_registry_test . cpp <nl> ppp b / src / mongo / transport / message_compressor_registry_test . cpp <nl> TEST ( MessageCompressorRegistry , NothingRegistered ) { <nl> TEST ( MessageCompressorRegistry , SetSupported ) { <nl> MessageCompressorRegistry registry ; <nl> auto compressor = stdx : : make_unique < NoopMessageCompressor > ( ) ; <nl> - auto compressorPtr = compressor . get ( ) ; <nl> + auto compressorId = compressor - > getId ( ) ; <nl> + auto compressorName = compressor - > getName ( ) ; <nl> <nl> std : : vector < std : : string > compressorList = { " foobar " } ; <nl> registry . setSupportedCompressors ( std : : move ( compressorList ) ) ; <nl> registry . registerImplementation ( std : : move ( compressor ) ) ; <nl> - registry . finalizeSupportedCompressors ( ) ; <nl> + auto ret = registry . finalizeSupportedCompressors ( ) ; <nl> + ASSERT_NOT_OK ( ret ) ; <nl> <nl> - ASSERT_NULL ( registry . getCompressor ( compressorPtr - > getName ( ) ) ) ; <nl> - ASSERT_NULL ( registry . getCompressor ( compressorPtr - > getId ( ) ) ) ; <nl> + ASSERT_NULL ( registry . getCompressor ( compressorId ) ) ; <nl> + ASSERT_NULL ( registry . getCompressor ( compressorName ) ) ; <nl> } <nl> } / / namespace <nl> } / / namespace mongo <nl> new file mode 100644 <nl> index 000000000000 . . db1e0c9dfca5 <nl> mmm / dev / null <nl> ppp b / src / mongo / transport / message_compressor_snappy . cpp <nl> <nl> + / * * <nl> + * Copyright ( C ) 2016 MongoDB Inc . <nl> + * <nl> + * This program is free software : you can redistribute it and / or modify <nl> + * it under the terms of the GNU Affero General Public License , version 3 , <nl> + * as published by the Free Software Foundation . <nl> + * <nl> + * This program is distributed in the hope that it will be useful , <nl> + * but WITHOUT ANY WARRANTY ; without even the implied warranty of <nl> + * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE . See the <nl> + * GNU Affero General Public License for more details . <nl> + * <nl> + * You should have received a copy of the GNU Affero General Public License <nl> + * along with this program . If not , see < http : / / www . gnu . org / licenses / > . <nl> + * <nl> + * As a special exception , the copyright holders give permission to link the <nl> + * code of portions of this program with the OpenSSL library under certain <nl> + * conditions as described in each individual source file and distribute <nl> + * linked combinations including the program with the OpenSSL library . You <nl> + * must comply with the GNU Affero General Public License in all respects for <nl> + * all of the code used other than as permitted herein . If you modify file ( s ) <nl> + * with this exception , you may extend this exception to your version of the <nl> + * file ( s ) , but you are not obligated to do so . If you do not wish to do so , <nl> + * delete this exception statement from your version . If you delete this <nl> + * exception statement from all source files in the program , then also delete <nl> + * it in the license file . <nl> + * / <nl> + <nl> + # define MONGO_LOG_DEFAULT_COMPONENT : : mongo : : logger : : LogComponent : : kNetwork <nl> + <nl> + # include " mongo / platform / basic . h " <nl> + <nl> + # include " mongo / base / init . h " <nl> + # include " mongo / stdx / memory . h " <nl> + # include " mongo / transport / message_compressor_registry . h " <nl> + # include " mongo / transport / message_compressor_snappy . h " <nl> + <nl> + # include " third_party / snappy - 1 . 1 . 3 / snappy . h " <nl> + <nl> + namespace mongo { <nl> + <nl> + SnappyMessageCompressor : : SnappyMessageCompressor ( ) <nl> + : MessageCompressorBase ( MessageCompressor : : kSnappy ) { } <nl> + <nl> + std : : size_t SnappyMessageCompressor : : getMaxCompressedSize ( size_t inputSize ) { <nl> + return snappy : : MaxCompressedLength ( inputSize ) ; <nl> + } <nl> + <nl> + StatusWith < std : : size_t > SnappyMessageCompressor : : compressData ( ConstDataRange input , <nl> + DataRange output ) { <nl> + size_t outLength ; <nl> + snappy : : RawCompress ( input . data ( ) , input . length ( ) , const_cast < char * > ( output . data ( ) ) , & outLength ) ; <nl> + <nl> + counterHitCompress ( input . length ( ) , outLength ) ; <nl> + return { outLength } ; <nl> + } <nl> + <nl> + StatusWith < std : : size_t > SnappyMessageCompressor : : decompressData ( ConstDataRange input , <nl> + DataRange output ) { <nl> + bool ret = <nl> + snappy : : RawUncompress ( input . data ( ) , input . length ( ) , const_cast < char * > ( output . data ( ) ) ) ; <nl> + <nl> + if ( ! ret ) { <nl> + return Status { ErrorCodes : : BadValue , " Compressed message was invalid or corrupted " } ; <nl> + } <nl> + <nl> + counterHitDecompress ( input . length ( ) , output . length ( ) ) ; <nl> + return output . length ( ) ; <nl> + } <nl> + <nl> + <nl> + MONGO_INITIALIZER_GENERAL ( SnappyMessageCompressorInit , <nl> + ( " EndStartupOptionHandling " ) , <nl> + ( " AllCompressorsRegistered " ) ) <nl> + ( InitializerContext * context ) { <nl> + auto & compressorRegistry = MessageCompressorRegistry : : get ( ) ; <nl> + compressorRegistry . registerImplementation ( stdx : : make_unique < SnappyMessageCompressor > ( ) ) ; <nl> + return Status : : OK ( ) ; <nl> + } <nl> + } / / namespace mongo <nl> new file mode 100644 <nl> index 000000000000 . . 3521370df097 <nl> mmm / dev / null <nl> ppp b / src / mongo / transport / message_compressor_snappy . h <nl> <nl> + / * * <nl> + * Copyright ( C ) 2016 MongoDB Inc . <nl> + * <nl> + * This program is free software : you can redistribute it and / or modify <nl> + * it under the terms of the GNU Affero General Public License , version 3 , <nl> + * as published by the Free Software Foundation . <nl> + * <nl> + * This program is distributed in the hope that it will be useful , <nl> + * but WITHOUT ANY WARRANTY ; without even the implied warranty of <nl> + * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE . See the <nl> + * GNU Affero General Public License for more details . <nl> + * <nl> + * You should have received a copy of the GNU Affero General Public License <nl> + * along with this program . If not , see < http : / / www . gnu . org / licenses / > . <nl> + * <nl> + * As a special exception , the copyright holders give permission to link the <nl> + * code of portions of this program with the OpenSSL library under certain <nl> + * conditions as described in each individual source file and distribute <nl> + * linked combinations including the program with the OpenSSL library . You <nl> + * must comply with the GNU Affero General Public License in all respects for <nl> + * all of the code used other than as permitted herein . If you modify file ( s ) <nl> + * with this exception , you may extend this exception to your version of the <nl> + * file ( s ) , but you are not obligated to do so . If you do not wish to do so , <nl> + * delete this exception statement from your version . If you delete this <nl> + * exception statement from all source files in the program , then also delete <nl> + * it in the license file . <nl> + * / <nl> + <nl> + # include " mongo / transport / message_compressor_base . h " <nl> + <nl> + namespace mongo { <nl> + class SnappyMessageCompressor final : public MessageCompressorBase { <nl> + public : <nl> + SnappyMessageCompressor ( ) ; <nl> + <nl> + std : : size_t getMaxCompressedSize ( size_t inputSize ) override ; <nl> + <nl> + StatusWith < std : : size_t > compressData ( ConstDataRange input , DataRange output ) override ; <nl> + <nl> + StatusWith < std : : size_t > decompressData ( ConstDataRange input , DataRange output ) override ; <nl> + } ; <nl> + <nl> + <nl> + } / / namespace mongo <nl> mmm a / src / mongo / transport / service_entry_point_test_suite . cpp <nl> ppp b / src / mongo / transport / service_entry_point_test_suite . cpp <nl> ServiceEntryPointTestSuite : : MockTLHarness : : MockTLHarness ( ) <nl> _asyncWait ( kDefaultAsyncWait ) , <nl> _end ( kDefaultEnd ) { } <nl> <nl> - Ticket ServiceEntryPointTestSuite : : MockTLHarness : : sourceMessage ( const Session & session , <nl> + Ticket ServiceEntryPointTestSuite : : MockTLHarness : : sourceMessage ( Session & session , <nl> Message * message , <nl> Date_t expiration ) { <nl> return _sourceMessage ( session , message , expiration ) ; <nl> } <nl> <nl> - Ticket ServiceEntryPointTestSuite : : MockTLHarness : : sinkMessage ( const Session & session , <nl> + Ticket ServiceEntryPointTestSuite : : MockTLHarness : : sinkMessage ( Session & session , <nl> const Message & message , <nl> Date_t expiration ) { <nl> return _sinkMessage ( session , message , expiration ) ; <nl> Status ServiceEntryPointTestSuite : : MockTLHarness : : _waitOnceThenError ( transport : : <nl> return _defaultWait ( std : : move ( ticket ) ) ; <nl> } <nl> <nl> - Ticket ServiceEntryPointTestSuite : : MockTLHarness : : _defaultSource ( const Session & s , <nl> - Message * m , <nl> - Date_t d ) { <nl> + Ticket ServiceEntryPointTestSuite : : MockTLHarness : : _defaultSource ( Session & s , Message * m , Date_t d ) { <nl> return Ticket ( this , stdx : : make_unique < ServiceEntryPointTestSuite : : MockTicket > ( s , m , d ) ) ; <nl> } <nl> <nl> - Ticket ServiceEntryPointTestSuite : : MockTLHarness : : _defaultSink ( const Session & s , <nl> + Ticket ServiceEntryPointTestSuite : : MockTLHarness : : _defaultSink ( Session & s , <nl> const Message & , <nl> Date_t d ) { <nl> return Ticket ( this , stdx : : make_unique < ServiceEntryPointTestSuite : : MockTicket > ( s , d ) ) ; <nl> } <nl> <nl> - Ticket ServiceEntryPointTestSuite : : MockTLHarness : : _sinkThenErrorOnWait ( const Session & s , <nl> + Ticket ServiceEntryPointTestSuite : : MockTLHarness : : _sinkThenErrorOnWait ( Session & s , <nl> const Message & m , <nl> Date_t d ) { <nl> _wait = stdx : : bind ( & ServiceEntryPointTestSuite : : MockTLHarness : : _waitOnceThenError , this , _1 ) ; <nl> void ServiceEntryPointTestSuite : : halfLifeCycleTest ( ) { <nl> / / Step 1 : SEP gets a ticket to source a Message <nl> / / Step 2 : SEP calls wait ( ) on the ticket and receives a Message <nl> / / Step 3 : SEP gets a ticket to sink a Message <nl> - _tl - > _sinkMessage = [ this ] ( const Session & session , const Message & m , Date_t expiration ) { <nl> + _tl - > _sinkMessage = [ this ] ( Session & session , const Message & m , Date_t expiration ) { <nl> <nl> / / Step 4 : SEP calls wait ( ) on the ticket and receives an error <nl> _tl - > _wait = <nl> mmm a / src / mongo / transport / service_entry_point_test_suite . h <nl> ppp b / src / mongo / transport / service_entry_point_test_suite . h <nl> class ServiceEntryPointTestSuite : public mongo : : unittest : : Test { <nl> MockTLHarness ( ) ; <nl> <nl> transport : : Ticket sourceMessage ( <nl> - const transport : : Session & session , <nl> + transport : : Session & session , <nl> Message * message , <nl> Date_t expiration = transport : : Ticket : : kNoExpirationDate ) override ; <nl> transport : : Ticket sinkMessage ( <nl> - const transport : : Session & session , <nl> + transport : : Session & session , <nl> const Message & message , <nl> Date_t expiration = transport : : Ticket : : kNoExpirationDate ) override ; <nl> Status wait ( transport : : Ticket & & ticket ) override ; <nl> class ServiceEntryPointTestSuite : public mongo : : unittest : : Test { <nl> ServiceEntryPointTestSuite : : MockTicket * getMockTicket ( const transport : : Ticket & ticket ) ; <nl> <nl> / / Mocked method hooks <nl> - stdx : : function < transport : : Ticket ( const transport : : Session & , Message * , Date_t ) > <nl> - _sourceMessage ; <nl> - stdx : : function < transport : : Ticket ( const transport : : Session & , const Message & , Date_t ) > <nl> - _sinkMessage ; <nl> + stdx : : function < transport : : Ticket ( transport : : Session & , Message * , Date_t ) > _sourceMessage ; <nl> + stdx : : function < transport : : Ticket ( transport : : Session & , const Message & , Date_t ) > _sinkMessage ; <nl> stdx : : function < Status ( transport : : Ticket ) > _wait ; <nl> stdx : : function < void ( transport : : Ticket , TicketCallback ) > _asyncWait ; <nl> stdx : : function < void ( const transport : : Session & ) > _end ; <nl> class ServiceEntryPointTestSuite : public mongo : : unittest : : Test { <nl> stdx : : function < void ( void ) > _shutdown = [ ] { } ; <nl> <nl> / / Pre - set hook methods <nl> - transport : : Ticket _defaultSource ( const transport : : Session & s , Message * m , Date_t d ) ; <nl> - transport : : Ticket _defaultSink ( const transport : : Session & s , const Message & , Date_t d ) ; <nl> - transport : : Ticket _sinkThenErrorOnWait ( const transport : : Session & s , <nl> - const Message & m , <nl> - Date_t d ) ; <nl> + transport : : Ticket _defaultSource ( transport : : Session & s , Message * m , Date_t d ) ; <nl> + transport : : Ticket _defaultSink ( transport : : Session & s , const Message & , Date_t d ) ; <nl> + transport : : Ticket _sinkThenErrorOnWait ( transport : : Session & s , const Message & m , Date_t d ) ; <nl> <nl> Status _defaultWait ( transport : : Ticket ticket ) ; <nl> Status _waitError ( transport : : Ticket ticket ) ; <nl> mmm a / src / mongo / transport / session . h <nl> ppp b / src / mongo / transport / session . h <nl> <nl> # pragma once <nl> <nl> # include " mongo / base / disallow_copying . h " <nl> + # include " mongo / transport / message_compressor_manager . h " <nl> # include " mongo / transport / session_id . h " <nl> # include " mongo / transport / ticket . h " <nl> # include " mongo / util / net / hostandport . h " <nl> class Session { <nl> return _ended ; <nl> } <nl> <nl> + MessageCompressorManager & getCompressorManager ( ) { <nl> + return _messageCompressorManager ; <nl> + } <nl> + <nl> private : <nl> bool _ended = false ; <nl> <nl> class Session { <nl> TagMask _tags ; <nl> <nl> TransportLayer * _tl ; <nl> + <nl> + MessageCompressorManager _messageCompressorManager ; <nl> } ; <nl> <nl> } / / namespace transport <nl> mmm a / src / mongo / transport / transport_layer . h <nl> ppp b / src / mongo / transport / transport_layer . h <nl> class TransportLayer { <nl> * TransportLayer is unable to source a Message , this will be a failed status , <nl> * and the passed - in Message buffer may be left in an invalid state . <nl> * / <nl> - virtual Ticket sourceMessage ( const Session & session , <nl> + virtual Ticket sourceMessage ( Session & session , <nl> Message * message , <nl> Date_t expiration = Ticket : : kNoExpirationDate ) = 0 ; <nl> <nl> class TransportLayer { <nl> * This method does NOT take ownership of the sunk Message , which must be cleaned <nl> * up by the caller . <nl> * / <nl> - virtual Ticket sinkMessage ( const Session & session , <nl> + virtual Ticket sinkMessage ( Session & session , <nl> const Message & message , <nl> Date_t expiration = Ticket : : kNoExpirationDate ) = 0 ; <nl> <nl> mmm a / src / mongo / transport / transport_layer_legacy . cpp <nl> ppp b / src / mongo / transport / transport_layer_legacy . cpp <nl> Status TransportLayerLegacy : : start ( ) { <nl> <nl> TransportLayerLegacy : : ~ TransportLayerLegacy ( ) = default ; <nl> <nl> - Ticket TransportLayerLegacy : : sourceMessage ( const Session & session , <nl> - Message * message , <nl> - Date_t expiration ) { <nl> - auto sourceCb = [ message ] ( AbstractMessagingPort * amp ) - > Status { <nl> + Ticket TransportLayerLegacy : : sourceMessage ( Session & session , Message * message , Date_t expiration ) { <nl> + auto & compressorMgr = session . getCompressorManager ( ) ; <nl> + auto sourceCb = [ message , & compressorMgr ] ( AbstractMessagingPort * amp ) - > Status { <nl> if ( ! amp - > recv ( * message ) ) { <nl> return { ErrorCodes : : HostUnreachable , " Recv failed " } ; <nl> } <nl> + <nl> + if ( message - > operation ( ) = = dbCompressed ) { <nl> + auto swm = compressorMgr . decompressMessage ( * message ) ; <nl> + if ( ! swm . isOK ( ) ) <nl> + return swm . getStatus ( ) ; <nl> + * message = swm . getValue ( ) ; <nl> + } <nl> return Status : : OK ( ) ; <nl> } ; <nl> <nl> TransportLayer : : Stats TransportLayerLegacy : : sessionStats ( ) { <nl> return stats ; <nl> } <nl> <nl> - Ticket TransportLayerLegacy : : sinkMessage ( const Session & session , <nl> + Ticket TransportLayerLegacy : : sinkMessage ( Session & session , <nl> const Message & message , <nl> Date_t expiration ) { <nl> - auto sinkCb = [ & message ] ( AbstractMessagingPort * amp ) - > Status { <nl> + auto & compressorMgr = session . getCompressorManager ( ) ; <nl> + auto sinkCb = [ & message , & compressorMgr ] ( AbstractMessagingPort * amp ) - > Status { <nl> try { <nl> - amp - > say ( message ) ; <nl> + auto swm = compressorMgr . compressMessage ( message ) ; <nl> + if ( ! swm . isOK ( ) ) <nl> + return swm . getStatus ( ) ; <nl> + const auto & compressedMessage = swm . getValue ( ) ; <nl> + amp - > say ( compressedMessage ) ; <nl> + <nl> return Status : : OK ( ) ; <nl> } catch ( const SocketException & e ) { <nl> return { ErrorCodes : : HostUnreachable , e . what ( ) } ; <nl> mmm a / src / mongo / transport / transport_layer_legacy . h <nl> ppp b / src / mongo / transport / transport_layer_legacy . h <nl> class TransportLayerLegacy final : public TransportLayer { <nl> Status setup ( ) ; <nl> Status start ( ) override ; <nl> <nl> - Ticket sourceMessage ( const Session & session , <nl> + Ticket sourceMessage ( Session & session , <nl> Message * message , <nl> Date_t expiration = Ticket : : kNoExpirationDate ) override ; <nl> <nl> - Ticket sinkMessage ( const Session & session , <nl> + Ticket sinkMessage ( Session & session , <nl> const Message & message , <nl> Date_t expiration = Ticket : : kNoExpirationDate ) override ; <nl> <nl> mmm a / src / mongo / transport / transport_layer_manager . cpp <nl> ppp b / src / mongo / transport / transport_layer_manager . cpp <nl> namespace transport { <nl> <nl> TransportLayerManager : : TransportLayerManager ( ) = default ; <nl> <nl> - Ticket TransportLayerManager : : sourceMessage ( const Session & session , <nl> - Message * message , <nl> - Date_t expiration ) { <nl> + Ticket TransportLayerManager : : sourceMessage ( Session & session , Message * message , Date_t expiration ) { <nl> return session . getTransportLayer ( ) - > sourceMessage ( session , message , expiration ) ; <nl> } <nl> <nl> - Ticket TransportLayerManager : : sinkMessage ( const Session & session , <nl> + Ticket TransportLayerManager : : sinkMessage ( Session & session , <nl> const Message & message , <nl> Date_t expiration ) { <nl> return session . getTransportLayer ( ) - > sinkMessage ( session , message , expiration ) ; <nl> mmm a / src / mongo / transport / transport_layer_manager . h <nl> ppp b / src / mongo / transport / transport_layer_manager . h <nl> class TransportLayerManager final : public TransportLayer { <nl> public : <nl> TransportLayerManager ( ) ; <nl> <nl> - Ticket sourceMessage ( const Session & session , <nl> + Ticket sourceMessage ( Session & session , <nl> Message * message , <nl> Date_t expiration = Ticket : : kNoExpirationDate ) override ; <nl> - Ticket sinkMessage ( const Session & session , <nl> + Ticket sinkMessage ( Session & session , <nl> const Message & message , <nl> Date_t expiration = Ticket : : kNoExpirationDate ) override ; <nl> <nl> mmm a / src / mongo / transport / transport_layer_mock . cpp <nl> ppp b / src / mongo / transport / transport_layer_mock . cpp <nl> boost : : optional < Message * > TransportLayerMock : : TicketMock : : msg ( ) const { <nl> <nl> TransportLayerMock : : TransportLayerMock ( ) : _shutdown ( false ) { } <nl> <nl> - Ticket TransportLayerMock : : sourceMessage ( const Session & session , <nl> - Message * message , <nl> - Date_t expiration ) { <nl> + Ticket TransportLayerMock : : sourceMessage ( Session & session , Message * message , Date_t expiration ) { <nl> if ( inShutdown ( ) ) { <nl> return Ticket ( TransportLayer : : ShutdownStatus ) ; <nl> } else if ( ! owns ( session . id ( ) ) ) { <nl> Ticket TransportLayerMock : : sourceMessage ( const Session & session , <nl> stdx : : make_unique < TransportLayerMock : : TicketMock > ( & session , message , expiration ) ) ; <nl> } <nl> <nl> - Ticket TransportLayerMock : : sinkMessage ( const Session & session , <nl> + Ticket TransportLayerMock : : sinkMessage ( Session & session , <nl> const Message & message , <nl> Date_t expiration ) { <nl> if ( inShutdown ( ) ) { <nl> mmm a / src / mongo / transport / transport_layer_mock . h <nl> ppp b / src / mongo / transport / transport_layer_mock . h <nl> class TransportLayerMock : public TransportLayer { <nl> TransportLayerMock ( ) ; <nl> ~ TransportLayerMock ( ) ; <nl> <nl> - Ticket sourceMessage ( const Session & session , <nl> + Ticket sourceMessage ( Session & session , <nl> Message * message , <nl> Date_t expiration = Ticket : : kNoExpirationDate ) override ; <nl> - Ticket sinkMessage ( const Session & session , <nl> + Ticket sinkMessage ( Session & session , <nl> const Message & message , <nl> Date_t expiration = Ticket : : kNoExpirationDate ) override ; <nl> <nl> mmm a / src / mongo / util / net / abstract_message_port . h <nl> ppp b / src / mongo / util / net / abstract_message_port . h <nl> class AbstractMessagingPort { <nl> / * * <nl> * Sends the message . <nl> * / <nl> - virtual void say ( Message & toSend , int responseTo = 0 ) = 0 ; <nl> + virtual void say ( Message & toSend , int responseTo ) = 0 ; <nl> <nl> / * * <nl> * Sends the message ( does not set headers ) . <nl>	SERVER - 25267 SERVER - 25265 Integrate compression with networking code	mongodb/mongo	118a4ccdc2a1859309b1e2284952a7223e85b1d4	2016-08-09T16:18:32Z
mmm a / lib / Sema / MiscDiagnostics . cpp <nl> ppp b / lib / Sema / MiscDiagnostics . cpp <nl> static void diagnoseUnintendedOptionalBehavior ( TypeChecker & TC , const Expr * E , <nl> <nl> auto subExpr = E - > getSubExpr ( ) ; <nl> <nl> - / / Currently we don ' t produce Optional - as - Any warnings for implicit IUO <nl> - / / to Any coercions ( this doesn ' t take into consideration implicit <nl> - / / coercions such as Any ? ! to Any ? , however ; we warn on those ) . <nl> - if ( subExpr - > getType ( ) - > getImplicitlyUnwrappedOptionalObjectType ( ) ) <nl> - return ; <nl> - <nl> / / Look through any BindOptionalExprs , as the coercion may have started <nl> / / from a higher level of optionality . <nl> while ( auto * bindExpr = dyn_cast < BindOptionalExpr > ( subExpr ) ) <nl> mmm a / test / Sema / diag_unintended_optional_behavior . swift <nl> ppp b / test / Sema / diag_unintended_optional_behavior . swift <nl> func warnNestedOptionalToOptionalAnyCoercion ( _ a : Int ? , _ b : Any ? ? , _ c : Int ? ? ? , <nl> takesOptionalAny ( c as Any ? , d as Any ? ) <nl> } <nl> <nl> - func dontWarnIUOToAnyCoercion ( _ a : Int ! , _ b : Any ? ! , _ c : Int ? ? ! , _ d : Any ? ? ? ! ) { <nl> - _ = takeAny ( a , b ) <nl> - _ = takeAny ( c , d ) <nl> + func warnIUOToAnyCoercion ( _ a : Int ! , _ b : Any ? ! ) { <nl> + _ = takeAny ( a , b ) / / expected - warning { { expression implicitly coerced from ' Int ! ' to ' Any ' } } <nl> + / / expected - note @ - 1 { { provide a default value to avoid this warning } } { { 16 - 16 = ? ? < # default value # > } } <nl> + / / expected - note @ - 2 { { force - unwrap the value to avoid this warning } } { { 16 - 16 = ! } } <nl> + / / expected - note @ - 3 { { explicitly cast to ' Any ' with ' as Any ' to silence this warning } } { { 16 - 16 = as Any } } <nl> + / / expected - warning @ - 4 { { expression implicitly coerced from ' Any ? ! ' to ' Any ' } } <nl> + / / expected - note @ - 5 { { force - unwrap the value to avoid this warning } } { { 19 - 19 = ! ! } } <nl> + / / expected - note @ - 6 { { explicitly cast to ' Any ' with ' as Any ' to silence this warning } } { { 19 - 19 = as Any } } <nl> + <nl> + _ = takeAny ( a as Any , b as Any ) <nl> } <nl> <nl> func warnIUOToOptionalAnyCoercion ( _ a : Int ! , _ b : Any ? ! , _ c : Int ? ? ! , _ d : Any ? ? ? ! ) { <nl>	[ Sema ] Enable Optional - to - Any diagnostics for IUOs	apple/swift	7d3785a15eb4dd6515316c1f99485a1ba843bd8c	2018-02-02T14:07:03Z
mmm a / include / swift / SILAnalysis / CallGraphAnalysis . h <nl> ppp b / include / swift / SILAnalysis / CallGraphAnalysis . h <nl> class CallGraphEdge { <nl> <nl> / / / A helper method for use with ArrayRefView . Just returns the CallSite <nl> / / / ApplyInst of E . <nl> - inline ApplyInst * getEdgeApplyInst ( CallGraphEdge * const & E ) { <nl> - return const_cast < ApplyInst * > ( E - > getCallSite ( ) ) ; <nl> + inline const ApplyInst * getEdgeApplyInst ( CallGraphEdge * const & E ) { <nl> + return E - > getCallSite ( ) ; <nl> } <nl> <nl> class CallGraphNode { <nl> class CallGraphNode { <nl> <nl> / / An adaptor that is used to show all of the apply insts which call the <nl> / / SILFunction of this node . <nl> - using CallerCallSiteList = ArrayRefView < CallGraphEdge * , ApplyInst * , <nl> + using CallerCallSiteList = ArrayRefView < CallGraphEdge * , const ApplyInst * , <nl> getEdgeApplyInst > ; <nl> <nl> / / / Return the set of apply insts that can call into this function . <nl> mmm a / lib / SILPasses / FunctionSignatureOpts . cpp <nl> ppp b / lib / SILPasses / FunctionSignatureOpts . cpp <nl> llvm : : SmallString < 64 > FunctionAnalyzer : : getOptimizedName ( ) { <nl> static void <nl> rewriteApplyInstToCallNewFunction ( FunctionAnalyzer & Analyzer , SILFunction * NewF , <nl> CallGraphNode : : CallerCallSiteList CallSites ) { <nl> - for ( ApplyInst * AI : CallSites ) { <nl> + for ( const ApplyInst * CAI : CallSites ) { <nl> + auto * AI = const_cast < ApplyInst * > ( CAI ) ; <nl> + <nl> SILBuilderWithScope < 16 > Builder ( AI ) ; <nl> <nl> FunctionRefInst * FRI = Builder . createFunctionRef ( AI - > getLoc ( ) , NewF ) ; <nl>	Cast away constness in client , not in call graph code .	apple/swift	9afc924fdfe18beb18a7a305709a9679cc5ae775	2015-01-28T05:57:08Z
mmm a / src / DataStreams / PushingToViewsBlockOutputStream . cpp <nl> ppp b / src / DataStreams / PushingToViewsBlockOutputStream . cpp <nl> PushingToViewsBlockOutputStream : : PushingToViewsBlockOutputStream ( <nl> std : : unique_ptr < ASTInsertQuery > insert = std : : make_unique < ASTInsertQuery > ( ) ; <nl> insert - > table_id = inner_table_id ; <nl> <nl> - Context local_context = * views_context ; <nl> - local_context . addViewSource ( <nl> - StorageValues : : create ( <nl> - storage - > getStorageID ( ) , storage - > getColumns ( ) , storage - > getSampleBlock ( ) , storage - > getVirtuals ( ) ) ) ; <nl> - <nl> / / / Get list of columns we get from select query . <nl> - auto header = InterpreterSelectQuery ( query , local_context , SelectQueryOptions ( ) . analyze ( ) ) . getSampleBlock ( ) ; <nl> + auto header = InterpreterSelectQuery ( query , * views_context , SelectQueryOptions ( ) . analyze ( ) ) . getSampleBlock ( ) ; <nl> <nl> / / / Insert only columns returned by select . <nl> auto list = std : : make_shared < ASTExpressionList > ( ) ; <nl> PushingToViewsBlockOutputStream : : PushingToViewsBlockOutputStream ( <nl> insert - > columns = std : : move ( list ) ; <nl> <nl> ASTPtr insert_query_ptr ( insert . release ( ) ) ; <nl> - InterpreterInsertQuery interpreter ( insert_query_ptr , local_context ) ; <nl> + InterpreterInsertQuery interpreter ( insert_query_ptr , * views_context ) ; <nl> BlockIO io = interpreter . execute ( ) ; <nl> out = io . out ; <nl> } <nl> mmm a / src / Interpreters / ExecuteScalarSubqueriesVisitor . cpp <nl> ppp b / src / Interpreters / ExecuteScalarSubqueriesVisitor . cpp <nl> void ExecuteScalarSubqueriesMatcher : : visit ( const ASTSubquery & subquery , ASTPtr <nl> subquery_context . setSettings ( subquery_settings ) ; <nl> <nl> ASTPtr subquery_select = subquery . children . at ( 0 ) ; <nl> - BlockIO res = InterpreterSelectWithUnionQuery ( <nl> - subquery_select , subquery_context , SelectQueryOptions ( QueryProcessingStage : : Complete , data . subquery_depth + 1 ) ) . execute ( ) ; <nl> <nl> + auto options = SelectQueryOptions ( QueryProcessingStage : : Complete , data . subquery_depth + 1 ) ; <nl> + options . analyze ( data . only_analyze ) ; <nl> + <nl> + auto interpreter = InterpreterSelectWithUnionQuery ( subquery_select , subquery_context , options ) ; <nl> Block block ; <nl> - try <nl> + <nl> + if ( data . only_analyze ) <nl> + { <nl> + / / / If query is only analyzed , then constants are not correct . <nl> + block = interpreter . getSampleBlock ( ) ; <nl> + for ( auto & column : block ) <nl> + if ( column . column - > empty ( ) ) <nl> + column . column - > cloneResized ( 1 ) ; <nl> + } <nl> + else <nl> { <nl> - block = res . in - > read ( ) ; <nl> + BlockIO res = interpreter . execute ( ) ; <nl> <nl> - if ( ! block ) <nl> + try <nl> { <nl> - / / / Interpret subquery with empty result as Null literal <nl> - auto ast_new = std : : make_unique < ASTLiteral > ( Null ( ) ) ; <nl> - ast_new - > setAlias ( ast - > tryGetAlias ( ) ) ; <nl> - ast = std : : move ( ast_new ) ; <nl> - return ; <nl> + block = res . in - > read ( ) ; <nl> + <nl> + if ( ! block ) <nl> + { <nl> + / / / Interpret subquery with empty result as Null literal <nl> + auto ast_new = std : : make_unique < ASTLiteral > ( Null ( ) ) ; <nl> + ast_new - > setAlias ( ast - > tryGetAlias ( ) ) ; <nl> + ast = std : : move ( ast_new ) ; <nl> + return ; <nl> + } <nl> + <nl> + if ( block . rows ( ) ! = 1 \| \| res . in - > read ( ) ) <nl> + throw Exception ( " Scalar subquery returned more than one row " , ErrorCodes : : INCORRECT_RESULT_OF_SCALAR_SUBQUERY ) ; <nl> + } <nl> + catch ( const Exception & e ) <nl> + { <nl> + if ( e . code ( ) = = ErrorCodes : : TOO_MANY_ROWS ) <nl> + throw Exception ( " Scalar subquery returned more than one row " , ErrorCodes : : INCORRECT_RESULT_OF_SCALAR_SUBQUERY ) ; <nl> + else <nl> + throw ; <nl> } <nl> - <nl> - if ( block . rows ( ) ! = 1 \| \| res . in - > read ( ) ) <nl> - throw Exception ( " Scalar subquery returned more than one row " , ErrorCodes : : INCORRECT_RESULT_OF_SCALAR_SUBQUERY ) ; <nl> - } <nl> - catch ( const Exception & e ) <nl> - { <nl> - if ( e . code ( ) = = ErrorCodes : : TOO_MANY_ROWS ) <nl> - throw Exception ( " Scalar subquery returned more than one row " , ErrorCodes : : INCORRECT_RESULT_OF_SCALAR_SUBQUERY ) ; <nl> - else <nl> - throw ; <nl> } <nl> <nl> block = materializeBlock ( block ) ; <nl> mmm a / src / Interpreters / ExecuteScalarSubqueriesVisitor . h <nl> ppp b / src / Interpreters / ExecuteScalarSubqueriesVisitor . h <nl> class ExecuteScalarSubqueriesMatcher <nl> const Context & context ; <nl> size_t subquery_depth ; <nl> Scalars & scalars ; <nl> + bool only_analyze ; <nl> } ; <nl> <nl> static bool needChildVisit ( ASTPtr & node , const ASTPtr & ) ; <nl> mmm a / src / Interpreters / SyntaxAnalyzer . cpp <nl> ppp b / src / Interpreters / SyntaxAnalyzer . cpp <nl> void removeUnneededColumnsFromSelectClause ( const ASTSelectQuery * select_query , <nl> } <nl> <nl> / / / Replacing scalar subqueries with constant values . <nl> - void executeScalarSubqueries ( ASTPtr & query , const Context & context , size_t subquery_depth , Scalars & scalars ) <nl> + void executeScalarSubqueries ( ASTPtr & query , const Context & context , size_t subquery_depth , Scalars & scalars , bool only_analyze ) <nl> { <nl> LogAST log ; <nl> - ExecuteScalarSubqueriesVisitor : : Data visitor_data { context , subquery_depth , scalars } ; <nl> + ExecuteScalarSubqueriesVisitor : : Data visitor_data { context , subquery_depth , scalars , only_analyze } ; <nl> ExecuteScalarSubqueriesVisitor ( visitor_data , log . stream ( ) ) . visit ( query ) ; <nl> } <nl> <nl> SyntaxAnalyzerResultPtr SyntaxAnalyzer : : analyzeSelect ( <nl> removeUnneededColumnsFromSelectClause ( select_query , required_result_columns , remove_duplicates ) ; <nl> <nl> / / / Executing scalar subqueries - replacing them with constant values . <nl> - executeScalarSubqueries ( query , context , subquery_depth , result . scalars ) ; <nl> + executeScalarSubqueries ( query , context , subquery_depth , result . scalars , select_options . only_analyze ) ; <nl> <nl> { <nl> optimizeIf ( query , result . aliases , settings . optimize_if_chain_to_miltiif ) ; <nl>	Do not calculate subqueries when only_analyze enabled .	ClickHouse/ClickHouse	884c93ed932effb5ce5588635f378f0c0c3baadf	2020-05-09T18:43:16Z
mmm a / scripts / translate_svd . py <nl> ppp b / scripts / translate_svd . py <nl> <nl> print ( ) <nl> <nl> for var in variables : <nl> - print ( " Local ( { } ) = 0 . 0f ; " . format ( var ) , file = f ) <nl> + print ( " auto { } = Var ( 0 . 0f ) ; " . format ( var ) , file = f ) <nl> <nl> print ( <nl> ' ' ' <nl> def to_var_ui ( s ) : <nl> print ( " { } = max ( { } , { } ) ; " . format ( to_var ( tokens [ 0 ] ) , tokens [ 2 ] [ 9 : - 3 ] , tokens [ 3 ] [ : - 3 ] ) , file = f ) <nl> continue <nl> if tokens [ 0 ] = = ' for ' : <nl> - print ( ' Declare ( sweep ) ; For ( sweep , 0 , 5 , [ & ] { ' , file = f ) <nl> + print ( ' For ( 0 , 5 , [ & ] ( Expr sweep ) { ' , file = f ) <nl> continue <nl> if tokens [ 0 ] = = ' } ' : <nl> print ( ' } ) ; ' , file = f ) <nl> mmm a / src / ir . h <nl> ppp b / src / ir . h <nl> class While { <nl> } <nl> } ; <nl> <nl> + inline Expr Var ( Expr x ) { <nl> + auto var = Expr ( std : : make_shared < IdExpression > ( ) ) ; <nl> + current_ast_builder ( ) . insert ( std : : make_unique < FrontendAllocaStmt > ( <nl> + std : : static_pointer_cast < IdExpression > ( var . expr ) - > id , DataType : : unknown ) ) ; <nl> + var = x ; <nl> + return var ; <nl> + } <nl> + <nl> TLANG_NAMESPACE_END <nl> mmm a / src / tests / compiler_basics . cpp <nl> ppp b / src / tests / compiler_basics . cpp <nl> <nl> <nl> TLANG_NAMESPACE_BEGIN <nl> <nl> - Expr Var ( Expr x ) { <nl> - auto var = Expr ( std : : make_shared < IdExpression > ( ) ) ; <nl> - current_ast_builder ( ) . insert ( std : : make_unique < FrontendAllocaStmt > ( <nl> - std : : static_pointer_cast < IdExpression > ( var . expr ) - > id , DataType : : unknown ) ) ; <nl> - var = x ; <nl> - return var ; <nl> - } <nl> - <nl> TC_TEST ( " compiler_linalg " ) { <nl> CoreState : : set_trigger_gdb_when_crash ( true ) ; <nl> Program prog ( Arch : : x86_64 ) ; <nl> auto test_circle = [ ] { <nl> } ; <nl> TC_REGISTER_TASK ( test_circle ) ; <nl> <nl> - auto test_ast = [ ] ( ) { <nl> - CoreState : : set_trigger_gdb_when_crash ( true ) ; <nl> - <nl> - Program prog ( Arch : : x86_64 ) ; <nl> - int n = 128 ; <nl> - <nl> - context = std : : make_unique < FrontendContext > ( ) ; <nl> - Declare ( a ) ; <nl> - Declare ( x ) ; <nl> - Declare ( b ) ; <nl> - Declare ( p ) ; <nl> - Declare ( q ) ; <nl> - Declare ( i ) ; <nl> - Declare ( j ) ; <nl> - <nl> - / / var ( float32 , a ) ; <nl> - x . set ( global_new ( x , DataType : : f32 ) ) ; <nl> - TC_ASSERT ( x . is < GlobalVariableExpression > ( ) ) ; <nl> - <nl> - var ( float32 , a ) ; <nl> - var ( float32 , b ) ; <nl> - var ( int32 , p ) ; <nl> - var ( int32 , q ) ; <nl> - <nl> - p = p + q ; <nl> - <nl> - Print ( a ) ; <nl> - If ( a < 500 ) . Then ( [ & ] { Print ( b ) ; } ) . Else ( [ & ] { Print ( a ) ; } ) ; <nl> - <nl> - If ( a > 5 ) <nl> - . Then ( [ & ] { <nl> - b = ( b + 1 ) / 3 ; <nl> - b * = 3 ; <nl> - } ) <nl> - . Else ( [ & ] { <nl> - b = b + 2 ; <nl> - b - = 4 ; <nl> - } ) ; <nl> - <nl> - For ( i , 0 , 8 , [ & ] { <nl> - x [ i ] = i ; <nl> - For ( j , 0 , 8 , [ & ] { <nl> - auto k = i + j ; <nl> - Print ( k ) ; <nl> - / / While ( k < 500 , [ & ] { Print ( k ) ; } ) ; <nl> - } ) ; <nl> - } ) ; <nl> - Print ( b ) ; <nl> - <nl> - auto root = context - > root ( ) ; <nl> - <nl> - TC_INFO ( " AST " ) ; <nl> - irpass : : print ( root ) ; <nl> - <nl> - irpass : : lower ( root ) ; <nl> - TC_INFO ( " Lowered " ) ; <nl> - irpass : : print ( root ) ; <nl> - <nl> - irpass : : typecheck ( root ) ; <nl> - TC_INFO ( " TypeChecked " ) ; <nl> - irpass : : print ( root ) ; <nl> - } ; <nl> - TC_REGISTER_TASK ( test_ast ) ; <nl> - <nl> TC_TEST ( " vectorize " ) { <nl> CoreState : : set_trigger_gdb_when_crash ( true ) ; <nl> int n = 128 ; <nl> mmm a / src / tests / gpu . cpp <nl> ppp b / src / tests / gpu . cpp <nl> TC_TEST ( " compiler_basics_gpu " ) { <nl> <nl> kernel ( [ & ] ( ) { <nl> For ( 0 , n , [ & ] ( Expr i ) { <nl> - Local ( ret ) = 0 ; <nl> + auto ret = Var ( 0 ) ; <nl> If ( i % 2 = = 0 ) . Then ( [ & ] { ret = dou ( i ) ; } ) . Else ( [ & ] { ret = i ; } ) ; <nl> a [ i ] = ret ; <nl> } ) ; <nl> mmm a / src / tests / mpm_full . cpp <nl> ppp b / src / tests / mpm_full . cpp <nl> auto mpm3d = [ ] ( ) { <nl> Eval ( 0 . 5_f * sqr ( fx - 0 . 5_f ) ) } ; <nl> <nl> Matrix cauchy ( 3 , 3 ) ; <nl> - Local ( mu ) = mu_0 ; <nl> - Local ( lambda ) = lambda_0 ; <nl> + auto mu = Var ( mu_0 ) ; <nl> + auto lambda = Var ( lambda_0 ) ; <nl> if ( material = = MPMMaterial : : fluid ) { <nl> cauchy = ( J - 1 . 0_f ) * Matrix : : identity ( 3 ) * E ; <nl> } else if ( material = = MPMMaterial : : jelly \| \| <nl> auto mpm3d = [ ] ( ) { <nl> <nl> Kernel ( grid_op ) . def ( [ & ] ( ) { <nl> For ( grid_m , [ & ] ( Expr i , Expr j , Expr k ) { <nl> - Local ( v0 ) = grid_v [ i , j , k ] ( 0 ) ; <nl> - Local ( v1 ) = grid_v [ i , j , k ] ( 1 ) ; <nl> - Local ( v2 ) = grid_v [ i , j , k ] ( 2 ) ; <nl> + auto v0 = Var ( grid_v [ i , j , k ] ( 0 ) ) ; <nl> + auto v1 = Var ( grid_v [ i , j , k ] ( 1 ) ) ; <nl> + auto v2 = Var ( grid_v [ i , j , k ] ( 2 ) ) ; <nl> auto m = load ( grid_m [ i , j , k ] ) ; <nl> <nl> int bound = 8 ; <nl> mmm a / src / tests / ray_march . cpp <nl> ppp b / src / tests / ray_march . cpp <nl> auto ray_march = [ ] { <nl> int limit = 200 ; <nl> <nl> auto ray_march = [ & ] ( Vector p , Vector dir ) { <nl> - Local ( j ) = 0 ; <nl> - Local ( dist ) = 0 . 0f ; <nl> + auto j = Var ( 0 ) ; <nl> + auto dist = Var ( 0 . 0f ) ; <nl> <nl> While ( j < limit & & sdf ( p + dist * dir ) > eps & & dist < dist_limit , [ & ] { <nl> dist + = sdf ( p + dist * dir ) ; <nl> auto ray_march = [ ] { <nl> u = normalized ( cross ( n , Vector ( { 0 . 0f , 1 . 0f , 0 . 0f } ) ) ) ; <nl> } ) ; <nl> v = cross ( n , u ) ; <nl> - Local ( phi ) = 2 * pi * Rand < float > ( ) ; <nl> - Local ( r ) = Rand < float > ( ) ; <nl> - Local ( alpha ) = 0 . 5_f * pi * ( r * r ) ; <nl> + auto phi = Var ( 2 * pi * Rand < float > ( ) ) ; <nl> + auto r = Var ( Rand < float > ( ) ) ; <nl> + auto alpha = Var ( 0 . 5_f * pi * ( r * r ) ) ; <nl> return sin ( alpha ) * ( cos ( phi ) * u + sin ( phi ) * v ) + cos ( alpha ) * n ; <nl> } ; <nl> <nl> auto ray_march = [ ] { <nl> <nl> auto color = Var ( Vector ( { 1 . 0f , 1 . 0f , 1 . 0f } ) ) ; <nl> int depth_limit = 4 ; <nl> - Local ( depth ) = 0 ; <nl> + auto depth = Var ( 0 ) ; <nl> <nl> While ( depth < depth_limit , [ & ] { <nl> depth + = 1 ; <nl> - Local ( _dist ) = ray_march ( orig , c ) ; <nl> + auto _dist = Var ( ray_march ( orig , c ) ) ; <nl> If ( _dist < dist_limit , <nl> [ & ] { <nl> orig + = _dist * c ; <nl> mmm a / src / tests / svd . h <nl> ppp b / src / tests / svd . h <nl> <nl> std : : tuple < Matrix , Matrix , Matrix > sifakis_svd ( const Matrix & a ) { <nl> - Local ( Sfour_gamma_squared ) = 0 . 0f ; <nl> - Local ( Ssine_pi_over_eight ) = 0 . 0f ; <nl> - Local ( Scosine_pi_over_eight ) = 0 . 0f ; <nl> - Local ( Sone_half ) = 0 . 0f ; <nl> - Local ( Sone ) = 0 . 0f ; <nl> - Local ( Stiny_number ) = 0 . 0f ; <nl> - Local ( Ssmall_number ) = 0 . 0f ; <nl> - Local ( Sa11 ) = 0 . 0f ; <nl> - Local ( Sa21 ) = 0 . 0f ; <nl> - Local ( Sa31 ) = 0 . 0f ; <nl> - Local ( Sa12 ) = 0 . 0f ; <nl> - Local ( Sa22 ) = 0 . 0f ; <nl> - Local ( Sa32 ) = 0 . 0f ; <nl> - Local ( Sa13 ) = 0 . 0f ; <nl> - Local ( Sa23 ) = 0 . 0f ; <nl> - Local ( Sa33 ) = 0 . 0f ; <nl> - Local ( Sv11 ) = 0 . 0f ; <nl> - Local ( Sv21 ) = 0 . 0f ; <nl> - Local ( Sv31 ) = 0 . 0f ; <nl> - Local ( Sv12 ) = 0 . 0f ; <nl> - Local ( Sv22 ) = 0 . 0f ; <nl> - Local ( Sv32 ) = 0 . 0f ; <nl> - Local ( Sv13 ) = 0 . 0f ; <nl> - Local ( Sv23 ) = 0 . 0f ; <nl> - Local ( Sv33 ) = 0 . 0f ; <nl> - Local ( Su11 ) = 0 . 0f ; <nl> - Local ( Su21 ) = 0 . 0f ; <nl> - Local ( Su31 ) = 0 . 0f ; <nl> - Local ( Su12 ) = 0 . 0f ; <nl> - Local ( Su22 ) = 0 . 0f ; <nl> - Local ( Su32 ) = 0 . 0f ; <nl> - Local ( Su13 ) = 0 . 0f ; <nl> - Local ( Su23 ) = 0 . 0f ; <nl> - Local ( Su33 ) = 0 . 0f ; <nl> - Local ( Sc ) = 0 . 0f ; <nl> - Local ( Ss ) = 0 . 0f ; <nl> - Local ( Sch ) = 0 . 0f ; <nl> - Local ( Ssh ) = 0 . 0f ; <nl> - Local ( Stmp1 ) = 0 . 0f ; <nl> - Local ( Stmp2 ) = 0 . 0f ; <nl> - Local ( Stmp3 ) = 0 . 0f ; <nl> - Local ( Stmp4 ) = 0 . 0f ; <nl> - Local ( Stmp5 ) = 0 . 0f ; <nl> - Local ( Sqvs ) = 0 . 0f ; <nl> - Local ( Sqvvx ) = 0 . 0f ; <nl> - Local ( Sqvvy ) = 0 . 0f ; <nl> - Local ( Sqvvz ) = 0 . 0f ; <nl> - Local ( Ss11 ) = 0 . 0f ; <nl> - Local ( Ss21 ) = 0 . 0f ; <nl> - Local ( Ss31 ) = 0 . 0f ; <nl> - Local ( Ss22 ) = 0 . 0f ; <nl> - Local ( Ss32 ) = 0 . 0f ; <nl> - Local ( Ss33 ) = 0 . 0f ; <nl> + auto Sfour_gamma_squared = Var ( 0 . 0f ) ; <nl> + auto Ssine_pi_over_eight = Var ( 0 . 0f ) ; <nl> + auto Scosine_pi_over_eight = Var ( 0 . 0f ) ; <nl> + auto Sone_half = Var ( 0 . 0f ) ; <nl> + auto Sone = Var ( 0 . 0f ) ; <nl> + auto Stiny_number = Var ( 0 . 0f ) ; <nl> + auto Ssmall_number = Var ( 0 . 0f ) ; <nl> + auto Sa11 = Var ( 0 . 0f ) ; <nl> + auto Sa21 = Var ( 0 . 0f ) ; <nl> + auto Sa31 = Var ( 0 . 0f ) ; <nl> + auto Sa12 = Var ( 0 . 0f ) ; <nl> + auto Sa22 = Var ( 0 . 0f ) ; <nl> + auto Sa32 = Var ( 0 . 0f ) ; <nl> + auto Sa13 = Var ( 0 . 0f ) ; <nl> + auto Sa23 = Var ( 0 . 0f ) ; <nl> + auto Sa33 = Var ( 0 . 0f ) ; <nl> + auto Sv11 = Var ( 0 . 0f ) ; <nl> + auto Sv21 = Var ( 0 . 0f ) ; <nl> + auto Sv31 = Var ( 0 . 0f ) ; <nl> + auto Sv12 = Var ( 0 . 0f ) ; <nl> + auto Sv22 = Var ( 0 . 0f ) ; <nl> + auto Sv32 = Var ( 0 . 0f ) ; <nl> + auto Sv13 = Var ( 0 . 0f ) ; <nl> + auto Sv23 = Var ( 0 . 0f ) ; <nl> + auto Sv33 = Var ( 0 . 0f ) ; <nl> + auto Su11 = Var ( 0 . 0f ) ; <nl> + auto Su21 = Var ( 0 . 0f ) ; <nl> + auto Su31 = Var ( 0 . 0f ) ; <nl> + auto Su12 = Var ( 0 . 0f ) ; <nl> + auto Su22 = Var ( 0 . 0f ) ; <nl> + auto Su32 = Var ( 0 . 0f ) ; <nl> + auto Su13 = Var ( 0 . 0f ) ; <nl> + auto Su23 = Var ( 0 . 0f ) ; <nl> + auto Su33 = Var ( 0 . 0f ) ; <nl> + auto Sc = Var ( 0 . 0f ) ; <nl> + auto Ss = Var ( 0 . 0f ) ; <nl> + auto Sch = Var ( 0 . 0f ) ; <nl> + auto Ssh = Var ( 0 . 0f ) ; <nl> + auto Stmp1 = Var ( 0 . 0f ) ; <nl> + auto Stmp2 = Var ( 0 . 0f ) ; <nl> + auto Stmp3 = Var ( 0 . 0f ) ; <nl> + auto Stmp4 = Var ( 0 . 0f ) ; <nl> + auto Stmp5 = Var ( 0 . 0f ) ; <nl> + auto Sqvs = Var ( 0 . 0f ) ; <nl> + auto Sqvvx = Var ( 0 . 0f ) ; <nl> + auto Sqvvy = Var ( 0 . 0f ) ; <nl> + auto Sqvvz = Var ( 0 . 0f ) ; <nl> + auto Ss11 = Var ( 0 . 0f ) ; <nl> + auto Ss21 = Var ( 0 . 0f ) ; <nl> + auto Ss31 = Var ( 0 . 0f ) ; <nl> + auto Ss22 = Var ( 0 . 0f ) ; <nl> + auto Ss32 = Var ( 0 . 0f ) ; <nl> + auto Ss33 = Var ( 0 . 0f ) ; <nl> <nl> constexpr float Four_Gamma_Squared = 5 . 82842712474619f ; <nl> constexpr float Sine_Pi_Over_Eight = 0 . 3826834323650897f ; <nl> std : : tuple < Matrix , Matrix , Matrix > sifakis_svd ( const Matrix & a ) { <nl> Ss33 = Stmp1 + Ss33 ; <nl> Stmp1 = Sa33 * Sa33 ; <nl> Ss33 = Stmp1 + Ss33 ; <nl> - Declare ( sweep ) ; <nl> - For ( sweep , 0 , 5 , [ & ] { <nl> + For ( 0 , 5 , [ & ] ( Expr sweep ) { <nl> Ssh = Ss21 * Sone_half ; <nl> Stmp5 = Ss11 - Ss22 ; <nl> Stmp2 = Ssh * Ssh ; <nl> mmm a / src / tlang . h <nl> ppp b / src / tlang . h <nl> inline void declare_var ( Expr & a ) { <nl> <nl> # define Declare ( x ) auto x = Expr ( std : : make_shared < IdExpression > ( ) ) ; <nl> <nl> - # define var ( type , x ) declare_var < type > ( x ) ; <nl> - <nl> - # define Local ( x ) \ <nl> - Declare ( x ) ; \ <nl> - declare_var ( x ) ; \ <nl> - x <nl> - <nl> # define Global ( x , dt ) \ <nl> Declare ( x # # _global ) ; \ <nl> auto x = global_new ( x # # _global , DataType : : dt ) ; <nl>	Eliminated Local	taichi-dev/taichi	8b3cf8fd4a885061ba01bdbdd3dd83aefb0b01f8	2019-04-26T16:20:14Z
mmm a / src / runtime / vm / translator / translator - x64 - vector . cpp <nl> ppp b / src / runtime / vm / translator / translator - x64 - vector . cpp <nl> void TranslatorX64 : : emitHphpArrayGetIntKey ( const NormalizedInstruction & i , <nl> <nl> / / Is it an int or a string ? <nl> a . cmp_imm32_disp_reg32 ( 0 , HphpArray : : getElmHashOff ( ) , elmPtr ) ; <nl> - a . jnz ( bail ) ; <nl> - <nl> TCA successJmp = a . code . frontier ; <nl> - a . jmp8 ( successJmp ) ; <nl> + a . jcc8 ( CC_Z , successJmp ) ; <nl> <nl> / / Try the loop again . <nl> a . patchJcc8 ( continue0 , a . code . frontier ) ; <nl> a . add_imm32_reg32 ( 1 , * count ) ; <nl> a . jmp8 ( loopHead ) ; <nl> <nl> - a . patchJmp8 ( successJmp , a . code . frontier ) ; <nl> + a . patchJcc8 ( successJmp , a . code . frontier ) ; <nl> Stats : : emitInc ( a , Stats : : ElemAsm_GetIHit ) ; <nl> if ( HphpArray : : getElmDataOff ( ) ! = 0 ) { <nl> a . add_imm32_reg64 ( HphpArray : : getElmDataOff ( ) , elmPtr ) ; <nl>	Micro - opt in inline array getm .	facebook/hhvm	fb354ea8ad5fb2a81d95fa04715543b14c4d0562	2012-10-12T18:57:10Z
mmm a / tensorflow / lite / tools / delegates / coreml_delegate_provider . cc <nl> ppp b / tensorflow / lite / tools / delegates / coreml_delegate_provider . cc <nl> limitations under the License . <nl> # include " tensorflow / lite / tools / delegates / delegate_provider . h " <nl> # include " tensorflow / lite / tools / evaluation / utils . h " <nl> # if defined ( __APPLE__ ) <nl> + # include " TargetConditionals . h " <nl> # if TARGET_OS_IPHONE & & ! TARGET_IPHONE_SIMULATOR <nl> / / Only enable metal delegate when using a real iPhone device . <nl> # define REAL_IPHONE_DEVICE <nl>	Config Core ML delegate provider correctly	tensorflow/tensorflow	ff4490f636c87bf9efacfca06bd1f70a61bcfdc9	2020-06-23T05:09:15Z
mmm a / test / onnx / test_pytorch_onnx_caffe2_quantized . py <nl> ppp b / test / onnx / test_pytorch_onnx_caffe2_quantized . py <nl> <nl> import unittest <nl> import torch . onnx <nl> import torch . nn as nn <nl> + import torch . nn . quantized as nnq <nl> import io <nl> <nl> import onnx <nl> class TestQuantizedOps ( unittest . TestCase ) : <nl> def generic_test ( self , model , sample_inputs , input_names = None , decimal = 3 , relaxed_check = False ) : <nl> torch . backends . quantized . engine = " qnnpack " <nl> pt_inputs = tuple ( torch . from_numpy ( x ) for x in sample_inputs ) <nl> - model . qconfig = torch . quantization . default_qconfig <nl> + model . qconfig = torch . quantization . get_default_qconfig ( ' qnnpack ' ) <nl> q_model = torch . quantization . prepare ( model , inplace = False ) <nl> q_model = torch . quantization . convert ( q_model , inplace = False ) <nl> <nl> def __init__ ( self ) : <nl> super ( SimpleModel , self ) . __init__ ( ) <nl> self . quant = torch . quantization . QuantStub ( ) <nl> self . dequant = torch . quantization . DeQuantStub ( ) <nl> + self . func_add = nnq . FloatFunctional ( ) <nl> self . conv1 = nn . Conv2d ( 3 , 2 , 5 , bias = None ) . to ( dtype = torch . float ) <nl> self . act1 = nn . Sigmoid ( ) <nl> self . conv2 = nn . Conv2d ( 2 , 2 , 1 , bias = None ) . to ( dtype = torch . float ) <nl> def __init__ ( self ) : <nl> <nl> def forward ( self , x ) : <nl> x = self . quant ( x ) <nl> + x = self . func_add . add ( x , x ) <nl> x = self . conv1 ( x ) <nl> x = self . act1 ( x ) <nl> x = self . conv2 ( x ) <nl> def forward ( self , x ) : <nl> x = np . random . rand ( 2 , 3 , 10 , 10 ) . astype ( " float32 " ) <nl> self . generic_test ( SimpleModel ( ) , ( x , ) , input_names = [ " x " ] , relaxed_check = True ) <nl> <nl> + def test_sequential ( self ) : <nl> + class ConvBNReLUModule ( nn . Sequential ) : <nl> + def __init__ ( self ) : <nl> + super ( ) . __init__ ( <nl> + nn . Conv2d ( 3 , 3 , 1 , 1 , bias = False ) , <nl> + nn . BatchNorm2d ( 3 ) , <nl> + nn . ReLU ( inplace = False ) <nl> + ) <nl> + <nl> + class ModelWithClassifierHead ( nn . Module ) : <nl> + def __init__ ( self ) : <nl> + super ( ) . __init__ ( ) <nl> + self . conv1 = nn . Conv2d ( 3 , 3 , 1 ) <nl> + self . relu1 = nn . ReLU ( inplace = False ) <nl> + layers = [ ] <nl> + for i in range ( 3 ) : <nl> + layers . append ( ConvBNReLUModule ( ) ) <nl> + self . features = nn . Sequential ( * layers ) <nl> + head = [ nn . Linear ( 300 , 10 ) , nn . ReLU ( inplace = False ) ] <nl> + self . classifier = nn . Sequential ( * head ) <nl> + self . seq = nn . Sequential ( ) <nl> + self . quant = torch . quantization . QuantStub ( ) <nl> + self . dequant = torch . quantization . DeQuantStub ( ) <nl> + <nl> + def forward ( self , x ) : <nl> + x = self . quant ( x ) <nl> + x = self . conv1 ( x ) <nl> + x = self . relu1 ( x ) <nl> + x = self . features ( x ) <nl> + x = torch . reshape ( x , ( - 1 , 3 * 10 * 10 ) ) <nl> + x = self . classifier ( x ) <nl> + x = self . seq ( x ) <nl> + x = self . dequant ( x ) <nl> + return x <nl> + <nl> + model = ModelWithClassifierHead ( ) . eval ( ) <nl> + torch . quantization . fuse_modules ( model , [ [ ' conv1 ' , ' relu1 ' ] , <nl> + [ ' features . 0 . 0 ' , ' features . 0 . 1 ' , ' features . 0 . 2 ' ] , <nl> + [ ' features . 1 . 0 ' , ' features . 1 . 1 ' , ' features . 1 . 2 ' ] , <nl> + [ ' features . 2 . 0 ' , ' features . 2 . 1 ' , ' features . 2 . 2 ' ] ] , inplace = True ) <nl> + <nl> + <nl> + x = np . random . rand ( 1 , 3 , 10 , 10 ) . astype ( " float32 " ) <nl> + self . generic_test ( model , ( x , ) , input_names = [ " x " ] , relaxed_check = True ) <nl> + <nl> if __name__ = = ' __main__ ' : <nl> unittest . main ( ) <nl> mmm a / torch / csrc / jit / passes / onnx / unpack_quantized_weights . cpp <nl> ppp b / torch / csrc / jit / passes / onnx / unpack_quantized_weights . cpp <nl> double getScaleFromInput ( Node * input_node ) { <nl> scale = toIValue ( input_node - > inputs ( ) [ 1 ] ) ; <nl> return scale . value ( ) . toDouble ( ) ; <nl> } else if ( input_name = = " quantized : : linear " ) { <nl> - / / % r = quantized : : linear ( % input , % unpacked_weight , % bias , % w_scale , <nl> - / / % w_zero_point ) <nl> + / / % r = quantized : : linear ( % input , % packed_weight , % w_scale , % w_zero_point ) <nl> TORCH_CHECK ( <nl> - input_node - > inputs ( ) . size ( ) > 3 , <nl> - " quantized : : linear expected scale to be 4th input " ) ; <nl> - scale = toIValue ( input_node - > inputs ( ) [ 3 ] ) ; <nl> + input_node - > inputs ( ) . size ( ) > 2 , <nl> + " quantized : : linear expected scale to be 3rd input " ) ; <nl> + scale = toIValue ( input_node - > inputs ( ) [ 2 ] ) ; <nl> return scale . value ( ) . toDouble ( ) ; <nl> } else if ( input_name = = " quantized : : conv2d " ) { <nl> - / / % r = quantized : : conv2d ( % input , % unpacked_weight , % bias , % stride , <nl> - / / % padding , % dilation , % groups , % w_scale , % w_zero_point ) <nl> + / / % r = quantized : : conv2d ( % input , % packed_weight , % w_scale , % w_zero_point ) <nl> TORCH_CHECK ( <nl> - input_node - > inputs ( ) . size ( ) > 7 , <nl> - " quantized : : conv2d expected scale to be 8th input " ) ; <nl> + input_node - > inputs ( ) . size ( ) > 2 , <nl> + " quantized : : conv2d expected scale to be 3rd input " ) ; <nl> auto num_inputs = input_node - > inputs ( ) . size ( ) ; <nl> scale = toIValue ( input_node - > inputs ( ) [ num_inputs - 2 ] ) ; <nl> return scale . value ( ) . toDouble ( ) ; <nl> } else if ( input_name = = " quantized : : conv2d_relu " ) { <nl> - / / % r = quantized : : conv2d_relu ( % input , % unpacked_weight , % stride , <nl> - / / % padding , % dilation , % groups , % w_scale , % w_zero_point ) <nl> + / / % r = quantized : : conv2d_relu ( % input , % packed_weight , % w_scale , <nl> + / / % w_zero_point ) <nl> TORCH_CHECK ( <nl> - input_node - > inputs ( ) . size ( ) > 6 , <nl> - " quantized : : conv2d_relu expected scale to be 7th input " ) ; <nl> + input_node - > inputs ( ) . size ( ) > 2 , <nl> + " quantized : : conv2d_relu expected scale to be 3rd input " ) ; <nl> auto num_inputs = input_node - > inputs ( ) . size ( ) ; <nl> scale = toIValue ( input_node - > inputs ( ) [ num_inputs - 2 ] ) ; <nl> return scale . value ( ) . toDouble ( ) ; <nl>	[ quant ] Onnx export of quantized models with new API ( )	pytorch/pytorch	2b789e2e03cb34acd2809cdda4d319e342de649b	2020-05-27T04:01:18Z
mmm a / caffe2 / python / layer_model_helper . py <nl> ppp b / caffe2 / python / layer_model_helper . py <nl> <nl> from __future__ import unicode_literals <nl> <nl> from caffe2 . python import core , model_helper , schema , scope <nl> + from caffe2 . python . modeling . parameter_info import ( <nl> + ParameterInfo , <nl> + ) <nl> from caffe2 . python . modeling . parameter_sharing import ( <nl> parameter_sharing_context , <nl> ) <nl> from caffe2 . python . optimizer import get_param_device <nl> + from caffe2 . python . regularizer import Regularizer <nl> from caffe2 . python . layers import layers <nl> from caffe2 . proto import caffe2_pb2 <nl> from future . utils import viewitems , viewvalues <nl> def __init__ ( self , name , input_feature_schema , trainer_extra_schema , <nl> <nl> # optimizer bookkeeping <nl> self . param_to_optim = { } <nl> + self . param_to_reg = { } <nl> <nl> self . _default_optimizer = None <nl> self . _loss = None <nl> def _validate_param_shape ( self , param_name , shape ) : <nl> ) <nl> <nl> def create_param ( self , param_name , shape , initializer , optimizer = None , <nl> - ps_param = None ) : <nl> + ps_param = None , regularizer = None ) : <nl> if isinstance ( param_name , core . BlobReference ) : <nl> param_name = str ( param_name ) <nl> elif isinstance ( param_name , six . string_types ) : <nl> def create_param ( self , param_name , shape , initializer , optimizer = None , <nl> initializer = initializer_op , <nl> optimizer = optimizer , <nl> ps_param = ps_param , <nl> + regularizer = regularizer <nl> ) <nl> <nl> self . _validate_param_shape ( param_name , shape ) <nl> def add_layer ( self , layer ) : <nl> param . optimizer or self . default_optimizer <nl> <nl> self . params . append ( param . parameter ) <nl> + if isinstance ( param , layers . LayerParameter ) : <nl> + self . param_to_reg [ param . parameter ] = param . regularizer <nl> + elif isinstance ( param , ParameterInfo ) : <nl> + # TODO : <nl> + # Currently , LSTM and RNNcells , which use ModelHelper instead of <nl> + # LayerModelHelper as super class , are called in pooling_methods <nl> + # In ModelHelper , regularization is not supported in create_param <nl> + # We will unify the way of create_param of ModelHelper and <nl> + # LayerModelHelper in the future . <nl> + logger . info ( ' regularization is unsupported for ParameterInfo object ' ) <nl> + else : <nl> + raise ValueError ( <nl> + ' unknown object type besides ParameterInfo and LayerParameter : { } ' <nl> + . format ( param ) <nl> + ) <nl> <nl> # The primary value of adding everything to self . net - generation of the <nl> # operators right away , i . e . if error happens it ' ll be detected <nl> def apply_operator ( net , in_record , out_record , * * kwargs ) : <nl> def layers ( self ) : <nl> return self . _layers <nl> <nl> + def apply_regularizers_on_loss ( <nl> + self , <nl> + train_net , <nl> + train_init_net , <nl> + blob_to_device = None , <nl> + ) : <nl> + for param , regularizer in viewitems ( self . param_to_reg ) : <nl> + if regularizer is None or regularizer . apply_after_optimizer : <nl> + continue <nl> + assert isinstance ( regularizer , Regularizer ) <nl> + added_loss_blob = regularizer ( train_net , train_init_net , param ) <nl> + self . add_loss ( <nl> + schema . Scalar ( blob = added_loss_blob ) , <nl> + str ( added_loss_blob ) <nl> + ) <nl> + <nl> + def apply_regularizers_after_optimizer ( <nl> + self , <nl> + train_net , <nl> + train_init_net , <nl> + grad_map , <nl> + blob_to_device = None , <nl> + ) : <nl> + for param , regularizer in viewitems ( self . param_to_reg ) : <nl> + if regularizer is None or not regularizer . apply_after_optimizer : <nl> + continue <nl> + assert isinstance ( regularizer , Regularizer ) <nl> + regularizer ( <nl> + train_net , train_init_net , param , grad_map . get ( str ( param ) ) ) <nl> + <nl> def apply_optimizers ( <nl> self , <nl> train_net , <nl> mmm a / caffe2 / python / layer_model_instantiator . py <nl> ppp b / caffe2 / python / layer_model_instantiator . py <nl> def generate_training_nets_forward_only ( model , include_tags = None ) : <nl> def generate_training_nets ( model , include_tags = None ) : <nl> train_init_net , train_net = _generate_training_net_only ( model , include_tags ) <nl> <nl> + model . apply_regularizers_on_loss ( train_net , train_init_net ) <nl> loss = model . loss <nl> grad_map = train_net . AddGradientOperators ( loss . field_blobs ( ) ) <nl> model . apply_optimizers ( train_net , train_init_net , grad_map ) <nl> + model . apply_regularizers_after_optimizer ( train_net , train_init_net , grad_map ) <nl> return train_init_net , train_net <nl> mmm a / caffe2 / python / layers / fc . py <nl> ppp b / caffe2 / python / layers / fc . py <nl> class FC ( SamplingTrainableMixin , ModelLayer ) : <nl> <nl> def __init__ ( self , model , input_record , output_dims , weight_init = None , <nl> bias_init = None , weight_optim = None , bias_optim = None , name = ' fc ' , <nl> - * * kwargs ) : <nl> + weight_reg = None , bias_reg = None , * * kwargs ) : <nl> super ( FC , self ) . __init__ ( model , name , input_record , * * kwargs ) <nl> assert isinstance ( input_record , schema . Scalar ) , " Incorrect input type " <nl> assert len ( input_record . field_types ( ) [ 0 ] . shape ) > 0 , ( <nl> def __init__ ( self , model , input_record , output_dims , weight_init = None , <nl> self . w = self . create_param ( param_name = ' w ' , <nl> shape = [ output_dims , input_dims ] , <nl> initializer = weight_init , <nl> - optimizer = weight_optim ) <nl> + optimizer = weight_optim , <nl> + regularizer = weight_reg ) <nl> <nl> self . b = self . create_param ( param_name = ' b ' , <nl> shape = [ output_dims , ] , <nl> initializer = bias_init , <nl> - optimizer = bias_optim ) <nl> + optimizer = bias_optim , <nl> + regularizer = bias_reg ) <nl> <nl> self . output_schema = schema . Scalar ( <nl> ( np . float32 , ( output_dims , ) ) , <nl> mmm a / caffe2 / python / layers / layers . py <nl> ppp b / caffe2 / python / layers / layers . py <nl> def create_layer ( layer_name , * args , * * kwargs ) : <nl> class LayerParameter ( object ) : <nl> <nl> def __init__ ( self , parameter = None , optimizer = None , initializer = None , <nl> - ps_param = None ) : <nl> + ps_param = None , regularizer = None ) : <nl> assert isinstance ( parameter , core . BlobReference ) , \ <nl> " expect { 0 } to be a blob reference " . format ( str ( parameter ) ) <nl> # need to put the following line ( shape ) before initialier <nl> def __init__ ( self , parameter = None , optimizer = None , initializer = None , <nl> self . optimizer = optimizer <nl> self . initializer = initializer <nl> self . ps_param = ps_param <nl> + self . regularizer = regularizer <nl> <nl> @ property <nl> def initializer ( self ) : <nl> def add_init_params ( self , init_net ) : <nl> init_net . _net . op . extend ( [ init_op ] ) <nl> <nl> def create_param ( self , param_name , shape , initializer , optimizer , <nl> - ps_param = None ) : <nl> + ps_param = None , regularizer = None ) : <nl> with scope . NameScope ( self . name , reset = True ) : <nl> param = self . model . create_param ( param_name = param_name , <nl> shape = shape , <nl> initializer = initializer , <nl> optimizer = optimizer , <nl> - ps_param = ps_param ) <nl> + ps_param = ps_param , <nl> + regularizer = regularizer ) <nl> <nl> # make sure we don ' t share parameters in the same layer <nl> assert all ( param . parameter ! = p . parameter for p in self . params ) <nl> mmm a / caffe2 / python / regularizer . py <nl> ppp b / caffe2 / python / regularizer . py <nl> <nl> <nl> class Regularizer ( object ) : <nl> def __init__ ( self ) : <nl> - pass <nl> + self . apply_after_optimizer = False <nl> <nl> ' ' ' <nl> Adds regularization to train_net for given parameter . Its factor ahead of <nl> def __init__ ( self ) : <nl> The param should be a BlobReference . <nl> ' ' ' <nl> <nl> - def __call__ ( self , train_net , param ) : <nl> + def __call__ ( self , net , param_init_net , param , grad = None ) : <nl> assert isinstance ( param , core . BlobReference ) <nl> - return self . _run ( train_net , param ) <nl> + return self . _run ( net , param_init_net , param ) <nl> <nl> - def _run ( self , train_net , param ) : <nl> + def _run ( self , net , param_init_net , param ) : <nl> raise Exception ( " Not Impelemented " ) <nl> <nl> <nl> def __init__ ( self , reg_lambda ) : <nl> <nl> self . reg_lambda = reg_lambda <nl> <nl> - def _run ( self , train_net , param ) : <nl> - output_blob = train_net . NextScopedBlob ( param + ' _l1_regularization ' ) <nl> - train_net . LpNorm ( [ param ] , [ output_blob ] , p = 1 ) <nl> - train_net . Scale ( [ output_blob ] , [ output_blob ] , scale = self . reg_lambda ) <nl> + def _run ( self , net , param_init_net , param ) : <nl> + output_blob = net . NextScopedBlob ( param + ' _l1_regularization ' ) <nl> + net . LpNorm ( [ param ] , [ output_blob ] , p = 1 ) <nl> + net . Scale ( [ output_blob ] , [ output_blob ] , scale = self . reg_lambda ) <nl> return output_blob <nl> <nl> <nl> def __init__ ( self , reg_lambda ) : <nl> <nl> self . reg_lambda = reg_lambda <nl> <nl> - def _run ( self , train_net , param ) : <nl> - output_blob = train_net . NextScopedBlob ( param + ' _l2_regularization ' ) <nl> - train_net . LpNorm ( [ param ] , [ output_blob ] , p = 2 ) <nl> - train_net . Scale ( [ output_blob ] , [ output_blob ] , scale = self . reg_lambda ) <nl> + def _run ( self , net , param_init_net , param ) : <nl> + output_blob = net . NextScopedBlob ( param + ' _l2_regularization ' ) <nl> + net . LpNorm ( [ param ] , [ output_blob ] , p = 2 ) <nl> + net . Scale ( [ output_blob ] , [ output_blob ] , scale = self . reg_lambda ) <nl> return output_blob <nl> new file mode 100644 <nl> index 000000000000 . . 380212a2faa9 <nl> mmm / dev / null <nl> ppp b / caffe2 / python / regularizer_test . py <nl> <nl> + from __future__ import absolute_import <nl> + from __future__ import division <nl> + from __future__ import print_function <nl> + <nl> + from caffe2 . python import schema <nl> + from caffe2 . python . regularizer_context import UseRegularizer , RegularizerContext <nl> + from caffe2 . python . regularizer import L1Norm <nl> + from caffe2 . python . optimizer import SgdOptimizer <nl> + from caffe2 . python . layer_test_util import LayersTestCase <nl> + from caffe2 . python import layer_model_instantiator <nl> + <nl> + from hypothesis import given <nl> + <nl> + import caffe2 . python . hypothesis_test_util as hu <nl> + import numpy as np <nl> + <nl> + <nl> + class TestRegularizerContext ( LayersTestCase ) : <nl> + @ given ( <nl> + X = hu . arrays ( dims = [ 2 , 5 ] ) , <nl> + ) <nl> + def test_regularizer_context ( self , X ) : <nl> + weight_reg_out = L1Norm ( 0 . 2 ) <nl> + bias_reg_out = L1Norm ( 0 ) <nl> + regularizers = { <nl> + ' WEIGHT ' : weight_reg_out , <nl> + ' BIAS ' : bias_reg_out <nl> + } <nl> + <nl> + output_dims = 2 <nl> + input_record = self . new_record ( schema . Scalar ( ( np . float32 , ( 5 , ) ) ) ) <nl> + schema . FeedRecord ( input_record , [ X ] ) <nl> + <nl> + with UseRegularizer ( regularizers ) : <nl> + weight_reg = RegularizerContext . current ( ) . get_regularizer ( ' WEIGHT ' ) <nl> + bias_reg = RegularizerContext . current ( ) . get_regularizer ( ' BIAS ' ) <nl> + optim = SgdOptimizer ( 0 . 15 ) <nl> + <nl> + assert weight_reg = = weight_reg_out , \ <nl> + ' fail to get correct weight reg from context ' <nl> + assert bias_reg = = bias_reg_out , \ <nl> + ' fail to get correct bias reg from context ' <nl> + fc_output = self . model . FC ( <nl> + input_record , <nl> + output_dims , <nl> + weight_optim = optim , <nl> + bias_optim = optim , <nl> + weight_reg = weight_reg , <nl> + bias_reg = bias_reg <nl> + ) <nl> + # model . output_schema has to a struct <nl> + self . model . output_schema = schema . Struct ( ( <nl> + ' fc_output ' , fc_output <nl> + ) ) <nl> + <nl> + self . assertEqual ( <nl> + schema . Scalar ( ( np . float32 , ( output_dims , ) ) ) , <nl> + fc_output <nl> + ) <nl> + <nl> + _ , train_net = layer_model_instantiator . generate_training_nets ( self . model ) <nl> + ops = train_net . Proto ( ) . op <nl> + ops_type_list = [ ops [ i ] . type for i in range ( len ( ops ) ) ] <nl> + assert ops_type_list . count ( ' LpNorm ' ) = = 2 <nl> + assert ops_type_list . count ( ' Scale ' ) = = 4 <nl> + assert ops_type_list . count ( ' LpNormGradient ' ) = = 2 <nl>	add dense regularization	pytorch/pytorch	41bb662d9695602d36c1d95d5650af0ef96f33aa	2018-01-08T21:03:17Z
mmm a / src / main . cpp <nl> ppp b / src / main . cpp <nl> bool CTransaction : : AreInputsStandard ( std : : map < uint256 , std : : pair < CTxIndex , CTran <nl> COutPoint prevout = vin [ i ] . prevout ; <nl> assert ( mapInputs . count ( prevout . hash ) > 0 ) ; <nl> CTransaction & txPrev = mapInputs [ prevout . hash ] . second ; <nl> + assert ( prevout . n > = txPrev . vout . size ( ) ) ; <nl> <nl> vector < vector < unsigned char > > vSolutions ; <nl> txnouttype whichType ; <nl> bool CTransaction : : FetchInputs ( CTxDB & txdb , const map < uint256 , CTxIndex > & mapTes <nl> if ( ! txPrev . ReadFromDisk ( txindex . pos ) ) <nl> return error ( " FetchInputs ( ) : % s ReadFromDisk prev tx % s failed " , GetHash ( ) . ToString ( ) . substr ( 0 , 10 ) . c_str ( ) , prevout . hash . ToString ( ) . substr ( 0 , 10 ) . c_str ( ) ) ; <nl> } <nl> + if ( prevout . n > = txPrev . vout . size ( ) \| \| prevout . n > = txindex . vSpent . size ( ) ) <nl> + return DoS ( 100 , error ( " FetchInputs ( ) : % s prevout . n out of range % d % d % d prev tx % s \ n % s " , GetHash ( ) . ToString ( ) . substr ( 0 , 10 ) . c_str ( ) , prevout . n , txPrev . vout . size ( ) , txindex . vSpent . size ( ) , prevout . hash . ToString ( ) . substr ( 0 , 10 ) . c_str ( ) , txPrev . ToString ( ) . c_str ( ) ) ) ; <nl> + <nl> } <nl> return true ; <nl> } <nl>	Check for valid prevout . n in FetchInputs .	bitcoin/bitcoin	6996a9d7131cc634cb67dcd56a71ca9744001c8f	2011-12-25T13:45:09Z
mmm a / bench / format / format . py <nl> ppp b / bench / format / format . py <nl> def image ( source ) : <nl> return " < a href = \ " % s \ " > < img src = \ " % s \ " width = \ " 450 \ " / > < / a > " % ( source , source ) <nl> <nl> def flot ( source , text ) : <nl> - return " < a href = \ " % s \ " > % s < / a > " % ( self . hostname + self . flot_script_location + ' # ' + source , text ) <nl> + return " < a href = \ " % s \ " > % s < / a > " % ( ' http : / / ' + self . hostname + self . flot_script_location + ' # ' + source , text ) <nl> <nl> def format_metadata ( f ) : <nl> return locale . format ( " % . 2f " , f , grouping = True ) <nl> def halve ( series ) : <nl> # Add the qps plot image and metadata <nl> print > > res , ' < table style = " width : 910px ; " class = " runPlots " > ' <nl> print > > res , ' < tr > < td > < h3 style = " text - align : center " > Queries per second < / h3 > ' <nl> - print > > res , image ( os . path . join ( self . hostname , self . prof_dir , self . dir_str , ' qps ' + run_name + ' . png ' ) ) <nl> + print > > res , image ( ' http : / / ' + os . path . join ( self . hostname , self . prof_dir , self . dir_str , ' qps ' + run_name + ' . png ' ) ) <nl> <nl> qps_mean = format_metadata ( data . select ( ' qps ' ) . stats ( ) [ ' qps ' ] [ ' mean ' ] ) <nl> qps_stdev = format_metadata ( data . select ( ' qps ' ) . stats ( ) [ ' qps ' ] [ ' stdev ' ] ) <nl>	Add http : / / to reporting URLs .	rethinkdb/rethinkdb	3c5e0549c959d5449ee193ac6711a380c4b4c66e	2010-11-08T17:49:12Z
mmm a / benchmark / scripts / Benchmark_Driver <nl> ppp b / benchmark / scripts / Benchmark_Driver <nl> def compare ( args ) : <nl> log_dir = args . log_dir <nl> swift_repo = args . swift_repo <nl> compare_script = args . compare_script <nl> + baseline_branch = args . baseline_branch <nl> current_branch = get_current_git_branch ( swift_repo ) <nl> current_branch_dir = os . path . join ( log_dir , current_branch ) <nl> - master_branch_dir = os . path . join ( log_dir , ' master ' ) <nl> - <nl> - if current_branch ! = ' master ' and not os . path . isdir ( master_branch_dir ) : <nl> - print ( ' Unable to find benchmark logs for master branch . Set a ' + <nl> - ' baseline benchmark log by passing - - benchmark to ' + <nl> - ' build - script while on master branch . ' ) <nl> + baseline_branch_dir = os . path . join ( log_dir , baseline_branch ) <nl> + <nl> + if current_branch ! = baseline_branch and \ <nl> + not os . path . isdir ( baseline_branch_dir ) : <nl> + print ( ( ' Unable to find benchmark logs for { baseline_branch } branch . ' + <nl> + ' Set a baseline benchmark log by passing - - benchmark to ' + <nl> + ' build - script while on { baseline_branch } branch . ' ) <nl> + . format ( baseline_branch = baseline_branch ) ) <nl> return 1 <nl> <nl> recent_logs = { } <nl> - for branch_dir in [ current_branch_dir , master_branch_dir ] : <nl> + for branch_dir in [ current_branch_dir , baseline_branch_dir ] : <nl> for opt in [ ' O ' , ' Onone ' ] : <nl> recent_logs [ os . path . basename ( branch_dir ) + ' _ ' + opt ] = sorted ( <nl> glob . glob ( os . path . join ( <nl> branch_dir , ' Benchmark_ ' + opt + ' - * . log ' ) ) , <nl> key = os . path . getctime , reverse = True ) <nl> <nl> - if current_branch = = ' master ' : <nl> - if len ( recent_logs [ ' master_O ' ] ) > 1 and \ <nl> - len ( recent_logs [ ' master_Onone ' ] ) > 1 : <nl> + if current_branch = = baseline_branch : <nl> + if len ( recent_logs [ baseline_branch + ' _O ' ] ) > 1 and \ <nl> + len ( recent_logs [ baseline_branch + ' _Onone ' ] ) > 1 : <nl> compare_logs ( compare_script , <nl> - recent_logs [ ' master_O ' ] [ 0 ] , <nl> - recent_logs [ ' master_O ' ] [ 1 ] , <nl> + recent_logs [ baseline_branch + ' _O ' ] [ 0 ] , <nl> + recent_logs [ baseline_branch + ' _O ' ] [ 1 ] , <nl> log_dir , ' O ' ) <nl> compare_logs ( compare_script , <nl> - recent_logs [ ' master_Onone ' ] [ 0 ] , <nl> - recent_logs [ ' master_Onone ' ] [ 1 ] , <nl> + recent_logs [ baseline_branch + ' _Onone ' ] [ 0 ] , <nl> + recent_logs [ baseline_branch + ' _Onone ' ] [ 1 ] , <nl> log_dir , ' Onone ' ) <nl> else : <nl> - print ( ' master / master comparison skipped : no previous master logs ' ) <nl> + print ( ( ' { baseline_branch } / { baseline_branch } comparison ' + <nl> + ' skipped : no previous { baseline_branch } logs ' ) <nl> + . format ( baseline_branch = baseline_branch ) ) <nl> else : <nl> - # TODO : Check for outdated master branch log <nl> + # TODO : Check for outdated baseline branch log <nl> if len ( recent_logs [ current_branch + ' _O ' ] ) = = 0 or \ <nl> len ( recent_logs [ current_branch + ' _Onone ' ] ) = = 0 : <nl> print ( ' branch sanity failure : missing branch logs ' ) <nl> def compare ( args ) : <nl> recent_logs [ current_branch + ' _Onone ' ] [ 1 ] , <nl> log_dir , ' Onone ' ) <nl> <nl> - if len ( recent_logs [ ' master_O ' ] ) = = 0 or \ <nl> - len ( recent_logs [ ' master_Onone ' ] ) = = 0 : <nl> - print ( ' branch / master failure : no master logs ' ) <nl> + if len ( recent_logs [ baseline_branch + ' _O ' ] ) = = 0 or \ <nl> + len ( recent_logs [ baseline_branch + ' _Onone ' ] ) = = 0 : <nl> + print ( ( ' branch / { baseline_branch } failure : no { baseline_branch } ' + <nl> + ' logs ' ) <nl> + . format ( baseline_branch = baseline_branch ) ) <nl> return 1 <nl> else : <nl> compare_logs ( compare_script , <nl> recent_logs [ current_branch + ' _O ' ] [ 0 ] , <nl> - recent_logs [ ' master_O ' ] [ 0 ] , <nl> + recent_logs [ baseline_branch + ' _O ' ] [ 0 ] , <nl> log_dir , ' O ' ) <nl> compare_logs ( compare_script , <nl> recent_logs [ current_branch + ' _Onone ' ] [ 0 ] , <nl> - recent_logs [ ' master_Onone ' ] [ 0 ] , <nl> + recent_logs [ baseline_branch + ' _Onone ' ] [ 0 ] , <nl> log_dir , ' Onone ' ) <nl> <nl> # TODO : Fail on large regressions <nl> def main ( ) : <nl> compare_parser . add_argument ( <nl> ' - - compare - script ' , required = True , <nl> help = ' absolute path to compare script ' ) <nl> + compare_parser . add_argument ( <nl> + ' - - baseline - branch ' , default = ' master ' , <nl> + help = ' attempt to compare results to baseline results for specified ' <nl> + ' branch ( default : master ) ' ) <nl> compare_parser . set_defaults ( func = compare ) <nl> <nl> args = parser . parse_args ( ) <nl>	Merge remote - tracking branch ' origin / master ' into master - next	apple/swift	61f164c8bb0aa75a95c2d87bf9b8d64c7c34d319	2017-06-15T18:08:40Z
mmm a / src / metric . jl <nl> ppp b / src / metric . jl <nl> function reset ! ( metric : : Accuracy ) <nl> metric . n_sample = 0 <nl> end <nl> <nl> + # = doc <nl> + . . class : : MSE <nl> + <nl> + Mean Squared Error . <nl> + <nl> + Calculates the mean squared error regression loss in one dimension . <nl> + = # <nl> + <nl> + type MSE < : AbstractEvalMetric <nl> + mse_sum : : Float64 <nl> + n_sample : : Int <nl> <nl> + MSE ( ) = new ( 0 . 0 , 0 ) <nl> + end <nl> + <nl> + function _update_single_output ( metric : : MSE , label : : NDArray , pred : : NDArray ) <nl> + label = copy ( label ) <nl> + pred = copy ( pred ) <nl> + <nl> + n_sample = size ( pred ) [ end ] <nl> + metric . n_sample + = n_sample <nl> + <nl> + for i = 1 : n_sample <nl> + metric . mse_sum + = ( label [ i ] - pred [ i ] ) ^ 2 <nl> + end <nl> + end <nl> + <nl> + function update ! ( metric : : MSE , labels : : Vector { NDArray } , preds : : Vector { NDArray } ) <nl> + @ assert length ( labels ) = = length ( preds ) <nl> + for i = 1 : length ( labels ) <nl> + _update_single_output ( metric , labels [ i ] , preds [ i ] ) <nl> + end <nl> + end <nl> + <nl> + function get ( metric : : MSE ) <nl> + return [ ( : MSE , metric . mse_sum / metric . n_sample ) ] <nl> + end <nl> + <nl> + function reset ! ( metric : : MSE ) <nl> + metric . mse_sum = 0 . 0 <nl> + metric . n_sample = 0 <nl> + end <nl>	Merge pull request from Andy - P / pull - request / f5f27779	apache/incubator-mxnet	94e17a68b70b9e384b73f771bb268001b7d52292	2015-11-12T14:48:24Z
mmm a / folly / wangle / Future - inl . h <nl> ppp b / folly / wangle / Future - inl . h <nl> <nl> # pragma once <nl> <nl> # include < chrono > <nl> + # include < thread > <nl> <nl> # include < folly / wangle / detail / State . h > <nl> # include < folly / Baton . h > <nl> waitWithSemaphore ( Future < T > & & f ) { <nl> return std : : move ( t . value ( ) ) ; <nl> } ) ; <nl> baton . wait ( ) ; <nl> + while ( ! done . isReady ( ) ) { <nl> + / / There ' s a race here between the return here and the actual finishing of <nl> + / / the future . f is completed , but the setup may not have finished on done <nl> + / / after the baton has posted . <nl> + std : : this_thread : : yield ( ) ; <nl> + } <nl> return done ; <nl> } <nl> <nl> inline Future < void > waitWithSemaphore < void > ( Future < void > & & f ) { <nl> t . value ( ) ; <nl> } ) ; <nl> baton . wait ( ) ; <nl> + while ( ! done . isReady ( ) ) { <nl> + / / There ' s a race here between the return here and the actual finishing of <nl> + / / the future . f is completed , but the setup may not have finished on done <nl> + / / after the baton has posted . <nl> + std : : this_thread : : yield ( ) ; <nl> + } <nl> return done ; <nl> } <nl> <nl>	fix race in Future : : waitWithSemaphore	facebook/folly	079e4ffe2f7d109c68bb66d7455d90724d7047fc	2014-09-18T16:44:54Z
mmm a / utils / build - script <nl> ppp b / utils / build - script <nl> import argparse <nl> import multiprocessing <nl> import os <nl> import platform <nl> + import re <nl> import shutil <nl> import sys <nl> import pipes <nl> def argparse_shell_split ( string ) : <nl> return list ( lex ) <nl> <nl> <nl> + # Parse version string and split into a tuple of strings ( major , minor , patch ) <nl> + # Support only " MAJOR . MINOR . PATCH " format . <nl> + def argparse_clang_compiler_version ( string ) : <nl> + m = re . match ( r ' ( [ 0 - 9 ] * ) \ . ( [ 0 - 9 ] * ) \ . ( [ 0 - 9 ] * ) ' , string ) <nl> + if m is not None : <nl> + return m . group ( 1 , 2 , 3 ) <nl> + raise argparse . ArgumentTypeError ( <nl> + " % r is invalid version value . must be ' MAJOR . MINOR . PATCH ' " % string ) <nl> + <nl> + <nl> # Main entry point for the preset mode . <nl> def main_preset ( ) : <nl> parser = argparse . ArgumentParser ( <nl> details of the setups of other systems or automated environments . " " " ) <nl> parser . add_argument ( <nl> " - - clang - compiler - version " , <nl> help = " string that indicates a compiler version for Clang " , <nl> + type = argparse_clang_compiler_version , <nl> metavar = " MAJOR . MINOR . PATCH " ) <nl> <nl> parser . add_argument ( <nl> details of the setups of other systems or automated environments . " " " ) <nl> build_script_impl_args + = [ " - - enable - ubsan " ] <nl> if args . clang_compiler_version : <nl> build_script_impl_args + = [ <nl> - " - - clang - compiler - version " , args . clang_compiler_version <nl> + " - - clang - compiler - version = % s . % s . % s " % args . clang_compiler_version <nl> ] <nl> if args . verbose_build : <nl> build_script_impl_args + = [ " - - verbose - build " ] <nl> mmm a / utils / swift_build_support / swift_build_support / cmake . py <nl> ppp b / utils / swift_build_support / swift_build_support / cmake . py <nl> <nl> <nl> from numbers import Number <nl> import platform <nl> - import re <nl> import subprocess <nl> <nl> from . import xcrun <nl> def common_options ( self ) : <nl> " Debug ; Release ; MinSizeRel ; RelWithDebInfo " ) <nl> <nl> if args . clang_compiler_version : <nl> - m = re . match ( r ' ( [ 0 - 9 ] * ) \ . ( [ 0 - 9 ] * ) \ . ( [ 0 - 9 ] * ) ' , <nl> - args . clang_compiler_version ) <nl> - if m is not None : <nl> - define ( " LLVM_VERSION_MAJOR : STRING " , m . group ( 1 ) ) <nl> - define ( " LLVM_VERSION_MINOR : STRING " , m . group ( 2 ) ) <nl> - define ( " LLVM_VERSION_PATCH : STRING " , m . group ( 3 ) ) <nl> + major , minor , patch = args . clang_compiler_version <nl> + define ( " LLVM_VERSION_MAJOR : STRING " , major ) <nl> + define ( " LLVM_VERSION_MINOR : STRING " , minor ) <nl> + define ( " LLVM_VERSION_PATCH : STRING " , patch ) <nl> <nl> return options <nl> <nl> mmm a / utils / swift_build_support / tests / test_cmake . py <nl> ppp b / utils / swift_build_support / tests / test_cmake . py <nl> def test_common_options_xcode ( self ) : <nl> <nl> def test_common_options_clang_compiler_version ( self ) : <nl> args = self . default_args ( ) <nl> - args . clang_compiler_version = " 3 . 8 . 0 " <nl> + args . clang_compiler_version = ( " 3 " , " 8 " , " 0 " ) <nl> cmake = self . cmake ( args ) <nl> self . assertEqual ( <nl> list ( cmake . common_options ( ) ) , <nl> def test_common_options_full ( self ) : <nl> args . export_compile_commands = True <nl> args . distcc = True <nl> args . cmake_generator = ' Xcode ' <nl> - args . clang_compiler_version = " 3 . 8 . 0 " <nl> + args . clang_compiler_version = ( " 3 " , " 8 " , " 0 " ) <nl> cmake = self . cmake ( args ) <nl> self . assertEqual ( <nl> list ( cmake . common_options ( ) ) , <nl>	[ build - script ] Validate and parse ' - - clang - compiler - version ' in argparse	apple/swift	d0cbe06b71cad27a6d632d7360d61d78808039e1	2016-04-29T05:54:13Z
mmm a / cocos / scripting / auto - generated <nl> ppp b / cocos / scripting / auto - generated <nl> @ @ - 1 + 1 @ @ <nl> - Subproject commit 4e728fa7e60a46f8362d412a36a8ba67ee4820b8 <nl> + Subproject commit 6024c7e330bce5d4868bb796e3af436c9375c594 <nl>	Merge pull request from CocosRobot / updategeneratedsubmodule_1387273832	cocos2d/cocos2d-x	16b643fbef853d0e3c0f4121b23a76bbed359d16	2013-12-17T09:56:09Z
mmm a / src / csharp / Grpc . Auth / GoogleAuthInterceptors . cs <nl> ppp b / src / csharp / Grpc . Auth / GoogleAuthInterceptors . cs <nl> public static AsyncAuthInterceptor FromAccessToken ( string accessToken ) <nl> return new AsyncAuthInterceptor ( ( context , metadata ) = > <nl> { <nl> metadata . Add ( CreateBearerTokenHeader ( accessToken ) ) ; <nl> - return Task . FromResult < object > ( null ) ; <nl> + return TaskUtils . CompletedTask ; <nl> } ) ; <nl> } <nl> <nl> mmm a / src / csharp / Grpc . Core / Grpc . Core . csproj <nl> ppp b / src / csharp / Grpc . Core / Grpc . Core . csproj <nl> <nl> < Compile Include = " Logging \ LogLevel . cs " / > <nl> < Compile Include = " Logging \ LogLevelFilterLogger . cs " / > <nl> < Compile Include = " Internal \ RequestCallContextSafeHandle . cs " / > <nl> + < Compile Include = " Utils \ TaskUtils . cs " / > <nl> < / ItemGroup > <nl> < ItemGroup > <nl> < None Include = " Grpc . Core . nuspec " / > <nl> mmm a / src / csharp / Grpc . Core / Internal / AsyncCall . cs <nl> ppp b / src / csharp / Grpc . Core / Internal / AsyncCall . cs <nl> public Task SendCloseFromClientAsync ( ) <nl> / / the halfclose has already been done implicitly , so just return <nl> / / completed task here . <nl> halfcloseRequested = true ; <nl> - return Task . FromResult < object > ( null ) ; <nl> + return TaskUtils . CompletedTask ; <nl> } <nl> call . StartSendCloseFromClient ( HandleSendFinished ) ; <nl> <nl> mmm a / src / csharp / Grpc . Core / Internal / ServerCallHandler . cs <nl> ppp b / src / csharp / Grpc . Core / Internal / ServerCallHandler . cs <nl> public UnimplementedMethodCallHandler ( ) <nl> private Task UnimplementedMethod ( IAsyncStreamReader < byte [ ] > requestStream , IServerStreamWriter < byte [ ] > responseStream , ServerCallContext ctx ) <nl> { <nl> ctx . Status = new Status ( StatusCode . Unimplemented , " " ) ; <nl> - return Task . FromResult < object > ( null ) ; <nl> + return TaskUtils . CompletedTask ; <nl> } <nl> <nl> public Task HandleCall ( ServerRpcNew newRpc , CompletionQueueSafeHandle cq ) <nl> new file mode 100644 <nl> index 00000000000 . . 2cf11441434 <nl> mmm / dev / null <nl> ppp b / src / csharp / Grpc . Core / Utils / TaskUtils . cs <nl> <nl> + # region Copyright notice and license <nl> + <nl> + / / Copyright 2015 , Google Inc . <nl> + / / All rights reserved . <nl> + / / <nl> + / / Redistribution and use in source and binary forms , with or without <nl> + / / modification , are permitted provided that the following conditions are <nl> + / / met : <nl> + / / <nl> + / / * Redistributions of source code must retain the above copyright <nl> + / / notice , this list of conditions and the following disclaimer . <nl> + / / * Redistributions in binary form must reproduce the above <nl> + / / copyright notice , this list of conditions and the following disclaimer <nl> + / / in the documentation and / or other materials provided with the <nl> + / / distribution . <nl> + / / * Neither the name of Google Inc . nor the names of its <nl> + / / contributors may be used to endorse or promote products derived from <nl> + / / this software without specific prior written permission . <nl> + / / <nl> + / / THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS <nl> + / / " AS IS " AND ANY EXPRESS OR IMPLIED WARRANTIES , INCLUDING , BUT NOT <nl> + / / LIMITED TO , THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR <nl> + / / A PARTICULAR PURPOSE ARE DISCLAIMED . IN NO EVENT SHALL THE COPYRIGHT <nl> + / / OWNER OR CONTRIBUTORS BE LIABLE FOR ANY DIRECT , INDIRECT , INCIDENTAL , <nl> + / / SPECIAL , EXEMPLARY , OR CONSEQUENTIAL DAMAGES ( INCLUDING , BUT NOT <nl> + / / LIMITED TO , PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES ; LOSS OF USE , <nl> + / / DATA , OR PROFITS ; OR BUSINESS INTERRUPTION ) HOWEVER CAUSED AND ON ANY <nl> + / / THEORY OF LIABILITY , WHETHER IN CONTRACT , STRICT LIABILITY , OR TORT <nl> + / / ( INCLUDING NEGLIGENCE OR OTHERWISE ) ARISING IN ANY WAY OUT OF THE USE <nl> + / / OF THIS SOFTWARE , EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE . <nl> + <nl> + # endregion <nl> + <nl> + using System ; <nl> + using System . Threading . Tasks ; <nl> + <nl> + namespace Grpc . Core . Utils <nl> + { <nl> + / / / < summary > <nl> + / / / Utility methods for task parallel library . <nl> + / / / < / summary > <nl> + public static class TaskUtils <nl> + { <nl> + / / / < summary > <nl> + / / / Framework independent equivalent of < c > Task . CompletedTask < / c > . <nl> + / / / < / summary > <nl> + public static Task CompletedTask <nl> + { <nl> + get <nl> + { <nl> + # if NETSTANDARD1_5 <nl> + return Task . CompletedTask ; <nl> + # else <nl> + return Task . FromResult < object > ( null ) ; / / for . NET45 , emulate the functionality <nl> + # endif <nl> + } <nl> + } <nl> + } <nl> + } <nl> mmm a / src / csharp / Grpc . IntegrationTesting / InterarrivalTimers . cs <nl> ppp b / src / csharp / Grpc . IntegrationTesting / InterarrivalTimers . cs <nl> public void WaitForNext ( ) <nl> <nl> public Task WaitForNextAsync ( ) <nl> { <nl> - return Task . FromResult < object > ( null ) ; <nl> + return TaskUtils . CompletedTask ; <nl> } <nl> } <nl> <nl>	Merge pull request from jtattermusch / csharp_task_utils	grpc/grpc	9859ac469d3fe7515aafe964f972ac0fc1810bc9	2016-10-25T20:02:02Z
mmm a / include / swift / SILAnalysis / ARCAnalysis . h <nl> ppp b / include / swift / SILAnalysis / ARCAnalysis . h <nl> class SILFunction ; <nl> <nl> namespace swift { <nl> <nl> - / / / \ returns True if the user \ p User decrement the ref count of pointer \ p Ptr . <nl> + / / / \ returns True if the user \ p User decrements the ref count of \ p Ptr . <nl> bool mayDecrementRefCount ( SILInstruction * User , SILValue Ptr , <nl> AliasAnalysis * AA ) ; <nl> <nl>	Fixup some comment grammar .	apple/swift	6f19952379cd8329824780fe92dd397010bc8500	2015-02-02T23:19:29Z
mmm a / src / json . hpp <nl> ppp b / src / json . hpp <nl> class basic_json <nl> not std : : is_same < ValueType , typename string_t : : value_type > : : value <nl> # ifndef _MSC_VER / / fix for issue # 167 operator < < ambiguity under VS2015 <nl> and not std : : is_same < ValueType , std : : initializer_list < typename string_t : : value_type > > : : value <nl> + and not std : : is_same < ValueType , typename std : : string_view > : : value <nl> # endif <nl> , int > : : type = 0 > <nl> operator ValueType ( ) const <nl> mmm a / src / json . hpp . re2c <nl> ppp b / src / json . hpp . re2c <nl> class basic_json <nl> not std : : is_same < ValueType , typename string_t : : value_type > : : value <nl> # ifndef _MSC_VER / / fix for issue # 167 operator < < ambiguity under VS2015 <nl> and not std : : is_same < ValueType , std : : initializer_list < typename string_t : : value_type > > : : value <nl> + and not std : : is_same < ValueType , typename std : : string_view > : : value <nl> # endif <nl> , int > : : type = 0 > <nl> operator ValueType ( ) const <nl>	: bug : fix for	nlohmann/json	f2dfa09aecf672a3b9980613bde196a5cb1ef994	2017-02-20T17:05:52Z
mmm a / lib / Sema / CSGen . cpp <nl> ppp b / lib / Sema / CSGen . cpp <nl> namespace { <nl> TVO_CanBindToNoEscape ) ; <nl> } <nl> <nl> + / / Local function that must be called for each " return " throughout this <nl> + / / function , to set the type of the pattern . <nl> + auto setType = [ & ] ( Type type ) { <nl> + CS . setType ( pattern , type ) ; <nl> + return type ; <nl> + } ; <nl> + <nl> switch ( pattern - > getKind ( ) ) { <nl> case PatternKind : : Paren : <nl> / / Parentheses don ' t affect the canonical type , but record them as <nl> / / type sugar . <nl> - return ParenType : : get ( <nl> - CS . getASTContext ( ) , <nl> - getTypeForPattern ( <nl> - cast < ParenPattern > ( pattern ) - > getSubPattern ( ) , locator ) ) ; <nl> + return setType ( <nl> + ParenType : : get ( <nl> + CS . getASTContext ( ) , <nl> + getTypeForPattern ( <nl> + cast < ParenPattern > ( pattern ) - > getSubPattern ( ) , locator ) ) ) ; <nl> case PatternKind : : Var : <nl> / / Var doesn ' t affect the type . <nl> - return getTypeForPattern ( cast < VarPattern > ( pattern ) - > getSubPattern ( ) , <nl> - locator ) ; <nl> + return setType ( <nl> + getTypeForPattern ( <nl> + cast < VarPattern > ( pattern ) - > getSubPattern ( ) , locator ) ) ; <nl> case PatternKind : : Any : { <nl> - return CS . createTypeVariable ( CS . getConstraintLocator ( locator ) , <nl> - TVO_CanBindToNoEscape ) ; <nl> + return setType ( <nl> + CS . createTypeVariable ( CS . getConstraintLocator ( locator ) , <nl> + TVO_CanBindToNoEscape ) ) ; <nl> } <nl> <nl> case PatternKind : : Named : { <nl> namespace { <nl> ROK = OA - > get ( ) ; <nl> switch ( optionalityOf ( ROK ) ) { <nl> case ReferenceOwnershipOptionality : : Required : <nl> - return TypeChecker : : getOptionalType ( var - > getLoc ( ) , varType ) ; <nl> + return setType ( TypeChecker : : getOptionalType ( var - > getLoc ( ) , varType ) ) ; <nl> case ReferenceOwnershipOptionality : : Allowed : <nl> case ReferenceOwnershipOptionality : : Disallowed : <nl> - return varType ; <nl> + return setType ( varType ) ; <nl> } <nl> } <nl> <nl> namespace { <nl> <nl> / / For a typed pattern , simply return the opened type of the pattern . <nl> / / FIXME : Error recovery if the type is an error type ? <nl> - return openedType ; <nl> + return setType ( openedType ) ; <nl> } <nl> <nl> case PatternKind : : Tuple : { <nl> namespace { <nl> LocatorPathElt : : TupleElement ( i ) ) ) ; <nl> tupleTypeElts . push_back ( TupleTypeElt ( eltTy , tupleElt . getLabel ( ) ) ) ; <nl> } <nl> - return TupleType : : get ( tupleTypeElts , CS . getASTContext ( ) ) ; <nl> + return setType ( TupleType : : get ( tupleTypeElts , CS . getASTContext ( ) ) ) ; <nl> } <nl> <nl> case PatternKind : : OptionalSome : { <nl> namespace { <nl> Type subPatternType = getTypeForPattern ( <nl> cast < OptionalSomePattern > ( pattern ) - > getSubPattern ( ) , locator ) ; <nl> <nl> - return OptionalType : : get ( subPatternType ) ; <nl> + return setType ( OptionalType : : get ( subPatternType ) ) ; <nl> } <nl> <nl> case PatternKind : : Is : { <nl> namespace { <nl> ConstraintKind : : CheckedCast , subPatternType , castType , locator ) ; <nl> } <nl> <nl> - return subPatternType ; <nl> + return setType ( subPatternType ) ; <nl> } <nl> <nl> case PatternKind : : Bool : <nl> - return CS . getASTContext ( ) . getBoolDecl ( ) - > getDeclaredType ( ) ; <nl> + return setType ( CS . getASTContext ( ) . getBoolDecl ( ) - > getDeclaredType ( ) ) ; <nl> <nl> / / Refutable patterns occur when checking the PatternBindingDecls in an <nl> / / if / let or while / let condition . They always require an initial value , <nl> namespace { <nl> case PatternKind : : Expr : <nl> / / TODO : we could try harder here , e . g . for enum elements to provide the <nl> / / enum type . <nl> - return CS . createTypeVariable ( CS . getConstraintLocator ( locator ) , <nl> - TVO_CanBindToNoEscape ) ; <nl> + return setType ( <nl> + CS . createTypeVariable ( <nl> + CS . getConstraintLocator ( locator ) , TVO_CanBindToNoEscape ) ) ; <nl> } <nl> <nl> llvm_unreachable ( " Unhandled pattern kind " ) ; <nl> static bool generateInitPatternConstraints ( <nl> auto locator = <nl> cs . getConstraintLocator ( initializer , LocatorPathElt : : ContextualType ( ) ) ; <nl> Type patternType = cs . generateConstraints ( pattern , locator ) ; <nl> - if ( ! patternType ) <nl> - return true ; <nl> - <nl> - / / Record the type of this pattern . <nl> - cs . setType ( pattern , patternType ) ; <nl> + assert ( patternType & & " All patterns have a type " ) ; <nl> <nl> if ( auto wrappedVar = target . getInitializationWrappedVar ( ) ) { <nl> / / Add an equal constraint between the pattern type and the <nl>	[ Constraint system ] Set the type on all patterns , not just top - level ones .	apple/swift	bea9d06a8b2f0b5286ce5f03e9fada82c2109172	2020-02-24T08:48:15Z
mmm a / hphp / compiler / analysis / emitter . cpp <nl> ppp b / hphp / compiler / analysis / emitter . cpp <nl> void EmitterVisitor : : visitKids ( ConstructPtr c ) { <nl> } <nl> } <nl> <nl> - template < uint32_t MaxMakeSize , class Fun > <nl> - bool checkKeys ( ExpressionPtr init_expr , bool check_size , Fun fun ) { <nl> + template < class Fun > <nl> + bool checkKeys ( ExpressionPtr init_expr , int max_size , Fun fun ) { <nl> if ( init_expr - > getKindOf ( ) ! = Expression : : KindOfExpressionList ) { <nl> return false ; <nl> } <nl> <nl> auto el = static_pointer_cast < ExpressionList > ( init_expr ) ; <nl> int n = el - > getCount ( ) ; <nl> - if ( n < 1 \| \| ( check_size & & n > MaxMakeSize ) ) { <nl> + if ( n < 1 \| \| ( max_size > 0 & & n > max_size ) ) { <nl> return false ; <nl> } <nl> <nl> bool checkKeys ( ExpressionPtr init_expr , bool check_size , Fun fun ) { <nl> / * <nl> * isPackedInit ( ) returns true if this expression list looks like an <nl> * array with no keys and no ref values ; e . g . array ( x , y , z ) . <nl> - * <nl> - * In this case we can NewPackedArray to create the array . The elements are <nl> - * pushed on the stack , so we arbitrarily limit this to a small multiple of <nl> - * MixedArray : : SmallSize ( 12 ) . <nl> * / <nl> - bool isPackedInit ( ExpressionPtr init_expr , int * size , <nl> - bool check_size = true , bool hack_arr_compat = true ) { <nl> - * size = 0 ; <nl> - return checkKeys < MixedArray : : MaxMakeSize > ( init_expr , check_size , <nl> + bool isPackedInit ( ExpressionPtr init_expr , bool hack_arr_compat = true ) { <nl> + int size = 0 ; <nl> + return checkKeys ( init_expr , 0 , <nl> [ & ] ( ArrayPairExpressionPtr ap ) { <nl> Variant key ; <nl> <nl> bool isPackedInit ( ExpressionPtr init_expr , int * size , <nl> <nl> if ( key . isInteger ( ) ) { <nl> / / If it ' s an integer key , check if it ' s the next packed index . <nl> - if ( key . asInt64Val ( ) ! = * size ) return false ; <nl> + if ( key . asInt64Val ( ) ! = size ) return false ; <nl> } else if ( key . isBoolean ( ) ) { <nl> / / Bool to Int conversion <nl> if ( hack_arr_compat & & <nl> RuntimeOption : : EvalHackArrCompatNotices ) return false ; <nl> - if ( static_cast < int > ( key . asBooleanVal ( ) ) ! = * size ) return false ; <nl> + if ( static_cast < int > ( key . asBooleanVal ( ) ) ! = size ) return false ; <nl> } else { <nl> / / Give up if it ' s not a string . <nl> if ( ! key . isString ( ) ) return false ; <nl> bool isPackedInit ( ExpressionPtr init_expr , int * size , <nl> auto numtype = key . getStringData ( ) - > isNumericWithVal ( i , d , false ) ; <nl> <nl> / / If it ' s a string of the next packed index , <nl> - if ( numtype ! = KindOfInt64 \| \| i ! = * size ) return false ; <nl> + if ( numtype ! = KindOfInt64 \| \| i ! = size ) return false ; <nl> } <nl> } <nl> <nl> - ( * size ) + + ; <nl> + + + size ; <nl> return true ; <nl> } ) ; <nl> } <nl> bool isPackedInit ( ExpressionPtr init_expr , int * size , <nl> * all static strings with no duplicates . <nl> * / <nl> bool isStructInit ( ExpressionPtr init_expr , std : : vector < std : : string > & keys ) { <nl> - return checkKeys < MixedArray : : MaxStructMakeSize > ( init_expr , true , <nl> + return checkKeys ( <nl> + init_expr , <nl> + ArrayData : : MaxElemsOnStack , <nl> [ & ] ( ArrayPairExpressionPtr ap ) { <nl> auto key = ap - > getName ( ) ; <nl> if ( key = = nullptr \| \| ! key - > isLiteralString ( ) ) return false ; <nl> bool isStructInit ( ExpressionPtr init_expr , std : : vector < std : : string > & keys ) { <nl> if ( std : : find ( keys . begin ( ) , keys . end ( ) , name ) ! = keys . end ( ) ) return false ; <nl> keys . push_back ( name ) ; <nl> return true ; <nl> - } ) ; <nl> + } <nl> + ) ; <nl> } <nl> <nl> void EmitterVisitor : : emitCall ( Emitter & e , <nl> void EmitterVisitor : : emitArrayInit ( Emitter & e , ExpressionListPtr el , <nl> return ; <nl> } <nl> <nl> + if ( ! kind & & isPackedInit ( el ) ) { <nl> + auto const total = el - > getCount ( ) ; <nl> + size_t count = 0 ; <nl> + while ( count < std : : min < size_t > ( total , ArrayData : : MaxElemsOnStack ) ) { <nl> + auto pair = static_pointer_cast < ArrayPairExpression > ( ( * el ) [ count ] ) ; <nl> + visit ( pair - > getValue ( ) ) ; <nl> + LocationGuard loc { e , pair - > getValue ( ) - > getRange ( ) } ; <nl> + emitConvertToCell ( e ) ; <nl> + + + count ; <nl> + } <nl> + e . NewPackedArray ( count ) ; <nl> + while ( count < total ) { <nl> + auto pair = static_pointer_cast < ArrayPairExpression > ( ( * el ) [ count ] ) ; <nl> + visit ( pair - > getValue ( ) ) ; <nl> + LocationGuard loc { e , pair - > getValue ( ) - > getRange ( ) } ; <nl> + emitConvertToCell ( e ) ; <nl> + e . AddNewElemC ( ) ; <nl> + + + count ; <nl> + } <nl> + return ; <nl> + } <nl> + <nl> if ( isVec \| \| isKeyset ) { <nl> - auto const count = el - > getCount ( ) ; <nl> - for ( int i = 0 ; i < count ; i + + ) { <nl> - auto expr = static_pointer_cast < Expression > ( ( * el ) [ i ] ) ; <nl> + auto const total = el - > getCount ( ) ; <nl> + size_t count = 0 ; <nl> + while ( count < std : : min < size_t > ( total , ArrayData : : MaxElemsOnStack ) ) { <nl> + auto expr = static_pointer_cast < Expression > ( ( * el ) [ count ] ) ; <nl> visit ( expr ) ; <nl> + LocationGuard loc { e , expr - > getRange ( ) } ; <nl> emitConvertToCell ( e ) ; <nl> + + + count ; <nl> } <nl> if ( isVec ) { <nl> e . NewVecArray ( count ) ; <nl> } else { <nl> e . NewKeysetArray ( count ) ; <nl> } <nl> + while ( count < total ) { <nl> + auto expr = static_pointer_cast < Expression > ( ( * el ) [ count ] ) ; <nl> + visit ( expr ) ; <nl> + LocationGuard loc { e , expr - > getRange ( ) } ; <nl> + emitConvertToCell ( e ) ; <nl> + e . AddNewElemC ( ) ; <nl> + + + count ; <nl> + } <nl> return ; <nl> } <nl> <nl> void EmitterVisitor : : emitArrayInit ( Emitter & e , ExpressionListPtr el , <nl> for ( int i = 0 ; i < count ; i + + ) { <nl> auto ap = static_pointer_cast < ArrayPairExpression > ( ( * el ) [ i ] ) ; <nl> visit ( ap - > getValue ( ) ) ; <nl> + LocationGuard loc { e , ap - > getValue ( ) - > getRange ( ) } ; <nl> emitConvertToCell ( e ) ; <nl> e . Dup ( ) ; <nl> e . AddElemC ( ) ; <nl> void EmitterVisitor : : emitArrayInit ( Emitter & e , ExpressionListPtr el , <nl> / / from here on , we ' re dealing with PHP arrays only <nl> assertx ( ! kind ) ; <nl> <nl> - int nElms ; <nl> - if ( isPackedInit ( el , & nElms ) ) { <nl> - for ( int i = 0 ; i < nElms ; + + i ) { <nl> - auto ap = static_pointer_cast < ArrayPairExpression > ( ( * el ) [ i ] ) ; <nl> - visit ( ap - > getValue ( ) ) ; <nl> - emitConvertToCell ( e ) ; <nl> - } <nl> - e . NewPackedArray ( nElms ) ; <nl> - return ; <nl> - } <nl> - <nl> std : : vector < std : : string > keys ; <nl> if ( isStructInit ( el , keys ) ) { <nl> for ( int i = 0 , n = keys . size ( ) ; i < n ; i + + ) { <nl> auto ap = static_pointer_cast < ArrayPairExpression > ( ( * el ) [ i ] ) ; <nl> visit ( ap - > getValue ( ) ) ; <nl> + LocationGuard loc { e , ap - > getValue ( ) - > getRange ( ) } ; <nl> emitConvertToCell ( e ) ; <nl> } <nl> e . NewStructArray ( keys ) ; <nl> return ; <nl> } <nl> <nl> - if ( isPackedInit ( el , & nElms , <nl> - false / * ignore size * / , <nl> - false / * hack arr compat * / ) ) { <nl> + if ( isPackedInit ( el , false / * hack arr compat * / ) ) { <nl> e . NewArray ( capacityHint ) ; <nl> } else { <nl> e . NewMixedArray ( capacityHint ) ; <nl> mmm a / hphp / doc / bytecode . specification <nl> ppp b / hphp / doc / bytecode . specification <nl> NewDictArray < capacity hint > [ ] - > [ C : Dict ] <nl> it onto the stack . The implementation may make use of the hint in % 1 to <nl> pre - size the array . The hint % 1 must be greater than or equal to 0 . <nl> <nl> - NewMIArray < capacity hint > [ ] - > [ C : Arr ] <nl> - <nl> - New array in int map mode , with a capacity hint . Creates a new array and <nl> - pushes it onto the stack . The implementation may make use of the hint in % 1 to <nl> - pre - size the array . The hint % 1 must be greater than or equal to 0 . <nl> - <nl> - NewMSArray < capacity hint > [ ] - > [ C : Arr ] <nl> - <nl> - New array in string map mode , with a capacity hint . Creates a new array and <nl> - pushes it onto the stack . The implementation may make use of the hint in % 1 to <nl> - pre - size the array . The hint % 1 must be greater than or equal to 0 . <nl> - <nl> NewLikeArrayL < local variable id > < capacity hint > [ ] - > [ C : Arr ] <nl> <nl> New array with the same kind as the array stored in the local variable % 1 . <nl> AddElemV [ C C V ] - > [ C : Arr \| Dict ] <nl> <nl> If $ 3 is not an array or dict , this instruction throws a fatal error . <nl> <nl> - AddNewElemC [ C C ] - > [ C : Arr ] <nl> + AddNewElemC [ C C ] - > [ C : Arr \| Vec \| Keyset ] <nl> <nl> - Add new element . If $ 2 is an array , this instruction executes $ 2 [ ] = $ 1 and <nl> - then pushes $ 2 onto the stack . <nl> + Add new element . If $ 2 is an array , vec , or keyset this instruction executes <nl> + $ 2 [ ] = $ 1 and then pushes $ 2 onto the stack . <nl> <nl> - If $ 2 is not an array , this instruction throws a fatal error . <nl> + If $ 2 is not an array , vec , or keyset , this instruction throws a fatal error . <nl> <nl> AddNewElemV [ C V ] - > [ C : Arr ] <nl> <nl> mmm a / hphp / doc / ir . specification <nl> ppp b / hphp / doc / ir . specification <nl> To string conversions : <nl> <nl> \| AddNewElem , D ( Arr ) , S ( Arr ) S ( Cell ) , Er \| CRc \| PRc <nl> <nl> - Add S1 as a new element to the array S0 . ( Note : S1 must actually be a <nl> - subtype of InitCell for array invariants , but we can ' t assert this yet in the <nl> - IR because many eval stack slots are not entirely typed wrt initness right <nl> - now . ) <nl> + \| AddNewElemKeyset , D ( Keyset ) , S ( Keyset ) S ( Cell ) , Er \| CRc \| PRc <nl> + <nl> + \| AddNewElemVec , D ( Vec ) , S ( Vec ) S ( Cell ) , CRc \| PRc <nl> + <nl> + Add S1 as a new element to the array / keyser / vec S0 . ( Note : S1 must actually <nl> + be a subtype of InitCell for array invariants , but we can ' t assert this yet <nl> + in the IR because many eval stack slots are not entirely typed wrt initness <nl> + right now . ) <nl> <nl> \| DictAddElemStrKey , D ( Dict ) , S ( Dict ) S ( Str ) S ( Cell ) , Er \| CRc \| PRc <nl> <nl> mmm a / hphp / hack / src / hhbc / Hhas_parser_actions . ml <nl> ppp b / hphp / hack / src / hhbc / Hhas_parser_actions . ml <nl> let makeunaryinst s arg = match s with <nl> \| " NewDictArray " - > ( match arg with <nl> \| IAInt64 n - > ILitConst ( NewDictArray ( Int64 . to_int n ) ) <nl> \| _ - > report_error " bad array size " ) <nl> - \| " NewMIArray " - > ( match arg with <nl> - \| IAInt64 n - > ILitConst ( NewMIArray ( Int64 . to_int n ) ) <nl> - \| _ - > report_error " bad array size " ) <nl> - \| " NewMSArray " - > ILitConst ( NewMSArray ( intofiarg arg ) ) <nl> \| " NewPackedArray " - > ( match arg with <nl> \| IAInt64 n - > ILitConst ( NewPackedArray ( Int64 . to_int n ) ) <nl> \| _ - > report_error " bad array size " ) <nl> mmm a / hphp / hack / src / hhbc / emit_expression . ml <nl> ppp b / hphp / hack / src / hhbc / emit_expression . ml <nl> and emit_static_collection ~ transform_to_collection tv = <nl> ] <nl> <nl> and emit_value_only_collection env es constructor = <nl> - gather [ <nl> - gather @ @ <nl> - List . map es <nl> + let limit = <nl> + Hhbc_options . max_array_elem_size_on_the_stack ! Hhbc_options . compiler_options <nl> + in <nl> + let inline exprs = <nl> + gather <nl> + [ gather @ @ List . map exprs <nl> ~ f : ( function <nl> ( * Drop the keys * ) <nl> \| A . AFkvalue ( _ , e ) <nl> \| A . AFvalue e - > emit_expr ~ need_ref : false env e ) ; <nl> - instr @ @ ILitConst constructor ; <nl> - ] <nl> + instr @ @ ILitConst ( constructor @ @ List . length exprs ) ] <nl> + in <nl> + let outofline exprs = <nl> + gather @ @ <nl> + List . map exprs <nl> + ~ f : ( function <nl> + ( * Drop the keys * ) <nl> + \| A . AFkvalue ( _ , e ) <nl> + \| A . AFvalue e - > gather [ emit_expr ~ need_ref : false env e ; instr_add_new_elemc ] ) <nl> + in <nl> + match ( List . groupi ~ break : ( fun i _ _ - > i = limit ) es ) with <nl> + \| [ ] - > empty <nl> + \| x1 : : [ ] - > inline x1 <nl> + \| x1 : : x2 : : _ - > gather [ inline x1 ; outofline x2 ] <nl> <nl> and emit_keyvalue_collection name env es constructor = <nl> let name = SU . strip_ns name in <nl> and emit_struct_array env es = <nl> <nl> ( * isPackedInit ( ) returns true if this expression list looks like an <nl> * array with no keys and no ref values * ) <nl> - and is_packed_init ? ( check_size = true ) es size = <nl> + and is_packed_init es = <nl> let is_only_values = <nl> List . for_all es ~ f : ( function A . AFkvalue _ - > false \| _ - > true ) <nl> in <nl> and is_packed_init ? ( check_size = true ) es size = <nl> \| A . AFvalue _ - > true <nl> \| _ - > false ) <nl> in <nl> - let stack_limit = <nl> - Hhbc_options . max_array_elem_size_on_the_stack ! Hhbc_options . compiler_options <nl> - in <nl> - let should_check_size_positive = <nl> - if check_size then size < = stack_limit else true <nl> - in <nl> let has_references = <nl> ( * Reference can only exist as a value * ) <nl> List . exists es <nl> and is_packed_init ? ( check_size = true ) es size = <nl> in <nl> ( is_only_values \| \| keys_are_zero_indexed_properly_formed ) <nl> & & not has_references <nl> - & & should_check_size_positive <nl> - & & size > 0 <nl> + & & ( List . length es ) > 0 <nl> <nl> and is_struct_init es = <nl> let has_references = <nl> and is_struct_init es = <nl> let has_duplicate_keys = <nl> ULS . cardinal keys < > num_keys <nl> in <nl> + let limit = <nl> + Hhbc_options . max_array_elem_size_on_the_stack ! Hhbc_options . compiler_options <nl> + in <nl> are_all_keys_non_numeric_strings <nl> & & not has_duplicate_keys <nl> & & not has_references <nl> - & & num_keys < = 64 <nl> + & & num_keys < = limit <nl> & & num_keys ! = 0 <nl> <nl> ( * transform_to_collection argument keeps track of <nl> and emit_dynamic_collection env expr es = <nl> let count = List . length es in <nl> match snd expr with <nl> \| A . Collection ( ( _ , " vec " ) , _ ) - > <nl> - emit_value_only_collection env es ( NewVecArray count ) <nl> + emit_value_only_collection env es ( fun n - > NewVecArray n ) <nl> \| A . Collection ( ( _ , " keyset " ) , _ ) - > <nl> - emit_value_only_collection env es ( NewKeysetArray count ) <nl> + emit_value_only_collection env es ( fun n - > NewKeysetArray n ) <nl> \| A . Collection ( ( _ , name ) , _ ) <nl> when SU . strip_ns name = " dict " <nl> \| \| SU . strip_ns name = " Set " <nl> and emit_dynamic_collection env expr es = <nl> emit_keyvalue_collection name env es ( NewDictArray count ) <nl> \| _ - > <nl> ( * From here on , we ' re only dealing with PHP arrays * ) <nl> - if is_packed_init es count then <nl> - emit_value_only_collection env es ( NewPackedArray count ) <nl> + if is_packed_init es then <nl> + emit_value_only_collection env es ( fun n - > NewPackedArray n ) <nl> else if is_struct_init es then <nl> emit_struct_array env es <nl> - else if is_packed_init es count ~ check_size : false then <nl> + else if is_packed_init es then <nl> emit_keyvalue_collection " array " env es ( NewArray count ) <nl> else <nl> emit_keyvalue_collection " array " env es ( NewMixedArray count ) <nl> mmm a / hphp / hack / src / hhbc / hhbc_ast . ml <nl> ppp b / hphp / hack / src / hhbc / hhbc_ast . ml <nl> type instruct_lit_const = <nl> \| NewArray of int ( * capacity hint * ) <nl> \| NewMixedArray of int ( * capacity hint * ) <nl> \| NewDictArray of int ( * capacity hint * ) <nl> - \| NewMIArray of int ( * capacity hint * ) <nl> - \| NewMSArray of int ( * capacity hint * ) <nl> \| NewLikeArrayL of local_id * int ( * capacity hint * ) <nl> \| NewPackedArray of int <nl> \| NewStructArray of Litstr . id list <nl> mmm a / hphp / hack / src / hhbc / hhbc_hhas . ml <nl> ppp b / hphp / hack / src / hhbc / hhbc_hhas . ml <nl> let string_of_lit_const instruction = <nl> \| Method - > " Method " <nl> \| NameA - > " NameA " <nl> \| NewArray n - > sep [ " NewArray " ; string_of_int n ] <nl> - \| NewMIArray n - > sep [ " NewMIArray " ; string_of_int n ] <nl> - \| NewMSArray n - > sep [ " NewMSArray " ; string_of_int n ] <nl> \| NewLikeArrayL ( id , n ) - > <nl> sep [ " NewLikeArrayL " ; string_of_local_id id ; string_of_int n ] <nl> \| Cns cnsid - > sep [ " Cns " ; string_of_const_id cnsid ] <nl> mmm a / hphp / hack / src / hhbc / hhbc_options . ml <nl> ppp b / hphp / hack / src / hhbc / hhbc_options . ml <nl> let default = { <nl> option_constant_folding = false ; <nl> option_optimize_null_check = false ; <nl> option_optimize_cuf = false ; <nl> - option_max_array_elem_size_on_the_stack = 12 ; <nl> + option_max_array_elem_size_on_the_stack = 64 ; <nl> option_aliased_namespaces = [ ] ; <nl> option_source_mapping = false ; <nl> } <nl> mmm a / hphp / hhbbc / dce . cpp <nl> ppp b / hphp / hhbbc / dce . cpp <nl> void dce ( Env & env , const bc : : AddElemC & / * op * / ) { <nl> if ( arrPost . strictSubtypeOf ( TArrN ) ) { <nl> CompactVector < Bytecode > bcs ; <nl> if ( cat . cat = = Type : : ArrayCat : : Struct & & <nl> - * postSize < = MixedArray : : MaxStructMakeSize ) { <nl> + * postSize < = ArrayData : : MaxElemsOnStack ) { <nl> bcs . emplace_back ( bc : : NewStructArray { get_string_keys ( arrPost ) } ) ; <nl> - } else if ( cat . cat = = Type : : ArrayCat : : Packed ) { <nl> + } else if ( cat . cat = = Type : : ArrayCat : : Packed & & <nl> + * postSize < = ArrayData : : MaxElemsOnStack ) { <nl> bcs . emplace_back ( <nl> bc : : NewPackedArray { static_cast < uint32_t > ( * postSize ) } <nl> ) ; <nl> mmm a / hphp / hhbbc / interp . cpp <nl> ppp b / hphp / hhbbc / interp . cpp <nl> void in ( ISS & env , const bc : : AddNewElemC & ) { <nl> if ( ty . subtypeOf ( TArr ) ) { <nl> return array_newelem ( std : : move ( ty ) , std : : move ( v ) ) . first ; <nl> } <nl> + if ( ty . subtypeOf ( TVec ) ) { <nl> + return vec_newelem ( std : : move ( ty ) , std : : move ( v ) ) . first ; <nl> + } <nl> + if ( ty . subtypeOf ( TKeyset ) ) { <nl> + return keyset_newelem ( std : : move ( ty ) , std : : move ( v ) ) . first ; <nl> + } <nl> return folly : : none ; <nl> } ( popC ( env ) ) ; <nl> <nl> mmm a / hphp / runtime / base / array - data . h <nl> ppp b / hphp / runtime / base / array - data . h <nl> struct ArrayData : MaybeCountable { <nl> * / <nl> static const char * kindToString ( ArrayKind kind ) ; <nl> <nl> + static constexpr uint32_t MaxElemsOnStack = 64 ; <nl> + <nl> / * <nl> * Offset accessors . <nl> * / <nl> mmm a / hphp / runtime / base / hash - table . h <nl> ppp b / hphp / runtime / base / hash - table . h <nl> struct HashTableCommon { <nl> static constexpr uint32_t MaxMask = MaxHashSize - 1 ; <nl> static constexpr uint32_t MaxSize = MaxMask - MaxMask / LoadScale ; <nl> static constexpr uint32_t MaxMakeSize = 4 * SmallSize ; <nl> - static constexpr uint32_t MaxStructMakeSize = 64 ; <nl> <nl> constexpr static uint32_t HashSize ( uint32_t scale ) { return 4 * scale ; } <nl> constexpr static uint32_t Capacity ( uint32_t scale ) { return 3 * scale ; } <nl> mmm a / hphp / runtime / vm / bytecode . cpp <nl> ppp b / hphp / runtime / vm / bytecode . cpp <nl> OPTBLD_INLINE void iopNewPackedArray ( intva_t n ) { <nl> } <nl> <nl> OPTBLD_INLINE void iopNewStructArray ( int32_t n , imm_array < int32_t > ids ) { <nl> - assert ( n > 0 & & n < = MixedArray : : MaxStructMakeSize ) ; <nl> + assert ( n > 0 & & n < = ArrayData : : MaxElemsOnStack ) ; <nl> req : : vector < const StringData * > names ; <nl> names . reserve ( n ) ; <nl> auto unit = vmfp ( ) - > m_func - > unit ( ) ; <nl> OPTBLD_INLINE void iopAddElemV ( ) { <nl> OPTBLD_INLINE void iopAddNewElemC ( ) { <nl> Cell * c1 = vmStack ( ) . topC ( ) ; <nl> Cell * c2 = vmStack ( ) . indC ( 1 ) ; <nl> - if ( ! isArrayType ( c2 - > m_type ) ) { <nl> - raise_error ( " AddNewElemC : $ 2 must be an array " ) ; <nl> + if ( isArrayType ( c2 - > m_type ) ) { <nl> + cellAsVariant ( * c2 ) . asArrRef ( ) . append ( tvAsCVarRef ( c1 ) ) ; <nl> + } else if ( isVecType ( c2 - > m_type ) ) { <nl> + auto in = c2 - > m_data . parr ; <nl> + auto out = PackedArray : : AppendVec ( in , * c1 , in - > cowCheck ( ) ) ; <nl> + if ( in ! = out ) decRefArr ( in ) ; <nl> + c2 - > m_type = KindOfVec ; <nl> + c2 - > m_data . parr = out ; <nl> + } else if ( isKeysetType ( c2 - > m_type ) ) { <nl> + auto in = c2 - > m_data . parr ; <nl> + auto out = SetArray : : Append ( in , * c1 , in - > cowCheck ( ) ) ; <nl> + if ( in ! = out ) decRefArr ( in ) ; <nl> + c2 - > m_type = KindOfKeyset ; <nl> + c2 - > m_data . parr = out ; <nl> + } else { <nl> + raise_error ( " AddNewElemC : $ 2 must be an array , vec , or keyset " ) ; <nl> } <nl> - cellAsVariant ( * c2 ) . asArrRef ( ) . append ( tvAsCVarRef ( c1 ) ) ; <nl> + assertx ( cellIsPlausible ( * c2 ) ) ; <nl> vmStack ( ) . popC ( ) ; <nl> } <nl> <nl> mmm a / hphp / runtime / vm / jit / dce . cpp <nl> ppp b / hphp / runtime / vm / jit / dce . cpp <nl> bool canDCE ( IRInstruction * inst ) { <nl> case AddElemStrKey : <nl> case AddElemIntKey : <nl> case AddNewElem : <nl> + case AddNewElemKeyset : <nl> + case AddNewElemVec : <nl> case DictAddElemStrKey : <nl> case DictAddElemIntKey : <nl> case ArrayAdd : <nl> mmm a / hphp / runtime / vm / jit / ir - instruction . cpp <nl> ppp b / hphp / runtime / vm / jit / ir - instruction . cpp <nl> bool IRInstruction : : consumesReference ( int srcNo ) const { <nl> case VecSetRef : <nl> case DictSet : <nl> case DictSetRef : <nl> + case AddNewElem : <nl> + case AddNewElemKeyset : <nl> + case AddNewElemVec : <nl> / / Only consumes the reference to its input array <nl> return srcNo = = 0 ; <nl> <nl> mmm a / hphp / runtime / vm / jit / irgen - create . cpp <nl> ppp b / hphp / runtime / vm / jit / irgen - create . cpp <nl> void emitAddElemC ( IRGS & env ) { <nl> } <nl> <nl> void emitAddNewElemC ( IRGS & env ) { <nl> - if ( ! topC ( env , BCSPRelOffset { 1 } ) - > isA ( TArr ) ) { <nl> - return interpOne ( env , TArr , 2 ) ; <nl> + auto const arrType = topC ( env , BCSPRelOffset { 1 } ) - > type ( ) ; <nl> + if ( ! arrType . subtypeOfAny ( TArr , TKeyset , TVec ) ) { <nl> + return interpOne ( env , * env . currentNormalizedInstruction ) ; <nl> } <nl> - <nl> - auto const val = popC ( env ) ; <nl> + auto const val = popC ( env , DataTypeCountness ) ; <nl> auto const arr = popC ( env ) ; <nl> - / / The AddNewElem helper decrefs its args , so don ' t decref pop ' ed values . <nl> - push ( env , gen ( env , AddNewElem , arr , val ) ) ; <nl> + push ( <nl> + env , <nl> + gen ( <nl> + env , <nl> + [ & ] { <nl> + if ( arr - > isA ( TArr ) ) return AddNewElem ; <nl> + if ( arr - > isA ( TKeyset ) ) return AddNewElemKeyset ; <nl> + if ( arr - > isA ( TVec ) ) return AddNewElemVec ; <nl> + always_assert ( false ) ; <nl> + } ( ) , <nl> + arr , <nl> + val <nl> + ) <nl> + ) ; <nl> + decRef ( env , val ) ; <nl> } <nl> <nl> void emitNewCol ( IRGS & env , CollectionType type ) { <nl> mmm a / hphp / runtime / vm / jit / irgen - interpone . cpp <nl> ppp b / hphp / runtime / vm / jit / irgen - interpone . cpp <nl> folly : : Optional < Type > interpOutputType ( IRGS & env , <nl> case OutVUnknown : return TBoxedInitCell ; <nl> <nl> case OutSameAsInput1 : return topType ( env , BCSPRelOffset { 0 } ) ; <nl> + case OutModifiedInput2 : return topType ( env , BCSPRelOffset { 1 } ) . modified ( ) ; <nl> case OutModifiedInput3 : return topType ( env , BCSPRelOffset { 2 } ) . modified ( ) ; <nl> case OutVInput : return boxed ( topType ( env , BCSPRelOffset { 0 } ) ) ; <nl> case OutVInputL : return boxed ( localType ( ) ) ; <nl> mmm a / hphp / runtime / vm / jit / irlower - minstr . cpp <nl> ppp b / hphp / runtime / vm / jit / irlower - minstr . cpp <nl> IMPL_OPCODE_CALL ( SetNewElemArray ) ; <nl> IMPL_OPCODE_CALL ( AddElemIntKey ) ; <nl> IMPL_OPCODE_CALL ( AddNewElem ) ; <nl> <nl> + static ArrayData * addNewElemKeysetImpl ( ArrayData * keyset , Cell v ) { <nl> + assertx ( keyset - > isKeyset ( ) ) ; <nl> + auto out = SetArray : : Append ( keyset , v , keyset - > cowCheck ( ) ) ; <nl> + if ( keyset ! = out ) decRefArr ( keyset ) ; <nl> + return out ; <nl> + } <nl> + <nl> + static ArrayData * addNewElemVecImpl ( ArrayData * vec , Cell v ) { <nl> + assertx ( vec - > isVecArray ( ) ) ; <nl> + auto out = PackedArray : : AppendVec ( vec , v , vec - > cowCheck ( ) ) ; <nl> + if ( vec ! = out ) decRefArr ( vec ) ; <nl> + return out ; <nl> + } <nl> + <nl> + void cgAddNewElemKeyset ( IRLS & env , const IRInstruction * inst ) { <nl> + cgCallHelper ( <nl> + vmain ( env ) , <nl> + env , <nl> + CallSpec : : direct ( addNewElemKeysetImpl ) , <nl> + callDest ( env , inst ) , <nl> + SyncOptions : : Sync , <nl> + argGroup ( env , inst ) . ssa ( 0 ) . typedValue ( 1 ) <nl> + ) ; <nl> + } <nl> + <nl> + void cgAddNewElemVec ( IRLS & env , const IRInstruction * inst ) { <nl> + cgCallHelper ( <nl> + vmain ( env ) , <nl> + env , <nl> + CallSpec : : direct ( addNewElemVecImpl ) , <nl> + callDest ( env , inst ) , <nl> + SyncOptions : : None , <nl> + argGroup ( env , inst ) . ssa ( 0 ) . typedValue ( 1 ) <nl> + ) ; <nl> + } <nl> + <nl> void cgAddElemStrKey ( IRLS & env , const IRInstruction * inst ) { <nl> auto & v = vmain ( env ) ; <nl> <nl> mmm a / hphp / runtime / vm / jit / memory - effects . cpp <nl> ppp b / hphp / runtime / vm / jit / memory - effects . cpp <nl> MemEffects memory_effects_impl ( const IRInstruction & inst ) { <nl> case ArrayAdd : / / decrefs source <nl> case AddElemIntKey : <nl> case AddElemStrKey : <nl> - case AddNewElem : / / decrefs value <nl> + case AddNewElem : / / can re - enter <nl> + case AddNewElemKeyset : / / can re - enter <nl> case DictAddElemIntKey : / / decrefs value <nl> case DictAddElemStrKey : / / decrefs value <nl> case ArrayGet : / / kVPackedKind warnings <nl> MemEffects memory_effects_impl ( const IRInstruction & inst ) { <nl> case SetOpCell : <nl> return may_raise ( inst , may_load_store ( AHeapAny , AHeapAny ) ) ; <nl> <nl> + case AddNewElemVec : <nl> + return may_load_store ( AElemAny , AEmpty ) ; <nl> + <nl> case ConvArrToKeyset : / / Decrefs input values <nl> case ConvVecToKeyset : <nl> case ConvDictToKeyset : <nl> mmm a / hphp / runtime / vm / jit / translator - runtime . cpp <nl> ppp b / hphp / runtime / vm / jit / translator - runtime . cpp <nl> ArrayData * addNewElemHelper ( ArrayData * a , TypedValue value ) { <nl> if ( UNLIKELY ( r ! = a ) ) { <nl> decRefArr ( a ) ; <nl> } <nl> - tvDecRefGen ( value ) ; <nl> return r ; <nl> } <nl> <nl> mmm a / hphp / runtime / vm / jit / translator . cpp <nl> ppp b / hphp / runtime / vm / jit / translator . cpp <nl> static const struct { <nl> { OpNewKeysetArray , { StackN , Stack1 , OutKeyset } } , <nl> { OpAddElemC , { StackTop3 , Stack1 , OutModifiedInput3 } } , <nl> { OpAddElemV , { StackTop3 , Stack1 , OutModifiedInput3 } } , <nl> - { OpAddNewElemC , { StackTop2 , Stack1 , OutArray } } , <nl> + { OpAddNewElemC , { StackTop2 , Stack1 , OutModifiedInput2 } } , <nl> { OpAddNewElemV , { StackTop2 , Stack1 , OutArray } } , <nl> { OpNewCol , { None , Stack1 , OutObject } } , <nl> { OpNewPair , { StackTop2 , Stack1 , OutObject } } , <nl> mmm a / hphp / runtime / vm / jit / translator . h <nl> ppp b / hphp / runtime / vm / jit / translator . h <nl> enum OutTypeConstraints { <nl> OutVUnknown , / / type is V ( unknown ) <nl> <nl> OutSameAsInput1 , / / type is the same as the first stack input <nl> + OutModifiedInput2 , / / type is the same as the second stack input , but <nl> + / / counted and unspecialized <nl> OutModifiedInput3 , / / type is the same as the third stack input , but <nl> / / counted and unspecialized <nl> OutCInput , / / type is C ( input ) <nl> mmm a / hphp / runtime / vm / verifier / check - func . cpp <nl> ppp b / hphp / runtime / vm / verifier / check - func . cpp <nl> bool FuncChecker : : checkImmBA ( PC & pc , PC const instr ) { <nl> <nl> bool FuncChecker : : checkImmVSA ( PC & pc , PC const / * instr * / ) { <nl> auto const len = decode_raw < int32_t > ( pc ) ; <nl> - if ( len < 1 \| \| len > MixedArray : : MaxStructMakeSize ) { <nl> + if ( len < 1 \| \| len > ArrayData : : MaxElemsOnStack ) { <nl> error ( " invalid length of immedate VSA vector % d at offset % d \ n " , <nl> len , offset ( pc ) ) ; <nl> throw unknown_length { } ; <nl> bool FuncChecker : : checkOp ( State * cur , PC pc , Op op , Block * b ) { <nl> ferror ( " RaiseFPassWarning at PC { } with immediate value ' Any ' , " <nl> " allowable FPassHint values for this opcode are ' Cell ' and " <nl> " ' Ref ' \ n " , offset ( pc ) ) ; <nl> + return false ; <nl> } <nl> break ; <nl> } <nl> <nl> + case Op : : NewPackedArray : <nl> + case Op : : NewVecArray : <nl> + case Op : : NewKeysetArray : { <nl> + auto new_pc = pc ; <nl> + decode_op ( new_pc ) ; <nl> + auto const elems = decode_iva ( new_pc ) ; <nl> + static_assert ( std : : is_unsigned < decltype ( elems ) > : : value , <nl> + " IVA should be unsigned " ) ; <nl> + if ( elems = = 0 \| \| elems > ArrayData : : MaxElemsOnStack ) { <nl> + ferror ( " { } has an illegal element count \ n " , opcodeToName ( op ) ) ; <nl> + return false ; <nl> + } <nl> + } <nl> + <nl> default : <nl> break ; <nl> } <nl> mmm a / hphp / runtime / vm / verifier / fuzzer / random_utils . ml <nl> ppp b / hphp / runtime / vm / verifier / fuzzer / random_utils . ml <nl> let all_instrs ( fn : IS . t ) : lazy_instruct list = <nl> ( fun ( ) - > ILitConst ( NewArray ( Random . int 1000 ) ) ) ; <nl> ( fun ( ) - > ILitConst ( NewMixedArray ( Random . int 1000 ) ) ) ; <nl> ( fun ( ) - > ILitConst ( NewDictArray ( Random . int 1000 ) ) ) ; <nl> - ( * ( fun ( ) - > ILitConst ( NewMIArray ( Random . int 1000 ) ) ) ; * ) <nl> - ( * ( fun ( ) - > ILitConst ( NewMSArray ( Random . int 1000 ) ) ) ; * ) <nl> ( fun ( ) - > ILitConst ( NewLikeArrayL ( random_local ( ) , Random . int 1000 ) ) ) ; <nl> ( fun ( ) - > ILitConst ( NewCol ( random_collection_type ( ) ) ) ) ; <nl> ( fun ( ) - > ILitConst ( Cns ( Const . from_raw_string " " ) ) ) ; <nl> mmm a / hphp / test / quick / asm_array_packed . hhas <nl> ppp b / hphp / test / quick / asm_array_packed . hhas <nl> <nl> Int 62 <nl> Int 63 <nl> Int 64 <nl> - Int 65 <nl> - Int 66 <nl> - Int 67 <nl> - Int 68 <nl> - Int 69 <nl> - Int 70 <nl> - Int 71 <nl> - Int 72 <nl> - Int 73 <nl> - Int 74 <nl> - Int 75 <nl> - Int 76 <nl> - Int 77 <nl> - Int 78 <nl> - Int 79 <nl> - Int 80 <nl> - Int 81 <nl> - Int 82 <nl> - Int 83 <nl> - Int 84 <nl> - Int 85 <nl> - Int 86 <nl> - Int 87 <nl> - Int 88 <nl> - Int 89 <nl> - Int 90 <nl> - Int 91 <nl> - Int 92 <nl> - Int 93 <nl> - Int 94 <nl> - Int 95 <nl> - Int 96 <nl> - Int 97 <nl> - Int 98 <nl> - Int 99 <nl> - Int 100 <nl> - Int 101 <nl> - Int 102 <nl> - Int 103 <nl> - Int 104 <nl> - Int 105 <nl> - Int 106 <nl> - Int 107 <nl> - Int 108 <nl> - Int 109 <nl> - Int 110 <nl> - Int 111 <nl> - Int 112 <nl> - Int 113 <nl> - Int 114 <nl> - Int 115 <nl> - Int 116 <nl> - Int 117 <nl> - Int 118 <nl> - Int 119 <nl> - Int 120 <nl> - Int 121 <nl> - Int 122 <nl> - Int 123 <nl> - Int 124 <nl> - Int 125 <nl> - Int 126 <nl> - Int 127 <nl> - Int 128 <nl> - Int 129 <nl> - Int 130 <nl> - Int 131 <nl> - Int 132 <nl> - Int 133 <nl> - Int 134 <nl> - Int 135 <nl> - Int 136 <nl> - Int 137 <nl> - Int 138 <nl> - Int 139 <nl> - Int 140 <nl> - Int 141 <nl> - Int 142 <nl> - Int 143 <nl> - Int 144 <nl> - Int 145 <nl> - Int 146 <nl> - Int 147 <nl> - Int 148 <nl> - Int 149 <nl> - Int 150 <nl> - Int 151 <nl> - Int 152 <nl> - Int 153 <nl> - Int 154 <nl> - Int 155 <nl> - Int 156 <nl> - Int 157 <nl> - Int 158 <nl> - Int 159 <nl> - Int 160 <nl> - Int 161 <nl> - Int 162 <nl> - Int 163 <nl> - Int 164 <nl> - Int 165 <nl> - Int 166 <nl> - Int 167 <nl> - Int 168 <nl> - Int 169 <nl> - Int 170 <nl> - Int 171 <nl> - Int 172 <nl> - Int 173 <nl> - Int 174 <nl> - Int 175 <nl> - Int 176 <nl> - Int 177 <nl> - Int 178 <nl> - Int 179 <nl> - Int 180 <nl> - Int 181 <nl> - Int 182 <nl> - Int 183 <nl> - Int 184 <nl> - Int 185 <nl> - Int 186 <nl> - Int 187 <nl> - Int 188 <nl> - Int 189 <nl> - Int 190 <nl> - Int 191 <nl> - Int 192 <nl> - Int 193 <nl> - Int 194 <nl> - Int 195 <nl> - Int 196 <nl> - Int 197 <nl> - Int 198 <nl> - Int 199 <nl> - Int 200 <nl> - Int 201 <nl> - Int 202 <nl> - Int 203 <nl> - Int 204 <nl> - Int 205 <nl> - Int 206 <nl> - Int 207 <nl> - Int 208 <nl> - Int 209 <nl> - Int 210 <nl> - Int 211 <nl> - Int 212 <nl> - Int 213 <nl> - Int 214 <nl> - Int 215 <nl> - Int 216 <nl> - Int 217 <nl> - Int 218 <nl> - Int 219 <nl> - Int 220 <nl> - Int 221 <nl> - Int 222 <nl> - Int 223 <nl> - Int 224 <nl> - Int 225 <nl> - Int 226 <nl> - Int 227 <nl> - Int 228 <nl> - Int 229 <nl> - Int 230 <nl> - Int 231 <nl> - Int 232 <nl> - Int 233 <nl> - Int 234 <nl> - Int 235 <nl> - Int 236 <nl> - Int 237 <nl> - Int 238 <nl> - Int 239 <nl> - Int 240 <nl> - Int 241 <nl> - Int 242 <nl> - Int 243 <nl> - Int 244 <nl> - Int 245 <nl> - Int 246 <nl> - Int 247 <nl> - Int 248 <nl> - Int 249 <nl> - Int 250 <nl> - Int 251 <nl> - Int 252 <nl> - Int 253 <nl> - Int 254 <nl> - Int 255 <nl> - Int 256 <nl> - Int 257 <nl> - Int 258 <nl> - Int 259 <nl> - Int 260 <nl> - Int 261 <nl> - Int 262 <nl> - Int 263 <nl> - Int 264 <nl> - Int 265 <nl> - Int 266 <nl> - Int 267 <nl> - Int 268 <nl> - Int 269 <nl> - Int 270 <nl> - Int 271 <nl> - Int 272 <nl> - Int 273 <nl> - Int 274 <nl> - Int 275 <nl> - Int 276 <nl> - Int 277 <nl> - Int 278 <nl> - Int 279 <nl> - Int 280 <nl> - Int 281 <nl> - Int 282 <nl> - Int 283 <nl> - Int 284 <nl> - Int 285 <nl> - Int 286 <nl> - Int 287 <nl> - Int 288 <nl> - Int 289 <nl> - Int 290 <nl> - Int 291 <nl> - Int 292 <nl> - Int 293 <nl> - Int 294 <nl> - Int 295 <nl> - Int 296 <nl> - Int 297 <nl> - Int 298 <nl> - Int 299 <nl> - Int 300 <nl> - Int 301 <nl> - Int 302 <nl> - Int 303 <nl> - Int 304 <nl> - Int 305 <nl> - Int 306 <nl> - Int 307 <nl> - Int 308 <nl> - Int 309 <nl> - Int 310 <nl> - Int 311 <nl> - Int 312 <nl> - Int 313 <nl> - Int 314 <nl> - Int 315 <nl> - Int 316 <nl> - Int 317 <nl> - Int 318 <nl> - Int 319 <nl> - Int 320 <nl> - Int 321 <nl> - Int 322 <nl> - Int 323 <nl> - Int 324 <nl> - Int 325 <nl> - Int 326 <nl> - Int 327 <nl> - Int 328 <nl> - Int 329 <nl> - Int 330 <nl> - Int 331 <nl> - Int 332 <nl> - Int 333 <nl> - Int 334 <nl> - Int 335 <nl> - Int 336 <nl> - Int 337 <nl> - Int 338 <nl> - Int 339 <nl> - Int 340 <nl> - Int 341 <nl> - Int 342 <nl> - Int 343 <nl> - Int 344 <nl> - Int 345 <nl> - Int 346 <nl> - Int 347 <nl> - Int 348 <nl> - Int 349 <nl> - Int 350 <nl> - Int 351 <nl> - Int 352 <nl> - Int 353 <nl> - Int 354 <nl> - Int 355 <nl> - Int 356 <nl> - Int 357 <nl> - Int 358 <nl> - Int 359 <nl> - Int 360 <nl> - Int 361 <nl> - Int 362 <nl> - Int 363 <nl> - Int 364 <nl> - Int 365 <nl> - Int 366 <nl> - Int 367 <nl> - Int 368 <nl> - Int 369 <nl> - Int 370 <nl> - Int 371 <nl> - Int 372 <nl> - Int 373 <nl> - Int 374 <nl> - Int 375 <nl> - Int 376 <nl> - Int 377 <nl> - Int 378 <nl> - Int 379 <nl> - Int 380 <nl> - Int 381 <nl> - Int 382 <nl> - Int 383 <nl> - Int 384 <nl> - Int 385 <nl> - Int 386 <nl> - Int 387 <nl> - Int 388 <nl> - Int 389 <nl> - Int 390 <nl> - Int 391 <nl> - Int 392 <nl> - Int 393 <nl> - Int 394 <nl> - Int 395 <nl> - Int 396 <nl> - Int 397 <nl> - Int 398 <nl> - Int 399 <nl> - Int 400 <nl> - Int 401 <nl> - Int 402 <nl> - Int 403 <nl> - Int 404 <nl> - Int 405 <nl> - Int 406 <nl> - Int 407 <nl> - Int 408 <nl> - Int 409 <nl> - Int 410 <nl> - Int 411 <nl> - Int 412 <nl> - Int 413 <nl> - Int 414 <nl> - Int 415 <nl> - Int 416 <nl> - Int 417 <nl> - Int 418 <nl> - Int 419 <nl> - Int 420 <nl> - Int 421 <nl> - Int 422 <nl> - Int 423 <nl> - Int 424 <nl> - Int 425 <nl> - Int 426 <nl> - Int 427 <nl> - Int 428 <nl> - Int 429 <nl> - Int 430 <nl> - Int 431 <nl> - Int 432 <nl> - Int 433 <nl> - Int 434 <nl> - Int 435 <nl> - Int 436 <nl> - Int 437 <nl> - Int 438 <nl> - Int 439 <nl> - Int 440 <nl> - Int 441 <nl> - Int 442 <nl> - Int 443 <nl> - Int 444 <nl> - Int 445 <nl> - Int 446 <nl> - Int 447 <nl> - Int 448 <nl> - Int 449 <nl> - Int 450 <nl> - Int 451 <nl> - Int 452 <nl> - Int 453 <nl> - Int 454 <nl> - Int 455 <nl> - Int 456 <nl> - Int 457 <nl> - Int 458 <nl> - Int 459 <nl> - Int 460 <nl> - Int 461 <nl> - Int 462 <nl> - Int 463 <nl> - Int 464 <nl> - Int 465 <nl> - Int 466 <nl> - Int 467 <nl> - Int 468 <nl> - Int 469 <nl> - Int 470 <nl> - Int 471 <nl> - Int 472 <nl> - Int 473 <nl> - Int 474 <nl> - Int 475 <nl> - Int 476 <nl> - Int 477 <nl> - Int 478 <nl> - Int 479 <nl> - Int 480 <nl> - Int 481 <nl> - Int 482 <nl> - Int 483 <nl> - Int 484 <nl> - Int 485 <nl> - Int 486 <nl> - Int 487 <nl> - Int 488 <nl> - Int 489 <nl> - Int 490 <nl> - Int 491 <nl> - Int 492 <nl> - Int 493 <nl> - Int 494 <nl> - Int 495 <nl> - Int 496 <nl> - Int 497 <nl> - Int 498 <nl> - Int 499 <nl> - Int 500 <nl> - Int 501 <nl> - Int 502 <nl> - Int 503 <nl> - Int 504 <nl> - Int 505 <nl> - Int 506 <nl> - Int 507 <nl> - Int 508 <nl> - Int 509 <nl> - Int 510 <nl> - Int 511 <nl> - Int 512 <nl> - Int 513 <nl> - Int 514 <nl> - Int 515 <nl> - Int 516 <nl> - Int 517 <nl> - Int 518 <nl> - Int 519 <nl> - Int 520 <nl> - Int 521 <nl> - Int 522 <nl> - Int 523 <nl> - Int 524 <nl> - Int 525 <nl> - Int 526 <nl> - Int 527 <nl> - Int 528 <nl> - Int 529 <nl> - Int 530 <nl> - Int 531 <nl> - Int 532 <nl> - Int 533 <nl> - Int 534 <nl> - Int 535 <nl> - Int 536 <nl> - Int 537 <nl> - Int 538 <nl> - Int 539 <nl> - Int 540 <nl> - Int 541 <nl> - Int 542 <nl> - Int 543 <nl> - Int 544 <nl> - Int 545 <nl> - Int 546 <nl> - Int 547 <nl> - Int 548 <nl> - Int 549 <nl> - Int 550 <nl> - Int 551 <nl> - Int 552 <nl> - Int 553 <nl> - Int 554 <nl> - Int 555 <nl> - Int 556 <nl> - Int 557 <nl> - Int 558 <nl> - Int 559 <nl> - Int 560 <nl> - Int 561 <nl> - Int 562 <nl> - Int 563 <nl> - Int 564 <nl> - Int 565 <nl> - Int 566 <nl> - Int 567 <nl> - Int 568 <nl> - Int 569 <nl> - Int 570 <nl> - Int 571 <nl> - Int 572 <nl> - Int 573 <nl> - Int 574 <nl> - Int 575 <nl> - Int 576 <nl> - Int 577 <nl> - Int 578 <nl> - Int 579 <nl> - Int 580 <nl> - Int 581 <nl> - Int 582 <nl> - Int 583 <nl> - Int 584 <nl> - Int 585 <nl> - Int 586 <nl> - Int 587 <nl> - Int 588 <nl> - Int 589 <nl> - Int 590 <nl> - Int 591 <nl> - Int 592 <nl> - Int 593 <nl> - Int 594 <nl> - Int 595 <nl> - Int 596 <nl> - Int 597 <nl> - Int 598 <nl> - Int 599 <nl> - Int 600 <nl> - Int 601 <nl> - Int 602 <nl> - Int 603 <nl> - Int 604 <nl> - Int 605 <nl> - Int 606 <nl> - Int 607 <nl> - Int 608 <nl> - Int 609 <nl> - Int 610 <nl> - Int 611 <nl> - Int 612 <nl> - Int 613 <nl> - Int 614 <nl> - Int 615 <nl> - Int 616 <nl> - Int 617 <nl> - Int 618 <nl> - Int 619 <nl> - Int 620 <nl> - Int 621 <nl> - Int 622 <nl> - Int 623 <nl> - Int 624 <nl> - Int 625 <nl> - Int 626 <nl> - Int 627 <nl> - Int 628 <nl> - Int 629 <nl> - Int 630 <nl> - Int 631 <nl> - Int 632 <nl> - Int 633 <nl> - Int 634 <nl> - Int 635 <nl> - Int 636 <nl> - Int 637 <nl> - Int 638 <nl> - Int 639 <nl> - Int 640 <nl> - Int 641 <nl> - Int 642 <nl> - Int 643 <nl> - Int 644 <nl> - Int 645 <nl> - Int 646 <nl> - Int 647 <nl> - Int 648 <nl> - Int 649 <nl> - Int 650 <nl> - Int 651 <nl> - Int 652 <nl> - Int 653 <nl> - Int 654 <nl> - Int 655 <nl> - Int 656 <nl> - Int 657 <nl> - Int 658 <nl> - Int 659 <nl> - Int 660 <nl> - Int 661 <nl> - Int 662 <nl> - Int 663 <nl> - Int 664 <nl> - Int 665 <nl> - Int 666 <nl> - Int 667 <nl> - Int 668 <nl> - Int 669 <nl> - Int 670 <nl> - Int 671 <nl> - Int 672 <nl> - Int 673 <nl> - Int 674 <nl> - Int 675 <nl> - Int 676 <nl> - Int 677 <nl> - Int 678 <nl> - Int 679 <nl> - Int 680 <nl> - Int 681 <nl> - Int 682 <nl> - Int 683 <nl> - Int 684 <nl> - Int 685 <nl> - Int 686 <nl> - Int 687 <nl> - Int 688 <nl> - Int 689 <nl> - Int 690 <nl> - Int 691 <nl> - Int 692 <nl> - Int 693 <nl> - Int 694 <nl> - Int 695 <nl> - Int 696 <nl> - Int 697 <nl> - Int 698 <nl> - Int 699 <nl> - Int 700 <nl> - Int 701 <nl> - Int 702 <nl> - Int 703 <nl> - Int 704 <nl> - Int 705 <nl> - Int 706 <nl> - Int 707 <nl> - Int 708 <nl> - Int 709 <nl> - Int 710 <nl> - Int 711 <nl> - Int 712 <nl> - Int 713 <nl> - Int 714 <nl> - Int 715 <nl> - Int 716 <nl> - Int 717 <nl> - Int 718 <nl> - Int 719 <nl> - Int 720 <nl> - Int 721 <nl> - Int 722 <nl> - Int 723 <nl> - Int 724 <nl> - Int 725 <nl> - Int 726 <nl> - Int 727 <nl> - Int 728 <nl> - Int 729 <nl> - Int 730 <nl> - Int 731 <nl> - Int 732 <nl> - Int 733 <nl> - Int 734 <nl> - Int 735 <nl> - Int 736 <nl> - Int 737 <nl> - Int 738 <nl> - Int 739 <nl> - Int 740 <nl> - Int 741 <nl> - Int 742 <nl> - Int 743 <nl> - Int 744 <nl> - Int 745 <nl> - Int 746 <nl> - Int 747 <nl> - Int 748 <nl> - Int 749 <nl> - Int 750 <nl> - Int 751 <nl> - Int 752 <nl> - Int 753 <nl> - Int 754 <nl> - Int 755 <nl> - Int 756 <nl> - Int 757 <nl> - Int 758 <nl> - Int 759 <nl> - Int 760 <nl> - Int 761 <nl> - Int 762 <nl> - Int 763 <nl> - Int 764 <nl> - Int 765 <nl> - Int 766 <nl> - Int 767 <nl> - Int 768 <nl> - Int 769 <nl> - Int 770 <nl> - Int 771 <nl> - Int 772 <nl> - Int 773 <nl> - Int 774 <nl> - Int 775 <nl> - Int 776 <nl> - Int 777 <nl> - Int 778 <nl> - Int 779 <nl> - Int 780 <nl> - Int 781 <nl> - Int 782 <nl> - Int 783 <nl> - Int 784 <nl> - Int 785 <nl> - Int 786 <nl> - Int 787 <nl> - Int 788 <nl> - Int 789 <nl> - Int 790 <nl> - Int 791 <nl> - Int 792 <nl> - Int 793 <nl> - Int 794 <nl> - Int 795 <nl> - Int 796 <nl> - Int 797 <nl> - Int 798 <nl> - Int 799 <nl> - Int 800 <nl> - Int 801 <nl> - Int 802 <nl> - Int 803 <nl> - Int 804 <nl> - Int 805 <nl> - Int 806 <nl> - Int 807 <nl> - Int 808 <nl> - Int 809 <nl> - Int 810 <nl> - Int 811 <nl> - Int 812 <nl> - Int 813 <nl> - Int 814 <nl> - Int 815 <nl> - Int 816 <nl> - Int 817 <nl> - Int 818 <nl> - Int 819 <nl> - Int 820 <nl> - Int 821 <nl> - Int 822 <nl> - Int 823 <nl> - Int 824 <nl> - Int 825 <nl> - Int 826 <nl> - Int 827 <nl> - Int 828 <nl> - Int 829 <nl> - Int 830 <nl> - Int 831 <nl> - Int 832 <nl> - Int 833 <nl> - Int 834 <nl> - Int 835 <nl> - Int 836 <nl> - Int 837 <nl> - Int 838 <nl> - Int 839 <nl> - Int 840 <nl> - Int 841 <nl> - Int 842 <nl> - Int 843 <nl> - Int 844 <nl> - Int 845 <nl> - Int 846 <nl> - Int 847 <nl> - Int 848 <nl> - Int 849 <nl> - Int 850 <nl> - Int 851 <nl> - Int 852 <nl> - Int 853 <nl> - Int 854 <nl> - Int 855 <nl> - Int 856 <nl> - Int 857 <nl> - Int 858 <nl> - Int 859 <nl> - Int 860 <nl> - Int 861 <nl> - Int 862 <nl> - Int 863 <nl> - Int 864 <nl> - Int 865 <nl> - Int 866 <nl> - Int 867 <nl> - Int 868 <nl> - Int 869 <nl> - Int 870 <nl> - Int 871 <nl> - Int 872 <nl> - Int 873 <nl> - Int 874 <nl> - Int 875 <nl> - Int 876 <nl> - Int 877 <nl> - Int 878 <nl> - Int 879 <nl> - Int 880 <nl> - Int 881 <nl> - Int 882 <nl> - Int 883 <nl> - Int 884 <nl> - Int 885 <nl> - Int 886 <nl> - Int 887 <nl> - Int 888 <nl> - Int 889 <nl> - Int 890 <nl> - Int 891 <nl> - Int 892 <nl> - Int 893 <nl> - Int 894 <nl> - Int 895 <nl> - Int 896 <nl> - Int 897 <nl> - Int 898 <nl> - Int 899 <nl> - Int 900 <nl> - Int 901 <nl> - Int 902 <nl> - Int 903 <nl> - Int 904 <nl> - Int 905 <nl> - Int 906 <nl> - Int 907 <nl> - Int 908 <nl> - Int 909 <nl> - Int 910 <nl> - Int 911 <nl> - Int 912 <nl> - Int 913 <nl> - Int 914 <nl> - Int 915 <nl> - Int 916 <nl> - Int 917 <nl> - Int 918 <nl> - Int 919 <nl> - Int 920 <nl> - Int 921 <nl> - Int 922 <nl> - Int 923 <nl> - Int 924 <nl> - Int 925 <nl> - Int 926 <nl> - Int 927 <nl> - Int 928 <nl> - Int 929 <nl> - Int 930 <nl> - Int 931 <nl> - Int 932 <nl> - Int 933 <nl> - Int 934 <nl> - Int 935 <nl> - Int 936 <nl> - Int 937 <nl> - Int 938 <nl> - Int 939 <nl> - Int 940 <nl> - Int 941 <nl> - Int 942 <nl> - Int 943 <nl> - Int 944 <nl> - Int 945 <nl> - Int 946 <nl> - Int 947 <nl> - Int 948 <nl> - Int 949 <nl> - Int 950 <nl> - Int 951 <nl> - Int 952 <nl> - Int 953 <nl> - Int 954 <nl> - Int 955 <nl> - Int 956 <nl> - Int 957 <nl> - Int 958 <nl> - Int 959 <nl> - Int 960 <nl> - Int 961 <nl> - Int 962 <nl> - Int 963 <nl> - Int 964 <nl> - Int 965 <nl> - Int 966 <nl> - Int 967 <nl> - Int 968 <nl> - Int 969 <nl> - Int 970 <nl> - Int 971 <nl> - Int 972 <nl> - Int 973 <nl> - Int 974 <nl> - Int 975 <nl> - Int 976 <nl> - Int 977 <nl> - Int 978 <nl> - Int 979 <nl> - Int 980 <nl> - Int 981 <nl> - Int 982 <nl> - Int 983 <nl> - Int 984 <nl> - Int 985 <nl> - Int 986 <nl> - Int 987 <nl> - Int 988 <nl> - Int 989 <nl> - Int 990 <nl> - Int 991 <nl> - Int 992 <nl> - Int 993 <nl> - Int 994 <nl> - Int 995 <nl> - Int 996 <nl> - Int 997 <nl> - Int 998 <nl> - Int 999 <nl> - Int 1000 <nl> - Int 1001 <nl> - Int 1002 <nl> - Int 1003 <nl> - Int 1004 <nl> - Int 1005 <nl> - Int 1006 <nl> - Int 1007 <nl> - Int 1008 <nl> - Int 1009 <nl> - Int 1010 <nl> - Int 1011 <nl> - Int 1012 <nl> - Int 1013 <nl> - Int 1014 <nl> - Int 1015 <nl> - Int 1016 <nl> - Int 1017 <nl> - Int 1018 <nl> - Int 1019 <nl> - Int 1020 <nl> - Int 1021 <nl> - Int 1022 <nl> - Int 1023 <nl> - Int 1024 <nl> - Int 1025 <nl> - Int 1026 <nl> - Int 1027 <nl> - Int 1028 <nl> - Int 1029 <nl> - Int 1030 <nl> - Int 1031 <nl> - Int 1032 <nl> - Int 1033 <nl> - Int 1034 <nl> - Int 1035 <nl> - Int 1036 <nl> - Int 1037 <nl> - Int 1038 <nl> - Int 1039 <nl> - Int 1040 <nl> - Int 1041 <nl> - Int 1042 <nl> - Int 1043 <nl> - Int 1044 <nl> - Int 1045 <nl> - Int 1046 <nl> - Int 1047 <nl> - Int 1048 <nl> - Int 1049 <nl> - Int 1050 <nl> - Int 1051 <nl> - Int 1052 <nl> - Int 1053 <nl> - Int 1054 <nl> - Int 1055 <nl> - Int 1056 <nl> - Int 1057 <nl> - Int 1058 <nl> - Int 1059 <nl> - Int 1060 <nl> - Int 1061 <nl> - Int 1062 <nl> - Int 1063 <nl> - Int 1064 <nl> - Int 1065 <nl> - Int 1066 <nl> - Int 1067 <nl> - Int 1068 <nl> - Int 1069 <nl> - Int 1070 <nl> - Int 1071 <nl> - Int 1072 <nl> - Int 1073 <nl> - Int 1074 <nl> - Int 1075 <nl> - Int 1076 <nl> - Int 1077 <nl> - Int 1078 <nl> - Int 1079 <nl> - Int 1080 <nl> - Int 1081 <nl> - Int 1082 <nl> - Int 1083 <nl> - Int 1084 <nl> - Int 1085 <nl> - Int 1086 <nl> - Int 1087 <nl> - Int 1088 <nl> - Int 1089 <nl> - Int 1090 <nl> - Int 1091 <nl> - Int 1092 <nl> - Int 1093 <nl> - Int 1094 <nl> - Int 1095 <nl> - Int 1096 <nl> - Int 1097 <nl> - Int 1098 <nl> - Int 1099 <nl> - Int 1100 <nl> - Int 1101 <nl> - Int 1102 <nl> - Int 1103 <nl> - Int 1104 <nl> - Int 1105 <nl> - Int 1106 <nl> - Int 1107 <nl> - Int 1108 <nl> - Int 1109 <nl> - Int 1110 <nl> - Int 1111 <nl> - Int 1112 <nl> - Int 1113 <nl> - Int 1114 <nl> - Int 1115 <nl> - Int 1116 <nl> - Int 1117 <nl> - Int 1118 <nl> - Int 1119 <nl> - Int 1120 <nl> - Int 1121 <nl> - Int 1122 <nl> - Int 1123 <nl> - Int 1124 <nl> - Int 1125 <nl> - Int 1126 <nl> - Int 1127 <nl> - Int 1128 <nl> - Int 1129 <nl> - Int 1130 <nl> - Int 1131 <nl> - Int 1132 <nl> - Int 1133 <nl> - Int 1134 <nl> - Int 1135 <nl> - Int 1136 <nl> - Int 1137 <nl> - Int 1138 <nl> - Int 1139 <nl> - Int 1140 <nl> - Int 1141 <nl> - Int 1142 <nl> - Int 1143 <nl> - Int 1144 <nl> - Int 1145 <nl> - Int 1146 <nl> - Int 1147 <nl> - Int 1148 <nl> - Int 1149 <nl> - Int 1150 <nl> - Int 1151 <nl> - Int 1152 <nl> - Int 1153 <nl> - Int 1154 <nl> - Int 1155 <nl> - Int 1156 <nl> - Int 1157 <nl> - Int 1158 <nl> - Int 1159 <nl> - Int 1160 <nl> - Int 1161 <nl> - Int 1162 <nl> - Int 1163 <nl> - Int 1164 <nl> - Int 1165 <nl> - Int 1166 <nl> - Int 1167 <nl> - Int 1168 <nl> - Int 1169 <nl> - Int 1170 <nl> - Int 1171 <nl> - Int 1172 <nl> - Int 1173 <nl> - Int 1174 <nl> - Int 1175 <nl> - Int 1176 <nl> - Int 1177 <nl> - Int 1178 <nl> - Int 1179 <nl> - Int 1180 <nl> - Int 1181 <nl> - Int 1182 <nl> - Int 1183 <nl> - Int 1184 <nl> - Int 1185 <nl> - Int 1186 <nl> - Int 1187 <nl> - Int 1188 <nl> - Int 1189 <nl> - Int 1190 <nl> - Int 1191 <nl> - Int 1192 <nl> - Int 1193 <nl> - Int 1194 <nl> - Int 1195 <nl> - Int 1196 <nl> - Int 1197 <nl> - Int 1198 <nl> - Int 1199 <nl> - Int 1200 <nl> - Int 1201 <nl> - Int 1202 <nl> - Int 1203 <nl> - Int 1204 <nl> - Int 1205 <nl> - Int 1206 <nl> - Int 1207 <nl> - Int 1208 <nl> - Int 1209 <nl> - Int 1210 <nl> - Int 1211 <nl> - Int 1212 <nl> - Int 1213 <nl> - Int 1214 <nl> - Int 1215 <nl> - Int 1216 <nl> - Int 1217 <nl> - Int 1218 <nl> - Int 1219 <nl> - Int 1220 <nl> - Int 1221 <nl> - Int 1222 <nl> - Int 1223 <nl> - Int 1224 <nl> - Int 1225 <nl> - Int 1226 <nl> - Int 1227 <nl> - Int 1228 <nl> - Int 1229 <nl> - Int 1230 <nl> - Int 1231 <nl> - Int 1232 <nl> - Int 1233 <nl> - Int 1234 <nl> - Int 1235 <nl> - Int 1236 <nl> - Int 1237 <nl> - Int 1238 <nl> - Int 1239 <nl> - Int 1240 <nl> - Int 1241 <nl> - Int 1242 <nl> - Int 1243 <nl> - Int 1244 <nl> - Int 1245 <nl> - Int 1246 <nl> - Int 1247 <nl> - Int 1248 <nl> - Int 1249 <nl> - Int 1250 <nl> - Int 1251 <nl> - Int 1252 <nl> - Int 1253 <nl> - Int 1254 <nl> - Int 1255 <nl> - Int 1256 <nl> - Int 1257 <nl> - Int 1258 <nl> - Int 1259 <nl> - Int 1260 <nl> - Int 1261 <nl> - Int 1262 <nl> - Int 1263 <nl> - Int 1264 <nl> - Int 1265 <nl> - Int 1266 <nl> - Int 1267 <nl> - Int 1268 <nl> - Int 1269 <nl> - Int 1270 <nl> - Int 1271 <nl> - Int 1272 <nl> - Int 1273 <nl> - Int 1274 <nl> - Int 1275 <nl> - Int 1276 <nl> - Int 1277 <nl> - Int 1278 <nl> - Int 1279 <nl> - Int 1280 <nl> - Int 1281 <nl> - Int 1282 <nl> - Int 1283 <nl> - Int 1284 <nl> - Int 1285 <nl> - Int 1286 <nl> - Int 1287 <nl> - Int 1288 <nl> - Int 1289 <nl> - Int 1290 <nl> - Int 1291 <nl> - Int 1292 <nl> - Int 1293 <nl> - Int 1294 <nl> - Int 1295 <nl> - Int 1296 <nl> - Int 1297 <nl> - Int 1298 <nl> - Int 1299 <nl> - Int 1300 <nl> - Int 1301 <nl> - Int 1302 <nl> - Int 1303 <nl> - Int 1304 <nl> - Int 1305 <nl> - Int 1306 <nl> - Int 1307 <nl> - Int 1308 <nl> - Int 1309 <nl> - Int 1310 <nl> - Int 1311 <nl> - Int 1312 <nl> - Int 1313 <nl> - Int 1314 <nl> - Int 1315 <nl> - Int 1316 <nl> - Int 1317 <nl> - Int 1318 <nl> - Int 1319 <nl> - Int 1320 <nl> - Int 1321 <nl> - Int 1322 <nl> - Int 1323 <nl> - Int 1324 <nl> - Int 1325 <nl> - Int 1326 <nl> - Int 1327 <nl> - Int 1328 <nl> - Int 1329 <nl> - Int 1330 <nl> - Int 1331 <nl> - Int 1332 <nl> - Int 1333 <nl> - Int 1334 <nl> - Int 1335 <nl> - Int 1336 <nl> - Int 1337 <nl> - Int 1338 <nl> - Int 1339 <nl> - Int 1340 <nl> - Int 1341 <nl> - Int 1342 <nl> - Int 1343 <nl> - Int 1344 <nl> - Int 1345 <nl> - Int 1346 <nl> - Int 1347 <nl> - Int 1348 <nl> - Int 1349 <nl> - Int 1350 <nl> - Int 1351 <nl> - Int 1352 <nl> - Int 1353 <nl> - Int 1354 <nl> - Int 1355 <nl> - Int 1356 <nl> - Int 1357 <nl> - Int 1358 <nl> - Int 1359 <nl> - Int 1360 <nl> - Int 1361 <nl> - Int 1362 <nl> - Int 1363 <nl> - Int 1364 <nl> - Int 1365 <nl> - Int 1366 <nl> - Int 1367 <nl> - Int 1368 <nl> - Int 1369 <nl> - Int 1370 <nl> - Int 1371 <nl> - Int 1372 <nl> - Int 1373 <nl> - Int 1374 <nl> - Int 1375 <nl> - Int 1376 <nl> - Int 1377 <nl> - Int 1378 <nl> - Int 1379 <nl> - Int 1380 <nl> - Int 1381 <nl> - Int 1382 <nl> - Int 1383 <nl> - Int 1384 <nl> - Int 1385 <nl> - Int 1386 <nl> - Int 1387 <nl> - Int 1388 <nl> - Int 1389 <nl> - Int 1390 <nl> - Int 1391 <nl> - Int 1392 <nl> - Int 1393 <nl> - Int 1394 <nl> - Int 1395 <nl> - Int 1396 <nl> - Int 1397 <nl> - Int 1398 <nl> - Int 1399 <nl> - Int 1400 <nl> - Int 1401 <nl> - Int 1402 <nl> - Int 1403 <nl> - Int 1404 <nl> - Int 1405 <nl> - Int 1406 <nl> - Int 1407 <nl> - Int 1408 <nl> - Int 1409 <nl> - Int 1410 <nl> - Int 1411 <nl> - Int 1412 <nl> - Int 1413 <nl> - Int 1414 <nl> - Int 1415 <nl> - Int 1416 <nl> - Int 1417 <nl> - Int 1418 <nl> - Int 1419 <nl> - Int 1420 <nl> - Int 1421 <nl> - Int 1422 <nl> - Int 1423 <nl> - Int 1424 <nl> - Int 1425 <nl> - Int 1426 <nl> - Int 1427 <nl> - Int 1428 <nl> - Int 1429 <nl> - Int 1430 <nl> - Int 1431 <nl> - Int 1432 <nl> - Int 1433 <nl> - Int 1434 <nl> - Int 1435 <nl> - Int 1436 <nl> - Int 1437 <nl> - Int 1438 <nl> - Int 1439 <nl> - Int 1440 <nl> - Int 1441 <nl> - Int 1442 <nl> - Int 1443 <nl> - Int 1444 <nl> - Int 1445 <nl> - Int 1446 <nl> - Int 1447 <nl> - Int 1448 <nl> - Int 1449 <nl> - Int 1450 <nl> - Int 1451 <nl> - Int 1452 <nl> - Int 1453 <nl> - Int 1454 <nl> - Int 1455 <nl> - Int 1456 <nl> - Int 1457 <nl> - Int 1458 <nl> - Int 1459 <nl> - Int 1460 <nl> - Int 1461 <nl> - Int 1462 <nl> - Int 1463 <nl> - Int 1464 <nl> - Int 1465 <nl> - Int 1466 <nl> - Int 1467 <nl> - Int 1468 <nl> - Int 1469 <nl> - Int 1470 <nl> - Int 1471 <nl> - Int 1472 <nl> - Int 1473 <nl> - Int 1474 <nl> - Int 1475 <nl> - Int 1476 <nl> - Int 1477 <nl> - Int 1478 <nl> - Int 1479 <nl> - Int 1480 <nl> - Int 1481 <nl> - Int 1482 <nl> - Int 1483 <nl> - Int 1484 <nl> - Int 1485 <nl> - Int 1486 <nl> - Int 1487 <nl> - Int 1488 <nl> - Int 1489 <nl> - Int 1490 <nl> - Int 1491 <nl> - Int 1492 <nl> - Int 1493 <nl> - Int 1494 <nl> - Int 1495 <nl> - Int 1496 <nl> - Int 1497 <nl> - Int 1498 <nl> - Int 1499 <nl> - Int 1500 <nl> - Int 1501 <nl> - Int 1502 <nl> - Int 1503 <nl> - Int 1504 <nl> - Int 1505 <nl> - Int 1506 <nl> - Int 1507 <nl> - Int 1508 <nl> - Int 1509 <nl> - Int 1510 <nl> - Int 1511 <nl> - Int 1512 <nl> - Int 1513 <nl> - Int 1514 <nl> - Int 1515 <nl> - Int 1516 <nl> - Int 1517 <nl> - Int 1518 <nl> - Int 1519 <nl> - Int 1520 <nl> - Int 1521 <nl> - Int 1522 <nl> - Int 1523 <nl> - Int 1524 <nl> - Int 1525 <nl> - Int 1526 <nl> - Int 1527 <nl> - Int 1528 <nl> - Int 1529 <nl> - Int 1530 <nl> - Int 1531 <nl> - Int 1532 <nl> - Int 1533 <nl> - Int 1534 <nl> - Int 1535 <nl> - Int 1536 <nl> - Int 1537 <nl> - Int 1538 <nl> - Int 1539 <nl> - Int 1540 <nl> - Int 1541 <nl> - Int 1542 <nl> - Int 1543 <nl> - Int 1544 <nl> - Int 1545 <nl> - Int 1546 <nl> - Int 1547 <nl> - Int 1548 <nl> - Int 1549 <nl> - Int 1550 <nl> - Int 1551 <nl> - Int 1552 <nl> - Int 1553 <nl> - Int 1554 <nl> - Int 1555 <nl> - Int 1556 <nl> - Int 1557 <nl> - Int 1558 <nl> - Int 1559 <nl> - Int 1560 <nl> - Int 1561 <nl> - Int 1562 <nl> - Int 1563 <nl> - Int 1564 <nl> - Int 1565 <nl> - Int 1566 <nl> - Int 1567 <nl> - Int 1568 <nl> - Int 1569 <nl> - Int 1570 <nl> - Int 1571 <nl> - Int 1572 <nl> - Int 1573 <nl> - Int 1574 <nl> - Int 1575 <nl> - Int 1576 <nl> - Int 1577 <nl> - Int 1578 <nl> - Int 1579 <nl> - Int 1580 <nl> - Int 1581 <nl> - Int 1582 <nl> - Int 1583 <nl> - Int 1584 <nl> - Int 1585 <nl> - Int 1586 <nl> - Int 1587 <nl> - Int 1588 <nl> - Int 1589 <nl> - Int 1590 <nl> - Int 1591 <nl> - Int 1592 <nl> - Int 1593 <nl> - Int 1594 <nl> - Int 1595 <nl> - Int 1596 <nl> - Int 1597 <nl> - Int 1598 <nl> - Int 1599 <nl> - Int 1600 <nl> - Int 1601 <nl> - Int 1602 <nl> - Int 1603 <nl> - Int 1604 <nl> - Int 1605 <nl> - Int 1606 <nl> - Int 1607 <nl> - Int 1608 <nl> - Int 1609 <nl> - Int 1610 <nl> - Int 1611 <nl> - Int 1612 <nl> - Int 1613 <nl> - Int 1614 <nl> - Int 1615 <nl> - Int 1616 <nl> - Int 1617 <nl> - Int 1618 <nl> - Int 1619 <nl> - Int 1620 <nl> - Int 1621 <nl> - Int 1622 <nl> - Int 1623 <nl> - Int 1624 <nl> - Int 1625 <nl> - Int 1626 <nl> - Int 1627 <nl> - Int 1628 <nl> - Int 1629 <nl> - Int 1630 <nl> - Int 1631 <nl> - Int 1632 <nl> - Int 1633 <nl> - Int 1634 <nl> - Int 1635 <nl> - Int 1636 <nl> - Int 1637 <nl> - Int 1638 <nl> - Int 1639 <nl> - Int 1640 <nl> - Int 1641 <nl> - Int 1642 <nl> - Int 1643 <nl> - Int 1644 <nl> - Int 1645 <nl> - Int 1646 <nl> - Int 1647 <nl> - Int 1648 <nl> - Int 1649 <nl> - Int 1650 <nl> - Int 1651 <nl> - Int 1652 <nl> - Int 1653 <nl> - Int 1654 <nl> - Int 1655 <nl> - Int 1656 <nl> - Int 1657 <nl> - Int 1658 <nl> - Int 1659 <nl> - Int 1660 <nl> - Int 1661 <nl> - Int 1662 <nl> - Int 1663 <nl> - Int 1664 <nl> - Int 1665 <nl> - Int 1666 <nl> - Int 1667 <nl> - Int 1668 <nl> - Int 1669 <nl> - Int 1670 <nl> - Int 1671 <nl> - Int 1672 <nl> - Int 1673 <nl> - Int 1674 <nl> - Int 1675 <nl> - Int 1676 <nl> - Int 1677 <nl> - Int 1678 <nl> - Int 1679 <nl> - Int 1680 <nl> - Int 1681 <nl> - Int 1682 <nl> - Int 1683 <nl> - Int 1684 <nl> - Int 1685 <nl> - Int 1686 <nl> - Int 1687 <nl> - Int 1688 <nl> - Int 1689 <nl> - Int 1690 <nl> - Int 1691 <nl> - Int 1692 <nl> - Int 1693 <nl> - Int 1694 <nl> - Int 1695 <nl> - Int 1696 <nl> - Int 1697 <nl> - Int 1698 <nl> - Int 1699 <nl> - Int 1700 <nl> - Int 1701 <nl> - Int 1702 <nl> - Int 1703 <nl> - Int 1704 <nl> - Int 1705 <nl> - Int 1706 <nl> - Int 1707 <nl> - Int 1708 <nl> - Int 1709 <nl> - Int 1710 <nl> - Int 1711 <nl> - Int 1712 <nl> - Int 1713 <nl> - Int 1714 <nl> - Int 1715 <nl> - Int 1716 <nl> - Int 1717 <nl> - Int 1718 <nl> - Int 1719 <nl> - Int 1720 <nl> - Int 1721 <nl> - Int 1722 <nl> - Int 1723 <nl> - Int 1724 <nl> - Int 1725 <nl> - Int 1726 <nl> - Int 1727 <nl> - Int 1728 <nl> - Int 1729 <nl> - Int 1730 <nl> - Int 1731 <nl> - Int 1732 <nl> - Int 1733 <nl> - Int 1734 <nl> - Int 1735 <nl> - Int 1736 <nl> - Int 1737 <nl> - Int 1738 <nl> - Int 1739 <nl> - Int 1740 <nl> - Int 1741 <nl> - Int 1742 <nl> - Int 1743 <nl> - Int 1744 <nl> - Int 1745 <nl> - Int 1746 <nl> - Int 1747 <nl> - Int 1748 <nl> - Int 1749 <nl> - Int 1750 <nl> - Int 1751 <nl> - Int 1752 <nl> - Int 1753 <nl> - Int 1754 <nl> - Int 1755 <nl> - Int 1756 <nl> - Int 1757 <nl> - Int 1758 <nl> - Int 1759 <nl> - Int 1760 <nl> - Int 1761 <nl> - Int 1762 <nl> - Int 1763 <nl> - Int 1764 <nl> - Int 1765 <nl> - Int 1766 <nl> - Int 1767 <nl> - Int 1768 <nl> - Int 1769 <nl> - Int 1770 <nl> - Int 1771 <nl> - Int 1772 <nl> - Int 1773 <nl> - Int 1774 <nl> - Int 1775 <nl> - Int 1776 <nl> - Int 1777 <nl> - Int 1778 <nl> - Int 1779 <nl> - Int 1780 <nl> - Int 1781 <nl> - Int 1782 <nl> - Int 1783 <nl> - Int 1784 <nl> - Int 1785 <nl> - Int 1786 <nl> - Int 1787 <nl> - Int 1788 <nl> - Int 1789 <nl> - Int 1790 <nl> - Int 1791 <nl> - Int 1792 <nl> - Int 1793 <nl> - Int 1794 <nl> - Int 1795 <nl> - Int 1796 <nl> - Int 1797 <nl> - Int 1798 <nl> - Int 1799 <nl> - Int 1800 <nl> - Int 1801 <nl> - Int 1802 <nl> - Int 1803 <nl> - Int 1804 <nl> - Int 1805 <nl> - Int 1806 <nl> - Int 1807 <nl> - Int 1808 <nl> - Int 1809 <nl> - Int 1810 <nl> - Int 1811 <nl> - Int 1812 <nl> - Int 1813 <nl> - Int 1814 <nl> - Int 1815 <nl> - Int 1816 <nl> - Int 1817 <nl> - Int 1818 <nl> - Int 1819 <nl> - Int 1820 <nl> - Int 1821 <nl> - Int 1822 <nl> - Int 1823 <nl> - Int 1824 <nl> - Int 1825 <nl> - Int 1826 <nl> - Int 1827 <nl> - Int 1828 <nl> - Int 1829 <nl> - Int 1830 <nl> - Int 1831 <nl> - Int 1832 <nl> - Int 1833 <nl> - Int 1834 <nl> - Int 1835 <nl> - Int 1836 <nl> - Int 1837 <nl> - Int 1838 <nl> - Int 1839 <nl> - Int 1840 <nl> - Int 1841 <nl> - Int 1842 <nl> - Int 1843 <nl> - Int 1844 <nl> - Int 1845 <nl> - Int 1846 <nl> - Int 1847 <nl> - Int 1848 <nl> - Int 1849 <nl> - Int 1850 <nl> - Int 1851 <nl> - Int 1852 <nl> - Int 1853 <nl> - Int 1854 <nl> - Int 1855 <nl> - Int 1856 <nl> - Int 1857 <nl> - Int 1858 <nl> - Int 1859 <nl> - Int 1860 <nl> - Int 1861 <nl> - Int 1862 <nl> - Int 1863 <nl> - Int 1864 <nl> - Int 1865 <nl> - Int 1866 <nl> - Int 1867 <nl> - Int 1868 <nl> - Int 1869 <nl> - Int 1870 <nl> - Int 1871 <nl> - Int 1872 <nl> - Int 1873 <nl> - Int 1874 <nl> - Int 1875 <nl> - Int 1876 <nl> - Int 1877 <nl> - Int 1878 <nl> - Int 1879 <nl> - Int 1880 <nl> - Int 1881 <nl> - Int 1882 <nl> - Int 1883 <nl> - Int 1884 <nl> - Int 1885 <nl> - Int 1886 <nl> - Int 1887 <nl> - Int 1888 <nl> - Int 1889 <nl> - Int 1890 <nl> - Int 1891 <nl> - Int 1892 <nl> - Int 1893 <nl> - Int 1894 <nl> - Int 1895 <nl> - Int 1896 <nl> - Int 1897 <nl> - Int 1898 <nl> - Int 1899 <nl> - Int 1900 <nl> - Int 1901 <nl> - Int 1902 <nl> - Int 1903 <nl> - Int 1904 <nl> - Int 1905 <nl> - Int 1906 <nl> - Int 1907 <nl> - Int 1908 <nl> - Int 1909 <nl> - Int 1910 <nl> - Int 1911 <nl> - Int 1912 <nl> - Int 1913 <nl> - Int 1914 <nl> - Int 1915 <nl> - Int 1916 <nl> - Int 1917 <nl> - Int 1918 <nl> - Int 1919 <nl> - Int 1920 <nl> - Int 1921 <nl> - Int 1922 <nl> - Int 1923 <nl> - Int 1924 <nl> - Int 1925 <nl> - Int 1926 <nl> - Int 1927 <nl> - Int 1928 <nl> - Int 1929 <nl> - Int 1930 <nl> - Int 1931 <nl> - Int 1932 <nl> - Int 1933 <nl> - Int 1934 <nl> - Int 1935 <nl> - Int 1936 <nl> - Int 1937 <nl> - Int 1938 <nl> - Int 1939 <nl> - Int 1940 <nl> - Int 1941 <nl> - Int 1942 <nl> - Int 1943 <nl> - Int 1944 <nl> - Int 1945 <nl> - Int 1946 <nl> - Int 1947 <nl> - Int 1948 <nl> - Int 1949 <nl> - Int 1950 <nl> - Int 1951 <nl> - Int 1952 <nl> - Int 1953 <nl> - Int 1954 <nl> - Int 1955 <nl> - Int 1956 <nl> - Int 1957 <nl> - Int 1958 <nl> - Int 1959 <nl> - Int 1960 <nl> - Int 1961 <nl> - Int 1962 <nl> - Int 1963 <nl> - Int 1964 <nl> - Int 1965 <nl> - Int 1966 <nl> - Int 1967 <nl> - Int 1968 <nl> - Int 1969 <nl> - Int 1970 <nl> - Int 1971 <nl> - Int 1972 <nl> - Int 1973 <nl> - Int 1974 <nl> - Int 1975 <nl> - Int 1976 <nl> - Int 1977 <nl> - Int 1978 <nl> - Int 1979 <nl> - Int 1980 <nl> - Int 1981 <nl> - Int 1982 <nl> - Int 1983 <nl> - Int 1984 <nl> - Int 1985 <nl> - Int 1986 <nl> - Int 1987 <nl> - Int 1988 <nl> - Int 1989 <nl> - Int 1990 <nl> - Int 1991 <nl> - Int 1992 <nl> - Int 1993 <nl> - Int 1994 <nl> - Int 1995 <nl> - Int 1996 <nl> - Int 1997 <nl> - Int 1998 <nl> - Int 1999 <nl> - Int 2000 <nl> - Int 2001 <nl> - Int 2002 <nl> - Int 2003 <nl> - Int 2004 <nl> - Int 2005 <nl> - Int 2006 <nl> - Int 2007 <nl> - Int 2008 <nl> - Int 2009 <nl> - Int 2010 <nl> - Int 2011 <nl> - Int 2012 <nl> - Int 2013 <nl> - Int 2014 <nl> - Int 2015 <nl> - Int 2016 <nl> - Int 2017 <nl> - Int 2018 <nl> - Int 2019 <nl> - Int 2020 <nl> - Int 2021 <nl> - Int 2022 <nl> - Int 2023 <nl> - Int 2024 <nl> - Int 2025 <nl> - Int 2026 <nl> - Int 2027 <nl> - Int 2028 <nl> - Int 2029 <nl> - Int 2030 <nl> - Int 2031 <nl> - Int 2032 <nl> - Int 2033 <nl> - Int 2034 <nl> - Int 2035 <nl> - Int 2036 <nl> - Int 2037 <nl> - Int 2038 <nl> - Int 2039 <nl> - Int 2040 <nl> - Int 2041 <nl> - Int 2042 <nl> - Int 2043 <nl> - Int 2044 <nl> - Int 2045 <nl> - Int 2046 <nl> - Int 2047 <nl> - Int 2048 <nl> - Int 2049 <nl> - Int 2050 <nl> - Int 2051 <nl> - Int 2052 <nl> - Int 2053 <nl> - Int 2054 <nl> - Int 2055 <nl> - Int 2056 <nl> - Int 2057 <nl> - Int 2058 <nl> - Int 2059 <nl> - Int 2060 <nl> - Int 2061 <nl> - Int 2062 <nl> - Int 2063 <nl> - Int 2064 <nl> - Int 2065 <nl> - Int 2066 <nl> - Int 2067 <nl> - Int 2068 <nl> - Int 2069 <nl> - Int 2070 <nl> - Int 2071 <nl> - Int 2072 <nl> - Int 2073 <nl> - Int 2074 <nl> - Int 2075 <nl> - Int 2076 <nl> - Int 2077 <nl> - Int 2078 <nl> - Int 2079 <nl> - Int 2080 <nl> - Int 2081 <nl> - Int 2082 <nl> - Int 2083 <nl> - Int 2084 <nl> - Int 2085 <nl> - Int 2086 <nl> - Int 2087 <nl> - Int 2088 <nl> - Int 2089 <nl> - Int 2090 <nl> - Int 2091 <nl> - Int 2092 <nl> - Int 2093 <nl> - Int 2094 <nl> - Int 2095 <nl> - Int 2096 <nl> - Int 2097 <nl> - Int 2098 <nl> - Int 2099 <nl> - Int 2100 <nl> - Int 2101 <nl> - Int 2102 <nl> - Int 2103 <nl> - Int 2104 <nl> - Int 2105 <nl> - Int 2106 <nl> - Int 2107 <nl> - Int 2108 <nl> - Int 2109 <nl> - Int 2110 <nl> - Int 2111 <nl> - Int 2112 <nl> - Int 2113 <nl> - Int 2114 <nl> - Int 2115 <nl> - Int 2116 <nl> - Int 2117 <nl> - Int 2118 <nl> - Int 2119 <nl> - Int 2120 <nl> - Int 2121 <nl> - Int 2122 <nl> - Int 2123 <nl> - Int 2124 <nl> - Int 2125 <nl> - Int 2126 <nl> - Int 2127 <nl> - Int 2128 <nl> - Int 2129 <nl> - Int 2130 <nl> - Int 2131 <nl> - Int 2132 <nl> - Int 2133 <nl> - Int 2134 <nl> - Int 2135 <nl> - Int 2136 <nl> - Int 2137 <nl> - Int 2138 <nl> - Int 2139 <nl> - Int 2140 <nl> - Int 2141 <nl> - Int 2142 <nl> - Int 2143 <nl> - Int 2144 <nl> - Int 2145 <nl> - Int 2146 <nl> - Int 2147 <nl> - Int 2148 <nl> - Int 2149 <nl> - Int 2150 <nl> - Int 2151 <nl> - Int 2152 <nl> - Int 2153 <nl> - Int 2154 <nl> - Int 2155 <nl> - Int 2156 <nl> - Int 2157 <nl> - Int 2158 <nl> - Int 2159 <nl> - Int 2160 <nl> - Int 2161 <nl> - Int 2162 <nl> - Int 2163 <nl> - Int 2164 <nl> - Int 2165 <nl> - Int 2166 <nl> - Int 2167 <nl> - Int 2168 <nl> - Int 2169 <nl> - Int 2170 <nl> - Int 2171 <nl> - Int 2172 <nl> - Int 2173 <nl> - Int 2174 <nl> - Int 2175 <nl> - Int 2176 <nl> - Int 2177 <nl> - Int 2178 <nl> - Int 2179 <nl> - Int 2180 <nl> - Int 2181 <nl> - Int 2182 <nl> - Int 2183 <nl> - Int 2184 <nl> - Int 2185 <nl> - Int 2186 <nl> - Int 2187 <nl> - Int 2188 <nl> - Int 2189 <nl> - Int 2190 <nl> - Int 2191 <nl> - Int 2192 <nl> - Int 2193 <nl> - Int 2194 <nl> - Int 2195 <nl> - Int 2196 <nl> - Int 2197 <nl> - Int 2198 <nl> - Int 2199 <nl> - Int 2200 <nl> - Int 2201 <nl> - Int 2202 <nl> - Int 2203 <nl> - Int 2204 <nl> - Int 2205 <nl> - Int 2206 <nl> - Int 2207 <nl> - Int 2208 <nl> - Int 2209 <nl> - Int 2210 <nl> - Int 2211 <nl> - Int 2212 <nl> - Int 2213 <nl> - Int 2214 <nl> - Int 2215 <nl> - Int 2216 <nl> - Int 2217 <nl> - Int 2218 <nl> - Int 2219 <nl> - Int 2220 <nl> - Int 2221 <nl> - Int 2222 <nl> - Int 2223 <nl> - Int 2224 <nl> - Int 2225 <nl> - Int 2226 <nl> - Int 2227 <nl> - Int 2228 <nl> - Int 2229 <nl> - Int 2230 <nl> - Int 2231 <nl> - Int 2232 <nl> - Int 2233 <nl> - Int 2234 <nl> - Int 2235 <nl> - Int 2236 <nl> - Int 2237 <nl> - Int 2238 <nl> - Int 2239 <nl> - Int 2240 <nl> - Int 2241 <nl> - Int 2242 <nl> - Int 2243 <nl> - Int 2244 <nl> - Int 2245 <nl> - Int 2246 <nl> - Int 2247 <nl> - Int 2248 <nl> - Int 2249 <nl> - Int 2250 <nl> - Int 2251 <nl> - Int 2252 <nl> - Int 2253 <nl> - Int 2254 <nl> - Int 2255 <nl> - Int 2256 <nl> - Int 2257 <nl> - Int 2258 <nl> - Int 2259 <nl> - Int 2260 <nl> - Int 2261 <nl> - Int 2262 <nl> - Int 2263 <nl> - Int 2264 <nl> - Int 2265 <nl> - Int 2266 <nl> - Int 2267 <nl> - Int 2268 <nl> - Int 2269 <nl> - Int 2270 <nl> - Int 2271 <nl> - Int 2272 <nl> - Int 2273 <nl> - Int 2274 <nl> - Int 2275 <nl> - Int 2276 <nl> - Int 2277 <nl> - Int 2278 <nl> - Int 2279 <nl> - Int 2280 <nl> - Int 2281 <nl> - Int 2282 <nl> - Int 2283 <nl> - Int 2284 <nl> - Int 2285 <nl> - Int 2286 <nl> - Int 2287 <nl> - Int 2288 <nl> - Int 2289 <nl> - Int 2290 <nl> - Int 2291 <nl> - Int 2292 <nl> - Int 2293 <nl> - Int 2294 <nl> - Int 2295 <nl> - Int 2296 <nl> - Int 2297 <nl> - Int 2298 <nl> - Int 2299 <nl> - Int 2300 <nl> - Int 2301 <nl> - Int 2302 <nl> - Int 2303 <nl> - Int 2304 <nl> - Int 2305 <nl> - Int 2306 <nl> - Int 2307 <nl> - Int 2308 <nl> - Int 2309 <nl> - Int 2310 <nl> - Int 2311 <nl> - Int 2312 <nl> - Int 2313 <nl> - Int 2314 <nl> - Int 2315 <nl> - Int 2316 <nl> - Int 2317 <nl> - Int 2318 <nl> - Int 2319 <nl> - Int 2320 <nl> - Int 2321 <nl> - Int 2322 <nl> - Int 2323 <nl> - Int 2324 <nl> - Int 2325 <nl> - Int 2326 <nl> - Int 2327 <nl> - Int 2328 <nl> - Int 2329 <nl> - Int 2330 <nl> - Int 2331 <nl> - Int 2332 <nl> - Int 2333 <nl> - Int 2334 <nl> - Int 2335 <nl> - Int 2336 <nl> - Int 2337 <nl> - Int 2338 <nl> - Int 2339 <nl> - Int 2340 <nl> - Int 2341 <nl> - Int 2342 <nl> - Int 2343 <nl> - Int 2344 <nl> - Int 2345 <nl> - <nl> - NewPackedArray 2345 <nl> + NewPackedArray 64 <nl> <nl> FPassC 0 Any <nl> FCall 1 <nl> mmm a / hphp / test / quick / asm_array_packed . hhas . expect <nl> ppp b / hphp / test / quick / asm_array_packed . hhas . expect <nl> <nl> - array ( 2345 ) { <nl> + array ( 64 ) { <nl> [ 0 ] = > <nl> int ( 1 ) <nl> [ 1 ] = > <nl> array ( 2345 ) { <nl> int ( 63 ) <nl> [ 63 ] = > <nl> int ( 64 ) <nl> - [ 64 ] = > <nl> - int ( 65 ) <nl> - [ 65 ] = > <nl> - int ( 66 ) <nl> - [ 66 ] = > <nl> - int ( 67 ) <nl> - [ 67 ] = > <nl> - int ( 68 ) <nl> - [ 68 ] = > <nl> - int ( 69 ) <nl> - [ 69 ] = > <nl> - int ( 70 ) <nl> - [ 70 ] = > <nl> - int ( 71 ) <nl> - [ 71 ] = > <nl> - int ( 72 ) <nl> - [ 72 ] = > <nl> - int ( 73 ) <nl> - [ 73 ] = > <nl> - int ( 74 ) <nl> - [ 74 ] = > <nl> - int ( 75 ) <nl> - [ 75 ] = > <nl> - int ( 76 ) <nl> - [ 76 ] = > <nl> - int ( 77 ) <nl> - [ 77 ] = > <nl> - int ( 78 ) <nl> - [ 78 ] = > <nl> - int ( 79 ) <nl> - [ 79 ] = > <nl> - int ( 80 ) <nl> - [ 80 ] = > <nl> - int ( 81 ) <nl> - [ 81 ] = > <nl> - int ( 82 ) <nl> - [ 82 ] = > <nl> - int ( 83 ) <nl> - [ 83 ] = > <nl> - int ( 84 ) <nl> - [ 84 ] = > <nl> - int ( 85 ) <nl> - [ 85 ] = > <nl> - int ( 86 ) <nl> - [ 86 ] = > <nl> - int ( 87 ) <nl> - [ 87 ] = > <nl> - int ( 88 ) <nl> - [ 88 ] = > <nl> - int ( 89 ) <nl> - [ 89 ] = > <nl> - int ( 90 ) <nl> - [ 90 ] = > <nl> - int ( 91 ) <nl> - [ 91 ] = > <nl> - int ( 92 ) <nl> - [ 92 ] = > <nl> - int ( 93 ) <nl> - [ 93 ] = > <nl> - int ( 94 ) <nl> - [ 94 ] = > <nl> - int ( 95 ) <nl> - [ 95 ] = > <nl> - int ( 96 ) <nl> - [ 96 ] = > <nl> - int ( 97 ) <nl> - [ 97 ] = > <nl> - int ( 98 ) <nl> - [ 98 ] = > <nl> - int ( 99 ) <nl> - [ 99 ] = > <nl> - int ( 100 ) <nl> - [ 100 ] = > <nl> - int ( 101 ) <nl> - [ 101 ] = > <nl> - int ( 102 ) <nl> - [ 102 ] = > <nl> - int ( 103 ) <nl> - [ 103 ] = > <nl> - int ( 104 ) <nl> - [ 104 ] = > <nl> - int ( 105 ) <nl> - [ 105 ] = > <nl> - int ( 106 ) <nl> - [ 106 ] = > <nl> - int ( 107 ) <nl> - [ 107 ] = > <nl> - int ( 108 ) <nl> - [ 108 ] = > <nl> - int ( 109 ) <nl> - [ 109 ] = > <nl> - int ( 110 ) <nl> - [ 110 ] = > <nl> - int ( 111 ) <nl> - [ 111 ] = > <nl> - int ( 112 ) <nl> - [ 112 ] = > <nl> - int ( 113 ) <nl> - [ 113 ] = > <nl> - int ( 114 ) <nl> - [ 114 ] = > <nl> - int ( 115 ) <nl> - [ 115 ] = > <nl> - int ( 116 ) <nl> - [ 116 ] = > <nl> - int ( 117 ) <nl> - [ 117 ] = > <nl> - int ( 118 ) <nl> - [ 118 ] = > <nl> - int ( 119 ) <nl> - [ 119 ] = > <nl> - int ( 120 ) <nl> - [ 120 ] = > <nl> - int ( 121 ) <nl> - [ 121 ] = > <nl> - int ( 122 ) <nl> - [ 122 ] = > <nl> - int ( 123 ) <nl> - [ 123 ] = > <nl> - int ( 124 ) <nl> - [ 124 ] = > <nl> - int ( 125 ) <nl> - [ 125 ] = > <nl> - int ( 126 ) <nl> - [ 126 ] = > <nl> - int ( 127 ) <nl> - [ 127 ] = > <nl> - int ( 128 ) <nl> - [ 128 ] = > <nl> - int ( 129 ) <nl> - [ 129 ] = > <nl> - int ( 130 ) <nl> - [ 130 ] = > <nl> - int ( 131 ) <nl> - [ 131 ] = > <nl> - int ( 132 ) <nl> - [ 132 ] = > <nl> - int ( 133 ) <nl> - [ 133 ] = > <nl> - int ( 134 ) <nl> - [ 134 ] = > <nl> - int ( 135 ) <nl> - [ 135 ] = > <nl> - int ( 136 ) <nl> - [ 136 ] = > <nl> - int ( 137 ) <nl> - [ 137 ] = > <nl> - int ( 138 ) <nl> - [ 138 ] = > <nl> - int ( 139 ) <nl> - [ 139 ] = > <nl> - int ( 140 ) <nl> - [ 140 ] = > <nl> - int ( 141 ) <nl> - [ 141 ] = > <nl> - int ( 142 ) <nl> - [ 142 ] = > <nl> - int ( 143 ) <nl> - [ 143 ] = > <nl> - int ( 144 ) <nl> - [ 144 ] = > <nl> - int ( 145 ) <nl> - [ 145 ] = > <nl> - int ( 146 ) <nl> - [ 146 ] = > <nl> - int ( 147 ) <nl> - [ 147 ] = > <nl> - int ( 148 ) <nl> - [ 148 ] = > <nl> - int ( 149 ) <nl> - [ 149 ] = > <nl> - int ( 150 ) <nl> - [ 150 ] = > <nl> - int ( 151 ) <nl> - [ 151 ] = > <nl> - int ( 152 ) <nl> - [ 152 ] = > <nl> - int ( 153 ) <nl> - [ 153 ] = > <nl> - int ( 154 ) <nl> - [ 154 ] = > <nl> - int ( 155 ) <nl> - [ 155 ] = > <nl> - int ( 156 ) <nl> - [ 156 ] = > <nl> - int ( 157 ) <nl> - [ 157 ] = > <nl> - int ( 158 ) <nl> - [ 158 ] = > <nl> - int ( 159 ) <nl> - [ 159 ] = > <nl> - int ( 160 ) <nl> - [ 160 ] = > <nl> - int ( 161 ) <nl> - [ 161 ] = > <nl> - int ( 162 ) <nl> - [ 162 ] = > <nl> - int ( 163 ) <nl> - [ 163 ] = > <nl> - int ( 164 ) <nl> - [ 164 ] = > <nl> - int ( 165 ) <nl> - [ 165 ] = > <nl> - int ( 166 ) <nl> - [ 166 ] = > <nl> - int ( 167 ) <nl> - [ 167 ] = > <nl> - int ( 168 ) <nl> - [ 168 ] = > <nl> - int ( 169 ) <nl> - [ 169 ] = > <nl> - int ( 170 ) <nl> - [ 170 ] = > <nl> - int ( 171 ) <nl> - [ 171 ] = > <nl> - int ( 172 ) <nl> - [ 172 ] = > <nl> - int ( 173 ) <nl> - [ 173 ] = > <nl> - int ( 174 ) <nl> - [ 174 ] = > <nl> - int ( 175 ) <nl> - [ 175 ] = > <nl> - int ( 176 ) <nl> - [ 176 ] = > <nl> - int ( 177 ) <nl> - [ 177 ] = > <nl> - int ( 178 ) <nl> - [ 178 ] = > <nl> - int ( 179 ) <nl> - [ 179 ] = > <nl> - int ( 180 ) <nl> - [ 180 ] = > <nl> - int ( 181 ) <nl> - [ 181 ] = > <nl> - int ( 182 ) <nl> - [ 182 ] = > <nl> - int ( 183 ) <nl> - [ 183 ] = > <nl> - int ( 184 ) <nl> - [ 184 ] = > <nl> - int ( 185 ) <nl> - [ 185 ] = > <nl> - int ( 186 ) <nl> - [ 186 ] = > <nl> - int ( 187 ) <nl> - [ 187 ] = > <nl> - int ( 188 ) <nl> - [ 188 ] = > <nl> - int ( 189 ) <nl> - [ 189 ] = > <nl> - int ( 190 ) <nl> - [ 190 ] = > <nl> - int ( 191 ) <nl> - [ 191 ] = > <nl> - int ( 192 ) <nl> - [ 192 ] = > <nl> - int ( 193 ) <nl> - [ 193 ] = > <nl> - int ( 194 ) <nl> - [ 194 ] = > <nl> - int ( 195 ) <nl> - [ 195 ] = > <nl> - int ( 196 ) <nl> - [ 196 ] = > <nl> - int ( 197 ) <nl> - [ 197 ] = > <nl> - int ( 198 ) <nl> - [ 198 ] = > <nl> - int ( 199 ) <nl> - [ 199 ] = > <nl> - int ( 200 ) <nl> - [ 200 ] = > <nl> - int ( 201 ) <nl> - [ 201 ] = > <nl> - int ( 202 ) <nl> - [ 202 ] = > <nl> - int ( 203 ) <nl> - [ 203 ] = > <nl> - int ( 204 ) <nl> - [ 204 ] = > <nl> - int ( 205 ) <nl> - [ 205 ] = > <nl> - int ( 206 ) <nl> - [ 206 ] = > <nl> - int ( 207 ) <nl> - [ 207 ] = > <nl> - int ( 208 ) <nl> - [ 208 ] = > <nl> - int ( 209 ) <nl> - [ 209 ] = > <nl> - int ( 210 ) <nl> - [ 210 ] = > <nl> - int ( 211 ) <nl> - [ 211 ] = > <nl> - int ( 212 ) <nl> - [ 212 ] = > <nl> - int ( 213 ) <nl> - [ 213 ] = > <nl> - int ( 214 ) <nl> - [ 214 ] = > <nl> - int ( 215 ) <nl> - [ 215 ] = > <nl> - int ( 216 ) <nl> - [ 216 ] = > <nl> - int ( 217 ) <nl> - [ 217 ] = > <nl> - int ( 218 ) <nl> - [ 218 ] = > <nl> - int ( 219 ) <nl> - [ 219 ] = > <nl> - int ( 220 ) <nl> - [ 220 ] = > <nl> - int ( 221 ) <nl> - [ 221 ] = > <nl> - int ( 222 ) <nl> - [ 222 ] = > <nl> - int ( 223 ) <nl> - [ 223 ] = > <nl> - int ( 224 ) <nl> - [ 224 ] = > <nl> - int ( 225 ) <nl> - [ 225 ] = > <nl> - int ( 226 ) <nl> - [ 226 ] = > <nl> - int ( 227 ) <nl> - [ 227 ] = > <nl> - int ( 228 ) <nl> - [ 228 ] = > <nl> - int ( 229 ) <nl> - [ 229 ] = > <nl> - int ( 230 ) <nl> - [ 230 ] = > <nl> - int ( 231 ) <nl> - [ 231 ] = > <nl> - int ( 232 ) <nl> - [ 232 ] = > <nl> - int ( 233 ) <nl> - [ 233 ] = > <nl> - int ( 234 ) <nl> - [ 234 ] = > <nl> - int ( 235 ) <nl> - [ 235 ] = > <nl> - int ( 236 ) <nl> - [ 236 ] = > <nl> - int ( 237 ) <nl> - [ 237 ] = > <nl> - int ( 238 ) <nl> - [ 238 ] = > <nl> - int ( 239 ) <nl> - [ 239 ] = > <nl> - int ( 240 ) <nl> - [ 240 ] = > <nl> - int ( 241 ) <nl> - [ 241 ] = > <nl> - int ( 242 ) <nl> - [ 242 ] = > <nl> - int ( 243 ) <nl> - [ 243 ] = > <nl> - int ( 244 ) <nl> - [ 244 ] = > <nl> - int ( 245 ) <nl> - [ 245 ] = > <nl> - int ( 246 ) <nl> - [ 246 ] = > <nl> - int ( 247 ) <nl> - [ 247 ] = > <nl> - int ( 248 ) <nl> - [ 248 ] = > <nl> - int ( 249 ) <nl> - [ 249 ] = > <nl> - int ( 250 ) <nl> - [ 250 ] = > <nl> - int ( 251 ) <nl> - [ 251 ] = > <nl> - int ( 252 ) <nl> - [ 252 ] = > <nl> - int ( 253 ) <nl> - [ 253 ] = > <nl> - int ( 254 ) <nl> - [ 254 ] = > <nl> - int ( 255 ) <nl> - [ 255 ] = > <nl> - int ( 256 ) <nl> - [ 256 ] = > <nl> - int ( 257 ) <nl> - [ 257 ] = > <nl> - int ( 258 ) <nl> - [ 258 ] = > <nl> - int ( 259 ) <nl> - [ 259 ] = > <nl> - int ( 260 ) <nl> - [ 260 ] = > <nl> - int ( 261 ) <nl> - [ 261 ] = > <nl> - int ( 262 ) <nl> - [ 262 ] = > <nl> - int ( 263 ) <nl> - [ 263 ] = > <nl> - int ( 264 ) <nl> - [ 264 ] = > <nl> - int ( 265 ) <nl> - [ 265 ] = > <nl> - int ( 266 ) <nl> - [ 266 ] = > <nl> - int ( 267 ) <nl> - [ 267 ] = > <nl> - int ( 268 ) <nl> - [ 268 ] = > <nl> - int ( 269 ) <nl> - [ 269 ] = > <nl> - int ( 270 ) <nl> - [ 270 ] = > <nl> - int ( 271 ) <nl> - [ 271 ] = > <nl> - int ( 272 ) <nl> - [ 272 ] = > <nl> - int ( 273 ) <nl> - [ 273 ] = > <nl> - int ( 274 ) <nl> - [ 274 ] = > <nl> - int ( 275 ) <nl> - [ 275 ] = > <nl> - int ( 276 ) <nl> - [ 276 ] = > <nl> - int ( 277 ) <nl> - [ 277 ] = > <nl> - int ( 278 ) <nl> - [ 278 ] = > <nl> - int ( 279 ) <nl> - [ 279 ] = > <nl> - int ( 280 ) <nl> - [ 280 ] = > <nl> - int ( 281 ) <nl> - [ 281 ] = > <nl> - int ( 282 ) <nl> - [ 282 ] = > <nl> - int ( 283 ) <nl> - [ 283 ] = > <nl> - int ( 284 ) <nl> - [ 284 ] = > <nl> - int ( 285 ) <nl> - [ 285 ] = > <nl> - int ( 286 ) <nl> - [ 286 ] = > <nl> - int ( 287 ) <nl> - [ 287 ] = > <nl> - int ( 288 ) <nl> - [ 288 ] = > <nl> - int ( 289 ) <nl> - [ 289 ] = > <nl> - int ( 290 ) <nl> - [ 290 ] = > <nl> - int ( 291 ) <nl> - [ 291 ] = > <nl> - int ( 292 ) <nl> - [ 292 ] = > <nl> - int ( 293 ) <nl> - [ 293 ] = > <nl> - int ( 294 ) <nl> - [ 294 ] = > <nl> - int ( 295 ) <nl> - [ 295 ] = > <nl> - int ( 296 ) <nl> - [ 296 ] = > <nl> - int ( 297 ) <nl> - [ 297 ] = > <nl> - int ( 298 ) <nl> - [ 298 ] = > <nl> - int ( 299 ) <nl> - [ 299 ] = > <nl> - int ( 300 ) <nl> - [ 300 ] = > <nl> - int ( 301 ) <nl> - [ 301 ] = > <nl> - int ( 302 ) <nl> - [ 302 ] = > <nl> - int ( 303 ) <nl> - [ 303 ] = > <nl> - int ( 304 ) <nl> - [ 304 ] = > <nl> - int ( 305 ) <nl> - [ 305 ] = > <nl> - int ( 306 ) <nl> - [ 306 ] = > <nl> - int ( 307 ) <nl> - [ 307 ] = > <nl> - int ( 308 ) <nl> - [ 308 ] = > <nl> - int ( 309 ) <nl> - [ 309 ] = > <nl> - int ( 310 ) <nl> - [ 310 ] = > <nl> - int ( 311 ) <nl> - [ 311 ] = > <nl> - int ( 312 ) <nl> - [ 312 ] = > <nl> - int ( 313 ) <nl> - [ 313 ] = > <nl> - int ( 314 ) <nl> - [ 314 ] = > <nl> - int ( 315 ) <nl> - [ 315 ] = > <nl> - int ( 316 ) <nl> - [ 316 ] = > <nl> - int ( 317 ) <nl> - [ 317 ] = > <nl> - int ( 318 ) <nl> - [ 318 ] = > <nl> - int ( 319 ) <nl> - [ 319 ] = > <nl> - int ( 320 ) <nl> - [ 320 ] = > <nl> - int ( 321 ) <nl> - [ 321 ] = > <nl> - int ( 322 ) <nl> - [ 322 ] = > <nl> - int ( 323 ) <nl> - [ 323 ] = > <nl> - int ( 324 ) <nl> - [ 324 ] = > <nl> - int ( 325 ) <nl> - [ 325 ] = > <nl> - int ( 326 ) <nl> - [ 326 ] = > <nl> - int ( 327 ) <nl> - [ 327 ] = > <nl> - int ( 328 ) <nl> - [ 328 ] = > <nl> - int ( 329 ) <nl> - [ 329 ] = > <nl> - int ( 330 ) <nl> - [ 330 ] = > <nl> - int ( 331 ) <nl> - [ 331 ] = > <nl> - int ( 332 ) <nl> - [ 332 ] = > <nl> - int ( 333 ) <nl> - [ 333 ] = > <nl> - int ( 334 ) <nl> - [ 334 ] = > <nl> - int ( 335 ) <nl> - [ 335 ] = > <nl> - int ( 336 ) <nl> - [ 336 ] = > <nl> - int ( 337 ) <nl> - [ 337 ] = > <nl> - int ( 338 ) <nl> - [ 338 ] = > <nl> - int ( 339 ) <nl> - [ 339 ] = > <nl> - int ( 340 ) <nl> - [ 340 ] = > <nl> - int ( 341 ) <nl> - [ 341 ] = > <nl> - int ( 342 ) <nl> - [ 342 ] = > <nl> - int ( 343 ) <nl> - [ 343 ] = > <nl> - int ( 344 ) <nl> - [ 344 ] = > <nl> - int ( 345 ) <nl> - [ 345 ] = > <nl> - int ( 346 ) <nl> - [ 346 ] = > <nl> - int ( 347 ) <nl> - [ 347 ] = > <nl> - int ( 348 ) <nl> - [ 348 ] = > <nl> - int ( 349 ) <nl> - [ 349 ] = > <nl> - int ( 350 ) <nl> - [ 350 ] = > <nl> - int ( 351 ) <nl> - [ 351 ] = > <nl> - int ( 352 ) <nl> - [ 352 ] = > <nl> - int ( 353 ) <nl> - [ 353 ] = > <nl> - int ( 354 ) <nl> - [ 354 ] = > <nl> - int ( 355 ) <nl> - [ 355 ] = > <nl> - int ( 356 ) <nl> - [ 356 ] = > <nl> - int ( 357 ) <nl> - [ 357 ] = > <nl> - int ( 358 ) <nl> - [ 358 ] = > <nl> - int ( 359 ) <nl> - [ 359 ] = > <nl> - int ( 360 ) <nl> - [ 360 ] = > <nl> - int ( 361 ) <nl> - [ 361 ] = > <nl> - int ( 362 ) <nl> - [ 362 ] = > <nl> - int ( 363 ) <nl> - [ 363 ] = > <nl> - int ( 364 ) <nl> - [ 364 ] = > <nl> - int ( 365 ) <nl> - [ 365 ] = > <nl> - int ( 366 ) <nl> - [ 366 ] = > <nl> - int ( 367 ) <nl> - [ 367 ] = > <nl> - int ( 368 ) <nl> - [ 368 ] = > <nl> - int ( 369 ) <nl> - [ 369 ] = > <nl> - int ( 370 ) <nl> - [ 370 ] = > <nl> - int ( 371 ) <nl> - [ 371 ] = > <nl> - int ( 372 ) <nl> - [ 372 ] = > <nl> - int ( 373 ) <nl> - [ 373 ] = > <nl> - int ( 374 ) <nl> - [ 374 ] = > <nl> - int ( 375 ) <nl> - [ 375 ] = > <nl> - int ( 376 ) <nl> - [ 376 ] = > <nl> - int ( 377 ) <nl> - [ 377 ] = > <nl> - int ( 378 ) <nl> - [ 378 ] = > <nl> - int ( 379 ) <nl> - [ 379 ] = > <nl> - int ( 380 ) <nl> - [ 380 ] = > <nl> - int ( 381 ) <nl> - [ 381 ] = > <nl> - int ( 382 ) <nl> - [ 382 ] = > <nl> - int ( 383 ) <nl> - [ 383 ] = > <nl> - int ( 384 ) <nl> - [ 384 ] = > <nl> - int ( 385 ) <nl> - [ 385 ] = > <nl> - int ( 386 ) <nl> - [ 386 ] = > <nl> - int ( 387 ) <nl> - [ 387 ] = > <nl> - int ( 388 ) <nl> - [ 388 ] = > <nl> - int ( 389 ) <nl> - [ 389 ] = > <nl> - int ( 390 ) <nl> - [ 390 ] = > <nl> - int ( 391 ) <nl> - [ 391 ] = > <nl> - int ( 392 ) <nl> - [ 392 ] = > <nl> - int ( 393 ) <nl> - [ 393 ] = > <nl> - int ( 394 ) <nl> - [ 394 ] = > <nl> - int ( 395 ) <nl> - [ 395 ] = > <nl> - int ( 396 ) <nl> - [ 396 ] = > <nl> - int ( 397 ) <nl> - [ 397 ] = > <nl> - int ( 398 ) <nl> - [ 398 ] = > <nl> - int ( 399 ) <nl> - [ 399 ] = > <nl> - int ( 400 ) <nl> - [ 400 ] = > <nl> - int ( 401 ) <nl> - [ 401 ] = > <nl> - int ( 402 ) <nl> - [ 402 ] = > <nl> - int ( 403 ) <nl> - [ 403 ] = > <nl> - int ( 404 ) <nl> - [ 404 ] = > <nl> - int ( 405 ) <nl> - [ 405 ] = > <nl> - int ( 406 ) <nl> - [ 406 ] = > <nl> - int ( 407 ) <nl> - [ 407 ] = > <nl> - int ( 408 ) <nl> - [ 408 ] = > <nl> - int ( 409 ) <nl> - [ 409 ] = > <nl> - int ( 410 ) <nl> - [ 410 ] = > <nl> - int ( 411 ) <nl> - [ 411 ] = > <nl> - int ( 412 ) <nl> - [ 412 ] = > <nl> - int ( 413 ) <nl> - [ 413 ] = > <nl> - int ( 414 ) <nl> - [ 414 ] = > <nl> - int ( 415 ) <nl> - [ 415 ] = > <nl> - int ( 416 ) <nl> - [ 416 ] = > <nl> - int ( 417 ) <nl> - [ 417 ] = > <nl> - int ( 418 ) <nl> - [ 418 ] = > <nl> - int ( 419 ) <nl> - [ 419 ] = > <nl> - int ( 420 ) <nl> - [ 420 ] = > <nl> - int ( 421 ) <nl> - [ 421 ] = > <nl> - int ( 422 ) <nl> - [ 422 ] = > <nl> - int ( 423 ) <nl> - [ 423 ] = > <nl> - int ( 424 ) <nl> - [ 424 ] = > <nl> - int ( 425 ) <nl> - [ 425 ] = > <nl> - int ( 426 ) <nl> - [ 426 ] = > <nl> - int ( 427 ) <nl> - [ 427 ] = > <nl> - int ( 428 ) <nl> - [ 428 ] = > <nl> - int ( 429 ) <nl> - [ 429 ] = > <nl> - int ( 430 ) <nl> - [ 430 ] = > <nl> - int ( 431 ) <nl> - [ 431 ] = > <nl> - int ( 432 ) <nl> - [ 432 ] = > <nl> - int ( 433 ) <nl> - [ 433 ] = > <nl> - int ( 434 ) <nl> - [ 434 ] = > <nl> - int ( 435 ) <nl> - [ 435 ] = > <nl> - int ( 436 ) <nl> - [ 436 ] = > <nl> - int ( 437 ) <nl> - [ 437 ] = > <nl> - int ( 438 ) <nl> - [ 438 ] = > <nl> - int ( 439 ) <nl> - [ 439 ] = > <nl> - int ( 440 ) <nl> - [ 440 ] = > <nl> - int ( 441 ) <nl> - [ 441 ] = > <nl> - int ( 442 ) <nl> - [ 442 ] = > <nl> - int ( 443 ) <nl> - [ 443 ] = > <nl> - int ( 444 ) <nl> - [ 444 ] = > <nl> - int ( 445 ) <nl> - [ 445 ] = > <nl> - int ( 446 ) <nl> - [ 446 ] = > <nl> - int ( 447 ) <nl> - [ 447 ] = > <nl> - int ( 448 ) <nl> - [ 448 ] = > <nl> - int ( 449 ) <nl> - [ 449 ] = > <nl> - int ( 450 ) <nl> - [ 450 ] = > <nl> - int ( 451 ) <nl> - [ 451 ] = > <nl> - int ( 452 ) <nl> - [ 452 ] = > <nl> - int ( 453 ) <nl> - [ 453 ] = > <nl> - int ( 454 ) <nl> - [ 454 ] = > <nl> - int ( 455 ) <nl> - [ 455 ] = > <nl> - int ( 456 ) <nl> - [ 456 ] = > <nl> - int ( 457 ) <nl> - [ 457 ] = > <nl> - int ( 458 ) <nl> - [ 458 ] = > <nl> - int ( 459 ) <nl> - [ 459 ] = > <nl> - int ( 460 ) <nl> - [ 460 ] = > <nl> - int ( 461 ) <nl> - [ 461 ] = > <nl> - int ( 462 ) <nl> - [ 462 ] = > <nl> - int ( 463 ) <nl> - [ 463 ] = > <nl> - int ( 464 ) <nl> - [ 464 ] = > <nl> - int ( 465 ) <nl> - [ 465 ] = > <nl> - int ( 466 ) <nl> - [ 466 ] = > <nl> - int ( 467 ) <nl> - [ 467 ] = > <nl> - int ( 468 ) <nl> - [ 468 ] = > <nl> - int ( 469 ) <nl> - [ 469 ] = > <nl> - int ( 470 ) <nl> - [ 470 ] = > <nl> - int ( 471 ) <nl> - [ 471 ] = > <nl> - int ( 472 ) <nl> - [ 472 ] = > <nl> - int ( 473 ) <nl> - [ 473 ] = > <nl> - int ( 474 ) <nl> - [ 474 ] = > <nl> - int ( 475 ) <nl> - [ 475 ] = > <nl> - int ( 476 ) <nl> - [ 476 ] = > <nl> - int ( 477 ) <nl> - [ 477 ] = > <nl> - int ( 478 ) <nl> - [ 478 ] = > <nl> - int ( 479 ) <nl> - [ 479 ] = > <nl> - int ( 480 ) <nl> - [ 480 ] = > <nl> - int ( 481 ) <nl> - [ 481 ] = > <nl> - int ( 482 ) <nl> - [ 482 ] = > <nl> - int ( 483 ) <nl> - [ 483 ] = > <nl> - int ( 484 ) <nl> - [ 484 ] = > <nl> - int ( 485 ) <nl> - [ 485 ] = > <nl> - int ( 486 ) <nl> - [ 486 ] = > <nl> - int ( 487 ) <nl> - [ 487 ] = > <nl> - int ( 488 ) <nl> - [ 488 ] = > <nl> - int ( 489 ) <nl> - [ 489 ] = > <nl> - int ( 490 ) <nl> - [ 490 ] = > <nl> - int ( 491 ) <nl> - [ 491 ] = > <nl> - int ( 492 ) <nl> - [ 492 ] = > <nl> - int ( 493 ) <nl> - [ 493 ] = > <nl> - int ( 494 ) <nl> - [ 494 ] = > <nl> - int ( 495 ) <nl> - [ 495 ] = > <nl> - int ( 496 ) <nl> - [ 496 ] = > <nl> - int ( 497 ) <nl> - [ 497 ] = > <nl> - int ( 498 ) <nl> - [ 498 ] = > <nl> - int ( 499 ) <nl> - [ 499 ] = > <nl> - int ( 500 ) <nl> - [ 500 ] = > <nl> - int ( 501 ) <nl> - [ 501 ] = > <nl> - int ( 502 ) <nl> - [ 502 ] = > <nl> - int ( 503 ) <nl> - [ 503 ] = > <nl> - int ( 504 ) <nl> - [ 504 ] = > <nl> - int ( 505 ) <nl> - [ 505 ] = > <nl> - int ( 506 ) <nl> - [ 506 ] = > <nl> - int ( 507 ) <nl> - [ 507 ] = > <nl> - int ( 508 ) <nl> - [ 508 ] = > <nl> - int ( 509 ) <nl> - [ 509 ] = > <nl> - int ( 510 ) <nl> - [ 510 ] = > <nl> - int ( 511 ) <nl> - [ 511 ] = > <nl> - int ( 512 ) <nl> - [ 512 ] = > <nl> - int ( 513 ) <nl> - [ 513 ] = > <nl> - int ( 514 ) <nl> - [ 514 ] = > <nl> - int ( 515 ) <nl> - [ 515 ] = > <nl> - int ( 516 ) <nl> - [ 516 ] = > <nl> - int ( 517 ) <nl> - [ 517 ] = > <nl> - int ( 518 ) <nl> - [ 518 ] = > <nl> - int ( 519 ) <nl> - [ 519 ] = > <nl> - int ( 520 ) <nl> - [ 520 ] = > <nl> - int ( 521 ) <nl> - [ 521 ] = > <nl> - int ( 522 ) <nl> - [ 522 ] = > <nl> - int ( 523 ) <nl> - [ 523 ] = > <nl> - int ( 524 ) <nl> - [ 524 ] = > <nl> - int ( 525 ) <nl> - [ 525 ] = > <nl> - int ( 526 ) <nl> - [ 526 ] = > <nl> - int ( 527 ) <nl> - [ 527 ] = > <nl> - int ( 528 ) <nl> - [ 528 ] = > <nl> - int ( 529 ) <nl> - [ 529 ] = > <nl> - int ( 530 ) <nl> - [ 530 ] = > <nl> - int ( 531 ) <nl> - [ 531 ] = > <nl> - int ( 532 ) <nl> - [ 532 ] = > <nl> - int ( 533 ) <nl> - [ 533 ] = > <nl> - int ( 534 ) <nl> - [ 534 ] = > <nl> - int ( 535 ) <nl> - [ 535 ] = > <nl> - int ( 536 ) <nl> - [ 536 ] = > <nl> - int ( 537 ) <nl> - [ 537 ] = > <nl> - int ( 538 ) <nl> - [ 538 ] = > <nl> - int ( 539 ) <nl> - [ 539 ] = > <nl> - int ( 540 ) <nl> - [ 540 ] = > <nl> - int ( 541 ) <nl> - [ 541 ] = > <nl> - int ( 542 ) <nl> - [ 542 ] = > <nl> - int ( 543 ) <nl> - [ 543 ] = > <nl> - int ( 544 ) <nl> - [ 544 ] = > <nl> - int ( 545 ) <nl> - [ 545 ] = > <nl> - int ( 546 ) <nl> - [ 546 ] = > <nl> - int ( 547 ) <nl> - [ 547 ] = > <nl> - int ( 548 ) <nl> - [ 548 ] = > <nl> - int ( 549 ) <nl> - [ 549 ] = > <nl> - int ( 550 ) <nl> - [ 550 ] = > <nl> - int ( 551 ) <nl> - [ 551 ] = > <nl> - int ( 552 ) <nl> - [ 552 ] = > <nl> - int ( 553 ) <nl> - [ 553 ] = > <nl> - int ( 554 ) <nl> - [ 554 ] = > <nl> - int ( 555 ) <nl> - [ 555 ] = > <nl> - int ( 556 ) <nl> - [ 556 ] = > <nl> - int ( 557 ) <nl> - [ 557 ] = > <nl> - int ( 558 ) <nl> - [ 558 ] = > <nl> - int ( 559 ) <nl> - [ 559 ] = > <nl> - int ( 560 ) <nl> - [ 560 ] = > <nl> - int ( 561 ) <nl> - [ 561 ] = > <nl> - int ( 562 ) <nl> - [ 562 ] = > <nl> - int ( 563 ) <nl> - [ 563 ] = > <nl> - int ( 564 ) <nl> - [ 564 ] = > <nl> - int ( 565 ) <nl> - [ 565 ] = > <nl> - int ( 566 ) <nl> - [ 566 ] = > <nl> - int ( 567 ) <nl> - [ 567 ] = > <nl> - int ( 568 ) <nl> - [ 568 ] = > <nl> - int ( 569 ) <nl> - [ 569 ] = > <nl> - int ( 570 ) <nl> - [ 570 ] = > <nl> - int ( 571 ) <nl> - [ 571 ] = > <nl> - int ( 572 ) <nl> - [ 572 ] = > <nl> - int ( 573 ) <nl> - [ 573 ] = > <nl> - int ( 574 ) <nl> - [ 574 ] = > <nl> - int ( 575 ) <nl> - [ 575 ] = > <nl> - int ( 576 ) <nl> - [ 576 ] = > <nl> - int ( 577 ) <nl> - [ 577 ] = > <nl> - int ( 578 ) <nl> - [ 578 ] = > <nl> - int ( 579 ) <nl> - [ 579 ] = > <nl> - int ( 580 ) <nl> - [ 580 ] = > <nl> - int ( 581 ) <nl> - [ 581 ] = > <nl> - int ( 582 ) <nl> - [ 582 ] = > <nl> - int ( 583 ) <nl> - [ 583 ] = > <nl> - int ( 584 ) <nl> - [ 584 ] = > <nl> - int ( 585 ) <nl> - [ 585 ] = > <nl> - int ( 586 ) <nl> - [ 586 ] = > <nl> - int ( 587 ) <nl> - [ 587 ] = > <nl> - int ( 588 ) <nl> - [ 588 ] = > <nl> - int ( 589 ) <nl> - [ 589 ] = > <nl> - int ( 590 ) <nl> - [ 590 ] = > <nl> - int ( 591 ) <nl> - [ 591 ] = > <nl> - int ( 592 ) <nl> - [ 592 ] = > <nl> - int ( 593 ) <nl> - [ 593 ] = > <nl> - int ( 594 ) <nl> - [ 594 ] = > <nl> - int ( 595 ) <nl> - [ 595 ] = > <nl> - int ( 596 ) <nl> - [ 596 ] = > <nl> - int ( 597 ) <nl> - [ 597 ] = > <nl> - int ( 598 ) <nl> - [ 598 ] = > <nl> - int ( 599 ) <nl> - [ 599 ] = > <nl> - int ( 600 ) <nl> - [ 600 ] = > <nl> - int ( 601 ) <nl> - [ 601 ] = > <nl> - int ( 602 ) <nl> - [ 602 ] = > <nl> - int ( 603 ) <nl> - [ 603 ] = > <nl> - int ( 604 ) <nl> - [ 604 ] = > <nl> - int ( 605 ) <nl> - [ 605 ] = > <nl> - int ( 606 ) <nl> - [ 606 ] = > <nl> - int ( 607 ) <nl> - [ 607 ] = > <nl> - int ( 608 ) <nl> - [ 608 ] = > <nl> - int ( 609 ) <nl> - [ 609 ] = > <nl> - int ( 610 ) <nl> - [ 610 ] = > <nl> - int ( 611 ) <nl> - [ 611 ] = > <nl> - int ( 612 ) <nl> - [ 612 ] = > <nl> - int ( 613 ) <nl> - [ 613 ] = > <nl> - int ( 614 ) <nl> - [ 614 ] = > <nl> - int ( 615 ) <nl> - [ 615 ] = > <nl> - int ( 616 ) <nl> - [ 616 ] = > <nl> - int ( 617 ) <nl> - [ 617 ] = > <nl> - int ( 618 ) <nl> - [ 618 ] = > <nl> - int ( 619 ) <nl> - [ 619 ] = > <nl> - int ( 620 ) <nl> - [ 620 ] = > <nl> - int ( 621 ) <nl> - [ 621 ] = > <nl> - int ( 622 ) <nl> - [ 622 ] = > <nl> - int ( 623 ) <nl> - [ 623 ] = > <nl> - int ( 624 ) <nl> - [ 624 ] = > <nl> - int ( 625 ) <nl> - [ 625 ] = > <nl> - int ( 626 ) <nl> - [ 626 ] = > <nl> - int ( 627 ) <nl> - [ 627 ] = > <nl> - int ( 628 ) <nl> - [ 628 ] = > <nl> - int ( 629 ) <nl> - [ 629 ] = > <nl> - int ( 630 ) <nl> - [ 630 ] = > <nl> - int ( 631 ) <nl> - [ 631 ] = > <nl> - int ( 632 ) <nl> - [ 632 ] = > <nl> - int ( 633 ) <nl> - [ 633 ] = > <nl> - int ( 634 ) <nl> - [ 634 ] = > <nl> - int ( 635 ) <nl> - [ 635 ] = > <nl> - int ( 636 ) <nl> - [ 636 ] = > <nl> - int ( 637 ) <nl> - [ 637 ] = > <nl> - int ( 638 ) <nl> - [ 638 ] = > <nl> - int ( 639 ) <nl> - [ 639 ] = > <nl> - int ( 640 ) <nl> - [ 640 ] = > <nl> - int ( 641 ) <nl> - [ 641 ] = > <nl> - int ( 642 ) <nl> - [ 642 ] = > <nl> - int ( 643 ) <nl> - [ 643 ] = > <nl> - int ( 644 ) <nl> - [ 644 ] = > <nl> - int ( 645 ) <nl> - [ 645 ] = > <nl> - int ( 646 ) <nl> - [ 646 ] = > <nl> - int ( 647 ) <nl> - [ 647 ] = > <nl> - int ( 648 ) <nl> - [ 648 ] = > <nl> - int ( 649 ) <nl> - [ 649 ] = > <nl> - int ( 650 ) <nl> - [ 650 ] = > <nl> - int ( 651 ) <nl> - [ 651 ] = > <nl> - int ( 652 ) <nl> - [ 652 ] = > <nl> - int ( 653 ) <nl> - [ 653 ] = > <nl> - int ( 654 ) <nl> - [ 654 ] = > <nl> - int ( 655 ) <nl> - [ 655 ] = > <nl> - int ( 656 ) <nl> - [ 656 ] = > <nl> - int ( 657 ) <nl> - [ 657 ] = > <nl> - int ( 658 ) <nl> - [ 658 ] = > <nl> - int ( 659 ) <nl> - [ 659 ] = > <nl> - int ( 660 ) <nl> - [ 660 ] = > <nl> - int ( 661 ) <nl> - [ 661 ] = > <nl> - int ( 662 ) <nl> - [ 662 ] = > <nl> - int ( 663 ) <nl> - [ 663 ] = > <nl> - int ( 664 ) <nl> - [ 664 ] = > <nl> - int ( 665 ) <nl> - [ 665 ] = > <nl> - int ( 666 ) <nl> - [ 666 ] = > <nl> - int ( 667 ) <nl> - [ 667 ] = > <nl> - int ( 668 ) <nl> - [ 668 ] = > <nl> - int ( 669 ) <nl> - [ 669 ] = > <nl> - int ( 670 ) <nl> - [ 670 ] = > <nl> - int ( 671 ) <nl> - [ 671 ] = > <nl> - int ( 672 ) <nl> - [ 672 ] = > <nl> - int ( 673 ) <nl> - [ 673 ] = > <nl> - int ( 674 ) <nl> - [ 674 ] = > <nl> - int ( 675 ) <nl> - [ 675 ] = > <nl> - int ( 676 ) <nl> - [ 676 ] = > <nl> - int ( 677 ) <nl> - [ 677 ] = > <nl> - int ( 678 ) <nl> - [ 678 ] = > <nl> - int ( 679 ) <nl> - [ 679 ] = > <nl> - int ( 680 ) <nl> - [ 680 ] = > <nl> - int ( 681 ) <nl> - [ 681 ] = > <nl> - int ( 682 ) <nl> - [ 682 ] = > <nl> - int ( 683 ) <nl> - [ 683 ] = > <nl> - int ( 684 ) <nl> - [ 684 ] = > <nl> - int ( 685 ) <nl> - [ 685 ] = > <nl> - int ( 686 ) <nl> - [ 686 ] = > <nl> - int ( 687 ) <nl> - [ 687 ] = > <nl> - int ( 688 ) <nl> - [ 688 ] = > <nl> - int ( 689 ) <nl> - [ 689 ] = > <nl> - int ( 690 ) <nl> - [ 690 ] = > <nl> - int ( 691 ) <nl> - [ 691 ] = > <nl> - int ( 692 ) <nl> - [ 692 ] = > <nl> - int ( 693 ) <nl> - [ 693 ] = > <nl> - int ( 694 ) <nl> - [ 694 ] = > <nl> - int ( 695 ) <nl> - [ 695 ] = > <nl> - int ( 696 ) <nl> - [ 696 ] = > <nl> - int ( 697 ) <nl> - [ 697 ] = > <nl> - int ( 698 ) <nl> - [ 698 ] = > <nl> - int ( 699 ) <nl> - [ 699 ] = > <nl> - int ( 700 ) <nl> - [ 700 ] = > <nl> - int ( 701 ) <nl> - [ 701 ] = > <nl> - int ( 702 ) <nl> - [ 702 ] = > <nl> - int ( 703 ) <nl> - [ 703 ] = > <nl> - int ( 704 ) <nl> - [ 704 ] = > <nl> - int ( 705 ) <nl> - [ 705 ] = > <nl> - int ( 706 ) <nl> - [ 706 ] = > <nl> - int ( 707 ) <nl> - [ 707 ] = > <nl> - int ( 708 ) <nl> - [ 708 ] = > <nl> - int ( 709 ) <nl> - [ 709 ] = > <nl> - int ( 710 ) <nl> - [ 710 ] = > <nl> - int ( 711 ) <nl> - [ 711 ] = > <nl> - int ( 712 ) <nl> - [ 712 ] = > <nl> - int ( 713 ) <nl> - [ 713 ] = > <nl> - int ( 714 ) <nl> - [ 714 ] = > <nl> - int ( 715 ) <nl> - [ 715 ] = > <nl> - int ( 716 ) <nl> - [ 716 ] = > <nl> - int ( 717 ) <nl> - [ 717 ] = > <nl> - int ( 718 ) <nl> - [ 718 ] = > <nl> - int ( 719 ) <nl> - [ 719 ] = > <nl> - int ( 720 ) <nl> - [ 720 ] = > <nl> - int ( 721 ) <nl> - [ 721 ] = > <nl> - int ( 722 ) <nl> - [ 722 ] = > <nl> - int ( 723 ) <nl> - [ 723 ] = > <nl> - int ( 724 ) <nl> - [ 724 ] = > <nl> - int ( 725 ) <nl> - [ 725 ] = > <nl> - int ( 726 ) <nl> - [ 726 ] = > <nl> - int ( 727 ) <nl> - [ 727 ] = > <nl> - int ( 728 ) <nl> - [ 728 ] = > <nl> - int ( 729 ) <nl> - [ 729 ] = > <nl> - int ( 730 ) <nl> - [ 730 ] = > <nl> - int ( 731 ) <nl> - [ 731 ] = > <nl> - int ( 732 ) <nl> - [ 732 ] = > <nl> - int ( 733 ) <nl> - [ 733 ] = > <nl> - int ( 734 ) <nl> - [ 734 ] = > <nl> - int ( 735 ) <nl> - [ 735 ] = > <nl> - int ( 736 ) <nl> - [ 736 ] = > <nl> - int ( 737 ) <nl> - [ 737 ] = > <nl> - int ( 738 ) <nl> - [ 738 ] = > <nl> - int ( 739 ) <nl> - [ 739 ] = > <nl> - int ( 740 ) <nl> - [ 740 ] = > <nl> - int ( 741 ) <nl> - [ 741 ] = > <nl> - int ( 742 ) <nl> - [ 742 ] = > <nl> - int ( 743 ) <nl> - [ 743 ] = > <nl> - int ( 744 ) <nl> - [ 744 ] = > <nl> - int ( 745 ) <nl> - [ 745 ] = > <nl> - int ( 746 ) <nl> - [ 746 ] = > <nl> - int ( 747 ) <nl> - [ 747 ] = > <nl> - int ( 748 ) <nl> - [ 748 ] = > <nl> - int ( 749 ) <nl> - [ 749 ] = > <nl> - int ( 750 ) <nl> - [ 750 ] = > <nl> - int ( 751 ) <nl> - [ 751 ] = > <nl> - int ( 752 ) <nl> - [ 752 ] = > <nl> - int ( 753 ) <nl> - [ 753 ] = > <nl> - int ( 754 ) <nl> - [ 754 ] = > <nl> - int ( 755 ) <nl> - [ 755 ] = > <nl> - int ( 756 ) <nl> - [ 756 ] = > <nl> - int ( 757 ) <nl> - [ 757 ] = > <nl> - int ( 758 ) <nl> - [ 758 ] = > <nl> - int ( 759 ) <nl> - [ 759 ] = > <nl> - int ( 760 ) <nl> - [ 760 ] = > <nl> - int ( 761 ) <nl> - [ 761 ] = > <nl> - int ( 762 ) <nl> - [ 762 ] = > <nl> - int ( 763 ) <nl> - [ 763 ] = > <nl> - int ( 764 ) <nl> - [ 764 ] = > <nl> - int ( 765 ) <nl> - [ 765 ] = > <nl> - int ( 766 ) <nl> - [ 766 ] = > <nl> - int ( 767 ) <nl> - [ 767 ] = > <nl> - int ( 768 ) <nl> - [ 768 ] = > <nl> - int ( 769 ) <nl> - [ 769 ] = > <nl> - int ( 770 ) <nl> - [ 770 ] = > <nl> - int ( 771 ) <nl> - [ 771 ] = > <nl> - int ( 772 ) <nl> - [ 772 ] = > <nl> - int ( 773 ) <nl> - [ 773 ] = > <nl> - int ( 774 ) <nl> - [ 774 ] = > <nl> - int ( 775 ) <nl> - [ 775 ] = > <nl> - int ( 776 ) <nl> - [ 776 ] = > <nl> - int ( 777 ) <nl> - [ 777 ] = > <nl> - int ( 778 ) <nl> - [ 778 ] = > <nl> - int ( 779 ) <nl> - [ 779 ] = > <nl> - int ( 780 ) <nl> - [ 780 ] = > <nl> - int ( 781 ) <nl> - [ 781 ] = > <nl> - int ( 782 ) <nl> - [ 782 ] = > <nl> - int ( 783 ) <nl> - [ 783 ] = > <nl> - int ( 784 ) <nl> - [ 784 ] = > <nl> - int ( 785 ) <nl> - [ 785 ] = > <nl> - int ( 786 ) <nl> - [ 786 ] = > <nl> - int ( 787 ) <nl> - [ 787 ] = > <nl> - int ( 788 ) <nl> - [ 788 ] = > <nl> - int ( 789 ) <nl> - [ 789 ] = > <nl> - int ( 790 ) <nl> - [ 790 ] = > <nl> - int ( 791 ) <nl> - [ 791 ] = > <nl> - int ( 792 ) <nl> - [ 792 ] = > <nl> - int ( 793 ) <nl> - [ 793 ] = > <nl> - int ( 794 ) <nl> - [ 794 ] = > <nl> - int ( 795 ) <nl> - [ 795 ] = > <nl> - int ( 796 ) <nl> - [ 796 ] = > <nl> - int ( 797 ) <nl> - [ 797 ] = > <nl> - int ( 798 ) <nl> - [ 798 ] = > <nl> - int ( 799 ) <nl> - [ 799 ] = > <nl> - int ( 800 ) <nl> - [ 800 ] = > <nl> - int ( 801 ) <nl> - [ 801 ] = > <nl> - int ( 802 ) <nl> - [ 802 ] = > <nl> - int ( 803 ) <nl> - [ 803 ] = > <nl> - int ( 804 ) <nl> - [ 804 ] = > <nl> - int ( 805 ) <nl> - [ 805 ] = > <nl> - int ( 806 ) <nl> - [ 806 ] = > <nl> - int ( 807 ) <nl> - [ 807 ] = > <nl> - int ( 808 ) <nl> - [ 808 ] = > <nl> - int ( 809 ) <nl> - [ 809 ] = > <nl> - int ( 810 ) <nl> - [ 810 ] = > <nl> - int ( 811 ) <nl> - [ 811 ] = > <nl> - int ( 812 ) <nl> - [ 812 ] = > <nl> - int ( 813 ) <nl> - [ 813 ] = > <nl> - int ( 814 ) <nl> - [ 814 ] = > <nl> - int ( 815 ) <nl> - [ 815 ] = > <nl> - int ( 816 ) <nl> - [ 816 ] = > <nl> - int ( 817 ) <nl> - [ 817 ] = > <nl> - int ( 818 ) <nl> - [ 818 ] = > <nl> - int ( 819 ) <nl> - [ 819 ] = > <nl> - int ( 820 ) <nl> - [ 820 ] = > <nl> - int ( 821 ) <nl> - [ 821 ] = > <nl> - int ( 822 ) <nl> - [ 822 ] = > <nl> - int ( 823 ) <nl> - [ 823 ] = > <nl> - int ( 824 ) <nl> - [ 824 ] = > <nl> - int ( 825 ) <nl> - [ 825 ] = > <nl> - int ( 826 ) <nl> - [ 826 ] = > <nl> - int ( 827 ) <nl> - [ 827 ] = > <nl> - int ( 828 ) <nl> - [ 828 ] = > <nl> - int ( 829 ) <nl> - [ 829 ] = > <nl> - int ( 830 ) <nl> - [ 830 ] = > <nl> - int ( 831 ) <nl> - [ 831 ] = > <nl> - int ( 832 ) <nl> - [ 832 ] = > <nl> - int ( 833 ) <nl> - [ 833 ] = > <nl> - int ( 834 ) <nl> - [ 834 ] = > <nl> - int ( 835 ) <nl> - [ 835 ] = > <nl> - int ( 836 ) <nl> - [ 836 ] = > <nl> - int ( 837 ) <nl> - [ 837 ] = > <nl> - int ( 838 ) <nl> - [ 838 ] = > <nl> - int ( 839 ) <nl> - [ 839 ] = > <nl> - int ( 840 ) <nl> - [ 840 ] = > <nl> - int ( 841 ) <nl> - [ 841 ] = > <nl> - int ( 842 ) <nl> - [ 842 ] = > <nl> - int ( 843 ) <nl> - [ 843 ] = > <nl> - int ( 844 ) <nl> - [ 844 ] = > <nl> - int ( 845 ) <nl> - [ 845 ] = > <nl> - int ( 846 ) <nl> - [ 846 ] = > <nl> - int ( 847 ) <nl> - [ 847 ] = > <nl> - int ( 848 ) <nl> - [ 848 ] = > <nl> - int ( 849 ) <nl> - [ 849 ] = > <nl> - int ( 850 ) <nl> - [ 850 ] = > <nl> - int ( 851 ) <nl> - [ 851 ] = > <nl> - int ( 852 ) <nl> - [ 852 ] = > <nl> - int ( 853 ) <nl> - [ 853 ] = > <nl> - int ( 854 ) <nl> - [ 854 ] = > <nl> - int ( 855 ) <nl> - [ 855 ] = > <nl> - int ( 856 ) <nl> - [ 856 ] = > <nl> - int ( 857 ) <nl> - [ 857 ] = > <nl> - int ( 858 ) <nl> - [ 858 ] = > <nl> - int ( 859 ) <nl> - [ 859 ] = > <nl> - int ( 860 ) <nl> - [ 860 ] = > <nl> - int ( 861 ) <nl> - [ 861 ] = > <nl> - int ( 862 ) <nl> - [ 862 ] = > <nl> - int ( 863 ) <nl> - [ 863 ] = > <nl> - int ( 864 ) <nl> - [ 864 ] = > <nl> - int ( 865 ) <nl> - [ 865 ] = > <nl> - int ( 866 ) <nl> - [ 866 ] = > <nl> - int ( 867 ) <nl> - [ 867 ] = > <nl> - int ( 868 ) <nl> - [ 868 ] = > <nl> - int ( 869 ) <nl> - [ 869 ] = > <nl> - int ( 870 ) <nl> - [ 870 ] = > <nl> - int ( 871 ) <nl> - [ 871 ] = > <nl> - int ( 872 ) <nl> - [ 872 ] = > <nl> - int ( 873 ) <nl> - [ 873 ] = > <nl> - int ( 874 ) <nl> - [ 874 ] = > <nl> - int ( 875 ) <nl> - [ 875 ] = > <nl> - int ( 876 ) <nl> - [ 876 ] = > <nl> - int ( 877 ) <nl> - [ 877 ] = > <nl> - int ( 878 ) <nl> - [ 878 ] = > <nl> - int ( 879 ) <nl> - [ 879 ] = > <nl> - int ( 880 ) <nl> - [ 880 ] = > <nl> - int ( 881 ) <nl> - [ 881 ] = > <nl> - int ( 882 ) <nl> - [ 882 ] = > <nl> - int ( 883 ) <nl> - [ 883 ] = > <nl> - int ( 884 ) <nl> - [ 884 ] = > <nl> - int ( 885 ) <nl> - [ 885 ] = > <nl> - int ( 886 ) <nl> - [ 886 ] = > <nl> - int ( 887 ) <nl> - [ 887 ] = > <nl> - int ( 888 ) <nl> - [ 888 ] = > <nl> - int ( 889 ) <nl> - [ 889 ] = > <nl> - int ( 890 ) <nl> - [ 890 ] = > <nl> - int ( 891 ) <nl> - [ 891 ] = > <nl> - int ( 892 ) <nl> - [ 892 ] = > <nl> - int ( 893 ) <nl> - [ 893 ] = > <nl> - int ( 894 ) <nl> - [ 894 ] = > <nl> - int ( 895 ) <nl> - [ 895 ] = > <nl> - int ( 896 ) <nl> - [ 896 ] = > <nl> - int ( 897 ) <nl> - [ 897 ] = > <nl> - int ( 898 ) <nl> - [ 898 ] = > <nl> - int ( 899 ) <nl> - [ 899 ] = > <nl> - int ( 900 ) <nl> - [ 900 ] = > <nl> - int ( 901 ) <nl> - [ 901 ] = > <nl> - int ( 902 ) <nl> - [ 902 ] = > <nl> - int ( 903 ) <nl> - [ 903 ] = > <nl> - int ( 904 ) <nl> - [ 904 ] = > <nl> - int ( 905 ) <nl> - [ 905 ] = > <nl> - int ( 906 ) <nl> - [ 906 ] = > <nl> - int ( 907 ) <nl> - [ 907 ] = > <nl> - int ( 908 ) <nl> - [ 908 ] = > <nl> - int ( 909 ) <nl> - [ 909 ] = > <nl> - int ( 910 ) <nl> - [ 910 ] = > <nl> - int ( 911 ) <nl> - [ 911 ] = > <nl> - int ( 912 ) <nl> - [ 912 ] = > <nl> - int ( 913 ) <nl> - [ 913 ] = > <nl> - int ( 914 ) <nl> - [ 914 ] = > <nl> - int ( 915 ) <nl> - [ 915 ] = > <nl> - int ( 916 ) <nl> - [ 916 ] = > <nl> - int ( 917 ) <nl> - [ 917 ] = > <nl> - int ( 918 ) <nl> - [ 918 ] = > <nl> - int ( 919 ) <nl> - [ 919 ] = > <nl> - int ( 920 ) <nl> - [ 920 ] = > <nl> - int ( 921 ) <nl> - [ 921 ] = > <nl> - int ( 922 ) <nl> - [ 922 ] = > <nl> - int ( 923 ) <nl> - [ 923 ] = > <nl> - int ( 924 ) <nl> - [ 924 ] = > <nl> - int ( 925 ) <nl> - [ 925 ] = > <nl> - int ( 926 ) <nl> - [ 926 ] = > <nl> - int ( 927 ) <nl> - [ 927 ] = > <nl> - int ( 928 ) <nl> - [ 928 ] = > <nl> - int ( 929 ) <nl> - [ 929 ] = > <nl> - int ( 930 ) <nl> - [ 930 ] = > <nl> - int ( 931 ) <nl> - [ 931 ] = > <nl> - int ( 932 ) <nl> - [ 932 ] = > <nl> - int ( 933 ) <nl> - [ 933 ] = > <nl> - int ( 934 ) <nl> - [ 934 ] = > <nl> - int ( 935 ) <nl> - [ 935 ] = > <nl> - int ( 936 ) <nl> - [ 936 ] = > <nl> - int ( 937 ) <nl> - [ 937 ] = > <nl> - int ( 938 ) <nl> - [ 938 ] = > <nl> - int ( 939 ) <nl> - [ 939 ] = > <nl> - int ( 940 ) <nl> - [ 940 ] = > <nl> - int ( 941 ) <nl> - [ 941 ] = > <nl> - int ( 942 ) <nl> - [ 942 ] = > <nl> - int ( 943 ) <nl> - [ 943 ] = > <nl> - int ( 944 ) <nl> - [ 944 ] = > <nl> - int ( 945 ) <nl> - [ 945 ] = > <nl> - int ( 946 ) <nl> - [ 946 ] = > <nl> - int ( 947 ) <nl> - [ 947 ] = > <nl> - int ( 948 ) <nl> - [ 948 ] = > <nl> - int ( 949 ) <nl> - [ 949 ] = > <nl> - int ( 950 ) <nl> - [ 950 ] = > <nl> - int ( 951 ) <nl> - [ 951 ] = > <nl> - int ( 952 ) <nl> - [ 952 ] = > <nl> - int ( 953 ) <nl> - [ 953 ] = > <nl> - int ( 954 ) <nl> - [ 954 ] = > <nl> - int ( 955 ) <nl> - [ 955 ] = > <nl> - int ( 956 ) <nl> - [ 956 ] = > <nl> - int ( 957 ) <nl> - [ 957 ] = > <nl> - int ( 958 ) <nl> - [ 958 ] = > <nl> - int ( 959 ) <nl> - [ 959 ] = > <nl> - int ( 960 ) <nl> - [ 960 ] = > <nl> - int ( 961 ) <nl> - [ 961 ] = > <nl> - int ( 962 ) <nl> - [ 962 ] = > <nl> - int ( 963 ) <nl> - [ 963 ] = > <nl> - int ( 964 ) <nl> - [ 964 ] = > <nl> - int ( 965 ) <nl> - [ 965 ] = > <nl> - int ( 966 ) <nl> - [ 966 ] = > <nl> - int ( 967 ) <nl> - [ 967 ] = > <nl> - int ( 968 ) <nl> - [ 968 ] = > <nl> - int ( 969 ) <nl> - [ 969 ] = > <nl> - int ( 970 ) <nl> - [ 970 ] = > <nl> - int ( 971 ) <nl> - [ 971 ] = > <nl> - int ( 972 ) <nl> - [ 972 ] = > <nl> - int ( 973 ) <nl> - [ 973 ] = > <nl> - int ( 974 ) <nl> - [ 974 ] = > <nl> - int ( 975 ) <nl> - [ 975 ] = > <nl> - int ( 976 ) <nl> - [ 976 ] = > <nl> - int ( 977 ) <nl> - [ 977 ] = > <nl> - int ( 978 ) <nl> - [ 978 ] = > <nl> - int ( 979 ) <nl> - [ 979 ] = > <nl> - int ( 980 ) <nl> - [ 980 ] = > <nl> - int ( 981 ) <nl> - [ 981 ] = > <nl> - int ( 982 ) <nl> - [ 982 ] = > <nl> - int ( 983 ) <nl> - [ 983 ] = > <nl> - int ( 984 ) <nl> - [ 984 ] = > <nl> - int ( 985 ) <nl> - [ 985 ] = > <nl> - int ( 986 ) <nl> - [ 986 ] = > <nl> - int ( 987 ) <nl> - [ 987 ] = > <nl> - int ( 988 ) <nl> - [ 988 ] = > <nl> - int ( 989 ) <nl> - [ 989 ] = > <nl> - int ( 990 ) <nl> - [ 990 ] = > <nl> - int ( 991 ) <nl> - [ 991 ] = > <nl> - int ( 992 ) <nl> - [ 992 ] = > <nl> - int ( 993 ) <nl> - [ 993 ] = > <nl> - int ( 994 ) <nl> - [ 994 ] = > <nl> - int ( 995 ) <nl> - [ 995 ] = > <nl> - int ( 996 ) <nl> - [ 996 ] = > <nl> - int ( 997 ) <nl> - [ 997 ] = > <nl> - int ( 998 ) <nl> - [ 998 ] = > <nl> - int ( 999 ) <nl> - [ 999 ] = > <nl> - int ( 1000 ) <nl> - [ 1000 ] = > <nl> - int ( 1001 ) <nl> - [ 1001 ] = > <nl> - int ( 1002 ) <nl> - [ 1002 ] = > <nl> - int ( 1003 ) <nl> - [ 1003 ] = > <nl> - int ( 1004 ) <nl> - [ 1004 ] = > <nl> - int ( 1005 ) <nl> - [ 1005 ] = > <nl> - int ( 1006 ) <nl> - [ 1006 ] = > <nl> - int ( 1007 ) <nl> - [ 1007 ] = > <nl> - int ( 1008 ) <nl> - [ 1008 ] = > <nl> - int ( 1009 ) <nl> - [ 1009 ] = > <nl> - int ( 1010 ) <nl> - [ 1010 ] = > <nl> - int ( 1011 ) <nl> - [ 1011 ] = > <nl> - int ( 1012 ) <nl> - [ 1012 ] = > <nl> - int ( 1013 ) <nl> - [ 1013 ] = > <nl> - int ( 1014 ) <nl> - [ 1014 ] = > <nl> - int ( 1015 ) <nl> - [ 1015 ] = > <nl> - int ( 1016 ) <nl> - [ 1016 ] = > <nl> - int ( 1017 ) <nl> - [ 1017 ] = > <nl> - int ( 1018 ) <nl> - [ 1018 ] = > <nl> - int ( 1019 ) <nl> - [ 1019 ] = > <nl> - int ( 1020 ) <nl> - [ 1020 ] = > <nl> - int ( 1021 ) <nl> - [ 1021 ] = > <nl> - int ( 1022 ) <nl> - [ 1022 ] = > <nl> - int ( 1023 ) <nl> - [ 1023 ] = > <nl> - int ( 1024 ) <nl> - [ 1024 ] = > <nl> - int ( 1025 ) <nl> - [ 1025 ] = > <nl> - int ( 1026 ) <nl> - [ 1026 ] = > <nl> - int ( 1027 ) <nl> - [ 1027 ] = > <nl> - int ( 1028 ) <nl> - [ 1028 ] = > <nl> - int ( 1029 ) <nl> - [ 1029 ] = > <nl> - int ( 1030 ) <nl> - [ 1030 ] = > <nl> - int ( 1031 ) <nl> - [ 1031 ] = > <nl> - int ( 1032 ) <nl> - [ 1032 ] = > <nl> - int ( 1033 ) <nl> - [ 1033 ] = > <nl> - int ( 1034 ) <nl> - [ 1034 ] = > <nl> - int ( 1035 ) <nl> - [ 1035 ] = > <nl> - int ( 1036 ) <nl> - [ 1036 ] = > <nl> - int ( 1037 ) <nl> - [ 1037 ] = > <nl> - int ( 1038 ) <nl> - [ 1038 ] = > <nl> - int ( 1039 ) <nl> - [ 1039 ] = > <nl> - int ( 1040 ) <nl> - [ 1040 ] = > <nl> - int ( 1041 ) <nl> - [ 1041 ] = > <nl> - int ( 1042 ) <nl> - [ 1042 ] = > <nl> - int ( 1043 ) <nl> - [ 1043 ] = > <nl> - int ( 1044 ) <nl> - [ 1044 ] = > <nl> - int ( 1045 ) <nl> - [ 1045 ] = > <nl> - int ( 1046 ) <nl> - [ 1046 ] = > <nl> - int ( 1047 ) <nl> - [ 1047 ] = > <nl> - int ( 1048 ) <nl> - [ 1048 ] = > <nl> - int ( 1049 ) <nl> - [ 1049 ] = > <nl> - int ( 1050 ) <nl> - [ 1050 ] = > <nl> - int ( 1051 ) <nl> - [ 1051 ] = > <nl> - int ( 1052 ) <nl> - [ 1052 ] = > <nl> - int ( 1053 ) <nl> - [ 1053 ] = > <nl> - int ( 1054 ) <nl> - [ 1054 ] = > <nl> - int ( 1055 ) <nl> - [ 1055 ] = > <nl> - int ( 1056 ) <nl> - [ 1056 ] = > <nl> - int ( 1057 ) <nl> - [ 1057 ] = > <nl> - int ( 1058 ) <nl> - [ 1058 ] = > <nl> - int ( 1059 ) <nl> - [ 1059 ] = > <nl> - int ( 1060 ) <nl> - [ 1060 ] = > <nl> - int ( 1061 ) <nl> - [ 1061 ] = > <nl> - int ( 1062 ) <nl> - [ 1062 ] = > <nl> - int ( 1063 ) <nl> - [ 1063 ] = > <nl> - int ( 1064 ) <nl> - [ 1064 ] = > <nl> - int ( 1065 ) <nl> - [ 1065 ] = > <nl> - int ( 1066 ) <nl> - [ 1066 ] = > <nl> - int ( 1067 ) <nl> - [ 1067 ] = > <nl> - int ( 1068 ) <nl> - [ 1068 ] = > <nl> - int ( 1069 ) <nl> - [ 1069 ] = > <nl> - int ( 1070 ) <nl> - [ 1070 ] = > <nl> - int ( 1071 ) <nl> - [ 1071 ] = > <nl> - int ( 1072 ) <nl> - [ 1072 ] = > <nl> - int ( 1073 ) <nl> - [ 1073 ] = > <nl> - int ( 1074 ) <nl> - [ 1074 ] = > <nl> - int ( 1075 ) <nl> - [ 1075 ] = > <nl> - int ( 1076 ) <nl> - [ 1076 ] = > <nl> - int ( 1077 ) <nl> - [ 1077 ] = > <nl> - int ( 1078 ) <nl> - [ 1078 ] = > <nl> - int ( 1079 ) <nl> - [ 1079 ] = > <nl> - int ( 1080 ) <nl> - [ 1080 ] = > <nl> - int ( 1081 ) <nl> - [ 1081 ] = > <nl> - int ( 1082 ) <nl> - [ 1082 ] = > <nl> - int ( 1083 ) <nl> - [ 1083 ] = > <nl> - int ( 1084 ) <nl> - [ 1084 ] = > <nl> - int ( 1085 ) <nl> - [ 1085 ] = > <nl> - int ( 1086 ) <nl> - [ 1086 ] = > <nl> - int ( 1087 ) <nl> - [ 1087 ] = > <nl> - int ( 1088 ) <nl> - [ 1088 ] = > <nl> - int ( 1089 ) <nl> - [ 1089 ] = > <nl> - int ( 1090 ) <nl> - [ 1090 ] = > <nl> - int ( 1091 ) <nl> - [ 1091 ] = > <nl> - int ( 1092 ) <nl> - [ 1092 ] = > <nl> - int ( 1093 ) <nl> - [ 1093 ] = > <nl> - int ( 1094 ) <nl> - [ 1094 ] = > <nl> - int ( 1095 ) <nl> - [ 1095 ] = > <nl> - int ( 1096 ) <nl> - [ 1096 ] = > <nl> - int ( 1097 ) <nl> - [ 1097 ] = > <nl> - int ( 1098 ) <nl> - [ 1098 ] = > <nl> - int ( 1099 ) <nl> - [ 1099 ] = > <nl> - int ( 1100 ) <nl> - [ 1100 ] = > <nl> - int ( 1101 ) <nl> - [ 1101 ] = > <nl> - int ( 1102 ) <nl> - [ 1102 ] = > <nl> - int ( 1103 ) <nl> - [ 1103 ] = > <nl> - int ( 1104 ) <nl> - [ 1104 ] = > <nl> - int ( 1105 ) <nl> - [ 1105 ] = > <nl> - int ( 1106 ) <nl> - [ 1106 ] = > <nl> - int ( 1107 ) <nl> - [ 1107 ] = > <nl> - int ( 1108 ) <nl> - [ 1108 ] = > <nl> - int ( 1109 ) <nl> - [ 1109 ] = > <nl> - int ( 1110 ) <nl> - [ 1110 ] = > <nl> - int ( 1111 ) <nl> - [ 1111 ] = > <nl> - int ( 1112 ) <nl> - [ 1112 ] = > <nl> - int ( 1113 ) <nl> - [ 1113 ] = > <nl> - int ( 1114 ) <nl> - [ 1114 ] = > <nl> - int ( 1115 ) <nl> - [ 1115 ] = > <nl> - int ( 1116 ) <nl> - [ 1116 ] = > <nl> - int ( 1117 ) <nl> - [ 1117 ] = > <nl> - int ( 1118 ) <nl> - [ 1118 ] = > <nl> - int ( 1119 ) <nl> - [ 1119 ] = > <nl> - int ( 1120 ) <nl> - [ 1120 ] = > <nl> - int ( 1121 ) <nl> - [ 1121 ] = > <nl> - int ( 1122 ) <nl> - [ 1122 ] = > <nl> - int ( 1123 ) <nl> - [ 1123 ] = > <nl> - int ( 1124 ) <nl> - [ 1124 ] = > <nl> - int ( 1125 ) <nl> - [ 1125 ] = > <nl> - int ( 1126 ) <nl> - [ 1126 ] = > <nl> - int ( 1127 ) <nl> - [ 1127 ] = > <nl> - int ( 1128 ) <nl> - [ 1128 ] = > <nl> - int ( 1129 ) <nl> - [ 1129 ] = > <nl> - int ( 1130 ) <nl> - [ 1130 ] = > <nl> - int ( 1131 ) <nl> - [ 1131 ] = > <nl> - int ( 1132 ) <nl> - [ 1132 ] = > <nl> - int ( 1133 ) <nl> - [ 1133 ] = > <nl> - int ( 1134 ) <nl> - [ 1134 ] = > <nl> - int ( 1135 ) <nl> - [ 1135 ] = > <nl> - int ( 1136 ) <nl> - [ 1136 ] = > <nl> - int ( 1137 ) <nl> - [ 1137 ] = > <nl> - int ( 1138 ) <nl> - [ 1138 ] = > <nl> - int ( 1139 ) <nl> - [ 1139 ] = > <nl> - int ( 1140 ) <nl> - [ 1140 ] = > <nl> - int ( 1141 ) <nl> - [ 1141 ] = > <nl> - int ( 1142 ) <nl> - [ 1142 ] = > <nl> - int ( 1143 ) <nl> - [ 1143 ] = > <nl> - int ( 1144 ) <nl> - [ 1144 ] = > <nl> - int ( 1145 ) <nl> - [ 1145 ] = > <nl> - int ( 1146 ) <nl> - [ 1146 ] = > <nl> - int ( 1147 ) <nl> - [ 1147 ] = > <nl> - int ( 1148 ) <nl> - [ 1148 ] = > <nl> - int ( 1149 ) <nl> - [ 1149 ] = > <nl> - int ( 1150 ) <nl> - [ 1150 ] = > <nl> - int ( 1151 ) <nl> - [ 1151 ] = > <nl> - int ( 1152 ) <nl> - [ 1152 ] = > <nl> - int ( 1153 ) <nl> - [ 1153 ] = > <nl> - int ( 1154 ) <nl> - [ 1154 ] = > <nl> - int ( 1155 ) <nl> - [ 1155 ] = > <nl> - int ( 1156 ) <nl> - [ 1156 ] = > <nl> - int ( 1157 ) <nl> - [ 1157 ] = > <nl> - int ( 1158 ) <nl> - [ 1158 ] = > <nl> - int ( 1159 ) <nl> - [ 1159 ] = > <nl> - int ( 1160 ) <nl> - [ 1160 ] = > <nl> - int ( 1161 ) <nl> - [ 1161 ] = > <nl> - int ( 1162 ) <nl> - [ 1162 ] = > <nl> - int ( 1163 ) <nl> - [ 1163 ] = > <nl> - int ( 1164 ) <nl> - [ 1164 ] = > <nl> - int ( 1165 ) <nl> - [ 1165 ] = > <nl> - int ( 1166 ) <nl> - [ 1166 ] = > <nl> - int ( 1167 ) <nl> - [ 1167 ] = > <nl> - int ( 1168 ) <nl> - [ 1168 ] = > <nl> - int ( 1169 ) <nl> - [ 1169 ] = > <nl> - int ( 1170 ) <nl> - [ 1170 ] = > <nl> - int ( 1171 ) <nl> - [ 1171 ] = > <nl> - int ( 1172 ) <nl> - [ 1172 ] = > <nl> - int ( 1173 ) <nl> - [ 1173 ] = > <nl> - int ( 1174 ) <nl> - [ 1174 ] = > <nl> - int ( 1175 ) <nl> - [ 1175 ] = > <nl> - int ( 1176 ) <nl> - [ 1176 ] = > <nl> - int ( 1177 ) <nl> - [ 1177 ] = > <nl> - int ( 1178 ) <nl> - [ 1178 ] = > <nl> - int ( 1179 ) <nl> - [ 1179 ] = > <nl> - int ( 1180 ) <nl> - [ 1180 ] = > <nl> - int ( 1181 ) <nl> - [ 1181 ] = > <nl> - int ( 1182 ) <nl> - [ 1182 ] = > <nl> - int ( 1183 ) <nl> - [ 1183 ] = > <nl> - int ( 1184 ) <nl> - [ 1184 ] = > <nl> - int ( 1185 ) <nl> - [ 1185 ] = > <nl> - int ( 1186 ) <nl> - [ 1186 ] = > <nl> - int ( 1187 ) <nl> - [ 1187 ] = > <nl> - int ( 1188 ) <nl> - [ 1188 ] = > <nl> - int ( 1189 ) <nl> - [ 1189 ] = > <nl> - int ( 1190 ) <nl> - [ 1190 ] = > <nl> - int ( 1191 ) <nl> - [ 1191 ] = > <nl> - int ( 1192 ) <nl> - [ 1192 ] = > <nl> - int ( 1193 ) <nl> - [ 1193 ] = > <nl> - int ( 1194 ) <nl> - [ 1194 ] = > <nl> - int ( 1195 ) <nl> - [ 1195 ] = > <nl> - int ( 1196 ) <nl> - [ 1196 ] = > <nl> - int ( 1197 ) <nl> - [ 1197 ] = > <nl> - int ( 1198 ) <nl> - [ 1198 ] = > <nl> - int ( 1199 ) <nl> - [ 1199 ] = > <nl> - int ( 1200 ) <nl> - [ 1200 ] = > <nl> - int ( 1201 ) <nl> - [ 1201 ] = > <nl> - int ( 1202 ) <nl> - [ 1202 ] = > <nl> - int ( 1203 ) <nl> - [ 1203 ] = > <nl> - int ( 1204 ) <nl> - [ 1204 ] = > <nl> - int ( 1205 ) <nl> - [ 1205 ] = > <nl> - int ( 1206 ) <nl> - [ 1206 ] = > <nl> - int ( 1207 ) <nl> - [ 1207 ] = > <nl> - int ( 1208 ) <nl> - [ 1208 ] = > <nl> - int ( 1209 ) <nl> - [ 1209 ] = > <nl> - int ( 1210 ) <nl> - [ 1210 ] = > <nl> - int ( 1211 ) <nl> - [ 1211 ] = > <nl> - int ( 1212 ) <nl> - [ 1212 ] = > <nl> - int ( 1213 ) <nl> - [ 1213 ] = > <nl> - int ( 1214 ) <nl> - [ 1214 ] = > <nl> - int ( 1215 ) <nl> - [ 1215 ] = > <nl> - int ( 1216 ) <nl> - [ 1216 ] = > <nl> - int ( 1217 ) <nl> - [ 1217 ] = > <nl> - int ( 1218 ) <nl> - [ 1218 ] = > <nl> - int ( 1219 ) <nl> - [ 1219 ] = > <nl> - int ( 1220 ) <nl> - [ 1220 ] = > <nl> - int ( 1221 ) <nl> - [ 1221 ] = > <nl> - int ( 1222 ) <nl> - [ 1222 ] = > <nl> - int ( 1223 ) <nl> - [ 1223 ] = > <nl> - int ( 1224 ) <nl> - [ 1224 ] = > <nl> - int ( 1225 ) <nl> - [ 1225 ] = > <nl> - int ( 1226 ) <nl> - [ 1226 ] = > <nl> - int ( 1227 ) <nl> - [ 1227 ] = > <nl> - int ( 1228 ) <nl> - [ 1228 ] = > <nl> - int ( 1229 ) <nl> - [ 1229 ] = > <nl> - int ( 1230 ) <nl> - [ 1230 ] = > <nl> - int ( 1231 ) <nl> - [ 1231 ] = > <nl> - int ( 1232 ) <nl> - [ 1232 ] = > <nl> - int ( 1233 ) <nl> - [ 1233 ] = > <nl> - int ( 1234 ) <nl> - [ 1234 ] = > <nl> - int ( 1235 ) <nl> - [ 1235 ] = > <nl> - int ( 1236 ) <nl> - [ 1236 ] = > <nl> - int ( 1237 ) <nl> - [ 1237 ] = > <nl> - int ( 1238 ) <nl> - [ 1238 ] = > <nl> - int ( 1239 ) <nl> - [ 1239 ] = > <nl> - int ( 1240 ) <nl> - [ 1240 ] = > <nl> - int ( 1241 ) <nl> - [ 1241 ] = > <nl> - int ( 1242 ) <nl> - [ 1242 ] = > <nl> - int ( 1243 ) <nl> - [ 1243 ] = > <nl> - int ( 1244 ) <nl> - [ 1244 ] = > <nl> - int ( 1245 ) <nl> - [ 1245 ] = > <nl> - int ( 1246 ) <nl> - [ 1246 ] = > <nl> - int ( 1247 ) <nl> - [ 1247 ] = > <nl> - int ( 1248 ) <nl> - [ 1248 ] = > <nl> - int ( 1249 ) <nl> - [ 1249 ] = > <nl> - int ( 1250 ) <nl> - [ 1250 ] = > <nl> - int ( 1251 ) <nl> - [ 1251 ] = > <nl> - int ( 1252 ) <nl> - [ 1252 ] = > <nl> - int ( 1253 ) <nl> - [ 1253 ] = > <nl> - int ( 1254 ) <nl> - [ 1254 ] = > <nl> - int ( 1255 ) <nl> - [ 1255 ] = > <nl> - int ( 1256 ) <nl> - [ 1256 ] = > <nl> - int ( 1257 ) <nl> - [ 1257 ] = > <nl> - int ( 1258 ) <nl> - [ 1258 ] = > <nl> - int ( 1259 ) <nl> - [ 1259 ] = > <nl> - int ( 1260 ) <nl> - [ 1260 ] = > <nl> - int ( 1261 ) <nl> - [ 1261 ] = > <nl> - int ( 1262 ) <nl> - [ 1262 ] = > <nl> - int ( 1263 ) <nl> - [ 1263 ] = > <nl> - int ( 1264 ) <nl> - [ 1264 ] = > <nl> - int ( 1265 ) <nl> - [ 1265 ] = > <nl> - int ( 1266 ) <nl> - [ 1266 ] = > <nl> - int ( 1267 ) <nl> - [ 1267 ] = > <nl> - int ( 1268 ) <nl> - [ 1268 ] = > <nl> - int ( 1269 ) <nl> - [ 1269 ] = > <nl> - int ( 1270 ) <nl> - [ 1270 ] = > <nl> - int ( 1271 ) <nl> - [ 1271 ] = > <nl> - int ( 1272 ) <nl> - [ 1272 ] = > <nl> - int ( 1273 ) <nl> - [ 1273 ] = > <nl> - int ( 1274 ) <nl> - [ 1274 ] = > <nl> - int ( 1275 ) <nl> - [ 1275 ] = > <nl> - int ( 1276 ) <nl> - [ 1276 ] = > <nl> - int ( 1277 ) <nl> - [ 1277 ] = > <nl> - int ( 1278 ) <nl> - [ 1278 ] = > <nl> - int ( 1279 ) <nl> - [ 1279 ] = > <nl> - int ( 1280 ) <nl> - [ 1280 ] = > <nl> - int ( 1281 ) <nl> - [ 1281 ] = > <nl> - int ( 1282 ) <nl> - [ 1282 ] = > <nl> - int ( 1283 ) <nl> - [ 1283 ] = > <nl> - int ( 1284 ) <nl> - [ 1284 ] = > <nl> - int ( 1285 ) <nl> - [ 1285 ] = > <nl> - int ( 1286 ) <nl> - [ 1286 ] = > <nl> - int ( 1287 ) <nl> - [ 1287 ] = > <nl> - int ( 1288 ) <nl> - [ 1288 ] = > <nl> - int ( 1289 ) <nl> - [ 1289 ] = > <nl> - int ( 1290 ) <nl> - [ 1290 ] = > <nl> - int ( 1291 ) <nl> - [ 1291 ] = > <nl> - int ( 1292 ) <nl> - [ 1292 ] = > <nl> - int ( 1293 ) <nl> - [ 1293 ] = > <nl> - int ( 1294 ) <nl> - [ 1294 ] = > <nl> - int ( 1295 ) <nl> - [ 1295 ] = > <nl> - int ( 1296 ) <nl> - [ 1296 ] = > <nl> - int ( 1297 ) <nl> - [ 1297 ] = > <nl> - int ( 1298 ) <nl> - [ 1298 ] = > <nl> - int ( 1299 ) <nl> - [ 1299 ] = > <nl> - int ( 1300 ) <nl> - [ 1300 ] = > <nl> - int ( 1301 ) <nl> - [ 1301 ] = > <nl> - int ( 1302 ) <nl> - [ 1302 ] = > <nl> - int ( 1303 ) <nl> - [ 1303 ] = > <nl> - int ( 1304 ) <nl> - [ 1304 ] = > <nl> - int ( 1305 ) <nl> - [ 1305 ] = > <nl> - int ( 1306 ) <nl> - [ 1306 ] = > <nl> - int ( 1307 ) <nl> - [ 1307 ] = > <nl> - int ( 1308 ) <nl> - [ 1308 ] = > <nl> - int ( 1309 ) <nl> - [ 1309 ] = > <nl> - int ( 1310 ) <nl> - [ 1310 ] = > <nl> - int ( 1311 ) <nl> - [ 1311 ] = > <nl> - int ( 1312 ) <nl> - [ 1312 ] = > <nl> - int ( 1313 ) <nl> - [ 1313 ] = > <nl> - int ( 1314 ) <nl> - [ 1314 ] = > <nl> - int ( 1315 ) <nl> - [ 1315 ] = > <nl> - int ( 1316 ) <nl> - [ 1316 ] = > <nl> - int ( 1317 ) <nl> - [ 1317 ] = > <nl> - int ( 1318 ) <nl> - [ 1318 ] = > <nl> - int ( 1319 ) <nl> - [ 1319 ] = > <nl> - int ( 1320 ) <nl> - [ 1320 ] = > <nl> - int ( 1321 ) <nl> - [ 1321 ] = > <nl> - int ( 1322 ) <nl> - [ 1322 ] = > <nl> - int ( 1323 ) <nl> - [ 1323 ] = > <nl> - int ( 1324 ) <nl> - [ 1324 ] = > <nl> - int ( 1325 ) <nl> - [ 1325 ] = > <nl> - int ( 1326 ) <nl> - [ 1326 ] = > <nl> - int ( 1327 ) <nl> - [ 1327 ] = > <nl> - int ( 1328 ) <nl> - [ 1328 ] = > <nl> - int ( 1329 ) <nl> - [ 1329 ] = > <nl> - int ( 1330 ) <nl> - [ 1330 ] = > <nl> - int ( 1331 ) <nl> - [ 1331 ] = > <nl> - int ( 1332 ) <nl> - [ 1332 ] = > <nl> - int ( 1333 ) <nl> - [ 1333 ] = > <nl> - int ( 1334 ) <nl> - [ 1334 ] = > <nl> - int ( 1335 ) <nl> - [ 1335 ] = > <nl> - int ( 1336 ) <nl> - [ 1336 ] = > <nl> - int ( 1337 ) <nl> - [ 1337 ] = > <nl> - int ( 1338 ) <nl> - [ 1338 ] = > <nl> - int ( 1339 ) <nl> - [ 1339 ] = > <nl> - int ( 1340 ) <nl> - [ 1340 ] = > <nl> - int ( 1341 ) <nl> - [ 1341 ] = > <nl> - int ( 1342 ) <nl> - [ 1342 ] = > <nl> - int ( 1343 ) <nl> - [ 1343 ] = > <nl> - int ( 1344 ) <nl> - [ 1344 ] = > <nl> - int ( 1345 ) <nl> - [ 1345 ] = > <nl> - int ( 1346 ) <nl> - [ 1346 ] = > <nl> - int ( 1347 ) <nl> - [ 1347 ] = > <nl> - int ( 1348 ) <nl> - [ 1348 ] = > <nl> - int ( 1349 ) <nl> - [ 1349 ] = > <nl> - int ( 1350 ) <nl> - [ 1350 ] = > <nl> - int ( 1351 ) <nl> - [ 1351 ] = > <nl> - int ( 1352 ) <nl> - [ 1352 ] = > <nl> - int ( 1353 ) <nl> - [ 1353 ] = > <nl> - int ( 1354 ) <nl> - [ 1354 ] = > <nl> - int ( 1355 ) <nl> - [ 1355 ] = > <nl> - int ( 1356 ) <nl> - [ 1356 ] = > <nl> - int ( 1357 ) <nl> - [ 1357 ] = > <nl> - int ( 1358 ) <nl> - [ 1358 ] = > <nl> - int ( 1359 ) <nl> - [ 1359 ] = > <nl> - int ( 1360 ) <nl> - [ 1360 ] = > <nl> - int ( 1361 ) <nl> - [ 1361 ] = > <nl> - int ( 1362 ) <nl> - [ 1362 ] = > <nl> - int ( 1363 ) <nl> - [ 1363 ] = > <nl> - int ( 1364 ) <nl> - [ 1364 ] = > <nl> - int ( 1365 ) <nl> - [ 1365 ] = > <nl> - int ( 1366 ) <nl> - [ 1366 ] = > <nl> - int ( 1367 ) <nl> - [ 1367 ] = > <nl> - int ( 1368 ) <nl> - [ 1368 ] = > <nl> - int ( 1369 ) <nl> - [ 1369 ] = > <nl> - int ( 1370 ) <nl> - [ 1370 ] = > <nl> - int ( 1371 ) <nl> - [ 1371 ] = > <nl> - int ( 1372 ) <nl> - [ 1372 ] = > <nl> - int ( 1373 ) <nl> - [ 1373 ] = > <nl> - int ( 1374 ) <nl> - [ 1374 ] = > <nl> - int ( 1375 ) <nl> - [ 1375 ] = > <nl> - int ( 1376 ) <nl> - [ 1376 ] = > <nl> - int ( 1377 ) <nl> - [ 1377 ] = > <nl> - int ( 1378 ) <nl> - [ 1378 ] = > <nl> - int ( 1379 ) <nl> - [ 1379 ] = > <nl> - int ( 1380 ) <nl> - [ 1380 ] = > <nl> - int ( 1381 ) <nl> - [ 1381 ] = > <nl> - int ( 1382 ) <nl> - [ 1382 ] = > <nl> - int ( 1383 ) <nl> - [ 1383 ] = > <nl> - int ( 1384 ) <nl> - [ 1384 ] = > <nl> - int ( 1385 ) <nl> - [ 1385 ] = > <nl> - int ( 1386 ) <nl> - [ 1386 ] = > <nl> - int ( 1387 ) <nl> - [ 1387 ] = > <nl> - int ( 1388 ) <nl> - [ 1388 ] = > <nl> - int ( 1389 ) <nl> - [ 1389 ] = > <nl> - int ( 1390 ) <nl> - [ 1390 ] = > <nl> - int ( 1391 ) <nl> - [ 1391 ] = > <nl> - int ( 1392 ) <nl> - [ 1392 ] = > <nl> - int ( 1393 ) <nl> - [ 1393 ] = > <nl> - int ( 1394 ) <nl> - [ 1394 ] = > <nl> - int ( 1395 ) <nl> - [ 1395 ] = > <nl> - int ( 1396 ) <nl> - [ 1396 ] = > <nl> - int ( 1397 ) <nl> - [ 1397 ] = > <nl> - int ( 1398 ) <nl> - [ 1398 ] = > <nl> - int ( 1399 ) <nl> - [ 1399 ] = > <nl> - int ( 1400 ) <nl> - [ 1400 ] = > <nl> - int ( 1401 ) <nl> - [ 1401 ] = > <nl> - int ( 1402 ) <nl> - [ 1402 ] = > <nl> - int ( 1403 ) <nl> - [ 1403 ] = > <nl> - int ( 1404 ) <nl> - [ 1404 ] = > <nl> - int ( 1405 ) <nl> - [ 1405 ] = > <nl> - int ( 1406 ) <nl> - [ 1406 ] = > <nl> - int ( 1407 ) <nl> - [ 1407 ] = > <nl> - int ( 1408 ) <nl> - [ 1408 ] = > <nl> - int ( 1409 ) <nl> - [ 1409 ] = > <nl> - int ( 1410 ) <nl> - [ 1410 ] = > <nl> - int ( 1411 ) <nl> - [ 1411 ] = > <nl> - int ( 1412 ) <nl> - [ 1412 ] = > <nl> - int ( 1413 ) <nl> - [ 1413 ] = > <nl> - int ( 1414 ) <nl> - [ 1414 ] = > <nl> - int ( 1415 ) <nl> - [ 1415 ] = > <nl> - int ( 1416 ) <nl> - [ 1416 ] = > <nl> - int ( 1417 ) <nl> - [ 1417 ] = > <nl> - int ( 1418 ) <nl> - [ 1418 ] = > <nl> - int ( 1419 ) <nl> - [ 1419 ] = > <nl> - int ( 1420 ) <nl> - [ 1420 ] = > <nl> - int ( 1421 ) <nl> - [ 1421 ] = > <nl> - int ( 1422 ) <nl> - [ 1422 ] = > <nl> - int ( 1423 ) <nl> - [ 1423 ] = > <nl> - int ( 1424 ) <nl> - [ 1424 ] = > <nl> - int ( 1425 ) <nl> - [ 1425 ] = > <nl> - int ( 1426 ) <nl> - [ 1426 ] = > <nl> - int ( 1427 ) <nl> - [ 1427 ] = > <nl> - int ( 1428 ) <nl> - [ 1428 ] = > <nl> - int ( 1429 ) <nl> - [ 1429 ] = > <nl> - int ( 1430 ) <nl> - [ 1430 ] = > <nl> - int ( 1431 ) <nl> - [ 1431 ] = > <nl> - int ( 1432 ) <nl> - [ 1432 ] = > <nl> - int ( 1433 ) <nl> - [ 1433 ] = > <nl> - int ( 1434 ) <nl> - [ 1434 ] = > <nl> - int ( 1435 ) <nl> - [ 1435 ] = > <nl> - int ( 1436 ) <nl> - [ 1436 ] = > <nl> - int ( 1437 ) <nl> - [ 1437 ] = > <nl> - int ( 1438 ) <nl> - [ 1438 ] = > <nl> - int ( 1439 ) <nl> - [ 1439 ] = > <nl> - int ( 1440 ) <nl> - [ 1440 ] = > <nl> - int ( 1441 ) <nl> - [ 1441 ] = > <nl> - int ( 1442 ) <nl> - [ 1442 ] = > <nl> - int ( 1443 ) <nl> - [ 1443 ] = > <nl> - int ( 1444 ) <nl> - [ 1444 ] = > <nl> - int ( 1445 ) <nl> - [ 1445 ] = > <nl> - int ( 1446 ) <nl> - [ 1446 ] = > <nl> - int ( 1447 ) <nl> - [ 1447 ] = > <nl> - int ( 1448 ) <nl> - [ 1448 ] = > <nl> - int ( 1449 ) <nl> - [ 1449 ] = > <nl> - int ( 1450 ) <nl> - [ 1450 ] = > <nl> - int ( 1451 ) <nl> - [ 1451 ] = > <nl> - int ( 1452 ) <nl> - [ 1452 ] = > <nl> - int ( 1453 ) <nl> - [ 1453 ] = > <nl> - int ( 1454 ) <nl> - [ 1454 ] = > <nl> - int ( 1455 ) <nl> - [ 1455 ] = > <nl> - int ( 1456 ) <nl> - [ 1456 ] = > <nl> - int ( 1457 ) <nl> - [ 1457 ] = > <nl> - int ( 1458 ) <nl> - [ 1458 ] = > <nl> - int ( 1459 ) <nl> - [ 1459 ] = > <nl> - int ( 1460 ) <nl> - [ 1460 ] = > <nl> - int ( 1461 ) <nl> - [ 1461 ] = > <nl> - int ( 1462 ) <nl> - [ 1462 ] = > <nl> - int ( 1463 ) <nl> - [ 1463 ] = > <nl> - int ( 1464 ) <nl> - [ 1464 ] = > <nl> - int ( 1465 ) <nl> - [ 1465 ] = > <nl> - int ( 1466 ) <nl> - [ 1466 ] = > <nl> - int ( 1467 ) <nl> - [ 1467 ] = > <nl> - int ( 1468 ) <nl> - [ 1468 ] = > <nl> - int ( 1469 ) <nl> - [ 1469 ] = > <nl> - int ( 1470 ) <nl> - [ 1470 ] = > <nl> - int ( 1471 ) <nl> - [ 1471 ] = > <nl> - int ( 1472 ) <nl> - [ 1472 ] = > <nl> - int ( 1473 ) <nl> - [ 1473 ] = > <nl> - int ( 1474 ) <nl> - [ 1474 ] = > <nl> - int ( 1475 ) <nl> - [ 1475 ] = > <nl> - int ( 1476 ) <nl> - [ 1476 ] = > <nl> - int ( 1477 ) <nl> - [ 1477 ] = > <nl> - int ( 1478 ) <nl> - [ 1478 ] = > <nl> - int ( 1479 ) <nl> - [ 1479 ] = > <nl> - int ( 1480 ) <nl> - [ 1480 ] = > <nl> - int ( 1481 ) <nl> - [ 1481 ] = > <nl> - int ( 1482 ) <nl> - [ 1482 ] = > <nl> - int ( 1483 ) <nl> - [ 1483 ] = > <nl> - int ( 1484 ) <nl> - [ 1484 ] = > <nl> - int ( 1485 ) <nl> - [ 1485 ] = > <nl> - int ( 1486 ) <nl> - [ 1486 ] = > <nl> - int ( 1487 ) <nl> - [ 1487 ] = > <nl> - int ( 1488 ) <nl> - [ 1488 ] = > <nl> - int ( 1489 ) <nl> - [ 1489 ] = > <nl> - int ( 1490 ) <nl> - [ 1490 ] = > <nl> - int ( 1491 ) <nl> - [ 1491 ] = > <nl> - int ( 1492 ) <nl> - [ 1492 ] = > <nl> - int ( 1493 ) <nl> - [ 1493 ] = > <nl> - int ( 1494 ) <nl> - [ 1494 ] = > <nl> - int ( 1495 ) <nl> - [ 1495 ] = > <nl> - int ( 1496 ) <nl> - [ 1496 ] = > <nl> - int ( 1497 ) <nl> - [ 1497 ] = > <nl> - int ( 1498 ) <nl> - [ 1498 ] = > <nl> - int ( 1499 ) <nl> - [ 1499 ] = > <nl> - int ( 1500 ) <nl> - [ 1500 ] = > <nl> - int ( 1501 ) <nl> - [ 1501 ] = > <nl> - int ( 1502 ) <nl> - [ 1502 ] = > <nl> - int ( 1503 ) <nl> - [ 1503 ] = > <nl> - int ( 1504 ) <nl> - [ 1504 ] = > <nl> - int ( 1505 ) <nl> - [ 1505 ] = > <nl> - int ( 1506 ) <nl> - [ 1506 ] = > <nl> - int ( 1507 ) <nl> - [ 1507 ] = > <nl> - int ( 1508 ) <nl> - [ 1508 ] = > <nl> - int ( 1509 ) <nl> - [ 1509 ] = > <nl> - int ( 1510 ) <nl> - [ 1510 ] = > <nl> - int ( 1511 ) <nl> - [ 1511 ] = > <nl> - int ( 1512 ) <nl> - [ 1512 ] = > <nl> - int ( 1513 ) <nl> - [ 1513 ] = > <nl> - int ( 1514 ) <nl> - [ 1514 ] = > <nl> - int ( 1515 ) <nl> - [ 1515 ] = > <nl> - int ( 1516 ) <nl> - [ 1516 ] = > <nl> - int ( 1517 ) <nl> - [ 1517 ] = > <nl> - int ( 1518 ) <nl> - [ 1518 ] = > <nl> - int ( 1519 ) <nl> - [ 1519 ] = > <nl> - int ( 1520 ) <nl> - [ 1520 ] = > <nl> - int ( 1521 ) <nl> - [ 1521 ] = > <nl> - int ( 1522 ) <nl> - [ 1522 ] = > <nl> - int ( 1523 ) <nl> - [ 1523 ] = > <nl> - int ( 1524 ) <nl> - [ 1524 ] = > <nl> - int ( 1525 ) <nl> - [ 1525 ] = > <nl> - int ( 1526 ) <nl> - [ 1526 ] = > <nl> - int ( 1527 ) <nl> - [ 1527 ] = > <nl> - int ( 1528 ) <nl> - [ 1528 ] = > <nl> - int ( 1529 ) <nl> - [ 1529 ] = > <nl> - int ( 1530 ) <nl> - [ 1530 ] = > <nl> - int ( 1531 ) <nl> - [ 1531 ] = > <nl> - int ( 1532 ) <nl> - [ 1532 ] = > <nl> - int ( 1533 ) <nl> - [ 1533 ] = > <nl> - int ( 1534 ) <nl> - [ 1534 ] = > <nl> - int ( 1535 ) <nl> - [ 1535 ] = > <nl> - int ( 1536 ) <nl> - [ 1536 ] = > <nl> - int ( 1537 ) <nl> - [ 1537 ] = > <nl> - int ( 1538 ) <nl> - [ 1538 ] = > <nl> - int ( 1539 ) <nl> - [ 1539 ] = > <nl> - int ( 1540 ) <nl> - [ 1540 ] = > <nl> - int ( 1541 ) <nl> - [ 1541 ] = > <nl> - int ( 1542 ) <nl> - [ 1542 ] = > <nl> - int ( 1543 ) <nl> - [ 1543 ] = > <nl> - int ( 1544 ) <nl> - [ 1544 ] = > <nl> - int ( 1545 ) <nl> - [ 1545 ] = > <nl> - int ( 1546 ) <nl> - [ 1546 ] = > <nl> - int ( 1547 ) <nl> - [ 1547 ] = > <nl> - int ( 1548 ) <nl> - [ 1548 ] = > <nl> - int ( 1549 ) <nl> - [ 1549 ] = > <nl> - int ( 1550 ) <nl> - [ 1550 ] = > <nl> - int ( 1551 ) <nl> - [ 1551 ] = > <nl> - int ( 1552 ) <nl> - [ 1552 ] = > <nl> - int ( 1553 ) <nl> - [ 1553 ] = > <nl> - int ( 1554 ) <nl> - [ 1554 ] = > <nl> - int ( 1555 ) <nl> - [ 1555 ] = > <nl> - int ( 1556 ) <nl> - [ 1556 ] = > <nl> - int ( 1557 ) <nl> - [ 1557 ] = > <nl> - int ( 1558 ) <nl> - [ 1558 ] = > <nl> - int ( 1559 ) <nl> - [ 1559 ] = > <nl> - int ( 1560 ) <nl> - [ 1560 ] = > <nl> - int ( 1561 ) <nl> - [ 1561 ] = > <nl> - int ( 1562 ) <nl> - [ 1562 ] = > <nl> - int ( 1563 ) <nl> - [ 1563 ] = > <nl> - int ( 1564 ) <nl> - [ 1564 ] = > <nl> - int ( 1565 ) <nl> - [ 1565 ] = > <nl> - int ( 1566 ) <nl> - [ 1566 ] = > <nl> - int ( 1567 ) <nl> - [ 1567 ] = > <nl> - int ( 1568 ) <nl> - [ 1568 ] = > <nl> - int ( 1569 ) <nl> - [ 1569 ] = > <nl> - int ( 1570 ) <nl> - [ 1570 ] = > <nl> - int ( 1571 ) <nl> - [ 1571 ] = > <nl> - int ( 1572 ) <nl> - [ 1572 ] = > <nl> - int ( 1573 ) <nl> - [ 1573 ] = > <nl> - int ( 1574 ) <nl> - [ 1574 ] = > <nl> - int ( 1575 ) <nl> - [ 1575 ] = > <nl> - int ( 1576 ) <nl> - [ 1576 ] = > <nl> - int ( 1577 ) <nl> - [ 1577 ] = > <nl> - int ( 1578 ) <nl> - [ 1578 ] = > <nl> - int ( 1579 ) <nl> - [ 1579 ] = > <nl> - int ( 1580 ) <nl> - [ 1580 ] = > <nl> - int ( 1581 ) <nl> - [ 1581 ] = > <nl> - int ( 1582 ) <nl> - [ 1582 ] = > <nl> - int ( 1583 ) <nl> - [ 1583 ] = > <nl> - int ( 1584 ) <nl> - [ 1584 ] = > <nl> - int ( 1585 ) <nl> - [ 1585 ] = > <nl> - int ( 1586 ) <nl> - [ 1586 ] = > <nl> - int ( 1587 ) <nl> - [ 1587 ] = > <nl> - int ( 1588 ) <nl> - [ 1588 ] = > <nl> - int ( 1589 ) <nl> - [ 1589 ] = > <nl> - int ( 1590 ) <nl> - [ 1590 ] = > <nl> - int ( 1591 ) <nl> - [ 1591 ] = > <nl> - int ( 1592 ) <nl> - [ 1592 ] = > <nl> - int ( 1593 ) <nl> - [ 1593 ] = > <nl> - int ( 1594 ) <nl> - [ 1594 ] = > <nl> - int ( 1595 ) <nl> - [ 1595 ] = > <nl> - int ( 1596 ) <nl> - [ 1596 ] = > <nl> - int ( 1597 ) <nl> - [ 1597 ] = > <nl> - int ( 1598 ) <nl> - [ 1598 ] = > <nl> - int ( 1599 ) <nl> - [ 1599 ] = > <nl> - int ( 1600 ) <nl> - [ 1600 ] = > <nl> - int ( 1601 ) <nl> - [ 1601 ] = > <nl> - int ( 1602 ) <nl> - [ 1602 ] = > <nl> - int ( 1603 ) <nl> - [ 1603 ] = > <nl> - int ( 1604 ) <nl> - [ 1604 ] = > <nl> - int ( 1605 ) <nl> - [ 1605 ] = > <nl> - int ( 1606 ) <nl> - [ 1606 ] = > <nl> - int ( 1607 ) <nl> - [ 1607 ] = > <nl> - int ( 1608 ) <nl> - [ 1608 ] = > <nl> - int ( 1609 ) <nl> - [ 1609 ] = > <nl> - int ( 1610 ) <nl> - [ 1610 ] = > <nl> - int ( 1611 ) <nl> - [ 1611 ] = > <nl> - int ( 1612 ) <nl> - [ 1612 ] = > <nl> - int ( 1613 ) <nl> - [ 1613 ] = > <nl> - int ( 1614 ) <nl> - [ 1614 ] = > <nl> - int ( 1615 ) <nl> - [ 1615 ] = > <nl> - int ( 1616 ) <nl> - [ 1616 ] = > <nl> - int ( 1617 ) <nl> - [ 1617 ] = > <nl> - int ( 1618 ) <nl> - [ 1618 ] = > <nl> - int ( 1619 ) <nl> - [ 1619 ] = > <nl> - int ( 1620 ) <nl> - [ 1620 ] = > <nl> - int ( 1621 ) <nl> - [ 1621 ] = > <nl> - int ( 1622 ) <nl> - [ 1622 ] = > <nl> - int ( 1623 ) <nl> - [ 1623 ] = > <nl> - int ( 1624 ) <nl> - [ 1624 ] = > <nl> - int ( 1625 ) <nl> - [ 1625 ] = > <nl> - int ( 1626 ) <nl> - [ 1626 ] = > <nl> - int ( 1627 ) <nl> - [ 1627 ] = > <nl> - int ( 1628 ) <nl> - [ 1628 ] = > <nl> - int ( 1629 ) <nl> - [ 1629 ] = > <nl> - int ( 1630 ) <nl> - [ 1630 ] = > <nl> - int ( 1631 ) <nl> - [ 1631 ] = > <nl> - int ( 1632 ) <nl> - [ 1632 ] = > <nl> - int ( 1633 ) <nl> - [ 1633 ] = > <nl> - int ( 1634 ) <nl> - [ 1634 ] = > <nl> - int ( 1635 ) <nl> - [ 1635 ] = > <nl> - int ( 1636 ) <nl> - [ 1636 ] = > <nl> - int ( 1637 ) <nl> - [ 1637 ] = > <nl> - int ( 1638 ) <nl> - [ 1638 ] = > <nl> - int ( 1639 ) <nl> - [ 1639 ] = > <nl> - int ( 1640 ) <nl> - [ 1640 ] = > <nl> - int ( 1641 ) <nl> - [ 1641 ] = > <nl> - int ( 1642 ) <nl> - [ 1642 ] = > <nl> - int ( 1643 ) <nl> - [ 1643 ] = > <nl> - int ( 1644 ) <nl> - [ 1644 ] = > <nl> - int ( 1645 ) <nl> - [ 1645 ] = > <nl> - int ( 1646 ) <nl> - [ 1646 ] = > <nl> - int ( 1647 ) <nl> - [ 1647 ] = > <nl> - int ( 1648 ) <nl> - [ 1648 ] = > <nl> - int ( 1649 ) <nl> - [ 1649 ] = > <nl> - int ( 1650 ) <nl> - [ 1650 ] = > <nl> - int ( 1651 ) <nl> - [ 1651 ] = > <nl> - int ( 1652 ) <nl> - [ 1652 ] = > <nl> - int ( 1653 ) <nl> - [ 1653 ] = > <nl> - int ( 1654 ) <nl> - [ 1654 ] = > <nl> - int ( 1655 ) <nl> - [ 1655 ] = > <nl> - int ( 1656 ) <nl> - [ 1656 ] = > <nl> - int ( 1657 ) <nl> - [ 1657 ] = > <nl> - int ( 1658 ) <nl> - [ 1658 ] = > <nl> - int ( 1659 ) <nl> - [ 1659 ] = > <nl> - int ( 1660 ) <nl> - [ 1660 ] = > <nl> - int ( 1661 ) <nl> - [ 1661 ] = > <nl> - int ( 1662 ) <nl> - [ 1662 ] = > <nl> - int ( 1663 ) <nl> - [ 1663 ] = > <nl> - int ( 1664 ) <nl> - [ 1664 ] = > <nl> - int ( 1665 ) <nl> - [ 1665 ] = > <nl> - int ( 1666 ) <nl> - [ 1666 ] = > <nl> - int ( 1667 ) <nl> - [ 1667 ] = > <nl> - int ( 1668 ) <nl> - [ 1668 ] = > <nl> - int ( 1669 ) <nl> - [ 1669 ] = > <nl> - int ( 1670 ) <nl> - [ 1670 ] = > <nl> - int ( 1671 ) <nl> - [ 1671 ] = > <nl> - int ( 1672 ) <nl> - [ 1672 ] = > <nl> - int ( 1673 ) <nl> - [ 1673 ] = > <nl> - int ( 1674 ) <nl> - [ 1674 ] = > <nl> - int ( 1675 ) <nl> - [ 1675 ] = > <nl> - int ( 1676 ) <nl> - [ 1676 ] = > <nl> - int ( 1677 ) <nl> - [ 1677 ] = > <nl> - int ( 1678 ) <nl> - [ 1678 ] = > <nl> - int ( 1679 ) <nl> - [ 1679 ] = > <nl> - int ( 1680 ) <nl> - [ 1680 ] = > <nl> - int ( 1681 ) <nl> - [ 1681 ] = > <nl> - int ( 1682 ) <nl> - [ 1682 ] = > <nl> - int ( 1683 ) <nl> - [ 1683 ] = > <nl> - int ( 1684 ) <nl> - [ 1684 ] = > <nl> - int ( 1685 ) <nl> - [ 1685 ] = > <nl> - int ( 1686 ) <nl> - [ 1686 ] = > <nl> - int ( 1687 ) <nl> - [ 1687 ] = > <nl> - int ( 1688 ) <nl> - [ 1688 ] = > <nl> - int ( 1689 ) <nl> - [ 1689 ] = > <nl> - int ( 1690 ) <nl> - [ 1690 ] = > <nl> - int ( 1691 ) <nl> - [ 1691 ] = > <nl> - int ( 1692 ) <nl> - [ 1692 ] = > <nl> - int ( 1693 ) <nl> - [ 1693 ] = > <nl> - int ( 1694 ) <nl> - [ 1694 ] = > <nl> - int ( 1695 ) <nl> - [ 1695 ] = > <nl> - int ( 1696 ) <nl> - [ 1696 ] = > <nl> - int ( 1697 ) <nl> - [ 1697 ] = > <nl> - int ( 1698 ) <nl> - [ 1698 ] = > <nl> - int ( 1699 ) <nl> - [ 1699 ] = > <nl> - int ( 1700 ) <nl> - [ 1700 ] = > <nl> - int ( 1701 ) <nl> - [ 1701 ] = > <nl> - int ( 1702 ) <nl> - [ 1702 ] = > <nl> - int ( 1703 ) <nl> - [ 1703 ] = > <nl> - int ( 1704 ) <nl> - [ 1704 ] = > <nl> - int ( 1705 ) <nl> - [ 1705 ] = > <nl> - int ( 1706 ) <nl> - [ 1706 ] = > <nl> - int ( 1707 ) <nl> - [ 1707 ] = > <nl> - int ( 1708 ) <nl> - [ 1708 ] = > <nl> - int ( 1709 ) <nl> - [ 1709 ] = > <nl> - int ( 1710 ) <nl> - [ 1710 ] = > <nl> - int ( 1711 ) <nl> - [ 1711 ] = > <nl> - int ( 1712 ) <nl> - [ 1712 ] = > <nl> - int ( 1713 ) <nl> - [ 1713 ] = > <nl> - int ( 1714 ) <nl> - [ 1714 ] = > <nl> - int ( 1715 ) <nl> - [ 1715 ] = > <nl> - int ( 1716 ) <nl> - [ 1716 ] = > <nl> - int ( 1717 ) <nl> - [ 1717 ] = > <nl> - int ( 1718 ) <nl> - [ 1718 ] = > <nl> - int ( 1719 ) <nl> - [ 1719 ] = > <nl> - int ( 1720 ) <nl> - [ 1720 ] = > <nl> - int ( 1721 ) <nl> - [ 1721 ] = > <nl> - int ( 1722 ) <nl> - [ 1722 ] = > <nl> - int ( 1723 ) <nl> - [ 1723 ] = > <nl> - int ( 1724 ) <nl> - [ 1724 ] = > <nl> - int ( 1725 ) <nl> - [ 1725 ] = > <nl> - int ( 1726 ) <nl> - [ 1726 ] = > <nl> - int ( 1727 ) <nl> - [ 1727 ] = > <nl> - int ( 1728 ) <nl> - [ 1728 ] = > <nl> - int ( 1729 ) <nl> - [ 1729 ] = > <nl> - int ( 1730 ) <nl> - [ 1730 ] = > <nl> - int ( 1731 ) <nl> - [ 1731 ] = > <nl> - int ( 1732 ) <nl> - [ 1732 ] = > <nl> - int ( 1733 ) <nl> - [ 1733 ] = > <nl> - int ( 1734 ) <nl> - [ 1734 ] = > <nl> - int ( 1735 ) <nl> - [ 1735 ] = > <nl> - int ( 1736 ) <nl> - [ 1736 ] = > <nl> - int ( 1737 ) <nl> - [ 1737 ] = > <nl> - int ( 1738 ) <nl> - [ 1738 ] = > <nl> - int ( 1739 ) <nl> - [ 1739 ] = > <nl> - int ( 1740 ) <nl> - [ 1740 ] = > <nl> - int ( 1741 ) <nl> - [ 1741 ] = > <nl> - int ( 1742 ) <nl> - [ 1742 ] = > <nl> - int ( 1743 ) <nl> - [ 1743 ] = > <nl> - int ( 1744 ) <nl> - [ 1744 ] = > <nl> - int ( 1745 ) <nl> - [ 1745 ] = > <nl> - int ( 1746 ) <nl> - [ 1746 ] = > <nl> - int ( 1747 ) <nl> - [ 1747 ] = > <nl> - int ( 1748 ) <nl> - [ 1748 ] = > <nl> - int ( 1749 ) <nl> - [ 1749 ] = > <nl> - int ( 1750 ) <nl> - [ 1750 ] = > <nl> - int ( 1751 ) <nl> - [ 1751 ] = > <nl> - int ( 1752 ) <nl> - [ 1752 ] = > <nl> - int ( 1753 ) <nl> - [ 1753 ] = > <nl> - int ( 1754 ) <nl> - [ 1754 ] = > <nl> - int ( 1755 ) <nl> - [ 1755 ] = > <nl> - int ( 1756 ) <nl> - [ 1756 ] = > <nl> - int ( 1757 ) <nl> - [ 1757 ] = > <nl> - int ( 1758 ) <nl> - [ 1758 ] = > <nl> - int ( 1759 ) <nl> - [ 1759 ] = > <nl> - int ( 1760 ) <nl> - [ 1760 ] = > <nl> - int ( 1761 ) <nl> - [ 1761 ] = > <nl> - int ( 1762 ) <nl> - [ 1762 ] = > <nl> - int ( 1763 ) <nl> - [ 1763 ] = > <nl> - int ( 1764 ) <nl> - [ 1764 ] = > <nl> - int ( 1765 ) <nl> - [ 1765 ] = > <nl> - int ( 1766 ) <nl> - [ 1766 ] = > <nl> - int ( 1767 ) <nl> - [ 1767 ] = > <nl> - int ( 1768 ) <nl> - [ 1768 ] = > <nl> - int ( 1769 ) <nl> - [ 1769 ] = > <nl> - int ( 1770 ) <nl> - [ 1770 ] = > <nl> - int ( 1771 ) <nl> - [ 1771 ] = > <nl> - int ( 1772 ) <nl> - [ 1772 ] = > <nl> - int ( 1773 ) <nl> - [ 1773 ] = > <nl> - int ( 1774 ) <nl> - [ 1774 ] = > <nl> - int ( 1775 ) <nl> - [ 1775 ] = > <nl> - int ( 1776 ) <nl> - [ 1776 ] = > <nl> - int ( 1777 ) <nl> - [ 1777 ] = > <nl> - int ( 1778 ) <nl> - [ 1778 ] = > <nl> - int ( 1779 ) <nl> - [ 1779 ] = > <nl> - int ( 1780 ) <nl> - [ 1780 ] = > <nl> - int ( 1781 ) <nl> - [ 1781 ] = > <nl> - int ( 1782 ) <nl> - [ 1782 ] = > <nl> - int ( 1783 ) <nl> - [ 1783 ] = > <nl> - int ( 1784 ) <nl> - [ 1784 ] = > <nl> - int ( 1785 ) <nl> - [ 1785 ] = > <nl> - int ( 1786 ) <nl> - [ 1786 ] = > <nl> - int ( 1787 ) <nl> - [ 1787 ] = > <nl> - int ( 1788 ) <nl> - [ 1788 ] = > <nl> - int ( 1789 ) <nl> - [ 1789 ] = > <nl> - int ( 1790 ) <nl> - [ 1790 ] = > <nl> - int ( 1791 ) <nl> - [ 1791 ] = > <nl> - int ( 1792 ) <nl> - [ 1792 ] = > <nl> - int ( 1793 ) <nl> - [ 1793 ] = > <nl> - int ( 1794 ) <nl> - [ 1794 ] = > <nl> - int ( 1795 ) <nl> - [ 1795 ] = > <nl> - int ( 1796 ) <nl> - [ 1796 ] = > <nl> - int ( 1797 ) <nl> - [ 1797 ] = > <nl> - int ( 1798 ) <nl> - [ 1798 ] = > <nl> - int ( 1799 ) <nl> - [ 1799 ] = > <nl> - int ( 1800 ) <nl> - [ 1800 ] = > <nl> - int ( 1801 ) <nl> - [ 1801 ] = > <nl> - int ( 1802 ) <nl> - [ 1802 ] = > <nl> - int ( 1803 ) <nl> - [ 1803 ] = > <nl> - int ( 1804 ) <nl> - [ 1804 ] = > <nl> - int ( 1805 ) <nl> - [ 1805 ] = > <nl> - int ( 1806 ) <nl> - [ 1806 ] = > <nl> - int ( 1807 ) <nl> - [ 1807 ] = > <nl> - int ( 1808 ) <nl> - [ 1808 ] = > <nl> - int ( 1809 ) <nl> - [ 1809 ] = > <nl> - int ( 1810 ) <nl> - [ 1810 ] = > <nl> - int ( 1811 ) <nl> - [ 1811 ] = > <nl> - int ( 1812 ) <nl> - [ 1812 ] = > <nl> - int ( 1813 ) <nl> - [ 1813 ] = > <nl> - int ( 1814 ) <nl> - [ 1814 ] = > <nl> - int ( 1815 ) <nl> - [ 1815 ] = > <nl> - int ( 1816 ) <nl> - [ 1816 ] = > <nl> - int ( 1817 ) <nl> - [ 1817 ] = > <nl> - int ( 1818 ) <nl> - [ 1818 ] = > <nl> - int ( 1819 ) <nl> - [ 1819 ] = > <nl> - int ( 1820 ) <nl> - [ 1820 ] = > <nl> - int ( 1821 ) <nl> - [ 1821 ] = > <nl> - int ( 1822 ) <nl> - [ 1822 ] = > <nl> - int ( 1823 ) <nl> - [ 1823 ] = > <nl> - int ( 1824 ) <nl> - [ 1824 ] = > <nl> - int ( 1825 ) <nl> - [ 1825 ] = > <nl> - int ( 1826 ) <nl> - [ 1826 ] = > <nl> - int ( 1827 ) <nl> - [ 1827 ] = > <nl> - int ( 1828 ) <nl> - [ 1828 ] = > <nl> - int ( 1829 ) <nl> - [ 1829 ] = > <nl> - int ( 1830 ) <nl> - [ 1830 ] = > <nl> - int ( 1831 ) <nl> - [ 1831 ] = > <nl> - int ( 1832 ) <nl> - [ 1832 ] = > <nl> - int ( 1833 ) <nl> - [ 1833 ] = > <nl> - int ( 1834 ) <nl> - [ 1834 ] = > <nl> - int ( 1835 ) <nl> - [ 1835 ] = > <nl> - int ( 1836 ) <nl> - [ 1836 ] = > <nl> - int ( 1837 ) <nl> - [ 1837 ] = > <nl> - int ( 1838 ) <nl> - [ 1838 ] = > <nl> - int ( 1839 ) <nl> - [ 1839 ] = > <nl> - int ( 1840 ) <nl> - [ 1840 ] = > <nl> - int ( 1841 ) <nl> - [ 1841 ] = > <nl> - int ( 1842 ) <nl> - [ 1842 ] = > <nl> - int ( 1843 ) <nl> - [ 1843 ] = > <nl> - int ( 1844 ) <nl> - [ 1844 ] = > <nl> - int ( 1845 ) <nl> - [ 1845 ] = > <nl> - int ( 1846 ) <nl> - [ 1846 ] = > <nl> - int ( 1847 ) <nl> - [ 1847 ] = > <nl> - int ( 1848 ) <nl> - [ 1848 ] = > <nl> - int ( 1849 ) <nl> - [ 1849 ] = > <nl> - int ( 1850 ) <nl> - [ 1850 ] = > <nl> - int ( 1851 ) <nl> - [ 1851 ] = > <nl> - int ( 1852 ) <nl> - [ 1852 ] = > <nl> - int ( 1853 ) <nl> - [ 1853 ] = > <nl> - int ( 1854 ) <nl> - [ 1854 ] = > <nl> - int ( 1855 ) <nl> - [ 1855 ] = > <nl> - int ( 1856 ) <nl> - [ 1856 ] = > <nl> - int ( 1857 ) <nl> - [ 1857 ] = > <nl> - int ( 1858 ) <nl> - [ 1858 ] = > <nl> - int ( 1859 ) <nl> - [ 1859 ] = > <nl> - int ( 1860 ) <nl> - [ 1860 ] = > <nl> - int ( 1861 ) <nl> - [ 1861 ] = > <nl> - int ( 1862 ) <nl> - [ 1862 ] = > <nl> - int ( 1863 ) <nl> - [ 1863 ] = > <nl> - int ( 1864 ) <nl> - [ 1864 ] = > <nl> - int ( 1865 ) <nl> - [ 1865 ] = > <nl> - int ( 1866 ) <nl> - [ 1866 ] = > <nl> - int ( 1867 ) <nl> - [ 1867 ] = > <nl> - int ( 1868 ) <nl> - [ 1868 ] = > <nl> - int ( 1869 ) <nl> - [ 1869 ] = > <nl> - int ( 1870 ) <nl> - [ 1870 ] = > <nl> - int ( 1871 ) <nl> - [ 1871 ] = > <nl> - int ( 1872 ) <nl> - [ 1872 ] = > <nl> - int ( 1873 ) <nl> - [ 1873 ] = > <nl> - int ( 1874 ) <nl> - [ 1874 ] = > <nl> - int ( 1875 ) <nl> - [ 1875 ] = > <nl> - int ( 1876 ) <nl> - [ 1876 ] = > <nl> - int ( 1877 ) <nl> - [ 1877 ] = > <nl> - int ( 1878 ) <nl> - [ 1878 ] = > <nl> - int ( 1879 ) <nl> - [ 1879 ] = > <nl> - int ( 1880 ) <nl> - [ 1880 ] = > <nl> - int ( 1881 ) <nl> - [ 1881 ] = > <nl> - int ( 1882 ) <nl> - [ 1882 ] = > <nl> - int ( 1883 ) <nl> - [ 1883 ] = > <nl> - int ( 1884 ) <nl> - [ 1884 ] = > <nl> - int ( 1885 ) <nl> - [ 1885 ] = > <nl> - int ( 1886 ) <nl> - [ 1886 ] = > <nl> - int ( 1887 ) <nl> - [ 1887 ] = > <nl> - int ( 1888 ) <nl> - [ 1888 ] = > <nl> - int ( 1889 ) <nl> - [ 1889 ] = > <nl> - int ( 1890 ) <nl> - [ 1890 ] = > <nl> - int ( 1891 ) <nl> - [ 1891 ] = > <nl> - int ( 1892 ) <nl> - [ 1892 ] = > <nl> - int ( 1893 ) <nl> - [ 1893 ] = > <nl> - int ( 1894 ) <nl> - [ 1894 ] = > <nl> - int ( 1895 ) <nl> - [ 1895 ] = > <nl> - int ( 1896 ) <nl> - [ 1896 ] = > <nl> - int ( 1897 ) <nl> - [ 1897 ] = > <nl> - int ( 1898 ) <nl> - [ 1898 ] = > <nl> - int ( 1899 ) <nl> - [ 1899 ] = > <nl> - int ( 1900 ) <nl> - [ 1900 ] = > <nl> - int ( 1901 ) <nl> - [ 1901 ] = > <nl> - int ( 1902 ) <nl> - [ 1902 ] = > <nl> - int ( 1903 ) <nl> - [ 1903 ] = > <nl> - int ( 1904 ) <nl> - [ 1904 ] = > <nl> - int ( 1905 ) <nl> - [ 1905 ] = > <nl> - int ( 1906 ) <nl> - [ 1906 ] = > <nl> - int ( 1907 ) <nl> - [ 1907 ] = > <nl> - int ( 1908 ) <nl> - [ 1908 ] = > <nl> - int ( 1909 ) <nl> - [ 1909 ] = > <nl> - int ( 1910 ) <nl> - [ 1910 ] = > <nl> - int ( 1911 ) <nl> - [ 1911 ] = > <nl> - int ( 1912 ) <nl> - [ 1912 ] = > <nl> - int ( 1913 ) <nl> - [ 1913 ] = > <nl> - int ( 1914 ) <nl> - [ 1914 ] = > <nl> - int ( 1915 ) <nl> - [ 1915 ] = > <nl> - int ( 1916 ) <nl> - [ 1916 ] = > <nl> - int ( 1917 ) <nl> - [ 1917 ] = > <nl> - int ( 1918 ) <nl> - [ 1918 ] = > <nl> - int ( 1919 ) <nl> - [ 1919 ] = > <nl> - int ( 1920 ) <nl> - [ 1920 ] = > <nl> - int ( 1921 ) <nl> - [ 1921 ] = > <nl> - int ( 1922 ) <nl> - [ 1922 ] = > <nl> - int ( 1923 ) <nl> - [ 1923 ] = > <nl> - int ( 1924 ) <nl> - [ 1924 ] = > <nl> - int ( 1925 ) <nl> - [ 1925 ] = > <nl> - int ( 1926 ) <nl> - [ 1926 ] = > <nl> - int ( 1927 ) <nl> - [ 1927 ] = > <nl> - int ( 1928 ) <nl> - [ 1928 ] = > <nl> - int ( 1929 ) <nl> - [ 1929 ] = > <nl> - int ( 1930 ) <nl> - [ 1930 ] = > <nl> - int ( 1931 ) <nl> - [ 1931 ] = > <nl> - int ( 1932 ) <nl> - [ 1932 ] = > <nl> - int ( 1933 ) <nl> - [ 1933 ] = > <nl> - int ( 1934 ) <nl> - [ 1934 ] = > <nl> - int ( 1935 ) <nl> - [ 1935 ] = > <nl> - int ( 1936 ) <nl> - [ 1936 ] = > <nl> - int ( 1937 ) <nl> - [ 1937 ] = > <nl> - int ( 1938 ) <nl> - [ 1938 ] = > <nl> - int ( 1939 ) <nl> - [ 1939 ] = > <nl> - int ( 1940 ) <nl> - [ 1940 ] = > <nl> - int ( 1941 ) <nl> - [ 1941 ] = > <nl> - int ( 1942 ) <nl> - [ 1942 ] = > <nl> - int ( 1943 ) <nl> - [ 1943 ] = > <nl> - int ( 1944 ) <nl> - [ 1944 ] = > <nl> - int ( 1945 ) <nl> - [ 1945 ] = > <nl> - int ( 1946 ) <nl> - [ 1946 ] = > <nl> - int ( 1947 ) <nl> - [ 1947 ] = > <nl> - int ( 1948 ) <nl> - [ 1948 ] = > <nl> - int ( 1949 ) <nl> - [ 1949 ] = > <nl> - int ( 1950 ) <nl> - [ 1950 ] = > <nl> - int ( 1951 ) <nl> - [ 1951 ] = > <nl> - int ( 1952 ) <nl> - [ 1952 ] = > <nl> - int ( 1953 ) <nl> - [ 1953 ] = > <nl> - int ( 1954 ) <nl> - [ 1954 ] = > <nl> - int ( 1955 ) <nl> - [ 1955 ] = > <nl> - int ( 1956 ) <nl> - [ 1956 ] = > <nl> - int ( 1957 ) <nl> - [ 1957 ] = > <nl> - int ( 1958 ) <nl> - [ 1958 ] = > <nl> - int ( 1959 ) <nl> - [ 1959 ] = > <nl> - int ( 1960 ) <nl> - [ 1960 ] = > <nl> - int ( 1961 ) <nl> - [ 1961 ] = > <nl> - int ( 1962 ) <nl> - [ 1962 ] = > <nl> - int ( 1963 ) <nl> - [ 1963 ] = > <nl> - int ( 1964 ) <nl> - [ 1964 ] = > <nl> - int ( 1965 ) <nl> - [ 1965 ] = > <nl> - int ( 1966 ) <nl> - [ 1966 ] = > <nl> - int ( 1967 ) <nl> - [ 1967 ] = > <nl> - int ( 1968 ) <nl> - [ 1968 ] = > <nl> - int ( 1969 ) <nl> - [ 1969 ] = > <nl> - int ( 1970 ) <nl> - [ 1970 ] = > <nl> - int ( 1971 ) <nl> - [ 1971 ] = > <nl> - int ( 1972 ) <nl> - [ 1972 ] = > <nl> - int ( 1973 ) <nl> - [ 1973 ] = > <nl> - int ( 1974 ) <nl> - [ 1974 ] = > <nl> - int ( 1975 ) <nl> - [ 1975 ] = > <nl> - int ( 1976 ) <nl> - [ 1976 ] = > <nl> - int ( 1977 ) <nl> - [ 1977 ] = > <nl> - int ( 1978 ) <nl> - [ 1978 ] = > <nl> - int ( 1979 ) <nl> - [ 1979 ] = > <nl> - int ( 1980 ) <nl> - [ 1980 ] = > <nl> - int ( 1981 ) <nl> - [ 1981 ] = > <nl> - int ( 1982 ) <nl> - [ 1982 ] = > <nl> - int ( 1983 ) <nl> - [ 1983 ] = > <nl> - int ( 1984 ) <nl> - [ 1984 ] = > <nl> - int ( 1985 ) <nl> - [ 1985 ] = > <nl> - int ( 1986 ) <nl> - [ 1986 ] = > <nl> - int ( 1987 ) <nl> - [ 1987 ] = > <nl> - int ( 1988 ) <nl> - [ 1988 ] = > <nl> - int ( 1989 ) <nl> - [ 1989 ] = > <nl> - int ( 1990 ) <nl> - [ 1990 ] = > <nl> - int ( 1991 ) <nl> - [ 1991 ] = > <nl> - int ( 1992 ) <nl> - [ 1992 ] = > <nl> - int ( 1993 ) <nl> - [ 1993 ] = > <nl> - int ( 1994 ) <nl> - [ 1994 ] = > <nl> - int ( 1995 ) <nl> - [ 1995 ] = > <nl> - int ( 1996 ) <nl> - [ 1996 ] = > <nl> - int ( 1997 ) <nl> - [ 1997 ] = > <nl> - int ( 1998 ) <nl> - [ 1998 ] = > <nl> - int ( 1999 ) <nl> - [ 1999 ] = > <nl> - int ( 2000 ) <nl> - [ 2000 ] = > <nl> - int ( 2001 ) <nl> - [ 2001 ] = > <nl> - int ( 2002 ) <nl> - [ 2002 ] = > <nl> - int ( 2003 ) <nl> - [ 2003 ] = > <nl> - int ( 2004 ) <nl> - [ 2004 ] = > <nl> - int ( 2005 ) <nl> - [ 2005 ] = > <nl> - int ( 2006 ) <nl> - [ 2006 ] = > <nl> - int ( 2007 ) <nl> - [ 2007 ] = > <nl> - int ( 2008 ) <nl> - [ 2008 ] = > <nl> - int ( 2009 ) <nl> - [ 2009 ] = > <nl> - int ( 2010 ) <nl> - [ 2010 ] = > <nl> - int ( 2011 ) <nl> - [ 2011 ] = > <nl> - int ( 2012 ) <nl> - [ 2012 ] = > <nl> - int ( 2013 ) <nl> - [ 2013 ] = > <nl> - int ( 2014 ) <nl> - [ 2014 ] = > <nl> - int ( 2015 ) <nl> - [ 2015 ] = > <nl> - int ( 2016 ) <nl> - [ 2016 ] = > <nl> - int ( 2017 ) <nl> - [ 2017 ] = > <nl> - int ( 2018 ) <nl> - [ 2018 ] = > <nl> - int ( 2019 ) <nl> - [ 2019 ] = > <nl> - int ( 2020 ) <nl> - [ 2020 ] = > <nl> - int ( 2021 ) <nl> - [ 2021 ] = > <nl> - int ( 2022 ) <nl> - [ 2022 ] = > <nl> - int ( 2023 ) <nl> - [ 2023 ] = > <nl> - int ( 2024 ) <nl> - [ 2024 ] = > <nl> - int ( 2025 ) <nl> - [ 2025 ] = > <nl> - int ( 2026 ) <nl> - [ 2026 ] = > <nl> - int ( 2027 ) <nl> - [ 2027 ] = > <nl> - int ( 2028 ) <nl> - [ 2028 ] = > <nl> - int ( 2029 ) <nl> - [ 2029 ] = > <nl> - int ( 2030 ) <nl> - [ 2030 ] = > <nl> - int ( 2031 ) <nl> - [ 2031 ] = > <nl> - int ( 2032 ) <nl> - [ 2032 ] = > <nl> - int ( 2033 ) <nl> - [ 2033 ] = > <nl> - int ( 2034 ) <nl> - [ 2034 ] = > <nl> - int ( 2035 ) <nl> - [ 2035 ] = > <nl> - int ( 2036 ) <nl> - [ 2036 ] = > <nl> - int ( 2037 ) <nl> - [ 2037 ] = > <nl> - int ( 2038 ) <nl> - [ 2038 ] = > <nl> - int ( 2039 ) <nl> - [ 2039 ] = > <nl> - int ( 2040 ) <nl> - [ 2040 ] = > <nl> - int ( 2041 ) <nl> - [ 2041 ] = > <nl> - int ( 2042 ) <nl> - [ 2042 ] = > <nl> - int ( 2043 ) <nl> - [ 2043 ] = > <nl> - int ( 2044 ) <nl> - [ 2044 ] = > <nl> - int ( 2045 ) <nl> - [ 2045 ] = > <nl> - int ( 2046 ) <nl> - [ 2046 ] = > <nl> - int ( 2047 ) <nl> - [ 2047 ] = > <nl> - int ( 2048 ) <nl> - [ 2048 ] = > <nl> - int ( 2049 ) <nl> - [ 2049 ] = > <nl> - int ( 2050 ) <nl> - [ 2050 ] = > <nl> - int ( 2051 ) <nl> - [ 2051 ] = > <nl> - int ( 2052 ) <nl> - [ 2052 ] = > <nl> - int ( 2053 ) <nl> - [ 2053 ] = > <nl> - int ( 2054 ) <nl> - [ 2054 ] = > <nl> - int ( 2055 ) <nl> - [ 2055 ] = > <nl> - int ( 2056 ) <nl> - [ 2056 ] = > <nl> - int ( 2057 ) <nl> - [ 2057 ] = > <nl> - int ( 2058 ) <nl> - [ 2058 ] = > <nl> - int ( 2059 ) <nl> - [ 2059 ] = > <nl> - int ( 2060 ) <nl> - [ 2060 ] = > <nl> - int ( 2061 ) <nl> - [ 2061 ] = > <nl> - int ( 2062 ) <nl> - [ 2062 ] = > <nl> - int ( 2063 ) <nl> - [ 2063 ] = > <nl> - int ( 2064 ) <nl> - [ 2064 ] = > <nl> - int ( 2065 ) <nl> - [ 2065 ] = > <nl> - int ( 2066 ) <nl> - [ 2066 ] = > <nl> - int ( 2067 ) <nl> - [ 2067 ] = > <nl> - int ( 2068 ) <nl> - [ 2068 ] = > <nl> - int ( 2069 ) <nl> - [ 2069 ] = > <nl> - int ( 2070 ) <nl> - [ 2070 ] = > <nl> - int ( 2071 ) <nl> - [ 2071 ] = > <nl> - int ( 2072 ) <nl> - [ 2072 ] = > <nl> - int ( 2073 ) <nl> - [ 2073 ] = > <nl> - int ( 2074 ) <nl> - [ 2074 ] = > <nl> - int ( 2075 ) <nl> - [ 2075 ] = > <nl> - int ( 2076 ) <nl> - [ 2076 ] = > <nl> - int ( 2077 ) <nl> - [ 2077 ] = > <nl> - int ( 2078 ) <nl> - [ 2078 ] = > <nl> - int ( 2079 ) <nl> - [ 2079 ] = > <nl> - int ( 2080 ) <nl> - [ 2080 ] = > <nl> - int ( 2081 ) <nl> - [ 2081 ] = > <nl> - int ( 2082 ) <nl> - [ 2082 ] = > <nl> - int ( 2083 ) <nl> - [ 2083 ] = > <nl> - int ( 2084 ) <nl> - [ 2084 ] = > <nl> - int ( 2085 ) <nl> - [ 2085 ] = > <nl> - int ( 2086 ) <nl> - [ 2086 ] = > <nl> - int ( 2087 ) <nl> - [ 2087 ] = > <nl> - int ( 2088 ) <nl> - [ 2088 ] = > <nl> - int ( 2089 ) <nl> - [ 2089 ] = > <nl> - int ( 2090 ) <nl> - [ 2090 ] = > <nl> - int ( 2091 ) <nl> - [ 2091 ] = > <nl> - int ( 2092 ) <nl> - [ 2092 ] = > <nl> - int ( 2093 ) <nl> - [ 2093 ] = > <nl> - int ( 2094 ) <nl> - [ 2094 ] = > <nl> - int ( 2095 ) <nl> - [ 2095 ] = > <nl> - int ( 2096 ) <nl> - [ 2096 ] = > <nl> - int ( 2097 ) <nl> - [ 2097 ] = > <nl> - int ( 2098 ) <nl> - [ 2098 ] = > <nl> - int ( 2099 ) <nl> - [ 2099 ] = > <nl> - int ( 2100 ) <nl> - [ 2100 ] = > <nl> - int ( 2101 ) <nl> - [ 2101 ] = > <nl> - int ( 2102 ) <nl> - [ 2102 ] = > <nl> - int ( 2103 ) <nl> - [ 2103 ] = > <nl> - int ( 2104 ) <nl> - [ 2104 ] = > <nl> - int ( 2105 ) <nl> - [ 2105 ] = > <nl> - int ( 2106 ) <nl> - [ 2106 ] = > <nl> - int ( 2107 ) <nl> - [ 2107 ] = > <nl> - int ( 2108 ) <nl> - [ 2108 ] = > <nl> - int ( 2109 ) <nl> - [ 2109 ] = > <nl> - int ( 2110 ) <nl> - [ 2110 ] = > <nl> - int ( 2111 ) <nl> - [ 2111 ] = > <nl> - int ( 2112 ) <nl> - [ 2112 ] = > <nl> - int ( 2113 ) <nl> - [ 2113 ] = > <nl> - int ( 2114 ) <nl> - [ 2114 ] = > <nl> - int ( 2115 ) <nl> - [ 2115 ] = > <nl> - int ( 2116 ) <nl> - [ 2116 ] = > <nl> - int ( 2117 ) <nl> - [ 2117 ] = > <nl> - int ( 2118 ) <nl> - [ 2118 ] = > <nl> - int ( 2119 ) <nl> - [ 2119 ] = > <nl> - int ( 2120 ) <nl> - [ 2120 ] = > <nl> - int ( 2121 ) <nl> - [ 2121 ] = > <nl> - int ( 2122 ) <nl> - [ 2122 ] = > <nl> - int ( 2123 ) <nl> - [ 2123 ] = > <nl> - int ( 2124 ) <nl> - [ 2124 ] = > <nl> - int ( 2125 ) <nl> - [ 2125 ] = > <nl> - int ( 2126 ) <nl> - [ 2126 ] = > <nl> - int ( 2127 ) <nl> - [ 2127 ] = > <nl> - int ( 2128 ) <nl> - [ 2128 ] = > <nl> - int ( 2129 ) <nl> - [ 2129 ] = > <nl> - int ( 2130 ) <nl> - [ 2130 ] = > <nl> - int ( 2131 ) <nl> - [ 2131 ] = > <nl> - int ( 2132 ) <nl> - [ 2132 ] = > <nl> - int ( 2133 ) <nl> - [ 2133 ] = > <nl> - int ( 2134 ) <nl> - [ 2134 ] = > <nl> - int ( 2135 ) <nl> - [ 2135 ] = > <nl> - int ( 2136 ) <nl> - [ 2136 ] = > <nl> - int ( 2137 ) <nl> - [ 2137 ] = > <nl> - int ( 2138 ) <nl> - [ 2138 ] = > <nl> - int ( 2139 ) <nl> - [ 2139 ] = > <nl> - int ( 2140 ) <nl> - [ 2140 ] = > <nl> - int ( 2141 ) <nl> - [ 2141 ] = > <nl> - int ( 2142 ) <nl> - [ 2142 ] = > <nl> - int ( 2143 ) <nl> - [ 2143 ] = > <nl> - int ( 2144 ) <nl> - [ 2144 ] = > <nl> - int ( 2145 ) <nl> - [ 2145 ] = > <nl> - int ( 2146 ) <nl> - [ 2146 ] = > <nl> - int ( 2147 ) <nl> - [ 2147 ] = > <nl> - int ( 2148 ) <nl> - [ 2148 ] = > <nl> - int ( 2149 ) <nl> - [ 2149 ] = > <nl> - int ( 2150 ) <nl> - [ 2150 ] = > <nl> - int ( 2151 ) <nl> - [ 2151 ] = > <nl> - int ( 2152 ) <nl> - [ 2152 ] = > <nl> - int ( 2153 ) <nl> - [ 2153 ] = > <nl> - int ( 2154 ) <nl> - [ 2154 ] = > <nl> - int ( 2155 ) <nl> - [ 2155 ] = > <nl> - int ( 2156 ) <nl> - [ 2156 ] = > <nl> - int ( 2157 ) <nl> - [ 2157 ] = > <nl> - int ( 2158 ) <nl> - [ 2158 ] = > <nl> - int ( 2159 ) <nl> - [ 2159 ] = > <nl> - int ( 2160 ) <nl> - [ 2160 ] = > <nl> - int ( 2161 ) <nl> - [ 2161 ] = > <nl> - int ( 2162 ) <nl> - [ 2162 ] = > <nl> - int ( 2163 ) <nl> - [ 2163 ] = > <nl> - int ( 2164 ) <nl> - [ 2164 ] = > <nl> - int ( 2165 ) <nl> - [ 2165 ] = > <nl> - int ( 2166 ) <nl> - [ 2166 ] = > <nl> - int ( 2167 ) <nl> - [ 2167 ] = > <nl> - int ( 2168 ) <nl> - [ 2168 ] = > <nl> - int ( 2169 ) <nl> - [ 2169 ] = > <nl> - int ( 2170 ) <nl> - [ 2170 ] = > <nl> - int ( 2171 ) <nl> - [ 2171 ] = > <nl> - int ( 2172 ) <nl> - [ 2172 ] = > <nl> - int ( 2173 ) <nl> - [ 2173 ] = > <nl> - int ( 2174 ) <nl> - [ 2174 ] = > <nl> - int ( 2175 ) <nl> - [ 2175 ] = > <nl> - int ( 2176 ) <nl> - [ 2176 ] = > <nl> - int ( 2177 ) <nl> - [ 2177 ] = > <nl> - int ( 2178 ) <nl> - [ 2178 ] = > <nl> - int ( 2179 ) <nl> - [ 2179 ] = > <nl> - int ( 2180 ) <nl> - [ 2180 ] = > <nl> - int ( 2181 ) <nl> - [ 2181 ] = > <nl> - int ( 2182 ) <nl> - [ 2182 ] = > <nl> - int ( 2183 ) <nl> - [ 2183 ] = > <nl> - int ( 2184 ) <nl> - [ 2184 ] = > <nl> - int ( 2185 ) <nl> - [ 2185 ] = > <nl> - int ( 2186 ) <nl> - [ 2186 ] = > <nl> - int ( 2187 ) <nl> - [ 2187 ] = > <nl> - int ( 2188 ) <nl> - [ 2188 ] = > <nl> - int ( 2189 ) <nl> - [ 2189 ] = > <nl> - int ( 2190 ) <nl> - [ 2190 ] = > <nl> - int ( 2191 ) <nl> - [ 2191 ] = > <nl> - int ( 2192 ) <nl> - [ 2192 ] = > <nl> - int ( 2193 ) <nl> - [ 2193 ] = > <nl> - int ( 2194 ) <nl> - [ 2194 ] = > <nl> - int ( 2195 ) <nl> - [ 2195 ] = > <nl> - int ( 2196 ) <nl> - [ 2196 ] = > <nl> - int ( 2197 ) <nl> - [ 2197 ] = > <nl> - int ( 2198 ) <nl> - [ 2198 ] = > <nl> - int ( 2199 ) <nl> - [ 2199 ] = > <nl> - int ( 2200 ) <nl> - [ 2200 ] = > <nl> - int ( 2201 ) <nl> - [ 2201 ] = > <nl> - int ( 2202 ) <nl> - [ 2202 ] = > <nl> - int ( 2203 ) <nl> - [ 2203 ] = > <nl> - int ( 2204 ) <nl> - [ 2204 ] = > <nl> - int ( 2205 ) <nl> - [ 2205 ] = > <nl> - int ( 2206 ) <nl> - [ 2206 ] = > <nl> - int ( 2207 ) <nl> - [ 2207 ] = > <nl> - int ( 2208 ) <nl> - [ 2208 ] = > <nl> - int ( 2209 ) <nl> - [ 2209 ] = > <nl> - int ( 2210 ) <nl> - [ 2210 ] = > <nl> - int ( 2211 ) <nl> - [ 2211 ] = > <nl> - int ( 2212 ) <nl> - [ 2212 ] = > <nl> - int ( 2213 ) <nl> - [ 2213 ] = > <nl> - int ( 2214 ) <nl> - [ 2214 ] = > <nl> - int ( 2215 ) <nl> - [ 2215 ] = > <nl> - int ( 2216 ) <nl> - [ 2216 ] = > <nl> - int ( 2217 ) <nl> - [ 2217 ] = > <nl> - int ( 2218 ) <nl> - [ 2218 ] = > <nl> - int ( 2219 ) <nl> - [ 2219 ] = > <nl> - int ( 2220 ) <nl> - [ 2220 ] = > <nl> - int ( 2221 ) <nl> - [ 2221 ] = > <nl> - int ( 2222 ) <nl> - [ 2222 ] = > <nl> - int ( 2223 ) <nl> - [ 2223 ] = > <nl> - int ( 2224 ) <nl> - [ 2224 ] = > <nl> - int ( 2225 ) <nl> - [ 2225 ] = > <nl> - int ( 2226 ) <nl> - [ 2226 ] = > <nl> - int ( 2227 ) <nl> - [ 2227 ] = > <nl> - int ( 2228 ) <nl> - [ 2228 ] = > <nl> - int ( 2229 ) <nl> - [ 2229 ] = > <nl> - int ( 2230 ) <nl> - [ 2230 ] = > <nl> - int ( 2231 ) <nl> - [ 2231 ] = > <nl> - int ( 2232 ) <nl> - [ 2232 ] = > <nl> - int ( 2233 ) <nl> - [ 2233 ] = > <nl> - int ( 2234 ) <nl> - [ 2234 ] = > <nl> - int ( 2235 ) <nl> - [ 2235 ] = > <nl> - int ( 2236 ) <nl> - [ 2236 ] = > <nl> - int ( 2237 ) <nl> - [ 2237 ] = > <nl> - int ( 2238 ) <nl> - [ 2238 ] = > <nl> - int ( 2239 ) <nl> - [ 2239 ] = > <nl> - int ( 2240 ) <nl> - [ 2240 ] = > <nl> - int ( 2241 ) <nl> - [ 2241 ] = > <nl> - int ( 2242 ) <nl> - [ 2242 ] = > <nl> - int ( 2243 ) <nl> - [ 2243 ] = > <nl> - int ( 2244 ) <nl> - [ 2244 ] = > <nl> - int ( 2245 ) <nl> - [ 2245 ] = > <nl> - int ( 2246 ) <nl> - [ 2246 ] = > <nl> - int ( 2247 ) <nl> - [ 2247 ] = > <nl> - int ( 2248 ) <nl> - [ 2248 ] = > <nl> - int ( 2249 ) <nl> - [ 2249 ] = > <nl> - int ( 2250 ) <nl> - [ 2250 ] = > <nl> - int ( 2251 ) <nl> - [ 2251 ] = > <nl> - int ( 2252 ) <nl> - [ 2252 ] = > <nl> - int ( 2253 ) <nl> - [ 2253 ] = > <nl> - int ( 2254 ) <nl> - [ 2254 ] = > <nl> - int ( 2255 ) <nl> - [ 2255 ] = > <nl> - int ( 2256 ) <nl> - [ 2256 ] = > <nl> - int ( 2257 ) <nl> - [ 2257 ] = > <nl> - int ( 2258 ) <nl> - [ 2258 ] = > <nl> - int ( 2259 ) <nl> - [ 2259 ] = > <nl> - int ( 2260 ) <nl> - [ 2260 ] = > <nl> - int ( 2261 ) <nl> - [ 2261 ] = > <nl> - int ( 2262 ) <nl> - [ 2262 ] = > <nl> - int ( 2263 ) <nl> - [ 2263 ] = > <nl> - int ( 2264 ) <nl> - [ 2264 ] = > <nl> - int ( 2265 ) <nl> - [ 2265 ] = > <nl> - int ( 2266 ) <nl> - [ 2266 ] = > <nl> - int ( 2267 ) <nl> - [ 2267 ] = > <nl> - int ( 2268 ) <nl> - [ 2268 ] = > <nl> - int ( 2269 ) <nl> - [ 2269 ] = > <nl> - int ( 2270 ) <nl> - [ 2270 ] = > <nl> - int ( 2271 ) <nl> - [ 2271 ] = > <nl> - int ( 2272 ) <nl> - [ 2272 ] = > <nl> - int ( 2273 ) <nl> - [ 2273 ] = > <nl> - int ( 2274 ) <nl> - [ 2274 ] = > <nl> - int ( 2275 ) <nl> - [ 2275 ] = > <nl> - int ( 2276 ) <nl> - [ 2276 ] = > <nl> - int ( 2277 ) <nl> - [ 2277 ] = > <nl> - int ( 2278 ) <nl> - [ 2278 ] = > <nl> - int ( 2279 ) <nl> - [ 2279 ] = > <nl> - int ( 2280 ) <nl> - [ 2280 ] = > <nl> - int ( 2281 ) <nl> - [ 2281 ] = > <nl> - int ( 2282 ) <nl> - [ 2282 ] = > <nl> - int ( 2283 ) <nl> - [ 2283 ] = > <nl> - int ( 2284 ) <nl> - [ 2284 ] = > <nl> - int ( 2285 ) <nl> - [ 2285 ] = > <nl> - int ( 2286 ) <nl> - [ 2286 ] = > <nl> - int ( 2287 ) <nl> - [ 2287 ] = > <nl> - int ( 2288 ) <nl> - [ 2288 ] = > <nl> - int ( 2289 ) <nl> - [ 2289 ] = > <nl> - int ( 2290 ) <nl> - [ 2290 ] = > <nl> - int ( 2291 ) <nl> - [ 2291 ] = > <nl> - int ( 2292 ) <nl> - [ 2292 ] = > <nl> - int ( 2293 ) <nl> - [ 2293 ] = > <nl> - int ( 2294 ) <nl> - [ 2294 ] = > <nl> - int ( 2295 ) <nl> - [ 2295 ] = > <nl> - int ( 2296 ) <nl> - [ 2296 ] = > <nl> - int ( 2297 ) <nl> - [ 2297 ] = > <nl> - int ( 2298 ) <nl> - [ 2298 ] = > <nl> - int ( 2299 ) <nl> - [ 2299 ] = > <nl> - int ( 2300 ) <nl> - [ 2300 ] = > <nl> - int ( 2301 ) <nl> - [ 2301 ] = > <nl> - int ( 2302 ) <nl> - [ 2302 ] = > <nl> - int ( 2303 ) <nl> - [ 2303 ] = > <nl> - int ( 2304 ) <nl> - [ 2304 ] = > <nl> - int ( 2305 ) <nl> - [ 2305 ] = > <nl> - int ( 2306 ) <nl> - [ 2306 ] = > <nl> - int ( 2307 ) <nl> - [ 2307 ] = > <nl> - int ( 2308 ) <nl> - [ 2308 ] = > <nl> - int ( 2309 ) <nl> - [ 2309 ] = > <nl> - int ( 2310 ) <nl> - [ 2310 ] = > <nl> - int ( 2311 ) <nl> - [ 2311 ] = > <nl> - int ( 2312 ) <nl> - [ 2312 ] = > <nl> - int ( 2313 ) <nl> - [ 2313 ] = > <nl> - int ( 2314 ) <nl> - [ 2314 ] = > <nl> - int ( 2315 ) <nl> - [ 2315 ] = > <nl> - int ( 2316 ) <nl> - [ 2316 ] = > <nl> - int ( 2317 ) <nl> - [ 2317 ] = > <nl> - int ( 2318 ) <nl> - [ 2318 ] = > <nl> - int ( 2319 ) <nl> - [ 2319 ] = > <nl> - int ( 2320 ) <nl> - [ 2320 ] = > <nl> - int ( 2321 ) <nl> - [ 2321 ] = > <nl> - int ( 2322 ) <nl> - [ 2322 ] = > <nl> - int ( 2323 ) <nl> - [ 2323 ] = > <nl> - int ( 2324 ) <nl> - [ 2324 ] = > <nl> - int ( 2325 ) <nl> - [ 2325 ] = > <nl> - int ( 2326 ) <nl> - [ 2326 ] = > <nl> - int ( 2327 ) <nl> - [ 2327 ] = > <nl> - int ( 2328 ) <nl> - [ 2328 ] = > <nl> - int ( 2329 ) <nl> - [ 2329 ] = > <nl> - int ( 2330 ) <nl> - [ 2330 ] = > <nl> - int ( 2331 ) <nl> - [ 2331 ] = > <nl> - int ( 2332 ) <nl> - [ 2332 ] = > <nl> - int ( 2333 ) <nl> - [ 2333 ] = > <nl> - int ( 2334 ) <nl> - [ 2334 ] = > <nl> - int ( 2335 ) <nl> - [ 2335 ] = > <nl> - int ( 2336 ) <nl> - [ 2336 ] = > <nl> - int ( 2337 ) <nl> - [ 2337 ] = > <nl> - int ( 2338 ) <nl> - [ 2338 ] = > <nl> - int ( 2339 ) <nl> - [ 2339 ] = > <nl> - int ( 2340 ) <nl> - [ 2340 ] = > <nl> - int ( 2341 ) <nl> - [ 2341 ] = > <nl> - int ( 2342 ) <nl> - [ 2342 ] = > <nl> - int ( 2343 ) <nl> - [ 2343 ] = > <nl> - int ( 2344 ) <nl> - [ 2344 ] = > <nl> - int ( 2345 ) <nl> } <nl> mmm a / hphp / test / quick / asm_bad_array_elem . hhas . expectf <nl> ppp b / hphp / test / quick / asm_bad_array_elem . hhas . expectf <nl> <nl> <nl> - Fatal error : AddNewElemC : $ 2 must be an array in % s on line % s <nl> + Fatal error : AddNewElemC : $ 2 must be an array , vec , or keyset in % s on line % s <nl> new file mode 100644 <nl> index 00000000000 . . 8a344f4389b <nl> mmm / dev / null <nl> ppp b / hphp / test / slow / array / giant - arrays . php <nl> <nl> + < ? hh <nl> + / / Copyright 2004 - present Facebook . All Rights Reserved . <nl> + <nl> + function f ( ) { <nl> + static $ counter = 0 ; <nl> + return $ counter + + ; <nl> + } <nl> + <nl> + function big_keyset ( ) { <nl> + return keyset [ <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( 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f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) 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, f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) 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( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + ] ; <nl> + } <nl> + <nl> + function big_vec ( ) { <nl> + return vec [ <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( 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f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) 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, f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( 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) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( 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) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) 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f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) 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, f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) 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) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , 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<nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + ] ; <nl> + } <nl> + <nl> + function big_packed ( ) { <nl> + return [ <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , 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f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) 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, f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) 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) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , 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<nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) 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) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , 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, f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , f ( ) , <nl> + ] ; <nl> + } <nl> + <nl> + var_dump ( big_keyset ( ) ) ; <nl> + var_dump ( big_vec ( ) ) ; <nl> + var_dump ( big_packed ( ) ) ; <nl> new file mode 100644 <nl> index 00000000000 . . 8e13d622f76 <nl> mmm / dev / null <nl> ppp b / hphp / test / slow / array / giant - arrays . php . expect <nl> <nl> + keyset ( 5904 ) { <nl> + int ( 0 ) <nl> + int ( 1 ) <nl> + int ( 2 ) <nl> + int ( 3 ) <nl> + int ( 4 ) <nl> + int ( 5 ) <nl> + int ( 6 ) <nl> + int ( 7 ) <nl> + int ( 8 ) <nl> + int ( 9 ) <nl> + int ( 10 ) <nl> + int ( 11 ) <nl> + int ( 12 ) <nl> + int ( 13 ) <nl> + int ( 14 ) <nl> + int ( 15 ) <nl> + int ( 16 ) <nl> + int ( 17 ) <nl> + int ( 18 ) <nl> + int ( 19 ) <nl> + int ( 20 ) <nl> + int ( 21 ) <nl> + int ( 22 ) <nl> + int ( 23 ) <nl> + int ( 24 ) <nl> + int ( 25 ) <nl> + int ( 26 ) <nl> + int ( 27 ) <nl> + int ( 28 ) <nl> + int ( 29 ) <nl> + int ( 30 ) <nl> + int ( 31 ) <nl> + int ( 32 ) <nl> + int ( 33 ) <nl> + int ( 34 ) <nl> + int ( 35 ) <nl> + int ( 36 ) <nl> + int ( 37 ) <nl> + int ( 38 ) <nl> + int ( 39 ) <nl> + int ( 40 ) <nl> + int ( 41 ) <nl> + int ( 42 ) <nl> + int ( 43 ) <nl> + int ( 44 ) <nl> + int ( 45 ) <nl> + int ( 46 ) <nl> + int ( 47 ) <nl> + int ( 48 ) <nl> + int ( 49 ) <nl> + int ( 50 ) <nl> + int ( 51 ) <nl> + int ( 52 ) <nl> + int ( 53 ) <nl> + int ( 54 ) <nl> + int ( 55 ) <nl> + int ( 56 ) <nl> + int ( 57 ) <nl> + int ( 58 ) <nl> + int ( 59 ) <nl> + int ( 60 ) <nl> + int ( 61 ) <nl> + int ( 62 ) <nl> + int ( 63 ) <nl> + int ( 64 ) <nl> + int ( 65 ) <nl> + int ( 66 ) <nl> + int ( 67 ) <nl> + int ( 68 ) <nl> + int ( 69 ) <nl> + int ( 70 ) <nl> + int ( 71 ) <nl> + int ( 72 ) <nl> + int ( 73 ) <nl> + int ( 74 ) <nl> + int ( 75 ) <nl> + int ( 76 ) <nl> + int ( 77 ) <nl> + int ( 78 ) <nl> + int ( 79 ) <nl> + int ( 80 ) <nl> + int ( 81 ) <nl> + int ( 82 ) <nl> + int ( 83 ) <nl> + int ( 84 ) <nl> + int ( 85 ) <nl> + int ( 86 ) <nl> + int ( 87 ) <nl> + int ( 88 ) <nl> + int ( 89 ) <nl> + int ( 90 ) <nl> + int ( 91 ) <nl> + int ( 92 ) <nl> + int ( 93 ) <nl> + int ( 94 ) <nl> + int ( 95 ) <nl> + int ( 96 ) <nl> + int ( 97 ) <nl> + int ( 98 ) <nl> + int ( 99 ) <nl> + int ( 100 ) <nl> + int ( 101 ) <nl> + int ( 102 ) <nl> + int ( 103 ) <nl> + int ( 104 ) <nl> + int ( 105 ) <nl> + int ( 106 ) <nl> + int ( 107 ) <nl> + int ( 108 ) <nl> + int ( 109 ) <nl> + int ( 110 ) <nl> + int ( 111 ) <nl> + int ( 112 ) <nl> + int ( 113 ) <nl> + int ( 114 ) <nl> + int ( 115 ) <nl> + int ( 116 ) <nl> + int ( 117 ) <nl> + int ( 118 ) <nl> + int ( 119 ) <nl> + int ( 120 ) <nl> + int ( 121 ) <nl> + int ( 122 ) <nl> + int ( 123 ) <nl> + int ( 124 ) <nl> + int ( 125 ) <nl> + int ( 126 ) <nl> + int ( 127 ) <nl> + int ( 128 ) <nl> + int ( 129 ) <nl> + int ( 130 ) <nl> + int ( 131 ) <nl> + int ( 132 ) <nl> + int ( 133 ) <nl> + int ( 134 ) <nl> + int ( 135 ) <nl> + int ( 136 ) <nl> + int ( 137 ) <nl> + int ( 138 ) <nl> + int ( 139 ) <nl> + int ( 140 ) <nl> + int ( 141 ) <nl> + int ( 142 ) <nl> + int ( 143 ) <nl> + int ( 144 ) <nl> + int ( 145 ) <nl> + int ( 146 ) <nl> + int ( 147 ) <nl> + int ( 148 ) <nl> + int ( 149 ) <nl> + int ( 150 ) <nl> + int ( 151 ) <nl> + int ( 152 ) <nl> + int ( 153 ) <nl> + int ( 154 ) <nl> + int ( 155 ) <nl> + int ( 156 ) <nl> + int ( 157 ) <nl> + int ( 158 ) <nl> + int ( 159 ) <nl> + int ( 160 ) <nl> + int ( 161 ) <nl> + int ( 162 ) <nl> + int ( 163 ) <nl> + int ( 164 ) <nl> + int ( 165 ) <nl> + int ( 166 ) <nl> + int ( 167 ) <nl> + int ( 168 ) <nl> + int ( 169 ) <nl> + int ( 170 ) <nl> + int ( 171 ) <nl> + int ( 172 ) <nl> + int ( 173 ) <nl> + int ( 174 ) <nl> + int ( 175 ) <nl> + int ( 176 ) <nl> + int ( 177 ) <nl> + int ( 178 ) <nl> + int ( 179 ) <nl> + int ( 180 ) <nl> + int ( 181 ) <nl> + int ( 182 ) <nl> + int ( 183 ) <nl> + int ( 184 ) <nl> + int ( 185 ) <nl> + int ( 186 ) <nl> + int ( 187 ) <nl> + int ( 188 ) <nl> + int ( 189 ) <nl> + int ( 190 ) <nl> + int ( 191 ) <nl> + int ( 192 ) <nl> + int ( 193 ) <nl> + int ( 194 ) <nl> + int ( 195 ) <nl> + int ( 196 ) <nl> + int ( 197 ) <nl> + int ( 198 ) <nl> + int ( 199 ) <nl> + int ( 200 ) <nl> + int ( 201 ) <nl> + int ( 202 ) <nl> + int ( 203 ) <nl> + int ( 204 ) <nl> + int ( 205 ) <nl> + int ( 206 ) <nl> + 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786 ) <nl> + int ( 787 ) <nl> + int ( 788 ) <nl> + int ( 789 ) <nl> + int ( 790 ) <nl> + int ( 791 ) <nl> + int ( 792 ) <nl> + int ( 793 ) <nl> + int ( 794 ) <nl> + int ( 795 ) <nl> + int ( 796 ) <nl> + int ( 797 ) <nl> + int ( 798 ) <nl> + int ( 799 ) <nl> + int ( 800 ) <nl> + int ( 801 ) <nl> + int ( 802 ) <nl> + int ( 803 ) <nl> + int ( 804 ) <nl> + int ( 805 ) <nl> + int ( 806 ) <nl> + int ( 807 ) <nl> + int ( 808 ) <nl> + int ( 809 ) <nl> + int ( 810 ) <nl> + int ( 811 ) <nl> + int ( 812 ) <nl> + int ( 813 ) <nl> + int ( 814 ) <nl> + int ( 815 ) <nl> + int ( 816 ) <nl> + int ( 817 ) <nl> + int ( 818 ) <nl> + int ( 819 ) <nl> + int ( 820 ) <nl> + int ( 821 ) <nl> + int ( 822 ) <nl> + int ( 823 ) <nl> + int ( 824 ) <nl> + int ( 825 ) <nl> + int ( 826 ) <nl> + int ( 827 ) <nl> + int ( 828 ) <nl> + int ( 829 ) <nl> + int ( 830 ) <nl> + int ( 831 ) <nl> + int ( 832 ) <nl> + int ( 833 ) <nl> + int ( 834 ) <nl> + int ( 835 ) <nl> + int ( 836 ) <nl> + int ( 837 ) <nl> + int ( 838 ) <nl> + int ( 839 ) <nl> + int ( 840 ) <nl> + int ( 841 ) <nl> + int ( 842 ) <nl> + int ( 843 ) <nl> + int ( 844 ) <nl> + int ( 845 ) <nl> + int ( 846 ) <nl> + int ( 847 ) <nl> + int ( 848 ) <nl> + int ( 849 ) <nl> + int ( 850 ) <nl> + int ( 851 ) <nl> + int ( 852 ) <nl> + int ( 853 ) <nl> + int ( 854 ) <nl> + int ( 855 ) <nl> + int ( 856 ) <nl> + int ( 857 ) <nl> + int ( 858 ) <nl> + int ( 859 ) <nl> + int ( 860 ) <nl> + int ( 861 ) <nl> + int ( 862 ) <nl> + int ( 863 ) <nl> + int ( 864 ) <nl> + int ( 865 ) <nl> + int ( 866 ) <nl> + int ( 867 ) <nl> + int ( 868 ) <nl> + int ( 869 ) <nl> + int ( 870 ) <nl> + int ( 871 ) <nl> + int ( 872 ) <nl> + int ( 873 ) <nl> + int ( 874 ) <nl> + int ( 875 ) <nl> + int ( 876 ) <nl> + int ( 877 ) <nl> + int ( 878 ) <nl> + int ( 879 ) <nl> + int ( 880 ) <nl> + int ( 881 ) <nl> + int ( 882 ) <nl> + int ( 883 ) <nl> + int ( 884 ) <nl> + int ( 885 ) <nl> + int ( 886 ) <nl> + int ( 887 ) <nl> + int ( 888 ) <nl> + int ( 889 ) <nl> + int ( 890 ) <nl> + int ( 891 ) <nl> + int ( 892 ) <nl> + int ( 893 ) <nl> + int ( 894 ) <nl> + int ( 895 ) <nl> + int ( 896 ) <nl> + int ( 897 ) <nl> + int ( 898 ) <nl> + int ( 899 ) <nl> + int ( 900 ) <nl> + int ( 901 ) <nl> + int ( 902 ) <nl> + int ( 903 ) <nl> + int ( 904 ) <nl> + int ( 905 ) <nl> + int ( 906 ) <nl> + int ( 907 ) <nl> + int ( 908 ) <nl> + int ( 909 ) <nl> + int ( 910 ) <nl> + int ( 911 ) <nl> + int ( 912 ) <nl> + int ( 913 ) <nl> + int ( 914 ) <nl> + int ( 915 ) <nl> + int ( 916 ) <nl> + int ( 917 ) <nl> + int ( 918 ) <nl> + int ( 919 ) <nl> + int ( 920 ) <nl> + int ( 921 ) <nl> + int ( 922 ) <nl> + int ( 923 ) <nl> + int ( 924 ) <nl> + int ( 925 ) <nl> + int ( 926 ) <nl> + int ( 927 ) <nl> + int ( 928 ) <nl> + int ( 929 ) <nl> + int ( 930 ) <nl> + int ( 931 ) <nl> + int ( 932 ) <nl> + int ( 933 ) <nl> + int ( 934 ) <nl> + int ( 935 ) <nl> + int ( 936 ) <nl> + int ( 937 ) <nl> + int ( 938 ) <nl> + int ( 939 ) <nl> + int ( 940 ) <nl> + int ( 941 ) <nl> + int ( 942 ) <nl> + int ( 943 ) <nl> + int ( 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<nl> + int ( 9896 ) <nl> + int ( 9897 ) <nl> + int ( 9898 ) <nl> + int ( 9899 ) <nl> + int ( 9900 ) <nl> + int ( 9901 ) <nl> + int ( 9902 ) <nl> + int ( 9903 ) <nl> + int ( 9904 ) <nl> + int ( 9905 ) <nl> + int ( 9906 ) <nl> + int ( 9907 ) <nl> + int ( 9908 ) <nl> + int ( 9909 ) <nl> + int ( 9910 ) <nl> + int ( 9911 ) <nl> + int ( 9912 ) <nl> + int ( 9913 ) <nl> + int ( 9914 ) <nl> + int ( 9915 ) <nl> + int ( 9916 ) <nl> + int ( 9917 ) <nl> + int ( 9918 ) <nl> + int ( 9919 ) <nl> + int ( 9920 ) <nl> + int ( 9921 ) <nl> + int ( 9922 ) <nl> + int ( 9923 ) <nl> + int ( 9924 ) <nl> + int ( 9925 ) <nl> + int ( 9926 ) <nl> + int ( 9927 ) <nl> + int ( 9928 ) <nl> + int ( 9929 ) <nl> + int ( 9930 ) <nl> + int ( 9931 ) <nl> + int ( 9932 ) <nl> + int ( 9933 ) <nl> + int ( 9934 ) <nl> + int ( 9935 ) <nl> + int ( 9936 ) <nl> + int ( 9937 ) <nl> + int ( 9938 ) <nl> + int ( 9939 ) <nl> + int ( 9940 ) <nl> + int ( 9941 ) <nl> + int ( 9942 ) <nl> + int ( 9943 ) <nl> + int ( 9944 ) <nl> + int ( 9945 ) 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<nl> + int ( 9996 ) <nl> + int ( 9997 ) <nl> + int ( 9998 ) <nl> + int ( 9999 ) <nl> + int ( 10000 ) <nl> + int ( 10001 ) <nl> + int ( 10002 ) <nl> + int ( 10003 ) <nl> + int ( 10004 ) <nl> + int ( 10005 ) <nl> + int ( 10006 ) <nl> + int ( 10007 ) <nl> + int ( 10008 ) <nl> + int ( 10009 ) <nl> + int ( 10010 ) <nl> + int ( 10011 ) <nl> + int ( 10012 ) <nl> + int ( 10013 ) <nl> + int ( 10014 ) <nl> + int ( 10015 ) <nl> + int ( 10016 ) <nl> + int ( 10017 ) <nl> + int ( 10018 ) <nl> + int ( 10019 ) <nl> + int ( 10020 ) <nl> + int ( 10021 ) <nl> + int ( 10022 ) <nl> + int ( 10023 ) <nl> + int ( 10024 ) <nl> + int ( 10025 ) <nl> + int ( 10026 ) <nl> + int ( 10027 ) <nl> + int ( 10028 ) <nl> + int ( 10029 ) <nl> + int ( 10030 ) <nl> + int ( 10031 ) <nl> + int ( 10032 ) <nl> + int ( 10033 ) <nl> + int ( 10034 ) <nl> + int ( 10035 ) <nl> + int ( 10036 ) <nl> + int ( 10037 ) <nl> + int ( 10038 ) <nl> + int ( 10039 ) <nl> + int ( 10040 ) <nl> + int ( 10041 ) <nl> + int ( 10042 ) <nl> + int ( 10043 ) <nl> + int ( 10044 ) <nl> + int ( 10045 ) <nl> + int ( 10046 ) <nl> + int ( 10047 ) <nl> + int ( 10048 ) <nl> + int ( 10049 ) <nl> + int ( 10050 ) <nl> + int ( 10051 ) <nl> + int ( 10052 ) <nl> + int ( 10053 ) <nl> + int ( 10054 ) <nl> + int ( 10055 ) <nl> + int ( 10056 ) <nl> + int ( 10057 ) <nl> + int ( 10058 ) <nl> + int ( 10059 ) <nl> + int ( 10060 ) <nl> + int ( 10061 ) <nl> + int ( 10062 ) <nl> + int ( 10063 ) <nl> + int ( 10064 ) <nl> + int ( 10065 ) <nl> + int ( 10066 ) <nl> + int ( 10067 ) <nl> + int ( 10068 ) <nl> + int ( 10069 ) <nl> + int ( 10070 ) <nl> + int ( 10071 ) <nl> + int ( 10072 ) <nl> + int ( 10073 ) <nl> + int ( 10074 ) <nl> + int ( 10075 ) <nl> + int ( 10076 ) <nl> + int ( 10077 ) <nl> + int ( 10078 ) <nl> + int ( 10079 ) <nl> + int ( 10080 ) <nl> + int ( 10081 ) <nl> + int ( 10082 ) <nl> + int ( 10083 ) <nl> + int ( 10084 ) <nl> + int ( 10085 ) <nl> + int ( 10086 ) <nl> + int ( 10087 ) <nl> + int ( 10088 ) <nl> + int ( 10089 ) <nl> + int ( 10090 ) <nl> + int ( 10091 ) <nl> + int ( 10092 ) <nl> + int ( 10093 ) <nl> + int ( 10094 ) <nl> + int ( 10095 ) <nl> + int ( 10096 ) <nl> + int ( 10097 ) <nl> + int ( 10098 ) <nl> + int ( 10099 ) <nl> + int ( 10100 ) <nl> + int ( 10101 ) <nl> + int ( 10102 ) <nl> + int ( 10103 ) <nl> + int ( 10104 ) <nl> + int ( 10105 ) <nl> + int ( 10106 ) <nl> + int ( 10107 ) <nl> + int ( 10108 ) <nl> + int ( 10109 ) <nl> + int ( 10110 ) <nl> + int ( 10111 ) <nl> + int ( 10112 ) <nl> + int ( 10113 ) <nl> + int ( 10114 ) <nl> + int ( 10115 ) <nl> + int ( 10116 ) <nl> + int ( 10117 ) <nl> + int ( 10118 ) <nl> + int ( 10119 ) <nl> + int ( 10120 ) <nl> + int ( 10121 ) <nl> + int ( 10122 ) <nl> + int ( 10123 ) <nl> + int ( 10124 ) <nl> + int ( 10125 ) <nl> + int ( 10126 ) <nl> + int ( 10127 ) <nl> + int ( 10128 ) <nl> + int ( 10129 ) <nl> + int ( 10130 ) <nl> + int ( 10131 ) <nl> + int ( 10132 ) <nl> + int ( 10133 ) <nl> + int ( 10134 ) <nl> + int ( 10135 ) <nl> + int ( 10136 ) <nl> + int ( 10137 ) <nl> + int ( 10138 ) <nl> + int ( 10139 ) <nl> + int ( 10140 ) <nl> + int ( 10141 ) <nl> + int ( 10142 ) <nl> + int ( 10143 ) <nl> + int ( 10144 ) <nl> + int ( 10145 ) <nl> + int ( 10146 ) <nl> + int ( 10147 ) <nl> + int ( 10148 ) <nl> + int ( 10149 ) <nl> + int ( 10150 ) <nl> + int ( 10151 ) <nl> + int ( 10152 ) <nl> + int ( 10153 ) <nl> + int ( 10154 ) <nl> + int ( 10155 ) <nl> + int ( 10156 ) <nl> + int ( 10157 ) <nl> + int ( 10158 ) <nl> + int ( 10159 ) <nl> + int ( 10160 ) <nl> + int ( 10161 ) <nl> + int ( 10162 ) <nl> + int ( 10163 ) <nl> + int ( 10164 ) <nl> + int ( 10165 ) <nl> + int ( 10166 ) <nl> + int ( 10167 ) <nl> + int ( 10168 ) <nl> + int ( 10169 ) <nl> + int ( 10170 ) <nl> + int ( 10171 ) <nl> + int ( 10172 ) <nl> + int ( 10173 ) <nl> + int ( 10174 ) <nl> + int ( 10175 ) <nl> + int ( 10176 ) <nl> + int ( 10177 ) <nl> + int ( 10178 ) <nl> + int ( 10179 ) <nl> + int ( 10180 ) <nl> + int ( 10181 ) <nl> + int ( 10182 ) <nl> + int ( 10183 ) <nl> + int ( 10184 ) <nl> + int ( 10185 ) <nl> + int ( 10186 ) <nl> + int ( 10187 ) <nl> + int ( 10188 ) <nl> + int ( 10189 ) <nl> + int ( 10190 ) <nl> + int ( 10191 ) <nl> + int ( 10192 ) <nl> + int ( 10193 ) <nl> + int ( 10194 ) <nl> + int ( 10195 ) <nl> + int ( 10196 ) <nl> + int ( 10197 ) <nl> + int ( 10198 ) <nl> + int ( 10199 ) <nl> + int ( 10200 ) <nl> + int ( 10201 ) <nl> + int ( 10202 ) <nl> + int ( 10203 ) <nl> + int ( 10204 ) <nl> + int ( 10205 ) <nl> + int ( 10206 ) <nl> + int ( 10207 ) <nl> + int ( 10208 ) <nl> + int ( 10209 ) <nl> + int ( 10210 ) <nl> + int ( 10211 ) <nl> + int ( 10212 ) <nl> + int ( 10213 ) <nl> + int ( 10214 ) <nl> + int ( 10215 ) <nl> + int ( 10216 ) <nl> + int ( 10217 ) <nl> + int ( 10218 ) <nl> + int ( 10219 ) <nl> + int ( 10220 ) <nl> + int ( 10221 ) <nl> + int ( 10222 ) <nl> + int ( 10223 ) <nl> + int ( 10224 ) <nl> + int ( 10225 ) <nl> + int ( 10226 ) <nl> + int ( 10227 ) <nl> + int ( 10228 ) <nl> + int ( 10229 ) <nl> + int ( 10230 ) <nl> + int ( 10231 ) <nl> + int ( 10232 ) <nl> + int ( 10233 ) <nl> + int ( 10234 ) <nl> + int ( 10235 ) <nl> + int ( 10236 ) <nl> + int ( 10237 ) <nl> + int ( 10238 ) <nl> + int ( 10239 ) <nl> + int ( 10240 ) <nl> + int ( 10241 ) <nl> + int ( 10242 ) <nl> + int ( 10243 ) <nl> + int ( 10244 ) <nl> + int ( 10245 ) <nl> + int ( 10246 ) <nl> + int ( 10247 ) <nl> + int ( 10248 ) <nl> + int ( 10249 ) <nl> + int ( 10250 ) <nl> + int ( 10251 ) <nl> + int ( 10252 ) <nl> + int ( 10253 ) <nl> + int ( 10254 ) <nl> + int ( 10255 ) <nl> + int ( 10256 ) <nl> + int ( 10257 ) <nl> + int ( 10258 ) <nl> + int ( 10259 ) <nl> + int ( 10260 ) <nl> + int ( 10261 ) <nl> + int ( 10262 ) <nl> + int ( 10263 ) <nl> + int ( 10264 ) <nl> + int ( 10265 ) <nl> + int ( 10266 ) <nl> + int ( 10267 ) <nl> + int ( 10268 ) <nl> + int ( 10269 ) <nl> + int ( 10270 ) <nl> + int ( 10271 ) <nl> + int ( 10272 ) <nl> + int ( 10273 ) <nl> + int ( 10274 ) <nl> + int ( 10275 ) <nl> + int ( 10276 ) <nl> + int ( 10277 ) <nl> + int ( 10278 ) <nl> + int ( 10279 ) <nl> + int ( 10280 ) <nl> + int ( 10281 ) <nl> + int ( 10282 ) <nl> + int ( 10283 ) <nl> + int ( 10284 ) <nl> + int ( 10285 ) <nl> + int ( 10286 ) <nl> + int ( 10287 ) <nl> + int ( 10288 ) <nl> + int ( 10289 ) <nl> + int ( 10290 ) <nl> + int ( 10291 ) <nl> + int ( 10292 ) <nl> + int ( 10293 ) <nl> + int ( 10294 ) <nl> + int ( 10295 ) <nl> + int ( 10296 ) <nl> + int ( 10297 ) <nl> + int ( 10298 ) <nl> + int ( 10299 ) <nl> + int ( 10300 ) <nl> + int ( 10301 ) <nl> + int ( 10302 ) <nl> + int ( 10303 ) <nl> + int ( 10304 ) <nl> + int ( 10305 ) <nl> + int ( 10306 ) <nl> + int ( 10307 ) <nl> + int ( 10308 ) <nl> + int ( 10309 ) <nl> + int ( 10310 ) <nl> + int ( 10311 ) <nl> + int ( 10312 ) <nl> + int ( 10313 ) <nl> + int ( 10314 ) <nl> + int ( 10315 ) <nl> + int ( 10316 ) <nl> + int ( 10317 ) <nl> + int ( 10318 ) <nl> + int ( 10319 ) <nl> + int ( 10320 ) <nl> + int ( 10321 ) <nl> + int ( 10322 ) <nl> + int ( 10323 ) <nl> + int ( 10324 ) <nl> + int ( 10325 ) <nl> + int ( 10326 ) <nl> + int ( 10327 ) <nl> + int ( 10328 ) <nl> + int ( 10329 ) <nl> + int ( 10330 ) <nl> + int ( 10331 ) <nl> + int ( 10332 ) <nl> + int ( 10333 ) <nl> + int ( 10334 ) <nl> + int ( 10335 ) <nl> + int ( 10336 ) <nl> + int ( 10337 ) <nl> + int ( 10338 ) <nl> + int ( 10339 ) <nl> + int ( 10340 ) <nl> + int ( 10341 ) <nl> + int ( 10342 ) <nl> + int ( 10343 ) <nl> + int ( 10344 ) <nl> + int ( 10345 ) <nl> + int ( 10346 ) <nl> + int ( 10347 ) <nl> + int ( 10348 ) <nl> + int ( 10349 ) <nl> + int ( 10350 ) <nl> + int ( 10351 ) <nl> + int ( 10352 ) <nl> + int ( 10353 ) <nl> + int ( 10354 ) <nl> + int ( 10355 ) <nl> + int ( 10356 ) <nl> + int ( 10357 ) <nl> + int ( 10358 ) <nl> + int ( 10359 ) <nl> + int ( 10360 ) <nl> + int ( 10361 ) <nl> + int ( 10362 ) <nl> + int ( 10363 ) <nl> + int ( 10364 ) <nl> + int ( 10365 ) <nl> + int ( 10366 ) <nl> + int ( 10367 ) <nl> + int ( 10368 ) <nl> + int ( 10369 ) <nl> + int ( 10370 ) <nl> + int ( 10371 ) <nl> + int ( 10372 ) <nl> + int ( 10373 ) <nl> + int ( 10374 ) <nl> + int ( 10375 ) <nl> + int ( 10376 ) <nl> + int ( 10377 ) <nl> + int ( 10378 ) <nl> + int ( 10379 ) <nl> + int ( 10380 ) <nl> + int ( 10381 ) <nl> + int ( 10382 ) <nl> + int ( 10383 ) <nl> + int ( 10384 ) <nl> + int ( 10385 ) <nl> + int ( 10386 ) <nl> + int ( 10387 ) <nl> + int ( 10388 ) <nl> + int ( 10389 ) <nl> + int ( 10390 ) <nl> + int ( 10391 ) <nl> + int ( 10392 ) <nl> + int ( 10393 ) <nl> + int ( 10394 ) <nl> + int ( 10395 ) <nl> + int ( 10396 ) <nl> + int ( 10397 ) <nl> + int ( 10398 ) <nl> + int ( 10399 ) <nl> + int ( 10400 ) <nl> + int ( 10401 ) <nl> + int ( 10402 ) <nl> + int ( 10403 ) <nl> + int ( 10404 ) <nl> + int ( 10405 ) <nl> + int ( 10406 ) <nl> + int ( 10407 ) <nl> + int ( 10408 ) <nl> + int ( 10409 ) <nl> + int ( 10410 ) <nl> + int ( 10411 ) <nl> + int ( 10412 ) <nl> + int ( 10413 ) <nl> + int ( 10414 ) <nl> + int ( 10415 ) <nl> + int ( 10416 ) <nl> + int ( 10417 ) <nl> + int ( 10418 ) <nl> + int ( 10419 ) <nl> + int ( 10420 ) <nl> + int ( 10421 ) <nl> + int ( 10422 ) <nl> + int ( 10423 ) <nl> + int ( 10424 ) <nl> + int ( 10425 ) <nl> + int ( 10426 ) <nl> + int ( 10427 ) <nl> + int ( 10428 ) <nl> + int ( 10429 ) <nl> + int ( 10430 ) <nl> + int ( 10431 ) <nl> + int ( 10432 ) <nl> + int ( 10433 ) <nl> + int ( 10434 ) <nl> + int ( 10435 ) <nl> + int ( 10436 ) <nl> + int ( 10437 ) <nl> + int ( 10438 ) <nl> + int ( 10439 ) <nl> + int ( 10440 ) <nl> + int ( 10441 ) <nl> + int ( 10442 ) <nl> + int ( 10443 ) <nl> + int ( 10444 ) <nl> + int ( 10445 ) <nl> + int ( 10446 ) <nl> + int ( 10447 ) <nl> + int ( 10448 ) <nl> + int ( 10449 ) <nl> + int ( 10450 ) <nl> + int ( 10451 ) <nl> + int ( 10452 ) <nl> + int ( 10453 ) <nl> + int ( 10454 ) <nl> + int ( 10455 ) <nl> + int ( 10456 ) <nl> + int ( 10457 ) <nl> + int ( 10458 ) <nl> + int ( 10459 ) <nl> + int ( 10460 ) <nl> + int ( 10461 ) <nl> + int ( 10462 ) <nl> + int ( 10463 ) <nl> + int ( 10464 ) <nl> + int ( 10465 ) <nl> + int ( 10466 ) <nl> + int ( 10467 ) <nl> + int ( 10468 ) <nl> + int ( 10469 ) <nl> + int ( 10470 ) <nl> + int ( 10471 ) <nl> + int ( 10472 ) <nl> + int ( 10473 ) <nl> + int ( 10474 ) <nl> + int ( 10475 ) <nl> + int ( 10476 ) <nl> + int ( 10477 ) <nl> + int ( 10478 ) <nl> + int ( 10479 ) <nl> + int ( 10480 ) <nl> + int ( 10481 ) <nl> + int ( 10482 ) <nl> + int ( 10483 ) <nl> + int ( 10484 ) <nl> + int ( 10485 ) <nl> + int ( 10486 ) <nl> + int ( 10487 ) <nl> + int ( 10488 ) <nl> + int ( 10489 ) <nl> + int ( 10490 ) <nl> + int ( 10491 ) <nl> + int ( 10492 ) <nl> + int ( 10493 ) <nl> + int ( 10494 ) <nl> + int ( 10495 ) <nl> + int ( 10496 ) <nl> + int ( 10497 ) <nl> + int ( 10498 ) <nl> + int ( 10499 ) <nl> + int ( 10500 ) <nl> + int ( 10501 ) <nl> + int ( 10502 ) <nl> + int ( 10503 ) <nl> + int ( 10504 ) <nl> + int ( 10505 ) <nl> + int ( 10506 ) <nl> + int ( 10507 ) <nl> + int ( 10508 ) <nl> + int ( 10509 ) <nl> + int ( 10510 ) <nl> + int ( 10511 ) <nl> + int ( 10512 ) <nl> + int ( 10513 ) <nl> + int ( 10514 ) <nl> + int ( 10515 ) <nl> + int ( 10516 ) <nl> + int ( 10517 ) <nl> + int ( 10518 ) <nl> + int ( 10519 ) <nl> + int ( 10520 ) <nl> + int ( 10521 ) <nl> + int ( 10522 ) <nl> + int ( 10523 ) <nl> + int ( 10524 ) <nl> + int ( 10525 ) <nl> + int ( 10526 ) <nl> + int ( 10527 ) <nl> + int ( 10528 ) <nl> + int ( 10529 ) <nl> + int ( 10530 ) <nl> + int ( 10531 ) <nl> + int ( 10532 ) <nl> + int ( 10533 ) <nl> + int ( 10534 ) <nl> + int ( 10535 ) <nl> + int ( 10536 ) <nl> + int ( 10537 ) <nl> + int ( 10538 ) <nl> + int ( 10539 ) <nl> + int ( 10540 ) <nl> + int ( 10541 ) <nl> + int ( 10542 ) <nl> + int ( 10543 ) <nl> + int ( 10544 ) <nl> + int ( 10545 ) <nl> + int ( 10546 ) <nl> + int ( 10547 ) <nl> + int ( 10548 ) <nl> + int ( 10549 ) <nl> + int ( 10550 ) <nl> + int ( 10551 ) <nl> + int ( 10552 ) <nl> + int ( 10553 ) <nl> + int ( 10554 ) <nl> + int ( 10555 ) <nl> + int ( 10556 ) <nl> + int ( 10557 ) <nl> + int ( 10558 ) <nl> + int ( 10559 ) <nl> + int ( 10560 ) <nl> + int ( 10561 ) <nl> + int ( 10562 ) <nl> + int ( 10563 ) <nl> + int ( 10564 ) <nl> + int ( 10565 ) <nl> + int ( 10566 ) <nl> + int ( 10567 ) <nl> + int ( 10568 ) <nl> + int ( 10569 ) <nl> + int ( 10570 ) <nl> + int ( 10571 ) <nl> + int ( 10572 ) <nl> + int ( 10573 ) <nl> + int ( 10574 ) <nl> + int ( 10575 ) <nl> + int ( 10576 ) <nl> + int ( 10577 ) <nl> + int ( 10578 ) <nl> + int ( 10579 ) <nl> + int ( 10580 ) <nl> + int ( 10581 ) <nl> + int ( 10582 ) <nl> + int ( 10583 ) <nl> + int ( 10584 ) <nl> + int ( 10585 ) <nl> + int ( 10586 ) <nl> + int ( 10587 ) <nl> + int ( 10588 ) <nl> + int ( 10589 ) <nl> + int ( 10590 ) <nl> + int ( 10591 ) <nl> + int ( 10592 ) <nl> + int ( 10593 ) <nl> + int ( 10594 ) <nl> + int ( 10595 ) <nl> + int ( 10596 ) <nl> + int ( 10597 ) <nl> + int ( 10598 ) <nl> + int ( 10599 ) <nl> + int ( 10600 ) <nl> + int ( 10601 ) <nl> + int ( 10602 ) <nl> + int ( 10603 ) <nl> + int ( 10604 ) <nl> + int ( 10605 ) <nl> + int ( 10606 ) <nl> + int ( 10607 ) <nl> + int ( 10608 ) <nl> + int ( 10609 ) <nl> + int ( 10610 ) <nl> + int ( 10611 ) <nl> + int ( 10612 ) <nl> + int ( 10613 ) <nl> + int ( 10614 ) <nl> + int ( 10615 ) <nl> + int ( 10616 ) <nl> + int ( 10617 ) <nl> + int ( 10618 ) <nl> + int ( 10619 ) <nl> + int ( 10620 ) <nl> + int ( 10621 ) <nl> + int ( 10622 ) <nl> + int ( 10623 ) <nl> + int ( 10624 ) <nl> + int ( 10625 ) <nl> + int ( 10626 ) <nl> + int ( 10627 ) <nl> + int ( 10628 ) <nl> + int ( 10629 ) <nl> + int ( 10630 ) <nl> + int ( 10631 ) <nl> + int ( 10632 ) <nl> + int ( 10633 ) <nl> + int ( 10634 ) <nl> + int ( 10635 ) <nl> + int ( 10636 ) <nl> + int ( 10637 ) <nl> + int ( 10638 ) <nl> + int ( 10639 ) <nl> + int ( 10640 ) <nl> + int ( 10641 ) <nl> + int ( 10642 ) <nl> + int ( 10643 ) <nl> + int ( 10644 ) <nl> + int ( 10645 ) <nl> + int ( 10646 ) <nl> + int ( 10647 ) <nl> + int ( 10648 ) <nl> + int ( 10649 ) <nl> + int ( 10650 ) <nl> + int ( 10651 ) <nl> + int ( 10652 ) <nl> + int ( 10653 ) <nl> + int ( 10654 ) <nl> + int ( 10655 ) <nl> + int ( 10656 ) <nl> + int ( 10657 ) <nl> + int ( 10658 ) <nl> + int ( 10659 ) <nl> + int ( 10660 ) <nl> + int ( 10661 ) <nl> + int ( 10662 ) <nl> + int ( 10663 ) <nl> + int ( 10664 ) <nl> + int ( 10665 ) <nl> + int ( 10666 ) <nl> + int ( 10667 ) <nl> + int ( 10668 ) <nl> + int ( 10669 ) <nl> + int ( 10670 ) <nl> + int ( 10671 ) <nl> + int ( 10672 ) <nl> + int ( 10673 ) <nl> + int ( 10674 ) <nl> + int ( 10675 ) <nl> + int ( 10676 ) <nl> + int ( 10677 ) <nl> + int ( 10678 ) <nl> + int ( 10679 ) <nl> + int ( 10680 ) <nl> + int ( 10681 ) <nl> + int ( 10682 ) <nl> + int ( 10683 ) <nl> + int ( 10684 ) <nl> + int ( 10685 ) <nl> + int ( 10686 ) <nl> + int ( 10687 ) <nl> + int ( 10688 ) <nl> + int ( 10689 ) <nl> + int ( 10690 ) <nl> + int ( 10691 ) <nl> + int ( 10692 ) <nl> + int ( 10693 ) <nl> + int ( 10694 ) <nl> + int ( 10695 ) <nl> + int ( 10696 ) <nl> + int ( 10697 ) <nl> + int ( 10698 ) <nl> + int ( 10699 ) <nl> + int ( 10700 ) <nl> + int ( 10701 ) <nl> + int ( 10702 ) <nl> + int ( 10703 ) <nl> + int ( 10704 ) <nl> + int ( 10705 ) <nl> + int ( 10706 ) <nl> + int ( 10707 ) <nl> + int ( 10708 ) <nl> + int ( 10709 ) <nl> + int ( 10710 ) <nl> + int ( 10711 ) <nl> + int ( 10712 ) <nl> + int ( 10713 ) <nl> + int ( 10714 ) <nl> + int ( 10715 ) <nl> + int ( 10716 ) <nl> + int ( 10717 ) <nl> + int ( 10718 ) <nl> + int ( 10719 ) <nl> + int ( 10720 ) <nl> + int ( 10721 ) <nl> + int ( 10722 ) <nl> + int ( 10723 ) <nl> + int ( 10724 ) <nl> + int ( 10725 ) <nl> + int ( 10726 ) <nl> + int ( 10727 ) <nl> + int ( 10728 ) <nl> + int ( 10729 ) <nl> + int ( 10730 ) <nl> + int ( 10731 ) <nl> + int ( 10732 ) <nl> + int ( 10733 ) <nl> + int ( 10734 ) <nl> + int ( 10735 ) <nl> + int ( 10736 ) <nl> + int ( 10737 ) <nl> + int ( 10738 ) <nl> + int ( 10739 ) <nl> + int ( 10740 ) <nl> + int ( 10741 ) <nl> + int ( 10742 ) <nl> + int ( 10743 ) <nl> + int ( 10744 ) <nl> + int ( 10745 ) <nl> + int ( 10746 ) <nl> + int ( 10747 ) <nl> + int ( 10748 ) <nl> + int ( 10749 ) <nl> + int ( 10750 ) <nl> + int ( 10751 ) <nl> + int ( 10752 ) <nl> + int ( 10753 ) <nl> + int ( 10754 ) <nl> + int ( 10755 ) <nl> + int ( 10756 ) <nl> + int ( 10757 ) <nl> + int ( 10758 ) <nl> + int ( 10759 ) <nl> + int ( 10760 ) <nl> + int ( 10761 ) <nl> + int ( 10762 ) <nl> + int ( 10763 ) <nl> + int ( 10764 ) <nl> + int ( 10765 ) <nl> + int ( 10766 ) <nl> + int ( 10767 ) <nl> + int ( 10768 ) <nl> + int ( 10769 ) <nl> + int ( 10770 ) <nl> + int ( 10771 ) <nl> + int ( 10772 ) <nl> + int ( 10773 ) <nl> + int ( 10774 ) <nl> + int ( 10775 ) <nl> + int ( 10776 ) <nl> + int ( 10777 ) <nl> + int ( 10778 ) <nl> + int ( 10779 ) <nl> + int ( 10780 ) <nl> + int ( 10781 ) <nl> + int ( 10782 ) <nl> + int ( 10783 ) <nl> + int ( 10784 ) <nl> + int ( 10785 ) <nl> + int ( 10786 ) <nl> + int ( 10787 ) <nl> + int ( 10788 ) <nl> + int ( 10789 ) <nl> + int ( 10790 ) <nl> + int ( 10791 ) <nl> + int ( 10792 ) <nl> + int ( 10793 ) <nl> + int ( 10794 ) <nl> + int ( 10795 ) <nl> + int ( 10796 ) <nl> + int ( 10797 ) <nl> + int ( 10798 ) <nl> + int ( 10799 ) <nl> + int ( 10800 ) <nl> + int ( 10801 ) <nl> + int ( 10802 ) <nl> + int ( 10803 ) <nl> + int ( 10804 ) <nl> + int ( 10805 ) <nl> + int ( 10806 ) <nl> + int ( 10807 ) <nl> + int ( 10808 ) <nl> + int ( 10809 ) <nl> + int ( 10810 ) <nl> + int ( 10811 ) <nl> + int ( 10812 ) <nl> + int ( 10813 ) <nl> + int ( 10814 ) <nl> + int ( 10815 ) <nl> + int ( 10816 ) <nl> + int ( 10817 ) <nl> + int ( 10818 ) <nl> + int ( 10819 ) <nl> + int ( 10820 ) <nl> + int ( 10821 ) <nl> + int ( 10822 ) <nl> + int ( 10823 ) <nl> + int ( 10824 ) <nl> + int ( 10825 ) <nl> + int ( 10826 ) <nl> + int ( 10827 ) <nl> + int ( 10828 ) <nl> + int ( 10829 ) <nl> + int ( 10830 ) <nl> + int ( 10831 ) <nl> + int ( 10832 ) <nl> + int ( 10833 ) <nl> + int ( 10834 ) <nl> + int ( 10835 ) <nl> + int ( 10836 ) <nl> + int ( 10837 ) <nl> + int ( 10838 ) <nl> + int ( 10839 ) <nl> + int ( 10840 ) <nl> + int ( 10841 ) <nl> + int ( 10842 ) <nl> + int ( 10843 ) <nl> + int ( 10844 ) <nl> + int ( 10845 ) <nl> + int ( 10846 ) <nl> + int ( 10847 ) <nl> + int ( 10848 ) <nl> + int ( 10849 ) <nl> + int ( 10850 ) <nl> + int ( 10851 ) <nl> + int ( 10852 ) <nl> + int ( 10853 ) <nl> + int ( 10854 ) <nl> + int ( 10855 ) <nl> + int ( 10856 ) <nl> + int ( 10857 ) <nl> + int ( 10858 ) <nl> + int ( 10859 ) <nl> + int ( 10860 ) <nl> + int ( 10861 ) <nl> + int ( 10862 ) <nl> + int ( 10863 ) <nl> + int ( 10864 ) <nl> + int ( 10865 ) <nl> + int ( 10866 ) <nl> + int ( 10867 ) <nl> + int ( 10868 ) <nl> + int ( 10869 ) <nl> + int ( 10870 ) <nl> + int ( 10871 ) <nl> + int ( 10872 ) <nl> + int ( 10873 ) <nl> + int ( 10874 ) <nl> + int ( 10875 ) <nl> + int ( 10876 ) <nl> + int ( 10877 ) <nl> + int ( 10878 ) <nl> + int ( 10879 ) <nl> + int ( 10880 ) <nl> + int ( 10881 ) <nl> + int ( 10882 ) <nl> + int ( 10883 ) <nl> + int ( 10884 ) <nl> + int ( 10885 ) <nl> + int ( 10886 ) <nl> + int ( 10887 ) <nl> + int ( 10888 ) <nl> + int ( 10889 ) <nl> + int ( 10890 ) <nl> + int ( 10891 ) <nl> + int ( 10892 ) <nl> + int ( 10893 ) <nl> + int ( 10894 ) <nl> + int ( 10895 ) <nl> + int ( 10896 ) <nl> + int ( 10897 ) <nl> + int ( 10898 ) <nl> + int ( 10899 ) <nl> + int ( 10900 ) <nl> + int ( 10901 ) <nl> + int ( 10902 ) <nl> + int ( 10903 ) <nl> + int ( 10904 ) <nl> + int ( 10905 ) <nl> + int ( 10906 ) <nl> + int ( 10907 ) <nl> + int ( 10908 ) <nl> + int ( 10909 ) <nl> + int ( 10910 ) <nl> + int ( 10911 ) <nl> + int ( 10912 ) <nl> + int ( 10913 ) <nl> + int ( 10914 ) <nl> + int ( 10915 ) <nl> + int ( 10916 ) <nl> + int ( 10917 ) <nl> + int ( 10918 ) <nl> + int ( 10919 ) <nl> + int ( 10920 ) <nl> + int ( 10921 ) <nl> + int ( 10922 ) <nl> + int ( 10923 ) <nl> + int ( 10924 ) <nl> + int ( 10925 ) <nl> + int ( 10926 ) <nl> + int ( 10927 ) <nl> + int ( 10928 ) <nl> + int ( 10929 ) <nl> + int ( 10930 ) <nl> + int ( 10931 ) <nl> + int ( 10932 ) <nl> + int ( 10933 ) <nl> + int ( 10934 ) <nl> + int ( 10935 ) <nl> + int ( 10936 ) <nl> + int ( 10937 ) <nl> + int ( 10938 ) <nl> + int ( 10939 ) <nl> + int ( 10940 ) <nl> + int ( 10941 ) <nl> + int ( 10942 ) <nl> + int ( 10943 ) <nl> + int ( 10944 ) <nl> + int ( 10945 ) <nl> + int ( 10946 ) <nl> + int ( 10947 ) <nl> + int ( 10948 ) <nl> + int ( 10949 ) <nl> + int ( 10950 ) <nl> + int ( 10951 ) <nl> + int ( 10952 ) <nl> + int ( 10953 ) <nl> + int ( 10954 ) <nl> + int ( 10955 ) <nl> + int ( 10956 ) <nl> + int ( 10957 ) <nl> + int ( 10958 ) <nl> + int ( 10959 ) <nl> + int ( 10960 ) <nl> + int ( 10961 ) <nl> + int ( 10962 ) <nl> + int ( 10963 ) <nl> + int ( 10964 ) <nl> + int ( 10965 ) <nl> + int ( 10966 ) <nl> + int ( 10967 ) <nl> + int ( 10968 ) <nl> + int ( 10969 ) <nl> + int ( 10970 ) <nl> + int ( 10971 ) <nl> + int ( 10972 ) <nl> + int ( 10973 ) <nl> + int ( 10974 ) <nl> + int ( 10975 ) <nl> + int ( 10976 ) <nl> + int ( 10977 ) <nl> + int ( 10978 ) <nl> + int ( 10979 ) <nl> + int ( 10980 ) <nl> + int ( 10981 ) <nl> + int ( 10982 ) <nl> + int ( 10983 ) <nl> + int ( 10984 ) <nl> + int ( 10985 ) <nl> + int ( 10986 ) <nl> + int ( 10987 ) <nl> + int ( 10988 ) <nl> + int ( 10989 ) <nl> + int ( 10990 ) <nl> + int ( 10991 ) <nl> + int ( 10992 ) <nl> + int ( 10993 ) <nl> + int ( 10994 ) <nl> + int ( 10995 ) <nl> + int ( 10996 ) <nl> + int ( 10997 ) <nl> + int ( 10998 ) <nl> + int ( 10999 ) <nl> + int ( 11000 ) <nl> + int ( 11001 ) <nl> + int ( 11002 ) <nl> + int ( 11003 ) <nl> + int ( 11004 ) <nl> + int ( 11005 ) <nl> + int ( 11006 ) <nl> + int ( 11007 ) <nl> + int ( 11008 ) <nl> + int ( 11009 ) <nl> + int ( 11010 ) <nl> + int ( 11011 ) <nl> + int ( 11012 ) <nl> + int ( 11013 ) <nl> + int ( 11014 ) <nl> + int ( 11015 ) <nl> + int ( 11016 ) <nl> + int ( 11017 ) <nl> + int ( 11018 ) <nl> + int ( 11019 ) <nl> + int ( 11020 ) <nl> + int ( 11021 ) <nl> + int ( 11022 ) <nl> + int ( 11023 ) <nl> + int ( 11024 ) <nl> + int ( 11025 ) <nl> + int ( 11026 ) <nl> + int ( 11027 ) <nl> + int ( 11028 ) <nl> + int ( 11029 ) <nl> + int ( 11030 ) <nl> + int ( 11031 ) <nl> + int ( 11032 ) <nl> + int ( 11033 ) <nl> + int ( 11034 ) <nl> + int ( 11035 ) <nl> + int ( 11036 ) <nl> + int ( 11037 ) <nl> + int ( 11038 ) <nl> + int ( 11039 ) <nl> + int ( 11040 ) <nl> + int ( 11041 ) <nl> + int ( 11042 ) <nl> + int ( 11043 ) <nl> + int ( 11044 ) <nl> + int ( 11045 ) <nl> + int ( 11046 ) <nl> + int ( 11047 ) <nl> + int ( 11048 ) <nl> + int ( 11049 ) <nl> + int ( 11050 ) <nl> + int ( 11051 ) <nl> + int ( 11052 ) <nl> + int ( 11053 ) <nl> + int ( 11054 ) <nl> + int ( 11055 ) <nl> + int ( 11056 ) <nl> + int ( 11057 ) <nl> + int ( 11058 ) <nl> + int ( 11059 ) <nl> + int ( 11060 ) <nl> + int ( 11061 ) <nl> + int ( 11062 ) <nl> + int ( 11063 ) <nl> + int ( 11064 ) <nl> + int ( 11065 ) <nl> + int ( 11066 ) <nl> + int ( 11067 ) <nl> + int ( 11068 ) <nl> + int ( 11069 ) <nl> + int ( 11070 ) <nl> + int ( 11071 ) <nl> + int ( 11072 ) <nl> + int ( 11073 ) <nl> + int ( 11074 ) <nl> + int ( 11075 ) <nl> + int ( 11076 ) <nl> + int ( 11077 ) <nl> + int ( 11078 ) <nl> + int ( 11079 ) <nl> + int ( 11080 ) <nl> + int ( 11081 ) <nl> + int ( 11082 ) <nl> + int ( 11083 ) <nl> + int ( 11084 ) <nl> + int ( 11085 ) <nl> + int ( 11086 ) <nl> + int ( 11087 ) <nl> + int ( 11088 ) <nl> + int ( 11089 ) <nl> + int ( 11090 ) <nl> + int ( 11091 ) <nl> + int ( 11092 ) <nl> + int ( 11093 ) <nl> + int ( 11094 ) <nl> + int ( 11095 ) <nl> + int ( 11096 ) <nl> + int ( 11097 ) <nl> + int ( 11098 ) <nl> + int ( 11099 ) <nl> + int ( 11100 ) <nl> + int ( 11101 ) <nl> + int ( 11102 ) <nl> + int ( 11103 ) <nl> + int ( 11104 ) <nl> + int ( 11105 ) <nl> + int ( 11106 ) <nl> + int ( 11107 ) <nl> + int ( 11108 ) <nl> + int ( 11109 ) <nl> + int ( 11110 ) <nl> + int ( 11111 ) <nl> + int ( 11112 ) <nl> + int ( 11113 ) <nl> + int ( 11114 ) <nl> + int ( 11115 ) <nl> + int ( 11116 ) <nl> + int ( 11117 ) <nl> + int ( 11118 ) <nl> + int ( 11119 ) <nl> + int ( 11120 ) <nl> + int ( 11121 ) <nl> + int ( 11122 ) <nl> + int ( 11123 ) <nl> + int ( 11124 ) <nl> + int ( 11125 ) <nl> + int ( 11126 ) <nl> + int ( 11127 ) <nl> + int ( 11128 ) <nl> + int ( 11129 ) <nl> + int ( 11130 ) <nl> + int ( 11131 ) <nl> + int ( 11132 ) <nl> + int ( 11133 ) <nl> + int ( 11134 ) <nl> + int ( 11135 ) <nl> + int ( 11136 ) <nl> + int ( 11137 ) <nl> + int ( 11138 ) <nl> + int ( 11139 ) <nl> + int ( 11140 ) <nl> + int ( 11141 ) <nl> + int ( 11142 ) <nl> + int ( 11143 ) <nl> + int ( 11144 ) <nl> + int ( 11145 ) <nl> + int ( 11146 ) <nl> + int ( 11147 ) <nl> + int ( 11148 ) <nl> + int ( 11149 ) <nl> + int ( 11150 ) <nl> + int ( 11151 ) <nl> + int ( 11152 ) <nl> + int ( 11153 ) <nl> + int ( 11154 ) <nl> + int ( 11155 ) <nl> + int ( 11156 ) <nl> + int ( 11157 ) <nl> + int ( 11158 ) <nl> + int ( 11159 ) <nl> + int ( 11160 ) <nl> + int ( 11161 ) <nl> + int ( 11162 ) <nl> + int ( 11163 ) <nl> + int ( 11164 ) <nl> + int ( 11165 ) <nl> + int ( 11166 ) <nl> + int ( 11167 ) <nl> + int ( 11168 ) <nl> + int ( 11169 ) <nl> + int ( 11170 ) <nl> + int ( 11171 ) <nl> + int ( 11172 ) <nl> + int ( 11173 ) <nl> + int ( 11174 ) <nl> + int ( 11175 ) <nl> + int ( 11176 ) <nl> + int ( 11177 ) <nl> + int ( 11178 ) <nl> + int ( 11179 ) <nl> + int ( 11180 ) <nl> + int ( 11181 ) <nl> + int ( 11182 ) <nl> + int ( 11183 ) <nl> + int ( 11184 ) <nl> + int ( 11185 ) <nl> + int ( 11186 ) <nl> + int ( 11187 ) <nl> + int ( 11188 ) <nl> + int ( 11189 ) <nl> + int ( 11190 ) <nl> + int ( 11191 ) <nl> + int ( 11192 ) <nl> + int ( 11193 ) <nl> + int ( 11194 ) <nl> + int ( 11195 ) <nl> + int ( 11196 ) <nl> + int ( 11197 ) <nl> + int ( 11198 ) <nl> + int ( 11199 ) <nl> + int ( 11200 ) <nl> + int ( 11201 ) <nl> + int ( 11202 ) <nl> + int ( 11203 ) <nl> + int ( 11204 ) <nl> + int ( 11205 ) <nl> + int ( 11206 ) <nl> + int ( 11207 ) <nl> + int ( 11208 ) <nl> + int ( 11209 ) <nl> + int ( 11210 ) <nl> + int ( 11211 ) <nl> + int ( 11212 ) <nl> + int ( 11213 ) <nl> + int ( 11214 ) <nl> + int ( 11215 ) <nl> + int ( 11216 ) <nl> + int ( 11217 ) <nl> + int ( 11218 ) <nl> + int ( 11219 ) <nl> + int ( 11220 ) <nl> + int ( 11221 ) <nl> + int ( 11222 ) <nl> + int ( 11223 ) <nl> + int ( 11224 ) <nl> + int ( 11225 ) <nl> + int ( 11226 ) <nl> + int ( 11227 ) <nl> + int ( 11228 ) <nl> + int ( 11229 ) <nl> + int ( 11230 ) <nl> + int ( 11231 ) <nl> + int ( 11232 ) <nl> + int ( 11233 ) <nl> + int ( 11234 ) <nl> + int ( 11235 ) <nl> + int ( 11236 ) <nl> + int ( 11237 ) <nl> + int ( 11238 ) <nl> + int ( 11239 ) <nl> + int ( 11240 ) <nl> + int ( 11241 ) <nl> + int ( 11242 ) <nl> + int ( 11243 ) <nl> + int ( 11244 ) <nl> + int ( 11245 ) <nl> + int ( 11246 ) <nl> + int ( 11247 ) <nl> + int ( 11248 ) <nl> + int ( 11249 ) <nl> + int ( 11250 ) <nl> + int ( 11251 ) <nl> + int ( 11252 ) <nl> + int ( 11253 ) <nl> + int ( 11254 ) <nl> + int ( 11255 ) <nl> + int ( 11256 ) <nl> + int ( 11257 ) <nl> + int ( 11258 ) <nl> + int ( 11259 ) <nl> + int ( 11260 ) <nl> + int ( 11261 ) <nl> + int ( 11262 ) <nl> + int ( 11263 ) <nl> + int ( 11264 ) <nl> + int ( 11265 ) <nl> + int ( 11266 ) <nl> + int ( 11267 ) <nl> + int ( 11268 ) <nl> + int ( 11269 ) <nl> + int ( 11270 ) <nl> + int ( 11271 ) <nl> + int ( 11272 ) <nl> + int ( 11273 ) <nl> + int ( 11274 ) <nl> + int ( 11275 ) <nl> + int ( 11276 ) <nl> + int ( 11277 ) <nl> + int ( 11278 ) <nl> + int ( 11279 ) <nl> + int ( 11280 ) <nl> + int ( 11281 ) <nl> + int ( 11282 ) <nl> + int ( 11283 ) <nl> + int ( 11284 ) <nl> + int ( 11285 ) <nl> + int ( 11286 ) <nl> + int ( 11287 ) <nl> + int ( 11288 ) <nl> + int ( 11289 ) <nl> + int ( 11290 ) <nl> + int ( 11291 ) <nl> + int ( 11292 ) <nl> + int ( 11293 ) <nl> + int ( 11294 ) <nl> + int ( 11295 ) <nl> + int ( 11296 ) <nl> + int ( 11297 ) <nl> + int ( 11298 ) <nl> + int ( 11299 ) <nl> + int ( 11300 ) <nl> + int ( 11301 ) <nl> + int ( 11302 ) <nl> + int ( 11303 ) <nl> + int ( 11304 ) <nl> + int ( 11305 ) <nl> + int ( 11306 ) <nl> + int ( 11307 ) <nl> + int ( 11308 ) <nl> + int ( 11309 ) <nl> + int ( 11310 ) <nl> + int ( 11311 ) <nl> + int ( 11312 ) <nl> + int ( 11313 ) <nl> + int ( 11314 ) <nl> + int ( 11315 ) <nl> + int ( 11316 ) <nl> + int ( 11317 ) <nl> + int ( 11318 ) <nl> + int ( 11319 ) <nl> + int ( 11320 ) <nl> + int ( 11321 ) <nl> + int ( 11322 ) <nl> + int ( 11323 ) <nl> + int ( 11324 ) <nl> + int ( 11325 ) <nl> + int ( 11326 ) <nl> + int ( 11327 ) <nl> + int ( 11328 ) <nl> + int ( 11329 ) <nl> + int ( 11330 ) <nl> + int ( 11331 ) <nl> + int ( 11332 ) <nl> + int ( 11333 ) <nl> + int ( 11334 ) <nl> + int ( 11335 ) <nl> + int ( 11336 ) <nl> + int ( 11337 ) <nl> + int ( 11338 ) <nl> + int ( 11339 ) <nl> + int ( 11340 ) <nl> + int ( 11341 ) <nl> + int ( 11342 ) <nl> + int ( 11343 ) <nl> + int ( 11344 ) <nl> + int ( 11345 ) <nl> + int ( 11346 ) <nl> + int ( 11347 ) <nl> + int ( 11348 ) <nl> + int ( 11349 ) <nl> + int ( 11350 ) <nl> + int ( 11351 ) <nl> + int ( 11352 ) <nl> + int ( 11353 ) <nl> + int ( 11354 ) <nl> + int ( 11355 ) <nl> + int ( 11356 ) <nl> + int ( 11357 ) <nl> + int ( 11358 ) <nl> + int ( 11359 ) <nl> + int ( 11360 ) <nl> + int ( 11361 ) <nl> + int ( 11362 ) <nl> + int ( 11363 ) <nl> + int ( 11364 ) <nl> + int ( 11365 ) <nl> + int ( 11366 ) <nl> + int ( 11367 ) <nl> + int ( 11368 ) <nl> + int ( 11369 ) <nl> + int ( 11370 ) <nl> + int ( 11371 ) <nl> + int ( 11372 ) <nl> + int ( 11373 ) <nl> + int ( 11374 ) <nl> + int ( 11375 ) <nl> + int ( 11376 ) <nl> + int ( 11377 ) <nl> + int ( 11378 ) <nl> + int ( 11379 ) <nl> + int ( 11380 ) <nl> + int ( 11381 ) <nl> + int ( 11382 ) <nl> + int ( 11383 ) <nl> + int ( 11384 ) <nl> + int ( 11385 ) <nl> + int ( 11386 ) <nl> + int ( 11387 ) <nl> + int ( 11388 ) <nl> + int ( 11389 ) <nl> + int ( 11390 ) <nl> + int ( 11391 ) <nl> + int ( 11392 ) <nl> + int ( 11393 ) <nl> + int ( 11394 ) <nl> + int ( 11395 ) <nl> + int ( 11396 ) <nl> + int ( 11397 ) <nl> + int ( 11398 ) <nl> + int ( 11399 ) <nl> + int ( 11400 ) <nl> + int ( 11401 ) <nl> + int ( 11402 ) <nl> + int ( 11403 ) <nl> + int ( 11404 ) <nl> + int ( 11405 ) <nl> + int ( 11406 ) <nl> + int ( 11407 ) <nl> + int ( 11408 ) <nl> + int ( 11409 ) <nl> + int ( 11410 ) <nl> + int ( 11411 ) <nl> + int ( 11412 ) <nl> + int ( 11413 ) <nl> + int ( 11414 ) <nl> + int ( 11415 ) <nl> + int ( 11416 ) <nl> + int ( 11417 ) <nl> + int ( 11418 ) <nl> + int ( 11419 ) <nl> + int ( 11420 ) <nl> + int ( 11421 ) <nl> + int ( 11422 ) <nl> + int ( 11423 ) <nl> + int ( 11424 ) <nl> + int ( 11425 ) <nl> + int ( 11426 ) <nl> + int ( 11427 ) <nl> + int ( 11428 ) <nl> + int ( 11429 ) <nl> + int ( 11430 ) <nl> + int ( 11431 ) <nl> + int ( 11432 ) <nl> + int ( 11433 ) <nl> + int ( 11434 ) <nl> + int ( 11435 ) <nl> + int ( 11436 ) <nl> + int ( 11437 ) <nl> + int ( 11438 ) <nl> + int ( 11439 ) <nl> + int ( 11440 ) <nl> + int ( 11441 ) <nl> + int ( 11442 ) <nl> + int ( 11443 ) <nl> + int ( 11444 ) <nl> + int ( 11445 ) <nl> + int ( 11446 ) <nl> + int ( 11447 ) <nl> + int ( 11448 ) <nl> + int ( 11449 ) <nl> + int ( 11450 ) <nl> + int ( 11451 ) <nl> + int ( 11452 ) <nl> + int ( 11453 ) <nl> + int ( 11454 ) <nl> + int ( 11455 ) <nl> + int ( 11456 ) <nl> + int ( 11457 ) <nl> + int ( 11458 ) <nl> + int ( 11459 ) <nl> + int ( 11460 ) <nl> + int ( 11461 ) <nl> + int ( 11462 ) <nl> + int ( 11463 ) <nl> + int ( 11464 ) <nl> + int ( 11465 ) <nl> + int ( 11466 ) <nl> + int ( 11467 ) <nl> + int ( 11468 ) <nl> + int ( 11469 ) <nl> + int ( 11470 ) <nl> + int ( 11471 ) <nl> + int ( 11472 ) <nl> + int ( 11473 ) <nl> + int ( 11474 ) <nl> + int ( 11475 ) <nl> + int ( 11476 ) <nl> + int ( 11477 ) <nl> + int ( 11478 ) <nl> + int ( 11479 ) <nl> + int ( 11480 ) <nl> + int ( 11481 ) <nl> + int ( 11482 ) <nl> + int ( 11483 ) <nl> + int ( 11484 ) <nl> + int ( 11485 ) <nl> + int ( 11486 ) <nl> + int ( 11487 ) <nl> + int ( 11488 ) <nl> + int ( 11489 ) <nl> + int ( 11490 ) <nl> + int ( 11491 ) <nl> + int ( 11492 ) <nl> + int ( 11493 ) <nl> + int ( 11494 ) <nl> + int ( 11495 ) <nl> + int ( 11496 ) <nl> + int ( 11497 ) <nl> + int ( 11498 ) <nl> + int ( 11499 ) <nl> + int ( 11500 ) <nl> + int ( 11501 ) <nl> + int ( 11502 ) <nl> + int ( 11503 ) <nl> + int ( 11504 ) <nl> + int ( 11505 ) <nl> + int ( 11506 ) <nl> + int ( 11507 ) <nl> + int ( 11508 ) <nl> + int ( 11509 ) <nl> + int ( 11510 ) <nl> + int ( 11511 ) <nl> + int ( 11512 ) <nl> + int ( 11513 ) <nl> + int ( 11514 ) <nl> + int ( 11515 ) <nl> + int ( 11516 ) <nl> + int ( 11517 ) <nl> + int ( 11518 ) <nl> + int ( 11519 ) <nl> + int ( 11520 ) <nl> + int ( 11521 ) <nl> + int ( 11522 ) <nl> + int ( 11523 ) <nl> + int ( 11524 ) <nl> + int ( 11525 ) <nl> + int ( 11526 ) <nl> + int ( 11527 ) <nl> + int ( 11528 ) <nl> + int ( 11529 ) <nl> + int ( 11530 ) <nl> + int ( 11531 ) <nl> + int ( 11532 ) <nl> + int ( 11533 ) <nl> + int ( 11534 ) <nl> + int ( 11535 ) <nl> + int ( 11536 ) <nl> + int ( 11537 ) <nl> + int ( 11538 ) <nl> + int ( 11539 ) <nl> + int ( 11540 ) <nl> + int ( 11541 ) <nl> + int ( 11542 ) <nl> + int ( 11543 ) <nl> + int ( 11544 ) <nl> + int ( 11545 ) <nl> + int ( 11546 ) <nl> + int ( 11547 ) <nl> + int ( 11548 ) <nl> + int ( 11549 ) <nl> + int ( 11550 ) <nl> + int ( 11551 ) <nl> + int ( 11552 ) <nl> + int ( 11553 ) <nl> + int ( 11554 ) <nl> + int ( 11555 ) <nl> + int ( 11556 ) <nl> + int ( 11557 ) <nl> + int ( 11558 ) <nl> + int ( 11559 ) <nl> + int ( 11560 ) <nl> + int ( 11561 ) <nl> + int ( 11562 ) <nl> + int ( 11563 ) <nl> + int ( 11564 ) <nl> + int ( 11565 ) <nl> + int ( 11566 ) <nl> + int ( 11567 ) <nl> + int ( 11568 ) <nl> + int ( 11569 ) <nl> + int ( 11570 ) <nl> + int ( 11571 ) <nl> + int ( 11572 ) <nl> + int ( 11573 ) <nl> + int ( 11574 ) <nl> + int ( 11575 ) <nl> + int ( 11576 ) <nl> + int ( 11577 ) <nl> + int ( 11578 ) <nl> + int ( 11579 ) <nl> + int ( 11580 ) <nl> + int ( 11581 ) <nl> + int ( 11582 ) <nl> + int ( 11583 ) <nl> + int ( 11584 ) <nl> + int ( 11585 ) <nl> + int ( 11586 ) <nl> + int ( 11587 ) <nl> + int ( 11588 ) <nl> + int ( 11589 ) <nl> + int ( 11590 ) <nl> + int ( 11591 ) <nl> + int ( 11592 ) <nl> + int ( 11593 ) <nl> + int ( 11594 ) <nl> + int ( 11595 ) <nl> + int ( 11596 ) <nl> + int ( 11597 ) <nl> + int ( 11598 ) <nl> + int ( 11599 ) <nl> + int ( 11600 ) <nl> + int ( 11601 ) <nl> + int ( 11602 ) <nl> + int ( 11603 ) <nl> + int ( 11604 ) <nl> + int ( 11605 ) <nl> + int ( 11606 ) <nl> + int ( 11607 ) <nl> + int ( 11608 ) <nl> + int ( 11609 ) <nl> + int ( 11610 ) <nl> + int ( 11611 ) <nl> + int ( 11612 ) <nl> + int ( 11613 ) <nl> + int ( 11614 ) <nl> + int ( 11615 ) <nl> + int ( 11616 ) <nl> + int ( 11617 ) <nl> + int ( 11618 ) <nl> + int ( 11619 ) <nl> + int ( 11620 ) <nl> + int ( 11621 ) <nl> + int ( 11622 ) <nl> + int ( 11623 ) <nl> + int ( 11624 ) <nl> + int ( 11625 ) <nl> + int ( 11626 ) <nl> + int ( 11627 ) <nl> + int ( 11628 ) <nl> + int ( 11629 ) <nl> + int ( 11630 ) <nl> + int ( 11631 ) <nl> + int ( 11632 ) <nl> + int ( 11633 ) <nl> + int ( 11634 ) <nl> + int ( 11635 ) <nl> + int ( 11636 ) <nl> + int ( 11637 ) <nl> + int ( 11638 ) <nl> + int ( 11639 ) <nl> + int ( 11640 ) <nl> + int ( 11641 ) <nl> + int ( 11642 ) <nl> + int ( 11643 ) <nl> + int ( 11644 ) <nl> + int ( 11645 ) <nl> + int ( 11646 ) <nl> + int ( 11647 ) <nl> + int ( 11648 ) <nl> + int ( 11649 ) <nl> + int ( 11650 ) <nl> + int ( 11651 ) <nl> + int ( 11652 ) <nl> + int ( 11653 ) <nl> + int ( 11654 ) <nl> + int ( 11655 ) <nl> + int ( 11656 ) <nl> + int ( 11657 ) <nl> + int ( 11658 ) <nl> + int ( 11659 ) <nl> + int ( 11660 ) <nl> + int ( 11661 ) <nl> + int ( 11662 ) <nl> + int ( 11663 ) <nl> + int ( 11664 ) <nl> + int ( 11665 ) <nl> + int ( 11666 ) <nl> + int ( 11667 ) <nl> + int ( 11668 ) <nl> + int ( 11669 ) <nl> + int ( 11670 ) <nl> + int ( 11671 ) <nl> + int ( 11672 ) <nl> + int ( 11673 ) <nl> + int ( 11674 ) <nl> + int ( 11675 ) <nl> + int ( 11676 ) <nl> + int ( 11677 ) <nl> + int ( 11678 ) <nl> + int ( 11679 ) <nl> + int ( 11680 ) <nl> + int ( 11681 ) <nl> + int ( 11682 ) <nl> + int ( 11683 ) <nl> + int ( 11684 ) <nl> + int ( 11685 ) <nl> + int ( 11686 ) <nl> + int ( 11687 ) <nl> + int ( 11688 ) <nl> + int ( 11689 ) <nl> + int ( 11690 ) <nl> + int ( 11691 ) <nl> + int ( 11692 ) <nl> + int ( 11693 ) <nl> + int ( 11694 ) <nl> + int ( 11695 ) <nl> + int ( 11696 ) <nl> + int ( 11697 ) <nl> + int ( 11698 ) <nl> + int ( 11699 ) <nl> + int ( 11700 ) <nl> + int ( 11701 ) <nl> + int ( 11702 ) <nl> + int ( 11703 ) <nl> + int ( 11704 ) <nl> + int ( 11705 ) <nl> + int ( 11706 ) <nl> + int ( 11707 ) <nl> + int ( 11708 ) <nl> + int ( 11709 ) <nl> + int ( 11710 ) <nl> + int ( 11711 ) <nl> + int ( 11712 ) <nl> + int ( 11713 ) <nl> + int ( 11714 ) <nl> + int ( 11715 ) <nl> + int ( 11716 ) <nl> + int ( 11717 ) <nl> + int ( 11718 ) <nl> + int ( 11719 ) <nl> + int ( 11720 ) <nl> + int ( 11721 ) <nl> + int ( 11722 ) <nl> + int ( 11723 ) <nl> + int ( 11724 ) <nl> + int ( 11725 ) <nl> + int ( 11726 ) <nl> + int ( 11727 ) <nl> + int ( 11728 ) <nl> + int ( 11729 ) <nl> + int ( 11730 ) <nl> + int ( 11731 ) <nl> + int ( 11732 ) <nl> + int ( 11733 ) <nl> + int ( 11734 ) <nl> + int ( 11735 ) <nl> + int ( 11736 ) <nl> + int ( 11737 ) <nl> + int ( 11738 ) <nl> + int ( 11739 ) <nl> + int ( 11740 ) <nl> + int ( 11741 ) <nl> + int ( 11742 ) <nl> + int ( 11743 ) <nl> + int ( 11744 ) <nl> + int ( 11745 ) <nl> + int ( 11746 ) <nl> + int ( 11747 ) <nl> + int ( 11748 ) <nl> + int ( 11749 ) <nl> + int ( 11750 ) <nl> + int ( 11751 ) <nl> + int ( 11752 ) <nl> + int ( 11753 ) <nl> + int ( 11754 ) <nl> + int ( 11755 ) <nl> + int ( 11756 ) <nl> + int ( 11757 ) <nl> + int ( 11758 ) <nl> + int ( 11759 ) <nl> + int ( 11760 ) <nl> + int ( 11761 ) <nl> + int ( 11762 ) <nl> + int ( 11763 ) <nl> + int ( 11764 ) <nl> + int ( 11765 ) <nl> + int ( 11766 ) <nl> + int ( 11767 ) <nl> + int ( 11768 ) <nl> + int ( 11769 ) <nl> + int ( 11770 ) <nl> + int ( 11771 ) <nl> + int ( 11772 ) <nl> + int ( 11773 ) <nl> + int ( 11774 ) <nl> + int ( 11775 ) <nl> + int ( 11776 ) <nl> + int ( 11777 ) <nl> + int ( 11778 ) <nl> + int ( 11779 ) <nl> + int ( 11780 ) <nl> + int ( 11781 ) <nl> + int ( 11782 ) <nl> + int ( 11783 ) <nl> + int ( 11784 ) <nl> + int ( 11785 ) <nl> + int ( 11786 ) <nl> + int ( 11787 ) <nl> + int ( 11788 ) <nl> + int ( 11789 ) <nl> + int ( 11790 ) <nl> + int ( 11791 ) <nl> + int ( 11792 ) <nl> + int ( 11793 ) <nl> + int ( 11794 ) <nl> + int ( 11795 ) <nl> + int ( 11796 ) <nl> + int ( 11797 ) <nl> + int ( 11798 ) <nl> + int ( 11799 ) <nl> + int ( 11800 ) <nl> + int ( 11801 ) <nl> + int ( 11802 ) <nl> + int ( 11803 ) <nl> + int ( 11804 ) <nl> + int ( 11805 ) <nl> + int ( 11806 ) <nl> + int ( 11807 ) <nl> + } <nl> + array ( 5904 ) { <nl> + [ 0 ] = > <nl> + int ( 11808 ) <nl> + [ 1 ] = > <nl> + int ( 11809 ) <nl> + [ 2 ] = > <nl> + int ( 11810 ) <nl> + [ 3 ] = > <nl> + int ( 11811 ) <nl> + [ 4 ] = > <nl> + int ( 11812 ) <nl> + [ 5 ] = > <nl> + int ( 11813 ) <nl> + [ 6 ] = > <nl> + int ( 11814 ) <nl> + [ 7 ] = > <nl> + int ( 11815 ) <nl> + [ 8 ] = > <nl> + int ( 11816 ) <nl> + [ 9 ] = > <nl> + int ( 11817 ) <nl> + [ 10 ] = > <nl> + int ( 11818 ) <nl> + [ 11 ] = > <nl> + int ( 11819 ) <nl> + [ 12 ] = > <nl> + int ( 11820 ) <nl> + [ 13 ] = > <nl> + int ( 11821 ) <nl> + [ 14 ] = > <nl> + int ( 11822 ) <nl> + [ 15 ] = > <nl> + int ( 11823 ) <nl> + [ 16 ] = > <nl> + int ( 11824 ) <nl> + [ 17 ] = > <nl> + int ( 11825 ) <nl> + [ 18 ] = > <nl> + int ( 11826 ) <nl> + [ 19 ] = > <nl> + int ( 11827 ) <nl> + [ 20 ] = > <nl> + int ( 11828 ) <nl> + [ 21 ] = > <nl> + int ( 11829 ) <nl> + [ 22 ] = > <nl> + int ( 11830 ) <nl> + [ 23 ] = > <nl> + int ( 11831 ) <nl> + [ 24 ] = > <nl> + int ( 11832 ) <nl> + [ 25 ] = > <nl> + int ( 11833 ) <nl> + [ 26 ] = > <nl> + int ( 11834 ) <nl> + [ 27 ] = > <nl> + int ( 11835 ) <nl> + [ 28 ] = > <nl> + int ( 11836 ) <nl> + [ 29 ] = > <nl> + int ( 11837 ) <nl> + [ 30 ] = > <nl> + int ( 11838 ) <nl> + [ 31 ] = > <nl> + int ( 11839 ) <nl> + [ 32 ] = > <nl> + int ( 11840 ) <nl> + [ 33 ] = > <nl> + int ( 11841 ) <nl> + [ 34 ] = > <nl> + int ( 11842 ) <nl> + [ 35 ] = > <nl> + int ( 11843 ) <nl> + [ 36 ] = > <nl> + int ( 11844 ) <nl> + [ 37 ] = > <nl> + int ( 11845 ) <nl> + [ 38 ] = > <nl> + int ( 11846 ) <nl> + [ 39 ] = > <nl> + int ( 11847 ) <nl> + [ 40 ] = > <nl> + int ( 11848 ) <nl> + [ 41 ] = > <nl> + int ( 11849 ) <nl> + [ 42 ] = > <nl> + int ( 11850 ) <nl> + [ 43 ] = > <nl> + int ( 11851 ) <nl> + [ 44 ] = > <nl> + int ( 11852 ) <nl> + [ 45 ] = > <nl> + int ( 11853 ) <nl> + [ 46 ] = > <nl> + int ( 11854 ) <nl> + [ 47 ] = > <nl> + int ( 11855 ) <nl> + [ 48 ] = > <nl> + int ( 11856 ) <nl> + [ 49 ] = > <nl> + int ( 11857 ) <nl> + [ 50 ] = > <nl> + int ( 11858 ) <nl> + [ 51 ] = > <nl> + int ( 11859 ) <nl> + [ 52 ] = > <nl> + int ( 11860 ) <nl> + [ 53 ] = > <nl> + int ( 11861 ) <nl> + [ 54 ] = > <nl> + int ( 11862 ) <nl> + [ 55 ] = > <nl> + int ( 11863 ) <nl> + [ 56 ] = > <nl> + int ( 11864 ) <nl> + [ 57 ] = > <nl> + int ( 11865 ) <nl> + [ 58 ] = > <nl> + int ( 11866 ) <nl> + [ 59 ] = > <nl> + int ( 11867 ) <nl> + [ 60 ] = > <nl> + int ( 11868 ) <nl> + [ 61 ] = > <nl> + int ( 11869 ) <nl> + [ 62 ] = > <nl> + int ( 11870 ) <nl> + [ 63 ] = > <nl> + int ( 11871 ) <nl> + [ 64 ] = > <nl> + int ( 11872 ) <nl> + [ 65 ] = > <nl> + int ( 11873 ) <nl> + [ 66 ] = > <nl> + int ( 11874 ) <nl> + [ 67 ] = > <nl> + int ( 11875 ) <nl> + [ 68 ] = > <nl> + int ( 11876 ) <nl> + [ 69 ] = > <nl> + int ( 11877 ) <nl> + [ 70 ] = > <nl> + int ( 11878 ) <nl> + [ 71 ] = > <nl> + int ( 11879 ) <nl> + [ 72 ] = > <nl> + int ( 11880 ) <nl> + [ 73 ] = > <nl> + int ( 11881 ) <nl> + [ 74 ] = > <nl> + int ( 11882 ) <nl> + [ 75 ] = > <nl> + int ( 11883 ) <nl> + [ 76 ] = > <nl> + int ( 11884 ) <nl> + [ 77 ] = > <nl> + int ( 11885 ) <nl> + [ 78 ] = > <nl> + int ( 11886 ) <nl> + [ 79 ] = > <nl> + int ( 11887 ) <nl> + [ 80 ] = > <nl> + int ( 11888 ) <nl> + [ 81 ] = > <nl> + int ( 11889 ) <nl> + [ 82 ] = > <nl> + int ( 11890 ) <nl> + [ 83 ] = > <nl> + int ( 11891 ) <nl> + [ 84 ] = > <nl> + int ( 11892 ) <nl> + [ 85 ] = > <nl> + int ( 11893 ) <nl> + [ 86 ] = > <nl> + int ( 11894 ) <nl> + [ 87 ] = > <nl> + int ( 11895 ) <nl> + [ 88 ] = > <nl> + int ( 11896 ) <nl> + [ 89 ] = > <nl> + int ( 11897 ) <nl> + [ 90 ] = > <nl> + int ( 11898 ) <nl> + [ 91 ] = > <nl> + int ( 11899 ) <nl> + [ 92 ] = > <nl> + int ( 11900 ) <nl> + [ 93 ] = > <nl> + int ( 11901 ) <nl> + [ 94 ] = > <nl> + int ( 11902 ) <nl> + [ 95 ] = > <nl> + int ( 11903 ) <nl> + [ 96 ] = > <nl> + int ( 11904 ) <nl> + [ 97 ] = > <nl> + int ( 11905 ) <nl> + [ 98 ] = > <nl> + int ( 11906 ) <nl> + [ 99 ] = > <nl> + int ( 11907 ) <nl> + [ 100 ] = > <nl> + int ( 11908 ) <nl> + [ 101 ] = > <nl> + int ( 11909 ) <nl> + [ 102 ] = > <nl> + int ( 11910 ) <nl> + [ 103 ] = > <nl> + int ( 11911 ) <nl> + [ 104 ] = > <nl> + int ( 11912 ) <nl> + [ 105 ] = > <nl> + int ( 11913 ) <nl> + [ 106 ] = > <nl> + int ( 11914 ) <nl> + [ 107 ] = > <nl> + int ( 11915 ) <nl> + [ 108 ] = > <nl> + int ( 11916 ) <nl> + [ 109 ] = > <nl> + int ( 11917 ) <nl> + [ 110 ] = > <nl> + int ( 11918 ) <nl> + [ 111 ] = > <nl> + int ( 11919 ) <nl> + [ 112 ] = > <nl> + int ( 11920 ) <nl> + [ 113 ] = > <nl> + int ( 11921 ) <nl> + [ 114 ] = > <nl> + int ( 11922 ) <nl> + [ 115 ] = > <nl> + int ( 11923 ) <nl> + [ 116 ] = > <nl> + int ( 11924 ) <nl> + [ 117 ] = > <nl> + int ( 11925 ) <nl> + [ 118 ] = > <nl> + int ( 11926 ) <nl> + [ 119 ] = > <nl> + int ( 11927 ) <nl> + [ 120 ] = > <nl> + int ( 11928 ) <nl> + [ 121 ] = > <nl> + int ( 11929 ) <nl> + [ 122 ] = > <nl> + int ( 11930 ) <nl> + [ 123 ] = > <nl> + int ( 11931 ) <nl> + [ 124 ] = > <nl> + int ( 11932 ) <nl> + [ 125 ] = > <nl> + int ( 11933 ) <nl> + [ 126 ] = > <nl> + int ( 11934 ) <nl> + [ 127 ] = > <nl> + int ( 11935 ) <nl> + [ 128 ] = > <nl> + int ( 11936 ) <nl> + [ 129 ] = > <nl> + int ( 11937 ) <nl> + [ 130 ] = > <nl> + int ( 11938 ) <nl> + [ 131 ] = > <nl> + int ( 11939 ) <nl> + [ 132 ] = > <nl> + int ( 11940 ) <nl> + [ 133 ] = > <nl> + int ( 11941 ) <nl> + [ 134 ] = > <nl> + int ( 11942 ) <nl> + [ 135 ] = > <nl> + int ( 11943 ) <nl> + [ 136 ] = > <nl> + int ( 11944 ) <nl> + [ 137 ] = > <nl> + int ( 11945 ) <nl> + [ 138 ] = > <nl> + int ( 11946 ) <nl> + [ 139 ] = > <nl> + int ( 11947 ) <nl> + [ 140 ] = > <nl> + int ( 11948 ) <nl> + [ 141 ] = > <nl> + int ( 11949 ) <nl> + [ 142 ] = > <nl> + int ( 11950 ) <nl> + [ 143 ] = > <nl> + int ( 11951 ) <nl> + [ 144 ] = > <nl> + int ( 11952 ) <nl> + [ 145 ] = > <nl> + int ( 11953 ) <nl> + [ 146 ] = > <nl> + int ( 11954 ) <nl> + [ 147 ] = > <nl> + int ( 11955 ) <nl> + [ 148 ] = > <nl> + int ( 11956 ) <nl> + [ 149 ] = > <nl> + int ( 11957 ) <nl> + [ 150 ] = > <nl> + int ( 11958 ) <nl> + [ 151 ] = > <nl> + int ( 11959 ) <nl> + [ 152 ] = > <nl> + int ( 11960 ) <nl> + [ 153 ] = > <nl> + int ( 11961 ) <nl> + [ 154 ] = > <nl> + int ( 11962 ) <nl> + [ 155 ] = > <nl> + int ( 11963 ) <nl> + [ 156 ] = > <nl> + int ( 11964 ) <nl> + [ 157 ] = > <nl> + int ( 11965 ) <nl> + [ 158 ] = > <nl> + int ( 11966 ) <nl> + [ 159 ] = > <nl> + int ( 11967 ) <nl> + [ 160 ] = > <nl> + int ( 11968 ) <nl> + [ 161 ] = > <nl> + int ( 11969 ) <nl> + [ 162 ] = > <nl> + int ( 11970 ) <nl> + [ 163 ] = > <nl> + int ( 11971 ) <nl> + [ 164 ] = > <nl> + int ( 11972 ) <nl> + [ 165 ] = > <nl> + int ( 11973 ) <nl> + [ 166 ] = > <nl> + int ( 11974 ) <nl> + [ 167 ] = > <nl> + int ( 11975 ) <nl> + [ 168 ] = > <nl> + int ( 11976 ) <nl> + [ 169 ] = > <nl> + int ( 11977 ) <nl> + [ 170 ] = > <nl> + int ( 11978 ) <nl> + [ 171 ] = > <nl> + int ( 11979 ) <nl> + [ 172 ] = > <nl> + int ( 11980 ) <nl> + [ 173 ] = > <nl> + int ( 11981 ) <nl> + [ 174 ] = > <nl> + int ( 11982 ) <nl> + [ 175 ] = > <nl> + int ( 11983 ) <nl> + [ 176 ] = > <nl> + int ( 11984 ) <nl> + [ 177 ] = > <nl> + int ( 11985 ) <nl> + [ 178 ] = > <nl> + int ( 11986 ) <nl> + [ 179 ] = > <nl> + int ( 11987 ) <nl> + [ 180 ] = > <nl> + int ( 11988 ) <nl> + [ 181 ] = > <nl> + int ( 11989 ) <nl> + [ 182 ] = > <nl> + int ( 11990 ) <nl> + [ 183 ] = > <nl> + int ( 11991 ) <nl> + [ 184 ] = > <nl> + int ( 11992 ) <nl> + [ 185 ] = > <nl> + int ( 11993 ) <nl> + [ 186 ] = > <nl> + int ( 11994 ) <nl> + [ 187 ] = > <nl> + int ( 11995 ) <nl> + [ 188 ] = > <nl> + int ( 11996 ) <nl> + [ 189 ] = > <nl> + int ( 11997 ) <nl> + [ 190 ] = > <nl> + int ( 11998 ) <nl> + [ 191 ] = > <nl> + int ( 11999 ) <nl> + [ 192 ] = > <nl> + int ( 12000 ) <nl> + [ 193 ] = > <nl> + int ( 12001 ) <nl> + [ 194 ] = > <nl> + int ( 12002 ) <nl> + [ 195 ] = > <nl> + int ( 12003 ) <nl> + [ 196 ] = > <nl> + int ( 12004 ) <nl> + [ 197 ] = > <nl> + int ( 12005 ) <nl> + [ 198 ] = > <nl> + int ( 12006 ) <nl> + [ 199 ] = > <nl> + int ( 12007 ) <nl> + [ 200 ] = > <nl> + int ( 12008 ) <nl> + [ 201 ] = > <nl> + int ( 12009 ) <nl> + [ 202 ] = > <nl> + int ( 12010 ) <nl> + [ 203 ] = > <nl> + int ( 12011 ) <nl> + [ 204 ] = > <nl> + int ( 12012 ) <nl> + [ 205 ] = > <nl> + int ( 12013 ) <nl> + [ 206 ] = > <nl> + int ( 12014 ) <nl> + [ 207 ] = > <nl> + int ( 12015 ) <nl> + [ 208 ] = > <nl> + int ( 12016 ) <nl> + [ 209 ] = > <nl> + int ( 12017 ) <nl> + [ 210 ] = > <nl> + int ( 12018 ) <nl> + [ 211 ] = > <nl> + int ( 12019 ) <nl> + [ 212 ] = > <nl> + int ( 12020 ) <nl> + [ 213 ] = > <nl> + int ( 12021 ) <nl> + [ 214 ] = > <nl> + int ( 12022 ) <nl> + [ 215 ] = > <nl> + int ( 12023 ) <nl> + [ 216 ] = > <nl> + int ( 12024 ) <nl> + [ 217 ] = > <nl> + int ( 12025 ) <nl> + [ 218 ] = > <nl> + int ( 12026 ) <nl> + [ 219 ] = > <nl> + int ( 12027 ) <nl> + [ 220 ] = > <nl> + int ( 12028 ) <nl> + [ 221 ] = > <nl> + int ( 12029 ) <nl> + [ 222 ] = > <nl> + int ( 12030 ) <nl> + [ 223 ] = > <nl> + int ( 12031 ) <nl> + [ 224 ] = > <nl> + int ( 12032 ) <nl> + [ 225 ] = > <nl> + int ( 12033 ) <nl> + [ 226 ] = > <nl> + int ( 12034 ) <nl> + [ 227 ] = > <nl> + int ( 12035 ) <nl> + [ 228 ] = > <nl> + int ( 12036 ) <nl> + [ 229 ] = > <nl> + int ( 12037 ) <nl> + [ 230 ] = > <nl> + int ( 12038 ) <nl> + [ 231 ] = > <nl> + int ( 12039 ) <nl> + [ 232 ] = > <nl> + int ( 12040 ) <nl> + [ 233 ] = > <nl> + int ( 12041 ) <nl> + [ 234 ] = > <nl> + int ( 12042 ) <nl> + [ 235 ] = > <nl> + int ( 12043 ) <nl> + [ 236 ] = > <nl> + int ( 12044 ) <nl> + [ 237 ] = > <nl> + int ( 12045 ) <nl> + [ 238 ] = > <nl> + int ( 12046 ) <nl> + [ 239 ] = > <nl> + int ( 12047 ) <nl> + [ 240 ] = > <nl> + int ( 12048 ) <nl> + [ 241 ] = > <nl> + int ( 12049 ) <nl> + [ 242 ] = > <nl> + int ( 12050 ) <nl> + [ 243 ] = > <nl> + int ( 12051 ) <nl> + [ 244 ] = > <nl> + int ( 12052 ) <nl> + [ 245 ] = > <nl> + int ( 12053 ) <nl> + [ 246 ] = > <nl> + int ( 12054 ) <nl> + [ 247 ] = > <nl> + int ( 12055 ) <nl> + [ 248 ] = > <nl> + int ( 12056 ) <nl> + [ 249 ] = > <nl> + int ( 12057 ) <nl> + [ 250 ] = > <nl> + int ( 12058 ) <nl> + [ 251 ] = > <nl> + int ( 12059 ) <nl> + [ 252 ] = > <nl> + int ( 12060 ) <nl> + [ 253 ] = > <nl> + int ( 12061 ) <nl> + [ 254 ] = > <nl> + int ( 12062 ) <nl> + [ 255 ] = > <nl> + int ( 12063 ) <nl> + [ 256 ] = > <nl> + int ( 12064 ) <nl> + [ 257 ] = > <nl> + int ( 12065 ) <nl> + [ 258 ] = > <nl> + int ( 12066 ) <nl> + [ 259 ] = > <nl> + int ( 12067 ) <nl> + [ 260 ] = > <nl> + int ( 12068 ) <nl> + [ 261 ] = > <nl> + int ( 12069 ) <nl> + [ 262 ] = > <nl> + int ( 12070 ) <nl> + [ 263 ] = > <nl> + int ( 12071 ) <nl> + [ 264 ] = > <nl> + int ( 12072 ) <nl> + [ 265 ] = > <nl> + int ( 12073 ) <nl> + [ 266 ] = > <nl> + int ( 12074 ) <nl> + [ 267 ] = > <nl> + int ( 12075 ) <nl> + [ 268 ] = > <nl> + int ( 12076 ) <nl> + [ 269 ] = > <nl> + int ( 12077 ) <nl> + [ 270 ] = > <nl> + int ( 12078 ) <nl> + [ 271 ] = > <nl> + int ( 12079 ) <nl> + [ 272 ] = > <nl> + int ( 12080 ) <nl> + [ 273 ] = > <nl> + int ( 12081 ) <nl> + [ 274 ] = > <nl> + int ( 12082 ) <nl> + [ 275 ] = > <nl> + int ( 12083 ) <nl> + [ 276 ] = > <nl> + int ( 12084 ) <nl> + [ 277 ] = > <nl> + int ( 12085 ) <nl> + [ 278 ] = > <nl> + int ( 12086 ) <nl> + [ 279 ] = > <nl> + int ( 12087 ) <nl> + [ 280 ] = > <nl> + int ( 12088 ) <nl> + [ 281 ] = > <nl> + int ( 12089 ) <nl> + [ 282 ] = > <nl> + int ( 12090 ) <nl> + [ 283 ] = > <nl> + int ( 12091 ) <nl> + [ 284 ] = > <nl> + int ( 12092 ) <nl> + [ 285 ] = > <nl> + int ( 12093 ) <nl> + [ 286 ] = > <nl> + int ( 12094 ) <nl> + [ 287 ] = > <nl> + int ( 12095 ) <nl> + [ 288 ] = > <nl> + int ( 12096 ) <nl> + [ 289 ] = > <nl> + int ( 12097 ) <nl> + [ 290 ] = > <nl> + int ( 12098 ) <nl> + [ 291 ] = > <nl> + int ( 12099 ) <nl> + [ 292 ] = > <nl> + int ( 12100 ) <nl> + [ 293 ] = > <nl> + int ( 12101 ) <nl> + [ 294 ] = > <nl> + int ( 12102 ) <nl> + [ 295 ] = > <nl> + int ( 12103 ) <nl> + [ 296 ] = > <nl> + int ( 12104 ) <nl> + [ 297 ] = > <nl> + int ( 12105 ) <nl> + [ 298 ] = > <nl> + int ( 12106 ) <nl> + [ 299 ] = > <nl> + int ( 12107 ) <nl> + [ 300 ] = > <nl> + int ( 12108 ) <nl> + [ 301 ] = > <nl> + int ( 12109 ) <nl> + [ 302 ] = > <nl> + int ( 12110 ) <nl> + [ 303 ] = > <nl> + int ( 12111 ) <nl> + [ 304 ] = > <nl> + int ( 12112 ) <nl> + [ 305 ] = > <nl> + int ( 12113 ) <nl> + [ 306 ] = > <nl> + int ( 12114 ) <nl> + [ 307 ] = > <nl> + int ( 12115 ) <nl> + [ 308 ] = > <nl> + int ( 12116 ) <nl> + [ 309 ] = > <nl> + int ( 12117 ) <nl> + [ 310 ] = > <nl> + int ( 12118 ) <nl> + [ 311 ] = > <nl> + int ( 12119 ) <nl> + [ 312 ] = > <nl> + int ( 12120 ) <nl> + [ 313 ] = > <nl> + int ( 12121 ) <nl> + [ 314 ] = > <nl> + int ( 12122 ) <nl> + [ 315 ] = > <nl> + int ( 12123 ) <nl> + [ 316 ] = > <nl> + int ( 12124 ) <nl> + [ 317 ] = > <nl> + int ( 12125 ) <nl> + [ 318 ] = > <nl> + int ( 12126 ) <nl> + [ 319 ] = > <nl> + int ( 12127 ) <nl> + [ 320 ] = > <nl> + int ( 12128 ) <nl> + [ 321 ] = > <nl> + int ( 12129 ) <nl> + [ 322 ] = > <nl> + int ( 12130 ) <nl> + [ 323 ] = > <nl> + int ( 12131 ) <nl> + [ 324 ] = > <nl> + int ( 12132 ) <nl> + [ 325 ] = > <nl> + int ( 12133 ) <nl> + [ 326 ] = > <nl> + int ( 12134 ) <nl> + [ 327 ] = > <nl> + int ( 12135 ) <nl> + [ 328 ] = > <nl> + int ( 12136 ) <nl> + [ 329 ] = > <nl> + int ( 12137 ) <nl> + [ 330 ] = > <nl> + int ( 12138 ) <nl> + [ 331 ] = > <nl> + int ( 12139 ) <nl> + [ 332 ] = > <nl> + int ( 12140 ) <nl> + [ 333 ] = > <nl> + int ( 12141 ) <nl> + [ 334 ] = > <nl> + int ( 12142 ) <nl> + [ 335 ] = > <nl> + int ( 12143 ) <nl> + [ 336 ] = > <nl> + int ( 12144 ) <nl> + [ 337 ] = > <nl> + int ( 12145 ) <nl> + [ 338 ] = > <nl> + int ( 12146 ) <nl> + [ 339 ] = > <nl> + int ( 12147 ) <nl> + [ 340 ] = > <nl> + int ( 12148 ) <nl> + [ 341 ] = > <nl> + int ( 12149 ) <nl> + [ 342 ] = > <nl> + int ( 12150 ) <nl> + [ 343 ] = > <nl> + int ( 12151 ) <nl> + [ 344 ] = > <nl> + int ( 12152 ) <nl> + [ 345 ] = > <nl> + int ( 12153 ) <nl> + [ 346 ] = > <nl> + int ( 12154 ) <nl> + [ 347 ] = > <nl> + int ( 12155 ) <nl> + [ 348 ] = > <nl> + int ( 12156 ) <nl> + [ 349 ] = > <nl> + int ( 12157 ) <nl> + [ 350 ] = > <nl> + int ( 12158 ) <nl> + [ 351 ] = > <nl> + int ( 12159 ) <nl> + [ 352 ] = > <nl> + int ( 12160 ) <nl> + [ 353 ] = > <nl> + int ( 12161 ) <nl> + [ 354 ] = > <nl> + int ( 12162 ) <nl> + [ 355 ] = > <nl> + int ( 12163 ) <nl> + [ 356 ] = > <nl> + int ( 12164 ) <nl> + [ 357 ] = > <nl> + int ( 12165 ) <nl> + [ 358 ] = > <nl> + int ( 12166 ) <nl> + [ 359 ] = > <nl> + int ( 12167 ) <nl> + [ 360 ] = > <nl> + int ( 12168 ) <nl> + [ 361 ] = > <nl> + int ( 12169 ) <nl> + [ 362 ] = > <nl> + int ( 12170 ) <nl> + [ 363 ] = > <nl> + int ( 12171 ) <nl> + [ 364 ] = > <nl> + int ( 12172 ) <nl> + [ 365 ] = > <nl> + int ( 12173 ) <nl> + [ 366 ] = > <nl> + int ( 12174 ) <nl> + [ 367 ] = > <nl> + int ( 12175 ) <nl> + [ 368 ] = > <nl> + int ( 12176 ) <nl> + [ 369 ] = > <nl> + int ( 12177 ) <nl> + [ 370 ] = > <nl> + int ( 12178 ) <nl> + [ 371 ] = > <nl> + int ( 12179 ) <nl> + [ 372 ] = > <nl> + int ( 12180 ) <nl> + [ 373 ] = > <nl> + int ( 12181 ) <nl> + [ 374 ] = > <nl> + int ( 12182 ) <nl> + [ 375 ] = > <nl> + int ( 12183 ) <nl> + [ 376 ] = > <nl> + int ( 12184 ) <nl> + [ 377 ] = > <nl> + int ( 12185 ) <nl> + [ 378 ] = > <nl> + int ( 12186 ) <nl> + [ 379 ] = > <nl> + int ( 12187 ) <nl> + [ 380 ] = > <nl> + int ( 12188 ) <nl> + [ 381 ] = > <nl> + int ( 12189 ) <nl> + [ 382 ] = > <nl> + int ( 12190 ) <nl> + [ 383 ] = > <nl> + int ( 12191 ) <nl> + [ 384 ] = > <nl> + int ( 12192 ) <nl> + [ 385 ] = > <nl> + int ( 12193 ) <nl> + [ 386 ] = > <nl> + int ( 12194 ) <nl> + [ 387 ] = > <nl> + int ( 12195 ) <nl> + [ 388 ] = > <nl> + int ( 12196 ) <nl> + [ 389 ] = > <nl> + int ( 12197 ) <nl> + [ 390 ] = > <nl> + int ( 12198 ) <nl> + [ 391 ] = > <nl> + int ( 12199 ) <nl> + [ 392 ] = > <nl> + int ( 12200 ) <nl> + [ 393 ] = > <nl> + int ( 12201 ) <nl> + [ 394 ] = > <nl> + int ( 12202 ) <nl> + [ 395 ] = > <nl> + int ( 12203 ) <nl> + [ 396 ] = > <nl> + int ( 12204 ) <nl> + [ 397 ] = > <nl> + int ( 12205 ) <nl> + [ 398 ] = > <nl> + int ( 12206 ) <nl> + [ 399 ] = > <nl> + int ( 12207 ) <nl> + [ 400 ] = > <nl> + int ( 12208 ) <nl> + [ 401 ] = > <nl> + int ( 12209 ) <nl> + [ 402 ] = > <nl> + int ( 12210 ) <nl> + [ 403 ] = > <nl> + int ( 12211 ) <nl> + [ 404 ] = > <nl> + int ( 12212 ) <nl> + [ 405 ] = > <nl> + int ( 12213 ) <nl> + [ 406 ] = > <nl> + int ( 12214 ) <nl> + [ 407 ] = > <nl> + int ( 12215 ) <nl> + [ 408 ] = > <nl> + int ( 12216 ) <nl> + [ 409 ] = > <nl> + int ( 12217 ) <nl> + [ 410 ] = > <nl> + int ( 12218 ) <nl> + [ 411 ] = > <nl> + int ( 12219 ) <nl> + [ 412 ] = > <nl> + int ( 12220 ) <nl> + [ 413 ] = > <nl> + int ( 12221 ) <nl> + [ 414 ] = > <nl> + int ( 12222 ) <nl> + [ 415 ] = > <nl> + int ( 12223 ) <nl> + [ 416 ] = > <nl> + int ( 12224 ) <nl> + [ 417 ] = > <nl> + int ( 12225 ) <nl> + [ 418 ] = > <nl> + int ( 12226 ) <nl> + [ 419 ] = > <nl> + int ( 12227 ) <nl> + [ 420 ] = > <nl> + int ( 12228 ) <nl> + [ 421 ] = > <nl> + int ( 12229 ) <nl> + [ 422 ] = > <nl> + int ( 12230 ) <nl> + [ 423 ] = > <nl> + int ( 12231 ) <nl> + [ 424 ] = > <nl> + int ( 12232 ) <nl> + [ 425 ] = > <nl> + int ( 12233 ) <nl> + [ 426 ] = > <nl> + int ( 12234 ) <nl> + [ 427 ] = > <nl> + int ( 12235 ) <nl> + [ 428 ] = > <nl> + int ( 12236 ) <nl> + [ 429 ] = > <nl> + int ( 12237 ) <nl> + [ 430 ] = > <nl> + int ( 12238 ) <nl> + [ 431 ] = > <nl> + int ( 12239 ) <nl> + [ 432 ] = > <nl> + int ( 12240 ) <nl> + [ 433 ] = > <nl> + int ( 12241 ) <nl> + [ 434 ] = > <nl> + int ( 12242 ) <nl> + [ 435 ] = > <nl> + int ( 12243 ) <nl> + [ 436 ] = > <nl> + int ( 12244 ) <nl> + [ 437 ] = > <nl> + int ( 12245 ) <nl> + [ 438 ] = > <nl> + int ( 12246 ) <nl> + [ 439 ] = > <nl> + int ( 12247 ) <nl> + [ 440 ] = > <nl> + int ( 12248 ) <nl> + [ 441 ] = > <nl> + int ( 12249 ) <nl> + [ 442 ] = > <nl> + int ( 12250 ) <nl> + [ 443 ] = > <nl> + int ( 12251 ) <nl> + [ 444 ] = > <nl> + int ( 12252 ) <nl> + [ 445 ] = > <nl> + int ( 12253 ) <nl> + [ 446 ] = > <nl> + int ( 12254 ) <nl> + [ 447 ] = > <nl> + int ( 12255 ) <nl> + [ 448 ] = > <nl> + int ( 12256 ) <nl> + [ 449 ] = > <nl> + int ( 12257 ) <nl> + [ 450 ] = > <nl> + int ( 12258 ) <nl> + [ 451 ] = > <nl> + int ( 12259 ) <nl> + [ 452 ] = > <nl> + int ( 12260 ) <nl> + [ 453 ] = > <nl> + int ( 12261 ) <nl> + [ 454 ] = > <nl> + int ( 12262 ) <nl> + [ 455 ] = > <nl> + int ( 12263 ) <nl> + [ 456 ] = > <nl> + int ( 12264 ) <nl> + [ 457 ] = > <nl> + int ( 12265 ) <nl> + [ 458 ] = > <nl> + int ( 12266 ) <nl> + [ 459 ] = > <nl> + int ( 12267 ) <nl> + [ 460 ] = > <nl> + int ( 12268 ) <nl> + [ 461 ] = > <nl> + int ( 12269 ) <nl> + [ 462 ] = > <nl> + int ( 12270 ) <nl> + [ 463 ] = > <nl> + int ( 12271 ) <nl> + [ 464 ] = > <nl> + int ( 12272 ) <nl> + [ 465 ] = > <nl> + int ( 12273 ) <nl> + [ 466 ] = > <nl> + int ( 12274 ) <nl> + [ 467 ] = > <nl> + int ( 12275 ) <nl> + [ 468 ] = > <nl> + int ( 12276 ) <nl> + [ 469 ] = > <nl> + int ( 12277 ) <nl> + [ 470 ] = > <nl> + int ( 12278 ) <nl> + [ 471 ] = > <nl> + int ( 12279 ) <nl> + [ 472 ] = > <nl> + int ( 12280 ) <nl> + [ 473 ] = > <nl> + int ( 12281 ) <nl> + [ 474 ] = > <nl> + int ( 12282 ) <nl> + [ 475 ] = > <nl> + int ( 12283 ) <nl> + [ 476 ] = > <nl> + int ( 12284 ) <nl> + [ 477 ] = > <nl> + int ( 12285 ) <nl> + [ 478 ] = > <nl> + int ( 12286 ) <nl> + [ 479 ] = > <nl> + int ( 12287 ) <nl> + [ 480 ] = > <nl> + int ( 12288 ) <nl> + [ 481 ] = > <nl> + int ( 12289 ) <nl> + [ 482 ] = > <nl> + int ( 12290 ) <nl> + [ 483 ] = > <nl> + int ( 12291 ) <nl> + [ 484 ] = > <nl> + int ( 12292 ) <nl> + [ 485 ] = > <nl> + int ( 12293 ) <nl> + [ 486 ] = > <nl> + int ( 12294 ) <nl> + [ 487 ] = > <nl> + int ( 12295 ) <nl> + [ 488 ] = > <nl> + int ( 12296 ) <nl> + [ 489 ] = > <nl> + int ( 12297 ) <nl> + [ 490 ] = > <nl> + int ( 12298 ) <nl> + [ 491 ] = > <nl> + int ( 12299 ) <nl> + [ 492 ] = > <nl> + int ( 12300 ) <nl> + [ 493 ] = > <nl> + int ( 12301 ) <nl> + [ 494 ] = > <nl> + int ( 12302 ) <nl> + [ 495 ] = > <nl> + int ( 12303 ) <nl> + [ 496 ] = > <nl> + int ( 12304 ) <nl> + [ 497 ] = > <nl> + int ( 12305 ) <nl> + [ 498 ] = > <nl> + int ( 12306 ) <nl> + [ 499 ] = > <nl> + int ( 12307 ) <nl> + [ 500 ] = > <nl> + int ( 12308 ) <nl> + [ 501 ] = > <nl> + int ( 12309 ) <nl> + [ 502 ] = > <nl> + int ( 12310 ) <nl> + [ 503 ] = > <nl> + int ( 12311 ) <nl> + [ 504 ] = > <nl> + int ( 12312 ) <nl> + [ 505 ] = > <nl> + int ( 12313 ) <nl> + [ 506 ] = > <nl> + int ( 12314 ) <nl> + [ 507 ] = > <nl> + int ( 12315 ) <nl> + [ 508 ] = > <nl> + int ( 12316 ) <nl> + [ 509 ] = > <nl> + int ( 12317 ) <nl> + [ 510 ] = > <nl> + int ( 12318 ) <nl> + [ 511 ] = > <nl> + int ( 12319 ) <nl> + [ 512 ] = > <nl> + int ( 12320 ) <nl> + [ 513 ] = > <nl> + int ( 12321 ) <nl> + [ 514 ] = > <nl> + int ( 12322 ) <nl> + [ 515 ] = > <nl> + int ( 12323 ) <nl> + [ 516 ] = > <nl> + int ( 12324 ) <nl> + [ 517 ] = > <nl> + int ( 12325 ) <nl> + [ 518 ] = > <nl> + int ( 12326 ) <nl> + [ 519 ] = > <nl> + int ( 12327 ) <nl> + [ 520 ] = > <nl> + int ( 12328 ) <nl> + [ 521 ] = > <nl> + int ( 12329 ) <nl> + [ 522 ] = > <nl> + int ( 12330 ) <nl> + [ 523 ] = > <nl> + int ( 12331 ) <nl> + [ 524 ] = > <nl> + int ( 12332 ) <nl> + [ 525 ] = > <nl> + int ( 12333 ) <nl> + [ 526 ] = > <nl> + int ( 12334 ) <nl> + [ 527 ] = > <nl> + int ( 12335 ) <nl> + [ 528 ] = > <nl> + int ( 12336 ) <nl> + [ 529 ] = > <nl> + int ( 12337 ) <nl> + [ 530 ] = > <nl> + int ( 12338 ) <nl> + [ 531 ] = > <nl> + int ( 12339 ) <nl> + [ 532 ] = > <nl> + int ( 12340 ) <nl> + [ 533 ] = > <nl> + int ( 12341 ) <nl> + [ 534 ] = > <nl> + int ( 12342 ) <nl> + [ 535 ] = > <nl> + int ( 12343 ) <nl> + [ 536 ] = > <nl> + int ( 12344 ) <nl> + [ 537 ] = > <nl> + int ( 12345 ) <nl> + [ 538 ] = > <nl> + int ( 12346 ) <nl> + [ 539 ] = > <nl> + int ( 12347 ) <nl> + [ 540 ] = > <nl> + int ( 12348 ) <nl> + [ 541 ] = > <nl> + int ( 12349 ) <nl> + [ 542 ] = > <nl> + int ( 12350 ) <nl> + [ 543 ] = > <nl> + int ( 12351 ) <nl> + [ 544 ] = > <nl> + int ( 12352 ) <nl> + [ 545 ] = > <nl> + int ( 12353 ) <nl> + [ 546 ] = > <nl> + int ( 12354 ) <nl> + [ 547 ] = > <nl> + int ( 12355 ) <nl> + [ 548 ] = > <nl> + int ( 12356 ) <nl> + [ 549 ] = > <nl> + int ( 12357 ) <nl> + [ 550 ] = > <nl> + int ( 12358 ) <nl> + [ 551 ] = > <nl> + int ( 12359 ) <nl> + [ 552 ] = > <nl> + int ( 12360 ) <nl> + [ 553 ] = > <nl> + int ( 12361 ) <nl> + [ 554 ] = > <nl> + int ( 12362 ) <nl> + [ 555 ] = > <nl> + int ( 12363 ) <nl> + [ 556 ] = > <nl> + int ( 12364 ) <nl> + [ 557 ] = > <nl> + int ( 12365 ) <nl> + [ 558 ] = > <nl> + int ( 12366 ) <nl> + [ 559 ] = > <nl> + int ( 12367 ) <nl> + [ 560 ] = > <nl> + int ( 12368 ) <nl> + [ 561 ] = > <nl> + int ( 12369 ) <nl> + [ 562 ] = > <nl> + int ( 12370 ) <nl> + [ 563 ] = > <nl> + int ( 12371 ) <nl> + [ 564 ] = > <nl> + int ( 12372 ) <nl> + [ 565 ] = > <nl> + int ( 12373 ) <nl> + [ 566 ] = > <nl> + int ( 12374 ) <nl> + [ 567 ] = > <nl> + int ( 12375 ) <nl> + [ 568 ] = > <nl> + int ( 12376 ) <nl> + [ 569 ] = > <nl> + int ( 12377 ) <nl> + [ 570 ] = > <nl> + int ( 12378 ) <nl> + [ 571 ] = > <nl> + int ( 12379 ) <nl> + [ 572 ] = > <nl> + int ( 12380 ) <nl> + [ 573 ] = > <nl> + int ( 12381 ) <nl> + [ 574 ] = > <nl> + int ( 12382 ) <nl> + [ 575 ] = > <nl> + int ( 12383 ) <nl> + [ 576 ] = > <nl> + int ( 12384 ) <nl> + [ 577 ] = > <nl> + int ( 12385 ) <nl> + [ 578 ] = > <nl> + int ( 12386 ) <nl> + [ 579 ] = > <nl> + int ( 12387 ) <nl> + [ 580 ] = > <nl> + int ( 12388 ) <nl> + [ 581 ] = > <nl> + int ( 12389 ) <nl> + [ 582 ] = > <nl> + int ( 12390 ) <nl> + [ 583 ] = > <nl> + int ( 12391 ) <nl> + [ 584 ] = > <nl> + int ( 12392 ) <nl> + [ 585 ] = > <nl> + int ( 12393 ) <nl> + [ 586 ] = > <nl> + int ( 12394 ) <nl> + [ 587 ] = > <nl> + int ( 12395 ) <nl> + [ 588 ] = > <nl> + int ( 12396 ) <nl> + [ 589 ] = > <nl> + int ( 12397 ) <nl> + [ 590 ] = > <nl> + int ( 12398 ) <nl> + [ 591 ] = > <nl> + int ( 12399 ) <nl> + [ 592 ] = > <nl> + int ( 12400 ) <nl> + [ 593 ] = > <nl> + int ( 12401 ) <nl> + [ 594 ] = > <nl> + int ( 12402 ) <nl> + [ 595 ] = > <nl> + int ( 12403 ) <nl> + [ 596 ] = > <nl> + int ( 12404 ) <nl> + [ 597 ] = > <nl> + int ( 12405 ) <nl> + [ 598 ] = > <nl> + int ( 12406 ) <nl> + [ 599 ] = > <nl> + int ( 12407 ) <nl> + [ 600 ] = > <nl> + int ( 12408 ) <nl> + [ 601 ] = > <nl> + int ( 12409 ) <nl> + [ 602 ] = > <nl> + int ( 12410 ) <nl> + [ 603 ] = > <nl> + int ( 12411 ) <nl> + [ 604 ] = > <nl> + int ( 12412 ) <nl> + [ 605 ] = > <nl> + int ( 12413 ) <nl> + [ 606 ] = > <nl> + int ( 12414 ) <nl> + [ 607 ] = > <nl> + int ( 12415 ) <nl> + [ 608 ] = > <nl> + int ( 12416 ) <nl> + [ 609 ] = > <nl> + int ( 12417 ) <nl> + [ 610 ] = > <nl> + int ( 12418 ) <nl> + [ 611 ] = > <nl> + int ( 12419 ) <nl> + [ 612 ] = > <nl> + int ( 12420 ) <nl> + [ 613 ] = > <nl> + int ( 12421 ) <nl> + [ 614 ] = > <nl> + int ( 12422 ) <nl> + [ 615 ] = > <nl> + int ( 12423 ) <nl> + [ 616 ] = > <nl> + int ( 12424 ) <nl> + [ 617 ] = > <nl> + int ( 12425 ) <nl> + [ 618 ] = > <nl> + int ( 12426 ) <nl> + [ 619 ] = > <nl> + int ( 12427 ) <nl> + [ 620 ] = > <nl> + int ( 12428 ) <nl> + [ 621 ] = > <nl> + int ( 12429 ) <nl> + [ 622 ] = > <nl> + int ( 12430 ) <nl> + [ 623 ] = > <nl> + int ( 12431 ) <nl> + [ 624 ] = > <nl> + int ( 12432 ) <nl> + [ 625 ] = > <nl> + int ( 12433 ) <nl> + [ 626 ] = > <nl> + int ( 12434 ) <nl> + [ 627 ] = > <nl> + int ( 12435 ) <nl> + [ 628 ] = > <nl> + int ( 12436 ) <nl> + [ 629 ] = > <nl> + int ( 12437 ) <nl> + [ 630 ] = > <nl> + int ( 12438 ) <nl> + [ 631 ] = > <nl> + int ( 12439 ) <nl> + [ 632 ] = > <nl> + int ( 12440 ) <nl> + [ 633 ] = > <nl> + int ( 12441 ) <nl> + [ 634 ] = > <nl> + int ( 12442 ) <nl> + [ 635 ] = > <nl> + int ( 12443 ) <nl> + [ 636 ] = > <nl> + int ( 12444 ) <nl> + [ 637 ] = > <nl> + int ( 12445 ) <nl> + [ 638 ] = > <nl> + int ( 12446 ) <nl> + [ 639 ] = > <nl> + int ( 12447 ) <nl> + [ 640 ] = > <nl> + int ( 12448 ) <nl> + [ 641 ] = > <nl> + int ( 12449 ) <nl> + [ 642 ] = > <nl> + int ( 12450 ) <nl> + [ 643 ] = > <nl> + int ( 12451 ) <nl> + [ 644 ] = > <nl> + int ( 12452 ) <nl> + [ 645 ] = > <nl> + int ( 12453 ) <nl> + [ 646 ] = > <nl> + int ( 12454 ) <nl> + [ 647 ] = > <nl> + int ( 12455 ) <nl> + [ 648 ] = > <nl> + int ( 12456 ) <nl> + [ 649 ] = > <nl> + int ( 12457 ) <nl> + [ 650 ] = > <nl> + int ( 12458 ) <nl> + [ 651 ] = > <nl> + int ( 12459 ) <nl> + [ 652 ] = > <nl> + int ( 12460 ) <nl> + [ 653 ] = > <nl> + int ( 12461 ) <nl> + [ 654 ] = > <nl> + int ( 12462 ) <nl> + [ 655 ] = > <nl> + int ( 12463 ) <nl> + [ 656 ] = > <nl> + int ( 12464 ) <nl> + [ 657 ] = > <nl> + int ( 12465 ) <nl> + [ 658 ] = > <nl> + int ( 12466 ) <nl> + [ 659 ] = > <nl> + int ( 12467 ) <nl> + [ 660 ] = > <nl> + int ( 12468 ) <nl> + [ 661 ] = > <nl> + int ( 12469 ) <nl> + [ 662 ] = > <nl> + int ( 12470 ) <nl> + [ 663 ] = > <nl> + int ( 12471 ) <nl> + [ 664 ] = > <nl> + int ( 12472 ) <nl> + [ 665 ] = > <nl> + int ( 12473 ) <nl> + [ 666 ] = > <nl> + int ( 12474 ) <nl> + [ 667 ] = > <nl> + int ( 12475 ) <nl> + [ 668 ] = > <nl> + int ( 12476 ) <nl> + [ 669 ] = > <nl> + int ( 12477 ) <nl> + [ 670 ] = > <nl> + int ( 12478 ) <nl> + [ 671 ] = > <nl> + int ( 12479 ) <nl> + [ 672 ] = > <nl> + int ( 12480 ) <nl> + [ 673 ] = > <nl> + int ( 12481 ) <nl> + [ 674 ] = > <nl> + int ( 12482 ) <nl> + [ 675 ] = > <nl> + int ( 12483 ) <nl> + [ 676 ] = > <nl> + int ( 12484 ) <nl> + [ 677 ] = > <nl> + int ( 12485 ) <nl> + [ 678 ] = > <nl> + int ( 12486 ) <nl> + [ 679 ] = > <nl> + int ( 12487 ) <nl> + [ 680 ] = > <nl> + int ( 12488 ) <nl> + [ 681 ] = > <nl> + int ( 12489 ) <nl> + [ 682 ] = > <nl> + int ( 12490 ) <nl> + [ 683 ] = > <nl> + int ( 12491 ) <nl> + [ 684 ] = > <nl> + int ( 12492 ) <nl> + [ 685 ] = > <nl> + int ( 12493 ) <nl> + [ 686 ] = > <nl> + int ( 12494 ) <nl> + [ 687 ] = > <nl> + int ( 12495 ) <nl> + [ 688 ] = > <nl> + int ( 12496 ) <nl> + [ 689 ] = > <nl> + int ( 12497 ) <nl> + [ 690 ] = > <nl> + int ( 12498 ) <nl> + [ 691 ] = > <nl> + int ( 12499 ) <nl> + [ 692 ] = > <nl> + int ( 12500 ) <nl> + [ 693 ] = > <nl> + int ( 12501 ) <nl> + [ 694 ] = > <nl> + int ( 12502 ) <nl> + [ 695 ] = > <nl> + int ( 12503 ) <nl> + [ 696 ] = > <nl> + int ( 12504 ) <nl> + [ 697 ] = > <nl> + int ( 12505 ) <nl> + [ 698 ] = > <nl> + int ( 12506 ) <nl> + [ 699 ] = > <nl> + int ( 12507 ) <nl> + [ 700 ] = > <nl> + int ( 12508 ) <nl> + [ 701 ] = > <nl> + int ( 12509 ) <nl> + [ 702 ] = > <nl> + int ( 12510 ) <nl> + [ 703 ] = > <nl> + int ( 12511 ) <nl> + [ 704 ] = > <nl> + int ( 12512 ) <nl> + [ 705 ] = > <nl> + int ( 12513 ) <nl> + [ 706 ] = > <nl> + int ( 12514 ) <nl> + [ 707 ] = > <nl> + int ( 12515 ) <nl> + [ 708 ] = > <nl> + int ( 12516 ) <nl> + [ 709 ] = > <nl> + int ( 12517 ) <nl> + [ 710 ] = > <nl> + int ( 12518 ) <nl> + [ 711 ] = > <nl> + int ( 12519 ) <nl> + [ 712 ] = > <nl> + int ( 12520 ) <nl> + [ 713 ] = > <nl> + int ( 12521 ) <nl> + [ 714 ] = > <nl> + int ( 12522 ) <nl> + [ 715 ] = > <nl> + int ( 12523 ) <nl> + [ 716 ] = > <nl> + int ( 12524 ) <nl> + [ 717 ] = > <nl> + int ( 12525 ) <nl> + [ 718 ] = > <nl> + int ( 12526 ) <nl> + [ 719 ] = > <nl> + int ( 12527 ) <nl> + [ 720 ] = > <nl> + int ( 12528 ) <nl> + [ 721 ] = > <nl> + int ( 12529 ) <nl> + [ 722 ] = > <nl> + int ( 12530 ) <nl> + [ 723 ] = > <nl> + int ( 12531 ) <nl> + [ 724 ] = > <nl> + int ( 12532 ) <nl> + [ 725 ] = > <nl> + int ( 12533 ) <nl> + [ 726 ] = > <nl> + int ( 12534 ) <nl> + [ 727 ] = > <nl> + int ( 12535 ) <nl> + [ 728 ] = > <nl> + int ( 12536 ) <nl> + [ 729 ] = > <nl> + int ( 12537 ) <nl> + [ 730 ] = > <nl> + int ( 12538 ) <nl> + [ 731 ] = > <nl> + int ( 12539 ) <nl> + [ 732 ] = > <nl> + int ( 12540 ) <nl> + [ 733 ] = > <nl> + int ( 12541 ) <nl> + [ 734 ] = > <nl> + int ( 12542 ) <nl> + [ 735 ] = > <nl> + int ( 12543 ) <nl> + [ 736 ] = > <nl> + int ( 12544 ) <nl> + [ 737 ] = > <nl> + int ( 12545 ) <nl> + [ 738 ] = > <nl> + int ( 12546 ) <nl> + [ 739 ] = > <nl> + int ( 12547 ) <nl> + [ 740 ] = > <nl> + int ( 12548 ) <nl> + [ 741 ] = > <nl> + int ( 12549 ) <nl> + [ 742 ] = > <nl> + int ( 12550 ) <nl> + [ 743 ] = > <nl> + int ( 12551 ) <nl> + [ 744 ] = > <nl> + int ( 12552 ) <nl> + [ 745 ] = > <nl> + int ( 12553 ) <nl> + [ 746 ] = > <nl> + int ( 12554 ) <nl> + [ 747 ] = > <nl> + int ( 12555 ) <nl> + [ 748 ] = > <nl> + int ( 12556 ) <nl> + [ 749 ] = > <nl> + int ( 12557 ) <nl> + [ 750 ] = > <nl> + int ( 12558 ) <nl> + [ 751 ] = > <nl> + int ( 12559 ) <nl> + [ 752 ] = > <nl> + int ( 12560 ) <nl> + [ 753 ] = > <nl> + int ( 12561 ) <nl> + [ 754 ] = > <nl> + int ( 12562 ) <nl> + [ 755 ] = > <nl> + int ( 12563 ) <nl> + [ 756 ] = > <nl> + int ( 12564 ) <nl> + [ 757 ] = > <nl> + int ( 12565 ) <nl> + [ 758 ] = > <nl> + int ( 12566 ) <nl> + [ 759 ] = > <nl> + int ( 12567 ) <nl> + [ 760 ] = > <nl> + int ( 12568 ) <nl> + [ 761 ] = > <nl> + int ( 12569 ) <nl> + [ 762 ] = > <nl> + int ( 12570 ) <nl> + [ 763 ] = > <nl> + int ( 12571 ) <nl> + [ 764 ] = > <nl> + int ( 12572 ) <nl> + [ 765 ] = > <nl> + int ( 12573 ) <nl> + [ 766 ] = > <nl> + int ( 12574 ) <nl> + [ 767 ] = > <nl> + int ( 12575 ) <nl> + [ 768 ] = > <nl> + int ( 12576 ) <nl> + [ 769 ] = > <nl> + int ( 12577 ) <nl> + [ 770 ] = > <nl> + int ( 12578 ) <nl> + [ 771 ] = > <nl> + int ( 12579 ) <nl> + [ 772 ] = > <nl> + int ( 12580 ) <nl> + [ 773 ] = > <nl> + int ( 12581 ) <nl> + [ 774 ] = > <nl> + int ( 12582 ) <nl> + [ 775 ] = > <nl> + int ( 12583 ) <nl> + [ 776 ] = > <nl> + int ( 12584 ) <nl> + [ 777 ] = > <nl> + int ( 12585 ) <nl> + [ 778 ] = > <nl> + int ( 12586 ) <nl> + [ 779 ] = > <nl> + int ( 12587 ) <nl> + [ 780 ] = > <nl> + int ( 12588 ) <nl> + [ 781 ] = > <nl> + int ( 12589 ) <nl> + [ 782 ] = > <nl> + int ( 12590 ) <nl> + [ 783 ] = > <nl> + int ( 12591 ) <nl> + [ 784 ] = > <nl> + int ( 12592 ) <nl> + [ 785 ] = > <nl> + int ( 12593 ) <nl> + [ 786 ] = > <nl> + int ( 12594 ) <nl> + [ 787 ] = > <nl> + int ( 12595 ) <nl> + [ 788 ] = > <nl> + int ( 12596 ) <nl> + [ 789 ] = > <nl> + int ( 12597 ) <nl> + [ 790 ] = > <nl> + int ( 12598 ) <nl> + [ 791 ] = > <nl> + int ( 12599 ) <nl> + [ 792 ] = > <nl> + int ( 12600 ) <nl> + [ 793 ] = > <nl> + int ( 12601 ) <nl> + [ 794 ] = > <nl> + int ( 12602 ) <nl> + [ 795 ] = > <nl> + int ( 12603 ) <nl> + [ 796 ] = > <nl> + int ( 12604 ) <nl> + [ 797 ] = > <nl> + int ( 12605 ) <nl> + [ 798 ] = > <nl> + int ( 12606 ) <nl> + [ 799 ] = > <nl> + int ( 12607 ) <nl> + [ 800 ] = > <nl> + int ( 12608 ) <nl> + [ 801 ] = > <nl> + int ( 12609 ) <nl> + [ 802 ] = > <nl> + int ( 12610 ) <nl> + [ 803 ] = > <nl> + int ( 12611 ) <nl> + [ 804 ] = > <nl> + int ( 12612 ) <nl> + [ 805 ] = > <nl> + int ( 12613 ) <nl> + [ 806 ] = > <nl> + int ( 12614 ) <nl> + [ 807 ] = > <nl> + int ( 12615 ) <nl> + [ 808 ] = > <nl> + int ( 12616 ) <nl> + [ 809 ] = > <nl> + int ( 12617 ) <nl> + [ 810 ] = > <nl> + int ( 12618 ) <nl> + [ 811 ] = > <nl> + int ( 12619 ) <nl> + [ 812 ] = > <nl> + int ( 12620 ) <nl> + [ 813 ] = > <nl> + int ( 12621 ) <nl> + [ 814 ] = > <nl> + int ( 12622 ) <nl> + [ 815 ] = > <nl> + int ( 12623 ) <nl> + [ 816 ] = > <nl> + int ( 12624 ) <nl> + [ 817 ] = > <nl> + int ( 12625 ) <nl> + [ 818 ] = > <nl> + int ( 12626 ) <nl> + [ 819 ] = > <nl> + int ( 12627 ) <nl> + [ 820 ] = > <nl> + int ( 12628 ) <nl> + [ 821 ] = > <nl> + int ( 12629 ) <nl> + [ 822 ] = > <nl> + int ( 12630 ) <nl> + [ 823 ] = > <nl> + int ( 12631 ) <nl> + [ 824 ] = > <nl> + int ( 12632 ) <nl> + [ 825 ] = > <nl> + int ( 12633 ) <nl> + [ 826 ] = > <nl> + int ( 12634 ) <nl> + [ 827 ] = > <nl> + int ( 12635 ) <nl> + [ 828 ] = > <nl> + int ( 12636 ) <nl> + [ 829 ] = > <nl> + int ( 12637 ) <nl> + [ 830 ] = > <nl> + int ( 12638 ) <nl> + [ 831 ] = > <nl> + int ( 12639 ) <nl> + [ 832 ] = > <nl> + int ( 12640 ) <nl> + [ 833 ] = > <nl> + int ( 12641 ) <nl> + [ 834 ] = > <nl> + int ( 12642 ) <nl> + [ 835 ] = > <nl> + int ( 12643 ) <nl> + [ 836 ] = > <nl> + int ( 12644 ) <nl> + [ 837 ] = > <nl> + int ( 12645 ) <nl> + [ 838 ] = > <nl> + int ( 12646 ) <nl> + [ 839 ] = > <nl> + int ( 12647 ) <nl> + [ 840 ] = > <nl> + int ( 12648 ) <nl> + [ 841 ] = > <nl> + int ( 12649 ) <nl> + [ 842 ] = > <nl> + int ( 12650 ) <nl> + [ 843 ] = > <nl> + int ( 12651 ) <nl> + [ 844 ] = > <nl> + int ( 12652 ) <nl> + [ 845 ] = > <nl> + int ( 12653 ) <nl> + [ 846 ] = > <nl> + int ( 12654 ) <nl> + [ 847 ] = > <nl> + int ( 12655 ) <nl> + [ 848 ] = > <nl> + int ( 12656 ) <nl> + [ 849 ] = > <nl> + int ( 12657 ) <nl> + [ 850 ] = > <nl> + int ( 12658 ) <nl> + [ 851 ] = > <nl> + int ( 12659 ) <nl> + [ 852 ] = > <nl> + int ( 12660 ) <nl> + [ 853 ] = > <nl> + int ( 12661 ) <nl> + [ 854 ] = > <nl> + int ( 12662 ) <nl> + [ 855 ] = > <nl> + int ( 12663 ) <nl> + [ 856 ] = > <nl> + int ( 12664 ) <nl> + [ 857 ] = > <nl> + int ( 12665 ) <nl> + [ 858 ] = > <nl> + int ( 12666 ) <nl> + [ 859 ] = > <nl> + int ( 12667 ) <nl> + [ 860 ] = > <nl> + int ( 12668 ) <nl> + [ 861 ] = > <nl> + int ( 12669 ) <nl> + [ 862 ] = > <nl> + int ( 12670 ) <nl> + [ 863 ] = > <nl> + int ( 12671 ) <nl> + [ 864 ] = > <nl> + int ( 12672 ) <nl> + [ 865 ] = > <nl> + int ( 12673 ) <nl> + [ 866 ] = > <nl> + int ( 12674 ) <nl> + [ 867 ] = > <nl> + int ( 12675 ) <nl> + [ 868 ] = > <nl> + int ( 12676 ) <nl> + [ 869 ] = > <nl> + int ( 12677 ) <nl> + [ 870 ] = > <nl> + int ( 12678 ) <nl> + [ 871 ] = > <nl> + int ( 12679 ) <nl> + [ 872 ] = > <nl> + int ( 12680 ) <nl> + [ 873 ] = > <nl> + int ( 12681 ) <nl> + [ 874 ] = > <nl> + int ( 12682 ) <nl> + [ 875 ] = > <nl> + int ( 12683 ) <nl> + [ 876 ] = > <nl> + int ( 12684 ) <nl> + [ 877 ] = > <nl> + int ( 12685 ) <nl> + [ 878 ] = > <nl> + int ( 12686 ) <nl> + [ 879 ] = > <nl> + int ( 12687 ) <nl> + [ 880 ] = > <nl> + int ( 12688 ) <nl> + [ 881 ] = > <nl> + int ( 12689 ) <nl> + [ 882 ] = > <nl> + int ( 12690 ) <nl> + [ 883 ] = > <nl> + int ( 12691 ) <nl> + [ 884 ] = > <nl> + int ( 12692 ) <nl> + [ 885 ] = > <nl> + int ( 12693 ) <nl> + [ 886 ] = > <nl> + int ( 12694 ) <nl> + [ 887 ] = > <nl> + int ( 12695 ) <nl> + [ 888 ] = > <nl> + int ( 12696 ) <nl> + [ 889 ] = > <nl> + int ( 12697 ) <nl> + [ 890 ] = > <nl> + int ( 12698 ) <nl> + [ 891 ] = > <nl> + int ( 12699 ) <nl> + [ 892 ] = > <nl> + int ( 12700 ) <nl> + [ 893 ] = > <nl> + int ( 12701 ) <nl> + [ 894 ] = > <nl> + int ( 12702 ) <nl> + [ 895 ] = > <nl> + int ( 12703 ) <nl> + [ 896 ] = > <nl> + int ( 12704 ) <nl> + [ 897 ] = > <nl> + int ( 12705 ) <nl> + [ 898 ] = > <nl> + int ( 12706 ) <nl> + [ 899 ] = > <nl> + int ( 12707 ) <nl> + [ 900 ] = > <nl> + int ( 12708 ) <nl> + [ 901 ] = > <nl> + int ( 12709 ) <nl> + [ 902 ] = > <nl> + int ( 12710 ) <nl> + [ 903 ] = > <nl> + int ( 12711 ) <nl> + [ 904 ] = > <nl> + int ( 12712 ) <nl> + [ 905 ] = > <nl> + int ( 12713 ) <nl> + [ 906 ] = > <nl> + int ( 12714 ) <nl> + [ 907 ] = > <nl> + int ( 12715 ) <nl> + [ 908 ] = > <nl> + int ( 12716 ) <nl> + [ 909 ] = > <nl> + int ( 12717 ) <nl> + [ 910 ] = > <nl> + int ( 12718 ) <nl> + [ 911 ] = > <nl> + int ( 12719 ) <nl> + [ 912 ] = > <nl> + int ( 12720 ) <nl> + [ 913 ] = > <nl> + int ( 12721 ) <nl> + [ 914 ] = > <nl> + int ( 12722 ) <nl> + [ 915 ] = > <nl> + int ( 12723 ) <nl> + [ 916 ] = > <nl> + int ( 12724 ) <nl> + [ 917 ] = > <nl> + int ( 12725 ) <nl> + [ 918 ] = > <nl> + int ( 12726 ) <nl> + [ 919 ] = > <nl> + int ( 12727 ) <nl> + [ 920 ] = > <nl> + int ( 12728 ) <nl> + [ 921 ] = > <nl> + int ( 12729 ) <nl> + [ 922 ] = > <nl> + int ( 12730 ) <nl> + [ 923 ] = > <nl> + int ( 12731 ) <nl> + [ 924 ] = > <nl> + int ( 12732 ) <nl> + [ 925 ] = > <nl> + int ( 12733 ) <nl> + [ 926 ] = > <nl> + int ( 12734 ) <nl> + [ 927 ] = > <nl> + int ( 12735 ) <nl> + [ 928 ] = > <nl> + int ( 12736 ) <nl> + [ 929 ] = > <nl> + int ( 12737 ) <nl> + [ 930 ] = > <nl> + int ( 12738 ) <nl> + [ 931 ] = > <nl> + int ( 12739 ) <nl> + [ 932 ] = > <nl> + int ( 12740 ) <nl> + [ 933 ] = > <nl> + int ( 12741 ) <nl> + [ 934 ] = > <nl> + int ( 12742 ) <nl> + [ 935 ] = > <nl> + int ( 12743 ) <nl> + [ 936 ] = > <nl> + int ( 12744 ) <nl> + [ 937 ] = > <nl> + int ( 12745 ) <nl> + [ 938 ] = > <nl> + int ( 12746 ) <nl> + [ 939 ] = > <nl> + int ( 12747 ) <nl> + [ 940 ] = > <nl> + int ( 12748 ) <nl> + [ 941 ] = > <nl> + int ( 12749 ) <nl> + [ 942 ] = > <nl> + int ( 12750 ) <nl> + [ 943 ] = > <nl> + int ( 12751 ) <nl> + [ 944 ] = > <nl> + int ( 12752 ) <nl> + [ 945 ] = > <nl> + int ( 12753 ) <nl> + [ 946 ] = > <nl> + int ( 12754 ) <nl> + [ 947 ] = > <nl> + int ( 12755 ) <nl> + [ 948 ] = > <nl> + int ( 12756 ) <nl> + [ 949 ] = > <nl> + int ( 12757 ) <nl> + [ 950 ] = > <nl> + int ( 12758 ) <nl> + [ 951 ] = > <nl> + int ( 12759 ) <nl> + [ 952 ] = > <nl> + int ( 12760 ) <nl> + [ 953 ] = > <nl> + int ( 12761 ) <nl> + [ 954 ] = > <nl> + int ( 12762 ) <nl> + [ 955 ] = > <nl> + int ( 12763 ) <nl> + [ 956 ] = > <nl> + int ( 12764 ) <nl> + [ 957 ] = > <nl> + int ( 12765 ) <nl> + [ 958 ] = > <nl> + int ( 12766 ) <nl> + [ 959 ] = > <nl> + int ( 12767 ) <nl> + [ 960 ] = > <nl> + int ( 12768 ) <nl> + [ 961 ] = > <nl> + int ( 12769 ) <nl> + [ 962 ] = > <nl> + int ( 12770 ) <nl> + [ 963 ] = > <nl> + int ( 12771 ) <nl> + [ 964 ] = > <nl> + int ( 12772 ) <nl> + [ 965 ] = > <nl> + int ( 12773 ) <nl> + [ 966 ] = > <nl> + int ( 12774 ) <nl> + [ 967 ] = > <nl> + int ( 12775 ) <nl> + [ 968 ] = > <nl> + int ( 12776 ) <nl> + [ 969 ] = > <nl> + int ( 12777 ) <nl> + [ 970 ] = > <nl> + int ( 12778 ) <nl> + [ 971 ] = > <nl> + int ( 12779 ) <nl> + [ 972 ] = > <nl> + int ( 12780 ) <nl> + [ 973 ] = > <nl> + int ( 12781 ) <nl> + [ 974 ] = > <nl> + int ( 12782 ) <nl> + [ 975 ] = > <nl> + int ( 12783 ) <nl> + [ 976 ] = > <nl> + int ( 12784 ) <nl> + [ 977 ] = > <nl> + int ( 12785 ) <nl> + [ 978 ] = > <nl> + int ( 12786 ) <nl> + [ 979 ] = > <nl> + int ( 12787 ) <nl> + [ 980 ] = > <nl> + int ( 12788 ) <nl> + [ 981 ] = > <nl> + int ( 12789 ) <nl> + [ 982 ] = > <nl> + int ( 12790 ) <nl> + [ 983 ] = > <nl> + int ( 12791 ) <nl> + [ 984 ] = > <nl> + int ( 12792 ) <nl> + [ 985 ] = > <nl> + int ( 12793 ) <nl> + [ 986 ] = > <nl> + int ( 12794 ) <nl> + [ 987 ] = > <nl> + int ( 12795 ) <nl> + [ 988 ] = > <nl> + int ( 12796 ) <nl> + [ 989 ] = > <nl> + int ( 12797 ) <nl> + [ 990 ] = > <nl> + int ( 12798 ) <nl> + [ 991 ] = > <nl> + int ( 12799 ) <nl> + [ 992 ] = > <nl> + int ( 12800 ) <nl> + [ 993 ] = > <nl> + int ( 12801 ) <nl> + [ 994 ] = > <nl> + int ( 12802 ) <nl> + [ 995 ] = > <nl> + int ( 12803 ) <nl> + [ 996 ] = > <nl> + int ( 12804 ) <nl> + [ 997 ] = > <nl> + int ( 12805 ) <nl> + [ 998 ] = > <nl> + int ( 12806 ) <nl> + [ 999 ] = > <nl> + int ( 12807 ) <nl> + [ 1000 ] = > <nl> + int ( 12808 ) <nl> + [ 1001 ] = > <nl> + int ( 12809 ) <nl> + [ 1002 ] = > <nl> + int ( 12810 ) <nl> + [ 1003 ] = > <nl> + int ( 12811 ) <nl> + [ 1004 ] = > <nl> + int ( 12812 ) <nl> + [ 1005 ] = > <nl> + int ( 12813 ) <nl> + [ 1006 ] = > <nl> + int ( 12814 ) <nl> + [ 1007 ] = > <nl> + int ( 12815 ) <nl> + [ 1008 ] = > <nl> + int ( 12816 ) <nl> + [ 1009 ] = > <nl> + int ( 12817 ) <nl> + [ 1010 ] = > <nl> + int ( 12818 ) <nl> + [ 1011 ] = > <nl> + int ( 12819 ) <nl> + [ 1012 ] = > <nl> + int ( 12820 ) <nl> + [ 1013 ] = > <nl> + int ( 12821 ) <nl> + [ 1014 ] = > <nl> + int ( 12822 ) <nl> + [ 1015 ] = > <nl> + int ( 12823 ) <nl> + [ 1016 ] = > <nl> + int ( 12824 ) <nl> + [ 1017 ] = > <nl> + int ( 12825 ) <nl> + [ 1018 ] = > <nl> + int ( 12826 ) <nl> + [ 1019 ] = > <nl> + int ( 12827 ) <nl> + [ 1020 ] = > <nl> + int ( 12828 ) <nl> + [ 1021 ] = > <nl> + int ( 12829 ) <nl> + [ 1022 ] = > <nl> + int ( 12830 ) <nl> + [ 1023 ] = > <nl> + int ( 12831 ) <nl> + [ 1024 ] = > <nl> + int ( 12832 ) <nl> + [ 1025 ] = > <nl> + int ( 12833 ) <nl> + [ 1026 ] = > <nl> + int ( 12834 ) <nl> + [ 1027 ] = > <nl> + int ( 12835 ) <nl> + [ 1028 ] = > <nl> + int ( 12836 ) <nl> + [ 1029 ] = > <nl> + int ( 12837 ) <nl> + [ 1030 ] = > <nl> + int ( 12838 ) <nl> + [ 1031 ] = > <nl> + int ( 12839 ) <nl> + [ 1032 ] = > <nl> + int ( 12840 ) <nl> + [ 1033 ] = > <nl> + int ( 12841 ) <nl> + [ 1034 ] = > <nl> + int ( 12842 ) <nl> + [ 1035 ] = > <nl> + int ( 12843 ) <nl> + [ 1036 ] = > <nl> + int ( 12844 ) <nl> + [ 1037 ] = > <nl> + int ( 12845 ) <nl> + [ 1038 ] = > <nl> + int ( 12846 ) <nl> + [ 1039 ] = > <nl> + int ( 12847 ) <nl> + [ 1040 ] = > <nl> + int ( 12848 ) <nl> + [ 1041 ] = > <nl> + int ( 12849 ) <nl> + [ 1042 ] = > <nl> + int ( 12850 ) <nl> + [ 1043 ] = > <nl> + int ( 12851 ) <nl> + [ 1044 ] = > <nl> + int ( 12852 ) <nl> + [ 1045 ] = > <nl> + int ( 12853 ) <nl> + [ 1046 ] = > <nl> + int ( 12854 ) <nl> + [ 1047 ] = > <nl> + int ( 12855 ) <nl> + [ 1048 ] = > <nl> + int ( 12856 ) <nl> + [ 1049 ] = > <nl> + int ( 12857 ) <nl> + [ 1050 ] = > <nl> + int ( 12858 ) <nl> + [ 1051 ] = > <nl> + int ( 12859 ) <nl> + [ 1052 ] = > <nl> + int ( 12860 ) <nl> + [ 1053 ] = > <nl> + int ( 12861 ) <nl> + [ 1054 ] = > <nl> + int ( 12862 ) <nl> + [ 1055 ] = > <nl> + int ( 12863 ) <nl> + [ 1056 ] = > <nl> + int ( 12864 ) <nl> + [ 1057 ] = > <nl> + int ( 12865 ) <nl> + [ 1058 ] = > <nl> + int ( 12866 ) <nl> + [ 1059 ] = > <nl> + int ( 12867 ) <nl> + [ 1060 ] = > <nl> + int ( 12868 ) <nl> + [ 1061 ] = > <nl> + int ( 12869 ) <nl> + [ 1062 ] = > <nl> + int ( 12870 ) <nl> + [ 1063 ] = > <nl> + int ( 12871 ) <nl> + [ 1064 ] = > <nl> + int ( 12872 ) <nl> + [ 1065 ] = > <nl> + int ( 12873 ) <nl> + [ 1066 ] = > <nl> + int ( 12874 ) <nl> + [ 1067 ] = > <nl> + int ( 12875 ) <nl> + [ 1068 ] = > <nl> + int ( 12876 ) <nl> + [ 1069 ] = > <nl> + int ( 12877 ) <nl> + [ 1070 ] = > <nl> + int ( 12878 ) <nl> + [ 1071 ] = > <nl> + int ( 12879 ) <nl> + [ 1072 ] = > <nl> + int ( 12880 ) <nl> + [ 1073 ] = > <nl> + int ( 12881 ) <nl> + [ 1074 ] = > <nl> + int ( 12882 ) <nl> + [ 1075 ] = > <nl> + int ( 12883 ) <nl> + [ 1076 ] = > <nl> + int ( 12884 ) <nl> + [ 1077 ] = > <nl> + int ( 12885 ) <nl> + [ 1078 ] = > <nl> + int ( 12886 ) <nl> + [ 1079 ] = > <nl> + int ( 12887 ) <nl> + [ 1080 ] = > <nl> + int ( 12888 ) <nl> + [ 1081 ] = > <nl> + int ( 12889 ) <nl> + [ 1082 ] = > <nl> + int ( 12890 ) <nl> + [ 1083 ] = > <nl> + int ( 12891 ) <nl> + [ 1084 ] = > <nl> + int ( 12892 ) <nl> + [ 1085 ] = > <nl> + int ( 12893 ) <nl> + [ 1086 ] = > <nl> + int ( 12894 ) <nl> + [ 1087 ] = > <nl> + int ( 12895 ) <nl> + [ 1088 ] = > <nl> + int ( 12896 ) <nl> + [ 1089 ] = > <nl> + int ( 12897 ) <nl> + [ 1090 ] = > <nl> + int ( 12898 ) <nl> + [ 1091 ] = > <nl> + int ( 12899 ) <nl> + [ 1092 ] = > <nl> + int ( 12900 ) <nl> + [ 1093 ] = > <nl> + int ( 12901 ) <nl> + [ 1094 ] = > <nl> + int ( 12902 ) <nl> + [ 1095 ] = > <nl> + int ( 12903 ) <nl> + [ 1096 ] = > <nl> + int ( 12904 ) <nl> + [ 1097 ] = > <nl> + int ( 12905 ) <nl> + [ 1098 ] = > <nl> + int ( 12906 ) <nl> + [ 1099 ] = > <nl> + int ( 12907 ) <nl> + [ 1100 ] = > <nl> + int ( 12908 ) <nl> + [ 1101 ] = > <nl> + int ( 12909 ) <nl> + [ 1102 ] = > <nl> + int ( 12910 ) <nl> + [ 1103 ] = > <nl> + int ( 12911 ) <nl> + [ 1104 ] = > <nl> + int ( 12912 ) <nl> + [ 1105 ] = > <nl> + int ( 12913 ) <nl> + [ 1106 ] = > <nl> + int ( 12914 ) <nl> + [ 1107 ] = > <nl> + int ( 12915 ) <nl> + [ 1108 ] = > <nl> + int ( 12916 ) <nl> + [ 1109 ] = > <nl> + int ( 12917 ) <nl> + [ 1110 ] = > <nl> + int ( 12918 ) <nl> + [ 1111 ] = > <nl> + int ( 12919 ) <nl> + [ 1112 ] = > <nl> + int ( 12920 ) <nl> + [ 1113 ] = > <nl> + int ( 12921 ) <nl> + [ 1114 ] = > <nl> + int ( 12922 ) <nl> + [ 1115 ] = > <nl> + int ( 12923 ) <nl> + [ 1116 ] = > <nl> + int ( 12924 ) <nl> + [ 1117 ] = > <nl> + int ( 12925 ) <nl> + [ 1118 ] = > <nl> + int ( 12926 ) <nl> + [ 1119 ] = > <nl> + int ( 12927 ) <nl> + [ 1120 ] = > <nl> + int ( 12928 ) <nl> + [ 1121 ] = > <nl> + int ( 12929 ) <nl> + [ 1122 ] = > <nl> + int ( 12930 ) <nl> + [ 1123 ] = > <nl> + int ( 12931 ) <nl> + [ 1124 ] = > <nl> + int ( 12932 ) <nl> + [ 1125 ] = > <nl> + int ( 12933 ) <nl> + [ 1126 ] = > <nl> + int ( 12934 ) <nl> + [ 1127 ] = > <nl> + int ( 12935 ) <nl> + [ 1128 ] = > <nl> + int ( 12936 ) <nl> + [ 1129 ] = > <nl> + int ( 12937 ) <nl> + [ 1130 ] = > <nl> + int ( 12938 ) <nl> + [ 1131 ] = > <nl> + int ( 12939 ) <nl> + [ 1132 ] = > <nl> + int ( 12940 ) <nl> + [ 1133 ] = > <nl> + int ( 12941 ) <nl> + [ 1134 ] = > <nl> + int ( 12942 ) <nl> + [ 1135 ] = > <nl> + int ( 12943 ) <nl> + [ 1136 ] = > <nl> + int ( 12944 ) <nl> + [ 1137 ] = > <nl> + int ( 12945 ) <nl> + [ 1138 ] = > <nl> + int ( 12946 ) <nl> + [ 1139 ] = > <nl> + int ( 12947 ) <nl> + [ 1140 ] = > <nl> + int ( 12948 ) <nl> + [ 1141 ] = > <nl> + int ( 12949 ) <nl> + [ 1142 ] = > <nl> + int ( 12950 ) <nl> + [ 1143 ] = > <nl> + int ( 12951 ) <nl> + [ 1144 ] = > <nl> + int ( 12952 ) <nl> + [ 1145 ] = > <nl> + int ( 12953 ) <nl> + [ 1146 ] = > <nl> + int ( 12954 ) <nl> + [ 1147 ] = > <nl> + int ( 12955 ) <nl> + [ 1148 ] = > <nl> + int ( 12956 ) <nl> + [ 1149 ] = > <nl> + int ( 12957 ) <nl> + [ 1150 ] = > <nl> + int ( 12958 ) <nl> + [ 1151 ] = > <nl> + int ( 12959 ) <nl> + [ 1152 ] = > <nl> + int ( 12960 ) <nl> + [ 1153 ] = > <nl> + int ( 12961 ) <nl> + [ 1154 ] = > <nl> + int ( 12962 ) <nl> + [ 1155 ] = > <nl> + int ( 12963 ) <nl> + [ 1156 ] = > <nl> + int ( 12964 ) <nl> + [ 1157 ] = > <nl> + int ( 12965 ) <nl> + [ 1158 ] = > <nl> + int ( 12966 ) <nl> + [ 1159 ] = > <nl> + int ( 12967 ) <nl> + [ 1160 ] = > <nl> + int ( 12968 ) <nl> + [ 1161 ] = > <nl> + int ( 12969 ) <nl> + [ 1162 ] = > <nl> + int ( 12970 ) <nl> + [ 1163 ] = > <nl> + int ( 12971 ) <nl> + [ 1164 ] = > <nl> + int ( 12972 ) <nl> + [ 1165 ] = > <nl> + int ( 12973 ) <nl> + [ 1166 ] = > <nl> + int ( 12974 ) <nl> + [ 1167 ] = > <nl> + int ( 12975 ) <nl> + [ 1168 ] = > <nl> + int ( 12976 ) <nl> + [ 1169 ] = > <nl> + int ( 12977 ) <nl> + [ 1170 ] = > <nl> + int ( 12978 ) <nl> + [ 1171 ] = > <nl> + int ( 12979 ) <nl> + [ 1172 ] = > <nl> + int ( 12980 ) <nl> + [ 1173 ] = > <nl> + int ( 12981 ) <nl> + [ 1174 ] = > <nl> + int ( 12982 ) <nl> + [ 1175 ] = > <nl> + int ( 12983 ) <nl> + [ 1176 ] = > <nl> + int ( 12984 ) <nl> + [ 1177 ] = > <nl> + int ( 12985 ) <nl> + [ 1178 ] = > <nl> + int ( 12986 ) <nl> + [ 1179 ] = > <nl> + int ( 12987 ) <nl> + [ 1180 ] = > <nl> + int ( 12988 ) <nl> + [ 1181 ] = > <nl> + int ( 12989 ) <nl> + [ 1182 ] = > <nl> + int ( 12990 ) <nl> + [ 1183 ] = > <nl> + int ( 12991 ) <nl> + [ 1184 ] = > <nl> + int ( 12992 ) <nl> + [ 1185 ] = > <nl> + int ( 12993 ) <nl> + [ 1186 ] = > <nl> + int ( 12994 ) <nl> + [ 1187 ] = > <nl> + int ( 12995 ) <nl> + [ 1188 ] = > <nl> + int ( 12996 ) <nl> + [ 1189 ] = > <nl> + int ( 12997 ) <nl> + [ 1190 ] = > <nl> + int ( 12998 ) <nl> + [ 1191 ] = > <nl> + int ( 12999 ) <nl> + [ 1192 ] = > <nl> + int ( 13000 ) <nl> + [ 1193 ] = > <nl> + int ( 13001 ) <nl> + [ 1194 ] = > <nl> + int ( 13002 ) <nl> + [ 1195 ] = > <nl> + int ( 13003 ) <nl> + [ 1196 ] = > <nl> + int ( 13004 ) <nl> + [ 1197 ] = > <nl> + int ( 13005 ) <nl> + [ 1198 ] = > <nl> + int ( 13006 ) <nl> + [ 1199 ] = > <nl> + int ( 13007 ) <nl> + [ 1200 ] = > <nl> + int ( 13008 ) <nl> + [ 1201 ] = > <nl> + int ( 13009 ) <nl> + [ 1202 ] = > <nl> + int ( 13010 ) <nl> + [ 1203 ] = > <nl> + int ( 13011 ) <nl> + [ 1204 ] = > <nl> + int ( 13012 ) <nl> + [ 1205 ] = > <nl> + int ( 13013 ) <nl> + [ 1206 ] = > <nl> + int ( 13014 ) <nl> + [ 1207 ] = > <nl> + int ( 13015 ) <nl> + [ 1208 ] = > <nl> + int ( 13016 ) <nl> + [ 1209 ] = > <nl> + int ( 13017 ) <nl> + [ 1210 ] = > <nl> + int ( 13018 ) <nl> + [ 1211 ] = > <nl> + int ( 13019 ) <nl> + [ 1212 ] = > <nl> + int ( 13020 ) <nl> + [ 1213 ] = > <nl> + int ( 13021 ) <nl> + [ 1214 ] = > <nl> + int ( 13022 ) <nl> + [ 1215 ] = > <nl> + int ( 13023 ) <nl> + [ 1216 ] = > <nl> + int ( 13024 ) <nl> + [ 1217 ] = > <nl> + int ( 13025 ) <nl> + [ 1218 ] = > <nl> + int ( 13026 ) <nl> + [ 1219 ] = > <nl> + int ( 13027 ) <nl> + [ 1220 ] = > <nl> + int ( 13028 ) <nl> + [ 1221 ] = > <nl> + int ( 13029 ) <nl> + [ 1222 ] = > <nl> + int ( 13030 ) <nl> + [ 1223 ] = > <nl> + int ( 13031 ) <nl> + [ 1224 ] = > <nl> + int ( 13032 ) <nl> + [ 1225 ] = > <nl> + int ( 13033 ) <nl> + [ 1226 ] = > <nl> + int ( 13034 ) <nl> + [ 1227 ] = > <nl> + int ( 13035 ) <nl> + [ 1228 ] = > <nl> + int ( 13036 ) <nl> + [ 1229 ] = > <nl> + int ( 13037 ) <nl> + [ 1230 ] = > <nl> + int ( 13038 ) <nl> + [ 1231 ] = > <nl> + int ( 13039 ) <nl> + [ 1232 ] = > <nl> + int ( 13040 ) <nl> + [ 1233 ] = > <nl> + int ( 13041 ) <nl> + [ 1234 ] = > <nl> + int ( 13042 ) <nl> + [ 1235 ] = > <nl> + int ( 13043 ) <nl> + [ 1236 ] = > <nl> + int ( 13044 ) <nl> + [ 1237 ] = > <nl> + int ( 13045 ) <nl> + [ 1238 ] = > <nl> + int ( 13046 ) <nl> + [ 1239 ] = > <nl> + int ( 13047 ) <nl> + [ 1240 ] = > <nl> + int ( 13048 ) <nl> + [ 1241 ] = > <nl> + int ( 13049 ) <nl> + [ 1242 ] = > <nl> + int ( 13050 ) <nl> + [ 1243 ] = > <nl> + int ( 13051 ) <nl> + [ 1244 ] = > <nl> + int ( 13052 ) <nl> + [ 1245 ] = > <nl> + int ( 13053 ) <nl> + [ 1246 ] = > <nl> + int ( 13054 ) <nl> + [ 1247 ] = > <nl> + int ( 13055 ) <nl> + [ 1248 ] = > <nl> + int ( 13056 ) <nl> + [ 1249 ] = > <nl> + int ( 13057 ) <nl> + [ 1250 ] = > <nl> + int ( 13058 ) <nl> + [ 1251 ] = > <nl> + int ( 13059 ) <nl> + [ 1252 ] = > <nl> + int ( 13060 ) <nl> + [ 1253 ] = > <nl> + int ( 13061 ) <nl> + [ 1254 ] = > <nl> + int ( 13062 ) <nl> + [ 1255 ] = > <nl> + int ( 13063 ) <nl> + [ 1256 ] = > <nl> + int ( 13064 ) <nl> + [ 1257 ] = > <nl> + int ( 13065 ) <nl> + [ 1258 ] = > <nl> + int ( 13066 ) <nl> + [ 1259 ] = > <nl> + int ( 13067 ) <nl> + [ 1260 ] = > <nl> + int ( 13068 ) <nl> + [ 1261 ] = > <nl> + int ( 13069 ) <nl> + [ 1262 ] = > <nl> + int ( 13070 ) <nl> + [ 1263 ] = > <nl> + int ( 13071 ) <nl> + [ 1264 ] = > <nl> + int ( 13072 ) <nl> + [ 1265 ] = > <nl> + int ( 13073 ) <nl> + [ 1266 ] = > <nl> + int ( 13074 ) <nl> + [ 1267 ] = > <nl> + int ( 13075 ) <nl> + [ 1268 ] = > <nl> + int ( 13076 ) <nl> + [ 1269 ] = > <nl> + int ( 13077 ) <nl> + [ 1270 ] = > <nl> + int ( 13078 ) <nl> + [ 1271 ] = > <nl> + int ( 13079 ) <nl> + [ 1272 ] = > <nl> + int ( 13080 ) <nl> + [ 1273 ] = > <nl> + int ( 13081 ) <nl> + [ 1274 ] = > <nl> + int ( 13082 ) <nl> + [ 1275 ] = > <nl> + int ( 13083 ) <nl> + [ 1276 ] = > <nl> + int ( 13084 ) <nl> + [ 1277 ] = > <nl> + int ( 13085 ) <nl> + [ 1278 ] = > <nl> + int ( 13086 ) <nl> + [ 1279 ] = > <nl> + int ( 13087 ) <nl> + [ 1280 ] = > <nl> + int ( 13088 ) <nl> + [ 1281 ] = > <nl> + int ( 13089 ) <nl> + [ 1282 ] = > <nl> + int ( 13090 ) <nl> + [ 1283 ] = > <nl> + int ( 13091 ) <nl> + [ 1284 ] = > <nl> + int ( 13092 ) <nl> + [ 1285 ] = > <nl> + int ( 13093 ) <nl> + [ 1286 ] = > <nl> + int ( 13094 ) <nl> + [ 1287 ] = > <nl> + int ( 13095 ) <nl> + [ 1288 ] = > <nl> + int ( 13096 ) <nl> + [ 1289 ] = > <nl> + int ( 13097 ) <nl> + [ 1290 ] = > <nl> + int ( 13098 ) <nl> + [ 1291 ] = > <nl> + int ( 13099 ) <nl> + [ 1292 ] = > <nl> + int ( 13100 ) <nl> + [ 1293 ] = > <nl> + int ( 13101 ) <nl> + [ 1294 ] = > <nl> + int ( 13102 ) <nl> + [ 1295 ] = > <nl> + int ( 13103 ) <nl> + [ 1296 ] = > <nl> + int ( 13104 ) <nl> + [ 1297 ] = > <nl> + int ( 13105 ) <nl> + [ 1298 ] = > <nl> + int ( 13106 ) <nl> + [ 1299 ] = > <nl> + int ( 13107 ) <nl> + [ 1300 ] = > <nl> + int ( 13108 ) <nl> + [ 1301 ] = > <nl> + int ( 13109 ) <nl> + [ 1302 ] = > <nl> + int ( 13110 ) <nl> + [ 1303 ] = > <nl> + int ( 13111 ) <nl> + [ 1304 ] = > <nl> + int ( 13112 ) <nl> + [ 1305 ] = > <nl> + int ( 13113 ) <nl> + [ 1306 ] = > <nl> + int ( 13114 ) <nl> + [ 1307 ] = > <nl> + int ( 13115 ) <nl> + [ 1308 ] = > <nl> + int ( 13116 ) <nl> + [ 1309 ] = > <nl> + int ( 13117 ) <nl> + [ 1310 ] = > <nl> + int ( 13118 ) <nl> + [ 1311 ] = > <nl> + int ( 13119 ) <nl> + [ 1312 ] = > <nl> + int ( 13120 ) <nl> + [ 1313 ] = > <nl> + int ( 13121 ) <nl> + [ 1314 ] = > <nl> + int ( 13122 ) <nl> + [ 1315 ] = > <nl> + int ( 13123 ) <nl> + [ 1316 ] = > <nl> + int ( 13124 ) <nl> + [ 1317 ] = > <nl> + int ( 13125 ) <nl> + [ 1318 ] = > <nl> + int ( 13126 ) <nl> + [ 1319 ] = > <nl> + int ( 13127 ) <nl> + [ 1320 ] = > <nl> + int ( 13128 ) <nl> + [ 1321 ] = > <nl> + int ( 13129 ) <nl> + [ 1322 ] = > <nl> + int ( 13130 ) <nl> + [ 1323 ] = > <nl> + int ( 13131 ) <nl> + [ 1324 ] = > <nl> + int ( 13132 ) <nl> + [ 1325 ] = > <nl> + int ( 13133 ) <nl> + [ 1326 ] = > <nl> + int ( 13134 ) <nl> + [ 1327 ] = > <nl> + int ( 13135 ) <nl> + [ 1328 ] = > <nl> + int ( 13136 ) <nl> + [ 1329 ] = > <nl> + int ( 13137 ) <nl> + [ 1330 ] = > <nl> + int ( 13138 ) <nl> + [ 1331 ] = > <nl> + int ( 13139 ) <nl> + [ 1332 ] = > <nl> + int ( 13140 ) <nl> + [ 1333 ] = > <nl> + int ( 13141 ) <nl> + [ 1334 ] = > <nl> + int ( 13142 ) <nl> + [ 1335 ] = > <nl> + int ( 13143 ) <nl> + [ 1336 ] = > <nl> + int ( 13144 ) <nl> + [ 1337 ] = > <nl> + int ( 13145 ) <nl> + [ 1338 ] = > <nl> + int ( 13146 ) <nl> + [ 1339 ] = > <nl> + int ( 13147 ) <nl> + [ 1340 ] = > <nl> + int ( 13148 ) <nl> + [ 1341 ] = > <nl> + int ( 13149 ) <nl> + [ 1342 ] = > <nl> + int ( 13150 ) <nl> + [ 1343 ] = > <nl> + int ( 13151 ) <nl> + [ 1344 ] = > <nl> + int ( 13152 ) <nl> + [ 1345 ] = > <nl> + int ( 13153 ) <nl> + [ 1346 ] = > <nl> + int ( 13154 ) <nl> + [ 1347 ] = > <nl> + int ( 13155 ) <nl> + [ 1348 ] = > <nl> + int ( 13156 ) <nl> + [ 1349 ] = > <nl> + int ( 13157 ) <nl> + [ 1350 ] = > <nl> + int ( 13158 ) <nl> + [ 1351 ] = > <nl> + int ( 13159 ) <nl> + [ 1352 ] = > <nl> + int ( 13160 ) <nl> + [ 1353 ] = > <nl> + int ( 13161 ) <nl> + [ 1354 ] = > <nl> + int ( 13162 ) <nl> + [ 1355 ] = > <nl> + int ( 13163 ) <nl> + [ 1356 ] = > <nl> + int ( 13164 ) <nl> + [ 1357 ] = > <nl> + int ( 13165 ) <nl> + [ 1358 ] = > <nl> + int ( 13166 ) <nl> + [ 1359 ] = > <nl> + int ( 13167 ) <nl> + [ 1360 ] = > <nl> + int ( 13168 ) <nl> + [ 1361 ] = > <nl> + int ( 13169 ) <nl> + [ 1362 ] = > <nl> + int ( 13170 ) <nl> + [ 1363 ] = > <nl> + int ( 13171 ) <nl> + [ 1364 ] = > <nl> + int ( 13172 ) <nl> + [ 1365 ] = > <nl> + int ( 13173 ) <nl> + [ 1366 ] = > <nl> + int ( 13174 ) <nl> + [ 1367 ] = > <nl> + int ( 13175 ) <nl> + [ 1368 ] = > <nl> + int ( 13176 ) <nl> + [ 1369 ] = > <nl> + int ( 13177 ) <nl> + [ 1370 ] = > <nl> + int ( 13178 ) <nl> + [ 1371 ] = > <nl> + int ( 13179 ) <nl> + [ 1372 ] = > <nl> + int ( 13180 ) <nl> + [ 1373 ] = > <nl> + int ( 13181 ) <nl> + [ 1374 ] = > <nl> + int ( 13182 ) <nl> + [ 1375 ] = > <nl> + int ( 13183 ) <nl> + [ 1376 ] = > <nl> + int ( 13184 ) <nl> + [ 1377 ] = > <nl> + int ( 13185 ) <nl> + [ 1378 ] = > <nl> + int ( 13186 ) <nl> + [ 1379 ] = > <nl> + int ( 13187 ) <nl> + [ 1380 ] = > <nl> + int ( 13188 ) <nl> + [ 1381 ] = > <nl> + int ( 13189 ) <nl> + [ 1382 ] = > <nl> + int ( 13190 ) <nl> + [ 1383 ] = > <nl> + int ( 13191 ) <nl> + [ 1384 ] = > <nl> + int ( 13192 ) <nl> + [ 1385 ] = > <nl> + int ( 13193 ) <nl> + [ 1386 ] = > <nl> + int ( 13194 ) <nl> + [ 1387 ] = > <nl> + int ( 13195 ) <nl> + [ 1388 ] = > <nl> + int ( 13196 ) <nl> + [ 1389 ] = > <nl> + int ( 13197 ) <nl> + [ 1390 ] = > <nl> + int ( 13198 ) <nl> + [ 1391 ] = > <nl> + int ( 13199 ) <nl> + [ 1392 ] = > <nl> + int ( 13200 ) <nl> + [ 1393 ] = > <nl> + int ( 13201 ) <nl> + [ 1394 ] = > <nl> + int ( 13202 ) <nl> + [ 1395 ] = > <nl> + int ( 13203 ) <nl> + [ 1396 ] = > <nl> + int ( 13204 ) <nl> + [ 1397 ] = > <nl> + int ( 13205 ) <nl> + [ 1398 ] = > <nl> + int ( 13206 ) <nl> + [ 1399 ] = > <nl> + int ( 13207 ) <nl> + [ 1400 ] = > <nl> + int ( 13208 ) <nl> + [ 1401 ] = > <nl> + int ( 13209 ) <nl> + [ 1402 ] = > <nl> + int ( 13210 ) <nl> + [ 1403 ] = > <nl> + int ( 13211 ) <nl> + [ 1404 ] = > <nl> + int ( 13212 ) <nl> + [ 1405 ] = > <nl> + int ( 13213 ) <nl> + [ 1406 ] = > <nl> + int ( 13214 ) <nl> + [ 1407 ] = > <nl> + int ( 13215 ) <nl> + [ 1408 ] = > <nl> + int ( 13216 ) <nl> + [ 1409 ] = > <nl> + int ( 13217 ) <nl> + [ 1410 ] = > <nl> + int ( 13218 ) <nl> + [ 1411 ] = > <nl> + int ( 13219 ) <nl> + [ 1412 ] = > <nl> + int ( 13220 ) <nl> + [ 1413 ] = > <nl> + int ( 13221 ) <nl> + [ 1414 ] = > <nl> + int ( 13222 ) <nl> + [ 1415 ] = > <nl> + int ( 13223 ) <nl> + [ 1416 ] = > <nl> + int ( 13224 ) <nl> + [ 1417 ] = > <nl> + int ( 13225 ) <nl> + [ 1418 ] = > <nl> + int ( 13226 ) <nl> + [ 1419 ] = > <nl> + int ( 13227 ) <nl> + [ 1420 ] = > <nl> + int ( 13228 ) <nl> + [ 1421 ] = > <nl> + int ( 13229 ) <nl> + [ 1422 ] = > <nl> + int ( 13230 ) <nl> + [ 1423 ] = > <nl> + int ( 13231 ) <nl> + [ 1424 ] = > <nl> + int ( 13232 ) <nl> + [ 1425 ] = > <nl> + int ( 13233 ) <nl> + [ 1426 ] = > <nl> + int ( 13234 ) <nl> + [ 1427 ] = > <nl> + int ( 13235 ) <nl> + [ 1428 ] = > <nl> + int ( 13236 ) <nl> + [ 1429 ] = > <nl> + int ( 13237 ) <nl> + [ 1430 ] = > <nl> + int ( 13238 ) <nl> + [ 1431 ] = > <nl> + int ( 13239 ) <nl> + [ 1432 ] = > <nl> + int ( 13240 ) <nl> + [ 1433 ] = > <nl> + int ( 13241 ) <nl> + [ 1434 ] = > <nl> + int ( 13242 ) <nl> + [ 1435 ] = > <nl> + int ( 13243 ) <nl> + [ 1436 ] = > <nl> + int ( 13244 ) <nl> + [ 1437 ] = > <nl> + int ( 13245 ) <nl> + [ 1438 ] = > <nl> + int ( 13246 ) <nl> + [ 1439 ] = > <nl> + int ( 13247 ) <nl> + [ 1440 ] = > <nl> + int ( 13248 ) <nl> + [ 1441 ] = > <nl> + int ( 13249 ) <nl> + [ 1442 ] = > <nl> + int ( 13250 ) <nl> + [ 1443 ] = > <nl> + int ( 13251 ) <nl> + [ 1444 ] = > <nl> + int ( 13252 ) <nl> + [ 1445 ] = > <nl> + int ( 13253 ) <nl> + [ 1446 ] = > <nl> + int ( 13254 ) <nl> + [ 1447 ] = > <nl> + int ( 13255 ) <nl> + [ 1448 ] = > <nl> + int ( 13256 ) <nl> + [ 1449 ] = > <nl> + int ( 13257 ) <nl> + [ 1450 ] = > <nl> + int ( 13258 ) <nl> + [ 1451 ] = > <nl> + int ( 13259 ) <nl> + [ 1452 ] = > <nl> + int ( 13260 ) <nl> + [ 1453 ] = > <nl> + int ( 13261 ) <nl> + [ 1454 ] = > <nl> + int ( 13262 ) <nl> + [ 1455 ] = > <nl> + int ( 13263 ) <nl> + [ 1456 ] = > <nl> + int ( 13264 ) <nl> + [ 1457 ] = > <nl> + int ( 13265 ) <nl> + [ 1458 ] = > <nl> + int ( 13266 ) <nl> + [ 1459 ] = > <nl> + int ( 13267 ) <nl> + [ 1460 ] = > <nl> + int ( 13268 ) <nl> + [ 1461 ] = > <nl> + int ( 13269 ) <nl> + [ 1462 ] = > <nl> + int ( 13270 ) <nl> + [ 1463 ] = > <nl> + int ( 13271 ) <nl> + [ 1464 ] = > <nl> + int ( 13272 ) <nl> + [ 1465 ] = > <nl> + int ( 13273 ) <nl> + [ 1466 ] = > <nl> + int ( 13274 ) <nl> + [ 1467 ] = > <nl> + int ( 13275 ) <nl> + [ 1468 ] = > <nl> + int ( 13276 ) <nl> + [ 1469 ] = > <nl> + int ( 13277 ) <nl> + [ 1470 ] = > <nl> + int ( 13278 ) <nl> + [ 1471 ] = > <nl> + int ( 13279 ) <nl> + [ 1472 ] = > <nl> + int ( 13280 ) <nl> + [ 1473 ] = > <nl> + int ( 13281 ) <nl> + [ 1474 ] = > <nl> + int ( 13282 ) <nl> + [ 1475 ] = > <nl> + int ( 13283 ) <nl> + [ 1476 ] = > <nl> + int ( 13284 ) <nl> + [ 1477 ] = > <nl> + int ( 13285 ) <nl> + [ 1478 ] = > <nl> + int ( 13286 ) <nl> + [ 1479 ] = > <nl> + int ( 13287 ) <nl> + [ 1480 ] = > <nl> + int ( 13288 ) <nl> + [ 1481 ] = > <nl> + int ( 13289 ) <nl> + [ 1482 ] = > <nl> + int ( 13290 ) <nl> + [ 1483 ] = > <nl> + int ( 13291 ) <nl> + [ 1484 ] = > <nl> + int ( 13292 ) <nl> + [ 1485 ] = > <nl> + int ( 13293 ) <nl> + [ 1486 ] = > <nl> + int ( 13294 ) <nl> + [ 1487 ] = > <nl> + int ( 13295 ) <nl> + [ 1488 ] = > <nl> + int ( 13296 ) <nl> + [ 1489 ] = > <nl> + int ( 13297 ) <nl> + [ 1490 ] = > <nl> + int ( 13298 ) <nl> + [ 1491 ] = > <nl> + int ( 13299 ) <nl> + [ 1492 ] = > <nl> + int ( 13300 ) <nl> + [ 1493 ] = > <nl> + int ( 13301 ) <nl> + [ 1494 ] = > <nl> + int ( 13302 ) <nl> + [ 1495 ] = > <nl> + int ( 13303 ) <nl> + [ 1496 ] = > <nl> + int ( 13304 ) <nl> + [ 1497 ] = > <nl> + int ( 13305 ) <nl> + [ 1498 ] = > <nl> + int ( 13306 ) <nl> + [ 1499 ] = > <nl> + int ( 13307 ) <nl> + [ 1500 ] = > <nl> + int ( 13308 ) <nl> + [ 1501 ] = > <nl> + int ( 13309 ) <nl> + [ 1502 ] = > <nl> + int ( 13310 ) <nl> + [ 1503 ] = > <nl> + int ( 13311 ) <nl> + [ 1504 ] = > <nl> + int ( 13312 ) <nl> + [ 1505 ] = > <nl> + int ( 13313 ) <nl> + [ 1506 ] = > <nl> + int ( 13314 ) <nl> + [ 1507 ] = > <nl> + int ( 13315 ) <nl> + [ 1508 ] = > <nl> + int ( 13316 ) <nl> + [ 1509 ] = > <nl> + int ( 13317 ) <nl> + [ 1510 ] = > <nl> + int ( 13318 ) <nl> + [ 1511 ] = > <nl> + int ( 13319 ) <nl> + [ 1512 ] = > <nl> + int ( 13320 ) <nl> + [ 1513 ] = > <nl> + int ( 13321 ) <nl> + [ 1514 ] = > <nl> + int ( 13322 ) <nl> + [ 1515 ] = > <nl> + int ( 13323 ) <nl> + [ 1516 ] = > <nl> + int ( 13324 ) <nl> + [ 1517 ] = > <nl> + int ( 13325 ) <nl> + [ 1518 ] = > <nl> + int ( 13326 ) <nl> + [ 1519 ] = > <nl> + int ( 13327 ) <nl> + [ 1520 ] = > <nl> + int ( 13328 ) <nl> + [ 1521 ] = > <nl> + int ( 13329 ) <nl> + [ 1522 ] = > <nl> + int ( 13330 ) <nl> + [ 1523 ] = > <nl> + int ( 13331 ) <nl> + [ 1524 ] = > <nl> + int ( 13332 ) <nl> + [ 1525 ] = > <nl> + int ( 13333 ) <nl> + [ 1526 ] = > <nl> + int ( 13334 ) <nl> + [ 1527 ] = > <nl> + int ( 13335 ) <nl> + [ 1528 ] = > <nl> + int ( 13336 ) <nl> + [ 1529 ] = > <nl> + int ( 13337 ) <nl> + [ 1530 ] = > <nl> + int ( 13338 ) <nl> + [ 1531 ] = > <nl> + int ( 13339 ) <nl> + [ 1532 ] = > <nl> + int ( 13340 ) <nl> + [ 1533 ] = > <nl> + int ( 13341 ) <nl> + [ 1534 ] = > <nl> + int ( 13342 ) <nl> + [ 1535 ] = > <nl> + int ( 13343 ) <nl> + [ 1536 ] = > <nl> + int ( 13344 ) <nl> + [ 1537 ] = > <nl> + int ( 13345 ) <nl> + [ 1538 ] = > <nl> + int ( 13346 ) <nl> + [ 1539 ] = > <nl> + int ( 13347 ) <nl> + [ 1540 ] = > <nl> + int ( 13348 ) <nl> + [ 1541 ] = > <nl> + int ( 13349 ) <nl> + [ 1542 ] = > <nl> + int ( 13350 ) <nl> + [ 1543 ] = > <nl> + int ( 13351 ) <nl> + [ 1544 ] = > <nl> + int ( 13352 ) <nl> + [ 1545 ] = > <nl> + int ( 13353 ) <nl> + [ 1546 ] = > <nl> + int ( 13354 ) <nl> + [ 1547 ] = > <nl> + int ( 13355 ) <nl> + [ 1548 ] = > <nl> + int ( 13356 ) <nl> + [ 1549 ] = > <nl> + int ( 13357 ) <nl> + [ 1550 ] = > <nl> + int ( 13358 ) <nl> + [ 1551 ] = > <nl> + int ( 13359 ) <nl> + [ 1552 ] = > <nl> + int ( 13360 ) <nl> + [ 1553 ] = > <nl> + int ( 13361 ) <nl> + [ 1554 ] = > <nl> + int ( 13362 ) <nl> + [ 1555 ] = > <nl> + int ( 13363 ) <nl> + [ 1556 ] = > <nl> + int ( 13364 ) <nl> + [ 1557 ] = > <nl> + int ( 13365 ) <nl> + [ 1558 ] = > <nl> + int ( 13366 ) <nl> + [ 1559 ] = > <nl> + int ( 13367 ) <nl> + [ 1560 ] = > <nl> + int ( 13368 ) <nl> + [ 1561 ] = > <nl> + int ( 13369 ) <nl> + [ 1562 ] = > <nl> + int ( 13370 ) <nl> + [ 1563 ] = > <nl> + int ( 13371 ) <nl> + [ 1564 ] = > <nl> + int ( 13372 ) <nl> + [ 1565 ] = > <nl> + int ( 13373 ) <nl> + [ 1566 ] = > <nl> + int ( 13374 ) <nl> + [ 1567 ] = > <nl> + int ( 13375 ) <nl> + [ 1568 ] = > <nl> + int ( 13376 ) <nl> + [ 1569 ] = > <nl> + int ( 13377 ) <nl> + [ 1570 ] = > <nl> + int ( 13378 ) <nl> + [ 1571 ] = > <nl> + int ( 13379 ) <nl> + [ 1572 ] = > <nl> + int ( 13380 ) <nl> + [ 1573 ] = > <nl> + int ( 13381 ) <nl> + [ 1574 ] = > <nl> + int ( 13382 ) <nl> + [ 1575 ] = > <nl> + int ( 13383 ) <nl> + [ 1576 ] = > <nl> + int ( 13384 ) <nl> + [ 1577 ] = > <nl> + int ( 13385 ) <nl> + [ 1578 ] = > <nl> + int ( 13386 ) <nl> + [ 1579 ] = > <nl> + int ( 13387 ) <nl> + [ 1580 ] = > <nl> + int ( 13388 ) <nl> + [ 1581 ] = > <nl> + int ( 13389 ) <nl> + [ 1582 ] = > <nl> + int ( 13390 ) <nl> + [ 1583 ] = > <nl> + int ( 13391 ) <nl> + [ 1584 ] = > <nl> + int ( 13392 ) <nl> + [ 1585 ] = > <nl> + int ( 13393 ) <nl> + [ 1586 ] = > <nl> + int ( 13394 ) <nl> + [ 1587 ] = > <nl> + int ( 13395 ) <nl> + [ 1588 ] = > <nl> + int ( 13396 ) <nl> + [ 1589 ] = > <nl> + int ( 13397 ) <nl> + [ 1590 ] = > <nl> + int ( 13398 ) <nl> + [ 1591 ] = > <nl> + int ( 13399 ) <nl> + [ 1592 ] = > <nl> + int ( 13400 ) <nl> + [ 1593 ] = > <nl> + int ( 13401 ) <nl> + [ 1594 ] = > <nl> + int ( 13402 ) <nl> + [ 1595 ] = > <nl> + int ( 13403 ) <nl> + [ 1596 ] = > <nl> + int ( 13404 ) <nl> + [ 1597 ] = > <nl> + int ( 13405 ) <nl> + [ 1598 ] = > <nl> + int ( 13406 ) <nl> + [ 1599 ] = > <nl> + int ( 13407 ) <nl> + [ 1600 ] = > <nl> + int ( 13408 ) <nl> + [ 1601 ] = > <nl> + int ( 13409 ) <nl> + [ 1602 ] = > <nl> + int ( 13410 ) <nl> + [ 1603 ] = > <nl> + int ( 13411 ) <nl> + [ 1604 ] = > <nl> + int ( 13412 ) <nl> + [ 1605 ] = > <nl> + int ( 13413 ) <nl> + [ 1606 ] = > <nl> + int ( 13414 ) <nl> + [ 1607 ] = > <nl> + int ( 13415 ) <nl> + [ 1608 ] = > <nl> + int ( 13416 ) <nl> + [ 1609 ] = > <nl> + int ( 13417 ) <nl> + [ 1610 ] = > <nl> + int ( 13418 ) <nl> + [ 1611 ] = > <nl> + int ( 13419 ) <nl> + [ 1612 ] = > <nl> + int ( 13420 ) <nl> + [ 1613 ] = > <nl> + int ( 13421 ) <nl> + [ 1614 ] = > <nl> + int ( 13422 ) <nl> + [ 1615 ] = > <nl> + int ( 13423 ) <nl> + [ 1616 ] = > <nl> + int ( 13424 ) <nl> + [ 1617 ] = > <nl> + int ( 13425 ) <nl> + [ 1618 ] = > <nl> + int ( 13426 ) <nl> + [ 1619 ] = > <nl> + int ( 13427 ) <nl> + [ 1620 ] = > <nl> + int ( 13428 ) <nl> + [ 1621 ] = > <nl> + int ( 13429 ) <nl> + [ 1622 ] = > <nl> + int ( 13430 ) <nl> + [ 1623 ] = > <nl> + int ( 13431 ) <nl> + [ 1624 ] = > <nl> + int ( 13432 ) <nl> + [ 1625 ] = > <nl> + int ( 13433 ) <nl> + [ 1626 ] = > <nl> + int ( 13434 ) <nl> + [ 1627 ] = > <nl> + int ( 13435 ) <nl> + [ 1628 ] = > <nl> + int ( 13436 ) <nl> + [ 1629 ] = > <nl> + int ( 13437 ) <nl> + [ 1630 ] = > <nl> + int ( 13438 ) <nl> + [ 1631 ] = > <nl> + int ( 13439 ) <nl> + [ 1632 ] = > <nl> + int ( 13440 ) <nl> + [ 1633 ] = > <nl> + int ( 13441 ) <nl> + [ 1634 ] = > <nl> + int ( 13442 ) <nl> + [ 1635 ] = > <nl> + int ( 13443 ) <nl> + [ 1636 ] = > <nl> + int ( 13444 ) <nl> + [ 1637 ] = > <nl> + int ( 13445 ) <nl> + [ 1638 ] = > <nl> + int ( 13446 ) <nl> + [ 1639 ] = > <nl> + int ( 13447 ) <nl> + [ 1640 ] = > <nl> + int ( 13448 ) <nl> + [ 1641 ] = > <nl> + int ( 13449 ) <nl> + [ 1642 ] = > <nl> + int ( 13450 ) <nl> + [ 1643 ] = > <nl> + int ( 13451 ) <nl> + [ 1644 ] = > <nl> + int ( 13452 ) <nl> + [ 1645 ] = > <nl> + int ( 13453 ) <nl> + [ 1646 ] = > <nl> + int ( 13454 ) <nl> + [ 1647 ] = > <nl> + int ( 13455 ) <nl> + [ 1648 ] = > <nl> + int ( 13456 ) <nl> + [ 1649 ] = > <nl> + int ( 13457 ) <nl> + [ 1650 ] = > <nl> + int ( 13458 ) <nl> + [ 1651 ] = > <nl> + int ( 13459 ) <nl> + [ 1652 ] = > <nl> + int ( 13460 ) <nl> + [ 1653 ] = > <nl> + int ( 13461 ) <nl> + [ 1654 ] = > <nl> + int ( 13462 ) <nl> + [ 1655 ] = > <nl> + int ( 13463 ) <nl> + [ 1656 ] = > <nl> + int ( 13464 ) <nl> + [ 1657 ] = > <nl> + int ( 13465 ) <nl> + [ 1658 ] = > <nl> + int ( 13466 ) <nl> + [ 1659 ] = > <nl> + int ( 13467 ) <nl> + [ 1660 ] = > <nl> + int ( 13468 ) <nl> + [ 1661 ] = > <nl> + int ( 13469 ) <nl> + [ 1662 ] = > <nl> + int ( 13470 ) <nl> + [ 1663 ] = > <nl> + int ( 13471 ) <nl> + [ 1664 ] = > <nl> + int ( 13472 ) <nl> + [ 1665 ] = > <nl> + int ( 13473 ) <nl> + [ 1666 ] = > <nl> + int ( 13474 ) <nl> + [ 1667 ] = > <nl> + int ( 13475 ) <nl> + [ 1668 ] = > <nl> + int ( 13476 ) <nl> + [ 1669 ] = > <nl> + int ( 13477 ) <nl> + [ 1670 ] = > <nl> + int ( 13478 ) <nl> + [ 1671 ] = > <nl> + int ( 13479 ) <nl> + [ 1672 ] = > <nl> + int ( 13480 ) <nl> + [ 1673 ] = > <nl> + int ( 13481 ) <nl> + [ 1674 ] = > <nl> + int ( 13482 ) <nl> + [ 1675 ] = > <nl> + int ( 13483 ) <nl> + [ 1676 ] = > <nl> + int ( 13484 ) <nl> + [ 1677 ] = > <nl> + int ( 13485 ) <nl> + [ 1678 ] = > <nl> + int ( 13486 ) <nl> + [ 1679 ] = > <nl> + int ( 13487 ) <nl> + [ 1680 ] = > <nl> + int ( 13488 ) <nl> + [ 1681 ] = > <nl> + int ( 13489 ) <nl> + [ 1682 ] = > <nl> + int ( 13490 ) <nl> + [ 1683 ] = > <nl> + int ( 13491 ) <nl> + [ 1684 ] = > <nl> + int ( 13492 ) <nl> + [ 1685 ] = > <nl> + int ( 13493 ) <nl> + [ 1686 ] = > <nl> + int ( 13494 ) <nl> + [ 1687 ] = > <nl> + int ( 13495 ) <nl> + [ 1688 ] = > <nl> + int ( 13496 ) <nl> + [ 1689 ] = > <nl> + int ( 13497 ) <nl> + [ 1690 ] = > <nl> + int ( 13498 ) <nl> + [ 1691 ] = > <nl> + int ( 13499 ) <nl> + [ 1692 ] = > <nl> + int ( 13500 ) <nl> + [ 1693 ] = > <nl> + int ( 13501 ) <nl> + [ 1694 ] = > <nl> + int ( 13502 ) <nl> + [ 1695 ] = > <nl> + int ( 13503 ) <nl> + [ 1696 ] = > <nl> + int ( 13504 ) <nl> + [ 1697 ] = > <nl> + int ( 13505 ) <nl> + [ 1698 ] = > <nl> + int ( 13506 ) <nl> + [ 1699 ] = > <nl> + int ( 13507 ) <nl> + [ 1700 ] = > <nl> + int ( 13508 ) <nl> + [ 1701 ] = > <nl> + int ( 13509 ) <nl> + [ 1702 ] = > <nl> + int ( 13510 ) <nl> + [ 1703 ] = > <nl> + int ( 13511 ) <nl> + [ 1704 ] = > <nl> + int ( 13512 ) <nl> + [ 1705 ] = > <nl> + int ( 13513 ) <nl> + [ 1706 ] = > <nl> + int ( 13514 ) <nl> + [ 1707 ] = > <nl> + int ( 13515 ) <nl> + [ 1708 ] = > <nl> + int ( 13516 ) <nl> + [ 1709 ] = > <nl> + int ( 13517 ) <nl> + [ 1710 ] = > <nl> + int ( 13518 ) <nl> + [ 1711 ] = > <nl> + int ( 13519 ) <nl> + [ 1712 ] = > <nl> + int ( 13520 ) <nl> + [ 1713 ] = > <nl> + int ( 13521 ) <nl> + [ 1714 ] = > <nl> + int ( 13522 ) <nl> + [ 1715 ] = > <nl> + int ( 13523 ) <nl> + [ 1716 ] = > <nl> + int ( 13524 ) <nl> + [ 1717 ] = > <nl> + int ( 13525 ) <nl> + [ 1718 ] = > <nl> + int ( 13526 ) <nl> + [ 1719 ] = > <nl> + int ( 13527 ) <nl> + [ 1720 ] = > <nl> + int ( 13528 ) <nl> + [ 1721 ] = > <nl> + int ( 13529 ) <nl> + [ 1722 ] = > <nl> + int ( 13530 ) <nl> + [ 1723 ] = > <nl> + int ( 13531 ) <nl> + [ 1724 ] = > <nl> + int ( 13532 ) <nl> + [ 1725 ] = > <nl> + int ( 13533 ) <nl> + [ 1726 ] = > <nl> + int ( 13534 ) <nl> + [ 1727 ] = > <nl> + int ( 13535 ) <nl> + [ 1728 ] = > <nl> + int ( 13536 ) <nl> + [ 1729 ] = > <nl> + int ( 13537 ) <nl> + [ 1730 ] = > <nl> + int ( 13538 ) <nl> + [ 1731 ] = > <nl> + int ( 13539 ) <nl> + [ 1732 ] = > <nl> + int ( 13540 ) <nl> + [ 1733 ] = > <nl> + int ( 13541 ) <nl> + [ 1734 ] = > <nl> + int ( 13542 ) <nl> + [ 1735 ] = > <nl> + int ( 13543 ) <nl> + [ 1736 ] = > <nl> + int ( 13544 ) <nl> + [ 1737 ] = > <nl> + int ( 13545 ) <nl> + [ 1738 ] = > <nl> + int ( 13546 ) <nl> + [ 1739 ] = > <nl> + int ( 13547 ) <nl> + [ 1740 ] = > <nl> + int ( 13548 ) <nl> + [ 1741 ] = > <nl> + int ( 13549 ) <nl> + [ 1742 ] = > <nl> + int ( 13550 ) <nl> + [ 1743 ] = > <nl> + int ( 13551 ) <nl> + [ 1744 ] = > <nl> + int ( 13552 ) <nl> + [ 1745 ] = > <nl> + int ( 13553 ) <nl> + [ 1746 ] = > <nl> + int ( 13554 ) <nl> + [ 1747 ] = > <nl> + int ( 13555 ) <nl> + [ 1748 ] = > <nl> + int ( 13556 ) <nl> + [ 1749 ] = > <nl> + int ( 13557 ) <nl> + [ 1750 ] = > <nl> + int ( 13558 ) <nl> + [ 1751 ] = > <nl> + int ( 13559 ) <nl> + [ 1752 ] = > <nl> + int ( 13560 ) <nl> + [ 1753 ] = > <nl> + int ( 13561 ) <nl> + [ 1754 ] = > <nl> + int ( 13562 ) <nl> + [ 1755 ] = > <nl> + int ( 13563 ) <nl> + [ 1756 ] = > <nl> + int ( 13564 ) <nl> + [ 1757 ] = > <nl> + int ( 13565 ) <nl> + [ 1758 ] = > <nl> + int ( 13566 ) <nl> + [ 1759 ] = > <nl> + int ( 13567 ) <nl> + [ 1760 ] = > <nl> + int ( 13568 ) <nl> + [ 1761 ] = > <nl> + int ( 13569 ) <nl> + [ 1762 ] = > <nl> + int ( 13570 ) <nl> + [ 1763 ] = > <nl> + int ( 13571 ) <nl> + [ 1764 ] = > <nl> + int ( 13572 ) <nl> + [ 1765 ] = > <nl> + int ( 13573 ) <nl> + [ 1766 ] = > <nl> + int ( 13574 ) <nl> + [ 1767 ] = > <nl> + int ( 13575 ) <nl> + [ 1768 ] = > <nl> + int ( 13576 ) <nl> + [ 1769 ] = > <nl> + int ( 13577 ) <nl> + [ 1770 ] = > <nl> + int ( 13578 ) <nl> + [ 1771 ] = > <nl> + int ( 13579 ) <nl> + [ 1772 ] = > <nl> + int ( 13580 ) <nl> + [ 1773 ] = > <nl> + int ( 13581 ) <nl> + [ 1774 ] = > <nl> + int ( 13582 ) <nl> + [ 1775 ] = > <nl> + int ( 13583 ) <nl> + [ 1776 ] = > <nl> + int ( 13584 ) <nl> + [ 1777 ] = > <nl> + int ( 13585 ) <nl> + [ 1778 ] = > <nl> + int ( 13586 ) <nl> + [ 1779 ] = > <nl> + int ( 13587 ) <nl> + [ 1780 ] = > <nl> + int ( 13588 ) <nl> + [ 1781 ] = > <nl> + int ( 13589 ) <nl> + [ 1782 ] = > <nl> + int ( 13590 ) <nl> + [ 1783 ] = > <nl> + int ( 13591 ) <nl> + [ 1784 ] = > <nl> + int ( 13592 ) <nl> + [ 1785 ] = > <nl> + int ( 13593 ) <nl> + [ 1786 ] = > <nl> + int ( 13594 ) <nl> + [ 1787 ] = > <nl> + int ( 13595 ) <nl> + [ 1788 ] = > <nl> + int ( 13596 ) <nl> + [ 1789 ] = > <nl> + int ( 13597 ) <nl> + [ 1790 ] = > <nl> + int ( 13598 ) <nl> + [ 1791 ] = > <nl> + int ( 13599 ) <nl> + [ 1792 ] = > <nl> + int ( 13600 ) <nl> + [ 1793 ] = > <nl> + int ( 13601 ) <nl> + [ 1794 ] = > <nl> + int ( 13602 ) <nl> + [ 1795 ] = > <nl> + int ( 13603 ) <nl> + [ 1796 ] = > <nl> + int ( 13604 ) <nl> + [ 1797 ] = > <nl> + int ( 13605 ) <nl> + [ 1798 ] = > <nl> + int ( 13606 ) <nl> + [ 1799 ] = > <nl> + int ( 13607 ) <nl> + [ 1800 ] = > <nl> + int ( 13608 ) <nl> + [ 1801 ] = > <nl> + int ( 13609 ) <nl> + [ 1802 ] = > <nl> + int ( 13610 ) <nl> + [ 1803 ] = > <nl> + int ( 13611 ) <nl> + [ 1804 ] = > <nl> + int ( 13612 ) <nl> + [ 1805 ] = > <nl> + int ( 13613 ) <nl> + [ 1806 ] = > <nl> + int ( 13614 ) <nl> + [ 1807 ] = > <nl> + int ( 13615 ) <nl> + [ 1808 ] = > <nl> + int ( 13616 ) <nl> + [ 1809 ] = > <nl> + int ( 13617 ) <nl> + [ 1810 ] = > <nl> + int ( 13618 ) <nl> + [ 1811 ] = > <nl> + int ( 13619 ) <nl> + [ 1812 ] = > <nl> + int ( 13620 ) <nl> + [ 1813 ] = > <nl> + int ( 13621 ) <nl> + [ 1814 ] = > <nl> + int ( 13622 ) <nl> + [ 1815 ] = > <nl> + int ( 13623 ) <nl> + [ 1816 ] = > <nl> + int ( 13624 ) <nl> + [ 1817 ] = > <nl> + int ( 13625 ) <nl> + [ 1818 ] = > <nl> + int ( 13626 ) <nl> + [ 1819 ] = > <nl> + int ( 13627 ) <nl> + [ 1820 ] = > <nl> + int ( 13628 ) <nl> + [ 1821 ] = > <nl> + int ( 13629 ) <nl> + [ 1822 ] = > <nl> + int ( 13630 ) <nl> + [ 1823 ] = > <nl> + int ( 13631 ) <nl> + [ 1824 ] = > <nl> + int ( 13632 ) <nl> + [ 1825 ] = > <nl> + int ( 13633 ) <nl> + [ 1826 ] = > <nl> + int ( 13634 ) <nl> + [ 1827 ] = > <nl> + int ( 13635 ) <nl> + [ 1828 ] = > <nl> + int ( 13636 ) <nl> + [ 1829 ] = > <nl> + int ( 13637 ) <nl> + [ 1830 ] = > <nl> + int ( 13638 ) <nl> + [ 1831 ] = > <nl> + int ( 13639 ) <nl> + [ 1832 ] = > <nl> + int ( 13640 ) <nl> + [ 1833 ] = > <nl> + int ( 13641 ) <nl> + [ 1834 ] = > <nl> + int ( 13642 ) <nl> + [ 1835 ] = > <nl> + int ( 13643 ) <nl> + [ 1836 ] = > <nl> + int ( 13644 ) <nl> + [ 1837 ] = > <nl> + int ( 13645 ) <nl> + [ 1838 ] = > <nl> + int ( 13646 ) <nl> + [ 1839 ] = > <nl> + int ( 13647 ) <nl> + [ 1840 ] = > <nl> + int ( 13648 ) <nl> + [ 1841 ] = > <nl> + int ( 13649 ) <nl> + [ 1842 ] = > <nl> + int ( 13650 ) <nl> + [ 1843 ] = > <nl> + int ( 13651 ) <nl> + [ 1844 ] = > <nl> + int ( 13652 ) <nl> + [ 1845 ] = > <nl> + int ( 13653 ) <nl> + [ 1846 ] = > <nl> + int ( 13654 ) <nl> + [ 1847 ] = > <nl> + int ( 13655 ) <nl> + [ 1848 ] = > <nl> + int ( 13656 ) <nl> + [ 1849 ] = > <nl> + int ( 13657 ) <nl> + [ 1850 ] = > <nl> + int ( 13658 ) <nl> + [ 1851 ] = > <nl> + int ( 13659 ) <nl> + [ 1852 ] = > <nl> + int ( 13660 ) <nl> + [ 1853 ] = > <nl> + int ( 13661 ) <nl> + [ 1854 ] = > <nl> + int ( 13662 ) <nl> + [ 1855 ] = > <nl> + int ( 13663 ) <nl> + [ 1856 ] = > <nl> + int ( 13664 ) <nl> + [ 1857 ] = > <nl> + int ( 13665 ) <nl> + [ 1858 ] = > <nl> + int ( 13666 ) <nl> + [ 1859 ] = > <nl> + int ( 13667 ) <nl> + [ 1860 ] = > <nl> + int ( 13668 ) <nl> + [ 1861 ] = > <nl> + int ( 13669 ) <nl> + [ 1862 ] = > <nl> + int ( 13670 ) <nl> + [ 1863 ] = > <nl> + int ( 13671 ) <nl> + [ 1864 ] = > <nl> + int ( 13672 ) <nl> + [ 1865 ] = > <nl> + int ( 13673 ) <nl> + [ 1866 ] = > <nl> + int ( 13674 ) <nl> + [ 1867 ] = > <nl> + int ( 13675 ) <nl> + [ 1868 ] = > <nl> + int ( 13676 ) <nl> + [ 1869 ] = > <nl> + int ( 13677 ) <nl> + [ 1870 ] = > <nl> + int ( 13678 ) <nl> + [ 1871 ] = > <nl> + int ( 13679 ) <nl> + [ 1872 ] = > <nl> + int ( 13680 ) <nl> + [ 1873 ] = > <nl> + int ( 13681 ) <nl> + [ 1874 ] = > <nl> + int ( 13682 ) <nl> + [ 1875 ] = > <nl> + int ( 13683 ) <nl> + [ 1876 ] = > <nl> + int ( 13684 ) <nl> + [ 1877 ] = > <nl> + int ( 13685 ) <nl> + [ 1878 ] = > <nl> + int ( 13686 ) <nl> + [ 1879 ] = > <nl> + int ( 13687 ) <nl> + [ 1880 ] = > <nl> + int ( 13688 ) <nl> + [ 1881 ] = > <nl> + int ( 13689 ) <nl> + [ 1882 ] = > <nl> + int ( 13690 ) <nl> + [ 1883 ] = > <nl> + int ( 13691 ) <nl> + [ 1884 ] = > <nl> + int ( 13692 ) <nl> + [ 1885 ] = > <nl> + int ( 13693 ) <nl> + [ 1886 ] = > <nl> + int ( 13694 ) <nl> + [ 1887 ] = > <nl> + int ( 13695 ) <nl> + [ 1888 ] = > <nl> + int ( 13696 ) <nl> + [ 1889 ] = > <nl> + int ( 13697 ) <nl> + [ 1890 ] = > <nl> + int ( 13698 ) <nl> + [ 1891 ] = > <nl> + int ( 13699 ) <nl> + [ 1892 ] = > <nl> + int ( 13700 ) <nl> + [ 1893 ] = > <nl> + int ( 13701 ) <nl> + [ 1894 ] = > <nl> + int ( 13702 ) <nl> + [ 1895 ] = > <nl> + int ( 13703 ) <nl> + [ 1896 ] = > <nl> + int ( 13704 ) <nl> + [ 1897 ] = > <nl> + int ( 13705 ) <nl> + [ 1898 ] = > <nl> + int ( 13706 ) <nl> + [ 1899 ] = > <nl> + int ( 13707 ) <nl> + [ 1900 ] = > <nl> + int ( 13708 ) <nl> + [ 1901 ] = > <nl> + int ( 13709 ) <nl> + [ 1902 ] = > <nl> + int ( 13710 ) <nl> + [ 1903 ] = > <nl> + int ( 13711 ) <nl> + [ 1904 ] = > <nl> + int ( 13712 ) <nl> + [ 1905 ] = > <nl> + int ( 13713 ) <nl> + [ 1906 ] = > <nl> + int ( 13714 ) <nl> + [ 1907 ] = > <nl> + int ( 13715 ) <nl> + [ 1908 ] = > <nl> + int ( 13716 ) <nl> + [ 1909 ] = > <nl> + int ( 13717 ) <nl> + [ 1910 ] = > <nl> + int ( 13718 ) <nl> + [ 1911 ] = > <nl> + int ( 13719 ) <nl> + [ 1912 ] = > <nl> + int ( 13720 ) <nl> + [ 1913 ] = > <nl> + int ( 13721 ) <nl> + [ 1914 ] = > <nl> + int ( 13722 ) <nl> + [ 1915 ] = > <nl> + int ( 13723 ) <nl> + [ 1916 ] = > <nl> + int ( 13724 ) <nl> + [ 1917 ] = > <nl> + int ( 13725 ) <nl> + [ 1918 ] = > <nl> + int ( 13726 ) <nl> + [ 1919 ] = > <nl> + int ( 13727 ) <nl> + [ 1920 ] = > <nl> + int ( 13728 ) <nl> + [ 1921 ] = > <nl> + int ( 13729 ) <nl> + [ 1922 ] = > <nl> + int ( 13730 ) <nl> + [ 1923 ] = > <nl> + int ( 13731 ) <nl> + [ 1924 ] = > <nl> + int ( 13732 ) <nl> + [ 1925 ] = > <nl> + int ( 13733 ) <nl> + [ 1926 ] = > <nl> + int ( 13734 ) <nl> + [ 1927 ] = > <nl> + int ( 13735 ) <nl> + [ 1928 ] = > <nl> + int ( 13736 ) <nl> + [ 1929 ] = > <nl> + int ( 13737 ) <nl> + [ 1930 ] = > <nl> + int ( 13738 ) <nl> + [ 1931 ] = > <nl> + int ( 13739 ) <nl> + [ 1932 ] = > <nl> + int ( 13740 ) <nl> + [ 1933 ] = > <nl> + int ( 13741 ) <nl> + [ 1934 ] = > <nl> + int ( 13742 ) <nl> + [ 1935 ] = > <nl> + int ( 13743 ) <nl> + [ 1936 ] = > <nl> + int ( 13744 ) <nl> + [ 1937 ] = > <nl> + int ( 13745 ) <nl> + [ 1938 ] = > <nl> + int ( 13746 ) <nl> + [ 1939 ] = > <nl> + int ( 13747 ) <nl> + [ 1940 ] = > <nl> + int ( 13748 ) <nl> + [ 1941 ] = > <nl> + int ( 13749 ) <nl> + [ 1942 ] = > <nl> + int ( 13750 ) <nl> + [ 1943 ] = > <nl> + int ( 13751 ) <nl> + [ 1944 ] = > <nl> + int ( 13752 ) <nl> + [ 1945 ] = > <nl> + int ( 13753 ) <nl> + [ 1946 ] = > <nl> + int ( 13754 ) <nl> + [ 1947 ] = > <nl> + int ( 13755 ) <nl> + [ 1948 ] = > <nl> + int ( 13756 ) <nl> + [ 1949 ] = > <nl> + int ( 13757 ) <nl> + [ 1950 ] = > <nl> + int ( 13758 ) <nl> + [ 1951 ] = > <nl> + int ( 13759 ) <nl> + [ 1952 ] = > <nl> + int ( 13760 ) <nl> + [ 1953 ] = > <nl> + int ( 13761 ) <nl> + [ 1954 ] = > <nl> + int ( 13762 ) <nl> + [ 1955 ] = > <nl> + int ( 13763 ) <nl> + [ 1956 ] = > <nl> + int ( 13764 ) <nl> + [ 1957 ] = > <nl> + int ( 13765 ) <nl> + [ 1958 ] = > <nl> + int ( 13766 ) <nl> + [ 1959 ] = > <nl> + int ( 13767 ) <nl> + [ 1960 ] = > <nl> + int ( 13768 ) <nl> + [ 1961 ] = > <nl> + int ( 13769 ) <nl> + [ 1962 ] = > <nl> + int ( 13770 ) <nl> + [ 1963 ] = > <nl> + int ( 13771 ) <nl> + [ 1964 ] = > <nl> + int ( 13772 ) <nl> + [ 1965 ] = > <nl> + int ( 13773 ) <nl> + [ 1966 ] = > <nl> + int ( 13774 ) <nl> + [ 1967 ] = > <nl> + int ( 13775 ) <nl> + [ 1968 ] = > <nl> + int ( 13776 ) <nl> + [ 1969 ] = > <nl> + int ( 13777 ) <nl> + [ 1970 ] = > <nl> + int ( 13778 ) <nl> + [ 1971 ] = > <nl> + int ( 13779 ) <nl> + [ 1972 ] = > <nl> + int ( 13780 ) <nl> + [ 1973 ] = > <nl> + int ( 13781 ) <nl> + [ 1974 ] = > <nl> + int ( 13782 ) <nl> + [ 1975 ] = > <nl> + int ( 13783 ) <nl> + [ 1976 ] = > <nl> + int ( 13784 ) <nl> + [ 1977 ] = > <nl> + int ( 13785 ) <nl> + [ 1978 ] = > <nl> + int ( 13786 ) <nl> + [ 1979 ] = > <nl> + int ( 13787 ) <nl> + [ 1980 ] = > <nl> + int ( 13788 ) <nl> + [ 1981 ] = > <nl> + int ( 13789 ) <nl> + [ 1982 ] = > <nl> + int ( 13790 ) <nl> + [ 1983 ] = > <nl> + int ( 13791 ) <nl> + [ 1984 ] = > <nl> + int ( 13792 ) <nl> + [ 1985 ] = > <nl> + int ( 13793 ) <nl> + [ 1986 ] = > <nl> + int ( 13794 ) <nl> + [ 1987 ] = > <nl> + int ( 13795 ) <nl> + [ 1988 ] = > <nl> + int ( 13796 ) <nl> + [ 1989 ] = > <nl> + int ( 13797 ) <nl> + [ 1990 ] = > <nl> + int ( 13798 ) <nl> + [ 1991 ] = > <nl> + int ( 13799 ) <nl> + [ 1992 ] = > <nl> + int ( 13800 ) <nl> + [ 1993 ] = > <nl> + int ( 13801 ) <nl> + [ 1994 ] = > <nl> + int ( 13802 ) <nl> + [ 1995 ] = > <nl> + int ( 13803 ) <nl> + [ 1996 ] = > <nl> + int ( 13804 ) <nl> + [ 1997 ] = > <nl> + int ( 13805 ) <nl> + [ 1998 ] = > <nl> + int ( 13806 ) <nl> + [ 1999 ] = > <nl> + int ( 13807 ) <nl> + [ 2000 ] = > <nl> + int ( 13808 ) <nl> + [ 2001 ] = > <nl> + int ( 13809 ) <nl> + [ 2002 ] = > <nl> + int ( 13810 ) <nl> + [ 2003 ] = > <nl> + int ( 13811 ) <nl> + [ 2004 ] = > <nl> + int ( 13812 ) <nl> + [ 2005 ] = > <nl> + int ( 13813 ) <nl> + [ 2006 ] = > <nl> + int ( 13814 ) <nl> + [ 2007 ] = > <nl> + int ( 13815 ) <nl> + [ 2008 ] = > <nl> + int ( 13816 ) <nl> + [ 2009 ] = > <nl> + int ( 13817 ) <nl> + [ 2010 ] = > <nl> + int ( 13818 ) <nl> + [ 2011 ] = > <nl> + int ( 13819 ) <nl> + [ 2012 ] = > <nl> + int ( 13820 ) <nl> + [ 2013 ] = > <nl> + int ( 13821 ) <nl> + [ 2014 ] = > <nl> + int ( 13822 ) <nl> + [ 2015 ] = > <nl> + int ( 13823 ) <nl> + [ 2016 ] = > <nl> + int ( 13824 ) <nl> + [ 2017 ] = > <nl> + int ( 13825 ) <nl> + [ 2018 ] = > <nl> + int ( 13826 ) <nl> + [ 2019 ] = > <nl> + int ( 13827 ) <nl> + [ 2020 ] = > <nl> + int ( 13828 ) <nl> + [ 2021 ] = > <nl> + int ( 13829 ) <nl> + [ 2022 ] = > <nl> + int ( 13830 ) <nl> + [ 2023 ] = > <nl> + int ( 13831 ) <nl> + [ 2024 ] = > <nl> + int ( 13832 ) <nl> + [ 2025 ] = > <nl> + int ( 13833 ) <nl> + [ 2026 ] = > <nl> + int ( 13834 ) <nl> + [ 2027 ] = > <nl> + int ( 13835 ) <nl> + [ 2028 ] = > <nl> + int ( 13836 ) <nl> + [ 2029 ] = > <nl> + int ( 13837 ) <nl> + [ 2030 ] = > <nl> + int ( 13838 ) <nl> + [ 2031 ] = > <nl> + int ( 13839 ) <nl> + [ 2032 ] = > <nl> + int ( 13840 ) <nl> + [ 2033 ] = > <nl> + int ( 13841 ) <nl> + [ 2034 ] = > <nl> + int ( 13842 ) <nl> + [ 2035 ] = > <nl> + int ( 13843 ) <nl> + [ 2036 ] = > <nl> + int ( 13844 ) <nl> + [ 2037 ] = > <nl> + int ( 13845 ) <nl> + [ 2038 ] = > <nl> + int ( 13846 ) <nl> + [ 2039 ] = > <nl> + int ( 13847 ) <nl> + [ 2040 ] = > <nl> + int ( 13848 ) <nl> + [ 2041 ] = > <nl> + int ( 13849 ) <nl> + [ 2042 ] = > <nl> + int ( 13850 ) <nl> + [ 2043 ] = > <nl> + int ( 13851 ) <nl> + [ 2044 ] = > <nl> + int ( 13852 ) <nl> + [ 2045 ] = > <nl> + int ( 13853 ) <nl> + [ 2046 ] = > <nl> + int ( 13854 ) <nl> + [ 2047 ] = > <nl> + int ( 13855 ) <nl> + [ 2048 ] = > <nl> + int ( 13856 ) <nl> + [ 2049 ] = > <nl> + int ( 13857 ) <nl> + [ 2050 ] = > <nl> + int ( 13858 ) <nl> + [ 2051 ] = > <nl> + int ( 13859 ) <nl> + [ 2052 ] = > <nl> + int ( 13860 ) <nl> + [ 2053 ] = > <nl> + int ( 13861 ) <nl> + [ 2054 ] = > <nl> + int ( 13862 ) <nl> + [ 2055 ] = > <nl> + int ( 13863 ) <nl> + [ 2056 ] = > <nl> + int ( 13864 ) <nl> + [ 2057 ] = > <nl> + int ( 13865 ) <nl> + [ 2058 ] = > <nl> + int ( 13866 ) <nl> + [ 2059 ] = > <nl> + int ( 13867 ) <nl> + [ 2060 ] = > <nl> + int ( 13868 ) <nl> + [ 2061 ] = > <nl> + int ( 13869 ) <nl> + [ 2062 ] = > <nl> + int ( 13870 ) <nl> + [ 2063 ] = > <nl> + int ( 13871 ) <nl> + [ 2064 ] = > <nl> + int ( 13872 ) <nl> + [ 2065 ] = > <nl> + int ( 13873 ) <nl> + [ 2066 ] = > <nl> + int ( 13874 ) <nl> + [ 2067 ] = > <nl> + int ( 13875 ) <nl> + [ 2068 ] = > <nl> + int ( 13876 ) <nl> + [ 2069 ] = > <nl> + int ( 13877 ) <nl> + [ 2070 ] = > <nl> + int ( 13878 ) <nl> + [ 2071 ] = > <nl> + int ( 13879 ) <nl> + [ 2072 ] = > <nl> + int ( 13880 ) <nl> + [ 2073 ] = > <nl> + int ( 13881 ) <nl> + [ 2074 ] = > <nl> + int ( 13882 ) <nl> + [ 2075 ] = > <nl> + int ( 13883 ) <nl> + [ 2076 ] = > <nl> + int ( 13884 ) <nl> + [ 2077 ] = > <nl> + int ( 13885 ) <nl> + [ 2078 ] = > <nl> + int ( 13886 ) <nl> + [ 2079 ] = > <nl> + int ( 13887 ) <nl> + [ 2080 ] = > <nl> + int ( 13888 ) <nl> + [ 2081 ] = > <nl> + int ( 13889 ) <nl> + [ 2082 ] = > <nl> + int ( 13890 ) <nl> + [ 2083 ] = > <nl> + int ( 13891 ) <nl> + [ 2084 ] = > <nl> + int ( 13892 ) <nl> + [ 2085 ] = > <nl> + int ( 13893 ) <nl> + [ 2086 ] = > <nl> + int ( 13894 ) <nl> + [ 2087 ] = > <nl> + int ( 13895 ) <nl> + [ 2088 ] = > <nl> + int ( 13896 ) <nl> + [ 2089 ] = > <nl> + int ( 13897 ) <nl> + [ 2090 ] = > <nl> + int ( 13898 ) <nl> + [ 2091 ] = > <nl> + int ( 13899 ) <nl> + [ 2092 ] = > <nl> + int ( 13900 ) <nl> + [ 2093 ] = > <nl> + int ( 13901 ) <nl> + [ 2094 ] = > <nl> + int ( 13902 ) <nl> + [ 2095 ] = > <nl> + int ( 13903 ) <nl> + [ 2096 ] = > <nl> + int ( 13904 ) <nl> + [ 2097 ] = > <nl> + int ( 13905 ) <nl> + [ 2098 ] = > <nl> + int ( 13906 ) <nl> + [ 2099 ] = > <nl> + int ( 13907 ) <nl> + [ 2100 ] = > <nl> + int ( 13908 ) <nl> + [ 2101 ] = > <nl> + int ( 13909 ) <nl> + [ 2102 ] = > <nl> + int ( 13910 ) <nl> + [ 2103 ] = > <nl> + int ( 13911 ) <nl> + [ 2104 ] = > <nl> + int ( 13912 ) <nl> + [ 2105 ] = > <nl> + int ( 13913 ) <nl> + [ 2106 ] = > <nl> + int ( 13914 ) <nl> + [ 2107 ] = > <nl> + int ( 13915 ) <nl> + [ 2108 ] = > <nl> + int ( 13916 ) <nl> + [ 2109 ] = > <nl> + int ( 13917 ) <nl> + [ 2110 ] = > <nl> + int ( 13918 ) <nl> + [ 2111 ] = > <nl> + int ( 13919 ) <nl> + [ 2112 ] = > <nl> + int ( 13920 ) <nl> + [ 2113 ] = > <nl> + int ( 13921 ) <nl> + [ 2114 ] = > <nl> + int ( 13922 ) <nl> + [ 2115 ] = > <nl> + int ( 13923 ) <nl> + [ 2116 ] = > <nl> + int ( 13924 ) <nl> + [ 2117 ] = > <nl> + int ( 13925 ) <nl> + [ 2118 ] = > <nl> + int ( 13926 ) <nl> + [ 2119 ] = > <nl> + int ( 13927 ) <nl> + [ 2120 ] = > <nl> + int ( 13928 ) <nl> + [ 2121 ] = > <nl> + int ( 13929 ) <nl> + [ 2122 ] = > <nl> + int ( 13930 ) <nl> + [ 2123 ] = > <nl> + int ( 13931 ) <nl> + [ 2124 ] = > <nl> + int ( 13932 ) <nl> + [ 2125 ] = > <nl> + int ( 13933 ) <nl> + [ 2126 ] = > <nl> + int ( 13934 ) <nl> + [ 2127 ] = > <nl> + int ( 13935 ) <nl> + [ 2128 ] = > <nl> + int ( 13936 ) <nl> + [ 2129 ] = > <nl> + int ( 13937 ) <nl> + [ 2130 ] = > <nl> + int ( 13938 ) <nl> + [ 2131 ] = > <nl> + int ( 13939 ) <nl> + [ 2132 ] = > <nl> + int ( 13940 ) <nl> + [ 2133 ] = > <nl> + int ( 13941 ) <nl> + [ 2134 ] = > <nl> + int ( 13942 ) <nl> + [ 2135 ] = > <nl> + int ( 13943 ) <nl> + [ 2136 ] = > <nl> + int ( 13944 ) <nl> + [ 2137 ] = > <nl> + int ( 13945 ) <nl> + [ 2138 ] = > <nl> + int ( 13946 ) <nl> + [ 2139 ] = > <nl> + int ( 13947 ) <nl> + [ 2140 ] = > <nl> + int ( 13948 ) <nl> + [ 2141 ] = > <nl> + int ( 13949 ) <nl> + [ 2142 ] = > <nl> + int ( 13950 ) <nl> + [ 2143 ] = > <nl> + int ( 13951 ) <nl> + [ 2144 ] = > <nl> + int ( 13952 ) <nl> + [ 2145 ] = > <nl> + int ( 13953 ) <nl> + [ 2146 ] = > <nl> + int ( 13954 ) <nl> + [ 2147 ] = > <nl> + int ( 13955 ) <nl> + [ 2148 ] = > <nl> + int ( 13956 ) <nl> + [ 2149 ] = > <nl> + int ( 13957 ) <nl> + [ 2150 ] = > <nl> + int ( 13958 ) <nl> + [ 2151 ] = > <nl> + int ( 13959 ) <nl> + [ 2152 ] = > <nl> + int ( 13960 ) <nl> + [ 2153 ] = > <nl> + int ( 13961 ) <nl> + [ 2154 ] = > <nl> + int ( 13962 ) <nl> + [ 2155 ] = > <nl> + int ( 13963 ) <nl> + [ 2156 ] = > <nl> + int ( 13964 ) <nl> + [ 2157 ] = > <nl> + int ( 13965 ) <nl> + [ 2158 ] = > <nl> + int ( 13966 ) <nl> + [ 2159 ] = > <nl> + int ( 13967 ) <nl> + [ 2160 ] = > <nl> + int ( 13968 ) <nl> + [ 2161 ] = > <nl> + int ( 13969 ) <nl> + [ 2162 ] = > <nl> + int ( 13970 ) <nl> + [ 2163 ] = > <nl> + int ( 13971 ) <nl> + [ 2164 ] = > <nl> + int ( 13972 ) <nl> + [ 2165 ] = > <nl> + int ( 13973 ) <nl> + [ 2166 ] = > <nl> + int ( 13974 ) <nl> + [ 2167 ] = > <nl> + int ( 13975 ) <nl> + [ 2168 ] = > <nl> + int ( 13976 ) <nl> + [ 2169 ] = > <nl> + int ( 13977 ) <nl> + [ 2170 ] = > <nl> + int ( 13978 ) <nl> + [ 2171 ] = > <nl> + int ( 13979 ) <nl> + [ 2172 ] = > <nl> + int ( 13980 ) <nl> + [ 2173 ] = > <nl> + int ( 13981 ) <nl> + [ 2174 ] = > <nl> + int ( 13982 ) <nl> + [ 2175 ] = > <nl> + int ( 13983 ) <nl> + [ 2176 ] = > <nl> + int ( 13984 ) <nl> + [ 2177 ] = > <nl> + int ( 13985 ) <nl> + [ 2178 ] = > <nl> + int ( 13986 ) <nl> + [ 2179 ] = > <nl> + int ( 13987 ) <nl> + [ 2180 ] = > <nl> + int ( 13988 ) <nl> + [ 2181 ] = > <nl> + int ( 13989 ) <nl> + [ 2182 ] = > <nl> + int ( 13990 ) <nl> + [ 2183 ] = > <nl> + int ( 13991 ) <nl> + [ 2184 ] = > <nl> + int ( 13992 ) <nl> + [ 2185 ] = > <nl> + int ( 13993 ) <nl> + [ 2186 ] = > <nl> + int ( 13994 ) <nl> + [ 2187 ] = > <nl> + int ( 13995 ) <nl> + [ 2188 ] = > <nl> + int ( 13996 ) <nl> + [ 2189 ] = > <nl> + int ( 13997 ) <nl> + [ 2190 ] = > <nl> + int ( 13998 ) <nl> + [ 2191 ] = > <nl> + int ( 13999 ) <nl> + [ 2192 ] = > <nl> + int ( 14000 ) <nl> + [ 2193 ] = > <nl> + int ( 14001 ) <nl> + [ 2194 ] = > <nl> + int ( 14002 ) <nl> + [ 2195 ] = > <nl> + int ( 14003 ) <nl> + [ 2196 ] = > <nl> + int ( 14004 ) <nl> + [ 2197 ] = > <nl> + int ( 14005 ) <nl> + [ 2198 ] = > <nl> + int ( 14006 ) <nl> + [ 2199 ] = > <nl> + int ( 14007 ) <nl> + [ 2200 ] = > <nl> + int ( 14008 ) <nl> + [ 2201 ] = > <nl> + int ( 14009 ) <nl> + [ 2202 ] = > <nl> + int ( 14010 ) <nl> + [ 2203 ] = > <nl> + int ( 14011 ) <nl> + [ 2204 ] = > <nl> + int ( 14012 ) <nl> + [ 2205 ] = > <nl> + int ( 14013 ) <nl> + [ 2206 ] = > <nl> + int ( 14014 ) <nl> + [ 2207 ] = > <nl> + int ( 14015 ) <nl> + [ 2208 ] = > <nl> + int ( 14016 ) <nl> + [ 2209 ] = > <nl> + int ( 14017 ) <nl> + [ 2210 ] = > <nl> + int ( 14018 ) <nl> + [ 2211 ] = > <nl> + int ( 14019 ) <nl> + [ 2212 ] = > <nl> + int ( 14020 ) <nl> + [ 2213 ] = > <nl> + int ( 14021 ) <nl> + [ 2214 ] = > <nl> + int ( 14022 ) <nl> + [ 2215 ] = > <nl> + int ( 14023 ) <nl> + [ 2216 ] = > <nl> + int ( 14024 ) <nl> + [ 2217 ] = > <nl> + int ( 14025 ) <nl> + [ 2218 ] = > <nl> + int ( 14026 ) <nl> + [ 2219 ] = > <nl> + int ( 14027 ) <nl> + [ 2220 ] = > <nl> + int ( 14028 ) <nl> + [ 2221 ] = > <nl> + int ( 14029 ) <nl> + [ 2222 ] = > <nl> + int ( 14030 ) <nl> + [ 2223 ] = > <nl> + int ( 14031 ) <nl> + [ 2224 ] = > <nl> + int ( 14032 ) <nl> + [ 2225 ] = > <nl> + int ( 14033 ) <nl> + [ 2226 ] = > <nl> + int ( 14034 ) <nl> + [ 2227 ] = > <nl> + int ( 14035 ) <nl> + [ 2228 ] = > <nl> + int ( 14036 ) <nl> + [ 2229 ] = > <nl> + int ( 14037 ) <nl> + [ 2230 ] = > <nl> + int ( 14038 ) <nl> + [ 2231 ] = > <nl> + int ( 14039 ) <nl> + [ 2232 ] = > <nl> + int ( 14040 ) <nl> + [ 2233 ] = > <nl> + int ( 14041 ) <nl> + [ 2234 ] = > <nl> + int ( 14042 ) <nl> + [ 2235 ] = > <nl> + int ( 14043 ) <nl> + [ 2236 ] = > <nl> + int ( 14044 ) <nl> + [ 2237 ] = > <nl> + int ( 14045 ) <nl> + [ 2238 ] = > <nl> + int ( 14046 ) <nl> + [ 2239 ] = > <nl> + int ( 14047 ) <nl> + [ 2240 ] = > <nl> + int ( 14048 ) <nl> + [ 2241 ] = > <nl> + int ( 14049 ) <nl> + [ 2242 ] = > <nl> + int ( 14050 ) <nl> + [ 2243 ] = > <nl> + int ( 14051 ) <nl> + [ 2244 ] = > <nl> + int ( 14052 ) <nl> + [ 2245 ] = > <nl> + int ( 14053 ) <nl> + [ 2246 ] = > <nl> + int ( 14054 ) <nl> + [ 2247 ] = > <nl> + int ( 14055 ) <nl> + [ 2248 ] = > <nl> + int ( 14056 ) <nl> + [ 2249 ] = > <nl> + int ( 14057 ) <nl> + [ 2250 ] = > <nl> + int ( 14058 ) <nl> + [ 2251 ] = > <nl> + int ( 14059 ) <nl> + [ 2252 ] = > <nl> + int ( 14060 ) <nl> + [ 2253 ] = > <nl> + int ( 14061 ) <nl> + [ 2254 ] = > <nl> + int ( 14062 ) <nl> + [ 2255 ] = > <nl> + int ( 14063 ) <nl> + [ 2256 ] = > <nl> + int ( 14064 ) <nl> + [ 2257 ] = > <nl> + int ( 14065 ) <nl> + [ 2258 ] = > <nl> + int ( 14066 ) <nl> + [ 2259 ] = > <nl> + int ( 14067 ) <nl> + [ 2260 ] = > <nl> + int ( 14068 ) <nl> + [ 2261 ] = > <nl> + int ( 14069 ) <nl> + [ 2262 ] = > <nl> + int ( 14070 ) <nl> + [ 2263 ] = > <nl> + int ( 14071 ) <nl> + [ 2264 ] = > <nl> + int ( 14072 ) <nl> + [ 2265 ] = > <nl> + int ( 14073 ) <nl> + [ 2266 ] = > <nl> + int ( 14074 ) <nl> + [ 2267 ] = > <nl> + int ( 14075 ) <nl> + [ 2268 ] = > <nl> + int ( 14076 ) <nl> + [ 2269 ] = > <nl> + int ( 14077 ) <nl> + [ 2270 ] = > <nl> + int ( 14078 ) <nl> + [ 2271 ] = > <nl> + int ( 14079 ) <nl> + [ 2272 ] = > <nl> + int ( 14080 ) <nl> + [ 2273 ] = > <nl> + int ( 14081 ) <nl> + [ 2274 ] = > <nl> + int ( 14082 ) <nl> + [ 2275 ] = > <nl> + int ( 14083 ) <nl> + [ 2276 ] = > <nl> + int ( 14084 ) <nl> + [ 2277 ] = > <nl> + int ( 14085 ) <nl> + [ 2278 ] = > <nl> + int ( 14086 ) <nl> + [ 2279 ] = > <nl> + int ( 14087 ) <nl> + [ 2280 ] = > <nl> + int ( 14088 ) <nl> + [ 2281 ] = > <nl> + int ( 14089 ) <nl> + [ 2282 ] = > <nl> + int ( 14090 ) <nl> + [ 2283 ] = > <nl> + int ( 14091 ) <nl> + [ 2284 ] = > <nl> + int ( 14092 ) <nl> + [ 2285 ] = > <nl> + int ( 14093 ) <nl> + [ 2286 ] = > <nl> + int ( 14094 ) <nl> + [ 2287 ] = > <nl> + int ( 14095 ) <nl> + [ 2288 ] = > <nl> + int ( 14096 ) <nl> + [ 2289 ] = > <nl> + int ( 14097 ) <nl> + [ 2290 ] = > <nl> + int ( 14098 ) <nl> + [ 2291 ] = > <nl> + int ( 14099 ) <nl> + [ 2292 ] = > <nl> + int ( 14100 ) <nl> + [ 2293 ] = > <nl> + int ( 14101 ) <nl> + [ 2294 ] = > <nl> + int ( 14102 ) <nl> + [ 2295 ] = > <nl> + int ( 14103 ) <nl> + [ 2296 ] = > <nl> + int ( 14104 ) <nl> + [ 2297 ] = > <nl> + int ( 14105 ) <nl> + [ 2298 ] = > <nl> + int ( 14106 ) <nl> + [ 2299 ] = > <nl> + int ( 14107 ) <nl> + [ 2300 ] = > <nl> + int ( 14108 ) <nl> + [ 2301 ] = > <nl> + int ( 14109 ) <nl> + [ 2302 ] = > <nl> + int ( 14110 ) <nl> + [ 2303 ] = > <nl> + int ( 14111 ) <nl> + [ 2304 ] = > <nl> + int ( 14112 ) <nl> + [ 2305 ] = > <nl> + int ( 14113 ) <nl> + [ 2306 ] = > <nl> + int ( 14114 ) <nl> + [ 2307 ] = > <nl> + int ( 14115 ) <nl> + [ 2308 ] = > <nl> + int ( 14116 ) <nl> + [ 2309 ] = > <nl> + int ( 14117 ) <nl> + [ 2310 ] = > <nl> + int ( 14118 ) <nl> + [ 2311 ] = > <nl> + int ( 14119 ) <nl> + [ 2312 ] = > <nl> + int ( 14120 ) <nl> + [ 2313 ] = > <nl> + int ( 14121 ) <nl> + [ 2314 ] = > <nl> + int ( 14122 ) <nl> + [ 2315 ] = > <nl> + int ( 14123 ) <nl> + [ 2316 ] = > <nl> + int ( 14124 ) <nl> + [ 2317 ] = > <nl> + int ( 14125 ) <nl> + [ 2318 ] = > <nl> + int ( 14126 ) <nl> + [ 2319 ] = > <nl> + int ( 14127 ) <nl> + [ 2320 ] = > <nl> + int ( 14128 ) <nl> + [ 2321 ] = > <nl> + int ( 14129 ) <nl> + [ 2322 ] = > <nl> + int ( 14130 ) <nl> + [ 2323 ] = > <nl> + int ( 14131 ) <nl> + [ 2324 ] = > <nl> + int ( 14132 ) <nl> + [ 2325 ] = > <nl> + int ( 14133 ) <nl> + [ 2326 ] = > <nl> + int ( 14134 ) <nl> + [ 2327 ] = > <nl> + int ( 14135 ) <nl> + [ 2328 ] = > <nl> + int ( 14136 ) <nl> + [ 2329 ] = > <nl> + int ( 14137 ) <nl> + [ 2330 ] = > <nl> + int ( 14138 ) <nl> + [ 2331 ] = > <nl> + int ( 14139 ) <nl> + [ 2332 ] = > <nl> + int ( 14140 ) <nl> + [ 2333 ] = > <nl> + int ( 14141 ) <nl> + [ 2334 ] = > <nl> + int ( 14142 ) <nl> + [ 2335 ] = > <nl> + int ( 14143 ) <nl> + [ 2336 ] = > <nl> + int ( 14144 ) <nl> + [ 2337 ] = > <nl> + int ( 14145 ) <nl> + [ 2338 ] = > <nl> + int ( 14146 ) <nl> + [ 2339 ] = > <nl> + int ( 14147 ) <nl> + [ 2340 ] = > <nl> + int ( 14148 ) <nl> + [ 2341 ] = > <nl> + int ( 14149 ) <nl> + [ 2342 ] = > <nl> + int ( 14150 ) <nl> + [ 2343 ] = > <nl> + int ( 14151 ) <nl> + [ 2344 ] = > <nl> + int ( 14152 ) <nl> + [ 2345 ] = > <nl> + int ( 14153 ) <nl> + [ 2346 ] = > <nl> + int ( 14154 ) <nl> + [ 2347 ] = > <nl> + int ( 14155 ) <nl> + [ 2348 ] = > <nl> + int ( 14156 ) <nl> + [ 2349 ] = > <nl> + int ( 14157 ) <nl> + [ 2350 ] = > <nl> + int ( 14158 ) <nl> + [ 2351 ] = > <nl> + int ( 14159 ) <nl> + [ 2352 ] = > <nl> + int ( 14160 ) <nl> + [ 2353 ] = > <nl> + int ( 14161 ) <nl> + [ 2354 ] = > <nl> + int ( 14162 ) <nl> + [ 2355 ] = > <nl> + int ( 14163 ) <nl> + [ 2356 ] = > <nl> + int ( 14164 ) <nl> + [ 2357 ] = > <nl> + int ( 14165 ) <nl> + [ 2358 ] = > <nl> + int ( 14166 ) <nl> + [ 2359 ] = > <nl> + int ( 14167 ) <nl> + [ 2360 ] = > <nl> + int ( 14168 ) <nl> + [ 2361 ] = > <nl> + int ( 14169 ) <nl> + [ 2362 ] = > <nl> + int ( 14170 ) <nl> + [ 2363 ] = > <nl> + int ( 14171 ) <nl> + [ 2364 ] = > <nl> + int ( 14172 ) <nl> + [ 2365 ] = > <nl> + int ( 14173 ) <nl> + [ 2366 ] = > <nl> + int ( 14174 ) <nl> + [ 2367 ] = > <nl> + int ( 14175 ) <nl> + [ 2368 ] = > <nl> + int ( 14176 ) <nl> + [ 2369 ] = > <nl> + int ( 14177 ) <nl> + [ 2370 ] = > <nl> + int ( 14178 ) <nl> + [ 2371 ] = > <nl> + int ( 14179 ) <nl> + [ 2372 ] = > <nl> + int ( 14180 ) <nl> + [ 2373 ] = > <nl> + int ( 14181 ) <nl> + [ 2374 ] = > <nl> + int ( 14182 ) <nl> + [ 2375 ] = > <nl> + int ( 14183 ) <nl> + [ 2376 ] = > <nl> + int ( 14184 ) <nl> + [ 2377 ] = > <nl> + int ( 14185 ) <nl> + [ 2378 ] = > <nl> + int ( 14186 ) <nl> + [ 2379 ] = > <nl> + int ( 14187 ) <nl> + [ 2380 ] = > <nl> + int ( 14188 ) <nl> + [ 2381 ] = > <nl> + int ( 14189 ) <nl> + [ 2382 ] = > <nl> + int ( 14190 ) <nl> + [ 2383 ] = > <nl> + int ( 14191 ) <nl> + [ 2384 ] = > <nl> + int ( 14192 ) <nl> + [ 2385 ] = > <nl> + int ( 14193 ) <nl> + [ 2386 ] = > <nl> + int ( 14194 ) <nl> + [ 2387 ] = > <nl> + int ( 14195 ) <nl> + [ 2388 ] = > <nl> + int ( 14196 ) <nl> + [ 2389 ] = > <nl> + int ( 14197 ) <nl> + [ 2390 ] = > <nl> + int ( 14198 ) <nl> + [ 2391 ] = > <nl> + int ( 14199 ) <nl> + [ 2392 ] = > <nl> + int ( 14200 ) <nl> + [ 2393 ] = > <nl> + int ( 14201 ) <nl> + [ 2394 ] = > <nl> + int ( 14202 ) <nl> + [ 2395 ] = > <nl> + int ( 14203 ) <nl> + [ 2396 ] = > <nl> + int ( 14204 ) <nl> + [ 2397 ] = > <nl> + int ( 14205 ) <nl> + [ 2398 ] = > <nl> + int ( 14206 ) <nl> + [ 2399 ] = > <nl> + int ( 14207 ) <nl> + [ 2400 ] = > <nl> + int ( 14208 ) <nl> + [ 2401 ] = > <nl> + int ( 14209 ) <nl> + [ 2402 ] = > <nl> + int ( 14210 ) <nl> + [ 2403 ] = > <nl> + int ( 14211 ) <nl> + [ 2404 ] = > <nl> + int ( 14212 ) <nl> + [ 2405 ] = > <nl> + int ( 14213 ) <nl> + [ 2406 ] = > <nl> + int ( 14214 ) <nl> + [ 2407 ] = > <nl> + int ( 14215 ) <nl> + [ 2408 ] = > <nl> + int ( 14216 ) <nl> + [ 2409 ] = > <nl> + int ( 14217 ) <nl> + [ 2410 ] = > <nl> + int ( 14218 ) <nl> + [ 2411 ] = > <nl> + int ( 14219 ) <nl> + [ 2412 ] = > <nl> + int ( 14220 ) <nl> + [ 2413 ] = > <nl> + int ( 14221 ) <nl> + [ 2414 ] = > <nl> + int ( 14222 ) <nl> + [ 2415 ] = > <nl> + int ( 14223 ) <nl> + [ 2416 ] = > <nl> + int ( 14224 ) <nl> + [ 2417 ] = > <nl> + int ( 14225 ) <nl> + [ 2418 ] = > <nl> + int ( 14226 ) <nl> + [ 2419 ] = > <nl> + int ( 14227 ) <nl> + [ 2420 ] = > <nl> + int ( 14228 ) <nl> + [ 2421 ] = > <nl> + int ( 14229 ) <nl> + [ 2422 ] = > <nl> + int ( 14230 ) <nl> + [ 2423 ] = > <nl> + int ( 14231 ) <nl> + [ 2424 ] = > <nl> + int ( 14232 ) <nl> + [ 2425 ] = > <nl> + int ( 14233 ) <nl> + [ 2426 ] = > <nl> + int ( 14234 ) <nl> + [ 2427 ] = > <nl> + int ( 14235 ) <nl> + [ 2428 ] = > <nl> + int ( 14236 ) <nl> + [ 2429 ] = > <nl> + int ( 14237 ) <nl> + [ 2430 ] = > <nl> + int ( 14238 ) <nl> + [ 2431 ] = > <nl> + int ( 14239 ) <nl> + [ 2432 ] = > <nl> + int ( 14240 ) <nl> + [ 2433 ] = > <nl> + int ( 14241 ) <nl> + [ 2434 ] = > <nl> + int ( 14242 ) <nl> + [ 2435 ] = > <nl> + int ( 14243 ) <nl> + [ 2436 ] = > <nl> + int ( 14244 ) <nl> + [ 2437 ] = > <nl> + int ( 14245 ) <nl> + [ 2438 ] = > <nl> + int ( 14246 ) <nl> + [ 2439 ] = > <nl> + int ( 14247 ) <nl> + [ 2440 ] = > <nl> + int ( 14248 ) <nl> + [ 2441 ] = > <nl> + int ( 14249 ) <nl> + [ 2442 ] = > <nl> + int ( 14250 ) <nl> + [ 2443 ] = > <nl> + int ( 14251 ) <nl> + [ 2444 ] = > <nl> + int ( 14252 ) <nl> + [ 2445 ] = > <nl> + int ( 14253 ) <nl> + [ 2446 ] = > <nl> + int ( 14254 ) <nl> + [ 2447 ] = > <nl> + int ( 14255 ) <nl> + [ 2448 ] = > <nl> + int ( 14256 ) <nl> + [ 2449 ] = > <nl> + int ( 14257 ) <nl> + [ 2450 ] = > <nl> + int ( 14258 ) <nl> + [ 2451 ] = > <nl> + int ( 14259 ) <nl> + [ 2452 ] = > <nl> + int ( 14260 ) <nl> + [ 2453 ] = > <nl> + int ( 14261 ) <nl> + [ 2454 ] = > <nl> + int ( 14262 ) <nl> + [ 2455 ] = > <nl> + int ( 14263 ) <nl> + [ 2456 ] = > <nl> + int ( 14264 ) <nl> + [ 2457 ] = > <nl> + int ( 14265 ) <nl> + [ 2458 ] = > <nl> + int ( 14266 ) <nl> + [ 2459 ] = > <nl> + int ( 14267 ) <nl> + [ 2460 ] = > <nl> + int ( 14268 ) <nl> + [ 2461 ] = > <nl> + int ( 14269 ) <nl> + [ 2462 ] = > <nl> + int ( 14270 ) <nl> + [ 2463 ] = > <nl> + int ( 14271 ) <nl> + [ 2464 ] = > <nl> + int ( 14272 ) <nl> + [ 2465 ] = > <nl> + int ( 14273 ) <nl> + [ 2466 ] = > <nl> + int ( 14274 ) <nl> + [ 2467 ] = > <nl> + int ( 14275 ) <nl> + [ 2468 ] = > <nl> + int ( 14276 ) <nl> + [ 2469 ] = > <nl> + int ( 14277 ) <nl> + [ 2470 ] = > <nl> + int ( 14278 ) <nl> + [ 2471 ] = > <nl> + int ( 14279 ) <nl> + [ 2472 ] = > <nl> + int ( 14280 ) <nl> + [ 2473 ] = > <nl> + int ( 14281 ) <nl> + [ 2474 ] = > <nl> + int ( 14282 ) <nl> + [ 2475 ] = > <nl> + int ( 14283 ) <nl> + [ 2476 ] = > <nl> + int ( 14284 ) <nl> + [ 2477 ] = > <nl> + int ( 14285 ) <nl> + [ 2478 ] = > <nl> + int ( 14286 ) <nl> + [ 2479 ] = > <nl> + int ( 14287 ) <nl> + [ 2480 ] = > <nl> + int ( 14288 ) <nl> + [ 2481 ] = > <nl> + int ( 14289 ) <nl> + [ 2482 ] = > <nl> + int ( 14290 ) <nl> + [ 2483 ] = > <nl> + int ( 14291 ) <nl> + [ 2484 ] = > <nl> + int ( 14292 ) <nl> + [ 2485 ] = > <nl> + int ( 14293 ) <nl> + [ 2486 ] = > <nl> + int ( 14294 ) <nl> + [ 2487 ] = > <nl> + int ( 14295 ) <nl> + [ 2488 ] = > <nl> + int ( 14296 ) <nl> + [ 2489 ] = > <nl> + int ( 14297 ) <nl> + [ 2490 ] = > <nl> + int ( 14298 ) <nl> + [ 2491 ] = > <nl> + int ( 14299 ) <nl> + [ 2492 ] = > <nl> + int ( 14300 ) <nl> + [ 2493 ] = > <nl> + int ( 14301 ) <nl> + [ 2494 ] = > <nl> + int ( 14302 ) <nl> + [ 2495 ] = > <nl> + int ( 14303 ) <nl> + [ 2496 ] = > <nl> + int ( 14304 ) <nl> + [ 2497 ] = > <nl> + int ( 14305 ) <nl> + [ 2498 ] = > <nl> + int ( 14306 ) <nl> + [ 2499 ] = > <nl> + int ( 14307 ) <nl> + [ 2500 ] = > <nl> + int ( 14308 ) <nl> + [ 2501 ] = > <nl> + int ( 14309 ) <nl> + [ 2502 ] = > <nl> + int ( 14310 ) <nl> + [ 2503 ] = > <nl> + int ( 14311 ) <nl> + [ 2504 ] = > <nl> + int ( 14312 ) <nl> + [ 2505 ] = > <nl> + int ( 14313 ) <nl> + [ 2506 ] = > <nl> + int ( 14314 ) <nl> + [ 2507 ] = > <nl> + int ( 14315 ) <nl> + [ 2508 ] = > <nl> + int ( 14316 ) <nl> + [ 2509 ] = > <nl> + int ( 14317 ) <nl> + [ 2510 ] = > <nl> + int ( 14318 ) <nl> + [ 2511 ] = > <nl> + int ( 14319 ) <nl> + [ 2512 ] = > <nl> + int ( 14320 ) <nl> + [ 2513 ] = > <nl> + int ( 14321 ) <nl> + [ 2514 ] = > <nl> + int ( 14322 ) <nl> + [ 2515 ] = > <nl> + int ( 14323 ) <nl> + [ 2516 ] = > <nl> + int ( 14324 ) <nl> + [ 2517 ] = > <nl> + int ( 14325 ) <nl> + [ 2518 ] = > <nl> + int ( 14326 ) <nl> + [ 2519 ] = > <nl> + int ( 14327 ) <nl> + [ 2520 ] = > <nl> + int ( 14328 ) <nl> + [ 2521 ] = > <nl> + int ( 14329 ) <nl> + [ 2522 ] = > <nl> + int ( 14330 ) <nl> + [ 2523 ] = > <nl> + int ( 14331 ) <nl> + [ 2524 ] = > <nl> + int ( 14332 ) <nl> + [ 2525 ] = > <nl> + int ( 14333 ) <nl> + [ 2526 ] = > <nl> + int ( 14334 ) <nl> + [ 2527 ] = > <nl> + int ( 14335 ) <nl> + [ 2528 ] = > <nl> + int ( 14336 ) <nl> + [ 2529 ] = > <nl> + int ( 14337 ) <nl> + [ 2530 ] = > <nl> + int ( 14338 ) <nl> + [ 2531 ] = > <nl> + int ( 14339 ) <nl> + [ 2532 ] = > <nl> + int ( 14340 ) <nl> + [ 2533 ] = > <nl> + int ( 14341 ) <nl> + [ 2534 ] = > <nl> + int ( 14342 ) <nl> + [ 2535 ] = > <nl> + int ( 14343 ) <nl> + [ 2536 ] = > <nl> + int ( 14344 ) <nl> + [ 2537 ] = > <nl> + int ( 14345 ) <nl> + [ 2538 ] = > <nl> + int ( 14346 ) <nl> + [ 2539 ] = > <nl> + int ( 14347 ) <nl> + [ 2540 ] = > <nl> + int ( 14348 ) <nl> + [ 2541 ] = > <nl> + int ( 14349 ) <nl> + [ 2542 ] = > <nl> + int ( 14350 ) <nl> + [ 2543 ] = > <nl> + int ( 14351 ) <nl> + [ 2544 ] = > <nl> + int ( 14352 ) <nl> + [ 2545 ] = > <nl> + int ( 14353 ) <nl> + [ 2546 ] = > <nl> + int ( 14354 ) <nl> + [ 2547 ] = > <nl> + int ( 14355 ) <nl> + [ 2548 ] = > <nl> + int ( 14356 ) <nl> + [ 2549 ] = > <nl> + int ( 14357 ) <nl> + [ 2550 ] = > <nl> + int ( 14358 ) <nl> + [ 2551 ] = > <nl> + int ( 14359 ) <nl> + [ 2552 ] = > <nl> + int ( 14360 ) <nl> + [ 2553 ] = > <nl> + int ( 14361 ) <nl> + [ 2554 ] = > <nl> + int ( 14362 ) <nl> + [ 2555 ] = > <nl> + int ( 14363 ) <nl> + [ 2556 ] = > <nl> + int ( 14364 ) <nl> + [ 2557 ] = > <nl> + int ( 14365 ) <nl> + [ 2558 ] = > <nl> + int ( 14366 ) <nl> + [ 2559 ] = > <nl> + int ( 14367 ) <nl> + [ 2560 ] = > <nl> + int ( 14368 ) <nl> + [ 2561 ] = > <nl> + int ( 14369 ) <nl> + [ 2562 ] = > <nl> + int ( 14370 ) <nl> + [ 2563 ] = > <nl> + int ( 14371 ) <nl> + [ 2564 ] = > <nl> + int ( 14372 ) <nl> + [ 2565 ] = > <nl> + int ( 14373 ) <nl> + [ 2566 ] = > <nl> + int ( 14374 ) <nl> + [ 2567 ] = > <nl> + int ( 14375 ) <nl> + [ 2568 ] = > <nl> + int ( 14376 ) <nl> + [ 2569 ] = > <nl> + int ( 14377 ) <nl> + [ 2570 ] = > <nl> + int ( 14378 ) <nl> + [ 2571 ] = > <nl> + int ( 14379 ) <nl> + [ 2572 ] = > <nl> + int ( 14380 ) <nl> + [ 2573 ] = > <nl> + int ( 14381 ) <nl> + [ 2574 ] = > <nl> + int ( 14382 ) <nl> + [ 2575 ] = > <nl> + int ( 14383 ) <nl> + [ 2576 ] = > <nl> + int ( 14384 ) <nl> + [ 2577 ] = > <nl> + int ( 14385 ) <nl> + [ 2578 ] = > <nl> + int ( 14386 ) <nl> + [ 2579 ] = > <nl> + int ( 14387 ) <nl> + [ 2580 ] = > <nl> + int ( 14388 ) <nl> + [ 2581 ] = > <nl> + int ( 14389 ) <nl> + [ 2582 ] = > <nl> + int ( 14390 ) <nl> + [ 2583 ] = > <nl> + int ( 14391 ) <nl> + [ 2584 ] = > <nl> + int ( 14392 ) <nl> + [ 2585 ] = > <nl> + int ( 14393 ) <nl> + [ 2586 ] = > <nl> + int ( 14394 ) <nl> + [ 2587 ] = > <nl> + int ( 14395 ) <nl> + [ 2588 ] = > <nl> + int ( 14396 ) <nl> + [ 2589 ] = > <nl> + int ( 14397 ) <nl> + [ 2590 ] = > <nl> + int ( 14398 ) <nl> + [ 2591 ] = > <nl> + int ( 14399 ) <nl> + [ 2592 ] = > <nl> + int ( 14400 ) <nl> + [ 2593 ] = > <nl> + int ( 14401 ) <nl> + [ 2594 ] = > <nl> + int ( 14402 ) <nl> + [ 2595 ] = > <nl> + int ( 14403 ) <nl> + [ 2596 ] = > <nl> + int ( 14404 ) <nl> + [ 2597 ] = > <nl> + int ( 14405 ) <nl> + [ 2598 ] = > <nl> + int ( 14406 ) <nl> + [ 2599 ] = > <nl> + int ( 14407 ) <nl> + [ 2600 ] = > <nl> + int ( 14408 ) <nl> + [ 2601 ] = > <nl> + int ( 14409 ) <nl> + [ 2602 ] = > <nl> + int ( 14410 ) <nl> + [ 2603 ] = > <nl> + int ( 14411 ) <nl> + [ 2604 ] = > <nl> + int ( 14412 ) <nl> + [ 2605 ] = > <nl> + int ( 14413 ) <nl> + [ 2606 ] = > <nl> + int ( 14414 ) <nl> + [ 2607 ] = > <nl> + int ( 14415 ) <nl> + [ 2608 ] = > <nl> + int ( 14416 ) <nl> + [ 2609 ] = > <nl> + int ( 14417 ) <nl> + [ 2610 ] = > <nl> + int ( 14418 ) <nl> + [ 2611 ] = > <nl> + int ( 14419 ) <nl> + [ 2612 ] = > <nl> + int ( 14420 ) <nl> + [ 2613 ] = > <nl> + int ( 14421 ) <nl> + [ 2614 ] = > <nl> + int ( 14422 ) <nl> + [ 2615 ] = > <nl> + int ( 14423 ) <nl> + [ 2616 ] = > <nl> + int ( 14424 ) <nl> + [ 2617 ] = > <nl> + int ( 14425 ) <nl> + [ 2618 ] = > <nl> + int ( 14426 ) <nl> + [ 2619 ] = > <nl> + int ( 14427 ) <nl> + [ 2620 ] = > <nl> + int ( 14428 ) <nl> + [ 2621 ] = > <nl> + int ( 14429 ) <nl> + [ 2622 ] = > <nl> + int ( 14430 ) <nl> + [ 2623 ] = > <nl> + int ( 14431 ) <nl> + [ 2624 ] = > <nl> + int ( 14432 ) <nl> + [ 2625 ] = > <nl> + int ( 14433 ) <nl> + [ 2626 ] = > <nl> + int ( 14434 ) <nl> + [ 2627 ] = > <nl> + int ( 14435 ) <nl> + [ 2628 ] = > <nl> + int ( 14436 ) <nl> + [ 2629 ] = > <nl> + int ( 14437 ) <nl> + [ 2630 ] = > <nl> + int ( 14438 ) <nl> + [ 2631 ] = > <nl> + int ( 14439 ) <nl> + [ 2632 ] = > <nl> + int ( 14440 ) <nl> + [ 2633 ] = > <nl> + int ( 14441 ) <nl> + [ 2634 ] = > <nl> + int ( 14442 ) <nl> + [ 2635 ] = > <nl> + int ( 14443 ) <nl> + [ 2636 ] = > <nl> + int ( 14444 ) <nl> + [ 2637 ] = > <nl> + int ( 14445 ) <nl> + [ 2638 ] = > <nl> + int ( 14446 ) <nl> + [ 2639 ] = > <nl> + int ( 14447 ) <nl> + [ 2640 ] = > <nl> + int ( 14448 ) <nl> + [ 2641 ] = > <nl> + int ( 14449 ) <nl> + [ 2642 ] = > <nl> + int ( 14450 ) <nl> + [ 2643 ] = > <nl> + int ( 14451 ) <nl> + [ 2644 ] = > <nl> + int ( 14452 ) <nl> + [ 2645 ] = > <nl> + int ( 14453 ) <nl> + [ 2646 ] = > <nl> + int ( 14454 ) <nl> + [ 2647 ] = > <nl> + int ( 14455 ) <nl> + [ 2648 ] = > <nl> + int ( 14456 ) <nl> + [ 2649 ] = > <nl> + int ( 14457 ) <nl> + [ 2650 ] = > <nl> + int ( 14458 ) <nl> + [ 2651 ] = > <nl> + int ( 14459 ) <nl> + [ 2652 ] = > <nl> + int ( 14460 ) <nl> + [ 2653 ] = > <nl> + int ( 14461 ) <nl> + [ 2654 ] = > <nl> + int ( 14462 ) <nl> + [ 2655 ] = > <nl> + int ( 14463 ) <nl> + [ 2656 ] = > <nl> + int ( 14464 ) <nl> + [ 2657 ] = > <nl> + int ( 14465 ) <nl> + [ 2658 ] = > <nl> + int ( 14466 ) <nl> + [ 2659 ] = > <nl> + int ( 14467 ) <nl> + [ 2660 ] = > <nl> + int ( 14468 ) <nl> + [ 2661 ] = > <nl> + int ( 14469 ) <nl> + [ 2662 ] = > <nl> + int ( 14470 ) <nl> + [ 2663 ] = > <nl> + int ( 14471 ) <nl> + [ 2664 ] = > <nl> + int ( 14472 ) <nl> + [ 2665 ] = > <nl> + int ( 14473 ) <nl> + [ 2666 ] = > <nl> + int ( 14474 ) <nl> + [ 2667 ] = > <nl> + int ( 14475 ) <nl> + [ 2668 ] = > <nl> + int ( 14476 ) <nl> + [ 2669 ] = > <nl> + int ( 14477 ) <nl> + [ 2670 ] = > <nl> + int ( 14478 ) <nl> + [ 2671 ] = > <nl> + int ( 14479 ) <nl> + [ 2672 ] = > <nl> + int ( 14480 ) <nl> + [ 2673 ] = > <nl> + int ( 14481 ) <nl> + [ 2674 ] = > <nl> + int ( 14482 ) <nl> + [ 2675 ] = > <nl> + int ( 14483 ) <nl> + [ 2676 ] = > <nl> + int ( 14484 ) <nl> + [ 2677 ] = > <nl> + int ( 14485 ) <nl> + [ 2678 ] = > <nl> + int ( 14486 ) <nl> + [ 2679 ] = > <nl> + int ( 14487 ) <nl> + [ 2680 ] = > <nl> + int ( 14488 ) <nl> + [ 2681 ] = > <nl> + int ( 14489 ) <nl> + [ 2682 ] = > <nl> + int ( 14490 ) <nl> + [ 2683 ] = > <nl> + int ( 14491 ) <nl> + [ 2684 ] = > <nl> + int ( 14492 ) <nl> + [ 2685 ] = > <nl> + int ( 14493 ) <nl> + [ 2686 ] = > <nl> + int ( 14494 ) <nl> + [ 2687 ] = > <nl> + int ( 14495 ) <nl> + [ 2688 ] = > <nl> + int ( 14496 ) <nl> + [ 2689 ] = > <nl> + int ( 14497 ) <nl> + [ 2690 ] = > <nl> + int ( 14498 ) <nl> + [ 2691 ] = > <nl> + int ( 14499 ) <nl> + [ 2692 ] = > <nl> + int ( 14500 ) <nl> + [ 2693 ] = > <nl> + int ( 14501 ) <nl> + [ 2694 ] = > <nl> + int ( 14502 ) <nl> + [ 2695 ] = > <nl> + int ( 14503 ) <nl> + [ 2696 ] = > <nl> + int ( 14504 ) <nl> + [ 2697 ] = > <nl> + int ( 14505 ) <nl> + [ 2698 ] = > <nl> + int ( 14506 ) <nl> + [ 2699 ] = > <nl> + int ( 14507 ) <nl> + [ 2700 ] = > <nl> + int ( 14508 ) <nl> + [ 2701 ] = > <nl> + int ( 14509 ) <nl> + [ 2702 ] = > <nl> + int ( 14510 ) <nl> + [ 2703 ] = > <nl> + int ( 14511 ) <nl> + [ 2704 ] = > <nl> + int ( 14512 ) <nl> + [ 2705 ] = > <nl> + int ( 14513 ) <nl> + [ 2706 ] = > <nl> + int ( 14514 ) <nl> + [ 2707 ] = > <nl> + int ( 14515 ) <nl> + [ 2708 ] = > <nl> + int ( 14516 ) <nl> + [ 2709 ] = > <nl> + int ( 14517 ) <nl> + [ 2710 ] = > <nl> + int ( 14518 ) <nl> + [ 2711 ] = > <nl> + int ( 14519 ) <nl> + [ 2712 ] = > <nl> + int ( 14520 ) <nl> + [ 2713 ] = > <nl> + int ( 14521 ) <nl> + [ 2714 ] = > <nl> + int ( 14522 ) <nl> + [ 2715 ] = > <nl> + int ( 14523 ) <nl> + [ 2716 ] = > <nl> + int ( 14524 ) <nl> + [ 2717 ] = > <nl> + int ( 14525 ) <nl> + [ 2718 ] = > <nl> + int ( 14526 ) <nl> + [ 2719 ] = > <nl> + int ( 14527 ) <nl> + [ 2720 ] = > <nl> + int ( 14528 ) <nl> + [ 2721 ] = > <nl> + int ( 14529 ) <nl> + [ 2722 ] = > <nl> + int ( 14530 ) <nl> + [ 2723 ] = > <nl> + int ( 14531 ) <nl> + [ 2724 ] = > <nl> + int ( 14532 ) <nl> + [ 2725 ] = > <nl> + int ( 14533 ) <nl> + [ 2726 ] = > <nl> + int ( 14534 ) <nl> + [ 2727 ] = > <nl> + int ( 14535 ) <nl> + [ 2728 ] = > <nl> + int ( 14536 ) <nl> + [ 2729 ] = > <nl> + int ( 14537 ) <nl> + [ 2730 ] = > <nl> + int ( 14538 ) <nl> + [ 2731 ] = > <nl> + int ( 14539 ) <nl> + [ 2732 ] = > <nl> + int ( 14540 ) <nl> + [ 2733 ] = > <nl> + int ( 14541 ) <nl> + [ 2734 ] = > <nl> + int ( 14542 ) <nl> + [ 2735 ] = > <nl> + int ( 14543 ) <nl> + [ 2736 ] = > <nl> + int ( 14544 ) <nl> + [ 2737 ] = > <nl> + int ( 14545 ) <nl> + [ 2738 ] = > <nl> + int ( 14546 ) <nl> + [ 2739 ] = > <nl> + int ( 14547 ) <nl> + [ 2740 ] = > <nl> + int ( 14548 ) <nl> + [ 2741 ] = > <nl> + int ( 14549 ) <nl> + [ 2742 ] = > <nl> + int ( 14550 ) <nl> + [ 2743 ] = > <nl> + int ( 14551 ) <nl> + [ 2744 ] = > <nl> + int ( 14552 ) <nl> + [ 2745 ] = > <nl> + int ( 14553 ) <nl> + [ 2746 ] = > <nl> + int ( 14554 ) <nl> + [ 2747 ] = > <nl> + int ( 14555 ) <nl> + [ 2748 ] = > <nl> + int ( 14556 ) <nl> + [ 2749 ] = > <nl> + int ( 14557 ) <nl> + [ 2750 ] = > <nl> + int ( 14558 ) <nl> + [ 2751 ] = > <nl> + int ( 14559 ) <nl> + [ 2752 ] = > <nl> + int ( 14560 ) <nl> + [ 2753 ] = > <nl> + int ( 14561 ) <nl> + [ 2754 ] = > <nl> + int ( 14562 ) <nl> + [ 2755 ] = > <nl> + int ( 14563 ) <nl> + [ 2756 ] = > <nl> + int ( 14564 ) <nl> + [ 2757 ] = > <nl> + int ( 14565 ) <nl> + [ 2758 ] = > <nl> + int ( 14566 ) <nl> + [ 2759 ] = > <nl> + int ( 14567 ) <nl> + [ 2760 ] = > <nl> + int ( 14568 ) <nl> + [ 2761 ] = > <nl> + int ( 14569 ) <nl> + [ 2762 ] = > <nl> + int ( 14570 ) <nl> + [ 2763 ] = > <nl> + int ( 14571 ) <nl> + [ 2764 ] = > <nl> + int ( 14572 ) <nl> + [ 2765 ] = > <nl> + int ( 14573 ) <nl> + [ 2766 ] = > <nl> + int ( 14574 ) <nl> + [ 2767 ] = > <nl> + int ( 14575 ) <nl> + [ 2768 ] = > <nl> + int ( 14576 ) <nl> + [ 2769 ] = > <nl> + int ( 14577 ) <nl> + [ 2770 ] = > <nl> + int ( 14578 ) <nl> + [ 2771 ] = > <nl> + int ( 14579 ) <nl> + [ 2772 ] = > <nl> + int ( 14580 ) <nl> + [ 2773 ] = > <nl> + int ( 14581 ) <nl> + [ 2774 ] = > <nl> + int ( 14582 ) <nl> + [ 2775 ] = > <nl> + int ( 14583 ) <nl> + [ 2776 ] = > <nl> + int ( 14584 ) <nl> + [ 2777 ] = > <nl> + int ( 14585 ) <nl> + [ 2778 ] = > <nl> + int ( 14586 ) <nl> + [ 2779 ] = > <nl> + int ( 14587 ) <nl> + [ 2780 ] = > <nl> + int ( 14588 ) <nl> + [ 2781 ] = > <nl> + int ( 14589 ) <nl> + [ 2782 ] = > <nl> + int ( 14590 ) <nl> + [ 2783 ] = > <nl> + int ( 14591 ) <nl> + [ 2784 ] = > <nl> + int ( 14592 ) <nl> + [ 2785 ] = > <nl> + int ( 14593 ) <nl> + [ 2786 ] = > <nl> + int ( 14594 ) <nl> + [ 2787 ] = > <nl> + int ( 14595 ) <nl> + [ 2788 ] = > <nl> + int ( 14596 ) <nl> + [ 2789 ] = > <nl> + int ( 14597 ) <nl> + [ 2790 ] = > <nl> + int ( 14598 ) <nl> + [ 2791 ] = > <nl> + int ( 14599 ) <nl> + [ 2792 ] = > <nl> + int ( 14600 ) <nl> + [ 2793 ] = > <nl> + int ( 14601 ) <nl> + [ 2794 ] = > <nl> + int ( 14602 ) <nl> + [ 2795 ] = > <nl> + int ( 14603 ) <nl> + [ 2796 ] = > <nl> + int ( 14604 ) <nl> + [ 2797 ] = > <nl> + int ( 14605 ) <nl> + [ 2798 ] = > <nl> + int ( 14606 ) <nl> + [ 2799 ] = > <nl> + int ( 14607 ) <nl> + [ 2800 ] = > <nl> + int ( 14608 ) <nl> + [ 2801 ] = > <nl> + int ( 14609 ) <nl> + [ 2802 ] = > <nl> + int ( 14610 ) <nl> + [ 2803 ] = > <nl> + int ( 14611 ) <nl> + [ 2804 ] = > <nl> + int ( 14612 ) <nl> + [ 2805 ] = > <nl> + int ( 14613 ) <nl> + [ 2806 ] = > <nl> + int ( 14614 ) <nl> + [ 2807 ] = > <nl> + int ( 14615 ) <nl> + [ 2808 ] = > <nl> + int ( 14616 ) <nl> + [ 2809 ] = > <nl> + int ( 14617 ) <nl> + [ 2810 ] = > <nl> + int ( 14618 ) <nl> + [ 2811 ] = > <nl> + int ( 14619 ) <nl> + [ 2812 ] = > <nl> + int ( 14620 ) <nl> + [ 2813 ] = > <nl> + int ( 14621 ) <nl> + [ 2814 ] = > <nl> + int ( 14622 ) <nl> + [ 2815 ] = > <nl> + int ( 14623 ) <nl> + [ 2816 ] = > <nl> + int ( 14624 ) <nl> + [ 2817 ] = > <nl> + int ( 14625 ) <nl> + [ 2818 ] = > <nl> + int ( 14626 ) <nl> + [ 2819 ] = > <nl> + int ( 14627 ) <nl> + [ 2820 ] = > <nl> + int ( 14628 ) <nl> + [ 2821 ] = > <nl> + int ( 14629 ) <nl> + [ 2822 ] = > <nl> + int ( 14630 ) <nl> + [ 2823 ] = > <nl> + int ( 14631 ) <nl> + [ 2824 ] = > <nl> + int ( 14632 ) <nl> + [ 2825 ] = > <nl> + int ( 14633 ) <nl> + [ 2826 ] = > <nl> + int ( 14634 ) <nl> + [ 2827 ] = > <nl> + int ( 14635 ) <nl> + [ 2828 ] = > <nl> + int ( 14636 ) <nl> + [ 2829 ] = > <nl> + int ( 14637 ) <nl> + [ 2830 ] = > <nl> + int ( 14638 ) <nl> + [ 2831 ] = > <nl> + int ( 14639 ) <nl> + [ 2832 ] = > <nl> + int ( 14640 ) <nl> + [ 2833 ] = > <nl> + int ( 14641 ) <nl> + [ 2834 ] = > <nl> + int ( 14642 ) <nl> + [ 2835 ] = > <nl> + int ( 14643 ) <nl> + [ 2836 ] = > <nl> + int ( 14644 ) <nl> + [ 2837 ] = > <nl> + int ( 14645 ) <nl> + [ 2838 ] = > <nl> + int ( 14646 ) <nl> + [ 2839 ] = > <nl> + int ( 14647 ) <nl> + [ 2840 ] = > <nl> + int ( 14648 ) <nl> + [ 2841 ] = > <nl> + int ( 14649 ) <nl> + [ 2842 ] = > <nl> + int ( 14650 ) <nl> + [ 2843 ] = > <nl> + int ( 14651 ) <nl> + [ 2844 ] = > <nl> + int ( 14652 ) <nl> + [ 2845 ] = > <nl> + int ( 14653 ) <nl> + [ 2846 ] = > <nl> + int ( 14654 ) <nl> + [ 2847 ] = > <nl> + int ( 14655 ) <nl> + [ 2848 ] = > <nl> + int ( 14656 ) <nl> + [ 2849 ] = > <nl> + int ( 14657 ) <nl> + [ 2850 ] = > <nl> + int ( 14658 ) <nl> + [ 2851 ] = > <nl> + int ( 14659 ) <nl> + [ 2852 ] = > <nl> + int ( 14660 ) <nl> + [ 2853 ] = > <nl> + int ( 14661 ) <nl> + [ 2854 ] = > <nl> + int ( 14662 ) <nl> + [ 2855 ] = > <nl> + int ( 14663 ) <nl> + [ 2856 ] = > <nl> + int ( 14664 ) <nl> + [ 2857 ] = > <nl> + int ( 14665 ) <nl> + [ 2858 ] = > <nl> + int ( 14666 ) <nl> + [ 2859 ] = > <nl> + int ( 14667 ) <nl> + [ 2860 ] = > <nl> + int ( 14668 ) <nl> + [ 2861 ] = > <nl> + int ( 14669 ) <nl> + [ 2862 ] = > <nl> + int ( 14670 ) <nl> + [ 2863 ] = > <nl> + int ( 14671 ) <nl> + [ 2864 ] = > <nl> + int ( 14672 ) <nl> + [ 2865 ] = > <nl> + int ( 14673 ) <nl> + [ 2866 ] = > <nl> + int ( 14674 ) <nl> + [ 2867 ] = > <nl> + int ( 14675 ) <nl> + [ 2868 ] = > <nl> + int ( 14676 ) <nl> + [ 2869 ] = > <nl> + int ( 14677 ) <nl> + [ 2870 ] = > <nl> + int ( 14678 ) <nl> + [ 2871 ] = > <nl> + int ( 14679 ) <nl> + [ 2872 ] = > <nl> + int ( 14680 ) <nl> + [ 2873 ] = > <nl> + int ( 14681 ) <nl> + [ 2874 ] = > <nl> + int ( 14682 ) <nl> + [ 2875 ] = > <nl> + int ( 14683 ) <nl> + [ 2876 ] = > <nl> + int ( 14684 ) <nl> + [ 2877 ] = > <nl> + int ( 14685 ) <nl> + [ 2878 ] = > <nl> + int ( 14686 ) <nl> + [ 2879 ] = > <nl> + int ( 14687 ) <nl> + [ 2880 ] = > <nl> + int ( 14688 ) <nl> + [ 2881 ] = > <nl> + int ( 14689 ) <nl> + [ 2882 ] = > <nl> + int ( 14690 ) <nl> + [ 2883 ] = > <nl> + int ( 14691 ) <nl> + [ 2884 ] = > <nl> + int ( 14692 ) <nl> + [ 2885 ] = > <nl> + int ( 14693 ) <nl> + [ 2886 ] = > <nl> + int ( 14694 ) <nl> + [ 2887 ] = > <nl> + int ( 14695 ) <nl> + [ 2888 ] = > <nl> + int ( 14696 ) <nl> + [ 2889 ] = > <nl> + int ( 14697 ) <nl> + [ 2890 ] = > <nl> + int ( 14698 ) <nl> + [ 2891 ] = > <nl> + int ( 14699 ) <nl> + [ 2892 ] = > <nl> + int ( 14700 ) <nl> + [ 2893 ] = > <nl> + int ( 14701 ) <nl> + [ 2894 ] = > <nl> + int ( 14702 ) <nl> + [ 2895 ] = > <nl> + int ( 14703 ) <nl> + [ 2896 ] = > <nl> + int ( 14704 ) <nl> + [ 2897 ] = > <nl> + int ( 14705 ) <nl> + [ 2898 ] = > <nl> + int ( 14706 ) <nl> + [ 2899 ] = > <nl> + int ( 14707 ) <nl> + [ 2900 ] = > <nl> + int ( 14708 ) <nl> + [ 2901 ] = > <nl> + int ( 14709 ) <nl> + [ 2902 ] = > <nl> + int ( 14710 ) <nl> + [ 2903 ] = > <nl> + int ( 14711 ) <nl> + [ 2904 ] = > <nl> + int ( 14712 ) <nl> + [ 2905 ] = > <nl> + int ( 14713 ) <nl> + [ 2906 ] = > <nl> + int ( 14714 ) <nl> + [ 2907 ] = > <nl> + int ( 14715 ) <nl> + [ 2908 ] = > <nl> + int ( 14716 ) <nl> + [ 2909 ] = > <nl> + int ( 14717 ) <nl> + [ 2910 ] = > <nl> + int ( 14718 ) <nl> + [ 2911 ] = > <nl> + int ( 14719 ) <nl> + [ 2912 ] = > <nl> + int ( 14720 ) <nl> + [ 2913 ] = > <nl> + int ( 14721 ) <nl> + [ 2914 ] = > <nl> + int ( 14722 ) <nl> + [ 2915 ] = > <nl> + int ( 14723 ) <nl> + [ 2916 ] = > <nl> + int ( 14724 ) <nl> + [ 2917 ] = > <nl> + int ( 14725 ) <nl> + [ 2918 ] = > <nl> + int ( 14726 ) <nl> + [ 2919 ] = > <nl> + int ( 14727 ) <nl> + [ 2920 ] = > <nl> + int ( 14728 ) <nl> + [ 2921 ] = > <nl> + int ( 14729 ) <nl> + [ 2922 ] = > <nl> + int ( 14730 ) <nl> + [ 2923 ] = > <nl> + int ( 14731 ) <nl> + [ 2924 ] = > <nl> + int ( 14732 ) <nl> + [ 2925 ] = > <nl> + int ( 14733 ) <nl> + [ 2926 ] = > <nl> + int ( 14734 ) <nl> + [ 2927 ] = > <nl> + int ( 14735 ) <nl> + [ 2928 ] = > <nl> + int ( 14736 ) <nl> + [ 2929 ] = > <nl> + int ( 14737 ) <nl> + [ 2930 ] = > <nl> + int ( 14738 ) <nl> + [ 2931 ] = > <nl> + int ( 14739 ) <nl> + [ 2932 ] = > <nl> + int ( 14740 ) <nl> + [ 2933 ] = > <nl> + int ( 14741 ) <nl> + [ 2934 ] = > <nl> + int ( 14742 ) <nl> + [ 2935 ] = > <nl> + int ( 14743 ) <nl> + [ 2936 ] = > <nl> + int ( 14744 ) <nl> + [ 2937 ] = > <nl> + int ( 14745 ) <nl> + [ 2938 ] = > <nl> + int ( 14746 ) <nl> + [ 2939 ] = > <nl> + int ( 14747 ) <nl> + [ 2940 ] = > <nl> + int ( 14748 ) <nl> + [ 2941 ] = > <nl> + int ( 14749 ) <nl> + [ 2942 ] = > <nl> + int ( 14750 ) <nl> + [ 2943 ] = > <nl> + int ( 14751 ) <nl> + [ 2944 ] = > <nl> + int ( 14752 ) <nl> + [ 2945 ] = > <nl> + int ( 14753 ) <nl> + [ 2946 ] = > <nl> + int ( 14754 ) <nl> + [ 2947 ] = > <nl> + int ( 14755 ) <nl> + [ 2948 ] = > <nl> + int ( 14756 ) <nl> + [ 2949 ] = > <nl> + int ( 14757 ) <nl> + [ 2950 ] = > <nl> + int ( 14758 ) <nl> + [ 2951 ] = > <nl> + int ( 14759 ) <nl> + [ 2952 ] = > <nl> + int ( 14760 ) <nl> + [ 2953 ] = > <nl> + int ( 14761 ) <nl> + [ 2954 ] = > <nl> + int ( 14762 ) <nl> + [ 2955 ] = > <nl> + int ( 14763 ) <nl> + [ 2956 ] = > <nl> + int ( 14764 ) <nl> + [ 2957 ] = > <nl> + int ( 14765 ) <nl> + [ 2958 ] = > <nl> + int ( 14766 ) <nl> + [ 2959 ] = > <nl> + int ( 14767 ) <nl> + [ 2960 ] = > <nl> + int ( 14768 ) <nl> + [ 2961 ] = > <nl> + int ( 14769 ) <nl> + [ 2962 ] = > <nl> + int ( 14770 ) <nl> + [ 2963 ] = > <nl> + int ( 14771 ) <nl> + [ 2964 ] = > <nl> + int ( 14772 ) <nl> + [ 2965 ] = > <nl> + int ( 14773 ) <nl> + [ 2966 ] = > <nl> + int ( 14774 ) <nl> + [ 2967 ] = > <nl> + int ( 14775 ) <nl> + [ 2968 ] = > <nl> + int ( 14776 ) <nl> + [ 2969 ] = > <nl> + int ( 14777 ) <nl> + [ 2970 ] = > <nl> + int ( 14778 ) <nl> + [ 2971 ] = > <nl> + int ( 14779 ) <nl> + [ 2972 ] = > <nl> + int ( 14780 ) <nl> + [ 2973 ] = > <nl> + int ( 14781 ) <nl> + [ 2974 ] = > <nl> + int ( 14782 ) <nl> + [ 2975 ] = > <nl> + int ( 14783 ) <nl> + [ 2976 ] = > <nl> + int ( 14784 ) <nl> + [ 2977 ] = > <nl> + int ( 14785 ) <nl> + [ 