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ba6e04e48ffb434f8c5bc2e8a4646e4dd5ccf55b | 406,115 | tpp | C++ | uppsrc/ide/app.tpp/Assist_en-us.tpp | UltimateScript/Forgotten | ac59ad21767af9628994c0eecc91e9e0e5680d95 | [
"BSD-3-Clause"
] | null | null | null | uppsrc/ide/app.tpp/Assist_en-us.tpp | UltimateScript/Forgotten | ac59ad21767af9628994c0eecc91e9e0e5680d95 | [
"BSD-3-Clause"
] | null | null | null | uppsrc/ide/app.tpp/Assist_en-us.tpp | UltimateScript/Forgotten | ac59ad21767af9628994c0eecc91e9e0e5680d95 | [
"BSD-3-Clause"
] | null | null | null | topic "Assist++";
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[{_}%EN-US
[s2; Assist`+`+&]
[s3; Table of contents&]
[s0; &]
[s0; [^topic`:`/`/ide`/app`/Assist`_en`-us`#1^ 1. Introduction]&]
[s0; [^topic`:`/`/ide`/app`/Assist`_en`-us`#2^ 2. Assist `- code`-completion]&]
[s0; [^topic`:`/`/ide`/app`/Assist`_en`-us`#3^ 3. Simple symbol completion,
abbreviations]&]
[s0; [^topic`:`/`/ide`/app`/Assist`_en`-us`#4^ 4. Code navigation]&]
[s0; [^topic`:`/`/ide`/app`/Assist`_en`-us`#5^ 5. Navigator]&]
[s0; [^topic`:`/`/ide`/app`/Assist`_en`-us`#6^ 6. Graphical symbols
used by Assist`+`+]&]
[s0; [^topic`:`/`/ide`/app`/Assist`_en`-us`#7^ 7. Definition/Declaration
conversion]&]
[s0; [^topic`:`/`/ide`/app`/Assist`_en`-us`#8^ 8. Virtual functions]&]
[s0; [^topic`:`/`/ide`/app`/Assist`_en`-us`#9^ 9. THISBACKs]&]
[s0; [^topic`:`/`/ide`/app`/Assist`_en`-us`#10^ 10. Layout code generation]&]
[s0; &]
[s3;:1: 1. Introduction&]
[s5; Assist`+`+ analyzes C`+`+ code of your project and provides
several useful tools. The C`+`+ code analyzer is quite good,
it is able to cope with most C`+`+ features used in U`+`+, including
templates. But as C`+`+ is syntactically very complex language
and speed is important in this case, some compromises had to
be made. There is a [^topic`:`/`/ide`/app`/Cpp`$en`-us^ separate
topic] about how TheIDE parses C/C`+`+ code and maintains the
database of items.&]
[s3;:2: 2. Assist `- code`-completion&]
[s5; This tool provides list of class members after typing `'[*@(0.0.255) .]`',
`'[*@(0.0.255) `->]`', `'[*@(0.0.255) `::]`'. It can also be invoked
explicitly by pressing [*@(0.0.255) Ctrl`+Space]. In that case,
it can also list a complete list of global objects (classes,
functions, variables, macros, ...) starting with the letters
immediately preceding current position of the cursor.&]
[s5; &]
[s0;=
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)
&]
[s5; &]
[s5; When list is displayed, you can use vertical movement keys or
mouse to select desired method and then press [*@(0.0.255) Enter]
to insert it. Alternatively, you can press [*@(0.0.255) Tab] to
insert the first item in the list.&]
[s5; You can also limit the list to particular type by choosing it.
To do so using the keyboard, use movement keys with [*@(0.0.255) Ctrl].&]
[s5; When you insert a function or macro with arguments, tooltip
with the function signature is displayed and current argument
is highlighted as you type:&]
[s5; &]
[s0;=
@@PING:2662&250
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)
&]
[s5; &]
[s3;:3: 3. Simple symbol completion, abbreviations&]
[s5; Sometimes it is useful to just complete identifier based solely
on symbols in the file using [* Complete identifier ](default [*@(0.0.255) Ctrl`+,])&]
[s5; &]
[s0;=
@@image:1659&1362
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)
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)
&]
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[s0;=
@@image:1478&868
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)
&]
[s5; &]
[s5; Abbreviations can be defined in [* Setup/Abbreviations..]&]
[s5;* &]
[s0;=
@@image:2268&1834
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)
&]
[s3;:4: 4. Code navigation&]
[s5; [* Context go to] (default [*@(0.0.255) Alt`+J]) navigates to the
place where current symbol (function, method, type, variable)
is defined. It can also be used to go to header file (when used
on #include line) or matching #if/#else/#endif. Note that this
is perhaps the most often used Assist`+`+ tool...&]
[s5; [* Go to definition/declaration] (default [*@(0.0.255) Alt`+I])
function goes to another place where code or data currently at
cursor position are defined/declared. In most cases, this means
going between declaration and definition.&]
[s5; While jumping around the various places in code, it is often
useful to go to the code you`'ve seen previously. You can do
this easily by pressing [*@(0.0.255) Alt`+Left arrow] and also
go forward through the history of jumps with [*@(0.0.255) Alt`+Right
arrow].&]
[s3;:5: 5. Navigator&]
[s5; On the left side from code editor resides [* Navigator bar]. It
allows you to browse and search the code base by the name of
symbol. The bar can be hidden or brought back using (default
[*@(0.0.255) Ctrl`+N]).&]
[s5; When the search field is empty, Navigator is a list of symbols
in the current file:&]
[s5; &]
[s0;=
@@image:2350&1546
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)
&]
[s5; &]
[s5; You can write a [/ symbol] name into Symbol/line field, or [/ scope].[/ symbol].
Navigator will sort entries based on relevance: complete case
sensitive matches are first in the list, then entries that start
with search field case`-sensitive, then entries that contain
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[s5; If you do not want to have Navigator displayed on screen all
the time, you can also use Navigator window using (default [*@(0.0.255) Ctrl`+J]):&]
[s5; &]
[s0;=
@@image:2456&1906
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)
&]
[s0; &]
[s3;:6: 6. Graphical symbols used by Assist`+`+&]
[s5; There is quite regular system in graphical symbols used by Assist`+`+.
Circles indicate code, boxes data, triangles types. Cyan color
is used for global data/code, yellow color for instance data/code,
gray color for class data/code.&]
[ {{594:9406<417;>992; [s0;
@@image:100&100
(AxAAEAAAAPD/AAAAAHic+/9/kAIGvAC7eiCJFY2qp496UuJrkAAAoktRyw==)
]
:: [s0; Global variable.]
:: [s0;
@@image:100&100
(AxAAEAAAAPD/AAAAAHic+/9/kAIGvACreiCBFY2qp496kuJrkAAAIdpRyw==)
]
:: [s0; Instance variable.]
:: [s0;
@@image:100&100
(AxAAEAAAAPD/AAAAAHic+/9/kAIGvACr+gM4wKh6+qgnKb4GCQAAq8JiSw==)
]
:: [s0; Class variable.]
:: [s0;
@@image:100&100
(AxAAEAAAAPD/AAAAAHic+/+f3oABBohVCWRAEF5dKCqREQ4tJKnHqRiHFlqrp7V/EVqIDn90XUSoHAwAAKiybLA=)
]
:: [s0; Global function.]
:: [s0;
@@image:100&100
(AxAAEAAAAPD/AAAAAHic+/+f3oABBohUCaQhCL8uZJXICJcWktTjUoxLC63V09q/cC3Ehz+aLmJUDgYAACJHbLA=)
]
:: [s0; Instance method.]
:: [s0;
@@image:100&100
(AxAAEAAAAPD/AAAAAHic+/+f3oABBohUCaQhCL8uZJUNqLrwqG/AILGqRzYcyAGpxGsF3HBMhEc98eaT6n4ywuc/ieGPposYlYMBAAAU809W)
]
:: [s0; Constructor.]
:: [s0;
@@image:100&100
(AxAAEAAAAPD/AAAAAHic+/+f3oABBohUCaQhCL8uZJXICJcWiHq4FcgMPIajAVxWYDobTYRC80l1Pxnh85/E8EfTRYzKwQAACLNC2g==)
]
:: [s0; Destructor.]
:: [s0;
@@image:100&100
(AxAAEAAAAPD/AAAAAHic+/+f3oABBohUeQAG8OtCVokMcGkhST0uxbi00Fo9rf0L10J8+KPpIkblYAAAFt98ag==)
]
:: [s0; Class method.]
:: [s0;
@@image:100&100
(AxAAEAAAAPD/AAAAAHic+/+f3oABBohUCaQhCL8uZJVwdODAAVxaMNWDFEPFiVYMcxl+9SiKCalHV4zXSUQqhqjHohi3+v9IIY4cAbgUo+siQuVgAADJjm5+)
]
:: [s0; Friend function.]
:: [s0;
@@image:100&100
(AxAAEAAAAPD/AAAAAHic+/+fCoCBgYFUxURqQVZGUAumAjxacElhFcdvNZosMV4jSQtJTiLJyyQFKUlRRkaSGBAAAGFmtWc=)
]
:: [s0; Enumerated constant.]
:: [s0;
@@image:100&100
(AxAAEAAAAPD/AAAAAHic+/9/AAADAwOJihmI10KSeohiCCJGC0nqkRUTo4Uk9ZiK8WshST0uxbi0MBAC+ANqAAEAoCJ6og==)
]
:: [s0; struct, class or union.]
:: [s0;
@@image:100&100
(AxAAEAAAAPD/AAAAAHic+/+fHoABDEhST5IuZGXE6MJUgF8XLilcuvA7AKvtFJpPvPuJDx+Swp+k+B08AADoK6N5)
]
:: [s0; typedef.]
:: [s0;
@@image:100&100
(AxAAEAAAAPD/AAAAAHic+/8fChiQACYXEwDFD4ABXD0yF00lBMAVYOVimowHUKieJPeM+he/f9FsYSAu/QwSAAAhk/DA)
]
:: [s0; Macro.]
:: [s0;
@@image:100&100
(AxAAEAAAAPD/AAAAAHictZJBCgAgCAR7ej/fDqKipmjQ4slmUCrAZ+1FFU4SElylpaSErRQmSppiWUXg+9ygjPgajspvfrr/A4/h/Rul976qtP+PtxpkJwecjxAf)
]
:: [s0; Green border indicates template.]}}&]
[s0;3%- &]
[s3;:7: 7. Definition/Declaration conversion&]
[s5; [* Copy as definition/declaration] operation (default [*@(0.0.255) Alt`+C])
is capable of converting between method declaration and definition.
To use it, select desired methods:&]
[s5; &]
[s0;=
@@image:1983&925
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)
&]
[s5; &]
[s5; and invoke operation (default [*@(0.0.255) Alt`+C]). Assist performs
conversion and stores the result to the clipboard. Move to file/position
where you want your method definitions and paste:&]
[s5; &]
[s0;=
@@image:2100&1470
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)
&]
[s5; &]
[s5; In similar way you can perform inverse conversion (from .cpp
definition to header declaration).&]
[s5; In addition, it is possible to use this function to `"extract`"
functions from THISBACKs:&]
[s5; &]
[s0;=
@@image:1525&306
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&]
[s5; &]
[s5; gets converted to&]
[s5; &]
[s0;=
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&]
[s5; &]
[s3;:8: 8. Virtual functions&]
[s5; This assist operation (default [*@(0.0.255) Alt`+V]) invokes the
overview of virtual methods defined in current class bases (defined
by actual position, to make this operation work, place cursor
inside class declaration):&]
[s5; &]
[s0;=
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)
&]
[s5; &]
[s5; You can select one or more virtual methods to override in the
current class. After pushing the `"OK`" button, declaration of
virtual methods are inserted at current position. Definitions
of virtual methods are placed on clipboard so that they can be
inserted to the source file (.cpp) later.&]
[s3;:9: 9. THISBACKs&]
[s5; THISBACKs tools provides assistance with binding Callbacks of
current class and its members (usually but not limited to some
GUI dialog and its widgets) to methods:&]
[s5; &]
[s0;=
@@image:2271&1659
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)
&]
[s5; &]
[s5; Check the `"Insert`" column for Callbacks you want to process
by method, alternatively adjust the name of method. After clicking
`"OK`" button, TheIDE will insert THISBACK assignments to the
actual position and places methods definitions and declarations
to the clipboard (you have to reselect declaration and move it
to the class).&]
[s3;:10: 10. Layout code generation&]
[s5; There is a tool [* Generate code] (default [*@(0.0.255) Alt`+C])
in layout designer that can be used to generate code snippets
from layouts:&]
[s5; &]
[s0;=
@@image:1903&1281
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)
&]
[s5;= &]
[s5; &]
[s5; It invokes this dialog that provides some common code generators
based on the layout:&]
[s5; &]
[s0;=%-
@@image:2471&1878
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)
&]
[s0;=%- &]
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PJNHBxHN2tM89PRxn5EEJp8ShAFTFEvXp0jxRUkgceeo+fHgIV/rsRm93jW44FGwsj21S1+9cIzItHx78JAzifHE6+EykOICqOIupnTU6X/E3H1tugwj8CwjQkhvL1LPNWD4rYQKsxXiyTaiLNQKsnTlZ8ddup7vwg3FItgnQkRvL1JZr5+0C5p8rv24Ht6d82Rd33e313IWtm7OVcW6F4JtslVrWVsYJcF/kxjJ1c4kqikgdxTRUUcpLFAAAgEtuLFPPS6KgFpAoAACojdxYppAoKAESBQAAtZEbyxQSBSVAogAAoDZyY5na8sZy2C7j387TNUq63EqyIp5OtfS4HzKBd2+7WsPOdmsvKZN+O1RpmSpOF1woyL9kckP5XUVb2oxSJ32KSXXu3VEMmdDJ3mPs6m5Lm5w8/jzz8QrRXXen89xcVBtnolbgHPgmHcBq5MYy9WxTHEBRJvJEDek026Bv8lXaXNytPwyvYwnJY+nBvWIu5+NTOgyFF/LqvMjKdO1HB9t5oqWTGNwUiIneURRxRad0i3d1p8/m3kX+8PB5LmM07falrJoxymF+cqrrp7G6PHUVOZ0A1iI3lqn6k20G36IbSTYe6yHVck5G8cVZx6+brlwWl7nkdipiImO5Lp7iVsSLaEZEoqKF6kzJ4F2kmJ1HunpdtF5wJyf+ce/IlERN4UiU35V3JNYy9jwzMDmd3Op1KtQe3XJ/PE5MLImU5aaaS9PbwXRwDlv2B/tr6AaRCrtTF/JShofJyWM1hU1LO2OmBzJyR/Gn2VUD9CbyIlc3Fzj59zinTBIALCA3lqnqy768fOm5QZ8I/FlK1O2uuDoLaudNL2B1QcavN9f7Uq9Yzev9vq+uMuYSsQv1ffmypM1Nzk3FWsYlKn0hn3iJltjVjUS1S3hXma4QhX3DFTe/It7O6NDEopUsEbyTZ2kTFteUvmRquZxjfc29UKLc8EmvlIq8r7GWTo1AWwQwdqHoiKwpibuLXt20Pru3yVwUwDrkxjJVfQFiU9DFHnOKrYyDRFWKJ1HHfU5MMIXqYjNRcYnqNKb96NjOycwo7OtfqO/Lkyjbjz+1NU+ikhfycZfzbKW88Op6/5XednUxrkT4wVt+ePbejA9AltnTZ0XkxBWk4RL9H1rpJrYIxS4UVaNYnbsMiYpfKD6gSB3l+NVThtjJ18g1AGAZubFM3Uqi3rx58+OPP46MvPm0aeOe1ItBq016Sa8vDhwtkCfW/UxJPVEgL1YZL7QO213X6l36dK9l8kT/k4kTI2MRdzEyniXPpCAXSZSQirnLeZ3G9PbS/PPJnziavlCHL1HWWHxpyZSoyFxW+lN9g9Grm5mohSt3AWtJlLyAbjlXovSK2OHYvp+7aUkOKVQjMY3mXHS+REUvFCEmUamrI1EAtyU3lqlbSdRXX331008/jYy8+bRp4540iIG1qN6hrDC0KiGkxj8Y2z31LhQSTbjlKGyjj0iz+xS8jV7l3YN7M9ET5QfhXaTHc9EzKUD2cp7e1dNjPGTuxvJeOboeuq+qpad9EhcaepaRy17RHUnYsluPs9+q688au5CP7HzoKnF1Z0/U6OyWmvmFuLOjDBPLeXZty1nOOx/VbqfiMjYuUa6lmAanw2HfrXodx/cfJS4kXutbErfplFsOW7YNhs/FqmXiQvEh2f6HrlJXH5EolvMAViA3lqkNzEQZdzLGITdaWwUZPtWNnR4+ybmbhJBEShKnT/dcxFcTOUJB0/3EiWIwkbuYcTtZz6QcExvLQ9wScv1UjM4nYFMc6DkoL8VBSyNRw6fCrGZeSIW7kkyzYVeSvVx8/1I4pMSFQrwUB+0VE1d/3DvXndDF2UkF5DrVftAGb8v1EOjF3urDYUKiLGYbVN+Tlz4hus517lRDTdetjlzI+8Ccbo+0N7lzzNFtGds/n7yQR+9d3l75+NXd8nneRikcCmANcmOZqn5PVBfuOwl4Z0wgXxhsS/NxjkRFTtdniCUz8TY+QudS8RNFixGJGrmdjUoUYeH2nL05j2t3zu9zLfiXBWAtcmOZqv7beXLiRbyJLl31L2NLV1LHFiznRU6358j3Ys7MjjCqLIkT5aXTy3ljtzP7mRRlPNkm3II1QrGdj+GXuRok2wRYjdxYpmrPE2XCfRP8zQRLdBO1u5g2HHorbaM7ZL7tF52Q8fZrv0ueHjaUbxPbvNsPJ06MjCW2sXz0duY+k5KUL/virqa9jizAMaTt4K58GUrO11Q4JACYIjeWKTKWPzcSK4w3prxEAQAAuOTGMlVx7bzY/8Y55N4sfBpZX7wtSBQAANRGbixTN5coKIG3plgeJAoAAGojN5YpJApKgEQBAEBt5MYyhURBCca/ndcngHo6dbmVdDEXd7u1UwbFPRI5KE83+7S9/Es2GeZ4hb6pDJZhIvHuSNeb6TyRjDF9Ie+O9NuuH5mlKnx0y5A5pJy0TTcnvPpkYb7lnHNz518PvnMHUAG5sUwhUVCCiTxRQz7M1gRMXk1TvUXZBN3R5OTxjOWR8sF+TTorLe3lDk75GJsJvOlzRpgNUp3vTYLx8eTksQvF7sir1nc+PjmpRO2jW4yX6Wl54qdr5Ixyu4gVW9k8ZH8CKE9uLFMVbyyHO2YiY7kuiRIUgHNFKFomL147Lzi3w5EovwiLdyTeMkVYL0ZUZpknUeZCY7fZyFLX3rRJPrp5mERPQU0634QiWbtHO/Tmk85h0u7EwcjVh9p5I126l98fT/1nExVivCmvrsM+g3hkSLGzgwv5d6SbneWndsaPySiAsuTGMkWKAyhBdu083VAKjBCkoZdGJKIHw3N74iVadFk6WbHOuE27XrZkJupoup0pUeZC8Tvqe2te7/eRu16GWMwKS8L4ZfL0p9OLa5GZKPELt11FD8au3o/OFq3TZ51Oekl27xVJGbxlxpKZN1ZbMG/GRFFwodgdeWOQb5mLAihNbixTVSfb7BHfLJv4bn66Pm+YjByK4knU7J0oV5coZ2+VKTln1s7MFJDd6TRvISlaubi/3JRE+RdK3FHbZ/vRsZ16uopEubLjR3T54dl7kytRrkgMn0cPxq4eLv72J0ar7AVXmyCQKFHdbupX718oekf9H1pSnSadc80dKACsQG4sU1WXfRkEyn4n//u3b51E4h5piUpSRSG5Z8hVJGr5cp5uI+eazMFwZ7gSE0Qzl8miEtVPH82cibIXit9R22ffVfPPJ3kjS9m2RMnJK7eruiRKr0Ueju17/5EjUQBFyY1lquoCxKnk2kjU5rnKct7yjeUxifpw6M7Si276oFGa+Bb0FHGJ6jp8nL8navSOWtnruu2+kTcxpHB5LoIUF7uONeAv5+k7ahuKX8r5qHY75ZxpG5tOHSHRPUcPRt/21zzrj7qXYvBeZeViEpW4o9PhsO/GfGz+TLshANye3FimbiVRb968+fHHH0dG3nzatHHOiTuUrTbXfdha0MPDS12XLiVRQdW59gSvK7gdExvLY8T3L+WnOOh/GonyUhy0G5BMCoJhT9TQyePeue64tCRSHMgsB8lzzZCCC0Vus+n20flG3gizHEq3G/ZX74fNTt7W8L3ewK7Xzg6Hw7hEiS6MZESX3mIHI1fvd2GFe9DtVbq94MPaWTj0yVvXbfXZevlt5BkmLpS8ze6JhXu3cCiAsuTGMnUrifrqq69++umnkZE3nzZtnHMa34nPEklZkmVMZkhU86fjS8xElWEixQFcl7M3N3PtzvnVXQH+FQAoT24sU9ubifoUSFT0tXdE7jCXjZCoMown24Qrs0Z8tjM3/N6uAck2ASogN5apze+JypQo0++wgodElWHzZV9sYvNY2vO1T4fFuOtuhrmOeeHpAFA3ubFMVf7tvG7X0ui385ZI1Ce7VIhElWHzEgUAAHdHbixT9eeJEmmi5Oan3c5uLM+QKLuXfFAz0RXcDiQKAABqIzeWKTKWQwmQKAAAqI3cWKYqrp0X23rQknuPUCFIFAAA1EZuLFM3lyiAT1PfzuvTOj2duuRIor6s3oy9fxwyUprsSTa5k0wJ5ZTDi6STivXZ5lzadWmXhs7HNntHhqScnE7HQ5CQakjoFKSuao9HD3ZppkyOKZt+Kv6U8pE5pKbSIV2NSy40N+lVDfCdO4BNkRvLFBIFJZjIEzVkj2z1QFSv05bSuoR4rc8bUo5354dl8lRfMOXglFCJ9mnTmLvZy0Nip4vs4p3z6FIyumVza7pPkZzcZjiPHWxuZ/9oz9J5NWNPaRmj6cFXZPGFtpOaiuxPAFsiN5YpJApKMJGx/NwW1VVuoTppF05LUalkpNawGvTD+Sja5xKJEjcS9RmnmItbj++DW/YudrA9RRSg0RIVe0oZmERPXgW3UFF0y/3xODEJJPKY9xVN+uzi4lJOc+9CZ5GFfKTP/sSDGdS4P8ZOl9nNm466HvojzVj79oeTd7a4UHiwO9InSveHNLukEQCUJzeWKSQKSrCkdl50SU54TrzWsPJbOn4S69NZfRufRQhOF2NwMBLVrsHZOaXICmPsYHc7evzj9YvnIsr1hqtjfpm8nVEXV28C7OKVLb3nrRY6v+fA1k5GXZySdX6f3UhM96O/o9TpQpLskLqxdm9NUWNzv+Z19KB3x1TEA9gmubFMVbyxHO4YT6JsUJuDLD8ns1ba+B6RKKs30cki0ef8majw9LREhYPMm4kyA7uKRLmlWvwwLz88e2/Gi/DK2nsnc8i5lLSo5EzUzjcbbyLLqZScO6R0nRpvB1OQWVMW1PNHmixV3Jnj2AgBoBpyY5kixQGU4CKJmvYcIVFamcK6wKk+l0iUOWtqOW9ygTJ2UN9ON56qJUpeYGjpG0VSosSUV3w/trh6hkSFp8+WqPgwEnvFkSiAOyA3lqn6k23KbJsTycXTyTbbPq6dmXyNPp8N2ct5ev9Pj7MvaI5Euc0G4Un0OVeiEqdLCzJ73Z09UbtISzOFFTtob6cZ2+OURM368tr56O4PGl3OkytW4pbPR7XbqbiMSYkS00qegPgX0u/EGlu0z/kSlTrdmehKDS+xFBdfnxuTKJbzADZCbixTJcq+vHv37ssvv/zZz37W/LN5rUbKvnQCNVr2RTKSsTwFZV/KMLGxPMQtNmc3kAebl4IsAbvHw+FRtNFbnvbvT5E+9ek2xUHyi2/xIbnHnSsOQtVd4vA+GGfzaTj45qCzS0ouZcaZmwBALnPth81O4phYqBJbsw+HCYmyyEkluwLmpVLwV8T0+26Ldtc20udwSA44eb/RIbkLdf1Rd5UuupjoLFG6B/XZzWt/SDgUwIbIjWXq5gWIG2v6sz/7s3+jaV73HrW0APH4cSSqUiZSHMBi3J3S1+88+7c0e7ntPuEvNsCWyI1l6lYS9ebNmx9//LG53JdffvlvXJojzfHm06aNc07coWz1O1M77+Ghn6+aU4DYLg4+vPO6cs96NzSUlfncxk7negyy/7En/8wZT7YJy1kjaNuJl+xfkZ3Eep4mQbJNgE2RG8vUrSTqq6+++umnn5rL/exnP/MkqjnSHG8+bdo45zQ+Ep8l8ooOy7rEMwoQh77kX6PTJetck2ImxuD3D3G2VPbFXbZ7vXPW5qAKgq/MPWtzA4Cl5MYytb2ZqE+BREVfe0fkDnPZKCVR9qDVIjsVFUqUbu/3D3G2JFEAAPA8yI1lavN7ojIlyvQ7LLdNSpQegx2LmSCLd+72D3GQKAAAqI3cWKYq/3ZeN/kz+u28JRL1yZpQcjlvOGrcydlUNSFRn0aWIqEDiQIAgNrIjWWq/jxRIk2U3PwkN5ZnSFRsd3h0Y3m3UVx+osfRfpKWqKB/iIJEAQBAbeTGMkXG8gjkPVid8W/n9emSnk5dpiazOVgUqnt0clc6xeacync6pVKQf0lUsgsvlI9XH666Tc18RwwAYAa5sUxtsHae/PZN1omzQaJWZyJP1Olg0l2aJJY2lXdrU/3rtoGpiPc6zATeHOx69VJ/25zksQstw8ugtCCh0nWIp3IiWxEAwDS5sUzdXKK2ABK1OhMZy3VFlYlKc26huljlFK8ScVCYOHahDEwCpcNpQqJ0y/3xOJFRXOQH35tO7EFRW6R/e+o/CtN771wtXS8FJwDAnZAbyxQSBSXIrp2nnOU8sxjnmI+tNSxW6xxdCSTqEkTB3LDUSqq07nG/Gy9Ha1febEk78XjOTq3m7rrdR+a0VFJx5qIAAKbIjWUKiYISeBLlmMEkun5cWqL03idfV64pUa6t+I4iPzx7b8bHIGvaaUWThnn2iu967jkiUc+6/AoAwDS5sUwhUVCCiyTKbGqaWs4LFum2IFHyAn1LJAoA4CbkxjKFREEJspfz9Oalnvf7fg/51MbytsFwcHg7TyTC5bnokKTNTCzn6eu2DcUYzke126m4jNmznBq+sue4RJmzdu7KH8t5AACj5MYyhURBCSY2loe4BezEBFQyxUEvV10Sg9ajZOqDqT3ksxxKuStv+2Gzk7e32+5U0g0PhwmJimwMl6Xhgh6d7eayC+8gDgUAME5uLFNIFJRgIsVBWVo/We2rbKnltnWp6fECANRKbixTSBSUYDzZZmHWMA47w1TiLkm2CQAwg9xYppAoKAFlXwAAoDZyY5lCoqAESBQAANRGbixTSBSUAIkCAIDayI1lComCEiBRAABQG7mxTCFRUAIkCgAAaiM3likkCkow/u28LrnT7unU5YASyZJM7bzH/ZCxvHt7+KCzRekEUF7yKP22S9CkE0btnw771yL3lMk0ZavGDKd0pzupPtu3/SDFz5DVMz74fGSyKv3dvqt9aXBuJqwFnHPTzwv4FiEAFCU3likkCkowkSdqSD/eeojJq2nzkLc2ZVJrioPaOCJpzN0CMU3jp+NZl4kZ0pjbrobLiVTnzen7venTvBap0UX72OCX4aWUum6GqUt7WyXhFfmsAKAkubFMIVFQgomM5brIiyx+J43FEJGoaEG94WAjNmHRvXgtGF+iDoe+/2YYTwdHojz7ig4+A5NR6nCakCjdcn88TkwsiYTpe91J09vBdHAOW/YH+2voBsOnh5OXl11fOpgxc6opdyeHCdedyafpAkAAAKuRG8sUEgUlyK6dp5zlPCMtsphLv3ZmyhCbrltf6hWrm0R6tHNQQ4tZEnU8t0e6fkSlY388lyLWwsIVN78e387o0G68uLBdJRP19NqztHaKa0pf6o56S2zmbXomKjrOIQt8f7qswuxVZGYuCgDKkRvLFBIFJfAkKm8bTWtTg+GEM1FxiepMqf3o2E4TLZOofgtWc6KQqNhM1AW4YuL7hPzw7L0ZL6zsTAiFvekCx64vDZfo/9BKZ5vMl6ju3fBHd75b98+djOo8buxeAABWIzeWqbuWqP/pf/lnfgr+jPxqLpIo4U5zl/M6U+q9qPnnk6M9syWqudzJ8bToCuMlrCVR8gK65VyJ6o82r4/te3vWBRI1toEciQKAcuRqhrp3iSr9C3m+ZEnU9HKe3mjUYwxn7sZy/ZU6NXx7TghSjkT1RCXKnwELmPWFuLOjNhPLeXrYbUNxC+ej2u1UXMbGJcq+cBqcDod999XJo91RJbvyBzotUSOLdiznAUA5cjVDIVGwDlkSNR067Yao9qdXGp1kwKY40KrjpThoaSRq+FSYldxSJXawuykOzKW7EaYzJIxvI5+bVECuvO2HzU7eNu5gb/bhcJiQKH8P+HBIdt59IBfajNaeu/1MKigSbfqVO67ccZrrnIeNW+YxRAY1dIFDAUApcjVDIVFpmv+4X+nX8hzJk6i7D57nYWP1Wp3fycO7978GAFA3uZqhkKg0SNQlZEqUP8txb6xhB3Yy516eHMk2AaAouZqhkKg0SNQl5EoUAABAWXI1Q91Oot49NFLy8M498vLt97lDziAtUWYj89iOZiTqEpAoAADYFrmaoW4qUS9fvpQahUTdM0gUAABsi1zNULeVqLfv3r603oRE3TNIFAAAbItczVA3lqjvpTnZl91SX8cwUaWNSx/7fngprMscctcIJb5E6e9vd7XGAokKPkWiLgGJAgCAbTEStqKom0tU7EW0zS582b3ulclxsdR8litRNiXgkLPGkajIp0jUJVzy7bw+AdTTqUv3JLI7mtp5j/uhjvBrN0+UztTk5YnSb7tkR+lET0NSKT9PVH+6k+qzfauzVJmfLvdUrMCfGI/tNji9bR/t06kPKNKExp9SPjKDVVBB+FLmpsdawDk3z/3MPq/6jUe+bwiwKUbCVhRVQKK6l60KuUd2cqpJ+lXstZ2GGpuLciTK+Qp9sJwX+xSJuoSL8kQN+TBbPTCpwm168FZU0mVfohnL3ZTjTeMnW4Z4yFjulcDzM5bv96ZP81pmLJft254P/hUfRUbJJ1u/z796tE97sLkjkWg8fErL8PJMXTft1KW93TALVuRSl16dzFcAW2IkbEVRRSSqc6CHd9KIeg36Xm+ZmiNRyVU8AxJVkIsylusiL+/3MpF4pFDd3Np5pgzxbpjCEm3mlX1ppKjrvxnG02GiAHF3rtvtMLzwWv6RaJ/i3kX72FPKwKSZkhXxOnxv0C27le7RiSWRRd1UiGl6O5gOzmFLOxW889fWDycvCbq+dDBj5pRY7k4O8rqLq8uLi7sWF9LFBKNXj/Wpx3/SIxcPj8kogK0wpRU+qoxEmamk7oj5pD04T6K6qavJXeks5xXkyrXzVHylzFnqOjjVgU3XrS/1DtNNIj3aOaihxczaee2Rrh9ROy9cubM654iQGfy0REX6NBLVLuFdZWJDrIWFK25+8bud0SHHOkLs4pWop9eeZYrN2GtKX5Jl9YK+5lc67voZUsP3p8vSzPL16XSyx8Kay4LwUKrP4UkOtQGd/ydjLgpgI4xLRYgqJVGDRll56pTq4WHmTNQnd0VvznKe8v6HOthYHnyKRF1ClkTl7W5phSRZgDguUWYF7djO3iyTqH4LVnOiV4DYmzWyncv5rktnouQerSvgqoEf5uWHZ+/N+ACcCaGwN13g2PWl4RL9H1rpbJP5EhVUOj47s0vR6aldrkSl+gxuSzyTK/3WAGBtRsJWFEXG8hD9v7RI1CWsKFHCneYu53Wu0ntR88+ng7vre6ZENZc7OZ4WXWEM9qW7w/OJS1TQp930vmTlLmAtiZIX0C3nSlR/tHl9bN/bsy6QqLjWyB3p8ZG4jb1D6b3iSBTA1snVDHUridqlyR3zfJZJVPu/wt1/C5GoS7jycp7e/9NjDGfuxnL9lTo1fKlNCFKORPVEJWo46MpSbHgeYxIVu1Bzd3LwsR7nfCHu7KjNxHKeHmH/r4b4pPl3RMVlbFyi7Aunwelw2HfLa0e7o0p25Q90WqKia2ni3r2y0HGJ8q+eXJ9LShTLeQAbIVczFDNRA3KSfvhPHhJ1CRdtLA+xG6Lan15pdEIAm+JAq46X4qClkajhU2FWckuV2MHuTiWZSw87nVIZEnbtWmGs5fuzSHHgKJZ/9SDFQXvcNBNtRjxqblIBufK2HzY7eRupg8Wvw+EwIVEWsw2q78nbDB5dUDt3TqOCrUqmX3/p3R421xm2NNrHEBmU6LC9c6NGTpfpq8f6PHvb0p3B41AAWyFXMxQSBetwUYoDWMzZm1y5duf8lvLgLzbAlsjVDIVEwTpckmwTlrNG0LYTL/yKMiHZJsCmyNUMde8SxU/Bn5FfDWVfAACgNnI1Q921REG1IFEAAFAbubFMIVFQAiQKAABqIzeWKSQKSoBEAQBAbeTGMoVEQQmQKAAAqI3cWKaQKCjB+Lfz+nRJT6cuvZIo5WqzPx1tHRaZJ+pJV0QzVfYeuzSVQf4lcVAXi+lfy5Ymc1Rw+pCmKTHObGRqp6C07qXMzRu1pNt5PfMNNQDYCLmxTCFRUIKJPFFDPsxWTmT+TOlIQx2WWEpwm9+7bTn4kin+oqJVY5zM4ZEc5jKRuE1mHhnnQrwETNfNx5TRW2YmqHmtyZUEANsgN5YpJApKMJGxXBd5saXi3MIrhgmJ8gnsSF/ow2E3XpI4Whc4Ms4sTP4lWSquw5cTpzr2+PSPTbB9OBz6Z3ZsXwaJnkQi8v0+krTbyTmua9552by9cYq83c7k03RZHwCACsiNZQqJghLk1s4zVeQ8ZOUUu6AmlvNcm4rYUdPz437vLsZFJSra4QWIMrjhiptfFU5/OtQ0SWObitTl7VnGiMLSu7IkXWwmSi7HeUtzqSp7fqli5qIAYAvkxjKFREEJPImyoT9BWqJGK/y2NpVZazjRLD4TdQGurfiSIT88e29GJCqxGBcrAewWz4tfLDgYfOoNzZnIkl7cWXJy2AAAdZAbyxQSBSXIlais5bx4g66XbInS100vES6kvETJs+QMUryH1ojCD72bSE4nIlEAsAVyY5lCoqAEuct5ytUYs4UpIlF6n5I+67KZqJhEpabF5O1Mf23t7KjNxHKeHk/bUNzC+ah2OyXPlBUIzVONSZTQtvgynDum9rxjKGCuVaUX7VjOA4AtkBvLFBIFJZjYWB7F7nRy8xKIFAeP3XTJo0hHYOav5O6pJ+EGXssgm0F7PDw4KlFzkwrI9bT9sNnJ29s9GJHYA344jEqUs6gmd4vLztvjzoU8E4psDe9mC931udjKXaJXHAoANkFuLFNIFJRgIsXBpjm7unH1zgs9pwsufEe/XAC4a3JjmUKioATjyTa3zRrKYGd4bv+QohvQ8zq4k98sANw7ubFM3Uqi/uM8cscPG4WyLwAAUBu5sUzdUKImB49EPR+QKAAAqI3cWKYqkKhXr1798MMPKiJR7x7sJtWXb7/PvbmZNFfJ7/z7ty9nnNW2eni36AJ3DhIFAAC1kRvLVGmJ+uabbxpD+uyzz1Rcogb7mOcs85Fes5rjNIO2w0ejHJAoAACojdxYpopK1MePHxt9aiTq1atXalSirq06t5Aox5yaizy8u/41NgsSBQAAtZEby9TNJarxpT/96U/96y+++KIxqBcvXvRvZ0qUXeQbtKT96OHh5fC+nbSSH3cnvn0Qi4JilbBt0jV4N5xltcfvx3tvxuO3+2TPF27GXJTL+Lfz+rxMT6cu+5PINvRkKuIdTQJzcbA70BW5616bhFF9YiVRUO/RZs70T5cpoUwyqCBPlJec0xK0bLvt6+7ppJ1Dz9GW6XvPRiarkvmhaqbwOPkWIcCzJzeWqdtK1Ndff90v3jUe1S/kNRinylzOM5+2UqQ/FN717sEqk/EpaVZWz3aip6BB348/laQbJKeYvA+YinKYyBPV5sAcUmhKWXrSpXUfh+Pi4HBK13K/NyVgTDZym3K8Pb1/HT1djdTO8/oM0cnMhx50QvXmQvoUnQI90TJ67wvxMjsVyzCVyfJxzk+iFW9JPiuA505uLFO3laiPHz++ePGidye5kNczurFcGIg9bNRHC4+dFnInmvzprNRynn4d9tMdER7ntIxNMnnWxFSUw0TGcl265f3eSk7EKNyDUkuMk0QkauJ0dY0CxEEPjRo1R/yCyLGW4b1nYbI6HU4TEqVbtvVcJqZ/bBbzw+Fw1C6qU6PLtOr7/d456LY87M0YgtNT4xQp2Ecnirwc6n0fw8HmjX0Vb6n7YDIK4DmTG8vUzZfzGo/6/PPP+/96mYW8ntHlPE3/hbfhVVSivAmfxRIVmTjq3cpdzvOOy+syE5Ukt3ZetFydf3CQok5LdCk9O2sklvPMwlnsdJWQKOfcKSI9dOt04enxcn4LOdtKzmHtGb8en/70uN+NVwe2TW0ydvEb8y5q7EVfza6SOR9HTo+PM1LXL337gQr2Q1aep6fmrJiLAnje5MYyVWhj+ZdffikX8npmSZSzFylqRN45iyQq0s+AVjd/bMFME3uixvAkyo+jAdkSpRfIIktvejooU6Ium4mym52mWy7GVQNfCOSHZ+/NyBiivuFuHzJNxOGTrfEXpjxPnB4dpzNrNO7aCTUaOnGnOpMSdUWnBYCtkRvLVLlv53kGpWZKlFlpa/eSh0bkrsQll/P0kmC6gd+Pv51d7IlyjjsD5dt5KXIlKnc5r33fTUZF9y8NLjRnOU+3iawGjg43vpwnN0elWl5ApRIl2/UHZ0tU3mbvhBq1ZrTfI1EAMEluLFOl80RJ7i1jOXmi0uQu5ylXYz4cdoMvxTeWH3Wz/WMvUXqjke5Kt5zcWB6TqOi0mIunRs7G8tfeR/Oidrg8F0G6gV07G0gtk7UNxRjOR7XbKddq7C9H/6YcRzI9xyRKuJy9aPz02NucBTbZv9wV1b1ynkesZe7VAOD+yI1lquLaebsYuTdYFpOxnGkoj4mN5VHspqZE3gOb4kBmOdASJfIJiAmosRQHpnF4cESiGsHzmg1DGvZo2ddhyzSzHEq3G5bO9sNmJ28jtdwH3jc8HEYlyllUCzeG6x71EbuLO9zGLS3GH1BinIkOJm4/NSQhed5lhoM4FMBzJjeWqVtJFIBkIsUBeNgd3et0zrNv4S8hwHMnN5YpJApKMJ5sE3zWCO92hocH30GyTYBnT24sU0gUlGDzZV/c9cHZq3JwMcEX9mat8wEAzCA3likkCkqweYkCAIC7IzeWKSQKSoBEAQBAbeTGMoVEQQmQKAAAqI3cWKaQKCgBEgUAALWRG8sUEgUlGP92nq6Q0iVxiqaEOooSLZE8USZJVPeRSWCuWz7azJljeaLMLvEgT9SQOTMxzmxkEiiZYqlmMsbJt94AYCPkxjKFREEJJvJEDfnDWzmRsvSky+A+DsdTGcv3j7ozU/bFphxvT+9fz8hYrpEZy20pmcg4FzKatbte5o2T/EsAsA1yY5lCoqAEExnLdZWW93srOVm180yl4IhETZyuMgoQh+PMwmRqOpwmJEq33B+PU6nLbSruw+Fw1N6o0wLIdOVtQTk/T5TIY77fh9nJ/Sklb5wi/YDTck5ZHwCA4uTGMlVx2Re4Y3Jr50XL1fkHBynqFKirPqzkrJFYzjMrd7HTVUKinHOvwNlWXQ5ruvh17vSnx/1uvEKubWqTnIun613UlJfTV7Mrb87HkdPj4zRj84oaMxcFAFsgN5YpChBDCTyJ8mNzQLZEqWHWyEqUQRfUy5So2EzUBbi1VnzJkB+evTcjEhUt4OJuSTJNYsWC3dp7QVHh8Are0Nz8l+K8TsSSwwYAqIPcWKaqlqi2cq9haQnfppOXb79fdm44mK6rYVwUFV5OrkTlLue177vJqIhEab+atZyn20RWAy+jUomS7fqDsyVqbAM5EgUAWyA3lqnaJUr7z/dvXy6UljkSNbONHID3FvLIXc5TrsZ8OOwGX4pvLD/qZvvHXqL05iXdlW45ubE8JlHRaTHvdqa/tiZ1xK6dDaSWydqG4kbOR7XbKddq7IPUT9VxJNNzTKKEy9mLxk+PvU0v2rGcBwBbIDeWqa1I1PIJJSSqRiY2lkeR5eqieQ9sigOZ5UBLlMhRICagxlIcmMbhwVGJmuVQup3Zxd3bkTjm7wPvGx4OoxLlLKqFG8N1j/pI00LmKnCubroNT0+NM9EBDgUA2yA3lqmtSJR1lvbgw8PLfjXNLvhZo2knrcQx00nXtm/mNBGLhu2n3ulyMEjU1ZhIcbBp7I7udTrf3nO6o18uANw1ubFM1S5Rjt+Yg8G0kTGlVoHcT/uP5HKg42Z6k1Noax5I1DUZT7a5bdZQBjvDs8GHRLJNANgIubFM1S5Rck+UmVASlmQ9qzsY2TrVtn8pzcpONRk78y4UXdtDoq4JZV8AAKA2cmOZ2opEWT2K7jZvXo1IVGdR5nBCtKQ39Z7Fct56IFEAAFAbubFMbUWiojNRkUW81HKed1q8jURrmWyDRF0NJAoAAGojN5ap2iVq56zWDQed6anuw4eHl7JBdGO5WKiTK3q6UbDNPJytQqKuBhIFAAC1kRvLVNUSVRVI1DVBogAAoDZyY5mquHbeLkbuDV4PMpZfk/Fv5/V5mZ5OXRKnoQSeze/Uv346hTmd2lxPwcE2T9SHg39kyBDlZOAc3oZXX4ZMFyWTMVUN36QDgGdMbixTt5IoAMlEnqghf3irMbaenckorrOIe3VeTGE7mV3clH2xB5vOdeGTx/3eZCyXr4OrL2Q0v/fFrJIzipxOAPB8yY1lComCEkxkLNdVWt7vRW7wxm2agyYJuTjZqxccLRYszEq3b8Tp0Pz0M137p4OWqOjV52NyOh1OExKlW+6Px7Ek50Mzm108SC4eTU4uqrr0b0/9ZyJL+TBI2XhWCR4AgLskN5YpJApKsKB2nhoW2sJCwKFEOZVc9EFR2MXMRB3P7VRVV6p4siLeLM62lnJY/cWviKc/Pe534/V5+yToypPNcCZKlid2SxV3gzGV9M7m6kN2dbmKx1wUADxXcmOZQqKgBJ5EWZ8YRe9W8g7PnInSe6K84sLt4t2ww+pyiXK9xtcR+eHZezMqUcpMMbnzdZ5EySJ37mRUsNdJnzv84UnU1GAAAO6S3FimkCgowRKJ6pfz5OYo/UFUojzMQbtIp/dWfTi17yuXqFZt9vtxiRrZFo5EAQBMkhvLFBIFJchfznM2lr92ovyYRBk1cvZE9V1pifJaJkcwtm9JI8WmPWF0OU8Pu20obuF8VLudkmeanpwubQ/y8/gI8ySK5TwAeJbkxjKFREEJJjaWBwyLcSLdQf9a5i7oFShIcdAeN80ibZx+IlNYYoizUhTITdv7YbOTtwt8EBa7+nY4HNISpZvZDeHelnF/X7i33dxd5Bv2RenXw3YscXM4FAA8W3JjmUKioAQTKQ4q5DxswV6r81ruvvpfBADAauTGMoVEQQnGk23WyBpyYWeNqrl1km0CwDMmN5YpJApKQNkXAACojdxYppAoKAESBQAAtZEby1QVEjXUoutpq9N9//ZlX6Xu+WCfwdol+ZorlX+2SBQAANRGbixTtUjUgrBehQxch1YatTt9//btuhZVxXNDogAAoDZyY5lComrgprdSxXNDogAAoDZyY5mqVKLMkfbFw8PLbpGrna/RK15iBXDt5a9b0N6ObzbydlOH7AHTqHt0bx/s2qh7avdZjRIlv52ny7ucnnQep77F45Dc6fD+eHh/7hNGdZmdzEc6+eTTTuZ96t6KREztiftjkFFqSOYZv3o+MrGU/h5e9dkD+HYeADxjcmOZuq1E/e8//LP80YedPVGdDEiJ0iG/een4kq9eXucFf/KfwCdjOY4LfT+87F6FG8XahyNsyj6x4aj93L7qLmO7uf0T6JnIE9XWs2uUptUYnVS8ea0zYbafajva7x/1eW0p4aGlLezy2iQn3+9ttZd9mMbcnB69+kK89E/1ZINKQ54oAHi+TAYvD3VDiUqH14mZqOEjL/zXsSwVMmIR04LR3WNrO2KKaVAruW/KNrZHtGPKx6JfNy3to1r9uc3xqImM5efjYzdxFNa5c2kLvphCw4MFRYu5NAcPh8ch4fn+6eBIlFeqOHL1LEz2p8NpQqJ0y/3xOJEOPWjZpxrf74M0UzY/eX9QJlA/dZ8F+dLdLFUzSvAAANwnufFO3UqiRgPrPInq6OUisIW6iN7szCmawYymlCk8Uo9EfZpxs7m18xKF7bqqeY3zDHbUSpTfsneq7p9tg66xKKg3We0lk7OtpRzWifFr5+lPh9orM/qULW0dPaug4kGas/SLIeV6v2AnSx575Y+ZiwKA50pusFM3lKj0RTIk6pM1gnol6lPsfseewLu3+kbMsly4S2pyOc+s3AUSlV7OW48sibKWkMBojy2W154wlB7up5ImJapbp2snl7yqxP5M1AW49Vt8HZEfnr03aYlKtRTbl05D6T13R9NwYqzWsFtPz52M6kQs+84BALZPbqRTG5KoIJPScKDKjeV5EiV3hUV2kft3vItsLA/F6VP06d1sY/l1JcpbpNPaM0hUPxk1sZzXHfxwOinlS9QV2YpEjW0gR6IA4LmSG+lUFRJ1h2RK1B1y3eW8bru43vgdSlR35HF8Y3loVq5EJVYMnUFOf71OGo9dbxvwl/PkwpzwlvNR7XYqIU5yOS+QKPtCXC4qUSOLdiznAcBzJTfSKSRqHZCoLImaFbi7xTixlufuaGqzHBjLclMcmAQI3Vl6QbDdXv7aSXEwvo18lkPpdsNO7v2whUkcE2tndk3tcDiMSFSspT7StHLSJ8h1Oi1Lw+thP5W5D2dQ9mo4FAA8W3IjnUKi1gGJypOo+kP3ediXvVbnM+9+fsuFVP+LAABYjdxIp5CodUCiMiXKSbZZI2vIhZ0LmlzMnN3y4iFV/VsAAFiT3EinkKh1QKJyJQoAAKAsuZFOIVHrgEQhUQAAsC1yI51CotYBiUKiAABgW+RGOoVErQMShUQBAMC2yI10qoRE/cd55N5LVYxL1L/7z2rOz22HfGWQKAAA2Ba5kU4VkqjJG7l7ifr//nXi57lJlPx23r8c913Wpi7d0+FkjuhUTkMaqMe9k+ipz/JkWuqfIXlU2OcyZLooJ0PTRT3lf6z4Jh0AwJXJjXRqMxI1p1LezGp6N6rAO3JkkURt/glIJvJEDZnGW+ExmcZlhbsPB6tMOkNm03hoIPOQD7VgEn0uw0vVtDxz01TSp6meyekEAHBNciOdQqLWAYm6KGP5+fjY5eV+v7dZxI1EtYnKdWOnVouu7RIvKxzrMwOTqelwmpAo3XJ/PE5MJp1NJZbhhNSFRB5yZ/JpRrkcAACYS26kU0jUOiBR166dN0hRo0DRKngtXRli5ZWDuQpnWyE5XGXzK+LpT4cyK+PdDrVaDsM9RS8kyxN7pYqZiwIAuB65kU5tWaKaQwMP72ybd29fdsds6++HI7rd/UjUtp6AxJMoqw5p+pp37T4oYREJiYrNRF2Au+zmi4v88Oy9mSFR0rWiF5Ll8PzJqM4+L7gzAACw5EY6tWWJCj7qnKJ/2WqDOahPfPfQvbofiQo+qvoJSJZJVLAPamw574qsKFHuvvT4hUY2kCNRAADXIzfSqU1LlJ2ICWyhe9NOu9hJGDMTc0cStaknIFm8nNeidzcpV6LEpikrUY5lxZj+Epxy5aY9YXQ5T4+tbSgM53xUu51yzuy7lSIUv1B60Y7lPACA65Eb6dR2Jap1g35xqnkVKoT+2DZLd7UCt5CorT0BycTG8gA3xUG/6+nwof3Cnchm4CZDeO2mPkgwy6GU2O7dtN4PC3DimFhls6tvh8NhTKL0pd1ECbELeZc6iLk3HAoA4GrkRjq1XYkyB5x1K93ImoM4mOpqBW4hUVt7ApKJFAc3ozWe1b7fNpXB4GJwKACAa5Ib6dSWJMrSGYBepnr58CDmYZo3dtmqR65nbXs5b9tPQDKebPN2rKEhdtZo5Rsi2SYAwFXJjXRqMxK1MchYTtkXAADYFrmRTm2kdt4uIPdObwy185AoAADYFrmRTpWQqOfAuEQ9B5AoAADYFrmRTiFR64BEIVEAALAtciOdQqLWAYlCogAAYFvkRjqFRK0DEnXJt/P6XE9Pp9PTkP2peyFyLrV5opq35+Pjzi+TF+SJaj8KDh4+xC+0EJltyk37VAd8jw8AYAa5kU4hUeuARF2UJ6rNotl4Tus2Q7nh0+Fxr3OPy9d9TvLD4VEIWPfR6amTrmga8/f7QaIiF1qKlxNq7RRRLRl5qMgoBQAwTW6kU0jUOiBRF2Us14Vd3u93VpwaU9L1hZ8OVqI6IxqUSfboHYlXJQ4vlIVJCdXWER6VKN1yfzymc6TLbOVdYeIwC7q5KS9duu5QVCt2Jp/mFNYBAHjm5EY6tZEUB5tjXKKe5xOQZNfO64oLt77UaM/hZCvidW+VCuwoIlH+wt+lnG3Z5LB4jF9QT3963O/GSgbrlkMidbMMdzrp2xUpScOZKFny2Ct/zFwUAMAUuZFOkWxzHSYl6hk+AYknUVYyUnQS1a2+tVNGRqKsTZ0O7nrcvJmoC3AVxncU+eHZezMuUV3T4Q8tUWJ+aTciUbKZPxklyxwDAECM3EinKpOoV69e/fDDDypQCKfkSV/qJFm2xKtpcosSJyFXl6g7eAKShRKl1IfTUGVYVCLWP44kxCXqitxOosRElrNFPJyJGtlAjkQBAEyRG+lUTRL1zTffNG7w2WefqeQ8zBwfqFQhrjQTteEnIFm2nGfeDRKl1/J63FmmMYmy81fJq834ep10mPaE0eU8PZi2oRjY+ah2OxX6li9RuoVTL9l2ay6fXrRjOQ8AYIrcSKeqkaiPHz82+tSErlevXql7VAgkSjKxsdzDpDIYtj/JZAXewX7Nzn5qVv3cFAfj28hnOZRuN2zs3g+bnbwN38HO8MPhkJSo4dzmnGHrlB6I6XTfXmbnuJu3budc394DDgUAMElupFNFJarxpT/96U/96y+++KL5j/6LFy/6t3MV4vu3L3XAeHgXbWPedi/eDe11i+hB2W3fa9vs4eGlvcgUt5Oo7TwByUSKg7Kcnfme63de4EZrerwAALUyL75ZVDmJ+vrrr/vFu8aj+oW8BuNU8xSi3Sg0BPU26AtViCuEtgSncfSgVYzuVdssazbnVhK1pScgGU+2WZg1jMNOEJW4S5JtAgDMYH6M61HlJOrjx48vXrzo44pcyOuZpRBt0LcTI81n3ZvReZjvxxoPB8Xcjp6JyV4Ru5FEbeoJSCj7AgAAtZER5DpU0eW8xqM+//zzPlCbhbyeCxSiORptI881R2MH3W4j151BUYmq9AlIkCgAAKiNjCDXoSrYWP7ll1/KhbyeRYtZw0u58iRaiMOOV4wejF93mkLLeVU/AQkSBQAAtZER5DpUBRLV4BmUWrKtWh4Xy1HOUlW/Ndrfgx0cdNezal7O29QTkCBRAABQGxlBrkPVIVEhK+TrjmrAWl//rzJjeeEnIEGiAACgNnIjnbq72nm7BMUVYo0nkLjTFFVLlPx2Xp/W6el0etJpoPqCL693Xa1hnehpyP50OJlTXnc5lV4H+aDc1FJNJ8Mlh/RTfkG9/hK6WYIg91TXSWyc0asHp3fHo0OK3ZE3/kedSjTy6BYhU2XpbxYu6W5uyq1rnKVHertxXrN/vkEJUAG5kU6VkKhCVCRRhahZoty0Aq02DB5iEpXbhOQiUbnIUm5TlIuE5E0PQwObsbzpXFyqbXxw0qG/37ei0hY7Hv13TV9luK4ZSXSc0avLJOrycuGQJu6otSnRf/DoluEltFqc32rZiQvO6qvjzDoxlq1r7QReU/2TywugPLmRTj0jibopVUrUTbkoY3ljBZ2Z9D7TE5UT0/LDwbZ0qrroejHCWJyKMJ29+DVilJqWKHMB79wJiRLtUzWRwyFN3ZEg9ugyMPmsDqcJidIt98fj+CxLc+LBtD2Lc/sbDF87V9cfn/qc78NlbAb44Bc37UJeUnlbUicY5+TV3SI8kSFFn6fIX78Xo50ufgQAK5Mb6RQStQ5I1JVr53lLcu5U0uN+708uyTWv7qP3csFLOthQNSZqMnMIJSoyzujVdfVk99KxIUXvKL0cuRRR6ThcfvKrAepPhwo1adoGRohihZSH1+mrd2+7Nua008n4jPc354KZqMg4I1eXJaTl63BIiTuy9+6VXGQuCqA0uZFOIVHrgERlSZQNNmniM1EdnvAkJEqLTXSGxy1wHPaZZuZMVOTq0Zmo6JDiEqXEkakdXHNwzcKP6PLDs/dmQqJErT+pH1oF+xcjVw+3C4m5IF+/r7Gcd5L1Db2ry0vL64dDSt6RrLkoR9H9v8Tk2AFgPXIjnUKi1gGJqkWigsUvuc5l3cbVm7DPNHnLee7VIzNI0SFF7yh+0Qu4qUS1x4d5HVemIlf3JUrM8ISCtbZExXeAx4Y0/jyHs7y1PyQKoCi5kU7d3bfzKuE2386rmRWW85ZIlDnL2ZVkvgon+vE8ZMU9UXrWSErUMObEkCJ3pPc+zRztrG+fnR2PmFjO01dvG4qRnI9qt1PyzJScdO+Okbmp4OoRibIbmZbORA3XtVeaK1EpHQqHFL8jcXooUSznARQlN9KpZ5Qn6qZUmSfqply0sTxAJwSwqQOG2Rjx9f/wiNmVZPYp9SripBdwGrR+4swFjS6Tye1Pbs/OOGNXP7z3Uxzsno56j5M3pGPkjsSGKHHvSeZ+g18uNO2HzU7ePuxg9epwOKQlajhZ9iOG4SlQ5Oru4pm34bs90rYzFiTHOXG3toeuz/g4E1d3H4nc9eQPafJ5ylHiUADFyY10Colah8US9erVqx9++OEun4BkIsUBXJdzOGFz1c6X/urWziqwKfhXAKA8uZFOIVHrsEyivvnmm+Z/Tj/77LO7fAKS8WSbcGXWiM92QmXB7y21tfoZQ7JNgArIjXQKiVqHBRL18ePHRp+aqPLq1au7fAKSLZV9cRfOXrvrd1AvwffosDYAGCc30qnNSFSXWPvtQ/+fQZNi+92D/i/jUDq3a/ZuKJ7bHDN1dG1Wblta15bbvTozJarxJVN8+YsvvmjG9OLFi3t9ApItSRQAADwPciOd2pJE6ZjfvvSiv6ld0jULXopTRJWTdw+r1DsJ7jc80j+Br7/+ul+8azyqX8hrME51f09AgkQBAEBt5EY6tSWJkrMvVgP0RIzxhlgz89pOwqw7EzNHoj5+/PjixYt+IHIh716fgASJAgCA2siNdGrTEtX6QC8Bzav5CrHiGpZh5nJe41Gff/55rzNmIe9en4AEiQIAgNrIjXRq0xJljrViME8huokbdw1LNrsaWRvLv/zyS7mQd69PQDL+7bw+29LTqUu1JHIuPrml4mztuZPe+70//ouff6lvbM61qZZyTo8S6TM4vU0z5VTTG6/PkiqHJ44/7kUyT/dg7OrdIJ20nO1bd0iR9FmymrN/d+J18DvKxi0q1///BFu/y5MqiZjxO+L7hrBBciOd2rREmaWplw8PM+dhPrnrWe2UTHmJavAM6i6fgGQiT1SbMHMQAJ1Gsn1tisppFXGyhfdZu3Vy7+GjaP7wRiFkm1mnR4n06eQhN4nE7cFm8FPxpx3Dwant8t4RpyAHe/Sgufrp0CiWrcenX4tbs0nUwwTsfktbbzf8HS3EyxZ1i+RRF+S2usLp28BNL+8y7/7JfAXbIzfSqc1I1MYgY/lFGct1TRNbac4tGOepTo9b+iSQAVlRZegt5/QokT7jZYWdsi9TPXcj8cYWrbKXPOhcvRlYo2TD5FujZzGJsteKDU//OowoyoOyGmAGJlPU4TQhUbplWyNmfArE5jTY6+z1+oS+k/7WvBTs3ef9xIsYVN7pUaJ9OsP0U7A3rfvPxtxD3mXs6GFvHmDsYHB1J2dX96E+3vypG3sD8qsCeg9HlARiMgq2RW6kU8+sdt4uYI2rfKJ23rVr5zkVeNUiCxLCs8TBokT6FKuEMYlqV8HG/+9c9+mIUHSZL3YwcvXuWbV31/VsxhnWrBm58easx/3UyOcjyvWGBWn8In3609QCk0b8JXLOilXEi0wleeuKQ1ezT08NKehT1stza+d1rbs24wthp5PRISFh+qUoOxg5GL26flxDXvvhtGE43gPp8e5fjtcZO3NRsDVyI50qIVHPgXGJeg5kSZSNeQmuI1FmF5AODVeQKL/P1EyU32z6Tt3JN3HFYFeVOBifieoiYy9LQqLkcp7xqOSNz67IPM3Zn8hIStTZezPy9FzxMCfmSJQzqL63iyXK7zPIAJrQjzSyh2g5P1m52TsYv7q+neEPK1GRB9Lj3795IN6T6eRrxoMCqIXcSKeQqHVAoq4rUVdezou1uXQ5z/YztvQ2ufjllD+OjSG6TcscjFxdP7oPp2FDeCBR8vE6u57cfVn3LlGy82tJVNhnWpVmSZSYZIufEH1K5mDqlAslqj3Sfu4/GCQKtkZupFNI1DogUdddzktsLBe7dHyfmSNROadHmZIoscYX3cU90eHgOXr3ke6/Oz16MHr1uH86EiU2O10qUeHyXPQ2pZtMLOeJDTYyIp+PardTXpgPOzFLXs5qoO3WXL7v3l8dm3168mEEfSaXuOZKlD5bVJUWfTpjGz0Y9BlIlB28V9kyIpHtWUd/LzrLebA1ciOdQqLWAYm6aGN5HD/FQepgbLePSEfgydKs08fHY/sMkgy0PZgORSaBmJCYxcFhT1SQgaH7GcTmHDkYufox3ufj3mmWyM+gr9UtBTpH0s9kjkPpdsNC037wE2/H9l7fqNkcfTiMSdTEOpe3L91czHpI08J04DjenNMTdznapz3qLrONu5S9dPvg5MZ37zrRg+Hh4f2wi7x5wuLe/J36id9Rj5A6eykcCrZFbqRTSNQ6IFEXpTiAjXIOA+lVO1/x78jYN/pr6rNegl8P/1LD9siNdAqJWgck6pJkm7BV1gibdvJjxb8gdrrresNfo88qiW5qn71RHqAmciOdemYpDm4GKQ7up+yLu3BmfpYkR1q1TyhF8J23K7jTGn0CwBS5kU6RbHMdSLZ5PxIFAADPg9xIpyqTqFevXv3www8qoRCyXMlNiuguZyWJ2vQTkCBRAABQG7mRTtUkUd98802jBp999pmKKUTnD9Yb2jK62RaxSpG4KGtI1NafgASJAgCA2siNdKoaifr48WOjT41EvXr1SoUK0QqEZwzNoVwf2LJEbf8JSJAoAACojdxIp4pKVONLf/rTn/rXX3zxRWNQL1686N/6CtEE/2DWRQuBFAPxWix9dae2MzfOQphtEH9/CdeXqO0/Acn4t/P6hEVPpy4Rk6jbqjdjH94fD+/PTv4isytbZnlytmqLSnOPXUbKIC1Sm7tJHjTnRlt2iDRTxzY1ZdDSKa0ij7jjtGmj4veej1e2bb1dyeZCydp2omLufvQrmKuOcxq+TQbw7MmNdKqcRH399df94l3jUf1CXoNxKk8hItMwdiImqhBisas92RyMyca7h/ZVzFIWc3WJuoMnIJnIEzXkJG9FwpYjMULSfmrr+Yp0msZPIunBbSrv1qYiRVJERu5IuvJYS5FEvTO0XqJkPRo9kni6ddtnc1BkYgzufSFe3p71sizpnuNpkawdz8sitXyclyaSIq8RwHMnN9KpchL18ePHFy9e9O4kF/J65szDjCmE6xz67PgszTDz0h251lrXbWaitvUEJBMZy3VNE1tpLlqN1ytMbIrESYly6wJ7RIsFj0hUot5ciNtDovCKUwtGlBTx7z0Lk7PncJqQqEQu7pE+nZaRC3VTOXrayfQXTQAmvsHvf+qNM9HSptU+HA66SolATGD6WbeHpvvjqf/ISebNZBTAcyY30qmiy3mNR33++ef9f+DMQl5Pzo6gxQoRmXbpzaLG5bztPwFJbu08R5ZSx3XhuXjdFrGcJ+aUwjoyKiFRfsvUkMIe/JbaqYxEtUt4V5kCEdVpw/orfk06/WlyGW6kZfxC3Utbo01OQLkaI4vkBgVzU7Xz5Gt7eTm7FS0r7AzDK34y1IhzasQwFwXwjMmNdKqCjeVffvmlXMjrCb+b1q5O2VkS+U01YQO2kbeY1b/0ZCM+67Jgu/b4/YZHln07b+tPQOJJlBPeYoiyuX65t5hEOTuRfNVpbcpZUFs2E3UNidL3cqXiIK5E+EIgPzx7b9IDiLZMXMhfk/XFWGtMkEgyWdw23jK1bBced8fg1j2OaXvnXKlHAQB3T26kUxVIVINnUGpOliQZ/82O6YeH2HKVbTk09LdRd0fstusrbAy6RZ6orT0BSa5EeStiRmamlvPii26mQXSNz1GgYNYoNaRkD0HLcDlv4cpdQO0SZY6NbuH2+o6vBSJRALACuZFO1SFRIdP5ugcBuNEX9nO5RcbyrT0BSe5yntwirhISZQ5Kifpw6PxEbzTqMXvIpRo5e9RHJSq2qUlfSAU9DIMf3Vju3l38/if2LXW4ljCxnKdH2DYUoz0f1W6nooplW8Yv1H9+1pfTs0aic7t7Kn0vrgnFW8p9VvYvj72WGZOz1132nJQolvMAnjG5kU5tpHbeLk3uLd+GLdbOu+6DvWhjeRSZ0ECH4tcyn0CwIcq2dGvV9V4UpCNoPSc8GEtc4Hwpz7lQakdWOsVB36a7xIhHzXIo3a7nsB+2MHlbrq1x6IaHw4hEJVqGFzqaf8YvIw4qb1DeVnW3baSl2607KeZdSDacGBIOBfDsyY10qoREPQfGJeo5cFGKA/CYlxxgeeczn/2lOQQqh7+EAM+d3EinkKh1QKIuSbYJPmuEdzvDM7mUOrvlpiHZJsCzJzfSKSRqHZAoyr4AAMC2yI10ColaByQKiQIAgG2RG+kUErUOSBQSBQAA2yI30ikkah2QKCQKAAC2RW6kU0jUOiBRSBQAAGyL3EinkKh1QKIu+XZen5fp6dTlVuq+lWZL1510aiad9dFUxHt0clfq9sc+W6Y5Ek0e5STSfO2khOo+GhJSHT7ofkRyJ2ecy5BJoPQ34bb3XftkKiu+9QYAGyE30ikkah2QqIvyRA1pvVs50QVTnBzgkZTjrRH1r0V68E6THnWKxUeRD9OkwWzTjx9sWRadjXy4XCQLuugnNs6FeAmYNpCPKZYzKjFs8i8BwDbIjXTqhhL1fCwierM8AclExnJdpUUUlZuSKNFV3Gdc+TFtuq7CisP+kbhERcaZg8m/dDhNSJRuuT8eR1KX27mgvr25BZFzfO/Wa+l7PRwOzfPoU46LQQVni2o4TnJx3fTY9hTJKDWjrA8AQHlyg526lUTNCaz3wcht8gQMS2rnxSQqXJJzShJLhPzYNvqgU7M4uJzyqslcZVrlbKsuhwthfp07/elxvxuvkOuV2LWvbAkV29VBPwSdDt1bVzRnnUxD+2uKz0SJEi7TFfAAAOoiN96pG0qUCa93/8MTmPyL50mUDehJEhJlaG2qPTgmUcaCdFe2sT9/NW8m6gJcB/ElQ3549t7kS5RT6M74UOQu/EXVXpki5ecSPcSvrgYjGxk2AEANTAYvD3VbiQLoub5EGc+Zs5xn+xHzS06Uvy+JklfVG/LjEuWaT6tMYh7M2SKORAHA3ZEbyxQSBSXIX84Tu8GNxugtST3RjVKRswzuEXdF7yKJSn5Pzb26uztpdDnPLsw5y3nno9rtlDzTLLiJhT9haKIruTSnn3/fvf6KY29MYpxOFWTblR39mESxnAcA1ZMbyxQSBSWY2FgeRyQusN/Is1NJjyK+P/r7l0SKAy+/wbAnyvYstz/JVAYyxcHod/FmOZRyF9n2g/N4O7b3+puFZmP44TAqUbEt6E6fzqSWf7Q1H3vUzj/p0bSj3DnqJ0Y5vJV3IXrAoQCgfnJjmUKioAQTKQ42zdmZsLl+5ys+p9gK4FW6vZtfLgDcNbmxTCFRUILxZJvbZg1lsJNJKz4kO9113eGTbBMANkJuLFNIFJSAsi8AAFAbubFMIVFQAiQKAABqIzeWKSQKSoBEAQBAbeTGMoVEQQmQKAAAqI3cWKaQKCgBEgUAALWRG8sUEgUlQKIAAKA2cmOZQqKgBEgUAADURm4sU7eSqP9tHrnjh42CRAEAQG3kxjJ1Q4n671MgUc8HJAoAAGojN5apDUjU+e9/8x8GfvP359w7zOC73658ATAgUQAAUBu5sUxVLlGdQP32O/v277/zm8xgph3NlyjZsh71qmck0yBRAABQG7mxTFUtUa1C/XaJNXkgUdWBRAEAQG3kxjJVs0QlHaq1hd/+Vs9R2eW+oXHzsThg3w2fB+1lt3//3fCp1pHQl2SHv013bnrvzvr73yYXJJ3xuPdsLu6POezTu83kTVYCEgUAALWRG8tU5RIVn1lphSEiOd/91m1uPkpMHEXa/wchLSPnpmai2h4GaXF6EO4TNTc5nuaA0K/uZTjmaJ9Os0rlSYNEAQBAbeTGMlW5RKVnogZbEDM/zjyNsxN9qn3YbVRgJiUqmEZK9yDv0RuPESAtefE2o6PqTql5bQ+JAgCA2siNZapmiUpaVNJb3CNmJmu0fbRb2+4GEuWPpx+3nYeLtJkclT6P5TwAAIB55MYyVbVEOctWLcO38/wVNEcdnH1EUedJTdGIjxwTk3utspbzglW2yN7v2Hhaf/rtb39j7jtsM0uiPo2siJYGiQIAgNrIjWWqcon65C5mDULg2oJsIPdUtx5iT4ju/Q6X87r96u4nZnGw3UYe6TDRecqyAqmJjMfL7BC2ifdpR+Lura8QJAoAAGojN5ap+iUK7hEkCgAAaiM3lqkN1s6Tm6xz7xcqAYkCAIDayI1l6lYSBSBBogAAoDZyY5lCoqAESBQAANRGbixTSBSUAIkCAIDayI1lComCEiBRAABQG7mxTCFRUAIkCgAAaiM3likkCkqARAEAQG3kxjKFREEJkCgAAKiN3FimkCgoARIFAAC1kRvLFBIFJUCiAACgNnJjmUKioARIFAAA1EZuLFNIFJQAiQIAgNrIjWUKiYISIFEAAFAbubFMIVFQAiQKAABqIzeWKSQKSoBEAQBAbeTGMoVEQQmQKAAAqI3cWKaQKCgBEgUAALWRG8sUEgUlQKIAAKA2cmOZQqKgBEgUAADURm4sU0gUlACJAgCA2siNZQqJghIgUQAAUBu5sUwhUVACJAoAAGojN5YpJApKgEQBAEBt5MYyhURBCZAoAACojdxYppAoKAESBQAAtZEbyxQSBSVAogAAoDZyY5lCoqAESBQAANRGbixTSBSUAIkCAIDayI1lComCEiBRAABQG7mxTCFRUAIkCgAAaiM3likkCkqARAEAQG3kxjKFREEJkCgAAKiN3FimkCgoARIFAAC1kRvLFBIFJUCiAACgNnJjmUKioARIFAAA1EZuLFNIFJQAiQIAgNrIjWUKiYISIFEAAFAbubFMIVFQAiQKAABqIzeWKSQKSoBEAQBAbeTGMoVEQQmQKAAAqI3cWKaQKCgBEgUAALWRG8sUEgUlQKIAAKA2cmOZQqKgBEgUAADURm4sU0gUlACJAgCA2siNZQqJghIgUQAAUBu5sUwhUVACJAoAAGojN5YpJApKgEQBAEBt5MYyhURBCZAoAACojdxYppAoKAESBQAAtZEbyxQSBSVAogAAoDZyY5lCoqAESBQAANRGbixTSBSUAIkCAIDayI1lComCEiBRAABQG7mxTCFRUAIkCgAAaiM3likkCkqARAEAQG3kxjKFREEJkCgAAKiN3FimkCgoARIFAAC1kRvLFBIFJUCiAACgNnJjmUKioARIFAAA1EZuLFNIFJQAiQIAgNrIjWUKiYISIFEAAFAbubFMIVFQAiQKAABqIzeWKSQKSoBEAQBAbeTGMoVEQQmQKAAAqI3cWKaQKCgBEgUAALWRG8sUEgUlQKIAAKA2cmOZQqKgBEgUAADURm4sU0gUlACJAgCA2siNZQqJghIgUQAAUBu5sUwhUVACJAoAAGojN5YpJApKgEQBAEBt5MYyhURBCZAoAACojdxYppAoKAESBQAAtZEbyxQSBSVAogAAoDZyY5lCoqAESBQAANRGbixTSBSUAIkCAIDayI1lComCEiBRAABQG7mxTCFRUAIkCgAAaiM3likkCkqARAEAQG3kxjKFREEJkCgAAKiN3FimkCgoARIFAAC1kRvLFBIFJUCiAACgNnJjmUKioARIFAAA1EZuLFNIFJQAiQIAgNrIjWUKiYISIFEAAFAbubFMIVFQAiQKAABqIzeWKSQKSoBEAQBAbeTGMoVEQQmQKAAAqI3cWKaQKCgBEgUAALWRG8sUEgUlQKIAAKA2cmOZQqKgBEgUAADURm4sU0gUlACJAgCA2siNZQqJghIgUQAAUBu5sUwhUVACJAoAAGojN5YpJApKgEQBAEBt5MYyhURBCZAoAACojdxYppAoKAESBQAAtZEbyxQSBSVAogAAoDZyY5lCoqAESBQAANRGbixTSBSUAIkCAIDayI1lComCEiBRAABQG7mxTCFRUAIkCgAAaiM3likkCkqARAEAQG3kxjKFREEJkCgAAKiN3FimkCgoARIFAAC1kRvLFBIFJUCiAACgNnJjmUKioARIFAAA1EZuLFNIFJQAiQIAgNrIjWUKiYISIFEAAFAbubFMIVFQAiQKAABqIzeWKSQKSoBEAQBAbeTGMoVEQQmQKAAAqI3cWKaQKCgBEgUAALWRG8sUEgUlQKIAAKA2cmOZQqKgBEgUAADURm4sU0gUlACJAgCA2siNZQqJghIgUQAAUBu5sUwhUVACJAoAAGojN5YpJApKgEQBAEBt5MYyhURBCZAoAACojdxYppAoKAESBQAAtZEbyxQSBSVAogAAoDZyY5lCoqAESBQAANRGbixTSBSUAIkCAIDayI1lComCEiBRAABQG7mxTCFRUAIkCgAAaiM3likkCkqARAEAQG3kxjKFREEJkCgAAKiN3FimkCgoARIFAAC1kRvLFBIFJUCiAACgNnJjmUKioARIFAAA1EZuLFNIFJQAiQIAgNrIjWUKiYISIFEAAFAbubFMIVFQAiQKAABqIzeWKSQKSoBEAQBAbeTGMoVEQQmQKAAAqI3cWKaQKCgBEgUAALWRG8sUEgUlQKIAAKA2cmOZQqKgBEgUAADURm4sU0gUlACJAgCA2siNZQqJghIgUQAAUBu5sUwhUVACJAoAAGojN5YpJApKgEQBAEBt5MYyhURBCZAoAACojdxYppAoKAESBQAAtZEbyxQSBSVAogAAoDZyY5lCoqAESBQAANRGbixTSBSUAIkCAIDayI1lComCEiBRAABQG7mxTCFRUAIkCgAAaiM3likkCkqARAEAQG3kxjKFREEJkCgAAKiN3FimkCgoARIFAAC1kRvLFBIFJUCiAACgNnJjmUKioARIFAAA1EZuLFNIFJQAiQIAgNrIjWUKiYISIFEAAFAbubFMIVFQAiQKAABqIzeWKSQKSoBEAQBAbeTGMoVEQQmQKAAAqI3cWKaQKCgBEgUAALWRG8sUEgUlQKIAAKA2cmOZQqKgBEgUAADURm4sU0gUlACJAgCA2siNZQqJghIgUQAAUBu5sUwhUVACJAoAAGojN5YpJApKgEQBAEBt5MYyhURBCZAoAACojdxYppAoKAESBQAAtZEbyxQSBSVAogAAoDZyY5lCoqAESBQAANRGbixTSBSUAIkCAIDayI1lComCEiBRAABQG7mxTCFRUAIkCgAAaiM3likkCkqARAEAQG3kxjKFREEJkCgAAKiN3FimkCgoARIFAAC1kRvLFBIFJUCiAACgNnJjmUKioARIFAAA1EZuLFNIFJQAiQIAgNrIjWUKiYISIFEAAFAbubFMIVFQAiQKAABqIzeWKSQKSoBEAQBAbeTGMoVEQQmQKAAAqI3cWKaQKCgBEgUAALWRG8sUEgUlQKIAAKA2cmOZQqKgBEgUAADURm4sU0gUlACJAgCA2siNZQqJghIgUQAAUBu5sUwhUVACJAoAAGpDxqlvv/3Wi1zhEYVEQQmQKAAAqA0Zp77tSL3tUUgUlACJAgCA2pBx6luN91qikCgoARIFAAC14YWqb13CWKaQKCgBEgUAALURRqsRg/qEREEhkCgAAKiNaMBKGdQnJAoKgUQBAEBt5MYyhURBCZAoAACojdxYppAoKAESBQAAtZEbyxQSBSVAogAAoDZyY5lCoqAESBQAANRGbixTSBSUAIkCAIA7AImC29P8reOHH3744YefO/gZCXZIFAAAAMACkCgAAACABSBRAAAAAAtAogAAAAAWgEQBAAAALACJAgAAAFgAEgUAAACwACQKAAAAYAFIFAAAAMACkCgAAACABSBRAAAAAAtAogAAYLv8u/+s+Cn+E/3V/Je7YPyvHxIFAADbJRXB4WaMSNSNR3J1kCgAALhjmgj+EYoyIlGlh3YpSBQAANwxSFRxkCgkCgAAtkgTwf9fKMqIRJUe2qUgUQAAcMcgUcVBopAoAADYIkhUcZAoJAoAALZIE8H/HyjKiESVHtqlIFEAAHDHNBH8/17If/vNn+8G/vw3/21pL1flb3/VD6Ud2siYdLM1Lp3PiETld7bqLyX7HpEoAAC4YxZKVBerf/W39u1v/naseQ6XGM7Mc+9Uolb8pfQgUQAAAJZFEtVG619dOUAbkKiBTIla9ZfSg0QBAABYmgj+L7n8sQvXyY8GdIsu8v7tcPzPf/NH//zu8z/aN+75kQ7j1+s+NX25L5yrpw7Gr2UHNBxqz/3Vr/58eP9H08lv5G1kMSJRGb2kfynRW2jH692+/zDDA3+be49IFAAA3DFNBP+/cvnjm5///M0fIx/8TROYf/U3us2ub9QeHF6ag82xoZ18aQ6Y3qMdynF4h8y58kVw9fTB9LWcDvVn9pT2DP+UuYxIVEYvyV9K/BaGcbt3kHiY7Uv9a8u7RyQKAADumIUS5YlP7Li2IyfyioM6ivthWbSPdzgyjKhERa8eHExd62/MPE7QoeMt2YJhuJpERX8p47dgXoend15oaT9EogAAACxNBP8xmz808fWXfzNx+G9+2b9p/vz5mz/4Lf7QCsgf+n+6vYj28Q5HRmHODV/IE2IHo9fyxxsMz45e9pnHiETldDP5S4ndgnkdnj32eOeCRAEAwB2zSKK6cLoTIfYPb94McqIP2hDcHhxCr4zLbUj/5S9Dh/JDfNih4Q/dCtQfYufKF+HVkwf9a5lu7KXiw/tDv5xXUqISv5TpW/A/lt0lHu9ckCgAALhjmgj+fy7jD39pl3t+/pd/8A+aQ3/dRN7Glvqjv/xr28Ff/9J9L4+bppEOI2118/ZaXTPnRXD1xJAi19KHOt9ze3au//O//Mtfxkc4zYhEZfcV+aWM34L3euc8E9lbe+ivc+8RiQIAgDtmuUTNJRl5mw9iDnWjq9fDNSWqMpAoAAC4Y5oI/n+sy//6P+9+/p9+Hxz+/X/6eezwja5eEyMSVXpol4JEAQDAHVNCohp/apeXbuI2SFRJkCgAALhjmgj+36EoIxJVemiXgkQBAMAdg0QVB4lCogAAYIs0EfyfoSgjElV6aJeCRAEAwB2DRBUHiUKiAABgizQRnJ/iP9FfzX+5C8b/+iFRAAAAAAtAogAAAAAWgEQBAAAALACJAgAAAFgAEgUAAACwACQKAAAAYAFIFAAAAMACkCgAAACABSBRAAAAAAtAogAAAAAWgEQBAAAALCBXogAAAACgZ75EAQAAAMAISBQAAADAApAoAAAAgAUgUQAAAAALQKIAAAAAFoBEAQAAACzgvwIAAADAIv5//6bwEQ==)
&]
[s5;* &]
[s5; [* Go to class using this layout ](default [*@(0.0.255) Alt`+J])
finds usage of current layout in the code:&]
[s5; &]
[s0;=
@@image:1903&1281
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WyJ/5LTWXQpEsGRRJdvGatevov2Qp/k/7asxDkRn2Iju/+quCJfk/zYqkR1SGiuTNdP9ipaQkc54+bWc0lkddMPl48dLQ6hXrAdWkX4rc/ezzp3dP7SeC27ZjIjI/34skiSqSjrJy467kX21rIyiSOFG4lkelGcuSNK1+5FHD9UehkWSJ9jvIv3Fv12G9SGJGmtg0G3HVLavrRdI51zeun1g5cYN3u6DBaPfcfjttzb56zaDU0HWU0+YC+cSMxjTHBEfnRPpOyCaUQ//ULZu3Imm6976VZCnyL7/rba5mzpVfkQMDTIsnf76beF32txfJmy4YZw0LTakuG5/5ebr/LxbHWbuCvF9cP/qRrtAfRe58atfzp2cPHTlmvgTJkrkXyc/XlaBUJOtC0unHntxL/rWJh7dk5PiqLjFLxlpK6EUyaHfSrMg5/bXIiYmV9112H/EjEeWc0WjEjFSRwm05bGhNmO7Vv7Uiqc6UNjQLjpWgW5DpUrds+rttDYpkfUbyLxEZ/6dwSCQrPzL1YaC1c+65dMcTOd78pm4iE2zEtb/XInX6E64iinlsLh2GhlnFEVdfhyEtohvpDvkp8uSzz23dMja6fv32bdu27pg4+dyprdsn+N99GJKhF8mSjSIPR/Uiyb+Rwci9yH5aUu5F8t3JSEUyJ5KeI39H68qVl9EdGqnIpZe8U7hLh2u7MuhFmkdHbRSpqepg9FW3rEGRmQjOJsVSJN95ZN1Jy63LpRfpp8SKlMuUjZlCkYIBhTzsFhsD4Tx8Ad50IMaQItGNdIecFEn8uHn9uvH167esW7dtw4a904dOnXlhfPvEzOEjNu1GJr3I0/980ckHLjys6UXSFNmLVF6LTGBJecSVtn6Rg67pe5H87yKJGUn/0ZteSXdo5ECrQZGGFFeRefQi0ygy/TBp+qFa+dNyKjLxQKtqTFUcd51LrcjwLa3sr1iXIFUF8IOujKCLiV6kI+SkyPEtW8bWr5+ZObxv3/6tTz65b3rmmcPHt2/YOL5u/a7JXeZGby6jXuSPf3Axs6Tci7RRpOBH/o5W+yuSrMll9+pMPLWHNrBkes/UXhtFJu5Fcq3rcM+Ml10W3H9ooUg20CoUSObfc/vt2vqPr0jZZfbXImMVy5JZkSlvtimtIrMcaJVuarW/XWfOQpH+LT1xr0X6iN1EzlxxrkCGZ9EC2e9LuHXhWqSL5KTI0XVrt2zaTCa2bhkjvcidu6a2b9w4Prply/onR9etixxuzaQXSRTJLCn0IvkrkoYwzL+LjNWR5BX50MMbmSIj725N2Yvk01BjSN6hN/hP9zJIjd7Ryv++g0zLd+8ElZ/Rjz4iu5Cxsskp1yf/ZPKzkZL/LjLljz4y7UUKv/noEVZc4Dzuh5N+50+6KqnIw88V7DmOO1rdJCdFbl63bsv69aTztX3Dhs3r129et3507Vrixad2TmxZu5Y+Q8CQhKfPJe5FvuRZkqRkvUjDLazEkuZH6wgp8ZN2supFzjFF8r/ytlPkHNeXHPKfq2NYUSV+FDmXxR2tyZLNwwf4Z/iQJHQb+agst66cjw6Qy0x6LTJt3y07raEP6RQ5KXL37qeJE8eIKDdueu75U2ObNhMzkolt41vJ/FOnz8RqUtL0InlFxu1FJugt6lJKRRpSTr3IxGqrynMD5opTpM0j7JhGaZ4MFZnhQGskuth0iqRJGNVP8HSd+GRmyPAjfEDlyUmRc94dO8dPnKRv95h8anIb6U6uWzu+/smx0dG4TYr0ALrgSXS6RegzWllK1ouMTESgCX4jGeuR5rrHmPPPM7eMlthwKHiEQC/dwL1GIb3d5BIq+hjzvvUiI7PRPCXsRaZJOSkSgMwhyoub+MUtvxGzL7zYvRC5dt3oho3PPvd8ht81yyQ/XYc9Y6f/wZQ2yYKLZUnl4hVVZN6pD6/TKrciM34ZFhJSTummpcvipgSKRKpKSmxJ3YJlbsrKHFvmW1cqRWLfIVUlxR1ohSKdT0rZ6VwZmbnMTVmZY8t866BIJKQEKdaoLBRZk2QQn32iRZW5KStzbJlvHXFcylT4FtVn3yGVJ0GRSMqUXo5ISEhIVU9QJJIuwY9ISEg1TykVuQK4jr0ci44UAAAyJqUi497tA6qLzoxFxwUAAHmRUpGF94KRkJCQkJBySrIHFy9eDEUiISEhISHJfqRUWpErnL4h3O2tQ/1Ud+vKHFsZEuqnivWj9KPOklBkGZLbW4f6qe7WlTm2MiTUTxXrR9l/1FkSiixDcnvrUD/V3boyx1aGhPqpYv0IitT9aa9I8ystbF5ykb4EXVWb36mROPW5WMPWpaw3Pikfsm3/5G3DaxDzqCub+nEjlXnryhxbGZJl/QivCk22rqwW72cMkfWTbVSWhfBOFISYWJH20eoUqds0y8z1VGS2SajtuMdVforkXxFVVP0kPvFIfw5jv3WWIZnTt+/5nn1mKDLD+unDyWTZYrA/hejnpp2OQzJFGr71loo0tM8JFGlojmxeUcTaZ105sQoxlJOgkXzm4CFWApk2b6whNrm2hTf8Jj4CUx7eNmH0R5Gnz8weP3Fy3/7DJBLyL5kmc2wUSRdk/27dtouUQP4V5meiyE3/8hAUWZ7UT0Wm7GoVEkOdFUm/+IkVaWgYkylS2Ryxtdjsd5KZLDX7wotHjx0nE+RfMu2JKV4hhngSNJI0JFIIDYbNoeGxIM2x6Wo7svtmcwRm9aUzVHImA9HmMEgGUslHjz27dt0OEgb5l0wrj3DlgmdmX6D/7t33zGOPj5ISyL9kms03FNU3RRI58slmESgyk/qJdSjmlAqJQVc/7JuePqoEX/b+KFJ3YmypyDl9+5xMkXwzxZojm+aXz8CbkbkyVgk0jy6eZIqkfuQL4f1Ig4w8kOTatj+odNVoOVTLChf6wsIqDAEY9j49CXnpJy/zJyTsXzbfxnQkM/UjTWSazInbi6R+pIlMl6oXSWqe+ZHuhcgERWZSP/Tooinx7kvZiywkBhtFClHRj+R/bUqw3Lr8FCn3kvjOmpBZWYLNeT56kcIGZtGLFEdrhXLMJZg7oZFDtcKeVVZFYkWyrh+tav60hMyJ2xmkhZBg2HSs7ifb3aQENh0ZQ2Qzy4zGK5L6zryg8kiw96MhNl0vIE0PxVBUZCMZ2arYtOoJNqSfikyZ0seQYC8bjh/WK8lJkYYSclUkUwlr+QWDRCpSPtUX2qJkitQd3rgWORfuePL1bN8P1XX5bYZqc1Xkvv2HaddPeVDRziDJY1NFSsHZLCjHIEybY7BRJPUaUyTrD5oX1B0t9sdPrF6AZQPFl8D/qyvKXIJywVglsH+Fcu72RpDMW9E3RaY/Cckkhrgl5NqLlCVboCKFIbW7uV6k/JGyBDahbMr4tiiBIjNPfS42v+EsyxYyzVfPfqsF0c9JV8d0bb5h7wuHny7ZmI51P6ngzBcQM4zBsPeFymGKtL+qSBcxp2SKTNxAsRLmLBTJVhQrBvsS5qqjyCqWkN+1SId7kZHtMxQpJGVPLdadNnen60XqxmktDSvsWf5fltCLNCT0ItGLrGgJcU/+lYdl3L0fGVuuikx5LZJPGd6uo2zDbUZH+QqnkchFJStHWVSCRlJ5vS/u7zVSXou8W7oeOhd2itkmuSoS1yJjJVyLjBVA4voxl5ysclxSpG40VbkK875LcATmp0h+Tso7WjP/0QdrG3lrx1Ib6yDTXhVt0xKXo4wqQSMpDNYZZppTmjta75buqmUzbX7UwMoXzhb4/IkViTta7RPuaM089a1+SqLIuKJPqchYTZx96o8idRVlqUhDI59MkeafexjqWchDe0zs3wQlsJxyVIkbSfNZdGRK+bvIu9P1IiM3LbKG8btIti78LrJUyb5+Urb2ZVBkgq3oQy8yQWB9UKR5R9iXoNwi9CItKypuVMJRZD9am/JapDnh6Tp4uk51Uz97kSm/aOlL6EP9KIOsRC8y5el6+hJqey3ScJDEPXKE/AlGa3NKeEZr3CDTbCkUmWHqWy+SFZIy4PQBZNKLzDzIYnuRZUh1vqN1Lh9FWhaS/vQmfXK7oS7z1pU5tjKkPtdP4YrsT/3kHSQUmT6VTZE1T27XT5m3rsyxlSH1rReZfswnk1GjvHuRiYNEL9Ltr6rbW4f6qe7WlTm2MiTUTxXrB4qsXHJ761A/1d26MsdWhoT6qWL9QJGVS25vHeqnultX5tjKkFA/VawfJxWJhISEhISUPqVU5LHjJ5CQkJCQkJxMKRW5AgAAAHCU9IpsAAAAAC6SiSI7AAAAgHNAkQAAAIASKBIAAABQAkUCAAAASqBIAAAAQAkUCQAAACiBIgEAAAAl+Smy/z9gAQAAUE+qqMg2AAAAkDNQJAAAAKAEigQAAACUQJEAAACAEgcUOQ3qTTHfHAuKrpjiKXoP2DJUSkhbV3TFAEcUWUzdgRJQ5r1f5tj6QIU2n/ioL7dGxoBEBUWWgQYUCapMmfd+mWPrAxXafKrInFpCmcjeNxRZHhxQpM3LK8+ePVtQBYN8KXM7XObY+kCFNr//ijR8SoNpQ5HlwA1FXmpkdnYWinSVMrfDZY6tD1Ro8wtRpDmYNhRZDpxRpCESlSJbTVJKsyXUxvDgQKMxMDicb52ngIRd5vAKoMztcJlj6wMV2vxiFSk0aFBkqaixIgcIYd143jQ5qHBDFR5A6ShzOzw9fae0v3p7UNyR5O/uCRs9AntwGULzhTO77mfSyZ5E5kdOdIFl3jUCBSqSvz+HD6YNRZaDOiuy2RyQmqmm8YtfuKEKD6B0lLkdNijSG7BgYiN/0Gz8/uUHOrj5ghG7i4oHsrgucToTnFXkSKMzqWlJJpd1TqrmGxbhObmsM9Tw0vtPdDz9UTn+cHDuY41FrFmDIktFnRU5ONw7d/egzRT74svNC3cmTxfyhmVV5/XSB8EMllXZfHkTg02xE+Ev7n1GZ2vXXTfK3A6bFClMySps8xrVyo4etUyxYaBIWyx7kSOLJEWu6lkvWpEk55Le5Or3d0ZW+fprnSCLf3FwsxBMG4osB/VWJNc49VoZgyJ1M7uTqkEz/m/elebyG0GjKE0Fl0rFVdSXMrfDZkX6hxzfnxS8wz4K9yJFQ3Ld0NCK+NMyb7EWO9cKyiJd0N7xJZ12BUXwJ5LWZ2tl3jUCil7kVGf5os5y2unzzDi5xJteEmpb1izz/l0UrUjShRxZEvQie08H+NiaodevGfrA5NC7lvMPDYAiy0PNFcnaFt851orkOoZi6yDc9BMaUpNXFLXSUOvHD9NhyLVLmdthT5Eyod3ZHFTt3x68IjVHWi+7sh8pDdsGJ2LB2ZdCvcIpX/gUzv5srcy7RkCnSNpnJAZcM+V9JPci/QyRiuwa1tfr6xtTH+juyyUfaKx6W3diFR1o5WlDkeWg7oqkbUuLNTCxFGnqyFGFdnPkoUhhFTWmzO1wRC+yLd9YLSsyfGCEjyX+0FAdj7qBVutTvsDMSc7WyrxrBNSK9I1G7JZekd1e5Kre9PSdc1++/vC26/+116n0EpmDRweUkNorMnR+HVYnP96kvpvC3I/jeqj8QGtwGh5Vvv7UXVxFfSlzOxytSPOfqmuR3B5vSV1U+V7XWIoMLx46VpOcrZV51wj0QZH8tUgiR6ZL+tHyZcFfGGgtFVCk9/1mX25RnV7DE9zm2psn3q4Tbh3kSzhBTrEHES5fe63TX9i/AKS4SlRTytwOp1Mkf+uq6sAQ75eRJRdHkfIpX+hsMcnZWpl3jYCtIv3rkgK8IplG5Ql2RyvpMHZ4/bVO4Had0uKGImejwNN1XKXM7XAiRTK02aiyBqWilY70T6MiFSmf8rFbc7gflcQ5WyvzrhEo6neRtOL4iTYUWTIcUORZOwqqYJAvZW6HyxxbH6jQ5uPRAUCHA4qs0DcRZE6Z936ZY+sDFdp8PIAO6IAiQaUp894vc2x9oEKbj8eYAx1uKBLUmWK+ORaUObY+UKHN778ih4xAkeXBAUUCUE4q5Ig8qNDm91mRDQvaUGQ5gCIByIkKOSIPKrT5RJFFh6AAiiwDUCQAOVHEqHO5KHoP2JJTG5ieoisGQJEAAACAGgcUWfSZMiiYYr45AIAa4IYii6k7UAKw9wEA+QFFgkqDvQ8AyA8HFLnCAjyAzlWgSABAfrihyEuN4DHmDgNFAgDywxlFGiKRFRl+U7r0ltuyv2BKfA1SnSmzIgu4dQkA0BfcVmTIg+FX31XhJcU2ioyl0Qo7d7rciiw6BGBF5fZU5QKuLkoNua9IToTdFyoPspcqV8GQUCRHmduKMscGeCq3pyoXcHWpqSIDFdIJ1qvkJ7qvkmXvo+3RM6nnlJb/ylmFXYLX0wbuFcqghQyyd9QOx1tQk93PEF4mlC14i7xX0sBAQ1xBhShzW1Hm2ABP5fZU5QKuLnVVJHNhq9l7d7r/CvVAgrL7+Ne1+x9zwvGRZ3Xzc8rjCmFC9sMJe0q3oPTW+N4GyKEqs9HVhM4H0IvMnDLHBngqt6cqF3B1qa0iBUvQziQ3zCrdw9Pge3uhT0WtdV0W7o+F5wR2li0WvjAasSDXwZT6gMqeJpeN8zMUmRNljg3w8HuK/7FYYQFFIR9alQi7itRXkZ4OW/xFyO4lSVXPK/AUUyjvFMmIaRTJslN/RStSNzaqjD/8ORSZM2WODfDQPUX9wv9erLTGkZ1eibCrSH0V2RMRLym+JxYanJTGVLlhWIWAIgda5eFNUVK+jM0LKkeD5QLlbBho7Qe92PhefHANuCHOk+arT2sUS8kUt0MV1x2SQje3L9tB9hSzDN900DmaX1UX+a1hh338sD0yOya5PNJn3JBY+AqW/gA2nfXHIcN9U2NFit9mzkZCHfvHU/f+naAX6d3MoztspBt8gmNSqUV/WlouYkH+UA/H0StJvF2HzBlk281qIJS5UpRdkeGDrNVUnh2FbwPT9v11S8mU9pzHPrDw1zFnmCLtW49SKTJO2GLDl+6YZPkHBsTfAvCnOMEFrUHDyFWWvyfIrCw3FDkbRdZP1yltE1Q7yq3I1Zo2JXz82A0s6JeKKr9ExFJk/zbBfJqtaUCKV2SisHXHTbJjMpjP+g/BvGazKSgyFIZYVMa/uMvoITAOKPKsHenriqO0TVDtKLUiV19vOOvmjh/WHoWH98VFdUvJv/1R/ihJ09axMZLuD5CsZvJrYT+MkoKUf9Nk/i0SX2AAd/O3MNBh+HlU7JYxM0XKMahqMmpzpFsQpPUkV6SxJxj/mOSXbYUfyELn6BRplqZ88EiVFCoifDwLd46kwwFFFtFIQpFloeyKlJ0j3REdbo4acuvpY9WIBTJSXECXFRmMZ4avHClnKtYifQ1CJYu/adJpWlGg8iumuC1AUTniD6CiyUiR6i2SatJic8Ktv3wopFJklsdkaEOCUHtr0SpStXf5PFEHD61e7mYKNs4b/lVCBt1IKBJUmjLvfakXGe5hhZojab7ivhfNUoof9YRytsw/MgplNM40rsW4jaqZEQWGCw/aaRaMfNO4UFoMslGkHIOyJm02J9T6K3yfXS8y5TEZLoS7yzB8yAkdTGUpgiJVx6qmert11KLTfI1n0410Q5GgzqT9DuTG9PSd4WZH0xypr/vI7aZmqYgbe1SdzYSKNKzFvI06RZrvR5Jz8mcFpt9VxWU6k9t1lFGZalK/OYpfaosB04nUYac8JoVC/J/SBSPKgiIN2rJRpHJslp5FeAOsYoWjFwlAeSHfI+/MV/7iCy2A5pKKqRcpLCWPOvpzQg0yf+d9goFW/dimYmaUIiMKDPe5xPFI9e+qEvcZqCLprX2CaOLc0areEWJNWm0Obf7FW2D4gOlE/LDbmR6TUh5ujF+hSJO1pGuRioNHXH13GW6Itdnk+ty4FglAuem1Y9zFHHmgLfyl182P+lT87U+rqfxREisguNUwmBm6M0c5U7WWmIr0C1b8Fskw0Cr/6ipUG9LtOrEHWumeovf1CXfC6+/043cHf0ISjkFRk3abExaVMmBKzLDF2NMdkywPv7OU/u3OFMZKFb4T3RqelquXt7Zg8Gw6ke0GFAlAPpR5EFiBchQt3QBmVZCNk/1t8PFr0tDGy4dWbnfv9xH8LhKKBHWiWopUjlSmGr6sDn3YU7Fr0tjGF3pohbrP2T7gIaszMkMHPC4OKDLnm0FA2cnki5AHZY7NRzk6mWLIsprktqeS1eRw+NmYCqpwaDmCG4ospu5ACSjz3i9zbICncnuqcgFXFygSVJoy7/0yxwZ4KrenKhdwdXFAkSssqPAlbGCkzG1FmWMDPJXbU5ULuLq4ochLjeTwGHNQFsrcVuR29RUAUDCVU6QhErUixd8hKX/kVXKqGHPGTJdYkQCAqqPTUHpKrUj+3uLeK8xy1Y258MSrhiKhSABAjtRUkQq3QJGVBIoEAORHTRWpez6k+Iq90A+b2ICs6SVl0mLNFvdLW+HtMr2Hbgl/yk9e0r0JTx2z9Cgr9jgyB3/jBkUCAPKjropsM+/wz4KWnuLMPaSBPQCwZX5JmV9Y5OvRop5mGUxrH0TFxWx66rXLj0iBIgEA+VFjRXoET72Pfv1K8CjenriULykLig0/UTf8Vw87RarexioXG4jUVL5rQJEAgPyouyIDDVorMuIlZeGSZf/Kb4uLVKRYGkN8G4L/MH1D+a4BRQIA8qOmimwN8mYJv8WtLQxRcgOtwaT2JWVhuLdwG15+pzJdWzE+KqmYyyG/OFddvmtAkQCA/KipIsWbZNoWbyjjLGN4SZlYfHjsk39nGve2uNBL9OSX+ileJRfEKb0WUC4figQAgCS4ocjZKPB0HVeBIgEA+eGAIs/aUVAFg3yBIgEA+eGAItFI1hnsfQBAfkCRoNJg7wMA8sMNRYI6U8w3BwBQAxxQJAAAAJAHUCQAAACgBIoEAAAAlECRAAAAgBIHFFn03SKgYIr55gAAaoAbiiym7kAJwN4HAOQHFAkqDfY+ACA/HFDkCgvwADpXgSIBAPnhhiIvNYLHmDsMFAkAyA9nFGmIRPsyLOHVUr33SBX73qisXlzFv/IyaYHK93yVDCgSAJAfNVYkeysyP7NRPkUmc1wWiqwCUCQAID/qrMjglcZsHnuLcWFAkfGAIgEA+VFnRQ4Od6XoD7YODw7QOb5QvFFXD5rH+2iwSWf5mXgBKWTU6mVng7rKQoJ1eZ/xhQQF9EoIouLGiRUzw4pssfKHDYGRc4bw6HO4EDls7WaGSgiKleLkdkC45qUxcB1QJAAgP+qtSK6JpoZUdr5aTW+Ku3zZneS8qVeksDp9IbwADb3IICd3oVA3k1sjnVRcWwxlk6I3h23YTH4Ofzohxcl2AKlkf+C7tyvsgCIBAPlRc0Wy5thvqrn5DY7uZ0obRiky6F/p84eUYBxo7UYV6KkXs3KmZqA1OCUwBSavOu5mxgm+V/9eV7c7HcuQUCQAIEfqrkjaILdYq8wrUugrxVdkUAhr9otVpJ81IjB51XE30zp4Nr7dk2OzFc+QUCQAIEdqr8jQSKRx4FGpCa7dNyyhGP8U15VooFUa+gzNlDaEfRoRmLxqoyIVpdkH7zmSG2JtNpux7i6CIgEA+QFFhu8OUd6uYxho5cYYFXfDsrtw2M2zEYVIt+twH4q363DZFDNDdvNumOHvpjEHJteSeaBVLk1Zz4bg+TqPZUgoEgCQI24ocjYKPF3HVaBIAEB+OKDIs3YUVMEgX6BIAEB+OKBINJJ1BnsfAJAfUCSoNNj7AID8cEORoM4U880BANQABxQJAAAA5AEUCQAAACiBIgEAAAAlUCQAAACgxAFFFn23CCiYYr45AIAa4IYii6k7UAKw9wEA+QFFgkqDvQ8AyA8HFLnCAjyAzlWgSABAfrihyEuN4DHmDgNFAgDywxlFGiJRK5K9xEp8wWLfsF9j/2OrDFAkACA/aqpI7pW+ZHow9JrhvgFFZgAUCQDIj5oqUuEcKLKSQJEAgPyoqSK9YdawdTwNtUjvskvw0XBvDj8g6/c/OXORbP5cYbFmS1d4sLg46Gu1uG5d6sWbzYHeX5HZ6eoGezGV3M1QJAAgP+qqyDYTA+c73wfdSSYL3lrex8yRreYAwVuCfBhSCedRsXBWjqJv6M8xLM5FpFlXsAJ+cdnL3fh7K5PnKCqgnECRAID8yE+RY9YUpEgPz5NN8VqkP81fsmQu8nXY9UmLTouGpMVys0I29J0WcpPfjWTr1S0uiVXIHI5ZXITrFPfOD+Q55tWVDCgSAJAfdVdkoBRrRfaESHtc3gCrZMigZIV/WaHyWkIFaRZXOyvIHK3I8Kfm/FAkAKDG1FSRrUFeWOJ4YzAtDLQGk/wQa7PZ1Fkk6HGyjl5QDjesKo7ByotHO8vPrBxo5Rc3DMMq80ORAICaUlNFciObvvc0XgjGITlT8BaSjRQqPrChd8OMcPUzUKO3BpIluBgo3j+jc5Z0r480K7wIP7LKOq8YaAUAAAk3FDkbRdFP1ym7aKoLFAkAyA8HFHnWjoIqmAJF5gUUCQDIDwcUWYVGEorMiyrsfQBAVYEiQaXB3gcA5IcbigR1pphvDgCgBjigSAAAACAPoEgAAABACRQJAAAAKIEiAQAAACVQJAAAAKDEAUUWfUMlKJhivjkAgBrghiKLqTtQArD3AQD54YAiV1hQ9APoQF5AkQCA/HBDkZcaKcFjzEFeQJEAgPxwRpGGSNSKVLxDqp/04amttXgwLBQJAMiPmiqSez8ymR60cmS2xoEiswGKBADkR00VmcQeUGQZgSIBAPlRU0V6w6yiP7pdS2HstWuZZpPNlsdlPQ21eguyAlWDuEHp3jzmLy+vP0tcapiVPBj4TihJ+lsfG995lhXq/T3YC0K/LaFiyTy2+qAw2wgzAIoEAORHXRXZZu02Z0N/uvtJ4C+/5Vd2yjyB0NnBUvynus/oR2FniUsFIXmxsplBRN0pMkMtHlVsXGZpuUDWfGUoo5InuUXsI8wAKBIAkB81VqSH555u+y11sMJ9vbZekcHMQAVB10vRe2MLDgxI3ThhqVDZrKhwl5bTp0VsLEZqL13+kOZCUWnrJEGEGQBFAgDyo+6KZPrKQJF+EUFRvuTUivQcGRpTlZZSK1LRJaNeUgy0CrH5pYbKVuSXV8eWsFGkZYQZAEUCAPKjpopsDfLu8Icg+YFWacxQP9Dam8uWUgyv6gZauUIVS+kGWtU9Msl6qth6+ZpN2ZDKjVVHZVRkjAgzAIoEAORHTRXJjR7K98Y0NFrsLSPdrsPu5+EkRIvhTSTc9hJyjzepWqrFbp5R3q7jlaX9gacyNr9URXdO6Ts5qkhF2keYAVAkACA/3FDkbBS5PV2nXz+s0IxeJiPP22f6DRQJAMgPBxR51o586q9PitSOXSYgj+HO4oAiAQD54YAiC20kc1WkMF6ZVYEOCRKKBADkCRQJKg32PgAgP9xQJKgzxXxzAAA1wAFFAgAAAHkARQIAAABKoEgAAABACRQJQP8ZAlWDtDxFHzWgAKBIAPoPaXIboDqQXQZF1pNG9RVZ9A2VAFjBH7RUkTl99YCBBDsOiqwzbiiymLoDwBoosiSQHRErP91TbSiyrjigyBUW5PYAOgCsgCJLAlWk/Y6DImuOG4q81EiejzEHwAoosiRAkSAWzijSEInmZVj8o0rtH7VqmZN/v3Bpn4ma7AGz/Xq5iWF19O1a9M3QirdYpltbI5en2EKRJQGKBLGAIlV/GoipyNIR+ZLoWCX0AXl1ytddZhIVX3LGm2lQ5OSSzlCjm9ZMhY7bkUZnkvtzzZLOSVVmNoefSTOvWeR/tKj7p3JdwpyTy4LSSFq+zPoLXxGgSBALKFL1pwEosgyKlAPISpEpK0eLVpGrfH+tCkTWnfYMFShyqjOyTJ2ZeFBwa5B5SW8G8eDIKtXiyrX7UM86BhQJYkG+pkLKimoq0psYbNIfQwU5/NdSeZ/5s4N3VdGeR3fZZnPA+zNcoEXJUseIL02ZTZqliie8xlaT/dCrm4XGFn5bs8IMQrlejharkMAo4WjS1KQmW3g9/hZJA61iaaYqDtcGK3kwXFHmfW2FTpGk18Z6aqzbuMabQ9zHFEmyEQ8qM48s6iynnb4locw8ZA5RpLy4skAKsapoXicQFNlQIe+pNhRZV6DI8J9eO8laQWnKaymlNrnVZAIKZikUqSxZKIQPSS6NZZOvcarjMa2RTZP/ueHFcKOvXBFXByqzZ1KTUjblvtOcivClSZskoVpWN63Y11YYFNnt33nwThT+pB06ReZVQWeTfSr2/vzupLy4du1cD9Qx5F6kwY9tKLL2QJHhP1UNI2mmg7z8fTgcQadMV6CmZLEQVYRytnDPT50nIh5hpq8wod2XV6R3R9AJS1mTymwRARhL0+nMJubourUiVi+SEjiLDpwaM3dZ5X3qZ6Z0LzVyvUvLXqSrXciOZqBV58c2FFl76qrIUCvMiSBWw27jjkhF6no4QhMtCzFqTgxF9jYxXClxig2ysTJS1GRaRSqqlFou9IFlzNGVYEW8a5EeTJHBwKnqGiJzHBtNDW7aWRR0EnWLK9c+Il2XdAbdtUilH9tQZO2pqyLFcczQFTRF86scHtQPdVoq0jReJ+QXsqnHP+PE0xYt0L22JsdiHNHlh2rpPPWvMBLUZJqBVnWViicAtjFH1q0VCe5oZYrkB04Nt6RSV7LM/J2u7NPIO1q7THWWOzrK2sHtOiAmtVVkaPhM3WdRjCJqbjJJOtCqKIQRboQV2YJRQul2HUM8/mLSaKHiuiL3CbciZbHs9hrm2TQ1qclm2kf6KpXqSaxTdcx8RZnr1gr8LrIkQJEgFvl9T/upyNko8HSdSKLvaskW0yCzg0CRJQGKBLFwQJFn7SiogiuC4jJkvsS+JbTiQJElAYoEsXBAkXjTRzroGGJ/dKUdVnYeKLIkQJEgFlAkAH0AiiwJZEcMxQSKrDNuKBKA8sMftFBkUTQS0YYi64oDigSgchBFFh0CiAcUWU+gSAD6T05fOpArRR81oACgSAAAAEAJFAkAAAAogSIBAAAAJVAkAAAAoASKBAAAAJRAkQAAAIASKBIAAABQ4oAii35oSl3g6zzuI7wAqDod/C6ylrihyGLqrk7Iikz2IC8AqkgbT9epKw0oEligVGRORw4A+ZFg/ASKrDNQJLABigRuMO29DMueIbzpo95AkcAGKBK4wTTeFwniAEUCG6BI4AZQJIiFO4rkX2g/MDjcndVq+lPt0J9kwvDKe2Ep0AWKBG4ARYJYOKLIrh8Dr7Wa1ID2iuRzQpEKtIqc6ixvdIb8NLIq/oFCSljUORmeN9LoTEoZJ5eJ2QCICxQJYuGEIlcTQaq6hVBkZpgUuSTYNURta6ZiHigqRSoZscsGgAEoEsTCBUWuvl5tSFtFkj99urO9bK3esG2wfDCQy3VR/WxkFvtcv0iFsVTkyWWd5cu8fxd1O5WkJzi5xO9j0mxe/hFhjq4XuSronPbKWdIBIA2CInW/ghQO9TYUWVccUaSvpeGQ2RL3IrkCGtKYbavpTQnZuOuf2kUqjKUiidSoInsuWxVIjTiuOwzrDcxOCnM0iiQZaJ/0pPcvepEgPXIv0uDHNhRZexxRpNgrTKlIaZq/F4jvbMZbpMLY9yKJ9Whfkv3Zw7NnKD+bo+tF+hc6aWlQJEiPcqBV58c2FFl7XFDk9J0aFRJLcfOH2RXLZIpMv0iFsb8WOdkJFJmyF9nDzwBFgvTorkUq/diGImuPE4qc9npszEeBsLqjnsFgJ8sSX5GhkhIvUmFi3dEaKNLyWiRXAp05Er6OSYvtLgVLgnTgdh0QCzcU2f2Pu+lG6DpKcxW/i+wtbRhB5QdObQZaFYtUmMx+FylcuwSgv0CRIBbuKBLkCRQJ3ACKBLGAIoENeLoOcAMoEsQCigQ2QJHADaBIEAsoEtgARQI3IEfyUEygyDoDRQIboEjgBo1EtKHIugJFAhtkRRYTBwAFAUXWEzcUCfoAX+c5HTMAlJl+tsygJDigSAAAACAPoEgAAABACRQJAAAAKIEiAQAAACVQJAAAAKAEigQAAACUOKDIon8MURf4Oo/7fBIAqk4HP/qoJW4ospi6qxOyIpM9pQSAKtLGowPqSgOKBBYoFZnTkQNA2WhDkXUFigQ2QJGgzrShyLoCRQIboEhQZ9pQZF2BIoENUCSoM20osq44ocg7m42BwWE2oxX+swxYhDQ8OGAVtlSU7YKpgCJBnWlDkXUFiuwLGYZUzNYZFHlyWWeo0Usjq3r7aHJZ52ROBxYAfacNRdYVKLIvuKvIqc7yRYEN1yzqrJnqTowsgiKBO7ShyLritCK7Q5CUZsv7RJrBYcjMcnslDzbpTH+V1gtqskthK9ciZ7NckM9Pp7mRWWvfmhTZ6GmRMbnE61Qu6XYwiUDJ9GROBxkAfaENRdYVlxVJ/g9ZiPNBqxl1PY9k5pXHHOTPZZ8r1qJcUJiQY+DzSGtRboXVgrIiWdBi6AbM1yJH/IFWosXeHK8X2R2DXaLchwBUiTYUWVdcVqTXXws+4Dp3Yh+u+1FYFuE5vktUulGsRb+gIQalRk1CtFxQUxqnUxssb9ch/cfly7oTTJH0TwAqTRuKrCtOKHL14ABnjbCkqJS6f8sebKsXkeeYFGlci0qROi9VU5GrOkPcZUeiSHrHDhQJXKINRdYVJxQ53W3v+bZf0p0/8Kq78hY50GoYtFSsRb+gIYacFMlZOVh5lgOt/B2tTIjdoddF3ftaoUjgAG0osq64ocjQCCZvCWFAkx/nFOUg5Q4yK4XFXfHUrkW1oDYGe0UG+BFEdxi91TWF23Xsf1KJ30WCOtOGIuuKK4oE+QJFgjrThiLrChQJbIAiQZ1pQ5F1BYoENkCRoM60oci6AkUCG6BIUGfaUGRdgSKBDVAkqDNtKLKuQJHABlmRxcQBQEFAkfXEDUWCPsDXeU7HDABlpp8tMygJDigSAAAAyAMoEgAAAFACRQIAAABKoEgAAABACRQJAAAAKIEiAQAAACVQJEhATsdMfgjHTNHhxMax+N3YBFAHoEiQALIXiv6ZZgzos4AQf1HI8buxCaAOQJEgAbR9KzoKW3SKKSaa+LgXf9uJTQB1AIoECah6+4b4+wkUCaoLFAkSUPX2DfH3EygSVBcoEiSg6u0b4u8nUCSoLlAkSEDV2zfE30+gSFBdoEiQgKq3b1bxDw8ONHwGBodzCy+STBXZagYb421hs+XNbKi2NTS/mzGj+NtJNsELRgrC24bcdw8UWVugSJCAdIrkW+l+kEQx3ZY3CLLVTOyHDMhJkdxu4PcIb6Js9lR2ihwghOOhEtcFmdmRBkXWFigSJMB1RXYFWaQUw+ShyPAWhvdI8FnpFNlshh1J5jWb+iChSJAWKBIkIE77xvXHaD9AGLkLxjODZpm0hN6fXhPX6mUgf7O8sRq+2IrRGtKLZ7ApxsANyfqLWUQubnh28ZvwN0E0Df832/7SKXJwuCtFv7pInHROcHxxNcqNEquPtLSbAOoAFAkSELN9o80aa9yEYb1gtM+b6rZs3ACg/wc36U3HaOWSKNKPwG9WuSDYRkhT3OlAZOTyhmcXv4meOMLVZ1CkoJkkZKrI4DDyd5PscTbHfKSl3QRQB6BIkIDY7VvoVguuseJviQlO/lXNmnY6mtS9SGOTKw1ZSv0v3VINS/9k34tsha60qhQpb29yslUki05R1YHSpfjjVLjlJoA6AEWCBGSqSKG1KoEixfJzUqRtM53L7TqhnnhlrkV6wXiObLGevlylKsWnu7wMRdYWKBIkIGb7Zh5oFVrhMigy+DlEeHXKGISBVuNgcngpy23I6Y5W4SIxv0cUJzMpyFqR4bFrXvpMoer9lXxjoMjaAkWCBMRp34IGi02FrofxI2AlGWhlKwkP22ljCDYhTuTihmcdv3ar+B+zNPzre9K2ClWQtV9SKbJbd/IJDLtuHNz3ajzS0m4CqANQJEhAiia6ANx7Ok3V4287sQmgDkCRIAFVb98Qfz+BIkF1gSJBAqreviH+fgJFguoCRYIEVL19Q/z9BIoE1QWKBAmoevuG+PsJFAmqCxQJEkD2wlClkBVTdETxcCx+NzYB1AEoEiSgUUEQf7E4dgiBmtCAIgEAAAAVUCQAAACgBIoEAAAAlECRAAAAgBIoEgAAAFACRQIAAABKoEgAAABACRQJAAAAKIEiAQAAACUOKHIaAAAAyAInFZnrWQQAAIA64KQiV1hw9uzZvlUyAACAKuKqIi81Mjs7C0UCAAAw47AiDZGoFNlqNgYGh3V/Zsrw4EB+hReAX1eubVfmKA8q2yOtW7vNVi5xmcjzixBvpYVEUmkK/mK6scOgSJ8+KrIwkm1U5FLp68rJ2pZJ0fKTVq6YGoIi+xCGq1/Mwo7aDIEifaDIxEsV/k2sCslb/uLaGiiyD2G4+8UkBRQw9JElUKSPTpHdQQpKb1dLM1QlsGlvYrBJF/A/5nL6pXmZuEXEcgzr5T9in8mFtJoNPpM3s8XWLgWmXkqxUlXk3Ylmc6C3jCJyfpa0Cs3meAUODPDDjeI3WLlRcgDh8LiFjXs68kgIrZ3MYp+Hqldd5+FhVHG7QoaU4tQXa1cV0vGp3LmVqCj15phrTBWA7utmc6xy4ItZ/X4kFOmjUaR4FsRlazXDO1+nSK5h4JuI4dAs7+gzKNK8Xr4tsiuEBhacBVgupVipKvLup4pvdy9y+dKIGJhqc/wc3B6RTlGjNqoXAB+ejGbXRx8J3Nq5yfB+14cXsV1yAxw+xhTF2laF6viUd25VKkreCGONaQOw/JrLx2oomNp/MZWHbpWAIn00ihTaCO48Sjp/szn4wzPFzoF+EcN6pdNq7w/7YGItxa3UFDm3iBy54r4TIX/k5vjtmKJ/I22UouqUbUuvcQpO3lW73ngk6KpXXZPSppm3i6sxIc7oXWlZFebDsioVpSrZVGMxv27Rx6oPvphSQFUEivQJ78rw8UCPJr+R0Z0U5a1IzXoz+CayInL6JoYjT/tN7K1c9d1TbZR5dYqoQgUHu174M6LYyJpU1Llxu/x1KeKM3JWWVWGnyLJXlOG7o6yxmF+3virSgS+mWCuVA4pktMJjEPLh433Y0o/RccdQkMt8bLdUoyK6cnTrbYUHQILyooLhWhzbpRQr1YznqFbEVVR4jphf2pxwDN2d0Wwqzk6VGyUHoOkZBdUf+lRoivVHgk3LrwyPa4XU28WFoIgzaqttq8J8WFaiolSlqWvMOgCRyGOVz1n7L2blO5FQJA839BA6LsKjLfwAheI7Qec3rXqR3CKh+yIU5RjXG3wUPn2TCunN8we7vOvs4fIillJsrO6ugNDXRIxcrNbQKhSbI7YG8jkMy6bYKDEAZdviZ2LfcSHG6CPBqnMkhRcKRrNdfEsjxakvNmZVRB2WFagoZWnqGjMGYPq6RR2riqqq7xezVfVOpLOKnI2ifE/XUbbbzqwuYzTfvGpvVNvQopjOxnW9iWpXhZnqN706qr3jwvul+n1IRxV51o6+VbIdUKQ12m9elTeqHdGi6K+P1U+RLjS9Oqq846TLkA6cxzipyGq+6QOKtIGO9egir+hGtaO2y0ytFJmmoipBRXecs/sFigQAAACUuKpIAAAAID3uKRIAAADIAygSAAAAUAJFAgAAAEqgSAAAAEAJFAkAAAAocUCRRd8ABcrLEAAAWEP84qQi8z2NAJWFHPMNAACwgLQYUCSoFVSROR3hAACXaEORoGZAkQAAS9pQJKgZUCQAwJI2FAlqBhQJALCkDUWCmgFFAgAsaTuryDuzeOGq/1aa7mtein3JS97vx4kqn756vKg6YGsPdkTyCuEVeXJZZ6jRSyOresfS5LLOyZy+AACAStGGIk3I7XBRr3LLY718mebyi30zqnLtWShyqrN8UWDDNYs6a6a6EyOLoEgAQJc2FGkCisxv7fZk/L7gkCIbPS0yJpd4ncol3Q4mESiZnszpywAAKD1t9xXptaWDTfo7UEWrSt+V3cVXqj/HW4wf1ms12Q9Kad5gWbZwN2ezORDu93iLt3qZyQdsuSAeRVHKSFQBi4RWx1uQW07YFvUiwnK9+bZbHY5HdLG+3kOlCGtvhfeIcrmIChKuRY74A61Ei705Xi+yOwa7RHmsAQDqQrsWimxwk0KrybW0rabfCPNNrdAgC629X1zoGpksYi+G4HM/Q1CAtih9JCxgGW4diquo2m2RVquqpRhbrVvcr+bQSgyXe5WGVW0FrRCxZBHd7Tqk/7h8WXeCKZL+CQCoLe1aKFI/nMh1iIIOXpDF2CB3lw3aYr9hjhwVVE0ri1JGIgesIBRDYAyxOxgVlbLAGFtt3HzO+nKxFrWnrxChZIlAkas6Q9xlR6JIescOFAkAoLShSKFlroAiI6+x8qvwFwgWZOUWqkhWWEMIz3LxiAoJSpbQ3dHKhNgdel3Uva8VigSg5rRrrkjFCGHigVZ5deZGXihWWZQyksj7VLg8rLTQNcAUikyy1ZzGpPB9YacZaFUvGDrF4MDvIgEAlrTrrsjwSB139bKhuF2H+1C8McS4ChsZKYpSRiIFrFghu3mGH4tlt/6QT+RtsVdkoq1mY7zNZnAtUhwsVszS15iy6vwKMQ5DQ5EAAEvazipyWtU6Oojq5hTzsGfdgSIBAJa0ochqo7x9E4o0AUUCACxpQ5EOAkWagCIBAJa0oUhQM6BIAIAlbSgS1AyiyKJDAABUBigS1Iqcjm0AgKsIbYgbigQgb/qmdQBAeaioIgEA1nSkBACwRPz6lF+RAAB78vuOA+A8UCQAbgNFApAYKBIAt4EiAUgMFAmA20CRACQGigTAbaBIABIDRQIAAAB9BooEAAAAlECRAAAAgBIoEgAAAFACRQIAAABKoEgAAABACRQJAAAAKIEiAQAAACVQJAAAAKAEigQAAACUQJEAAACAEigSAAAAUAJFAgAAAEqgSAAAAEAJFAkAAAAogSIBAAAAJVAkAAAAoASKBAAAAJRAkQAAAIASKBIAAABQAkUCAAAASqBIAAAAQMn/B/PqZ+A=)
&]
[s0; ]] | 1,245.751534 | 48,871 | 0.959492 | UltimateScript |
ba72f34a97aa3b29f0b9bf199c01d1041d16a9b1 | 249,840 | cpp | C++ | source/keyboard_mouse.cpp | cpascal/LuaAutoHotkey | 5acf40c2014093754106281ba7617060f686ffee | [
"BSD-3-Clause"
] | null | null | null | source/keyboard_mouse.cpp | cpascal/LuaAutoHotkey | 5acf40c2014093754106281ba7617060f686ffee | [
"BSD-3-Clause"
] | null | null | null | source/keyboard_mouse.cpp | cpascal/LuaAutoHotkey | 5acf40c2014093754106281ba7617060f686ffee | [
"BSD-3-Clause"
] | null | null | null | /*
AutoHotkey
Copyright 2003-2009 Chris Mallett ([email protected])
This program is free software; you can redistribute it and/or
modify it under the terms of the GNU General Public License
as published by the Free Software Foundation; either version 2
of the License, or (at your option) any later version.
This program is distributed in the hope that it will be useful,
but WITHOUT ANY WARRANTY; without even the implied warranty of
MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
GNU General Public License for more details.
*/
#include "stdafx.h" // pre-compiled headers
#include "keyboard_mouse.h"
#include "globaldata.h" // for g->KeyDelay
#include "application.h" // for MsgSleep()
#include "util.h" // for strlicmp()
#include "window.h" // for IsWindowHung()
// Added for v1.0.25. Search on sPrevEventType for more comments:
static KeyEventTypes sPrevEventType;
static vk_type sPrevVK = 0;
// For v1.0.25, the below is static to track it in between sends, so that the below will continue
// to work:
// Send {LWinDown}
// Send {LWinUp} ; Should still open the Start Menu even though it's a separate Send.
static vk_type sPrevEventModifierDown = 0;
static modLR_type sModifiersLR_persistent = 0; // Tracks this script's own lifetime/persistent modifiers (the ones it caused to be persistent and thus is responsible for tracking).
// v1.0.44.03: Below supports multiple keyboard layouts better by having script adapt to active window's layout.
#define MAX_CACHED_LAYOUTS 10 // Hard to imagine anyone using more languages/layouts than this, but even if they do it will still work; performance would just be a little worse due to being uncached.
static CachedLayoutType sCachedLayout[MAX_CACHED_LAYOUTS] = {{0}};
static HKL sTargetKeybdLayout; // Set by SendKeys() for use by the functions it calls directly and indirectly.
static ResultType sTargetLayoutHasAltGr; //
// v1.0.43: Support for SendInput() and journal-playback hook:
#define MAX_INITIAL_EVENTS_SI 500UL // sizeof(INPUT) == 28 as of 2006. Since Send is called so often, and since most Sends are short, reducing the load on the stack is also a deciding factor for these.
#define MAX_INITIAL_EVENTS_PB 1500UL // sizeof(PlaybackEvent) == 8, so more events are justified before resorting to malloc().
static LPINPUT sEventSI; // No init necessary. An array that's allocated/deallocated by SendKeys().
static PlaybackEvent *&sEventPB = (PlaybackEvent *&)sEventSI;
static UINT sEventCount, sMaxEvents; // Number of items in the above arrays and the current array capacity.
static UINT sCurrentEvent;
static modLR_type sEventModifiersLR; // Tracks the modifier state to following the progress/building of the SendInput array.
static POINT sSendInputCursorPos; // Tracks/predicts cursor position as SendInput array is built.
static HookType sHooksToRemoveDuringSendInput;
static SendModes sSendMode = SM_EVENT; // Whether a SendInput or Hook array is currently being constructed.
static bool sAbortArraySend; // No init needed.
static bool sFirstCallForThisEvent; //
static bool sInBlindMode; //
static DWORD sThisEventTime; //
// Dynamically resolve SendInput() because otherwise the app won't launch at all on Windows 95/NT-pre-SP3:
typedef UINT (WINAPI *MySendInputType)(UINT, LPINPUT, int);
static MySendInputType sMySendInput = (MySendInputType)GetProcAddress(GetModuleHandle(_T("user32")), "SendInput");
// Above will be NULL for Win95/NT-pre-SP3.
void DisguiseWinAltIfNeeded(vk_type aVK)
// For v1.0.25, the following situation is fixed by the code below: If LWin or LAlt
// becomes a persistent modifier (e.g. via Send {LWin down}) and the user physically
// releases LWin immediately before: 1) the {LWin up} is scheduled; and 2) SendKey()
// returns. Then SendKey() will push the modifier back down so that it is in effect
// for other things done by its caller (SendKeys) and also so that if the Send
// operation ends, the key will still be down as the user intended (to modify future
// keystrokes, physical or simulated). However, since that down-event is followed
// immediately by an up-event, the Start Menu appears for WIN-key or the active
// window's menu bar is activated for ALT-key. SOLUTION: Disguise Win-up and Alt-up
// events in these cases. This workaround has been successfully tested. It's also
// limited is scope so that a script can still explicitly invoke the Start Menu with
// "Send {LWin}", or activate the menu bar with "Send {Alt}".
// The check of sPrevEventModifierDown allows "Send {LWinDown}{LWinUp}" etc., to
// continue to work.
// v1.0.40: For maximum flexibility and minimum interference while in blind mode,
// don't disguise Win and Alt keystrokes then.
{
// Caller has ensured that aVK is about to have a key-up event, so if the event immediately
// prior to this one is a key-down of the same type of modifier key, it's our job here
// to send the disguising keystrokes now (if appropriate).
if (sPrevEventType == KEYDOWN && sPrevEventModifierDown != aVK && !sInBlindMode
// SendPlay mode can't display Start Menu, so no need for disguise keystrokes (such keystrokes might cause
// unwanted effects in certain games):
&& ((aVK == VK_LWIN || aVK == VK_RWIN) && (sPrevVK == VK_LWIN || sPrevVK == VK_RWIN) && sSendMode != SM_PLAY
|| (aVK == VK_LMENU || (aVK == VK_RMENU && sTargetLayoutHasAltGr != CONDITION_TRUE)) && (sPrevVK == VK_LMENU || sPrevVK == VK_RMENU)))
KeyEvent(KEYDOWNANDUP, g_MenuMaskKey); // Disguise it to suppress Start Menu or prevent activation of active window's menu bar.
}
// moved from SendKeys
void SendUnicodeChar(wchar_t aChar, int aModifiers = -1)
{
// Set modifier keystate for consistent results. If not specified by caller, default to releasing
// Alt/Ctrl/Shift since these are known to interfere in some cases, and because SendAsc() does it
// (except for LAlt). Leave LWin/RWin as they are, for consistency with SendAsc().
if (aModifiers == -1)
{
aModifiers = sSendMode ? sEventModifiersLR : GetModifierLRState();
aModifiers &= ~(MOD_LALT | MOD_RALT | MOD_LCONTROL | MOD_RCONTROL | MOD_LSHIFT | MOD_RSHIFT);
}
SetModifierLRState((modLR_type)aModifiers, sSendMode ? sEventModifiersLR : GetModifierLRState(), NULL, false, true, KEY_IGNORE);
if (sSendMode == SM_INPUT)
{
// Calling SendInput() now would cause characters to appear out of sequence.
// Instead, put them into the array and allow them to be sent in sequence.
PutKeybdEventIntoArray(0, 0, aChar, KEYEVENTF_UNICODE, KEY_IGNORE_LEVEL(g->SendLevel));
PutKeybdEventIntoArray(0, 0, aChar, KEYEVENTF_UNICODE | KEYEVENTF_KEYUP, KEY_IGNORE_LEVEL(g->SendLevel));
return;
}
//else caller has ensured sSendMode is SM_EVENT. In that mode, events are sent one at a time,
// so it is safe to immediately call SendInput(). SM_PLAY is not supported; for simplicity,
// SendASC() is called instead of this function. Although this means Unicode chars probably
// won't work, it seems better than sending chars out of order. One possible alternative could
// be to "flush" the event array, but since SendInput and SendEvent are probably much more common,
// this is left for a future version.
INPUT u_input[2];
u_input[0].type = INPUT_KEYBOARD;
u_input[0].ki.wVk = 0;
u_input[0].ki.wScan = aChar;
u_input[0].ki.dwFlags = KEYEVENTF_UNICODE;
u_input[0].ki.time = 0;
// L25: Set dwExtraInfo to ensure AutoHotkey ignores the event; otherwise it may trigger a SCxxx hotkey (where xxx is u_code).
u_input[0].ki.dwExtraInfo = KEY_IGNORE_LEVEL(g->SendLevel);
u_input[1].type = INPUT_KEYBOARD;
u_input[1].ki.wVk = 0;
u_input[1].ki.wScan = aChar;
u_input[1].ki.dwFlags = KEYEVENTF_UNICODE | KEYEVENTF_KEYUP;
u_input[1].ki.time = 0;
u_input[1].ki.dwExtraInfo = KEY_IGNORE_LEVEL(g->SendLevel);
SendInput(2, u_input, sizeof(INPUT));
}
void SendKeys(LPTSTR aKeys, bool aSendRaw, SendModes aSendModeOrig, HWND aTargetWindow)
// The aKeys string must be modifiable (not constant), since for performance reasons,
// it's allowed to be temporarily altered by this function. mThisHotkeyModifiersLR, if non-zero,
// should be the set of modifiers used to trigger the hotkey that called the subroutine
// containing the Send that got us here. If any of those modifiers are still down,
// they will be released prior to sending the batch of keys specified in <aKeys>.
// v1.0.43: aSendModeOrig was added.
{
if (!*aKeys)
return;
global_struct &g = *::g; // Reduces code size and may improve performance.
// For performance and also to reserve future flexibility, recognize {Blind} only when it's the first item
// in the string.
if (sInBlindMode = !aSendRaw && !_tcsnicmp(aKeys, _T("{Blind}"), 7)) // Don't allow {Blind} while in raw mode due to slight chance {Blind} is intended to be sent as a literal string.
// Blind Mode (since this seems too obscure to document, it's mentioned here): Blind Mode relies
// on modifiers already down for something like ^c because ^c is saying "manifest a ^c", which will
// happen if ctrl is already down. By contrast, Blind does not release shift to produce lowercase
// letters because avoiding that adds flexibility that couldn't be achieved otherwise.
// Thus, ^c::Send {Blind}c produces the same result when ^c is substituted for the final c.
// But Send {Blind}{LControl down} will generate the extra events even if ctrl already down.
aKeys += 7; // Remove "{Blind}" from further consideration.
int orig_key_delay = g.KeyDelay;
int orig_press_duration = g.PressDuration;
if (aSendModeOrig == SM_INPUT || aSendModeOrig == SM_INPUT_FALLBACK_TO_PLAY) // Caller has ensured aTargetWindow==NULL for SendInput and SendPlay modes.
{
// Both of these modes fall back to a different mode depending on whether some other script
// is running with a keyboard/mouse hook active. Of course, the detection of this isn't foolproof
// because older versions of AHK may be running and/or other apps with LL keyboard hooks. It's
// just designed to add a lot of value for typical usage because SendInput is preferred due to it
// being considerably faster than SendPlay, especially for long replacements when the CPU is under
// heavy load.
if ( !sMySendInput // Win95/NT-pre-SP3 don't support SendInput, so fall back to the specified mode.
|| SystemHasAnotherKeybdHook() // This function has been benchmarked to ensure it doesn't yield our timeslice, etc. 200 calls take 0ms according to tick-count, even when CPU is maxed.
|| !aSendRaw && SystemHasAnotherMouseHook() && tcscasestr(aKeys, _T("{Click")) ) // Ordered for short-circuit boolean performance. v1.0.43.09: Fixed to be strcasestr vs. !strcasestr
{
// Need to detect in advance what type of array to build (for performance and code size). That's why
// it done this way, and here are the comments about it:
// strcasestr() above has an unwanted amount of overhead if aKeys is huge, but it seems acceptable
// because it's called only when system has another mouse hook but *not* another keybd hook (very rare).
// Also, for performance reasons, {LButton and such are not checked for, which is documented and seems
// justified because the new {Click} method is expected to become prevalent, especially since this
// whole section only applies when the new SendInput mode is in effect.
// Finally, checking aSendRaw isn't foolproof because the string might contain {Raw} prior to {Click,
// but the complexity and performance of checking for that seems unjustified given the rarity,
// especially since there are almost never any consequences to reverting to hook mode vs. SendInput.
if (aSendModeOrig == SM_INPUT_FALLBACK_TO_PLAY)
aSendModeOrig = SM_PLAY;
else // aSendModeOrig == SM_INPUT, so fall back to EVENT.
{
aSendModeOrig = SM_EVENT;
// v1.0.43.08: When SendInput reverts to SendEvent mode, the majority of users would want
// a fast sending rate that is more comparable to SendInput's speed that the default KeyDelay
// of 10ms. PressDuration may be generally superior to KeyDelay because it does a delay after
// each changing of modifier state (which tends to improve reliability for certain apps).
// The following rules seem likely to be the best benefit in terms of speed and reliability:
// KeyDelay 0+,-1+ --> -1, 0
// KeyDelay -1, 0+ --> -1, 0
// KeyDelay -1,-1 --> -1, -1
g.PressDuration = (g.KeyDelay < 0 && g.PressDuration < 0) ? -1 : 0;
g.KeyDelay = -1; // Above line must be done before this one.
}
}
else // SendInput is available and no other impacting hooks are obviously present on the system, so use SendInput unconditionally.
aSendModeOrig = SM_INPUT; // Resolve early so that other sections don't have to consider SM_INPUT_FALLBACK_TO_PLAY a valid value.
}
// Might be better to do this prior to changing capslock state. UPDATE: In v1.0.44.03, the following section
// has been moved to the top of the function because:
// 1) For ControlSend, GetModifierLRState() might be more accurate if the threads are attached beforehand.
// 2) Determines sTargetKeybdLayout and sTargetLayoutHasAltGr early (for maintainability).
bool threads_are_attached = false; // Set default.
DWORD keybd_layout_thread = 0; //
DWORD target_thread; // Doesn't need init.
if (aTargetWindow) // Caller has ensured this is NULL for SendInput and SendPlay modes.
{
if ((target_thread = GetWindowThreadProcessId(aTargetWindow, NULL)) // Assign.
&& target_thread != g_MainThreadID && !IsWindowHung(aTargetWindow))
{
threads_are_attached = AttachThreadInput(g_MainThreadID, target_thread, TRUE) != 0;
keybd_layout_thread = target_thread; // Testing shows that ControlSend benefits from the adapt-to-layout technique too.
}
//else no target thread, or it's our thread, or it's hung; so keep keybd_layout_thread at its default.
}
else
{
// v1.0.48.01: On Vista or later, work around the fact that an "L" keystroke (physical or artificial) will
// lock the computer whenever either Windows key is physically pressed down (artificially releasing the
// Windows key isn't enough to solve it because Win+L is apparently detected aggressively like
// Ctrl-Alt-Delete. Unlike the handling of SM_INPUT in another section, this one here goes into
// effect for all Sends because waiting for an "L" keystroke to be sent would be too late since the
// Windows would have already been artificially released by then, so IsKeyDownAsync() wouldn't be
// able to detect when the user physically releases the key.
if ( (g_script.mThisHotkeyModifiersLR & (MOD_LWIN|MOD_RWIN)) // Limit the scope to only those hotkeys that have a Win modifier, since anything outside that scope hasn't been fully analyzed.
&& (GetTickCount() - g_script.mThisHotkeyStartTime) < (DWORD)50 // Ensure g_script.mThisHotkeyModifiersLR is up-to-date enough to be reliable.
&& aSendModeOrig != SM_PLAY // SM_PLAY is reported to be incapable of locking the computer.
&& !sInBlindMode // The philosophy of blind-mode is that the script should have full control, so don't do any waiting during blind mode.
&& g_os.IsWinVistaOrLater() // Only Vista (and presumably later OSes) check the physical state of the Windows key for Win+L.
&& GetCurrentThreadId() == g_MainThreadID // Exclude the hook thread because it isn't allowed to call anything like MsgSleep, nor are any calls from the hook thread within the understood/analyzed scope of this workaround.
)
{
bool wait_for_win_key_release;
if (aSendRaw)
wait_for_win_key_release = StrChrAny(aKeys, _T("Ll")) != NULL;
else
{
// It seems worthwhile to scan for any "L" characters to avoid waiting for the release
// of the Windows key when there are no L's. For performance and code size, the check
// below isn't comprehensive (e.g. it fails to consider things like {L} and #L).
// Although RegExMatch() could be used instead of the below, that would use up one of
// the RegEx cache entries, plus it would probably perform worse. So scan manually.
LPTSTR L_pos, brace_pos;
for (wait_for_win_key_release = false, brace_pos = aKeys; L_pos = StrChrAny(brace_pos, _T("Ll"));)
{
// Encountering a #L seems too rare, and the consequences too mild (or nonexistent), to
// justify the following commented-out section:
//if (L_pos > aKeys && L_pos[-1] == '#') // A simple check; it won't detect things like #+L.
// brace_pos = L_pos + 1;
//else
if (!(brace_pos = StrChrAny(L_pos + 1, _T("{}"))) || *brace_pos == '{') // See comment below.
{
wait_for_win_key_release = true;
break;
}
//else it found a '}' without a preceding '{', which means this "L" is inside braces.
// For simplicity, ignore such L's (probably not a perfect check, but seems worthwhile anyway).
}
}
if (wait_for_win_key_release)
while (IsKeyDownAsync(VK_LWIN) || IsKeyDownAsync(VK_RWIN)) // Even if the keyboard hook is installed, it seems best to use IsKeyDownAsync() vs. g_PhysicalKeyState[] because it's more likely to produce consistent behavior.
SLEEP_WITHOUT_INTERRUPTION(INTERVAL_UNSPECIFIED); // Seems best not to allow other threads to launch, for maintainability and because SendKeys() isn't designed to be interruptible.
}
// v1.0.44.03: The following change is meaningful only to people who use more than one keyboard layout.
// It seems that the vast majority of them would want the Send command (as well as other features like
// Hotstrings and the Input command) to adapt to the keyboard layout of the active window (or target window
// in the case of ControlSend) rather than sticking with the script's own keyboard layout. In addition,
// testing shows that this adapt-to-layout method costs almost nothing in performance, especially since
// the active window, its thread, and its layout are retrieved only once for each Send rather than once
// for each keystroke.
HWND active_window;
if (active_window = GetForegroundWindow())
keybd_layout_thread = GetWindowThreadProcessId(active_window, NULL);
//else no foreground window, so keep keybd_layout_thread at default.
}
sTargetKeybdLayout = GetKeyboardLayout(keybd_layout_thread); // If keybd_layout_thread==0, this will get our thread's own layout, which seems like the best/safest default.
sTargetLayoutHasAltGr = LayoutHasAltGr(sTargetKeybdLayout); // Note that WM_INPUTLANGCHANGEREQUEST is not monitored by MsgSleep for the purpose of caching our thread's keyboard layout. This is because it would be unreliable if another msg pump such as MsgBox is running. Plus it hardly helps perf. at all, and hurts maintainability.
// Below is now called with "true" so that the hook's modifier state will be corrected (if necessary)
// prior to every send.
modLR_type mods_current = GetModifierLRState(true); // Current "logical" modifier state.
// Make a best guess of what the physical state of the keys is prior to starting (there's no way
// to be certain without the keyboard hook). Note: We only want those physical
// keys that are also logically down (it's possible for a key to be down physically
// but not logically such as when R-control, for example, is a suffix hotkey and the
// user is physically holding it down):
modLR_type mods_down_physically_orig, mods_down_physically_and_logically
, mods_down_physically_but_not_logically_orig;
if (g_KeybdHook)
{
// Since hook is installed, use its more reliable tracking to determine which
// modifiers are down.
mods_down_physically_orig = g_modifiersLR_physical;
mods_down_physically_and_logically = g_modifiersLR_physical & g_modifiersLR_logical; // intersect
mods_down_physically_but_not_logically_orig = g_modifiersLR_physical & ~g_modifiersLR_logical;
}
else // Use best-guess instead.
{
// Even if TickCount has wrapped due to system being up more than about 49 days,
// DWORD subtraction still gives the right answer as long as g_script.mThisHotkeyStartTime
// itself isn't more than about 49 days ago:
if ((GetTickCount() - g_script.mThisHotkeyStartTime) < (DWORD)g_HotkeyModifierTimeout) // Elapsed time < timeout-value
mods_down_physically_orig = mods_current & g_script.mThisHotkeyModifiersLR; // Bitwise AND is set intersection.
else
// Since too much time as passed since the user pressed the hotkey, it seems best,
// based on the action that will occur below, to assume that no hotkey modifiers
// are physically down:
mods_down_physically_orig = 0;
mods_down_physically_and_logically = mods_down_physically_orig;
mods_down_physically_but_not_logically_orig = 0; // There's no way of knowing, so assume none.
