max_stars_repo_path
stringlengths 4
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stringlengths 6
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int64 0
38.8k
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stringlengths 1
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stringlengths 7
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|---|---|---|---|---|
printf.asm
|
imneme/spectrum-minilib
| 1 |
92782
|
INCLUDE "romdefs.inc"
SECTION code_clib
GLOBAL _printf
EXTERN _putstr
EXTERN putchar_a
_printf:
pop bc
pop hl
print_loop:
ld a, (hl)
or a
jr z, printf_done
inc hl
cp '%'
jr nz, printf_printchar
ld a, (hl)
inc hl
cp '%'
jr z, print_percent
pop de
cp 's'
jr z, print_string
cp 'd'
jr z, print_signed
cp 'u'
jr z, print_unsigned
cp 'p'
jr z, print_unsigned
cp 'c'
jr z, print_char
jr print_loop
print_percent:
inc hl
printf_printchar:
call putchar_a
jr print_loop
printf_done:
push bc
ret
print_char:
ld a, e
jr printf_printchar
print_string:
ex de,hl
call _putstr
ex de,hl
jr print_loop
print_signed:
bit 7,d
jr z, print_unsigned
push hl
ld hl, 0
or a
sbc hl, de
ex de, hl
pop hl
ld a, '-'
rst $10
print_unsigned:
ex de,hl
push bc
push de
ld e,0xff
ld bc,-10000
call ROM3_SP_NO
ld b,h
ld c,l
call ROM3_OUT_NUM_1
pop de
pop bc
ex de, hl
jr print_loop
|
currypp/.cpm/packages/verify/examples/PROOF-odddoublecoin.agda
|
phlummox/curry-tools
| 0 |
15957
|
<reponame>phlummox/curry-tools
-- Agda program using the Iowa Agda library
open import bool
module PROOF-odddoublecoin
(Choice : Set)
(choose : Choice → 𝔹)
(lchoice : Choice → Choice)
(rchoice : Choice → Choice)
where
open import eq
open import nat
open import list
open import maybe
---------------------------------------------------------------------------
-- Translated Curry operations:
add : ℕ → ℕ → ℕ
add zero x = x
add (suc y) z = suc (add y z)
-- Forward declaration:
odd : ℕ → 𝔹
even : ℕ → 𝔹
even zero = tt
even (suc x) = odd x
coin : Choice → ℕ → ℕ
coin c1 x = if choose c1 then x else suc x
double : ℕ → ℕ
double x = add x x
odd zero = ff
odd (suc x) = even x
---------------------------------------------------------------------------
add-suc : ∀ (x y : ℕ) → add x (suc y) ≡ suc (add x y)
add-suc zero y = refl
add-suc (suc x) y rewrite add-suc x y = refl
-- auxiliary property for x+x instead of double:
odd-add-x-x : ∀ (x : ℕ) → odd (add x x) ≡ ff
odd-add-x-x zero = refl
odd-add-x-x (suc x) rewrite add-suc x x | odd-add-x-x x = refl
odddoublecoin : (c1 : Choice) → (x : ℕ) → (odd (double (coin c1 x))) ≡ ff
odddoublecoin c1 x rewrite odd-add-x-x (coin c1 x) = refl
---------------------------------------------------------------------------
|
sprites/vic_regs.asm
|
cainex/c64_playground
| 0 |
14272
|
// VIC-II Base Address
.const VIC_BASE=$d000
.const VIC_BANK0=$0000
.const SPR_PTR_BASE=$07f8
// Sprite Co-ordinate Registers
.const SPR_M0X=VIC_BASE
.const SPR_M0Y=VIC_BASE+1
.const SPR_M1X=VIC_BASE+2
.const SPR_M1Y=VIC_BASE+3
.const SPR_M2X=VIC_BASE+4
.const SPR_M2Y=VIC_BASE+5
.const SPR_M3X=VIC_BASE+6
.const SPR_M3Y=VIC_BASE+7
.const SPR_M4X=VIC_BASE+8
.const SPR_M4Y=VIC_BASE+9
.const SPR_M5X=VIC_BASE+10
.const SPR_M5Y=VIC_BASE+11
.const SPR_M6X=VIC_BASE+12
.const SPR_M6Y=VIC_BASE+13
.const SPR_M7X=VIC_BASE+14
.const SPR_M7Y=VIC_BASE+15
.const SPR_MnX8=VIC_BASE+16
.const VIC_CNTRL1=VIC_BASE+17
.const VIC_RASTER_CNT=VIC_BASE+18
.const VIC_LIGHT_PENX=VIC_BASE+19
.const VIC_LIGHT_PENY=VIC_BASE+20
.const SPR_ENABLE=VIC_BASE+21
.const VIC_CNTRL2=VIC_BASE+22
.const SPR_Y_EXPAND=VIC_BASE+23
.const VIC_MEM_PTRS=VIC_BASE+24
.const VIC_INT_REG=VIC_BASE+25
.const VIC_INT_EN=VIC_BASE+26
.const SPR_DATA_PRI=VIC_BASE+27
.const SPR_MC=VIC_BASE+28
.const SPR_X_EXPAND=VIC_BASE+29
.const SPR_SPR_COLL=VIC_BASE+30
.const SPR_DATA_COLL=VIC_BASE+31
.const VIC_BORDER_COL=VIC_BASE+32
.const VIC_BKGND_COL0=VIC_BASE+33
.const VIC_BKGND_COL1=VIC_BASE+34
.const VIC_BKGND_COL2=VIC_BASE+35
.const VIC_BKGND_COL3=VIC_BASE+36
.const SPR_MC_MM0=VIC_BASE+37
.const SPR_MC_MM1=VIC_BASE+38
.const SPR_COL0=VIC_BASE+39
.const SPR_COL1=VIC_BASE+40
.const SPR_COL2=VIC_BASE+41
.const SPR_COL3=VIC_BASE+42
.const SPR_COL4=VIC_BASE+43
.const SPR_COL5=VIC_BASE+44
.const SPR_COL6=VIC_BASE+45
.const SPR_COL7=VIC_BASE+46
.macro SetSpritePtr(spr, ptr) {
lda #ptr
sta SPR_PTR_BASE+(spr*1)
}
.macro SetSpriteXY(spr, x, y) {
lda #(x&$ff)
sta SPR_M0X+(spr*2)
lda SPR_MnX8
ora #(((x/256)&$1)*(1*spr))
sta SPR_MnX8
lda #y
sta SPR_M0Y+(spr*2)
}
.macro SetSpriteX(spr,x) {
lda #(x&$ff)
sta SPR_M0X+(spr*2)
lda SPR_MnX8
ora #(((x/256)&$1)*(1<<spr))
sta SPR_MnX8
}
.macro SetSpriteY(spr,y) {
lda #y
sta SPR_M0Y+(spr*2)
}
.macro EnableSprite(spr) {
lda SPR_ENABLE
ora #(1<<spr)
sta SPR_ENABLE
}
.macro DisableSprite(spr) {
lda SPR_ENABLE
and #(256 - (1<<spr))
sta SPR_ENABLE
}
.macro ToggleSprite(spr) {
lda SPR_ENABLE
eor #(1<<spr)
sta SPR_ENABLE
}
|
oeis/171/A171539.asm
|
neoneye/loda-programs
| 11 |
105263
|
<reponame>neoneye/loda-programs
; A171539: Decimal expansion of sqrt(6/35).
; Submitted by <NAME>(s4)
; 4,1,4,0,3,9,3,3,5,6,0,5,4,1,2,5,3,0,6,7,7,6,7,6,1,1,8,7,7,6,2,7,9,1,9,2,0,8,9,7,1,8,0,8,2,1,3,5,9,7,0,6,5,9,6,7,7,0,2,6,4,2,3,0,6,0,5,1,8,4,1,0,6,4,7,2,4,8,0,1,2,0,4,8,9,3,0,3,7,6,9,1,4,3,8,9,0,7,1,3
mov $2,1
mov $3,$0
mul $3,2
lpb $3
add $5,$2
add $5,$2
add $1,$5
mov $2,$5
add $2,$1
mul $2,7
sub $3,1
lpe
mov $1,7
add $1,$5
mul $1,2
mov $4,10
pow $4,$0
div $2,$4
div $1,$2
mov $0,$1
mod $0,10
|
src/main/java/com/PlusCal/grammar/PlusCalLexer.g4
|
hengxin/pluscal-compiler-in-antlr4
| 0 |
151
|
<reponame>hengxin/pluscal-compiler-in-antlr4
lexer grammar PlusCalLexer;
// PlusCal Keywords
Algorithm: 'algorithm';
While: 'while';
Variables: 'variables';
Variable: 'variable';
Assert: 'assert';
If: 'if';
Else: 'else';
ElseIf: 'elsif';
Either: 'either';
Or: 'or';
Skip: 'skip';
Await: 'await';
With: 'with';
Call: 'call';
Return: 'return';
Print: 'print';
Define: 'define';
Macro: 'macro';
Procedure: 'procedure';
Process: 'process';
Begin: 'begin';
End: 'end';
Do: 'do';
Goto: 'goto';
Then: 'then';
When: 'when';
Fair: 'fair';
BooleanLiteral: 'TRUE' | 'FALSE';
// Tlaplus Operators
Plus: '+';
Minus: '-';
Aster: '*'; // Asterisk
Slash: '/';
Assign: ':=';
Equal: '=';
NotEqual: '/=' | '\\neq' | '#';
Greater: '>';
Less: '<';
GreaterEqual: '>=' | '\\geq';
LessEqual: '=<' | '<=' | '\\leq';
Negation: '~' | '\\lnot' | '\\neg';
RightArrow: '->';
LeftArrow: '<-';
Caret: '^';
Mod: '%';
BarArrow: '|->';
DotDot: '..';
Subscript: '_';
Conjunction: '\\land' | '/\\';
Disjunction: '\\lor' | '\\/';
Bang: '!';
Equivalence: '<=>' | '\\equiv';
EqualEqual: '=='; // means define
In: '\\in';
NotIn: '\\notin';
Any: '\\A';
Exist: '\\E';
AA: '\\AA';
EE: '\\EE';
Implication: '=>';
Diamond: '<>';
Square: '[]';
Ll: '\\ll';
Gg: '\\gg';
Prec: '\\prec';
Preceq: '\\preceq';
Succ: '\\succ';
Succeq: '\\succeq';
Subset: '\\subset';
SubsetEq: '\\subseteq';
Supset: '\\supset';
SupsetEq: '\\supseteq';
SqSubset: '\\sqsubset';
SqSubsetEq: '\\sqsubseteq';
SqSupset: '\\sqsupset';
SqSupsetEq: '\\sqsupseteq';
BarDash: '|-';
BarEqual: '|=';
EqualBar: '=|';
Cap: '\\cap' | '\\intersect';
SqCap: '\\sqcap';
Cup: '\\cup' | '\\union';
SqCup: '\\sqcup';
Oplus: '(+)' | '\\oplus';
Ominus: '(-)' | '\\ominus';
Odot: '(.)' | '\\odot';
Otimes: '(\\X)' | '\\otimes';
OSlash: '(/)' | '\\oslash';
DashBar: '-|';
Uplus: '\\uplus';
Times: '\\X' | '\\times';
Wr: '\\wr';
PropTo: '\\propto';
DashPlusArrow: '-+->';
Div: '\\div';
Cdot: '\\cdot';
Circ: '\\circ' | '\\o';
Bullet: '\\bullet';
Star: '\\star';
BigCirc: '\\bigcirc';
Sim: '\\sim';
Simeq: '\\simeq';
Asymp: '\\asymp';
Approx: '\\approx';
Cong: '\\cong';
Doteq: '\\doteq';
BangBang: '!!';
SharpSharp: '##';
Dollar: '$';
DollarDollar: '$$';
PercentPercent: '%%';
Amp: '&';
AmpAmp: '&&';
AsterAster: '**';
PlusPlus: '++';
MinusMinus: '--';
DotDotDot: '...';
SlashSlash: '//';
Subtract: '\\';
ColonColonEq: '::=';
ColonGt: ':>';
LtColon: '<:';
Query: '?';
QueryQuery: '??';
CaretCaret: '^^';
Bar: '|';
AtAt: '@@';
TildeGt: '~>';
Prime: '\'';
CaretPlus: '^+';
CaretAstar: '^*';
CaretSharp: '^#';
DashDot: '-.';
RightBackWithSubscript: ']_';
RightTupleWithSubscript: '>>_';
// Separators
LeftParen: '(';
RightParen: ')';
LeftBrace: '{';
RightBrace: '}';
LeftBack: '[';
RightBack: ']';
Semi: ';';
Colon: ':';
Comma: ',';
Dot: '.';
LeftTuple: '<<';
RightTuple: '>>';
BarBar: '||';
// Tlaplus Keywords (ended by '_' to seperete from pluscal reversed words)
Except_: 'EXCEPT';
Constant_: 'CONSTANT';
Constants_: 'CONSTANTS';
Enabled_: 'ENABLED';
Unchanged_: 'UNCHANGED';
Union_: 'UNION';
Subset_: 'SUBSET';
Domain_: 'DOMAIN';
Assume_: 'ASSUME';
Assumption_: 'ASSUMPTION';
Axiom_: 'AXIOM';
Case_: 'CASE';
Choose_: 'CHOOSE';
Else_: 'ELSE';
Extends_: 'EXTENDS';
If_: 'IF';
In_: 'IN';
Instance_: 'INSTANCE';
Let_: 'LET';
Local_: 'LOCAL';
Module_: 'MODULE';
Other_: 'OTHER';
Then_: 'THEN';
Theorem_: 'THEOREM';
Variable_: 'VARIABLE';
Variables_: 'VARIABLES';
With_: 'WITH';
WF: 'WF_';
SF: 'SF_';
// String
StringLiteral: '"' (StringCharacter+)? '"';
fragment StringCharacter:
~["\\\r\n]
| EscapeSequence
;
// Escape Sequences for Character and String Literals
fragment EscapeSequence:
'\\' [btnfr"'\\]
// | OctalEscape
// | UnicodeEscape // This is not in the spec but prevents having to preprocess the input
;
// Identifiers and Numbers
fragment Letter: [a-zA-Z];
fragment DecimalDigit: [0-9];
fragment NonZeroDigit: [1-9];
fragment OctalDigit: [0-7];
fragment HexadecimalDigit: [0-9a-fA-F];
fragment BinaryDigit: [01];
Integer
: DecimalInteger
| OctalInteger
| HexadecimalInteger
| BinaryInteger;
DecimalInteger: DecimalDigit+;
OctalInteger: ('\\o' | '\\O') OctalDigit+;
HexadecimalInteger: ('\\x' | '\\X') HexadecimalDigit+;
BinaryInteger: ('\\b' | '\\B') BinaryDigit+;
Float: DecimalDigit* '.' DecimalDigit+;
Identifier: 'W' | 'S'
| IdentifierBeginCharacters (DecimalDigit | Subscript | Letter)*;
fragment IdentifierBeginCharacters
: ('W' | 'S') [_0-9a-zA-EG-Z]
| ('WF' | 'SF') [0-9a-zA-Z]
| [a-zA-RT-VX-Z]
| (DecimalDigit | Subscript)+ Letter
;
// Escapes
WhiteSpace : [ \t]+ -> channel(HIDDEN);
Newline: ('\r' '\n'? | '\n') -> channel(HIDDEN);
LineComment: '\\*' ~ [\r\n]* -> channel(HIDDEN);
BlockComment: '(*' .*? '*)' -> channel(HIDDEN);
|
old/Coinduction.agda
|
timjb/HoTT-Agda
| 294 |
10465
|
<filename>old/Coinduction.agda
{-# OPTIONS --without-K #-}
module Coinduction where
infix 1000 ♯_
postulate
∞ : ∀ {i} (A : Set i) → Set i
♯_ : ∀ {i} {A : Set i} → A → ∞ A
♭ : ∀ {i} {A : Set i} → ∞ A → A
{-# BUILTIN INFINITY ∞ #-}
{-# BUILTIN SHARP ♯_ #-}
{-# BUILTIN FLAT ♭ #-}
|
src/gen/gstreamer-gst_low_level-gstreamer_0_10_gst_net_gstnettimeprovider_h.ads
|
persan/A-gst
| 1 |
17691
|
<reponame>persan/A-gst
pragma Ada_2005;
pragma Style_Checks (Off);
pragma Warnings (Off);
with Interfaces.C; use Interfaces.C;
with glib;
with glib.Values;
with System;
with GStreamer.GST_Low_Level.gstreamer_0_10_gst_gstobject_h;
-- limited -- with GStreamer.GST_Low_Level.glib_2_0_glib_gthread_h;
limited with GStreamer.GST_Low_Level.gstreamer_0_10_gst_gstclock_h;
with System;
with glib;
package GStreamer.GST_Low_Level.gstreamer_0_10_gst_net_gstnettimeprovider_h is
-- unsupported macro: GST_TYPE_NET_TIME_PROVIDER (gst_net_time_provider_get_type())
-- arg-macro: function GST_NET_TIME_PROVIDER (obj)
-- return G_TYPE_CHECK_INSTANCE_CAST((obj),GST_TYPE_NET_TIME_PROVIDER,GstNetTimeProvider);
-- arg-macro: function GST_NET_TIME_PROVIDER_CLASS (klass)
-- return G_TYPE_CHECK_CLASS_CAST((klass),GST_TYPE_NET_TIME_PROVIDER,GstNetTimeProviderClass);
-- arg-macro: function GST_IS_NET_TIME_PROVIDER (obj)
-- return G_TYPE_CHECK_INSTANCE_TYPE((obj),GST_TYPE_NET_TIME_PROVIDER);
-- arg-macro: function GST_IS_NET_TIME_PROVIDER_CLASS (klass)
-- return G_TYPE_CHECK_CLASS_TYPE((klass),GST_TYPE_NET_TIME_PROVIDER);
-- GStreamer
-- * Copyright (C) 2005 <NAME> <<EMAIL>>
-- * 2006 <NAME> <<EMAIL>>
-- *
-- * This library is free software; you can redistribute it and/or
-- * modify it under the terms of the GNU Library General Public
-- * License as published by the Free Software Foundation; either
-- * version 2 of the License, or (at your option) any later version.
-- *
-- * This library 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
-- * Library General Public License for more details.
-- *
-- * You should have received a copy of the GNU Library General Public
-- * License along with this library; if not, write to the
-- * Free Software Foundation, Inc., 59 Temple Place - Suite 330,
-- * Boston, MA 02111-1307, USA.
--
-- to determinate os
type GstNetTimeProvider;
type anon_333 (discr : unsigned := 0) is record
case discr is
when 0 =>
u_gst_reserved1 : System.Address; -- gst/net/gstnettimeprovider.h:87
when others =>
active : aliased GLIB.gint; -- gst/net/gstnettimeprovider.h:89
end case;
end record;
pragma Convention (C_Pass_By_Copy, anon_333);
pragma Unchecked_Union (anon_333);type u_GstNetTimeProvider_control_sock_array is array (0 .. 1) of aliased int;
type u_GstNetTimeProvider_u_gst_reserved_array is array (0 .. 1) of System.Address;
--subtype GstNetTimeProvider is u_GstNetTimeProvider; -- gst/net/gstnettimeprovider.h:62
type GstNetTimeProviderClass;
--subtype GstNetTimeProviderClass is u_GstNetTimeProviderClass; -- gst/net/gstnettimeprovider.h:63
-- skipped empty struct u_GstNetTimeProviderPrivate
-- skipped empty struct GstNetTimeProviderPrivate
--*
-- * GstNetTimeProvider:
-- *
-- * Opaque #GstNetTimeProvider structure.