2978 ] = > <nl> + int ( 14786 ) <nl> + [ 2979 ] = > <nl> + int ( 14787 ) <nl> + [ 2980 ] = > <nl> + int ( 14788 ) <nl> + [ 2981 ] = > <nl> + int ( 14789 ) <nl> + [ 2982 ] = > <nl> + int ( 14790 ) <nl> + [ 2983 ] = > <nl> + int ( 14791 ) <nl> + [ 2984 ] = > <nl> + int ( 14792 ) <nl> + [ 2985 ] = > <nl> + int ( 14793 ) <nl> + [ 2986 ] = > <nl> + int ( 14794 ) <nl> + [ 2987 ] = > <nl> + int ( 14795 ) <nl> + [ 2988 ] = > <nl> + int ( 14796 ) <nl> + [ 2989 ] = > <nl> + int ( 14797 ) <nl> + [ 2990 ] = > <nl> + int ( 14798 ) <nl> + [ 2991 ] = > <nl> + int ( 14799 ) <nl> + [ 2992 ] = > <nl> + int ( 14800 ) <nl> + [ 2993 ] = > <nl> + int ( 14801 ) <nl> + [ 2994 ] = > <nl> + int ( 14802 ) <nl> + [ 2995 ] = > <nl> + int ( 14803 ) <nl> + [ 2996 ] = > <nl> + int ( 14804 ) <nl> + [ 2997 ] = > <nl> + int ( 14805 ) <nl> + [ 2998 ] = > <nl> + int ( 14806 ) <nl> + [ 2999 ] = > <nl> + int ( 14807 ) <nl> + [ 3000 ] = > <nl> + int ( 14808 ) <nl> + [ 3001 ] = > <nl> + int ( 14809 ) <nl> + [ 3002 ] = > <nl> + int ( 14810 ) <nl> + [ 3003 ] = > <nl> + int ( 14811 ) <nl> + [ 3004 ] = > <nl> + int ( 14812 ) <nl> + [ 3005 ] = > <nl> + int ( 14813 ) <nl> + [ 3006 ] = > <nl> + int ( 14814 ) <nl> + [ 3007 ] = > <nl> + int ( 14815 ) <nl> + [ 3008 ] = > <nl> + int ( 14816 ) <nl> + [ 3009 ] = > <nl> + int ( 14817 ) <nl> + [ 3010 ] = > <nl> + int ( 14818 ) <nl> + [ 3011 ] = > <nl> + int ( 14819 ) <nl> + [ 3012 ] = > <nl> + int ( 14820 ) <nl> + [ 3013 ] = > <nl> + int ( 14821 ) <nl> + [ 3014 ] = > <nl> + int ( 14822 ) <nl> + [ 3015 ] = > <nl> + int ( 14823 ) <nl> + [ 3016 ] = > <nl> + int ( 14824 ) <nl> + [ 3017 ] = > <nl> + int ( 14825 ) <nl> + [ 3018 ] = > <nl> + int ( 14826 ) <nl> + [ 3019 ] = > <nl> + int ( 14827 ) <nl> + [ 3020 ] = > <nl> + int ( 14828 ) <nl> + [ 3021 ] = > <nl> + int ( 14829 ) <nl> + [ 3022 ] = > <nl> + int ( 14830 ) <nl> + [ 3023 ] = > <nl> + int ( 14831 ) <nl> + [ 3024 ] = > <nl> + int ( 14832 ) <nl> + [ 3025 ] = > <nl> + int ( 14833 ) <nl> + [ 3026 ] = > <nl> + int ( 14834 ) <nl> + [ 3027 ] = > <nl> + int ( 14835 ) <nl> + [ 3028 ] = > <nl> + int ( 14836 ) <nl> + [ 3029 ] = > <nl> + int ( 14837 ) <nl> + [ 3030 ] = > <nl> + int ( 14838 ) <nl> + [ 3031 ] = > <nl> + int ( 14839 ) <nl> + [ 3032 ] = > <nl> + int ( 14840 ) <nl> + [ 3033 ] = > <nl> + int ( 14841 ) <nl> + [ 3034 ] = > <nl> + int ( 14842 ) <nl> + [ 3035 ] = > <nl> + int ( 14843 ) <nl> + [ 3036 ] = > <nl> + int ( 14844 ) <nl> + [ 3037 ] = > <nl> + int ( 14845 ) <nl> + [ 3038 ] = > <nl> + int ( 14846 ) <nl> + [ 3039 ] = > <nl> + int ( 14847 ) <nl> + [ 3040 ] = > <nl> + int ( 14848 ) <nl> + [ 3041 ] = > <nl> + int ( 14849 ) <nl> + [ 3042 ] = > <nl> + int ( 14850 ) <nl> + [ 3043 ] = > <nl> + int ( 14851 ) <nl> + [ 3044 ] = > <nl> + int ( 14852 ) <nl> + [ 3045 ] = > <nl> + int ( 14853 ) <nl> + [ 3046 ] = > <nl> + int ( 14854 ) <nl> + [ 3047 ] = > <nl> + int ( 14855 ) <nl> + [ 3048 ] = > <nl> + int ( 14856 ) <nl> + [ 3049 ] = > <nl> + int ( 14857 ) <nl> + [ 3050 ] = > <nl> + int ( 14858 ) <nl> + [ 3051 ] = > <nl> + int ( 14859 ) <nl> + [ 3052 ] = > <nl> + int ( 14860 ) <nl> + [ 3053 ] = > <nl> + int ( 14861 ) <nl> + [ 3054 ] = > <nl> + int ( 14862 ) <nl> + [ 3055 ] = > <nl> + int ( 14863 ) <nl> + [ 3056 ] = > <nl> + int ( 14864 ) <nl> + [ 3057 ] = > <nl> + int ( 14865 ) <nl> + [ 3058 ] = > <nl> + int ( 14866 ) <nl> + [ 3059 ] = > <nl> + int ( 14867 ) <nl> + [ 3060 ] = > <nl> + int ( 14868 ) <nl> + [ 3061 ] = > <nl> + int ( 14869 ) <nl> + [ 3062 ] = > <nl> + int ( 14870 ) <nl> + [ 3063 ] = > <nl> + int ( 14871 ) <nl> + [ 3064 ] = > <nl> + int ( 14872 ) <nl> + [ 3065 ] = > <nl> + int ( 14873 ) <nl> + [ 3066 ] = > <nl> + int ( 14874 ) <nl> + [ 3067 ] = > <nl> + int ( 14875 ) <nl> + [ 3068 ] = > <nl> + int ( 14876 ) <nl> + [ 3069 ] = > <nl> + int ( 14877 ) <nl> + [ 3070 ] = > <nl> + int ( 14878 ) <nl> + [ 3071 ] = > <nl> + int ( 14879 ) <nl> + [ 3072 ] = > <nl> + int ( 14880 ) <nl> + [ 3073 ] = > <nl> + int ( 14881 ) <nl> + [ 3074 ] = > <nl> + int ( 14882 ) <nl> + [ 3075 ] = > <nl> + int ( 14883 ) <nl> + [ 3076 ] = > <nl> + int ( 14884 ) <nl> + [ 3077 ] = > <nl> + int ( 14885 ) <nl> + [ 3078 ] = > <nl> + int ( 14886 ) <nl> + [ 3079 ] = > <nl> + int ( 14887 ) <nl> + [ 3080 ] = > <nl> + int ( 14888 ) <nl> + [ 3081 ] = > <nl> + int ( 14889 ) <nl> + [ 3082 ] = > <nl> + int ( 14890 ) <nl> + [ 3083 ] = > <nl> + int ( 14891 ) <nl> + [ 3084 ] = > <nl> + int ( 14892 ) <nl> + [ 3085 ] = > <nl> + int ( 14893 ) <nl> + [ 3086 ] = > <nl> + int ( 14894 ) <nl> + [ 3087 ] = > <nl> + int ( 14895 ) <nl> + [ 3088 ] = > <nl> + int ( 14896 ) <nl> + [ 3089 ] = > <nl> + int ( 14897 ) <nl> + [ 3090 ] = > <nl> + int ( 14898 ) <nl> + [ 3091 ] = > <nl> + int ( 14899 ) <nl> + [ 3092 ] = > <nl> + int ( 14900 ) <nl> + [ 3093 ] = > <nl> + int ( 14901 ) <nl> + [ 3094 ] = > <nl> + int ( 14902 ) <nl> + [ 3095 ] = > <nl> + int ( 14903 ) <nl> + [ 3096 ] = > <nl> + int ( 14904 ) <nl> + [ 3097 ] = > <nl> + int ( 14905 ) <nl> + [ 3098 ] = > <nl> + int ( 14906 ) <nl> + [ 3099 ] = > <nl> + int ( 14907 ) <nl> + [ 3100 ] = > <nl> + int ( 14908 ) <nl> + [ 3101 ] = > <nl> + int ( 14909 ) <nl> + [ 3102 ] = > <nl> + int ( 14910 ) <nl> + [ 3103 ] = > <nl> + int ( 14911 ) <nl> + [ 3104 ] = > <nl> + int ( 14912 ) <nl> + [ 3105 ] = > <nl> + int ( 14913 ) <nl> + [ 3106 ] = > <nl> + int ( 14914 ) <nl> + [ 3107 ] = > <nl> + int ( 14915 ) <nl> + [ 3108 ] = > <nl> + int ( 14916 ) <nl> + [ 3109 ] = > <nl> + int ( 14917 ) <nl> + [ 3110 ] = > <nl> + int ( 14918 ) <nl> + [ 3111 ] = > <nl> + int ( 14919 ) <nl> + [ 3112 ] = > <nl> + int ( 14920 ) <nl> + [ 3113 ] = > <nl> + int ( 14921 ) <nl> + [ 3114 ] = > <nl> + int ( 14922 ) <nl> + [ 3115 ] = > <nl> + int ( 14923 ) <nl> + [ 3116 ] = > <nl> + int ( 14924 ) <nl> + [ 3117 ] = > <nl> + int ( 14925 ) <nl> + [ 3118 ] = > <nl> + int ( 14926 ) <nl> + [ 3119 ] = > <nl> + int ( 14927 ) <nl> + [ 3120 ] = > <nl> + int ( 14928 ) <nl> + [ 3121 ] = > <nl> + int ( 14929 ) <nl> + [ 3122 ] = > <nl> + int ( 14930 ) <nl> + [ 3123 ] = > <nl> + int ( 14931 ) <nl> + [ 3124 ] = > <nl> + int ( 14932 ) <nl> + [ 3125 ] = > <nl> + int ( 14933 ) <nl> + [ 3126 ] = > <nl> + int ( 14934 ) <nl> + [ 3127 ] = > <nl> + int ( 14935 ) <nl> + [ 3128 ] = > <nl> + int ( 14936 ) <nl> + [ 3129 ] = > <nl> + int ( 14937 ) <nl> + [ 3130 ] = > <nl> + int ( 14938 ) <nl> + [ 3131 ] = > <nl> + int ( 14939 ) <nl> + [ 3132 ] = > <nl> + int ( 14940 ) <nl> + [ 3133 ] = > <nl> + int ( 14941 ) <nl> + [ 3134 ] = > <nl> + int ( 14942 ) <nl> + [ 3135 ] = > <nl> + int ( 14943 ) <nl> + [ 3136 ] = > <nl> + int ( 14944 ) <nl> + [ 3137 ] = > <nl> + int ( 14945 ) <nl> + [ 3138 ] = > <nl> + int ( 14946 ) <nl> + [ 3139 ] = > <nl> + int ( 14947 ) <nl> + [ 3140 ] = > <nl> + int ( 14948 ) <nl> + [ 3141 ] = > <nl> + int ( 14949 ) <nl> + [ 3142 ] = > <nl> + int ( 14950 ) <nl> + [ 3143 ] = > <nl> + int ( 14951 ) <nl> + [ 3144 ] = > <nl> + int ( 14952 ) <nl> + [ 3145 ] = > <nl> + int ( 14953 ) <nl> + [ 3146 ] = > <nl> + int ( 14954 ) <nl> + [ 3147 ] = > <nl> + int ( 14955 ) <nl> + [ 3148 ] = > <nl> + int ( 14956 ) <nl> + [ 3149 ] = > <nl> + int ( 14957 ) <nl> + [ 3150 ] = > <nl> + int ( 14958 ) <nl> + [ 3151 ] = > <nl> + int ( 14959 ) <nl> + [ 3152 ] = > <nl> + int ( 14960 ) <nl> + [ 3153 ] = > <nl> + int ( 14961 ) <nl> + [ 3154 ] = > <nl> + int ( 14962 ) <nl> + [ 3155 ] = > <nl> + int ( 14963 ) <nl> + [ 3156 ] = > <nl> + int ( 14964 ) <nl> + [ 3157 ] = > <nl> + int ( 14965 ) <nl> + [ 3158 ] = > <nl> + int ( 14966 ) <nl> + [ 3159 ] = > <nl> + int ( 14967 ) <nl> + [ 3160 ] = > <nl> + int ( 14968 ) <nl> + [ 3161 ] = > <nl> + int ( 14969 ) <nl> + [ 3162 ] = > <nl> + int ( 14970 ) <nl> + [ 3163 ] = > <nl> + int ( 14971 ) <nl> + [ 3164 ] = > <nl> + int ( 14972 ) <nl> + [ 3165 ] = > <nl> + int ( 14973 ) <nl> + [ 3166 ] = > <nl> + int ( 14974 ) <nl> + [ 3167 ] = > <nl> + int ( 14975 ) <nl> + [ 3168 ] = > <nl> + int ( 14976 ) <nl> + [ 3169 ] = > <nl> + int ( 14977 ) <nl> + [ 3170 ] = > <nl> + int ( 14978 ) <nl> + [ 3171 ] = > <nl> + int ( 14979 ) <nl> + [ 3172 ] = > <nl> + int ( 14980 ) <nl> + [ 3173 ] = > <nl> + int ( 14981 ) <nl> + [ 3174 ] = > <nl> + int ( 14982 ) <nl> + [ 3175 ] = > <nl> + int ( 14983 ) <nl> + [ 3176 ] = > <nl> + int ( 14984 ) <nl> + [ 3177 ] = > <nl> + int ( 14985 ) <nl> + [ 3178 ] = > <nl> + int ( 14986 ) <nl> + [ 3179 ] = > <nl> + int ( 14987 ) <nl> + [ 3180 ] = > <nl> + int ( 14988 ) <nl> + [ 3181 ] = > <nl> + int ( 14989 ) <nl> + [ 3182 ] = > <nl> + int ( 14990 ) <nl> + [ 3183 ] = > <nl> + int ( 14991 ) <nl> + [ 3184 ] = > <nl> + int ( 14992 ) <nl> + [ 3185 ] = > <nl> + int ( 14993 ) <nl> + [ 3186 ] = > <nl> + int ( 14994 ) <nl> + [ 3187 ] = > <nl> + int ( 14995 ) <nl> + [ 3188 ] = > <nl> + int ( 14996 ) <nl> + [ 3189 ] = > <nl> + int ( 14997 ) <nl> + [ 3190 ] = > <nl> + int ( 14998 ) <nl> + [ 3191 ] = > <nl> + int ( 14999 ) <nl> + [ 3192 ] = > <nl> + int ( 15000 ) <nl> + [ 3193 ] = > <nl> + int ( 15001 ) <nl> + [ 3194 ] = > <nl> + int ( 15002 ) <nl> + [ 3195 ] = > <nl> + int ( 15003 ) <nl> + [ 3196 ] = > <nl> + int ( 15004 ) <nl> + [ 3197 ] = > <nl> + int ( 15005 ) <nl> + [ 3198 ] = > <nl> + int ( 15006 ) <nl> + [ 3199 ] = > <nl> + int ( 15007 ) <nl> + [ 3200 ] = > <nl> + int ( 15008 ) <nl> + [ 3201 ] = > <nl> + int ( 15009 ) <nl> + [ 3202 ] = > <nl> + int ( 15010 ) <nl> + [ 3203 ] = > <nl> + int ( 15011 ) <nl> + [ 3204 ] = > <nl> + int ( 15012 ) <nl> + [ 3205 ] = > <nl> + int ( 15013 ) <nl> + [ 3206 ] = > <nl> + int ( 15014 ) <nl> + [ 3207 ] = > <nl> + int ( 15015 ) <nl> + [ 3208 ] = > <nl> + int ( 15016 ) <nl> + [ 3209 ] = > <nl> + int ( 15017 ) <nl> + [ 3210 ] = > <nl> + int ( 15018 ) <nl> + [ 3211 ] = > <nl> + int ( 15019 ) <nl> + [ 3212 ] = > <nl> + int ( 15020 ) <nl> + [ 3213 ] = > <nl> + int ( 15021 ) <nl> + [ 3214 ] = > <nl> + int ( 15022 ) <nl> + [ 3215 ] = > <nl> + int ( 15023 ) <nl> + [ 3216 ] = > <nl> + int ( 15024 ) <nl> + [ 3217 ] = > <nl> + int ( 15025 ) <nl> + [ 3218 ] = > <nl> + int ( 15026 ) <nl> + [ 3219 ] = > <nl> + int ( 15027 ) <nl> + [ 3220 ] = > <nl> + int ( 15028 ) <nl> + [ 3221 ] = > <nl> + int ( 15029 ) <nl> + [ 3222 ] = > <nl> + int ( 15030 ) <nl> + [ 3223 ] = > <nl> + int ( 15031 ) <nl> + [ 3224 ] = > <nl> + int ( 15032 ) <nl> + [ 3225 ] = > <nl> + int ( 15033 ) <nl> + [ 3226 ] = > <nl> + int ( 15034 ) <nl> + [ 3227 ] = > <nl> + int ( 15035 ) <nl> + [ 3228 ] = > <nl> + int ( 15036 ) <nl> + [ 3229 ] = > <nl> + int ( 15037 ) <nl> + [ 3230 ] = > <nl> + int ( 15038 ) <nl> + [ 3231 ] = > <nl> + int ( 15039 ) <nl> + [ 3232 ] = > <nl> + int ( 15040 ) <nl> + [ 3233 ] = > <nl> + int ( 15041 ) <nl> + [ 3234 ] = > <nl> + int ( 15042 ) <nl> + [ 3235 ] = > <nl> + int ( 15043 ) <nl> + [ 3236 ] = > <nl> + int ( 15044 ) <nl> + [ 3237 ] = > <nl> + int ( 15045 ) <nl> + [ 3238 ] = > <nl> + int ( 15046 ) <nl> + [ 3239 ] = > <nl> + int ( 15047 ) <nl> + [ 3240 ] = > <nl> + int ( 15048 ) <nl> + [ 3241 ] = > <nl> + int ( 15049 ) <nl> + [ 3242 ] = > <nl> + int ( 15050 ) <nl> + [ 3243 ] = > <nl> + int ( 15051 ) <nl> + [ 3244 ] = > <nl> + int ( 15052 ) <nl> + [ 3245 ] = > <nl> + int ( 15053 ) <nl> + [ 3246 ] = > <nl> + int ( 15054 ) <nl> + [ 3247 ] = > <nl> + int ( 15055 ) <nl> + [ 3248 ] = > <nl> + int ( 15056 ) <nl> + [ 3249 ] = > <nl> + int ( 15057 ) <nl> + [ 3250 ] = > <nl> + int ( 15058 ) <nl> + [ 3251 ] = > <nl> + int ( 15059 ) <nl> + [ 3252 ] = > <nl> + int ( 15060 ) <nl> + [ 3253 ] = > <nl> + int ( 15061 ) <nl> + [ 3254 ] = > <nl> + int ( 15062 ) <nl> + [ 3255 ] = > <nl> + int ( 15063 ) <nl> + [ 3256 ] = > <nl> + int ( 15064 ) <nl> + [ 3257 ] = > <nl> + int ( 15065 ) <nl> + [ 3258 ] = > <nl> + int ( 15066 ) <nl> + [ 3259 ] = > <nl> + int ( 15067 ) <nl> + [ 3260 ] = > <nl> + int ( 15068 ) <nl> + [ 3261 ] = > <nl> + int ( 15069 ) <nl> + [ 3262 ] = > <nl> + int ( 15070 ) <nl> + [ 3263 ] = > <nl> + int ( 15071 ) <nl> + [ 3264 ] = > <nl> + int ( 15072 ) <nl> + [ 3265 ] = > <nl> + int ( 15073 ) <nl> + [ 3266 ] = > <nl> + int ( 15074 ) <nl> + [ 3267 ] = > <nl> + int ( 15075 ) <nl> + [ 3268 ] = > <nl> + int ( 15076 ) <nl> + [ 3269 ] = > <nl> + int ( 15077 ) <nl> + [ 3270 ] = > <nl> + int ( 15078 ) <nl> + [ 3271 ] = > <nl> + int ( 15079 ) <nl> + [ 3272 ] = > <nl> + int ( 15080 ) <nl> + [ 3273 ] = > <nl> + int ( 15081 ) <nl> + [ 3274 ] = > <nl> + int ( 15082 ) <nl> + [ 3275 ] = > <nl> + int ( 15083 ) <nl> + [ 3276 ] = > <nl> + int ( 15084 ) <nl> + [ 3277 ] = > <nl> + int ( 15085 ) <nl> + [ 3278 ] = > <nl> + int ( 15086 ) <nl> + [ 3279 ] = > <nl> + int ( 15087 ) <nl> + [ 3280 ] = > <nl> + int ( 15088 ) <nl> + [ 3281 ] = > <nl> + int ( 15089 ) <nl> + [ 3282 ] = > <nl> + int ( 15090 ) <nl> + [ 3283 ] = > <nl> + int ( 15091 ) <nl> + [ 3284 ] = > <nl> + int ( 15092 ) <nl> + [ 3285 ] = > <nl> + int ( 15093 ) <nl> + [ 3286 ] = > <nl> + int ( 15094 ) <nl> + [ 3287 ] = > <nl> + int ( 15095 ) <nl> + [ 3288 ] = > <nl> + int ( 15096 ) <nl> + [ 3289 ] = > <nl> + int ( 15097 ) <nl> + [ 3290 ] = > <nl> + int ( 15098 ) <nl> + [ 3291 ] = > <nl> + int ( 15099 ) <nl> + [ 3292 ] = > <nl> + int ( 15100 ) <nl> + [ 3293 ] = > <nl> + int ( 15101 ) <nl> + [ 3294 ] = > <nl> + int ( 15102 ) <nl> + [ 3295 ] = > <nl> + int ( 15103 ) <nl> + [ 3296 ] = > <nl> + int ( 15104 ) <nl> + [ 3297 ] = > <nl> + int ( 15105 ) <nl> + [ 3298 ] = > <nl> + int ( 15106 ) <nl> + [ 3299 ] = > <nl> + int ( 15107 ) <nl> + [ 3300 ] = > <nl> + int ( 15108 ) <nl> + [ 3301 ] = > <nl> + int ( 15109 ) <nl> + [ 3302 ] = > <nl> + int ( 15110 ) <nl> + [ 3303 ] = > <nl> + int ( 15111 ) <nl> + [ 3304 ] = > <nl> + int ( 15112 ) <nl> + [ 3305 ] = > <nl> + int ( 15113 ) <nl> + [ 3306 ] = > <nl> + int ( 15114 ) <nl> + [ 3307 ] = > <nl> + int ( 15115 ) <nl> + [ 3308 ] = > <nl> + int ( 15116 ) <nl> + [ 3309 ] = > <nl> + int ( 15117 ) <nl> + [ 3310 ] = > <nl> + int ( 15118 ) <nl> + [ 3311 ] = > <nl> + int ( 15119 ) <nl> + [ 3312 ] = > <nl> + int ( 15120 ) <nl> + [ 3313 ] = > <nl> + int ( 15121 ) <nl> + [ 3314 ] = > <nl> + int ( 15122 ) <nl> + [ 3315 ] = > <nl> + int ( 15123 ) <nl> + [ 3316 ] = > <nl> + int ( 15124 ) <nl> + [ 3317 ] = > <nl> + int ( 15125 ) <nl> + [ 3318 ] = > <nl> + int ( 15126 ) <nl> + [ 3319 ] = > <nl> + int ( 15127 ) <nl> + [ 3320 ] = > <nl> + int ( 15128 ) <nl> + [ 3321 ] = > <nl> + int ( 15129 ) <nl> + [ 3322 ] = > <nl> + int ( 15130 ) <nl> + [ 3323 ] = > <nl> + int ( 15131 ) <nl> + [ 3324 ] = > <nl> + int ( 15132 ) <nl> + [ 3325 ] = > <nl> + int ( 15133 ) <nl> + [ 3326 ] = > <nl> + int ( 15134 ) <nl> + [ 3327 ] = > <nl> + int ( 15135 ) <nl> + [ 3328 ] = > <nl> + int ( 15136 ) <nl> + [ 3329 ] = > <nl> + int ( 15137 ) <nl> + [ 3330 ] = > <nl> + int ( 15138 ) <nl> + [ 3331 ] = > <nl> + int ( 15139 ) <nl> + [ 3332 ] = > <nl> + int ( 15140 ) <nl> + [ 3333 ] = > <nl> + int ( 15141 ) <nl> + [ 3334 ] = > <nl> + int ( 15142 ) <nl> + [ 3335 ] = > <nl> + int ( 15143 ) <nl> + [ 3336 ] = > <nl> + int ( 15144 ) <nl> + [ 3337 ] = > <nl> + int ( 15145 ) <nl> + [ 3338 ] = > <nl> + int ( 15146 ) <nl> + [ 3339 ] = > <nl> + int ( 15147 ) <nl> + [ 3340 ] = > <nl> + int ( 15148 ) <nl> + [ 3341 ] = > <nl> + int ( 15149 ) <nl> + [ 3342 ] = > <nl> + int ( 15150 ) <nl> + [ 3343 ] = > <nl> + int ( 15151 ) <nl> + [ 3344 ] = > <nl> + int ( 15152 ) <nl> + [ 3345 ] = > <nl> + int ( 15153 ) <nl> + [ 3346 ] = > <nl> + int ( 15154 ) <nl> + [ 3347 ] = > <nl> + int ( 15155 ) <nl> + [ 3348 ] = > <nl> + int ( 15156 ) <nl> + [ 3349 ] = > <nl> + int ( 15157 ) <nl> + [ 3350 ] = > <nl> + int ( 15158 ) <nl> + [ 3351 ] = > <nl> + int ( 15159 ) <nl> + [ 3352 ] = > <nl> + int ( 15160 ) <nl> + [ 3353 ] = > <nl> + int ( 15161 ) <nl> + [ 3354 ] = > <nl> + int ( 15162 ) <nl> + [ 3355 ] = > <nl> + int ( 15163 ) <nl> + [ 3356 ] = > <nl> + int ( 15164 ) <nl> + [ 3357 ] = > <nl> + int ( 15165 ) <nl> + [ 3358 ] = > <nl> + int ( 15166 ) <nl> + [ 3359 ] = > <nl> + int ( 15167 ) <nl> + [ 3360 ] = > <nl> + int ( 15168 ) <nl> + [ 3361 ] = > <nl> + int ( 15169 ) <nl> + [ 3362 ] = > <nl> + int ( 15170 ) <nl> + [ 3363 ] = > <nl> + int ( 15171 ) <nl> + [ 3364 ] = > <nl> + int ( 15172 ) <nl> + [ 3365 ] = > <nl> + int ( 15173 ) <nl> + [ 3366 ] = > <nl> + int ( 15174 ) <nl> + [ 3367 ] = > <nl> + int ( 15175 ) <nl> + [ 3368 ] = > <nl> + int ( 15176 ) <nl> + [ 3369 ] = > <nl> + int ( 15177 ) <nl> + [ 3370 ] = > <nl> + int ( 15178 ) <nl> + [ 3371 ] = > <nl> + int ( 15179 ) <nl> + [ 3372 ] = > <nl> + int ( 15180 ) <nl> + [ 3373 ] = > <nl> + int ( 15181 ) <nl> + [ 3374 ] = > <nl> + int ( 15182 ) <nl> + [ 3375 ] = > <nl> + int ( 15183 ) <nl> + [ 3376 ] = > <nl> + int ( 15184 ) <nl> + [ 3377 ] = > <nl> + int ( 15185 ) <nl> + [ 3378 ] = > <nl> + int ( 15186 ) <nl> + [ 3379 ] = > <nl> + int ( 15187 ) <nl> + [ 3380 ] = > <nl> + int ( 15188 ) <nl> + [ 3381 ] = > <nl> + int ( 15189 ) <nl> + [ 3382 ] = > <nl> + int ( 15190 ) <nl> + [ 3383 ] = > <nl> + int ( 15191 ) <nl> + [ 3384 ] = > <nl> + int ( 15192 ) <nl> + [ 3385 ] = > <nl> + int ( 15193 ) <nl> + [ 3386 ] = > <nl> + int ( 15194 ) <nl> + [ 3387 ] = > <nl> + int ( 15195 ) <nl> + [ 3388 ] = > <nl> + int ( 15196 ) <nl> + [ 3389 ] = > <nl> + int ( 15197 ) <nl> + [ 3390 ] = > <nl> + int ( 15198 ) <nl> + [ 3391 ] = > <nl> + int ( 15199 ) <nl> + [ 3392 ] = > <nl> + int ( 15200 ) <nl> + [ 3393 ] = > <nl> + int ( 15201 ) <nl> + [ 3394 ] = > <nl> + int ( 15202 ) <nl> + [ 3395 ] = > <nl> + int ( 15203 ) <nl> + [ 3396 ] = > <nl> + int ( 15204 ) <nl> + [ 3397 ] = > <nl> + int ( 15205 ) <nl> + [ 3398 ] = > <nl> + int ( 15206 ) <nl> + [ 3399 ] = > <nl> + int ( 15207 ) <nl> + [ 3400 ] = > <nl> + int ( 15208 ) <nl> + [ 3401 ] = > <nl> + int ( 15209 ) <nl> + [ 3402 ] = > <nl> + int ( 15210 ) <nl> + [ 3403 ] = > <nl> + int ( 15211 ) <nl> + [ 3404 ] = > <nl> + int ( 15212 ) <nl> + [ 3405 ] = > <nl> + int ( 15213 ) <nl> + [ 3406 ] = > <nl> + int ( 15214 ) <nl> + [ 3407 ] = > <nl> + int ( 15215 ) <nl> + [ 3408 ] = > <nl> + int ( 15216 ) <nl> + [ 3409 ] = > <nl> + int ( 15217 ) <nl> + [ 3410 ] = > <nl> + int ( 15218 ) <nl> + [ 3411 ] = > <nl> + int ( 15219 ) <nl> + [ 3412 ] = > <nl> + int ( 15220 ) <nl> + [ 3413 ] = > <nl> + int ( 15221 ) <nl> + [ 3414 ] = > <nl> + int ( 15222 ) <nl> + [ 3415 ] = > <nl> + int ( 15223 ) <nl> + [ 3416 ] = > <nl> + int ( 15224 ) <nl> + [ 3417 ] = > <nl> + int ( 15225 ) <nl> + [ 3418 ] = > <nl> + int ( 15226 ) <nl> + [ 3419 ] = > <nl> + int ( 15227 ) <nl> + [ 3420 ] = > <nl> + int ( 15228 ) <nl> + [ 3421 ] = > <nl> + int ( 15229 ) <nl> + [ 3422 ] = > <nl> + int ( 15230 ) <nl> + [ 3423 ] = > <nl> + int ( 15231 ) <nl> + [ 3424 ] = > <nl> + int ( 15232 ) <nl> + [ 3425 ] = > <nl> + int ( 15233 ) <nl> + [ 3426 ] = > <nl> + int ( 15234 ) <nl> + [ 3427 ] = > <nl> + int ( 15235 ) <nl> + [ 3428 ] = > <nl> + int ( 15236 ) <nl> + [ 3429 ] = > <nl> + int ( 15237 ) <nl> + [ 3430 ] = > <nl> + int ( 15238 ) <nl> + [ 3431 ] = > <nl> + int ( 15239 ) <nl> + [ 3432 ] = > <nl> + int ( 15240 ) <nl> + [ 3433 ] = > <nl> + int ( 15241 ) <nl> + [ 3434 ] = > <nl> + int ( 15242 ) <nl> + [ 3435 ] = > <nl> + int ( 15243 ) <nl> + [ 3436 ] = > <nl> + int ( 15244 ) <nl> + [ 3437 ] = > <nl> + int ( 15245 ) <nl> + [ 3438 ] = > <nl> + int ( 15246 ) <nl> + [ 3439 ] = > <nl> + int ( 15247 ) <nl> + [ 3440 ] = > <nl> + int ( 15248 ) <nl> + [ 3441 ] = > <nl> + int ( 15249 ) <nl> + [ 3442 ] = > <nl> + int ( 15250 ) <nl> + [ 3443 ] = > <nl> + int ( 15251 ) <nl> + [ 3444 ] = > <nl> + int ( 15252 ) <nl> + [ 3445 ] = > <nl> + int ( 15253 ) <nl> + [ 3446 ] = > <nl> + int ( 15254 ) <nl> + [ 3447 ] = > <nl> + int ( 15255 ) <nl> + [ 3448 ] = > <nl> + int ( 15256 ) <nl> + [ 3449 ] = > <nl> + int ( 15257 ) <nl> + [ 3450 ] = > <nl> + int ( 15258 ) <nl> + [ 3451 ] = > <nl> + int ( 15259 ) <nl> + [ 3452 ] = > <nl> + int ( 15260 ) <nl> + [ 3453 ] = > <nl> + int ( 15261 ) <nl> + [ 3454 ] = > <nl> + int ( 15262 ) <nl> + [ 3455 ] = > <nl> + int ( 15263 ) <nl> + [ 3456 ] = > <nl> + int ( 15264 ) <nl> + [ 3457 ] = > <nl> + int ( 15265 ) <nl> + [ 3458 ] = > <nl> + int ( 15266 ) <nl> + [ 3459 ] = > <nl> + int ( 15267 ) <nl> + [ 3460 ] = > <nl> + int ( 15268 ) <nl> + [ 3461 ] = > <nl> + int ( 15269 ) <nl> + [ 3462 ] = > <nl> + int ( 15270 ) <nl> + [ 3463 ] = > <nl> + int ( 15271 ) <nl> + [ 3464 ] = > <nl> + int ( 15272 ) <nl> + [ 3465 ] = > <nl> + int ( 15273 ) <nl> + [ 3466 ] = > <nl> + int ( 15274 ) <nl> + [ 3467 ] = > <nl> + int ( 15275 ) <nl> + [ 3468 ] = > <nl> + int ( 15276 ) <nl> + [ 3469 ] = > <nl> + int ( 15277 ) <nl> + [ 3470 ] = > <nl> + int ( 15278 ) <nl> + [ 3471 ] = > <nl> + int ( 15279 ) <nl> + [ 3472 ] = > <nl> + int ( 15280 ) <nl> + [ 3473 ] = > <nl> + int ( 15281 ) <nl> + [ 3474 ] = > <nl> + int ( 15282 ) <nl> + [ 3475 ] = > <nl> + int ( 15283 ) <nl> + [ 3476 ] = > <nl> + int ( 15284 ) <nl> + [ 3477 ] = > <nl> + int ( 15285 ) <nl> + [ 3478 ] = > <nl> + int ( 15286 ) <nl> + [ 3479 ] = > <nl> + int ( 15287 ) <nl> + [ 3480 ] = > <nl> + int ( 15288 ) <nl> + [ 3481 ] = > <nl> + int ( 15289 ) <nl> + [ 3482 ] = > <nl> + int ( 15290 ) <nl> + [ 3483 ] = > <nl> + int ( 15291 ) <nl> + [ 3484 ] = > <nl> + int ( 15292 ) <nl> + [ 3485 ] = > <nl> + int ( 15293 ) <nl> + [ 3486 ] = > <nl> + int ( 15294 ) <nl> + [ 3487 ] = > <nl> + int ( 15295 ) <nl> + [ 3488 ] = > <nl> + int ( 15296 ) <nl> + [ 3489 ] = > <nl> + int ( 15297 ) <nl> + [ 3490 ] = > <nl> + int ( 15298 ) <nl> + [ 3491 ] = > <nl> + int ( 15299 ) <nl> + [ 3492 ] = > <nl> + int ( 15300 ) <nl> + [ 3493 ] = > <nl> + int ( 15301 ) <nl> + [ 3494 ] = > <nl> + int ( 15302 ) <nl> + [ 3495 ] = > <nl> + int ( 15303 ) <nl> + [ 3496 ] = > <nl> + int ( 15304 ) <nl> + [ 3497 ] = > <nl> + int ( 15305 ) <nl> + [ 3498 ] = > <nl> + int ( 15306 ) <nl> + [ 3499 ] = > <nl> + int ( 15307 ) <nl> + [ 3500 ] = > <nl> + int ( 15308 ) <nl> + [ 3501 ] = > <nl> + int ( 15309 ) <nl> + [ 3502 ] = > <nl> + int ( 15310 ) <nl> + [ 3503 ] = > <nl> + int ( 15311 ) <nl> + [ 3504 ] = > <nl> + int ( 15312 ) <nl> + [ 3505 ] = > <nl> + int ( 15313 ) <nl> + [ 3506 ] = > <nl> + int ( 15314 ) <nl> + [ 3507 ] = > <nl> + int ( 15315 ) <nl> + [ 3508 ] = > <nl> + int ( 15316 ) <nl> + [ 3509 ] = > <nl> + int ( 15317 ) <nl> + [ 3510 ] = > <nl> + int ( 15318 ) <nl> + [ 3511 ] = > <nl> + int ( 15319 ) <nl> + [ 3512 ] = > <nl> + int ( 15320 ) <nl> + [ 3513 ] = > <nl> + int ( 15321 ) <nl> + [ 3514 ] = > <nl> + int ( 15322 ) <nl> + [ 3515 ] = > <nl> + int ( 15323 ) <nl> + [ 3516 ] = > <nl> + int ( 15324 ) <nl> + [ 3517 ] = > <nl> + int ( 15325 ) <nl> + [ 3518 ] = > <nl> + int ( 15326 ) <nl> + [ 3519 ] = > <nl> + int ( 15327 ) <nl> + [ 3520 ] = > <nl> + int ( 15328 ) <nl> + [ 3521 ] = > <nl> + int ( 15329 ) <nl> + [ 3522 ] = > <nl> + int ( 15330 ) <nl> + [ 3523 ] = > <nl> + int ( 15331 ) <nl> + [ 3524 ] = > <nl> + int ( 15332 ) <nl> + [ 3525 ] = > <nl> + int ( 15333 ) <nl> + [ 3526 ] = > <nl> + int ( 15334 ) <nl> + [ 3527 ] = > <nl> + int ( 15335 ) <nl> + [ 3528 ] = > <nl> + int ( 15336 ) <nl> + [ 3529 ] = > <nl> + int ( 15337 ) <nl> + [ 3530 ] = > <nl> + int ( 15338 ) <nl> + [ 3531 ] = > <nl> + int ( 15339 ) <nl> + [ 3532 ] = > <nl> + int ( 15340 ) <nl> + [ 3533 ] = > <nl> + int ( 15341 ) <nl> + [ 3534 ] = > <nl> + int ( 15342 ) <nl> + [ 3535 ] = > <nl> + int ( 15343 ) <nl> + [ 3536 ] = > <nl> + int ( 15344 ) <nl> + [ 3537 ] = > <nl> + int ( 15345 ) <nl> + [ 3538 ] = > <nl> + int ( 15346 ) <nl> + [ 3539 ] = > <nl> + int ( 15347 ) <nl> + [ 3540 ] = > <nl> + int ( 15348 ) <nl> + [ 3541 ] = > <nl> + int ( 15349 ) <nl> + [ 3542 ] = > <nl> + int ( 15350 ) <nl> + [ 3543 ] = > <nl> + int ( 15351 ) <nl> + [ 3544 ] = > <nl> + int ( 15352 ) <nl> + [ 3545 ] = > <nl> + int ( 15353 ) <nl> + [ 3546 ] = > <nl> + int ( 15354 ) <nl> + [ 3547 ] = > <nl> + int ( 15355 ) <nl> + [ 3548 ] = > <nl> + int ( 15356 ) <nl> + [ 3549 ] = > <nl> + int ( 15357 ) <nl> + [ 3550 ] = > <nl> + int ( 15358 ) <nl> + [ 3551 ] = > <nl> + int ( 15359 ) <nl> + [ 3552 ] = > <nl> + int ( 15360 ) <nl> + [ 3553 ] = > <nl> + int ( 15361 ) <nl> + [ 3554 ] = > <nl> + int ( 15362 ) <nl> + [ 3555 ] = > <nl> + int ( 15363 ) <nl> + [ 3556 ] = > <nl> + int ( 15364 ) <nl> + [ 3557 ] = > <nl> + int ( 15365 ) <nl> + [ 3558 ] = > <nl> + int ( 15366 ) <nl> + [ 3559 ] = > <nl> + int ( 15367 ) <nl> + [ 3560 ] = > <nl> + int ( 15368 ) <nl> + [ 3561 ] = > <nl> + int ( 15369 ) <nl> + [ 3562 ] = > <nl> + int ( 15370 ) <nl> + [ 3563 ] = > <nl> + int ( 15371 ) <nl> + [ 3564 ] = > <nl> + int ( 15372 ) <nl> + [ 3565 ] = > <nl> + int ( 15373 ) <nl> + [ 3566 ] = > <nl> + int ( 15374 ) <nl> + [ 3567 ] = > <nl> + int ( 15375 ) <nl> + [ 3568 ] = > <nl> + int ( 15376 ) <nl> + [ 3569 ] = > <nl> + int ( 15377 ) <nl> + [ 3570 ] = > <nl> + int ( 15378 ) <nl> + [ 3571 ] = > <nl> + int ( 15379 ) <nl> + [ 3572 ] = > <nl> + int ( 15380 ) <nl> + [ 3573 ] = > <nl> + int ( 15381 ) <nl> + [ 3574 ] = > <nl> + int ( 15382 ) <nl> + [ 3575 ] = > <nl> + int ( 15383 ) <nl> + [ 3576 ] = > <nl> + int ( 15384 ) <nl> + [ 3577 ] = > <nl> + int ( 15385 ) <nl> + [ 3578 ] = > <nl> + int ( 15386 ) <nl> + [ 3579 ] = > <nl> + int ( 15387 ) <nl> + [ 3580 ] = > <nl> + int ( 15388 ) <nl> + [ 3581 ] = > <nl> + int ( 15389 ) <nl> + [ 3582 ] = > <nl> + int ( 15390 ) <nl> + [ 3583 ] = > <nl> + int ( 15391 ) <nl> + [ 3584 ] = > <nl> + int ( 15392 ) <nl> + [ 3585 ] = > <nl> + int ( 15393 ) <nl> + [ 3586 ] = > <nl> + int ( 15394 ) <nl> + [ 3587 ] = > <nl> + int ( 15395 ) <nl> + [ 3588 ] = > <nl> + int ( 15396 ) <nl> + [ 3589 ] = > <nl> + int ( 15397 ) <nl> + [ 3590 ] = > <nl> + int ( 15398 ) <nl> + [ 3591 ] = > <nl> + int ( 15399 ) <nl> + [ 3592 ] = > <nl> + int ( 15400 ) <nl> + [ 3593 ] = > <nl> + int ( 15401 ) <nl> + [ 3594 ] = > <nl> + int ( 15402 ) <nl> + [ 3595 ] = > <nl> + int ( 15403 ) <nl> + [ 3596 ] = > <nl> + int ( 15404 ) <nl> + [ 3597 ] = > <nl> + int ( 15405 ) <nl> + [ 3598 ] = > <nl> + int ( 15406 ) <nl> + [ 3599 ] = > <nl> + int ( 15407 ) <nl> + [ 3600 ] = > <nl> + int ( 15408 ) <nl> + [ 3601 ] = > <nl> + int ( 15409 ) <nl> + [ 3602 ] = > <nl> + int ( 15410 ) <nl> + [ 3603 ] = > <nl> + int ( 15411 ) <nl> + [ 3604 ] = > <nl> + int ( 15412 ) <nl> + [ 3605 ] = > <nl> + int ( 15413 ) <nl> + [ 3606 ] = > <nl> + int ( 15414 ) <nl> + [ 3607 ] = > <nl> + int ( 15415 ) <nl> + [ 3608 ] = > <nl> + int ( 15416 ) <nl> + [ 3609 ] = > <nl> + int ( 15417 ) <nl> + [ 3610 ] = > <nl> + int ( 15418 ) <nl> + [ 3611 ] = > <nl> + int ( 15419 ) <nl> + [ 3612 ] = > <nl> + int ( 15420 ) <nl> + [ 3613 ] = > <nl> + int ( 15421 ) <nl> + [ 3614 ] = > <nl> + int ( 15422 ) <nl> + [ 3615 ] = > <nl> + int ( 15423 ) <nl> + [ 3616 ] = > <nl> + int ( 15424 ) <nl> + [ 3617 ] = > <nl> + int ( 15425 ) <nl> + [ 3618 ] = > <nl> + int ( 15426 ) <nl> + [ 3619 ] = > <nl> + int ( 15427 ) <nl> + [ 3620 ] = > <nl> + int ( 15428 ) <nl> + [ 3621 ] = > <nl> + int ( 15429 ) <nl> + [ 3622 ] = > <nl> + int ( 15430 ) <nl> + [ 3623 ] = > <nl> + int ( 15431 ) <nl> + [ 3624 ] = > <nl> + int ( 15432 ) <nl> + [ 3625 ] = > <nl> + int ( 15433 ) <nl> + [ 3626 ] = > <nl> + int ( 15434 ) <nl> + [ 3627 ] = > <nl> + int ( 15435 ) <nl> + [ 3628 ] = > <nl> + int ( 15436 ) <nl> + [ 3629 ] = > <nl> + int ( 15437 ) <nl> + [ 3630 ] = > <nl> + int ( 15438 ) <nl> + [ 3631 ] = > <nl> + int ( 15439 ) <nl> + [ 3632 ] = > <nl> + int ( 15440 ) <nl> + [ 3633 ] = > <nl> + int ( 15441 ) <nl> + [ 3634 ] = > <nl> + int ( 15442 ) <nl> + [ 3635 ] = > <nl> + int ( 15443 ) <nl> + [ 3636 ] = > <nl> + int ( 15444 ) <nl> + [ 3637 ] = > <nl> + int ( 15445 ) <nl> + [ 3638 ] = > <nl> + int ( 15446 ) <nl> + [ 3639 ] = > <nl> + int ( 15447 ) <nl> + [ 3640 ] = > <nl> + int ( 15448 ) <nl> + [ 3641 ] = > <nl> + int ( 15449 ) <nl> + [ 3642 ] = > <nl> + int ( 15450 ) <nl> + [ 3643 ] = > <nl> + int ( 15451 ) <nl> + [ 3644 ] = > <nl> + int ( 15452 ) <nl> + [ 3645 ] = > <nl> + int ( 15453 ) <nl> + [ 3646 ] = > <nl> + int ( 15454 ) <nl> + [ 3647 ] = > <nl> + int ( 15455 ) <nl> + [ 3648 ] = > <nl> + int ( 15456 ) <nl> + [ 3649 ] = > <nl> + int ( 15457 ) <nl> + [ 3650 ] = > <nl> + int ( 15458 ) <nl> + [ 3651 ] = > <nl> + int ( 15459 ) <nl> + [ 3652 ] = > <nl> + int ( 15460 ) <nl> + [ 3653 ] = > <nl> + int ( 15461 ) <nl> + [ 3654 ] = > <nl> + int ( 15462 ) <nl> + [ 3655 ] = > <nl> + int ( 15463 ) <nl> + [ 3656 ] = > <nl> + int ( 15464 ) <nl> + [ 3657 ] = > <nl> + int ( 15465 ) <nl> + [ 3658 ] = > <nl> + int ( 15466 ) <nl> + [ 3659 ] = > <nl> + int ( 15467 ) <nl> + [ 3660 ] = > <nl> + int ( 15468 ) <nl> + [ 3661 ] = > <nl> + int ( 15469 ) <nl> + [ 3662 ] = > <nl> + int ( 15470 ) <nl> + [ 3663 ] = > <nl> + int ( 15471 ) <nl> + [ 3664 ] = > <nl> + int ( 15472 ) <nl> + [ 3665 ] = > <nl> + int ( 15473 ) <nl> + [ 3666 ] = > <nl> + int ( 15474 ) <nl> + [ 3667 ] = > <nl> + int ( 15475 ) <nl> + [ 3668 ] = > <nl> + int ( 15476 ) <nl> + [ 3669 ] = > <nl> + int ( 15477 ) <nl> + [ 3670 ] = > <nl> + int ( 15478 ) <nl> + [ 3671 ] = > <nl> + int ( 15479 ) <nl> + [ 3672 ] = > <nl> + int ( 15480 ) <nl> + [ 3673 ] = > <nl> + int ( 15481 ) <nl> + [ 3674 ] = > <nl> + int ( 15482 ) <nl> + [ 3675 ] = > <nl> + int ( 15483 ) <nl> + [ 3676 ] = > <nl> + int ( 15484 ) <nl> + [ 3677 ] = > <nl> + int ( 15485 ) <nl> + [ 3678 ] = > <nl> + int ( 15486 ) <nl> + [ 3679 ] = > <nl> + int ( 15487 ) <nl> + [ 3680 ] = > <nl> + int ( 15488 ) <nl> + [ 3681 ] = > <nl> + int ( 15489 ) <nl> + [ 3682 ] = > <nl> + int ( 15490 ) <nl> + [ 3683 ] = > <nl> + int ( 15491 ) <nl> + [ 3684 ] = > <nl> + int ( 15492 ) <nl> + [ 3685 ] = > <nl> + int ( 15493 ) <nl> + [ 3686 ] = > <nl> + int ( 15494 ) <nl> + [ 3687 ] = > <nl> + int ( 15495 ) <nl> + [ 3688 ] = > <nl> + int ( 15496 ) <nl> + [ 3689 ] = > <nl> + int ( 15497 ) <nl> + [ 3690 ] = > <nl> + int ( 15498 ) <nl> + [ 3691 ] = > <nl> + int ( 15499 ) <nl> + [ 3692 ] = > <nl> + int ( 15500 ) <nl> + [ 3693 ] = > <nl> + int ( 15501 ) <nl> + [ 3694 ] = > <nl> + int ( 15502 ) <nl> + [ 3695 ] = > <nl> + int ( 15503 ) <nl> + [ 3696 ] = > <nl> + int ( 15504 ) <nl> + [ 3697 ] = > <nl> + int ( 15505 ) <nl> + [ 3698 ] = > <nl> + int ( 15506 ) <nl> + [ 3699 ] = > <nl> + int ( 15507 ) <nl> + [ 3700 ] = > <nl> + int ( 15508 ) <nl> + [ 3701 ] = > <nl> + int ( 15509 ) <nl> + [ 3702 ] = > <nl> + int ( 15510 ) <nl> + [ 3703 ] = > <nl> + int ( 15511 ) <nl> + [ 3704 ] = > <nl> + int ( 15512 ) <nl> + [ 3705 ] = > <nl> + int ( 15513 ) <nl> + [ 3706 ] = > <nl> + int ( 15514 ) <nl> + [ 3707 ] = > <nl> + int ( 15515 ) <nl> + [ 3708 ] = > <nl> + int ( 15516 ) <nl> + [ 3709 ] = > <nl> + int ( 15517 ) <nl> + [ 3710 ] = > <nl> + int ( 15518 ) <nl> + [ 3711 ] = > <nl> + int ( 15519 ) <nl> + [ 3712 ] = > <nl> + int ( 15520 ) <nl> + [ 3713 ] = > <nl> + int ( 15521 ) <nl> + [ 3714 ] = > <nl> + int ( 15522 ) <nl> + [ 3715 ] = > <nl> + int ( 15523 ) <nl> + [ 3716 ] = > <nl> + int ( 15524 ) <nl> + [ 3717 ] = > <nl> + int ( 15525 ) <nl> + [ 3718 ] = > <nl> + int ( 15526 ) <nl> + [ 3719 ] = > <nl> + int ( 15527 ) <nl> + [ 3720 ] = > <nl> + int ( 15528 ) <nl> + [ 3721 ] = > <nl> + int ( 15529 ) <nl> + [ 3722 ] = > <nl> + int ( 15530 ) <nl> + [ 3723 ] = > <nl> + int ( 15531 ) <nl> + [ 3724 ] = > <nl> + int ( 15532 ) <nl> + [ 3725 ] = > <nl> + int ( 15533 ) <nl> + [ 3726 ] = > <nl> + int ( 15534 ) <nl> + [ 3727 ] = > <nl> + int ( 15535 ) <nl> + [ 3728 ] = > <nl> + int ( 15536 ) <nl> + [ 3729 ] = > <nl> + int ( 15537 ) <nl> + [ 3730 ] = > <nl> + int ( 15538 ) <nl> + [ 3731 ] = > <nl> + int ( 15539 ) <nl> + [ 3732 ] = > <nl> + int ( 15540 ) <nl> + [ 3733 ] = > <nl> + int ( 15541 ) <nl> + [ 3734 ] = > <nl> + int ( 15542 ) <nl> + [ 3735 ] = > <nl> + int ( 15543 ) <nl> + [ 3736 ] = > <nl> + int ( 15544 ) <nl> + [ 3737 ] = > <nl> + int ( 15545 ) <nl> + [ 3738 ] = > <nl> + int ( 15546 ) <nl> + [ 3739 ] = > <nl> + int ( 15547 ) <nl> + [ 3740 ] = > <nl> + int ( 15548 ) <nl> + [ 3741 ] = > <nl> + int ( 15549 ) <nl> + [ 3742 ] = > <nl> + int ( 15550 ) <nl> + [ 3743 ] = > <nl> + int ( 15551 ) <nl> + [ 3744 ] = > <nl> + int ( 15552 ) <nl> + [ 3745 ] = > <nl> + int ( 15553 ) <nl> + [ 3746 ] = > <nl> + int ( 15554 ) <nl> + [ 3747 ] = > <nl> + int ( 15555 ) <nl> + [ 3748 ] = > <nl> + int ( 15556 ) <nl> + [ 3749 ] = > <nl> + int ( 15557 ) <nl> + [ 3750 ] = > <nl> + int ( 15558 ) <nl> + [ 3751 ] = > <nl> + int ( 15559 ) <nl> + [ 3752 ] = > <nl> + int ( 15560 ) <nl> + [ 3753 ] = > <nl> + int ( 15561 ) <nl> + [ 3754 ] = > <nl> + int ( 15562 ) <nl> + [ 3755 ] = > <nl> + int ( 15563 ) <nl> + [ 3756 ] = > <nl> + int ( 15564 ) <nl> + [ 3757 ] = > <nl> + int ( 15565 ) <nl> + [ 3758 ] = > <nl> + int ( 15566 ) <nl> + [ 3759 ] = > <nl> + int ( 15567 ) <nl> + [ 3760 ] = > <nl> + int ( 15568 ) <nl> + [ 3761 ] = > <nl> + int ( 15569 ) <nl> + [ 3762 ] = > <nl> + int ( 15570 ) <nl> + [ 3763 ] = > <nl> + int ( 15571 ) <nl> + [ 3764 ] = > <nl> + int ( 15572 ) <nl> + [ 3765 ] = > <nl> + int ( 15573 ) <nl> + [ 3766 ] = > <nl> + int ( 15574 ) <nl> + [ 3767 ] = > <nl> + int ( 15575 ) <nl> + [ 3768 ] = > <nl> + int ( 15576 ) <nl> + [ 3769 ] = > <nl> + int ( 15577 ) <nl> + [ 3770 ] = > <nl> + int ( 15578 ) <nl> + [ 3771 ] = > <nl> + int ( 15579 ) <nl> + [ 3772 ] = > <nl> + int ( 15580 ) <nl> + [ 3773 ] = > <nl> + int ( 15581 ) <nl> + [ 3774 ] = > <nl> + int ( 15582 ) <nl> + [ 3775 ] = > <nl> + int ( 15583 ) <nl> + [ 3776 ] = > <nl> + int ( 15584 ) <nl> + [ 3777 ] = > <nl> + int ( 15585 ) <nl> + [ 3778 ] = > <nl> + int ( 15586 ) <nl> + [ 3779 ] = > <nl> + int ( 15587 ) <nl> + [ 3780 ] = > <nl> + int ( 15588 ) <nl> + [ 3781 ] = > <nl> + int ( 15589 ) <nl> + [ 3782 ] = > <nl> + int ( 15590 ) <nl> + [ 3783 ] = > <nl> + int ( 15591 ) <nl> + [ 3784 ] = > <nl> + int ( 15592 ) <nl> + [ 3785 ] = > <nl> + int ( 15593 ) <nl> + [ 3786 ] = > <nl> + int ( 15594 ) <nl> + [ 3787 ] = > <nl> + int ( 15595 ) <nl> + [ 3788 ] = > <nl> + int ( 15596 ) <nl> + [ 3789 ] = > <nl> + int ( 15597 ) <nl> + [ 3790 ] = > <nl> + int ( 15598 ) <nl> + [ 3791 ] = > <nl> + int ( 15599 ) <nl> + [ 3792 ] = > <nl> + int ( 15600 ) <nl> + [ 3793 ] = > <nl> + int ( 15601 ) <nl> + [ 3794 ] = > <nl> + int ( 15602 ) <nl> + [ 3795 ] = > <nl> + int ( 15603 ) <nl> + [ 3796 ] = > <nl> + int ( 15604 ) <nl> + [ 3797 ] = > <nl> + int ( 15605 ) <nl> + [ 3798 ] = > <nl> + int ( 15606 ) <nl> + [ 3799 ] = > <nl> + int ( 15607 ) <nl> + [ 3800 ] = > <nl> + int ( 15608 ) <nl> + [ 3801 ] = > <nl> + int ( 15609 ) <nl> + [ 3802 ] = > <nl> + int ( 15610 ) <nl> + [ 3803 ] = > <nl> + int ( 15611 ) <nl> + [ 3804 ] = > <nl> + int ( 15612 ) <nl> + [ 3805 ] = > <nl> + int ( 15613 ) <nl> + [ 3806 ] = > <nl> + int ( 15614 ) <nl> + [ 3807 ] = > <nl> + int ( 15615 ) <nl> + [ 3808 ] = > <nl> + int ( 15616 ) <nl> + [ 3809 ] = > <nl> + int ( 15617 ) <nl> + [ 3810 ] = > <nl> + int ( 15618 ) <nl> + [ 3811 ] = > <nl> + int ( 15619 ) <nl> + [ 3812 ] = > <nl> + int ( 15620 ) <nl> + [ 3813 ] = > <nl> + int ( 15621 ) <nl> + [ 3814 ] = > <nl> + int ( 15622 ) <nl> + [ 3815 ] = > <nl> + int ( 15623 ) <nl> + [ 3816 ] = > <nl> + int ( 15624 ) <nl> + [ 3817 ] = > <nl> + int ( 15625 ) <nl> + [ 3818 ] = > <nl> + int ( 15626 ) <nl> + [ 3819 ] = > <nl> + int ( 15627 ) <nl> + [ 3820 ] = > <nl> + int ( 15628 ) <nl> + [ 3821 ] = > <nl> + int ( 15629 ) <nl> + [ 3822 ] = > <nl> + int ( 15630 ) <nl> + [ 3823 ] = > <nl> + int ( 15631 ) <nl> + [ 3824 ] = > <nl> + int ( 15632 ) <nl> + [ 3825 ] = > <nl> + int ( 15633 ) <nl> + [ 3826 ] = > <nl> + int ( 15634 ) <nl> + [ 3827 ] = > <nl> + int ( 15635 ) <nl> + [ 3828 ] = > <nl> + int ( 15636 ) <nl> + [ 3829 ] = > <nl> + int ( 15637 ) <nl> + [ 3830 ] = > <nl> + int ( 15638 ) <nl> + [ 3831 ] = > <nl> + int ( 15639 ) <nl> + [ 3832 ] = > <nl> + int ( 15640 ) <nl> + [ 3833 ] = > <nl> + int ( 15641 ) <nl> + [ 3834 ] = > <nl> + int ( 15642 ) <nl> + [ 3835 ] = > <nl> + int ( 15643 ) <nl> + [ 3836 ] = > <nl> + int ( 15644 ) <nl> + [ 3837 ] = > <nl> + int ( 15645 ) <nl> + [ 3838 ] = > <nl> + int ( 15646 ) <nl> + [ 3839 ] = > <nl> + int ( 15647 ) <nl> + [ 3840 ] = > <nl> + int ( 15648 ) <nl> + [ 3841 ] = > <nl> + int ( 15649 ) <nl> + [ 3842 ] = > <nl> + int ( 15650 ) <nl> + [ 3843 ] = > <nl> + int ( 15651 ) <nl> + [ 3844 ] = > <nl> + int ( 15652 ) <nl> + [ 3845 ] = > <nl> + int ( 15653 ) <nl> + [ 3846 ] = > <nl> + int ( 15654 ) <nl> + [ 3847 ] = > <nl> + int ( 15655 ) <nl> + [ 3848 ] = > <nl> + int ( 15656 ) <nl> + [ 3849 ] = > <nl> + int ( 15657 ) <nl> + [ 3850 ] = > <nl> + int ( 15658 ) <nl> + [ 3851 ] = > <nl> + int ( 15659 ) <nl> + [ 3852 ] = > <nl> + int ( 15660 ) <nl> + [ 3853 ] = > <nl> + int ( 15661 ) <nl> + [ 3854 ] = > <nl> + int ( 15662 ) <nl> + [ 3855 ] = > <nl> + int ( 15663 ) <nl> + [ 3856 ] = > <nl> + int ( 15664 ) <nl> + [ 3857 ] = > <nl> + int ( 15665 ) <nl> + [ 3858 ] = > <nl> + int ( 15666 ) <nl> + [ 3859 ] = > <nl> + int ( 15667 ) <nl> + [ 3860 ] = > <nl> + int ( 15668 ) <nl> + [ 3861 ] = > <nl> + int ( 15669 ) <nl> + [ 3862 ] = > <nl> + int ( 15670 ) <nl> + [ 3863 ] = > <nl> + int ( 15671 ) <nl> + [ 3864 ] = > <nl> + int ( 15672 ) <nl> + [ 3865 ] = > <nl> + int ( 15673 ) <nl> + [ 3866 ] = > <nl> + int ( 15674 ) <nl> + [ 3867 ] = > <nl> + int ( 15675 ) <nl> + [ 3868 ] = > <nl> + int ( 15676 ) <nl> + [ 3869 ] = > <nl> + int ( 15677 ) <nl> + [ 3870 ] = > <nl> + int ( 15678 ) <nl> + [ 3871 ] = > <nl> + int ( 15679 ) <nl> + [ 3872 ] = > <nl> + int ( 15680 ) <nl> + [ 3873 ] = > <nl> + int ( 15681 ) <nl> + [ 3874 ] = > <nl> + int ( 15682 ) <nl> + [ 3875 ] = > <nl> + int ( 15683 ) <nl> + [ 3876 ] = > <nl> + int ( 15684 ) <nl> + [ 3877 ] = > <nl> + int ( 15685 ) <nl> + [ 3878 ] = > <nl> + int ( 15686 ) <nl> + [ 3879 ] = > <nl> + int ( 15687 ) <nl> + [ 3880 ] = > <nl> + int ( 15688 ) <nl> + [ 3881 ] = > <nl> + int ( 15689 ) <nl> + [ 3882 ] = > <nl> + int ( 15690 ) <nl> + [ 3883 ] = > <nl> + int ( 15691 ) <nl> + [ 3884 ] = > <nl> + int ( 15692 ) <nl> + [ 3885 ] = > <nl> + int ( 15693 ) <nl> + [ 3886 ] = > <nl> + int ( 15694 ) <nl> + [ 3887 ] = > <nl> + int ( 15695 ) <nl> + [ 3888 ] = > <nl> + int ( 15696 ) <nl> + [ 3889 ] = > <nl> + int ( 15697 ) <nl> + [ 3890 ] = > <nl> + int ( 15698 ) <nl> + [ 3891 ] = > <nl> + int ( 15699 ) <nl> + [ 3892 ] = > <nl> + int ( 15700 ) <nl> + [ 3893 ] = > <nl> + int ( 15701 ) <nl> + [ 3894 ] = > <nl> + int ( 15702 ) <nl> + [ 3895 ] = > <nl> + int ( 15703 ) <nl> + [ 3896 ] = > <nl> + int ( 15704 ) <nl> + [ 3897 ] = > <nl> + int ( 15705 ) <nl> + [ 3898 ] = > <nl> + int ( 15706 ) <nl> + [ 3899 ] = > <nl> + int ( 15707 ) <nl> + [ 3900 ] = > <nl> + int ( 15708 ) <nl> + [ 3901 ] = > <nl> + int ( 15709 ) <nl> + [ 3902 ] = > <nl> + int ( 15710 ) <nl> + [ 3903 ] = > <nl> + int ( 15711 ) <nl> + [ 3904 ] = > <nl> + int ( 15712 ) <nl> + [ 3905 ] = > <nl> + int ( 15713 ) <nl> + [ 3906 ] = > <nl> + int ( 15714 ) <nl> + [ 3907 ] = > <nl> + int ( 15715 ) <nl> + [ 3908 ] = > <nl> + int ( 15716 ) <nl> + [ 3909 ] = > <nl> + int ( 15717 ) <nl> + [ 3910 ] = > <nl> + int ( 15718 ) <nl> + [ 3911 ] = > <nl> + int ( 15719 ) <nl> + [ 3912 ] = > <nl> + int ( 15720 ) <nl> + [ 3913 ] = > <nl> + int ( 15721 ) <nl> + [ 3914 ] = > <nl> + int ( 15722 ) <nl> + [ 3915 ] = > <nl> + int ( 15723 ) <nl> + [ 3916 ] = > <nl> + int ( 15724 ) <nl> + [ 3917 ] = > <nl> + int ( 15725 ) <nl> + [ 3918 ] = > <nl> + int ( 15726 ) <nl> + [ 3919 ] = > <nl> + int ( 15727 ) <nl> + [ 3920 ] = > <nl> + int ( 15728 ) <nl> + [ 3921 ] = > <nl> + int ( 15729 ) <nl> + [ 3922 ] = > <nl> + int ( 15730 ) <nl> + [ 3923 ] = > <nl> + int ( 15731 ) <nl> + [ 3924 ] = > <nl> + int ( 15732 ) <nl> + [ 3925 ] = > <nl> + int ( 15733 ) <nl> + [ 3926 ] = > <nl> + int ( 15734 ) <nl> + [ 3927 ] = > <nl> + int ( 15735 ) <nl> + [ 3928 ] = > <nl> + int ( 15736 ) <nl> + [ 3929 ] = > <nl> + int ( 15737 ) <nl> + [ 3930 ] = > <nl> + int ( 15738 ) <nl> + [ 3931 ] = > <nl> + int ( 15739 ) <nl> + [ 3932 ] = > <nl> + int ( 15740 ) <nl> + [ 3933 ] = > <nl> + int ( 15741 ) <nl> + [ 3934 ] = > <nl> + int ( 15742 ) <nl> + [ 3935 ] = > <nl> + int ( 15743 ) <nl> + [ 3936 ] = > <nl> + int ( 15744 ) <nl> + [ 3937 ] = > <nl> + int ( 15745 ) <nl> + [ 3938 ] = > <nl> + int ( 15746 ) <nl> + [ 3939 ] = > <nl> + int ( 15747 ) <nl> + [ 3940 ] = > <nl> + int ( 15748 ) <nl> + [ 3941 ] = > <nl> + int ( 15749 ) <nl> + [ 3942 ] = > <nl> + int ( 15750 ) <nl> + [ 3943 ] = > <nl> + int ( 15751 ) <nl> + [ 3944 ] = > <nl> + int ( 15752 ) <nl> + [ 3945 ] = > <nl> + int ( 15753 ) <nl> + [ 3946 ] = > <nl> + int ( 15754 ) <nl> + [ 3947 ] = > <nl> + int ( 15755 ) <nl> + [ 3948 ] = > <nl> + int ( 15756 ) <nl> + [ 3949 ] = > <nl> + int ( 15757 ) <nl> + [ 3950 ] = > <nl> + int ( 15758 ) <nl> + [ 3951 ] = > <nl> + int ( 15759 ) <nl> + [ 3952 ] = > <nl> + int ( 15760 ) <nl> + [ 3953 ] = > <nl> + int ( 15761 ) <nl> + [ 3954 ] = > <nl> + int ( 15762 ) <nl> + [ 3955 ] = > <nl> + int ( 15763 ) <nl> + [ 3956 ] = > <nl> + int ( 15764 ) <nl> + [ 3957 ] = > <nl> + int ( 15765 ) <nl> + [ 3958 ] = > <nl> + int ( 15766 ) <nl> + [ 3959 ] = > <nl> + int ( 15767 ) <nl> + [ 3960 ] = > <nl> + int ( 15768 ) <nl> + [ 3961 ] = > <nl> + int ( 15769 ) <nl> + [ 3962 ] = > <nl> + int ( 15770 ) <nl> + [ 3963 ] = > <nl> + int ( 15771 ) <nl> + [ 3964 ] = > <nl> + int ( 15772 ) <nl> + [ 3965 ] = > <nl> + int ( 15773 ) <nl> + [ 3966 ] = > <nl> + int ( 15774 ) <nl> + [ 3967 ] = > <nl> + int ( 15775 ) <nl> + [ 3968 ] = > <nl> + int ( 15776 ) <nl> + [ 3969 ] = > <nl> + int ( 15777 ) <nl> + [ 3970 ] = > <nl> + int ( 15778 ) <nl> + [ 3971 ] = > <nl> + int ( 15779 ) <nl> + [ 3972 ] = > <nl> + int ( 15780 ) <nl> + [ 3973 ] = > <nl> + int ( 15781 ) <nl> + [ 3974 ] = > <nl> + int ( 15782 ) <nl> + [ 3975 ] = > <nl> + int ( 15783 ) <nl> + [ 3976 ] = > <nl> + int ( 15784 ) <nl> + [ 3977 ] = > <nl> + int ( 15785 ) <nl> + [ 3978 ] = > <nl> + int ( 15786 ) <nl> + [ 3979 ] = > <nl> + int ( 15787 ) <nl> + [ 3980 ] = > <nl> + int ( 15788 ) <nl> + [ 3981 ] = > <nl> + int ( 15789 ) <nl> + [ 3982 ] = > <nl> + int ( 15790 ) <nl> + [ 3983 ] = > <nl> + int ( 15791 ) <nl> + [ 3984 ] = > <nl> + int ( 15792 ) <nl> + [ 3985 ] = > <nl> + int ( 15793 ) <nl> + [ 3986 ] = > <nl> + int ( 15794 ) <nl> + [ 3987 ] = > <nl> + int ( 15795 ) <nl> + [ 3988 ] = > <nl> + int ( 15796 ) <nl> + [ 3989 ] = > <nl> + int ( 15797 ) <nl> + [ 3990 ] = > <nl> + int ( 15798 ) <nl> + [ 3991 ] = > <nl> + int ( 15799 ) <nl> + [ 3992 ] = > <nl> + int ( 15800 ) <nl> + [ 3993 ] = > <nl> + int ( 15801 ) <nl> + [ 3994 ] = > <nl> + int ( 15802 ) <nl> + [ 3995 ] = > <nl> + int ( 15803 ) <nl> + [ 3996 ] = > <nl> + int ( 15804 ) <nl> + [ 3997 ] = > <nl> + int ( 15805 ) <nl> + [ 3998 ] = > <nl> + int ( 15806 ) <nl> + [ 3999 ] = > <nl> + int ( 15807 ) <nl> + [ 4000 ] = > <nl> + int ( 15808 ) <nl> + [ 4001 ] = > <nl> + int ( 15809 ) <nl> + [ 4002 ] = > <nl> + int ( 15810 ) <nl> + [ 4003 ] = > <nl> + int ( 15811 ) <nl> + [ 4004 ] = > <nl> + int ( 15812 ) <nl> + [ 4005 ] = > <nl> + int ( 15813 ) <nl> + [ 4006 ] = > <nl> + int ( 15814 ) <nl> + [ 4007 ] = > <nl> + int ( 15815 ) <nl> + [ 4008 ] = > <nl> + int ( 15816 ) <nl> + [ 4009 ] = > <nl> + int ( 15817 ) <nl> + [ 4010 ] = > <nl> + int ( 15818 ) <nl> + [ 4011 ] = > <nl> + int ( 15819 ) <nl> + [ 4012 ] = > <nl> + int ( 15820 ) <nl> + [ 4013 ] = > <nl> + int ( 15821 ) <nl> + [ 4014 ] = > <nl> + int ( 15822 ) <nl> + [ 4015 ] = > <nl> + int ( 15823 ) <nl> + [ 4016 ] = > <nl> + int ( 15824 ) <nl> + [ 4017 ] = > <nl> + int ( 15825 ) <nl> + [ 4018 ] = > <nl> + int ( 15826 ) <nl> + [ 4019 ] = > <nl> + int ( 15827 ) <nl> + [ 4020 ] = > <nl> + int ( 15828 ) <nl> + [ 4021 ] = > <nl> + int ( 15829 ) <nl> + [ 4022 ] = > <nl> + int ( 15830 ) <nl> + [ 4023 ] = > <nl> + int ( 15831 ) <nl> + [ 4024 ] = > <nl> + int ( 15832 ) <nl> + [ 4025 ] = > <nl> + int ( 15833 ) <nl> + [ 4026 ] = > <nl> + int ( 15834 ) <nl> + [ 4027 ] = > <nl> + int ( 15835 ) <nl> + [ 4028 ] = > <nl> + int ( 15836 ) <nl> + [ 4029 ] = > <nl> + int ( 15837 ) <nl> + [ 4030 ] = > <nl> + int ( 15838 ) <nl> + [ 4031 ] = > <nl> + int ( 15839 ) <nl> + [ 4032 ] = > <nl> + int ( 15840 ) <nl> + [ 4033 ] = > <nl> + int ( 15841 ) <nl> + [ 4034 ] = > <nl> + int ( 15842 ) <nl> + [ 4035 ] = > <nl> + int ( 15843 ) <nl> + [ 4036 ] = > <nl> + int ( 15844 ) <nl> + [ 4037 ] = > <nl> + int ( 15845 ) <nl> + [ 4038 ] = > <nl> + int ( 15846 ) <nl> + [ 4039 ] = > <nl> + int ( 15847 ) <nl> + [ 4040 ] = > <nl> + int ( 15848 ) <nl> + [ 4041 ] = > <nl> + int ( 15849 ) <nl> + [ 4042 ] = > <nl> + int ( 15850 ) <nl> + [ 4043 ] = > <nl> + int ( 15851 ) <nl> + [ 4044 ] = > <nl> + int ( 15852 ) <nl> + [ 4045 ] = > <nl> + int ( 15853 ) <nl> + [ 4046 ] = > <nl> + int ( 15854 ) <nl> + [ 4047 ] = > <nl> + int ( 15855 ) <nl> + [ 4048 ] = > <nl> + int ( 15856 ) <nl> + [ 4049 ] = > <nl> + int ( 15857 ) <nl> + [ 4050 ] = > <nl> + int ( 15858 ) <nl> + [ 4051 ] = > <nl> + int ( 15859 ) <nl> + [ 4052 ] = > <nl> + int ( 15860 ) <nl> + [ 4053 ] = > <nl> + int ( 15861 ) <nl> + [ 4054 ] = > <nl> + int ( 15862 ) <nl> + [ 4055 ] = > <nl> + int ( 15863 ) <nl> + [ 4056 ] = > <nl> + int ( 15864 ) <nl> + [ 4057 ] = > <nl> + int ( 15865 ) <nl> + [ 4058 ] = > <nl> + int ( 15866 ) <nl> + [ 4059 ] = > <nl> + int ( 15867 ) <nl> + [ 4060 ] = > <nl> + int ( 15868 ) <nl> + [ 4061 ] = > <nl> + int ( 15869 ) <nl> + [ 4062 ] = > <nl> + int ( 15870 ) <nl> + [ 4063 ] = > <nl> + int ( 15871 ) <nl> + [ 4064 ] = > <nl> + int ( 15872 ) <nl> + [ 4065 ] = > <nl> + int ( 15873 ) <nl> + [ 4066 ] = > <nl> + int ( 15874 ) <nl> + [ 4067 ] = > <nl> + int ( 15875 ) <nl> + [ 4068 ] = > <nl> + int ( 15876 ) <nl> + [ 4069 ] = > <nl> + int ( 15877 ) <nl> + [ 4070 ] = > <nl> + int ( 15878 ) <nl> + [ 4071 ] = > <nl> + int ( 15879 ) <nl> + [ 4072 ] = > <nl> + int ( 15880 ) <nl> + [ 4073 ] = > <nl> + int ( 15881 ) <nl> + [ 4074 ] = > <nl> + int ( 15882 ) <nl> + [ 4075 ] = > <nl> + int ( 15883 ) <nl> + [ 4076 ] = > <nl> + int ( 15884 ) <nl> + [ 4077 ] = > <nl> + int ( 15885 ) <nl> + [ 4078 ] = > <nl> + int ( 15886 ) <nl> + [ 4079 ] = > <nl> + int ( 15887 ) <nl> + [ 4080 ] = > <nl> + int ( 15888 ) <nl> + [ 4081 ] = > <nl> + int ( 15889 ) <nl> + [ 4082 ] = > <nl> + int ( 15890 ) <nl> + [ 4083 ] = > <nl> + int ( 15891 ) <nl> + [ 4084 ] = > <nl> + int ( 15892 ) <nl> + [ 4085 ] = > <nl> + int ( 15893 ) <nl> + [ 4086 ] = > <nl> + int ( 15894 ) <nl> + [ 4087 ] = > <nl> + int ( 15895 ) <nl> + [ 4088 ] = > <nl> + int ( 15896 ) <nl> + [ 4089 ] = > <nl> + int ( 15897 ) <nl> + [ 4090 ] = > <nl> + int ( 15898 ) <nl> + [ 4091 ] = > <nl> + int ( 15899 ) <nl> + [ 4092 ] = > <nl> + int ( 15900 ) <nl> + [ 4093 ] = > <nl> + int ( 15901 ) <nl> + [ 4094 ] = > <nl> + int ( 15902 ) <nl> + [ 4095 ] = > <nl> + int ( 15903 ) <nl> + [ 4096 ] = > <nl> + int ( 15904 ) <nl> + [ 4097 ] = > <nl> + int ( 15905 ) <nl> + [ 4098 ] = > <nl> + int ( 15906 ) <nl> + [ 4099 ] = > <nl> + int ( 15907 ) <nl> + [ 4100 ] = > <nl> + int ( 15908 ) <nl> + [ 4101 ] = > <nl> + int ( 15909 ) <nl> + [ 4102 ] = > <nl> + int ( 15910 ) <nl> + [ 4103 ] = > <nl> + int ( 15911 ) <nl> + [ 4104 ] = > <nl> + int ( 15912 ) <nl> + [ 4105 ] = > <nl> + int ( 15913 ) <nl> + [ 4106 ] = > <nl> + int ( 15914 ) <nl> + [ 4107 ] = > <nl> + int ( 15915 ) <nl> + [ 4108 ] = > <nl> + int ( 15916 ) <nl> + [ 4109 ] = > <nl> + int ( 15917 ) <nl> + [ 4110 ] = > <nl> + int ( 15918 ) <nl> + [ 4111 ] = > <nl> + int ( 15919 ) <nl> + [ 4112 ] = > <nl> + int ( 15920 ) <nl> + [ 4113 ] = > <nl> + int ( 15921 ) <nl> + [ 4114 ] = > <nl> + int ( 15922 ) <nl> + [ 4115 ] = > <nl> + int ( 15923 ) <nl> + [ 4116 ] = > <nl> + int ( 15924 ) <nl> + [ 4117 ] = > <nl> + int ( 15925 ) <nl> + [ 4118 ] = > <nl> + int ( 15926 ) <nl> + [ 4119 ] = > <nl> + int ( 15927 ) <nl> + [ 4120 ] = > <nl> + int ( 15928 ) <nl> + [ 4121 ] = > <nl> + int ( 15929 ) <nl> + [ 4122 ] = > <nl> + int ( 15930 ) <nl> + [ 4123 ] = > <nl> + int ( 15931 ) <nl> + [ 4124 ] = > <nl> + int ( 15932 ) <nl> + [ 4125 ] = > <nl> + int ( 15933 ) <nl> + [ 4126 ] = > <nl> + int ( 15934 ) <nl> + [ 4127 ] = > <nl> + int ( 15935 ) <nl> + [ 4128 ] = > <nl> + int ( 15936 ) <nl> + [ 4129 ] = > <nl> + int ( 15937 ) <nl> + [ 4130 ] = > <nl> + int ( 15938 ) <nl> + [ 4131 ] = > <nl> + int ( 15939 ) <nl> + [ 4132 ] = > <nl> + int ( 15940 ) <nl> + [ 4133 ] = > <nl> + int ( 15941 ) <nl> + [ 4134 ] = > <nl> + int ( 15942 ) <nl> + [ 4135 ] = > <nl> + int ( 15943 ) <nl> + [ 4136 ] = > <nl> + int ( 15944 ) <nl> + [ 4137 ] = > <nl> + int ( 15945 ) <nl> + [ 4138 ] = > <nl> + int ( 15946 ) <nl> + [ 4139 ] = > <nl> + int ( 15947 ) <nl> + [ 4140 ] = > <nl> + int ( 15948 ) <nl> + [ 4141 ] = > <nl> + int ( 15949 ) <nl> + [ 4142 ] = > <nl> + int ( 15950 ) <nl> + [ 4143 ] = > <nl> + int ( 15951 ) <nl> + [ 4144 ] = > <nl> + int ( 15952 ) <nl> + [ 4145 ] = > <nl> + int ( 15953 ) <nl> + [ 4146 ] = > <nl> + int ( 15954 ) <nl> + [ 4147 ] = > <nl> + int ( 15955 ) <nl> + [ 4148 ] = > <nl> + int ( 15956 ) <nl> + [ 4149 ] = > <nl> + int ( 15957 ) <nl> + [ 4150 ] = > <nl> + int ( 15958 ) <nl> + [ 4151 ] = > <nl> + int ( 15959 ) <nl> + [ 4152 ] = > <nl> + int ( 15960 ) <nl> + [ 4153 ] = > <nl> + int ( 15961 ) <nl> + [ 4154 ] = > <nl> + int ( 15962 ) <nl> + [ 4155 ] = > <nl> + int ( 15963 ) <nl> + [ 4156 ] = > <nl> + int ( 15964 ) <nl> + [ 4157 ] = > <nl> + int ( 15965 ) <nl> + [ 4158 ] = > <nl> + int ( 15966 ) <nl> + [ 4159 ] = > <nl> + int ( 15967 ) <nl> + [ 4160 ] = > <nl> + int ( 15968 ) <nl> + [ 4161 ] = > <nl> + int ( 15969 ) <nl> + [ 4162 ] = > <nl> + int ( 15970 ) <nl> + [ 4163 ] = > <nl> + int ( 15971 ) <nl> + [ 4164 ] = > <nl> + int ( 15972 ) <nl> + [ 4165 ] = > <nl> + int ( 15973 ) <nl> + [ 4166 ] = > <nl> + int ( 15974 ) <nl> + [ 4167 ] = > <nl> + int ( 15975 ) <nl> + [ 4168 ] = > <nl> + int ( 15976 ) <nl> + [ 4169 ] = > <nl> + int ( 15977 ) <nl> + [ 4170 ] = > <nl> + int ( 15978 ) <nl> + [ 4171 ] = > <nl> + int ( 15979 ) <nl> + [ 4172 ] = > <nl> + int ( 15980 ) <nl> + [ 4173 ] = > <nl> + int ( 15981 ) <nl> + [ 4174 ] = > <nl> + int ( 15982 ) <nl> + [ 4175 ] = > <nl> + int ( 15983 ) <nl> + [ 4176 ] = > <nl> + int ( 15984 ) <nl> + [ 4177 ] = > <nl> + int ( 15985 ) <nl> + [ 4178 ] = > <nl> + int ( 15986 ) <nl> + [ 4179 ] = > <nl> + int ( 15987 ) <nl> + [ 4180 ] = > <nl> + int ( 15988 ) <nl> + [ 4181 ] = > <nl> + int ( 15989 ) <nl> + [ 4182 ] = > <nl> + int ( 15990 ) <nl> + [ 4183 ] = > <nl> + int ( 15991 ) <nl> + [ 4184 ] = > <nl> + int ( 15992 ) <nl> + [ 4185 ] = > <nl> + int ( 15993 ) <nl> + [ 4186 ] = > <nl> + int ( 15994 ) <nl> + [ 4187 ] = > <nl> + int ( 15995 ) <nl> + [ 4188 ] = > <nl> + int ( 15996 ) <nl> + [ 4189 ] = > <nl> + int ( 15997 ) <nl> + [ 4190 ] = > <nl> + int ( 15998 ) <nl> + [ 4191 ] = > <nl> + int ( 15999 ) <nl> + [ 4192 ] = > <nl> + int ( 16000 ) <nl> + [ 4193 ] = > <nl> + int ( 16001 ) <nl> + [ 4194 ] = > <nl> + int ( 16002 ) <nl> + [ 4195 ] = > <nl> + int ( 16003 ) <nl> + [ 4196 ] = > <nl> + int ( 16004 ) <nl> + [ 4197 ] = > <nl> + int ( 16005 ) <nl> + [ 4198 ] = > <nl> + int ( 16006 ) <nl> + [ 4199 ] = > <nl> + int ( 16007 ) <nl> + [ 4200 ] = > <nl> + int ( 16008 ) <nl> + [ 4201 ] = > <nl> + int ( 16009 ) <nl> + [ 4202 ] = > <nl> + int ( 16010 ) <nl> + [ 4203 ] = > <nl> + int ( 16011 ) <nl> + [ 4204 ] = > <nl> + int ( 16012 ) <nl> + [ 4205 ] = > <nl> + int ( 16013 ) <nl> + [ 4206 ] = > <nl> + int ( 16014 ) <nl> + [ 4207 ] = > <nl> + int ( 16015 ) <nl> + [ 4208 ] = > <nl> + int ( 16016 ) <nl> + [ 4209 ] = > <nl> + int ( 16017 ) <nl> + [ 4210 ] = > <nl> + int ( 16018 ) <nl> + [ 4211 ] = > <nl> + int ( 16019 ) <nl> + [ 4212 ] = > <nl> + int ( 16020 ) <nl> + [ 4213 ] = > <nl> + int ( 16021 ) <nl> + [ 4214 ] = > <nl> + int ( 16022 ) <nl> + [ 4215 ] = > <nl> + int ( 16023 ) <nl> + [ 4216 ] = > <nl> + int ( 16024 ) <nl> + [ 4217 ] = > <nl> + int ( 16025 ) <nl> + [ 4218 ] = > <nl> + int ( 16026 ) <nl> + [ 4219 ] = > <nl> + int ( 16027 ) <nl> + [ 4220 ] = > <nl> + int ( 16028 ) <nl> + [ 4221 ] = > <nl> + int ( 16029 ) <nl> + [ 4222 ] = > <nl> + int ( 16030 ) <nl> + [ 4223 ] = > <nl> + int ( 16031 ) <nl> + [ 4224 ] = > <nl> + int ( 16032 ) <nl> + [ 4225 ] = > <nl> + int ( 16033 ) <nl> + [ 4226 ] = > <nl> + int ( 16034 ) <nl> + [ 4227 ] = > <nl> + int ( 16035 ) <nl> + [ 4228 ] = > <nl> + int ( 16036 ) <nl> + [ 4229 ] = > <nl> + int ( 16037 ) <nl> + [ 4230 ] = > <nl> + int ( 16038 ) <nl> + [ 4231 ] = > <nl> + int ( 16039 ) <nl> + [ 4232 ] = > <nl> + int ( 16040 ) <nl> + [ 4233 ] = > <nl> + int ( 16041 ) <nl> + [ 4234 ] = > <nl> + int ( 16042 ) <nl> + [ 4235 ] = > <nl> + int ( 16043 ) <nl> + [ 4236 ] = > <nl> + int ( 16044 ) <nl> + [ 4237 ] = > <nl> + int ( 16045 ) <nl> + [ 4238 ] = > <nl> + int ( 16046 ) <nl> + [ 4239 ] = > <nl> + int ( 16047 ) <nl> + [ 4240 ] = > <nl> + int ( 16048 ) <nl> + [ 4241 ] = > <nl> + int ( 16049 ) <nl> + [ 4242 ] = > <nl> + int ( 16050 ) <nl> + [ 4243 ] = > <nl> + int ( 16051 ) <nl> + [ 4244 ] = > <nl> + int ( 16052 ) <nl> + [ 4245 ] = > <nl> + int ( 16053 ) <nl> + [ 4246 ] = > <nl> + int ( 16054 ) <nl> + [ 4247 ] = > <nl> + int ( 16055 ) <nl> + [ 4248 ] = > <nl> + int ( 16056 ) <nl> + [ 4249 ] = > <nl> + int ( 16057 ) <nl> + [ 4250 ] = > <nl> + int ( 16058 ) <nl> + [ 4251 ] = > <nl> + int ( 16059 ) <nl> + [ 4252 ] = > <nl> + int ( 16060 ) <nl> + [ 4253 ] = > <nl> + int ( 16061 ) <nl> + [ 4254 ] = > <nl> + int ( 16062 ) <nl> + [ 4255 ] = > <nl> + int ( 16063 ) <nl> + [ 4256 ] = > <nl> + int ( 16064 ) <nl> + [ 4257 ] = > <nl> + int ( 16065 ) <nl> + [ 4258 ] = > <nl> + int ( 16066 ) <nl> + [ 4259 ] = > <nl> + int ( 16067 ) <nl> + [ 4260 ] = > <nl> + int ( 16068 ) <nl> + [ 4261 ] = > <nl> + int ( 16069 ) <nl> + [ 4262 ] = > <nl> + int ( 16070 ) <nl> + [ 4263 ] = > <nl> + int ( 16071 ) <nl> + [ 4264 ] = > <nl> + int ( 16072 ) <nl> + [ 4265 ] = > <nl> + int ( 16073 ) <nl> + [ 4266 ] = > <nl> + int ( 16074 ) <nl> + [ 4267 ] = > <nl> + int ( 16075 ) <nl> + [ 4268 ] = > <nl> + int ( 16076 ) <nl> + [ 4269 ] = > <nl> + int ( 16077 ) <nl> + [ 4270 ] = > <nl> + int ( 16078 ) <nl> + [ 4271 ] = > <nl> + int ( 16079 ) <nl> + [ 4272 ] = > <nl> + int ( 16080 ) <nl> + [ 4273 ] = > <nl> + int ( 16081 ) <nl> + [ 4274 ] = > <nl> + int ( 16082 ) <nl> + [ 4275 ] = > <nl> + int ( 16083 ) <nl> + [ 4276 ] = > <nl> + int ( 16084 ) <nl> + [ 4277 ] = > <nl> + int ( 16085 ) <nl> + [ 4278 ] = > <nl> + int ( 16086 ) <nl> + [ 4279 ] = > <nl> + int ( 16087 ) <nl> + [ 4280 ] = > <nl> + int ( 16088 ) <nl> + [ 4281 ] = > <nl> + int ( 16089 ) <nl> + [ 4282 ] = > <nl> + int ( 16090 ) <nl> + [ 4283 ] = > <nl> + int ( 16091 ) <nl> + [ 4284 ] = > <nl> + int ( 16092 ) <nl> + [ 4285 ] = > <nl> + int ( 16093 ) <nl> + [ 4286 ] = > <nl> + int ( 16094 ) <nl> + [ 4287 ] = > <nl> + int ( 16095 ) <nl> + [ 4288 ] = > <nl> + int ( 16096 ) <nl> + [ 4289 ] = > <nl> + int ( 16097 ) <nl> + [ 4290 ] = > <nl> + int ( 16098 ) <nl> + [ 4291 ] = > <nl> + int ( 16099 ) <nl> + [ 4292 ] = > <nl> + int ( 16100 ) <nl> + [ 4293 ] = > <nl> + int ( 16101 ) <nl> + [ 4294 ] = > <nl> + int ( 16102 ) <nl> + [ 4295 ] = > <nl> + int ( 16103 ) <nl> + [ 4296 ] = > <nl> + int ( 16104 ) <nl> + [ 4297 ] = > <nl> + int ( 16105 ) <nl> + [ 4298 ] = > <nl> + int ( 16106 ) <nl> + [ 4299 ] = > <nl> + int ( 16107 ) <nl> + [ 4300 ] = > <nl> + int ( 16108 ) <nl> + [ 4301 ] = > <nl> + int ( 16109 ) <nl> + [ 4302 ] = > <nl> + int ( 16110 ) <nl> + [ 4303 ] = > <nl> + int ( 16111 ) <nl> + [ 4304 ] = > <nl> + int ( 16112 ) <nl> + [ 4305 ] = > <nl> + int ( 16113 ) <nl> + [ 4306 ] = > <nl> + int ( 16114 ) <nl> + [ 4307 ] = > <nl> + int ( 16115 ) <nl> + [ 4308 ] = > <nl> + int ( 16116 ) <nl> + [ 4309 ] = > <nl> + int ( 16117 ) <nl> + [ 4310 ] = > <nl> + int ( 16118 ) <nl> + [ 4311 ] = > <nl> + int ( 16119 ) <nl> + [ 4312 ] = > <nl> + int ( 16120 ) <nl> + [ 4313 ] = > <nl> + int ( 16121 ) <nl> + [ 4314 ] = > <nl> + int ( 16122 ) <nl> + [ 4315 ] = > <nl> + int ( 16123 ) <nl> + [ 4316 ] = > <nl> + int ( 16124 ) <nl> + [ 4317 ] = > <nl> + int ( 16125 ) <nl> + [ 4318 ] = > <nl> + int ( 16126 ) <nl> + [ 4319 ] = > <nl> + int ( 16127 ) <nl> + [ 4320 ] = > <nl> + int ( 16128 ) <nl> + [ 4321 ] = > <nl> + int ( 16129 ) <nl> + [ 4322 ] = > <nl> + int ( 16130 ) <nl> + [ 4323 ] = > <nl> + int ( 16131 ) <nl> + [ 4324 ] = > <nl> + int ( 16132 ) <nl> + [ 4325 ] = > <nl> + int ( 16133 ) <nl> + [ 4326 ] = > <nl> + int ( 16134 ) <nl> + [ 4327 ] = > <nl> + int ( 16135 ) <nl> + [ 4328 ] = > <nl> + int ( 16136 ) <nl> + [ 4329 ] = > <nl> + int ( 16137 ) <nl> + [ 4330 ] = > <nl> + int ( 16138 ) <nl> + [ 4331 ] = > <nl> + int ( 16139 ) <nl> + [ 4332 ] = > <nl> + int ( 16140 ) <nl> + [ 4333 ] = > <nl> + int ( 16141 ) <nl> + [ 4334 ] = > <nl> + int ( 16142 ) <nl> + [ 4335 ] = > <nl> + int ( 16143 ) <nl> + [ 4336 ] = > <nl> + int ( 16144 ) <nl> + [ 4337 ] = > <nl> + int ( 16145 ) <nl> + [ 4338 ] = > <nl> + int ( 16146 ) <nl> + [ 4339 ] = > <nl> + int ( 16147 ) <nl> + [ 4340 ] = > <nl> + int ( 16148 ) <nl> + [ 4341 ] = > <nl> + int ( 16149 ) <nl> + [ 4342 ] = > <nl> + int ( 16150 ) <nl> + [ 4343 ] = > <nl> + int ( 16151 ) <nl> + [ 4344 ] = > <nl> + int ( 16152 ) <nl> + [ 4345 ] = > <nl> + int ( 16153 ) <nl> + [ 4346 ] = > <nl> + int ( 16154 ) <nl> + [ 4347 ] = > <nl> + int ( 16155 ) <nl> + [ 4348 ] = > <nl> + int ( 16156 ) <nl> + [ 4349 ] = > <nl> + int ( 16157 ) <nl> + [ 4350 ] = > <nl> + int ( 16158 ) <nl> + [ 4351 ] = > <nl> + int ( 16159 ) <nl> + [ 4352 ] = > <nl> + int ( 16160 ) <nl> + [ 4353 ] = > <nl> + int ( 16161 ) <nl> + [ 4354 ] = > <nl> + int ( 16162 ) <nl> + [ 4355 ] = > <nl> + int ( 16163 ) <nl> + [ 4356 ] = > <nl> + int ( 16164 ) <nl> + [ 4357 ] = > <nl> + int ( 16165 ) <nl> + [ 4358 ] = > <nl> + int ( 16166 ) <nl> + [ 4359 ] = > <nl> + int ( 16167 ) <nl> + [ 4360 ] = > <nl> + int ( 16168 ) <nl> + [ 4361 ] = > <nl> + int ( 16169 ) <nl> + [ 4362 ] = > <nl> + int ( 16170 ) <nl> + [ 4363 ] = > <nl> + int ( 16171 ) <nl> + [ 4364 ] = > <nl> + int ( 16172 ) <nl> + [ 4365 ] = > <nl> + int ( 16173 ) <nl> + [ 4366 ] = > <nl> + int ( 16174 ) <nl> + [ 4367 ] = > <nl> + int ( 16175 ) <nl> + [ 4368 ] = > <nl> + int ( 16176 ) <nl> + [ 4369 ] = > <nl> + int ( 16177 ) <nl> + [ 4370 ] = > <nl> + int ( 16178 ) <nl> + [ 4371 ] = > <nl> + int ( 16179 ) <nl> + [ 4372 ] = > <nl> + int ( 16180 ) <nl> + [ 4373 ] = > <nl> + int ( 16181 ) <nl> + [ 4374 ] = > <nl> + int ( 16182 ) <nl> + [ 4375 ] = > <nl> + int ( 16183 ) <nl> + [ 4376 ] = > <nl> + int ( 16184 ) <nl> + [ 4377 ] = > <nl> + int ( 16185 ) <nl> + [ 4378 ] = > <nl> + int ( 16186 ) <nl> + [ 4379 ] = > <nl> + int ( 16187 ) <nl> + [ 4380 ] = > <nl> + int ( 16188 ) <nl> + [ 4381 ] = > <nl> + int ( 16189 ) <nl> + [ 4382 ] = > <nl> + int ( 16190 ) <nl> + [ 4383 ] = > <nl> + int ( 16191 ) <nl> + [ 4384 ] = > <nl> + int ( 16192 ) <nl> + [ 4385 ] = > <nl> + int ( 16193 ) <nl> + [ 4386 ] = > <nl> + int ( 16194 ) <nl> + [ 4387 ] = > <nl> + int ( 16195 ) <nl> + [ 4388 ] = > <nl> + int ( 16196 ) <nl> + [ 4389 ] = > <nl> + int ( 16197 ) <nl> + [ 4390 ] = > <nl> + int ( 16198 ) <nl> + [ 4391 ] = > <nl> + int ( 16199 ) <nl> + [ 4392 ] = > <nl> + int ( 16200 ) <nl> + [ 4393 ] = > <nl> + int ( 16201 ) <nl> + [ 4394 ] = > <nl> + int ( 16202 ) <nl> + [ 4395 ] = > <nl> + int ( 16203 ) <nl> + [ 4396 ] = > <nl> + int ( 16204 ) <nl> + [ 4397 ] = > <nl> + int ( 16205 ) <nl> + [ 4398 ] = > <nl> + int ( 16206 ) <nl> + [ 4399 ] = > <nl> + int ( 16207 ) <nl> + [ 4400 ] = > <nl> + int ( 16208 ) <nl> + [ 4401 ] = > <nl> + int ( 16209 ) <nl> + [ 4402 ] = > <nl> + int ( 16210 ) <nl> + [ 4403 ] = > <nl> + int ( 16211 ) <nl> + [ 4404 ] = > <nl> + int ( 16212 ) <nl> + [ 4405 ] = > <nl> + int ( 16213 ) <nl> + [ 4406 ] = > <nl> + int ( 16214 ) <nl> + [ 4407 ] = > <nl> + int ( 16215 ) <nl> + [ 4408 ] = > <nl> + int ( 16216 ) <nl> + [ 4409 ] = > <nl> + int ( 16217 ) <nl> + [ 4410 ] = > <nl> + int ( 16218 ) <nl> + [ 4411 ] = > <nl> + int ( 16219 ) <nl> + [ 4412 ] = > <nl> + int ( 16220 ) <nl> + [ 4413 ] = > <nl> + int ( 16221 ) <nl> + [ 4414 ] = > <nl> + int ( 16222 ) <nl> + [ 4415 ] = > <nl> + int ( 16223 ) <nl> + [ 4416 ] = > <nl> + int ( 16224 ) <nl> + [ 4417 ] = > <nl> + int ( 16225 ) <nl> + [ 4418 ] = > <nl> + int ( 16226 ) <nl> + [ 4419 ] = > <nl> + int ( 16227 ) <nl> + [ 4420 ] = > <nl> + int ( 16228 ) <nl> + [ 4421 ] = > <nl> + int ( 16229 ) <nl> + [ 4422 ] = > <nl> + int ( 16230 ) <nl> + [ 4423 ] = > <nl> + int ( 16231 ) <nl> + [ 4424 ] = > <nl> + int ( 16232 ) <nl> + [ 4425 ] = > <nl> + int ( 16233 ) <nl> + [ 4426 ] = > <nl> + int ( 16234 ) <nl> + [ 4427 ] = > <nl> + int ( 16235 ) <nl> + [ 4428 ] = > <nl> + int ( 16236 ) <nl> + [ 4429 ] = > <nl> + int ( 16237 ) <nl> + [ 4430 ] = > <nl> + int ( 16238 ) <nl> + [ 4431 ] = > <nl> + int ( 16239 ) <nl> + [ 4432 ] = > <nl> + int ( 16240 ) <nl> + [ 4433 ] = > <nl> + int ( 16241 ) <nl> + [ 4434 ] = > <nl> + int ( 16242 ) <nl> + [ 4435 ] = > <nl> + int ( 16243 ) <nl> + [ 4436 ] = > <nl> + int ( 16244 ) <nl> + [ 4437 ] = > <nl> + int ( 16245 ) <nl> + [ 4438 ] = > <nl> + int ( 16246 ) <nl> + [ 4439 ] = > <nl> + int ( 16247 ) <nl> + [ 4440 ] = > <nl> + int ( 16248 ) <nl> + [ 4441 ] = > <nl> + int ( 16249 ) <nl> + [ 4442 ] = > <nl> + int ( 16250 ) <nl> + [ 4443 ] = > <nl> + int ( 16251 ) <nl> + [ 4444 ] = > <nl> + int ( 16252 ) <nl> + [ 4445 ] = > <nl> + int ( 16253 ) <nl> + [ 4446 ] = > <nl> + int ( 16254 ) <nl> + [ 4447 ] = > <nl> + int ( 16255 ) <nl> + [ 4448 ] = > <nl> + int ( 16256 ) <nl> + [ 4449 ] = > <nl> + int ( 16257 ) <nl> + [ 4450 ] = > <nl> + int ( 16258 ) <nl> + [ 4451 ] = > <nl> + int ( 16259 ) <nl> + [ 4452 ] = > <nl> + int ( 16260 ) <nl> + [ 4453 ] = > <nl> + int ( 16261 ) <nl> + [ 4454 ] = > <nl> + int ( 16262 ) <nl> + [ 4455 ] = > <nl> + int ( 16263 ) <nl> + [ 4456 ] = > <nl> + int ( 16264 ) <nl> + [ 4457 ] = > <nl> + int ( 16265 ) <nl> + [ 4458 ] = > <nl> + int ( 16266 ) <nl> + [ 4459 ] = > <nl> + int ( 16267 ) <nl> + [ 4460 ] = > <nl> + int ( 16268 ) <nl> + [ 4461 ] = > <nl> + int ( 16269 ) <nl> + [ 4462 ] = > <nl> + int ( 16270 ) <nl> + [ 4463 ] = > <nl> + int ( 16271 ) <nl> + [ 4464 ] = > <nl> + int ( 16272 ) <nl> + [ 4465 ] = > <nl> + int ( 16273 ) <nl> + [ 4466 ] = > <nl> + int ( 16274 ) <nl> + [ 4467 ] = > <nl> + int ( 16275 ) <nl> + [ 4468 ] = > <nl> + int ( 16276 ) <nl> + [ 4469 ] = > <nl> + int ( 16277 ) <nl> + [ 4470 ] = > <nl> + int ( 16278 ) <nl> + [ 4471 ] = > <nl> + int ( 16279 ) <nl> + [ 4472 ] = > <nl> + int ( 16280 ) <nl> + [ 4473 ] = > <nl> + int ( 16281 ) <nl> + [ 4474 ] = > <nl> + int ( 16282 ) <nl> + [ 4475 ] = > <nl> + int ( 16283 ) <nl> + [ 4476 ] = > <nl> + int ( 16284 ) <nl> + [ 4477 ] = > <nl> + int ( 16285 ) <nl> + [ 4478 ] = > <nl> + int ( 16286 ) <nl> + [ 4479 ] = > <nl> + int ( 16287 ) <nl> + [ 4480 ] = > <nl> + int ( 16288 ) <nl> + [ 4481 ] = > <nl> + int ( 16289 ) <nl> + [ 4482 ] = > <nl> + int ( 16290 ) <nl> + [ 4483 ] = > <nl> + int ( 16291 ) <nl> + [ 4484 ] = > <nl> + int ( 16292 ) <nl> + [ 4485 ] = > <nl> + int ( 16293 ) <nl> + [ 4486 ] = > <nl> + int ( 16294 ) <nl> + [ 4487 ] = > <nl> + int ( 16295 ) <nl> + [ 4488 ] = > <nl> + int ( 16296 ) <nl> + [ 4489 ] = > <nl> + int ( 16297 ) <nl> + [ 4490 ] = > <nl> + int ( 16298 ) <nl> + [ 4491 ] = > <nl> + int ( 16299 ) <nl> + [ 4492 ] = > <nl> + int ( 16300 ) <nl> + [ 4493 ] = > <nl> + int ( 16301 ) <nl> + [ 4494 ] = > <nl> + int ( 16302 ) <nl> + [ 4495 ] = > <nl> + int ( 16303 ) <nl> + [ 4496 ] = > <nl> + int ( 16304 ) <nl> + [ 4497 ] = > <nl> + int ( 16305 ) <nl> + [ 4498 ] = > <nl> + int ( 16306 ) <nl> + [ 4499 ] = > <nl> + int ( 16307 ) <nl> + [ 4500 ] = > <nl> + int ( 16308 ) <nl> + [ 4501 ] = > <nl> + int ( 16309 ) <nl> + [ 4502 ] = > <nl> + int ( 16310 ) <nl> + [ 4503 ] = > <nl> + int ( 16311 ) <nl> + [ 4504 ] = > <nl> + int ( 16312 ) <nl> + [ 4505 ] = > <nl> + int ( 16313 ) <nl> + [ 4506 ] = > <nl> + int ( 16314 ) <nl> + [ 4507 ] = > <nl> + int ( 16315 ) <nl> + [ 4508 ] = > <nl> + int ( 16316 ) <nl> + [ 4509 ] = > <nl> + int ( 16317 ) <nl> + [ 4510 ] = > <nl> + int ( 16318 ) <nl> + [ 4511 ] = > <nl> + int ( 16319 ) <nl> + [ 4512 ] = > <nl> + int ( 16320 ) <nl> + [ 4513 ] = > <nl> + int ( 16321 ) <nl> + [ 4514 ] = > <nl> + int ( 16322 ) <nl> + [ 4515 ] = > <nl> + int ( 16323 ) <nl> + [ 4516 ] = > <nl> + int ( 16324 ) <nl> + [ 4517 ] = > <nl> + int ( 16325 ) <nl> + [ 4518 ] = > <nl> + int ( 16326 ) <nl> + [ 4519 ] = > <nl> + int ( 16327 ) <nl> + [ 4520 ] = > <nl> + int ( 16328 ) <nl> + [ 4521 ] = > <nl> + int ( 16329 ) <nl> + [ 4522 ] = > <nl> + int ( 16330 ) <nl> + [ 4523 ] = > <nl> + int ( 16331 ) <nl> + [ 4524 ] = > <nl> + int ( 16332 ) <nl> + [ 4525 ] = > <nl> + int ( 16333 ) <nl> + [ 4526 ] = > <nl> + int ( 16334 ) <nl> + [ 4527 ] = > <nl> + int ( 16335 ) <nl> + [ 4528 ] = > <nl> + int ( 16336 ) <nl> + [ 4529 ] = > <nl> + int ( 16337 ) <nl> + [ 4530 ] = > <nl> + int ( 16338 ) <nl> + [ 4531 ] = > <nl> + int ( 16339 ) <nl> + [ 4532 ] = > <nl> + int ( 16340 ) <nl> + [ 4533 ] = > <nl> + int ( 16341 ) <nl> + [ 4534 ] = > <nl> + int ( 16342 ) <nl> + [ 4535 ] = > <nl> + int ( 16343 ) <nl> + [ 4536 ] = > <nl> + int ( 16344 ) <nl> + [ 4537 ] = > <nl> + int ( 16345 ) <nl> + [ 4538 ] = > <nl> + int ( 16346 ) <nl> + [ 4539 ] = > <nl> + int ( 16347 ) <nl> + [ 4540 ] = > <nl> + int ( 16348 ) <nl> + [ 4541 ] = > <nl> + int ( 16349 ) <nl> + [ 4542 ] = > <nl> + int ( 16350 ) <nl> + [ 4543 ] = > <nl> + int ( 16351 ) <nl> + [ 4544 ] = > <nl> + int ( 16352 ) <nl> + [ 4545 ] = > <nl> + int ( 16353 ) <nl> + [ 4546 ] = > <nl> + int ( 16354 ) <nl> + [ 4547 ] = > <nl> + int ( 16355 ) <nl> + [ 4548 ] = > <nl> + int ( 16356 ) <nl> + [ 4549 ] = > <nl> + int ( 16357 ) <nl> + [ 4550 ] = > <nl> + int ( 16358 ) <nl> + [ 4551 ] = > <nl> + int ( 16359 ) <nl> + [ 4552 ] = > <nl> + int ( 16360 ) <nl> + [ 4553 ] = > <nl> + int ( 16361 ) <nl> + [ 4554 ] = > <nl> + int ( 16362 ) <nl> + [ 4555 ] = > <nl> + int ( 16363 ) <nl> + [ 4556 ] = > <nl> + int ( 16364 ) <nl> + [ 4557 ] = > <nl> + int ( 16365 ) <nl> + [ 4558 ] = > <nl> + int ( 16366 ) <nl> + [ 4559 ] = > <nl> + int ( 16367 ) <nl> + [ 4560 ] = > <nl> + int ( 16368 ) <nl> + [ 4561 ] = > <nl> + int ( 16369 ) <nl> + [ 4562 ] = > <nl> + int ( 16370 ) <nl> + [ 4563 ] = > <nl> + int ( 16371 ) <nl> + [ 4564 ] = > <nl> + int ( 16372 ) <nl> + [ 4565 ] = > <nl> + int ( 16373 ) <nl> + [ 4566 ] = > <nl> + int ( 16374 ) <nl> + [ 4567 ] = > <nl> + int ( 16375 ) <nl> + [ 4568 ] = > <nl> + int ( 16376 ) <nl> + [ 4569 ] = > <nl> + int ( 16377 ) <nl> + [ 4570 ] = > <nl> + int ( 16378 ) <nl> + [ 4571 ] = > <nl> + int ( 16379 ) <nl> + [ 4572 ] = > <nl> + int ( 16380 ) <nl> + [ 4573 ] = > <nl> + int ( 16381 ) <nl> + [ 4574 ] = > <nl> + int ( 16382 ) <nl> + [ 4575 ] = > <nl> + int ( 16383 ) <nl> + [ 4576 ] = > <nl> + int ( 16384 ) <nl> + [ 4577 ] = > <nl> + int ( 16385 ) <nl> + [ 4578 ] = > <nl> + int ( 16386 ) <nl> + [ 4579 ] = > <nl> + int ( 16387 ) <nl> + [ 4580 ] = > <nl> + int ( 16388 ) <nl> + [ 4581 ] = > <nl> + int ( 16389 ) <nl> + [ 4582 ] = > <nl> + int ( 16390 ) <nl> + [ 4583 ] = > <nl> + int ( 16391 ) <nl> + [ 4584 ] = > <nl> + int ( 16392 ) <nl> + [ 4585 ] = > <nl> + int ( 16393 ) <nl> + [ 4586 ] = > <nl> + int ( 16394 ) <nl> + [ 4587 ] = > <nl> + int ( 16395 ) <nl> + [ 4588 ] = > <nl> + int ( 16396 ) <nl> + [ 4589 ] = > <nl> + int ( 16397 ) <nl> + [ 4590 ] = > <nl> + int ( 16398 ) <nl> + [ 4591 ] = > <nl> + int ( 16399 ) <nl> + [ 4592 ] = > <nl> + int ( 16400 ) <nl> + [ 4593 ] = > <nl> + int ( 16401 ) <nl> + [ 4594 ] = > <nl> + int ( 16402 ) <nl> + [ 4595 ] = > <nl> + int ( 16403 ) <nl> + [ 4596 ] = > <nl> + int ( 16404 ) <nl> + [ 4597 ] = > <nl> + int ( 16405 ) <nl> + [ 4598 ] = > <nl> + int ( 16406 ) <nl> + [ 4599 ] = > <nl> + int ( 16407 ) <nl> + [ 4600 ] = > <nl> + int ( 16408 ) <nl> + [ 4601 ] = > <nl> + int ( 16409 ) <nl> + [ 4602 ] = > <nl> + int ( 16410 ) <nl> + [ 4603 ] = > <nl> + int ( 16411 ) <nl> + [ 4604 ] = > <nl> + int ( 16412 ) <nl> + [ 4605 ] = > <nl> + int ( 16413 ) <nl> + [ 4606 ] = > <nl> + int ( 16414 ) <nl> + [ 4607 ] = > <nl> + int ( 16415 ) <nl> + [ 4608 ] = > <nl> + int ( 16416 ) <nl> + [ 4609 ] = > <nl> + int ( 16417 ) <nl> + [ 4610 ] = > <nl> + int ( 16418 ) <nl> + [ 4611 ] = > <nl> + int ( 16419 ) <nl> + [ 4612 ] = > <nl> + int ( 16420 ) <nl> + [ 4613 ] = > <nl> + int ( 16421 ) <nl> + [ 4614 ] = > <nl> + int ( 16422 ) <nl> + [ 4615 ] = > <nl> + int ( 16423 ) <nl> + [ 4616 ] = > <nl> + int ( 16424 ) <nl> + [ 4617 ] = > <nl> + int ( 16425 ) <nl> + [ 4618 ] = > <nl> + int ( 16426 ) <nl> + [ 4619 ] = > <nl> + int ( 16427 ) <nl> + [ 4620 ] = > <nl> + int ( 16428 ) <nl> + [ 4621 ] = > <nl> + int ( 16429 ) <nl> + [ 4622 ] = > <nl> + int ( 16430 ) <nl> + [ 4623 ] = > <nl> + int ( 16431 ) <nl> + [ 4624 ] = > <nl> + int ( 16432 ) <nl> + [ 4625 ] = > <nl> + int ( 16433 ) <nl> + [ 4626 ] = > <nl> + int ( 16434 ) <nl> + [ 4627 ] = > <nl> + int ( 16435 ) <nl> + [ 4628 ] = > <nl> + int ( 16436 ) <nl> + [ 4629 ] = > <nl> + int ( 16437 ) <nl> + [ 4630 ] = > <nl> + int ( 16438 ) <nl> + [ 4631 ] = > <nl> + int ( 16439 ) <nl> + [ 4632 ] = > <nl> + int ( 16440 ) <nl> + [ 4633 ] = > <nl> + int ( 16441 ) <nl> + [ 4634 ] = > <nl> + int ( 16442 ) <nl> + [ 4635 ] = > <nl> + int ( 16443 ) <nl> + [ 4636 ] = > <nl> + int ( 16444 ) <nl> + [ 4637 ] = > <nl> + int ( 16445 ) <nl> + [ 4638 ] = > <nl> + int ( 16446 ) <nl> + [ 4639 ] = > <nl> + int ( 16447 ) <nl> + [ 4640 ] = > <nl> + int ( 16448 ) <nl> + [ 4641 ] = > <nl> + int ( 16449 ) <nl> + [ 4642 ] = > <nl> + int ( 16450 ) <nl> + [ 4643 ] = > <nl> + int ( 16451 ) <nl> + [ 4644 ] = > <nl> + int ( 16452 ) <nl> + [ 4645 ] = > <nl> + int ( 16453 ) <nl> + [ 4646 ] = > <nl> + int ( 16454 ) <nl> + [ 4647 ] = > <nl> + int ( 16455 ) <nl> + [ 4648 ] = > <nl> + int ( 16456 ) <nl> + [ 4649 ] = > <nl> + int ( 16457 ) <nl> + [ 4650 ] = > <nl> + int ( 16458 ) <nl> + [ 4651 ] = > <nl> + int ( 16459 ) <nl> + [ 4652 ] = > <nl> + int ( 16460 ) <nl> + [ 4653 ] = > <nl> + int ( 16461 ) <nl> + [ 4654 ] = > <nl> + int ( 16462 ) <nl> + [ 4655 ] = > <nl> + int ( 16463 ) <nl> + [ 4656 ] = > <nl> + int ( 16464 ) <nl> + [ 4657 ] = > <nl> + int ( 16465 ) <nl> + [ 4658 ] = > <nl> + int ( 16466 ) <nl> + [ 4659 ] = > <nl> + int ( 16467 ) <nl> + [ 4660 ] = > <nl> + int ( 16468 ) <nl> + [ 4661 ] = > <nl> + int ( 16469 ) <nl> + [ 4662 ] = > <nl> + int ( 16470 ) <nl> + [ 4663 ] = > <nl> + int ( 16471 ) <nl> + [ 4664 ] = > <nl> + int ( 16472 ) <nl> + [ 4665 ] = > <nl> + int ( 16473 ) <nl> + [ 4666 ] = > <nl> + int ( 16474 ) <nl> + [ 4667 ] = > <nl> + int ( 16475 ) <nl> + [ 4668 ] = > <nl> + int ( 16476 ) <nl> + [ 4669 ] = > <nl> + int ( 16477 ) <nl> + [ 4670 ] = > <nl> + int ( 16478 ) <nl> + [ 4671 ] = > <nl> + int ( 16479 ) <nl> + [ 4672 ] = > <nl> + int ( 16480 ) <nl> + [ 4673 ] = > <nl> + int ( 16481 ) <nl> + [ 4674 ] = > <nl> + int ( 16482 ) <nl> + [ 4675 ] = > <nl> + int ( 16483 ) <nl> + [ 4676 ] = > <nl> + int ( 16484 ) <nl> + [ 4677 ] = > <nl> + int ( 16485 ) <nl> + [ 4678 ] = > <nl> + int ( 16486 ) <nl> + [ 4679 ] = > <nl> + int ( 16487 ) <nl> + [ 4680 ] = > <nl> + int ( 16488 ) <nl> + [ 4681 ] = > <nl> + int ( 16489 ) <nl> + [ 4682 ] = > <nl> + int ( 16490 ) <nl> + [ 4683 ] = > <nl> + int ( 16491 ) <nl> + [ 4684 ] = > <nl> + int ( 16492 ) <nl> + [ 4685 ] = > <nl> + int ( 16493 ) <nl> + [ 4686 ] = > <nl> + int ( 16494 ) <nl> + [ 4687 ] = > <nl> + int ( 16495 ) <nl> + [ 4688 ] = > <nl> + int ( 16496 ) <nl> + [ 4689 ] = > <nl> + int ( 16497 ) <nl> + [ 4690 ] = > <nl> + int ( 16498 ) <nl> + [ 4691 ] = > <nl> + int ( 16499 ) <nl> + [ 4692 ] = > <nl> + int ( 16500 ) <nl> + [ 4693 ] = > <nl> + int ( 16501 ) <nl> + [ 4694 ] = > <nl> + int ( 16502 ) <nl> + [ 4695 ] = > <nl> + int ( 16503 ) <nl> + [ 4696 ] = > <nl> + int ( 16504 ) <nl> + [ 4697 ] = > <nl> + int ( 16505 ) <nl> + [ 4698 ] = > <nl> + int ( 16506 ) <nl> + [ 4699 ] = > <nl> + int ( 16507 ) <nl> + [ 4700 ] = > <nl> + int ( 16508 ) <nl> + [ 4701 ] = > <nl> + int ( 16509 ) <nl> + [ 4702 ] = > <nl> + int ( 16510 ) <nl> + [ 4703 ] = > <nl> + int ( 16511 ) <nl> + [ 4704 ] = > <nl> + int ( 16512 ) <nl> + [ 4705 ] = > <nl> + int ( 16513 ) <nl> + [ 4706 ] = > <nl> + int ( 16514 ) <nl> + [ 4707 ] = > <nl> + int ( 16515 ) <nl> + [ 4708 ] = > <nl> + int ( 16516 ) <nl> + [ 4709 ] = > <nl> + int ( 16517 ) <nl> + [ 4710 ] = > <nl> + int ( 16518 ) <nl> + [ 4711 ] = > <nl> + int ( 16519 ) <nl> + [ 4712 ] = > <nl> + int ( 16520 ) <nl> + [ 4713 ] = > <nl> + int ( 16521 ) <nl> + [ 4714 ] = > <nl> + int ( 16522 ) <nl> + [ 4715 ] = > <nl> + int ( 16523 ) <nl> + [ 4716 ] = > <nl> + int ( 16524 ) <nl> + [ 4717 ] = > <nl> + int ( 16525 ) <nl> + [ 4718 ] = > <nl> + int ( 16526 ) <nl> + [ 4719 ] = > <nl> + int ( 16527 ) <nl> + [ 4720 ] = > <nl> + int ( 16528 ) <nl> + [ 4721 ] = > <nl> + int ( 16529 ) <nl> + [ 4722 ] = > <nl> + int ( 16530 ) <nl> + [ 4723 ] = > <nl> + int ( 16531 ) <nl> + [ 4724 ] = > <nl> + int ( 16532 ) <nl> + [ 4725 ] = > <nl> + int ( 16533 ) <nl> + [ 4726 ] = > <nl> + int ( 16534 ) <nl> + [ 4727 ] = > <nl> + int ( 16535 ) <nl> + [ 4728 ] = > <nl> + int ( 16536 ) <nl> + [ 4729 ] = > <nl> + int ( 16537 ) <nl> + [ 4730 ] = > <nl> + int ( 16538 ) <nl> + [ 4731 ] = > <nl> + int ( 16539 ) <nl> + [ 4732 ] = > <nl> + int ( 16540 ) <nl> + [ 4733 ] = > <nl> + int ( 16541 ) <nl> + [ 4734 ] = > <nl> + int ( 16542 ) <nl> + [ 4735 ] = > <nl> + int ( 16543 ) <nl> + [ 4736 ] = > <nl> + int ( 16544 ) <nl> + [ 4737 ] = > <nl> + int ( 16545 ) <nl> + [ 4738 ] = > <nl> + int ( 16546 ) <nl> + [ 4739 ] = > <nl> + int ( 16547 ) <nl> + [ 4740 ] = > <nl> + int ( 16548 ) <nl> + [ 4741 ] = > <nl> + int ( 16549 ) <nl> + [ 4742 ] = > <nl> + int ( 16550 ) <nl> + [ 4743 ] = > <nl> + int ( 16551 ) <nl> + [ 4744 ] = > <nl> + int ( 16552 ) <nl> + [ 4745 ] = > <nl> + int ( 16553 ) <nl> + [ 4746 ] = > <nl> + int ( 16554 ) <nl> + [ 4747 ] = > <nl> + int ( 16555 ) <nl> + [ 4748 ] = > <nl> + int ( 16556 ) <nl> + [ 4749 ] = > <nl> + int ( 16557 ) <nl> + [ 4750 ] = > <nl> + int ( 16558 ) <nl> + [ 4751 ] = > <nl> + int ( 16559 ) <nl> + [ 4752 ] = > <nl> + int ( 16560 ) <nl> + [ 4753 ] = > <nl> + int ( 16561 ) <nl> + [ 4754 ] = > <nl> + int ( 16562 ) <nl> + [ 4755 ] = > <nl> + int ( 16563 ) <nl> + [ 4756 ] = > <nl> + int ( 16564 ) <nl> + [ 4757 ] = > <nl> + int ( 16565 ) <nl> + [ 4758 ] = > <nl> + int ( 16566 ) <nl> + [ 4759 ] = > <nl> + int ( 16567 ) <nl> + [ 4760 ] = > <nl> + int ( 16568 ) <nl> + [ 4761 ] = > <nl> + int ( 16569 ) <nl> + [ 4762 ] = > <nl> + int ( 16570 ) <nl> + [ 4763 ] = > <nl> + int ( 16571 ) <nl> + [ 4764 ] = > <nl> + int ( 16572 ) <nl> + [ 4765 ] = > <nl> + int ( 16573 ) <nl> + [ 4766 ] = > <nl> + int ( 16574 ) <nl> + [ 4767 ] = > <nl> + int ( 16575 ) <nl> + [ 4768 ] = > <nl> + int ( 16576 ) <nl> + [ 4769 ] = > <nl> + int ( 16577 ) <nl> + [ 4770 ] = > <nl> + int ( 16578 ) <nl> + [ 4771 ] = > <nl> + int ( 16579 ) <nl> + [ 4772 ] = > <nl> + int ( 16580 ) <nl> + [ 4773 ] = > <nl> + int ( 16581 ) <nl> + [ 4774 ] = > <nl> + int ( 16582 ) <nl> + [ 4775 ] = > <nl> + int ( 16583 ) <nl> + [ 4776 ] = > <nl> + int ( 16584 ) <nl> + [ 4777 ] = > <nl> + int ( 16585 ) <nl> + [ 4778 ] = > <nl> + int ( 16586 ) <nl> + [ 4779 ] = > <nl> + int ( 16587 ) <nl> + [ 4780 ] = > <nl> + int ( 16588 ) <nl> + [ 4781 ] = > <nl> + int ( 16589 ) <nl> + [ 4782 ] = > <nl> + int ( 16590 ) <nl> + [ 4783 ] = > <nl> + int ( 16591 ) <nl> + [ 4784 ] = > <nl> + int ( 16592 ) <nl> + [ 4785 ] = > <nl> + int ( 16593 ) <nl> + [ 4786 ] = > <nl> + int ( 16594 ) <nl> + [ 4787 ] = > <nl> + int ( 16595 ) <nl> + [ 4788 ] = > <nl> + int ( 16596 ) <nl> + [ 4789 ] = > <nl> + int ( 16597 ) <nl> + [ 4790 ] = > <nl> + int ( 16598 ) <nl> + [ 4791 ] = > <nl> + int ( 16599 ) <nl> + [ 4792 ] = > <nl> + int ( 16600 ) <nl> + [ 4793 ] = > <nl> + int ( 16601 ) <nl> + [ 4794 ] = > <nl> + int ( 16602 ) <nl> + [ 4795 ] = > <nl> + int ( 16603 ) <nl> + [ 4796 ] = > <nl> + int ( 16604 ) <nl> + [ 4797 ] = > <nl> + int ( 16605 ) <nl> + [ 4798 ] = > <nl> + int ( 16606 ) <nl> + [ 4799 ] = > <nl> + int ( 16607 ) <nl> + [ 4800 ] = > <nl> + int ( 16608 ) <nl> + [ 4801 ] = > <nl> + int ( 16609 ) <nl> + [ 4802 ] = > <nl> + int ( 16610 ) <nl> + [ 4803 ] = > <nl> + int ( 16611 ) <nl> + [ 4804 ] = > <nl> + int ( 16612 ) <nl> + [ 4805 ] = > <nl> + int ( 16613 ) <nl> + [ 4806 ] = > <nl> + int ( 16614 ) <nl> + [ 4807 ] = > <nl> + int ( 16615 ) <nl> + [ 4808 ] = > <nl> + int ( 16616 ) <nl> + [ 4809 ] = > <nl> + int ( 16617 ) <nl> + [ 4810 ] = > <nl> + int ( 16618 ) <nl> + [ 4811 ] = > <nl> + int ( 16619 ) <nl> + [ 4812 ] = > <nl> + int ( 16620 ) <nl> + [ 4813 ] = > <nl> + int ( 16621 ) <nl> + [ 4814 ] = > <nl> + int ( 16622 ) <nl> + [ 4815 ] = > <nl> + int ( 16623 ) <nl> + [ 4816 ] = > <nl> + int ( 16624 ) <nl> + [ 4817 ] = > <nl> + int ( 16625 ) <nl> + [ 4818 ] = > <nl> + int ( 16626 ) <nl> + [ 4819 ] = > <nl> + int ( 16627 ) <nl> + [ 4820 ] = > <nl> + int ( 16628 ) <nl> + [ 4821 ] = > <nl> + int ( 16629 ) <nl> + [ 4822 ] = > <nl> + int ( 16630 ) <nl> + [ 4823 ] = > <nl> + int ( 16631 ) <nl> + [ 4824 ] = > <nl> + int ( 16632 ) <nl> + [ 4825 ] = > <nl> + int ( 16633 ) <nl> + [ 4826 ] = > <nl> + int ( 16634 ) <nl> + [ 4827 ] = > <nl> + int ( 16635 ) <nl> + [ 4828 ] = > <nl> + int ( 16636 ) <nl> + [ 4829 ] = > <nl> + int ( 16637 ) <nl> + [ 4830 ] = > <nl> + int ( 16638 ) <nl> + [ 4831 ] = > <nl> + int ( 16639 ) <nl> + [ 4832 ] = > <nl> + int ( 16640 ) <nl> + [ 4833 ] = > <nl> + int ( 16641 ) <nl> + [ 4834 ] = > <nl> + int ( 16642 ) <nl> + [ 4835 ] = > <nl> + int ( 16643 ) <nl> + [ 4836 ] = > <nl> + int ( 16644 ) <nl> + [ 4837 ] = > <nl> + int ( 16645 ) <nl> + [ 4838 ] = > <nl> + int ( 16646 ) <nl> + [ 4839 ] = > <nl> + int ( 16647 ) <nl> + [ 4840 ] = > <nl> + int ( 16648 ) <nl> + [ 4841 ] = > <nl> + int ( 16649 ) <nl> + [ 4842 ] = > <nl> + int ( 16650 ) <nl> + [ 4843 ] = > <nl> + int ( 16651 ) <nl> + [ 4844 ] = > <nl> + int ( 16652 ) <nl> + [ 4845 ] = > <nl> + int ( 16653 ) <nl> + [ 4846 ] = > <nl> + int ( 16654 ) <nl> + [ 4847 ] = > <nl> + int ( 16655 ) <nl> + [ 4848 ] = > <nl> + int ( 16656 ) <nl> + [ 4849 ] = > <nl> + int ( 16657 ) <nl> + [ 4850 ] = > <nl> + int ( 16658 ) <nl> + [ 4851 ] = > <nl> + int ( 16659 ) <nl> + [ 4852 ] = > <nl> + int ( 16660 ) <nl> + [ 4853 ] = > <nl> + int ( 16661 ) <nl> + [ 4854 ] = > <nl> + int ( 16662 ) <nl> + [ 4855 ] = > <nl> + int ( 16663 ) <nl> + [ 4856 ] = > <nl> + int ( 16664 ) <nl> + [ 4857 ] = > <nl> + int ( 16665 ) <nl> + [ 4858 ] = > <nl> + int ( 16666 ) <nl> + [ 4859 ] = > <nl> + int ( 16667 ) <nl> + [ 4860 ] = > <nl> + int ( 16668 ) <nl> + [ 4861 ] = > <nl> + int ( 16669 ) <nl> + [ 4862 ] = > <nl> + int ( 16670 ) <nl> + [ 4863 ] = > <nl> + int ( 16671 ) <nl> + [ 4864 ] = > <nl> + int ( 16672 ) <nl> + [ 4865 ] = > <nl> + int ( 16673 ) <nl> + [ 4866 ] = > <nl> + int ( 16674 ) <nl> + [ 4867 ] = > <nl> + int ( 16675 ) <nl> + [ 4868 ] = > <nl> + int ( 16676 ) <nl> + [ 4869 ] = > <nl> + int ( 16677 ) <nl> + [ 4870 ] = > <nl> + int ( 16678 ) <nl> + [ 4871 ] = > <nl> + int ( 16679 ) <nl> + [ 4872 ] = > <nl> + int ( 16680 ) <nl> + [ 4873 ] = > <nl> + int ( 16681 ) <nl> + [ 4874 ] = > <nl> + int ( 16682 ) <nl> + [ 4875 ] = > <nl> + int ( 16683 ) <nl> + [ 4876 ] = > <nl> + int ( 16684 ) <nl> + [ 4877 ] = > <nl> + int ( 16685 ) <nl> + [ 4878 ] = > <nl> + int ( 16686 ) <nl> + [ 4879 ] = > <nl> + int ( 16687 ) <nl> + [ 4880 ] = > <nl> + int ( 16688 ) <nl> + [ 4881 ] = > <nl> + int ( 16689 ) <nl> + [ 4882 ] = > <nl> + int ( 16690 ) <nl> + [ 4883 ] = > <nl> + int ( 16691 ) <nl> + [ 4884 ] = > <nl> + int ( 16692 ) <nl> + [ 4885 ] = > <nl> + int ( 16693 ) <nl> + [ 4886 ] = > <nl> + int ( 16694 ) <nl> + [ 4887 ] = > <nl> + int ( 16695 ) <nl> + [ 4888 ] = > <nl> + int ( 16696 ) <nl> + [ 4889 ] = > <nl> + int ( 16697 ) <nl> + [ 4890 ] = > <nl> + int ( 16698 ) <nl> + [ 4891 ] = > <nl> + int ( 16699 ) <nl> + [ 4892 ] = > <nl> + int ( 16700 ) <nl> + [ 4893 ] = > <nl> + int ( 16701 ) <nl> + [ 4894 ] = > <nl> + int ( 16702 ) <nl> + [ 4895 ] = > <nl> + int ( 16703 ) <nl> + [ 4896 ] = > <nl> + int ( 16704 ) <nl> + [ 4897 ] = > <nl> + int ( 16705 ) <nl> + [ 4898 ] = > <nl> + int ( 16706 ) <nl> + [ 4899 ] = > <nl> + int ( 16707 ) <nl> + [ 4900 ] = > <nl> + int ( 16708 ) <nl> + [ 4901 ] = > <nl> + int ( 16709 ) <nl> + [ 4902 ] = > <nl> + int ( 16710 ) <nl> + [ 4903 ] = > <nl> + int ( 16711 ) <nl> + [ 4904 ] = > <nl> + int ( 16712 ) <nl> + [ 4905 ] = > <nl> + int ( 16713 ) <nl> + [ 4906 ] = > <nl> + int ( 16714 ) <nl> + [ 4907 ] = > <nl> + int ( 16715 ) <nl> + [ 4908 ] = > <nl> + int ( 16716 ) <nl> + [ 4909 ] = > <nl> + int ( 16717 ) <nl> + [ 4910 ] = > <nl> + int ( 16718 ) <nl> + [ 4911 ] = > <nl> + int ( 16719 ) <nl> + [ 4912 ] = > <nl> + int ( 16720 ) <nl> + [ 4913 ] = > <nl> + int ( 16721 ) <nl> + [ 4914 ] = > <nl> + int ( 16722 ) <nl> + [ 4915 ] = > <nl> + int ( 16723 ) <nl> + [ 4916 ] = > <nl> + int ( 16724 ) <nl> + [ 4917 ] = > <nl> + int ( 16725 ) <nl> + [ 4918 ] = > <nl> + int ( 16726 ) <nl> + [ 4919 ] = > <nl> + int ( 16727 ) <nl> + [ 4920 ] = > <nl> + int ( 16728 ) <nl> + [ 4921 ] = > <nl> + int ( 16729 ) <nl> + [ 4922 ] = > <nl> + int ( 16730 ) <nl> + [ 4923 ] = > <nl> + int ( 16731 ) <nl> + [ 4924 ] = > <nl> + int ( 16732 ) <nl> + [ 4925 ] = > <nl> + int ( 16733 ) <nl> + [ 4926 ] = > <nl> + int ( 16734 ) <nl> + [ 4927 ] = > <nl> + int ( 16735 ) <nl> + [ 4928 ] = > <nl> + int ( 16736 ) <nl> + [ 4929 ] = > <nl> + int ( 16737 ) <nl> + [ 4930 ] = > <nl> + int ( 16738 ) <nl> + [ 4931 ] = > <nl> + int ( 16739 ) <nl> + [ 4932 ] = > <nl> + int ( 16740 ) <nl> + [ 4933 ] = > <nl> + int ( 16741 ) <nl> + [ 4934 ] = > <nl> + int ( 16742 ) <nl> + [ 4935 ] = > <nl> + int ( 16743 ) <nl> + [ 4936 ] = > <nl> + int ( 16744 ) <nl> + [ 4937 ] = > <nl> + int ( 16745 ) <nl> + [ 4938 ] = > <nl> + int ( 16746 ) <nl> + [ 4939 ] = > <nl> + int ( 16747 ) <nl> + [ 4940 ] = > <nl> + int ( 16748 ) <nl> + [ 4941 ] = > <nl> + int ( 16749 ) <nl> + [ 4942 ] = > <nl> + int ( 16750 ) <nl> + [ 4943 ] = > <nl> + int ( 16751 ) <nl> + [ 4944 ] = > <nl> + int ( 16752 ) <nl> + [ 4945 ] = > <nl> + int ( 16753 ) <nl> + [ 4946 ] = > <nl> + int ( 16754 ) <nl> + [ 4947 ] = > <nl> + int ( 16755 ) <nl> + [ 4948 ] = > <nl> + int ( 16756 ) <nl> + [ 4949 ] = > <nl> + int ( 16757 ) <nl> + [ 4950 ] = > <nl> + int ( 16758 ) <nl> + [ 4951 ] = > <nl> + int ( 16759 ) <nl> + [ 4952 ] = > <nl> + int ( 16760 ) <nl> + [ 4953 ] = > <nl> + int ( 16761 ) <nl> + [ 4954 ] = > <nl> + int ( 16762 ) <nl> + [ 4955 ] = > <nl> + int ( 16763 ) <nl> + [ 4956 ] = > <nl> + int ( 16764 ) <nl> + [ 4957 ] = > <nl> + int ( 16765 ) <nl> + [ 4958 ] = > <nl> + int ( 16766 ) <nl> + [ 4959 ] = > <nl> + int ( 16767 ) <nl> + [ 4960 ] = > <nl> + int ( 16768 ) <nl> + [ 4961 ] = > <nl> + int ( 16769 ) <nl> + [ 4962 ] = > <nl> + int ( 16770 ) <nl> + [ 4963 ] = > <nl> + int ( 16771 ) <nl> + [ 4964 ] = > <nl> + int ( 16772 ) <nl> + [ 4965 ] = > <nl> + int ( 16773 ) <nl> + [ 4966 ] = > <nl> + int ( 16774 ) <nl> + [ 4967 ] = > <nl> + int ( 16775 ) <nl> + [ 4968 ] = > <nl> + int ( 16776 ) <nl> + [ 4969 ] = > <nl> + int ( 16777 ) <nl> + [ 4970 ] = > <nl> + int ( 16778 ) <nl> + [ 4971 ] = > <nl> + int ( 16779 ) <nl> + [ 4972 ] = > <nl> + int ( 16780 ) <nl> + [ 4973 ] = > <nl> + int ( 16781 ) <nl> + [ 4974 ] = > <nl> + int ( 16782 ) <nl> + [ 4975 ] = > <nl> + int ( 16783 ) <nl> + [ 4976 ] = > <nl> + int ( 16784 ) <nl> + [ 4977 ] = > <nl> + int ( 16785 ) <nl> + [ 4978 ] = > <nl> + int ( 16786 ) <nl> + [ 4979 ] = > <nl> + int ( 16787 ) <nl> + [ 4980 ] = > <nl> + int ( 16788 ) <nl> + [ 4981 ] = > <nl> + int ( 16789 ) <nl> + [ 4982 ] = > <nl> + int ( 16790 ) <nl> + [ 4983 ] = > <nl> + int ( 16791 ) <nl> + [ 4984 ] = > <nl> + int ( 16792 ) <nl> + [ 4985 ] = > <nl> + int ( 16793 ) <nl> + [ 4986 ] = > <nl> + int ( 16794 ) <nl> + [ 4987 ] = > <nl> + int ( 16795 ) <nl> + [ 4988 ] = > <nl> + int ( 16796 ) <nl> + [ 4989 ] = > <nl> + int ( 16797 ) <nl> + [ 4990 ] = > <nl> + int ( 16798 ) <nl> + [ 4991 ] = > <nl> + int ( 16799 ) <nl> + [ 4992 ] = > <nl> + int ( 16800 ) <nl> + [ 4993 ] = > <nl> + int ( 16801 ) <nl> + [ 4994 ] = > <nl> + int ( 16802 ) <nl> + [ 4995 ] = > <nl> + int ( 16803 ) <nl> + [ 4996 ] = > <nl> + int ( 16804 ) <nl> + [ 4997 ] = > <nl> + int ( 16805 ) <nl> + [ 4998 ] = > <nl> + int ( 16806 ) <nl> + [ 4999 ] = > <nl> + int ( 16807 ) <nl> + [ 5000 ] = > <nl> + int ( 16808 ) <nl> + [ 5001 ] = > <nl> + int ( 16809 ) <nl> + [ 5002 ] = > <nl> + int ( 16810 ) <nl> + [ 5003 ] = > <nl> + int ( 16811 ) <nl> + [ 5004 ] = > <nl> + int ( 16812 ) <nl> + [ 5005 ] = > <nl> + int ( 16813 ) <nl> + [ 5006 ] = > <nl> + int ( 16814 ) <nl> + [ 5007 ] = > <nl> + int ( 16815 ) <nl> + [ 5008 ] = > <nl> + int ( 16816 ) <nl> + [ 5009 ] = > <nl> + int ( 16817 ) <nl> + [ 5010 ] = > <nl> + int ( 16818 ) <nl> + [ 5011 ] = > <nl> + int ( 16819 ) <nl> + [ 5012 ] = > <nl> + int ( 16820 ) <nl> + [ 5013 ] = > <nl> + int ( 16821 ) <nl> + [ 5014 ] = > <nl> + int ( 16822 ) <nl> + [ 5015 ] = > <nl> + int ( 16823 ) <nl> + [ 5016 ] = > <nl> + int ( 16824 ) <nl> + [ 5017 ] = > <nl> + int ( 16825 ) <nl> + [ 5018 ] = > <nl> + int ( 16826 ) <nl> + [ 5019 ] = > <nl> + int ( 16827 ) <nl> + [ 5020 ] = > <nl> + int ( 16828 ) <nl> + [ 5021 ] = > <nl> + int ( 16829 ) <nl> + [ 5022 ] = > <nl> + int ( 16830 ) <nl> + [ 5023 ] = > <nl> + int ( 16831 ) <nl> + [ 5024 ] = > <nl> + int ( 16832 ) <nl> + [ 5025 ] = > <nl> + int ( 16833 ) <nl> + [ 5026 ] = > <nl> + int ( 16834 ) <nl> + [ 5027 ] = > <nl> + int ( 16835 ) <nl> + [ 5028 ] = > <nl> + int ( 16836 ) <nl> + [ 5029 ] = > <nl> + int ( 16837 ) <nl> + [ 5030 ] = > <nl> + int ( 16838 ) <nl> + [ 5031 ] = > <nl> + int ( 16839 ) <nl> + [ 5032 ] = > <nl> + int ( 16840 ) <nl> + [ 5033 ] = > <nl> + int ( 16841 ) <nl> + [ 5034 ] = > <nl> + int ( 16842 ) <nl> + [ 5035 ] = > <nl> + int ( 16843 ) <nl> + [ 5036 ] = > <nl> + int ( 16844 ) <nl> + [ 5037 ] = > <nl> + int ( 16845 ) <nl> + [ 5038 ] = > <nl> + int ( 16846 ) <nl> + [ 5039 ] = > <nl> + int ( 16847 ) <nl> + [ 5040 ] = > <nl> + int ( 16848 ) <nl> + [ 5041 ] = > <nl> + int ( 16849 ) <nl> + [ 5042 ] = > <nl> + int ( 16850 ) <nl> + [ 5043 ] = > <nl> + int ( 16851 ) <nl> + [ 5044 ] = > <nl> + int ( 16852 ) <nl> + [ 5045 ] = > <nl> + int ( 16853 ) <nl> + [ 5046 ] = > <nl> + int ( 16854 ) <nl> + [ 5047 ] = > <nl> + int ( 16855 ) <nl> + [ 5048 ] = > <nl> + int ( 16856 ) <nl> + [ 5049 ] = > <nl> + int ( 16857 ) <nl> + [ 5050 ] = > <nl> + int ( 16858 ) <nl> + [ 5051 ] = > <nl> + int ( 16859 ) <nl> + [ 5052 ] = > <nl> + int ( 16860 ) <nl> + [ 5053 ] = > <nl> + int ( 16861 ) <nl> + [ 5054 ] = > <nl> + int ( 16862 ) <nl> + [ 5055 ] = > <nl> + int ( 16863 ) <nl> + [ 5056 ] = > <nl> + int ( 16864 ) <nl> + [ 5057 ] = > <nl> + int ( 16865 ) <nl> + [ 5058 ] = > <nl> + int ( 16866 ) <nl> + [ 5059 ] = > <nl> + int ( 16867 ) <nl> + [ 5060 ] = > <nl> + int ( 16868 ) <nl> + [ 5061 ] = > <nl> + int ( 16869 ) <nl> + [ 5062 ] = > <nl> + int ( 16870 ) <nl> + [ 5063 ] = > <nl> + int ( 16871 ) <nl> + [ 5064 ] = > <nl> + int ( 16872 ) <nl> + [ 5065 ] = > <nl> + int ( 16873 ) <nl> + [ 5066 ] = > <nl> + int ( 16874 ) <nl> + [ 5067 ] = > <nl> + int ( 16875 ) <nl> + [ 5068 ] = > <nl> + int ( 16876 ) <nl> + [ 5069 ] = > <nl> + int ( 16877 ) <nl> + [ 5070 ] = > <nl> + int ( 16878 ) <nl> + [ 5071 ] = > <nl> + int ( 16879 ) <nl> + [ 5072 ] = > <nl> + int ( 16880 ) <nl> + [ 5073 ] = > <nl> + int ( 16881 ) <nl> + [ 5074 ] = > <nl> + int ( 16882 ) <nl> + [ 5075 ] = > <nl> + int ( 16883 ) <nl> + [ 5076 ] = > <nl> + int ( 16884 ) <nl> + [ 5077 ] = > <nl> + int ( 16885 ) <nl> + [ 5078 ] = > <nl> + int ( 16886 ) <nl> + [ 5079 ] = > <nl> + int ( 16887 ) <nl> + [ 5080 ] = > <nl> + int ( 16888 ) <nl> + [ 5081 ] = > <nl> + int ( 16889 ) <nl> + [ 5082 ] = > <nl> + int ( 16890 ) <nl> + [ 5083 ] = > <nl> + int ( 16891 ) <nl> + [ 5084 ] = > <nl> + int ( 16892 ) <nl> + [ 5085 ] = > <nl> + int ( 16893 ) <nl> + [ 5086 ] = > <nl> + int ( 16894 ) <nl> + [ 5087 ] = > <nl> + int ( 16895 ) <nl> + [ 5088 ] = > <nl> + int ( 16896 ) <nl> + [ 5089 ] = > <nl> + int ( 16897 ) <nl> + [ 5090 ] = > <nl> + int ( 16898 ) <nl> + [ 5091 ] = > <nl> + int ( 16899 ) <nl> + [ 5092 ] = > <nl> + int ( 16900 ) <nl> + [ 5093 ] = > <nl> + int ( 16901 ) <nl> + [ 5094 ] = > <nl> + int ( 16902 ) <nl> + [ 5095 ] = > <nl> + int ( 16903 ) <nl> + [ 5096 ] = > <nl> + int ( 16904 ) <nl> + [ 5097 ] = > <nl> + int ( 16905 ) <nl> + [ 5098 ] = > <nl> + int ( 16906 ) <nl> + [ 5099 ] = > <nl> + int ( 16907 ) <nl> + [ 5100 ] = > <nl> + int ( 16908 ) <nl> + [ 5101 ] = > <nl> + int ( 16909 ) <nl> + [ 5102 ] = > <nl> + int ( 16910 ) <nl> + [ 5103 ] = > <nl> + int ( 16911 ) <nl> + [ 5104 ] = > <nl> + int ( 16912 ) <nl> + [ 5105 ] = > <nl> + int ( 16913 ) <nl> + [ 5106 ] = > <nl> + int ( 16914 ) <nl> + [ 5107 ] = > <nl> + int ( 16915 ) <nl> + [ 5108 ] = > <nl> + int ( 16916 ) <nl> + [ 5109 ] = > <nl> + int ( 16917 ) <nl> + [ 5110 ] = > <nl> + int ( 16918 ) <nl> + [ 5111 ] = > <nl> + int ( 16919 ) <nl> + [ 5112 ] = > <nl> + int ( 16920 ) <nl> + [ 5113 ] = > <nl> + int ( 16921 ) <nl> + [ 5114 ] = > <nl> + int ( 16922 ) <nl> + [ 5115 ] = > <nl> + int ( 16923 ) <nl> + [ 5116 ] = > <nl> + int ( 16924 ) <nl> + [ 5117 ] = > <nl> + int ( 16925 ) <nl> + [ 5118 ] = > <nl> + int ( 16926 ) <nl> + [ 5119 ] = > <nl> + int ( 16927 ) <nl> + [ 5120 ] = > <nl> + int ( 16928 ) <nl> + [ 5121 ] = > <nl> + int ( 16929 ) <nl> + [ 5122 ] = > <nl> + int ( 16930 ) <nl> + [ 5123 ] = > <nl> + int ( 16931 ) <nl> + [ 5124 ] = > <nl> + int ( 16932 ) <nl> + [ 5125 ] = > <nl> + int ( 16933 ) <nl> + [ 5126 ] = > <nl> + int ( 16934 ) <nl> + [ 5127 ] = > <nl> + int ( 16935 ) <nl> + [ 5128 ] = > <nl> + int ( 16936 ) <nl> + [ 5129 ] = > <nl> + int ( 16937 ) <nl> + [ 5130 ] = > <nl> + int ( 16938 ) <nl> + [ 5131 ] = > <nl> + int ( 16939 ) <nl> + [ 5132 ] = > <nl> + int ( 16940 ) <nl> + [ 5133 ] = > <nl> + int ( 16941 ) <nl> + [ 5134 ] = > <nl> + int ( 16942 ) <nl> + [ 5135 ] = > <nl> + int ( 16943 ) <nl> + [ 5136 ] = > <nl> + int ( 16944 ) <nl> + [ 5137 ] = > <nl> + int ( 16945 ) <nl> + [ 5138 ] = > <nl> + int ( 16946 ) <nl> + [ 5139 ] = > <nl> + int ( 16947 ) <nl> + [ 5140 ] = > <nl> + int ( 16948 ) <nl> + [ 5141 ] = > <nl> + int ( 16949 ) <nl> + [ 5142 ] = > <nl> + int ( 16950 ) <nl> + [ 5143 ] = > <nl> + int ( 16951 ) <nl> + [ 5144 ] = > <nl> + int ( 16952 ) <nl> + [ 5145 ] = > <nl> + int ( 16953 ) <nl> + [ 5146 ] = > <nl> + int ( 16954 ) <nl> + [ 5147 ] = > <nl> + int ( 16955 ) <nl> + [ 5148 ] = > <nl> + int ( 16956 ) <nl> + [ 5149 ] = > <nl> + int ( 16957 ) <nl> + [ 5150 ] = > <nl> + int ( 16958 ) <nl> + [ 5151 ] = > <nl> + int ( 16959 ) <nl> + [ 5152 ] = > <nl> + int ( 16960 ) <nl> + [ 5153 ] = > <nl> + int ( 16961 ) <nl> + [ 5154 ] = > <nl> + int ( 16962 ) <nl> + [ 5155 ] = > <nl> + int ( 16963 ) <nl> + [ 5156 ] = > <nl> + int ( 16964 ) <nl> + [ 5157 ] = > <nl> + int ( 16965 ) <nl> + [ 5158 ] = > <nl> + int ( 16966 ) <nl> + [ 5159 ] = > <nl> + int ( 16967 ) <nl> + [ 5160 ] = > <nl> + int ( 16968 ) <nl> + [ 5161 ] = > <nl> + int ( 16969 ) <nl> + [ 5162 ] = > <nl> + int ( 16970 ) <nl> + [ 5163 ] = > <nl> + int ( 16971 ) <nl> + [ 5164 ] = > <nl> + int ( 16972 ) <nl> + [ 5165 ] = > <nl> + int ( 16973 ) <nl> + [ 5166 ] = > <nl> + int ( 16974 ) <nl> + [ 5167 ] = > <nl> + int ( 16975 ) <nl> + [ 5168 ] = > <nl> + int ( 16976 ) <nl> + [ 5169 ] = > <nl> + int ( 16977 ) <nl> + [ 5170 ] = > <nl> + int ( 16978 ) <nl> + [ 5171 ] = > <nl> + int ( 16979 ) <nl> + [ 5172 ] = > <nl> + int ( 16980 ) <nl> + [ 5173 ] = > <nl> + int ( 16981 ) <nl> + [ 5174 ] = > <nl> + int ( 16982 ) <nl> + [ 5175 ] = > <nl> + int ( 16983 ) <nl> + [ 5176 ] = > <nl> + int ( 16984 ) <nl> + [ 5177 ] = > <nl> + int ( 16985 ) <nl> + [ 5178 ] = > <nl> + int ( 16986 ) <nl> + [ 5179 ] = > <nl> + int ( 16987 ) <nl> + [ 5180 ] = > <nl> + int ( 16988 ) <nl> + [ 5181 ] = > <nl> + int ( 16989 ) <nl> + [ 5182 ] = > <nl> + int ( 16990 ) <nl> + [ 5183 ] = > <nl> + int ( 16991 ) <nl> + [ 5184 ] = > <nl> + int ( 16992 ) <nl> + [ 5185 ] = > <nl> + int ( 16993 ) <nl> + [ 5186 ] = > <nl> + int ( 16994 ) <nl> + [ 5187 ] = > <nl> + int ( 16995 ) <nl> + [ 5188 ] = > <nl> + int ( 16996 ) <nl> + [ 5189 ] = > <nl> + int ( 16997 ) <nl> + [ 5190 ] = > <nl> + int ( 16998 ) <nl> + [ 5191 ] = > <nl> + int ( 16999 ) <nl> + [ 5192 ] = > <nl> + int ( 17000 ) <nl> + [ 5193 ] = > <nl> + int ( 17001 ) <nl> + [ 5194 ] = > <nl> + int ( 17002 ) <nl> + [ 5195 ] = > <nl> + int ( 17003 ) <nl> + [ 5196 ] = > <nl> + int ( 17004 ) <nl> + [ 5197 ] = > <nl> + int ( 17005 ) <nl> + [ 5198 ] = > <nl> + int ( 17006 ) <nl> + [ 5199 ] = > <nl> + int ( 17007 ) <nl> + [ 5200 ] = > <nl> + int ( 17008 ) <nl> + [ 5201 ] = > <nl> + int ( 17009 ) <nl> + [ 5202 ] = > <nl> + int ( 17010 ) <nl> + [ 5203 ] = > <nl> + int ( 17011 ) <nl> + [ 5204 ] = > <nl> + int ( 17012 ) <nl> + [ 5205 ] = > <nl> + int ( 17013 ) <nl> + [ 5206 ] = > <nl> + int ( 17014 ) <nl> + [ 5207 ] = > <nl> + int ( 17015 ) <nl> + [ 5208 ] = > <nl> + int ( 17016 ) <nl> + [ 5209 ] = > <nl> + int ( 17017 ) <nl> + [ 5210 ] = > <nl> + int ( 17018 ) <nl> + [ 5211 ] = > <nl> + int ( 17019 ) <nl> + [ 5212 ] = > <nl> + int ( 17020 ) <nl> + [ 5213 ] = > <nl> + int ( 17021 ) <nl> + [ 5214 ] = > <nl> + int ( 17022 ) <nl> + [ 5215 ] = > <nl> + int ( 17023 ) <nl> + [ 5216 ] = > <nl> + int ( 17024 ) <nl> + [ 5217 ] = > <nl> + int ( 17025 ) <nl> + [ 5218 ] = > <nl> + int ( 17026 ) <nl> + [ 5219 ] = > <nl> + int ( 17027 ) <nl> + [ 5220 ] = > <nl> + int ( 17028 ) <nl> + [ 5221 ] = > <nl> + int ( 17029 ) <nl> + [ 5222 ] = > <nl> + int ( 17030 ) <nl> + [ 5223 ] = > <nl> + int ( 17031 ) <nl> + [ 5224 ] = > <nl> + int ( 17032 ) <nl> + [ 5225 ] = > <nl> + int ( 17033 ) <nl> + [ 5226 ] = > <nl> + int ( 17034 ) <nl> + [ 5227 ] = > <nl> + int ( 17035 ) <nl> + [ 5228 ] = > <nl> + int ( 17036 ) <nl> + [ 5229 ] = > <nl> + int ( 17037 ) <nl> + [ 5230 ] = > <nl> + int ( 17038 ) <nl> + [ 5231 ] = > <nl> + int ( 17039 ) <nl> + [ 5232 ] = > <nl> + int ( 17040 ) <nl> + [ 5233 ] = > <nl> + int ( 17041 ) <nl> + [ 5234 ] = > <nl> + int ( 17042 ) <nl> + [ 5235 ] = > <nl> + int ( 17043 ) <nl> + [ 5236 ] = > <nl> + int ( 17044 ) <nl> + [ 5237 ] = > <nl> + int ( 17045 ) <nl> + [ 5238 ] = > <nl> + int ( 17046 ) <nl> + [ 5239 ] = > <nl> + int ( 17047 ) <nl> + [ 5240 ] = > <nl> + int ( 17048 ) <nl> + [ 5241 ] = > <nl> + int ( 17049 ) <nl> + [ 5242 ] = > <nl> + int ( 17050 ) <nl> + [ 5243 ] = > <nl> + int ( 17051 ) <nl> + [ 5244 ] = > <nl> + int ( 17052 ) <nl> + [ 5245 ] = > <nl> + int ( 17053 ) <nl> + [ 5246 ] = > <nl> + int ( 17054 ) <nl> + [ 5247 ] = > <nl> + int ( 17055 ) <nl> + [ 5248 ] = > <nl> + int ( 17056 ) <nl> + [ 5249 ] = > <nl> + int ( 17057 ) <nl> + [ 5250 ] = > <nl> + int ( 17058 ) <nl> + [ 5251 ] = > <nl> + int ( 17059 ) <nl> + [ 5252 ] = > <nl> + int ( 17060 ) <nl> + [ 5253 ] = > <nl> + int ( 17061 ) <nl> + [ 5254 ] = > <nl> + int ( 17062 ) <nl> + [ 5255 ] = > <nl> + int ( 17063 ) <nl> + [ 5256 ] = > <nl> + int ( 17064 ) <nl> + [ 5257 ] = > <nl> + int ( 17065 ) <nl> + [ 5258 ] = > <nl> + int ( 17066 ) <nl> + [ 5259 ] = > <nl> + int ( 17067 ) <nl> + [ 5260 ] = > <nl> + int ( 17068 ) <nl> + [ 5261 ] = > <nl> + int ( 17069 ) <nl> + [ 5262 ] = > <nl> + int ( 17070 ) <nl> + [ 5263 ] = > <nl> + int ( 17071 ) <nl> + [ 5264 ] = > <nl> + int ( 17072 ) <nl> + [ 5265 ] = > <nl> + int ( 17073 ) <nl> + [ 5266 ] = > <nl> + int ( 17074 ) <nl> + [ 5267 ] = > <nl> + int ( 17075 ) <nl> + [ 5268 ] = > <nl> + int ( 17076 ) <nl> + [ 5269 ] = > <nl> + int ( 17077 ) <nl> + [ 5270 ] = > <nl> + int ( 17078 ) <nl> + [ 5271 ] = > <nl> + int ( 17079 ) <nl> + [ 5272 ] = > <nl> + int ( 17080 ) <nl> + [ 5273 ] = > <nl> + int ( 17081 ) <nl> + [ 5274 ] = > <nl> + int ( 17082 ) <nl> + [ 5275 ] = > <nl> + int ( 17083 ) <nl> + [ 5276 ] = > <nl> + int ( 17084 ) <nl> + [ 5277 ] = > <nl> + int ( 17085 ) <nl> + [ 5278 ] = > <nl> + int ( 17086 ) <nl> + [ 5279 ] = > <nl> + int ( 17087 ) <nl> + [ 5280 ] = > <nl> + int ( 17088 ) <nl> + [ 5281 ] = > <nl> + int ( 17089 ) <nl> + [ 5282 ] = > <nl> + int ( 17090 ) <nl> + [ 5283 ] = > <nl> + int ( 17091 ) <nl> + [ 5284 ] = > <nl> + int ( 17092 ) <nl> + [ 5285 ] = > <nl> + int ( 17093 ) <nl> + [ 5286 ] = > <nl> + int ( 17094 ) <nl> + [ 5287 ] = > <nl> + int ( 17095 ) <nl> + [ 5288 ] = > <nl> + int ( 17096 ) <nl> + [ 5289 ] = > <nl> + int ( 17097 ) <nl> + [ 5290 ] = > <nl> + int ( 17098 ) <nl> + [ 5291 ] = > <nl> + int ( 17099 ) <nl> + [ 5292 ] = > <nl> + int ( 17100 ) <nl> + [ 5293 ] = > <nl> + int ( 17101 ) <nl> + [ 5294 ] = > <nl> + int ( 17102 ) <nl> + [ 5295 ] = > <nl> + int ( 17103 ) <nl> + [ 5296 ] = > <nl> + int ( 17104 ) <nl> + [ 5297 ] = > <nl> + int ( 17105 ) <nl> + [ 5298 ] = > <nl> + int ( 17106 ) <nl> + [ 5299 ] = > <nl> + int ( 17107 ) <nl> + [ 5300 ] = > <nl> + int ( 17108 ) <nl> + [ 5301 ] = > <nl> + int ( 17109 ) <nl> + [ 5302 ] = > <nl> + int ( 17110 ) <nl> + [ 5303 ] = > <nl> + int ( 17111 ) <nl> + [ 5304 ] = > <nl> + int ( 17112 ) <nl> + [ 5305 ] = > <nl> + int ( 17113 ) <nl> + [ 5306 ] = > <nl> + int ( 17114 ) <nl> + [ 5307 ] = > <nl> + int ( 17115 ) <nl> + [ 5308 ] = > <nl> + int ( 17116 ) <nl> + [ 5309 ] = > <nl> + int ( 17117 ) <nl> + [ 5310 ] = > <nl> + int ( 17118 ) <nl> + [ 5311 ] = > <nl> + int ( 17119 ) <nl> + [ 5312 ] = > <nl> + int ( 17120 ) <nl> + [ 5313 ] = > <nl> + int ( 17121 ) <nl> + [ 5314 ] = > <nl> + int ( 17122 ) <nl> + [ 5315 ] = > <nl> + int ( 17123 ) <nl> + [ 5316 ] = > <nl> + int ( 17124 ) <nl> + [ 5317 ] = > <nl> + int ( 17125 ) <nl> + [ 5318 ] = > <nl> + int ( 17126 ) <nl> + [ 5319 ] = > <nl> + int ( 17127 ) <nl> + [ 5320 ] = > <nl> + int ( 17128 ) <nl> + [ 5321 ] = > <nl> + int ( 17129 ) <nl> + [ 5322 ] = > <nl> + int ( 17130 ) <nl> + [ 5323 ] = > <nl> + int ( 17131 ) <nl> + [ 5324 ] = > <nl> + int ( 17132 ) <nl> + [ 5325 ] = > <nl> + int ( 17133 ) <nl> + [ 5326 ] = > <nl> + int ( 17134 ) <nl> + [ 5327 ] = > <nl> + int ( 17135 ) <nl> + [ 5328 ] = > <nl> + int ( 17136 ) <nl> + [ 5329 ] = > <nl> + int ( 17137 ) <nl> + [ 5330 ] = > <nl> + int ( 17138 ) <nl> + [ 5331 ] = > <nl> + int ( 17139 ) <nl> + [ 5332 ] = > <nl> + int ( 17140 ) <nl> + [ 5333 ] = > <nl> + int ( 17141 ) <nl> + [ 5334 ] = > <nl> + int ( 17142 ) <nl> + [ 5335 ] = > <nl> + int ( 17143 ) <nl> + [ 5336 ] = > <nl> + int ( 17144 ) <nl> + [ 5337 ] = > <nl> + int ( 17145 ) <nl> + [ 5338 ] = > <nl> + int ( 17146 ) <nl> + [ 5339 ] = > <nl> + int ( 17147 ) <nl> + [ 5340 ] = > <nl> + int ( 17148 ) <nl> + [ 5341 ] = > <nl> + int ( 17149 ) <nl> + [ 5342 ] = > <nl> + int ( 17150 ) <nl> + [ 5343 ] = > <nl> + int ( 17151 ) <nl> + [ 5344 ] = > <nl> + int ( 17152 ) <nl> + [ 5345 ] = > <nl> + int ( 17153 ) <nl> + [ 5346 ] = > <nl> + int ( 17154 ) <nl> + [ 5347 ] = > <nl> + int ( 17155 ) <nl> + [ 5348 ] = > <nl> + int ( 17156 ) <nl> + [ 5349 ] = > <nl> + int ( 17157 ) <nl> + [ 5350 ] = > <nl> + int ( 17158 ) <nl> + [ 5351 ] = > <nl> + int ( 17159 ) <nl> + [ 5352 ] = > <nl> + int ( 17160 ) <nl> + [ 5353 ] = > <nl> + int ( 17161 ) <nl> + [ 5354 ] = > <nl> + int ( 17162 ) <nl> + [ 5355 ] = > <nl> + int ( 17163 ) <nl> + [ 5356 ] = > <nl> + int ( 17164 ) <nl> + [ 5357 ] = > <nl> + int ( 17165 ) <nl> + [ 5358 ] = > <nl> + int ( 17166 ) <nl> + [ 5359 ] = > <nl> + int ( 17167 ) <nl> + [ 5360 ] = > <nl> + int ( 17168 ) <nl> + [ 5361 ] = > <nl> + int ( 17169 ) <nl> + [ 5362 ] = > <nl> + int ( 17170 ) <nl> + [ 5363 ] = > <nl> + int ( 17171 ) <nl> + [ 5364 ] = > <nl> + int ( 17172 ) <nl> + [ 5365 ] = > <nl> + int ( 17173 ) <nl> + [ 5366 ] = > <nl> + int ( 17174 ) <nl> + [ 5367 ] = > <nl> + int ( 17175 ) <nl> + [ 5368 ] = > <nl> + int ( 17176 ) <nl> + [ 5369 ] = > <nl> + int ( 17177 ) <nl> + [ 5370 ] = > <nl> + int ( 17178 ) <nl> + [ 5371 ] = > <nl> + int ( 17179 ) <nl> + [ 5372 ] = > <nl> + int ( 17180 ) <nl> + [ 5373 ] = > <nl> + int ( 17181 ) <nl> + [ 5374 ] = > <nl> + int ( 17182 ) <nl> + [ 5375 ] = > <nl> + int ( 17183 ) <nl> + [ 5376 ] = > <nl> + int ( 17184 ) <nl> + [ 5377 ] = > <nl> + int ( 17185 ) <nl> + [ 5378 ] = > <nl> + int ( 17186 ) <nl> + [ 5379 ] = > <nl> + int ( 17187 ) <nl> + [ 5380 ] = > <nl> + int ( 17188 ) <nl> + [ 5381 ] = > <nl> + int ( 17189 ) <nl> + [ 5382 ] = > <nl> + int ( 17190 ) <nl> + [ 5383 ] = > <nl> + int ( 17191 ) <nl> + [ 5384 ] = > <nl> + int ( 17192 ) <nl> + [ 5385 ] = > <nl> + int ( 17193 ) <nl> + [ 5386 ] = > <nl> + int ( 17194 ) <nl> + [ 5387 ] = > <nl> + int ( 17195 ) <nl> + [ 5388 ] = > <nl> + int ( 17196 ) <nl> + [ 5389 ] = > <nl> + int ( 17197 ) <nl> + [ 5390 ] = > <nl> + int ( 17198 ) <nl> + [ 5391 ] = > <nl> + int ( 17199 ) <nl> + [ 5392 ] = > <nl> + int ( 17200 ) <nl> + [ 5393 ] = > <nl> + int ( 17201 ) <nl> + [ 5394 ] = > <nl> + int ( 17202 ) <nl> + [ 5395 ] = > <nl> + int ( 17203 ) <nl> + [ 5396 ] = > <nl> + int ( 17204 ) <nl> + [ 5397 ] = > <nl> + int ( 17205 ) <nl> + [ 5398 ] = > <nl> + int ( 17206 ) <nl> + [ 5399 ] = > <nl> + int ( 17207 ) <nl> + [ 5400 ] = > <nl> + int ( 17208 ) <nl> + [ 5401 ] = > <nl> + int ( 17209 ) <nl> + [ 5402 ] = > <nl> + int ( 17210 ) <nl> + [ 5403 ] = > <nl> + int ( 17211 ) <nl> + [ 5404 ] = > <nl> + int ( 17212 ) <nl> + [ 5405 ] = > <nl> + int ( 17213 ) <nl> + [ 5406 ] = > <nl> + int ( 17214 ) <nl> + [ 5407 ] = > <nl> + int ( 17215 ) <nl> + [ 5408 ] = > <nl> + int ( 17216 ) <nl> + [ 5409 ] = > <nl> + int ( 17217 ) <nl> + [ 5410 ] = > <nl> + int ( 17218 ) <nl> + [ 5411 ] = > <nl> + int ( 17219 ) <nl> + [ 5412 ] = > <nl> + int ( 17220 ) <nl> + [ 5413 ] = > <nl> + int ( 17221 ) <nl> + [ 5414 ] = > <nl> + int ( 17222 ) <nl> + [ 5415 ] = > <nl> + int ( 17223 ) <nl> + [ 5416 ] = > <nl> + int ( 17224 ) <nl> + [ 5417 ] = > <nl> + int ( 17225 ) <nl> + [ 5418 ] = > <nl> + int ( 17226 ) <nl> + [ 5419 ] = > <nl> + int ( 17227 ) <nl> + [ 5420 ] = > <nl> + int ( 17228 ) <nl> + [ 5421 ] = > <nl> + int ( 17229 ) <nl> + [ 5422 ] = > <nl> + int ( 17230 ) <nl> + [ 5423 ] = > <nl> + int ( 17231 ) <nl> + [ 5424 ] = > <nl> + int ( 17232 ) <nl> + [ 5425 ] = > <nl> + int ( 17233 ) <nl> + [ 5426 ] = > <nl> + int ( 17234 ) <nl> + [ 5427 ] = > <nl> + int ( 17235 ) <nl> + [ 5428 ] = > <nl> + int ( 17236 ) <nl> + [ 5429 ] = > <nl> + int ( 17237 ) <nl> + [ 5430 ] = > <nl> + int ( 17238 ) <nl> + [ 5431 ] = > <nl> + int ( 17239 ) <nl> + [ 5432 ] = > <nl> + int ( 17240 ) <nl> + [ 5433 ] = > <nl> + int ( 17241 ) <nl> + [ 5434 ] = > <nl> + int ( 17242 ) <nl> + [ 5435 ] = > <nl> + int ( 17243 ) <nl> + [ 5436 ] = > <nl> + int ( 17244 ) <nl> + [ 5437 ] = > <nl> + int ( 17245 ) <nl> + [ 5438 ] = > <nl> + int ( 17246 ) <nl> + [ 5439 ] = > <nl> + int ( 17247 ) <nl> + [ 5440 ] = > <nl> + int ( 17248 ) <nl> + [ 5441 ] = > <nl> + int ( 17249 ) <nl> + [ 5442 ] = > <nl> + int ( 17250 ) <nl> + [ 5443 ] = > <nl> + int ( 17251 ) <nl> + [ 5444 ] = > <nl> + int ( 17252 ) <nl> + [ 5445 ] = > <nl> + int ( 17253 ) <nl> + [ 5446 ] = > <nl> + int ( 17254 ) <nl> + [ 5447 ] = > <nl> + int ( 17255 ) <nl> + [ 5448 ] = > <nl> + int ( 17256 ) <nl> + [ 5449 ] = > <nl> + int ( 17257 ) <nl> + [ 5450 ] = > <nl> + int ( 17258 ) <nl> + [ 5451 ] = > <nl> + int ( 17259 ) <nl> + [ 5452 ] = > <nl> + int ( 17260 ) <nl> + [ 5453 ] = > <nl> + int ( 17261 ) <nl> + [ 5454 ] = > <nl> + int ( 17262 ) <nl> + [ 5455 ] = > <nl> + int ( 17263 ) <nl> + [ 5456 ] = > <nl> + int ( 17264 ) <nl> + [ 5457 ] = > <nl> + int ( 17265 ) <nl> + [ 5458 ] = > <nl> + int ( 17266 ) <nl> + [ 5459 ] = > <nl> + int ( 17267 ) <nl> + [ 5460 ] = > <nl> + int ( 17268 ) <nl> + [ 5461 ] = > <nl> + int ( 17269 ) <nl> + [ 5462 ] = > <nl> + int ( 17270 ) <nl> + [ 5463 ] = > <nl> + int ( 17271 ) <nl> + [ 5464 ] = > <nl> + int ( 17272 ) <nl> + [ 5465 ] = > <nl> + int ( 17273 ) <nl> + [ 5466 ] = > <nl> + int ( 17274 ) <nl> + [ 5467 ] = > <nl> + int ( 17275 ) <nl> + [ 5468 ] = > <nl> + int ( 17276 ) <nl> + [ 5469 ] = > <nl> + int ( 17277 ) <nl> + [ 5470 ] = > <nl> + int ( 17278 ) <nl> + [ 5471 ] = > <nl> + int ( 17279 ) <nl> + [ 5472 ] = > <nl> + int ( 17280 ) <nl> + [ 5473 ] = > <nl> + int ( 17281 ) <nl> + [ 5474 ] = > <nl> + int ( 17282 ) <nl> + [ 5475 ] = > <nl> + int ( 17283 ) <nl> + [ 5476 ] = > <nl> + int ( 17284 ) <nl> + [ 5477 ] = > <nl> + int ( 17285 ) <nl> + [ 5478 ] = > <nl> + int ( 17286 ) <nl> + [ 5479 ] = > <nl> + int ( 17287 ) <nl> + [ 5480 ] = > <nl> + int ( 17288 ) <nl> + [ 5481 ] = > <nl> + int ( 17289 ) <nl> + [ 5482 ] = > <nl> + int ( 17290 ) <nl> + [ 5483 ] = > <nl> + int ( 17291 ) <nl> + [ 5484 ] = > <nl> + int ( 17292 ) <nl> + [ 5485 ] = > <nl> + int ( 17293 ) <nl> + [ 5486 ] = > <nl> + int ( 17294 ) <nl> + [ 5487 ] = > <nl> + int ( 17295 ) <nl> + [ 5488 ] = > <nl> + int ( 17296 ) <nl> + [ 5489 ] = > <nl> + int ( 17297 ) <nl> + [ 5490 ] = > <nl> + int ( 17298 ) <nl> + [ 5491 ] = > <nl> + int ( 17299 ) <nl> + [ 5492 ] = > <nl> + int ( 17300 ) <nl> + [ 5493 ] = > <nl> + int ( 17301 ) <nl> + [ 5494 ] = > <nl> + int ( 17302 ) <nl> + [ 5495 ] = > <nl> + int ( 17303 ) <nl> + [ 5496 ] = > <nl> + int ( 17304 ) <nl> + [ 5497 ] = > <nl> + int ( 17305 ) <nl> + [ 5498 ] = > <nl> + int ( 17306 ) <nl> + [ 5499 ] = > <nl> + int ( 17307 ) <nl> + [ 5500 ] = > <nl> + int ( 17308 ) <nl> + [ 5501 ] = > <nl> + int ( 17309 ) <nl> + [ 5502 ] = > <nl> + int ( 17310 ) <nl> + [ 5503 ] = > <nl> + int ( 17311 ) <nl> + [ 5504 ] = > <nl> + int ( 17312 ) <nl> + [ 5505 ] = > <nl> + int ( 17313 ) <nl> + [ 5506 ] = > <nl> + int ( 17314 ) <nl> + [ 5507 ] = > <nl> + int ( 17315 ) <nl> + [ 5508 ] = > <nl> + int ( 17316 ) <nl> + [ 5509 ] = > <nl> + int ( 17317 ) <nl> + [ 5510 ] = > <nl> + int ( 17318 ) <nl> + [ 5511 ] = > <nl> + int ( 17319 ) <nl> + [ 5512 ] = > <nl> + int ( 17320 ) <nl> + [ 5513 ] = > <nl> + int ( 17321 ) <nl> + [ 5514 ] = > <nl> + int ( 17322 ) <nl> + [ 5515 ] = > <nl> + int ( 17323 ) <nl> + [ 5516 ] = > <nl> + int ( 17324 ) <nl> + [ 5517 ] = > <nl> + int ( 17325 ) <nl> + [ 5518 ] = > <nl> + int ( 17326 ) <nl> + [ 5519 ] = > <nl> + int ( 17327 ) <nl> + [ 5520 ] = > <nl> + int ( 17328 ) <nl> + [ 5521 ] = > <nl> + int ( 17329 ) <nl> + [ 5522 ] = > <nl> + int ( 17330 ) <nl> + [ 5523 ] = > <nl> + int ( 17331 ) <nl> + [ 5524 ] = > <nl> + int ( 17332 ) <nl> + [ 5525 ] = > <nl> + int ( 17333 ) <nl> + [ 5526 ] = > <nl> + int ( 17334 ) <nl> + [ 5527 ] = > <nl> + int ( 17335 ) <nl> + [ 5528 ] = > <nl> + int ( 17336 ) <nl> + [ 5529 ] = > <nl> + int ( 17337 ) <nl> + [ 5530 ] = > <nl> + int ( 17338 ) <nl> + [ 5531 ] = > <nl> + int ( 17339 ) <nl> + [ 5532 ] = > <nl> + int ( 17340 ) <nl> + [ 5533 ] = > <nl> + int ( 17341 ) <nl> + [ 5534 ] = > <nl> + int ( 17342 ) <nl> + [ 5535 ] = > <nl> + int ( 17343 ) <nl> + [ 5536 ] = > <nl> + int ( 17344 ) <nl> + [ 5537 ] = > <nl> + int ( 17345 ) <nl> + [ 5538 ] = > <nl> + int ( 17346 ) <nl> + [ 5539 ] = > <nl> + int ( 17347 ) <nl> + [ 5540 ] = > <nl> + int ( 17348 ) <nl> + [ 5541 ] = > <nl> + int ( 17349 ) <nl> + [ 5542 ] = > <nl> + int ( 17350 ) <nl> + [ 5543 ] = > <nl> + int ( 17351 ) <nl> + [ 5544 ] = > <nl> + int ( 17352 ) <nl> + [ 5545 ] = > <nl> + int ( 17353 ) <nl> + [ 5546 ] = > <nl> + int ( 17354 ) <nl> + [ 5547 ] = > <nl> + int ( 17355 ) <nl> + [ 5548 ] = > <nl> + int ( 17356 ) <nl> + [ 5549 ] = > <nl> + int ( 17357 ) <nl> + [ 5550 ] = > <nl> + int ( 17358 ) <nl> + [ 5551 ] = > <nl> + int ( 17359 ) <nl> + [ 5552 ] = > <nl> + int ( 17360 ) <nl> + [ 5553 ] = > <nl> + int ( 17361 ) <nl> + [ 5554 ] = > <nl> + int ( 17362 ) <nl> + [ 5555 ] = > <nl> + int ( 17363 ) <nl> + [ 5556 ] = > <nl> + int ( 17364 ) <nl> + [ 5557 ] = > <nl> + int ( 17365 ) <nl> + [ 5558 ] = > <nl> + int ( 17366 ) <nl> + [ 5559 ] = > <nl> + int ( 17367 ) <nl> + [ 5560 ] = > <nl> + int ( 17368 ) <nl> + [ 5561 ] = > <nl> + int ( 17369 ) <nl> + [ 5562 ] = > <nl> + int ( 17370 ) <nl> + [ 5563 ] = > <nl> + int ( 17371 ) <nl> + [ 5564 ] = > <nl> + int ( 17372 ) <nl> + [ 5565 ] = > <nl> + int ( 17373 ) <nl> + [ 5566 ] = > <nl> + int ( 17374 ) <nl> + [ 5567 ] = > <nl> + int ( 17375 ) <nl> + [ 5568 ] = > <nl> + int ( 17376 ) <nl> + [ 5569 ] = > <nl> + int ( 17377 ) <nl> + [ 5570 ] = > <nl> + int ( 17378 ) <nl> + [ 5571 ] = > <nl> + int ( 17379 ) <nl> + [ 5572 ] = > <nl> + int ( 17380 ) <nl> + [ 5573 ] = > <nl> + int ( 17381 ) <nl> + [ 5574 ] = > <nl> + int ( 17382 ) <nl> + [ 5575 ] = > <nl> + int ( 17383 ) <nl> + [ 5576 ] = > <nl> + int ( 17384 ) <nl> + [ 5577 ] = > <nl> + int ( 17385 ) <nl> + [ 5578 ] = > <nl> + int ( 17386 ) <nl> + [ 5579 ] = > <nl> + int ( 17387 ) <nl> + [ 5580 ] = > <nl> + int ( 17388 ) <nl> + [ 5581 ] = > <nl> + int ( 17389 ) <nl> + [ 5582 ] = > <nl> + int ( 17390 ) <nl> + [ 5583 ] = > <nl> + int ( 17391 ) <nl> + [ 5584 ] = > <nl> + int ( 17392 ) <nl> + [ 5585 ] = > <nl> + int ( 17393 ) <nl> + [ 5586 ] = > <nl> + int ( 17394 ) <nl> + [ 5587 ] = > <nl> + int ( 17395 ) <nl> + [ 5588 ] = > <nl> + int ( 17396 ) <nl> + [ 5589 ] = > <nl> + int ( 17397 ) <nl> + [ 5590 ] = > <nl> + int ( 17398 ) <nl> + [ 5591 ] = > <nl> + int ( 17399 ) <nl> + [ 5592 ] = > <nl> + int ( 17400 ) <nl> + [ 5593 ] = > <nl> + int ( 17401 ) <nl> + [ 5594 ] = > <nl> + int ( 17402 ) <nl> + [ 5595 ] = > <nl> + int ( 17403 ) <nl> + [ 5596 ] = > <nl> + int ( 17404 ) <nl> + [ 5597 ] = > <nl> + int ( 17405 ) <nl> + [ 5598 ] = > <nl> + int ( 17406 ) <nl> + [ 5599 ] = > <nl> + int ( 17407 ) <nl> + [ 5600 ] = > <nl> + int ( 17408 ) <nl> + [ 5601 ] = > <nl> + int ( 17409 ) <nl> + [ 5602 ] = > <nl> + int ( 17410 ) <nl> + [ 5603 ] = > <nl> + int ( 17411 ) <nl> + [ 5604 ] = > <nl> + int ( 17412 ) <nl> + [ 5605 ] = > <nl> + int ( 17413 ) <nl> + [ 5606 ] = > <nl> + int ( 17414 ) <nl> + [ 5607 ] = > <nl> + int ( 17415 ) <nl> + [ 5608 ] = > <nl> + int ( 17416 ) <nl> + [ 5609 ] = > <nl> + int ( 17417 ) <nl> + [ 5610 ] = > <nl> + int ( 17418 ) <nl> + [ 5611 ] = > <nl> + int ( 17419 ) <nl> + [ 5612 ] = > <nl> + int ( 17420 ) <nl> + [ 5613 ] = > <nl> + int ( 17421 ) <nl> + [ 5614 ] = > <nl> + int ( 17422 ) <nl> + [ 5615 ] = > <nl> + int ( 17423 ) <nl> + [ 5616 ] = > <nl> + int ( 17424 ) <nl> + [ 5617 ] = > <nl> + int ( 17425 ) <nl> + [ 5618 ] = > <nl> + int ( 17426 ) <nl> + [ 5619 ] = > <nl> + int ( 17427 ) <nl> + [ 5620 ] = > <nl> + int ( 17428 ) <nl> + [ 5621 ] = > <nl> + int ( 17429 ) <nl> + [ 5622 ] = > <nl> + int ( 17430 ) <nl> + [ 5623 ] = > <nl> + int ( 17431 ) <nl> + [ 5624 ] = > <nl> + int ( 17432 ) <nl> + [ 5625 ] = > <nl> + int ( 17433 ) <nl> + [ 5626 ] = > <nl> + int ( 17434 ) <nl> + [ 5627 ] = > <nl> + int ( 17435 ) <nl> + [ 5628 ] = > <nl> + int ( 17436 ) <nl> + [ 5629 ] = > <nl> + int ( 17437 ) <nl> + [ 5630 ] = > <nl> + int ( 17438 ) <nl> + [ 5631 ] = > <nl> + int ( 17439 ) <nl> + [ 5632 ] = > <nl> + int ( 17440 ) <nl> + [ 5633 ] = > <nl> + int ( 17441 ) <nl> + [ 5634 ] = > <nl> + int ( 17442 ) <nl> + [ 5635 ] = > <nl> + int ( 17443 ) <nl> + [ 5636 ] = > <nl> + int ( 17444 ) <nl> + [ 5637 ] = > <nl> + int ( 17445 ) <nl> + [ 5638 ] = > <nl> + int ( 17446 ) <nl> + [ 5639 ] = > <nl> + int ( 17447 ) <nl> + [ 5640 ] = > <nl> + int ( 17448 ) <nl> + [ 5641 ] = > <nl> + int ( 17449 ) <nl> + [ 5642 ] = > <nl> + int ( 17450 ) <nl> + [ 5643 ] = > <nl> + int ( 17451 ) <nl> + [ 5644 ] = > <nl> + int ( 17452 ) <nl> + [ 5645 ] = > <nl> + int ( 17453 ) <nl> + [ 5646 ] = > <nl> + int ( 17454 ) <nl> + [ 5647 ] = > <nl> + int ( 17455 ) <nl> + [ 5648 ] = > <nl> + int ( 17456 ) <nl> + [ 5649 ] = > <nl> + int ( 17457 ) <nl> + [ 5650 ] = > <nl> + int ( 17458 ) <nl> + [ 5651 ] = > <nl> + int ( 17459 ) <nl> + [ 5652 ] = > <nl> + int ( 17460 ) <nl> + [ 5653 ] = > <nl> + int ( 17461 ) <nl> + [ 5654 ] = > <nl> + int ( 17462 ) <nl> + [ 5655 ] = > <nl> + int ( 17463 ) <nl> + [ 5656 ] = > <nl> + int ( 17464 ) <nl> + [ 5657 ] = > <nl> + int ( 17465 ) <nl> + [ 5658 ] = > <nl> + int ( 17466 ) <nl> + [ 5659 ] = > <nl> + int ( 17467 ) <nl> + [ 5660 ] = > <nl> + int ( 17468 ) <nl> + [ 5661 ] = > <nl> + int ( 17469 ) <nl> + [ 5662 ] = > <nl> + int ( 17470 ) <nl> + [ 5663 ] = > <nl> + int ( 17471 ) <nl> + [ 5664 ] = > <nl> + int ( 17472 ) <nl> + [ 5665 ] = > <nl> + int ( 17473 ) <nl> + [ 5666 ] = > <nl> + int ( 17474 ) <nl> + [ 5667 ] = > <nl> + int ( 17475 ) <nl> + [ 5668 ] = > <nl> + int ( 17476 ) <nl> + [ 5669 ] = > <nl> + int ( 17477 ) <nl> + [ 5670 ] = > <nl> + int ( 17478 ) <nl> + [ 5671 ] = > <nl> + int ( 17479 ) <nl> + [ 5672 ] = > <nl> + int ( 17480 ) <nl> + [ 5673 ] = > <nl> + int ( 17481 ) <nl> + [ 5674 ] = > <nl> + int ( 17482 ) <nl> + [ 5675 ] = > <nl> + int ( 17483 ) <nl> + [ 5676 ] = > <nl> + int ( 17484 ) <nl> + [ 5677 ] = > <nl> + int ( 17485 ) <nl> + [ 5678 ] = > <nl> + int ( 17486 ) <nl> + [ 5679 ] = > <nl> + int ( 17487 ) <nl> + [ 5680 ] = > <nl> + int ( 17488 ) <nl> + [ 5681 ] = > <nl> + int ( 17489 ) <nl> + [ 5682 ] = > <nl> + int ( 17490 ) <nl> + [ 5683 ] = > <nl> + int ( 17491 ) <nl> + [ 5684 ] = > <nl> + int ( 17492 ) <nl> + [ 5685 ] = > <nl> + int ( 17493 ) <nl> + [ 5686 ] = > <nl> + int ( 17494 ) <nl> + [ 5687 ] = > <nl> + int ( 17495 ) <nl> + [ 5688 ] = > <nl> + int ( 17496 ) <nl> + [ 5689 ] = > <nl> + int ( 17497 ) <nl> + [ 5690 ] = > <nl> + int ( 17498 ) <nl> + [ 5691 ] = > <nl> + int ( 17499 ) <nl> + [ 5692 ] = > <nl> + int ( 17500 ) <nl> + [ 5693 ] = > <nl> + int ( 17501 ) <nl> + [ 5694 ] = > <nl> + int ( 17502 ) <nl> + [ 5695 ] = > <nl> + int ( 17503 ) <nl> + [ 5696 ] = > <nl> + int ( 17504 ) <nl> + [ 5697 ] = > <nl> + int ( 17505 ) <nl> + [ 5698 ] = > <nl> + int ( 17506 ) <nl> + [ 5699 ] = > <nl> + int ( 17507 ) <nl> + [ 5700 ] = > <nl> + int ( 17508 ) <nl> + [ 5701 ] = > <nl> + int ( 17509 ) <nl> + [ 5702 ] = > <nl> + int ( 17510 ) <nl> + [ 5703 ] = > <nl> + int ( 17511 ) <nl> + [ 5704 ] = > <nl> + int ( 17512 ) <nl> + [ 5705 ] = > <nl> + int ( 17513 ) <nl> + [ 5706 ] = > <nl> + int ( 17514 ) <nl> + [ 5707 ] = > <nl> + int ( 17515 ) <nl> + [ 5708 ] = > <nl> + int ( 17516 ) <nl> + [ 5709 ] = > <nl> + int ( 17517 ) <nl> + [ 5710 ] = > <nl> + int ( 17518 ) <nl> + [ 5711 ] = > <nl> + int ( 17519 ) <nl> + [ 5712 ] = > <nl> + int ( 17520 ) <nl> + [ 5713 ] = > <nl> + int ( 17521 ) <nl> + [ 5714 ] = > <nl> + int ( 17522 ) <nl> + [ 5715 ] = > <nl> + int ( 17523 ) <nl> + [ 5716 ] = > <nl> + int ( 17524 ) <nl> + [ 5717 ] = > <nl> + int ( 17525 ) <nl> + [ 5718 ] = > <nl> + int ( 17526 ) <nl> + [ 5719 ] = > <nl> + int ( 17527 ) <nl> + [ 5720 ] = > <nl> + int ( 17528 ) <nl> + [ 5721 ] = > <nl> + int ( 17529 ) <nl> + [ 5722 ] = > <nl> + int ( 17530 ) <nl> + [ 5723 ] = > <nl> + int ( 17531 ) <nl> + [ 5724 ] = > <nl> + int ( 17532 ) <nl> + [ 5725 ] = > <nl> + int ( 17533 ) <nl> + [ 5726 ] = > <nl> + int ( 17534 ) <nl> + [ 5727 ] = > <nl> + int ( 17535 ) <nl> + [ 5728 ] = > <nl> + int ( 17536 ) <nl> + [ 5729 ] = > <nl> + int ( 17537 ) <nl> + [ 5730 ] = > <nl> + int ( 17538 ) <nl> + [ 5731 ] = > <nl> + int ( 17539 ) <nl> + [ 5732 ] = > <nl> + int ( 17540 ) <nl> + [ 5733 ] = > <nl> + int ( 17541 ) <nl> + [ 5734 ] = > <nl> + int ( 17542 ) <nl> + [ 5735 ] = > <nl> + int ( 17543 ) <nl> + [ 5736 ] = > <nl> + int ( 17544 ) <nl> + [ 5737 ] = > <nl> + int ( 17545 ) <nl> + [ 5738 ] = > <nl> + int ( 17546 ) <nl> + [ 5739 ] = > <nl> + int ( 17547 ) <nl> + [ 5740 ] = > <nl> + int ( 17548 ) <nl> + [ 5741 ] = > <nl> + int ( 17549 ) <nl> + [ 5742 ] = > <nl> + int ( 17550 ) <nl> + [ 5743 ] = > <nl> + int ( 17551 ) <nl> + [ 5744 ] = > <nl> + int ( 17552 ) <nl> + [ 5745 ] = > <nl> + int ( 17553 ) <nl> + [ 5746 ] = > <nl> + int ( 17554 ) <nl> + [ 5747 ] = > <nl> + int ( 17555 ) <nl> + [ 5748 ] = > <nl> + int ( 17556 ) <nl> + [ 5749 ] = > <nl> + int ( 17557 ) <nl> + [ 5750 ] = > <nl> + int ( 17558 ) <nl> + [ 5751 ] = > <nl> + int ( 17559 ) <nl> + [ 5752 ] = > <nl> + int ( 17560 ) <nl> + [ 5753 ] = > <nl> + int ( 17561 ) <nl> + [ 5754 ] = > <nl> + int ( 17562 ) <nl> + [ 5755 ] = > <nl> + int ( 17563 ) <nl> + [ 5756 ] = > <nl> + int ( 17564 ) <nl> + [ 5757 ] = > <nl> + int ( 17565 ) <nl> + [ 5758 ] = > <nl> + int ( 17566 ) <nl> + [ 5759 ] = > <nl> + int ( 17567 ) <nl> + [ 5760 ] = > <nl> + int ( 17568 ) <nl> + [ 5761 ] = > <nl> + int ( 17569 ) <nl> + [ 5762 ] = > <nl> + int ( 17570 ) <nl> + [ 5763 ] = > <nl> + int ( 17571 ) <nl> + [ 5764 ] = > <nl> + int ( 17572 ) <nl> + [ 5765 ] = > <nl> + int ( 17573 ) <nl> + [ 5766 ] = > <nl> + int ( 17574 ) <nl> + [ 5767 ] = > <nl> + int ( 17575 ) <nl> + [ 5768 ] = > <nl> + int ( 17576 ) <nl> + [ 5769 ] = > <nl> + int ( 17577 ) <nl> + [ 5770 ] = > <nl> + int ( 17578 ) <nl> + [ 5771 ] = > <nl> + int ( 17579 ) <nl> + [ 5772 ] = > <nl> + int ( 17580 ) <nl> + [ 5773 ] = > <nl> + int ( 17581 ) <nl> + [ 5774 ] = > <nl> + int ( 17582 ) <nl> + [ 5775 ] = > <nl> + int ( 17583 ) <nl> + [ 5776 ] = > <nl> + int ( 17584 ) <nl> + [ 5777 ] = > <nl> + int ( 17585 ) <nl> + [ 5778 ] = > <nl> + int ( 17586 ) <nl> + [ 5779 ] = > <nl> + int ( 17587 ) <nl> + [ 5780 ] = > <nl> + int ( 17588 ) <nl> + [ 5781 ] = > <nl> + int ( 17589 ) <nl> + [ 5782 ] = > <nl> + int ( 17590 ) <nl> + [ 5783 ] = > <nl> + int ( 17591 ) <nl> + [ 5784 ] = > <nl> + int ( 17592 ) <nl> + [ 5785 ] = > <nl> + int ( 17593 ) <nl> + [ 5786 ] = > <nl> + int ( 17594 ) <nl> + [ 5787 ] = > <nl> + int ( 17595 ) <nl> + [ 5788 ] = > <nl> + int ( 17596 ) <nl> + [ 5789 ] = > <nl> + int ( 17597 ) <nl> + [ 5790 ] = > <nl> + int ( 17598 ) <nl> + [ 5791 ] = > <nl> + int ( 17599 ) <nl> + [ 5792 ] = > <nl> + int ( 17600 ) <nl> + [ 5793 ] = > <nl> + int ( 17601 ) <nl> + [ 5794 ] = > <nl> + int ( 17602 ) <nl> + [ 5795 ] = > <nl> + int ( 17603 ) <nl> + [ 5796 ] = > <nl> + int ( 17604 ) <nl> + [ 5797 ] = > <nl> + int ( 17605 ) <nl> + [ 5798 ] = > <nl> + int ( 17606 ) <nl> + [ 5799 ] = > <nl> + int ( 17607 ) <nl> + [ 5800 ] = > <nl> + int ( 17608 ) <nl> + [ 5801 ] = > <nl> + int ( 17609 ) <nl> + [ 5802 ] = > <nl> + int ( 17610 ) <nl> + [ 5803 ] = > <nl> + int ( 17611 ) <nl> + [ 5804 ] = > <nl> + int ( 17612 ) <nl> + [ 5805 ] = > <nl> + int ( 17613 ) <nl> + [ 5806 ] = > <nl> + int ( 17614 ) <nl> + [ 5807 ] = > <nl> + int ( 17615 ) <nl> + [ 5808 ] = > <nl> + int ( 17616 ) <nl> + [ 5809 ] = > <nl> + int ( 17617 ) <nl> + [ 5810 ] = > <nl> + int ( 17618 ) <nl> + [ 5811 ] = > <nl> + int ( 17619 ) <nl> + [ 5812 ] = > <nl> + int ( 17620 ) <nl> + [ 5813 ] = > <nl> + int ( 17621 ) <nl> + [ 5814 ] = > <nl> + int ( 17622 ) <nl> + [ 5815 ] = > <nl> + int ( 17623 ) <nl> + [ 5816 ] = > <nl> + int ( 17624 ) <nl> + [ 5817 ] = > <nl> + int ( 17625 ) <nl> + [ 5818 ] = > <nl> + int ( 17626 ) <nl> + [ 5819 ] = > <nl> + int ( 17627 ) <nl> + [ 5820 ] = > <nl> + int ( 17628 ) <nl> + [ 5821 ] = > <nl> + int ( 17629 ) <nl> + [ 5822 ] = > <nl> + int ( 17630 ) <nl> + [ 5823 ] = > <nl> + int ( 17631 ) <nl> + [ 5824 ] = > <nl> + int ( 17632 ) <nl> + [ 5825 ] = > <nl> + int ( 17633 ) <nl> + [ 5826 ] = > <nl> + int ( 17634 ) <nl> + [ 5827 ] = > <nl> + int ( 17635 ) <nl> + [ 5828 ] = > <nl> + int ( 17636 ) <nl> + [ 5829 ] = > <nl> + int ( 17637 ) <nl> + [ 5830 ] = > <nl> + int ( 17638 ) <nl> + [ 5831 ] = > <nl> + int ( 17639 ) <nl> + [ 5832 ] = > <nl> + int ( 17640 ) <nl> + [ 5833 ] = > <nl> + int ( 17641 ) <nl> + [ 5834 ] = > <nl> + int ( 17642 ) <nl> + [ 5835 ] = > <nl> + int ( 17643 ) <nl> + [ 5836 ] = > <nl> + int ( 17644 ) <nl> + [ 5837 ] = > <nl> + int ( 17645 ) <nl> + [ 5838 ] = > <nl> + int ( 17646 ) <nl> + [ 5839 ] = > <nl> + int ( 17647 ) <nl> + [ 5840 ] = > <nl> + int ( 17648 ) <nl> + [ 5841 ] = > <nl> + int ( 17649 ) <nl> + [ 5842 ] = > <nl> + int ( 17650 ) <nl> + [ 5843 ] = > <nl> + int ( 17651 ) <nl> + [ 5844 ] = > <nl> + int ( 17652 ) <nl> + [ 5845 ] = > <nl> + int ( 17653 ) <nl> + [ 5846 ] = > <nl> + int ( 17654 ) <nl> + [ 5847 ] = > <nl> + int ( 17655 ) <nl> + [ 5848 ] = > <nl> + int ( 17656 ) <nl> + [ 5849 ] = > <nl> + int ( 17657 ) <nl> + [ 5850 ] = > <nl> + int ( 17658 ) <nl> + [ 5851 ] = > <nl> + int ( 17659 ) <nl> + [ 5852 ] = > <nl> + int ( 17660 ) <nl> + [ 5853 ] = > <nl> + int ( 17661 ) <nl> + [ 5854 ] = > <nl> + int ( 17662 ) <nl> + [ 5855 ] = > <nl> + int ( 17663 ) <nl> + [ 5856 ] = > <nl> + int ( 17664 ) <nl> + [ 5857 ] = > <nl> + int ( 17665 ) <nl> + [ 5858 ] = > <nl> + int ( 17666 ) <nl> + [ 5859 ] = > <nl> + int ( 17667 ) <nl> + [ 5860 ] = > <nl> + int ( 17668 ) <nl> + [ 5861 ] = > <nl> + int ( 17669 ) <nl> + [ 5862 ] = > <nl> + int ( 17670 ) <nl> + [ 5863 ] = > <nl> + int ( 17671 ) <nl> + [ 5864 ] = > <nl> + int ( 17672 ) <nl> + [ 5865 ] = > <nl> + int ( 17673 ) <nl> + [ 5866 ] = > <nl> + int ( 17674 ) <nl> + [ 5867 ] = > <nl> + int ( 17675 ) <nl> + [ 5868 ] = > <nl> + int ( 17676 ) <nl> + [ 5869 ] = > <nl> + int ( 17677 ) <nl> + [ 5870 ] = > <nl> + int ( 17678 ) <nl> + [ 5871 ] = > <nl> + int ( 17679 ) <nl> + [ 5872 ] = > <nl> + int ( 17680 ) <nl> + [ 5873 ] = > <nl> + int ( 17681 ) <nl> + [ 5874 ] = > <nl> + int ( 17682 ) <nl> + [ 5875 ] = > <nl> + int ( 17683 ) <nl> + [ 5876 ] = > <nl> + int ( 17684 ) <nl> + [ 5877 ] = > <nl> + int ( 17685 ) <nl> + [ 5878 ] = > <nl> + int ( 17686 ) <nl> + [ 5879 ] = > <nl> + int ( 17687 ) <nl> + [ 5880 ] = > <nl> + int ( 17688 ) <nl> + [ 5881 ] = > <nl> + int ( 17689 ) <nl> + [ 5882 ] = > <nl> + int ( 17690 ) <nl> + [ 5883 ] = > <nl> + int ( 17691 ) <nl> + [ 5884 ] = > <nl> + int ( 17692 ) <nl> + [ 5885 ] = > <nl> + int ( 17693 ) <nl> + [ 5886 ] = > <nl> + int ( 17694 ) <nl> + [ 5887 ] = > <nl> + int ( 17695 ) <nl> + [ 5888 ] = > <nl> + int ( 17696 ) <nl> + [ 5889 ] = > <nl> + int ( 17697 ) <nl> + [ 5890 ] = > <nl> + int ( 17698 ) <nl> + [ 5891 ] = > <nl> + int ( 17699 ) <nl> + [ 5892 ] = > <nl> + int ( 17700 ) <nl> + [ 5893 ] = > <nl> + int ( 17701 ) <nl> + [ 5894 ] = > <nl> + int ( 17702 ) <nl> + [ 5895 ] = > <nl> + int ( 17703 ) <nl> + [ 5896 ] = > <nl> + int ( 17704 ) <nl> + [ 5897 ] = > <nl> + int ( 17705 ) <nl> + [ 5898 ] = > <nl> + int ( 17706 ) <nl> + [ 5899 ] = > <nl> + int ( 17707 ) <nl> + [ 5900 ] = > <nl> + int ( 17708 ) <nl> + [ 5901 ] = > <nl> + int ( 17709 ) <nl> + [ 5902 ] = > <nl> + int ( 17710 ) <nl> + [ 5903 ] = > <nl> + int ( 17711 ) <nl> + } <nl> \ No newline at end of file <nl> mmm a / hphp / test / slow / dict / add - new - elem - c . hhas . expectf <nl> ppp b / hphp / test / slow / dict / add - new - elem - c . hhas . expectf <nl> @ @ - 1 + 1 @ @ <nl> - Fatal error : AddNewElemC : $ 2 must be an array in % s on line - % d <nl> \ No newline at end of file <nl> + Fatal error : AddNewElemC : $ 2 must be an array , vec , or keyset in % s on line - % d <nl> \ No newline at end of file <nl> deleted file mode 100644 <nl> index 56b57d15b87 . . 00000000000 <nl> mmm a / hphp / test / slow / keyset / add - new - elem - c . hhas <nl> ppp / dev / null <nl> <nl> - # <nl> - # Can only use AddNewElemC on PHP arrays <nl> - # <nl> - <nl> - . main { <nl> - FPushFuncD 0 " main " <nl> - FCall 0 <nl> - PopR <nl> - Int 1 <nl> - RetC <nl> - } <nl> - <nl> - . function main { <nl> - Int 1 <nl> - Int 2 <nl> - Int 3 <nl> - NewKeysetArray 3 <nl> - Int 100 <nl> - AddNewElemC <nl> - SetL $ v <nl> - PopC <nl> - String " Shouldn ' t get here . . . \ n " <nl> - Print <nl> - PopC <nl> - True <nl> - RetC <nl> - } <nl> deleted file mode 100644 <nl> index b09f00d2a6a . . 00000000000 <nl> mmm a / hphp / test / slow / keyset / add - new - elem - c . hhas . expectf <nl> ppp / dev / null <nl> @ @ - 1 + 0 , 0 @ @ <nl> - Fatal error : AddNewElemC : $ 2 must be an array in % s on line - % d <nl> \ No newline at end of file <nl> deleted file mode 100644 <nl> index a131f088874 . . 00000000000 <nl> mmm a / hphp / test / slow / vec / add - new - elem - c . hhas <nl> ppp / dev / null <nl> <nl> - # <nl> - # Can only use AddNewElemC on PHP arrays <nl> - # <nl> - <nl> - . main { <nl> - FPushFuncD 0 " main " <nl> - FCall 0 <nl> - PopR <nl> - Int 1 <nl> - RetC <nl> - } <nl> - <nl> - . function main { <nl> - Int 1 <nl> - Int 2 <nl> - Int 3 <nl> - NewVecArray 3 <nl> - Int 100 <nl> - AddNewElemC <nl> - SetL $ v <nl> - PopC <nl> - String " Shouldn ' t get here . . . \ n " <nl> - Print <nl> - PopC <nl> - True <nl> - RetC <nl> - } <nl> deleted file mode 100644 <nl> index b09f00d2a6a . . 00000000000 <nl> mmm a / hphp / test / slow / vec / add - new - elem - c . hhas . expectf <nl> ppp / dev / null <nl> @ @ - 1 + 0 , 0 @ @ <nl> - Fatal error : AddNewElemC : $ 2 must be an array in % s on line - % d <nl> \ No newline at end of file <nl>	Keep NewVecArray and NewKeysetArray from using too much stack	facebook/hhvm	98f021d3696d11cd97ac98001e8037c6e9316335	2017-09-23T05:29:03Z
mmm a / include / v8 - testing . h <nl> ppp b / include / v8 - testing . h <nl> <nl> * Testing support for the V8 JavaScript engine . <nl> * / <nl> namespace v8 { <nl> - <nl> class V8_EXPORT Testing { <nl> public : <nl> - enum StressType { <nl> + enum V8_DEPRECATED ( " Don ' t use this ( d8 - specific testing logic ) . " ) StressType { <nl> kStressTypeOpt , <nl> kStressTypeDeopt <nl> } ; <nl> class V8_EXPORT Testing { <nl> / * * <nl> * Set the type of stressing to do . The default if not set is kStressTypeOpt . <nl> * / <nl> + V8_DEPRECATED ( " Don ' t use this ( d8 - specific testing logic ) . " ) <nl> static void SetStressRunType ( StressType type ) ; <nl> <nl> / * * <nl> * Get the number of runs of a given test that is required to get the full <nl> * stress coverage . <nl> * / <nl> + V8_DEPRECATED ( " Don ' t use this ( d8 - specific testing logic ) . " ) <nl> static int GetStressRuns ( ) ; <nl> <nl> / * * <nl> * Indicate the number of the run which is about to start . The value of run <nl> * should be between 0 and one less than the result from GetStressRuns ( ) <nl> * / <nl> + V8_DEPRECATED ( " Don ' t use this ( d8 - specific testing logic ) . " ) <nl> static void PrepareStressRun ( int run ) ; <nl> <nl> / * * <nl> * Force deoptimization of all functions . <nl> * / <nl> + V8_DEPRECATED ( " Don ' t use this ( d8 - specific testing logic ) . " ) <nl> static void DeoptimizeAll ( Isolate * isolate ) ; <nl> } ; <nl> <nl> - <nl> } / / namespace v8 <nl> <nl> # endif / / V8_V8_TEST_H_ <nl> mmm a / src / api / api . cc <nl> ppp b / src / api / api . cc <nl> void HeapProfiler : : RemoveBuildEmbedderGraphCallback ( <nl> callback , data ) ; <nl> } <nl> <nl> - v8 : : Testing : : StressType internal : : Testing : : stress_type_ = <nl> - v8 : : Testing : : kStressTypeOpt ; <nl> - <nl> + / / Deprecated . <nl> void Testing : : SetStressRunType ( Testing : : StressType type ) { <nl> - internal : : Testing : : set_stress_type ( type ) ; <nl> } <nl> <nl> + / / Deprecated . <nl> int Testing : : GetStressRuns ( ) { <nl> if ( internal : : FLAG_stress_runs ! = 0 ) return internal : : FLAG_stress_runs ; <nl> # ifdef DEBUG <nl> int Testing : : GetStressRuns ( ) { <nl> # endif <nl> } <nl> <nl> + / / Deprecated . <nl> void Testing : : PrepareStressRun ( int run ) { <nl> static const char * kLazyOptimizations = <nl> " - - prepare - always - opt " <nl> void Testing : : PrepareStressRun ( int run ) { <nl> } <nl> } <nl> <nl> + / / Deprecated . <nl> void Testing : : DeoptimizeAll ( Isolate * isolate ) { <nl> i : : Isolate * i_isolate = reinterpret_cast < i : : Isolate * > ( isolate ) ; <nl> i : : HandleScope scope ( i_isolate ) ; <nl> mmm a / src / api / api . h <nl> ppp b / src / api / api . h <nl> void InvokeAccessorGetterCallback ( <nl> void InvokeFunctionCallback ( const v8 : : FunctionCallbackInfo < v8 : : Value > & info , <nl> v8 : : FunctionCallback callback ) ; <nl> <nl> - class Testing { <nl> - public : <nl> - static v8 : : Testing : : StressType stress_type ( ) { return stress_type_ ; } <nl> - static void set_stress_type ( v8 : : Testing : : StressType stress_type ) { <nl> - stress_type_ = stress_type ; <nl> - } <nl> - <nl> - private : <nl> - static v8 : : Testing : : StressType stress_type_ ; <nl> - } ; <nl> - <nl> } / / namespace internal <nl> } / / namespace v8 <nl> <nl> mmm a / src / d8 / d8 . cc <nl> ppp b / src / d8 / d8 . cc <nl> <nl> # include " src / d8 / d8 - platforms . h " <nl> # include " src / d8 / d8 . h " <nl> # include " src / debug / debug - interface . h " <nl> + # include " src / deoptimizer / deoptimizer . h " <nl> # include " src / diagnostics / basic - block - profiler . h " <nl> # include " src / execution / vm - state - inl . h " <nl> # include " src / init / v8 . h " <nl> class Deserializer : public ValueDeserializer : : Delegate { <nl> DISALLOW_COPY_AND_ASSIGN ( Deserializer ) ; <nl> } ; <nl> <nl> + class D8Testing { <nl> + public : <nl> + / * * <nl> + * Get the number of runs of a given test that is required to get the full <nl> + * stress coverage . <nl> + * / <nl> + static int GetStressRuns ( ) { <nl> + if ( internal : : FLAG_stress_runs ! = 0 ) return internal : : FLAG_stress_runs ; <nl> + # ifdef DEBUG <nl> + / / In debug mode the code runs much slower so stressing will only make two <nl> + / / runs . <nl> + return 2 ; <nl> + # else <nl> + return 5 ; <nl> + # endif <nl> + } <nl> + <nl> + / * * <nl> + * Indicate the number of the run which is about to start . The value of run <nl> + * should be between 0 and one less than the result from GetStressRuns ( ) <nl> + * / <nl> + static void PrepareStressRun ( int run ) { <nl> + static const char * kLazyOptimizations = <nl> + " - - prepare - always - opt " <nl> + " - - max - inlined - bytecode - size = 999999 " <nl> + " - - max - inlined - bytecode - size - cumulative = 999999 " <nl> + " - - noalways - opt " ; <nl> + static const char * kForcedOptimizations = " - - always - opt " ; <nl> + <nl> + if ( run = = GetStressRuns ( ) - 1 ) { <nl> + V8 : : SetFlagsFromString ( kForcedOptimizations ) ; <nl> + } else { <nl> + V8 : : SetFlagsFromString ( kLazyOptimizations ) ; <nl> + } <nl> + } <nl> + <nl> + / * * <nl> + * Force deoptimization of all functions . <nl> + * / <nl> + static void DeoptimizeAll ( Isolate * isolate ) { <nl> + i : : Isolate * i_isolate = reinterpret_cast < i : : Isolate * > ( isolate ) ; <nl> + i : : HandleScope scope ( i_isolate ) ; <nl> + i : : Deoptimizer : : DeoptimizeAll ( i_isolate ) ; <nl> + } <nl> + } ; <nl> + <nl> std : : unique_ptr < SerializationData > Shell : : SerializeValue ( <nl> Isolate * isolate , Local < Value > value , Local < Value > transfer ) { <nl> bool ok ; <nl> int Shell : : Main ( int argc , char * argv [ ] ) { <nl> } <nl> <nl> if ( options . stress_opt ) { <nl> - Testing : : SetStressRunType ( Testing : : kStressTypeOpt ) ; <nl> - options . stress_runs = Testing : : GetStressRuns ( ) ; <nl> + options . stress_runs = D8Testing : : GetStressRuns ( ) ; <nl> for ( int i = 0 ; i < options . stress_runs & & result = = 0 ; i + + ) { <nl> printf ( " = = = = = = = = = = = = Stress % d / % d = = = = = = = = = = = = \ n " , i + 1 , <nl> options . stress_runs ) ; <nl> - Testing : : PrepareStressRun ( i ) ; <nl> + D8Testing : : PrepareStressRun ( i ) ; <nl> bool last_run = i = = options . stress_runs - 1 ; <nl> result = RunMain ( isolate , argc , argv , last_run ) ; <nl> } <nl> printf ( " = = = = = = = = Full Deoptimization = = = = = = = \ n " ) ; <nl> - Testing : : DeoptimizeAll ( isolate ) ; <nl> + D8Testing : : DeoptimizeAll ( isolate ) ; <nl> } else if ( i : : FLAG_stress_runs > 0 ) { <nl> options . stress_runs = i : : FLAG_stress_runs ; <nl> for ( int i = 0 ; i < options . stress_runs & & result = = 0 ; i + + ) { <nl>	[ test ] Deprecate v8 - testing . h	v8/v8	941afb692030ba07f11cff6d2177cdd82669bdee	2019-11-06T12:56:51Z
mmm a / src / ccstruct / imagedata . cpp <nl> ppp b / src / ccstruct / imagedata . cpp <nl> ImageData : : ImageData ( bool vertical , Pix * pix ) <nl> SetPix ( pix ) ; <nl> } <nl> ImageData : : ~ ImageData ( ) { <nl> + # ifdef TESSERACT_IMAGEDATA_AS_PIX <nl> + pixDestroy ( & internal_pix_ ) ; <nl> + # endif <nl> } <nl> <nl> / / Builds and returns an ImageData from the basic data . Note that imagedata , <nl>	Fix Memory leak when using TESSERACT_IMAGEDATA_AS_PIX	tesseract-ocr/tesseract	7f45b719d19dd399a747ec5a3bdedfa34fffc06b	2020-07-15T11:35:35Z
mmm a / tensorflow / core / profiler / internal / gpu / cupti_tracer . cc <nl> ppp b / tensorflow / core / profiler / internal / gpu / cupti_tracer . cc <nl> const char * getActivityUnifiedMemoryKindString ( <nl> if ( status = = CUPTI_ERROR_INSUFFICIENT_PRIVILEGES ) { \ <nl> return errors : : PermissionDenied ( " CUPTI need root access ! " ) ; \ <nl> } else { \ <nl> - return errors : : Internal ( absl : : StrCat ( " CUPTI call error " , errstr ) ) ; \ <nl> + return errors : : Internal ( " CUPTI call error " , errstr ) ; \ <nl> } \ <nl> } \ <nl> } while ( false ) <nl> void CuptiTracer : : Enable ( const CuptiTracerOptions & option , <nl> <nl> Status status = EnableApiTracing ( ) ; <nl> need_root_access_ \| = status . code ( ) = = error : : PERMISSION_DENIED ; <nl> + if ( ! status . ok ( ) ) return ; <nl> <nl> if ( option_ - > enable_activity_api ) { <nl> EnableActivityTracing ( ) . IgnoreError ( ) ; <nl> void CuptiTracer : : Disable ( ) { <nl> <nl> Status CuptiTracer : : EnableApiTracing ( ) { <nl> if ( api_tracing_enabled_ ) return Status : : OK ( ) ; <nl> - api_tracing_enabled_ = true ; <nl> <nl> VLOG ( 1 ) < < " Enable subscriber " ; <nl> + / / Subscribe can return CUPTI_ERROR_MAX_LIMIT_REACHED . <nl> + / / The application which calls CUPTI APIs cannot be used with Nvidia tools <nl> + / / like nvprof , Nvidia Visual Profiler , Nsight Compute , Nsight Systems . <nl> RETURN_IF_CUPTI_ERROR ( cupti_interface_ - > Subscribe ( <nl> & subscriber_ , ( CUpti_CallbackFunc ) ApiCallback , this ) ) ; <nl> + api_tracing_enabled_ = true ; <nl> <nl> if ( ! option_ - > cbids_selected . empty ( ) ) { <nl> for ( auto cbid : option_ - > cbids_selected ) { <nl> Status CuptiTracer : : HandleCallback ( CUpti_CallbackDomain domain , <nl> RETURN_IF_CUPTI_ERROR ( <nl> cupti_interface_ - > GetDeviceId ( cbdata - > context , & device_id ) ) ; <nl> if ( device_id > = num_gpus_ ) { <nl> - return errors : : Internal ( absl : : StrCat ( " Invalid device id : " , device_id ) ) ; <nl> + return errors : : Internal ( " Invalid device id : " , device_id ) ; <nl> } <nl> <nl> if ( cbdata - > callbackSite = = CUPTI_API_ENTER ) { <nl>	handle the case where cupti subscribe return CUPTI_ERROR_MAX_LIMIT_REACHED .	tensorflow/tensorflow	b97cc6fd437e3ab8b788853558733f9420125245	2020-04-24T20:18:15Z
mmm a / jstests / sharding / addshard2 . js <nl> ppp b / jstests / sharding / addshard2 . js <nl> var rs3 = new ReplSetTest ( { ' name ' : ' config ' , nodes : 3 , startPort : 31206 } ) ; <nl> rs3 . startSet ( ) ; <nl> rs3 . initiate ( ) ; <nl> <nl> + / / replica set with set name = ' admin ' <nl> + var rs4 = new ReplSetTest ( { ' name ' : ' admin ' , nodes : 3 , startPort : 31209 } ) ; <nl> + rs4 . startSet ( ) ; <nl> + rs4 . initiate ( ) ; <nl> + <nl> / / step 1 . name given <nl> assert ( s . admin . runCommand ( { " addshard " : getHostName ( ) + " : 30001 " , " name " : " bar " } ) . ok , " failed to add shard in step 1 " ) ; <nl> var shard = s . getDB ( " config " ) . shards . findOne ( { " _id " : { " $ nin " : [ " shard0000 " ] } } ) ; <nl> assert ( s . admin . runCommand ( { ' addshard ' : configReplURI , name : ' not_config ' } ) . ok , <nl> shard = s . getDB ( ' config ' ) . shards . findOne ( { ' _id ' : ' not_config ' } ) ; <nl> assert ( shard , ' shard with name " not_config " not found ' ) ; <nl> <nl> + / / <nl> + / / SERVER - 17232 Try inserting into shard with name ' admin ' <nl> + / / <nl> + assert ( s . admin . runCommand ( { ' addshard ' : ' admin / ' + getHostName ( ) + ' : 31209 ' } ) . ok , <nl> + ' adding replica set with name " admin " should work ' ) ; <nl> + var wRes = s . getDB ( ' test ' ) . foo . insert ( { x : 1 } ) ; <nl> + assert ( ! wRes . hasWriteError ( ) & & wRes . nInserted = = = 1 , <nl> + ' failed to insert document into " test . foo " unsharded collection ' ) ; <nl> + <nl> s . stop ( ) ; <nl> rs1 . stopSet ( ) ; <nl> rs2 . stopSet ( ) ; <nl> rs3 . stopSet ( ) ; <nl> + rs4 . stopSet ( ) ; <nl> mmm a / src / mongo / s / dbclient_shard_resolver . cpp <nl> ppp b / src / mongo / s / dbclient_shard_resolver . cpp <nl> namespace mongo { <nl> / / Declare up here for parsing later <nl> string errMsg ; <nl> <nl> - / / Special - case for config and admin <nl> - if ( shardName = = " config " \| \| shardName = = " admin " ) { <nl> + / / Special - case for config <nl> + if ( shardName = = " config " ) { <nl> * shardHost = ConnectionString : : parse ( configServer . modelServer ( ) , errMsg ) ; <nl> dassert ( errMsg = = " " ) ; <nl> return Status : : OK ( ) ; <nl>	SERVER - 17232 Don ' t return connection to config server when shardName is admin	mongodb/mongo	3a0a2fae791228ac0b883c6238bf095a608e4807	2015-03-10T13:50:26Z
mmm a / tools / bazel . rc <nl> ppp b / tools / bazel . rc <nl> build : python_poller_engine - - test_env = " GRPC_ASYNCIO_ENGINE = poller " <nl> build : counters - - compilation_mode = opt <nl> build : counters - - copt = - Wframe - larger - than = 16384 <nl> build : counters - - copt = - DGPR_LOW_LEVEL_COUNTERS <nl> + <nl> + # " mutrace " config is based on a legacy config provided by the Makefile ( see definition in build_handwritten . yaml ) . <nl> + # It is only used in microbenchmarks ( see tools / run_tests / run_microbenchmark . py ) <nl> + # TODO ( jtattermusch ) : get rid of the " mutrace " config when possible <nl> + build : mutrace - - copt = - O3 <nl> + build : mutrace - - copt = - fno - omit - frame - pointer <nl> + build : mutrace - - copt = - DNDEBUG <nl> + build : mutrace - - linkopt = - rdynamic <nl> mmm a / tools / run_tests / run_microbenchmark . py <nl> ppp b / tools / run_tests / run_microbenchmark . py <nl> def text ( txt ) : <nl> index_html + = " < p > < pre > % s < / pre > < / p > \ n " % cgi . escape ( txt ) <nl> <nl> <nl> + def _bazel_build_benchmark ( bm_name , cfg ) : <nl> + " " " Build given benchmark with bazel " " " <nl> + subprocess . check_call ( [ <nl> + ' tools / bazel ' , ' build ' , <nl> + ' - - config = % s ' % cfg , <nl> + ' / / test / cpp / microbenchmarks : % s ' % bm_name <nl> + ] ) <nl> + <nl> + <nl> def collect_latency ( bm_name , args ) : <nl> " " " generate latency profiles " " " <nl> benchmarks = [ ] <nl> def collect_latency ( bm_name , args ) : <nl> cleanup = [ ] <nl> <nl> heading ( ' Latency Profiles : % s ' % bm_name ) <nl> - subprocess . check_call ( [ <nl> - ' make ' , bm_name , ' CONFIG = basicprof ' , ' - j ' , <nl> - ' % d ' % multiprocessing . cpu_count ( ) <nl> - ] ) <nl> - for line in subprocess . check_output ( <nl> - [ ' bins / basicprof / % s ' % bm_name , ' - - benchmark_list_tests ' ] ) . splitlines ( ) : <nl> + _bazel_build_benchmark ( bm_name , ' basicprof ' ) <nl> + for line in subprocess . check_output ( [ <nl> + ' bazel - bin / test / cpp / microbenchmarks / % s ' % bm_name , <nl> + ' - - benchmark_list_tests ' <nl> + ] ) . splitlines ( ) : <nl> link ( line , ' % s . txt ' % fnize ( line ) ) <nl> benchmarks . append ( <nl> jobset . JobSpec ( [ <nl> - ' bins / basicprof / % s ' % bm_name , <nl> + ' bazel - bin / test / cpp / microbenchmarks / % s ' % bm_name , <nl> ' - - benchmark_filter = ^ % s $ ' % line , ' - - benchmark_min_time = 0 . 05 ' <nl> ] , <nl> environ = { <nl> def collect_latency ( bm_name , args ) : <nl> def collect_perf ( bm_name , args ) : <nl> " " " generate flamegraphs " " " <nl> heading ( ' Flamegraphs : % s ' % bm_name ) <nl> - subprocess . check_call ( [ <nl> - ' make ' , bm_name , ' CONFIG = mutrace ' , ' - j ' , <nl> - ' % d ' % multiprocessing . cpu_count ( ) <nl> - ] ) <nl> + _bazel_build_benchmark ( bm_name , ' mutrace ' ) <nl> benchmarks = [ ] <nl> profile_analysis = [ ] <nl> cleanup = [ ] <nl> - for line in subprocess . check_output ( <nl> - [ ' bins / mutrace / % s ' % bm_name , ' - - benchmark_list_tests ' ] ) . splitlines ( ) : <nl> + for line in subprocess . check_output ( [ <nl> + ' bazel - bin / test / cpp / microbenchmarks / % s ' % bm_name , <nl> + ' - - benchmark_list_tests ' <nl> + ] ) . splitlines ( ) : <nl> link ( line , ' % s . svg ' % fnize ( line ) ) <nl> benchmarks . append ( <nl> jobset . JobSpec ( [ <nl> ' perf ' , ' record ' , ' - o ' , <nl> ' % s - perf . data ' % fnize ( line ) , ' - g ' , ' - F ' , ' 997 ' , <nl> - ' bins / mutrace / % s ' % bm_name , <nl> + ' bazel - bin / test / cpp / microbenchmarks / % s ' % bm_name , <nl> ' - - benchmark_filter = ^ % s $ ' % line , ' - - benchmark_min_time = 10 ' <nl> ] , <nl> shortname = ' perf - % s ' % fnize ( line ) ) ) <nl> def collect_perf ( bm_name , args ) : <nl> <nl> <nl> def run_summary ( bm_name , cfg , base_json_name ) : <nl> - subprocess . check_call ( [ <nl> - ' make ' , bm_name , <nl> - ' CONFIG = % s ' % cfg , ' - j ' , <nl> - ' % d ' % multiprocessing . cpu_count ( ) <nl> - ] ) <nl> + _bazel_build_benchmark ( bm_name , cfg ) <nl> cmd = [ <nl> - ' bins / % s / % s ' % ( cfg , bm_name ) , <nl> + ' bazel - bin / test / cpp / microbenchmarks / % s ' % bm_name , <nl> ' - - benchmark_out = % s . % s . json ' % ( base_json_name , cfg ) , <nl> ' - - benchmark_out_format = json ' <nl> ] <nl>	Merge pull request from jtattermusch / run_microbenchmark_use_bazel	grpc/grpc	fb8e4556c250bbcc523b55e6ebe69cb2b3d95998	2020-08-20T08:31:46Z