}
// Any of the external modifiers that are down but NOT due to the hotkey are probably
// logically down rather than physically (perhaps from a prior command such as
// "Send, {CtrlDown}". Since there's no way to be sure without the keyboard hook or some
// driver-level monitoring, it seems best to assume that
// they are logically vs. physically down. This value contains the modifiers that
// we will not attempt to change (e.g. "Send, A" will not release the LWin
// before sending "A" if this value indicates that LWin is down). The below sets
// the value to be all the down-keys in mods_current except any that are physically
// down due to the hotkey itself. UPDATE: To improve the above, we now exclude from
// the set of persistent modifiers any that weren't made persistent by this script.
// Such a policy seems likely to do more good than harm as there have been cases where
// a modifier was detected as persistent just because #HotkeyModifier had timed out
// while the user was still holding down the key, but then when the user released it,
// this logic here would think it's still persistent and push it back down again
// to enforce it as "always-down" during the send operation. Thus, the key would
// basically get stuck down even after the send was over:
sModifiersLR_persistent &= mods_current & ~mods_down_physically_and_logically;
modLR_type persistent_modifiers_for_this_SendKeys, extra_persistent_modifiers_for_blind_mode;
if (sInBlindMode)
{
// The following value is usually zero unless the user is currently holding down
// some modifiers as part of a hotkey. These extra modifiers are the ones that
// this send operation (along with all its calls to SendKey and similar) should
// consider to be down for the duration of the Send (unless they go up via an
// explicit {LWin up}, etc.)
extra_persistent_modifiers_for_blind_mode = mods_current & ~sModifiersLR_persistent;
persistent_modifiers_for_this_SendKeys = mods_current;
}
else
{
extra_persistent_modifiers_for_blind_mode = 0;
persistent_modifiers_for_this_SendKeys = sModifiersLR_persistent;
}
// Above:
// Keep sModifiersLR_persistent and persistent_modifiers_for_this_SendKeys in sync with each other from now on.
// By contrast to persistent_modifiers_for_this_SendKeys, sModifiersLR_persistent is the lifetime modifiers for
// this script that stay in effect between sends. For example, "Send {LAlt down}" leaves the alt key down
// even after the Send ends, by design.
//
// It seems best not to change persistent_modifiers_for_this_SendKeys in response to the user making physical
// modifier changes during the course of the Send. This is because it seems more often desirable that a constant
// state of modifiers be kept in effect for the entire Send rather than having the user's release of a hotkey
// modifier key, which typically occurs at some unpredictable time during the Send, to suddenly alter the nature
// of the Send in mid-stride. Another reason is to make the behavior of Send consistent with that of SendInput.
// The default behavior is to turn the capslock key off prior to sending any keys
// because otherwise lowercase letters would come through as uppercase and vice versa.
ToggleValueType prior_capslock_state;
if (threads_are_attached || !g_os.IsWin9x())
{
// Only under either of the above conditions can the state of Capslock be reliably
// retrieved and changed. Remember that apps like MS Word have an auto-correct feature that
// might make it wrongly seem that the turning off of Capslock below needs a Sleep(0) to take effect.
prior_capslock_state = g.StoreCapslockMode && !sInBlindMode
? ToggleKeyState(VK_CAPITAL, TOGGLED_OFF)
: TOGGLE_INVALID; // In blind mode, don't do store capslock (helps remapping and also adds flexibility).
}
else // OS is Win9x and threads are not attached.
{
// Attempt to turn off capslock, but never attempt to turn it back on because we can't
// reliably detect whether it was on beforehand. Update: This didn't do any good, so
// it's disabled for now:
//CapslockOffWin9x();
prior_capslock_state = TOGGLE_INVALID;
}
// sSendMode must be set only after setting Capslock state above, because the hook method
// is incapable of changing the on/off state of toggleable keys like Capslock.
// However, it can change Capslock state as seen in the window to which playback events are being
// sent; but the behavior seems inconsistent and might vary depending on OS type, so it seems best
// not to rely on it.
sSendMode = aSendModeOrig;
if (sSendMode) // Build an array. We're also responsible for setting sSendMode to SM_EVENT prior to returning.
{
size_t mem_size;
if (sSendMode == SM_INPUT)
{
mem_size = MAX_INITIAL_EVENTS_SI * sizeof(INPUT);
sMaxEvents = MAX_INITIAL_EVENTS_SI;
}
else // Playback type.
{
mem_size = MAX_INITIAL_EVENTS_PB * sizeof(PlaybackEvent);
sMaxEvents = MAX_INITIAL_EVENTS_PB;
}
// _alloca() is used to avoid the overhead of malloc/free (99% of Sends will thus fit in stack memory).
// _alloca() never returns a failure code, it just raises an exception (e.g. stack overflow).
InitEventArray(_alloca(mem_size), sMaxEvents, mods_current);
}
bool blockinput_prev = g_BlockInput;
bool do_selective_blockinput = (g_BlockInputMode == TOGGLE_SEND || g_BlockInputMode == TOGGLE_SENDANDMOUSE)
&& !sSendMode && !aTargetWindow && g_os.IsWinNT4orLater();
if (do_selective_blockinput)
Line::ScriptBlockInput(true); // Turn it on unconditionally even if it was on, since Ctrl-Alt-Del might have disabled it.
vk_type vk;
sc_type sc;
modLR_type key_as_modifiersLR = 0;
modLR_type mods_for_next_key = 0;
// Above: For v1.0.35, it was changed to modLR vs. mod so that AltGr keys such as backslash and '{'
// are supported on layouts such as German when sending to apps such as Putty that are fussy about
// which ALT key is held down to produce the character.
vk_type this_event_modifier_down;
size_t key_text_length, key_name_length;
TCHAR *end_pos, *space_pos, *next_word, old_char, single_char_string[2];
KeyEventTypes event_type;
int repeat_count, click_x, click_y;
bool move_offset, key_down_is_persistent;
DWORD placeholder;
single_char_string[1] = '\0'; // Terminate in advance.
LONG_OPERATION_INIT // Needed even for SendInput/Play.
for (; *aKeys; ++aKeys, sPrevEventModifierDown = this_event_modifier_down)
{
this_event_modifier_down = 0; // Set default for this iteration, overridden selectively below.
if (!sSendMode)
LONG_OPERATION_UPDATE_FOR_SENDKEYS // This does not measurably affect the performance of SendPlay/Event.
if (!aSendRaw && _tcschr(_T("^+!#{}"), *aKeys))
{
switch (*aKeys)
{
case '^':
if (!(persistent_modifiers_for_this_SendKeys & (MOD_LCONTROL|MOD_RCONTROL)))
mods_for_next_key |= MOD_LCONTROL;
// else don't add it, because the value of mods_for_next_key may also used to determine
// which keys to release after the key to which this modifier applies is sent.
// We don't want persistent modifiers to ever be released because that's how
// AutoIt2 behaves and it seems like a reasonable standard.
continue;
case '+':
if (!(persistent_modifiers_for_this_SendKeys & (MOD_LSHIFT|MOD_RSHIFT)))
mods_for_next_key |= MOD_LSHIFT;
continue;
case '!':
if (!(persistent_modifiers_for_this_SendKeys & (MOD_LALT|MOD_RALT)))
mods_for_next_key |= MOD_LALT;
continue;
case '#':
if (!(persistent_modifiers_for_this_SendKeys & (MOD_LWIN|MOD_RWIN)))
mods_for_next_key |= MOD_LWIN;
continue;
case '}': continue; // Important that these be ignored. Be very careful about changing this, see below.
case '{':
{
if ( !(end_pos = _tcschr(aKeys + 1, '}')) ) // Ignore it and due to rarity, don't reset mods_for_next_key.
continue; // This check is relied upon by some things below that assume a '}' is present prior to the terminator.
aKeys = omit_leading_whitespace(aKeys + 1); // v1.0.43: Skip leading whitespace inside the braces to be more flexible.
if ( !(key_text_length = end_pos - aKeys) )
{
if (end_pos[1] == '}')
{
// The literal string "{}}" has been encountered, which is interpreted as a single "}".
++end_pos;
key_text_length = 1;
}
else if (IS_SPACE_OR_TAB(end_pos[1])) // v1.0.48: Support "{} down}", "{} downtemp}" and "{} up}".
{
next_word = omit_leading_whitespace(end_pos + 1);
if ( !_tcsnicmp(next_word, _T("Down"), 4) // "Down" or "DownTemp" (or likely enough).
|| !_tcsnicmp(next_word, _T("Up"), 2) )
{
if ( !(end_pos = _tcschr(next_word, '}')) ) // See comments at similar section above.
continue;
key_text_length = end_pos - aKeys; // This result must be non-zero due to the checks above.
}
else
goto brace_case_end; // The loop's ++aKeys will now skip over the '}', ignoring it.
}
else // Empty braces {} were encountered (or all whitespace, but literal whitespace isn't sent).
goto brace_case_end; // The loop's ++aKeys will now skip over the '}', ignoring it.
}
if (!_tcsnicmp(aKeys, _T("Click"), 5))
{
*end_pos = '\0'; // Temporarily terminate the string here to omit the closing brace from consideration below.
ParseClickOptions(omit_leading_whitespace(aKeys + 5), click_x, click_y, vk
, event_type, repeat_count, move_offset);
*end_pos = '}'; // Undo temp termination.
if (repeat_count < 1) // Allow {Click 100, 100, 0} to do a mouse-move vs. click (but modifiers like ^{Click..} aren't supported in this case.
MouseMove(click_x, click_y, placeholder, g.DefaultMouseSpeed, move_offset);
else // Use SendKey because it supports modifiers (e.g. ^{Click}) SendKey requires repeat_count>=1.
SendKey(vk, 0, mods_for_next_key, persistent_modifiers_for_this_SendKeys
, repeat_count, event_type, 0, aTargetWindow, click_x, click_y, move_offset);
goto brace_case_end; // This {} item completely handled, so move on to next.
}
else if (!_tcsnicmp(aKeys, _T("Raw"), 3)) // This is used by auto-replace hotstrings too.
{
// As documented, there's no way to switch back to non-raw mode afterward since there's no
// correct way to support special (non-literal) strings such as {Raw Off} while in raw mode.
aSendRaw = true;
goto brace_case_end; // This {} item completely handled, so move on to next.
}
// Since above didn't "goto", this item isn't {Click}.
event_type = KEYDOWNANDUP; // Set defaults.
repeat_count = 1; //
key_name_length = key_text_length; //
*end_pos = '\0'; // Temporarily terminate the string here to omit the closing brace from consideration below.
if (space_pos = StrChrAny(aKeys, _T(" \t"))) // Assign. Also, it relies on the fact that {} key names contain no spaces.
{
old_char = *space_pos;
*space_pos = '\0'; // Temporarily terminate here so that TextToVK() can properly resolve a single char.
key_name_length = space_pos - aKeys; // Override the default value set above.
next_word = omit_leading_whitespace(space_pos + 1);
UINT next_word_length = (UINT)(end_pos - next_word);
if (next_word_length > 0)
{
if (!_tcsnicmp(next_word, _T("Down"), 4))
{
event_type = KEYDOWN;
// v1.0.44.05: Added key_down_is_persistent (which is not initialized except here because
// it's only applicable when event_type==KEYDOWN). It avoids the following problem:
// When a key is remapped to become a modifier (such as F1::Control), launching one of
// the script's own hotkeys via F1 would lead to bad side-effects if that hotkey uses
// the Send command. This is because the Send command assumes that any modifiers pressed
// down by the script itself (such as Control) are intended to stay down during all
// keystrokes generated by that script. To work around this, something like KeyWait F1
// would otherwise be needed. within any hotkey triggered by the F1 key.
key_down_is_persistent = _tcsnicmp(next_word + 4, _T("Temp"), 4); // "DownTemp" means non-persistent.
}
else if (!_tcsicmp(next_word, _T("Up")))
event_type = KEYUP;
else
repeat_count = ATOI(next_word);
// Above: If negative or zero, that is handled further below.
// There is no complaint for values <1 to support scripts that want to conditionally send
// zero keystrokes, e.g. Send {a %Count%}
}
}
vk = TextToVK(aKeys, &mods_for_next_key, true, false, sTargetKeybdLayout); // false must be passed due to below.
sc = vk ? 0 : TextToSC(aKeys); // If sc is 0, it will be resolved by KeyEvent() later.
if (!vk && !sc && ctoupper(aKeys[0]) == 'V' && ctoupper(aKeys[1]) == 'K')
{
LPTSTR sc_string = StrChrAny(aKeys + 2, _T("Ss")); // Look for the "SC" that demarks the scan code.
if (sc_string && ctoupper(sc_string[1]) == 'C')
sc = (sc_type)_tcstol(sc_string + 2, NULL, 16); // Convert from hex.
// else leave sc set to zero and just get the specified VK. This supports Send {VKnn}.
vk = (vk_type)_tcstol(aKeys + 2, NULL, 16); // Convert from hex.
}
if (space_pos) // undo the temporary termination
*space_pos = old_char;
*end_pos = '}'; // undo the temporary termination
if (repeat_count < 1)
goto brace_case_end; // Gets rid of one level of indentation. Well worth it.
if (vk || sc)
{
if (key_as_modifiersLR = KeyToModifiersLR(vk, sc)) // Assign
{
if (!aTargetWindow)
{
if (event_type == KEYDOWN) // i.e. make {Shift down} have the same effect {ShiftDown}
{
this_event_modifier_down = vk;
if (key_down_is_persistent) // v1.0.44.05.
sModifiersLR_persistent |= key_as_modifiersLR;
persistent_modifiers_for_this_SendKeys |= key_as_modifiersLR; // v1.0.44.06: Added this line to fix the fact that "DownTemp" should keep the key pressed down after the send.
}
else if (event_type == KEYUP) // *not* KEYDOWNANDUP, since that would be an intentional activation of the Start Menu or menu bar.
{
DisguiseWinAltIfNeeded(vk);
sModifiersLR_persistent &= ~key_as_modifiersLR;
// By contrast with KEYDOWN, KEYUP should also remove this modifier
// from extra_persistent_modifiers_for_blind_mode if it happens to be
// in there. For example, if "#i::Send {LWin Up}" is a hotkey,
// LWin should become persistently up in every respect.
extra_persistent_modifiers_for_blind_mode &= ~key_as_modifiersLR;
// Fix for v1.0.43: Also remove LControl if this key happens to be AltGr.
if (vk == VK_RMENU && sTargetLayoutHasAltGr == CONDITION_TRUE) // It is AltGr.
extra_persistent_modifiers_for_blind_mode &= ~MOD_LCONTROL;
// Since key_as_modifiersLR isn't 0, update to reflect any changes made above:
persistent_modifiers_for_this_SendKeys = sModifiersLR_persistent | extra_persistent_modifiers_for_blind_mode;
}
// else must never change sModifiersLR_persistent in response to KEYDOWNANDUP
// because that would break existing scripts. This is because that same
// modifier key may have been pushed down via {ShiftDown} rather than "{Shift Down}".
// In other words, {Shift} should never undo the effects of a prior {ShiftDown}
// or {Shift down}.
}
//else don't add this event to sModifiersLR_persistent because it will not be
// manifest via keybd_event. Instead, it will done via less intrusively
// (less interference with foreground window) via SetKeyboardState() and
// PostMessage(). This change is for ControlSend in v1.0.21 and has been
// documented.
}
// Below: sModifiersLR_persistent stays in effect (pressed down) even if the key
// being sent includes that same modifier. Surprisingly, this is how AutoIt2
// behaves also, which is good. Example: Send, {AltDown}!f ; this will cause
// Alt to still be down after the command is over, even though F is modified
// by Alt.
SendKey(vk, sc, mods_for_next_key, persistent_modifiers_for_this_SendKeys
, repeat_count, event_type, key_as_modifiersLR, aTargetWindow);
}
else if (key_name_length == 1) // No vk/sc means a char of length one is sent via special method.
{
// v1.0.40: SendKeySpecial sends only keybd_event keystrokes, not ControlSend style
// keystrokes.
// v1.0.43.07: Added check of event_type!=KEYUP, which causes something like Send {?up} to
// do nothing if the curr. keyboard layout lacks such a key. This is relied upon by remappings
// such as F1::?(i.e. a destination key that doesn't have a VK, at least in English).
if (event_type != KEYUP) // In this mode, mods_for_next_key and event_type are ignored due to being unsupported.
{
if (aTargetWindow)
// Although MSDN says WM_CHAR uses UTF-16, it seems to really do automatic
// translation between ANSI and UTF-16; we rely on this for correct results:
PostMessage(aTargetWindow, WM_CHAR, aKeys[0], 0);
else
SendKeySpecial(aKeys[0], repeat_count);
}
}
// See comment "else must never change sModifiersLR_persistent" above about why
// !aTargetWindow is used below:
else if (vk = TextToSpecial(aKeys, key_text_length, event_type
, persistent_modifiers_for_this_SendKeys, !aTargetWindow)) // Assign.
{
if (!aTargetWindow)
{
if (event_type == KEYDOWN)
this_event_modifier_down = vk;
else // It must be KEYUP because TextToSpecial() never returns KEYDOWNANDUP.
DisguiseWinAltIfNeeded(vk);
}
// Since we're here, repeat_count > 0.
// v1.0.42.04: A previous call to SendKey() or SendKeySpecial() might have left modifiers
// in the wrong state (e.g. Send +{F1}{ControlDown}). Since modifiers can sometimes affect
// each other, make sure they're in the state intended by the user before beginning:
SetModifierLRState(persistent_modifiers_for_this_SendKeys
, sSendMode ? sEventModifiersLR : GetModifierLRState()
, aTargetWindow, false, false); // It also does DoKeyDelay(g->PressDuration).
for (int i = 0; i < repeat_count; ++i)
{
// Don't tell it to save & restore modifiers because special keys like this one
// should have maximum flexibility (i.e. nothing extra should be done so that the
// user can have more control):
KeyEvent(event_type, vk, 0, aTargetWindow, true);
if (!sSendMode)
LONG_OPERATION_UPDATE_FOR_SENDKEYS
}
}
else if (key_text_length > 4 && !_tcsnicmp(aKeys, _T("ASC "), 4) && !aTargetWindow) // {ASC nnnnn}
{
// Include the trailing space in "ASC " to increase uniqueness (selectivity).
// Also, sending the ASC sequence to window doesn't work, so don't even try:
SendASC(omit_leading_whitespace(aKeys + 3));
// Do this only once at the end of the sequence:
DoKeyDelay(); // It knows not to do the delay for SM_INPUT.
}
else if (key_text_length > 2 && !_tcsnicmp(aKeys, _T("U+"), 2))
{
// L24: Send a unicode value as shown by Character Map.
wchar_t u_code = (wchar_t) _tcstol(aKeys + 2, NULL, 16);
if (aTargetWindow)
{
// Although MSDN says WM_CHAR uses UTF-16, PostMessageA appears to truncate it to 8-bit.
// This probably means it does automatic translation between ANSI and UTF-16. Since we
// specifically want to send a Unicode character value, use PostMessageW:
PostMessageW(aTargetWindow, WM_CHAR, u_code, 0);
}
else
{
// Use SendInput in unicode mode if available, otherwise fall back to SendASC.
// To know why the following requires sSendMode != SM_PLAY, see SendUnicodeChar.
if (sSendMode != SM_PLAY && g_os.IsWin2000orLater())
{
SendUnicodeChar(u_code, mods_for_next_key | persistent_modifiers_for_this_SendKeys);
}
else // Note that this method generally won't work with Unicode characters except
{ // with specific controls which support it, such as RichEdit (tested on WordPad).
TCHAR asc[8];
*asc = '0';
_itot(u_code, asc + 1, 10);
SendASC(asc);
}
}
DoKeyDelay();
}
//else do nothing since it isn't recognized as any of the above "else if" cases (see below).
// If what's between {} is unrecognized, such as {Bogus}, it's safest not to send
// the contents literally since that's almost certainly not what the user intended.
// In addition, reset the modifiers, since they were intended to apply only to
// the key inside {}. Also, the below is done even if repeat-count is zero.
brace_case_end: // This label is used to simplify the code without sacrificing performance.
aKeys = end_pos; // In prep for aKeys++ done by the loop.
mods_for_next_key = 0;
continue;
} // case '{'
} // switch()
} // if (!aSendRaw && strchr("^+!#{}", *aKeys))
else // Encountered a character other than ^+!#{} ... or we're in raw mode.
{
// Best to call this separately, rather than as first arg in SendKey, since it changes the
// value of modifiers and the updated value is *not* guaranteed to be passed.
// In other words, SendKey(TextToVK(...), modifiers, ...) would often send the old
// value for modifiers.
single_char_string[0] = *aKeys; // String was pre-terminated earlier.
if (vk = TextToVK(single_char_string, &mods_for_next_key, true, true, sTargetKeybdLayout))
// TextToVK() takes no measurable time compared to the amount of time SendKey takes.
SendKey(vk, 0, mods_for_next_key, persistent_modifiers_for_this_SendKeys, 1, KEYDOWNANDUP
, 0, aTargetWindow);
else // Try to send it by alternate means.
{
// In this mode, mods_for_next_key is ignored due to being unsupported.
if (aTargetWindow)
// Although MSDN says WM_CHAR uses UTF-16, it seems to really do automatic
// translation between ANSI and UTF-16; we rely on this for correct results:
PostMessage(aTargetWindow, WM_CHAR, *aKeys, 0);
else
SendKeySpecial(*aKeys, 1);
}
mods_for_next_key = 0; // Safest to reset this regardless of whether a key was sent.
}
} // for()
modLR_type mods_to_set;
if (sSendMode)
{
int final_key_delay = -1; // Set default.
if (!sAbortArraySend && sEventCount > 0) // Check for zero events for performance, but more importantly because playback hook will not operate correctly with zero.
{
// Add more events to the array (prior to sending) to support the following:
// Restore the modifiers to match those the user is physically holding down, but do it as *part*
// of the single SendInput/Play call. The reasons it's done here as part of the array are:
// 1) It avoids the need for #HotkeyModifierTimeout (and it's superior to it) for both SendInput
// and SendPlay.
// 2) The hook will not be present during the SendInput, nor can it be reinstalled in time to
// catch any physical events generated by the user during the Send. Consequently, there is no
// known way to reliably detect physical keystate changes.
// 3) Changes made to modifier state by SendPlay are seen only by the active window's thread.
// Thus, it would be inconsistent and possibly incorrect to adjust global modifier state
// after (or during) a SendPlay.
// So rather than resorting to #HotkeyModifierTimeout, we can restore the modifiers within the
// protection of SendInput/Play's uninterruptibility, allowing the user's buffered keystrokes
// (if any) to hit against the correct modifier state when the SendInput/Play completes.
// For example, if #c:: is a hotkey and the user releases Win during the SendInput/Play, that
// release would hit after SendInput/Play restores Win to the down position, and thus Win would
// not be stuck down. Furthermore, if the user didn't release Win, Win would be in the
// correct/intended position.
// This approach has a few weaknesses (but the strengths appear to outweigh them):
// 1) Hitting SendInput's 5000 char limit would omit the tail-end keystrokes, which would mess up
// all the assumptions here. But hitting that limit should be very rare, especially since it's
// documented and thus scripts will avoid it.
// 2) SendInput's assumed uninterruptibility is false if any other app or script has an LL hook
// installed. This too is documented, so scripts should generally avoid using SendInput when
// they know there are other LL hooks in the system. In any case, there's no known solution
// for it, so nothing can be done.
mods_to_set = persistent_modifiers_for_this_SendKeys
| (sInBlindMode ? 0 : (mods_down_physically_orig & ~mods_down_physically_but_not_logically_orig)); // The last item is usually 0.
// Above: When in blind mode, don't restore physical modifiers. This is done to allow a hotkey
// such as the following to release Shift:
// +space::SendInput/Play {Blind}{Shift up}
// Note that SendPlay can make such a change only from the POV of the target window; i.e. it can
// release shift as seen by the target window, but not by any other thread; so the shift key would
// still be considered to be down for the purpose of firing hotkeys (it can't change global key state
// as seen by GetAsyncKeyState).
// For more explanation of above, see a similar section for the non-array/old Send below.
SetModifierLRState(mods_to_set, sEventModifiersLR, NULL, true, true); // Disguise in case user released or pressed Win/Alt during the Send (seems best to do it even for SendPlay, though it probably needs only Alt, not Win).
// mods_to_set is used further below as the set of modifiers that were explicitly put into effect at the tail end of SendInput.
SendEventArray(final_key_delay, mods_to_set);
}
CleanupEventArray(final_key_delay);
}
else // A non-array send is in effect, so a more elaborate adjustment to logical modifiers is called for.
{
// Determine (or use best-guess, if necessary) which modifiers are down physically now as opposed
// to right before the Send began.
modLR_type mods_down_physically; // As compared to mods_down_physically_orig.
if (g_KeybdHook)
mods_down_physically = g_modifiersLR_physical;
else // No hook, so consult g_HotkeyModifierTimeout to make the determination.
// Assume that the same modifiers that were phys+logically down before the Send are still
// physically down (though not necessarily logically, since the Send may have released them),
// but do this only if the timeout period didn't expire (or the user specified that it never
// times out; i.e. elapsed time < timeout-value; DWORD subtraction gives the right answer even if
// tick-count has wrapped around).
mods_down_physically = (g_HotkeyModifierTimeout < 0 // It never times out or...
|| (GetTickCount() - g_script.mThisHotkeyStartTime) < (DWORD)g_HotkeyModifierTimeout) // It didn't time out.
? mods_down_physically_orig : 0;
// Restore the state of the modifiers to be those the user is physically holding down right now.
// Any modifiers that are logically "persistent", as detected upon entrance to this function
// (e.g. due to something such as a prior "Send, {LWinDown}"), are also pushed down if they're not already.
// Don't press back down the modifiers that were used to trigger this hotkey if there's
// any doubt that they're still down, since doing so when they're not physically down
// would cause them to be stuck down, which might cause unwanted behavior when the unsuspecting
// user resumes typing.
// v1.0.42.04: Now that SendKey() is lazy about releasing Ctrl and/or Shift (but not Win/Alt),
// the section below also releases Ctrl/Shift if appropriate. See SendKey() for more details.
mods_to_set = persistent_modifiers_for_this_SendKeys; // Set default.
if (sInBlindMode) // This section is not needed for the array-sending modes because they exploit uninterruptibility to perform a more reliable restoration.
{
// At the end of a blind-mode send, modifiers are restored differently than normal. One
// reason for this is to support the explicit ability for a Send to turn off a hotkey's
// modifiers even if the user is still physically holding them down. For example:
// #space::Send {LWin up} ; Fails to release it, by design and for backward compatibility.
// #space::Send {Blind}{LWin up} ; Succeeds, allowing LWin to be logically up even though it's physically down.
modLR_type mods_changed_physically_during_send = mods_down_physically_orig ^ mods_down_physically;
// Fix for v1.0.42.04: To prevent keys from getting stuck down, compensate for any modifiers
// the user physically pressed or released during the Send (especially those released).
// Remove any modifiers physically released during the send so that they don't get pushed back down:
mods_to_set &= ~(mods_changed_physically_during_send & mods_down_physically_orig); // Remove those that changed from down to up.
// Conversely, add any modifiers newly, physically pressed down during the Send, because in
// most cases the user would want such modifiers to be logically down after the Send.
// Obsolete comment from v1.0.40: For maximum flexibility and minimum interference while
// in blind mode, never restore modifiers to the down position then.
mods_to_set |= mods_changed_physically_during_send & mods_down_physically; // Add those that changed from up to down.
}
else // Regardless of whether the keyboard hook is present, the following formula applies.
mods_to_set |= mods_down_physically & ~mods_down_physically_but_not_logically_orig; // The second item is usually 0.
// Above takes into account the fact that the user may have pressed and/or released some modifiers
// during the Send.
// So it includes all keys that are physically down except those that were down physically but not
// logically at the *start* of the send operation (since the send operation may have changed the
// logical state). In other words, we want to restore the keys to their former logical-down
// position to match the fact that the user is still holding them down physically. The
// previously-down keys we don't do this for are those that were physically but not logically down,
// such as a naked Control key that's used as a suffix without being a prefix. More details:
// mods_down_physically_but_not_logically_orig is used to distinguish between the following two cases,
// allowing modifiers to be properly restored to the down position when the hook is installed:
// 1) A naked modifier key used only as suffix: when the user phys. presses it, it isn't
// logically down because the hook suppressed it.
// 2) A modifier that is a prefix, that triggers a hotkey via a suffix, and that hotkey sends
// that modifier. The modifier will go back up after the SEND, so the key will be physically
// down but not logically.
// Use KEY_IGNORE_ALL_EXCEPT_MODIFIER to tell the hook to adjust g_modifiersLR_logical_non_ignored
// because these keys being put back down match the physical pressing of those same keys by the
// user, and we want such modifiers to be taken into account for the purpose of deciding whether
// other hotkeys should fire (or the same one again if auto-repeating):
// v1.0.42.04: A previous call to SendKey() might have left Shift/Ctrl in the down position
// because by procrastinating, extraneous keystrokes in examples such as "Send ABCD" are
// eliminated (previously, such that example released the shift key after sending each key,
// only to have to press it down again for the next one. For this reason, some modifiers
// might get released here in addition to any that need to get pressed down. That's why
// SetModifierLRState() is called rather than the old method of pushing keys down only,
// never releasing them.
// Put the modifiers in mods_to_set into effect. Although "true" is passed to disguise up-events,
// there generally shouldn't be any up-events for Alt or Win because SendKey() would have already
// released them. One possible exception to this is when the user physically released Alt or Win
// during the send (perhaps only during specific sensitive/vulnerable moments).
SetModifierLRState(mods_to_set, GetModifierLRState(), aTargetWindow, true, true); // It also does DoKeyDelay(g->PressDuration).
} // End of non-array Send.
// For peace of mind and because that's how it was tested originally, the following is done
// only after adjusting the modifier state above (since that adjustment might be able to
// affect the global variables used below in a meaningful way).
if (g_KeybdHook)
{
// Ensure that g_modifiersLR_logical_non_ignored does not contain any down-modifiers
// that aren't down in g_modifiersLR_logical. This is done mostly for peace-of-mind,
// since there might be ways, via combinations of physical user input and the Send
// commands own input (overlap and interference) for one to get out of sync with the
// other. The below uses ^ to find the differences between the two, then uses & to
// find which are down in non_ignored that aren't in logical, then inverts those bits
// in g_modifiersLR_logical_non_ignored, which sets those keys to be in the up position:
g_modifiersLR_logical_non_ignored &= ~((g_modifiersLR_logical ^ g_modifiersLR_logical_non_ignored)
& g_modifiersLR_logical_non_ignored);
}
if (prior_capslock_state == TOGGLED_ON) // The current user setting requires us to turn it back on.
ToggleKeyState(VK_CAPITAL, TOGGLED_ON);
// Might be better to do this after changing capslock state, since having the threads attached
// tends to help with updating the global state of keys (perhaps only under Win9x in this case):
if (threads_are_attached)
AttachThreadInput(g_MainThreadID, target_thread, FALSE);
if (do_selective_blockinput && !blockinput_prev) // Turn it back off only if it was off before we started.
Line::ScriptBlockInput(false);
// v1.0.43.03: Someone reported that when a non-autoreplace hotstring calls us to do its backspacing, the
// hotstring's subroutine can execute a command that activates another window owned by the script before
// the original window finished receiving its backspaces. Although I can't reproduce it, this behavior
// fits with expectations since our thread won't necessarily have a chance to process the incoming
// keystrokes before executing the command that comes after SendInput. If those command(s) activate
// another of this thread's windows, that window will most likely intercept the keystrokes (assuming
// that the message pump dispatches buffered keystrokes to whichever window is active at the time the
// message is processed).
// This fix does not apply to the SendPlay or SendEvent modes, the former due to the fact that it sleeps
// a lot while the playback is running, and the latter due to key-delay and because testing has never shown
// a need for it.
if (aSendModeOrig == SM_INPUT && GetWindowThreadProcessId(GetForegroundWindow(), NULL) == g_MainThreadID) // GetWindowThreadProcessId() tolerates a NULL hwnd.
SLEEP_WITHOUT_INTERRUPTION(-1);
// v1.0.43.08: Restore the original thread key-delay values in case above temporarily overrode them.
g.KeyDelay = orig_key_delay;
g.PressDuration = orig_press_duration;
}
void SendKey(vk_type aVK, sc_type aSC, modLR_type aModifiersLR, modLR_type aModifiersLRPersistent
, int aRepeatCount, KeyEventTypes aEventType, modLR_type aKeyAsModifiersLR, HWND aTargetWindow
, int aX, int aY, bool aMoveOffset)
// Caller has ensured that: 1) vk or sc may be zero, but not both; 2) aRepeatCount > 0.
// This function is responsible for first setting the correct state of the modifier keys
// (as specified by the caller) before sending the key. After sending, it should put the
// modifier keys back to the way they were originally (UPDATE: It does this only for Win/Alt
// for the reasons described near the end of this function).
{
// Caller is now responsible for verifying this:
// Avoid changing modifier states and other things if there is nothing to be sent.
// Otherwise, menu bar might activated due to ALT keystrokes that don't modify any key,
// the Start Menu might appear due to WIN keystrokes that don't modify anything, etc:
//if ((!aVK && !aSC) || aRepeatCount < 1)
// return;
// I thought maybe it might be best not to release unwanted modifier keys that are already down
// (perhaps via something like "Send, {altdown}{esc}{altup}"), but that harms the case where
// modifier keys are down somehow, unintentionally: The send command wouldn't behave as expected.
// e.g. "Send, abc" while the control key is held down by other means, would send ^a^b^c,
// possibly dangerous. So it seems best to default to making sure all modifiers are in the
// proper down/up position prior to sending any Keybd events. UPDATE: This has been changed
// so that only modifiers that were actually used to trigger that hotkey are released during
// the send. Other modifiers that are down may be down intentionally, e.g. due to a previous
// call to Send such as: Send {ShiftDown}.
// UPDATE: It seems best to save the initial state only once, prior to sending the key-group,
// because only at the beginning can the original state be determined without having to
// save and restore it in each loop iteration.
// UPDATE: Not saving and restoring at all anymore, due to interference (side-effects)
// caused by the extra keybd events.
// The combination of aModifiersLR and aModifiersLRPersistent are the modifier keys that
// should be down prior to sending the specified aVK/aSC. aModifiersLR are the modifiers
// for this particular aVK keystroke, but aModifiersLRPersistent are the ones that will stay
// in pressed down even after it's sent.
modLR_type modifiersLR_specified = aModifiersLR | aModifiersLRPersistent;
bool vk_is_mouse = IsMouseVK(aVK); // Caller has ensured that VK is non-zero when it wants a mouse click.
LONG_OPERATION_INIT
for (int i = 0; i < aRepeatCount; ++i)
{
if (!sSendMode)
LONG_OPERATION_UPDATE_FOR_SENDKEYS // This does not measurably affect the performance of SendPlay/Event.
// These modifiers above stay in effect for each of these keypresses.
// Always on the first iteration, and thereafter only if the send won't be essentially
// instantaneous. The modifiers are checked before every key is sent because
// if a high repeat-count was specified, the user may have time to release one or more
// of the modifier keys that were used to trigger a hotkey. That physical release
// will cause a key-up event which will cause the state of the modifiers, as seen
// by the system, to change. For example, if user releases control-key during the operation,
// some of the D's won't be control-D's:
// ^c::Send,^{d 15}
// Also: Seems best to do SetModifierLRState() even if Keydelay < 0:
// Update: If this key is itself a modifier, don't change the state of the other
// modifier keys just for it, since most of the time that is unnecessary and in
// some cases, the extra generated keystrokes would cause complications/side-effects.
if (!aKeyAsModifiersLR)
{
// DISGUISE UP: Pass "true" to disguise UP-events on WIN and ALT due to hotkeys such as:
// !a::Send test
// !a::Send {LButton}
// v1.0.40: It seems okay to tell SetModifierLRState to disguise Win/Alt regardless of
// whether our caller is in blind mode. This is because our caller already put any extra
// blind-mode modifiers into modifiersLR_specified, which prevents any actual need to
// disguise anything (only the release of Win/Alt is ever disguised).
// DISGUISE DOWN: Pass "false" to avoid disguising DOWN-events on Win and Alt because Win/Alt
// will be immediately followed by some key for them to "modify". The exceptions to this are
// when aVK is a mouse button (e.g. sending !{LButton} or #{LButton}). But both of those are
// so rare that the flexibility of doing exactly what the script specifies seems better than
// a possibly unwanted disguising. Also note that hotkeys such as #LButton automatically use
// both hooks so that the Start Menu doesn't appear when the Win key is released, so we're
// not responsible for that type of disguising here.
SetModifierLRState(modifiersLR_specified, sSendMode ? sEventModifiersLR : GetModifierLRState()
, aTargetWindow, false, true, KEY_IGNORE_LEVEL(g->SendLevel)); // See keyboard_mouse.h for explanation of KEY_IGNORE.
// SetModifierLRState() also does DoKeyDelay(g->PressDuration).
}
// v1.0.42.04: Mouse clicks are now handled here in the same loop as keystrokes so that the modifiers
// will be readjusted (above) if the user presses/releases modifier keys during the mouse clicks.
if (vk_is_mouse && !aTargetWindow)
MouseClick(aVK, aX, aY, 1, g->DefaultMouseSpeed, aEventType, aMoveOffset);
// Above: Since it's rare to send more than one click, it seems best to simplify and reduce code size
// by not doing more than one click at a time event when mode is SendInput/Play.
else
// Sending mouse clicks via ControlSend is not supported, so in that case fall back to the
// old method of sending the VK directly (which probably has no effect 99% of the time):
KeyEvent(aEventType, aVK, aSC, aTargetWindow, true, KEY_IGNORE_LEVEL(g->SendLevel));
} // for() [aRepeatCount]
// The final iteration by the above loop does a key or mouse delay (KeyEvent and MouseClick do it internally)
// prior to us changing the modifiers below. This is a good thing because otherwise the modifiers would
// sometimes be released so soon after the keys they modify that the modifiers are not in effect.
// This can be seen sometimes when/ ctrl-shift-tabbing back through a multi-tabbed dialog:
// The last ^+{tab} might otherwise not take effect because the CTRL key would be released too quickly.
// Release any modifiers that were pressed down just for the sake of the above
// event (i.e. leave any persistent modifiers pressed down). The caller should
// already have verified that aModifiersLR does not contain any of the modifiers
// in aModifiersLRPersistent. Also, call GetModifierLRState() again explicitly
// rather than trying to use a saved value from above, in case the above itself
// changed the value of the modifiers (i.e. aVk/aSC is a modifier). Admittedly,
// that would be pretty strange but it seems the most correct thing to do (another
// reason is that the user may have pressed or released modifier keys during the
// final mouse/key delay that was done above).
if (!aKeyAsModifiersLR) // See prior use of this var for explanation.
{
// It seems best not to use KEY_IGNORE_ALL_EXCEPT_MODIFIER in this case, though there's
// a slight chance that a script or two might be broken by not doing so. The chance
// is very slight because the only thing KEY_IGNORE_ALL_EXCEPT_MODIFIER would allow is
// something like the following example. Note that the hotkey below must be a hook
// hotkey (even more rare) because registered hotkeys will still see the logical modifier
// state and thus fire regardless of whether g_modifiersLR_logical_non_ignored says that
// they shouldn't:
// #b::Send, {CtrlDown}{AltDown}
// $^!a::MsgBox You pressed the A key after pressing the B key.
// In the above, making ^!a a hook hotkey prevents it from working in conjunction with #b.
// UPDATE: It seems slightly better to have it be KEY_IGNORE_ALL_EXCEPT_MODIFIER for these reasons:
// 1) Persistent modifiers are fairly rare. When they're in effect, it's usually for a reason
// and probably a pretty good one and from a user who knows what they're doing.
// 2) The condition that g_modifiersLR_logical_non_ignored was added to fix occurs only when
// the user physically presses a suffix key (or auto-repeats one by holding it down)
// during the course of a SendKeys() operation. Since the persistent modifiers were
// (by definition) already in effect prior to the Send, putting them back down for the
// purpose of firing hook hotkeys does not seem unreasonable, and may in fact add value.
// DISGUISE DOWN: When SetModifierLRState() is called below, it should only release keys, not press
// any down (except if the user's physical keystrokes interfered). Therefore, passing true or false
// for the disguise-down-events parameter doesn't matter much (but pass "true" in case the user's
// keystrokes did interfere in a way that requires a Alt or Win to be pressed back down, because
// disguising it seems best).
// DISGUISE UP: When SetModifierLRState() is called below, it is passed "false" for disguise-up
// to avoid generating unnecessary disguise-keystrokes. They are not needed because if our keystrokes
// were modified by either WIN or ALT, the release of the WIN or ALT key will already be disguised due to
// its having modified something while it was down. The exceptions to this are when aVK is a mouse button
// (e.g. sending !{LButton} or #{LButton}). But both of those are so rare that the flexibility of doing
// exactly what the script specifies seems better than a possibly unwanted disguising.
// UPDATE for v1.0.42.04: Only release Win and Alt (if appropriate), not Ctrl and Shift, since we know
// Win/Alt don't have to be disguised but our caller would have trouble tracking that info or making that
// determination. This avoids extra keystrokes, while still procrastinating the release of Ctrl/Shift so
// that those can be left down if the caller's next keystroke happens to need them.
modLR_type state_now = sSendMode ? sEventModifiersLR : GetModifierLRState();
modLR_type win_alt_to_be_released = ((state_now ^ aModifiersLRPersistent) & state_now) // The modifiers to be released...
& (MOD_LWIN|MOD_RWIN|MOD_LALT|MOD_RALT); // ... but restrict them to only Win/Alt.
if (win_alt_to_be_released)
SetModifierLRState(state_now & ~win_alt_to_be_released
, state_now, aTargetWindow, true, false); // It also does DoKeyDelay(g->PressDuration).
}
}
void SendKeySpecial(TCHAR aChar, int aRepeatCount)
// Caller must be aware that keystrokes are sent directly (i.e. never to a target window via ControlSend mode).
// It must also be aware that the event type KEYDOWNANDUP is always what's used since there's no way
// to support anything else. Furthermore, there's no way to support "modifiersLR_for_next_key" such as ^
// (assuming is a character for which SendKeySpecial() is required in the current layout).
// This function uses some of the same code as SendKey() above, so maintain them together.
{
// Caller must verify that aRepeatCount > 1.
// Avoid changing modifier states and other things if there is nothing to be sent.
// Otherwise, menu bar might activated due to ALT keystrokes that don't modify any key,
// the Start Menu might appear due to WIN keystrokes that don't modify anything, etc:
//if (aRepeatCount < 1)
// return;
// v1.0.40: This function was heavily simplified because the old method of simulating
// characters via dead keys apparently never executed under any keyboard layout. It never
// got past the following on the layouts I tested (Russian, German, Danish, Spanish):
// if (!send1 && !send2) // Can't simulate aChar.
// return;
// This might be partially explained by the fact that the following old code always exceeded
// the bounds of the array (because aChar was always between 0 and 127), so it was never valid
// in the first place:
// asc_int = cAnsiToAscii[(int)((aChar - 128) & 0xff)] & 0xff;
// Producing ANSI characters via Alt+Numpad and a leading zero appears standard on most languages
// and layouts (at least those whose active code page is 1252/Latin 1 US/Western Europe). However,
// Russian (code page 1251 Cyrillic) is apparently one exception as shown by the fact that sending
// all of the characters above Chr(127) while under Russian layout produces Cyrillic characters
// if the active window's focused control is an Edit control (even if its an ANSI app).
// I don't know the difference between how such characters are actually displayed as opposed to how
// they're stored in memory (in notepad at least, there appears to be some kind of on-the-fly
// translation to Unicode as shown when you try to save such a file). But for now it doesn't matter
// because for backward compatibility, it seems best not to change it until some alternative is
// discovered that's high enough in value to justify breaking existing scripts that run under Russian
// and other non-code-page-1252 layouts.
//
// Production of ANSI characters above 127 has been tested on both Windows XP and 98se (but not the
// Win98 command prompt).
TCHAR asc_string[16], *cp = asc_string;
// The following range isn't checked because this function appears never to be called for such
// characters (tested in English and Russian so far), probably because VkKeyScan() finds a way to
// manifest them via Control+VK combinations:
//if (aChar > -1 && aChar < 32)
// return;
if (aChar & ~127) // Try using ANSI.
*cp++ = '0'; // ANSI mode is achieved via leading zero in the Alt+Numpad keystrokes.
//else use Alt+Numpad without the leading zero, which allows the characters a-z, A-Z, and quite
// a few others to be produced in Russian and perhaps other layouts, which was impossible in versions
// prior to 1.0.40.
_itot((TBYTE)aChar, cp, 10); // Convert to UCHAR in case aChar < 0.
LONG_OPERATION_INIT
for (int i = 0; i < aRepeatCount; ++i)
{
if (!sSendMode)
LONG_OPERATION_UPDATE_FOR_SENDKEYS
#ifdef UNICODE
if (sSendMode != SM_PLAY) // See SendUnicodeChar for comments.
SendUnicodeChar(aChar);
else
#endif
SendASC(asc_string);
DoKeyDelay(); // It knows not to do the delay for SM_INPUT.
}
// It is not necessary to do SetModifierLRState() to put a caller-specified set of persistent modifier
// keys back into effect because:
// 1) Our call to SendASC above (if any) at most would have released some of the modifiers (though never
// WIN because it isn't necessary); but never pushed any new modifiers down (it even releases ALT
// prior to returning).
// 2) Our callers, if they need to push ALT back down because we didn't do it, will either disguise it
// or avoid doing so because they're about to send a keystroke (just about anything) that ALT will
// modify and thus not need to be disguised.
}
void SendASC(LPCTSTR aAscii)
// Caller must be aware that keystrokes are sent directly (i.e. never to a target window via ControlSend mode).
// aAscii is a string to support explicit leading zeros because sending 216, for example, is not the same as
// sending 0216. The caller is also responsible for restoring any desired modifier keys to the down position
// (this function needs to release some of them if they're down).
{
// UPDATE: In v1.0.42.04, the left Alt key is always used below because:
// 1) It might be required on Win95/NT (though testing shows that RALT works okay on Windows 98se).
// 2) It improves maintainability because if the keyboard layout has AltGr, and the Control portion
// of AltGr is released without releasing the RAlt portion, anything that expects LControl to
// be down whenever RControl is down would be broken.
// The following test demonstrates that on previous versions under German layout, the right-Alt key
// portion of AltGr could be used to manifest Alt+Numpad combinations:
// Send {RAlt down}{Asc 67}{RAlt up} ; Should create a C character even when both the active window an AHK are set to German layout.
// KeyHistory ; Shows that the right-Alt key was successfully used rather than the left.
// Changing the modifier state via SetModifierLRState() (rather than some more error-prone multi-step method)
// also ensures that the ALT key is pressed down only after releasing any shift key that needed it above.
// Otherwise, the OS's switch-keyboard-layout hotkey would be triggered accidentally; e.g. the following
// in English layout: Send ~~讐{^}.
//
// Make sure modifier state is correct: ALT pressed down and other modifiers UP
// because CTRL and SHIFT seem to interfere with this technique if they are down,
// at least under WinXP (though the Windows key doesn't seem to be a problem).
// Specify KEY_IGNORE so that this action does not affect the modifiers that the
// hook uses to determine which hotkey should be triggered for a suffix key that
// has more than one set of triggering modifiers (for when the user is holding down
// that suffix to auto-repeat it -- see keyboard_mouse.h for details).
modLR_type modifiersLR_now = sSendMode ? sEventModifiersLR : GetModifierLRState();
SetModifierLRState((modifiersLR_now | MOD_LALT) & ~(MOD_RALT | MOD_LCONTROL | MOD_RCONTROL | MOD_LSHIFT | MOD_RSHIFT)
, modifiersLR_now, NULL, false // Pass false because there's no need to disguise the down-event of LALT.
, true, KEY_IGNORE); // Pass true so that any release of RALT is disguised (Win is never released here).
// Note: It seems best never to press back down any key released above because the
// act of doing so may do more harm than good (i.e. the keystrokes may caused
// unexpected side-effects.
// Known limitation (but obscure): There appears to be some OS limitation that prevents the following
// AltGr hotkey from working more than once in a row:
// <^>!i::Send {ASC 97}
// Key history indicates it's doing what it should, but it doesn't actually work. You have to press the
// left-Alt key (not RAlt) once to get the hotkey working again.
// This is not correct because it is possible to generate unicode characters by typing
// Alt+256 and beyond:
// int value = ATOI(aAscii);
// if (value < 0 || value > 255) return 0; // Sanity check.
// Known issue: If the hotkey that triggers this Send command is CONTROL-ALT
// (and maybe either CTRL or ALT separately, as well), the {ASC nnnn} method
// might not work reliably due to strangeness with that OS feature, at least on
// WinXP. I already tried adding delays between the keystrokes and it didn't help.
// Caller relies upon us to stop upon reaching the first non-digit character:
for (LPCTSTR cp = aAscii; *cp >= '0' && *cp <= '9'; ++cp)
// A comment from AutoIt3: ASCII 0 is 48, NUMPAD0 is 96, add on 48 to the ASCII.
// Also, don't do WinDelay after each keypress in this case because it would make
// such keys take up to 3 or 4 times as long to send (AutoIt3 avoids doing the
// delay also). Note that strings longer than 4 digits are allowed because
// some or all OSes support Unicode characters 0 through 65535.
KeyEvent(KEYDOWNANDUP, *cp + 48);
// Must release the key regardless of whether it was already down, so that the sequence will take effect
// immediately. Otherwise, our caller might not release the Alt key (since it might need to stay down for
// other purposes), in which case Alt+Numpad character would never appear and the caller's subsequent
// keystrokes might get absorbed by the OS's special state of "waiting for Alt+Numpad sequence to complete".
// Another reason is that the user may be physically holding down Alt, in which case the caller might never
// release it. In that case, we want the Alt+Numpad character to appear immediately rather than waiting for
// the user to release Alt (in the meantime, the caller will likely press Alt back down to match the physical
// state).
KeyEvent(KEYUP, VK_MENU);
}
LRESULT CALLBACK PlaybackProc(int aCode, WPARAM wParam, LPARAM lParam)
// Journal playback hook.
{
static bool sThisEventHasBeenLogged, sThisEventIsScreenCoord;
switch (aCode)
{
case HC_GETNEXT:
{
if (sFirstCallForThisEvent)
{
// Gather the delay(s) for this event, if any, and calculate the time the keystroke should be sent.
// NOTE: It must be done this way because testing shows that simply returning the desired delay
// for the first call of each event is not reliable, at least not for the first few events (they
// tend to get sent much more quickly than specified). More details:
// MSDN says, "When the system ...calls the hook procedure [after the first time] with code set to
// HC_GETNEXT to retrieve the same message... the return value... should be zero."
// Apparently the above is overly cautious wording with the intent to warn people not to write code
// that gets stuck in infinite playback due to never returning 0, because returning non-zero on
// calls after the first works fine as long as 0 is eventually returned. Furthermore, I've seen
// other professional code examples that uses this "countdown" approach, so it seems valid.
sFirstCallForThisEvent = false;
sThisEventHasBeenLogged = false;
sThisEventIsScreenCoord = false;
for (sThisEventTime = GetTickCount()
; !sEventPB[sCurrentEvent].message // HC_SKIP has ensured there is a non-delay event, so no need to check sCurrentEvent < sEventCount.
; sThisEventTime += sEventPB[sCurrentEvent++].time_to_wait); // Overflow is okay.
}
// Above has ensured that sThisEventTime is valid regardless of whether this is the first call
// for this event. It has also incremented sCurrentEvent, if needed, for use below.
// Copy the current mouse/keyboard event to the EVENTMSG structure (lParam).
// MSDN says that HC_GETNEXT can be received multiple times consecutively, in which case the
// same event should be copied into the structure each time.
PlaybackEvent &source_event = sEventPB[sCurrentEvent];
EVENTMSG &event = *(PEVENTMSG)lParam; // For convenience, maintainability, and possibly performance.
// Currently, the following isn't documented entirely accurately at MSDN, but other sources confirm
// the below are the proper values to store. In addition, the extended flag as set below has been
// confirmed to work properly by monitoring the resulting WM_KEYDOWN message in a main message loop.
//
// Strip off extra bits early for maintainability. It must be stripped off the source event itself
// because if HC_GETNEXT is called again for this same event, don't want to apply the offset again.
bool has_coord_offset;
if (has_coord_offset = source_event.message & MSG_OFFSET_MOUSE_MOVE)
source_event.message &= ~MSG_OFFSET_MOUSE_MOVE;
event.message = source_event.message;
// The following members are not set because testing confirms that they're ignored:
// event.hwnd: ignored even if assigned the HWND of an existing window or control.
// event.time: Apparently ignored in favor of this playback proc's return value. Furthermore,
// testing shows that the posted keystroke message (e.g. WM_KEYDOWN) has the correct timestamp
// even when event.time is left as a random time, which shows that the member is completely
// ignored during playback, at least on XP.
bool is_keyboard_not_mouse;
if (is_keyboard_not_mouse = (source_event.message >= WM_KEYFIRST && source_event.message <= WM_KEYLAST)) // Keyboard event.
{
event.paramL = (source_event.sc << 8) | source_event.vk;
event.paramH = source_event.sc & 0xFF; // 0xFF omits the extended-key-bit, if present.
if (source_event.sc & 0x100) // It's an extended key.
event.paramH |= 0x8000; // So mark it that way using EVENTMSG's convention.
// Notes about inability of playback to simulate LWin and RWin in a way that performs their native function:
// For the following reasons, it seems best not to send LWin/RWin via keybd_event inside the playback hook:
// 1) Complexities such as having to check for an array that consists entirely of LWin/RWin events,
// in which case the playback hook mustn't be activated because it requires that we send
// at least one event through it. Another complexity is that all keys modified by Win would
// have to be flagged in the array as needing to be sent via keybd_event.
// 2) It might preserve some flexibility to be able to send LWin/RWin events directly to a window,
// similar to ControlSend (perhaps for shells other than Explorer, who might allow apps to make
// use of LWin/RWin internally). The window should receive LWIN/RWIN as WM_KEYDOWN messages when
// sent via playback. Note: unlike the neutral SHIFT/ALT/CTRL keys, which are detectible via the
// target thread's call to GetKeyState(), LWin and RWin aren't detectible that way.
// 3) Code size and complexity.
//
// Related: LWin and RWin are released and pressed down during playback for simplicity and also
// on the off-chance the target window takes note of the incoming WM_KEYDOWN on VK_LWIN/RWIN and
// changes state until the up-event is received (however, the target thread's call of GetKeyState
// can't see a any effect for hook-sent LWin/RWin).
//
// Related: If LWin or RWin is logically down at start of SendPlay, SendPlay's events won't be
// able to release it from the POV of the target thread's calls to GetKeyState(). That might mess
// things up for apps that check the logical state of the Win keys. But due to rarity: in those
// cases, a workaround would be to do an explicit old-style Send {Blind} (as the first line of the
// hotkey) to release the modifier logically prior to SendPlay commands.
//
// Related: Although some apps might not like receiving SendPlay's LWin/RWin if shell==Explorer
// (since there may be no normal way for such keystrokes to arrive as WM_KEYDOWN events) maybe it's
// best not to omit/ignore LWin/RWin if it is possible in other shells, or adds flexibility.
// After all, sending {LWin/RWin} via hook should be rare, especially if it has no effect (except
// for cases where a Win hotkey releases LWin as part of SendPlay, but even that can be worked
// around via an explicit Send {Blind}{LWin up} beforehand).
}
else // MOUSE EVENT.
{
// Unlike keybd_event() and SendInput(), explicit coordinates must be specified for each mouse event.
// The builder of this array must ensure that coordinates are valid or set to COORD_UNSPECIFIED_SHORT.
if (source_event.x == COORD_UNSPECIFIED_SHORT || has_coord_offset)
{
// For simplicity with calls such as CoordToScreen(), the one who set up this array has ensured
// that both X and Y are either COORD_UNSPECIFIED_SHORT or not so (i.e. not a combination).
// Since the user nor anything else can move the cursor during our playback, GetCursorPos()
// should accurately reflect the position set by any previous mouse-move done by this playback.
// This seems likely to be true even for DirectInput games, though hasn't been tested yet.
POINT cursor;
GetCursorPos(&cursor);
event.paramL = cursor.x;
event.paramH = cursor.y;
if (has_coord_offset) // The specified coordinates are offsets to be applied to the cursor's current position.
{
event.paramL += source_event.x;
event.paramH += source_event.y;
// Update source array in case HC_GETNEXT is called again for this same event, in which case
// don't want to apply the offset again (the has-offset flag has already been removed from the
// source event higher above).
source_event.x = event.paramL;
source_event.y = event.paramH;
sThisEventIsScreenCoord = true; // Mark the above as absolute vs. relative in case HC_GETNEXT is called again for this event.
}
}
else
{
event.paramL = source_event.x;
event.paramH = source_event.y;
if (!sThisEventIsScreenCoord) // Coordinates are relative to the window that is active now (during realtime playback).
CoordToScreen((int &)event.paramL, (int &)event.paramH, COORD_MODE_MOUSE); // Playback uses screen coords.
}
}
LRESULT time_until_event = (int)(sThisEventTime - GetTickCount()); // Cast to int to avoid loss of negatives from DWORD subtraction.
if (time_until_event > 0)
return time_until_event;
// Otherwise, the event is scheduled to occur immediately (or is overdue). In case HC_GETNEXT can be
// called multiple times even when we previously returned 0, ensure the event is logged only once.
if (!sThisEventHasBeenLogged && is_keyboard_not_mouse) // Mouse events aren't currently logged for consistency with other send methods.
{
// The event is logged here rather than higher above so that its timestamp is accurate.
// It's also so that events aren't logged if the user cancel's the operation in the middle
// (by pressing Ctrl-Alt-Del or Ctrl-Esc).
UpdateKeyEventHistory(source_event.message == WM_KEYUP || source_event.message == WM_SYSKEYUP
, source_event.vk, source_event.sc);
sThisEventHasBeenLogged = true;
}
return 0; // No CallNextHookEx(). See comments further below.
} // case HC_GETNEXT.
case HC_SKIP: // Advance to the next mouse/keyboard event, if any.
// Advance to the next item, which is either a delay or an event (preps for next HC_GETNEXT).
++sCurrentEvent;
// Although caller knows it has to do the tail-end delay (if any) since there's no way to
// do a trailing delay at the end of playback, it may have put a delay at the end of the
// array anyway for code simplicity. For that reason and maintainability:
// Skip over any delays that are present to discover if there is a next event.
UINT u;
for (u = sCurrentEvent; u < sEventCount && !sEventPB[u].message; ++u);
if (u == sEventCount) // No more events.
{
// MSDN implies in the following statement that it's acceptable (and perhaps preferable in
// the case of a playback hook) for the hook to unhook itself: "The hook procedure can be in the
// state of being called by another thread even after UnhookWindowsHookEx returns."
UnhookWindowsHookEx(g_PlaybackHook);
g_PlaybackHook = NULL; // Signal the installer of the hook that it's gone now.
// The following is an obsolete method from pre-v1.0.44. Do not reinstate it without adding handling
// to MainWindowProc() to do "g_PlaybackHook = NULL" upon receipt of WM_CANCELJOURNAL.
// PostMessage(g_hWnd, WM_CANCELJOURNAL, 0, 0); // v1.0.44: Post it to g_hWnd vs. NULL because it's a little safer (SEE COMMENTS in MsgSleep's WM_CANCELJOURNAL for why it's almost completely safe with NULL).
// Above: By using WM_CANCELJOURNAL instead of a custom message, the creator of this hook can easily
// use a message filter to watch for both a system-generated removal of the hook (via the user
// pressing Ctrl-Esc. or Ctrl-Alt-Del) or one we generate here (though it's currently not implemented
// that way because it would prevent journal playback to one of our thread's own windows).
}
else
sFirstCallForThisEvent = true; // Reset to prepare for next HC_GETNEXT.
return 0; // MSDN: The return value is used only if the hook code is HC_GETNEXT; otherwise, it is ignored.
default:
// Covers the following cases:
//case HC_NOREMOVE: // MSDN: An application has called the PeekMessage function with wRemoveMsg set to PM_NOREMOVE, indicating that the message is not removed from the message queue after PeekMessage processing.
//case HC_SYSMODALON: // MSDN: A system-modal dialog box is being displayed. Until the dialog box is destroyed, the hook procedure must stop playing back messages.
//case HC_SYSMODALOFF: // MSDN: A system-modal dialog box has been destroyed. The hook procedure must resume playing back the messages.
//case(...aCode < 0...): MSDN docs specify that the hook should return in this case.
//
// MS gives some sample code at http://support.microsoft.com/default.aspx?scid=KB;EN-US;124835
// about the proper values to return to avoid hangs on NT (it seems likely that this implementation
// is compliant enough if you read between the lines). Their sample code indicates that
// "return CallNextHook()" should be done for basically everything except HC_SKIP/HC_GETNEXT, so
// as of 1.0.43.08, that is what is done here.
// Testing shows that when a so-called system modal dialog is displayed (even if it isn't the
// active window) playback stops automatically, probably because the system doesn't call the hook
// during such times (only a "MsgBox 4096" has been tested so far).
//
// The first parameter uses g_PlaybackHook rather than NULL because MSDN says it's merely
// "currently ignored", but in the older "Win32 hooks" article, it says that the behavior
// may change in the future.
return CallNextHookEx(g_PlaybackHook, aCode, wParam, lParam);
// Except for the cases above, CallNextHookEx() is not called for performance and also because from
// what I can tell from the MSDN docs and other examples, it is neither required nor desirable to do so
// during playback's SKIP/GETNEXT.
// MSDN: The return value is used only if the hook code is HC_GETNEXT; otherwise, it is ignored.
} // switch().
// Execution should never reach since all cases do their own custom return above.
}
#ifdef JOURNAL_RECORD_MODE
LRESULT CALLBACK RecordProc(int aCode, WPARAM wParam, LPARAM lParam)
{
switch (aCode)
{
case HC_ACTION:
{
EVENTMSG &event = *(PEVENTMSG)lParam;
PlaybackEvent &dest_event = sEventPB[sEventCount];
dest_event.message = event.message;
if (event.message >= WM_MOUSEFIRST && event.message <= WM_MOUSELAST) // Mouse event, including wheel.
{
if (event.message != WM_MOUSEMOVE)
{
// WHEEL: No info comes in about which direction the wheel was turned (nor by how many notches).
// In addition, it appears impossible to specify such info when playing back the event.
// Therefore, playback usually produces downward wheel movement (but upward in some apps like
// Visual Studio).
dest_event.x = event.paramL;
dest_event.y = event.paramH;
++sEventCount;
}
}
else // Keyboard event.
{
dest_event.vk = event.paramL & 0x00FF;
dest_event.sc = (event.paramL & 0xFF00) >> 8;
if (event.paramH & 0x8000) // Extended key.
dest_event.sc |= 0x100;
if (dest_event.vk == VK_CANCEL) // Ctrl+Break.
{
UnhookWindowsHookEx(g_PlaybackHook);
g_PlaybackHook = NULL; // Signal the installer of the hook that it's gone now.
// Obsolete method, pre-v1.0.44:
//PostMessage(g_hWnd, WM_CANCELJOURNAL, 0, 0); // v1.0.44: Post it to g_hWnd vs. NULL so that it isn't lost when script is displaying a MsgBox or other dialog.
}
++sEventCount;
}
break;
}
//case HC_SYSMODALON: // A system-modal dialog box is being displayed. Until the dialog box is destroyed, the hook procedure must stop playing back messages.
//case HC_SYSMODALOFF: // A system-modal dialog box has been destroyed. The hook procedure must resume playing back the messages.
// break;
}
// Unlike the playback hook, it seems more correct to call CallNextHookEx() unconditionally so that
// any other journal record hooks can also record the event. But MSDN is quite vague about this.
return CallNextHookEx(g_PlaybackHook, aCode, wParam, lParam);
// Return value is ignored, except possibly when aCode < 0 (MSDN is unclear).
}
#endif
void KeyEvent(KeyEventTypes aEventType, vk_type aVK, sc_type aSC, HWND aTargetWindow
, bool aDoKeyDelay, DWORD aExtraInfo)
// aSC or aVK (but not both), can be zero to cause the default to be used.
// For keys like NumpadEnter -- that have a unique scancode but a non-unique virtual key --
// caller can just specify the sc. In addition, the scan code should be specified for keys
// like NumpadPgUp and PgUp. In that example, the caller would send the same scan code for
// both except that PgUp would be extended. sc_to_vk() would map both of them to the same
// virtual key, which is fine since it's the scan code that matters to apps that can
// differentiate between keys with the same vk.
//
// Thread-safe: This function is not fully thread-safe because keystrokes can get interleaved,
// but that's always a risk with anything short of SendInput. In fact,
// when the hook ISN'T installed, keystrokes can occur in another thread, causing the key state to
// change in the middle of KeyEvent, which is the same effect as not having thread-safe key-states
// such as GetKeyboardState in here. Also, the odds of both our threads being in here simultaneously
// is greatly reduced by the fact that the hook thread never passes "true" for aDoKeyDelay, thus
// its calls should always be very fast. Even if a collision does occur, there are thread-safety
// things done in here that should reduce the impact to nearly as low as having a dedicated
// KeyEvent function solely for calling by the hook thread (which might have other problems of its own).
{
if (!(aVK | aSC)) // MUST USE BITWISE-OR (see comment below).
return;
// The above implements the rule "if neither VK nor SC was specified, return". But they must be done as
// bitwise-OR rather than logical-AND/OR, otherwise MSVC++ 7.1 generates 16KB of extra OBJ size for some reason.
// That results in an 2 KB increase in compressed EXE size, and I think about 6 KB uncompressed.
// I tried all kids of variations and reconfigurations, but the above is the only simple one that works.
// Strangely, the same logic above (but with the preferred logical-AND/OR operator) appears elsewhere in the
// code but doesn't bloat there. Examples:
// !aVK && !aSC
// !vk && !sc
// !(aVK || aSC)
if (!aExtraInfo) // Shouldn't be called this way because 0 is considered false in some places below (search on " = aExtraInfo" to find them).
aExtraInfo = KEY_IGNORE_ALL_EXCEPT_MODIFIER; // Seems slightly better to use a standard default rather than something arbitrary like 1.
// Since calls from the hook thread could come in even while the SendInput array is being constructed,
// don't let those events get interspersed with the script's explicit use of SendInput.
bool caller_is_keybd_hook = (GetCurrentThreadId() == g_HookThreadID);
bool put_event_into_array = sSendMode && !caller_is_keybd_hook;
if (sSendMode == SM_INPUT || caller_is_keybd_hook) // First check is necessary but second is just for maintainability.
aDoKeyDelay = false;
// Even if the sc_to_vk() mapping results in a zero-value vk, don't return.
// I think it may be valid to send keybd_events that have a zero vk.
// In any case, it's unlikely to hurt anything:
if (!aVK)
aVK = sc_to_vk(aSC);
else
if (!aSC)
// In spite of what the MSDN docs say, the scan code parameter *is* used, as evidenced by
// the fact that the hook receives the proper scan code as sent by the below, rather than
// zero like it normally would. Even though the hook would try to use MapVirtualKey() to
// convert zero-value scan codes, it's much better to send it here also for full compatibility
// with any apps that may rely on scan code (and such would be the case if the hook isn't
// active because the user doesn't need it; also for some games maybe). In addition, if the
// current OS is Win9x, we must map it here manually (above) because otherwise the hook
// wouldn't be able to differentiate left/right on keys such as RControl, which is detected
// via its scan code.
aSC = vk_to_sc(aVK);
BYTE aSC_lobyte = LOBYTE(aSC);
DWORD event_flags = HIBYTE(aSC) ? KEYEVENTF_EXTENDEDKEY : 0;
// Do this only after the above, so that the SC is left/right specific if the VK was such,
// even on Win9x (though it's probably never called that way for Win9x; it's probably always
// called with either just the proper left/right SC or that plus the neutral VK).
// Under WinNT/2k/XP, sending VK_LCONTROL and such result in the high-level (but not low-level
// I think) hook receiving VK_CONTROL. So somewhere internally it's being translated (probably
// by keybd_event itself). In light of this, translate the keys here manually to ensure full
// support under Win9x (which might not support this internal translation). The scan code
// looked up above should still be correct for left-right centric keys even under Win9x.
// v1.0.43: Apparently, the journal playback hook also requires neutral modifier keystrokes
// rather than left/right ones. Otherwise, the Shift key can't capitalize letters, etc.
if (sSendMode == SM_PLAY || g_os.IsWin9x())
{
// Convert any non-neutral VK's to neutral for these OSes, since apps and the OS itself
// can't be expected to support left/right specific VKs while running under Win9x:
switch(aVK)
{
case VK_LCONTROL:
case VK_RCONTROL: aVK = VK_CONTROL; break; // But leave scan code set to a left/right specific value rather than converting it to "left" unconditionally.
case VK_LSHIFT:
case VK_RSHIFT: aVK = VK_SHIFT; break;
case VK_LMENU:
case VK_RMENU: aVK = VK_MENU; break;
}
}
// aTargetWindow is almost always passed in as NULL by our caller, even if the overall command
// being executed is ControlSend. This is because of the following reasons:
// 1) Modifiers need to be logically changed via keybd_event() when using ControlSend against
// a cmd-prompt, console, or possibly other types of windows.
// 2) If a hotkey triggered the ControlSend that got us here and that hotkey is a naked modifier
// such as RAlt:: or modified modifier such as ^#LShift, that modifier would otherwise auto-repeat
// an possibly interfere with the send operation. This auto-repeat occurs because unlike a normal
// send, there are no calls to keybd_event() (keybd_event() stop the auto-repeat as a side-effect).
// One exception to this is something like "ControlSend, Edit1, {Control down}", which explicitly
// calls us with a target window. This exception is by design and has been bug-fixed and documented
// in ControlSend for v1.0.21:
if (aTargetWindow) // This block shouldn't affect overall thread-safety because hook thread never calls it in this mode.
{
if (KeyToModifiersLR(aVK, aSC))
{
// When sending modifier keystrokes directly to a window, use the AutoIt3 SetKeyboardState()
// technique to improve the reliability of changes to modifier states. If this is not done,
// sometimes the state of the SHIFT key (and perhaps other modifiers) will get out-of-sync
// with what's intended, resulting in uppercase vs. lowercase problems (and that's probably
// just the tip of the iceberg). For this to be helpful, our caller must have ensured that
// our thread is attached to aTargetWindow's (but it seems harmless to do the below even if
// that wasn't done for any reason). Doing this here in this function rather than at a
// higher level probably isn't best in terms of performance (e.g. in the case where more
// than one modifier is being changed, the multiple calls to Get/SetKeyboardState() could
// be consolidated into one call), but it is much easier to code and maintain this way
// since many different functions might call us to change the modifier state:
BYTE state[256];
GetKeyboardState((PBYTE)&state);
if (aEventType == KEYDOWN)
state[aVK] |= 0x80;
else if (aEventType == KEYUP)
state[aVK] &= ~0x80;
// else KEYDOWNANDUP, in which case it seems best (for now) not to change the state at all.
// It's rarely if ever called that way anyway.
// If aVK is a left/right specific key, be sure to also update the state of the neutral key:
switch(aVK)
{
case VK_LCONTROL:
case VK_RCONTROL:
if ((state[VK_LCONTROL] & 0x80) || (state[VK_RCONTROL] & 0x80))
state[VK_CONTROL] |= 0x80;
else
state[VK_CONTROL] &= ~0x80;
break;
case VK_LSHIFT:
case VK_RSHIFT:
if ((state[VK_LSHIFT] & 0x80) || (state[VK_RSHIFT] & 0x80))
state[VK_SHIFT] |= 0x80;
else
state[VK_SHIFT] &= ~0x80;
break;
case VK_LMENU:
case VK_RMENU:
if ((state[VK_LMENU] & 0x80) || (state[VK_RMENU] & 0x80))
state[VK_MENU] |= 0x80;
else
state[VK_MENU] &= ~0x80;
break;
}
SetKeyboardState((PBYTE)&state);
// Even after doing the above, we still continue on to send the keystrokes
// themselves to the window, for greater reliability (same as AutoIt3).
}
// lowest 16 bits: repeat count: always 1 for up events, probably 1 for down in our case.
// highest order bits: 11000000 (0xC0) for keyup, usually 00000000 (0x00) for keydown.
LPARAM lParam = (LPARAM)(aSC << 16);
if (aEventType != KEYUP) // i.e. always do it for KEYDOWNANDUP
PostMessage(aTargetWindow, WM_KEYDOWN, aVK, lParam | 0x00000001);
// The press-duration delay is done only when this is a down-and-up because otherwise,
// the normal g->KeyDelay will be in effect. In other words, it seems undesirable in
// most cases to do both delays for only "one half" of a keystroke:
if (aDoKeyDelay && aEventType == KEYDOWNANDUP)
DoKeyDelay(g->PressDuration); // Since aTargetWindow!=NULL, sSendMode!=SM_PLAY, so no need for to ever use the SendPlay press-duration.
if (aEventType != KEYDOWN) // i.e. always do it for KEYDOWNANDUP
PostMessage(aTargetWindow, WM_KEYUP, aVK, lParam | 0xC0000001);
}
else // Keystrokes are to be sent with keybd_event() or the event array rather than PostMessage().
{
// The following static variables are intentionally NOT thread-safe because their whole purpose
// is to watch the combined stream of keystrokes from all our threads. Due to our threads'
// keystrokes getting interleaved with the user's and those of other threads, this kind of
// monitoring is never 100% reliable. All we can do is aim for an astronomically low chance
// of failure.
// Users of the below want them updated only for keybd_event() keystrokes (not PostMessage ones):
sPrevEventType = aEventType;
sPrevVK = aVK;
// Turn off BlockInput momentarily to support sending of the ALT key. This is not done for
// Win9x because input cannot be simulated during BlockInput on that platform anyway; thus
// it seems best (due to backward compatibility) not to turn off BlockInput then.
// Jon Bennett noted: "As many of you are aware BlockInput was "broken" by a SP1 hotfix under
// Windows XP so that the ALT key could not be sent. I just tried it under XP SP2 and it seems
// to work again." In light of this, it seems best to unconditionally and momentarily disable
// input blocking regardless of which OS is being used (except Win9x, since no simulated input
// is even possible for those OSes).
// For thread safety, allow block-input modification only by the main thread. This should avoid
// any chance that block-input will get stuck on due to two threads simultaneously reading+changing
// g_BlockInput (changes occur via calls to ScriptBlockInput).
bool we_turned_blockinput_off = g_BlockInput && (aVK == VK_MENU || aVK == VK_LMENU || aVK == VK_RMENU)
&& !caller_is_keybd_hook && g_os.IsWinNT4orLater(); // Ordered for short-circuit performance.
if (we_turned_blockinput_off)
Line::ScriptBlockInput(false);
vk_type control_vk; // When not set somewhere below, these are left uninitialized to help catch bugs.
HKL target_keybd_layout; //
ResultType r_mem, &target_layout_has_altgr = caller_is_keybd_hook ? r_mem : sTargetLayoutHasAltGr; // Same as above.
bool hookable_ralt, lcontrol_was_down, do_detect_altgr;
if (do_detect_altgr = hookable_ralt = (aVK == VK_RMENU && !put_event_into_array && g_KeybdHook)) // This is an RALT that the hook will be able to monitor. Using VK_RMENU vs. VK_MENU should be safe since this logic is only needed for the hook, which is never in effect on Win9x.
{
if (!caller_is_keybd_hook) // sTargetKeybdLayout is set/valid only by SendKeys().
target_keybd_layout = sTargetKeybdLayout;
else
{
// Below is similar to the macro "Get_active_window_keybd_layout":
HWND active_window;
target_keybd_layout = GetKeyboardLayout((active_window = GetForegroundWindow())\
? GetWindowThreadProcessId(active_window, NULL) : 0); // When no foreground window, the script's own layout seems like the safest default.
target_layout_has_altgr = LayoutHasAltGr(target_keybd_layout); // In the case of this else's "if", target_layout_has_altgr was already set properly higher above.
}
if (target_layout_has_altgr != LAYOUT_UNDETERMINED) // This layout's AltGr status is already known with certainty.
do_detect_altgr = false; // So don't go through the detection steps here and other places later below.
else
{
control_vk = g_os.IsWin2000orLater() ? VK_LCONTROL : VK_CONTROL;
lcontrol_was_down = IsKeyDownAsync(control_vk);
// Add extra detection of AltGr if hook is installed, which has been show to be useful for some
// scripts where the other AltGr detection methods don't occur in a timely enough fashion.
// The following method relies upon the fact that it's impossible for the hook to receive
// events from the user while it's processing our keybd_event() here. This is because
// any physical keystrokes that happen to occur at the exact moment of our keybd_event()
// will stay queued until the main event loop routes them to the hook via GetMessage().
g_HookReceiptOfLControlMeansAltGr = aExtraInfo;
// Thread-safe: g_HookReceiptOfLControlMeansAltGr isn't thread-safe, but by its very nature it probably
// shouldn't be (ways to do it might introduce an unwarranted amount of complexity and performance loss
// given that the odds of collision might be astronomically low in this case, and the consequences too
// mild). The whole point of g_HookReceiptOfLControlMeansAltGr and related altgr things below is to
// watch what keystrokes the hook receives in response to simulating a press of the right-alt key.
// Due to their global/system nature, keystrokes are never thread-safe in the sense that any process
// in the entire system can be sending keystrokes simultaneously with ours.
}
}
// Calculated only once for performance (and avoided entirely if not needed):
modLR_type key_as_modifiersLR = put_event_into_array ? KeyToModifiersLR(aVK, aSC) : 0;
bool do_key_history = !caller_is_keybd_hook // If caller is hook, don't log because it does logs it.
&& sSendMode != SM_PLAY // In playback mode, the journal hook logs so that timestamps are accurate.
&& (!g_KeybdHook || sSendMode == SM_INPUT); // In the remaining cases, log only when the hook isn't installed or won't be at the time of the event.
if (aEventType != KEYUP) // i.e. always do it for KEYDOWNANDUP
{
if (put_event_into_array)
PutKeybdEventIntoArray(key_as_modifiersLR, aVK, aSC, event_flags, aExtraInfo);
else
{
// In v1.0.35.07, g_IgnoreNextLControlDown/Up was added.
// The following global is used to flag as our own the keyboard driver's LControl-down keystroke
// that is triggered by RAlt-down (AltGr). This prevents it from triggering hotkeys such as
// "*Control::". It probably fixes other obscure side-effects and bugs also, since the
// event should be considered script-generated even though indirect. Note: The problem with
// having the hook detect AltGr's automatic LControl-down is that the keyboard driver seems
// to generate the LControl-down *before* notifying the system of the RAlt-down. That makes
// it impossible for the hook to flag the LControl keystroke in advance, so it would have to
// retroactively undo the effects. But that is impossible because the previous keystroke might
// already have wrongly fired a hotkey.
if (hookable_ralt && target_layout_has_altgr == CONDITION_TRUE)
g_IgnoreNextLControlDown = aExtraInfo; // Must be set prior to keybd_event() to be effective.
keybd_event(aVK, aSC_lobyte // naked scan code (the 0xE0 prefix, if any, is omitted)
, event_flags, aExtraInfo);
// The following is done by us rather than by the hook to avoid problems where:
// 1) The hook is removed at a critical point during the operation, preventing the variable from
// being reset to false.
// 2) For some reason this AltGr keystroke done above did not cause LControl to go down (perhaps
// because the current keyboard layout doesn't have AltGr as we thought), which would be a bug
// because some other Ctrl keystroke would then be wrongly ignored.
g_IgnoreNextLControlDown = 0; // Unconditional reset.
if (do_detect_altgr)
{
do_detect_altgr = false; // Indicate to the KEYUP section later below that detection has already been done.
if (g_HookReceiptOfLControlMeansAltGr)
{
g_HookReceiptOfLControlMeansAltGr = 0; // Must reset promptly in case key-delay below routes physical keystrokes to hook.
// The following line is multipurpose:
// 1) Retrieves an updated value of target_layout_has_altgr in case the hook just changed it.
// 2) If the hook didn't change it, the target keyboard layout doesn't have an AltGr key.
// Only in that case will the following line set it to FALSE (because LayoutHasAltGr only
// changes the value if it's currently undetermined).
// Finally, this also updates sTargetLayoutHasAltGr in cases where target_layout_has_altgr
// is an alias/reference for it.
target_layout_has_altgr = LayoutHasAltGr(target_keybd_layout, CONDITION_FALSE);
}
else if (!lcontrol_was_down) // i.e. if LControl was already down, this detection method isn't possible.
// Called this way, it updates the specified layout as long as keybd_event's call to the hook didn't already determine it to be FALSE or TRUE:
target_layout_has_altgr = LayoutHasAltGr(target_keybd_layout, IsKeyDownAsync(control_vk) ? CONDITION_TRUE : CONDITION_FALSE);
// Above also updates sTargetLayoutHasAltGr in cases where target_layout_has_altgr is an alias/reference for it.
}
}
#ifdef CONFIG_WIN9X
if (aVK == VK_NUMLOCK && g_os.IsWin9x()) // Under Win9x, Numlock needs special treatment.
ToggleNumlockWin9x();
#endif
if (do_key_history)
UpdateKeyEventHistory(false, aVK, aSC); // Should be thread-safe since if no hook means only one thread ever sends keystrokes (with possible exception of mouse hook, but that seems too rare).
}
// The press-duration delay is done only when this is a down-and-up because otherwise,
// the normal g->KeyDelay will be in effect. In other words, it seems undesirable in
// most cases to do both delays for only "one half" of a keystroke:
if (aDoKeyDelay && aEventType == KEYDOWNANDUP) // Hook should never specify a delay, so no need to check if caller is hook.
DoKeyDelay(sSendMode == SM_PLAY ? g->PressDurationPlay : g->PressDuration); // DoKeyDelay() is not thread safe but since the hook thread should never pass true for aKeyDelay, it shouldn't be an issue.
if (aEventType != KEYDOWN) // i.e. always do it for KEYDOWNANDUP
{
event_flags |= KEYEVENTF_KEYUP;
if (put_event_into_array)
PutKeybdEventIntoArray(key_as_modifiersLR, aVK, aSC, event_flags, aExtraInfo);
else
{
if (hookable_ralt && target_layout_has_altgr == CONDITION_TRUE) // See comments in similar section above for details.
g_IgnoreNextLControlUp = aExtraInfo; // Must be set prior to keybd_event() to be effective.
keybd_event(aVK, aSC_lobyte, event_flags, aExtraInfo);
g_IgnoreNextLControlUp = 0; // Unconditional reset (see similar section above).
if (do_detect_altgr) // This should be true only when aEventType==KEYUP because otherwise the KEYDOWN event above would have set it to false.
{
if (g_HookReceiptOfLControlMeansAltGr)
{
g_HookReceiptOfLControlMeansAltGr = 0; // Must reset promptly in case key-delay below routes physical keystrokes to hook.
target_layout_has_altgr = LayoutHasAltGr(target_keybd_layout, CONDITION_FALSE); // See similar section above for comments.
}
else if (lcontrol_was_down) // i.e. if LControl was already up, this detection method isn't possible.
// See similar section above for comments:
target_layout_has_altgr = LayoutHasAltGr(target_keybd_layout, IsKeyDownAsync(control_vk) ? CONDITION_FALSE : CONDITION_TRUE);
}
}
// The following is done to avoid an extraneous artificial {LCtrl Up} later on,
// since the keyboard driver should insert one in response to this {RAlt Up}:
if (target_layout_has_altgr && aSC == SC_RALT)
sEventModifiersLR &= ~MOD_LCONTROL;
if (do_key_history)
UpdateKeyEventHistory(true, aVK, aSC);
}
if (we_turned_blockinput_off) // Already made thread-safe by action higher above.
Line::ScriptBlockInput(true); // Turn BlockInput back on.
}
if (aDoKeyDelay) // SM_PLAY also uses DoKeyDelay(): it stores the delay item in the event array.
DoKeyDelay(); // Thread-safe because only called by main thread in this mode. See notes above.
}
///////////////////
// Mouse related //
///////////////////
ResultType PerformClick(LPTSTR aOptions)
{
int x, y;
vk_type vk;
KeyEventTypes event_type;
int repeat_count;
bool move_offset;
ParseClickOptions(aOptions, x, y, vk, event_type, repeat_count, move_offset);
PerformMouseCommon(repeat_count < 1 ? ACT_MOUSEMOVE : ACT_MOUSECLICK // Treat repeat-count<1 as a move (like {click}).
, vk, x, y, 0, 0, repeat_count, event_type, g->DefaultMouseSpeed, move_offset);
return OK; // For caller convenience.
}
void ParseClickOptions(LPTSTR aOptions, int &aX, int &aY, vk_type &aVK, KeyEventTypes &aEventType
, int &aRepeatCount, bool &aMoveOffset)
// Caller has trimmed leading whitespace from aOptions, but not necessarily the trailing whitespace.
// aOptions must be a modifiable string because this function temporarily alters it.
{
// Set defaults for all output parameters for caller.
aX = COORD_UNSPECIFIED;
aY = COORD_UNSPECIFIED;
aVK = VK_LBUTTON_LOGICAL; // v1.0.43: Logical vs. physical for {Click} and Click-cmd, in case user has buttons swapped via control panel.
aEventType = KEYDOWNANDUP;
aRepeatCount = 1;
aMoveOffset = false;
TCHAR *next_option, *option_end, orig_char;
vk_type temp_vk;
for (next_option = aOptions; *next_option; next_option = omit_leading_whitespace(option_end))
{
// Allow optional commas to make scripts more readable. Don't support g_delimiter because StrChrAny
// below doesn't.
while (*next_option == ',') // Ignore all commas.
if (!*(next_option = omit_leading_whitespace(next_option + 1)))
goto break_both; // Entire option string ends in a comma.
// Find the end of this option item:
if ( !(option_end = StrChrAny(next_option, _T(" \t,"))) ) // Space, tab, comma.
option_end = next_option + _tcslen(next_option); // Set to position of zero terminator instead.
// Temp termination for IsPureNumeric(), ConvertMouseButton(), and peace-of-mind.
orig_char = *option_end;
*option_end = '\0';
// Parameters can occur in almost any order to enhance usability (at the cost of
// slightly diminishing the ability unambiguously add more parameters in the future).
// Seems okay to support floats because ATOI() will just omit the decimal portion.
if (IsPureNumeric(next_option, true, false, true))
{
// Any numbers present must appear in the order: X, Y, RepeatCount
// (optionally with other options between them).
if (aX == COORD_UNSPECIFIED) // This will be converted into repeat-count if it is later discovered there's no Y coordinate.
aX = ATOI(next_option);
else if (aY == COORD_UNSPECIFIED)
aY = ATOI(next_option);
else // Third number is the repeat-count (but if there's only one number total, that's repeat count too, see further below).
aRepeatCount = ATOI(next_option); // If negative or zero, caller knows to handle it as a MouseMove vs. Click.
}
else // Mouse button/name and/or Down/Up/Repeat-count is present.
{
if (temp_vk = Line::ConvertMouseButton(next_option, true, true))
aVK = temp_vk;
else
{
switch (ctoupper(*next_option))
{
case 'D': aEventType = KEYDOWN; break;
case 'U': aEventType = KEYUP; break;
case 'R': aMoveOffset = true; break; // Since it wasn't recognized as the right mouse button, it must have other letters after it, e.g. Rel/Relative.
// default: Ignore anything else to reserve them for future use.
}
}
}
// If the item was not handled by the above, ignore it because it is unknown.
*option_end = orig_char; // Undo the temporary termination because the caller needs aOptions to be unaltered.
} // for() each item in option list
break_both:
if (aX != COORD_UNSPECIFIED && aY == COORD_UNSPECIFIED)
{
// When only one number is present (e.g. {Click 2}, it's assumed to be the repeat count.
aRepeatCount = aX;
aX = COORD_UNSPECIFIED;
}
}
ResultType PerformMouse(ActionTypeType aActionType, LPTSTR aButton, LPTSTR aX1, LPTSTR aY1, LPTSTR aX2, LPTSTR aY2
, LPTSTR aSpeed, LPTSTR aOffsetMode, LPTSTR aRepeatCount, LPTSTR aDownUp)
{
vk_type vk;
if (aActionType == ACT_MOUSEMOVE)
vk = 0;
else
// ConvertMouseButton() treats blank as "Left":
if ( !(vk = Line::ConvertMouseButton(aButton, aActionType == ACT_MOUSECLICK)) )
vk = VK_LBUTTON; // See below.
// v1.0.43: Seems harmless (due to rarity) to treat invalid button names as "Left" (keeping in
// mind that due to loadtime validation, invalid buttons are possible only when the button name is
// contained in a variable, e.g. MouseClick %ButtonName%.
KeyEventTypes event_type = KEYDOWNANDUP; // Set defaults.
int repeat_count = 1; //
if (aActionType == ACT_MOUSECLICK)
{
if (*aRepeatCount)
repeat_count = ATOI(aRepeatCount);
switch(*aDownUp)
{
case 'u':
case 'U':
event_type = KEYUP;
break;
case 'd':
case 'D':
event_type = KEYDOWN;
break;
// Otherwise, leave it set to the default.
}
}
PerformMouseCommon(aActionType, vk
, *aX1 ? ATOI(aX1) : COORD_UNSPECIFIED // If no starting coords are specified, mark it as "use the
, *aY1 ? ATOI(aY1) : COORD_UNSPECIFIED // current mouse position":
, *aX2 ? ATOI(aX2) : COORD_UNSPECIFIED // These two are blank except for dragging.
, *aY2 ? ATOI(aY2) : COORD_UNSPECIFIED //
, repeat_count, event_type
, *aSpeed ? ATOI(aSpeed) : g->DefaultMouseSpeed
, ctoupper(*aOffsetMode) == 'R'); // aMoveOffset.
return OK; // For caller convenience.
}
void PerformMouseCommon(ActionTypeType aActionType, vk_type aVK, int aX1, int aY1, int aX2, int aY2
, int aRepeatCount, KeyEventTypes aEventType, int aSpeed, bool aMoveOffset)
{
// The maximum number of events, which in this case would be from a MouseClickDrag. To be conservative
// (even though INPUT is a much larger struct than PlaybackEvent and SendInput doesn't use mouse-delays),
// include room for the maximum number of mouse delays too.
// Drag consists of at most:
// 1) Move; 2) Delay; 3) Down; 4) Delay; 5) Move; 6) Delay; 7) Delay (dupe); 8) Up; 9) Delay.
#define MAX_PERFORM_MOUSE_EVENTS 10
INPUT event_array[MAX_PERFORM_MOUSE_EVENTS]; // Use type INPUT vs. PlaybackEvent since the former is larger (i.e. enough to hold either one).
sSendMode = g->SendMode;
if (sSendMode == SM_INPUT || sSendMode == SM_INPUT_FALLBACK_TO_PLAY)
{
if (!sMySendInput || SystemHasAnotherMouseHook()) // See similar section in SendKeys() for details.
sSendMode = (sSendMode == SM_INPUT) ? SM_EVENT : SM_PLAY;
else
sSendMode = SM_INPUT; // Resolve early so that other sections don't have to consider SM_INPUT_FALLBACK_TO_PLAY a valid value.
}
if (sSendMode) // We're also responsible for setting sSendMode to SM_EVENT prior to returning.
InitEventArray(event_array, MAX_PERFORM_MOUSE_EVENTS, 0);
// Turn it on unconditionally even if it was on, since Ctrl-Alt-Del might have disabled it.
// Turn it back off only if it wasn't ON before we started.
bool blockinput_prev = g_BlockInput;
bool do_selective_blockinput = (g_BlockInputMode == TOGGLE_MOUSE || g_BlockInputMode == TOGGLE_SENDANDMOUSE)
&& !sSendMode && g_os.IsWinNT4orLater();
if (do_selective_blockinput) // It seems best NOT to use g_BlockMouseMove for this, since often times the user would want keyboard input to be disabled too, until after the mouse event is done.
Line::ScriptBlockInput(true); // Turn it on unconditionally even if it was on, since Ctrl-Alt-Del might have disabled it.
switch (aActionType)
{
case ACT_MOUSEMOVE:
DWORD unused;
MouseMove(aX1, aY1, unused, aSpeed, aMoveOffset); // Does nothing if coords are invalid.
break;
case ACT_MOUSECLICK:
MouseClick(aVK, aX1, aY1, aRepeatCount, aSpeed, aEventType, aMoveOffset); // Does nothing if coords are invalid.
break;
case ACT_MOUSECLICKDRAG:
MouseClickDrag(aVK, aX1, aY1, aX2, aY2, aSpeed, aMoveOffset); // Does nothing if coords are invalid.
break;
} // switch()
if (sSendMode)
{
int final_key_delay = -1; // Set default.
if (!sAbortArraySend && sEventCount > 0)
SendEventArray(final_key_delay, 0); // Last parameter is ignored because keybd hook isn't removed for a pure-mouse SendInput.
CleanupEventArray(final_key_delay);
}
if (do_selective_blockinput && !blockinput_prev) // Turn it back off only if it was off before we started.
Line::ScriptBlockInput(false);
}
void MouseClickDrag(vk_type aVK, int aX1, int aY1, int aX2, int aY2, int aSpeed, bool aMoveOffset)
{
// Check if one of the coordinates is missing, which can happen in cases where this was called from
// a source that didn't already validate it. Can't call Line::ValidateMouseCoords() because that accepts strings.
if ( (aX1 == COORD_UNSPECIFIED && aY1 != COORD_UNSPECIFIED) || (aX1 != COORD_UNSPECIFIED && aY1 == COORD_UNSPECIFIED)
|| (aX2 == COORD_UNSPECIFIED && aY2 != COORD_UNSPECIFIED) || (aX2 != COORD_UNSPECIFIED && aY2 == COORD_UNSPECIFIED) )
return;
// I asked Jon, "Have you discovered that insta-drags almost always fail?" and he said
// "Yeah, it was weird, absolute lack of drag... Don't know if it was my config or what."
// However, testing reveals "insta-drags" work ok, at least on my system, so leaving them enabled.
// User can easily increase the speed if there's any problem:
//if (aSpeed < 2)
// aSpeed = 2;
// v1.0.43: Translate logical buttons into physical ones. Which physical button it becomes depends
// on whether the mouse buttons are swapped via the Control Panel. Note that journal playback doesn't
// need the swap because every aspect of it is "logical".
if (aVK == VK_LBUTTON_LOGICAL)
aVK = sSendMode != SM_PLAY && GetSystemMetrics(SM_SWAPBUTTON) ? VK_RBUTTON : VK_LBUTTON;
else if (aVK == VK_RBUTTON_LOGICAL)
aVK = sSendMode != SM_PLAY && GetSystemMetrics(SM_SWAPBUTTON) ? VK_LBUTTON : VK_RBUTTON;
// MSDN: If [event_flags] is not MOUSEEVENTF_WHEEL, [MOUSEEVENTF_HWHEEL,] MOUSEEVENTF_XDOWN,
// or MOUSEEVENTF_XUP, then [event_data] should be zero.
DWORD event_down, event_up, event_flags = 0, event_data = 0; // Set defaults for some.
switch (aVK)
{
case VK_LBUTTON:
event_down = MOUSEEVENTF_LEFTDOWN;
event_up = MOUSEEVENTF_LEFTUP;
break;
case VK_RBUTTON:
event_down = MOUSEEVENTF_RIGHTDOWN;
event_up = MOUSEEVENTF_RIGHTUP;
break;
case VK_MBUTTON:
event_down = MOUSEEVENTF_MIDDLEDOWN;
event_up = MOUSEEVENTF_MIDDLEUP;
break;
case VK_XBUTTON1:
case VK_XBUTTON2:
event_down = MOUSEEVENTF_XDOWN;
event_up = MOUSEEVENTF_XUP;
event_data = (aVK == VK_XBUTTON1) ? XBUTTON1 : XBUTTON2;
break;
}
// If the drag isn't starting at the mouse's current position, move the mouse to the specified position:
if (aX1 != COORD_UNSPECIFIED && aY1 != COORD_UNSPECIFIED)
{
// The movement must be a separate event from the click, otherwise it's completely unreliable with
// SendInput() and probably keybd_event() too. SendPlay is unknown, but it seems best for
// compatibility and peace-of-mind to do it for that too. For example, some apps may be designed
// to expect mouse movement prior to a click at a *new* position, which is not unreasonable given
// that this would be the case 99.999% of the time if the user were moving the mouse physically.
MouseMove(aX1, aY1, event_flags, aSpeed, aMoveOffset); // It calls DoMouseDelay() and also converts aX1 and aY1 to MOUSEEVENTF_ABSOLUTE coordinates.
// v1.0.43: event_flags was added to improve reliability. Explanation: Since the mouse was just moved to an
// explicitly specified set of coordinates, use those coordinates with subsequent clicks. This has been
// shown to significantly improve reliability in cases where the user is moving the mouse during the
// MouseClick/Drag commands.
}
MouseEvent(event_flags | event_down, event_data, aX1, aY1); // It ignores aX and aY when MOUSEEVENTF_MOVE is absent.
DoMouseDelay(); // Inserts delay for all modes except SendInput, for which it does nothing.
// Now that the mouse button has been pushed down, move the mouse to perform the drag:
MouseMove(aX2, aY2, event_flags, aSpeed, aMoveOffset); // It calls DoMouseDelay() and also converts aX2 and aY2 to MOUSEEVENTF_ABSOLUTE coordinates.
DoMouseDelay(); // Duplicate, see below.
// Above is a *duplicate* delay because MouseMove() already did one. But it seems best to keep it because:
// 1) MouseClickDrag can be a CPU intensive operation for the target window depending on what it does
// during the drag (selecting objects, etc.) Thus, and extra delay might help a lot of things.
// 2) It would probably break some existing scripts to remove the delay, due to timing issues.
// 3) Dragging is pretty rarely used, so the added performance of removing the delay wouldn't be
// a big benefit.
MouseEvent(event_flags | event_up, event_data, aX2, aY2); // It ignores aX and aY when MOUSEEVENTF_MOVE is absent.
DoMouseDelay();
// Above line: It seems best to always do this delay too in case the script line that
// caused us to be called here is followed immediately by another script line which
// is either another mouse click or something that relies upon this mouse drag
// having been completed:
}
void MouseClick(vk_type aVK, int aX, int aY, int aRepeatCount, int aSpeed, KeyEventTypes aEventType
, bool aMoveOffset)
{
// Check if one of the coordinates is missing, which can happen in cases where this was called from
// a source that didn't already validate it (such as MouseClick, %x%, %BlankVar%).
// Allow aRepeatCount<1 to simply "do nothing", because it increases flexibility in the case where
// the number of clicks is a dereferenced script variable that may sometimes (by intent) resolve to
// zero or negative. For backward compatibility, a RepeatCount <1 does not move the mouse (unlike
// the Click command and Send {Click}).
if ( (aX == COORD_UNSPECIFIED && aY != COORD_UNSPECIFIED) || (aX != COORD_UNSPECIFIED && aY == COORD_UNSPECIFIED)
|| (aRepeatCount < 1) )
return;
DWORD event_flags = 0; // Set default.
if (!(aX == COORD_UNSPECIFIED || aY == COORD_UNSPECIFIED)) // Both coordinates were specified.
{
// The movement must be a separate event from the click, otherwise it's completely unreliable with
// SendInput() and probably keybd_event() too. SendPlay is unknown, but it seems best for
// compatibility and peace-of-mind to do it for that too. For example, some apps may be designed
// to expect mouse movement prior to a click at a *new* position, which is not unreasonable given
// that this would be the case 99.999% of the time if the user were moving the mouse physically.
MouseMove(aX, aY, event_flags, aSpeed, aMoveOffset); // It calls DoMouseDelay() and also converts aX and aY to MOUSEEVENTF_ABSOLUTE coordinates.
// v1.0.43: event_flags was added to improve reliability. Explanation: Since the mouse was just moved to an
// explicitly specified set of coordinates, use those coordinates with subsequent clicks. This has been
// shown to significantly improve reliability in cases where the user is moving the mouse during the
// MouseClick/Drag commands.
}
// Above must be done prior to below because initial mouse-move is supported even for wheel turning.
// For wheel turning, if the user activated this command via a hotkey, and that hotkey
// has a modifier such as CTRL, the user is probably still holding down the CTRL key
// at this point. Therefore, there's some merit to the fact that we should release
// those modifier keys prior to turning the mouse wheel (since some apps disable the
// wheel or give it different behavior when the CTRL key is down -- for example, MSIE
// changes the font size when you use the wheel while CTRL is down). However, if that
// were to be done, there would be no way to ever hold down the CTRL key explicitly
// (via Send, {CtrlDown}) unless the hook were installed. The same argument could probably
// be made for mouse button clicks: modifier keys can often affect their behavior. But
// changing this function to adjust modifiers for all types of events would probably break
// some existing scripts. Maybe it can be a script option in the future. In the meantime,
// it seems best not to adjust the modifiers for any mouse events and just document that
// behavior in the MouseClick command.
switch (aVK)
{
case VK_WHEEL_UP:
MouseEvent(event_flags | MOUSEEVENTF_WHEEL, aRepeatCount * WHEEL_DELTA, aX, aY); // It ignores aX and aY when MOUSEEVENTF_MOVE is absent.
return;
case VK_WHEEL_DOWN:
MouseEvent(event_flags | MOUSEEVENTF_WHEEL, -(aRepeatCount * WHEEL_DELTA), aX, aY);
return;
// v1.0.48: Lexikos: Support horizontal scrolling in Windows Vista and later.
case VK_WHEEL_LEFT:
MouseEvent(event_flags | MOUSEEVENTF_HWHEEL, -(aRepeatCount * WHEEL_DELTA), aX, aY);
return;
case VK_WHEEL_RIGHT:
MouseEvent(event_flags | MOUSEEVENTF_HWHEEL, aRepeatCount * WHEEL_DELTA, aX, aY);
return;
}
// Since above didn't return:
// Although not thread-safe, the following static vars seem okay because:
// 1) This function is currently only called by the main thread.
// 2) Even if that isn't true, the serialized nature of simulated mouse clicks makes it likely that
// the statics will produce the correct behavior anyway.
// 3) Even if that isn't true, the consequences of incorrect behavior seem minimal in this case.
static vk_type sWorkaroundVK = 0;
static LRESULT sWorkaroundHitTest; // Not initialized because the above will be the sole signal of whether the workaround is in progress.
DWORD event_down, event_up, event_data = 0; // Set default.
// MSDN: If [event_flags] is not MOUSEEVENTF_WHEEL, MOUSEEVENTF_XDOWN, or MOUSEEVENTF_XUP, then [event_data]
// should be zero.
// v1.0.43: Translate logical buttons into physical ones. Which physical button it becomes depends
// on whether the mouse buttons are swapped via the Control Panel.
if (aVK == VK_LBUTTON_LOGICAL)
aVK = sSendMode != SM_PLAY && GetSystemMetrics(SM_SWAPBUTTON) ? VK_RBUTTON : VK_LBUTTON;
else if (aVK == VK_RBUTTON_LOGICAL)
aVK = sSendMode != SM_PLAY && GetSystemMetrics(SM_SWAPBUTTON) ? VK_LBUTTON : VK_RBUTTON;
switch (aVK)
{
case VK_LBUTTON:
case VK_RBUTTON:
// v1.0.43 The first line below means: We're not in SendInput/Play mode or we are but this
// will be the first event inside the array. The latter case also implies that no initial
// mouse-move was done above (otherwise there would already be a MouseMove event in the array,
// and thus the click here wouldn't be the first item). It doesn't seem necessary to support
// the MouseMove case above because the workaround generally isn't needed in such situations
// (see detailed comments below). Furthermore, if the MouseMove were supported in array-mode,
// it would require that GetCursorPos() below be conditionally replaced with something like
// the following (since when in array-mode, the cursor hasn't actually moved *yet*):
// CoordToScreen(aX_orig, aY_orig, COORD_MODE_MOUSE); // Moving mouse relative to the active window.
// Known limitation: the work-around described below isn't as complete for SendPlay as it is
// for the other modes: because dragging the title bar of one of this thread's windows with a
// remap such as F1::LButton doesn't work if that remap uses SendPlay internally (the window
// gets stuck to the mouse cursor).
if ( (!sSendMode || !sEventCount) // See above.
&& (aEventType == KEYDOWN || (aEventType == KEYUP && sWorkaroundVK)) ) // i.e. this is a down-only event or up-only event.
{
// v1.0.40.01: The following section corrects misbehavior caused by a thread sending
// simulated mouse clicks to one of its own windows. A script consisting only of the
// following two lines can reproduce this issue:
// F1::LButton
// F2::RButton
// The problems came about from the following sequence of events:
// 1) Script simulates a left-click-down in the title bar's close, minimize, or maximize button.
// 2) WM_NCLBUTTONDOWN is sent to the window's window proc, which then passes it on to
// DefWindowProc or DefDlgProc, which then apparently enters a loop in which no messages
// (or a very limited subset) are pumped.
// 3) Thus, if the user presses a hotkey while the thread is in this state, that hotkey is
// queued/buffered until DefWindowProc/DefDlgProc exits its loop.
// 4) But the buffered hotkey is the very thing that's supposed to exit the loop via sending a
// simulated left-click-up event.
// 5) Thus, a deadlock occurs.
// 6) A similar situation arises when a right-click-down is sent to the title bar or sys-menu-icon.
//
// The following workaround operates by suppressing qualified click-down events until the
// corresponding click-up occurs, at which time the click-up is transformed into a down+up if the
// click-up is still in the same cursor position as the down. It seems preferable to fix this here
// rather than changing each window proc. to always respond to click-down rather vs. click-up
// because that would make all of the script's windows behave in a non-standard way, possibly
// producing side-effects and defeating other programs' attempts to interact with them.
// (Thanks to Shimanov for this solution.)
//
// Remaining known limitations:
// 1) Title bar buttons are not visibly in a pressed down state when a simulated click-down is sent
// to them.
// 2) A window that should not be activated, such as AlwaysOnTop+Disabled, is activated anyway
// by SetForegroundWindowEx(). Not yet fixed due to its rarity and minimal consequences.
// 3) A related problem for which no solution has been discovered (and perhaps it's too obscure
// an issue to justify any added code size): If a remapping such as "F1::LButton" is in effect,
// pressing and releasing F1 while the cursor is over a script window's title bar will cause the
// window to move slightly the next time the mouse is moved.
// 4) Clicking one of the script's window's title bar with a key/button that has been remapped to
// become the left mouse button sometimes causes the button to get stuck down from the window's
// point of view. The reasons are related to those in #1 above. In both #1 and #2, the workaround
// is not at fault because it's not in effect then. Instead, the issue is that DefWindowProc enters
// a non-msg-pumping loop while it waits for the user to drag-move the window. If instead the user
// releases the button without dragging, the loop exits on its own after a 500ms delay or so.
// 5) Obscure behavior caused by keyboard's auto-repeat feature: Use a key that's been remapped to
// become the left mouse button to click and hold the minimize button of one of the script's windows.
// Drag to the left. The window starts moving. This is caused by the fact that the down-click is
// suppressed, thus the remap's hotkey subroutine thinks the mouse button is down, thus its
// auto-repeat suppression doesn't work and it sends another click.
POINT point;
GetCursorPos(&point); // Assuming success seems harmless.
// Despite what MSDN says, WindowFromPoint() appears to fetch a non-NULL value even when the
// mouse is hovering over a disabled control (at least on XP).
HWND child_under_cursor, parent_under_cursor;
if ( (child_under_cursor = WindowFromPoint(point))
&& (parent_under_cursor = GetNonChildParent(child_under_cursor)) // WM_NCHITTEST below probably requires parent vs. child.
&& GetWindowThreadProcessId(parent_under_cursor, NULL) == g_MainThreadID ) // It's one of our thread's windows.
{
LRESULT hit_test = SendMessage(parent_under_cursor, WM_NCHITTEST, 0, MAKELPARAM(point.x, point.y));
if ( aVK == VK_LBUTTON && (hit_test == HTCLOSE || hit_test == HTMAXBUTTON // Title bar buttons: Close, Maximize.
|| hit_test == HTMINBUTTON || hit_test == HTHELP) // Title bar buttons: Minimize, Help.
|| aVK == VK_RBUTTON && (hit_test == HTCAPTION || hit_test == HTSYSMENU) )
{
if (aEventType == KEYDOWN)
{
// Ignore this event and substitute for it: Activate the window when one
// of its title bar buttons is down-clicked.
sWorkaroundVK = aVK;
sWorkaroundHitTest = hit_test;
SetForegroundWindowEx(parent_under_cursor); // Try to reproduce customary behavior.
// For simplicity, aRepeatCount>1 is ignored and DoMouseDelay() is not done.
return;
}
else // KEYUP
{
if (sWorkaroundHitTest == hit_test) // To weed out cases where user clicked down on a button then released somewhere other than the button.
aEventType = KEYDOWNANDUP; // Translate this click-up into down+up to make up for the fact that the down was previously suppressed.
//else let the click-up occur in case it does something or user wants it.
}
}
} // Work-around for sending mouse clicks to one of our thread's own windows.
}
// sWorkaroundVK is reset later below.
// Since above didn't return, the work-around isn't in effect and normal click(s) will be sent:
if (aVK == VK_LBUTTON)
{
event_down = MOUSEEVENTF_LEFTDOWN;
event_up = MOUSEEVENTF_LEFTUP;
}
else // aVK == VK_RBUTTON
{
event_down = MOUSEEVENTF_RIGHTDOWN;
event_up = MOUSEEVENTF_RIGHTUP;
}
break;
case VK_MBUTTON:
event_down = MOUSEEVENTF_MIDDLEDOWN;
event_up = MOUSEEVENTF_MIDDLEUP;
break;
case VK_XBUTTON1:
case VK_XBUTTON2:
event_down = MOUSEEVENTF_XDOWN;
event_up = MOUSEEVENTF_XUP;
event_data = (aVK == VK_XBUTTON1) ? XBUTTON1 : XBUTTON2;
break;
} // switch()
// For simplicity and possibly backward compatibility, LONG_OPERATION_INIT/UPDATE isn't done.
// In addition, some callers might do it for themselves, at least when aRepeatCount==1.
for (int i = 0; i < aRepeatCount; ++i)
{
if (aEventType != KEYUP) // It's either KEYDOWN or KEYDOWNANDUP.
{
// v1.0.43: Reliability is significantly improved by specifying the coordinates with the event (if
// caller gave us coordinates). This is mostly because of SetMouseDelay: In previously versions,
// the delay between a MouseClick's move and its click allowed time for the user to move the mouse
// away from the target position before the click was sent.
MouseEvent(event_flags | event_down, event_data, aX, aY); // It ignores aX and aY when MOUSEEVENTF_MOVE is absent.
// It seems best to always Sleep a certain minimum time between events
// because the click-down event may cause the target app to do something which
// changes the context or nature of the click-up event. AutoIt3 has also been
// revised to do this. v1.0.40.02: Avoid doing the Sleep between the down and up
// events when the workaround is in effect because any MouseDelay greater than 10
// would cause DoMouseDelay() to pump messages, which would defeat the workaround:
if (!sWorkaroundVK)
DoMouseDelay(); // Inserts delay for all modes except SendInput, for which it does nothing.
}
if (aEventType != KEYDOWN) // It's either KEYUP or KEYDOWNANDUP.
{
MouseEvent(event_flags | event_up, event_data, aX, aY); // It ignores aX and aY when MOUSEEVENTF_MOVE is absent.
// It seems best to always do this one too in case the script line that caused
// us to be called here is followed immediately by another script line which
// is either another mouse click or something that relies upon the mouse click
// having been completed:
DoMouseDelay(); // Inserts delay for all modes except SendInput, for which it does nothing.
}
} // for()
sWorkaroundVK = 0; // Reset this indicator in all cases except those for which above already returned.
}
void MouseMove(int &aX, int &aY, DWORD &aEventFlags, int aSpeed, bool aMoveOffset)
// This function also does DoMouseDelay() for the caller.
// This function converts aX and aY for the caller into MOUSEEVENTF_ABSOLUTE coordinates.
// The exception is when the playback mode is in effect, in which case such a conversion would be undesirable
// both here and by the caller.
// It also puts appropriate bit-flags into aEventFlags.
{
// Most callers have already validated this, but some haven't. Since it doesn't take too long to check,
// do it here rather than requiring all callers to do (helps maintainability).
if (aX == COORD_UNSPECIFIED || aY == COORD_UNSPECIFIED)
return;
if (sSendMode == SM_PLAY) // Journal playback mode.
{
// Mouse speed (aSpeed) is ignored for SendInput/Play mode: the mouse always moves instantaneously
// (though in the case of playback-mode, MouseDelay still applies between each movement and click).
// Playback-mode ignores mouse speed because the cases where the user would want to move the mouse more
// slowly (such as a demo) seem too rare to justify the code size and complexity, especially since the
// incremental-move code would have to be implemented in the hook itself to ensure reliability. This is
// because calling GetCursorPos() before playback begins could cause the mouse to wind up at the wrong
// destination, especially if our thread is preempted while building the array (which would give the user
// a chance to physically move the mouse before uninterruptibility begins).
// For creating demonstrations that user slower mouse movement, the older MouseMove command can be used
// in conjunction with BlockInput. This also applies to SendInput because it's conceivable that mouse
// speed could be supported there (though it seems useless both visually and to improve reliability
// because no mouse delays are possible within SendInput).
//
// MSG_OFFSET_MOUSE_MOVE is used to have the playback hook apply the offset (rather than doing it here
// like is done for SendInput mode). This adds flexibility in cases where a new window becomes active
// during playback, or the active window changes position -- if that were to happen, the offset would
// otherwise be wrong while CoordMode is Relative because the changes can only be observed and
// compensated for during playback.
PutMouseEventIntoArray(MOUSEEVENTF_MOVE | (aMoveOffset ? MSG_OFFSET_MOUSE_MOVE : 0)
, 0, aX, aY); // The playback hook uses normal vs. MOUSEEVENTF_ABSOLUTE coordinates.
DoMouseDelay();
if (aMoveOffset)
{
// Now that we're done using the old values of aX and aY above, reset them to COORD_UNSPECIFIED
// for the caller so that any subsequent clicks it does will be marked as "at current coordinates".
aX = COORD_UNSPECIFIED;
aY = COORD_UNSPECIFIED;
}
return; // Other parts below rely on this returning early to avoid converting aX/aY into MOUSEEVENTF_ABSOLUTE.
}
// The playback mode returned from above doesn't need these flags added because they're ignored for clicks:
aEventFlags |= MOUSEEVENTF_MOVE | MOUSEEVENTF_ABSOLUTE; // Done here for caller, for easier maintenance.
POINT cursor_pos;
if (aMoveOffset) // We're moving the mouse cursor relative to its current position.
{
if (sSendMode == SM_INPUT)
{
// Since GetCursorPos() can't be called to find out a future cursor position, use the position
// tracked for SendInput (facilitates MouseClickDrag's R-option as well as Send{Click}'s).
if (sSendInputCursorPos.x == COORD_UNSPECIFIED) // Initial/starting value hasn't yet been set.
GetCursorPos(&sSendInputCursorPos); // Start it off where the cursor is now.
aX += sSendInputCursorPos.x;
aY += sSendInputCursorPos.y;
}
else
{
GetCursorPos(&cursor_pos); // None of this is done for playback mode since that mode already returned higher above.
aX += cursor_pos.x;
aY += cursor_pos.y;
}
}
else
{
// Convert relative coords to screen coords if necessary (depends on CoordMode).
// None of this is done for playback mode since that mode already returned higher above.
CoordToScreen(aX, aY, COORD_MODE_MOUSE);
}
if (sSendMode == SM_INPUT) // Track predicted cursor position for use by subsequent events put into the array.
{
sSendInputCursorPos.x = aX; // Always stores normal coords (non-MOUSEEVENTF_ABSOLUTE).
sSendInputCursorPos.y = aY; //
}
// Find dimensions of primary monitor.
// Without the MOUSEEVENTF_VIRTUALDESK flag (supported only by SendInput, and then only on
// Windows 2000/XP or later), MOUSEEVENTF_ABSOLUTE coordinates are relative to the primary monitor.
int screen_width = GetSystemMetrics(SM_CXSCREEN);
int screen_height = GetSystemMetrics(SM_CYSCREEN);
// Convert the specified screen coordinates to mouse event coordinates (MOUSEEVENTF_ABSOLUTE).
// MSDN: "In a multimonitor system, [MOUSEEVENTF_ABSOLUTE] coordinates map to the primary monitor."
// The above implies that values greater than 65535 or less than 0 are appropriate, but only on
// multi-monitor systems. For simplicity, performance, and backward compatibility, no check for
// multi-monitor is done here. Instead, the system's default handling for out-of-bounds coordinates
// is used; for example, mouse_event() stops the cursor at the edge of the screen.
// UPDATE: In v1.0.43, the following formula was fixed (actually broken, see below) to always yield an
// in-range value. The previous formula had a +1 at the end:
// aX|Y = ((65535 * aX|Y) / (screen_width|height - 1)) + 1;
// The extra +1 would produce 65536 (an out-of-range value for a single-monitor system) if the maximum
// X or Y coordinate was input (e.g. x-position 1023 on a 1024x768 screen). Although this correction
// seems inconsequential on single-monitor systems, it may fix certain misbehaviors that have been reported
// on multi-monitor systems. Update: according to someone I asked to test it, it didn't fix anything on
// multimonitor systems, at least those whose monitors vary in size to each other. In such cases, he said
// that only SendPlay or DllCall("SetCursorPos") make mouse movement work properly.
// FIX for v1.0.44: Although there's no explanation yet, the v1.0.43 formula is wrong and the one prior
// to it was correct; i.e. unless +1 is present below, a mouse movement to coords near the upper-left corner of
// the screen is typically off by one pixel (only the y-coordinate is affected in 1024x768 resolution, but
// in other resolutions both might be affected).
// v1.0.44.07: The following old formula has been replaced:
// (((65535 * coord) / (width_or_height - 1)) + 1)
// ... with the new one below. This is based on numEric's research, which indicates that mouse_event()
// uses the following inverse formula internally:
// x_or_y_coord = (x_or_y_abs_coord * screen_width_or_height) / 65536
#define MOUSE_COORD_TO_ABS(coord, width_or_height) (((65536 * coord) / width_or_height) + (coord < 0 ? -1 : 1))
aX = MOUSE_COORD_TO_ABS(aX, screen_width);
aY = MOUSE_COORD_TO_ABS(aY, screen_height);
// aX and aY MUST BE SET UNCONDITIONALLY because the output parameters must be updated for caller.
// The incremental-move section further below also needs it.
if (aSpeed < 0) // This can happen during script's runtime due to something like: MouseMove, X, Y, %VarContainingNegative%
aSpeed = 0; // 0 is the fastest.
else
if (aSpeed > MAX_MOUSE_SPEED)
aSpeed = MAX_MOUSE_SPEED;
if (aSpeed == 0 || sSendMode == SM_INPUT) // Instantaneous move to destination coordinates with no incremental positions in between.
{
// See the comments in the playback-mode section at the top of this function for why SM_INPUT ignores aSpeed.
MouseEvent(MOUSEEVENTF_MOVE | MOUSEEVENTF_ABSOLUTE, 0, aX, aY);
DoMouseDelay(); // Inserts delay for all modes except SendInput, for which it does nothing.
return;
}
// Since above didn't return, use the incremental mouse move to gradually move the cursor until
// it arrives at the destination coordinates.
// Convert the cursor's current position to mouse event coordinates (MOUSEEVENTF_ABSOLUTE).
GetCursorPos(&cursor_pos);
DoIncrementalMouseMove(
MOUSE_COORD_TO_ABS(cursor_pos.x, screen_width) // Source/starting coords.
, MOUSE_COORD_TO_ABS(cursor_pos.y, screen_height) //
, aX, aY, aSpeed); // Destination/ending coords.
}
void MouseEvent(DWORD aEventFlags, DWORD aData, DWORD aX, DWORD aY)
// Having this part outsourced to a function helps remember to use KEY_IGNORE so that our own mouse
// events won't be falsely detected as hotkeys by the hooks (if they are installed).
{
if (sSendMode)
PutMouseEventIntoArray(aEventFlags, aData, aX, aY);
else
mouse_event(aEventFlags
, aX == COORD_UNSPECIFIED ? 0 : aX // v1.0.43.01: Must be zero if no change in position is desired
, aY == COORD_UNSPECIFIED ? 0 : aY // (fixes compatibility with certain apps/games).
, aData, KEY_IGNORE_LEVEL(g->SendLevel));
}
///////////////////////
// SUPPORT FUNCTIONS //
///////////////////////
void PutKeybdEventIntoArray(modLR_type aKeyAsModifiersLR, vk_type aVK, sc_type aSC, DWORD aEventFlags, DWORD aExtraInfo)
// This function is designed to be called from only one thread (the main thread) since it's not thread-safe.
// Playback hook only supports sending neutral modifiers. Caller must ensure that any left/right modifiers
// such as VK_RCONTROL are translated into neutral (e.g. VK_CONTROL).
{
bool key_up = aEventFlags & KEYEVENTF_KEYUP;
// To make the SendPlay method identical in output to the other keystroke methods, have it generate
// a leading down/up LControl event immediately prior to each RAlt event (with no key-delay).
// This avoids having to add special handling to places like SetModifierLRState() to do AltGr things
// differently when sending via playback vs. other methods. The event order recorded by the journal
// record hook is a little different than what the low-level keyboard hook sees, but I don't think
// the order should matter in this case:
// sc vk key msg
// 138 12 Alt syskeydown (right vs. left scan code)
// 01d 11 Ctrl keydown (left scan code) <-- In keyboard hook, normally this precedes Alt, not follows it. Seems inconsequential (testing confirms).
// 01d 11 Ctrl keyup (left scan code)
// 138 12 Alt syskeyup (right vs. left scan code)
// Check for VK_MENU not VK_RMENU because caller should have translated it to neutral:
if (aVK == VK_MENU && aSC == SC_RALT && sTargetLayoutHasAltGr == CONDITION_TRUE && sSendMode == SM_PLAY)
// Must pass VK_CONTROL rather than VK_LCONTROL because playback hook requires neutral modifiers.
PutKeybdEventIntoArray(MOD_LCONTROL, VK_CONTROL, SC_LCONTROL, aEventFlags, aExtraInfo); // Recursive call to self.
// Above must be done prior to the capacity check below because above might add a new array item.
if (sEventCount == sMaxEvents) // Array's capacity needs expanding.
if (!ExpandEventArray())
return;
// Keep track of the predicted modifier state for use in other places:
if (key_up)
sEventModifiersLR &= ~aKeyAsModifiersLR;
else
sEventModifiersLR |= aKeyAsModifiersLR;
if (sSendMode == SM_INPUT)
{
INPUT &this_event = sEventSI[sEventCount]; // For performance and convenience.
this_event.type = INPUT_KEYBOARD;
this_event.ki.wVk = aVK;
this_event.ki.wScan = (aEventFlags & KEYEVENTF_UNICODE) ? aSC : LOBYTE(aSC);
this_event.ki.dwFlags = aEventFlags;
this_event.ki.dwExtraInfo = aExtraInfo; // Although our hook won't be installed (or won't detect, in the case of playback), that of other scripts might be, so set this for them.
this_event.ki.time = 0; // Let the system provide its own timestamp, which might be more accurate for individual events if this will be a very long SendInput.
sHooksToRemoveDuringSendInput |= HOOK_KEYBD; // Presence of keyboard hook defeats uninterruptibility of keystrokes.
}
else // Playback hook.
{
PlaybackEvent &this_event = sEventPB[sEventCount]; // For performance and convenience.
if (!(aVK || aSC)) // Caller is signaling that aExtraInfo contains a delay/sleep event.
{
// Although delays at the tail end of the playback array can't be implemented by the playback
// itself, caller wants them put in too.
this_event.message = 0; // Message number zero flags it as a delay rather than an actual event.
this_event.time_to_wait = aExtraInfo;
}
else // A normal (non-delay) event for playback.
{
// By monitoring incoming events in a message/event loop, the following key combinations were
// confirmed to be WM_SYSKEYDOWN vs. WM_KEYDOWN (up events weren't tested, so are assumed to
// be the same as down-events):
// Alt+Win
// Alt+Shift
// Alt+Capslock/Numlock/Scrolllock
// Alt+AppsKey
// Alt+F2/Delete/Home/End/Arrow/BS
// Alt+Space/Enter
// Alt+Numpad (tested all digits & most other keys, with/without Numlock ON)
// F10 (by itself) / Win+F10 / Alt+F10 / Shift+F10 (but not Ctrl+F10)
// By contrast, the following are not SYS: Alt+Ctrl, Alt+Esc, Alt+Tab (the latter two
// are never received by msg/event loop probably because the system intercepts them).
// So the rule appears to be: It's a normal (non-sys) key if Alt isn't down and the key
// isn't F10, or if Ctrl is down. Though a press of the Alt key itself is a syskey unless Ctrl is down.
// Update: The release of ALT is WM_KEYUP vs. WM_SYSKEYUP when it modified at least one key while it was down.
if (sEventModifiersLR & (MOD_LCONTROL | MOD_RCONTROL) // Control is down...
|| !(sEventModifiersLR & (MOD_LALT | MOD_RALT)) // ... or: Alt isn't down and this key isn't Alt or F10...
&& aVK != VK_F10 && !(aKeyAsModifiersLR & (MOD_LALT | MOD_RALT))
|| (sEventModifiersLR & (MOD_LALT | MOD_RALT)) && key_up) // ... or this is the release of Alt (for simplicity, assume that Alt modified something while it was down).
this_event.message = key_up ? WM_KEYUP : WM_KEYDOWN;
else
this_event.message = key_up ? WM_SYSKEYUP : WM_SYSKEYDOWN;
this_event.vk = aVK;
this_event.sc = aSC; // Don't omit the extended-key-bit because it is used later on.
}
}
++sEventCount;
}
void PutMouseEventIntoArray(DWORD aEventFlags, DWORD aData, DWORD aX, DWORD aY)
// This function is designed to be called from only one thread (the main thread) since it's not thread-safe.
// If the array-type is journal playback, caller should include MOUSEEVENTF_ABSOLUTE in aEventFlags if the
// the mouse coordinates aX and aY are relative to the screen rather than the active window.
{
if (sEventCount == sMaxEvents) // Array's capacity needs expanding.
if (!ExpandEventArray())
return;
if (sSendMode == SM_INPUT)
{
INPUT &this_event = sEventSI[sEventCount]; // For performance and convenience.
this_event.type = INPUT_MOUSE;
this_event.mi.dx = (aX == COORD_UNSPECIFIED) ? 0 : aX; // v1.0.43.01: Must be zero if no change in position is
this_event.mi.dy = (aY == COORD_UNSPECIFIED) ? 0 : aY; // desired (fixes compatibility with certain apps/games).
this_event.mi.dwFlags = aEventFlags;
this_event.mi.mouseData = aData;
this_event.mi.dwExtraInfo = KEY_IGNORE_LEVEL(g->SendLevel); // Although our hook won't be installed (or won't detect, in the case of playback), that of other scripts might be, so set this for them.
this_event.mi.time = 0; // Let the system provide its own timestamp, which might be more accurate for individual events if this will be a very long SendInput.
sHooksToRemoveDuringSendInput |= HOOK_MOUSE; // Presence of mouse hook defeats uninterruptibility of mouse clicks/moves.
}
else // Playback hook.
{
// Note: Delay events (sleeps), which are supported in playback mode but not SendInput, are always inserted
// via PutKeybdEventIntoArray() rather than this function.
PlaybackEvent &this_event = sEventPB[sEventCount]; // For performance and convenience.
// Determine the type of event specified by caller, but also omit MOUSEEVENTF_MOVE so that the
// follow variations can be differentiated:
// 1) MOUSEEVENTF_MOVE by itself.
// 2) MOUSEEVENTF_MOVE with a click event or wheel turn (in this case MOUSEEVENTF_MOVE is permitted but
// not required, since all mouse events in playback mode must have explicit coordinates at the
// time they're played back).
// 3) A click event or wheel turn by itself (same remark as above).
// Bits are isolated in what should be a future-proof way (also omits MSG_OFFSET_MOUSE_MOVE bit).
switch (aEventFlags & (0x1FFF & ~MOUSEEVENTF_MOVE)) // v1.0.48: 0x1FFF vs. 0xFFF to support MOUSEEVENTF_HWHEEL.
{
case 0: this_event.message = WM_MOUSEMOVE; break; // It's a movement without a click.
// In cases other than the above, it's a click or wheel turn with optional WM_MOUSEMOVE too.
case MOUSEEVENTF_LEFTDOWN: this_event.message = WM_LBUTTONDOWN; break;
case MOUSEEVENTF_LEFTUP: this_event.message = WM_LBUTTONUP; break;
case MOUSEEVENTF_RIGHTDOWN: this_event.message = WM_RBUTTONDOWN; break;
case MOUSEEVENTF_RIGHTUP: this_event.message = WM_RBUTTONUP; break;
case MOUSEEVENTF_MIDDLEDOWN: this_event.message = WM_MBUTTONDOWN; break;
case MOUSEEVENTF_MIDDLEUP: this_event.message = WM_MBUTTONUP; break;
case MOUSEEVENTF_XDOWN: this_event.message = WM_XBUTTONDOWN; break;
case MOUSEEVENTF_XUP: this_event.message = WM_XBUTTONUP; break;
case MOUSEEVENTF_WHEEL: this_event.message = WM_MOUSEWHEEL; break;
case MOUSEEVENTF_HWHEEL: this_event.message = WM_MOUSEHWHEEL; break; // v1.0.48
// WHEEL: No info comes into journal-record about which direction the wheel was turned (nor by how many
// notches). In addition, it appears impossible to specify such info when playing back the event.
// Therefore, playback usually produces downward wheel movement (but upward in some apps like
// Visual Studio).
}
// COORD_UNSPECIFIED_SHORT is used so that the very first event can be a click with unspecified
// coordinates: it seems best to have the cursor's position fetched during playback rather than
// here because if done here, there might be time for the cursor to move physically before
// playback begins (especially if our thread is preempted while building the array).
this_event.x = (aX == COORD_UNSPECIFIED) ? COORD_UNSPECIFIED_SHORT : (WORD)aX;
this_event.y = (aY == COORD_UNSPECIFIED) ? COORD_UNSPECIFIED_SHORT : (WORD)aY;
if (aEventFlags & MSG_OFFSET_MOUSE_MOVE) // Caller wants this event marked as a movement relative to cursor's current position.
this_event.message |= MSG_OFFSET_MOUSE_MOVE;
}
++sEventCount;
}
ResultType ExpandEventArray()
// Returns OK or FAIL.
{
#define EVENT_EXPANSION_MULTIPLIER 2 // Should be very rare for array to need to expand more than a few times.
size_t event_size = (sSendMode == SM_INPUT) ? sizeof(INPUT) : sizeof(PlaybackEvent);
void *new_mem;
// SendInput() appears to be limited to 5000 chars (10000 events in array), at least on XP. This is
// either an undocumented SendInput limit or perhaps it's due to the system setting that determines
// how many messages can get backlogged in each thread's msg queue before some start to get dropped.
// Note that SendInput()'s return value always seems to indicate that all the characters were sent
// even when the ones beyond the limit were clearly never received by the target window.
// In any case, it seems best not to restrict to 5000 here in case the limit can vary for any reason.
// The 5000 limit is documented in the help file.
if ( !(new_mem = malloc(EVENT_EXPANSION_MULTIPLIER * sMaxEvents * event_size)) )
sAbortArraySend = true; // Usually better to send nothing rather than partial.
// And continue on below to free the old block, if appropriate.
else // Copy old array into new memory area (note that sEventSI and sEventPB are different views of the same variable).
memcpy(new_mem, sEventSI, sEventCount * event_size);
if (sMaxEvents > (sSendMode == SM_INPUT ? MAX_INITIAL_EVENTS_SI : MAX_INITIAL_EVENTS_PB))
free(sEventSI); // Previous block was malloc'd vs. _alloc'd, so free it.
if (sAbortArraySend)
return FAIL;
sEventSI = (LPINPUT)new_mem; // Note that sEventSI and sEventPB are different views of the same variable.
sMaxEvents *= EVENT_EXPANSION_MULTIPLIER;
return OK;
}
void InitEventArray(void *aMem, UINT aMaxEvents, modLR_type aModifiersLR)
{
sEventPB = (PlaybackEvent *)aMem; // Sets sEventSI too, since both are the same.
sMaxEvents = aMaxEvents;
sEventModifiersLR = aModifiersLR;
sSendInputCursorPos.x = COORD_UNSPECIFIED;
sSendInputCursorPos.y = COORD_UNSPECIFIED;
sHooksToRemoveDuringSendInput = 0;
sEventCount = 0;
sAbortArraySend = false; // If KeyEvent() ever sets it to true, that allows us to send nothing at all rather than a partial send.
sFirstCallForThisEvent = true;
// The above isn't a local static inside PlaybackProc because PlaybackProc might get aborted in the
// middle of a NEXT/SKIP pair by user pressing Ctrl-Esc, etc, which would make it unreliable.
}
void SendEventArray(int &aFinalKeyDelay, modLR_type aModsDuringSend)
// Caller must avoid calling this function if sMySendInput is NULL.
// aFinalKeyDelay (which the caller should have initialized to -1 prior to calling) may be changed here
// to the desired/final delay. Caller must not act upon it until changing sTypeOfHookToBuild to something
// that will allow DoKeyDelay() to do a real delay.
{
if (sSendMode == SM_INPUT)
{
// Remove hook(s) temporarily because the presence of low-level (LL) keybd hook completely disables
// the uninterruptibility of SendInput's keystrokes (but the mouse hook doesn't affect them).
// The converse is also true. This was tested via:
// #space::
// SendInput {Click 400, 400, 100}
// MsgBox
// ExitApp
// ... and also with BurnK6 running, a CPU maxing utility. The mouse clicks were sent directly to the
// BurnK6 window, and were pretty slow, and also I could physically move the mouse cursor a little
// between each of sendinput's mouse clicks. But removing the mouse-hook during SendInputs solves all that.
// Rather than removing both hooks unconditionally, it's better to
// remove only those that actually have corresponding events in the array. This avoids temporarily
// losing visibility of physical key states (especially when the keyboard hook is removed).
HookType active_hooks;
if (active_hooks = GetActiveHooks())
AddRemoveHooks(active_hooks & ~sHooksToRemoveDuringSendInput, true);
// Caller has ensured that sMySendInput isn't NULL.
sMySendInput(sEventCount, sEventSI, sizeof(INPUT)); // Must call dynamically-resolved version for Win95/NT compatibility.
// The return value is ignored because it never seems to be anything other than sEventCount, even if
// the Send seems to partially fail (e.g. due to hitting 5000 event maximum).
// Typical speed of SendInput: 10ms or less for short sends (under 100 events).
// Typically 30ms for 500 events; and typically no more than 200ms for 5000 events (which is
// the apparent max).
// Testing shows that when SendInput returns to its caller, all of its key states are in effect
// even if the target window hasn't yet had time to receive them all. For example, the
// following reports that LShift is down:
// SendInput {a 4900}{LShift down}
// MsgBox % GetKeyState("LShift")
// Furthermore, if the user manages to physically press or release a key during the call to
// SendInput, testing shows that such events are in effect immediately when SendInput returns
// to its caller, perhaps because SendInput clears out any backlog of physical keystrokes prior to
// returning, or perhaps because the part of the OS that updates key states is a very high priority.
if (active_hooks)
{
if (active_hooks & sHooksToRemoveDuringSendInput & HOOK_KEYBD) // Keyboard hook was actually removed during SendInput.
{
// The above call to SendInput() has not only sent its own events, it has also emptied
// the buffer of any events generated outside but during the SendInput. Since such
// events are almost always physical events rather than simulated ones, it seems to do
// more good than harm on average to consider any such changes to be physical.
// The g_PhysicalKeyState array is also updated by GetModifierLRState(true), but only
// for the modifier keys, not for all keys on the keyboard. Even if adjust all keys
// is possible, it seems overly complex and it might impact performance more than it's
// worth given the rarity of the user changing physical key states during a SendInput
// and then wanting to explicitly retrieve that state via GetKeyState(Key, "P").
modLR_type mods_current = GetModifierLRState(true); // This also serves to correct the hook's logical modifiers, since hook was absent during the SendInput.
modLR_type mods_changed_physically_during_send = aModsDuringSend ^ mods_current;
g_modifiersLR_physical &= ~(mods_changed_physically_during_send & aModsDuringSend); // Remove those that changed from down to up.
g_modifiersLR_physical |= mods_changed_physically_during_send & mods_current; // Add those that changed from up to down.
g_HShwnd = GetForegroundWindow(); // An item done by ResetHook() that seems worthwhile here.
// Most other things done by ResetHook() seem like they would do more harm than good to reset here
// because of the the time the hook is typically missing is very short, usually under 30ms.
}
AddRemoveHooks(active_hooks, true); // Restore the hooks that were active before the SendInput.
}
return;
}
// Since above didn't return, sSendMode == SM_PLAY.
// It seems best not to call IsWindowHung() here because:
// 1) It might improve script reliability to allow playback to a hung window because even though
// the entire system would appear frozen, if the window becomes unhung, the keystrokes would
// eventually get sent to it as intended (and the script may be designed to rely on this).
// Furthermore, the user can press Ctrl-Alt-Del or Ctrl-Esc to unfreeze the system.
// 2) It might hurt performance.
//
// During journal playback, it appears that LL hook receives events in realtime; its just that
// keystrokes the hook passes through (or generates itself) don't actually hit the active window
// until after the playback is done. Preliminary testing shows that the hook's disguise of Alt/Win
// still function properly for Win/Alt hotkeys that use the playback method.
sCurrentEvent = 0; // Reset for use by the hook below. Should be done BEFORE the hook is installed in the next line.
#ifdef JOURNAL_RECORD_MODE
// To record and analyze events via the above:
// - Uncomment the line that defines this in the header file.
// - Put breakpoint after the hook removes itself (a few lines below). Don't try to put breakpoint in RECORD hook
// itself because it tends to freeze keyboard input (must press Ctrl-Alt-Del or Ctrl-Esc to unfreeze).
// - Have the script send a keystroke (best to use non-character keystroke such as SendPlay {Shift}).
// - It is now recording, so press the desired keys.
// - Press Ctrl+Break, Ctrl-Esc, or Ctrl-Alt-Del to stop recording (which should then hit breakpoint below).
// - Study contents of the sEventPB array, which contains the keystrokes just recorded.
sEventCount = 0; // Used by RecordProc().
if ( !(g_PlaybackHook = SetWindowsHookEx(WH_JOURNALRECORD, RecordProc, g_hInstance, 0)) )
return;
#else
if ( !(g_PlaybackHook = SetWindowsHookEx(WH_JOURNALPLAYBACK, PlaybackProc, g_hInstance, 0)) )
return;
// During playback, have the keybd hook (if it's installed) block presses of the Windows key.
// This is done because the Windows key is about the only key (other than Ctrl-Esc or Ctrl-Alt-Del)
// that takes effect immediately rather than getting buffered/postponed until after the playback.
// It should be okay to set this after the playback hook is installed because playback shouldn't
// actually begin until we have our thread do its first MsgSleep later below.
g_BlockWinKeys = true;
#endif
// Otherwise, hook is installed, so:
// Wait for the hook to remove itself because the script should not be allowed to continue
// until the Send finishes.
// GetMessage(single_msg_filter) can't be used because then our thread couldn't playback
// keystrokes to one of its own windows. In addition, testing shows that it wouldn't
// measurably improve performance anyway.
// Note: User can't activate tray icon with mouse (because mouse is blocked), so there's
// no need to call our main event loop merely to have the tray menu responsive.
// Sleeping for 0 performs at least 15% worse than INTERVAL_UNSPECIFIED. I think this is
// because the journal playback hook can operate only when this thread is in a message-pumping
// state, and message pumping is far more efficient with GetMessage than PeekMessage.
// Also note that both registered and hook hotkeys are noticed/caught during journal playback
// (confirmed through testing). However, they are kept buffered until the Send finishes
// because ACT_SEND and such are designed to be uninterruptible by other script threads;
// also, it would be undesirable in almost any conceivable case.
//
// Use a loop rather than a single call to MsgSleep(WAIT_FOR_MESSAGES) because
// WAIT_FOR_MESSAGES is designed only for use by WinMain(). The loop doesn't measurably
// affect performance because there used to be the following here in place of the loop,
// and it didn't perform any better:
// GetMessage(&msg, NULL, WM_CANCELJOURNAL, WM_CANCELJOURNAL);
while (g_PlaybackHook)
SLEEP_WITHOUT_INTERRUPTION(INTERVAL_UNSPECIFIED); // For maintainability, macro is used rather than optimizing/splitting the code it contains.
g_BlockWinKeys = false;
// Either the hook unhooked itself or the OS did due to Ctrl-Esc or Ctrl-Alt-Del.
// MSDN: When an application sees a [system-generated] WM_CANCELJOURNAL message, it can assume
// two things: the user has intentionally cancelled the journal record or playback mode,
// and the system has already unhooked any journal record or playback hook procedures.
if (!sEventPB[sEventCount - 1].message) // Playback hook can't do the final delay, so we do it here.
// Don't do delay right here because the delay would be put into the array instead.
aFinalKeyDelay = sEventPB[sEventCount - 1].time_to_wait;
// GetModifierLRState(true) is not done because keystrokes generated by the playback hook
// aren't really keystrokes in the sense that they affect global key state or modifier state.
// They affect only the keystate retrieved when the target thread calls GetKeyState()
// (GetAsyncKeyState can never see such changes, even if called from the target thread).
// Furthermore, the hook (if present) continues to operate during journal playback, so it
// will keep its own modifiers up-to-date if any physical or simulate keystrokes happen to
// come in during playback (such keystrokes arrive in the hook in real time, but they don't
// actually hit the active window until the playback finishes).
}
void CleanupEventArray(int aFinalKeyDelay)
{
if (sMaxEvents > (sSendMode == SM_INPUT ? MAX_INITIAL_EVENTS_SI : MAX_INITIAL_EVENTS_PB))
free(sEventSI); // Previous block was malloc'd vs. _alloc'd, so free it. Note that sEventSI and sEventPB are different views of the same variable.
// The following must be done only after functions called above are done using it. But it must also be done
// prior to our caller toggling capslock back on , to avoid the capslock keystroke from going into the array.
sSendMode = SM_EVENT;
DoKeyDelay(aFinalKeyDelay); // Do this only after resetting sSendMode above. Should be okay for mouse events too.
}
/////////////////////////////////
void DoKeyDelay(int aDelay)
// Doesn't need to be thread safe because it should only ever be called from main thread.
{
if (aDelay < 0) // To support user-specified KeyDelay of -1 (fastest send rate).
return;
if (sSendMode)
{
if (sSendMode == SM_PLAY && aDelay > 0) // Zero itself isn't supported by playback hook, so no point in inserting such delays into the array.
PutKeybdEventIntoArray(0, 0, 0, 0, aDelay); // Passing zero for vk and sc signals it that aExtraInfo contains the delay.
//else for other types of arrays, never insert a delay or do one now.
return;
}
if (g_os.IsWin9x())
{
// Do a true sleep on Win9x because the MsgSleep() method is very inaccurate on Win9x
// for some reason (a MsgSleep(1) causes a sleep between 10 and 55ms, for example):
Sleep(aDelay);
return;
}
SLEEP_WITHOUT_INTERRUPTION(aDelay);
}
void DoMouseDelay() // Helper function for the mouse functions below.
{
int mouse_delay = sSendMode == SM_PLAY ? g->MouseDelayPlay : g->MouseDelay;
if (mouse_delay < 0) // To support user-specified KeyDelay of -1 (fastest send rate).
return;
if (sSendMode)
{
if (sSendMode == SM_PLAY && mouse_delay > 0) // Zero itself isn't supported by playback hook, so no point in inserting such delays into the array.
PutKeybdEventIntoArray(0, 0, 0, 0, mouse_delay); // Passing zero for vk and sc signals it that aExtraInfo contains the delay.
//else for other types of arrays, never insert a delay or do one now (caller should have already
// checked that, so it's written this way here only for maintainability).
return;
}
// I believe the varying sleep methods below were put in place to avoid issues when simulating
// clicks on the script's own windows. There are extensive comments in MouseClick() and the
// hook about these issues. Also, Sleep() is more accurate on Win9x than MsgSleep, which is
// why it's used in that case. Here are more details from an older comment:
// Always sleep a certain minimum amount of time between events to improve reliability,
// but allow the user to specify a higher time if desired. Note that for Win9x,
// a true Sleep() is done because it is much more accurate than the MsgSleep() method,
// at least on Win98SE when short sleeps are done. UPDATE: A true sleep is now done
// unconditionally if the delay period is small. This fixes a small issue where if
// LButton is a hotkey that includes "MouseClick left" somewhere in its subroutine,
// the script's own main window's title bar buttons for min/max/close would not
// properly respond to left-clicks. By contrast, the following is no longer an issue
// due to the dedicated thread in v1.0.39 (or more likely, due to an older change that
// causes the tray menu to open upon RButton-up rather than down):
// RButton is a hotkey that includes "MouseClick right" somewhere in its subroutine,
// the user would not be able to correctly open the script's own tray menu via
// right-click (note that this issue affected only the one script itself, not others).
if (mouse_delay < 11 || (mouse_delay < 25 && g_os.IsWin9x()))
Sleep(mouse_delay);
else
SLEEP_WITHOUT_INTERRUPTION(mouse_delay)
}
void UpdateKeyEventHistory(bool aKeyUp, vk_type aVK, sc_type aSC)
{
if (!g_KeyHistory) // Don't access the array if it doesn't exist (i.e. key history is disabled).
return;
g_KeyHistory[g_KeyHistoryNext].key_up = aKeyUp;
g_KeyHistory[g_KeyHistoryNext].vk = aVK;
g_KeyHistory[g_KeyHistoryNext].sc = aSC;
g_KeyHistory[g_KeyHistoryNext].event_type = 'i'; // Callers all want this.
g_HistoryTickNow = GetTickCount();
g_KeyHistory[g_KeyHistoryNext].elapsed_time = (g_HistoryTickNow - g_HistoryTickPrev) / (float)1000;
g_HistoryTickPrev = g_HistoryTickNow;
HWND fore_win = GetForegroundWindow();
if (fore_win)
{
if (fore_win != g_HistoryHwndPrev)
GetWindowText(fore_win, g_KeyHistory[g_KeyHistoryNext].target_window, _countof(g_KeyHistory[g_KeyHistoryNext].target_window));
else // i.e. avoid the call to GetWindowText() if possible.
*g_KeyHistory[g_KeyHistoryNext].target_window = '\0';
}
else
_tcscpy(g_KeyHistory[g_KeyHistoryNext].target_window, _T("N/A"));
g_HistoryHwndPrev = fore_win; // Update unconditionally in case it's NULL.
if (++g_KeyHistoryNext >= g_MaxHistoryKeys)
g_KeyHistoryNext = 0;
}
ToggleValueType ToggleKeyState(vk_type aVK, ToggleValueType aToggleValue)
// Toggle the given aVK into another state. For performance, it is the caller's responsibility to
// ensure that aVK is a toggleable key such as capslock, numlock, insert, or scrolllock.
// Returns the state the key was in before it was changed (but it's only a best-guess under Win9x).