--
type GstNetTimeProvider is record
parent : aliased GStreamer.GST_Low_Level.gstreamer_0_10_gst_gstobject_h.GstObject; -- gst/net/gstnettimeprovider.h:73
address : access GLIB.gchar; -- gst/net/gstnettimeprovider.h:76
port : aliased int; -- gst/net/gstnettimeprovider.h:77
sock : aliased int; -- gst/net/gstnettimeprovider.h:79
control_sock : aliased u_GstNetTimeProvider_control_sock_array; -- gst/net/gstnettimeprovider.h:80
thread : access GStreamer.GST_Low_Level.glib_2_0_glib_gthread_h.GThread; -- gst/net/gstnettimeprovider.h:82
clock : access GStreamer.GST_Low_Level.gstreamer_0_10_gst_gstclock_h.GstClock; -- gst/net/gstnettimeprovider.h:84
active : aliased anon_333; -- gst/net/gstnettimeprovider.h:90
priv : System.Address; -- gst/net/gstnettimeprovider.h:93
u_gst_reserved : u_GstNetTimeProvider_u_gst_reserved_array; -- gst/net/gstnettimeprovider.h:95
end record;
pragma Convention (C_Pass_By_Copy, GstNetTimeProvider); -- gst/net/gstnettimeprovider.h:72
--< private >
-- has to be a gint, we use atomic ops here
--< private >
type GstNetTimeProviderClass is record
parent_class : aliased GStreamer.GST_Low_Level.gstreamer_0_10_gst_gstobject_h.GstObjectClass; -- gst/net/gstnettimeprovider.h:99
end record;
pragma Convention (C_Pass_By_Copy, GstNetTimeProviderClass); -- gst/net/gstnettimeprovider.h:98
function gst_net_time_provider_get_type return GLIB.GType; -- gst/net/gstnettimeprovider.h:102
pragma Import (C, gst_net_time_provider_get_type, "gst_net_time_provider_get_type");
function gst_net_time_provider_new
(clock : access GStreamer.GST_Low_Level.gstreamer_0_10_gst_gstclock_h.GstClock;
address : access GLIB.gchar;
port : GLIB.gint) return access GstNetTimeProvider; -- gst/net/gstnettimeprovider.h:103
pragma Import (C, gst_net_time_provider_new, "gst_net_time_provider_new");
end GStreamer.GST_Low_Level.gstreamer_0_10_gst_net_gstnettimeprovider_h;
|
spec/assert_xy_equal_spec.asm
|
andrzejsliwa/64spec
| 53 |
164844
|
.import source "64spec.asm"
.eval config_64spec("print_immediate_result", false)
sfspec: :init_spec()
:describe("assert_xy_equal")
:it("works for all values of X and Y register")
{
.var x = floor(random()*256)
.print "x = " + x + " in assert_xy_equal works for all values of y test"
ldx #x
.for (var expected = 0;expected < 256; expected++) {
ldy #expected
.if (x == expected) {
:assert_xy_equal
} else {
:assert_xy_equal _64SPEC.assertion_failed_subroutine: _64SPEC.assertion_passed_subroutine
}
}
}
:it("does not affect X register")
.var x = floor(random()*256)
.print "x = " + x + " in assert_xy_equal_does_not_affect_x test"
ldx #x
ldy #x
:assert_xy_equal
ldy #x + 1
:assert_xy_equal _64SPEC.assertion_failed_subroutine: _64SPEC.assertion_passed_subroutine
:assert_x_equal #x
:it("does not affect Y register")
.var y = floor(random()*256)
.print "y = " + y + " in assert_xy_equal_does_not_affect_y test"
ldy #y
ldx #y
:assert_xy_equal
ldx #y + 1
:assert_xy_equal _64SPEC.assertion_failed_subroutine: _64SPEC.assertion_passed_subroutine
:assert_y_equal #y
:it("does not affect A register")
lda #5
ldx #7
ldy #7
:assert_xy_equal
ldy #6
:assert_xy_equal _64SPEC.assertion_failed_subroutine: _64SPEC.assertion_passed_subroutine
:assert_a_equal #5
:it("does not affect Status register")
php
pla
sta tmp
pha
ldy #68
ldx #68
plp
:assert_xy_equal
:assert_p_equal tmp
php
pla
sta tmp
pha
ldx #69
plp
:assert_xy_equal _64SPEC.assertion_failed_subroutine: _64SPEC.assertion_passed_subroutine
:finish_spec()
.pc = $c000 "Data"
tmp:
.byte 0
|
test/Fail/Unsolved-meta-in-postulate.agda
|
cruhland/agda
| 1,989 |
2537
|
<reponame>cruhland/agda
module Unsolved-meta-in-postulate where
postulate P : _
|
source/nodes/program-nodes-element_iterator_specifications.adb
|
reznikmm/gela
| 0 |
29590
|
<reponame>reznikmm/gela
-- SPDX-FileCopyrightText: 2019 <NAME> <<EMAIL>>
--
-- SPDX-License-Identifier: MIT
-------------------------------------------------------------
package body Program.Nodes.Element_Iterator_Specifications is
function Create
(Name : not null Program.Elements.Defining_Identifiers
.Defining_Identifier_Access;
Colon_Token : not null Program.Lexical_Elements
.Lexical_Element_Access;
Subtype_Indication : not null Program.Elements.Subtype_Indications
.Subtype_Indication_Access;
Of_Token : not null Program.Lexical_Elements
.Lexical_Element_Access;
Reverse_Token : Program.Lexical_Elements.Lexical_Element_Access;
Iterable_Name : not null Program.Elements.Expressions
.Expression_Access)
return Element_Iterator_Specification is
begin
return Result : Element_Iterator_Specification :=
(Name => Name, Colon_Token => Colon_Token,
Subtype_Indication => Subtype_Indication, Of_Token => Of_Token,
Reverse_Token => Reverse_Token, Iterable_Name => Iterable_Name,
Enclosing_Element => null)
do
Initialize (Result);
end return;
end Create;
function Create
(Name : not null Program.Elements.Defining_Identifiers
.Defining_Identifier_Access;
Subtype_Indication : not null Program.Elements.Subtype_Indications
.Subtype_Indication_Access;
Iterable_Name : not null Program.Elements.Expressions
.Expression_Access;
Is_Part_Of_Implicit : Boolean := False;
Is_Part_Of_Inherited : Boolean := False;
Is_Part_Of_Instance : Boolean := False;
Has_Reverse : Boolean := False)
return Implicit_Element_Iterator_Specification is
begin
return Result : Implicit_Element_Iterator_Specification :=
(Name => Name, Subtype_Indication => Subtype_Indication,
Iterable_Name => Iterable_Name,
Is_Part_Of_Implicit => Is_Part_Of_Implicit,
Is_Part_Of_Inherited => Is_Part_Of_Inherited,
Is_Part_Of_Instance => Is_Part_Of_Instance,
Has_Reverse => Has_Reverse, Enclosing_Element => null)
do
Initialize (Result);
end return;
end Create;
overriding function Name
(Self : Base_Element_Iterator_Specification)
return not null Program.Elements.Defining_Identifiers
.Defining_Identifier_Access is
begin
return Self.Name;
end Name;
overriding function Subtype_Indication
(Self : Base_Element_Iterator_Specification)
return not null Program.Elements.Subtype_Indications
.Subtype_Indication_Access is
begin
return Self.Subtype_Indication;
end Subtype_Indication;
overriding function Iterable_Name
(Self : Base_Element_Iterator_Specification)
return not null Program.Elements.Expressions.Expression_Access is
begin
return Self.Iterable_Name;
end Iterable_Name;
overriding function Colon_Token
(Self : Element_Iterator_Specification)
return not null Program.Lexical_Elements.Lexical_Element_Access is
begin
return Self.Colon_Token;
end Colon_Token;
overriding function Of_Token
(Self : Element_Iterator_Specification)
return not null Program.Lexical_Elements.Lexical_Element_Access is
begin
return Self.Of_Token;
end Of_Token;
overriding function Reverse_Token
(Self : Element_Iterator_Specification)
return Program.Lexical_Elements.Lexical_Element_Access is
begin
return Self.Reverse_Token;
end Reverse_Token;
overriding function Has_Reverse
(Self : Element_Iterator_Specification)
return Boolean is
begin
return Self.Reverse_Token.Assigned;
end Has_Reverse;
overriding function Is_Part_Of_Implicit
(Self : Implicit_Element_Iterator_Specification)
return Boolean is
begin
return Self.Is_Part_Of_Implicit;
end Is_Part_Of_Implicit;
overriding function Is_Part_Of_Inherited
(Self : Implicit_Element_Iterator_Specification)
return Boolean is
begin
return Self.Is_Part_Of_Inherited;
end Is_Part_Of_Inherited;
overriding function Is_Part_Of_Instance
(Self : Implicit_Element_Iterator_Specification)
return Boolean is
begin
return Self.Is_Part_Of_Instance;
end Is_Part_Of_Instance;
overriding function Has_Reverse
(Self : Implicit_Element_Iterator_Specification)
return Boolean is
begin
return Self.Has_Reverse;
end Has_Reverse;
procedure Initialize
(Self : in out Base_Element_Iterator_Specification'Class) is
begin
Set_Enclosing_Element (Self.Name, Self'Unchecked_Access);
Set_Enclosing_Element (Self.Subtype_Indication, Self'Unchecked_Access);
Set_Enclosing_Element (Self.Iterable_Name, Self'Unchecked_Access);
null;
end Initialize;
overriding function Is_Element_Iterator_Specification
(Self : Base_Element_Iterator_Specification)
return Boolean is
pragma Unreferenced (Self);
begin
return True;
end Is_Element_Iterator_Specification;
overriding function Is_Declaration
(Self : Base_Element_Iterator_Specification)
return Boolean is
pragma Unreferenced (Self);
begin
return True;
end Is_Declaration;
overriding procedure Visit
(Self : not null access Base_Element_Iterator_Specification;
Visitor : in out Program.Element_Visitors.Element_Visitor'Class) is
begin
Visitor.Element_Iterator_Specification (Self);
end Visit;
overriding function To_Element_Iterator_Specification_Text
(Self : in out Element_Iterator_Specification)
return Program.Elements.Element_Iterator_Specifications
.Element_Iterator_Specification_Text_Access is
begin
return Self'Unchecked_Access;
end To_Element_Iterator_Specification_Text;
overriding function To_Element_Iterator_Specification_Text
(Self : in out Implicit_Element_Iterator_Specification)
return Program.Elements.Element_Iterator_Specifications
.Element_Iterator_Specification_Text_Access is
pragma Unreferenced (Self);
begin
return null;
end To_Element_Iterator_Specification_Text;
end Program.Nodes.Element_Iterator_Specifications;
|
Programs/kraken/provide_key/provide_key-0.asm
|
tilenmarc/SCALE-MAMBA
| 0 |
103270
|
# provide_key-0--0
ldint r0, 0 # 0
pushint r0 # 1
# provide_key-0-begin-loop-1
popint r1 # 2
private_input s0, 0, 0 # 3
ldint r2, 8192 # 4
addint r3, r1, r2 # 5
stmsi s0, r3 # 6
ldint r4, 1 # 7
addint r5, r1, r4 # 8
pushint r5 # 9
ldint r6, 32 # 10
ltint r7, r5, r6 # 11
jmpnz r7, -11 # 12
# provide_key-0-end-loop-2
popint r8 # 13
ldint r9, 0 # 14
pushint r9 # 15
# provide_key-0-begin-loop-3
popint r10 # 16
private_input s1, 1, 1 # 17
ldint r11, 8224 # 18
addint r12, r10, r11 # 19
stmsi s1, r12 # 20
ldint r13, 1 # 21
addint r14, r10, r13 # 22
pushint r14 # 23
ldint r15, 32 # 24
ltint r16, r14, r15 # 25
jmpnz r16, -11 # 26
# provide_key-0-end-loop-4
popint r17 # 27
ldint r18, 0 # 28
pushint r18 # 29
# provide_key-0-begin-loop-5
popint r19 # 30
private_input s2, 2, 2 # 31
ldint r20, 8256 # 32
addint r21, r19, r20 # 33
stmsi s2, r21 # 34
ldint r22, 1 # 35
addint r23, r19, r22 # 36
pushint r23 # 37
ldint r24, 32 # 38
ltint r25, r23, r24 # 39
jmpnz r25, -11 # 40
# provide_key-0-end-loop-6
popint r26 # 41
ldint r27, 0 # 42
pushint r27 # 43
# provide_key-0-begin-loop-7
popint r28 # 44
ldint r29, 8192 # 45
addint r30, r28, r29 # 46
ldmsi s3, r30 # 47
bit s222 # 48
adds s17, s222, s222 # 49
bit s120 # 50
adds s223, s17, s120 # 51
adds s18, s223, s223 # 52
bit s121 # 53
adds s224, s18, s121 # 54
adds s19, s224, s224 # 55
bit s122 # 56
adds s225, s19, s122 # 57
adds s20, s225, s225 # 58
bit s123 # 59
adds s226, s20, s123 # 60
adds s21, s226, s226 # 61
bit s124 # 62
adds s227, s21, s124 # 63
adds s22, s227, s227 # 64
bit s125 # 65
adds s228, s22, s125 # 66
adds s23, s228, s228 # 67
bit s126 # 68
adds s229, s23, s126 # 69
adds s24, s229, s229 # 70
bit s127 # 71
adds s230, s24, s127 # 72
adds s25, s230, s230 # 73
bit s128 # 74
adds s231, s25, s128 # 75
adds s26, s231, s231 # 76
bit s129 # 77
adds s232, s26, s129 # 78
adds s27, s232, s232 # 79
bit s130 # 80
adds s233, s27, s130 # 81
adds s28, s233, s233 # 82
bit s131 # 83
adds s234, s28, s131 # 84
adds s29, s234, s234 # 85
bit s132 # 86
adds s235, s29, s132 # 87
adds s30, s235, s235 # 88
bit s133 # 89
adds s236, s30, s133 # 90
adds s31, s236, s236 # 91
bit s134 # 92
adds s237, s31, s134 # 93
adds s32, s237, s237 # 94
bit s135 # 95
adds s238, s32, s135 # 96
adds s33, s238, s238 # 97
bit s136 # 98
adds s239, s33, s136 # 99
adds s34, s239, s239 # 100
bit s137 # 101
adds s240, s34, s137 # 102
adds s35, s240, s240 # 103
bit s138 # 104
adds s241, s35, s138 # 105
adds s36, s241, s241 # 106
bit s139 # 107
adds s242, s36, s139 # 108
adds s37, s242, s242 # 109
bit s140 # 110
adds s243, s37, s140 # 111
adds s38, s243, s243 # 112
bit s141 # 113
adds s244, s38, s141 # 114
adds s39, s244, s244 # 115
bit s142 # 116
adds s245, s39, s142 # 117
adds s40, s245, s245 # 118
bit s143 # 119
adds s246, s40, s143 # 120
adds s41, s246, s246 # 121
bit s144 # 122
adds s247, s41, s144 # 123
adds s42, s247, s247 # 124
bit s145 # 125
adds s248, s42, s145 # 126
adds s43, s248, s248 # 127
bit s146 # 128
adds s249, s43, s146 # 129
adds s44, s249, s249 # 130
bit s147 # 131
adds s250, s44, s147 # 132
adds s45, s250, s250 # 133
bit s148 # 134
adds s251, s45, s148 # 135
adds s46, s251, s251 # 136
bit s149 # 137
adds s252, s46, s149 # 138
adds s47, s252, s252 # 139
bit s150 # 140
adds s253, s47, s150 # 141
adds s48, s253, s253 # 142
bit s151 # 143
adds s254, s48, s151 # 144
adds s49, s254, s254 # 145
bit s152 # 146
adds s255, s49, s152 # 147
adds s50, s255, s255 # 148
bit s153 # 149
adds s256, s50, s153 # 150
adds s51, s256, s256 # 151
bit s154 # 152
adds s257, s51, s154 # 153
adds s52, s257, s257 # 154
bit s155 # 155
adds s258, s52, s155 # 156
adds s53, s258, s258 # 157
bit s156 # 158
adds s259, s53, s156 # 159
adds s54, s259, s259 # 160
bit s157 # 161
adds s260, s54, s157 # 162
adds s55, s260, s260 # 163
bit s158 # 164
adds s261, s55, s158 # 165
adds s56, s261, s261 # 166
bit s159 # 167
adds s262, s56, s159 # 168
adds s57, s262, s262 # 169
bit s160 # 170
adds s263, s57, s160 # 171
adds s58, s263, s263 # 172
bit s161 # 173
adds s264, s58, s161 # 174
adds s59, s264, s264 # 175
bit s162 # 176
adds s265, s59, s162 # 177
adds s60, s265, s265 # 178
bit s163 # 179
adds s266, s60, s163 # 180
adds s61, s266, s266 # 181
bit s164 # 182
adds s267, s61, s164 # 183
adds s62, s267, s267 # 184
bit s165 # 185
adds s268, s62, s165 # 186
adds s63, s268, s268 # 187
bit s166 # 188
adds s269, s63, s166 # 189
adds s64, s269, s269 # 190
bit s167 # 191
adds s270, s64, s167 # 192
adds s65, s270, s270 # 193
bit s168 # 194
adds s271, s65, s168 # 195
adds s66, s271, s271 # 196
bit s169 # 197
adds s272, s66, s169 # 198