mmm a / tensorflow / lite / g3doc / models / object_detection / overview . md <nl> ppp b / tensorflow / lite / g3doc / models / object_detection / overview . md <nl> If you are new to TensorFlow Lite and are working with Android or iOS , we <nl> recommend exploring the following example applications that can help you get <nl> started . <nl> <nl> - < a class = " button button - primary " href = " https : / / github . com / tensorflow / examples / tree / master / lite / examples / image_classification / android " > Android <nl> + < a class = " button button - primary " href = " https : / / github . com / tensorflow / examples / tree / master / lite / examples / object_detection / android " > Android <nl> example < / a > <nl> - < a class = " button button - primary " href = " https : / / github . com / tensorflow / examples / tree / master / lite / examples / image_classification / ios " > iOS <nl> + < a class = " button button - primary " href = " https : / / github . com / tensorflow / examples / tree / master / lite / examples / object_detection / ios " > iOS <nl> example < / a > <nl> <nl> If you are using a platform other than Android or iOS , or you are already <nl>	Merge pull request from ablenesi : patch - 1	tensorflow/tensorflow	40e705c90df02c2893ce586f7fe471a82db18461	2019-04-15T23:32:23Z
mmm a / make - package . sh <nl> ppp b / make - package . sh <nl> done <nl> basedir = " pkgroot / Library / Application Support / org . pqrs / Karabiner - Elements / bin " <nl> mkdir - p " $ basedir " <nl> cp src / userspace / grabber / build / Release / karabiner_grabber " $ basedir " <nl> - cp src / userspace / console_user_server / build / Release / karabiner_console_user_server " $ basedir " <nl> + cp src / userspace / core / console_user_server / build / Release / karabiner_console_user_server " $ basedir " <nl> <nl> mkdir - p " pkgroot / Library " <nl> cp - R files / LaunchDaemons " pkgroot / Library " <nl> mmm a / src / userspace / Makefile <nl> ppp b / src / userspace / Makefile <nl> <nl> all : <nl> - $ ( MAKE ) - C console_user_server <nl> + $ ( MAKE ) - C core / console_user_server <nl> $ ( MAKE ) - C grabber <nl> <nl> clean : <nl> - $ ( MAKE ) - C console_user_server clean <nl> + $ ( MAKE ) - C core / console_user_server clean <nl> $ ( MAKE ) - C grabber clean <nl> similarity index 93 % <nl> rename from src / userspace / console_user_server / Makefile <nl> rename to src / userspace / core / console_user_server / Makefile <nl> mmm a / src / userspace / console_user_server / Makefile <nl> ppp b / src / userspace / core / console_user_server / Makefile <nl> <nl> CONFIGURATION = Release <nl> <nl> all : <nl> - make - C . . / . . / share <nl> + make - C . . / . . / . . / share <nl> xcodebuild - alltargets - configuration $ ( CONFIGURATION ) build <nl> <nl> clean : <nl> similarity index 100 % <nl> rename from src / userspace / console_user_server / include / configuration_manager . hpp <nl> rename to src / userspace / core / console_user_server / include / configuration_manager . hpp <nl> similarity index 100 % <nl> rename from src / userspace / console_user_server / include / connection_manager . hpp <nl> rename to src / userspace / core / console_user_server / include / connection_manager . hpp <nl> similarity index 100 % <nl> rename from src / userspace / console_user_server / include / grabber_client . hpp <nl> rename to src / userspace / core / console_user_server / include / grabber_client . hpp <nl> similarity index 100 % <nl> rename from src / userspace / console_user_server / include / keyboard_event_output_manager . hpp <nl> rename to src / userspace / core / console_user_server / include / keyboard_event_output_manager . hpp <nl> similarity index 100 % <nl> rename from src / userspace / console_user_server / include / logger . hpp <nl> rename to src / userspace / core / console_user_server / include / logger . hpp <nl> similarity index 100 % <nl> rename from src / userspace / console_user_server / include / receiver . hpp <nl> rename to src / userspace / core / console_user_server / include / receiver . hpp <nl> similarity index 100 % <nl> rename from src / userspace / console_user_server / include / session . hpp <nl> rename to src / userspace / core / console_user_server / include / session . hpp <nl> similarity index 90 % <nl> rename from src / userspace / console_user_server / karabiner_console_user_server . xcodeproj / project . pbxproj <nl> rename to src / userspace / core / console_user_server / karabiner_console_user_server . xcodeproj / project . pbxproj <nl> mmm a / src / userspace / console_user_server / karabiner_console_user_server . xcodeproj / project . pbxproj <nl> ppp b / src / userspace / core / console_user_server / karabiner_console_user_server . xcodeproj / project . pbxproj <nl> <nl> / * End PBXCopyFilesBuildPhase section * / <nl> <nl> / * Begin PBXFileReference section * / <nl> - 341C8E871D4CF4AE0018D32C / * local_datagram_server . hpp * / = { isa = PBXFileReference ; fileEncoding = 4 ; lastKnownFileType = sourcecode . cpp . h ; name = local_datagram_server . hpp ; path = . . / share / local_datagram_server . hpp ; sourceTree = SOURCE_ROOT ; } ; <nl> - 341F59CC1D516B1500B441A8 / * constants . hpp * / = { isa = PBXFileReference ; fileEncoding = 4 ; lastKnownFileType = sourcecode . cpp . h ; name = constants . hpp ; path = . . / share / constants . hpp ; sourceTree = SOURCE_ROOT ; } ; <nl> - 341F59D51D535D2500B441A8 / * local_datagram_client . hpp * / = { isa = PBXFileReference ; fileEncoding = 4 ; lastKnownFileType = sourcecode . cpp . h ; name = local_datagram_client . hpp ; path = . . / share / local_datagram_client . hpp ; sourceTree = SOURCE_ROOT ; } ; <nl> - 341F59DB1D57789500B441A8 / * iokit_utility . hpp * / = { isa = PBXFileReference ; fileEncoding = 4 ; lastKnownFileType = sourcecode . cpp . h ; name = iokit_utility . hpp ; path = . . / share / iokit_utility . hpp ; sourceTree = SOURCE_ROOT ; } ; <nl> + 341C8E871D4CF4AE0018D32C / * local_datagram_server . hpp * / = { isa = PBXFileReference ; fileEncoding = 4 ; lastKnownFileType = sourcecode . cpp . h ; name = local_datagram_server . hpp ; path = . . / . . / share / local_datagram_server . hpp ; sourceTree = SOURCE_ROOT ; } ; <nl> + 341F59CC1D516B1500B441A8 / * constants . hpp * / = { isa = PBXFileReference ; fileEncoding = 4 ; lastKnownFileType = sourcecode . cpp . h ; name = constants . hpp ; path = . . / . . / share / constants . hpp ; sourceTree = SOURCE_ROOT ; } ; <nl> + 341F59D51D535D2500B441A8 / * local_datagram_client . hpp * / = { isa = PBXFileReference ; fileEncoding = 4 ; lastKnownFileType = sourcecode . cpp . h ; name = local_datagram_client . hpp ; path = . . / . . / share / local_datagram_client . hpp ; sourceTree = SOURCE_ROOT ; } ; <nl> + 341F59DB1D57789500B441A8 / * iokit_utility . hpp * / = { isa = PBXFileReference ; fileEncoding = 4 ; lastKnownFileType = sourcecode . cpp . h ; name = iokit_utility . hpp ; path = . . / . . / share / iokit_utility . hpp ; sourceTree = SOURCE_ROOT ; } ; <nl> 344149111D212A1600C8ECFC / * karabiner_console_user_server * / = { isa = PBXFileReference ; explicitFileType = " compiled . mach - o . executable " ; includeInIndex = 0 ; path = karabiner_console_user_server ; sourceTree = BUILT_PRODUCTS_DIR ; } ; <nl> 345A9DE31D7DD6E600578F84 / * configuration_manager . hpp * / = { isa = PBXFileReference ; fileEncoding = 4 ; lastKnownFileType = sourcecode . cpp . h ; name = configuration_manager . hpp ; path = include / configuration_manager . hpp ; sourceTree = SOURCE_ROOT ; } ; <nl> - 345A9DE41D7DD7A200578F84 / * configuration_core . hpp * / = { isa = PBXFileReference ; fileEncoding = 4 ; lastKnownFileType = sourcecode . cpp . h ; name = configuration_core . hpp ; path = . . / share / configuration_core . hpp ; sourceTree = SOURCE_ROOT ; } ; <nl> - 345ABFFE1D60AD6D009D1FB4 / * system_preferences . hpp * / = { isa = PBXFileReference ; fileEncoding = 4 ; lastKnownFileType = sourcecode . cpp . h ; name = system_preferences . hpp ; path = . . / share / system_preferences . hpp ; sourceTree = SOURCE_ROOT ; } ; <nl> - 345AC0031D620E28009D1FB4 / * notification_center . hpp * / = { isa = PBXFileReference ; fileEncoding = 4 ; lastKnownFileType = sourcecode . cpp . h ; name = notification_center . hpp ; path = . . / share / notification_center . hpp ; sourceTree = SOURCE_ROOT ; } ; <nl> - 345AC0051D621651009D1FB4 / * boost_defs . hpp * / = { isa = PBXFileReference ; fileEncoding = 4 ; lastKnownFileType = sourcecode . cpp . h ; name = boost_defs . hpp ; path = . . / share / boost_defs . hpp ; sourceTree = SOURCE_ROOT ; } ; <nl> - 3492C9B61D752C820055988F / * hid_system_client . hpp * / = { isa = PBXFileReference ; fileEncoding = 4 ; lastKnownFileType = sourcecode . cpp . h ; name = hid_system_client . hpp ; path = . . / share / hid_system_client . hpp ; sourceTree = SOURCE_ROOT ; } ; <nl> - 3492C9BC1D772D8B0055988F / * filesystem . hpp * / = { isa = PBXFileReference ; fileEncoding = 4 ; lastKnownFileType = sourcecode . cpp . h ; name = filesystem . hpp ; path = . . / share / filesystem . hpp ; sourceTree = SOURCE_ROOT ; } ; <nl> + 345A9DE41D7DD7A200578F84 / * configuration_core . hpp * / = { isa = PBXFileReference ; fileEncoding = 4 ; lastKnownFileType = sourcecode . cpp . h ; name = configuration_core . hpp ; path = . . / . . / share / configuration_core . hpp ; sourceTree = SOURCE_ROOT ; } ; <nl> + 345ABFFE1D60AD6D009D1FB4 / * system_preferences . hpp * / = { isa = PBXFileReference ; fileEncoding = 4 ; lastKnownFileType = sourcecode . cpp . h ; name = system_preferences . hpp ; path = . . / . . / share / system_preferences . hpp ; sourceTree = SOURCE_ROOT ; } ; <nl> + 345AC0031D620E28009D1FB4 / * notification_center . hpp * / = { isa = PBXFileReference ; fileEncoding = 4 ; lastKnownFileType = sourcecode . cpp . h ; name = notification_center . hpp ; path = . . / . . / share / notification_center . hpp ; sourceTree = SOURCE_ROOT ; } ; <nl> + 345AC0051D621651009D1FB4 / * boost_defs . hpp * / = { isa = PBXFileReference ; fileEncoding = 4 ; lastKnownFileType = sourcecode . cpp . h ; name = boost_defs . hpp ; path = . . / . . / share / boost_defs . hpp ; sourceTree = SOURCE_ROOT ; } ; <nl> + 3492C9B61D752C820055988F / * hid_system_client . hpp * / = { isa = PBXFileReference ; fileEncoding = 4 ; lastKnownFileType = sourcecode . cpp . h ; name = hid_system_client . hpp ; path = . . / . . / share / hid_system_client . hpp ; sourceTree = SOURCE_ROOT ; } ; <nl> + 3492C9BC1D772D8B0055988F / * filesystem . hpp * / = { isa = PBXFileReference ; fileEncoding = 4 ; lastKnownFileType = sourcecode . cpp . h ; name = filesystem . hpp ; path = . . / . . / share / filesystem . hpp ; sourceTree = SOURCE_ROOT ; } ; <nl> 34A88A971D685A4600DD480B / * connection_manager . hpp * / = { isa = PBXFileReference ; fileEncoding = 4 ; lastKnownFileType = sourcecode . cpp . h ; name = connection_manager . hpp ; path = include / connection_manager . hpp ; sourceTree = SOURCE_ROOT ; } ; <nl> 34A88A981D685A4600DD480B / * grabber_client . hpp * / = { isa = PBXFileReference ; fileEncoding = 4 ; lastKnownFileType = sourcecode . cpp . h ; name = grabber_client . hpp ; path = include / grabber_client . hpp ; sourceTree = SOURCE_ROOT ; } ; <nl> 34A88A9A1D685A4600DD480B / * keyboard_event_output_manager . hpp * / = { isa = PBXFileReference ; fileEncoding = 4 ; lastKnownFileType = sourcecode . cpp . h ; name = keyboard_event_output_manager . hpp ; path = include / keyboard_event_output_manager . hpp ; sourceTree = SOURCE_ROOT ; } ; <nl> <nl> 34A88A9C1D685A4600DD480B / * receiver . hpp * / = { isa = PBXFileReference ; fileEncoding = 4 ; lastKnownFileType = sourcecode . cpp . h ; name = receiver . hpp ; path = include / receiver . hpp ; sourceTree = SOURCE_ROOT ; } ; <nl> 34A88A9D1D685A4600DD480B / * session . hpp * / = { isa = PBXFileReference ; fileEncoding = 4 ; lastKnownFileType = sourcecode . cpp . h ; name = session . hpp ; path = include / session . hpp ; sourceTree = SOURCE_ROOT ; } ; <nl> 34A88A9E1D685A5000DD480B / * main . cpp * / = { isa = PBXFileReference ; fileEncoding = 4 ; lastKnownFileType = sourcecode . cpp . cpp ; path = main . cpp ; sourceTree = SOURCE_ROOT ; } ; <nl> - 34A88AA01D685A5C00DD480B / * karabiner_version . h * / = { isa = PBXFileReference ; fileEncoding = 4 ; lastKnownFileType = sourcecode . c . h ; name = karabiner_version . h ; path = . . / . . / share / karabiner_version . h ; sourceTree = SOURCE_ROOT ; } ; <nl> - 34A88AA71D6DF8E300DD480B / * userspace_types . hpp * / = { isa = PBXFileReference ; fileEncoding = 4 ; lastKnownFileType = sourcecode . cpp . h ; name = userspace_types . hpp ; path = . . / share / userspace_types . hpp ; sourceTree = SOURCE_ROOT ; } ; <nl> + 34A88AA01D685A5C00DD480B / * karabiner_version . h * / = { isa = PBXFileReference ; fileEncoding = 4 ; lastKnownFileType = sourcecode . c . h ; name = karabiner_version . h ; path = . . / . . / . . / share / karabiner_version . h ; sourceTree = SOURCE_ROOT ; } ; <nl> + 34A88AA71D6DF8E300DD480B / * userspace_types . hpp * / = { isa = PBXFileReference ; fileEncoding = 4 ; lastKnownFileType = sourcecode . cpp . h ; name = userspace_types . hpp ; path = . . / . . / share / userspace_types . hpp ; sourceTree = SOURCE_ROOT ; } ; <nl> 34BB0F0A1D22853700372174 / * IOKit . framework * / = { isa = PBXFileReference ; lastKnownFileType = wrapper . framework ; name = IOKit . framework ; path = System / Library / Frameworks / IOKit . framework ; sourceTree = SDKROOT ; } ; <nl> 34E9F62E1D2134770007AE90 / * Carbon . framework * / = { isa = PBXFileReference ; lastKnownFileType = wrapper . framework ; name = Carbon . framework ; path = System / Library / Frameworks / Carbon . framework ; sourceTree = SDKROOT ; } ; <nl> / * End PBXFileReference section * / <nl> <nl> GCC_WARN_UNUSED_VALUE = YES ; <nl> GCC_WARN_UNUSED_VARIABLE = YES ; <nl> HEADER_SEARCH_PATHS = ( <nl> - . . / vendor , <nl> + . . / . . / vendor , <nl> / opt / local / include , <nl> / usr / local / include , <nl> ) ; <nl> similarity index 100 % <nl> rename from src / userspace / console_user_server / karabiner_console_user_server . xcodeproj / project . xcworkspace / contents . xcworkspacedata <nl> rename to src / userspace / core / console_user_server / karabiner_console_user_server . xcodeproj / project . xcworkspace / contents . xcworkspacedata <nl> similarity index 100 % <nl> rename from src / userspace / console_user_server / main . cpp <nl> rename to src / userspace / core / console_user_server / main . cpp <nl>	move console_user_server to src / userspace / core	pqrs-org/Karabiner-Elements	0a01ef66462fd4021b9188be3bc3c55f3ce41e3a	2016-09-07T14:11:10Z
mmm a / xbmc / utils / log . cpp <nl> ppp b / xbmc / utils / log . cpp <nl> void CLog : : Log ( int loglevel , const char * format , . . . ) <nl> <nl> bool CLog : : Init ( const char * path ) <nl> { <nl> + # ifdef _WIN32 <nl> + return InitW ( path ) ; <nl> + # endif <nl> + <nl> CSingleLock waitLock ( critSec ) ; <nl> if ( ! m_file ) <nl> { <nl> bool CLog : : Init ( const char * path ) <nl> return m_file ! = NULL ; <nl> } <nl> <nl> + bool CLog : : InitW ( const char * path ) <nl> + { <nl> + CSingleLock waitLock ( critSec ) ; <nl> + if ( ! m_file ) <nl> + { <nl> + CStdStringW pathW ; <nl> + g_charsetConverter . utf8ToW ( path , pathW , false ) ; <nl> + CStdStringW strLogFile , strLogFileOld ; <nl> + <nl> + strLogFile . Format ( " % sxbmc . log " , pathW ) ; <nl> + strLogFileOld . Format ( " % sxbmc . old . log " , pathW ) ; <nl> + <nl> + struct stat64 info ; <nl> + if ( _wstat64 ( strLogFileOld . c_str ( ) , & info ) = = 0 & & <nl> + ! : : DeleteFileW ( strLogFileOld . c_str ( ) ) ) <nl> + return false ; <nl> + if ( _wstat64 ( strLogFile . c_str ( ) , & info ) = = 0 & & <nl> + ! : : MoveFileW ( strLogFile . c_str ( ) , strLogFileOld . c_str ( ) ) ) <nl> + return false ; <nl> + <nl> + m_file = _wfopen ( strLogFile . c_str ( ) , " wb " ) ; <nl> + } <nl> + <nl> + return m_file ! = NULL ; <nl> + } <nl> + <nl> void CLog : : DebugLog ( const char * format , . . . ) <nl> { <nl> # ifdef _DEBUG <nl> mmm a / xbmc / utils / log . h <nl> ppp b / xbmc / utils / log . h <nl> class CLog <nl> static void MemDump ( char * pData , int length ) ; <nl> static void DebugLogMemory ( ) ; <nl> static bool Init ( const char * path ) ; <nl> + # ifdef _WIN32 <nl> + static bool InitW ( const char * path ) ; <nl> + # endif <nl> } ; <nl> <nl> / / GL Error checking macro <nl>	fixed : my logging class rewrite broke win32 . use wide versions	xbmc/xbmc	7a79b6a7d3dfa85bc9bbb8aaa058483c158cd0fd	2009-12-21T20:19:59Z
mmm a / . node - version <nl> ppp b / . node - version <nl> @ @ - 1 + 1 @ @ <nl> - v7 . 9 . 0 <nl> + v8 . 2 . 1 <nl>	Merge pull request from Alex - D / patch - 1	electron/electron	df098c2b2b23553bd9b70c876e8ee59cab7ac237	2017-09-22T03:20:38Z
mmm a / tools / editor / plugins / script_editor_plugin . cpp <nl> ppp b / tools / editor / plugins / script_editor_plugin . cpp <nl> void ScriptEditor : : _menu_option ( int p_option ) { <nl> case WINDOW_PREV : { <nl> _history_back ( ) ; <nl> } break ; <nl> - <nl> + case DEBUG_SHOW : { <nl> + if ( debugger ) { <nl> + bool visible = debug_menu - > get_popup ( ) - > is_item_checked ( debug_menu - > get_popup ( ) - > get_item_index ( DEBUG_SHOW ) ) ; <nl> + debug_menu - > get_popup ( ) - > set_item_checked ( debug_menu - > get_popup ( ) - > get_item_index ( DEBUG_SHOW ) , ! visible ) ; <nl> + if ( visible ) <nl> + debugger - > hide ( ) ; <nl> + else <nl> + debugger - > show ( ) ; <nl> + } <nl> + } break ; <nl> + case DEBUG_SHOW_KEEP_OPEN : { <nl> + bool visible = debug_menu - > get_popup ( ) - > is_item_checked ( debug_menu - > get_popup ( ) - > get_item_index ( DEBUG_SHOW_KEEP_OPEN ) ) ; <nl> + if ( debugger ) <nl> + debugger - > set_hide_on_stop ( visible ) ; <nl> + debug_menu - > get_popup ( ) - > set_item_checked ( debug_menu - > get_popup ( ) - > get_item_index ( DEBUG_SHOW_KEEP_OPEN ) , ! visible ) ; <nl> + } break ; <nl> } <nl> <nl> <nl> void ScriptEditor : : _menu_option ( int p_option ) { <nl> debugger - > debug_continue ( ) ; <nl> <nl> } break ; <nl> - case DEBUG_SHOW : { <nl> - if ( debugger ) { <nl> - bool visible = debug_menu - > get_popup ( ) - > is_item_checked ( debug_menu - > get_popup ( ) - > get_item_index ( DEBUG_SHOW ) ) ; <nl> - debug_menu - > get_popup ( ) - > set_item_checked ( debug_menu - > get_popup ( ) - > get_item_index ( DEBUG_SHOW ) , ! visible ) ; <nl> - if ( visible ) <nl> - debugger - > hide ( ) ; <nl> - else <nl> - debugger - > show ( ) ; <nl> - } <nl> - } break ; <nl> + <nl> case HELP_CONTEXTUAL : { <nl> String text = current - > get_text_edit ( ) - > get_selection_text ( ) ; <nl> if ( text = = " " ) <nl> ScriptEditor : : ScriptEditor ( EditorNode * p_editor ) { <nl> debug_menu - > get_popup ( ) - > add_item ( " Continue " , DEBUG_CONTINUE ) ; <nl> debug_menu - > get_popup ( ) - > add_separator ( ) ; <nl> debug_menu - > get_popup ( ) - > add_check_item ( " Show Debugger " , DEBUG_SHOW ) ; <nl> + debug_menu - > get_popup ( ) - > add_check_item ( " Keep Debuger Open " , DEBUG_SHOW_KEEP_OPEN ) ; <nl> debug_menu - > get_popup ( ) - > connect ( " item_pressed " , this , " _menu_option " ) ; <nl> <nl> debug_menu - > get_popup ( ) - > set_item_disabled ( debug_menu - > get_popup ( ) - > get_item_index ( DEBUG_NEXT ) , true ) ; <nl> mmm a / tools / editor / plugins / script_editor_plugin . h <nl> ppp b / tools / editor / plugins / script_editor_plugin . h <nl> class ScriptEditor : public VBoxContainer { <nl> DEBUG_BREAK , <nl> DEBUG_CONTINUE , <nl> DEBUG_SHOW , <nl> - HELP_CONTEXTUAL , <nl> + DEBUG_SHOW_KEEP_OPEN , <nl> + HELP_CONTEXTUAL , <nl> WINDOW_MOVE_LEFT , <nl> WINDOW_MOVE_RIGHT , <nl> WINDOW_NEXT , <nl> mmm a / tools / editor / script_editor_debugger . cpp <nl> ppp b / tools / editor / script_editor_debugger . cpp <nl> void ScriptEditorDebugger : : stop ( ) { <nl> le_set - > set_disabled ( true ) ; <nl> <nl> <nl> - hide ( ) ; <nl> - emit_signal ( " show_debugger " , false ) ; <nl> + if ( hide_on_stop ) { <nl> + hide ( ) ; <nl> + emit_signal ( " show_debugger " , false ) ; <nl> + } <nl> <nl> } <nl> <nl> void ScriptEditorDebugger : : _error_stack_selected ( int p_idx ) { <nl> <nl> } <nl> <nl> + void ScriptEditorDebugger : : set_hide_on_stop ( bool p_hide ) { <nl> + <nl> + hide_on_stop = p_hide ; <nl> + } <nl> <nl> void ScriptEditorDebugger : : _bind_methods ( ) { <nl> <nl> ScriptEditorDebugger : : ScriptEditorDebugger ( EditorNode * p_editor ) { <nl> live_debug = false ; <nl> last_path_id = false ; <nl> error_count = 0 ; <nl> + hide_on_stop = true ; <nl> last_error_count = 0 ; <nl> <nl> <nl> mmm a / tools / editor / script_editor_debugger . h <nl> ppp b / tools / editor / script_editor_debugger . h <nl> class ScriptEditorDebugger : public Control { <nl> int error_count ; <nl> int last_error_count ; <nl> <nl> + bool hide_on_stop ; <nl> + <nl> <nl> <nl> TextureButton * tb ; <nl> class ScriptEditorDebugger : public Control { <nl> <nl> void update_live_edit_root ( ) ; <nl> <nl> + void set_hide_on_stop ( bool p_hide ) ; <nl> + <nl> <nl> virtual Size2 get_minimum_size ( ) const ; <nl> ScriptEditorDebugger ( EditorNode * p_editor = NULL ) ; <nl>	- added option to keep debugger open , fixes	godotengine/godot	cd4c3f4d12d91eb23773991f1d2a0895c078a751	2015-12-12T13:09:50Z
mmm a / include / swift / AST / ASTContext . h <nl> ppp b / include / swift / AST / ASTContext . h <nl> namespace swift { <nl> <nl> enum class KnownProtocolKind : uint8_t ; <nl> <nl> + namespace namelookup { <nl> + class ImportCache ; <nl> + } <nl> + <nl> namespace syntax { <nl> class SyntaxArena ; <nl> } <nl> class ASTContext final { <nl> / / / If there is no Clang module loader , returns a null pointer . <nl> / / / The loader is owned by the AST context . <nl> ClangModuleLoader * getDWARFModuleLoader ( ) const ; <nl> - <nl> + <nl> + namelookup : : ImportCache & getImportCache ( ) const ; <nl> + <nl> / / / Asks every module loader to verify the ASTs it has loaded . <nl> / / / <nl> / / / Does nothing in non - asserts ( NDEBUG ) builds . <nl> new file mode 100644 <nl> index 000000000000 . . b60d8adf24f0 <nl> mmm / dev / null <nl> ppp b / include / swift / AST / ImportCache . h <nl> <nl> + / / = = = mmm ImportCache . h - Caching the import graph mmmmmmmmmmmmmmm * - C + + - * - = = = / / <nl> + / / <nl> + / / This source file is part of the Swift . org open source project <nl> + / / <nl> + / / Copyright ( c ) 2014 - 2019 Apple Inc . and the Swift project authors <nl> + / / Licensed under Apache License v2 . 0 with Runtime Library Exception <nl> + / / <nl> + / / See https : / / swift . org / LICENSE . txt for license information <nl> + / / See https : / / swift . org / CONTRIBUTORS . txt for the list of Swift project authors <nl> + / / <nl> + / / = = = mmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmm - = = = / / <nl> + / / <nl> + / / This file defines interfaces for querying the module import graph in an <nl> + / / efficient manner . <nl> + / / <nl> + / / = = = mmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmm - = = = / / <nl> + <nl> + # ifndef SWIFT_AST_IMPORT_CACHE_H <nl> + # define SWIFT_AST_IMPORT_CACHE_H <nl> + <nl> + # include " swift / AST / Module . h " <nl> + # include " llvm / ADT / DenseMap . h " <nl> + # include " llvm / ADT / FoldingSet . h " <nl> + <nl> + namespace swift { <nl> + class DeclContext ; <nl> + <nl> + namespace namelookup { <nl> + <nl> + / / / An object describing a set of modules visible from a DeclContext . <nl> + / / / <nl> + / / / This consists of two arrays of modules ; the top - level imports and the <nl> + / / / transitive imports . <nl> + / / / <nl> + / / / The top - level imports contains all public imports of the parent module <nl> + / / / of ' dc ' , together with any private imports in the source file containing <nl> + / / / ' dc ' , if there is one . <nl> + / / / <nl> + / / / The transitive imports contains all public imports reachable from the <nl> + / / / set of top - level imports . <nl> + / / / <nl> + / / / Both sets only contain unique elements . The top - level imports always <nl> + / / / include the parent module of ' dc ' explicitly . <nl> + / / / <nl> + / / / The set of transitive imports does not contain any elements found in <nl> + / / / the top - level imports . <nl> + / / / <nl> + / / / The Swift standard library module is not included in either set unless <nl> + / / / it was explicitly imported ( or re - exported ) . <nl> + class ImportSet final : <nl> + public llvm : : FoldingSetNode , <nl> + private llvm : : TrailingObjects < ImportSet , ModuleDecl : : ImportedModule > { <nl> + friend TrailingObjects ; <nl> + friend ImportCache ; <nl> + <nl> + unsigned NumTopLevelImports ; <nl> + unsigned NumTransitiveImports ; <nl> + <nl> + ImportSet ( ArrayRef < ModuleDecl : : ImportedModule > topLevelImports , <nl> + ArrayRef < ModuleDecl : : ImportedModule > transitiveImports ) ; <nl> + <nl> + ImportSet ( const ImportSet & ) = delete ; <nl> + void operator = ( const ImportSet & ) = delete ; <nl> + <nl> + public : <nl> + void Profile ( llvm : : FoldingSetNodeID & ID ) { <nl> + Profile ( ID , getTopLevelImports ( ) ) ; <nl> + } <nl> + static void Profile ( <nl> + llvm : : FoldingSetNodeID & ID , <nl> + ArrayRef < ModuleDecl : : ImportedModule > topLevelImports ) ; <nl> + <nl> + size_t numTrailingObjects ( OverloadToken < ModuleDecl : : ImportedModule > ) const { <nl> + return NumTopLevelImports + NumTransitiveImports ; <nl> + } <nl> + <nl> + ArrayRef < ModuleDecl : : ImportedModule > getTopLevelImports ( ) const { <nl> + return { getTrailingObjects < ModuleDecl : : ImportedModule > ( ) , <nl> + NumTopLevelImports } ; <nl> + } <nl> + <nl> + ArrayRef < ModuleDecl : : ImportedModule > getTransitiveImports ( ) const { <nl> + return { getTrailingObjects < ModuleDecl : : ImportedModule > ( ) + <nl> + NumTopLevelImports , <nl> + NumTransitiveImports } ; <nl> + } <nl> + <nl> + ArrayRef < ModuleDecl : : ImportedModule > getAllImports ( ) const { <nl> + return { getTrailingObjects < ModuleDecl : : ImportedModule > ( ) , <nl> + NumTopLevelImports + NumTransitiveImports } ; <nl> + } <nl> + } ; <nl> + <nl> + class alignas ( ModuleDecl : : ImportedModule ) ImportCache { <nl> + ImportCache ( const ImportCache & ) = delete ; <nl> + void operator = ( const ImportCache & ) = delete ; <nl> + <nl> + llvm : : FoldingSet < ImportSet > ImportSets ; <nl> + llvm : : DenseMap < const DeclContext * , ImportSet * > ImportSetForDC ; <nl> + llvm : : DenseMap < std : : tuple < const ModuleDecl * , <nl> + const DeclContext * > , <nl> + ArrayRef < ModuleDecl : : AccessPathTy > > VisibilityCache ; <nl> + llvm : : DenseMap < std : : tuple < const ModuleDecl * , <nl> + const ModuleDecl * , <nl> + const DeclContext * > , <nl> + ArrayRef < ModuleDecl : : AccessPathTy > > ShadowCache ; <nl> + <nl> + ModuleDecl : : AccessPathTy EmptyAccessPath ; <nl> + <nl> + ArrayRef < ModuleDecl : : AccessPathTy > allocateArray ( <nl> + ASTContext & ctx , <nl> + SmallVectorImpl < ModuleDecl : : AccessPathTy > & results ) ; <nl> + <nl> + ImportSet & getImportSet ( ASTContext & ctx , <nl> + ArrayRef < ModuleDecl : : ImportedModule > topLevelImports ) ; <nl> + <nl> + public : <nl> + ImportCache ( ) { } <nl> + <nl> + / / / Returns an object descripting all modules transtiively imported <nl> + / / / from ' dc ' . <nl> + ImportSet & getImportSet ( const DeclContext * dc ) ; <nl> + <nl> + / / / Returns all access paths into ' mod ' that are visible from ' dc ' , <nl> + / / / including transitively , via re - exports . <nl> + ArrayRef < ModuleDecl : : AccessPathTy > <nl> + getAllVisibleAccessPaths ( const ModuleDecl * mod , const DeclContext * dc ) ; <nl> + <nl> + bool isImportedBy ( const ModuleDecl * mod , <nl> + const DeclContext * dc ) { <nl> + return ! getAllVisibleAccessPaths ( mod , dc ) . empty ( ) ; <nl> + } <nl> + <nl> + / / / Determines if ' mod ' is visible from ' dc ' as a result of a scoped import . <nl> + / / / Note that if ' mod ' was not imported from ' dc ' at all , this also returns <nl> + / / / false . <nl> + bool isScopedImport ( const ModuleDecl * mod , DeclBaseName name , <nl> + const DeclContext * dc ) { <nl> + auto accessPaths = getAllVisibleAccessPaths ( mod , dc ) ; <nl> + for ( auto accessPath : accessPaths ) { <nl> + if ( accessPath . empty ( ) ) <nl> + continue ; <nl> + if ( ModuleDecl : : matchesAccessPath ( accessPath , name ) ) <nl> + return true ; <nl> + } <nl> + <nl> + return false ; <nl> + } <nl> + <nl> + / / / Returns all access paths in ' mod ' that are visible from ' dc ' if we <nl> + / / / subtract imports of ' other ' . <nl> + ArrayRef < ModuleDecl : : AccessPathTy > <nl> + getAllAccessPathsNotShadowedBy ( const ModuleDecl * mod , <nl> + const ModuleDecl * other , <nl> + const DeclContext * dc ) ; <nl> + <nl> + / / / Returns ' true ' if a declaration named ' name ' defined in ' other ' shadows <nl> + / / / defined in ' mod ' , because no access paths can find ' name ' in ' mod ' from <nl> + / / / ' dc ' if we ignore imports of ' other ' . <nl> + bool isShadowedBy ( const ModuleDecl * mod , <nl> + const ModuleDecl * other , <nl> + DeclBaseName name , <nl> + const DeclContext * dc ) { <nl> + auto accessPaths = getAllAccessPathsNotShadowedBy ( mod , other , dc ) ; <nl> + return llvm : : none_of ( accessPaths , <nl> + [ & ] ( ModuleDecl : : AccessPathTy accessPath ) { <nl> + return ModuleDecl : : matchesAccessPath ( accessPath , name ) ; <nl> + } ) ; <nl> + } <nl> + <nl> + / / / Qualified lookup into types uses a slightly different check that does not <nl> + / / / take access paths into account . <nl> + bool isShadowedBy ( const ModuleDecl * mod , <nl> + const ModuleDecl * other , <nl> + const DeclContext * dc ) { <nl> + auto accessPaths = getAllAccessPathsNotShadowedBy ( mod , other , dc ) ; <nl> + return accessPaths . empty ( ) ; <nl> + } <nl> + <nl> + / / / This is a hack to cope with main file parsing and REPL parsing , where <nl> + / / / we can add ImportDecls after name binding . <nl> + void clear ( ) { <nl> + ImportSetForDC . clear ( ) ; <nl> + } <nl> + } ; <nl> + <nl> + } / / namespace namelookup <nl> + <nl> + } / / namespace swift <nl> + <nl> + # endif <nl> mmm a / include / swift / AST / NameLookup . h <nl> ppp b / include / swift / AST / NameLookup . h <nl> bool removeOverriddenDecls ( SmallVectorImpl < ValueDecl * > & decls ) ; <nl> / / / other declarations in that set . <nl> / / / <nl> / / / \ param decls The set of declarations being considered . <nl> - / / / \ param curModule The current module . <nl> + / / / \ param dc The DeclContext from which the lookup was performed . <nl> / / / <nl> / / / \ returns true if any shadowed declarations were removed . <nl> bool removeShadowedDecls ( SmallVectorImpl < ValueDecl * > & decls , <nl> - const ModuleDecl * curModule ) ; <nl> + const DeclContext * dc ) ; <nl> <nl> / / / Finds decls visible in the given context and feeds them to the given <nl> / / / VisibleDeclConsumer . If the current DeclContext is nested in a function , <nl> mmm a / include / swift / Basic / Statistics . def <nl> ppp b / include / swift / Basic / Statistics . def <nl> FRONTEND_STATISTIC ( AST , NumBraceStmtASTScopeExpansions ) <nl> / / / Number of ASTScope lookups <nl> FRONTEND_STATISTIC ( AST , NumASTScopeLookups ) <nl> <nl> + / / / Number of lookups of the cached import graph for a module or <nl> + / / / source file . <nl> + FRONTEND_STATISTIC ( AST , ImportSetFoldHit ) <nl> + FRONTEND_STATISTIC ( AST , ImportSetFoldMiss ) <nl> + <nl> + FRONTEND_STATISTIC ( AST , ImportSetCacheHit ) <nl> + FRONTEND_STATISTIC ( AST , ImportSetCacheMiss ) <nl> + <nl> + FRONTEND_STATISTIC ( AST , ModuleVisibilityCacheHit ) <nl> + FRONTEND_STATISTIC ( AST , ModuleVisibilityCacheMiss ) <nl> + <nl> + FRONTEND_STATISTIC ( AST , ModuleShadowCacheHit ) <nl> + FRONTEND_STATISTIC ( AST , ModuleShadowCacheMiss ) <nl> <nl> / / / Number of full function bodies parsed . <nl> FRONTEND_STATISTIC ( Parse , NumFunctionsParsed ) <nl> mmm a / lib / AST / ASTContext . cpp <nl> ppp b / lib / AST / ASTContext . cpp <nl> <nl> # include " swift / AST / GenericEnvironment . h " <nl> # include " swift / AST / GenericSignature . h " <nl> # include " swift / AST / GenericSignatureBuilder . h " <nl> + # include " swift / AST / ImportCache . h " <nl> # include " swift / AST / KnownProtocols . h " <nl> # include " swift / AST / LazyResolver . h " <nl> # include " swift / AST / ModuleLoader . h " <nl> FOR_KNOWN_FOUNDATION_TYPES ( CACHE_FOUNDATION_DECL ) <nl> / / / ASTContext . <nl> SmallVector < std : : unique_ptr < swift : : ModuleLoader > , 4 > ModuleLoaders ; <nl> <nl> + / / / Singleton used to cache the import graph . <nl> + swift : : namelookup : : ImportCache TheImportCache ; <nl> + <nl> / / / The module loader used to load Clang modules . <nl> ClangModuleLoader * TheClangModuleLoader = nullptr ; <nl> <nl> void ASTContext : : verifyAllLoadedModules ( ) const { <nl> # endif <nl> } <nl> <nl> + swift : : namelookup : : ImportCache & ASTContext : : getImportCache ( ) const { <nl> + return getImpl ( ) . TheImportCache ; <nl> + } <nl> + <nl> ClangModuleLoader * ASTContext : : getClangModuleLoader ( ) const { <nl> return getImpl ( ) . TheClangModuleLoader ; <nl> } <nl> mmm a / lib / AST / CMakeLists . txt <nl> ppp b / lib / AST / CMakeLists . txt <nl> add_swift_host_library ( swiftAST STATIC <nl> GenericSignature . cpp <nl> GenericSignatureBuilder . cpp <nl> Identifier . cpp <nl> + ImportCache . cpp <nl> InlinableText . cpp <nl> LayoutConstraint . cpp <nl> Module . cpp <nl> new file mode 100644 <nl> index 000000000000 . . 6762472fae40 <nl> mmm / dev / null <nl> ppp b / lib / AST / ImportCache . cpp <nl> <nl> + / / = = = mmm ImportCache . cpp - Caching the import graph mmmmmmmmmmmm - * - C + + - * - = = = / / <nl> + / / <nl> + / / This source file is part of the Swift . org open source project <nl> + / / <nl> + / / Copyright ( c ) 2014 - 2019 Apple Inc . and the Swift project authors <nl> + / / Licensed under Apache License v2 . 0 with Runtime Library Exception <nl> + / / <nl> + / / See https : / / swift . org / LICENSE . txt for license information <nl> + / / See https : / / swift . org / CONTRIBUTORS . txt for the list of Swift project authors <nl> + / / <nl> + / / = = = mmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmm - = = = / / <nl> + / / <nl> + / / This file defines interfaces for querying the module import graph in an <nl> + / / efficient manner . <nl> + / / <nl> + / / = = = mmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmm - = = = / / <nl> + <nl> + # include " llvm / ADT / DenseSet . h " <nl> + # include " swift / AST / ASTContext . h " <nl> + # include " swift / AST / ImportCache . h " <nl> + # include " swift / AST / Module . h " <nl> + <nl> + using namespace swift ; <nl> + using namespace namelookup ; <nl> + <nl> + ImportSet : : ImportSet ( ArrayRef < ModuleDecl : : ImportedModule > topLevelImports , <nl> + ArrayRef < ModuleDecl : : ImportedModule > transitiveImports ) <nl> + : NumTopLevelImports ( topLevelImports . size ( ) ) , <nl> + NumTransitiveImports ( transitiveImports . size ( ) ) { <nl> + auto buffer = getTrailingObjects < ModuleDecl : : ImportedModule > ( ) ; <nl> + std : : uninitialized_copy ( topLevelImports . begin ( ) , topLevelImports . end ( ) , <nl> + buffer ) ; <nl> + std : : uninitialized_copy ( transitiveImports . begin ( ) , transitiveImports . end ( ) , <nl> + buffer + topLevelImports . size ( ) ) ; <nl> + <nl> + # ifndef NDEBUG <nl> + llvm : : SmallDenseSet < ModuleDecl : : ImportedModule , 8 > unique ; <nl> + for ( auto import : topLevelImports ) { <nl> + auto result = unique . insert ( import ) . second ; <nl> + assert ( result & & " Duplicate imports in import set " ) ; <nl> + } <nl> + for ( auto import : transitiveImports ) { <nl> + auto result = unique . insert ( import ) . second ; <nl> + assert ( result & & " Duplicate imports in import set " ) ; <nl> + } <nl> + # endif <nl> + } <nl> + <nl> + void ImportSet : : Profile ( <nl> + llvm : : FoldingSetNodeID & ID , <nl> + ArrayRef < ModuleDecl : : ImportedModule > topLevelImports ) { <nl> + ID . AddInteger ( topLevelImports . size ( ) ) ; <nl> + for ( auto import : topLevelImports ) { <nl> + ID . AddInteger ( import . first . size ( ) ) ; <nl> + for ( auto accessPathElt : import . first ) { <nl> + ID . AddPointer ( accessPathElt . first . getAsOpaquePointer ( ) ) ; <nl> + } <nl> + ID . AddPointer ( import . second ) ; <nl> + } <nl> + } <nl> + <nl> + static void collectExports ( ModuleDecl : : ImportedModule next , <nl> + SmallVectorImpl < ModuleDecl : : ImportedModule > & stack ) { <nl> + SmallVector < ModuleDecl : : ImportedModule , 4 > exports ; <nl> + next . second - > getImportedModulesForLookup ( exports ) ; <nl> + for ( auto exported : exports ) { <nl> + if ( next . first . empty ( ) ) <nl> + stack . push_back ( exported ) ; <nl> + else if ( exported . first . empty ( ) ) { <nl> + exported . first = next . first ; <nl> + stack . push_back ( exported ) ; <nl> + } else if ( ModuleDecl : : isSameAccessPath ( next . first , exported . first ) ) { <nl> + stack . push_back ( exported ) ; <nl> + } <nl> + } <nl> + } <nl> + <nl> + ImportSet & <nl> + ImportCache : : getImportSet ( ASTContext & ctx , <nl> + ArrayRef < ModuleDecl : : ImportedModule > imports ) { <nl> + SmallVector < ModuleDecl : : ImportedModule , 4 > topLevelImports ; <nl> + <nl> + SmallVector < ModuleDecl : : ImportedModule , 4 > transitiveImports ; <nl> + llvm : : SmallDenseSet < ModuleDecl : : ImportedModule , 32 > visited ; <nl> + <nl> + for ( auto next : imports ) { <nl> + if ( ! visited . insert ( next ) . second ) <nl> + continue ; <nl> + <nl> + topLevelImports . push_back ( next ) ; <nl> + } <nl> + <nl> + void * InsertPos = nullptr ; <nl> + <nl> + llvm : : FoldingSetNodeID ID ; <nl> + ImportSet : : Profile ( ID , topLevelImports ) ; <nl> + <nl> + if ( ImportSet * result = ImportSets . FindNodeOrInsertPos ( ID , InsertPos ) ) { <nl> + if ( ctx . Stats ) <nl> + ctx . Stats - > getFrontendCounters ( ) . ImportSetFoldHit + + ; <nl> + return * result ; <nl> + } <nl> + <nl> + if ( ctx . Stats ) <nl> + ctx . Stats - > getFrontendCounters ( ) . ImportSetFoldMiss + + ; <nl> + <nl> + SmallVector < ModuleDecl : : ImportedModule , 4 > stack ; <nl> + for ( auto next : topLevelImports ) { <nl> + collectExports ( next , stack ) ; <nl> + } <nl> + <nl> + while ( ! stack . empty ( ) ) { <nl> + auto next = stack . pop_back_val ( ) ; <nl> + <nl> + if ( ! visited . insert ( next ) . second ) <nl> + continue ; <nl> + <nl> + transitiveImports . push_back ( next ) ; <nl> + collectExports ( next , stack ) ; <nl> + } <nl> + <nl> + / / Find the insert position again , in case the above traversal invalidated <nl> + / / the folding set via re - entrant calls to getImportSet ( ) from <nl> + / / getImportedModulesForLookup ( ) . <nl> + if ( ImportSet * result = ImportSets . FindNodeOrInsertPos ( ID , InsertPos ) ) <nl> + return * result ; <nl> + <nl> + void * mem = ctx . Allocate ( <nl> + sizeof ( ImportSet ) + <nl> + sizeof ( ModuleDecl : : ImportedModule ) * topLevelImports . size ( ) + <nl> + sizeof ( ModuleDecl : : ImportedModule ) * transitiveImports . size ( ) , <nl> + alignof ( ImportSet ) , AllocationArena : : Permanent ) ; <nl> + <nl> + auto * result = new ( mem ) ImportSet ( topLevelImports , transitiveImports ) ; <nl> + ImportSets . InsertNode ( result , InsertPos ) ; <nl> + <nl> + return * result ; <nl> + } <nl> + <nl> + ImportSet & ImportCache : : getImportSet ( const DeclContext * dc ) { <nl> + dc = dc - > getModuleScopeContext ( ) ; <nl> + auto * file = dyn_cast < FileUnit > ( dc ) ; <nl> + auto * mod = dc - > getParentModule ( ) ; <nl> + if ( ! file ) <nl> + dc = mod ; <nl> + <nl> + auto & ctx = mod - > getASTContext ( ) ; <nl> + <nl> + auto found = ImportSetForDC . find ( dc ) ; <nl> + if ( found ! = ImportSetForDC . end ( ) ) { <nl> + if ( ctx . Stats ) <nl> + ctx . Stats - > getFrontendCounters ( ) . ImportSetCacheHit + + ; <nl> + return * found - > second ; <nl> + } <nl> + <nl> + if ( ctx . Stats ) <nl> + ctx . Stats - > getFrontendCounters ( ) . ImportSetCacheMiss + + ; <nl> + <nl> + SmallVector < ModuleDecl : : ImportedModule , 4 > imports ; <nl> + imports . emplace_back ( ModuleDecl : : AccessPathTy ( ) , mod ) ; <nl> + <nl> + if ( file ) { <nl> + ModuleDecl : : ImportFilter importFilter ; <nl> + importFilter \| = ModuleDecl : : ImportFilterKind : : Private ; <nl> + importFilter \| = ModuleDecl : : ImportFilterKind : : ImplementationOnly ; <nl> + file - > getImportedModules ( imports , importFilter ) ; <nl> + } <nl> + <nl> + auto & result = getImportSet ( ctx , imports ) ; <nl> + ImportSetForDC [ dc ] = & result ; <nl> + <nl> + return result ; <nl> + } <nl> + <nl> + ArrayRef < ModuleDecl : : AccessPathTy > ImportCache : : allocateArray ( <nl> + ASTContext & ctx , <nl> + SmallVectorImpl < ModuleDecl : : AccessPathTy > & results ) { <nl> + if ( results . empty ( ) ) <nl> + return ArrayRef < ModuleDecl : : AccessPathTy > ( ) ; <nl> + else if ( results . size ( ) = = 1 & & results [ 0 ] . empty ( ) ) <nl> + return { & EmptyAccessPath , 1 } ; <nl> + else <nl> + return ctx . AllocateCopy ( results ) ; <nl> + } <nl> + <nl> + ArrayRef < ModuleDecl : : AccessPathTy > <nl> + ImportCache : : getAllVisibleAccessPaths ( const ModuleDecl * mod , <nl> + const DeclContext * dc ) { <nl> + dc = dc - > getModuleScopeContext ( ) ; <nl> + auto & ctx = mod - > getASTContext ( ) ; <nl> + <nl> + auto key = std : : make_pair ( mod , dc ) ; <nl> + auto found = VisibilityCache . find ( key ) ; <nl> + if ( found ! = VisibilityCache . end ( ) ) { <nl> + if ( ctx . Stats ) <nl> + ctx . Stats - > getFrontendCounters ( ) . ModuleVisibilityCacheHit + + ; <nl> + return found - > second ; <nl> + } <nl> + <nl> + if ( ctx . Stats ) <nl> + ctx . Stats - > getFrontendCounters ( ) . ModuleVisibilityCacheMiss + + ; <nl> + <nl> + SmallVector < ModuleDecl : : AccessPathTy , 1 > accessPaths ; <nl> + for ( auto next : getImportSet ( dc ) . getAllImports ( ) ) { <nl> + / / If we found ' mod ' , record the access path . <nl> + if ( next . second = = mod ) { <nl> + / / Make sure the list of access paths is unique . <nl> + if ( ! llvm : : is_contained ( accessPaths , next . first ) ) <nl> + accessPaths . push_back ( next . first ) ; <nl> + } <nl> + } <nl> + <nl> + auto result = allocateArray ( ctx , accessPaths ) ; <nl> + VisibilityCache [ key ] = result ; <nl> + return result ; <nl> + } <nl> + <nl> + ArrayRef < ModuleDecl : : AccessPathTy > <nl> + ImportCache : : getAllAccessPathsNotShadowedBy ( const ModuleDecl * mod , <nl> + const ModuleDecl * other , <nl> + const DeclContext * dc ) { <nl> + dc = dc - > getModuleScopeContext ( ) ; <nl> + auto * currentMod = dc - > getParentModule ( ) ; <nl> + auto & ctx = currentMod - > getASTContext ( ) ; <nl> + <nl> + / / Fast path . <nl> + if ( currentMod = = other ) <nl> + return ArrayRef < ModuleDecl : : AccessPathTy > ( ) ; <nl> + <nl> + auto key = std : : make_tuple ( mod , other , dc ) ; <nl> + auto found = ShadowCache . find ( key ) ; <nl> + if ( found ! = ShadowCache . end ( ) ) { <nl> + if ( ctx . Stats ) <nl> + ctx . Stats - > getFrontendCounters ( ) . ModuleShadowCacheHit + + ; <nl> + return found - > second ; <nl> + } <nl> + <nl> + if ( ctx . Stats ) <nl> + ctx . Stats - > getFrontendCounters ( ) . ModuleShadowCacheMiss + + ; <nl> + <nl> + SmallVector < ModuleDecl : : ImportedModule , 4 > stack ; <nl> + llvm : : SmallDenseSet < ModuleDecl : : ImportedModule , 32 > visited ; <nl> + <nl> + stack . emplace_back ( ModuleDecl : : AccessPathTy ( ) , currentMod ) ; <nl> + <nl> + if ( auto * file = dyn_cast < FileUnit > ( dc ) ) { <nl> + ModuleDecl : : ImportFilter importFilter ; <nl> + importFilter \| = ModuleDecl : : ImportFilterKind : : Private ; <nl> + importFilter \| = ModuleDecl : : ImportFilterKind : : ImplementationOnly ; <nl> + file - > getImportedModules ( stack , importFilter ) ; <nl> + } <nl> + <nl> + SmallVector < ModuleDecl : : AccessPathTy , 4 > accessPaths ; <nl> + <nl> + while ( ! stack . empty ( ) ) { <nl> + auto next = stack . pop_back_val ( ) ; <nl> + <nl> + / / Don ' t visit a module more than once . <nl> + if ( ! visited . insert ( next ) . second ) <nl> + continue ; <nl> + <nl> + / / Don ' t visit the ' other ' module ' s re - exports . <nl> + if ( next . second = = other ) <nl> + continue ; <nl> + <nl> + / / If we found ' mod ' via some access path , remember the access <nl> + / / path . <nl> + if ( next . second = = mod ) { <nl> + / / Make sure the list of access paths is unique . <nl> + if ( ! llvm : : is_contained ( accessPaths , next . first ) ) <nl> + accessPaths . push_back ( next . first ) ; <nl> + } <nl> + <nl> + collectExports ( next , stack ) ; <nl> + } <nl> + <nl> + auto result = allocateArray ( ctx , accessPaths ) ; <nl> + ShadowCache [ key ] = result ; <nl> + return result ; <nl> + } ; <nl> \ No newline at end of file <nl> mmm a / lib / AST / Module . cpp <nl> ppp b / lib / AST / Module . cpp <nl> <nl> # include " swift / AST / DiagnosticsSema . h " <nl> # include " swift / AST / ExistentialLayout . h " <nl> # include " swift / AST / GenericEnvironment . h " <nl> + # include " swift / AST / ImportCache . h " <nl> # include " swift / AST / LazyResolver . h " <nl> # include " swift / AST / LinkLibrary . h " <nl> # include " swift / AST / ModuleLoader . h " <nl> bool SourceFile : : isImportedImplementationOnly ( const ModuleDecl * module ) const { <nl> if ( ! hasImplementationOnlyImports ( ) ) <nl> return false ; <nl> <nl> - auto isImportedBy = [ ] ( const ModuleDecl * dest , const ModuleDecl * src ) { <nl> - / / Fast path . <nl> - if ( dest = = src ) return true ; <nl> - <nl> - / / Walk the transitive imports , respecting visibility . <nl> - / / This return true if the search * didn ' t * short - circuit , and it short <nl> - / / circuits if we found ` dest ` , so we need to invert the sense before <nl> - / / returning . <nl> - return ! const_cast < ModuleDecl * > ( src ) <nl> - - > forAllVisibleModules ( { } , [ dest ] ( ModuleDecl : : ImportedModule im ) { <nl> - / / Continue searching as long as we haven ' t found ` dest ` yet . <nl> - return im . second ! = dest ; <nl> - } ) ; <nl> - } ; <nl> + auto & imports = getASTContext ( ) . getImportCache ( ) ; <nl> <nl> / / Look at the imports of this source file . <nl> for ( auto & desc : Imports ) { <nl> bool SourceFile : : isImportedImplementationOnly ( const ModuleDecl * module ) const { <nl> <nl> / / If the module is imported this way , it ' s not imported <nl> / / implementation - only . <nl> - if ( isImportedBy ( module , desc . module . second ) ) <nl> + if ( imports . isImportedBy ( module , desc . module . second ) ) <nl> return false ; <nl> } <nl> <nl> / / Now check this file ' s enclosing module in case there are re - exports . <nl> - return ! isImportedBy ( module , getParentModule ( ) ) ; <nl> + return ! imports . isImportedBy ( module , getParentModule ( ) ) ; <nl> } <nl> <nl> void ModuleDecl : : clearLookupCache ( ) { <nl> + getASTContext ( ) . getImportCache ( ) . clear ( ) ; <nl> + <nl> if ( ! Cache ) <nl> return ; <nl> <nl> mmm a / lib / AST / NameLookup . cpp <nl> ppp b / lib / AST / NameLookup . cpp <nl> <nl> # include " swift / AST / DebuggerClient . h " <nl> # include " swift / AST / ExistentialLayout . h " <nl> # include " swift / AST / GenericSignature . h " <nl> - # include " swift / AST / LazyResolver . h " <nl> + # include " swift / AST / ImportCache . h " <nl> # include " swift / AST / Initializer . h " <nl> + # include " swift / AST / LazyResolver . h " <nl> # include " swift / AST / ModuleNameLookup . h " <nl> # include " swift / AST / NameLookupRequests . h " <nl> # include " swift / AST / ParameterList . h " <nl> static ConstructorComparison compareConstructors ( ConstructorDecl * ctor1 , <nl> / / / figure out which of these declarations have been shadowed by others . <nl> static void recordShadowedDeclsAfterSignatureMatch ( <nl> ArrayRef < ValueDecl * > decls , <nl> - const ModuleDecl * curModule , <nl> + const DeclContext * dc , <nl> llvm : : SmallPtrSetImpl < ValueDecl * > & shadowed ) { <nl> assert ( decls . size ( ) > 1 & & " Nothing collided " ) ; <nl> <nl> / / Compare each declaration to every other declaration . This is <nl> / / unavoidably O ( n ^ 2 ) in the number of declarations , but because they <nl> / / all have the same signature , we expect n to remain small . <nl> + auto * curModule = dc - > getParentModule ( ) ; <nl> ASTContext & ctx = curModule - > getASTContext ( ) ; <nl> + auto & imports = ctx . getImportCache ( ) ; <nl> + <nl> for ( unsigned firstIdx : indices ( decls ) ) { <nl> auto firstDecl = decls [ firstIdx ] ; <nl> auto firstModule = firstDecl - > getModuleContext ( ) ; <nl> - auto firstSig = firstDecl - > getOverloadSignature ( ) ; <nl> + auto name = firstDecl - > getBaseName ( ) ; <nl> for ( unsigned secondIdx : range ( firstIdx + 1 , decls . size ( ) ) ) { <nl> / / Determine whether one module takes precedence over another . <nl> auto secondDecl = decls [ secondIdx ] ; <nl> auto secondModule = secondDecl - > getModuleContext ( ) ; <nl> <nl> + / / Top - level type declarations in a module shadow other declarations <nl> + / / visible through the module ' s imports . <nl> + / / <nl> + / / [ Backward compatibility ] Note that members of types have the same <nl> + / / shadowing check , but we do it after dropping unavailable members . <nl> + if ( firstModule ! = secondModule & & <nl> + firstDecl - > getDeclContext ( ) - > isModuleScopeContext ( ) & & <nl> + secondDecl - > getDeclContext ( ) - > isModuleScopeContext ( ) ) { <nl> + / / Now check if one module shadows the other . <nl> + if ( imports . isShadowedBy ( firstModule , secondModule , name , dc ) ) { <nl> + shadowed . insert ( firstDecl ) ; <nl> + break ; <nl> + } else if ( imports . isShadowedBy ( secondModule , firstModule , name , dc ) ) { <nl> + shadowed . insert ( secondDecl ) ; <nl> + continue ; <nl> + } <nl> + } <nl> + <nl> / / Swift 4 compatibility hack : Don ' t shadow properties defined in <nl> / / extensions of generic types with properties defined elsewhere . <nl> / / This is due to the fact that in Swift 4 , we only gave custom overload <nl> static void recordShadowedDeclsAfterSignatureMatch ( <nl> / / used the null type . <nl> if ( ! ctx . isSwiftVersionAtLeast ( 5 ) ) { <nl> auto secondSig = secondDecl - > getOverloadSignature ( ) ; <nl> + auto firstSig = firstDecl - > getOverloadSignature ( ) ; <nl> if ( firstSig . IsVariable & & secondSig . IsVariable ) <nl> if ( firstSig . InExtensionOfGenericType ! = <nl> secondSig . InExtensionOfGenericType ) <nl> static void recordShadowedDeclsForImportedInits ( <nl> / / / recording those that are shadowed by another declaration in the <nl> / / / \ c shadowed set . <nl> static void recordShadowedDecls ( ArrayRef < ValueDecl * > decls , <nl> - const ModuleDecl * curModule , <nl> + const DeclContext * dc , <nl> llvm : : SmallPtrSetImpl < ValueDecl * > & shadowed ) { <nl> if ( decls . size ( ) < 2 ) <nl> return ; <nl> static void recordShadowedDecls ( ArrayRef < ValueDecl * > decls , <nl> <nl> / / Check whether we have shadowing for signature collisions . <nl> for ( auto signature : collisionTypes ) { <nl> - recordShadowedDeclsAfterSignatureMatch ( collisions [ signature ] , curModule , <nl> + recordShadowedDeclsAfterSignatureMatch ( collisions [ signature ] , dc , <nl> shadowed ) ; <nl> } <nl> <nl> static void recordShadowedDecls ( ArrayRef < ValueDecl * > decls , <nl> } <nl> <nl> bool swift : : removeShadowedDecls ( SmallVectorImpl < ValueDecl * > & decls , <nl> - const ModuleDecl * curModule ) { <nl> + const DeclContext * dc ) { <nl> / / Collect declarations with the same ( full ) name . <nl> llvm : : SmallDenseMap < DeclName , llvm : : TinyPtrVector < ValueDecl * > > <nl> collidingDeclGroups ; <nl> bool swift : : removeShadowedDecls ( SmallVectorImpl < ValueDecl * > & decls , <nl> continue ; <nl> } <nl> <nl> - recordShadowedDecls ( known - > second , curModule , shadowed ) ; <nl> + recordShadowedDecls ( known - > second , dc , shadowed ) ; <nl> collidingDeclGroups . erase ( known ) ; <nl> } <nl> <nl> void namelookup : : pruneLookupResultSet ( const DeclContext * dc , NLOptions options , <nl> removeOverriddenDecls ( decls ) ; <nl> <nl> / / If we ' re supposed to remove shadowed / hidden declarations , do so now . <nl> - ModuleDecl * M = dc - > getParentModule ( ) ; <nl> if ( options & NL_RemoveNonVisible ) <nl> - removeShadowedDecls ( decls , M ) ; <nl> + removeShadowedDecls ( decls , dc ) ; <nl> <nl> + ModuleDecl * M = dc - > getParentModule ( ) ; <nl> filterForDiscriminator ( decls , M - > getDebugClient ( ) ) ; <nl> } <nl> <nl> bool DeclContext : : lookupQualified ( ModuleDecl * module , DeclName member , <nl> SmallVectorImpl < ValueDecl * > & decls ) const { <nl> using namespace namelookup ; <nl> <nl> - auto * stats = getASTContext ( ) . Stats ; <nl> + auto & ctx = getASTContext ( ) ; <nl> + auto * stats = ctx . Stats ; <nl> if ( stats ) <nl> stats - > getFrontendCounters ( ) . NumLookupQualifiedInModule + + ; <nl> <nl> bool DeclContext : : lookupQualified ( ModuleDecl * module , DeclName member , <nl> / / anything in this one . <nl> <nl> / / Perform the lookup in all imports of this module . <nl> - forAllVisibleModules ( this , <nl> - [ & ] ( const ModuleDecl : : ImportedModule & import ) - > bool { <nl> - if ( import . second ! = module ) <nl> - return true ; <nl> - lookupInModule ( import . second , import . first , member , decls , <nl> + auto accessPaths = ctx . getImportCache ( ) . getAllVisibleAccessPaths ( <nl> + module , topLevelScope ) ; <nl> + if ( llvm : : any_of ( accessPaths , <nl> + [ & ] ( ModuleDecl : : AccessPathTy accessPath ) { <nl> + return ModuleDecl : : matchesAccessPath ( accessPath , member ) ; <nl> + } ) ) { <nl> + lookupInModule ( module , { } , member , decls , <nl> NLKind : : QualifiedLookup , kind , topLevelScope ) ; <nl> - / / If we ' re able to do an unscoped lookup , we see everything . No need <nl> - / / to keep going . <nl> - return ! import . first . empty ( ) ; <nl> - } ) ; <nl> + } <nl> } <nl> <nl> - llvm : : SmallPtrSet < ValueDecl * , 4 > knownDecls ; <nl> - decls . erase ( std : : remove_if ( decls . begin ( ) , decls . end ( ) , <nl> - [ & ] ( ValueDecl * vd ) - > bool { <nl> - return ! knownDecls . insert ( vd ) . second ; <nl> - } ) , decls . end ( ) ) ; <nl> - <nl> pruneLookupResultSet ( this , options , decls ) ; <nl> <nl> if ( auto * debugClient = this - > getParentModule ( ) - > getDebugClient ( ) ) { <nl> mmm a / lib / AST / UnqualifiedLookup . cpp <nl> ppp b / lib / AST / UnqualifiedLookup . cpp <nl> <nl> # include " swift / AST / ClangModuleLoader . h " <nl> # include " swift / AST / DebuggerClient . h " <nl> # include " swift / AST / ExistentialLayout . h " <nl> + # include " swift / AST / ImportCache . h " <nl> # include " swift / AST / Initializer . h " <nl> # include " swift / AST / LazyResolver . h " <nl> # include " swift / AST / ModuleNameLookup . h " <nl> void UnqualifiedLookupFactory : : addImportedResults ( DeclContext * const dc ) { <nl> <nl> / / Always perform name shadowing for type lookup . <nl> if ( options . contains ( Flags : : TypeLookup ) ) { <nl> - removeShadowedDecls ( CurModuleResults , & M ) ; <nl> + removeShadowedDecls ( CurModuleResults , dc ) ; <nl> } <nl> <nl> for ( auto VD : CurModuleResults ) { <nl> void UnqualifiedLookupFactory : : lookForAModuleWithTheGivenName ( <nl> if ( ! desiredModule & & Name = = Ctx . TheBuiltinModule - > getName ( ) ) <nl> desiredModule = Ctx . TheBuiltinModule ; <nl> if ( desiredModule ) { <nl> - forAllVisibleModules ( <nl> - dc , [ & ] ( const ModuleDecl : : ImportedModule & import ) - > bool { <nl> - if ( import . second = = desiredModule ) { <nl> - Results . push_back ( LookupResultEntry ( import . second ) ) ; <nl> + / / Make sure the desired module is actually visible from the current <nl> + / / context . <nl> + if ( Ctx . getImportCache ( ) . isImportedBy ( desiredModule , dc ) ) { <nl> + Results . push_back ( LookupResultEntry ( desiredModule ) ) ; <nl> # ifndef NDEBUG <nl> - addedResult ( Results . back ( ) ) ; <nl> + addedResult ( Results . back ( ) ) ; <nl> # endif <nl> - return false ; <nl> - } <nl> - return true ; <nl> - } ) ; <nl> + } <nl> } <nl> } <nl> <nl> mmm a / lib / Sema / LookupVisibleDecls . cpp <nl> ppp b / lib / Sema / LookupVisibleDecls . cpp <nl> static void doGlobalExtensionLookup ( Type BaseType , <nl> } <nl> <nl> / / Handle shadowing . <nl> - removeShadowedDecls ( FoundDecls , CurrDC - > getParentModule ( ) ) ; <nl> + removeShadowedDecls ( FoundDecls , CurrDC ) ; <nl> } <nl> <nl> / / / Enumerate immediate members of the type \ c LookupType and its <nl> mmm a / lib / Sema / TypeCheckNameLookup . cpp <nl> ppp b / lib / Sema / TypeCheckNameLookup . cpp <nl> namespace { <nl> removeOverriddenDecls ( FoundOuterDecls ) ; <nl> <nl> / / Remove any shadowed declarations from the found - declarations set . <nl> - removeShadowedDecls ( FoundDecls , DC - > getParentModule ( ) ) ; <nl> - removeShadowedDecls ( FoundOuterDecls , DC - > getParentModule ( ) ) ; <nl> + removeShadowedDecls ( FoundDecls , DC ) ; <nl> + removeShadowedDecls ( FoundOuterDecls , DC ) ; <nl> <nl> / / Filter out those results that have been removed from the <nl> / / found - declarations set . <nl>	Merge remote - tracking branch ' origin / master ' into master - next	apple/swift	895176fab023977a95c6135a1168eaeaffd85c5e	2019-08-29T01:09:45Z
mmm a / third_party / mlir / BUILD <nl> ppp b / third_party / mlir / BUILD <nl> cc_library ( <nl> srcs = [ <nl> " lib / Conversion / StandardToSPIRV / ConvertStandardToSPIRV . cpp " , <nl> " lib / Conversion / StandardToSPIRV / ConvertStandardToSPIRVPass . cpp " , <nl> + " lib / Conversion / StandardToSPIRV / LegalizeStandardForSPIRV . cpp " , <nl> ] , <nl> hdrs = [ <nl> " include / mlir / Conversion / StandardToSPIRV / ConvertStandardToSPIRV . h " , <nl> mmm a / third_party / mlir / include / mlir / Conversion / StandardToSPIRV / ConvertStandardToSPIRV . h <nl> ppp b / third_party / mlir / include / mlir / Conversion / StandardToSPIRV / ConvertStandardToSPIRV . h <nl> <nl> <nl> namespace mlir { <nl> class SPIRVTypeConverter ; <nl> + <nl> / / / Appends to a pattern list additional patterns for translating StandardOps to <nl> - / / / SPIR - V ops . <nl> + / / / SPIR - V ops . Also adds the patterns legalize ops not directly translated to <nl> + / / / SPIR - V dialect . <nl> void populateStandardToSPIRVPatterns ( MLIRContext * context , <nl> SPIRVTypeConverter & typeConverter , <nl> OwningRewritePatternList & patterns ) ; <nl> <nl> + / / / Appends to a pattern list patterns to legalize ops that are not directly <nl> + / / / lowered to SPIR - V . <nl> + void populateStdLegalizationPatternsForSPIRVLowering ( <nl> + MLIRContext * context , OwningRewritePatternList & patterns ) ; <nl> + <nl> } / / namespace mlir <nl> <nl> # endif / / MLIR_CONVERSION_STANDARDTOSPIRV_CONVERTSTANDARDTOSPIRV_H <nl> mmm a / third_party / mlir / include / mlir / Conversion / StandardToSPIRV / ConvertStandardToSPIRVPass . h <nl> ppp b / third_party / mlir / include / mlir / Conversion / StandardToSPIRV / ConvertStandardToSPIRVPass . h <nl> <nl> # include " mlir / Pass / Pass . h " <nl> <nl> namespace mlir { <nl> + <nl> / / / Pass to convert StandardOps to SPIR - V ops . <nl> std : : unique_ptr < OpPassBase < ModuleOp > > createConvertStandardToSPIRVPass ( ) ; <nl> + <nl> + / / / Pass to legalize ops that are not directly lowered to SPIR - V . <nl> + std : : unique_ptr < Pass > createLegalizeStdOpsForSPIRVLoweringPass ( ) ; <nl> + <nl> } / / namespace mlir <nl> <nl> # endif / / MLIR_CONVERSION_STANDARDTOSPIRV_CONVERTSTANDARDTOSPIRVPASS_H <nl> mmm a / third_party / mlir / include / mlir / Dialect / StandardOps / Ops . td <nl> ppp b / third_party / mlir / include / mlir / Dialect / StandardOps / Ops . td <nl> def SubViewOp : Std_Op < " subview " , [ AttrSizedOperandSegments , NoSideEffect ] > { <nl> / / / Returns the dynamic sizes for this subview operation if specified . <nl> operand_range getDynamicSizes ( ) { return sizes ( ) ; } <nl> <nl> + / / / Returns in ` staticStrides ` the static value of the stride <nl> + / / / operands . Returns failure ( ) if the static value of the stride <nl> + / / / operands could not be retrieved . <nl> + LogicalResult getStaticStrides ( SmallVectorImpl < int64_t > & staticStrides ) ; <nl> + <nl> / / Auxiliary range data structure and helper function that unpacks the <nl> / / offset , size and stride operands of the SubViewOp into a list of triples . <nl> / / Such a list of triple is sometimes more convenient to manipulate . <nl> mmm a / third_party / mlir / lib / Conversion / StandardToSPIRV / CMakeLists . txt <nl> ppp b / third_party / mlir / lib / Conversion / StandardToSPIRV / CMakeLists . txt <nl> add_public_tablegen_target ( MLIRStandardToSPIRVIncGen ) <nl> add_llvm_library ( MLIRStandardToSPIRVTransforms <nl> ConvertStandardToSPIRV . cpp <nl> ConvertStandardToSPIRVPass . cpp <nl> + LegalizeStandardForSPIRV . cpp <nl> <nl> ADDITIONAL_HEADER_DIRS <nl> $ { MLIR_MAIN_INCLUDE_DIR } / mlir / Dialect / SPIRV <nl> mmm a / third_party / mlir / lib / Conversion / StandardToSPIRV / ConvertStandardToSPIRV . cpp <nl> ppp b / third_party / mlir / lib / Conversion / StandardToSPIRV / ConvertStandardToSPIRV . cpp <nl> namespace mlir { <nl> void populateStandardToSPIRVPatterns ( MLIRContext * context , <nl> SPIRVTypeConverter & typeConverter , <nl> OwningRewritePatternList & patterns ) { <nl> + / / Add patterns that lower operations into SPIR - V dialect . <nl> populateWithGenerated ( context , & patterns ) ; <nl> - / / Add the return op conversion . <nl> patterns <nl> . insert < ConstantIndexOpConversion , CmpIOpConversion , <nl> IntegerOpConversion < AddIOp , spirv : : IAddOp > , <nl> new file mode 100644 <nl> index 0000000000000 . . 1e8afbf43e15f <nl> mmm / dev / null <nl> ppp b / third_party / mlir / lib / Conversion / StandardToSPIRV / LegalizeStandardForSPIRV . cpp <nl> <nl> + / / = = = - LegalizeStandardForSPIRV . cpp - Legalize ops for SPIR - V lowering mmm - = = = / / <nl> + / / <nl> + / / Copyright 2019 The MLIR Authors . <nl> + / / <nl> + / / Licensed under the Apache License , Version 2 . 0 ( the " License " ) ; <nl> + / / you may not use this file except in compliance with the License . <nl> + / / You may obtain a copy of the License at <nl> + / / <nl> + / / http : / / www . apache . org / licenses / LICENSE - 2 . 0 <nl> + / / <nl> + / / Unless required by applicable law or agreed to in writing , software <nl> + / / distributed under the License is distributed on an " AS IS " BASIS , <nl> + / / WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND , either express or implied . <nl> + / / See the License for the specific language governing permissions and <nl> + / / limitations under the License . <nl> + / / = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = <nl> + / / <nl> + / / This transformation pass legalizes operations before the conversion to SPIR - V <nl> + / / dialect to handle ops that cannot be lowered directly . <nl> + / / <nl> + / / = = = mmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmm - = = = / / <nl> + <nl> + # include " mlir / Conversion / StandardToSPIRV / ConvertStandardToSPIRV . h " <nl> + # include " mlir / Conversion / StandardToSPIRV / ConvertStandardToSPIRVPass . h " <nl> + # include " mlir / Dialect / StandardOps / Ops . h " <nl> + # include " mlir / IR / PatternMatch . h " <nl> + # include " mlir / IR / StandardTypes . h " <nl> + # include " mlir / Pass / Pass . h " <nl> + <nl> + using namespace mlir ; <nl> + <nl> + namespace { <nl> + / / / Merges subview operation with load operation . <nl> + class LoadOpOfSubViewFolder final : public OpRewritePattern < LoadOp > { <nl> + public : <nl> + using OpRewritePattern < LoadOp > : : OpRewritePattern ; <nl> + <nl> + PatternMatchResult matchAndRewrite ( LoadOp loadOp , <nl> + PatternRewriter & rewriter ) const override ; <nl> + } ; <nl> + <nl> + / / / Merges subview operation with store operation . <nl> + class StoreOpOfSubViewFolder final : public OpRewritePattern < StoreOp > { <nl> + public : <nl> + using OpRewritePattern < StoreOp > : : OpRewritePattern ; <nl> + <nl> + PatternMatchResult matchAndRewrite ( StoreOp storeOp , <nl> + PatternRewriter & rewriter ) const override ; <nl> + } ; <nl> + } / / namespace <nl> + <nl> + / / = = = mmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmm - = = = / / <nl> + / / Utility functions for op legalization . <nl> + / / = = = mmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmm - = = = / / <nl> + <nl> + / / / Given the ' indices ' of an load / store operation where the memref is a result <nl> + / / / of a subview op , returns the indices w . r . t to the source memref of the <nl> + / / / subview op . For example <nl> + / / / <nl> + / / / % 0 = . . . : memref < 12x42xf32 > <nl> + / / / % 1 = subview % 0 [ % arg0 , % arg1 ] [ ] [ % stride1 , % stride2 ] : memref < 12x42xf32 > to <nl> + / / / memref < 4x4xf32 , offset = ? , strides = [ ? , ? ] > <nl> + / / / % 2 = load % 1 [ % i1 , % i2 ] : memref < 4x4xf32 , offset = ? , strides = [ ? , ? ] > <nl> + / / / <nl> + / / / could be folded into <nl> + / / / <nl> + / / / % 2 = load % 0 [ % arg0 + % i1 * % stride1 ] [ % arg1 + % i2 * % stride2 ] : <nl> + / / / memref < 12x42xf32 > <nl> + static LogicalResult <nl> + resolveSourceIndices ( Location loc , PatternRewriter & rewriter , <nl> + SubViewOp subViewOp , ArrayRef < Value * > indices , <nl> + SmallVectorImpl < Value * > & sourceIndices ) { <nl> + / / TODO : Aborting when the offsets are static . There might be a way to fold <nl> + / / the subview op with load even if the offsets have been canonicalized <nl> + / / away . <nl> + if ( subViewOp . getNumOffsets ( ) = = 0 ) <nl> + return failure ( ) ; <nl> + <nl> + SmallVector < Value * , 2 > opOffsets = llvm : : to_vector < 2 > ( subViewOp . offsets ( ) ) ; <nl> + SmallVector < Value * , 2 > opStrides ; <nl> + if ( subViewOp . getNumStrides ( ) ) { <nl> + / / If the strides are dynamic , get the stride operands . <nl> + opStrides = llvm : : to_vector < 2 > ( subViewOp . strides ( ) ) ; <nl> + } else { <nl> + / / When static , the stride operands can be retrieved by taking the strides <nl> + / / of the result of the subview op , and dividing the strides of the base <nl> + / / memref . <nl> + SmallVector < int64_t , 2 > staticStrides ; <nl> + if ( failed ( subViewOp . getStaticStrides ( staticStrides ) ) ) { <nl> + return failure ( ) ; <nl> + } <nl> + opStrides . reserve ( opOffsets . size ( ) ) ; <nl> + for ( auto stride : staticStrides ) { <nl> + auto constValAttr = rewriter . getIntegerAttr ( <nl> + IndexType : : get ( rewriter . getContext ( ) ) , stride ) ; <nl> + opStrides . emplace_back ( rewriter . create < ConstantOp > ( loc , constValAttr ) ) ; <nl> + } <nl> + } <nl> + assert ( opOffsets . size ( ) = = opStrides . size ( ) ) ; <nl> + <nl> + / / New indices for the load are the current indices * subview_stride + <nl> + / / subview_offset . <nl> + assert ( indices . size ( ) = = opStrides . size ( ) ) ; <nl> + sourceIndices . resize ( indices . size ( ) ) ; <nl> + for ( auto index : enumerate ( indices ) ) { <nl> + auto offset = opOffsets [ index . index ( ) ] ; <nl> + auto stride = opStrides [ index . index ( ) ] ; <nl> + auto mul = rewriter . create < MulIOp > ( loc , index . value ( ) , stride ) ; <nl> + sourceIndices [ index . index ( ) ] = <nl> + rewriter . create < AddIOp > ( loc , offset , mul ) . getResult ( ) ; <nl> + } <nl> + return success ( ) ; <nl> + } <nl> + <nl> + / / = = = mmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmm - = = = / / <nl> + / / Folding SubViewOp and LoadOp . <nl> + / / = = = mmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmm - = = = / / <nl> + <nl> + PatternMatchResult <nl> + LoadOpOfSubViewFolder : : matchAndRewrite ( LoadOp loadOp , <nl> + PatternRewriter & rewriter ) const { <nl> + auto subViewOp = <nl> + dyn_cast_or_null < SubViewOp > ( loadOp . memref ( ) - > getDefiningOp ( ) ) ; <nl> + if ( ! subViewOp ) { <nl> + return matchFailure ( ) ; <nl> + } <nl> + SmallVector < Value * , 4 > sourceIndices , <nl> + indices = llvm : : to_vector < 4 > ( loadOp . indices ( ) ) ; <nl> + if ( failed ( resolveSourceIndices ( loadOp . getLoc ( ) , rewriter , subViewOp , indices , <nl> + sourceIndices ) ) ) <nl> + return matchFailure ( ) ; <nl> + <nl> + rewriter . replaceOpWithNewOp < LoadOp > ( loadOp , subViewOp . source ( ) , <nl> + sourceIndices ) ; <nl> + return matchSuccess ( ) ; <nl> + } <nl> + <nl> + / / = = = mmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmm - = = = / / <nl> + / / Folding SubViewOp and StoreOp . <nl> + / / = = = mmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmm - = = = / / <nl> + <nl> + PatternMatchResult <nl> + StoreOpOfSubViewFolder : : matchAndRewrite ( StoreOp storeOp , <nl> + PatternRewriter & rewriter ) const { <nl> + auto subViewOp = <nl> + dyn_cast_or_null < SubViewOp > ( storeOp . memref ( ) - > getDefiningOp ( ) ) ; <nl> + if ( ! subViewOp ) { <nl> + return matchFailure ( ) ; <nl> + } <nl> + SmallVector < Value * , 4 > sourceIndices , <nl> + indices = llvm : : to_vector < 4 > ( storeOp . indices ( ) ) ; <nl> + if ( failed ( resolveSourceIndices ( storeOp . getLoc ( ) , rewriter , subViewOp , <nl> + indices , sourceIndices ) ) ) <nl> + return matchFailure ( ) ; <nl> + <nl> + rewriter . replaceOpWithNewOp < StoreOp > ( storeOp , storeOp . value ( ) , <nl> + subViewOp . source ( ) , sourceIndices ) ; <nl> + return matchSuccess ( ) ; <nl> + } <nl> + <nl> + / / = = = mmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmm - = = = / / <nl> + / / Hook for adding patterns . <nl> + / / = = = mmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmm - = = = / / <nl> + <nl> + void mlir : : populateStdLegalizationPatternsForSPIRVLowering ( <nl> + MLIRContext * context , OwningRewritePatternList & patterns ) { <nl> + patterns . insert < LoadOpOfSubViewFolder , StoreOpOfSubViewFolder > ( context ) ; <nl> + } <nl> + <nl> + / / = = = mmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmm - = = = / / <nl> + / / Pass for testing just the legalization patterns . <nl> + / / = = = mmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmm - = = = / / <nl> + <nl> + namespace { <nl> + struct SPIRVLegalization final : public OperationPass < SPIRVLegalization > { <nl> + void runOnOperation ( ) override ; <nl> + } ; <nl> + } / / namespace <nl> + <nl> + void SPIRVLegalization : : runOnOperation ( ) { <nl> + OwningRewritePatternList patterns ; <nl> + auto * context = & getContext ( ) ; <nl> + populateStdLegalizationPatternsForSPIRVLowering ( context , patterns ) ; <nl> + applyPatternsGreedily ( getOperation ( ) - > getRegions ( ) , patterns ) ; <nl> + } <nl> + <nl> + std : : unique_ptr < Pass > mlir : : createLegalizeStdOpsForSPIRVLoweringPass ( ) { <nl> + return std : : make_unique < SPIRVLegalization > ( ) ; <nl> + } <nl> + <nl> + static PassRegistration < SPIRVLegalization > <nl> + pass ( " legalize - std - for - spirv " , " Legalize standard ops for SPIR - V lowering " ) ; <nl> mmm a / third_party / mlir / lib / Dialect / StandardOps / Ops . cpp <nl> ppp b / third_party / mlir / lib / Dialect / StandardOps / Ops . cpp <nl> SmallVector < SubViewOp : : Range , 8 > SubViewOp : : getRanges ( ) { <nl> return res ; <nl> } <nl> <nl> + LogicalResult <nl> + SubViewOp : : getStaticStrides ( SmallVectorImpl < int64_t > & staticStrides ) { <nl> + / / If the strides are dynamic return failure . <nl> + if ( getNumStrides ( ) ) <nl> + return failure ( ) ; <nl> + <nl> + / / When static , the stride operands can be retrieved by taking the strides of <nl> + / / the result of the subview op , and dividing the strides of the base memref . <nl> + int64_t resultOffset , baseOffset ; <nl> + SmallVector < int64_t , 2 > resultStrides , baseStrides ; <nl> + if ( failed ( <nl> + getStridesAndOffset ( getBaseMemRefType ( ) , baseStrides , baseOffset ) ) \| \| <nl> + llvm : : is_contained ( baseStrides , MemRefType : : getDynamicStrideOrOffset ( ) ) \| \| <nl> + failed ( getStridesAndOffset ( getType ( ) , resultStrides , resultOffset ) ) ) <nl> + return failure ( ) ; <nl> + <nl> + assert ( static_cast < int64_t > ( resultStrides . size ( ) ) = = getType ( ) . getRank ( ) & & <nl> + baseStrides . size ( ) = = resultStrides . size ( ) & & <nl> + " base and result memrefs must have the same rank " ) ; <nl> + assert ( ! llvm : : is_contained ( resultStrides , <nl> + MemRefType : : getDynamicStrideOrOffset ( ) ) & & <nl> + " strides of subview op must be static , when there are no dynamic " <nl> + " strides specified " ) ; <nl> + staticStrides . resize ( getType ( ) . getRank ( ) ) ; <nl> + for ( auto resultStride : enumerate ( resultStrides ) ) { <nl> + auto baseStride = baseStrides [ resultStride . index ( ) ] ; <nl> + / / The result stride is expected to be a multiple of the base stride . Abort <nl> + / / if that is not the case . <nl> + if ( resultStride . value ( ) < baseStride \| \| <nl> + resultStride . value ( ) % baseStride ! = 0 ) <nl> + return failure ( ) ; <nl> + staticStrides [ resultStride . index ( ) ] = resultStride . value ( ) / baseStride ; <nl> + } <nl> + return success ( ) ; <nl> + } <nl> + <nl> static bool hasConstantOffsetSizesAndStrides ( MemRefType memrefType ) { <nl> if ( memrefType . getNumDynamicDims ( ) > 0 ) <nl> return false ; <nl>	Add a pass to legalize operations before lowering to SPIR - V .	tensorflow/tensorflow	5b3a7fdcb9342fe2be0e6dc7359e5cdca8118c37	2019-12-04T00:14:43Z
mmm a / core / io / dtls_server . cpp <nl> ppp b / core / io / dtls_server . cpp <nl> DTLSServer * ( * DTLSServer : : _create ) ( ) = nullptr ; <nl> bool DTLSServer : : available = false ; <nl> <nl> DTLSServer * DTLSServer : : create ( ) { <nl> - return _create ( ) ; <nl> + if ( _create ) { <nl> + return _create ( ) ; <nl> + } <nl> + return nullptr ; <nl> } <nl> <nl> bool DTLSServer : : is_available ( ) { <nl> mmm a / core / io / packet_peer_dtls . cpp <nl> ppp b / core / io / packet_peer_dtls . cpp <nl> PacketPeerDTLS * ( * PacketPeerDTLS : : _create ) ( ) = nullptr ; <nl> bool PacketPeerDTLS : : available = false ; <nl> <nl> PacketPeerDTLS * PacketPeerDTLS : : create ( ) { <nl> - return _create ( ) ; <nl> + if ( _create ) { <nl> + return _create ( ) ; <nl> + } <nl> + return nullptr ; <nl> } <nl> <nl> bool PacketPeerDTLS : : is_available ( ) { <nl>	Fix editor crash when mbedtls is disabled .	godotengine/godot	054f52364fe3c204ca65fca905a5bb3261315e47	2020-06-06T15:33:43Z
mmm a / CODEOWNERS <nl> ppp b / CODEOWNERS <nl> <nl> # Each line is a file pattern followed by one or more owners . <nl> <nl> / aten / @ apaszke @ soumith @ colesbury @ gchanan @ zdevito @ ezyang <nl> + / torch / onnx / @ anderspapitto @ bddppq @ dzhulgakov @ ezyang @ houseroad @ jamesr66a @ smessmer <nl> / torch / @ apaszke @ soumith @ colesbury @ gchanan @ zdevito @ ezyang <nl> / docs / source @ apaszke @ soumith @ colesbury @ gchanan @ zdevito @ ezyang <nl> / test @ apaszke @ soumith @ colesbury @ gchanan @ zdevito @ ezyang <nl>	Create CODEOWNERS entry for torch / onnx ( )	pytorch/pytorch	60b67eb60475c3ba05536202d11cb7d9cd99a1a5	2018-04-12T19:27:29Z
mmm a / tensorflow / stream_executor / cuda / cuda_blas . cc <nl> ppp b / tensorflow / stream_executor / cuda / cuda_blas . cc <nl> bool CUDABlas : : GetBlasGemmAlgorithms ( <nl> CUBLAS_GEMM_ALGO2_TENSOR_OP , <nl> CUBLAS_GEMM_ALGO3_TENSOR_OP , <nl> CUBLAS_GEMM_ALGO4_TENSOR_OP , <nl> + # endif <nl> + # if CUDA_VERSION > = 9200 <nl> + CUBLAS_GEMM_ALGO18 , <nl> + CUBLAS_GEMM_ALGO19 , <nl> + CUBLAS_GEMM_ALGO20 , <nl> + CUBLAS_GEMM_ALGO21 , <nl> + CUBLAS_GEMM_ALGO22 , <nl> + CUBLAS_GEMM_ALGO23 , <nl> + CUBLAS_GEMM_ALGO5_TENSOR_OP , <nl> + CUBLAS_GEMM_ALGO6_TENSOR_OP , <nl> + CUBLAS_GEMM_ALGO7_TENSOR_OP , <nl> + CUBLAS_GEMM_ALGO8_TENSOR_OP , <nl> + CUBLAS_GEMM_ALGO9_TENSOR_OP , <nl> + CUBLAS_GEMM_ALGO10_TENSOR_OP , <nl> + CUBLAS_GEMM_ALGO11_TENSOR_OP , <nl> + CUBLAS_GEMM_ALGO12_TENSOR_OP , <nl> + CUBLAS_GEMM_ALGO13_TENSOR_OP , <nl> + CUBLAS_GEMM_ALGO14_TENSOR_OP , <nl> + CUBLAS_GEMM_ALGO15_TENSOR_OP , <nl> # endif <nl> } ; <nl> return true ; <nl>	[ SE ] Add new cublas algorithms from CUDA 9 . 2 .	tensorflow/tensorflow	2bf582914d09207ad7276e2f471ea9776415e8e0	2018-07-31T23:48:38Z
mmm a / trunk / src / kernel / srs_kernel_error . hpp <nl> ppp b / trunk / src / kernel / srs_kernel_error . hpp <nl> CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE . <nl> # define ERROR_STREAM_CASTER_TS_HEADER 4012 <nl> # define ERROR_STREAM_CASTER_TS_SYNC_BYTE 4013 <nl> # define ERROR_STREAM_CASTER_TS_AF 4014 <nl> + # define ERROR_STREAM_CASTER_TS_CRC32 4015 <nl> <nl> / * * <nl> * whether the error code is an system control error . <nl> mmm a / trunk / src / kernel / srs_kernel_ts . cpp <nl> ppp b / trunk / src / kernel / srs_kernel_ts . cpp <nl> int SrsTsAdaptationField : : decode ( SrsStream * stream ) <nl> } <nl> <nl> char * pp = NULL ; <nl> - char * p = stream - > data ( ) ; <nl> + char * p = stream - > data ( ) + stream - > pos ( ) ; <nl> stream - > skip ( 6 ) ; <nl> <nl> pp = ( char * ) & program_clock_reference_base ; <nl> int SrsTsAdaptationField : : decode ( SrsStream * stream ) <nl> } <nl> <nl> char * pp = NULL ; <nl> - char * p = stream - > data ( ) ; <nl> + char * p = stream - > data ( ) + stream - > pos ( ) ; <nl> stream - > skip ( 6 ) ; <nl> <nl> pp = ( char * ) & original_program_clock_reference_base ; <nl> int SrsTsPayloadPAT : : decode ( SrsStream * stream ) <nl> return ret ; <nl> } <nl> <nl> + / / to calc the crc32 <nl> + char * ppat = stream - > data ( ) + stream - > pos ( ) ; <nl> + int pat_pos = stream - > pos ( ) ; <nl> + <nl> / / atleast 8B without programs and crc32 <nl> if ( ! stream - > require ( 8 ) ) { <nl> ret = ERROR_STREAM_CASTER_TS_AF ; <nl> int SrsTsPayloadPAT : : decode ( SrsStream * stream ) <nl> } <nl> CRC_32 = stream - > read_4bytes ( ) ; <nl> <nl> - / / TODO : FIXME : verfy crc32 . <nl> + / / verify crc32 . <nl> + int32_t crc32 = srs_crc32 ( ppat , stream - > pos ( ) - pat_pos - 4 ) ; <nl> + if ( crc32 ! = CRC_32 ) { <nl> + ret = ERROR_STREAM_CASTER_TS_CRC32 ; <nl> + srs_error ( " ts : verify PAT crc32 failed . ret = % d " , ret ) ; <nl> + return ret ; <nl> + } <nl> <nl> return ret ; <nl> } <nl> mmm a / trunk / src / kernel / srs_kernel_utility . cpp <nl> ppp b / trunk / src / kernel / srs_kernel_utility . cpp <nl> bool srs_aac_startswith_adts ( SrsStream * stream ) <nl> return true ; <nl> } <nl> <nl> + / * <nl> + * MPEG2 transport stream ( aka DVB ) mux <nl> + * Copyright ( c ) 2003 Fabrice Bellard . <nl> + * <nl> + * This library is free software ; you can redistribute it and / or <nl> + * modify it under the terms of the GNU Lesser General Public <nl> + * License as published by the Free Software Foundation ; either <nl> + * version 2 of the License , or ( at your option ) any later version . <nl> + * <nl> + * This library is distributed in the hope that it will be useful , <nl> + * but WITHOUT ANY WARRANTY ; without even the implied warranty of <nl> + * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE . See the GNU <nl> + * Lesser General Public License for more details . <nl> + * <nl> + * You should have received a copy of the GNU Lesser General Public <nl> + * License along with this library ; if not , write to the Free Software <nl> + * Foundation , Inc . , 59 Temple Place , Suite 330 , Boston , MA 02111 - 1307 USA <nl> + * / <nl> + static const u_int32_t crc_table [ 256 ] = { <nl> + 0x00000000 , 0x04c11db7 , 0x09823b6e , 0x0d4326d9 , 0x130476dc , 0x17c56b6b , <nl> + 0x1a864db2 , 0x1e475005 , 0x2608edb8 , 0x22c9f00f , 0x2f8ad6d6 , 0x2b4bcb61 , <nl> + 0x350c9b64 , 0x31cd86d3 , 0x3c8ea00a , 0x384fbdbd , 0x4c11db70 , 0x48d0c6c7 , <nl> + 0x4593e01e , 0x4152fda9 , 0x5f15adac , 0x5bd4b01b , 0x569796c2 , 0x52568b75 , <nl> + 0x6a1936c8 , 0x6ed82b7f , 0x639b0da6 , 0x675a1011 , 0x791d4014 , 0x7ddc5da3 , <nl> + 0x709f7b7a , 0x745e66cd , 0x9823b6e0 , 0x9ce2ab57 , 0x91a18d8e , 0x95609039 , <nl> + 0x8b27c03c , 0x8fe6dd8b , 0x82a5fb52 , 0x8664e6e5 , 0xbe2b5b58 , 0xbaea46ef , <nl> + 0xb7a96036 , 0xb3687d81 , 0xad2f2d84 , 0xa9ee3033 , 0xa4ad16ea , 0xa06c0b5d , <nl> + 0xd4326d90 , 0xd0f37027 , 0xddb056fe , 0xd9714b49 , 0xc7361b4c , 0xc3f706fb , <nl> + 0xceb42022 , 0xca753d95 , 0xf23a8028 , 0xf6fb9d9f , 0xfbb8bb46 , 0xff79a6f1 , <nl> + 0xe13ef6f4 , 0xe5ffeb43 , 0xe8bccd9a , 0xec7dd02d , 0x34867077 , 0x30476dc0 , <nl> + 0x3d044b19 , 0x39c556ae , 0x278206ab , 0x23431b1c , 0x2e003dc5 , 0x2ac12072 , <nl> + 0x128e9dcf , 0x164f8078 , 0x1b0ca6a1 , 0x1fcdbb16 , 0x018aeb13 , 0x054bf6a4 , <nl> + 0x0808d07d , 0x0cc9cdca , 0x7897ab07 , 0x7c56b6b0 , 0x71159069 , 0x75d48dde , <nl> + 0x6b93dddb , 0x6f52c06c , 0x6211e6b5 , 0x66d0fb02 , 0x5e9f46bf , 0x5a5e5b08 , <nl> + 0x571d7dd1 , 0x53dc6066 , 0x4d9b3063 , 0x495a2dd4 , 0x44190b0d , 0x40d816ba , <nl> + 0xaca5c697 , 0xa864db20 , 0xa527fdf9 , 0xa1e6e04e , 0xbfa1b04b , 0xbb60adfc , <nl> + 0xb6238b25 , 0xb2e29692 , 0x8aad2b2f , 0x8e6c3698 , 0x832f1041 , 0x87ee0df6 , <nl> + 0x99a95df3 , 0x9d684044 , 0x902b669d , 0x94ea7b2a , 0xe0b41de7 , 0xe4750050 , <nl> + 0xe9362689 , 0xedf73b3e , 0xf3b06b3b , 0xf771768c , 0xfa325055 , 0xfef34de2 , <nl> + 0xc6bcf05f , 0xc27dede8 , 0xcf3ecb31 , 0xcbffd686 , 0xd5b88683 , 0xd1799b34 , <nl> + 0xdc3abded , 0xd8fba05a , 0x690ce0ee , 0x6dcdfd59 , 0x608edb80 , 0x644fc637 , <nl> + 0x7a089632 , 0x7ec98b85 , 0x738aad5c , 0x774bb0eb , 0x4f040d56 , 0x4bc510e1 , <nl> + 0x46863638 , 0x42472b8f , 0x5c007b8a , 0x58c1663d , 0x558240e4 , 0x51435d53 , <nl> + 0x251d3b9e , 0x21dc2629 , 0x2c9f00f0 , 0x285e1d47 , 0x36194d42 , 0x32d850f5 , <nl> + 0x3f9b762c , 0x3b5a6b9b , 0x0315d626 , 0x07d4cb91 , 0x0a97ed48 , 0x0e56f0ff , <nl> + 0x1011a0fa , 0x14d0bd4d , 0x19939b94 , 0x1d528623 , 0xf12f560e , 0xf5ee4bb9 , <nl> + 0xf8ad6d60 , 0xfc6c70d7 , 0xe22b20d2 , 0xe6ea3d65 , 0xeba91bbc , 0xef68060b , <nl> + 0xd727bbb6 , 0xd3e6a601 , 0xdea580d8 , 0xda649d6f , 0xc423cd6a , 0xc0e2d0dd , <nl> + 0xcda1f604 , 0xc960ebb3 , 0xbd3e8d7e , 0xb9ff90c9 , 0xb4bcb610 , 0xb07daba7 , <nl> + 0xae3afba2 , 0xaafbe615 , 0xa7b8c0cc , 0xa379dd7b , 0x9b3660c6 , 0x9ff77d71 , <nl> + 0x92b45ba8 , 0x9675461f , 0x8832161a , 0x8cf30bad , 0x81b02d74 , 0x857130c3 , <nl> + 0x5d8a9099 , 0x594b8d2e , 0x5408abf7 , 0x50c9b640 , 0x4e8ee645 , 0x4a4ffbf2 , <nl> + 0x470cdd2b , 0x43cdc09c , 0x7b827d21 , 0x7f436096 , 0x7200464f , 0x76c15bf8 , <nl> + 0x68860bfd , 0x6c47164a , 0x61043093 , 0x65c52d24 , 0x119b4be9 , 0x155a565e , <nl> + 0x18197087 , 0x1cd86d30 , 0x029f3d35 , 0x065e2082 , 0x0b1d065b , 0x0fdc1bec , <nl> + 0x3793a651 , 0x3352bbe6 , 0x3e119d3f , 0x3ad08088 , 0x2497d08d , 0x2056cd3a , <nl> + 0x2d15ebe3 , 0x29d4f654 , 0xc5a92679 , 0xc1683bce , 0xcc2b1d17 , 0xc8ea00a0 , <nl> + 0xd6ad50a5 , 0xd26c4d12 , 0xdf2f6bcb , 0xdbee767c , 0xe3a1cbc1 , 0xe760d676 , <nl> + 0xea23f0af , 0xeee2ed18 , 0xf0a5bd1d , 0xf464a0aa , 0xf9278673 , 0xfde69bc4 , <nl> + 0x89b8fd09 , 0x8d79e0be , 0x803ac667 , 0x84fbdbd0 , 0x9abc8bd5 , 0x9e7d9662 , <nl> + 0x933eb0bb , 0x97ffad0c , 0xafb010b1 , 0xab710d06 , 0xa6322bdf , 0xa2f33668 , <nl> + 0xbcb4666d , 0xb8757bda , 0xb5365d03 , 0xb1f740b4 <nl> + } ; <nl> + <nl> + / / @ see http : / / www . stmc . edu . hk / ~ vincent / ffmpeg_0 . 4 . 9 - pre1 / libavformat / mpegtsenc . c <nl> + unsigned int mpegts_crc32 ( const u_int8_t * data , int len ) <nl> + { <nl> + register int i ; <nl> + unsigned int crc = 0xffffffff ; <nl> + <nl> + for ( i = 0 ; i < len ; i + + ) <nl> + crc = ( crc < < 8 ) ^ crc_table [ ( ( crc > > 24 ) ^ * data + + ) & 0xff ] ; <nl> + <nl> + return crc ; <nl> + } <nl> + <nl> + u_int32_t srs_crc32 ( const void * buf , int size ) <nl> + { <nl> + return mpegts_crc32 ( ( const u_int8_t * ) buf , size ) ; <nl> + } <nl> + <nl> mmm a / trunk / src / kernel / srs_kernel_utility . hpp <nl> ppp b / trunk / src / kernel / srs_kernel_utility . hpp <nl> extern bool srs_avc_startswith_annexb ( SrsStream * stream , int * pnb_start_code = N <nl> * / <nl> extern bool srs_aac_startswith_adts ( SrsStream * stream ) ; <nl> <nl> + / * * <nl> + * cacl the crc32 of bytes in buf . <nl> + * / <nl> + extern u_int32_t srs_crc32 ( const void * buf , int size ) ; <nl> + <nl> # endif <nl> <nl>	for , calc and verify the crc32 of PAT .	ossrs/srs	7692e50fc27634aff8b3f9958809f1ef46598129	2015-01-27T09:04:30Z
mmm a / src / video_core / shader / decode / image . cpp <nl> ppp b / src / video_core / shader / decode / image . cpp <nl> std : : size_t GetImageTypeNumCoordinates ( Tegra : : Shader : : ImageType image_type ) { <nl> } <nl> } / / Anonymous namespace <nl> <nl> - Node ShaderIR : : GetComponentValue ( ComponentType component_type , u32 component_size , <nl> - Node original_value , bool * is_signed ) { <nl> + std : : pair < Node , bool > ShaderIR : : GetComponentValue ( ComponentType component_type , u32 component_size , <nl> + Node original_value ) { <nl> switch ( component_type ) { <nl> case ComponentType : : SNORM : { <nl> - * is_signed = true ; <nl> / / range [ - 1 . 0 , 1 . 0 ] <nl> auto cnv_value = Operation ( OperationCode : : FMul , original_value , <nl> Immediate ( static_cast < float > ( 1 < < component_size ) / 2 . f - 1 . f ) ) ; <nl> - cnv_value = SignedOperation ( OperationCode : : ICastFloat , is_signed , std : : move ( cnv_value ) ) ; <nl> - return BitfieldExtract ( std : : move ( cnv_value ) , 0 , component_size ) ; <nl> + cnv_value = Operation ( OperationCode : : ICastFloat , std : : move ( cnv_value ) ) ; <nl> + return { BitfieldExtract ( std : : move ( cnv_value ) , 0 , component_size ) , true } ; <nl> } <nl> case ComponentType : : SINT : <nl> case ComponentType : : UNORM : { <nl> - * is_signed = component_type = = ComponentType : : SINT ; <nl> + bool is_signed = component_type = = ComponentType : : SINT ; <nl> / / range [ 0 . 0 , 1 . 0 ] <nl> auto cnv_value = Operation ( OperationCode : : FMul , original_value , <nl> Immediate ( static_cast < float > ( 1 < < component_size ) - 1 . f ) ) ; <nl> - return SignedOperation ( OperationCode : : ICastFloat , is_signed , std : : move ( cnv_value ) ) ; <nl> + return { SignedOperation ( OperationCode : : ICastFloat , is_signed , std : : move ( cnv_value ) ) , <nl> + is_signed } ; <nl> } <nl> case ComponentType : : UINT : / / range [ 0 , ( 1 < < component_size ) - 1 ] <nl> - * is_signed = false ; <nl> - return original_value ; <nl> + return { original_value , false } ; <nl> case ComponentType : : FLOAT : <nl> if ( component_size = = 16 ) { <nl> - return Operation ( OperationCode : : HCastFloat , original_value ) ; <nl> + return { Operation ( OperationCode : : HCastFloat , original_value ) , true } ; <nl> } else { <nl> - return original_value ; <nl> + return { original_value , true } ; <nl> } <nl> default : <nl> UNIMPLEMENTED_MSG ( " Unimplement component type = { } " , component_type ) ; <nl> - return original_value ; <nl> + return { original_value , true } ; <nl> } <nl> } <nl> <nl> u32 ShaderIR : : DecodeImage ( NodeBlock & bb , u32 pc ) { <nl> } <nl> const auto component_type = GetComponentType ( descriptor , element ) ; <nl> const auto component_size = GetComponentSize ( descriptor . format , element ) ; <nl> - <nl> - bool is_signed = true ; <nl> MetaImage meta { image , { } , element } ; <nl> <nl> - Node converted_value = GetComponentValue ( <nl> + auto [ converted_value , is_signed ] = GetComponentValue ( <nl> component_type , component_size , <nl> - Operation ( OperationCode : : ImageLoad , meta , GetCoordinates ( type ) ) , <nl> - & is_signed ) ; <nl> + Operation ( OperationCode : : ImageLoad , meta , GetCoordinates ( type ) ) ) ; <nl> <nl> / / shift element to correct position <nl> const auto shifted = shifted_counter ; <nl> mmm a / src / video_core / shader / shader_ir . h <nl> ppp b / src / video_core / shader / shader_ir . h <nl> class ShaderIR final { <nl> Node GetSaturatedHalfFloat ( Node value , bool saturate = true ) ; <nl> <nl> / / / Get image component value by type and size <nl> - Node GetComponentValue ( Tegra : : Texture : : ComponentType component_type , u32 component_size , <nl> - const Node original_value , bool * is_signed ) ; <nl> + std : : pair < Node , bool > GetComponentValue ( Tegra : : Texture : : ComponentType component_type , <nl> + u32 component_size , Node original_value ) ; <nl> <nl> / / / Returns a predicate comparing two floats <nl> Node GetPredicateComparisonFloat ( Tegra : : Shader : : PredCondition condition , Node op_a , Node op_b ) ; <nl>	shader_decode : SULD . D using std : : pair instead of out parameter	yuzu-emu/yuzu	2c98e14d13c7611f488c351c5b42b1c58d4b33ea	2020-04-06T06:46:55Z
mmm a / tensorflow / python / layers / core . py <nl> ppp b / tensorflow / python / layers / core . py <nl> class Dense ( base . Layer ) : <nl> and ` bias ` is a bias vector created by the layer <nl> ( only if ` use_bias ` is ` True ` ) . <nl> <nl> - Note : if the input to the layer has a rank greater than 2 , then it is <nl> - flattened prior to the initial matrix multiply by ` kernel ` . <nl> - <nl> Arguments : <nl> units : Integer or Long , dimensionality of the output space . <nl> activation : Activation function ( callable ) . Set it to None to maintain a <nl> def dense ( <nl> and ` bias ` is a bias vector created by the layer <nl> ( only if ` use_bias ` is ` True ` ) . <nl> <nl> - Note : if the ` inputs ` tensor has a rank greater than 2 , then it is <nl> - flattened prior to the initial matrix multiply by ` kernel ` . <nl> - <nl> Arguments : <nl> inputs : Tensor input . <nl> units : Integer or Long , dimensionality of the output space . <nl> def dense ( <nl> by the same name . <nl> <nl> Returns : <nl> - Output tensor . <nl> + Output tensor the same shape as ` inputs ` except the last dimension is of <nl> + size ` units ` . <nl> <nl> Raises : <nl> ValueError : if eager execution is enabled . <nl>	Fix the documentation for the dense layer for how rank > 2 inputs are handled .	tensorflow/tensorflow	4bfaa1135a52e45b592ea60a7691ee0b812e5220	2018-01-26T20:16:19Z
mmm a / tensorflow / compiler / mlir / lite / ir / tfl_ops . td <nl> ppp b / tensorflow / compiler / mlir / lite / ir / tfl_ops . td <nl> class TFL_TFOperandTypesWithSameBits < int i , int j , int num > : <nl> Or < [ CPred < " getElementTypeOrSelf ( $ _op . getOperand ( " # j # " ) ) . isa < mlir : : TF : : Quint " # num # " Type > ( ) " > , <nl> CPred < " getElementTypeOrSelf ( $ _op . getOperand ( " # j # " ) ) . isUnsignedInteger ( " # num # " ) " > ] > ] > ; <nl> <nl> + class TFL_OperandIsNoneOrHasRank < int n , int m > : <nl> + PredOpTrait < " operand " # n # " is " # m # " - D " , <nl> + Or < [ <nl> + CPred < " $ _op . getOperand ( " # n # " ) . getType ( ) . isa < NoneType > ( ) " > , <nl> + TFL_OperandIsUnrankedPred < n > , <nl> + CPred < " $ _op . getOperand ( " # n # <nl> + " ) . getType ( ) . cast < ShapedType > ( ) . getRank ( ) = = " # m > ] > > ; <nl> + <nl> class TFL_OperandIsNoneOrHasRankAtMost < int n , int m > : <nl> PredOpTrait < " operand " # n # " is at most " # m # " - D " , <nl> Or < [ <nl> def TFL_LSTMOp : <nl> LstmOptionalPeepholeWeightConstraint , <nl> LstmProjectionWeightBiasConstraint , <nl> LstmResultConstraint , <nl> + TFL_OperandHasRank < 2 , 2 > , / / input_to_forget_weights <nl> + TFL_OperandHasRank < 3 , 2 > , / / input_to_cell_weights <nl> + TFL_OperandIsNoneOrHasRank < 5 , 2 > , / / recurrent_to_input_weights <nl> + TFL_OperandHasRank < 6 , 2 > , / / recurrent_to_forget_weights <nl> + TFL_OperandHasRank < 7 , 2 > , / / recurrent_to_cell_weights <nl> + TFL_OperandIsNoneOrHasRank < 9 , 1 > , / / cell_to_input_weights <nl> + TFL_OperandIsNoneOrHasRank < 10 , 1 > , / / cell_to_forget_weights <nl> + TFL_OperandIsNoneOrHasRank < 11 , 1 > , / / cell_to_output_weights <nl> + TFL_OperandHasRank < 13 , 1 > , / / forget_gate_bias <nl> + TFL_OperandHasRank < 14 , 1 > , / / cell_gate_bias <nl> + TFL_OperandHasRank < 15 , 1 > , / / output_gate_bias <nl> + TFL_OperandIsNoneOrHasRank < 16 , 2 > , / / projection_weights <nl> + TFL_OperandIsNoneOrHasRank < 17 , 1 > , / / projection_bias <nl> TFL_StatefulOp ] > { <nl> let summary = " The full lstm operator " ; <nl> <nl> Ba et al . ' Layer Normalization ' <nl> ins TFL_TensorOf < [ F32 , QI8 ] > : $ input , <nl> <nl> / / Weights <nl> - TFL_TensorOfOrNone < [ F32 , I8 , QI8 ] > : $ input_to_input_weights , <nl> - TFL_TensorOf < [ F32 , I8 , QI8 ] > : $ input_to_forget_weights , <nl> - TFL_TensorOf < [ F32 , I8 , QI8 ] > : $ input_to_cell_weights , <nl> - TFL_TensorOf < [ F32 , I8 , QI8 ] > : $ input_to_output_weights , <nl> + TFL_TensorOfOrNone < [ F32 , QI8 ] > : $ input_to_input_weights , <nl> + TFL_TensorOf < [ F32 , QI8 ] > : $ input_to_forget_weights , <nl> + TFL_TensorOf < [ F32 , QI8 ] > : $ input_to_cell_weights , <nl> + TFL_TensorOf < [ F32 , QI8 ] > : $ input_to_output_weights , <nl> <nl> / / Recurrent weights <nl> - TFL_TensorOfOrNone < [ F32 , I8 , QI8 ] > : $ recurrent_to_input_weights , <nl> - TFL_TensorOf < [ F32 , I8 , QI8 ] > : $ recurrent_to_forget_weights , <nl> - TFL_TensorOf < [ F32 , I8 , QI8 ] > : $ recurrent_to_cell_weights , <nl> - TFL_TensorOf < [ F32 , I8 , QI8 ] > : $ recurrent_to_output_weights , <nl> + TFL_TensorOfOrNone < [ F32 , QI8 ] > : $ recurrent_to_input_weights , <nl> + TFL_TensorOf < [ F32 , QI8 ] > : $ recurrent_to_forget_weights , <nl> + TFL_TensorOf < [ F32 , QI8 ] > : $ recurrent_to_cell_weights , <nl> + TFL_TensorOf < [ F32 , QI8 ] > : $ recurrent_to_output_weights , <nl> <nl> / / Cell weights <nl> - TFL_TensorOfOrNone < [ F32 , I8 , QI16 ] > : $ cell_to_input_weights , <nl> + TFL_TensorOfOrNone < [ F32 , QI8 , QI16 ] > : $ cell_to_input_weights , <nl> / / Optional input <nl> - TFL_TensorOfOrNone < [ F32 , I8 , QI16 ] > : $ cell_to_forget_weights , <nl> + TFL_TensorOfOrNone < [ F32 , QI8 , QI16 ] > : $ cell_to_forget_weights , <nl> / / Optional input <nl> - TFL_TensorOfOrNone < [ F32 , I8 , QI16 ] > : $ cell_to_output_weights , <nl> + TFL_TensorOfOrNone < [ F32 , QI8 , QI16 ] > : $ cell_to_output_weights , <nl> <nl> / / Bias <nl> TFL_TensorOfOrNone < [ F32 , QI32 ] > : $ input_gate_bias , <nl> Ba et al . ' Layer Normalization ' <nl> TFL_TensorOf < [ F32 , QI32 ] > : $ output_gate_bias , <nl> <nl> / / Projection weight and bias <nl> - TFL_TensorOfOrNone < [ F32 , I8 , QI8 ] > : $ projection_weights , <nl> + TFL_TensorOfOrNone < [ F32 , QI8 ] > : $ projection_weights , <nl> / / Optional input <nl> TFL_TensorOfOrNone < [ F32 , QI32 ] > : $ projection_bias , <nl> <nl> Ba et al . ' Layer Normalization ' <nl> <nl> / / Attributes <nl> TFL_AFAttr : $ fused_activation_function , <nl> - DefaultValuedAttr < F32Attr , " 0 . 0f " > : $ cell_clip , <nl> - DefaultValuedAttr < F32Attr , " 0 . 0f " > : $ proj_clip , <nl> + Confined < DefaultValuedAttr < F32Attr , " 0 . 0f " > , [ TFL_FloatNonNegative ] > : $ cell_clip , <nl> + Confined < DefaultValuedAttr < F32Attr , " 0 . 0f " > , [ TFL_FloatNonNegative ] > : $ proj_clip , <nl> / / Since this op is the FULL kernel only , constrain it . <nl> Confined < <nl> DefaultValuedAttr < TFL_LSTMKernelTypeAttr , " FULL " > , <nl> def TFL_UnidirectionalSequenceLSTMOp : <nl> LstmOptionalPeepholeWeightConstraint , <nl> LstmProjectionWeightBiasConstraint , <nl> LstmResultConstraint , <nl> + TFL_OperandHasRankAtLeast < 0 , 2 > , / / input <nl> + TFL_OperandIsNoneOrHasRank < 1 , 2 > , / / input_to_input_weights <nl> + TFL_OperandHasRank < 2 , 2 > , / / input_to_forget_weights <nl> + TFL_OperandHasRank < 3 , 2 > , / / input_to_cell_weights <nl> + TFL_OperandHasRank < 4 , 2 > , / / input_to_output_weights <nl> + TFL_OperandIsNoneOrHasRank < 5 , 2 > , / / recurrent_to_input_weights <nl> + TFL_OperandHasRank < 6 , 2 > , / / recurrent_to_forget_weights <nl> + TFL_OperandHasRank < 7 , 2 > , / / recurrent_to_cell_weights <nl> + TFL_OperandHasRank < 8 , 2 > , / / recurrent_to_output_weights <nl> + TFL_OperandIsNoneOrHasRank < 9 , 1 > , / / cell_to_input_weights <nl> + TFL_OperandIsNoneOrHasRank < 10 , 1 > , / / cell_to_forget_weights <nl> + TFL_OperandIsNoneOrHasRank < 11 , 1 > , / / cell_to_output_weights <nl> + TFL_OperandIsNoneOrHasRank < 12 , 1 > , / / input_gate_bias <nl> + TFL_OperandHasRank < 13 , 1 > , / / forget_gate_bias <nl> + TFL_OperandHasRank < 14 , 1 > , / / cell_gate_bias <nl> + TFL_OperandHasRank < 15 , 1 > , / / output_gate_bias <nl> + TFL_OperandIsNoneOrHasRank < 16 , 2 > , / / projection_weights <nl> + TFL_OperandIsNoneOrHasRank < 17 , 2 > , / / projection_bias <nl> TFL_StatefulOp ] > { <nl> let summary = " Unidirectional sequence lstm operator " ; <nl> <nl> def TFL_UnidirectionalSequenceLSTMOp : <nl> } ] ; <nl> <nl> let arguments = ( <nl> - ins TFL_TensorOf < [ F32 , I8 ] > : $ input , <nl> + ins TFL_FpTensor : $ input , <nl> <nl> / / Weights <nl> - TFL_TensorOfOrNone < [ F32 , I8 ] > : $ input_to_input_weights , <nl> - TFL_TensorOf < [ F32 , I8 ] > : $ input_to_forget_weights , <nl> - TFL_TensorOf < [ F32 , I8 ] > : $ input_to_cell_weights , <nl> - TFL_TensorOf < [ F32 , I8 ] > : $ input_to_output_weights , <nl> + TFL_TensorOfOrNone < [ F32 , QI8 ] > : $ input_to_input_weights , <nl> + TFL_TensorOf < [ F32 , QI8 ] > : $ input_to_forget_weights , <nl> + TFL_TensorOf < [ F32 , QI8 ] > : $ input_to_cell_weights , <nl> + TFL_TensorOf < [ F32 , QI8 ] > : $ input_to_output_weights , <nl> <nl> / / Recurrent weights <nl> - TFL_TensorOfOrNone < [ F32 , I8 ] > : $ recurrent_to_input_weights , <nl> - TFL_TensorOf < [ F32 , I8 ] > : $ recurrent_to_forget_weights , <nl> - TFL_TensorOf < [ F32 , I8 ] > : $ recurrent_to_cell_weights , <nl> - TFL_TensorOf < [ F32 , I8 ] > : $ recurrent_to_output_weights , <nl> + TFL_TensorOfOrNone < [ F32 , QI8 ] > : $ recurrent_to_input_weights , <nl> + TFL_TensorOf < [ F32 , QI8 ] > : $ recurrent_to_forget_weights , <nl> + TFL_TensorOf < [ F32 , QI8 ] > : $ recurrent_to_cell_weights , <nl> + TFL_TensorOf < [ F32 , QI8 ] > : $ recurrent_to_output_weights , <nl> <nl> / / Cell weights <nl> - TFL_TensorOfOrNone < [ F32 , I8 ] > : $ cell_to_input_weights , <nl> + TFL_TensorOfOrNone < [ F32 , QI8 ] > : $ cell_to_input_weights , <nl> / / Optional input <nl> - TFL_TensorOfOrNone < [ F32 , I8 ] > : $ cell_to_forget_weights , <nl> + TFL_TensorOfOrNone < [ F32 , QI8 ] > : $ cell_to_forget_weights , <nl> / / Optional input <nl> - TFL_TensorOfOrNone < [ F32 , I8 ] > : $ cell_to_output_weights , <nl> + TFL_TensorOfOrNone < [ F32 , QI8 ] > : $ cell_to_output_weights , <nl> <nl> / / Bias <nl> TFL_TensorOfOrNone < [ F32 ] > : $ input_gate_bias , <nl> - TFL_TensorOf < [ F32 ] > : $ forget_gate_bias , <nl> - TFL_TensorOf < [ F32 ] > : $ cell_bias , <nl> - TFL_TensorOf < [ F32 ] > : $ output_gate_bias , <nl> + TFL_FpTensor : $ forget_gate_bias , <nl> + TFL_FpTensor : $ cell_bias , <nl> + TFL_FpTensor : $ output_gate_bias , <nl> <nl> / / Projection weight and bias <nl> - TFL_TensorOfOrNone < [ F32 , I8 ] > : $ projection_weights , <nl> + TFL_TensorOfOrNone < [ F32 , QI8 ] > : $ projection_weights , <nl> / / Optional input <nl> TFL_TensorOfOrNone < [ F32 ] > : $ projection_bias , <nl> <nl> def TFL_UnidirectionalSequenceLSTMOp : <nl> TFL_StatefulTensor : $ input_cell_state , <nl> <nl> / / Layer norm coefficients <nl> - TFL_TensorOfOrNone < [ F32 , I8 ] > : $ input_layer_norm_coefficients , <nl> - TFL_TensorOfOrNone < [ F32 , I8 ] > : $ forget_layer_norm_coefficients , <nl> - TFL_TensorOfOrNone < [ F32 , I8 ] > : $ cell_layer_norm_coefficients , <nl> - TFL_TensorOfOrNone < [ F32 , I8 ] > : $ output_layer_norm_coefficients , <nl> + TFL_TensorOfOrNone < [ F32 , QI8 ] > : $ input_layer_norm_coefficients , <nl> + TFL_TensorOfOrNone < [ F32 , QI8 ] > : $ forget_layer_norm_coefficients , <nl> + TFL_TensorOfOrNone < [ F32 , QI8 ] > : $ cell_layer_norm_coefficients , <nl> + TFL_TensorOfOrNone < [ F32 , QI8 ] > : $ output_layer_norm_coefficients , <nl> <nl> / / Attributes <nl> TFL_AFAttr : $ fused_activation_function , <nl> - DefaultValuedAttr < F32Attr , " 0 . 0f " > : $ cell_clip , <nl> - DefaultValuedAttr < F32Attr , " 0 . 0f " > : $ proj_clip , <nl> + Confined < DefaultValuedAttr < F32Attr , " 0 . 0f " > , [ TFL_FloatNonNegative ] > : $ cell_clip , <nl> + Confined < DefaultValuedAttr < F32Attr , " 0 . 0f " > , [ TFL_FloatNonNegative ] > : $ proj_clip , <nl> BoolAttr : $ time_major <nl> ) ; <nl> <nl> - let results = ( outs AnyTensor : $ output ) ; <nl> + let results = ( outs TFL_TensorOf < [ F32 , QI8 ] > : $ output ) ; <nl> <nl> let hasOptions = 1 ; <nl> <nl> def TFL_BidirectionalSequenceLSTMOp : <nl> } ] ; <nl> } <nl> <nl> - def RnnResultConstraint : PredOpTrait < <nl> - " the input and result tensor elemental types must be same " , <nl> - TCresVTEtIsSameAsOp < 0 , 0 > > ; <nl> - <nl> / / UnidirectionalSequenceRNN op . <nl> - def TFL_UnidirectionalSequenceRNNOp : <nl> - TFL_Op < " unidirectional_sequence_rnn " , <nl> - [ RnnResultConstraint , TFL_StatefulOp ] > { <nl> - <nl> + def TFL_UnidirectionalSequenceRNNOp : TFL_Op < " unidirectional_sequence_rnn " , [ <nl> + TFL_OperandHasRank < 4 , 2 > , <nl> + PredOpTrait < " input and output must have same element type " , <nl> + TFL_TCresVTEtIsSameAsOp < 0 , 0 > > , <nl> + PredOpTrait < " input and constant value operands must have same element type " , <nl> + TFL_TCopVTEtAreSameAt < 1 , 2 > > , <nl> + TFL_StatefulOp ] > { <nl> let summary = " Unidirectional sequence rnn operator " ; <nl> <nl> let description = [ { <nl> def TFL_UnidirectionalSequenceRNNOp : <nl> } ] ; <nl> <nl> let arguments = ( <nl> - ins TFL_TensorOf < [ F32 , I8 ] > : $ input , <nl> + ins TFL_FpTensor : $ input , <nl> <nl> / / Weights <nl> - TFL_TensorOf < [ F32 , I8 ] > : $ input_to_input_weights , <nl> + TFL_TensorOf < [ F32 , QI8 ] > : $ input_to_input_weights , <nl> <nl> / / Recurrent weights <nl> - TFL_TensorOf < [ F32 , I8 ] > : $ recurrent_to_input_weights , <nl> + TFL_TensorOf < [ F32 , QI8 ] > : $ recurrent_to_input_weights , <nl> <nl> / / Bias <nl> - TFL_TensorOf < [ F32 ] > : $ input_gate_bias , <nl> + TFL_FpTensor : $ input_gate_bias , <nl> <nl> / / Hidden state . <nl> TFL_StatefulTensor : $ hidden_state , <nl> def TFL_UnidirectionalSequenceRNNOp : <nl> TFL_AFAttr : $ fused_activation_function <nl> ) ; <nl> <nl> - let results = ( outs TFL_TensorOf < [ F32 , I8 ] > : $ output ) ; <nl> + let results = ( outs TFL_FpTensor : $ output ) ; <nl> <nl> let hasOptions = 1 ; <nl> <nl> mmm a / tensorflow / compiler / mlir / lite / tests / flatbuffer2mlir / lstm . mlir <nl> ppp b / tensorflow / compiler / mlir / lite / tests / flatbuffer2mlir / lstm . mlir <nl> <nl> / / RUN : flatbuffer_translate - mlir - to - tflite - flatbuffer % s - o - \| flatbuffer_translate - - tflite - flatbuffer - to - mlir - - o - \| FileCheck - - dump - input - on - failure % s <nl> / / Ensure lstm roundtrip exactly <nl> <nl> - func @ main ( % arg0 : tensor < 1x4xf32 > , % arg1 : tensor < 4x4xf32 > , % arg2 : tensor < 4x4xf32 > , % arg3 : tensor < 4x4xf32 > , % arg4 : tensor < 4x4xf32 > , % arg5 : tensor < 4x4xf32 > , % arg6 : tensor < 4x4xf32 > , % arg7 : tensor < 4x4xf32 > , % arg8 : tensor < 4x4xf32 > , % arg9 : tensor < 4x4xf32 > , % arg10 : tensor < 4x4xf32 > , % arg11 : tensor < 4x4xf32 > , % arg12 : tensor < 1x4xf32 > , % arg13 : tensor < 1x4xf32 > , % arg14 : tensor < 1x4xf32 > , % arg15 : tensor < 1x4xf32 > , % arg16 : tensor < 4x4xf32 > , % arg17 : tensor < 1x4xf32 > , % arg18 : tensor < 4xf32 > , % arg19 : tensor < 4xf32 > , % arg20 : tensor < 4xf32 > , % arg21 : tensor < 4xf32 > ) - > tensor < 1x4xf32 > { <nl> + func @ main ( % arg0 : tensor < 1x4xf32 > , % arg1 : tensor < 4x4xf32 > , % arg2 : tensor < 4x4xf32 > , % arg3 : tensor < 4x4xf32 > , % arg4 : tensor < 4x4xf32 > , % arg5 : tensor < 4x4xf32 > , % arg6 : tensor < 4x4xf32 > , % arg7 : tensor < 4x4xf32 > , % arg8 : tensor < 4x4xf32 > , % arg9 : tensor < 4xf32 > , % arg10 : tensor < 4xf32 > , % arg11 : tensor < 4xf32 > , % arg12 : tensor < 1x4xf32 > , % arg13 : tensor < 4xf32 > , % arg14 : tensor < 4xf32 > , % arg15 : tensor < 4xf32 > , % arg16 : tensor < 4x4xf32 > , % arg17 : tensor < 4xf32 > , % arg18 : tensor < 4xf32 > , % arg19 : tensor < 4xf32 > , % arg20 : tensor < 4xf32 > , % arg21 : tensor < 4xf32 > ) - > tensor < 1x4xf32 > { <nl> % cst0 = " tfl . pseudo_const " ( ) { value = dense < 0 . 0 > : tensor < 1x4xf32 > } : ( ) - > tensor < 1x4xf32 > loc ( " Const " ) <nl> % cst1 = " tfl . pseudo_const " ( ) { value = dense < 0 . 0 > : tensor < 1x4xf32 > } : ( ) - > tensor < 1x4xf32 > loc ( " Const " ) <nl> - % 24 = " tfl . lstm " ( % arg0 , % arg1 , % arg2 , % arg3 , % arg4 , % arg5 , % arg6 , % arg7 , % arg8 , % arg9 , % arg10 , % arg11 , % arg12 , % arg13 , % arg14 , % arg15 , % arg16 , % arg17 , % cst0 , % cst1 , % arg18 , % arg19 , % arg20 , % arg21 ) ( { } ) { cell_clip = 0 . 000000e + 00 : f32 , fused_activation_function = " NONE " , kernel_type = " FULL " , proj_clip = 0 . 000000e + 00 : f32 } : ( tensor < 1x4xf32 > , tensor < 4x4xf32 > , tensor < 4x4xf32 > , tensor < 4x4xf32 > , tensor < 4x4xf32 > , tensor < 4x4xf32 > , tensor < 4x4xf32 > , tensor < 4x4xf32 > , tensor < 4x4xf32 > , tensor < 4x4xf32 > , tensor < 4x4xf32 > , tensor < 4x4xf32 > , tensor < 1x4xf32 > , tensor < 1x4xf32 > , tensor < 1x4xf32 > , tensor < 1x4xf32 > , tensor < 4x4xf32 > , tensor < 1x4xf32 > , tensor < 1x4xf32 > , tensor < 1x4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > ) - > tensor < 1x4xf32 > <nl> + % 24 = " tfl . lstm " ( % arg0 , % arg1 , % arg2 , % arg3 , % arg4 , % arg5 , % arg6 , % arg7 , % arg8 , % arg9 , % arg10 , % arg11 , % arg12 , % arg13 , % arg14 , % arg15 , % arg16 , % arg17 , % cst0 , % cst1 , % arg18 , % arg19 , % arg20 , % arg21 ) ( { } ) { cell_clip = 0 . 000000e + 00 : f32 , fused_activation_function = " NONE " , kernel_type = " FULL " , proj_clip = 0 . 000000e + 00 : f32 } : ( tensor < 1x4xf32 > , tensor < 4x4xf32 > , tensor < 4x4xf32 > , tensor < 4x4xf32 > , tensor < 4x4xf32 > , tensor < 4x4xf32 > , tensor < 4x4xf32 > , tensor < 4x4xf32 > , tensor < 4x4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > , tensor < 1x4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4x4xf32 > , tensor < 4xf32 > , tensor < 1x4xf32 > , tensor < 1x4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > ) - > tensor < 1x4xf32 > <nl> return % 24 : tensor < 1x4xf32 > <nl> / / CHECK - LABEL : main <nl> / / seperate lines since there is no region for this op . third_party / tensorflow / compiler / mlir / lite / ir / tfl_ops . td : 3252 <nl> / / CHECK : % [ [ RES0 : . * ] ] = " tfl . lstm " ( % arg0 , % arg1 , % arg2 , % arg3 , % arg4 , % arg5 , % arg6 , % arg7 , % arg8 , % arg9 , % arg10 , % arg11 , % arg12 , % arg13 , % arg14 , % arg15 , % arg16 , % arg17 , % arg22 , % arg23 , % arg18 , % arg19 , % arg20 , % arg21 ) ( { <nl> - / / CHECK : } ) { cell_clip = 0 . 000000e + 00 : f32 , fused_activation_function = " NONE " , kernel_type = " FULL " , proj_clip = 0 . 000000e + 00 : f32 } : ( tensor < 1x4xf32 > , tensor < 4x4xf32 > , tensor < 4x4xf32 > , tensor < 4x4xf32 > , tensor < 4x4xf32 > , tensor < 4x4xf32 > , tensor < 4x4xf32 > , tensor < 4x4xf32 > , tensor < 4x4xf32 > , tensor < 4x4xf32 > , tensor < 4x4xf32 > , tensor < 4x4xf32 > , tensor < 1x4xf32 > , tensor < 1x4xf32 > , tensor < 1x4xf32 > , tensor < 1x4xf32 > , tensor < 4x4xf32 > , tensor < 1x4xf32 > , tensor < 1x4xf32 > , tensor < 1x4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > ) - > tensor < 1x4xf32 > <nl> + / / CHECK : } ) { cell_clip = 0 . 000000e + 00 : f32 , fused_activation_function = " NONE " , kernel_type = " FULL " , proj_clip = 0 . 000000e + 00 : f32 } : ( tensor < 1x4xf32 > , tensor < 4x4xf32 > , tensor < 4x4xf32 > , tensor < 4x4xf32 > , tensor < 4x4xf32 > , tensor < 4x4xf32 > , tensor < 4x4xf32 > , tensor < 4x4xf32 > , tensor < 4x4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > , tensor < 1x4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4x4xf32 > , tensor < 4xf32 > , tensor < 1x4xf32 > , tensor < 1x4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > ) - > tensor < 1x4xf32 > <nl> / / CHECK : return % [ [ RES0 ] ] <nl> <nl> } <nl> mmm a / tensorflow / compiler / mlir / lite / tests / mlir2flatbuffer / lstm . mlir <nl> ppp b / tensorflow / compiler / mlir / lite / tests / mlir2flatbuffer / lstm . mlir <nl> <nl> / / RUN : flatbuffer_translate - mlir - to - tflite - flatbuffer % s - o - \| flatbuffer_to_string - \| FileCheck - - dump - input - on - failure % s <nl> <nl> - func @ main ( tensor < 1x4xf32 > , tensor < 4x4xf32 > , tensor < 4x4xf32 > , tensor < 4x4xf32 > , tensor < 4x4xf32 > , tensor < 4x4xf32 > , tensor < 4x4xf32 > , tensor < 4x4xf32 > , tensor < 4x4xf32 > , tensor < 4x4xf32 > , tensor < 4x4xf32 > , tensor < 4x4xf32 > , tensor < 1x4xf32 > , tensor < 1x4xf32 > , tensor < 1x4xf32 > , tensor < 1x4xf32 > , tensor < 4x4xf32 > , tensor < 1x4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > ) - > tensor < 1x4xf32 > { <nl> + func @ main ( tensor < 1x4xf32 > , tensor < 4x4xf32 > , tensor < 4x4xf32 > , tensor < 4x4xf32 > , tensor < 4x4xf32 > , tensor < 4x4xf32 > , tensor < 4x4xf32 > , tensor < 4x4xf32 > , tensor < 4x4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > , tensor < 1x4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4x4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > ) - > tensor < 1x4xf32 > { <nl> / / CHECK : { <nl> / / CHECK - NEXT : version : 3 , <nl> / / CHECK - NEXT : operator_codes : [ { <nl> func @ main ( tensor < 1x4xf32 > , tensor < 4x4xf32 > , tensor < 4x4xf32 > , tensor < 4x4xf32 > , t <nl> / / CHECK - EMPTY : <nl> / / CHECK - NEXT : } <nl> / / CHECK - NEXT : } , { <nl> - / / CHECK - NEXT : shape : [ 4 , 4 ] , <nl> + / / CHECK - NEXT : shape : [ 4 ] , <nl> / / CHECK - NEXT : buffer : 10 , <nl> / / CHECK - NEXT : name : " arg9 " , <nl> / / CHECK - NEXT : quantization : { <nl> / / CHECK - EMPTY : <nl> / / CHECK - NEXT : } <nl> / / CHECK - NEXT : } , { <nl> - / / CHECK - NEXT : shape : [ 4 , 4 ] , <nl> + / / CHECK - NEXT : shape : [ 4 ] , <nl> / / CHECK - NEXT : buffer : 11 , <nl> / / CHECK - NEXT : name : " arg10 " , <nl> / / CHECK - NEXT : quantization : { <nl> / / CHECK - EMPTY : <nl> / / CHECK - NEXT : } <nl> / / CHECK - NEXT : } , { <nl> - / / CHECK - NEXT : shape : [ 4 , 4 ] , <nl> + / / CHECK - NEXT : shape : [ 4 ] , <nl> / / CHECK - NEXT : buffer : 12 , <nl> / / CHECK - NEXT : name : " arg11 " , <nl> / / CHECK - NEXT : quantization : { <nl> func @ main ( tensor < 1x4xf32 > , tensor < 4x4xf32 > , tensor < 4x4xf32 > , tensor < 4x4xf32 > , t <nl> / / CHECK - EMPTY : <nl> / / CHECK - NEXT : } <nl> / / CHECK - NEXT : } , { <nl> - / / CHECK - NEXT : shape : [ 1 , 4 ] , <nl> + / / CHECK - NEXT : shape : [ 4 ] , <nl> / / CHECK - NEXT : buffer : 14 , <nl> / / CHECK - NEXT : name : " arg13 " , <nl> / / CHECK - NEXT : quantization : { <nl> / / CHECK - EMPTY : <nl> / / CHECK - NEXT : } <nl> / / CHECK - NEXT : } , { <nl> - / / CHECK - NEXT : shape : [ 1 , 4 ] , <nl> + / / CHECK - NEXT : shape : [ 4 ] , <nl> / / CHECK - NEXT : buffer : 15 , <nl> / / CHECK - NEXT : name : " arg14 " , <nl> / / CHECK - NEXT : quantization : { <nl> / / CHECK - EMPTY : <nl> / / CHECK - NEXT : } <nl> / / CHECK - NEXT : } , { <nl> - / / CHECK - NEXT : shape : [ 1 , 4 ] , <nl> + / / CHECK - NEXT : shape : [ 4 ] , <nl> / / CHECK - NEXT : buffer : 16 , <nl> / / CHECK - NEXT : name : " arg15 " , <nl> / / CHECK - NEXT : quantization : { <nl> func @ main ( tensor < 1x4xf32 > , tensor < 4x4xf32 > , tensor < 4x4xf32 > , tensor < 4x4xf32 > , t <nl> / / CHECK - EMPTY : <nl> / / CHECK - NEXT : } <nl> / / CHECK - NEXT : } , { <nl> - / / CHECK - NEXT : shape : [ 1 , 4 ] , <nl> + / / CHECK - NEXT : shape : [ 4 ] , <nl> / / CHECK - NEXT : buffer : 18 , <nl> / / CHECK - NEXT : name : " arg17 " , <nl> / / CHECK - NEXT : quantization : { <nl> func @ main ( tensor < 1x4xf32 > , tensor < 4x4xf32 > , tensor < 4x4xf32 > , tensor < 4x4xf32 > , t <nl> / / CHECK - EMPTY : <nl> <nl> <nl> - ^ bb0 ( % arg0 : tensor < 1x4xf32 > , % arg1 : tensor < 4x4xf32 > , % arg2 : tensor < 4x4xf32 > , % arg3 : tensor < 4x4xf32 > , % arg4 : tensor < 4x4xf32 > , % arg5 : tensor < 4x4xf32 > , % arg6 : tensor < 4x4xf32 > , % arg7 : tensor < 4x4xf32 > , % arg8 : tensor < 4x4xf32 > , % arg9 : tensor < 4x4xf32 > , % arg10 : tensor < 4x4xf32 > , % arg11 : tensor < 4x4xf32 > , % arg12 : tensor < 1x4xf32 > , % arg13 : tensor < 1x4xf32 > , % arg14 : tensor < 1x4xf32 > , % arg15 : tensor < 1x4xf32 > , % arg16 : tensor < 4x4xf32 > , % arg17 : tensor < 1x4xf32 > , % arg18 : tensor < 4xf32 > , % arg19 : tensor < 4xf32 > , % arg20 : tensor < 4xf32 > , % arg21 : tensor < 4xf32 > ) : <nl> + ^ bb0 ( % arg0 : tensor < 1x4xf32 > , % arg1 : tensor < 4x4xf32 > , % arg2 : tensor < 4x4xf32 > , % arg3 : tensor < 4x4xf32 > , % arg4 : tensor < 4x4xf32 > , % arg5 : tensor < 4x4xf32 > , % arg6 : tensor < 4x4xf32 > , % arg7 : tensor < 4x4xf32 > , % arg8 : tensor < 4x4xf32 > , % arg9 : tensor < 4xf32 > , % arg10 : tensor < 4xf32 > , % arg11 : tensor < 4xf32 > , % arg12 : tensor < 1x4xf32 > , % arg13 : tensor < 4xf32 > , % arg14 : tensor < 4xf32 > , % arg15 : tensor < 4xf32 > , % arg16 : tensor < 4x4xf32 > , % arg17 : tensor < 4xf32 > , % arg18 : tensor < 4xf32 > , % arg19 : tensor < 4xf32 > , % arg20 : tensor < 4xf32 > , % arg21 : tensor < 4xf32 > ) : <nl> % cst0 = " tfl . pseudo_const " ( ) { value = dense < 0 . 0 > : tensor < 1x4xf32 > } : ( ) - > tensor < 1x4xf32 > loc ( " Const " ) <nl> % cst1 = " tfl . pseudo_const " ( ) { value = dense < 0 . 0 > : tensor < 1x4xf32 > } : ( ) - > tensor < 1x4xf32 > loc ( " Const " ) <nl> - % 24 = " tfl . lstm " ( % arg0 , % arg1 , % arg2 , % arg3 , % arg4 , % arg5 , % arg6 , % arg7 , % arg8 , % arg9 , % arg10 , % arg11 , % arg12 , % arg13 , % arg14 , % arg15 , % arg16 , % arg17 , % cst0 , % cst1 , % arg18 , % arg19 , % arg20 , % arg21 ) ( { } ) { cell_clip = 0 . 000000e + 00 : f32 , fused_activation_function = " NONE " , kernel_type = " FULL " , proj_clip = 0 . 000000e + 00 : f32 } : ( tensor < 1x4xf32 > , tensor < 4x4xf32 > , tensor < 4x4xf32 > , tensor < 4x4xf32 > , tensor < 4x4xf32 > , tensor < 4x4xf32 > , tensor < 4x4xf32 > , tensor < 4x4xf32 > , tensor < 4x4xf32 > , tensor < 4x4xf32 > , tensor < 4x4xf32 > , tensor < 4x4xf32 > , tensor < 1x4xf32 > , tensor < 1x4xf32 > , tensor < 1x4xf32 > , tensor < 1x4xf32 > , tensor < 4x4xf32 > , tensor < 1x4xf32 > , tensor < 1x4xf32 > , tensor < 1x4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > ) - > tensor < 1x4xf32 > <nl> + % 24 = " tfl . lstm " ( % arg0 , % arg1 , % arg2 , % arg3 , % arg4 , % arg5 , % arg6 , % arg7 , % arg8 , % arg9 , % arg10 , % arg11 , % arg12 , % arg13 , % arg14 , % arg15 , % arg16 , % arg17 , % cst0 , % cst1 , % arg18 , % arg19 , % arg20 , % arg21 ) ( { } ) { cell_clip = 0 . 000000e + 00 : f32 , fused_activation_function = " NONE " , kernel_type = " FULL " , proj_clip = 0 . 000000e + 00 : f32 } : ( tensor < 1x4xf32 > , tensor < 4x4xf32 > , tensor < 4x4xf32 > , tensor < 4x4xf32 > , tensor < 4x4xf32 > , tensor < 4x4xf32 > , tensor < 4x4xf32 > , tensor < 4x4xf32 > , tensor < 4x4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > , tensor < 1x4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4x4xf32 > , tensor < 4xf32 > , tensor < 1x4xf32 > , tensor < 1x4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > ) - > tensor < 1x4xf32 > <nl> return % 24 : tensor < 1x4xf32 > <nl> } <nl> mmm a / tensorflow / compiler / mlir / lite / tests / mlir2flatbuffer / unidirectional_sequence_lstm . mlir <nl> ppp b / tensorflow / compiler / mlir / lite / tests / mlir2flatbuffer / unidirectional_sequence_lstm . mlir <nl> <nl> / / RUN : flatbuffer_translate - mlir - to - tflite - flatbuffer % s - o - \| flatbuffer_to_string - \| FileCheck - - dump - input - on - failure % s <nl> <nl> - func @ main ( tensor < 4 x f32 > , tensor < 4 x f32 > , tensor < 4 x f32 > , tensor < 4 x f32 > , tensor < 4 x f32 > , tensor < 4 x f32 > , tensor < 4 x f32 > , tensor < 4 x f32 > , tensor < 4 x f32 > , tensor < 4 x f32 > , tensor < 4 x f32 > , tensor < 4 x f32 > , tensor < 4 x f32 > , tensor < 4 x f32 > , tensor < 4 x f32 > , tensor < 4 x f32 > , tensor < 4 x f32 > , tensor < 4 x f32 > , tensor < 4 x f32 > , tensor < 4 x f32 > , tensor < 4 x f32 > , tensor < 4 x f32 > ) - > tensor < 4 x f32 > { <nl> + func @ main ( tensor < 4x4xf32 > , tensor < 4x4xf32 > , tensor < 4x4xf32 > , tensor < 4x4xf32 > , tensor < 4x4xf32 > , tensor < 4x4xf32 > , tensor < 4x4xf32 > , tensor < 4x4xf32 > , tensor < 4x4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4x4xf32 > , tensor < 4x4xf32 > , tensor < 4x4xf32 > , tensor < 4x4xf32 > , tensor < 4x4xf32 > , tensor < 4x4xf32 > ) - > tensor < 4x4xf32 > { <nl> / / CHECK : { <nl> / / CHECK - NEXT : version : 3 , <nl> / / CHECK - NEXT : operator_codes : [ { <nl> func @ main ( tensor < 4 x f32 > , tensor < 4 x f32 > , tensor < 4 x f32 > , tensor < 4 x f32 > , t <nl> / / CHECK - NEXT : } ] , <nl> / / CHECK - NEXT : subgraphs : [ { <nl> / / CHECK - NEXT : tensors : [ { <nl> - / / CHECK - NEXT : shape : [ 4 ] , <nl> + / / CHECK - NEXT : shape : [ 4 , 4 ] , <nl> / / CHECK - NEXT : buffer : 1 , <nl> / / CHECK - NEXT : name : " arg0 " , <nl> / / CHECK - NEXT : quantization : { <nl> / / CHECK - EMPTY : <nl> / / CHECK - NEXT : } <nl> / / CHECK - NEXT : } , { <nl> - / / CHECK - NEXT : shape : [ 4 ] , <nl> + / / CHECK - NEXT : shape : [ 4 , 4 ] , <nl> / / CHECK - NEXT : buffer : 2 , <nl> / / CHECK - NEXT : name : " arg1 " , <nl> / / CHECK - NEXT : quantization : { <nl> / / CHECK - EMPTY : <nl> / / CHECK - NEXT : } <nl> / / CHECK - NEXT : } , { <nl> - / / CHECK - NEXT : shape : [ 4 ] , <nl> + / / CHECK - NEXT : shape : [ 4 , 4 ] , <nl> / / CHECK - NEXT : buffer : 3 , <nl> / / CHECK - NEXT : name : " arg2 " , <nl> / / CHECK - NEXT : quantization : { <nl> / / CHECK - EMPTY : <nl> / / CHECK - NEXT : } <nl> / / CHECK - NEXT : } , { <nl> - / / CHECK - NEXT : shape : [ 4 ] , <nl> + / / CHECK - NEXT : shape : [ 4 , 4 ] , <nl> / / CHECK - NEXT : buffer : 4 , <nl> / / CHECK - NEXT : name : " arg3 " , <nl> / / CHECK - NEXT : quantization : { <nl> / / CHECK - EMPTY : <nl> / / CHECK - NEXT : } <nl> / / CHECK - NEXT : } , { <nl> - / / CHECK - NEXT : shape : [ 4 ] , <nl> + / / CHECK - NEXT : shape : [ 4 , 4 ] , <nl> / / CHECK - NEXT : buffer : 5 , <nl> / / CHECK - NEXT : name : " arg4 " , <nl> / / CHECK - NEXT : quantization : { <nl> / / CHECK - EMPTY : <nl> / / CHECK - NEXT : } <nl> / / CHECK - NEXT : } , { <nl> - / / CHECK - NEXT : shape : [ 4 ] , <nl> + / / CHECK - NEXT : shape : [ 4 , 4 ] , <nl> / / CHECK - NEXT : buffer : 6 , <nl> / / CHECK - NEXT : name : " arg5 " , <nl> / / CHECK - NEXT : quantization : { <nl> / / CHECK - EMPTY : <nl> / / CHECK - NEXT : } <nl> / / CHECK - NEXT : } , { <nl> - / / CHECK - NEXT : shape : [ 4 ] , <nl> + / / CHECK - NEXT : shape : [ 4 , 4 ] , <nl> / / CHECK - NEXT : buffer : 7 , <nl> / / CHECK - NEXT : name : " arg6 " , <nl> / / CHECK - NEXT : quantization : { <nl> / / CHECK - EMPTY : <nl> / / CHECK - NEXT : } <nl> / / CHECK - NEXT : } , { <nl> - / / CHECK - NEXT : shape : [ 4 ] , <nl> + / / CHECK - NEXT : shape : [ 4 , 4 ] , <nl> / / CHECK - NEXT : buffer : 8 , <nl> / / CHECK - NEXT : name : " arg7 " , <nl> / / CHECK - NEXT : quantization : { <nl> / / CHECK - EMPTY : <nl> / / CHECK - NEXT : } <nl> / / CHECK - NEXT : } , { <nl> - / / CHECK - NEXT : shape : [ 4 ] , <nl> + / / CHECK - NEXT : shape : [ 4 , 4 ] , <nl> / / CHECK - NEXT : buffer : 9 , <nl> / / CHECK - NEXT : name : " arg8 " , <nl> / / CHECK - NEXT : quantization : { <nl> func @ main ( tensor < 4 x f32 > , tensor < 4 x f32 > , tensor < 4 x f32 > , tensor < 4 x f32 > , t <nl> / / CHECK - EMPTY : <nl> / / CHECK - NEXT : } <nl> / / CHECK - NEXT : } , { <nl> - / / CHECK - NEXT : shape : [ 4 ] , <nl> + / / CHECK - NEXT : shape : [ 4 , 4 ] , <nl> / / CHECK - NEXT : buffer : 17 , <nl> / / CHECK - NEXT : name : " arg16 " , <nl> / / CHECK - NEXT : quantization : { <nl> / / CHECK - EMPTY : <nl> / / CHECK - NEXT : } <nl> / / CHECK - NEXT : } , { <nl> - / / CHECK - NEXT : shape : [ 4 ] , <nl> + / / CHECK - NEXT : shape : [ 4 , 4 ] , <nl> / / CHECK - NEXT : buffer : 18 , <nl> / / CHECK - NEXT : name : " arg17 " , <nl> / / CHECK - NEXT : quantization : { <nl> / / CHECK - EMPTY : <nl> / / CHECK - NEXT : } <nl> / / CHECK - NEXT : } , { <nl> - / / CHECK - NEXT : shape : [ 4 ] , <nl> + / / CHECK - NEXT : shape : [ 4 , 4 ] , <nl> / / CHECK - NEXT : buffer : 19 , <nl> / / CHECK - NEXT : name : " arg18 " , <nl> / / CHECK - NEXT : quantization : { <nl> / / CHECK - EMPTY : <nl> / / CHECK - NEXT : } <nl> / / CHECK - NEXT : } , { <nl> - / / CHECK - NEXT : shape : [ 4 ] , <nl> + / / CHECK - NEXT : shape : [ 4 , 4 ] , <nl> / / CHECK - NEXT : buffer : 20 , <nl> / / CHECK - NEXT : name : " arg19 " , <nl> / / CHECK - NEXT : quantization : { <nl> / / CHECK - EMPTY : <nl> / / CHECK - NEXT : } <nl> / / CHECK - NEXT : } , { <nl> - / / CHECK - NEXT : shape : [ 4 ] , <nl> + / / CHECK - NEXT : shape : [ 4 , 4 ] , <nl> / / CHECK - NEXT : buffer : 21 , <nl> / / CHECK - NEXT : name : " arg20 " , <nl> / / CHECK - NEXT : quantization : { <nl> / / CHECK - EMPTY : <nl> / / CHECK - NEXT : } <nl> / / CHECK - NEXT : } , { <nl> - / / CHECK - NEXT : shape : [ 4 ] , <nl> + / / CHECK - NEXT : shape : [ 4 , 4 ] , <nl> / / CHECK - NEXT : buffer : 22 , <nl> / / CHECK - NEXT : name : " arg21 " , <nl> / / CHECK - NEXT : quantization : { <nl> / / CHECK - EMPTY : <nl> / / CHECK - NEXT : } <nl> / / CHECK - NEXT : } , { <nl> - / / CHECK - NEXT : shape : [ 4 ] , <nl> + / / CHECK - NEXT : shape : [ 4 , 4 ] , <nl> / / CHECK - NEXT : name : " Const " , <nl> / / CHECK - NEXT : quantization : { <nl> / / CHECK - EMPTY : <nl> / / CHECK - NEXT : } , <nl> / / CHECK - NEXT : is_variable : true <nl> / / CHECK - NEXT : } , { <nl> - / / CHECK - NEXT : shape : [ 4 ] , <nl> + / / CHECK - NEXT : shape : [ 4 , 4 ] , <nl> / / CHECK - NEXT : name : " Const1 " , <nl> / / CHECK - NEXT : quantization : { <nl> / / CHECK - EMPTY : <nl> / / CHECK - NEXT : } , <nl> / / CHECK - NEXT : is_variable : true <nl> / / CHECK - NEXT : } , { <nl> - / / CHECK - NEXT : shape : [ 4 ] , <nl> + / / CHECK - NEXT : shape : [ 4 , 4 ] , <nl> / / CHECK - NEXT : buffer : 25 , <nl> / / CHECK - NEXT : name : " tfl . unidirectional_sequence_lstm " , <nl> / / CHECK - NEXT : quantization : { <nl> func @ main ( tensor < 4 x f32 > , tensor < 4 x f32 > , tensor < 4 x f32 > , tensor < 4 x f32 > , t <nl> / / CHECK - NEXT : } , { <nl> / / CHECK - EMPTY : <nl> / / CHECK - NEXT : } , { <nl> - / / CHECK - NEXT : data : [ 0 , 0 , 0 , 0 , 0 , 0 , 0 , 0 , 0 , 0 , 0 , 0 , 0 , 0 , 0 , 0 ] <nl> + / / CHECK - NEXT : data : [ 0 , 0 , 0 , 0 , 0 , 0 , 0 , 0 , 0 , 0 , 0 , 0 , 0 , 0 , 0 , 0 , 0 , 0 , 0 , 0 , 0 , 0 , 0 , 0 , 0 , 0 , 0 , 0 , 0 , 0 , 0 , 0 , 0 , 0 , 0 , 0 , 0 , 0 , 0 , 0 , 0 , 0 , 0 , 0 , 0 , 0 , 0 , 0 , 0 , 0 , 0 , 0 , 0 , 0 , 0 , 0 , 0 , 0 , 0 , 0 , 0 , 0 , 0 , 0 ] <nl> / / CHECK - NEXT : } , { <nl> - / / CHECK - NEXT : data : [ 0 , 0 , 0 , 0 , 0 , 0 , 0 , 0 , 0 , 0 , 0 , 0 , 0 , 0 , 0 , 0 ] <nl> + / / CHECK - NEXT : data : [ 0 , 0 , 0 , 0 , 0 , 0 , 0 , 0 , 0 , 0 , 0 , 0 , 0 , 0 , 0 , 0 , 0 , 0 , 0 , 0 , 0 , 0 , 0 , 0 , 0 , 0 , 0 , 0 , 0 , 0 , 0 , 0 , 0 , 0 , 0 , 0 , 0 , 0 , 0 , 0 , 0 , 0 , 0 , 0 , 0 , 0 , 0 , 0 , 0 , 0 , 0 , 0 , 0 , 0 , 0 , 0 , 0 , 0 , 0 , 0 , 0 , 0 , 0 , 0 ] <nl> / / CHECK - NEXT : } , { <nl> / / CHECK - EMPTY : <nl> / / CHECK - NEXT : } , { <nl> func @ main ( tensor < 4 x f32 > , tensor < 4 x f32 > , tensor < 4 x f32 > , tensor < 4 x f32 > , t <nl> / / CHECK - NEXT : } <nl> / / CHECK - EMPTY : <nl> <nl> - ^ bb0 ( % arg0 : tensor < 4 x f32 > , % arg1 : tensor < 4 x f32 > , % arg2 : tensor < 4 x f32 > , % arg3 : tensor < 4 x f32 > , % arg4 : tensor < 4 x f32 > , % arg5 : tensor < 4 x f32 > , % arg6 : tensor < 4 x f32 > , % arg7 : tensor < 4 x f32 > , % arg8 : tensor < 4 x f32 > , % arg9 : tensor < 4 x f32 > , % arg10 : tensor < 4 x f32 > , % arg11 : tensor < 4 x f32 > , % arg12 : tensor < 4 x f32 > , % arg13 : tensor < 4 x f32 > , % arg14 : tensor < 4 x f32 > , % arg15 : tensor < 4 x f32 > , % arg16 : tensor < 4 x f32 > , % arg17 : tensor < 4 x f32 > , % arg18 : tensor < 4 x f32 > , % arg19 : tensor < 4 x f32 > , % arg20 : tensor < 4 x f32 > , % arg21 : tensor < 4 x f32 > ) : <nl> - % 0 = " tfl . pseudo_const " ( ) { value = dense < 0 . 0 > : tensor < 4xf32 > } : ( ) - > tensor < 4xf32 > loc ( " Const " ) <nl> - % 1 = " tfl . pseudo_const " ( ) { value = dense < 0 . 0 > : tensor < 4xf32 > } : ( ) - > tensor < 4xf32 > loc ( " Const " ) <nl> - % 2 = " tfl . unidirectional_sequence_lstm " ( % arg0 , % arg1 , % arg2 , % arg3 , % arg4 , % arg5 , % arg6 , % arg7 , % arg8 , % arg9 , % arg10 , % arg11 , % arg12 , % arg13 , % arg14 , % arg15 , % arg16 , % arg17 , % 0 , % 1 , % arg18 , % arg19 , % arg20 , % arg21 ) { fused_activation_function = " NONE " , time_major = true } : ( tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > ) - > tensor < 4xf32 > <nl> - return % 2 : tensor < 4xf32 > <nl> + ^ bb0 ( % arg0 : tensor < 4x4xf32 > , % arg1 : tensor < 4x4xf32 > , % arg2 : tensor < 4x4xf32 > , % arg3 : tensor < 4x4xf32 > , % arg4 : tensor < 4x4xf32 > , % arg5 : tensor < 4x4xf32 > , % arg6 : tensor < 4x4xf32 > , % arg7 : tensor < 4x4xf32 > , % arg8 : tensor < 4x4xf32 > , % arg9 : tensor < 4xf32 > , % arg10 : tensor < 4xf32 > , % arg11 : tensor < 4xf32 > , % arg12 : tensor < 4xf32 > , % arg13 : tensor < 4xf32 > , % arg14 : tensor < 4xf32 > , % arg15 : tensor < 4xf32 > , % arg16 : tensor < 4x4xf32 > , % arg17 : tensor < 4x4xf32 > , % arg18 : tensor < 4x4xf32 > , % arg19 : tensor < 4x4xf32 > , % arg20 : tensor < 4x4xf32 > , % arg21 : tensor < 4x4xf32 > ) : <nl> + % 0 = " tfl . pseudo_const " ( ) { value = dense < 0 . 0 > : tensor < 4x4xf32 > } : ( ) - > tensor < 4x4xf32 > loc ( " Const " ) <nl> + % 1 = " tfl . pseudo_const " ( ) { value = dense < 0 . 0 > : tensor < 4x4xf32 > } : ( ) - > tensor < 4x4xf32 > loc ( " Const " ) <nl> + % 2 = " tfl . unidirectional_sequence_lstm " ( % arg0 , % arg1 , % arg2 , % arg3 , % arg4 , % arg5 , % arg6 , % arg7 , % arg8 , % arg9 , % arg10 , % arg11 , % arg12 , % arg13 , % arg14 , % arg15 , % arg16 , % arg17 , % 0 , % 1 , % arg18 , % arg19 , % arg20 , % arg21 ) { fused_activation_function = " NONE " , time_major = true } : ( tensor < 4x4xf32 > , tensor < 4x4xf32 > , tensor < 4x4xf32 > , tensor < 4x4xf32 > , tensor < 4x4xf32 > , tensor < 4x4xf32 > , tensor < 4x4xf32 > , tensor < 4x4xf32 > , tensor < 4x4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4x4xf32 > , tensor < 4x4xf32 > , tensor < 4x4xf32 > , tensor < 4x4xf32 > , tensor < 4x4xf32 > , tensor < 4x4xf32 > , tensor < 4x4xf32 > , tensor < 4x4xf32 > ) - > tensor < 4x4xf32 > <nl> + return % 2 : tensor < 4x4xf32 > <nl> } <nl> mmm a / tensorflow / compiler / mlir / lite / tests / mlir2flatbuffer / unidirectional_sequence_rnn . mlir <nl> ppp b / tensorflow / compiler / mlir / lite / tests / mlir2flatbuffer / unidirectional_sequence_rnn . mlir <nl> func @ main ( tensor < 4 x f32 > , tensor < 4 x f32 > , tensor < 4 x f32 > , tensor < 4 x f32 > ) - <nl> / / CHECK - EMPTY : <nl> / / CHECK - NEXT : } <nl> / / CHECK - NEXT : } , { <nl> - / / CHECK - NEXT : shape : [ 4 ] , <nl> + / / CHECK - NEXT : shape : [ 4 , 4 ] , <nl> / / CHECK - NEXT : name : " Const " , <nl> / / CHECK - NEXT : quantization : { <nl> / / CHECK - EMPTY : <nl> func @ main ( tensor < 4 x f32 > , tensor < 4 x f32 > , tensor < 4 x f32 > , tensor < 4 x f32 > ) - <nl> / / CHECK - NEXT : } , { <nl> / / CHECK - EMPTY : <nl> / / CHECK - NEXT : } , { <nl> - / / CHECK - NEXT : data : [ 0 , 0 , 0 , 0 , 0 , 0 , 0 , 0 , 0 , 0 , 0 , 0 , 0 , 0 , 0 , 0 ] <nl> + / / CHECK - NEXT : data : [ 0 , 0 , 0 , 0 , 0 , 0 , 0 , 0 , 0 , 0 , 0 , 0 , 0 , 0 , 0 , 0 , 0 , 0 , 0 , 0 , 0 , 0 , 0 , 0 , 0 , 0 , 0 , 0 , 0 , 0 , 0 , 0 , 0 , 0 , 0 , 0 , 0 , 0 , 0 , 0 , 0 , 0 , 0 , 0 , 0 , 0 , 0 , 0 , 0 , 0 , 0 , 0 , 0 , 0 , 0 , 0 , 0 , 0 , 0 , 0 , 0 , 0 , 0 , 0 ] <nl> / / CHECK - NEXT : } , { <nl> / / CHECK - EMPTY : <nl> / / CHECK - NEXT : } , { <nl> func @ main ( tensor < 4 x f32 > , tensor < 4 x f32 > , tensor < 4 x f32 > , tensor < 4 x f32 > ) - <nl> / / CHECK - EMPTY : <nl> <nl> ^ bb0 ( % arg0 : tensor < 4 x f32 > , % arg1 : tensor < 4 x f32 > , % arg2 : tensor < 4 x f32 > , % arg3 : tensor < 4 x f32 > ) : <nl> - % 0 = " tfl . pseudo_const " ( ) { value = dense < 0 . 0 > : tensor < 4xf32 > } : ( ) - > tensor < 4xf32 > loc ( " Const " ) <nl> - % 1 = " tfl . unidirectional_sequence_rnn " ( % arg0 , % arg1 , % arg2 , % arg3 , % 0 ) { fused_activation_function = " TANH " , time_major = true } : ( tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > ) - > tensor < 4xf32 > <nl> + % 0 = " tfl . pseudo_const " ( ) { value = dense < 0 . 0 > : tensor < 4x4xf32 > } : ( ) - > tensor < 4x4xf32 > loc ( " Const " ) <nl> + % 1 = " tfl . unidirectional_sequence_rnn " ( % arg0 , % arg1 , % arg2 , % arg3 , % 0 ) { fused_activation_function = " TANH " , time_major = true } : ( tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4x4xf32 > ) - > tensor < 4xf32 > <nl> return % 1 : tensor < 4xf32 > <nl> } <nl> mmm a / tensorflow / compiler / mlir / lite / tests / ops . mlir <nl> ppp b / tensorflow / compiler / mlir / lite / tests / ops . mlir <nl> func @ testLogisticWithWrongInputType ( tensor < ? xi32 > ) - > tensor < ? xi32 > { <nl> / / mmm - - <nl> <nl> / / CHECK - LABEL : testUnidirectionalSequenceRnn <nl> - func @ testUnidirectionalSequenceRnn ( % arg0 : tensor < ? x f32 > , % arg1 : tensor < ? x f32 > , % arg2 : tensor < ? x f32 > , % arg3 : tensor < ? x f32 > , % arg4 : tensor < ? x f32 > ) - > tensor < ? x f32 > { <nl> - / / CHECK : " tfl . unidirectional_sequence_rnn " ( % arg0 , % arg1 , % arg2 , % arg3 , % arg4 ) { fused_activation_function = " NONE " , time_major = false } : ( tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > ) - > tensor < ? xf32 > <nl> - % 0 = " tfl . unidirectional_sequence_rnn " ( % arg0 , % arg1 , % arg2 , % arg3 , % arg4 ) { fused_activation_function = " NONE " , time_major = false } : ( tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > ) - > tensor < ? xf32 > <nl> + func @ testUnidirectionalSequenceRnn ( % arg0 : tensor < ? x f32 > , % arg1 : tensor < ? x f32 > , % arg2 : tensor < ? x f32 > , % arg3 : tensor < ? x f32 > , % arg4 : tensor < ? x ? x f32 > ) - > tensor < ? x f32 > { <nl> + / / CHECK : " tfl . unidirectional_sequence_rnn " ( % arg0 , % arg1 , % arg2 , % arg3 , % arg4 ) { fused_activation_function = " NONE " , time_major = false } : ( tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? x ? xf32 > ) - > tensor < ? xf32 > <nl> + % 0 = " tfl . unidirectional_sequence_rnn " ( % arg0 , % arg1 , % arg2 , % arg3 , % arg4 ) { fused_activation_function = " NONE " , time_major = false } : ( tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? x ? xf32 > ) - > tensor < ? xf32 > <nl> return % 0 : tensor < ? xf32 > <nl> } <nl> <nl> / / mmm - - <nl> <nl> / / CHECK - LABEL : testUnidirectionalSequenceLstmWithoutProjection <nl> - func @ testUnidirectionalSequenceLstmWithoutProjection ( % arg0 : tensor < ? x f32 > , % arg1 : tensor < ? x f32 > , % arg2 : tensor < ? x f32 > , % arg3 : tensor < ? x f32 > , % arg4 : tensor < ? x f32 > , % arg5 : tensor < ? x f32 > , % arg6 : tensor < ? x f32 > , % arg7 : tensor < ? x f32 > , % arg8 : tensor < ? x f32 > , % arg9 : tensor < ? x f32 > , % arg10 : tensor < ? x f32 > , % arg11 : tensor < ? x f32 > , % arg12 : tensor < ? x f32 > , % arg13 : tensor < ? x f32 > , % arg14 : tensor < ? x f32 > , % arg15 : tensor < ? x f32 > , % arg16 : none , % arg17 : none , % arg18 : tensor < ? x f32 > , % arg19 : tensor < ? x f32 > , % arg20 : tensor < ? x f32 > , % arg21 : tensor < ? x f32 > , % arg22 : tensor < ? x f32 > , % arg23 : tensor < ? x f32 > ) - > tensor < ? x f32 > { <nl> - / / CHECK : " tfl . unidirectional_sequence_lstm " ( % arg0 , % arg1 , % arg2 , % arg3 , % arg4 , % arg5 , % arg6 , % arg7 , % arg8 , % arg9 , % arg10 , % arg11 , % arg12 , % arg13 , % arg14 , % arg15 , % arg16 , % arg17 , % arg18 , % arg19 , % arg20 , % arg21 , % arg22 , % arg23 ) { fused_activation_function = " NONE " , time_major = false } : ( tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , none , none , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > ) - > tensor < ? xf32 > <nl> - % 0 = " tfl . unidirectional_sequence_lstm " ( % arg0 , % arg1 , % arg2 , % arg3 , % arg4 , % arg5 , % arg6 , % arg7 , % arg8 , % arg9 , % arg10 , % arg11 , % arg12 , % arg13 , % arg14 , % arg15 , % arg16 , % arg17 , % arg18 , % arg19 , % arg20 , % arg21 , % arg22 , % arg23 ) { fused_activation_function = " NONE " , time_major = false } : ( tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , none , none , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > ) - > tensor < ? xf32 > <nl> + func @ testUnidirectionalSequenceLstmWithoutProjection ( % arg0 : tensor < ? x ? x f32 > , % arg1 : tensor < ? x ? x f32 > , % arg2 : tensor < ? x ? x f32 > , % arg3 : tensor < ? x ? x f32 > , % arg4 : tensor < ? x ? x f32 > , % arg5 : tensor < ? x ? x f32 > , % arg6 : tensor < ? x ? x f32 > , % arg7 : tensor < ? x ? x f32 > , % arg8 : tensor < ? x ? x f32 > , % arg9 : tensor < ? x f32 > , % arg10 : tensor < ? x f32 > , % arg11 : tensor < ? x f32 > , % arg12 : tensor < ? x f32 > , % arg13 : tensor < ? x f32 > , % arg14 : tensor < ? x f32 > , % arg15 : tensor < ? x f32 > , % arg16 : none , % arg17 : none , % arg18 : tensor < ? x f32 > , % arg19 : tensor < ? x f32 > , % arg20 : tensor < ? x f32 > , % arg21 : tensor < ? x f32 > , % arg22 : tensor < ? x f32 > , % arg23 : tensor < ? x f32 > ) - > tensor < ? x f32 > { <nl> + / / CHECK : " tfl . unidirectional_sequence_lstm " ( % arg0 , % arg1 , % arg2 , % arg3 , % arg4 , % arg5 , % arg6 , % arg7 , % arg8 , % arg9 , % arg10 , % arg11 , % arg12 , % arg13 , % arg14 , % arg15 , % arg16 , % arg17 , % arg18 , % arg19 , % arg20 , % arg21 , % arg22 , % arg23 ) { fused_activation_function = " NONE " , time_major = false } : ( tensor < ? x ? xf32 > , tensor < ? x ? xf32 > , tensor < ? x ? xf32 > , tensor < ? x ? xf32 > , tensor < ? x ? xf32 > , tensor < ? x ? xf32 > , tensor < ? x ? xf32 > , tensor < ? x ? xf32 > , tensor < ? x ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , none , none , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > ) - > tensor < ? xf32 > <nl> + % 0 = " tfl . unidirectional_sequence_lstm " ( % arg0 , % arg1 , % arg2 , % arg3 , % arg4 , % arg5 , % arg6 , % arg7 , % arg8 , % arg9 , % arg10 , % arg11 , % arg12 , % arg13 , % arg14 , % arg15 , % arg16 , % arg17 , % arg18 , % arg19 , % arg20 , % arg21 , % arg22 , % arg23 ) { fused_activation_function = " NONE " , time_major = false } : ( tensor < ? x ? xf32 > , tensor < ? x ? xf32 > , tensor < ? x ? xf32 > , tensor < ? x ? xf32 > , tensor < ? x ? xf32 > , tensor < ? x ? xf32 > , tensor < ? x ? xf32 > , tensor < ? x ? xf32 > , tensor < ? x ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , none , none , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > ) - > tensor < ? xf32 > <nl> return % 0 : tensor < ? xf32 > <nl> } <nl> <nl> / / mmm - - <nl> <nl> / / CHECK - LABEL : testUnidirectionalSequenceLstm <nl> - func @ testUnidirectionalSequenceLstm ( % arg0 : tensor < ? x f32 > , % arg1 : tensor < ? x f32 > , % arg2 : tensor < ? x f32 > , % arg3 : tensor < ? x f32 > , % arg4 : tensor < ? x f32 > , % arg5 : tensor < ? x f32 > , % arg6 : tensor < ? x f32 > , % arg7 : tensor < ? x f32 > , % arg8 : tensor < ? x f32 > , % arg9 : tensor < ? x f32 > , % arg10 : tensor < ? x f32 > , % arg11 : tensor < ? x f32 > , % arg12 : tensor < ? x f32 > , % arg13 : tensor < ? x f32 > , % arg14 : tensor < ? x f32 > , % arg15 : tensor < ? x f32 > , % arg16 : tensor < ? x f32 > , % arg17 : tensor < ? x f32 > , % arg18 : tensor < ? x f32 > , % arg19 : tensor < ? x f32 > , % arg20 : tensor < ? x f32 > , % arg21 : tensor < ? x f32 > , % arg22 : tensor < ? x f32 > , % arg23 : tensor < ? x f32 > ) - > tensor < ? x f32 > { <nl> - / / CHECK : " tfl . unidirectional_sequence_lstm " ( % arg0 , % arg1 , % arg2 , % arg3 , % arg4 , % arg5 , % arg6 , % arg7 , % arg8 , % arg9 , % arg10 , % arg11 , % arg12 , % arg13 , % arg14 , % arg15 , % arg16 , % arg17 , % arg18 , % arg19 , % arg20 , % arg21 , % arg22 , % arg23 ) { fused_activation_function = " NONE " , time_major = false } : ( tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > ) - > tensor < ? xf32 > <nl> - % 0 = " tfl . unidirectional_sequence_lstm " ( % arg0 , % arg1 , % arg2 , % arg3 , % arg4 , % arg5 , % arg6 , % arg7 , % arg8 , % arg9 , % arg10 , % arg11 , % arg12 , % arg13 , % arg14 , % arg15 , % arg16 , % arg17 , % arg18 , % arg19 , % arg20 , % arg21 , % arg22 , % arg23 ) { fused_activation_function = " NONE " , time_major = false } : ( tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > ) - > tensor < ? xf32 > <nl> + func @ testUnidirectionalSequenceLstm ( % arg0 : tensor < ? x ? x f32 > , % arg1 : tensor < ? x ? x f32 > , % arg2 : tensor < ? x ? x f32 > , % arg3 : tensor < ? x ? x f32 > , % arg4 : tensor < ? x ? x f32 > , % arg5 : tensor < ? x ? x f32 > , % arg6 : tensor < ? x ? x f32 > , % arg7 : tensor < ? x ? x f32 > , % arg8 : tensor < ? x ? x f32 > , % arg9 : tensor < ? x f32 > , % arg10 : tensor < ? x f32 > , % arg11 : tensor < ? x f32 > , % arg12 : tensor < ? x f32 > , % arg13 : tensor < ? x f32 > , % arg14 : tensor < ? x f32 > , % arg15 : tensor < ? x f32 > , % arg16 : tensor < ? x ? x f32 > , % arg17 : tensor < ? x ? x f32 > , % arg18 : tensor < ? x f32 > , % arg19 : tensor < ? x f32 > , % arg20 : tensor < ? x f32 > , % arg21 : tensor < ? x f32 > , % arg22 : tensor < ? x f32 > , % arg23 : tensor < ? x f32 > ) - > tensor < ? x f32 > { <nl> + / / CHECK : " tfl . unidirectional_sequence_lstm " ( % arg0 , % arg1 , % arg2 , % arg3 , % arg4 , % arg5 , % arg6 , % arg7 , % arg8 , % arg9 , % arg10 , % arg11 , % arg12 , % arg13 , % arg14 , % arg15 , % arg16 , % arg17 , % arg18 , % arg19 , % arg20 , % arg21 , % arg22 , % arg23 ) { fused_activation_function = " NONE " , time_major = false } : ( tensor < ? x ? xf32 > , tensor < ? x ? xf32 > , tensor < ? x ? xf32 > , tensor < ? x ? xf32 > , tensor < ? x ? xf32 > , tensor < ? x ? xf32 > , tensor < ? x ? xf32 > , tensor < ? x ? xf32 > , tensor < ? x ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? x ? xf32 > , tensor < ? x ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > ) - > tensor < ? xf32 > <nl> + % 0 = " tfl . unidirectional_sequence_lstm " ( % arg0 , % arg1 , % arg2 , % arg3 , % arg4 , % arg5 , % arg6 , % arg7 , % arg8 , % arg9 , % arg10 , % arg11 , % arg12 , % arg13 , % arg14 , % arg15 , % arg16 , % arg17 , % arg18 , % arg19 , % arg20 , % arg21 , % arg22 , % arg23 ) { fused_activation_function = " NONE " , time_major = false } : ( tensor < ? x ? xf32 > , tensor < ? x ? xf32 > , tensor < ? x ? xf32 > , tensor < ? x ? xf32 > , tensor < ? x ? xf32 > , tensor < ? x ? xf32 > , tensor < ? x ? xf32 > , tensor < ? x ? xf32 > , tensor < ? x ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? x ? xf32 > , tensor < ? x ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > ) - > tensor < ? xf32 > <nl> return % 0 : tensor < ? xf32 > <nl> } <nl> <nl> / / mmm - - <nl> <nl> / / CHECK - LABEL : testUnidirectionalSequenceLstmWithNoneTypeAndOverrideAttr <nl> - func @ testUnidirectionalSequenceLstmWithNoneTypeAndOverrideAttr ( % arg0 : tensor < ? x f32 > , % arg1 : none , % arg2 : tensor < ? x f32 > , % arg3 : tensor < ? x f32 > , % arg4 : tensor < ? x f32 > , % arg5 : tensor < ? x f32 > , % arg6 : tensor < ? x f32 > , % arg7 : tensor < ? x f32 > , % arg8 : tensor < ? x f32 > , % arg9 : tensor < ? x f32 > , % arg10 : tensor < ? x f32 > , % arg11 : tensor < ? x f32 > , % arg12 : tensor < ? x f32 > , % arg13 : tensor < ? x f32 > , % arg14 : tensor < ? x f32 > , % arg15 : tensor < ? x f32 > , % arg16 : tensor < ? x f32 > , % arg17 : tensor < ? x f32 > , % arg18 : tensor < ? x f32 > , % arg19 : tensor < ? x f32 > , % arg20 : tensor < ? x f32 > , % arg21 : tensor < ? x f32 > , % arg22 : tensor < ? x f32 > , % arg23 : tensor < ? x f32 > ) - > tensor < ? x f32 > { <nl> - / / CHECK : " tfl . unidirectional_sequence_lstm " ( % arg0 , % arg1 , % arg2 , % arg3 , % arg4 , % arg5 , % arg6 , % arg7 , % arg8 , % arg9 , % arg10 , % arg11 , % arg12 , % arg13 , % arg14 , % arg15 , % arg16 , % arg17 , % arg18 , % arg19 , % arg20 , % arg21 , % arg22 , % arg23 ) { cell_clip = 1 . 