{
// Can't use IsKeyDownAsync/GetAsyncKeyState() because it doesn't have this info:
ToggleValueType starting_state = IsKeyToggledOn(aVK) ? TOGGLED_ON : TOGGLED_OFF;
if (aToggleValue != TOGGLED_ON && aToggleValue != TOGGLED_OFF) // Shouldn't be called this way.
return starting_state;
if (starting_state == aToggleValue) // It's already in the desired state, so just return the state.
return starting_state;
if (aVK == VK_NUMLOCK)
{
#ifdef CONFIG_WIN9X
if (g_os.IsWin9x())
{
// For Win9x, we want to set the state unconditionally to be sure it's right. This is because
// the retrieval of the Capslock state, for example, is unreliable, at least under Win98se
// (probably due to lack of an AttachThreadInput() having been done). Although the
// SetKeyboardState() method used by ToggleNumlockWin9x is not required for caps & scroll lock keys,
// it is required for Numlock:
ToggleNumlockWin9x();
return starting_state; // Best guess, but might be wrong.
}
#endif
// Otherwise, NT/2k/XP:
// Sending an extra up-event first seems to prevent the problem where the Numlock
// key's indicator light doesn't change to reflect its true state (and maybe its
// true state doesn't change either). This problem tends to happen when the key
// is pressed while the hook is forcing it to be either ON or OFF (or it suppresses
// it because it's a hotkey). Needs more testing on diff. keyboards & OSes:
KeyEvent(KEYUP, aVK);
}
// Since it's not already in the desired state, toggle it:
KeyEvent(KEYDOWNANDUP, aVK);
// Fix for v1.0.40: IsKeyToggledOn()'s call to GetKeyState() relies on our thread having
// processed messages. Confirmed necessary 100% of the time if our thread owns the active window.
// v1.0.43: Extended the above fix to include all toggleable keys (not just Capslock) and to apply
// to both directions (ON and OFF) since it seems likely to be needed for them all.
bool our_thread_is_foreground;
if (our_thread_is_foreground = (GetWindowThreadProcessId(GetForegroundWindow(), NULL) == g_MainThreadID)) // GetWindowThreadProcessId() tolerates a NULL hwnd.
SLEEP_WITHOUT_INTERRUPTION(-1);
if (aVK == VK_CAPITAL && aToggleValue == TOGGLED_OFF && IsKeyToggledOn(aVK))
{
// Fix for v1.0.36.06: Since it's Capslock and it didn't turn off as attempted, it's probably because
// the OS is configured to turn Capslock off only in response to pressing the SHIFT key (via Ctrl Panel's
// Regional settings). So send shift to do it instead:
KeyEvent(KEYDOWNANDUP, VK_SHIFT);
if (our_thread_is_foreground) // v1.0.43: Added to try to achieve 100% reliability in all situations.
SLEEP_WITHOUT_INTERRUPTION(-1); // Check msg queue to put SHIFT's turning off of Capslock into effect from our thread's POV.
}
return starting_state;
}
#ifdef CONFIG_WIN9X
void ToggleNumlockWin9x()
// Numlock requires a special method to toggle the state and its indicator light under Win9x.
// Capslock and Scrolllock do not need this method, since keybd_event() works for them.
{
BYTE state[256];
GetKeyboardState((PBYTE)&state);
state[VK_NUMLOCK] ^= 0x01; // Toggle the low-order bit to the opposite state.
SetKeyboardState((PBYTE)&state);
}
//void CapslockOffWin9x()
//{
// BYTE state[256];
// GetKeyboardState((PBYTE)&state);
// state[VK_CAPITAL] &= ~0x01;
// SetKeyboardState((PBYTE)&state);
//}
#endif
/*
void SetKeyState (vk_type vk, int aKeyUp)
// Later need to adapt this to support Win9x by using SetKeyboardState for those OSs.
{
if (!vk) return;
int key_already_up = !(GetKeyState(vk) & 0x8000);
if ((key_already_up && aKeyUp) || (!key_already_up && !aKeyUp))
return;
KeyEvent(aKeyUp, vk);
}
*/
void SetModifierLRState(modLR_type aModifiersLRnew, modLR_type aModifiersLRnow, HWND aTargetWindow
, bool aDisguiseDownWinAlt, bool aDisguiseUpWinAlt, DWORD aExtraInfo)
// This function is designed to be called from only the main thread; it's probably not thread-safe.
// Puts modifiers into the specified state, releasing or pressing down keys as needed.
// The modifiers are released and pressed down in a very delicate order due to their interactions with
// each other and their ability to show the Start Menu, activate the menu bar, or trigger the OS's language
// bar hotkeys. Side-effects like these would occur if a more simple approach were used, such as releasing
// all modifiers that are going up prior to pushing down the ones that are going down.
// When the target layout has an altgr key, it is tempting to try to simplify things by removing MOD_LCONTROL
// from aModifiersLRnew whenever aModifiersLRnew contains MOD_RALT. However, this a careful review how that
// would impact various places below where sTargetLayoutHasAltGr is checked indicates that it wouldn't help.
// Note that by design and as documented for ControlSend, aTargetWindow is not used as the target for the
// various calls to KeyEvent() here. It is only used as a workaround for the GUI window issue described
// at the bottom.
{
if (aModifiersLRnow == aModifiersLRnew) // They're already in the right state, so avoid doing all the checks.
return; // Especially avoids the aTargetWindow check at the bottom.
// Notes about modifier key behavior on Windows XP (these probably apply to NT/2k also, and has also
// been tested to be true on Win98): The WIN and ALT keys are the problem keys, because if either is
// released without having modified something (even another modifier), the WIN key will cause the
// Start Menu to appear, and the ALT key will activate the menu bar of the active window (if it has one).
// For example, a hook hotkey such as "$#c::Send text" (text must start with a lowercase letter
// to reproduce the issue, because otherwise WIN would be auto-disguised as a side effect of the SHIFT
// keystroke) would cause the Start Menu to appear if the disguise method below weren't used.
//
// Here are more comments formerly in SetModifierLRStateSpecific(), which has since been eliminated
// because this function is sufficient:
// To prevent it from activating the menu bar, the release of the ALT key should be disguised
// unless a CTRL key is currently down. This is because CTRL always seems to avoid the
// activation of the menu bar (unlike SHIFT, which sometimes allows the menu to be activated,
// though this is hard to reproduce on XP). Another reason not to use SHIFT is that the OS
// uses LAlt+Shift as a hotkey to switch languages. Such a hotkey would be triggered if SHIFT
// were pressed down to disguise the release of LALT.
//
// Alt-down events are also disguised whenever they won't be accompanied by a Ctrl-down.
// This is necessary whenever our caller does not plan to disguise the key itself. For example,
// if "!a::Send Test" is a registered hotkey, two things must be done to avoid complications:
// 1) Prior to sending the word test, ALT must be released in a way that does not activate the
// menu bar. This is done by sandwiching it between a CTRL-down and a CTRL-up.
// 2) After the send is complete, SendKeys() will restore the ALT key to the down position if
// the user is still physically holding ALT down (this is done to make the logical state of
// the key match its physical state, which allows the same hotkey to be fired twice in a row
// without the user having to release and press down the ALT key physically).
// The #2 case above is the one handled below by ctrl_wont_be_down. It is especially necessary
// when the user releases the ALT key prior to releasing the hotkey suffix, which would otherwise
// cause the menu bar (if any) of the active window to be activated.
//
// Some of the same comments above for ALT key apply to the WIN key. More about this issue:
// Although the disguise of the down-event is usually not needed, it is needed in the rare case
// where the user releases the WIN or ALT key prior to releasing the hotkey's suffix.
// Although the hook could be told to disguise the physical release of ALT or WIN in these
// cases, it's best not to rely on the hook since it is not always installed.
//
// Registered WIN and ALT hotkeys that don't use the Send command work okay except ALT hotkeys,
// which if the user releases ALT prior the hotkey's suffix key, cause the menu bar to be activated.
// Since it is unusual for users to do this and because it is standard behavior for ALT hotkeys
// registered in the OS, fixing it via the hook seems like a low priority, and perhaps isn't worth
// the added code complexity/size. But if there is ever a need to do so, the following note applies:
// If the hook is installed, could tell it to disguise any need-to-be-disguised Alt-up that occurs
// after receipt of the registered ALT hotkey. But what if that hotkey uses the send command:
// there might be interference? Doesn't seem so, because the hook only disguises non-ignored events.
// Set up some conditions so that the keystrokes that disguise the release of Win or Alt
// are only sent when necessary (which helps avoid complications caused by keystroke interaction,
// while improving performance):
modLR_type aModifiersLRunion = aModifiersLRnow | aModifiersLRnew; // The set of keys that were or will be down.
bool ctrl_not_down = !(aModifiersLRnow & (MOD_LCONTROL | MOD_RCONTROL)); // Neither CTRL key is down now.
bool ctrl_will_not_be_down = !(aModifiersLRnew & (MOD_LCONTROL | MOD_RCONTROL)) // Nor will it be.
&& !(sTargetLayoutHasAltGr == CONDITION_TRUE && (aModifiersLRnew & MOD_RALT)); // Nor will it be pushed down indirectly due to AltGr.
bool ctrl_nor_shift_nor_alt_down = ctrl_not_down // Neither CTRL key is down now.
&& !(aModifiersLRnow & (MOD_LSHIFT | MOD_RSHIFT | MOD_LALT | MOD_RALT)); // Nor is any SHIFT/ALT key.
bool ctrl_or_shift_or_alt_will_be_down = !ctrl_will_not_be_down // CTRL will be down.
|| (aModifiersLRnew & (MOD_LSHIFT | MOD_RSHIFT | MOD_LALT | MOD_RALT)); // or SHIFT or ALT will be.
// If the required disguise keys aren't down now but will be, defer the release of Win and/or Alt
// until after the disguise keys are in place (since in that case, the caller wanted them down
// as part of the normal operation here):
bool defer_win_release = ctrl_nor_shift_nor_alt_down && ctrl_or_shift_or_alt_will_be_down;
bool defer_alt_release = ctrl_not_down && !ctrl_will_not_be_down; // i.e. Ctrl not down but it will be.
bool release_shift_before_alt_ctrl = defer_alt_release // i.e. Control is moving into the down position or...
|| !(aModifiersLRnow & (MOD_LALT | MOD_RALT)) && (aModifiersLRnew & (MOD_LALT | MOD_RALT)); // ...Alt is moving into the down position.
// Concerning "release_shift_before_alt_ctrl" above: Its purpose is to prevent unwanted firing of the OS's
// language bar hotkey. See the bottom of this function for more explanation.
// ALT:
bool disguise_alt_down = aDisguiseDownWinAlt && ctrl_not_down && ctrl_will_not_be_down; // Since this applies to both Left and Right Alt, don't take sTargetLayoutHasAltGr into account here. That is done later below.
// WIN: The WIN key is successfully disguised under a greater number of conditions than ALT.
// Since SendPlay can't display Start Menu, there's no need to send the disguise-keystrokes (such
// keystrokes might cause unwanted effects in certain games):
bool disguise_win_down = aDisguiseDownWinAlt && sSendMode != SM_PLAY
&& ctrl_not_down && ctrl_will_not_be_down
&& !(aModifiersLRunion & (MOD_LSHIFT | MOD_RSHIFT)) // And neither SHIFT key is down, nor will it be.
&& !(aModifiersLRunion & (MOD_LALT | MOD_RALT)); // And neither ALT key is down, nor will it be.
bool release_lwin = (aModifiersLRnow & MOD_LWIN) && !(aModifiersLRnew & MOD_LWIN);
bool release_rwin = (aModifiersLRnow & MOD_RWIN) && !(aModifiersLRnew & MOD_RWIN);
bool release_lalt = (aModifiersLRnow & MOD_LALT) && !(aModifiersLRnew & MOD_LALT);
bool release_ralt = (aModifiersLRnow & MOD_RALT) && !(aModifiersLRnew & MOD_RALT);
bool release_lshift = (aModifiersLRnow & MOD_LSHIFT) && !(aModifiersLRnew & MOD_LSHIFT);
bool release_rshift = (aModifiersLRnow & MOD_RSHIFT) && !(aModifiersLRnew & MOD_RSHIFT);
// Handle ALT and WIN prior to the other modifiers because the "disguise" methods below are
// only needed upon release of ALT or WIN. This is because such releases tend to have a better
// chance of being "disguised" if SHIFT or CTRL is down at the time of the release. Thus, the
// release of SHIFT or CTRL (if called for) is deferred until afterward.
// ** WIN
// Must be done before ALT in case it is relying on ALT being down to disguise the release WIN.
// If ALT is going to be pushed down further below, defer_win_release should be true, which will make sure
// the WIN key isn't released until after the ALT key is pushed down here at the top.
// Also, WIN is a little more troublesome than ALT, so it is done first in case the ALT key
// is down but will be going up, since the ALT key being down might help the WIN key.
// For example, if you hold down CTRL, then hold down LWIN long enough for it to auto-repeat,
// then release CTRL before releasing LWIN, the Start Menu would appear, at least on XP.
// But it does not appear if CTRL is released after LWIN.
// Also note that the ALT key can disguise the WIN key, but not vice versa.
if (release_lwin)
{
if (!defer_win_release)
{
// Fixed for v1.0.25: To avoid triggering the system's LAlt+Shift language hotkey, the
// Control key is now used to suppress LWIN/RWIN (preventing the Start Menu from appearing)
// rather than the Shift key. This is definitely needed for ALT, but is done here for
// WIN also in case ALT is down, which might cause the use of SHIFT as the disguise key
// to trigger the language switch.
if (ctrl_nor_shift_nor_alt_down && aDisguiseUpWinAlt // Nor will they be pushed down later below, otherwise defer_win_release would have been true and we couldn't get to this point.
&& sSendMode != SM_PLAY) // SendPlay can't display Start Menu, so disguise not needed (also, disguise might mess up some games).
KeyEvent(KEYDOWNANDUP, g_MenuMaskKey, 0, NULL, false, aExtraInfo); // Disguise key release to suppress Start Menu.
// The above event is safe because if we're here, it means VK_CONTROL will not be
// pressed down further below. In other words, we're not defeating the job
// of this function by sending these disguise keystrokes.
KeyEvent(KEYUP, VK_LWIN, 0, NULL, false, aExtraInfo);
}
// else release it only after the normal operation of the function pushes down the disguise keys.
}
else if (!(aModifiersLRnow & MOD_LWIN) && (aModifiersLRnew & MOD_LWIN)) // Press down LWin.
{
if (disguise_win_down)
KeyEvent(KEYDOWN, g_MenuMaskKey, 0, NULL, false, aExtraInfo); // Ensures that the Start Menu does not appear.
KeyEvent(KEYDOWN, VK_LWIN, 0, NULL, false, aExtraInfo);
if (disguise_win_down)
KeyEvent(KEYUP, g_MenuMaskKey, 0, NULL, false, aExtraInfo); // Ensures that the Start Menu does not appear.
}
if (release_rwin)
{
if (!defer_win_release)
{
if (ctrl_nor_shift_nor_alt_down && aDisguiseUpWinAlt && sSendMode != SM_PLAY)
KeyEvent(KEYDOWNANDUP, g_MenuMaskKey, 0, NULL, false, aExtraInfo); // Disguise key release to suppress Start Menu.
KeyEvent(KEYUP, VK_RWIN, 0, NULL, false, aExtraInfo);
}
// else release it only after the normal operation of the function pushes down the disguise keys.
}
else if (!(aModifiersLRnow & MOD_RWIN) && (aModifiersLRnew & MOD_RWIN)) // Press down RWin.
{
if (disguise_win_down)
KeyEvent(KEYDOWN, g_MenuMaskKey, 0, NULL, false, aExtraInfo); // Ensures that the Start Menu does not appear.
KeyEvent(KEYDOWN, VK_RWIN, 0, NULL, false, aExtraInfo);
if (disguise_win_down)
KeyEvent(KEYUP, g_MenuMaskKey, 0, NULL, false, aExtraInfo); // Ensures that the Start Menu does not appear.
}
// ** SHIFT (PART 1 OF 2)
if (release_shift_before_alt_ctrl)
{
if (release_lshift)
KeyEvent(KEYUP, VK_LSHIFT, 0, NULL, false, aExtraInfo);
if (release_rshift)
KeyEvent(KEYUP, VK_RSHIFT, 0, NULL, false, aExtraInfo);
}
// ** ALT
if (release_lalt)
{
if (!defer_alt_release)
{
if (ctrl_not_down && aDisguiseUpWinAlt)
KeyEvent(KEYDOWNANDUP, g_MenuMaskKey, 0, NULL, false, aExtraInfo); // Disguise key release to suppress menu activation.
KeyEvent(KEYUP, VK_LMENU, 0, NULL, false, aExtraInfo);
}
}
else if (!(aModifiersLRnow & MOD_LALT) && (aModifiersLRnew & MOD_LALT))
{
if (disguise_alt_down)
KeyEvent(KEYDOWN, g_MenuMaskKey, 0, NULL, false, aExtraInfo); // Ensures that menu bar is not activated.
KeyEvent(KEYDOWN, VK_LMENU, 0, NULL, false, aExtraInfo);
if (disguise_alt_down)
KeyEvent(KEYUP, g_MenuMaskKey, 0, NULL, false, aExtraInfo);
}
if (release_ralt)
{
if (!defer_alt_release || sTargetLayoutHasAltGr == CONDITION_TRUE) // No need to defer if RAlt==AltGr. But don't change the value of defer_alt_release because LAlt uses it too.
{
if (sTargetLayoutHasAltGr == CONDITION_TRUE)
{
// Indicate that control is up now, since the release of AltGr will cause that indirectly.
// Fix for v1.0.43: Unlike the pressing down of AltGr in a later section, which callers want
// to automatically press down LControl too (by the very nature of AltGr), callers do not want
// the release of AltGr to release LControl unless they specifically asked for LControl to be
// released too. This is because the caller may need LControl down to manifest something
// like ^c. So don't do: aModifiersLRnew &= ~MOD_LCONTROL.
// Without this fix, a hotkey like <^>!m::Send ^c would send "c" vs. "^c" on the German layout.
// See similar section below for more details.
aModifiersLRnow &= ~MOD_LCONTROL; // To reflect what KeyEvent(KEYUP, VK_RMENU) below will do.
}
else // No AltGr, so check if disguise is necessary (AltGr itself never needs disguise).
if (ctrl_not_down && aDisguiseUpWinAlt)
KeyEvent(KEYDOWNANDUP, g_MenuMaskKey, 0, NULL, false, aExtraInfo); // Disguise key release to suppress menu activation.
KeyEvent(KEYUP, VK_RMENU, 0, NULL, false, aExtraInfo);
}
}
else if (!(aModifiersLRnow & MOD_RALT) && (aModifiersLRnew & MOD_RALT)) // Press down RALT.
{
// For the below: There should never be a need to disguise AltGr. Doing so would likely cause unwanted
// side-effects. Also, disguise_alt_key does not take sTargetLayoutHasAltGr into account because
// disguise_alt_key also applies to the left alt key.
if (disguise_alt_down && sTargetLayoutHasAltGr != CONDITION_TRUE)
{
KeyEvent(KEYDOWN, g_MenuMaskKey, 0, NULL, false, aExtraInfo); // Ensures that menu bar is not activated.
KeyEvent(KEYDOWN, VK_RMENU, 0, NULL, false, aExtraInfo);
KeyEvent(KEYUP, g_MenuMaskKey, 0, NULL, false, aExtraInfo);
}
else // No disguise needed.
{
// v1.0.43: The following check was added to complement the other .43 fix higher above.
// It may also fix other things independently of that other fix.
// The following two lines release LControl before pushing down AltGr because otherwise,
// the next time RAlt is released (such as by the user), some quirk of the OS or driver
// prevents it from automatically releasing LControl like it normally does (perhaps
// because the OS is designed to leave LControl down if it was down before AltGr went down).
// This would cause LControl to get stuck down for hotkeys in German layout such as:
// <^>!a::SendRaw, {
// <^>!m::Send ^c
if (sTargetLayoutHasAltGr == CONDITION_TRUE && (aModifiersLRnow & MOD_LCONTROL))
KeyEvent(KEYUP, VK_LCONTROL, 0, NULL, false, aExtraInfo);
KeyEvent(KEYDOWN, VK_RMENU, 0, NULL, false, aExtraInfo);
if (sTargetLayoutHasAltGr == CONDITION_TRUE) // Note that KeyEvent() might have just changed the value of sTargetLayoutHasAltGr.
{
// Indicate that control is both down and required down so that the section after this one won't
// release it. Without this fix, a hotkey that sends an AltGr char such as "^?: SendRaw, {"
// would fail to work under German layout because left-alt would be released after right-alt
// goes down.
aModifiersLRnow |= MOD_LCONTROL; // To reflect what KeyEvent() did above.
aModifiersLRnew |= MOD_LCONTROL; // All callers want LControl to be down if they wanted AltGr to be down.
}
}
}
// CONTROL and SHIFT are done only after the above because the above might rely on them
// being down before for certain early operations.
// ** CONTROL
if ( (aModifiersLRnow & MOD_LCONTROL) && !(aModifiersLRnew & MOD_LCONTROL) // Release LControl.
// v1.0.41.01: The following line was added to fix the fact that callers do not want LControl
// released when the new modifier state includes AltGr. This solves a hotkey such as the following and
// probably several other circumstances:
// <^>!a::send \ ; Backslash is solved by this fix; it's manifest via AltGr+Dash on German layout.
&& !((aModifiersLRnew & MOD_RALT) && sTargetLayoutHasAltGr == CONDITION_TRUE) )
KeyEvent(KEYUP, VK_LCONTROL, 0, NULL, false, aExtraInfo);
else if (!(aModifiersLRnow & MOD_LCONTROL) && (aModifiersLRnew & MOD_LCONTROL)) // Press down LControl.
KeyEvent(KEYDOWN, VK_LCONTROL, 0, NULL, false, aExtraInfo);
if ((aModifiersLRnow & MOD_RCONTROL) && !(aModifiersLRnew & MOD_RCONTROL)) // Release RControl
KeyEvent(KEYUP, VK_RCONTROL, 0, NULL, false, aExtraInfo);
else if (!(aModifiersLRnow & MOD_RCONTROL) && (aModifiersLRnew & MOD_RCONTROL)) // Press down RControl.
KeyEvent(KEYDOWN, VK_RCONTROL, 0, NULL, false, aExtraInfo);
// ** SHIFT (PART 2 OF 2)
// Must follow CTRL and ALT because a release of SHIFT while ALT/CTRL is down-but-soon-to-be-up
// would switch languages via the OS hotkey. It's okay if defer_alt_release==true because in that case,
// CTRL just went down above (by definition of defer_alt_release), which will prevent the language hotkey
// from firing.
if (release_lshift && !release_shift_before_alt_ctrl) // Release LShift.
KeyEvent(KEYUP, VK_LSHIFT, 0, NULL, false, aExtraInfo);
else if (!(aModifiersLRnow & MOD_LSHIFT) && (aModifiersLRnew & MOD_LSHIFT)) // Press down LShift.
KeyEvent(KEYDOWN, VK_LSHIFT, 0, NULL, false, aExtraInfo);
if (release_rshift && !release_shift_before_alt_ctrl) // Release RShift.
KeyEvent(KEYUP, VK_RSHIFT, 0, NULL, false, aExtraInfo);
else if (!(aModifiersLRnow & MOD_RSHIFT) && (aModifiersLRnew & MOD_RSHIFT)) // Press down RShift.
KeyEvent(KEYDOWN, VK_RSHIFT, 0, NULL, false, aExtraInfo);
// ** KEYS DEFERRED FROM EARLIER
if (defer_win_release) // Must be done before ALT because it might rely on ALT being down to disguise release of WIN key.
{
if (release_lwin)
KeyEvent(KEYUP, VK_LWIN, 0, NULL, false, aExtraInfo);
if (release_rwin)
KeyEvent(KEYUP, VK_RWIN, 0, NULL, false, aExtraInfo);
}
if (defer_alt_release)
{
if (release_lalt)
KeyEvent(KEYUP, VK_LMENU, 0, NULL, false, aExtraInfo);
if (release_ralt && sTargetLayoutHasAltGr != CONDITION_TRUE) // If AltGr is present, RAlt would already have been released earlier since defer_alt_release would have been ignored for it.
KeyEvent(KEYUP, VK_RMENU, 0, NULL, false, aExtraInfo);
}
// When calling KeyEvent(), probably best not to specify a scan code unless
// absolutely necessary, since some keyboards may have non-standard scan codes
// which KeyEvent() will resolve into the proper vk translations for us.
// Decided not to Sleep() between keystrokes, even zero, out of concern that this
// would result in a significant delay (perhaps more than 10ms) while the system
// is under load.
// Since the above didn't return early, keybd_event() has been used to change the state
// of at least one modifier. As a result, if the caller gave a non-NULL aTargetWindow,
// it wants us to check if that window belongs to our thread. If it does, we should do
// a short msg queue check to prevent an apparent synchronization problem when using
// ControlSend against the script's own GUI or other windows. Here is an example of a
// line whose modifier would not be in effect in time for its keystroke to be modified
// by it:
// ControlSend, Edit1, ^{end}, Test Window
// Update: Another bug-fix for v1.0.21, as was the above: If the keyboard hook is installed,
// the modifier keystrokes must have a way to get routed through the hook BEFORE the
// keystrokes get sent via PostMessage(). If not, the correct modifier state will usually
// not be in effect (or at least not be in sync) for the keys sent via PostMessage() afterward.
// Notes about the macro below:
// aTargetWindow!=NULL means ControlSend mode is in effect.
// The g_KeybdHook check must come first (it should take precedence if both conditions are true).
// -1 has been verified to be insufficient, at least for the very first letter sent if it is
// supposed to be capitalized.
// g_MainThreadID is the only thread of our process that owns any windows.
int press_duration = (sSendMode == SM_PLAY) ? g->PressDurationPlay : g->PressDuration;
if (press_duration > -1) // SM_PLAY does use DoKeyDelay() to store a delay item in the event array.
// Since modifiers were changed by the above, do a key-delay if the special intra-keystroke
// delay is in effect.
// Since there normally isn't a delay between a change in modifiers and the first keystroke,
// if a PressDuration is in effect, also do it here to improve reliability (I have observed
// cases where modifiers need to be left alone for a short time in order for the keystrokes
// that follow to be be modified by the intended set of modifiers).
DoKeyDelay(press_duration); // It knows not to do the delay for SM_INPUT.
else // Since no key-delay was done, check if a a delay is needed for any other reason.
{
// IMPORTANT UPDATE for v1.0.39: Now that the hooks are in a separate thread from the part
// of the program that sends keystrokes for the script, you might think synchronization of
// keystrokes would become problematic or at least change. However, this is apparently not
// the case. MSDN doesn't spell this out, but testing shows that what happens with a low-level
// hook is that the moment a keystroke comes into a thread (either physical or simulated), the OS
// immediately calls something similar to SendMessage() from that thread to notify the hook
// thread that a keystroke has arrived. However, if the hook thread's priority is lower than
// some other thread next in line for a timeslice, it might take some time for the hook thread
// to get a timeslice (that's why the hook thread is given a high priority).
// The SendMessage() call doesn't return until its timeout expires (as set in the registry for
// hooks) or the hook thread processes the keystroke (which requires that it call something like
// GetMessage/PeekMessage followed by a HookProc "return"). This is good news because it serializes
// keyboard and mouse input to make the presence of the hook transparent to other threads (unless
// the hook does something to reveal itself, such as suppressing keystrokes). Serialization avoids
// any chance of synchronization problems such as a program that changes the state of a key then
// immediately checks the state of that same key via GetAsyncKeyState(). Another way to look at
// all of this is that in essence, a single-threaded hook program that simulates keystrokes or
// mouse clicks should behave the same when the hook is moved into a separate thread because from
// the program's point-of-view, keystrokes & mouse clicks result in a calling the hook almost
// exactly as if the hook were in the same thread.
if (aTargetWindow)
{
if (g_KeybdHook)
SLEEP_WITHOUT_INTERRUPTION(0) // Don't use ternary operator to combine this with next due to "else if".
else if (GetWindowThreadProcessId(aTargetWindow, NULL) == g_MainThreadID)
SLEEP_WITHOUT_INTERRUPTION(-1)
}
}
// Commented out because a return value is no longer needed by callers (since we do the key-delay here,
// if appropriate).
//return aModifiersLRnow ^ aModifiersLRnew; // Calculate the set of modifiers that changed (currently excludes AltGr's change of LControl's state).
// NOTES about "release_shift_before_alt_ctrl":
// If going down on alt or control (but not both, though it might not matter), and shift is to be released:
// Release shift first.
// If going down on shift, and control or alt (but not both) is to be released:
// Release ctrl/alt first (this is already the case so nothing needs to be done).
//
// Release both shifts before going down on lalt/ralt or lctrl/rctrl (but not necessary if going down on
// *both* alt+ctrl?
// Release alt and both controls before going down on lshift/rshift.
// Rather than the below, do the above (for the reason below).
// But if do this, don't want to prevent a legit/intentional language switch such as:
// Send {LAlt down}{Shift}{LAlt up}.
// If both Alt and Shift are down, Win or Ctrl (or any other key for that matter) must be pressed before either
// is released.
// If both Ctrl and Shift are down, Win or Alt (or any other key) must be pressed before either is released.
// remind: Despite what the Regional Settings window says, RAlt+Shift (and Shift+RAlt) is also a language hotkey (i.e. not just LAlt), at least when RAlt isn't AltGr!
// remind: Control being down suppresses language switch only once. After that, control being down doesn't help if lalt is re-pressed prior to re-pressing shift.
//
// Language switch occurs when:
// alt+shift (upon release of shift)
// shift+alt (upon release of lalt)
// ctrl+shift (upon release of shift)
// shift+ctrl (upon release of ctrl)
// Because language hotkey only takes effect upon release of Shift, it can be disguised via a Control keystroke if that is ever needed.
// NOTES: More details about disguising ALT and WIN:
// Registered Alt hotkeys don't quite work if the Alt key is released prior to the suffix.
// Key history for Alt-B hotkey released this way, which undesirably activates the menu bar:
// A4 038 d 0.03 Alt
// 42 030 d 0.03 B
// A4 038 u 0.24 Alt
// 42 030 u 0.19 B
// Testing shows that the above does not happen for a normal (non-hotkey) alt keystroke such as Alt-8,
// so the above behavior is probably caused by the fact that B-down is suppressed by the OS's hotkey
// routine, but not B-up.
// The above also happens with registered WIN hotkeys, but only if the Send cmd resulted in the WIN
// modifier being pushed back down afterward to match the fact that the user is still holding it down.
// This behavior applies to ALT hotkeys also.
// One solution: if the hook is installed, have it keep track of when the start menu or menu bar
// *would* be activated. These tracking vars can be consulted by the Send command, and the hook
// can also be told when to use them after a registered hotkey has been pressed, so that the Alt-up
// or Win-up keystroke that belongs to it can be disguised.
// The following are important ways in which other methods of disguise might not be sufficient:
// Sequence: shift-down win-down shift-up win-up: invokes Start Menu when WIN is held down long enough
// to auto-repeat. Same when Ctrl or Alt is used in lieu of Shift.
// Sequence: shift-down alt-down alt-up shift-up: invokes menu bar. However, as long as another key,
// even Shift, is pressed down *after* alt is pressed down, menu bar is not activated, e.g. alt-down
// shift-down shift-up alt-up. In addition, CTRL always prevents ALT from activating the menu bar,
// even with the following sequences:
// ctrl-down alt-down alt-up ctrl-up
// alt-down ctrl-down ctrl-up alt-up
// (also seems true for all other permutations of Ctrl/Alt)
}
modLR_type GetModifierLRState(bool aExplicitlyGet)
// Try to report a more reliable state of the modifier keys than GetKeyboardState alone could.
// Fix for v1.0.42.01: On Windows 2000/XP or later, GetAsyncKeyState() should be called rather than
// GetKeyState(). This is because our callers always want the current state of the modifier keys
// rather than their state at the time of the currently-in-process message was posted. For example,
// if the control key wasn't down at the time our thread's current message was posted, but it's logically
// down according to the system, we would want to release that control key before sending non-control
// keystrokes, even if one of our thread's own windows has keyboard focus (because if it does, the
// control-up keystroke should wind up getting processed after our thread realizes control is down).
// This applies even when the keyboard/mouse hook call use because keystrokes routed to the hook via
// the hook's message pump aren't messages per se, and thus GetKeyState and GetAsyncKeyState probably
// return the exact same thing whenever there are no messages in the hook's thread-queue (which is almost
// always the case).
{
// If the hook is active, rely only on its tracked value rather than calling Get():
if (g_KeybdHook && !aExplicitlyGet)
return g_modifiersLR_logical;
// Very old comment:
// Use GetKeyState() rather than GetKeyboardState() because it's the only way to get
// accurate key state when a console window is active, it seems. I've also seen other
// cases where GetKeyboardState() is incorrect (at least under WinXP) when GetKeyState(),
// in its place, yields the correct info. Very strange.
modLR_type modifiersLR = 0; // Allows all to default to up/off to simplify the below.
if (g_os.IsWin9x() || g_os.IsWinNT4())
{
// Assume it's the left key since there's no way to tell which of the pair it
// is? (unless the hook is installed, in which case it's value would have already
// been returned, above).
if (IsKeyDown9xNT(VK_SHIFT)) modifiersLR |= MOD_LSHIFT;
if (IsKeyDown9xNT(VK_CONTROL)) modifiersLR |= MOD_LCONTROL;
if (IsKeyDown9xNT(VK_MENU)) modifiersLR |= MOD_LALT;
if (IsKeyDown9xNT(VK_LWIN)) modifiersLR |= MOD_LWIN;
if (IsKeyDown9xNT(VK_RWIN)) modifiersLR |= MOD_RWIN;
}
else
{
if (IsKeyDownAsync(VK_LSHIFT)) modifiersLR |= MOD_LSHIFT;
if (IsKeyDownAsync(VK_RSHIFT)) modifiersLR |= MOD_RSHIFT;
if (IsKeyDownAsync(VK_LCONTROL)) modifiersLR |= MOD_LCONTROL;
if (IsKeyDownAsync(VK_RCONTROL)) modifiersLR |= MOD_RCONTROL;
if (IsKeyDownAsync(VK_LMENU)) modifiersLR |= MOD_LALT;
if (IsKeyDownAsync(VK_RMENU)) modifiersLR |= MOD_RALT;
if (IsKeyDownAsync(VK_LWIN)) modifiersLR |= MOD_LWIN;
if (IsKeyDownAsync(VK_RWIN)) modifiersLR |= MOD_RWIN;
}
// Thread-safe: The following section isn't thread-safe because either the hook thread
// or the main thread can be calling it. However, given that anything dealing with
// keystrokes isn't thread-safe in the sense that keystrokes can be coming in simultaneously
// from multiple sources, it seems acceptable to keep it this way (especially since
// the consequences of a thread collision seem very mild in this case).
if (g_KeybdHook)
{
// Since hook is installed, fix any modifiers that it incorrectly thinks are down.
// Though rare, this situation does arise during periods when the hook cannot track
// the user's keystrokes, such as when the OS is doing something with the hardware,
// e.g. switching to TV-out or changing video resolutions. There are probably other
// situations where this happens -- never fully explored and identified -- so it
// seems best to do this, at least when the caller specified aExplicitlyGet = true.
// To limit the scope of this workaround, only change the state of the hook modifiers
// to be "up" for those keys the hook thinks are logically down but which the OS thinks
// are logically up. Note that it IS possible for a key to be physically down without
// being logically down (i.e. during a Send command where the user is physically holding
// down a modifier, but the Send command needs to put it up temporarily), so do not
// change the hook's physical state for such keys in that case.
// UPDATE: The following adjustment is now also relied upon by the SendInput method
// to correct physical modifier state during periods when the hook was temporarily removed
// to allow a SendInput to be uninterruptible.
modLR_type modifiers_wrongly_down = g_modifiersLR_logical & ~modifiersLR;
if (modifiers_wrongly_down)
{
// Adjust the physical and logical hook state to release the keys that are wrongly down.
// If a key is wrongly logically down, it seems best to release it both physically and
// logically, since the hook's failure to see the up-event probably makes its physical
// state wrong in most such cases.
g_modifiersLR_physical &= ~modifiers_wrongly_down;
g_modifiersLR_logical &= ~modifiers_wrongly_down;
g_modifiersLR_logical_non_ignored &= ~modifiers_wrongly_down;
// Also adjust physical state so that the GetKeyState command will retrieve the correct values:
AdjustKeyState(g_PhysicalKeyState, g_modifiersLR_physical);
}
}
return modifiersLR;
// Only consider a modifier key to be really down if both the hook's tracking of it
// and GetKeyboardState() agree that it should be down. The should minimize the impact
// of the inherent unreliability present in each method (and each method is unreliable in
// ways different from the other). I have verified through testing that this eliminates
// many misfires of hotkeys. UPDATE: Both methods are fairly reliable now due to starting
// to send scan codes with keybd_event(), using MapVirtualKey to resolve zero-value scan
// codes in the keyboardproc(), and using GetKeyState() rather than GetKeyboardState().
// There are still a few cases when they don't agree, so return the bitwise-and of both
// if the keyboard hook is active. Bitwise and is used because generally it's safer
// to assume a modifier key is up, when in doubt (e.g. to avoid firing unwanted hotkeys):
// return g_KeybdHook ? (g_modifiersLR_logical & g_modifiersLR_get) : g_modifiersLR_get;
}
void AdjustKeyState(BYTE aKeyState[], modLR_type aModifiersLR)
// Caller has ensured that aKeyState is a 256-BYTE array of key states, in the same format used
// by GetKeyboardState() and ToAsciiEx().
{
aKeyState[VK_LSHIFT] = (aModifiersLR & MOD_LSHIFT) ? STATE_DOWN : 0;
aKeyState[VK_RSHIFT] = (aModifiersLR & MOD_RSHIFT) ? STATE_DOWN : 0;
aKeyState[VK_LCONTROL] = (aModifiersLR & MOD_LCONTROL) ? STATE_DOWN : 0;
aKeyState[VK_RCONTROL] = (aModifiersLR & MOD_RCONTROL) ? STATE_DOWN : 0;
aKeyState[VK_LMENU] = (aModifiersLR & MOD_LALT) ? STATE_DOWN : 0;
aKeyState[VK_RMENU] = (aModifiersLR & MOD_RALT) ? STATE_DOWN : 0;
aKeyState[VK_LWIN] = (aModifiersLR & MOD_LWIN) ? STATE_DOWN : 0;
aKeyState[VK_RWIN] = (aModifiersLR & MOD_RWIN) ? STATE_DOWN : 0;
// Update the state of neutral keys only after the above, in case both keys of the pair were wrongly down:
aKeyState[VK_SHIFT] = (aKeyState[VK_LSHIFT] || aKeyState[VK_RSHIFT]) ? STATE_DOWN : 0;
aKeyState[VK_CONTROL] = (aKeyState[VK_LCONTROL] || aKeyState[VK_RCONTROL]) ? STATE_DOWN : 0;
aKeyState[VK_MENU] = (aKeyState[VK_LMENU] || aKeyState[VK_RMENU]) ? STATE_DOWN : 0;
}
modLR_type KeyToModifiersLR(vk_type aVK, sc_type aSC, bool *pIsNeutral)
// Convert the given virtual key / scan code to its equivalent bitwise modLR value.
// Callers rely upon the fact that we convert a neutral key such as VK_SHIFT into MOD_LSHIFT,
// not the bitwise combo of MOD_LSHIFT|MOD_RSHIFT.
// v1.0.43: VK_SHIFT should yield MOD_RSHIFT if the caller explicitly passed the right vs. left scan code.
// The SendPlay method relies on this to properly release AltGr, such as after "SendPlay @" in German.
// Other things may also rely on it because it is more correct.
{
bool placeholder;
bool &is_neutral = pIsNeutral ? *pIsNeutral : placeholder; // Simplifies other things below.
is_neutral = false; // Set default for output parameter for caller.
if (!(aVK || aSC))
return 0;
if (aVK) // Have vk take precedence over any non-zero sc.
switch(aVK)
{
case VK_SHIFT:
if (aSC == SC_RSHIFT)
return MOD_RSHIFT;
//else aSC is omitted (0) or SC_LSHIFT. Either way, most callers would probably want that considered "neutral".
is_neutral = true;
return MOD_LSHIFT;
case VK_LSHIFT: return MOD_LSHIFT;
case VK_RSHIFT: return MOD_RSHIFT;
case VK_CONTROL:
if (aSC == SC_RCONTROL)
return MOD_RCONTROL;
//else aSC is omitted (0) or SC_LCONTROL. Either way, most callers would probably want that considered "neutral".
is_neutral = true;
return MOD_LCONTROL;
case VK_LCONTROL: return MOD_LCONTROL;
case VK_RCONTROL: return MOD_RCONTROL;
case VK_MENU:
if (aSC == SC_RALT)
return MOD_RALT;
//else aSC is omitted (0) or SC_LALT. Either way, most callers would probably want that considered "neutral".
is_neutral = true;
return MOD_LALT;
case VK_LMENU: return MOD_LALT;
case VK_RMENU: return MOD_RALT;
case VK_LWIN: return MOD_LWIN;
case VK_RWIN: return MOD_RWIN;
default:
return 0;
}
// If above didn't return, rely on the scan code instead, which is now known to be non-zero.
switch(aSC)
{
case SC_LSHIFT: return MOD_LSHIFT;
case SC_RSHIFT: return MOD_RSHIFT;
case SC_LCONTROL: return MOD_LCONTROL;
case SC_RCONTROL: return MOD_RCONTROL;
case SC_LALT: return MOD_LALT;
case SC_RALT: return MOD_RALT;
case SC_LWIN: return MOD_LWIN;
case SC_RWIN: return MOD_RWIN;
}
return 0;
}
modLR_type ConvertModifiers(mod_type aModifiers)
// Convert the input param to a modifiersLR value and return it.
{
modLR_type modifiersLR = 0;
if (aModifiers & MOD_WIN) modifiersLR |= (MOD_LWIN | MOD_RWIN);
if (aModifiers & MOD_ALT) modifiersLR |= (MOD_LALT | MOD_RALT);
if (aModifiers & MOD_CONTROL) modifiersLR |= (MOD_LCONTROL | MOD_RCONTROL);
if (aModifiers & MOD_SHIFT) modifiersLR |= (MOD_LSHIFT | MOD_RSHIFT);
return modifiersLR;
}
mod_type ConvertModifiersLR(modLR_type aModifiersLR)
// Convert the input param to a normal modifiers value and return it.
{
mod_type modifiers = 0;
if (aModifiersLR & (MOD_LWIN | MOD_RWIN)) modifiers |= MOD_WIN;
if (aModifiersLR & (MOD_LALT | MOD_RALT)) modifiers |= MOD_ALT;
if (aModifiersLR & (MOD_LSHIFT | MOD_RSHIFT)) modifiers |= MOD_SHIFT;
if (aModifiersLR & (MOD_LCONTROL | MOD_RCONTROL)) modifiers |= MOD_CONTROL;
return modifiers;
}
LPTSTR ModifiersLRToText(modLR_type aModifiersLR, LPTSTR aBuf)
// Caller has ensured that aBuf is not NULL.
{
*aBuf = '\0';
if (aModifiersLR & MOD_LWIN) _tcscat(aBuf, _T("LWin "));
if (aModifiersLR & MOD_RWIN) _tcscat(aBuf, _T("RWin "));
if (aModifiersLR & MOD_LSHIFT) _tcscat(aBuf, _T("LShift "));
if (aModifiersLR & MOD_RSHIFT) _tcscat(aBuf, _T("RShift "));
if (aModifiersLR & MOD_LCONTROL) _tcscat(aBuf, _T("LCtrl "));
if (aModifiersLR & MOD_RCONTROL) _tcscat(aBuf, _T("RCtrl "));
if (aModifiersLR & MOD_LALT) _tcscat(aBuf, _T("LAlt "));
if (aModifiersLR & MOD_RALT) _tcscat(aBuf, _T("RAlt "));
return aBuf;
}
bool ActiveWindowLayoutHasAltGr()
// Thread-safety: See comments in LayoutHasAltGr() below.
{
Get_active_window_keybd_layout // Defines the variable active_window_keybd_layout for use below.
return LayoutHasAltGr(active_window_keybd_layout) == CONDITION_TRUE; // i.e caller wants both CONDITION_FALSE and LAYOUT_UNDETERMINED to be considered non-AltGr.
}
ResultType LayoutHasAltGr(HKL aLayout, ResultType aHasAltGr)
// Thread-safety: While not thoroughly thread-safe, due to the extreme simplicity of the cache array, even if
// a collision occurs it should be inconsequential.
// Caller must ensure that aLayout is a valid layout (special values like 0 aren't supported here).
// If aHasAltGr is not at its default of LAYOUT_UNDETERMINED, the specified layout's has_altgr property is
// updated to the new value, but only if it is currently undetermined (callers can rely on this).
{
// Layouts are cached for performance (to avoid the discovery loop later below).
int i;
for (i = 0; i < MAX_CACHED_LAYOUTS && sCachedLayout[i].hkl; ++i)
if (sCachedLayout[i].hkl == aLayout) // Match Found.
{
if (aHasAltGr != LAYOUT_UNDETERMINED && sCachedLayout[i].has_altgr == LAYOUT_UNDETERMINED) // Caller relies on this.
sCachedLayout[i].has_altgr = aHasAltGr;
return sCachedLayout[i].has_altgr;
}
// Since above didn't return, this layout isn't cached yet. So create a new cache entry for it and
// determine whether this layout has an AltGr key. If i<MAX_CACHED_LAYOUTS (which it almost always will be),
// there's room in the array for a new cache entry. In the very unlikely event that there isn't room,
// overwrite an arbitrary item in the array. An LRU/MRU algorithm (timestamp) isn't used because running out
// of slots seems too unlikely, and the consequences of running out are merely a slight degradation in performance.
CachedLayoutType &cl = sCachedLayout[(i < MAX_CACHED_LAYOUTS) ? i : MAX_CACHED_LAYOUTS-1];
if (aHasAltGr != LAYOUT_UNDETERMINED) // Caller determined it for us. See top of function for explanation.
{
cl.hkl = aLayout;
return cl.has_altgr = aHasAltGr;
}
// Otherwise, do AltGr detection on this newly cached layout so that we can return the AltGr state to caller.
// This detection is probably not 100% reliable because there may be some layouts (especially custom ones)
// that have an AltGr key yet none of its characters actually require AltGr to manifest. A more reliable
// way to detect AltGr would be to simulate an RALT keystroke (maybe only an up event, not a down) and have
// a keyboard hook catch and block it. If the layout has altgr, the hook would see a driver-generated LCtrl
// keystroke immediately prior to RAlt.
// Performance: This loop is quite fast. Doing this section 1000 times only takes about 160ms
// on a 2gHz system (0.16ms per call).
SHORT s;
for (cl.has_altgr = LAYOUT_UNDETERMINED, i = 32; i <= UorA(WCHAR_MAX,UCHAR_MAX); ++i) // Include Spacebar up through final ANSI character (i.e. include 255 but not 256).
{
s = VkKeyScanEx((TCHAR)i, aLayout);
// Check for presence of Ctrl+Alt but allow other modifiers like Shift to be present because
// I believe there are some layouts that manifest characters via Shift+AltGr.
if (s != -1 && (s & 0x600) == 0x600) // In this context, Ctrl+Alt means AltGr.
{
cl.has_altgr = CONDITION_TRUE;
break;
}
}
// If loop didn't break, leave cl.has_altgr as LAYOUT_UNDETERMINED because we can't be sure whether AltGr is
// present (see other comments for details).
cl.hkl = aLayout; // This is done here (immediately after has_altgr was set in the loop above) rather than earlier to minimize the consequences of not being fully thread-safe.
return cl.has_altgr;
}
LPTSTR SCtoKeyName(sc_type aSC, LPTSTR aBuf, int aBufSize, bool aUseFallback)
// aBufSize is an int so that any negative values passed in from caller are not lost.
// Always produces a non-empty string.
{
for (int i = 0; i < g_key_to_sc_count; ++i)
{
if (g_key_to_sc[i].sc == aSC)
{
tcslcpy(aBuf, g_key_to_sc[i].key_name, aBufSize);
return aBuf;
}
}
// Since above didn't return, no match was found. Use the default format for an unknown scan code:
if (aUseFallback)
sntprintf(aBuf, aBufSize, _T("sc%03X"), aSC);
else
*aBuf = '\0';
return aBuf;
}
LPTSTR VKtoKeyName(vk_type aVK, LPTSTR aBuf, int aBufSize, bool aUseFallback)
// aBufSize is an int so that any negative values passed in from caller are not lost.
// Caller may omit aSC and it will be derived if needed.
{
for (int i = 0; i < g_key_to_vk_count; ++i)
{
if (g_key_to_vk[i].vk == aVK)
{
tcslcpy(aBuf, g_key_to_vk[i].key_name, aBufSize);
return aBuf;
}
}
// Since above didn't return, no match was found. Try to map it to
// a character or use the default format for an unknown key code:
if (*aBuf = VKtoChar(aVK))
aBuf[1] = '\0';
else if (aUseFallback && aVK)
sntprintf(aBuf, aBufSize, _T("vk%02X"), aVK);
else
*aBuf = '\0';
return aBuf;
}
TCHAR VKtoChar(vk_type aVK, HKL aKeybdLayout)
// Given a VK code, returns the character that an unmodified keypress would produce
// on the given keyboard layout. Defaults to the script's own layout if omitted.
// Using this rather than MapVirtualKey() fixes some inconsistency that used to
// exist between 'A'-'Z' and every other key.
{
if (!aKeybdLayout)
aKeybdLayout = GetKeyboardLayout(0);
// MapVirtualKeyEx() always produces 'A'-'Z' for those keys regardless of keyboard layout,
// but for any other keys it produces the correct results, so we'll use it:
if (aVK > 'Z' || aVK < 'A')
return (TCHAR)MapVirtualKeyEx(aVK, MAPVK_VK_TO_CHAR, aKeybdLayout);
// For any other keys,
TCHAR ch[3], ch_not_used[2];
BYTE key_state[256];
ZeroMemory(key_state, sizeof(key_state));
TCHAR dead_char = 0;
int n;
// If there's a pending dead-key char in aKeybdLayout's buffer, it would modify the result.
// We don't want that to happen, so as a workaround we pass a key-code which doesn't combine
// with any dead chars, and will therefore pull it out. VK_DECIMAL is used because it is
// almost always valid; see http://www.siao2.com/2007/10/27/5717859.aspx
if (ToUnicodeOrAsciiEx(VK_DECIMAL, 0, key_state, ch, 0, aKeybdLayout) == 2)
{
// Save the char to be later re-injected.
dead_char = ch[0];
}
// Retrieve the character that corresponds to aVK, if any.
n = ToUnicodeOrAsciiEx(aVK, 0, key_state, ch, 0, aKeybdLayout);
if (n < 0) // aVK is a dead key, and we've just placed it into aKeybdLayout's buffer.
{
// Flush it out in the same manner as before (see above).
ToUnicodeOrAsciiEx(VK_DECIMAL, 0, key_state, ch_not_used, 0, aKeybdLayout);
}
if (dead_char)
{
// Re-inject the dead-key char so that user input is not interrupted.
// To do this, we need to find the right VK and modifier key combination:
modLR_type modLR;
vk_type dead_vk = CharToVKAndModifiers(dead_char, &modLR, aKeybdLayout);
if (dead_vk)
{
AdjustKeyState(key_state, modLR);
ToUnicodeOrAsciiEx(dead_vk, 0, key_state, ch_not_used, 0, aKeybdLayout);
}
//else: can't do it.
}
// ch[0] is set even for n < 0, but might not be for n == 0.
return n ? ch[0] : 0;
}
sc_type TextToSC(LPTSTR aText)
{
if (!*aText) return 0;
for (int i = 0; i < g_key_to_sc_count; ++i)
if (!_tcsicmp(g_key_to_sc[i].key_name, aText))
return g_key_to_sc[i].sc;
// Do this only after the above, in case any valid key names ever start with SC:
if (ctoupper(*aText) == 'S' && ctoupper(*(aText + 1)) == 'C')
return (sc_type)_tcstol(aText + 2, NULL, 16); // Convert from hex.
return 0; // Indicate "not found".
}
vk_type TextToVK(LPTSTR aText, modLR_type *pModifiersLR, bool aExcludeThoseHandledByScanCode, bool aAllowExplicitVK
, HKL aKeybdLayout)
// If modifiers_p is non-NULL, place the modifiers that are needed to realize the key in there.
// e.g. M is really +m (shift-m), # is really shift-3.
// HOWEVER, this function does not completely overwrite the contents of pModifiersLR; instead, it just
// adds the required modifiers into whatever is already there.
{
if (!*aText) return 0;
// Don't trim() aText or modify it because that will mess up the caller who expects it to be unchanged.
// Instead, for now, just check it as-is. The only extra whitespace that should exist, due to trimming
// of text during load, is that on either side of the COMPOSITE_DELIMITER (e.g. " then ").
if (!aText[1]) // _tcslen(aText) == 1
return CharToVKAndModifiers(*aText, pModifiersLR, aKeybdLayout); // Making this a function simplifies things because it can do early return, etc.
if (aAllowExplicitVK && ctoupper(aText[0]) == 'V' && ctoupper(aText[1]) == 'K')
return (vk_type)_tcstol(aText + 2, NULL, 16); // Convert from hex.
for (int i = 0; i < g_key_to_vk_count; ++i)
if (!_tcsicmp(g_key_to_vk[i].key_name, aText))
return g_key_to_vk[i].vk;
if (aExcludeThoseHandledByScanCode)
return 0; // Zero is not a valid virtual key, so it should be a safe failure indicator.
// Otherwise check if aText is the name of a key handled by scan code and if so, map that
// scan code to its corresponding virtual key:
sc_type sc = TextToSC(aText);
return sc ? sc_to_vk(sc) : 0;
}
vk_type CharToVKAndModifiers(TCHAR aChar, modLR_type *pModifiersLR, HKL aKeybdLayout)
// If non-NULL, pModifiersLR contains the initial set of modifiers provided by the caller, to which
// we add any extra modifiers required to realize aChar.
{
// For v1.0.25.12, it seems best to avoid the many recent problems with linefeed (`n) being sent
// as Ctrl+Enter by changing it to always send a plain Enter, just like carriage return (`r).
if (aChar == '\n')
return VK_RETURN;
// Otherwise:
SHORT mod_plus_vk = VkKeyScanEx(aChar, aKeybdLayout); // v1.0.44.03: Benchmark shows that VkKeyScanEx() is the same speed as VkKeyScan() when the layout has been pre-fetched.
vk_type vk = LOBYTE(mod_plus_vk);
char keyscan_modifiers = HIBYTE(mod_plus_vk);
if (keyscan_modifiers == -1 && vk == (UCHAR)-1) // No translation could be made.
return 0;
if (keyscan_modifiers & 0x38) // "The Hankaku key is pressed" or either of the "Reserved" state bits (for instance, used by Neo2 keyboard layout).
// Callers expect failure in this case so that a fallback method can be used.
return 0;
// For v1.0.35, pModifiersLR was changed to modLR vs. mod so that AltGr keys such as backslash and
// '{' are supported on layouts such as German when sending to apps such as Putty that are fussy about
// which ALT key is held down to produce the character. The following section detects AltGr by the
// assuming that any character that requires both CTRL and ALT (with optional SHIFT) to be held
// down is in fact an AltGr key (I don't think there are any that aren't AltGr in this case, but
// confirmation would be nice). Also, this is not done for Win9x because the distinction between
// right and left-alt is not well-supported and it might do more harm than good (testing is
// needed on fussy apps like Putty on Win9x). UPDATE: Windows NT4 is now excluded from this
// change because apparently it wants the left Alt key's virtual key and not the right's (though
// perhaps it would prefer the right scan code vs. the left in apps such as Putty, but until that
// is proven, the complexity is not added here). Otherwise, on French and other layouts on NT4,
// AltGr-produced characters such as backslash do not get sent properly. In hindsight, this is
// not surprising because the keyboard hook also receives neutral modifier keys on NT4 rather than
// a more specific left/right key.
// The win docs for VkKeyScan() are a bit confusing, referring to flag "bits" when it should really
// say flag "values". In addition, it seems that these flag values are incompatible with
// MOD_ALT, MOD_SHIFT, and MOD_CONTROL, so they must be translated:
if (pModifiersLR) // The caller wants this info added to the output param.
{
// Best not to reset this value because some callers want to retain what was in it before,
// merely merging these new values into it:
//*pModifiers = 0;
if ((keyscan_modifiers & 0x06) == 0x06 && g_os.IsWin2000orLater()) // 0x06 means "requires/includes AltGr".
{
// v1.0.35: The critical difference below is right vs. left ALT. Must not include MOD_LCONTROL
// because simulating the RAlt keystroke on these keyboard layouts will automatically
// press LControl down.
*pModifiersLR |= MOD_RALT;
}
else // Do normal/default translation.
{
// v1.0.40: If caller-supplied modifiers already include the right-side key, no need to
// add the left-side key (avoids unnecessary keystrokes).
if ( (keyscan_modifiers & 0x02) && !(*pModifiersLR & (MOD_LCONTROL|MOD_RCONTROL)) )
*pModifiersLR |= MOD_LCONTROL; // Must not be done if requires_altgr==true, see above.
if ( (keyscan_modifiers & 0x04) && !(*pModifiersLR & (MOD_LALT|MOD_RALT)) )
*pModifiersLR |= MOD_LALT;
}
// v1.0.36.06: Done unconditionally because presence of AltGr should not preclude the presence of Shift.
// v1.0.40: If caller-supplied modifiers already contains MOD_RSHIFT, no need to add LSHIFT (avoids
// unnecessary keystrokes).
if ( (keyscan_modifiers & 0x01) && !(*pModifiersLR & (MOD_LSHIFT|MOD_RSHIFT)) )
*pModifiersLR |= MOD_LSHIFT;
}
return vk;
}
vk_type TextToSpecial(LPTSTR aText, size_t aTextLength, KeyEventTypes &aEventType, modLR_type &aModifiersLR
, bool aUpdatePersistent)
// Returns vk for key-down, negative vk for key-up, or zero if no translation.
// We also update whatever's in *pModifiers and *pModifiersLR to reflect the type of key-action
// specified in <aText>. This makes it so that {altdown}{esc}{altup} behaves the same as !{esc}.
// Note that things like LShiftDown are not supported because: 1) they are rarely needed; and 2)
// they can be down via "lshift down".
{
if (!tcslicmp(aText, _T("ALTDOWN"), aTextLength))
{
if (aUpdatePersistent)
if (!(aModifiersLR & (MOD_LALT | MOD_RALT))) // i.e. do nothing if either left or right is already present.
aModifiersLR |= MOD_LALT; // If neither is down, use the left one because it's more compatible.
aEventType = KEYDOWN;
return VK_MENU;
}
if (!tcslicmp(aText, _T("ALTUP"), aTextLength))
{
// Unlike for Lwin/Rwin, it seems best to have these neutral keys (e.g. ALT vs. LALT or RALT)
// restore either or both of the ALT keys into the up position. The user can use {LAlt Up}
// to be more specific and avoid this behavior:
if (aUpdatePersistent)
aModifiersLR &= ~(MOD_LALT | MOD_RALT);
aEventType = KEYUP;
return VK_MENU;
}
if (!tcslicmp(aText, _T("SHIFTDOWN"), aTextLength))
{
if (aUpdatePersistent)
if (!(aModifiersLR & (MOD_LSHIFT | MOD_RSHIFT))) // i.e. do nothing if either left or right is already present.
aModifiersLR |= MOD_LSHIFT; // If neither is down, use the left one because it's more compatible.
aEventType = KEYDOWN;
return VK_SHIFT;
}
if (!tcslicmp(aText, _T("SHIFTUP"), aTextLength))
{
if (aUpdatePersistent)
aModifiersLR &= ~(MOD_LSHIFT | MOD_RSHIFT); // See "ALTUP" for explanation.
aEventType = KEYUP;
return VK_SHIFT;
}
if (!tcslicmp(aText, _T("CTRLDOWN"), aTextLength) || !tcslicmp(aText, _T("CONTROLDOWN"), aTextLength))
{
if (aUpdatePersistent)
if (!(aModifiersLR & (MOD_LCONTROL | MOD_RCONTROL))) // i.e. do nothing if either left or right is already present.
aModifiersLR |= MOD_LCONTROL; // If neither is down, use the left one because it's more compatible.
aEventType = KEYDOWN;
return VK_CONTROL;
}
if (!tcslicmp(aText, _T("CTRLUP"), aTextLength) || !tcslicmp(aText, _T("CONTROLUP"), aTextLength))
{
if (aUpdatePersistent)
aModifiersLR &= ~(MOD_LCONTROL | MOD_RCONTROL); // See "ALTUP" for explanation.
aEventType = KEYUP;
return VK_CONTROL;
}
if (!tcslicmp(aText, _T("LWINDOWN"), aTextLength))
{
if (aUpdatePersistent)
aModifiersLR |= MOD_LWIN;
aEventType = KEYDOWN;
return VK_LWIN;
}
if (!tcslicmp(aText, _T("LWINUP"), aTextLength))
{
if (aUpdatePersistent)
aModifiersLR &= ~MOD_LWIN;
aEventType = KEYUP;
return VK_LWIN;
}
if (!tcslicmp(aText, _T("RWINDOWN"), aTextLength))
{
if (aUpdatePersistent)
aModifiersLR |= MOD_RWIN;
aEventType = KEYDOWN;
return VK_RWIN;
}
if (!tcslicmp(aText, _T("RWINUP"), aTextLength))
{
if (aUpdatePersistent)
aModifiersLR &= ~MOD_RWIN;
aEventType = KEYUP;
return VK_RWIN;
}
// Otherwise, leave aEventType unchanged and return zero to indicate failure:
return 0;
}
#ifdef ENABLE_KEY_HISTORY_FILE
ResultType KeyHistoryToFile(LPTSTR aFilespec, char aType, bool aKeyUp, vk_type aVK, sc_type aSC)
{
static TCHAR sTargetFilespec[MAX_PATH] = _T("");
static FILE *fp = NULL;
static HWND last_foreground_window = NULL;
static DWORD last_tickcount = GetTickCount();
if (!g_KeyHistory) // Since key history is disabled, keys are not being tracked by the hook, so there's nothing to log.
return OK; // Files should not need to be closed since they would never have been opened in the first place.
if (!aFilespec && !aVK && !aSC) // Caller is signaling to close the file if it's open.
{
if (fp)
{
fclose(fp);
fp = NULL;
}
return OK;
}
if (aFilespec && *aFilespec && lstrcmpi(aFilespec, sTargetFilespec)) // Target filename has changed.
{
if (fp)
{
fclose(fp);
fp = NULL; // To indicate to future calls to this function that it's closed.
}
tcslcpy(sTargetFilespec, aFilespec, _countof(sTargetFilespec));
}
if (!aVK && !aSC) // Caller didn't want us to log anything this time.
return OK;
if (!*sTargetFilespec)
return OK; // No target filename has ever been specified, so don't even attempt to open the file.
if (!aVK)
aVK = sc_to_vk(aSC);
else
if (!aSC)
aSC = vk_to_sc(aVK);
TCHAR buf[2048] = _T(""), win_title[1024] = _T("<Init>"), key_name[128] = _T("");
HWND curr_foreground_window = GetForegroundWindow();
DWORD curr_tickcount = GetTickCount();
bool log_changed_window = (curr_foreground_window != last_foreground_window);
if (log_changed_window)
{
if (curr_foreground_window)
GetWindowText(curr_foreground_window, win_title, _countof(win_title));
else
tcslcpy(win_title, _T("<None>"), _countof(win_title));
last_foreground_window = curr_foreground_window;
}
sntprintf(buf, _countof(buf), _T("%02X") _T("\t%03X") _T("\t%0.2f") _T("\t%c") _T("\t%c") _T("\t%s") _T("%s%s\n")
, aVK, aSC
, (float)(curr_tickcount - last_tickcount) / (float)1000
, aType
, aKeyUp ? 'u' : 'd'
, GetKeyName(aVK, aSC, key_name, sizeof(key_name))
, log_changed_window ? _T("\t") : _T("")
, log_changed_window ? win_title : _T("")
);
last_tickcount = curr_tickcount;
if (!fp)
if ( !(fp = _tfopen(sTargetFilespec, _T("a"))) )
return OK;
_fputts(buf, fp);
return OK;
}
#endif
LPTSTR GetKeyName(vk_type aVK, sc_type aSC, LPTSTR aBuf, int aBufSize, LPTSTR aDefault)
// aBufSize is an int so that any negative values passed in from caller are not lost.
// Caller has ensured that aBuf isn't NULL.
{
if (aBufSize < 3)
return aBuf;
*aBuf = '\0'; // Set default.
if (!aVK && !aSC)
return aBuf;
if (!aVK)
aVK = sc_to_vk(aSC);
else
if (!aSC)
aSC = vk_to_sc(aVK);
// Check SC first to properly differentiate between Home/NumpadHome, End/NumpadEnd, etc.
// v1.0.43: WheelDown/Up store the notch/turn count in SC, so don't consider that to be a valid SC.
if (aSC && !IS_WHEEL_VK(aVK))
{
if (*SCtoKeyName(aSC, aBuf, aBufSize, false))
return aBuf;
// Otherwise this key is probably one we can handle by VK.
}
if (*VKtoKeyName(aVK, aBuf, aBufSize, false))
return aBuf;
// Since this key is unrecognized, return the caller-supplied default value.
return aDefault;
}
sc_type vk_to_sc(vk_type aVK, bool aReturnSecondary)
// For v1.0.37.03, vk_to_sc() was converted into a function rather than being an array because if the
// script's keyboard layout changes while it's running, the array would get out-of-date.
// If caller passes true for aReturnSecondary, the non-primary scan code will be returned for
// virtual keys that two scan codes (if there's only one scan code, callers rely on zero being returned).
{
// Try to minimize the number mappings done manually because MapVirtualKey is a more reliable
// way to get the mapping if user has non-standard or custom keyboard layout.
sc_type sc = 0;
switch (aVK)
{
// Yield a manually translation for virtual keys that MapVirtualKey() doesn't support or for which it
// doesn't yield consistent result (such as Win9x supporting only SHIFT rather than VK_LSHIFT/VK_RSHIFT).
case VK_LSHIFT: sc = SC_LSHIFT; break; // Modifiers are listed first for performance.
case VK_RSHIFT: sc = SC_RSHIFT; break;
case VK_LCONTROL: sc = SC_LCONTROL; break;
case VK_RCONTROL: sc = SC_RCONTROL; break;
case VK_LMENU: sc = SC_LALT; break;
case VK_RMENU: sc = SC_RALT; break;
case VK_LWIN: sc = SC_LWIN; break; // Earliest versions of Win95/NT might not support these, so map them manually.
case VK_RWIN: sc = SC_RWIN; break; //
// According to http://support.microsoft.com/default.aspx?scid=kb;en-us;72583
// most or all numeric keypad keys cannot be mapped reliably under any OS. The article is
// a little unclear about which direction, if any, that MapVirtualKey() does work in for
// the numpad keys, so for peace-of-mind map them all manually for now:
case VK_NUMPAD0: sc = SC_NUMPAD0; break;
case VK_NUMPAD1: sc = SC_NUMPAD1; break;
case VK_NUMPAD2: sc = SC_NUMPAD2; break;
case VK_NUMPAD3: sc = SC_NUMPAD3; break;
case VK_NUMPAD4: sc = SC_NUMPAD4; break;
case VK_NUMPAD5: sc = SC_NUMPAD5; break;
case VK_NUMPAD6: sc = SC_NUMPAD6; break;
case VK_NUMPAD7: sc = SC_NUMPAD7; break;
case VK_NUMPAD8: sc = SC_NUMPAD8; break;
case VK_NUMPAD9: sc = SC_NUMPAD9; break;
case VK_DECIMAL: sc = SC_NUMPADDOT; break;
case VK_NUMLOCK: sc = SC_NUMLOCK; break;
case VK_DIVIDE: sc = SC_NUMPADDIV; break;
case VK_MULTIPLY: sc = SC_NUMPADMULT; break;
case VK_SUBTRACT: sc = SC_NUMPADSUB; break;
case VK_ADD: sc = SC_NUMPADADD; break;
}
if (sc) // Above found a match.
return aReturnSecondary ? 0 : sc; // Callers rely on zero being returned for VKs that don't have secondary SCs.
// Use the OS API's MapVirtualKey() to resolve any not manually done above:
if ( !(sc = MapVirtualKey(aVK, 0)) )
return 0; // Indicate "no mapping".
// Turn on the extended flag for those that need it.
// Because MapVirtualKey can only accept (and return) naked scan codes (the low-order byte),
// handle extended scan codes that have a non-extended counterpart manually.
// Older comment: MapVirtualKey() should include 0xE0 in HIBYTE if key is extended, BUT IT DOESN'T.
// There doesn't appear to be any built-in function to determine whether a vk's scan code
// is extended or not. See MSDN topic "keyboard input" for the below list.
// Note: NumpadEnter is probably the only extended key that doesn't have a unique VK of its own.
// So in that case, probably safest not to set the extended flag. To send a true NumpadEnter,
// as well as a true NumPadDown and any other key that shares the same VK with another, the
// caller should specify the sc param to circumvent the need for KeyEvent() to use the below:
switch (aVK)
{
case VK_APPS: // Application key on keyboards with LWIN/RWIN/Apps. Not listed in MSDN as "extended"?
case VK_CANCEL: // Ctrl-break
case VK_SNAPSHOT: // PrintScreen
case VK_DIVIDE: // NumpadDivide (slash)
case VK_NUMLOCK:
// Below are extended but were already handled and returned from higher above:
//case VK_LWIN:
//case VK_RWIN:
//case VK_RMENU:
//case VK_RCONTROL:
//case VK_RSHIFT: // WinXP needs this to be extended for keybd_event() to work properly.
sc |= 0x0100;
break;
// The following virtual keys have more than one physical key, and thus more than one scan code.
// If the caller passed true for aReturnSecondary, the extended version of the scan code will be
// returned (all of the following VKs have two SCs):
case VK_RETURN:
case VK_INSERT:
case VK_DELETE:
case VK_PRIOR: // PgUp
case VK_NEXT: // PgDn
case VK_HOME:
case VK_END:
case VK_UP:
case VK_DOWN:
case VK_LEFT:
case VK_RIGHT:
return aReturnSecondary ? (sc | 0x0100) : sc; // Below relies on the fact that these cases return early.
}
// Since above didn't return, if aReturnSecondary==true, return 0 to indicate "no secondary SC for this VK".
return aReturnSecondary ? 0 : sc; // Callers rely on zero being returned for VKs that don't have secondary SCs.
}
vk_type sc_to_vk(sc_type aSC)
{
// These are mapped manually because MapVirtualKey() doesn't support them correctly, at least
// on some -- if not all -- OSs. The main app also relies upon the values assigned below to
// determine which keys should be handled by scan code rather than vk:
switch (aSC)
{
// Even though neither of the SHIFT keys are extended -- and thus could be mapped with MapVirtualKey()
// -- it seems better to define them explicitly because under Win9x (maybe just Win95).
// I'm pretty sure MapVirtualKey() would return VK_SHIFT instead of the left/right VK.
case SC_LSHIFT: return VK_LSHIFT; // Modifiers are listed first for performance.
case SC_RSHIFT: return VK_RSHIFT;
case SC_LCONTROL: return VK_LCONTROL;
case SC_RCONTROL: return VK_RCONTROL;
case SC_LALT: return VK_LMENU;
case SC_RALT: return VK_RMENU;
// Numpad keys require explicit mapping because MapVirtualKey() doesn't support them on all OSes.
// See comments in vk_to_sc() for details.
case SC_NUMLOCK: return VK_NUMLOCK;
case SC_NUMPADDIV: return VK_DIVIDE;
case SC_NUMPADMULT: return VK_MULTIPLY;
case SC_NUMPADSUB: return VK_SUBTRACT;
case SC_NUMPADADD: return VK_ADD;
case SC_NUMPADENTER: return VK_RETURN;
// The following are ambiguous because each maps to more than one VK. But be careful
// changing the value to the other choice because some callers rely upon the values
// assigned below to determine which keys should be handled by scan code rather than vk:
case SC_NUMPADDEL: return VK_DELETE;
case SC_NUMPADCLEAR: return VK_CLEAR;
case SC_NUMPADINS: return VK_INSERT;
case SC_NUMPADUP: return VK_UP;
case SC_NUMPADDOWN: return VK_DOWN;
case SC_NUMPADLEFT: return VK_LEFT;
case SC_NUMPADRIGHT: return VK_RIGHT;
case SC_NUMPADHOME: return VK_HOME;
case SC_NUMPADEND: return VK_END;
case SC_NUMPADPGUP: return VK_PRIOR;
case SC_NUMPADPGDN: return VK_NEXT;
// No callers currently need the following alternate virtual key mappings. If it is ever needed,
// could have a new aReturnSecondary parameter that if true, causes these to be returned rather
// than the above:
//case SC_NUMPADDEL: return VK_DECIMAL;
//case SC_NUMPADCLEAR: return VK_NUMPAD5; // Same key as Numpad5 on most keyboards?
//case SC_NUMPADINS: return VK_NUMPAD0;
//case SC_NUMPADUP: return VK_NUMPAD8;
//case SC_NUMPADDOWN: return VK_NUMPAD2;
//case SC_NUMPADLEFT: return VK_NUMPAD4;
//case SC_NUMPADRIGHT: return VK_NUMPAD6;
//case SC_NUMPADHOME: return VK_NUMPAD7;
//case SC_NUMPADEND: return VK_NUMPAD1;
//case SC_NUMPADPGUP: return VK_NUMPAD9;
//case SC_NUMPADPGDN: return VK_NUMPAD3;
case SC_APPSKEY: return VK_APPS; // Added in v1.1.17.00.
}
// Use the OS API call to resolve any not manually set above. This should correctly
// resolve even elements such as SC_INSERT, which is an extended scan code, because
// it passes in only the low-order byte which is SC_NUMPADINS. In the case of SC_INSERT
// and similar ones, MapVirtualKey() will return the same vk for both, which is correct.
// Only pass the LOBYTE because I think it fails to work properly otherwise.
// Also, DO NOT pass 3 for the 2nd param of MapVirtualKey() because apparently
// that is not compatible with Win9x so it winds up returning zero for keys
// such as UP, LEFT, HOME, and PGUP (maybe other sorts of keys too). This
// should be okay even on XP because the left/right specific keys have already
// been resolved above so don't need to be looked up here (LWIN and RWIN
// each have their own VK's so shouldn't be problem for the below call to resolve):
return MapVirtualKey((BYTE)aSC, 1);
}
| 56.95008 | 336 | 0.735098 | cpascal |
ba7483e7d1040721503ac4dca15f9cbfc3b303c2 | 14,680 | cc | C++ | mistral/arch.cc | MyskYko/nextpnr | 4707bfc3c9b3f6605e335586333c6337c2896224 | [
"0BSD"
] | null | null | null | mistral/arch.cc | MyskYko/nextpnr | 4707bfc3c9b3f6605e335586333c6337c2896224 | [
"0BSD"
] | null | null | null | mistral/arch.cc | MyskYko/nextpnr | 4707bfc3c9b3f6605e335586333c6337c2896224 | [
"0BSD"
] | null | null | null | /*
* nextpnr -- Next Generation Place and Route
*
* Copyright (C) 2021 Lofty <[email protected]>
*
* Permission to use, copy, modify, and/or distribute this software for any
* purpose with or without fee is hereby granted, provided that the above
* copyright notice and this permission notice appear in all copies.
*
* THE SOFTWARE IS PROVIDED "AS IS" AND THE AUTHOR DISCLAIMS ALL WARRANTIES
* WITH REGARD TO THIS SOFTWARE INCLUDING ALL IMPLIED WARRANTIES OF
* MERCHANTABILITY AND FITNESS. IN NO EVENT SHALL THE AUTHOR BE LIABLE FOR
* ANY SPECIAL, DIRECT, INDIRECT, OR CONSEQUENTIAL DAMAGES OR ANY DAMAGES
* WHATSOEVER RESULTING FROM LOSS OF USE, DATA OR PROFITS, WHETHER IN AN
* ACTION OF CONTRACT, NEGLIGENCE OR OTHER TORTIOUS ACTION, ARISING OUT OF
* OR IN CONNECTION WITH THE USE OR PERFORMANCE OF THIS SOFTWARE.
*/
#include <algorithm>
#include "log.h"
#include "nextpnr.h"
#include "placer1.h"
#include "placer_heap.h"
#include "router1.h"
#include "router2.h"
#include "timing.h"
#include "util.h"
#include "cyclonev.h"
NEXTPNR_NAMESPACE_BEGIN
using namespace mistral;
void IdString::initialize_arch(const BaseCtx *ctx)
{
#define X(t) initialize_add(ctx, #t, ID_##t);
#include "constids.inc"
#undef X
}
Arch::Arch(ArchArgs args)
{
this->args = args;
this->cyclonev = mistral::CycloneV::get_model(args.device);
NPNR_ASSERT(this->cyclonev != nullptr);
// Setup fast identifier maps
for (int i = 0; i < 1024; i++) {
IdString int_id = id(stringf("%d", i));
int2id.push_back(int_id);
id2int[int_id] = i;
}
for (int t = int(CycloneV::NONE); t <= int(CycloneV::DCMUX); t++) {
IdString rnode_id = id(CycloneV::rnode_type_names[t]);
rn_t2id.push_back(rnode_id);
id2rn_t[rnode_id] = CycloneV::rnode_type_t(t);
}
log_info("Initialising bels...\n");
bels_by_tile.resize(cyclonev->get_tile_sx() * cyclonev->get_tile_sy());
for (int x = 0; x < cyclonev->get_tile_sx(); x++) {
for (int y = 0; y < cyclonev->get_tile_sy(); y++) {
CycloneV::pos_t pos = cyclonev->xy2pos(x, y);
for (CycloneV::block_type_t bel : cyclonev->pos_get_bels(pos)) {
switch (bel) {
case CycloneV::block_type_t::LAB:
create_lab(x, y);
break;
default:
continue;
}
}
}
}
for (auto gpio_pos : cyclonev->gpio_get_pos())
create_gpio(CycloneV::pos2x(gpio_pos), CycloneV::pos2y(gpio_pos));
for (auto cmuxh_pos : cyclonev->cmuxh_get_pos())
create_clkbuf(CycloneV::pos2x(cmuxh_pos), CycloneV::pos2y(cmuxh_pos));
// This import takes about 5s, perhaps long term we can speed it up, e.g. defer to Mistral more...
log_info("Initialising routing graph...\n");
int pip_count = 0;
for (const auto &mux : cyclonev->dest_node_to_rmux) {
const auto &rmux = cyclonev->rmux_info[mux.second];
WireId dst_wire(mux.first);
for (const auto &src : rmux.sources) {
if (CycloneV::rn2t(src) == CycloneV::NONE)
continue;
WireId src_wire(src);
wires[dst_wire].wires_uphill.push_back(src_wire);
wires[src_wire].wires_downhill.push_back(dst_wire);
++pip_count;
}
}
log_info(" imported %d wires and %d pips\n", int(wires.size()), pip_count);
BaseArch::init_cell_types();
BaseArch::init_bel_buckets();
}
int Arch::getTileBelDimZ(int x, int y) const
{
// This seems like a reasonable upper bound
return 256;
}
BelId Arch::getBelByName(IdStringList name) const
{
BelId bel;
NPNR_ASSERT(name.size() == 4);
int x = id2int.at(name[1]);
int y = id2int.at(name[2]);
int z = id2int.at(name[3]);
bel.pos = CycloneV::xy2pos(x, y);
bel.z = z;
NPNR_ASSERT(name[0] == getBelType(bel));
return bel;
}
IdStringList Arch::getBelName(BelId bel) const
{
int x = CycloneV::pos2x(bel.pos);
int y = CycloneV::pos2y(bel.pos);
int z = bel.z & 0xFF;
std::array<IdString, 4> ids{
getBelType(bel),
int2id.at(x),
int2id.at(y),
int2id.at(z),
};
return IdStringList(ids);
}
bool Arch::isBelLocationValid(BelId bel) const
{
auto &data = bel_data(bel);
if (data.type == id_MISTRAL_COMB) {
return is_alm_legal(data.lab_data.lab, data.lab_data.alm) && check_lab_input_count(data.lab_data.lab);
} else if (data.type == id_MISTRAL_FF) {
return is_alm_legal(data.lab_data.lab, data.lab_data.alm) && check_lab_input_count(data.lab_data.lab) &&
is_lab_ctrlset_legal(data.lab_data.lab);
}
return true;
}
void Arch::update_bel(BelId bel)
{
auto &data = bel_data(bel);
if (data.type == id_MISTRAL_COMB || data.type == id_MISTRAL_FF) {
update_alm_input_count(data.lab_data.lab, data.lab_data.alm);
}
}
WireId Arch::getWireByName(IdStringList name) const
{
// non-mistral wires
auto found_npnr = npnr_wirebyname.find(name);
if (found_npnr != npnr_wirebyname.end())
return found_npnr->second;
// mistral wires
NPNR_ASSERT(name.size() == 4);
CycloneV::rnode_type_t ty = id2rn_t.at(name[0]);
int x = id2int.at(name[1]);
int y = id2int.at(name[2]);
int z = id2int.at(name[3]);
return WireId(CycloneV::rnode(ty, x, y, z));
}
IdStringList Arch::getWireName(WireId wire) const
{
if (wire.is_nextpnr_created()) {
// non-mistral wires
std::array<IdString, 4> ids{
id_WIRE,
int2id.at(CycloneV::rn2x(wire.node)),
int2id.at(CycloneV::rn2y(wire.node)),
wires.at(wire).name_override,
};
return IdStringList(ids);
} else {
std::array<IdString, 4> ids{
rn_t2id.at(CycloneV::rn2t(wire.node)),
int2id.at(CycloneV::rn2x(wire.node)),
int2id.at(CycloneV::rn2y(wire.node)),
int2id.at(CycloneV::rn2z(wire.node)),
};
return IdStringList(ids);
}
}
PipId Arch::getPipByName(IdStringList name) const
{
WireId src = getWireByName(name.slice(0, 4));
WireId dst = getWireByName(name.slice(4, 8));
NPNR_ASSERT(src != WireId());
NPNR_ASSERT(dst != WireId());
return PipId(src.node, dst.node);
}
IdStringList Arch::getPipName(PipId pip) const
{
return IdStringList::concat(getWireName(getPipSrcWire(pip)), getWireName(getPipDstWire(pip)));
}
std::vector<BelId> Arch::getBelsByTile(int x, int y) const
{
// This should probably be redesigned, but it's a hack.
std::vector<BelId> bels;
if (x >= 0 && x < cyclonev->get_tile_sx() && y >= 0 && y < cyclonev->get_tile_sy()) {
for (size_t i = 0; i < bels_by_tile.at(pos2idx(x, y)).size(); i++)
bels.push_back(BelId(CycloneV::xy2pos(x, y), i));
}
return bels;
}
IdString Arch::getBelType(BelId bel) const { return bel_data(bel).type; }
std::vector<IdString> Arch::getBelPins(BelId bel) const
{
std::vector<IdString> pins;
for (auto &p : bel_data(bel).pins)
pins.push_back(p.first);
return pins;
}
bool Arch::isValidBelForCellType(IdString cell_type, BelId bel) const
{
// Any combinational cell type can - theoretically - be placed at a combinational ALM bel
// The precise legality mechanics will be dealt with in isBelLocationValid.
IdString bel_type = getBelType(bel);
if (bel_type == id_MISTRAL_COMB)
return is_comb_cell(cell_type);
else if (bel_type == id_MISTRAL_IO)
return is_io_cell(cell_type);
else if (bel_type == id_MISTRAL_CLKENA)
return is_clkbuf_cell(cell_type);
else
return bel_type == cell_type;
}
BelBucketId Arch::getBelBucketForCellType(IdString cell_type) const
{
if (is_comb_cell(cell_type))
return id_MISTRAL_COMB;
else if (is_io_cell(cell_type))
return id_MISTRAL_IO;
else if (is_clkbuf_cell(cell_type))
return id_MISTRAL_CLKENA;
else
return cell_type;
}
BelId Arch::bel_by_block_idx(int x, int y, IdString type, int block_index) const
{
auto &bels = bels_by_tile.at(pos2idx(x, y));
for (size_t i = 0; i < bels.size(); i++) {
auto &bel_data = bels.at(i);
if (bel_data.type == type && bel_data.block_index == block_index)
return BelId(CycloneV::xy2pos(x, y), i);
}
return BelId();
}
BelId Arch::add_bel(int x, int y, IdString name, IdString type)
{
auto &bels = bels_by_tile.at(pos2idx(x, y));
BelId id = BelId(CycloneV::xy2pos(x, y), bels.size());
all_bels.push_back(id);
bels.emplace_back();
auto &bel = bels.back();
bel.name = name;
bel.type = type;
// TODO: buckets (for example LABs and MLABs in the same bucket)
bel.bucket = type;
return id;
}
WireId Arch::add_wire(int x, int y, IdString name, uint64_t flags)
{
std::array<IdString, 4> ids{
id_WIRE,
int2id.at(x),
int2id.at(y),
name,
};
IdStringList full_name(ids);
auto existing = npnr_wirebyname.find(full_name);
if (existing != npnr_wirebyname.end()) {
// Already exists, don't create anything
return existing->second;
} else {
// Determine a unique ID for the wire
int z = 0;
WireId id;
while (wires.count(id = WireId(CycloneV::rnode(CycloneV::rnode_type_t((z >> 10) + 128), x, y, (z & 0x3FF)))))
z++;
wires[id].name_override = name;
wires[id].flags = flags;
npnr_wirebyname[full_name] = id;
return id;
}
}
void Arch::reserve_route(WireId src, WireId dst)
{
auto &dst_data = wires.at(dst);
int idx = -1;
for (int i = 0; i < int(dst_data.wires_uphill.size()); i++) {
if (dst_data.wires_uphill.at(i) == src) {
idx = i;
break;
}
}
NPNR_ASSERT(idx != -1);
dst_data.flags = WireInfo::RESERVED_ROUTE | unsigned(idx);
}
bool Arch::wires_connected(WireId src, WireId dst) const
{
PipId pip(src.node, dst.node);
return getBoundPipNet(pip) != nullptr;
}
PipId Arch::add_pip(WireId src, WireId dst)
{
wires[src].wires_downhill.push_back(dst);
wires[dst].wires_uphill.push_back(src);
return PipId(src.node, dst.node);
}
void Arch::add_bel_pin(BelId bel, IdString pin, PortType dir, WireId wire)
{
auto &b = bel_data(bel);
NPNR_ASSERT(!b.pins.count(pin));
b.pins[pin].dir = dir;
b.pins[pin].wire = wire;
BelPin bel_pin;
bel_pin.bel = bel;
bel_pin.pin = pin;
wires[wire].bel_pins.push_back(bel_pin);
}
void Arch::assign_default_pinmap(CellInfo *cell)
{
for (auto &port : cell->ports) {
auto &pinmap = cell->pin_data[port.first].bel_pins;
if (!pinmap.empty())
continue; // already mapped
if (is_comb_cell(cell->type) && comb_pinmap.count(port.first))
pinmap.push_back(comb_pinmap.at(port.first)); // default comb mapping for placer purposes
else
pinmap.push_back(port.first); // default: assume bel pin named the same as cell pin
}
}
void Arch::assignArchInfo()
{
for (auto &cell : cells) {
CellInfo *ci = cell.second.get();
if (is_comb_cell(ci->type))
assign_comb_info(ci);
else if (ci->type == id_MISTRAL_FF)
assign_ff_info(ci);
assign_default_pinmap(ci);
}
}
delay_t Arch::estimateDelay(WireId src, WireId dst) const
{
int x0 = CycloneV::rn2x(src.node);
int y0 = CycloneV::rn2y(src.node);
int x1 = CycloneV::rn2x(dst.node);
int y1 = CycloneV::rn2y(dst.node);
return 100 * std::abs(y1 - y0) + 100 * std::abs(x1 - x0) + 100;
}
ArcBounds Arch::getRouteBoundingBox(WireId src, WireId dst) const
{
ArcBounds bounds;
int src_x = CycloneV::rn2x(src.node);
int src_y = CycloneV::rn2y(src.node);
int dst_x = CycloneV::rn2x(dst.node);
int dst_y = CycloneV::rn2y(dst.node);
bounds.x0 = std::min(src_x, dst_x);
bounds.y0 = std::min(src_y, dst_y);
bounds.x1 = std::max(src_x, dst_x);
bounds.y1 = std::max(src_y, dst_y);
return bounds;
}
delay_t Arch::predictDelay(const NetInfo *net_info, const PortRef &sink) const
{
if (net_info->driver.cell == nullptr || net_info->driver.cell->bel == BelId())
return 100;
if (sink.cell->bel == BelId())
return 100;
Loc src_loc = getBelLocation(net_info->driver.cell->bel);
Loc dst_loc = getBelLocation(sink.cell->bel);
return std::abs(dst_loc.y - src_loc.y) * 100 + std::abs(dst_loc.x - src_loc.x) * 100 + 100;
}
bool Arch::place()
{
std::string placer = str_or_default(settings, id("placer"), defaultPlacer);
if (placer == "heap") {
PlacerHeapCfg cfg(getCtx());
cfg.ioBufTypes.insert(id_MISTRAL_IO);
cfg.ioBufTypes.insert(id_MISTRAL_IB);
cfg.ioBufTypes.insert(id_MISTRAL_OB);
cfg.cellGroups.emplace_back();
cfg.cellGroups.back().insert({id_MISTRAL_COMB});
cfg.cellGroups.back().insert({id_MISTRAL_FF});
cfg.beta = 0.5; // TODO: find a good value of beta for sensible ALM spreading
cfg.criticalityExponent = 7;
if (!placer_heap(getCtx(), cfg))
return false;
} else if (placer == "sa") {
if (!placer1(getCtx(), Placer1Cfg(getCtx())))
return false;
} else {
log_error("Mistral architecture does not support placer '%s'\n", placer.c_str());
}
getCtx()->attrs[getCtx()->id("step")] = std::string("place");
archInfoToAttributes();
return true;
}
bool Arch::route()
{
assign_budget(getCtx(), true);
lab_pre_route();
std::string router = str_or_default(settings, id("router"), defaultRouter);
bool result;
if (router == "router1") {
result = router1(getCtx(), Router1Cfg(getCtx()));
} else if (router == "router2") {
router2(getCtx(), Router2Cfg(getCtx()));
result = true;
} else {
log_error("Mistral architecture does not support router '%s'\n", router.c_str());
}
getCtx()->attrs[getCtx()->id("step")] = std::string("route");
archInfoToAttributes();
return result;
}
#ifdef WITH_HEAP
const std::string Arch::defaultPlacer = "heap";
#else
const std::string Arch::defaultPlacer = "sa";
#endif
const std::vector<std::string> Arch::availablePlacers = {"sa",
#ifdef WITH_HEAP
"heap"
#endif
};
const std::string Arch::defaultRouter = "router2";
const std::vector<std::string> Arch::availableRouters = {"router1", "router2"};
NEXTPNR_NAMESPACE_END
| 30.081967 | 117 | 0.623297 | MyskYko |
ba759b8fcb848d440e6d9a154daa88494d6299d8 | 27,354 | hpp | C++ | esp/bindings/SOAP/Platform/soapmessage.hpp | oxhead/HPCC-Platform | 62e092695542a9bbea1bb3672f0d1ff572666cfc | [
"Apache-2.0"
] | null | null | null | esp/bindings/SOAP/Platform/soapmessage.hpp | oxhead/HPCC-Platform | 62e092695542a9bbea1bb3672f0d1ff572666cfc | [
"Apache-2.0"
] | null | null | null | esp/bindings/SOAP/Platform/soapmessage.hpp | oxhead/HPCC-Platform | 62e092695542a9bbea1bb3672f0d1ff572666cfc | [
"Apache-2.0"
] | null | null | null | /*##############################################################################
HPCC SYSTEMS software Copyright (C) 2012 HPCC Systems®.
Licensed under the Apache License, Version 2.0 (the "License");
you may not use this file except in compliance with the License.
You may obtain a copy of the License at
http://www.apache.org/licenses/LICENSE-2.0
Unless required by applicable law or agreed to in writing, software
distributed under the License is distributed on an "AS IS" BASIS,
WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
See the License for the specific language governing permissions and
limitations under the License.
############################################################################## */
#pragma warning( disable : 4786)
#ifndef esp_http_decl
#define esp_http_decl
#endif
#ifndef _SOAPMESSAGE_HPP__
#define _SOAPMESSAGE_HPP__
#include "jliball.hpp"
#include "jexcept.hpp"
#include "soapesp.hpp"
#include "esp.hpp"
#include "http/platform/mime.hpp"
#include "http/platform/httptransport.hpp"
#include <xpp/XmlPullParser.h>
#include "xslprocessor.hpp"
#define SOAP_OK 0
#define SOAP_CLIENT_ERROR -1
#define SOAP_SERVER_ERROR -2
#define SOAP_RPC_ERROR -3
#define SOAP_CONNECTION_ERROR -4
#define SOAP_REQUEST_TYPE_ERROR -5
#define SOAP_AUTHENTICATION_ERROR -6
#define SOAP_AUTHENTICATION_REQUIRED -7
#define SOAP_ENVELOPE_NAME "Envelope"
#define SOAP_HEADER_NAME "Header"
#define SOAP_BODY_NAME "Body"
class CSoapValue;
typedef IArrayOf<CSoapValue> SoapValueArray;
using namespace std;
using namespace xpp;
const char* const SOAPEnvelopeStart = "<?xml version=\"1.0\" encoding=\"utf-8\"?>"
"<soap:Envelope"
" xmlns:xsi=\"http://www.w3.org/2001/XMLSchema-instance\""
" xmlns:xsd=\"http://www.w3.org/2001/XMLSchema\""
" xmlns:soap=\"http://schemas.xmlsoap.org/soap/envelope/\""
// " xmlns:SOAP-ENC=\"http://schemas.xmlsoap.org/soap/encoding/\""
" xmlns:wsse=\"http://schemas.xmlsoap.org/ws/2002/04/secext\""
">";
const char* const SOAPEnvelopeEnd = "</soap:Envelope>";
class CSoapMessage : public CInterface, implements ISoapMessage
{
private:
StringAttr m_content_type;
StringAttr m_soapaction;
StringBuffer m_text;
protected:
Owned<IEspContext> m_context;
Owned<CMimeMultiPart> m_multipart;
public:
IMPLEMENT_IINTERFACE;
CSoapMessage() {};
virtual ~CSoapMessage() {};
virtual void set_text(const char* text);
virtual const char* get_text();
virtual StringBuffer& query_text() { return m_text;}
virtual int get_text_length();
virtual void set_content_type(const char* content_type);
virtual const char* get_content_type();
virtual void set_soapaction(const char* soapaction) {m_soapaction.set(soapaction);};
virtual const char* get_soapaction() {return m_soapaction.get();};
virtual const char * getMessageType() {return "SoapMessage";};
virtual StringBuffer& toString(StringBuffer& str)
{
str.append("TO BE IMPLEMNTED!!!");
return str;
};
virtual IEspContext * queryContext() { return m_context; }
virtual void setContext(IEspContext *ctx) { m_context.set(ctx); }
virtual void setOwnMultiPart(CMimeMultiPart* multipart)
{
m_multipart.setown(multipart);
}
virtual CMimeMultiPart* queryMultiPart()
{
return m_multipart.get();
}
};
class CSoapFault : public CSoapMessage
{
protected:
StringBuffer SoapStr;
void AppendDetails(int code, const char* message, const char* actor="", const char* detailNS=NULL, const char* details = NULL)
{
StringBuffer encFaultStr;
encodeXML(message, encFaultStr);
SoapStr.append(SOAPEnvelopeStart);
SoapStr.append("<soap:Body><soap:Fault>");
SoapStr.appendf("<faultcode>%d</faultcode>"
"<faultstring>%s</faultstring>"
"<faultactor>%s</faultactor>", code,encFaultStr.str(),actor);
if (detailNS)
{
const char* p = strstr(details,"<Exceptions>");
if (p)
{
StringBuffer newDetails(details);
VStringBuffer nsAttr(" %s", detailNS);
newDetails.insert(strlen("<Exceptions>")-1,nsAttr.str());
SoapStr.appendf("<detail>%s</detail>",newDetails.str());
}
}
SoapStr.append("</soap:Fault></soap:Body>");
SoapStr.append(SOAPEnvelopeEnd);
}
public:
IMPLEMENT_IINTERFACE;
CSoapFault(int code, const char* message)
{
AppendDetails(code,message);
}
CSoapFault(IMultiException* mex, const char* detailNS=NULL)
{
StringBuffer errorStr,details;
mex->errorMessage(errorStr);
mex->serialize(details);
AppendDetails(mex->errorCode(),errorStr.str(),mex->source(),detailNS,details.str());
}
CSoapFault(IException* e)
{
StringBuffer errorStr;
e->errorMessage(errorStr);
AppendDetails(e->errorCode(),errorStr.str());
}
virtual const char* get_text() { return SoapStr.str(); }
virtual int get_text_length() { return SoapStr.length(); }
};
class CSoapRequest : public CSoapMessage
{
public:
CSoapRequest() {};
virtual ~CSoapRequest() {};
};
class CSoapResponse : public CSoapMessage
{
private:
int m_status;
StringBuffer m_err;
public:
CSoapResponse(){m_status = SOAP_OK;};
virtual ~CSoapResponse() {};
virtual void set_status(int status);
virtual int get_status();
virtual void set_err(const char* err);
virtual const char* get_err();
};
class esp_http_decl CSoapValue : public CInterface, implements IInterface //ISoapValue
{
private:
StringAttr m_ns;
StringAttr m_name;
StringAttr m_type;
StringBuffer m_value;
SoapValueArray m_children;
Owned<IProperties> m_attributes;
bool m_is_array_element;
bool m_encode_xml;
void serialize_attributes(StringBuffer& outbuf);
void init(const char* ns, const char* name, const char* type, const char* value);
public:
IMPLEMENT_IINTERFACE;
CSoapValue(CSoapValue* soapvalue);
CSoapValue(const char* ns, const char* name, const char* type, const char* value, bool encode=true);
CSoapValue(const char* ns, const char* name, const char* type, int value);
CSoapValue(const char* ns, const char* name, const char* type, unsigned long value);
CSoapValue(const char* ns, const char* name, const char* type, __int64 value);
CSoapValue(const char* ns, const char* name, const char* type, unsigned int value);
CSoapValue(const char* ns, const char* name, const char* type, unsigned short value);
CSoapValue(const char* ns, const char* name, const char* type, double value);
CSoapValue(const char* ns, const char* name, const char* type, float value);
CSoapValue(const char* ns, const char* name, const char* type, bool value);
virtual ~CSoapValue() { }
void setEncodeXml(bool encode=true){m_encode_xml=encode;}
virtual const char* get_name() {return m_name.get();};
virtual CSoapValue* get_value(const char* path);
virtual CSoapValue* get_element(const char* path, StringBuffer *attrname);
virtual SoapValueArray* get_valuearray(const char* path);
virtual SoapValueArray* query_children(){return &m_children;}
virtual bool get_value_str(const char* path, StringBuffer& value);
virtual const char *query_value(const char* path);
virtual const char* query_attr_value(const char *path);
virtual bool get_value(const char* path, StringAttr& value);
virtual bool get_value(const char* path, StringBuffer& value);
virtual bool get_value(const char* path, StringBuffer& value, bool simpleXml);
virtual bool get_value(const char* path, const char*& value) { throw "should not be called"; }
virtual bool get_value(const char* path, int& value);
virtual bool get_value(const char* path, unsigned long& value);
virtual bool get_value(const char* path, unsigned char& value);
virtual bool get_value(const char* path, long& value);
virtual bool get_value(const char* path, __int64& value);
virtual bool get_value(const char* path, unsigned int& value);
virtual bool get_value(const char* path, unsigned short& value);
virtual bool get_value(const char* path, short& value);
virtual bool get_value(const char* path, StringArray& value, bool simpleXml);
virtual bool get_value(const char* path, StringArray& value) { return get_value(path,value,false); }
virtual bool get_value(const char* path, ShortArray& value);
virtual bool get_value(const char* path, IntArray& value);
virtual bool get_value(const char* path, Int64Array& value);
virtual bool get_value(const char* path, BoolArray& value);
virtual bool get_value(const char* path, FloatArray& value);
virtual bool get_value(const char* path, DoubleArray& value);
virtual bool get_value(const char* path, bool& value);
virtual bool get_value(const char* path, double& value);
virtual bool get_value(const char* path, float& value);
virtual void set_value(const char* value) {m_value.clear(); m_value.append(value);};
virtual void add_value(const char* path, const char* ns, CSoapValue* value);
virtual void add_value(const char* path, const char* ns, const char* name, const char* type, SoapValueArray& valuearray);
virtual void add_value(const char* path, const char* ns, const char* name, const char* type, const char* value, bool encodeXml);
virtual void add_value(const char* path, const char* ns, const char* name, const char* type, const char* value);
virtual void add_value(const char* path, const char* ns, const char* name, const char* type, int value);
virtual void add_value(const char* path, const char* ns, const char* name, const char* type, unsigned long value);
virtual void add_value(const char* path, const char* ns, const char* name, const char* type, long value);
virtual void add_value(const char* path, const char* ns, const char* name, const char* type, __int64 value);
virtual void add_value(const char* path, const char* ns, const char* name, const char* type, unsigned int value);
virtual void add_value(const char* path, const char* ns, const char* name, const char* type, unsigned short value);
virtual void add_value(const char* path, const char* ns, const char* name, const char* type, bool value);
virtual void add_value(const char* path, const char* ns, const char* name, const char* type, double value);
virtual void add_value(const char* path, const char* ns, const char* name, const char* type, float value);
virtual void add_value(const char* path, const char* ns, const char* name, const char* childns,
const char* childname, const char* childtype, StringArray& value);
virtual void add_value(const char* path, const char* ns, const char* name, const char* childns,
const char* childname, const char* childtype, ShortArray& value);
virtual void add_value(const char* path, const char* ns, const char* name, const char* childns,
const char* childname, const char* childtype, IntArray& value);
virtual void add_value(const char* path, const char* ns, const char* name, const char* childns,
const char* childname, const char* childtype, Int64Array& value);
virtual void add_value(const char* path, const char* ns, const char* name, const char* childns,
const char* childname, const char* childtype, BoolArray& value);
virtual void add_value(const char* path, const char* ns, const char* name, const char* childns,
const char* childname, const char* childtype, FloatArray& value);
virtual void add_value(const char* path, const char* ns, const char* name, const char* childns,
const char* childname, const char* childtype, DoubleArray& value);
virtual void add_value(const char* path, const char* ns, const char* name, const char* type, const char* value, IProperties& attrs);
void add_attribute(const char* name, const char* value);
virtual CSoapValue* ensure(const char* ns, const char* path);
virtual void add_child(CSoapValue* child);
virtual void serializeChildren(StringBuffer& outbuf, CMimeMultiPart* multipart);
virtual void serialize(StringBuffer& outbuf, CMimeMultiPart* multipart);
virtual void serializeContent(StringBuffer& outbuf, CMimeMultiPart* multipart);
virtual void simple_serialize(StringBuffer& outbuf);
virtual void simple_serializeChildren(StringBuffer& outbuf);
};
class esp_http_decl CRpcMessage : public CInterface, implements IRpcMessage
{
private:
StringAttr m_ns;
StringAttr m_nsuri;
StringAttr m_name;
StringBuffer m_text;
StringAttr m_serializedContent;
Owned<IEspContext> m_context;
Owned<CSoapValue> m_params;
Owned<IProperties> m_attributes;
bool m_encode_xml;
public:
IMPLEMENT_IINTERFACE;
CRpcMessage()
{
Init();
};
CRpcMessage(const char* name)
{
m_name.set(name);
Init();
};
void Init()
{
m_params.setown(new CSoapValue("", ".", "", ""));
m_encode_xml = true;
m_params->setEncodeXml(true);
}
virtual ~CRpcMessage(){};
void setEncodeXml(bool encode)
{
m_encode_xml = encode;
m_params->setEncodeXml(encode);
}
bool getEncodeXml(){return m_encode_xml;}
virtual IEspContext * queryContext(){return m_context;}
void setContext(IEspContext *value){m_context.set(value);}
virtual void set_ns(const char* ns) {m_ns.set(ns);};
virtual void set_nsuri(const char* nsuri) {m_nsuri.set(nsuri);};
virtual StringBuffer& get_nsuri(StringBuffer& nsuri)
{
nsuri.append(m_nsuri.get());
return nsuri;
};
virtual const char* get_name() {return m_name.get();};
virtual void set_name(const char* name) {m_name.set(name);};
virtual CSoapValue* get_value(const char* path) {return m_params->get_value(path); };
virtual SoapValueArray* get_valuearray(const char* path) {return m_params->get_valuearray(path); };
virtual bool get_value(const char* path, StringAttr& value){return m_params->get_value(path, value); };
virtual bool get_value(const char* path, StringBuffer& value){return m_params->get_value(path, value); };
virtual bool get_value(const char* path, StringBuffer& value, bool bSimpleXml){return m_params->get_value(path, value, bSimpleXml); };
virtual bool get_value(const char* path, int& value) {return m_params->get_value(path, value);};
virtual bool get_value(const char* path, unsigned long& value) {return m_params->get_value(path, value);};
virtual bool get_value(const char* path, unsigned char& value) {return m_params->get_value(path, value);};
virtual bool get_value(const char* path, long& value) {return m_params->get_value(path, value);};
virtual bool get_value(const char* path, __int64& value) {return m_params->get_value(path, value);};
virtual bool get_value(const char* path, unsigned int& value) {return m_params->get_value(path, value);};
virtual bool get_value(const char* path, unsigned short& value) {return m_params->get_value(path, value);};
virtual bool get_value(const char* path, short& value) {return m_params->get_value(path, value);};
virtual bool get_value(const char* path, bool& value) {return m_params->get_value(path, value);};
virtual bool get_value(const char* path, double& value) {return m_params->get_value(path, value);};
virtual bool get_value(const char* path, float& value) {return m_params->get_value(path, value);};
virtual bool get_value(const char* path, StringArray& value) {return m_params->get_value(path, value, false);};
virtual bool get_value(const char* path, StringArray& value, bool simpleXml) {return m_params->get_value(path, value, simpleXml);};
virtual bool get_value(const char* path, ShortArray& value) {return m_params->get_value(path, value);};
virtual bool get_value(const char* path, IntArray& value) {return m_params->get_value(path, value);};
virtual bool get_value(const char* path, Int64Array& value) {return m_params->get_value(path, value);};
virtual bool get_value(const char* path, BoolArray& value) {return m_params->get_value(path, value);};
virtual bool get_value(const char* path, FloatArray& value) {return m_params->get_value(path, value);};
virtual bool get_value(const char* path, DoubleArray& value) {return m_params->get_value(path, value);};
virtual void add_value(const char* path, const char* ns, CSoapValue* value)
{
m_params->add_value(path, ns, value);
}
virtual void add_value(const char* path, const char* ns, const char* name, const char* type, SoapValueArray& valuearray)
{
m_params->add_value(path, ns, name, type, valuearray);
}
virtual void add_value(const char* path, const char* ns, const char* name, const char* type, const char* value, bool encodeXml)
{
m_params->add_value(path, ns, name, type, value, encodeXml);
}
virtual void add_value(const char* path, const char* ns, const char* name, const char* type, const char* value)
{
m_params->add_value(path, ns, name, type, value);
}
virtual void add_value(const char* path, const char* ns, const char* name, const char* type, StringBuffer& value)
{
m_params->add_value(path, ns, name, type, value.str());
}
virtual void add_value(const char* path, const char* ns, const char* name, const char* type, int value)
{
m_params->add_value(path, ns, name, type, value);
}
virtual void add_value(const char* path, const char* ns, const char* name, const char* type, unsigned long value)
{
m_params->add_value(path, ns, name, type, value);
}
virtual void add_value(const char* path, const char* ns, const char* name, const char* type, long value)
{
m_params->add_value(path, ns, name, type, value);
}
virtual void add_value(const char* path, const char* ns, const char* name, const char* type, __int64 value)
{
m_params->add_value(path, ns, name, type, value);
}
virtual void add_value(const char* path, const char* ns, const char* name, const char* type, unsigned int value)
{
m_params->add_value(path, ns, name, type, value);
}
virtual void add_value(const char* path, const char* ns, const char* name, const char* type, unsigned short value)
{
m_params->add_value(path, ns, name, type, value);
}
virtual void add_value(const char* path, const char* ns, const char* name, const char* type, bool value)
{
m_params->add_value(path, ns, name, type, value);
}
virtual void add_value(const char* path, const char* ns, const char* name, const char* type, double value)
{
m_params->add_value(path, ns, name, type, value);
}
virtual void add_value(const char* path, const char* ns, const char* name, const char* type, float value)
{
m_params->add_value(path, ns, name, type, value);
}
virtual void add_value(const char* path, const char* ns, const char* name,
const char* childns, const char* childname, const char* childtype, StringArray& value)
{ m_params->add_value(path, ns, name, childns, childname, childtype, value); }
virtual void add_value(const char* path, const char* ns, const char* name,
const char* childns, const char* childname, const char* childtype, ShortArray& value)
{ m_params->add_value(path, ns, name, childns, childname, childtype, value); }
virtual void add_value(const char* path, const char* ns, const char* name,
const char* childns, const char* childname, const char* childtype, IntArray& value)
{ m_params->add_value(path, ns, name, childns, childname, childtype, value); }
virtual void add_value(const char* path, const char* ns, const char* name,
const char* childns, const char* childname, const char* childtype, Int64Array& value)
{ m_params->add_value(path, ns, name, childns, childname, childtype, value); }
virtual void add_value(const char* path, const char* ns, const char* name,
const char* childns, const char* childname, const char* childtype, FloatArray& value)
{ m_params->add_value(path, ns, name, childns, childname, childtype, value); }
virtual void add_value(const char* path, const char* ns, const char* name,
const char* childns, const char* childname, const char* childtype, DoubleArray& value)
{ m_params->add_value(path, ns, name, childns, childname, childtype, value); }
virtual void add_value(const char* path, const char* ns, const char* name,
const char* childns, const char* childname, const char* childtype, BoolArray& value)
{ m_params->add_value(path, ns, name, childns, childname, childtype, value); }
void add_attribute(const char* name, const char* value);
void serialize_attributes(StringBuffer& outbuf);
virtual void add_attr(const char * path, const char * name, const char * value, IProperties & attrs);
virtual void add_value(const char* path, const char* ns, const char* name, const char* type, const char* value, IProperties& attrs)
{
m_params->add_value(path, ns, name, type, value, attrs);
}
virtual void add_value(const char* path, const char* name, const char* value, IProperties& attrs)
{
add_value(path, "", name, "", value, attrs);
}
//virtual void marshall(StringBuffer& outbuf);
virtual void marshall(StringBuffer& outbuf, CMimeMultiPart* multipart);
virtual void simple_marshall(StringBuffer& outbuf);
virtual const char* get_text() {return m_text.str();};
virtual void set_text(const char* text) {m_text.clear(); m_text.append(text);};
virtual void append_text(const char* text) {m_text.append(text);};
virtual void unmarshall(XmlPullParser* xpp);
virtual void unmarshall(XmlPullParser* xpp, CSoapValue* soapvalue, const char* tagname);
virtual void unmarshall(XmlPullParser* xpp, CMimeMultiPart* multipart);
virtual void unmarshall(XmlPullParser* xpp, CSoapValue* soapvalue, const char* tagname, CMimeMultiPart* multipart);
virtual void marshall(StringBuffer & outbuf)
{
throw MakeStringException(-1, "not implemented");
}
virtual void setSerializedContent(const char* c) { m_serializedContent.set(c); }
};
esp_http_decl IRpcMessage* createRpcMessage(const char* rootTag,StringBuffer& src);
class CRpcCall : public CRpcMessage
{
private:
StringBuffer m_proxy;
StringAttr m_url;
public:
CRpcCall() {};
CRpcCall(const char* url) {m_url.set(url);}
virtual ~CRpcCall(){}
virtual const char* get_url() {return m_url.get();}
virtual void set_url(const char* url) {m_url.set(url);}
virtual const char* getProxy() {return m_proxy.str();}
virtual void setProxy(const char* proxy) {m_proxy.clear().append(proxy);}
};
class CRpcResponse : public CRpcMessage
{
private:
int m_status;
StringBuffer m_err;
public:
CRpcResponse(){ }
CRpcResponse(const char* name):CRpcMessage(name) { }
virtual ~CRpcResponse(){ }
virtual int get_status() { return m_status; }
virtual void set_status(int status) { m_status = status; }
void set_err(const char* err) { m_err.clear().append(err); }
const char* get_err() { return m_err.str(); }
bool handleExceptions(IXslProcessor *xslp, IMultiException *me, const char *serv, const char *meth, const char *errorXslt);
};
class CHeader : public CInterface, implements IInterface
{
private:
IArrayOf<IRpcMessage> m_headerblocks;
public:
IMPLEMENT_IINTERFACE;
CHeader(){};
virtual ~CHeader(){};
virtual void addHeaderBlock(IRpcMessage* block);
virtual int getNumBlocks();
virtual IRpcMessage* getHeaderBlock(int seq);
virtual IRpcMessage* getHeaderBlock(const char* name);
virtual void unmarshall(XmlPullParser* xpp);
virtual StringBuffer& marshall(StringBuffer& str, CMimeMultiPart* multipart);
virtual const char * getMessageType() {return "EnvelopeHeader";};
};
class CBody : public CInterface, implements IInterface
{
private:
XmlPullParser* m_xpp;
IArrayOf<IRpcMessage> m_rpcmessages;
public:
IMPLEMENT_IINTERFACE;
CBody() : m_xpp(NULL) { }
virtual ~CBody() { }
virtual XmlPullParser* get_xpp() {return m_xpp;};
virtual void set_xpp(XmlPullParser* xpp) {m_xpp = xpp;};
virtual void add_rpcmessage(IRpcMessage* rpcmessage) {
if(rpcmessage)
{
m_rpcmessages.append(*LINK(rpcmessage));
}
};
virtual void nextRpcMessage(IRpcMessage* rpcmessage);
virtual const char * getMessageType() {return "EnvelopeBody";};
virtual StringBuffer& marshall(StringBuffer& str, CMimeMultiPart* multipart) {
str.append("<soap:Body>");
ForEachItemIn(x, m_rpcmessages)
{
IRpcMessage& oneelem = m_rpcmessages.item(x);
StringBuffer oneelembuf;
oneelem.marshall(oneelembuf, multipart);
str.append(oneelembuf.str());
//str.append("\r\n");
}
str.append("</soap:Body>");
return str;
};
};
class CEnvelope : public CInterface, implements IInterface
{
private:
Owned<CHeader> m_header;
Owned<CBody> m_body;
public:
IMPLEMENT_IINTERFACE;
CEnvelope(){m_header.setown(new CHeader); m_body.setown(new CBody);};
CEnvelope(CHeader* header, CBody* body) {m_header.setown(header); m_body.setown(body);};
virtual ~CEnvelope(){};
virtual CHeader* get_header() {return m_header.get();}
virtual CBody* get_body() {return m_body.get();}
virtual void unmarshall(XmlPullParser* xpp);
virtual const char * getMessageType() {return "SoapEnvelope";};
virtual void marshall(CMimeMultiPart* multipart)
{
CMimeBodyPart* rootpart = new CMimeBodyPart("text/xml", "8bit", "soaproot", "", NULL);
multipart->setRootPart(rootpart);
StringBuffer str(SOAPEnvelopeStart);
if(m_header)
{
m_header->marshall(str, multipart);
//str.append("\r\n");
}
if(m_body)
{
m_body->marshall(str, multipart);
//str.append("\r\n");
}
str.append(SOAPEnvelopeEnd);
// str.append("</soap:Envelope>");
rootpart->setContent(str.length(), str.str());
if(multipart->getBodyCount() <= 1)
multipart->setContentType(HTTP_TYPE_TEXT_XML_UTF8);
else
multipart->setContentType(HTTP_TYPE_MULTIPART_RELATED);
};
};
#endif
| 40.705357 | 138 | 0.672187 | oxhead |
ba76ec310ab996d0702c19fa8d6da305c5c67e1c | 5,633 | cpp | C++ | gzip.cpp | nvbodong/cryptopp-NV_8_2_0 | d9226d28cbf15cee40dad53a828f78bf7631fa37 | [
"BSL-1.0"
] | null | null | null | gzip.cpp | nvbodong/cryptopp-NV_8_2_0 | d9226d28cbf15cee40dad53a828f78bf7631fa37 | [
"BSL-1.0"
] | null | null | null | gzip.cpp | nvbodong/cryptopp-NV_8_2_0 | d9226d28cbf15cee40dad53a828f78bf7631fa37 | [
"BSL-1.0"
] | null | null | null | // gzip.cpp - originally written and placed in the public domain by Wei Dai
#include "pch.h"
#include "gzip.h"
#include "argnames.h"
NAMESPACE_BEGIN(CryptoPP_NV_2)
// Checks whether the character is valid for ISO/IEC 8859-1 as required by RFC 1952
static inline bool Is8859Character(char c) {
const unsigned char cc = static_cast<unsigned char>(c);
return (cc >= 32 && cc <= 126) || (cc >= 160);
}
void Gzip::IsolatedInitialize(const NameValuePairs ¶meters)
{
Deflator::IsolatedInitialize(parameters);
ConstByteArrayParameter v;
if (parameters.GetValue(Name::FileName(), v))
m_filename.assign(reinterpret_cast<const char*>(v.begin()), v.size());
if (parameters.GetValue(Name::Comment(), v))
m_comment.assign(reinterpret_cast<const char*>(v.begin()), v.size());
m_filetime = parameters.GetIntValueWithDefault(Name::FileTime(), 0);
}
void Gzip::WritePrestreamHeader()
{
m_totalLen = 0;
m_crc.Restart();
int flags = 0;
if(!m_filename.empty())
flags |= FILENAME;
if(!m_comment.empty())
flags |= COMMENTS;
AttachedTransformation()->Put(MAGIC1);
AttachedTransformation()->Put(MAGIC2);
AttachedTransformation()->Put(DEFLATED);
AttachedTransformation()->Put((byte)flags); // general flag
AttachedTransformation()->PutWord32(m_filetime, LITTLE_ENDIAN_ORDER); // time stamp
byte extra = static_cast<byte>((GetDeflateLevel() == 1) ?
FAST : ((GetDeflateLevel() == 9) ? SLOW : 0));
AttachedTransformation()->Put(extra);
AttachedTransformation()->Put(GZIP_OS_CODE);
// Filename is NULL terminated, hence the +1
if(!m_filename.empty())
AttachedTransformation()->Put((const unsigned char*)m_filename.data(), m_filename.size() +1);
// Comment is NULL terminated, hence the +1
if(!m_comment.empty())
AttachedTransformation()->Put((const unsigned char*)m_comment.data(), m_comment.size() +1);
}
void Gzip::ProcessUncompressedData(const byte *inString, size_t length)
{
m_crc.Update(inString, length);
m_totalLen += (word32)length;
}
void Gzip::WritePoststreamTail()
{
SecByteBlock crc(4);
m_crc.Final(crc);
AttachedTransformation()->Put(crc, 4);
AttachedTransformation()->PutWord32(m_totalLen, LITTLE_ENDIAN_ORDER);
m_filetime = 0;
m_filename.clear();
m_comment.clear();
}
void Gzip::SetComment(const std::string& comment, bool throwOnEncodingError)
{
if(throwOnEncodingError)
{
for(size_t i = 0; i < comment.length(); i++) {
const char c = comment[i];
if(!Is8859Character(c))
throw InvalidDataFormat("The comment is not ISO/IEC 8859-1 encoded");
}
}
m_comment = comment;
}
void Gzip::SetFilename(const std::string& filename, bool throwOnEncodingError)
{
if(throwOnEncodingError)
{
for(size_t i = 0; i < filename.length(); i++) {
const char c = filename[i];
if(!Is8859Character(c))
throw InvalidDataFormat("The filename is not ISO/IEC 8859-1 encoded");
}
}
m_filename = filename;
}
// *************************************************************
Gunzip::Gunzip(BufferedTransformation *attachment, bool repeat, int propagation)
: Inflator(attachment, repeat, propagation), m_length(0), m_filetime(0)
{
}
void Gunzip::ProcessPrestreamHeader()
{
m_length = 0;
m_crc.Restart();
m_filetime = 0;
m_filename.clear();
m_comment.clear();
byte buf[6];
byte b, flags;
if (m_inQueue.Get(buf, 2)!=2) throw HeaderErr();
if (buf[0] != MAGIC1 || buf[1] != MAGIC2) throw HeaderErr();
if (!m_inQueue.Get(b) || (b != DEFLATED)) throw HeaderErr(); // skip CM flag
if (!m_inQueue.Get(flags)) throw HeaderErr();
if (flags & (ENCRYPTED | CONTINUED)) throw HeaderErr();
if (m_inQueue.GetWord32(m_filetime, LITTLE_ENDIAN_ORDER) != 4) throw HeaderErr();
if (m_inQueue.Skip(2)!=2) throw HeaderErr(); // Skip extra flags and OS type
if (flags & EXTRA_FIELDS) // skip extra fields
{
word16 length;
if (m_inQueue.GetWord16(length, LITTLE_ENDIAN_ORDER) != 2) throw HeaderErr();
if (m_inQueue.Skip(length)!=length) throw HeaderErr();
}
if (flags & FILENAME) // extract filename
{
do
{
if(!m_inQueue.Get(b)) throw HeaderErr();
if(b) m_filename.append( 1, (char)b );
}
while (b);
}
if (flags & COMMENTS) // extract comments
{
do
{
if(!m_inQueue.Get(b)) throw HeaderErr();
if(b) m_comment.append( 1, (char)b );
}
while (b);
}
}
void Gunzip::ProcessDecompressedData(const byte *inString, size_t length)
{
AttachedTransformation()->Put(inString, length);
m_crc.Update(inString, length);
m_length += (word32)length;
}
void Gunzip::ProcessPoststreamTail()
{
SecByteBlock crc(4);
if (m_inQueue.Get(crc, 4) != 4)
throw TailErr();
if (!m_crc.Verify(crc))
throw CrcErr();
word32 lengthCheck;
if (m_inQueue.GetWord32(lengthCheck, LITTLE_ENDIAN_ORDER) != 4)
throw TailErr();
if (lengthCheck != m_length)
throw LengthErr();
}
const std::string& Gunzip::GetComment(bool throwOnEncodingError) const
{
if(throwOnEncodingError)
{
for(size_t i = 0; i < m_comment.length(); i++) {
const char c = m_comment[i];
if(!Is8859Character(c))
throw InvalidDataFormat("The comment is not ISO/IEC 8859-1 encoded");
}
}
return m_comment;
}
const std::string& Gunzip::GetFilename(bool throwOnEncodingError) const
{
if(throwOnEncodingError)
{
for(size_t i = 0; i < m_filename.length(); i++) {
const char c = m_filename[i];
if(!Is8859Character(c))
throw InvalidDataFormat("The filename is not ISO/IEC 8859-1 encoded");
}
}
return m_filename;
}
NAMESPACE_END
| 26.952153 | 96 | 0.665542 | nvbodong |
ba78390bfc840a22d880e234fcc8cf6f38249a7c | 1,594 | cpp | C++ | THEVERSION/lib/SafeTexture.cpp | gordonfreeman424/GSGE | 8814710ed89fb1abb05b595aa6af6f8893aafee5 | [
"BSD-2-Clause"
] | 4 | 2020-11-01T01:53:06.000Z | 2021-06-04T02:02:30.000Z | THEVERSION/lib/SafeTexture.cpp | gordonfreeman424/GSGE | 8814710ed89fb1abb05b595aa6af6f8893aafee5 | [
"BSD-2-Clause"
] | null | null | null | THEVERSION/lib/SafeTexture.cpp | gordonfreeman424/GSGE | 8814710ed89fb1abb05b595aa6af6f8893aafee5 | [
"BSD-2-Clause"
] | null | null | null | #include "SafeTexture.h"
#include <cassert>
#include <iostream>
namespace gekRender {
SafeTexture::SafeTexture(GLuint texture_object) {
m_texture = texture_object;
DaddyO = nullptr;
TextureUpdates = false;
if (texture_object)
isnull = false;
else
isnull = true;
}
SafeTexture::SafeTexture(Texture* inTex) // What texture should this be a copy of?
{
if (inTex) {
m_texture = inTex->getHandle();
isTransparent = inTex->amITransparent();
TextureUpdates = true;
DaddyO = inTex;
isnull = false;
} else {
isnull = true;
}
}
void SafeTexture::bind(unsigned int unit) {
if (DaddyO && TextureUpdates)
m_texture = DaddyO->getHandle();
assert(unit >= 0 && unit <= 31);
glActiveTexture(GL_TEXTURE0 + unit);
glBindTexture(GL_TEXTURE_2D, m_texture);
}
SafeTexture::~SafeTexture() {
// What needs to be destroyed? Nothing! NOTHING NEEDS TO BE DESTROYED!
DaddyO = nullptr;
TextureUpdates = false;
};
SafeTexture::SafeTexture(const SafeTexture& other) {
isTransparent = other.amITransparent();
m_texture = other.getHandle();
isnull = other.amINull();
TextureUpdates = other.TextureUpdates;
DaddyO = other.DaddyO;
}
bool SafeTexture::operator==(const SafeTexture& other) { return (other.getHandle() == getHandle()); }
void SafeTexture::bindGeneric() {
if (DaddyO && TextureUpdates)
m_texture = DaddyO->getHandle();
glBindTexture(GL_TEXTURE_2D, m_texture);
}
void SafeTexture::setActiveUnit(unsigned int unit) {
assert(unit >= 0 && unit <= 31);
glActiveTexture(GL_TEXTURE0 + unit);
}
}; // namespace gekRender
| 27.482759 | 102 | 0.695107 | gordonfreeman424 |
ba7f4071802d34e076dfff87bfce98aec61aa837 | 1,865 | hpp | C++ | fgsig/include/fgsig/any_connection.hpp | fgoujeon/signal | f798522534788b9ab1e25a0e38db6faf20fb6f3a | [
"BSL-1.0"
] | 34 | 2018-10-29T23:37:48.000Z | 2022-02-15T16:12:47.000Z | fgsig/include/fgsig/any_connection.hpp | fgoujeon/signal | f798522534788b9ab1e25a0e38db6faf20fb6f3a | [
"BSL-1.0"
] | 3 | 2018-11-02T19:56:22.000Z | 2019-03-30T16:30:07.000Z | fgsig/include/fgsig/any_connection.hpp | fgoujeon/signal | f798522534788b9ab1e25a0e38db6faf20fb6f3a | [
"BSL-1.0"
] | 3 | 2018-11-03T04:51:20.000Z | 2021-03-25T09:21:25.000Z | //Copyright Florian Goujeon 2018 - 2019.
//Distributed under the Boost Software License, Version 1.0.
//(See accompanying file LICENSE_1_0.txt or copy at
//https://www.boost.org/LICENSE_1_0.txt)
//Official repository: https://github.com/fgoujeon/signal
#ifndef FGSIG_ANY_CONNECTION_HPP
#define FGSIG_ANY_CONNECTION_HPP
#include <memory>
#include <type_traits>
#include <utility>
namespace fgsig
{
/*
any_connection is a type-erasing container for any connection or
owning_connection object.
*/
struct any_connection
{
private:
struct abstract_connection_holder
{
virtual ~abstract_connection_holder(){}
virtual void close() = 0;
};
template<typename Connection>
struct connection_holder: abstract_connection_holder
{
public:
connection_holder(Connection&& c):
connection_(std::move(c))
{
}
void close()
{
connection_.close();
}
private:
Connection connection_;
};
public:
template<typename Connection>
any_connection(Connection&& c):
holder_
{
std::make_unique<connection_holder<std::decay_t<Connection>>>
(
std::forward<Connection>(c)
)
}
{
}
any_connection(const any_connection&) = delete;
any_connection(any_connection&&) = delete;
any_connection& operator=(const any_connection&) = delete;
any_connection& operator=(any_connection&&) = delete;
void close()
{
holder_->close();
}
private:
std::unique_ptr<abstract_connection_holder> holder_;
};
} //namespace
#endif
| 23.024691 | 77 | 0.57319 | fgoujeon |
ba82018eafa170caa6d16c48ff2356d63921da3b | 26,542 | cpp | C++ | samples/meta_reader/main.cpp | stephenatwork/xlang | 0747c3b362c02a9736b3a4ca1bd3e005b4f52279 | [
"MIT"
] | 1 | 2019-10-23T20:33:45.000Z | 2019-10-23T20:33:45.000Z | samples/meta_reader/main.cpp | stephenatwork/xlang | 0747c3b362c02a9736b3a4ca1bd3e005b4f52279 | [
"MIT"
] | null | null | null | samples/meta_reader/main.cpp | stephenatwork/xlang | 0747c3b362c02a9736b3a4ca1bd3e005b4f52279 | [
"MIT"
] | null | null | null | #include "pch.h"
using namespace std::chrono;
using namespace std::experimental::filesystem;
using namespace std::string_view_literals;
using namespace xlang;
using namespace xlang::meta::reader;
using namespace xlang::text;
using namespace xlang::cmd;
template <typename...T> struct overloaded : T... { using T::operator()...; };
template <typename...T> overloaded(T...)->overloaded<T...>;
struct writer : writer_base<writer>
{
using writer_base<writer>::write;
struct indent_guard
{
explicit indent_guard(writer& w, int32_t offset = 1) noexcept : _writer(w), _offset(offset)
{
_writer.indent += _offset;
}
~indent_guard()
{
_writer.indent -= _offset;
}
private:
writer& _writer;
int32_t _offset;
};
std::string_view current;
int32_t indent{};
std::vector<std::pair<GenericParam, GenericParam>> generic_param_stack;
struct generic_param_guard
{
explicit generic_param_guard(writer* arg)
: owner(arg)
{}
~generic_param_guard()
{
if (owner)
{
owner->generic_param_stack.pop_back();
}
}
generic_param_guard(generic_param_guard && other)
: owner(other.owner)
{
owner = nullptr;
}
generic_param_guard& operator=(generic_param_guard const&) = delete;
writer* owner;
};
generic_param_guard push_generic_params(std::pair<GenericParam, GenericParam>&& arg)
{
generic_param_stack.push_back(std::move(arg));
return generic_param_guard{ this };
}
void write_indent()
{
for (int32_t i = 0; i < indent; i++)
{
writer_base::write_impl(" ");
}
}
void write_impl(std::string_view const& value)
{
std::string_view::size_type current_pos{ 0 };
auto on_new_line = back() == '\n';
while (true)
{
const auto pos = value.find('\n', current_pos);
if (pos == std::string_view::npos)
{
if (current_pos < value.size())
{
if (on_new_line)
{
write_indent();
}
writer_base::write_impl(value.substr(current_pos));
}
return;
}
auto current_line = value.substr(current_pos, pos - current_pos + 1);
auto empty_line = current_line[0] == '\n';
if (on_new_line && !empty_line)
{
write_indent();
}
writer_base::write_impl(current_line);
on_new_line = true;
current_pos = pos + 1;
}
}
void write_impl(char const value)
{
if (back() == '\n' && value != '\n')
{
write_indent();
}
writer_base::write_impl(value);
}
template <typename... Args>
std::string write_temp(std::string_view const& value, Args const& ... args)
{
auto restore_indent = indent;
indent = 0;
auto result = writer_base::write_temp(value, args...);
indent = restore_indent;
return result;
}
void write_value(bool value)
{
write(value ? "TRUE"sv : "FALSE"sv);
}
void write_value(char16_t value)
{
write_printf("%#0hx", value);
}
void write_value(int8_t value)
{
write_printf("%hhd", value);
}
void write_value(uint8_t value)
{
write_printf("%#0hhx", value);
}
void write_value(int16_t value)
{
write_printf("%hd", value);
}
void write_value(uint16_t value)
{
write_printf("%#0hx", value);
}
void write_value(int32_t value)
{
write_printf("%d", value);
}
void write_value(uint32_t value)
{
write_printf("%#0x", value);
}
void write_value(int64_t value)
{
write_printf("%lld", value);
}
void write_value(uint64_t value)
{
write_printf("%#0llx", value);
}
void write_value(float value)
{
write_printf("%f", value);
}
void write_value(double value)
{
write_printf("%f", value);
}
void write_value(std::string_view value)
{
write("\"%\"", value);
}
void write(Constant const& value)
{
switch (value.Type())
{
case ConstantType::Boolean:
write_value(value.ValueBoolean());
break;
case ConstantType::Char:
write_value(value.ValueChar());
break;
case ConstantType::Int8:
write_value(value.ValueInt8());
break;
case ConstantType::UInt8:
write_value(value.ValueUInt8());
break;
case ConstantType::Int16:
write_value(value.ValueInt16());
break;
case ConstantType::UInt16:
write_value(value.ValueUInt16());
break;
case ConstantType::Int32:
write_value(value.ValueInt32());
break;
case ConstantType::UInt32:
write_value(value.ValueUInt32());
break;
case ConstantType::Int64:
write_value(value.ValueInt64());
break;
case ConstantType::UInt64:
write_value(value.ValueUInt64());
break;
case ConstantType::Float32:
write_value(value.ValueFloat32());
break;
case ConstantType::Float64:
write_value(value.ValueFloat64());
break;
case ConstantType::String:
write_value(value.ValueString());
break;
case ConstantType::Class:
write("null");
break;
}
}
void write(TypeDef const& type)
{
write("%.%", type.TypeNamespace(), type.TypeName());
}
void write(TypeRef const& type)
{
auto ns = type.TypeNamespace();
if (ns == current)
{
write("%", type.TypeName());
}
else
{
write("%.%", type.TypeNamespace(), type.TypeName());
}
}
void write(TypeSpec const& type)
{
write(type.Signature().GenericTypeInst());
}
void write(coded_index<TypeDefOrRef> const& type)
{
switch (type.type())
{
case TypeDefOrRef::TypeDef:
write(type.TypeDef());
break;
case TypeDefOrRef::TypeRef:
write(type.TypeRef());
break;
case TypeDefOrRef::TypeSpec:
write(type.TypeSpec());
break;
}
}
void write(GenericTypeInstSig const& type)
{
write("%<%>",
type.GenericType(),
bind_list(", ", type.GenericArgs()));
}
void write(TypeSig const& signature)
{
std::visit(overloaded
{
[&](ElementType type)
{
if (type <= ElementType::String)
{
static constexpr const char* primitives[]
{
"End",
"Void",
"Boolean",
"Char",
"Int8",
"UInt8",
"Int16",
"UInt16",
"Int32",
"UInt32",
"Int64",
"UInt64",
"Single",
"Double",
"String"
};
write(primitives[static_cast<uint32_t>(type)]);
}
else if (type == ElementType::Object)
{
write("Object");
}
},
[&](GenericTypeIndex var)
{
write("%", begin(generic_param_stack.back())[var.index].Name());
},
[&](GenericMethodTypeIndex)
{
throw_invalid("Generic methods not supported.");
},
[&](auto&& type)
{
write(type);
}
},
signature.Type());
}
void write(InterfaceImpl const& impl)
{
write(impl.Interface());
}
void write(MethodDef const& method)
{
auto signature{ method.Signature() };
auto param_list = method.ParamList();
Param param;
if (method.Signature().ReturnType() && !empty(param_list) && param_list.first.Sequence() == 0)
{
param = param_list.first + 1;
}
else
{
param = param_list.first;
}
bool first{ true };
for (auto&& arg : signature.Params())
{
if (first)
{
first = false;
}
else
{
write(", ");
}
if (arg.ByRef())
{
write("ref ");
}
if (is_const(arg))
{
write("const ");
}
write("% %", arg.Type(), param.Name());
++param;
}
}
void write(RetTypeSig const& signature)
{
if (signature)
{
write(signature.Type());
}
else
{
write("void");
}
}
std::vector<Field> find_enumerators(ElemSig::EnumValue const& arg)
{
std::vector<Field> result;
uint64_t const original_value = std::visit([](auto&& value) { return static_cast<uint64_t>(value); }, arg.value);
uint64_t flags_value = original_value;
auto get_enumerator_value = [](auto&& arg) -> uint64_t
{
if constexpr (std::is_integral_v<std::remove_reference_t<decltype(arg)>>)
{
return static_cast<uint64_t>(arg);
}
else
{
throw_invalid("Non-integral enumerator encountered");
}
};
for (auto const& field : arg.type.m_typedef.FieldList())
{
if (auto const& constant = field.Constant())
{
uint64_t const enumerator_value = std::visit(get_enumerator_value, constant.Value());
if (enumerator_value == original_value)
{
result.assign(1, field);
return result;
}
else if ((flags_value & enumerator_value) == enumerator_value)
{
result.push_back(field);
flags_value &= (~enumerator_value);
}
}
}
// Didn't find a match, or a set of flags that could build up the value
if (flags_value != 0)
{
result.clear();
}
return result;
}
void write(FixedArgSig const& arg)
{
std::visit(overloaded{
[this](ElemSig::SystemType arg)
{
write(arg.name);
},
[this](ElemSig::EnumValue arg)
{
auto const enumerators = find_enumerators(arg);
if (enumerators.empty())
{
std::visit([this](auto&& value) { write_value(value); }, arg.value);
}
else
{
bool first = true;
for (auto const& enumerator : enumerators)
{
if (!first)
{
write(" | ");
}
write("%.%.%", arg.type.m_typedef.TypeNamespace(), arg.type.m_typedef.TypeName(), enumerator.Name());
first = false;
}
}
},
[this](auto&& arg)
{
write_value(arg);
}
}, std::get<ElemSig>(arg.value).value);
}
void write(NamedArgSig const& arg)
{
write(arg.value);
}
void write_uuid(CustomAttributeSig const& arg)
{
auto const& args = arg.FixedArgs();
write_printf("[Windows.Foundation.Metadata.GuidAttribute(%08X-%04X-%04X-%02X%02X-%02X%02X%02X%02X%02X%02X)]",
std::get<uint32_t>(std::get<ElemSig>(args[0].value).value),
std::get<uint16_t>(std::get<ElemSig>(args[1].value).value),
std::get<uint16_t>(std::get<ElemSig>(args[2].value).value),
std::get<uint8_t>(std::get<ElemSig>(args[3].value).value),
std::get<uint8_t>(std::get<ElemSig>(args[4].value).value),
std::get<uint8_t>(std::get<ElemSig>(args[5].value).value),
std::get<uint8_t>(std::get<ElemSig>(args[6].value).value),
std::get<uint8_t>(std::get<ElemSig>(args[7].value).value),
std::get<uint8_t>(std::get<ElemSig>(args[8].value).value),
std::get<uint8_t>(std::get<ElemSig>(args[9].value).value),
std::get<uint8_t>(std::get<ElemSig>(args[10].value).value));
}
void write(CustomAttribute const& attr)
{
auto const& name = attr.TypeNamespaceAndName();
auto const& sig = attr.Value();
if (name.first == "Windows.Foundation.Metadata"sv && name.second == "GuidAttribute"sv)
{
write_uuid(sig);
return;
}
write("[%.%", name.first, name.second);
bool first = true;
for (auto const& fixed_arg : sig.FixedArgs())
{
if (first)
{
first = false;
write("(%", fixed_arg);
}
else
{
write(", %", fixed_arg);
}
}
for (auto const& named_arg : sig.NamedArgs())
{
if (first)
{
first = false;
write("(%", named_arg);
}
else
{
write(", %", named_arg);
}
}
if (first)
{
write("]");
}
else
{
write(")]");
}
}
};
void write_custom_attribute(writer& w, CustomAttribute const& attr)
{
w.write("\n%", attr);
}
void write_type_name(writer& w, std::string_view name)
{
w.write(name);
bool found = false;
for (auto const& param : w.generic_param_stack.back())
{
if (found)
{
w.write(", %", param.Name());
}
else
{
found = true;
w.write("<%", param.Name());
}
}
if (found)
{
w.write(">");
}
}
void write_enum_field(writer& w, Field const& field)
{
writer::indent_guard _{ w };
if (auto const& constant = field.Constant())
{
w.write("\n% = %,", field.Name(), constant);
}
}
void write_enum(writer& w, TypeDef const& type)
{
writer::indent_guard _{ w };
w.write("%\nenum %\n{%\n};\n",
bind_each<write_custom_attribute>(type.CustomAttribute()),
type.TypeName(),
bind_each<write_enum_field>(type.FieldList()));
}
void write_struct_field(writer& w, Field const& field)
{
writer::indent_guard _{ w };
w.write("\n% %;", field.Signature().Type(), field.Name());
}
void write_struct(writer& w, TypeDef const& type)
{
writer::indent_guard _{ w };
w.write("%\nstruct %\n{%\n};\n",
bind_each<write_custom_attribute>(type.CustomAttribute()),
type.TypeName(),
bind_each<write_struct_field>(type.FieldList()));
}
void write_delegate(writer& w, TypeDef const& type)
{
auto guard{ w.push_generic_params(type.GenericParam()) };
auto methods = type.MethodList();
writer::indent_guard _{ w };
auto method = std::find_if(begin(methods), end(methods), [](auto&& method)
{
return method.Name() == "Invoke";
});
if (method == end(methods))
{
throw_invalid("Delegate's Invoke method not found");
}
w.write("%\ndelegate % %(%);\n",
bind_each<write_custom_attribute>(type.CustomAttribute()),
method.Signature().ReturnType(),
bind<write_type_name>(type.TypeName()),
method);
}
void write_method(writer& w, MethodDef const& method)
{
w.write("%\n% %(%);",
bind_each<write_custom_attribute>(method.CustomAttribute()),
method.Signature().ReturnType(),
method.Name(),
method);
}
void write_method_semantic(writer& w, MethodSemantics const& method_semantic, MethodDef& method)
{
auto const& target = method_semantic.Association();
auto const& semantic = method_semantic.Semantic();
if (target.type() == HasSemantics::Property)
{
if (!semantic.Getter() && !semantic.Setter())
{
xlang::throw_invalid("Invalid semantic: properties can only have a setter and/or getter");
}
auto const& property = target.Property();
auto const& accessors = property.MethodSemantic();
if (distance(accessors) < 1 || 2 < distance(accessors))
{
xlang::throw_invalid("Properties can only have 1 or 2 accessors");
}
if (distance(accessors) == 2)
{
auto const& other_method_semantic = (accessors.first == method_semantic) ? accessors.first + 1 : accessors.first;
auto const& other_method = other_method_semantic.Method();
if (method < other_method)
{
// First accessor seen for this property
w.write(bind_each<write_custom_attribute>(property.CustomAttribute()));
}
if (semantic.Getter())
{
if (method + 1 == other_method)
{
if (!other_method_semantic.Semantic().Setter())
{
xlang::throw_invalid("Invalid semantic: properties can only have a setter and/or getter");
}
w.write("\n% %;", property.Type().Type(), property.Name());
++method;
}
else
{
XLANG_ASSERT(semantic.Getter());
w.write("\n% % { get; };", property.Type().Type(), property.Name());
}
}
else
{
XLANG_ASSERT(semantic.Setter());
w.write("\n% % { set; };", property.Type().Type(), property.Name());
}
}
else
{
XLANG_ASSERT(distance(accessors) == 1);
w.write(bind_each<write_custom_attribute>(property.CustomAttribute()));
if (semantic.Getter())
{
w.write("\n% % { get; };", property.Type().Type(), property.Name());
}
else
{
XLANG_ASSERT(semantic.Setter());
w.write("\n% % { set; };", property.Type().Type(), property.Name());
}
}
}
else
{
if (!semantic.AddOn() && !semantic.RemoveOn())
{
xlang::throw_invalid("Invalid semantic: events can only have an add and/or remove");
}
auto const& event = target.Event();
auto const& accessors = event.MethodSemantic();
if (distance(accessors) < 1 || 2 < distance(accessors))
{
xlang::throw_invalid("Events can only have 1 or 2 accessors");
}
if (distance(accessors) == 2)
{
auto const& other_method_semantic = (accessors.first == method_semantic) ? accessors.first + 1 : accessors.first;
auto const& other_method = other_method_semantic.Method();
if (method < other_method)
{
// First accessor seen for this event
w.write(bind_each<write_custom_attribute>(event.CustomAttribute()));
}
if (semantic.AddOn())
{
if (method + 1 == other_method)
{
if (!other_method_semantic.Semantic().RemoveOn())
{
xlang::throw_invalid("Invalid semantic: events can only have a add and/or remove");
}
w.write("\n% %;", event.EventType(), event.Name());
++method;
}
else
{
XLANG_ASSERT(semantic.AddOn());
w.write("\n% % { add; };", event.EventType(), event.Name());
}
}
else
{
XLANG_ASSERT(semantic.RemoveOn());
w.write("\n% % { remove; };", event.EventType(), event.Name());
}
}
else
{
XLANG_ASSERT(distance(accessors) == 1);
w.write(bind_each<write_custom_attribute>(event.CustomAttribute()));
if (semantic.AddOn())
{
w.write("\n% % { add; };", event.EventType(), event.Name());
}
else
{
XLANG_ASSERT(semantic.RemoveOn());
w.write("\n% % { remove; };", event.EventType(), event.Name());
}
}
}
}
void write_required_interface(writer& w, InterfaceImpl const& interface_impl)
{
writer::indent_guard _{ w };
w.write("\n%", interface_impl.Interface());
}
void write_required(writer& w, std::string_view const& requires, TypeDef const& type)
{
auto interfaces{ type.InterfaceImpl() };
if (begin(interfaces) == end(interfaces))
{
return;
}
w.write(" %%",
requires,
bind_list<write_required_interface>(",", interfaces));
}
void write_interface_methods(writer& w, TypeDef const& type)
{
auto const& methods = type.MethodList();
auto const& properties = type.PropertyList();
auto const& events = type.EventList();
writer::indent_guard _{ w };
auto method_semantic = [&properties, &events](MethodDef const& method) -> MethodSemantics
{
for (auto const& prop : properties)
{
for (auto const& semantic : prop.MethodSemantic())
{
if (semantic.Method() == method)
{
return semantic;
}
}
}
for (auto const& event : events)
{
for (auto const& semantic : event.MethodSemantic())
{
if (semantic.Method() == method)
{
return semantic;
}
}
}
return {};
};
for (auto method = begin(methods); method != end(methods); ++method)
{
auto const& semantic = method_semantic(method);
if (semantic)
{
write_method_semantic(w, semantic, method);
}
else
{
write_method(w, method);
}
}
}
void write_interface(writer& w, TypeDef const& type)
{
auto guard = w.push_generic_params(type.GenericParam());
writer::indent_guard _{ w };
w.write("%\ninterface %%\n{%\n};\n",
bind_each<write_custom_attribute>(type.CustomAttribute()),
bind<write_type_name>(type.TypeName()),
bind<write_required>("requires", type),
bind<write_interface_methods>(type));
}
void write_class(writer& w, TypeDef const& type)
{
auto guard = w.push_generic_params(type.GenericParam());
writer::indent_guard _{ w };
w.write("%\nruntimeclass %%\n{\n};\n",
bind_each<write_custom_attribute>(type.CustomAttribute()),
bind<write_type_name>(type.TypeName()),
bind<write_required>(":", type));
}
auto get_out(reader const& args)
{
auto out{ absolute(args.value("output", "idl")) };
create_directories(out);
out += path::preferred_separator;
return out.string();
}
void print_usage()
{
puts("Usage...");
}
int main(int const argc, char** argv)
{
writer w;
try
{
auto start = high_resolution_clock::now();
static constexpr cmd::option options[]
{
// name, min, max
{ "input", 1 },
{ "output", 0, 1 },
{ "include", 0 },
{ "exclude", 0 },
{ "verbose", 0, 0 },
};
reader args{ argc, argv, options };
if (!args)
{
print_usage();
return 0;
}
cache c{ args.values("input") };
auto const out = get_out(args);
bool const verbose = args.exists("verbose");
filter f{ args.values("include"), args.values("exclude") };
if (verbose)
{
std::for_each(c.databases().begin(), c.databases().end(), [&](auto&& db)
{
w.write("in: %\n", db.path());
});
w.write("out: %\n", out);
}
w.flush_to_console();
task_group group;
for (auto const& [ns, members] : c.namespaces())
{
group.add([&, &ns = ns, &members = members]
{
if (!f.includes(members))
{
return;
}
writer w;
w.current = ns;
w.write("\nnamespace %\n{%%%%%}\n",
ns,
f.bind_each<write_enum>(members.enums),
f.bind_each<write_struct>(members.structs),
f.bind_each<write_delegate>(members.delegates),
f.bind_each<write_interface>(members.interfaces),
f.bind_each<write_class>(members.classes));
auto filename{ out };
filename += ns;
filename += ".idl";
w.flush_to_file(filename);
});
}
group.get();
if (verbose)
{
w.write("time: %ms\n", duration_cast<duration<int64_t, std::milli>>(high_resolution_clock::now() - start).count());
}
}
catch (std::exception const& e)
{
w.write("%\n", e.what());
}
w.flush_to_console();
}
| 27.001017 | 127 | 0.483724 | stephenatwork |
ba835836a663cb8777696f7115262fc31639ccc7 | 148 | cpp | C++ | OpenROV2x/CModule.cpp | pictographer/pi-i2c | d3b4c9faf5cd17b37f9e0863c4559c2ea06bdd0e | [
"MIT"
] | 1 | 2018-04-08T13:41:33.000Z | 2018-04-08T13:41:33.000Z | OpenROV2x/CModule.cpp | pictographer/pi-i2c | d3b4c9faf5cd17b37f9e0863c4559c2ea06bdd0e | [
"MIT"
] | null | null | null | OpenROV2x/CModule.cpp | pictographer/pi-i2c | d3b4c9faf5cd17b37f9e0863c4559c2ea06bdd0e | [
"MIT"
] | null | null | null | // Includes
#include <Arduino.h>
#include "CModule.h"
#include "NModuleManager.h"
CModule::CModule()
{
NModuleManager::RegisterModule( this );
}
| 13.454545 | 40 | 0.716216 | pictographer |
ba8443dfc9584a31f2f601c14d2e29779a8ef2a3 | 1,392 | cpp | C++ | module/spikes_t/src/SpikeS.cpp | fderue/SPIKES | ae224f4c01991cbccb80b19bdd4d0d18201604b9 | [
"MIT"
] | 5 | 2017-02-21T05:12:26.000Z | 2019-05-04T04:25:50.000Z | module/spikes_t/src/SpikeS.cpp | fderue/SPIKES | ae224f4c01991cbccb80b19bdd4d0d18201604b9 | [
"MIT"
] | null | null | null | module/spikes_t/src/SpikeS.cpp | fderue/SPIKES | ae224f4c01991cbccb80b19bdd4d0d18201604b9 | [
"MIT"
] | null | null | null | #include "spikes_t/SpikeS.h"
void SpikeS::createBranchesKp2(const list<KeyPoint2*>& l_kp2)
{
v_branch.resize(0);
float radius2 = pow(m_searchR, 2);
for (auto& it : l_kp2)
{
float d2 = pow((it->kp.pt.x - xy.x), 2) + pow((it->kp.pt.y - xy.y), 2);
if (d2<radius2)
{
Point relpos = Point((int)it->kp.pt.x, (int)it->kp.pt.y) - xy;
BranchKp2 branch(it, relpos);
v_branch.push_back(branch);
}
}
}
void SpikeS::initVote(Point position, float w0, float phi0)
{
w = w0;
phi = phi0;
voteVector = position - xy;
}
void::SpikeS::drawMe(Mat& im)
{
for (int i = 0; i < v_branch.size(); i++){
line(im, xy, v_branch[i].p_kp2->kp.pt, Scalar(0, 255, 0), 1,CV_AA);
circle(im, v_branch[i].p_kp2->kp.pt, 1,Scalar(0,0,255),1,CV_AA);
}
}
void SpikeS::updateHist(float alpha)
{
float* hist_ptr = histo.ptr<float>();
int a, b;
int col_row = histo.size[0] * histo.size[1];
for (int k = 0; k < histo.size[2]; k++)
{
a = k*col_row;
for (int i = 0; i < histo.size[0]; i++)
{
b = i*histo.size[1];
for (int j = 0; j < histo.size[1]; j++)
{
int idx = a + b + j;
hist_ptr[idx] = (1 - alpha)*hist_ptr[idx] + alpha*p_matched->histo.ptr<float>()[idx];
}
}
}
}
void SpikeS::updateFeat(float alpha)
{
#if FEAT_TYPE==Superpixel::MEAN_COLOR
CV_Assert(p_matched != nullptr);
color = (1 - alpha)*color + alpha*p_matched->color;
#else
updateHist(alpha);
#endif
} | 22.095238 | 89 | 0.608477 | fderue |
ba8477492caf6c272da893bb7c3dd8fcb0a26941 | 4,428 | hpp | C++ | engine/src/vulkan/module/overlay/UIManager.hpp | Velikss/Bus-Simulator | 13bf0b66b9b44e3f4cb1375fc363720ea8f23e19 | [
"MIT"
] | null | null | null | engine/src/vulkan/module/overlay/UIManager.hpp | Velikss/Bus-Simulator | 13bf0b66b9b44e3f4cb1375fc363720ea8f23e19 | [
"MIT"
] | null | null | null | engine/src/vulkan/module/overlay/UIManager.hpp | Velikss/Bus-Simulator | 13bf0b66b9b44e3f4cb1375fc363720ea8f23e19 | [
"MIT"
] | null | null | null | #pragma once
#include <pch.hpp>
#include <vulkan/vulkan.h>
#include <vulkan/LogicalDevice.hpp>
#include <vulkan/module/overlay/element/StaticElement.hpp>
#include <vulkan/util/CommandBufferHolder.hpp>
#include <vulkan/util/CommandRecorderProvider.hpp>
struct tElementObject
{
cUIElement* ppElement = nullptr;
std::vector<VkBuffer> patBuffers;
std::vector<VkDeviceMemory> patBufferMemory;
std::vector<void*> papMappedMemory;
tElementObject(cUIElement* ppElement) : ppElement(ppElement)
{}
};
class cUIManager : public cInvalidatable
{
private:
cLogicalDevice* ppLogicalDevice = nullptr;
iCommandBufferHolder* ppCommandBufferHolder = nullptr;
iCommandRecorderProvider* ppCommandRecorder = nullptr;
public:
std::vector<tElementObject> patElements;
cUIManager(cLogicalDevice* pLogicalDevice,
iCommandBufferHolder* pCommandBufferHolder,
iCommandRecorderProvider* pCommandRecorder);
~cUIManager();
void Update();
void CmdBindVertexBuffer(VkCommandBuffer& oCommandBuffer, tElementObject* pElement, uint uiIndex);
public:
void AllocateElementsMemory();
void AllocateElementMemory(tElementObject* pElement);
void FreeElementMemory(tElementObject* pElement);
};
cUIManager::cUIManager(cLogicalDevice* pLogicalDevice,
iCommandBufferHolder* pCommandBufferHolder,
iCommandRecorderProvider* pCommandRecorder)
{
assert(pLogicalDevice != nullptr);
assert(pCommandBufferHolder != nullptr);
assert(pCommandRecorder != nullptr);
ppLogicalDevice = pLogicalDevice;
ppCommandBufferHolder = pCommandBufferHolder;
ppCommandRecorder = pCommandRecorder;
}
cUIManager::~cUIManager()
{
for (auto& tElement : patElements)
{
FreeElementMemory(&tElement);
}
}
void cUIManager::AllocateElementsMemory()
{
for (auto& tElement : patElements)
{
tElement.ppElement->OnLoadVertices();
AllocateElementMemory(&tElement);
}
}
void cUIManager::AllocateElementMemory(tElementObject* pElement)
{
uint uiCount = pElement->ppElement->GetChildCount();
pElement->patBuffers.resize(uiCount);
pElement->patBufferMemory.resize(uiCount);
pElement->papMappedMemory.resize(uiCount);
for (uint uiIndex = 0; uiIndex < uiCount; uiIndex++)
{
cBufferHelper::CreateBuffer(ppLogicalDevice, pElement->ppElement->GetMemorySize(uiIndex),
VK_BUFFER_USAGE_VERTEX_BUFFER_BIT,
VK_MEMORY_PROPERTY_HOST_VISIBLE_BIT | VK_MEMORY_PROPERTY_HOST_COHERENT_BIT,
pElement->patBuffers[uiIndex], pElement->patBufferMemory[uiIndex]);
ppLogicalDevice->MapMemory(pElement->patBufferMemory[uiIndex], 0,
pElement->ppElement->GetMemorySize(uiIndex),
0, &pElement->papMappedMemory[uiIndex]);
}
}
void cUIManager::FreeElementMemory(tElementObject* pElement)
{
for (uint uiIndex = 0; uiIndex < pElement->patBuffers.size(); uiIndex++)
{
ppLogicalDevice->UnmapMemory(pElement->patBufferMemory[uiIndex]);
ppLogicalDevice->FreeMemory(pElement->patBufferMemory[uiIndex], nullptr);
ppLogicalDevice->DestroyBuffer(pElement->patBuffers[uiIndex], nullptr);
}
}
void cUIManager::Update()
{
if (Invalidated())
{
ENGINE_LOG("UI manager invalidated, updating...");
ppLogicalDevice->WaitUntilIdle();
uint uiCount = 0;
for (auto& tElement : patElements)
{
if (tElement.ppElement->Invalidated())
{
for (uint uiIndex = 0; uiIndex < tElement.patBuffers.size(); uiIndex++)
{
tElement.ppElement->InitializeMemory(tElement.papMappedMemory[uiIndex], uiIndex);
}
tElement.ppElement->Validate();
uiCount++;
}
}
ppCommandBufferHolder->GetCommandBuffers()[2]->RecordBuffers(ppCommandRecorder->GetCommandRecorder());
Validate();
ENGINE_LOG("Updated " << uiCount << " UI elements");
}
}
void cUIManager::CmdBindVertexBuffer(VkCommandBuffer& oCommandBuffer, tElementObject* pElement, uint uiIndex)
{
VkDeviceSize ulOffset = 0;
vkCmdBindVertexBuffers(oCommandBuffer, 0, 1, &pElement->patBuffers[uiIndex], &ulOffset);
}
| 31.183099 | 111 | 0.672764 | Velikss |
ba8a3b5da3ad402bcff47d797519d8c5430ecd01 | 958 | hh | C++ | PacGeom/PacPieceTraj.hh | brownd1978/FastSim | 05f590d72d8e7f71856fd833114a38b84fc7fd48 | [
"Apache-2.0"
] | null | null | null | PacGeom/PacPieceTraj.hh | brownd1978/FastSim | 05f590d72d8e7f71856fd833114a38b84fc7fd48 | [
"Apache-2.0"
] | null | null | null | PacGeom/PacPieceTraj.hh | brownd1978/FastSim | 05f590d72d8e7f71856fd833114a38b84fc7fd48 | [
"Apache-2.0"
] | null | null | null | //--------------------------------------------------------------------------
// Name:
// PacPieceTraj
// Description:
// Piecewise helix, but removing all the 'diff' stuff.