adds s67, s272, s272 # 199
bit s170 # 200
adds s273, s67, s170 # 201
adds s68, s273, s273 # 202
bit s171 # 203
adds s274, s68, s171 # 204
adds s69, s274, s274 # 205
bit s172 # 206
adds s275, s69, s172 # 207
adds s70, s275, s275 # 208
bit s173 # 209
adds s276, s70, s173 # 210
adds s71, s276, s276 # 211
bit s174 # 212
adds s277, s71, s174 # 213
adds s72, s277, s277 # 214
bit s175 # 215
adds s278, s72, s175 # 216
adds s73, s278, s278 # 217
bit s176 # 218
adds s279, s73, s176 # 219
adds s74, s279, s279 # 220
bit s177 # 221
adds s280, s74, s177 # 222
adds s75, s280, s280 # 223
bit s178 # 224
adds s281, s75, s178 # 225
adds s76, s281, s281 # 226
bit s179 # 227
adds s282, s76, s179 # 228
adds s77, s282, s282 # 229
bit s180 # 230
adds s283, s77, s180 # 231
adds s78, s283, s283 # 232
bit s181 # 233
adds s284, s78, s181 # 234
adds s79, s284, s284 # 235
bit s182 # 236
adds s285, s79, s182 # 237
adds s80, s285, s285 # 238
bit s183 # 239
adds s286, s80, s183 # 240
adds s81, s286, s286 # 241
bit s184 # 242
adds s287, s81, s184 # 243
adds s82, s287, s287 # 244
bit s185 # 245
adds s288, s82, s185 # 246
adds s83, s288, s288 # 247
bit s186 # 248
adds s289, s83, s186 # 249
adds s84, s289, s289 # 250
bit s187 # 251
adds s290, s84, s187 # 252
adds s85, s290, s290 # 253
bit s188 # 254
adds s291, s85, s188 # 255
adds s86, s291, s291 # 256
bit s189 # 257
adds s292, s86, s189 # 258
adds s87, s292, s292 # 259
bit s190 # 260
adds s293, s87, s190 # 261
adds s88, s293, s293 # 262
bit s191 # 263
adds s294, s88, s191 # 264
adds s89, s294, s294 # 265
bit s192 # 266
adds s295, s89, s192 # 267
adds s90, s295, s295 # 268
bit s193 # 269
adds s296, s90, s193 # 270
adds s91, s296, s296 # 271
bit s194 # 272
adds s297, s91, s194 # 273
adds s92, s297, s297 # 274
bit s195 # 275
adds s298, s92, s195 # 276
adds s93, s298, s298 # 277
bit s196 # 278
adds s299, s93, s196 # 279
adds s94, s299, s299 # 280
bit s197 # 281
adds s300, s94, s197 # 282
adds s95, s300, s300 # 283
bit s198 # 284
adds s301, s95, s198 # 285
adds s96, s301, s301 # 286
bit s199 # 287
adds s302, s96, s199 # 288
adds s97, s302, s302 # 289
bit s200 # 290
adds s303, s97, s200 # 291
adds s98, s303, s303 # 292
bit s201 # 293
adds s304, s98, s201 # 294
adds s99, s304, s304 # 295
bit s202 # 296
adds s305, s99, s202 # 297
adds s100, s305, s305 # 298
bit s203 # 299
adds s306, s100, s203 # 300
adds s101, s306, s306 # 301
bit s204 # 302
adds s307, s101, s204 # 303
adds s102, s307, s307 # 304
bit s205 # 305
adds s308, s102, s205 # 306
adds s103, s308, s308 # 307
bit s206 # 308
adds s309, s103, s206 # 309
adds s104, s309, s309 # 310
bit s207 # 311
adds s310, s104, s207 # 312
adds s105, s310, s310 # 313
bit s208 # 314
adds s311, s105, s208 # 315
adds s106, s311, s311 # 316
bit s209 # 317
adds s312, s106, s209 # 318
adds s107, s312, s312 # 319
bit s210 # 320
adds s313, s107, s210 # 321
adds s108, s313, s313 # 322
bit s211 # 323
adds s314, s108, s211 # 324
adds s109, s314, s314 # 325
bit s212 # 326
adds s315, s109, s212 # 327
adds s110, s315, s315 # 328
bit s213 # 329
adds s316, s110, s213 # 330
adds s111, s316, s316 # 331
bit s214 # 332
adds s317, s111, s214 # 333
adds s112, s317, s317 # 334
bit s215 # 335
adds s318, s112, s215 # 336
adds s113, s318, s318 # 337
bit s216 # 338
adds s319, s113, s216 # 339
adds s114, s319, s319 # 340
bit s217 # 341
adds s320, s114, s217 # 342
adds s115, s320, s320 # 343
bit s218 # 344
adds s321, s115, s218 # 345
adds s116, s321, s321 # 346
bit s219 # 347
adds s322, s116, s219 # 348
adds s117, s322, s322 # 349
bit s220 # 350
adds s323, s117, s220 # 351
adds s118, s323, s323 # 352
bit s221 # 353
adds s5, s118, s221 # 354
bit s7 # 355
movs s6, s7 # 356
mulsi s8, s5, 2 # 357
ldi c4, 8 # 358
mulci c5, c4, 1073741824 # 359
mulci c6, c5, 1073741824 # 360
movc c3, c6 # 361
addm s9, s3, c3 # 362
adds s10, s8, s9 # 363
adds s11, s10, s6 # 364
startopen 1, s11 # 365
stopopen 1, c0 # 366
modci c1, c0, 2 # 367
mulci c2, c1, 2 # 368
mulm s12, s7, c2 # 369
addm s13, s7, c1 # 370
subs s4, s13, s12 # 371
stms s4, 8320 # 372
bit s543 # 373
adds s338, s543, s543 # 374
bit s441 # 375
adds s544, s338, s441 # 376
adds s339, s544, s544 # 377
bit s442 # 378
adds s545, s339, s442 # 379
adds s340, s545, s545 # 380
bit s443 # 381
adds s546, s340, s443 # 382
adds s341, s546, s546 # 383
bit s444 # 384
adds s547, s341, s444 # 385
adds s342, s547, s547 # 386
bit s445 # 387
adds s548, s342, s445 # 388
adds s343, s548, s548 # 389
bit s446 # 390
adds s549, s343, s446 # 391
adds s344, s549, s549 # 392
bit s447 # 393
adds s550, s344, s447 # 394
adds s345, s550, s550 # 395
bit s448 # 396
adds s551, s345, s448 # 397
adds s346, s551, s551 # 398
bit s449 # 399
adds s552, s346, s449 # 400
adds s347, s552, s552 # 401
bit s450 # 402
adds s553, s347, s450 # 403
adds s348, s553, s553 # 404
bit s451 # 405
adds s554, s348, s451 # 406
adds s349, s554, s554 # 407
bit s452 # 408
adds s555, s349, s452 # 409
adds s350, s555, s555 # 410
bit s453 # 411
adds s556, s350, s453 # 412
adds s351, s556, s556 # 413
bit s454 # 414
adds s557, s351, s454 # 415
adds s352, s557, s557 # 416
bit s455 # 417
adds s558, s352, s455 # 418
adds s353, s558, s558 # 419
bit s456 # 420
adds s559, s353, s456 # 421
adds s354, s559, s559 # 422
bit s457 # 423
adds s560, s354, s457 # 424
adds s355, s560, s560 # 425
bit s458 # 426
adds s561, s355, s458 # 427
adds s356, s561, s561 # 428
bit s459 # 429
adds s562, s356, s459 # 430
adds s357, s562, s562 # 431
bit s460 # 432
adds s563, s357, s460 # 433
adds s358, s563, s563 # 434
bit s461 # 435
adds s564, s358, s461 # 436
adds s359, s564, s564 # 437
bit s462 # 438
adds s565, s359, s462 # 439
adds s360, s565, s565 # 440
bit s463 # 441
adds s566, s360, s463 # 442
adds s361, s566, s566 # 443
bit s464 # 444
adds s567, s361, s464 # 445
adds s362, s567, s567 # 446
bit s465 # 447
adds s568, s362, s465 # 448
adds s363, s568, s568 # 449
bit s466 # 450
adds s569, s363, s466 # 451
adds s364, s569, s569 # 452
bit s467 # 453
adds s570, s364, s467 # 454
adds s365, s570, s570 # 455
bit s468 # 456
adds s571, s365, s468 # 457
adds s366, s571, s571 # 458
bit s469 # 459
adds s572, s366, s469 # 460
adds s367, s572, s572 # 461
bit s470 # 462
adds s573, s367, s470 # 463
adds s368, s573, s573 # 464
bit s471 # 465
adds s574, s368, s471 # 466
adds s369, s574, s574 # 467
bit s472 # 468
adds s575, s369, s472 # 469
adds s370, s575, s575 # 470
bit s473 # 471
adds s576, s370, s473 # 472
adds s371, s576, s576 # 473
bit s474 # 474
adds s577, s371, s474 # 475
adds s372, s577, s577 # 476
bit s475 # 477
adds s578, s372, s475 # 478
adds s373, s578, s578 # 479
bit s476 # 480
adds s579, s373, s476 # 481
adds s374, s579, s579 # 482
bit s477 # 483
adds s580, s374, s477 # 484
adds s375, s580, s580 # 485
bit s478 # 486
adds s581, s375, s478 # 487
adds s376, s581, s581 # 488
bit s479 # 489
adds s582, s376, s479 # 490
adds s377, s582, s582 # 491
bit s480 # 492
adds s583, s377, s480 # 493
adds s378, s583, s583 # 494
bit s481 # 495
adds s584, s378, s481 # 496
adds s379, s584, s584 # 497
bit s482 # 498
adds s585, s379, s482 # 499
adds s380, s585, s585 # 500
bit s483 # 501
adds s586, s380, s483 # 502
adds s381, s586, s586 # 503
bit s484 # 504
adds s587, s381, s484 # 505
adds s382, s587, s587 # 506
bit s485 # 507
adds s588, s382, s485 # 508
adds s383, s588, s588 # 509
bit s486 # 510
adds s589, s383, s486 # 511
adds s384, s589, s589 # 512
bit s487 # 513
adds s590, s384, s487 # 514
adds s385, s590, s590 # 515
bit s488 # 516
adds s591, s385, s488 # 517
adds s386, s591, s591 # 518
bit s489 # 519
adds s592, s386, s489 # 520
adds s387, s592, s592 # 521
bit s490 # 522
adds s593, s387, s490 # 523
adds s388, s593, s593 # 524
bit s491 # 525
adds s594, s388, s491 # 526
adds s389, s594, s594 # 527
bit s492 # 528
adds s595, s389, s492 # 529
adds s390, s595, s595 # 530
bit s493 # 531
adds s596, s390, s493 # 532
adds s391, s596, s596 # 533
bit s494 # 534
adds s597, s391, s494 # 535
adds s392, s597, s597 # 536
bit s495 # 537
adds s598, s392, s495 # 538
adds s393, s598, s598 # 539
bit s496 # 540
adds s599, s393, s496 # 541
adds s394, s599, s599 # 542
bit s497 # 543
adds s600, s394, s497 # 544
adds s395, s600, s600 # 545
bit s498 # 546
adds s601, s395, s498 # 547
adds s396, s601, s601 # 548
bit s499 # 549
adds s602, s396, s499 # 550
adds s397, s602, s602 # 551
bit s500 # 552
adds s603, s397, s500 # 553
adds s398, s603, s603 # 554
bit s501 # 555
adds s604, s398, s501 # 556
adds s399, s604, s604 # 557
bit s502 # 558
adds s605, s399, s502 # 559
adds s400, s605, s605 # 560
bit s503 # 561
adds s606, s400, s503 # 562
adds s401, s606, s606 # 563
bit s504 # 564
adds s607, s401, s504 # 565
adds s402, s607, s607 # 566
bit s505 # 567
adds s608, s402, s505 # 568
adds s403, s608, s608 # 569
bit s506 # 570
adds s609, s403, s506 # 571
adds s404, s609, s609 # 572
bit s507 # 573
adds s610, s404, s507 # 574
adds s405, s610, s610 # 575
bit s508 # 576
adds s611, s405, s508 # 577
adds s406, s611, s611 # 578
bit s509 # 579
adds s612, s406, s509 # 580
adds s407, s612, s612 # 581
bit s510 # 582
adds s613, s407, s510 # 583
adds s408, s613, s613 # 584
bit s511 # 585
adds s614, s408, s511 # 586
adds s409, s614, s614 # 587
bit s512 # 588
adds s615, s409, s512 # 589
adds s410, s615, s615 # 590
bit s513 # 591
adds s616, s410, s513 # 592
adds s411, s616, s616 # 593
bit s514 # 594
adds s617, s411, s514 # 595
adds s412, s617, s617 # 596
bit s515 # 597
adds s618, s412, s515 # 598
adds s413, s618, s618 # 599
bit s516 # 600
adds s619, s413, s516 # 601
adds s414, s619, s619 # 602
bit s517 # 603
adds s620, s414, s517 # 604
adds s415, s620, s620 # 605
bit s518 # 606
adds s621, s415, s518 # 607
adds s416, s621, s621 # 608
bit s519 # 609
adds s622, s416, s519 # 610
adds s417, s622, s622 # 611
bit s520 # 612
adds s623, s417, s520 # 613
adds s418, s623, s623 # 614
bit s521 # 615
adds s624, s418, s521 # 616
adds s419, s624, s624 # 617
bit s522 # 618
adds s625, s419, s522 # 619
adds s420, s625, s625 # 620
bit s523 # 621
adds s626, s420, s523 # 622
adds s421, s626, s626 # 623
bit s524 # 624
adds s627, s421, s524 # 625
adds s422, s627, s627 # 626
bit s525 # 627
adds s628, s422, s525 # 628
adds s423, s628, s628 # 629
bit s526 # 630
adds s629, s423, s526 # 631
adds s424, s629, s629 # 632
bit s527 # 633
adds s630, s424, s527 # 634
adds s425, s630, s630 # 635
bit s528 # 636
adds s631, s425, s528 # 637
adds s426, s631, s631 # 638
bit s529 # 639
adds s632, s426, s529 # 640
adds s427, s632, s632 # 641
bit s530 # 642
adds s633, s427, s530 # 643
adds s428, s633, s633 # 644
bit s531 # 645
adds s634, s428, s531 # 646
adds s429, s634, s634 # 647
bit s532 # 648
adds s635, s429, s532 # 649
adds s430, s635, s635 # 650
bit s533 # 651
adds s636, s430, s533 # 652
adds s431, s636, s636 # 653
bit s534 # 654
adds s637, s431, s534 # 655
adds s432, s637, s637 # 656
bit s535 # 657
adds s638, s432, s535 # 658
adds s433, s638, s638 # 659
bit s536 # 660
adds s639, s433, s536 # 661
adds s434, s639, s639 # 662
bit s537 # 663
adds s640, s434, s537 # 664
adds s435, s640, s640 # 665
bit s538 # 666
adds s641, s435, s538 # 667
adds s436, s641, s641 # 668
bit s539 # 669
adds s642, s436, s539 # 670
adds s437, s642, s642 # 671
bit s540 # 672
adds s643, s437, s540 # 673
adds s438, s643, s643 # 674
bit s541 # 675
adds s644, s438, s541 # 676
adds s439, s644, s644 # 677
bit s542 # 678
adds s326, s439, s542 # 679
bit s328 # 680
movs s327, s328 # 681
mulsi s329, s326, 2 # 682
ldi c11, 8 # 683
mulci c12, c11, 1073741824 # 684
mulci c13, c12, 1073741824 # 685
movc c10, c13 # 686
addm s330, s3, c10 # 687
adds s331, s329, s330 # 688
adds s332, s331, s327 # 689
startopen 1, s332 # 690
stopopen 1, c7 # 691
modci c8, c7, 2 # 692
mulci c9, c8, 2 # 693
mulm s333, s328, c9 # 694
addm s334, s328, c8 # 695
subs s325, s334, s333 # 696
subs s646, s3, s325 # 697
ldi c14, 1 # 698
divci c15, c14, 2 # 699
mulm s647, s646, c15 # 700
bit s866 # 701
adds s661, s866, s866 # 702
bit s764 # 703
adds s867, s661, s764 # 704
adds s662, s867, s867 # 705
bit s765 # 706
adds s868, s662, s765 # 707
adds s663, s868, s868 # 708
bit s766 # 709
adds s869, s663, s766 # 710
adds s664, s869, s869 # 711
bit s767 # 712
adds s870, s664, s767 # 713
adds s665, s870, s870 # 714
bit s768 # 715
adds s871, s665, s768 # 716
adds s666, s871, s871 # 717
bit s769 # 718
adds s872, s666, s769 # 719
adds s667, s872, s872 # 720
bit s770 # 721
adds s873, s667, s770 # 722
adds s668, s873, s873 # 723
bit s771 # 724
adds s874, s668, s771 # 725
adds s669, s874, s874 # 726
bit s772 # 727
adds s875, s669, s772 # 728
adds s670, s875, s875 # 729
bit s773 # 730
adds s876, s670, s773 # 731
adds s671, s876, s876 # 732
bit s774 # 733
adds s877, s671, s774 # 734
adds s672, s877, s877 # 735
bit s775 # 736
adds s878, s672, s775 # 737
adds s673, s878, s878 # 738
bit s776 # 739
adds s879, s673, s776 # 740
adds s674, s879, s879 # 741
bit s777 # 742
adds s880, s674, s777 # 743
adds s675, s880, s880 # 744
bit s778 # 745
adds s881, s675, s778 # 746
adds s676, s881, s881 # 747
bit s779 # 748
adds s882, s676, s779 # 749
adds s677, s882, s882 # 750
bit s780 # 751
adds s883, s677, s780 # 752
adds s678, s883, s883 # 753
bit s781 # 754
adds s884, s678, s781 # 755
adds s679, s884, s884 # 756
bit s782 # 757
adds s885, s679, s782 # 758
adds s680, s885, s885 # 759
bit s783 # 760
adds s886, s680, s783 # 761
adds s681, s886, s886 # 762
bit s784 # 763
adds s887, s681, s784 # 764
adds s682, s887, s887 # 765
bit s785 # 766
adds s888, s682, s785 # 767
adds s683, s888, s888 # 768
bit s786 # 769
adds s889, s683, s786 # 770
adds s684, s889, s889 # 771
bit s787 # 772
adds s890, s684, s787 # 773
adds s685, s890, s890 # 774
bit s788 # 775
adds s891, s685, s788 # 776
adds s686, s891, s891 # 777
bit s789 # 778
adds s892, s686, s789 # 779
adds s687, s892, s892 # 780
bit s790 # 781
adds s893, s687, s790 # 782
adds s688, s893, s893 # 783
bit s791 # 784
adds s894, s688, s791 # 785
adds s689, s894, s894 # 786
bit s792 # 787
adds s895, s689, s792 # 788