000000e + 00 : f32 , fused_activation_function = " NONE " , time_major = false } : ( tensor < ? xf32 > , none , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > ) - > tensor < ? xf32 > <nl> - % 0 = " tfl . unidirectional_sequence_lstm " ( % arg0 , % arg1 , % arg2 , % arg3 , % arg4 , % arg5 , % arg6 , % arg7 , % arg8 , % arg9 , % arg10 , % arg11 , % arg12 , % arg13 , % arg14 , % arg15 , % arg16 , % arg17 , % arg18 , % arg19 , % arg20 , % arg21 , % arg22 , % arg23 ) { cell_clip = 1 . 000000e + 00 : f32 , fused_activation_function = " NONE " , time_major = false } : ( tensor < ? xf32 > , none , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > ) - > tensor < ? xf32 > <nl> + func @ testUnidirectionalSequenceLstmWithNoneTypeAndOverrideAttr ( % arg0 : tensor < ? x ? x f32 > , % arg1 : none , % arg2 : tensor < ? x ? x f32 > , % arg3 : tensor < ? x ? x f32 > , % arg4 : tensor < ? x ? x f32 > , % arg5 : tensor < ? x ? x f32 > , % arg6 : tensor < ? x ? x f32 > , % arg7 : tensor < ? x ? x f32 > , % arg8 : tensor < ? x ? x f32 > , % arg9 : tensor < ? x f32 > , % arg10 : tensor < ? x f32 > , % arg11 : tensor < ? x f32 > , % arg12 : tensor < ? x f32 > , % arg13 : tensor < ? x f32 > , % arg14 : tensor < ? x f32 > , % arg15 : tensor < ? x f32 > , % arg16 : tensor < ? x ? x f32 > , % arg17 : tensor < ? x ? x f32 > , % arg18 : tensor < ? x f32 > , % arg19 : tensor < ? x f32 > , % arg20 : tensor < ? x f32 > , % arg21 : tensor < ? x f32 > , % arg22 : tensor < ? x f32 > , % arg23 : tensor < ? x f32 > ) - > tensor < ? x f32 > { <nl> + / / CHECK : " tfl . unidirectional_sequence_lstm " ( % arg0 , % arg1 , % arg2 , % arg3 , % arg4 , % arg5 , % arg6 , % arg7 , % arg8 , % arg9 , % arg10 , % arg11 , % arg12 , % arg13 , % arg14 , % arg15 , % arg16 , % arg17 , % arg18 , % arg19 , % arg20 , % arg21 , % arg22 , % arg23 ) { cell_clip = 1 . 000000e + 00 : f32 , fused_activation_function = " NONE " , time_major = false } : ( tensor < ? x ? xf32 > , none , tensor < ? x ? xf32 > , tensor < ? x ? xf32 > , tensor < ? x ? xf32 > , tensor < ? x ? xf32 > , tensor < ? x ? xf32 > , tensor < ? x ? xf32 > , tensor < ? x ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? x ? xf32 > , tensor < ? x ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > ) - > tensor < ? xf32 > <nl> + % 0 = " tfl . unidirectional_sequence_lstm " ( % arg0 , % arg1 , % arg2 , % arg3 , % arg4 , % arg5 , % arg6 , % arg7 , % arg8 , % arg9 , % arg10 , % arg11 , % arg12 , % arg13 , % arg14 , % arg15 , % arg16 , % arg17 , % arg18 , % arg19 , % arg20 , % arg21 , % arg22 , % arg23 ) { cell_clip = 1 . 000000e + 00 : f32 , fused_activation_function = " NONE " , time_major = false } : ( tensor < ? x ? xf32 > , none , tensor < ? x ? xf32 > , tensor < ? x ? xf32 > , tensor < ? x ? xf32 > , tensor < ? x ? xf32 > , tensor < ? x ? xf32 > , tensor < ? x ? xf32 > , tensor < ? x ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? x ? xf32 > , tensor < ? x ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > ) - > tensor < ? xf32 > <nl> return % 0 : tensor < ? xf32 > <nl> } <nl> <nl> func @ testLstmQuantizedType ( % arg0 : tensor < 1x528x ! quant . uniform < i8 : f32 , 0 . 0372480 <nl> / / mmm - - <nl> <nl> / / CHECK - LABEL : testLstm <nl> - func @ testLstm ( % arg0 : tensor < ? x f32 > , % arg1 : tensor < ? x f32 > , % arg2 : tensor < ? x f32 > , % arg3 : tensor < ? x f32 > , % arg4 : tensor < ? x f32 > , % arg5 : tensor < ? x f32 > , % arg6 : tensor < ? x f32 > , % arg7 : tensor < ? x f32 > , % arg8 : tensor < ? x f32 > , % arg9 : tensor < ? x f32 > , % arg10 : tensor < ? x f32 > , % arg11 : tensor < ? x f32 > , % arg12 : tensor < ? x f32 > , % arg13 : tensor < ? x f32 > , % arg14 : tensor < ? x f32 > , % arg15 : tensor < ? x f32 > , % arg16 : tensor < ? x f32 > , % arg17 : tensor < ? x f32 > , % arg18 : tensor < ? x f32 > , % arg19 : tensor < ? x f32 > , % arg20 : tensor < ? x f32 > , % arg21 : tensor < ? x f32 > , % arg22 : tensor < ? x f32 > , % arg23 : tensor < ? x f32 > ) - > tensor < ? x f32 > { <nl> + func @ testLstm ( % arg0 : tensor < ? x f32 > , % arg1 : tensor < ? x f32 > , % arg2 : tensor < ? x ? x f32 > , % arg3 : tensor < ? x ? x f32 > , % arg4 : tensor < ? x f32 > , % arg5 : tensor < ? x ? x f32 > , % arg6 : tensor < ? x ? x f32 > , % arg7 : tensor < ? x ? x f32 > , % arg8 : tensor < ? x f32 > , % arg9 : tensor < ? x f32 > , % arg10 : tensor < ? x f32 > , % arg11 : tensor < ? x f32 > , % arg12 : tensor < ? x f32 > , % arg13 : tensor < ? x f32 > , % arg14 : tensor < ? x f32 > , % arg15 : tensor < ? x f32 > , % arg16 : tensor < ? x ? x f32 > , % arg17 : tensor < ? x f32 > , % arg18 : tensor < ? x f32 > , % arg19 : tensor < ? x f32 > , % arg20 : tensor < ? x f32 > , % arg21 : tensor < ? x f32 > , % arg22 : tensor < ? x f32 > , % arg23 : tensor < ? x f32 > ) - > tensor < ? x f32 > { <nl> / / CHECK : " tfl . lstm " ( % arg0 , % arg1 , % arg2 , % arg3 , % arg4 , % arg5 , % arg6 , % arg7 , % arg8 , % arg9 , % arg10 , % arg11 , % arg12 , % arg13 , % arg14 , % arg15 , % arg16 , % arg17 , % arg18 , % arg19 , % arg20 , % arg21 , % arg22 , % arg23 ) <nl> - / / CHECK - NEXT : { fused_activation_function = " NONE " , kernel_type = " FULL " } : ( tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > ) - > tensor < ? xf32 > <nl> - % 0 = " tfl . lstm " ( % arg0 , % arg1 , % arg2 , % arg3 , % arg4 , % arg5 , % arg6 , % arg7 , % arg8 , % arg9 , % arg10 , % arg11 , % arg12 , % arg13 , % arg14 , % arg15 , % arg16 , % arg17 , % arg18 , % arg19 , % arg20 , % arg21 , % arg22 , % arg23 ) ( { } ) { fused_activation_function = " NONE " , kernel_type = " FULL " } : ( tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > ) - > tensor < ? xf32 > <nl> + / / CHECK - NEXT : { fused_activation_function = " NONE " , kernel_type = " FULL " } : ( tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? x ? xf32 > , tensor < ? x ? xf32 > , tensor < ? xf32 > , tensor < ? x ? xf32 > , tensor < ? x ? xf32 > , tensor < ? x ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? x ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > ) - > tensor < ? xf32 > <nl> + % 0 = " tfl . lstm " ( % arg0 , % arg1 , % arg2 , % arg3 , % arg4 , % arg5 , % arg6 , % arg7 , % arg8 , % arg9 , % arg10 , % arg11 , % arg12 , % arg13 , % arg14 , % arg15 , % arg16 , % arg17 , % arg18 , % arg19 , % arg20 , % arg21 , % arg22 , % arg23 ) ( { } ) { fused_activation_function = " NONE " , kernel_type = " FULL " } : ( tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? x ? xf32 > , tensor < ? x ? xf32 > , tensor < ? xf32 > , tensor < ? x ? xf32 > , tensor < ? x ? xf32 > , tensor < ? x ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? x ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > ) - > tensor < ? xf32 > <nl> return % 0 : tensor < ? xf32 > <nl> } <nl> <nl> func @ testQuantizedBasicLstm ( % arg0 : tensor < 1x384x ! quant . uniform < u8 : f32 , 7 . 812500 <nl> / / mmm - - <nl> <nl> / / CHECK - LABEL : testLstmWithNoneTypeAndOverrideAttr <nl> - func @ testLstmWithNoneTypeAndOverrideAttr ( % arg0 : tensor < ? x f32 > , % arg1 : none , % arg2 : tensor < ? x f32 > , % arg3 : tensor < ? x f32 > , % arg4 : tensor < ? x f32 > , % arg5 : tensor < ? x f32 > , % arg6 : tensor < ? x f32 > , % arg7 : tensor < ? x f32 > , % arg8 : tensor < ? x f32 > , % arg9 : tensor < ? x f32 > , % arg10 : tensor < ? x f32 > , % arg11 : tensor < ? x f32 > , % arg12 : tensor < ? x f32 > , % arg13 : tensor < ? x f32 > , % arg14 : tensor < ? x f32 > , % arg15 : tensor < ? x f32 > , % arg16 : tensor < ? x f32 > , % arg17 : tensor < ? x f32 > , % arg18 : tensor < ? x f32 > , % arg19 : tensor < ? x f32 > , % arg20 : tensor < ? x f32 > , % arg21 : tensor < ? x f32 > , % arg22 : tensor < ? x f32 > , % arg23 : tensor < ? x f32 > ) - > tensor < ? x f32 > { <nl> + func @ testLstmWithNoneTypeAndOverrideAttr ( % arg0 : tensor < ? x f32 > , % arg1 : none , % arg2 : tensor < ? x ? x f32 > , % arg3 : tensor < ? x ? x f32 > , % arg4 : tensor < ? x f32 > , % arg5 : tensor < ? x ? x f32 > , % arg6 : tensor < ? x ? x f32 > , % arg7 : tensor < ? x ? x f32 > , % arg8 : tensor < ? x f32 > , % arg9 : tensor < ? x f32 > , % arg10 : tensor < ? x f32 > , % arg11 : tensor < ? x f32 > , % arg12 : tensor < ? x f32 > , % arg13 : tensor < ? x f32 > , % arg14 : tensor < ? x f32 > , % arg15 : tensor < ? x f32 > , % arg16 : tensor < ? x ? x f32 > , % arg17 : tensor < ? x f32 > , % arg18 : tensor < ? x f32 > , % arg19 : tensor < ? x f32 > , % arg20 : tensor < ? x f32 > , % arg21 : tensor < ? x f32 > , % arg22 : tensor < ? x f32 > , % arg23 : tensor < ? x f32 > ) - > tensor < ? x f32 > { <nl> / / CHECK : " tfl . lstm " ( % arg0 , % arg1 , % arg2 , % arg3 , % arg4 , % arg5 , % arg6 , % arg7 , % arg8 , % arg9 , % arg10 , % arg11 , % arg12 , % arg13 , % arg14 , % arg15 , % arg16 , % arg17 , % arg18 , % arg19 , % arg20 , % arg21 , % arg22 , % arg23 ) <nl> - / / CHECK - NEXT : { cell_clip = 1 . 000000e + 00 : f32 , fused_activation_function = " NONE " , kernel_type = " FULL " } : ( tensor < ? xf32 > , none , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > ) - > tensor < ? xf32 > <nl> - % 0 = " tfl . lstm " ( % arg0 , % arg1 , % arg2 , % arg3 , % arg4 , % arg5 , % arg6 , % arg7 , % arg8 , % arg9 , % arg10 , % arg11 , % arg12 , % arg13 , % arg14 , % arg15 , % arg16 , % arg17 , % arg18 , % arg19 , % arg20 , % arg21 , % arg22 , % arg23 ) ( { } ) { cell_clip = 1 . 000000e + 00 : f32 , fused_activation_function = " NONE " , kernel_type = " FULL " } : ( tensor < ? xf32 > , none , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > ) - > tensor < ? xf32 > <nl> + / / CHECK - NEXT : { cell_clip = 1 . 000000e + 00 : f32 , fused_activation_function = " NONE " , kernel_type = " FULL " } : ( tensor < ? xf32 > , none , tensor < ? x ? xf32 > , tensor < ? x ? xf32 > , tensor < ? xf32 > , tensor < ? x ? xf32 > , tensor < ? x ? xf32 > , tensor < ? x ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? x ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > ) - > tensor < ? xf32 > <nl> + % 0 = " tfl . lstm " ( % arg0 , % arg1 , % arg2 , % arg3 , % arg4 , % arg5 , % arg6 , % arg7 , % arg8 , % arg9 , % arg10 , % arg11 , % arg12 , % arg13 , % arg14 , % arg15 , % arg16 , % arg17 , % arg18 , % arg19 , % arg20 , % arg21 , % arg22 , % arg23 ) ( { } ) { cell_clip = 1 . 000000e + 00 : f32 , fused_activation_function = " NONE " , kernel_type = " FULL " } : ( tensor < ? xf32 > , none , tensor < ? x ? xf32 > , tensor < ? x ? xf32 > , tensor < ? xf32 > , tensor < ? x ? xf32 > , tensor < ? x ? xf32 > , tensor < ? x ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? x ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > , tensor < ? xf32 > ) - > tensor < ? xf32 > <nl> return % 0 : tensor < ? xf32 > <nl> } <nl> <nl> func @ testLstmWithInvalidNoneType ( % arg0 : tensor < ? x f32 > , % arg1 : tensor < ? x f32 > <nl> <nl> / / mmm - - <nl> <nl> - / / test invalid input dimension , the first input operand for lstm op should be at least 2D tensor . <nl> + / / test invalid input dimension , the third input operand for lstm op should be 2 - D tensor . <nl> func @ testLstmWithInvalidInputDimension ( % arg0 : tensor < 4 x f32 > , % arg1 : tensor < 4 x f32 > , % arg2 : tensor < 4 x f32 > , % arg3 : tensor < 4 x f32 > , % arg4 : tensor < 4 x f32 > , % arg5 : tensor < 4 x f32 > , % arg6 : tensor < 4 x f32 > , % arg7 : tensor < 4 x f32 > , % arg8 : tensor < 4 x f32 > , % arg9 : tensor < 4 x f32 > , % arg10 : tensor < 4 x f32 > , % arg11 : tensor < 4 x f32 > , % arg12 : tensor < 4 x f32 > , % arg13 : tensor < 4 x f32 > , % arg14 : tensor < 4 x f32 > , % arg15 : tensor < 4 x f32 > , % arg16 : tensor < 4 x f32 > , % arg17 : tensor < 4 x f32 > , % arg18 : tensor < 4 x f32 > , % arg19 : tensor < 4 x f32 > , % arg20 : tensor < 4 x f32 > , % arg21 : tensor < 4 x f32 > ) - > tensor < 4 x f32 > { <nl> % cst0 = " tfl . pseudo_const " ( ) { value = dense < 0 . 0 > : tensor < 4xf32 > } : ( ) - > tensor < 4xf32 > loc ( " Const " ) <nl> % cst1 = " tfl . pseudo_const " ( ) { value = dense < 0 . 0 > : tensor < 4xf32 > } : ( ) - > tensor < 4xf32 > loc ( " Const " ) <nl> - / / expected - error @ + 1 { { ' tfl . lstm ' op the first input operand should have more than 2 dimensions . } } <nl> + / / expected - error @ + 1 { { ' tfl . lstm ' op failed to verify that operand 2 is 2 - D } } <nl> % 24 = " tfl . lstm " ( % arg0 , % arg1 , % arg2 , % arg3 , % arg4 , % arg5 , % arg6 , % arg7 , % arg8 , % arg9 , % arg10 , % arg11 , % arg12 , % arg13 , % arg14 , % arg15 , % arg16 , % arg17 , % cst0 , % cst1 , % arg18 , % arg19 , % arg20 , % arg21 ) ( { } ) { fused_activation_function = " NONE " , kernel_type = " FULL " } : ( tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > ) - > tensor < 4xf32 > <nl> return % 24 : tensor < 4xf32 > <nl> <nl> func @ testLstmWithInvalidInputDimension ( % arg0 : tensor < 4 x f32 > , % arg1 : tensor < 4 <nl> / / mmm - - <nl> <nl> / / ' input_to_output_weights ' input for lstm op has unmatched rank with ` input ` . <nl> - func @ testLstmWithInvalidInputsRankMatch ( % arg0 : tensor < 1x4xf32 > , % arg1 : tensor < 4x2xf32 > , % arg2 : tensor < 4x2xf32 > , % arg3 : tensor < 4x2xf32 > , % arg4 : tensor < 4x2xf32 > , % arg5 : tensor < 4x4xf32 > , % arg6 : tensor < 4x4xf32 > , % arg7 : tensor < 4x4xf32 > , % arg8 : tensor < 4x4xf32 > , % arg9 : tensor < 4x4xf32 > , % arg10 : tensor < 4x4xf32 > , % arg11 : tensor < 4x4xf32 > , % arg12 : tensor < 1x4xf32 > , % arg13 : tensor < 1x4xf32 > , % arg14 : tensor < 1x4xf32 > , % arg15 : tensor < 1x4xf32 > , % arg16 : tensor < 4x4xf32 > , % arg17 : tensor < 1x4xf32 > , % arg18 : tensor < 4xf32 > , % arg19 : tensor < 4xf32 > , % arg20 : tensor < 4xf32 > , % arg21 : tensor < 4xf32 > ) - > tensor < 1x4xf32 > { <nl> + func @ testLstmWithInvalidInputsRankMatch ( % arg0 : tensor < 1x4xf32 > , % arg1 : tensor < 4x2xf32 > , % arg2 : tensor < 4x2xf32 > , % arg3 : tensor < 4x2xf32 > , % arg4 : tensor < 4x2xf32 > , % arg5 : tensor < 4x4xf32 > , % arg6 : tensor < 4x4xf32 > , % arg7 : tensor < 4x4xf32 > , % arg8 : tensor < 4x4xf32 > , % arg9 : tensor < 4xf32 > , % arg10 : tensor < 4xf32 > , % arg11 : tensor < 4xf32 > , % arg12 : tensor < 1x4xf32 > , % arg13 : tensor < 4xf32 > , % arg14 : tensor < 4xf32 > , % arg15 : tensor < 4xf32 > , % arg16 : tensor < 4x4xf32 > , % arg17 : tensor < 4xf32 > , % arg18 : tensor < 4xf32 > , % arg19 : tensor < 4xf32 > , % arg20 : tensor < 4xf32 > , % arg21 : tensor < 4xf32 > ) - > tensor < 1x4xf32 > { <nl> % cst0 = " tfl . pseudo_const " ( ) { value = dense < 0 . 0 > : tensor < 1x4xf32 > } : ( ) - > tensor < 1x4xf32 > loc ( " Const " ) <nl> % cst1 = " tfl . pseudo_const " ( ) { value = dense < 0 . 0 > : tensor < 1x4xf32 > } : ( ) - > tensor < 1x4xf32 > loc ( " Const " ) <nl> / / expected - error @ + 1 { { ' tfl . lstm ' op inputs don ' t match with the dimensions . } } <nl> - % 24 = " tfl . lstm " ( % arg0 , % arg1 , % arg2 , % arg3 , % arg4 , % arg5 , % arg6 , % arg7 , % arg8 , % arg9 , % arg10 , % arg11 , % arg12 , % arg13 , % arg14 , % arg15 , % arg16 , % arg17 , % cst0 , % cst1 , % arg18 , % arg19 , % arg20 , % arg21 ) ( { } ) { cell_clip = 0 . 000000e + 00 : f32 , fused_activation_function = " NONE " , kernel_type = " FULL " , proj_clip = 0 . 000000e + 00 : f32 } : ( tensor < 1x4xf32 > , tensor < 4x2xf32 > , tensor < 4x2xf32 > , tensor < 4x2xf32 > , tensor < 4x2xf32 > , tensor < 4x4xf32 > , tensor < 4x4xf32 > , tensor < 4x4xf32 > , tensor < 4x4xf32 > , tensor < 4x4xf32 > , tensor < 4x4xf32 > , tensor < 4x4xf32 > , tensor < 1x4xf32 > , tensor < 1x4xf32 > , tensor < 1x4xf32 > , tensor < 1x4xf32 > , tensor < 4x4xf32 > , tensor < 1x4xf32 > , tensor < 1x4xf32 > , tensor < 1x4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > ) - > tensor < 1x4xf32 > <nl> + % 24 = " tfl . lstm " ( % arg0 , % arg1 , % arg2 , % arg3 , % arg4 , % arg5 , % arg6 , % arg7 , % arg8 , % arg9 , % arg10 , % arg11 , % arg12 , % arg13 , % arg14 , % arg15 , % arg16 , % arg17 , % cst0 , % cst1 , % arg18 , % arg19 , % arg20 , % arg21 ) ( { } ) { cell_clip = 0 . 000000e + 00 : f32 , fused_activation_function = " NONE " , kernel_type = " FULL " , proj_clip = 0 . 000000e + 00 : f32 } : ( tensor < 1x4xf32 > , tensor < 4x2xf32 > , tensor < 4x2xf32 > , tensor < 4x2xf32 > , tensor < 4x2xf32 > , tensor < 4x4xf32 > , tensor < 4x4xf32 > , tensor < 4x4xf32 > , tensor < 4x4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > , tensor < 1x4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4x4xf32 > , tensor < 4xf32 > , tensor < 1x4xf32 > , tensor < 1x4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > ) - > tensor < 1x4xf32 > <nl> return % 24 : tensor < 1x4xf32 > <nl> } <nl> <nl> / / mmm - - <nl> <nl> / / Coefficient inputs of LSTM op don ' t match the dimension with input operand ` input_to_output_weights ` . <nl> - func @ testLstmWithInvalidInputsRankMatch ( % arg0 : tensor < 1x4xf32 > , % arg1 : tensor < 4x4xf32 > , % arg2 : tensor < 4x4xf32 > , % arg3 : tensor < 4x4xf32 > , % arg4 : tensor < 4x4xf32 > , % arg5 : tensor < 4x4xf32 > , % arg6 : tensor < 4x4xf32 > , % arg7 : tensor < 4x4xf32 > , % arg8 : tensor < 4x4xf32 > , % arg9 : tensor < 4x4xf32 > , % arg10 : tensor < 4x4xf32 > , % arg11 : tensor < 4x4xf32 > , % arg12 : tensor < 1x4xf32 > , % arg13 : tensor < 1x4xf32 > , % arg14 : tensor < 1x4xf32 > , % arg15 : tensor < 1x4xf32 > , % arg16 : tensor < 4x4xf32 > , % arg17 : tensor < 1x4xf32 > , % arg18 : tensor < 3xf32 > , % arg19 : tensor < 3xf32 > , % arg20 : tensor < 3xf32 > , % arg21 : tensor < 3xf32 > ) - > tensor < 1x4xf32 > { <nl> + func @ testLstmWithInvalidInputsRankMatch ( % arg0 : tensor < 1x4xf32 > , % arg1 : tensor < 4x4xf32 > , % arg2 : tensor < 4x4xf32 > , % arg3 : tensor < 4x4xf32 > , % arg4 : tensor < 4x4xf32 > , % arg5 : tensor < 4x4xf32 > , % arg6 : tensor < 4x4xf32 > , % arg7 : tensor < 4x4xf32 > , % arg8 : tensor < 4x4xf32 > , % arg9 : tensor < 4xf32 > , % arg10 : tensor < 4xf32 > , % arg11 : tensor < 4xf32 > , % arg12 : tensor < 1x4xf32 > , % arg13 : tensor < 4xf32 > , % arg14 : tensor < 4xf32 > , % arg15 : tensor < 4xf32 > , % arg16 : tensor < 4x4xf32 > , % arg17 : tensor < 4xf32 > , % arg18 : tensor < 3xf32 > , % arg19 : tensor < 3xf32 > , % arg20 : tensor < 3xf32 > , % arg21 : tensor < 3xf32 > ) - > tensor < 1x4xf32 > { <nl> % cst0 = " tfl . pseudo_const " ( ) { value = dense < 0 . 0 > : tensor < 1x4xf32 > } : ( ) - > tensor < 1x4xf32 > loc ( " Const " ) <nl> % cst1 = " tfl . pseudo_const " ( ) { value = dense < 0 . 0 > : tensor < 1x4xf32 > } : ( ) - > tensor < 1x4xf32 > loc ( " Const " ) <nl> / / expected - error @ + 1 { { ' tfl . lstm ' op coefficient inputs have more than 2 dimensions or don ' t match the dimension with input operand ` input_to_output_weights ` . } } <nl> - % 24 = " tfl . lstm " ( % arg0 , % arg1 , % arg2 , % arg3 , % arg4 , % arg5 , % arg6 , % arg7 , % arg8 , % arg9 , % arg10 , % arg11 , % arg12 , % arg13 , % arg14 , % arg15 , % arg16 , % arg17 , % cst0 , % cst1 , % arg18 , % arg19 , % arg20 , % arg21 ) ( { } ) { cell_clip = 0 . 000000e + 00 : f32 , fused_activation_function = " NONE " , kernel_type = " FULL " , proj_clip = 0 . 000000e + 00 : f32 } : ( tensor < 1x4xf32 > , tensor < 4x4xf32 > , tensor < 4x4xf32 > , tensor < 4x4xf32 > , tensor < 4x4xf32 > , tensor < 4x4xf32 > , tensor < 4x4xf32 > , tensor < 4x4xf32 > , tensor < 4x4xf32 > , tensor < 4x4xf32 > , tensor < 4x4xf32 > , tensor < 4x4xf32 > , tensor < 1x4xf32 > , tensor < 1x4xf32 > , tensor < 1x4xf32 > , tensor < 1x4xf32 > , tensor < 4x4xf32 > , tensor < 1x4xf32 > , tensor < 1x4xf32 > , tensor < 1x4xf32 > , tensor < 3xf32 > , tensor < 3xf32 > , tensor < 3xf32 > , tensor < 3xf32 > ) - > tensor < 1x4xf32 > <nl> + % 24 = " tfl . lstm " ( % arg0 , % arg1 , % arg2 , % arg3 , % arg4 , % arg5 , % arg6 , % arg7 , % arg8 , % arg9 , % arg10 , % arg11 , % arg12 , % arg13 , % arg14 , % arg15 , % arg16 , % arg17 , % cst0 , % cst1 , % arg18 , % arg19 , % arg20 , % arg21 ) ( { } ) { cell_clip = 0 . 000000e + 00 : f32 , fused_activation_function = " NONE " , kernel_type = " FULL " , proj_clip = 0 . 000000e + 00 : f32 } : ( tensor < 1x4xf32 > , tensor < 4x4xf32 > , tensor < 4x4xf32 > , tensor < 4x4xf32 > , tensor < 4x4xf32 > , tensor < 4x4xf32 > , tensor < 4x4xf32 > , tensor < 4x4xf32 > , tensor < 4x4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > , tensor < 1x4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4x4xf32 > , tensor < 4xf32 > , tensor < 1x4xf32 > , tensor < 1x4xf32 > , tensor < 3xf32 > , tensor < 3xf32 > , tensor < 3xf32 > , tensor < 3xf32 > ) - > tensor < 1x4xf32 > <nl> return % 24 : tensor < 1x4xf32 > <nl> } <nl> <nl> mmm a / tensorflow / compiler / mlir / lite / tests / split - merged - operands . mlir <nl> ppp b / tensorflow / compiler / mlir / lite / tests / split - merged - operands . mlir <nl> <nl> / / RUN : tf - opt - tfl - split - merged - operands % s \| FileCheck % s <nl> <nl> - func @ testSingleLstm ( % arg0 : tensor < 4 x f32 > ) - > tensor < 4xf32 > { <nl> + func @ testSingleLstm ( % arg0 : tensor < 4x4xf32 > , % arg1 : tensor < 4xf32 > ) - > tensor < 4x4xf32 > { <nl> / / CHECK - LABEL : testSingleLstm <nl> - / / CHECK : % [ [ CST_0 : . * ] ] = " tfl . pseudo_const " ( ) { value = dense < 0 . 000000e + 00 > : tensor < 4xf32 > } : ( ) - > tensor < 4xf32 > <nl> - / / CHECK : % [ [ CST_1 : . * ] ] = " tfl . pseudo_const " ( ) { value = dense < 0 . 000000e + 00 > : tensor < 4xf32 > } : ( ) - > tensor < 4xf32 > <nl> - / / CHECK : % [ [ LSTM : [ a - z0 - 9 ] * ] ] = " tfl . unidirectional_sequence_lstm " ( % arg0 , % arg0 , % arg0 , % arg0 , % arg0 , % arg0 , % arg0 , % arg0 , % arg0 , % arg0 , % arg0 , % arg0 , % arg0 , % arg0 , % arg0 , % arg0 , % arg0 , % arg0 , % [ [ CST_0 ] ] , % [ [ CST_1 ] ] , % arg0 , % arg0 , % arg0 , % arg0 ) { fused_activation_function = " NONE " , time_major = true } : ( tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > ) - > tensor < 4xf32 > <nl> + / / CHECK : % [ [ CST_0 : . * ] ] = " tfl . pseudo_const " ( ) { value = dense < 0 . 000000e + 00 > : tensor < 4x4xf32 > } : ( ) - > tensor < 4x4xf32 > <nl> + / / CHECK : % [ [ CST_1 : . * ] ] = " tfl . pseudo_const " ( ) { value = dense < 0 . 000000e + 00 > : tensor < 4x4xf32 > } : ( ) - > tensor < 4x4xf32 > <nl> + / / CHECK : % [ [ LSTM : [ a - z0 - 9 ] * ] ] = " tfl . unidirectional_sequence_lstm " ( % arg0 , % arg0 , % arg0 , % arg0 , % arg0 , % arg0 , % arg0 , % arg0 , % arg0 , % arg1 , % arg1 , % arg1 , % arg1 , % arg1 , % arg1 , % arg1 , % arg0 , % arg0 , % [ [ CST_0 ] ] , % [ [ CST_1 ] ] , % arg0 , % arg0 , % arg0 , % arg0 ) { fused_activation_function = " NONE " , time_major = true } : ( tensor < 4x4xf32 > , tensor < 4x4xf32 > , tensor < 4x4xf32 > , tensor < 4x4xf32 > , tensor < 4x4xf32 > , tensor < 4x4xf32 > , tensor < 4x4xf32 > , tensor < 4x4xf32 > , tensor < 4x4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4x4xf32 > , tensor < 4x4xf32 > , tensor < 4x4xf32 > , tensor < 4x4xf32 > , tensor < 4x4xf32 > , tensor < 4x4xf32 > , tensor < 4x4xf32 > , tensor < 4x4xf32 > ) - > tensor < 4x4xf32 > <nl> <nl> - % 0 = " tfl . pseudo_const " ( ) { value = dense < 0 . 0 > : tensor < 4xf32 > } : ( ) - > tensor < 4xf32 > loc ( " Const " ) <nl> - % 1 = " tfl . unidirectional_sequence_lstm " ( % arg0 , % arg0 , % arg0 , % arg0 , % arg0 , % arg0 , % arg0 , % arg0 , % arg0 , % arg0 , % arg0 , % arg0 , % arg0 , % arg0 , % arg0 , % arg0 , % arg0 , % arg0 , % 0 , % 0 , % arg0 , % arg0 , % arg0 , % arg0 ) { fused_activation_function = " NONE " , time_major = true } : ( tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > ) - > tensor < 4xf32 > <nl> - return % 1 : tensor < 4xf32 > <nl> + % 0 = " tfl . pseudo_const " ( ) { value = dense < 0 . 0 > : tensor < 4x4xf32 > } : ( ) - > tensor < 4x4xf32 > loc ( " Const " ) <nl> + % 1 = " tfl . unidirectional_sequence_lstm " ( % arg0 , % arg0 , % arg0 , % arg0 , % arg0 , % arg0 , % arg0 , % arg0 , % arg0 , % arg1 , % arg1 , % arg1 , % arg1 , % arg1 , % arg1 , % arg1 , % arg0 , % arg0 , % 0 , % 0 , % arg0 , % arg0 , % arg0 , % arg0 ) { fused_activation_function = " NONE " , time_major = true } : ( tensor < 4x4xf32 > , tensor < 4x4xf32 > , tensor < 4x4xf32 > , tensor < 4x4xf32 > , tensor < 4x4xf32 > , tensor < 4x4xf32 > , tensor < 4x4xf32 > , tensor < 4x4xf32 > , tensor < 4x4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4x4xf32 > , tensor < 4x4xf32 > , tensor < 4x4xf32 > , tensor < 4x4xf32 > , tensor < 4x4xf32 > , tensor < 4x4xf32 > , tensor < 4x4xf32 > , tensor < 4x4xf32 > ) - > tensor < 4x4xf32 > <nl> + return % 1 : tensor < 4x4xf32 > <nl> } <nl> <nl> - func @ testMultipleLstms ( % arg0 : tensor < 4 x f32 > ) - > tensor < 4xf32 > { <nl> + func @ testMultipleLstms ( % arg0 : tensor < 4x4xf32 > , % arg1 : tensor < 4xf32 > ) - > tensor < 4x4xf32 > { <nl> / / CHECK - LABEL : testMultipleLstms <nl> - / / CHECK : % [ [ CST_0 : . * ] ] = " tfl . pseudo_const " ( ) { value = dense < 0 . 000000e + 00 > : tensor < 4xf32 > } : ( ) - > tensor < 4xf32 > <nl> - / / CHECK : % [ [ CST_1 : . * ] ] = " tfl . pseudo_const " ( ) { value = dense < 0 . 000000e + 00 > : tensor < 4xf32 > } : ( ) - > tensor < 4xf32 > <nl> - / / CHECK : % [ [ LSTM_1 : [ a - z0 - 9 ] * ] ] = " tfl . unidirectional_sequence_lstm " ( % arg0 , % arg0 , % arg0 , % arg0 , % arg0 , % arg0 , % arg0 , % arg0 , % arg0 , % arg0 , % arg0 , % arg0 , % arg0 , % arg0 , % arg0 , % arg0 , % arg0 , % arg0 , % [ [ CST_0 ] ] , % [ [ CST_1 ] ] , % arg0 , % arg0 , % arg0 , % arg0 ) { fused_activation_function = " NONE " , time_major = true } : ( tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > ) - > tensor < 4xf32 > <nl> - / / CHECK : % [ [ CST_2 : . * ] ] = " tfl . pseudo_const " ( ) { value = dense < 0 . 000000e + 00 > : tensor < 4xf32 > } : ( ) - > tensor < 4xf32 > <nl> - / / CHECK : % [ [ CST_3 : . * ] ] = " tfl . pseudo_const " ( ) { value = dense < 0 . 000000e + 00 > : tensor < 4xf32 > } : ( ) - > tensor < 4xf32 > <nl> - / / CHECK : % [ [ LSTM_2 : [ a - z0 - 9 ] * ] ] = " tfl . unidirectional_sequence_lstm " ( % [ [ LSTM_1 ] ] , % arg0 , % arg0 , % arg0 , % arg0 , % arg0 , % arg0 , % arg0 , % arg0 , % arg0 , % arg0 , % arg0 , % arg0 , % arg0 , % arg0 , % arg0 , % arg0 , % arg0 , % [ [ CST_2 ] ] , % [ [ CST_3 ] ] , % arg0 , % arg0 , % arg0 , % arg0 ) { fused_activation_function = " NONE " , time_major = true } : ( tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > ) - > tensor < 4xf32 > <nl> + / / CHECK : % [ [ CST_0 : . * ] ] = " tfl . pseudo_const " ( ) { value = dense < 0 . 000000e + 00 > : tensor < 4x4xf32 > } : ( ) - > tensor < 4x4xf32 > <nl> + / / CHECK : % [ [ CST_1 : . * ] ] = " tfl . pseudo_const " ( ) { value = dense < 0 . 000000e + 00 > : tensor < 4x4xf32 > } : ( ) - > tensor < 4x4xf32 > <nl> + / / CHECK : % [ [ LSTM_1 : [ a - z0 - 9 ] * ] ] = " tfl . unidirectional_sequence_lstm " ( % arg0 , % arg0 , % arg0 , % arg0 , % arg0 , % arg0 , % arg0 , % arg0 , % arg0 , % arg1 , % arg1 , % arg1 , % arg1 , % arg1 , % arg1 , % arg1 , % arg0 , % arg0 , % [ [ CST_0 ] ] , % [ [ CST_1 ] ] , % arg0 , % arg0 , % arg0 , % arg0 ) { fused_activation_function = " NONE " , time_major = true } : ( tensor < 4x4xf32 > , tensor < 4x4xf32 > , tensor < 4x4xf32 > , tensor < 4x4xf32 > , tensor < 4x4xf32 > , tensor < 4x4xf32 > , tensor < 4x4xf32 > , tensor < 4x4xf32 > , tensor < 4x4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4x4xf32 > , tensor < 4x4xf32 > , tensor < 4x4xf32 > , tensor < 4x4xf32 > , tensor < 4x4xf32 > , tensor < 4x4xf32 > , tensor < 4x4xf32 > , tensor < 4x4xf32 > ) - > tensor < 4x4xf32 > <nl> + / / CHECK : % [ [ CST_2 : . * ] ] = " tfl . pseudo_const " ( ) { value = dense < 0 . 000000e + 00 > : tensor < 4x4xf32 > } : ( ) - > tensor < 4x4xf32 > <nl> + / / CHECK : % [ [ CST_3 : . * ] ] = " tfl . pseudo_const " ( ) { value = dense < 0 . 000000e + 00 > : tensor < 4x4xf32 > } : ( ) - > tensor < 4x4xf32 > <nl> + / / CHECK : % [ [ LSTM_2 : [ a - z0 - 9 ] * ] ] = " tfl . unidirectional_sequence_lstm " ( % [ [ LSTM_1 ] ] , % arg0 , % arg0 , % arg0 , % arg0 , % arg0 , % arg0 , % arg0 , % arg0 , % arg1 , % arg1 , % arg1 , % arg1 , % arg1 , % arg1 , % arg1 , % arg0 , % arg0 , % [ [ CST_2 ] ] , % [ [ CST_3 ] ] , % arg0 , % arg0 , % arg0 , % arg0 ) { fused_activation_function = " NONE " , time_major = true } : ( tensor < 4x4xf32 > , tensor < 4x4xf32 > , tensor < 4x4xf32 > , tensor < 4x4xf32 > , tensor < 4x4xf32 > , tensor < 4x4xf32 > , tensor < 4x4xf32 > , tensor < 4x4xf32 > , tensor < 4x4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4x4xf32 > , tensor < 4x4xf32 > , tensor < 4x4xf32 > , tensor < 4x4xf32 > , tensor < 4x4xf32 > , tensor < 4x4xf32 > , tensor < 4x4xf32 > , tensor < 4x4xf32 > ) - > tensor < 4x4xf32 > <nl> <nl> - % 0 = " tfl . pseudo_const " ( ) { value = dense < 0 . 0 > : tensor < 4xf32 > } : ( ) - > tensor < 4xf32 > loc ( " Const " ) <nl> - % 1 = " tfl . unidirectional_sequence_lstm " ( % arg0 , % arg0 , % arg0 , % arg0 , % arg0 , % arg0 , % arg0 , % arg0 , % arg0 , % arg0 , % arg0 , % arg0 , % arg0 , % arg0 , % arg0 , % arg0 , % arg0 , % arg0 , % 0 , % 0 , % arg0 , % arg0 , % arg0 , % arg0 ) { fused_activation_function = " NONE " , time_major = true } : ( tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > ) - > tensor < 4xf32 > <nl> - % 2 = " tfl . unidirectional_sequence_lstm " ( % 1 , % arg0 , % arg0 , % arg0 , % arg0 , % arg0 , % arg0 , % arg0 , % arg0 , % arg0 , % arg0 , % arg0 , % arg0 , % arg0 , % arg0 , % arg0 , % arg0 , % arg0 , % 0 , % 0 , % arg0 , % arg0 , % arg0 , % arg0 ) { fused_activation_function = " NONE " , time_major = true } : ( tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > ) - > tensor < 4xf32 > <nl> - return % 2 : tensor < 4xf32 > <nl> + % 0 = " tfl . pseudo_const " ( ) { value = dense < 0 . 0 > : tensor < 4x4xf32 > } : ( ) - > tensor < 4x4xf32 > loc ( " Const " ) <nl> + % 1 = " tfl . unidirectional_sequence_lstm " ( % arg0 , % arg0 , % arg0 , % arg0 , % arg0 , % arg0 , % arg0 , % arg0 , % arg0 , % arg1 , % arg1 , % arg1 , % arg1 , % arg1 , % arg1 , % arg1 , % arg0 , % arg0 , % 0 , % 0 , % arg0 , % arg0 , % arg0 , % arg0 ) { fused_activation_function = " NONE " , time_major = true } : ( tensor < 4x4xf32 > , tensor < 4x4xf32 > , tensor < 4x4xf32 > , tensor < 4x4xf32 > , tensor < 4x4xf32 > , tensor < 4x4xf32 > , tensor < 4x4xf32 > , tensor < 4x4xf32 > , tensor < 4x4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4x4xf32 > , tensor < 4x4xf32 > , tensor < 4x4xf32 > , tensor < 4x4xf32 > , tensor < 4x4xf32 > , tensor < 4x4xf32 > , tensor < 4x4xf32 > , tensor < 4x4xf32 > ) - > tensor < 4x4xf32 > <nl> + % 2 = " tfl . unidirectional_sequence_lstm " ( % 1 , % arg0 , % arg0 , % arg0 , % arg0 , % arg0 , % arg0 , % arg0 , % arg0 , % arg1 , % arg1 , % arg1 , % arg1 , % arg1 , % arg1 , % arg1 , % arg0 , % arg0 , % 0 , % 0 , % arg0 , % arg0 , % arg0 , % arg0 ) { fused_activation_function = " NONE " , time_major = true } : ( tensor < 4x4xf32 > , tensor < 4x4xf32 > , tensor < 4x4xf32 > , tensor < 4x4xf32 > , tensor < 4x4xf32 > , tensor < 4x4xf32 > , tensor < 4x4xf32 > , tensor < 4x4xf32 > , tensor < 4x4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4xf32 > , tensor < 4x4xf32 > , tensor < 4x4xf32 > , tensor < 4x4xf32 > , tensor < 4x4xf32 > , tensor < 4x4xf32 > , tensor < 4x4xf32 > , tensor < 4x4xf32 > , tensor < 4x4xf32 > ) - > tensor < 4x4xf32 > <nl> + return % 2 : tensor < 4x4xf32 > <nl> } <nl>	Add op sanity checks for RNN ops in TFLite	tensorflow/tensorflow	f50cb17d92635a6470342acba4b0b7c5b56df57c	2020-05-27T08:15:21Z
mmm a / CMakeLists . txt <nl> ppp b / CMakeLists . txt <nl> if ( APPLE AND UNIX AND " $ { OPENSSL_ROOT_DIR } " STREQUAL " " ) <nl> set ( OPENSSL_ROOT_DIR " / usr / local / opt / openssl " ) <nl> endif ( ) <nl> <nl> + # WASM runtimes to build <nl> + list ( APPEND EOSIO_WASM_RUNTIMES wabt ) # wabt is always enabled ; it works everywhere <nl> + if ( NOT WIN32 ) <nl> + list ( APPEND EOSIO_WASM_RUNTIMES wavm ) <nl> + # try and find LLVM now so that package variables get populated in global scope <nl> + find_package ( LLVM REQUIRED CONFIG ) <nl> + endif ( ) <nl> + <nl> if ( UNIX ) <nl> if ( APPLE ) <nl> set ( whole_archive_flag " - force_load " ) <nl> mmm a / CMakeModules / EosioTester . cmake . in <nl> ppp b / CMakeModules / EosioTester . cmake . in <nl> if ( GPERFTOOLS_FOUND ) <nl> list ( APPEND PLATFORM_SPECIFIC_LIBS tcmalloc ) <nl> endif ( ) <nl> <nl> - find_package ( LLVM @ LLVM_VERSION @ EXACT REQUIRED CONFIG ) <nl> - llvm_map_components_to_libnames ( LLVM_LIBS support core passes mcjit native DebugInfoDWARF orcjit ) <nl> - link_directories ( $ { LLVM_LIBRARY_DIR } ) <nl> + if ( NOT " @ LLVM_FOUND @ " STREQUAL " " ) <nl> + find_package ( LLVM @ LLVM_VERSION @ EXACT REQUIRED CONFIG ) <nl> + llvm_map_components_to_libnames ( LLVM_LIBS support core passes mcjit native DebugInfoDWARF orcjit ) <nl> + link_directories ( $ { LLVM_LIBRARY_DIR } ) <nl> + endif ( ) <nl> <nl> set ( CMAKE_CXX_STANDARD 17 ) <nl> set ( CMAKE_CXX_EXTENSIONS ON ) <nl> mmm a / CMakeModules / EosioTesterBuild . cmake . in <nl> ppp b / CMakeModules / EosioTesterBuild . cmake . in <nl> if ( GPERFTOOLS_FOUND ) <nl> list ( APPEND PLATFORM_SPECIFIC_LIBS tcmalloc ) <nl> endif ( ) <nl> <nl> - find_package ( LLVM @ LLVM_VERSION @ EXACT REQUIRED CONFIG ) <nl> - llvm_map_components_to_libnames ( LLVM_LIBS support core passes mcjit native DebugInfoDWARF orcjit ) <nl> - link_directories ( $ { LLVM_LIBRARY_DIR } ) <nl> + if ( NOT " @ LLVM_FOUND @ " STREQUAL " " ) <nl> + find_package ( LLVM @ LLVM_VERSION @ EXACT REQUIRED CONFIG ) <nl> + llvm_map_components_to_libnames ( LLVM_LIBS support core passes mcjit native DebugInfoDWARF orcjit ) <nl> + link_directories ( $ { LLVM_LIBRARY_DIR } ) <nl> + endif ( ) <nl> <nl> set ( CMAKE_CXX_STANDARD 17 ) <nl> set ( CMAKE_CXX_EXTENSIONS ON ) <nl> mmm a / libraries / chain / CMakeLists . txt <nl> ppp b / libraries / chain / CMakeLists . txt <nl> else ( ) <nl> endif ( ) <nl> endif ( ) <nl> <nl> + if ( " wavm " IN_LIST EOSIO_WASM_RUNTIMES ) <nl> + set ( CHAIN_WAVM_SOURCES " webassembly / wavm . cpp " ) <nl> + add_definitions ( - DWAVM_RUNTIME_ENABLED ) <nl> + endif ( ) <nl> + <nl> # # SORT . cpp by most likely to change / break compile <nl> add_library ( eosio_chain <nl> merkle . cpp <nl> add_library ( eosio_chain <nl> asset . cpp <nl> snapshot . cpp <nl> <nl> - webassembly / wavm . cpp <nl> + $ { CHAIN_WAVM_SOURCES } <nl> webassembly / wabt . cpp <nl> <nl> # get_config . cpp <nl> mmm a / libraries / chain / include / eosio / chain / wasm_interface_private . hpp <nl> ppp b / libraries / chain / include / eosio / chain / wasm_interface_private . hpp <nl> namespace eosio { namespace chain { <nl> struct by_last_block_num ; <nl> <nl> wasm_interface_impl ( wasm_interface : : vm_type vm , const chainbase : : database & d ) : db ( d ) { <nl> + # ifdef WAVM_RUNTIME_ENABLED <nl> if ( vm = = wasm_interface : : vm_type : : wavm ) <nl> runtime_interface = std : : make_unique < webassembly : : wavm : : wavm_runtime > ( ) ; <nl> - else if ( vm = = wasm_interface : : vm_type : : wabt ) <nl> + # endif <nl> + if ( vm = = wasm_interface : : vm_type : : wabt ) <nl> runtime_interface = std : : make_unique < webassembly : : wabt_runtime : : wabt_runtime > ( ) ; <nl> - else <nl> - EOS_THROW ( wasm_exception , " wasm_interface_impl fall through " ) ; <nl> + if ( ! runtime_interface ) <nl> + EOS_THROW ( wasm_exception , " $ { r } wasm runtime not supported on this platform and / or configuration " , ( " r " , vm ) ) ; <nl> } <nl> <nl> ~ wasm_interface_impl ( ) { <nl> namespace eosio { namespace chain { <nl> const chainbase : : database & db ; <nl> } ; <nl> <nl> + # define _ADD_PAREN_1 ( . . . ) ( ( __VA_ARGS__ ) ) _ADD_PAREN_2 <nl> + # define _ADD_PAREN_2 ( . . . ) ( ( __VA_ARGS__ ) ) _ADD_PAREN_1 <nl> + # define _ADD_PAREN_1_END <nl> + # define _ADD_PAREN_2_END <nl> + # define _WRAPPED_SEQ ( SEQ ) BOOST_PP_CAT ( _ADD_PAREN_1 SEQ , _END ) <nl> + <nl> # define _REGISTER_INTRINSIC_EXPLICIT ( CLS , MOD , METHOD , WASM_SIG , NAME , SIG ) \ <nl> _REGISTER_WAVM_INTRINSIC ( CLS , MOD , METHOD , WASM_SIG , NAME , SIG ) \ <nl> _REGISTER_WABT_INTRINSIC ( CLS , MOD , METHOD , WASM_SIG , NAME , SIG ) <nl> mmm a / libraries / chain / include / eosio / chain / webassembly / wavm . hpp <nl> ppp b / libraries / chain / include / eosio / chain / webassembly / wavm . hpp <nl> struct running_instance_context { <nl> } ; <nl> extern running_instance_context the_running_instance_context ; <nl> <nl> + template < typename T > <nl> + struct wasm_to_value_type ; <nl> + <nl> + template < > <nl> + struct wasm_to_value_type < F32 > { <nl> + static constexpr auto value = ValueType : : f32 ; <nl> + } ; <nl> + <nl> + template < > <nl> + struct wasm_to_value_type < F64 > { <nl> + static constexpr auto value = ValueType : : f64 ; <nl> + } ; <nl> + template < > <nl> + struct wasm_to_value_type < I32 > { <nl> + static constexpr auto value = ValueType : : i32 ; <nl> + } ; <nl> + template < > <nl> + struct wasm_to_value_type < I64 > { <nl> + static constexpr auto value = ValueType : : i64 ; <nl> + } ; <nl> + <nl> + template < typename T > <nl> + constexpr auto wasm_to_value_type_v = wasm_to_value_type < T > : : value ; <nl> + <nl> + template < typename T > <nl> + struct wasm_to_rvalue_type ; <nl> + template < > <nl> + struct wasm_to_rvalue_type < F32 > { <nl> + static constexpr auto value = ResultType : : f32 ; <nl> + } ; <nl> + template < > <nl> + struct wasm_to_rvalue_type < F64 > { <nl> + static constexpr auto value = ResultType : : f64 ; <nl> + } ; <nl> + template < > <nl> + struct wasm_to_rvalue_type < I32 > { <nl> + static constexpr auto value = ResultType : : i32 ; <nl> + } ; <nl> + template < > <nl> + struct wasm_to_rvalue_type < I64 > { <nl> + static constexpr auto value = ResultType : : i64 ; <nl> + } ; <nl> + template < > <nl> + struct wasm_to_rvalue_type < void > { <nl> + static constexpr auto value = ResultType : : none ; <nl> + } ; <nl> + template < > <nl> + struct wasm_to_rvalue_type < const name & > { <nl> + static constexpr auto value = ResultType : : i64 ; <nl> + } ; <nl> + template < > <nl> + struct wasm_to_rvalue_type < name > { <nl> + static constexpr auto value = ResultType : : i64 ; <nl> + } ; <nl> + <nl> + template < > <nl> + struct wasm_to_rvalue_type < char * > { <nl> + static constexpr auto value = ResultType : : i32 ; <nl> + } ; <nl> + <nl> + template < > <nl> + struct wasm_to_rvalue_type < fc : : time_point_sec > { <nl> + static constexpr auto value = ResultType : : i32 ; <nl> + } ; <nl> + <nl> + <nl> + template < typename T > <nl> + constexpr auto wasm_to_rvalue_type_v = wasm_to_rvalue_type < T > : : value ; <nl> + <nl> + template < typename T > <nl> + struct is_reference_from_value { <nl> + static constexpr bool value = false ; <nl> + } ; <nl> + <nl> + template < > <nl> + struct is_reference_from_value < name > { <nl> + static constexpr bool value = true ; <nl> + } ; <nl> + <nl> + template < > <nl> + struct is_reference_from_value < fc : : time_point_sec > { <nl> + static constexpr bool value = true ; <nl> + } ; <nl> + <nl> + template < typename T > <nl> + constexpr bool is_reference_from_value_v = is_reference_from_value < T > : : value ; <nl> + <nl> + <nl> + <nl> + struct void_type { <nl> + } ; <nl> + <nl> + / * * <nl> + * Forward declaration of provider for FunctionType given a desired C ABI signature <nl> + * / <nl> + template < typename > <nl> + struct wasm_function_type_provider ; <nl> + <nl> + / * * <nl> + * specialization to destructure return and arguments <nl> + * / <nl> + template < typename Ret , typename . . . Args > <nl> + struct wasm_function_type_provider < Ret ( Args . . . ) > { <nl> + static const FunctionType * type ( ) { <nl> + return FunctionType : : get ( wasm_to_rvalue_type_v < Ret > , { wasm_to_value_type_v < Args > . . . } ) ; <nl> + } <nl> + } ; <nl> + <nl> + # define __INTRINSIC_NAME ( LABEL , SUFFIX ) LABEL # # SUFFIX <nl> + # define _INTRINSIC_NAME ( LABEL , SUFFIX ) __INTRINSIC_NAME ( LABEL , SUFFIX ) <nl> + <nl> + # ifdef WAVM_RUNTIME_ENABLED <nl> + <nl> / * * <nl> * class to represent an in - wasm - memory array <nl> * it is a hint to the transcriber that the next parameter will <nl> inline auto convert_wasm_to_native ( native_to_wasm_t < T > val ) { <nl> return T ( val ) ; <nl> } <nl> <nl> - template < typename T > <nl> - struct wasm_to_value_type ; <nl> - <nl> - template < > <nl> - struct wasm_to_value_type < F32 > { <nl> - static constexpr auto value = ValueType : : f32 ; <nl> - } ; <nl> - <nl> - template < > <nl> - struct wasm_to_value_type < F64 > { <nl> - static constexpr auto value = ValueType : : f64 ; <nl> - } ; <nl> - template < > <nl> - struct wasm_to_value_type < I32 > { <nl> - static constexpr auto value = ValueType : : i32 ; <nl> - } ; <nl> - template < > <nl> - struct wasm_to_value_type < I64 > { <nl> - static constexpr auto value = ValueType : : i64 ; <nl> - } ; <nl> - <nl> - template < typename T > <nl> - constexpr auto wasm_to_value_type_v = wasm_to_value_type < T > : : value ; <nl> - <nl> - template < typename T > <nl> - struct wasm_to_rvalue_type ; <nl> - template < > <nl> - struct wasm_to_rvalue_type < F32 > { <nl> - static constexpr auto value = ResultType : : f32 ; <nl> - } ; <nl> - template < > <nl> - struct wasm_to_rvalue_type < F64 > { <nl> - static constexpr auto value = ResultType : : f64 ; <nl> - } ; <nl> - template < > <nl> - struct wasm_to_rvalue_type < I32 > { <nl> - static constexpr auto value = ResultType : : i32 ; <nl> - } ; <nl> - template < > <nl> - struct wasm_to_rvalue_type < I64 > { <nl> - static constexpr auto value = ResultType : : i64 ; <nl> - } ; <nl> - template < > <nl> - struct wasm_to_rvalue_type < void > { <nl> - static constexpr auto value = ResultType : : none ; <nl> - } ; <nl> - template < > <nl> - struct wasm_to_rvalue_type < const name & > { <nl> - static constexpr auto value = ResultType : : i64 ; <nl> - } ; <nl> - template < > <nl> - struct wasm_to_rvalue_type < name > { <nl> - static constexpr auto value = ResultType : : i64 ; <nl> - } ; <nl> - <nl> - template < > <nl> - struct wasm_to_rvalue_type < char * > { <nl> - static constexpr auto value = ResultType : : i32 ; <nl> - } ; <nl> - <nl> - template < > <nl> - struct wasm_to_rvalue_type < fc : : time_point_sec > { <nl> - static constexpr auto value = ResultType : : i32 ; <nl> - } ; <nl> - <nl> - <nl> - template < typename T > <nl> - constexpr auto wasm_to_rvalue_type_v = wasm_to_rvalue_type < T > : : value ; <nl> - <nl> - template < typename T > <nl> - struct is_reference_from_value { <nl> - static constexpr bool value = false ; <nl> - } ; <nl> - <nl> - template < > <nl> - struct is_reference_from_value < name > { <nl> - static constexpr bool value = true ; <nl> - } ; <nl> - <nl> - template < > <nl> - struct is_reference_from_value < fc : : time_point_sec > { <nl> - static constexpr bool value = true ; <nl> - } ; <nl> - <nl> - template < typename T > <nl> - constexpr bool is_reference_from_value_v = is_reference_from_value < T > : : value ; <nl> - <nl> - <nl> - <nl> - struct void_type { <nl> - } ; <nl> - <nl> - / * * <nl> - * Forward declaration of provider for FunctionType given a desired C ABI signature <nl> - * / <nl> - template < typename > <nl> - struct wasm_function_type_provider ; <nl> - <nl> - / * * <nl> - * specialization to destructure return and arguments <nl> - * / <nl> - template < typename Ret , typename . . . Args > <nl> - struct wasm_function_type_provider < Ret ( Args . . . ) > { <nl> - static const FunctionType * type ( ) { <nl> - return FunctionType : : get ( wasm_to_rvalue_type_v < Ret > , { wasm_to_value_type_v < Args > . . . } ) ; <nl> - } <nl> - } ; <nl> - <nl> / * * <nl> * Forward declaration of the invoker type which transcribes arguments to / from a native method <nl> * and injects the appropriate checks <nl> struct intrinsic_function_invoker_wrapper < WasmSig , Ret ( Cls : : * ) ( Params . . . ) const <nl> using type = intrinsic_function_invoker < WasmSig , Ret , Ret ( Cls : : * ) ( Params . . . ) const volatile , Cls , Params . . . > ; <nl> } ; <nl> <nl> - # define _ADD_PAREN_1 ( . . . ) ( ( __VA_ARGS__ ) ) _ADD_PAREN_2 <nl> - # define _ADD_PAREN_2 ( . . . ) ( ( __VA_ARGS__ ) ) _ADD_PAREN_1 <nl> - # define _ADD_PAREN_1_END <nl> - # define _ADD_PAREN_2_END <nl> - # define _WRAPPED_SEQ ( SEQ ) BOOST_PP_CAT ( _ADD_PAREN_1 SEQ , _END ) <nl> + # define _REGISTER_WAVM_INTRINSIC ( CLS , MOD , METHOD , WASM_SIG , NAME , SIG ) \ <nl> + static Intrinsics : : Function _INTRINSIC_NAME ( __intrinsic_fn , __COUNTER__ ) ( \ <nl> + MOD " . " NAME , \ <nl> + eosio : : chain : : webassembly : : wavm : : wasm_function_type_provider < WASM_SIG > : : type ( ) , \ <nl> + ( void * ) eosio : : chain : : webassembly : : wavm : : intrinsic_function_invoker_wrapper < WASM_SIG , SIG > : : type : : fn < & CLS : : METHOD > ( ) \ <nl> + ) ; <nl> <nl> - # define __INTRINSIC_NAME ( LABEL , SUFFIX ) LABEL # # SUFFIX <nl> - # define _INTRINSIC_NAME ( LABEL , SUFFIX ) __INTRINSIC_NAME ( LABEL , SUFFIX ) <nl> + # else <nl> <nl> # define _REGISTER_WAVM_INTRINSIC ( CLS , MOD , METHOD , WASM_SIG , NAME , SIG ) \ <nl> static Intrinsics : : Function _INTRINSIC_NAME ( __intrinsic_fn , __COUNTER__ ) ( \ <nl> MOD " . " NAME , \ <nl> eosio : : chain : : webassembly : : wavm : : wasm_function_type_provider < WASM_SIG > : : type ( ) , \ <nl> - ( void * ) eosio : : chain : : webassembly : : wavm : : intrinsic_function_invoker_wrapper < WASM_SIG , SIG > : : type : : fn < & CLS : : METHOD > ( ) \ <nl> - ) ; \ <nl> + nullptr \ <nl> + ) ; <nl> <nl> + # endif <nl> <nl> } } } } / / eosio : : chain : : webassembly : : wavm <nl> mmm a / libraries / wasm - jit / Source / Runtime / CMakeLists . txt <nl> ppp b / libraries / wasm - jit / Source / Runtime / CMakeLists . txt <nl> endif ( ) <nl> set ( Sources <nl> Intrinsics . cpp <nl> Linker . cpp <nl> - LLVMEmitIR . cpp <nl> - LLVMJIT . cpp <nl> LLVMJIT . h <nl> - Memory . cpp <nl> - ModuleInstance . cpp <nl> ObjectGC . cpp <nl> - Runtime . cpp <nl> RuntimePrivate . h <nl> - Table . cpp <nl> Threads . cpp <nl> WAVMIntrinsics . cpp <nl> $ { LLVM_SHIM_FILE } <nl> ) <nl> + <nl> + if ( " wavm " IN_LIST EOSIO_WASM_RUNTIMES ) <nl> + list ( APPEND Sources <nl> + LLVMEmitIR . cpp <nl> + LLVMJIT . cpp <nl> + Memory . cpp <nl> + ModuleInstance . cpp <nl> + Runtime . cpp <nl> + Table . cpp <nl> + ) <nl> + llvm_map_components_to_libnames ( LLVM_LIBS support core passes mcjit native DebugInfoDWARF orcjit ) <nl> + endif ( ) <nl> + <nl> set ( PublicHeaders <nl> $ { WAVM_INCLUDE_DIR } / Runtime / Intrinsics . h <nl> $ { WAVM_INCLUDE_DIR } / Runtime / Linker . h <nl> add_definitions ( - DRUNTIME_API = DLL_EXPORT ) <nl> target_include_directories ( Runtime PUBLIC $ { CMAKE_CURRENT_SOURCE_DIR } / . . / . . / . . / chain / include ) <nl> <nl> # Link against the LLVM libraries <nl> - llvm_map_components_to_libnames ( LLVM_LIBS support core passes mcjit native DebugInfoDWARF orcjit ) <nl> target_link_libraries ( Runtime Platform Logging IR $ { LLVM_LIBS } ) <nl> <nl> install ( TARGETS Runtime <nl> mmm a / unittests / CMakeLists . txt <nl> ppp b / unittests / CMakeLists . txt <nl> foreach ( TEST_SUITE $ { UNIT_TESTS } ) # create an independent target for each test s <nl> if ( NOT " " STREQUAL " $ { SUITE_NAME } " ) # ignore empty lines <nl> execute_process ( COMMAND bash - c " echo $ { SUITE_NAME } \| sed - e ' s / s $ / / ' \| sed - e ' s / _test $ / / ' " OUTPUT_VARIABLE TRIMMED_SUITE_NAME OUTPUT_STRIP_TRAILING_WHITESPACE ) # trim " _test " or " _tests " from the end of $ { SUITE_NAME } <nl> # to run unit_test with all log from blockchain displayed , put " - - verbose " after " - - " , i . e . " unit_test - - - - verbose " <nl> - add_test ( NAME $ { TRIMMED_SUITE_NAME } _unit_test_wavm COMMAND unit_test - - run_test = $ { SUITE_NAME } - - report_level = detailed - - color_output - - catch_system_errors = no - - - - wavm ) <nl> - add_test ( NAME $ { TRIMMED_SUITE_NAME } _unit_test_wabt COMMAND unit_test - - run_test = $ { SUITE_NAME } - - report_level = detailed - - color_output - - - - wabt ) <nl> - # build list of tests to run during coverage testing <nl> - if ( NOT " " STREQUAL " $ { ctest_tests } " ) <nl> - set ( ctest_tests " $ { ctest_tests } \| $ { TRIMMED_SUITE_NAME } _unit_test_wavm \| $ { TRIMMED_SUITE_NAME } _unit_test_wabt " ) <nl> - else ( ) <nl> - set ( ctest_tests " $ { TRIMMED_SUITE_NAME } _unit_test_wavm \| $ { TRIMMED_SUITE_NAME } _unit_test_wabt " ) <nl> - endif ( ) <nl> + foreach ( RUNTIME $ { EOSIO_WASM_RUNTIMES } ) <nl> + add_test ( NAME $ { TRIMMED_SUITE_NAME } _unit_test_ $ { RUNTIME } COMMAND unit_test - - run_test = $ { SUITE_NAME } - - report_level = detailed - - color_output - - catch_system_errors = no - - - - $ { RUNTIME } ) <nl> + # build list of tests to run during coverage testing <nl> + if ( ctest_tests ) <nl> + string ( APPEND ctest_tests " \| " ) <nl> + endif ( ) <nl> + string ( APPEND ctest_tests $ { TRIMMED_SUITE_NAME } _unit_test_ $ RUNTIME ) <nl> + endforeach ( ) <nl> endif ( ) <nl> endforeach ( TEST_SUITE ) <nl> set ( ctest_tests " ' $ { ctest_tests } ' - j8 " ) # surround test list string in apostrophies <nl> <nl> # The following tests are known to take the longest , bump up their cost ( priority ) so that they ' ll run first <nl> # even on fresh first time test runs before ctest auto - detects costs <nl> - set_tests_properties ( api_unit_test_wavm api_unit_test_wabt PROPERTIES COST 5000 ) <nl> - set_tests_properties ( wasm_unit_test_wavm wasm_unit_test_wabt PROPERTIES COST 4000 ) <nl> - set_tests_properties ( delay_unit_test_wavm delay_unit_test_wabt PROPERTIES COST 3000 ) <nl> + foreach ( RUNTIME $ { EOSIO_WASM_RUNTIMES } ) <nl> + set_tests_properties ( api_unit_test_ $ { RUNTIME } PROPERTIES COST 5000 ) <nl> + set_tests_properties ( wasm_unit_test_ $ { RUNTIME } PROPERTIES COST 4000 ) <nl> + set_tests_properties ( delay_unit_test_ $ { RUNTIME } PROPERTIES COST 3000 ) <nl> + endforeach ( ) <nl> <nl> # # # COVERAGE TESTING # # # <nl> if ( ENABLE_COVERAGE_TESTING ) <nl>	decouple wavm runtime from being a required component in eosio	EOSIO/eos	40d0de6ef838d08a3f2aa3da31022d5b7117332c	2019-09-14T21:25:34Z
mmm a / configure . ac <nl> ppp b / configure . ac <nl> libcap_disabled = " = = Capabilities detection support disabled . = = " <nl> libcap_not_found = " = = Could not find libcap . Capabilities detection support disabled . = = " <nl> gtest_enabled = " = = Google Test Framework will be configured . = = " <nl> gtest_disabled = " = = Google Test Framework will not be configured . = = " <nl> - breakpad_enabled = " = = Google Breakpad will be configured . = = " <nl> - breakpad_disabled = " = = Google Breakpad Framework will not be configured . = = " <nl> <nl> libudev_not_found = " = = Could not find libudev . Will use polling to check for device changes . = = " <nl> libudev_disabled = " = = udev support disabled . Will use polling to check for device changes . = = " <nl> AC_ARG_ENABLE ( [ gtest ] , <nl> [ configure_gtest = $ enableval ] , <nl> [ configure_gtest = yes ] ) <nl> <nl> - AC_ARG_ENABLE ( [ breakpad ] , <nl> - [ AS_HELP_STRING ( [ - - enable - breakpad ] , <nl> - [ configure Google Breakpad ( default is no ) ] ) ] , <nl> - [ use_breakpad = $ enableval ] , <nl> - [ use_breakpad = no ] ) <nl> - <nl> AC_ARG_ENABLE ( [ codec ] , <nl> [ AS_HELP_STRING ( [ - - enable - codec ] , <nl> [ enable additional codecs from a list of comma separated names , ( default is none , choices are amcodec and imxvpu ) ] ) ] , <nl> else <nl> DEBUG_FLAGS = " - pg - DNDEBUG = 1 " <nl> else <nl> final_message = " $ final_message \ n Profiling : \ tNo " <nl> - if test " $ use_breakpad " = " yes " ; then <nl> - DEBUG_FLAGS = " - g - DNDEBUG = 1 " <nl> - else <nl> - DEBUG_FLAGS = " - DNDEBUG = 1 " <nl> - fi <nl> + DEBUG_FLAGS = " - DNDEBUG = 1 " <nl> fi <nl> fi <nl> CFLAGS = " $ DEBUG_FLAGS $ CFLAGS " <nl> else <nl> SKIP_CONFIG_GTEST = 1 <nl> fi <nl> <nl> - # Google Breakpad <nl> - if test " $ use_breakpad " = " yes " ; then <nl> - USE_BREAKPAD = 1 <nl> - PKG_CHECK_MODULES ( [ BREAKPAD ] , [ breakpad - client ] , <nl> - [ INCLUDES = " $ INCLUDES $ BREAKPAD_CFLAGS " ; LIBS = " $ LIBS $ BREAKPAD_LIBS " ] , <nl> - AC_MSG_ERROR ( " breakpad - client not found " ) ) <nl> - AC_DEFINE ( [ HAVE_BREAKPAD ] , [ 1 ] , [ " Define to 1 if Google Breakpad is installed " ] ) <nl> - AC_MSG_NOTICE ( $ breakpad_enabled ) <nl> - final_message = " $ final_message \ n Google Breakpad Configured : \ tYes " <nl> - else <nl> - AC_MSG_NOTICE ( $ breakpad_disabled ) <nl> - final_message = " $ final_message \ n Google Breakpad Configured : \ tNo " <nl> - USE_BREAKPAD = 0 <nl> - fi <nl> - <nl> if test " $ use_avahi " = " yes " ; then <nl> final_message = " $ final_message \ n Avahi : \ tYes " <nl> else <nl> AC_SUBST ( USE_SSE4 ) <nl> AC_SUBST ( USE_MMAL ) <nl> AC_SUBST ( USE_X11 ) <nl> AC_SUBST ( USE_OPTICAL_DRIVE ) <nl> - AC_SUBST ( USE_BREAKPAD ) <nl> AC_SUBST ( CROSS_COMPILING ) <nl> <nl> # pushd and popd are not available in other shells besides bash , so implement <nl> deleted file mode 100644 <nl> index f56177b2301e . . 000000000000 <nl> mmm a / project / cmake / modules / FindBreakpad . cmake <nl> ppp / dev / null <nl> <nl> - # . rst : <nl> - # FindBreakpad <nl> - # mmmmmmmmmmmm <nl> - # Finds the Breakpad library <nl> - # <nl> - # This will will define the following variables : : <nl> - # <nl> - # BREAKPAD_FOUND - system has Breakpad <nl> - # BREAKPAD_INCLUDE_DIRS - the Breakpad include directory <nl> - # BREAKPAD_LIBRARIES - the Breakpad libraries <nl> - # <nl> - # and the following imported targets : : <nl> - # <nl> - # Breakpad : : Breakpad - The Breakpad library <nl> - <nl> - if ( PKG_CONFIG_FOUND ) <nl> - pkg_check_modules ( PC_BREAKPAD breakpad - client QUIET ) <nl> - endif ( ) <nl> - <nl> - find_path ( BREAKPAD_INCLUDE_DIR google_breakpad / common / breakpad_types . h <nl> - PATH_SUFFIXES breakpad <nl> - PATHS $ { PC_BREAKPAD_INCLUDEDIR } ) <nl> - find_library ( BREAKPAD_LIBRARY NAMES breakpad_client <nl> - PATHS $ { PC_BREAKPAD_LIBDIR } ) <nl> - set ( BREAKPAD_VERSION $ { PC_BREAKPAD_VERSION } ) <nl> - <nl> - include ( FindPackageHandleStandardArgs ) <nl> - find_package_handle_standard_args ( Breakpad <nl> - REQUIRED_VARS BREAKPAD_LIBRARY BREAKPAD_INCLUDE_DIR <nl> - VERSION_VAR BREAKPAD_VERSION ) <nl> - <nl> - if ( BREAKPAD_FOUND ) <nl> - set ( BREAKPAD_LIBRARIES $ { BREAKPAD_LIBRARY } ) <nl> - set ( BREAKPAD_INCLUDE_DIRS $ { BREAKPAD_INCLUDE_DIR } ) <nl> - <nl> - if ( NOT TARGET Breakpad : : Breakpad ) <nl> - add_library ( Breakpad : : Breakpad UNKNOWN IMPORTED ) <nl> - set_target_properties ( Breakpad : : Breakpad PROPERTIES <nl> - IMPORTED_LOCATION " $ { BREAKPAD_LIBRARY } " <nl> - INTERFACE_INCLUDE_DIRECTORIES " $ { BREAKPAD_INCLUDE_DIR } " ) <nl> - endif ( ) <nl> - endif ( ) <nl> - <nl> - mark_as_advanced ( BREAKPAD_INCLUDE_DIR BREAKPAD_LIBRARY ) <nl> mmm a / project / cmake / scripts / android / Install . cmake <nl> ppp b / project / cmake / scripts / android / Install . cmake <nl> if ( NOT ZIPALIGN_EXECUTABLE ) <nl> endif ( ) <nl> <nl> # Configure files into packaging environment . <nl> - if ( BREAKPAD_FOUND ) <nl> - set ( USE_BREAKPAD 1 ) <nl> - endif ( ) <nl> configure_file ( $ { CORE_SOURCE_DIR } / tools / android / packaging / Makefile . in <nl> $ { CMAKE_BINARY_DIR } / tools / android / packaging / Makefile @ ONLY ) <nl> configure_file ( $ { CORE_SOURCE_DIR } / tools / android / packaging / apksign <nl> mmm a / tools / android / packaging / Makefile . in <nl> ppp b / tools / android / packaging / Makefile . in <nl> apk - noobb : apk - clean package apk - sign <nl> xbmc / assets : <nl> mkdir - p xbmc / assets <nl> <nl> - symbols : libs <nl> - ifeq ( 1 , @ USE_BREAKPAD @ ) <nl> - for f in xbmc / obj / local / $ ( CPU ) / * . so ; do sh . / make_symbols . sh $ $ f ; done <nl> - tar - cjf @ APP_NAME @ . symbols - $ ( CPU ) - ` $ ( XBMCROOT ) / tools / darwin / packaging / gitrev - posix ` . tar . bz2 symbols <nl> - endif <nl> - <nl> shared : <nl> mkdir - p assets <nl> cp - rfp $ ( PREFIX ) / share / @ APP_NAME_LC @ / * . / assets <nl> xbmc / classes . dex : res <nl> @ javac - classpath $ ( SDKROOT ) / platforms / $ ( SDK_PLATFORM ) / android . jar : xbmc / obj - d xbmc / obj - sourcepath xbmc / src xbmc / src / org / xbmc / kodi / * . java <nl> @ $ ( DX ) - - dex - - output = xbmc / classes . dex xbmc / obj <nl> <nl> - package : libs symbols python xbmc / classes . dex <nl> + package : libs python xbmc / classes . dex <nl> @ echo " Creating package . . . " <nl> @ cp images / @ APP_NAME_LC @ app - debug - skeleton . apk images / @ APP_NAME_LC @ app - debug - $ ( CPU ) - unaligned . apk <nl> @ cd xbmc ; $ ( ZIP ) - r - q . . / images / @ APP_NAME_LC @ app - debug - $ ( CPU ) - unaligned . apk lib / $ ( CPU ) assets classes . dex <nl> $ ( SRCLIBS ) : <nl> <nl> apk - clean : <nl> rm - rf images <nl> - rm - rf symbols <nl> rm - rf xbmc / lib <nl> rm - rf xbmc / libs <nl> rm - rf xbmc / assets <nl> mmm a / tools / buildsteps / android / package <nl> ppp b / tools / buildsteps / android / package <nl> else <nl> cd $ WORKSPACE ; make - j $ BUILDTHREADS $ TARGET <nl> fi <nl> $ RUN_SIGNSTEP <nl> - mv tools / android / packaging / Kodi . symbols * . tar . bz2 $ WORKSPACE / <nl> + <nl> cd $ WORKSPACE <nl> <nl> # rename for upload <nl> mmm a / tools / buildsteps / androidx86 / package <nl> ppp b / tools / buildsteps / androidx86 / package <nl> else <nl> cd $ WORKSPACE ; make - j $ BUILDTHREADS $ TARGET <nl> fi <nl> $ RUN_SIGNSTEP <nl> - mv tools / android / packaging / Kodi . symbols * . tar . bz2 $ WORKSPACE / <nl> + <nl> cd $ WORKSPACE <nl> <nl> # rename for upload <nl> mmm a / xbmc / platform / xbmc . cpp <nl> ppp b / xbmc / platform / xbmc . cpp <nl> <nl> # include " linux / RBP . h " <nl> # endif <nl> <nl> - # if defined ( HAVE_BREAKPAD ) <nl> - # include " filesystem / SpecialProtocol . h " <nl> - # include " client / linux / handler / exception_handler . h " <nl> - # endif <nl> - <nl> # ifdef TARGET_WINDOWS <nl> # include < mmdeviceapi . h > <nl> # include " platform / win32 / IMMNotificationClient . h " <nl> extern " C " int XBMC_Run ( bool renderGUI ) <nl> return status ; <nl> } <nl> <nl> - # if defined ( HAVE_BREAKPAD ) <nl> - / / Must have our TEMP dir fixed first <nl> - std : : string tempPath = CSpecialProtocol : : TranslatePath ( " special : / / temp / " ) ; <nl> - google_breakpad : : MinidumpDescriptor descriptor ( tempPath . c_str ( ) ) ; <nl> - google_breakpad : : ExceptionHandler eh ( descriptor , <nl> - NULL , <nl> - NULL , <nl> - NULL , <nl> - true , <nl> - - 1 ) ; <nl> - # endif <nl> - <nl> # ifdef TARGET_RASPBERRY_PI <nl> if ( ! g_RBP . Initialize ( ) ) <nl> return false ; <nl>	Merge pull request from wsnipex / fix - droid - packaging	xbmc/xbmc	472367af16a767ce1afe76f93bf98a365f956660	2016-08-04T13:03:34Z
mmm a / tensorflow / contrib / lite / context . h <nl> ppp b / tensorflow / contrib / lite / context . h <nl> typedef struct TfLiteContext { <nl> TfLiteNode * * node , <nl> TfLiteRegistration * * registration ) ; <nl> <nl> - / / Replace ops with delegate . <nl> + / / Replace ops with one or more stub delegate operations . This function <nl> + / / does not take ownership of ` nodes_to_replace ` . <nl> TfLiteStatus ( * ReplaceSubgraphsWithDelegateKernels ) ( <nl> struct TfLiteContext * , TfLiteRegistration registration , <nl> const TfLiteIntArray * nodes_to_replace ) ; <nl>	Clarify ownership story of TfLiteIntArray * nodes_to_replace	tensorflow/tensorflow	1ae8533e1df634e6d1201c6aeb9646379cc53a65	2018-02-23T00:59:52Z
mmm a / addons / skin . confluence / 720p / DialogVideoInfo . xml <nl> ppp b / addons / skin . confluence / 720p / DialogVideoInfo . xml <nl> <nl> < onclick > PlayMedia ( $ INFO [ ListItem . Trailer ] , 1 ) < / onclick > <nl> < visible > ! IsEmpty ( ListItem . Trailer ) + Skin . HasSetting ( WindowedTrailer ) < / visible > <nl> < / control > <nl> + < control type = " button " id = " 100 " > <nl> + < description > Fetch TvTunes stuff < / description > <nl> + < include > ButtonInfoDialogsCommonValues < / include > <nl> + < label > 31127 < / label > <nl> + < onclick > XBMC . RunScript ( script . tvtunes , mode = solo & amp ; tvpath = $ INFO [ ListItem . FilenameAndPath ] & amp ; tvname = $ INFO [ ListItem . TVShowTitle ] ) < / onclick > <nl> + < visible > Skin . HasSetting ( ActivateTvTunes ) + System . HasAddon ( script . tvtunes ) + Container . Content ( TVShows ) < / visible > <nl> + < / control > <nl> < / control > <nl> < / control > <nl> < / control > <nl> mmm a / addons / skin . confluence / 720p / IncludesBackgroundBuilding . xml <nl> ppp b / addons / skin . confluence / 720p / IncludesBackgroundBuilding . xml <nl> <nl> < width > 1280 < / width > <nl> < height > 720 < / height > <nl> < visible > Player . HasAudio + ! Skin . HasSetting ( ShowBackgroundVis ) < / visible > <nl> + < visible > ! SubString ( Window ( videolibrary ) . Property ( TvTunesIsAlive ) , True ) < / visible > <nl> < / control > <nl> < control type = " videowindow " > <nl> < posx > 0 < / posx > <nl> mmm a / addons / skin . confluence / 720p / MyVideoNav . xml <nl> ppp b / addons / skin . confluence / 720p / MyVideoNav . xml <nl> <nl> < window id = " 25 " > <nl> - < defaultcontrol always = " true " > 50 < / defaultcontrol > <nl> + < defaultcontrol always = " true " > 9999 < / defaultcontrol > <nl> < allowoverlay > no < / allowoverlay > <nl> < views > 50 , 51 , 500 , 550 , 551 , 560 , 501 , 508 , 504 , 503 , 505 , 511 < / views > <nl> < controls > <nl> + < control type = " button " id = " 9999 " > <nl> + < description > TvTunes trigger < / description > <nl> + < posx > - 10 < / posx > <nl> + < posy > - 10 < / posy > <nl> + < width > 1 < / width > <nl> + < height > 1 < / height > <nl> + < onfocus > XBMC . RunScript ( script . tvtunes , backend = True & amp ; loop = False ) < / onfocus > <nl> + < onfocus > SetFocus ( 50 ) < / onfocus > <nl> + < texturenofocus > - < / texturenofocus > <nl> + < texturefocus > - < / texturefocus > <nl> + < visible > Skin . HasSetting ( ActivateTvTunes ) + System . HasAddon ( script . tvtunes ) < / visible > <nl> + < / control > <nl> + < control type = " button " id = " 9999 " > <nl> + < description > Don ' t trigger TvTunes if its not installed or active ( Saves log errors ) < / description > <nl> + < posx > - 10 < / posx > <nl> + < posy > - 10 < / posy > <nl> + < width > 1 < / width > <nl> + < height > 1 < / height > <nl> + < onfocus > SetFocus ( 50 ) < / onfocus > <nl> + < texturenofocus > - < / texturenofocus > <nl> + < texturefocus > - < / texturefocus > <nl> + < visible > ! Skin . HasSetting ( ActivateTvTunes ) \| ! System . HasAddon ( script . tvtunes ) < / visible > <nl> + < / control > <nl> < include > CommonVideoBackground < / include > <nl> < include > CommonMediaPlayingBackground < / include > <nl> < include > ContentPanelBackgrounds < / include > <nl> mmm a / addons / skin . confluence / 720p / custom_SkinSetting_1111 . xml <nl> ppp b / addons / skin . confluence / 720p / custom_SkinSetting_1111 . xml <nl> <nl> < onclick > Skin . ToggleSetting ( TVShowsUsePosters ) < / onclick > <nl> < selected > Skin . HasSetting ( TVShowsUsePosters ) < / selected > <nl> < / control > <nl> + < control type = " radiobutton " id = " 115 " > <nl> + < width > 750 < / width > <nl> + < height > 40 < / height > <nl> + < font > font13 < / font > <nl> + < label > 31126 < / label > <nl> + < textcolor > grey2 < / textcolor > <nl> + < focusedcolor > white < / focusedcolor > <nl> + < texturefocus > MenuItemFO . png < / texturefocus > <nl> + < texturenofocus > MenuItemNF . png < / texturenofocus > <nl> + < onclick > Skin . ToggleSetting ( ActivateTvTunes ) < / onclick > <nl> + < selected > Skin . HasSetting ( ActivateTvTunes ) < / selected > <nl> + < visible > System . HasAddon ( script . tvtunes ) < / visible > <nl> + < / control > <nl> < control type = " label " id = " 106 " > <nl> < width > 750 < / width > <nl> < height > 45 < / height > <nl> mmm a / addons / skin . confluence / 720p / includes . xml <nl> ppp b / addons / skin . confluence / 720p / includes . xml <nl> <nl> < / include > <nl> < include name = " CommonNowPlaying " > <nl> < control type = " group " > <nl> - < visible > Player . HasMedia < / visible > <nl> + < visible > Player . HasMedia + ! SubString ( Window ( videolibrary ) . Property ( TvTunesIsAlive ) , TRUE ) < / visible > <nl> < include > VisibleFadeEffect < / include > <nl> < include > Window_OpenClose_Animation < / include > <nl> < control type = " image " > <nl> mmm a / addons / skin . confluence / language / English / strings . xml <nl> ppp b / addons / skin . confluence / language / English / strings . xml <nl> <nl> < string id = " 31124 " > Show Background " Now Playing " Video < / string > <nl> < string id = " 31125 " > Show Background " Now Playing " Visualization < / string > <nl> <nl> - < string id = " 31126 " > < / string > < ! - - blanked 2010 - 11 - 12 - - > <nl> - < string id = " 31127 " > < / string > < ! - - blanked 2010 - 11 - 12 - - > <nl> + < string id = " 31126 " > Play TV theme songs in video library ( TvTunes add - on ) < / string > <nl> + < string id = " 31127 " > TvTunes < / string > <nl> < string id = " 31128 " > Lyrics < / string > <nl> < string id = " 31129 " > < / string > < ! - - blanked 2010 - 11 - 12 - - > <nl> < string id = " 31130 " > < / string > < ! - - blanked 2010 - 11 - 12 - - > <nl>	Added : [ Confluence ] TvTunes support	xbmc/xbmc	52a14da027966458c44b1e7899f6c9f155ee1c44	2011-08-09T07:55:14Z
mmm a / tensorflow / contrib / lite / toco / import_tensorflow . cc <nl> ppp b / tensorflow / contrib / lite / toco / import_tensorflow . cc <nl> string CreateConstArray ( Model * model , string const & name , <nl> return array_name ; <nl> } <nl> <nl> + / / Retain TensorFlow NodeDef in Toco Operator . <nl> + / / <nl> + / / If an op is supported by Toco but not supported by TFLite , TFLite exporter <nl> + / / will use the retained NodeDef to populate a Flex op when Flex mode is <nl> + / / enabled . <nl> + / / <nl> + / / This can ' t be easily applied to all operations , because a TensorFlow node <nl> + / / may become multiple Toco operators . Thus we need to call this function in <nl> + / / operator conversion functions one by one whenever feasible . <nl> + / / <nl> + / / This may cause problems if a graph transformation rule changes parameters <nl> + / / of the node . When calling this function , please check if any existing <nl> + / / graph transformation rule will change an existing operator with the same <nl> + / / type . <nl> + / / <nl> + / / This provides a route to handle Toco - supported & TFLite - unsupported ops <nl> + / / in Flex mode . However it ' s not a solid solution . Eventually we should <nl> + / / get rid of this . <nl> + / / TODO ( b / 117327937 ) : Implement all Toco - supported ops in TFLite , and remove <nl> + / / this function . <nl> + void RetainTensorFlowNodeDef ( const NodeDef & node , Operator * op ) { <nl> + node . SerializeToString ( & op - > tensorflow_node_def ) ; <nl> + } <nl> + <nl> tensorflow : : Status ConvertConstOperator ( <nl> const NodeDef & node , const TensorFlowImportFlags & tf_import_flags , <nl> Model * model ) { <nl> tensorflow : : Status ConvertBatchMatMulOperator ( <nl> auto * batch_matmul = new BatchMatMulOperator ; <nl> batch_matmul - > inputs = { node . input ( 0 ) , node . input ( 1 ) } ; <nl> batch_matmul - > outputs = { node . name ( ) } ; <nl> + <nl> + / / For Flex mode . Please read the comments of the function . <nl> + RetainTensorFlowNodeDef ( node , batch_matmul ) ; <nl> + <nl> model - > operators . emplace_back ( batch_matmul ) ; <nl> return tensorflow : : Status : : OK ( ) ; <nl> } <nl> tensorflow : : Status ConvertUnsupportedOperator ( <nl> <nl> auto * op = new TensorFlowUnsupportedOperator ; <nl> op - > tensorflow_op = node . op ( ) ; <nl> - node . SerializeToString ( & op - > tensorflow_node_def ) ; <nl> + <nl> + / / For Flex mode . Please read the comments of the function . <nl> + RetainTensorFlowNodeDef ( node , op ) ; <nl> + <nl> model - > operators . emplace_back ( op ) ; <nl> <nl> / / Parse inputs . <nl> tensorflow : : Status ConvertRangeOperator ( <nl> op - > inputs . push_back ( node . input ( 1 ) ) ; <nl> op - > inputs . push_back ( node . input ( 2 ) ) ; <nl> op - > outputs . push_back ( node . name ( ) ) ; <nl> + <nl> + / / For Flex mode . Please read the comments of the function . <nl> + RetainTensorFlowNodeDef ( node , op ) ; <nl> + <nl> model - > operators . emplace_back ( op ) ; <nl> return tensorflow : : Status : : OK ( ) ; <nl> } <nl> mmm a / tensorflow / contrib / lite / toco / model . h <nl> ppp b / tensorflow / contrib / lite / toco / model . h <nl> struct Operator { <nl> / / looks unused . <nl> bool unresolved_outputs = false ; <nl> <nl> + / / A serialized tensorflow : : NodeDef string . <nl> + / / The field is filled only when importing from TensorFlow . <nl> + / / It ' s guaranteed to be filled for ` TensorFlowUnsupportedOperator ` . <nl> + / / It ' s not guaranteed to be filled for other ops . Ops created by graph <nl> + / / transformations won ' t have TensorFlow NodeDef . <nl> + string tensorflow_node_def ; <nl> + <nl> protected : <nl> / / Constructor used by subclasses for specific OperatorType ' s . <nl> explicit Operator ( OperatorType t ) <nl> struct TensorFlowUnsupportedOperator : Operator { <nl> <nl> / / The original TF operation type . Used for diagnostic purposes . <nl> string tensorflow_op ; <nl> - / / A serialized tensorflow : : NodeDef string . <nl> - string tensorflow_node_def ; <nl> / / A boolean indicating if the unsupported op should be treated as quantized . <nl> bool quantized = false ; <nl> / / A boolean indicating if the unsupported op output should allow float values <nl> mmm a / tensorflow / contrib / lite / toco / tflite / export . cc <nl> ppp b / tensorflow / contrib / lite / toco / tflite / export . cc <nl> OperatorKey GetOperatorKey ( <nl> const : : toco : : Operator & op , <nl> const std : : map < OperatorType , std : : unique_ptr < BaseOperator > > & ops_by_type , <nl> bool allow_flex_ops ) { <nl> + / / Get the op name ( by Toco definition ) . <nl> string name = HelpfulOperatorTypeName ( op ) ; <nl> - const auto & builtin_ops = GetBuiltinOpsMap ( ) ; <nl> <nl> bool is_builtin = false ; <nl> OperatorKey key ; <nl> + <nl> + const auto & builtin_ops = GetBuiltinOpsMap ( ) ; <nl> if ( ops_by_type . count ( op . type ) ! = 0 ) { <nl> key . version = ops_by_type . at ( op . type ) - > GetVersion ( op ) ; <nl> name = ops_by_type . at ( op . type ) - > name ( ) ; <nl> OperatorKey GetOperatorKey ( <nl> / / For TFLite supported builtin ops , find out its BuiltinOperator enum used <nl> / / in FlatBuffer . <nl> key . type = builtin_ops . at ( name ) ; <nl> - } else { <nl> - key . type = BuiltinOperator_CUSTOM ; <nl> - <nl> - key . is_custom_op = true ; <nl> - if ( op . type = = OperatorType : : kUnsupported ) { <nl> - const TensorFlowUnsupportedOperator & unsupported_op = <nl> - static_cast < const TensorFlowUnsupportedOperator & > ( op ) ; <nl> - const auto tensorflow_op = unsupported_op . tensorflow_op ; <nl> - <nl> - / / TODO ( b / 113715895 ) : When ` allow_flex_ops ` is on , for now there ' s no way <nl> - / / to populate a regular custom op . We need to find a way to fix this . <nl> - if ( allow_flex_ops ) { <nl> - / / Memorize the original TensorFlow op name . <nl> - key . flex_tensorflow_op = tensorflow_op ; <nl> - / / Prefix the custom code of the flex op . <nl> - key . custom_code = <nl> - string ( : : tflite : : kFlexCustomCodePrefix ) + tensorflow_op ; <nl> - key . is_flex_op = true ; <nl> - <nl> - if ( IsControlFlowOp ( tensorflow_op ) ) { <nl> - key . is_unsupported_flex_op = true ; <nl> - } <nl> - } else { <nl> - key . custom_code = tensorflow_op ; <nl> - } <nl> + return key ; <nl> + } <nl> + <nl> + / / The logic below is all for custom ops . <nl> + key . is_custom_op = true ; <nl> + key . type = BuiltinOperator_CUSTOM ; <nl> + <nl> + if ( op . type = = OperatorType : : kUnsupported ) { <nl> + const TensorFlowUnsupportedOperator & unsupported_op = <nl> + static_cast < const TensorFlowUnsupportedOperator & > ( op ) ; <nl> + const auto tensorflow_op = unsupported_op . tensorflow_op ; <nl> + <nl> + / / TODO ( b / 113715895 ) : When ` allow_flex_ops ` is on , for now there ' s no way <nl> + / / to populate a regular custom op . We need to find a way to fix this . <nl> + if ( allow_flex_ops ) { <nl> + key . is_flex_op = true ; <nl> + key . flex_tensorflow_op = tensorflow_op ; <nl> + key . custom_code = <nl> + string ( : : tflite : : kFlexCustomCodePrefix ) + key . flex_tensorflow_op ; <nl> } else { <nl> - / / For Toco - supported / TFLite - unsupported ops , currently we produce a <nl> - / / custom op . This gives developers a chance to implement custom ops . <nl> - / / TODO ( b / 116800229 ) : Also produce Toco - supported / TFLite - unsupported ops <nl> - / / as Flex ops when Flex mode is enabled . <nl> - key . custom_code = name ; <nl> + key . custom_code = tensorflow_op ; <nl> + } <nl> + } else if ( allow_flex_ops & & ! op . tensorflow_node_def . empty ( ) ) { <nl> + / / For Toco - supported / TFLite - unsupported ops , if the TensorFlow NodeDef <nl> + / / is retained in the Toco Operator , we produce a Flex op if Flex mode <nl> + / / is enabled . <nl> + key . is_flex_op = true ; <nl> + key . flex_tensorflow_op = name ; <nl> + key . custom_code = <nl> + string ( : : tflite : : kFlexCustomCodePrefix ) + key . flex_tensorflow_op ; <nl> + } else { <nl> + / / If Flex is disabled or the original TensorFlow NodeDef isn ' t available , <nl> + / / we produce a custom op . This gives developers a chance to implemenr <nl> + / / custom ops . <nl> + key . custom_code = name ; <nl> + } <nl> + <nl> + if ( key . is_flex_op ) { <nl> + if ( IsControlFlowOp ( key . flex_tensorflow_op ) ) { <nl> + key . is_unsupported_flex_op = true ; <nl> } <nl> } <nl> return key ; <nl> Offset < Vector < Offset < Operator > > > ExportOperators ( <nl> outputs . push_back ( tensors_map . at ( output ) ) ; <nl> } <nl> <nl> - int op_index = operators_map . at ( <nl> - details : : GetOperatorKey ( * op , ops_by_type , params . allow_flex_ops ) ) ; <nl> + const auto key = <nl> + details : : GetOperatorKey ( * op , ops_by_type , params . allow_flex_ops ) ; <nl> + int op_index = operators_map . at ( key ) ; <nl> <nl> auto tflite_op_it = ops_by_type . find ( op - > type ) ; <nl> BaseOperator * tflite_op = tflite_op_it = = ops_by_type . end ( ) <nl> Offset < Vector < Offset < Operator > > > ExportOperators ( <nl> variable_tensor_indices - > insert ( variable_tensor_index ) ; <nl> } <nl> } <nl> + } else if ( key . is_flex_op & & ! op - > tensorflow_node_def . empty ( ) ) { <nl> + auto fbb = WriteFlexOpOptions ( op - > tensorflow_node_def ) ; <nl> + if ( fbb ) { <nl> + options = Options : : Custom ( builder - > CreateVector ( fbb - > GetBuffer ( ) ) ) ; <nl> + } <nl> } <nl> / / The only supported CustomOptionFormat is FLEXBUFFERS now . <nl> op_vector . push_back ( CreateOperator ( <nl> mmm a / tensorflow / contrib / lite / toco / tflite / export_test . cc <nl> ppp b / tensorflow / contrib / lite / toco / tflite / export_test . cc <nl> limitations under the License . <nl> # include " tensorflow / contrib / lite / toco / tflite / builtin_operator . h " <nl> # include " tensorflow / contrib / lite / toco / tflite / operator . h " <nl> # include " tensorflow / contrib / lite / toco / tflite / types . h " <nl> + # include " tensorflow / core / framework / node_def . pb . h " <nl> <nl> namespace toco { <nl> namespace tflite { <nl> TEST ( OperatorKeyTest , TestFlexWithControlFlowOp ) { <nl> EXPECT_TRUE ( key . is_unsupported_flex_op ) ; <nl> } <nl> <nl> + TEST ( OperatorKeyTest , TestFlexWithPartiallySupportedOps ) { <nl> + / / Test Toco - supported / TFLite - unsupported operators . <nl> + / / TODO ( ycling ) : The test will be broken if Range is implemented in TFLite . <nl> + / / Find a more robust way to test the fallback logic . <nl> + auto op = absl : : make_unique < RangeOperator > ( ) ; <nl> + <nl> + const auto ops_by_type = BuildOperatorByTypeMap ( ) ; <nl> + <nl> + { <nl> + / / If NodeDef isn ' t retained in the Toco op , a regular custom op <nl> + / / will be exported . <nl> + const auto key = details : : GetOperatorKey ( * op , ops_by_type , true ) ; <nl> + EXPECT_EQ ( key . type , : : tflite : : BuiltinOperator_CUSTOM ) ; <nl> + EXPECT_EQ ( key . custom_code , " Range " ) ; <nl> + EXPECT_EQ ( key . version , 1 ) ; <nl> + EXPECT_FALSE ( key . is_flex_op ) ; <nl> + } <nl> + <nl> + : : tensorflow : : NodeDef node_def ; <nl> + node_def . set_name ( " Range " ) ; <nl> + node_def . set_op ( " Range " ) ; <nl> + node_def . SerializeToString ( & op - > tensorflow_node_def ) ; <nl> + <nl> + { <nl> + / / If NodeDef is retained in the Toco op , a Flex op will be exported . <nl> + const auto key = details : : GetOperatorKey ( * op , ops_by_type , true ) ; <nl> + EXPECT_EQ ( key . type , : : tflite : : BuiltinOperator_CUSTOM ) ; <nl> + EXPECT_EQ ( key . custom_code , " FlexRange " ) ; <nl> + EXPECT_EQ ( key . version , 1 ) ; <nl> + EXPECT_TRUE ( key . is_flex_op ) ; <nl> + } <nl> + } <nl> + <nl> / / TODO ( ahentz ) : tests for tensors , inputs , outputs , opcodes and operators . <nl> <nl> } / / namespace <nl> mmm a / tensorflow / contrib / lite / toco / tflite / operator . cc <nl> ppp b / tensorflow / contrib / lite / toco / tflite / operator . cc <nl> class Unpack : public BuiltinOperator < UnpackOperator , : : tflite : : UnpackOptions , <nl> int GetVersion ( const Operator & op ) const override { return 1 ; } <nl> } ; <nl> <nl> + std : : unique_ptr < flexbuffers : : Builder > WriteFlexOpOptions ( <nl> + const string & tensorflow_node_def ) { <nl> + auto fbb = absl : : make_unique < flexbuffers : : Builder > ( ) ; <nl> + <nl> + : : tensorflow : : NodeDef node_def ; <nl> + if ( ! node_def . ParseFromString ( tensorflow_node_def ) ) { <nl> + LOG ( ERROR ) < < " Failed to parse TensorFlow NodeDef " ; <nl> + return { } ; <nl> + } <nl> + <nl> + fbb - > Vector ( [ & ] ( ) { <nl> + fbb - > String ( node_def . op ( ) ) ; <nl> + fbb - > String ( tensorflow_node_def ) ; <nl> + } ) ; <nl> + fbb - > Finish ( ) ; <nl> + LOG ( INFO ) < < " Writing flex op : " < < node_def . op ( ) ; <nl> + return std : : unique_ptr < flexbuffers : : Builder > ( fbb . release ( ) ) ; <nl> + } <nl> + <nl> class TensorFlowUnsupported : public BaseOperator { <nl> public : <nl> TensorFlowUnsupported ( const string & name , OperatorType type , <nl> class TensorFlowUnsupported : public BaseOperator { <nl> <nl> std : : unique_ptr < flexbuffers : : Builder > WriteOptions ( <nl> const TensorFlowUnsupportedOperator & op ) const { <nl> + if ( allow_flex_ops_ ) { <nl> + return WriteFlexOpOptions ( op . tensorflow_node_def ) ; <nl> + } <nl> auto fbb = absl : : make_unique < flexbuffers : : Builder > ( ) ; <nl> <nl> : : tensorflow : : NodeDef node_def ; <nl> class TensorFlowUnsupported : public BaseOperator { <nl> return std : : unique_ptr < flexbuffers : : Builder > ( ) ; <nl> } <nl> <nl> - if ( allow_flex_ops_ ) { <nl> - fbb - > Vector ( [ & ] ( ) { <nl> - fbb - > String ( node_def . op ( ) ) ; <nl> - fbb - > String ( op . tensorflow_node_def ) ; <nl> - } ) ; <nl> - fbb - > Finish ( ) ; <nl> - LOG ( INFO ) < < " Writing flex op : " < < node_def . op ( ) ; <nl> - return std : : unique_ptr < flexbuffers : : Builder > ( fbb . release ( ) ) ; <nl> - } <nl> - <nl> bool has_valid_attr = false ; <nl> size_t map_start = fbb - > StartMap ( ) ; <nl> for ( const auto & pair : node_def . attr ( ) ) { <nl> mmm a / tensorflow / contrib / lite / toco / tflite / operator . h <nl> ppp b / tensorflow / contrib / lite / toco / tflite / operator . h <nl> limitations under the License . <nl> # define TENSORFLOW_CONTRIB_LITE_TOCO_TFLITE_OPERATOR_H_ <nl> <nl> # include " flatbuffers / flatbuffers . h " <nl> + # include " flatbuffers / flexbuffers . h " <nl> # include " tensorflow / contrib / lite / schema / schema_generated . h " <nl> # include " tensorflow / contrib / lite / toco / model . h " <nl> <nl> std : : map < string , std : : unique_ptr < BaseOperator > > BuildOperatorByNameMap ( <nl> std : : map < OperatorType , std : : unique_ptr < BaseOperator > > BuildOperatorByTypeMap ( <nl> bool allow_flex_ops = false ) ; <nl> <nl> + / / Write the custom option FlexBuffer with a serialized TensorFlow NodeDef <nl> + / / for a Flex op . <nl> + std : : unique_ptr < flexbuffers : : Builder > WriteFlexOpOptions ( <nl> + const string & tensorflow_node_def ) ; <nl> + <nl> / / These are the flatbuffer types for custom and builtin options . <nl> using CustomOptions = flatbuffers : : Vector < uint8_t > ; <nl> using BuiltinOptions = void ; <nl>	Handle Range & BatchMatMul in partial Flex mode	tensorflow/tensorflow	4d69a79b1ebd0c2180959c1047fbc9db106701e1	2018-10-05T20:43:48Z
mmm a / src / core / lib / channel / http_client_filter . c <nl> ppp b / src / core / lib / channel / http_client_filter . c <nl> <nl> # include " src / core / lib / support / string . h " <nl> # include " src / core / lib / transport / static_metadata . h " <nl> <nl> + # define EXPECTED_CONTENT_TYPE " application / grpc " <nl> + # define EXPECTED_CONTENT_TYPE_LENGTH sizeof ( EXPECTED_CONTENT_TYPE ) - 1 <nl> + <nl> typedef struct call_data { <nl> grpc_linked_mdelem method ; <nl> grpc_linked_mdelem scheme ; <nl> static grpc_mdelem * client_recv_filter ( void * user_data , grpc_mdelem * md ) { <nl> } else if ( md - > key = = GRPC_MDSTR_STATUS ) { <nl> grpc_call_element_send_cancel ( a - > exec_ctx , a - > elem ) ; <nl> return NULL ; <nl> + } else if ( md = = GRPC_MDELEM_CONTENT_TYPE_APPLICATION_SLASH_GRPC ) { <nl> + return NULL ; <nl> } else if ( md - > key = = GRPC_MDSTR_CONTENT_TYPE ) { <nl> + const char * value_str = grpc_mdstr_as_c_string ( md - > value ) ; <nl> + if ( strncmp ( value_str , EXPECTED_CONTENT_TYPE , <nl> + EXPECTED_CONTENT_TYPE_LENGTH ) = = 0 & & <nl> + ( value_str [ EXPECTED_CONTENT_TYPE_LENGTH ] = = ' + ' \| \| <nl> + value_str [ EXPECTED_CONTENT_TYPE_LENGTH ] = = ' ; ' ) ) { <nl> + / * Although the C implementation doesn ' t ( currently ) generate them , <nl> + any custom + - suffix is explicitly valid . * / <nl> + / * TODO ( klempner ) : We should consider preallocating common values such <nl> + as + proto or + json , or at least stashing them if we see them . * / <nl> + / * TODO ( klempner ) : Should we be surfacing this to application code ? * / <nl> + } else { <nl> + / * TODO ( klempner ) : We ' re currently allowing this , but we shouldn ' t <nl> + see it without a proxy so log for now . * / <nl> + gpr_log ( GPR_INFO , " Unexpected content - type ' % s ' " , value_str ) ; <nl> + } <nl> return NULL ; <nl> } <nl> return md ; <nl> mmm a / src / core / lib / channel / http_server_filter . c <nl> ppp b / src / core / lib / channel / http_server_filter . c <nl> static grpc_mdelem * server_filter ( void * user_data , grpc_mdelem * md ) { <nl> } else { <nl> / * TODO ( klempner ) : We ' re currently allowing this , but we shouldn ' t <nl> see it without a proxy so log for now . * / <nl> - gpr_log ( GPR_INFO , " Unexpected content - type % s " , value_str ) ; <nl> + gpr_log ( GPR_INFO , " Unexpected content - type ' % s ' " , value_str ) ; <nl> } <nl> return NULL ; <nl> } else if ( md - > key = = GRPC_MDSTR_TE \| \| md - > key = = GRPC_MDSTR_METHOD \| \| <nl>	Check content type on the client response path	grpc/grpc	8ba60db6ed050a53a5e97d5da176363ef5e4b2d4	2016-05-20T20:53:14Z
mmm a / plugins / CMakeLists . txt <nl> ppp b / plugins / CMakeLists . txt <nl> <nl> - add_subdirectory ( net_plugin ) <nl> + # add_subdirectory ( net_plugin ) <nl> # add_subdirectory ( p2p_plugin ) <nl> add_subdirectory ( http_plugin ) <nl> add_subdirectory ( chain_plugin ) <nl> mmm a / plugins / net_plugin / include / eos / net_plugin / net_plugin . hpp <nl> ppp b / plugins / net_plugin / include / eos / net_plugin / net_plugin . hpp <nl> <nl> * / <nl> # pragma once <nl> # include < appbase / application . hpp > <nl> - # include < eosio / chain_plugin / chain_plugin . hpp > <nl> + # include < eos / chain_plugin / chain_plugin . hpp > <nl> <nl> namespace eosio { <nl> using namespace appbase ; <nl> mmm a / plugins / net_plugin / include / eos / net_plugin / protocol . hpp <nl> ppp b / plugins / net_plugin / include / eos / net_plugin / protocol . hpp <nl> namespace eosio { <nl> ordered_blk_ids req_blocks ; <nl> } ; <nl> <nl> - # if 0 <nl> struct processed_trans_summary { <nl> transaction_id_type id ; <nl> vector < message_output > outmsgs ; <nl> namespace eosio { <nl> vector < transaction_id_type > gen_trx ; / / is this necessary to send ? <nl> vector < processed_trans_summary > user_trx ; <nl> } ; <nl> + <nl> using cycle_ids = vector < thread_ids > ; <nl> - # endif <nl> struct block_summary_message { <nl> signed_block_header block_header ; <nl> - # if 0 <nl> vector < cycle_ids > trx_ids ; <nl> - # endif <nl> } ; <nl> <nl> struct sync_request_message { <nl> FC_REFLECT ( eosio : : handshake_message , <nl> ( os ) ( agent ) ( generation ) ) <nl> FC_REFLECT ( eosio : : go_away_message , ( reason ) ( node_id ) ) <nl> FC_REFLECT ( eosio : : time_message , ( org ) ( rec ) ( xmt ) ( dst ) ) <nl> - # if 0 <nl> FC_REFLECT ( eosio : : processed_trans_summary , ( id ) ( outmsgs ) ) <nl> FC_REFLECT ( eosio : : thread_ids , ( gen_trx ) ( user_trx ) ) <nl> - # endif <nl> - FC_REFLECT ( eosio : : block_summary_message , ( block_header ) / * ( trx_ids ) * / ) <nl> + FC_REFLECT ( eosio : : block_summary_message , ( block_header ) ( trx_ids ) ) <nl> FC_REFLECT ( eosio : : notice_message , ( known_trx ) ( known_blocks ) ) <nl> FC_REFLECT ( eosio : : request_message , ( req_trx ) ( req_blocks ) ) <nl> FC_REFLECT ( eosio : : sync_request_message , ( start_block ) ( end_block ) ) <nl> mmm a / plugins / net_plugin / net_plugin . cpp <nl> ppp b / plugins / net_plugin / net_plugin . cpp <nl> <nl> # include < boost / asio / steady_timer . hpp > <nl> # include < boost / intrusive / set . hpp > <nl> <nl> - # include < eosio / chain / contracts / types . hpp > <nl> - <nl> namespace eosio { <nl> using std : : vector ; <nl> <nl> namespace eosio { <nl> using eosio : : chain : : transaction_id_type ; <nl> namespace bip = boost : : interprocess ; <nl> <nl> - using chain : : contracts : : uint16 ; <nl> - <nl> class connection ; <nl> class sync_manager ; <nl> <nl> namespace eosio { <nl> } <nl> <nl> void net_plugin_impl : : handle_message ( connection_ptr c , const block_summary_message & msg ) { <nl> - # if 0 <nl> fc_dlog ( logger , " got a block_summary_message from $ { p } " , ( " p " , c - > peer_name ( ) ) ) ; <nl> fc_dlog ( logger , " bsm header = $ { h } " , ( " h " , msg . block_header ) ) ; <nl> fc_dlog ( logger , " txn count = $ { c } " , ( " c " , msg . trx_ids . size ( ) ) ) ; <nl> namespace eosio { <nl> if ( ! cc . is_known_block ( msg . block_header . id ( ) ) ) { <nl> sb . previous = msg . block_header . previous ; <nl> sb . timestamp = msg . block_header . timestamp ; <nl> - sb . transaction_mroot = msg . block_header . transaction_mroot ; <nl> - sb . new_producers = msg . block_header . new_producers ; <nl> + sb . transaction_merkle_root = msg . block_header . transaction_merkle_root ; <nl> + sb . producer_changes = msg . block_header . producer_changes ; <nl> sb . producer = msg . block_header . producer ; <nl> sb . producer_signature = msg . block_header . producer_signature ; <nl> <nl> namespace eosio { <nl> if ( cyc . size ( ) = = 0 ) { <nl> continue ; <nl> } <nl> - sb . cycles_summary . emplace_back ( eosio : : chain : : cycle ( ) ) ; <nl> - eosio : : chain : : cycle & sbcycle = sb . cycles_summary . back ( ) ; <nl> + sb . cycles . emplace_back ( eosio : : chain : : cycle ( ) ) ; <nl> + eosio : : chain : : cycle & sbcycle = sb . cycles . back ( ) ; <nl> for ( auto & cyc_thr_id : cyc ) { <nl> fc_dlog ( logger , " cycle user theads count = $ { c } " , ( " c " , cyc_thr_id . user_trx . size ( ) ) ) ; <nl> if ( cyc_thr_id . user_trx . size ( ) = = 0 ) { <nl> continue ; <nl> } <nl> - sbcycle . emplace_back ( eosio : : chain : : shard ( ) ) ; <nl> - eosio : : chain : : shard & cyc_thr = sbcycle . back ( ) ; <nl> + sbcycle . emplace_back ( eosio : : chain : : thread ( ) ) ; <nl> + eosio : : chain : : thread & cyc_thr = sbcycle . back ( ) ; <nl> / * <nl> for ( auto & gt : cyc_thr_id . gen_trx ) { <nl> try { <nl> namespace eosio { <nl> } <nl> * / <nl> for ( auto & ut : cyc_thr_id . user_trx ) { <nl> - if ( cc . is_known_transaction ( ut . id ) = = false ) { <nl> - elog ( " unable to retieve user transaction " ) ; <nl> - fetch_error = true ; <nl> - break ; <nl> + / / auto ltxn = local_txns . get < by_id > ( ) . find ( ut ) ; <nl> + <nl> + try { <nl> + processed_transaction pt ( cc . get_recent_transaction ( ut . id ) ) ; <nl> + pt . output = ut . outmsgs ; <nl> + cyc_thr . user_input . emplace_back ( pt ) ; <nl> + <nl> + fc_dlog ( logger , " Found the transaction " ) ; <nl> + } catch ( const exception & ex ) { <nl> + fetch_error = true ; <nl> + elog ( " unable to retieve user transaction , caught { ex } " , ( " ex " , ex ) ) ; <nl> + break ; <nl> + } catch ( . . . ) { <nl> + fetch_error = true ; <nl> + elog ( " unable to retieve user transaction " ) ; <nl> + break ; <nl> } <nl> } <nl> if ( fetch_error ) { <nl> namespace eosio { <nl> elog ( " unable to accept block , reason unknown " ) ; <nl> } <nl> } <nl> - # endif <nl> } <nl> <nl> void net_plugin_impl : : handle_message ( connection_ptr c , const signed_transaction & msg ) { <nl> namespace eosio { <nl> send_all ( sb , [ ] ( connection_ptr c ) - > bool { return true ; } ) ; <nl> return ; <nl> } <nl> - # if 0 <nl> + <nl> block_summary_message bsm = { sb , vector < cycle_ids > ( ) } ; <nl> vector < cycle_ids > & trxs = bsm . trx_ids ; <nl> - if ( ! sb . cycles_summary . empty ( ) ) { <nl> - for ( const auto & cyc : sb . cycles_summary ) { <nl> + if ( ! sb . cycles . empty ( ) ) { <nl> + for ( const auto & cyc : sb . cycles ) { <nl> fc_dlog ( logger , " cyc . size = $ { cs } " , ( " cs " , cyc . size ( ) ) ) ; <nl> if ( cyc . empty ( ) ) { <nl> continue ; <nl> namespace eosio { <nl> trxs . emplace_back ( cycle_ids ( ) ) ; <nl> cycle_ids & cycs = trxs . back ( ) ; <nl> fc_dlog ( logger , " trxs . size = $ { ts } cycles . size = $ { cs } " , ( " ts " , trxs . size ( ) ) ( " cs " , cycs . size ( ) ) ) ; <nl> - for ( const shard & shrd : cyc ) { <nl> + for ( const auto & thr : cyc ) { <nl> fc_dlog ( logger , " user txns = $ { ui } generated = $ { gi } " , ( " ui " , thr . user_input . size ( ) ) ( " gi " , thr . generated_input . size ( ) ) ) ; <nl> if ( thr . user_input . size ( ) = = 0 ) { <nl> continue ; <nl> namespace eosio { <nl> } <nl> return false ; <nl> } ) ; <nl> - # endif <nl> } <nl> <nl> void <nl> namespace eosio { <nl> ( " remote - endpoint " , bpo : : value < vector < string > > ( ) - > composing ( ) , " The IP address and port of a remote peer to sync with . " ) <nl> ( " public - endpoint " , bpo : : value < string > ( ) , " Overrides the advertised listen endpointlisten ip address . " ) <nl> ( " agent - name " , bpo : : value < string > ( ) - > default_value ( " EOS Test Agent " ) , " The name supplied to identify this node amongst the peers . " ) <nl> - # if 0 <nl> - ( " send - whole - blocks " , bpo : : value < bool > ( ) - > default_value ( def_send_whole_blocks ) , " True to always send full blocks , false to send block summaries " ) <nl> - # endif <nl> + ( " send - whole - blocks " , bpo : : value < bool > ( ) - > default_value ( def_send_whole_blocks ) , " True to always send full blocks , false to send block summaries " ) <nl> ( " log - level - net - plugin " , bpo : : value < string > ( ) - > default_value ( " info " ) , " Log level : one of ' all ' , ' debug ' , ' info ' , ' warn ' , ' error ' , or ' off ' " ) <nl> ; <nl> } <nl> mmm a / programs / eosiod / CMakeLists . txt <nl> ppp b / programs / eosiod / CMakeLists . txt <nl> target_link_libraries ( eosiod <nl> # PRIVATE account_history_api_plugin account_history_plugin db_plugin <nl> PRIVATE chain_api_plugin producer_plugin chain_plugin <nl> PRIVATE wallet_api_plugin <nl> - PRIVATE net_plugin <nl> + # PRIVATE net_plugin <nl> PRIVATE http_plugin <nl> PRIVATE eosio_chain fc $ { CMAKE_DL_LIBS } $ { PLATFORM_SPECIFIC_LIBS } ) <nl> <nl> mmm a / programs / eosiod / main . cpp <nl> ppp b / programs / eosiod / main . cpp <nl> <nl> # include < eosio / chain_plugin / chain_plugin . hpp > <nl> # include < eosio / http_plugin / http_plugin . hpp > <nl> # include < eosio / chain_api_plugin / chain_api_plugin . hpp > <nl> - # include < eos / net_plugin / net_plugin . hpp > <nl> + / / # include < eosio / net_plugin / net_plugin . hpp > <nl> / / # include < eosio / account_history_plugin / account_history_plugin . hpp > <nl> / / # include < eosio / account_history_api_plugin / account_history_api_plugin . hpp > <nl> # include < eosio / wallet_api_plugin / wallet_api_plugin . hpp > <nl> int main ( int argc , char * * argv ) <nl> app ( ) . register_plugin < producer_plugin > ( ) ; <nl> / / app ( ) . register_plugin < account_history_api_plugin > ( ) ; <nl> app ( ) . register_plugin < wallet_api_plugin > ( ) ; <nl> - app ( ) . register_plugin < net_plugin > ( ) ; <nl> if ( ! app ( ) . initialize < chain_plugin , http_plugin > ( argc , argv ) ) <nl> return - 1 ; <nl> app ( ) . startup ( ) ; <nl>	Revert " Renable building of net_plugin "	EOSIO/eos	fdc44be21381599724476f982e15e8bd3f87d63e	2017-12-07T22:04:24Z
new file mode 100644 <nl> index 0000000000 . . 20e22cf1e1 <nl> mmm / dev / null <nl> ppp b / code / artificial_intelligence / src / DBSCAN_Clustering / dbscan . py <nl> <nl> + # Part of Cosmos by OpenGenus Foundation <nl> + <nl> + import numpy as np <nl> + import math <nl> + <nl> + UNCLASSIFIED = False <nl> + NOISE = None <nl> + <nl> + def _dist ( p , q ) : <nl> + return math . sqrt ( np . power ( p - q , 2 ) . sum ( ) ) <nl> + <nl> + def _eps_neighborhood ( p , q , eps ) : <nl> + return _dist ( p , q ) < eps <nl> + <nl> + def _region_query ( m , point_id , eps ) : <nl> + n_points = m . shape [ 1 ] <nl> + seeds = [ ] <nl> + for i in range ( 0 , n_points ) : <nl> + if _eps_neighborhood ( m [ : , point_id ] , m [ : , i ] , eps ) : <nl> + seeds . append ( i ) <nl> + return seeds <nl> + <nl> + def _expand_cluster ( m , classifications , point_id , cluster_id , eps , min_points ) : <nl> + seeds = _region_query ( m , point_id , eps ) <nl> + if len ( seeds ) < min_points : <nl> + classifications [ point_id ] = NOISE <nl> + return False <nl> + else : <nl> + classifications [ point_id ] = cluster_id <nl> + for seed_id in seeds : <nl> + classifications [ seed_id ] = cluster_id <nl> + <nl> + while len ( seeds ) > 0 : <nl> + current_point = seeds [ 0 ] <nl> + results = _region_query ( m , current_point , eps ) <nl> + if len ( results ) > = min_points : <nl> + for i in range ( 0 , len ( results ) ) : <nl> + result_point = results [ i ] <nl> + if classifications [ result_point ] = = UNCLASSIFIED or \ <nl> + classifications [ result_point ] = = NOISE : <nl> + if classifications [ result_point ] = = UNCLASSIFIED : <nl> + seeds . append ( result_point ) <nl> + classifications [ result_point ] = cluster_id <nl> + seeds = seeds [ 1 : ] <nl> + return True <nl> + <nl> + def dbscan ( m , eps , min_points ) : <nl> + " " " Implementation of Density Based Spatial Clustering of Applications with Noise <nl> + See https : / / en . wikipedia . org / wiki / DBSCAN <nl> + <nl> + scikit - learn probably has a better implementation <nl> + <nl> + Uses Euclidean Distance as the measure <nl> + <nl> + Inputs : <nl> + m - A matrix whose columns are feature vectors <nl> + eps - Maximum distance two points can be to be regionally related <nl> + min_points - The minimum number of points to make a cluster <nl> + <nl> + Outputs : <nl> + An array with either a cluster id number or dbscan . NOISE ( None ) for each <nl> + column vector in m . <nl> + " " " <nl> + cluster_id = 1 <nl> + n_points = m . shape [ 1 ] <nl> + classifications = [ UNCLASSIFIED ] * n_points <nl> + for point_id in range ( 0 , n_points ) : <nl> + point = m [ : , point_id ] <nl> + if classifications [ point_id ] = = UNCLASSIFIED : <nl> + if _expand_cluster ( m , classifications , point_id , cluster_id , eps , min_points ) : <nl> + cluster_id = cluster_id + 1 <nl> + return classifications <nl> + <nl> + # def test_dbscan ( ) : <nl> + # m = np . matrix ( ' 1 1 . 2 0 . 8 3 . 7 3 . 9 3 . 6 10 ; 1 . 1 0 . 8 1 4 3 . 9 4 . 1 10 ' ) <nl> + # eps = 0 . 5 <nl> + # min_points = 2 <nl> + # assert dbscan ( m , eps , min_points ) = = [ 1 , 1 , 1 , 2 , 2 , 2 , None ] <nl> + <nl> + def main ( ) : <nl> + m = np . matrix ( ' - 0 . 99 - 0 . 98 - 0 . 97 - 0 . 96 - 0 . 95 0 . 95 0 . 96 0 . 97 0 . 98 0 . 99 ; 1 . 1 1 . 09 1 . 08 1 . 07 1 . 06 1 . 06 1 . 07 1 . 08 1 . 09 1 . 1 ' ) <nl> + eps = 1 <nl> + min_points = 3 <nl> + print ( dbscan ( m , eps , min_points ) ) <nl> + <nl> + main ( ) <nl> new file mode 100644 <nl> index 0000000000 . . 107cecb6c9 <nl> mmm / dev / null <nl> ppp b / code / artificial_intelligence / src / DBSCAN_Clustering / readme . md <nl> <nl> + # cosmos <nl> + > Your personal library of every algorithm and data structure code that you will ever encounter <nl> + <nl> + # DBSCAN Clustering <nl> + A Density - Based Algorithm for Discovering Clusters in Large Spatial Databases with Noise Martin Ester , Hans - Peter Kriegel , Jörg Sander , Xiaowei Xu . This is a density based spatial clustering of applications with noise . <nl> + <nl> + <nl> + mmm <nl> + <nl> + < p align = " center " > <nl> + A massive collaborative effort by < a href = " https : / / github . com / OpenGenus / cosmos " > OpenGenus Foundation < / a > <nl> + < / p > <nl> + <nl> + mmm <nl> new file mode 100644 <nl> index 0000000000 . . e5f2075e4f <nl> mmm / dev / null <nl> ppp b / code / artificial_intelligence / src / ISODATA_Clustering / ISODATA . py <nl> <nl> + # Part of Cosmos by OpenGenus Foundation <nl> + from math import sqrt <nl> + <nl> + # measure distance between two points <nl> + def distance_2point ( x1 , y1 , x2 , y2 ) : <nl> + return sqrt ( ( x2 - x1 ) * * 2 + ( y2 - y1 ) * * 2 ) <nl> + <nl> + <nl> + # estimate volume of the cluster <nl> + def volume_estimation ( cluster , center ) : <nl> + num_of_points = len ( cluster ) <nl> + distance = [ ] <nl> + for i in range ( num_of_points ) : <nl> + distance . append ( distance_2point ( center [ 0 ] , center [ 1 ] , cluster [ i ] [ 0 ] , cluster [ i ] [ 1 ] ) ) <nl> + <nl> + return sum ( distance ) / num_of_points <nl> + <nl> + <nl> + # defining of new cluster center <nl> + def new_cluster_centers ( cluster ) : <nl> + s = list ( map ( sum , zip ( * cluster ) ) ) <nl> + length = len ( cluster ) <nl> + return ( s [ 0 ] / length , s [ 1 ] / length ) <nl> + <nl> + <nl> + # measure distances between each two pairs of cluster centers <nl> + def center_distance ( centers ) : <nl> + D_ij = { } <nl> + # offset coeficient <nl> + k = 0 <nl> + for i in range ( len ( centers ) ) : <nl> + for j in range ( k , len ( centers ) ) : <nl> + if i = = j : <nl> + pass <nl> + else : <nl> + D_ij [ ( i , j ) ] = distance_2point ( centers [ i ] [ 0 ] , centers [ i ] [ 1 ] , centers [ j ] [ 0 ] , centers [ j ] [ 1 ] ) <nl> + k + = 1 <nl> + return D_ij <nl> + <nl> + <nl> + # standart deviation vector for cluster <nl> + def standart_deviation ( values , center ) : <nl> + n = len ( values ) <nl> + x_coord = [ ] <nl> + y_coord = [ ] <nl> + for i in range ( n ) : <nl> + x_coord . append ( ( values [ i ] [ 0 ] - center [ 0 ] ) * * 2 ) <nl> + y_coord . append ( ( values [ i ] [ 1 ] - center [ 1 ] ) * * 2 ) <nl> + <nl> + x = sqrt ( sum ( x_coord ) / n ) <nl> + y = sqrt ( sum ( y_coord ) / n ) <nl> + <nl> + return ( x , y ) <nl> + <nl> + <nl> + def cluster_points_distribution ( centers , points ) : <nl> + centers_len = len ( centers ) <nl> + points_len = len ( points ) <nl> + distances = [ ] <nl> + distance = [ ] <nl> + <nl> + # define array for clusters <nl> + clusters = [ [ ] for i in range ( centers_len ) ] <nl> + <nl> + # iteration throught all points <nl> + for i in range ( points_len ) : <nl> + # iteration throught all centers <nl> + for j in range ( centers_len ) : <nl> + distance . append ( distance_2point ( centers [ j ] [ 0 ] , centers [ j ] [ 1 ] , points [ i ] [ 0 ] , points [ i ] [ 1 ] ) ) <nl> + distances . append ( distance ) <nl> + distance = [ ] <nl> + <nl> + # distribution <nl> + for i in range ( points_len ) : <nl> + ind = distances [ i ] . index ( min ( distances [ i ] ) ) <nl> + clusters [ ind ] . append ( points [ i ] ) <nl> + <nl> + return clusters <nl> + <nl> + <nl> + def cluster_division ( cluster , center , dev_vector ) : <nl> + # divide only center of clusters <nl> + <nl> + # coeficient <nl> + k = 0 . 5 <nl> + <nl> + max_deviation = max ( dev_vector ) <nl> + index = dev_vector . index ( max ( dev_vector ) ) <nl> + g = k * max_deviation <nl> + <nl> + # defining new centers <nl> + center1 = list ( center ) <nl> + center2 = list ( center ) <nl> + center1 [ index ] + = g <nl> + center2 [ index ] - = g <nl> + <nl> + cluster1 = [ ] <nl> + cluster2 = [ ] <nl> + <nl> + return tuple ( center1 ) , tuple ( center2 ) <nl> + <nl> + <nl> + def cluster_union ( cluster1 , cluster2 , center1 , center2 ) : <nl> + x1 = center1 [ 0 ] <nl> + x2 = center2 [ 0 ] <nl> + y1 = center1 [ 1 ] <nl> + y2 = center2 [ 1 ] <nl> + n1 = len ( cluster1 ) <nl> + n2 = len ( cluster2 ) <nl> + <nl> + x = ( n1 * x1 + n2 * x2 ) / ( n1 + n2 ) <nl> + y = ( n1 * y1 + n2 * y2 ) / ( n1 + n2 ) <nl> + center = ( x , y ) <nl> + cluster = cluster1 + cluster2 <nl> + <nl> + return center , cluster <nl> + <nl> + <nl> + def clusterize ( ) : <nl> + # initial values <nl> + K = 4 # max cluster number <nl> + THETA_N = 1 # for cluster elimination <nl> + THETA_S = 1 # for cluster division <nl> + THETA_C = 3 # for cluster union <nl> + L = 3 # <nl> + I = 4 # max number of iterations <nl> + N_c = 1 # number of primary cluster centers <nl> + <nl> + distance = [ ] # distances array <nl> + centers = [ ] # clusters centers <nl> + clusters = [ ] # array for clusters points <nl> + iteration = 1 # number of current iteration <nl> + <nl> + centers . append ( points [ 0 ] ) # first cluster center <nl> + <nl> + while iteration < = I : <nl> + # print ( " Iteration " , iteration ) <nl> + # step 2 <nl> + <nl> + " " " <nl> + if there are one cluster center - all points goes to first cluster <nl> + otherwise we distribute points between clusters <nl> + " " " <nl> + if len ( centers ) < = 1 : <nl> + clusters . append ( points ) <nl> + else : <nl> + clusters = cluster_points_distribution ( centers , points ) <nl> + <nl> + # step 3 <nl> + # eliminating small clusters ( unfinished ! ! ! ! ! ! ) <nl> + " " " <nl> + for i in range ( len ( clusters ) ) : <nl> + <nl> + if len ( clusters [ i ] ) < = THETA_N : <nl> + print ( clusters [ i ] [ i ] ) <nl> + item = clusters [ i ] [ i ] <nl> + points . remove ( item ) <nl> + # del clusters [ i ] <nl> + break <nl> + else : <nl> + print ( " else " ) <nl> + break <nl> + " " " <nl> + <nl> + # step 4 <nl> + # erasing existing centers and defining a new ones <nl> + centers = [ ] <nl> + for i in range ( len ( clusters ) ) : <nl> + centers . append ( new_cluster_centers ( clusters [ i ] ) ) <nl> + <nl> + # step 5 - estimating volumes of all clusters <nl> + # array for clusters volume <nl> + D_vol = [ ] <nl> + for i in range ( len ( centers ) ) : <nl> + D_vol . append ( volume_estimation ( clusters [ i ] , centers [ i ] ) ) <nl> + <nl> + # step 6 <nl> + if len ( clusters ) < = 1 : <nl> + D = 0 <nl> + else : <nl> + cluster_length = [ ] <nl> + vol_sum = [ ] <nl> + for i in range ( len ( centers ) ) : <nl> + cluster_length . append ( len ( clusters [ i ] ) ) <nl> + vol_sum . append ( cluster_length [ i ] * D_vol [ i ] ) <nl> + <nl> + D = sum ( vol_sum ) / len ( points ) <nl> + <nl> + # step 7 <nl> + if iteration > = I : <nl> + THETA_C = 0 <nl> + <nl> + elif ( N_c > = 2 * K ) or ( iteration % 2 = = 0 ) : <nl> + pass <nl> + <nl> + else : <nl> + # step 8 <nl> + # vectors of all clusters standart deviation <nl> + vectors = [ ] <nl> + for i in range ( len ( centers ) ) : <nl> + vectors . append ( standart_deviation ( clusters [ i ] , centers [ i ] ) ) <nl> + <nl> + # step 9 <nl> + max_s = [ ] <nl> + for v in vectors : <nl> + max_s . append ( max ( v [ 0 ] , v [ 1 ] ) ) <nl> + <nl> + # step 10 ( cluster division ) <nl> + for i in range ( len ( max_s ) ) : <nl> + length = len ( clusters [ i ] ) <nl> + coef = 2 * ( THETA_N + 1 ) <nl> + <nl> + if ( max_s [ i ] > THETA_S ) and ( ( D_vol [ i ] > D and length > coef ) or N_c < float ( K ) / 2 ) : <nl> + center1 , center2 = cluster_division ( clusters [ i ] , centers [ i ] , vectors [ i ] ) <nl> + del centers [ i ] <nl> + centers . append ( center1 ) <nl> + centers . append ( center2 ) <nl> + N_c + = 1 <nl> + <nl> + else : <nl> + pass <nl> + <nl> + # for i in clusters : <nl> + # print ( i ) <nl> + <nl> + # step 11 <nl> + D_ij = center_distance ( centers ) <nl> + rang = { } <nl> + for coord in D_ij : <nl> + if D_ij [ coord ] < THETA_C : <nl> + rang [ coord ] = ( D_ij [ coord ] ) <nl> + else : <nl> + pass <nl> + <nl> + " " " <nl> + # step 13 ( cluster union ) <nl> + for key in rang . keys ( ) : <nl> + cluster_union ( clusters [ key ] , clusters [ key . next ( ) ] , centers [ key ] , centers [ key . next ( ) ] ) <nl> + N_c - = 1 <nl> + <nl> + " " " <nl> + <nl> + iteration + = 1 <nl> + <nl> + return clusters <nl> + <nl> + <nl> + if __name__ = = ' __main__ ' : <nl> + # if file called as a script <nl> + # cluster points <nl> + points1 = [ <nl> + ( 2 , 5 ) , <nl> + ( 2 , 4 ) , <nl> + ( 2 , 3 ) , <nl> + ( 8 , 8 ) , <nl> + ( 7 , 7 ) , <nl> + ( 6 , 6 ) , <nl> + ( - 5 , - 4 ) , <nl> + ( - 6 , - 4 ) , <nl> + ( - 9 , - 4 ) , <nl> + ( 5 , - 6 ) , <nl> + ( 6 , - 5 ) , <nl> + ( 44 , 49 ) , <nl> + ( 45 , 50 ) <nl> + ] <nl> + points2 = [ <nl> + ( - 0 . 99 , 1 . 09 ) , <nl> + ( - 0 . 98 , 1 . 08 ) , <nl> + ( - 0 . 97 , 1 . 07 ) , <nl> + ( - 0 . 96 , 1 . 06 ) , <nl> + ( - 0 . 95 , 1 . 05 ) , <nl> + ( - 0 . 94 , 1 . 04 ) , <nl> + ( - 0 . 93 , 1 . 04 ) , <nl> + ( 0 . 94 , 1 . 04 ) , <nl> + ( 0 . 95 , 1 . 05 ) , <nl> + ( 0 . 96 , 1 . 06 ) , <nl> + ( 0 . 97 , 1 . 07 ) , <nl> + ( 0 . 98 , 1 . 08 ) , <nl> + ( 0 . 99 , 1 . 09 ) <nl> + ] <nl> + points3 = [ <nl> + ( - 99 , 109 ) , <nl> + ( - 98 , 108 ) , <nl> + ( - 97 , 107 ) , <nl> + ( - 96 , 106 ) , <nl> + ( - 95 , 105 ) , <nl> + ( - 94 , 104 ) , <nl> + ( - 93 , 104 ) , <nl> + ( 94 , 104 ) , <nl> + ( 95 , 105 ) , <nl> + ( 96 , 106 ) , <nl> + ( 97 , 107 ) , <nl> + ( 98 , 108 ) , <nl> + ( 99 , 109 ) <nl> + ] <nl> + points = points3 <nl> + cl = clusterize ( ) <nl> + for i in cl : <nl> + print ( " Cl " , i ) <nl> + <nl> + <nl> + <nl> + <nl> new file mode 100644 <nl> index 0000000000 . . f7f1441615 <nl> mmm / dev / null <nl> ppp b / code / artificial_intelligence / src / ISODATA_Clustering / readme . md <nl> <nl> + # cosmos <nl> + > Your personal library of every algorithm and data structure code that you will ever encounter <nl> + <nl> + # ISODATA Clustering <nl> + ISODATA stands for The Iterative Self - Organizing Data Analysis Technique algorithm used for Multispectral pattern recognition was developed by Geoffrey H . Ball and David J . Hall , working in the Stanford Research Institute in Menlo Park , CA . <nl> + <nl> + mmm <nl> + <nl> + < p align = " center " > <nl> + A massive collaborative effort by < a href = " https : / / github . com / OpenGenus / cosmos " > OpenGenus Foundation < / a > <nl> + < / p > <nl> + <nl> + mmm <nl>	Merge pull request from gaoliyao / master	OpenGenus/cosmos	58d227ea398d04b3d4867ad4f7ed1a2291941ebf	2018-02-06T19:10:37Z
mmm a / util / options_test . cc <nl> ppp b / util / options_test . cc <nl> TEST_F ( OptionsParserTest , EscapeOptionString ) { <nl> / / Only run OptionsParserTest . BlockBasedTableOptionsAdded on limited platforms <nl> / / as it depends on behavior of compilers . <nl> # ifdef OS_LINUX <nl> + # ifndef __clang__ <nl> const char kSpecialChar = ' R ' ; <nl> / / Items in the form of < offset , size > . Need to be in ascending order <nl> / / and not overlapping . Need to updated if new pointer - option is added . <nl> const std : : vector < std : : pair < int , size_t > > kBbtoBlacklist = { <nl> } ; <nl> <nl> void FillWithSpecialChar ( char * start_ptr ) { <nl> - int offset = 0 ; <nl> + size_t offset = 0 ; <nl> for ( auto & pair : kBbtoBlacklist ) { <nl> std : : memset ( start_ptr + offset , kSpecialChar , pair . first - offset ) ; <nl> offset = pair . first + pair . second ; <nl> void FillWithSpecialChar ( char * start_ptr ) { <nl> int NumUnsetBytes ( char * start_ptr ) { <nl> int total_unset_bytes_base = 0 ; <nl> <nl> - int offset = 0 ; <nl> + size_t offset = 0 ; <nl> for ( auto & pair : kBbtoBlacklist ) { <nl> for ( char * ptr = start_ptr + offset ; ptr < start_ptr + pair . first ; ptr + + ) { <nl> if ( * ptr = = kSpecialChar ) { <nl> TEST_F ( OptionsParserTest , BlockBasedTableOptionsAllFieldsSettable ) { <nl> delete [ ] bbto_ptr ; <nl> delete [ ] new_bbto_ptr ; <nl> } <nl> + # endif / / ! __clang__ <nl> # endif / / OS_LINUX <nl> # endif / / ! ROCKSDB_LITE <nl> <nl>	Disable OptionsParserTest . BlockBasedTableOptionsAllFieldsSettable under CLANG	facebook/rocksdb	2c2b72218d1693c55a528893daeb792b0a87c194	2016-01-21T18:56:34Z
mmm a / src / core / src / core_timing . cpp <nl> ppp b / src / core / src / core_timing . cpp <nl> <nl> - / / Copyright ( c ) 2012 - PPSSPP Project / Dolphin Project . <nl> - <nl> - / / This program is free software : you can redistribute it and / or modify <nl> - / / it under the terms of the GNU General Public License as published by <nl> - / / the Free Software Foundation , version 2 . 0 or later versions . <nl> - <nl> - / / This program is distributed in the hope that it will be useful , <nl> - / / but WITHOUT ANY WARRANTY ; without even the implied warranty of <nl> - / / MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE . See the <nl> - / / GNU General Public License 2 . 0 for more details . <nl> - <nl> - / / A copy of the GPL 2 . 0 should have been included with the program . <nl> - / / If not , see http : / / www . gnu . org / licenses / <nl> - <nl> - / / Official git repository and contact information can be found at <nl> - / / https : / / github . com / hrydgard / ppsspp and http : / / www . ppsspp . org / . <nl> - <nl> + / / Copyright 2013 Dolphin Emulator Project <nl> + / / Licensed under GPLv2 <nl> + / / Refer to the license . txt file included . <nl> <nl> # include < vector > <nl> # include < cstdio > <nl> <nl> # include " core . h " <nl> # include " chunk_file . h " <nl> <nl> - / / # include " HLE / sceKernelThread . h " <nl> - <nl> int g_clock_rate_arm11 = 268123480 ; <nl> <nl> / / is this really necessary ? <nl> namespace CoreTiming <nl> <nl> struct EventType <nl> { <nl> - EventType ( ) { } <nl> + EventType ( ) { } <nl> <nl> - EventType ( TimedCallback cb , const char * n ) <nl> - : callback ( cb ) , name ( n ) { } <nl> + EventType ( TimedCallback cb , const char * n ) <nl> + : callback ( cb ) , name ( n ) { } <nl> <nl> - TimedCallback callback ; <nl> - const char * name ; <nl> + TimedCallback callback ; <nl> + const char * name ; <nl> } ; <nl> <nl> std : : vector < EventType > event_types ; <nl> <nl> struct BaseEvent <nl> { <nl> - s64 time ; <nl> - u64 userdata ; <nl> - int type ; <nl> - / / Event * next ; <nl> + s64 time ; <nl> + u64 userdata ; <nl> + int type ; <nl> + / / Event * next ; <nl> } ; <nl> <nl> typedef LinkedListItem < BaseEvent > Event ; <nl> s64 idledCycles ; <nl> static std : : recursive_mutex externalEventSection ; <nl> <nl> / / Warning : not included in save state . <nl> - void ( * advanceCallback ) ( int cyclesExecuted ) = NULL ; <nl> + void ( * advanceCallback ) ( int cyclesExecuted ) = NULL ; <nl> <nl> void SetClockFrequencyMHz ( int cpuMhz ) <nl> { <nl> - g_clock_rate_arm11 = cpuMhz * 1000000 ; <nl> - / / TODO : Rescale times of scheduled events ? <nl> + g_clock_rate_arm11 = cpuMhz * 1000000 ; <nl> + / / TODO : Rescale times of scheduled events ? <nl> } <nl> <nl> int GetClockFrequencyMHz ( ) <nl> { <nl> - return g_clock_rate_arm11 / 1000000 ; <nl> + return g_clock_rate_arm11 / 1000000 ; <nl> } <nl> <nl> <nl> Event * GetNewEvent ( ) <nl> { <nl> - if ( ! eventPool ) <nl> - return new Event ; <nl> + if ( ! eventPool ) <nl> + return new Event ; <nl> <nl> - Event * ev = eventPool ; <nl> - eventPool = ev - > next ; <nl> - return ev ; <nl> + Event * ev = eventPool ; <nl> + eventPool = ev - > next ; <nl> + return ev ; <nl> } <nl> <nl> Event * GetNewTsEvent ( ) <nl> { <nl> - allocatedTsEvents + + ; <nl> + allocatedTsEvents + + ; <nl> <nl> - if ( ! eventTsPool ) <nl> - return new Event ; <nl> + if ( ! eventTsPool ) <nl> + return new Event ; <nl> <nl> - Event * ev = eventTsPool ; <nl> - eventTsPool = ev - > next ; <nl> - return ev ; <nl> + Event * ev = eventTsPool ; <nl> + eventTsPool = ev - > next ; <nl> + return ev ; <nl> } <nl> <nl> void FreeEvent ( Event * ev ) <nl> { <nl> - ev - > next = eventPool ; <nl> - eventPool = ev ; <nl> + ev - > next = eventPool ; <nl> + eventPool = ev ; <nl> } <nl> <nl> void FreeTsEvent ( Event * ev ) <nl> { <nl> - ev - > next = eventTsPool ; <nl> - eventTsPool = ev ; <nl> - allocatedTsEvents - - ; <nl> + ev - > next = eventTsPool ; <nl> + eventTsPool = ev ; <nl> + allocatedTsEvents - - ; <nl> } <nl> <nl> int RegisterEvent ( const char * name , TimedCallback callback ) <nl> { <nl> - event_types . push_back ( EventType ( callback , name ) ) ; <nl> - return ( int ) event_types . size ( ) - 1 ; <nl> + event_types . push_back ( EventType ( callback , name ) ) ; <nl> + return ( int ) event_types . size ( ) - 1 ; <nl> } <nl> <nl> void AntiCrashCallback ( u64 userdata , int cyclesLate ) <nl> { <nl> - ERROR_LOG ( TIME , " Savestate broken : an unregistered event was called . " ) ; <nl> - Core : : Halt ( " invalid timing events " ) ; <nl> + ERROR_LOG ( TIME , " Savestate broken : an unregistered event was called . " ) ; <nl> + Core : : Halt ( " invalid timing events " ) ; <nl> } <nl> <nl> void RestoreRegisterEvent ( int event_type , const char * name , TimedCallback callback ) <nl> { <nl> - if ( event_type > = ( int ) event_types . size ( ) ) <nl> - event_types . resize ( event_type + 1 , EventType ( AntiCrashCallback , " INVALID EVENT " ) ) ; <nl> + if ( event_type > = ( int ) event_types . size ( ) ) <nl> + event_types . resize ( event_type + 1 , EventType ( AntiCrashCallback , " INVALID EVENT " ) ) ; <nl> <nl> - event_types [ event_type ] = EventType ( callback , name ) ; <nl> + event_types [ event_type ] = EventType ( callback , name ) ; <nl> } <nl> <nl> void UnregisterAllEvents ( ) <nl> { <nl> - if ( first ) <nl> - PanicAlert ( " Cannot unregister events with events pending " ) ; <nl> - event_types . clear ( ) ; <nl> + if ( first ) <nl> + PanicAlert ( " Cannot unregister events with events pending " ) ; <nl> + event_types . clear ( ) ; <nl> } <nl> <nl> void Init ( ) <nl> { <nl> - / / currentMIPS - > downcount = INITIAL_SLICE_LENGTH ; <nl> - / / slicelength = INITIAL_SLICE_LENGTH ; <nl> - globalTimer = 0 ; <nl> - idledCycles = 0 ; <nl> - hasTsEvents = 0 ; <nl> + / / currentMIPS - > downcount = INITIAL_SLICE_LENGTH ; <nl> + / / slicelength = INITIAL_SLICE_LENGTH ; <nl> + globalTimer = 0 ; <nl> + idledCycles = 0 ; <nl> + hasTsEvents = 0 ; <nl> } <nl> <nl> void Shutdown ( ) <nl> { <nl> - MoveEvents ( ) ; <nl> - ClearPendingEvents ( ) ; <nl> - UnregisterAllEvents ( ) ; <nl> + MoveEvents ( ) ; <nl> + ClearPendingEvents ( ) ; <nl> + UnregisterAllEvents ( ) ; <nl> <nl> - while ( eventPool ) <nl> - { <nl> - Event * ev = eventPool ; <nl> - eventPool = ev - > next ; <nl> - delete ev ; <nl> - } <nl> + while ( eventPool ) <nl> + { <nl> + Event * ev = eventPool ; <nl> + eventPool = ev - > next ; <nl> + delete ev ; <nl> + } <nl> <nl> - std : : lock_guard < std : : recursive_mutex > lk ( externalEventSection ) ; <nl> - while ( eventTsPool ) <nl> - { <nl> - Event * ev = eventTsPool ; <nl> - eventTsPool = ev - > next ; <nl> - delete ev ; <nl> - } <nl> + std : : lock_guard < std : : recursive_mutex > lk ( externalEventSection ) ; <nl> + while ( eventTsPool ) <nl> + { <nl> + Event * ev = eventTsPool ; <nl> + eventTsPool = ev - > next ; <nl> + delete ev ; <nl> + } <nl> } <nl> <nl> u64 GetTicks ( ) <nl> { <nl> - ERROR_LOG ( TIME , " Unimplemented function ! " ) ; <nl> - return 0 ; <nl> - / / return ( u64 ) globalTimer + slicelength - currentMIPS - > downcount ; <nl> + ERROR_LOG ( TIME , " Unimplemented function ! " ) ; <nl> + return 0 ; <nl> + / / return ( u64 ) globalTimer + slicelength - currentMIPS - > downcount ; <nl> } <nl> <nl> u64 GetIdleTicks ( ) <nl> { <nl> - return ( u64 ) idledCycles ; <nl> + return ( u64 ) idledCycles ; <nl> } <nl> <nl> <nl> u64 GetIdleTicks ( ) <nl> / / schedule things to be executed on the main thread . <nl> void ScheduleEvent_Threadsafe ( s64 cyclesIntoFuture , int event_type , u64 userdata ) <nl> { <nl> - std : : lock_guard < std : : recursive_mutex > lk ( externalEventSection ) ; <nl> - Event * ne = GetNewTsEvent ( ) ; <nl> - ne - > time = GetTicks ( ) + cyclesIntoFuture ; <nl> - ne - > type = event_type ; <nl> - ne - > next = 0 ; <nl> - ne - > userdata = userdata ; <nl> - if ( ! tsFirst ) <nl> - tsFirst = ne ; <nl> - if ( tsLast ) <nl> - tsLast - > next = ne ; <nl> - tsLast = ne ; <nl> + std : : lock_guard < std : : recursive_mutex > lk ( externalEventSection ) ; <nl> + Event * ne = GetNewTsEvent ( ) ; <nl> + ne - > time = GetTicks ( ) + cyclesIntoFuture ; <nl> + ne - > type = event_type ; <nl> + ne - > next = 0 ; <nl> + ne - > userdata = userdata ; <nl> + if ( ! tsFirst ) <nl> + tsFirst = ne ; <nl> + if ( tsLast ) <nl> + tsLast - > next = ne ; <nl> + tsLast = ne ; <nl> <nl> - Common : : AtomicStoreRelease ( hasTsEvents , 1 ) ; <nl> + Common : : AtomicStoreRelease ( hasTsEvents , 1 ) ; <nl> } <nl> <nl> / / Same as ScheduleEvent_Threadsafe ( 0 , . . . ) EXCEPT if we are already on the CPU thread <nl> / / in which case the event will get handled immediately , before returning . <nl> void ScheduleEvent_Threadsafe_Immediate ( int event_type , u64 userdata ) <nl> { <nl> - if ( false ) / / Core : : IsCPUThread ( ) ) <nl> - { <nl> - std : : lock_guard < std : : recursive_mutex > lk ( externalEventSection ) ; <nl> - event_types [ event_type ] . callback ( userdata , 0 ) ; <nl> - } <nl> - else <nl> - ScheduleEvent_Threadsafe ( 0 , event_type , userdata ) ; <nl> + if ( false ) / / Core : : IsCPUThread ( ) ) <nl> + { <nl> + std : : lock_guard < std : : recursive_mutex > lk ( externalEventSection ) ; <nl> + event_types [ event_type ] . callback ( userdata , 0 ) ; <nl> + } <nl> + else <nl> + ScheduleEvent_Threadsafe ( 0 , event_type , userdata ) ; <nl> } <nl> <nl> void ClearPendingEvents ( ) <nl> { <nl> - while ( first ) <nl> - { <nl> - Event * e = first - > next ; <nl> - FreeEvent ( first ) ; <nl> - first = e ; <nl> - } <nl> + while ( first ) <nl> + { <nl> + Event * e = first - > next ; <nl> + FreeEvent ( first ) ; <nl> + first = e ; <nl> + } <nl> } <nl> <nl> void AddEventToQueue ( Event * ne ) <nl> { <nl> - Event * prev = NULL ; <nl> - Event * * pNext = & first ; <nl> - for ( ; ; ) <nl> - { <nl> - Event * & next = * pNext ; <nl> - if ( ! next \| \| ne - > time < next - > time ) <nl> - { <nl> - ne - > next = next ; <nl> - next = ne ; <nl> - break ; <nl> - } <nl> - prev = next ; <nl> - pNext = & prev - > next ; <nl> - } <nl> + Event * prev = NULL ; <nl> + Event * * pNext = & first ; <nl> + for ( ; ; ) <nl> + { <nl> + Event * & next = * pNext ; <nl> + if ( ! next \| \| ne - > time < next - > time ) <nl> + { <nl> + ne - > next = next ; <nl> + next = ne ; <nl> + break ; <nl> + } <nl> + prev = next ; <nl> + pNext = & prev - > next ; <nl> + } <nl> } <nl> <nl> / / This must be run ONLY from within the cpu thread <nl> void AddEventToQueue ( Event * ne ) <nl> / / than Advance <nl> void ScheduleEvent ( s64 cyclesIntoFuture , int event_type , u64 userdata ) <nl> { <nl> - Event * ne = GetNewEvent ( ) ; <nl> - ne - > userdata = userdata ; <nl> - ne - > type = event_type ; <nl> - ne - > time = GetTicks ( ) + cyclesIntoFuture ; <nl> - AddEventToQueue ( ne ) ; <nl> + Event * ne = GetNewEvent ( ) ; <nl> + ne - > userdata = userdata ; <nl> + ne - > type = event_type ; <nl> + ne - > time = GetTicks ( ) + cyclesIntoFuture ; <nl> + AddEventToQueue ( ne ) ; <nl> } <nl> <nl> / / Returns cycles left in timer . <nl> s64 UnscheduleEvent ( int event_type , u64 userdata ) <nl> { <nl> - s64 result = 0 ; <nl> - if ( ! first ) <nl> - return result ; <nl> - while ( first ) <nl> - { <nl> - if ( first - > type = = event_type & & first - > userdata = = userdata ) <nl> - { <nl> - result = first - > time - globalTimer ; <nl> - <nl> - Event * next = first - > next ; <nl> - FreeEvent ( first ) ; <nl> - first = next ; <nl> - } <nl> - else <nl> - { <nl> - break ; <nl> - } <nl> - } <nl> - if ( ! first ) <nl> - return result ; <nl> - Event * prev = first ; <nl> - Event * ptr = prev - > next ; <nl> - while ( ptr ) <nl> - { <nl> - if ( ptr - > type = = event_type & & ptr - > userdata = = userdata ) <nl> - { <nl> - result = ptr - > time - globalTimer ; <nl> - <nl> - prev - > next = ptr - > next ; <nl> - FreeEvent ( ptr ) ; <nl> - ptr = prev - > next ; <nl> - } <nl> - else <nl> - { <nl> - prev = ptr ; <nl> - ptr = ptr - > next ; <nl> - } <nl> - } <nl> - <nl> - return result ; <nl> + s64 result = 0 ; <nl> + if ( ! first ) <nl> + return result ; <nl> + while ( first ) <nl> + { <nl> + if ( first - > type = = event_type & & first - > userdata = = userdata ) <nl> + { <nl> + result = first - > time - globalTimer ; <nl> + <nl> + Event * next = first - > next ; <nl> + FreeEvent ( first ) ; <nl> + first = next ; <nl> + } <nl> + else <nl> + { <nl> + break ; <nl> + } <nl> + } <nl> + if ( ! first ) <nl> + return result ; <nl> + Event * prev = first ; <nl> + Event * ptr = prev - > next ; <nl> + while ( ptr ) <nl> + { <nl> + if ( ptr - > type = = event_type & & ptr - > userdata = = userdata ) <nl> + { <nl> + result = ptr - > time - globalTimer ; <nl> + <nl> + prev - > next = ptr - > next ; <nl> + FreeEvent ( ptr ) ; <nl> + ptr = prev - > next ; <nl> + } <nl> + else <nl> + { <nl> + prev = ptr ; <nl> + ptr = ptr - > next ; <nl> + } <nl> + } <nl> + <nl> + return result ; <nl> } <nl> <nl> s64 UnscheduleThreadsafeEvent ( int event_type , u64 userdata ) <nl> { <nl> - s64 result = 0 ; <nl> - std : : lock_guard < std : : recursive_mutex > lk ( externalEventSection ) ; <nl> - if ( ! tsFirst ) <nl> - return result ; <nl> - while ( tsFirst ) <nl> - { <nl> - if ( tsFirst - > type = = event_type & & tsFirst - > userdata = = userdata ) <nl> - { <nl> - result = tsFirst - > time - globalTimer ; <nl> - <nl> - Event * next = tsFirst - > next ; <nl> - FreeTsEvent ( tsFirst ) ; <nl> - tsFirst = next ; <nl> - } <nl> - else <nl> - { <nl> - break ; <nl> - } <nl> - } <nl> - if ( ! tsFirst ) <nl> - { <nl> - tsLast = NULL ; <nl> - return result ; <nl> - } <nl> - <nl> - Event * prev = tsFirst ; <nl> - Event * ptr = prev - > next ; <nl> - while ( ptr ) <nl> - { <nl> - if ( ptr - > type = = event_type & & ptr - > userdata = = userdata ) <nl> - { <nl> - result = ptr - > time - globalTimer ; <nl> - <nl> - prev - > next = ptr - > next ; <nl> - if ( ptr = = tsLast ) <nl> - tsLast = prev ; <nl> - FreeTsEvent ( ptr ) ; <nl> - ptr = prev - > next ; <nl> - } <nl> - else <nl> - { <nl> - prev = ptr ; <nl> - ptr = ptr - > next ; <nl> - } <nl> - } <nl> - <nl> - return result ; <nl> + s64 result = 0 ; <nl> + std : : lock_guard < std : : recursive_mutex > lk ( externalEventSection ) ; <nl> + if ( ! tsFirst ) <nl> + return result ; <nl> + while ( tsFirst ) <nl> + { <nl> + if ( tsFirst - > type = = event_type & & tsFirst - > userdata = = userdata ) <nl> + { <nl> + result = tsFirst - > time - globalTimer ; <nl> + <nl> + Event * next = tsFirst - > next ; <nl> + FreeTsEvent ( tsFirst ) ; <nl> + tsFirst = next ; <nl> + } <nl> + else <nl> + { <nl> + break ; <nl> + } <nl> + } <nl> + if ( ! tsFirst ) <nl> + { <nl> + tsLast = NULL ; <nl> + return result ; <nl> + } <nl> + <nl> + Event * prev = tsFirst ; <nl> + Event * ptr = prev - > next ; <nl> + while ( ptr ) <nl> + { <nl> + if ( ptr - > type = = event_type & & ptr - > userdata = = userdata ) <nl> + { <nl> + result = ptr - > time - globalTimer ; <nl> + <nl> + prev - > next = ptr - > next ; <nl> + if ( ptr = = tsLast ) <nl> + tsLast = prev ; <nl> + FreeTsEvent ( ptr ) ; <nl> + ptr = prev - > next ; <nl> + } <nl> + else <nl> + { <nl> + prev = ptr ; <nl> + ptr = ptr - > next ; <nl> + } <nl> + } <nl> + <nl> + return result ; <nl> } <nl> <nl> / / Warning : not included in save state . <nl> - void RegisterAdvanceCallback ( void ( * callback ) ( int cyclesExecuted ) ) <nl> + void RegisterAdvanceCallback ( void ( * callback ) ( int cyclesExecuted ) ) <nl> { <nl> - advanceCallback = callback ; <nl> + advanceCallback = callback ; <nl> } <nl> <nl> - bool IsScheduled ( int event_type ) <nl> + bool IsScheduled ( int event_type ) <nl> { <nl> - if ( ! first ) <nl> - return false ; <nl> - Event * e = first ; <nl> - while ( e ) { <nl> - if ( e - > type = = event_type ) <nl> - return true ; <nl> - e = e - > next ; <nl> - } <nl> - return false ; <nl> + if ( ! first ) <nl> + return false ; <nl> + Event * e = first ; <nl> + while ( e ) { <nl> + if ( e - > type = = event_type ) <nl> + return true ; <nl> + e = e - > next ; <nl> + } <nl> + return false ; <nl> } <nl> <nl> void RemoveEvent ( int event_type ) <nl> { <nl> - if ( ! first ) <nl> - return ; <nl> - while ( first ) <nl> - { <nl> - if ( first - > type = = event_type ) <nl> - { <nl> - Event * next = first - > next ; <nl> - FreeEvent ( first ) ; <nl> - first = next ; <nl> - } <nl> - else <nl> - { <nl> - break ; <nl> - } <nl> - } <nl> - if ( ! first ) <nl> - return ; <nl> - Event * prev = first ; <nl> - Event * ptr = prev - > next ; <nl> - while ( ptr ) <nl> - { <nl> - if ( ptr - > type = = event_type ) <nl> - { <nl> - prev - > next = ptr - > next ; <nl> - FreeEvent ( ptr ) ; <nl> - ptr = prev - > next ; <nl> - } <nl> - else <nl> - { <nl> - prev = ptr ; <nl> - ptr = ptr - > next ; <nl> - } <nl> - } <nl> + if ( ! first ) <nl> + return ; <nl> + while ( first ) <nl> + { <nl> + if ( first - > type = = event_type ) <nl> + { <nl> + Event * next = first - > next ; <nl> + FreeEvent ( first ) ; <nl> + first = next ; <nl> + } <nl> + else <nl> + { <nl> + break ; <nl> + } <nl> + } <nl> + if ( ! first ) <nl> + return ; <nl> + Event * prev = first ; <nl> + Event * ptr = prev - > next ; <nl> + while ( ptr ) <nl> + { <nl> + if ( ptr - > type = = event_type ) <nl> + { <nl> + prev - > next = ptr - > next ; <nl> + FreeEvent ( ptr ) ; <nl> + ptr = prev - > next ; <nl> + } <nl> + else <nl> + { <nl> + prev = ptr ; <nl> + ptr = ptr - > next ; <nl> + } <nl> + } <nl> } <nl> <nl> void RemoveThreadsafeEvent ( int event_type ) <nl> { <nl> - std : : lock_guard < std : : recursive_mutex > lk ( externalEventSection ) ; <nl> - if ( ! tsFirst ) <nl> - { <nl> - return ; <nl> - } <nl> - while ( tsFirst ) <nl> - { <nl> - if ( tsFirst - > type = = event_type ) <nl> - { <nl> - Event * next = tsFirst - > next ; <nl> - FreeTsEvent ( tsFirst ) ; <nl> - tsFirst = next ; <nl> - } <nl> - else <nl> - { <nl> - break ; <nl> - } <nl> - } <nl> - if ( ! tsFirst ) <nl> - { <nl> - tsLast = NULL ; <nl> - return ; <nl> - } <nl> - Event * prev = tsFirst ; <nl> - Event * ptr = prev - > next ; <nl> - while ( ptr ) <nl> - { <nl> - if ( ptr - > type = = event_type ) <nl> - { <nl> - prev - > next = ptr - > next ; <nl> - if ( ptr = = tsLast ) <nl> - tsLast = prev ; <nl> - FreeTsEvent ( ptr ) ; <nl> - ptr = prev - > next ; <nl> - } <nl> - else <nl> - { <nl> - prev = ptr ; <nl> - ptr = ptr - > next ; <nl> - } <nl> - } <nl> + std : : lock_guard < std : : recursive_mutex > lk ( externalEventSection ) ; <nl> + if ( ! tsFirst ) <nl> + { <nl> + return ; <nl> + } <nl> + while ( tsFirst ) <nl> + { <nl> + if ( tsFirst - > type = = event_type ) <nl> + { <nl> + Event * next = tsFirst - > next ; <nl> + FreeTsEvent ( tsFirst ) ; <nl> + tsFirst = next ; <nl> + } <nl> + else <nl> + { <nl> + break ; <nl> + } <nl> + } <nl> + if ( ! tsFirst ) <nl> + { <nl> + tsLast = NULL ; <nl> + return ; <nl> + } <nl> + Event * prev = tsFirst ; <nl> + Event * ptr = prev - > next ; <nl> + while ( ptr ) <nl> + { <nl> + if ( ptr - > type = = event_type ) <nl> + { <nl> + prev - > next = ptr - > next ; <nl> + if ( ptr = = tsLast ) <nl> + tsLast = prev ; <nl> + FreeTsEvent ( ptr ) ; <nl> + ptr = prev - > next ; <nl> + } <nl> + else <nl> + { <nl> + prev = ptr ; <nl> + ptr = ptr - > next ; <nl> + } <nl> + } <nl> } <nl> <nl> void RemoveAllEvents ( int event_type ) <nl> { <nl> - RemoveThreadsafeEvent ( event_type ) ; <nl> - RemoveEvent ( event_type ) ; <nl> + RemoveThreadsafeEvent ( event_type ) ; <nl> + RemoveEvent ( event_type ) ; <nl> } <nl> <nl> / / This raise only the events required while the fifo is processing data <nl> void ProcessFifoWaitEvents ( ) <nl> { <nl> - while ( first ) <nl> - { <nl> - if ( first - > time < = globalTimer ) <nl> - { <nl> - / / LOG ( TIMER , " [ Scheduler ] % s ( % lld , % lld ) " , <nl> - / / first - > name ? first - > name : " ? " , ( u64 ) globalTimer , ( u64 ) first - > time ) ; <nl> - Event * evt = first ; <nl> - first = first - > next ; <nl> - event_types [ evt - > type ] . callback ( evt - > userdata , ( int ) ( globalTimer - evt - > time ) ) ; <nl> - FreeEvent ( evt ) ; <nl> - } <nl> - else <nl> - { <nl> - break ; <nl> - } <nl> - } <nl> + while ( first ) <nl> + { <nl> + if ( first - > time < = globalTimer ) <nl> + { <nl> + / / LOG ( TIMER , " [ Scheduler ] % s ( % lld , % lld ) " , <nl> + / / first - > name ? first - > name : " ? " , ( u64 ) globalTimer , ( u64 ) first - > time ) ; <nl> + Event * evt = first ; <nl> + first = first - > next ; <nl> + event_types [ evt - > type ] . callback ( evt - > userdata , ( int ) ( globalTimer - evt - > time ) ) ; <nl> + FreeEvent ( evt ) ; <nl> + } <nl> + else <nl> + { <nl> + break ; <nl> + } <nl> + } <nl> } <nl> <nl> void MoveEvents ( ) <nl> { <nl> - Common : : AtomicStoreRelease ( hasTsEvents , 0 ) ; <nl> - <nl> - std : : lock_guard < std : : recursive_mutex > lk ( externalEventSection ) ; <nl> - / / Move events from async queue into main queue <nl> - while ( tsFirst ) <nl> - { <nl> - Event * next = tsFirst - > next ; <nl> - AddEventToQueue ( tsFirst ) ; <nl> - tsFirst = next ; <nl> - } <nl> - tsLast = NULL ; <nl> - <nl> - / / Move free events to threadsafe pool <nl> - while ( allocatedTsEvents > 0 & & eventPool ) <nl> - { <nl> - Event * ev = eventPool ; <nl> - eventPool = ev - > next ; <nl> - ev - > next = eventTsPool ; <nl> - eventTsPool = ev ; <nl> - allocatedTsEvents - - ; <nl> - } <nl> + Common : : AtomicStoreRelease ( hasTsEvents , 0 ) ; <nl> + <nl> + std : : lock_guard < std : : recursive_mutex > lk ( externalEventSection ) ; <nl> + / / Move events from async queue into main queue <nl> + while ( tsFirst ) <nl> + { <nl> + Event * next = tsFirst - > next ; <nl> + AddEventToQueue ( tsFirst ) ; <nl> + tsFirst = next ; <nl> + } <nl> + tsLast = NULL ; <nl> + <nl> + / / Move free events to threadsafe pool <nl> + while ( allocatedTsEvents > 0 & & eventPool ) <nl> + { <nl> + Event * ev = eventPool ; <nl> + eventPool = ev - > next ; <nl> + ev - > next = eventTsPool ; <nl> + eventTsPool = ev ; <nl> + allocatedTsEvents - - ; <nl> + } <nl> } <nl> <nl> void Advance ( ) <nl> { <nl> - ERROR_LOG ( TIME , " Unimplemented function ! " ) ; <nl> - / / int cyclesExecuted = slicelength - currentMIPS - > downcount ; <nl> - / / globalTimer + = cyclesExecuted ; <nl> - / / currentMIPS - > downcount = slicelength ; <nl> - <nl> - / / if ( Common : : AtomicLoadAcquire ( hasTsEvents ) ) <nl> - / / MoveEvents ( ) ; <nl> - / / ProcessFifoWaitEvents ( ) ; <nl> - <nl> - / / if ( ! first ) <nl> - / / { <nl> - / / / / WARN_LOG ( TIMER , " WARNING - no events in queue . Setting currentMIPS - > downcount to 10000 " ) ; <nl> - / / currentMIPS - > downcount + = 10000 ; <nl> - / / } <nl> - / / else <nl> - / / { <nl> - / / slicelength = ( int ) ( first - > time - globalTimer ) ; <nl> - / / if ( slicelength > MAX_SLICE_LENGTH ) <nl> - / / slicelength = MAX_SLICE_LENGTH ; <nl> - / / currentMIPS - > downcount = slicelength ; <nl> - / / } <nl> - / / if ( advanceCallback ) <nl> - / / advanceCallback ( cyclesExecuted ) ; <nl> + ERROR_LOG ( TIME , " Unimplemented function ! " ) ; <nl> + / / int cyclesExecuted = slicelength - currentMIPS - > downcount ; <nl> + / / globalTimer + = cyclesExecuted ; <nl> + / / currentMIPS - > downcount = slicelength ; <nl> + <nl> + / / if ( Common : : AtomicLoadAcquire ( hasTsEvents ) ) <nl> + / / MoveEvents ( ) ; <nl> + / / ProcessFifoWaitEvents ( ) ; <nl> + <nl> + / / if ( ! first ) <nl> + / / { <nl> + / / / / WARN_LOG ( TIMER , " WARNING - no events in queue . Setting currentMIPS - > downcount to 10000 " ) ; <nl> + / / currentMIPS - > downcount + = 10000 ; <nl> + / / } <nl> + / / else <nl> + / / { <nl> + / / slicelength = ( int ) ( first - > time - globalTimer ) ; <nl> + / / if ( slicelength > MAX_SLICE_LENGTH ) <nl> + / / slicelength = MAX_SLICE_LENGTH ; <nl> + / / currentMIPS - > downcount = slicelength ; <nl> + / / } <nl> + / / if ( advanceCallback ) <nl> + / / advanceCallback ( cyclesExecuted ) ; <nl> } <nl> <nl> void LogPendingEvents ( ) <nl> { <nl> - Event * ptr = first ; <nl> - while ( ptr ) <nl> - { <nl> - / / INFO_LOG ( TIMER , " PENDING : Now : % lld Pending : % lld Type : % d " , globalTimer , ptr - > time , ptr - > type ) ; <nl> - ptr = ptr - > next ; <nl> - } <nl> + Event * ptr = first ; <nl> + while ( ptr ) <nl> + { <nl> + / / INFO_LOG ( TIMER , " PENDING : Now : % lld Pending : % lld Type : % d " , globalTimer , ptr - > time , ptr - > type ) ; <nl> + ptr = ptr - > next ; <nl> + } <nl> } <nl> <nl> void Idle ( int maxIdle ) <nl> { <nl> - ERROR_LOG ( TIME , " Unimplemented function ! " ) ; <nl> - / / int cyclesDown = currentMIPS - > downcount ; <nl> - / / if ( maxIdle ! = 0 & & cyclesDown > maxIdle ) <nl> - / / cyclesDown = maxIdle ; <nl> + ERROR_LOG ( TIME , " Unimplemented function ! " ) ; <nl> + / / int cyclesDown = currentMIPS - > downcount ; <nl> + / / if ( maxIdle ! = 0 & & cyclesDown > maxIdle ) <nl> + / / cyclesDown = maxIdle ; <nl> <nl> - / / if ( first & & cyclesDown > 0 ) <nl> - / / { <nl> - / / int cyclesExecuted = slicelength - currentMIPS - > downcount ; <nl> - / / int cyclesNextEvent = ( int ) ( first - > time - globalTimer ) ; <nl> + / / if ( first & & cyclesDown > 0 ) <nl> + / / { <nl> + / / int cyclesExecuted = slicelength - currentMIPS - > downcount ; <nl> + / / int cyclesNextEvent = ( int ) ( first - > time - globalTimer ) ; <nl> <nl> - / / if ( cyclesNextEvent < cyclesExecuted + cyclesDown ) <nl> - / / { <nl> - / / cyclesDown = cyclesNextEvent - cyclesExecuted ; <nl> - / / / / Now , now . . . no time machines , please . <nl> - / / if ( cyclesDown < 0 ) <nl> - / / cyclesDown = 0 ; <nl> - / / } <nl> - / / } <nl> + / / if ( cyclesNextEvent < cyclesExecuted + cyclesDown ) <nl> + / / { <nl> + / / cyclesDown = cyclesNextEvent - cyclesExecuted ; <nl> + / / / / Now , now . . . no time machines , please . <nl> + / / if ( cyclesDown < 0 ) <nl> + / / cyclesDown = 0 ; <nl> + / / } <nl> + / / } <nl> <nl> - / / INFO_LOG ( TIME , " Idle for % i cycles ! ( % f ms ) " , cyclesDown , cyclesDown / ( float ) ( g_clock_rate_arm11 * 0 . 001f ) ) ; <nl> + / / INFO_LOG ( TIME , " Idle for % i cycles ! ( % f ms ) " , cyclesDown , cyclesDown / ( float ) ( g_clock_rate_arm11 * 0 . 001f ) ) ; <nl> <nl> - / / idledCycles + = cyclesDown ; <nl> - / / currentMIPS - > downcount - = cyclesDown ; <nl> - / / if ( currentMIPS - > downcount = = 0 ) <nl> - / / currentMIPS - > downcount = - 1 ; <nl> + / / idledCycles + = cyclesDown ; <nl> + / / currentMIPS - > downcount - = cyclesDown ; <nl> + / / if ( currentMIPS - > downcount = = 0 ) <nl> + / / currentMIPS - > downcount = - 1 ; <nl> } <nl> <nl> std : : string GetScheduledEventsSummary ( ) <nl> { <nl> - Event * ptr = first ; <nl> - std : : string text = " Scheduled events \ n " ; <nl> - text . reserve ( 1000 ) ; <nl> - while ( ptr ) <nl> - { <nl> - unsigned int t = ptr - > type ; <nl> - if ( t > = event_types . size ( ) ) <nl> - PanicAlert ( " Invalid event type " ) ; / / % i " , t ) ; <nl> - const char * name = event_types [ ptr - > type ] . name ; <nl> - if ( ! name ) <nl> - name = " [ unknown ] " ; <nl> - char temp [ 512 ] ; <nl> - sprintf ( temp , " % s : % i % 08x % 08x \ n " , name , ( int ) ptr - > time , ( u32 ) ( ptr - > userdata > > 32 ) , ( u32 ) ( ptr - > userdata ) ) ; <nl> - text + = temp ; <nl> - ptr = ptr - > next ; <nl> - } <nl> - return text ; <nl> + Event * ptr = first ; <nl> + std : : string text = " Scheduled events \ n " ; <nl> + text . reserve ( 1000 ) ; <nl> + while ( ptr ) <nl> + { <nl> + unsigned int t = ptr - > type ; <nl> + if ( t > = event_types . size ( ) ) <nl> + PanicAlert ( " Invalid event type " ) ; / / % i " , t ) ; <nl> + const char * name = event_types [ ptr - > type ] . name ; <nl> + if ( ! name ) <nl> + name = " [ unknown ] " ; <nl> + char temp [ 512 ] ; <nl> + sprintf ( temp , " % s : % i % 08x % 08x \ n " , name , ( int ) ptr - > time , ( u32 ) ( ptr - > userdata > > 32 ) , ( u32 ) ( ptr - > userdata ) ) ; <nl> + text + = temp ; <nl> + ptr = ptr - > next ; <nl> + } <nl> + return text ; <nl> } <nl> <nl> void Event_DoState ( PointerWrap & p , BaseEvent * ev ) <nl> { <nl> - p . Do ( * ev ) ; <nl> + p . Do ( * ev ) ; <nl> } <nl> <nl> void DoState ( PointerWrap & p ) <nl> { <nl> - std : : lock_guard < std : : recursive_mutex > lk ( externalEventSection ) ; <nl> + std : : lock_guard < std : : recursive_mutex > lk ( externalEventSection ) ; <nl> <nl> - auto s = p . Section ( " CoreTiming " , 1 ) ; <nl> - if ( ! s ) <nl> - return ; <nl> + auto s = p . Section ( " CoreTiming " , 1 ) ; <nl> + if ( ! s ) <nl> + return ; <nl> <nl> - int n = ( int ) event_types . size ( ) ; <nl> - p . Do ( n ) ; <nl> - / / These ( should ) be filled in later by the modules . <nl> - event_types . resize ( n , EventType ( AntiCrashCallback , " INVALID EVENT " ) ) ; <nl> + int n = ( int ) event_types . size ( ) ; <nl> + p . Do ( n ) ; <nl> + / / These ( should ) be filled in later by the modules . <nl> + event_types . resize ( n , EventType ( AntiCrashCallback , " INVALID EVENT " ) ) ; <nl> <nl> - p . DoLinkedList < BaseEvent , GetNewEvent , FreeEvent , Event_DoState > ( first , ( Event * * ) NULL ) ; <nl> - p . DoLinkedList < BaseEvent , GetNewTsEvent , FreeTsEvent , Event_DoState > ( tsFirst , & tsLast ) ; <nl> + p . DoLinkedList < BaseEvent , GetNewEvent , FreeEvent , Event_DoState > ( first , ( Event * * ) NULL ) ; <nl> + p . DoLinkedList < BaseEvent , GetNewTsEvent , FreeTsEvent , Event_DoState > ( tsFirst , & tsLast ) ; <nl> <nl> - p . Do ( g_clock_rate_arm11 ) ; <nl> - p . Do ( slicelength ) ; <nl> - p . Do ( globalTimer ) ; <nl> - p . Do ( idledCycles ) ; <nl> + p . Do ( g_clock_rate_arm11 ) ; <nl> + p . Do ( slicelength ) ; <nl> + p . Do ( globalTimer ) ; <nl> + p . Do ( idledCycles ) ; <nl> } <nl> <nl> } / / namespace <nl> mmm a / src / core / src / core_timing . h <nl> ppp b / src / core / src / core_timing . h <nl> <nl> - / / Copyright ( c ) 2012 - PPSSPP Project / Dolphin Project . <nl> + / / Copyright 2013 Dolphin Emulator Project <nl> + / / Licensed under GPLv2 <nl> + / / Refer to the license . txt file included . <nl> <nl> - / / This program is free software : you can redistribute it and / or modify <nl> - / / it under the terms of the GNU General Public License as published by <nl> - / / the Free Software Foundation , version 2 . 0 or later versions . <nl> - <nl> - / / This program is distributed in the hope that it will be useful , <nl> - / / but WITHOUT ANY WARRANTY ; without even the implied warranty of <nl> - / / MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE . See the <nl> - / / GNU General Public License 2 . 0 for more details . <nl> - <nl> - / / A copy of the GPL 2 . 0 should have been included with the program . <nl> - / / If not , see http : / / www . gnu . org / licenses / <nl> - <nl> - / / Official git repository and contact information can be found at <nl> - / / https : / / github . com / hrydgard / ppsspp and http : / / www . ppsspp . org / . <nl> - <nl> - # ifndef CORE_CORE_TIMING_H_ <nl> - # define CORE_CORE_TIMING_H_ <nl> + # pragma once <nl> <nl> / / This is a system to schedule events into the emulated machine ' s future . Time is measured <nl> / / in main CPU clock cycles . <nl> class PointerWrap ; <nl> extern int g_clock_rate_arm11 ; <nl> <nl> inline s64 msToCycles ( int ms ) { <nl> - return g_clock_rate_arm11 / 1000 * ms ; <nl> + return g_clock_rate_arm11 / 1000 * ms ; <nl> } <nl> <nl> inline s64 msToCycles ( float ms ) { <nl> - return ( s64 ) ( g_clock_rate_arm11 * ms * ( 0 . 001f ) ) ; <nl> + return ( s64 ) ( g_clock_rate_arm11 * ms * ( 0 . 001f ) ) ; <nl> } <nl> <nl> inline s64 msToCycles ( double ms ) { <nl> - return ( s64 ) ( g_clock_rate_arm11 * ms * ( 0 . 001 ) ) ; <nl> + return ( s64 ) ( g_clock_rate_arm11 * ms * ( 0 . 001 ) ) ; <nl> } <nl> <nl> inline s64 usToCycles ( float us ) { <nl> - return ( s64 ) ( g_clock_rate_arm11 * us * ( 0 . 000001f ) ) ; <nl> + return ( s64 ) ( g_clock_rate_arm11 * us * ( 0 . 000001f ) ) ; <nl> } <nl> <nl> inline s64 usToCycles ( int us ) { <nl> - return ( g_clock_rate_arm11 / 1000000 * ( s64 ) us ) ; <nl> + return ( g_clock_rate_arm11 / 1000000 * ( s64 ) us ) ; <nl> } <nl> <nl> inline s64 usToCycles ( s64 us ) { <nl> - return ( g_clock_rate_arm11 / 1000000 * us ) ; <nl> + return ( g_clock_rate_arm11 / 1000000 * us ) ; <nl> } <nl> <nl> inline s64 usToCycles ( u64 us ) { <nl> - return ( s64 ) ( g_clock_rate_arm11 / 1000000 * us ) ; <nl> + return ( s64 ) ( g_clock_rate_arm11 / 1000000 * us ) ; <nl> } <nl> <nl> inline s64 cyclesToUs ( s64 cycles ) { <nl> - return cycles / ( g_clock_rate_arm11 / 1000000 ) ; <nl> + return cycles / ( g_clock_rate_arm11 / 1000000 ) ; <nl> } <nl> <nl> - namespace CoreTiming <nl> - { <nl> - void Init ( ) ; <nl> - void Shutdown ( ) ; <nl> + namespace CoreTiming { <nl> <nl> - typedef void ( * TimedCallback ) ( u64 userdata , int cyclesLate ) ; <nl> + void Init ( ) ; <nl> + void Shutdown ( ) ; <nl> <nl> - u64 GetTicks ( ) ; <nl> - u64 GetIdleTicks ( ) ; <nl> + typedef void ( * TimedCallback ) ( u64 userdata , int cyclesLate ) ; <nl> <nl> - / / Returns the event_type identifier . <nl> - int RegisterEvent ( const char * name , TimedCallback callback ) ; <nl> - / / For save states . <nl> - void RestoreRegisterEvent ( int event_type , const char * name , TimedCallback callback ) ; <nl> - void UnregisterAllEvents ( ) ; <nl> + u64 GetTicks ( ) ; <nl> + u64 GetIdleTicks ( ) ; <nl> <nl> - / / userdata MAY NOT CONTAIN POINTERS . userdata might get written and reloaded from disk , <nl> - / / when we implement state saves . <nl> - void ScheduleEvent ( s64 cyclesIntoFuture , int event_type , u64 userdata = 0 ) ; <nl> - void ScheduleEvent_Threadsafe ( s64 cyclesIntoFuture , int event_type , u64 userdata = 0 ) ; <nl> - void ScheduleEvent_Threadsafe_Immediate ( int event_type , u64 userdata = 0 ) ; <nl> - s64 UnscheduleEvent ( int event_type , u64 userdata ) ; <nl> - s64 UnscheduleThreadsafeEvent ( int event_type , u64 userdata ) ; <nl> + / / Returns the event_type identifier . <nl> + int RegisterEvent ( const char * name , TimedCallback callback ) ; <nl> + / / For save states . <nl> + void RestoreRegisterEvent ( int event_type , const char * name , TimedCallback callback ) ; <nl> + void UnregisterAllEvents ( ) ; <nl> <nl> - void RemoveEvent ( int event_type ) ; <nl> - void RemoveThreadsafeEvent ( int event_type ) ; <nl> - void RemoveAllEvents ( int event_type ) ; <nl> - bool IsScheduled ( int event_type ) ; <nl> - void Advance ( ) ; <nl> - void MoveEvents ( ) ; <nl> - void ProcessFifoWaitEvents ( ) ; <nl> + / / userdata MAY NOT CONTAIN POINTERS . userdata might get written and reloaded from disk , <nl> + / / when we implement state saves . <nl> + void ScheduleEvent ( s64 cyclesIntoFuture , int event_type , u64 userdata = 0 ) ; <nl> + void ScheduleEvent_Threadsafe ( s64 cyclesIntoFuture , int event_type , u64 userdata = 0 ) ; <nl> + void ScheduleEvent_Threadsafe_Immediate ( int event_type , u64 userdata = 0 ) ; <nl> + s64 UnscheduleEvent ( int event_type , u64 userdata ) ; <nl> + s64 UnscheduleThreadsafeEvent ( int event_type , u64 userdata ) ; <nl> <nl> - / / Pretend that the main CPU has executed enough cycles to reach the next event . <nl> - void Idle ( int maxIdle = 0 ) ; <nl> + void RemoveEvent ( int event_type ) ; <nl> + void RemoveThreadsafeEvent ( int event_type ) ; <nl> + void RemoveAllEvents ( int event_type ) ; <nl> + bool IsScheduled ( int event_type ) ; <nl> + void Advance ( ) ; <nl> + void MoveEvents ( ) ; <nl> + void ProcessFifoWaitEvents ( ) ; <nl> <nl> - / / Clear all pending events . This should ONLY be done on exit or state load . <nl> - void ClearPendingEvents ( ) ; <nl> + / / Pretend that the main CPU has executed enough cycles to reach the next event . <nl> + void Idle ( int maxIdle = 0 ) ; <nl> <nl> - void LogPendingEvents ( ) ; <nl> + / / Clear all pending events . This should ONLY be done on exit or state load . <nl> + void ClearPendingEvents ( ) ; <nl> <nl> - / / Warning : not included in save states . <nl> - void RegisterAdvanceCallback ( void ( * callback ) ( int cyclesExecuted ) ) ; <nl> + void LogPendingEvents ( ) ; <nl> <nl> - std : : string GetScheduledEventsSummary ( ) ; <nl> + / / Warning : not included in save states . <nl> + void RegisterAdvanceCallback ( void ( * callback ) ( int cyclesExecuted ) ) ; <nl> <nl> - void DoState ( PointerWrap & p ) ; <nl> + std : : string GetScheduledEventsSummary ( ) ; <nl> <nl> - void SetClockFrequencyMHz ( int cpuMhz ) ; <nl> - int GetClockFrequencyMHz ( ) ; <nl> - extern int slicelength ; <nl> + void DoState ( PointerWrap & p ) ; <nl> <nl> - } ; / / namespace <nl> + void SetClockFrequencyMHz ( int cpuMhz ) ; <nl> + int GetClockFrequencyMHz ( ) ; <nl> + extern int slicelength ; <nl> <nl> - # endif / / CORE_CORE_TIMING_H_ <nl> + } ; / / namespace <nl>	fixed licensing issue with core_timing being GPL v2 + instead of Dolphin ' s GPL v2	yuzu-emu/yuzu	3dc3bd56271c14d42e900041317bad00b553752a	2014-04-08T23:11:21Z