// Environment:
// Software developed for PACRAT / SuperB
// Copyright Information:
// Copyright (C) 2008 Lawrence Berkeley Laboratory
// Author List:
// Dave Brown 23 APR 2008
//------------------------------------------------------------------------
#ifndef PacPieceTraj_HH
#define PacPieceTraj_HH
#include "BbrGeom/TrkPieceTraj.hh"
#include "BbrGeom/TrkGeomTraj.hh"
class PacPieceTraj : public TrkPieceTraj {
public:
PacPieceTraj();
PacPieceTraj(const PacPieceTraj&);
PacPieceTraj* clone() const;
virtual ~PacPieceTraj();
// append a piece. If this isn't the first piece, it's
// initial point must fit on the trajectory at flightlength flt
// note this object -TAKES OWNERSHIP- of the trajs passed to it
void append(const double& flt,TrkGeomTraj*);
};
#endif
| 30.903226 | 76 | 0.621086 | brownd1978 |
ba94c9d3d3881c0b58dfcbf7332175884abfdd9e | 1,399 | cpp | C++ | LinearRegression.cpp | aidenfrog/c-Machine-Learning-Library-WIP- | a58542ca8fed167fa2e5e8ef8ce022dcd9bed29c | [
"MIT"
] | null | null | null | LinearRegression.cpp | aidenfrog/c-Machine-Learning-Library-WIP- | a58542ca8fed167fa2e5e8ef8ce022dcd9bed29c | [
"MIT"
] | null | null | null | LinearRegression.cpp | aidenfrog/c-Machine-Learning-Library-WIP- | a58542ca8fed167fa2e5e8ef8ce022dcd9bed29c | [
"MIT"
] | null | null | null | #include "LinearRegression.h"
#include <cstdlib>
namespace Metagross {
LinearRegression::LinearRegression() {
m = 0;
n = 2;
initTheta();
}
LinearRegression::LinearRegression(int features) {
m = 0;
n = features;
initTheta();
}
LinearRegression::LinearRegression(double a) {
m = 0;
n = 2;
initTheta();
alpha = a;
}
LinearRegression::LinearRegression(int f, double a) {
m = 0;
n = f;
alpha = a;
initTheta();
}
LinearRegression::~LinearRegression() {
}
void LinearRegression::train(Matrix X, Matrix y) {
m = X.getRows();
theta = theta - (alpha/m)*(h(X) - y) * X;
}
void LinearRegression::train(Matrix X, Matrix y, double lambda) {
m = X.getRows();
theta = theta*(1-alpha*lambda/m) - (alpha/m)*(h(X) - y) * X;
}
void LinearRegression::trainNormal(Matrix X, Matrix y) {
theta = (~X*X).inverse() * ~X * y;
}
void LinearRegression::trainNormal(Matrix X, Matrix y, double lambda) {
theta = (~X*X + lambda*(identity(n+1).set(0,0,0))).inverse() * ~X * y;
}
double LinearRegression::test(Matrix X, Matrix y) {
Matrix prd = predict(X);
}
Matrix LinearRegression::predict(Matrix X) {
//do later
}
void LinearRegression::initTheta() {
double* data = new double[n+1];
for(int x = 0; x < n+1; x++) {
data[x] = std::rand();
}
theta = Matrix(1, n+1, data);
}
Matrix LinearRegression::h(Matrix X) {
return (theta*X);
}
} | 19.430556 | 72 | 0.619728 | aidenfrog |
ba9531f0cc4746ab15f8d1b54a73bca3a00cd0ac | 1,242 | cpp | C++ | Dynamic Programming/EqualSumPartition_DP_TopDown.cpp | parth1614/DSA_Questions | 7083952eb310a21f7e30267efa437dfbb8c0f88f | [
"MIT"
] | null | null | null | Dynamic Programming/EqualSumPartition_DP_TopDown.cpp | parth1614/DSA_Questions | 7083952eb310a21f7e30267efa437dfbb8c0f88f | [
"MIT"
] | null | null | null | Dynamic Programming/EqualSumPartition_DP_TopDown.cpp | parth1614/DSA_Questions | 7083952eb310a21f7e30267efa437dfbb8c0f88f | [
"MIT"
] | null | null | null | #include<bits/stdc++.h>
using namespace std;
bool EqualSumPart(vector<int>& arr, int n){
int sum = 0;
for(int i=0;i<n;++i){
sum = sum + arr[i];
}
if(sum%2!=0){
return false;
}
else if(sum%2==0){
vector<vector<bool>> t;
for(int i=0;i<n+1;++i){
vector<bool> temp;
for(int j=0;j<(sum/2)+1;++j){
if(j==0 || (i==0&&j==0)){
temp.push_back(true);
}
else if(i==0){
temp.push_back(false);
}
}
t.push_back(temp);
temp.clear();
}
for(int i=1;i<n+1;++i){
for(int j=1;j<(sum/2)+1;++j){
if(arr[i-1]<=j){
t[i][j] = (t[i-1][j-arr[i-1]] || t[i-1][j]);
}
else if(arr[i-1]>j){
t[i][j] = t[i-1][j];
}
}
}
return t[n][sum/2];
}
}
int main(){
int n;
cin>>n; //size of std::vector ;
vector<int> arr;
for(int i=0;i<n;++i){
int x;
cin>>x;
arr.push_back(x);
}
if(EqualSumPart(arr,n)==true){
cout<<"Equal sum partiotions exist";
}
else{
cout<<"Equal sum partiotions doesn't exist";
}
}
| 20.032258 | 60 | 0.400966 | parth1614 |
ba95ee3cfbf5217429f64a8cb077cf9351152afb | 9,101 | hpp | C++ | source/backend/cpu/BinaryUtils.hpp | JujuDel/MNN | 8a82f5c5a7ae37192784c2dbd6dfc8ca8833565a | [
"Apache-2.0"
] | 1 | 2021-09-17T03:22:16.000Z | 2021-09-17T03:22:16.000Z | source/backend/cpu/BinaryUtils.hpp | JujuDel/MNN | 8a82f5c5a7ae37192784c2dbd6dfc8ca8833565a | [
"Apache-2.0"
] | null | null | null | source/backend/cpu/BinaryUtils.hpp | JujuDel/MNN | 8a82f5c5a7ae37192784c2dbd6dfc8ca8833565a | [
"Apache-2.0"
] | null | null | null | #include <math.h>
#include <algorithm>
#include "compute/CommonOptFunction.h"
#include "MNN_generated.h"
template <typename _Arg1, typename _Arg2, typename _ErrorCode>
struct BinaryMax {
_ErrorCode operator()(const _Arg1& x, const _Arg2& y) const {
return std::max(x, y);
}
};
template <typename _Arg1, typename _Arg2, typename _ErrorCode>
struct BinaryMin {
_ErrorCode operator()(const _Arg1& x, const _Arg2& y) const {
return std::min(x, y);
}
};
template <typename _Arg1, typename _Arg2, typename _ErrorCode>
struct BinaryMul {
_ErrorCode operator()(const _Arg1& x, const _Arg2& y) const {
return x * y;
}
};
template <typename _Arg1, typename _Arg2, typename _ErrorCode>
struct BinaryAdd {
_ErrorCode operator()(const _Arg1& x, const _Arg2& y) const {
return x + y;
}
};
template <typename _Arg1, typename _Arg2, typename _ErrorCode>
struct BinarySub {
_ErrorCode operator()(const _Arg1& x, const _Arg2& y) const {
return x - y;
}
};
template <typename _Arg1, typename _Arg2, typename _ErrorCode>
struct BinaryRealDiv {
_ErrorCode operator()(const _Arg1& x, const _Arg2& y) const {
return x / y;
}
};
template <typename _Arg1, typename _Arg2, typename _ErrorCode>
struct BinaryMod {
_ErrorCode operator()(const _Arg1& x, const _Arg2& y) const {
return x - x / y;
}
};
template <typename _Arg1, typename _Arg2, typename _ErrorCode>
struct BinaryGreater {
_ErrorCode operator()(const _Arg1& x, const _Arg2& y) const {
return (_ErrorCode)((x > y) ? 1 : 0);
}
};
template <typename _Arg1, typename _Arg2, typename _ErrorCode>
struct BinaryLess {
_ErrorCode operator()(const _Arg1& x, const _Arg2& y) const {
return (_ErrorCode)((x < y) ? 1 : 0);
}
};
template <typename _Arg1, typename _Arg2, typename _ErrorCode>
struct BinaryGreaterEqual {
_ErrorCode operator()(const _Arg1& x, const _Arg2& y) const {
return (_ErrorCode)((x >= y) ? 1 : 0);
}
};
template <typename _Arg1, typename _Arg2, typename _ErrorCode>
struct BinaryLessEqual {
_ErrorCode operator()(const _Arg1& x, const _Arg2& y) const {
return (_ErrorCode)((x <= y) ? 1 : 0);
}
};
template <typename _Arg1, typename _Arg2, typename _ErrorCode>
struct BinaryEqual {
_ErrorCode operator()(const _Arg1& x, const _Arg2& y) const {
return (_ErrorCode)((x == y) ? 1 : 0);
}
};
template <typename _Arg1, typename _Arg2, typename _ErrorCode>
struct BinaryFloorDiv {
_ErrorCode operator()(const _Arg1& x, const _Arg2& y) const {
return floor(static_cast<float>(x) / y);
}
};
template <typename _Arg1, typename _Arg2, typename _ErrorCode>
struct BinaryFloorMod {
_ErrorCode operator()(const _Arg1& x, const _Arg2& y) const {
return x - floor(x / y) * y;
}
};
template <typename _Arg1, typename _Arg2, typename _ErrorCode>
struct BinarySquaredDifference {
_ErrorCode operator()(const _Arg1& x, const _Arg2& y) const {
return (x - y) * (x - y);
}
};
template <typename _Arg1, typename _Arg2, typename _ErrorCode>
struct BinaryPow {
_ErrorCode operator()(const _Arg1& x, const _Arg2& y) const {
return pow(x, y);
}
};
template <typename _Arg1, typename _Arg2, typename _ErrorCode>
struct BinaryAtan2 {
_ErrorCode operator()(const _Arg1& x, const _Arg2& y) const {
return atan(x / y);
}
};
template <typename _Arg1, typename _Arg2, typename _ErrorCode>
struct BinaryLogicalOr {
_ErrorCode operator()(const _Arg1& x, const _Arg2& y) const {
return (_ErrorCode)((x || y) ? 1 : 0);
}
};
template <typename _Arg1, typename _Arg2, typename _ErrorCode>
struct BinaryNotEqual {
_ErrorCode operator()(const _Arg1& x, const _Arg2& y) const {
return (_ErrorCode)((x != y) ? 1 : 0);
}
};
template<typename Func, typename V, int pack>
void executeVec(void* outputRaw, const void* inputRaw0, const void* inputRaw1, int elementSize, int needBroadcastIndex) {
Func compute;
const int sizeDivUnit = elementSize / pack;
const int remainCount = elementSize - sizeDivUnit * pack;
auto src0 = (const float*)(inputRaw0);
auto src1 = (const float*)(inputRaw1);
auto dst = (float*)outputRaw;
if (-1 == needBroadcastIndex) {
if (sizeDivUnit > 0) {
for (int i = 0; i < sizeDivUnit; ++i) {
V a = V::load(src0);
V b = V::load(src1);
V::save(dst, compute(a, b));
src0 += pack;
src1 += pack;
dst += pack;
}
}
if (remainCount > 0) {
float tempSrc0[pack];
float tempSrc1[pack];
float tempDst[pack];
::memcpy(tempSrc0, src0, remainCount * sizeof(float));
::memcpy(tempSrc1, src1, remainCount * sizeof(float));
V a = V::load(tempSrc0);
V b = V::load(tempSrc1);
V::save(tempDst, compute(a, b));
::memcpy(dst, tempDst, remainCount * sizeof(float));
}
} else if (0 == needBroadcastIndex) {
const float srcValue0 = src0[0];
V a = V(srcValue0);
if (sizeDivUnit > 0) {
for (int i = 0; i < sizeDivUnit; ++i) {
const auto src1Ptr = src1;
auto dstPtr = dst;
V b = V::load(src1Ptr);
V::save(dstPtr, compute(a, b));
src1 += pack;
dst += pack;
}
}
if (remainCount > 0) {
float tempSrc1[pack];
float tempDst[pack];
::memcpy(tempSrc1, src1, remainCount * sizeof(float));
V b = V::load(tempSrc1);
V::save(tempDst, compute(a, b));
::memcpy(dst, tempDst, remainCount * sizeof(float));
}
} else {
const float srcValue1 = src1[0];
V b = V(srcValue1);
if (sizeDivUnit > 0) {
for (int i = 0; i < sizeDivUnit; ++i) {
const auto src0Ptr = src0;
auto dstPtr = dst;
V a = V::load(src0Ptr);
V::save(dstPtr, compute(a, b));
src0 += pack;
dst += pack;
}
}
if (remainCount > 0) {
float tempSrc0[pack];
float tempDst[pack];
::memcpy(tempSrc0, src0, remainCount * sizeof(float));
V a = V::load(tempSrc0);
V::save(tempDst, compute(a, b));
::memcpy(dst, tempDst, remainCount * sizeof(float));
}
}
}
template<typename Vec>
struct VecBinaryAdd {
Vec operator()(Vec& x, Vec& y) const {
return x + y;
}
};
template<typename Vec>
struct VecBinarySub {
Vec operator()(Vec& x, Vec& y) const {
return x - y;
}
};
template<typename Vec>
struct VecBinaryMul {
Vec operator()(Vec& x, Vec& y) const {
return x * y;
}
};
template<typename Vec>
struct VecBinaryMin {
Vec operator()(Vec& x, Vec& y) const {
return Vec::min(x, y);
}
};
template<typename Vec>
struct VecBinaryMax {
Vec operator()(Vec& x, Vec& y) const {
return Vec::max(x, y);
}
};
template<typename Vec>
struct VecBinarySqd {
Vec operator()(Vec& x, Vec& y) const {
return (x-y)*(x-y);
}
};
namespace MNN {
template<typename Tin, typename Tout, typename Func>
void execute(void* outputRaw, const void* inputRaw0, const void* inputRaw1, int elementSize, int broadcastIndex) {
Func f;
const int input0DataCount = elementSize;
const int input1DataCount = elementSize;
const Tin* input0Data = (const Tin*)inputRaw0;
const Tin* input1Data = (const Tin*)inputRaw1;
Tout* outputData = (Tout*)outputRaw;
if (broadcastIndex == 0) { // data count == 1, not only mean scalar input, maybe of shape (1, 1, 1, ...,1)
for (int i = 0; i < input1DataCount; i++) {
outputData[i] = (Tout)(f(input0Data[0], input1Data[i]));
}
} else if (broadcastIndex == 1) {
for (int i = 0; i < input0DataCount; i++) {
outputData[i] = (Tout)(f(input0Data[i], input1Data[0]));
}
} else { // both input contains more than one element，which means no scalar input
for (int i = 0; i < input0DataCount; i++) {
outputData[i] = (Tout)(f(input0Data[i], input1Data[i]));
}
}
}
template<typename V, int pack>
MNNBinaryExecute selectVector(int type) {
switch (type) {
case BinaryOpOperation_ADD:
return executeVec<VecBinaryAdd<V>, V, pack>;
case BinaryOpOperation_SUB:
return executeVec<VecBinarySub<V>, V, pack>;
case BinaryOpOperation_MUL:
return executeVec<VecBinaryMul<V>, V, pack>;
case BinaryOpOperation_MINIMUM:
return executeVec<VecBinaryMin<V>, V, pack>;
case BinaryOpOperation_MAXIMUM:
return executeVec<VecBinaryMax<V>, V, pack>;
case BinaryOpOperation_SquaredDifference:
return executeVec<VecBinarySqd<V>, V, pack>;
}
return nullptr;
}
};
| 30.850847 | 121 | 0.593781 | JujuDel |
ba971debe07ae6bf85e5bb426414ef350c87544d | 656 | hpp | C++ | SKM Client API/LicenseKeyChecker.hpp | svedi-travis/skm_temp | 1b10527a2f3ebd384575544100fe681bc19fa4b2 | [
"BSD-2-Clause"
] | null | null | null | SKM Client API/LicenseKeyChecker.hpp | svedi-travis/skm_temp | 1b10527a2f3ebd384575544100fe681bc19fa4b2 | [
"BSD-2-Clause"
] | null | null | null | SKM Client API/LicenseKeyChecker.hpp | svedi-travis/skm_temp | 1b10527a2f3ebd384575544100fe681bc19fa4b2 | [
"BSD-2-Clause"
] | null | null | null | #pragma once
#include "LicenseKey.hpp"
namespace serialkeymanager_com {
class LicenseKey;
class LicenseKeyChecker {
bool status_;
LicenseKey const* key_;
public:
LicenseKeyChecker(LicenseKey const* license_key);
explicit operator bool() const;
LicenseKeyChecker& has_feature(int feature);
LicenseKeyChecker& has_not_feature(int feature);
LicenseKeyChecker& has_expired(std::uint64_t now);
LicenseKeyChecker& has_not_expired(std::uint64_t now);
LicenseKeyChecker& is_blocked();
LicenseKeyChecker& is_not_blocked();
LicenseKeyChecker& is_on_right_machine(std::string const& machine_code);
};
} // namespace serialkeymanager_com
| 23.428571 | 74 | 0.78811 | svedi-travis |
ba9a652e5ede8f02f9268cd19443d68a886c13c0 | 167 | cpp | C++ | src/atcoder/abc008/a/sol_0.cpp | kagemeka/competitive-programming | c70fe481bcd518f507b885fc9234691d8ce63171 | [
"MIT"
] | 1 | 2021-07-11T03:20:10.000Z | 2021-07-11T03:20:10.000Z | src/atcoder/abc008/a/sol_0.cpp | kagemeka/competitive-programming | c70fe481bcd518f507b885fc9234691d8ce63171 | [
"MIT"
] | 39 | 2021-07-10T05:21:09.000Z | 2021-12-15T06:10:12.000Z | src/atcoder/abc008/a/sol_0.cpp | kagemeka/competitive-programming | c70fe481bcd518f507b885fc9234691d8ce63171 | [
"MIT"
] | null | null | null | #include <iostream>
using namespace std;
int main() {
ios::sync_with_stdio(false);
cin.tie(nullptr);
int s, t;
cin >> s >> t;
cout << t - s + 1 << '\n';
} | 13.916667 | 30 | 0.556886 | kagemeka |
ba9aadd959936566085482cd2733e0a624b3a33a | 5,077 | cpp | C++ | branch/old_angsys/angsys_beta1/source/angsys/angsys.shared/source/files/input_text_file.cpp | ChuyX3/angsys | 89b2eaee866bcfd11e66efda49b38acc7468c780 | [
"Apache-2.0"
] | null | null | null | branch/old_angsys/angsys_beta1/source/angsys/angsys.shared/source/files/input_text_file.cpp | ChuyX3/angsys | 89b2eaee866bcfd11e66efda49b38acc7468c780 | [
"Apache-2.0"
] | null | null | null | branch/old_angsys/angsys_beta1/source/angsys/angsys.shared/source/files/input_text_file.cpp | ChuyX3/angsys | 89b2eaee866bcfd11e66efda49b38acc7468c780 | [
"Apache-2.0"
] | null | null | null | /*********************************************************************************************************************/
/* File Name: input_text_file.cpp */
/* Author: Ing. Jesus Rocha <[email protected]>, July 2016. */
/* Copyright (C) Angsys, - All Rights Reserved */
/* Confidential Information of Angsys. Not for disclosure or distribution without the author's prior written */
/* consent. This file contains code, techniques and know-how which is confidential and proprietary to Jesus Rocha */
/* */
/*********************************************************************************************************************/
#include "pch.h"
#include "ang/core/files.h"
using namespace ang;
using namespace ang::streams;
using namespace ang::core::files;
input_text_file::input_text_file()
: file()
{
}
input_text_file::input_text_file(path_view path)
: input_text_file()
{
open(path);
}
input_text_file::~input_text_file()
{
close();
}
ANG_IMPLEMENT_BASIC_INTERFACE(ang::core::files::input_text_file, file);
bool input_text_file::open(path_view path)
{
if (is_valid())
return false;
if (!create(path, open_flags::access_in + open_flags::open_exist + open_flags::type_text))
return false;
return true;
}
text::encoding_t input_text_file::format()const
{
return hfile.is_empty() ? text::encoding::unknown : hfile->encoding().get();
}
file_cursor_t input_text_file::cursor()const
{
return hfile.is_empty() ? 0 : hfile->cursor();
}
void input_text_file::cursor(file_cursor_t offset, file_reference_t ref)
{
if (!hfile.is_empty())
hfile->cursor(ref, offset);
}
bool input_text_file::read(core::delegates::function<bool(streams::itext_input_stream_t)> func, file_cursor_t offset, wsize size)
{
ibuffer_t buff = map(min<wsize>((wsize)size, wsize(hfile->file_size() - offset)), offset);
if (buff.get() == null)
return false;
return func(new streams::text_buffer_input_stream(buff, hfile->encoding()));
}
//ang::core::async::iasync_t<bool> input_text_file::read_async(core::delegates::function<bool(streams::itext_input_stream_t)> func, file_cursor_t offset, wsize size)
//{
// add_ref();
// return core::async::async_task<bool>::run_async([=](async::iasync<bool>*, var_args_t)->bool
// {
// input_text_file_t _this = this;
// release();
//
// ibuffer_t buff = map(min<wsize>((wsize)size, wsize(hfile->file_size() - offset)), offset);
// if (buff.get() == null)
// return false;
// return func(new streams::text_buffer_input_stream(buff, hfile->encoding()));
// });
//}
wsize input_text_file::read(wstring& out, wsize count)
{
if (hfile.is_empty())
return 0U;
switch (hfile->encoding())
{
case text::encoding::ascii: {
string temp = new strings::string_buffer(count);
temp->length(hfile->read(count, temp->str()));
out = temp;
} return out->length();
case text::encoding::unicode: {
if (out.is_empty())
out = new strings::wstring_buffer(count);
else
out->realloc(count, false);
out->length(hfile->read(count * sizeof(wchar), out->str()) / sizeof(wchar));
} return out->length();
case text::encoding::utf_8: {
mstring temp = new strings::mstring_buffer(count);
temp->length(hfile->read(count, temp->str()));
out = temp;
} return out->length();
default:
return 0U;
}
}
wsize input_text_file::read(string& out, wsize count)
{
if (hfile.is_empty())
return 0U;
switch (hfile->encoding())
{
case text::encoding::unicode: {
wstring temp = new strings::wstring_buffer(count);
temp->length(hfile->read(count * sizeof(wchar), temp->str()) / sizeof(wchar));
out = temp;
} return out->length();
case text::encoding::ascii: {
if (out.is_empty())
out = new strings::string_buffer(count);
else
out->realloc(count, false);
out->length(hfile->read(count , out->str()));
} return out->length();
case text::encoding::utf_8: {
mstring temp = new strings::mstring_buffer(count);
temp->length(hfile->read(count, temp->str()));
out = temp;
} return out->length();
default:
return 0U;
}
}
wsize input_text_file::read(mstring& out, wsize count)
{
if (hfile.is_empty())
return 0U;
switch (hfile->encoding())
{
case text::encoding::unicode: {
wstring temp = new strings::wstring_buffer(count);
temp->length(hfile->read(count * sizeof(char_t), temp->str()) / sizeof(char_t));
out = temp;
} return out->length();
case text::encoding::utf_8: {
if (out.is_empty())
out = new strings::mstring_buffer(count);
else
out->realloc(count, false);
out->length(hfile->read(count, out->str()));
} return out->length();
case text::encoding::ascii: {
mstring temp = new strings::mstring_buffer(count);
temp->length(hfile->read(count, temp->str()));
out = temp;
} return out->length();
default:
return 0U;
}
}
| 30.401198 | 165 | 0.609415 | ChuyX3 |
ba9ba202a7ff2cdd3d8ea2127e6d9ed2e2256e84 | 13,234 | cc | C++ | src/arch/x86/bios/intelmp.cc | fei-shan/gem5-experiment | 70781db30d42b1fe50e495bd04f7755a4b0e0e59 | [
"BSD-3-Clause"
] | 1 | 2021-05-04T13:23:30.000Z | 2021-05-04T13:23:30.000Z | src/arch/x86/bios/intelmp.cc | fei-shan/gem5-experiment | 70781db30d42b1fe50e495bd04f7755a4b0e0e59 | [
"BSD-3-Clause"
] | 1 | 2021-04-17T17:13:56.000Z | 2021-04-17T17:13:56.000Z | src/arch/x86/bios/intelmp.cc | fei-shan/gem5-experiment | 70781db30d42b1fe50e495bd04f7755a4b0e0e59 | [
"BSD-3-Clause"
] | 1 | 2021-08-23T05:37:55.000Z | 2021-08-23T05:37:55.000Z | /*
* Copyright (c) 2008 The Hewlett-Packard Development Company
* All rights reserved.
*
* The license below extends only to copyright in the software and shall
* not be construed as granting a license to any other intellectual
* property including but not limited to intellectual property relating
* to a hardware implementation of the functionality of the software
* licensed hereunder. You may use the software subject to the license
* terms below provided that you ensure that this notice is replicated
* unmodified and in its entirety in all distributions of the software,
* modified or unmodified, in source code or in binary form.
*
* Redistribution and use in source and binary forms, with or without
* modification, are permitted provided that the following conditions are
* met: redistributions of source code must retain the above copyright
* notice, this list of conditions and the following disclaimer;
* redistributions in binary form must reproduce the above copyright
* notice, this list of conditions and the following disclaimer in the
* documentation and/or other materials provided with the distribution;
* neither the name of the copyright holders nor the names of its
* contributors may be used to endorse or promote products derived from
* this software without specific prior written permission.
*
* THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS
* "AS IS" AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT
* LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR
* A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL THE COPYRIGHT
* OWNER OR CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL,
* SPECIAL, EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT
* LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE,
* DATA, OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY
* THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT
* (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE
* OF THIS SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE.
*/
#include "arch/x86/bios/intelmp.hh"
#include "arch/x86/isa_traits.hh"
#include "base/logging.hh"
#include "base/types.hh"
#include "mem/port_proxy.hh"
#include "sim/byteswap.hh"
// Config entry types
#include "params/X86IntelMPBaseConfigEntry.hh"
#include "params/X86IntelMPExtConfigEntry.hh"
// General table structures
#include "params/X86IntelMPConfigTable.hh"
#include "params/X86IntelMPFloatingPointer.hh"
// Base entry types
#include "params/X86IntelMPBus.hh"
#include "params/X86IntelMPIOAPIC.hh"
#include "params/X86IntelMPIOIntAssignment.hh"
#include "params/X86IntelMPLocalIntAssignment.hh"
#include "params/X86IntelMPProcessor.hh"
// Extended entry types
#include "params/X86IntelMPAddrSpaceMapping.hh"
#include "params/X86IntelMPBusHierarchy.hh"
#include "params/X86IntelMPCompatAddrSpaceMod.hh"
const char X86ISA::IntelMP::FloatingPointer::signature[] = "_MP_";
template<class T>
uint8_t
writeOutField(PortProxy& proxy, Addr addr, T val)
{
uint64_t guestVal = htole(val);
proxy.writeBlob(addr, &guestVal, sizeof(T));
uint8_t checkSum = 0;
while (guestVal) {
checkSum += guestVal;
guestVal >>= 8;
}
return checkSum;
}
uint8_t
writeOutString(PortProxy& proxy, Addr addr, std::string str, int length)
{
char cleanedString[length + 1];
cleanedString[length] = 0;
if (str.length() > length) {
memcpy(cleanedString, str.c_str(), length);
warn("Intel MP configuration table string \"%s\" "
"will be truncated to \"%s\".\n", str, (char *)&cleanedString);
} else {
memcpy(cleanedString, str.c_str(), str.length());
memset(cleanedString + str.length(), 0, length - str.length());
}
proxy.writeBlob(addr, &cleanedString, length);
uint8_t checkSum = 0;
for (int i = 0; i < length; i++)
checkSum += cleanedString[i];
return checkSum;
}
Addr
X86ISA::IntelMP::FloatingPointer::writeOut(PortProxy& proxy, Addr addr)
{
// Make sure that either a config table is present or a default
// configuration was found but not both.
if (!tableAddr && !defaultConfig)
fatal("Either an MP configuration table or a default configuration "
"must be used.");
if (tableAddr && defaultConfig)
fatal("Both an MP configuration table and a default configuration "
"were set.");
uint8_t checkSum = 0;
proxy.writeBlob(addr, signature, 4);
for (int i = 0; i < 4; i++)
checkSum += signature[i];
checkSum += writeOutField(proxy, addr + 4, tableAddr);
// The length of the structure in paragraphs, aka 16 byte chunks.
uint8_t length = 1;
proxy.writeBlob(addr + 8, &length, 1);
checkSum += length;
proxy.writeBlob(addr + 9, &specRev, 1);
checkSum += specRev;
proxy.writeBlob(addr + 11, &defaultConfig, 1);
checkSum += defaultConfig;
uint32_t features2_5 = imcrPresent ? (1 << 7) : 0;
checkSum += writeOutField(proxy, addr + 12, features2_5);
checkSum = -checkSum;
proxy.writeBlob(addr + 10, &checkSum, 1);
return 16;
}
X86ISA::IntelMP::FloatingPointer::FloatingPointer(const Params &p) :
SimObject(p), tableAddr(0), specRev(p.spec_rev),
defaultConfig(p.default_config), imcrPresent(p.imcr_present)
{}
Addr
X86ISA::IntelMP::BaseConfigEntry::writeOut(PortProxy& proxy,
Addr addr, uint8_t &checkSum)
{
proxy.writeBlob(addr, &type, 1);
checkSum += type;
return 1;
}
X86ISA::IntelMP::BaseConfigEntry::BaseConfigEntry(
const Params &p, uint8_t _type) :
SimObject(p), type(_type)
{}
Addr
X86ISA::IntelMP::ExtConfigEntry::writeOut(PortProxy& proxy,
Addr addr, uint8_t &checkSum)
{
proxy.writeBlob(addr, &type, 1);
checkSum += type;
proxy.writeBlob(addr + 1, &length, 1);
checkSum += length;
return 1;
}
X86ISA::IntelMP::ExtConfigEntry::ExtConfigEntry(const Params &p,
uint8_t _type, uint8_t _length) :
SimObject(p), type(_type), length(_length)
{}
const char X86ISA::IntelMP::ConfigTable::signature[] = "PCMP";
Addr
X86ISA::IntelMP::ConfigTable::writeOut(PortProxy& proxy, Addr addr)
{
uint8_t checkSum = 0;
proxy.writeBlob(addr, signature, 4);
for (int i = 0; i < 4; i++)
checkSum += signature[i];
// Base table length goes here but will be calculated later.
proxy.writeBlob(addr + 6, &specRev, 1);
checkSum += specRev;
// The checksum goes here but is still being calculated.
checkSum += writeOutString(proxy, addr + 8, oemID, 8);
checkSum += writeOutString(proxy, addr + 16, productID, 12);
checkSum += writeOutField(proxy, addr + 28, oemTableAddr);
checkSum += writeOutField(proxy, addr + 32, oemTableSize);
checkSum += writeOutField(proxy, addr + 34, (uint16_t)baseEntries.size());
checkSum += writeOutField(proxy, addr + 36, localApic);
uint8_t reserved = 0;
proxy.writeBlob(addr + 43, &reserved, 1);
checkSum += reserved;
std::vector<BaseConfigEntry *>::iterator baseEnt;
uint16_t offset = 44;
for (baseEnt = baseEntries.begin();
baseEnt != baseEntries.end(); baseEnt++) {
offset += (*baseEnt)->writeOut(proxy, addr + offset, checkSum);
}
// We've found the end of the base table this point.
checkSum += writeOutField(proxy, addr + 4, offset);
std::vector<ExtConfigEntry *>::iterator extEnt;
uint16_t extOffset = 0;
uint8_t extCheckSum = 0;
for (extEnt = extEntries.begin();
extEnt != extEntries.end(); extEnt++) {
extOffset += (*extEnt)->writeOut(proxy,
addr + offset + extOffset, extCheckSum);
}
checkSum += writeOutField(proxy, addr + 40, extOffset);
extCheckSum = -extCheckSum;
checkSum += writeOutField(proxy, addr + 42, extCheckSum);
// And now, we finally have the whole check sum completed.
checkSum = -checkSum;
writeOutField(proxy, addr + 7, checkSum);
return offset + extOffset;
};
X86ISA::IntelMP::ConfigTable::ConfigTable(const Params &p) : SimObject(p),
specRev(p.spec_rev), oemID(p.oem_id), productID(p.product_id),
oemTableAddr(p.oem_table_addr), oemTableSize(p.oem_table_size),
localApic(p.local_apic),
baseEntries(p.base_entries), extEntries(p.ext_entries)
{}
Addr
X86ISA::IntelMP::Processor::writeOut(
PortProxy& proxy, Addr addr, uint8_t &checkSum)
{
BaseConfigEntry::writeOut(proxy, addr, checkSum);
checkSum += writeOutField(proxy, addr + 1, localApicID);
checkSum += writeOutField(proxy, addr + 2, localApicVersion);
checkSum += writeOutField(proxy, addr + 3, cpuFlags);
checkSum += writeOutField(proxy, addr + 4, cpuSignature);
checkSum += writeOutField(proxy, addr + 8, featureFlags);
uint32_t reserved = 0;
proxy.writeBlob(addr + 12, &reserved, 4);
proxy.writeBlob(addr + 16, &reserved, 4);
return 20;
}
X86ISA::IntelMP::Processor::Processor(const Params &p) : BaseConfigEntry(p, 0),
localApicID(p.local_apic_id), localApicVersion(p.local_apic_version),
cpuFlags(0), cpuSignature(0), featureFlags(p.feature_flags)
{
if (p.enable)
cpuFlags |= (1 << 0);
if (p.bootstrap)
cpuFlags |= (1 << 1);
replaceBits(cpuSignature, 3, 0, p.stepping);
replaceBits(cpuSignature, 7, 4, p.model);
replaceBits(cpuSignature, 11, 8, p.family);
}
Addr
X86ISA::IntelMP::Bus::writeOut(
PortProxy& proxy, Addr addr, uint8_t &checkSum)
{
BaseConfigEntry::writeOut(proxy, addr, checkSum);
checkSum += writeOutField(proxy, addr + 1, busID);
checkSum += writeOutString(proxy, addr + 2, busType, 6);
return 8;
}
X86ISA::IntelMP::Bus::Bus(const Params &p) : BaseConfigEntry(p, 1),
busID(p.bus_id), busType(p.bus_type)
{}
Addr
X86ISA::IntelMP::IOAPIC::writeOut(
PortProxy& proxy, Addr addr, uint8_t &checkSum)
{
BaseConfigEntry::writeOut(proxy, addr, checkSum);
checkSum += writeOutField(proxy, addr + 1, id);
checkSum += writeOutField(proxy, addr + 2, version);
checkSum += writeOutField(proxy, addr + 3, flags);
checkSum += writeOutField(proxy, addr + 4, address);
return 8;
}
X86ISA::IntelMP::IOAPIC::IOAPIC(const Params &p) : BaseConfigEntry(p, 2),
id(p.id), version(p.version), flags(0), address(p.address)
{
if (p.enable)
flags |= 1;
}
Addr
X86ISA::IntelMP::IntAssignment::writeOut(
PortProxy& proxy, Addr addr, uint8_t &checkSum)
{
BaseConfigEntry::writeOut(proxy, addr, checkSum);
checkSum += writeOutField(proxy, addr + 1, interruptType);
checkSum += writeOutField(proxy, addr + 2, flags);
checkSum += writeOutField(proxy, addr + 4, sourceBusID);
checkSum += writeOutField(proxy, addr + 5, sourceBusIRQ);
checkSum += writeOutField(proxy, addr + 6, destApicID);
checkSum += writeOutField(proxy, addr + 7, destApicIntIn);
return 8;
}
X86ISA::IntelMP::IOIntAssignment::IOIntAssignment(const Params &p) :
IntAssignment(p, p.interrupt_type, p.polarity, p.trigger, 3,
p.source_bus_id, p.source_bus_irq,
p.dest_io_apic_id, p.dest_io_apic_intin)
{}
X86ISA::IntelMP::LocalIntAssignment::LocalIntAssignment(const Params &p) :
IntAssignment(p, p.interrupt_type, p.polarity, p.trigger, 4,
p.source_bus_id, p.source_bus_irq,
p.dest_local_apic_id, p.dest_local_apic_intin)
{}
Addr
X86ISA::IntelMP::AddrSpaceMapping::writeOut(
PortProxy& proxy, Addr addr, uint8_t &checkSum)
{
ExtConfigEntry::writeOut(proxy, addr, checkSum);
checkSum += writeOutField(proxy, addr + 2, busID);
checkSum += writeOutField(proxy, addr + 3, addrType);
checkSum += writeOutField(proxy, addr + 4, addr);
checkSum += writeOutField(proxy, addr + 12, addrLength);
return length;
}
X86ISA::IntelMP::AddrSpaceMapping::AddrSpaceMapping(const Params &p) :
ExtConfigEntry(p, 128, 20),
busID(p.bus_id), addrType(p.address_type),
addr(p.address), addrLength(p.length)
{}
Addr
X86ISA::IntelMP::BusHierarchy::writeOut(
PortProxy& proxy, Addr addr, uint8_t &checkSum)
{
ExtConfigEntry::writeOut(proxy, addr, checkSum);
checkSum += writeOutField(proxy, addr + 2, busID);
checkSum += writeOutField(proxy, addr + 3, info);
checkSum += writeOutField(proxy, addr + 4, parentBus);
uint32_t reserved = 0;
proxy.writeBlob(addr + 5, &reserved, 3);
return length;
}
X86ISA::IntelMP::BusHierarchy::BusHierarchy(const Params &p) :
ExtConfigEntry(p, 129, 8),
busID(p.bus_id), info(0), parentBus(p.parent_bus)
{
if (p.subtractive_decode)
info |= 1;
}
Addr
X86ISA::IntelMP::CompatAddrSpaceMod::writeOut(
PortProxy& proxy, Addr addr, uint8_t &checkSum)
{
ExtConfigEntry::writeOut(proxy, addr, checkSum);
checkSum += writeOutField(proxy, addr + 2, busID);
checkSum += writeOutField(proxy, addr + 3, mod);
checkSum += writeOutField(proxy, addr + 4, rangeList);
return length;
}
X86ISA::IntelMP::CompatAddrSpaceMod::CompatAddrSpaceMod(const Params &p) :
ExtConfigEntry(p, 130, 8),
busID(p.bus_id), mod(0), rangeList(p.range_list)
{
if (p.add)
mod |= 1;
}
| 33.335013 | 79 | 0.689134 | fei-shan |
baa6137d5acc4efed5439500ba49d1ef13fe9643 | 985 | cpp | C++ | Chapter11/dtime/timedemo.cpp | yapbenzet/absolute-c-plusplus | 67adef6c177e7ef3c71406cd26cef2a944fd0d19 | [
"MIT"
] | 1 | 2019-08-13T17:51:24.000Z | 2019-08-13T17:51:24.000Z | Chapter11/dtime/timedemo.cpp | yapbenzet/absolute-c-plusplus | 67adef6c177e7ef3c71406cd26cef2a944fd0d19 | [
"MIT"
] | null | null | null | Chapter11/dtime/timedemo.cpp | yapbenzet/absolute-c-plusplus | 67adef6c177e7ef3c71406cd26cef2a944fd0d19 | [
"MIT"
] | 1 | 2020-06-05T13:37:56.000Z | 2020-06-05T13:37:56.000Z | #include <iostream>
#include "dtime.h"
void readHour(int& theHour);
int main() {
using DTimeSavitch::DigitalTime;
using std::cout;
using std::cin;
using std::endl;
int theHour;
readHour(theHour);
DigitalTime clock(theHour, 0), oldClock;
oldClock = clock;
clock.advance(15);
if(clock == oldClock) {
cout << "Something is wrong." << endl;
}
cout << "You entered " << oldClock << endl;
cout << "15 minutes later the time will be " << clock << endl;
clock.advance(2, 15);
cout << "2 hours and 15 minutes after that " << endl
<< "the time will be " << clock << endl;
return 0;
}
void readHour(int &theHour) {
using std::cout;
using std::cin;
using std::endl;
cout << "Let's play a time game." << endl
<< "Let's pretend the hour has just changed." << endl
<< "You may write midnight as a either 0 or 24," << endl
<< "but, I will always write it as 0." << endl
<< "Enter the hour as a number (0 to 24): ";
cin >> theHour;
}
| 20.957447 | 64 | 0.616244 | yapbenzet |
bab264266851030e48a843133ebbdcc58a9d13d7 | 9,899 | cpp | C++ | Simbody/examples/ExampleBricardMechanism.cpp | elen4/simbody | 3ddbc16323afa45b7698c38e07266a7de15e2ad2 | [
"Apache-2.0"
] | 2 | 2020-01-15T05:03:30.000Z | 2021-01-16T06:18:47.000Z | Simbody/examples/ExampleBricardMechanism.cpp | sohapouya/simbody | 3729532453b22ffa3693962210941184f5617f5b | [
"Apache-2.0"
] | null | null | null | Simbody/examples/ExampleBricardMechanism.cpp | sohapouya/simbody | 3729532453b22ffa3693962210941184f5617f5b | [
"Apache-2.0"
] | 1 | 2021-09-24T15:20:36.000Z | 2021-09-24T15:20:36.000Z | /* -------------------------------------------------------------------------- *
* Simbody(tm) Example: Bricard Mechanism *
* -------------------------------------------------------------------------- *
* This is part of the SimTK biosimulation toolkit originating from *
* Simbios, the NIH National Center for Physics-Based Simulation of *
* Biological Structures at Stanford, funded under the NIH Roadmap for *
* Medical Research, grant U54 GM072970. See https://simtk.org/home/simbody. *
* *
* Portions copyright (c) 2010-12 Stanford University and the Authors. *
* Authors: Michael Sherman *
* Contributors: Moonki Jung *
* *
* Licensed under the Apache License, Version 2.0 (the "License"); you may *
* not use this file except in compliance with the License. You may obtain a *
* copy of the License at http://www.apache.org/licenses/LICENSE-2.0. *
* *
* Unless required by applicable law or agreed to in writing, software *
* distributed under the License is distributed on an "AS IS" BASIS, *
* WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. *
* See the License for the specific language governing permissions and *
* limitations under the License. *
* -------------------------------------------------------------------------- */
#include "Simbody.h"
#include <fstream>
#include <iostream>
using std::cout; using std::endl;
using namespace SimTK;
/* Note: this example is due to Moonki Jung from Seoul National University's
Human-Centered CAD Laboratory. See SimTK Core open-discussion forum startin
g 2/4/2010 with message 3292. Moonki kindly gave us permission to include this
very difficult mechanism as a test case for Simbody and as a user example. The
Bricard mechanism is particularly difficult because it has six mobilities and
six constraints but has one net degree of freedom. Thus one of the constraints
is redundant; but it is not any particular one. The mechanism must be perfectly
aligned in order to move, but in practice we can only satisfy the position
constraints approximately. This can hide the redundancy, causing the mechanism
to appear to have zero dofs and thus lock up. */
class EnergyReport : public PeriodicEventReporter {
public:
EnergyReport(const MultibodySystem& system, Real interval)
: PeriodicEventReporter(interval), system(system) {}
void handleEvent(const State& s) const {
cout << "\n*** t=" << s.getTime()
<< " ke=" << system.calcKineticEnergy(s)
<< " E=" << system.calcEnergy(s)
<< endl;
cout << " u=" << s.getU() << "\n";
cout << " uerr=" << s.getUErr() << "\n\n";
}
private:
const MultibodySystem& system;
};
int main()
{
try {
const String currentWorkingDir = Pathname::getCurrentWorkingDirectory();
std::cout << "Current working directory: " << currentWorkingDir << std::endl;
MultibodySystem system;
SimbodyMatterSubsystem matter(system);
GeneralForceSubsystem forces(system);
Force::Gravity gravity(forces, matter, UnitVec3(0, -1, 0), 9.8);
const Real Mass = 20;
const Vec3 EvenCOM(1.00000000, -0.16416667, -0.16416667);
const Vec3 OddCOM(1.00000000, 0.16416667, -0.16416667);
const Inertia EvenCentralInertia
( 3.33400000, 28.33366667, 28.33366667, // xx, yy, zz
-4.96666667, -1.60000000, -0.03333333); // xy, xz, yz
const Inertia OddCentralInertia
( 3.33400000, 28.33366667, 28.33366667, // xx, yy, zz
4.96666667, -1.60000000, 0.03333333); // xy, xz, yz
// Inertias must be given about the body origin.
const Inertia EvenBodyInertia =
EvenCentralInertia.shiftFromMassCenter(-EvenCOM, Mass);
const Inertia OddBodyInertia =
OddCentralInertia.shiftFromMassCenter(-OddCOM, Mass);
Body::Rigid EVEN_PART_1(MassProperties(Mass, EvenCOM, EvenBodyInertia));
Body::Rigid EVEN_PART_2(MassProperties(Mass, EvenCOM, EvenBodyInertia));
Body::Rigid EVEN_PART_3(MassProperties(Mass, EvenCOM, EvenBodyInertia));
Body::Rigid ODD_PART_1(MassProperties(Mass, OddCOM, OddBodyInertia));
Body::Rigid ODD_PART_2(MassProperties(Mass, OddCOM, OddBodyInertia));
// Split the last body and weld back together to close loop.
Body::Rigid ODD_PART_3_HALF1(MassProperties(Mass/2, OddCOM,
OddBodyInertia/2));
Body::Rigid ODD_PART_3_HALF2(MassProperties(Mass/2, OddCOM,
OddBodyInertia/2));
std::ifstream file1, file2;
PolygonalMesh Mesh1; file1.open("Bricard_EVEN_PART.obj");
if (!file1.good()) {
std::cout << "Couldn't open file 'Bricard_EVEN_PART.obj' in current working directory "
<< currentWorkingDir << std::endl;
exit(1);
}
Mesh1.loadObjFile(file1); file1.close();
PolygonalMesh Mesh2; file2.open("Bricard_ODD_PART.obj");
if (!file2.good()) {
std::cout << "Couldn't open file 'Bricard_ODD_PART.obj' in current working directory "
<< currentWorkingDir << std::endl;
exit(1);
}
Mesh2.loadObjFile(file2); file2.close();
EVEN_PART_1.addDecoration(Transform(), DecorativeMesh(Mesh1).setColor(Vec3(0.00000000, 1.00000000, 0.00000000)));
EVEN_PART_2.addDecoration(Transform(), DecorativeMesh(Mesh1).setColor(Vec3(1.00000000, 0.00000000, 1.00000000)));
EVEN_PART_3.addDecoration(Transform(), DecorativeMesh(Mesh1).setColor(Vec3(1.00000000, 1.00000000, 0.00000000)));
ODD_PART_1.addDecoration(Transform(), DecorativeMesh(Mesh2).setColor(Vec3(1.00000000, 0.00000000, 0.00000000)));
ODD_PART_2.addDecoration(Transform(), DecorativeMesh(Mesh2).setColor(Vec3(0.00000000, 0.00000000, 1.00000000)));
ODD_PART_3_HALF1.addDecoration(Transform(), DecorativeMesh(Mesh2).setColor(Vec3(0.00000000, 1.00000000, 1.00000000)));
MobilizedBody::Weld EVEN_PART_1_body(matter.updGround(), Transform(Rotation(Mat33(1,0,0,0,-1,0,0,0,-1)), Vec3(0, 0, 0))
,EVEN_PART_1, Transform());
MobilizedBody::Pin ODD_PART_1_body(EVEN_PART_1_body, Transform(Rotation(Mat33(0,-1,0,1,0,0,0,0,1)), Vec3(0, 0, 0))
,ODD_PART_1, Transform(Rotation(Mat33(0,-1,0,1,0,0,0,0,1)), Vec3(0,0,0)));
MobilizedBody::Pin EVEN_PART_2_body(ODD_PART_1_body, Transform(Rotation(Mat33(0,-1,0,0,0,1,-1,0,0)), Vec3(2, 0, 0))
,EVEN_PART_2, Transform(Rotation(Mat33(0,-1,0,-1,0,0,0,0,-1)), Vec3(0,0,0)));
MobilizedBody::Pin ODD_PART_2_body(EVEN_PART_1_body, Transform(Rotation(Mat33(0,-1,0,0,0,1,-1,0,0)), Vec3(2, 0, 0))
,ODD_PART_2, Transform(Rotation(Mat33(0,-1,0,1,0,0,0,0,1)), Vec3(0,0,0)));
MobilizedBody::Pin EVEN_PART_3_body(ODD_PART_2_body, Transform(Rotation(Mat33(0,-1,0,0,0,1,-1,0,0)), Vec3(2, 0, 0))
,EVEN_PART_3, Transform(Rotation(Mat33(0,-1,0,0,0,-1,1,0,0)), Vec3(2,0,0)));
MobilizedBody::Pin ODD_PART_3_HALF1_body(EVEN_PART_3_body, Transform(Rotation(Mat33(0,-1,0,-1,0,0,0,0,-1)), Vec3(0, 0, 0))
,ODD_PART_3_HALF1, Transform(Rotation(Mat33(0,-1,0,0,0,1,-1,0,0)), Vec3(2,0,0)));
MobilizedBody::Pin ODD_PART_3_HALF2_body(EVEN_PART_2_body, Transform(Rotation(Mat33(0,-1,0,0,0,1,-1,0,0)), Vec3(2, 0, 0))
,ODD_PART_3_HALF2, Transform(Rotation(Mat33(0,-1,0,1,0,0,0,0,1)), Vec3(0,0,0)));
Constraint::Weld ODD_PART_3_UNION(ODD_PART_3_HALF1_body, Transform(), ODD_PART_3_HALF2_body, Transform());
//Constraint::ConstantSpeed motion(EVEN_PART_3_body, -.1);
//Force::MobilityLinearSpring frc(forces, EVEN_PART_3_body,
// MobilizerUIndex(0), 100, 0);
Visualizer viz(system);
viz.setCameraTransform(Vec3(0.5,0.5,0.5));
viz.pointCameraAt(Vec3(0), Vec3(0,1,0));
viz.setBackgroundType(Visualizer::SolidColor);
system.addEventReporter(new Visualizer::Reporter(viz, 1./30));
system.addEventReporter(new EnergyReport(system, .01));
system.realizeTopology();
State state = system.getDefaultState();
// Set initial states (Q's and U's)
// Position
ODD_PART_1_body.setOneQ(state, 0, 180.0*Pi/180.0);
EVEN_PART_3_body.setOneQ(state, 0, 180.0*Pi/180.0);
ODD_PART_3_HALF2_body.setOneQ(state, 0, 0.0*Pi/180.0);
EVEN_PART_2_body.setOneQ(state, 0, -120.0*Pi/180.0);
ODD_PART_2_body.setOneQ(state, 0, -120.0*Pi/180.0);
ODD_PART_3_HALF1_body.setOneQ(state, 0, 120.0*Pi/180.0);
// Velocity
ODD_PART_1_body.setOneU(state,0, -11.2);
//RungeKuttaMersonIntegrator integ(system);
RungeKutta3Integrator integ(system);
//RungeKuttaFeldbergIntegrator integ(system);
//VerletIntegrator integ(system);
//CPodesIntegrator integ(system);
// Accuracy needs to be fairly tight to avoid lockup that would occur
// if the constraints were allowed to drift.
integ.setAccuracy(1e-5);
//integ.setConstraintTolerance(1e-8);
integ.initialize(state);
const double startCPU = cpuTime(), startReal = realTime();
TimeStepper ts(system, integ);
ts.initialize(state);
ts.stepTo(20.0);
cout << "DONE. CPU=" << cpuTime()-startCPU
<< "s, REAL=" << realTime()-startReal << "s\n";
printf("Used Integrator %s at accuracy %g:\n",
integ.getMethodName(), integ.getAccuracyInUse());
printf("# STEPS/ATTEMPTS = %d/%d\n", integ.getNumStepsTaken(), integ.getNumStepsAttempted());
printf("# ERR TEST FAILS = %d\n", integ.getNumErrorTestFailures());
printf("# REALIZE/PROJECT = %d/%d\n", integ.getNumRealizations(), integ.getNumProjections());
} catch (const std::exception& e) {
std::cout << "std::exception: " << e.what() << std::endl;
} catch (...) {
std::cout << "UNKNOWN EXCEPTION\n";
}
return 0;
}
| 45.617512 | 123 | 0.649156 | elen4 |
bab2ec233075ba676dff8d0e42de010ef64bf5eb | 5,202 | cpp | C++ | src/lib/corelib/refstring.cpp | millimoji/ribbon | 59e6659848f5edc435d58078f0cdcd805daf9f3f | [
"MIT"
] | null | null | null | src/lib/corelib/refstring.cpp | millimoji/ribbon | 59e6659848f5edc435d58078f0cdcd805daf9f3f | [
"MIT"
] | null | null | null | src/lib/corelib/refstring.cpp | millimoji/ribbon | 59e6659848f5edc435d58078f0cdcd805daf9f3f | [
"MIT"
] | null | null | null | #include "pch.h"
namespace Ribbon {
namespace RefStringInternal {
static const size_t STRINGBLOCKSIZE = 0x4000;
struct StringBuffer
{
uint64_t buf[STRINGBLOCKSIZE / sizeof(uint64_t)];
};
template <size_t ELEMENTSIZE>
union StringMemoryBuffer
{
uint64_t buf[ELEMENTSIZE / sizeof(uint64_t)];
StringMemoryBuffer* prev;
static const int blockSize = ELEMENTSIZE;
static const int countInBlock = static_cast<int>(STRINGBLOCKSIZE / ELEMENTSIZE);
static const int maxLength = static_cast<int>((ELEMENTSIZE - sizeof(StringMemoryImage)) / sizeof(char16_t));
};
struct StringMemoryManager
{
static StringMemoryManager* singleton; // Life time is manged by reference counter.
static void Ensure()
{
if (!singleton) {
singleton = new StringMemoryManager();
}
}
static void Clean()
{
if (singleton) {
delete singleton;
}
singleton = nullptr;
}
std::deque<std::unique_ptr<StringBuffer>> m_alloc; // just for free
StringMemoryBuffer<16>* m_last16ptr = nullptr;
StringMemoryBuffer<32>* m_last32ptr = nullptr;
StringMemoryBuffer<64>* m_last64ptr = nullptr;
StringMemoryBuffer<128>* m_last128ptr = nullptr;
StringMemoryBuffer<256>* m_last256ptr = nullptr;
std::mutex m_lock;
std::atomic_int m_activeInstanceCount;
StringMemoryManager() :
m_activeInstanceCount(0)
{}
~StringMemoryManager() {}
template <class T>
StringMemoryImage* AllocateForEachSize(T*& lastPtr)
{
std::lock_guard<std::mutex> lock(m_lock);
if (lastPtr == nullptr) {
m_alloc.emplace_back(new StringBuffer);
T* fillTop = reinterpret_cast<T*>(m_alloc.back()->buf);
fillTop[0].prev = nullptr;
for (int i = 1; i < T::countInBlock; ++i) {
fillTop[i].prev = &fillTop[i - 1];
}
lastPtr = &fillTop[T::countInBlock - 1];
}
StringMemoryImage* ptr = reinterpret_cast<StringMemoryImage*>(lastPtr);
lastPtr = lastPtr->prev;
++m_activeInstanceCount;
return ptr;
}
template <class T>
void ReleaseForEachSize(StringMemoryImage* ptr, T*& lastPtr)
{
{
std::lock_guard<std::mutex> lock(m_lock);
T* rawPtr = reinterpret_cast<T*>(ptr);
rawPtr->prev = lastPtr;
lastPtr = rawPtr;
}
if (--m_activeInstanceCount == 0) {
StringMemoryManager::Clean();
}
}
StringMemoryImage* Allocate(size_t length)
{
StringMemoryImage* ptr;
if (length <= StringMemoryBuffer<16>::maxLength) {
ptr = AllocateForEachSize<StringMemoryBuffer<16>>(m_last16ptr);
}
else if (length <= StringMemoryBuffer<32>::maxLength) {
ptr = AllocateForEachSize<StringMemoryBuffer<32>>(m_last32ptr);
}
else if (length <= StringMemoryBuffer<64>::maxLength) {
ptr = AllocateForEachSize<StringMemoryBuffer<64>>(m_last64ptr);
}
else if (length <= StringMemoryBuffer<128>::maxLength) {
ptr = AllocateForEachSize<StringMemoryBuffer<128>>(m_last128ptr);
}
else if (length <= StringMemoryBuffer<256>::maxLength) {
ptr = AllocateForEachSize<StringMemoryBuffer<256>>(m_last256ptr);
}
else {
size_t allocSize = sizeof(StringMemoryImage) + length * sizeof(char16_t);
ptr = reinterpret_cast<StringMemoryImage*>(malloc(allocSize));
++m_activeInstanceCount;
}
ptr->m_refCount = 1;
ptr->m_length = static_cast<uint16_t>(length);
ptr->m_str[0] = 0;
return ptr;
}
void Release(StringMemoryImage* ptr)
{
if (ptr->m_length <= StringMemoryBuffer<16>::maxLength) {
ReleaseForEachSize<StringMemoryBuffer<16>>(ptr, m_last16ptr);
}
else if (ptr->m_length <= StringMemoryBuffer<32>::maxLength) {
ReleaseForEachSize<StringMemoryBuffer<32>>(ptr, m_last32ptr);
}
else if (ptr->m_length <= StringMemoryBuffer<64>::maxLength) {
ReleaseForEachSize<StringMemoryBuffer<64>>(ptr, m_last64ptr);
}
else if (ptr->m_length <= StringMemoryBuffer<128>::maxLength) {
ReleaseForEachSize<StringMemoryBuffer<128>>(ptr, m_last128ptr);
}
else if (ptr->m_length <= StringMemoryBuffer<256>::maxLength) {
ReleaseForEachSize<StringMemoryBuffer<256>>(ptr, m_last256ptr);
}
else {
free(ptr);
if (--m_activeInstanceCount == 0) {
StringMemoryManager::Clean();
}
}
}
StringMemoryManager(const StringMemoryManager&) = delete;
StringMemoryManager& operator = (const StringMemoryManager&) = delete;
StringMemoryManager(StringMemoryManager&&) = delete;
};
StringMemoryManager* StringMemoryManager::singleton;
uint32_t StringMemoryImage::DecrementReference()
{
uint32_t refCount = --m_refCount;
if (refCount == 0) {
RefStringInternal::StringMemoryManager::singleton->Release(this);
}
return refCount;
}
} // namespace RefStringInternal
char16_t RefString::Length0Text[] = u"";
RefString::RefString(const char16_t* src, size_t length) :
m_ptr(nullptr)
{
length = std::min(length, static_cast<size_t>(0x7ffe));
if (length > 0) {
RefStringInternal::StringMemoryManager::Ensure();
m_ptr = RefStringInternal::StringMemoryManager::singleton->Allocate(static_cast<uint16_t>(length));
memcpy(m_ptr->m_str, src, length * sizeof(char16_t));
m_ptr->m_str[length] = 0;
}
}
/*static*/ uint32_t RefString::GetActiveInstanceCount()
{
if (RefStringInternal::StringMemoryManager::singleton == nullptr) {
return 0;
}
return (uint32_t)RefStringInternal::StringMemoryManager::singleton->m_activeInstanceCount;
}
} // Ribbon
| 27.967742 | 109 | 0.72549 | millimoji |
3bf87b4a380c744cc508f4b4ad92fbad263f6720 | 5,393 | hpp | C++ | sph_yamauchi/run/hdr_bhns.hpp | yamauchi1132/Research_Codes | c9e104f8592277cb4aa5c479b014c78c702a0939 | [
"FSFAP"
] | null | null | null | sph_yamauchi/run/hdr_bhns.hpp | yamauchi1132/Research_Codes | c9e104f8592277cb4aa5c479b014c78c702a0939 | [
"FSFAP"
] | null | null | null | sph_yamauchi/run/hdr_bhns.hpp | yamauchi1132/Research_Codes | c9e104f8592277cb4aa5c479b014c78c702a0939 | [
"FSFAP"
] | null | null | null | class BlackHoleNeutronStar : public SPH {
public:
PS::S64 istar;
PS::F64 eps;
PS::F64 size;
BlackHoleNeutronStar() {
this->id = 0;
this->mass = 0.;
this->pos = 0.;
this->vel = 0.;
this->vel2 = 0.;
this->acc = 0.;
this->uene = 0.;
this->uene2 = 0.;
this->udot = 0.;
this->alph = 0.;
this->alph2 = 0.;
this->adot = 0.;
this->alphu = 0.;
this->alphu2 = 0.;
this->adotu = 0.;
this->diffu = 0.;
this->vol = 0.;
this->ksr = 0.;
this->rs = 0.;
this->dens = 0.;
this->pres = 0.;
this->vsnd = 0.;
this->divv = 0.;
this->rotv = 0.;
this->bswt = 0.;
this->np = 0;
this->grdh = 0.;
this->vsmx = 0.;
this->pot = 0.;
this->acch = 0.;
this->accg1 = 0.;
this->accg2 = 0.;
this->eta = 0.;
this->abar = 0.;
this->zbar = 0.;
this->umin = 0.;
this->istar = 0.;
this->eps = 0.;
this->size = 0.;
}
void copyFromForce(const Gravity & gravity);
void readAscii(FILE * fp) {
using namespace CodeUnit;
fscanf(fp, "%lld%lld%lf%lf%lf%lf%lf%lf%lf%lf",
&this->id, &this->istar, &this->mass,
&this->pos[0], &this->pos[1], &this->pos[2],
&this->vel[0], &this->vel[1], &this->vel[2],
&this->eps);
this->mass *= UnitOfMassInv;
this->pos *= UnitOfLengthInv;
this->vel *= UnitOfVelocityInv;
this->eps *= UnitOfLengthInv;
}
void writeAscii(FILE *fp) const {
using namespace CodeUnit;
PS::F64 tmass = this->mass * UnitOfMass;
PS::F64vec tpos = this->pos * UnitOfLength;
PS::F64vec tvel = this->vel * UnitOfVelocity;
PS::F64vec tacc = this->acc * UnitOfAcceleration;
PS::F64 teps = this->eps * UnitOfLength;
PS::F64 tpot = this->pot * UnitOfEnergy;
fprintf(fp, "%6d %2d %+e", this->id, this->istar, tmass); // 3
fprintf(fp, " %+e %+e %+e", tpos[0], tpos[1], tpos[2]); // 6
fprintf(fp, " %+e %+e %+e", tvel[0], tvel[1], tvel[2]); // 9
fprintf(fp, " %+e %+e %+e", tacc[0], tacc[1], tacc[2]); // 12
fprintf(fp, " %+e %+e", teps, tpot); // 14
if(RP::FlagDamping == 2) {
PS::F64vec tomg = RP::RotationalVelocity * UnitOfTimeInv;
PS::F64vec tvec = tomg ^ tpos;
fprintf(fp, " %+e", tpot - 0.5 * (tvec * tvec)); // 15
}
fprintf(fp, "\n");
}
void readHexa(FILE *fp) {
PS::F64 (*cvt)(PS::U64) = convertU64ToF64;
PS::U64 umass;
PS::U64 upos[3], uvel[3], uacc[3];
PS::U64 ueps;
PS::U64 upot;
// fscanf(fp, "%d %d %llx", &this->id, &this->istar, &umass);
fscanf(fp, "%lld %lld %llx", &this->id, &this->istar, &umass);
fscanf(fp, "%llx %llx %llx", &upos[0], &upos[1], &upos[2]);
fscanf(fp, "%llx %llx %llx", &uvel[0], &uvel[1], &uvel[2]);
fscanf(fp, "%llx %llx %llx", &uacc[0], &uacc[1], &uacc[2]);
fscanf(fp, "%llx %llx", &ueps, &upot);
this->mass = cvt(umass);
this->pos[0] = cvt(upos[0]);
this->pos[1] = cvt(upos[1]);
this->pos[2] = cvt(upos[2]);
this->vel[0] = cvt(uvel[0]);
this->vel[1] = cvt(uvel[1]);
this->vel[2] = cvt(uvel[2]);
this->acc[0] = cvt(uacc[0]);
this->acc[1] = cvt(uacc[1]);
this->acc[2] = cvt(uacc[2]);
this->eps = cvt(ueps);
this->pot = cvt(upot);
}
void writeHexa(FILE *fp) const {
PS::U64 (*cvt)(PS::F64) = convertF64ToU64;
fprintf(fp, "%lld %lld %llx", this->id, this->istar, cvt(this->mass));
fprintf(fp, " %llx %llx %llx", cvt(this->pos[0]), cvt(this->pos[1]), cvt(this->pos[2]));
fprintf(fp, " %llx %llx %llx", cvt(this->vel[0]), cvt(this->vel[1]), cvt(this->vel[2]));
fprintf(fp, " %llx %llx %llx", cvt(this->acc[0]), cvt(this->acc[1]), cvt(this->acc[2]));
fprintf(fp, " %llx %llx", cvt(this->eps), cvt(this->pot));
fprintf(fp, "\n");
}
inline void addAdditionalForceDamping2() {
this->acc -= RP::RotationalVelocity ^ (RP::RotationalVelocity ^ this->pos)
+ 2. * (RP::RotationalVelocity ^ this->vel);
}
PS::F64 calcEnergy() {
return this->mass * (0.5 * this->vel * this->vel + 0.5 * this->pot);
}
PS::F64 calcEnergyDamping2() {
PS::F64vec tvec = RP::RotationalVelocity ^ this->pos;
return this->mass * (0.5 * this->vel * this->vel
+ 0.5 * (this->pot - tvec * tvec));
}
PS::F64vec calcMomentum() {
return this->mass * this->vel;
}
void predict(PS::F64 dt) {
this->pos = this->pos + this->vel * dt + 0.5 * this->acc * dt * dt;
this->vel2 = this->vel + 0.5 * this->acc * dt;
this->vel = this->vel + this->acc * dt;
}
void correct(PS::F64 dt) {
this->vel = this->vel2 + 0.5 * this->acc * dt;
}
void correctDamping2(PS::F64 dt) {
correct(dt);
}
};
| 34.570513 | 96 | 0.457259 | yamauchi1132 |
3bfdd28a0534865c90cdb5391cdb44593c42ef88 | 1,875 | cc | C++ | src/sandbox/spawn_strategy/run.cc | TheEvilSkeleton/zypak | 51c8771bc6bb1f68e41663e01c487b414481c57e | [
"BSD-3-Clause"
] | null | null | null | src/sandbox/spawn_strategy/run.cc | TheEvilSkeleton/zypak | 51c8771bc6bb1f68e41663e01c487b414481c57e | [
"BSD-3-Clause"
] | null | null | null | src/sandbox/spawn_strategy/run.cc | TheEvilSkeleton/zypak | 51c8771bc6bb1f68e41663e01c487b414481c57e | [
"BSD-3-Clause"
] | null | null | null | // Copyright 2020 Endless Mobile, Inc.
// Use of this source code is governed by a BSD-style license that can be
// found in the LICENSE file.
#include "run.h"
#include <dirent.h>
#include <sys/prctl.h>
#include <sys/signal.h>
#include <memory>
#include <string>
#include "base/debug.h"
#include "base/fd_map.h"
#include "sandbox/launcher.h"
#include "sandbox/spawn_strategy/spawn_launcher_delegate.h"
namespace zypak::sandbox::spawn_strategy {
namespace {
struct DirDeleter {
void operator()(DIR* dir) {
if (dir != nullptr) {
closedir(dir);
}
}
};
} // namespace
std::optional<FdMap> FindAllFds() {
std::unique_ptr<DIR, DirDeleter> fd_dir(opendir("/proc/self/fd"));
if (!fd_dir) {
Errno() << "Failed to open /proc/self/fd";
return {};
}
std::vector<int> fds;
struct dirent* dp;
while ((dp = readdir(fd_dir.get())) != nullptr) {
int fd = -1;
try {
fd = std::stoi(dp->d_name);
} catch (std::exception& ex) {
Debug() << "Ignoring /proc/self/fd/" << dp->d_name << ": " << ex.what();
}
// Do nothing if the FD was invalid or is our dirfd.
if (fd != -1 && fd != dirfd(fd_dir.get())) {
fds.push_back(fd);
}
}
FdMap fd_map;
for (int fd : fds) {
unique_fd copy(dup(fd));
if (copy.invalid()) {
Errno() << "Failed to dup " << fd;
return {};
}
fd_map.push_back(FdAssignment(std::move(copy), fd));
}
return std::move(fd_map);
}
bool RunSpawnStrategy(std::vector<std::string> args) {
if (prctl(PR_SET_PDEATHSIG, SIGKILL, 0, 0, 0) == -1) {
Errno() << "Warning: prctl(PDEATHSIG) failed";
}
std::optional<FdMap> fd_map = FindAllFds();
if (!fd_map) {
return false;
}
SpawnLauncherDelegate delegate;
Launcher launcher(&delegate);
return launcher.Run(std::move(args), *fd_map);
}
} // namespace zypak::sandbox::spawn_strategy
| 21.306818 | 78 | 0.617067 | TheEvilSkeleton |
3bff25cc7c0c9a2ffdd135c72c7abc45515c0660 | 2,365 | cpp | C++ | gwen/UnitTest/Properties.cpp | vonture/GWEN | 6fdc75cdcc7f1c2a1ecf6c7479a99fad4d1d13e9 | [
"MIT"
] | 273 | 2015-01-01T23:19:18.000Z | 2022-03-25T00:38:46.000Z | gwen/UnitTest/Properties.cpp | McSimp/GWEN | ea137166c0483a6e7bd2237cf590919b2177da5d | [
"MIT"
] | 4 | 2015-03-15T16:16:58.000Z | 2022-03-08T03:35:54.000Z | gwen/UnitTest/Properties.cpp | McSimp/GWEN | ea137166c0483a6e7bd2237cf590919b2177da5d | [
"MIT"
] | 92 | 2015-01-11T19:51:53.000Z | 2022-03-17T20:12:12.000Z | #include "Gwen/UnitTest/UnitTest.h"
#include "Gwen/Controls/Properties.h"
#include "Gwen/Controls/PropertyTree.h"
#include "Gwen/Controls/Property/ColorSelector.h"
#include "Gwen/Controls/Property/Checkbox.h"
#include "Gwen/Controls/Property/ComboBox.h"
using namespace Gwen;
class Properties : public GUnit
{
public:
GWEN_CONTROL_INLINE( Properties, GUnit )
{
{
Gwen::Controls::Properties* props = new Gwen::Controls::Properties( this );
props->SetBounds( 10, 10, 150, 300 );
{
{
Gwen::Controls::PropertyRow* pRow = props->Add( L"First Name" );
pRow->onChange.Add( this, &Properties::OnFirstNameChanged );
}
props->Add( L"Middle Name" );
props->Add( L"Last Name" );
}
}
{
Gwen::Controls::PropertyTree* ptree = new Gwen::Controls::PropertyTree( this );
ptree->SetBounds( 200, 10, 200, 200 );
{
Gwen::Controls::Properties* props = ptree->Add( L"Item One" );
props->Add( L"Middle Name" );
props->Add( L"Last Name" );
props->Add( L"Four" );
}
{
Gwen::Controls::Properties* props = ptree->Add( L"Item Two" );
props->Add( L"More Items" );
props->Add( L"Checkbox", new Gwen::Controls::Property::Checkbox( props ), L"1" );
props->Add( L"To Fill" );
props->Add( L"ColorSelector", new Gwen::Controls::Property::ColorSelector( props ), L"255 0 0" );
props->Add( L"Out Here" );
// Combo Box Test
{
Gwen::Controls::Property::ComboBox* pCombo = new Gwen::Controls::Property::ComboBox( props );
pCombo->GetComboBox()->AddItem( L"Option One", "one" );
pCombo->GetComboBox()->AddItem( L"Number Two", "two" );
pCombo->GetComboBox()->AddItem( L"Door Three", "three" );
pCombo->GetComboBox()->AddItem( L"Four Legs", "four" );
pCombo->GetComboBox()->AddItem( L"Five Birds", "five" );
Gwen::Controls::PropertyRow* pRow = props->Add( L"ComboBox", pCombo, L"1" );
pRow->onChange.Add( this, &Properties::OnFirstNameChanged );
}
}
ptree->ExpandAll();
}
}
void OnFirstNameChanged( Controls::Base* pControl )
{
Gwen::Controls::PropertyRow* pRow = ( Gwen::Controls::PropertyRow* ) pControl;
UnitPrint( Utility::Format( L"First Name Changed: %ls", pRow->GetProperty()->GetPropertyValue().GetUnicode().c_str() ) );
}
};
DEFINE_UNIT_TEST( Properties, L"Properties" );
| 33.309859 | 124 | 0.632135 | vonture |
ce015bfed323d6b04b117624c4c2150f86298386 | 356 | cpp | C++ | samples/hello_ar_c/app/src/main/gef_abertay/maths/plane.cpp | JD1305/arcore-android-sdk | ac3661d9dc65a608235d775cf6a916df2329b399 | [
"Apache-2.0"
] | null | null | null | samples/hello_ar_c/app/src/main/gef_abertay/maths/plane.cpp | JD1305/arcore-android-sdk | ac3661d9dc65a608235d775cf6a916df2329b399 | [
"Apache-2.0"
] | null | null | null | samples/hello_ar_c/app/src/main/gef_abertay/maths/plane.cpp | JD1305/arcore-android-sdk | ac3661d9dc65a608235d775cf6a916df2329b399 | [
"Apache-2.0"
] | null | null | null | #include <maths/plane.h>
#include <math.h>
namespace gef
{
Plane::Plane()
{
}
Plane::Plane(float a, float b, float c, float d) :
Vector4(a, b, c, d)
{
}
void Plane::Normalise()
{
float distance = sqrtf(a()*a() + b()*b() + c()*c());
set_a(a() / distance);
set_b(b() / distance);
set_c(c() / distance);
set_d(d() / distance);
}
}
| 13.692308 | 54 | 0.547753 | JD1305 |
ce0531a1904b1ca49276fc757ac8ef1b73ccb9df | 13,328 | cpp | C++ | arl-hourglass/arl-hourglass/MargolusNeighborhoodSimulatorOpenCL.cpp | bernhardrieder/Hourglass-Simulation | 737c756fc283859bb89d9c670b67a0be7aa979d6 | [
"Unlicense"
] | null | null | null | arl-hourglass/arl-hourglass/MargolusNeighborhoodSimulatorOpenCL.cpp | bernhardrieder/Hourglass-Simulation | 737c756fc283859bb89d9c670b67a0be7aa979d6 | [
"Unlicense"
] | null | null | null | arl-hourglass/arl-hourglass/MargolusNeighborhoodSimulatorOpenCL.cpp | bernhardrieder/Hourglass-Simulation | 737c756fc283859bb89d9c670b67a0be7aa979d6 | [
"Unlicense"
] | null | null | null | #include "MargolusNeighborhoodSimulatorOpenCL.h"
#include <iostream>
#include <fstream>
inline int randomNumber(int low, int high)
{
return low + rand() / (RAND_MAX / (high - low));
}
MargolusNeighborhoodSimulatorOpenCL::MargolusNeighborhoodSimulatorOpenCL(bool useGpu, int platformId, int deviceId)
{
srand(static_cast<unsigned int>(time(nullptr)));
getDevice(useGpu, platformId, deviceId);
createContext(m_device);
createProgram(m_context, m_sourceCodeFile);
createCommandQueue(m_context, m_device);
}
MargolusNeighborhoodSimulatorOpenCL::~MargolusNeighborhoodSimulatorOpenCL()
{
}
void MargolusNeighborhoodSimulatorOpenCL::Initialize(const sf::Vector2u& imgSize, const char ruleLUT[16], const bool changesAvailableLUT[16], const sf::Color& particleColor, const sf::Color& obstacleColor, const sf::Color& idleColor)
{
m_dataSize = imgSize;
m_sizeOfImage = imgSize.x * imgSize.y * sizeof(sf::Color);
createKernel(imgSize, ruleLUT, changesAvailableLUT, particleColor, obstacleColor, idleColor);
}
void MargolusNeighborhoodSimulatorOpenCL::ApplyMargolusRules(sf::Uint8* pixelptr, const sf::Vector2u& imgSize, const unsigned& pixelOffset, const bool& refreshImageBuffer)
{
if (imgSize != m_dataSize)
{
std::cerr << "YOU SHOULD NOT CHANGE THE IMAGE SIZE - BREAKS THE CODE!\n OPENCL WILL NOT PERFORM!";
return;
}
if (refreshImageBuffer)
handle_clerror(m_queue.enqueueWriteBuffer(
m_bufferData, // which buffer to write to
CL_TRUE, // block until command is complete
0, // offset
m_sizeOfImage, // size of write
pixelptr)); // pointer to input
handle_clerror(m_queue.enqueueWriteBuffer(m_bufferPixelOffset, CL_TRUE, 0, sizeof(unsigned), &pixelOffset));
for(int i = 0; i < 2; ++i)
m_randomNumbers[i] = randomNumber(0, 10000);
handle_clerror(m_queue.enqueueWriteBuffer(m_bufferRandomNumbers, CL_TRUE, 0, sizeof(int)* 2, m_randomNumbers));
cl::Event event;
handle_clerror(m_queue.enqueueNDRangeKernel(m_kernelSimpleGeneration, cl::NullRange, m_globalRange, m_localRange, NULL, &event));
event.wait();
handle_clerror(m_queue.enqueueReadBuffer(m_bufferData, CL_TRUE, 0, m_sizeOfImage, pixelptr, NULL, &event));
event.wait();
}
void MargolusNeighborhoodSimulatorOpenCL::createKernel(const sf::Vector2u& imgSize, const char ruleLUT[16], const bool changesAvailableLUT[16], const sf::Color& particleColor, const sf::Color& obstacleColor, const sf::Color& idleColor)
{
m_globalRange = cl::NDRange(imgSize.x/2);
m_localRange = cl::NDRange(imgSize.x / m_deviceMaxWorkGroupSize + 1);
m_bufferData = cl::Buffer(m_context, CL_MEM_READ_WRITE, m_sizeOfImage * sizeof(unsigned char));
m_bufferDimensionX = cl::Buffer(m_context, CL_MEM_READ_ONLY, sizeof(int));
m_bufferDimensionY = cl::Buffer(m_context, CL_MEM_READ_ONLY, sizeof(int));
m_bufferPixelOffset = cl::Buffer(m_context, CL_MEM_READ_ONLY, sizeof(unsigned int));
m_bufferParticleColor = cl::Buffer(m_context, CL_MEM_READ_ONLY, sizeof(unsigned char) * 4);
m_bufferObstacleColor = cl::Buffer(m_context, CL_MEM_READ_ONLY, sizeof(unsigned char) * 4);
m_bufferIdleColor = cl::Buffer(m_context, CL_MEM_READ_ONLY, sizeof(unsigned char) * 4);
m_bufferRulesLUT = cl::Buffer(m_context, CL_MEM_READ_ONLY, sizeof(char) * 16);
m_bufferChangesAvailableLUT = cl::Buffer(m_context, CL_MEM_READ_ONLY, sizeof(bool) * 16);
m_bufferRandomNumbers = cl::Buffer(m_context, CL_MEM_READ_ONLY, sizeof(int) * 2);
handle_clerror(m_queue.enqueueWriteBuffer(m_bufferDimensionX, CL_TRUE, 0, sizeof(int), &m_dataSize.x));
handle_clerror(m_queue.enqueueWriteBuffer(m_bufferDimensionY, CL_TRUE, 0, sizeof(int), &m_dataSize.y));
handle_clerror(m_queue.enqueueWriteBuffer(m_bufferParticleColor, CL_TRUE, 0, sizeof(sf::Color), &particleColor));
handle_clerror(m_queue.enqueueWriteBuffer(m_bufferObstacleColor, CL_TRUE, 0, sizeof(sf::Color), &obstacleColor));
handle_clerror(m_queue.enqueueWriteBuffer(m_bufferIdleColor, CL_TRUE, 0, sizeof(sf::Color), &idleColor));
handle_clerror(m_queue.enqueueWriteBuffer(m_bufferRulesLUT, CL_TRUE, 0, sizeof(char) * 16, ruleLUT));
handle_clerror(m_queue.enqueueWriteBuffer(m_bufferChangesAvailableLUT, CL_TRUE, 0, sizeof(bool) * 16, changesAvailableLUT));
m_kernelSimpleGeneration = createKernel("simple_iteration");
handle_clerror(m_kernelSimpleGeneration.setArg(0, m_bufferData));
handle_clerror(m_kernelSimpleGeneration.setArg(1, m_bufferPixelOffset));
handle_clerror(m_kernelSimpleGeneration.setArg(2, m_bufferDimensionX));
handle_clerror(m_kernelSimpleGeneration.setArg(3, m_bufferDimensionY));
handle_clerror(m_kernelSimpleGeneration.setArg(4, m_bufferParticleColor));
handle_clerror(m_kernelSimpleGeneration.setArg(5, m_bufferObstacleColor));
handle_clerror(m_kernelSimpleGeneration.setArg(6, m_bufferIdleColor));
handle_clerror(m_kernelSimpleGeneration.setArg(7, m_bufferRulesLUT));
handle_clerror(m_kernelSimpleGeneration.setArg(8, m_bufferChangesAvailableLUT));
handle_clerror(m_kernelSimpleGeneration.setArg(9, m_bufferRandomNumbers));
}
std::vector<cl::Platform> MargolusNeighborhoodSimulatorOpenCL::getPlatforms() const
{
std::vector<cl::Platform> platforms;
handle_clerror(cl::Platform::get(&platforms));
return platforms;
}
void MargolusNeighborhoodSimulatorOpenCL::getDevice(bool useGpu, int platformId, int deviceId)
{
if (platformId == -1 || deviceId == -1)
m_device = getDevice(getPlatforms(), useGpu ? CL_DEVICE_TYPE_GPU : CL_DEVICE_TYPE_CPU);
else if (platformId != -1 && deviceId != -1)
m_device = getDevice(getPlatforms(), platformId, deviceId);
else
handle_clerror(CL_INVALID_DEVICE);
//debugDeviceOutput(m_device);
m_deviceMaxWorkGroupSize = m_device.getInfo <CL_DEVICE_MAX_WORK_GROUP_SIZE>();
}
void MargolusNeighborhoodSimulatorOpenCL::createContext(const cl::Device& device)
{
//cl_context_properties properties[] = { CL_CONTEXT_PLATFORM, (cl_context_properties)(m_usedPlatform)(), 0 };
//m_context = cl::Context(CL_DEVICE_TYPE_GPU, properties);
m_context = cl::Context(device);
}
void MargolusNeighborhoodSimulatorOpenCL::createProgram(const cl::Context& context, const std::string& sourceCodeFile)
{
std::ifstream sourceFile(sourceCodeFile);
if (!sourceFile)
{
std::cerr << "MargolusNeighborhoodSimulatorOpenCL Error: kernel source file " << sourceCodeFile << " not found!" << std::endl;
handle_clerror(CL_INVALID_KERNEL);
}
std::string sourceCode(std::istreambuf_iterator<char>(sourceFile), (std::istreambuf_iterator<char>()));
cl::Program::Sources source(1, std::make_pair(sourceCode.c_str(), sourceCode.length() + 1));
m_program = cl::Program(context, source);
handle_clerror(m_program.build(context.getInfo<CL_CONTEXT_DEVICES>()));
}
void MargolusNeighborhoodSimulatorOpenCL::createCommandQueue(const cl::Context& context, const cl::Device& device)
{
int err;
m_queue = cl::CommandQueue(context, device, 0, &err);
handle_clerror(err);
}
cl::Device MargolusNeighborhoodSimulatorOpenCL::getDevice(const std::vector<cl::Platform>& platforms, int platformId, int deviceId)
{
if (platformId >= platforms.size())
handle_clerror(CL_INVALID_PLATFORM);
auto platform = platforms[platformId];
std::vector<cl::Device> devices;
handle_clerror(platform.getDevices(CL_DEVICE_TYPE_ALL, &devices));
if (deviceId >= devices.size())
handle_clerror(CL_INVALID_DEVICE);
m_usedPlatform = platform;
return devices[deviceId];
}
cl::Device MargolusNeighborhoodSimulatorOpenCL::getDevice(const std::vector<cl::Platform>& platforms, int cl_device_type)
{
for (auto platform : platforms)
{
int err;
std::vector<cl::Device> devices;
err = platform.getDevices(cl_device_type, &devices);
if (devices.size() == 0) continue;
handle_clerror(err);
m_usedPlatform = platform;
return devices[0];
}
handle_clerror(CL_INVALID_DEVICE);
return{};
}
void MargolusNeighborhoodSimulatorOpenCL::debugDeviceOutput(const cl::Device& device)
{
int err;
auto vendor = device.getInfo<CL_DEVICE_VENDOR>(&err);
handle_clerror(err);
auto version = device.getInfo<CL_DEVICE_VERSION>(&err);
handle_clerror(err);
auto deviceName = device.getInfo<CL_DEVICE_NAME>(&err);
handle_clerror(err);
std::cout << "---- DEVICE ----" << std::endl;
std::cout << "Vendor: " << vendor << std::endl;
std::cout << "Version: " << version << std::endl;
std::cout << "Name: " << deviceName << std::endl;
}
cl::Kernel MargolusNeighborhoodSimulatorOpenCL::createKernel(const std::string& functionName) const
{
int err;
cl::Kernel kernel = cl::Kernel(m_program, functionName.c_str(), &err);
handle_clerror(err);
return kernel;
}
std::string MargolusNeighborhoodSimulatorOpenCL::cl_errorstring(cl_int err)
{
switch (err) {
case CL_SUCCESS: return std::string("Success");
case CL_DEVICE_NOT_FOUND: return std::string("Device not found");
case CL_DEVICE_NOT_AVAILABLE: return std::string("Device not available");
case CL_COMPILER_NOT_AVAILABLE: return std::string("Compiler not available");
case CL_MEM_OBJECT_ALLOCATION_FAILURE: return std::string("Memory object allocation failure");
case CL_OUT_OF_RESOURCES: return std::string("Out of resources");
case CL_OUT_OF_HOST_MEMORY: return std::string("Out of host memory");
case CL_PROFILING_INFO_NOT_AVAILABLE: return std::string("Profiling information not available");
case CL_MEM_COPY_OVERLAP: return std::string("Memory copy overlap");
case CL_IMAGE_FORMAT_MISMATCH: return std::string("Image format mismatch");
case CL_IMAGE_FORMAT_NOT_SUPPORTED: return std::string("Image format not supported");
case CL_BUILD_PROGRAM_FAILURE: return std::string("Program build failure");
case CL_MAP_FAILURE: return std::string("Map failure");
case CL_MISALIGNED_SUB_BUFFER_OFFSET: return std::string("Misaligned sub buffer offset");
case CL_EXEC_STATUS_ERROR_FOR_EVENTS_IN_WAIT_LIST: return std::string("Exec status error for events in wait list");
case CL_INVALID_VALUE: return std::string("Invalid value");
case CL_INVALID_DEVICE_TYPE: return std::string("Invalid device type");
case CL_INVALID_PLATFORM: return std::string("Invalid platform");
case CL_INVALID_DEVICE: return std::string("Invalid device");
case CL_INVALID_CONTEXT: return std::string("Invalid context");
case CL_INVALID_QUEUE_PROPERTIES: return std::string("Invalid queue properties");
case CL_INVALID_COMMAND_QUEUE: return std::string("Invalid command queue");
case CL_INVALID_HOST_PTR: return std::string("Invalid host pointer");
case CL_INVALID_MEM_OBJECT: return std::string("Invalid memory object");
case CL_INVALID_IMAGE_FORMAT_DESCRIPTOR: return std::string("Invalid image format descriptor");
case CL_INVALID_IMAGE_SIZE: return std::string("Invalid image size");
case CL_INVALID_SAMPLER: return std::string("Invalid sampler");
case CL_INVALID_BINARY: return std::string("Invalid binary");
case CL_INVALID_BUILD_OPTIONS: return std::string("Invalid build options");
case CL_INVALID_PROGRAM: return std::string("Invalid program");
case CL_INVALID_PROGRAM_EXECUTABLE: return std::string("Invalid program executable");
case CL_INVALID_KERNEL_NAME: return std::string("Invalid kernel name");
case CL_INVALID_KERNEL_DEFINITION: return std::string("Invalid kernel definition");
case CL_INVALID_KERNEL: return std::string("Invalid kernel");
case CL_INVALID_ARG_INDEX: return std::string("Invalid argument index");
case CL_INVALID_ARG_VALUE: return std::string("Invalid argument value");
case CL_INVALID_ARG_SIZE: return std::string("Invalid argument size");
case CL_INVALID_KERNEL_ARGS: return std::string("Invalid kernel arguments");
case CL_INVALID_WORK_DIMENSION: return std::string("Invalid work dimension");
case CL_INVALID_WORK_GROUP_SIZE: return std::string("Invalid work group size");
case CL_INVALID_WORK_ITEM_SIZE: return std::string("Invalid work item size");
case CL_INVALID_GLOBAL_OFFSET: return std::string("Invalid global offset");
case CL_INVALID_EVENT_WAIT_LIST: return std::string("Invalid event wait list");
case CL_INVALID_EVENT: return std::string("Invalid event");
case CL_INVALID_OPERATION: return std::string("Invalid operation");
case CL_INVALID_GL_OBJECT: return std::string("Invalid OpenGL object");
case CL_INVALID_BUFFER_SIZE: return std::string("Invalid buffer size");
case CL_INVALID_MIP_LEVEL: return std::string("Invalid mip-map level");
case CL_INVALID_GLOBAL_WORK_SIZE: return std::string("Invalid gloal work size");
case CL_INVALID_PROPERTY: return std::string("Invalid property");
default: return std::string("Unknown error code");
}
}
void MargolusNeighborhoodSimulatorOpenCL::handle_clerror(cl_int err)
{
if (err != CL_SUCCESS) {
std::cerr << "MargolusNeighborhoodSimulatorOpenCL Error: " << cl_errorstring(err) << std::string(".") << std::endl;
getchar();
exit(EXIT_FAILURE);
}
}
| 49.180812 | 235 | 0.742047 | bernhardrieder |
ce0642bd0413b578bf56cc463b50c3903b1b68f7 | 9,456 | cpp | C++ | ngraph/test/backend/split.in.cpp | artyomtugaryov/openvino | f2c2636bb52ff6a6c6d2b4dba89fad666a66c96f | [
"Apache-2.0"
] | null | null | null | ngraph/test/backend/split.in.cpp | artyomtugaryov/openvino | f2c2636bb52ff6a6c6d2b4dba89fad666a66c96f | [
"Apache-2.0"
] | null | null | null | ngraph/test/backend/split.in.cpp | artyomtugaryov/openvino | f2c2636bb52ff6a6c6d2b4dba89fad666a66c96f | [
"Apache-2.0"
] | null | null | null | //*****************************************************************************
// Copyright 2017-2020 Intel Corporation
//
// Licensed under the Apache License, Version 2.0 (the "License");
// you may not use this file except in compliance with the License.
// You may obtain a copy of the License at
//
// http://www.apache.org/licenses/LICENSE-2.0
//
// Unless required by applicable law or agreed to in writing, software
// distributed under the License is distributed on an "AS IS" BASIS,
// WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
// See the License for the specific language governing permissions and
// limitations under the License.
//*****************************************************************************
#include "gtest/gtest.h"
#include "ngraph/ngraph.hpp"
#include "util/engine/test_engines.hpp"
#include "util/test_case.hpp"
#include "util/test_control.hpp"
using namespace std;
using namespace ngraph;
static string s_manifest = "${MANIFEST}";
using TestEngine = test::ENGINE_CLASS_NAME(${BACKEND_NAME});
NGRAPH_TEST(${BACKEND_NAME}, split_1d)
{
const auto data = make_shared<op::Parameter>(element::Type_t::i32, Shape{6});
const auto axis = op::Constant::create(element::Type_t::i64, Shape{}, {0});
const auto tested_op = make_shared<op::v1::Split>(data, axis, 3);
const auto function = make_shared<Function>(tested_op, ParameterVector{data});
auto test_case = test::TestCase<TestEngine>(function);
test_case.add_input<int32_t>({1, 2, 3, 4, 5, 6});
test_case.add_expected_output<int32_t>(Shape{2}, {1, 2});
test_case.add_expected_output<int32_t>(Shape{2}, {3, 4});
test_case.add_expected_output<int32_t>(Shape{2}, {5, 6});
test_case.run();
}
NGRAPH_TEST(${BACKEND_NAME}, split_2d_axis_0)
{
Shape shape{6, 2};
const auto data = make_shared<op::Parameter>(element::Type_t::f32, shape);
const auto axis = op::Constant::create(element::Type_t::i64, Shape{}, {0});
const auto tested_op = make_shared<op::v1::Split>(data, axis, 2);
const auto function = make_shared<Function>(tested_op, ParameterVector{data});
auto test_case = test::TestCase<TestEngine>(function);
std::vector<float> in(shape_size(shape));
std::iota(in.begin(), in.end(), 0);
test_case.add_input<float>(in);
test_case.add_expected_output<float>(Shape{3, 2}, {0, 1, 2, 3, 4, 5});
test_case.add_expected_output<float>(Shape{3, 2}, {6, 7, 8, 9, 10, 11});
test_case.run();
}
NGRAPH_TEST(${BACKEND_NAME}, split_2d_axis_1)
{
Shape shape{6, 2};
const auto data = make_shared<op::Parameter>(element::Type_t::f32, shape);
const auto axis = op::Constant::create(element::Type_t::i64, Shape{}, {1});
const auto tested_op = make_shared<op::v1::Split>(data, axis, 2);
const auto function = make_shared<Function>(tested_op, ParameterVector{data});
auto test_case = test::TestCase<TestEngine>(function);
std::vector<float> in(shape_size(shape));
std::iota(in.begin(), in.end(), 0);
test_case.add_input<float>(in);
test_case.add_expected_output<float>(Shape{6, 1}, {0, 2, 4, 6, 8, 10});
test_case.add_expected_output<float>(Shape{6, 1}, {1, 3, 5, 7, 9, 11});
test_case.run();
}
NGRAPH_TEST(${BACKEND_NAME}, split_3d_axis_0)
{
Shape shape{2, 2, 3};
const auto data = make_shared<op::Parameter>(element::Type_t::f32, shape);
const auto axis = op::Constant::create(element::Type_t::i64, Shape{}, {0});
const auto tested_op = make_shared<op::v1::Split>(data, axis, 2);
const auto function = make_shared<Function>(tested_op, ParameterVector{data});
auto test_case = test::TestCase<TestEngine>(function);
std::vector<float> in(shape_size(shape));
std::iota(in.begin(), in.end(), 0);
test_case.add_input<float>(in);
test_case.add_expected_output<float>(Shape{1, 2, 3}, {0, 1, 2, 3, 4, 5});
test_case.add_expected_output<float>(Shape{1, 2, 3}, {6, 7, 8, 9, 10, 11});
test_case.run();
}
NGRAPH_TEST(${BACKEND_NAME}, split_3d_axis_1)
{
Shape shape{2, 8, 2};
const auto data = make_shared<op::Parameter>(element::Type_t::f32, shape);
const auto axis = op::Constant::create(element::Type_t::i64, Shape{}, {1});
const auto tested_op = make_shared<op::v1::Split>(data, axis, 4);
const auto function = make_shared<Function>(tested_op, ParameterVector{data});
auto test_case = test::TestCase<TestEngine>(function);
std::vector<float> in(shape_size(shape));
std::iota(in.begin(), in.end(), 0);
test_case.add_input<float>(in);
test_case.add_expected_output<float>(Shape{2, 2, 2}, {0, 1, 2, 3, 16, 17, 18, 19});
test_case.add_expected_output<float>(Shape{2, 2, 2}, {4, 5, 6, 7, 20, 21, 22, 23});
test_case.add_expected_output<float>(Shape{2, 2, 2}, {8, 9, 10, 11, 24, 25, 26, 27});
test_case.add_expected_output<float>(Shape{2, 2, 2}, {12, 13, 14, 15, 28, 29, 30, 31});
test_case.run();
}
NGRAPH_TEST(${BACKEND_NAME}, split_3d_axis_2)
{
Shape shape{2, 1, 6};
const auto data = make_shared<op::Parameter>(element::Type_t::f32, shape);
const auto axis = op::Constant::create(element::Type_t::i64, Shape{}, {2});
const auto tested_op = make_shared<op::v1::Split>(data, axis, 2);
const auto function = make_shared<Function>(tested_op, ParameterVector{data});
auto test_case = test::TestCase<TestEngine>(function);
std::vector<float> in(shape_size(shape));
std::iota(in.begin(), in.end(), 0);
test_case.add_input<float>(in);
test_case.add_expected_output<float>(Shape{2, 1, 3}, {0, 1, 2, 6, 7, 8});
test_case.add_expected_output<float>(Shape{2, 1, 3}, {3, 4, 5, 9, 10, 11});
test_case.run();
}
NGRAPH_TEST(${BACKEND_NAME}, split_4d_axis_0)
{
Shape shape{3, 2, 3, 1};
const auto data = make_shared<op::Parameter>(element::Type_t::f32, shape);
const auto axis = op::Constant::create(element::Type_t::i64, Shape{}, {0});
const auto tested_op = make_shared<op::v1::Split>(data, axis, 3);
const auto function = make_shared<Function>(tested_op, ParameterVector{data});
auto test_case = test::TestCase<TestEngine>(function);
std::vector<float> in(shape_size(shape));
std::iota(in.begin(), in.end(), 0);
test_case.add_input<float>(in);
test_case.add_expected_output<float>(Shape{1, 2, 3, 1}, {0, 1, 2, 3, 4, 5});
test_case.add_expected_output<float>(Shape{1, 2, 3, 1}, {6, 7, 8, 9, 10, 11});
test_case.add_expected_output<float>(Shape{1, 2, 3, 1}, {12, 13, 14, 15, 16, 17});
test_case.run();
}
NGRAPH_TEST(${BACKEND_NAME}, split_4d_axis_1)
{
Shape shape{2, 8, 2, 2};
const auto data = make_shared<op::Parameter>(element::Type_t::f32, shape);
const auto axis = op::Constant::create(element::Type_t::i64, Shape{}, {1});
const auto tested_op = make_shared<op::v1::Split>(data, axis, 4);
const auto function = make_shared<Function>(tested_op, ParameterVector{data});
auto test_case = test::TestCase<TestEngine>(function);
std::vector<float> in(shape_size(shape));
std::iota(in.begin(), in.end(), 0);
test_case.add_input<float>(in);
test_case.add_expected_output<float>(Shape{2, 2, 2, 2},
{0, 1, 2, 3, 4, 5, 6, 7, 32, 33, 34, 35, 36, 37, 38, 39});
test_case.add_expected_output<float>(
Shape{2, 2, 2, 2}, {8, 9, 10, 11, 12, 13, 14, 15, 40, 41, 42, 43, 44, 45, 46, 47});
test_case.add_expected_output<float>(
Shape{2, 2, 2, 2}, {16, 17, 18, 19, 20, 21, 22, 23, 48, 49, 50, 51, 52, 53, 54, 55});
test_case.add_expected_output<float>(
Shape{2, 2, 2, 2}, {24, 25, 26, 27, 28, 29, 30, 31, 56, 57, 58, 59, 60, 61, 62, 63});
test_case.run();
}
NGRAPH_TEST(${BACKEND_NAME}, split_4d_axis_2)
{
Shape shape{2, 1, 6, 2};
const auto data = make_shared<op::Parameter>(element::Type_t::f32, shape);
const auto axis = op::Constant::create(element::Type_t::i64, Shape{}, {2});
const auto tested_op = make_shared<op::v1::Split>(data, axis, 3);
const auto function = make_shared<Function>(tested_op, ParameterVector{data});
auto test_case = test::TestCase<TestEngine>(function);
std::vector<float> in(shape_size(shape));
std::iota(in.begin(), in.end(), 0);
test_case.add_input<float>(in);
test_case.add_expected_output<float>(Shape{2, 1, 2, 2}, {0, 1, 2, 3, 12, 13, 14, 15});
test_case.add_expected_output<float>(Shape{2, 1, 2, 2}, {4, 5, 6, 7, 16, 17, 18, 19});
test_case.add_expected_output<float>(Shape{2, 1, 2, 2}, {8, 9, 10, 11, 20, 21, 22, 23});
test_case.run();
}
NGRAPH_TEST(${BACKEND_NAME}, split_4d_axis_3)
{
Shape shape{2, 1, 2, 6};
const auto data = make_shared<op::Parameter>(element::Type_t::f32, shape);
const auto axis = op::Constant::create(element::Type_t::i64, Shape{}, {3});
const auto tested_op = make_shared<op::v1::Split>(data, axis, 3);
const auto function = make_shared<Function>(tested_op, ParameterVector{data});
auto test_case = test::TestCase<TestEngine>(function);
std::vector<float> in(shape_size(shape));
std::iota(in.begin(), in.end(), 0);
test_case.add_input<float>(in);
test_case.add_expected_output<float>(Shape{2, 1, 2, 2}, {0, 1, 6, 7, 12, 13, 18, 19});
test_case.add_expected_output<float>(Shape{2, 1, 2, 2}, {2, 3, 8, 9, 14, 15, 20, 21});
test_case.add_expected_output<float>(Shape{2, 1, 2, 2}, {4, 5, 10, 11, 16, 17, 22, 23});
test_case.run();
}
| 39.898734 | 99 | 0.646785 | artyomtugaryov |
ce0698b2a75fcf88040ce21cb13cafcedc0393a0 | 668 | hpp | C++ | ReactNativeFrontend/ios/Pods/boost/boost/math/tools/tuple.hpp | Harshitha91/Tmdb-react-native-node | e06e3f25a7ee6946ef07a1f524fdf62e48424293 | [
"Apache-2.0"
] | 310 | 2017-02-02T09:14:48.000Z | 2022-03-21T06:50:11.000Z | ReactNativeFrontend/ios/Pods/boost/boost/math/tools/tuple.hpp | Harshitha91/Tmdb-react-native-node | e06e3f25a7ee6946ef07a1f524fdf62e48424293 | [
"Apache-2.0"
] | 61 | 2017-01-22T20:35:25.000Z | 2019-12-13T14:48:46.000Z | ReactNativeFrontend/ios/Pods/boost/boost/math/tools/tuple.hpp | Harshitha91/Tmdb-react-native-node | e06e3f25a7ee6946ef07a1f524fdf62e48424293 | [
"Apache-2.0"
] | 54 | 2017-03-02T06:55:57.000Z | 2022-02-21T01:12:20.000Z | // (C) Copyright John Maddock 2010.
// Use, modification and distribution are subject to the
// Boost Software License, Version 1.0. (See accompanying file
// LICENSE_1_0.txt or copy at http://www.boost.org/LICENSE_1_0.txt)
#ifndef BOOST_MATH_TUPLE_HPP_INCLUDED
#define BOOST_MATH_TUPLE_HPP_INCLUDED
#include <boost/config.hpp>
#include <boost/math/tools/cxx03_warn.hpp>
#include <tuple>
namespace boost{ namespace math{
using ::std::tuple;
// [6.1.3.2] Tuple creation functions
using ::std::ignore;
using ::std::make_tuple;
using ::std::tie;
using ::std::get;
// [6.1.3.3] Tuple helper classes
using ::std::tuple_size;
using ::std::tuple_element;
}}
#endif
| 23.857143 | 68 | 0.736527 | Harshitha91 |
ce12fcf0d052224457f167be80fba405b4bbb754 | 1,101 | cpp | C++ | src/core/cpp/model/RevoluteJoint.cpp | NeroGames/Nero-Game-Engine | 8543b8bb142738aa28bc20e929b342d3e6df066e | [
"MIT"
] | 26 | 2020-09-02T18:14:36.000Z | 2022-02-08T18:28:36.000Z | src/core/cpp/model/RevoluteJoint.cpp | sk-landry/Nero-Game-Engine | 8543b8bb142738aa28bc20e929b342d3e6df066e | [
"MIT"
] | 14 | 2020-08-30T01:37:04.000Z | 2021-07-19T20:47:29.000Z | src/core/cpp/model/RevoluteJoint.cpp | sk-landry/Nero-Game-Engine | 8543b8bb142738aa28bc20e929b342d3e6df066e | [
"MIT"
] | 6 | 2020-09-02T18:14:57.000Z | 2021-12-31T00:32:09.000Z | ////////////////////////////////////////////////////////////
// Nero Game Engine
// Copyright (c) 2016-2020 Sanou A. K. Landry
////////////////////////////////////////////////////////////
///////////////////////////HEADERS//////////////////////////
//NERO
#include <Nero/core/cpp/model/RevoluteJoint.h>
////////////////////////////////////////////////////////////
namespace nero
{
RevoluteJoint::RevoluteJoint():
PhysicJoint()
,m_Joint(nullptr)
{
m_Type = PhysicJoint::Revolute_Joint;
}
RevoluteJoint::~RevoluteJoint()
{
//dtor
}
void RevoluteJoint::setJoint(b2RevoluteJoint* joint)
{
m_Joint = joint;
}
b2RevoluteJoint* RevoluteJoint::getJoint() const
{
return m_Joint;
}
RevoluteJoint::Ptr RevoluteJoint::Cast(PhysicJoint::Ptr joint)
{
if(joint->getType() != PhysicJoint::Revolute_Joint)
return nullptr;
return std::static_pointer_cast<RevoluteJoint>(joint);
}
b2Joint* RevoluteJoint::getGenericJoint()
{
return (b2Joint*)m_Joint;
}
}
| 23.934783 | 66 | 0.485014 | NeroGames |
ce17fb2a04fcb71df4f6129c11f75cf0b2fe25e6 | 6,322 | cc | C++ | Fleece/Core/Doc.cc | KraemerDEM/fleece | 41e8d9e576f59f1373866ff3db1f319ecb10ad69 | [
"Apache-2.0"
] | null | null | null | Fleece/Core/Doc.cc | KraemerDEM/fleece | 41e8d9e576f59f1373866ff3db1f319ecb10ad69 | [
"Apache-2.0"
] | null | null | null | Fleece/Core/Doc.cc | KraemerDEM/fleece | 41e8d9e576f59f1373866ff3db1f319ecb10ad69 | [
"Apache-2.0"
] | null | null | null | //
// Doc.cc
//
// Copyright © 2018 Couchbase. All rights reserved.
//
// Licensed under the Apache License, Version 2.0 (the "License");
// you may not use this file except in compliance with the License.
// You may obtain a copy of the License at
//
// http://www.apache.org/licenses/LICENSE-2.0
//
// Unless required by applicable law or agreed to in writing, software
// distributed under the License is distributed on an "AS IS" BASIS,
// WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
// See the License for the specific language governing permissions and
// limitations under the License.
//
#include "Doc.hh"
#include "SharedKeys.hh"
#include "Pointer.hh"
#include "JSONConverter.hh"
#include "FleeceException.hh"
#include <functional>
#include <mutex>
#include <set>
#include "betterassert.hh"
#if 0
#define Log(FMT,...) fprintf(stderr, "DOC: " # FMT "\n", __VA_ARGS__)
#else
#define Log(FMT,...)
#endif
namespace fleece { namespace impl {
using namespace std;
using namespace internal;
static mutex sMutex;
Scope::memoryMap* Scope::sMemoryMap;
Scope::Scope(slice data, SharedKeys *sk, slice destination) noexcept
:_sk(sk)
,_externDestination(destination)
,_data(data)
{
if (data)
registr();
}
Scope::Scope(const alloc_slice &data, SharedKeys *sk, slice destination) noexcept
:_sk(sk)
,_externDestination(destination)
,_data(data)
,_alloced(data)
{
if (data)
registr();
}
Scope::Scope(const Scope &parentScope, slice subData)
:_sk(parentScope.sharedKeys())
,_externDestination(parentScope.externDestination())
,_data(subData)
,_alloced(parentScope._alloced)
{
if (subData)
assert(parentScope.data().contains(subData));
}
Scope::~Scope() {
unregister();
}
void Scope::registr() noexcept {
lock_guard<mutex> lock(sMutex);
if (_usuallyFalse(!sMemoryMap))
sMemoryMap = new multimap<size_t, Scope*>;
auto key = size_t(_data.end());
_iter = sMemoryMap->insert({key, this});
_registered = true;
Log("Register (%p ... %p) --> Scope %p, sk=%p [Now %zu]",
data.buf, data.end(), this, sk, sMemoryMap->size());
//#if DEBUG
if (_iter != sMemoryMap->begin() && prev(_iter)->first == key) {
Scope *existing = prev(_iter)->second;
if (existing->_data == _data && existing->_externDestination == _externDestination
&& existing->_sk == _sk) {
Log("Duplicate (%p ... %p) --> Scope %p, sk=%p",
data.buf, data.end(), this, sk);
} else {
FleeceException::_throw(InternalError,
"Incompatible duplicate Scope %p for (%p .. %p) with sk=%p: conflicts with %p with sk=%p",
this, _data.buf, _data.end(), _sk.get(),
existing, existing->_sk.get());
}
}
//#endif
}
void Scope::unregister() noexcept {
if (_registered) {
lock_guard<mutex> lock(sMutex);
Log("Unregister (%p ... %p) --> Scope %p, sk=%p [now %zu]",
_data.buf, _data.end(), this, _sk.get(), sMemoryMap->size()-1);
sMemoryMap->erase(_iter);
_registered = false;
}
}
/*static*/ const Scope* Scope::_containing(const Value *src) noexcept {
// must have sMutex to call this
if (_usuallyFalse(!sMemoryMap))
return nullptr;
auto i = sMemoryMap->upper_bound(size_t(src));
if (_usuallyFalse(i == sMemoryMap->end()))
return nullptr;
Scope *scope = i->second;
if (_usuallyFalse(src < scope->_data.buf))
return nullptr;
return scope;
}
/*static*/ SharedKeys* Scope::sharedKeys(const Value *v) noexcept {
lock_guard<mutex> lock(sMutex);
auto scope = _containing(v);
return scope ? scope->sharedKeys() : nullptr;
}
const Value* Scope::resolveExternPointerTo(const void* dst) const noexcept {
dst = offsetby(dst, (char*)_externDestination.end() - (char*)_data.buf);
if (_usuallyFalse(!_externDestination.contains(dst)))
return nullptr;
return (const Value*)dst;
}
/*static*/ const Value* Scope::resolvePointerFrom(const internal::Pointer* src,
const void *dst) noexcept
{
lock_guard<mutex> lock(sMutex);
auto scope = _containing((const Value*)src);
return scope ? scope->resolveExternPointerTo(dst) : nullptr;
}
/*static*/ pair<const Value*,slice> Scope::resolvePointerFromWithRange(const Pointer* src,
const void* dst) noexcept
{
lock_guard<mutex> lock(sMutex);
auto scope = _containing((const Value*)src);
if (!scope)
return { };
return {scope->resolveExternPointerTo(dst), scope->externDestination()};
}
#pragma mark - DOC:
Doc::Doc(const alloc_slice &data, Trust trust, SharedKeys *sk, slice destination) noexcept
:Scope(data, sk, destination)
{
init(trust);
}
Doc::Doc(const Scope &parentScope,
slice subData,
Trust trust) noexcept
:Scope(parentScope, subData)
{
init(trust);
}
void Doc::init(Trust trust) noexcept {
if (data()) {
_root = trust ? Value::fromTrustedData(data()) : Value::fromData(data());
if (!_root)
unregister();
}
_isDoc = true;
}
Retained<Doc> Doc::fromFleece(const alloc_slice &fleece, Trust trust) {
return new Doc(fleece, trust);
}
Retained<Doc> Doc::fromJSON(slice json) {
return new Doc(JSONConverter::convertJSON(json), kTrusted);
}
/*static*/ RetainedConst<Doc> Doc::containing(const Value *src) noexcept {
lock_guard<mutex> lock(sMutex);
Doc *scope = (Doc*) _containing(src);
if (!scope)
return nullptr;
assert(scope->_isDoc);
return RetainedConst<Doc>(scope);
}
} }
| 29.404651 | 130 | 0.575767 | KraemerDEM |
ce1965d30c8b195c8b0e749058dc71e4f7b76ac2 | 1,042 | cxx | C++ | Software/CPU/myscrypt/build/cmake-3.12.3/Source/cmDisallowedCommand.cxx | duonglvtnaist/Multi-ROMix-Scrypt-Accelerator | 9cb9d96c72c3e912fb7cfd5a786e50e4844a1ee8 | [
"MIT"
] | 2 | 2019-02-08T08:45:27.000Z | 2020-09-07T05:55:18.000Z | Software/CPU/myscrypt/build/cmake-3.12.3/Source/cmDisallowedCommand.cxx | duonglvtnaist/Multi-ROMix-Scrypt-Accelerator | 9cb9d96c72c3e912fb7cfd5a786e50e4844a1ee8 | [
"MIT"
] | 3 | 2021-09-08T02:18:00.000Z | 2022-03-12T00:39:44.000Z | Software/CPU/myscrypt/build/cmake-3.12.3/Source/cmDisallowedCommand.cxx | duonglvtnaist/Multi-ROMix-Scrypt-Accelerator | 9cb9d96c72c3e912fb7cfd5a786e50e4844a1ee8 | [
"MIT"
] | 1 | 2018-06-04T08:50:33.000Z | 2018-06-04T08:50:33.000Z | /* Distributed under the OSI-approved BSD 3-Clause License. See accompanying
file Copyright.txt or https://cmake.org/licensing for details. */
#include "cmDisallowedCommand.h"
#include "cmMakefile.h"
#include "cmake.h"
class cmExecutionStatus;
bool cmDisallowedCommand::InitialPass(std::vector<std::string> const& args,
cmExecutionStatus& status)
{
switch (this->Makefile->GetPolicyStatus(this->Policy)) {
case cmPolicies::WARN:
this->Makefile->IssueMessage(cmake::AUTHOR_WARNING,
cmPolicies::GetPolicyWarning(this->Policy));
break;
case cmPolicies::OLD:
break;
case cmPolicies::REQUIRED_IF_USED:
case cmPolicies::REQUIRED_ALWAYS:
case cmPolicies::NEW:
this->Makefile->IssueMessage(cmake::FATAL_ERROR, this->Message);
return true;
}
this->Command->SetMakefile(this->GetMakefile());
bool const ret = this->Command->InitialPass(args, status);
this->SetError(this->Command->GetError());
return ret;
}
| 32.5625 | 79 | 0.672745 | duonglvtnaist |
ce1ab38d768b61712c4d3e2337a8df6c6f949ab8 | 1,894 | cpp | C++ | hard/0381randomizedCollection.cpp | wanghengg/LeetCode | 4f73d7e176c8de5d2d9b87ab2812f7aa80c20a79 | [
"Apache-2.0"
] | null | null | null | hard/0381randomizedCollection.cpp | wanghengg/LeetCode | 4f73d7e176c8de5d2d9b87ab2812f7aa80c20a79 | [
"Apache-2.0"
] | null | null | null | hard/0381randomizedCollection.cpp | wanghengg/LeetCode | 4f73d7e176c8de5d2d9b87ab2812f7aa80c20a79 | [
"Apache-2.0"
] | null | null | null | #include <iostream>
#include <unordered_map>
#include <unordered_set>
#include <vector>
using namespace std;
class RandomizedCollection {
private:
unordered_map<int, unordered_set<int>> index; // 保存数出现的位置index
vector<int> nums;
public:
/** Initialize your data structure here. */
RandomizedCollection() {
}
/** Inserts a value to the collection. Returns true if the collection did not already contain the specified element. */
bool insert(int val) {
// 如果val已经在nums里面，仍然将val插入nums最后，但是返回false,对于新插入元素val，
// 在index里面保存其位置，因为插在nums末尾，所以index=nums.size()
nums.push_back(val);
index[val].insert(nums.size() - 1);
return index[val].size() == 1; // 如果原来不存在val，新插入val之后val出现次数为1，返回为true，如果val已经出现过，出现次数不等于1，返回false
}
/** Removes a value from the collection. Returns true if the collection contained the specified element. */
/*
* remove操作的重点在于删除时应该将最后一个元素复制到要删除元素第一次出现的位置，然后直接删除最后一个元素，只需要O(1)的时间
* 如果直接在val第一次出现的位置删除val，由于vector在内存中连续存储，删除操作的时间复杂度为O(n)，不满足题目要求
*/
bool remove(int val) {
if (!index.count(val)) return false;
// 判断val是否存在
int i = *(index[val].begin()); // 如果存在，找到val在nums中的第一个位置
nums[i] = nums.back(); // 要删除的元素时nums[i]，为了保证O(1)时间复杂度，将nums[i]等于最后一个数，相当于保留最后一个元素，然后删除最后一个数
index[val].erase(i); // 相应的val的位置也应该删掉
index[nums[i]].erase(nums.size() - 1); // 删除最后一个元素出现的位置
// 如果val第一次出现的位置就是在nums的最后，则不用插入新的位置
if (i < nums.size() - 1) {
index[nums[i]].insert(i);
}
if (index[val].empty()) { // 如果val被删除之后出现次数为0
index.erase(val);
}
nums.pop_back(); // 从nums中删除最后一个元素，最后一个元素已经提前复制到位置i了，实际上删除的是nums[i]
return true;
}
/** Get a random element from the collection. */
int getRandom() {
return nums[rand() % nums.size()];
}
}; | 35.074074 | 123 | 0.639388 | wanghengg |
ce1bd7feb0c627c86e9d47eba759dc98a4be38f1 | 749 | hpp | C++ | qubus/include/qubus/isl/pw_aff.hpp | qubusproject/Qubus | 0feb8d6df00459c5af402545dbe7c82ee3ec4b7c | [
"BSL-1.0"
] | null | null | null | qubus/include/qubus/isl/pw_aff.hpp | qubusproject/Qubus | 0feb8d6df00459c5af402545dbe7c82ee3ec4b7c | [
"BSL-1.0"
] | null | null | null | qubus/include/qubus/isl/pw_aff.hpp | qubusproject/Qubus | 0feb8d6df00459c5af402545dbe7c82ee3ec4b7c | [
"BSL-1.0"
] | null | null | null | #ifndef QUBUS_ISL_PW_AFF_HPP
#define QUBUS_ISL_PW_AFF_HPP
#include <qubus/isl/set.hpp>
#include <qubus/isl/map.hpp>
#include <qubus/isl/value.hpp>
#include <isl/aff.h>
namespace qubus
{
namespace isl
{
class pw_aff
{
public:
explicit pw_aff(isl_pw_aff* handle_);
pw_aff(const pw_aff& other);
~pw_aff();
pw_aff& operator=(const pw_aff& other);
isl_pw_aff* native_handle() const;
isl_pw_aff* release() noexcept;
set domain() const;
bool is_cst() const;
static pw_aff from_val(set domain, value val);
private:
isl_pw_aff* handle_;
};
pw_aff operator+(pw_aff lhs, pw_aff rhs);
pw_aff operator-(pw_aff lhs, pw_aff rhs);
set set_from_pw_aff(pw_aff fn);
map map_from_pw_aff(pw_aff fn);
}
}
#endif | 15.604167 | 50 | 0.703605 | qubusproject |
ce1d3812e64f2c8bb4bd12d1fc12c575eb357a8e | 7,324 | cc | C++ | kythe/cxx/doc/doc.cc | bef0/kythe | 2adcb540ae9dbd61879315a5ade8d3716ee3d3d8 | [
"Apache-2.0"
] | null | null | null | kythe/cxx/doc/doc.cc | bef0/kythe | 2adcb540ae9dbd61879315a5ade8d3716ee3d3d8 | [
"Apache-2.0"
] | null | null | null | kythe/cxx/doc/doc.cc | bef0/kythe | 2adcb540ae9dbd61879315a5ade8d3716ee3d3d8 | [
"Apache-2.0"
] | null | null | null | /*
* Copyright 2016 The Kythe Authors. All rights reserved.
*
* Licensed under the Apache License, Version 2.0 (the "License");
* you may not use this file except in compliance with the License.
* You may obtain a copy of the License at
*
* http://www.apache.org/licenses/LICENSE-2.0
*
* Unless required by applicable law or agreed to in writing, software
* distributed under the License is distributed on an "AS IS" BASIS,
* WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
* See the License for the specific language governing permissions and
* limitations under the License.
*/
// doc is a utility that performs simple formatting tasks on documentation
// extracted from the Kythe graph.
#include <fcntl.h>
#include <sys/stat.h>
#include "absl/memory/memory.h"
#include "absl/strings/str_format.h"
#include "gflags/gflags.h"
#include "glog/logging.h"
#include "google/protobuf/io/zero_copy_stream_impl.h"
#include "google/protobuf/text_format.h"
#include "kythe/cxx/common/kythe_uri.h"
#include "kythe/cxx/common/net_client.h"
#include "kythe/cxx/common/schema/edges.h"
#include "kythe/cxx/common/schema/facts.h"
#include "kythe/cxx/doc/html_markup_handler.h"
#include "kythe/cxx/doc/html_renderer.h"
#include "kythe/cxx/doc/javadoxygen_markup_handler.h"
#include "kythe/cxx/doc/markup_handler.h"
DEFINE_string(xrefs, "http://localhost:8080", "Base URI for xrefs service");
DEFINE_string(corpus, "test", "Default corpus to use");
DEFINE_string(path, "",
"Look up this path in the xrefs service and process all "
"documented nodes inside");
DEFINE_string(save_response, "",
"Save the initial documentation response to this file as an "
"ASCII protobuf.");
DEFINE_string(css, "", "Include this stylesheet path in the resulting HTML.");
DEFINE_bool(common_signatures, false,
"Render the MarkedSource proto from standard in.");
namespace kythe {
namespace {
constexpr char kDocHeaderPrefix[] = R"(<!doctype html>
<html>
<head>
<meta charset="utf-8">
)";
constexpr char kDocHeaderSuffix[] = R"( <title>Kythe doc output</title>
</head>
<body>
)";
constexpr char kDocFooter[] = R"(
</body>
</html>
)";
int DocumentNodesFrom(const proto::DocumentationReply& doc_reply) {
::fputs(kDocHeaderPrefix, stdout);
if (!FLAGS_css.empty()) {
absl::FPrintF(stdout,
"<link rel=\"stylesheet\" type=\"text/css\" href=\"%s\">",
FLAGS_css);
}
::fputs(kDocHeaderSuffix, stdout);
DocumentHtmlRendererOptions options(doc_reply);
options.make_link_uri = [](const proto::Anchor& anchor) {
return anchor.parent();
};
options.kind_name = [&options](const std::string& ticket) {
if (const auto* node = options.node_info(ticket)) {
for (const auto& fact : node->facts()) {
if (fact.first == kythe::common::schema::kFactNodeKind) {
return std::string(fact.second);
}
}
}
return std::string();
};
for (const auto& document : doc_reply.document()) {
if (document.has_text()) {
auto html =
RenderDocument(options, {ParseJavadoxygen, ParseHtml}, document);
::fputs(html.c_str(), stdout);
}
}
::fputs(kDocFooter, stdout);
return 0;
}
int DocumentNodesFromStdin() {
proto::DocumentationReply doc_reply;
google::protobuf::io::FileInputStream file_input_stream(STDIN_FILENO);
CHECK(google::protobuf::TextFormat::Parse(&file_input_stream, &doc_reply));
return DocumentNodesFrom(doc_reply);
}
int RenderMarkedSourceFromStdin() {
proto::common::MarkedSource marked_source;
google::protobuf::io::FileInputStream file_input_stream(STDIN_FILENO);
CHECK(
google::protobuf::TextFormat::Parse(&file_input_stream, &marked_source));
absl::PrintF(" RenderSimpleIdentifier: \"%s\"\n",
RenderSimpleIdentifier(marked_source));
auto params = RenderSimpleParams(marked_source);
for (const auto& param : params) {
absl::PrintF(" RenderSimpleParams: \"%s\"\n", param);
}
absl::PrintF("RenderSimpleQualifiedName-ID: \"%s\"\n",
RenderSimpleQualifiedName(marked_source, false));
absl::PrintF("RenderSimpleQualifiedName+ID: \"%s\"\n",
RenderSimpleQualifiedName(marked_source, true));
return 0;
}
int DocumentNodesFrom(XrefsJsonClient* client, const proto::VName& file_name) {
proto::DecorationsRequest request;
proto::DecorationsReply reply;
request.mutable_location()->set_ticket(URI(file_name).ToString());
request.set_references(true);
std::string error;
CHECK(client->Decorations(request, &reply, &error)) << error;
proto::DocumentationRequest doc_request;
proto::DocumentationReply doc_reply;
for (const auto& reference : reply.reference()) {
if (reference.kind() == kythe::common::schema::kDefinesBinding) {
doc_request.add_ticket(reference.target_ticket());
}
}
absl::FPrintF(stderr, "Looking for %d tickets\n", doc_request.ticket_size());
CHECK(client->Documentation(doc_request, &doc_reply, &error)) << error;
if (!FLAGS_save_response.empty()) {
int saved =
open(FLAGS_save_response.c_str(), O_CREAT | O_TRUNC | O_WRONLY, 0640);
if (saved < 0) {
absl::FPrintF(stderr, "Couldn't open %s\n", FLAGS_save_response);
return 1;
}
{
google::protobuf::io::FileOutputStream outfile(saved);
if (!google::protobuf::TextFormat::Print(doc_reply, &outfile)) {
absl::FPrintF(stderr, "Coudln't print to %s\n",
FLAGS_save_response.c_str());
close(saved);
return 1;
}
}
if (close(saved) < 0) {
absl::FPrintF(stderr, "Couldn't close %s\n", FLAGS_save_response);
return 1;
}
}
return DocumentNodesFrom(doc_reply);
}
} // anonymous namespace
} // namespace kythe
int main(int argc, char** argv) {
GOOGLE_PROTOBUF_VERIFY_VERSION;
google::InitGoogleLogging(argv[0]);
gflags::SetUsageMessage(R"(perform simple documentation formatting
doc -corpus foo -file bar.cc
Formats documentation for all nodes attached via defines/binding anchors to
a file with path bar.cc in corpus foo.
doc
Formats documentation from a text-format proto::DocumentationReply provided
on standard input.
doc -common_signatures
Renders the text-format proto::common::MarkedSource message provided on standard
input into several common forms.
)");
gflags::ParseCommandLineFlags(&argc, &argv, true);
if (FLAGS_common_signatures) {
return kythe::RenderMarkedSourceFromStdin();
} else if (FLAGS_path.empty()) {
return kythe::DocumentNodesFromStdin();
} else {
kythe::JsonClient::InitNetwork();
kythe::XrefsJsonClient client(absl::make_unique<kythe::JsonClient>(),
FLAGS_xrefs);
auto ticket = kythe::URI::FromString(FLAGS_path);
if (!ticket.first) {
ticket = kythe::URI::FromString(
"kythe://" +
kythe::UriEscape(kythe::UriEscapeMode::kEscapePaths, FLAGS_corpus) +
"?path=" +
kythe::UriEscape(kythe::UriEscapeMode::kEscapePaths, FLAGS_path));
}
if (!ticket.first) {
absl::FPrintF(stderr, "Couldn't parse URI %s\n", FLAGS_path);
return 1;
}
return kythe::DocumentNodesFrom(&client, ticket.second.v_name());
}
return 0;
}
| 35.553398 | 82 | 0.684872 | bef0 |
ce1d8b7711c1b2bc638f9f6fee4ea68f4f1a8eec | 331 | cpp | C++ | src/cpp/rand.cpp | cedrikaagaard/thistlethwaite | f6bf5cb42cd36f066cd5d51de77ff589004ed7af | [
"Unlicense"
] | 2 | 2018-08-02T09:34:38.000Z | 2022-02-21T05:17:14.000Z | src/cpp/rand.cpp | cedrikaagaard/thistlethwaite | f6bf5cb42cd36f066cd5d51de77ff589004ed7af | [
"Unlicense"
] | null | null | null | src/cpp/rand.cpp | cedrikaagaard/thistlethwaite | f6bf5cb42cd36f066cd5d51de77ff589004ed7af | [
"Unlicense"
] | null | null | null | #include <vector>
#include <sstream>
#include "rand.hpp"
#include "enums.hpp"
rotation get_random_rotation() {
return (rotation) (rand() % 12);
}
std::string thistlethwaite::get_random_rotations(const int &n) {
std::stringstream ss;
for (int i = 0; i < n; i++) {
ss << rottoa(get_random_rotation());
}
return ss.str();
} | 18.388889 | 64 | 0.667674 | cedrikaagaard |
ce1e047632d6b27fc8579f9352ee6df00b2e5a4d | 3,635 | cpp | C++ | DearPyGui/src/core/AppItems/nodes/mvNode.cpp | NamWoo/DearPyGui | da4a3c7a0dbb3d5dfd8b0a7991521890ddd3e513 | [
"MIT"
] | null | null | null | DearPyGui/src/core/AppItems/nodes/mvNode.cpp | NamWoo/DearPyGui | da4a3c7a0dbb3d5dfd8b0a7991521890ddd3e513 | [
"MIT"
] | null | null | null | DearPyGui/src/core/AppItems/nodes/mvNode.cpp | NamWoo/DearPyGui | da4a3c7a0dbb3d5dfd8b0a7991521890ddd3e513 | [
"MIT"
] | null | null | null | #include "mvNode.h"
#include <imnodes.h>
#include "mvApp.h"
#include "mvLog.h"
#include "mvItemRegistry.h"
#include "mvImNodesThemeScope.h"
#include "mvFontScope.h"
#include "mvPythonExceptions.h"
namespace Marvel {
static std::string FindRenderedTextEnd(const char* text, const char* text_end = nullptr)
{
int size = 0;
const char* text_display_end = text;
if (!text_end)
text_end = (const char*)-1;
while (text_display_end < text_end && *text_display_end != '\0' && (text_display_end[0] != '#' || text_display_end[1] != '#'))
{
text_display_end++;
size++;
}
char* cvalue = new char[size + 1];
for (int i = 0; i < size; i++)
cvalue[i] = text[i];
cvalue[size] = '\0';
auto result = std::string(cvalue);
delete[] cvalue;
return result;
}
void mvNode::InsertParser(std::map<std::string, mvPythonParser>* parsers)
{
mvPythonParser parser(mvPyDataType::String, "Undocumented function", { "Node Editor", "Widgets" });
mvAppItem::AddCommonArgs(parser);
parser.removeArg("source");
parser.removeArg("width");
parser.removeArg("height");
parser.removeArg("indent");
parser.removeArg("callback");
parser.removeArg("callback_data");
parser.removeArg("enabled");
parser.addArg<mvPyDataType::Bool>("draggable", mvArgType::KEYWORD_ARG, "True");
parser.finalize();
parsers->insert({ s_command, parser });
}
mvNode::mvNode(const std::string& name)
: mvAppItem(name)
{
m_label = FindRenderedTextEnd(m_name.c_str());
m_specificedlabel = m_label;
int64_t address = (int64_t)this;
int64_t reduced_address = address % 2147483648;
m_id = (int)reduced_address;
}
bool mvNode::isParentCompatible(mvAppItemType type)
{
if (type == mvAppItemType::mvStagingContainer) return true;
if (type == mvAppItemType::mvNodeEditor)
return true;
mvThrowPythonError(1000, "Node parent must be node editor.");
MV_ITEM_REGISTRY_ERROR("Node parent must be node editor.");
assert(false);
return false;
}
bool mvNode::canChildBeAdded(mvAppItemType type)
{
if(type == mvAppItemType::mvNodeAttribute)
return true;
mvThrowPythonError(1000, "Node children must be node attributes only.");
MV_ITEM_REGISTRY_ERROR("Node children must be node attributes only.");
assert(false);
return false;
}
void mvNode::draw(ImDrawList* drawlist, float x, float y)
{
ScopedID id;
mvImNodesThemeScope scope(this);
mvFontScope fscope(this);
if (m_dirtyPos)
{
imnodes::SetNodeGridSpacePos((int)m_id, m_state.getItemPos());
m_dirtyPos = false;
}
imnodes::SetNodeDraggable((int)m_id, m_draggable);
imnodes::BeginNode(m_id);
imnodes::BeginNodeTitleBar();
ImGui::TextUnformatted(m_specificedlabel.c_str());
imnodes::EndNodeTitleBar();
//we do this so that the children dont get the theme
scope.cleanup();
for (auto item : m_children[1])
{
// skip item if it's not shown
if (!item->m_show)
continue;
// set item width
if (item->m_width != 0)
ImGui::SetNextItemWidth((float)item->m_width);
item->draw(drawlist, x, y);
auto& state = item->getState();
state.setActive(imnodes::IsAttributeActive());
}
imnodes::EndNode();
ImVec2 pos = imnodes::GetNodeGridSpacePos((int)m_id);
m_state.setPos({ pos.x , pos.y });
}
void mvNode::handleSpecificKeywordArgs(PyObject* dict)
{
if (dict == nullptr)
return;
if (PyObject* item = PyDict_GetItemString(dict, "draggable")) m_draggable = ToBool(item);
}
void mvNode::getSpecificConfiguration(PyObject* dict)
{
if (dict == nullptr)
return;
PyDict_SetItemString(dict, "draggable", ToPyBool(m_draggable));
}
} | 23.603896 | 128 | 0.689133 | NamWoo |
ce21f257e0df8914cc123c7d107948398b2f22bc | 100 | cpp | C++ | src/_sample/_sample.cpp | sacrificerXY/base-cpp-cmake-doctest | 2f2020affabce2cdeb552aea0ad7fff7cce6a5ad | [
"Unlicense"
] | 1 | 2020-06-19T17:29:50.000Z | 2020-06-19T17:29:50.000Z | src/_sample/_sample.cpp | sacrificerXY/base-cpp-cmake-doctest-sfml-imgui | 7cb0b647f111eb94f6b5ded6c9a14faea764423d | [
"Unlicense"
] | null | null | null | src/_sample/_sample.cpp | sacrificerXY/base-cpp-cmake-doctest-sfml-imgui | 7cb0b647f111eb94f6b5ded6c9a14faea764423d | [
"Unlicense"
] | null | null | null | #include <_sample/_sample.h>
foo::foo(int bar): bar{bar} {}
void foo::add(int x) { bar += x; }
| 20 | 35 | 0.58 | sacrificerXY |
ce2780b5b5a30459f87d7568b78a1dd5b25f299c | 2,602 | hpp | C++ | libmeasure/common/CMgmt.hpp | akiml/ampehre | 383a863442574ea2e6a6ac853a9b99e153daeccf | [
"BSD-2-Clause"
] | 3 | 2016-01-20T13:41:52.000Z | 2018-04-10T17:50:49.000Z | libmeasure/common/CMgmt.hpp | akiml/ampehre | 383a863442574ea2e6a6ac853a9b99e153daeccf | [
"BSD-2-Clause"
] | null | null | null | libmeasure/common/CMgmt.hpp | akiml/ampehre | 383a863442574ea2e6a6ac853a9b99e153daeccf | [
"BSD-2-Clause"
] | null | null | null | /*
* CMgmt.hpp
*
* Copyright (C) 2015, Achim Lösch <[email protected]>, Christoph Knorr <[email protected]>
* All rights reserved.
*
* This software may be modified and distributed under the terms
* of the BSD license. See the LICENSE file for details.
*
* encoding: UTF-8
* tab size: 4
*
* author: Achim Lösch ([email protected])
* created: 3/31/14
* version: 0.1.0 - initial implementation
* 0.1.4 - add signals for measuring system start and stop
* 0.1.13 - make GPU frequency settable
* 0.1.15 - make CPU frequency settable
* 0.2.2 - add semaphore to synchronize the start of the measurements
* 0.4.0 - MIC integration into libmeasure
* 0.5.1 - modularized libmeasure
* 0.5.3 - add abstract measure and abstract measure thread
* 0.5.4 - add dynamic loading of resource specific libraries
* 0.5.5 - add ResourceLibraryHandler to hide specific libraries in CMgmt
* 0.6.0 - add ioctl for the ipmi timeout, new parameters to skip certain measurements
* and to select between the full or light library.