adds s690, s895, s895 # 789
bit s793 # 790
adds s896, s690, s793 # 791
adds s691, s896, s896 # 792
bit s794 # 793
adds s897, s691, s794 # 794
adds s692, s897, s897 # 795
bit s795 # 796
adds s898, s692, s795 # 797
adds s693, s898, s898 # 798
bit s796 # 799
adds s899, s693, s796 # 800
adds s694, s899, s899 # 801
bit s797 # 802
adds s900, s694, s797 # 803
adds s695, s900, s900 # 804
bit s798 # 805
adds s901, s695, s798 # 806
adds s696, s901, s901 # 807
bit s799 # 808
adds s902, s696, s799 # 809
adds s697, s902, s902 # 810
bit s800 # 811
adds s903, s697, s800 # 812
adds s698, s903, s903 # 813
bit s801 # 814
adds s904, s698, s801 # 815
adds s699, s904, s904 # 816
bit s802 # 817
adds s905, s699, s802 # 818
adds s700, s905, s905 # 819
bit s803 # 820
adds s906, s700, s803 # 821
adds s701, s906, s906 # 822
bit s804 # 823
adds s907, s701, s804 # 824
adds s702, s907, s907 # 825
bit s805 # 826
adds s908, s702, s805 # 827
adds s703, s908, s908 # 828
bit s806 # 829
adds s909, s703, s806 # 830
adds s704, s909, s909 # 831
bit s807 # 832
adds s910, s704, s807 # 833
adds s705, s910, s910 # 834
bit s808 # 835
adds s911, s705, s808 # 836
adds s706, s911, s911 # 837
bit s809 # 838
adds s912, s706, s809 # 839
adds s707, s912, s912 # 840
bit s810 # 841
adds s913, s707, s810 # 842
adds s708, s913, s913 # 843
bit s811 # 844
adds s914, s708, s811 # 845
adds s709, s914, s914 # 846
bit s812 # 847
adds s915, s709, s812 # 848
adds s710, s915, s915 # 849
bit s813 # 850
adds s916, s710, s813 # 851
adds s711, s916, s916 # 852
bit s814 # 853
adds s917, s711, s814 # 854
adds s712, s917, s917 # 855
bit s815 # 856
adds s918, s712, s815 # 857
adds s713, s918, s918 # 858
bit s816 # 859
adds s919, s713, s816 # 860
adds s714, s919, s919 # 861
bit s817 # 862
adds s920, s714, s817 # 863
adds s715, s920, s920 # 864
bit s818 # 865
adds s921, s715, s818 # 866
adds s716, s921, s921 # 867
bit s819 # 868
adds s922, s716, s819 # 869
adds s717, s922, s922 # 870
bit s820 # 871
adds s923, s717, s820 # 872
adds s718, s923, s923 # 873
bit s821 # 874
adds s924, s718, s821 # 875
adds s719, s924, s924 # 876
bit s822 # 877
adds s925, s719, s822 # 878
adds s720, s925, s925 # 879
bit s823 # 880
adds s926, s720, s823 # 881
adds s721, s926, s926 # 882
bit s824 # 883
adds s927, s721, s824 # 884
adds s722, s927, s927 # 885
bit s825 # 886
adds s928, s722, s825 # 887
adds s723, s928, s928 # 888
bit s826 # 889
adds s929, s723, s826 # 890
adds s724, s929, s929 # 891
bit s827 # 892
adds s930, s724, s827 # 893
adds s725, s930, s930 # 894
bit s828 # 895
adds s931, s725, s828 # 896
adds s726, s931, s931 # 897
bit s829 # 898
adds s932, s726, s829 # 899
adds s727, s932, s932 # 900
bit s830 # 901
adds s933, s727, s830 # 902
adds s728, s933, s933 # 903
bit s831 # 904
adds s934, s728, s831 # 905
adds s729, s934, s934 # 906
bit s832 # 907
adds s935, s729, s832 # 908
adds s730, s935, s935 # 909
bit s833 # 910
adds s936, s730, s833 # 911
adds s731, s936, s936 # 912
bit s834 # 913
adds s937, s731, s834 # 914
adds s732, s937, s937 # 915
bit s835 # 916
adds s938, s732, s835 # 917
adds s733, s938, s938 # 918
bit s836 # 919
adds s939, s733, s836 # 920
adds s734, s939, s939 # 921
bit s837 # 922
adds s940, s734, s837 # 923
adds s735, s940, s940 # 924
bit s838 # 925
adds s941, s735, s838 # 926
adds s736, s941, s941 # 927
bit s839 # 928
adds s942, s736, s839 # 929
adds s737, s942, s942 # 930
bit s840 # 931
adds s943, s737, s840 # 932
adds s738, s943, s943 # 933
bit s841 # 934
adds s944, s738, s841 # 935
adds s739, s944, s944 # 936
bit s842 # 937
adds s945, s739, s842 # 938
adds s740, s945, s945 # 939
bit s843 # 940
adds s946, s740, s843 # 941
adds s741, s946, s946 # 942
bit s844 # 943
adds s947, s741, s844 # 944
adds s742, s947, s947 # 945
bit s845 # 946
adds s948, s742, s845 # 947
adds s743, s948, s948 # 948
bit s846 # 949
adds s949, s743, s846 # 950
adds s744, s949, s949 # 951
bit s847 # 952
adds s950, s744, s847 # 953
adds s745, s950, s950 # 954
bit s848 # 955
adds s951, s745, s848 # 956
adds s746, s951, s951 # 957
bit s849 # 958
adds s952, s746, s849 # 959
adds s747, s952, s952 # 960
bit s850 # 961
adds s953, s747, s850 # 962
adds s748, s953, s953 # 963
bit s851 # 964
adds s954, s748, s851 # 965
adds s749, s954, s954 # 966
bit s852 # 967
adds s955, s749, s852 # 968
adds s750, s955, s955 # 969
bit s853 # 970
adds s956, s750, s853 # 971
adds s751, s956, s956 # 972
bit s854 # 973
adds s957, s751, s854 # 974
adds s752, s957, s957 # 975
bit s855 # 976
adds s958, s752, s855 # 977
adds s753, s958, s958 # 978
bit s856 # 979
adds s959, s753, s856 # 980
adds s754, s959, s959 # 981
bit s857 # 982
adds s960, s754, s857 # 983
adds s755, s960, s960 # 984
bit s858 # 985
adds s961, s755, s858 # 986
adds s756, s961, s961 # 987
bit s859 # 988
adds s962, s756, s859 # 989
adds s757, s962, s962 # 990
bit s860 # 991
adds s963, s757, s860 # 992
adds s758, s963, s963 # 993
bit s861 # 994
adds s964, s758, s861 # 995
adds s759, s964, s964 # 996
bit s862 # 997
adds s965, s759, s862 # 998
adds s760, s965, s965 # 999
bit s863 # 1000
adds s966, s760, s863 # 1001
adds s761, s966, s966 # 1002
bit s864 # 1003
adds s967, s761, s864 # 1004
adds s762, s967, s967 # 1005
bit s865 # 1006
adds s649, s762, s865 # 1007
bit s651 # 1008
movs s650, s651 # 1009
mulsi s652, s649, 2 # 1010
ldi c20, 8 # 1011
mulci c21, c20, 1073741824 # 1012
mulci c22, c21, 1073741824 # 1013
movc c19, c22 # 1014
addm s653, s647, c19 # 1015
adds s654, s652, s653 # 1016
adds s655, s654, s650 # 1017
startopen 1, s655 # 1018
stopopen 1, c16 # 1019
modci c17, c16, 2 # 1020
mulci c18, c17, 2 # 1021
mulm s656, s651, c18 # 1022
addm s657, s651, c17 # 1023
subs s648, s657, s656 # 1024
stms s648, 8321 # 1025
bit s1190 # 1026
adds s987, s1190, s1190 # 1027
bit s1089 # 1028
adds s1191, s987, s1089 # 1029
adds s988, s1191, s1191 # 1030
bit s1090 # 1031
adds s1192, s988, s1090 # 1032
adds s989, s1192, s1192 # 1033
bit s1091 # 1034
adds s1193, s989, s1091 # 1035
adds s990, s1193, s1193 # 1036
bit s1092 # 1037
adds s1194, s990, s1092 # 1038
adds s991, s1194, s1194 # 1039
bit s1093 # 1040
adds s1195, s991, s1093 # 1041
adds s992, s1195, s1195 # 1042
bit s1094 # 1043
adds s1196, s992, s1094 # 1044
adds s993, s1196, s1196 # 1045
bit s1095 # 1046
adds s1197, s993, s1095 # 1047
adds s994, s1197, s1197 # 1048
bit s1096 # 1049
adds s1198, s994, s1096 # 1050
adds s995, s1198, s1198 # 1051
bit s1097 # 1052
adds s1199, s995, s1097 # 1053
adds s996, s1199, s1199 # 1054
bit s1098 # 1055
adds s1200, s996, s1098 # 1056
adds s997, s1200, s1200 # 1057
bit s1099 # 1058
adds s1201, s997, s1099 # 1059
adds s998, s1201, s1201 # 1060
bit s1100 # 1061
adds s1202, s998, s1100 # 1062
adds s999, s1202, s1202 # 1063
bit s1101 # 1064
adds s1203, s999, s1101 # 1065
adds s1000, s1203, s1203 # 1066
bit s1102 # 1067
adds s1204, s1000, s1102 # 1068
adds s1001, s1204, s1204 # 1069
bit s1103 # 1070
adds s1205, s1001, s1103 # 1071
adds s1002, s1205, s1205 # 1072
bit s1104 # 1073
adds s1206, s1002, s1104 # 1074
adds s1003, s1206, s1206 # 1075
bit s1105 # 1076
adds s1207, s1003, s1105 # 1077
adds s1004, s1207, s1207 # 1078
bit s1106 # 1079
adds s1208, s1004, s1106 # 1080
adds s1005, s1208, s1208 # 1081
bit s1107 # 1082
adds s1209, s1005, s1107 # 1083
adds s1006, s1209, s1209 # 1084
bit s1108 # 1085
adds s1210, s1006, s1108 # 1086
adds s1007, s1210, s1210 # 1087
bit s1109 # 1088
adds s1211, s1007, s1109 # 1089
adds s1008, s1211, s1211 # 1090
bit s1110 # 1091
adds s1212, s1008, s1110 # 1092
adds s1009, s1212, s1212 # 1093
bit s1111 # 1094
adds s1213, s1009, s1111 # 1095
adds s1010, s1213, s1213 # 1096
bit s1112 # 1097
adds s1214, s1010, s1112 # 1098
adds s1011, s1214, s1214 # 1099
bit s1113 # 1100
adds s1215, s1011, s1113 # 1101
adds s1012, s1215, s1215 # 1102
bit s1114 # 1103
adds s1216, s1012, s1114 # 1104
adds s1013, s1216, s1216 # 1105
bit s1115 # 1106
adds s1217, s1013, s1115 # 1107
adds s1014, s1217, s1217 # 1108
bit s1116 # 1109
adds s1218, s1014, s1116 # 1110
adds s1015, s1218, s1218 # 1111
bit s1117 # 1112
adds s1219, s1015, s1117 # 1113
adds s1016, s1219, s1219 # 1114
bit s1118 # 1115
adds s1220, s1016, s1118 # 1116
adds s1017, s1220, s1220 # 1117
bit s1119 # 1118
adds s1221, s1017, s1119 # 1119
adds s1018, s1221, s1221 # 1120
bit s1120 # 1121
adds s1222, s1018, s1120 # 1122
adds s1019, s1222, s1222 # 1123
bit s1121 # 1124
adds s1223, s1019, s1121 # 1125
adds s1020, s1223, s1223 # 1126
bit s1122 # 1127
adds s1224, s1020, s1122 # 1128
adds s1021, s1224, s1224 # 1129
bit s1123 # 1130
adds s1225, s1021, s1123 # 1131
adds s1022, s1225, s1225 # 1132
bit s1124 # 1133
adds s1226, s1022, s1124 # 1134
adds s1023, s1226, s1226 # 1135
bit s1125 # 1136
adds s1227, s1023, s1125 # 1137
adds s1024, s1227, s1227 # 1138
bit s1126 # 1139
adds s1228, s1024, s1126 # 1140
adds s1025, s1228, s1228 # 1141
bit s1127 # 1142
adds s1229, s1025, s1127 # 1143
adds s1026, s1229, s1229 # 1144
bit s1128 # 1145
adds s1230, s1026, s1128 # 1146
adds s1027, s1230, s1230 # 1147
bit s1129 # 1148
adds s1231, s1027, s1129 # 1149
adds s1028, s1231, s1231 # 1150
bit s1130 # 1151
adds s1232, s1028, s1130 # 1152
adds s1029, s1232, s1232 # 1153
bit s1131 # 1154
adds s1233, s1029, s1131 # 1155
adds s1030, s1233, s1233 # 1156
bit s1132 # 1157
adds s1234, s1030, s1132 # 1158
adds s1031, s1234, s1234 # 1159
bit s1133 # 1160
adds s1235, s1031, s1133 # 1161
adds s1032, s1235, s1235 # 1162
bit s1134 # 1163
adds s1236, s1032, s1134 # 1164
adds s1033, s1236, s1236 # 1165
bit s1135 # 1166
adds s1237, s1033, s1135 # 1167
adds s1034, s1237, s1237 # 1168
bit s1136 # 1169
adds s1238, s1034, s1136 # 1170
adds s1035, s1238, s1238 # 1171
bit s1137 # 1172
adds s1239, s1035, s1137 # 1173
adds s1036, s1239, s1239 # 1174
bit s1138 # 1175
adds s1240, s1036, s1138 # 1176
adds s1037, s1240, s1240 # 1177
bit s1139 # 1178
adds s1241, s1037, s1139 # 1179
adds s1038, s1241, s1241 # 1180
bit s1140 # 1181
adds s1242, s1038, s1140 # 1182
adds s1039, s1242, s1242 # 1183
bit s1141 # 1184
adds s1243, s1039, s1141 # 1185
adds s1040, s1243, s1243 # 1186
bit s1142 # 1187
adds s1244, s1040, s1142 # 1188
adds s1041, s1244, s1244 # 1189
bit s1143 # 1190
adds s1245, s1041, s1143 # 1191
adds s1042, s1245, s1245 # 1192
bit s1144 # 1193
adds s1246, s1042, s1144 # 1194
adds s1043, s1246, s1246 # 1195
bit s1145 # 1196
adds s1247, s1043, s1145 # 1197
adds s1044, s1247, s1247 # 1198
bit s1146 # 1199
adds s1248, s1044, s1146 # 1200
adds s1045, s1248, s1248 # 1201
bit s1147 # 1202
adds s1249, s1045, s1147 # 1203
adds s1046, s1249, s1249 # 1204
bit s1148 # 1205
adds s1250, s1046, s1148 # 1206
adds s1047, s1250, s1250 # 1207
bit s1149 # 1208
adds s1251, s1047, s1149 # 1209
adds s1048, s1251, s1251 # 1210
bit s1150 # 1211
adds s1252, s1048, s1150 # 1212
adds s1049, s1252, s1252 # 1213
bit s1151 # 1214
adds s1253, s1049, s1151 # 1215
adds s1050, s1253, s1253 # 1216
bit s1152 # 1217
adds s1254, s1050, s1152 # 1218
adds s1051, s1254, s1254 # 1219
bit s1153 # 1220
adds s1255, s1051, s1153 # 1221
adds s1052, s1255, s1255 # 1222
bit s1154 # 1223
adds s1256, s1052, s1154 # 1224
adds s1053, s1256, s1256 # 1225
bit s1155 # 1226
adds s1257, s1053, s1155 # 1227
adds s1054, s1257, s1257 # 1228
bit s1156 # 1229
adds s1258, s1054, s1156 # 1230
adds s1055, s1258, s1258 # 1231
bit s1157 # 1232
adds s1259, s1055, s1157 # 1233
adds s1056, s1259, s1259 # 1234
bit s1158 # 1235
adds s1260, s1056, s1158 # 1236
adds s1057, s1260, s1260 # 1237
bit s1159 # 1238
adds s1261, s1057, s1159 # 1239
adds s1058, s1261, s1261 # 1240
bit s1160 # 1241
adds s1262, s1058, s1160 # 1242
adds s1059, s1262, s1262 # 1243
bit s1161 # 1244
adds s1263, s1059, s1161 # 1245
adds s1060, s1263, s1263 # 1246
bit s1162 # 1247
adds s1264, s1060, s1162 # 1248
adds s1061, s1264, s1264 # 1249
bit s1163 # 1250
adds s1265, s1061, s1163 # 1251
adds s1062, s1265, s1265 # 1252
bit s1164 # 1253
adds s1266, s1062, s1164 # 1254
adds s1063, s1266, s1266 # 1255
bit s1165 # 1256
adds s1267, s1063, s1165 # 1257
adds s1064, s1267, s1267 # 1258
bit s1166 # 1259
adds s1268, s1064, s1166 # 1260
adds s1065, s1268, s1268 # 1261
bit s1167 # 1262
adds s1269, s1065, s1167 # 1263
adds s1066, s1269, s1269 # 1264
bit s1168 # 1265
adds s1270, s1066, s1168 # 1266
adds s1067, s1270, s1270 # 1267
bit s1169 # 1268
adds s1271, s1067, s1169 # 1269
adds s1068, s1271, s1271 # 1270
bit s1170 # 1271
adds s1272, s1068, s1170 # 1272
adds s1069, s1272, s1272 # 1273
bit s1171 # 1274
adds s1273, s1069, s1171 # 1275
adds s1070, s1273, s1273 # 1276
bit s1172 # 1277
adds s1274, s1070, s1172 # 1278
adds s1071, s1274, s1274 # 1279
bit s1173 # 1280
adds s1275, s1071, s1173 # 1281
adds s1072, s1275, s1275 # 1282
bit s1174 # 1283
adds s1276, s1072, s1174 # 1284
adds s1073, s1276, s1276 # 1285
bit s1175 # 1286
adds s1277, s1073, s1175 # 1287
adds s1074, s1277, s1277 # 1288
bit s1176 # 1289
adds s1278, s1074, s1176 # 1290
adds s1075, s1278, s1278 # 1291
bit s1177 # 1292
adds s1279, s1075, s1177 # 1293
adds s1076, s1279, s1279 # 1294
bit s1178 # 1295
adds s1280, s1076, s1178 # 1296
adds s1077, s1280, s1280 # 1297
bit s1179 # 1298
adds s1281, s1077, s1179 # 1299
adds s1078, s1281, s1281 # 1300
bit s1180 # 1301
adds s1282, s1078, s1180 # 1302
adds s1079, s1282, s1282 # 1303
bit s1181 # 1304
adds s1283, s1079, s1181 # 1305
adds s1080, s1283, s1283 # 1306
bit s1182 # 1307
adds s1284, s1080, s1182 # 1308
adds s1081, s1284, s1284 # 1309
bit s1183 # 1310
adds s1285, s1081, s1183 # 1311
adds s1082, s1285, s1285 # 1312
bit s1184 # 1313
adds s1286, s1082, s1184 # 1314
adds s1083, s1286, s1286 # 1315
bit s1185 # 1316
adds s1287, s1083, s1185 # 1317
adds s1084, s1287, s1287 # 1318
bit s1186 # 1319
adds s1288, s1084, s1186 # 1320
adds s1085, s1288, s1288 # 1321
bit s1187 # 1322
adds s1289, s1085, s1187 # 1323
adds s1086, s1289, s1289 # 1324
bit s1188 # 1325
adds s1290, s1086, s1188 # 1326
adds s1087, s1290, s1290 # 1327
bit s1189 # 1328
adds s970, s1087, s1189 # 1329