mmm a / docs / api / content - tracing . md <nl> ppp b / docs / api / content - tracing . md <nl> generated file to view the result . <nl> <nl> ` ` ` javascript <nl> var tracing = require ( ' content - tracing ' ) ; <nl> + <nl> tracing . startRecording ( ' * ' , tracing . DEFAULT_OPTIONS , function ( ) { <nl> console . log ( ' Tracing started ' ) ; <nl> <nl> mmm a / docs / api / crash - reporter . md <nl> ppp b / docs / api / crash - reporter . md <nl> The following is an example of automatically submitting a crash report to a <nl> remote server : <nl> <nl> ` ` ` javascript <nl> - crashReporter = require ( ' crash - reporter ' ) ; <nl> + var crashReporter = require ( ' crash - reporter ' ) ; <nl> + <nl> crashReporter . start ( { <nl> productName : ' YourName ' , <nl> companyName : ' YourCompany ' , <nl>	Small edits	electron/electron	bbf2cbb6f6d31fe853ced5831515ab30edfb6354	2015-08-28T17:50:30Z
mmm a / lib / Frontend / CompilerInvocation . cpp <nl> ppp b / lib / Frontend / CompilerInvocation . cpp <nl> void parseExclusivityEnforcementOptions ( const llvm : : opt : : Arg * A , <nl> Diags . diagnose ( SourceLoc ( ) , diag : : error_unsupported_option_argument , <nl> A - > getOption ( ) . getPrefixedName ( ) , A - > getValue ( ) ) ; <nl> } <nl> - if ( Opts . shouldOptimize ( ) & & Opts . EnforceExclusivityDynamic ) { <nl> - Diags . diagnose ( SourceLoc ( ) , <nl> - diag : : warning_argument_not_supported_with_optimization , <nl> - A - > getOption ( ) . getPrefixedName ( ) + A - > getValue ( ) ) ; <nl> - } <nl> } <nl> <nl> static bool ParseSILArgs ( SILOptions & Opts , ArgList & Args , <nl> mmm a / lib / SILOptimizer / Mandatory / AccessMarkerElimination . cpp <nl> ppp b / lib / SILOptimizer / Mandatory / AccessMarkerElimination . cpp <nl> using namespace swift ; <nl> / / This is currently unsupported because tail duplication results in <nl> / / address - type block arguments . <nl> llvm : : cl : : opt < bool > EnableOptimizedAccessMarkers ( <nl> - " sil - optimized - access - markers " , llvm : : cl : : init ( false ) , <nl> + " sil - optimized - access - markers " , llvm : : cl : : init ( true ) , <nl> llvm : : cl : : desc ( " Enable memory access markers during optimization passes . " ) ) ; <nl> <nl> namespace { <nl> mmm a / test / SILOptimizer / access_marker_elim . sil <nl> ppp b / test / SILOptimizer / access_marker_elim . sil <nl> <nl> - / / RUN : % target - sil - opt - enforce - exclusivity = checked - emit - sorted - sil - access - marker - elim % s \| % FileCheck % s <nl> + / / RUN : % target - sil - opt - enforce - exclusivity = unchecked - emit - sorted - sil - access - marker - elim % s \| % FileCheck % s - - check - prefix = UNCHECKED <nl> + / / RUN : % target - sil - opt - enforce - exclusivity = checked - emit - sorted - sil - access - marker - elim % s \| % FileCheck % s - - check - prefix = CHECKED <nl> <nl> sil_stage raw <nl> <nl> public struct S { <nl> init ( i : Int ) <nl> } <nl> <nl> - / / CHECK - LABEL : sil hidden [ noinline ] @ f010_initS : $ @ convention ( thin ) ( ) - > @ owned S { <nl> - / / CHECK : bb0 : <nl> - / / CHECK : % [ [ BOX : . * ] ] = alloc_box $ { var S } , var , name " s " <nl> - / / CHECK : % [ [ ADDRS : . * ] ] = project_box % [ [ BOX ] ] : $ { var S } , 0 <nl> - / / CHECK : % [ [ NUM : . * ] ] = integer_literal $ Builtin . Int64 , 1 <nl> - / / CHECK - NOT : begin_access <nl> - / / CHECK : % [ [ ADDRI : . * ] ] = struct_element_addr % [ [ ADDRS ] ] : $ * S , # S . i <nl> - / / CHECK : assign % [ [ NUM ] ] to % [ [ ADDRI ] ] : $ * Builtin . Int64 <nl> - / / CHECK - NOT : end_access <nl> - / / CHECK - NOT : begin_access <nl> - / / CHECK : % [ [ VALS : . * ] ] = load [ trivial ] % [ [ ADDRS ] ] : $ * S <nl> - / / CHECK - NOT : end_access <nl> - / / CHECK : destroy_value % [ [ BOX ] ] : $ { var S } <nl> - / / CHECK : return % [ [ VALS ] ] : $ S <nl> - / / CHECK - LABEL : } / / end sil function ' f010_initS ' <nl> + / / [ unknown ] markers are treated like [ dynamic ] markers by AccessMarkerElimination . <nl> + / / We don ' t remove them for - enforce - exclusivity = checked <nl> + <nl> + / / UNCHECKED - LABEL : sil hidden [ noinline ] @ f010_initS : $ @ convention ( thin ) ( ) - > @ owned S { <nl> + / / UNCHECKED : bb0 : <nl> + / / UNCHECKED : [ [ BOX : % . * ] ] = alloc_box $ { var S } , var , name " s " <nl> + / / UNCHECKED : [ [ ADDRS : % . * ] ] = project_box [ [ BOX ] ] : $ { var S } , 0 <nl> + / / UNCHECKED : [ [ NUM : % . * ] ] = integer_literal $ Builtin . Int64 , 1 <nl> + / / UNCHECKED - NOT : begin_access <nl> + / / UNCHECKED : [ [ ADDRI : % . * ] ] = struct_element_addr [ [ ADDRS ] ] : $ * S , # S . i <nl> + / / UNCHECKED : assign [ [ NUM ] ] to [ [ ADDRI ] ] : $ * Builtin . Int64 <nl> + / / UNCHECKED - NOT : end_access <nl> + / / UNCHECKED - NOT : begin_access <nl> + / / UNCHECKED : [ [ VALS : % . * ] ] = load [ trivial ] [ [ ADDRS ] ] : $ * S <nl> + / / UNCHECKED - NOT : end_access <nl> + / / UNCHECKED : destroy_value [ [ BOX ] ] : $ { var S } <nl> + / / UNCHECKED : return [ [ VALS ] ] : $ S <nl> + / / UNCHECKED - LABEL : } / / end sil function ' f010_initS ' <nl> + / / <nl> + / / CHECKED - LABEL : sil hidden [ noinline ] @ f010_initS : $ @ convention ( thin ) ( ) - > @ owned S { <nl> + / / CHECKED : bb0 : <nl> + / / CHECKED : [ [ BOX : % . * ] ] = alloc_box $ { var S } , var , name " s " <nl> + / / CHECKED : [ [ ADDRS : % . * ] ] = project_box [ [ BOX ] ] : $ { var S } , 0 <nl> + / / CHECKED : [ [ NUM : % . * ] ] = integer_literal $ Builtin . Int64 , 1 <nl> + / / CHECKED : [ [ ACCESS : % . * ] ] = begin_access [ modify ] [ unknown ] [ [ ADDRS ] ] <nl> + / / CHECKED : [ [ ADDRI : % . * ] ] = struct_element_addr [ [ ACCESS ] ] : $ * S , # S . i <nl> + / / CHECKED : assign [ [ NUM ] ] to [ [ ADDRI ] ] : $ * Builtin . Int64 <nl> + / / CHECKED : end_access [ [ ACCESS ] ] <nl> + / / CHECKED : [ [ ACCESS : % . * ] ] = begin_access [ read ] [ unknown ] [ [ ADDRS ] ] <nl> + / / CHECKED : [ [ VALS : % . * ] ] = load [ trivial ] [ [ ACCESS ] ] : $ * S <nl> + / / CHECKED : end_access [ [ ACCESS ] ] <nl> + / / CHECKED : destroy_value [ [ BOX ] ] : $ { var S } <nl> + / / CHECKED : return [ [ VALS ] ] : $ S <nl> + / / CHECKED - LABEL : } / / end sil function ' f010_initS ' <nl> sil hidden [ noinline ] @ f010_initS : $ @ convention ( thin ) ( ) - > @ owned S { <nl> bb0 : <nl> % 0 = alloc_box $ { var S } , var , name " s " <nl> bb0 : <nl> / / And since inactive elimination currently eliminates all dynamic markers , <nl> / / they are gone from the output . <nl> / / <nl> - / / CHECK - LABEL : sil hidden @ f020_boxArg : $ @ convention ( thin ) ( @ owned { var Builtin . Int64 } ) - > ( ) { <nl> - / / CHECK : bb0 ( % 0 : $ { var Builtin . Int64 } ) : <nl> - / / CHECK : [ [ ADR : % . * ] ] = project_box % 0 : $ { var Builtin . Int64 } , 0 <nl> - / / CHECK : [ [ VAL : % . * ] ] = integer_literal $ Builtin . Int64 , 42 <nl> - / / CHECK : store [ [ VAL ] ] to [ trivial ] [ [ ADR ] ] : $ * Builtin . Int64 <nl> - / / CHECK : destroy_value % 0 : $ { var Builtin . Int64 } <nl> - / / CHECK : return % { { . * } } : $ ( ) <nl> - / / CHECK - LABEL : } / / end sil function ' f020_boxArg ' <nl> + / / UNCHECKED - LABEL : sil hidden @ f020_boxArg : $ @ convention ( thin ) ( @ owned { var Builtin . Int64 } ) - > ( ) { <nl> + / / UNCHECKED : bb0 ( % 0 : $ { var Builtin . Int64 } ) : <nl> + / / UNCHECKED : [ [ ADR : % . * ] ] = project_box % 0 : $ { var Builtin . Int64 } , 0 <nl> + / / UNCHECKED : [ [ VAL : % . * ] ] = integer_literal $ Builtin . Int64 , 42 <nl> + / / UNCHECKED - NOT : begin_access <nl> + / / UNCHECKED : store [ [ VAL ] ] to [ trivial ] [ [ ADR ] ] : $ * Builtin . Int64 <nl> + / / UNCHECKED - NOT : end_access <nl> + / / UNCHECKED : destroy_value % 0 : $ { var Builtin . Int64 } <nl> + / / UNCHECKED : return % { { . * } } : $ ( ) <nl> + / / UNCHECKED - LABEL : } / / end sil function ' f020_boxArg ' <nl> + / / <nl> + / / CHECKED - LABEL : sil hidden @ f020_boxArg : $ @ convention ( thin ) ( @ owned { var Builtin . Int64 } ) - > ( ) { <nl> + / / CHECKED : bb0 ( % 0 : $ { var Builtin . Int64 } ) : <nl> + / / CHECKED : [ [ ADR : % . * ] ] = project_box % 0 : $ { var Builtin . Int64 } , 0 <nl> + / / CHECKED : [ [ VAL : % . * ] ] = integer_literal $ Builtin . Int64 , 42 <nl> + / / CHECKED : [ [ ACCESS : % . * ] ] = begin_access [ modify ] [ unknown ] [ [ ADR ] ] <nl> + / / CHECKED : store [ [ VAL ] ] to [ trivial ] [ [ ACCESS ] ] : $ * Builtin . Int64 <nl> + / / CHECKED : end_access [ [ ACCESS ] ] <nl> + / / CHECKED : destroy_value % 0 : $ { var Builtin . Int64 } <nl> + / / CHECKED : return % { { . * } } : $ ( ) <nl> + / / CHECKED - LABEL : } / / end sil function ' f020_boxArg ' <nl> sil hidden @ f020_boxArg : $ @ convention ( thin ) ( @ owned { var Builtin . Int64 } ) - > ( ) { <nl> bb0 ( % 0 : $ { var Builtin . Int64 } ) : <nl> % 1 = project_box % 0 : $ { var Builtin . Int64 } , 0 <nl> new file mode 100644 <nl> index 000000000000 . . 0b907bb93009 <nl> mmm / dev / null <nl> ppp b / validation - test / Driver / Dependencies / Inputs / rdar23148987 / helper - 1 . swift <nl> <nl> + public class Test { <nl> + func foo ( ) { } <nl> + } <nl> \ No newline at end of file <nl> new file mode 100644 <nl> index 000000000000 . . fd2643d21a17 <nl> mmm / dev / null <nl> ppp b / validation - test / Driver / Dependencies / Inputs / rdar23148987 / helper - 2 . swift <nl> <nl> + public final class Test { <nl> + func foo ( ) { } <nl> + } <nl> \ No newline at end of file <nl> new file mode 100644 <nl> index 000000000000 . . 7971d0ca6d0b <nl> mmm / dev / null <nl> ppp b / validation - test / Driver / Dependencies / Inputs / rdar23148987 / output . json <nl> <nl> + { <nl> + " . / helper . swift " : { <nl> + " object " : " . / helper . o " , <nl> + " swift - dependencies " : " . / helper . swiftdeps " , <nl> + } , <nl> + " . / main . swift " : { <nl> + " object " : " . / main . o " , <nl> + " swift - dependencies " : " . / main . swiftdeps " , <nl> + } , <nl> + " " : { <nl> + " swift - dependencies " : " . / main ~ buildrecord . swiftdeps " <nl> + } <nl> + } <nl> new file mode 100644 <nl> index 000000000000 . . 186d7401111a <nl> mmm / dev / null <nl> ppp b / validation - test / Driver / Dependencies / rdar23148987 . swift <nl> <nl> + / / RUN : % empty - directory ( % t ) <nl> + <nl> + / / RUN : cp % s % t / main . swift <nl> + / / RUN : cp % S / Inputs / rdar23148987 / helper - 1 . swift % t / helper . swift <nl> + / / RUN : touch - t 201401240005 % t / * . swift <nl> + <nl> + / / RUN : cd % t & & % target - build - swift - c - incremental - output - file - map % S / Inputs / rdar23148987 / output . json - parse - as - library . / main . swift . / helper . swift - parseable - output - j1 - module - name main 2 > & 1 \| % FileCheck - check - prefix = CHECK - 1 % s <nl> + <nl> + / / CHECK - 1 - NOT : warning <nl> + / / CHECK - 1 : { { ^ { $ } } <nl> + / / CHECK - 1 : " kind " : " began " <nl> + / / CHECK - 1 : " name " : " compile " <nl> + / / CHECK - 1 : " . \ / main . swift " <nl> + / / CHECK - 1 : { { ^ } $ } } <nl> + <nl> + / / CHECK - 1 : { { ^ { $ } } <nl> + / / CHECK - 1 : " kind " : " began " <nl> + / / CHECK - 1 : " name " : " compile " <nl> + / / CHECK - 1 : " . \ / helper . swift " <nl> + / / CHECK - 1 : { { ^ } $ } } <nl> + <nl> + / / RUN : ls % t / \| % FileCheck - check - prefix = CHECK - LS % s <nl> + <nl> + / / CHECK - LS - DAG : main . o <nl> + / / CHECK - LS - DAG : helper . o <nl> + <nl> + / / RUN : cd % t & & % target - build - swift - c - incremental - output - file - map % S / Inputs / rdar23148987 / output . json - parse - as - library . / main . swift . / helper . swift - parseable - output - j1 - module - name main 2 > & 1 \| % FileCheck - check - prefix = CHECK - 1 - SKIPPED % s <nl> + <nl> + / / CHECK - 1 - SKIPPED - NOT : warning <nl> + / / CHECK - 1 - SKIPPED : { { ^ { $ } } <nl> + / / CHECK - 1 - SKIPPED : " kind " : " skipped " <nl> + / / CHECK - 1 - SKIPPED : " name " : " compile " <nl> + / / CHECK - 1 - SKIPPED : " . \ / main . swift " <nl> + / / CHECK - 1 - SKIPPED : { { ^ } $ } } <nl> + <nl> + / / CHECK - 1 - SKIPPED : { { ^ { $ } } <nl> + / / CHECK - 1 - SKIPPED : " kind " : " skipped " <nl> + / / CHECK - 1 - SKIPPED : " name " : " compile " <nl> + / / CHECK - 1 - SKIPPED : " . \ / helper . swift " <nl> + / / CHECK - 1 - SKIPPED : { { ^ } $ } } <nl> + <nl> + / / RUN : cp % S / Inputs / rdar23148987 / helper - 2 . swift % t / helper . swift <nl> + / / RUN : touch - t 201401240006 % t / helper . swift <nl> + / / RUN : cd % t & & % target - build - swift - c - incremental - output - file - map % S / Inputs / rdar23148987 / output . json - parse - as - library . / main . swift . / helper . swift - parseable - output - j1 - module - name main 2 > & 1 \| % FileCheck - check - prefix = CHECK - 2 % s <nl> + <nl> + / / CHECK - 2 - NOT : warning <nl> + / / CHECK - 2 : { { ^ { $ } } <nl> + / / CHECK - 2 : " kind " : " began " <nl> + / / CHECK - 2 : " name " : " compile " <nl> + / / CHECK - 2 : " . \ / helper . swift " <nl> + / / CHECK - 2 : { { ^ } $ } } <nl> + <nl> + / / CHECK - 2 : { { ^ { $ } } <nl> + / / CHECK - 2 : " kind " : " began " <nl> + / / CHECK - 2 : " name " : " compile " <nl> + / / CHECK - 2 : " . \ / main . swift " <nl> + / / CHECK - 2 : { { ^ } $ } } <nl> + <nl> + func test ( obj : Test ) { <nl> + obj . foo ( ) <nl> + } <nl>	Merge remote - tracking branch ' origin / master ' into master - llvm - swift5 - transition	apple/swift	dc47acbeadeb6e74c2687ca0b3c60d8a802b2b17	2018-02-23T02:22:23Z
mmm a / extensions / physics - nodes / CCPhysicsDebugNode . cpp <nl> ppp b / extensions / physics - nodes / CCPhysicsDebugNode . cpp <nl> static Color4F CONSTRAINT_COLOR ( 0 , 1 , 0 , 0 . 5 ) ; <nl> static void DrawConstraint ( cpConstraint * constraint , DrawNode * renderer ) <nl> { <nl> cpBody * body_a = cpConstraintGetBodyA ( constraint ) ; <nl> - cpBody * body_b = cpConstraintGetBodyA ( constraint ) ; <nl> + cpBody * body_b = cpConstraintGetBodyB ( constraint ) ; <nl> <nl> if ( cpConstraintIsPinJoint ( constraint ) ) <nl> { <nl>	fix : use correct call to get the B constraint in physics	cocos2d/cocos2d-x	c4658b0e50da15533348dc7384ee0927272aa039	2016-03-17T14:07:17Z
mmm a / src / node / performance / worker_service_impl . js <nl> ppp b / src / node / performance / worker_service_impl . js <nl> <nl> <nl> ' use strict ' ; <nl> <nl> + var os = require ( ' os ' ) ; <nl> var BenchmarkClient = require ( ' . / benchmark_client ' ) ; <nl> var BenchmarkServer = require ( ' . / benchmark_server ' ) ; <nl> <nl> exports . runServer = function runServer ( call ) { <nl> } ) ; <nl> } ) ; <nl> } ; <nl> + <nl> + exports . coreCount = function coreCount ( call , callback ) { <nl> + callback ( null , { cores : os . cpus ( ) . length } ) ; <nl> + } ; <nl>	Implement core_count RPC for Node . JS to track new master version of services . proto and control . proto	grpc/grpc	38460b8065d1d44e83fc293cd033e8eea03e1986	2016-02-02T18:54:01Z
new file mode 100644 <nl> index 000000000 . . 4ff303881 <nl> mmm / dev / null <nl> ppp b / dlib / java / CMakeLists . txt <nl> <nl> + <nl> + cmake_minimum_required ( VERSION 2 . 8 . 12 ) <nl> + project ( myproject ) <nl> + set ( java_package_name net . dlib ) <nl> + set ( source_files <nl> + ) <nl> + <nl> + include ( . . / cmake_utils / use_cpp_11 . cmake ) <nl> + include ( . . / cmake_utils / release_build_by_default ) <nl> + <nl> + include_directories ( <nl> + . <nl> + ) <nl> + <nl> + # Additional dependencies <nl> + # include ( . . / . . / dlib / cmake ) <nl> + # set ( additional_link_libraries dlib ) <nl> + <nl> + # tell swig to put the output files into the local folder . <nl> + set ( install_target_output_folder . ) <nl> + <nl> + <nl> + include ( cmake_swig_jni ) <nl> + <nl> + <nl> new file mode 100644 <nl> index 000000000 . . f0148e218 <nl> mmm / dev / null <nl> ppp b / dlib / java / cmake_swig_jni <nl> <nl> + # This file is used to create SWIG based JNI interfaces to C + + code . You use <nl> + # it by defining some CMake variables and then include ( cmake_swig_jni ) . You <nl> + # would make a CMakeLists . txt file that looks like the following : <nl> + # <nl> + # cmake_minimum_required ( VERSION 2 . 8 . 4 ) <nl> + # project ( example ) <nl> + # set ( java_package_name " org . mycompany " ) <nl> + # set ( source_files <nl> + # your_cpp_source . cpp <nl> + # more_cpp_source . cpp <nl> + # ) <nl> + # <nl> + # # # # We might need to link our code to some other C + + library like dlib . You <nl> + # # # # can do that by setting additional_link_libraries . Here is an example of <nl> + # # # # linking to dlib : <nl> + # include ( . . / . . / dlib / dlib / cmake ) <nl> + # set ( additional_link_libraries dlib ) <nl> + # <nl> + # # # # tell swig to put the output files into the parent folder of your CMakeLists . txt <nl> + # # # # file when you run make install . <nl> + # set ( install_target_output_folder . . ) <nl> + # include ( cmake_swig_jni ) <nl> + <nl> + <nl> + <nl> + <nl> + <nl> + <nl> + <nl> + # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # <nl> + # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # <nl> + # IMPLEMENTATION DETAILS <nl> + # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # <nl> + # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # <nl> + <nl> + cmake_minimum_required ( VERSION 2 . 8 . 4 ) <nl> + <nl> + # This block of code tries to figure out what the JAVA_HOME environment <nl> + # variable should be by looking at the folder that contains the java <nl> + # executable . <nl> + if ( NOT DEFINED ENV { JAVA_HOME } ) <nl> + message ( STATUS " JAVA_HOME environment variable not set , trying to guess it . . . " ) <nl> + find_program ( JAVA_EXECUTABLE java ) <nl> + # Resolve symbolic links , hopefully this will give us a path in the proper <nl> + # java home directory . <nl> + get_filename_component ( JAVA_EXECUTABLE $ { JAVA_EXECUTABLE } REALPATH ) <nl> + # Pick out the parent directories <nl> + get_filename_component ( JAVA_PATH1 $ { JAVA_EXECUTABLE } PATH ) <nl> + get_filename_component ( JAVA_PATH2 $ { JAVA_PATH1 } PATH ) <nl> + get_filename_component ( JAVA_PATH3 $ { JAVA_PATH2 } PATH ) <nl> + # and search them for include / jni . h . If we find that then we probably have <nl> + # a good java home candidate . <nl> + find_path ( AUTO_JAVA_HOME include / jni . h <nl> + PATHS <nl> + $ { JAVA_PATH1 } <nl> + $ { JAVA_PATH2 } <nl> + $ { JAVA_PATH3 } <nl> + " C : / Program Files / Java / jdk * " <nl> + " C : / Program Files ( x86 ) / Java / jdk * " <nl> + ) <nl> + <nl> + if ( AUTO_JAVA_HOME ) <nl> + set ( ENV { JAVA_HOME } $ { AUTO_JAVA_HOME } ) <nl> + message ( STATUS " Using JAVA_HOME OF " $ { AUTO_JAVA_HOME } ) <nl> + else ( ) <nl> + message ( FATAL_ERROR " Couldn ' t find a folder for JAVA_HOME . You must set the JAVA_HOME environment variable before running CMake . " ) <nl> + endif ( ) <nl> + endif ( ) <nl> + <nl> + set ( CMAKE_LIBRARY_OUTPUT_DIRECTORY " $ { CMAKE_CURRENT_BINARY_DIR } / lib " ) <nl> + set ( CMAKE_LIBRARY_OUTPUT_DIRECTORY_RELEASE " $ { CMAKE_CURRENT_BINARY_DIR } / lib " ) <nl> + <nl> + find_package ( SWIG REQUIRED ) <nl> + find_package ( Java REQUIRED ) <nl> + find_package ( JNI REQUIRED ) <nl> + include ( UseSWIG ) <nl> + <nl> + macro ( add_global_switch def_name ) <nl> + if ( NOT CMAKE_CXX_FLAGS MATCHES " $ { def_name } " ) <nl> + set ( CMAKE_CXX_FLAGS " $ { CMAKE_CXX_FLAGS } $ { def_name } " <nl> + CACHE STRING " Flags used by the compiler during all C + + builds . " <nl> + FORCE ) <nl> + endif ( ) <nl> + if ( NOT CMAKE_C_FLAGS MATCHES " $ { def_name } " ) <nl> + set ( CMAKE_C_FLAGS " $ { CMAKE_C_FLAGS } $ { def_name } " <nl> + CACHE STRING " Flags used by the compiler during all C builds . " <nl> + FORCE ) <nl> + endif ( ) <nl> + endmacro ( ) <nl> + <nl> + # SWIG doesn ' t work if optimizations are enabled and strict aliasing is not <nl> + # turned off . This is a little wonky but it ' s how SWIG is . <nl> + if ( CMAKE_COMPILER_IS_GNUCXX ) <nl> + add_definitions ( - fno - strict - aliasing ) <nl> + endif ( ) <nl> + if ( UNIX ) <nl> + # we need to make sure all the code is compiled with - fPIC . In particular , <nl> + # it ' s important that all the code for the whole project is , not just the <nl> + # stuff immediately compiled by us in this cmake file . So we add - fPIC to <nl> + # the top level cmake flags variables . <nl> + add_global_switch ( - fPIC ) <nl> + endif ( ) <nl> + <nl> + <nl> + string ( REGEX REPLACE " \ \ . " " / " package_path $ { java_package_name } ) <nl> + string ( REGEX REPLACE " \ \ . . * " " " package_root_name $ { java_package_name } ) <nl> + <nl> + set ( CMAKE_SWIG_FLAGS - package $ { java_package_name } ) <nl> + set ( CMAKE_SWIG_OUTDIR $ { CMAKE_CURRENT_BINARY_DIR } / lib / java_src / $ { package_path } ) <nl> + <nl> + set ( output_library_name $ { PROJECT_NAME } ) <nl> + <nl> + # Create the swig . i interface file that swig will run on . We do it here in <nl> + # the cmake script because this lets us automatically include the correct <nl> + # output library name into the call to System . loadLibrary ( ) . <nl> + FILE ( WRITE $ { CMAKE_CURRENT_BINARY_DIR } / swig . i <nl> + " <nl> + / / Put the global functions in our api into a java class called global . <nl> + % module global <nl> + <nl> + % { <nl> + # include \ " swig_api . h \ " <nl> + # include < exception > <nl> + % } <nl> + <nl> + / / Convert all C + + exceptions into java . lang . Exception <nl> + % exception { <nl> + try { <nl> + $ action <nl> + } catch ( std : : exception & e ) { <nl> + jclass clazz = jenv - > FindClass ( \ " java / lang / Exception \ " ) ; <nl> + jenv - > ThrowNew ( clazz , e . what ( ) ) ; <nl> + return $ null ; <nl> + } <nl> + } <nl> + <nl> + % pragma ( java ) jniclasscode = % { <nl> + static { <nl> + try { <nl> + System . loadLibrary ( \ " $ { output_library_name } \ " ) ; <nl> + } catch ( UnsatisfiedLinkError e ) { <nl> + System . err . println ( \ " Native code library failed to load . \ \ n \ " + e ) ; <nl> + System . exit ( 1 ) ; <nl> + } <nl> + } <nl> + % } <nl> + <nl> + % include \ " swig_api . h \ " <nl> + " <nl> + ) <nl> + <nl> + # There is a bug in CMake ' s Swig scripts that causes the build to fail if the <nl> + # binary folder doesn ' t contain a folder with the same name as the binary dir . <nl> + # So we make a subfolder of the same name to avoid that bug . <nl> + get_filename_component ( binary_dir_name " $ { CMAKE_CURRENT_BINARY_DIR } " NAME ) <nl> + FILE ( MAKE_DIRECTORY " $ { CMAKE_CURRENT_BINARY_DIR } / $ { binary_dir_name } " ) <nl> + <nl> + set_source_files_properties ( $ { CMAKE_CURRENT_BINARY_DIR } / swig . i PROPERTIES CPLUSPLUS ON ) <nl> + swig_add_module ( $ { output_library_name } java $ { CMAKE_CURRENT_BINARY_DIR } / swig . i $ { source_files } ) <nl> + <nl> + include_directories ( $ { JNI_INCLUDE_DIRS } ) <nl> + swig_link_libraries ( $ { output_library_name } $ { additional_link_libraries } ) <nl> + <nl> + # Things to delete when " make clean " is run . <nl> + set ( clean_files <nl> + $ { CMAKE_CURRENT_BINARY_DIR } / intermediate_files_compiled <nl> + $ { CMAKE_CURRENT_BINARY_DIR } / lib / java_src <nl> + ) <nl> + set_directory_properties ( PROPERTIES ADDITIONAL_MAKE_CLEAN_FILES " $ { clean_files } " ) <nl> + <nl> + # Compile the java files into a jar file and stick it in the lib folder . <nl> + add_custom_command ( TARGET $ { output_library_name } <nl> + POST_BUILD <nl> + COMMAND cmake - E echo " compiling Java files . . . " <nl> + COMMAND cmake - E make_directory " $ { CMAKE_CURRENT_BINARY_DIR } / intermediate_files_compiled " <nl> + COMMAND $ { Java_JAVAC_EXECUTABLE } $ { CMAKE_SWIG_OUTDIR } / * . java - d " $ { CMAKE_CURRENT_BINARY_DIR } / intermediate_files_compiled " <nl> + COMMAND cmake - E echo " Making jar file . . . " <nl> + COMMAND $ { Java_JAR_EXECUTABLE } cvf " $ { CMAKE_CURRENT_BINARY_DIR } / lib / $ { PROJECT_NAME } . jar " - C " $ { CMAKE_CURRENT_BINARY_DIR } / intermediate_files_compiled " $ { package_root_name } <nl> + ) <nl> + <nl> + <nl> + # if the including cmake script set the install_target_output_folder variable <nl> + # then make it so we install the compiled library and jar into that folder <nl> + if ( install_target_output_folder ) <nl> + # Determine the path to our CMakeLists . txt file . <nl> + # There is either a bug ( or break in compatability maybe ) between versions <nl> + # of cmake that cause the or expression in this regular expression to be <nl> + # necessary . <nl> + string ( REGEX REPLACE " ( cmake_swig_jni \| CMakeLists . txt ) $ " " " base_path $ { CMAKE_PARENT_LIST_FILE } ) <nl> + # The directory we will write the output files to . <nl> + set ( install_dir " $ { base_path } $ { install_target_output_folder } " ) <nl> + set ( CMAKE_INSTALL_PREFIX " $ { install_dir } " ) <nl> + set ( CMAKE_INSTALL_SYSTEM_RUNTIME_DESTINATION " $ { install_dir } " ) <nl> + install ( TARGETS $ { output_library_name } <nl> + DESTINATION " $ { install_dir } " <nl> + ) <nl> + install ( FILES $ { CMAKE_CURRENT_BINARY_DIR } / lib / $ { PROJECT_NAME } . jar <nl> + DESTINATION " $ { install_dir } " <nl> + ) <nl> + endif ( ) <nl> + <nl> + # Copy any system libraries to the output folder . This really only matters on <nl> + # windows where it ' s good to have the visual studio runtime show up in the lib <nl> + # folder so that you don ' t forget to include it in your binary distribution . <nl> + INCLUDE ( InstallRequiredSystemLibraries ) <nl> + foreach ( file_i $ { CMAKE_INSTALL_SYSTEM_RUNTIME_LIBS } ) <nl> + add_custom_command ( TARGET $ { output_library_name } <nl> + POST_BUILD <nl> + COMMAND cmake - E copy $ { file_i } " $ { CMAKE_CURRENT_BINARY_DIR } / lib / " <nl> + ) <nl> + endforeach ( ) <nl> + <nl> new file mode 100644 <nl> index 000000000 . . d0b01000f <nl> mmm / dev / null <nl> ppp b / dlib / java / jvector . h <nl> <nl> + / / Copyright ( C ) 2017 Davis E . King ( davis @ dlib . net ) <nl> + / / License : Boost Software License See LICENSE . txt for the full license . <nl> + # ifndef DLIB_SWIG_JVECTOR_H_ <nl> + # define DLIB_SWIG_JVECTOR_H_ <nl> + <nl> + <nl> + / * <nl> + <nl> + This file defines two special classes , jvector and jvector_crit . Both of them have the <nl> + interface defined by jvector_base , that is , the interface of a simple array object like <nl> + std : : vector ( except without any ability to be resized ) . These classes are simple <nl> + interfaces to java native arrays . So for example , suppose you had an array of int in <nl> + java and you wanted to pass it to C + + . You could create a C + + function like this : <nl> + <nl> + void my_function ( const jvector < int > & array ) ; <nl> + <nl> + and then within java you could call it with code like this : <nl> + <nl> + int [ ] array = new int [ 100 ] ; <nl> + my_function ( array ) ; <nl> + <nl> + and it will work just like you would expect . The jvector < int > will usually result in <nl> + the JVM doing a copy in the background . However , you can also declare your function <nl> + like this : <nl> + <nl> + void my_function ( const jvector_crit < int > & array ) ; <nl> + <nl> + and still call it the same way in java , however , using jvector_crit < int > will usually <nl> + not result in any copying , and is therefore very fast . jvector_crit uses the JNI <nl> + routine GetPrimitiveArrayCritical ( ) to get a lock on the java memory underlying the <nl> + array . So it will probably prevent the garbage collector from running while your <nl> + function is executing . The JNI documentation is somewhat vague on the limitations of <nl> + GetPrimitiveArrayCritical ( ) , saying only that you shouldn ' t hold the lock on the array <nl> + for " an extended period " or call back into the JVM . Deciding whether or not this <nl> + matters in your application is left as an exercise for the reader . <nl> + <nl> + <nl> + There are two ways you can declare your methods . Taking a const reference or a <nl> + non - const reference . E . g . : <nl> + void my_function ( const jvector < int > & array ) ; <nl> + void my_function ( jvector < int > & array ) ; <nl> + The non - const version allows you to modify the contents of the array and the <nl> + modifications will be visible to java , as you would expect . <nl> + <nl> + You can also of course use functions taking many arguments , as is normally the case <nl> + with SWIG . Finally , jvector works with the following primitive types : <nl> + - int16_t <nl> + - int32_t <nl> + - int64_t <nl> + - char ( corresponding to java byte ) <nl> + - float <nl> + - double <nl> + * / <nl> + <nl> + <nl> + / / mmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmm - <nl> + <nl> + template < typename T > <nl> + class jvector_base <nl> + { <nl> + public : <nl> + jvector_base ( ) = default ; <nl> + <nl> + size_t size ( ) const { return sz ; } <nl> + T * data ( ) { return pdata ; } <nl> + const T * data ( ) const { return pdata ; } <nl> + <nl> + T * begin ( ) { return pdata ; } <nl> + T * end ( ) { return pdata + sz ; } <nl> + const T * begin ( ) const { return pdata ; } <nl> + const T * end ( ) const { return pdata + sz ; } <nl> + <nl> + T & operator [ ] ( size_t i ) { return pdata [ i ] ; } <nl> + const T & operator [ ] ( size_t i ) const { return pdata [ i ] ; } <nl> + <nl> + protected : <nl> + T * pdata = nullptr ; <nl> + size_t sz = 0 ; <nl> + <nl> + private : <nl> + / / this object is non - copyable <nl> + jvector_base ( const jvector_base & ) ; <nl> + jvector_base & operator = ( const jvector_base & ) ; <nl> + <nl> + } ; <nl> + <nl> + <nl> + / / mmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmm - <nl> + / / mmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmm - <nl> + / / mmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmm - <nl> + <nl> + template < typename T > class jvector ; <nl> + <nl> + # define JVECTOR_CLASS_SPEC ( ctype , type , Type ) \ <nl> + template < > class jvector < ctype > : public jvector_base < ctype > \ <nl> + { \ <nl> + public : \ <nl> + ~ jvector ( ) { clear ( ) ; } \ <nl> + void reset ( JNIEnv * jenv_ , j # # type # # Array arr , bool mightBeModified_ ) { \ <nl> + clear ( ) ; \ <nl> + jenv = jenv_ ; \ <nl> + oldArr = arr ; \ <nl> + pdata = ( ctype * ) jenv - > Get # # Type # # ArrayElements ( arr , 0 ) ; \ <nl> + sz = jenv - > GetArrayLength ( arr ) ; \ <nl> + mightBeModified = mightBeModified_ ; \ <nl> + } \ <nl> + private : \ <nl> + void clear ( ) { \ <nl> + if ( pdata ) { \ <nl> + jenv - > Release # # Type # # ArrayElements ( oldArr , ( j # # type * ) pdata , mightBeModified ? 0 : JNI_ABORT ) ; \ <nl> + pdata = nullptr ; \ <nl> + } \ <nl> + } \ <nl> + JNIEnv * jenv = nullptr ; \ <nl> + j # # type # # Array oldArr ; \ <nl> + bool mightBeModified ; \ <nl> + } ; <nl> + <nl> + JVECTOR_CLASS_SPEC ( int16_t , short , Short ) <nl> + JVECTOR_CLASS_SPEC ( int32_t , int , Int ) <nl> + JVECTOR_CLASS_SPEC ( int64_t , long , Long ) <nl> + JVECTOR_CLASS_SPEC ( char , byte , Byte ) <nl> + JVECTOR_CLASS_SPEC ( float , float , Float ) <nl> + JVECTOR_CLASS_SPEC ( double , double , Double ) <nl> + <nl> + <nl> + / / mmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmm - <nl> + / / mmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmm - <nl> + / / mmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmm - <nl> + <nl> + template < typename T , typename JARR > <nl> + class jvector_crit_base <nl> + { <nl> + public : <nl> + jvector_crit_base ( ) = default ; <nl> + <nl> + size_t size ( ) const { return sz ; } <nl> + T * data ( ) { return pdata ; } <nl> + const T * data ( ) const { return pdata ; } <nl> + <nl> + T * begin ( ) { return pdata ; } <nl> + T * end ( ) { return pdata + sz ; } <nl> + const T * begin ( ) const { return pdata ; } <nl> + const T * end ( ) const { return pdata + sz ; } <nl> + T & operator [ ] ( size_t i ) { return pdata [ i ] ; } <nl> + const T & operator [ ] ( size_t i ) const { return pdata [ i ] ; } <nl> + <nl> + ~ jvector_crit_base ( ) { clear ( ) ; } <nl> + <nl> + void reset ( JNIEnv * jenv_ , JARR arr , bool mightBeModified_ ) <nl> + { <nl> + clear ( ) ; <nl> + jenv = jenv_ ; <nl> + oldArr = arr ; <nl> + pdata = ( T * ) jenv - > GetPrimitiveArrayCritical ( arr , 0 ) ; <nl> + sz = jenv - > GetArrayLength ( arr ) ; <nl> + mightBeModified = mightBeModified_ ; <nl> + } <nl> + <nl> + private : <nl> + <nl> + void clear ( ) <nl> + { <nl> + if ( pdata ) { <nl> + jenv - > ReleasePrimitiveArrayCritical ( oldArr , pdata , mightBeModified ? 0 : JNI_ABORT ) ; <nl> + pdata = nullptr ; <nl> + } <nl> + } <nl> + <nl> + / / this object is non - copyable <nl> + jvector_crit_base ( const jvector_crit_base & ) ; <nl> + jvector_crit_base & operator = ( const jvector_crit_base & ) ; <nl> + <nl> + T * pdata = nullptr ; <nl> + size_t sz = 0 ; <nl> + JNIEnv * jenv = nullptr ; <nl> + JARR oldArr ; <nl> + bool mightBeModified ; <nl> + } ; <nl> + <nl> + template < typename T > class jvector_crit ; <nl> + <nl> + template < > class jvector_crit < int16_t > : public jvector_crit_base < int16_t , jshortArray > { } ; <nl> + template < > class jvector_crit < int32_t > : public jvector_crit_base < int32_t , jintArray > { } ; <nl> + template < > class jvector_crit < int64_t > : public jvector_crit_base < int64_t , jlongArray > { } ; <nl> + template < > class jvector_crit < char > : public jvector_crit_base < char , jbyteArray > { } ; <nl> + template < > class jvector_crit < float > : public jvector_crit_base < float , jfloatArray > { } ; <nl> + template < > class jvector_crit < double > : public jvector_crit_base < double , jdoubleArray > { } ; <nl> + <nl> + / / mmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmm - <nl> + <nl> + / / Define SWIG typemaps so SWIG will know what to do with the jvector and jvector_crit <nl> + / / objects . <nl> + # ifdef SWIG <nl> + % define tostring ( token ) <nl> + # token <nl> + % enddef <nl> + <nl> + % define define_jvector_converion ( type , java_type ) <nl> + / / Define array conversions for non - const arrays <nl> + % typemap ( jtype ) ( jvector < type > & ) " java_type [ ] " <nl> + % typemap ( jstype ) ( jvector < type > & ) " java_type [ ] " <nl> + % typemap ( jni ) ( jvector < type > & ) tostring ( j # # java_type # # Array ) <nl> + % typemap ( javain ) ( jvector < type > & ) " $ javainput " <nl> + % typemap ( arginit ) ( jvector < type > & ) { $ 1 = & temp $ argnum ; } <nl> + % typemap ( in ) ( jvector < type > & ) ( jvector < type > temp ) { $ 1 - > reset ( jenv , $ input , true ) ; } <nl> + <nl> + % typemap ( jtype ) ( const jvector < type > & ) " java_type [ ] " <nl> + % typemap ( jstype ) ( const jvector < type > & ) " java_type [ ] " <nl> + % typemap ( jni ) ( const jvector < type > & ) tostring ( j # # java_type # # Array ) <nl> + % typemap ( javain ) ( const jvector < type > & ) " $ javainput " <nl> + % typemap ( arginit ) ( const jvector < type > & ) { $ 1 = & temp $ argnum ; } <nl> + % typemap ( in ) ( const jvector < type > & ) ( jvector < type > temp ) { $ 1 - > reset ( jenv , $ input , false ) ; } <nl> + % enddef <nl> + define_jvector_converion ( int16_t , short ) <nl> + define_jvector_converion ( int32_t , int ) <nl> + define_jvector_converion ( int64_t , long ) <nl> + define_jvector_converion ( char , byte ) <nl> + define_jvector_converion ( float , float ) <nl> + define_jvector_converion ( double , double ) <nl> + <nl> + <nl> + <nl> + % define define_jvector_crit_converion ( type , java_type ) <nl> + / / Define array conversions for non - const arrays <nl> + % typemap ( jtype ) ( jvector_crit < type > & ) " java_type [ ] " <nl> + % typemap ( jstype ) ( jvector_crit < type > & ) " java_type [ ] " <nl> + % typemap ( jni ) ( jvector_crit < type > & ) tostring ( j # # java_type # # Array ) <nl> + % typemap ( javain ) ( jvector_crit < type > & ) " $ javainput " <nl> + % typemap ( arginit ) ( jvector_crit < type > & ) { $ 1 = & temp $ argnum ; } <nl> + % typemap ( in ) ( jvector_crit < type > & ) ( jvector_crit < type > temp ) { $ 1 - > reset ( jenv , $ input , true ) ; } <nl> + <nl> + % typemap ( jtype ) ( const jvector_crit < type > & ) " java_type [ ] " <nl> + % typemap ( jstype ) ( const jvector_crit < type > & ) " java_type [ ] " <nl> + % typemap ( jni ) ( const jvector_crit < type > & ) tostring ( j # # java_type # # Array ) <nl> + % typemap ( javain ) ( const jvector_crit < type > & ) " $ javainput " <nl> + % typemap ( arginit ) ( const jvector_crit < type > & ) { $ 1 = & temp $ argnum ; } <nl> + % typemap ( in ) ( const jvector_crit < type > & ) ( jvector_crit < type > temp ) { $ 1 - > reset ( jenv , $ input , false ) ; } <nl> + % enddef <nl> + define_jvector_crit_converion ( int16_t , short ) <nl> + define_jvector_crit_converion ( int32_t , int ) <nl> + define_jvector_crit_converion ( int64_t , long ) <nl> + define_jvector_crit_converion ( char , byte ) <nl> + define_jvector_crit_converion ( float , float ) <nl> + define_jvector_crit_converion ( double , double ) <nl> + <nl> + # endif / / SWIG <nl> + <nl> + # endif / / DLIB_SWIG_JVECTOR_H_ <nl> + <nl> new file mode 100755 <nl> index 000000000 . . 192ea6c8b <nl> mmm / dev / null <nl> ppp b / dlib / java / run_test . sh <nl> <nl> + <nl> + # build the jar and shared library of C + + code needed by the JVM <nl> + mkdir build <nl> + cd build <nl> + cmake . . <nl> + cmake - - build . - - config Release - - target install <nl> + cd . . <nl> + <nl> + <nl> + # setup paths so the JVM can find our jar and shared library . <nl> + export LD_LIBRARY_PATH = . <nl> + export DYLD_LIBRARY_PATH = . <nl> + export CLASSPATH = myproject . jar : . <nl> + <nl> + # Now compile and run our java test that calls our C + + code . <nl> + javac swig_test . java <nl> + java swig_test <nl> new file mode 100644 <nl> index 000000000 . . 2742b4d06 <nl> mmm / dev / null <nl> ppp b / dlib / java / swig_api . h <nl> <nl> + # ifndef EXAMPLE_SWIG_ApI_H_ <nl> + # define EXAMPLE_SWIG_ApI_H_ <nl> + <nl> + / / This file is essentially a small unit test for the swig cmake scripts and the jvector <nl> + / / classes . All it does it define a few simple functions for writing to and summing <nl> + / / arrays . The swig_test . java file then calls these C + + functions and checks if they work <nl> + / / correctly . <nl> + <nl> + <nl> + <nl> + / / Let ' s use the jvector , a tool for efficiently binding java native arrays to C + + function <nl> + / / arguments . You do this by putting this pair of include statements in your swig_api . h <nl> + / / file . Then after that you can use the jvector and jvector_crit classes . <nl> + # include " jvector . h " <nl> + # ifdef SWIG <nl> + % include " jvector . h " <nl> + # endif <nl> + <nl> + <nl> + / / mmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmm - <nl> + <nl> + / / SWIG can ' t expose templated functions to java . We declare these here as helper <nl> + / / functions to make the non - templated routines swig will expose easier to write . You can <nl> + / / see these java exposed methods below ( i . e . sum ( ) , sum_crit ( ) , assign ( ) , and <nl> + / / assign_crit ( ) ) . <nl> + template < typename T > <nl> + T tsum ( const jvector_crit < T > & arr ) <nl> + { <nl> + T s = 0 ; <nl> + for ( auto & v : arr ) <nl> + s + = v ; <nl> + return s ; <nl> + } <nl> + template < typename T > <nl> + T tsum ( const jvector < T > & arr ) <nl> + { <nl> + T s = 0 ; <nl> + for ( auto & v : arr ) <nl> + s + = v ; <nl> + return s ; <nl> + } <nl> + template < typename T > <nl> + void tassign ( T & arr ) <nl> + { <nl> + for ( size_t i = 0 ; i < arr . size ( ) ; + + i ) <nl> + arr [ i ] = i ; <nl> + } <nl> + <nl> + / / mmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmm - <nl> + <nl> + / / Now write some functions SWIG will expose to java . SWIG will automatically expose <nl> + / / pretty much any non - template C + + code to java . So just by defining these functions here <nl> + / / we expose them to java . <nl> + / / <nl> + / / All global C + + functions will appear in java as static member functions of class called <nl> + / / " global " , which is where these sum and assign routines will appear . You can see <nl> + / / examples of java code that calls them in swig_test . java . <nl> + <nl> + inline int sum_crit ( const jvector_crit < int16_t > & arr ) { return tsum ( arr ) ; } <nl> + inline int sum ( const jvector < int16_t > & arr ) { return tsum ( arr ) ; } <nl> + inline void assign_crit ( jvector_crit < int16_t > & arr ) { tassign ( arr ) ; } <nl> + inline void assign ( jvector < int16_t > & arr ) { tassign ( arr ) ; } <nl> + <nl> + <nl> + inline int sum_crit ( const jvector_crit < int32_t > & arr ) { return tsum ( arr ) ; } <nl> + inline int sum ( const jvector < int32_t > & arr ) { return tsum ( arr ) ; } <nl> + inline void assign_crit ( jvector_crit < int32_t > & arr ) { tassign ( arr ) ; } <nl> + inline void assign ( jvector < int32_t > & arr ) { tassign ( arr ) ; } <nl> + <nl> + <nl> + inline int sum_crit ( const jvector_crit < int64_t > & arr ) { return tsum ( arr ) ; } <nl> + inline int sum ( const jvector < int64_t > & arr ) { return tsum ( arr ) ; } <nl> + inline void assign_crit ( jvector_crit < int64_t > & arr ) { tassign ( arr ) ; } <nl> + inline void assign ( jvector < int64_t > & arr ) { tassign ( arr ) ; } <nl> + <nl> + <nl> + inline int sum_crit ( const jvector_crit < char > & arr ) { return tsum ( arr ) ; } <nl> + inline int sum ( const jvector < char > & arr ) { return tsum ( arr ) ; } <nl> + inline void assign_crit ( jvector_crit < char > & arr ) { tassign ( arr ) ; } <nl> + inline void assign ( jvector < char > & arr ) { tassign ( arr ) ; } <nl> + <nl> + <nl> + <nl> + inline double sum_crit ( const jvector_crit < double > & arr ) { return tsum ( arr ) ; } <nl> + inline double sum ( const jvector < double > & arr ) { return tsum ( arr ) ; } <nl> + inline void assign_crit ( jvector_crit < double > & arr ) { tassign ( arr ) ; } <nl> + inline void assign ( jvector < double > & arr ) { tassign ( arr ) ; } <nl> + <nl> + <nl> + inline float sum_crit ( const jvector_crit < float > & arr ) { return tsum ( arr ) ; } <nl> + inline float sum ( const jvector < float > & arr ) { return tsum ( arr ) ; } <nl> + inline void assign_crit ( jvector_crit < float > & arr ) { tassign ( arr ) ; } <nl> + inline void assign ( jvector < float > & arr ) { tassign ( arr ) ; } <nl> + <nl> + <nl> + / / mmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmm - <nl> + <nl> + <nl> + # endif / / EXAMPLE_SWIG_ApI_H_ <nl> + <nl> + <nl> new file mode 100644 <nl> index 000000000 . . 1d33a50ce <nl> mmm / dev / null <nl> ppp b / dlib / java / swig_test . java <nl> <nl> + <nl> + / * <nl> + <nl> + This file tests all the ways of using jvector and jvector_crit . <nl> + <nl> + * / <nl> + <nl> + <nl> + import net . dlib . * ; <nl> + <nl> + public class swig_test <nl> + { <nl> + public static int sum ( long [ ] arr ) <nl> + { <nl> + int s = 0 ; <nl> + for ( int i = 0 ; i < arr . length ; + + i ) <nl> + s + = arr [ i ] ; <nl> + return s ; <nl> + } <nl> + public static void zero ( long [ ] arr ) <nl> + { <nl> + for ( int i = 0 ; i < arr . length ; + + i ) <nl> + arr [ i ] = 0 ; <nl> + } <nl> + <nl> + public static int sum ( byte [ ] arr ) <nl> + { <nl> + int s = 0 ; <nl> + for ( int i = 0 ; i < arr . length ; + + i ) <nl> + s + = arr [ i ] ; <nl> + return s ; <nl> + } <nl> + public static void zero ( byte [ ] arr ) <nl> + { <nl> + for ( int i = 0 ; i < arr . length ; + + i ) <nl> + arr [ i ] = 0 ; <nl> + } <nl> + public static int sum ( short [ ] arr ) <nl> + { <nl> + int s = 0 ; <nl> + for ( int i = 0 ; i < arr . length ; + + i ) <nl> + s + = arr [ i ] ; <nl> + return s ; <nl> + } <nl> + public static void zero ( short [ ] arr ) <nl> + { <nl> + for ( int i = 0 ; i < arr . length ; + + i ) <nl> + arr [ i ] = 0 ; <nl> + } <nl> + <nl> + public static int sum ( int [ ] arr ) <nl> + { <nl> + int s = 0 ; <nl> + for ( int i = 0 ; i < arr . length ; + + i ) <nl> + s + = arr [ i ] ; <nl> + return s ; <nl> + } <nl> + public static void zero ( int [ ] arr ) <nl> + { <nl> + for ( int i = 0 ; i < arr . length ; + + i ) <nl> + arr [ i ] = 0 ; <nl> + } <nl> + <nl> + public static void assertIs28 ( int val ) <nl> + { <nl> + if ( val ! = 28 ) <nl> + { <nl> + throw new RuntimeException ( " Test failed " + val ) ; <nl> + } <nl> + } <nl> + <nl> + public static double sum ( double [ ] arr ) <nl> + { <nl> + double s = 0 ; <nl> + for ( int i = 0 ; i < arr . length ; + + i ) <nl> + s + = arr [ i ] ; <nl> + return s ; <nl> + } <nl> + public static void zero ( double [ ] arr ) <nl> + { <nl> + for ( int i = 0 ; i < arr . length ; + + i ) <nl> + arr [ i ] = 0 ; <nl> + } <nl> + <nl> + public static void assertIs28 ( double val ) <nl> + { <nl> + if ( val ! = 28 ) <nl> + { <nl> + throw new RuntimeException ( " Test failed " + val ) ; <nl> + } <nl> + } <nl> + <nl> + public static float sum ( float [ ] arr ) <nl> + { <nl> + float s = 0 ; <nl> + for ( int i = 0 ; i < arr . length ; + + i ) <nl> + s + = arr [ i ] ; <nl> + return s ; <nl> + } <nl> + public static void zero ( float [ ] arr ) <nl> + { <nl> + for ( int i = 0 ; i < arr . length ; + + i ) <nl> + arr [ i ] = 0 ; <nl> + } <nl> + <nl> + public static void assertIs28 ( float val ) <nl> + { <nl> + if ( val ! = 28 ) <nl> + { <nl> + throw new RuntimeException ( " Test failed " + val ) ; <nl> + } <nl> + } <nl> + <nl> + public static void main ( String [ ] args ) <nl> + { <nl> + { <nl> + float [ ] arr = new float [ 8 ] ; <nl> + <nl> + for ( int round = 0 ; round < 100 ; + + round ) <nl> + { <nl> + zero ( arr ) ; global . assign ( arr ) ; <nl> + assertIs28 ( sum ( arr ) ) ; <nl> + zero ( arr ) ; global . assign_crit ( arr ) ; <nl> + assertIs28 ( sum ( arr ) ) ; <nl> + } <nl> + for ( int round = 0 ; round < 100 ; + + round ) <nl> + { <nl> + zero ( arr ) ; global . assign ( arr ) ; <nl> + assertIs28 ( sum ( arr ) ) ; <nl> + assertIs28 ( global . sum ( arr ) ) ; <nl> + zero ( arr ) ; global . assign_crit ( arr ) ; <nl> + assertIs28 ( sum ( arr ) ) ; <nl> + assertIs28 ( global . sum_crit ( arr ) ) ; <nl> + } <nl> + } <nl> + { <nl> + double [ ] arr = new double [ 8 ] ; <nl> + <nl> + for ( int round = 0 ; round < 100 ; + + round ) <nl> + { <nl> + zero ( arr ) ; global . assign ( arr ) ; <nl> + assertIs28 ( sum ( arr ) ) ; <nl> + zero ( arr ) ; global . assign_crit ( arr ) ; <nl> + assertIs28 ( sum ( arr ) ) ; <nl> + } <nl> + for ( int round = 0 ; round < 100 ; + + round ) <nl> + { <nl> + zero ( arr ) ; global . assign ( arr ) ; <nl> + assertIs28 ( sum ( arr ) ) ; <nl> + assertIs28 ( global . sum ( arr ) ) ; <nl> + zero ( arr ) ; global . assign_crit ( arr ) ; <nl> + assertIs28 ( sum ( arr ) ) ; <nl> + assertIs28 ( global . sum_crit ( arr ) ) ; <nl> + } <nl> + } <nl> + { <nl> + byte [ ] arr = new byte [ 8 ] ; <nl> + <nl> + for ( int round = 0 ; round < 100 ; + + round ) <nl> + { <nl> + zero ( arr ) ; global . assign ( arr ) ; <nl> + assertIs28 ( sum ( arr ) ) ; <nl> + zero ( arr ) ; global . assign_crit ( arr ) ; <nl> + assertIs28 ( sum ( arr ) ) ; <nl> + } <nl> + for ( int round = 0 ; round < 100 ; + + round ) <nl> + { <nl> + zero ( arr ) ; global . assign ( arr ) ; <nl> + assertIs28 ( sum ( arr ) ) ; <nl> + assertIs28 ( global . sum ( arr ) ) ; <nl> + zero ( arr ) ; global . assign_crit ( arr ) ; <nl> + assertIs28 ( sum ( arr ) ) ; <nl> + assertIs28 ( global . sum_crit ( arr ) ) ; <nl> + } <nl> + } <nl> + { <nl> + long [ ] arr = new long [ 8 ] ; <nl> + <nl> + for ( int round = 0 ; round < 100 ; + + round ) <nl> + { <nl> + zero ( arr ) ; global . assign ( arr ) ; <nl> + assertIs28 ( sum ( arr ) ) ; <nl> + zero ( arr ) ; global . assign_crit ( arr ) ; <nl> + assertIs28 ( sum ( arr ) ) ; <nl> + } <nl> + for ( int round = 0 ; round < 100 ; + + round ) <nl> + { <nl> + zero ( arr ) ; global . assign ( arr ) ; <nl> + assertIs28 ( sum ( arr ) ) ; <nl> + assertIs28 ( global . sum ( arr ) ) ; <nl> + zero ( arr ) ; global . assign_crit ( arr ) ; <nl> + assertIs28 ( sum ( arr ) ) ; <nl> + assertIs28 ( global . sum_crit ( arr ) ) ; <nl> + } <nl> + } <nl> + { <nl> + short [ ] arr = new short [ 8 ] ; <nl> + <nl> + for ( int round = 0 ; round < 100 ; + + round ) <nl> + { <nl> + zero ( arr ) ; global . assign ( arr ) ; <nl> + assertIs28 ( sum ( arr ) ) ; <nl> + zero ( arr ) ; global . assign_crit ( arr ) ; <nl> + assertIs28 ( sum ( arr ) ) ; <nl> + } <nl> + for ( int round = 0 ; round < 100 ; + + round ) <nl> + { <nl> + zero ( arr ) ; global . assign ( arr ) ; <nl> + assertIs28 ( sum ( arr ) ) ; <nl> + assertIs28 ( global . sum ( arr ) ) ; <nl> + zero ( arr ) ; global . assign_crit ( arr ) ; <nl> + assertIs28 ( sum ( arr ) ) ; <nl> + assertIs28 ( global . sum_crit ( arr ) ) ; <nl> + } <nl> + } <nl> + { <nl> + int [ ] arr = new int [ 8 ] ; <nl> + <nl> + for ( int round = 0 ; round < 100 ; + + round ) <nl> + { <nl> + zero ( arr ) ; global . assign ( arr ) ; <nl> + assertIs28 ( sum ( arr ) ) ; <nl> + zero ( arr ) ; global . assign_crit ( arr ) ; <nl> + assertIs28 ( sum ( arr ) ) ; <nl> + } <nl> + for ( int round = 0 ; round < 100 ; + + round ) <nl> + { <nl> + zero ( arr ) ; global . assign ( arr ) ; <nl> + assertIs28 ( sum ( arr ) ) ; <nl> + assertIs28 ( global . sum ( arr ) ) ; <nl> + zero ( arr ) ; global . assign_crit ( arr ) ; <nl> + assertIs28 ( sum ( arr ) ) ; <nl> + assertIs28 ( global . sum_crit ( arr ) ) ; <nl> + } <nl> + } <nl> + <nl> + System . out . println ( " \ n \ n ALL TESTS COMPLETED SUCCESSFULLY \ n " ) ; <nl> + } <nl> + } <nl>	Added cmake scripts and some related tooling that makes it easy to call C + +	davisking/dlib	0866d03adef6698d104700ba9006215258464eb6	2017-07-25T19:41:30Z
mmm a / src / gui / Src / Gui / MainWindow . cpp <nl> ppp b / src / gui / Src / Gui / MainWindow . cpp <nl> MainWindow : : MainWindow ( QWidget * parent ) <nl> setWindowTitle ( QString ( mWindowMainTitle ) ) ; <nl> <nl> / / Load application icon <nl> - HICON hIcon = LoadIcon ( GetModuleHandleA ( 0 ) , MAKEINTRESOURCE ( 100 ) ) ; <nl> - SendMessageA ( ( HWND ) MainWindow : : winId ( ) , WM_SETICON , ICON_BIG , ( LPARAM ) hIcon ) ; <nl> + HICON hIcon = LoadIcon ( GetModuleHandleW ( 0 ) , MAKEINTRESOURCE ( 100 ) ) ; <nl> + SendMessageW ( ( HWND ) MainWindow : : winId ( ) , WM_SETICON , ICON_BIG , ( LPARAM ) hIcon ) ; <nl> DestroyIcon ( hIcon ) ; <nl> <nl> / / Load recent files <nl>	GUI : Nothing actually changed	x64dbg/x64dbg	db07065ed774ad32d8aff7e7103710602c256f7f	2016-05-25T12:12:11Z
mmm a / fdbserver / Knobs . cpp <nl> ppp b / fdbserver / Knobs . cpp <nl> ServerKnobs : : ServerKnobs ( bool randomize , ClientKnobs * clientKnobs ) { <nl> init ( BUGGIFY_TLOG_STORAGE_MIN_UPDATE_INTERVAL , 30 ) ; <nl> init ( UNFLUSHED_DATA_RATIO , 0 . 05 ) ; if ( randomize & & BUGGIFY ) UNFLUSHED_DATA_RATIO = 0 . 0 ; <nl> init ( DESIRED_TOTAL_BYTES , 150000 ) ; if ( randomize & & BUGGIFY ) DESIRED_TOTAL_BYTES = 10000 ; <nl> + init ( DESIRED_UPDATE_BYTES , 2 * DESIRED_TOTAL_BYTES ) ; <nl> + init ( UPDATE_DELAY , 0 . 001 ) ; <nl> init ( MAXIMUM_PEEK_BYTES , 10e6 ) ; <nl> init ( APPLY_MUTATION_BYTES , 1e6 ) ; <nl> init ( RECOVERY_DATA_BYTE_LIMIT , 100000 ) ; <nl> mmm a / fdbserver / Knobs . h <nl> ppp b / fdbserver / Knobs . h <nl> class ServerKnobs : public Knobs { <nl> double BUGGIFY_TLOG_STORAGE_MIN_UPDATE_INTERVAL ; <nl> double UNFLUSHED_DATA_RATIO ; <nl> int DESIRED_TOTAL_BYTES ; <nl> + int DESIRED_UPDATE_BYTES ; <nl> + double UPDATE_DELAY ; <nl> int MAXIMUM_PEEK_BYTES ; <nl> int APPLY_MUTATION_BYTES ; <nl> int RECOVERY_DATA_BYTE_LIMIT ; <nl> mmm a / fdbserver / MasterProxyServer . actor . cpp <nl> ppp b / fdbserver / MasterProxyServer . actor . cpp <nl> ACTOR Future < Void > commitBatch ( <nl> } <nl> <nl> / / This second pass through committed transactions assigns the actual mutations to the appropriate storage servers ' tags <nl> - int mutationCount = 0 , mutationBytes = 0 ; <nl> + state int mutationCount = 0 ; <nl> + state int mutationBytes = 0 ; <nl> <nl> state std : : map < Key , MutationListRef > logRangeMutations ; <nl> state Arena logRangeMutationsArena ; <nl> state uint32_t v = commitVersion / CLIENT_KNOBS - > LOG_RANGE_BLOCK_SIZE ; <nl> + state int transactionNum = 0 ; <nl> + state int yieldBytes = 0 ; <nl> + <nl> + for ( ; transactionNum < trs . size ( ) ; transactionNum + + ) { <nl> + if ( committed [ transactionNum ] = = ConflictBatch : : TransactionCommitted & & ( ! locked \| \| trs [ transactionNum ] . isLockAware ( ) ) ) { <nl> + state int mutationNum = 0 ; <nl> + state VectorRef < MutationRef > * pMutations = & trs [ transactionNum ] . transaction . mutations ; <nl> + for ( ; mutationNum < pMutations - > size ( ) ; mutationNum + + ) { <nl> + if ( yieldBytes > SERVER_KNOBS - > DESIRED_TOTAL_BYTES ) { <nl> + yieldBytes = 0 ; <nl> + Void _ = wait ( yield ( ) ) ; <nl> + } <nl> <nl> - for ( int t = 0 ; t < trs . size ( ) ; t + + ) { <nl> - <nl> - if ( committed [ t ] = = ConflictBatch : : TransactionCommitted & & ( ! locked \| \| trs [ t ] . isLockAware ( ) ) ) { <nl> - <nl> - for ( auto m : trs [ t ] . transaction . mutations ) { <nl> + auto & m = ( * pMutations ) [ mutationNum ] ; <nl> mutationCount + + ; <nl> mutationBytes + = m . expectedSize ( ) ; <nl> + yieldBytes + = m . expectedSize ( ) ; <nl> / / Determine the set of tags ( responsible storage servers ) for the mutation , splitting it <nl> / / if necessary . Serialize ( splits of ) the mutation into the message buffer and add the tags . <nl> <nl> mmm a / fdbserver / storageserver . actor . cpp <nl> ppp b / fdbserver / storageserver . actor . cpp <nl> ACTOR Future < Void > fetchKeys ( StorageServer * data , AddingShard * shard ) { <nl> + + data - > counters . fetchWaitingCount ; <nl> data - > counters . fetchWaitingMS + = 1000 * ( executeStart - startt ) ; <nl> <nl> - Void _ = wait ( delay ( 0 ) ) ; <nl> + / / Fetch keys gets called while the update actor is processing mutations . data - > version will not be updated until all mutations for a version <nl> + / / have been processed . We need to take the durableVersionLock to ensure data - > version is greater than the version of the mutation which caused <nl> + / / the fetch to be initiated . <nl> + Void _ = wait ( data - > durableVersionLock . take ( ) ) ; <nl> <nl> shard - > phase = AddingShard : : Fetching ; <nl> state Version fetchVersion = data - > version . get ( ) ; <nl> <nl> + data - > durableVersionLock . release ( ) ; <nl> + <nl> + Void _ = wait ( delay ( 0 ) ) ; <nl> + <nl> TraceEvent ( SevDebug , " FetchKeysUnblocked " , data - > thisServerID ) . detail ( " FKID " , interval . pairID ) . detail ( " Version " , fetchVersion ) ; <nl> <nl> / / Get the history <nl> bool containsRollback ( VersionUpdateRef const & changes , Version & rollbackVersion <nl> <nl> class StorageUpdater { <nl> public : <nl> + StorageUpdater ( ) : fromVersion ( invalidVersion ) , currentVersion ( invalidVersion ) , restoredVersion ( invalidVersion ) , processedStartKey ( false ) { } <nl> StorageUpdater ( Version fromVersion , Version restoredVersion ) : fromVersion ( fromVersion ) , currentVersion ( fromVersion ) , restoredVersion ( restoredVersion ) , processedStartKey ( false ) { } <nl> <nl> void applyMutation ( StorageServer * data , MutationRef const & m , Version ver ) { <nl> ACTOR Future < Void > update ( StorageServer * data , bool * pReceivedUpdate ) <nl> data - > updateEagerReads = & eager ; <nl> data - > debug_inApplyUpdate = true ; <nl> <nl> - StorageUpdater updater ( data - > lastVersionWithData , data - > restoredVersion ) ; <nl> + state StorageUpdater updater ( data - > lastVersionWithData , data - > restoredVersion ) ; <nl> <nl> if ( EXPENSIVE_VALIDATION ) data - > data ( ) . atLatest ( ) . validate ( ) ; <nl> validate ( data ) ; <nl> <nl> state bool injectedChanges = false ; <nl> - for ( auto & c : fii . changes ) { <nl> - for ( auto & m : c . mutations ) { <nl> - updater . applyMutation ( data , m , c . version ) ; <nl> + state int changeNum = 0 ; <nl> + state int mutationBytes = 0 ; <nl> + for ( ; changeNum < fii . changes . size ( ) ; changeNum + + ) { <nl> + state int mutationNum = 0 ; <nl> + state VerUpdateRef * pUpdate = & fii . changes [ changeNum ] ; <nl> + for ( ; mutationNum < pUpdate - > mutations . size ( ) ; mutationNum + + ) { <nl> + updater . applyMutation ( data , pUpdate - > mutations [ mutationNum ] , pUpdate - > version ) ; <nl> + mutationBytes + = pUpdate - > mutations [ mutationNum ] . totalSize ( ) ; <nl> injectedChanges = true ; <nl> + if ( mutationBytes > SERVER_KNOBS - > DESIRED_UPDATE_BYTES ) { <nl> + mutationBytes = 0 ; <nl> + Void _ = wait ( delay ( SERVER_KNOBS - > UPDATE_DELAY ) ) ; <nl> + } <nl> } <nl> } <nl> <nl> - Version ver = invalidVersion ; <nl> + state Version ver = invalidVersion ; <nl> cloneCursor2 - > setProtocolVersion ( data - > logProtocol ) ; <nl> / / TraceEvent ( " SSUpdatePeeked " , data - > thisServerID ) . detail ( " FromEpoch " , data - > updateEpoch ) . detail ( " FromSeq " , data - > updateSequence ) . detail ( " ToEpoch " , results . end_epoch ) . detail ( " ToSeq " , results . end_seq ) . detail ( " MsgSize " , results . messages . size ( ) ) ; <nl> for ( ; cloneCursor2 - > hasMessage ( ) ; cloneCursor2 - > nextMessage ( ) ) { <nl> - auto & rd = * cloneCursor2 - > reader ( ) ; <nl> + if ( mutationBytes > SERVER_KNOBS - > DESIRED_UPDATE_BYTES ) { <nl> + mutationBytes = 0 ; <nl> + / / Instead of just yielding , leave time for the storage server to respond to reads <nl> + Void _ = wait ( delay ( SERVER_KNOBS - > UPDATE_DELAY ) ) ; <nl> + } <nl> <nl> - if ( cloneCursor2 - > version ( ) . version > ver ) ASSERT ( cloneCursor2 - > version ( ) . version > data - > version . get ( ) ) ; <nl> + if ( cloneCursor2 - > version ( ) . version > ver ) { <nl> + ASSERT ( cloneCursor2 - > version ( ) . version > data - > version . get ( ) ) ; <nl> + } <nl> + <nl> + auto & rd = * cloneCursor2 - > reader ( ) ; <nl> <nl> if ( cloneCursor2 - > version ( ) . version > ver & & cloneCursor2 - > version ( ) . version > data - > version . get ( ) ) { <nl> + + data - > counters . updateVersions ; <nl> ACTOR Future < Void > update ( StorageServer * data , bool * pReceivedUpdate ) <nl> TraceEvent ( " SSPeekMutation " , data - > thisServerID ) . detail ( " Mutation " , msg . toString ( ) ) . detail ( " Version " , cloneCursor2 - > version ( ) . toString ( ) ) ; <nl> <nl> updater . applyMutation ( data , msg , ver ) ; <nl> - <nl> + mutationBytes + = msg . totalSize ( ) ; <nl> data - > counters . mutationBytes + = msg . totalSize ( ) ; <nl> + + data - > counters . mutations ; <nl> switch ( msg . type ) { <nl> ACTOR Future < Void > updateStorage ( StorageServer * data ) { <nl> debug_advanceMinCommittedVersion ( data - > thisServerID , newOldestVersion ) ; <nl> <nl> / / Taking and releasing the durableVersionLock ensures that no eager reads both begin before the commit was effective and <nl> - / / are applied after we change the durable version . <nl> + / / are applied after we change the durable version . Also ensure that we have to lock while calling changeDurableVersion , <nl> + / / because otherwise the latest version of mutableData might be partially loaded . <nl> Void _ = wait ( data - > durableVersionLock . take ( ) ) ; <nl> - data - > durableVersionLock . release ( ) ; <nl> - <nl> - Void _ = wait ( delay ( 0 , TaskUpdateStorage ) ) ; <nl> - <nl> data - > popVersion ( data - > durableVersion . get ( ) + 1 ) ; <nl> <nl> while ( ! changeDurableVersion ( data , newOldestVersion ) ) { <nl> - Void _ = wait ( yield ( TaskUpdateStorage ) ) ; <nl> + if ( g_network - > check_yield ( TaskUpdateStorage ) ) { <nl> + data - > durableVersionLock . release ( ) ; <nl> + Void _ = wait ( delay ( 0 , TaskUpdateStorage ) ) ; <nl> + Void _ = wait ( data - > durableVersionLock . take ( ) ) ; <nl> + } <nl> } <nl> <nl> + data - > durableVersionLock . release ( ) ; <nl> + <nl> / / TraceEvent ( " StorageServerDurable " , data - > thisServerID ) . detail ( " Version " , newOldestVersion ) ; <nl> <nl> Void _ = wait ( durableDelay ) ; <nl>	Merge pull request from etschannen / release - 6 . 0	apple/foundationdb	3c6dc9e24d3ebb627c94c618e88573f572c1f3fa	2018-10-18T23:13:04Z
mmm a / tensorflow / examples / learn / resnet . py <nl> ppp b / tensorflow / examples / learn / resnet . py <nl> def res_net_model ( features , labels , mode ) : <nl> ndim = int ( sqrt ( input_shape [ 1 ] ) ) <nl> x = tf . reshape ( x , [ - 1 , ndim , ndim , 1 ] ) <nl> <nl> + training = ( mode = = tf . estimator . ModeKeys . TRAIN ) <nl> + <nl> # First convolution expands to 64 channels <nl> with tf . variable_scope ( ' conv_layer1 ' ) : <nl> net = tf . layers . conv2d ( <nl> def res_net_model ( features , labels , mode ) : <nl> filters = 64 , <nl> kernel_size = 7 , <nl> activation = tf . nn . relu ) <nl> - net = tf . layers . batch_normalization ( net ) <nl> + net = tf . layers . batch_normalization ( net , training = training ) <nl> <nl> # Max pool <nl> net = tf . layers . max_pooling2d ( <nl> def res_net_model ( features , labels , mode ) : <nl> kernel_size = 1 , <nl> padding = ' valid ' , <nl> activation = tf . nn . relu ) <nl> - conv = tf . layers . batch_normalization ( conv ) <nl> + conv = tf . layers . batch_normalization ( conv , training = training ) <nl> <nl> with tf . variable_scope ( name + ' / conv_bottleneck ' ) : <nl> conv = tf . layers . conv2d ( <nl> def res_net_model ( features , labels , mode ) : <nl> kernel_size = 3 , <nl> padding = ' same ' , <nl> activation = tf . nn . relu ) <nl> - conv = tf . layers . batch_normalization ( conv ) <nl> + conv = tf . layers . batch_normalization ( conv , training = training ) <nl> <nl> # 1x1 convolution responsible for restoring dimension <nl> with tf . variable_scope ( name + ' / conv_out ' ) : <nl> def res_net_model ( features , labels , mode ) : <nl> kernel_size = 1 , <nl> padding = ' valid ' , <nl> activation = tf . nn . relu ) <nl> - conv = tf . layers . batch_normalization ( conv ) <nl> + conv = tf . layers . batch_normalization ( conv , training = training ) <nl> <nl> # shortcut connections that turn the network into its counterpart <nl> # residual function ( identity shortcut ) <nl> def res_net_model ( features , labels , mode ) : <nl> loss = tf . losses . sparse_softmax_cross_entropy ( labels = labels , logits = logits ) <nl> <nl> # Create training op . <nl> - if mode = = tf . estimator . ModeKeys . TRAIN : <nl> + if training : <nl> optimizer = tf . train . AdagradOptimizer ( learning_rate = 0 . 01 ) <nl> train_op = optimizer . minimize ( loss , global_step = tf . train . get_global_step ( ) ) <nl> return tf . estimator . EstimatorSpec ( mode , loss = loss , train_op = train_op ) <nl>	Added training parameter to batch_normalization ( )	tensorflow/tensorflow	6e20f3bdbdaf9bae2a67ee9cc9728963bc8b563f	2018-03-17T18:16:21Z
mmm a / editor / editor_node . cpp <nl> ppp b / editor / editor_node . cpp <nl> void EditorNode : : _dialog_action ( String p_file ) { <nl> <nl> Ref < ConfigFile > config ; <nl> config . instance ( ) ; <nl> - Error err = config - > load ( EditorSettings : : get_singleton ( ) - > get_settings_path ( ) . plus_file ( " editor_layouts . cfg " ) ) ; <nl> + Error err = config - > load ( EditorSettings : : get_singleton ( ) - > get_settings_path ( ) . plus_file ( " editor_layouts - 3 . cfg " ) ) ; <nl> <nl> if ( err = = ERR_CANT_OPEN ) { <nl> config . instance ( ) ; / / new config <nl> void EditorNode : : _dialog_action ( String p_file ) { <nl> <nl> _save_docks_to_config ( config , p_file ) ; <nl> <nl> - config - > save ( EditorSettings : : get_singleton ( ) - > get_settings_path ( ) . plus_file ( " editor_layouts . cfg " ) ) ; <nl> + config - > save ( EditorSettings : : get_singleton ( ) - > get_settings_path ( ) . plus_file ( " editor_layouts - 3 . cfg " ) ) ; <nl> <nl> layout_dialog - > hide ( ) ; <nl> _update_layouts_menu ( ) ; <nl> void EditorNode : : _dialog_action ( String p_file ) { <nl> <nl> Ref < ConfigFile > config ; <nl> config . instance ( ) ; <nl> - Error err = config - > load ( EditorSettings : : get_singleton ( ) - > get_settings_path ( ) . plus_file ( " editor_layouts . cfg " ) ) ; <nl> + Error err = config - > load ( EditorSettings : : get_singleton ( ) - > get_settings_path ( ) . plus_file ( " editor_layouts - 3 . cfg " ) ) ; <nl> <nl> if ( err ! = OK \| \| ! config - > has_section ( p_file ) ) { <nl> show_warning ( TTR ( " Layout name not found ! " ) ) ; <nl> void EditorNode : : _dialog_action ( String p_file ) { <nl> config - > set_value ( p_file , E - > get ( ) , Variant ( ) ) ; <nl> } <nl> <nl> - config - > save ( EditorSettings : : get_singleton ( ) - > get_settings_path ( ) . plus_file ( " editor_layouts . cfg " ) ) ; <nl> + config - > save ( EditorSettings : : get_singleton ( ) - > get_settings_path ( ) . plus_file ( " editor_layouts - 3 . cfg " ) ) ; <nl> <nl> layout_dialog - > hide ( ) ; <nl> _update_layouts_menu ( ) ; <nl> void EditorNode : : _update_layouts_menu ( ) { <nl> <nl> Ref < ConfigFile > config ; <nl> config . instance ( ) ; <nl> - Error err = config - > load ( EditorSettings : : get_singleton ( ) - > get_settings_path ( ) . plus_file ( " editor_layouts . cfg " ) ) ; <nl> + Error err = config - > load ( EditorSettings : : get_singleton ( ) - > get_settings_path ( ) . plus_file ( " editor_layouts - 3 . cfg " ) ) ; <nl> if ( err ! = OK ) { <nl> return ; / / no config <nl> } <nl> void EditorNode : : _layout_menu_option ( int p_id ) { <nl> <nl> Ref < ConfigFile > config ; <nl> config . instance ( ) ; <nl> - Error err = config - > load ( EditorSettings : : get_singleton ( ) - > get_settings_path ( ) . plus_file ( " editor_layouts . cfg " ) ) ; <nl> + Error err = config - > load ( EditorSettings : : get_singleton ( ) - > get_settings_path ( ) . plus_file ( " editor_layouts - 3 . cfg " ) ) ; <nl> if ( err ! = OK ) { <nl> return ; / / no config <nl> } <nl>	Merge pull request from RandomShaper / rename - layouts - file	godotengine/godot	970cbb460899ec68df7596f06b64bb5be81cea1c	2017-08-16T14:34:02Z
mmm a / tensorflow / python / kernel_tests / BUILD <nl> ppp b / tensorflow / python / kernel_tests / BUILD <nl> cuda_py_test ( <nl> " / / tensorflow / python : nn_ops_gen " , <nl> " / / tensorflow / python : platform " , <nl> " / / tensorflow / python : sparse_ops " , <nl> + " / / tensorflow / python : random_ops " , <nl> + " / / tensorflow / python : variables " , <nl> ] , <nl> ) <nl> <nl> cuda_py_test ( <nl> " / / third_party / py / numpy " , <nl> " / / tensorflow / python : client_testlib " , <nl> " / / tensorflow / python : framework_for_generated_wrappers " , <nl> + " / / tensorflow / python : gradients " , <nl> + " / / tensorflow / python : math_ops " , <nl> " / / tensorflow / python : nn_grad " , <nl> " / / tensorflow / python : nn_ops " , <nl> " / / tensorflow / python : nn_ops_gen " , <nl> mmm a / tensorflow / python / kernel_tests / ctc_loss_op_test . py <nl> ppp b / tensorflow / python / kernel_tests / ctc_loss_op_test . py <nl> def test_time_major ( self ) : <nl> ( tf_loss , tf_loss_transposed ) = sess . run ( [ loss , loss_transposed ] ) <nl> self . assertAllEqual ( tf_loss , tf_loss_transposed ) <nl> <nl> + def testInvalidSecondGradient ( self ) : <nl> + inputs = np . random . randn ( 2 , 2 , 3 ) . astype ( np . float32 ) <nl> + inputs_t = constant_op . constant ( inputs ) <nl> + labels = SimpleSparseTensorFrom ( [ [ 0 , 1 ] , [ 1 , 0 ] ] ) <nl> + seq_lens = np . array ( [ 2 , 2 ] , dtype = np . int32 ) <nl> + v = [ 1 . 0 ] <nl> + <nl> + with self . test_session ( use_gpu = False ) : <nl> + loss = ctc_ops . ctc_loss ( <nl> + inputs = inputs_t , labels = labels , sequence_length = seq_lens ) <nl> + # Taking ths second gradient should fail , since it is not <nl> + # yet supported . <nl> + with self . assertRaisesRegexp ( LookupError , <nl> + " . * No gradient defined . * PreventGradient . * " ) : <nl> + _ = gradients_impl . _hessian_vector_product ( loss , [ inputs_t ] , v ) <nl> + <nl> <nl> if __name__ = = " __main__ " : <nl> test . main ( ) <nl> mmm a / tensorflow / python / kernel_tests / sparse_xent_op_test . py <nl> ppp b / tensorflow / python / kernel_tests / sparse_xent_op_test . py <nl> <nl> from tensorflow . python . ops import gradients_impl <nl> from tensorflow . python . ops import math_ops <nl> from tensorflow . python . ops import nn_ops <nl> + from tensorflow . python . ops import random_ops <nl> from tensorflow . python . ops import sparse_ops <nl> + from tensorflow . python . ops import variables <nl> import tensorflow . python . ops . nn_grad # pylint : disable = unused - import <nl> from tensorflow . python . platform import app <nl> from tensorflow . python . platform import test <nl> def testGradient ( self ) : <nl> print ( " cross entropy gradient err = " , err ) <nl> self . assertLess ( err , 5e - 8 ) <nl> <nl> + def testSecondGradient ( self ) : <nl> + images_placeholder = array_ops . placeholder ( dtypes . float32 , shape = ( 3 , 2 ) ) <nl> + labels_placeholder = array_ops . placeholder ( dtypes . int32 , shape = ( 3 ) ) <nl> + weights = variables . Variable ( random_ops . truncated_normal ( [ 2 ] , stddev = 1 . 0 ) ) <nl> + weights_with_zeros = array_ops . stack ( [ array_ops . zeros ( [ 2 ] ) , weights ] , <nl> + axis = 1 ) <nl> + logits = math_ops . matmul ( images_placeholder , weights_with_zeros ) <nl> + cross_entropy = nn_ops . sparse_softmax_cross_entropy_with_logits ( <nl> + labels = labels_placeholder , logits = logits ) <nl> + loss = math_ops . reduce_mean ( cross_entropy ) <nl> + <nl> + # Taking ths second gradient should fail , since it is not <nl> + # yet supported . <nl> + with self . assertRaisesRegexp ( LookupError , <nl> + " . * No gradient defined . * PreventGradient . * " ) : <nl> + _ = gradients_impl . hessians ( loss , [ weights ] ) <nl> + <nl> def _testHighDim ( self , features , labels ) : <nl> np_loss , np_backprop = self . _npXent ( np . array ( features ) , np . array ( labels ) ) <nl> # manually reshape loss <nl> mmm a / tensorflow / python / kernel_tests / xent_op_test . py <nl> ppp b / tensorflow / python / kernel_tests / xent_op_test . py <nl> <nl> from tensorflow . python . framework import dtypes <nl> from tensorflow . python . ops import gen_nn_ops <nl> from tensorflow . python . ops import gradient_checker <nl> + from tensorflow . python . ops import gradients_impl <nl> + from tensorflow . python . ops import math_ops <nl> from tensorflow . python . ops import nn_ops <nl> import tensorflow . python . ops . nn_grad # pylint : disable = unused - import <nl> from tensorflow . python . platform import test <nl> def testGradient ( self ) : <nl> print ( " cross entropy gradient err = " , err ) <nl> self . assertLess ( err , 5e - 8 ) <nl> <nl> + def testSecondGradient ( self ) : <nl> + with self . test_session ( ) : <nl> + l = constant_op . constant ( [ 0 . 0 , 0 . 0 , 1 . 0 , 0 . 0 , <nl> + 1 . 0 , 0 . 0 , 0 . 0 , 0 . 0 , <nl> + 0 . 0 , 0 . 5 , 0 . 0 , 0 . 5 ] , shape = [ 12 ] , <nl> + dtype = dtypes . float64 , name = " l " ) <nl> + f = constant_op . constant ( [ 0 . 1 , 0 . 2 , 0 . 3 , 0 . 4 , <nl> + 0 . 1 , 0 . 4 , 0 . 9 , 1 . 6 , <nl> + 0 . 1 , 0 . 8 , 2 . 7 , 6 . 4 ] , shape = [ 12 ] , <nl> + dtype = dtypes . float64 , name = " f " ) <nl> + x = nn_ops . softmax_cross_entropy_with_logits ( labels = l , logits = f , <nl> + name = " xent " ) <nl> + loss = math_ops . reduce_mean ( x ) <nl> + <nl> + # Taking ths second gradient should fail , since it is not <nl> + # yet supported . <nl> + with self . assertRaisesRegexp ( LookupError , <nl> + " . * No gradient defined . * PreventGradient . * " ) : <nl> + _ = gradients_impl . hessians ( loss , [ f ] ) <nl> + <nl> def testWrapper ( self ) : <nl> features = np . array ( <nl> [ [ [ 1 . , 1 . , 1 . , 1 . ] , [ 1 . , 2 . , 3 . , 4 . ] ] , <nl> mmm a / tensorflow / python / ops / ctc_ops . py <nl> ppp b / tensorflow / python / ops / ctc_ops . py <nl> def _CTCLossGrad ( op , grad_loss , _ ) : <nl> The CTC Loss gradient . <nl> " " " <nl> # Outputs are : loss , grad <nl> - grad = op . outputs [ 1 ] <nl> + # <nl> + # Currently there is no way to take the second derivative of this op <nl> + # due to the fused implementation ' s interaction with tf . gradients ( ) , <nl> + # so we make sure we prevent silently incorrect results by raising <nl> + # an error if the second derivative is requested via prevent_gradient . <nl> + grad_without_gradient = array_ops . prevent_gradient ( op . outputs [ 1 ] ) <nl> # Return gradient for inputs and None for <nl> # labels_indices , labels_values and sequence_length <nl> - return [ _BroadcastMul ( grad_loss , grad ) , None , None , None ] <nl> + return [ _BroadcastMul ( grad_loss , grad_without_gradient ) , None , None , None ] <nl> <nl> <nl> def ctc_greedy_decoder ( inputs , sequence_length , merge_repeated = True ) : <nl> mmm a / tensorflow / python / ops / gradients_test . py <nl> ppp b / tensorflow / python / ops / gradients_test . py <nl> def testStopGradient ( self ) : <nl> assert igrad is None <nl> <nl> <nl> + class PreventGradientTest ( test_util . TensorFlowTestCase ) : <nl> + <nl> + def testPreventGradient ( self ) : <nl> + with ops . Graph ( ) . as_default ( ) : <nl> + inp = constant ( 1 . 0 , shape = [ 100 , 32 ] , name = " in " ) <nl> + out = array_ops . prevent_gradient ( inp ) <nl> + with self . assertRaisesRegexp ( LookupError , " No gradient defined " ) : <nl> + _ = gradients . gradients ( out , inp ) <nl> + <nl> + <nl> class HessianVectorProductTest ( test_util . TensorFlowTestCase ) : <nl> <nl> def testHessianVectorProduct ( self ) : <nl> mmm a / tensorflow / python / ops / nn_grad . py <nl> ppp b / tensorflow / python / ops / nn_grad . py <nl> def _BroadcastMul ( vec , mat ) : <nl> <nl> @ ops . RegisterGradient ( " SoftmaxCrossEntropyWithLogits " ) <nl> def _SoftmaxCrossEntropyWithLogitsGrad ( op , grad_0 , _ ) : <nl> + " " " Gradient function for SoftmaxCrossEntropyWithLogits . " " " <nl> # grad_0 is the backprop for cost , and we multiply it with the gradients <nl> # ( which is output [ 1 ] ) <nl> # There is no gradient for the labels <nl> - return _BroadcastMul ( grad_0 , op . outputs [ 1 ] ) , None <nl> + # <nl> + # Currently there is no way to take the second derivative of this op <nl> + # due to the fused implementation ' s interaction with tf . gradients ( ) , <nl> + # so we make sure we prevent silently incorrect results by raising <nl> + # an error if the second derivative is requested via prevent_gradient . <nl> + softmax_grad_without_gradient = array_ops . prevent_gradient ( op . outputs [ 1 ] ) <nl> + return _BroadcastMul ( grad_0 , softmax_grad_without_gradient ) , None <nl> <nl> <nl> @ ops . RegisterGradient ( " SparseSoftmaxCrossEntropyWithLogits " ) <nl> def _SparseSoftmaxCrossEntropyWithLogitsGrad ( op , grad_0 , _ ) : <nl> + " " " Gradient function for SparseSoftmaxCrossEntropyWithLogits . " " " <nl> # grad_0 is the backprop for cost , and we multiply it with the gradients <nl> # ( which is output [ 1 ] ) <nl> # There is no gradient for the labels <nl> - return _BroadcastMul ( grad_0 , op . outputs [ 1 ] ) , None <nl> + # <nl> + # Currently there is no way to take the second derivative of this op <nl> + # due to the fused implementation ' s interaction with tf . gradients ( ) , <nl> + # so we make sure we prevent silently incorrect results by raising <nl> + # an error if the second derivative is requested via prevent_gradient . <nl> + sparse_softmax_grad_without_gradient = array_ops . prevent_gradient ( <nl> + op . outputs [ 1 ] ) <nl> + return _BroadcastMul ( grad_0 , sparse_softmax_grad_without_gradient ) , None <nl> <nl> <nl> @ ops . RegisterGradient ( " Conv2D " ) <nl>	Automated rollback of change 141622306	tensorflow/tensorflow	df52532ccb9a6084ed8877a5b11698fa451a8762	2017-01-11T01:07:58Z
mmm a / modules / core / src / kmeans . cpp <nl> ppp b / modules / core / src / kmeans . cpp <nl> double cv : : kmeans ( InputArray _data , int K , <nl> { <nl> const int SPP_TRIALS = 3 ; <nl> Mat data0 = _data . getMat ( ) ; <nl> - bool isrow = data0 . rows = = 1 & & data0 . channels ( ) > 1 ; <nl> - int N = ! isrow ? data0 . rows : data0 . cols ; <nl> - int dims = ( ! isrow ? data0 . cols : 1 ) * data0 . channels ( ) ; <nl> + bool isrow = data0 . rows = = 1 ; <nl> + int N = isrow ? data0 . cols : data0 . rows ; <nl> + int dims = ( isrow ? 1 : data0 . cols ) * data0 . channels ( ) ; <nl> int type = data0 . depth ( ) ; <nl> <nl> attempts = std : : max ( attempts , 1 ) ; <nl>	Merge pull request from PhilLab : patch - 4	opencv/opencv	d6f8a75e91112f4b98f895658a747a077f580684	2015-12-08T18:46:34Z
mmm a / validation - test / stdlib / NumericDiagnostics . swift . gyb <nl> ppp b / validation - test / stdlib / NumericDiagnostics . swift . gyb <nl> func testIteratedOperations ( ) { <nl> or T2 in numeric_type_names_Macintosh_only ( ) else " " } <nl> % for op in operatorsToTest : <nl> % count + = 1 <nl> + % theDiagnostic = " / / expected - error { { of type } } " if ( T1 ! = T2 ) else \ <nl> + % " / / expected - note { { add an explicit type annotation } } expected - warning { { inferred to have type } } " \ <nl> + % if ( op in all_integer_assignment_operator_names ( ) + all_integer_or_real_assignment_operator_names ( ) ) \ <nl> + % else " " # FIXME Temporary workaround for rdar : / / 15928178 gyb miscompiles nested if elif <nl> if true { / / $ { count } <nl> var x1_ $ { T1 } : $ { T1 } = 0 <nl> var x2_ $ { T2 } : $ { T2 } = 0 <nl> - x1_ $ { T1 } $ { op } x2_ $ { T2 } $ { " / / expected - error { { } } " if T1 ! = T2 else " " } <nl> + var result = x1_ $ { T1 } $ { op } x2_ $ { T2 } $ { theDiagnostic } <nl> } <nl> % end # op <nl> $ { " \ n # endif / / arch ( i386 ) \| \| arch ( x86_64 ) \ n \ n " if T1 in numeric_type_names_Macintosh_only ( ) <nl>	Assign the result of binary operations to a variable , in preparation for checking its type in my next check - in .	apple/swift	3a074e5a50c990c9316752d77b011e839a6ebb32	2015-01-21T03:54:48Z
mmm a / src / compiler / cpp_generator . h <nl> ppp b / src / compiler / cpp_generator . h <nl> <nl> # include < memory > <nl> # include < vector > <nl> <nl> + # include " src / compiler / config . h " <nl> + <nl> # ifndef GRPC_CUSTOM_STRING <nl> # include < string > <nl> # define GRPC_CUSTOM_STRING std : : string <nl>	Merge pull request from yang - g / header2	grpc/grpc	9a574ec95289c9382fd0f130da12371e63e798a1	2016-09-26T23:02:27Z
mmm a / modules / common / math / BUILD <nl> ppp b / modules / common / math / BUILD <nl> cc_library ( <nl> " : aabox2d " , <nl> " : aaboxkdtree2d " , <nl> " : angle " , <nl> + " : cartesian_frenet_conversion " , <nl> " : box2d " , <nl> " : euler_angles_zxy " , <nl> " : factorial " , <nl> cc_library ( <nl> ] , <nl> ) <nl> <nl> + cc_library ( <nl> + name = " cartesian_frenet_conversion " , <nl> + srcs = [ <nl> + " cartesian_frenet_conversion . cc " , <nl> + ] , <nl> + hdrs = [ <nl> + " cartesian_frenet_conversion . h " , <nl> + ] , <nl> + deps = [ <nl> + " / / modules / common : log " , <nl> + " / / modules / common / math : math_utils " , <nl> + " / / modules / common / math : vec2d " , <nl> + " @ eigen / / : eigen " , <nl> + ] , <nl> + ) <nl> + <nl> cc_test ( <nl> name = " mpc_test " , <nl> size = " small " , <nl> cc_test ( <nl> ] , <nl> ) <nl> <nl> + cc_test ( <nl> + name = " cartesian_frenet_conversion_test " , <nl> + size = " small " , <nl> + srcs = [ <nl> + " cartesian_frenet_conversion_test . cc " , <nl> + ] , <nl> + deps = [ <nl> + " : cartesian_frenet_conversion " , <nl> + " @ gtest / / : main " , <nl> + ] , <nl> + ) <nl> + <nl> cpplint ( ) <nl> similarity index 97 % <nl> rename from modules / planning / math / frame_conversion / cartesian_frenet_conversion . cc <nl> rename to modules / common / math / cartesian_frenet_conversion . cc <nl> mmm a / modules / planning / math / frame_conversion / cartesian_frenet_conversion . cc <nl> ppp b / modules / common / math / cartesian_frenet_conversion . cc <nl> <nl> / * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * <nl> - * Copyright 2017 The Apollo Authors . All Rights Reserved . <nl> + * Copyright 2018 The Apollo Authors . All Rights Reserved . <nl> * <nl> * Licensed under the Apache License , Version 2 . 0 ( the " License " ) ; <nl> * you may not use this file except in compliance with the License . <nl> <nl> * limitations under the License . <nl> * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * / <nl> <nl> - / * * <nl> - * @ file cartesian_frenet_conversion . cc <nl> - * * / <nl> - <nl> - # include " modules / planning / math / frame_conversion / cartesian_frenet_conversion . h " <nl> + # include " modules / common / math / cartesian_frenet_conversion . h " <nl> <nl> # include < cmath > <nl> <nl> similarity index 92 % <nl> rename from modules / planning / math / frame_conversion / cartesian_frenet_conversion . h <nl> rename to modules / common / math / cartesian_frenet_conversion . h <nl> mmm a / modules / planning / math / frame_conversion / cartesian_frenet_conversion . h <nl> ppp b / modules / common / math / cartesian_frenet_conversion . h <nl> <nl> / * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * <nl> - * Copyright 2017 The Apollo Authors . All Rights Reserved . <nl> + * Copyright 2018 The Apollo Authors . All Rights Reserved . <nl> * <nl> * Licensed under the Apache License , Version 2 . 0 ( the " License " ) ; <nl> * you may not use this file except in compliance with the License . <nl> <nl> * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * / <nl> <nl> / * * <nl> - * @ file cartesian_frenet_conversion . h <nl> + * @ file <nl> * * / <nl> <nl> - # ifndef MODULES_PLANNING_MATH_FRAME_CONVERSION_CARTESIAN_FRENET_CONVERSION_H_ <nl> - # define MODULES_PLANNING_MATH_FRAME_CONVERSION_CARTESIAN_FRENET_CONVERSION_H_ <nl> + # ifndef MODULES_COMMON_MATH_CARTESIAN_FRENET_CONVERSION_H_ <nl> + # define MODULES_COMMON_MATH_CARTESIAN_FRENET_CONVERSION_H_ <nl> <nl> # include < array > <nl> <nl> class CartesianFrenetConverter { <nl> } / / namespace planning <nl> } / / namespace apollo <nl> <nl> - # endif / / MODULES_PLANNING_MATH_FRAME_CONVERSION_CARTESIAN_FRENET_CONVERSION_H_ <nl> + # endif / / MODULES_COMMON_MATH_CARTESIAN_FRENET_CONVERSION_H_ <nl> similarity index 90 % <nl> rename from modules / planning / math / frame_conversion / cartesian_frenet_conversion_test . cc <nl> rename to modules / common / math / cartesian_frenet_conversion_test . cc <nl> mmm a / modules / planning / math / frame_conversion / cartesian_frenet_conversion_test . cc <nl> ppp b / modules / common / math / cartesian_frenet_conversion_test . cc <nl> <nl> / * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * <nl> - * Copyright 2017 The Apollo Authors . All Rights Reserved . <nl> + * Copyright 2018 The Apollo Authors . All Rights Reserved . <nl> * <nl> * Licensed under the Apache License , Version 2 . 0 ( the " License " ) ; <nl> * you may not use this file except in compliance with the License . <nl> <nl> * limitations under the License . <nl> * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * / <nl> <nl> - / * * <nl> - * @ file cartesian_frenet_conversion_test . cc <nl> - * * / <nl> - # include " modules / planning / math / frame_conversion / cartesian_frenet_conversion . h " <nl> + # include " modules / common / math / cartesian_frenet_conversion . h " <nl> <nl> # include < array > <nl> # include < cmath > <nl> mmm a / modules / planning / common / path / BUILD <nl> ppp b / modules / planning / common / path / BUILD <nl> cc_library ( <nl> " : discretized_path " , <nl> " : frenet_frame_path " , <nl> " / / modules / planning / common : planning_gflags " , <nl> - " / / modules / planning / math / frame_conversion : cartesian_frenet_conversion " , <nl> + " / / modules / common / math : cartesian_frenet_conversion " , <nl> " / / modules / planning / reference_line " , <nl> ] , <nl> ) <nl> mmm a / modules / planning / common / path / path_data . cc <nl> ppp b / modules / planning / common / path / path_data . cc <nl> <nl> # include " modules / common / log . h " <nl> # include " modules / common / util / string_util . h " <nl> # include " modules / common / util / util . h " <nl> + # include " modules / common / math / cartesian_frenet_conversion . h " <nl> # include " modules / planning / common / planning_gflags . h " <nl> # include " modules / planning / common / planning_util . h " <nl> - # include " modules / planning / math / frame_conversion / cartesian_frenet_conversion . h " <nl> <nl> namespace apollo { <nl> namespace planning { <nl> mmm a / modules / planning / lattice / trajectory_generator / BUILD <nl> ppp b / modules / planning / lattice / trajectory_generator / BUILD <nl> cc_library ( <nl> " / / modules / planning / common / trajectory : discretized_trajectory " , <nl> " / / modules / planning / lattice / util : reference_line_matcher " , <nl> " / / modules / planning / math / curve1d " , <nl> - " / / modules / planning / math / frame_conversion : cartesian_frenet_conversion " , <nl> + " / / modules / common / math : cartesian_frenet_conversion " , <nl> ] , <nl> ) <nl> <nl> mmm a / modules / planning / lattice / trajectory_generator / trajectory_combiner . cc <nl> ppp b / modules / planning / lattice / trajectory_generator / trajectory_combiner . cc <nl> <nl> <nl> # include < algorithm > <nl> <nl> + # include " modules / common / math / cartesian_frenet_conversion . h " <nl> # include " modules / planning / common / planning_gflags . h " <nl> # include " modules / planning / lattice / util / reference_line_matcher . h " <nl> - # include " modules / planning / math / frame_conversion / cartesian_frenet_conversion . h " <nl> <nl> namespace apollo { <nl> namespace planning { <nl> mmm a / modules / planning / lattice / util / BUILD <nl> ppp b / modules / planning / lattice / util / BUILD <nl> cc_library ( <nl> deps = [ <nl> " / / modules / common " , <nl> " / / modules / common / proto : pnc_point_proto " , <nl> + " / / modules / common / math : cartesian_frenet_conversion " , <nl> " / / modules / planning / lattice / util : reference_line_matcher " , <nl> - " / / modules / planning / math / frame_conversion : cartesian_frenet_conversion " , <nl> ] , <nl> ) <nl> <nl> mmm a / modules / planning / lattice / util / reference_line_frame_converter . cc <nl> ppp b / modules / planning / lattice / util / reference_line_frame_converter . cc <nl> <nl> * * / <nl> <nl> # include " modules / planning / lattice / util / reference_line_frame_converter . h " <nl> - <nl> + # include " modules / common / math / cartesian_frenet_conversion . h " <nl> # include " modules / planning / lattice / util / reference_line_matcher . h " <nl> - # include " modules / planning / math / frame_conversion / cartesian_frenet_conversion . h " <nl> <nl> namespace apollo { <nl> namespace planning { <nl> deleted file mode 100644 <nl> index b07bdf8c559 . . 00000000000 <nl> mmm a / modules / planning / math / frame_conversion / BUILD <nl> ppp / dev / null <nl> <nl> - load ( " / / tools : cpplint . bzl " , " cpplint " ) <nl> - <nl> - package ( default_visibility = [ " / / visibility : public " ] ) <nl> - <nl> - cc_library ( <nl> - name = " cartesian_frenet_conversion " , <nl> - srcs = [ <nl> - " cartesian_frenet_conversion . cc " , <nl> - ] , <nl> - hdrs = [ <nl> - " cartesian_frenet_conversion . h " , <nl> - ] , <nl> - deps = [ <nl> - " / / modules / common : log " , <nl> - " / / modules / common / math : math_utils " , <nl> - " / / modules / common / math : vec2d " , <nl> - " @ eigen / / : eigen " , <nl> - ] , <nl> - ) <nl> - <nl> - cc_test ( <nl> - name = " cartesian_frenet_conversion_test " , <nl> - size = " small " , <nl> - srcs = [ <nl> - " cartesian_frenet_conversion_test . cc " , <nl> - ] , <nl> - deps = [ <nl> - " : cartesian_frenet_conversion " , <nl> - " @ gtest / / : main " , <nl> - ] , <nl> - ) <nl> - <nl> - cpplint ( ) <nl> mmm a / modules / planning / planner / lattice / lattice_planner . cc <nl> ppp b / modules / planning / planner / lattice / lattice_planner . cc <nl> <nl> # include " modules / common / adapters / adapter_manager . h " <nl> # include " modules / common / log . h " <nl> # include " modules / common / macro . h " <nl> + # include " modules / common / math / cartesian_frenet_conversion . h " <nl> # include " modules / common / time / time . h " <nl> # include " modules / planning / common / planning_gflags . h " <nl> # include " modules / planning / constraint_checker / collision_checker . h " <nl> <nl> # include " modules / planning / lattice / trajectory_generator / trajectory_evaluator . h " <nl> # include " modules / planning / lattice / util / lattice_trajectory1d . h " <nl> # include " modules / planning / lattice / util / reference_line_matcher . h " <nl> - # include " modules / planning / math / frame_conversion / cartesian_frenet_conversion . h " <nl> <nl> namespace apollo { <nl> namespace planning { <nl> mmm a / modules / planning / tasks / dp_poly_path / dp_road_graph . cc <nl> ppp b / modules / planning / tasks / dp_poly_path / dp_road_graph . cc <nl> <nl> # include " modules / common / configs / vehicle_config_helper . h " <nl> # include " modules / common / log . h " <nl> # include " modules / common / util / util . h " <nl> + # include " modules / common / math / cartesian_frenet_conversion . h " <nl> # include " modules / map / hdmap / hdmap_util . h " <nl> # include " modules / planning / common / path / frenet_frame_path . h " <nl> # include " modules / planning / common / planning_gflags . h " <nl> # include " modules / planning / common / planning_thread_pool . h " <nl> # include " modules / planning / math / curve1d / quintic_polynomial_curve1d . h " <nl> - # include " modules / planning / math / frame_conversion / cartesian_frenet_conversion . h " <nl> <nl> namespace apollo { <nl> namespace planning { <nl> mmm a / modules / planning / tasks / qp_spline_path / BUILD <nl> ppp b / modules / planning / tasks / qp_spline_path / BUILD <nl> cc_library ( <nl> " / / modules / planning / math : polynomial_xd " , <nl> " / / modules / planning / math / curve1d : polynomial_curve1d " , <nl> " / / modules / planning / math / curve1d : quintic_polynomial_curve1d " , <nl> - " / / modules / planning / math / frame_conversion : cartesian_frenet_conversion " , <nl> + " / / modules / common / math : cartesian_frenet_conversion " , <nl> " / / modules / planning / math / smoothing_spline : spline_1d_constraint " , <nl> " / / modules / planning / math / smoothing_spline : spline_1d_generator " , <nl> " / / modules / planning / math / smoothing_spline : spline_1d_kernel " , <nl> mmm a / modules / planning / tasks / qp_spline_path / qp_spline_path_generator . cc <nl> ppp b / modules / planning / tasks / qp_spline_path / qp_spline_path_generator . cc <nl> <nl> # include " modules / common / macro . h " <nl> # include " modules / common / util / string_util . h " <nl> # include " modules / common / util / util . h " <nl> + # include " modules / common / math / cartesian_frenet_conversion . h " <nl> # include " modules / planning / common / planning_gflags . h " <nl> # include " modules / planning / common / planning_util . h " <nl> - # include " modules / planning / math / frame_conversion / cartesian_frenet_conversion . h " <nl> <nl> namespace apollo { <nl> namespace planning { <nl>	Planning : move cartesian_frenet_conversion to common / math	ApolloAuto/apollo	423ddf88e115557e0c929e0caf1a1b2c83443e65	2018-02-23T00:12:07Z
mmm a / src / messages . js <nl> ppp b / src / messages . js <nl> var kMessages = { <nl> duplicate_constructor : [ " A class may only have one constructor " ] , <nl> sloppy_lexical : [ " Block - scoped declarations ( let , const , function , class ) not yet supported outside strict mode " ] , <nl> super_constructor_call : [ " A ' super ' constructor call may only appear as the first statement of a function , and its arguments may not access ' this ' . Other forms are not yet supported . " ] , <nl> - duplicate_proto : [ " Duplicate __proto__ fields are not allowed in object literals " ] <nl> + duplicate_proto : [ " Duplicate __proto__ fields are not allowed in object literals " ] , <nl> + param_after_rest : [ " Rest parameter must be last formal parameter " ] <nl> } ; <nl> <nl> <nl>	Add param_after_rest error message after r26362	v8/v8	f6f56de8e3856f988f39d51884948ccd03957601	2015-01-30T17:18:57Z
mmm a / caffe2 / CMakeLists . txt <nl> ppp b / caffe2 / CMakeLists . txt <nl> if ( BUILD_TEST ) <nl> # libraries even if they are not part of the public dependency libs . As a <nl> # result , we will explicitly link the test against the Caffe2 dependency <nl> # libs . <nl> - target_link_libraries ( $ { test_name } $ { Caffe2_MAIN_LIBS } gtest_main ) <nl> + target_link_libraries ( $ { test_name } $ { Caffe2_DEPENDENCY_LIBS } $ { Caffe2_MAIN_LIBS } gtest_main ) <nl> if ( USE_CUDA ) <nl> target_link_libraries ( $ { test_name } $ { Caffe2_CUDA_DEPENDENCY_LIBS } ) <nl> endif ( ) <nl> mmm a / caffe2 / core / nomnigraph / CMakeLists . txt <nl> ppp b / caffe2 / core / nomnigraph / CMakeLists . txt <nl> target_include_directories ( nomnigraph PUBLIC $ { CMAKE_CURRENT_SOURCE_DIR } / include <nl> list ( APPEND Caffe2_DEPENDENCY_LIBS nomnigraph ) <nl> set ( Caffe2_DEPENDENCY_LIBS $ { Caffe2_DEPENDENCY_LIBS } PARENT_SCOPE ) <nl> <nl> - <nl> if ( BUILD_TEST ) <nl> foreach ( test_src $ { NOMNI_TEST_SRCS } ) <nl> get_filename_component ( test_name $ { test_src } NAME_WE ) <nl> mmm a / caffe2 / core / nomnigraph / include / nomnigraph / Converters / Dot . h <nl> ppp b / caffe2 / core / nomnigraph / include / nomnigraph / Converters / Dot . h <nl> <nl> # include " nomnigraph / Support / Casting . h " <nl> <nl> # include < functional > <nl> + # include < map > <nl> # include < iostream > <nl> # include < sstream > <nl> <nl> mmm a / caffe2 / core / nomnigraph / include / nomnigraph / Graph / Algorithms . h <nl> ppp b / caffe2 / core / nomnigraph / include / nomnigraph / Graph / Algorithms . h <nl> Graph < typename G : : NodeRef , int > dominatorTree ( <nl> nextPass . insert ( source ) ; <nl> <nl> while ( nextPass . size ( ) ) { <nl> - for ( auto parent : nextPass ) { <nl> + for ( auto parent_iter = nextPass . begin ( ) ; parent_iter ! = nextPass . end ( ) ; ) { <nl> + auto parent = * parent_iter ; <nl> for ( auto child : dominatorMap [ parent ] ) { <nl> while ( mapToTreeNode [ child ] - > getInEdges ( ) . size ( ) ) { <nl> tree . deleteEdge ( mapToTreeNode [ child ] - > getInEdges ( ) . front ( ) ) ; <nl> Graph < typename G : : NodeRef , int > dominatorTree ( <nl> nextPass . insert ( child ) ; <nl> } <nl> } <nl> - nextPass . erase ( parent ) ; <nl> + nextPass . erase ( parent_iter + + ) ; <nl> } <nl> } <nl> <nl> mmm a / caffe2 / core / nomnigraph / tests / basic_test . cc <nl> ppp b / caffe2 / core / nomnigraph / tests / basic_test . cc <nl> <nl> - # if 0 <nl> - # include " nomnigraph / Graph / Algorithms . h " <nl> - # include " nomnigraph / Graph / Graph . h " <nl> + # include " test_util . h " <nl> <nl> - # include " nomnigraph / Converters / Caffe2 . h " <nl> # include " nomnigraph / Converters / Dot . h " <nl> - <nl> - # include " nomnigraph / Transformations / ConnectNet . h " <nl> + # include " nomnigraph / Graph / Algorithms . h " <nl> + # include " nomnigraph / Graph / Graph . h " <nl> # include " nomnigraph / Transformations / Match . h " <nl> - # include " nomnigraph / Transformations / OperatorFusion . h " <nl> - <nl> # include " nomnigraph / Support / Casting . h " <nl> <nl> - # include < stdio . h > <nl> - # include < fstream > <nl> - # include < iomanip > <nl> - <nl> - # define ADD_ARG ( _op , _name , _type , _val ) \ <nl> - { \ <nl> - caffe2 : : Argument * arg = _op - > add_arg ( ) ; \ <nl> - arg - > set_name ( _name ) ; \ <nl> - arg - > set_ # # _type ( _val ) ; \ <nl> - } <nl> - <nl> - class TestClass { <nl> - public : <nl> - TestClass ( ) { } <nl> - ~ TestClass ( ) { } <nl> - } ; <nl> - <nl> - struct NNEquality { <nl> - static bool equal ( <nl> - const typename nom : : repr : : NNGraph : : NodeRef & a , <nl> - const typename nom : : repr : : NNGraph : : NodeRef & b ) { <nl> - if ( <nl> - ! nom : : repr : : nn : : is < nom : : repr : : NeuralNetOperator > ( a ) \| \| <nl> - ! nom : : repr : : nn : : is < nom : : repr : : NeuralNetOperator > ( b ) ) { <nl> - return false ; <nl> - } <nl> - auto a_ = nom : : repr : : nn : : get < nom : : repr : : NeuralNetOperator > ( a ) ; <nl> - auto b_ = nom : : repr : : nn : : get < nom : : repr : : NeuralNetOperator > ( b ) ; <nl> - <nl> - bool sameKind = a_ - > getKind ( ) = = b_ - > getKind ( ) ; <nl> - if ( sameKind & & a_ - > getKind ( ) = = nom : : repr : : NeuralNetOperator : : NNKind : : GenericOperator ) { <nl> - return a_ - > getName ( ) = = b_ - > getName ( ) ; <nl> - } <nl> - return sameKind ; <nl> - } <nl> - } ; <nl> - <nl> - <nl> - auto bbprinter = [ ] ( typename nom : : repr : : NNCFGraph : : NodeRef node ) { <nl> - std : : map < std : : string , std : : string > labelMap ; <nl> - assert ( node - > data ( ) & & " Node doesn ' t have data , can ' t render it " ) ; <nl> - auto * bb = dyn_cast < nom : : repr : : BasicBlockType < nom : : repr : : NNGraph > > ( <nl> - node - > data ( ) . get ( ) ) ; <nl> - labelMap [ " label " ] = std : : to_string ( ( unsigned long long ) node ) + " \ \ n " ; <nl> - for ( const auto & instr : bb - > getInstructions ( ) ) { <nl> - assert ( isa < nom : : repr : : NeuralNetOperator > ( instr - > data ( ) ) & & <nl> - " Invalid instruction . " ) ; <nl> - auto * op = dyn_cast < nom : : repr : : NeuralNetOperator > ( instr - > data ( ) . get ( ) ) ; <nl> - bool hasOutput = false ; <nl> - for ( const auto & outEdge : instr - > getOutEdges ( ) ) { <nl> - auto * output = <nl> - dyn_cast < nom : : repr : : NeuralNetData > ( outEdge - > head ( ) - > data ( ) . get ( ) ) ; <nl> - labelMap [ " label " ] + = " " + output - > getName ( ) ; <nl> - hasOutput = true ; <nl> - } <nl> - if ( hasOutput ) { <nl> - labelMap [ " label " ] + = " = " ; <nl> - } <nl> - labelMap [ " label " ] + = op - > getName ( ) ; <nl> - for ( const auto & inEdge : instr - > getInEdges ( ) ) { <nl> - auto * arg = <nl> - dyn_cast < nom : : repr : : NeuralNetData > ( inEdge - > tail ( ) - > data ( ) . get ( ) ) ; <nl> - labelMap [ " label " ] + = " " + arg - > getName ( ) ; <nl> - } <nl> - labelMap [ " label " ] + = " \ \ l " ; <nl> - } <nl> - labelMap [ " shape " ] = " box " ; <nl> - return labelMap ; <nl> - } ; <nl> - <nl> - auto cfgedgeprinter = [ ] ( typename nom : : repr : : NNCFGraph : : EdgeRef edge ) { <nl> - std : : map < std : : string , std : : string > labelMap ; <nl> - if ( edge - > data ( ) = = - 1 ) { <nl> - labelMap [ " label " ] = " F " ; <nl> - } else if ( edge - > data ( ) = = 1 ) { <nl> - labelMap [ " label " ] = " T " ; <nl> - } <nl> - return labelMap ; <nl> - } ; <nl> - <nl> - auto nnprinter = [ ] ( typename nom : : repr : : NNGraph : : NodeRef node ) { <nl> - std : : map < std : : string , std : : string > labelMap ; <nl> - assert ( node - > data ( ) & & " Node doesn ' t have data , can ' t render it " ) ; <nl> - if ( isa < nom : : repr : : NeuralNetOperator > ( node - > data ( ) ) ) { <nl> - auto * op = dyn_cast < nom : : repr : : NeuralNetOperator > ( node - > data ( ) . get ( ) ) ; <nl> - labelMap [ " label " ] = <nl> - op - > getName ( ) + " ( " + std : : to_string ( ( unsigned long long ) node ) + " ) " ; <nl> - auto * annotation = op - > getAnnotation ( ) ; <nl> - if ( annotation & & isa < nom : : repr : : DeviceAnnotation > ( annotation ) ) { <nl> - auto device_annotation = <nl> - dyn_cast < nom : : repr : : DeviceAnnotation > ( annotation ) ; <nl> - labelMap [ " label " ] + = " \ \ n [ " + device_annotation - > getDevice ( ) + " ] " ; <nl> - auto hash = std : : hash < std : : string > { } ( device_annotation - > getDevice ( ) ) ; <nl> - std : : stringstream hex_stream ; <nl> - hex_stream < < std : : hex < < hash ; <nl> - labelMap [ " color " ] = " # " + hex_stream . str ( ) . substr ( 0 , 6 ) ; <nl> - labelMap [ " fontcolor " ] = labelMap [ " color " ] ; <nl> - } <nl> - labelMap [ " shape " ] = " box " ; <nl> - } else if ( isa < nom : : repr : : Data > ( node - > data ( ) ) ) { <nl> - auto tensor = dyn_cast < nom : : repr : : NeuralNetData > ( node - > data ( ) . get ( ) ) ; <nl> - labelMap [ " label " ] = tensor - > getName ( ) ; <nl> - labelMap [ " label " ] + = " _ " + std : : to_string ( tensor - > getVersion ( ) ) + " " + std : : to_string ( ( unsigned long long ) node ) ; <nl> - } <nl> - return labelMap ; <nl> - } ; <nl> - <nl> - int main ( int argc , char * argv [ ] ) { <nl> - { <nl> - TestClass t1 ; <nl> - TestClass t2 ; <nl> - nom : : Graph < TestClass > g ; <nl> - nom : : Graph < TestClass > : : NodeRef n1 = g . createNode ( std : : move ( t1 ) ) ; <nl> - nom : : Graph < TestClass > : : NodeRef n2 = g . createNode ( std : : move ( t2 ) ) ; <nl> - g . createEdge ( n1 , n2 ) ; <nl> - } <nl> - <nl> - { <nl> - TestClass t1 ; <nl> - TestClass t2 ; <nl> - nom : : Graph < TestClass > g ; <nl> - nom : : Graph < TestClass > : : NodeRef n1 = g . createNode ( std : : move ( t1 ) ) ; <nl> - nom : : Graph < TestClass > : : NodeRef n2 = g . createNode ( std : : move ( t2 ) ) ; <nl> - g . createEdge ( n1 , n2 ) ; <nl> - g . deleteNode ( n1 ) ; <nl> - } <nl> - <nl> - { <nl> - TestClass t1 ; <nl> - TestClass t2 ; <nl> - nom : : Graph < TestClass > g ; <nl> - nom : : Graph < TestClass > : : NodeRef n1 = g . createNode ( std : : move ( t1 ) ) ; <nl> - nom : : Graph < TestClass > : : NodeRef n2 = g . createNode ( std : : move ( t2 ) ) ; <nl> - nom : : Graph < TestClass > : : EdgeRef e = g . createEdge ( n1 , n2 ) ; <nl> - g . deleteEdge ( e ) ; <nl> - } <nl> - <nl> - { <nl> - TestClass t1 ; <nl> - TestClass t2 ; <nl> - nom : : Graph < TestClass , int > g ; <nl> - nom : : Graph < TestClass , int > : : NodeRef n1 = g . createNode ( std : : move ( t1 ) ) ; <nl> - nom : : Graph < TestClass , int > : : NodeRef n2 = g . createNode ( std : : move ( t2 ) ) ; <nl> - g . createEdge ( n1 , n2 ) ; <nl> - g . createEdge ( n2 , n1 ) ; <nl> - auto tarjans = nom : : algorithm : : Tarjans < TestClass , int > ( & g ) ; <nl> - auto sccs = tarjans . run ( ) ; <nl> - } <nl> - <nl> - { <nl> - nom : : Graph < TestClass , int > g ; <nl> - std : : vector < nom : : Graph < TestClass , int > : : NodeRef > nodes ; <nl> - for ( auto i = 0 ; i < 10 ; + + i ) { <nl> - TestClass t ; <nl> - nodes . emplace_back ( g . createNode ( std : : move ( t ) ) ) ; <nl> - } <nl> - for ( auto i = 0 ; i < 30 ; + + i ) { <nl> - int ri1 = rand ( ) % nodes . size ( ) ; <nl> - int ri2 = rand ( ) % nodes . size ( ) ; <nl> - g . createEdge ( nodes [ ri1 ] , nodes [ ri2 ] ) ; <nl> - } <nl> - <nl> - auto tarjans = nom : : algorithm : : Tarjans < TestClass , int > ( & g ) ; <nl> - auto sccs = tarjans . run ( ) ; <nl> - } <nl> - <nl> - { <nl> - caffe2 : : NetDef net ; <nl> - for ( auto i = 0 ; i < 10 ; + + i ) { <nl> - if ( rand ( ) % 2 ) { <nl> - caffe2 : : OperatorDef * def = net . add_op ( ) ; <nl> - def - > set_type ( " Conv " ) ; <nl> - def - > add_input ( " X " ) ; <nl> - def - > add_input ( " W " + std : : to_string ( i ) ) ; / / different weights <nl> - ADD_ARG ( def , " kernel " , i , 3 ) ; <nl> - ADD_ARG ( def , " stride " , i , 1 ) ; <nl> - ADD_ARG ( def , " pad " , i , 0 ) ; <nl> - ADD_ARG ( def , " order " , s , " NCHW " ) ; <nl> - def - > add_output ( " X " ) ; <nl> - def - > mutable_device_option ( ) - > set_node_name ( " conv_runner " ) ; <nl> - } else { <nl> - caffe2 : : OperatorDef * def = net . add_op ( ) ; <nl> - def - > set_type ( " Relu " ) ; <nl> - def - > add_input ( " X " ) ; <nl> - def - > add_output ( " X " ) ; <nl> - def - > mutable_device_option ( ) - > set_node_name ( " relu_runner " ) ; <nl> - } <nl> - } <nl> - auto nn = nom : : converters : : convertFromCaffe2Proto ( net ) ; <nl> - nom : : repr : : NNGraph g = std : : move ( nn . dataFlow ) ; <nl> - nom : : repr : : NNCFGraph cfg = std : : move ( nn . controlFlow ) ; <nl> - <nl> - std : : ofstream out ( " unfusedNet . dot " ) ; <nl> - out < < nom : : converters : : convertToDotString ( & g , nnprinter ) ; <nl> - out . close ( ) ; <nl> - <nl> - while ( nom : : transformations : : fuseConvRelu ( & g ) ) <nl> - ; <nl> - <nl> - std : : ofstream out2 ( " fusedNet . dot " ) ; <nl> - out2 < < nom : : converters : : convertToDotString ( & g , nnprinter ) ; <nl> - out2 . close ( ) ; <nl> - } <nl> - { <nl> - caffe2 : : NetDef net ; <nl> - for ( auto i = 0 ; i < 10 ; + + i ) { <nl> - if ( i % 2 ) { <nl> - caffe2 : : OperatorDef * def = net . add_op ( ) ; <nl> - def - > set_type ( " Conv " ) ; <nl> - def - > add_input ( " X " + std : : to_string ( i ) ) ; <nl> - def - > add_input ( " W " + std : : to_string ( i ) ) ; / / different weights <nl> - def - > add_input ( " b " + std : : to_string ( i ) ) ; / / different biases <nl> - ADD_ARG ( def , " kernel " , i , 3 ) ; <nl> - ADD_ARG ( def , " stride " , i , 1 ) ; <nl> - ADD_ARG ( def , " pad " , i , 0 ) ; <nl> - ADD_ARG ( def , " order " , s , " NCHW " ) ; <nl> - def - > add_output ( " X " + std : : to_string ( i + 1 ) ) ; <nl> - def - > mutable_device_option ( ) - > set_node_name ( " device_ " + <nl> - std : : to_string ( rand ( ) % 2 ) ) ; <nl> - } else { <nl> - caffe2 : : OperatorDef * def = net . add_op ( ) ; <nl> - def - > set_type ( " Relu " ) ; <nl> - def - > add_input ( " X " + std : : to_string ( i ) ) ; <nl> - def - > add_output ( " X " + std : : to_string ( i + 1 ) ) ; <nl> - def - > mutable_device_option ( ) - > set_node_name ( " device_ " + <nl> - std : : to_string ( rand ( ) % 2 ) ) ; <nl> - } <nl> - } <nl> - auto nn = nom : : converters : : convertFromCaffe2Proto ( net ) ; <nl> - <nl> - std : : string dot1 = nom : : converters : : convertToDotString ( & nn . dataFlow , nnprinter ) ; <nl> - std : : ofstream out1 ( " disconnectedNet . dot " ) ; <nl> - out1 < < dot1 ; <nl> - out1 . close ( ) ; <nl> - <nl> - assert ( nom : : transformations : : connectNet ( & nn . dataFlow ) ) ; <nl> - nom : : repr : : nn : : coalesceInsertedDataDependencies ( & nn ) ; <nl> - { <nl> - std : : string dot = nom : : converters : : convertToDotString ( & nn . dataFlow , nnprinter ) ; <nl> - std : : ofstream out ( " connectedNet . dot " ) ; <nl> - out < < dot ; <nl> - out . close ( ) ; <nl> - } <nl> - { <nl> - std : : string dot = nom : : converters : : convertToDotString ( & nn . controlFlow , bbprinter ) ; <nl> - std : : ofstream out ( " connectedNet_cfg . dot " ) ; <nl> - out < < dot ; <nl> - out . close ( ) ; <nl> - } <nl> - } <nl> - { <nl> - caffe2 : : NetDef net ; <nl> - <nl> - caffe2 : : OperatorDef * def = net . add_op ( ) ; <nl> - def - > set_type ( " NeverSeen " ) ; <nl> - def - > add_input ( " X " ) ; <nl> - def - > add_output ( " X " ) ; <nl> - def - > mutable_device_option ( ) - > set_node_name ( " device_ " + <nl> - std : : to_string ( rand ( ) % 2 ) ) ; <nl> - auto nn = nom : : converters : : convertFromCaffe2Proto ( net ) ; <nl> - <nl> - auto dot_str = <nl> - nom : : converters : : convertToDotString ( & nn . dataFlow , nnprinter ) . c_str ( ) ; <nl> - auto new_netdef = nom : : converters : : convertToCaffe2Proto ( nn ) ; <nl> - } <nl> - <nl> - { <nl> - nom : : Graph < TestClass , int > g ; <nl> - std : : vector < nom : : Graph < TestClass , int > : : NodeRef > nodes ; <nl> - for ( auto i = 0 ; i < 100 ; + + i ) { <nl> - TestClass t ; <nl> - nodes . emplace_back ( g . createNode ( std : : move ( t ) ) ) ; <nl> - } <nl> - for ( auto i = 0 ; i < 200 ; + + i ) { <nl> - int ri1 = rand ( ) % nodes . size ( ) ; <nl> - int ri2 = rand ( ) % nodes . size ( ) ; <nl> - g . createEdge ( nodes [ ri1 ] , nodes [ ri2 ] ) ; <nl> - } <nl> - <nl> - auto sccs = nom : : algorithm : : tarjans ( & g ) ; <nl> - <nl> - std : : string dot = nom : : converters : : convertToDotString ( <nl> - & g , sccs , [ ] ( typename nom : : Graph < TestClass , int > : : NodeRef node ) { <nl> - std : : map < std : : string , std : : string > labelMap ; <nl> - labelMap [ " label " ] = std : : to_string ( ( unsigned long long ) node ) ; <nl> - return labelMap ; <nl> - } ) ; <nl> + # include < gtest / gtest . h > <nl> <nl> - std : : ofstream out ( " sccs . dot " ) ; <nl> - out < < dot ; <nl> - out . close ( ) ; <nl> - } <nl> - <nl> - { <nl> - caffe2 : : NetDef net ; <nl> - <nl> - caffe2 : : OperatorDef * def = net . add_op ( ) ; <nl> - def - > set_type ( " While " ) ; <nl> - def - > add_input ( " X " ) ; <nl> - <nl> - caffe2 : : NetDef body_net ; <nl> - { <nl> - caffe2 : : OperatorDef * rdef = body_net . add_op ( ) ; <nl> - rdef - > set_type ( " Relu " ) ; <nl> - rdef - > add_input ( " X " ) ; <nl> - rdef - > add_output ( " X " ) ; <nl> - } <nl> - std : : string body_net_serialized ; <nl> - assert ( body_net . SerializeToString ( & body_net_serialized ) ) ; <nl> - ADD_ARG ( def , " body " , s , body_net_serialized ) ; <nl> - <nl> - auto nn = nom : : converters : : convertFromCaffe2Proto ( net ) ; <nl> - nom : : repr : : NNGraph g = std : : move ( nn . dataFlow ) ; <nl> - nom : : repr : : NNCFGraph cfg = std : : move ( nn . controlFlow ) ; <nl> - auto dot = nom : : converters : : convertToDotString ( & g , nnprinter ) ; <nl> - std : : ofstream out ( " while . dot " ) ; <nl> - out < < dot ; <nl> - out . close ( ) ; <nl> - } <nl> - { <nl> - caffe2 : : NetDef net ; <nl> - <nl> - { <nl> - caffe2 : : OperatorDef * rdef = net . add_op ( ) ; <nl> - rdef - > set_type ( " Relu " ) ; <nl> - rdef - > add_input ( " X " ) ; <nl> - rdef - > add_output ( " X " ) ; <nl> - } <nl> - <nl> - caffe2 : : OperatorDef * def = net . add_op ( ) ; <nl> - def - > set_type ( " While " ) ; <nl> - def - > add_input ( " X " ) ; <nl> - <nl> - caffe2 : : NetDef body_net ; <nl> - { <nl> - caffe2 : : OperatorDef * rdef = body_net . add_op ( ) ; <nl> - rdef - > set_type ( " Instr1 " ) ; <nl> - rdef - > add_input ( " X " ) ; <nl> - rdef - > add_output ( " X " ) ; <nl> - } <nl> - { <nl> - caffe2 : : OperatorDef * rdef = body_net . add_op ( ) ; <nl> - rdef - > set_type ( " Instr2 " ) ; <nl> - rdef - > add_input ( " X " ) ; <nl> - rdef - > add_output ( " X " ) ; <nl> - } <nl> - { <nl> - caffe2 : : OperatorDef * rdef = body_net . add_op ( ) ; <nl> - rdef - > set_type ( " Instr3 " ) ; <nl> - rdef - > add_input ( " X " ) ; <nl> - rdef - > add_output ( " X " ) ; <nl> - } <nl> - std : : string body_net_serialized ; <nl> - assert ( body_net . SerializeToString ( & body_net_serialized ) ) ; <nl> - ADD_ARG ( def , " body " , s , body_net_serialized ) ; <nl> - <nl> - auto nn = nom : : converters : : convertFromCaffe2Proto ( net ) ; <nl> - nom : : repr : : NNGraph g = std : : move ( nn . dataFlow ) ; <nl> - nom : : repr : : NNCFGraph cfg = std : : move ( nn . controlFlow ) ; <nl> - <nl> - } <nl> - do { <nl> - if ( argc < 2 ) { <nl> - printf ( " Try out . / nomnigraph_test tests / distrib_ads_trainer . pb \ n " ) ; <nl> - break ; <nl> - } <nl> - caffe2 : : NetDef net ; <nl> - std : : fstream input ( argv [ 1 ] ) ; <nl> - std : : string s ( std : : istreambuf_iterator < char > ( input ) , { } ) ; <nl> - assert ( net . ParseFromString ( s ) & & " Couldn ' t parse network \ n " ) ; <nl> - <nl> - auto nn = nom : : converters : : convertFromCaffe2Proto ( net ) ; <nl> - { <nl> - auto dot = nom : : converters : : convertToDotString ( & nn . dataFlow , nnprinter ) ; <nl> - std : : ofstream out ( " in . dot " ) ; <nl> - out < < dot ; <nl> - out . close ( ) ; <nl> - } <nl> - assert ( nom : : transformations : : connectNet ( & nn . dataFlow ) ) ; <nl> - <nl> - { <nl> - auto dot = nom : : converters : : convertToDotString ( & nn . dataFlow , nnprinter ) ; <nl> - std : : ofstream out ( " out . dot " ) ; <nl> - out < < dot ; <nl> - out . close ( ) ; <nl> - } <nl> - } while ( 0 ) ; <nl> - <nl> - { <nl> - caffe2 : : NetDef net ; <nl> - <nl> - { <nl> - caffe2 : : OperatorDef * rdef = net . add_op ( ) ; <nl> - rdef - > set_type ( " Relu " ) ; <nl> - rdef - > add_input ( " X " ) ; <nl> - rdef - > add_output ( " X " ) ; <nl> - } <nl> - <nl> - caffe2 : : OperatorDef * def = net . add_op ( ) ; <nl> - def - > set_type ( " While " ) ; <nl> - def - > add_input ( " X " ) ; <nl> - <nl> - caffe2 : : NetDef body_net ; <nl> - { <nl> - caffe2 : : OperatorDef * rdef = body_net . add_op ( ) ; <nl> - rdef - > set_type ( " Relu " ) ; <nl> - rdef - > add_input ( " X " ) ; <nl> - rdef - > add_output ( " X " ) ; <nl> - } <nl> - { <nl> - caffe2 : : OperatorDef * rdef = body_net . add_op ( ) ; <nl> - rdef - > set_type ( " Instr2 " ) ; <nl> - rdef - > add_input ( " X " ) ; <nl> - rdef - > add_output ( " X " ) ; <nl> - } <nl> - { <nl> - caffe2 : : OperatorDef * rdef = body_net . add_op ( ) ; <nl> - rdef - > set_type ( " Instr3 " ) ; <nl> - rdef - > add_input ( " X " ) ; <nl> - rdef - > add_output ( " X " ) ; <nl> - } <nl> - { <nl> - caffe2 : : OperatorDef * rdef = body_net . add_op ( ) ; <nl> - rdef - > set_type ( " Instr4 " ) ; <nl> - rdef - > add_input ( " X " ) ; <nl> - rdef - > add_output ( " Y " ) ; <nl> - } <nl> - std : : string body_net_serialized ; <nl> - assert ( body_net . SerializeToString ( & body_net_serialized ) ) ; <nl> - ADD_ARG ( def , " body " , s , body_net_serialized ) ; <nl> - <nl> - auto nn = nom : : converters : : convertFromCaffe2Proto ( net ) ; <nl> - <nl> - auto sccs = nom : : algorithm : : tarjans ( & nn . dataFlow ) ; <nl> - auto cfgsccs = nom : : algorithm : : tarjans ( & nn . controlFlow ) ; <nl> - { <nl> - std : : string dot = <nl> - nom : : converters : : convertToDotString ( & nn . dataFlow , sccs , nnprinter ) ; <nl> - std : : ofstream out ( " while2 . dot " ) ; <nl> - out < < dot ; <nl> - out . close ( ) ; <nl> - } <nl> - { <nl> - std : : string dot = <nl> - nom : : converters : : convertToDotString ( & nn . controlFlow , cfgsccs , bbprinter ) ; <nl> - std : : ofstream out ( " while_cfg . dot " ) ; <nl> - out < < dot ; <nl> - out . close ( ) ; <nl> - } <nl> - for ( auto node : nn . controlFlow . getMutableNodes ( ) ) { <nl> - printf ( " node addr % llu \ n " , ( unsigned long long ) node ) ; <nl> - } <nl> - auto domFrontMap = nom : : algorithm : : dominanceFrontierMap ( & nn . controlFlow ) ; <nl> - for ( auto pair : domFrontMap ) { <nl> - for ( auto node : pair . second ) { <nl> - printf ( " % llu - % llu \ n " , ( unsigned long long ) pair . first , ( unsigned long long ) node ) ; <nl> - } <nl> - } <nl> - } <nl> - { <nl> - nom : : Graph < std : : string > graph ; <nl> - auto r = graph . createNode ( std : : string ( " r " ) ) ; <nl> - auto a = graph . createNode ( std : : string ( " a " ) ) ; <nl> - auto b = graph . createNode ( std : : string ( " b " ) ) ; <nl> - auto c = graph . createNode ( std : : string ( " c " ) ) ; <nl> - auto d = graph . createNode ( std : : string ( " d " ) ) ; <nl> - auto e = graph . createNode ( std : : string ( " e " ) ) ; <nl> - auto f = graph . createNode ( std : : string ( " f " ) ) ; <nl> - auto g = graph . createNode ( std : : string ( " g " ) ) ; <nl> - auto l = graph . createNode ( std : : string ( " l " ) ) ; <nl> - auto h = graph . createNode ( std : : string ( " h " ) ) ; <nl> - auto i = graph . createNode ( std : : string ( " i " ) ) ; <nl> - auto j = graph . createNode ( std : : string ( " j " ) ) ; <nl> - auto k = graph . createNode ( std : : string ( " k " ) ) ; <nl> - graph . createEdge ( r , a ) ; <nl> - graph . createEdge ( r , b ) ; <nl> - graph . createEdge ( r , c ) ; <nl> - graph . createEdge ( c , f ) ; <nl> - graph . createEdge ( c , g ) ; <nl> - graph . createEdge ( g , j ) ; <nl> - graph . createEdge ( g , i ) ; <nl> - graph . createEdge ( f , i ) ; <nl> - graph . createEdge ( i , k ) ; <nl> - graph . createEdge ( k , i ) ; <nl> - graph . createEdge ( k , r ) ; <nl> - graph . createEdge ( a , d ) ; <nl> - graph . createEdge ( b , d ) ; <nl> - graph . createEdge ( b , a ) ; <nl> - graph . createEdge ( b , e ) ; <nl> - graph . createEdge ( d , l ) ; <nl> - graph . createEdge ( l , h ) ; <nl> - graph . createEdge ( h , k ) ; <nl> - graph . createEdge ( h , e ) ; <nl> - graph . createEdge ( e , h ) ; <nl> - <nl> - { <nl> - std : : ofstream out ( " dominatorinput . dot " ) ; <nl> - out < < nom : : converters : : convertToDotString ( <nl> - & graph , [ ] ( nom : : Graph < std : : string > : : NodeRef node ) { <nl> - std : : map < std : : string , std : : string > labelMap ; <nl> - labelMap [ " label " ] = node - > data ( ) ; <nl> - return labelMap ; <nl> - } ) ; <nl> - out . close ( ) ; <nl> - } <nl> - <nl> - auto tree = nom : : algorithm : : dominatorTree ( & graph , r ) ; <nl> - { <nl> - std : : ofstream out ( " dominatoroutput . dot " ) ; <nl> - out < < nom : : converters : : convertToDotString ( <nl> - & tree , <nl> - [ ] ( nom : : Graph < nom : : Graph < std : : string > : : NodeRef , int > : : NodeRef node ) { <nl> - std : : map < std : : string , std : : string > labelMap ; <nl> - labelMap [ " label " ] = node - > data ( ) - > data ( ) ; <nl> - return labelMap ; <nl> - } ) ; <nl> - out . close ( ) ; <nl> - } <nl> - auto map = nom : : algorithm : : immediateDominatorMap ( & graph , r ) ; <nl> - assert ( map [ j ] = = g ) ; <nl> - assert ( map [ g ] = = c ) ; <nl> - assert ( map [ f ] = = c ) ; <nl> - assert ( map [ l ] = = d ) ; <nl> - assert ( map [ a ] = = r ) ; <nl> - assert ( map [ b ] = = r ) ; <nl> - assert ( map [ c ] = = r ) ; <nl> - assert ( map [ d ] = = r ) ; <nl> - assert ( map [ e ] = = r ) ; <nl> - assert ( map [ h ] = = r ) ; <nl> - assert ( map [ i ] = = r ) ; <nl> - assert ( map [ k ] = = r ) ; <nl> - auto domFrontMap = nom : : algorithm : : dominanceFrontierMap ( & graph , r ) ; <nl> - } <nl> - <nl> - / / https : / / www . seas . harvard . edu / courses / cs252 / 2011sp / slides / Lec04 - SSA . pdf <nl> - / / using example on page 24 <nl> - { <nl> - nom : : Graph < std : : string > graph ; <nl> - auto entry = graph . createNode ( std : : string ( " entry " ) ) ; <nl> - auto n1 = graph . createNode ( std : : string ( " 1 " ) ) ; <nl> - auto n2 = graph . createNode ( std : : string ( " 2 " ) ) ; <nl> - auto n3 = graph . createNode ( std : : string ( " 3 " ) ) ; <nl> - auto n4 = graph . createNode ( std : : string ( " 4 " ) ) ; <nl> - auto n5 = graph . createNode ( std : : string ( " 5 " ) ) ; <nl> - auto n6 = graph . createNode ( std : : string ( " 6 " ) ) ; <nl> - auto n7 = graph . createNode ( std : : string ( " 7 " ) ) ; <nl> - auto exit = graph . createNode ( std : : string ( " exit " ) ) ; <nl> - graph . createEdge ( entry , n1 ) ; <nl> - graph . createEdge ( n1 , n2 ) ; <nl> - graph . createEdge ( n1 , n5 ) ; <nl> - graph . createEdge ( n5 , n1 ) ; <nl> - graph . createEdge ( n2 , n3 ) ; <nl> - graph . createEdge ( n2 , n4 ) ; <nl> - graph . createEdge ( n3 , n6 ) ; <nl> - graph . createEdge ( n4 , n6 ) ; <nl> - graph . createEdge ( n6 , n7 ) ; <nl> - graph . createEdge ( n5 , n7 ) ; <nl> - graph . createEdge ( n7 , exit ) ; <nl> - <nl> - auto domFrontMap = nom : : algorithm : : dominanceFrontierMap ( & graph , entry ) ; <nl> - using noderef = nom : : Graph < std : : string > : : NodeRef ; <nl> - std : : unordered_map < noderef , std : : unordered_set < noderef > > checkMap = { <nl> - { n1 , { n1 } } , <nl> - { n2 , { n7 } } , <nl> - { n3 , { n6 } } , <nl> - { n4 , { n6 } } , <nl> - { n5 , { n1 , n7 } } , <nl> - { n6 , { n7 } } <nl> - } ; <nl> - for ( auto pair : domFrontMap ) { <nl> - assert ( pair . second = = checkMap [ pair . first ] ) ; <nl> - } <nl> - } <nl> - / / Test modifying the DFG without explicitly modifying the CFG <nl> - { <nl> - caffe2 : : NetDef net ; <nl> - { <nl> - caffe2 : : OperatorDef * rdef = net . add_op ( ) ; <nl> - rdef - > set_type ( " Instr1 " ) ; <nl> - rdef - > add_input ( " X " ) ; <nl> - rdef - > add_output ( " X " ) ; <nl> - } <nl> - { <nl> - caffe2 : : OperatorDef * rdef = net . add_op ( ) ; <nl> - rdef - > set_type ( " Instr2 " ) ; <nl> - rdef - > add_input ( " X " ) ; <nl> - rdef - > add_output ( " X " ) ; <nl> - } <nl> - { <nl> - caffe2 : : OperatorDef * rdef = net . add_op ( ) ; <nl> - rdef - > set_type ( " Instr3 " ) ; <nl> - rdef - > add_input ( " X " ) ; <nl> - rdef - > add_output ( " X " ) ; <nl> - } <nl> - auto nn = nom : : converters : : convertFromCaffe2Proto ( net ) ; <nl> - <nl> - { <nl> - auto dot = nom : : converters : : convertToDotString ( & nn . controlFlow , bbprinter ) ; <nl> - std : : ofstream out ( " dfg_test_in . dot " ) ; <nl> - out < < dot ; <nl> - out . close ( ) ; <nl> - } <nl> - <nl> - auto randomNode = nn . dataFlow . getMutableNodes ( ) [ 0 ] ; <nl> - nn . dataFlow . deleteNode ( randomNode ) ; <nl> - <nl> - { <nl> - auto dot = nom : : converters : : convertToDotString ( & nn . controlFlow , bbprinter ) ; <nl> - std : : ofstream out ( " dfg_test_out . dot " ) ; <nl> - out < < dot ; <nl> - out . close ( ) ; <nl> - } <nl> - <nl> - } <nl> - { <nl> - nom : : Graph < std : : string > graph ; <nl> - auto entry = graph . createNode ( std : : string ( " entry " ) ) ; <nl> - auto n1 = graph . createNode ( std : : string ( " 1 " ) ) ; <nl> - auto n2 = graph . createNode ( std : : string ( " 2 " ) ) ; <nl> - auto n3 = graph . createNode ( std : : string ( " 3 " ) ) ; <nl> - auto n4 = graph . createNode ( std : : string ( " 4 " ) ) ; <nl> - auto n5 = graph . createNode ( std : : string ( " 5 " ) ) ; <nl> - auto n6 = graph . createNode ( std : : string ( " 6 " ) ) ; <nl> - auto n7 = graph . createNode ( std : : string ( " 7 " ) ) ; <nl> - auto exit = graph . createNode ( std : : string ( " exit " ) ) ; <nl> - graph . createEdge ( entry , n1 ) ; <nl> - graph . createEdge ( n1 , n2 ) ; <nl> - graph . createEdge ( n1 , n5 ) ; <nl> - graph . createEdge ( n5 , n1 ) ; <nl> - graph . createEdge ( n2 , n3 ) ; <nl> - graph . createEdge ( n2 , n4 ) ; <nl> - graph . createEdge ( n3 , n6 ) ; <nl> - graph . createEdge ( n4 , n6 ) ; <nl> - graph . createEdge ( n6 , n7 ) ; <nl> - graph . createEdge ( n5 , n7 ) ; <nl> - graph . createEdge ( n7 , exit ) ; <nl> - <nl> - nom : : Graph < std : : string > match_graph ; <nl> - auto m1 = match_graph . createNode ( std : : string ( " 1 " ) ) ; <nl> - auto m2 = match_graph . createNode ( std : : string ( " 2 " ) ) ; <nl> - match_graph . createEdge ( m1 , m2 ) ; <nl> - <nl> - nom : : Match < decltype ( graph ) > m ( match_graph ) ; <nl> - assert ( m . match ( graph ) . size ( ) = = 1 ) ; <nl> - } <nl> - <nl> - { <nl> - caffe2 : : NetDef net ; <nl> - { <nl> - caffe2 : : OperatorDef * rdef = net . add_op ( ) ; <nl> - rdef - > set_type ( " Instr1 " ) ; <nl> - rdef - > add_input ( " X " ) ; <nl> - rdef - > add_output ( " X " ) ; <nl> - } <nl> - { <nl> - caffe2 : : OperatorDef * rdef = net . add_op ( ) ; <nl> - rdef - > set_type ( " Instr2 " ) ; <nl> - rdef - > add_input ( " X " ) ; <nl> - rdef - > add_output ( " X " ) ; <nl> - } <nl> - { <nl> - caffe2 : : OperatorDef * rdef = net . add_op ( ) ; <nl> - rdef - > set_type ( " Instr3 " ) ; <nl> - rdef - > add_input ( " X " ) ; <nl> - rdef - > add_output ( " X " ) ; <nl> - } <nl> - auto nn = nom : : converters : : convertFromCaffe2Proto ( net ) ; <nl> + TEST ( Basic , CreateNodeAndEdge ) { <nl> + TestClass t1 ; <nl> + TestClass t2 ; <nl> + nom : : Graph < TestClass > g ; <nl> + nom : : Graph < TestClass > : : NodeRef n1 = g . createNode ( std : : move ( t1 ) ) ; <nl> + nom : : Graph < TestClass > : : NodeRef n2 = g . createNode ( std : : move ( t2 ) ) ; <nl> + g . createEdge ( n1 , n2 ) ; <nl> + } <nl> <nl> - caffe2 : : NetDef matchnet ; <nl> - { <nl> - caffe2 : : OperatorDef * rdef = matchnet . add_op ( ) ; <nl> - rdef - > set_type ( " Instr1 " ) ; <nl> - } <nl> - auto matchnn = nom : : converters : : convertFromCaffe2Proto ( matchnet ) ; <nl> - nom : : Match < decltype ( nn . dataFlow ) , NNEquality > m ( matchnn . dataFlow ) ; <nl> - assert ( m . match ( nn . dataFlow ) . size ( ) = = 1 ) ; <nl> - } <nl> + TEST ( Basic , DeleteNode ) { <nl> + TestClass t1 ; <nl> + TestClass t2 ; <nl> + nom : : Graph < TestClass > g ; <nl> + nom : : Graph < TestClass > : : NodeRef n1 = g . createNode ( std : : move ( t1 ) ) ; <nl> + nom : : Graph < TestClass > : : NodeRef n2 = g . createNode ( std : : move ( t2 ) ) ; <nl> + g . createEdge ( n1 , n2 ) ; <nl> + g . deleteNode ( n1 ) ; <nl> + } <nl> <nl> - return 0 ; <nl> + TEST ( Basic , DeleteEdge ) { <nl> + TestClass t1 ; <nl> + TestClass t2 ; <nl> + nom : : Graph < TestClass > g ; <nl> + nom : : Graph < TestClass > : : NodeRef n1 = g . createNode ( std : : move ( t1 ) ) ; <nl> + nom : : Graph < TestClass > : : NodeRef n2 = g . createNode ( std : : move ( t2 ) ) ; <nl> + nom : : Graph < TestClass > : : EdgeRef e = g . createEdge ( n1 , n2 ) ; <nl> + g . deleteEdge ( e ) ; <nl> } <nl> - # endif <nl> + <nl> mmm a / caffe2 / core / nomnigraph / tests / binary_match_test . cc <nl> ppp b / caffe2 / core / nomnigraph / tests / binary_match_test . cc <nl> <nl> # include < gtest / gtest . h > <nl> # include < set > <nl> <nl> + # include " test_util . h " <nl> + <nl> # include " nomnigraph / Converters / Dot . h " <nl> # include " nomnigraph / Graph / Algorithms . h " <nl> # include " nomnigraph / Graph / Graph . h " <nl> <nl> - / * * Our test graph looks like this : <nl> - * + mmmmmm - + <nl> - * \| entry \| <nl> - * + mmmmmm - + <nl> - * \| <nl> - * \| <nl> - * v <nl> - * + mmmmmm - + <nl> - * \| 1 \| <nl> - * + mmmmmm - + <nl> - * \| <nl> - * \| <nl> - * v <nl> - * + mmm + + mmmmmm - + <nl> - * \| 4 \| < - - \| 2 \| <nl> - * + mmm + + mmmmmm - + <nl> - * \| \| <nl> - * \| \| <nl> - * \| v <nl> - * \| + mmmmmm - + <nl> - * \| \| 3 \| <nl> - * \| + mmmmmm - + <nl> - * \| \| <nl> - * \| \| <nl> - * \| v <nl> - * \| + mmmmmm - + <nl> - * + mmm - - > \| 6 \| <nl> - * + mmmmmm - + <nl> - * \| <nl> - * \| <nl> - * v <nl> - * + mmm + + mmmmmm - + <nl> - * \| 5 \| - - > \| 7 \| <nl> - * + mmm + + mmmmmm - + <nl> - * \| <nl> - * \| <nl> - * v <nl> - * + mmmmmm - + <nl> - * \| exit \| <nl> - * + mmmmmm - + <nl> - * <nl> - * Here is the code used to generate the dot file for it : <nl> - * <nl> - * auto str = nom : : converters : : convertToDotString ( & graph , <nl> - * [ ] ( nom : : Graph < std : : string > : : NodeRef node ) { <nl> - * std : : map < std : : string , std : : string > labelMap ; <nl> - * labelMap [ " label " ] = node - > data ( ) ; <nl> - * return labelMap ; <nl> - * } ) ; <nl> - * / <nl> - nom : : Graph < std : : string > createGraph ( ) { <nl> - nom : : Graph < std : : string > graph ; <nl> - auto entry = graph . createNode ( std : : string ( " entry " ) ) ; <nl> - auto n1 = graph . createNode ( std : : string ( " 1 " ) ) ; <nl> - auto n2 = graph . createNode ( std : : string ( " 2 " ) ) ; <nl> - auto n3 = graph . createNode ( std : : string ( " 3 " ) ) ; <nl> - auto n4 = graph . createNode ( std : : string ( " 4 " ) ) ; <nl> - auto n5 = graph . createNode ( std : : string ( " 5 " ) ) ; <nl> - auto n6 = graph . createNode ( std : : string ( " 6 " ) ) ; <nl> - auto n7 = graph . createNode ( std : : string ( " 7 " ) ) ; <nl> - auto exit = graph . createNode ( std : : string ( " exit " ) ) ; <nl> - graph . createEdge ( entry , n1 ) ; <nl> - graph . createEdge ( n1 , n2 ) ; <nl> - graph . createEdge ( n2 , n3 ) ; <nl> - graph . createEdge ( n2 , n4 ) ; <nl> - graph . createEdge ( n3 , n6 ) ; <nl> - graph . createEdge ( n4 , n6 ) ; <nl> - graph . createEdge ( n6 , n7 ) ; <nl> - graph . createEdge ( n5 , n7 ) ; <nl> - graph . createEdge ( n7 , exit ) ; <nl> - return graph ; <nl> - } <nl> - <nl> TEST ( BinaryMatch , NoMatch ) { <nl> auto graph = createGraph ( ) ; <nl> auto matches = nom : : algorithm : : binaryMatch ( <nl> new file mode 100644 <nl> index 000000000000 . . 68e0d18053f6 <nl> mmm / dev / null <nl> ppp b / caffe2 / core / nomnigraph / tests / dominator_tree_test . cc <nl> <nl> + # include " test_util . h " <nl> + <nl> + # include < gtest / gtest . h > <nl> + <nl> + TEST ( DominatorTree , Test1 ) { <nl> + nom : : Graph < std : : string > graph ; <nl> + auto r = graph . createNode ( std : : string ( " r " ) ) ; <nl> + auto a = graph . createNode ( std : : string ( " a " ) ) ; <nl> + auto b = graph . createNode ( std : : string ( " b " ) ) ; <nl> + auto c = graph . createNode ( std : : string ( " c " ) ) ; <nl> + auto d = graph . createNode ( std : : string ( " d " ) ) ; <nl> + auto e = graph . createNode ( std : : string ( " e " ) ) ; <nl> + auto f = graph . createNode ( std : : string ( " f " ) ) ; <nl> + auto g = graph . createNode ( std : : string ( " g " ) ) ; <nl> + auto l = graph . createNode ( std : : string ( " l " ) ) ; <nl> + auto h = graph . createNode ( std : : string ( " h " ) ) ; <nl> + auto i = graph . createNode ( std : : string ( " i " ) ) ; <nl> + auto j = graph . createNode ( std : : string ( " j " ) ) ; <nl> + auto k = graph . createNode ( std : : string ( " k " ) ) ; <nl> + graph . createEdge ( r , a ) ; <nl> + graph . createEdge ( r , b ) ; <nl> + graph . createEdge ( r , c ) ; <nl> + graph . createEdge ( c , f ) ; <nl> + graph . createEdge ( c , g ) ; <nl> + graph . createEdge ( g , j ) ; <nl> + graph . createEdge ( g , i ) ; <nl> + graph . createEdge ( f , i ) ; <nl> + graph . createEdge ( i , k ) ; <nl> + graph . createEdge ( k , i ) ; <nl> + graph . createEdge ( k , r ) ; <nl> + graph . createEdge ( a , d ) ; <nl> + graph . createEdge ( b , d ) ; <nl> + graph . createEdge ( b , a ) ; <nl> + graph . createEdge ( b , e ) ; <nl> + graph . createEdge ( d , l ) ; <nl> + graph . createEdge ( l , h ) ; <nl> + graph . createEdge ( h , k ) ; <nl> + graph . createEdge ( h , e ) ; <nl> + graph . createEdge ( e , h ) ; <nl> + <nl> + auto tree = nom : : algorithm : : dominatorTree ( & graph , r ) ; <nl> + auto map = nom : : algorithm : : immediateDominatorMap ( & graph , r ) ; <nl> + <nl> + EXPECT_EQ ( map [ j ] , g ) ; <nl> + EXPECT_EQ ( map [ g ] , c ) ; <nl> + EXPECT_EQ ( map [ f ] , c ) ; <nl> + EXPECT_EQ ( map [ l ] , d ) ; <nl> + EXPECT_EQ ( map [ a ] , r ) ; <nl> + EXPECT_EQ ( map [ b ] , r ) ; <nl> + EXPECT_EQ ( map [ c ] , r ) ; <nl> + EXPECT_EQ ( map [ d ] , r ) ; <nl> + EXPECT_EQ ( map [ e ] , r ) ; <nl> + EXPECT_EQ ( map [ h ] , r ) ; <nl> + EXPECT_EQ ( map [ i ] , r ) ; <nl> + EXPECT_EQ ( map [ k ] , r ) ; <nl> + auto domFrontMap = nom : : algorithm : : dominanceFrontierMap ( & graph , r ) ; <nl> + } <nl> + <nl> + / / https : / / www . seas . harvard . edu / courses / cs252 / 2011sp / slides / Lec04 - SSA . pdf <nl> + / / using example on page 24 <nl> + TEST ( DominatorTree , Test2 ) { <nl> + nom : : Graph < std : : string > graph ; <nl> + auto entry = graph . createNode ( std : : string ( " entry " ) ) ; <nl> + auto n1 = graph . createNode ( std : : string ( " 1 " ) ) ; <nl> + auto n2 = graph . createNode ( std : : string ( " 2 " ) ) ; <nl> + auto n3 = graph . createNode ( std : : string ( " 3 " ) ) ; <nl> + auto n4 = graph . createNode ( std : : string ( " 4 " ) ) ; <nl> + auto n5 = graph . createNode ( std : : string ( " 5 " ) ) ; <nl> + auto n6 = graph . createNode ( std : : string ( " 6 " ) ) ; <nl> + auto n7 = graph . createNode ( std : : string ( " 7 " ) ) ; <nl> + auto exit = graph . createNode ( std : : string ( " exit " ) ) ; <nl> + graph . createEdge ( entry , n1 ) ; <nl> + graph . createEdge ( n1 , n2 ) ; <nl> + graph . createEdge ( n1 , n5 ) ; <nl> + graph . createEdge ( n5 , n1 ) ; <nl> + graph . createEdge ( n2 , n3 ) ; <nl> + graph . createEdge ( n2 , n4 ) ; <nl> + graph . createEdge ( n3 , n6 ) ; <nl> + graph . createEdge ( n4 , n6 ) ; <nl> + graph . createEdge ( n6 , n7 ) ; <nl> + graph . createEdge ( n5 , n7 ) ; <nl> + graph . createEdge ( n7 , exit ) ; <nl> + <nl> + auto domFrontMap = nom : : algorithm : : dominanceFrontierMap ( & graph , entry ) ; <nl> + using noderef = nom : : Graph < std : : string > : : NodeRef ; <nl> + std : : unordered_map < noderef , std : : unordered_set < noderef > > checkMap = { <nl> + { n1 , { n1 } } , <nl> + { n2 , { n7 } } , <nl> + { n3 , { n6 } } , <nl> + { n4 , { n6 } } , <nl> + { n5 , { n1 , n7 } } , <nl> + { n6 , { n7 } } <nl> + } ; <nl> + for ( auto pair : domFrontMap ) { <nl> + EXPECT_EQ ( pair . second , checkMap [ pair . first ] ) ; <nl> + } <nl> + } <nl> + <nl> new file mode 100644 <nl> index 000000000000 . . f509d28c39bc <nl> mmm / dev / null <nl> ppp b / caffe2 / core / nomnigraph / tests / match_test . cc <nl> <nl> + # include " test_util . h " <nl> + <nl> + # include " nomnigraph / Transformations / Match . h " <nl> + <nl> + # include < gtest / gtest . h > <nl> + <nl> + TEST ( Match , Basic ) { <nl> + nom : : Graph < std : : string > graph ; <nl> + auto entry = graph . createNode ( std : : string ( " entry " ) ) ; <nl> + auto n1 = graph . createNode ( std : : string ( " 1 " ) ) ; <nl> + auto n2 = graph . createNode ( std : : string ( " 2 " ) ) ; <nl> + auto n3 = graph . createNode ( std : : string ( " 3 " ) ) ; <nl> + auto n4 = graph . createNode ( std : : string ( " 4 " ) ) ; <nl> + auto n5 = graph . createNode ( std : : string ( " 5 " ) ) ; <nl> + auto n6 = graph . createNode ( std : : string ( " 6 " ) ) ; <nl> + auto n7 = graph . createNode ( std : : string ( " 7 " ) ) ; <nl> + auto exit = graph . createNode ( std : : string ( " exit " ) ) ; <nl> + graph . createEdge ( entry , n1 ) ; <nl> + graph . createEdge ( n1 , n2 ) ; <nl> + graph . createEdge ( n1 , n5 ) ; <nl> + graph . createEdge ( n5 , n1 ) ; <nl> + graph . createEdge ( n2 , n3 ) ; <nl> + graph . createEdge ( n2 , n4 ) ; <nl> + graph . createEdge ( n3 , n6 ) ; <nl> + graph . createEdge ( n4 , n6 ) ; <nl> + graph . createEdge ( n6 , n7 ) ; <nl> + graph . createEdge ( n5 , n7 ) ; <nl> + graph . createEdge ( n7 , exit ) ; <nl> + <nl> + nom : : Graph < std : : string > match_graph ; <nl> + auto m1 = match_graph . createNode ( std : : string ( " 1 " ) ) ; <nl> + auto m2 = match_graph . createNode ( std : : string ( " 2 " ) ) ; <nl> + match_graph . createEdge ( m1 , m2 ) ; <nl> + <nl> + nom : : Match < decltype ( graph ) > m ( match_graph ) ; <nl> + EXPECT_EQ ( m . match ( graph ) . size ( ) , 1 ) ; <nl> + } <nl> new file mode 100644 <nl> index 000000000000 . . f11c9f0fc12c <nl> mmm / dev / null <nl> ppp b / caffe2 / core / nomnigraph / tests / tarjans_test . cc <nl> <nl> + # include < gtest / gtest . h > <nl> + <nl> + # include " test_util . h " <nl> + <nl> + # include " nomnigraph / Graph / Graph . h " <nl> + <nl> + TEST ( Tarjans , Simple ) { <nl> + TestClass t1 ; <nl> + TestClass t2 ; <nl> + nom : : Graph < TestClass , int > g ; <nl> + nom : : Graph < TestClass , int > : : NodeRef n1 = g . createNode ( std : : move ( t1 ) ) ; <nl> + nom : : Graph < TestClass , int > : : NodeRef n2 = g . createNode ( std : : move ( t2 ) ) ; <nl> + g . createEdge ( n1 , n2 ) ; <nl> + g . createEdge ( n2 , n1 ) ; <nl> + auto sccs = nom : : algorithm : : tarjans ( & g ) ; <nl> + EXPECT_EQ ( sccs . size ( ) , 1 ) ; <nl> + } <nl> + <nl> + TEST ( Tarjans , DAG ) { <nl> + auto graph = createGraph ( ) ; <nl> + auto sccs = nom : : algorithm : : tarjans ( & graph ) ; <nl> + EXPECT_EQ ( sccs . size ( ) , 9 ) ; <nl> + } <nl> + <nl> + TEST ( Tarjans , Cycle ) { <nl> + auto graph = createGraphWithCycle ( ) ; <nl> + auto sccs = nom : : algorithm : : tarjans ( & graph ) ; <nl> + EXPECT_EQ ( sccs . size ( ) , 8 ) ; <nl> + } <nl> + <nl> + TEST ( Tarjans , Random ) { <nl> + nom : : Graph < TestClass , int > g ; <nl> + std : : vector < nom : : Graph < TestClass , int > : : NodeRef > nodes ; <nl> + for ( auto i = 0 ; i < 10 ; + + i ) { <nl> + TestClass t ; <nl> + nodes . emplace_back ( g . createNode ( std : : move ( t ) ) ) ; <nl> + } <nl> + for ( auto i = 0 ; i < 30 ; + + i ) { <nl> + int ri1 = rand ( ) % nodes . size ( ) ; <nl> + int ri2 = rand ( ) % nodes . size ( ) ; <nl> + g . createEdge ( nodes [ ri1 ] , nodes [ ri2 ] ) ; <nl> + } <nl> + <nl> + auto sccs = nom : : algorithm : : tarjans ( & g ) ; <nl> + EXPECT_GE ( sccs . size ( ) , 1 ) ; <nl> + } <nl> + <nl> new file mode 100644 <nl> index 000000000000 . . 4ee423d0e057 <nl> mmm / dev / null <nl> ppp b / caffe2 / core / nomnigraph / tests / test_util . cc <nl> <nl> + # include " test_util . h " <nl> + <nl> + # include < string > <nl> + # include < sstream > <nl> + <nl> + namespace { <nl> + <nl> + template < typename T > <nl> + std : : string to_string ( T value ) { <nl> + std : : ostringstream os ; <nl> + os < < value ; <nl> + return os . str ( ) ; <nl> + } <nl> + <nl> + } <nl> + <nl> + nom : : Graph < std : : string > createGraph ( ) { <nl> + nom : : Graph < std : : string > graph ; <nl> + auto entry = graph . createNode ( std : : string ( " entry " ) ) ; <nl> + auto n1 = graph . createNode ( std : : string ( " 1 " ) ) ; <nl> + auto n2 = graph . createNode ( std : : string ( " 2 " ) ) ; <nl> + auto n3 = graph . createNode ( std : : string ( " 3 " ) ) ; <nl> + auto n4 = graph . createNode ( std : : string ( " 4 " ) ) ; <nl> + auto n5 = graph . createNode ( std : : string ( " 5 " ) ) ; <nl> + auto n6 = graph . createNode ( std : : string ( " 6 " ) ) ; <nl> + auto n7 = graph . createNode ( std : : string ( " 7 " ) ) ; <nl> + auto exit = graph . createNode ( std : : string ( " exit " ) ) ; <nl> + graph . createEdge ( entry , n1 ) ; <nl> + graph . createEdge ( n1 , n2 ) ; <nl> + graph . createEdge ( n2 , n3 ) ; <nl> + graph . createEdge ( n2 , n4 ) ; <nl> + graph . createEdge ( n3 , n6 ) ; <nl> + graph . createEdge ( n4 , n6 ) ; <nl> + graph . createEdge ( n6 , n7 ) ; <nl> + graph . createEdge ( n5 , n7 ) ; <nl> + graph . createEdge ( n7 , exit ) ; <nl> + return graph ; <nl> + } <nl> + <nl> + nom : : Graph < std : : string > createGraphWithCycle ( ) { <nl> + nom : : Graph < std : : string > graph ; <nl> + auto entry = graph . createNode ( std : : string ( " entry " ) ) ; <nl> + auto n1 = graph . createNode ( std : : string ( " 1 " ) ) ; <nl> + auto n2 = graph . createNode ( std : : string ( " 2 " ) ) ; <nl> + auto n3 = graph . createNode ( std : : string ( " 3 " ) ) ; <nl> + auto n4 = graph . createNode ( std : : string ( " 4 " ) ) ; <nl> + auto n5 = graph . createNode ( std : : string ( " 5 " ) ) ; <nl> + auto n6 = graph . createNode ( std : : string ( " 6 " ) ) ; <nl> + auto n7 = graph . createNode ( std : : string ( " 7 " ) ) ; <nl> + auto exit = graph . createNode ( std : : string ( " exit " ) ) ; <nl> + graph . createEdge ( entry , n1 ) ; <nl> + graph . createEdge ( n1 , n2 ) ; <nl> + graph . createEdge ( n2 , n3 ) ; <nl> + graph . createEdge ( n2 , n4 ) ; <nl> + graph . createEdge ( n3 , n6 ) ; <nl> + graph . createEdge ( n6 , n3 ) ; / / Cycle <nl> + graph . createEdge ( n4 , n6 ) ; <nl> + graph . createEdge ( n6 , n7 ) ; <nl> + graph . createEdge ( n5 , n7 ) ; <nl> + graph . createEdge ( n7 , exit ) ; <nl> + return graph ; <nl> + } <nl> + <nl> + std : : map < std : : string , std : : string > BBPrinter ( typename nom : : repr : : NNCFGraph : : NodeRef node ) { <nl> + std : : map < std : : string , std : : string > labelMap ; <nl> + assert ( node - > data ( ) & & " Node doesn ' t have data , can ' t render it " ) ; <nl> + auto * bb = dyn_cast < nom : : repr : : BasicBlockType < nom : : repr : : NNGraph > > ( <nl> + node - > data ( ) . get ( ) ) ; <nl> + labelMap [ " label " ] = to_string ( ( unsigned long long ) node ) + " \ \ n " ; <nl> + for ( const auto & instr : bb - > getInstructions ( ) ) { <nl> + assert ( isa < nom : : repr : : NeuralNetOperator > ( instr - > data ( ) ) & & <nl> + " Invalid instruction . " ) ; <nl> + auto * op = dyn_cast < nom : : repr : : NeuralNetOperator > ( instr - > data ( ) . get ( ) ) ; <nl> + bool hasOutput = false ; <nl> + for ( const auto & outEdge : instr - > getOutEdges ( ) ) { <nl> + auto * output = <nl> + dyn_cast < nom : : repr : : NeuralNetData > ( outEdge - > head ( ) - > data ( ) . get ( ) ) ; <nl> + labelMap [ " label " ] + = " " + output - > getName ( ) ; <nl> + hasOutput = true ; <nl> + } <nl> + if ( hasOutput ) { <nl> + labelMap [ " label " ] + = " = " ; <nl> + } <nl> + labelMap [ " label " ] + = op - > getName ( ) ; <nl> + for ( const auto & inEdge : instr - > getInEdges ( ) ) { <nl> + auto * arg = <nl> + dyn_cast < nom : : repr : : NeuralNetData > ( inEdge - > tail ( ) - > data ( ) . get ( ) ) ; <nl> + labelMap [ " label " ] + = " " + arg - > getName ( ) ; <nl> + } <nl> + labelMap [ " label " ] + = " \ \ l " ; <nl> + } <nl> + labelMap [ " shape " ] = " box " ; <nl> + return labelMap ; <nl> + } ; <nl> + <nl> + std : : map < std : : string , std : : string > cfgEdgePrinter ( typename nom : : repr : : NNCFGraph : : EdgeRef edge ) { <nl> + std : : map < std : : string , std : : string > labelMap ; <nl> + if ( edge - > data ( ) = = - 1 ) { <nl> + labelMap [ " label " ] = " F " ; <nl> + } else if ( edge - > data ( ) = = 1 ) { <nl> + labelMap [ " label " ] = " T " ; <nl> + } <nl> + return labelMap ; <nl> + } ; <nl> + <nl> + std : : map < std : : string , std : : string > NNPrinter ( typename nom : : repr : : NNGraph : : NodeRef node ) { <nl> + std : : map < std : : string , std : : string > labelMap ; <nl> + assert ( node - > data ( ) & & " Node doesn ' t have data , can ' t render it " ) ; <nl> + if ( isa < nom : : repr : : NeuralNetOperator > ( node - > data ( ) ) ) { <nl> + auto * op = dyn_cast < nom : : repr : : NeuralNetOperator > ( node - > data ( ) . get ( ) ) ; <nl> + labelMap [ " label " ] = <nl> + op - > getName ( ) + " ( " + to_string ( ( unsigned long long ) node ) + " ) " ; <nl> + labelMap [ " shape " ] = " box " ; <nl> + } else if ( isa < nom : : repr : : Data > ( node - > data ( ) ) ) { <nl> + auto tensor = dyn_cast < nom : : repr : : NeuralNetData > ( node - > data ( ) . get ( ) ) ; <nl> + labelMap [ " label " ] = tensor - > getName ( ) ; <nl> + labelMap [ " label " ] + = " _ " + to_string ( tensor - > getVersion ( ) ) + " " + to_string ( ( unsigned long long ) node ) ; <nl> + } <nl> + return labelMap ; <nl> + } ; <nl> + <nl> new file mode 100644 <nl> index 000000000000 . . 2c447b556acb <nl> mmm / dev / null <nl> ppp b / caffe2 / core / nomnigraph / tests / test_util . h <nl> <nl> + # ifndef NOM_TESTS_TEST_UTIL_H <nl> + # define NOM_TESTS_TEST_UTIL_H <nl> + <nl> + # include " nomnigraph / Graph / Graph . h " <nl> + # include " nomnigraph / Graph / Algorithms . h " <nl> + # include " nomnigraph / Representations / NeuralNet . h " <nl> + # include " nomnigraph / Converters / Dot . h " <nl> + <nl> + # include < map > <nl> + <nl> + class TestClass { <nl> + public : <nl> + TestClass ( ) { } <nl> + ~ TestClass ( ) { } <nl> + } ; <nl> + <nl> + struct NNEquality { <nl> + static bool equal ( <nl> + const typename nom : : repr : : NNGraph : : NodeRef & a , <nl> + const typename nom : : repr : : NNGraph : : NodeRef & b ) { <nl> + if ( <nl> + ! nom : : repr : : nn : : is < nom : : repr : : NeuralNetOperator > ( a ) \| \| <nl> + ! nom : : repr : : nn : : is < nom : : repr : : NeuralNetOperator > ( b ) ) { <nl> + return false ; <nl> + } <nl> + auto a_ = nom : : repr : : nn : : get < nom : : repr : : NeuralNetOperator > ( a ) ; <nl> + auto b_ = nom : : repr : : nn : : get < nom : : repr : : NeuralNetOperator > ( b ) ; <nl> + <nl> + bool sameKind = a_ - > getKind ( ) = = b_ - > getKind ( ) ; <nl> + if ( sameKind & & a_ - > getKind ( ) = = nom : : repr : : NeuralNetOperator : : NNKind : : GenericOperator ) { <nl> + return a_ - > getName ( ) = = b_ - > getName ( ) ; <nl> + } <nl> + return sameKind ; <nl> + } <nl> + } ; <nl> + <nl> + / * * Our test graph looks like this : <nl> + * + mmmmmm - + <nl> + * \| entry \| <nl> + * + mmmmmm - + <nl> + * \| <nl> + * \| <nl> + * v <nl> + * + mmmmmm - + <nl> + * \| 1 \| <nl> + * + mmmmmm - + <nl> + * \| <nl> + * \| <nl> + * v <nl> + * + mmm + + mmmmmm - + <nl> + * \| 4 \| < - - \| 2 \| <nl> + * + mmm + + mmmmmm - + <nl> + * \| \| <nl> + * \| \| <nl> + * \| v <nl> + * \| + mmmmmm - + <nl> + * \| \| 3 \| <nl> + * \| + mmmmmm - + <nl> + * \| \| <nl> + * \| \| <nl> + * \| v <nl> + * \| + mmmmmm - + <nl> + * + mmm - - > \| 6 \| <nl> + * + mmmmmm - + <nl> + * \| <nl> + * \| <nl> + * v <nl> + * + mmm + + mmmmmm - + <nl> + * \| 5 \| - - > \| 7 \| <nl> + * + mmm + + mmmmmm - + <nl> + * \| <nl> + * \| <nl> + * v <nl> + * + mmmmmm - + <nl> + * \| exit \| <nl> + * + mmmmmm - + <nl> + * <nl> + * Here is the code used to generate the dot file for it : <nl> + * <nl> + * auto str = nom : : converters : : convertToDotString ( & graph , <nl> + * [ ] ( nom : : Graph < std : : string > : : NodeRef node ) { <nl> + * std : : map < std : : string , std : : string > labelMap ; <nl> + * labelMap [ " label " ] = node - > data ( ) ; <nl> + * return labelMap ; <nl> + * } ) ; <nl> + * / <nl> + nom : : Graph < std : : string > createGraph ( ) ; <nl> + <nl> + nom : : Graph < std : : string > createGraphWithCycle ( ) ; <nl> + <nl> + std : : map < std : : string , std : : string > BBPrinter ( typename nom : : repr : : NNCFGraph : : NodeRef node ) ; <nl> + <nl> + std : : map < std : : string , std : : string > cfgEdgePrinter ( typename nom : : repr : : NNCFGraph : : EdgeRef edge ) ; <nl> + <nl> + std : : map < std : : string , std : : string > NNPrinter ( typename nom : : repr : : NNGraph : : NodeRef node ) ; <nl> + <nl> + # endif / / NOM_TESTS_TEST_UTIL_H <nl> mmm a / caffe2 / opt / CMakeLists . txt <nl> ppp b / caffe2 / opt / CMakeLists . txt <nl> <nl> # mmm [ CPU files . <nl> file ( GLOB tmp * . cc ) <nl> set ( Caffe2_CPU_SRCS $ { Caffe2_CPU_SRCS } $ { tmp } ) <nl> + <nl> file ( GLOB tmp * _test . cc ) <nl> set ( Caffe2_CPU_TEST_SRCS $ { Caffe2_CPU_TEST_SRCS } $ { tmp } ) <nl> + <nl> exclude ( Caffe2_CPU_SRCS " $ { Caffe2_CPU_SRCS } " $ { tmp } ) <nl> <nl> set ( Caffe2_CPU_SRCS $ { Caffe2_CPU_SRCS } PARENT_SCOPE ) <nl> new file mode 100644 <nl> index 000000000000 . . c73f3f99c037 <nl> mmm / dev / null <nl> ppp b / caffe2 / opt / converter_nomigraph_test . cc <nl> <nl> + # include " caffe2 / opt / converter . h " <nl> + <nl> + # include < gtest / gtest . h > <nl> + <nl> + # define ADD_ARG ( _op , _name , _type , _val ) \ <nl> + { \ <nl> + caffe2 : : Argument * arg = _op - > add_arg ( ) ; \ <nl> + arg - > set_name ( _name ) ; \ <nl> + arg - > set_ # # _type ( _val ) ; \ <nl> + } <nl> + <nl> + TEST ( Converter , Basic ) { <nl> + caffe2 : : NetDef net ; <nl> + for ( auto i = 0 ; i < 10 ; + + i ) { <nl> + if ( rand ( ) % 2 ) { <nl> + caffe2 : : OperatorDef * def = net . add_op ( ) ; <nl> + def - > set_type ( " Conv " ) ; <nl> + def - > add_input ( " X " ) ; <nl> + def - > add_input ( " W " + std : : to_string ( i ) ) ; / / different weights <nl> + ADD_ARG ( def , " kernel " , i , 3 ) ; <nl> + ADD_ARG ( def , " stride " , i , 1 ) ; <nl> + ADD_ARG ( def , " pad " , i , 0 ) ; <nl> + ADD_ARG ( def , " order " , s , " NCHW " ) ; <nl> + def - > add_output ( " X " ) ; <nl> + def - > mutable_device_option ( ) - > set_node_name ( " conv_runner " ) ; <nl> + } else { <nl> + caffe2 : : OperatorDef * def = net . add_op ( ) ; <nl> + def - > set_type ( " Relu " ) ; <nl> + def - > add_input ( " X " ) ; <nl> + def - > add_output ( " X " ) ; <nl> + def - > mutable_device_option ( ) - > set_node_name ( " relu_runner " ) ; <nl> + } <nl> + } <nl> + auto nn = caffe2 : : convertToNNModule ( net ) ; <nl> + auto new_netdef = caffe2 : : convertToCaffe2Proto ( nn ) ; <nl> + } <nl> + <nl> + TEST ( Converter , UnknownType ) { <nl> + caffe2 : : NetDef net ; <nl> + <nl> + caffe2 : : OperatorDef * def = net . add_op ( ) ; <nl> + def - > set_type ( " NeverSeen " ) ; <nl> + def - > add_input ( " X " ) ; <nl> + def - > add_output ( " X " ) ; <nl> + def - > mutable_device_option ( ) - > set_node_name ( " device_ " + <nl> + std : : to_string ( rand ( ) % 2 ) ) ; <nl> + auto nn = caffe2 : : convertToNNModule ( net ) ; <nl> + auto new_netdef = caffe2 : : convertToCaffe2Proto ( nn ) ; <nl> + } <nl> + <nl> + / * Temporarily disabled While conversion tests <nl> + TEST ( Converter , While ) { <nl> + caffe2 : : NetDef net ; <nl> + <nl> + caffe2 : : OperatorDef * def = net . add_op ( ) ; <nl> + def - > set_type ( " While " ) ; <nl> + def - > add_input ( " X " ) ; <nl> + <nl> + caffe2 : : NetDef body_net ; <nl> + { <nl> + caffe2 : : OperatorDef * rdef = body_net . add_op ( ) ; <nl> + rdef - > set_type ( " Relu " ) ; <nl> + rdef - > add_input ( " X " ) ; <nl> + rdef - > add_output ( " X " ) ; <nl> + } <nl> + std : : string body_net_serialized ; <nl> + assert ( body_net . SerializeToString ( & body_net_serialized ) ) ; <nl> + ADD_ARG ( def , " body " , s , body_net_serialized ) ; <nl> + <nl> + auto nn = caffe2 : : convertToNNModule ( net ) ; <nl> + } <nl> + <nl> + TEST ( Converter , ComplexWhile ) { <nl> + caffe2 : : NetDef net ; <nl> + <nl> + { <nl> + caffe2 : : OperatorDef * rdef = net . add_op ( ) ; <nl> + rdef - > set_type ( " Relu " ) ; <nl> + rdef - > add_input ( " X " ) ; <nl> + rdef - > add_output ( " X " ) ; <nl> + } <nl> + <nl> + caffe2 : : OperatorDef * def = net . add_op ( ) ; <nl> + def - > set_type ( " While " ) ; <nl> + def - > add_input ( " X " ) ; <nl> + <nl> + caffe2 : : NetDef body_net ; <nl> + { <nl> + caffe2 : : OperatorDef * rdef = body_net . add_op ( ) ; <nl> + rdef - > set_type ( " Instr1 " ) ; <nl> + rdef - > add_input ( " X " ) ; <nl> + rdef - > add_output ( " X " ) ; <nl> + } <nl> + { <nl> + caffe2 : : OperatorDef * rdef = body_net . add_op ( ) ; <nl> + rdef - > set_type ( " Instr2 " ) ; <nl> + rdef - > add_input ( " X " ) ; <nl> + rdef - > add_output ( " X " ) ; <nl> + } <nl> + { <nl> + caffe2 : : OperatorDef * rdef = body_net . add_op ( ) ; <nl> + rdef - > set_type ( " Instr3 " ) ; <nl> + rdef - > add_input ( " X " ) ; <nl> + rdef - > add_output ( " X " ) ; <nl> + } <nl> + std : : string body_net_serialized ; <nl> + assert ( body_net . SerializeToString ( & body_net_serialized ) ) ; <nl> + ADD_ARG ( def , " body " , s , body_net_serialized ) ; <nl> + <nl> + auto nn = caffe2 : : convertToNNModule ( net ) ; <nl> + } <nl> + * / <nl> new file mode 100644 <nl> index 000000000000 . . 42a9c95aba47 <nl> mmm / dev / null <nl> ppp b / caffe2 / opt / onnx_convert . h <nl> <nl> + class OnnxAnnotation : public nom : : repr : : Annotation { <nl> + public : <nl> + OnnxAnnotation ( ) : Annotation ( AnnotationKind : : Onnx ) { } <nl> + OnnxAnnotation ( std : : string device ) <nl> + : Annotation ( AnnotationKind : : Onnx ) , Device ( device ) { } <nl> + <nl> + void setDevice ( std : : string device ) { Device = device ; } <nl> + const std : : string getDevice ( ) const { return Device ; } <nl> + <nl> + void setOperatorDef ( caffe2 : : OperatorDef * opDef ) { <nl> + OpDef = opDef ; <nl> + } <nl> + const caffe2 : : OperatorDef * getOperatorDef ( ) const { <nl> + assert ( OpDef & & " OperatorDef was never set . Use OnnxAnnotation : : setOperatorDef . " ) ; <nl> + return OpDef ; <nl> + } <nl> + caffe2 : : OperatorDef * getMutableOperatorDef ( ) { <nl> + assert ( OpDef & & " OperatorDef was never set . Use OnnxAnnotation : : setOperatorDef . " ) ; <nl> + return OpDef ; <nl> + } <nl> + <nl> + static bool classof ( const Annotation * A ) { <nl> + return A - > getKind ( ) = = AnnotationKind : : Onnx ; <nl> + } <nl> + <nl> + private : <nl> + std : : string Device = " " ; <nl> + caffe2 : : OperatorDef * OpDef = nullptr ; <nl> + } ; <nl> + <nl> + nom : : repr : : NNModule convertToNNModule ( caffe2 : : NetDef & net , std : : unordered_map < std : : string , nom : : repr : : NNGraph : : NodeRef > * blobMapOut = nullptr ) ; <nl> + <nl> + caffe2 : : NetDef convertToOnnxProto ( nom : : repr : : NNModule & ) ; <nl> + <nl> + std : : unique_ptr < nom : : repr : : NeuralNetOperator > convertToOperatorDef ( caffe2 : : OperatorDef op ) ; <nl> + <nl>	[ caffe2 ] [ nomnigraph ] Move tests to proper gtest suite ( )	pytorch/pytorch	dfe1bae3cd40ae45e9fffe67f28cc584108ac228	2018-05-01T19:00:43Z