* 0.7.0 - modularized measurement struct
*/
#ifndef __CMGMT_HPP__
#define __CMGMT_HPP__
#include <map>
#include <signal.h>
#include <dlfcn.h>
#include <math.h>
#include <boost/foreach.hpp>
#include "CLogger.hpp"
#include "CSemaphore.hpp"
#include "CMeasureAbstractResource.hpp"
#include "CMeasureAbstractThread.hpp"
#include "CResourceLibraryHandler.hpp"
#include "../../include/ms_measurement.h"
#include "CMutex.hpp"
typedef std::map<int , NLibMeasure::CResourceLibraryHandler*> map_type;
class CMgmt {
private:
NLibMeasure::CLogger mLogger;
map_type mResources;
NLibMeasure::CSemaphore mStartSem;
struct sigaction *mpActionStart;
struct sigaction *mpActionStop;
lib_variant mLibVariant;
public:
CMgmt(cpu_governor cpuGovernor, uint64_t cpuFrequencyMin, uint64_t cpuFrequencyMax, gpu_frequency gpuFrequency, ipmi_timeout_setting timeout_setting, skip_ms_rate skip_ms_rate, lib_variant variant);
~CMgmt();
void initMaxelerForceIdle(void);
void regSighandlerStart(void(*signal_handler)(int));
void regSighandlerStop(void(*signal_handler)(int));
void lockResourceMutexStart(int res);
void unlockResourceMutexStart(int res);
void postStartSem(int count);
void initMeasureThread(int res, MS_LIST* pMsList);
void finiMeasureThread(int res);
void startMeasureThread(int res);
void stopMeasureThread(int res);
void joinMeasureThread(int res);
};
#endif /* __CMGMT_HPP__ */
| 32.123457 | 201 | 0.714066 | akiml |
ce2a94e8f660d3fa8a5f4e4207dbc93374709a30 | 6,558 | cpp | C++ | src/plugins/anim/nodes/loaders/amc.cpp | martin-pr/possumwood | 0ee3e0fe13ef27cf14795a79fb497e4d700bef63 | [
"MIT"
] | 232 | 2017-10-09T11:45:28.000Z | 2022-03-28T11:14:46.000Z | src/plugins/anim/nodes/loaders/amc.cpp | martin-pr/possumwood | 0ee3e0fe13ef27cf14795a79fb497e4d700bef63 | [
"MIT"
] | 26 | 2019-01-20T21:38:25.000Z | 2021-10-16T03:57:17.000Z | src/plugins/anim/nodes/loaders/amc.cpp | martin-pr/possumwood | 0ee3e0fe13ef27cf14795a79fb497e4d700bef63 | [
"MIT"
] | 33 | 2017-10-26T19:20:38.000Z | 2022-03-16T11:21:43.000Z | #include <OpenEXR/ImathMatrixAlgo.h>
#include <actions/io.h>
#include <possumwood_sdk/datatypes/filename.h>
#include <possumwood_sdk/node_implementation.h>
#include <boost/filesystem.hpp>
#include <boost/lexical_cast.hpp>
#include <fstream>
#include <unordered_map>
#include "datatypes/animation.h"
#include "tokenizer.h"
namespace {
class AmcTokenizer : public anim::Tokenizer {
private:
State start, filename_start, filename_separator, filename, comment, hash;
public:
AmcTokenizer(std::istream& in)
: anim::Tokenizer(in), start(this), filename_start(this), filename_separator(this), filename(this),
comment(this), hash(this) {
// start parsing in "start" state
start.setActive();
start = [this](char c) {
// don't read any space-like characters
if(std::isspace(c)) {
emit();
reject();
}
// hashbangs and comments start with #
else if(c == '#') {
emit();
reject();
hash.setActive();
}
// anything else is an acceptable character
else
accept(c);
};
hash = [this](char c) {
// decide if this is a hashbang (accepted as a keyword) or a comment
if(c == '!') {
accept("#!");
filename_start.setActive();
}
else
comment.setActive();
};
comment = [this](char c) {
// endline character ends comments
if(c == '\n')
start.setActive();
// reject everything
reject();
};
filename_start = [this](char c) {
// don't read any space-like characters
if(std::isspace(c))
filename_separator.setActive();
// anything else is an acceptable character
else
accept(c);
};
filename_separator = [this](char c) {
if(std::isspace(c)) {
emit();
reject();
}
else
filename.setActive();
};
filename = [this](char c) {
// endline character ends filename
if(c == '\n') {
emit();
reject();
start.setActive();
}
// else anything can be part of a filename, including spaces
else
accept(c);
};
}
};
////
Imath::V3f makeTranslation(float value, const std::string& key) {
if(key == "tx")
return Imath::V3f(value, 0, 0);
else if(key == "ty")
return Imath::V3f(0, value, 0);
else if(key == "tz")
return Imath::V3f(0, 0, value);
else
throw std::runtime_error("unknown transformation component " + key);
}
Imath::Quatf makeRotation(float value, const std::string& key) {
Imath::Quatf q;
if(key == "rx")
q.setAxisAngle(Imath::V3f(1, 0, 0), value / 180.0f * M_PI);
else if(key == "ry")
q.setAxisAngle(Imath::V3f(0, 1, 0), value / 180.0f * M_PI);
else if(key == "rz")
q.setAxisAngle(Imath::V3f(0, 0, 1), value / 180.0f * M_PI);
else
throw std::runtime_error("unknown transformation component " + key);
return q;
}
void readFrame(anim::Tokenizer& tokenizer, anim::Skeleton& skel,
const std::unordered_map<std::string, unsigned>& jointIds) {
const anim::Skeleton orig = skel;
// reset all base transforms to identity first
for(auto& j : skel)
j.tr() = anim::Transform();
auto it = jointIds.find(tokenizer.next().value);
while(it != jointIds.end()) {
// read values for the joint
Imath::V3f tr(0, 0, 0);
Imath::Quatf rot(1, 0, 0, 0);
for(const std::string& dof : skel[it->second].attributes()["dof"].as<std::vector<std::string>>())
if(dof[0] == 't')
tr = makeTranslation(boost::lexical_cast<float>(tokenizer.next().value), dof) + tr;
else
rot = makeRotation(boost::lexical_cast<float>(tokenizer.next().value), dof) * rot;
// assign the value
skel[it->second].tr() = orig[it->second].tr() * anim::Transform(rot, tr);
// and process next bone
it = jointIds.find(tokenizer.next().value);
}
}
// adapted from http://research.cs.wisc.edu/graphics/Courses/cs-838-1999/Jeff/ASF-AMC.html
std::unique_ptr<anim::Animation> doLoad(const boost::filesystem::path& filename, const anim::Skeleton& skel) {
// open the file and instantiate the tokenizer
std::ifstream in(filename.string());
AmcTokenizer tokenizer(in);
// assuming the CMU database at 120 FPS
std::unique_ptr<anim::Animation> result(new anim::Animation(120));
unsigned frameNo = 1;
// std::cout << "READING START " << filename << std::endl;
// while(!tokenizer.eof())
// std::cout << " - " << tokenizer.next().value << std::endl;
// std::cout << "READING END" << std::endl;
// read the hashbang
std::string asfFilename;
tokenizer >> "#!OML:ASF" >> asfFilename;
// build an index on top of the skeleton, to make bone lookup faster
std::unordered_map<std::string, unsigned> jointIds;
for(unsigned a = 0; a < skel.size(); ++a)
jointIds[skel[a].name()] = a;
assert(skel.size() == jointIds.size());
tokenizer >> ":FULLY-SPECIFIED";
tokenizer >> ":DEGREES";
tokenizer.next();
while(!tokenizer.eof()) {
// read the frame number, which has to match the counter
const unsigned currentFrame = boost::lexical_cast<unsigned>(tokenizer.current().value);
if(currentFrame != frameNo)
throw std::runtime_error("expecting frame #" + boost::lexical_cast<std::string>(frameNo) + " but found #" +
tokenizer.current().value);
// add a frame and read it
anim::Skeleton frame = skel;
readFrame(tokenizer, frame, jointIds);
result->addFrame(frame);
++frameNo;
}
return result;
}
//////////
dependency_graph::InAttr<possumwood::Filename> a_filename;
dependency_graph::InAttr<anim::Skeleton> a_skel;
dependency_graph::OutAttr<anim::Animation> a_anim;
dependency_graph::State compute(dependency_graph::Values& data) {
dependency_graph::State out;
const possumwood::Filename filename = data.get(a_filename);
const anim::Skeleton skel = data.get(a_skel);
if(!filename.filename().empty() && boost::filesystem::exists(filename.filename()) && !skel.empty()) {
std::unique_ptr<anim::Animation> ptr(doLoad(filename.filename(), skel).release());
data.set(a_anim, *ptr);
}
else {
data.set(a_anim, anim::Animation());
out.addError("Cannot load filename " + filename.filename().string());
}
return out;
}
void init(possumwood::Metadata& meta) {
meta.addAttribute(a_filename, "filename",
possumwood::Filename({
"AMC files (*.amc)",
}));
meta.addAttribute(a_skel, "skeleton", anim::Skeleton(), possumwood::AttrFlags::kVertical);
meta.addAttribute(a_anim, "animation", anim::Animation(), possumwood::AttrFlags::kVertical);
meta.addInfluence(a_filename, a_anim);
meta.addInfluence(a_skel, a_anim);
meta.setCompute(compute);
}
possumwood::NodeImplementation s_impl("anim/loaders/amc", init);
} // namespace
| 26.877049 | 110 | 0.655078 | martin-pr |
ce2c80dce1ad26804c366ba833a063f7ba431034 | 400,339 | cpp | C++ | edk/edkImages/poweredEDKColor.cpp | Edimartin/edk-source | de9a152e91344e201669b0421e5f44dea40cebf9 | [
"MIT"
] | null | null | null | edk/edkImages/poweredEDKColor.cpp | Edimartin/edk-source | de9a152e91344e201669b0421e5f44dea40cebf9 | [
"MIT"
] | null | null | null | edk/edkImages/poweredEDKColor.cpp | Edimartin/edk-source | de9a152e91344e201669b0421e5f44dea40cebf9 | [
"MIT"
] | null | null | null | #include "poweredEDKColor.h"
/*
Library C++ poweredEDKColor - Image with powered by edk technology for be used in background with color.
Copyright 2013 Eduardo Moura Sales Martins ([email protected])
Permission is hereby granted, free of charge, to any person obtaining
a copy of this software and associated documentation files (the
"Software"), to deal in the Software without restriction, including
without limitation the rights to use, copy, modify, merge, publish,
distribute, sublicense, and/or sell copies of the Software, and to
permit persons to whom the Software is furnished to do so, subject to
the following conditions:
The above copyright notice and this permission notice shall be
included in all copies or substantial portions of the Software.
THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND,
EXPRESS OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF
MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND
NONINFRINGEMENT. IN NO EVENT SHALL THE AUTHORS OR COPYRIGHT HOLDERS BE
LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN AN ACTION
OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN CONNECTION
WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE.
*/
edk::uint32 edk::poweredEDKColor::size = 107544u;
edk::char8 edk::poweredEDKColor::name[20] = "poweredEDKColor.png";
edk::uchar8 edk::poweredEDKColor::vec[107544u] = {
137,80,78,71,13,10,26,10,0,0,0,13,73,72,68,82,0,0,3,158,0,0,4,56,8,6,0,0,0,97,109,3,154,0,0,0,4,115,66,73,84,8,8,8,8,124,8,100,136,0,0,0 \
,9,112,72,89,115,0,0,13,215,0,0,13,215,1,66,40,155,120,0,0,0,25,116,69,88,116,83,111,102,116,119,97,114,101,0,119,119,119,46,105,110,107,115,99,97,112,101,46,111,114,103 \
,155,238,60,26,0,0,32,0,73,68,65,84,120,156,236,221,121,120,20,85,218,247,241,111,135,128,236,8,130,34,184,0,130,32,40,142,40,110,32,168,168,40,139,136,138,168,143,130,142,140,235 \
,136,142,43,234,59,56,58,110,35,243,248,40,138,226,130,131,12,238,11,42,136,160,136,134,77,81,92,64,65,20,101,19,217,145,132,132,144,253,126,255,56,233,88,169,116,39,213,73,119,58,224 \
,239,115,93,125,65,85,87,157,115,87,39,233,238,187,206,6,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34 \
,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34 \
,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34 \
,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34 \
,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34 \
,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34 \
,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34 \
,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,34,146,28,161,100,7 \
,32,34,9,149,10,28,12,180,4,246,3,246,5,154,20,63,215,24,168,5,100,0,69,64,54,176,13,216,0,108,2,214,0,59,171,57,94,17,17,17,17,217,3,41,241,148,221,193,41,192,53 \
,213,88,223,174,226,71,58,46,25,203,2,126,2,150,1,171,128,194,106,140,37,22,181,128,110,64,47,224,56,224,48,224,80,160,78,37,203,51,92,242,249,61,240,21,48,23,152,143,123,61,226 \
,109,60,208,44,14,229,140,4,54,86,225,252,20,224,5,96,175,42,198,241,38,240,106,21,203,184,10,232,83,197,50,0,198,0,95,68,216,255,127,64,235,56,148,95,93,174,2,182,7,56,238 \
,124,224,130,4,199,2,80,0,100,2,121,184,27,52,57,192,47,184,191,153,213,192,218,226,231,170,195,49,192,109,213,84,87,60,204,3,198,6,60,246,5,160,94,156,235,223,133,251,121,133,255 \
,159,137,123,95,219,94,252,111,6,238,103,185,1,216,18,231,186,119,7,213,245,251,20,254,27,42,194,189,230,5,184,215,124,109,241,99,29,238,102,104,44,78,7,254,18,199,24,1,238,3,150 \
,196,185,204,176,84,220,123,241,126,113,44,115,13,112,59,238,117,21,17,145,24,253,25,151,4,213,132,71,14,240,13,48,25,184,2,56,40,129,215,29,68,61,224,92,224,21,220,7,119,162,175 \
,63,31,248,4,184,150,248,126,80,78,142,83,124,35,170,24,199,113,113,138,35,173,138,113,0,252,24,135,56,10,128,230,81,202,255,62,78,215,90,93,143,86,1,95,183,209,53,32,86,195,221 \
,160,90,133,75,156,46,7,218,6,140,191,50,206,174,1,215,27,203,99,114,12,215,182,35,201,177,230,0,43,129,25,192,67,192,69,64,103,246,236,27,247,53,233,247,41,19,247,153,115,63,208 \
,159,138,111,80,214,2,166,197,57,134,159,3,212,91,89,143,196,57,214,76,224,200,4,197,42,82,101,169,201,14,64,100,55,179,23,238,77,253,72,224,127,138,247,125,138,251,34,53,137,196,180 \
,6,70,210,22,184,1,247,133,182,113,180,131,154,52,105,66,167,78,157,56,248,224,131,105,217,178,37,251,238,187,47,205,154,53,163,86,173,90,212,171,87,143,218,181,107,179,99,199,14,0,50 \
,50,50,216,180,105,19,155,55,111,230,215,95,127,101,249,242,229,172,95,191,222,95,100,42,208,187,248,49,22,152,138,187,91,59,167,138,215,51,141,223,95,207,170,24,0,60,87,197,243,227,225 \
,68,160,41,193,90,232,34,233,8,116,136,67,28,159,1,91,227,80,142,196,46,5,104,83,252,24,86,188,111,37,240,95,224,121,92,139,142,212,124,123,225,222,111,219,2,125,61,251,55,1,31 \
,226,18,210,233,84,254,111,93,202,215,144,223,63,115,192,37,87,11,128,23,113,127,75,254,207,220,66,224,98,220,231,114,231,56,197,208,14,120,25,232,71,124,123,60,93,2,252,45,142,229,21 \
,225,222,107,22,199,177,76,145,184,82,226,41,187,157,231,159,127,158,174,93,187,38,172,252,157,59,119,146,157,157,77,102,102,38,153,153,153,108,219,182,141,229,203,151,179,108,217,50,150,47,95 \
,78,122,122,186,255,148,19,138,31,247,1,79,0,15,147,184,4,244,96,224,1,96,40,238,206,110,41,71,29,117,20,189,123,247,230,228,147,79,230,232,163,143,230,128,3,14,168,82,101,233,233 \
,233,44,89,178,132,180,180,52,230,204,153,195,220,185,115,201,205,205,13,63,93,11,56,167,248,241,57,174,107,86,101,91,250,102,224,90,231,82,1,122,245,234,197,35,143,60,18,232,196,155,110 \
,186,137,57,115,74,242,222,211,128,186,252,222,141,46,86,253,195,255,105,213,170,21,239,190,251,110,224,19,103,205,154,197,168,81,163,194,155,169,192,153,184,47,43,149,49,208,187,49,97,194,4 \
,142,60,178,226,155,216,11,23,46,228,186,235,174,243,238,122,47,72,101,127,250,211,159,120,238,185,170,228,235,241,55,126,252,248,184,196,52,109,218,52,90,182,108,25,135,136,74,203,205,205,37 \
,59,59,155,93,187,118,145,147,147,195,142,29,59,88,189,122,53,107,214,172,97,213,170,85,172,92,185,50,210,141,155,118,192,221,192,157,192,127,112,173,179,155,226,29,219,35,143,60,66,175,94 \
,189,226,93,108,149,244,232,209,195,251,222,81,41,167,159,126,58,15,62,248,96,149,202,40,42,42,34,35,35,163,100,59,35,35,131,172,172,44,50,51,51,201,202,202,34,61,61,157,45,91,182 \
,176,97,195,6,126,249,229,23,54,108,216,192,182,109,17,123,123,238,135,75,28,46,193,189,223,188,137,187,233,149,134,75,142,246,24,137,250,125,10,255,237,228,228,228,176,107,215,46,118,237,218 \
,197,218,181,107,89,183,110,29,235,214,173,99,205,154,53,172,88,177,194,255,123,19,2,122,20,63,238,195,181,24,254,27,240,30,180,3,215,106,187,16,216,39,188,243,193,7,31,228,244,211,79 \
,15,28,223,168,81,163,152,53,107,86,120,243,12,224,65,226,215,5,249,104,224,153,240,70,195,134,13,121,253,245,215,105,209,162,69,160,147,179,179,179,185,240,194,11,253,239,49,163,129,41,113 \
,138,79,68,228,15,171,84,87,219,249,243,231,91,50,173,93,187,214,38,78,156,104,67,135,14,181,122,245,234,69,234,234,178,14,24,28,231,215,160,46,238,67,54,219,95,95,231,206,157,237,95 \
,255,250,151,173,90,181,42,225,215,158,158,158,110,47,188,240,130,157,113,198,25,22,10,133,34,93,251,27,64,101,179,221,143,195,229,52,105,210,196,242,242,242,2,197,244,248,227,143,251,99,56 \
,171,146,245,31,128,187,99,108,128,141,24,49,34,166,215,102,203,150,45,86,171,86,45,111,28,177,116,39,244,251,164,50,175,197,237,183,223,238,127,45,142,40,167,142,146,174,182,61,123,246,140 \
,233,90,171,195,232,209,163,253,215,82,169,174,182,107,214,172,73,218,53,172,94,189,218,38,78,156,104,151,93,118,153,181,108,217,50,210,223,203,54,96,72,108,191,26,17,149,234,26,249,206,59 \
,239,36,237,154,163,241,189,87,86,170,171,237,208,161,67,147,18,123,70,70,134,205,155,55,207,158,124,242,73,187,242,202,43,173,99,199,142,229,117,117,252,26,215,50,182,59,171,49,191,79,57 \
,57,57,54,111,222,60,123,248,225,135,109,224,192,129,86,183,110,221,72,175,249,114,34,119,47,61,5,55,206,218,0,107,218,180,169,253,240,195,15,129,235,222,186,117,171,181,109,219,214,91,79 \
,17,112,97,28,94,223,22,184,113,152,6,88,40,20,178,55,222,120,35,112,92,69,69,69,118,193,5,23,248,95,131,151,216,179,187,127,139,136,84,155,26,149,120,122,237,216,177,195,198,141,27 \
,103,237,218,181,139,244,97,248,36,149,159,216,199,171,51,174,235,76,169,242,79,62,249,100,123,255,253,247,173,168,168,40,41,215,190,108,217,50,27,49,98,132,165,166,166,70,250,50,125,94,37 \
,174,243,102,111,57,179,102,205,10,20,199,170,85,171,252,245,143,171,228,235,124,165,183,156,183,223,126,59,230,215,228,196,19,79,244,191,14,101,90,165,3,104,138,27,75,107,128,93,112,193,5 \
,129,235,239,210,165,139,183,254,213,21,212,163,196,179,26,229,231,231,219,148,41,83,172,123,247,238,254,235,42,2,238,136,225,247,35,146,26,147,40,68,179,59,39,158,145,172,90,181,202,158,122 \
,234,41,255,223,188,247,49,135,221,119,172,93,141,253,125,202,200,200,176,39,158,120,194,14,62,248,96,255,235,189,147,200,55,29,175,241,30,215,177,99,71,219,190,125,123,224,250,190,249,230,27 \
,107,208,160,129,191,158,63,85,225,181,173,141,231,198,34,96,119,222,121,103,76,175,193,189,247,222,235,191,246,207,137,255,4,92,34,34,127,88,53,54,241,12,203,203,203,179,49,99,198,248,63 \
,160,12,55,246,167,126,21,174,125,8,190,86,206,14,29,58,212,168,47,2,75,151,46,181,190,125,251,70,250,226,245,40,110,156,91,80,135,122,207,191,241,198,27,3,199,112,248,225,135,123,235 \
,93,83,201,215,250,221,112,25,117,235,214,181,172,172,172,136,117,237,216,177,35,106,28,15,60,240,128,255,53,232,89,137,56,46,242,150,49,105,210,164,64,175,193,202,149,43,99,77,192,149,120 \
,38,65,81,81,145,61,247,220,115,145,222,43,174,142,229,151,196,167,198,38,10,97,123,90,226,233,245,221,119,223,217,53,215,92,99,117,234,212,241,255,76,115,113,55,21,42,115,3,42,153,106 \
,252,239,83,118,118,182,221,122,235,173,254,158,55,59,129,99,35,92,207,56,239,245,244,237,219,215,10,10,10,2,215,245,202,43,175,248,235,89,133,167,11,111,140,198,122,99,233,215,175,159,21 \
,22,22,6,142,229,205,55,223,244,199,242,43,193,223,27,69,68,36,128,26,159,120,134,125,255,253,247,254,36,200,128,183,136,45,1,11,27,137,155,200,160,164,172,107,174,185,198,178,179,179,147 \
,125,153,17,61,251,236,179,145,190,76,191,70,108,75,147,252,16,62,183,125,251,246,129,235,30,53,106,148,191,222,88,91,26,234,225,190,180,24,96,103,158,121,102,212,186,238,186,235,46,203,201 \
,201,137,248,220,226,197,139,253,113,60,20,99,28,224,38,205,48,192,106,213,170,101,91,182,108,9,244,26,68,232,114,92,81,119,63,37,158,73,244,197,23,95,216,222,123,239,237,189,190,28,160 \
,75,76,191,41,191,171,241,137,194,158,156,120,134,173,90,181,202,134,15,31,30,105,24,194,92,220,26,202,187,139,26,255,251,20,54,113,226,68,75,73,73,241,190,214,43,128,6,190,235,73,5 \
,102,121,175,233,134,27,110,136,169,158,219,110,187,205,255,51,157,69,236,243,164,12,247,150,209,161,67,135,152,90,95,191,254,250,107,255,103,108,54,208,61,230,159,174,72,18,105,114,33,217,163 \
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,63,254,248,35,113,113,113,252,248,227,143,222,230,108,96,0,112,11,110,239,185,136,72,137,20,97,59,128,136,72,1,68,3,99,108,135,8,130,209,184,83,38,72,241,215,23,88,236,91,25,53 \
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,90,60,69,158,133,132,132,16,22,22,118,243,15,230,163,152,152,24,107,178,10,103,165,163,111,224,151,1,29,149,82,188,244,210,75,196,197,197,49,117,234,84,99,217,53,139,20,41,194,211,79 \
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,103,150,164,197,19,99,45,158,0,229,129,24,91,185,161,161,161,234,236,217,179,78,239,211,156,112,97,139,39,232,150,147,247,173,229,119,237,218,85,157,63,127,222,37,219,114,240,224,65,53,125 \
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,156,31,58,72,181,78,60,158,136,62,31,36,162,91,210,19,208,251,254,20,250,220,16,139,238,58,43,132,16,66,8,33,132,16,66,8,33,132,16,66,8,33,132,16,66,8,33,132,16,66,8 \
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,16,66,8,33,132,16,66,8,33,132,16,66,8,33,132,16,66,8,33,132,16,66,8,33,132,16,66,8,33,132,16,66,8,33,132,16,66,8,33,132,16,66,8,33,132,16,66,8,33,132,16 \
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,66,8,33,132,16,66,8,33,132,16,66,8,33,132,16,66,8,33,132,16,66,8,33,132,16,66,8,33,132,16,66,8,33,132,16,66,8,33,132,16,66,8,33,132,16,66,8,33,132,16,66 \
,8,33,132,16,66,8,33,132,16,66,8,225,232,255,3,62,116,114,239,207,243,212,29,0,0,0,0,73,69,78,68,174,66,96,130
};
| 186.986922 | 203 | 0.693762 | Edimartin |
ce30d6abd9aa31cfd6ea9aa713a3fa5e8546651c | 4,665 | cpp | C++ | navaEngine/navaEngine/src/apps/TestGame.cpp | vkramer/navaEngine | 9fa4cea9a9002ac62b548ec8c73b7984aed73ecb | [
"MIT"
] | 7 | 2018-08-04T00:25:10.000Z | 2021-02-23T04:16:34.000Z | navaEngine/navaEngine/src/apps/TestGame.cpp | vkramer/navaEngine | 9fa4cea9a9002ac62b548ec8c73b7984aed73ecb | [
"MIT"
] | null | null | null | navaEngine/navaEngine/src/apps/TestGame.cpp | vkramer/navaEngine | 9fa4cea9a9002ac62b548ec8c73b7984aed73ecb | [
"MIT"
] | 2 | 2018-03-13T08:24:33.000Z | 2019-07-30T21:02:55.000Z | #include "TestGame.h"
#include "../engine/components/model/Vertex.h"
#include "../engine/shader/BasicShader.h"
#include "../engine/components/renderer/Renderer.h"
#include "../engine/components/camera/Camera.h"
#include <glfw/glfw3.h>
#include <glm/glm.hpp>
#include <glm/gtc/matrix_transform.hpp>
#include <glm/gtc/type_ptr.hpp>
void TestGame::init()
{
// Manual Created Vertex Array( currently only passing in vertex position )
std::vector<Vertex> vertices = {
// Back
Vertex(glm::vec3(-0.5f, -0.5f, 0.5f), glm::vec2(0.0f, 0.0f), glm::vec3(0.0f, 0.0f, 1.0f)),
Vertex(glm::vec3( 0.5f, -0.5f, 0.5f), glm::vec2(1.0f, 0.0f), glm::vec3(0.0f, 0.0f, 1.0f)),
Vertex(glm::vec3( 0.5f, 0.5f, 0.5f), glm::vec2(1.0f, 1.0f), glm::vec3(0.0f, 0.0f, 1.0f)),
Vertex(glm::vec3(-0.5f, 0.5f, 0.5f), glm::vec2(0.0f, 1.0f), glm::vec3(0.0f, 0.0f, 1.0f)),
// Front
Vertex(glm::vec3(-0.5f, -0.5f, -0.5f), glm::vec2(0.0f, 0.0f), glm::vec3(0.0f, 0.0f, -1.0f)),
Vertex(glm::vec3(-0.5f, 0.5f, -0.5f), glm::vec2(1.0f, 0.0f), glm::vec3(0.0f, 0.0f, -1.0f)),
Vertex(glm::vec3( 0.5f, 0.5f, -0.5f), glm::vec2(1.0f, 1.0f), glm::vec3(0.0f, 0.0f, -1.0f)),
Vertex(glm::vec3( 0.5f, -0.5f, -0.5f), glm::vec2(0.0f, 1.0f), glm::vec3(0.0f, 0.0f, -1.0f)),
// Top
Vertex(glm::vec3(-0.5f, 0.5f, -0.5f), glm::vec2(0.0f, 0.0f), glm::vec3(0.0f, 1.0f, 0.0f)),
Vertex(glm::vec3(-0.5f, 0.5f, 0.5f), glm::vec2(1.0f, 0.0f), glm::vec3(0.0f, 1.0f, 0.0f)),
Vertex(glm::vec3( 0.5f, 0.5f, 0.5f), glm::vec2(1.0f, 1.0f), glm::vec3(0.0f, 1.0f, 0.0f)),
Vertex(glm::vec3( 0.5f, 0.5f, -0.5f), glm::vec2(0.0f, 1.0f), glm::vec3(0.0f, 1.0f, 0.0f)),
// Bottom
Vertex(glm::vec3(-0.5f, -0.5f, -0.5f), glm::vec2(0.0f, 0.0f), glm::vec3(0.0f, -1.0f, 0.0f)),
Vertex(glm::vec3( 0.5f, -0.5f, -0.5f), glm::vec2(1.0f, 0.0f), glm::vec3(0.0f, -1.0f, 0.0f)),
Vertex(glm::vec3( 0.5f, -0.5f, 0.5f), glm::vec2(1.0f, 1.0f), glm::vec3(0.0f, -1.0f, 0.0f)),
Vertex(glm::vec3(-0.5f, -0.5f, 0.5f), glm::vec2(0.0f, 1.0f), glm::vec3(0.0f, -1.0f, 0.0f)),
// Right
Vertex(glm::vec3(0.5f, -0.5f, -0.5f), glm::vec2(0.0f, 0.0f), glm::vec3(1.0f, 0.0f, 0.0f)),
Vertex(glm::vec3(0.5f, 0.5f, -0.5f), glm::vec2(1.0f, 0.0f), glm::vec3(1.0f, 0.0f, 0.0f)),
Vertex(glm::vec3(0.5f, 0.5f, 0.5f), glm::vec2(1.0f, 1.0f), glm::vec3(1.0f, 0.0f, 0.0f)),
Vertex(glm::vec3(0.5f, -0.5f, 0.5f), glm::vec2(0.0f, 1.0f), glm::vec3(1.0f, 0.0f, 0.0f)),
// Left
Vertex(glm::vec3(-0.5f, -0.5f, -0.5f), glm::vec2(0.0f, 0.0f), glm::vec3(-1.0f, 0.0f, 0.0f)),
Vertex(glm::vec3(-0.5f, -0.5f, 0.5f), glm::vec2(1.0f, 0.0f), glm::vec3(-1.0f, 0.0f, 0.0f)),
Vertex(glm::vec3(-0.5f, 0.5f, 0.5f), glm::vec2(1.0f, 1.0f), glm::vec3(-1.0f, 0.0f, 0.0f)),
Vertex(glm::vec3(-0.5f, 0.5f, -0.5f), glm::vec2(0.0f, 1.0f), glm::vec3(-1.0f, 0.0f, 0.0f))
};
// Manually created Index Array
std::vector<unsigned int> indices = {
0, 1, 2, 0, 2, 3, // front
4, 5, 6, 4, 6, 7, // back
8, 9, 10, 8, 10, 11, // top
12, 13, 14, 12, 14, 15, // bottom
16, 17, 18, 16, 18, 19, // right
20, 21, 22, 20, 22, 23, // left
};
Camera* mainCamera = new Camera(glm::radians(45.0f), (float)Window::getWidth() / (float)Window::getHeight(), 0.1f, 1000.0f);
Model* testModel1 = new Model(new Mesh(vertices, indices), new Material(new Texture("res/textures/wood2.jpg")));
Model* testModel2 = new Model(new Mesh(vertices, indices), new Material(new Texture("res/textures/stone2.jpg")));
Model* testModel3 = new Model(new Mesh(vertices, indices), new Material(new Texture("res/textures/uv_grid.jpg")));
Shader* shader = BasicShader::getInstance();
Node* cameraNode = new Node();
cameraNode->addComponent(mainCamera);
cameraNode->getTransform().setPos(glm::vec3(0.0f, 0.0f, -3.0f));
cubeNodeTest = new Node();
cubeNodeTest->addComponent(new Renderer(testModel1, shader));
cubeNodeTest->getTransform().setPos(glm::vec3(-1.0f, 0.0f, 0.0f));
cubeNodeTest2 = new Node();
cubeNodeTest2->addComponent(new Renderer(testModel2, shader));
cubeNodeTest2->getTransform().setPos(glm::vec3(1.0f, 0.0f, 0.0f));
cubeNodeTest2->getTransform().setScale(glm::vec3(0.5f, 0.5f, 0.5f));
cubeNodeTest3 = new Node();
cubeNodeTest3->addComponent(new Renderer(testModel3, shader));
cubeNodeTest3->getTransform().setPos(glm::vec3(0, 0, 3));
addToScene(cameraNode);
addToScene(cubeNodeTest);
addToScene(cubeNodeTest2);
addToScene(cubeNodeTest3);
}
void TestGame::update(float delta)
{
cubeNodeTest->getTransform().rotate(glm::vec3(0, 1, 0), delta);
cubeNodeTest2->getTransform().rotate(glm::vec3(1, 0, 0), delta);
cubeNodeTest3->getTransform().rotate(glm::vec3(1, 0, 1), delta);
}
| 46.65 | 125 | 0.612862 | vkramer |
ce32028d05bcf3e2e6dfece8859d92176a6ab5f6 | 1,870 | cpp | C++ | src/dynarmic/common/x64_disassemble.cpp | Morph1984/dynarmic | 4dcebc18228114761ad9dc6a3543bcd4f3317396 | [
"0BSD"
] | 573 | 2016-08-31T20:21:20.000Z | 2021-08-29T14:01:11.000Z | src/dynarmic/common/x64_disassemble.cpp | xerpi/dynarmic | bcfe377aaa5138af740e90af5be7a7dff7b62a52 | [
"0BSD"
] | 366 | 2016-09-02T06:37:43.000Z | 2021-08-11T18:38:24.000Z | src/dynarmic/common/x64_disassemble.cpp | xerpi/dynarmic | bcfe377aaa5138af740e90af5be7a7dff7b62a52 | [
"0BSD"
] | 135 | 2016-09-01T02:02:58.000Z | 2021-08-13T01:25:22.000Z | /* This file is part of the dynarmic project.
* Copyright (c) 2021 MerryMage
* SPDX-License-Identifier: 0BSD
*/
#include "dynarmic/common/x64_disassemble.h"
#include <Zydis/Zydis.h>
#include <fmt/printf.h>
#include "dynarmic/common/common_types.h"
namespace Dynarmic::Common {
void DumpDisassembledX64(const void* ptr, size_t size) {
ZydisDecoder decoder;
ZydisDecoderInit(&decoder, ZYDIS_MACHINE_MODE_LONG_64, ZYDIS_ADDRESS_WIDTH_64);
ZydisFormatter formatter;
ZydisFormatterInit(&formatter, ZYDIS_FORMATTER_STYLE_INTEL);
size_t offset = 0;
ZydisDecodedInstruction instruction;
while (ZYAN_SUCCESS(ZydisDecoderDecodeBuffer(&decoder, static_cast<const char*>(ptr) + offset, size - offset, &instruction))) {
fmt::print("{:016x} ", (u64)ptr + offset);
char buffer[256];
ZydisFormatterFormatInstruction(&formatter, &instruction, buffer, sizeof(buffer), reinterpret_cast<u64>(ptr) + offset);
puts(buffer);
offset += instruction.length;
}
}
std::vector<std::string> DisassembleX64(const void* ptr, size_t size) {
std::vector<std::string> result;
ZydisDecoder decoder;
ZydisDecoderInit(&decoder, ZYDIS_MACHINE_MODE_LONG_64, ZYDIS_ADDRESS_WIDTH_64);
ZydisFormatter formatter;
ZydisFormatterInit(&formatter, ZYDIS_FORMATTER_STYLE_INTEL);
size_t offset = 0;
ZydisDecodedInstruction instruction;
while (ZYAN_SUCCESS(ZydisDecoderDecodeBuffer(&decoder, static_cast<const char*>(ptr) + offset, size - offset, &instruction))) {
char buffer[256];
ZydisFormatterFormatInstruction(&formatter, &instruction, buffer, sizeof(buffer), reinterpret_cast<u64>(ptr) + offset);
result.push_back(fmt::format("{:016x} {}", (u64)ptr + offset, buffer));
offset += instruction.length;
}
return result;
}
} // namespace Dynarmic::Common
| 32.807018 | 131 | 0.716043 | Morph1984 |
ce339a34006767ba97621f417f892638c3bf02bb | 1,116 | cpp | C++ | 3DLfC4D/source/PluginManager.cpp | FMalmberg/3Delight-for-Cinema-4D | 78e7e81044fed4226c3613f46edb1e80c58247d6 | [
"MIT"
] | 3 | 2018-10-06T17:05:53.000Z | 2020-06-29T21:31:11.000Z | 3DLfC4D/source/PluginManager.cpp | FMalmberg/3Delight-for-Cinema-4D | 78e7e81044fed4226c3613f46edb1e80c58247d6 | [
"MIT"
] | 28 | 2018-11-14T19:08:18.000Z | 2019-06-30T10:25:13.000Z | 3DLfC4D/source/PluginManager.cpp | FMalmberg/3Delight-for-Cinema-4D | 78e7e81044fed4226c3613f46edb1e80c58247d6 | [
"MIT"
] | 6 | 2018-08-29T11:02:39.000Z | 2019-05-13T13:35:17.000Z | #include "PluginManager.h"
#include "c4d.h"
using namespace std;
class HookDeleter{
public:
void operator()(DL_Hook* hook){
if(hook){
hook->Free();
}
}
};
PluginManager::~PluginManager(){
}
long PluginManager::GetAPIVersion(){
return DL_API_VERSION;
}
void PluginManager::RegisterHook(HookAllocator allocator){
HookAllocators.push_back(allocator);
}
bool PluginManager::IsLight(BaseList2D* item) {
if (!item) return false;
return LightTypes.find(item->GetType()) != LightTypes.end();
}
void PluginManager::RegisterTranslator(long id, TranslatorAllocator allocator, bool IsLight){
Allocators[id]=allocator;
if (IsLight) {
LightTypes.insert(id);
}
}
DL_Translator* PluginManager::GetTranslator(long id){
DL_Translator* result=0;
TranslatorMap::iterator it=Allocators.find(id);
if(it!=Allocators.end()){
result=it->second();
}
return result;
}
std::vector<DL_HookPtr> PluginManager::GetHooks(){
long nhooks=HookAllocators.size();
vector<DL_HookPtr> hooks(nhooks);
HookDeleter d;
for(long i=0; i<nhooks; i++){
hooks[i]=DL_HookPtr(HookAllocators[i](),d);
}
return hooks;
}
| 19.241379 | 93 | 0.724014 | FMalmberg |
ce36729597b2f6e736aef061459c759da757b499 | 12,013 | hpp | C++ | include/tdc/stat/phase.hpp | herlez/tdc | 3b85ae183c21410e65f1e739736287df46c38d1d | [
"MIT"
] | null | null | null | include/tdc/stat/phase.hpp | herlez/tdc | 3b85ae183c21410e65f1e739736287df46c38d1d | [
"MIT"
] | null | null | null | include/tdc/stat/phase.hpp | herlez/tdc | 3b85ae183c21410e65f1e739736287df46c38d1d | [
"MIT"
] | null | null | null | #pragma once
#include <concepts>
#include <functional>
#include <memory>
#include <string>
#include <utility>
#include "phase_extension.hpp"
#include "json.hpp"
namespace tdc {
namespace stat {
/// \brief Represents a runtime statistics phase.
///
/// Phases are used to track statistics like runtime and memory allocations over the course of the application.
/// The measured data is held as JSON objects and can be exported as such, e.g., for
/// use in the tdc charter for visualization, or in other formats for any third party applications.
class Phase {
public:
/// \brief The stat key used for a phase's title.
static const std::string STAT_TITLE;
/// \brief The stat key used for a phase's running time.
static const std::string STAT_TIME;
/// \brief The stat key used for a phase's memory offset.
static const std::string STAT_MEM_OFF;
/// \brief The stat key used for a phase's memory peak.
static const std::string STAT_MEM_PEAK;
/// \brief The stat key used for a phase's final memory counter.
static const std::string STAT_MEM_FINAL;
/// \brief The stat key used for a phase's number of allocations.
static const std::string STAT_NUM_ALLOC;
/// \brief The stat key used for a phase's number of frees.
static const std::string STAT_NUM_FREE;
/// \brief Contains information about the phase time measurement.
struct TimeInfo {
/// \brief The timestamp of the start of the phase.
double start;
/// \brief The timestamp at which this information was polled.
double current;
/// \brief The number of milliseconds the phase was paused.
double paused;
/// \brief Computes the time elapsed between polling and the start of the phase, excluding any pause times.
inline double elapsed() { return (current - start) - paused; }
};
/// \brief Contains information about the phase memory measurements.
struct MemoryInfo {
/// \brief The number of bytes allocated at the start of the phase.
ssize_t offset;
/// \brief The number of bytes currently allocated.
///
/// If the phase is finished, this is the number of bytes allocated at the end of the phase.
ssize_t current;
/// \brief The peak number of bytes allocated during the phase.
ssize_t peak;
/// \brief The number of allocations during the phase.
size_t num_allocs;
/// \brief The number of frees during the phase.
size_t num_frees;
};
private:
//
// Memory tracking and suppression statics
//
static bool s_init;
static void force_malloc_override_link();
static uint16_t s_suppress_memory_tracking_state;
static uint16_t s_suppress_tracking_user_state;
inline static bool is_tracking_memory() {
return s_suppress_memory_tracking_state == 0 && s_suppress_tracking_user_state == 0;
}
struct suppress_memory_tracking {
inline suppress_memory_tracking(suppress_memory_tracking const&) = delete;
inline suppress_memory_tracking(suppress_memory_tracking&&) = default;
inline suppress_memory_tracking() {
++s_suppress_memory_tracking_state;
}
inline ~suppress_memory_tracking() {
--s_suppress_memory_tracking_state;
}
};
struct suppress_tracking_user {
inline suppress_tracking_user(suppress_tracking_user const&) = delete;
inline suppress_tracking_user(suppress_tracking_user&&) = default;
inline suppress_tracking_user() {
if(s_suppress_tracking_user_state++ == 0) {
if(s_current) s_current->on_pause_tracking();
}
}
inline ~suppress_tracking_user() {
if(s_suppress_tracking_user_state == 1) {
if(s_current) s_current->on_resume_tracking();
}
--s_suppress_tracking_user_state;
}
};
//
// Extension statics
//
using ext_ptr_t = std::unique_ptr<PhaseExtension>;
static std::vector<std::function<ext_ptr_t()>> s_extension_registry;
public:
/// \brief Registers a \ref PhaseExtension.
/// \tparam E the extension class type, which must inherit from \ref PhaseExtension.
///
/// After registration, all phases will include data from the extension.
template<std::derived_from<PhaseExtension> E>
static void register_extension() {
if(s_current != nullptr) {
throw std::runtime_error(
"Extensions must be registered outside of any "
"stat measurements!");
} else {
s_extension_registry.emplace_back([](){
return std::make_unique<E>();
});
}
}
private:
//
// Current phase
//
static Phase* s_current;
//
// Members
//
std::unique_ptr<std::vector<ext_ptr_t>> m_extensions;
Phase* m_parent = nullptr;
double m_pause_time;
struct {
double start, end, paused;
} m_time;
double time_run() const;
struct {
ssize_t off, current, peak;
} m_mem;
size_t m_num_allocs;
size_t m_num_frees;
std::string m_title;
std::unique_ptr<json> m_sub;
std::unique_ptr<json> m_stats;
bool m_disabled = false;
// Initialize a phase
void init(std::string&& title);
// Finish the current Phase
void finish();
// Pause / resume
void on_pause_tracking();
void on_resume_tracking();
// Memory tracking internals
void track_alloc_internal(size_t bytes);
void track_free_internal(size_t bytes);
public:
/// \brief Executes a lambda as a single statistics phase.
///
/// The new phase is started as a sub phase of the current phase and will
/// immediately become the current phase.
///
/// In case the given lambda accepts a \ref Phase reference parameter,
/// the phase object will be passed to it for use during execution.
///
/// \param title the phase title
/// \param func the lambda to execute
/// \return the return value of the lambda
template<typename F>
inline static auto wrap(std::string&& title, F func) ->
typename std::result_of<F(Phase&)>::type {
Phase phase(std::move(title));
return func(phase);
}
/// \brief Executes a lambda as a single statistics phase.
///
/// The new phase is started as a sub phase of the current phase and will
/// immediately become the current phase.
///
/// In case the given lambda accepts a \ref Phase reference parameter,
/// the phase object will be passed to it for use during execution.
///
/// \param title the phase title
/// \param func the lambda to execute
/// \return the return value of the lambda
template<typename F>
inline static auto wrap(std::string&& title, F func) ->
typename std::result_of<F()>::type {
Phase phase(std::move(title));
return func();
}
/// \brief Tracks a memory allocation of the given size for the current
/// phase.
///
/// Use this only if memory is allocated with methods that do not result
/// in calls of \c malloc but should still be tracked (e.g., when using
/// direct kernel allocations like memory mappings).
///
/// \param bytes the amount of allocated bytes to track for the current
/// phase
inline static void track_mem_alloc(size_t bytes) {
if(s_current) s_current->track_alloc_internal(bytes);
}
/// \brief Tracks a memory deallocation of the given size for the current
/// phase.
///
/// Use this only if memory is allocated with methods that do not result
/// in calls of \c malloc but should still be tracked (e.g., when using
/// direct kernel allocations like memory mappings).
///
/// \param bytes the amount of freed bytes to track for the current phase
inline static void track_mem_free(size_t bytes) {
if(s_current) s_current->track_free_internal(bytes);
}
/// \brief Creates a guard that suppresses tracking as long as it exists.
///
/// This should be used during more complex logging activity in order
/// for it to not count against memory measures.
inline static auto suppress() {
return suppress_tracking_user();
}
/// \brief Suppress tracking while exeucting the lambda.
///
/// This should be used during more complex logging activity in order
/// for it to not count against memory measures.
///
/// \param func the lambda to execute
/// \return the return value of the lambda
template<typename F>
inline static auto suppress(F func) ->
typename std::result_of<F()>::type {
suppress_tracking_user guard;
return func();
}
/// \brief Logs a user statistic for the current phase.
///
/// User statistics will be stored in a special data block for a phase
/// and is included in the JSON output.
///
/// \param key the statistic key or name
/// \param value the value to log (will be converted to a string)
template<typename T>
inline static void log_current(std::string&& key, const T& value) {
if(s_current) s_current->log(std::move(key), value);
}
/// \brief Creates an inert statistics phase without any effect.
Phase();
/// \brief Creates a new statistics phase.
///
/// The new phase is started as a sub phase of the current phase and will
/// immediately become the current phase.
///
/// \param title the phase title
Phase(std::string&& title);
/// \brief Destroys and ends the phase.
///
/// The phase's parent phase, if any, will become the current phase.
~Phase();
Phase(Phase&& other);
Phase(const Phase&) = delete;
Phase& operator=(Phase&& other);
Phase& operator=(const Phase& other) = delete;
/// \brief Starts a new phase as a sibling, reusing the same object.
///
/// This function behaves exactly as if the current phase was ended and
/// a new phases was started immediately after.
///
/// \param new_title the new phase title
void split(std::string&& new_title);
/// \brief Logs a user statistic for this phase.
///
/// User statistics will be stored in a special data block for a phase
/// and is included in the JSON output.
///
/// \param key the statistic key or name
/// \param value the value to log (will be converted to a string)
template<typename T>
void log(std::string&& key, const T& value) {
if (!m_disabled) {
suppress_memory_tracking guard;
(*m_stats)[std::move(key)] = value;
}
}
inline const std::string& title() const {
return m_title;
}
/// \brief Gets the current \ref TimeInfo for the phase.
TimeInfo time_info() const;
/// \brief Gets the current \ref MemoryInfo for the phase.
MemoryInfo memory_info() const;
/// \brief Constructs the JSON representation of the measured data.
///
/// It also contains a subtree of sub-phase data.
json to_json() const;
/// \brief Constructs a key=value style string of the measured data.
///
/// Note that this does not contain any sub-phase data.
std::string to_keyval() const;
/// \brief Constructs a key=value style strings for phase's subphases.
///
/// The exact format will be <tt>[value_stat]_[title]=[value]</tt>.
///
/// \param value_stat the statistic used as values in the pairs
/// \param key_stat the statistic used as keys in the pairs, typically \ref STAT_TITLE, must support casting to \c std::string
std::string subphases_keyval(const std::string& value_stat = STAT_TIME, const std::string& key_stat = STAT_TITLE) const;
};
}} // namespace tdc::stat
| 33.369444 | 130 | 0.643053 | herlez |
ce44d3676cdb620fb67665568474e477e8849dec | 13,833 | cpp | C++ | Onboard-SDK-ROS/dji_sdk_demo/src/demo_flight_control.cpp | NMMI/aerial-alter-ego | ba6517ecc1986e4808f6c17df3348dc5637d9cf7 | [
"BSD-3-Clause"
] | 1 | 2018-11-06T12:06:28.000Z | 2018-11-06T12:06:28.000Z | src/Onboard-SDK-ROS-3.6/dji_sdk_demo/src/demo_flight_control_original.cpp | isuran/droneautomation | c53017f8c8d4c03e3095ec7b6269d5a2659489e5 | [
"MIT"
] | null | null | null | src/Onboard-SDK-ROS-3.6/dji_sdk_demo/src/demo_flight_control_original.cpp | isuran/droneautomation | c53017f8c8d4c03e3095ec7b6269d5a2659489e5 | [
"MIT"
] | 2 | 2021-05-18T07:04:23.000Z | 2021-05-23T13:22:13.000Z | /** @file demo_flight_control.cpp
* @version 3.3
* @date May, 2017
*
* @brief
* demo sample of how to use flight control APIs
*
* @copyright 2017 DJI. All rights reserved.
*
*/
#include "dji_sdk_demo/demo_flight_control.h"
#include "dji_sdk/dji_sdk.h"
const float deg2rad = C_PI/180.0;
const float rad2deg = 180.0/C_PI;
ros::ServiceClient set_local_pos_reference;
ros::ServiceClient sdk_ctrl_authority_service;
ros::ServiceClient drone_task_service;
ros::ServiceClient query_version_service;
ros::Publisher ctrlPosYawPub;
ros::Publisher ctrlBrakePub;
// global variables for subscribed topics
uint8_t flight_status = 255;
uint8_t display_mode = 255;
sensor_msgs::NavSatFix current_gps;
geometry_msgs::Quaternion current_atti;
geometry_msgs::Point current_local_pos;
Mission square_mission;
int main(int argc, char** argv)
{
ros::init(argc, argv, "demo_flight_control_node");
ros::NodeHandle nh;
// Subscribe to messages from dji_sdk_node
ros::Subscriber attitudeSub = nh.subscribe("dji_sdk/attitude", 10, &attitude_callback);
ros::Subscriber gpsSub = nh.subscribe("dji_sdk/gps_position", 10, &gps_callback);
ros::Subscriber flightStatusSub = nh.subscribe("dji_sdk/flight_status", 10, &flight_status_callback);
ros::Subscriber displayModeSub = nh.subscribe("dji_sdk/display_mode", 10, &display_mode_callback);
ros::Subscriber localPosition = nh.subscribe("dji_sdk/local_position", 10, &local_position_callback);
// Publish the control signal
ctrlPosYawPub = nh.advertise<sensor_msgs::Joy>("dji_sdk/flight_control_setpoint_ENUposition_yaw", 10);
// We could use dji_sdk/flight_control_setpoint_ENUvelocity_yawrate here, but
// we use dji_sdk/flight_control_setpoint_generic to demonstrate how to set the flag
// properly in function Mission::step()
ctrlBrakePub = nh.advertise<sensor_msgs::Joy>("dji_sdk/flight_control_setpoint_generic", 10);
// Basic services
sdk_ctrl_authority_service = nh.serviceClient<dji_sdk::SDKControlAuthority> ("dji_sdk/sdk_control_authority");
drone_task_service = nh.serviceClient<dji_sdk::DroneTaskControl>("dji_sdk/drone_task_control");
query_version_service = nh.serviceClient<dji_sdk::QueryDroneVersion>("dji_sdk/query_drone_version");
set_local_pos_reference = nh.serviceClient<dji_sdk::SetLocalPosRef> ("dji_sdk/set_local_pos_ref");
bool obtain_control_result = obtain_control();
bool takeoff_result;
if (!set_local_position()) // We need this for height
{
ROS_ERROR("GPS health insufficient - No local frame reference for height. Exiting.");
return 1;
}
if(is_M100())
{
ROS_INFO("M100 taking off!");
takeoff_result = M100monitoredTakeoff();
}
else
{
ROS_INFO("A3/N3 taking off!");
takeoff_result = monitoredTakeoff();
}
if(takeoff_result)
{
square_mission.reset();
square_mission.start_gps_location = current_gps;
square_mission.start_local_position = current_local_pos;
square_mission.setTarget(0, 20, 3, 60);
square_mission.state = 1;
ROS_INFO("##### Start route %d ....", square_mission.state);
}
ros::spin();
return 0;
}
// Helper Functions
/*! Very simple calculation of local NED offset between two pairs of GPS
/coordinates. Accurate when distances are small.
!*/
void
localOffsetFromGpsOffset(geometry_msgs::Vector3& deltaNed,
sensor_msgs::NavSatFix& target,
sensor_msgs::NavSatFix& origin)
{
double deltaLon = target.longitude - origin.longitude;
double deltaLat = target.latitude - origin.latitude;
deltaNed.y = deltaLat * deg2rad * C_EARTH;
deltaNed.x = deltaLon * deg2rad * C_EARTH * cos(deg2rad*target.latitude);
deltaNed.z = target.altitude - origin.altitude;
}
geometry_msgs::Vector3 toEulerAngle(geometry_msgs::Quaternion quat)
{
geometry_msgs::Vector3 ans;
tf::Matrix3x3 R_FLU2ENU(tf::Quaternion(quat.x, quat.y, quat.z, quat.w));
R_FLU2ENU.getRPY(ans.x, ans.y, ans.z);
return ans;
}
void Mission::step()
{
static int info_counter = 0;
geometry_msgs::Vector3 localOffset;
float speedFactor = 2;
float yawThresholdInDeg = 2;
float xCmd, yCmd, zCmd;
localOffsetFromGpsOffset(localOffset, current_gps, start_gps_location);
double xOffsetRemaining = target_offset_x - localOffset.x;
double yOffsetRemaining = target_offset_y - localOffset.y;
double zOffsetRemaining = target_offset_z - localOffset.z;
double yawDesiredRad = deg2rad * target_yaw;
double yawThresholdInRad = deg2rad * yawThresholdInDeg;
double yawInRad = toEulerAngle(current_atti).z;
info_counter++;
if(info_counter > 25)
{
info_counter = 0;
ROS_INFO("-----x=%f, y=%f, z=%f, yaw=%f ...", localOffset.x,localOffset.y, localOffset.z,yawInRad);
ROS_INFO("+++++dx=%f, dy=%f, dz=%f, dyaw=%f ...", xOffsetRemaining,yOffsetRemaining, zOffsetRemaining,yawInRad - yawDesiredRad);
}
if (abs(xOffsetRemaining) >= speedFactor)
xCmd = (xOffsetRemaining>0) ? speedFactor : -1 * speedFactor;
else
xCmd = xOffsetRemaining;
if (abs(yOffsetRemaining) >= speedFactor)
yCmd = (yOffsetRemaining>0) ? speedFactor : -1 * speedFactor;
else
yCmd = yOffsetRemaining;
zCmd = start_local_position.z + target_offset_z;
/*!
* @brief: if we already started breaking, keep break for 50 sample (1sec)
* and call it done, else we send normal command
*/
if (break_counter > 50)
{
ROS_INFO("##### Route %d finished....", state);
finished = true;
return;
}
else if(break_counter > 0)
{
sensor_msgs::Joy controlVelYawRate;
uint8_t flag = (DJISDK::VERTICAL_VELOCITY |
DJISDK::HORIZONTAL_VELOCITY |
DJISDK::YAW_RATE |
DJISDK::HORIZONTAL_GROUND |
DJISDK::STABLE_ENABLE);
controlVelYawRate.axes.push_back(0);
controlVelYawRate.axes.push_back(0);
controlVelYawRate.axes.push_back(0);
controlVelYawRate.axes.push_back(0);
controlVelYawRate.axes.push_back(flag);
ctrlBrakePub.publish(controlVelYawRate);
break_counter++;
return;
}
else //break_counter = 0, not in break stage
{
sensor_msgs::Joy controlPosYaw;
controlPosYaw.axes.push_back(xCmd);
controlPosYaw.axes.push_back(yCmd);
controlPosYaw.axes.push_back(zCmd);
controlPosYaw.axes.push_back(yawDesiredRad);
ctrlPosYawPub.publish(controlPosYaw);
}
if (std::abs(xOffsetRemaining) < 0.5 &&
std::abs(yOffsetRemaining) < 0.5 &&
std::abs(zOffsetRemaining) < 0.5 &&
std::abs(yawInRad - yawDesiredRad) < yawThresholdInRad)
{
//! 1. We are within bounds; start incrementing our in-bound counter
inbound_counter ++;
}
else
{
if (inbound_counter != 0)
{
//! 2. Start incrementing an out-of-bounds counter
outbound_counter ++;
}
}
//! 3. Reset withinBoundsCounter if necessary
if (outbound_counter > 10)
{
ROS_INFO("##### Route %d: out of bounds, reset....", state);
inbound_counter = 0;
outbound_counter = 0;
}
if (inbound_counter > 50)
{
ROS_INFO("##### Route %d start break....", state);
break_counter = 1;
}
}
bool takeoff_land(int task)
{
dji_sdk::DroneTaskControl droneTaskControl;
droneTaskControl.request.task = task;
drone_task_service.call(droneTaskControl);
if(!droneTaskControl.response.result)
{
ROS_ERROR("takeoff_land fail");
return false;
}
return true;
}
bool obtain_control()
{
dji_sdk::SDKControlAuthority authority;
authority.request.control_enable=1;
sdk_ctrl_authority_service.call(authority);
if(!authority.response.result)
{
ROS_ERROR("obtain control failed!");
return false;
}
return true;
}
bool is_M100()
{
dji_sdk::QueryDroneVersion query;
query_version_service.call(query);
if(query.response.version == DJISDK::DroneFirmwareVersion::M100_31)
{
return true;
}
return false;
}
void attitude_callback(const geometry_msgs::QuaternionStamped::ConstPtr& msg)
{
current_atti = msg->quaternion;
}
void local_position_callback(const geometry_msgs::PointStamped::ConstPtr& msg)
{
current_local_pos = msg->point;
}
void gps_callback(const sensor_msgs::NavSatFix::ConstPtr& msg)
{
static ros::Time start_time = ros::Time::now();
ros::Duration elapsed_time = ros::Time::now() - start_time;
current_gps = *msg;
// Down sampled to 50Hz loop
if(elapsed_time > ros::Duration(0.02))
{
start_time = ros::Time::now();
switch(square_mission.state)
{
case 0:
break;
case 1:
if(!square_mission.finished)
{
square_mission.step();
}
else
{
square_mission.reset();
square_mission.start_gps_location = current_gps;
square_mission.start_local_position = current_local_pos;
square_mission.setTarget(20, 0, 0, 0);
square_mission.state = 2;
ROS_INFO("##### Start route %d ....", square_mission.state);
}
break;
case 2:
if(!square_mission.finished)
{
square_mission.step();
}
else
{
square_mission.reset();
square_mission.start_gps_location = current_gps;
square_mission.start_local_position = current_local_pos;
square_mission.setTarget(0, -20, 0, 0);
square_mission.state = 3;
ROS_INFO("##### Start route %d ....", square_mission.state);
}
break;
case 3:
if(!square_mission.finished)
{
square_mission.step();
}
else
{
square_mission.reset();
square_mission.start_gps_location = current_gps;
square_mission.start_local_position = current_local_pos;
square_mission.setTarget(-20, 0, 0, 0);
square_mission.state = 4;
ROS_INFO("##### Start route %d ....", square_mission.state);
}
break;
case 4:
if(!square_mission.finished)
{
square_mission.step();
}
else
{
ROS_INFO("##### Mission %d Finished ....", square_mission.state);
square_mission.state = 0;
}
break;
}
}
}
void flight_status_callback(const std_msgs::UInt8::ConstPtr& msg)
{
flight_status = msg->data;
}
void display_mode_callback(const std_msgs::UInt8::ConstPtr& msg)
{
display_mode = msg->data;
}
/*!
* This function demos how to use the flight_status
* and the more detailed display_mode (only for A3/N3)
* to monitor the take off process with some error
* handling. Note M100 flight status is different
* from A3/N3 flight status.
*/
bool
monitoredTakeoff()
{
ros::Time start_time = ros::Time::now();
if(!takeoff_land(dji_sdk::DroneTaskControl::Request::TASK_TAKEOFF)) {
return false;
}
ros::Duration(0.01).sleep();
ros::spinOnce();
// Step 1.1: Spin the motor
while (flight_status != DJISDK::FlightStatus::STATUS_ON_GROUND &&
display_mode != DJISDK::DisplayMode::MODE_ENGINE_START &&
ros::Time::now() - start_time < ros::Duration(5)) {
ros::Duration(0.01).sleep();
ros::spinOnce();
}
if(ros::Time::now() - start_time > ros::Duration(5)) {
ROS_ERROR("Takeoff failed. Motors are not spinnning.");
return false;
}
else {
start_time = ros::Time::now();
ROS_INFO("Motor Spinning ...");
ros::spinOnce();
}
// Step 1.2: Get in to the air
while (flight_status != DJISDK::FlightStatus::STATUS_IN_AIR &&
(display_mode != DJISDK::DisplayMode::MODE_ASSISTED_TAKEOFF || display_mode != DJISDK::DisplayMode::MODE_AUTO_TAKEOFF) &&
ros::Time::now() - start_time < ros::Duration(20)) {
ros::Duration(0.01).sleep();
ros::spinOnce();
}
if(ros::Time::now() - start_time > ros::Duration(20)) {
ROS_ERROR("Takeoff failed. Aircraft is still on the ground, but the motors are spinning.");
return false;
}
else {
start_time = ros::Time::now();
ROS_INFO("Ascending...");
ros::spinOnce();
}
// Final check: Finished takeoff
while ( (display_mode == DJISDK::DisplayMode::MODE_ASSISTED_TAKEOFF || display_mode == DJISDK::DisplayMode::MODE_AUTO_TAKEOFF) &&
ros::Time::now() - start_time < ros::Duration(20)) {
ros::Duration(0.01).sleep();
ros::spinOnce();
}
if ( display_mode != DJISDK::DisplayMode::MODE_P_GPS || display_mode != DJISDK::DisplayMode::MODE_ATTITUDE)
{
ROS_INFO("Successful takeoff!");
start_time = ros::Time::now();
}
else
{
ROS_ERROR("Takeoff finished, but the aircraft is in an unexpected mode. Please connect DJI GO.");
return false;
}
return true;
}
/*!
* This function demos how to use M100 flight_status
* to monitor the take off process with some error
* handling. Note M100 flight status is different
* from A3/N3 flight status.
*/
bool
M100monitoredTakeoff()
{
ros::Time start_time = ros::Time::now();
float home_altitude = current_gps.altitude;
if(!takeoff_land(dji_sdk::DroneTaskControl::Request::TASK_TAKEOFF))
{
return false;
}
ros::Duration(0.01).sleep();
ros::spinOnce();
// Step 1: If M100 is not in the air after 10 seconds, fail.
while (ros::Time::now() - start_time < ros::Duration(10))
{
ros::Duration(0.01).sleep();
ros::spinOnce();
}
if(flight_status != DJISDK::M100FlightStatus::M100_STATUS_IN_AIR ||
current_gps.altitude - home_altitude < 1.0)
{
ROS_ERROR("Takeoff failed.");
return false;
}
else
{
start_time = ros::Time::now();
ROS_INFO("Successful takeoff!");
ros::spinOnce();
}
return true;
}
bool set_local_position()
{
dji_sdk::SetLocalPosRef localPosReferenceSetter;
set_local_pos_reference.call(localPosReferenceSetter);
return localPosReferenceSetter.response.result;
}
| 27.337945 | 132 | 0.672739 | NMMI |
ce45cbd966372909b417ea75fa8e583c8df9f6e8 | 1,238 | cpp | C++ | leetcode/problems/easy/463-island-perimeter.cpp | wingkwong/competitive-programming | e8bf7aa32e87b3a020b63acac20e740728764649 | [
"MIT"
] | 18 | 2020-08-27T05:27:50.000Z | 2022-03-08T02:56:48.000Z | leetcode/problems/easy/463-island-perimeter.cpp | wingkwong/competitive-programming | e8bf7aa32e87b3a020b63acac20e740728764649 | [
"MIT"
] | null | null | null | leetcode/problems/easy/463-island-perimeter.cpp | wingkwong/competitive-programming | e8bf7aa32e87b3a020b63acac20e740728764649 | [
"MIT"
] | 1 | 2020-10-13T05:23:58.000Z | 2020-10-13T05:23:58.000Z | /*
Island Perimeter
You are given a map in form of a two-dimensional integer grid where 1 represents land and 0 represents water.
Grid cells are connected horizontally/vertically (not diagonally). The grid is completely surrounded by water, and there is exactly one island (i.e., one or more connected land cells).
The island doesn't have "lakes" (water inside that isn't connected to the water around the island). One cell is a square with side length 1. The grid is rectangular, width and height don't exceed 100. Determine the perimeter of the island.
Example:
Input:
[[0,1,0,0],
[1,1,1,0],
[0,1,0,0],
[1,1,0,0]]
Output: 16
*/
class Solution {
public:
int islandPerimeter(vector<vector<int>>& grid) {
// a) count how many islands, multiply by 4
// b) count how many neighours, multiply by 2
// ans = a) - b)
int c = 0, cc = 0;
for(int i = 0; i < grid.size(); i++){
for(int j = 0; j < grid[0].size(); j++){
if(grid[i][j] == 1){
c++;
cc += (i != 0 && grid[i - 1][j] == 1);
cc += (j != 0 && grid[i][j - 1] == 1);
}
}
}
return 4 * c - 2 * cc;
}
}; | 30.95 | 239 | 0.555735 | wingkwong |
ce48b5b5c2ab35e3770e41793b7575e79e46b58a | 2,988 | cpp | C++ | src/armnn/layers/SpaceToBatchNdLayer.cpp | muthukumaravel7/armnn | 879ec231203df5b0a94462c0b247dc7d8d8a7a44 | [
"MIT"
] | null | null | null | src/armnn/layers/SpaceToBatchNdLayer.cpp | muthukumaravel7/armnn | 879ec231203df5b0a94462c0b247dc7d8d8a7a44 | [
"MIT"
] | null | null | null | src/armnn/layers/SpaceToBatchNdLayer.cpp | muthukumaravel7/armnn | 879ec231203df5b0a94462c0b247dc7d8d8a7a44 | [
"MIT"
] | null | null | null | //
// Copyright © 2017 Arm Ltd. All rights reserved.
// SPDX-License-Identifier: MIT
//
#include "SpaceToBatchNdLayer.hpp"
#include "LayerCloneBase.hpp"
#include <armnn/TypesUtils.hpp>
#include <armnnUtils/DataLayoutIndexed.hpp>
#include <backendsCommon/WorkloadData.hpp>
#include <backendsCommon/WorkloadFactory.hpp>
#include <numeric>
using namespace armnnUtils;
namespace armnn
{
SpaceToBatchNdLayer::SpaceToBatchNdLayer(const SpaceToBatchNdDescriptor param, const char* name)
: LayerWithParameters(1, 1, LayerType::SpaceToBatchNd, param, name)
{}
std::unique_ptr<IWorkload> SpaceToBatchNdLayer::CreateWorkload(const IWorkloadFactory& factory) const
{
SpaceToBatchNdQueueDescriptor descriptor;
descriptor.m_Parameters.m_BlockShape = m_Param.m_BlockShape;
descriptor.m_Parameters.m_PadList = m_Param.m_PadList;
return factory.CreateSpaceToBatchNd(descriptor, PrepInfoAndDesc(descriptor));
}
SpaceToBatchNdLayer* SpaceToBatchNdLayer::Clone(Graph& graph) const
{
IgnoreUnused(graph);
return CloneBase<SpaceToBatchNdLayer>(graph, m_Param, GetName());
}
std::vector<TensorShape> SpaceToBatchNdLayer::InferOutputShapes(const std::vector<TensorShape>& inputShapes) const
{
ARMNN_ASSERT(inputShapes.size() == 1);
TensorShape inputShape = inputShapes[0];
TensorShape outputShape(inputShape);
outputShape[0] = inputShape[0] * std::accumulate(m_Param.m_BlockShape.begin(),
m_Param.m_BlockShape.end(),
1U,
std::multiplies<>());
DataLayoutIndexed dimensionIndices = m_Param.m_DataLayout;
unsigned int heightIndex = dimensionIndices.GetHeightIndex();
unsigned int widthIndex = dimensionIndices.GetWidthIndex();
std::pair<unsigned int, unsigned int> heightPad = m_Param.m_PadList[0];
std::pair<unsigned int, unsigned int> widthPad = m_Param.m_PadList[1];
outputShape[heightIndex] =
(inputShape[heightIndex] + heightPad.first + heightPad.second) / m_Param.m_BlockShape[0];
outputShape[widthIndex] =
(inputShape[widthIndex] + widthPad.first + widthPad.second) / m_Param.m_BlockShape[1];
return std::vector<TensorShape>({ outputShape });
}
void SpaceToBatchNdLayer::ValidateTensorShapesFromInputs()
{
VerifyLayerConnections(1, CHECK_LOCATION());
std::vector<TensorShape> inferredShapes = InferOutputShapes({
GetInputSlot(0).GetConnection()->GetTensorInfo().GetShape() });
ARMNN_ASSERT(inferredShapes.size() == 1);
ConditionalThrowIfNotEqual<LayerValidationException>(
"SpaceToBatchNdLayer: TensorShape set on OutputSlot[0] does not match the inferred shape.",
GetOutputSlot(0).GetTensorInfo().GetShape(),
inferredShapes[0]);
}
void SpaceToBatchNdLayer::Accept(ILayerVisitor& visitor) const
{
visitor.VisitSpaceToBatchNdLayer(this, GetParameters(), GetName());
}
} // namespace
| 33.2 | 114 | 0.716533 | muthukumaravel7 |
ce4a9668daf057808b4a31b4221ead86e3b42ee0 | 15,439 | hpp | C++ | Include/LIEF/PE/Binary.hpp | RaniaJarraya/fraudulent_behavior_detection | d1506603fd3468a6c106c73d4880623c5a9b4869 | [
"BSD-3-Clause"
] | 54 | 2020-01-29T18:44:56.000Z | 2022-03-14T11:24:59.000Z | Include/LIEF/PE/Binary.hpp | RaniaJarraya/fraudulent_behavior_detection | d1506603fd3468a6c106c73d4880623c5a9b4869 | [
"BSD-3-Clause"
] | 13 | 2021-03-19T09:25:18.000Z | 2022-02-10T12:15:24.000Z | Include/LIEF/PE/Binary.hpp | RaniaJarraya/fraudulent_behavior_detection | d1506603fd3468a6c106c73d4880623c5a9b4869 | [
"BSD-3-Clause"
] | 8 | 2019-05-19T11:24:28.000Z | 2022-02-16T20:19:30.000Z | /* Copyright 2017 R. Thomas
* Copyright 2017 Quarkslab
*
* Licensed under the Apache License, Version 2.0 (the "License");
* you may not use this file except in compliance with the License.
* You may obtain a copy of the License at
*
* http://www.apache.org/licenses/LICENSE-2.0
*
* Unless required by applicable law or agreed to in writing, software
* distributed under the License is distributed on an "AS IS" BASIS,
* WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
* See the License for the specific language governing permissions and
* limitations under the License.
*/
#ifndef LIEF_PE_BINARY_H_
#define LIEF_PE_BINARY_H_
#include <map>
#include "LIEF/PE/Structures.hpp"
#include "LIEF/PE/Header.hpp"
#include "LIEF/PE/OptionalHeader.hpp"
#include "LIEF/PE/DosHeader.hpp"
#include "LIEF/PE/RichHeader.hpp"
#include "LIEF/PE/Section.hpp"
#include "LIEF/PE/Import.hpp"
#include "LIEF/PE/DataDirectory.hpp"
#include "LIEF/PE/TLS.hpp"
#include "LIEF/PE/Symbol.hpp"
#include "LIEF/PE/utils.hpp"
#include "LIEF/PE/Relocation.hpp"
#include "LIEF/PE/ResourceDirectory.hpp"
#include "LIEF/PE/Export.hpp"
#include "LIEF/PE/Debug.hpp"
#include "LIEF/PE/ResourcesManager.hpp"
#include "LIEF/PE/signature/Signature.hpp"
#include "LIEF/PE/LoadConfigurations.hpp"
#include "LIEF/Abstract/Binary.hpp"
#include "LIEF/visibility.h"
namespace LIEF {
namespace PE {
class Parser;
class Builder;
//! @brief Class which represent a PE binary object
class LIEF_API Binary : public LIEF::Binary {
friend class Parser;
friend class Builder;
public:
Binary(const std::string& name, PE_TYPE type);
virtual ~Binary(void);
//! @brief Return `PE32` or `PE32+`
PE_TYPE type(void) const;
//! @brief Convert Relative Virtual Address to offset
//!
//! We try to get the get section wich hold the given
//! `RVA` and convert it to offset. If the section
//! does not exist, we assume that `RVA` = `offset`
uint64_t rva_to_offset(uint64_t RVA);
//! @brief Convert Virtual address to offset
uint64_t va_to_offset(uint64_t VA);
//! @brief Find the section associated with the `offset`
Section& section_from_offset(uint64_t offset);
const Section& section_from_offset(uint64_t offset) const;
//! @brief Find the section associated with the `virtual address`
Section& section_from_rva(uint64_t virtual_address);
const Section& section_from_rva(uint64_t virtual_address) const;
//! @brief Return binary's sections
it_sections sections(void);
it_const_sections sections(void) const;
// =======
// Headers
// =======
//! @brief Return a reference to the PE::DosHeader object
DosHeader& dos_header(void);
const DosHeader& dos_header(void) const;
//! @brief Return a reference to the PE::Header object
Header& header(void);
const Header& header(void) const;
//! @brief Return a reference to the OptionalHeader object
OptionalHeader& optional_header(void);
const OptionalHeader& optional_header(void) const;
//! @brief Compute the binary's virtual size.
//! It should match with OptionalHeader::sizeof_image
uint64_t virtual_size(void) const;
//! @brief Compute the size of all headers
uint32_t sizeof_headers(void) const;
//! @brief Return a reference to the TLS object
TLS& tls(void);
const TLS& tls(void) const;
//! @brief Set a TLS object in the current Binary
void tls(const TLS& tls);
//! @brief Check if the current binary has a TLS object
bool has_tls(void) const;
//! @brief Check if the current binary has imports
//!
//! @see Import
bool has_imports(void) const;
//! @brief Check if the current binary is signed
bool has_signature(void) const;
//! @brief Check if the current binary has exports.
//!
//! @see Export
bool has_exports(void) const;
//! @brief Check if the current binary has resources
bool has_resources(void) const;
//! @brief Check if the current binary has exceptions
bool has_exceptions(void) const;
//! @brief Check if the current binary has relocations
//!
//! @see Relocation
bool has_relocations(void) const;
//! @brief Check if the current binary has debugs
bool has_debug(void) const;
//! @brief Check if the current binary has a load configuration
bool has_configuration(void) const;
//! @brief Return the Signature object if the bianry is signed
const Signature& signature(void) const;
//! @brief Try to predict the RVA of the function `function` in the import library `library`
//!
//! @warning
//! The value could be chang if imports change
//!
//! @note
//! It should be used with:
//! LIEF::PE::Builder::build_imports set to ``true``
//!
//! @param[in] library Library name in which the function is located
//! @param[in] function Function name
//! @return The address of the function (``IAT``) in the new import table
uint32_t predict_function_rva(const std::string& library, const std::string& function);
//! @brief Return the Export object
Export& get_export(void);
const Export& get_export(void) const;
//! @brief Return binary Symbols
std::vector<Symbol>& symbols(void);
const std::vector<Symbol>& symbols(void) const;
//! @brief Return resources as a tree
ResourceNode& resources(void);
const ResourceNode& resources(void) const;
//! @brief Set a new resource tree
void set_resources(const ResourceDirectory& resource);
//! @brief Set a new resource tree
void set_resources(const ResourceData& resource);
//! @brief Return the ResourcesManager (class to manage resources more easily than the tree one)
ResourcesManager resources_manager(void);
const ResourcesManager resources_manager(void) const;
// ==========================
// Methods to manage sections
// ==========================
//! @brief Return binary's section from its name
//!
//! @param[in] name Name of the Section
Section& get_section(const std::string& name);
const Section& get_section(const std::string& name) const;
//! @brief Return the section associated with import table
const Section& import_section(void) const;
Section& import_section(void);
//! @brief Delete the section with the given name
//!
//! @param[in] name Name of section to delete
void delete_section(const std::string& name);
//! @brief Add a section to the binary and return the section added.
Section& add_section(
const Section& section,
PE_SECTION_TYPES type = PE_SECTION_TYPES::UNKNOWN);
// =============================
// Methods to manage relocations
// =============================
it_relocations relocations(void);
it_const_relocations relocations(void) const;
//! @brief Add a @link PE::Relocation relocation @endlink
Relocation& add_relocation(const Relocation& relocation);
//! @brief Remove all relocations
void remove_all_relocations(void);
// ===============================
// Methods to manage DataDirectory
// ===============================
//! @brief Return data directories in the binary
it_data_directories data_directories(void);
it_const_data_directories data_directories(void) const;
//! @brief Return the DataDirectory with the given type (or index)
DataDirectory& data_directory(DATA_DIRECTORY index);
const DataDirectory& data_directory(DATA_DIRECTORY index) const;
//! @brief Return the Debug object
Debug& debug(void);
const Debug& debug(void) const;
//! @brief Retrun the LoadConfiguration object
const LoadConfiguration& load_configuration(void) const;
LoadConfiguration& load_configuration(void);
// =======
// Overlay
// =======
//! @brief Return the overlay content
const std::vector<uint8_t>& overlay(void) const;
std::vector<uint8_t>& overlay(void);
// ========
// DOS Stub
// ========
//! @brief Return the DOS stub content
const std::vector<uint8_t>& dos_stub(void) const;
std::vector<uint8_t>& dos_stub(void);
//! @brief Update the DOS stub content
void dos_stub(const std::vector<uint8_t>& content);
// Rich Header
// -----------
//! @brief Return a reference to the RichHeader object
RichHeader& rich_header(void);
const RichHeader& rich_header(void) const;
//! @brief Set a RichHeader object in the current Binary
void rich_header(const RichHeader& rich_header);
//! @brief Check if the current binary has a RichHeader object
bool has_rich_header(void) const;
// =========================
// Methods to manage Imports
// =========================
//! @brief return binary's @link PE::Import imports @endlink
it_imports imports(void);
it_const_imports imports(void) const;
//! @brief Returns the PE::Import from the given name
//!
//! @param[in] import_name Name of the import
Import& get_import(const std::string& import_name);
const Import& get_import(const std::string& import_name) const;
//! @brief ``True`` if the binary import the given library name
//!
//! @param[in] import_name Name of the import
bool has_import(const std::string& import_name) const;
//! @brief Add the function @p function of the library @p library
//!
//! @param[in] library library name of the function
//! @param[in] function function's name from the library to import
ImportEntry& add_import_function(const std::string& library, const std::string& function);
//! @brief add an imported library (i.e. `DLL`) to the binary
Import& add_library(const std::string& name);
//! @brief Remove the library with the given `name`
void remove_library(const std::string& name);
//! @brief Remove all libraries in the binary
void remove_all_libraries(void);
//! @brief Hook an imported function
//!
//! When using this function, LIEF::PE::Builder::build_imports and LIEF::PE::Builder::patch_imports
//! should be set to ``true``
//!
//! @param[in] function Function name to hook
//! @param[in] address Address of the hook
void hook_function(const std::string& function, uint64_t address);
//! @brief Hook an imported function
//!
//! When using this function, LIEF::PE::Builder::build_imports(true) and LIEF::PE::Builder::patch_imports
//! should be set to ``true``
//!
//! @param[in] library Library name in which the function is located
//! @param[in] function Function name to hook
//! @param[in] address Address of the hook
void hook_function(const std::string& library, const std::string& function, uint64_t address);
//! @brief Reconstruct the binary object and write it in `filename`
//!
//! Rebuild a PE binary from the current Binary object.
//! When rebuilding, import table and relocations are not rebuilt.
void write(const std::string& filename);
virtual void accept(Visitor& visitor) const override;
// LIEF Interface
// ==============
//! @brief Patch the content at virtual address @p address with @p patch_value
//!
//! @param[in] address Address to patch
//! @param[in] patch_value Patch to apply
//! @param[in] addr_type Type of the Virtual address: VA or RVA. Default: Auto
virtual void patch_address(uint64_t address, const std::vector<uint8_t>& patch_value, LIEF::Binary::VA_TYPES addr_type = LIEF::Binary::VA_TYPES::AUTO) override;
//! @brief Patch the address with the given value
//!
//! @param[in] address Address to patch
//! @param[in] patch_value Patch to apply
//! @param[in] size Size of the value in **bytes** (1, 2, ... 8)
//! @param[in] addr_type Type of the Virtual address: VA or RVA. Default: Auto
virtual void patch_address(uint64_t address, uint64_t patch_value, size_t size = sizeof(uint64_t), LIEF::Binary::VA_TYPES addr_type = LIEF::Binary::VA_TYPES::AUTO) override;
//! @brief Return the content located at virtual address
//
//! @param[in] virtual_address Virtual address of the data to retrieve
//! @param[in] size Size in bytes of the data to retrieve
//! @param[in] addr_type Type of the Virtual address: VA or RVA. Default: Auto
virtual std::vector<uint8_t> get_content_from_virtual_address(uint64_t virtual_address, uint64_t size,
LIEF::Binary::VA_TYPES addr_type = LIEF::Binary::VA_TYPES::AUTO) const override;
//! @brief Return the binary's entrypoint
virtual uint64_t entrypoint(void) const override;
//! @brief Check if the binary is position independent
virtual bool is_pie(void) const override;
//! @brief Check if the binary uses ``NX`` protection
virtual bool has_nx(void) const override;
bool operator==(const Binary& rhs) const;
bool operator!=(const Binary& rhs) const;
virtual std::ostream& print(std::ostream& os) const override;
private:
Binary(void);
//! @brief Make space between the last section header and the beginning of the
//! content of first section
void make_space_for_new_section(void);
//! @brief Return binary's symbols as LIEF::Symbol
virtual LIEF::symbols_t get_abstract_symbols(void) override;
virtual LIEF::Header get_abstract_header(void) const override;
//! @brief Return binary's section as LIEF::Section
virtual LIEF::sections_t get_abstract_sections(void) override;
virtual LIEF::relocations_t get_abstract_relocations(void) override;
virtual std::vector<std::string> get_abstract_exported_functions(void) const override;
virtual std::vector<std::string> get_abstract_imported_functions(void) const override;
virtual std::vector<std::string> get_abstract_imported_libraries(void) const override;
void update_lookup_address_table_offset(void);
void update_iat(void);
PE_TYPE type_;
DosHeader dos_header_;
RichHeader rich_header_;
Header header_;
OptionalHeader optional_header_;
int32_t available_sections_space_;
bool has_rich_header_;
bool has_tls_;
bool has_imports_;
bool has_signature_;
bool has_exports_;
bool has_resources_;
bool has_exceptions_;
bool has_relocations_;
bool has_debug_;
bool has_configuration_;
Signature signature_;
TLS tls_;
sections_t sections_;
data_directories_t data_directories_;
symbols_t symbols_;
strings_table_t strings_table_;
relocations_t relocations_;
ResourceNode* resources_;
imports_t imports_;
Export export_;
Debug debug_;
std::vector<uint8_t> overlay_;
std::vector<uint8_t> dos_stub_;
LoadConfiguration* load_configuration_;
std::map<std::string, std::map<std::string, uint64_t>> hooks_;
};
}
}
#endif
| 34.772523 | 177 | 0.658592 | RaniaJarraya |
ce512d1d8c230afd75330de8b02071309b37e10f | 1,558 | cpp | C++ | codeforces/ITMO academy pilot course/segment tree 1/step1/segment tree minimum.cpp | punnapavankumar9/coding-platforms | 264803330f5b3857160ec809c0d79cba1aa479a3 | [
"MIT"
] | null | null | null | codeforces/ITMO academy pilot course/segment tree 1/step1/segment tree minimum.cpp | punnapavankumar9/coding-platforms | 264803330f5b3857160ec809c0d79cba1aa479a3 | [
"MIT"
] | null | null | null | codeforces/ITMO academy pilot course/segment tree 1/step1/segment tree minimum.cpp | punnapavankumar9/coding-platforms | 264803330f5b3857160ec809c0d79cba1aa479a3 | [
"MIT"
] | null | null | null | #include <iostream>
#include <climits>
using namespace std;
const int N =1e6+2;
typedef long long ll;
ll tree[4*N];
ll arr[N];
void build(int node, int st, int en){
if(st == en){
tree[node] = arr[st];
return;
}
int mid = (st + en) / 2;
build(node * 2, st , mid);
build(node* 2 +1, mid+1, en);
tree[node] = min(tree[node*2], tree[node*2+1]);
return;
}
void update(int node, int st, int en, int idx, ll val){
if(st == en){
tree[node] = val;
arr[st] = val;
return;
}
int mid = (st + en) /2;
if(idx <= mid){
update(node* 2, st, mid, idx, val);
}else{
update(node * 2 + 1, mid + 1, en, idx, val);
}
tree[node] = min(tree[node * 2], tree[node * 2 +1]);
return ;
}
ll query(int node, int st, int en, int l, int r){
if(st > r || en < l){
return INT_MAX;
}
if(l <= st && en <= r){
return tree[node];
}
int mid = (st + en) / 2;
ll q1 = query(node * 2, st, mid, l , r);
ll q2 = query(node * 2 + 1, mid + 1, en, l ,r);
return min(q1,q2);
}
signed main(){
int n,m;
cin >> n >> m;
for(int i =0; i <n; i++){
cin >> arr[i];
}
build(1,0,n-1);
while(m--){
int type;
cin >> type;
if(type == 1){
ll idx, val;
cin >> idx >> val;
update(1, 0, n-1, idx, val);
}else{
int l, r;
cin >> l >> r;
cout << (ll)query(1,0,n-1,l,r-1) << "\n";
}
}
return 0;
} | 20.773333 | 56 | 0.439024 | punnapavankumar9 |
ce550df7d8325229e116695e1236a8bc15e35833 | 10,928 | cpp | C++ | src/bytecode/BytecodeGenerator.cpp | tadeuzagallo/reach-lang | 52cd57074afd27df38d68dbfcfe7e9e43a6ab464 | [
"MIT"
] | null | null | null | src/bytecode/BytecodeGenerator.cpp | tadeuzagallo/reach-lang | 52cd57074afd27df38d68dbfcfe7e9e43a6ab464 | [
"MIT"
] | null | null | null | src/bytecode/BytecodeGenerator.cpp | tadeuzagallo/reach-lang | 52cd57074afd27df38d68dbfcfe7e9e43a6ab464 | [
"MIT"
] | null | null | null | #include "BytecodeGenerator.h"
#include "Instructions.h"
BytecodeGenerator::BytecodeGenerator(VM& vm, std::string name)
: m_vm(vm)
, m_block(vm, name)
{
emit<Enter>();
}
BytecodeGenerator::~BytecodeGenerator()
{
m_block.destroy(m_vm);
}
BytecodeBlock* BytecodeGenerator::finalize(Register result)
{
emit<End>(result);
m_block->adjustOffsets();
if (std::getenv("DUMP_BYTECODE"))
m_block->dump(std::cout);
return m_block.get();
}
Register BytecodeGenerator::newLocal()
{
return Register::forLocal(++m_block->m_numLocals);
}
Label BytecodeGenerator::label()
{
return Label { };
}
void BytecodeGenerator::branch(Register condition, const std::function<void()>& consequent, const std::function<void()>& alternate)
{
Label alt = label();
Label end = label();
jumpIfFalse(condition, alt);
consequent();
jump(end);
emit(alt);
alternate();
emit(end);
}
void BytecodeGenerator::emitLocation(const SourceLocation& location)
{
m_block->addLocation(location);
}
void BytecodeGenerator::emitPrologue(const std::function<void()>& functor)
{
m_block->emitPrologue([&] {
m_block->instructions().emitPrologue(functor);
});
}
void BytecodeGenerator::loadConstant(Register dst, Value value)
{
m_block->m_constants.push_back(value);
emit<LoadConstant>(dst, m_block->m_constants.size() - 1);
}
void BytecodeGenerator::loadConstantIndex(Register dst, uint32_t index)
{
emit<LoadConstant>(dst, index);
}
uint32_t BytecodeGenerator::storeConstant(Register value)
{
uint32_t constantIndex = m_block->m_constants.size();
m_block->m_constants.push_back(Value::crash());
emit<StoreConstant>(constantIndex, value);
return constantIndex;
}
void BytecodeGenerator::getLocal(Register dst, const Identifier& ident)
{
getLocal(dst, ident.name);
}
void BytecodeGenerator::getLocal(Register dst, const std::string& ident)
{
uint32_t index = uniqueIdentifier(ident);
emit<GetLocal>(dst, index);
}
void BytecodeGenerator::getLocalOrConstant(Register dst, const std::string& ident, Value constant)
{
uint32_t identIndex = uniqueIdentifier(ident);
uint32_t constantIndex = m_block->m_constants.size();
m_block->m_constants.push_back(constant);
emit<GetLocalOrConstant>(dst, identIndex, constantIndex);
}
void BytecodeGenerator::setLocal(const Identifier& ident, Register src)
{
setLocal(ident.name, src);
}
void BytecodeGenerator::setLocal(const std::string& ident, Register src)
{
uint32_t index = uniqueIdentifier(ident);
emit<SetLocal>(index, src);
}
void BytecodeGenerator::call(Register dst, Register callee, const std::vector<Register>& args)
{
unsigned argc = args.size();
emit<Call>(dst, callee, argc, argc ? args[0] : Register::forParameter(0));
}
void BytecodeGenerator::newArray(Register dst, Register type, unsigned size)
{
emit<NewArray>(dst, type, size);
}
void BytecodeGenerator::setArrayIndex(Register src, unsigned offset, Register value)
{
emit<SetArrayIndex>(src, offset, value);
}
void BytecodeGenerator::getArrayIndex(Register dst, Register array, Register index)
{
emit<GetArrayIndex>(dst, array, index);
}
void BytecodeGenerator::getArrayLength(Register dst, Register array)
{
emit<GetArrayLength>(dst, array);
}
void BytecodeGenerator::newTuple(Register dst, Register type, unsigned size)
{
emit<NewTuple>(dst, type, size);
}
void BytecodeGenerator::setTupleIndex(Register src, unsigned offset, Register value)
{
emit<SetTupleIndex>(src, offset, value);
}
void BytecodeGenerator::getTupleIndex(Register dst, Register tuple, Register index)
{
emit<GetTupleIndex>(dst, tuple, index);
}
uint32_t BytecodeGenerator::newFunction(Register dst, BytecodeBlock* block)
{
uint32_t functionIndex = m_block->addFunctionBlock(block);
emit<NewFunction>(dst, functionIndex);
return functionIndex;
}
void BytecodeGenerator::newFunction(Register dst, uint32_t functionIndex)
{
emit<NewFunction>(dst, functionIndex);
}
void BytecodeGenerator::move(Register from, Register to)
{
if (from == to)
return;
emit<Move>(from, to);
}
void BytecodeGenerator::newObject(Register dst, Register type, uint32_t inlineSize)
{
emit<NewObject>(dst, type, inlineSize);
}
void BytecodeGenerator::setField(Register object, const std::string& field, Register value)
{
uint32_t fieldIndex = uniqueIdentifier(field);
emit<SetField>(object, fieldIndex, value);
}
void BytecodeGenerator::getField(Register dst, Register object, const std::string& field)
{
uint32_t fieldIndex = uniqueIdentifier(field);
emit<GetField>(dst, object, fieldIndex);
}
void BytecodeGenerator::tryGetField(Register dst, Register object, const std::string& field, Label& target)
{
m_block->recordJump<TryGetField>(target);
uint32_t fieldIndex = uniqueIdentifier(field);
emit<TryGetField>(dst, object, fieldIndex, 0);
}
void BytecodeGenerator::jump(Label& target)
{
m_block->recordJump<Jump>(target);
emit<Jump>(0);
}
void BytecodeGenerator::jumpIfFalse(Register condition, Label& target)
{
m_block->recordJump<JumpIfFalse>(target);
emit<JumpIfFalse>(condition, 0);
}
void BytecodeGenerator::isEqual(Register dst, Register lhs, Register rhs)
{
emit<IsEqual>(dst, lhs, rhs);
}
void BytecodeGenerator::runtimeError(const SourceLocation& location, const char* message)
{
emitLocation(location);
uint32_t messageIndex = uniqueIdentifier(message);
emit<RuntimeError>(messageIndex);
}
void BytecodeGenerator::isCell(Register dst, Register value, Cell::Kind kind)
{
emit<IsCell>(dst, value, kind);
}
// Type checking
void BytecodeGenerator::pushScope()
{
emit<PushScope>();
}
void BytecodeGenerator::popScope()
{
emit<PopScope>();
}
void BytecodeGenerator::pushUnificationScope()
{
emit<PushUnificationScope>();
}
void BytecodeGenerator::popUnificationScope()
{
emit<PopUnificationScope>();
}
void BytecodeGenerator::unify(Register lhs, Register rhs)
{
emit<Unify>(lhs, rhs);
}
void BytecodeGenerator::match(Register lhs, Register rhs)
{
emit<Match>(lhs, rhs);
}
void BytecodeGenerator::resolveType(Register dst, Register type)
{
emit<ResolveType>(dst, type);
}
void BytecodeGenerator::checkType(Register dst, Register type, Type::Class expected) {
emit<CheckType>(dst, type, expected);
}
void BytecodeGenerator::checkTypeOf(Register dst, Register type, Type::Class expected) {
emit<CheckTypeOf>(dst, type, expected);
}
void BytecodeGenerator::typeError(const SourceLocation& location, const char* message)
{
emitLocation(location);
uint32_t messageIndex = uniqueIdentifier(message);
emit<TypeError>(messageIndex);
}
void BytecodeGenerator::inferImplicitParameters(Register function, const std::vector<Register>& parameters)
{
ASSERT(parameters.size(), "OOPS");
emit<InferImplicitParameters>(function, parameters.size(), parameters[0]);
}
void BytecodeGenerator::endTypeChecking(Register type)
{
emit<End>(type);
m_block->m_codeStart = m_block->instructions().size();
emit<Enter>();
}
// Types
void BytecodeGenerator::newVarType(Register result, const std::string& name, bool inferred, bool rigid, Register bounds)
{
uint32_t nameIndex = uniqueIdentifier(name);
emit<NewVarType>(result, nameIndex, inferred, rigid, bounds);
}
void BytecodeGenerator::newNameType(Register result, const std::string& name)
{
uint32_t nameIndex = uniqueIdentifier(name);
emit<NewNameType>(result, nameIndex);
}
void BytecodeGenerator::newArrayType(Register result, Register itemType)
{
emit<NewArrayType>(result, itemType);
}
void BytecodeGenerator::newTupleType(Register result, uint32_t itemCount)
{
emit<NewTupleType>(result, itemCount);
}
void BytecodeGenerator::newRecordType(Register result, const std::vector<std::pair<std::string, Register>>& fields)
{
// TODO: this is bad and I should feel bad
uint32_t fieldCount = fields.size();
Register firstKey = Register::forParameter(0);
Register firstType = Register::forParameter(0);
std::vector<Register> keys;
for (const auto& field : fields) {
keys.emplace_back(newLocal());
uint32_t keyIndex = uniqueIdentifier(field.first);
loadConstant(keys.back(), keyIndex);
}
if (fieldCount) {
firstKey = keys[0];
firstType = fields[0].second;
}
emit<NewRecordType>(result, fieldCount, firstKey, firstType);
}
void BytecodeGenerator::newFunctionType(Register result, const std::vector<Register>& params, Register returnType, uint32_t inferredParameters)
{
uint32_t paramCount = params.size();
Register firstParam = paramCount ? params[0] : Register::forParameter(0);
emit<NewFunctionType>(result, paramCount, firstParam, returnType, inferredParameters);
}
void BytecodeGenerator::newUnionType(Register dst, Register lhs, Register rhs)
{
emit<NewUnionType>(dst, lhs, rhs);
}
void BytecodeGenerator::newBindingType(Register dst, const std::string& name, Register type)
{
uint32_t nameIndex = uniqueIdentifier(name);
emit<NewBindingType>(dst, nameIndex, type);
}
void BytecodeGenerator::newCallHole(Register dst, Register callee, const std::vector<Register>& arguments)
{
unsigned argumentCount = arguments.size();
emit<NewCallHole>(dst, callee, argumentCount, argumentCount ? arguments[0] : Register::forParameter(0));
}
void BytecodeGenerator::newSubscriptHole(Register dst, Register target, Register index)
{
emit<NewSubscriptHole>(dst, target, index);
}
void BytecodeGenerator::newMemberHole(Register dst, Register object, const std::string& field)
{
uint32_t fieldIndex = uniqueIdentifier(field);
emit<NewMemberHole>(dst, object, fieldIndex);
}
void BytecodeGenerator::newValue(Register dst, Register type)
{
emit<NewValue>(dst, type);
}
void BytecodeGenerator::getTypeForValue(Register dst, Register value)
{
emit<GetTypeForValue>(dst, value);
}
// Primitives
void BytecodeGenerator::emit(Instruction::ID instructionID)
{
emit(static_cast<uint32_t>(instructionID));
}
void BytecodeGenerator::emit(Register reg)
{
emit(static_cast<uint32_t>(reg.offset()));
}
void BytecodeGenerator::emit(Label& label)
{
label.link(m_block->m_prologueSize, m_block->instructions().end());
}
void BytecodeGenerator::emit(uint32_t word)
{
m_block->instructions().emit(word);
}
template<typename T>
std::enable_if_t<std::is_enum<T>::value, void> BytecodeGenerator::emit(T t)
{
emit(static_cast<std::underlying_type_t<T>>(t));
}
uint32_t BytecodeGenerator::uniqueIdentifier(const std::string& ident)
{
auto it = m_uniqueIdentifierMapping.find(ident);
if (it != m_uniqueIdentifierMapping.end())
return it->second;
m_block->m_identifiers.push_back(ident);
uint32_t index = m_block->m_identifiers.size() - 1;
m_uniqueIdentifierMapping[ident] = index;
return index;
}
| 26.460048 | 143 | 0.730783 | tadeuzagallo |
ce55bce75d586bfd05c8017768c1781e5e79ef4e | 2,883 | hpp | C++ | Protocols/HemiPrep.hpp | triplewz/MP-SPDZ | a858e5b440902ec25dbb97c555eef35e12fbf69c | [
"BSD-2-Clause"
] | null | null | null | Protocols/HemiPrep.hpp | triplewz/MP-SPDZ | a858e5b440902ec25dbb97c555eef35e12fbf69c | [
"BSD-2-Clause"
] | null | null | null | Protocols/HemiPrep.hpp | triplewz/MP-SPDZ | a858e5b440902ec25dbb97c555eef35e12fbf69c | [
"BSD-2-Clause"
] | null | null | null | /*
* HemiPrep.hpp
*
*/
#ifndef PROTOCOLS_HEMIPREP_HPP_
#define PROTOCOLS_HEMIPREP_HPP_
#include "HemiPrep.h"
#include "FHEOffline/PairwiseMachine.h"
#include "Tools/Bundle.h"
template<class T>
PairwiseMachine* HemiPrep<T>::pairwise_machine = 0;
template<class T>
Lock HemiPrep<T>::lock;
template<class T>
void HemiPrep<T>::teardown()
{
if (pairwise_machine)
delete pairwise_machine;
}
template<class T>
void HemiPrep<T>::basic_setup(Player& P)
{
assert(pairwise_machine == 0);
pairwise_machine = new PairwiseMachine(P);
auto& machine = *pairwise_machine;
auto& setup = machine.setup<FD>();
setup.params.set_matrix_dim_from_options();
setup.params.set_sec(OnlineOptions::singleton.security_parameter);
setup.secure_init(P, machine, T::clear::length(), 0);
T::clear::template init<typename FD::T>();
}
template<class T>
const FHE_PK& HemiPrep<T>::get_pk()
{
assert(pairwise_machine);
return pairwise_machine->pk;
}
template<class T>
const typename T::clear::FD& HemiPrep<T>::get_FTD()
{
assert(pairwise_machine);
return pairwise_machine->setup<FD>().FieldD;
}
template<class T>
HemiPrep<T>::~HemiPrep()
{
for (auto& x : multipliers)
delete x;
}
template<class T>
vector<Multiplier<typename T::clear::FD>*>& HemiPrep<T>::get_multipliers()
{
assert(this->proc != 0);
auto& P = this->proc->P;
lock.lock();
if (pairwise_machine == 0 or pairwise_machine->enc_alphas.empty())
{
PlainPlayer P(this->proc->P.N, "Hemi" + T::type_string());
if (pairwise_machine == 0)
basic_setup(P);
pairwise_machine->setup<FD>().covert_key_generation(P,
*pairwise_machine, 1);
pairwise_machine->enc_alphas.resize(1, pairwise_machine->pk);
}
lock.unlock();
if (multipliers.empty())
for (int i = 1; i < P.num_players(); i++)
multipliers.push_back(
new Multiplier<FD>(i, *pairwise_machine, P, timers));
return multipliers;
}
template<class T>
void HemiPrep<T>::buffer_triples()
{
assert(this->proc != 0);
auto& P = this->proc->P;
auto& multipliers = get_multipliers();
auto& FieldD = pairwise_machine->setup<FD>().FieldD;
Plaintext_<FD> a(FieldD), b(FieldD), c(FieldD);
a.randomize(G);
b.randomize(G);
c.mul(a, b);
Bundle<octetStream> bundle(P);
pairwise_machine->pk.encrypt(a).pack(bundle.mine);
P.unchecked_broadcast(bundle);
Ciphertext C(pairwise_machine->pk);
for (auto m : multipliers)
{
C.unpack(bundle[P.get_player(-m->get_offset())]);
m->multiply_and_add(c, C, b);
}
assert(b.num_slots() == a.num_slots());
assert(c.num_slots() == a.num_slots());
for (unsigned i = 0; i < a.num_slots(); i++)
this->triples.push_back(
{{ a.element(i), b.element(i), c.element(i) }});
}
#endif
| 25.289474 | 74 | 0.642733 | triplewz |
ce5681ca952dd01f5ec6da2512b7ef9a5c1fb190 | 806 | cpp | C++ | src/targets/cpu/target.cpp | aaronenyeshi/AMDMIGraphX | 87528938188f0247f3dfcc6ab9b83c22187109fd | [
"MIT"
] | null | null | null | src/targets/cpu/target.cpp | aaronenyeshi/AMDMIGraphX | 87528938188f0247f3dfcc6ab9b83c22187109fd | [
"MIT"
] | null | null | null | src/targets/cpu/target.cpp | aaronenyeshi/AMDMIGraphX | 87528938188f0247f3dfcc6ab9b83c22187109fd | [
"MIT"
] | null | null | null |
#include <migraphx/cpu/target.hpp>
#include <migraphx/cpu/lowering.hpp>
#include <migraphx/pass.hpp>
#include <migraphx/auto_contiguous.hpp>
#include <migraphx/rewrite_rnn.hpp>
#include <migraphx/dead_code_elimination.hpp>
#include <migraphx/generate.hpp>
namespace migraphx {
inline namespace MIGRAPHX_INLINE_NS {
namespace cpu {
std::string target::name() const { return "cpu"; }
std::vector<pass> target::get_passes(migraphx::context&) const
{
return {rewrite_rnn{},
dead_code_elimination{},
auto_contiguous{},
dead_code_elimination{},
lowering{},
dead_code_elimination{}};
}
argument target::allocate(const shape& s) const { return fill_argument(s, 0); }
} // namespace cpu
} // namespace MIGRAPHX_INLINE_NS
} // namespace migraphx
| 26 | 79 | 0.703474 | aaronenyeshi |
ce58350f1ba1ff47af8a4ddd26dbeb3f4d3a0b1a | 8,047 | cpp | C++ | src/tests/add-ons/kernel/file_systems/userlandfs/r5/src/test/netfs/client/ShareNode.cpp | axeld/haiku | e3becd53eef5c093ee8c8f32bab51d40b0f2b8d4 | [
"MIT"
] | 4 | 2016-03-29T21:45:21.000Z | 2016-12-20T00:50:38.000Z | src/tests/add-ons/kernel/file_systems/userlandfs/r5/src/test/netfs/client/ShareNode.cpp | axeld/haiku | e3becd53eef5c093ee8c8f32bab51d40b0f2b8d4 | [
"MIT"
] | null | null | null | src/tests/add-ons/kernel/file_systems/userlandfs/r5/src/test/netfs/client/ShareNode.cpp | axeld/haiku | e3becd53eef5c093ee8c8f32bab51d40b0f2b8d4 | [
"MIT"
] | 3 | 2018-12-17T13:07:38.000Z | 2021-09-08T13:07:31.000Z | // ShareNode.cpp
#include "ShareAttrDir.h"
#include "ShareNode.h"
// constructor
ShareDirEntry::ShareDirEntry(ShareDir* directory, const char* name,
ShareNode* node)
: Referencable(true),
fDirectory(directory),
fName(name),
fNode(node),
fRevision(-1)
{
}
// destructor
ShareDirEntry::~ShareDirEntry()
{
}
// InitCheck
status_t
ShareDirEntry::InitCheck() const
{
if (fName.GetLength() == 0)
return B_NO_MEMORY;
return B_OK;
}
// GetDirectory
ShareDir*
ShareDirEntry::GetDirectory() const
{
return fDirectory;
}
// GetName
const char*
ShareDirEntry::GetName() const
{
return fName.GetString();
}
// GetNode
ShareNode*
ShareDirEntry::GetNode() const
{
return fNode;
}
// SetRevision
void
ShareDirEntry::SetRevision(int64 revision)
{
fRevision = revision;
}
// GetRevision
int64
ShareDirEntry::GetRevision() const
{
return fRevision;
}
// IsActualEntry
bool
ShareDirEntry::IsActualEntry() const
{
return (fName.GetLength() > 0 && fName != "." && fName != "..");
}
// #pragma mark -
// constructor
ShareNode::ShareNode(Volume* volume, vnode_id id, const NodeInfo* nodeInfo)
: Node(volume, id),
fInfo(),
fReferringEntries(),
fAttrDir(NULL)
{
if (nodeInfo) {
fInfo = *nodeInfo;
} else {
// init the stat data at least a bit, if no node info is given
fInfo.st.st_dev = -1;
fInfo.st.st_ino = -1;
fInfo.st.st_mode = S_IFDIR | S_IRUSR | S_IXUSR | S_IRGRP | S_IXGRP
| S_IROTH | S_IXOTH;
fInfo.st.st_nlink = 1;
fInfo.st.st_size = 1;
fInfo.st.st_blksize = 1024;
fInfo.st.st_crtime = 0;
fInfo.st.st_ctime = fInfo.st.st_mtime = fInfo.st.st_atime
= fInfo.st.st_crtime;
// negative revision, to make sure it is updated
fInfo.revision = -1;
}
}
// destructor
ShareNode::~ShareNode()
{
delete fAttrDir;
}
// GetNodeInfo
const NodeInfo&
ShareNode::GetNodeInfo() const
{
return fInfo;
}
// GetRemoteID
NodeID
ShareNode::GetRemoteID() const
{
return fInfo.GetID();
}
// Update
void
ShareNode::Update(const NodeInfo& nodeInfo)
{
if (fInfo.revision < nodeInfo.revision)
fInfo = nodeInfo;
}
// AddReferringEntry
void
ShareNode::AddReferringEntry(ShareDirEntry* entry)
{
if (entry)
fReferringEntries.Insert(entry);
}
// RemoveReferringEntry
void
ShareNode::RemoveReferringEntry(ShareDirEntry* entry)
{
if (entry)
fReferringEntries.Remove(entry);
}
// GetFirstReferringEntry
ShareDirEntry*
ShareNode::GetFirstReferringEntry() const
{
return fReferringEntries.GetFirst();
}
// GetNextReferringEntry
ShareDirEntry*
ShareNode::GetNextReferringEntry(ShareDirEntry* entry) const
{
return (entry ? fReferringEntries.GetNext(entry) : NULL);
}
// GetActualReferringEntry
ShareDirEntry*
ShareNode::GetActualReferringEntry() const
{
for (ShareDirEntry* entry = GetFirstReferringEntry();
entry;
entry = GetNextReferringEntry(entry)) {
if (entry->IsActualEntry())
return entry;
}
return NULL;
}
// SetAttrDir
void
ShareNode::SetAttrDir(ShareAttrDir* attrDir)
{
delete fAttrDir;
fAttrDir = attrDir;
}
// GetAttrDir
ShareAttrDir*
ShareNode::GetAttrDir() const
{
return fAttrDir;
}
// #pragma mark -
// constructor
ShareDirIterator::ShareDirIterator()
{
}
// destructor
ShareDirIterator::~ShareDirIterator()
{
}
// #pragma mark -
// constructor
LocalShareDirIterator::LocalShareDirIterator()
: fDirectory(NULL),
fCurrentEntry(NULL)
{
}
// destructor
LocalShareDirIterator::~LocalShareDirIterator()
{
SetDirectory(NULL);
}
// SetDirectory
void
LocalShareDirIterator::SetDirectory(ShareDir* directory)
{
// unset the old directory
if (fDirectory)
fDirectory->RemoveDirIterator(this);
// set the new directory
fDirectory = directory;
if (fDirectory) {
fDirectory->AddDirIterator(this);
fCurrentEntry = fDirectory->GetFirstEntry();
}
}
// GetCurrentEntry
ShareDirEntry*
LocalShareDirIterator::GetCurrentEntry() const
{
return fCurrentEntry;
}
// NextEntry
void
LocalShareDirIterator::NextEntry()
{
if (!fDirectory || !fCurrentEntry)
return;
fCurrentEntry = fDirectory->GetNextEntry(fCurrentEntry);
}
// Rewind
void
LocalShareDirIterator::Rewind()
{
fCurrentEntry = (fDirectory ? fDirectory->GetFirstEntry() : NULL);
}
// IsDone
bool
LocalShareDirIterator::IsDone() const
{
return !fCurrentEntry;
}
// #pragma mark -
// constructor
RemoteShareDirIterator::RemoteShareDirIterator()
: fCookie(-1),
fCapacity(kRemoteShareDirIteratorCapacity),
fCount(0),
fIndex(0),
fRevision(-1),
fDone(false),
fRewind(false)
{
}
// destructor
RemoteShareDirIterator::~RemoteShareDirIterator()
{
Clear();
}
// GetCurrentEntry
ShareDirEntry*
RemoteShareDirIterator::GetCurrentEntry() const
{
return (!fRewind && fIndex < fCount ? fEntries[fIndex] : NULL);
}
// NextEntry
void
RemoteShareDirIterator::NextEntry()
{
if (fIndex < fCount)
fIndex++;
}
// Rewind
void
RemoteShareDirIterator::Rewind()
{
fRewind = true;
fDone = false;
}
// IsDone
bool
RemoteShareDirIterator::IsDone() const
{
return fDone;
}
// GetCapacity
int32
RemoteShareDirIterator::GetCapacity() const
{
return fCapacity;
}
// SetCookie
void
RemoteShareDirIterator::SetCookie(int32 cookie)
{
fCookie = cookie;
}
// GetCookie
int32
RemoteShareDirIterator::GetCookie() const
{
return fCookie;
}
// Clear
void
RemoteShareDirIterator::Clear()
{
for (int32 i = 0; i < fCount; i++)
fEntries[i]->RemoveReference();
fCount = 0;
fIndex = 0;
fDone = false;
fRewind = false;
}
// AddEntry
bool
RemoteShareDirIterator::AddEntry(ShareDirEntry* entry)
{
if (!entry || fCount >= fCapacity)
return false;
fEntries[fCount++] = entry;
entry->AddReference();
return true;
}
// SetRevision
void
RemoteShareDirIterator::SetRevision(int64 revision)
{
fRevision = revision;
}
// GetRevision
int64
RemoteShareDirIterator::GetRevision() const
{
return fRevision;
}
// SetDone
void
RemoteShareDirIterator::SetDone(bool done)
{
fDone = done;
}
// GetRewind
bool
RemoteShareDirIterator::GetRewind() const
{
return fRewind;
}
// #pragma mark -
// constructor
ShareDir::ShareDir(Volume* volume, vnode_id id, const NodeInfo* nodeInfo)
: ShareNode(volume, id, nodeInfo),
fEntries(),
fIterators(),
fEntryCreatedEventRevision(-1),
fEntryRemovedEventRevision(-1),
fIsComplete(false)
{
}
// destructor
ShareDir::~ShareDir()
{
}
// UpdateEntryCreatedEventRevision
void
ShareDir::UpdateEntryCreatedEventRevision(int64 revision)
{
if (revision > fEntryCreatedEventRevision)
fEntryCreatedEventRevision = revision;
}
// GetEntryCreatedEventRevision
int64
ShareDir::GetEntryCreatedEventRevision() const
{
return fEntryCreatedEventRevision;
}
// UpdateEntryRemovedEventRevision
void
ShareDir::UpdateEntryRemovedEventRevision(int64 revision)
{
if (revision > fEntryRemovedEventRevision)
fEntryRemovedEventRevision = revision;
}
// GetEntryRemovedEventRevision
int64
ShareDir::GetEntryRemovedEventRevision() const
{
return fEntryRemovedEventRevision;
}
// SetComplete
void
ShareDir::SetComplete(bool complete)
{
fIsComplete = complete;
}
// IsComplete
bool
ShareDir::IsComplete() const
{
return fIsComplete;
}
// AddEntry
void
ShareDir::AddEntry(ShareDirEntry* entry)
{
if (entry)
fEntries.Insert(entry);
}
// RemoveEntry
void
ShareDir::RemoveEntry(ShareDirEntry* entry)
{
if (entry) {
// update the directory iterators pointing to the removed entry
for (LocalShareDirIterator* iterator = fIterators.GetFirst();
iterator;
iterator = fIterators.GetNext(iterator)) {
if (iterator->GetCurrentEntry() == entry)
iterator->NextEntry();
}
fEntries.Remove(entry);
}
}
// GetFirstEntry
ShareDirEntry*
ShareDir::GetFirstEntry() const
{
return fEntries.GetFirst();
}
// GetNextEntry
ShareDirEntry*
ShareDir::GetNextEntry(ShareDirEntry* entry) const
{
if (!entry)
return NULL;
return fEntries.GetNext(entry);
}
// AddDirIterator
void
ShareDir::AddDirIterator(LocalShareDirIterator* iterator)
{
if (!iterator)
return;
fIterators.Insert(iterator);
}
// RemoveDirIterator
void
ShareDir::RemoveDirIterator(LocalShareDirIterator* iterator)
{
if (!iterator)
return;
fIterators.Remove(iterator);
}
| 15.594961 | 75 | 0.732571 | axeld |
ce5b693f2096dfde1f4209ad67d48c3a85bd6977 | 3,151 | hpp | C++ | ql/processes/hullwhiteprocess.hpp | jiangjiali/QuantLib | 37c98eccfa18a95acb1e98b276831641be92b38e | [
"BSD-3-Clause"
] | 3,358 | 2015-12-18T02:56:17.000Z | 2022-03-31T02:42:47.000Z | ql/processes/hullwhiteprocess.hpp | jiangjiali/QuantLib | 37c98eccfa18a95acb1e98b276831641be92b38e | [
"BSD-3-Clause"
] | 965 | 2015-12-21T10:35:28.000Z | 2022-03-30T02:47:00.000Z | ql/processes/hullwhiteprocess.hpp | jiangjiali/QuantLib | 37c98eccfa18a95acb1e98b276831641be92b38e | [
"BSD-3-Clause"
] | 1,663 | 2015-12-17T17:45:38.000Z | 2022-03-31T07:58:29.000Z | /* -*- mode: c++; tab-width: 4; indent-tabs-mode: nil; c-basic-offset: 4 -*- */
/*
Copyright (C) 2006 Banca Profilo S.p.A.
This file is part of QuantLib, a free-software/open-source library
for financial quantitative analysts and developers - http://quantlib.org/
QuantLib is free software: you can redistribute it and/or modify it
under the terms of the QuantLib license. You should have received a
copy of the license along with this program; if not, please email
<[email protected]>. The license is also available online at
<http://quantlib.org/license.shtml>.
This program is distributed in the hope that it will be useful, but WITHOUT
ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS
FOR A PARTICULAR PURPOSE. See the license for more details.
*/
/*! \file hullwhiteprocess.hpp
\brief Hull-White stochastic processes
*/
#ifndef quantlib_hull_white_processes_hpp
#define quantlib_hull_white_processes_hpp
#include <ql/processes/forwardmeasureprocess.hpp>
#include <ql/processes/ornsteinuhlenbeckprocess.hpp>
#include <ql/termstructures/yieldtermstructure.hpp>
namespace QuantLib {
//! Hull-White stochastic process
/*! \ingroup processes */
class HullWhiteProcess: public StochasticProcess1D {
public:
HullWhiteProcess(const Handle<YieldTermStructure>& h,
Real a,
Real sigma);
//! \name StochasticProcess1D interface
//@{
Real x0() const override;
Real drift(Time t, Real x) const override;
Real diffusion(Time t, Real x) const override;
Real expectation(Time t0, Real x0, Time dt) const override;
Real stdDeviation(Time t0, Real x0, Time dt) const override;
Real variance(Time t0, Real x0, Time dt) const override;
Real a() const;
Real sigma() const;
Real alpha(Time t) const;
//@}
protected:
ext::shared_ptr<QuantLib::OrnsteinUhlenbeckProcess> process_;
Handle<YieldTermStructure> h_;
Real a_, sigma_;
};
//! %Forward Hull-White stochastic process
/*! \ingroup processes */
class HullWhiteForwardProcess: public ForwardMeasureProcess1D {
public:
HullWhiteForwardProcess(const Handle<YieldTermStructure>& h,
Real a,
Real sigma);
//! \name StochasticProcess1D interface
//@{
Real x0() const override;
Real drift(Time t, Real x) const override;
Real diffusion(Time t, Real x) const override;
Real expectation(Time t0, Real x0, Time dt) const override;
Real stdDeviation(Time t0, Real x0, Time dt) const override;
Real variance(Time t0, Real x0, Time dt) const override;
//@}
Real a() const;
Real sigma() const;
Real alpha(Time t) const;
Real M_T(Real s, Real t, Real T) const;
Real B(Time t, Time T) const;
protected:
ext::shared_ptr<QuantLib::OrnsteinUhlenbeckProcess> process_;
Handle<YieldTermStructure> h_;
Real a_, sigma_;
};
}
#endif
| 34.25 | 79 | 0.6563 | jiangjiali |
ce5f73d71f890b815fb7712f61a244c617624336 | 7,450 | cpp | C++ | cam_QGuide.cpp | arran-dengate/phd2-automated-mount-fork | 3f03fe385b53eb46a46766074ca727ea95e66910 | [
"BSD-3-Clause"
] | null | null | null | cam_QGuide.cpp | arran-dengate/phd2-automated-mount-fork | 3f03fe385b53eb46a46766074ca727ea95e66910 | [
"BSD-3-Clause"
] | null | null | null | cam_QGuide.cpp | arran-dengate/phd2-automated-mount-fork | 3f03fe385b53eb46a46766074ca727ea95e66910 | [
"BSD-3-Clause"
] | null | null | null | /*
* cam_QGuide.cpp
* PHD Guiding
*
* Created by Craig Stark.
* Copyright (c) 2007-2010 Craig Stark.
* All rights reserved.
*
* This source code is distributed under the following "BSD" license
* Redistribution and use in source and binary forms, with or without
* modification, are permitted provided that the following conditions are met:
* Redistributions of source code must retain the above copyright notice,
* this list of conditions and the following disclaimer.
* Redistributions in binary form must reproduce the above copyright notice,
* this list of conditions and the following disclaimer in the
* documentation and/or other materials provided with the distribution.
* Neither the name of Craig Stark, Stark Labs nor the names of its
* contributors may be used to endorse or promote products derived from
* this software without specific prior written permission.
*
* THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS "AS IS"
* AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE
* IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE
* ARE DISCLAIMED. IN NO EVENT SHALL THE COPYRIGHT HOLDER OR CONTRIBUTORS BE
* LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR
* CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF
* SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR PROFITS; OR BUSINESS
* INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY OF LIABILITY, WHETHER IN
* CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING NEGLIGENCE OR OTHERWISE)
* ARISING IN ANY WAY OUT OF THE USE OF THIS SOFTWARE, EVEN IF ADVISED OF THE
* POSSIBILITY OF SUCH DAMAGE.
*
*/
#include "phd.h"
#if defined (QGUIDE)
#include "camera.h"
#include "time.h"
#include "image_math.h"
#include "<iostream>"
#include <wx/stdpaths.h>
#include <wx/textfile.h>
//wxTextFile *qglogfile;
int ushort_compare (const void * a, const void * b) {
if ( *(unsigned short *)a > *(unsigned short *)b ) return 1;
if ( *(unsigned short *)a < *(unsigned short *)b ) return -1;
return 0;
}
#define QGDEBUG 0
#include "cam_QGuide.h"
// QHY CMOS guide camera version
// Tom's driver
Camera_QGuiderClass::Camera_QGuiderClass()
{
Connected = false;
Name = _T("Q-Guider");
FullSize = wxSize(1280,1024);
m_hasGuideOutput = true;
HasGainControl = true;
}
wxByte Camera_QGuiderClass::BitsPerPixel()
{
return 16;
}
bool Camera_QGuiderClass::Connect(const wxString& camId)
{
// returns true on error
// CameraReset();
if (!openUSB(0)) {
wxMessageBox(_T("No camera"));
return true;
}
// ClearGuidePort();
// GuideCommand(0x0F,10);
// buffer = new unsigned char[1311744];
SETBUFFERMODE(0);
Connected = true;
// qglogfile = new wxTextFile(Debug.GetLogDir() + PATHSEPSTR + _T("PHD_QGuide_log.txt"));
//qglogfile->AddLine(wxNow() + ": QGuide connected"); //qglogfile->Write();
return false;
}
bool Camera_QGuiderClass::ST4PulseGuideScope(int direction, int duration)
{
int reg = 0;
int dur = duration / 10;
//qglogfile->AddLine(wxString::Format("Sending guide dur %d",dur)); //qglogfile->Write();
if (dur >= 255) dur = 254; // Max guide pulse is 2.54s -- 255 keeps it on always
// Output pins are NC, Com, RA+(W), Dec+(N), Dec-(S), RA-(E) ?? http://www.starlight-xpress.co.uk/faq.htm
switch (direction) {
case WEST: reg = 0x80; break; // 0111 0000
case NORTH: reg = 0x40; break; // 1011 0000
case SOUTH: reg = 0x20; break; // 1101 0000
case EAST: reg = 0x10; break; // 1110 0000
default: return true; // bad direction passed in
}
GuideCommand(reg,dur);
//if (duration > 50) wxMilliSleep(duration - 50); // wait until it's mostly done
WorkerThread::MilliSleep(duration + 10);
//qglogfile->AddLine("Done"); //qglogfile->Write();
return false;
}
void Camera_QGuiderClass::ClearGuidePort()
{
// SendGuideCommand(DevName,0,0);
}
void Camera_QGuiderClass::InitCapture()
{
// CameraReset();
ProgramCamera(0,0,1280,1024, (GuideCameraGain * 63 / 100) );
// SetNoiseReduction(0);
}
bool Camera_QGuiderClass::Disconnect()
{
closeUSB();
// delete [] buffer;
Connected = false;
//qglogfile->AddLine(wxNow() + ": Disconnecting"); //qglogfile->Write(); //qglogfile->Close();
return false;
}
static bool StopExposure()
{
Debug.AddLine("QGuide: stop exposure");
CancelExposure();
return true;
}
bool Camera_QGuiderClass::Capture(int duration, usImage& img, int options, const wxRect& subframe)
{
// Only does full frames still
unsigned short *dptr;
bool firstimg = true;
//qglogfile->AddLine(wxString::Format("Capturing dur %d",duration)); //qglogfile->Write();
// ThreadedExposure(10, buffer);
ProgramCamera(0,0,1280,1024, (GuideCameraGain * 63 / 100) );
/* ThreadedExposure(10, NULL);
while (isExposing())
wxMilliSleep(10);
*/
if (img.Init(FullSize)) {
DisconnectWithAlert(CAPT_FAIL_MEMORY);
return true;
}
// ThreadedExposure(duration, buffer);
ThreadedExposure(duration, NULL);
//qglogfile->AddLine("Exposure programmed"); //qglogfile->Write();
CameraWatchdog watchdog(duration, GetTimeoutMs() + 1000); // typically 6 second timeout
if (duration > 100)
{
// Shift to > duration
if (WorkerThread::MilliSleep(duration + 100) &&
(WorkerThread::TerminateRequested() || StopExposure()))
{
return true;
}
}
while (isExposing())
{
wxMilliSleep(200);
if (WorkerThread::InterruptRequested() &&
(WorkerThread::TerminateRequested() || StopExposure()))
{
return true;
}
if (watchdog.Expired())
{
DisconnectWithAlert(CAPT_FAIL_TIMEOUT);
return true;
}
}
//qglogfile->AddLine("Exposure done"); //qglogfile->Write();
/* dptr = img.ImageData;
for (i=0; i<img.NPixels; i++,dptr++) {
*dptr = 0;
}
*/
dptr = img.ImageData;
GETBUFFER(dptr, img.NPixels * 2);
if (options & CAPTURE_SUBTRACT_DARK) SubtractDark(img);
return false;
}
void Camera_QGuiderClass::RemoveLines(usImage& img)
{
int i, j, val;
unsigned short data[21];
unsigned short *ptr1, *ptr2;
unsigned short med[1024];
int offset;
double mean;
int h = img.Size.GetHeight();
int w = img.Size.GetWidth();
size_t sz = sizeof(unsigned short);
mean = 0.0;
for (i=0; i<h; i++) {
ptr1 = data;
ptr2 = img.ImageData + i*w;
for (j=0; j<21; j++, ptr1++, ptr2++)
*ptr1 = *ptr2;
qsort(data,21,sz,ushort_compare);
med[i] = data[10];
mean = mean + (double) (med[i]);
}
mean = mean / (double) h;
for (i=0; i<h; i++) {
offset = (int) mean - (int) med[i];
ptr2 = img.ImageData + i*w;
for (j=0; j<w; j++, ptr2++) {
val = (int) *ptr2 + offset;
if (val < 0) val = 0;
else if (val > 65535) val = 65535;
*ptr2 = (unsigned short) val;
}
}
}
#endif
| 30.284553 | 111 | 0.61651 | arran-dengate |
ce60530ea503d03827bb08677826311f42924efa | 1,132 | cpp | C++ | src/core/nodes/node_base.cpp | Ratstail91/zelda-framework | 54e94fe7d69271a514142406355199e8dbcccd38 | [
"Zlib"
] | 5 | 2021-04-26T19:55:40.000Z | 2021-07-20T08:34:57.000Z | src/core/nodes/node_base.cpp | Ratstail91/zelda-framework | 54e94fe7d69271a514142406355199e8dbcccd38 | [
"Zlib"
] | null | null | null | src/core/nodes/node_base.cpp | Ratstail91/zelda-framework | 54e94fe7d69271a514142406355199e8dbcccd38 | [
"Zlib"
] | null | null | null | #include "node_base.hpp"
#include <stdexcept>
NodeBase* NodeBase::AddChild(NodeBase* const ptr) {
for (NodeBase* it = parent; it != nullptr; it = it->parent) {
if (it == ptr) {
std::logic_error("Looping hierarchy found");
}
}
children.push_back(ptr);
ptr->parent = this;
return ptr;
}
NodeBase* NodeBase::GetChild(int index) {
if (index >= 0) {
auto it = children.begin();
std::advance(it, index);
return *it;
} else {
//backwards from the end
auto it = children.rbegin();
std::advance(it, -index - 1);
return *it;
}
}
void NodeBase::RemoveChild(int index) {
if (index >= 0) {
auto it = children.begin();
std::advance(it, index);
(*it)->parent = nullptr;
removeDescendantsOfNode(*it);
delete *it;
children.erase(it);
} else {
//backwards from the end
auto it = children.rbegin();
std::advance(it, -index - 1);
(*it)->parent = nullptr;
removeDescendantsOfNode(*it.base());
delete *it;
children.erase(it.base());
}
}
void removeDescendantsOfNode(NodeBase* const root) {
for (auto childPtr : root->children) {
removeDescendantsOfNode(childPtr);
delete childPtr;
}
} | 20.962963 | 62 | 0.650177 | Ratstail91 |
ce607df48faad17d36ba64da20d5b5d3db62ee58 | 2,555 | cc | C++ | algorithms/tests/stack_using_link_list_tests.cc | TusharJadhav/algorithms | eea5120f7d54d82e07eb71677df442248cb50286 | [
"MIT"
] | null | null | null | algorithms/tests/stack_using_link_list_tests.cc | TusharJadhav/algorithms | eea5120f7d54d82e07eb71677df442248cb50286 | [
"MIT"
] | null | null | null | algorithms/tests/stack_using_link_list_tests.cc | TusharJadhav/algorithms | eea5120f7d54d82e07eb71677df442248cb50286 | [
"MIT"
] | null | null | null | #include "gtest/gtest.h"
#include "gmock/gmock.h"
#include "stack_using_link_list.h"
#include <string>
using namespace testing;
using namespace algorithms;
TEST(StackUsingLinkListTests, TestInitiallEmpty) {
StackUsingLinkList<int> my_stack;
EXPECT_TRUE(my_stack.Empty()) << "Initially the stack is supposed to be empty";
}
TEST(StackUsingLinkListTests, TestInitialSizeZero) {
StackUsingLinkList<int> my_stack;
EXPECT_EQ(my_stack.Size(), 0) << "Initially the stack size should be zero since there are no elements pushed onto it";
}
TEST(StackUsingLinkListTests, TestPushPopAndTopOperations) {
StackUsingLinkList<int> my_stack;
my_stack.Push(10);
my_stack.Push(20);
my_stack.Push(30);
ASSERT_EQ(my_stack.Top(), 30) << "Top element is not correct";
my_stack.Pop();
ASSERT_EQ(my_stack.Top(), 20) << "Top element is not correct";
my_stack.Push(40);
ASSERT_EQ(my_stack.Top(), 40) << "Top element is not correct";
my_stack.Pop();
my_stack.Pop();
ASSERT_EQ(my_stack.Top(), 10) << "Top element is not correct";
}
TEST(StackUsingLinkListTests, TestNonEmpty) {
StackUsingLinkList<int> my_stack;
my_stack.Push(10);
my_stack.Push(20);
my_stack.Push(30);
EXPECT_FALSE(my_stack.Empty()) << "Stack is empty after pushing few elements";
}
TEST(StackUsingLinkListTests, TestEmpty) {
StackUsingLinkList<std::string> my_stack;
my_stack.Push("Hi");
my_stack.Push("Hello");
my_stack.Pop();
my_stack.Pop();
EXPECT_TRUE(my_stack.Empty()) << "Stack is not empty after popping all elements";
}
TEST(StackUsingLinkListTests, TestSizeAfterPushPopOperations) {
StackUsingLinkList<int> my_stack;
my_stack.Push(100);
my_stack.Push(200);
my_stack.Push(300);
my_stack.Push(400);
ASSERT_EQ(my_stack.Size(), 4) << "Stack size is incorrect";
my_stack.Pop();
ASSERT_EQ(my_stack.Size(), 3) << "Stack size is incorrect";
my_stack.Pop();
my_stack.Pop();
ASSERT_EQ(my_stack.Size(), 1) << "Stack size is incorrect";
my_stack.Pop();
ASSERT_EQ(my_stack.Size(), 0) << "Stack size is incorrect";
}
TEST(StackUsingLinkListTests, TestPoppingFromEmptyStack) {
StackUsingLinkList<int> my_stack;
ASSERT_THROW(my_stack.Pop(), std::underflow_error) << "Popping from an stack did not throw an exception";
}
TEST(StackUsingLinkListTests, TestAccessingFrontElementFromEmptyList) {
StackUsingLinkList<double> my_stack;
ASSERT_THROW(my_stack.Top(), std::underflow_error) << "Accessing top element from an empty stack did not throw an exception";
}
| 26.894737 | 128 | 0.720157 | TusharJadhav |
ce61635ccca3ad3348a1089ee05f6524c5ecd7d3 | 17,699 | cpp | C++ | AlexCrutch/src/main.cpp | TomMinuzzo/CSALEX2022 | 28513f5e60cee890913c0c5d63fd9e3fcdf4039c | [
"Apache-2.0"
] | null | null | null | AlexCrutch/src/main.cpp | TomMinuzzo/CSALEX2022 | 28513f5e60cee890913c0c5d63fd9e3fcdf4039c | [
"Apache-2.0"
] | null | null | null | AlexCrutch/src/main.cpp | TomMinuzzo/CSALEX2022 | 28513f5e60cee890913c0c5d63fd9e3fcdf4039c | [
"Apache-2.0"
] | null | null | null | /*
* CANopen main program file for Linux SocketCAN.
*
* @file main
* @author Janez Paternoster
* @copyright 2015 Janez Paternoster
*
* This file is part of CANopenSocket, a Linux implementation of CANopen
* stack with master functionality. Project home page is
* <https://github.com/CANopenNode/CANopenSocket>. CANopenSocket is based
* on CANopenNode: <https://github.com/CANopenNode/CANopenNode>.
*
* CANopenSocket is free and open source software: you can redistribute
* it and/or modify it under the terms of the GNU General Public License
* as published by the Free Software Foundation, either version 2 of the
* License, or (at your option) any later version.
*
* This program is distributed in the hope that it will be useful,
* but WITHOUT ANY WARRANTY; without even the implied warranty of
* MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
* GNU General Public License for more details.
*
* You should have received a copy of the GNU General Public License
* along with this program. If not, see <http://www.gnu.org/licenses/>.
*/
#include "CANopen.h"
#include "CO_OD_storage.h"
#include "CO_Linux_tasks.h"
#include "CO_time.h"
#include "application.h"
#include <stdio.h>
#include <stdlib.h>
#include <unistd.h>
#include <string.h>
#include <sched.h>
#include <signal.h>
#include <errno.h>
#include <sys/epoll.h>
#include <net/if.h>
#include <linux/reboot.h>
#include <sys/reboot.h>
#include "CO_command.h"
#include <pthread.h>
#include <sys/time.h>
#include <iostream>
/*For master-> code SDO direct messaging*/
// #define CO_COMMAND_SDO_BUFFER_SIZE 100000
// #define STRING_BUFFER_SIZE (CO_COMMAND_SDO_BUFFER_SIZE * 4 + 100)
#define NSEC_PER_SEC (1000000000) /* The number of nanoseconds per second. */
#define NSEC_PER_MSEC (1000000) /* The number of nanoseconds per millisecond. */
#define TMR_TASK_INTERVAL_NS (1000000) /* Interval of taskTmr in nanoseconds */
#define TMR_TASK_OVERFLOW_US (5000) /* Overflow detect limit for taskTmr in microseconds */
#define INCREMENT_1MS(var) (var++) /* Increment 1ms variable in taskTmr */
#define NODEID (101)
#define CANMESSAGELENGTH (100)
/* Global variable increments each millisecond. */
volatile uint32_t CO_timer1ms = 0U;
/* Mutex is locked, when CAN is not valid (configuration state). May be used
* from other threads. RT threads may use CO->CANmodule[0]->CANnormal instead. */
pthread_mutex_t CO_CAN_VALID_mtx = PTHREAD_MUTEX_INITIALIZER;
/* Other variables and objects */
static int rtPriority = 2; /* Real time priority, configurable by arguments. (-1=RT disabled) */
static int rtControlPriority = 80;
static int mainline_epoll_fd; /* epoll file descriptor for mainline */
static CO_OD_storage_t odStor; /* Object Dictionary storage object for CO_OD_ROM */
static CO_OD_storage_t odStorAuto; /* Object Dictionary storage object for CO_OD_EEPROM */
static char *odStorFile_rom = "od4_storage"; /* Name of the file */
static char *odStorFile_eeprom = "od4_storage_auto"; /* Name of the file */
static CO_time_t CO_time; /* Object for current time */
int commCount = 0;
bool readyToStart = false;
uint32_t tmr1msPrev = 0;
// RT Tast timer
struct period_info
{
struct timespec next_period;
long period_ns;
};
// Forward declartion of timer functions
static void inc_period(struct period_info *pinfo);
static void periodic_task_init(struct period_info *pinfo);
static void wait_rest_of_period(struct period_info *pinfo);
// Forward declaration of helper functions
void configureCANopen(int nodeId, int rtPriority, int CANdevice0Index, char *CANdevice);
/* Realtime thread */
static void *rt_thread(void *arg);
static pthread_t rt_thread_id;
static int rt_thread_epoll_fd;
/* Realtime control thread */
static void *rt_control_thread(void *arg);
static pthread_t rt_control_thread_id;
static int rt_control_thread_epoll_fd;
/* Signal handler */
volatile sig_atomic_t CO_endProgram = 0;
static void sigHandler(int sig)
{
CO_endProgram = 1;
}
/* Helper functions ***********************************************************/
void CO_errExit(char *msg)
{
perror(msg);
exit(EXIT_FAILURE);
}
/* send CANopen generic emergency message */
void CO_error(const uint32_t info)
{
CO_errorReport(CO->em, CO_EM_GENERIC_SOFTWARE_ERROR, CO_EMC_SOFTWARE_INTERNAL, info);
fprintf(stderr, "canopend generic error: 0x%X\n", info);
}
/******************************************************************************/
/** Mainline and RT thread **/
/******************************************************************************/
int main(int argc, char *argv[])
{
CO_NMT_reset_cmd_t reset = CO_RESET_NOT;
CO_ReturnError_t odStorStatus_rom, odStorStatus_eeprom;
int opt;
bool_t firstRun = true;
bool_t nodeIdFromArgs = true; /* True, if program arguments are used for CANopen Node Id */
bool_t rebootEnable = false; /* Configurable by arguments */
bool_t commandEnable = false; /* Configurable by arguments */
int nodeId = NODEID; /*!< CAN Network NODEID */
int can_dev_number=6;
char CANdeviceList[can_dev_number][10] = {"vcan0\0", "can0\0", "can1\0", "can2\0", "can3\0", "can4\0"}; /*!< linux CAN device interface for app to bind to: change to can1 for bbb, can0 for BBAI vcan0 for virtual can*/
char CANdevice[10]="";
int CANdevice0Index;
//Rotate through list of interfaces and select first one existing and up
for(unsigned i=0; i<can_dev_number; i++) {
printf("%s: ", CANdeviceList[i]);
//Check if interface exists
CANdevice0Index = if_nametoindex(CANdeviceList[i]);/*map linux CAN interface to corresponding int index return zero if no interface exists.*/
if(CANdevice0Index!=0) {
char operstate_filename[255], operstate_s[25];
snprintf(operstate_filename, 254, "/sys/class/net/%s/operstate", CANdeviceList[i]);
//Check if it's up
FILE* operstate_f = fopen(operstate_filename, "r");
fscanf(operstate_f, "%s", &operstate_s);
printf("%s\n", operstate_s);
//Check if not "down" as will be "unknown" if up
if(strcmp(operstate_s, "down")!=0) {
snprintf(CANdevice, 9, "%s", CANdeviceList[i]);
printf("Using: %s (%d)\n", CANdeviceList[i], CANdevice0Index);
break;
}
else {
CANdevice0Index=0;
}
}
else {
printf("-\n");
}
}
configureCANopen(nodeId, rtPriority, CANdevice0Index, CANdevice);
/* Catch signals SIGINT and SIGTERM */
if (signal(SIGINT, sigHandler) == SIG_ERR)
CO_errExit("Program init - SIGINIT handler creation failed");
if (signal(SIGTERM, sigHandler) == SIG_ERR)
CO_errExit("Program init - SIGTERM handler creation failed");
/* increase variable each startup. Variable is automatically stored in non-volatile memory. */
printf(", count=%u ...\n", ++OD_powerOnCounter);
while (reset != CO_RESET_APP && reset != CO_RESET_QUIT && CO_endProgram == 0)
{
/* CANopen communication reset - initialize CANopen objects *******************/
CO_ReturnError_t err;
printf("Canopend- communication reset ...\n");
/* Wait other threads (command interface). */
pthread_mutex_lock(&CO_CAN_VALID_mtx);
/* Wait rt_thread. */
if (!firstRun)
{
CO_LOCK_OD();
CO->CANmodule[0]->CANnormal = false;
CO_UNLOCK_OD();
}
/* Enter CAN configuration. */
CO_CANsetConfigurationMode(CANdevice0Index);
/* initialize CANopen */
if (!nodeIdFromArgs)
{
/* use value from Object dictionary, if not set by program arguments */
nodeId = OD_CANNodeID;
}
err = CO_init(CANdevice0Index, nodeId, 0);
if (err != CO_ERROR_NO)
{
char s[120];
snprintf(s, 120, "Communication reset - CANopen initialization failed, err=%d", err);
CO_errExit(s);
}
/* Configure callback functions for task control */
CO_EM_initCallback(CO->em, taskMain_cbSignal);
CO_SDO_initCallback(CO->SDO[0], taskMain_cbSignal);
CO_SDOclient_initCallback(CO->SDOclient, taskMain_cbSignal);
/* Initialize time */
CO_time_init(&CO_time, CO->SDO[0], &OD_time.epochTimeBaseMs, &OD_time.epochTimeOffsetMs, 0x2130);
/* First time only initialization. */
if (firstRun)
{
firstRun = false;
/* Configure epoll for mainline */
mainline_epoll_fd = epoll_create(4);
if (mainline_epoll_fd == -1)
CO_errExit("Program init - epoll_create mainline failed");
/* Init mainline */
taskMain_init(mainline_epoll_fd, &OD_performance[ODA_performance_mainCycleMaxTime]);
/* Configure epoll for rt_thread */
rt_thread_epoll_fd = epoll_create(2);
if (rt_thread_epoll_fd == -1)
CO_errExit("Program init - epoll_create rt_thread failed");
/* Init taskRT */
CANrx_taskTmr_init(rt_thread_epoll_fd, TMR_TASK_INTERVAL_NS, &OD_performance[ODA_performance_timerCycleMaxTime]);
OD_performance[ODA_performance_timerCycleTime] = TMR_TASK_INTERVAL_NS / 1000; /* informative */
/* Initialize socket command interface */
if (commandEnable)
{
if (CO_command_init() != 0)
{
CO_errExit("Socket command interface initialization failed");
}
printf("Canopend - Command interface on socket '%s' started ...\n", CO_command_socketPath);
}
/*OLD THREAD CREATION*/
/* Create rt_thread */
if (pthread_create(&rt_thread_id, NULL, rt_thread, NULL) != 0)
CO_errExit("Program init - rt_thread creation failed");
/* Set priority for rt_thread */
if (rtPriority > 0)
{
struct sched_param param;
param.sched_priority = rtPriority;
if (pthread_setschedparam(rt_thread_id, SCHED_FIFO, ¶m) != 0)
CO_errExit("Program init - rt_thread set scheduler failed");
}
/* Create rt_control_thread */
if (pthread_create(&rt_control_thread_id, NULL, rt_control_thread, NULL) != 0)
CO_errExit("Program init - rt_thread_control creation failed");
/* Set priority for rt_thread */
if (rtPriority > 0)
{
struct sched_param paramc;
paramc.sched_priority = rtControlPriority;
if (pthread_setschedparam(rt_thread_id, SCHED_FIFO, ¶mc) != 0)
CO_errExit("Program init - rt_thread set scheduler failed");
}
}
/* start CAN */
CO_CANsetNormalMode(CO->CANmodule[0]);
pthread_mutex_unlock(&CO_CAN_VALID_mtx);
/* Execute optional additional application code */
// app_programStart();
reset = CO_RESET_NOT;
// Create Statemachine Object -> will be loaded by taskmanager in end program.