bit s973 # 1330
adds s984, s973, s973 # 1331
bit s972 # 1332
adds s985, s984, s972 # 1333
movs s971, s985 # 1334
ldi c27, 4 # 1335
movc c25, c27 # 1336
mulm s976, s970, c25 # 1337
ldi c28, 8 # 1338
mulci c29, c28, 1073741824 # 1339
mulci c30, c29, 1073741824 # 1340
movc c26, c30 # 1341
addm s977, s3, c26 # 1342
adds s978, s976, s977 # 1343
adds s979, s978, s971 # 1344
startopen 1, s979 # 1345
stopopen 1, c23 # 1346
modc c24, c23, c25 # 1347
modci c31, c24, 2 # 1348
subc c34, c24, c31 # 1349
ldi c37, 1 # 1350
divci c38, c37, 2 # 1351
mulc c36, c34, c38 # 1352
modci c32, c36, 2 # 1353
subsfi s1292, s972, 1 # 1354
subsfi s1293, s973, 1 # 1355
mulm s1299, s1293, c32 # 1356
mulsi s1301, s1299, 2 # 1357
addm s1303, s1293, c32 # 1358
subs s1305, s1303, s1301 # 1359
mulm s1300, s1292, c31 # 1360
mulsi s1302, s1300, 2 # 1361
addm s1304, s1292, c31 # 1362
subs s1306, s1304, s1302 # 1363
mulsi s1307, s1306, 1 # 1364
adds s1308, s1300, s1307 # 1365
triple s1313, s1314, s1315 # 1366
subs s1316, s1305, s1313 # 1367
subs s1317, s1308, s1314 # 1368
startopen 2, s1316, s1317 # 1369
stopopen 2, c39, c40 # 1370
mulm s1318, s1314, c39 # 1371
mulm s1319, s1313, c40 # 1372
mulc c41, c39, c40 # 1373
adds s1320, s1315, s1318 # 1374
adds s1321, s1320, s1319 # 1375
addm s1311, s1321, c41 # 1376
adds s1312, s1299, s1311 # 1377
movs s1296, s1312 # 1378
subsfi s975, s1296, 1 # 1379
mulm s980, s975, c25 # 1380
submr s981, c24, s971 # 1381
adds s969, s981, s980 # 1382
subs s1322, s3, s969 # 1383
ldi c42, 1 # 1384
divci c43, c42, 4 # 1385
mulm s1323, s1322, c43 # 1386
bit s1542 # 1387
adds s1337, s1542, s1542 # 1388
bit s1440 # 1389
adds s1543, s1337, s1440 # 1390
adds s1338, s1543, s1543 # 1391
bit s1441 # 1392
adds s1544, s1338, s1441 # 1393
adds s1339, s1544, s1544 # 1394
bit s1442 # 1395
adds s1545, s1339, s1442 # 1396
adds s1340, s1545, s1545 # 1397
bit s1443 # 1398
adds s1546, s1340, s1443 # 1399
adds s1341, s1546, s1546 # 1400
bit s1444 # 1401
adds s1547, s1341, s1444 # 1402
adds s1342, s1547, s1547 # 1403
bit s1445 # 1404
adds s1548, s1342, s1445 # 1405
adds s1343, s1548, s1548 # 1406
bit s1446 # 1407
adds s1549, s1343, s1446 # 1408
adds s1344, s1549, s1549 # 1409
bit s1447 # 1410
adds s1550, s1344, s1447 # 1411
adds s1345, s1550, s1550 # 1412
bit s1448 # 1413
adds s1551, s1345, s1448 # 1414
adds s1346, s1551, s1551 # 1415
bit s1449 # 1416
adds s1552, s1346, s1449 # 1417
adds s1347, s1552, s1552 # 1418
bit s1450 # 1419
adds s1553, s1347, s1450 # 1420
adds s1348, s1553, s1553 # 1421
bit s1451 # 1422
adds s1554, s1348, s1451 # 1423
adds s1349, s1554, s1554 # 1424
bit s1452 # 1425
adds s1555, s1349, s1452 # 1426
adds s1350, s1555, s1555 # 1427
bit s1453 # 1428
adds s1556, s1350, s1453 # 1429
adds s1351, s1556, s1556 # 1430
bit s1454 # 1431
adds s1557, s1351, s1454 # 1432
adds s1352, s1557, s1557 # 1433
bit s1455 # 1434
adds s1558, s1352, s1455 # 1435
adds s1353, s1558, s1558 # 1436
bit s1456 # 1437
adds s1559, s1353, s1456 # 1438
adds s1354, s1559, s1559 # 1439
bit s1457 # 1440
adds s1560, s1354, s1457 # 1441
adds s1355, s1560, s1560 # 1442
bit s1458 # 1443
adds s1561, s1355, s1458 # 1444
adds s1356, s1561, s1561 # 1445
bit s1459 # 1446
adds s1562, s1356, s1459 # 1447
adds s1357, s1562, s1562 # 1448
bit s1460 # 1449
adds s1563, s1357, s1460 # 1450
adds s1358, s1563, s1563 # 1451
bit s1461 # 1452
adds s1564, s1358, s1461 # 1453
adds s1359, s1564, s1564 # 1454
bit s1462 # 1455
adds s1565, s1359, s1462 # 1456
adds s1360, s1565, s1565 # 1457
bit s1463 # 1458
adds s1566, s1360, s1463 # 1459
adds s1361, s1566, s1566 # 1460
bit s1464 # 1461
adds s1567, s1361, s1464 # 1462
adds s1362, s1567, s1567 # 1463
bit s1465 # 1464
adds s1568, s1362, s1465 # 1465
adds s1363, s1568, s1568 # 1466
bit s1466 # 1467
adds s1569, s1363, s1466 # 1468
adds s1364, s1569, s1569 # 1469
bit s1467 # 1470
adds s1570, s1364, s1467 # 1471
adds s1365, s1570, s1570 # 1472
bit s1468 # 1473
adds s1571, s1365, s1468 # 1474
adds s1366, s1571, s1571 # 1475
bit s1469 # 1476
adds s1572, s1366, s1469 # 1477
adds s1367, s1572, s1572 # 1478
bit s1470 # 1479
adds s1573, s1367, s1470 # 1480
adds s1368, s1573, s1573 # 1481
bit s1471 # 1482
adds s1574, s1368, s1471 # 1483
adds s1369, s1574, s1574 # 1484
bit s1472 # 1485
adds s1575, s1369, s1472 # 1486
adds s1370, s1575, s1575 # 1487
bit s1473 # 1488
adds s1576, s1370, s1473 # 1489
adds s1371, s1576, s1576 # 1490
bit s1474 # 1491
adds s1577, s1371, s1474 # 1492
adds s1372, s1577, s1577 # 1493
bit s1475 # 1494
adds s1578, s1372, s1475 # 1495
adds s1373, s1578, s1578 # 1496
bit s1476 # 1497
adds s1579, s1373, s1476 # 1498
adds s1374, s1579, s1579 # 1499
bit s1477 # 1500
adds s1580, s1374, s1477 # 1501
adds s1375, s1580, s1580 # 1502
bit s1478 # 1503
adds s1581, s1375, s1478 # 1504
adds s1376, s1581, s1581 # 1505
bit s1479 # 1506
adds s1582, s1376, s1479 # 1507
adds s1377, s1582, s1582 # 1508
bit s1480 # 1509
adds s1583, s1377, s1480 # 1510
adds s1378, s1583, s1583 # 1511
bit s1481 # 1512
adds s1584, s1378, s1481 # 1513
adds s1379, s1584, s1584 # 1514
bit s1482 # 1515
adds s1585, s1379, s1482 # 1516
adds s1380, s1585, s1585 # 1517
bit s1483 # 1518
adds s1586, s1380, s1483 # 1519
adds s1381, s1586, s1586 # 1520
bit s1484 # 1521
adds s1587, s1381, s1484 # 1522
adds s1382, s1587, s1587 # 1523
bit s1485 # 1524
adds s1588, s1382, s1485 # 1525
adds s1383, s1588, s1588 # 1526
bit s1486 # 1527
adds s1589, s1383, s1486 # 1528
adds s1384, s1589, s1589 # 1529
bit s1487 # 1530
adds s1590, s1384, s1487 # 1531
adds s1385, s1590, s1590 # 1532
bit s1488 # 1533
adds s1591, s1385, s1488 # 1534
adds s1386, s1591, s1591 # 1535
bit s1489 # 1536
adds s1592, s1386, s1489 # 1537
adds s1387, s1592, s1592 # 1538
bit s1490 # 1539
adds s1593, s1387, s1490 # 1540
adds s1388, s1593, s1593 # 1541
bit s1491 # 1542
adds s1594, s1388, s1491 # 1543
adds s1389, s1594, s1594 # 1544
bit s1492 # 1545
adds s1595, s1389, s1492 # 1546
adds s1390, s1595, s1595 # 1547
bit s1493 # 1548
adds s1596, s1390, s1493 # 1549
adds s1391, s1596, s1596 # 1550
bit s1494 # 1551
adds s1597, s1391, s1494 # 1552
adds s1392, s1597, s1597 # 1553
bit s1495 # 1554
adds s1598, s1392, s1495 # 1555
adds s1393, s1598, s1598 # 1556
bit s1496 # 1557
adds s1599, s1393, s1496 # 1558
adds s1394, s1599, s1599 # 1559
bit s1497 # 1560
adds s1600, s1394, s1497 # 1561
adds s1395, s1600, s1600 # 1562
bit s1498 # 1563
adds s1601, s1395, s1498 # 1564
adds s1396, s1601, s1601 # 1565
bit s1499 # 1566
adds s1602, s1396, s1499 # 1567
adds s1397, s1602, s1602 # 1568
bit s1500 # 1569
adds s1603, s1397, s1500 # 1570
adds s1398, s1603, s1603 # 1571
bit s1501 # 1572
adds s1604, s1398, s1501 # 1573
adds s1399, s1604, s1604 # 1574
bit s1502 # 1575
adds s1605, s1399, s1502 # 1576
adds s1400, s1605, s1605 # 1577
bit s1503 # 1578
adds s1606, s1400, s1503 # 1579
adds s1401, s1606, s1606 # 1580
bit s1504 # 1581
adds s1607, s1401, s1504 # 1582
adds s1402, s1607, s1607 # 1583
bit s1505 # 1584
adds s1608, s1402, s1505 # 1585
adds s1403, s1608, s1608 # 1586
bit s1506 # 1587
adds s1609, s1403, s1506 # 1588
adds s1404, s1609, s1609 # 1589
bit s1507 # 1590
adds s1610, s1404, s1507 # 1591
adds s1405, s1610, s1610 # 1592
bit s1508 # 1593
adds s1611, s1405, s1508 # 1594
adds s1406, s1611, s1611 # 1595
bit s1509 # 1596
adds s1612, s1406, s1509 # 1597
adds s1407, s1612, s1612 # 1598
bit s1510 # 1599
adds s1613, s1407, s1510 # 1600
adds s1408, s1613, s1613 # 1601
bit s1511 # 1602
adds s1614, s1408, s1511 # 1603
adds s1409, s1614, s1614 # 1604
bit s1512 # 1605
adds s1615, s1409, s1512 # 1606
adds s1410, s1615, s1615 # 1607
bit s1513 # 1608
adds s1616, s1410, s1513 # 1609
adds s1411, s1616, s1616 # 1610
bit s1514 # 1611
adds s1617, s1411, s1514 # 1612
adds s1412, s1617, s1617 # 1613
bit s1515 # 1614
adds s1618, s1412, s1515 # 1615
adds s1413, s1618, s1618 # 1616
bit s1516 # 1617
adds s1619, s1413, s1516 # 1618
adds s1414, s1619, s1619 # 1619
bit s1517 # 1620
adds s1620, s1414, s1517 # 1621
adds s1415, s1620, s1620 # 1622
bit s1518 # 1623
adds s1621, s1415, s1518 # 1624
adds s1416, s1621, s1621 # 1625
bit s1519 # 1626
adds s1622, s1416, s1519 # 1627
adds s1417, s1622, s1622 # 1628
bit s1520 # 1629
adds s1623, s1417, s1520 # 1630
adds s1418, s1623, s1623 # 1631
bit s1521 # 1632
adds s1624, s1418, s1521 # 1633
adds s1419, s1624, s1624 # 1634
bit s1522 # 1635
adds s1625, s1419, s1522 # 1636
adds s1420, s1625, s1625 # 1637
bit s1523 # 1638
adds s1626, s1420, s1523 # 1639
adds s1421, s1626, s1626 # 1640
bit s1524 # 1641
adds s1627, s1421, s1524 # 1642
adds s1422, s1627, s1627 # 1643
bit s1525 # 1644
adds s1628, s1422, s1525 # 1645
adds s1423, s1628, s1628 # 1646
bit s1526 # 1647
adds s1629, s1423, s1526 # 1648
adds s1424, s1629, s1629 # 1649
bit s1527 # 1650
adds s1630, s1424, s1527 # 1651
adds s1425, s1630, s1630 # 1652
bit s1528 # 1653
adds s1631, s1425, s1528 # 1654
adds s1426, s1631, s1631 # 1655
bit s1529 # 1656
adds s1632, s1426, s1529 # 1657
adds s1427, s1632, s1632 # 1658
bit s1530 # 1659
adds s1633, s1427, s1530 # 1660
adds s1428, s1633, s1633 # 1661
bit s1531 # 1662
adds s1634, s1428, s1531 # 1663
adds s1429, s1634, s1634 # 1664
bit s1532 # 1665
adds s1635, s1429, s1532 # 1666
adds s1430, s1635, s1635 # 1667
bit s1533 # 1668
adds s1636, s1430, s1533 # 1669
adds s1431, s1636, s1636 # 1670
bit s1534 # 1671
adds s1637, s1431, s1534 # 1672
adds s1432, s1637, s1637 # 1673
bit s1535 # 1674
adds s1638, s1432, s1535 # 1675
adds s1433, s1638, s1638 # 1676
bit s1536 # 1677
adds s1639, s1433, s1536 # 1678
adds s1434, s1639, s1639 # 1679
bit s1537 # 1680
adds s1640, s1434, s1537 # 1681
adds s1435, s1640, s1640 # 1682
bit s1538 # 1683
adds s1641, s1435, s1538 # 1684
adds s1436, s1641, s1641 # 1685
bit s1539 # 1686
adds s1642, s1436, s1539 # 1687
adds s1437, s1642, s1642 # 1688
bit s1540 # 1689
adds s1643, s1437, s1540 # 1690
adds s1438, s1643, s1643 # 1691
bit s1541 # 1692
adds s1325, s1438, s1541 # 1693
bit s1327 # 1694
movs s1326, s1327 # 1695
mulsi s1328, s1325, 2 # 1696
ldi c48, 8 # 1697
mulci c49, c48, 1073741824 # 1698
mulci c50, c49, 1073741824 # 1699
movc c47, c50 # 1700
addm s1329, s1323, c47 # 1701
adds s1330, s1328, s1329 # 1702
adds s1331, s1330, s1326 # 1703
startopen 1, s1331 # 1704
stopopen 1, c44 # 1705
modci c45, c44, 2 # 1706
mulci c46, c45, 2 # 1707
mulm s1332, s1327, c46 # 1708
addm s1333, s1327, c45 # 1709
subs s1324, s1333, s1332 # 1710
stms s1324, 8322 # 1711
bit s1867 # 1712
adds s1666, s1867, s1867 # 1713
bit s1767 # 1714
adds s1868, s1666, s1767 # 1715
adds s1667, s1868, s1868 # 1716
bit s1768 # 1717
adds s1869, s1667, s1768 # 1718
adds s1668, s1869, s1869 # 1719
bit s1769 # 1720
adds s1870, s1668, s1769 # 1721
adds s1669, s1870, s1870 # 1722
bit s1770 # 1723
adds s1871, s1669, s1770 # 1724
adds s1670, s1871, s1871 # 1725
bit s1771 # 1726
adds s1872, s1670, s1771 # 1727
adds s1671, s1872, s1872 # 1728
bit s1772 # 1729
adds s1873, s1671, s1772 # 1730
adds s1672, s1873, s1873 # 1731
bit s1773 # 1732
adds s1874, s1672, s1773 # 1733
adds s1673, s1874, s1874 # 1734
bit s1774 # 1735
adds s1875, s1673, s1774 # 1736
adds s1674, s1875, s1875 # 1737
bit s1775 # 1738
adds s1876, s1674, s1775 # 1739
adds s1675, s1876, s1876 # 1740
bit s1776 # 1741
adds s1877, s1675, s1776 # 1742
adds s1676, s1877, s1877 # 1743
bit s1777 # 1744
adds s1878, s1676, s1777 # 1745
adds s1677, s1878, s1878 # 1746
bit s1778 # 1747
adds s1879, s1677, s1778 # 1748
adds s1678, s1879, s1879 # 1749
bit s1779 # 1750
adds s1880, s1678, s1779 # 1751
adds s1679, s1880, s1880 # 1752
bit s1780 # 1753
adds s1881, s1679, s1780 # 1754
adds s1680, s1881, s1881 # 1755
bit s1781 # 1756
adds s1882, s1680, s1781 # 1757
adds s1681, s1882, s1882 # 1758
bit s1782 # 1759
adds s1883, s1681, s1782 # 1760
adds s1682, s1883, s1883 # 1761
bit s1783 # 1762
adds s1884, s1682, s1783 # 1763
adds s1683, s1884, s1884 # 1764
bit s1784 # 1765
adds s1885, s1683, s1784 # 1766
adds s1684, s1885, s1885 # 1767
bit s1785 # 1768
adds s1886, s1684, s1785 # 1769
adds s1685, s1886, s1886 # 1770
bit s1786 # 1771
adds s1887, s1685, s1786 # 1772
adds s1686, s1887, s1887 # 1773
bit s1787 # 1774
adds s1888, s1686, s1787 # 1775
adds s1687, s1888, s1888 # 1776
bit s1788 # 1777
adds s1889, s1687, s1788 # 1778
adds s1688, s1889, s1889 # 1779
bit s1789 # 1780
adds s1890, s1688, s1789 # 1781
adds s1689, s1890, s1890 # 1782
bit s1790 # 1783
adds s1891, s1689, s1790 # 1784
adds s1690, s1891, s1891 # 1785
bit s1791 # 1786
adds s1892, s1690, s1791 # 1787
adds s1691, s1892, s1892 # 1788
bit s1792 # 1789
adds s1893, s1691, s1792 # 1790
adds s1692, s1893, s1893 # 1791
bit s1793 # 1792
adds s1894, s1692, s1793 # 1793
adds s1693, s1894, s1894 # 1794
bit s1794 # 1795
adds s1895, s1693, s1794 # 1796
adds s1694, s1895, s1895 # 1797
bit s1795 # 1798
adds s1896, s1694, s1795 # 1799
adds s1695, s1896, s1896 # 1800
bit s1796 # 1801
adds s1897, s1695, s1796 # 1802
adds s1696, s1897, s1897 # 1803
bit s1797 # 1804
adds s1898, s1696, s1797 # 1805
adds s1697, s1898, s1898 # 1806
bit s1798 # 1807
adds s1899, s1697, s1798 # 1808
adds s1698, s1899, s1899 # 1809
bit s1799 # 1810
adds s1900, s1698, s1799 # 1811
adds s1699, s1900, s1900 # 1812
bit s1800 # 1813
adds s1901, s1699, s1800 # 1814
adds s1700, s1901, s1901 # 1815
bit s1801 # 1816
adds s1902, s1700, s1801 # 1817
adds s1701, s1902, s1902 # 1818
bit s1802 # 1819
adds s1903, s1701, s1802 # 1820
adds s1702, s1903, s1903 # 1821
bit s1803 # 1822
adds s1904, s1702, s1803 # 1823
adds s1703, s1904, s1904 # 1824
bit s1804 # 1825
adds s1905, s1703, s1804 # 1826
adds s1704, s1905, s1905 # 1827
bit s1805 # 1828
adds s1906, s1704, s1805 # 1829
adds s1705, s1906, s1906 # 1830
bit s1806 # 1831
adds s1907, s1705, s1806 # 1832
adds s1706, s1907, s1907 # 1833
bit s1807 # 1834
adds s1908, s1706, s1807 # 1835
adds s1707, s1908, s1908 # 1836
bit s1808 # 1837
adds s1909, s1707, s1808 # 1838
adds s1708, s1909, s1909 # 1839
bit s1809 # 1840
adds s1910, s1708, s1809 # 1841