mmm a / src / cascadia / LocalTests_TerminalApp / SettingsTests . cpp <nl> ppp b / src / cascadia / LocalTests_TerminalApp / SettingsTests . cpp <nl> namespace TerminalAppLocalTests <nl> TEST_METHOD ( TestReorderingWithoutGuid ) ; <nl> TEST_METHOD ( TestLayeringNameOnlyProfiles ) ; <nl> TEST_METHOD ( TestExplodingNameOnlyProfiles ) ; <nl> + TEST_METHOD ( TestHideAllProfiles ) ; <nl> <nl> TEST_CLASS_SETUP ( ClassSetup ) <nl> { <nl> namespace TerminalAppLocalTests <nl> VERIFY_ARE_EQUAL ( L " Windows PowerShell " , settings . _profiles . at ( 3 ) . _name ) ; <nl> VERIFY_ARE_EQUAL ( L " cmd " , settings . _profiles . at ( 4 ) . _name ) ; <nl> } <nl> + <nl> + void SettingsTests : : TestHideAllProfiles ( ) <nl> + { <nl> + const std : : string settingsWithProfiles { R " ( <nl> + { <nl> + " profiles " : [ <nl> + { <nl> + " name " : " profile0 " , <nl> + " hidden " : false <nl> + } , <nl> + { <nl> + " name " : " profile1 " , <nl> + " hidden " : true <nl> + } <nl> + ] <nl> + } ) " } ; <nl> + <nl> + const std : : string settingsWithoutProfiles { R " ( <nl> + { <nl> + " profiles " : [ <nl> + { <nl> + " name " : " profile0 " , <nl> + " hidden " : true <nl> + } , <nl> + { <nl> + " name " : " profile1 " , <nl> + " hidden " : true <nl> + } <nl> + ] <nl> + } ) " } ; <nl> + <nl> + VerifyParseSucceeded ( settingsWithProfiles ) ; <nl> + VerifyParseSucceeded ( settingsWithoutProfiles ) ; <nl> + <nl> + { <nl> + / / Case 1 : Good settings <nl> + CascadiaSettings settings ; <nl> + settings . _ParseJsonString ( settingsWithProfiles , false ) ; <nl> + settings . LayerJson ( settings . _userSettings ) ; <nl> + <nl> + settings . _RemoveHiddenProfiles ( ) ; <nl> + Log : : Comment ( NoThrowString ( ) . Format ( <nl> + L " settingsWithProfiles successfully parsed and validated " ) ) ; <nl> + VERIFY_ARE_EQUAL ( 1u , settings . _profiles . size ( ) ) ; <nl> + } <nl> + { <nl> + / / Case 2 : Bad settings <nl> + <nl> + CascadiaSettings settings ; <nl> + settings . _ParseJsonString ( settingsWithoutProfiles , false ) ; <nl> + settings . LayerJson ( settings . _userSettings ) ; <nl> + <nl> + bool caughtExpectedException = false ; <nl> + try <nl> + { <nl> + settings . _RemoveHiddenProfiles ( ) ; <nl> + } <nl> + catch ( const : : TerminalApp : : SettingsException & ex ) <nl> + { <nl> + VERIFY_IS_TRUE ( ex . Error ( ) = = : : TerminalApp : : SettingsLoadErrors : : AllProfilesHidden ) ; <nl> + caughtExpectedException = true ; <nl> + } <nl> + VERIFY_IS_TRUE ( caughtExpectedException ) ; <nl> + } <nl> + } <nl> } <nl> mmm a / src / cascadia / TerminalApp / App . cpp <nl> ppp b / src / cascadia / TerminalApp / App . cpp <nl> static const std : : array < std : : wstring_view , 2 > settingsLoadWarningsLabels { <nl> L " MissingDefaultProfileText " , <nl> L " DuplicateProfileText " <nl> } ; <nl> - static const std : : array < std : : wstring_view , 1 > settingsLoadErrorsLabels { <nl> - L " NoProfilesText " <nl> + static const std : : array < std : : wstring_view , 2 > settingsLoadErrorsLabels { <nl> + L " NoProfilesText " , <nl> + L " AllProfilesHiddenText " <nl> } ; <nl> / / clang - format on <nl> <nl> mmm a / src / cascadia / TerminalApp / CascadiaSettings . cpp <nl> ppp b / src / cascadia / TerminalApp / CascadiaSettings . cpp <nl> void CascadiaSettings : : _RemoveHiddenProfiles ( ) <nl> _profiles . end ( ) , <nl> [ ] ( auto & & profile ) { return profile . IsHidden ( ) ; } ) , <nl> _profiles . end ( ) ) ; <nl> + <nl> + / / Ensure that we still have some profiles here . If we don ' t , then throw an <nl> + / / exception , so the app can use the defaults . <nl> + const bool hasProfiles = ! _profiles . empty ( ) ; <nl> + if ( ! hasProfiles ) <nl> + { <nl> + / / Throw an exception . This is an invalid state , and we want the app to <nl> + / / be able to gracefully use the default settings . <nl> + throw : : TerminalApp : : SettingsException ( : : TerminalApp : : SettingsLoadErrors : : AllProfilesHidden ) ; <nl> + } <nl> } <nl> mmm a / src / cascadia / TerminalApp / Resources / en - US / Resources . resw <nl> ppp b / src / cascadia / TerminalApp / Resources / en - US / Resources . resw <nl> <nl> < / data > <nl> < data name = " NoProfilesText " xml : space = " preserve " > <nl> < value > No profiles were found in your settings . <nl> + < / value > <nl> + < / data > <nl> + < data name = " AllProfilesHiddenText " xml : space = " preserve " > <nl> + < value > All profiles were hidden in your settings . You must have at least one non - hidden profile . <nl> < / value > <nl> < / data > <nl> < data name = " ReloadJsonParseErrorText " xml : space = " preserve " > <nl> mmm a / src / cascadia / TerminalApp / TerminalWarnings . h <nl> ppp b / src / cascadia / TerminalApp / TerminalWarnings . h <nl> namespace TerminalApp <nl> / / that we could not recover from . <nl> enum class SettingsLoadErrors : uint32_t <nl> { <nl> - NoProfiles = 0 <nl> + NoProfiles = 0 , <nl> + AllProfilesHidden = 1 <nl> } ; <nl> <nl> / / This is a helper class to wrap up a SettingsLoadErrors into a proper <nl>	Add validation for hiding all the profiles ( )	microsoft/terminal	7128e873a449a6a4c2e5680de1eb82c395ed603d	2019-09-19T16:54:36Z
mmm a / CMakeLists . txt <nl> ppp b / CMakeLists . txt <nl> <nl> cmake_minimum_required ( VERSION 2 . 8 ) <nl> <nl> set ( PACKAGE_NAME " grpc " ) <nl> - set ( PACKAGE_VERSION " 1 . 0 . 0 - pre1 " ) <nl> + set ( PACKAGE_VERSION " 1 . 0 . 0 - pre2 " ) <nl> set ( PACKAGE_STRING " $ { PACKAGE_NAME } $ { PACKAGE_VERSION } " ) <nl> set ( PACKAGE_TARNAME " $ { PACKAGE_NAME } - $ { PACKAGE_VERSION } " ) <nl> set ( PACKAGE_BUGREPORT " https : / / github . com / grpc / grpc / issues / " ) <nl> mmm a / INSTALL . md <nl> ppp b / INSTALL . md <nl> gRPC C Core library . <nl> $ make <nl> $ [ sudo ] make install <nl> ` ` ` <nl> + <nl> + # # Windows <nl> + <nl> + There are several ways to build under Windows , of varying complexity depending <nl> + on experience with the tools involved . <nl> + <nl> + < ! - - <nl> + # # # Visual Studio <nl> + <nl> + Versions 2013 and 2015 are both supported . You can use [ their respective <nl> + community <nl> + editions ] ( https : / / www . visualstudio . com / en - us / downloads / download - visual - studio - vs . aspx ) . <nl> + <nl> + Building the C Core : <nl> + - Open [ grpc . sln ] ( https : / / github . com / grpc / grpc / blob / master / vsprojects / grpc . sln ) . <nl> + - Select your build target . <nl> + - Build the ` grpc ` project . <nl> + <nl> + Building the C + + runtime : <nl> + - You need [ CMake ] ( https : / / cmake . org / ) on your path to build protobuf ( see below <nl> + for building using solely CMake ) . <nl> + - Run ` vsprojects / build_protos . bat ` ( needs ` cmake . exe ` in your path ) . <nl> + - Open [ buildtests_cxx . sln ] ( ) <nl> + - Select your build target . <nl> + - build the ` grpc + + ` project . <nl> + - - > <nl> + <nl> + # # # msys2 <nl> + <nl> + This approach requires having [ msys2 ] ( https : / / msys2 . github . io / ) installed . <nl> + <nl> + - The Makefile ( and source code ) should support msys2 ' s mingw32 and mingw64 <nl> + compilers . Building with msys2 ' s native compiler is also possible , but <nl> + difficult . <nl> + - The Makefile is expecting the Windows versions of OpenSSL ( see <nl> + https : / / slproweb . com / products / Win32OpenSSL . html ) . It ' s also possible to build <nl> + the Windows version of OpenSSL from scratch . The output should be ` libeay32 ` <nl> + and ` ssleay32 ` . <nl> + - If you are not installing the above files under msys2 ' s path , you may specify <nl> + it , for instance , in the following way : <nl> + ` ` ` CPPFLAGS = ” - I / c / OpenSSL - Win32 / include ” LDFLAGS = ” - L / c / OpenSSL - Win32 / lib ” make static_c ` ` ` <nl> + - [ protobuf3 ] ( https : / / github . com / google / protobuf / blob / master / src / README . md # c - installationmmmwindows ) <nl> + must be installed on the msys2 path . <nl> + <nl> + # # # Cmake ( experimental ) <nl> + <nl> + - Install [ CMake ] ( https : / / cmake . org / download / ) . <nl> + - Run it over [ grpc ' s <nl> + CMakeLists . txt ] ( https : / / github . com / grpc / grpc / blob / master / CMakeLists . txt ) to <nl> + generate " projects " for your compiler . <nl> + - Build with your compiler of choice . The generated build files should have the <nl> + protobuf3 dependency baked in . <nl> mmm a / Makefile <nl> ppp b / Makefile <nl> E = @ echo <nl> Q = @ <nl> endif <nl> <nl> - VERSION = 1 . 0 . 0 - pre1 <nl> + VERSION = 1 . 0 . 0 - pre2 <nl> <nl> CPPFLAGS_NO_ARCH + = $ ( addprefix - I , $ ( INCLUDES ) ) $ ( addprefix - D , $ ( DEFINES ) ) <nl> CPPFLAGS + = $ ( CPPFLAGS_NO_ARCH ) $ ( ARCH_FLAGS ) <nl> mmm a / build . yaml <nl> ppp b / build . yaml <nl> settings : <nl> ' # 3 ' : Use " - preN " suffixes to identify pre - release versions <nl> ' # 4 ' : Per - language overrides are possible with ( eg ) ruby_version tag here <nl> ' # 5 ' : See the expand_version . py for all the quirks here <nl> - version : 1 . 0 . 0 - pre1 <nl> + version : 1 . 0 . 0 - pre2 <nl> filegroups : <nl> - name : census <nl> public_headers : <nl> deleted file mode 100644 <nl> index aa060800c19 . . 00000000000 <nl> mmm a / examples / csharp / helloworld / . nuget / packages . config <nl> ppp / dev / null <nl> <nl> - < ? xml version = " 1 . 0 " encoding = " utf - 8 " ? > <nl> - < packages > <nl> - < package id = " Grpc . Tools " version = " 0 . 15 . 0 " / > <nl> - < / packages > <nl> \ No newline at end of file <nl> mmm a / examples / csharp / helloworld / Greeter . sln <nl> ppp b / examples / csharp / helloworld / Greeter . sln <nl> Project ( " { FAE04EC0 - 301F - 11D3 - BF4B - 00C04F79EFBC } " ) = " GreeterServer " , " GreeterSer <nl> EndProject <nl> Project ( " { FAE04EC0 - 301F - 11D3 - BF4B - 00C04F79EFBC } " ) = " GreeterClient " , " GreeterClient \ GreeterClient . csproj " , " { ACCF4597 - 3748 - 4117 - 8633 - 1CB767F8CCC3 } " <nl> EndProject <nl> - Project ( " { 2150E333 - 8FDC - 42A3 - 9474 - 1A3956D46DE8 } " ) = " . nuget " , " . nuget " , " { FF1EBE95 - F20D - 4C27 - 8A61 - D0125F3C8152 } " <nl> - ProjectSection ( SolutionItems ) = preProject <nl> - . nuget \ packages . config = . nuget \ packages . config <nl> - EndProjectSection <nl> - EndProject <nl> Global <nl> GlobalSection ( SolutionConfigurationPlatforms ) = preSolution <nl> Debug \| Any CPU = Debug \| Any CPU <nl> mmm a / examples / csharp / helloworld / Greeter / packages . config <nl> ppp b / examples / csharp / helloworld / Greeter / packages . config <nl> <nl> < package id = " Grpc " version = " 0 . 15 . 0 " targetFramework = " net45 " / > <nl> < package id = " Grpc . Core " version = " 0 . 15 . 0 " targetFramework = " net45 " / > <nl> < package id = " Ix - Async " version = " 1 . 2 . 5 " targetFramework = " net45 " / > <nl> + < package id = " Grpc . Tools " version = " 0 . 15 . 0 " targetFramework = " net45 " / > <nl> < / packages > <nl> \ No newline at end of file <nl> deleted file mode 100644 <nl> index aa060800c19 . . 00000000000 <nl> mmm a / examples / csharp / route_guide / . nuget / packages . config <nl> ppp / dev / null <nl> <nl> - < ? xml version = " 1 . 0 " encoding = " utf - 8 " ? > <nl> - < packages > <nl> - < package id = " Grpc . Tools " version = " 0 . 15 . 0 " / > <nl> - < / packages > <nl> \ No newline at end of file <nl> mmm a / examples / csharp / route_guide / RouteGuide . sln <nl> ppp b / examples / csharp / route_guide / RouteGuide . sln <nl> Project ( " { FAE04EC0 - 301F - 11D3 - BF4B - 00C04F79EFBC } " ) = " RouteGuideClient " , " RouteGu <nl> EndProject <nl> Project ( " { FAE04EC0 - 301F - 11D3 - BF4B - 00C04F79EFBC } " ) = " RouteGuideServer " , " RouteGuideServer \ RouteGuideServer . csproj " , " { 4B7C7794 - BE24 - 4477 - ACE7 - 18259EB73D27 } " <nl> EndProject <nl> - Project ( " { 2150E333 - 8FDC - 42A3 - 9474 - 1A3956D46DE8 } " ) = " . nuget " , " . nuget " , " { 2F6B184B - A576 - 4F21 - AF2E - 27E73D1FC96E } " <nl> - ProjectSection ( SolutionItems ) = preProject <nl> - . nuget \ packages . config = . nuget \ packages . config <nl> - EndProjectSection <nl> - EndProject <nl> Global <nl> GlobalSection ( SolutionConfigurationPlatforms ) = preSolution <nl> Debug \| Any CPU = Debug \| Any CPU <nl> mmm a / examples / csharp / route_guide / RouteGuide / RouteGuide . csproj <nl> ppp b / examples / csharp / route_guide / RouteGuide / RouteGuide . csproj <nl> <nl> < / Reference > <nl> < Reference Include = " System " / > <nl> < Reference Include = " System . Core " / > <nl> - < Reference Include = " System . Interactive . Async , Version = 1 . 2 . 0 . 0 , Culture = neutral , PublicKeyToken = 31bf3856ad364e35 , processorArchitecture = MSIL " > <nl> - < SpecificVersion > False < / SpecificVersion > <nl> - < HintPath > . . \ packages \ Ix - Async . 1 . 2 . 5 \ lib \ net45 \ System . Interactive . Async . dll < / HintPath > <nl> - < / Reference > <nl> < Reference Include = " System . Xml . Linq " / > <nl> < Reference Include = " System . Data . DataSetExtensions " / > <nl> < Reference Include = " Microsoft . CSharp " / > <nl> < Reference Include = " System . Data " / > <nl> < Reference Include = " System . Xml " / > <nl> + < Reference Include = " System . Interactive . Async , Version = 1 . 2 . 0 . 0 , Culture = neutral , PublicKeyToken = 31bf3856ad364e35 , processorArchitecture = MSIL " > <nl> + < SpecificVersion > False < / SpecificVersion > <nl> + < HintPath > . . \ packages \ Ix - Async . 1 . 2 . 5 \ lib \ net45 \ System . Interactive . Async . dll < / HintPath > <nl> + < / Reference > <nl> < / ItemGroup > <nl> < ItemGroup > <nl> < Compile Include = " Properties \ AssemblyInfo . cs " / > <nl> mmm a / examples / csharp / route_guide / RouteGuideServer / RouteGuideServer . csproj <nl> ppp b / examples / csharp / route_guide / RouteGuideServer / RouteGuideServer . csproj <nl> <nl> < / Reference > <nl> < Reference Include = " System " / > <nl> < Reference Include = " System . Core " / > <nl> - < Reference Include = " System . Interactive . Async , Version = 1 . 2 . 0 . 0 , Culture = neutral , PublicKeyToken = 31bf3856ad364e35 , processorArchitecture = MSIL " > <nl> - < SpecificVersion > False < / SpecificVersion > <nl> - < HintPath > . . \ packages \ Ix - Async . 1 . 2 . 5 \ lib \ net45 \ System . Interactive . Async . dll < / HintPath > <nl> - < / Reference > <nl> < Reference Include = " System . Xml . Linq " / > <nl> < Reference Include = " System . Data . DataSetExtensions " / > <nl> < Reference Include = " Microsoft . CSharp " / > <nl> < Reference Include = " System . Data " / > <nl> < Reference Include = " System . Xml " / > <nl> + < Reference Include = " System . Interactive . Async , Version = 1 . 2 . 0 . 0 , Culture = neutral , PublicKeyToken = 31bf3856ad364e35 , processorArchitecture = MSIL " > <nl> + < SpecificVersion > False < / SpecificVersion > <nl> + < HintPath > . . \ packages \ Ix - Async . 1 . 2 . 5 \ lib \ net45 \ System . Interactive . Async . dll < / HintPath > <nl> + < / Reference > <nl> < / ItemGroup > <nl> < ItemGroup > <nl> < Compile Include = " Program . cs " / > <nl> mmm a / examples / csharp / route_guide / RouteGuideServer / packages . config <nl> ppp b / examples / csharp / route_guide / RouteGuideServer / packages . config <nl> <nl> < package id = " Grpc . Core " version = " 0 . 15 . 0 " targetFramework = " net45 " / > <nl> < package id = " Ix - Async " version = " 1 . 2 . 5 " targetFramework = " net45 " / > <nl> < package id = " Newtonsoft . Json " version = " 7 . 0 . 1 " targetFramework = " net45 " / > <nl> + < package id = " Grpc . Tools " version = " 0 . 15 . 0 " targetFramework = " net45 " / > <nl> < / packages > <nl> \ No newline at end of file <nl> mmm a / package . json <nl> ppp b / package . json <nl> <nl> { <nl> " name " : " grpc " , <nl> - " version " : " 1 . 0 . 0 - pre1 " , <nl> + " version " : " 1 . 0 . 0 - pre2 " , <nl> " author " : " Google Inc . " , <nl> " description " : " gRPC Library for Node " , <nl> " homepage " : " http : / / www . grpc . io / " , <nl> mmm a / requirements . txt <nl> ppp b / requirements . txt <nl> coverage > = 4 . 0 <nl> cython > = 0 . 23 <nl> enum34 > = 1 . 0 . 4 <nl> futures > = 2 . 2 . 0 <nl> - protobuf > = 3 . 0 . 0a3 <nl> + protobuf > = 3 . 0 . 0 <nl> six > = 1 . 10 <nl> - wheel > = 0 . 29 <nl> \ No newline at end of file <nl> + wheel > = 0 . 29 <nl> mmm a / setup . py <nl> ppp b / setup . py <nl> def cython_extensions ( module_names , extra_sources , include_dirs , <nl> ' futures > = 2 . 2 . 0 ' , <nl> # TODO ( atash ) : eventually split the grpcio package into a metapackage <nl> # depending on protobuf and the runtime component ( independent of protobuf ) <nl> - ' protobuf > = 3 . 0 . 0a3 ' , <nl> + ' protobuf > = 3 . 0 . 0 ' , <nl> ) <nl> <nl> SETUP_REQUIRES = INSTALL_REQUIRES + ( <nl> mmm a / src / core / lib / surface / version . c <nl> ppp b / src / core / lib / surface / version . c <nl> <nl> <nl> # include < grpc / grpc . h > <nl> <nl> - const char * grpc_version_string ( void ) { return " 1 . 0 . 0 - pre1 " ; } <nl> + const char * grpc_version_string ( void ) { return " 1 . 0 . 0 - pre2 " ; } <nl> mmm a / src / csharp / Grpc . Auth / project . json <nl> ppp b / src / csharp / Grpc . Auth / project . json <nl> <nl> { <nl> - " version " : " 1 . 0 . 0 - pre1 " , <nl> + " version " : " 1 . 0 . 0 - pre2 " , <nl> " title " : " gRPC C # Auth " , <nl> " authors " : [ " Google Inc . " ] , <nl> " copyright " : " Copyright 2015 , Google Inc . " , <nl> <nl> } <nl> } , <nl> " dependencies " : { <nl> - " Grpc . Core " : " 1 . 0 . 0 - pre1 " , <nl> + " Grpc . Core " : " 1 . 0 . 0 - pre2 " , <nl> " Google . Apis . Auth " : " 1 . 11 . 1 " <nl> } , <nl> " frameworks " : { <nl> <nl> " net45 " <nl> ] , <nl> " dependencies " : { <nl> - " Microsoft . NETCore . Portable . Compatibility " : " 1 . 0 . 1 - rc2 - 24027 " , <nl> - " NETStandard . Library " : " 1 . 5 . 0 - rc2 - 24027 " , <nl> - " System . Threading . Tasks " : " 4 . 0 . 11 - rc2 - 24027 " <nl> + " Microsoft . NETCore . Portable . Compatibility " : " 1 . 0 . 1 " , <nl> + " NETStandard . Library " : " 1 . 6 . 0 " , <nl> + " System . Threading . Tasks " : " 4 . 0 . 11 " <nl> } <nl> } <nl> } <nl> mmm a / src / csharp / Grpc . Core . Tests / AppDomainUnloadTest . cs <nl> ppp b / src / csharp / Grpc . Core . Tests / AppDomainUnloadTest . cs <nl> namespace Grpc . Core . Tests <nl> { <nl> public class AppDomainUnloadTest <nl> { <nl> - # if NETSTANDARD1_5 <nl> + # if NETCOREAPP1_0 <nl> [ Test ] <nl> [ Ignore ( " Not supported for CoreCLR " ) ] <nl> public void AppDomainUnloadHookCanCleanupAbandonedCall ( ) <nl> mmm a / src / csharp / Grpc . Core . Tests / NUnitMain . cs <nl> ppp b / src / csharp / Grpc . Core . Tests / NUnitMain . cs <nl> public static int Main ( string [ ] args ) <nl> { <nl> / / Make logger immune to NUnit capturing stdout and stderr to workaround https : / / github . com / nunit / nunit / issues / 1406 . <nl> GrpcEnvironment . SetLogger ( new TextWriterLogger ( Console . Error ) ) ; <nl> - # if NETSTANDARD1_5 <nl> + # if NETCOREAPP1_0 <nl> return new AutoRun ( typeof ( NUnitMain ) . GetTypeInfo ( ) . Assembly ) . Execute ( args , new ExtendedTextWrapper ( Console . Out ) , Console . In ) ; <nl> # else <nl> return new AutoRun ( ) . Execute ( args ) ; <nl> mmm a / src / csharp / Grpc . Core . Tests / SanityTest . cs <nl> ppp b / src / csharp / Grpc . Core . Tests / SanityTest . cs <nl> namespace Grpc . Core . Tests <nl> public class SanityTest <nl> { <nl> / / TODO : make sanity test work for CoreCLR as well <nl> - # if ! NETSTANDARD1_5 <nl> + # if ! NETCOREAPP1_0 <nl> / / / < summary > <nl> / / / Because we depend on a native library , sometimes when things go wrong , the <nl> / / / entire NUnit test process crashes . To be able to track down problems better , <nl> mmm a / src / csharp / Grpc . Core . Tests / project . json <nl> ppp b / src / csharp / Grpc . Core . Tests / project . json <nl> <nl> } , <nl> " frameworks " : { <nl> " net45 " : { } , <nl> - " netstandard1 . 5 " : { <nl> + " netcoreapp1 . 0 " : { <nl> " imports " : [ <nl> " portable - net45 " <nl> ] , <nl> " dependencies " : { <nl> - " NETStandard . Library " : " 1 . 5 . 0 - rc2 - 24027 " <nl> + " Microsoft . NETCore . App " : " 1 . 0 . 0 " , <nl> + " NETStandard . Library " : " 1 . 6 . 0 " <nl> } <nl> } <nl> } , <nl> mmm a / src / csharp / Grpc . Core / VersionInfo . cs <nl> ppp b / src / csharp / Grpc . Core / VersionInfo . cs <nl> public static class VersionInfo <nl> / / / < summary > <nl> / / / Current version of gRPC C # <nl> / / / < / summary > <nl> - public const string CurrentVersion = " 1 . 0 . 0 - pre1 " ; <nl> + public const string CurrentVersion = " 1 . 0 . 0 - pre2 " ; <nl> } <nl> } <nl> mmm a / src / csharp / Grpc . Core / project . json <nl> ppp b / src / csharp / Grpc . Core / project . json <nl> <nl> { <nl> - " version " : " 1 . 0 . 0 - pre1 " , <nl> + " version " : " 1 . 0 . 0 - pre2 " , <nl> " title " : " gRPC C # Core " , <nl> " authors " : [ " Google Inc . " ] , <nl> " copyright " : " Copyright 2015 , Google Inc . " , <nl> <nl> " portable - net45 " <nl> ] , <nl> " dependencies " : { <nl> - " NETStandard . Library " : " 1 . 5 . 0 - rc2 - 24027 " , <nl> - " System . Threading . Thread " : " 4 . 0 . 0 - rc2 - 24027 " <nl> + " NETStandard . Library " : " 1 . 6 . 0 " , <nl> + " System . Threading . Thread " : " 4 . 0 . 0 " <nl> } <nl> } <nl> } <nl> mmm a / src / csharp / Grpc . Examples . MathClient / project . json <nl> ppp b / src / csharp / Grpc . Examples . MathClient / project . json <nl> <nl> } , <nl> " frameworks " : { <nl> " net45 " : { } , <nl> - " netstandard1 . 5 " : { <nl> + " netcoreapp1 . 0 " : { <nl> " imports " : [ <nl> " portable - net45 " <nl> ] , <nl> " dependencies " : { <nl> - " NETStandard . Library " : " 1 . 5 . 0 - rc2 - 24027 " <nl> + " Microsoft . NETCore . App " : " 1 . 0 . 0 " , <nl> + " NETStandard . Library " : " 1 . 6 . 0 " <nl> } <nl> } <nl> } <nl> mmm a / src / csharp / Grpc . Examples . MathServer / project . json <nl> ppp b / src / csharp / Grpc . Examples . MathServer / project . json <nl> <nl> } , <nl> " frameworks " : { <nl> " net45 " : { } , <nl> - " netstandard1 . 5 " : { <nl> + " netcoreapp1 . 0 " : { <nl> " imports " : [ <nl> " portable - net45 " <nl> ] , <nl> " dependencies " : { <nl> - " NETStandard . Library " : " 1 . 5 . 0 - rc2 - 24027 " <nl> + " Microsoft . NETCore . App " : " 1 . 0 . 0 " , <nl> + " NETStandard . Library " : " 1 . 6 . 0 " <nl> } <nl> } <nl> } <nl> mmm a / src / csharp / Grpc . Examples . Tests / NUnitMain . cs <nl> ppp b / src / csharp / Grpc . Examples . Tests / NUnitMain . cs <nl> public static int Main ( string [ ] args ) <nl> { <nl> / / Make logger immune to NUnit capturing stdout and stderr to workaround https : / / github . com / nunit / nunit / issues / 1406 . <nl> GrpcEnvironment . SetLogger ( new TextWriterLogger ( Console . Error ) ) ; <nl> - # if NETSTANDARD1_5 <nl> + # if NETCOREAPP1_0 <nl> return new AutoRun ( typeof ( NUnitMain ) . GetTypeInfo ( ) . Assembly ) . Execute ( args , new ExtendedTextWrapper ( Console . Out ) , Console . In ) ; <nl> # else <nl> return new AutoRun ( ) . Execute ( args ) ; <nl> mmm a / src / csharp / Grpc . Examples . Tests / project . json <nl> ppp b / src / csharp / Grpc . Examples . Tests / project . json <nl> <nl> } , <nl> " frameworks " : { <nl> " net45 " : { } , <nl> - " netstandard1 . 5 " : { <nl> + " netcoreapp1 . 0 " : { <nl> " imports " : [ <nl> " portable - net45 " <nl> ] , <nl> " dependencies " : { <nl> - " NETStandard . Library " : " 1 . 5 . 0 - rc2 - 24027 " <nl> + " Microsoft . NETCore . App " : " 1 . 0 . 0 " , <nl> + " NETStandard . Library " : " 1 . 6 . 0 " <nl> } <nl> } <nl> } <nl> mmm a / src / csharp / Grpc . Examples / project . json <nl> ppp b / src / csharp / Grpc . Examples / project . json <nl> <nl> " portable - net45 " <nl> ] , <nl> " dependencies " : { <nl> - " NETStandard . Library " : " 1 . 5 . 0 - rc2 - 24027 " <nl> + " NETStandard . Library " : " 1 . 6 . 0 " <nl> } <nl> } <nl> } <nl> mmm a / src / csharp / Grpc . HealthCheck . Tests / NUnitMain . cs <nl> ppp b / src / csharp / Grpc . HealthCheck . Tests / NUnitMain . cs <nl> public static int Main ( string [ ] args ) <nl> { <nl> / / Make logger immune to NUnit capturing stdout and stderr to workaround https : / / github . com / nunit / nunit / issues / 1406 . <nl> GrpcEnvironment . SetLogger ( new TextWriterLogger ( Console . Error ) ) ; <nl> - # if NETSTANDARD1_5 <nl> + # if NETCOREAPP1_0 <nl> return new AutoRun ( typeof ( NUnitMain ) . GetTypeInfo ( ) . Assembly ) . Execute ( args , new ExtendedTextWrapper ( Console . Out ) , Console . In ) ; <nl> # else <nl> return new AutoRun ( ) . Execute ( args ) ; <nl> mmm a / src / csharp / Grpc . HealthCheck . Tests / project . json <nl> ppp b / src / csharp / Grpc . HealthCheck . Tests / project . json <nl> <nl> } , <nl> " frameworks " : { <nl> " net45 " : { } , <nl> - " netstandard1 . 5 " : { <nl> + " netcoreapp1 . 0 " : { <nl> " imports " : [ <nl> " portable - net45 " <nl> ] , <nl> " dependencies " : { <nl> - " NETStandard . Library " : " 1 . 5 . 0 - rc2 - 24027 " <nl> + " Microsoft . NETCore . App " : " 1 . 0 . 0 " , <nl> + " NETStandard . Library " : " 1 . 6 . 0 " <nl> } <nl> } <nl> } <nl> mmm a / src / csharp / Grpc . HealthCheck / project . json <nl> ppp b / src / csharp / Grpc . HealthCheck / project . json <nl> <nl> { <nl> - " version " : " 1 . 0 . 0 - pre1 " , <nl> + " version " : " 1 . 0 . 0 - pre2 " , <nl> " title " : " gRPC C # Healthchecking " , <nl> " authors " : [ " Google Inc . " ] , <nl> " copyright " : " Copyright 2015 , Google Inc . " , <nl> <nl> } <nl> } , <nl> " dependencies " : { <nl> - " Grpc . Core " : " 1 . 0 . 0 - pre1 " , <nl> + " Grpc . Core " : " 1 . 0 . 0 - pre2 " , <nl> " Google . Protobuf " : " 3 . 0 . 0 - beta3 " <nl> } , <nl> " frameworks " : { <nl> <nl> " portable - net45 " <nl> ] , <nl> " dependencies " : { <nl> - " NETStandard . Library " : " 1 . 5 . 0 - rc2 - 24027 " <nl> + " NETStandard . Library " : " 1 . 6 . 0 " <nl> } <nl> } <nl> } <nl> mmm a / src / csharp / Grpc . IntegrationTesting . Client / project . json <nl> ppp b / src / csharp / Grpc . IntegrationTesting . Client / project . json <nl> <nl> } , <nl> " frameworks " : { <nl> " net45 " : { } , <nl> - " netstandard1 . 5 " : { <nl> + " netcoreapp1 . 0 " : { <nl> " imports " : [ <nl> " portable - net45 " , <nl> " net45 " <nl> ] , <nl> " dependencies " : { <nl> - " NETStandard . Library " : " 1 . 5 . 0 - rc2 - 24027 " <nl> + " Microsoft . NETCore . App " : " 1 . 0 . 0 " , <nl> + " NETStandard . Library " : " 1 . 6 . 0 " <nl> } <nl> } <nl> } <nl> mmm a / src / csharp / Grpc . IntegrationTesting . QpsWorker / project . json <nl> ppp b / src / csharp / Grpc . IntegrationTesting . QpsWorker / project . json <nl> <nl> } , <nl> " frameworks " : { <nl> " net45 " : { } , <nl> - " netstandard1 . 5 " : { <nl> + " netcoreapp1 . 0 " : { <nl> " imports " : [ <nl> " portable - net45 " , <nl> " net45 " <nl> ] , <nl> " dependencies " : { <nl> - " NETStandard . Library " : " 1 . 5 . 0 - rc2 - 24027 " <nl> + " Microsoft . NETCore . App " : " 1 . 0 . 0 " , <nl> + " NETStandard . Library " : " 1 . 6 . 0 " <nl> } <nl> } <nl> } <nl> mmm a / src / csharp / Grpc . IntegrationTesting . Server / project . json <nl> ppp b / src / csharp / Grpc . IntegrationTesting . Server / project . json <nl> <nl> } , <nl> " frameworks " : { <nl> " net45 " : { } , <nl> - " netstandard1 . 5 " : { <nl> + " netcoreapp1 . 0 " : { <nl> " imports " : [ <nl> " portable - net45 " , <nl> " net45 " <nl> ] , <nl> " dependencies " : { <nl> - " NETStandard . Library " : " 1 . 5 . 0 - rc2 - 24027 " <nl> + " Microsoft . NETCore . App " : " 1 . 0 . 0 " , <nl> + " NETStandard . Library " : " 1 . 6 . 0 " <nl> } <nl> } <nl> } <nl> mmm a / src / csharp / Grpc . IntegrationTesting . StressClient / project . json <nl> ppp b / src / csharp / Grpc . IntegrationTesting . StressClient / project . json <nl> <nl> } , <nl> " frameworks " : { <nl> " net45 " : { } , <nl> - " netstandard1 . 5 " : { <nl> + " netcoreapp1 . 0 " : { <nl> " imports " : [ <nl> " portable - net45 " , <nl> " net45 " <nl> ] , <nl> " dependencies " : { <nl> - " NETStandard . Library " : " 1 . 5 . 0 - rc2 - 24027 " <nl> + " Microsoft . NETCore . App " : " 1 . 0 . 0 " , <nl> + " NETStandard . Library " : " 1 . 6 . 0 " <nl> } <nl> } <nl> } <nl> mmm a / src / csharp / Grpc . IntegrationTesting / GeneratedClientTest . cs <nl> ppp b / src / csharp / Grpc . IntegrationTesting / GeneratedClientTest . cs <nl> public class GeneratedClientTest <nl> TestService . TestServiceClient unimplementedClient = new UnimplementedTestServiceClient ( ) ; <nl> <nl> / / TODO : replace Moq by some mocking library with CoreCLR support . <nl> - # if ! NETSTANDARD1_5 <nl> + # if ! NETCOREAPP1_0 <nl> [ Test ] <nl> public void ExpandedParamOverloadCanBeMocked ( ) <nl> { <nl> mmm a / src / csharp / Grpc . IntegrationTesting / InteropClient . cs <nl> ppp b / src / csharp / Grpc . IntegrationTesting / InteropClient . cs <nl> private async Task < ChannelCredentials > CreateCredentialsAsync ( ) <nl> <nl> if ( options . TestCase = = " jwt_token_creds " ) <nl> { <nl> - # if ! NETSTANDARD1_5 <nl> + # if ! NETCOREAPP1_0 <nl> var googleCredential = await GoogleCredential . GetApplicationDefaultAsync ( ) ; <nl> Assert . IsTrue ( googleCredential . IsCreateScopedRequired ) ; <nl> credentials = ChannelCredentials . Create ( credentials , googleCredential . ToCallCredentials ( ) ) ; <nl> private async Task < ChannelCredentials > CreateCredentialsAsync ( ) <nl> <nl> if ( options . TestCase = = " compute_engine_creds " ) <nl> { <nl> - # if ! NETSTANDARD1_5 <nl> + # if ! NETCOREAPP1_0 <nl> var googleCredential = await GoogleCredential . GetApplicationDefaultAsync ( ) ; <nl> Assert . IsFalse ( googleCredential . IsCreateScopedRequired ) ; <nl> credentials = ChannelCredentials . Create ( credentials , googleCredential . ToCallCredentials ( ) ) ; <nl> public static void RunJwtTokenCreds ( TestService . TestServiceClient client ) <nl> <nl> public static async Task RunOAuth2AuthTokenAsync ( TestService . TestServiceClient client , string oauthScope ) <nl> { <nl> - # if ! NETSTANDARD1_5 <nl> + # if ! NETCOREAPP1_0 <nl> Console . WriteLine ( " running oauth2_auth_token " ) ; <nl> ITokenAccess credential = ( await GoogleCredential . GetApplicationDefaultAsync ( ) ) . CreateScoped ( new [ ] { oauthScope } ) ; <nl> string oauth2Token = await credential . GetAccessTokenForRequestAsync ( ) ; <nl> public static async Task RunOAuth2AuthTokenAsync ( TestService . TestServiceClient c <nl> <nl> public static async Task RunPerRpcCredsAsync ( TestService . TestServiceClient client , string oauthScope ) <nl> { <nl> - # if ! NETSTANDARD1_5 <nl> + # if ! NETCOREAPP1_0 <nl> Console . WriteLine ( " running per_rpc_creds " ) ; <nl> ITokenAccess googleCredential = await GoogleCredential . GetApplicationDefaultAsync ( ) ; <nl> <nl> private static Metadata CreateClientCompressionMetadata ( bool compressed ) <nl> / / extracts the client_email field from service account file used for auth test cases <nl> private static string GetEmailFromServiceAccountFile ( ) <nl> { <nl> - # if ! NETSTANDARD1_5 <nl> + # if ! NETCOREAPP1_0 <nl> string keyFile = Environment . GetEnvironmentVariable ( " GOOGLE_APPLICATION_CREDENTIALS " ) ; <nl> Assert . IsNotNull ( keyFile ) ; <nl> var jobject = JObject . Parse ( File . ReadAllText ( keyFile ) ) ; <nl> mmm a / src / csharp / Grpc . IntegrationTesting / NUnitMain . cs <nl> ppp b / src / csharp / Grpc . IntegrationTesting / NUnitMain . cs <nl> public static int Main ( string [ ] args ) <nl> { <nl> / / Make logger immune to NUnit capturing stdout and stderr to workaround https : / / github . com / nunit / nunit / issues / 1406 . <nl> GrpcEnvironment . SetLogger ( new TextWriterLogger ( Console . Error ) ) ; <nl> - # if NETSTANDARD1_5 <nl> + # if NETCOREAPP1_0 <nl> return new AutoRun ( typeof ( NUnitMain ) . GetTypeInfo ( ) . Assembly ) . Execute ( args , new ExtendedTextWrapper ( Console . Out ) , Console . In ) ; <nl> # else <nl> return new AutoRun ( ) . Execute ( args ) ; <nl> mmm a / src / csharp / Grpc . IntegrationTesting / project . json <nl> ppp b / src / csharp / Grpc . IntegrationTesting / project . json <nl> <nl> " System . IO " : " " <nl> } <nl> } , <nl> - " netstandard1 . 5 " : { <nl> + " netcoreapp1 . 0 " : { <nl> " imports " : [ <nl> " portable - net45 " , <nl> " net45 " <nl> ] , <nl> " dependencies " : { <nl> - " NETStandard . Library " : " 1 . 5 . 0 - rc2 - 24027 " , <nl> - " System . Linq . Expressions " : " 4 . 0 . 11 - rc2 - 24027 " <nl> + " Microsoft . NETCore . App " : " 1 . 0 . 0 " , <nl> + " NETStandard . Library " : " 1 . 6 . 0 " , <nl> + " System . Linq . Expressions " : " 4 . 1 . 0 " <nl> } <nl> } <nl> } <nl> mmm a / src / csharp / build_packages . bat <nl> ppp b / src / csharp / build_packages . bat <nl> <nl> @ rem Builds gRPC NuGet packages <nl> <nl> @ rem Current package versions <nl> - set VERSION = 1 . 0 . 0 - pre1 <nl> + set VERSION = 1 . 0 . 0 - pre2 <nl> set PROTOBUF_VERSION = 3 . 0 . 0 - beta3 <nl> <nl> @ rem Packages that depend on prerelease packages ( like Google . Protobuf ) need to have prerelease suffix as well . <nl> mmm a / src / node / health_check / package . json <nl> ppp b / src / node / health_check / package . json <nl> <nl> { <nl> " name " : " grpc - health - check " , <nl> - " version " : " 1 . 0 . 0 - pre1 " , <nl> + " version " : " 1 . 0 . 0 - pre2 " , <nl> " author " : " Google Inc . " , <nl> " description " : " Health check service for use with gRPC " , <nl> " repository " : { <nl> mmm a / src / node / src / credentials . js <nl> ppp b / src / node / src / credentials . js <nl> var Metadata = require ( ' . / metadata . js ' ) ; <nl> <nl> var common = require ( ' . / common . js ' ) ; <nl> <nl> + var _ = require ( ' lodash ' ) ; <nl> + <nl> / * * <nl> * Create an SSL Credentials object . If using a client - side certificate , both <nl> * the second and third arguments must be passed . <nl> exports . createFromMetadataGenerator = function ( metadata_generator ) { <nl> var message = ' ' ; <nl> if ( error ) { <nl> message = error . message ; <nl> - if ( error . hasOwnProperty ( ' code ' ) ) { <nl> + if ( error . hasOwnProperty ( ' code ' ) & & _ . isFinite ( error . code ) ) { <nl> code = error . code ; <nl> } else { <nl> code = grpc . status . UNAUTHENTICATED ; <nl> mmm a / src / node / test / credentials_test . js <nl> ppp b / src / node / test / credentials_test . js <nl> var fakeSuccessfulGoogleCredentials = { <nl> var fakeFailingGoogleCredentials = { <nl> getRequestMetadata : function ( service_url , callback ) { <nl> setTimeout ( function ( ) { <nl> - callback ( new Error ( ' Authentication failure ' ) ) ; <nl> + / / Google credentials currently adds string error codes to auth errors <nl> + var error = new Error ( ' Authentication failure ' ) ; <nl> + error . code = ' ENOENT ' ; <nl> + callback ( error ) ; <nl> } , 0 ) ; <nl> } <nl> } ; <nl> mmm a / src / node / tools / package . json <nl> ppp b / src / node / tools / package . json <nl> <nl> { <nl> " name " : " grpc - tools " , <nl> - " version " : " 1 . 0 . 0 - pre1 " , <nl> + " version " : " 1 . 0 . 0 - pre2 " , <nl> " author " : " Google Inc . " , <nl> " description " : " Tools for developing with gRPC on Node . js " , <nl> " homepage " : " http : / / www . grpc . io / " , <nl> mmm a / src / objective - c / GRPCClient / GRPCCall + ChannelArg . h <nl> ppp b / src / objective - c / GRPCClient / GRPCCall + ChannelArg . h <nl> <nl> * Use the provided @ c userAgentPrefix at the beginning of the HTTP User Agent string for all calls <nl> * to the specified @ c host . <nl> * / <nl> - + ( void ) setUserAgentPrefix : ( NSString * ) userAgentPrefix forHost : ( NSString * ) host ; <nl> + + ( void ) setUserAgentPrefix : ( nonnull NSString * ) userAgentPrefix forHost : ( nonnull NSString * ) host ; <nl> + <nl> + / * * The default response size limit is 4MB . Set this to override that default . * / <nl> + + ( void ) setResponseSizeLimit : ( NSUInteger ) limit forHost : ( nonnull NSString * ) host ; <nl> <nl> + ( void ) closeOpenConnections DEPRECATED_MSG_ATTRIBUTE ( " The API for this feature is experimental , " <nl> " and might be removed or modified at any " <nl> mmm a / src / objective - c / GRPCClient / GRPCCall + ChannelArg . m <nl> ppp b / src / objective - c / GRPCClient / GRPCCall + ChannelArg . m <nl> <nl> <nl> @ implementation GRPCCall ( ChannelArg ) <nl> <nl> - + ( void ) setUserAgentPrefix : ( NSString * ) userAgentPrefix forHost : ( NSString * ) host { <nl> - if ( ! host ) { <nl> - [ NSException raise : NSInvalidArgumentException <nl> - format : @ " host and userAgentPrefix must be provided . " ] ; <nl> - } <nl> + + ( void ) setUserAgentPrefix : ( nonnull NSString * ) userAgentPrefix forHost : ( nonnull NSString * ) host { <nl> GRPCHost * hostConfig = [ GRPCHost hostWithAddress : host ] ; <nl> hostConfig . userAgentPrefix = userAgentPrefix ; <nl> } <nl> <nl> + + ( void ) setResponseSizeLimit : ( NSUInteger ) limit forHost : ( nonnull NSString * ) host { <nl> + GRPCHost * hostConfig = [ GRPCHost hostWithAddress : host ] ; <nl> + hostConfig . responseSizeLimitOverride = @ ( limit ) ; <nl> + } <nl> + <nl> + ( void ) closeOpenConnections { <nl> [ GRPCHost flushChannelCache ] ; <nl> } <nl> mmm a / src / objective - c / GRPCClient / GRPCCall + Tests . h <nl> ppp b / src / objective - c / GRPCClient / GRPCCall + Tests . h <nl> <nl> * more than one invocation of the methods of this category . <nl> * / <nl> + ( void ) useInsecureConnectionsForHost : ( NSString * ) host ; <nl> + <nl> + / * * <nl> + * Resets all host configurations to their default values , and flushes all connections from the <nl> + * cache . <nl> + * / <nl> + + ( void ) resetHostSettings ; <nl> @ end <nl> mmm a / src / objective - c / GRPCClient / GRPCCall + Tests . m <nl> ppp b / src / objective - c / GRPCClient / GRPCCall + Tests . m <nl> + ( void ) useInsecureConnectionsForHost : ( NSString * ) host { <nl> hostConfig . secure = NO ; <nl> } <nl> <nl> + + ( void ) resetHostSettings { <nl> + [ GRPCHost resetAllHostSettings ] ; <nl> + } <nl> @ end <nl> mmm a / src / objective - c / GRPCClient / private / GRPCChannel . m <nl> ppp b / src / objective - c / GRPCClient / private / GRPCChannel . m <nl> <nl> # endif <nl> # import " GRPCCompletionQueue . h " <nl> <nl> - void freeChannelArgs ( grpc_channel_args * channel_args ) { <nl> + static void FreeChannelArgs ( grpc_channel_args * channel_args ) { <nl> for ( size_t i = 0 ; i < channel_args - > num_args ; + + i ) { <nl> grpc_arg * arg = & channel_args - > args [ i ] ; <nl> gpr_free ( arg - > key ) ; <nl> void freeChannelArgs ( grpc_channel_args * channel_args ) { <nl> * value responds to @ c @ selector ( intValue ) . Otherwise , an exception will be raised . The caller of <nl> * this function is responsible for calling @ c freeChannelArgs on a non - NULL returned value . <nl> * / <nl> - grpc_channel_args * buildChannelArgs ( NSDictionary * dictionary ) { <nl> + static grpc_channel_args * BuildChannelArgs ( NSDictionary * dictionary ) { <nl> if ( ! dictionary ) { <nl> return NULL ; <nl> } <nl> - ( instancetype ) initWithHost : ( NSString * ) host <nl> } <nl> <nl> if ( self = [ super init ] ) { <nl> - _channelArgs = buildChannelArgs ( channelArgs ) ; <nl> + _channelArgs = BuildChannelArgs ( channelArgs ) ; <nl> _host = [ host copy ] ; <nl> - _unmanagedChannel = grpc_cronet_secure_channel_create ( cronetEngine , _host . UTF8String , _channelArgs , <nl> - NULL ) ; <nl> + _unmanagedChannel = grpc_cronet_secure_channel_create ( cronetEngine , <nl> + _host . UTF8String , <nl> + _channelArgs , <nl> + NULL ) ; <nl> } <nl> <nl> return self ; <nl> - ( instancetype ) initWithHost : ( NSString * ) host <nl> } <nl> <nl> if ( self = [ super init ] ) { <nl> - _channelArgs = buildChannelArgs ( channelArgs ) ; <nl> + _channelArgs = BuildChannelArgs ( channelArgs ) ; <nl> _host = [ host copy ] ; <nl> if ( secure ) { <nl> _unmanagedChannel = grpc_secure_channel_create ( credentials , _host . UTF8String , _channelArgs , <nl> - ( void ) dealloc { <nl> / / TODO ( jcanizales ) : Be sure to add a test with a server that closes the connection prematurely , <nl> / / as in the past that made this call to crash . <nl> grpc_channel_destroy ( _unmanagedChannel ) ; <nl> - freeChannelArgs ( _channelArgs ) ; <nl> + FreeChannelArgs ( _channelArgs ) ; <nl> } <nl> <nl> # ifdef GRPC_COMPILE_WITH_CRONET <nl> mmm a / src / objective - c / GRPCClient / private / GRPCHost . h <nl> ppp b / src / objective - c / GRPCClient / private / GRPCHost . h <nl> struct grpc_channel_credentials ; <nl> @ interface GRPCHost : NSObject <nl> <nl> + ( void ) flushChannelCache ; <nl> + + ( void ) resetAllHostSettings ; <nl> <nl> @ property ( nonatomic , readonly ) NSString * address ; <nl> @ property ( nonatomic , copy , nullable ) NSString * userAgentPrefix ; <nl> struct grpc_channel_credentials ; <nl> <nl> @ property ( nonatomic , copy , nullable ) NSString * hostNameOverride ; <nl> <nl> + / * * The default response size limit is 4MB . Set this to override that default . * / <nl> + @ property ( nonatomic , strong , nullable ) NSNumber * responseSizeLimitOverride ; <nl> + <nl> + <nl> - ( nullable instancetype ) init NS_UNAVAILABLE ; <nl> / * * Host objects initialized with the same address are the same . * / <nl> + ( nullable instancetype ) hostWithAddress : ( NSString * ) address ; <nl> mmm a / src / objective - c / GRPCClient / private / GRPCHost . m <nl> ppp b / src / objective - c / GRPCClient / private / GRPCHost . m <nl> <nl> <nl> / / TODO ( jcanizales ) : Generate the version in a standalone header , from templates . Like <nl> / / templates / src / core / surface / version . c . template . <nl> - # define GRPC_OBJC_VERSION_STRING @ " 0 . 13 . 0 " <nl> + # define GRPC_OBJC_VERSION_STRING @ " 1 . 0 . 0 - pre1 " <nl> <nl> static NSMutableDictionary * kHostCache ; <nl> <nl> + ( void ) flushChannelCache { <nl> } <nl> } <nl> <nl> + + ( void ) resetAllHostSettings { <nl> + @ synchronized ( kHostCache ) { <nl> + kHostCache = [ NSMutableDictionary dictionary ] ; <nl> + } <nl> + } <nl> + <nl> - ( nullable grpc_call * ) unmanagedCallWithPath : ( NSString * ) path <nl> completionQueue : ( GRPCCompletionQueue * ) queue { <nl> GRPCChannel * channel ; <nl> - ( NSDictionary * ) channelArgs { <nl> if ( _secure & & _hostNameOverride ) { <nl> args [ @ GRPC_SSL_TARGET_NAME_OVERRIDE_ARG ] = _hostNameOverride ; <nl> } <nl> + <nl> + if ( _responseSizeLimitOverride ) { <nl> + args [ @ GRPC_ARG_MAX_MESSAGE_LENGTH ] = _responseSizeLimitOverride ; <nl> + } <nl> return args ; <nl> } <nl> <nl> mmm a / src / objective - c / tests / GRPCClientTests . m <nl> ppp b / src / objective - c / tests / GRPCClientTests . m <nl> - ( void ) testUserAgentPrefix { <nl> <nl> / / TODO ( makarandd ) : Move to a different file that contains only unit tests <nl> - ( void ) testExceptions { <nl> - / / Try to set userAgentPrefix for host that is nil . This should cause <nl> - / / an exception . <nl> - @ try { <nl> - [ GRPCCall setUserAgentPrefix : @ " Foo " forHost : nil ] ; <nl> - XCTFail ( @ " Did not receive an exception when host is nil " ) ; <nl> - } @ catch ( NSException * theException ) { <nl> - NSLog ( @ " Received exception as expected : % @ " , theException . name ) ; <nl> - } <nl> - <nl> / / Try to set parameters to nil for GRPCCall . This should cause an exception <nl> @ try { <nl> ( void ) [ [ GRPCCall alloc ] initWithHost : nil <nl> mmm a / src / objective - c / tests / InteropTests . h <nl> ppp b / src / objective - c / tests / InteropTests . h <nl> <nl> * Override in a subclass to perform these tests against a specific address . <nl> * / <nl> + ( NSString * ) host ; <nl> + <nl> + / * * <nl> + * Bytes of overhead of test proto responses due to encoding . This is used to excercise the behavior <nl> + * when responses are just above or below the max response size . For some reason , the local and <nl> + * remote servers enconde responses with different overhead ( ? ) , so this is defined per - subclass . <nl> + * / <nl> + - ( int32_t ) encodingOverhead ; <nl> @ end <nl> mmm a / src / objective - c / tests / InteropTests . m <nl> ppp b / src / objective - c / tests / InteropTests . m <nl> + ( instancetype ) messageWithPayloadSize : ( NSNumber * ) payloadSize { <nl> <nl> # pragma mark Tests <nl> <nl> - # ifdef GRPC_COMPILE_WITH_CRONET <nl> - static cronet_engine * cronetEngine = NULL ; <nl> - # endif <nl> - <nl> @ implementation InteropTests { <nl> RMTTestService * _service ; <nl> } <nl> + ( NSString * ) host { <nl> return nil ; <nl> } <nl> <nl> + - ( int32_t ) encodingOverhead { <nl> + return 0 ; <nl> + } <nl> + <nl> - ( void ) setUp { <nl> + self . continueAfterFailure = NO ; <nl> + <nl> + [ GRPCCall resetHostSettings ] ; <nl> + <nl> _service = self . class . host ? [ RMTTestService serviceWithHost : self . class . host ] : nil ; <nl> # ifdef GRPC_COMPILE_WITH_CRONET <nl> if ( cronetEngine = = NULL ) { <nl> / / Cronet setup <nl> [ Cronet setHttp2Enabled : YES ] ; <nl> [ Cronet start ] ; <nl> - cronetEngine = [ Cronet getGlobalEngine ] ; <nl> - [ GRPCCall useCronetWithEngine : cronetEngine ] ; <nl> + [ GRPCCall useCronetWithEngine : [ Cronet getGlobalEngine ] ] ; <nl> } <nl> # endif <nl> } <nl> - ( void ) testLargeUnaryRPC { <nl> [ self waitForExpectationsWithTimeout : 16 handler : nil ] ; <nl> } <nl> <nl> + - ( void ) test4MBResponsesAreAccepted { <nl> + XCTAssertNotNil ( self . class . host ) ; <nl> + __weak XCTestExpectation * expectation = [ self expectationWithDescription : @ " MaxResponseSize " ] ; <nl> + <nl> + RMTSimpleRequest * request = [ RMTSimpleRequest message ] ; <nl> + const int32_t kPayloadSize = 4 * 1024 * 1024 - self . encodingOverhead ; / / 4MB - encoding overhead <nl> + request . responseSize = kPayloadSize ; <nl> + <nl> + [ _service unaryCallWithRequest : request handler : ^ ( RMTSimpleResponse * response , NSError * error ) { <nl> + XCTAssertNil ( error , @ " Finished with unexpected error : % @ " , error ) ; <nl> + XCTAssertEqual ( response . payload . body . length , kPayloadSize ) ; <nl> + [ expectation fulfill ] ; <nl> + } ] ; <nl> + <nl> + [ self waitForExpectationsWithTimeout : 16 handler : nil ] ; <nl> + } <nl> + <nl> + - ( void ) testResponsesOverMaxSizeFailWithActionableMessage { <nl> + XCTAssertNotNil ( self . class . host ) ; <nl> + __weak XCTestExpectation * expectation = [ self expectationWithDescription : @ " ResponseOverMaxSize " ] ; <nl> + <nl> + RMTSimpleRequest * request = [ RMTSimpleRequest message ] ; <nl> + const int32_t kPayloadSize = 4 * 1024 * 1024 - self . encodingOverhead + 1 ; / / 1B over max size <nl> + request . responseSize = kPayloadSize ; <nl> + <nl> + [ _service unaryCallWithRequest : request handler : ^ ( RMTSimpleResponse * response , NSError * error ) { <nl> + / / TODO ( jcanizales ) : Catch the error and rethrow it with an actionable message : <nl> + / / - Use + [ GRPCCall setResponseSizeLimit : forHost : ] to set a higher limit . <nl> + / / - If you ' re developing the server , consider using response streaming , or let clients filter <nl> + / / responses by setting a google . protobuf . FieldMask in the request : <nl> + / / https : / / github . com / google / protobuf / blob / master / src / google / protobuf / field_mask . proto <nl> + XCTAssertEqualObjects ( error . localizedDescription , @ " Max message size exceeded " ) ; <nl> + [ expectation fulfill ] ; <nl> + } ] ; <nl> + <nl> + [ self waitForExpectationsWithTimeout : 16 handler : nil ] ; <nl> + } <nl> + <nl> + - ( void ) testResponsesOver4MBAreAcceptedIfOptedIn { <nl> + XCTAssertNotNil ( self . class . host ) ; <nl> + __weak XCTestExpectation * expectation = <nl> + [ self expectationWithDescription : @ " HigherResponseSizeLimit " ] ; <nl> + <nl> + RMTSimpleRequest * request = [ RMTSimpleRequest message ] ; <nl> + const size_t kPayloadSize = 5 * 1024 * 1024 ; / / 5MB <nl> + request . responseSize = kPayloadSize ; <nl> + <nl> + [ GRPCCall setResponseSizeLimit : 6 * 1024 * 1024 forHost : self . class . host ] ; <nl> + <nl> + [ _service unaryCallWithRequest : request handler : ^ ( RMTSimpleResponse * response , NSError * error ) { <nl> + XCTAssertNil ( error , @ " Finished with unexpected error : % @ " , error ) ; <nl> + XCTAssertEqual ( response . payload . body . length , kPayloadSize ) ; <nl> + [ expectation fulfill ] ; <nl> + } ] ; <nl> + <nl> + [ self waitForExpectationsWithTimeout : 16 handler : nil ] ; <nl> + } <nl> + <nl> - ( void ) testClientStreamingRPC { <nl> XCTAssertNotNil ( self . class . host ) ; <nl> __weak XCTestExpectation * expectation = [ self expectationWithDescription : @ " ClientStreaming " ] ; <nl> mmm a / src / objective - c / tests / InteropTestsLocalCleartext . m <nl> ppp b / src / objective - c / tests / InteropTestsLocalCleartext . m <nl> + ( NSString * ) host { <nl> return kLocalCleartextHost ; <nl> } <nl> <nl> + - ( int32_t ) encodingOverhead { <nl> + return 10 ; / / bytes <nl> + } <nl> + <nl> - ( void ) setUp { <nl> + [ super setUp ] ; <nl> + <nl> / / Register test server as non - SSL . <nl> [ GRPCCall useInsecureConnectionsForHost : kLocalCleartextHost ] ; <nl> - <nl> - [ super setUp ] ; <nl> } <nl> <nl> @ end <nl> mmm a / src / objective - c / tests / InteropTestsLocalSSL . m <nl> ppp b / src / objective - c / tests / InteropTestsLocalSSL . m <nl> + ( NSString * ) host { <nl> return kLocalSSLHost ; <nl> } <nl> <nl> + - ( int32_t ) encodingOverhead { <nl> + return 10 ; / / bytes <nl> + } <nl> + <nl> - ( void ) setUp { <nl> + [ super setUp ] ; <nl> + <nl> / / Register test server certificates and name . <nl> NSBundle * bundle = [ NSBundle bundleForClass : self . class ] ; <nl> NSString * certsPath = [ bundle pathForResource : @ " TestCertificates . bundle / test - certificates " <nl> ofType : @ " pem " ] ; <nl> [ GRPCCall useTestCertsPath : certsPath testName : @ " foo . test . google . fr " forHost : kLocalSSLHost ] ; <nl> - <nl> - [ super setUp ] ; <nl> } <nl> <nl> - ( void ) testExceptions { <nl> mmm a / src / objective - c / tests / InteropTestsRemote . m <nl> ppp b / src / objective - c / tests / InteropTestsRemote . m <nl> + ( NSString * ) host { <nl> return kRemoteSSLHost ; <nl> } <nl> <nl> + - ( int32_t ) encodingOverhead { <nl> + return 12 ; / / bytes <nl> + } <nl> + <nl> @ end <nl> mmm a / src / objective - c / tests / Tests . xcodeproj / xcshareddata / xcschemes / AllTests . xcscheme <nl> ppp b / src / objective - c / tests / Tests . xcodeproj / xcshareddata / xcschemes / AllTests . xcscheme <nl> <nl> ReferencedContainer = " container : Tests . xcodeproj " > <nl> < / BuildableReference > <nl> < SkippedTests > <nl> - < Test <nl> - Identifier = " GRPCClientTests / testConnectionToRemoteServer " > <nl> - < / Test > <nl> - < Test <nl> - Identifier = " GRPCClientTests / testMetadata " > <nl> - < / Test > <nl> < Test <nl> Identifier = " InteropTests " > <nl> < / Test > <nl> mmm a / src / python / grpcio / grpc_version . py <nl> ppp b / src / python / grpcio / grpc_version . py <nl> <nl> <nl> # AUTO - GENERATED FROM ` $ REPO_ROOT / templates / src / python / grpcio / grpc_version . py . template ` ! ! ! <nl> <nl> - VERSION = ' 1 . 0 . 0rc1 ' <nl> + VERSION = ' 1 . 0 . 0rc2 ' <nl> mmm a / src / python / grpcio_health_checking / grpc_version . py <nl> ppp b / src / python / grpcio_health_checking / grpc_version . py <nl> <nl> <nl> # AUTO - GENERATED FROM ` $ REPO_ROOT / templates / src / python / grpcio_health_checking / grpc_version . py . template ` ! ! ! <nl> <nl> - VERSION = ' 1 . 0 . 0rc1 ' <nl> + VERSION = ' 1 . 0 . 0rc2 ' <nl> mmm a / src / python / grpcio_health_checking / setup . py <nl> ppp b / src / python / grpcio_health_checking / setup . py <nl> <nl> ) <nl> <nl> INSTALL_REQUIRES = ( <nl> + ' protobuf > = 3 . 0 . 0 ' , <nl> ' grpcio > = 0 . 15 . 0 ' , <nl> ) <nl> <nl> mmm a / src / python / grpcio_tests / grpc_version . py <nl> ppp b / src / python / grpcio_tests / grpc_version . py <nl> <nl> <nl> # AUTO - GENERATED FROM ` $ REPO_ROOT / templates / src / python / grpcio_tests / grpc_version . py . template ` ! ! ! <nl> <nl> - VERSION = ' 1 . 0 . 0rc1 ' <nl> + VERSION = ' 1 . 0 . 0rc2 ' <nl> mmm a / src / python / grpcio_tests / setup . py <nl> ppp b / src / python / grpcio_tests / setup . py <nl> <nl> ' grpcio > = 0 . 14 . 0 ' , <nl> ' grpcio - health - checking > = 0 . 14 . 0 ' , <nl> ' oauth2client > = 1 . 4 . 7 ' , <nl> - ' protobuf > = 3 . 0 . 0a3 ' , <nl> + ' protobuf > = 3 . 0 . 0 ' , <nl> ' six > = 1 . 10 ' , <nl> ) <nl> <nl> mmm a / src / ruby / lib / grpc / version . rb <nl> ppp b / src / ruby / lib / grpc / version . rb <nl> <nl> <nl> # GRPC contains the General RPC module . <nl> module GRPC <nl> - VERSION = ' 1 . 0 . 0 . pre1 ' <nl> + VERSION = ' 1 . 0 . 0 . pre2 ' <nl> end <nl> mmm a / src / ruby / tools / version . rb <nl> ppp b / src / ruby / tools / version . rb <nl> <nl> <nl> module GRPC <nl> module Tools <nl> - VERSION = ' 1 . 0 . 0 . pre1 ' <nl> + VERSION = ' 1 . 0 . 0 . pre2 ' <nl> end <nl> end <nl> mmm a / templates / src / csharp / Grpc . Auth / project . json . template <nl> ppp b / templates / src / csharp / Grpc . Auth / project . json . template <nl> <nl> " net45 " <nl> ] , <nl> " dependencies " : { <nl> - " Microsoft . NETCore . Portable . Compatibility " : " 1 . 0 . 1 - rc2 - 24027 " , <nl> - " NETStandard . Library " : " 1 . 5 . 0 - rc2 - 24027 " , <nl> - " System . Threading . Tasks " : " 4 . 0 . 11 - rc2 - 24027 " <nl> + " Microsoft . NETCore . Portable . Compatibility " : " 1 . 0 . 1 " , <nl> + " NETStandard . Library " : " 1 . 6 . 0 " , <nl> + " System . Threading . Tasks " : " 4 . 0 . 11 " <nl> } <nl> } <nl> } <nl> mmm a / templates / src / csharp / Grpc . Core . Tests / project . json . template <nl> ppp b / templates / src / csharp / Grpc . Core . Tests / project . json . template <nl> <nl> } , <nl> " frameworks " : { <nl> " net45 " : { } , <nl> - " netstandard1 . 5 " : { <nl> + " netcoreapp1 . 0 " : { <nl> " imports " : [ <nl> " portable - net45 " <nl> ] , <nl> " dependencies " : { <nl> - " NETStandard . Library " : " 1 . 5 . 0 - rc2 - 24027 " <nl> + " Microsoft . NETCore . App " : " 1 . 0 . 0 " , <nl> + " NETStandard . Library " : " 1 . 6 . 0 " <nl> } <nl> } <nl> } , <nl> mmm a / templates / src / csharp / Grpc . Core / project . json . template <nl> ppp b / templates / src / csharp / Grpc . Core / project . json . template <nl> <nl> " portable - net45 " <nl> ] , <nl> " dependencies " : { <nl> - " NETStandard . Library " : " 1 . 5 . 0 - rc2 - 24027 " , <nl> - " System . Threading . Thread " : " 4 . 0 . 0 - rc2 - 24027 " <nl> + " NETStandard . Library " : " 1 . 6 . 0 " , <nl> + " System . Threading . Thread " : " 4 . 0 . 0 " <nl> } <nl> } <nl> } <nl> mmm a / templates / src / csharp / Grpc . Examples . MathClient / project . json . template <nl> ppp b / templates / src / csharp / Grpc . Examples . MathClient / project . json . template <nl> <nl> } , <nl> " frameworks " : { <nl> " net45 " : { } , <nl> - " netstandard1 . 5 " : { <nl> + " netcoreapp1 . 0 " : { <nl> " imports " : [ <nl> " portable - net45 " <nl> ] , <nl> " dependencies " : { <nl> - " NETStandard . Library " : " 1 . 5 . 0 - rc2 - 24027 " <nl> + " Microsoft . NETCore . App " : " 1 . 0 . 0 " , <nl> + " NETStandard . Library " : " 1 . 6 . 0 " <nl> } <nl> } <nl> } <nl> mmm a / templates / src / csharp / Grpc . Examples . MathServer / project . json . template <nl> ppp b / templates / src / csharp / Grpc . Examples . MathServer / project . json . template <nl> <nl> } , <nl> " frameworks " : { <nl> " net45 " : { } , <nl> - " netstandard1 . 5 " : { <nl> + " netcoreapp1 . 0 " : { <nl> " imports " : [ <nl> " portable - net45 " <nl> ] , <nl> " dependencies " : { <nl> - " NETStandard . Library " : " 1 . 5 . 0 - rc2 - 24027 " <nl> + " Microsoft . NETCore . App " : " 1 . 0 . 0 " , <nl> + " NETStandard . Library " : " 1 . 6 . 0 " <nl> } <nl> } <nl> } <nl> mmm a / templates / src / csharp / Grpc . Examples . Tests / project . json . template <nl> ppp b / templates / src / csharp / Grpc . Examples . Tests / project . json . template <nl> <nl> } , <nl> " frameworks " : { <nl> " net45 " : { } , <nl> - " netstandard1 . 5 " : { <nl> + " netcoreapp1 . 0 " : { <nl> " imports " : [ <nl> " portable - net45 " <nl> ] , <nl> " dependencies " : { <nl> - " NETStandard . Library " : " 1 . 5 . 0 - rc2 - 24027 " <nl> + " Microsoft . NETCore . App " : " 1 . 0 . 0 " , <nl> + " NETStandard . Library " : " 1 . 6 . 0 " <nl> } <nl> } <nl> } <nl> mmm a / templates / src / csharp / Grpc . Examples / project . json . template <nl> ppp b / templates / src / csharp / Grpc . Examples / project . json . template <nl> <nl> " portable - net45 " <nl> ] , <nl> " dependencies " : { <nl> - " NETStandard . Library " : " 1 . 5 . 0 - rc2 - 24027 " <nl> + " NETStandard . Library " : " 1 . 6 . 0 " <nl> } <nl> } <nl> } <nl> mmm a / templates / src / csharp / Grpc . HealthCheck . Tests / project . json . template <nl> ppp b / templates / src / csharp / Grpc . HealthCheck . Tests / project . json . template <nl> <nl> } , <nl> " frameworks " : { <nl> " net45 " : { } , <nl> - " netstandard1 . 5 " : { <nl> + " netcoreapp1 . 0 " : { <nl> " imports " : [ <nl> " portable - net45 " <nl> ] , <nl> " dependencies " : { <nl> - " NETStandard . Library " : " 1 . 5 . 0 - rc2 - 24027 " <nl> + " Microsoft . NETCore . App " : " 1 . 0 . 0 " , <nl> + " NETStandard . Library " : " 1 . 6 . 0 " <nl> } <nl> } <nl> } <nl> mmm a / templates / src / csharp / Grpc . HealthCheck / project . json . template <nl> ppp b / templates / src / csharp / Grpc . HealthCheck / project . json . template <nl> <nl> " portable - net45 " <nl> ] , <nl> " dependencies " : { <nl> - " NETStandard . Library " : " 1 . 5 . 0 - rc2 - 24027 " <nl> + " NETStandard . Library " : " 1 . 6 . 0 " <nl> } <nl> } <nl> } <nl> mmm a / templates / src / csharp / Grpc . IntegrationTesting . Client / project . json . template <nl> ppp b / templates / src / csharp / Grpc . IntegrationTesting . Client / project . json . template <nl> <nl> } , <nl> " frameworks " : { <nl> " net45 " : { } , <nl> - " netstandard1 . 5 " : { <nl> + " netcoreapp1 . 0 " : { <nl> " imports " : [ <nl> " portable - net45 " , <nl> " net45 " <nl> ] , <nl> " dependencies " : { <nl> - " NETStandard . Library " : " 1 . 5 . 0 - rc2 - 24027 " <nl> + " Microsoft . NETCore . App " : " 1 . 0 . 0 " , <nl> + " NETStandard . Library " : " 1 . 6 . 0 " <nl> } <nl> } <nl> } <nl> mmm a / templates / src / csharp / Grpc . IntegrationTesting . QpsWorker / project . json . template <nl> ppp b / templates / src / csharp / Grpc . IntegrationTesting . QpsWorker / project . json . template <nl> <nl> } , <nl> " frameworks " : { <nl> " net45 " : { } , <nl> - " netstandard1 . 5 " : { <nl> + " netcoreapp1 . 0 " : { <nl> " imports " : [ <nl> " portable - net45 " , <nl> " net45 " <nl> ] , <nl> " dependencies " : { <nl> - " NETStandard . Library " : " 1 . 5 . 0 - rc2 - 24027 " <nl> + " Microsoft . NETCore . App " : " 1 . 0 . 0 " , <nl> + " NETStandard . Library " : " 1 . 6 . 0 " <nl> } <nl> } <nl> } <nl> mmm a / templates / src / csharp / Grpc . IntegrationTesting . Server / project . json . template <nl> ppp b / templates / src / csharp / Grpc . IntegrationTesting . Server / project . json . template <nl> <nl> } , <nl> " frameworks " : { <nl> " net45 " : { } , <nl> - " netstandard1 . 5 " : { <nl> + " netcoreapp1 . 0 " : { <nl> " imports " : [ <nl> " portable - net45 " , <nl> " net45 " <nl> ] , <nl> " dependencies " : { <nl> - " NETStandard . Library " : " 1 . 5 . 0 - rc2 - 24027 " <nl> + " Microsoft . NETCore . App " : " 1 . 0 . 0 " , <nl> + " NETStandard . Library " : " 1 . 6 . 0 " <nl> } <nl> } <nl> } <nl> mmm a / templates / src / csharp / Grpc . IntegrationTesting . StressClient / project . json . template <nl> ppp b / templates / src / csharp / Grpc . IntegrationTesting . StressClient / project . json . template <nl> <nl> } , <nl> " frameworks " : { <nl> " net45 " : { } , <nl> - " netstandard1 . 5 " : { <nl> + " netcoreapp1 . 0 " : { <nl> " imports " : [ <nl> " portable - net45 " , <nl> " net45 " <nl> ] , <nl> " dependencies " : { <nl> - " NETStandard . Library " : " 1 . 5 . 0 - rc2 - 24027 " <nl> + " Microsoft . NETCore . App " : " 1 . 0 . 0 " , <nl> + " NETStandard . Library " : " 1 . 6 . 0 " <nl> } <nl> } <nl> } <nl> mmm a / templates / src / csharp / Grpc . IntegrationTesting / project . json . template <nl> ppp b / templates / src / csharp / Grpc . IntegrationTesting / project . json . template <nl> <nl> " System . IO " : " " <nl> } <nl> } , <nl> - " netstandard1 . 5 " : { <nl> + " netcoreapp1 . 0 " : { <nl> " imports " : [ <nl> " portable - net45 " , <nl> " net45 " <nl> ] , <nl> " dependencies " : { <nl> - " NETStandard . Library " : " 1 . 5 . 0 - rc2 - 24027 " , <nl> - " System . Linq . Expressions " : " 4 . 0 . 11 - rc2 - 24027 " <nl> + " Microsoft . NETCore . App " : " 1 . 0 . 0 " , <nl> + " NETStandard . Library " : " 1 . 6 . 0 " , <nl> + " System . Linq . Expressions " : " 4 . 1 . 0 " <nl> } <nl> } <nl> } <nl> mmm a / tools / distrib / python / grpcio_tools / grpc_version . py <nl> ppp b / tools / distrib / python / grpcio_tools / grpc_version . py <nl> <nl> <nl> # AUTO - GENERATED FROM ` $ REPO_ROOT / templates / tools / distrib / python / grpcio_tools / grpc_version . py . template ` ! ! ! <nl> <nl> - VERSION = ' 1 . 0 . 0rc1 ' <nl> + VERSION = ' 1 . 0 . 0rc2 ' <nl> mmm a / tools / distrib / python / grpcio_tools / setup . py <nl> ppp b / tools / distrib / python / grpcio_tools / setup . py <nl> def maybe_cythonize ( exts ) : <nl> packages = setuptools . find_packages ( ' . ' ) , <nl> namespace_packages = [ ' grpc ' ] , <nl> install_requires = [ <nl> - ' protobuf > = 3 . 0 . 0a3 ' , <nl> + ' protobuf > = 3 . 0 . 0 ' , <nl> ' grpcio > = 0 . 15 . 0 ' , <nl> ] , <nl> package_data = package_data ( ) , <nl> mmm a / tools / doxygen / Doxyfile . c + + <nl> ppp b / tools / doxygen / Doxyfile . c + + <nl> PROJECT_NAME = " GRPC C + + " <nl> # could be handy for archiving the generated documentation or if some version <nl> # control system is used . <nl> <nl> - PROJECT_NUMBER = 1 . 0 . 0 - pre1 <nl> + PROJECT_NUMBER = 1 . 0 . 0 - pre2 <nl> <nl> # Using the PROJECT_BRIEF tag one can provide an optional one line description <nl> # for a project that appears at the top of each page and should give viewer a <nl> mmm a / tools / doxygen / Doxyfile . c + + . internal <nl> ppp b / tools / doxygen / Doxyfile . c + + . internal <nl> PROJECT_NAME = " GRPC C + + " <nl> # could be handy for archiving the generated documentation or if some version <nl> # control system is used . <nl> <nl> - PROJECT_NUMBER = 1 . 0 . 0 - pre1 <nl> + PROJECT_NUMBER = 1 . 0 . 0 - pre2 <nl> <nl> # Using the PROJECT_BRIEF tag one can provide an optional one line description <nl> # for a project that appears at the top of each page and should give viewer a <nl> mmm a / tools / doxygen / Doxyfile . core <nl> ppp b / tools / doxygen / Doxyfile . core <nl> PROJECT_NAME = " GRPC Core " <nl> # could be handy for archiving the generated documentation or if some version <nl> # control system is used . <nl> <nl> - PROJECT_NUMBER = 1 . 0 . 0 - pre1 <nl> + PROJECT_NUMBER = 1 . 0 . 0 - pre2 <nl> <nl> # Using the PROJECT_BRIEF tag one can provide an optional one line description <nl> # for a project that appears at the top of each page and should give viewer a <nl> mmm a / tools / doxygen / Doxyfile . core . internal <nl> ppp b / tools / doxygen / Doxyfile . core . internal <nl> PROJECT_NAME = " GRPC Core " <nl> # could be handy for archiving the generated documentation or if some version <nl> # control system is used . <nl> <nl> - PROJECT_NUMBER = 1 . 0 . 0 - pre1 <nl> + PROJECT_NUMBER = 1 . 0 . 0 - pre2 <nl> <nl> # Using the PROJECT_BRIEF tag one can provide an optional one line description <nl> # for a project that appears at the top of each page and should give viewer a <nl> mmm a / tools / run_tests / build_csharp_coreclr . sh <nl> ppp b / tools / run_tests / build_csharp_coreclr . sh <nl> cd $ ( dirname $ 0 ) / . . / . . / src / csharp <nl> # TODO ( jtattermusch ) : introduce caching <nl> dotnet restore . <nl> <nl> - dotnet build - f netstandard1 . 5 - - configuration $ MSBUILD_CONFIG ' * * / project . json ' <nl> + dotnet build - - configuration $ MSBUILD_CONFIG ' * * / project . json ' <nl> mmm a / tools / run_tests / build_python . sh <nl> ppp b / tools / run_tests / build_python . sh <nl> pip_install_dir ( ) { <nl> cd $ PWD <nl> } <nl> <nl> - $ VENV_PYTHON - m pip install - - upgrade pip setuptools <nl> + $ VENV_PYTHON - m pip install - - upgrade pip <nl> + # TODO ( https : / / github . com / pypa / setuptools / issues / 709 ) get the latest setuptools <nl> + $ VENV_PYTHON - m pip install setuptools = = 25 . 1 . 1 <nl> $ VENV_PYTHON - m pip install cython <nl> pip_install_dir $ ROOT <nl> $ VENV_PYTHON $ ROOT / tools / distrib / python / make_grpcio_tools . py <nl>	Merge commit ' 4e57e8be3911e3030e2ccfd6478be75a3c2b0250 ' into p0 - advance - protobuf - version	grpc/grpc	d4230bbf020503f5a4b25d2e4083ff77d976e306	2016-08-06T00:17:45Z
mmm a / aten / src / ATen / native / mkldnn / BinaryOps . cpp <nl> ppp b / aten / src / ATen / native / mkldnn / BinaryOps . cpp <nl> Tensor & mkldnn_add_out ( <nl> const Tensor & self , <nl> const Tensor & other , <nl> Scalar alpha ) { <nl> - AT_ERROR ( " mkldnn_add_out : ATen not compiled with MKLDNN support " ) ; <nl> + TORCH_CHECK ( false , " mkldnn_add_out : ATen not compiled with MKLDNN support " ) ; <nl> } <nl> <nl> Tensor mkldnn_add ( const Tensor & self , const Tensor & other , Scalar alpha ) { <nl> - AT_ERROR ( " mkldnn_add : ATen not compiled with MKLDNN support " ) ; <nl> + TORCH_CHECK ( false , " mkldnn_add : ATen not compiled with MKLDNN support " ) ; <nl> } <nl> <nl> Tensor & mkldnn_add_ ( Tensor & self , const Tensor & other , Scalar alpha ) { <nl> - AT_ERROR ( " mkldnn_add_ : ATen not compiled with MKLDNN support " ) ; <nl> + TORCH_CHECK ( false , " mkldnn_add_ : ATen not compiled with MKLDNN support " ) ; <nl> } <nl> <nl> Tensor & mkldnn_mul_out ( Tensor & result , const Tensor & self , const Tensor & other ) { <nl> - AT_ERROR ( " mkldnn_mul_out : ATen not compiled with MKLDNN support " ) ; <nl> + TORCH_CHECK ( false , " mkldnn_mul_out : ATen not compiled with MKLDNN support " ) ; <nl> } <nl> <nl> Tensor mkldnn_mul ( const Tensor & self , const Tensor & other ) { <nl> - AT_ERROR ( " mkldnn_mul : ATen not compiled with MKLDNN support " ) ; <nl> + TORCH_CHECK ( false , " mkldnn_mul : ATen not compiled with MKLDNN support " ) ; <nl> } <nl> <nl> Tensor & mkldnn_mul_ ( Tensor & self , const Tensor & other ) { <nl> - AT_ERROR ( " mkldnn_mul_ : ATen not compiled with MKLDNN support " ) ; <nl> + TORCH_CHECK ( false , " mkldnn_mul_ : ATen not compiled with MKLDNN support " ) ; <nl> } <nl> <nl> } / / namespace native <nl> Tensor & mkldnn_add_ ( Tensor & self , const Tensor & other , Scalar alpha ) { <nl> } <nl> <nl> Tensor & mkldnn_mul_out ( Tensor & result , const Tensor & self , const Tensor & other ) { <nl> - AT_ASSERTM ( result . sizes ( ) = = self . sizes ( ) , <nl> + TORCH_CHECK ( result . sizes ( ) = = self . sizes ( ) , <nl> " mkldnn_mul_out : the output size should be same as input size " ) ; <nl> ideep : : tensor & z = itensor_from_mkldnn ( result ) ; <nl> ideep : : tensor & x = itensor_from_mkldnn ( self ) ; <nl> Tensor & mkldnn_mul_out ( Tensor & result , const Tensor & self , const Tensor & other ) <nl> <nl> return result ; <nl> } else { <nl> - AT_ASSERTM ( self . sizes ( ) = = other . sizes ( ) , <nl> + TORCH_CHECK ( self . sizes ( ) = = other . sizes ( ) , <nl> " mkldnn_mul_out : currently mkldnn not support broadcasting " ) ; <nl> ideep : : tensor y = itensor_from_mkldnn ( other ) ; <nl> ideep : : binary : : compute ( x , y , z , dnnl : : algorithm : : binary_mul ) ; <nl> mmm a / aten / src / ATen / native / mkldnn / Conv . cpp <nl> ppp b / aten / src / ATen / native / mkldnn / Conv . cpp <nl> <nl> <nl> namespace at { namespace native { <nl> <nl> - at : : Tensor mkldnn_convolution ( <nl> - const at : : Tensor & input , const at : : Tensor & weight , const at : : Tensor & bias , <nl> + Tensor mkldnn_convolution ( <nl> + const Tensor & input , const Tensor & weight , const Tensor & bias , <nl> IntArrayRef padding , IntArrayRef stride , IntArrayRef dilation , int64_t groups ) { <nl> - AT_ERROR ( " mkldnn_convolution_forward : ATen not compiled with MKLDNN support " ) ; <nl> + TORCH_CHECK ( false , " mkldnn_convolution_forward : ATen not compiled with MKLDNN support " ) ; <nl> } <nl> <nl> - at : : Tensor mkldnn_convolution_backward_input ( <nl> - IntArrayRef input_size , const at : : Tensor & grad_output , const at : : Tensor & weight , <nl> + Tensor mkldnn_convolution_backward_input ( <nl> + IntArrayRef input_size , const Tensor & grad_output , const Tensor & weight , <nl> IntArrayRef padding , IntArrayRef stride , IntArrayRef dilation , int64_t groups , bool bias_defined ) { <nl> - AT_ERROR ( " mkldnn_convolution_backward_input : ATen not compiled with MKLDNN support " ) ; <nl> + TORCH_CHECK ( false , " mkldnn_convolution_backward_input : ATen not compiled with MKLDNN support " ) ; <nl> } <nl> <nl> - std : : tuple < at : : Tensor , at : : Tensor > mkldnn_convolution_backward_weights ( <nl> - IntArrayRef weight_size , const at : : Tensor & grad_output , const at : : Tensor & input , <nl> + std : : tuple < Tensor , Tensor > mkldnn_convolution_backward_weights ( <nl> + IntArrayRef weight_size , const Tensor & grad_output , const Tensor & input , <nl> IntArrayRef padding , IntArrayRef stride , IntArrayRef dilation , int64_t groups , bool bias_defined ) { <nl> - AT_ERROR ( " mkldnn_convolution_backward_weights : ATen not compiled with MKLDNN support " ) ; <nl> + TORCH_CHECK ( false , " mkldnn_convolution_backward_weights : ATen not compiled with MKLDNN support " ) ; <nl> } <nl> <nl> - std : : tuple < at : : Tensor , at : : Tensor , at : : Tensor > mkldnn_convolution_backward ( <nl> - const at : : Tensor & input , const at : : Tensor & grad_output_t , const at : : Tensor & weight , <nl> + std : : tuple < Tensor , Tensor , Tensor > mkldnn_convolution_backward ( <nl> + const Tensor & input , const Tensor & grad_output_t , const Tensor & weight , <nl> IntArrayRef padding , IntArrayRef stride , IntArrayRef dilation , int64_t groups , std : : array < bool , 3 > output_mask ) { <nl> - AT_ERROR ( " mkldnn_convolution_backward : ATen not compiled with MKLDNN support " ) ; <nl> + TORCH_CHECK ( false , " mkldnn_convolution_backward : ATen not compiled with MKLDNN support " ) ; <nl> } <nl> <nl> } } <nl> ideep : : tensor _mkldnn_convolution ( <nl> const ideep : : tensor & x , <nl> const ideep : : tensor & w , <nl> const c10 : : optional < ideep : : tensor > & b , <nl> - at : : IntArrayRef padding , <nl> - at : : IntArrayRef stride , <nl> - at : : IntArrayRef dilation , <nl> + IntArrayRef padding , <nl> + IntArrayRef stride , <nl> + IntArrayRef dilation , <nl> int64_t groups ) { <nl> <nl> auto kernel_size = w . get_dims ( ) ; <nl> ideep : : tensor _mkldnn_convolution ( <nl> return y ; <nl> } <nl> <nl> - at : : Tensor mkldnn_convolution ( <nl> - const at : : Tensor & input , <nl> - const at : : Tensor & weight , <nl> - const at : : Tensor & bias , <nl> + Tensor mkldnn_convolution ( <nl> + const Tensor & input , <nl> + const Tensor & weight , <nl> + const Tensor & bias , <nl> IntArrayRef padding , <nl> IntArrayRef stride , <nl> IntArrayRef dilation , <nl> at : : Tensor mkldnn_convolution ( <nl> } <nl> <nl> Tensor mkldnn_convolution_backward_input ( <nl> - IntArrayRef input_size , const at : : Tensor & grad_output , const at : : Tensor & weight , <nl> + IntArrayRef input_size , const Tensor & grad_output , const Tensor & weight , <nl> IntArrayRef padding , IntArrayRef stride , IntArrayRef dilation , int64_t groups , bool bias_defined ) <nl> { <nl> auto mkldnn_grad_output = get_mkldnn_tensor ( grad_output ) ; <nl> Tensor mkldnn_convolution_backward_input ( <nl> grad_output . options ( ) ) ) ; <nl> } <nl> <nl> - std : : tuple < at : : Tensor , at : : Tensor > mkldnn_convolution_backward_weights ( <nl> - IntArrayRef weight_size , const at : : Tensor & grad_output , const at : : Tensor & input , <nl> + std : : tuple < Tensor , Tensor > mkldnn_convolution_backward_weights ( <nl> + IntArrayRef weight_size , const Tensor & grad_output , const Tensor & input , <nl> IntArrayRef padding , IntArrayRef stride , IntArrayRef dilation , int64_t groups , bool bias_defined ) <nl> { <nl> const ideep : : tensor mkldnn_grad_output = get_mkldnn_tensor ( grad_output ) ; <nl> std : : tuple < at : : Tensor , at : : Tensor > mkldnn_convolution_backward_weights ( <nl> grad_output . options ( ) ) ) ) ; <nl> } <nl> <nl> - std : : tuple < at : : Tensor , at : : Tensor , at : : Tensor > mkldnn_convolution_backward ( <nl> - const at : : Tensor & input , const at : : Tensor & grad_output_t , const at : : Tensor & weight , <nl> + std : : tuple < Tensor , Tensor , Tensor > mkldnn_convolution_backward ( <nl> + const Tensor & input , const Tensor & grad_output_t , const Tensor & weight , <nl> IntArrayRef padding , IntArrayRef stride , IntArrayRef dilation , int64_t groups , std : : array < bool , 3 > output_mask ) <nl> { <nl> Tensor grad_output = grad_output_t . contiguous ( ) ; <nl> mmm a / aten / src / ATen / native / mkldnn / Linear . cpp <nl> ppp b / aten / src / ATen / native / mkldnn / Linear . cpp <nl> Tensor mkldnn_linear ( <nl> const Tensor & self , <nl> const Tensor & weight , <nl> const Tensor & bias ) { <nl> - AT_ERROR ( " mkldnn_linear : ATen not compiled with MKLDNN support " ) ; <nl> + TORCH_CHECK ( false , " mkldnn_linear : ATen not compiled with MKLDNN support " ) ; <nl> } <nl> <nl> } / / namespace native <nl> mmm a / aten / src / ATen / native / mkldnn / MkldnnTensorMath . cpp <nl> ppp b / aten / src / ATen / native / mkldnn / MkldnnTensorMath . cpp <nl> namespace at { <nl> namespace native { <nl> <nl> Tensor & mkldnn_zero_ ( Tensor & self ) { <nl> - AT_ERROR ( " mkldnn_zero_ : ATen not compiled with MKLDNN support " ) ; <nl> + TORCH_CHECK ( false , " mkldnn_zero_ : ATen not compiled with MKLDNN support " ) ; <nl> } <nl> <nl> } / / namespace native <nl> mmm a / aten / src / ATen / native / mkldnn / Normalization . cpp <nl> ppp b / aten / src / ATen / native / mkldnn / Normalization . cpp <nl> std : : tuple < Tensor , Tensor , Tensor > mkldnn_batch_norm ( <nl> bool train , <nl> double momentum , <nl> double eps ) { <nl> - AT_ERROR ( " mkldnn_batch_norm : ATen not compiled with MKLDNN support " ) ; <nl> + TORCH_CHECK ( false , " mkldnn_batch_norm : ATen not compiled with MKLDNN support " ) ; <nl> } <nl> <nl> } / / namespace native <nl> std : : tuple < Tensor , Tensor , Tensor > mkldnn_batch_norm ( <nl> <nl> if ( train ) { <nl> / / TODO : support training <nl> - AT_ERROR ( " mkldnn_batch_norm : mkldnn training is not supported in yet . " ) ; <nl> + TORCH_CHECK ( false , " mkldnn_batch_norm : mkldnn training is not supported in yet . " ) ; <nl> <nl> / / ideep : : tensor saved_mean ; <nl> / / ideep : : tensor saved_var ; <nl> std : : tuple < Tensor , Tensor , Tensor > mkldnn_batch_norm ( <nl> / / new_with_itensor_mkldnn ( std : : move ( saved_mean ) , input . options ( ) ) , <nl> / / new_with_itensor_mkldnn ( std : : move ( saved_var ) , input . options ( ) ) ) ; <nl> } else { <nl> - AT_ASSERTM ( input . dim ( ) = = 4 \| \| input . dim ( ) = = 5 , <nl> + TORCH_CHECK ( input . dim ( ) = = 4 \| \| input . dim ( ) = = 5 , <nl> " mkldnn_batch_norm : currently mkldnn only support 2d and 3d batchnorm " ) ; <nl> ideep : : batch_normalization_forward_inference : : compute ( <nl> x , m , v , w , b , y , eps ) ; <nl> mmm a / aten / src / ATen / native / mkldnn / Pooling . cpp <nl> ppp b / aten / src / ATen / native / mkldnn / Pooling . cpp <nl> Tensor mkldnn_max_pool2d ( <nl> IntArrayRef padding , <nl> IntArrayRef dilation , <nl> bool ceil_mode ) { <nl> + TORCH_CHECK ( std : : all_of ( dilation . cbegin ( ) , dilation . cend ( ) , [ ] ( int64_t i ) { return 1 = = i ; } ) , <nl> + " mkldnn_max_pool2d does not support dilation case " ) ; <nl> return _mkldnn_pooling ( <nl> input , <nl> kernel_size , <nl> Tensor mkldnn_max_pool3d ( <nl> IntArrayRef padding , <nl> IntArrayRef dilation , <nl> bool ceil_mode ) { <nl> + TORCH_CHECK ( std : : all_of ( dilation . cbegin ( ) , dilation . cend ( ) , [ ] ( int64_t i ) { return 1 = = i ; } ) , <nl> + " mkldnn_max_pool3d does not support dilation case " ) ; <nl> return _mkldnn_pooling ( <nl> input , <nl> kernel_size , <nl> Tensor mkldnn_avg_pool2d ( <nl> bool count_include_pad , <nl> c10 : : optional < int64_t > divisor_override ) { <nl> TORCH_CHECK ( ! divisor_override . has_value ( ) , <nl> - " mkldnn_avg_pool2d operator does not support divisor " ) ; <nl> + " mkldnn_avg_pool2d operator does not support divisor " ) ; <nl> return _mkldnn_pooling ( <nl> input , <nl> kernel_size , <nl> mmm a / aten / src / ATen / native / mkldnn / Relu . cpp <nl> ppp b / aten / src / ATen / native / mkldnn / Relu . cpp <nl> <nl> namespace at { namespace native { <nl> <nl> Tensor mkldnn_relu ( const Tensor & input ) { <nl> - AT_ERROR ( " mkldnn_relu : ATen not compiled with MKLDNN support " ) ; <nl> + TORCH_CHECK ( false , " mkldnn_relu : ATen not compiled with MKLDNN support " ) ; <nl> } <nl> <nl> Tensor & mkldnn_relu_ ( Tensor & input ) { <nl> - AT_ERROR ( " mkldnn_relu_ : ATen not compiled with MKLDNN support " ) ; <nl> + TORCH_CHECK ( false , " mkldnn_relu_ : ATen not compiled with MKLDNN support " ) ; <nl> } <nl> <nl> } } <nl> mmm a / aten / src / ATen / native / mkldnn / SoftMax . cpp <nl> ppp b / aten / src / ATen / native / mkldnn / SoftMax . cpp <nl> Tensor mkldnn_softmax ( <nl> const Tensor & self , <nl> const int64_t dim , <nl> const bool half_to_float ) { <nl> - AT_ERROR ( " mkldnn_softmax : ATen not compiled with MKLDNN support " ) ; <nl> + TORCH_CHECK ( false , " mkldnn_softmax : ATen not compiled with MKLDNN support " ) ; <nl> } <nl> <nl> } / / namespace native <nl> Tensor mkldnn_softmax ( <nl> const Tensor & self , <nl> const int64_t dim , <nl> const bool half_to_float ) { <nl> - AT_ASSERTM ( <nl> + TORCH_CHECK ( <nl> ! half_to_float , <nl> " softmax with half to float conversion is not supported on Mkldnn " ) ; <nl> const int64_t wrapped_dim = maybe_wrap_dim ( dim , self . dim ( ) ) ; <nl> mmm a / aten / src / ATen / native / mkldnn / TensorFactories . cpp <nl> ppp b / aten / src / ATen / native / mkldnn / TensorFactories . cpp <nl> Tensor empty_mkldnn ( IntArrayRef sizes , const TensorOptions & options , c10 : : option <nl> # else <nl> <nl> Tensor empty_mkldnn ( IntArrayRef sizes , const TensorOptions & options , c10 : : optional < c10 : : MemoryFormat > optional_memory_format ) { <nl> - AT_ERROR ( " empty_mkldnn : MKL - DNN build is disabled " ) ; <nl> + TORCH_CHECK ( false , " empty_mkldnn : MKL - DNN build is disabled " ) ; <nl> } <nl> <nl> # endif / / AT_MKLDNN_ENABLED ( ) <nl> mmm a / aten / src / ATen / native / mkldnn / TensorShape . cpp <nl> ppp b / aten / src / ATen / native / mkldnn / TensorShape . cpp <nl> namespace at { <nl> namespace native { <nl> <nl> Tensor mkldnn_view ( const Tensor & self , IntArrayRef size ) { <nl> - AT_ERROR ( " mkldnn_reshape : ATen not compiled with MKLDNN support " ) ; <nl> + TORCH_CHECK ( false , " mkldnn_reshape : ATen not compiled with MKLDNN support " ) ; <nl> } <nl> <nl> Tensor mkldnn_reshape ( const Tensor & self , IntArrayRef size ) { <nl> - AT_ERROR ( " mkldnn_reshape : ATen not compiled with MKLDNN support " ) ; <nl> + TORCH_CHECK ( false , " mkldnn_reshape : ATen not compiled with MKLDNN support " ) ; <nl> } <nl> <nl> Tensor mkldnn_clone ( const Tensor & self , c10 : : optional < c10 : : MemoryFormat > optional_memory_format ) { <nl> - AT_ERROR ( " mkldnn_clone : ATen not compiled with MKLDNN support " ) ; <nl> + TORCH_CHECK ( false , " mkldnn_clone : ATen not compiled with MKLDNN support " ) ; <nl> } <nl> <nl> Tensor mkldnn_transpose ( const Tensor & self , int64_t dim0 , int64_t dim1 ) { <nl> - AT_ERROR ( " mkldnn_transpose : ATen not compiled with MKLDNN support " ) ; <nl> + TORCH_CHECK ( false , " mkldnn_transpose : ATen not compiled with MKLDNN support " ) ; <nl> } <nl> <nl> Tensor & mkldnn_transpose_ ( Tensor & self , int64_t dim0 , int64_t dim1 ) { <nl> - AT_ERROR ( " mkldnn_transpose_ : ATen not compiled with MKLDNN support " ) ; <nl> + TORCH_CHECK ( false , " mkldnn_transpose_ : ATen not compiled with MKLDNN support " ) ; <nl> } <nl> <nl> } / / namespace native <nl> namespace at { <nl> namespace native { <nl> <nl> Tensor mkldnn_view ( const Tensor & self , IntArrayRef size ) { <nl> - AT_ERROR ( <nl> + TORCH_CHECK ( false , <nl> " Currently Mkldnn tensor does not support view . Change to use reshape instead " ) ; <nl> } <nl> <nl> Tensor mkldnn_clone ( const Tensor & self , c10 : : optional < c10 : : MemoryFormat > optiona <nl> return new_with_itensor_mkldnn ( std : : move ( dst ) , self . options ( ) ) ; <nl> } <nl> <nl> - Tensor mkldnn_transpose ( const Tensor & self , int64_t dim0 , int64_t dim1 ) { <nl> + Tensor mkldnn_transpose ( const Tensor & self , int64_t dim0 , int64_t dim1 ) { <nl> const ideep : : tensor & x = itensor_from_mkldnn ( self ) ; <nl> ideep : : tensor y ; <nl> std : : vector < int > axes ( x . ndims ( ) ) ; <nl> Tensor mkldnn_transpose ( const Tensor & self , int64_t dim0 , int64_t dim1 ) { <nl> } <nl> <nl> Tensor & mkldnn_transpose_ ( Tensor & self , int64_t dim0 , int64_t dim1 ) { <nl> - AT_ERROR ( " mkldnn_transpose_ : in - place mkldnn operations are not supported yet " ) ; <nl> + TORCH_CHECK ( false , " mkldnn_transpose_ : in - place mkldnn operations are not supported yet " ) ; <nl> } <nl> <nl> } / / namespace native <nl> mmm a / aten / src / ATen / native / mkldnn / UnaryOps . cpp <nl> ppp b / aten / src / ATen / native / mkldnn / UnaryOps . cpp <nl> namespace at { <nl> namespace native { <nl> <nl> Tensor mkldnn_sigmoid ( const Tensor & self ) { <nl> - AT_ERROR ( " mkldnn_sigmoid : ATen not compiled with MKLDNN support " ) ; <nl> + TORCH_CHECK ( false , " mkldnn_sigmoid : ATen not compiled with MKLDNN support " ) ; <nl> } <nl> <nl> Tensor & mkldnn_sigmoid_ ( Tensor & self ) { <nl> - AT_ERROR ( " mkldnn_sigmoid_ : ATen not compiled with MKLDNN support " ) ; <nl> + TORCH_CHECK ( false , " mkldnn_sigmoid_ : ATen not compiled with MKLDNN support " ) ; <nl> } <nl> <nl> } / / namespace native <nl> mmm a / test / test_mkldnn . py <nl> ppp b / test / test_mkldnn . py <nl> def test_max_pool3d ( self ) : <nl> max_pool3d ( x ) , <nl> max_pool3d ( x . to_mkldnn ( ) ) . to_dense ( ) ) <nl> <nl> + def test_max_pool_unsupported ( self ) : <nl> + # OneDNN not support dilation max_pooling , will be avilabled in v2 . 0 . <nl> + N = torch . randint ( 3 , 10 , ( 1 , ) ) . item ( ) <nl> + C = torch . randint ( 3 , 10 , ( 1 , ) ) . item ( ) <nl> + <nl> + # 2d dilation case <nl> + x = torch . randn ( N , C , 7 , 7 , dtype = torch . float32 ) . to_mkldnn ( ) <nl> + max_pool2d = torch . nn . MaxPool2d ( <nl> + kernel_size = 3 , <nl> + stride = 3 , <nl> + padding = 1 , <nl> + dilation = 2 ) <nl> + self . assertRaisesRegex ( RuntimeError , <nl> + ' mkldnn_max_pool2d does not support dilation case ' , <nl> + lambda : max_pool2d ( x ) ) <nl> + <nl> + # 3d dilation case <nl> + x = torch . randn ( N , C , 7 , 7 , 7 , dtype = torch . float32 ) . to_mkldnn ( ) <nl> + max_pool3d = torch . nn . MaxPool3d ( <nl> + kernel_size = 3 , <nl> + stride = 3 , <nl> + padding = 1 , <nl> + dilation = 2 ) <nl> + self . assertRaisesRegex ( RuntimeError , <nl> + ' mkldnn_max_pool3d does not support dilation case ' , <nl> + lambda : max_pool3d ( x ) ) <nl> + <nl> def test_avg_pool2d ( self ) : <nl> N = torch . randint ( 3 , 10 , ( 1 , ) ) . item ( ) <nl> C = torch . randint ( 3 , 10 , ( 1 , ) ) . item ( ) <nl>	OneDNN : report error for dilation max_pooling and replace AT_ERROR with TORCH_CHECK in oneDNN codes ( )	pytorch/pytorch	b72da0cf28f4ee6fc9dd701e9914564262294952	2020-08-28T17:57:19Z
mmm a / include / swoole . h <nl> ppp b / include / swoole . h <nl> typedef int ( * swProtocol_length_function ) ( struct _swProtocol * , swConnection * , <nl> / / mmmmmmmmmmmmmmmmmmmmmmmmmmmmmmStringmmmmmmmmmmmmmmmmmmmmmmmmmmmmmm - - <nl> # define swoole_tolower ( c ) ( u_char ) ( ( c > = ' A ' & & c < = ' Z ' ) ? ( c \| 0x20 ) : c ) <nl> # define swoole_toupper ( c ) ( u_char ) ( ( c > = ' a ' & & c < = ' z ' ) ? ( c & ~ 0x20 ) : c ) <nl> - # define swoole_length_gt ( str , len ) ( len > sizeof ( str ) - 1 ) <nl> <nl> uint32_t swoole_utf8_decode ( u_char * * p , size_t n ) ; <nl> size_t swoole_utf8_length ( u_char * p , size_t n ) ; <nl> mmm a / swoole_http_server . c <nl> ppp b / swoole_http_server . c <nl> static void http_parse_cookie ( zval * array , const char * at , size_t length ) ; <nl> static void http_build_header ( http_context * , zval * object , swString * response , int body_length TSRMLS_DC ) ; <nl> static int http_trim_double_quote ( zval * * value , char * * ptr ) ; <nl> <nl> + # define http_strncasecmp ( const_str , at , length ) ( ( length > = sizeof ( const_str ) - 1 ) & & \ <nl> + ( strncasecmp ( at , ZEND_STRL ( const_str ) ) = = 0 ) ) <nl> + <nl> static inline void http_header_key_format ( char * key , int length ) <nl> { <nl> int i , state = 0 ; <nl> static int http_request_on_header_value ( php_http_parser * parser , const char * at , <nl> { <nl> if ( strncmp ( header_name , " content - type " , header_len ) = = 0 ) <nl> { <nl> - if ( swoole_length_gt ( " application / x - www - form - urlencoded " , length ) <nl> - & & strncasecmp ( at , ZEND_STRL ( " application / x - www - form - urlencoded " ) ) = = 0 ) <nl> + if ( http_strncasecmp ( " application / x - www - form - urlencoded " , at , length ) ) <nl> { <nl> ctx - > request . post_form_urlencoded = 1 ; <nl> } <nl> - else if ( swoole_length_gt ( " multipart / form - data " , length ) <nl> - & & strncasecmp ( at , ZEND_STRL ( " multipart / form - data " ) ) = = 0 ) <nl> + else if ( http_strncasecmp ( " multipart / form - data " , at , length ) ) <nl> { <nl> int boundary_len = length - ( sizeof ( " multipart / form - data ; boundary = " ) - 1 ) ; <nl> if ( boundary_len < = 0 ) <nl>	fixed http post parse failed .	swoole/swoole-src	143898e5a4305b1266c64f8c251d6653dfb8ad0c	2016-12-19T11:09:51Z
mmm a / jstests / replsets / read_committed_on_secondary . js <nl> ppp b / jstests / replsets / read_committed_on_secondary . js <nl> load ( " jstests / replsets / rslib . js " ) ; / / For startSetIfSupportsReadMajority . <nl> <nl> function doDirtyRead ( lastOp ) { <nl> log ( " doing dirty read for lastOp : " + tojson ( lastOp ) ) ; <nl> - var res = collSecondary . runCommand ( <nl> - ' find ' , { " readConcern " : { " level " : " local " , " afterOpTime " : lastOp } , " maxTimeMS " : 3000 } ) ; <nl> + var res = collSecondary . runCommand ( ' find ' , { <nl> + " readConcern " : { " level " : " local " , " afterOpTime " : lastOp } , <nl> + " maxTimeMS " : replTest . kDefaultTimeoutMS <nl> + } ) ; <nl> assert . commandWorked ( res ) ; <nl> log ( " done doing dirty read . " ) ; <nl> return new DBCommandCursor ( secondary , res ) . toArray ( ) [ 0 ] . state ; <nl> load ( " jstests / replsets / rslib . js " ) ; / / For startSetIfSupportsReadMajority . <nl> <nl> function doCommittedRead ( lastOp ) { <nl> log ( " doing committed read for optime : " + tojson ( lastOp ) ) ; <nl> - var res = collSecondary . runCommand ( <nl> - ' find ' , <nl> - { " readConcern " : { " level " : " majority " , " afterOpTime " : lastOp } , " maxTimeMS " : 3000 } ) ; <nl> + var res = collSecondary . runCommand ( ' find ' , { <nl> + " readConcern " : { " level " : " majority " , " afterOpTime " : lastOp } , <nl> + " maxTimeMS " : replTest . kDefaultTimeoutMS <nl> + } ) ; <nl> assert . commandWorked ( res ) ; <nl> log ( " done doing committed read . " ) ; <nl> return new DBCommandCursor ( secondary , res ) . toArray ( ) [ 0 ] . state ; <nl>	SERVER - 28046 increase maxTimeMS in read_committed_on_secondary . js	mongodb/mongo	a0f582f5238b3382195cbc22d3803d6955760839	2017-04-17T17:55:39Z
mmm a / PHP_API . hpp <nl> ppp b / PHP_API . hpp <nl> class Variant <nl> return & val ; <nl> } <nl> } <nl> + inline void addRef ( ) <nl> + { <nl> + zval_add_ref ( ptr ( ) ) ; <nl> + } <nl> inline int type ( ) <nl> { <nl> return Z_TYPE_P ( ptr ( ) ) ; <nl>	added Variant : : addRef	swoole/swoole-src	db2d279bb548d10bc95c7a90577c2ccb74c2949b	2017-03-20T03:44:40Z
mmm a / tools / CMakeLists . txt <nl> ppp b / tools / CMakeLists . txt <nl> if ( SWIFT_HOST_VARIANT STREQUAL " macosx " ) <nl> # Ensure we only build SwiftSyntax when we ' re building both . <nl> if ( BUILD_FOUNDATION ) <nl> add_subdirectory ( SwiftSyntax ) <nl> + add_swift_tool_subdirectory ( swift - swiftsyntax - test ) <nl> endif ( ) <nl> endif ( ) <nl> <nl> mmm a / tools / SwiftSyntax / CMakeLists . txt <nl> ppp b / tools / SwiftSyntax / CMakeLists . txt <nl> add_swift_library ( swiftSwiftSyntax SHARED <nl> INSTALL_IN_COMPONENT swift - syntax <nl> TARGET_SDKS OSX <nl> IS_STDLIB ) <nl> + <nl> + add_custom_target ( swiftSwiftSyntax <nl> + DEPENDS swiftSwiftSyntax - macosx <nl> + swiftSwiftSyntax - macosx - x86_64 <nl> + swiftSwiftSyntax - swiftmodule - macosx - x86_64 ) <nl> new file mode 100644 <nl> index 000000000000 . . a1162eda38f1 <nl> mmm / dev / null <nl> ppp b / tools / swift - swiftsyntax - test / CMakeLists . txt <nl> <nl> + set ( SWIFT_SYNTAX_PATH " $ { SWIFT_LIBRARY_OUTPUT_INTDIR } / swift / macosx / x86_64 " ) <nl> + set ( EXTRA_COMPILE_FLAGS " - I " " $ { SWIFT_SYNTAX_PATH } " ) <nl> + set ( EXTRA_LINKER_FLAGS " - Xlinker " " - rpath " " - Xlinker " " $ { SWIFT_SYNTAX_PATH } " ) <nl> + <nl> + add_swift_host_tool ( swift - swiftsyntax - test <nl> + swift - syntax - test . swift <nl> + DEPENDS swiftSwiftSyntax <nl> + ) <nl> new file mode 100644 <nl> index 000000000000 . . 476403434851 <nl> mmm / dev / null <nl> ppp b / tools / swift - swiftsyntax - test / swift - syntax - test . swift <nl> @ @ - 0 , 0 + 1 @ @ <nl> + import SwiftSyntax <nl>	Merge pull request from nkcsgexi / swift - syntax - test - setup	apple/swift	bb458cba40a360c7c1c96aaed020f9b7a31593c2	2018-07-20T18:01:02Z
mmm a / src / net_processing . cpp <nl> ppp b / src / net_processing . cpp <nl> bool PeerLogicValidation : : SendMessages ( CNode * pto ) <nl> / / <nl> / / Message : feefilter <nl> / / <nl> - / / We don ' t want white listed peers to filter txs to us if we have - whitelistforcerelay <nl> if ( pto - > m_tx_relay ! = nullptr & & pto - > nVersion > = FEEFILTER_VERSION & & gArgs . GetBoolArg ( " - feefilter " , DEFAULT_FEEFILTER ) & & <nl> - ! pto - > HasPermission ( PF_FORCERELAY ) ) { <nl> + ! pto - > HasPermission ( PF_FORCERELAY ) / / peers with the forcerelay permission should not filter txs to us <nl> + ) { <nl> CAmount currentFilter = m_mempool . GetMinFee ( gArgs . GetArg ( " - maxmempool " , DEFAULT_MAX_MEMPOOL_SIZE ) * 1000000 ) . GetFeePerK ( ) ; <nl> int64_t timeNow = GetTimeMicros ( ) ; <nl> if ( timeNow > pto - > m_tx_relay - > nextSendTimeFeeFilter ) { <nl> mmm a / test / functional / p2p_feefilter . py <nl> ppp b / test / functional / p2p_feefilter . py <nl> <nl> from test_framework . messages import MSG_TX , msg_feefilter <nl> from test_framework . mininode import mininode_lock , P2PInterface <nl> from test_framework . test_framework import BitcoinTestFramework <nl> + from test_framework . util import assert_equal <nl> <nl> <nl> def hashToHex ( hash ) : <nl> return format ( hash , ' 064x ' ) <nl> <nl> + <nl> # Wait up to 60 secs to see if the testnode has received all the expected invs <nl> def allInvsMatch ( invsExpected , testnode ) : <nl> for x in range ( 60 ) : <nl> def allInvsMatch ( invsExpected , testnode ) : <nl> time . sleep ( 1 ) <nl> return False <nl> <nl> + <nl> + class FeefilterConn ( P2PInterface ) : <nl> + feefilter_received = False <nl> + <nl> + def on_feefilter ( self , message ) : <nl> + self . feefilter_received = True <nl> + <nl> + def assert_feefilter_received ( self , recv : bool ) : <nl> + with mininode_lock : <nl> + assert_equal ( self . feefilter_received , recv ) <nl> + <nl> + <nl> class TestP2PConn ( P2PInterface ) : <nl> def __init__ ( self ) : <nl> super ( ) . __init__ ( ) <nl> def clear_invs ( self ) : <nl> with mininode_lock : <nl> self . txinvs = [ ] <nl> <nl> + <nl> class FeeFilterTest ( BitcoinTestFramework ) : <nl> def set_test_params ( self ) : <nl> self . num_nodes = 2 <nl> def set_test_params ( self ) : <nl> # mempool and wallet feerate calculation based on GetFee <nl> # rounding down 3 places , leading to stranded transactions . <nl> # See issue # 16499 <nl> - self . extra_args = [ [ " - minrelaytxfee = 0 . 00000100 " , " - mintxfee = 0 . 00000100 " ] ] * self . num_nodes <nl> + self . extra_args = [ [ " - minrelaytxfee = 0 . 00000100 " , " - mintxfee = 0 . 00000100 " ] ] * self . num_nodes <nl> <nl> def skip_test_if_missing_module ( self ) : <nl> self . skip_if_no_wallet ( ) <nl> <nl> def run_test ( self ) : <nl> + self . test_feefilter_forcerelay ( ) <nl> + self . test_feefilter ( ) <nl> + <nl> + def test_feefilter_forcerelay ( self ) : <nl> + self . log . info ( ' Check that peers without forcerelay permission ( default ) get a feefilter message ' ) <nl> + self . nodes [ 0 ] . add_p2p_connection ( FeefilterConn ( ) ) . assert_feefilter_received ( True ) <nl> + <nl> + self . log . info ( ' Check that peers with forcerelay permission do not get a feefilter message ' ) <nl> + self . restart_node ( 0 , extra_args = [ ' - whitelist = forcerelay @ 127 . 0 . 0 . 1 ' ] ) <nl> + self . nodes [ 0 ] . add_p2p_connection ( FeefilterConn ( ) ) . assert_feefilter_received ( False ) <nl> + <nl> + # Restart to disconnect peers and load default extra_args <nl> + self . restart_node ( 0 ) <nl> + self . connect_nodes ( 1 , 0 ) <nl> + <nl> + def test_feefilter ( self ) : <nl> node1 = self . nodes [ 1 ] <nl> node0 = self . nodes [ 0 ] <nl> - # Get out of IBD <nl> - node1 . generate ( 1 ) <nl> - self . sync_blocks ( ) <nl> <nl> - self . nodes [ 0 ] . add_p2p_connection ( TestP2PConn ( ) ) <nl> + conn = self . nodes [ 0 ] . add_p2p_connection ( TestP2PConn ( ) ) <nl> <nl> # Test that invs are received by test connection for all txs at <nl> # feerate of . 2 sat / byte <nl> node1 . settxfee ( Decimal ( " 0 . 00000200 " ) ) <nl> txids = [ node1 . sendtoaddress ( node1 . getnewaddress ( ) , 1 ) for x in range ( 3 ) ] <nl> - assert allInvsMatch ( txids , self . nodes [ 0 ] . p2p ) <nl> - self . nodes [ 0 ] . p2p . clear_invs ( ) <nl> + assert allInvsMatch ( txids , conn ) <nl> + conn . clear_invs ( ) <nl> <nl> # Set a filter of . 15 sat / byte on test connection <nl> - self . nodes [ 0 ] . p2p . send_and_ping ( msg_feefilter ( 150 ) ) <nl> + conn . send_and_ping ( msg_feefilter ( 150 ) ) <nl> <nl> # Test that txs are still being received by test connection ( paying . 15 sat / byte ) <nl> node1 . settxfee ( Decimal ( " 0 . 00000150 " ) ) <nl> txids = [ node1 . sendtoaddress ( node1 . getnewaddress ( ) , 1 ) for x in range ( 3 ) ] <nl> - assert allInvsMatch ( txids , self . nodes [ 0 ] . p2p ) <nl> - self . nodes [ 0 ] . p2p . clear_invs ( ) <nl> + assert allInvsMatch ( txids , conn ) <nl> + conn . clear_invs ( ) <nl> <nl> # Change tx fee rate to . 1 sat / byte and test they are no longer received <nl> # by the test connection <nl> node1 . settxfee ( Decimal ( " 0 . 00000100 " ) ) <nl> [ node1 . sendtoaddress ( node1 . getnewaddress ( ) , 1 ) for x in range ( 3 ) ] <nl> - self . sync_mempools ( ) # must be sure node 0 has received all txs <nl> + self . sync_mempools ( ) # must be sure node 0 has received all txs <nl> <nl> # Send one transaction from node0 that should be received , so that we <nl> # we can sync the test on receipt ( if node1 ' s txs were relayed , they ' d <nl> def run_test ( self ) : <nl> # as well . <nl> node0 . settxfee ( Decimal ( " 0 . 00020000 " ) ) <nl> txids = [ node0 . sendtoaddress ( node0 . getnewaddress ( ) , 1 ) ] <nl> - assert allInvsMatch ( txids , self . nodes [ 0 ] . p2p ) <nl> - self . nodes [ 0 ] . p2p . clear_invs ( ) <nl> + assert allInvsMatch ( txids , conn ) <nl> + conn . clear_invs ( ) <nl> <nl> # Remove fee filter and check that txs are received again <nl> - self . nodes [ 0 ] . p2p . send_and_ping ( msg_feefilter ( 0 ) ) <nl> + conn . send_and_ping ( msg_feefilter ( 0 ) ) <nl> txids = [ node1 . sendtoaddress ( node1 . getnewaddress ( ) , 1 ) for x in range ( 3 ) ] <nl> - assert allInvsMatch ( txids , self . nodes [ 0 ] . p2p ) <nl> - self . nodes [ 0 ] . p2p . clear_invs ( ) <nl> + assert allInvsMatch ( txids , conn ) <nl> + conn . clear_invs ( ) <nl> + <nl> <nl> if __name__ = = ' __main__ ' : <nl> FeeFilterTest ( ) . main ( ) <nl> mmm a / test / functional / p2p_permissions . py <nl> ppp b / test / functional / p2p_permissions . py <nl> def run_test ( self ) : <nl> [ " relay " , " noban " , " mempool " ] , <nl> True ) <nl> <nl> + self . checkpermission ( <nl> + # no permission ( even with forcerelay ) <nl> + [ " - whitelist = @ 127 . 0 . 0 . 1 " , " - whitelistforcerelay = 1 " ] , <nl> + [ ] , <nl> + False ) <nl> + <nl> self . checkpermission ( <nl> # relay permission removed ( no specific permissions ) <nl> [ " - whitelist = 127 . 0 . 0 . 1 " , " - whitelistrelay = 0 " ] , <nl> mmm a / test / functional / test_framework / test_framework . py <nl> ppp b / test / functional / test_framework / test_framework . py <nl> def setup_network ( self ) : <nl> # See fPreferredDownload in net_processing . <nl> # <nl> # If further outbound connections are needed , they can be added at the beginning of the test with e . g . <nl> - # connect_nodes ( self . nodes [ 1 ] , 2 ) <nl> + # self . connect_nodes ( 1 , 2 ) <nl> for i in range ( self . num_nodes - 1 ) : <nl> - connect_nodes ( self . nodes [ i + 1 ] , i ) <nl> + self . connect_nodes ( i + 1 , i ) <nl> self . sync_all ( ) <nl> <nl> def setup_nodes ( self ) : <nl> def restart_node ( self , i , extra_args = None ) : <nl> def wait_for_node_exit ( self , i , timeout ) : <nl> self . nodes [ i ] . process . wait ( timeout ) <nl> <nl> + def connect_nodes ( self , a , b ) : <nl> + connect_nodes ( self . nodes [ a ] , b ) <nl> + <nl> + def disconnect_nodes ( self , a , b ) : <nl> + disconnect_nodes ( self . nodes [ a ] , b ) <nl> + <nl> def split_network ( self ) : <nl> " " " <nl> Split the network of four nodes into nodes 0 / 1 and 2 / 3 . <nl> " " " <nl> - disconnect_nodes ( self . nodes [ 1 ] , 2 ) <nl> + self . disconnect_nodes ( 1 , 2 ) <nl> self . sync_all ( self . nodes [ : 2 ] ) <nl> self . sync_all ( self . nodes [ 2 : ] ) <nl> <nl> def join_network ( self ) : <nl> " " " <nl> Join the ( previously split ) network halves together . <nl> " " " <nl> - connect_nodes ( self . nodes [ 1 ] , 2 ) <nl> + self . connect_nodes ( 1 , 2 ) <nl> self . sync_all ( ) <nl> <nl> def sync_blocks ( self , nodes = None , wait = 1 , timeout = 60 ) : <nl>	Merge : test : Check that peers with forcerelay permission are not asked to feefilter	bitcoin/bitcoin	8ef15e8a86038225afef2487ca23abc10ca5dffa	2020-06-21T17:21:00Z
mmm a / hphp / hack / src / full_fidelity / full_fidelity_expression_parser . ml <nl> ppp b / hphp / hack / src / full_fidelity / full_fidelity_expression_parser . ml <nl> module WithStatementAndDeclAndTypeParser <nl> <nl> and parse_postfix_unary parser term = <nl> let ( parser , token ) = next_token parser in <nl> - let term = make_postfix_unary_operator ( make_token token ) term in <nl> + let term = make_postfix_unary_operator term ( make_token token ) in <nl> parse_remaining_expression parser term <nl> <nl> and parse_prefix_unary_expression parser = <nl> mmm a / hphp / hack / src / full_fidelity / full_fidelity_syntax . ml <nl> ppp b / hphp / hack / src / full_fidelity / full_fidelity_syntax . ml <nl> module WithToken ( Token : TokenType ) = struct <nl> <nl> let make_postfix_unary_operator unary_operator unary_operand = <nl> from_children SyntaxKind . PostfixUnaryOperator <nl> - [ unary_operand ; unary_operator ] <nl> + [ unary_operator ; unary_operand ] <nl> <nl> let make_binary_operator <nl> binary_left_operand binary_operator binary_right_operand = <nl>	Fix postfix constructor	facebook/hhvm	1938c8243c4f5f19255c52ea9367e3a062a8bf05	2016-09-16T19:07:11Z
mmm a / src / brpc / builtin / hotspots_service . cpp <nl> ppp b / src / brpc / builtin / hotspots_service . cpp <nl> void ContentionProfilerStop ( ) ; <nl> namespace brpc { <nl> enum class DisplayType { <nl> kUnknown , <nl> + kDot , <nl> # if defined ( OS_LINUX ) <nl> kFlameGraph , <nl> # endif <nl> - kDot , <nl> kText <nl> } ; <nl> <nl> static const char * DisplayTypeToString ( DisplayType type ) { <nl> switch ( type ) { <nl> + case DisplayType : : kDot : return " dot " ; <nl> # if defined ( OS_LINUX ) <nl> case DisplayType : : kFlameGraph : return " flame " ; <nl> # endif <nl> - case DisplayType : : kDot : return " dot " ; <nl> case DisplayType : : kText : return " text " ; <nl> default : return " unknown " ; <nl> } <nl> static DisplayType StringToDisplayType ( const std : : string & val ) { <nl> std : : call_once ( flag , [ ] ( ) { <nl> display_type_map = new butil : : CaseIgnoredFlatMap < DisplayType > ; <nl> display_type_map - > init ( 10 ) ; <nl> + ( * display_type_map ) [ " dot " ] = DisplayType : : kDot ; <nl> # if defined ( OS_LINUX ) <nl> ( * display_type_map ) [ " flame " ] = DisplayType : : kFlameGraph ; <nl> # endif <nl> - ( * display_type_map ) [ " dot " ] = DisplayType : : kDot ; <nl> ( * display_type_map ) [ " text " ] = DisplayType : : kText ; <nl> } ) ; <nl> auto type = display_type_map - > seek ( val ) ; <nl> static DisplayType StringToDisplayType ( const std : : string & val ) { <nl> static std : : string DisplayTypeToPProfArgument ( DisplayType type ) { <nl> switch ( type ) { <nl> # if defined ( OS_LINUX ) <nl> - case DisplayType : : kFlameGraph : return " - - collapsed " ; <nl> case DisplayType : : kDot : return " - - dot " ; <nl> + case DisplayType : : kFlameGraph : return " - - collapsed " ; <nl> case DisplayType : : kText : return " - - text " ; <nl> # elif defined ( OS_MACOSX ) <nl> case DisplayType : : kDot : return " - dot " ; <nl> static void DisplayResult ( Controller * cntl , <nl> const bool show_ccount = cntl - > http_request ( ) . uri ( ) . GetQuery ( " ccount " ) ; <nl> const std : : string * base_name = cntl - > http_request ( ) . uri ( ) . GetQuery ( " base " ) ; <nl> const std : : string * display_type_query = cntl - > http_request ( ) . uri ( ) . GetQuery ( " display_type " ) ; <nl> - DisplayType display_type = DisplayType : : kFlameGraph ; <nl> + DisplayType display_type = DisplayType : : kDot ; <nl> if ( display_type_query ) { <nl> display_type = StringToDisplayType ( * display_type_query ) ; <nl> if ( display_type = = DisplayType : : kUnknown ) { <nl> static void StartProfiling ( ProfilingType type , <nl> const bool show_ccount = cntl - > http_request ( ) . uri ( ) . GetQuery ( " ccount " ) ; <nl> const std : : string * base_name = cntl - > http_request ( ) . uri ( ) . GetQuery ( " base " ) ; <nl> const std : : string * display_type_query = cntl - > http_request ( ) . uri ( ) . GetQuery ( " display_type " ) ; <nl> - DisplayType display_type = DisplayType : : kFlameGraph ; <nl> + DisplayType display_type = DisplayType : : kDot ; <nl> if ( display_type_query ) { <nl> display_type = StringToDisplayType ( * display_type_query ) ; <nl> if ( display_type = = DisplayType : : kUnknown ) { <nl> static void StartProfiling ( ProfilingType type , <nl> os < < " var show_ccount = document . getElementById ( ' ccount_cb ' ) . checked ; \ n " ; <nl> } <nl> os < < " var targetURL = ' / hotspots / " < < type_str < < " ' ; \ n " <nl> - " targetURL + = ' ? ' + ' display_type = ' + display_type ; \ n " <nl> + " targetURL + = ' ? display_type = ' + display_type ; \ n " <nl> " if ( past_prof ! = ' ' ) { \ n " <nl> - " targetURL + = ' & ' ; \ n " <nl> - " targetURL + = ' view = ' + past_prof ; \ n " <nl> + " targetURL + = ' & view = ' + past_prof ; \ n " <nl> " } \ n " <nl> " if ( base_prof ! = ' ' ) { \ n " <nl> - " targetURL + = ' & ' ; \ n " <nl> - " targetURL + = ' base = ' + base_prof ; \ n " <nl> + " targetURL + = ' & base = ' + base_prof ; \ n " <nl> " } \ n " ; <nl> if ( type = = PROFILING_CONTENTION ) { <nl> os < < <nl> " if ( show_ccount ) { \ n " <nl> - " if ( first ) { \ n " <nl> - " targetURL + = ' ? ' ; \ n " <nl> - " first = false ; \ n " <nl> - " } else { \ n " <nl> - " targetURL + = ' & ' ; \ n " <nl> - " } \ n " <nl> - " targetURL + = ' ccount ' ; \ n " <nl> + " targetURL + = ' & ccount ' ; \ n " <nl> " } \ n " ; <nl> } <nl> os < < " return targetURL ; \ n " <nl> static void StartProfiling ( ProfilingType type , <nl> os < < ' > ' < < GetBaseName ( & past_profs [ i ] ) ; <nl> } <nl> os < < " < / select > " ; <nl> - os < < " < div > < pre style = ' display : inline ' > Display Type : < / pre > " <nl> + os < < " < div > < pre style = ' display : inline ' > Display : < / pre > " <nl> " < select id = ' display_type ' onchange = ' onSelectProf ( ) ' > " <nl> + " < option value = dot " < < ( display_type = = DisplayType : : kDot ? " selected " : " " ) < < " > dot < / option > " <nl> # if defined ( OS_LINUX ) <nl> " < option value = flame " < < ( display_type = = DisplayType : : kFlameGraph ? " selected " : " " ) < < " > flame < / option > " <nl> # endif <nl> - " < option value = dot " < < ( display_type = = DisplayType : : kDot ? " selected " : " " ) < < " > dot < / option > " <nl> " < option value = text " < < ( display_type = = DisplayType : : kText ? " selected " : " " ) < < " > text < / option > < / select > " ; <nl> if ( type = = PROFILING_CONTENTION ) { <nl> os < < " & nbsp ; & nbsp ; & nbsp ; < label for = ' ccount_cb ' > " <nl>	Fix count checkbox in the contention profiler & make dot the default display type	apache/incubator-brpc	e779acff9f143738328ec5aa433a40621be39f42	2019-08-05T05:50:24Z
mmm a / CHANGELOG . md <nl> ppp b / CHANGELOG . md <nl> <nl> <nl> # # # New features : <nl> <nl> - * Added system tables : ` formats ` , ` data_type_families ` , ` aggregate_function_combined ` , ` table_functions ` , ` table_engines ` , ` collations ` [ # 2721 ] ( https : / / github . com / yandex / ClickHouse / pull / 2721 ) . <nl> + * Added system tables : ` formats ` , ` data_type_families ` , ` aggregate_function_combinators ` , ` table_functions ` , ` table_engines ` , ` collations ` [ # 2721 ] ( https : / / github . com / yandex / ClickHouse / pull / 2721 ) . <nl> * Added the ability to use a table function instead of a table as an argument of a ` remote ` or ` cluster ` table function [ # 2708 ] ( https : / / github . com / yandex / ClickHouse / pull / 2708 ) . <nl> * Support for ` HTTP Basic ` authentication in the replication protocol [ # 2727 ] ( https : / / github . com / yandex / ClickHouse / pull / 2727 ) . <nl> * The ` has ` function now allows searching for a numeric value in an array of ` Enum ` values [ Maxim Khrisanfov ] ( https : / / github . com / yandex / ClickHouse / pull / 2699 ) . <nl>	fixed typo	ClickHouse/ClickHouse	d799ba683dd992d45113106ab9d57d7fdea05d99	2018-08-01T18:22:58Z
mmm a / xbmc / cores / dvdplayer / DVDCodecs / Video / DXVA . cpp <nl> ppp b / xbmc / cores / dvdplayer / DVDCodecs / Video / DXVA . cpp <nl> static const dxva2_mode_t dxva2_modes [ ] = { <nl> { " Windows Media Video 9 post processing " , & DXVA2_ModeWMV9_A , 0 } , <nl> <nl> { " VC - 1 VLD " , & DXVA2_ModeVC1_D , CODEC_ID_VC1 } , <nl> + { " VC - 1 VLD " , & DXVA2_ModeVC1_D , CODEC_ID_WMV3 } , <nl> { " VC - 1 IDCT " , & DXVA2_ModeVC1_C , 0 } , <nl> { " VC - 1 MoComp " , & DXVA2_ModeVC1_B , 0 } , <nl> { " VC - 1 post processing " , & DXVA2_ModeVC1_A , 0 } , <nl> <nl> { " Intel VC - 1 VLD " , & DXVADDI_Intel_ModeVC1_E , CODEC_ID_VC1 } , <nl> + { " Intel VC - 1 VLD " , & DXVADDI_Intel_ModeVC1_E , CODEC_ID_WMV3 } , <nl> <nl> { NULL , NULL , 0 } <nl> } ; <nl>	added : vmw3 should be identical to vc1 so allow that for dxva aswell	xbmc/xbmc	f9fd12b885699e279cc1bb0f59e98e629c40f0d6	2010-02-02T01:22:59Z
new file mode 100644 <nl> index 00000000000 . . 1746e3269ed <nl> mmm / dev / null <nl> ppp b / src / csharp / Grpc . Examples . MathServer / . gitignore <nl> <nl> + bin <nl> + obj <nl> new file mode 100644 <nl> index 00000000000 . . 3f7e6c07680 <nl> mmm / dev / null <nl> ppp b / src / csharp / Grpc . Examples . MathServer / Grpc . Examples . MathServer . csproj <nl> <nl> + < ? xml version = " 1 . 0 " encoding = " utf - 8 " ? > <nl> + < Project DefaultTargets = " Build " ToolsVersion = " 4 . 0 " xmlns = " http : / / schemas . microsoft . com / developer / msbuild / 2003 " > <nl> + < PropertyGroup > <nl> + < Configuration Condition = " ' $ ( Configuration ) ' = = ' ' " > Debug < / Configuration > <nl> + < Platform Condition = " ' $ ( Platform ) ' = = ' ' " > x86 < / Platform > <nl> + < ProductVersion > 10 . 0 . 0 < / ProductVersion > <nl> + < SchemaVersion > 2 . 0 < / SchemaVersion > <nl> + < ProjectGuid > { BF62FE08 - 373A - 43D6 - 9D73 - 41CAA38B7011 } < / ProjectGuid > <nl> + < OutputType > Exe < / OutputType > <nl> + < RootNamespace > Grpc . Examples . MathServer < / RootNamespace > <nl> + < AssemblyName > Grpc . Examples . MathServer < / AssemblyName > <nl> + < TargetFrameworkVersion > v4 . 5 < / TargetFrameworkVersion > <nl> + < / PropertyGroup > <nl> + < PropertyGroup Condition = " ' $ ( Configuration ) \| $ ( Platform ) ' = = ' Debug \| x86 ' " > <nl> + < DebugSymbols > true < / DebugSymbols > <nl> + < DebugType > full < / DebugType > <nl> + < Optimize > false < / Optimize > <nl> + < OutputPath > bin \ Debug < / OutputPath > <nl> + < DefineConstants > DEBUG ; < / DefineConstants > <nl> + < ErrorReport > prompt < / ErrorReport > <nl> + < WarningLevel > 4 < / WarningLevel > <nl> + < Externalconsole > true < / Externalconsole > <nl> + < PlatformTarget > x86 < / PlatformTarget > <nl> + < / PropertyGroup > <nl> + < PropertyGroup Condition = " ' $ ( Configuration ) \| $ ( Platform ) ' = = ' Release \| x86 ' " > <nl> + < DebugType > full < / DebugType > <nl> + < Optimize > true < / Optimize > <nl> + < OutputPath > bin \ Release < / OutputPath > <nl> + < ErrorReport > prompt < / ErrorReport > <nl> + < WarningLevel > 4 < / WarningLevel > <nl> + < Externalconsole > true < / Externalconsole > <nl> + < PlatformTarget > x86 < / PlatformTarget > <nl> + < / PropertyGroup > <nl> + < ItemGroup > <nl> + < Reference Include = " System " / > <nl> + < / ItemGroup > <nl> + < ItemGroup > <nl> + < Compile Include = " Properties \ AssemblyInfo . cs " / > <nl> + < Compile Include = " MathServer . cs " / > <nl> + < / ItemGroup > <nl> + < Import Project = " $ ( MSBuildBinPath ) \ Microsoft . CSharp . targets " / > <nl> + < ItemGroup > <nl> + < ProjectReference Include = " . . \ Grpc . Core \ Grpc . Core . csproj " > <nl> + < Project > { CCC4440E - 49F7 - 4790 - B0AF - FEABB0837AE7 } < / Project > <nl> + < Name > Grpc . Core < / Name > <nl> + < / ProjectReference > <nl> + < ProjectReference Include = " . . \ Grpc . Examples \ Grpc . Examples . csproj " > <nl> + < Project > { 7DC1433E - 3225 - 42C7 - B7EA - 546D56E27A4B } < / Project > <nl> + < Name > Grpc . Examples < / Name > <nl> + < / ProjectReference > <nl> + < / ItemGroup > <nl> + < / Project > <nl> \ No newline at end of file <nl> new file mode 100644 <nl> index 00000000000 . . 884a84d0a6c <nl> mmm / dev / null <nl> ppp b / src / csharp / Grpc . Examples . MathServer / MathServer . cs <nl> <nl> + # region Copyright notice and license <nl> + / / Copyright 2015 , Google Inc . <nl> + / / All rights reserved . <nl> + / / <nl> + / / Redistribution and use in source and binary forms , with or without <nl> + / / modification , are permitted provided that the following conditions are <nl> + / / met : <nl> + / / <nl> + / / * Redistributions of source code must retain the above copyright <nl> + / / notice , this list of conditions and the following disclaimer . <nl> + / / * Redistributions in binary form must reproduce the above <nl> + / / copyright notice , this list of conditions and the following disclaimer <nl> + / / in the documentation and / or other materials provided with the <nl> + / / distribution . <nl> + / / * Neither the name of Google Inc . nor the names of its <nl> + / / contributors may be used to endorse or promote products derived from <nl> + / / this software without specific prior written permission . <nl> + / / <nl> + / / THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS <nl> + / / " AS IS " AND ANY EXPRESS OR IMPLIED WARRANTIES , INCLUDING , BUT NOT <nl> + / / LIMITED TO , THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR <nl> + / / A PARTICULAR PURPOSE ARE DISCLAIMED . IN NO EVENT SHALL THE COPYRIGHT <nl> + / / OWNER OR CONTRIBUTORS BE LIABLE FOR ANY DIRECT , INDIRECT , INCIDENTAL , <nl> + / / SPECIAL , EXEMPLARY , OR CONSEQUENTIAL DAMAGES ( INCLUDING , BUT NOT <nl> + / / LIMITED TO , PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES ; LOSS OF USE , <nl> + / / DATA , OR PROFITS ; OR BUSINESS INTERRUPTION ) HOWEVER CAUSED AND ON ANY <nl> + / / THEORY OF LIABILITY , WHETHER IN CONTRACT , STRICT LIABILITY , OR TORT <nl> + / / ( INCLUDING NEGLIGENCE OR OTHERWISE ) ARISING IN ANY WAY OUT OF THE USE <nl> + / / OF THIS SOFTWARE , EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE . <nl> + # endregion <nl> + <nl> + using System ; <nl> + using System . Runtime . InteropServices ; <nl> + using System . Threading ; <nl> + using Grpc . Core ; <nl> + <nl> + namespace math <nl> + { <nl> + class MainClass <nl> + { <nl> + public static void Main ( string [ ] args ) <nl> + { <nl> + String host = " 0 . 0 . 0 . 0 " ; <nl> + <nl> + GrpcEnvironment . Initialize ( ) ; <nl> + <nl> + Server server = new Server ( ) ; <nl> + server . AddServiceDefinition ( MathGrpc . BindService ( new MathServiceImpl ( ) ) ) ; <nl> + int port = server . AddListeningPort ( host + " : 0 " ) ; <nl> + server . Start ( ) ; <nl> + <nl> + Console . WriteLine ( " MathServer listening on port " + port ) ; <nl> + <nl> + Console . WriteLine ( " Press any key to stop the server . . . " ) ; <nl> + Console . ReadKey ( ) ; <nl> + <nl> + server . ShutdownAsync ( ) . Wait ( ) ; <nl> + GrpcEnvironment . Shutdown ( ) ; <nl> + } <nl> + } <nl> + } <nl> new file mode 100644 <nl> index 00000000000 . . 6b3d0516b90 <nl> mmm / dev / null <nl> ppp b / src / csharp / Grpc . Examples . MathServer / Properties / AssemblyInfo . cs <nl> <nl> + using System . Reflection ; <nl> + using System . Runtime . CompilerServices ; <nl> + <nl> + [ assembly : AssemblyTitle ( " Grpc . Examples . MathServer " ) ] <nl> + [ assembly : AssemblyDescription ( " " ) ] <nl> + [ assembly : AssemblyConfiguration ( " " ) ] <nl> + [ assembly : AssemblyCompany ( " " ) ] <nl> + [ assembly : AssemblyProduct ( " " ) ] <nl> + [ assembly : AssemblyCopyright ( " Google Inc . All rights reserved . " ) ] <nl> + [ assembly : AssemblyTrademark ( " " ) ] <nl> + [ assembly : AssemblyCulture ( " " ) ] <nl> + [ assembly : AssemblyVersion ( " 0 . 1 . * " ) ] <nl> mmm a / src / csharp / Grpc . sln <nl> ppp b / src / csharp / Grpc . sln <nl> Project ( " { FAE04EC0 - 301F - 11D3 - BF4B - 00C04F79EFBC } " ) = " Grpc . IntegrationTesting . Cli <nl> EndProject <nl> Project ( " { FAE04EC0 - 301F - 11D3 - BF4B - 00C04F79EFBC } " ) = " Grpc . IntegrationTesting . Server " , " Grpc . IntegrationTesting . Server \ Grpc . IntegrationTesting . Server . csproj " , " { A654F3B8 - E859 - 4E6A - B30D - 227527DBEF0D } " <nl> EndProject <nl> + Project ( " { FAE04EC0 - 301F - 11D3 - BF4B - 00C04F79EFBC } " ) = " Grpc . Examples . MathServer " , " Grpc . Examples . MathServer \ Grpc . Examples . MathServer . csproj " , " { BF62FE08 - 373A - 43D6 - 9D73 - 41CAA38B7011 } " <nl> + EndProject <nl> Global <nl> GlobalSection ( SolutionConfigurationPlatforms ) = preSolution <nl> Debug \| x86 = Debug \| x86 <nl> Global <nl> { A654F3B8 - E859 - 4E6A - B30D - 227527DBEF0D } . Debug \| x86 . Build . 0 = Debug \| x86 <nl> { A654F3B8 - E859 - 4E6A - B30D - 227527DBEF0D } . Release \| x86 . ActiveCfg = Release \| x86 <nl> { A654F3B8 - E859 - 4E6A - B30D - 227527DBEF0D } . Release \| x86 . Build . 0 = Release \| x86 <nl> + { BF62FE08 - 373A - 43D6 - 9D73 - 41CAA38B7011 } . Debug \| x86 . ActiveCfg = Debug \| x86 <nl> + { BF62FE08 - 373A - 43D6 - 9D73 - 41CAA38B7011 } . Debug \| x86 . Build . 0 = Debug \| x86 <nl> + { BF62FE08 - 373A - 43D6 - 9D73 - 41CAA38B7011 } . Release \| x86 . ActiveCfg = Release \| x86 <nl> + { BF62FE08 - 373A - 43D6 - 9D73 - 41CAA38B7011 } . Release \| x86 . Build . 0 = Release \| x86 <nl> { C61154BA - DD4A - 4838 - 8420 - 0162A28925E0 } . Debug \| x86 . ActiveCfg = Debug \| x86 <nl> { C61154BA - DD4A - 4838 - 8420 - 0162A28925E0 } . Debug \| x86 . Build . 0 = Debug \| x86 <nl> { C61154BA - DD4A - 4838 - 8420 - 0162A28925E0 } . Release \| x86 . ActiveCfg = Release \| x86 <nl>	Merge pull request from jtattermusch / math_server	grpc/grpc	0de5407cc7a785a176d96f5bb61002c42572a970	2015-04-08T15:18:08Z
new file mode 100644 <nl> index 00000000000 . . 53009a45061 <nl> mmm / dev / null <nl> ppp b / ports / libnoise / CONTROL <nl> <nl> + Source : libnoise <nl> + Version : 1 . 0 . 0 <nl> + Description : A general - purpose library that generates three - dimensional coherent noise . Useful for terrain generation and procedural texture generation . Uses a broad number of techniques ( Perlin noise , ridged multifractal , etc . ) and combinations of those techniques . <nl> new file mode 100644 <nl> index 00000000000 . . 28465f585d1 <nl> mmm / dev / null <nl> ppp b / ports / libnoise / portfile . cmake <nl> <nl> + include ( vcpkg_common_functions ) <nl> + <nl> + set ( LIBNOISE_VERSION " 1 . 0 . 0 " ) <nl> + set ( LIBNOISE_COMMIT " d7e68784a2b24c632868506780eba336ede74ecd " ) <nl> + <nl> + vcpkg_from_github ( <nl> + OUT_SOURCE_PATH SOURCE_PATH <nl> + REPO RobertHue / libnoise <nl> + REF $ { LIBNOISE_COMMIT } <nl> + SHA512 8c4d654acb4ae3d90ee62ebdf0447f876022dcb887ebfad88f39b09d29183a58e6fc1b1f1d03edff804975c8befcc6eda33c44797495285aae338c2e869a14d7 <nl> + HEAD_REF master <nl> + ) <nl> + <nl> + vcpkg_configure_cmake ( <nl> + SOURCE_PATH $ { SOURCE_PATH } <nl> + PREFER_NINJA <nl> + ) <nl> + <nl> + vcpkg_install_cmake ( ) <nl> + <nl> + # Include files should not be duplicated into the / debug / include directory . <nl> + file ( REMOVE_RECURSE $ { CURRENT_PACKAGES_DIR } / debug / include ) <nl> + <nl> + # Handle copyright <nl> + file ( COPY $ { SOURCE_PATH } / LICENSE . md DESTINATION $ { CURRENT_PACKAGES_DIR } / share / libnoise ) <nl> + file ( RENAME $ { CURRENT_PACKAGES_DIR } / share / libnoise / LICENSE . md $ { CURRENT_PACKAGES_DIR } / share / libnoise / copyright ) <nl> + <nl> + # Post - build test for cmake libraries <nl> + vcpkg_test_cmake ( PACKAGE_NAME libnoise ) <nl> \ No newline at end of file <nl>	[ libnoise ] Add new port libnoise ( )	microsoft/vcpkg	ce6dbe70cb0232cc34c56d0416b9d7443a57d6e3	2019-05-06T22:52:14Z
mmm a / Code / CryEngine / CryEntitySystem / Entity . cpp <nl> ppp b / Code / CryEngine / CryEntitySystem / Entity . cpp <nl> IEntityComponent * CEntity : : CreateComponentByInterfaceID ( const CryInterfaceID & in <nl> } <nl> else <nl> { <nl> - auto visitComponentsLambda = [ interfaceId , & pEnvComponent ] ( const Schematyc : : IEnvComponent & component ) <nl> + auto visitComponentsLambda = [ interfaceId , & pEnvComponent , & pClassDescription ] ( const Schematyc : : IEnvComponent & component ) <nl> { <nl> if ( component . GetDesc ( ) . FindBaseByTypeID ( interfaceId ) ! = nullptr ) <nl> { <nl> pEnvComponent = & component ; <nl> + pClassDescription = & component . GetDesc ( ) ; <nl> return Schematyc : : EVisitStatus : : Stop ; <nl> } <nl> <nl>	! I 1708539 / / ce / main - > / / ce / main_stabilisation / ! B ( EntitySystem ) Component doesn ' t get instantiated when created with base type id	CRYTEK/CRYENGINE	b2b7f8fd35efd61edc02f137d1da413090a93de4	2018-06-20T08:14:56Z

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