/* Execute optional additional application code */
app_communicationReset();
// Initialise the last time variable
//gettimeofday(&last_tv,NULL);
//struct timeval first_tv = last_tv;
printf("Canopend- running ...\n");
readyToStart = true;
while (reset == CO_RESET_NOT && CO_endProgram == 0)
{
/* loop for normal program execution ******************************************/
int ready;
int first = 0;
struct epoll_event ev;
ready = epoll_wait(mainline_epoll_fd, &ev, 1, -1);
if (ready != 1)
{
if (errno != EINTR)
{
CO_error(0x11100000L + errno);
}
}
else if (taskMain_process(ev.data.fd, &reset, CO_timer1ms))
{
uint32_t timer1msDiff;
timer1msDiff = CO_timer1ms - tmr1msPrev;
tmr1msPrev = CO_timer1ms;
app_programAsync(timer1msDiff);
CO_OD_storage_autoSave(&odStorAuto, CO_timer1ms, 60000);
/* Execute optional additional application code */
}
else
{
/* No file descriptor was processed. */
CO_error(0x11200000L);
/* CHANGE TO FILE!*/
}
}
}
/* program exit ***************************************************************/
/* join threads */
if (commandEnable)
{
if (CO_command_clear() != 0)
{
CO_errExit("Socket command interface removal failed");
}
}
CO_endProgram = 1;
if (pthread_join(rt_thread_id, NULL) != 0)
{
CO_errExit("Program end - pthread_join failed");
}
/* Execute optional additional application code */
app_programEnd();
/* Store CO_OD_EEPROM */
CO_OD_storage_autoSave(&odStorAuto, 0, 0);
CO_OD_storage_autoSaveClose(&odStorAuto);
/* delete objects from memory */
CANrx_taskTmr_close();
taskMain_close();
CO_delete(CANdevice0Index);
printf("Canopend on %s (nodeId=0x%02X) - finished.\n\n", CANdevice, nodeId);
/* Flush all buffers (and reboot) */
if (rebootEnable && reset == CO_RESET_APP)
{
sync();
if (reboot(LINUX_REBOOT_CMD_RESTART) != 0)
{
CO_errExit("Program end - reboot failed");
}
}
exit(EXIT_SUCCESS);
}
/* Realtime thread for CAN receive and taskTmr ********************************/
static void *rt_thread(void *arg)
{
/* Endless loop */
while (CO_endProgram == 0)
{
int ready;
struct epoll_event ev;
ready = epoll_wait(rt_thread_epoll_fd, &ev, 1, -1);
if (ready != 1)
{
if (errno != EINTR)
{
CO_error(0x12100000L + errno);
}
}
else if (CANrx_taskTmr_process(ev.data.fd))
{
/* code was processed in the above function. Additional code process below */
INCREMENT_1MS(CO_timer1ms);
/* Monitor variables with trace objects */
CO_time_process(&CO_time);
#if CO_NO_TRACE > 0
for (i = 0; i < OD_traceEnable && i < CO_NO_TRACE; i++)
{
CO_trace_process(CO->trace[i], *CO_time.epochTimeOffsetMs);
}
#endif
/* Execute optional additional application code */
// app_program1ms();
/* Detect timer large overflow */
// if (OD_performance[ODA_performance_timerCycleMaxTime] > TMR_TASK_OVERFLOW_US && rtPriority > 0 && CO->CANmodule[0]->CANnormal)
// {
// CO_errorReport(CO->em, CO_EM_ISR_TIMER_OVERFLOW, CO_EMC_SOFTWARE_INTERNAL, 0x22400000L | OD_performance[ODA_performance_timerCycleMaxTime]);
// printf("Timer large overflow \n");
// }
}
else
{
/* No file descriptor was processed. */
CO_error(0x12200000L);
}
}
return NULL;
}
/*Control thread*/
static void *rt_control_thread(void *arg)
{
struct period_info pinfo;
periodic_task_init(&pinfo);
app_programStart();
while (!readyToStart)
{
wait_rest_of_period(&pinfo);
}
while (CO_endProgram == 0)
{
app_program1ms();
wait_rest_of_period(&pinfo);
}
return NULL;
}
// RT Tast timer
// Make sure RT control loop runs slow enough for bit flip messages to be sent and changed in each drive.
static void inc_period(struct period_info *pinfo)
{
pinfo->next_period.tv_nsec += pinfo->period_ns;
while (pinfo->next_period.tv_nsec >= 1000000000)
{
/* timespec nsec overflow */
pinfo->next_period.tv_sec++;
pinfo->next_period.tv_nsec -= 1000000000;
}
}
static void periodic_task_init(struct period_info *pinfo)
{
/* for simplicity, hardcoding a 1ms period */
pinfo->period_ns = 1000000;
clock_gettime(CLOCK_MONOTONIC, &(pinfo->next_period));
}
static void wait_rest_of_period(struct period_info *pinfo)
{
inc_period(pinfo);
/* for simplicity, ignoring possibilities of signal wakes */
clock_nanosleep(CLOCK_MONOTONIC, TIMER_ABSTIME, &pinfo->next_period, NULL);
}
void configureCANopen(int nodeId, int rtPriority, int CANdevice0Index, char *CANdevice) {
if (nodeId < 1 || nodeId > 127) {
fprintf(stderr, "NODE ID outside range (%d)\n", nodeId);
exit(EXIT_FAILURE);
}
// rt Thread priority sanity check
if (rtPriority != -1 && (rtPriority < sched_get_priority_min(SCHED_FIFO) || rtPriority > sched_get_priority_max(SCHED_FIFO))) {
fprintf(stderr, "Wrong RT priority (%d)\n", rtPriority);
exit(EXIT_FAILURE);
}
if (CANdevice0Index == 0) {
char s[120];
snprintf(s, 120, "Can't find CAN device \"%s\"", CANdevice);
CO_errExit(s);
}
/* Verify, if OD structures have proper alignment of initial values */
if (CO_OD_RAM.FirstWord != CO_OD_RAM.LastWord) {
fprintf(stderr, "Program init - Canopend- Error in CO_OD_RAM.\n");
exit(EXIT_FAILURE);
}
}; | 34.90927 | 224 | 0.607548 | TomMinuzzo |
ce62629d46ebb99c0596ba8e4201ba606fc24424 | 4,488 | cpp | C++ | src/arch/Lights/LightsDriver_Linux_PIUIO.cpp | Midiman/stepmania | a55d5d614c4caa8b035b9b7cdca94017baba026b | [
"MIT"
] | null | null | null | src/arch/Lights/LightsDriver_Linux_PIUIO.cpp | Midiman/stepmania | a55d5d614c4caa8b035b9b7cdca94017baba026b | [
"MIT"
] | null | null | null | src/arch/Lights/LightsDriver_Linux_PIUIO.cpp | Midiman/stepmania | a55d5d614c4caa8b035b9b7cdca94017baba026b | [
"MIT"
] | null | null | null | #include "global.h"
#include <stdio.h>
#if defined(HAVE_UNISTD_H)
#include <unistd.h>
#endif
#include <sys/types.h>
#include <sys/stat.h>
#if defined(HAVE_FCNTL_H)
#include <fcntl.h>
#endif
#include <errno.h>
#include "LightsDriver_Linux_PIUIO.h"
#include "GameState.h"
#include "Game.h"
#include "RageLog.h"
REGISTER_SOUND_DRIVER_CLASS2(PIUIO, Linux_PIUIO);
LightsDriver_Linux_PIUIO::LightsDriver_Linux_PIUIO()
{
// Open port
fd = open("/dev/piuio0", O_WRONLY);
if( fd < 0 )
{
LOG->Warn( "Error opening serial port for lights. Error: %d %s", errno, strerror(errno) );
return;
}
LOG->Info("Opened PIUIO device for lights");
}
LightsDriver_Linux_PIUIO::~LightsDriver_Linux_PIUIO()
{
if( fd >= 0 )
close(fd);
}
void LightsDriver_Linux_PIUIO::Set( const LightsState *ls )
{
unsigned char buf[8] = { 0, 0, 0, 0x08, 0x37, 0, 0, 0 };
static unsigned char oldbuf[8] = { 0, 0, 0, 0x08, 0x37, 0, 0, 0 };
if (ls->m_bCabinetLights[LIGHT_MARQUEE_UP_LEFT]) buf[2] |= 0x80;
if (ls->m_bCabinetLights[LIGHT_MARQUEE_UP_RIGHT]) buf[3] |= 0x04;
if (ls->m_bCabinetLights[LIGHT_MARQUEE_LR_LEFT]) buf[3] |= 0x02;
if (ls->m_bCabinetLights[LIGHT_MARQUEE_LR_RIGHT]) buf[3] |= 0x01;
if (ls->m_bCabinetLights[LIGHT_BASS_LEFT] || ls->m_bCabinetLights[LIGHT_BASS_RIGHT]) buf[1] |= 0x04;
RString sInput = GAMESTATE->GetCurrentGame()->m_InputScheme.m_szName;
if (sInput.EqualsNoCase("dance")) {
if (ls->m_bGameButtonLights[GameController_1][DANCE_BUTTON_UP]) buf[2] |= 0x04;
if (ls->m_bGameButtonLights[GameController_1][DANCE_BUTTON_DOWN]) buf[2] |= 0x08;
if (ls->m_bGameButtonLights[GameController_1][DANCE_BUTTON_LEFT]) buf[2] |= 0x10;
if (ls->m_bGameButtonLights[GameController_1][DANCE_BUTTON_RIGHT]) buf[2] |= 0x20;
if (ls->m_bGameButtonLights[GameController_2][DANCE_BUTTON_UP]) buf[0] |= 0x04;
if (ls->m_bGameButtonLights[GameController_2][DANCE_BUTTON_DOWN]) buf[0] |= 0x08;
if (ls->m_bGameButtonLights[GameController_2][DANCE_BUTTON_LEFT]) buf[0] |= 0x10;
if (ls->m_bGameButtonLights[GameController_2][DANCE_BUTTON_RIGHT]) buf[0] |= 0x20;
} else if (sInput.EqualsNoCase("pump")) {
if (ls->m_bGameButtonLights[GameController_1][PUMP_BUTTON_UPLEFT]) buf[0] |= 0x04;
if (ls->m_bGameButtonLights[GameController_1][PUMP_BUTTON_UPRIGHT]) buf[0] |= 0x08;
if (ls->m_bGameButtonLights[GameController_1][PUMP_BUTTON_CENTER]) buf[0] |= 0x10;
if (ls->m_bGameButtonLights[GameController_1][PUMP_BUTTON_DOWNLEFT]) buf[0] |= 0x20;
if (ls->m_bGameButtonLights[GameController_1][PUMP_BUTTON_DOWNRIGHT]) buf[0] |= 0x40;
if (ls->m_bGameButtonLights[GameController_2][PUMP_BUTTON_UPLEFT]) buf[2] |= 0x04;
if (ls->m_bGameButtonLights[GameController_2][PUMP_BUTTON_UPRIGHT]) buf[2] |= 0x08;
if (ls->m_bGameButtonLights[GameController_2][PUMP_BUTTON_CENTER]) buf[2] |= 0x10;
if (ls->m_bGameButtonLights[GameController_2][PUMP_BUTTON_DOWNLEFT]) buf[2] |= 0x20;
if (ls->m_bGameButtonLights[GameController_2][PUMP_BUTTON_DOWNRIGHT]) buf[2] |= 0x40;
}
if (!memcmp(buf, oldbuf, 8))
return;
memcpy(oldbuf, buf, 8);
if (write(fd, buf, 8) != 8)
{
LOG->Warn( "Error setting lights state. Error: %d %s", errno, strerror(errno) );
return;
}
}
/*
* (c) 2012-2013 StepMania team
* All rights reserved.
*
* Permission is hereby granted, free of charge, to any person obtaining a
* copy of this software and associated documentation files (the
* "Software"), to deal in the Software without restriction, including
* without limitation the rights to use, copy, modify, merge, publish,
* distribute, and/or sell copies of the Software, and to permit persons to
* whom the Software is furnished to do so, provided that the above
* copyright notice(s) and this permission notice appear in all copies of
* the Software and that both the above copyright notice(s) and this
* permission notice appear in supporting documentation.
*
* THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS
* OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF
* MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT OF
* THIRD PARTY RIGHTS. IN NO EVENT SHALL THE COPYRIGHT HOLDER OR HOLDERS
* INCLUDED IN THIS NOTICE BE LIABLE FOR ANY CLAIM, OR ANY SPECIAL INDIRECT
* OR CONSEQUENTIAL DAMAGES, OR ANY DAMAGES WHATSOEVER RESULTING FROM LOSS
* OF USE, DATA OR PROFITS, WHETHER IN AN ACTION OF CONTRACT, NEGLIGENCE OR
* OTHER TORTIOUS ACTION, ARISING OUT OF OR IN CONNECTION WITH THE USE OR
* PERFORMANCE OF THIS SOFTWARE.
*/
| 41.174312 | 101 | 0.738414 | Midiman |
ce6412410768fa4b36aa19e8ed8956bc19d443a5 | 1,916 | cc | C++ | tensorpipe/common/allocator.cc | pruthvistony/tensorpipe | 3424d81160325e50ae9e001d0121e4f769dc30ac | [
"BSD-3-Clause"
] | null | null | null | tensorpipe/common/allocator.cc | pruthvistony/tensorpipe | 3424d81160325e50ae9e001d0121e4f769dc30ac | [
"BSD-3-Clause"
] | null | null | null | tensorpipe/common/allocator.cc | pruthvistony/tensorpipe | 3424d81160325e50ae9e001d0121e4f769dc30ac | [
"BSD-3-Clause"
] | null | null | null | /*
* Copyright (c) Facebook, Inc. and its affiliates.
* All rights reserved.
*
* This source code is licensed under the BSD-style license found in the
* LICENSE file in the root directory of this source tree.
*/
#include <tensorpipe/common/allocator.h>
#include <tensorpipe/common/defs.h>
#include <tensorpipe/common/error_macros.h>
namespace tensorpipe {
Allocator::Allocator(uint8_t* data, size_t numChunks, size_t chunkSize)
: numChunks_(numChunks),
chunkSize_(chunkSize),
data_(data),
chunkAvailable_(numChunks, true) {}
Allocator::~Allocator() {
close();
}
void Allocator::alloc(size_t size, TAllocCallback callback) {
TP_DCHECK(size <= chunkSize_);
pendingAllocations_.push_back(std::move(callback));
processAllocations();
}
size_t Allocator::getChunkLength() const {
return chunkSize_;
}
void Allocator::close() {
if (closed_) {
return;
}
closed_ = true;
processAllocations();
}
void Allocator::processAllocations() {
while (!pendingAllocations_.empty()) {
auto& callback = pendingAllocations_.front();
if (closed_) {
callback(TP_CREATE_ERROR(AllocatorClosedError), nullptr);
} else {
TChunk ptr = getAvailableChunk();
if (!ptr) {
break;
}
callback(Error::kSuccess, std::move(ptr));
}
pendingAllocations_.pop_front();
}
}
Allocator::TChunk Allocator::getAvailableChunk() {
for (size_t curChunk = 0; curChunk < numChunks_; ++curChunk) {
if (chunkAvailable_[curChunk]) {
chunkAvailable_[curChunk] = false;
++allocatedChunks_;
return TChunk(data_ + curChunk * chunkSize_, [this](uint8_t* ptr) {
releaseChunk(ptr);
});
}
}
return nullptr;
}
void Allocator::releaseChunk(uint8_t* ptr) {
size_t chunkId = (ptr - data_) / chunkSize_;
chunkAvailable_[chunkId] = true;
--allocatedChunks_;
processAllocations();
}
} // namespace tensorpipe
| 23.365854 | 73 | 0.681106 | pruthvistony |
ce66764feb31359d1c044557f0c3d3c5692510af | 1,868 | cpp | C++ | logdevice/common/protocol/GET_TRIM_POINT_Message.cpp | mickvav/LogDevice | 24a8b6abe4576418eceb72974083aa22d7844705 | [
"BSD-3-Clause"
] | 1 | 2021-05-19T23:01:58.000Z | 2021-05-19T23:01:58.000Z | logdevice/common/protocol/GET_TRIM_POINT_Message.cpp | mickvav/LogDevice | 24a8b6abe4576418eceb72974083aa22d7844705 | [
"BSD-3-Clause"
] | null | null | null | logdevice/common/protocol/GET_TRIM_POINT_Message.cpp | mickvav/LogDevice | 24a8b6abe4576418eceb72974083aa22d7844705 | [
"BSD-3-Clause"
] | null | null | null | /**
* Copyright (c) 2017-present, Facebook, Inc. and its affiliates.
* All rights reserved.
*
* This source code is licensed under the BSD-style license found in the
* LICENSE file in the root directory of this source tree.
*/
#include "GET_TRIM_POINT_Message.h"
#include "logdevice/common/GetTrimPointRequest.h"
#include "logdevice/common/Sender.h"
#include "logdevice/common/Worker.h"
namespace facebook { namespace logdevice {
GET_TRIM_POINT_Message::GET_TRIM_POINT_Message(
const GET_TRIM_POINT_Header& header)
: Message(MessageType::GET_TRIM_POINT, TrafficClass::READ_BACKLOG),
header_(header) {}
void GET_TRIM_POINT_Message::serialize(ProtocolWriter& writer) const {
writer.write(header_);
}
MessageReadResult GET_TRIM_POINT_Message::deserialize(ProtocolReader& reader) {
GET_TRIM_POINT_Header hdr;
// Defaults for old protocols
hdr.shard = -1;
reader.read(&hdr);
return reader.result([&] { return new GET_TRIM_POINT_Message(hdr); });
}
Message::Disposition
GET_TRIM_POINT_Message::onReceived(const Address& /*from*/) {
// Receipt handler lives in server/GET_TRIM_POINT_onReceived.cpp; this should
// never get called.
std::abort();
}
void GET_TRIM_POINT_Message::onSent(Status status, const Address& to) const {
ld_debug(": message=GET_TRIM_POINT st=%s to=%s",
error_name(status),
Sender::describeConnection(to).c_str());
// Inform the GetTrimPointRequest of the outcome of sending the message
auto& rqmap = Worker::onThisThread()->runningGetTrimPoint().map;
auto it = rqmap.find(header_.log_id);
if (it != rqmap.end()) {
ShardID shard(to.id_.node_.index(), header_.shard);
it->second->onMessageSent(shard, status);
}
}
uint16_t GET_TRIM_POINT_Message::getMinProtocolVersion() const {
return Compatibility::GET_TRIM_POINT_SUPPORT;
}
}} // namespace facebook::logdevice
| 31.661017 | 79 | 0.74197 | mickvav |
ce6accfbd1cb498f4cff888c284255dd88c5dc79 | 861 | cpp | C++ | p817_Linked_List_Components/p817.cpp | Song1996/Leetcode | ecb0a2de67a57b899a12d0cb18272fb37dbf3ceb | [
"MIT"
] | null | null | null | p817_Linked_List_Components/p817.cpp | Song1996/Leetcode | ecb0a2de67a57b899a12d0cb18272fb37dbf3ceb | [
"MIT"
] | null | null | null | p817_Linked_List_Components/p817.cpp | Song1996/Leetcode | ecb0a2de67a57b899a12d0cb18272fb37dbf3ceb | [
"MIT"
] | null | null | null | #include <iostream>
#include <memory>
#include <vector>
#include <stack>
#include <queue>
#include <map>
#include <set>
#include <string>
#include <cassert>
#include <stdlib.h>
#include <fstream>
#include <algorithm>
#include <cmath>
using namespace std;
struct ListNode {
int val;
ListNode *next;
ListNode(int x) : val(x), next(NULL) {}
};
class Solution {
public:
int numComponents(ListNode* head, vector<int>& G) {
set<int> S(G.begin(), G.end());
bool flag = false;
int ans = 0;
while(head) {
auto p = S.find(head->val);
if(p!=S.end()) {
if(!flag) {
flag = true;
ans++;
}
}else if(flag) flag = false;
head = head->next;
}
return ans;
}
};
int main() {
return 0;
} | 19.568182 | 55 | 0.509872 | Song1996 |
ce6c476c21468f71f5f22ef7fdd37473b6f3b587 | 974 | cpp | C++ | of/OF47.cpp | 4llenchan/dsa | 314991a32a24578dbf48e82ddded95804c95aa10 | [
"MIT"
] | null | null | null | of/OF47.cpp | 4llenchan/dsa | 314991a32a24578dbf48e82ddded95804c95aa10 | [
"MIT"
] | null | null | null | of/OF47.cpp | 4llenchan/dsa | 314991a32a24578dbf48e82ddded95804c95aa10 | [
"MIT"
] | null | null | null | #include <gtest/gtest.h>
#include <algorithm>
#include <unordered_map>
#include <vector>
#include "Common.h"
using namespace std;
class Solution {
public:
int maxValue(vector<vector<int>> &grid) {
/* 利用原矩阵进行dp值的保存 */
int m = grid.size(), n = grid[0].size();
/* 初始化第一行 */
for (int j = 1; j < n; j++) {
grid[0][j] += grid[0][j - 1];
}
/* 初始化第一列 */
for (int i = 1; i < m; i++) {
grid[i][0] += grid[i - 1][0];
}
for (int i = 1; i < m; i++) {
for (int j = 1; j < n; j++) {
grid[i][j] += max(grid[i][j - 1], grid[i - 1][j]);
}
}
return grid[m - 1][n - 1];
}
};
class OF47Tests : public ::testing::Test {
protected:
Solution solution;
};
TEST_F(OF47Tests, normal) {
vector<vector<int>> grid{
{1, 3, 1},
{1, 5, 1},
{4, 2, 1}};
EXPECT_EQ(solution.maxValue(grid), 12);
} | 22.136364 | 66 | 0.448665 | 4llenchan |
706b33f0539b9dcd2a887f154ef431417c2d5442 | 25,802 | cpp | C++ | src/model_infer.cpp | WinstonLy/Ascend310Projects | 4535e1682fbd64e59644854574bab9e37cfdfdb4 | [
"MIT"
] | 10 | 2021-04-02T11:15:19.000Z | 2022-02-13T06:31:57.000Z | src/model_infer.cpp | WinstonLy/Ascend310Projects | 4535e1682fbd64e59644854574bab9e37cfdfdb4 | [
"MIT"
] | 1 | 2021-04-12T12:57:46.000Z | 2021-04-15T00:50:50.000Z | src/model_infer.cpp | WinstonLy/Ascend310Projects | 4535e1682fbd64e59644854574bab9e37cfdfdb4 | [
"MIT"
] | 3 | 2021-04-12T12:55:38.000Z | 2022-03-03T03:04:15.000Z | /*
* @Author: winston
* @Date: 2021-01-07 20:58:09
* @Last Modified by: WinstonLy
* @Last Modified time: 2021-04-16 14:38:31
* @Description:
* @FilePath: /home/winston/AscendProjects/rtsp_dvpp_infer_dvpp_rtmp_test/atlas200dk_yolov4/Electricity-Inspection-Based-Ascend310/src/model_infer.cpp
*/
#include "model_infer.h"
#include <iostream>
#include <queue>
#include <mutex>
#include <chrono>
#include <thread>
#include <sys/time.h>
typedef std::pair<vector<size_t>, vector<void*> > imgPair;
extern std::mutex mtxQueueInfer;
extern std::queue<std::pair<vector<size_t>, vector<void*>> > queueInfer;
extern fstream resultInfer;
namespace {
const static std::vector<std::string> yolov3Label = { "person", "bicycle", "car", "motorbike",
"aeroplane","bus", "train", "truck", "boat",
"traffic light", "fire hydrant", "stop sign", "parking meter",
"bench", "bird", "cat", "dog", "horse",
"sheep", "cow", "elephant", "bear", "zebra",
"giraffe", "backpack", "umbrella", "handbag","tie",
"suitcase", "frisbee", "skis", "snowboard", "sports ball",
"kite", "baseball bat", "baseball glove", "skateboard", "surfboard",
"tennis racket", "bottle", "wine glass", "cup",
"fork", "knife", "spoon", "bowl", "banana",
"apple", "sandwich", "orange", "broccoli", "carrot",
"hot dog", "pizza", "donut", "cake", "chair",
"sofa", "potted plant", "bed", "dining table", "toilet",
"TV monitor", "laptop", "mouse", "remote", "keyboard",
"cell phone", "microwave", "oven", "toaster", "sink",
"refrigerator", "book", "clock", "vase","scissors",
"teddy bear", "hair drier", "toothbrush" };
//Inferential output dataset subscript 0 unit is detection box information data
const uint32_t kBBoxDataBufId = 0;
//The unit with subscript 1 is the number of boxes
const uint32_t kBoxNumDataBufId = 1;
//Each field subscript in the box message
enum BBoxIndex { TOPLEFTX = 0, TOPLEFTY, BOTTOMRIGHTX, BOTTOMRIGHTY, SCORE, LABEL };
}
namespace {
const static std::vector<std::string> yolov4Label = {
"person", "bicycle", "car", "motorcycle", "airplane", "bus", "train",
"truck", "boat", "traffic_light", "fire_hydrant", "stop_sign", "parking_meter",
"bench", "bird", "cat", "dog", "horse", "sheep", "cow", "elephant", "bear",
"zebra", "giraffe", "backpack", "umbrella", "handbag", "tie", "suitcase", "frisbee",
"skis", "snowboard", "sports_ball", "kite", "baseball_bat", "baseball_glove",
"skateboard", "surfboard", "tennis_racket", "bottle", "wine_glass", "cup", "fork",
"knife", "spoon", "bowl", "banana", "apple", "sandwich", "orange", "broccoli",
"carrot", "hot_dog", "pizza", "donut", "cake", "chair", "couch", "potted_plant",
"bed", "dining_table", "toilet", "tv", "laptop", "mouse", "remote", "keyboard",
"cell_phone", "microwave", "oven", "toaster", "sink", "refrigerator", "book",
"clock", "vase", "scissors", "teddy_bear", "hair_drier", "toothbrush "};
}
ModelProcess::ModelProcess(aclrtStream _stream, int _width, int _height):stream(_stream),
modelWidth(_width), modelHeight(_height), modelId(0), modelMemSize(0),
modelWeightSize(0),loadFlag(false), modelMemBuffer(nullptr), modelWeightBuffer(nullptr),
modelDesc(nullptr), modelInput(nullptr), modelOutput(nullptr), outputBuffer(nullptr), outputBufferSize(0)
{
}
ModelProcess::~ModelProcess(){
}
void ModelProcess::Destroy(){
Unload();
DestroyDesc();
DestroyInput();
DestroyOutput();
}
Result ModelProcess::Init(const char* modelPath, void* inputDataBuffer, size_t inputBufferSize)
{
// 加载模型
// const char* modelPath = "./model/yolov3.om";
Result resCode = LoadModelFromFileWithMem(modelPath);
if(resCode != SUCCESS){
ATLAS_LOG_ERROR("Load model file failed");
return FAILED;
}
// 创建模型描述信息
resCode = CreateDesc();
if(resCode != SUCCESS){
(void)aclmdlDestroyDesc(modelDesc);
modelDesc = nullptr;
ATLAS_LOG_ERROR("Create model desc failed");
return FAILED;
}
// 创建模型推理的输入输出
resCode = CreateInput(inputDataBuffer, modelWidth*modelHeight*3/2);
if(resCode != SUCCESS){
ATLAS_LOG_ERROR("model infer create input failed");
DestroyInput();
CHECK_ACL(acldvppFree(inputDataBuffer));
return FAILED;
}
resCode = CreateOutputWithMem();
if(resCode != SUCCESS){
ATLAS_LOG_ERROR("model infer create output failed");
DestroyOutput();
CHECK_ACL(acldvppFree(inputDataBuffer));
}
ATLAS_LOG_ERROR("model infer init success");
}
Result ModelProcess::LoadModelFromFileWithMem(const char *modelPath){
if(loadFlag){
ATLAS_LOG_ERROR("ACL has already loaded a model");
return FAILED;
}
// 根据模型文件获取模型执行的时候需要的权值内存大小和工作内存大小
aclError ret = aclmdlQuerySize(modelPath,&modelMemSize, &modelWeightSize);
if(ret != ACL_ERROR_NONE){
ATLAS_LOG_ERROR("ACL query mem and weight size failed, model file is %s", modelPath);
return FAILED;
}
// 根据权值内存和工作内存大小，申请Device上的工作内存和权值内存
CHECK_ACL(aclrtMalloc(&modelMemBuffer, modelMemSize, ACL_MEM_MALLOC_HUGE_FIRST));
CHECK_ACL(aclrtMalloc(&modelWeightBuffer, modelWeightSize, ACL_MEM_MALLOC_HUGE_FIRST));
// 加载离线模型文件，用户自行管理模型运行内存
ret = aclmdlLoadFromFileWithMem(modelPath, &modelId, modelMemBuffer,
modelMemSize, modelWeightBuffer, modelWeightSize);
if(ret != ACL_ERROR_NONE){
ATLAS_LOG_ERROR("Load model from file failed, err code = %d", ret);
ATLAS_LOG_ERROR("model file path is %s", modelPath);
return FAILED;
}
loadFlag = true;
ATLAS_LOG_INFO("load model %s success", modelPath);
return SUCCESS;
}
void ModelProcess::Unload(){
if(!loadFlag){
WARN_LOG("no model had been loaded, uload failed");
return;
}
aclError ret = aclmdlUnload(modelId);
if(ret != ACL_ERROR_NONE){
ATLAS_LOG_ERROR("ACL unload model failed, modelId is %u", modelId);
}
if(modelDesc != nullptr){
(void)aclmdlDestroyDesc(modelDesc);
modelDesc = nullptr;
}
if(modelMemBuffer != nullptr){
aclrtFree(modelMemBuffer);
modelMemBuffer = nullptr;
modelMemSize = 0;
}
if(modelWeightBuffer != nullptr){
aclrtFree(modelWeightBuffer);
modelWeightBuffer = nullptr;
modelWeightSize = 0;
}
loadFlag = false;
ATLAS_LOG_INFO("ACL unload model success, modelId is %u", modelId);
}
Result ModelProcess::CreateDesc(){
// 根据加载成功的模型的ID,获取模型的描述信息
modelDesc = aclmdlCreateDesc();
if(modelDesc == nullptr){
ATLAS_LOG_ERROR("create model description failed");
return FAILED;
}
aclError ret = aclmdlGetDesc(modelDesc, modelId);
if(ret != ACL_ERROR_NONE){
ATLAS_LOG_ERROR("get model id failed");
return FAILED;
}
ATLAS_LOG_INFO("create model description success");
return SUCCESS;
}
void ModelProcess::DestroyDesc(){
if(modelDesc != nullptr){
(void)aclmdlDestroyDesc(modelDesc);
modelDesc = nullptr;
}
}
Result ModelProcess::CreateInput(void* inputDataBuffer, size_t inputBufferSize){
vector<DataInfo> inputData = {{inputDataBuffer, inputBufferSize}};
return CreateInput(inputData);
}
Result ModelProcess::CreateInput(void* inputDataBuffer, size_t inputBufferSize,
void* imageInfoBuffer, size_t imageInfoSize){
vector<DataInfo> inputData = {{inputDataBuffer, inputBufferSize},
{imageInfoBuffer, imageInfoSize}};
return CreateInput(inputData);
}
Result ModelProcess::CreateInput(vector<DataInfo>& inputData){
if(inputData.size() == 0){
ATLAS_LOG_ERROR("Create model input failed for no input data");
return FAILED;
}
// 创建aclmdlDataset类型的数据，用于描述模型推理的输入数据，输入的内存地址、内存大小等信息
modelInput = aclmdlCreateDataset();
if(modelInput == nullptr){
ATLAS_LOG_ERROR("can't create dataset, create input failed");
return FAILED;
}
for(uint32_t i = 0; i < inputData.size(); i++){
aclError ret = AddDatasetBuffer(modelInput, inputData[i].data, inputData[i].size);
if(ret != ACL_ERROR_NONE){
ATLAS_LOG_ERROR("Create input failed for add dataset buffer error %d", ret);
return FAILED;
}
}
ATLAS_LOG_INFO("create model input success");
return SUCCESS;
}
aclError ModelProcess::AddDatasetBuffer(aclmdlDataset *dataset,
void* buffer, size_t bufferSize){
aclDataBuffer* modelDataBuf = aclCreateDataBuffer(buffer, bufferSize);
if(modelDataBuf == nullptr){
ATLAS_LOG_ERROR("can't create data buffer, create input failed");
return ACL_ERROR_MODEL_INPUT_NOT_MATCH;
}
aclError ret = aclmdlAddDatasetBuffer(dataset, modelDataBuf);
if(ret != ACL_ERROR_NONE){
ATLAS_LOG_ERROR("can't add dataset buffer, create input failed, err code = %d", ret);
aclDestroyDataBuffer(modelDataBuf);
return ret;
}
return ACL_ERROR_NONE;
}
void ModelProcess::DestroyInput(){
if(modelInput == nullptr){
return;
}
for(size_t i = 0; i < aclmdlGetDatasetNumBuffers(modelInput); ++i){
aclDataBuffer* dataBuffer = aclmdlGetDatasetBuffer(modelInput, i);
aclDestroyDataBuffer(dataBuffer);
}
aclmdlDestroyDataset(modelInput);
modelInput = nullptr;
}
// 模型输出需要另行获取
Result ModelProcess::CreateOutput()
{
if (modelDesc == nullptr) {
ATLAS_LOG_ERROR("no model description, create ouput failed");
return FAILED;
}
// 创建描述模型推理的输出
modelOutput = aclmdlCreateDataset();
if(modelOutput == nullptr){
ATLAS_LOG_ERROR("can't create dataset, create model output failed");
return FAILED;
}
// 获取模型的输出个数
size_t outputSize = aclmdlGetNumOutputs(modelDesc);
// 循环为每个输出申请内存，并将每个输出添加到aclmdlDataset类型的数据中
for(size_t i = 0; i < outputSize; ++i){
outputBufferSize = aclmdlGetOutputSizeByIndex(modelDesc, i);
aclError ret = aclrtMalloc(&outputBuffer, outputBufferSize, ACL_MEM_MALLOC_NORMAL_ONLY);
if(ret != ACL_ERROR_NONE){
ATLAS_LOG_ERROR("can't malloc buffer, size is %zu, create output failed", outputBufferSize);
return FAILED;
}
aclDataBuffer* outputData = aclCreateDataBuffer(outputBuffer, outputBufferSize);
ret = aclmdlAddDatasetBuffer(modelOutput, outputData);
if(ret != ACL_ERROR_NONE){
ATLAS_LOG_ERROR("can't add dataset buffer, create output failed");
aclrtFree(outputBuffer);
aclDestroyDataBuffer(outputData);
return FAILED;
}
}
ATLAS_LOG_INFO("create model output success");
return SUCCESS;
}
// 将模型输出存放到数组中
Result ModelProcess::CreateOutputWithMem(){
if (modelDesc == nullptr) {
ATLAS_LOG_ERROR("no model description, create ouput failed");
return FAILED;
}
// 创建描述模型推理的输出
modelOutput = aclmdlCreateDataset();
if(modelOutput == nullptr){
ATLAS_LOG_ERROR("can't create dataset, create model output failed");
return FAILED;
}
// 获取模型的输出个数
size_t outputSize = aclmdlGetNumOutputs(modelDesc);
// 循环为每个输出申请内存，并将每个输出添加到aclmdlDataset类型的数据中
for(size_t i = 0; i < outputSize; ++i){
size_t bufferSize = aclmdlGetOutputSizeByIndex(modelDesc, i);
void* outputBuffer{nullptr};
aclError ret = aclrtMalloc(&outputBuffer, bufferSize, ACL_MEM_MALLOC_NORMAL_ONLY);
if(ret != ACL_ERROR_NONE){
ATLAS_LOG_ERROR("can't malloc buffer, size is %zu, create output failed", bufferSize);
return FAILED;
}
outputDataBufferSizes.push_back(bufferSize);
outputDataBuffers.push_back(outputBuffer);
std::cout << "create output size : " << bufferSize << std::endl;
aclDataBuffer* outputData = aclCreateDataBuffer(outputBuffer, bufferSize);
ret = aclmdlAddDatasetBuffer(modelOutput, outputData);
if(ret != ACL_ERROR_NONE){
ATLAS_LOG_ERROR("can't add dataset buffer, create output failed");
aclrtFree(outputBuffer);
aclDestroyDataBuffer(outputData);
return FAILED;
}
}
ATLAS_LOG_INFO("create model output success");
return SUCCESS;
}
void ModelProcess::DestroyOutput(){
if(modelOutput == nullptr){
return;
}
for(size_t i = 0; i < aclmdlGetDatasetNumBuffers(modelOutput); ++i){
aclDataBuffer* dataBuffer = aclmdlGetDatasetBuffer(modelOutput, i);
void* data = aclGetDataBufferAddr(dataBuffer);
(void)aclrtFree(data);
(void)aclDestroyDataBuffer(dataBuffer);
}
(void)aclmdlDestroyDataset(modelOutput);
modelOutput = nullptr;
if(outputDataBuffers.size() != 0){
for(auto& j : outputDataBuffers){
aclrtFree(j);
}
}
if(outputBuffer != nullptr){
aclrtFree(outputBuffer);
}
}
Result ModelProcess::Execute(){
// clock_t beginTime = clock();
// 异步接口
//
struct timeval a;
gettimeofday(&a, NULL);
aclError ret = aclmdlExecuteAsync(modelId, modelInput, modelOutput, stream);
if (ret != ACL_ERROR_NONE) {
ATLAS_LOG_ERROR("execute model failed, modelId is %u", modelId);
return FAILED;
}
// 阻塞应用程序运行，直到指定stream中的所有任务完成
ret = aclrtSynchronizeStream(stream);
if(ret != ACL_ERROR_NONE){
ATLAS_LOG_ERROR("synchronize stream failed, err code = %d", ret);
return FAILED;
}
// // 同步接口
// aclError ret = aclmdlExecute(modelId, modelInput, modelOutput);
// if (ret != ACL_ERROR_NONE) {
// ATLAS_LOG_ERROR("execute model failed, modelId is %u", modelId);
// return FAILED;
// }
struct timeval b;
gettimeofday(&b, NULL);
// clock_t endTime = clock();
resultInfer << "infer a frame time: " << ((double)(b.tv_sec - a.tv_sec)*1000000 + (b.tv_usec - a.tv_usec)) / 1000 << " ms" <<endl;
if(outputDataBuffers.size() != 0){
mtxQueueInfer.lock();
if(queueInfer.size() > 50){
mtxQueueInfer.unlock();
}
else{
std::vector<void *> dataBuffers(outputDataBuffers);
std::vector<size_t> bufferSizes(outputDataBufferSizes);
queueInfer.push(std::make_pair(bufferSizes, dataBuffers));
mtxQueueInfer.unlock();
}
}
ATLAS_LOG_INFO("model execute success");
return SUCCESS;
}
const std::vector<void*> &ModelProcess::GetOutputDataBuffers(){
return outputDataBuffers;
}
const std::vector<size_t> &ModelProcess::GetOutputBufferSizes() {
return outputDataBufferSizes;
}
aclmdlDataset *ModelProcess::GetModelOutputData()
{
return modelOutput;
}
void ModelProcess::RegisterHandler(std::function<void(uint8_t*, int)> handler){
bufferHandler = handler;
}
void* ModelProcess::GetInferenceOutputItem(uint32_t& itemDataSize,
aclmdlDataset* inferenceOutput ,
uint32_t idx) {
aclDataBuffer* dataBuffer = aclmdlGetDatasetBuffer(inferenceOutput, idx);
if (dataBuffer == nullptr) {
ATLAS_LOG_ERROR("Get the %dth dataset buffer from model "
"inference output failed", idx);
}
void* dataBufferDev = aclGetDataBufferAddr(dataBuffer);
if (dataBufferDev == nullptr) {
ATLAS_LOG_ERROR("Get the %dth dataset buffer address "
"from model inference output failed", idx);
}
size_t bufferSize = aclGetDataBufferSize(dataBuffer);
if (bufferSize == 0) {
ATLAS_LOG_ERROR("The %dth dataset buffer size of "
"model inference output is 0", idx);
}
void* data = nullptr;
if (!(RunStatus::GetDeviceStatus())) {
// data = Utils::CopyDataDeviceToLocal(dataBufferDev, bufferSize);
// if (data == nullptr) {
// ATLAS_LOG_ERROR("Copy inference output to host failed");
// return nullptr;
// }
ATLAS_LOG_ERROR("is not a device, need copy to device");
}
else {
data = dataBufferDev;
}
itemDataSize = bufferSize;
return data;
}
// Yolov3修改之后的模型，加入3个yolo和一个yolodetecouput算子，不需要后处理
vector<DetectionResult> ModelProcess::PostProcessYolov3(int frameWidth,
int frameHeight){
//Get box information data
uint32_t dataSize = 0;
// 检测信息按照x上、y上、x下、y下、得分、标签的顺序排列，多个目标也是如此。
float* detectData = (float*)GetInferenceOutputItem(dataSize, modelOutput, kBBoxDataBufId);
if (detectData == nullptr)
ATLAS_LOG_ERROR("detect data get failed");
//Gets the number of boxes
uint32_t* boxNum = (uint32_t*)GetInferenceOutputItem(dataSize, modelOutput, kBoxNumDataBufId);
if (boxNum == nullptr)
ATLAS_LOG_ERROR("get infer output box num failed");
//Number of boxes The first data is valid
uint32_t totalBox = boxNum[0];
//
float widthScale = (float)(frameWidth) / modelWidth;
float heightScale = (float)(frameHeight) / modelHeight;
ATLAS_LOG_INFO("width Scale %f, heightScale %f", widthScale, heightScale);
ATLAS_LOG_INFO("totalBox : %d", totalBox);
vector<DetectionResult> detectResults;
for (uint32_t i = 0; i < totalBox; i++) {
DetectionResult oneResult;
Point point_lt, point_rb;
//get the confidence of the detected object. Anything less than 0.8 is considered invalid
uint32_t score = (uint32_t)(detectData[totalBox * SCORE + i] * 100);
if (score < 80) continue;
ATLAS_LOG_INFO("infer score %d", score);
//get the frame coordinates and converts them to the coordinates on the original frame
oneResult.lt.x = detectData[totalBox * TOPLEFTX + i] * widthScale;
oneResult.lt.y = detectData[totalBox * TOPLEFTY + i] * heightScale;
oneResult.rb.x = detectData[totalBox * BOTTOMRIGHTX + i] * widthScale;
oneResult.rb.y = detectData[totalBox * BOTTOMRIGHTY + i] * heightScale;
//Construct a string that marks the object: object name + confidence
uint32_t objIndex = (uint32_t)detectData[totalBox * LABEL + i];
oneResult.result_text = yolov3Label[objIndex] + std::to_string(score) + "\%";
ATLAS_LOG_INFO("%d %d %d %d %s\n", oneResult.lt.x, oneResult.lt.y,
oneResult.rb.x, oneResult.rb.y, oneResult.result_text.c_str());
detectResults.emplace_back(oneResult);
}
//If it is the host side, the data is copied from the device and the memory used by the copy is freed
if (!(RunStatus::GetDeviceStatus())) {
delete[]((uint8_t*)detectData);
delete[]((uint8_t*)boxNum);
}
// //Sends inference results and images to presenter Server for display
// SendImage(detectResults, frameData, frameWidth, frameHeight);
return detectResults;
}
aclError ModelProcess::WriteResult(const std::vector<ObjDetectInfo> &objInfos, int frameIndex)
const
{
std::string timeString;
GetCurTimeString(timeString);
// Create result file under result directory
// SetFileDefaultUmask();
std::string resultName = "./out/result/result_" + std::to_string(frameIndex);
std::string fileNameSave = "./out/result/result_" + std::to_string(frameIndex);
std::ofstream tfile(resultName, std::ios::app);
// Check result file validity
if (tfile.fail()) {
ATLAS_LOG_ERROR("Failed to open result file: %s", resultName.c_str());
return ACL_ERROR_MEMORY_ADDRESS_UNALIGNED;
}
tfile.seekp(0, tfile.end);
size_t dstFileSize = tfile.tellp();
tfile.close();
// if (dstFileSize > FILE_SIZE) {
// if (access(resultBakName_.c_str(), 0) == APP_ERR_OK) {
// APP_ERROR ret = remove(resultBakName_.c_str());
// if (ret != APP_ERR_OK) {
// LogError << "remove " << resultBakName_ << " failed." << std::endl;
// return ret;
// }
// }
// APP_ERROR ret = rename(resultName.c_str(), resultBakName_.c_str());
// if (ret != APP_ERR_OK) {
// LogError << "rename " << resultName << " failed." << std::endl;
// return ret;
// }
// }
tfile.open(resultName, std::ios::out);
if (tfile.fail()) {
ATLAS_LOG_ERROR("Failed to open result file: %s", resultName.c_str());
return ACL_ERROR_MEMORY_ADDRESS_UNALIGNED;
}
tfile << "[Date:" << timeString << " Frame:" << frameIndex
<< "] Object detected number is " << objInfos.size() << std::endl;
// Write inference result into file
std::cout <<"[Date:" << timeString <<" Frame:" << frameIndex
<< "] Object detected number is " << objInfos.size() << std::endl;
for (uint32_t i = 0; i < objInfos.size(); i++) {
tfile << "#Obj" << i << ", " << "box(" << objInfos[i].leftTopX << ", " << objInfos[i].leftTopY << ", "
<< objInfos[i].rightBotX << ", " << objInfos[i].rightBotY << ") "
<< " confidence: " << objInfos[i].confidence << " lable: " << objInfos[i].classId << std::endl;
}
// for (uint32_t i = 0; i < objInfos.size(); i++) {
// std::cout << "#Obj" << i << ", " << "box(" << objInfos[i].leftTopX << ", " << objInfos[i].leftTopY << ", "
// << objInfos[i].rightBotX << ", " << objInfos[i].rightBotY << ") "
// << " confidence: " << objInfos[i].confidence << " lable: " << objInfos[i].classId << std::endl;
// }
tfile << std::endl;
tfile.close();
return ACL_ERROR_NONE;
}
aclError ModelProcess::GetObjectInfoYolo(std::vector<RawData> &modelOutput, std::vector<ObjDetectInfo> &objInfos,
int frameWidth, int frameHeight)
{
std::vector<std::shared_ptr<void>> hostPtr;
for (size_t i = 0; i < modelOutput.size(); i++) {
void *hostPtrBuffer = outputDataBuffers[i];
std::shared_ptr<void> hostPtrBufferManager(hostPtrBuffer, [](void *) {});
aclError ret = aclrtMemcpy(hostPtrBuffer, modelOutput[i].lenOfByte, modelOutput[i].data,
modelOutput[i].lenOfByte, ACL_MEMCPY_DEVICE_TO_HOST);
if (ret!= ACL_ERROR_NONE || hostPtrBuffer == nullptr) {
ATLAS_LOG_ERROR("Failed to copy output buffer of model from device to host, ret =%d", ret);
return ret;
}
hostPtr.push_back(hostPtrBufferManager);
}
YoloImageInfo yoloImageInfo = {};
yoloImageInfo.imgWidth = frameWidth;
yoloImageInfo.imgHeight = frameHeight;
yoloImageInfo.modelWidth = modelWidth;
yoloImageInfo.modelHeight = modelHeight;
Yolov4DetectionOutput(hostPtr, objInfos, yoloImageInfo);
return ACL_ERROR_NONE;
}
vector<DetectionResult> ModelProcess::PostProcessYolov4(int frameWidth, int frameHeight){
std::vector<RawData> Output;
// std::vector<void*> inferOutputBuffers = GetOutputDataBuffers();
// std::vector<size_t> inferOutputSizes = GetOutputBufferSizes();
int size = outputDataBuffers.size();
for(int i = 0; i < size; ++i){
RawData rawData = RawData();
// rawData.data.reset(outputDataBuffers[i], [](void*) {});
rawData.data = outputDataBuffers[i];
rawData.lenOfByte = outputDataBufferSizes[i];
Output.push_back(std::move(rawData));
}
size_t outputLength = Output.size();
if(outputLength <= 0){
ATLAS_LOG_ERROR("Failed to get model infer output data");
// return ACL_ERROR_MEMORY_ADDRESS_UNALIGNED;
}
std::vector<ObjDetectInfo> objInfos;
static int frameIndex = 0;
aclError ret = GetObjectInfoYolo(Output, objInfos, frameWidth, frameHeight);
if(ret != ACL_ERROR_NONE){
ATLAS_LOG_ERROR("Falied to get TensorFlow model output, ret = %d", ret);
// return ret;
}
vector<DetectionResult> detectResults;
for(int i = 0; i < objInfos.size(); i++){
DetectionResult oneResult;
Point point_lt, point_rb;
//get the confidence of the detected object. Anything less than 0.8 is considered invalid
uint32_t score = (uint32_t)(objInfos[i].confidence * 100);
if (score < 80) continue;
ATLAS_LOG_INFO("infer score %d", score);
//get the frame coordinates and converts them to the coordinates on the original frame
oneResult.lt.x = objInfos[i].leftTopX;
oneResult.lt.y = objInfos[i].leftTopY;
oneResult.rb.x = objInfos[i].rightBotX;
oneResult.rb.y = objInfos[i].rightBotY;
//Construct a string that marks the object: object name + confidence
uint32_t objIndex = (uint32_t)objInfos[i].classId;
oneResult.result_text = yolov4Label[objIndex] + std::to_string(score) + "\%";
ATLAS_LOG_INFO("%d %d %d %d %s\n", oneResult.lt.x, oneResult.lt.y,
oneResult.rb.x, oneResult.rb.y, oneResult.result_text.c_str());
detectResults.emplace_back(oneResult);
}
// // 手动提取3个feature，用python文件解析
// static int imageNum = 0;
// int tensorNum = 1;
// for(int i = 0; i < outputDataBuffers.size(); ++i){
// std::string fileNameSave = "./results/output" + std::to_string(imageNum) + "_"
// + std::to_string(tensorNum ) + ".bin";
// FILE* output = fopen(fileNameSave.c_str(), "wb+");
// void* data = outputDataBuffers[i];
// int sizeData = outputDataBufferSizes[i];
// size_t num = fwrite(data, 1, sizeData, output);
// std::cout << "write sizeData 0 : " << num << std::endl;
// fclose(output);
// if(tensorNum == 3){
// break;
// }
// ++tensorNum;
// }
// ++imageNum;
return detectResults;
// ret = WriteResult(objInfos, frameIndex);
// if(ret != ACL_ERROR_NONE){
// ATLAS_LOG_ERROR("Failed to wrtie result, ret = %d", ret);
// return ret;
// }
// ++frameIndex;
// return ACL_ERROR_NONE;
}
| 34.265604 | 150 | 0.642508 | WinstonLy |
706bbd23157fb1b239e789593963a97aacd8a4cd | 790 | cpp | C++ | call_by_ref.cpp | kangwonlee/cpp_study | 22e2da7334ad273e6ba02a1928a323519bf9cabf | [
"BSD-3-Clause"
] | null | null | null | call_by_ref.cpp | kangwonlee/cpp_study | 22e2da7334ad273e6ba02a1928a323519bf9cabf | [
"BSD-3-Clause"
] | 8 | 2018-10-07T12:54:08.000Z | 2019-05-22T03:07:00.000Z | call_by_ref.cpp | kangwonlee/cpp_study | 22e2da7334ad273e6ba02a1928a323519bf9cabf | [
"BSD-3-Clause"
] | null | null | null | #include <iostream>
#include <iomanip>
using namespace std;
void accumulate_array_ptr(double *, const double);
void accumulate_array_ref(double &, const double);
int main(const int argn, char *argv[]){
double update_this_with_pointer = 0.0;
double update_this_with_reference = 0.0;
for(int i=0; 10 > i; ++i){
accumulate_array_ptr(& update_this_with_pointer, (double) i);
accumulate_array_ref(update_this_with_reference, (double) i);
}
cout << "Pointer result = " << update_this_with_pointer << '\n';
cout << "Reference result = " << update_this_with_reference << '\n';
return 0;
}
void accumulate_array_ptr(double * s, const double a){
*s += a;
}
void accumulate_array_ref(double & t, const double a){
t += a;
}
| 24.6875 | 72 | 0.660759 | kangwonlee |
706ee3bec8672761b1da3de992eb5c96fb5c21d8 | 19,245 | cpp | C++ | src/sprite.cpp | Kozma04/TinyCADE | fc4d2f070630e7c853591a5aa0dd9c421b53ee42 | [
"MIT"
] | 1 | 2022-03-22T06:21:30.000Z | 2022-03-22T06:21:30.000Z | src/sprite.cpp | Kozma04/TinyCADE | fc4d2f070630e7c853591a5aa0dd9c421b53ee42 | [
"MIT"
] | null | null | null | src/sprite.cpp | Kozma04/TinyCADE | fc4d2f070630e7c853591a5aa0dd9c421b53ee42 | [
"MIT"
] | null | null | null | #include "sprite.h"
#define SHIFT_MASK() \
mask >>= 1; \
if(mask == 0) { \
mask = 0b10000000; \
p_spr++; \
foo++; \
}
#define SHIFT_MASK_ALPHA() \
mask >>= 1; \
if(mask == 0) { \
mask = 0b10000000; \
p_spr++; \
p_spr_a++; \
foo++; \
}
#define SPR_COORDS_CHECK() \
if(screenX + sprW < 0 || screenY + sprH < 0 || screenX >= 128 || screenY >= 64) \
return; \
if(screenX < 0) { \
sprX -= screenX; \
sprW += screenX; \
screenX = 0; \
} \
if(screenX + sprW >= 128) { \
sprW = 128 - screenX; \
} \
if(screenY < 0) { \
sprY -= screenY; \
sprH += screenY; \
screenY = 0; \
} \
if(screenY + sprH >= 64) { \
sprH = 64 - screenY; \
} \
extern "C" {
uint8_t inv_shift_lut[8] = {
0b10000000,
0b01000000,
0b00100000,
0b00010000,
0b00001000,
0b00000100,
0b00000010,
0b00000001
};
}
uint8_t get_pixel_4bpp(sprite_t* spr, uint8_t x, uint8_t y) {
uint8_t p = *(spr->data + ((uint16_t(y) * spr->width + x) >> 1));
if(x & 1) return p & 0xf;
return p >> 4;
}
uint8_t get_pixel_4bpp_progmem(sprite_t* spr, uint8_t x, uint8_t y) {
uint8_t p = pgm_read_byte(spr->data + ((uint16_t(y) * spr->width + x) >> 1));
if(x & 1) return p & 0xf;
return p >> 4;
}
void draw_sprite_1bpp_int(sprite_t* spr, int16_t screenX, int16_t screenY, uint8_t sprX, uint8_t sprY, uint8_t sprW, uint8_t sprH, uint8_t sprPal) {
uint8_t *p_fb = oled_framebuffer + (screenY * 128 + screenX) / 2;
uint8_t *p_spr = spr->data + (sprY * (spr->width_d8 + ((((sprW + sprX) & 7) || (((sprW + sprX) ^ 0xff) & 7)) ? 1 : 0)) + sprX / 8);
uint8_t mask = inv_shift_lut[sprX & 7];
uint8_t pal0 = sprPal & 0xf;
uint8_t pal1 = sprPal >> 4;
uint8_t out;
uint8_t x;
uint8_t foo;
for(uint8_t y = 0; y < sprH; y++) {
x = 0;
foo = 0;
if(screenX & 1) { // odd
x++;
if((*p_spr) & mask) out = pal1;
else out = pal0;
*p_fb = (*p_fb & 0xf0) | out;
*p_fb++;
SHIFT_MASK();
}
for(; x <= sprW - 2; x += 2) {
if((*p_spr) & mask) out = pal1 << 4;
else out = pal0 << 4;
SHIFT_MASK();
if((*p_spr) & mask) out |= pal1;
else out |= pal0;
SHIFT_MASK();
*(p_fb++) = out;
}
if(x < sprW) {
if((*p_spr) & mask) out = pal1 << 4;
else out = pal0 << 4;
*p_fb = (*p_fb & 0x0f) | out;
if((x & 1) == 0) p_fb++;
SHIFT_MASK();
}
p_fb += (128 - sprW) >> 1;
p_spr += (spr->width_d8 - foo);
if((sprW + sprX) & 7) p_spr++;
else if(((sprW + sprX) ^ 0xff) & 7) p_spr++;
mask = inv_shift_lut[sprX & 7];
}
}
void draw_sprite_1bpp_alpha_int(sprite_t *spr, sprite_t *alpha, int16_t screenX, int16_t screenY, uint8_t sprX, uint8_t sprY, uint8_t sprW, uint8_t sprH, uint8_t sprPal) {
uint16_t ptr_add = (sprY * (spr->width_d8 + ((((sprW + sprX) & 7) || (((sprW + sprX) ^ 0xff) & 7)) ? 1 : 0)) + sprX / 8);
uint8_t *p_fb = oled_framebuffer + (screenY * 128 + screenX) / 2;
uint8_t *p_spr = spr->data + ptr_add;
uint8_t *p_spr_a = alpha->data + ptr_add;
uint8_t mask = inv_shift_lut[sprX & 7];
uint8_t pal0 = sprPal & 0xf;
uint8_t pal1 = sprPal >> 4;
uint8_t out;
uint8_t x;
uint8_t na;
uint8_t foo;
for(uint8_t y = 0; y < sprH; y++) {
x = 0;
foo = 0;
if(screenX & 1) { // odd
x++;
if(*p_spr_a & mask) {
if((*p_spr) & mask) out = pal1;
else out = pal0;
*(p_fb++) = (*p_fb & 0xf0) | out;
}
else p_fb++;
SHIFT_MASK_ALPHA();
}
for(; x <= sprW - 2; x += 2) {
out = 0;
na = 0;
if(*p_spr_a & mask) {
na = 0b10;
if((*p_spr) & mask) out = pal1 << 4;
else out = pal0 << 4;
}
SHIFT_MASK_ALPHA();
if(*p_spr_a & mask) {
na |= 1;
if((*p_spr) & mask) out |= pal1;
else out |= pal0;
}
SHIFT_MASK_ALPHA();
if(na == 0b11) *(p_fb++) = out;
else if(na == 0b10) *(p_fb++) = (*p_fb & 0xf) | out;
else if(na == 0b1) *(p_fb++) = (*p_fb & 0xf0) | out;
else p_fb++;
}
if(x < sprW) {
if(*p_spr_a & mask) {
if((*p_spr) & mask) out = pal1 << 4;
else out = pal0 << 4;
*p_fb = (*p_fb & 0x0f) | out;
}
if((x & 1) == 0) p_fb++;
SHIFT_MASK_ALPHA();
}
p_fb += (128 - sprW) >> 1;
p_spr += (spr->width_d8 - foo);
p_spr_a += (spr->width_d8 - foo);
if((sprW + sprX) & 7) p_spr++, p_spr_a++;
else if(((sprW + sprX) ^ 0xff) & 7) p_spr++, p_spr_a++;
mask = inv_shift_lut[sprX & 7];
}
}
void draw_sprite_1bpp_progmem_int(sprite_t *spr, int16_t screenX, int16_t screenY, uint8_t sprX, uint8_t sprY, uint8_t sprW, uint8_t sprH, uint8_t sprPal) {
uint8_t *p_fb = oled_framebuffer + (screenY * 128 + screenX) / 2;
uint8_t *p_spr = spr->data + (sprY * (spr->width_d8 + ((((sprW + sprX) & 7) || (((sprW + sprX) ^ 0xff) & 7)) ? 1 : 0)) + sprX / 8);
uint8_t mask = inv_shift_lut[sprX & 7];
uint8_t pal0 = sprPal & 0xf;
uint8_t pal1 = sprPal >> 4;
uint8_t out;
uint8_t x;
for(uint8_t y = 0; y < sprH; y++) {
x = 0;
uint8_t foo = 0;
if(screenX & 1) { // odd
x++;
if(pgm_read_byte(p_spr) & mask) out = pal1;
else out = pal0;
*p_fb = (*p_fb & 0xf0) | out;
p_fb++;
SHIFT_MASK();
}
for(; x <= sprW - 2; x += 2) {
if(pgm_read_byte(p_spr) & mask) out = pal1 << 4;
else out = pal0 << 4;
SHIFT_MASK();
if(pgm_read_byte(p_spr) & mask) out |= pal1;
else out |= pal0;
SHIFT_MASK();
*(p_fb++) = out;
}
if(x < sprW) {
if(pgm_read_byte(p_spr) & mask) out = pal1 << 4;
else out = pal0 << 4;
*p_fb = (*p_fb & 0x0f) | out;
if((x & 1) == 0) p_fb++;
SHIFT_MASK();
}
p_fb += (128 - sprW) >> 1;
p_spr += spr->width_d8 - foo;
mask = inv_shift_lut[sprX & 7];
if((sprW + sprX) & 7) p_spr++;
else if(((sprW + sprX) ^ 0xff) & 7) p_spr++;
}
}
void draw_sprite_1bpp_alpha_progmem_int(sprite_t *spr, sprite_t *alpha, int16_t screenX, int16_t screenY, uint8_t sprX, uint8_t sprY, uint8_t sprW, uint8_t sprH, uint8_t sprPal) {
uint16_t ptr_add = (sprY * (spr->width_d8 + ((((sprW + sprX) & 7) || (((sprW + sprX) ^ 0xff) & 7)) ? 1 : 0)) + sprX / 8);
uint8_t *p_fb = oled_framebuffer + (screenY * 128 + screenX) / 2;
uint8_t *p_spr = spr->data + ptr_add;
uint8_t *p_spr_a = alpha->data + ptr_add;
uint8_t mask = inv_shift_lut[sprX & 7];
uint8_t pal0 = sprPal & 0xf;
uint8_t pal1 = sprPal >> 4;
uint8_t out;
uint8_t x;
uint8_t na;
for(uint8_t y = 0; y < sprH; y++) {
x = 0;
uint8_t foo = 0;
if(screenX & 1) { // odd
x++;
if(pgm_read_byte(p_spr_a) & mask) {
if(pgm_read_byte(p_spr) & mask) out = pal1;
else out = pal0;
*(p_fb++) = (*p_fb & 0xf0) | out;
}
else p_fb++;
SHIFT_MASK_ALPHA();
}
for(; x <= sprW - 2; x += 2) {
out = 0;
na = 0;
if(pgm_read_byte(p_spr_a) & mask) {
na = 0b10;
if(pgm_read_byte(p_spr) & mask) out = pal1 << 4;
else out = pal0 << 4;
}
SHIFT_MASK_ALPHA();
if(pgm_read_byte(p_spr_a) & mask) {
na |= 1;
if(pgm_read_byte(p_spr) & mask) out |= pal1;
else out |= pal0;
}
SHIFT_MASK_ALPHA();
if(na == 0b11) *(p_fb++) = out;
else if(na == 0b10) *(p_fb++) = (*p_fb & 0xf) | out;
else if(na == 0b1) *(p_fb++) = (*p_fb & 0xf0) | out;
else p_fb++;
}
if(x < sprW) {
if(pgm_read_byte(p_spr_a) & mask) {
if(pgm_read_byte(p_spr) & mask) out = pal1 << 4;
else out = pal0 << 4;
*p_fb = (*p_fb & 0x0f) | out;
}
if((x & 1) == 0) p_fb++;
SHIFT_MASK_ALPHA();
}
p_fb += (128 - sprW) >> 1;
p_spr += spr->width_d8 - foo;
p_spr_a += spr->width_d8 - foo;
mask = inv_shift_lut[sprX & 7];
if((sprW + sprX) & 7) p_spr++, p_spr_a++;
else if(((sprW + sprX) ^ 0xff) & 7) p_spr++, p_spr_a++;
}
}
void draw_sprite_4bpp_int(sprite_t *spr, int16_t screenX, int16_t screenY, uint8_t sprX, uint8_t sprY, uint8_t sprW, uint8_t sprH) {
uint8_t *p_fb = oled_framebuffer + (screenY * 128 + screenX) / 2;
uint8_t *p_spr = spr->data + (uint16_t(sprY) * spr->width + sprX) / 2;
uint8_t x;
uint8_t out;
if((screenX & 1) == 0) { // even
for(uint8_t y = 0; y < sprH; y++) {
x = 0;
if((sprX & 1) == 1) { // odd
for(; x <= sprW - 2; x += 2) {
out = (*(p_spr++) & 0xf) << 4;
out |= (*p_spr & 0xf0) >> 4;
*(p_fb++) = out;
}
if(x < sprW) {
*(p_fb++) = (*p_fb & 0xf) | ((*(p_spr++) & 0xf) << 4);
}
}
else {
for(; x <= sprW - 2; x += 2) {
*(p_fb++) = *(p_spr++);
}
if(x < sprW) {
*(p_fb++) = (*p_fb & 0xf) | ((*(p_spr++) & 0xf0));
}
}
p_fb += (128 - sprW) >> 1;
p_spr += (spr->width - sprW) >> 1;
}
}
else { // odd
for(uint8_t y = 0; y < sprH; y++) {
x = 1;
if((sprX & 1) == 1) { // odd
*(p_fb++) = (*p_fb & 0xf0) | (*(p_spr++) & 0xf);
for(; x <= sprW - 2; x += 2) {
*(p_fb++) = *(p_spr++);
}
if(x < sprW) {
*(p_fb++) = (*p_fb & 0xf) | ((*(p_spr) & 0xf0));
}
else p_spr++;
}
else {
*(p_fb++) = (*p_fb & 0xf0) | ((*(p_spr) & 0xf0) >> 4);
for(; x <= sprW - 2; x += 2) {
out = (*(p_spr++) & 0xf) << 4;
out |= (*p_spr & 0xf0) >> 4;
*(p_fb++) = out;
}
if(x < sprW) {
*(p_fb++) = (*p_fb & 0xf) | ((*(p_spr++) & 0xf) << 4);
}
else p_spr++;
}
p_fb += (128 - sprW - 1) >> 1;
p_spr += (spr->width - sprW) >> 1;
}
}
}
void draw_sprite_4bpp_alpha_int(sprite_t *spr, sprite_t *alpha, int16_t screenX, int16_t screenY, uint8_t sprX, uint8_t sprY, uint8_t sprW, uint8_t sprH) {
uint16_t alpha_ptr_add = (sprY * (spr->width_d8 + ((((sprW + sprX) & 7) || (((sprW + sprX) ^ 0xff) & 7)) ? 1 : 0)) + sprX / 8);
uint8_t *p_fb = oled_framebuffer + (screenY * 128 + screenX) / 2;
uint8_t *p_spr4 = spr->data + (uint16_t(sprY) * spr->width + sprX) / 2;
uint8_t *p_spr = alpha->data + alpha_ptr_add;
uint8_t mask = inv_shift_lut[sprX & 7];
uint8_t x;
uint8_t out;
uint8_t foo, na;
if((screenX & 1) == 0) { // even
for(uint8_t y = 0; y < sprH; y++) {
foo = 0;
x = 0;
out = 0;
if((sprX & 1) == 1) { // odd
for(; x <= sprW - 2; x += 2) {
out = 0, na = 0;
if(*p_spr & mask) {
na = 0b10;
out = (*(p_spr4) & 0xf) << 4;
}
SHIFT_MASK();
p_spr4++;
if(*p_spr & mask) {
na |= 1;
out |= (*p_spr4 & 0xf0) >> 4;
}
SHIFT_MASK();
if(na == 0b11) *(p_fb++) = out;
else if(na == 0b10) *(p_fb++) = (*p_fb & 0xf) | out;
else if(na == 0b1) *(p_fb++) = (*p_fb & 0xf0) | out;
else p_fb++;
}
if(x < sprW) {
if(*p_spr & mask) {
*p_fb = (*p_fb & 0xf) | ((*(p_spr4) & 0xf) << 4);
}
SHIFT_MASK();
p_fb++;
p_spr4++;
}
else p_spr4++;
}
else {
for(; x <= sprW - 2; x += 2) {
out = 0, na = 0;
if(*p_spr & mask) {
na = 0b10;
out = (*(p_spr4) & 0xf0);
}
SHIFT_MASK();
if(*p_spr & mask) {
na |= 1;
out |= (*(p_spr4) & 0xf);
}
SHIFT_MASK();
if(na == 0b11) *(p_fb++) = out;
else if(na == 0b10) *(p_fb++) = (*p_fb & 0xf) | out;
else if(na == 0b1) *(p_fb++) = (*p_fb & 0xf0) | out;
else p_fb++;
p_spr4++;
}
if(x < sprW) {
if(*p_spr & mask) {
*p_fb = (*p_fb & 0xf) | ((*(p_spr4) & 0xf0));
}
p_fb++;
p_spr4++;
SHIFT_MASK();
}
}
p_fb += (128 - sprW) >> 1;
p_spr4 += (spr->width - sprW) >> 1;
p_spr += spr->width_d8 - foo;
mask = inv_shift_lut[sprX & 7];
if((sprW + sprX) & 7) p_spr++;
else if(((sprW + sprX) ^ 0xff) & 7) p_spr++;
}
}
// TODO COMPLETE
else { // odd
for(uint8_t y = 0; y < sprH; y++) {
x = 1;
foo = 0;
out = 0;
if((sprX & 1) == 1) { // odd
if(*p_spr & mask) {
*(p_fb) = (*p_fb & 0xf0) | (*(p_spr4) & 0xf);
}
p_fb++;
p_spr4++;
SHIFT_MASK();
for(; x <= sprW - 2; x += 2) {
out = 0, na = 0;
if(*p_spr & mask) {
na = 0b10;
out = *(p_spr4) & 0xf0;
}
SHIFT_MASK();
if(*p_spr & mask) {
na |= 0b1;
out |= *(p_spr4) & 0xf;
}
SHIFT_MASK();
if(na == 0b11) *(p_fb++) = out;
else if(na == 0b10) *(p_fb++) = (*p_fb & 0xf) | out;
else if(na == 0b1) *(p_fb++) = (*p_fb & 0xf0) | out;
else p_fb++;
p_spr4++;
}
if(x < sprW) {
//*(p_fb++) = (*p_fb & 0xf) | ((*(p_spr4) & 0xf0));
if(*p_spr & mask) {
*p_fb = (*p_fb & 0xf) | ((*(p_spr4) & 0xf0));
}
SHIFT_MASK();
p_fb++;
}
else p_spr4++;
}
else {
if(*p_spr & mask) {
*p_fb = (*p_fb & 0xf0) | ((*(p_spr4) & 0xf0) >> 4);
}
p_fb++;
SHIFT_MASK();
for(; x <= sprW - 2; x += 2) {
out = 0, na = 0;
if(*p_spr & mask) {
na = 0b10;
out = (*p_spr4 & 0xf) << 4;
}
p_spr4++;
SHIFT_MASK();
if(*p_spr & mask) {
na |= 1;
out |= (*p_spr4 & 0xf0) >> 4;
}
SHIFT_MASK();
if(na == 0b11) *(p_fb++) = out;
else if(na == 0b10) *(p_fb++) = (*p_fb & 0xf) | out;
else if(na == 0b1) *(p_fb++) = (*p_fb & 0xf0) | out;
else p_fb++;
}
if(x < sprW) {
if(*p_spr & mask) {
*p_fb = (*p_fb & 0xf) | ((*p_spr4 & 0xf) << 4);
}
SHIFT_MASK();
p_fb++;
p_spr4++;
}
else p_spr4++;
}
p_fb += (128 - sprW - 1) >> 1;
p_spr4 += (spr->width - sprW) >> 1;
p_spr += spr->width_d8 - foo;
mask = inv_shift_lut[sprX & 7];
if((sprW + sprX) & 7) p_spr++;
else if(((sprW + sprX) ^ 0xff) & 7) p_spr++;
}
}
}
void draw_sprite_1bpp(sprite_t* spr, int16_t screenX, int16_t screenY, uint8_t sprX, uint8_t sprY, uint8_t sprW, uint8_t sprH, uint8_t sprPal) {
SPR_COORDS_CHECK();
draw_sprite_1bpp_int(spr, screenX, screenY, sprX, sprY, sprW, sprH, sprPal);
}
void draw_sprite_1bpp_alpha(sprite_t *spr, sprite_t *alpha, int16_t screenX, int16_t screenY, uint8_t sprX, uint8_t sprY, uint8_t sprW, uint8_t sprH, uint8_t sprPal) {
SPR_COORDS_CHECK();
draw_sprite_1bpp_alpha_int(spr, alpha, screenX, screenY, sprX, sprY, sprW, sprH, sprPal);
}
void draw_sprite_1bpp_progmem(sprite_t *spr, int16_t screenX, int16_t screenY, uint8_t sprX, uint8_t sprY, uint8_t sprW, uint8_t sprH, uint8_t sprPal) {
SPR_COORDS_CHECK();
draw_sprite_1bpp_progmem_int(spr, screenX, screenY, sprX, sprY, sprW, sprH, sprPal);
}
void draw_sprite_1bpp_alpha_progmem(sprite_t *spr, sprite_t *alpha, int16_t screenX, int16_t screenY, uint8_t sprX, uint8_t sprY, uint8_t sprW, uint8_t sprH, uint8_t sprPal) {
SPR_COORDS_CHECK();
draw_sprite_1bpp_alpha_progmem_int(spr, alpha, screenX, screenY, sprX, sprY, sprW, sprH, sprPal);
}
void draw_sprite_4bpp(sprite_t *spr, int16_t screenX, int16_t screenY, uint8_t sprX, uint8_t sprY, uint8_t sprW, uint8_t sprH) {
SPR_COORDS_CHECK();
draw_sprite_4bpp_int(spr, screenX, screenY, sprX, sprY, sprW, sprH);
}
void draw_sprite_4bpp_alpha(sprite_t *spr, sprite_t *alpha, int16_t screenX, int16_t screenY, uint8_t sprX, uint8_t sprY, uint8_t sprW, uint8_t sprH) {
SPR_COORDS_CHECK();
draw_sprite_4bpp_alpha_int(spr, alpha, screenX, screenY, sprX, sprY, sprW, sprH);
} | 33.645105 | 179 | 0.406547 | Kozma04 |
706ee5f7563b307d781e800085257e849b1c33cd | 798 | cpp | C++ | tests/v2/url/url_literal_tests.cpp | BioDataAnalysis/url | 281501b0fdf00b52eeb114f6856a9a83004d204e | [
"BSL-1.0"
] | 47 | 2019-08-24T13:43:45.000Z | 2022-02-21T11:45:19.000Z | tests/v2/url/url_literal_tests.cpp | BioDataAnalysis/url | 281501b0fdf00b52eeb114f6856a9a83004d204e | [
"BSL-1.0"
] | 35 | 2018-10-13T10:35:00.000Z | 2021-06-11T12:23:55.000Z | tests/v2/url/url_literal_tests.cpp | BioDataAnalysis/url | 281501b0fdf00b52eeb114f6856a9a83004d204e | [
"BSL-1.0"
] | 25 | 2019-02-19T02:46:21.000Z | 2021-10-21T14:53:00.000Z | // Copyright 2019-20 Glyn Matthews
// Distributed under the Boost Software License, Version 1.0.
// (See accompanying file LICENSE_1_0.txt of copy at
// http://www.boost.org/LICENSE_1_0.txt)
#include <algorithm>
#include <memory>
#define CATCH_CONFIG_MAIN
#include <catch2/catch.hpp>
#include <skyr/v2/url.hpp>
using namespace skyr::literals;
TEST_CASE("url_tests", "[url]") {
SECTION("construct url from literal") {
CHECK_NOTHROW("http://www.example.com/"_url);
}
SECTION("construct url from wchar_t literal") {
CHECK_NOTHROW(L"http://www.example.com/"_url);
}
SECTION("construct url from char16_t literal") {
CHECK_NOTHROW(u"http://www.example.com/"_url);
}
SECTION("construct url from char32_t literal") {
CHECK_NOTHROW(U"http://www.example.com/"_url);
}
}
| 25.741935 | 61 | 0.709273 | BioDataAnalysis |
706f56f53f8bce06c9f8b77c225bf1d16e312755 | 5,117 | cpp | C++ | Win32xx/samples/GDIPlus/src/GDIPlusView.cpp | mufunyo/VisionRGBApp | c09092770032150083eda171a22b1a3ef0914dab | [
"Unlicense"
] | 2 | 2021-03-25T04:19:22.000Z | 2021-05-03T03:23:30.000Z | Win32xx/samples/GDIPlus/src/GDIPlusView.cpp | mufunyo/VisionRGBApp | c09092770032150083eda171a22b1a3ef0914dab | [
"Unlicense"
] | null | null | null | Win32xx/samples/GDIPlus/src/GDIPlusView.cpp | mufunyo/VisionRGBApp | c09092770032150083eda171a22b1a3ef0914dab | [
"Unlicense"
] | 1 | 2020-12-28T08:53:42.000Z | 2020-12-28T08:53:42.000Z | //////////////////////////////////////////////
// GDIPlusView.cpp
// Definitions for the CGDIPlusView class
#include "stdafx.h"
#include "GDIPlusView.h"
using namespace Gdiplus;
CGDIPlusView::CGDIPlusView()
{
// Initialize GDI+.
GdiplusStartupInput gdiplusStartupInput;
GdiplusStartup(&m_gdiplusToken, &gdiplusStartupInput, NULL);
}
CGDIPlusView::~CGDIPlusView()
{
// Shutdown GDI+
GdiplusShutdown(m_gdiplusToken);
}
void CGDIPlusView::DrawCappedLine(CDC& dc)
{
Graphics graphics(dc);
// Draw capped line, width 8
Pen penCapped(Color(255, 0, 0, 255), 8);
penCapped.SetStartCap(LineCapArrowAnchor);
penCapped.SetEndCap(LineCapRoundAnchor);
graphics.DrawLine(&penCapped, 10, 175, 300, 175);
}
void CGDIPlusView::DrawGamaShapes(CDC& dc)
{
Graphics graphics(dc);
// Draw Plygons with Gama Corrections
// Put the points of a polygon in an array.
GraphicsPath pathGama;
int yOffset = 200;
Point points[] = {Point(75, 0 +yOffset), Point(100, 50+yOffset),
Point(150, 50 +yOffset), Point(112, 75+yOffset),
Point(150, 150+yOffset), Point(75, 100+yOffset),
Point(0, 150+yOffset), Point(37, 75+yOffset),
Point(0, 50 +yOffset), Point(50, 50+yOffset)};
// Use the array of points to construct a path.
pathGama.AddLines(points, 10);
// Use the path to construct a path gradient brush.
PathGradientBrush pthGrBrushGama(&pathGama);
// Set the color at the center of the path to red.
pthGrBrushGama.SetCenterColor(Color(255, 255, 0, 0));
// Set the colors of the points in the array.
Color colorsGama[] = {Color(255, 0, 0, 0), Color(255, 0, 255, 0),
Color(255, 0, 0, 255), Color(255, 255, 255, 255),
Color(255, 0, 0, 0), Color(255, 0, 255, 0),
Color(255, 0, 0, 255), Color(255, 255, 255, 255),
Color(255, 0, 0, 0), Color(255, 0, 255, 0)};
int count = 10;
pthGrBrushGama.SetSurroundColors(colorsGama, &count);
// Fill the path with the path gradient brush.
graphics.FillPath(&pthGrBrushGama, &pathGama);
pthGrBrushGama.SetGammaCorrection(TRUE);
graphics.TranslateTransform(200.0f, 0.0f);
graphics.FillPath(&pthGrBrushGama, &pathGama);
}
void CGDIPlusView::DrawGradientElipse(CDC& dc)
{
Graphics graphics(dc);
// Create a path that consists of a single ellipse.
GraphicsPath path;
path.AddEllipse(0, 80, 140, 70);
// Use the path to construct a brush.
PathGradientBrush pthGrBrush(&path);
// Set the color at the center of the path to blue.
pthGrBrush.SetCenterColor(Color(255, 0, 0, 255));
// Set the color along the entire boundary of the path to aqua.
Color colors[] = {Color(255, 0, 255, 255)};
int count = 1;
pthGrBrush.SetSurroundColors(colors, &count);
graphics.FillEllipse(&pthGrBrush, 0, 80, 140, 70);
}
void CGDIPlusView::DrawSolidElipse(CDC& dc)
{
Graphics graphics(dc);
SolidBrush solidBrush(Color(255, 255, 0, 0));
graphics.FillEllipse(&solidBrush, 160, 84, 100, 60);
}
void CGDIPlusView::DrawSolidLine(CDC& dc)
{
Graphics graphics(dc);
// Draw solid line
Pen penLine(Color(255, 0, 0, 255));
graphics.DrawLine(&penLine, 10, 70, 200, 70);
}
void CGDIPlusView::DrawText(CDC& dc)
{
Graphics graphics(dc);
// Draw some text
SolidBrush brush(Color(255, 0, 0, 255));
FontFamily fontFamily(L"Times New Roman");
Font font(&fontFamily, 24, FontStyleRegular, UnitPixel);
PointF pointF(10.0f, 20.0f);
graphics.DrawString(L"GDI+ Example", -1, &font, pointF, &brush);
}
void CGDIPlusView::OnDraw(CDC& dc)
{
DrawSolidLine(dc);
DrawText(dc);
DrawCappedLine(dc);
DrawGradientElipse(dc);
DrawSolidElipse(dc);
DrawGamaShapes(dc);
}
void CGDIPlusView::OnInitialUpdate()
{
// OnInitialUpdate is called immediately after the window is created
TRACE("View window created\n");
}
void CGDIPlusView::PreCreate(CREATESTRUCT& cs)
{
// Here we set the defaults used by the create function for the view window
// Preforming this is optional, but doing so allows us to
// take more precise control over the window we create.
// Set the extended style
cs.dwExStyle = WS_EX_CLIENTEDGE;
}
void CGDIPlusView::RegisterClass(WNDCLASS& wc)
{
// Here we set the Window class parameters.
// Preforming this is optional, but doing so allows us to
// take more precise control over the type of window we create.
// Set the Window Class name
wc.lpszClassName = _T("View");
// Set the class style (not to be confused with the window styles set in PreCreate)
wc.style = CS_DBLCLKS; // Generate left button double click messages
}
LRESULT CGDIPlusView::WndProc(UINT msg, WPARAM wparam, LPARAM lparam)
{
// switch (msg)
// {
// Add case statements for each messages to be handled here
// }
// pass unhandled messages on for default processing
return WndProcDefault(msg, wparam, lparam);
}
| 29.24 | 87 | 0.651554 | mufunyo |
70715793a716153bbd9fbc8117eac91d14390cde | 68,819 | cpp | C++ | src/qt/src/gui/image/qpixmap.cpp | martende/phantomjs | 5cecd7dde7b8fd04ad2c036d16f09a8d2a139854 | [
"BSD-3-Clause"
] | 1 | 2015-04-05T12:31:20.000Z | 2015-04-05T12:31:20.000Z | src/qt/src/gui/image/qpixmap.cpp | firedfox/phantomjs | afb0707c9db7b5e693ad1b216a50081565c08ebb | [
"BSD-3-Clause"
] | null | null | null | src/qt/src/gui/image/qpixmap.cpp | firedfox/phantomjs | afb0707c9db7b5e693ad1b216a50081565c08ebb | [
"BSD-3-Clause"
] | null | null | null | /****************************************************************************
**
** Copyright (C) 2011 Nokia Corporation and/or its subsidiary(-ies).
** All rights reserved.
** Contact: Nokia Corporation ([email protected])
**
** This file is part of the QtGui module of the Qt Toolkit.
**
** $QT_BEGIN_LICENSE:LGPL$
** GNU Lesser General Public License Usage
** This file may be used under the terms of the GNU Lesser General Public
** License version 2.1 as published by the Free Software Foundation and
** appearing in the file LICENSE.LGPL included in the packaging of this
** file. Please review the following information to ensure the GNU Lesser
** General Public License version 2.1 requirements will be met:
** http://www.gnu.org/licenses/old-licenses/lgpl-2.1.html.
**
** In addition, as a special exception, Nokia gives you certain additional
** rights. These rights are described in the Nokia Qt LGPL Exception
** version 1.1, included in the file LGPL_EXCEPTION.txt in this package.
**
** GNU General Public License Usage
** Alternatively, this file may be used under the terms of the GNU General
** Public License version 3.0 as published by the Free Software Foundation
** and appearing in the file LICENSE.GPL included in the packaging of this
** file. Please review the following information to ensure the GNU General
** Public License version 3.0 requirements will be met:
** http://www.gnu.org/copyleft/gpl.html.
**
** Other Usage
** Alternatively, this file may be used in accordance with the terms and
** conditions contained in a signed written agreement between you and Nokia.
**
**
**
**
**
** $QT_END_LICENSE$
**
****************************************************************************/
#include <qglobal.h>
#include "qpixmap.h"
#include "qpixmapdata_p.h"
#include "qimagepixmapcleanuphooks_p.h"
#include "qbitmap.h"
#include "qcolormap.h"
#include "qimage.h"
#include "qwidget.h"
#include "qpainter.h"
#include "qdatastream.h"
#include "qbuffer.h"
#include "qapplication.h"
#include <private/qapplication_p.h>
#include <private/qgraphicssystem_p.h>
#include <private/qwidget_p.h>
#include "qevent.h"
#include "qfile.h"
#include "qfileinfo.h"
#include "qpixmapcache.h"
#include "qdatetime.h"
#include "qimagereader.h"
#include "qimagewriter.h"
#include "qpaintengine.h"
#include "qthread.h"
#ifdef Q_WS_MAC
# include "private/qt_mac_p.h"
# include "private/qpixmap_mac_p.h"
#endif
#ifdef Q_WS_QPA
# include "qplatformintegration_qpa.h"
#endif
#if defined(Q_WS_X11)
# include "qx11info_x11.h"
# include <private/qt_x11_p.h>
# include <private/qpixmap_x11_p.h>
#endif
#if defined(Q_OS_SYMBIAN)
# include <private/qt_s60_p.h>
#endif
#include "qpixmap_raster_p.h"
#include "private/qstylehelper_p.h"
QT_BEGIN_NAMESPACE
// ### Qt 5: remove
Q_GUI_EXPORT qint64 qt_pixmap_id(const QPixmap &pixmap)
{
return pixmap.cacheKey();
}
static bool qt_pixmap_thread_test()
{
if (!qApp) {
qFatal("QPixmap: Must construct a QApplication before a QPaintDevice");
return false;
}
if (qApp->thread() != QThread::currentThread()) {
bool fail = false;
#if defined (Q_WS_X11)
if (!QApplication::testAttribute(Qt::AA_X11InitThreads))
fail = true;
#elif defined (Q_WS_QPA)
if (!QApplicationPrivate::platformIntegration()->hasCapability(QPlatformIntegration::ThreadedPixmaps)) {
printf("Lighthouse plugin does not support threaded pixmaps!\n");
fail = true;
}
#else
if (QApplicationPrivate::graphics_system_name != QLatin1String("raster"))
fail = true;
#endif
if (fail) {
qWarning("QPixmap: It is not safe to use pixmaps outside the GUI thread");
return false;
}
}
return true;
}
void QPixmap::init(int w, int h, Type type)
{
init(w, h, int(type));
}
extern QApplication::Type qt_appType;
void QPixmap::init(int w, int h, int type)
{
if (qt_appType == QApplication::Tty) {
qWarning("QPixmap: Cannot create a QPixmap when no GUI is being used");
data = 0;
return;
}
if ((w > 0 && h > 0) || type == QPixmapData::BitmapType)
data = QPixmapData::create(w, h, (QPixmapData::PixelType) type);
else
data = 0;
}
/*!
\enum QPixmap::ColorMode
\compat
This enum type defines the color modes that exist for converting
QImage objects to QPixmap. It is provided here for compatibility
with earlier versions of Qt.
Use Qt::ImageConversionFlags instead.
\value Auto Select \c Color or \c Mono on a case-by-case basis.
\value Color Always create colored pixmaps.
\value Mono Always create bitmaps.
*/
/*!
Constructs a null pixmap.
\sa isNull()
*/
QPixmap::QPixmap()
: QPaintDevice()
{
(void) qt_pixmap_thread_test();
init(0, 0, QPixmapData::PixmapType);
}
/*!
\fn QPixmap::QPixmap(int width, int height)
Constructs a pixmap with the given \a width and \a height. If
either \a width or \a height is zero, a null pixmap is
constructed.
\warning This will create a QPixmap with uninitialized data. Call
fill() to fill the pixmap with an appropriate color before drawing
onto it with QPainter.
\sa isNull()
*/
QPixmap::QPixmap(int w, int h)
: QPaintDevice()
{
if (!qt_pixmap_thread_test())
init(0, 0, QPixmapData::PixmapType);
else
init(w, h, QPixmapData::PixmapType);
}
/*!
\overload
Constructs a pixmap of the given \a size.
\warning This will create a QPixmap with uninitialized data. Call
fill() to fill the pixmap with an appropriate color before drawing
onto it with QPainter.
*/
QPixmap::QPixmap(const QSize &size)
: QPaintDevice()
{
if (!qt_pixmap_thread_test())
init(0, 0, QPixmapData::PixmapType);
else
init(size.width(), size.height(), QPixmapData::PixmapType);
}
/*!
\internal
*/
QPixmap::QPixmap(const QSize &s, Type type)
{
if (!qt_pixmap_thread_test())
init(0, 0, type);
else
init(s.width(), s.height(), type);
}
/*!
\internal
*/
QPixmap::QPixmap(const QSize &s, int type)
{
if (!qt_pixmap_thread_test())
init(0, 0, static_cast<QPixmapData::PixelType>(type));
else
init(s.width(), s.height(), static_cast<QPixmapData::PixelType>(type));
}
/*!
\internal
*/
QPixmap::QPixmap(QPixmapData *d)
: QPaintDevice(), data(d)
{
}
/*!
Constructs a pixmap from the file with the given \a fileName. If the
file does not exist or is of an unknown format, the pixmap becomes a
null pixmap.
The loader attempts to read the pixmap using the specified \a
format. If the \a format is not specified (which is the default),
the loader probes the file for a header to guess the file format.
The file name can either refer to an actual file on disk or to
one of the application's embedded resources. See the
\l{resources.html}{Resource System} overview for details on how
to embed images and other resource files in the application's
executable.
If the image needs to be modified to fit in a lower-resolution
result (e.g. converting from 32-bit to 8-bit), use the \a
flags to control the conversion.
The \a fileName, \a format and \a flags parameters are
passed on to load(). This means that the data in \a fileName is
not compiled into the binary. If \a fileName contains a relative
path (e.g. the filename only) the relevant file must be found
relative to the runtime working directory.
\sa {QPixmap#Reading and Writing Image Files}{Reading and Writing
Image Files}
*/
QPixmap::QPixmap(const QString& fileName, const char *format, Qt::ImageConversionFlags flags)
: QPaintDevice()
{
init(0, 0, QPixmapData::PixmapType);
if (!qt_pixmap_thread_test())
return;
load(fileName, format, flags);
}
/*!
Constructs a pixmap that is a copy of the given \a pixmap.
\sa copy()
*/
QPixmap::QPixmap(const QPixmap &pixmap)
: QPaintDevice()
{
if (!qt_pixmap_thread_test()) {
init(0, 0, QPixmapData::PixmapType);
return;
}
if (pixmap.paintingActive()) { // make a deep copy
operator=(pixmap.copy());
} else {
data = pixmap.data;
}
}
/*!
Constructs a pixmap from the given \a xpm data, which must be a
valid XPM image.
Errors are silently ignored.
Note that it's possible to squeeze the XPM variable a little bit
by using an unusual declaration:
\snippet doc/src/snippets/code/src_gui_image_qpixmap.cpp 0
The extra \c const makes the entire definition read-only, which is
slightly more efficient (for example, when the code is in a shared
library) and ROMable when the application is to be stored in ROM.
*/
#ifndef QT_NO_IMAGEFORMAT_XPM
QPixmap::QPixmap(const char * const xpm[])
: QPaintDevice()
{
init(0, 0, QPixmapData::PixmapType);
if (!xpm)
return;
QImage image(xpm);
if (!image.isNull()) {
if (data && data->pixelType() == QPixmapData::BitmapType)
*this = QBitmap::fromImage(image);
else
*this = fromImage(image);
}
}
#endif
/*!
Destroys the pixmap.
*/
QPixmap::~QPixmap()
{
Q_ASSERT(!data || data->ref >= 1); // Catch if ref-counting changes again
}
/*!
\internal
*/
int QPixmap::devType() const
{
return QInternal::Pixmap;
}
/*!
\fn QPixmap QPixmap::copy(int x, int y, int width, int height) const
\overload
Returns a deep copy of the subset of the pixmap that is specified
by the rectangle QRect( \a x, \a y, \a width, \a height).
*/
/*!
\fn QPixmap QPixmap::copy(const QRect &rectangle) const
Returns a deep copy of the subset of the pixmap that is specified
by the given \a rectangle. For more information on deep copies,
see the \l {Implicit Data Sharing} documentation.
If the given \a rectangle is empty, the whole image is copied.
\sa operator=(), QPixmap(), {QPixmap#Pixmap
Transformations}{Pixmap Transformations}
*/
QPixmap QPixmap::copy(const QRect &rect) const
{
if (isNull())
return QPixmap();
QRect r(0, 0, width(), height());
if (!rect.isEmpty())
r = r.intersected(rect);
QPixmapData *d = data->createCompatiblePixmapData();
d->copy(data.data(), r);
return QPixmap(d);
}
/*!
\fn QPixmap::scroll(int dx, int dy, int x, int y, int width, int height, QRegion *exposed)
\since 4.6
This convenience function is equivalent to calling QPixmap::scroll(\a dx,
\a dy, QRect(\a x, \a y, \a width, \a height), \a exposed).
\sa QWidget::scroll(), QGraphicsItem::scroll()
*/
/*!
\since 4.6
Scrolls the area \a rect of this pixmap by (\a dx, \a dy). The exposed
region is left unchanged. You can optionally pass a pointer to an empty
QRegion to get the region that is \a exposed by the scroll operation.
\snippet doc/src/snippets/code/src_gui_image_qpixmap.cpp 2
You cannot scroll while there is an active painter on the pixmap.
\sa QWidget::scroll(), QGraphicsItem::scroll()
*/
void QPixmap::scroll(int dx, int dy, const QRect &rect, QRegion *exposed)
{
if (isNull() || (dx == 0 && dy == 0))
return;
QRect dest = rect & this->rect();
QRect src = dest.translated(-dx, -dy) & dest;
if (src.isEmpty()) {
if (exposed)
*exposed += dest;
return;
}
detach();
if (!data->scroll(dx, dy, src)) {
// Fallback
QPixmap pix = *this;
QPainter painter(&pix);
painter.setCompositionMode(QPainter::CompositionMode_Source);
painter.drawPixmap(src.translated(dx, dy), *this, src);
painter.end();
*this = pix;
}
if (exposed) {
*exposed += dest;
*exposed -= src.translated(dx, dy);
}
}
/*!
Assigns the given \a pixmap to this pixmap and returns a reference
to this pixmap.
\sa copy(), QPixmap()
*/
QPixmap &QPixmap::operator=(const QPixmap &pixmap)
{
if (paintingActive()) {
qWarning("QPixmap::operator=: Cannot assign to pixmap during painting");
return *this;
}
if (pixmap.paintingActive()) { // make a deep copy
*this = pixmap.copy();
} else {
data = pixmap.data;
}
return *this;
}
/*!
\fn void QPixmap::swap(QPixmap &other)
\since 4.8
Swaps pixmap \a other with this pixmap. This operation is very
fast and never fails.
*/
/*!
Returns the pixmap as a QVariant.
*/
QPixmap::operator QVariant() const
{
return QVariant(QVariant::Pixmap, this);
}
/*!
\fn bool QPixmap::operator!() const
Returns true if this is a null pixmap; otherwise returns false.
\sa isNull()
*/
/*!
\fn QPixmap::operator QImage() const
Returns the pixmap as a QImage.
Use the toImage() function instead.
*/
/*!
Converts the pixmap to a QImage. Returns a null image if the
conversion fails.
If the pixmap has 1-bit depth, the returned image will also be 1
bit deep. Images with more bits will be returned in a format
closely represents the underlying system. Usually this will be
QImage::Format_ARGB32_Premultiplied for pixmaps with an alpha and
QImage::Format_RGB32 or QImage::Format_RGB16 for pixmaps without
alpha.
Note that for the moment, alpha masks on monochrome images are
ignored.
\sa fromImage(), {QImage#Image Formats}{Image Formats}
*/
QImage QPixmap::toImage() const
{
if (isNull())
return QImage();
return data->toImage();
}
/*!
\fn QMatrix QPixmap::trueMatrix(const QTransform &matrix, int width, int height)
Returns the actual matrix used for transforming a pixmap with the
given \a width, \a height and \a matrix.
When transforming a pixmap using the transformed() function, the
transformation matrix is internally adjusted to compensate for
unwanted translation, i.e. transformed() returns the smallest
pixmap containing all transformed points of the original
pixmap. This function returns the modified matrix, which maps
points correctly from the original pixmap into the new pixmap.
\sa transformed(), {QPixmap#Pixmap Transformations}{Pixmap
Transformations}
*/
QTransform QPixmap::trueMatrix(const QTransform &m, int w, int h)
{
return QImage::trueMatrix(m, w, h);
}
/*!
\overload
This convenience function loads the matrix \a m into a
QTransform and calls the overloaded function with the
QTransform and the width \a w and the height \a h.
*/
QMatrix QPixmap::trueMatrix(const QMatrix &m, int w, int h)
{
return trueMatrix(QTransform(m), w, h).toAffine();
}
/*!
\fn bool QPixmap::isQBitmap() const
Returns true if this is a QBitmap; otherwise returns false.
*/
bool QPixmap::isQBitmap() const
{
return data->type == QPixmapData::BitmapType;
}
/*!
\fn bool QPixmap::isNull() const
Returns true if this is a null pixmap; otherwise returns false.
A null pixmap has zero width, zero height and no contents. You
cannot draw in a null pixmap.
*/
bool QPixmap::isNull() const
{
return !data || data->isNull();
}
/*!
\fn int QPixmap::width() const
Returns the width of the pixmap.
\sa size(), {QPixmap#Pixmap Information}{Pixmap Information}
*/
int QPixmap::width() const
{
return data ? data->width() : 0;
}
/*!
\fn int QPixmap::height() const
Returns the height of the pixmap.
\sa size(), {QPixmap#Pixmap Information}{Pixmap Information}
*/
int QPixmap::height() const
{
return data ? data->height() : 0;
}
/*!
\fn QSize QPixmap::size() const
Returns the size of the pixmap.
\sa width(), height(), {QPixmap#Pixmap Information}{Pixmap
Information}
*/
QSize QPixmap::size() const
{
return data ? QSize(data->width(), data->height()) : QSize(0, 0);
}
/*!
\fn QRect QPixmap::rect() const
Returns the pixmap's enclosing rectangle.
\sa {QPixmap#Pixmap Information}{Pixmap Information}
*/
QRect QPixmap::rect() const
{
return data ? QRect(0, 0, data->width(), data->height()) : QRect();
}
/*!
\fn int QPixmap::depth() const
Returns the depth of the pixmap.
The pixmap depth is also called bits per pixel (bpp) or bit planes
of a pixmap. A null pixmap has depth 0.
\sa defaultDepth(), {QPixmap#Pixmap Information}{Pixmap
Information}
*/
int QPixmap::depth() const
{
return data ? data->depth() : 0;
}
/*!
\fn void QPixmap::resize(const QSize &size)
\overload
\compat
Use QPixmap::copy() instead to get the pixmap with the new size.
\oldcode
pixmap.resize(size);
\newcode
pixmap = pixmap.copy(QRect(QPoint(0, 0), size));
\endcode
*/
#ifdef QT3_SUPPORT
void QPixmap::resize_helper(const QSize &s)
{
int w = s.width();
int h = s.height();
if (w < 1 || h < 1) {
*this = QPixmap();
return;
}
if (size() == s)
return;
// QPixmap.data member may be QRuntimePixmapData so use pixmapData() function to get
// the actual underlaying runtime pixmap data.
QPixmapData *pd = pixmapData();
// Create new pixmap
QPixmap pm(QSize(w, h), pd ? pd->type : QPixmapData::PixmapType);
bool uninit = false;
#if defined(Q_WS_X11)
QX11PixmapData *x11Data = pd && pd->classId() == QPixmapData::X11Class ? static_cast<QX11PixmapData*>(pd) : 0;
if (x11Data) {
pm.x11SetScreen(x11Data->xinfo.screen());
uninit = x11Data->flags & QX11PixmapData::Uninitialized;
}
#elif defined(Q_WS_MAC)
QMacPixmapData *macData = pd && pd->classId() == QPixmapData::MacClass ? static_cast<QMacPixmapData*>(pd) : 0;
if (macData)
uninit = macData->uninit;
#endif
if (!uninit && !isNull()) {
// Copy old pixmap
if (hasAlphaChannel())
pm.fill(Qt::transparent);
QPainter p(&pm);
p.drawPixmap(0, 0, *this, 0, 0, qMin(width(), w), qMin(height(), h));
}
#if defined(Q_WS_X11)
if (x11Data && x11Data->x11_mask) {
QPixmapData *newPd = pm.pixmapData();
QX11PixmapData *pmData = (newPd && newPd->classId() == QPixmapData::X11Class)
? static_cast<QX11PixmapData*>(newPd) : 0;
if (pmData) {
pmData->x11_mask = (Qt::HANDLE)XCreatePixmap(X11->display,
RootWindow(x11Data->xinfo.display(),
x11Data->xinfo.screen()),
w, h, 1);
GC gc = XCreateGC(X11->display, pmData->x11_mask, 0, 0);
XCopyArea(X11->display, x11Data->x11_mask, pmData->x11_mask, gc, 0, 0,
qMin(width(), w), qMin(height(), h), 0, 0);
XFreeGC(X11->display, gc);
}
}
#endif
*this = pm;
}
#endif
/*!
\fn void QPixmap::resize(int width, int height)
\compat
Use QPixmap::copy() instead to get the pixmap with the new size.
\oldcode
pixmap.resize(10, 20);
\newcode
pixmap = pixmap.copy(0, 0, 10, 20);
\endcode
*/
/*!
\fn bool QPixmap::selfMask() const
\compat
Returns whether the pixmap is its own mask or not.
This function is no longer relevant since the concept of self
masking doesn't exists anymore.
*/
/*!
Sets a mask bitmap.
This function merges the \a mask with the pixmap's alpha channel. A pixel
value of 1 on the mask means the pixmap's pixel is unchanged; a value of 0
means the pixel is transparent. The mask must have the same size as this
pixmap.
Setting a null mask resets the mask, leaving the previously transparent
pixels black. The effect of this function is undefined when the pixmap is
being painted on.
\warning This is potentially an expensive operation.
\sa mask(), {QPixmap#Pixmap Transformations}{Pixmap Transformations},
QBitmap
*/
void QPixmap::setMask(const QBitmap &mask)
{
if (paintingActive()) {
qWarning("QPixmap::setMask: Cannot set mask while pixmap is being painted on");
return;
}
if (!mask.isNull() && mask.size() != size()) {
qWarning("QPixmap::setMask() mask size differs from pixmap size");
return;
}
if (isNull())
return;
if (static_cast<const QPixmap &>(mask).data == data) // trying to selfmask
return;
detach();
data->setMask(mask);
}
#ifndef QT_NO_IMAGE_HEURISTIC_MASK
/*!
Creates and returns a heuristic mask for this pixmap.
The function works by selecting a color from one of the corners
and then chipping away pixels of that color, starting at all the
edges. If \a clipTight is true (the default) the mask is just
large enough to cover the pixels; otherwise, the mask is larger
than the data pixels.
The mask may not be perfect but it should be reasonable, so you
can do things such as the following:
\snippet doc/src/snippets/code/src_gui_image_qpixmap.cpp 1
This function is slow because it involves converting to/from a
QImage, and non-trivial computations.
\sa QImage::createHeuristicMask(), createMaskFromColor()
*/
QBitmap QPixmap::createHeuristicMask(bool clipTight) const
{
QBitmap m = QBitmap::fromImage(toImage().createHeuristicMask(clipTight));
return m;
}
#endif
/*!
Creates and returns a mask for this pixmap based on the given \a
maskColor. If the \a mode is Qt::MaskInColor, all pixels matching the
maskColor will be transparent. If \a mode is Qt::MaskOutColor, all pixels
matching the maskColor will be opaque.
This function is slow because it involves converting to/from a
QImage.
\sa createHeuristicMask(), QImage::createMaskFromColor()
*/
QBitmap QPixmap::createMaskFromColor(const QColor &maskColor, Qt::MaskMode mode) const
{
QImage image = toImage().convertToFormat(QImage::Format_ARGB32);
return QBitmap::fromImage(image.createMaskFromColor(maskColor.rgba(), mode));
}
/*! \overload
Creates and returns a mask for this pixmap based on the given \a
maskColor. Same as calling createMaskFromColor(maskColor,
Qt::MaskInColor)
\sa createHeuristicMask(), QImage::createMaskFromColor()
*/
QBitmap QPixmap::createMaskFromColor(const QColor &maskColor) const
{
return createMaskFromColor(maskColor, Qt::MaskInColor);
}
/*!
Loads a pixmap from the file with the given \a fileName. Returns
true if the pixmap was successfully loaded; otherwise returns
false.
The loader attempts to read the pixmap using the specified \a
format. If the \a format is not specified (which is the default),
the loader probes the file for a header to guess the file format.
The file name can either refer to an actual file on disk or to one
of the application's embedded resources. See the
\l{resources.html}{Resource System} overview for details on how to
embed pixmaps and other resource files in the application's
executable.
If the data needs to be modified to fit in a lower-resolution
result (e.g. converting from 32-bit to 8-bit), use the \a flags to
control the conversion.
Note that QPixmaps are automatically added to the QPixmapCache
when loaded from a file; the key used is internal and can not
be acquired.
\sa loadFromData(), {QPixmap#Reading and Writing Image
Files}{Reading and Writing Image Files}
*/
bool QPixmap::load(const QString &fileName, const char *format, Qt::ImageConversionFlags flags)
{
if (fileName.isEmpty())
return false;
QFileInfo info(fileName);
QString key = QLatin1Literal("qt_pixmap")
% info.absoluteFilePath()
% HexString<uint>(info.lastModified().toTime_t())
% HexString<quint64>(info.size())
% HexString<uint>(data ? data->pixelType() : QPixmapData::PixmapType);
// Note: If no extension is provided, we try to match the
// file against known plugin extensions
if (!info.completeSuffix().isEmpty() && !info.exists())
return false;
if (QPixmapCache::find(key, *this))
return true;
QScopedPointer<QPixmapData> tmp(QPixmapData::create(0, 0, data ? data->type : QPixmapData::PixmapType));
if (tmp->fromFile(fileName, format, flags)) {
data = tmp.take();
QPixmapCache::insert(key, *this);
return true;
}
return false;
}
/*!
\fn bool QPixmap::loadFromData(const uchar *data, uint len, const char *format, Qt::ImageConversionFlags flags)
Loads a pixmap from the \a len first bytes of the given binary \a
data. Returns true if the pixmap was loaded successfully;
otherwise returns false.
The loader attempts to read the pixmap using the specified \a
format. If the \a format is not specified (which is the default),
the loader probes the file for a header to guess the file format.
If the data needs to be modified to fit in a lower-resolution
result (e.g. converting from 32-bit to 8-bit), use the \a flags to
control the conversion.
\sa load(), {QPixmap#Reading and Writing Image Files}{Reading and
Writing Image Files}
*/
bool QPixmap::loadFromData(const uchar *buf, uint len, const char *format, Qt::ImageConversionFlags flags)
{
if (len == 0 || buf == 0)
return false;
if (!data)
data = QPixmapData::create(0, 0, QPixmapData::PixmapType);
return data->fromData(buf, len, format, flags);
}
/*!
\fn bool QPixmap::loadFromData(const QByteArray &data, const char *format, Qt::ImageConversionFlags flags)
\overload
Loads a pixmap from the binary \a data using the specified \a
format and conversion \a flags.
*/
/*!
Saves the pixmap to the file with the given \a fileName using the
specified image file \a format and \a quality factor. Returns true
if successful; otherwise returns false.
The \a quality factor must be in the range [0,100] or -1. Specify
0 to obtain small compressed files, 100 for large uncompressed
files, and -1 to use the default settings.
If \a format is 0, an image format will be chosen from \a fileName's
suffix.
\sa {QPixmap#Reading and Writing Image Files}{Reading and Writing
Image Files}
*/
bool QPixmap::save(const QString &fileName, const char *format, int quality) const
{
if (isNull())
return false; // nothing to save
QImageWriter writer(fileName, format);
return doImageIO(&writer, quality);
}
/*!
\overload
This function writes a QPixmap to the given \a device using the
specified image file \a format and \a quality factor. This can be
used, for example, to save a pixmap directly into a QByteArray:
\snippet doc/src/snippets/image/image.cpp 1
*/
bool QPixmap::save(QIODevice* device, const char* format, int quality) const
{
if (isNull())
return false; // nothing to save
QImageWriter writer(device, format);
return doImageIO(&writer, quality);
}
/*! \internal
*/
bool QPixmap::doImageIO(QImageWriter *writer, int quality) const
{
if (quality > 100 || quality < -1)
qWarning("QPixmap::save: quality out of range [-1,100]");
if (quality >= 0)
writer->setQuality(qMin(quality,100));
return writer->write(toImage());
}
// The implementation (and documentation) of
// QPixmap::fill(const QWidget *, const QPoint &)
// is in qwidget.cpp
/*!
\fn void QPixmap::fill(const QWidget *widget, int x, int y)
\overload
Fills the pixmap with the \a widget's background color or pixmap.
The given point, (\a x, \a y), defines an offset in widget
coordinates to which the pixmap's top-left pixel will be mapped
to.
*/
/*!
Fills the pixmap with the given \a color.
The effect of this function is undefined when the pixmap is
being painted on.
\sa {QPixmap#Pixmap Transformations}{Pixmap Transformations}
*/
void QPixmap::fill(const QColor &color)
{
if (isNull())
return;
// Some people are probably already calling fill while a painter is active, so to not break
// their programs, only print a warning and return when the fill operation could cause a crash.
if (paintingActive() && (color.alpha() != 255) && !hasAlphaChannel()) {
qWarning("QPixmap::fill: Cannot fill while pixmap is being painted on");
return;
}
if (data->ref == 1) {
// detach() will also remove this pixmap from caches, so
// it has to be called even when ref == 1.
detach();
} else {
// Don't bother to make a copy of the data object, since
// it will be filled with new pixel data anyway.
QPixmapData *d = data->createCompatiblePixmapData();
d->resize(data->width(), data->height());
data = d;
}
data->fill(color);
}
/*! \obsolete
Returns a number that identifies the contents of this QPixmap
object. Distinct QPixmap objects can only have the same serial
number if they refer to the same contents (but they don't have
to).
Use cacheKey() instead.
\warning The serial number doesn't necessarily change when
the pixmap is altered. This means that it may be dangerous to use
it as a cache key. For caching pixmaps, we recommend using the
QPixmapCache class whenever possible.
*/
int QPixmap::serialNumber() const
{
if (isNull())
return 0;
return data->serialNumber();
}
/*!
Returns a number that identifies this QPixmap. Distinct QPixmap
objects can only have the same cache key if they refer to the same
contents.
The cacheKey() will change when the pixmap is altered.
*/
qint64 QPixmap::cacheKey() const
{
if (isNull())
return 0;
Q_ASSERT(data);
return data->cacheKey();
}
static void sendResizeEvents(QWidget *target)
{
QResizeEvent e(target->size(), QSize());
QApplication::sendEvent(target, &e);
const QObjectList children = target->children();
for (int i = 0; i < children.size(); ++i) {
QWidget *child = static_cast<QWidget*>(children.at(i));
if (child->isWidgetType() && !child->isWindow() && child->testAttribute(Qt::WA_PendingResizeEvent))
sendResizeEvents(child);
}
}
/*!
\fn QPixmap QPixmap::grabWidget(QWidget * widget, const QRect &rectangle)
Creates a pixmap and paints the given \a widget, restricted by the
given \a rectangle, in it. If the \a widget has any children, then
they are also painted in the appropriate positions.
If no rectangle is specified (the default) the entire widget is
painted.
If \a widget is 0, the specified rectangle doesn't overlap the
widget's rectangle, or an error occurs, the function will return a
null QPixmap. If the rectangle is a superset of the given \a
widget, the areas outside the \a widget are covered with the
widget's background.
This function actually asks \a widget to paint itself (and its
children to paint themselves) by calling paintEvent() with painter
redirection turned on. But QPixmap also provides the grabWindow()
function which is a bit faster by grabbing pixels directly off the
screen. In addition, if there are overlaying windows,
grabWindow(), unlike grabWidget(), will see them.
\warning Do not grab a widget from its QWidget::paintEvent().
However, it is safe to grab a widget from another widget's
\l {QWidget::}{paintEvent()}.
\sa grabWindow()
*/
QPixmap QPixmap::grabWidget(QWidget * widget, const QRect &rect)
{
if (!widget)
return QPixmap();
if (widget->testAttribute(Qt::WA_PendingResizeEvent) || !widget->testAttribute(Qt::WA_WState_Created))
sendResizeEvents(widget);
widget->d_func()->prepareToRender(QRegion(),
QWidget::DrawWindowBackground | QWidget::DrawChildren | QWidget::IgnoreMask);
QRect r(rect);
if (r.width() < 0)
r.setWidth(widget->width() - rect.x());
if (r.height() < 0)
r.setHeight(widget->height() - rect.y());
if (!r.intersects(widget->rect()))
return QPixmap();
QPixmap res(r.size());
if (!qt_widget_private(widget)->isOpaque)
res.fill(Qt::transparent);
widget->d_func()->render(&res, QPoint(), r, QWidget::DrawWindowBackground
| QWidget::DrawChildren | QWidget::IgnoreMask, true);
return res;
}
/*!
\fn QPixmap QPixmap::grabWidget(QWidget *widget, int x, int y, int
width, int height)
\overload
Creates a pixmap and paints the given \a widget, restricted by
QRect(\a x, \a y, \a width, \a height), in it.
\warning Do not grab a widget from its QWidget::paintEvent().
However, it is safe to grab a widget from another widget's
\l {QWidget::}{paintEvent()}.
*/
/*!
\since 4.5
\enum QPixmap::ShareMode
This enum type defines the share modes that are available when
creating a QPixmap object from a raw X11 Pixmap handle.
\value ImplicitlyShared This mode will cause the QPixmap object to
create a copy of the internal data before it is modified, thus
keeping the original X11 pixmap intact.
\value ExplicitlyShared In this mode, the pixmap data will \e not be
copied before it is modified, which in effect will change the
original X11 pixmap.
\warning This enum is only used for X11 specific functions; using
it is non-portable.
\sa QPixmap::fromX11Pixmap()
*/
/*!
\since 4.5
\fn QPixmap QPixmap::fromX11Pixmap(Qt::HANDLE pixmap, QPixmap::ShareMode mode)
Creates a QPixmap from the native X11 Pixmap handle \a pixmap,
using \a mode as the share mode. The default share mode is
QPixmap::ImplicitlyShared, which means that a copy of the pixmap is
made if someone tries to modify it by e.g. drawing onto it.
QPixmap does \e not take ownership of the \a pixmap handle, and
have to be deleted by the user.
\warning This function is X11 specific; using it is non-portable.
\sa QPixmap::ShareMode
*/
#if defined(Q_WS_X11) || defined(Q_WS_QWS)
/*!
Returns the pixmap's handle to the device context.
Note that, since QPixmap make use of \l {Implicit Data
Sharing}{implicit data sharing}, the detach() function must be
called explicitly to ensure that only \e this pixmap's data is
modified if the pixmap data is shared.
\warning This function is X11 specific; using it is non-portable.
\warning Since 4.8, pixmaps do not have an X11 handle unless
created with \l {QPixmap::}{fromX11Pixmap()}, or if the native
graphics system is explicitly enabled.
\sa detach()
\sa QApplication::setGraphicsSystem()
*/
Qt::HANDLE QPixmap::handle() const
{
#if defined(Q_WS_X11)
const QPixmapData *pd = pixmapData();
if (pd && pd->classId() == QPixmapData::X11Class)
return static_cast<const QX11PixmapData*>(pd)->handle();
#endif
return 0;
}
#endif
#ifdef QT3_SUPPORT
static Qt::ImageConversionFlags colorModeToFlags(QPixmap::ColorMode mode)
{
Qt::ImageConversionFlags flags = Qt::AutoColor;
switch (mode) {
case QPixmap::Color:
flags |= Qt::ColorOnly;
break;
case QPixmap::Mono:
flags |= Qt::MonoOnly;
break;
default:
break;// Nothing.
}
return flags;
}
/*!
Use the constructor that takes a Qt::ImageConversionFlag instead.
*/
QPixmap::QPixmap(const QString& fileName, const char *format, ColorMode mode)
: QPaintDevice()
{
init(0, 0, QPixmapData::PixmapType);
if (!qt_pixmap_thread_test())
return;
load(fileName, format, colorModeToFlags(mode));
}
/*!
Constructs a pixmap from the QImage \a image.
Use the static fromImage() function instead.
*/
QPixmap::QPixmap(const QImage& image)
: QPaintDevice()
{
init(0, 0, QPixmapData::PixmapType);
if (!qt_pixmap_thread_test())
return;
if (data && data->pixelType() == QPixmapData::BitmapType)
*this = QBitmap::fromImage(image);
else
*this = fromImage(image);
}
/*!
\overload
Converts the given \a image to a pixmap that is assigned to this
pixmap.
Use the static fromImage() function instead.
*/
QPixmap &QPixmap::operator=(const QImage &image)
{
if (data && data->pixelType() == QPixmapData::BitmapType)
*this = QBitmap::fromImage(image);
else
*this = fromImage(image);
return *this;
}
/*!
Use the load() function that takes a Qt::ImageConversionFlag instead.
*/
bool QPixmap::load(const QString &fileName, const char *format, ColorMode mode)
{
return load(fileName, format, colorModeToFlags(mode));
}
/*!
Use the loadFromData() function that takes a Qt::ImageConversionFlag instead.
*/
bool QPixmap::loadFromData(const uchar *buf, uint len, const char *format, ColorMode mode)
{
return loadFromData(buf, len, format, colorModeToFlags(mode));
}
/*!
Use the static fromImage() function instead.
*/
bool QPixmap::convertFromImage(const QImage &image, ColorMode mode)
{
if (data && data->pixelType() == QPixmapData::BitmapType)
*this = QBitmap::fromImage(image, colorModeToFlags(mode));
else
*this = fromImage(image, colorModeToFlags(mode));
return !isNull();
}
#endif
/*****************************************************************************
QPixmap stream functions
*****************************************************************************/
#if !defined(QT_NO_DATASTREAM)
/*!
\relates QPixmap
Writes the given \a pixmap to the given \a stream as a PNG
image. Note that writing the stream to a file will not produce a
valid image file.
\sa QPixmap::save(), {Serializing Qt Data Types}
*/
QDataStream &operator<<(QDataStream &stream, const QPixmap &pixmap)
{
return stream << pixmap.toImage();
}
/*!
\relates QPixmap
Reads an image from the given \a stream into the given \a pixmap.
\sa QPixmap::load(), {Serializing Qt Data Types}
*/
QDataStream &operator>>(QDataStream &stream, QPixmap &pixmap)
{
QImage image;
stream >> image;
if (image.isNull()) {
pixmap = QPixmap();
} else if (image.depth() == 1) {
pixmap = QBitmap::fromImage(image);
} else {
pixmap = QPixmap::fromImage(image);
}
return stream;
}
#endif // QT_NO_DATASTREAM
#ifdef QT3_SUPPORT
Q_GUI_EXPORT void copyBlt(QPixmap *dst, int dx, int dy,
const QPixmap *src, int sx, int sy, int sw, int sh)
{
Q_ASSERT_X(dst, "::copyBlt", "Destination pixmap must be non-null");
Q_ASSERT_X(src, "::copyBlt", "Source pixmap must be non-null");
if (src->hasAlphaChannel()) {
if (dst->paintEngine()->hasFeature(QPaintEngine::PorterDuff)) {
QPainter p(dst);
p.setCompositionMode(QPainter::CompositionMode_Source);
p.drawPixmap(dx, dy, *src, sx, sy, sw, sh);
} else {
QImage image = dst->toImage().convertToFormat(QImage::Format_ARGB32_Premultiplied);
QPainter p(&image);
p.setCompositionMode(QPainter::CompositionMode_Source);
p.drawPixmap(dx, dy, *src, sx, sy, sw, sh);
p.end();
*dst = QPixmap::fromImage(image);
}
} else {
QPainter p(dst);
p.drawPixmap(dx, dy, *src, sx, sy, sw, sh);
}
}
#endif
/*!
\internal
*/
bool QPixmap::isDetached() const
{
return data && data->ref == 1;
}
/*! \internal
### Qt5 - remove me.
*/
void QPixmap::deref()
{
Q_ASSERT_X(false, "QPixmap::deref()", "Do not call this function anymore!");
}
/*!
\fn QImage QPixmap::convertToImage() const
Use the toImage() function instead.
*/
/*!
Replaces this pixmap's data with the given \a image using the
specified \a flags to control the conversion. The \a flags
argument is a bitwise-OR of the \l{Qt::ImageConversionFlags}.
Passing 0 for \a flags sets all the default options. Returns true
if the result is that this pixmap is not null.
Note: this function was part of Qt 3 support in Qt 4.6 and earlier.
It has been promoted to official API status in 4.7 to support updating
the pixmap's image without creating a new QPixmap as fromImage() would.
\sa fromImage()
\since 4.7
*/
bool QPixmap::convertFromImage(const QImage &image, Qt::ImageConversionFlags flags)
{
if (image.isNull() || !data)
*this = QPixmap::fromImage(image, flags);
else
data->fromImage(image, flags);
return !isNull();
}
/*!
\fn QPixmap QPixmap::xForm(const QMatrix &matrix) const
Use transformed() instead.
*/
/*!
\fn QPixmap QPixmap::scaled(int width, int height,
Qt::AspectRatioMode aspectRatioMode, Qt::TransformationMode
transformMode) const
\overload
Returns a copy of the pixmap scaled to a rectangle with the given
\a width and \a height according to the given \a aspectRatioMode and
\a transformMode.
If either the \a width or the \a height is zero or negative, this
function returns a null pixmap.
*/
/*!
\fn QPixmap QPixmap::scaled(const QSize &size, Qt::AspectRatioMode
aspectRatioMode, Qt::TransformationMode transformMode) const
Scales the pixmap to the given \a size, using the aspect ratio and
transformation modes specified by \a aspectRatioMode and \a
transformMode.
\image qimage-scaling.png
\list
\i If \a aspectRatioMode is Qt::IgnoreAspectRatio, the pixmap
is scaled to \a size.
\i If \a aspectRatioMode is Qt::KeepAspectRatio, the pixmap is
scaled to a rectangle as large as possible inside \a size, preserving the aspect ratio.
\i If \a aspectRatioMode is Qt::KeepAspectRatioByExpanding,
the pixmap is scaled to a rectangle as small as possible
outside \a size, preserving the aspect ratio.
\endlist
If the given \a size is empty, this function returns a null
pixmap.
In some cases it can be more beneficial to draw the pixmap to a
painter with a scale set rather than scaling the pixmap. This is
the case when the painter is for instance based on OpenGL or when
the scale factor changes rapidly.
\sa isNull(), {QPixmap#Pixmap Transformations}{Pixmap
Transformations}
*/
QPixmap QPixmap::scaled(const QSize& s, Qt::AspectRatioMode aspectMode, Qt::TransformationMode mode) const
{
if (isNull()) {
qWarning("QPixmap::scaled: Pixmap is a null pixmap");
return QPixmap();
}
if (s.isEmpty())
return QPixmap();
QSize newSize = size();
newSize.scale(s, aspectMode);
newSize.rwidth() = qMax(newSize.width(), 1);
newSize.rheight() = qMax(newSize.height(), 1);
if (newSize == size())
return *this;
QTransform wm = QTransform::fromScale((qreal)newSize.width() / width(),
(qreal)newSize.height() / height());
QPixmap pix = transformed(wm, mode);
return pix;
}
/*!
\fn QPixmap QPixmap::scaledToWidth(int width, Qt::TransformationMode
mode) const
Returns a scaled copy of the image. The returned image is scaled
to the given \a width using the specified transformation \a mode.
The height of the pixmap is automatically calculated so that the
aspect ratio of the pixmap is preserved.
If \a width is 0 or negative, a null pixmap is returned.
\sa isNull(), {QPixmap#Pixmap Transformations}{Pixmap
Transformations}
*/
QPixmap QPixmap::scaledToWidth(int w, Qt::TransformationMode mode) const
{
if (isNull()) {
qWarning("QPixmap::scaleWidth: Pixmap is a null pixmap");
return copy();
}
if (w <= 0)
return QPixmap();
qreal factor = (qreal) w / width();
QTransform wm = QTransform::fromScale(factor, factor);
return transformed(wm, mode);
}
/*!
\fn QPixmap QPixmap::scaledToHeight(int height,
Qt::TransformationMode mode) const
Returns a scaled copy of the image. The returned image is scaled
to the given \a height using the specified transformation \a mode.
The width of the pixmap is automatically calculated so that the
aspect ratio of the pixmap is preserved.
If \a height is 0 or negative, a null pixmap is returned.
\sa isNull(), {QPixmap#Pixmap Transformations}{Pixmap
Transformations}
*/
QPixmap QPixmap::scaledToHeight(int h, Qt::TransformationMode mode) const
{
if (isNull()) {
qWarning("QPixmap::scaleHeight: Pixmap is a null pixmap");
return copy();
}
if (h <= 0)
return QPixmap();
qreal factor = (qreal) h / height();
QTransform wm = QTransform::fromScale(factor, factor);
return transformed(wm, mode);
}
/*!
Returns a copy of the pixmap that is transformed using the given
transformation \a transform and transformation \a mode. The original
pixmap is not changed.
The transformation \a transform is internally adjusted to compensate
for unwanted translation; i.e. the pixmap produced is the smallest
pixmap that contains all the transformed points of the original
pixmap. Use the trueMatrix() function to retrieve the actual
matrix used for transforming the pixmap.
This function is slow because it involves transformation to a
QImage, non-trivial computations and a transformation back to a
QPixmap.
\sa trueMatrix(), {QPixmap#Pixmap Transformations}{Pixmap
Transformations}
*/
QPixmap QPixmap::transformed(const QTransform &transform,
Qt::TransformationMode mode) const
{
if (isNull() || transform.type() <= QTransform::TxTranslate)
return *this;
return data->transformed(transform, mode);
}
/*!
\overload
This convenience function loads the \a matrix into a
QTransform and calls the overloaded function.
*/
QPixmap QPixmap::transformed(const QMatrix &matrix, Qt::TransformationMode mode) const
{
return transformed(QTransform(matrix), mode);
}
/*!
\class QPixmap
\brief The QPixmap class is an off-screen image representation
that can be used as a paint device.
\ingroup painting
\ingroup shared
Qt provides four classes for handling image data: QImage, QPixmap,
QBitmap and QPicture. QImage is designed and optimized for I/O,
and for direct pixel access and manipulation, while QPixmap is
designed and optimized for showing images on screen. QBitmap is
only a convenience class that inherits QPixmap, ensuring a depth
of 1. The isQBitmap() function returns true if a QPixmap object is
really a bitmap, otherwise returns false. Finally, the QPicture class
is a paint device that records and replays QPainter commands.
A QPixmap can easily be displayed on the screen using QLabel or
one of QAbstractButton's subclasses (such as QPushButton and
QToolButton). QLabel has a pixmap property, whereas
QAbstractButton has an icon property.
In addition to the ordinary constructors, a QPixmap can be
constructed using the static grabWidget() and grabWindow()
functions which creates a QPixmap and paints the given widget, or
window, into it.
QPixmap objects can be passed around by value since the QPixmap
class uses implicit data sharing. For more information, see the \l
{Implicit Data Sharing} documentation. QPixmap objects can also be
streamed.
Note that the pixel data in a pixmap is internal and is managed by
the underlying window system. Because QPixmap is a QPaintDevice
subclass, QPainter can be used to draw directly onto pixmaps.
Pixels can only be accessed through QPainter functions or by
converting the QPixmap to a QImage. However, the fill() function
is available for initializing the entire pixmap with a given color.
There are functions to convert between QImage and
QPixmap. Typically, the QImage class is used to load an image
file, optionally manipulating the image data, before the QImage
object is converted into a QPixmap to be shown on
screen. Alternatively, if no manipulation is desired, the image
file can be loaded directly into a QPixmap. On Windows, the
QPixmap class also supports conversion between \c HBITMAP and
QPixmap. On Symbian, the QPixmap class also supports conversion
between CFbsBitmap and QPixmap.
QPixmap provides a collection of functions that can be used to
obtain a variety of information about the pixmap. In addition,
there are several functions that enables transformation of the
pixmap.
\tableofcontents
\section1 Reading and Writing Image Files
QPixmap provides several ways of reading an image file: The file
can be loaded when constructing the QPixmap object, or by using
the load() or loadFromData() functions later on. When loading an
image, the file name can either refer to an actual file on disk or
to one of the application's embedded resources. See \l{The Qt
Resource System} overview for details on how to embed images and
other resource files in the application's executable.
Simply call the save() function to save a QPixmap object.
The complete list of supported file formats are available through
the QImageReader::supportedImageFormats() and
QImageWriter::supportedImageFormats() functions. New file formats
can be added as plugins. By default, Qt supports the following
formats:
\table
\header \o Format \o Description \o Qt's support
\row \o BMP \o Windows Bitmap \o Read/write
\row \o GIF \o Graphic Interchange Format (optional) \o Read
\row \o JPG \o Joint Photographic Experts Group \o Read/write
\row \o JPEG \o Joint Photographic Experts Group \o Read/write
\row \o PNG \o Portable Network Graphics \o Read/write
\row \o PBM \o Portable Bitmap \o Read
\row \o PGM \o Portable Graymap \o Read
\row \o PPM \o Portable Pixmap \o Read/write
\row \o XBM \o X11 Bitmap \o Read/write
\row \o XPM \o X11 Pixmap \o Read/write
\endtable
\section1 Pixmap Information
QPixmap provides a collection of functions that can be used to
obtain a variety of information about the pixmap:
\table
\header
\o \o Available Functions
\row
\o Geometry
\o
The size(), width() and height() functions provide information
about the pixmap's size. The rect() function returns the image's
enclosing rectangle.
\row
\o Alpha component
\o
The hasAlphaChannel() returns true if the pixmap has a format that
respects the alpha channel, otherwise returns false. The hasAlpha(),
setMask() and mask() functions are legacy and should not be used.
They are potentially very slow.
The createHeuristicMask() function creates and returns a 1-bpp
heuristic mask (i.e. a QBitmap) for this pixmap. It works by
selecting a color from one of the corners and then chipping away
pixels of that color, starting at all the edges. The
createMaskFromColor() function creates and returns a mask (i.e. a
QBitmap) for the pixmap based on a given color.
\row
\o Low-level information
\o
The depth() function returns the depth of the pixmap. The
defaultDepth() function returns the default depth, i.e. the depth
used by the application on the given screen.
The cacheKey() function returns a number that uniquely
identifies the contents of the QPixmap object.
The x11Info() function returns information about the configuration
of the X display used by the screen to which the pixmap currently
belongs. The x11PictureHandle() function returns the X11 Picture
handle of the pixmap for XRender support. Note that the two latter
functions are only available on x11.
\endtable
\section1 Pixmap Conversion
A QPixmap object can be converted into a QImage using the
toImage() function. Likewise, a QImage can be converted into a
QPixmap using the fromImage(). If this is too expensive an
operation, you can use QBitmap::fromImage() instead.
In addition, on Windows, the QPixmap class supports conversion to
and from HBITMAP: the toWinHBITMAP() function creates a HBITMAP
equivalent to the QPixmap, based on the given HBitmapFormat, and
returns the HBITMAP handle. The fromWinHBITMAP() function returns
a QPixmap that is equivalent to the given bitmap which has the
specified format. The QPixmap class also supports conversion to
and from HICON: the toWinHICON() function creates a HICON equivalent
to the QPixmap, and returns the HICON handle. The fromWinHICON()
function returns a QPixmap that is equivalent to the given icon.
In addition, on Symbian, the QPixmap class supports conversion to
and from CFbsBitmap: the toSymbianCFbsBitmap() function creates
CFbsBitmap equivalent to the QPixmap, based on given mode and returns
a CFbsBitmap object. The fromSymbianCFbsBitmap() function returns a
QPixmap that is equivalent to the given bitmap and given mode.
\section1 Pixmap Transformations
QPixmap supports a number of functions for creating a new pixmap
that is a transformed version of the original:
The scaled(), scaledToWidth() and scaledToHeight() functions
return scaled copies of the pixmap, while the copy() function
creates a QPixmap that is a plain copy of the original one.
The transformed() function returns a copy of the pixmap that is
transformed with the given transformation matrix and
transformation mode: Internally, the transformation matrix is
adjusted to compensate for unwanted translation,
i.e. transformed() returns the smallest pixmap containing all
transformed points of the original pixmap. The static trueMatrix()
function returns the actual matrix used for transforming the
pixmap.
\note When using the native X11 graphics system, the pixmap
becomes invalid when the QApplication instance is destroyed.
\sa QBitmap, QImage, QImageReader, QImageWriter
*/
/*!
\typedef QPixmap::DataPtr
\internal
*/
/*!
\fn DataPtr &QPixmap::data_ptr()
\internal
*/
/*!
Returns true if this pixmap has an alpha channel, \e or has a
mask, otherwise returns false.
\sa hasAlphaChannel(), mask()
*/
bool QPixmap::hasAlpha() const
{
#if defined(Q_WS_X11)
if (data && data->hasAlphaChannel())
return true;
QPixmapData *pd = pixmapData();
if (pd && pd->classId() == QPixmapData::X11Class) {
QX11PixmapData *x11Data = static_cast<QX11PixmapData*>(pd);
#ifndef QT_NO_XRENDER
if (x11Data->picture && x11Data->d == 32)
return true;
#endif
if (x11Data->d == 1 || x11Data->x11_mask)
return true;
}
return false;
#else
return data && data->hasAlphaChannel();
#endif
}
/*!
Returns true if the pixmap has a format that respects the alpha
channel, otherwise returns false.
\sa hasAlpha()
*/
bool QPixmap::hasAlphaChannel() const
{
return data && data->hasAlphaChannel();
}
/*!
\internal
*/
int QPixmap::metric(PaintDeviceMetric metric) const
{
return data ? data->metric(metric) : 0;
}
/*!
\fn void QPixmap::setAlphaChannel(const QPixmap &alphaChannel)
\obsolete
Sets the alpha channel of this pixmap to the given \a alphaChannel
by converting the \a alphaChannel into 32 bit and using the
intensity of the RGB pixel values.
The effect of this function is undefined when the pixmap is being
painted on.
\warning This is potentially an expensive operation. Most usecases
for this function are covered by QPainter and compositionModes
which will normally execute faster.
\sa alphaChannel(), {QPixmap#Pixmap Transformations}{Pixmap
Transformations}
*/
void QPixmap::setAlphaChannel(const QPixmap &alphaChannel)
{
if (alphaChannel.isNull())
return;
if (paintingActive()) {
qWarning("QPixmap::setAlphaChannel: "
"Cannot set alpha channel while pixmap is being painted on");
return;
}
if (width() != alphaChannel.width() && height() != alphaChannel.height()) {
qWarning("QPixmap::setAlphaChannel: "
"The pixmap and the alpha channel pixmap must have the same size");
return;
}
detach();
data->setAlphaChannel(alphaChannel);
}
/*!
\obsolete
Returns the alpha channel of the pixmap as a new grayscale QPixmap in which
each pixel's red, green, and blue values are given the alpha value of the
original pixmap. The color depth of the returned pixmap is the system depth
on X11 and 8-bit on Windows and Mac OS X.
You can use this function while debugging
to get a visible image of the alpha channel. If the pixmap doesn't have an
alpha channel, i.e., the alpha channel's value for all pixels equals
0xff), a null pixmap is returned. You can check this with the \c isNull()
function.
We show an example:
\snippet doc/src/snippets/alphachannel.cpp 0
\image alphachannelimage.png The pixmap and channelImage QPixmaps
\warning This is an expensive operation. The alpha channel of the
pixmap is extracted dynamically from the pixeldata. Most usecases of this
function are covered by QPainter and compositionModes which will normally
execute faster.
\sa setAlphaChannel(), {QPixmap#Pixmap Information}{Pixmap
Information}
*/
QPixmap QPixmap::alphaChannel() const
{
return data ? data->alphaChannel() : QPixmap();
}
/*!
\internal
*/
QPaintEngine *QPixmap::paintEngine() const
{
return data ? data->paintEngine() : 0;
}
/*!
\fn QBitmap QPixmap::mask() const
Extracts a bitmap mask from the pixmap's alpha channel.
\warning This is potentially an expensive operation. The mask of
the pixmap is extracted dynamically from the pixeldata.
\sa setMask(), {QPixmap#Pixmap Information}{Pixmap Information}
*/
QBitmap QPixmap::mask() const
{
return data ? data->mask() : QBitmap();
}
/*!
Returns the default pixmap depth used by the application.
On Windows and Mac, the default depth is always 32. On X11 and
embedded, the depth of the screen will be returned by this
function.
\sa depth(), QColormap::depth(), {QPixmap#Pixmap Information}{Pixmap Information}
*/
int QPixmap::defaultDepth()
{
#if defined(Q_WS_QWS)
return QScreen::instance()->depth();
#elif defined(Q_WS_X11)
return QX11Info::appDepth();
#elif defined(Q_WS_WINCE)
return QColormap::instance().depth();
#elif defined(Q_WS_WIN)
return 32; // XXX
#elif defined(Q_WS_MAC)
return 32;
#elif defined(Q_OS_SYMBIAN)
return S60->screenDepth;
#elif defined(Q_WS_QPA)
return 32; //LITE: use graphicssystem (we should do that in general)
#endif
}
/*!
Detaches the pixmap from shared pixmap data.
A pixmap is automatically detached by Qt whenever its contents are
about to change. This is done in almost all QPixmap member
functions that modify the pixmap (fill(), fromImage(),
load(), etc.), and in QPainter::begin() on a pixmap.
There are two exceptions in which detach() must be called
explicitly, that is when calling the handle() or the
x11PictureHandle() function (only available on X11). Otherwise,
any modifications done using system calls, will be performed on
the shared data.
The detach() function returns immediately if there is just a
single reference or if the pixmap has not been initialized yet.
*/
void QPixmap::detach()
{
if (!data)
return;
// QPixmap.data member may be QRuntimePixmapData so use pixmapData() function to get
// the actual underlaying runtime pixmap data.
QPixmapData *pd = pixmapData();
QPixmapData::ClassId id = pd->classId();
if (id == QPixmapData::RasterClass) {
QRasterPixmapData *rasterData = static_cast<QRasterPixmapData*>(pd);
rasterData->image.detach();
}
if (data->is_cached && data->ref == 1)
QImagePixmapCleanupHooks::executePixmapDataModificationHooks(data.data());
#if defined(Q_WS_MAC)
QMacPixmapData *macData = id == QPixmapData::MacClass ? static_cast<QMacPixmapData*>(pd) : 0;
if (macData) {
if (macData->cg_mask) {
CGImageRelease(macData->cg_mask);
macData->cg_mask = 0;
}
}
#endif
if (data->ref != 1) {
*this = copy();
}
++data->detach_no;
#if defined(Q_WS_X11)
if (pd->classId() == QPixmapData::X11Class) {
QX11PixmapData *d = static_cast<QX11PixmapData*>(pd);
d->flags &= ~QX11PixmapData::Uninitialized;
// reset the cache data
if (d->hd2) {
XFreePixmap(X11->display, d->hd2);
d->hd2 = 0;
}
}
#elif defined(Q_WS_MAC)
if (macData) {
macData->macReleaseCGImageRef();
macData->uninit = false;
}
#endif
}
/*!
\fn QPixmap QPixmap::fromImage(const QImage &image, Qt::ImageConversionFlags flags)
Converts the given \a image to a pixmap using the specified \a
flags to control the conversion. The \a flags argument is a
bitwise-OR of the \l{Qt::ImageConversionFlags}. Passing 0 for \a
flags sets all the default options.
In case of monochrome and 8-bit images, the image is first
converted to a 32-bit pixmap and then filled with the colors in
the color table. If this is too expensive an operation, you can
use QBitmap::fromImage() instead.
\sa fromImageReader(), toImage(), {QPixmap#Pixmap Conversion}{Pixmap Conversion}
*/
QPixmap QPixmap::fromImage(const QImage &image, Qt::ImageConversionFlags flags)
{
if (image.isNull())
return QPixmap();
QGraphicsSystem* gs = QApplicationPrivate::graphicsSystem();
QScopedPointer<QPixmapData> data(gs ? gs->createPixmapData(QPixmapData::PixmapType)
: QGraphicsSystem::createDefaultPixmapData(QPixmapData::PixmapType));
data->fromImage(image, flags);
return QPixmap(data.take());
}
/*!
\fn QPixmap QPixmap::fromImageReader(QImageReader *imageReader, Qt::ImageConversionFlags flags)
Create a QPixmap from an image read directly from an \a imageReader.
The \a flags argument is a bitwise-OR of the \l{Qt::ImageConversionFlags}.
Passing 0 for \a flags sets all the default options.
On some systems, reading an image directly to QPixmap can use less memory than
reading a QImage to convert it to QPixmap.
\sa fromImage(), toImage(), {QPixmap#Pixmap Conversion}{Pixmap Conversion}
*/
QPixmap QPixmap::fromImageReader(QImageReader *imageReader, Qt::ImageConversionFlags flags)
{
QGraphicsSystem *gs = QApplicationPrivate::graphicsSystem();
QScopedPointer<QPixmapData> data(gs ? gs->createPixmapData(QPixmapData::PixmapType)
: QGraphicsSystem::createDefaultPixmapData(QPixmapData::PixmapType));
data->fromImageReader(imageReader, flags);
return QPixmap(data.take());
}
/*!
\fn QPixmap QPixmap::grabWindow(WId window, int x, int y, int
width, int height)
Creates and returns a pixmap constructed by grabbing the contents
of the given \a window restricted by QRect(\a x, \a y, \a width,
\a height).
The arguments (\a{x}, \a{y}) specify the offset in the window,
whereas (\a{width}, \a{height}) specify the area to be copied. If
\a width is negative, the function copies everything to the right
border of the window. If \a height is negative, the function
copies everything to the bottom of the window.
The window system identifier (\c WId) can be retrieved using the
QWidget::winId() function. The rationale for using a window
identifier and not a QWidget, is to enable grabbing of windows
that are not part of the application, window system frames, and so
on.
The grabWindow() function grabs pixels from the screen, not from
the window, i.e. if there is another window partially or entirely
over the one you grab, you get pixels from the overlying window,
too. The mouse cursor is generally not grabbed.
Note on X11 that if the given \a window doesn't have the same depth
as the root window, and another window partially or entirely
obscures the one you grab, you will \e not get pixels from the
overlying window. The contents of the obscured areas in the
pixmap will be undefined and uninitialized.
On Windows Vista and above grabbing a layered window, which is
created by setting the Qt::WA_TranslucentBackground attribute, will
not work. Instead grabbing the desktop widget should work.
\warning In general, grabbing an area outside the screen is not
safe. This depends on the underlying window system.
\sa grabWidget(), {Screenshot Example}
*/
/*!
\internal
*/
QPixmapData* QPixmap::pixmapData() const
{
if (data) {
QPixmapData* pm = data.data();
return pm->runtimeData() ? pm->runtimeData() : pm;
}
return 0;
}
/*!
\enum QPixmap::HBitmapFormat
\bold{Win32 only:} This enum defines how the conversion between \c
HBITMAP and QPixmap is performed.
\warning This enum is only available on Windows.
\value NoAlpha The alpha channel is ignored and always treated as
being set to fully opaque. This is preferred if the \c HBITMAP is
used with standard GDI calls, such as \c BitBlt().
\value PremultipliedAlpha The \c HBITMAP is treated as having an
alpha channel and premultiplied colors. This is preferred if the
\c HBITMAP is accessed through the \c AlphaBlend() GDI function.
\value Alpha The \c HBITMAP is treated as having a plain alpha
channel. This is the preferred format if the \c HBITMAP is going
to be used as an application icon or systray icon.
\sa fromWinHBITMAP(), toWinHBITMAP()
*/
/*! \fn HBITMAP QPixmap::toWinHBITMAP(HBitmapFormat format) const
\bold{Win32 only:} Creates a \c HBITMAP equivalent to the QPixmap,
based on the given \a format. Returns the \c HBITMAP handle.
It is the caller's responsibility to free the \c HBITMAP data
after use.
\warning This function is only available on Windows.
\sa fromWinHBITMAP(), {QPixmap#Pixmap Conversion}{Pixmap Conversion}
*/
/*! \fn QPixmap QPixmap::fromWinHBITMAP(HBITMAP bitmap, HBitmapFormat format)
\bold{Win32 only:} Returns a QPixmap that is equivalent to the
given \a bitmap. The conversion is based on the specified \a
format.
\warning This function is only available on Windows.
\sa toWinHBITMAP(), {QPixmap#Pixmap Conversion}{Pixmap Conversion}
*/
/*! \fn HICON QPixmap::toWinHICON() const
\since 4.6
\bold{Win32 only:} Creates a \c HICON equivalent to the QPixmap.
Returns the \c HICON handle.
It is the caller's responsibility to free the \c HICON data after use.
\warning This function is only available on Windows.
\sa fromWinHICON(), {QPixmap#Pixmap Conversion}{Pixmap Conversion}
*/
/*! \fn QPixmap QPixmap::fromWinHICON(HICON icon)
\since 4.6
\bold{Win32 only:} Returns a QPixmap that is equivalent to the given
\a icon.
\warning This function is only available on Windows.
\sa toWinHICON(), {QPixmap#Pixmap Conversion}{Pixmap Conversion}
*/
/*! \fn const QX11Info &QPixmap::x11Info() const
\bold{X11 only:} Returns information about the configuration of
the X display used by the screen to which the pixmap currently belongs.
\warning This function is only available on X11.
\sa {QPixmap#Pixmap Information}{Pixmap Information}
*/
/*! \fn Qt::HANDLE QPixmap::x11PictureHandle() const
\bold{X11 only:} Returns the X11 Picture handle of the pixmap for
XRender support.
This function will return 0 if XRender support is not compiled
into Qt, if the XRender extension is not supported on the X11
display, or if the handle could not be created. Use of this
function is not portable.
\warning This function is only available on X11.
\sa {QPixmap#Pixmap Information}{Pixmap Information}
*/
/*! \fn int QPixmap::x11SetDefaultScreen(int screen)
\internal
*/
/*! \fn void QPixmap::x11SetScreen(int screen)
\internal
*/
/*! \fn QRgb* QPixmap::clut() const
\internal
*/
/*! \fn int QPixmap::numCols() const
\obsolete
\internal
\sa colorCount()
*/
/*! \fn int QPixmap::colorCount() const
\since 4.6
\internal
*/
/*! \fn const uchar* QPixmap::qwsBits() const
\internal
\since 4.1
*/
/*! \fn int QPixmap::qwsBytesPerLine() const
\internal
\since 4.1
*/
QT_END_NAMESPACE
| 29.973432 | 115 | 0.673622 | martende |
70718aa26e53cbb87a19b4f9a0f4c38eac7d0800 | 1,458 | cc | C++ | physics/gravity_netcdf.cc | Tibonium/genecis | 4de1d987f5a7928b1fc3e31d2820f5d2452eb5fc | [
"BSD-2-Clause"
] | null | null | null | physics/gravity_netcdf.cc | Tibonium/genecis | 4de1d987f5a7928b1fc3e31d2820f5d2452eb5fc | [
"BSD-2-Clause"
] | null | null | null | physics/gravity_netcdf.cc | Tibonium/genecis | 4de1d987f5a7928b1fc3e31d2820f5d2452eb5fc | [
"BSD-2-Clause"
] | null | null | null | /**
* @file gravity_netcdf.cc
*/
#include <genecis/phsyics/gravity.h>
using namespace genecis::physics ;
/**
* Initialize netCDF file for recording data
*/
void gravity::init_netcdf( const char* filename,
const char* long_name )
{
_nc_file = new NcFile( filename, NcFile::Replace );
_nc_rec = 0 ;
if ( long_name ) {
_nc_file->add_att("long_name", long_name ) ;
}
// dimensions
NcDim* time_dim = _nc_file->add_dim( "travel_time" ) ;
// coordinates
_nc_time = _nc_file->add_var( "travel_time", ncDouble, time_dim ) ;
_nc_pos1 = _nc_file->add_var( "Object1 location", ncDouble,
time_dim, time_dim, time_dim ) ;
_nc_pos2 = _nc_file->add_var( "Object2 location", ncDouble,
time_dim, time_dim, time_dim ) ;
// attributes
_nc_time->add_att("units","days") ;
_nc_pos1->add_att("units","rho,thata,phi") ;
_nc_pos1->add_att("positive","out,up,clockwise") ;
_nc_pos2->add_att("units","rho,thata,phi") ;
_nc_pos2->add_att("positive","out,up,clockwise") ;
}
/**
* Writes the time and position of both bodies to
* the netCDF log
*/
void gravity::save_netcdf() {
NcError( verbose_nonfatal ) ;
_nc_time->put_rec( &_time, _nc_rec ) ;
_nc_pos1->put_rec( "position1 data", _nc_rec ) ; // need to figure out how to do this
_nc_pos2->put_rec( "position2 data", _nc_rec ) ; // need to figure out how to do this
++_nc_rec ;
}
/**
* Closes the netCDF log file
*/
void gravity::close_netcdf() {
delete _nc_file ;
_nc_file = NULL ;
}
| 25.137931 | 86 | 0.687243 | Tibonium |
707810bc6546d6f01200d1b8703ab397a33ada10 | 2,614 | cpp | C++ | libs/crypto/tests/unit/aes_tests.cpp | marcuswin/ledger | b79c5c4e7e92ff02ea4328fcc0885bf8ded2b8b2 | [
"Apache-2.0"
] | 1 | 2019-09-11T09:46:04.000Z | 2019-09-11T09:46:04.000Z | libs/crypto/tests/unit/aes_tests.cpp | qati/ledger | e05a8f2d62ea1b79a704867d220cf307ef6b93b9 | [
"Apache-2.0"
] | null | null | null | libs/crypto/tests/unit/aes_tests.cpp | qati/ledger | e05a8f2d62ea1b79a704867d220cf307ef6b93b9 | [
"Apache-2.0"
] | 1 | 2019-09-19T12:38:46.000Z | 2019-09-19T12:38:46.000Z | //------------------------------------------------------------------------------
//
// Copyright 2018-2019 Fetch.AI Limited
//
// Licensed under the Apache License, Version 2.0 (the "License");
// you may not use this file except in compliance with the License.