adds s1709, s1910, s1910 # 1842
bit s1810 # 1843
adds s1911, s1709, s1810 # 1844
adds s1710, s1911, s1911 # 1845
bit s1811 # 1846
adds s1912, s1710, s1811 # 1847
adds s1711, s1912, s1912 # 1848
bit s1812 # 1849
adds s1913, s1711, s1812 # 1850
adds s1712, s1913, s1913 # 1851
bit s1813 # 1852
adds s1914, s1712, s1813 # 1853
adds s1713, s1914, s1914 # 1854
bit s1814 # 1855
adds s1915, s1713, s1814 # 1856
adds s1714, s1915, s1915 # 1857
bit s1815 # 1858
adds s1916, s1714, s1815 # 1859
adds s1715, s1916, s1916 # 1860
bit s1816 # 1861
adds s1917, s1715, s1816 # 1862
adds s1716, s1917, s1917 # 1863
bit s1817 # 1864
adds s1918, s1716, s1817 # 1865
adds s1717, s1918, s1918 # 1866
bit s1818 # 1867
adds s1919, s1717, s1818 # 1868
adds s1718, s1919, s1919 # 1869
bit s1819 # 1870
adds s1920, s1718, s1819 # 1871
adds s1719, s1920, s1920 # 1872
bit s1820 # 1873
adds s1921, s1719, s1820 # 1874
adds s1720, s1921, s1921 # 1875
bit s1821 # 1876
adds s1922, s1720, s1821 # 1877
adds s1721, s1922, s1922 # 1878
bit s1822 # 1879
adds s1923, s1721, s1822 # 1880
adds s1722, s1923, s1923 # 1881
bit s1823 # 1882
adds s1924, s1722, s1823 # 1883
adds s1723, s1924, s1924 # 1884
bit s1824 # 1885
adds s1925, s1723, s1824 # 1886
adds s1724, s1925, s1925 # 1887
bit s1825 # 1888
adds s1926, s1724, s1825 # 1889
adds s1725, s1926, s1926 # 1890
bit s1826 # 1891
adds s1927, s1725, s1826 # 1892
adds s1726, s1927, s1927 # 1893
bit s1827 # 1894
adds s1928, s1726, s1827 # 1895
adds s1727, s1928, s1928 # 1896
bit s1828 # 1897
adds s1929, s1727, s1828 # 1898
adds s1728, s1929, s1929 # 1899
bit s1829 # 1900
adds s1930, s1728, s1829 # 1901
adds s1729, s1930, s1930 # 1902
bit s1830 # 1903
adds s1931, s1729, s1830 # 1904
adds s1730, s1931, s1931 # 1905
bit s1831 # 1906
adds s1932, s1730, s1831 # 1907
adds s1731, s1932, s1932 # 1908
bit s1832 # 1909
adds s1933, s1731, s1832 # 1910
adds s1732, s1933, s1933 # 1911
bit s1833 # 1912
adds s1934, s1732, s1833 # 1913
adds s1733, s1934, s1934 # 1914
bit s1834 # 1915
adds s1935, s1733, s1834 # 1916
adds s1734, s1935, s1935 # 1917
bit s1835 # 1918
adds s1936, s1734, s1835 # 1919
adds s1735, s1936, s1936 # 1920
bit s1836 # 1921
adds s1937, s1735, s1836 # 1922
adds s1736, s1937, s1937 # 1923
bit s1837 # 1924
adds s1938, s1736, s1837 # 1925
adds s1737, s1938, s1938 # 1926
bit s1838 # 1927
adds s1939, s1737, s1838 # 1928
adds s1738, s1939, s1939 # 1929
bit s1839 # 1930
adds s1940, s1738, s1839 # 1931
adds s1739, s1940, s1940 # 1932
bit s1840 # 1933
adds s1941, s1739, s1840 # 1934
adds s1740, s1941, s1941 # 1935
bit s1841 # 1936
adds s1942, s1740, s1841 # 1937
adds s1741, s1942, s1942 # 1938
bit s1842 # 1939
adds s1943, s1741, s1842 # 1940
adds s1742, s1943, s1943 # 1941
bit s1843 # 1942
adds s1944, s1742, s1843 # 1943
adds s1743, s1944, s1944 # 1944
bit s1844 # 1945
adds s1945, s1743, s1844 # 1946
adds s1744, s1945, s1945 # 1947
bit s1845 # 1948
adds s1946, s1744, s1845 # 1949
adds s1745, s1946, s1946 # 1950
bit s1846 # 1951
adds s1947, s1745, s1846 # 1952
adds s1746, s1947, s1947 # 1953
bit s1847 # 1954
adds s1948, s1746, s1847 # 1955
adds s1747, s1948, s1948 # 1956
bit s1848 # 1957
adds s1949, s1747, s1848 # 1958
adds s1748, s1949, s1949 # 1959
bit s1849 # 1960
adds s1950, s1748, s1849 # 1961
adds s1749, s1950, s1950 # 1962
bit s1850 # 1963
adds s1951, s1749, s1850 # 1964
adds s1750, s1951, s1951 # 1965
bit s1851 # 1966
adds s1952, s1750, s1851 # 1967
adds s1751, s1952, s1952 # 1968
bit s1852 # 1969
adds s1953, s1751, s1852 # 1970
adds s1752, s1953, s1953 # 1971
bit s1853 # 1972
adds s1954, s1752, s1853 # 1973
adds s1753, s1954, s1954 # 1974
bit s1854 # 1975
adds s1955, s1753, s1854 # 1976
adds s1754, s1955, s1955 # 1977
bit s1855 # 1978
adds s1956, s1754, s1855 # 1979
adds s1755, s1956, s1956 # 1980
bit s1856 # 1981
adds s1957, s1755, s1856 # 1982
adds s1756, s1957, s1957 # 1983
bit s1857 # 1984
adds s1958, s1756, s1857 # 1985
adds s1757, s1958, s1958 # 1986
bit s1858 # 1987
adds s1959, s1757, s1858 # 1988
adds s1758, s1959, s1959 # 1989
bit s1859 # 1990
adds s1960, s1758, s1859 # 1991
adds s1759, s1960, s1960 # 1992
bit s1860 # 1993
adds s1961, s1759, s1860 # 1994
adds s1760, s1961, s1961 # 1995
bit s1861 # 1996
adds s1962, s1760, s1861 # 1997
adds s1761, s1962, s1962 # 1998
bit s1862 # 1999
adds s1963, s1761, s1862 # 2000
adds s1762, s1963, s1963 # 2001
bit s1863 # 2002
adds s1964, s1762, s1863 # 2003
adds s1763, s1964, s1964 # 2004
bit s1864 # 2005
adds s1965, s1763, s1864 # 2006
adds s1764, s1965, s1965 # 2007
bit s1865 # 2008
adds s1966, s1764, s1865 # 2009
adds s1765, s1966, s1966 # 2010
bit s1866 # 2011
adds s1646, s1765, s1866 # 2012
bit s1650 # 2013
adds s1661, s1650, s1650 # 2014
bit s1649 # 2015
adds s1662, s1661, s1649 # 2016
adds s1663, s1662, s1662 # 2017
bit s1648 # 2018
adds s1664, s1663, s1648 # 2019
movs s1647, s1664 # 2020
ldi c55, 8 # 2021
movc c53, c55 # 2022
mulm s1653, s1646, c53 # 2023
ldi c56, 8 # 2024
mulci c57, c56, 1073741824 # 2025
mulci c58, c57, 1073741824 # 2026
movc c54, c58 # 2027
addm s1654, s3, c54 # 2028
adds s1655, s1653, s1654 # 2029
adds s1656, s1655, s1647 # 2030
startopen 1, s1656 # 2031
stopopen 1, c51 # 2032
modc c52, c51, c53 # 2033
modci c59, c52, 2 # 2034
subc c63, c52, c59 # 2035
mulc c66, c63, c38 # 2036
modci c60, c66, 2 # 2037
subc c64, c66, c60 # 2038
mulc c67, c64, c38 # 2039
modci c61, c67, 2 # 2040
subsfi s1968, s1648, 1 # 2041
subsfi s1969, s1649, 1 # 2042
subsfi s1970, s1650, 1 # 2043
mulm s1978, s1970, c61 # 2044
mulsi s1981, s1978, 2 # 2045
addm s1984, s1970, c61 # 2046
subs s1987, s1984, s1981 # 2047
mulm s1979, s1969, c60 # 2048
mulsi s1982, s1979, 2 # 2049
addm s1985, s1969, c60 # 2050
subs s1988, s1985, s1982 # 2051
mulm s1980, s1968, c59 # 2052
mulsi s1983, s1980, 2 # 2053
addm s1986, s1968, c59 # 2054
subs s1989, s1986, s1983 # 2055
mulsi s1990, s1989, 1 # 2056
adds s1991, s1980, s1990 # 2057
triple s1996, s1997, s1998 # 2058
subs s1999, s1988, s1996 # 2059
subs s2000, s1991, s1997 # 2060
startopen 2, s1999, s2000 # 2061
stopopen 2, c68, c69 # 2062
mulm s2001, s1997, c68 # 2063
mulm s2002, s1996, c69 # 2064
mulc c70, c68, c69 # 2065
adds s2003, s1998, s2001 # 2066
adds s2004, s2003, s2002 # 2067
addm s1994, s2004, c70 # 2068
adds s1995, s1979, s1994 # 2069
triple s2008, s2009, s2010 # 2070
subs s2011, s1987, s2008 # 2071
subs s2012, s1995, s2009 # 2072
startopen 2, s2011, s2012 # 2073
stopopen 2, c71, c72 # 2074
mulm s2013, s2009, c71 # 2075
mulm s2014, s2008, c72 # 2076
mulc c73, c71, c72 # 2077
adds s2015, s2010, s2013 # 2078
adds s2016, s2015, s2014 # 2079
addm s2006, s2016, c73 # 2080
adds s2007, s1978, s2006 # 2081
movs s1974, s2007 # 2082
subsfi s1652, s1974, 1 # 2083
mulm s1657, s1652, c53 # 2084
submr s1658, c52, s1647 # 2085
adds s1645, s1658, s1657 # 2086
subs s2017, s3, s1645 # 2087
ldi c74, 1 # 2088
divci c75, c74, 8 # 2089
mulm s2018, s2017, c75 # 2090
bit s2237 # 2091
adds s2032, s2237, s2237 # 2092
bit s2135 # 2093
adds s2238, s2032, s2135 # 2094
adds s2033, s2238, s2238 # 2095
bit s2136 # 2096
adds s2239, s2033, s2136 # 2097
adds s2034, s2239, s2239 # 2098
bit s2137 # 2099
adds s2240, s2034, s2137 # 2100
adds s2035, s2240, s2240 # 2101
bit s2138 # 2102
adds s2241, s2035, s2138 # 2103
adds s2036, s2241, s2241 # 2104
bit s2139 # 2105
adds s2242, s2036, s2139 # 2106
adds s2037, s2242, s2242 # 2107
bit s2140 # 2108
adds s2243, s2037, s2140 # 2109
adds s2038, s2243, s2243 # 2110
bit s2141 # 2111
adds s2244, s2038, s2141 # 2112
adds s2039, s2244, s2244 # 2113
bit s2142 # 2114
adds s2245, s2039, s2142 # 2115
adds s2040, s2245, s2245 # 2116
bit s2143 # 2117
adds s2246, s2040, s2143 # 2118
adds s2041, s2246, s2246 # 2119
bit s2144 # 2120
adds s2247, s2041, s2144 # 2121
adds s2042, s2247, s2247 # 2122
bit s2145 # 2123
adds s2248, s2042, s2145 # 2124
adds s2043, s2248, s2248 # 2125
bit s2146 # 2126
adds s2249, s2043, s2146 # 2127
adds s2044, s2249, s2249 # 2128
bit s2147 # 2129
adds s2250, s2044, s2147 # 2130
adds s2045, s2250, s2250 # 2131
bit s2148 # 2132
adds s2251, s2045, s2148 # 2133
adds s2046, s2251, s2251 # 2134
bit s2149 # 2135
adds s2252, s2046, s2149 # 2136
adds s2047, s2252, s2252 # 2137
bit s2150 # 2138
adds s2253, s2047, s2150 # 2139
adds s2048, s2253, s2253 # 2140
bit s2151 # 2141
adds s2254, s2048, s2151 # 2142
adds s2049, s2254, s2254 # 2143
bit s2152 # 2144
adds s2255, s2049, s2152 # 2145
adds s2050, s2255, s2255 # 2146
bit s2153 # 2147
adds s2256, s2050, s2153 # 2148
adds s2051, s2256, s2256 # 2149
bit s2154 # 2150
adds s2257, s2051, s2154 # 2151
adds s2052, s2257, s2257 # 2152
bit s2155 # 2153
adds s2258, s2052, s2155 # 2154
adds s2053, s2258, s2258 # 2155
bit s2156 # 2156
adds s2259, s2053, s2156 # 2157
adds s2054, s2259, s2259 # 2158
bit s2157 # 2159
adds s2260, s2054, s2157 # 2160
adds s2055, s2260, s2260 # 2161
bit s2158 # 2162
adds s2261, s2055, s2158 # 2163
adds s2056, s2261, s2261 # 2164
bit s2159 # 2165
adds s2262, s2056, s2159 # 2166
adds s2057, s2262, s2262 # 2167
bit s2160 # 2168
adds s2263, s2057, s2160 # 2169
adds s2058, s2263, s2263 # 2170
bit s2161 # 2171
adds s2264, s2058, s2161 # 2172
adds s2059, s2264, s2264 # 2173
bit s2162 # 2174
adds s2265, s2059, s2162 # 2175
adds s2060, s2265, s2265 # 2176
bit s2163 # 2177
adds s2266, s2060, s2163 # 2178
adds s2061, s2266, s2266 # 2179
bit s2164 # 2180
adds s2267, s2061, s2164 # 2181
adds s2062, s2267, s2267 # 2182
bit s2165 # 2183
adds s2268, s2062, s2165 # 2184
adds s2063, s2268, s2268 # 2185
bit s2166 # 2186
adds s2269, s2063, s2166 # 2187
adds s2064, s2269, s2269 # 2188
bit s2167 # 2189
adds s2270, s2064, s2167 # 2190
adds s2065, s2270, s2270 # 2191
bit s2168 # 2192
adds s2271, s2065, s2168 # 2193
adds s2066, s2271, s2271 # 2194
bit s2169 # 2195
adds s2272, s2066, s2169 # 2196
adds s2067, s2272, s2272 # 2197
bit s2170 # 2198
adds s2273, s2067, s2170 # 2199
adds s2068, s2273, s2273 # 2200
bit s2171 # 2201
adds s2274, s2068, s2171 # 2202
adds s2069, s2274, s2274 # 2203
bit s2172 # 2204
adds s2275, s2069, s2172 # 2205
adds s2070, s2275, s2275 # 2206
bit s2173 # 2207
adds s2276, s2070, s2173 # 2208
adds s2071, s2276, s2276 # 2209
bit s2174 # 2210
adds s2277, s2071, s2174 # 2211
adds s2072, s2277, s2277 # 2212
bit s2175 # 2213
adds s2278, s2072, s2175 # 2214
adds s2073, s2278, s2278 # 2215
bit s2176 # 2216
adds s2279, s2073, s2176 # 2217
adds s2074, s2279, s2279 # 2218
bit s2177 # 2219
adds s2280, s2074, s2177 # 2220
adds s2075, s2280, s2280 # 2221
bit s2178 # 2222
adds s2281, s2075, s2178 # 2223
adds s2076, s2281, s2281 # 2224
bit s2179 # 2225
adds s2282, s2076, s2179 # 2226
adds s2077, s2282, s2282 # 2227
bit s2180 # 2228
adds s2283, s2077, s2180 # 2229
adds s2078, s2283, s2283 # 2230
bit s2181 # 2231
adds s2284, s2078, s2181 # 2232
adds s2079, s2284, s2284 # 2233
bit s2182 # 2234
adds s2285, s2079, s2182 # 2235
adds s2080, s2285, s2285 # 2236
bit s2183 # 2237
adds s2286, s2080, s2183 # 2238
adds s2081, s2286, s2286 # 2239
bit s2184 # 2240
adds s2287, s2081, s2184 # 2241
adds s2082, s2287, s2287 # 2242
bit s2185 # 2243
adds s2288, s2082, s2185 # 2244
adds s2083, s2288, s2288 # 2245
bit s2186 # 2246
adds s2289, s2083, s2186 # 2247
adds s2084, s2289, s2289 # 2248
bit s2187 # 2249
adds s2290, s2084, s2187 # 2250
adds s2085, s2290, s2290 # 2251
bit s2188 # 2252
adds s2291, s2085, s2188 # 2253
adds s2086, s2291, s2291 # 2254
bit s2189 # 2255
adds s2292, s2086, s2189 # 2256
adds s2087, s2292, s2292 # 2257
bit s2190 # 2258
adds s2293, s2087, s2190 # 2259
adds s2088, s2293, s2293 # 2260
bit s2191 # 2261
adds s2294, s2088, s2191 # 2262
adds s2089, s2294, s2294 # 2263
bit s2192 # 2264
adds s2295, s2089, s2192 # 2265
adds s2090, s2295, s2295 # 2266
bit s2193 # 2267
adds s2296, s2090, s2193 # 2268
adds s2091, s2296, s2296 # 2269
bit s2194 # 2270
adds s2297, s2091, s2194 # 2271
adds s2092, s2297, s2297 # 2272
bit s2195 # 2273
adds s2298, s2092, s2195 # 2274
adds s2093, s2298, s2298 # 2275
bit s2196 # 2276
adds s2299, s2093, s2196 # 2277
adds s2094, s2299, s2299 # 2278
bit s2197 # 2279
adds s2300, s2094, s2197 # 2280
adds s2095, s2300, s2300 # 2281
bit s2198 # 2282
adds s2301, s2095, s2198 # 2283
adds s2096, s2301, s2301 # 2284
bit s2199 # 2285
adds s2302, s2096, s2199 # 2286
adds s2097, s2302, s2302 # 2287
bit s2200 # 2288
adds s2303, s2097, s2200 # 2289
adds s2098, s2303, s2303 # 2290
bit s2201 # 2291
adds s2304, s2098, s2201 # 2292
adds s2099, s2304, s2304 # 2293
bit s2202 # 2294
adds s2305, s2099, s2202 # 2295
adds s2100, s2305, s2305 # 2296
bit s2203 # 2297
adds s2306, s2100, s2203 # 2298
adds s2101, s2306, s2306 # 2299
bit s2204 # 2300
adds s2307, s2101, s2204 # 2301
adds s2102, s2307, s2307 # 2302
bit s2205 # 2303
adds s2308, s2102, s2205 # 2304
adds s2103, s2308, s2308 # 2305
bit s2206 # 2306
adds s2309, s2103, s2206 # 2307
adds s2104, s2309, s2309 # 2308
bit s2207 # 2309
adds s2310, s2104, s2207 # 2310
adds s2105, s2310, s2310 # 2311
bit s2208 # 2312
adds s2311, s2105, s2208 # 2313
adds s2106, s2311, s2311 # 2314
bit s2209 # 2315
adds s2312, s2106, s2209 # 2316
adds s2107, s2312, s2312 # 2317
bit s2210 # 2318
adds s2313, s2107, s2210 # 2319
adds s2108, s2313, s2313 # 2320
bit s2211 # 2321
adds s2314, s2108, s2211 # 2322
adds s2109, s2314, s2314 # 2323
bit s2212 # 2324
adds s2315, s2109, s2212 # 2325
adds s2110, s2315, s2315 # 2326
bit s2213 # 2327
adds s2316, s2110, s2213 # 2328
adds s2111, s2316, s2316 # 2329
bit s2214 # 2330
adds s2317, s2111, s2214 # 2331
adds s2112, s2317, s2317 # 2332
bit s2215 # 2333
adds s2318, s2112, s2215 # 2334
adds s2113, s2318, s2318 # 2335
bit s2216 # 2336
adds s2319, s2113, s2216 # 2337
adds s2114, s2319, s2319 # 2338
bit s2217 # 2339
adds s2320, s2114, s2217 # 2340
adds s2115, s2320, s2320 # 2341
bit s2218 # 2342
adds s2321, s2115, s2218 # 2343
adds s2116, s2321, s2321 # 2344
bit s2219 # 2345
adds s2322, s2116, s2219 # 2346
adds s2117, s2322, s2322 # 2347
bit s2220 # 2348
adds s2323, s2117, s2220 # 2349
adds s2118, s2323, s2323 # 2350