// You may obtain a copy of the License at
//
// http://www.apache.org/licenses/LICENSE-2.0
//
// Unless required by applicable law or agreed to in writing, software
// distributed under the License is distributed on an "AS IS" BASIS,
// WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
// See the License for the specific language governing permissions and
// limitations under the License.
//
//------------------------------------------------------------------------------
#include "aes.hpp"
#include "core/byte_array/byte_array.hpp"
#include "core/byte_array/const_byte_array.hpp"
#include "core/byte_array/decoders.hpp"
#include "crypto/block_cipher.hpp"
#include "gtest/gtest.h"
using fetch::byte_array::ConstByteArray;
using fetch::byte_array::FromHex;
using fetch::crypto::AesBlockCipher;
using fetch::crypto::BlockCipher;
namespace {
TEST(AesTests, BasicAes256CbcTest)
{
// define the inputs to the object
ConstByteArray plain_text = "The quick brown fox jumps over the lazy dog";
ConstByteArray key = FromHex("0102030405060708090A0B0C0D0E0F101112131415161718191A1B1C1D1E1F20");
ConstByteArray iv = FromHex("0102030405060708090A0B0C0D0E0F10");
// encrypt the plain text
ConstByteArray cipher_text{};
ASSERT_TRUE(AesBlockCipher::Encrypt(BlockCipher::AES_256_CBC, key, iv, plain_text, cipher_text));
ConstByteArray recovered_text{};
ASSERT_TRUE(
AesBlockCipher::Decrypt(BlockCipher::AES_256_CBC, key, iv, cipher_text, recovered_text));
ASSERT_EQ(plain_text, recovered_text);
}
TEST(AesTests, ExactMultipleOfBlockSize)
{
// define the inputs to the object
ConstByteArray plain_text = "The quick brown fox jumps over the lazy dog.....";
ConstByteArray key = FromHex("0102030405060708090A0B0C0D0E0F101112131415161718191A1B1C1D1E1F20");
ConstByteArray iv = FromHex("0102030405060708090A0B0C0D0E0F10");
// check the message size is as expected
ASSERT_EQ(plain_text.size() % 16, 0);
// encrypt the plain text
ConstByteArray cipher_text{};
ASSERT_TRUE(AesBlockCipher::Encrypt(BlockCipher::AES_256_CBC, key, iv, plain_text, cipher_text));
ConstByteArray recovered_text{};
ASSERT_TRUE(
AesBlockCipher::Decrypt(BlockCipher::AES_256_CBC, key, iv, cipher_text, recovered_text));
ASSERT_EQ(plain_text, recovered_text);
}
} // namespace
| 34.853333 | 99 | 0.713466 | marcuswin |
70793019df6e8d0cfa87e7130fff1734ed430179 | 1,727 | hpp | C++ | libs/renderer/include/sge/renderer/index/buffer.hpp | cpreh/spacegameengine | 313a1c34160b42a5135f8223ffaa3a31bc075a01 | [
"BSL-1.0"
] | 2 | 2016-01-27T13:18:14.000Z | 2018-05-11T01:11:32.000Z | libs/renderer/include/sge/renderer/index/buffer.hpp | cpreh/spacegameengine | 313a1c34160b42a5135f8223ffaa3a31bc075a01 | [
"BSL-1.0"
] | null | null | null | libs/renderer/include/sge/renderer/index/buffer.hpp | cpreh/spacegameengine | 313a1c34160b42a5135f8223ffaa3a31bc075a01 | [
"BSL-1.0"
] | 3 | 2018-05-11T01:11:34.000Z | 2021-04-24T19:47:45.000Z | // Copyright Carl Philipp Reh 2006 - 2019.
// Distributed under the Boost Software License, Version 1.0.
// (See accompanying file LICENSE_1_0.txt or copy at
// http://www.boost.org/LICENSE_1_0.txt)
#ifndef SGE_RENDERER_INDEX_BUFFER_HPP_INCLUDED
#define SGE_RENDERER_INDEX_BUFFER_HPP_INCLUDED
#include <sge/core/detail/class_symbol.hpp>
#include <sge/renderer/resource_flags_field_fwd.hpp>
#include <sge/renderer/size_type.hpp>
#include <sge/renderer/detail/symbol.hpp>
#include <sge/renderer/index/buffer_base.hpp>
#include <fcppt/nonmovable.hpp>
namespace sge::renderer::index
{
/**
\brief A buffer for storing indices
An index buffer can hold a fixed amount of indices in a given index format, of
which there are currently two of:
<ul>
<li>16 bit indices</li>
<li>32 bit indices</li>
</ul>
After an index buffer has been created, its size cannot be changed. To store
data in it, it has to be locked first, which will return a view for accessing
the data. Unlocking the buffer will make the update actually take place.
\see sge::renderer::device::create_index_buffer
\see sge::renderer::device::render_indexed
\see sge::renderer::index::const_scoped_lock
\see sge::renderer::index::scoped_lock
*/
class SGE_CORE_DETAIL_CLASS_SYMBOL buffer : public sge::renderer::index::buffer_base
{
FCPPT_NONMOVABLE(buffer);
protected:
SGE_RENDERER_DETAIL_SYMBOL
buffer();
public:
/**
\brief Returns the resource flags the buffer has been created with
*/
[[nodiscard]] virtual sge::renderer::resource_flags_field resource_flags() const = 0;
[[nodiscard]] SGE_RENDERER_DETAIL_SYMBOL sge::renderer::size_type linear_size() const;
SGE_RENDERER_DETAIL_SYMBOL
~buffer() override;
};
}
#endif
| 27.854839 | 88 | 0.763752 | cpreh |
7079cc8af542ea107596cd7181181c0f974781f6 | 6,403 | cxx | C++ | samples/httptest/httptest.cxx | sverdlin/opalvoip-ptlib | f6e144cba6a94c2978b9a4dbe0df2f5d53bed3be | [
"Beerware"
] | null | null | null | samples/httptest/httptest.cxx | sverdlin/opalvoip-ptlib | f6e144cba6a94c2978b9a4dbe0df2f5d53bed3be | [
"Beerware"
] | null | null | null | samples/httptest/httptest.cxx | sverdlin/opalvoip-ptlib | f6e144cba6a94c2978b9a4dbe0df2f5d53bed3be | [
"Beerware"
] | null | null | null | //
// httptest.cxx
//
// Copyright 2011 Vox Lucida Pty. Ltd.
//
#include <ptlib.h>
#include <ptlib/pprocess.h>
#include <ptlib/sockets.h>
#include <ptclib/pssl.h>
#include <ptclib/http.h>
#include <ptclib/threadpool.h>
class HTTPConnection
{
public:
HTTPConnection(
PHTTPSpace & httpNameSpace
#if P_SSL
, PSSLContext * context
#endif
) : m_httpNameSpace(httpNameSpace)
#if P_SSL
, m_context(context)
#endif
{
}
void Work()
{
PTRACE(3, "HTTPTest\tStarted work on " << m_socket.GetPeerAddress());
PHTTPServer httpServer(m_httpNameSpace);
#if P_SSL
if (m_context != NULL) {
PSSLChannel * ssl = new PSSLChannel(m_context);
if (!ssl->Open(m_socket))
return;
if (!ssl->Accept())
return;
if (!httpServer.Open(ssl))
return;
}
else
#endif
if (!httpServer.Open(m_socket))
return;
unsigned count = 0;
while (httpServer.ProcessCommand())
++count;
PTRACE(3, "HTTPTest\tEnded work on " << m_socket.GetPeerAddress() << ", " << count << " transactions.");
}
PHTTPSpace & m_httpNameSpace;
#if P_SSL
PSSLContext * m_context;
#endif
PTCPSocket m_socket;
};
class HTTPTest : public PProcess
{
PCLASSINFO(HTTPTest, PProcess)
PSyncPoint m_done;
public:
PDECLARE_HttpPoolNotifier(HTTPTest, OnPoolDone)
{
m_done.Signal();
}
void ClientPool(PHTTP::Commands cmd, const PArgList & args)
{
PHTTPClientPool pool;
#if P_SSL
pool.SetSSLCredentials(args.GetOptionString("ca"),
args.GetOptionString("certificate"),
args.GetOptionString("private-key"));
#endif
pool.QueueRequest(PHTTPClientPool::Request(cmd, args[0], PCREATE_NOTIFIER(OnPoolDone)));
m_done.Wait();
}
void Client(PHTTP::Commands cmd, const PArgList & args)
{
PHTTPClient client;
#if P_SSL
client.SetSSLCredentials(args.GetOptionString("ca"),
args.GetOptionString("certificate"),
args.GetOptionString("private-key"));
#endif
bool ok;
switch (cmd) {
case PHTTP::GET :
{
PString str;
ok = client.GetTextDocument(args[0], str);
if (ok)
cout << "Response body: \"" << str << '"' << endl;
break;
}
case PHTTP::DELETE :
ok = client.DeleteDocument(args[0]);
break;
case PHTTP::PUT :
ok = client.PutDocument(args[0], PFilePath(args[1]));
break;
case PHTTP::POST :
{
PMIMEInfo outMIME;
ok = client.PostData(args[0], outMIME, args[1]);
break;
}
default :
cerr << args.Usage("[ url [ file ] ]");
return;
}
if (ok)
cout << client.GetNameFromCommand(cmd) << " sucessful.";
else
cout << "Error in " << client.GetNameFromCommand(cmd)
<< " code=" << client.GetLastResponseCode()
<< " info=\"" << client.GetLastResponseInfo() << '"';
cout << endl;
}
void Server(const PArgList & args)
{
PQueuedThreadPool<HTTPConnection> pool;
pool.SetMaxWorkers(args.GetOptionString('T', "10").AsUnsigned());
#if P_SSL
PSSLContext * sslContext = args.HasOption('s') ? new PSSLContext : NULL;
if (sslContext != NULL) {
if (!sslContext->SetCredentials(args.GetOptionString("ca", "."),
args.GetOptionString("certificate", "certificate.pem"),
args.GetOptionString("private-key", "privatekey.pem"),
true)) {
cerr << "Could not set credentials for SSL" << endl;
return;
}
}
PTCPSocket listener(args.GetOptionAs('p', (WORD)(sslContext != NULL ? 443 : 80)));
#else
PTCPSocket listener(args.GetOptionAs('p', 80));
#endif
if (!listener.Listen(args.GetOptionString('Q', "100").AsUnsigned())) {
cerr << "Could not listen on port " << listener.GetPort() << endl;
return;
}
PHTTPSpace httpNameSpace;
httpNameSpace.AddResource(new PHTTPString("index.html", "Hello", "text/plain"));
cout << "Listening for "
#if P_SSL
<< (sslContext != NULL ? "https" : "http") <<
#else
"http"
#endif
" on port " << listener.GetPort() << endl;
for (;;) {
#if P_SSL
HTTPConnection * connection = new HTTPConnection(httpNameSpace, sslContext);
#else
HTTPConnection * connection = new HTTPConnection(httpNameSpace);
#endif
if (connection->m_socket.Accept(listener))
pool.AddWork(connection);
else {
delete connection;
cerr << "Error in accept: " << listener.GetErrorText() << endl;
break;
}
}
cout << "Exiting HTTP test" << endl;
}
void Main()
{
PArgList & args = GetArguments();
args.Parse("h-help. print this help message.\n"
"O-operation: do a GET/POST/PUT/DELETE, if absent then acts as server\n"
"P-pool. do above operation using client pool"
"p-port: port number to listen on (default 80 or 443).\n"
#if P_SSL
"s-secure. SSL/TLS mode for server.\n"
"-ca: SSL/TLS client certificate authority file/directory.\n"
"-certificate: SSL/TLS server certificate.\n"
"-private-key: SSL/TLS server private key.\n"
#endif
"T-theads: max number of threads in pool(default 10)\n"
"Q-queue: max queue size for listening sockets(default 100).\n"
PTRACE_ARGLIST
);
PTRACE_INITIALISE(args);
if (!args.IsParsed() || args.HasOption('h')) {
cerr << args.Usage("[ options] [ url [ file ] ]");
return;
}
if (args.HasOption('O')) {
PINDEX cmd = PHTTPClient().GetCommandFromName(args.GetOptionString('O'));
if (cmd == P_MAX_INDEX) {
cerr << args.Usage("[ options] [ url [ file ] ]");
return;
}
if (args.GetCount() < (cmd == PHTTP::PUT || cmd == PHTTP::POST ? 2 : 1)) {
cerr << args.Usage("[ options] [ url [ file ] ]");
return;
}
if (args.HasOption('P'))
ClientPool((PHTTP::Commands)cmd, args);
else
Client((PHTTP::Commands)cmd, args);
}
else
Server(args);
}
};
PCREATE_PROCESS(HTTPTest)
// End of hello.cxx
| 25.923077 | 110 | 0.56864 | sverdlin |
707e59c0f74ea3662feec672701a34791ec2460c | 14,278 | hpp | C++ | Graphics/GraphicsEngineD3D12/include/RenderDeviceD3D12Impl.hpp | azhirnov/DiligentCore | 28ad08478938d8c910195eff169513cd4eef9e3e | [
"Apache-2.0"
] | null | null | null | Graphics/GraphicsEngineD3D12/include/RenderDeviceD3D12Impl.hpp | azhirnov/DiligentCore | 28ad08478938d8c910195eff169513cd4eef9e3e | [
"Apache-2.0"
] | null | null | null | Graphics/GraphicsEngineD3D12/include/RenderDeviceD3D12Impl.hpp | azhirnov/DiligentCore | 28ad08478938d8c910195eff169513cd4eef9e3e | [
"Apache-2.0"
] | null | null | null | /*
* Copyright 2019-2021 Diligent Graphics LLC
* Copyright 2015-2019 Egor Yusov
*
* Licensed under the Apache License, Version 2.0 (the "License");
* you may not use this file except in compliance with the License.
* You may obtain a copy of the License at
*
* http://www.apache.org/licenses/LICENSE-2.0
*
* Unless required by applicable law or agreed to in writing, software
* distributed under the License is distributed on an "AS IS" BASIS,
* WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
* See the License for the specific language governing permissions and
* limitations under the License.
*
* In no event and under no legal theory, whether in tort (including negligence),
* contract, or otherwise, unless required by applicable law (such as deliberate
* and grossly negligent acts) or agreed to in writing, shall any Contributor be
* liable for any damages, including any direct, indirect, special, incidental,
* or consequential damages of any character arising as a result of this License or
* out of the use or inability to use the software (including but not limited to damages
* for loss of goodwill, work stoppage, computer failure or malfunction, or any and
* all other commercial damages or losses), even if such Contributor has been advised
* of the possibility of such damages.
*/
#pragma once
/// \file
/// Declaration of Diligent::RenderDeviceD3D12Impl class
#include "RenderDeviceD3D12.h"
#include "RenderDeviceD3DBase.hpp"
#include "RenderDeviceNextGenBase.hpp"
#include "DescriptorHeap.hpp"
#include "CommandListManager.hpp"
#include "CommandContext.hpp"
#include "D3D12DynamicHeap.hpp"
#include "Atomics.hpp"
#include "CommandQueueD3D12.h"
#include "GenerateMips.hpp"
#include "QueryManagerD3D12.hpp"
#include "DXCompiler.hpp"
// The macros below are only defined in Win SDK 19041+ and are missing in 17763
#ifndef D3D12_RAYTRACING_MAX_RAY_GENERATION_SHADER_THREADS
# define D3D12_RAYTRACING_MAX_RAY_GENERATION_SHADER_THREADS (1073741824)
#endif
#ifndef D3D12_RAYTRACING_MAX_SHADER_RECORD_STRIDE
# define D3D12_RAYTRACING_MAX_SHADER_RECORD_STRIDE (4096)
#endif
#ifndef D3D12_RAYTRACING_MAX_INSTANCES_PER_TOP_LEVEL_ACCELERATION_STRUCTURE
# define D3D12_RAYTRACING_MAX_INSTANCES_PER_TOP_LEVEL_ACCELERATION_STRUCTURE (16777216)
#endif
#ifndef D3D12_RAYTRACING_MAX_PRIMITIVES_PER_BOTTOM_LEVEL_ACCELERATION_STRUCTURE
# define D3D12_RAYTRACING_MAX_PRIMITIVES_PER_BOTTOM_LEVEL_ACCELERATION_STRUCTURE (536870912)
#endif
#ifndef D3D12_RAYTRACING_MAX_GEOMETRIES_PER_BOTTOM_LEVEL_ACCELERATION_STRUCTURE
# define D3D12_RAYTRACING_MAX_GEOMETRIES_PER_BOTTOM_LEVEL_ACCELERATION_STRUCTURE (16777216)
#endif
namespace Diligent
{
/// Render device implementation in Direct3D12 backend.
class RenderDeviceD3D12Impl final : public RenderDeviceNextGenBase<RenderDeviceD3DBase<IRenderDeviceD3D12>, ICommandQueueD3D12>
{
public:
using TRenderDeviceBase = RenderDeviceNextGenBase<RenderDeviceD3DBase<IRenderDeviceD3D12>, ICommandQueueD3D12>;
RenderDeviceD3D12Impl(IReferenceCounters* pRefCounters,
IMemoryAllocator& RawMemAllocator,
IEngineFactory* pEngineFactory,
const EngineD3D12CreateInfo& EngineCI,
ID3D12Device* pD3D12Device,
size_t CommandQueueCount,
ICommandQueueD3D12** ppCmdQueues) noexcept(false);
~RenderDeviceD3D12Impl();
IMPLEMENT_QUERY_INTERFACE_IN_PLACE(IID_RenderDeviceD3D12, TRenderDeviceBase)
/// Implementation of IRenderDevice::CreateGraphicsPipelineState() in Direct3D12 backend.
virtual void DILIGENT_CALL_TYPE CreateGraphicsPipelineState(const GraphicsPipelineStateCreateInfo& PSOCreateInfo, IPipelineState** ppPipelineState) override final;
/// Implementation of IRenderDevice::CreateComputePipelineState() in Direct3D12 backend.
virtual void DILIGENT_CALL_TYPE CreateComputePipelineState(const ComputePipelineStateCreateInfo& PSOCreateInfo, IPipelineState** ppPipelineState) override final;
/// Implementation of IRenderDevice::CreateRayTracingPipelineState() in Direct3D12 backend.
virtual void DILIGENT_CALL_TYPE CreateRayTracingPipelineState(const RayTracingPipelineStateCreateInfo& PSOCreateInfo, IPipelineState** ppPipelineState) override final;
/// Implementation of IRenderDevice::CreateBuffer() in Direct3D12 backend.
virtual void DILIGENT_CALL_TYPE CreateBuffer(const BufferDesc& BuffDesc,
const BufferData* pBuffData,
IBuffer** ppBuffer) override final;
/// Implementation of IRenderDevice::CreateShader() in Direct3D12 backend.
virtual void DILIGENT_CALL_TYPE CreateShader(const ShaderCreateInfo& ShaderCreateInfo, IShader** ppShader) override final;
/// Implementation of IRenderDevice::CreateTexture() in Direct3D12 backend.
virtual void DILIGENT_CALL_TYPE CreateTexture(const TextureDesc& TexDesc,
const TextureData* pData,
ITexture** ppTexture) override final;
void CreateTexture(const TextureDesc& TexDesc,
ID3D12Resource* pd3d12Texture,
RESOURCE_STATE InitialState,
class TextureD3D12Impl** ppTexture);
/// Implementation of IRenderDevice::CreateSampler() in Direct3D12 backend.
virtual void DILIGENT_CALL_TYPE CreateSampler(const SamplerDesc& SamplerDesc,
ISampler** ppSampler) override final;
/// Implementation of IRenderDevice::CreateFence() in Direct3D12 backend.
virtual void DILIGENT_CALL_TYPE CreateFence(const FenceDesc& Desc, IFence** ppFence) override final;
/// Implementation of IRenderDevice::CreateQuery() in Direct3D12 backend.
virtual void DILIGENT_CALL_TYPE CreateQuery(const QueryDesc& Desc, IQuery** ppQuery) override final;
/// Implementation of IRenderDevice::CreateRenderPass() in Direct3D12 backend.
virtual void DILIGENT_CALL_TYPE CreateRenderPass(const RenderPassDesc& Desc,
IRenderPass** ppRenderPass) override final;
/// Implementation of IRenderDevice::CreateFramebuffer() in Direct3D12 backend.
virtual void DILIGENT_CALL_TYPE CreateFramebuffer(const FramebufferDesc& Desc,
IFramebuffer** ppFramebuffer) override final;
/// Implementation of IRenderDevice::CreateBLAS() in Direct3D12 backend.
virtual void DILIGENT_CALL_TYPE CreateBLAS(const BottomLevelASDesc& Desc,
IBottomLevelAS** ppBLAS) override final;
/// Implementation of IRenderDevice::CreateTLAS() in Direct3D12 backend.
virtual void DILIGENT_CALL_TYPE CreateTLAS(const TopLevelASDesc& Desc,
ITopLevelAS** ppTLAS) override final;
/// Implementation of IRenderDevice::CreateSBT() in Direct3D12 backend.
virtual void DILIGENT_CALL_TYPE CreateSBT(const ShaderBindingTableDesc& Desc,
IShaderBindingTable** ppSBT) override final;
/// Implementation of IRenderDeviceD3D12::GetD3D12Device().
virtual ID3D12Device* DILIGENT_CALL_TYPE GetD3D12Device() override final { return m_pd3d12Device; }
/// Implementation of IRenderDeviceD3D12::CreateTextureFromD3DResource().
virtual void DILIGENT_CALL_TYPE CreateTextureFromD3DResource(ID3D12Resource* pd3d12Texture,
RESOURCE_STATE InitialState,
ITexture** ppTexture) override final;
/// Implementation of IRenderDeviceD3D12::CreateBufferFromD3DResource().
virtual void DILIGENT_CALL_TYPE CreateBufferFromD3DResource(ID3D12Resource* pd3d12Buffer,
const BufferDesc& BuffDesc,
RESOURCE_STATE InitialState,
IBuffer** ppBuffer) override final;
/// Implementation of IRenderDeviceD3D12::CreateBLASFromD3DResource().
virtual void DILIGENT_CALL_TYPE CreateBLASFromD3DResource(ID3D12Resource* pd3d12BLAS,
const BottomLevelASDesc& Desc,
RESOURCE_STATE InitialState,
IBottomLevelAS** ppBLAS) override final;
/// Implementation of IRenderDeviceD3D12::CreateTLASFromD3DResource().
virtual void DILIGENT_CALL_TYPE CreateTLASFromD3DResource(ID3D12Resource* pd3d12TLAS,
const TopLevelASDesc& Desc,
RESOURCE_STATE InitialState,
ITopLevelAS** ppTLAS) override final;
DescriptorHeapAllocation AllocateDescriptor(D3D12_DESCRIPTOR_HEAP_TYPE Type, UINT Count = 1);
DescriptorHeapAllocation AllocateGPUDescriptors(D3D12_DESCRIPTOR_HEAP_TYPE Type, UINT Count = 1);
/// Implementation of IRenderDevice::IdleGPU() in Direct3D12 backend.
virtual void DILIGENT_CALL_TYPE IdleGPU() override final;
using PooledCommandContext = std::unique_ptr<CommandContext, STDDeleterRawMem<CommandContext>>;
PooledCommandContext AllocateCommandContext(const Char* ID = "");
void CloseAndExecuteTransientCommandContext(Uint32 CommandQueueIndex, PooledCommandContext&& Ctx);
Uint64 CloseAndExecuteCommandContexts(Uint32 QueueIndex,
Uint32 NumContexts,
PooledCommandContext pContexts[],
bool DiscardStaleObjects,
std::vector<std::pair<Uint64, RefCntAutoPtr<IFence>>>* pSignalFences);
void SignalFences(Uint32 QueueIndex, std::vector<std::pair<Uint64, RefCntAutoPtr<IFence>>>& SignalFences);
// Disposes an unused command context
void DisposeCommandContext(PooledCommandContext&& Ctx);
void FlushStaleResources(Uint32 CmdQueueIndex);
/// Implementation of IRenderDevice::() in Direct3D12 backend.
virtual void DILIGENT_CALL_TYPE ReleaseStaleResources(bool ForceRelease = false) override final;
D3D12DynamicMemoryManager& GetDynamicMemoryManager() { return m_DynamicMemoryManager; }
GPUDescriptorHeap& GetGPUDescriptorHeap(D3D12_DESCRIPTOR_HEAP_TYPE Type)
{
VERIFY_EXPR(Type == D3D12_DESCRIPTOR_HEAP_TYPE_CBV_SRV_UAV || Type == D3D12_DESCRIPTOR_HEAP_TYPE_SAMPLER);
return m_GPUDescriptorHeaps[Type];
}
const GenerateMipsHelper& GetMipsGenerator() const { return m_MipsGenerator; }
QueryManagerD3D12& GetQueryManager() { return m_QueryMgr; }
IDXCompiler* GetDxCompiler() const { return m_pDxCompiler.get(); }
ID3D12Device2* GetD3D12Device2();
ID3D12Device5* GetD3D12Device5();
struct Properties
{
const Uint32 ShaderGroupHandleSize = D3D12_SHADER_IDENTIFIER_SIZE_IN_BYTES;
const Uint32 MaxShaderRecordStride = D3D12_RAYTRACING_MAX_SHADER_RECORD_STRIDE;
const Uint32 ShaderGroupBaseAlignment = D3D12_RAYTRACING_SHADER_TABLE_BYTE_ALIGNMENT;
const Uint32 MaxDrawMeshTasksCount = 64000; // from specs: https://microsoft.github.io/DirectX-Specs/d3d/MeshShader.html#dispatchmesh-api
const Uint32 MaxRayTracingRecursionDepth = D3D12_RAYTRACING_MAX_DECLARABLE_TRACE_RECURSION_DEPTH;
const Uint32 MaxRayGenThreads = D3D12_RAYTRACING_MAX_RAY_GENERATION_SHADER_THREADS;
const Uint32 MaxInstancesPerTLAS = D3D12_RAYTRACING_MAX_INSTANCES_PER_TOP_LEVEL_ACCELERATION_STRUCTURE;
const Uint32 MaxPrimitivesPerBLAS = D3D12_RAYTRACING_MAX_PRIMITIVES_PER_BOTTOM_LEVEL_ACCELERATION_STRUCTURE;
const Uint32 MaxGeometriesPerBLAS = D3D12_RAYTRACING_MAX_GEOMETRIES_PER_BOTTOM_LEVEL_ACCELERATION_STRUCTURE;
ShaderVersion MaxShaderVersion;
};
const Properties& GetProperties() const
{
return m_Properties;
}
private:
template <typename PSOCreateInfoType>
void CreatePipelineState(const PSOCreateInfoType& PSOCreateInfo, IPipelineState** ppPipelineState);
virtual void TestTextureFormat(TEXTURE_FORMAT TexFormat) override final;
void FreeCommandContext(PooledCommandContext&& Ctx);
CComPtr<ID3D12Device> m_pd3d12Device;
CComPtr<ID3D12Device2> m_pd3d12Device2;
CComPtr<ID3D12Device5> m_pd3d12Device5;
EngineD3D12CreateInfo m_EngineAttribs;
CPUDescriptorHeap m_CPUDescriptorHeaps[D3D12_DESCRIPTOR_HEAP_TYPE_NUM_TYPES];
GPUDescriptorHeap m_GPUDescriptorHeaps[2]; // D3D12_DESCRIPTOR_HEAP_TYPE_CBV_SRV_UAV == 0
// D3D12_DESCRIPTOR_HEAP_TYPE_SAMPLER == 1
CommandListManager m_CmdListManager;
std::mutex m_ContextPoolMutex;
std::vector<PooledCommandContext, STDAllocatorRawMem<PooledCommandContext>> m_ContextPool;
#ifdef DILIGENT_DEVELOPMENT
Atomics::AtomicLong m_AllocatedCtxCounter = 0;
#endif
D3D12DynamicMemoryManager m_DynamicMemoryManager;
// Note: mips generator must be released after the device has been idled
GenerateMipsHelper m_MipsGenerator;
QueryManagerD3D12 m_QueryMgr;
Properties m_Properties;
std::unique_ptr<IDXCompiler> m_pDxCompiler;
};
} // namespace Diligent
| 53.276119 | 171 | 0.682098 | azhirnov |
70838abdc5c4ce612be8b0b977f31e96456ecee1 | 848 | cpp | C++ | src/lunasa/common/Helpers.cpp | faodel/faodel | ef2bd8ff335433e695eb561d7ecd44f233e58bf0 | [
"MIT"
] | 2 | 2019-01-25T21:21:07.000Z | 2021-04-29T17:24:00.000Z | src/lunasa/common/Helpers.cpp | faodel/faodel | ef2bd8ff335433e695eb561d7ecd44f233e58bf0 | [
"MIT"
] | 8 | 2018-10-09T14:35:30.000Z | 2020-09-30T20:09:42.000Z | src/lunasa/common/Helpers.cpp | faodel/faodel | ef2bd8ff335433e695eb561d7ecd44f233e58bf0 | [
"MIT"
] | 2 | 2019-04-23T19:01:36.000Z | 2021-05-11T07:44:55.000Z | // Copyright 2021 National Technology & Engineering Solutions of Sandia, LLC
// (NTESS). Under the terms of Contract DE-NA0003525 with NTESS, the U.S.
// Government retains certain rights in this software.
#include <cstring>
#include "faodel-common/StringHelpers.hh"
#include "lunasa/common/Helpers.hh"
#include "lunasa/DataObject.hh"
using namespace std;
namespace lunasa {
const uint16_t string_object_type_id = faodel::const_hash16("StringObject");
DataObject AllocateStringObject(const std::string &s) {
DataObject ldo(s.size());
ldo.SetTypeID(string_object_type_id);
memcpy(ldo.GetDataPtr(), s.c_str(), s.size());
return ldo;
}
std::string UnpackStringObject(DataObject &ldo) {
if(ldo.GetTypeID()!=string_object_type_id) return "";
return std::string(ldo.GetDataPtr<char *>(), ldo.GetDataSize());
}
} // namespace lunasa
| 26.5 | 76 | 0.746462 | faodel |
70866c13ebb688f6ab92e9650f6c7a0e97686894 | 828 | hpp | C++ | include/RED4ext/Types/generated/world/PerformanceAreaNode.hpp | Cyberpunk-Extended-Development-Team/RED4ext.SDK | 2dc828c761d87a1b4235ce9ca4fbdf9fb4312fae | [
"MIT"
] | 1 | 2021-02-01T23:07:50.000Z | 2021-02-01T23:07:50.000Z | include/RED4ext/Types/generated/world/PerformanceAreaNode.hpp | Cyberpunk-Extended-Development-Team/RED4ext.SDK | 2dc828c761d87a1b4235ce9ca4fbdf9fb4312fae | [
"MIT"
] | null | null | null | include/RED4ext/Types/generated/world/PerformanceAreaNode.hpp | Cyberpunk-Extended-Development-Team/RED4ext.SDK | 2dc828c761d87a1b4235ce9ca4fbdf9fb4312fae | [
"MIT"
] | null | null | null | #pragma once
// This file is generated from the Game's Reflection data
#include <cstdint>
#include <RED4ext/Common.hpp>
#include <RED4ext/REDhash.hpp>
#include <RED4ext/CName.hpp>
#include <RED4ext/DynArray.hpp>
#include <RED4ext/Types/generated/world/QualitySetting.hpp>
#include <RED4ext/Types/generated/world/TriggerAreaNode.hpp>
namespace RED4ext
{
namespace world {
struct PerformanceAreaNode : world::TriggerAreaNode
{
static constexpr const char* NAME = "worldPerformanceAreaNode";
static constexpr const char* ALIAS = NAME;
DynArray<world::QualitySetting> qualitySettingsArray; // 70
CName disableCrowdUniqueName; // 80
float globalStreamingDistanceScale; // 88
uint8_t unk8C[0x90 - 0x8C]; // 8C
};
RED4EXT_ASSERT_SIZE(PerformanceAreaNode, 0x90);
} // namespace world
} // namespace RED4ext
| 28.551724 | 67 | 0.762077 | Cyberpunk-Extended-Development-Team |
708697aab604ed9ffb7c92cef97e49f9243a2cf0 | 19,121 | cpp | C++ | old/tests/VolumetricForward.cpp | fuchstraumer/Caelestis | 9c4b76288220681bb245d84e5d7bf8c7f69b2716 | [
"MIT"
] | 5 | 2018-08-16T00:55:33.000Z | 2020-06-19T14:30:17.000Z | old/tests/VolumetricForward.cpp | fuchstraumer/Caelestis | 9c4b76288220681bb245d84e5d7bf8c7f69b2716 | [
"MIT"
] | null | null | null | old/tests/VolumetricForward.cpp | fuchstraumer/Caelestis | 9c4b76288220681bb245d84e5d7bf8c7f69b2716 | [
"MIT"
] | null | null | null | #include "scene/BaseScene.hpp"
#include "common/CreateInfoBase.hpp"
#include "core/Instance.hpp"
#include "core/LogicalDevice.hpp"
#include "resource/DescriptorPool.hpp"
#include "resource/Buffer.hpp"
#include "util/UtilitySphere.hpp"
#include "math/Ray.hpp"
#include "util/AABB.hpp"
#include "lights/Light.hpp"
#include "render/Swapchain.hpp"
#include "command/CommandPool.hpp"
#include "command/TransferPool.hpp"
#include "geometries/vertex_t.hpp"
#include "render/GraphicsPipeline.hpp"
#include "render/Renderpass.hpp"
#include "render/Framebuffer.hpp"
#include "resource/ShaderModule.hpp"
#include "resource/PipelineCache.hpp"
#include "resource/PipelineLayout.hpp"
#include "resource/DescriptorSetLayout.hpp"
#include "resource/DescriptorSet.hpp"
#include "scene/Window.hpp"
#include "resources/Multisampling.hpp"
#include "render/DepthStencil.hpp"
#include "glm/gtc/matrix_transform.hpp"
#include "resources/LightBuffers.hpp"
#include "render/FrameData.hpp"
#include "render/BackBuffer.hpp"
#include "camera/Camera.hpp"
#include "core/ShaderGroup.hpp"
#include "core/ShaderPack.hpp"
#include "core/ShaderResource.hpp"
#include <memory>
#include <set>
#include <map>
#include <random>
#include <deque>
#include <array>
#include <experimental/filesystem>
#include "util/easylogging++.h"
INITIALIZE_EASYLOGGINGPP
namespace volumetric_forward {
constexpr uint32_t LightGridBlockSize = 32;
constexpr uint32_t ClusterGridBlockSize = 64;
struct alignas(4) light_counts_t {
uint32_t NumPointLights{ 0 };
uint32_t NumSpotLights{ 0 };
uint32_t NumDirectionalLights{ 0 };
uint32_t GetMaxLights() const noexcept {
return std::max(NumPointLights, std::max(NumSpotLights, NumDirectionalLights));
}
} LightCounts;
struct alignas(4) dispatch_params_t {
glm::uvec3 NumThreadGroups{ 0, 0, 0 };
const uint32_t Padding0{ 0 };
glm::uvec3 NumThreads{ 0, 0, 0 };
const uint32_t Padding1{ 0 };
} DispatchParams;
struct alignas(16) frustum_t {
std::array<glm::vec4, 4> Planes;
} Frustum;
struct alignas(4) cluster_data_t {
glm::uvec3 GridDim{ 0, 0, 0 };
float ViewNear{ 0.0f };
glm::uvec2 Size{ 0, 0 };
float NearK{ 0.0f };
float LogGridDimY{ 0.0f };
};
struct alignas(4) SortParams {
uint32_t NumElements{ 0 };
uint32_t ChunkSize{ 0 };
};
struct alignas(4) BVHParams {
uint32_t PointLightLevels{ 0 };
uint32_t SpotLightLevels{ 0 };
uint32_t ChildLevel{ 0 };
};
struct render_target_t {
render_target_t() = default;
~render_target_t() = default;
void CreateRT(const vpr::Device* dvc, const vpr::Swapchain* swap, const VkRenderPass& pass, const VkImageUsageFlagBits usage,
const VkFormat fmt);
std::unique_ptr<vpr::Image> Image{ nullptr };
std::unique_ptr<vpr::Framebuffer> Framebuffer{ nullptr };
} DepthOnlyRenderTarget;
struct compute_pipeline_t {
compute_pipeline_t() = default;
~compute_pipeline_t() = default;
void BindSets(const VkCommandBuffer& cmd);
VkPipeline Handle{ VK_NULL_HANDLE };
VkComputePipelineCreateInfo Info{ vpr::vk_compute_pipeline_create_info_base };
std::unique_ptr<vpr::PipelineLayout> PipelineLayout{ nullptr };
std::unique_ptr<vpr::DescriptorSetLayout> SetLayout{ nullptr };
std::unique_ptr<vpr::PipelineCache> Cache{ nullptr };
std::unordered_map<std::string, vpr::Buffer*> UsedBuffers;
std::unordered_map<std::string, vpr::DescriptorSet*> Sets;
};
struct graphics_pipeline_t {
graphics_pipeline_t() = default;
~graphics_pipeline_t() = default;
};
struct compute_pipelines_t {
std::unordered_map<std::string, compute_pipeline_t> Handles;
compute_pipeline_t& at(const std::string& key) {
return Handles.at(key);
}
} ComputePipelines;
std::unordered_map<std::string, std::unique_ptr<vpr::DescriptorSet>> DescriptorSets;
std::unordered_map<std::string, std::unique_ptr<vpr::Buffer>> UniformBuffers;
std::unordered_map<std::string, std::unique_ptr<vpr::Buffer>> StorageTexelBuffers;
std::unordered_map<std::string, std::unique_ptr<vpr::Buffer>> StorageBuffers;
constexpr static uint32_t SORTING_NUM_THREADS_PER_THREAD_GROUP = 256;
constexpr static uint32_t SORT_NUM_VALUES_PER_THREAD = 8;
constexpr static std::array<uint32_t, 6> NumLevelNodes{ 1, 32, 1024, 32768, 1048576, 33554432 };
constexpr static std::array<uint32_t, 6> NumBVHNodes{ 1, 33, 1057, 33825, 1082401, 34636833 };
uint32_t GetNumLevels(const uint32_t num_leaves) {
static const double log32f = std::log(32.0);
if (num_leaves > 0) {
return static_cast<uint32_t>(std::ceil(std::log(static_cast<double>(num_leaves)) / log32f));
}
else {
return 0;
}
}
uint32_t GetNumNodes(const uint32_t num_leaves) {
const uint32_t num_levels = GetNumLevels(num_leaves);
if (num_levels > 0 && num_levels < NumBVHNodes.size()) {
return NumBVHNodes[num_levels - 1];
}
else {
return 0;
}
}
void MergeSort(const VkCommandBuffer& cmd, vpr::Buffer* src_keys, vpr::Buffer* src_values, vpr::Buffer* dst_keys,
vpr::Buffer* dst_values, const uint32_t num_values, const uint32_t chunk_size) {
auto& merge_path_partitions = StorageTexelBuffers.at("MergePathPartitions");
auto& merge_partitions_pipeline = ComputePipelines.at("MergePathPartitions");
auto& merge_sort_pipeline = ComputePipelines.at("MergeSort");
constexpr uint32_t numThreadsPerGroup = SORTING_NUM_THREADS_PER_THREAD_GROUP;
constexpr uint32_t numValuesPerThread = SORT_NUM_VALUES_PER_THREAD;
constexpr uint32_t numValuesPerThreadGroup = numThreadsPerGroup * numValuesPerThread;
uint32_t num_chunks = static_cast<uint32_t>(std::ceil(static_cast<double>(num_values) / static_cast<double>(chunk_size)));
uint32_t pass = 0;
uint32_t chunk_size_local = chunk_size;
while (num_chunks > 1) {
const SortParams params{ num_values, chunk_size_local };
const uint32_t num_sort_groups = num_chunks / 2;
uint32_t num_thread_groups_per_sort_group = static_cast<uint32_t>(
std::ceil(static_cast<double>(chunk_size * 2) / static_cast<double>(numValuesPerThreadGroup))
);
{
merge_path_partitions->Fill(cmd, merge_path_partitions->Size(), 0, 0);
vkCmdBindPipeline(cmd, VK_PIPELINE_BIND_POINT_COMPUTE, merge_partitions_pipeline.Handle);
merge_partitions_pipeline.BindSets(cmd);
uint32_t num_merge_path_partitions_per_sort_group = num_thread_groups_per_sort_group + 1u;
uint32_t total_merge_path_partitions = num_merge_path_partitions_per_sort_group * num_sort_groups;
uint32_t num_thread_groups = static_cast<uint32_t>(std::ceil(static_cast<double>(total_merge_path_partitions) / static_cast<double>(numThreadsPerGroup)));
vkCmdDispatch(cmd, num_thread_groups, 1, 1);
const VkBufferMemoryBarrier barrier{ VK_STRUCTURE_TYPE_BUFFER_MEMORY_BARRIER, nullptr, VK_ACCESS_SHADER_WRITE_BIT, VK_ACCESS_SHADER_READ_BIT, VK_QUEUE_FAMILY_IGNORED,
VK_QUEUE_FAMILY_IGNORED, merge_path_partitions->vkHandle(), 0, merge_path_partitions->Size() };
vkCmdPipelineBarrier(cmd, VK_PIPELINE_STAGE_COMPUTE_SHADER_BIT, VK_PIPELINE_STAGE_COMPUTE_SHADER_BIT, VK_DEPENDENCY_BY_REGION_BIT, 0, nullptr, 1, &barrier, 0, nullptr);
}
{
vkCmdBindPipeline(cmd, VK_PIPELINE_BIND_POINT_COMPUTE, merge_sort_pipeline.Handle);
uint32_t numValuesPerSortGroup = std::min(chunk_size_local * 2, num_values);
num_thread_groups_per_sort_group = static_cast<uint32_t>(std::ceil(static_cast<double>(numValuesPerSortGroup) / static_cast<double>(numValuesPerThreadGroup)));
vkCmdDispatch(cmd, num_thread_groups_per_sort_group * num_sort_groups, 1, 1);
}
chunk_size_local *= 2;
num_chunks = static_cast<uint32_t>(std::ceil(static_cast<double>(num_values) / static_cast<double>(chunk_size_local)));
}
// TODO: How to easily swap bindings so that src becomes dst and dst becomes src?
}
void UpdateLights(const VkCommandBuffer& cmd) {
auto& update_pipeline = ComputePipelines.at("UpdateLights");
vkCmdBindPipeline(cmd, VK_PIPELINE_BIND_POINT_COMPUTE, update_pipeline.Handle);
update_pipeline.BindSets(cmd);
uint32_t num_groups_x = std::max(LightCounts.NumPointLights, std::max(LightCounts.NumDirectionalLights, LightCounts.NumSpotLights));
num_groups_x = static_cast<uint32_t>(std::ceil(static_cast<double>(num_groups_x) / 1024.0));
vkCmdDispatch(cmd, num_groups_x, 1, 1);
}
void ReduceLights(const VkCommandBuffer& cmd) {
// Descriptor sets from previous binding call are all we should still need.
auto& reduce_pipeline = ComputePipelines.at("ReduceLights0");
vkCmdBindPipeline(cmd, VK_PIPELINE_BIND_POINT_COMPUTE, reduce_pipeline.Handle);
const uint32_t num_thread_groups = static_cast<uint32_t>(std::min(static_cast<int>(std::ceil(static_cast<double>(LightCounts.GetMaxLights()) / 512.0)), 512));
dispatch_params_t params0;
params0.NumThreadGroups = glm::uvec3{ num_thread_groups, 1, 1 };
params0.NumThreads = glm::uvec3{ 512 * num_thread_groups, 1, 1 };
UniformBuffers.at("DispatchParams")->Update(cmd, sizeof(dispatch_params_t), 0, ¶ms0);
vkCmdDispatch(cmd, num_thread_groups, 1, 1);
dispatch_params_t params1;
params1.NumThreadGroups = glm::uvec3(1, 1, 1);
params1.NumThreads = glm::uvec3(512, 1, 1);
UniformBuffers.at("DispatchParams")->Update(cmd, sizeof(dispatch_params_t), 0, ¶ms1);
vkCmdDispatch(cmd, 1, 1, 1);
}
void ComputeMortonCodes(const VkCommandBuffer& cmd) {
auto& morton_pipeline = ComputePipelines.at("ComputeMortonCodes");
// Only need to bind this single extra set
morton_pipeline.BindSets(cmd);
vkCmdBindPipeline(cmd, VK_PIPELINE_BIND_POINT_COMPUTE, morton_pipeline.Handle);
const uint32_t num_thread_groups = static_cast<uint32_t>(std::ceil(static_cast<double>(LightCounts.GetMaxLights()) / 1024.0));
vkCmdDispatch(cmd, num_thread_groups, 1, 1);
}
void SortByMortonCodes(const VkCommandBuffer& cmd) {
auto& radix_pipeline = ComputePipelines.at("RadixSort");
}
void BuildLightBVH(const VkCommandBuffer& cmd) {
}
void ExecutePrecomputeShaders(const VkCommandBuffer& cmd) {
UpdateLights(cmd);
ReduceLights(cmd);
ComputeMortonCodes(cmd);
SortByMortonCodes(cmd);
BuildLightBVH(cmd);
}
void ComputeGridFrustums(const VkCommandBuffer& cmd, const uint32_t _screen_width, const uint32_t _screen_height) {
const uint32_t screen_width = std::max(_screen_width, 1u);
const uint32_t screen_height = std::max(_screen_height, 1u);
const glm::uvec3 num_threads = glm::uvec3(
static_cast<uint32_t>(std::ceil(static_cast<double>(screen_width) / 1024.0)),
static_cast<uint32_t>(std::ceil(static_cast<double>(screen_height) / 1024.0)),
1u
);
const glm::uvec3 num_thread_groups = glm::uvec3(
static_cast<uint32_t>(std::ceil(static_cast<double>(num_threads.x) / static_cast<double>(LightGridBlockSize))),
static_cast<uint32_t>(std::ceil(static_cast<double>(num_threads.y) / static_cast<double>(LightGridBlockSize))),
1u
);
}
void UpdateClusterGrid(const VkCommandBuffer& cmd, const vpsk::Camera& cam, const uint32_t screen_width, const uint32_t screen_height) {
const uint32_t cluster_dim_x = static_cast<uint32_t>(std::ceil(static_cast<double>(screen_width) / static_cast<double>(ClusterGridBlockSize)));
const uint32_t cluster_dim_y = static_cast<uint32_t>(std::ceil(static_cast<double>(screen_height) / static_cast<double>(ClusterGridBlockSize)));
const float s_d = 2.0f * std::tan(cam.GetFOV() * 0.50f) / static_cast<float>(cluster_dim_y);
const float log_dim_y = 1.0f / glm::log(1.0f + s_d);
const float log_depth = glm::log(cam.GetNearPlane() / cam.GetFarPlane());
const uint32_t cluster_dim_z = static_cast<uint32_t>(glm::floor(log_depth * log_dim_y));
cluster_data_t cluster_data{
glm::uvec3{ cluster_dim_x, cluster_dim_y, cluster_dim_z },
cam.GetNearPlane(),
glm::uvec2{ ClusterGridBlockSize, ClusterGridBlockSize },
1.0f + s_d,
log_dim_y
};
const uint32_t num_clusters = cluster_dim_x * cluster_dim_y * cluster_dim_z;
StorageTexelBuffers.at("ClusterFlags")->CreateBuffer(VK_BUFFER_USAGE_UNIFORM_TEXEL_BUFFER_BIT, VK_MEMORY_PROPERTY_DEVICE_LOCAL_BIT, sizeof(uint8_t) * num_clusters);
StorageTexelBuffers.at("ClusterFlags")->CreateView(VK_FORMAT_R8_UINT, StorageTexelBuffers.at("ClusterFlags")->Size(), 0);
StorageTexelBuffers.at("UniqueClusters")->CreateBuffer(VK_BUFFER_USAGE_UNIFORM_TEXEL_BUFFER_BIT, VK_MEMORY_PROPERTY_DEVICE_LOCAL_BIT, sizeof(uint32_t) * num_clusters);
StorageTexelBuffers.at("UniqueClusters")->CreateView(VK_FORMAT_R32_UINT, StorageTexelBuffers.at("UniqueClusters")->Size(), 0);
StorageTexelBuffers.at("PreviousUniqueClusters")->CreateBuffer(VK_BUFFER_USAGE_UNIFORM_TEXEL_BUFFER_BIT, VK_MEMORY_PROPERTY_DEVICE_LOCAL_BIT, sizeof(uint32_t) * num_clusters);
StorageTexelBuffers.at("PreviousUniqueClusters")->CreateView(VK_FORMAT_R32_UINT, StorageTexelBuffers.at("PreviousUniqueClusters")->Size(), 0);
// TODO: Generate lights, update clusters now. Need some kind of byte address buffer?
}
void ClusteredPrePass(const VkCommandBuffer& cmd) {
}
void compute_pipeline_t::BindSets(const VkCommandBuffer & cmd) {
std::vector<VkDescriptorSet> handles;
for (auto& set : this->Sets) {
handles.emplace_back(set.second->vkHandle());
}
vkCmdBindDescriptorSets(cmd, VK_PIPELINE_BIND_POINT_COMPUTE, PipelineLayout->vkHandle(), 0, static_cast<uint32_t>(handles.size()), handles.data(), 0, nullptr);
}
}
static int screen_x() {
return 1440;
}
static int screen_y() {
return 720;
}
static vpsk::Camera camera;
static double fov() {
return camera.GetFOV();
}
static double near_plane() {
return camera.GetNearPlane();
}
static double far_plane() {
return camera.GetFarPlane();
}
constexpr VkApplicationInfo app_info{
VK_STRUCTURE_TYPE_APPLICATION_INFO,
nullptr,
"VolumetricForward",
VK_MAKE_VERSION(0,1,0),
"VulpesSceneKit",
VK_MAKE_VERSION(0,1,0),
VK_API_VERSION_1_1
};
int main(int argc, char* argv[]) {
using namespace volumetric_forward;
using namespace st;
using namespace vpsk;
using namespace vpr;
ImGui::CreateContext();
auto window = std::make_unique<vpsk::Window>(1280, 720, "RendergraphSketch");
auto instance = std::make_unique<vpr::Instance>(false, &app_info, window->glfwWindow());
auto device = std::make_unique<vpr::Device>(instance.get(), instance->GetPhysicalDevice(), true);
auto& callbacks = ShaderPack::RetrievalCallbacks();
callbacks.GetScreenSizeX = &screen_x;
callbacks.GetScreenSizeY = &screen_y;
callbacks.GetFOVY = &fov;
callbacks.GetZNear = &near_plane;
callbacks.GetZFar = &far_plane;
ShaderPack pack("../third_party/shadertools/fragments/volumetric_forward/ShaderPack.lua");
std::vector<std::string> group_names;
{
auto names = pack.GetShaderGroupNames();
for (size_t i = 0; i < names.NumStrings; ++i) {
group_names.emplace_back(names.Strings[i]);
}
}
std::vector<std::string> resource_block_names;
{
auto retrieved_names = pack.GetResourceGroupNames();
for (size_t i = 0; i < retrieved_names.NumStrings; ++i) {
resource_block_names.emplace_back(retrieved_names.Strings[i]);
}
}
std::unordered_map<std::string, std::vector<const ShaderResource*>> resources;
{
for (const auto& block_name : resource_block_names) {
size_t num_resources = 0;
pack.GetResourceGroupPointers(block_name.c_str(), &num_resources, nullptr);
std::vector<const ShaderResource*> vec(num_resources);
pack.GetResourceGroupPointers(block_name.c_str(), &num_resources, vec.data());
resources.emplace(block_name, vec);
}
}
std::unique_ptr<DescriptorPool> pool = std::make_unique<DescriptorPool>(device.get(), resources.size());
const auto& rsrc_counts = pack.GetTotalDescriptorTypeCounts();
pool->AddResourceType(VK_DESCRIPTOR_TYPE_UNIFORM_BUFFER, rsrc_counts.UniformBuffers);
pool->AddResourceType(VK_DESCRIPTOR_TYPE_STORAGE_TEXEL_BUFFER, rsrc_counts.StorageTexelBuffers);
pool->AddResourceType(VK_DESCRIPTOR_TYPE_STORAGE_BUFFER, rsrc_counts.StorageBuffers);
pool->AddResourceType(VK_DESCRIPTOR_TYPE_COMBINED_IMAGE_SAMPLER, rsrc_counts.CombinedImageSamplers);
pool->Create();
for (const auto& block_name : resource_block_names) {
for (const auto& resource : resources.at(block_name)) {
const std::string rsrc_name = resource->GetName();
if (resource->GetType() == VK_DESCRIPTOR_TYPE_UNIFORM_BUFFER) {
UniformBuffers.emplace(rsrc_name, std::make_unique<Buffer>(device.get()));
UniformBuffers.at(rsrc_name)->CreateBuffer(VK_BUFFER_USAGE_UNIFORM_BUFFER_BIT, VK_MEMORY_PROPERTY_HOST_COHERENT_BIT | VK_MEMORY_PROPERTY_HOST_VISIBLE_BIT, VkDeviceSize(resource->GetAmountOfMemoryRequired()));
}
else if (resource->GetType() == VK_DESCRIPTOR_TYPE_STORAGE_TEXEL_BUFFER) {
StorageTexelBuffers.emplace(rsrc_name, std::make_unique<Buffer>(device.get()));
StorageTexelBuffers.at(rsrc_name)->CreateBuffer(VK_BUFFER_USAGE_STORAGE_TEXEL_BUFFER_BIT | VK_BUFFER_USAGE_TRANSFER_DST_BIT, VK_MEMORY_PROPERTY_DEVICE_LOCAL_BIT, VkDeviceSize(resource->GetAmountOfMemoryRequired()));
StorageTexelBuffers.at(rsrc_name)->CreateView(resource->GetFormat(), resource->GetAmountOfMemoryRequired(), 0);
}
else if (resource->GetType() == VK_DESCRIPTOR_TYPE_STORAGE_BUFFER) {
StorageBuffers.emplace(rsrc_name, std::make_unique<Buffer>(device.get()));
StorageBuffers.at(rsrc_name)->CreateBuffer(VK_BUFFER_USAGE_STORAGE_BUFFER_BIT | VK_BUFFER_USAGE_TRANSFER_DST_BIT, VK_MEMORY_PROPERTY_DEVICE_LOCAL_BIT, VkDeviceSize(resource->GetAmountOfMemoryRequired()));
}
}
}
return 0;
} | 44.571096 | 231 | 0.698028 | fuchstraumer |
708763dedd32925d0eb66905515208c01e525187 | 1,476 | cc | C++ | servlib/session/Subscriber.cc | delay-tolerant-networking/DTN2 | 1c12a9dea32c5cbae8c46db105012a2031f4161e | [
"Apache-2.0"
] | 14 | 2016-06-27T19:28:23.000Z | 2021-06-28T20:41:17.000Z | servlib/session/Subscriber.cc | delay-tolerant-networking/DTN2 | 1c12a9dea32c5cbae8c46db105012a2031f4161e | [
"Apache-2.0"
] | 3 | 2020-09-18T13:48:53.000Z | 2021-05-27T18:28:14.000Z | servlib/session/Subscriber.cc | lauramazzuca21/DTNME | c97b598b09a8c8e97c2e4136879d9f0e157c8df7 | [
"Apache-2.0"
] | 10 | 2020-09-26T05:08:40.000Z | 2022-01-25T12:57:55.000Z | /*
* Copyright 2007 Intel Corporation
*
* Licensed under the Apache License, Version 2.0 (the "License");
* you may not use this file except in compliance with the License.
* You may obtain a copy of the License at
*
* http://www.apache.org/licenses/LICENSE-2.0
*
* Unless required by applicable law or agreed to in writing, software
* distributed under the License is distributed on an "AS IS" BASIS,
* WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
* See the License for the specific language governing permissions and
* limitations under the License.
*/
#ifdef HAVE_CONFIG_H
#include <dtn-config.h>
#endif
#include "Subscriber.h"
#include "reg/Registration.h"
namespace dtn {
//----------------------------------------------------------------------
Subscriber::~Subscriber()
{
}
//----------------------------------------------------------------------
int
Subscriber::format(char* buf, size_t len) const
{
if (is_null()) {
return snprintf(buf, len, "(null_subscriber)");
} else if (is_local()) {
return snprintf(buf, len, "regid:%d", reg_->regid());
} else {
return snprintf(buf, len, "peer:%s", nexthop_.c_str());
}
}
//----------------------------------------------------------------------
bool
Subscriber::operator==(const Subscriber& other) const
{
return (reg_ == other.reg_) && (nexthop_ == other.nexthop_);
}
} // namespace dtn
| 27.333333 | 78 | 0.563686 | delay-tolerant-networking |
708cbcc4887a3b74d79504dd44d85f69dcb8cf4a | 10,647 | hpp | C++ | include/ShaderProgram.hpp | pinam45/UTBM_IN55_ParametricObjectsConstruction | 0bb92ccdf1e52b1715162d7934aaca736ffbc0e6 | [
"MIT"
] | null | null | null | include/ShaderProgram.hpp | pinam45/UTBM_IN55_ParametricObjectsConstruction | 0bb92ccdf1e52b1715162d7934aaca736ffbc0e6 | [
"MIT"
] | null | null | null | include/ShaderProgram.hpp | pinam45/UTBM_IN55_ParametricObjectsConstruction | 0bb92ccdf1e52b1715162d7934aaca736ffbc0e6 | [
"MIT"
] | null | null | null | /*****************************************************************************************
* *
* MIT License *
* *
* Copyright (c) 2017 Julien Barbier & Jérôme Boulmier & Maxime Pinard *
* *
* Permission is hereby granted, free of charge, to any person obtaining a copy *
* of this software and associated documentation files (the "Software"), to deal *
* in the Software without restriction, including without limitation the rights *
* to use, copy, modify, merge, publish, distribute, sublicense, and/or sell *
* copies of the Software, and to permit persons to whom the Software is *
* furnished to do so, subject to the following conditions: *
* *
* The above copyright notice and this permission notice shall be included in all *
* copies or substantial portions of the Software. *
* *
* THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR *
* IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, *
* FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE *
* AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER *
* LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, *
* OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE *
* SOFTWARE. *
* *
*****************************************************************************************/
#ifndef PARAMETRICOBJECTSCONSTRUCTION_SHADERPROGRAM_HPP
#define PARAMETRICOBJECTSCONSTRUCTION_SHADERPROGRAM_HPP
#include <GL/glew.h>
#include "Shader.hpp"
namespace poc {
template <typename>
struct dependent_false : public std::false_type {
};
class ShaderProgram {
public:
ShaderProgram() noexcept;
template <typename... Shaders>
explicit ShaderProgram(Shaders&& ... shaders);
ShaderProgram(const ShaderProgram&) = delete;
ShaderProgram(ShaderProgram&&) noexcept;
virtual ~ShaderProgram();
template <typename... Shaders>
void setShaders(Shaders&& ... shaders);
// Program need to be in use to set uniforms
template <typename T>
bool setUniform1(const char* name, T v0) const;
template <typename T>
bool setUniform2(const char* name, T v0, T v1) const;
template <typename T>
bool setUniform3(const char* name, T v0, T v1, T v2) const;
template <typename T>
bool setUniform4(const char* name, T v0, T v1, T v2, T v3) const;
template <typename T>
bool setUniform1v(const char* name, int count, const T* value) const;
template <typename T>
bool setUniform2v(const char* name, int count, const T* value) const;
template <typename T>
bool setUniform3v(const char* name, int count, const T* value) const;
template <typename T>
bool setUniform4v(const char* name, int count, const T* value) const;
bool setUniformMatrix2v(const char* name, int count, bool transpose, const float* value) const;
bool setUniformMatrix3v(const char* name, int count, bool transpose, const float* value) const;
bool setUniformMatrix4v(const char* name, int count, bool transpose, const float* value) const;
bool setUniformMatrix2x3v(const char* name, int count, bool transpose, const float* value) const;
bool setUniformMatrix3x2v(const char* name, int count, bool transpose, const float* value) const;
bool setUniformMatrix2x4v(const char* name, int count, bool transpose, const float* value) const;
bool setUniformMatrix4x2v(const char* name, int count, bool transpose, const float* value) const;
bool setUniformMatrix3x4v(const char* name, int count, bool transpose, const float* value) const;
bool setUniformMatrix4x3v(const char* name, int count, bool transpose, const float* value) const;
int getAttributeLocation(const char* name) const;
void use() const;
bool isValid() const;
unsigned int getProgram() const;
const std::string& getError() const;
private:
bool m_valid;
unsigned int m_program;
std::string m_error;
};
}
template<typename... Shaders>
poc::ShaderProgram::ShaderProgram(Shaders&&... shaders)
: m_valid(true)
, m_program()
, m_error() {
setShaders(std::forward<Shaders>(shaders)...);
}
template <typename... Shaders>
void poc::ShaderProgram::setShaders(Shaders&& ... shaders) {
static_assert((std::is_same_v<std::decay_t<Shaders>, Shader> && ...));
if (m_program != 0) {
glDeleteProgram(m_program);
}
m_program = glCreateProgram();
if (m_program == 0) {
m_valid = false;
m_error = "Shader program creation failed:\n";
char infoLog[512];
glGetShaderInfoLog(m_program, 512, nullptr, infoLog);
m_error += infoLog;
}
(glAttachShader(m_program, shaders.getShader()), ...);
glLinkProgram(m_program);
int success;
glGetProgramiv(m_program, GL_LINK_STATUS, &success);
if (!success) {
char infoLog[512];
glGetShaderInfoLog(m_program, 512, nullptr, infoLog);
m_valid = false;
m_error = "Shader program link failed:\n";
m_error += infoLog;
}
}
template<typename T>
bool poc::ShaderProgram::setUniform1(const char* name, T v0) const {
int uniformLocation = glGetUniformLocation(m_program, name);
if(uniformLocation == -1)
return false;
if constexpr(std::is_same<T, float>::value){
glUniform1f(uniformLocation, v0);
}
else if constexpr(std::is_same<T, int>::value){
glUniform1i(uniformLocation, v0);
}
else if constexpr(std::is_same<T, unsigned int>::value){
glUniform1ui(uniformLocation, v0);
}
else{
static_assert(dependent_false<T>::value, "Unsupported type");
}
return true;
}
template<typename T>
bool poc::ShaderProgram::setUniform2(const char* name, T v0, T v1) const {
int uniformLocation = glGetUniformLocation(m_program, name);
if(uniformLocation == -1)
return false;
if constexpr(std::is_same<T, float>::value){
glUniform2f(uniformLocation, v0, v1);
}
else if constexpr(std::is_same<T, int>::value){
glUniform2i(uniformLocation, v0, v1);
}
else if constexpr(std::is_same<T, unsigned int>::value){
glUniform2ui(uniformLocation, v0, v1);
}
else{
static_assert(dependent_false<T>::value, "Unsupported type");
}
return true;
}
template<typename T>
bool poc::ShaderProgram::setUniform3(const char* name, T v0, T v1, T v2) const {
int uniformLocation = glGetUniformLocation(m_program, name);
if(uniformLocation == -1)
return false;
if constexpr(std::is_same<T, float>::value){
glUniform3f(uniformLocation, v0, v1, v2);
}
else if constexpr(std::is_same<T, int>::value){
glUniform3i(uniformLocation, v0, v1, v2);
}
else if constexpr(std::is_same<T, unsigned int>::value){
glUniform3ui(uniformLocation, v0, v1, v2);
}
else{
static_assert(dependent_false<T>::value, "Unsupported type");
}
return true;
}
template<typename T>
bool poc::ShaderProgram::setUniform4(const char* name, T v0, T v1, T v2, T v3) const {
int uniformLocation = glGetUniformLocation(m_program, name);
if(uniformLocation == -1)
return false;
if constexpr(std::is_same<T, float>::value){
glUniform4f(uniformLocation, v0, v1, v2, v3);
}
else if constexpr(std::is_same<T, int>::value){
glUniform4i(uniformLocation, v0, v1, v2, v3);
}
else if constexpr(std::is_same<T, unsigned int>::value){
glUniform4ui(uniformLocation, v0, v1, v2, v3);
}
else{
static_assert(dependent_false<T>::value, "Unsupported type");
}
return true;
}
template<typename T>
bool poc::ShaderProgram::setUniform1v(const char* name, int count, const T* value) const {
int uniformLocation = glGetUniformLocation(m_program, name);
if(uniformLocation == -1)
return false;
if constexpr(std::is_same<T, float>::value){
glUniform1fv(uniformLocation, count, value);
}
else if constexpr(std::is_same<T, int>::value){
glUniform1iv(uniformLocation, count, value);
}
else if constexpr(std::is_same<T, unsigned int>::value){
glUniform1uiv(uniformLocation, count, value);
}
else{
static_assert(dependent_false<T>::value, "Unsupported type");
}
return true;
}
template<typename T>
bool poc::ShaderProgram::setUniform2v(const char* name, int count, const T* value) const {
int uniformLocation = glGetUniformLocation(m_program, name);
if(uniformLocation == -1)
return false;
if constexpr(std::is_same<T, float>::value){
glUniform2fv(uniformLocation, count, value);
}
else if constexpr(std::is_same<T, int>::value){
glUniform2iv(uniformLocation, count, value);
}
else if constexpr(std::is_same<T, unsigned int>::value){
glUniform2uiv(uniformLocation, count, value);
}
else{
static_assert(dependent_false<T>::value, "Unsupported type");
}
return true;
}
template<typename T>
bool poc::ShaderProgram::setUniform3v(const char* name, int count, const T* value) const {
int uniformLocation = glGetUniformLocation(m_program, name);
if(uniformLocation == -1)
return false;
if constexpr(std::is_same<T, float>::value){
glUniform3fv(uniformLocation, count, value);
}
else if constexpr(std::is_same<T, int>::value){
glUniform3iv(uniformLocation, count, value);
}
else if constexpr(std::is_same<T, unsigned int>::value){
glUniform3uiv(uniformLocation, count, value);
}
else{
static_assert(dependent_false<T>::value, "Unsupported type");
}
return true;
}
template<typename T>
bool poc::ShaderProgram::setUniform4v(const char* name, int count, const T* value) const {
int uniformLocation = glGetUniformLocation(m_program, name);
if(uniformLocation == -1)
return false;
if constexpr(std::is_same<T, float>::value){
glUniform4fv(uniformLocation, count, value);
}
else if constexpr(std::is_same<T, int>::value){
glUniform4iv(uniformLocation, count, value);
}
else if constexpr(std::is_same<T, unsigned int>::value){
glUniform4uiv(uniformLocation, count, value);
}
else{
static_assert(dependent_false<T>::value, "Unsupported type");
}
return true;
}
#endif //PARAMETRICOBJECTSCONSTRUCTION_SHADERPROGRAM_HPP
| 32.361702 | 99 | 0.652484 | pinam45 |
7096a1bbcd2c4e7199e6127d65867669820439cf | 5,439 | cpp | C++ | Templates/Full/web/source/activex/IEWebGameWindow.cpp | vbillet/Torque3D | ece8823599424ea675e5f79d9bcb44e42cba8cae | [
"MIT"
] | 2,113 | 2015-01-01T11:23:01.000Z | 2022-03-28T04:51:46.000Z | Templates/Full/web/source/activex/IEWebGameWindow.cpp | vbillet/Torque3D | ece8823599424ea675e5f79d9bcb44e42cba8cae | [
"MIT"
] | 948 | 2015-01-02T01:50:00.000Z | 2022-02-27T05:56:40.000Z | Templates/Full/web/source/activex/IEWebGameWindow.cpp | vbillet/Torque3D | ece8823599424ea675e5f79d9bcb44e42cba8cae | [
"MIT"
] | 944 | 2015-01-01T09:33:53.000Z | 2022-03-15T22:23:03.000Z | //-----------------------------------------------------------------------------
// Copyright (c) 2012 GarageGames, LLC
//
// Permission is hereby granted, free of charge, to any person obtaining a copy
// of this software and associated documentation files (the "Software"), to
// deal in the Software without restriction, including without limitation the
// rights to use, copy, modify, merge, publish, distribute, sublicense, and/or
// sell copies of the Software, and to permit persons to whom the Software is
// furnished to do so, subject to the following conditions:
//
// The above copyright notice and this permission notice shall be included in
// all copies or substantial portions of the Software.
//
// THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR
// IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY,
// FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE
// AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER
// LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING
// FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS
// IN THE SOFTWARE.
//-----------------------------------------------------------------------------
#include "StdAfx.h"
#include <shlobj.h>
#include "IEWebGameWindow.h"
#include "../common/webCommon.h"
// We hook the keyboard at application level so we TAB, Backspace, other accelerator combos
// are captured and don't cause us grief
static HHOOK hHook = NULL;
// Hook procedure for WH_GETMESSAGE hook type.
LRESULT CALLBACK GetMessageProc(int nCode, WPARAM wParam, LPARAM lParam)
{
// If this is a keystrokes message, translate it in controls'
LPMSG lpMsg = (LPMSG) lParam;
if( (nCode >= 0) &&
PM_REMOVE == wParam &&
(lpMsg->message >= WM_KEYFIRST && lpMsg->message <= WM_KEYLAST) )
{
if (torque_directmessage)
{
// call directly into the Torque 3D message queue, bypassing the windows event queue
// as we're hooking into the application level processing, this would cause a hang
torque_directmessage(lpMsg->message, lpMsg->wParam, lpMsg->lParam);
// The value returned from this hookproc is ignored, and it cannot
// be used to tell Windows the message has been handled. To avoid
// further processing, convert the message to WM_NULL before
// returning.
lpMsg->message = WM_NULL;
lpMsg->lParam = 0L;
lpMsg->wParam = 0;
}
}
// Passes the hook information to the next hook procedure in
// the current hook chain.
return ::CallNextHookEx(hHook, nCode, wParam, lParam);
}
WebGameWindow::WebGameWindow(void)
{
mTimer = false;
mInitialized = false;
}
WebGameWindow::~WebGameWindow(void)
{
//handling threads in event callbacks (onDestroy for instance) seems to cause loads of problems (deadlocks, etc)
if (mInitialized)
WebCommon::ShutdownTorque3D();
}
// we use a timer to update the Torque 3D game loop (tick) and handle rendering
VOID CALLBACK MyTimerProc(
HWND hwnd, // handle to window for timer messages
UINT message, // WM_TIMER message
UINT idTimer, // timer identifier
DWORD dwTime) // current system time
{
static bool reentrant = false;
if (!reentrant)
{
reentrant = true;
torque_enginetick();
reentrant = false;
}
}
LRESULT
WebGameWindow::OnCreate(UINT uMsg, WPARAM wParam, LPARAM lParam, BOOL& bHandled)
{
bHandled = TRUE;
// check that the domain we're loading the plugin from is allowed
if (!checkDomain())
{
return -1;
}
// load up the Torque 3D shared library and initialize it
if (!WebCommon::InitTorque3D(this->m_hWnd))
{
return -1;
}
mTimer = true;
mInitialized = true;
// fire up timer for ticking Torque 3D update
SetTimer( 1, // timer identifier
1, // 1 millisecond
(TIMERPROC) MyTimerProc); // timer callback
hHook = ::SetWindowsHookEx(
WH_GETMESSAGE,
GetMessageProc,
WebCommon::gPluginModule,
GetCurrentThreadId());
return 0;
}
//------------------------------------------------------------------------------
/**
*/
LRESULT
WebGameWindow::OnDestroy(UINT uMsg, WPARAM wParam, LPARAM lParam, BOOL& bHandled)
{
// let the default handler run
bHandled = FALSE;
// kill update timer
if (mTimer)
KillTimer( 1);
mTimer = false;
if (hHook)
::UnhookWindowsHookEx (hHook);
hHook = NULL;
return 0;
}
//------------------------------------------------------------------------------
/**
*/
LRESULT
WebGameWindow::OnSize(UINT uMsg, WPARAM wParam, LPARAM lParam, BOOL& bHandled)
{
// let the default handler run
bHandled = FALSE;
// resize the Torque 3D child window depending on our browser's parent window
if (mInitialized && torque_resizewindow)
{
int width = (int) LOWORD( lParam );
int height = (int) HIWORD( lParam );
torque_resizewindow(width,height);
}
return 0;
}
//------------------------------------------------------------------------------
/**
*/
LRESULT
WebGameWindow::OnMouseActivate(UINT uMsg, WPARAM wParam, LPARAM lParam, BOOL& bHandled)
{
return MA_ACTIVATE;
}
| 29.721311 | 115 | 0.616106 | vbillet |
7098d08f8428c82d2dcf2824d187fb1ce09fb70d | 2,169 | cpp | C++ | tests/lex/identifier_test.cpp | BastianBlokland/novus | 3b984c36855aa84d6746c14ff7e294ab7d9c1575 | [
"MIT"
] | 14 | 2020-04-14T17:00:56.000Z | 2021-08-30T08:29:26.000Z | tests/lex/identifier_test.cpp | BastianBlokland/novus | 3b984c36855aa84d6746c14ff7e294ab7d9c1575 | [
"MIT"
] | 27 | 2020-12-27T16:00:44.000Z | 2021-08-01T13:12:14.000Z | tests/lex/identifier_test.cpp | BastianBlokland/novus | 3b984c36855aa84d6746c14ff7e294ab7d9c1575 | [
"MIT"
] | 1 | 2020-05-29T18:33:37.000Z | 2020-05-29T18:33:37.000Z | #include "catch2/catch.hpp"
#include "helpers.hpp"
#include "lex/error.hpp"
namespace lex {
TEST_CASE("[lex] Lexing identifiers", "lex") {
SECTION("Valid") {
CHECK_TOKENS("hello", identiferToken("hello"));
CHECK_TOKENS("héllo", identiferToken("héllo"));
CHECK_TOKENS("_hello", identiferToken("_hello"));
CHECK_TOKENS("_hello_world", identiferToken("_hello_world"));
CHECK_TOKENS("_hello123", identiferToken("_hello123"));
CHECK_TOKENS("_1", identiferToken("_1"));
CHECK_TOKENS("_1", identiferToken("_1"));
CHECK_TOKENS("你好世界", identiferToken("你好世界"));
CHECK_TOKENS("_你好世界", identiferToken("_你好世界"));
CHECK_TOKENS("_你1好2世3界", identiferToken("_你1好2世3界"));
CHECK_TOKENS("_", basicToken(TokenKind::Discard));
}
SECTION("Sequences") {
CHECK_TOKENS("hello world", identiferToken("hello"), identiferToken("world"));
CHECK_TOKENS(
"hello,world",
identiferToken("hello"),
basicToken(TokenKind::SepComma),
identiferToken("world"));
CHECK_TOKENS(
"hello;world",
identiferToken("hello"),
basicToken(TokenKind::OpSemi),
identiferToken("world"));
CHECK_TOKENS(
"hello@world", identiferToken("hello"), errInvalidChar('@'), identiferToken("world"));
CHECK_TOKENS("hello#world", identiferToken("hello"), errStaticIntInvalidChar());
}
SECTION("Errors") {
CHECK_TOKENS("1test", errLitNumberInvalidChar());
CHECK_TOKENS("h\a_hello", errIdentifierIllegalCharacter());
CHECK_TOKENS("@", errInvalidChar('@'));
// Ids containing '__' are reserved for internal use.
CHECK_TOKENS("__", errIdentifierIllegalSequence());
CHECK_TOKENS("___", errIdentifierIllegalSequence());
CHECK_TOKENS("__hello", errIdentifierIllegalSequence());
CHECK_TOKENS("hello__", errIdentifierIllegalSequence());
CHECK_TOKENS("hello__world", errIdentifierIllegalSequence());
}
SECTION("Spans") {
CHECK_SPANS(" helloworld ", input::Span{1, 10});
CHECK_SPANS(" helloworld__ ", input::Span{1, 12});
CHECK_SPANS(" __helloworld ", input::Span{1, 12});
CHECK_SPANS(" _1 ", input::Span{1, 2});
}
}
} // namespace lex
| 34.983871 | 94 | 0.674504 | BastianBlokland |
709ed893ddce1531250294ae89f372f432eb61d3 | 2,011 | cpp | C++ | Plugins/EZOnline/Source/EZOnline/Private/EZClientGameMode.cpp | feixuwu/TankFire | c172cab5d5599ff066dfe17bb89945893fdee572 | [
"MIT"
] | 41 | 2018-02-14T04:12:40.000Z | 2022-03-14T09:24:37.000Z | Plugins/EZOnline/Source/EZOnline/Private/EZClientGameMode.cpp | feixuwu/TankFire | c172cab5d5599ff066dfe17bb89945893fdee572 | [
"MIT"
] | 3 | 2018-07-11T08:36:07.000Z | 2020-10-03T02:19:35.000Z | Plugins/EZOnline/Source/EZOnline/Private/EZClientGameMode.cpp | feixuwu/TankFire | c172cab5d5599ff066dfe17bb89945893fdee572 | [
"MIT"
] | 35 | 2018-03-05T07:08:23.000Z | 2022-03-28T11:17:17.000Z | // Fill out your copyright notice in the Description page of Project Settings.
#include "EZClientGameMode.h"
#include "WebSocketBlueprintLibrary.h"
#include "EZOnline.h"
#include "CoreGlobals.h"
#include "Misc/ConfigCacheIni.h"
#include "EZOnlineGameInstance.h"
#include "GameMapsSettings.h"
#include "Kismet/KismetStringLibrary.h"
#include "Kismet/GameplayStatics.h"
void AEZClientGameMode::BeginPlay()
{
Super::BeginPlay();
FString strServer;// = TEXT("ws://192.168.1.3:8000");
if (!GConfig->GetString(TEXT("/Script/EZOnlineEditor.ServerConfig"), TEXT("CenterServerForClient"), strServer, GEngineIni) || strServer.IsEmpty() )
{
UE_LOG(EZOnline, Error, TEXT("CenterServer is not valid:%s"), *strServer);
return;
}
UWebSocketBase* webSocket = UWebSocketBlueprintLibrary::Connect(strServer);
UEZOnlineGameInstance* pEzGameInstance = Cast<UEZOnlineGameInstance>(GetGameInstance() );
if (pEzGameInstance == nullptr)
{
UE_LOG(EZOnline, Error, TEXT("Game Instance Must be set to EZOnlineGameInstance") );
return;
}
webSocket->OnClosed.AddDynamic(this, &AEZClientGameMode::OnSocketClosed);
webSocket->OnConnectError.AddDynamic(this, &AEZClientGameMode::OnSocketConnectFail);
webSocket->OnConnectComplete.AddDynamic(this, &AEZClientGameMode::OnSocketConnected);
pEzGameInstance->SetCenterSocket(webSocket);
}
void AEZClientGameMode::OnSocketConnected()
{
K2OnSocketConnected();
}
void AEZClientGameMode::OnSocketClosed()
{
K2OnSocketClosed();
}
void AEZClientGameMode::OnSocketConnectFail(const FString& error)
{
K2OnSocketConnectFail();
}
void AEZClientGameMode::GotoDefaultMap()
{
FString Error;
FURL DefaultURL;
DefaultURL.LoadURLConfig(TEXT("DefaultPlayer"), GGameIni);
const UGameMapsSettings* GameMapsSettings = GetDefault<UGameMapsSettings>();
const FString& TextURL = GameMapsSettings->GetGameDefaultMap() + GameMapsSettings->LocalMapOptions;
UGameplayStatics::OpenLevel(this, UKismetStringLibrary::Conv_StringToName(GameMapsSettings->GetGameDefaultMap() ), true);
} | 31.421875 | 148 | 0.785182 | feixuwu |
709f2fddada471c05939ae742c729c996ff40dd3 | 6,703 | cpp | C++ | toonz/sources/toonz/celldata.cpp | rozhuk-im/opentoonz | ad5b632512746b97fd526aa79660fbaedf934fad | [
"BSD-3-Clause"
] | 3,710 | 2016-03-26T00:40:48.000Z | 2022-03-31T21:35:12.000Z | toonz/sources/toonz/celldata.cpp | rozhuk-im/opentoonz | ad5b632512746b97fd526aa79660fbaedf934fad | [
"BSD-3-Clause"
] | 4,246 | 2016-03-26T01:21:45.000Z | 2022-03-31T23:10:47.000Z | toonz/sources/toonz/celldata.cpp | rozhuk-im/opentoonz | ad5b632512746b97fd526aa79660fbaedf934fad | [
"BSD-3-Clause"
] | 633 | 2016-03-26T00:42:25.000Z | 2022-03-17T02:55:13.000Z |
#include "celldata.h"
#include <assert.h>
#include "toonz/txsheet.h"
#include "toonz/txshcolumn.h"
#include "toonz/txshleveltypes.h"
#include "toonz/txshzeraryfxcolumn.h"
#include "toonz/txshzeraryfxlevel.h"
#include "toonz/tcolumnfx.h"
#include "toonz/fxdag.h"
#include "toonz/txshlevelcolumn.h"
//-----------------------------------------------------------------------------
TCellData::TCellData() : m_rowCount(0), m_colCount(0) {}
//-----------------------------------------------------------------------------
TCellData::TCellData(const TCellData *src)
: m_cells(src->m_cells)
, m_rowCount(src->m_rowCount)
, m_colCount(src->m_colCount) {}
//-----------------------------------------------------------------------------
TCellData::~TCellData() {}
//-----------------------------------------------------------------------------
const TXshCell TCellData::getCell(int row, int col) const {
assert(0 <= row && row < m_rowCount);
assert(0 <= col && col < m_colCount);
return m_cells[row + col * m_rowCount];
}
//-----------------------------------------------------------------------------
// data <- xsh
void TCellData::setCells(TXsheet *xsh, int r0, int c0, int r1, int c1) {
assert(r0 <= r1 && c0 <= c1);
m_rowCount = r1 - r0 + 1;
m_colCount = c1 - c0 + 1;
assert(m_rowCount > 0);
assert(m_colCount > 0);
m_cells.clear();
m_cells.resize(m_rowCount * m_colCount);
int c;
for (c = c0; c <= c1; c++) {
int index = c - c0;
TXshColumn *column = xsh->getColumn(c);
if (!column || column->isEmpty()) continue;
xsh->getCells(r0, c, m_rowCount, &m_cells[index * m_rowCount]);
}
setText("TCellData");
}
//-----------------------------------------------------------------------------
// data -> xsh
bool TCellData::getCells(TXsheet *xsh, int r0, int c0, int &r1, int &c1,
bool insert, bool doZeraryClone,
bool skipEmptyCells) const {
int c;
r1 = r0 + m_rowCount - 1;
c1 = c0 + m_colCount - 1;
bool cellSet = false;
for (c = c0; c < c0 + m_colCount; c++) {
TXshColumn *column = xsh->getColumn(c);
/*- index:選択範囲左から何番目のカラムか(一番左は0) -*/
int index = c - c0;
std::vector<TXshCell> cells = m_cells;
bool isColumnEmpty = true;
if (column) {
isColumnEmpty = column->isEmpty();
/*- 各セルに左上→右下で順に割り振られるIndex -*/
int cellIndex = index * m_rowCount;
// increment the cellIndex and skip empty cells
if (skipEmptyCells) {
while (cellIndex < (index + 1) * m_rowCount &&
m_cells[cellIndex].isEmpty())
++cellIndex;
}
// if the cellIndex reaches the end of the selection
if ((int)m_cells.size() <= cellIndex) // Celle vuote.
return cellSet;
/*- カラムが変更不可なら次のカラムへ -*/
if (!canChange(column, index)) continue;
}
if (doZeraryClone && isColumnEmpty) cloneZeraryFx(index, cells);
// inserisco le celle
if (insert) xsh->insertCells(r0, c, m_rowCount);
cellSet = xsh->setCells(r0, c, m_rowCount, &cells[index * m_rowCount]);
}
return cellSet;
}
//-----------------------------------------------------------------------------
// Paste only cell numbers.
// As a special behavior, enable to copy one column and paste into
// multiple columns.
bool TCellData::getNumbers(TXsheet *xsh, int r0, int c0, int &r1,
int &c1) const {
r1 = r0 + m_rowCount - 1;
bool oneToMulti = m_colCount == 1 && c0 < c1;
if (!oneToMulti) c1 = c0 + m_colCount - 1;
bool cellSet = false;
for (int c = c0; c <= c1; c++) {
TXshColumn *column = xsh->getColumn(c);
if (!column || column->isEmpty()) continue;
TXshLevelColumn *levelColumn = column->getLevelColumn();
if (!levelColumn) continue;
std::vector<TXshCell> cells = m_cells;
int sourceColIndex = (oneToMulti) ? 0 : c - c0;
int sourceCellIndex = sourceColIndex * m_rowCount;
if (!canChange(column, sourceColIndex)) continue;
bool isSet = levelColumn->setNumbers(r0, m_rowCount,
&cells[sourceColIndex * m_rowCount]);
cellSet = cellSet || isSet;
}
xsh->updateFrameCount();
return cellSet;
}
//-----------------------------------------------------------------------------
/*-- c0 を起点に、TCellDataの選択範囲のカラム幅分、
全てのカラムがcanChangeかどうか調べる。
--*/
bool TCellData::canChange(TXsheet *xsh, int c0) const {
int c;
for (c = c0; c < c0 + m_colCount; c++) {
int index = c - c0;
TXshColumn *column = xsh->getColumn(c);
if (!canChange(column, index)) return false;
}
return true;
}
//-----------------------------------------------------------------------------
bool TCellData::canChange(TXshColumn *column, int index) const {
/*- カラムが無い、又は空のときTrue（編集可） -*/
if (!column || column->isEmpty()) return true;
/*- カラムがロックされていたらFalse（編集不可） -*/
if (column->isLocked()) return false;
/*-- 全てのセルがcanSetCellかどうか調べる 今からペーストするセルが、
ペースト先のカラムと同種ならばtrueとなる。
--*/
TXshCellColumn *cellColumn = column->getCellColumn();
assert(cellColumn);
int i;
for (i = index * m_rowCount; i < (index * m_rowCount) + m_rowCount; i++)
// for(i = 0; i < m_cells.size(); i++)
if (!cellColumn->canSetCell(m_cells[i])) return false;
return true;
}
//-----------------------------------------------------------------------------
void TCellData::cloneZeraryFx(int index, std::vector<TXshCell> &cells) const {
int firstNotEmptyIndex = index * m_rowCount;
while (firstNotEmptyIndex < (index + 1) * m_rowCount &&
m_cells[firstNotEmptyIndex].isEmpty())
firstNotEmptyIndex++;
if (firstNotEmptyIndex >= (index + 1) * m_rowCount) return;
TXshZeraryFxLevel *fxLevel =
m_cells[firstNotEmptyIndex].m_level->getZeraryFxLevel();
if (!fxLevel) return;
TXshZeraryFxColumn *fxColumn = fxLevel->getColumn();
assert(fxColumn);
TFx *zeraryFx = fxColumn->getZeraryColumnFx()->getZeraryFx();
if (zeraryFx) {
std::wstring fxName = zeraryFx->getName();
TFx *newZeraryFx = zeraryFx->clone(false);
fxColumn->getXsheet()->getFxDag()->assignUniqueId(newZeraryFx);
newZeraryFx->setName(fxName);
newZeraryFx->linkParams(zeraryFx);
TXshZeraryFxLevel *newFxLevel = new TXshZeraryFxLevel();
TXshZeraryFxColumn *newFxColumn = new TXshZeraryFxColumn(0);
newFxColumn->getZeraryColumnFx()->setZeraryFx(newZeraryFx);
newFxLevel->setColumn(newFxColumn);
// replace the zerary fx cells by the new fx
int r;
for (r = firstNotEmptyIndex; r < (index + 1) * m_rowCount; r++)
cells[r] = TXshCell(newFxLevel, m_cells[r].getFrameId());
}
}
| 33.348259 | 79 | 0.556616 | rozhuk-im |
709f36bc42bf51e90025683787cb7c19e928c65c | 285 | cpp | C++ | fill/fill.cpp | danielkrupinski/cpp-playground | 0b02de70bfdbbc7ebb073180972b382231a198d4 | [
"MIT"
] | 1 | 2018-07-23T21:15:11.000Z | 2018-07-23T21:15:11.000Z | fill/fill.cpp | danielkrupinski/cpp-playground | 0b02de70bfdbbc7ebb073180972b382231a198d4 | [
"MIT"
] | null | null | null | fill/fill.cpp | danielkrupinski/cpp-playground | 0b02de70bfdbbc7ebb073180972b382231a198d4 | [
"MIT"
] | 3 | 2018-11-10T05:39:00.000Z | 2019-12-08T12:14:19.000Z | #include <algorithm>
#include <iostream>
#include <iterator>
#include <vector>
int main()
{
std::vector<int> v{ 0, 1, 2, 3, 4, 5, 6, 7, 8, 9 };
std::fill(v.begin(), v.end(), 7);
std::copy(v.begin(), v.end(), std::ostream_iterator<int>{ std::cout, " " });
return 0;
}
| 20.357143 | 80 | 0.561404 | danielkrupinski |
70a7d56261053f4d3f2993e1599fd0dbf3a45150 | 451 | cpp | C++ | doc/examples/operatorarray__size_type.cpp | Hexlord/json | 66869458b5227170e052d01aa65b47ee8350b666 | [
"MIT"
] | 23 | 2016-01-20T07:50:24.000Z | 2021-09-08T05:08:19.000Z | json-master/doc/examples/operatorarray__size_type.cpp | bobismijnnaam/bobetex | 9960eafd31c73b4070b236d5dfafd5734492aaf5 | [
"MIT"
] | 18 | 2016-06-01T11:56:54.000Z | 2016-06-06T10:58:53.000Z | json-master/doc/examples/operatorarray__size_type.cpp | bobismijnnaam/bobetex | 9960eafd31c73b4070b236d5dfafd5734492aaf5 | [
"MIT"
] | 19 | 2016-01-24T13:05:24.000Z | 2021-06-25T01:36:47.000Z | #include <json.hpp>
using namespace nlohmann;
int main()
{
// create a JSON array
json array = {1, 2, 3, 4, 5};
// output element at index 3 (fourth element)
std::cout << array[3] << '\n';
// change last element to 6
array[array.size() - 1] = 6;
// output changed array
std::cout << array << '\n';
// write beyond array limit
array[10] = 11;
// output changed array
std::cout << array << '\n';
}
| 18.04 | 49 | 0.552106 | Hexlord |
70a7f4f9db517de7493efed62f334f85b9b71355 | 16,517 | cpp | C++ | src/dagified_graph.cpp | lnceballosz/vg | 82d8ba2f38299525c0b0a6b19dcb785d2c439cfa | [
"MIT"
] | null | null | null | src/dagified_graph.cpp | lnceballosz/vg | 82d8ba2f38299525c0b0a6b19dcb785d2c439cfa | [
"MIT"
] | null | null | null | src/dagified_graph.cpp | lnceballosz/vg | 82d8ba2f38299525c0b0a6b19dcb785d2c439cfa | [
"MIT"
] | null | null | null | // SPDX-FileCopyrightText: 2014 Erik Garrison
//
// SPDX-License-Identifier: MIT
/**
* \file dagified_graph.cpp: contains the implementation of DagifiedGraph
*/
#include "dagified_graph.hpp"
//#define debug_dagify
namespace vg {
using namespace std;
DagifiedGraph::DagifiedGraph(const HandleGraph* graph, size_t min_preserved_path_length) : graph(graph) {
// find the numeric range of handles in the underlying graph (needed for later bookkeeping)
uint64_t max_handle = std::numeric_limits<uint64_t>::min();
graph->for_each_handle([&](const handle_t& handle) {
for (handle_t h : {handle, graph->flip(handle)}) {
uint64_t integer_handle = handlegraph::as_integer(h);
min_handle = min(integer_handle, min_handle);
max_handle = max(integer_handle, max_handle);
}
});
handle_val_range = max_handle - min_handle + 1;
// now we begin the dagify algorithm
vector<vector<handle_t>> strong_components;
{
// get a low-FAS layout with a canonical orientation for each handle
vector<handle_t> layout = handlealgs::eades_algorithm(graph);
// invert the mapping for the layout
layout_order.reserve(layout.size());
for (size_t i = 0; i < layout.size(); ++i) {
layout_order[layout[i]] = i;
}
// identify the SCCs and build the reverse SCC mapping
// TODO: annoying that we have to work with this return type for strongly_connected_components
scc_of_handle.resize(layout.size());
size_t scc_idx = 0;
for (const unordered_set<id_t>& scc : handlealgs::strongly_connected_components(graph)) {
// init new component
strong_components.emplace_back();
auto& component = strong_components.back();
component.reserve(scc.size());
// build the reverse mapping for this SCC
for (const id_t& node_id : scc) {
handle_t handle = graph->get_handle(node_id);
auto iter = layout_order.find(handle);
if (iter == layout_order.end()) {
iter = layout_order.find(graph->flip(handle));
}
scc_of_handle[iter->second] = scc_idx;
}
++scc_idx;
}
// build the SCC components in layout order
for (const handle_t& handle : layout) {
strong_components[scc_of_handle[layout_order[handle]]].push_back(handle);
}
// let the layout fall out of scope
}
// identify how many times each SCC needs to be duplicated
scc_copy_count.resize(strong_components.size());
for (size_t scc_idx = 0; scc_idx < strong_components.size(); ++scc_idx) {
const vector<handle_t>& component = strong_components[scc_idx];
// record the ordering of the layout so we can build adjacency lists
unordered_map<handle_t, size_t> ordering;
for (size_t i = 0; i < component.size(); i++) {
ordering[component[i]] = i;
}
// mark the edges as either forward or backward relative to the layout
vector<vector<size_t>> forward_edges(component.size());
vector<pair<size_t, size_t>> backward_edges;
for (size_t i = 0; i < component.size(); ++i) {
graph->follow_edges(component[i], false, [&](const handle_t& next) {
if (scc_of_handle[layout_order[next]] == scc_idx) {
// this edge is internal to a strongly connected component
size_t j = ordering[next];
if (i < j) {
// non feedback arc
forward_edges[i].push_back(j);
}
else {
// feedback arc
backward_edges.emplace_back(i, j);
}
}
});
}
// check for each node whether we've duplicated the component enough times
// to preserve its cycles
// dynamic progamming structures that represent distances within the current
// copy of the SCC and the next copy
vector<int64_t> distances(component.size(), numeric_limits<int64_t>::max());
// init the distances so that we are measuring from the end of the heads of
// backward edges (which cross to the next copy of the SCC)
for (const pair<size_t, size_t>& bwd_edge : backward_edges) {
handle_t handle = component[bwd_edge.first];
distances[ordering[handle]] = -graph->get_length(handle);
}
// init the tracker that we use for the bail-out condition
int64_t min_relaxed_dist = -1;
// keep track of how many times we've implicitly copied
uint64_t copy_num = 0;
for (; min_relaxed_dist < int64_t(min_preserved_path_length); copy_num++) {
// the distances in the next copy unit
vector<int64_t> next_distances(component.size(), numeric_limits<int64_t>::max());
// find the shortest path to the nodes, staying within this copy of the SCC
for (size_t i = 0; i < distances.size(); i++) {
// skip infinity to avoid overflow
if (distances[i] == numeric_limits<int64_t>::max()) {
continue;
}
int64_t dist_thru = distances[i] + graph->get_length(component[i]);
for (const size_t& j : forward_edges[i]) {
distances[j] = min(distances[j], dist_thru);
}
}
// now find the minimum distance to nodes in the next copy of the SCC
min_relaxed_dist = numeric_limits<int64_t>::max();
for (const pair<size_t, size_t>& bwd_edge : backward_edges) {
// skip infinity to avoid overflow
if (distances[bwd_edge.first] == numeric_limits<int64_t>::max()) {
continue;
}
int64_t dist_thru = distances[bwd_edge.first] + graph->get_length(component[bwd_edge.first]);
if (dist_thru < next_distances[bwd_edge.second]) {
next_distances[bwd_edge.second] = dist_thru;
// keep track of the shortest distance to the next copy
min_relaxed_dist = min(min_relaxed_dist, dist_thru);
}
}
#ifdef debug_dagify
cerr << "distances within component" << endl;
for (size_t i = 0; i < distances.size(); i++) {
cerr << "\t" << graph->get_id(component[i]) << (graph->get_is_reverse(component[i]) ? "-" : "+") << " " << distances[i] << endl;
}
cerr << "distances to next component" << endl;
for (size_t i = 0; i < next_distances.size(); i++) {
cerr << "\t" << graph->get_id(component[i]) << (graph->get_is_reverse(component[i]) ? "-" : "+") << " " << next_distances[i] << endl;
}
#endif
// initialize the DP structures for the next iteration
distances = move(next_distances);
}
// now we know that the copy count needs to be, so we can record the information we need
// from this component
// record the copy count
scc_copy_count[scc_idx] = copy_num;
// add the number of nodes to the total count
node_count += component.size() * copy_num;
// find the maximum projected node ID in this component
id_t comp_max_id = numeric_limits<id_t>::min();
for (const handle_t& handle : component) {
comp_max_id = max(comp_max_id, graph->get_id(handle));
}
max_id = max<id_t>(max_id, comp_max_id + (copy_num - 1) * (graph->max_node_id() - graph->min_node_id() + 1));
}
}
bool DagifiedGraph::has_node(id_t node_id) const {
id_t original_id = get_underlying_id(node_id);
bool exists = graph->has_node(original_id);
if (exists) {
// was the node duplicated enough times to have created this node ID?
exists = scc_copy_of_node_id(node_id) < scc_copy_count.at(scc_of_handle.at(layout_order_of_handle(graph->get_handle(original_id))));
}
return exists;
}
handle_t DagifiedGraph::get_handle(const id_t& node_id, bool is_reverse) const {
return nth_copy_of_handle(graph->get_handle(get_underlying_id(node_id), is_reverse), scc_copy_of_node_id(node_id));
}
id_t DagifiedGraph::get_id(const handle_t& handle) const {
return (graph->get_id(get_underlying_handle(handle))
+ scc_copy_of_handle(handle) * (graph->max_node_id() - graph->min_node_id() + 1));
}
bool DagifiedGraph::get_is_reverse(const handle_t& handle) const {
return graph->get_is_reverse(get_underlying_handle(handle));
}
handle_t DagifiedGraph::flip(const handle_t& handle) const {
return nth_copy_of_handle(graph->flip(get_underlying_handle(handle)), scc_copy_of_handle(handle));
}
size_t DagifiedGraph::get_length(const handle_t& handle) const {
return graph->get_length(get_underlying_handle(handle));
}
string DagifiedGraph::get_sequence(const handle_t& handle) const {
return graph->get_sequence(get_underlying_handle(handle));
}
bool DagifiedGraph::follow_edges_impl(const handle_t& handle, bool go_left,
const function<bool(const handle_t&)>& iteratee) const {
// this is the complicated part where we have to induce an edge structure that is a DAG
handle_t underlying = get_underlying_handle(handle);
uint64_t scc_copy = scc_copy_of_handle(handle);
// does the handle match the canonical orientation of the layout we computed?
bool matches_layout = layout_order.count(underlying);
// are we traversing this node forward along the canonical orientation?
bool canonical_fwd = matches_layout != go_left;
size_t layout_index = layout_order_of_handle(underlying);
uint64_t scc_id = scc_of_handle.at(layout_index);
return graph->follow_edges(underlying, go_left, [&](const handle_t& next_underlying) {
size_t next_layout_index = layout_order_of_handle(next_underlying);
uint64_t next_scc_id = scc_of_handle.at(next_layout_index);
bool keep_going = true;
if (next_scc_id != scc_id) {
// this is over an edge that's between two strongly connected component
uint64_t next_scc_count = scc_copy_count.at(next_scc_id);
if (canonical_fwd) {
// we are traveling in the canonically forward direction
if (scc_copy + 1 == scc_copy_count.at(scc_id)) {
// only the last copy of a handle is allowd to extend to the next strongly
// connected component, and it connects to all copies in the next one
for (size_t i = 0; i < next_scc_count && keep_going; ++i) {
keep_going = iteratee(nth_copy_of_handle(next_underlying, i));
}
}
}
else {
// we are going in the reverse direction of the canonical orientation, so we
// can only connect to the last copy of the next handle
keep_going = iteratee(nth_copy_of_handle(next_underlying, next_scc_count - 1));
}
}
else {
// this edge is internal to a strongly connected component
if (canonical_fwd) {
// we are traversing in the direction of the canonical orientation
if (next_layout_index > layout_index) {
// we are not taking a reversing edge, so we stay in the same copy unit
keep_going = iteratee(nth_copy_of_handle(next_underlying, scc_copy));
}
else if (scc_copy + 1 < scc_copy_count.at(scc_id)) {
// we are taking a reversing edge, and there are still copy units ahead
keep_going = iteratee(nth_copy_of_handle(next_underlying, scc_copy + 1));
}
}
else {
// we are traversing against the direction of the canonical orientation
if (next_layout_index < layout_index) {
// we are moving backwards over a forward edge, stay in the same copy unit
keep_going = iteratee(nth_copy_of_handle(next_underlying, scc_copy));
}
else if (scc_copy > 0) {
// we are moving backwards over a reversing edge, and there are still copy units before this one
keep_going = iteratee(nth_copy_of_handle(next_underlying, scc_copy - 1));
}
}
}
return keep_going;
});
}
bool DagifiedGraph::for_each_handle_impl(const function<bool(const handle_t&)>& iteratee,
bool parallel) const {
return graph->for_each_handle([&](const handle_t& underlying) {
// iterate over however many copies of the handle there are
size_t copy_count = scc_copy_count.at(scc_of_handle.at(layout_order_of_handle(underlying)));
bool keep_going = true;
for (size_t i = 0; i < copy_count && keep_going; ++i) {
keep_going = iteratee(nth_copy_of_handle(underlying, i));
}
return keep_going;
}, parallel);
}
size_t DagifiedGraph::get_node_count() const {
return node_count;
}
id_t DagifiedGraph::min_node_id() const {
// duplicated handles only increase in ID, so the original minimum doesn't change
return graph->min_node_id();
}
id_t DagifiedGraph::max_node_id() const {
return max_id;
}
handle_t DagifiedGraph::get_underlying_handle(const handle_t& handle) const {
return handlegraph::as_handle(((uint64_t(handlegraph::as_integer(handle)) - min_handle) % handle_val_range) + min_handle);
}
uint64_t DagifiedGraph::scc_copy_of_handle(const handle_t& handle) const {
return (uint64_t(handlegraph::as_integer(handle)) - min_handle) / handle_val_range;
}
uint64_t DagifiedGraph::scc_copy_of_node_id(const id_t& node_id) const {
return (node_id - graph->min_node_id()) / (graph->max_node_id() - graph->min_node_id() + 1);
}
size_t DagifiedGraph::layout_order_of_handle(const handle_t& handle) const {
auto iter = layout_order.find(handle);
if (iter == layout_order.end()) {
iter = layout_order.find(graph->flip(handle));
}
return iter->second;
}
id_t DagifiedGraph::get_underlying_id(const id_t& node_id) const {
return ((node_id - graph->min_node_id()) % (graph->max_node_id() - graph->min_node_id() + 1)) + graph->min_node_id();
}
handle_t DagifiedGraph::nth_copy_of_handle(const handle_t& handle, const uint64_t& n) const {
return handlegraph::as_handle(uint64_t(handlegraph::as_integer(handle)) + n * handle_val_range);
}
}
| 46.266106 | 153 | 0.559181 | lnceballosz |
70a816ce81d79a28776a0dc52e8dcdf198559b1b | 8,481 | cpp | C++ | src/org/apache/poi/ss/formula/functions/TextFunction.cpp | pebble2015/cpoi | 6dcc0c5e13e3e722b4ef9fd0baffbf62bf71ead6 | [
"Apache-2.0"
] | null | null | null | src/org/apache/poi/ss/formula/functions/TextFunction.cpp | pebble2015/cpoi | 6dcc0c5e13e3e722b4ef9fd0baffbf62bf71ead6 | [
"Apache-2.0"
] | null | null | null | src/org/apache/poi/ss/formula/functions/TextFunction.cpp | pebble2015/cpoi | 6dcc0c5e13e3e722b4ef9fd0baffbf62bf71ead6 | [
"Apache-2.0"
] | null | null | null | // Generated from /POI/java/org/apache/poi/ss/formula/functions/TextFunction.java
#include <org/apache/poi/ss/formula/functions/TextFunction.hpp>
#include <java/lang/NullPointerException.hpp>
#include <java/lang/String.hpp>
#include <org/apache/poi/ss/formula/eval/ErrorEval.hpp>
#include <org/apache/poi/ss/formula/eval/EvaluationException.hpp>
#include <org/apache/poi/ss/formula/eval/OperandResolver.hpp>
#include <org/apache/poi/ss/formula/eval/ValueEval.hpp>
#include <org/apache/poi/ss/formula/functions/TextFunction_11.hpp>
#include <org/apache/poi/ss/formula/functions/TextFunction_1.hpp>
#include <org/apache/poi/ss/formula/functions/TextFunction_2.hpp>
#include <org/apache/poi/ss/formula/functions/TextFunction_3.hpp>
#include <org/apache/poi/ss/formula/functions/TextFunction_4.hpp>
#include <org/apache/poi/ss/formula/functions/TextFunction_5.hpp>
#include <org/apache/poi/ss/formula/functions/TextFunction_6.hpp>
#include <org/apache/poi/ss/formula/functions/TextFunction_7.hpp>
#include <org/apache/poi/ss/formula/functions/TextFunction_8.hpp>
#include <org/apache/poi/ss/formula/functions/TextFunction_9.hpp>
#include <org/apache/poi/ss/formula/functions/TextFunction_10.hpp>
#include <org/apache/poi/ss/formula/functions/TextFunction_LeftRight.hpp>
#include <org/apache/poi/ss/formula/functions/TextFunction_SearchFind.hpp>
#include <org/apache/poi/ss/usermodel/DataFormatter.hpp>
template<typename ComponentType, typename... Bases> struct SubArray;
namespace poi
{
namespace ss
{
namespace formula
{
namespace eval
{
typedef ::SubArray< ::poi::ss::formula::eval::ValueEval, ::java::lang::ObjectArray > ValueEvalArray;
} // eval
} // formula
} // ss
} // poi
template<typename T>
static T* npc(T* t)
{
if(!t) throw new ::java::lang::NullPointerException();
return t;
}
poi::ss::formula::functions::TextFunction::TextFunction(const ::default_init_tag&)
: super(*static_cast< ::default_init_tag* >(0))
{
clinit();
}
poi::ss::formula::functions::TextFunction::TextFunction()
: TextFunction(*static_cast< ::default_init_tag* >(0))
{
ctor();
}
poi::ss::usermodel::DataFormatter*& poi::ss::formula::functions::TextFunction::formatter()
{
clinit();
return formatter_;
}
poi::ss::usermodel::DataFormatter* poi::ss::formula::functions::TextFunction::formatter_;
java::lang::String* poi::ss::formula::functions::TextFunction::evaluateStringArg(::poi::ss::formula::eval::ValueEval* eval, int32_t srcRow, int32_t srcCol) /* throws(EvaluationException) */
{
clinit();
auto ve = ::poi::ss::formula::eval::OperandResolver::getSingleValue(eval, srcRow, srcCol);
return ::poi::ss::formula::eval::OperandResolver::coerceValueToString(ve);
}
int32_t poi::ss::formula::functions::TextFunction::evaluateIntArg(::poi::ss::formula::eval::ValueEval* arg, int32_t srcCellRow, int32_t srcCellCol) /* throws(EvaluationException) */
{
clinit();
auto ve = ::poi::ss::formula::eval::OperandResolver::getSingleValue(arg, srcCellRow, srcCellCol);
return ::poi::ss::formula::eval::OperandResolver::coerceValueToInt(ve);
}
double poi::ss::formula::functions::TextFunction::evaluateDoubleArg(::poi::ss::formula::eval::ValueEval* arg, int32_t srcCellRow, int32_t srcCellCol) /* throws(EvaluationException) */
{
clinit();
auto ve = ::poi::ss::formula::eval::OperandResolver::getSingleValue(arg, srcCellRow, srcCellCol);
return ::poi::ss::formula::eval::OperandResolver::coerceValueToDouble(ve);
}
poi::ss::formula::eval::ValueEval* poi::ss::formula::functions::TextFunction::evaluate(::poi::ss::formula::eval::ValueEvalArray* args, int32_t srcCellRow, int32_t srcCellCol)
{
try {
return evaluateFunc(args, srcCellRow, srcCellCol);
} catch (::poi::ss::formula::eval::EvaluationException* e) {
return npc(e)->getErrorEval();
}
}
poi::ss::formula::functions::Function*& poi::ss::formula::functions::TextFunction::CHAR()
{
clinit();
return CHAR_;
}
poi::ss::formula::functions::Function* poi::ss::formula::functions::TextFunction::CHAR_;
poi::ss::formula::functions::Function*& poi::ss::formula::functions::TextFunction::LEN()
{
clinit();
return LEN_;
}
poi::ss::formula::functions::Function* poi::ss::formula::functions::TextFunction::LEN_;
poi::ss::formula::functions::Function*& poi::ss::formula::functions::TextFunction::LOWER()
{
clinit();
return LOWER_;
}
poi::ss::formula::functions::Function* poi::ss::formula::functions::TextFunction::LOWER_;
poi::ss::formula::functions::Function*& poi::ss::formula::functions::TextFunction::UPPER()
{
clinit();
return UPPER_;
}
poi::ss::formula::functions::Function* poi::ss::formula::functions::TextFunction::UPPER_;
poi::ss::formula::functions::Function*& poi::ss::formula::functions::TextFunction::PROPER()
{
clinit();
return PROPER_;
}
poi::ss::formula::functions::Function* poi::ss::formula::functions::TextFunction::PROPER_;
poi::ss::formula::functions::Function*& poi::ss::formula::functions::TextFunction::TRIM()
{
clinit();
return TRIM_;
}
poi::ss::formula::functions::Function* poi::ss::formula::functions::TextFunction::TRIM_;
poi::ss::formula::functions::Function*& poi::ss::formula::functions::TextFunction::CLEAN()
{
clinit();
return CLEAN_;
}
poi::ss::formula::functions::Function* poi::ss::formula::functions::TextFunction::CLEAN_;
poi::ss::formula::functions::Function*& poi::ss::formula::functions::TextFunction::MID()
{
clinit();
return MID_;
}
poi::ss::formula::functions::Function* poi::ss::formula::functions::TextFunction::MID_;
poi::ss::formula::functions::Function*& poi::ss::formula::functions::TextFunction::LEFT()
{
clinit();
return LEFT_;
}
poi::ss::formula::functions::Function* poi::ss::formula::functions::TextFunction::LEFT_;
poi::ss::formula::functions::Function*& poi::ss::formula::functions::TextFunction::RIGHT()
{
clinit();
return RIGHT_;
}
poi::ss::formula::functions::Function* poi::ss::formula::functions::TextFunction::RIGHT_;
poi::ss::formula::functions::Function*& poi::ss::formula::functions::TextFunction::CONCATENATE()
{
clinit();
return CONCATENATE_;
}
poi::ss::formula::functions::Function* poi::ss::formula::functions::TextFunction::CONCATENATE_;
poi::ss::formula::functions::Function*& poi::ss::formula::functions::TextFunction::EXACT()
{
clinit();
return EXACT_;
}
poi::ss::formula::functions::Function* poi::ss::formula::functions::TextFunction::EXACT_;
poi::ss::formula::functions::Function*& poi::ss::formula::functions::TextFunction::TEXT()
{
clinit();
return TEXT_;
}
poi::ss::formula::functions::Function* poi::ss::formula::functions::TextFunction::TEXT_;
poi::ss::formula::functions::Function*& poi::ss::formula::functions::TextFunction::FIND()
{
clinit();
return FIND_;
}
poi::ss::formula::functions::Function* poi::ss::formula::functions::TextFunction::FIND_;
poi::ss::formula::functions::Function*& poi::ss::formula::functions::TextFunction::SEARCH()
{
clinit();
return SEARCH_;
}
poi::ss::formula::functions::Function* poi::ss::formula::functions::TextFunction::SEARCH_;
extern java::lang::Class *class_(const char16_t *c, int n);
java::lang::Class* poi::ss::formula::functions::TextFunction::class_()
{
static ::java::lang::Class* c = ::class_(u"org.apache.poi.ss.formula.functions.TextFunction", 48);
return c;
}
void poi::ss::formula::functions::TextFunction::clinit()
{
super::clinit();
static bool in_cl_init = false;
struct clinit_ {
clinit_() {
in_cl_init = true;
formatter_ = new ::poi::ss::usermodel::DataFormatter();
CHAR_ = new TextFunction_1();
LEN_ = new TextFunction_2();
LOWER_ = new TextFunction_3();
UPPER_ = new TextFunction_4();
PROPER_ = new TextFunction_5();
TRIM_ = new TextFunction_6();
CLEAN_ = new TextFunction_7();
MID_ = new TextFunction_8();
LEFT_ = new TextFunction_LeftRight(true);
RIGHT_ = new TextFunction_LeftRight(false);
CONCATENATE_ = new TextFunction_9();
EXACT_ = new TextFunction_10();
TEXT_ = new TextFunction_11();
FIND_ = new TextFunction_SearchFind(true);
SEARCH_ = new TextFunction_SearchFind(false);
}
};
if(!in_cl_init) {
static clinit_ clinit_instance;
}
}
java::lang::Class* poi::ss::formula::functions::TextFunction::getClass0()
{
return class_();
}
| 34.616327 | 189 | 0.703101 | pebble2015 |
70a9f6e766d21ea8f1ae0d3b71e52a2ca24eec2c | 9,525 | cpp | C++ | code/Plugins/Renderer/Direct3D9/Source/T3DD3D9Mappings.cpp | answerear/Fluid | 7b7992547a7d3ac05504dd9127e779eeeaddb3ab | [
"MIT"
] | 1 | 2021-11-16T15:11:52.000Z | 2021-11-16T15:11:52.000Z | code/Plugins/Renderer/Direct3D9/Source/T3DD3D9Mappings.cpp | answerear/Fluid | 7b7992547a7d3ac05504dd9127e779eeeaddb3ab | [
"MIT"
] | null | null | null | code/Plugins/Renderer/Direct3D9/Source/T3DD3D9Mappings.cpp | answerear/Fluid | 7b7992547a7d3ac05504dd9127e779eeeaddb3ab | [
"MIT"
] | null | null | null | /*******************************************************************************
* This file is part of Tiny3D (Tiny 3D Graphic Rendering Engine)
* Copyright (C) 2015-2019 Answer Wong
* For latest info, see https://github.com/answerear/Tiny3D
*
* This program is free software: you can redistribute it and/or modify
* it under the terms of the GNU Lesser General Public License as published by
* the Free Software Foundation, either version 3 of the License, or
* (at your option) any later version.
*
* This program is distributed in the hope that it will be useful,
* but WITHOUT ANY WARRANTY; without even the implied warranty of
* MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
* GNU Lesser General Public License for more details.
*
* You should have received a copy of the GNU Lesser General Public License
* along with this program. If not, see <http://www.gnu.org/licenses/>.
******************************************************************************/
#include "T3DD3D9Mappings.h"
namespace Tiny3D
{
//--------------------------------------------------------------------------
D3DPRIMITIVETYPE D3D9Mappings::get(Renderer::PrimitiveType primitive)
{
D3DPRIMITIVETYPE d3dtype = D3DPT_TRIANGLESTRIP;
switch (primitive)
{
case Renderer::E_PT_POINT_LIST:
d3dtype = D3DPT_POINTLIST;
break;
case Renderer::E_PT_LINE_LIST:
d3dtype = D3DPT_LINELIST;
break;
case Renderer::E_PT_TRIANGLE_LIST:
d3dtype = D3DPT_TRIANGLELIST;
break;
case Renderer::E_PT_TRIANGLE_STRIP:
d3dtype = D3DPT_TRIANGLESTRIP;
break;
case Renderer::E_PT_TRIANGLE_FAN:
d3dtype = D3DPT_TRIANGLEFAN;
}
return d3dtype;
}
//--------------------------------------------------------------------------
DWORD D3D9Mappings::get(HardwareBuffer::Usage usage)
{
DWORD ret = 0;
if (usage & HardwareBuffer::E_HBU_DYNAMIC)
{
ret |= D3DUSAGE_DYNAMIC;
}
if (usage & HardwareBuffer::E_HBU_WRITE_ONLY)
{
ret |= D3DUSAGE_WRITEONLY;
}
return ret;
}
//--------------------------------------------------------------------------
DWORD D3D9Mappings::get(HardwareBuffer::Usage usage,
HardwareBuffer::LockOptions options)
{
DWORD ret = 0;
if (options == HardwareBuffer::E_HBL_DISCARD)
{
if (usage & HardwareBuffer::E_HBU_DYNAMIC)
ret |= D3DLOCK_DISCARD;
}
if (options == HardwareBuffer::E_HBL_READ_ONLY)
{
if (!(usage & HardwareBuffer::E_HBU_WRITE_ONLY))
ret |= D3DLOCK_READONLY;
}
if (options == HardwareBuffer::E_HBL_NO_OVERWRITE)
{
if (usage & HardwareBuffer::E_HBU_DYNAMIC)
ret |= D3DLOCK_NOOVERWRITE;
}
return ret;
}
//--------------------------------------------------------------------------
D3DFORMAT D3D9Mappings::get(HardwareIndexBuffer::Type type)
{
if (type == HardwareIndexBuffer::E_IT_16BITS)
{
return D3DFMT_INDEX16;
}
return D3DFMT_INDEX32;
}
//--------------------------------------------------------------------------
D3DDECLTYPE D3D9Mappings::get(VertexAttribute::Type type)
{
D3DDECLTYPE d3dtype = D3DDECLTYPE_FLOAT3;
switch (type)
{
case VertexAttribute::E_VAT_COLOR:
d3dtype = D3DDECLTYPE_D3DCOLOR;
break;
case VertexAttribute::E_VAT_FLOAT1:
d3dtype = D3DDECLTYPE_FLOAT1;
break;
case VertexAttribute::E_VAT_FLOAT2:
d3dtype = D3DDECLTYPE_FLOAT2;
break;
case VertexAttribute::E_VAT_FLOAT3:
d3dtype = D3DDECLTYPE_FLOAT3;
break;
case VertexAttribute::E_VAT_FLOAT4:
d3dtype = D3DDECLTYPE_FLOAT4;
break;
case VertexAttribute::E_VAT_SHORT2:
d3dtype = D3DDECLTYPE_SHORT2;
break;
case VertexAttribute::E_VAT_SHORT4:
d3dtype = D3DDECLTYPE_SHORT4;
break;
case VertexAttribute::E_VAT_UBYTE4:
d3dtype = D3DDECLTYPE_UBYTE4;
break;
}
return d3dtype;
}
//--------------------------------------------------------------------------
D3DDECLUSAGE D3D9Mappings::get(VertexAttribute::Semantic semantic)
{
D3DDECLUSAGE usage = D3DDECLUSAGE_POSITION;
switch (semantic)
{
case VertexAttribute::E_VAS_POSITION:
usage = D3DDECLUSAGE_POSITION;
break;
case VertexAttribute::E_VAS_BLENDWEIGHT:
usage = D3DDECLUSAGE_BLENDWEIGHT;
break;
case VertexAttribute::E_VAS_BLENDINDICES:
usage = D3DDECLUSAGE_BLENDINDICES;
break;
case VertexAttribute::E_VAS_NORMAL:
usage = D3DDECLUSAGE_NORMAL;
break;
case VertexAttribute::E_VAS_DIFFUSE:
case VertexAttribute::E_VAS_SPECULAR:
usage = D3DDECLUSAGE_COLOR;
break;
case VertexAttribute::E_VAS_TEXCOORD:
usage = D3DDECLUSAGE_TEXCOORD;
break;
case VertexAttribute::E_VAS_TANGENT:
usage = D3DDECLUSAGE_TANGENT;
break;
case VertexAttribute::E_VAS_BINORMAL:
usage = D3DDECLUSAGE_BINORMAL;
break;
}
return usage;
}
//--------------------------------------------------------------------------
D3DFORMAT D3D9Mappings::get(PixelFormat format)
{
D3DFORMAT d3dfmt = D3DFMT_A8B8G8R8;
switch (format)
{
case E_PF_R5G6B5:
d3dfmt = D3DFMT_R5G6B5;
break;
case E_PF_A1R5G5B5:
d3dfmt = D3DFMT_A1R5G5B5;
break;
case E_PF_A4R4G4B4:
d3dfmt = D3DFMT_A4R4G4B4;
break;
case E_PF_R8G8B8:
d3dfmt = D3DFMT_R8G8B8;
break;
case E_PF_A8R8G8B8:
d3dfmt = D3DFMT_A8R8G8B8;
break;
case E_PF_X8R8G8B8:
d3dfmt = D3DFMT_X8R8G8B8;
break;
case E_PF_B8G8R8X8:
d3dfmt = D3DFMT_X8B8G8R8;
break;
case E_PF_B8G8R8A8:
d3dfmt = D3DFMT_A8B8G8R8;
break;
}
return d3dfmt;
}
//--------------------------------------------------------------------------
PixelFormat D3D9Mappings::get(D3DFORMAT d3dfmt)
{
PixelFormat format = E_PF_A8R8G8B8;
switch (d3dfmt)
{
case D3DFMT_R5G6B5:
format = E_PF_R5G6B5;
break;
case D3DFMT_A1R5G5B5:
format = E_PF_A1R5G5B5;
break;
case D3DFMT_A4R4G4B4:
format = E_PF_A4R4G4B4;
break;
case D3DFMT_R8G8B8:
format = E_PF_R8G8B8;
break;
case D3DFMT_A8R8G8B8:
format = E_PF_A8R8G8B8;
break;
case D3DFMT_X8R8G8B8:
format = E_PF_X8R8G8B8;
break;
case D3DFMT_A8B8G8R8:
format = E_PF_B8G8R8A8;
break;
case D3DFMT_X8B8G8R8:
format = E_PF_B8G8R8X8;
break;
}
return format;
}
//--------------------------------------------------------------------------
D3DCOLORVALUE D3D9Mappings::get(const ColorARGB &color)
{
D3DCOLORVALUE d3dcolor;
d3dcolor.a = color.alpha();
d3dcolor.r = color.red();
d3dcolor.g = color.green();
d3dcolor.b = color.blue();
return d3dcolor;
}
//--------------------------------------------------------------------------
D3DMATRIX D3D9Mappings::toD3DMatrix(const Matrix4 &mat)
{
// 转置矩阵
// D3D9 使用行向量 i.e. V*M
// Tiny3D, OpenGL 等用列向量 i.e. M*V
D3DXMATRIX d3dMat;
d3dMat.m[0][0] = mat[0][0];
d3dMat.m[0][1] = mat[1][0];
d3dMat.m[0][2] = mat[2][0];
d3dMat.m[0][3] = mat[3][0];
d3dMat.m[1][0] = mat[0][1];
d3dMat.m[1][1] = mat[1][1];
d3dMat.m[1][2] = mat[2][1];
d3dMat.m[1][3] = mat[3][1];
d3dMat.m[2][0] = mat[0][2];
d3dMat.m[2][1] = mat[1][2];
d3dMat.m[2][2] = mat[2][2];
d3dMat.m[2][3] = mat[3][2];
d3dMat.m[3][0] = mat[0][3];
d3dMat.m[3][1] = mat[1][3];
d3dMat.m[3][2] = mat[2][3];
d3dMat.m[3][3] = mat[3][3];
return d3dMat;
}
//--------------------------------------------------------------------------
Matrix4 D3D9Mappings::toT3DMatrix(const D3DMATRIX &mat)
{
Matrix4 t3dMat;
t3dMat[0][0] = mat.m[0][0];
t3dMat[1][0] = mat.m[0][1];
t3dMat[2][0] = mat.m[0][2];
t3dMat[3][0] = mat.m[0][3];
t3dMat[0][1] = mat.m[1][0];
t3dMat[1][1] = mat.m[1][1];
t3dMat[2][1] = mat.m[1][2];
t3dMat[3][1] = mat.m[1][3];
t3dMat[0][2] = mat.m[2][0];
t3dMat[1][2] = mat.m[2][1];
t3dMat[2][2] = mat.m[2][2];
t3dMat[3][2] = mat.m[2][3];
t3dMat[0][3] = mat.m[3][0];
t3dMat[1][3] = mat.m[3][1];
t3dMat[2][3] = mat.m[3][2];
t3dMat[3][3] = mat.m[3][3];
return t3dMat;
}
}
| 28.603604 | 81 | 0.489974 | answerear |
70ab524b8c2812cf12cc0bde557a89517e30a119 | 65,973 | hpp | C++ | third_party/xsimd/types/xsimd_base.hpp | PierreBlancfat/pythran2 | 37869bc73aae1054253c2b1643aee5c63f11b7e8 | [
"BSD-3-Clause"
] | null | null | null | third_party/xsimd/types/xsimd_base.hpp | PierreBlancfat/pythran2 | 37869bc73aae1054253c2b1643aee5c63f11b7e8 | [
"BSD-3-Clause"
] | null | null | null | third_party/xsimd/types/xsimd_base.hpp | PierreBlancfat/pythran2 | 37869bc73aae1054253c2b1643aee5c63f11b7e8 | [
"BSD-3-Clause"
] | null | null | null | /***************************************************************************
* Copyright (c) 2016, Johan Mabille and Sylvain Corlay *
* *
* Distributed under the terms of the BSD 3-Clause License. *
* *
* The full license is in the file LICENSE, distributed with this software. *
****************************************************************************/
#ifndef XSIMD_BASE_HPP
#define XSIMD_BASE_HPP
#include <cstddef>
#include <complex>
#include <iterator>
#include <ostream>
#include <type_traits>
#ifdef XSIMD_ENABLE_XTL_COMPLEX
#include "xtl/xcomplex.hpp"
#endif
#include "../memory/xsimd_alignment.hpp"
#include "xsimd_utils.hpp"
#include "xsimd_base_bool.hpp"
namespace xsimd
{
template <class T, size_t N>
class batch;
namespace detail
{
template <class T, std::size_t N>
struct batch_kernel;
}
template <class X>
struct simd_batch_inner_types
{
using batch_reference = X&;
using const_batch_reference = const X&;
};
template <class T>
using batch_type_t = typename T::batch_type;
namespace detail
{
template <class X>
struct get_real_batch_type
{
using batch_type = batch_type_t<X>;
};
template <class T, std::size_t N>
struct get_real_batch_type<batch<std::complex<T>, N>>
{
using batch_type = typename batch<std::complex<T>, N>::real_batch;
};
#ifdef XSIMD_ENABLE_XTL_COMPLEX
template <class T, bool i3ec, std::size_t N>
struct get_real_batch_type<batch<xtl::xcomplex<T, T, i3ec>, N>>
{
using batch_type = typename batch<xtl::xcomplex<T, T, i3ec>, N>::real_batch;
};
#endif
}
template <class T>
using real_batch_type_t = typename detail::get_real_batch_type<typename T::batch_type>::batch_type;
/*************
* simd_base *
*************/
/**
* @class simd_base
* @brief Base class for batches and batch proxies.
*
* The simd_base class is the base class for all classes
* representing a batch or a batch proxy. It provides very few
* methods, so concrete batches usually inherit from intermediate
* classes.
*
* @tparam X The most derived type
*/
template <class X>
class simd_base
{
public:
using derived_class = X;
using batch_reference = typename simd_batch_inner_types<X>::batch_reference;
using const_batch_reference = typename simd_batch_inner_types<X>::const_batch_reference;
batch_reference operator()();
const_batch_reference operator()() const;
X& derived_cast();
const X& derived_cast() const;
};
/**************
* simd_batch *
**************/
/**
* @class simd_batch
* @brief Base class for batch of integer or floating point values.
*
* The simd_batch class is the base class for all classes representing
* a batch of integer or floating point values. Each type of batch (i.e.
* a class inheriting from simd_batch) has its dedicated type of boolean
* batch (i.e. a class inheriting from simd_batch_bool) for logical operations.
*
* @tparam X The derived type
* @sa simd_batch_bool
*/
template <class X>
class simd_batch : public simd_base<X>
{
public:
using base_type = simd_base<X>;
using batch_reference = typename base_type::batch_reference;
using const_batch_reference = typename base_type::const_batch_reference;
using batch_type = X;
using value_type = typename simd_batch_traits<X>::value_type;
static constexpr std::size_t size = simd_batch_traits<X>::size;
using storage_type = typename simd_batch_traits<X>::storage_type;
using iterator = value_type*;
using const_iterator = const value_type*;
using reverse_iterator = std::reverse_iterator<iterator>;
using const_reverse_iterator = std::reverse_iterator<const_iterator>;
X& operator+=(const X& rhs);
X& operator+=(const value_type& rhs);
X& operator-=(const X& rhs);
X& operator-=(const value_type& rhs);
X& operator*=(const X& rhs);
X& operator*=(const value_type& rhs);
X& operator/=(const X& rhs);
X& operator/=(const value_type& rhs);
X& operator&=(const X& rhs);
X& operator|=(const X& rhs);
X& operator^=(const X& rhs);
X& operator++();
X& operator++(int);
X& operator--();
X& operator--(int);
X& load_aligned(const char* src);
X& load_unaligned(const char* src);
void store_aligned(char* dst) const;
void store_unaligned(char* dst) const;
batch_reference get();
const_batch_reference get() const;
value_type& operator[](std::size_t index);
const value_type& operator[](std::size_t index) const;
iterator begin();
iterator end();
const_iterator begin() const;
const_iterator end() const;
const_iterator cbegin() const;
const_iterator cend() const;
reverse_iterator rbegin();
reverse_iterator rend();
const_reverse_iterator rbegin() const;
const_reverse_iterator rend() const;
const_reverse_iterator crbegin() const;
const_reverse_iterator crend() const;
protected:
simd_batch() = default;
~simd_batch() = default;
simd_batch(const simd_batch&) = default;
simd_batch& operator=(const simd_batch&) = default;
simd_batch(simd_batch&&) = default;
simd_batch& operator=(simd_batch&&) = default;
simd_batch(storage_type value);
using char_itype =
typename std::conditional<std::is_signed<char>::value, int8_t, uint8_t>::type;
union
{
storage_type m_value;
value_type m_array[size];
};
};
template <class X>
typename simd_batch_traits<X>::batch_bool_type
operator!(const simd_base<X>& rhs);
template <class X>
batch_type_t<X> min(const simd_base<X>& lhs, const simd_base<X>& rhs);
template <class X>
batch_type_t<X> max(const simd_base<X>& lhs, const simd_base<X>& rhs);
template <class X>
batch_type_t<X> fmin(const simd_base<X>& lhs, const simd_base<X>& rhs);
template <class X>
batch_type_t<X> fmax(const simd_base<X>& lhs, const simd_base<X>& rhs);
template <class X>
real_batch_type_t<X> abs(const simd_base<X>& rhs);
template <class X>
batch_type_t<X> fabs(const simd_base<X>& rhs);
template <class X>
batch_type_t<X> sqrt(const simd_base<X>& rhs);
template <class X>
batch_type_t<X> fma(const simd_base<X>& x, const simd_base<X>& y, const simd_base<X>& z);
template <class X>
batch_type_t<X> fms(const simd_base<X>& x, const simd_base<X>& y, const simd_base<X>& z);
template <class X>
batch_type_t<X> fnma(const simd_base<X>& x, const simd_base<X>& y, const simd_base<X>& z);
template <class X>
batch_type_t<X> fnms(const simd_base<X>& x, const simd_base<X>& y, const simd_base<X>& z);
template <class X>
typename simd_batch_traits<X>::value_type
hadd(const simd_base<X>& rhs);
template <class X>
batch_type_t<X> haddp(const simd_base<X>* row);
template <class X>
batch_type_t<X> select(const typename simd_batch_traits<X>::batch_bool_type& cond, const simd_base<X>& a, const simd_base<X>& b);
template <class X>
typename simd_batch_traits<X>::batch_bool_type
isnan(const simd_base<X>& x);
template <class X>
std::ostream& operator<<(std::ostream& out, const simd_batch<X>& rhs);
/***************************
* generic batch operators *
***************************/
template <class T, std::size_t N>
batch<T, N> operator&&(const batch<T, N>& lhs, const batch<T, N>& rhs);
template <class T, std::size_t N>
batch<T, N> operator||(const batch<T, N>& lhs, const batch<T, N>& rhs);
template <class T, std::size_t N>
batch<T, N> operator<<(const batch<T, N>& lhs, const batch<T, N>& rhs);
template <class T, std::size_t N>
batch<T, N> operator>>(const batch<T, N>& lhs, const batch<T, N>& rhs);
/**************************
* bitwise cast functions *
**************************/
// Provides a reinterpret_case from batch<T_in, N_in> to batch<T_out, N_out>
template <class B_in, class B_out>
struct bitwise_cast_impl;
// Shorthand for defining an intrinsic-based bitwise_cast implementation
#define XSIMD_BITWISE_CAST_INTRINSIC(T_IN, N_IN, T_OUT, N_OUT, INTRINSIC) \
template <> \
struct bitwise_cast_impl<batch<T_IN, N_IN>, batch<T_OUT, N_OUT>> \
{ \
static inline batch<T_OUT, N_OUT> run(const batch<T_IN, N_IN>& x) \
{ \
return INTRINSIC(x); \
} \
};
// Backwards-compatible interface to bitwise_cast_impl
template <class B, std::size_t N = simd_batch_traits<B>::size>
B bitwise_cast(const batch<float, N>& x);
template <class B, std::size_t N = simd_batch_traits<B>::size>
B bitwise_cast(const batch<double, N>& x);
template <class B, std::size_t N = simd_batch_traits<B>::size>
B bitwise_cast(const batch<int32_t, N>& x);
template <class B, std::size_t N = simd_batch_traits<B>::size>
B bitwise_cast(const batch<int64_t, N>& x);
template <class T, std::size_t N>
batch<T, N> bitwise_cast(const batch_bool<T, N>& src);
/****************
* helper macro *
****************/
#define XSIMD_DECLARE_LOAD_STORE(TYPE, N, CVT_TYPE) \
batch<TYPE, N>& load_aligned(const CVT_TYPE*); \
batch<TYPE, N>& load_unaligned(const CVT_TYPE*); \
void store_aligned(CVT_TYPE* dst) const; \
void store_unaligned(CVT_TYPE* dst) const;
#define XSIMD_DEFINE_LOAD_STORE(TYPE, N, CVT_TYPE, ALIGNMENT) \
inline batch<TYPE, N>& batch<TYPE, N>::load_aligned(const CVT_TYPE* src) \
{ \
alignas(ALIGNMENT) TYPE tmp[N]; \
unroller<N>([&](std::size_t i) { \
tmp[i] = static_cast<TYPE>(src[i]); \
}); \
return load_aligned(tmp); \
} \
inline batch<TYPE, N>& batch<TYPE, N>::load_unaligned(const CVT_TYPE* src) \
{ \
return load_aligned(src); \
} \
inline void batch<TYPE, N>::store_aligned(CVT_TYPE* dst) const \
{ \
alignas(ALIGNMENT) TYPE tmp[N]; \
store_aligned(tmp); \
unroller<N>([&](std::size_t i) { \
dst[i] = static_cast<CVT_TYPE>(tmp[i]); \
}); \
} \
inline void batch<TYPE, N>::store_unaligned(CVT_TYPE* dst) const \
{ \
return store_aligned(dst); \
}
#ifdef XSIMD_32_BIT_ABI
#define XSIMD_DECLARE_LOAD_STORE_LONG(TYPE, N) \
XSIMD_DECLARE_LOAD_STORE(TYPE, N, long) \
XSIMD_DECLARE_LOAD_STORE(TYPE, N, unsigned long) \
namespace detail
{
template <class T>
struct get_int_type;
template <>
struct get_int_type<long>
{
using type = int32_t;
};
template <>
struct get_int_type<unsigned long>
{
using type = uint32_t;
};
template <class T>
using get_int_type_t = typename get_int_type<T>::type;
}
#define XSIMD_DEFINE_LOAD_STORE_LONG_IMPL(TYPE, N, CVT_TYPE, ALIGNMENT) \
inline batch<TYPE, N>& batch<TYPE, N>::load_aligned(const CVT_TYPE* src) \
{ \
using int_type = detail::get_int_type_t<CVT_TYPE>; \
return this->load_aligned(reinterpret_cast<const int_type*>(src)); \
} \
inline batch<TYPE, N>& batch<TYPE, N>::load_unaligned(const CVT_TYPE* src) \
{ \
using int_type = detail::get_int_type_t<CVT_TYPE>; \
return this->load_unaligned(reinterpret_cast<const int_type*>(src)); \
} \
inline void batch<TYPE, N>::store_aligned(CVT_TYPE* dst) const \
{ \
using int_type = detail::get_int_type_t<CVT_TYPE>; \
this->store_aligned(reinterpret_cast<int_type*>(dst)); \
} \
inline void batch<TYPE, N>::store_unaligned(CVT_TYPE* dst) const \
{ \
using int_type = detail::get_int_type_t<CVT_TYPE>; \
this->store_unaligned(reinterpret_cast<int_type*>(dst)); \
} \
#define XSIMD_DEFINE_LOAD_STORE_LONG(TYPE, N, ALIGNMENT) \
XSIMD_DEFINE_LOAD_STORE_LONG_IMPL(TYPE, N, long, ALIGNMENT) \
XSIMD_DEFINE_LOAD_STORE_LONG_IMPL(TYPE, N, unsigned long, ALIGNMENT) \
#else
#define XSIMD_DECLARE_LOAD_STORE_LONG(TYPE, N)
#define XSIMD_DEFINE_LOAD_STORE_LONG(TYPE, N, ALIGNMENT)
#endif // XSIMD_32_BIT_ABI
#define XSIMD_DECLARE_LOAD_STORE_INT8(TYPE, N) \
XSIMD_DECLARE_LOAD_STORE(TYPE, N, int16_t) \
XSIMD_DECLARE_LOAD_STORE(TYPE, N, uint16_t) \
XSIMD_DECLARE_LOAD_STORE(TYPE, N, int32_t) \
XSIMD_DECLARE_LOAD_STORE(TYPE, N, uint32_t) \
XSIMD_DECLARE_LOAD_STORE(TYPE, N, int64_t) \
XSIMD_DECLARE_LOAD_STORE(TYPE, N, uint64_t) \
XSIMD_DECLARE_LOAD_STORE(TYPE, N, float) \
XSIMD_DECLARE_LOAD_STORE(TYPE, N, double)
#define XSIMD_DEFINE_LOAD_STORE_INT8(TYPE, N, ALIGNMENT) \
XSIMD_DEFINE_LOAD_STORE(TYPE, N, int16_t, ALIGNMENT) \
XSIMD_DEFINE_LOAD_STORE(TYPE, N, uint16_t, ALIGNMENT) \
XSIMD_DEFINE_LOAD_STORE(TYPE, N, int32_t, ALIGNMENT) \
XSIMD_DEFINE_LOAD_STORE(TYPE, N, uint32_t, ALIGNMENT) \
XSIMD_DEFINE_LOAD_STORE(TYPE, N, int64_t, ALIGNMENT) \
XSIMD_DEFINE_LOAD_STORE(TYPE, N, uint64_t, ALIGNMENT) \
XSIMD_DEFINE_LOAD_STORE(TYPE, N, float, ALIGNMENT) \
XSIMD_DEFINE_LOAD_STORE(TYPE, N, double, ALIGNMENT)
#define XSIMD_DECLARE_LOAD_STORE_INT16(TYPE, N) \
XSIMD_DECLARE_LOAD_STORE(TYPE, N, int8_t) \
XSIMD_DECLARE_LOAD_STORE(TYPE, N, uint8_t) \
XSIMD_DECLARE_LOAD_STORE(TYPE, N, int32_t) \
XSIMD_DECLARE_LOAD_STORE(TYPE, N, uint32_t) \
XSIMD_DECLARE_LOAD_STORE(TYPE, N, int64_t) \
XSIMD_DECLARE_LOAD_STORE(TYPE, N, uint64_t) \
XSIMD_DECLARE_LOAD_STORE(TYPE, N, float) \
XSIMD_DECLARE_LOAD_STORE(TYPE, N, double)
#define XSIMD_DEFINE_LOAD_STORE_INT16(TYPE, N, ALIGNMENT) \
XSIMD_DEFINE_LOAD_STORE(TYPE, N, int8_t, ALIGNMENT) \
XSIMD_DEFINE_LOAD_STORE(TYPE, N, uint8_t, ALIGNMENT) \
XSIMD_DEFINE_LOAD_STORE(TYPE, N, int32_t, ALIGNMENT) \
XSIMD_DEFINE_LOAD_STORE(TYPE, N, uint32_t, ALIGNMENT) \
XSIMD_DEFINE_LOAD_STORE(TYPE, N, int64_t, ALIGNMENT) \
XSIMD_DEFINE_LOAD_STORE(TYPE, N, uint64_t, ALIGNMENT) \
XSIMD_DEFINE_LOAD_STORE(TYPE, N, float, ALIGNMENT) \
XSIMD_DEFINE_LOAD_STORE(TYPE, N, double, ALIGNMENT)
#define XSIMD_DECLARE_LOAD_STORE_INT32(TYPE, N) \
XSIMD_DECLARE_LOAD_STORE(TYPE, N, int8_t) \
XSIMD_DECLARE_LOAD_STORE(TYPE, N, uint8_t) \
XSIMD_DECLARE_LOAD_STORE(TYPE, N, int16_t) \
XSIMD_DECLARE_LOAD_STORE(TYPE, N, uint16_t) \
XSIMD_DECLARE_LOAD_STORE(TYPE, N, int64_t) \
XSIMD_DECLARE_LOAD_STORE(TYPE, N, uint64_t) \
XSIMD_DECLARE_LOAD_STORE(TYPE, N, float) \
XSIMD_DECLARE_LOAD_STORE(TYPE, N, double)
#define XSIMD_DEFINE_LOAD_STORE_INT32(TYPE, N, ALIGNMENT) \
XSIMD_DEFINE_LOAD_STORE(TYPE, N, int8_t, ALIGNMENT) \
XSIMD_DEFINE_LOAD_STORE(TYPE, N, uint8_t, ALIGNMENT) \
XSIMD_DEFINE_LOAD_STORE(TYPE, N, int16_t, ALIGNMENT) \
XSIMD_DEFINE_LOAD_STORE(TYPE, N, uint16_t, ALIGNMENT) \
XSIMD_DEFINE_LOAD_STORE(TYPE, N, int64_t, ALIGNMENT) \
XSIMD_DEFINE_LOAD_STORE(TYPE, N, uint64_t, ALIGNMENT) \
XSIMD_DEFINE_LOAD_STORE(TYPE, N, float, ALIGNMENT) \
XSIMD_DEFINE_LOAD_STORE(TYPE, N, double, ALIGNMENT)
#define XSIMD_DECLARE_LOAD_STORE_INT64(TYPE, N) \
XSIMD_DECLARE_LOAD_STORE(TYPE, N, int8_t) \
XSIMD_DECLARE_LOAD_STORE(TYPE, N, uint8_t) \
XSIMD_DECLARE_LOAD_STORE(TYPE, N, int16_t) \
XSIMD_DECLARE_LOAD_STORE(TYPE, N, uint16_t) \
XSIMD_DECLARE_LOAD_STORE(TYPE, N, int32_t) \
XSIMD_DECLARE_LOAD_STORE(TYPE, N, uint32_t) \
XSIMD_DECLARE_LOAD_STORE(TYPE, N, float) \
XSIMD_DECLARE_LOAD_STORE(TYPE, N, double)
#define XSIMD_DEFINE_LOAD_STORE_INT64(TYPE, N, ALIGNMENT) \
XSIMD_DEFINE_LOAD_STORE(TYPE, N, int8_t, ALIGNMENT) \
XSIMD_DEFINE_LOAD_STORE(TYPE, N, uint8_t, ALIGNMENT) \
XSIMD_DEFINE_LOAD_STORE(TYPE, N, int16_t, ALIGNMENT) \
XSIMD_DEFINE_LOAD_STORE(TYPE, N, uint16_t, ALIGNMENT) \
XSIMD_DEFINE_LOAD_STORE(TYPE, N, int32_t, ALIGNMENT) \
XSIMD_DEFINE_LOAD_STORE(TYPE, N, uint32_t, ALIGNMENT) \
XSIMD_DEFINE_LOAD_STORE(TYPE, N, float, ALIGNMENT) \
XSIMD_DEFINE_LOAD_STORE(TYPE, N, double, ALIGNMENT)
#define XSIMD_DECLARE_LOAD_STORE_ALL(TYPE, N) \
XSIMD_DECLARE_LOAD_STORE(TYPE, N, int8_t) \
XSIMD_DECLARE_LOAD_STORE(TYPE, N, uint8_t) \
XSIMD_DECLARE_LOAD_STORE(TYPE, N, int16_t) \
XSIMD_DECLARE_LOAD_STORE(TYPE, N, uint16_t) \
XSIMD_DECLARE_LOAD_STORE(TYPE, N, int32_t) \
XSIMD_DECLARE_LOAD_STORE(TYPE, N, uint32_t) \
XSIMD_DECLARE_LOAD_STORE(TYPE, N, int64_t) \
XSIMD_DECLARE_LOAD_STORE(TYPE, N, uint64_t) \
XSIMD_DECLARE_LOAD_STORE(TYPE, N, float) \
XSIMD_DECLARE_LOAD_STORE(TYPE, N, double)
#define XSIMD_DEFINE_BITWISE_CAST(TYPE, N) \
inline batch<TYPE, N> bitwise_cast(const batch_bool<TYPE, N>& src) \
{ \
TYPE z(0); \
return select(src, batch<TYPE, N>(~z), batch<TYPE, N>(z)); \
}
#define XSIMD_DEFINE_BITWISE_CAST_FLOAT(TYPE, N) \
inline batch<TYPE, N> bitwise_cast(const batch_bool<TYPE, N>& src) \
{ \
TYPE z0(0), z1(0); \
using int_type = as_unsigned_integer_t<TYPE>; \
*reinterpret_cast<int_type*>(&z1) = ~int_type(0); \
return select(src, batch<TYPE, N>(z1), batch<TYPE ,N>(z0)); \
}
#define XSIMD_DEFINE_BITWISE_CAST_ALL(NMIN) \
XSIMD_DEFINE_BITWISE_CAST_FLOAT(double, NMIN) \
XSIMD_DEFINE_BITWISE_CAST_FLOAT(float, NMIN * 2) \
XSIMD_DEFINE_BITWISE_CAST(int64_t, NMIN) \
XSIMD_DEFINE_BITWISE_CAST(uint64_t, NMIN) \
XSIMD_DEFINE_BITWISE_CAST(int32_t, NMIN * 2) \
XSIMD_DEFINE_BITWISE_CAST(uint32_t, NMIN * 2) \
XSIMD_DEFINE_BITWISE_CAST(int16_t, NMIN * 4) \
XSIMD_DEFINE_BITWISE_CAST(uint16_t, NMIN * 4) \
XSIMD_DEFINE_BITWISE_CAST(int8_t, NMIN * 8) \
XSIMD_DEFINE_BITWISE_CAST(uint8_t, NMIN * 8)
/****************************
* simd_base implementation *
****************************/
/**
* @name Static downcast functions
*/
//@{
/**
* Returns a reference to the batch type used for computation.
*/
template <class X>
inline auto simd_base<X>::operator()() -> batch_reference
{
return derived_cast().get();
}
/**
* Returns a constant reference to the batch type used for computation.
*/
template <class X>
inline auto simd_base<X>::operator()() const -> const_batch_reference
{
return derived_cast().get();
}
/**
* Returns a reference to the actual derived type of simd_base.
*/
template <class X>
inline X& simd_base<X>::derived_cast()
{
return *static_cast<X*>(this);
}
/**
* Returns a constant reference to the actual derived type of simd_base.
*/
template <class X>
inline const X& simd_base<X>::derived_cast() const
{
return *static_cast<const X*>(this);
}
//@}
/*****************************
* simd_batch implementation *
*****************************/
template <class X>
inline simd_batch<X>::simd_batch(storage_type value)
: m_value(value)
{
}
/**
* @name Arithmetic computed assignment
*/
//@{
/**
* Adds the batch \c rhs to \c this.
* @param rhs the batch to add.
* @return a reference to \c this.
*/
template <class X>
inline X& simd_batch<X>::operator+=(const X& rhs)
{
(*this)() = (*this)() + rhs;
return (*this)();
}
/**
* Adds the scalar \c rhs to each value contained in \c this.
* @param rhs the scalar to add.
* @return a reference to \c this.
*/
template <class X>
inline X& simd_batch<X>::operator+=(const value_type& rhs)
{
(*this)() = (*this)() + X(rhs);
return (*this)();
}
/**
* Substracts the batch \c rhs to \c this.
* @param rhs the batch to substract.
* @return a reference to \c this.
*/
template <class X>
inline X& simd_batch<X>::operator-=(const X& rhs)
{
(*this)() = (*this)() - rhs;
return (*this)();
}
/**
* Substracts the scalar \c rhs to each value contained in \c this.
* @param rhs the scalar to substract.
* @return a reference to \c this.
*/
template <class X>
inline X& simd_batch<X>::operator-=(const value_type& rhs)
{
(*this)() = (*this)() - X(rhs);
return (*this)();
}
/**
* Multiplies \c this with the batch \c rhs.
* @param rhs the batch involved in the multiplication.
* @return a reference to \c this.
*/
template <class X>
inline X& simd_batch<X>::operator*=(const X& rhs)
{
(*this)() = (*this)() * rhs;
return (*this)();
}
/**
* Multiplies each scalar contained in \c this with the scalar \c rhs.
* @param rhs the scalar involved in the multiplication.
* @return a reference to \c this.
*/
template <class X>
inline X& simd_batch<X>::operator*=(const value_type& rhs)
{
(*this)() = (*this)() * X(rhs);
return (*this)();
}
/**
* Divides \c this by the batch \c rhs.
* @param rhs the batch involved in the division.
* @return a reference to \c this.
*/
template <class X>
inline X& simd_batch<X>::operator/=(const X& rhs)
{
(*this)() = (*this)() / rhs;
return (*this)();
}
/**
* Divides each scalar contained in \c this by the scalar \c rhs.
* @param rhs the scalar involved in the division.
* @return a reference to \c this.
*/
template <class X>
inline X& simd_batch<X>::operator/=(const value_type& rhs)
{
(*this)() = (*this)() / X(rhs);
return (*this)();
}
//@}
/**
* @name Bitwise computed assignment
*/
/**
* Assigns the bitwise and of \c rhs and \c this.
* @param rhs the batch involved in the operation.
* @return a reference to \c this.
*/
template <class X>
inline X& simd_batch<X>::operator&=(const X& rhs)
{
(*this)() = (*this)() & rhs;
return (*this)();
}
/**
* Assigns the bitwise or of \c rhs and \c this.
* @param rhs the batch involved in the operation.
* @return a reference to \c this.
*/
template <class X>
inline X& simd_batch<X>::operator|=(const X& rhs)
{
(*this)() = (*this)() | rhs;
return (*this)();
}
/**
* Assigns the bitwise xor of \c rhs and \c this.
* @param rhs the batch involved in the operation.
* @return a reference to \c this.
*/
template <class X>
inline X& simd_batch<X>::operator^=(const X& rhs)
{
(*this)() = (*this)() ^ rhs;
return (*this)();
}
//@}
/**
* @name Increment and decrement operators
*/
//@{
/**
* Pre-increment operator.
* @return a reference to \c this.
*/
template <class X>
inline X& simd_batch<X>::operator++()
{
(*this)() += value_type(1);
return (*this)();
}
/**
* Post-increment operator.
* @return a reference to \c this.
*/
template <class X>
inline X& simd_batch<X>::operator++(int)
{
X tmp = (*this)();
(*this)() += value_type(1);
return tmp;
}
/**
* Pre-decrement operator.
* @return a reference to \c this.
*/
template <class X>
inline X& simd_batch<X>::operator--()
{
(*this)() -= value_type(1);
return (*this)();
}
/**
* Post-decrement operator.
* @return a reference to \c this.
*/
template <class X>
inline X& simd_batch<X>::operator--(int)
{
X tmp = (*this)();
(*this)() -= value_type(1);
return tmp;
}
//@}
template <class X>
inline X& simd_batch<X>::load_aligned(const char* src)
{
return (*this)().load_aligned(reinterpret_cast<const char_itype*>(src));
}
template <class X>
inline X& simd_batch<X>::load_unaligned(const char* src)
{
return (*this)().load_unaligned(reinterpret_cast<const char_itype*>(src));
}
template <class X>
void simd_batch<X>::store_aligned(char* dst) const
{
return (*this)().store_aligned(reinterpret_cast<char_itype*>(dst));
}
template <class X>
void simd_batch<X>::store_unaligned(char* dst) const
{
return (*this)().store_unaligned(reinterpret_cast<char_itype*>(dst));
}
template <class X>
inline auto simd_batch<X>::get() -> batch_reference
{
return this->derived_cast();
}
template <class X>
inline auto simd_batch<X>::get() const -> const_batch_reference
{
return this->derived_cast();
}
template <class X>
inline auto simd_batch<X>::operator[](std::size_t index) -> value_type&
{
return m_array[index & (size - 1)];
}
template <class X>
inline auto simd_batch<X>::operator[](std::size_t index) const -> const value_type&
{
return m_array[index & (size - 1)];
}
template <class X>
inline auto simd_batch<X>::begin() -> iterator
{
return m_array;
}
template <class X>
inline auto simd_batch<X>::end() -> iterator
{
return m_array + size;
}
template <class X>
inline auto simd_batch<X>::begin() const -> const_iterator
{
return cbegin();
}
template <class X>
inline auto simd_batch<X>::end() const -> const_iterator
{
return cend();
}
template <class X>
inline auto simd_batch<X>::cbegin() const -> const_iterator
{
return m_array;
}
template <class X>
inline auto simd_batch<X>::cend() const -> const_iterator
{
return m_array + size;
}
template <class X>
inline auto simd_batch<X>::rbegin() -> reverse_iterator
{
return reverse_iterator(end());
}
template <class X>
inline auto simd_batch<X>::rend() -> reverse_iterator
{
return reverse_iterator(begin());
}
template <class X>
inline auto simd_batch<X>::rbegin() const -> const_reverse_iterator
{
return crbegin();
}
template <class X>
inline auto simd_batch<X>::rend() const -> const_reverse_iterator
{
return crend();
}
template <class X>
inline auto simd_batch<X>::crbegin() const -> const_reverse_iterator
{
return const_reverse_iterator(end());
}
template <class X>
inline auto simd_batch<X>::crend() const -> const_reverse_iterator
{
return const_reverse_iterator(begin());
}
#define XSIMD_UNARY_OP(OP, FUNC) \
template <class X> \
inline batch_type_t<X> operator OP(const simd_base<X>& rhs) \
{ \
using value_type = typename simd_batch_traits<X>::value_type; \
using kernel = detail::batch_kernel<value_type, simd_batch_traits<X>::size>; \
return kernel::FUNC(rhs()); \
}
#define XSIMD_BINARY_OP(OP, FUNC) \
template <class X, class Y> \
inline batch_type_t<X> operator OP(const simd_base<X>& lhs, const simd_base<Y>& rhs) \
{ \
using value_type = typename simd_batch_traits<X>::value_type; \
using kernel = detail::batch_kernel<value_type, simd_batch_traits<X>::size>; \
return kernel::FUNC(lhs(), rhs()); \
} \
\
template <class X> \
inline batch_type_t<X> operator OP(const typename simd_batch_traits<X>::value_type& lhs, \
const simd_base<X>& rhs) \
{ \
return batch_type_t<X>(lhs) OP rhs(); \
} \
\
template <class X> \
inline batch_type_t<X> operator OP(const simd_base<X>& lhs, \
const typename simd_batch_traits<X>::value_type& rhs) \
{ \
return lhs() OP batch_type_t<X>(rhs); \
}
#define XSIMD_BINARY_BOOL_OP(OP, FUNC) \
template <class X> \
inline typename simd_batch_traits<X>::batch_bool_type operator OP(const simd_base<X>& lhs, \
const simd_base<X>& rhs) \
{ \
using value_type = typename simd_batch_traits<X>::value_type; \
using kernel = detail::batch_kernel<value_type, simd_batch_traits<X>::size>; \
return kernel::FUNC(lhs(), rhs()); \
} \
\
template <class X> \
inline typename simd_batch_traits<X>::batch_bool_type operator OP( \
const typename simd_batch_traits<X>::value_type& lhs, const simd_base<X>& rhs) \
{ \
return batch_type_t<X>(lhs) OP rhs(); \
} \
\
template <class X> \
inline typename simd_batch_traits<X>::batch_bool_type operator OP( \
const simd_base<X>& lhs, const typename simd_batch_traits<X>::value_type& rhs) \
{ \
return lhs() OP batch_type_t<X>(rhs); \
}
#define XSIMD_BINARY_BOOL_OP_DERIVED(OP, FUNC) \
template <class X> \
inline typename simd_batch_traits<X>::batch_bool_type operator OP(const simd_base<X>& lhs, \
const simd_base<X>& rhs) \
{ \
return FUNC; \
} \
\
template <class X> \
inline typename simd_batch_traits<X>::batch_bool_type operator OP( \
const typename simd_batch_traits<X>::value_type& lhs, const simd_base<X>& rhs) \
{ \
return FUNC; \
} \
\
template <class X> \
inline typename simd_batch_traits<X>::batch_bool_type operator OP( \
const simd_base<X>& lhs, const typename simd_batch_traits<X>::value_type& rhs) \
{ \
return FUNC; \
}
/**
* @defgroup simd_batch_arithmetic Arithmetic operators
*/
/**
* @ingroup simd_batch_arithmetic
*
* Computes the opposite of the batch \c rhs.
* @tparam X the actual type of batch.
* @param rhs batch involved in the operation.
* @return the opposite of \c rhs.
*/
template <class X>
inline batch_type_t<X> operator-(const simd_base<X>& rhs);
XSIMD_UNARY_OP(-, neg)
/**
* @ingroup simd_batch_arithmetic
*
* No-op on \c rhs.
* @tparam X the actual type of batch.
* @param rhs batch involved in the operation.
* @return \c rhs.
*/
template <class X>
inline X operator+(const simd_batch<X>& rhs)
{
return rhs();
}
/**
* @ingroup simd_batch_arithmetic
*
* Computes the sum of the batches \c lhs and \c rhs.
* @tparam X the actual type of batch.
* @param lhs batch involved in the addition.
* @param rhs batch involved in the addition.
* @return the result of the addition.
*/
template <class X, class Y>
batch_type_t<X> operator+(const simd_base<X>& lhs, const simd_base<Y>& rhs);
/**
* @ingroup simd_batch_arithmetic
*
* Computes the sum of the batch \c lhs and the scalar \c rhs. Equivalent to the
* sum of two batches where all the values of the second one are initialized to
* \c rhs.
* @tparam X the actual type of batch.
* @param lhs batch involved in the addition.
* @param rhs scalar involved in the addition.
* @return the result of the addition.
*/
template <class X>
batch_type_t<X> operator+(const simd_base<X>& lhs, const typename simd_batch_traits<X>::value_type& rhs);
/**
* @ingroup simd_batch_arithmetic
*
* Computes the sum of the scalar \c lhs and the batch \c rhs. Equivalent to the
* sum of two batches where all the values of the first one are initialized to
* \c rhs.
* @tparam X the actual type of batch.
* @param lhs scalar involved in the addition.
* @param rhs batch involved in the addition.
* @return the result of the addition.
*/
template <class X>
batch_type_t<X> operator+(const typename simd_batch_traits<X>::value_type& lhs, const simd_base<X>& rhs);
XSIMD_BINARY_OP(+, add)
/**
* @ingroup simd_batch_arithmetic
*
* Computes the difference of the batches \c lhs and \c rhs.
* @tparam X the actual type of batch.
* @param lhs batch involved in the difference.
* @param rhs batch involved in the difference.
* @return the result of the difference.
*/
template <class X, class Y>
batch_type_t<X> operator-(const simd_base<X>& lhs, const simd_base<Y>& rhs);
/**
* @ingroup simd_batch_arithmetic
*
* Computes the difference of the batch \c lhs and the scalar \c rhs. Equivalent to the
* difference of two batches where all the values of the second one are initialized to
* \c rhs.
* @tparam X the actual type of batch.
* @param lhs batch involved in the difference.
* @param rhs scalar involved in the difference.
* @return the result of the difference.
*/
template <class X>
batch_type_t<X> operator-(const simd_base<X>& lhs, const typename simd_batch_traits<X>::value_type& rhs);
/**
* @ingroup simd_batch_arithmetic
*
* Computes the difference of the scalar \c lhs and the batch \c rhs. Equivalent to the
* difference of two batches where all the values of the first one are initialized to
* \c rhs.
* @tparam X the actual type of batch.
* @param lhs scalar involved in the difference.
* @param rhs batch involved in the difference.
* @return the result of the difference.
*/
template <class X>
batch_type_t<X> operator-(const typename simd_batch_traits<X>::value_type& lhs, const simd_base<X>& rhs);
XSIMD_BINARY_OP(-, sub)
/**
* @ingroup simd_batch_arithmetic
*
* Computes the product of the batches \c lhs and \c rhs.
* @tparam X the actual type of batch.
* @param lhs batch involved in the product.
* @param rhs batch involved in the product.
* @return the result of the product.
*/
template <class X, class Y>
batch_type_t<X> operator*(const simd_base<X>& lhs, const simd_base<Y>& rhs);
/**
* @ingroup simd_batch_arithmetic
*
* Computes the product of the batch \c lhs and the scalar \c rhs. Equivalent to the
* product of two batches where all the values of the second one are initialized to
* \c rhs.
* @tparam X the actual type of batch.
* @param lhs batch involved in the product.
* @param rhs scalar involved in the product.
* @return the result of the product.
*/
template <class X>
batch_type_t<X> operator*(const simd_base<X>& lhs, const typename simd_batch_traits<X>::value_type& rhs);
/**
* @ingroup simd_batch_arithmetic
*
* Computes the product of the scalar \c lhs and the batch \c rhs. Equivalent to the
* difference of two batches where all the values of the first one are initialized to
* \c rhs.
* @tparam X the actual type of batch.
* @param lhs scalar involved in the product.
* @param rhs batch involved in the product.
* @return the result of the product.
*/
template <class X>
batch_type_t<X> operator*(const typename simd_batch_traits<X>::value_type& lhs, const simd_base<X>& rhs);
XSIMD_BINARY_OP(*, mul)
/**
* @ingroup simd_batch_arithmetic
*
* Computes the division of the batch \c lhs by the batch \c rhs.
* @tparam X the actual type of batch.
* @param lhs batch involved in the division.
* @param rhs batch involved in the division.
* @return the result of the division.
*/
template <class X, class Y>
batch_type_t<X> operator/(const simd_base<X>& lhs, const simd_base<Y>& rhs);
/**
* @ingroup simd_batch_arithmetic
*
* Computes the division of the batch \c lhs by the scalar \c rhs. Equivalent to the
* division of two batches where all the values of the second one are initialized to
* \c rhs.
* @tparam X the actual type of batch.
* @param lhs batch involved in the division.
* @param rhs scalar involved in the division.
* @return the result of the division.
*/
template <class X>
batch_type_t<X> operator/(const simd_base<X>& lhs, const typename simd_batch_traits<X>::value_type& rhs);
/**
* @ingroup simd_batch_arithmetic
*
* Computes the division of the scalar \c lhs and the batch \c rhs. Equivalent to the
* difference of two batches where all the values of the first one are initialized to
* \c rhs.
* @tparam X the actual type of batch.
* @param lhs scalar involved in the division.
* @param rhs batch involved in the division.
* @return the result of the division.
*/
template <class X>
batch_type_t<X> operator/(const typename simd_batch_traits<X>::value_type& lhs, const simd_base<X>& rhs);
XSIMD_BINARY_OP(/, div)
/**
* @ingroup simd_batch_arithmetic
*
* Computes the integer modulo of the batch \c lhs by the batch \c rhs.
* @param lhs batch involved in the modulo.
* @param rhs batch involved in the modulo.
* @return the result of the modulo.
*/
template <class X, class Y>
batch_type_t<X> operator%(const simd_base<X>& lhs, const simd_base<Y>& rhs);
/**
* @ingroup simd_batch_arithmetic
*
* Computes the integer modulo of the batch \c lhs by the scalar \c rhs. Equivalent to the
* modulo of two batches where all the values of the second one are initialized to
* \c rhs.
* @tparam X the actual type of batch.
* @param lhs batch involved in the modulo.
* @param rhs scalar involved in the modulo.
* @return the result of the modulo.
*/
template <class X>
batch_type_t<X> operator%(const simd_base<X>& lhs, const typename simd_batch_traits<X>::value_type& rhs);
/**
* @ingroup simd_batch_arithmetic
*
* Computes the integer modulo of the scalar \c lhs and the batch \c rhs. Equivalent to the
* difference of two batches where all the values of the first one are initialized to
* \c rhs.
* @tparam X the actual type of batch.
* @param lhs scalar involved in the modulo.
* @param rhs batch involved in the modulo.
* @return the result of the modulo.
*/
template <class X>
batch_type_t<X> operator%(const typename simd_batch_traits<X>::value_type& lhs, const simd_base<X>& rhs);
XSIMD_BINARY_OP(%, mod)
/**
* @defgroup simd_batch_comparison Comparison operators
*/
/**
* @ingroup simd_batch_comparison
*
* Element-wise equality comparison of batches \c lhs and \c rhs.
* @param lhs batch involved in the comparison.
* @param rhs batch involved in the comparison.
* @return a boolean batch.
*/
template <class X>
typename simd_batch_traits<X>::batch_bool_type
operator==(const simd_base<X>& lhs, const simd_base<X>& rhs);
XSIMD_BINARY_BOOL_OP(==, eq)
/**
* @ingroup simd_batch_comparison
*
* Element-wise inequality comparison of batches \c lhs and \c rhs.
* @param lhs batch involved in the comparison.
* @param rhs batch involved in the comparison.
* @return a boolean batch.
*/
template <class X>
typename simd_batch_traits<X>::batch_bool_type
operator!=(const simd_base<X>& lhs, const simd_base<X>& rhs);
XSIMD_BINARY_BOOL_OP(!=, neq)
/**
* @ingroup simd_batch_comparison
*
* Element-wise lesser than comparison of batches \c lhs and \c rhs.
* @param lhs batch involved in the comparison.
* @param rhs batch involved in the comparison.
* @return a boolean batch.
*/
template <class X>
typename simd_batch_traits<X>::batch_bool_type
operator<(const simd_base<X>& lhs, const simd_base<X>& rhs);
XSIMD_BINARY_BOOL_OP(<, lt)
/**
* @ingroup simd_batch_comparison
*
* Element-wise lesser or equal to comparison of batches \c lhs and \c rhs.
* @param lhs batch involved in the comparison.
* @param rhs batch involved in the comparison.
* @return a boolean batch.
*/
template <class X>
typename simd_batch_traits<X>::batch_bool_type
operator<=(const simd_base<X>& lhs, const simd_base<X>& rhs);
XSIMD_BINARY_BOOL_OP(<=, lte)
/**
* @ingroup simd_batch_comparison
*
* Element-wise greater than comparison of batches \c lhs and \c rhs.
* @tparam X the actual type of batch.
* @param lhs batch involved in the comparison.
* @param rhs batch involved in the comparison.
* @return a boolean batch.
*/
template <class X>
typename simd_batch_traits<X>::batch_bool_type
operator>(const simd_base<X>& lhs, const simd_base<X>& rhs);
XSIMD_BINARY_BOOL_OP_DERIVED(>, rhs() < lhs())
/**
* @ingroup simd_batch_comparison
*
* Element-wise greater or equal comparison of batches \c lhs and \c rhs.
* @tparam X the actual type of batch.
* @param lhs batch involved in the comparison.
* @param rhs batch involved in the comparison.
* @return a boolean batch.
*/
template <class X>
typename simd_batch_traits<X>::batch_bool_type
operator>=(const simd_base<X>& lhs, const simd_base<X>& rhs);
XSIMD_BINARY_BOOL_OP_DERIVED(>=, rhs() <= lhs())
/**
* @defgroup simd_batch_bitwise Bitwise operators
*/
/**
* @ingroup simd_batch_bitwise
*
* Computes the bitwise and of the batches \c lhs and \c rhs.
* @param lhs batch involved in the operation.
* @param rhs batch involved in the operation.
* @return the result of the bitwise and.
*/
template <class X, class Y>
inline batch_type_t<X> operator&(const simd_base<X>& lhs, const simd_base<Y>& rhs);
XSIMD_BINARY_OP(&, bitwise_and)
/**
* @ingroup simd_batch_bitwise
*
* Computes the bitwise or of the batches \c lhs and \c rhs.
* @param lhs batch involved in the operation.
* @param rhs batch involved in the operation.
* @return the result of the bitwise or.
*/
template <class X, class Y>
inline batch_type_t<X> operator|(const simd_base<X>& lhs, const simd_base<Y>& rhs);
XSIMD_BINARY_OP(|, bitwise_or)
/**
* @ingroup simd_batch_bitwise
*
* Computes the bitwise xor of the batches \c lhs and \c rhs.
* @param lhs batch involved in the operation.
* @param rhs batch involved in the operation.
* @return the result of the bitwise xor.
*/
template <class X, class Y>
inline batch_type_t<X> operator^(const simd_base<X>& lhs, const simd_base<Y>& rhs);
XSIMD_BINARY_OP(^, bitwise_xor)
/**
* @ingroup simd_batch_bitwise
*
* Computes the bitwise not of the batches \c lhs and \c rhs.
* @param rhs batch involved in the operation.
* @return the result of the bitwise not.
*/
template <class X>
batch_type_t<X> operator~(const simd_base<X>& rhs);
XSIMD_UNARY_OP(~, bitwise_not)
/**
* @ingroup simd_batch_bitwise
*
* Computes the bitwise andnot of the batches \c lhs and \c rhs.
* @param lhs batch involved in the operation.
* @param rhs batch involved in the operation.
* @return the result of the bitwise andnot.
*/
template <class X>
inline batch_type_t<X> bitwise_andnot(const simd_batch<X>& lhs, const simd_batch<X>& rhs)
{
using value_type = typename simd_batch_traits<X>::value_type; \
using kernel = detail::batch_kernel<value_type, simd_batch_traits<X>::size>; \
return kernel::bitwise_andnot(lhs(), rhs());
}
/**
* Element-wise not of \c rhs.
* @tparam X the actual type of batch.
* @param rhs batch involved in the logical not operation.
* @return boolean batch.
*/
template <class X>
inline typename simd_batch_traits<X>::batch_bool_type
operator!(const simd_base<X>& rhs)
{
using b_type = typename simd_batch_traits<X>::batch_type;
return rhs() == b_type(0);
}
/**
* Returns the smaller values of the batches \c lhs and \c rhs.
* @param lhs a batch of integer or floating point values.
* @param rhs a batch of integer or floating point values.
* @return a batch of the smaller values.
*/
template <class X>
inline batch_type_t<X> min(const simd_base<X>& lhs, const simd_base<X>& rhs)
{
using value_type = typename simd_batch_traits<X>::value_type;
using kernel = detail::batch_kernel<value_type, simd_batch_traits<X>::size>;
return kernel::min(lhs(), rhs());
}
/**
* Returns the larger values of the batches \c lhs and \c rhs.
* @param lhs a batch of integer or floating point values.
* @param rhs a batch of integer or floating point values.
* @return a batch of the larger values.
*/
template <class X>
inline batch_type_t<X> max(const simd_base<X>& lhs, const simd_base<X>& rhs)
{
using value_type = typename simd_batch_traits<X>::value_type;
using kernel = detail::batch_kernel<value_type, simd_batch_traits<X>::size>;
return kernel::max(lhs(), rhs());
}
/**
* Returns the smaller values of the batches \c lhs and \c rhs.
* @param lhs a batch of floating point values.
* @param rhs a batch of floating point values.
* @return a batch of the smaller values.
*/
template <class X>
inline batch_type_t<X> fmin(const simd_batch<X>& lhs, const simd_batch<X>& rhs)
{
using value_type = typename simd_batch_traits<X>::value_type;
using kernel = detail::batch_kernel<value_type, simd_batch_traits<X>::size>;
return kernel::fmin(lhs(), rhs());
}
/**
* Returns the larger values of the batches \c lhs and \c rhs.
* @param lhs a batch of floating point values.
* @param rhs a batch of floating point values.
* @return a batch of the larger values.
*/
template <class X>
inline batch_type_t<X> fmax(const simd_batch<X>& lhs, const simd_batch<X>& rhs)
{
using value_type = typename simd_batch_traits<X>::value_type;
using kernel = detail::batch_kernel<value_type, simd_batch_traits<X>::size>;
return kernel::fmax(lhs(), rhs());
}
/**
* Computes the absolute values of each scalar in the batch \c rhs.
* @param rhs batch of integer or floating point values.
* @return the asbolute values of \c rhs.
*/
template <class X>
inline real_batch_type_t<X> abs(const simd_base<X>& rhs)
{
using value_type = typename simd_batch_traits<X>::value_type;
using kernel = detail::batch_kernel<value_type, simd_batch_traits<X>::size>;
return kernel::abs(rhs());
}
/**
* Computes the absolute values of each scalar in the batch \c rhs.
* @param rhs batch floating point values.
* @return the asbolute values of \c rhs.
*/
template <class X>
inline batch_type_t<X> fabs(const simd_base<X>& rhs)
{
using value_type = typename simd_batch_traits<X>::value_type;
using kernel = detail::batch_kernel<value_type, simd_batch_traits<X>::size>;
return kernel::fabs(rhs());
}
/**
* Computes the square root of the batch \c rhs.
* @param rhs batch of floating point values.
* @return the square root of \c rhs.
*/
template <class X>
inline batch_type_t<X> sqrt(const simd_base<X>& rhs)
{
using value_type = typename simd_batch_traits<X>::value_type;
using kernel = detail::batch_kernel<value_type, simd_batch_traits<X>::size>;
return kernel::sqrt(rhs());
}
/**
* Computes <tt>(x*y) + z</tt> in a single instruction when possible.
* @param x a batch of integer or floating point values.
* @param y a batch of integer or floating point values.
* @param z a batch of integer or floating point values.
* @return the result of the fused multiply-add operation.
*/
template <class X>
inline batch_type_t<X> fma(const simd_base<X>& x, const simd_base<X>& y, const simd_base<X>& z)
{
using value_type = typename simd_batch_traits<X>::value_type;
using kernel = detail::batch_kernel<value_type, simd_batch_traits<X>::size>;
return kernel::fma(x(), y(), z());
}
/**
* Computes <tt>(x*y) - z</tt> in a single instruction when possible.
* @param x a batch of integer or floating point values.
* @param y a batch of integer or floating point values.
* @param z a batch of integer or floating point values.
* @return the result of the fused multiply-sub operation.
*/
template <class X>
inline batch_type_t<X> fms(const simd_base<X>& x, const simd_base<X>& y, const simd_base<X>& z)
{
using value_type = typename simd_batch_traits<X>::value_type;
using kernel = detail::batch_kernel<value_type, simd_batch_traits<X>::size>;
return kernel::fms(x(), y(), z());
}
/**
* Computes <tt>-(x*y) + z</tt> in a single instruction when possible.
* @param x a batch of integer or floating point values.
* @param y a batch of integer or floating point values.
* @param z a batch of integer or floating point values.
* @return the result of the fused negated multiply-add operation.
*/
template <class X>
inline batch_type_t<X> fnma(const simd_base<X>& x, const simd_base<X>& y, const simd_base<X>& z)
{
using value_type = typename simd_batch_traits<X>::value_type;
using kernel = detail::batch_kernel<value_type, simd_batch_traits<X>::size>;
return kernel::fnma(x(), y(), z());
}
/**
* Computes <tt>-(x*y) - z</tt> in a single instruction when possible.
* @param x a batch of integer or floating point values.
* @param y a batch of integer or floating point values.
* @param z a batch of integer or floating point values.
* @return the result of the fused negated multiply-sub operation.
*/
template <class X>
inline batch_type_t<X> fnms(const simd_base<X>& x, const simd_base<X>& y, const simd_base<X>& z)
{
using value_type = typename simd_batch_traits<X>::value_type;
using kernel = detail::batch_kernel<value_type, simd_batch_traits<X>::size>;
return kernel::fnms(x(), y(), z());
}
/**
* @defgroup simd_batch_reducers Reducers
*/
/**
* @ingroup simd_batch_reducers
*
* Adds all the scalars of the batch \c rhs.
* @param rhs batch involved in the reduction
* @return the result of the reduction.
*/
template <class X>
inline typename simd_batch_traits<X>::value_type
hadd(const simd_base<X>& rhs)
{
using value_type = typename simd_batch_traits<X>::value_type;
using kernel = detail::batch_kernel<value_type, simd_batch_traits<X>::size>;
return kernel::hadd(rhs());
}
/**
* @ingroup simd_batch_reducers
*
* Parallel horizontal addition: adds the scalars of each batch
* in the array pointed by \c row and store them in a returned
* batch.
* @param row an array of \c N batches
* @return the result of the reduction.
*/
template <class X>
inline batch_type_t<X> haddp(const simd_batch<X>* row)
{
using value_type = typename simd_batch_traits<X>::value_type;
using kernel = detail::batch_kernel<value_type, simd_batch_traits<X>::size>;
return kernel::haddp(row);
}
/**
* @defgroup simd_batch_miscellaneous Miscellaneous
*/
/**
* @ingroup simd_batch_miscellaneous
*
* Ternary operator for batches: selects values from the batches \c a or \c b
* depending on the boolean values in \c cond. Equivalent to
* \code{.cpp}
* for(std::size_t i = 0; i < N; ++i)
* res[i] = cond[i] ? a[i] : b[i];
* \endcode
* @param cond batch condition.
* @param a batch values for truthy condition.
* @param b batch value for falsy condition.
* @return the result of the selection.
*/
template <class X>
inline batch_type_t<X> select(const typename simd_batch_traits<X>::batch_bool_type& cond, const simd_base<X>& a, const simd_base<X>& b)
{
using value_type = typename simd_batch_traits<X>::value_type;
using kernel = detail::batch_kernel<value_type, simd_batch_traits<X>::size>;
return kernel::select(cond(), a(), b());
}
/**
* Determines if the scalars in the given batch \c x are NaN values.
* @param x batch of floating point values.
* @return a batch of booleans.
*/
template <class X>
inline typename simd_batch_traits<X>::batch_bool_type
isnan(const simd_base<X>& x)
{
using value_type = typename simd_batch_traits<X>::value_type;
using kernel = detail::batch_kernel<value_type, simd_batch_traits<X>::size>;
return kernel::isnan(x());
}
/**
* Insert the batch \c rhs into the stream \c out.
* @tparam X the actual type of batch.
* @param out the output stream.
* @param rhs the batch to output.
* @return the output stream.
*/
template <class X>
inline std::ostream& operator<<(std::ostream& out, const simd_batch<X>& rhs)
{
out << '(';
std::size_t s = simd_batch<X>::size;
for (std::size_t i = 0; i < s - 1; ++i)
{
out << rhs()[i] << ", ";
}
out << rhs()[s - 1] << ')';
return out;
}
/******************************************
* generic batch operators implementation *
******************************************/
#define GENERIC_OPERATOR_IMPLEMENTATION(OP) \
using traits = simd_batch_traits<batch<T, N>>; \
constexpr std::size_t align = traits::align; \
alignas(align) T tmp_lhs[N]; \
alignas(align) T tmp_rhs[N]; \
alignas(align) T tmp_res[N]; \
lhs.store_aligned(tmp_lhs); \
rhs.store_aligned(tmp_rhs); \
for (std::size_t i = 0; i < traits::size; ++i) \
{ \
tmp_res[i] = tmp_lhs[i] OP tmp_rhs[i]; \
} \
return batch<T, N>(tmp_res, aligned_mode())
template <class T, std::size_t N>
inline batch<T, N> operator&&(const batch<T, N>& lhs, const batch<T, N>& rhs)
{
GENERIC_OPERATOR_IMPLEMENTATION(&&);
}
template <class T, std::size_t N>
inline batch<T, N> operator||(const batch<T, N>& lhs, const batch<T, N>& rhs)
{
GENERIC_OPERATOR_IMPLEMENTATION(||);
}
template <class T, std::size_t N>
inline batch<T, N> operator<<(const batch<T, N>& lhs, const batch<T, N>& rhs)
{
GENERIC_OPERATOR_IMPLEMENTATION(<<);
}
template <class T, std::size_t N>
inline batch<T, N> operator>>(const batch<T, N>& lhs, const batch<T, N>& rhs)
{
GENERIC_OPERATOR_IMPLEMENTATION(>>);
}
/*****************************************
* bitwise cast functions implementation *
*****************************************/
template <class B, std::size_t N>
inline B bitwise_cast(const batch<float, N>& x)
{
return bitwise_cast_impl<batch<float, N>, B>::run(x);
}
template <class B, std::size_t N>
inline B bitwise_cast(const batch<double, N>& x)
{
return bitwise_cast_impl<batch<double, N>, B>::run(x);
}
template <class B, std::size_t N>
inline B bitwise_cast(const batch<int32_t, N>& x)
{
return bitwise_cast_impl<batch<int32_t, N>, B>::run(x);
}
template <class B, std::size_t N>
inline B bitwise_cast(const batch<int64_t, N>& x)
{
return bitwise_cast_impl<batch<int64_t, N>, B>::run(x);
}
template <class T, std::size_t N>
inline batch<T, N> bitwise_cast(const batch_bool<T, N>& src)
{
return batch<T, N>(src.get_value());
}
}
#endif
| 38.289611 | 139 | 0.531566 | PierreBlancfat |
70acd4552510744f391fe70cfb97e67ea2ebc478 | 459 | cpp | C++ | src/function/scalar/trigonometrics_functions.cpp | GuinsooLab/guinsoodb | f200538868738ae460f62fb89211deec946cefff | [
"MIT"
] | 1 | 2021-04-22T05:41:54.000Z | 2021-04-22T05:41:54.000Z | src/function/scalar/trigonometrics_functions.cpp | GuinsooLab/guinsoodb | f200538868738ae460f62fb89211deec946cefff | [
"MIT"
] | null | null | null | src/function/scalar/trigonometrics_functions.cpp | GuinsooLab/guinsoodb | f200538868738ae460f62fb89211deec946cefff | [
"MIT"
] | 1 | 2021-12-12T10:24:57.000Z | 2021-12-12T10:24:57.000Z | #include "guinsoodb/function/scalar/trigonometric_functions.hpp"
#include "guinsoodb/common/vector_operations/vector_operations.hpp"
#include "guinsoodb/common/exception.hpp"
namespace guinsoodb {
void BuiltinFunctions::RegisterTrigonometricsFunctions() {
Register<SinFun>();
Register<CosFun>();
Register<TanFun>();
Register<AsinFun>();
Register<AcosFun>();
Register<AtanFun>();
Register<CotFun>();
Register<Atan2Fun>();
}
} // namespace guinsoodb
| 24.157895 | 67 | 0.769063 | GuinsooLab |
70afe5fc53240327b2189f4f833331891eeac2a2 | 3,256 | hpp | C++ | assemble.hpp | noah-witt/riscv-engine | 4caf55da2d8e5d473ac7e0634bef6a1d5ddc728b | [
"MIT"
] | null | null | null | assemble.hpp | noah-witt/riscv-engine | 4caf55da2d8e5d473ac7e0634bef6a1d5ddc728b | [
"MIT"
] | null | null | null | assemble.hpp | noah-witt/riscv-engine | 4caf55da2d8e5d473ac7e0634bef6a1d5ddc728b | [
"MIT"
] | null | null | null | /**
* @file assemble.hpp
* @author Noah Witt ([email protected])
* @version 0.1
* @date 2021-09-01
*
*/
#pragma once
#include <string>
#include <cstring>
#include <vector>
#include <list>
#include <unordered_map>
#include "./registers.hpp"
#include "./memory.h"
#include "./memory.t.hpp"
#include "symbol.hpp"
class AssembleConstants {
public:
static char registerNameSeperator;
static std::string registerNames[];
static uint registerCount;
static std::vector<std::vector<std::string>> getNamesAsList();
static int getID(std::string name);
static std::string getStr(int i);
};
enum class SymbolOrRegisterType {
UNSET,
SYMBOL,
REGISTER,
LOCATION_OFFSET,
IMMEDIATE_VALUE,
};
struct SymbolOrRegister {
SymbolOrRegisterType t;
std::string val;
Symbol * symbol = nullptr;
Register * reg = nullptr;
uint registerId = 0; // the zero register
uint32_t immediate_value = 0;
};
enum class Operations: uint16_t{
// three register operations
ADD,
SUB,
MUL,
MULH,
MULHSU,
MULHU,
DIV,
DIVU,
REM,
REMU,
AND,
OR,
XOR,
SLL,
SLT,
SLTU,
SRL,
SRA,
ADDW,
SUBW,
SLLW,
SRLW,
SRAW,
MULW,
DIVW,
DIVUW,
REMW,
REMUW,
//two register, then immediate ops
ADDI,
SLTI,
SLLI,
SRLI,
XORI,
SRAI,
ADDIW,
SLLIW,
SRLIW,
SRAIW,
// These are still two reg and immediate but the immediate is an offset from the Program counter in all cases at runtime.
JALR,
BEQ,
BNE,
BLT,
BGE,
BLTU,
BGEU,
// one register, then offset location
LB,
LH,
LW,
LWU,
LD,
LBU,
LHU,
SB,
SH,
SW,
SD,
JAL,
// one register and immediate
LUI,
AUIPC,
// two register operations
// Special cases
// I.E. instructions that are converted to others
NOP,
MV,
NOT,
NEG,
NEGW,
//Extra special
// things I have just added.
HALT,
PRINT,
INPUTI,
INPUTB,
INPUTS,
INPUTF,
DEBUG,
//TODO add floating point operations.
};
struct generatedInstruction {
std::vector<unsigned long> values;
};
class Instruction {
protected:
std::string value;
SymbolTable* sym;
ulong address;
public:
/**
* @brief Construct a new Instruction object
*
* @param value the instruction string line
*/
Instruction(std::string value, SymbolTable* sym, ulong address);
/**
* @brief a register with the value
* @note Free the register after your done with it.
* @returns generatedInstruction with the value
* an odd construct returning a register because it is just a place to put bytes.
*/
generatedInstruction getInstruction();
};
class Program {
protected:
std::string value;
SymbolTable sym;
void firstStep();
public:
Program(std::string value);
Program(std::ifstream& in);
/**
* load a program to memory.
* @param mem the memory
*/
SymbolTable* toMemory(Memory* mem);
};
| 18.5 | 125 | 0.579238 | noah-witt |
70b05f3c7e6f4157a74a577bf02f1ba12fcb810e | 27,911 | cpp | C++ | src/libtsduck/dtv/descriptors/tsLinkageDescriptor.cpp | SS-FF/tsduck | fb7eb63a9091085a878d434cd8778b012aa09cb7 | [
"BSD-2-Clause"
] | null | null | null | src/libtsduck/dtv/descriptors/tsLinkageDescriptor.cpp | SS-FF/tsduck | fb7eb63a9091085a878d434cd8778b012aa09cb7 | [
"BSD-2-Clause"
] | null | null | null | src/libtsduck/dtv/descriptors/tsLinkageDescriptor.cpp | SS-FF/tsduck | fb7eb63a9091085a878d434cd8778b012aa09cb7 | [
"BSD-2-Clause"
] | null | null | null | //----------------------------------------------------------------------------
//
// TSDuck - The MPEG Transport Stream Toolkit
// Copyright (c) 2005-2020, Thierry Lelegard
// All rights reserved.
//
// Redistribution and use in source and binary forms, with or without
// modification, are permitted provided that the following conditions are met:
//
// 1. Redistributions of source code must retain the above copyright notice,
// this list of conditions and the following disclaimer.
// 2. Redistributions in binary form must reproduce the above copyright
// notice, this list of conditions and the following disclaimer in the
// documentation and/or other materials provided with the distribution.
//
// THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS "AS IS"
// AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE
// IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE
// ARE DISCLAIMED. IN NO EVENT SHALL THE COPYRIGHT OWNER OR CONTRIBUTORS BE
// LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR
// CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF
// SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR PROFITS; OR BUSINESS
// INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY OF LIABILITY, WHETHER IN
// CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING NEGLIGENCE OR OTHERWISE)
// ARISING IN ANY WAY OUT OF THE USE OF THIS SOFTWARE, EVEN IF ADVISED OF
// THE POSSIBILITY OF SUCH DAMAGE.
//
//----------------------------------------------------------------------------
#include "tsLinkageDescriptor.h"
#include "tsDescriptor.h"
#include "tsNames.h"
#include "tsTablesDisplay.h"
#include "tsPSIRepository.h"
#include "tsDuckContext.h"
#include "tsxmlElement.h"
TSDUCK_SOURCE;
#define MY_XML_NAME u"linkage_descriptor"
#define MY_CLASS ts::LinkageDescriptor
#define MY_DID ts::DID_LINKAGE
#define MY_STD ts::STD_DVB
TS_REGISTER_DESCRIPTOR(MY_CLASS, ts::EDID::Standard(MY_DID), MY_XML_NAME, MY_CLASS::DisplayDescriptor);
//----------------------------------------------------------------------------
// Constructors for substructures
//----------------------------------------------------------------------------
ts::LinkageDescriptor::MobileHandoverInfo::MobileHandoverInfo() :
handover_type(0),
origin_type(0),
network_id(0),
initial_service_id(0)
{
}
void ts::LinkageDescriptor::MobileHandoverInfo::clear()
{
handover_type = 0;
origin_type = 0;
network_id = 0;
initial_service_id = 0;
}
ts::LinkageDescriptor::EventLinkageInfo::EventLinkageInfo() :
target_event_id(0),
target_listed(false),
event_simulcast(false)
{
}
void ts::LinkageDescriptor::EventLinkageInfo::clear()
{
target_event_id = 0;
target_listed = false;
event_simulcast = false;
}
ts::LinkageDescriptor::ExtendedEventLinkageInfo::ExtendedEventLinkageInfo() :
target_event_id(0),
target_listed(false),
event_simulcast(false),
link_type(0),
target_id_type(0),
user_defined_id(0),
target_transport_stream_id(0),
target_original_network_id(),
target_service_id()
{
}
void ts::LinkageDescriptor::ExtendedEventLinkageInfo::clear()
{
target_event_id = 0;
target_listed = false;
event_simulcast = false;
link_type = 0;
target_id_type = 0;
user_defined_id = 0;
target_transport_stream_id = 0;
target_original_network_id.reset();
target_service_id.reset();
}
void ts::LinkageDescriptor::clear()
{
ts_id = 0;
onetw_id = 0;
service_id = 0;
linkage_type = 0;
mobile_handover_info.clear();
event_linkage_info.clear();
extended_event_linkage_info.clear();
private_data.clear();
}
//----------------------------------------------------------------------------
// Constructors
//----------------------------------------------------------------------------
ts::LinkageDescriptor::LinkageDescriptor(uint16_t ts, uint16_t onetw, uint16_t service, uint8_t ltype) :
AbstractDescriptor(MY_DID, MY_XML_NAME, MY_STD, 0),
ts_id(ts),
onetw_id(onetw),
service_id(service),
linkage_type(ltype),
mobile_handover_info(),
event_linkage_info(),
extended_event_linkage_info(),
private_data()
{
_is_valid = true;
}
ts::LinkageDescriptor::LinkageDescriptor(DuckContext& duck, const Descriptor& desc) :
LinkageDescriptor()
{
deserialize(duck, desc);
}
//----------------------------------------------------------------------------
// Serialization
//----------------------------------------------------------------------------
void ts::LinkageDescriptor::serialize(DuckContext& duck, Descriptor& desc) const
{
ByteBlockPtr bbp(serializeStart());
// Fixed part.
bbp->appendUInt16(ts_id);
bbp->appendUInt16(onetw_id);
bbp->appendUInt16(service_id);
bbp->appendUInt8(linkage_type);
// Known variable parts.
if (linkage_type == LINKAGE_HAND_OVER) {
bbp->appendUInt8(uint8_t(mobile_handover_info.handover_type << 4) | 0x0E | (mobile_handover_info.origin_type & 0x01));
if (mobile_handover_info.handover_type >= 1 && mobile_handover_info.handover_type <= 3) {
bbp->appendUInt16(mobile_handover_info.network_id);
}
if (mobile_handover_info.origin_type == 0x00) {
bbp->appendUInt16(mobile_handover_info.initial_service_id);
}
}
else if (linkage_type == LINKAGE_EVENT) {
bbp->appendUInt16(event_linkage_info.target_event_id);
bbp->appendUInt8((event_linkage_info.target_listed ? 0x80 : 0x00) |
(event_linkage_info.event_simulcast ? 0x40 : 0x00) |
0x3F);
}
else if (linkage_type >= LINKAGE_EXT_EVENT_MIN && linkage_type <= LINKAGE_EXT_EVENT_MAX) {
const size_t length_index = bbp->size();
bbp->appendUInt8(0); // placeholder for loop_length
for (ExtendedEventLinkageList::const_iterator it = extended_event_linkage_info.begin(); it != extended_event_linkage_info.end(); ++it) {
bbp->appendUInt16(it->target_event_id);
bbp->appendUInt8((it->target_listed ? 0x80 : 0x00) |
(it->event_simulcast ? 0x40 : 0x00) |
uint8_t((it->link_type & 0x03) << 4) |
uint8_t((it->target_id_type & 0x03) << 2) |
(it->target_original_network_id.set() ? 0x02 : 0x00) |
(it->target_service_id.set() ? 0x01 : 0x00));
if (it->target_id_type == 3) {
bbp->appendUInt16(it->user_defined_id);
}
if (it->target_id_type == 1) {
bbp->appendUInt16(it->target_transport_stream_id);
}
if (it->target_original_network_id.set()) {
bbp->appendUInt16(it->target_original_network_id.value());
}
if (it->target_service_id.set()) {
bbp->appendUInt16(it->target_service_id.value());
}
}
// Update loop_length.
(*bbp)[length_index] = uint8_t(bbp->size() - length_index - 1);
}
// Finally, add private data.
bbp->append(private_data);
serializeEnd(desc, bbp);
}
//----------------------------------------------------------------------------
// Deserialization
//----------------------------------------------------------------------------
void ts::LinkageDescriptor::deserialize(DuckContext& duck, const Descriptor& desc)
{
clear();
_is_valid = desc.isValid() && desc.tag() == _tag && desc.payloadSize() >= 7;
if (_is_valid) {
const uint8_t* data = desc.payload();
size_t size = desc.payloadSize();
// Fixed part.
ts_id = GetUInt16(data);
onetw_id = GetUInt16(data + 2);
service_id = GetUInt16(data + 4);
linkage_type = data[6];
data += 7; size -= 7;
// Known variable parts.
if (linkage_type == LINKAGE_HAND_OVER) {
_is_valid = size >= 1;
if (_is_valid) {
mobile_handover_info.handover_type = data[0] >> 4;
mobile_handover_info.origin_type = data[0] & 0x01;
data += 1; size -= 1;
}
if (_is_valid && mobile_handover_info.handover_type >= 1 && mobile_handover_info.handover_type <= 3) {
_is_valid = size >= 2;
if (_is_valid) {
mobile_handover_info.network_id = GetUInt16(data);
data += 2; size -= 2;
}
}
if (_is_valid && mobile_handover_info.origin_type == 0x00) {
_is_valid = size >= 2;
if (_is_valid) {
mobile_handover_info.initial_service_id = GetUInt16(data);
data += 2; size -= 2;
}
}
}
else if (linkage_type == LINKAGE_EVENT) {
_is_valid = size >= 3;
if (_is_valid) {
event_linkage_info.target_event_id = GetUInt16(data);
event_linkage_info.target_listed = (data[2] & 0x80) != 0;
event_linkage_info.event_simulcast = (data[2] & 0x40) != 0;
data += 3; size -= 3;
}
}
else if (linkage_type >= LINKAGE_EXT_EVENT_MIN && linkage_type <= LINKAGE_EXT_EVENT_MAX) {
_is_valid = size >= 1;
if (_is_valid) {
size_t loop_length = data[0];
data += 1; size -= 1;
while (_is_valid && loop_length > 0) {
_is_valid = loop_length >= 3;
ExtendedEventLinkageInfo info;
bool onetw_flag = false;
bool serv_flag = false;
if (_is_valid) {
info.target_event_id = GetUInt16(data);
info.target_listed = (data[2] & 0x80) != 0;
info.event_simulcast = (data[2] & 0x40) != 0;
info.link_type = (data[2] >> 4) & 0x03;
info.target_id_type = (data[2] >> 2) & 0x03;
onetw_flag = (data[2] & 0x02) != 0;
serv_flag = (data[2] & 0x01) != 0;
data += 3; size -= 3; loop_length -= 3;
}
if (_is_valid && info.target_id_type == 3) {
_is_valid = size >= 2;
if (_is_valid) {
info.user_defined_id = GetUInt16(data);
data += 2; size -= 2; loop_length -= 2;
}
}
if (_is_valid && info.target_id_type == 1) {
_is_valid = size >= 2;
if (_is_valid) {
info.target_transport_stream_id = GetUInt16(data);
data += 2; size -= 2; loop_length -= 2;
}
}
if (_is_valid && onetw_flag) {
_is_valid = size >= 2;
if (_is_valid) {
info.target_original_network_id = GetUInt16(data);
data += 2; size -= 2; loop_length -= 2;
}
}
if (_is_valid && serv_flag) {
_is_valid = size >= 2;
if (_is_valid) {
info.target_service_id = GetUInt16(data);
data += 2; size -= 2; loop_length -= 2;
}
}
if (_is_valid) {
extended_event_linkage_info.push_back(info);
}
}
}
}
// Remaining bytes are private data.
if (_is_valid) {
private_data.copy(data, size);
}
}
}
//----------------------------------------------------------------------------
// Static method to display a descriptor.
//----------------------------------------------------------------------------
void ts::LinkageDescriptor::DisplayDescriptor(TablesDisplay& display, DID did, const uint8_t* data, size_t size, int indent, TID tid, PDS pds)
{
DuckContext& duck(display.duck());
std::ostream& strm(duck.out());
const std::string margin(indent, ' ');
if (size >= 7) {
// Fixed part
uint16_t tsid = GetUInt16(data);
uint16_t onid = GetUInt16(data + 2);
uint16_t servid = GetUInt16(data + 4);
uint8_t ltype = data[6];
data += 7; size -= 7;
strm << margin << UString::Format(u"Transport stream id: %d (0x%X)", {tsid, tsid}) << std::endl
<< margin << UString::Format(u"Original network Id: %d (0x%X)", {onid, onid}) << std::endl
<< margin << UString::Format(u"Service id: %d (0x%X)", {servid, servid}) << std::endl
<< margin << UString::Format(u"Linkage type: %s", {names::LinkageType(ltype, names::FIRST)}) << std::endl;
// Variable part
switch (ltype) {
case 0x08:
DisplayPrivateMobileHandover(display, data, size, indent, ltype);
break;
case 0x09:
DisplayPrivateSSU(display, data, size, indent, ltype);
break;
case 0x0A:
DisplayPrivateTableSSU(display, data, size, indent, ltype);
break;
case 0x0B:
DisplayPrivateINT(display, data, size, indent, ltype);
break;
case 0x0C:
DisplayPrivateDeferredINT(display, data, size, indent, ltype);
break;
default:
break;
}
// Remaining private data
display.displayPrivateData(u"Private data", data, size, indent);
}
else {
display.displayExtraData(data, size, indent);
}
}
//----------------------------------------------------------------------------
// Display linkage private data for mobile hand-over
//----------------------------------------------------------------------------
void ts::LinkageDescriptor::DisplayPrivateMobileHandover(TablesDisplay& display, const uint8_t*& data, size_t& size, int indent, uint8_t ltype)
{
if (size < 1) {
return;
}
DuckContext& duck(display.duck());
std::ostream& strm(duck.out());
const std::string margin(indent, ' ');
uint8_t hand_over = *data >> 4;
uint8_t origin = *data & 0x01;
data += 1; size -= 1;
const UChar *name;
switch (hand_over) {
case 0x01: name = u"identical service in neighbour country"; break;
case 0x02: name = u"local variation of same service"; break;
case 0x03: name = u"associated service"; break;
default: name = u"unknown"; break;
}
strm << margin << UString::Format(u"Hand-over type: 0x%X, %s, Origin: %s", {hand_over, name, origin ? u"SDT" : u"NIT"}) << std::endl;
if ((hand_over == 0x01 || hand_over == 0x02 || hand_over == 0x03) && size >= 2) {
uint16_t nwid = GetUInt16(data);
data += 2; size -= 2;
strm << margin << UString::Format(u"Network id: %d (0x%X)", {nwid, nwid}) << std::endl;
}
if (origin == 0x00 && size >= 2) {
uint16_t org_servid = GetUInt16(data);
data += 2; size -= 2;
strm << margin << UString::Format(u"Original service id: %d (0x%X)", {org_servid, org_servid}) << std::endl;
}
}
//----------------------------------------------------------------------------
// Display linkage private data for System Software Update (ETSI TS 102 006)
//----------------------------------------------------------------------------
void ts::LinkageDescriptor::DisplayPrivateSSU(TablesDisplay& display, const uint8_t*& data, size_t& size, int indent, uint8_t ltype)
{
if (size < 1) {
return;
}
DuckContext& duck(display.duck());
std::ostream& strm(duck.out());
const std::string margin(indent, ' ');
uint8_t dlength = data[0];
data += 1; size -= 1;
if (dlength > size) {
dlength = uint8_t(size);
}
while (dlength >= 4) {
uint32_t oui = GetUInt24(data);
uint8_t slength = data[3];
data += 4; size -= 4; dlength -= 4;
const uint8_t* sdata = data;
if (slength > dlength) {
slength = dlength;
}
data += slength; size -= slength; dlength -= slength;
strm << margin << "OUI: " << names::OUI(oui, names::FIRST) << std::endl;
display.displayPrivateData(u"Selector data", sdata, slength, indent);
}
}
//----------------------------------------------------------------------------
// Display linkage private data for TS with System Software Update
// BAT or NIT (ETSI TS 102 006)
//----------------------------------------------------------------------------
void ts::LinkageDescriptor::DisplayPrivateTableSSU(TablesDisplay& display, const uint8_t*& data, size_t& size, int indent, uint8_t ltype)
{
if (size >= 1) {
DuckContext& duck(display.duck());
std::ostream& strm(duck.out());
const std::string margin(indent, ' ');
uint8_t ttype = data[0];
data += 1; size -= 1;
strm << margin << "SSU table type: ";
switch (ttype) {
case 0x01: strm << "NIT"; break;
case 0x02: strm << "BAT"; break;
default: strm << UString::Hexa(ttype); break;
}
strm << std::endl;
}
}
//----------------------------------------------------------------------------
// Display linkage private data for INT.
//----------------------------------------------------------------------------
void ts::LinkageDescriptor::DisplayPrivateINT(TablesDisplay& display, const uint8_t*& data, size_t& size, int indent, uint8_t ltype)
{
if (size < 1) {
return;
}
DuckContext& duck(display.duck());
std::ostream& strm(duck.out());
const std::string margin(indent, ' ');
uint8_t data_length = data[0];
data += 1; size -= 1;
if (data_length > size) {
data_length = uint8_t(size);
}
while (data_length >= 4) {
uint32_t plf_id = GetUInt24(data);
uint8_t loop_length = data[3];
data += 4; size -= 4; data_length -= 4;
if (loop_length > data_length) {
loop_length = data_length;
}
strm << margin << UString::Format(u"- Platform id: %s", {ts::names::PlatformId(plf_id, names::HEXA_FIRST)}) << std::endl;
while (loop_length >= 4) {
const UString lang(DeserializeLanguageCode(data));
uint8_t name_length = data[3];
data += 4; size -= 4; data_length -= 4; loop_length -= 4;
if (name_length > loop_length) {
name_length = loop_length;
}
const UString name(duck.decoded(data, name_length));
data += name_length; size -= name_length; data_length -= name_length; loop_length -= name_length;
strm << margin << " Language: " << lang << ", name: \"" << name << "\"" << std::endl;
}
}
}
//----------------------------------------------------------------------------
// Display linkage private data for deferred INT.
//----------------------------------------------------------------------------
void ts::LinkageDescriptor::DisplayPrivateDeferredINT(TablesDisplay& display, const uint8_t*& data, size_t& size, int indent, uint8_t ltype)
{
if (size >= 1) {
DuckContext& duck(display.duck());
std::ostream& strm(duck.out());
const std::string margin(indent, ' ');
uint8_t ttype = data[0];
data += 1; size -= 1;
strm << margin << "INT linkage table type: ";
switch (ttype) {
case 0x00: strm << "unspecified"; break;
case 0x01: strm << "NIT"; break;
case 0x02: strm << "BAT"; break;
default: strm << UString::Hexa(ttype); break;
}
strm << std::endl;
if (ttype == 0x02 && size >= 2) {
const uint16_t bid = GetUInt16(data);
data += 2; size -= 2;
strm << margin << UString::Format(u"Bouquet id: 0x%X (%d)", {bid, bid}) << std::endl;
}
}
}
//----------------------------------------------------------------------------
// Enumerations for XML.
//----------------------------------------------------------------------------
namespace {
const ts::Enumeration OriginTypeNames({{u"NIT", 0}, {u"SDT", 1}});
}
//----------------------------------------------------------------------------
// XML serialization
//----------------------------------------------------------------------------
void ts::LinkageDescriptor::buildXML(DuckContext& duck, xml::Element* root) const
{
root->setIntAttribute(u"transport_stream_id", ts_id, true);
root->setIntAttribute(u"original_network_id", onetw_id, true);
root->setIntAttribute(u"service_id", service_id, true);
root->setIntAttribute(u"linkage_type", linkage_type, true);
if (linkage_type == LINKAGE_HAND_OVER) {
xml::Element* e = root->addElement(u"mobile_handover_info");
e->setIntAttribute(u"handover_type", mobile_handover_info.handover_type, true);
e->setIntEnumAttribute(OriginTypeNames, u"origin_type", mobile_handover_info.origin_type);
if (mobile_handover_info.handover_type >= 1 && mobile_handover_info.handover_type <= 3) {
e->setIntAttribute(u"network_id", mobile_handover_info.network_id, true);
}
if (mobile_handover_info.origin_type == 0x00) {
e->setIntAttribute(u"initial_service_id", mobile_handover_info.initial_service_id, true);
}
}
else if (linkage_type == LINKAGE_EVENT) {
xml::Element* e = root->addElement(u"event_linkage_info");
e->setIntAttribute(u"target_event_id", event_linkage_info.target_event_id, true);
e->setBoolAttribute(u"target_listed", event_linkage_info.target_listed);
e->setBoolAttribute(u"event_simulcast", event_linkage_info.event_simulcast);
}
else if (linkage_type >= LINKAGE_EXT_EVENT_MIN && linkage_type <= LINKAGE_EXT_EVENT_MAX) {
xml::Element* extInfo = root->addElement(u"extended_event_linkage_info");
for (ExtendedEventLinkageList::const_iterator it = extended_event_linkage_info.begin(); it != extended_event_linkage_info.end(); ++it) {
xml::Element* e = extInfo->addElement(u"event");
e->setIntAttribute(u"target_event_id", it->target_event_id, true);
e->setBoolAttribute(u"target_listed", it->target_listed);
e->setBoolAttribute(u"event_simulcast", it->event_simulcast);
e->setIntAttribute(u"link_type", it->link_type, true);
e->setIntAttribute(u"target_id_type", it->target_id_type, true);
if (it->target_id_type == 3) {
e->setIntAttribute(u"user_defined_id", it->user_defined_id, true);
}
if (it->target_id_type == 1) {
e->setIntAttribute(u"target_transport_stream_id", it->target_transport_stream_id, true);
}
if (it->target_original_network_id.set()) {
e->setIntAttribute(u"target_original_network_id", it->target_original_network_id.value(), true);
}
if (it->target_service_id.set()) {
e->setIntAttribute(u"target_service_id", it->target_service_id.value(), true);
}
}
}
if (!private_data.empty()) {
root->addElement(u"private_data")->addHexaText(private_data);
}
}
//----------------------------------------------------------------------------
// XML deserialization
//----------------------------------------------------------------------------
void ts::LinkageDescriptor::fromXML(DuckContext& duck, const xml::Element* element)
{
clear();
_is_valid =
checkXMLName(element) &&
element->getIntAttribute<uint16_t>(ts_id, u"transport_stream_id", true) &&
element->getIntAttribute<uint16_t>(onetw_id, u"original_network_id", true) &&
element->getIntAttribute<uint16_t>(service_id, u"service_id", true) &&
element->getIntAttribute<uint8_t>(linkage_type, u"linkage_type", true) &&
element->getHexaTextChild(private_data, u"private_data", false);
xml::ElementVector mobileElements;
xml::ElementVector eventElements;
xml::ElementVector extEventElements;
if (_is_valid) {
const size_t mobileCount = linkage_type == LINKAGE_HAND_OVER ? 1 : 0;
const size_t eventCount = linkage_type == LINKAGE_EVENT ? 1 : 0;
const size_t extEventCount = linkage_type >= LINKAGE_EXT_EVENT_MIN && linkage_type <= LINKAGE_EXT_EVENT_MAX ? 1 : 0;
_is_valid =
element->getChildren(mobileElements, u"mobile_handover_info", mobileCount, mobileCount) &&
element->getChildren(eventElements, u"event_linkage_info", eventCount, eventCount) &&
element->getChildren(extEventElements, u"extended_event_linkage_info", extEventCount, extEventCount);
}
if (_is_valid && !mobileElements.empty()) {
_is_valid =
mobileElements[0]->getIntAttribute<uint8_t>(mobile_handover_info.handover_type, u"handover_type", true, 0, 0, 0x0F) &&
mobileElements[0]->getIntEnumAttribute(mobile_handover_info.origin_type, OriginTypeNames, u"origin_type", true) &&
mobileElements[0]->getIntAttribute<uint16_t>(mobile_handover_info.network_id, u"network_id",
mobile_handover_info.handover_type >= 1 && mobile_handover_info.handover_type <= 3) &&
mobileElements[0]->getIntAttribute<uint16_t>(mobile_handover_info.initial_service_id, u"initial_service_id",
mobile_handover_info.origin_type == 0x00);
}
if (_is_valid && !eventElements.empty()) {
_is_valid =
eventElements[0]->getIntAttribute<uint16_t>(event_linkage_info.target_event_id, u"target_event_id", true) &&
eventElements[0]->getBoolAttribute(event_linkage_info.target_listed, u"target_listed", true) &&
eventElements[0]->getBoolAttribute(event_linkage_info.event_simulcast, u"event_simulcast", true);
}
if (_is_valid && !extEventElements.empty()) {
_is_valid = extEventElements[0]->getChildren(eventElements, u"event");
for (size_t i = 0; _is_valid && i < eventElements.size(); ++i) {
ExtendedEventLinkageInfo info;
_is_valid =
eventElements[i]->getIntAttribute<uint16_t>(info.target_event_id, u"target_event_id", true) &&
eventElements[i]->getBoolAttribute(info.target_listed, u"target_listed", true) &&
eventElements[i]->getBoolAttribute(info.event_simulcast, u"event_simulcast", true) &&
eventElements[i]->getIntAttribute<uint8_t>(info.link_type, u"link_type", true, 0, 0, 3) &&
eventElements[i]->getIntAttribute<uint8_t>(info.target_id_type, u"target_id_type", true, 0, 0, 3) &&
eventElements[i]->getIntAttribute<uint16_t>(info.user_defined_id, u"user_defined_id", info.target_id_type == 3) &&
eventElements[i]->getIntAttribute<uint16_t>(info.target_transport_stream_id, u"target_transport_stream_id", info.target_id_type == 1) &&
eventElements[i]->getOptionalIntAttribute<uint16_t>(info.target_original_network_id, u"target_original_network_id") &&
eventElements[i]->getOptionalIntAttribute<uint16_t>(info.target_service_id, u"target_service_id");
if (_is_valid) {
extended_event_linkage_info.push_back(info);
}
}
}
}
| 40.102011 | 152 | 0.550034 | SS-FF |
70bab7eb12e793e4faeba9e6a13bd6225a9c1ba6 | 4,420 | hpp | C++ | src/generator/gsql_parser/gsql_parser/core_parser.hpp | ostri/dbgen3 | 3430ef64f51d551a7ec4356daf52f80940ad7343 | [
"Apache-2.0"
] | null | null | null | src/generator/gsql_parser/gsql_parser/core_parser.hpp | ostri/dbgen3 | 3430ef64f51d551a7ec4356daf52f80940ad7343 | [
"Apache-2.0"
] | null | null | null | src/generator/gsql_parser/gsql_parser/core_parser.hpp | ostri/dbgen3 | 3430ef64f51d551a7ec4356daf52f80940ad7343 | [
"Apache-2.0"
] | null | null | null | #ifndef CORE_PARSER_HPP
#define CORE_PARSER_HPP
#include <array>
#include <filesystem>
#include <memory>
#include <xercesc/dom/DOM.hpp>
#include <xercesc/dom/DOMDocument.hpp>
#include <xercesc/dom/DOMErrorHandler.hpp>
#include <xercesc/framework/XMLGrammarPool.hpp>
#include <xercesc/parsers/XercesDOMParser.hpp>
#include <xercesc/util/PlatformUtils.hpp>
#include <xercesc/util/XMLString.hpp>
#include <xercesc/validators/common/Grammar.hpp>
#include "utility_classes/common.hpp"
#include "db_integration/db2_reader.hpp"
#include "gsql_parser/dom_error_handler.hpp"
#include "gsql_parser/gsql_q_set.hpp"
#include "gsql_parser/gsql_sql_set.hpp"
#include "gsql_parser/xerces_strings.hpp"
#include "runtime/statement.hpp"
#include "utility_classes/log.hpp"
#include "utility_classes/string_format.hpp"
namespace dbgen3
{
namespace x = xercesc;
class core_parser // NOLINT clang-tidy(cppcoreguidelines-special-member-functions)
{
public:
explicit core_parser(x::XMLGrammarPool* gp);
~core_parser();
core_parser(const core_parser&) = delete;
core_parser& operator=(const core_parser&) = delete;
core_parser& operator=(core_parser&&) = delete;
/// @name getters
///@{
static std::string q_set_id(const x::DOMElement* an_el, cstr_t a_filename);
///@}
int parse_set(const str_vec& gsql_files);
gsql_q_set parse_file(cstr_t a_filename, const db2_reader& a_dbr, const RDBMS& a_db_type);
protected:
private:
/// @name query set structure
///@{
static fld_dscr load_fld_dscr(cstr_t def_name, const db::BUF_TYPE& a_bt, SQLHANDLE h, uint ndx);
static fld_vec fetch_param_dscr(const str_vec& names,
const db::BUF_TYPE& a_bt,
db::statement& a_stmt);
static gsql_q_set load_q_set(const x::DOMElement* an_el,
cstr_t a_filename,
const db2_reader& a_dbr,
const RDBMS& a_db_type);
static gsql_q load_q(const x::DOMElement* an_el,
uint a_ndx,
str_vec a_ctx,
const db2_reader& a_dbr,
const RDBMS& a_db_type);
static gsql_q load_q_children(const x::DOMElement* an_el,
uint a_ndx,
const str_vec& a_ctx,
const db2_reader& a_dbr,
const RDBMS& a_db_type,
gsql_q& r);
// static gsql_qbuf_dscr load_qp(const x::DOMElement* an_el, uint a_ndx);
// static gsql_qbuf_dscr load_qr(const x::DOMElement* an_el, uint a_ndx);
static gsql_qbuf_dscr load_buf(const db::BUF_TYPE& bt,
const x::DOMElement* an_el
);
static gsql_sql_set load_sql_set(const x::DOMElement* an_el,
const str_vec& a_ctx,
const RDBMS& a_db_type);
static gsql_sql_set load_sql_set_sql(const x::DOMElement* el,
str_vec a_ctx,
const RDBMS& a_db_type,
uint ndx,
gsql_sql_set& r);
static gsql_q load_q_sqlset_from_db(gsql_q& r, const db2_reader& a_dbr);
///@}
static str_t attr_value(const x::DOMElement* an_el, cstr_t an_attr_name, cstr_t a_default);
static bool attr_value_b(const x::DOMElement* an_el, cstr_t an_attr_name, bool a_default);
bool init();
static std::string get_statement(const x::DOMElement* an_el, str_vec a_ctx);
static std::string get_text_node(const x::DOMElement* an_el, str_vec a_ctx);
static std::pair<str_t, str_t> get_text_node_with_prepare(const x::DOMElement* an_el, str_vec a_ctx);
/* .........................................................*/
x::DOMLSParser* parser_; //!< DOM parser
dom_error_handler eh_{}; //!< error handler
};
}; // namespace dbgen3
#endif // CORE_PARSER_HPP
| 46.041667 | 105 | 0.565158 | ostri |
70bdfafed8ec1bf977d2c2dad470d11906bf44f9 | 2,910 | cpp | C++ | src/identify.cpp | clockley/watchdogd | 7f03ad9a7317a11f246d29bce411d1e50265aa0e | [
"Apache-2.0"
] | 17 | 2016-03-22T12:20:07.000Z | 2022-01-24T17:49:39.000Z | src/identify.cpp | clockley/watchdogd | 7f03ad9a7317a11f246d29bce411d1e50265aa0e | [
"Apache-2.0"
] | 1 | 2021-10-04T17:35:13.000Z | 2021-10-05T16:55:46.000Z | src/identify.cpp | clockley/watchdogd | 7f03ad9a7317a11f246d29bce411d1e50265aa0e | [
"Apache-2.0"
] | 1 | 2021-12-05T13:23:26.000Z | 2021-12-05T13:23:26.000Z | /*
* Copyright 2016-2020 Christian Lockley
*
* Licensed under the Apache License, Version 2.0 (the "License"); you may
* not use this file except in compliance with the License. You may obtain
* a copy of the License at
*
* http://www.apache.org/licenses/LICENSE-2.0
*
* Unless required by applicable law or agreed to in writing, software
* distributed under the License is distributed on an "AS IS" BASIS,
* WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or
* implied. See the License for the specific language governing
* permissions and limitations under the License.
*/
#include "watchdogd.hpp"
int Identify(long timeout, const char * identity, const char * deviceName, bool verbose)
{
struct sockaddr_un address = {0};
struct identinfo buf;
int fd = -1;
address.sun_family = AF_UNIX;
strncpy(address.sun_path, "\0watchdogd.wdt.identity", sizeof(address.sun_path)-1);
fd = socket(AF_UNIX, SOCK_STREAM|SOCK_CLOEXEC, 0);
if (fd < 0) {
goto error;
}
if (connect(fd, (struct sockaddr*)&address, sizeof(address)) < 0) {
close(fd);
goto direct;
}
read(fd, &buf, sizeof(buf));
close(fd);
if (verbose) {
printf("watchdog was set to %li seconds\n", buf.timeout);
}
printf("%s\n", buf.name);
return 0;
direct:
if (!identity) {
size_t len0 = 0, len1 = 0;
int addZero = isdigit(*(basename(deviceName)+(strlen(basename(deviceName))-1)));
size_t l = strlen(basename(deviceName))+1;
char * watchdogBasename = (char*)calloc(1, l+1);
memcpy(watchdogBasename, basename(deviceName), l);
if (!addZero) {
watchdogBasename[strlen(watchdogBasename)] = '0';
}
char * sysfsIdentity = (char*)calloc(1, strlen(watchdogBasename)+strlen("/sys/class/watchdog//identity")+1);
char * sysfsTimeout = (char*)calloc(1, strlen(watchdogBasename)+strlen("/sys/class/watchdog//identity")+1);
sprintf(sysfsIdentity, "/sys/class/watchdog/%s/identity", watchdogBasename);
sprintf(sysfsTimeout, "/sys/class/watchdog/%s/timeout", watchdogBasename);
FILE * timeoutFile = fopen(sysfsTimeout, "r");
FILE * identityFile = fopen(sysfsIdentity, "r");
if (!identityFile||!timeoutFile)
goto error;
char *timeoutString = nullptr;
char *identityString = nullptr;
getline(&timeoutString, &len0, timeoutFile);
getline(&identityString, &len1, identityFile);
timeoutString[strlen(timeoutString)-1] = '\0';
identityString[strlen(identityString)-1] = '\0';
if (verbose) {
printf("watchdog was set to %s seconds\n", timeoutString);
}
printf("%s\n", identityString);
return 0;
}
if (verbose) {
printf("watchdog was set to %li seconds\n", timeout);
}
printf("%s\n", identity);
return 0;
error:
if (access(deviceName, R_OK|W_OK) != 0) {
printf("%s\n", "unable to open watchdog device, this operation requires permission from system Administrator");
return 0;
}
printf("%s\n", "Unable to open watchdog device");
return 0;
}
| 27.980769 | 113 | 0.697595 | clockley |
70c1f6d21350d470cb8a297fae9ecc084afc3114 | 7,285 | cpp | C++ | Bonepick/test/engine/TestSystems.cpp | dodgelafnitz/Bonepick | 1a12193e5d0cf5d4061d0d3cbd1529a206ed38f4 | [
"MIT"
] | 3 | 2018-10-09T02:08:57.000Z | 2020-08-12T20:26:29.000Z | Bonepick/test/engine/TestSystems.cpp | dodgelafnitz/Bonepick | 1a12193e5d0cf5d4061d0d3cbd1529a206ed38f4 | [
"MIT"
] | 1 | 2018-09-30T02:42:39.000Z | 2018-09-30T02:42:39.000Z | Bonepick/test/engine/TestSystems.cpp | dodgelafnitz/Bonepick | 1a12193e5d0cf5d4061d0d3cbd1529a206ed38f4 | [
"MIT"
] | null | null | null | #include "test/engine/TestSystems.h"
#include "engine/system/Entity.h"
#include "engine/system/EntityManager.h"
#include "engine/utility/Debug.h"
namespace
{
//############################################################################
void TestEntityManagerSingleComponent(void)
{
EntityManager<float> entMan;
int const ent0 = entMan.AddEntity(2.0f);
int const ent1 = entMan.AddEntity(3.0f);
int const nonEnt = (ent0 + 1 == ent1 ? ent1 : ent0) + 1;
ASSERT(entMan.EntityCount() == 0);
entMan.Advance();
ASSERT(entMan.EntityCount() == 2);
ASSERT(entMan.GetComponent<float>(ent0) == 2.0f);
ASSERT(entMan.GetComponent<float>(ent1) == 3.0f);
ASSERT(entMan.ContainsComponent<float>(ent0));
ASSERT(entMan.ContainsComponent<float>(ent1));
EXPECT_ERROR(entMan.ContainsComponent<float>(nonEnt););
EXPECT_ERROR(entMan.GetComponent<float>(nonEnt););
entMan.SetComponent<float>(ent0, 4.0f);
entMan.Advance();
ASSERT(entMan.GetComponent<float>(ent0) == 4.0f);
entMan.SetComponent<float>(ent0, 2.0f);
ASSERT(entMan.GetComponent<float>(ent0) == 4.0f);
EXPECT_ERROR(entMan.SetComponent<float>(ent0, 3.0f););
entMan.UpdateComponent<float>(ent0) = 3.5f;
entMan.UpdateComponent<float>(ent1) = 5.5f;
entMan.Advance();
ASSERT(entMan.GetComponent<float>(ent0) == 3.5f);
ASSERT(entMan.GetComponent<float>(ent1) == 5.5f);
}
//############################################################################
void TestEntityManagerMultipleComponents(void)
{
EntityManager<float, int, bool> entMan;
int const ent0 = entMan.AddEntity(4.0f, 2);
int const ent1 = entMan.AddEntity(false, 2.0f);
int const ent2 = entMan.AddEntity(7, 3.0f, true);
ASSERT(entMan.EntityCount() == 0);
entMan.Advance();
ASSERT(entMan.EntityCount() == 3);
ASSERT(entMan.GetComponent<float>(ent0) == 4.0f);
ASSERT(entMan.ContainsComponent<float>(ent0));
ASSERT(entMan.ContainsComponent<float>(ent1));
ASSERT(entMan.ContainsComponent<float>(ent2));
ASSERT(entMan.ContainsComponent<int>(ent0));
ASSERT(!entMan.ContainsComponent<int>(ent1));
ASSERT(entMan.ContainsComponent<int>(ent2));
ASSERT(!entMan.ContainsComponent<bool>(ent0));
ASSERT(entMan.ContainsComponent<bool>(ent1));
ASSERT(entMan.ContainsComponent<bool>(ent2));
entMan.UpdateComponent<float>(ent1) = 3.5f;
EXPECT_ERROR(entMan.UpdateComponent<bool>(ent0););
ASSERT(entMan.GetComponent<float>(ent0) == 4.0f);
ASSERT(entMan.GetComponent<float>(ent1) == 2.0f);
ASSERT(entMan.GetComponent<float>(ent2) == 3.0f);
ASSERT(entMan.GetComponent<int>(ent0) == 2);
ASSERT(entMan.GetComponent<int>(ent2) == 7);
ASSERT(entMan.GetComponent<bool>(ent1) == false);
ASSERT(entMan.GetComponent<bool>(ent2) == true);
entMan.Advance();
ASSERT(entMan.GetComponent<float>(ent1) == 3.5f);
entMan.AddComponent(ent1, 4);
entMan.RemoveComponent<bool>(ent1);
entMan.Advance();
ASSERT(entMan.GetComponent<int>(ent1) == 4);
ASSERT(!entMan.ContainsComponent<bool>(ent1));
}
//############################################################################
void TestEntityManagerDestruction(void)
{
EntityManager<float, int, bool> entMan;
int const ent0 = entMan.AddEntity(4.0f, 2);
int const ent1 = entMan.AddEntity(false, 2.0f);
int const ent2 = entMan.AddEntity(7, 3.0f, true);
EXPECT_ERROR(entMan.DestroyEntity(ent1););
entMan.Advance();
entMan.DestroyEntity(ent1);
ASSERT(entMan.EntityCount() == 3);
entMan.Advance();
ASSERT(entMan.EntityCount() == 2);
ASSERT(entMan.DoesEntityExist(ent1) == false);
}
//############################################################################
void TestEntityManagerGroupGetters(void)
{
using EntMan = EntityManager<float, int, bool>;
EntMan entMan;
int const ent0 = entMan.AddEntity(4.0f, 2);
int const ent1 = entMan.AddEntity(false, 2.0f);
int const ent2 = entMan.AddEntity(7, 3.0f, true);
entMan.Advance();
auto compArray = entMan.GetComponents<float, bool>();
SortedArray<int> const & entityIds = compArray.EntityIds();
Array<bool const *> const & compBools = compArray.Components<bool>();
Array<float const *> const & compFloats = compArray.Components<float>();
ASSERT(entityIds.Size() == 2);
ASSERT(compBools.Size() == 2);
ASSERT(compFloats.Size() == 2);
int const ents[2] = { ent1, ent2 };
bool found[2] = { false, false };
for (int i = 0; i < entityIds.Size(); ++i)
{
ASSERT(entMan.GetEntityId(compBools[i]) == entityIds[i]);
ASSERT(entMan.GetEntityId(compFloats[i]) == entityIds[i]);
for (int j = 0; j < 2; ++j)
{
if (entityIds[i] == ents[j])
{
ASSERT(!found[j]);
found[j] = true;
break;
}
}
}
ASSERT(found[0] && found[1]);
}
//############################################################################
void TestEntityManagerIdGetterHelper(
EntityManager<float, int, bool> const & entMan)
{
Array<int> entityIds;
for (int i = 0; i < entMan.EntityCount(); ++i)
{
ASSERT(!entityIds.Contains(entMan.GetEntityId(i)));
entityIds.EmplaceBack(entMan.GetEntityId(i));
}
ASSERT(entityIds.Size() == entMan.EntityCount());
}
//############################################################################
void TestEntityManagerIdGetter(void)
{
EntityManager<float, int, bool> entMan;
int const ent0 = entMan.AddEntity(4.0f, 2);
int const ent1 = entMan.AddEntity(false, 2.0f);
int const ent2 = entMan.AddEntity(7, 3.0f, true);
entMan.Advance();
TestEntityManagerIdGetterHelper(entMan);
entMan.DestroyEntity(ent1);
entMan.Advance();
TestEntityManagerIdGetterHelper(entMan);
int const ent3 = entMan.AddEntity(2.5f, false, 4);
entMan.Advance();
TestEntityManagerIdGetterHelper(entMan);
entMan.DestroyEntity(ent2);
entMan.DestroyEntity(ent3);
entMan.DestroyEntity(ent0);
entMan.Advance();
TestEntityManagerIdGetterHelper(entMan);
}
//############################################################################
void TestEntityCreation(void)
{
EntityManager<float, int> entMan;
int const entIndex = entMan.AddEntity(2.0f);
Entity<float, int> ent(entMan, entIndex);
auto easyEnt = MakeEntity(entMan, entIndex);
ASSERT(easyEnt == ent);
ASSERT(!(easyEnt != ent));
EXPECT_ERROR(ent.GetComponent<float>(););
entMan.Advance();
ASSERT(ent.GetComponent<float>() == 2.0f);
EXPECT_ERROR(ent.GetComponent<int>(););
}
//############################################################################
void TestEntityManagers(void)
{
TestEntityManagerSingleComponent();
TestEntityManagerMultipleComponents();
TestEntityManagerDestruction();
TestEntityManagerGroupGetters();
}
//############################################################################
void TestEntities(void)
{
TestEntityCreation();
}
}
//##############################################################################
void TestAllSystems(void)
{
TestEntityManagers();
TestEntities();
}
| 29.257028 | 80 | 0.588058 | dodgelafnitz |
70c3646edaee819442ad1234fd06f86882809484 | 23,952 | hpp | C++ | website/src/cgiroot.hpp | Wt-Works/saai.ir | 18b9e75616300994c8d5034f766b6e91c6a48c16 | [
"MIT",
"Unlicense"
] | 1 | 2021-08-28T01:24:22.000Z | 2021-08-28T01:24:22.000Z | website/src/cgiroot.hpp | Wt-Works/saai.ir | 18b9e75616300994c8d5034f766b6e91c6a48c16 | [
"MIT",
"Unlicense"
] | null | null | null | website/src/cgiroot.hpp | Wt-Works/saai.ir | 18b9e75616300994c8d5034f766b6e91c6a48c16 | [
"MIT",
"Unlicense"
] | null | null | null | #ifndef CGIROOT_HPP
#define CGIROOT_HPP
#include <string>
#include <Wt/WAnchor>
#include <Wt/WApplication>
#include <Wt/WButtonGroup>
#include <Wt/WComboBox>
#include <Wt/WContainerWidget>
#include <Wt/WDialog>
#include <Wt/WEnvironment>
#include <Wt/WFileUpload>
#include <Wt/WFormWidget>
#include <Wt/WImage>
#include <Wt/WInPlaceEdit>
#include <Wt/WIntValidator>
#include <Wt/WLineEdit>
#include <Wt/WLengthValidator>
#include <Wt/WMenuItem>
#include <Wt/WMessageBox>
#include <Wt/WPushButton>
#include <Wt/WRegExpValidator>
#include <Wt/WSignalMapper>
#include <Wt/WString>
#include <Wt/WText>
#include <Wt/WTextArea>
#include <Wt/WTextEdit>
#include <Wt/WWidget>
#include "clientinfo.hpp"
#include "db.hpp"
#include "serverinfo.hpp"
namespace SAAIIR {
class CgiRoot;
}
class SAAIIR::CgiRoot : public Wt::WApplication {
public:
CgiRoot(const Wt::WEnvironment& env);
virtual ~CgiRoot();
private:
ClientInfo *clientInfo;
ServerInfo *serverInfo;
std::string __loggedInUser;
std::string __lastIP;
std::string __lastCCode;
std::string __lastCName;
std::string __lastDate;
std::string __lastTime;
std::string __acLoggedInUser;
std::string __acLoggedInCode;
std::string __acLastIP;
std::string __acLastCCode;
std::string __acLastCName;
std::string __acLastDate;
std::string __acLastTime;
int __capResult;
std::string __capImage;
void GenCap();
void InitEnv(const Wt::WEnvironment& env);
bool IsReqRoot(const Wt::WEnvironment& env);
std::string IsReqACP(const Wt::WEnvironment& env);
DB db;
DB dbPics;
bool Validate(Wt::WFormWidget *widget);
bool ValidatePic(const std::string& file);
void ValidatePicClose(Wt::WDialog *sender);
bool ValidatePicFlag;
std::string ValidatePicPostAction;
std::string ValidatePicPostArgs;
/************* Home *************/
Wt::WWidget *Initialize_Home();
Wt::WContainerWidget *dvMainWrapper;
Wt::WContainerWidget *dvRegister;
Wt::WWidget *CMainMenu();
Wt::WWidget *CHowTo();
Wt::WWidget *CLinks();
Wt::WWidget *CContact();
Wt::WWidget *CAbout();
Wt::WMenu *mainMenu;
Wt::WContainerWidget *dvMainVote;
Wt::WLineEdit *followEdit;
Wt::WLineEdit *followCapEdit;
Wt::WLineEdit *academyUserEdit;
Wt::WLineEdit *academyPwEdit;
Wt::WLineEdit *academyCapEdit;
Wt::WLineEdit *voteCapEdit;
Wt::WLineEdit *regTyroCapEdit;
Wt::WImage *followCaptcha;
Wt::WImage *academyCaptcha;
Wt::WImage *voteCaptcha;
Wt::WImage *regTyroCaptcha;
Wt::WIntValidator *followCapValidator;
Wt::WIntValidator *academyCapValidator;
Wt::WIntValidator *voteCapValidator;
Wt::WIntValidator *regTyroCapValidator;
Wt::WText *errFollowing;
Wt::WText *errACLogin;
Wt::WText *errVote;
Wt::WButtonGroup *dvMainVoteRadioGroup;
bool IsForgetFormShownAcademy;
Wt::WContainerWidget *dvForgetFormWrapperAcademy;
Wt::WText *errForgetAcademy;
Wt::WLineEdit *forgetEmailEditAcademy;
Wt::WLineEdit *forgetCapEditAcademy;
Wt::WIntValidator *forgetCapValidatorAcademy;
Wt::WRegExpValidator *forgetEmailValidatorAcademy;
void ForgetOKAcademy();
void ReGenCap();
void AcademyForgetForm();
void FollowingOK();
void AcademiesOK();
void VoteOK();
void VoteChart();
Wt::WText *errContactForm;
Wt::WComboBox *contactToCmb;
Wt::WLineEdit *contactFromEdit;
Wt::WLineEdit *contactEmailEdit;
Wt::WLineEdit *contactUrlEdit;
Wt::WLineEdit *contactSubjectEdit;
Wt::WTextArea *contactBodyTArea;
Wt::WPushButton *contactSendBtn;
Wt::WPushButton *contactClearBtn;
Wt::WLineEdit *contactCapEdit;
Wt::WImage *contactCaptcha;
Wt::WLengthValidator *contactFromValidator;
Wt::WRegExpValidator *contactEmailValidator;
Wt::WRegExpValidator *contactUrlValidator;
Wt::WLengthValidator *contactSubjectValidator;
Wt::WLengthValidator *contactBodyValidator;
Wt::WIntValidator *contactCapValidator;
void SetCContactForm(bool flag);
void ContactToCmbChanged(Wt::WString to);
void ContactClearOK_RP();
void SendMessageOK();
Wt::WDialog *dlg;
Wt::WMessageBox *msgBox;
Wt::WComboBox *regProvinceCmb;
Wt::WComboBox *regCityCmb;
Wt::WLineEdit *regTermTitleEdit;
Wt::WComboBox *regTermBegdateCmbY;
Wt::WComboBox *regTermBegdateCmbM;
Wt::WComboBox *regTermBegdateCmbD;
Wt::WComboBox *regTermEnddateCmbY;
Wt::WComboBox *regTermEnddateCmbM;
Wt::WComboBox *regTermEnddateCmbD;
Wt::WComboBox *regTermDaypartCmb;
Wt::WLineEdit *tyroFNameEdit;
Wt::WLineEdit *tyroLNameEdit;
Wt::WComboBox *tyroSexCmb ;
Wt::WLineEdit *tyroFatherSNameEdit;
Wt::WLineEdit *tyroNationalCodeEdit;
Wt::WLineEdit *tyroBirthIdEdit;
Wt::WComboBox *tyroBirthDateCmbY;
Wt::WComboBox *tyroBirthDateCmbM;
Wt::WComboBox *tyroBirthDateCmbD;
Wt::WComboBox *tyroBirthlocCmb;
Wt::WComboBox *tyroBirthEmissionLocCmb;
Wt::WComboBox *tyroGraduateCertCmb;
Wt::WLineEdit *tyroGraduateCourseEdit;
Wt::WComboBox *tyroJobCmb;
Wt::WTextArea *tyroAddrTArea;
Wt::WLineEdit *tyroTelEdit;
Wt::WLineEdit *tyroMobileEdit;
Wt::WLineEdit *tyroEmailEdit;
Wt::WLengthValidator *tyroFNameValidator;
Wt::WLengthValidator *tyroLNameValidator;
Wt::WLengthValidator *tyroSexValidator;
Wt::WLengthValidator *tyroFatherSNameValidator;
Wt::WRegExpValidator *tyroNationalCodeValidator;
Wt::WRegExpValidator *tyroBirthIdValidator;
Wt::WLengthValidator *tyroBirthDateYValidator;
Wt::WLengthValidator *tyroBirthDateMValidator;
Wt::WLengthValidator *tyroBirthDateDValidator;
Wt::WLengthValidator *tyroBirthlocValidator;
Wt::WLengthValidator *tyroBirthEmissionLocValidator;
Wt::WLengthValidator *tyroGraduateCertValidator;
Wt::WLengthValidator *tyroGraduateCourseValidator;
Wt::WLengthValidator *tyroJobValidator;
Wt::WLengthValidator *tyroAddrValidator;
Wt::WRegExpValidator *tyroTelValidator;
Wt::WRegExpValidator *tyroMobileValidator;
Wt::WRegExpValidator *tyroEmailValidator;
Wt::WText *errTyroForm;
Wt::WFileUpload *tyroPicBirthCertFUP;
Wt::WFileUpload *tyroPicNationalCardFUP;
Wt::WFileUpload *tyroPicPersonnelFUP;
Wt::WFileUpload *tyroPicServiceFUP;
Wt::WPushButton *tyroPicBirthCertBtn;
Wt::WPushButton *tyroPicNationalCardBtn;
Wt::WPushButton *tyroPicPersonnelBtn;
Wt::WPushButton *tyroPicServiceBtn;
Wt::WPushButton *tyroRegFinishBtn;
std::string regTermAcCode,
regTermActCode,
regTermStTitle,
regTermBegdate,
regTermEnddate,
regTermDaypart,
regTermBegtime,
regTermEndtime,
regTermLoc,
regTermAcmName;
std::string regTyroFName,
regTyroLName,
regTyroSex,
regTyroFatherSName,
regTyroNationalCode,
regTyroBirthId,
regTyroBirthDateY,
regTyroBirthDateM,
regTyroBirthDateD,
regTyroBirthloc,
regTyroBirthEmissionLoc,
regTyroGraduateCert,
regTyroGraduateCourse,
regTyroJob,
regTyroAddr,
regTyroTel,
regTyroMobile,
regTyroEmail;
void RegProvinceCmbChanged(Wt::WString pr);
void ReturnHome();
void RegStep_2();
void RegStep_3(Wt::WPushButton *sender);
void RegStep_4();
void RegStep_5();
void RegStep_5_1();
void RegStep_5_2();
void RegStep_5_3();
void RegStep_5_4();
void RegStep_6();
/************* End Home *************/
/************* Root Login *************/
Wt::WContainerWidget *dvForgetFormWrapper_Root;
bool IsForgetFormShown_Root;
Wt::WImage *loginCaptcha_Root;
Wt::WIntValidator *loginCapValidator_Root;
Wt::WIntValidator *forgetCapValidator_Root;
Wt::WLengthValidator *loginUserValidator_Root;
Wt::WLengthValidator *loginPwValidator_Root;
Wt::WRegExpValidator *forgetEmailValidator_Root;
Wt::WText *errLogin_Root;
Wt::WText *errForget_Root;
void Error_Root(const std::wstring& err, Wt::WText *txt);
Wt::WLineEdit *loginUserEdit_Root;
Wt::WLineEdit *loginPwEdit_Root;
Wt::WLineEdit *loginCapEdit_Root;
Wt::WLineEdit *forgetEmailEdit_Root;
Wt::WLineEdit *forgetCapEdit_Root;
Wt::WWidget *Initialize_Root();
void InitializeTables_Root();
Wt::WWidget *RootLoginForm();
Wt::WWidget *RootRegisterForm();
void RootForgetForm();
void ReGenCap_Root();
void LoginOK_Root();
void ForgetOK_Root();
/************* End Root Login *************/
/************* Root Panel *************/
Wt::WMenu *mainMenu_RP;
void ExitRootPanel(Wt::WMenuItem *mItem);
/*Wt::WWidget *CHome_RP();
Wt::WWidget *CBase_RP();*/
Wt::WWidget *CAcademies_RP();
Wt::WWidget *CPages_RP();
Wt::WWidget *CContact_RP();
Wt::WWidget *CPwEMail_RP();
Wt::WWidget *CExit_RP();
void Initialize_RP();
Wt::WComboBox *pagesPListCmb_RP;
Wt::WTextEdit *pagesTEdit_RP;
Wt::WPushButton *pagesSaveBtn_RP;
Wt::WPushButton *pagesCloseBtn_RP;
std::wstring GetPageContent(const std::string& pg);
void SetPageContent(const std::string& pg, const std::string& content);
void SetCPagesForm_RP(bool flag);
void PagesPListCmbChanged_RP(Wt::WString pg);
void PagesTEditChanged_RP();
void PagesSaveBtnOK_RP();
void PagesCloseBtnOK_RP();
Wt::WLineEdit *currentPwEdit_RP;
Wt::WLineEdit *newPwEdit_RP;
Wt::WLineEdit *confirmPwEdit_RP;
Wt::WLineEdit *currentEmailEdit_RP;
Wt::WLineEdit *currentPwEmailEdit_RP;
Wt::WLengthValidator *currentPwValidator_RP;
Wt::WLengthValidator *newPwValidator_RP;
Wt::WLengthValidator *confirmPwValidator_RP;
Wt::WRegExpValidator *currentEmailValidator_RP;
Wt::WLengthValidator *currentPwEmailValidator_RP;
Wt::WText *errPw_RP;
Wt::WText *errEmail_RP;
void PwOK_RP();
void EmailOK_RP();
Wt::WText *errAddContact_RP;
Wt::WLengthValidator *contactNameValidator_RP;
Wt::WRegExpValidator *contactAddrValidator_RP;
Wt::WLineEdit *contactNameEdit_RP;
Wt::WLineEdit *contactAddrEdit_RP;
Wt::WPushButton *contactSaveBtn_RP;
Wt::WContainerWidget *dvContactTableWrapper_RP;
Wt::WInPlaceEdit *GetContactCell_RP(const std::string& cell, const std::string& id, const char *field,
Wt::WSignalMapper<Wt::WInPlaceEdit *> *map);
Wt::WPushButton *tableBtn_RP;
void CContactDataTable_RP();
void SaveContactTableCell_RP(Wt::WInPlaceEdit *sender);
void EraseContactTableCell_RP(Wt::WPushButton *sender);
void EraseContactTableCellOK_RP(Wt::StandardButton result);
void AddContactOK_RP();
Wt::WComboBox *academiesProvinceCmb_RP;
Wt::WComboBox *academiesCityCmb_RP;
void SetCAcademiesForm_RP(int flag);
void AcademiesProvinceCmbChanged_RP(Wt::WString pr);
void AcademiesCityCmbChanged_RP(Wt::WString pr);
void AcademiesAddBtnOK_RP();
//void AcademiesReturnBtnOK_RP();
Wt::WContainerWidget *dvAcademiesWrapper_RP;
Wt::WPushButton *academiesAddBtn_RP;
//Wt::WPushButton *academiesReturnBtn_RP;
void CAcademiesDataTable_RP();
void CourseAcademiesTableCell_RP(Wt::WPushButton *sender);
void MoreInfoAcademiesTableCell_RP(Wt::WAnchor *sender);
void MoreInfoAcademiesTableCell_RP(Wt::WPushButton *sender);
//void CpAcademiesTableCell_RP(Wt::WAnchor *sender);
void SuspendAcademiesTableCell_RP(Wt::WPushButton *sender);
void SuspendAcademiesTableCellOK_RP(Wt::StandardButton result);
void EditAcademiesTableCell_RP(Wt::WPushButton *sender);
void EraseAcademiesTableCell_RP(Wt::WPushButton *sender);
void EraseAcademiesTableCellOK_RP(Wt::StandardButton result);
Wt::WLineEdit *academiesNameEdit_RP;
Wt::WComboBox *academiesSexCmb_RP;
Wt::WLineEdit *academiesSubstationEdit_RP;
Wt::WComboBox *academiesJustificationCmb_RP;
Wt::WTextArea *academiesAddrTArea_RP;
Wt::WLineEdit *academiesTelEdit_RP;
Wt::WLineEdit *academiesManagerEdit_RP;
Wt::WLineEdit *academiesFounderEdit_RP;
Wt::WLineEdit *academiesUserEdit_RP;
Wt::WLineEdit *academiesPwEdit_RP;
Wt::WPushButton *academiesSaveBtn_RP;
/*Wt::WPushButton *eraseAcademiesBtn_RP;
Wt::WPushButton *suspendAcademiesBtn_RP;*/
Wt::WLengthValidator *academiesNameValidator_RP;
Wt::WLengthValidator *academiesSexValidator_RP;
Wt::WIntValidator *academiesSubstationValidator_RP;
Wt::WLengthValidator *academiesJustificationValidator_RP;
Wt::WLengthValidator *academiesAddrValidator_RP;
Wt::WRegExpValidator *academiesTelValidator_RP;
Wt::WLengthValidator *academiesManagerValidator_RP;
Wt::WLengthValidator *academiesFounderValidator_RP;
Wt::WLengthValidator *academiesUserValidator_RP;
Wt::WLengthValidator *academiesPwValidator_RP;
Wt::WText *errAcademiesForm_RP;
Wt::WWidget *GetAcademiesForm_RP(Wt::WString form);
void AcademiesFormSaveBtnOK_RP();
void AcCourseAddBtnOK_RP(Wt::WPushButton *sender);
void GetAcCourseDialog_RP(std::string acCode);
void GetAcCourseDialog_RP();
void EditAcCourseTableCell_RP(Wt::WPushButton *sender);
void EraseAcCourseTableCell_RP(Wt::WPushButton *sender);
void EraseAcCourseTableCellOK_RP(Wt::StandardButton result);
Wt::WComboBox *acCourseSkTitleCmb_RP;
Wt::WLineEdit *acCourseBackgroundEdit_RP;
Wt::WComboBox *acCourseJustdateCmbY_RP;
Wt::WComboBox *acCourseJustdateCmbM_RP;
Wt::WComboBox *acCourseJustdateCmbD_RP;
Wt::WComboBox *acCourseActstatCmb_RP;
Wt::WLineEdit *acCourseTyroaveragEdit_RP;
Wt::WPushButton *courseSaveBtn_RP;
Wt::WPushButton *eraseAcCourseBtn_RP;
Wt::WPushButton *suspendAcCourseBtn_RP;
Wt::WLengthValidator *acCourseSkTitleValidator_RP;
Wt::WIntValidator *acCourseBackgroundValidator_RP;
Wt::WLengthValidator *acCourseJustdateValidatorY_RP;
Wt::WLengthValidator *acCourseJustdateValidatorM_RP;
Wt::WLengthValidator *acCourseJustdateValidatorD_RP;
Wt::WLengthValidator *acCourseActstatValidator_RP;
Wt::WIntValidator *acCourseTyroaveragValidator_RP;
Wt::WText *errAcCourseForm_RP;
Wt::WWidget *GetAcCourseForm_RP(Wt::WString form);
void AcCourseFormSaveBtnOK_RP();
/************* End Root Panel *************/
/************* Academy Panel *************/
void Initialize_ACP();
void ClearLoginForm_ACP();
Wt::WContainerWidget *academyPage;
Wt::WWidget *FirstLogin_ACP();
Wt::WText *errConfirmFL_ACP;
Wt::WLineEdit *newEmailEditFL_ACP;
Wt::WLineEdit *confirmEmailEditFL_ACP;
Wt::WLineEdit *newPwEditFL_ACP;
Wt::WLineEdit *confirmPwEditFL_ACP;
Wt::WLineEdit *currentPwEditFL_ACP;
Wt::WPushButton *btnConfirmOK;
Wt::WRegExpValidator *newEmailValidatorFL_ACP;
Wt::WRegExpValidator *confirmEmailValidatorFL_ACP;
Wt::WLengthValidator *newPwValidatorFL_ACP;
Wt::WLengthValidator *confirmPwValidatorFL_ACP;
Wt::WLengthValidator *currentPwValidatorFL_ACP;
void ConfirmOKFL_ACP();
std::string AcSessionGen(const std::string& acCode, bool isRoot);
bool AcSessionValidate(const std::string& session);
void Go_ACPanel(const std::string& acCode);
void GoAway_ACP();
void Initialize_ACPanel();
Wt::WMenu *mainMenu_ACP;
void ExitACPanel(Wt::WMenuItem *mItem);
Wt::WWidget *CMentors_ACP();
Wt::WWidget *CTyros_ACP();
Wt::WWidget *CTerms_ACP();
Wt::WWidget *CPwEMail_ACP();
Wt::WWidget *CExit_ACP();
Wt::WLineEdit *currentPwEdit_ACP;
Wt::WLineEdit *newPwEdit_ACP;
Wt::WLineEdit *confirmPwEdit_ACP;
Wt::WLineEdit *currentEmailEdit_ACP;
Wt::WLineEdit *currentPwEmailEdit_ACP;
Wt::WLengthValidator *currentPwValidator_ACP;
Wt::WLengthValidator *newPwValidator_ACP;
Wt::WLengthValidator *confirmPwValidator_ACP;
Wt::WRegExpValidator *currentEmailValidator_ACP;
Wt::WLengthValidator *currentPwEmailValidator_ACP;
Wt::WText *errPw_ACP;
Wt::WText *errEmail_ACP;
void PwOK_ACP();
void EmailOK_ACP();
void MentorsAddBtnOK_ACP();
Wt::WContainerWidget *dvMentorsWrapper_ACP;
void CMentorsDataTable_ACP();
void MoreInfoMentorsTableCell_ACP(Wt::WAnchor *sender);
void MoreInfoMentorsTableCell_ACP(Wt::WPushButton *sender);
void CardMentorsTableCell_ACP(Wt::WPushButton *sender);
void EditMentorsTableCell_ACP(Wt::WPushButton *sender);
void EraseMentorsTableCell_ACP(Wt::WPushButton *sender);
void EraseMentorsTableCellOK_ACP(Wt::StandardButton result);
Wt::WLineEdit *mentorsFNameEdit_ACP;
Wt::WLineEdit *mentorsLNameEdit_ACP;
Wt::WComboBox *mentorsSexCmb_ACP;
Wt::WLineEdit *mentorsNationalCodeEdit_ACP;
Wt::WLineEdit *mentorsBirthIdEdit_ACP;
Wt::WComboBox *mentorsBirthDateCmbY_ACP;
Wt::WComboBox *mentorsBirthDateCmbM_ACP;
Wt::WComboBox *mentorsBirthDateCmbD_ACP;
Wt::WComboBox *mentorsBirthlocCmb_ACP;
Wt::WComboBox *mentorsBirthEmissionLocCmb_ACP;
Wt::WComboBox *mentorsGraduateCertCmb_ACP;
Wt::WLineEdit *mentorsGraduateCourseEdit_ACP;
Wt::WTextArea *mentorsAddrTArea_ACP;
Wt::WLineEdit *mentorsTelEdit_ACP;
Wt::WLineEdit *mentorsMobileEdit_ACP;
Wt::WLineEdit *mentorsEmailEdit_ACP;
Wt::WFileUpload *mentorsPicFUP_ACP;
Wt::WPushButton *mentorsSaveBtn_ACP;
Wt::WLengthValidator *mentorsFNameValidator_ACP;
Wt::WLengthValidator *mentorsLNameValidator_ACP;
Wt::WLengthValidator *mentorsSexValidator_ACP;
Wt::WRegExpValidator *mentorsNationalCodeValidator_ACP;
Wt::WRegExpValidator *mentorsBirthIdValidator_ACP;
Wt::WLengthValidator *mentorsBirthDateYValidator_ACP;
Wt::WLengthValidator *mentorsBirthDateMValidator_ACP;
Wt::WLengthValidator *mentorsBirthDateDValidator_ACP;
Wt::WLengthValidator *mentorsBirthlocValidator_ACP;
Wt::WLengthValidator *mentorsBirthEmissionLocValidator_ACP;
Wt::WLengthValidator *mentorsGraduateCertValidator_ACP;
Wt::WLengthValidator *mentorsGraduateCourseValidator_ACP;
Wt::WLengthValidator *mentorsAddrValidator_ACP;
Wt::WRegExpValidator *mentorsTelValidator_ACP;
Wt::WRegExpValidator *mentorsMobileValidator_ACP;
Wt::WRegExpValidator *mentorsEmailValidator_ACP;
Wt::WText *errMentorsForm_ACP;
Wt::WWidget *GetMentorsForm_ACP(Wt::WString form);
void MentorsFormFileUploaded_ACP();
void MentorsFormFileTooLarge_ACP();
void MentorsFormSaveBtnOK_ACP();
void MCardAddBtnOK_ACP(Wt::WPushButton *sender);
void GetMCardDialog_ACP(std::string acmCode);
void GetMCardDialog_ACP();
void EditMCardTableCell_ACP(Wt::WPushButton *sender);
void EraseMCardTableCell_ACP(Wt::WPushButton *sender);
void EraseMCardTableCellOK_ACP(Wt::StandardButton result);
Wt::WComboBox *mCardStTitleCmb_ACP;
Wt::WComboBox *mCardDateCmbY_ACP;
Wt::WComboBox *mCardDateCmbM_ACP;
Wt::WComboBox *mCardDateCmbD_ACP;
Wt::WLineEdit *mCardPercentEdit_ACP;
Wt::WPushButton *cardSaveBtn_ACP;
Wt::WPushButton *eraseCardBtn_ACP;
Wt::WPushButton *suspendCardBtn_ACP;
Wt::WLengthValidator *mCardStTitleValidator_ACP;
Wt::WLengthValidator *mCardDateValidatorY_ACP;
Wt::WLengthValidator *mCardDateValidatorM_ACP;
Wt::WLengthValidator *mCardDateValidatorD_ACP;
Wt::WIntValidator *mCardPercentValidator_ACP;
Wt::WText *errMCardForm_ACP;
Wt::WWidget *GetMCardForm_ACP(Wt::WString form);
void MCardFormSaveBtnOK_ACP();
void TermsAddBtnOK_ACP();
Wt::WContainerWidget *dvTermsWrapper_ACP;
void CTermsDataTable_ACP();
void NoticeTermsTableCell_ACP(Wt::WPushButton *sender);
void EditTermsTableCell_ACP(Wt::WPushButton *sender);
void EraseTermsTableCell_ACP(Wt::WPushButton *sender);
void EraseTermsTableCellOK_ACP(Wt::StandardButton result);
Wt::WComboBox *termsStTitleCmb_ACP;
Wt::WComboBox *termsBegdateCmbY_ACP;
Wt::WComboBox *termsBegdateCmbM_ACP;
Wt::WComboBox *termsBegdateCmbD_ACP;
Wt::WComboBox *termsEnddateCmbY_ACP;
Wt::WComboBox *termsEnddateCmbM_ACP;
Wt::WComboBox *termsEnddateCmbD_ACP;
Wt::WComboBox *termsDaypartCmb_ACP;
Wt::WComboBox *termsBegtimeCmbH_ACP;
Wt::WComboBox *termsBegtimeCmbM_ACP;
Wt::WComboBox *termsEndtimeCmbH_ACP;
Wt::WComboBox *termsEndtimeCmbM_ACP;
Wt::WComboBox *termsLocCmb_ACP;
Wt::WComboBox *termsMentorCmb_ACP;
Wt::WPushButton *termsSaveBtn_ACP;
Wt::WLengthValidator *termsStTitleValidator_ACP;
Wt::WLengthValidator *termsBegdateValidatorY_ACP;
Wt::WLengthValidator *termsBegdateValidatorM_ACP;
Wt::WLengthValidator *termsBegdateValidatorD_ACP;
Wt::WLengthValidator *termsEnddateValidatorY_ACP;
Wt::WLengthValidator *termsEnddateValidatorM_ACP;
Wt::WLengthValidator *termsEnddateValidatorD_ACP;
Wt::WLengthValidator *termsDaypartValidator_ACP;
Wt::WLengthValidator *termsBegtimeValidatorH_ACP;
Wt::WLengthValidator *termsBegtimeValidatorM_ACP;
Wt::WLengthValidator *termsEndtimeValidatorH_ACP;
Wt::WLengthValidator *termsEndtimeValidatorM_ACP;
Wt::WLengthValidator *termsLocValidator_ACP;
Wt::WLengthValidator *termsMentorValidator_ACP;
Wt::WText *errTermsForm_ACP;
Wt::WWidget *GetTermsForm_ACP(Wt::WString form);
void TermsFormSaveBtnOK_ACP();
Wt::WContainerWidget *dvTyrosWrapper_ACP;
void CTyrosDataTable_ACP();
void MoreInfoTyrosTableCell_ACP(Wt::WPushButton *sender);
void ShowTyroPic_ACP(Wt::WAnchor *sender);
void EditPicsTyrosTableCell_ACP(Wt::WPushButton *sender);
void EditPicsTyrosTableCellOK_ACP(Wt::WFileUpload *sender);
void EditTyrosTableCell_ACP(Wt::WPushButton *sender);
void EraseTyrosTableCell_ACP(Wt::WPushButton *sender);
void EraseTyrosTableCellOK_ACP(Wt::StandardButton result);
Wt::WLineEdit *tyrosFNameEdit_ACP;
Wt::WLineEdit *tyrosLNameEdit_ACP;
Wt::WComboBox *tyrosSexCmb_ACP;
Wt::WLineEdit *tyrosFatherSNameEdit_ACP;
Wt::WLineEdit *tyrosNationalCodeEdit_ACP;
Wt::WLineEdit *tyrosBirthIdEdit_ACP;
Wt::WComboBox *tyrosBirthDateCmbY_ACP;
Wt::WComboBox *tyrosBirthDateCmbM_ACP;
Wt::WComboBox *tyrosBirthDateCmbD_ACP;
Wt::WComboBox *tyrosBirthlocCmb_ACP;
Wt::WComboBox *tyrosBirthEmissionLocCmb_ACP;
Wt::WComboBox *tyrosGraduateCertCmb_ACP;
Wt::WLineEdit *tyrosGraduateCourseEdit_ACP;
Wt::WComboBox *tyrosJobCmb_ACP;
Wt::WTextArea *tyrosAddrTArea_ACP;
Wt::WLineEdit *tyrosTelEdit_ACP;
Wt::WLineEdit *tyrosMobileEdit_ACP;
Wt::WLineEdit *tyrosEmailEdit_ACP;
Wt::WPushButton *tyrosSaveBtn_ACP;
Wt::WLengthValidator *tyrosFNameValidator_ACP;
Wt::WLengthValidator *tyrosLNameValidator_ACP;
Wt::WLengthValidator *tyrosSexValidator_ACP;
Wt::WLengthValidator *tyrosFatherSNameValidator_ACP;
Wt::WRegExpValidator *tyrosNationalCodeValidator_ACP;
Wt::WRegExpValidator *tyrosBirthIdValidator_ACP;
Wt::WLengthValidator *tyrosBirthDateYValidator_ACP;
Wt::WLengthValidator *tyrosBirthDateMValidator_ACP;
Wt::WLengthValidator *tyrosBirthDateDValidator_ACP;
Wt::WLengthValidator *tyrosBirthlocValidator_ACP;
Wt::WLengthValidator *tyrosBirthEmissionLocValidator_ACP;
Wt::WLengthValidator *tyrosGraduateCertValidator_ACP;
Wt::WLengthValidator *tyrosGraduateCourseValidator_ACP;
Wt::WLengthValidator *tyrosJobValidator_ACP;
Wt::WLengthValidator *tyrosAddrValidator_ACP;
Wt::WRegExpValidator *tyrosTelValidator_ACP;
Wt::WRegExpValidator *tyrosMobileValidator_ACP;
Wt::WRegExpValidator *tyrosEmailValidator_ACP;
Wt::WText *errTyrosForm_ACP;
Wt::WWidget *GetTyrosForm_ACP(Wt::WString form);
void TyrosFormSaveBtnOK_ACP();
Wt::WFileUpload *tyrosPicBirthCertFUP_ACP;
Wt::WFileUpload *tyrosPicNationalCardFUP_ACP;
Wt::WFileUpload *tyrosPicPersonnelFUP_ACP;
Wt::WFileUpload *tyrosPicServiceFUP_ACP;
/************* End Academy Panel *************/
};
#endif /* CGIROOT_HPP */
| 32.455285 | 106 | 0.73998 | Wt-Works |
70cb2b5358d80a4f847edf37c38653a03a0d1a72 | 9,808 | cpp | C++ | Nacro/SDK/FN_ItemManagementEquipSlot_functions.cpp | Milxnor/Nacro | eebabf662bbce6d5af41820ea0342d3567a0aecc | [
"BSD-2-Clause"
] | 11 | 2021-08-08T23:25:10.000Z | 2022-02-19T23:07:22.000Z | Nacro/SDK/FN_ItemManagementEquipSlot_functions.cpp | Milxnor/Nacro | eebabf662bbce6d5af41820ea0342d3567a0aecc | [
"BSD-2-Clause"
] | 1 | 2022-01-01T22:51:59.000Z | 2022-01-08T16:14:15.000Z | Nacro/SDK/FN_ItemManagementEquipSlot_functions.cpp | Milxnor/Nacro | eebabf662bbce6d5af41820ea0342d3567a0aecc | [
"BSD-2-Clause"
] | 8 | 2021-08-09T13:51:54.000Z | 2022-01-26T20:33:37.000Z | // Fortnite (1.8) SDK
#ifdef _MSC_VER
#pragma pack(push, 0x8)
#endif
#include "../SDK.hpp"
namespace SDK
{
//---------------------------------------------------------------------------
//Functions
//---------------------------------------------------------------------------
// Function ItemManagementEquipSlot.ItemManagementEquipSlot_C.IsSelected
// (Public, HasOutParms, BlueprintCallable, BlueprintEvent)
// Parameters:
// bool Selected (Parm, OutParm, ZeroConstructor, IsPlainOldData)
void UItemManagementEquipSlot_C::IsSelected(bool* Selected)
{
static auto fn = UObject::FindObject<UFunction>("Function ItemManagementEquipSlot.ItemManagementEquipSlot_C.IsSelected");
UItemManagementEquipSlot_C_IsSelected_Params params;
auto flags = fn->FunctionFlags;
UObject::ProcessEvent(fn, ¶ms);
fn->FunctionFlags = flags;
if (Selected != nullptr)
*Selected = params.Selected;
}
// Function ItemManagementEquipSlot.ItemManagementEquipSlot_C.OnFocusReceived
// (BlueprintCosmetic, Event, Public, HasOutParms, HasDefaults, BlueprintCallable, BlueprintEvent)
// Parameters:
// struct FGeometry* MyGeometry (Parm, IsPlainOldData)
// struct FFocusEvent* InFocusEvent (Parm)
// struct FEventReply ReturnValue (Parm, OutParm, ReturnParm)
struct FEventReply UItemManagementEquipSlot_C::OnFocusReceived(struct FGeometry* MyGeometry, struct FFocusEvent* InFocusEvent)
{
static auto fn = UObject::FindObject<UFunction>("Function ItemManagementEquipSlot.ItemManagementEquipSlot_C.OnFocusReceived");
UItemManagementEquipSlot_C_OnFocusReceived_Params params;
params.MyGeometry = MyGeometry;
params.InFocusEvent = InFocusEvent;
auto flags = fn->FunctionFlags;
UObject::ProcessEvent(fn, ¶ms);
fn->FunctionFlags = flags;
return params.ReturnValue;
}
// Function ItemManagementEquipSlot.ItemManagementEquipSlot_C.SetSelected
// (Public, BlueprintCallable, BlueprintEvent)
// Parameters:
// bool Selected (Parm, ZeroConstructor, IsPlainOldData)
void UItemManagementEquipSlot_C::SetSelected(bool Selected)
{
static auto fn = UObject::FindObject<UFunction>("Function ItemManagementEquipSlot.ItemManagementEquipSlot_C.SetSelected");
UItemManagementEquipSlot_C_SetSelected_Params params;
params.Selected = Selected;
auto flags = fn->FunctionFlags;
UObject::ProcessEvent(fn, ¶ms);
fn->FunctionFlags = flags;
}
// Function ItemManagementEquipSlot.ItemManagementEquipSlot_C.OnDragDetected
// (BlueprintCosmetic, Event, Public, HasOutParms, HasDefaults, BlueprintCallable, BlueprintEvent)
// Parameters:
// struct FGeometry* MyGeometry (Parm, IsPlainOldData)
// struct FPointerEvent* PointerEvent (ConstParm, Parm, OutParm, ReferenceParm)
// class UDragDropOperation* Operation (Parm, OutParm, ZeroConstructor, IsPlainOldData)
void UItemManagementEquipSlot_C::OnDragDetected(struct FGeometry* MyGeometry, struct FPointerEvent* PointerEvent, class UDragDropOperation** Operation)
{
static auto fn = UObject::FindObject<UFunction>("Function ItemManagementEquipSlot.ItemManagementEquipSlot_C.OnDragDetected");
UItemManagementEquipSlot_C_OnDragDetected_Params params;
params.MyGeometry = MyGeometry;
params.PointerEvent = PointerEvent;
auto flags = fn->FunctionFlags;
UObject::ProcessEvent(fn, ¶ms);
fn->FunctionFlags = flags;
if (Operation != nullptr)
*Operation = params.Operation;
}
// Function ItemManagementEquipSlot.ItemManagementEquipSlot_C.OnMouseButtonDown
// (BlueprintCosmetic, Event, Public, HasOutParms, HasDefaults, BlueprintCallable, BlueprintEvent)
// Parameters:
// struct FGeometry* MyGeometry (Parm, IsPlainOldData)
// struct FPointerEvent* MouseEvent (ConstParm, Parm, OutParm, ReferenceParm)
// struct FEventReply ReturnValue (Parm, OutParm, ReturnParm)
struct FEventReply UItemManagementEquipSlot_C::OnMouseButtonDown(struct FGeometry* MyGeometry, struct FPointerEvent* MouseEvent)
{
static auto fn = UObject::FindObject<UFunction>("Function ItemManagementEquipSlot.ItemManagementEquipSlot_C.OnMouseButtonDown");
UItemManagementEquipSlot_C_OnMouseButtonDown_Params params;
params.MyGeometry = MyGeometry;
params.MouseEvent = MouseEvent;
auto flags = fn->FunctionFlags;
UObject::ProcessEvent(fn, ¶ms);
fn->FunctionFlags = flags;
return params.ReturnValue;
}
// Function ItemManagementEquipSlot.ItemManagementEquipSlot_C.OnDrop
// (BlueprintCosmetic, Event, Public, HasOutParms, BlueprintCallable, BlueprintEvent)
// Parameters:
// struct FGeometry* MyGeometry (Parm, IsPlainOldData)
// struct FPointerEvent* PointerEvent (Parm)
// class UDragDropOperation** Operation (Parm, ZeroConstructor, IsPlainOldData)
// bool ReturnValue (Parm, OutParm, ZeroConstructor, ReturnParm, IsPlainOldData)
bool UItemManagementEquipSlot_C::OnDrop(struct FGeometry* MyGeometry, struct FPointerEvent* PointerEvent, class UDragDropOperation** Operation)
{
static auto fn = UObject::FindObject<UFunction>("Function ItemManagementEquipSlot.ItemManagementEquipSlot_C.OnDrop");
UItemManagementEquipSlot_C_OnDrop_Params params;
params.MyGeometry = MyGeometry;
params.PointerEvent = PointerEvent;
params.Operation = Operation;
auto flags = fn->FunctionFlags;
UObject::ProcessEvent(fn, ¶ms);
fn->FunctionFlags = flags;
return params.ReturnValue;
}
// Function ItemManagementEquipSlot.ItemManagementEquipSlot_C.RefreshItem
// (Public, BlueprintCallable, BlueprintEvent)
void UItemManagementEquipSlot_C::RefreshItem()
{
static auto fn = UObject::FindObject<UFunction>("Function ItemManagementEquipSlot.ItemManagementEquipSlot_C.RefreshItem");
UItemManagementEquipSlot_C_RefreshItem_Params params;
auto flags = fn->FunctionFlags;
UObject::ProcessEvent(fn, ¶ms);
fn->FunctionFlags = flags;
}
// Function ItemManagementEquipSlot.ItemManagementEquipSlot_C.Construct
// (BlueprintCosmetic, Event, Public, BlueprintEvent)
void UItemManagementEquipSlot_C::Construct()
{
static auto fn = UObject::FindObject<UFunction>("Function ItemManagementEquipSlot.ItemManagementEquipSlot_C.Construct");
UItemManagementEquipSlot_C_Construct_Params params;
auto flags = fn->FunctionFlags;
UObject::ProcessEvent(fn, ¶ms);
fn->FunctionFlags = flags;
}
// Function ItemManagementEquipSlot.ItemManagementEquipSlot_C.OnFocusLost
// (BlueprintCosmetic, Event, Public, BlueprintEvent)
// Parameters:
// struct FFocusEvent* InFocusEvent (Parm)
void UItemManagementEquipSlot_C::OnFocusLost(struct FFocusEvent* InFocusEvent)
{
static auto fn = UObject::FindObject<UFunction>("Function ItemManagementEquipSlot.ItemManagementEquipSlot_C.OnFocusLost");
UItemManagementEquipSlot_C_OnFocusLost_Params params;
params.InFocusEvent = InFocusEvent;
auto flags = fn->FunctionFlags;
UObject::ProcessEvent(fn, ¶ms);
fn->FunctionFlags = flags;
}
// Function ItemManagementEquipSlot.ItemManagementEquipSlot_C.BndEvt__InputActionWidget_K2Node_ComponentBoundEvent_6_OnInputMethodChanged__DelegateSignature
// (BlueprintEvent)
// Parameters:
// bool bUsingGamepad (Parm, ZeroConstructor, IsPlainOldData)
void UItemManagementEquipSlot_C::BndEvt__InputActionWidget_K2Node_ComponentBoundEvent_6_OnInputMethodChanged__DelegateSignature(bool bUsingGamepad)
{
static auto fn = UObject::FindObject<UFunction>("Function ItemManagementEquipSlot.ItemManagementEquipSlot_C.BndEvt__InputActionWidget_K2Node_ComponentBoundEvent_6_OnInputMethodChanged__DelegateSignature");
UItemManagementEquipSlot_C_BndEvt__InputActionWidget_K2Node_ComponentBoundEvent_6_OnInputMethodChanged__DelegateSignature_Params params;
params.bUsingGamepad = bUsingGamepad;
auto flags = fn->FunctionFlags;
UObject::ProcessEvent(fn, ¶ms);
fn->FunctionFlags = flags;
}
// Function ItemManagementEquipSlot.ItemManagementEquipSlot_C.OnDragCancelled
// (BlueprintCosmetic, Event, Public, HasOutParms, BlueprintEvent)
// Parameters:
// struct FPointerEvent* PointerEvent (ConstParm, Parm, OutParm, ReferenceParm)
// class UDragDropOperation** Operation (Parm, ZeroConstructor, IsPlainOldData)
void UItemManagementEquipSlot_C::OnDragCancelled(struct FPointerEvent* PointerEvent, class UDragDropOperation** Operation)
{
static auto fn = UObject::FindObject<UFunction>("Function ItemManagementEquipSlot.ItemManagementEquipSlot_C.OnDragCancelled");
UItemManagementEquipSlot_C_OnDragCancelled_Params params;
params.PointerEvent = PointerEvent;
params.Operation = Operation;
auto flags = fn->FunctionFlags;
UObject::ProcessEvent(fn, ¶ms);
fn->FunctionFlags = flags;
}
// Function ItemManagementEquipSlot.ItemManagementEquipSlot_C.ExecuteUbergraph_ItemManagementEquipSlot
// (HasDefaults)
// Parameters:
// int EntryPoint (Parm, ZeroConstructor, IsPlainOldData)
void UItemManagementEquipSlot_C::ExecuteUbergraph_ItemManagementEquipSlot(int EntryPoint)
{
static auto fn = UObject::FindObject<UFunction>("Function ItemManagementEquipSlot.ItemManagementEquipSlot_C.ExecuteUbergraph_ItemManagementEquipSlot");
UItemManagementEquipSlot_C_ExecuteUbergraph_ItemManagementEquipSlot_Params params;
params.EntryPoint = EntryPoint;
auto flags = fn->FunctionFlags;
UObject::ProcessEvent(fn, ¶ms);
fn->FunctionFlags = flags;
}
}
#ifdef _MSC_VER
#pragma pack(pop)
#endif
| 34.903915 | 206 | 0.749286 | Milxnor |
70ce809f995f55881361c4afa7ee2db8f9f8ffae | 16,033 | cpp | C++ | src/SqlConnection.cpp | devinsmith/sql_pool | 82a9dc3f8697c3105bcdc19e6af698843e7a4495 | [
"MIT"
] | 1 | 2022-03-28T06:55:26.000Z | 2022-03-28T06:55:26.000Z | src/SqlConnection.cpp | devinsmith/sql_pool | 82a9dc3f8697c3105bcdc19e6af698843e7a4495 | [
"MIT"
] | null | null | null | src/SqlConnection.cpp | devinsmith/sql_pool | 82a9dc3f8697c3105bcdc19e6af698843e7a4495 | [
"MIT"
] | 2 | 2021-03-04T06:11:08.000Z | 2022-03-28T06:55:46.000Z | /*
* Copyright (c) 2012-2021 Devin Smith <[email protected]>
*
* Permission to use, copy, modify, and distribute this software for any
* purpose with or without fee is hereby granted, provided that the above
* copyright notice and this permission notice appear in all copies.
*
* THE SOFTWARE IS PROVIDED "AS IS" AND THE AUTHOR DISCLAIMS ALL WARRANTIES
* WITH REGARD TO THIS SOFTWARE INCLUDING ALL IMPLIED WARRANTIES OF
* MERCHANTABILITY AND FITNESS. IN NO EVENT SHALL THE AUTHOR BE LIABLE FOR
* ANY SPECIAL, DIRECT, INDIRECT, OR CONSEQUENTIAL DAMAGES OR ANY DAMAGES
* WHATSOEVER RESULTING FROM LOSS OF USE, DATA OR PROFITS, WHETHER IN AN
* ACTION OF CONTRACT, NEGLIGENCE OR OTHER TORTIOUS ACTION, ARISING OUT OF
* OR IN CONNECTION WITH THE USE OR PERFORMANCE OF THIS SOFTWARE.
*/
#include <algorithm> // std::replace
#include <cstring>
#include <stdexcept>
// FreeTDS stuff
#define MSDBLIB 1
#include <sqlfront.h>
#include <sybdb.h>
#include "SqlConnection.h"
namespace drs {
// Sadly, FreeTDS does not seem to check the return value of this message
// handler.
extern "C" int
sql_db_msg_handler(DBPROCESS * dbproc, DBINT msgno, int msgstate,
int severity, char *msgtext, char *srvname, char *procname, int line)
{
if (msgno == 5701 || msgno == 5703 || msgno == 5704)
return 0;
auto *conn = reinterpret_cast<SqlConnection *>(dbgetuserdata(dbproc));
if (conn != nullptr) {
return conn->MsgHandler(dbproc, msgno, msgstate, severity, msgtext, srvname,
procname, line);
}
// No connection associated??
return 0;
}
int SqlConnection::MsgHandler(DBPROCESS * dbproc, DBINT msgno, int msgstate,
int severity, char *msgtext, char *srvname, char *procname, int line)
{
/*
* If the severity is something other than 0 or the msg number is
* 0 (user informational messages).
*/
if (severity >= 0 || msgno == 0) {
/*
* If the message was something other than informational, and
* the severity was greater than 0, then print information to
* stderr with a little pre-amble information.
*/
if (msgno > 0 && severity > 0) {
_error.clear();
// Incorporate format?
_error += "Msg ";
_error += std::to_string(msgno);
_error += ", Level ";
_error += std::to_string(severity);
_error += ", State ";
_error += std::to_string(msgstate);
_error += "\nServer '";
_error += srvname;
_error += "'";
if (procname != nullptr && *procname != '\0') {
_error += ", Procedure '";
_error += procname;
_error += "'";
}
if (line > 0) {
_error += ", Line ";
_error += std::to_string(line);
}
_error += "\n";
char *database = dbname(dbproc);
if (database != nullptr && *database != '\0') {
_error += "Database '";
_error += database;
_error += "'\n";
}
_error += msgtext;
} else {
if (_error.back() != '\n') {
_error.append(1, '\n');
}
_error += msgtext;
if (msgno == 3621) {
severity = 1;
} else {
severity = 0;
}
}
}
if (msgno == 904) {
/* Database cannot be autostarted during server shutdown or startup */
_error += "Database does not exist, returning 0.\n";
return 0;
}
if (msgno == 911) {
/* Database does not exist */
_error += "Database does not exist, returning 0.\n";
return 0;
}
if (msgno == 952) {
/* Database is in transition. */
_error += "Database is in transition, returning 0.\n";
return 0;
}
return severity > 0;
}
extern "C" int
sql_db_err_handler(DBPROCESS *dbproc, int severity, int dberr,
int oserr, char *dberrstr, char *oserrstr)
{
// For server messages, cancel the query and rely on the
// message handler to capture the appropriate error message.
return INT_CANCEL;
}
// FreeTDS DBLib requires some initialization.
void sql_startup()
{
dbinit();
dbmsghandle(sql_db_msg_handler);
dberrhandle(sql_db_err_handler);
dbsetlogintime(5);
}
void sql_shutdown()
{
dbexit();
}
SqlConnection::~SqlConnection()
{
Disconnect();
}
void SqlConnection::Connect()
{
if (_dbHandle == nullptr || dbdead(_dbHandle)) {
LOGINREC *login = dblogin();
DBSETLAPP(login, "Microsoft");
dbsetlversion(login, DBVERSION_72);
DBSETLUSER(login, _user.c_str());
DBSETLPWD(login, _pass.c_str());
_dbHandle = tdsdbopen(login, fix_server(_server).c_str(), 1);
dbloginfree(login);
if (_dbHandle == nullptr || dbdead(_dbHandle))
throw std::runtime_error("Failed to connect to SQL Server");
// FreeTDS is so gross. Yep, instead of a void *, it's a BYTE * which
// is an "unsigned char *"
dbsetuserdata(_dbHandle, reinterpret_cast<BYTE *>(this));
dbuse(_dbHandle, _database.c_str());
run_initial_query();
}
}
void SqlConnection::run_initial_query()
{
// Heterogeneous queries require the ANSI_NULLS and ANSI_WARNINGS options to
// be set for the connection.
ExecDML("SET ANSI_NULLS ON;"
"SET ANSI_NULL_DFLT_ON ON;"
"SET ANSI_PADDING ON;"
"SET ANSI_WARNINGS ON;"
"SET QUOTED_IDENTIFIER ON;"
"SET CONCAT_NULL_YIELDS_NULL ON;");
}
void SqlConnection::Disconnect()
{
if (_dbHandle != nullptr) {
dbclose(_dbHandle);
_dbHandle = nullptr;
}
}
void SqlConnection::Dispose()
{
// We're done, so clear our error state.
_error.clear();
// Did we already fetch all result sets?
if (_fetched_results)
return;
// If the current result set has rows, drain them.
if (!_fetched_rows) {
while (NextRow());
}
// While there are more results, drain those rows as well.
while (NextResult()) {
while (NextRow());
}
_fetched_results = true;
}
void SqlConnection::ExecDML(const char *sql)
{
Connect();
// Dispose of any previous result set (if any).
Dispose();
_fetched_rows = false;
_fetched_results = false;
if (dbcmd(_dbHandle, sql) == FAIL)
throw std::runtime_error("Failed to submit command to freetds");
if (dbsqlexec(_dbHandle) == FAIL)
throw std::runtime_error("Failed to execute DML");
Dispose();
}
bool SqlConnection::NextResult()
{
// In order to advance to the next result set, we need to fetch
// all rows.
if (!_fetched_rows) {
while (NextRow());
}
int res = dbresults(_dbHandle);
if (res == FAIL)
throw std::runtime_error("Failed to fetch next result");
if (res == NO_MORE_RESULTS) {
_fetched_results = true;
return false;
}
return true;
}
bool SqlConnection::NextRow()
{
int row_code;
do {
row_code = dbnextrow(_dbHandle);
if (row_code == NO_MORE_ROWS) {
_fetched_rows = true;
return false;
}
if (row_code == REG_ROW)
return true;
if (row_code == FAIL) {
// ERROR ??
return false;
}
} while (row_code == BUF_FULL);
return false;
}
void SqlConnection::ExecSql(const char *sql)
{
Connect();
// Dispose of any previous result set (if any).
Dispose();
_fetched_rows = false;
_fetched_results = false;
if (dbcmd(_dbHandle, sql) == FAIL)
throw std::runtime_error("Failed to submit command to freetds");
if (dbsqlexec(_dbHandle) == FAIL) {
if (!_error.empty()) {
throw std::runtime_error(_error);
} else {
throw std::runtime_error("Failed to execute SQL");
}
}
int res = dbresults(_dbHandle);
if (res == FAIL)
throw std::runtime_error("Failed to fetch results SQL");
if (res == NO_MORE_RESULTS)
_fetched_results = true;
}
int
SqlConnection::GetOrdinal(const char *colName)
{
int i;
char errorStr[2048];
int total_cols = dbnumcols(_dbHandle);
for (i = 0; i < total_cols; i++) {
if (strcmp(dbcolname(_dbHandle, i + 1), colName) == 0) {
break;
}
}
if (i == total_cols) {
snprintf(errorStr, sizeof(errorStr),
"Requested column '%s' but does not exist.", colName);
throw std::runtime_error(errorStr);
}
return i;
}
std::string
SqlConnection::GetStringCol(int col)
{
if (col > dbnumcols(_dbHandle))
throw std::runtime_error("Requested string on nonexistent column");
int coltype = dbcoltype(_dbHandle, col + 1);
DBINT srclen = dbdatlen(_dbHandle, col + 1);
if (coltype == SYBDATETIME) {
DBDATETIME data;
DBDATEREC output;
char date_string[64];
memcpy(&data, dbdata(_dbHandle, col + 1), srclen);
dbdatecrack(_dbHandle, &output, &data);
snprintf(date_string, sizeof(date_string),
"%04d-%02d-%02d %02d:%02d:%02d.%03d", output.year, output.month,
output.day, output.hour, output.minute, output.second,
output.millisecond);
return date_string;
} else if (coltype != SYBCHAR && coltype != SYBTEXT) {
char nonstr[4096];
int dest_size;
dest_size = dbconvert(_dbHandle, coltype, dbdata(_dbHandle, col + 1),
srclen, SYBCHAR, (BYTE *)nonstr, sizeof(nonstr));
if (dest_size == -1) {
throw std::runtime_error("Could not convert source to string.");
}
nonstr[dest_size] = '\0';
return nonstr;
}
return std::string((const char *)dbdata(_dbHandle, col + 1), srclen);
}
std::string
SqlConnection::GetStringColByName(const char *colName)
{
return GetStringCol(GetOrdinal(colName));
}
int
SqlConnection::GetInt32ColByName(const char *colName)
{
return GetInt32Col(GetOrdinal(colName));
}
int
SqlConnection::GetInt32Col(int col)
{
int ret;
DBINT srclen;
int coltype;
if (col > dbnumcols(_dbHandle))
return 0;
srclen = dbdatlen(_dbHandle, col + 1);
coltype = dbcoltype(_dbHandle, col + 1);
if (coltype == SYBINT4) {
memcpy(&ret, dbdata(_dbHandle, col + 1), srclen);
} else if (coltype == SYBNUMERIC) {
dbconvert(nullptr, SYBNUMERIC, (BYTE *)dbdata(_dbHandle, col + 1), -1,
SYBINT4, (BYTE *)&ret, 4);
} else {
dbconvert(nullptr, coltype, (BYTE *)dbdata(_dbHandle, col + 1), -1,
SYBINT4, (BYTE *)&ret, 4);
}
return ret;
}
int
SqlConnection::GetMoneyCol(int col, int *dol, int *cen)
{
int64_t t64;
BYTE *src;
if (col > dbnumcols(_dbHandle))
return 0;
src = dbdata(_dbHandle, col + 1);
t64 = (int64_t)src[4] | (int64_t)src[5] << 8 |
(int64_t)src[6] << 16 | (int64_t)src[7] << 24 |
(int64_t)src[0] << 32 | (int64_t)src[1] << 40 |
(int64_t)src[2] << 48 | (int64_t)src[3] << 56;
*dol = (int)(t64 / 10000);
if (t64 < 0) t64 = -t64;
*cen = (int)(t64 % 10000);
return 1;
}
bool
SqlConnection::IsNullCol(int col)
{
if (col > dbnumcols(_dbHandle))
return true;
DBINT srclen = dbdatlen(_dbHandle, col + 1);
return srclen <= 0;
}
void SqlConnection::ExecStoredProc(const char *proc, struct db_params *params,
size_t parm_count)
{
execute_proc_common(proc, params, parm_count);
int res = dbresults(_dbHandle);
if (res == FAIL)
throw std::runtime_error("Failed to get results");
if (res == NO_MORE_RESULTS)
_fetched_results = true;
}
void SqlConnection::ExecNonQuery(const char *proc, struct db_params *params,
size_t parm_count)
{
execute_proc_common(proc, params, parm_count);
Dispose();
}
void SqlConnection::ExecStoredProc(const char *proc,
const std::vector<db_param>& params)
{
execute_proc_common2(proc, params);
int res = dbresults(_dbHandle);
if (res == FAIL)
throw std::runtime_error("Failed to get results");
if (res == NO_MORE_RESULTS)
_fetched_results = true;
}
void SqlConnection::ExecNonQuery(const char *proc,
const std::vector<db_param>& params)
{
execute_proc_common2(proc, params);
Dispose();
}
std::string SqlConnection::fix_server(const std::string& str)
{
std::string clean_server = str;
// A server contains a host and port, but users may be providing
// a server string with properties that aren't supported by FreeTDS.
// FreeTDS doesn't need the leading "tcp:" in some connection strings.
// Remove it if it exists.
std::string tcp_prefix("tcp:");
if (clean_server.compare(0, tcp_prefix.size(), tcp_prefix) == 0)
clean_server = clean_server.substr(tcp_prefix.size());
// Some people use commas instead of colon to separate the port number.
std::replace(clean_server.begin(), clean_server.end(), ',', ':');
return clean_server;
}
std::vector<std::string> SqlConnection::GetAllColumnNames()
{
int total_cols = dbnumcols(_dbHandle);
std::vector<std::string> columns;
columns.reserve(total_cols);
for (int i = 0; i < total_cols; i++) {
columns.emplace_back(dbcolname(_dbHandle, i + 1));
}
return columns;
}
void SqlConnection::execute_proc_common(const char *proc, struct db_params *params, size_t parm_count)
{
Connect();
Dispose();
_fetched_rows = false;
_fetched_results = false;
if (dbrpcinit(_dbHandle, proc, 0) == FAIL) {
std::string error = "Failed to init stored procedure: ";
error += proc;
throw std::runtime_error(error);
}
for (int i = 0; i < parm_count; i++) {
int real_type = 0;
switch (params[i].type) {
case BIT_TYPE:
real_type = SYBBITN;
case INT32_TYPE:
real_type = SYBINT4;
break;
case STRING_TYPE:
real_type = SYBCHAR;
break;
default:
throw std::runtime_error("Unknown stored procedure parameter type");
}
if (dbrpcparam(_dbHandle, params[i].name, params[i].status,
real_type, params[i].maxlen, params[i].datalen,
(BYTE *)params[i].value) == FAIL) {
std::string error = "Failed to set parameter ";
if (params[i].name != nullptr) {
error += params[i].name;
error.append(1, ' ');
}
error += "on procedure ";
error += proc;
throw std::runtime_error(error);
}
}
if (dbrpcsend(_dbHandle) == FAIL)
throw std::runtime_error("Failed to send RPC");
// Wait for the server to return
if (dbsqlok(_dbHandle) == FAIL)
throw std::runtime_error(_error);
// FreeTDS's implementation of dblib does not always process the result of
// of the message handler. For instance there are situations where an error
// has occurred but dbsqlok returned success. In these situations we need to
// check the actual _error property and throw if it is not blank.
if (!_error.empty())
throw std::runtime_error(_error);
}
void SqlConnection::execute_proc_common2(const char *proc,
const std::vector<db_param>& params)
{
Connect();
Dispose();
_fetched_rows = false;
_fetched_results = false;
if (dbrpcinit(_dbHandle, proc, 0) == FAIL) {
std::string error = "Failed to init stored procedure: ";
error += proc;
throw std::runtime_error(error);
}
for (const auto& param : params) {
int real_type = 0;
BYTE *value = (BYTE *)¶m.ivalue;
switch (param.type) {
case ParamType::Bit:
real_type = SYBBITN;
break;
case ParamType::Int:
real_type = SYBINT4;
break;
case ParamType::String:
real_type = SYBCHAR;
value = (BYTE *)param.pvalue;
break;
default:
// Not reached?
throw std::runtime_error("Unknown stored procedure parameter type");
}
if (dbrpcparam(_dbHandle, param.name, 0,
real_type, -1, param.datalen, value) == FAIL) {
std::string error = "Failed to set parameter ";
if (param.name != nullptr) {
error += param.name;
error.append(1, ' ');
}
error += "on procedure ";
error += proc;
throw std::runtime_error(error);
}
}
if (dbrpcsend(_dbHandle) == FAIL)
throw std::runtime_error("Failed to send RPC");
// Wait for the server to return
if (dbsqlok(_dbHandle) == FAIL)
throw std::runtime_error(_error);
// FreeTDS's implementation of dblib does not always process the result of
// of the message handler. For instance there are situations where an error
// has occurred but dbsqlok returned success. In these situations we need to
// check the actual _error property and throw if it is not blank.
if (!_error.empty())
throw std::runtime_error(_error);
}
}
| 25.051563 | 102 | 0.643485 | devinsmith |
70db14e2d202219c453ee61d65f932298e5a1f43 | 1,464 | cpp | C++ | CSES/Tree Algorithms/Company Queries I.cpp | s166harth/CC | b6c0fe58f03633fe2787a567a16909f1b2966e7b | [
"MIT"
] | 406 | 2020-05-28T13:35:08.000Z | 2022-03-31T17:23:26.000Z | CSES/Tree Algorithms/Company Queries I.cpp | shakeeb-droids/CC | 2f49fcb52d748804aee9fc7f26abb3150bec69e5 | [
"MIT"
] | 3 | 2021-01-01T17:50:34.000Z | 2021-10-02T10:02:27.000Z | CSES/Tree Algorithms/Company Queries I.cpp | shakeeb-droids/CC | 2f49fcb52d748804aee9fc7f26abb3150bec69e5 | [
"MIT"
] | 108 | 2020-07-21T13:02:33.000Z | 2022-03-28T22:46:49.000Z | /**
🍪 thew6rst
🍪 12.02.2021 10:45:31
**/
#ifdef W
#include "k_II.h"
#else
#include <bits/stdc++.h>
using namespace std;
#endif
#define pb emplace_back
#define all(x) x.begin(), x.end()
#define sz(x) static_cast<int32_t>(x.size())
template<class T> class Y {
T f;
public:
template<class U> explicit Y(U&& f): f(forward<U>(f)) {}
template<class... Args> decltype(auto) operator()(Args&&... args) {
return f(ref(*this), forward<Args>(args)...);
}
}; template<class T> Y(T) -> Y<T>;
const int64_t DESPACITO = 2e18;
const int INF = 2e9, MOD = 1e9+7;
const int N = 2e5 + 5;
const int LG = 20;
int main() {
cin.tie(nullptr)->sync_with_stdio(false);
int i, n, Q;
cin >> n >> Q;
vector<vector<int>> g(n);
for(i = 1; i < n; i++) {
int p; cin >> p;
g[--p].pb(i);
}
array<vector<int>, LG> anc;
for(auto& x: anc) x.assign(n, -1);
Y([&](auto dfs, int v, int p) -> void {
anc[0][v] = p;
for(int k = 1; k < LG; k++)
anc[k][v] = ~anc[k-1][v]? anc[k-1][anc[k-1][v]] : -1;
for(auto& x: g[v])
dfs(x, v);
})(0, -1);
auto walk = [&anc](int v, int d) {
for(int k = LG-1; ~v and ~k; k--)
if(d>>k & 1) v = anc[k][v];
return ~v? v+1 : v;
};
while(Q--) {
int x, d; cin >> x >> d;
cout << walk(--x, d) << '\n';
} | 24.813559 | 72 | 0.456967 | s166harth |
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