bit s2221 # 2351
adds s2324, s2118, s2221 # 2352
adds s2119, s2324, s2324 # 2353
bit s2222 # 2354
adds s2325, s2119, s2222 # 2355
adds s2120, s2325, s2325 # 2356
bit s2223 # 2357
adds s2326, s2120, s2223 # 2358
adds s2121, s2326, s2326 # 2359
bit s2224 # 2360
adds s2327, s2121, s2224 # 2361
adds s2122, s2327, s2327 # 2362
bit s2225 # 2363
adds s2328, s2122, s2225 # 2364
adds s2123, s2328, s2328 # 2365
bit s2226 # 2366
adds s2329, s2123, s2226 # 2367
adds s2124, s2329, s2329 # 2368
bit s2227 # 2369
adds s2330, s2124, s2227 # 2370
adds s2125, s2330, s2330 # 2371
bit s2228 # 2372
adds s2331, s2125, s2228 # 2373
adds s2126, s2331, s2331 # 2374
bit s2229 # 2375
adds s2332, s2126, s2229 # 2376
adds s2127, s2332, s2332 # 2377
bit s2230 # 2378
adds s2333, s2127, s2230 # 2379
adds s2128, s2333, s2333 # 2380
bit s2231 # 2381
adds s2334, s2128, s2231 # 2382
adds s2129, s2334, s2334 # 2383
bit s2232 # 2384
adds s2335, s2129, s2232 # 2385
adds s2130, s2335, s2335 # 2386
bit s2233 # 2387
adds s2336, s2130, s2233 # 2388
adds s2131, s2336, s2336 # 2389
bit s2234 # 2390
adds s2337, s2131, s2234 # 2391
adds s2132, s2337, s2337 # 2392
bit s2235 # 2393
adds s2338, s2132, s2235 # 2394
adds s2133, s2338, s2338 # 2395
bit s2236 # 2396
adds s2020, s2133, s2236 # 2397
bit s2022 # 2398
movs s2021, s2022 # 2399
mulsi s2023, s2020, 2 # 2400
ldi c80, 8 # 2401
mulci c81, c80, 1073741824 # 2402
mulci c82, c81, 1073741824 # 2403
movc c79, c82 # 2404
addm s2024, s2018, c79 # 2405
adds s2025, s2023, s2024 # 2406
adds s2026, s2025, s2021 # 2407
startopen 1, s2026 # 2408
stopopen 1, c76 # 2409
modci c77, c76, 2 # 2410
mulci c78, c77, 2 # 2411
mulm s2027, s2022, c78 # 2412
addm s2028, s2022, c77 # 2413
subs s2019, s2028, s2027 # 2414
stms s2019, 8323 # 2415
bit s2563 # 2416
adds s2364, s2563, s2563 # 2417
bit s2464 # 2418
adds s2564, s2364, s2464 # 2419
adds s2365, s2564, s2564 # 2420
bit s2465 # 2421
adds s2565, s2365, s2465 # 2422
adds s2366, s2565, s2565 # 2423
bit s2466 # 2424
adds s2566, s2366, s2466 # 2425
adds s2367, s2566, s2566 # 2426
bit s2467 # 2427
adds s2567, s2367, s2467 # 2428
adds s2368, s2567, s2567 # 2429
bit s2468 # 2430
adds s2568, s2368, s2468 # 2431
adds s2369, s2568, s2568 # 2432
bit s2469 # 2433
adds s2569, s2369, s2469 # 2434
adds s2370, s2569, s2569 # 2435
bit s2470 # 2436
adds s2570, s2370, s2470 # 2437
adds s2371, s2570, s2570 # 2438
bit s2471 # 2439
adds s2571, s2371, s2471 # 2440
adds s2372, s2571, s2571 # 2441
bit s2472 # 2442
adds s2572, s2372, s2472 # 2443
adds s2373, s2572, s2572 # 2444
bit s2473 # 2445
adds s2573, s2373, s2473 # 2446
adds s2374, s2573, s2573 # 2447
bit s2474 # 2448
adds s2574, s2374, s2474 # 2449
adds s2375, s2574, s2574 # 2450
bit s2475 # 2451
adds s2575, s2375, s2475 # 2452
adds s2376, s2575, s2575 # 2453
bit s2476 # 2454
adds s2576, s2376, s2476 # 2455
adds s2377, s2576, s2576 # 2456
bit s2477 # 2457
adds s2577, s2377, s2477 # 2458
adds s2378, s2577, s2577 # 2459
bit s2478 # 2460
adds s2578, s2378, s2478 # 2461
adds s2379, s2578, s2578 # 2462
bit s2479 # 2463
adds s2579, s2379, s2479 # 2464
adds s2380, s2579, s2579 # 2465
bit s2480 # 2466
adds s2580, s2380, s2480 # 2467
adds s2381, s2580, s2580 # 2468
bit s2481 # 2469
adds s2581, s2381, s2481 # 2470
adds s2382, s2581, s2581 # 2471
bit s2482 # 2472
adds s2582, s2382, s2482 # 2473
adds s2383, s2582, s2582 # 2474
bit s2483 # 2475
adds s2583, s2383, s2483 # 2476
adds s2384, s2583, s2583 # 2477
bit s2484 # 2478
adds s2584, s2384, s2484 # 2479
adds s2385, s2584, s2584 # 2480
bit s2485 # 2481
adds s2585, s2385, s2485 # 2482
adds s2386, s2585, s2585 # 2483
bit s2486 # 2484
adds s2586, s2386, s2486 # 2485
adds s2387, s2586, s2586 # 2486
bit s2487 # 2487
adds s2587, s2387, s2487 # 2488
adds s2388, s2587, s2587 # 2489
bit s2488 # 2490
adds s2588, s2388, s2488 # 2491
adds s2389, s2588, s2588 # 2492
bit s2489 # 2493
adds s2589, s2389, s2489 # 2494
adds s2390, s2589, s2589 # 2495
bit s2490 # 2496
adds s2590, s2390, s2490 # 2497
adds s2391, s2590, s2590 # 2498
bit s2491 # 2499
adds s2591, s2391, s2491 # 2500
adds s2392, s2591, s2591 # 2501
bit s2492 # 2502
adds s2592, s2392, s2492 # 2503
adds s2393, s2592, s2592 # 2504
bit s2493 # 2505
adds s2593, s2393, s2493 # 2506
adds s2394, s2593, s2593 # 2507
bit s2494 # 2508
adds s2594, s2394, s2494 # 2509
adds s2395, s2594, s2594 # 2510
bit s2495 # 2511
adds s2595, s2395, s2495 # 2512
adds s2396, s2595, s2595 # 2513
bit s2496 # 2514
adds s2596, s2396, s2496 # 2515
adds s2397, s2596, s2596 # 2516
bit s2497 # 2517
adds s2597, s2397, s2497 # 2518
adds s2398, s2597, s2597 # 2519
bit s2498 # 2520
adds s2598, s2398, s2498 # 2521
adds s2399, s2598, s2598 # 2522
bit s2499 # 2523
adds s2599, s2399, s2499 # 2524
adds s2400, s2599, s2599 # 2525
bit s2500 # 2526
adds s2600, s2400, s2500 # 2527
adds s2401, s2600, s2600 # 2528
bit s2501 # 2529
adds s2601, s2401, s2501 # 2530
adds s2402, s2601, s2601 # 2531
bit s2502 # 2532
adds s2602, s2402, s2502 # 2533
adds s2403, s2602, s2602 # 2534
bit s2503 # 2535
adds s2603, s2403, s2503 # 2536
adds s2404, s2603, s2603 # 2537
bit s2504 # 2538
adds s2604, s2404, s2504 # 2539
adds s2405, s2604, s2604 # 2540
bit s2505 # 2541
adds s2605, s2405, s2505 # 2542
adds s2406, s2605, s2605 # 2543
bit s2506 # 2544
adds s2606, s2406, s2506 # 2545
adds s2407, s2606, s2606 # 2546
bit s2507 # 2547
adds s2607, s2407, s2507 # 2548
adds s2408, s2607, s2607 # 2549
bit s2508 # 2550
adds s2608, s2408, s2508 # 2551
adds s2409, s2608, s2608 # 2552
bit s2509 # 2553
adds s2609, s2409, s2509 # 2554
adds s2410, s2609, s2609 # 2555
bit s2510 # 2556
adds s2610, s2410, s2510 # 2557
adds s2411, s2610, s2610 # 2558
bit s2511 # 2559
adds s2611, s2411, s2511 # 2560
adds s2412, s2611, s2611 # 2561
bit s2512 # 2562
adds s2612, s2412, s2512 # 2563
adds s2413, s2612, s2612 # 2564
bit s2513 # 2565
adds s2613, s2413, s2513 # 2566
adds s2414, s2613, s2613 # 2567
bit s2514 # 2568
adds s2614, s2414, s2514 # 2569
adds s2415, s2614, s2614 # 2570
bit s2515 # 2571
adds s2615, s2415, s2515 # 2572
adds s2416, s2615, s2615 # 2573
bit s2516 # 2574
adds s2616, s2416, s2516 # 2575
adds s2417, s2616, s2616 # 2576
bit s2517 # 2577
adds s2617, s2417, s2517 # 2578
adds s2418, s2617, s2617 # 2579
bit s2518 # 2580
adds s2618, s2418, s2518 # 2581
adds s2419, s2618, s2618 # 2582
bit s2519 # 2583
adds s2619, s2419, s2519 # 2584
adds s2420, s2619, s2619 # 2585
bit s2520 # 2586
adds s2620, s2420, s2520 # 2587
adds s2421, s2620, s2620 # 2588
bit s2521 # 2589
adds s2621, s2421, s2521 # 2590
adds s2422, s2621, s2621 # 2591
bit s2522 # 2592
adds s2622, s2422, s2522 # 2593
adds s2423, s2622, s2622 # 2594
bit s2523 # 2595
adds s2623, s2423, s2523 # 2596
adds s2424, s2623, s2623 # 2597
bit s2524 # 2598
adds s2624, s2424, s2524 # 2599
adds s2425, s2624, s2624 # 2600
bit s2525 # 2601
adds s2625, s2425, s2525 # 2602
adds s2426, s2625, s2625 # 2603
bit s2526 # 2604
adds s2626, s2426, s2526 # 2605
adds s2427, s2626, s2626 # 2606
bit s2527 # 2607
adds s2627, s2427, s2527 # 2608
adds s2428, s2627, s2627 # 2609
bit s2528 # 2610
adds s2628, s2428, s2528 # 2611
adds s2429, s2628, s2628 # 2612
bit s2529 # 2613
adds s2629, s2429, s2529 # 2614
adds s2430, s2629, s2629 # 2615
bit s2530 # 2616
adds s2630, s2430, s2530 # 2617
adds s2431, s2630, s2630 # 2618
bit s2531 # 2619
adds s2631, s2431, s2531 # 2620
adds s2432, s2631, s2631 # 2621
bit s2532 # 2622
adds s2632, s2432, s2532 # 2623
adds s2433, s2632, s2632 # 2624
bit s2533 # 2625
adds s2633, s2433, s2533 # 2626
adds s2434, s2633, s2633 # 2627
bit s2534 # 2628
adds s2634, s2434, s2534 # 2629
adds s2435, s2634, s2634 # 2630
bit s2535 # 2631
adds s2635, s2435, s2535 # 2632
adds s2436, s2635, s2635 # 2633
bit s2536 # 2634
adds s2636, s2436, s2536 # 2635
adds s2437, s2636, s2636 # 2636
bit s2537 # 2637
adds s2637, s2437, s2537 # 2638
adds s2438, s2637, s2637 # 2639
bit s2538 # 2640
adds s2638, s2438, s2538 # 2641
adds s2439, s2638, s2638 # 2642
bit s2539 # 2643
adds s2639, s2439, s2539 # 2644
adds s2440, s2639, s2639 # 2645
bit s2540 # 2646
adds s2640, s2440, s2540 # 2647
adds s2441, s2640, s2640 # 2648
bit s2541 # 2649
adds s2641, s2441, s2541 # 2650
adds s2442, s2641, s2641 # 2651
bit s2542 # 2652
adds s2642, s2442, s2542 # 2653
adds s2443, s2642, s2642 # 2654
bit s2543 # 2655
adds s2643, s2443, s2543 # 2656
adds s2444, s2643, s2643 # 2657
bit s2544 # 2658
adds s2644, s2444, s2544 # 2659
adds s2445, s2644, s2644 # 2660
bit s2545 # 2661
adds s2645, s2445, s2545 # 2662
adds s2446, s2645, s2645 # 2663
bit s2546 # 2664
adds s2646, s2446, s2546 # 2665
adds s2447, s2646, s2646 # 2666
bit s2547 # 2667
adds s2647, s2447, s2547 # 2668
adds s2448, s2647, s2647 # 2669
bit s2548 # 2670
adds s2648, s2448, s2548 # 2671
adds s2449, s2648, s2648 # 2672
bit s2549 # 2673
adds s2649, s2449, s2549 # 2674
adds s2450, s2649, s2649 # 2675
bit s2550 # 2676
adds s2650, s2450, s2550 # 2677
adds s2451, s2650, s2650 # 2678
bit s2551 # 2679
adds s2651, s2451, s2551 # 2680
adds s2452, s2651, s2651 # 2681
bit s2552 # 2682
adds s2652, s2452, s2552 # 2683
adds s2453, s2652, s2652 # 2684
bit s2553 # 2685
adds s2653, s2453, s2553 # 2686
adds s2454, s2653, s2653 # 2687
bit s2554 # 2688
adds s2654, s2454, s2554 # 2689
adds s2455, s2654, s2654 # 2690
bit s2555 # 2691
adds s2655, s2455, s2555 # 2692
adds s2456, s2655, s2655 # 2693
bit s2556 # 2694
adds s2656, s2456, s2556 # 2695
adds s2457, s2656, s2656 # 2696
bit s2557 # 2697
adds s2657, s2457, s2557 # 2698
adds s2458, s2657, s2657 # 2699
bit s2558 # 2700
adds s2658, s2458, s2558 # 2701
adds s2459, s2658, s2658 # 2702
bit s2559 # 2703
adds s2659, s2459, s2559 # 2704
adds s2460, s2659, s2659 # 2705
bit s2560 # 2706
adds s2660, s2460, s2560 # 2707
adds s2461, s2660, s2660 # 2708
bit s2561 # 2709
adds s2661, s2461, s2561 # 2710
adds s2462, s2661, s2661 # 2711
bit s2562 # 2712
adds s2341, s2462, s2562 # 2713
bit s2346 # 2714
adds s2357, s2346, s2346 # 2715
bit s2345 # 2716
adds s2358, s2357, s2345 # 2717
adds s2359, s2358, s2358 # 2718
bit s2344 # 2719
adds s2360, s2359, s2344 # 2720
adds s2361, s2360, s2360 # 2721
bit s2343 # 2722
adds s2362, s2361, s2343 # 2723
movs s2342, s2362 # 2724
ldi c87, 16 # 2725
movc c85, c87 # 2726
mulm s2349, s2341, c85 # 2727
ldi c88, 8 # 2728
mulci c89, c88, 1073741824 # 2729
mulci c90, c89, 1073741824 # 2730
movc c86, c90 # 2731
addm s2350, s3, c86 # 2732
adds s2351, s2349, s2350 # 2733
adds s2352, s2351, s2342 # 2734
startopen 1, s2352 # 2735
stopopen 1, c83 # 2736
modc c84, c83, c85 # 2737
modci c91, c84, 2 # 2738
subc c96, c84, c91 # 2739
mulc c100, c96, c38 # 2740
modci c92, c100, 2 # 2741
subc c97, c100, c92 # 2742
mulc c101, c97, c38 # 2743
modci c93, c101, 2 # 2744
subc c98, c101, c93 # 2745
mulc c102, c98, c38 # 2746
modci c94, c102, 2 # 2747
subsfi s2663, s2343, 1 # 2748
subsfi s2664, s2344, 1 # 2749
subsfi s2665, s2345, 1 # 2750
subsfi s2666, s2346, 1 # 2751
mulm s2676, s2666, c94 # 2752
mulsi s2680, s2676, 2 # 2753
addm s2684, s2666, c94 # 2754
subs s2688, s2684, s2680 # 2755
mulm s2677, s2665, c93 # 2756
mulsi s2681, s2677, 2 # 2757
addm s2685, s2665, c93 # 2758
subs s2689, s2685, s2681 # 2759
mulm s2678, s2664, c92 # 2760
mulsi s2682, s2678, 2 # 2761
addm s2686, s2664, c92 # 2762
subs s2690, s2686, s2682 # 2763
mulm s2679, s2663, c91 # 2764
mulsi s2683, s2679, 2 # 2765
addm s2687, s2663, c91 # 2766
subs s2691, s2687, s2683 # 2767
mulsi s2692, s2691, 1 # 2768
adds s2693, s2679, s2692 # 2769
triple s2698, s2699, s2700 # 2770
subs s2701, s2688, s2698 # 2771
subs s2702, s2689, s2699 # 2772
startopen 2, s2701, s2702 # 2773
stopopen 2, c103, c104 # 2774
mulm s2703, s2699, c103 # 2775
mulm s2704, s2698, c104 # 2776
mulc c105, c103, c104 # 2777
adds s2705, s2700, s2703 # 2778
adds s2706, s2705, s2704 # 2779
addm s2695, s2706, c105 # 2780
triple s2707, s2708, s2709 # 2781
subs s2710, s2688, s2707 # 2782
subs s2711, s2677, s2708 # 2783
startopen 2, s2710, s2711 # 2784
stopopen 2, c106, c107 # 2785
mulm s2712, s2708, c106 # 2786
mulm s2713, s2707, c107 # 2787
mulc c108, c106, c107 # 2788
adds s2714, s2709, s2712 # 2789
adds s2715, s2714, s2713 # 2790
addm s2696, s2715, c108 # 2791
adds s2697, s2676, s2696 # 2792
triple s2719, s2720, s2721 # 2793
subs s2722, s2690, s2719 # 2794
subs s2723, s2693, s2720 # 2795
startopen 2, s2722, s2723 # 2796
stopopen 2, c109, c110 # 2797
mulm s2724, s2720, c109 # 2798
mulm s2725, s2719, c110 # 2799
mulc c111, c109, c110 # 2800
adds s2726, s2721, s2724 # 2801
adds s2727, s2726, s2725 # 2802
addm s2717, s2727, c111 # 2803
adds s2718, s2678, s2717 # 2804
triple s2731, s2732, s2733 # 2805
subs s2734, s2695, s2731 # 2806
subs s2735, s2718, s2732 # 2807
startopen 2, s2734, s2735 # 2808
stopopen 2, c112, c113 # 2809
mulm s2736, s2732, c112 # 2810
mulm s2737, s2731, c113 # 2811
mulc c114, c112, c113 # 2812
adds s2738, s2733, s2736 # 2813
adds s2739, s2738, s2737 # 2814
addm s2729, s2739, c114 # 2815
adds s2730, s2697, s2729 # 2816
movs s2671, s2730 # 2817
subsfi s2348, s2671, 1 # 2818
mulm s2353, s2348, c85 # 2819
submr s2354, c84, s2342 # 2820
adds s2340, s2354, s2353 # 2821
subs s2740, s3, s2340 # 2822
ldi c115, 1 # 2823
divci c116, c115, 16 # 2824
mulm s2741, s2740, c116 # 2825
bit s2960 # 2826
adds s2755, s2960, s2960 # 2827
bit s2858 # 2828
adds s2961, s2755, s2858 # 2829
adds s2756, s2961, s2961 # 2830
bit s2859 # 2831
adds s2962, s2756, s2859 # 2832
adds s2757, s2962, s2962 # 2833
bit s2860 # 2834
adds s2963, s2757, s2860 # 2835
adds s2758, s2963, s2963 # 2836
bit s2861 # 2837
adds s2964, s2758, s2861 # 2838
adds s2759, s2964, s2964 # 2839
bit s2862 # 2840
adds s2965, s2759, s2862 # 2841
adds s2760, s2965, s2965 # 2842
bit s2863 # 2843
adds s2966, s2760, s2863 # 2844
adds s2761, s2966, s2966 # 2845
bit s2864 # 2846
adds s2967, s2761, s2864 # 2847
adds s2762, s2967, s2967 # 2848
bit s2865 # 2849
adds s2968, s2762, s2865 # 2850
adds s2763, s2968, s2968 # 2851
bit s2866 # 2852
adds s2969, s2763, s2866 # 2853
adds s2764, s2969, s2969 # 2854
bit s2867 # 2855
adds s2970, s2764, s2867 # 2856
adds s2765, s2970, s2970 # 2857
bit s2868 # 2858
adds s2971, s2765, s2868 # 2859
adds s2766, s2971, s2971 # 2860
bit s2869 # 2861
adds s2972, s2766, s2869 # 2862
adds s2767, s2972, s2972 # 2863
bit s2870 # 2864
adds s2973, s2767, s2870 # 2865
adds s2768, s2973, s2973 # 2866
bit s2871 # 2867
adds s2974, s2768, s2871 # 2868
adds s2769, s2974, s2974 # 2869
bit s2872 # 2870
adds s2975, s2769, s2872 # 2871
adds s2770, s2975, s2975 # 2872
bit s2873 # 2873
adds s2976, s2770, s2873 # 2874
adds s2771, s2976, s2976 # 2875
bit s2874 # 2876
adds s2977, s2771, s2874 # 2877
adds s2772, s2977, s2977 # 2878
bit s2875 # 2879
adds s2978, s2772, s2875 # 2880
adds s2773, s2978, s2978 # 2881
bit s2876 # 2882
adds s2979, s2773, s2876 # 2883
adds s2774, s2979, s2979 # 2884
bit s2877 # 2885
adds s2980, s2774, s2877 # 2886
adds s2775, s2980, s2980 # 2887
bit s2878 # 2888
adds s2981, s2775, s2878 # 2889
adds s2776, s2981, s2981 # 2890
bit s2879 # 2891
adds s2982, s2776, s2879 # 2892
adds s2777, s2982, s2982 # 2893
bit s2880 # 2894
adds s2983, s2777, s2880 # 2895
adds s2778, s2983, s2983 # 2896
bit s2881 # 2897
adds s2984, s2778, s2881 # 2898
adds s2779, s2984, s2984 # 2899
bit s2882 # 2900
adds s2985, s2779, s2882 # 2901
adds s2780, s2985, s2985 # 2902
bit s2883 # 2903
adds s2986, s2780, s2883 # 2904
adds s2781, s2986, s2986 # 2905
bit s2884 # 2906
adds s2987, s2781, s2884 # 2907
adds s2782, s2987, s2987 # 2908
bit s2885 # 2909
adds s2988, s2782, s2885 # 2910
adds s2783, s2988, s2988 # 2911
bit s2886 # 2912
adds s2989, s2783, s2886 # 2913
adds s2784, s2989, s2989 # 2914
bit s2887 # 2915
adds s2990, s2784, s2887 # 2916
adds s2785, s2990, s2990 # 2917
bit s2888 # 2918
adds s2991, s2785, s2888 # 2919
adds s2786, s2991, s2991 # 2920
bit s2889 # 2921
adds s2992, s2786, s2889 # 2922
adds s2787, s2992, s2992 # 2923
bit s2890 # 2924
adds s2993, s2787, s2890 # 2925
adds s2788, s2993, s2993 # 2926
bit s2891 # 2927
adds s2994, s2788, s2891 # 2928
adds s2789, s2994, s2994 # 2929
bit s2892 # 2930
adds s2995, s2789, s2892 # 2931
adds s2790, s2995, s2995 # 2932
bit s2893 # 2933
adds s2996, s2790, s2893 # 2934
adds s2791, s2996, s2996 # 2935
bit s2894 # 2936
adds s2997, s2791, s2894 # 2937
adds s2792, s2997, s2997 # 2938
bit s2895 # 2939
adds s2998, s2792, s2895 # 2940
adds s2793, s2998, s2998 # 2941
bit s2896 # 2942
adds s2999, s2793, s2896 # 2943
adds s2794, s2999, s2999 # 2944
bit s2897 # 2945
adds s3000, s2794, s2897 # 2946
adds s2795, s3000, s3000 # 2947
bit s2898 # 2948
adds s3001, s2795, s2898 # 2949
adds s2796, s3001, s3001 # 2950
bit s2899 # 2951
adds s3002, s2796, s2899 # 2952
adds s2797, s3002, s3002 # 2953
bit s2900 # 2954
adds s3003, s2797, s2900 # 2955
adds s2798, s3003, s3003 # 2956
bit s2901 # 2957
adds s3004, s2798, s2901 # 2958
adds s2799, s3004, s3004 # 2959
bit s2902 # 2960
adds s3005, s2799, s2902 # 2961
adds s2800, s3005, s3005 # 2962
bit s2903 # 2963
adds s3006, s2800, s2903 # 2964
adds s2801, s3006, s3006 # 2965
bit s2904 # 2966
adds s3007, s2801, s2904 # 2967
adds s2802, s3007, s3007 # 2968
bit s2905 # 2969
adds s3008, s2802, s2905 # 2970
adds s2803, s3008, s3008 # 2971
bit s2906 # 2972
adds s3009, s2803, s2906 # 2973
adds s2804, s3009, s3009 # 2974
bit s2907 # 2975
adds s3010, s2804, s2907 # 2976
adds s2805, s3010, s3010 # 2977
bit s2908 # 2978
adds s3011, s2805, s2908 # 2979
adds s2806, s3011, s3011 # 2980
bit s2909 # 2981
adds s3012, s2806, s2909 # 2982
adds s2807, s3012, s3012 # 2983
bit s2910 # 2984
adds s3013, s2807, s2910 # 2985
adds s2808, s3013, s3013 # 2986
bit s2911 # 2987
adds s3014, s2808, s2911 # 2988
adds s2809, s3014, s3014 # 2989
bit s2912 # 2990
adds s3015, s2809, s2912 # 2991
adds s2810, s3015, s3015 # 2992
bit s2913 # 2993
adds s3016, s2810, s2913 # 2994
adds s2811, s3016, s3016 # 2995
bit s2914 # 2996
adds s3017, s2811, s2914 # 2997
adds s2812, s3017, s3017 # 2998
bit s2915 # 2999
adds s3018, s2812, s2915 # 3000
adds s2813, s3018, s3018 # 3001
bit s2916 # 3002
adds s3019, s2813, s2916 # 3003
adds s2814, s3019, s3019 # 3004
bit s2917 # 3005
adds s3020, s2814, s2917 # 3006
adds s2815, s3020, s3020 # 3007
bit s2918 # 3008
adds s3021, s2815, s2918 # 3009
adds s2816, s3021, s3021 # 3010
bit s2919 # 3011
adds s3022, s2816, s2919 # 3012
adds s2817, s3022, s3022 # 3013
bit s2920 # 3014
adds s3023, s2817, s2920 # 3015
adds s2818, s3023, s3023 # 3016
bit s2921 # 3017
adds s3024, s2818, s2921 # 3018
adds s2819, s3024, s3024 # 3019
bit s2922 # 3020
adds s3025, s2819, s2922 # 3021
adds s2820, s3025, s3025 # 3022
bit s2923 # 3023
adds s3026, s2820, s2923 # 3024
adds s2821, s3026, s3026 # 3025
bit s2924 # 3026
adds s3027, s2821, s2924 # 3027
adds s2822, s3027, s3027 # 3028
bit s2925 # 3029
adds s3028, s2822, s2925 # 3030
adds s2823, s3028, s3028 # 3031
bit s2926 # 3032
adds s3029, s2823, s2926 # 3033
adds s2824, s3029, s3029 # 3034
bit s2927 # 3035
adds s3030, s2824, s2927 # 3036
adds s2825, s3030, s3030 # 3037
bit s2928 # 3038
adds s3031, s2825, s2928 # 3039
adds s2826, s3031, s3031 # 3040
bit s2929 # 3041
adds s3032, s2826, s2929 # 3042
adds s2827, s3032, s3032 # 3043
bit s2930 # 3044
adds s3033, s2827, s2930 # 3045
adds s2828, s3033, s3033 # 3046
bit s2931 # 3047
adds s3034, s2828, s2931 # 3048
adds s2829, s3034, s3034 # 3049
bit s2932 # 3050
adds s3035, s2829, s2932 # 3051
adds s2830, s3035, s3035 # 3052
bit s2933 # 3053
adds s3036, s2830, s2933 # 3054
adds s2831, s3036, s3036 # 3055
bit s2934 # 3056
adds s3037, s2831, s2934 # 3057
adds s2832, s3037, s3037 # 3058
bit s2935 # 3059
adds s3038, s2832, s2935 # 3060
adds s2833, s3038, s3038 # 3061
bit s2936 # 3062
adds s3039, s2833, s2936 # 3063
adds s2834, s3039, s3039 # 3064
bit s2937 # 3065
adds s3040, s2834, s2937 # 3066
adds s2835, s3040, s3040 # 3067
bit s2938 # 3068
adds s3041, s2835, s2938 # 3069
adds s2836, s3041, s3041 # 3070
bit s2939 # 3071
adds s3042, s2836, s2939 # 3072
adds s2837, s3042, s3042 # 3073
bit s2940 # 3074
adds s3043, s2837, s2940 # 3075
adds s2838, s3043, s3043 # 3076
bit s2941 # 3077
adds s3044, s2838, s2941 # 3078
adds s2839, s3044, s3044 # 3079
bit s2942 # 3080
adds s3045, s2839, s2942 # 3081
adds s2840, s3045, s3045 # 3082
bit s2943 # 3083
adds s3046, s2840, s2943 # 3084
adds s2841, s3046, s3046 # 3085
bit s2944 # 3086
adds s3047, s2841, s2944 # 3087
adds s2842, s3047, s3047 # 3088
bit s2945 # 3089
adds s3048, s2842, s2945 # 3090
adds s2843, s3048, s3048 # 3091
bit s2946 # 3092
adds s3049, s2843, s2946 # 3093
adds s2844, s3049, s3049 # 3094
bit s2947 # 3095
adds s3050, s2844, s2947 # 3096
adds s2845, s3050, s3050 # 3097
bit s2948 # 3098
adds s3051, s2845, s2948 # 3099
adds s2846, s3051, s3051 # 3100
bit s2949 # 3101
adds s3052, s2846, s2949 # 3102
adds s2847, s3052, s3052 # 3103
bit s2950 # 3104
adds s3053, s2847, s2950 # 3105
adds s2848, s3053, s3053 # 3106
bit s2951 # 3107
adds s3054, s2848, s2951 # 3108
adds s2849, s3054, s3054 # 3109
bit s2952 # 3110
adds s3055, s2849, s2952 # 3111
adds s2850, s3055, s3055 # 3112
bit s2953 # 3113
adds s3056, s2850, s2953 # 3114
adds s2851, s3056, s3056 # 3115
bit s2954 # 3116
adds s3057, s2851, s2954 # 3117
adds s2852, s3057, s3057 # 3118
bit s2955 # 3119
adds s3058, s2852, s2955 # 3120
adds s2853, s3058, s3058 # 3121
bit s2956 # 3122
adds s3059, s2853, s2956 # 3123
adds s2854, s3059, s3059 # 3124
bit s2957 # 3125
adds s3060, s2854, s2957 # 3126
adds s2855, s3060, s3060 # 3127
bit s2958 # 3128
adds s3061, s2855, s2958 # 3129
adds s2856, s3061, s3061 # 3130
bit s2959 # 3131
adds s2743, s2856, s2959 # 3132
bit s2745 # 3133
movs s2744, s2745 # 3134
mulsi s2746, s2743, 2 # 3135
ldi c121, 8 # 3136
mulci c122, c121, 1073741824 # 3137
mulci c123, c122, 1073741824 # 3138
movc c120, c123 # 3139
addm s2747, s2741, c120 # 3140
adds s2748, s2746, s2747 # 3141
adds s2749, s2748, s2744 # 3142
startopen 1, s2749 # 3143
stopopen 1, c117 # 3144
modci c118, c117, 2 # 3145
mulci c119, c118, 2 # 3146
mulm s2750, s2745, c119 # 3147
addm s2751, s2745, c118 # 3148
subs s2742, s2751, s2750 # 3149
stms s2742, 8324 # 3150
bit s3287 # 3151
adds s3090, s3287, s3287 # 3152
bit s3189 # 3153
adds s3288, s3090, s3189 # 3154
adds s3091, s3288, s3288 # 3155
bit s3190 # 3156
adds s3289, s3091, s3190 # 3157
adds s3092, s3289, s3289 # 3158
bit s3191 # 3159
adds s3290, s3092, s3191 # 3160
adds s3093, s3290, s3290 # 3161
bit s3192 # 3162
adds s3291, s3093, s3192 # 3163
adds s3094, s3291, s3291 # 3164
bit s3193 # 3165
adds s3292, s3094, s3193 # 3166
adds s3095, s3292, s3292 # 3167
bit s3194 # 3168
adds s3293, s3095, s3194 # 3169
adds s3096, s3293, s3293 # 3170
bit s3195 # 3171
adds s3294, s3096, s3195 # 3172
adds s3097, s3294, s3294 # 3173
bit s3196 # 3174
adds s3295, s3097, s3196 # 3175
adds s3098, s3295, s3295 # 3176
bit s3197 # 3177
adds s3296, s3098, s3197 # 3178
adds s3099, s3296, s3296 # 3179
bit s3198 # 3180
adds s3297, s3099, s3198 # 3181
adds s3100, s3297, s3297 # 3182
bit s3199 # 3183
adds s3298, s3100, s3199 # 3184
adds s3101, s3298, s3298 # 3185
bit s3200 # 3186
adds s3299, s3101, s3200 # 3187
adds s3102, s3299, s3299 # 3188
bit s3201 # 3189
adds s3300, s3102, s3201 # 3190
adds s3103, s3300, s3300 # 3191
bit s3202 # 3192
adds s3301, s3103, s3202 # 3193
adds s3104, s3301, s3301 # 3194
bit s3203 # 3195
adds s3302, s3104, s3203 # 3196
adds s3105, s3302, s3302 # 3197
bit s3204 # 3198
adds s3303, s3105, s3204 # 3199
adds s3106, s3303, s3303 # 3200
bit s3205 # 3201
adds s3304, s3106, s3205 # 3202
adds s3107, s3304, s3304 # 3203
bit s3206 # 3204
adds s3305, s3107, s3206 # 3205
adds s3108, s3305, s3305 # 3206
bit s3207 # 3207
adds s3306, s3108, s3207 # 3208
adds s3109, s3306, s3306 # 3209
bit s3208 # 3210
adds s3307, s3109, s3208 # 3211
adds s3110, s3307, s3307 # 3212
bit s3209 # 3213
adds s3308, s3110, s3209 # 3214
adds s3111, s3308, s3308 # 3215
bit s3210 # 3216
adds s3309, s3111, s3210 # 3217
adds s3112, s3309, s3309 # 3218
bit s3211 # 3219
adds s3310, s3112, s3211 # 3220
adds s3113, s3310, s3310 # 3221
bit s3212 # 3222
adds s3311, s3113, s3212 # 3223
adds s3114, s3311, s3311 # 3224
bit s3213 # 3225
adds s3312, s3114, s3213 # 3226
adds s3115, s3312, s3312 # 3227
bit s3214 # 3228
adds s3313, s3115, s3214 # 3229
adds s3116, s3313, s3313 # 3230
bit s3215 # 3231
adds s3314, s3116, s3215 # 3232
adds s3117, s3314, s3314 # 3233
bit s3216 # 3234
adds s3315, s3117, s3216 # 3235
adds s3118, s3315, s3315 # 3236
bit s3217 # 3237
adds s3316, s3118, s3217 # 3238
adds s3119, s3316, s3316 # 3239
bit s3218 # 3240
adds s3317, s3119, s3218 # 3241
adds s3120, s3317, s3317 # 3242
bit s3219 # 3243
adds s3318, s3120, s3219 # 3244
adds s3121, s3318, s3318 # 3245
bit s3220 # 3246
adds s3319, s3121, s3220 # 3247
adds s3122, s3319, s3319 # 3248
bit s3221 # 3249
adds s3320, s3122, s3221 # 3250
adds s3123, s3320, s3320 # 3251
bit s3222 # 3252
adds s3321, s3123, s3222 # 3253
adds s3124, s3321, s3321 # 3254
bit s3223 # 3255
adds s3322, s3124, s3223 # 3256
adds s3125, s3322, s3322 # 3257
bit s3224 # 3258
adds s3323, s3125, s3224 # 3259
adds s3126, s3323, s3323 # 3260
bit s3225 # 3261
adds s3324, s3126, s3225 # 3262
adds s3127, s3324, s3324 # 3263
bit s3226 # 3264
adds s3325, s3127, s3226 # 3265
adds s3128, s3325, s3325 # 3266
bit s3227 # 3267
adds s3326, s3128, s3227 # 3268
adds s3129, s3326, s3326 # 3269
bit s3228 # 3270
adds s3327, s3129, s3228 # 3271
adds s3130, s3327, s3327 # 3272
bit s3229 # 3273
adds s3328, s3130, s3229 # 3274
adds s3131, s3328, s3328 # 3275
bit s3230 # 3276
adds s3329, s3131, s3230 # 3277
adds s3132, s3329, s3329 # 3278
bit s3231 # 3279
adds s3330, s3132, s3231 # 3280
adds s3133, s3330, s3330 # 3281
bit s3232 # 3282
adds s3331, s3133, s3232 # 3283
adds s3134, s3331, s3331 # 3284
bit s3233 # 3285
adds s3332, s3134, s3233 # 3286
adds s3135, s3332, s3332 # 3287
bit s3234 # 3288
adds s3333, s3135, s3234 # 3289
adds s3136, s3333, s3333 # 3290
bit s3235 # 3291
adds s3334, s3136, s3235 # 3292
adds s3137, s3334, s3334 # 3293
bit s3236 # 3294
adds s3335, s3137, s3236 # 3295
adds s3138, s3335, s3335 # 3296
bit s3237 # 3297
adds s3336, s3138, s3237 # 3298
adds s3139, s3336, s3336 # 3299
bit s3238 # 3300
adds s3337, s3139, s3238 # 3301
adds s3140, s3337, s3337 # 3302
bit s3239 # 3303
adds s3338, s3140, s3239 # 3304
adds s3141, s3338, s3338 # 3305
bit s3240 # 3306
adds s3339, s3141, s3240 # 3307
adds s3142, s3339, s3339 # 3308
bit s3241 # 3309
adds s3340, s3142, s3241 # 3310
adds s3143, s3340, s3340 # 3311
bit s3242 # 3312
adds s3341, s3143, s3242 # 3313
adds s3144, s3341, s3341 # 3314
bit s3243 # 3315
adds s3342, s3144, s3243 # 3316
adds s3145, s3342, s3342 # 3317
bit s3244 # 3318
adds s3343, s3145, s3244 # 3319
adds s3146, s3343, s3343 # 3320
bit s3245 # 3321
adds s3344, s3146, s3245 # 3322
adds s3147, s3344, s3344 # 3323
bit s3246 # 3324
adds s3345, s3147, s3246 # 3325
adds s3148, s3345, s3345 # 3326
bit s3247 # 3327
adds s3346, s3148, s3247 # 3328
adds s3149, s3346, s3346 # 3329
bit s3248 # 3330
adds s3347, s3149, s3248 # 3331
adds s3150, s3347, s3347 # 3332
bit s3249 # 3333
adds s3348, s3150, s3249 # 3334
adds s3151, s3348, s3348 # 3335
bit s3250 # 3336
adds s3349, s3151, s3250 # 3337
adds s3152, s3349, s3349 # 3338
bit s3251 # 3339
adds s3350, s3152, s3251 # 3340
adds s3153, s3350, s3350 # 3341
bit s3252 # 3342
adds s3351, s3153, s3252 # 3343
adds s3154, s3351, s3351 # 3344
bit s3253 # 3345
adds s3352, s3154, s3253 # 3346
adds s3155, s3352, s3352 # 3347
bit s3254 # 3348
adds s3353, s3155, s3254 # 3349
adds s3156, s3353, s3353 # 3350
bit s3255 # 3351
adds s3354, s3156, s3255 # 3352
adds s3157, s3354, s3354 # 3353
bit s3256 # 3354
adds s3355, s3157, s3256 # 3355
adds s3158, s3355, s3355 # 3356
bit s3257 # 3357
adds s3356, s3158, s3257 # 3358
adds s3159, s3356, s3356 # 3359
bit s3258 # 3360
adds s3357, s3159, s3258 # 3361
adds s3160, s3357, s3357 # 3362
bit s3259 # 3363
adds s3358, s3160, s3259 # 3364
adds s3161, s3358, s3358 # 3365
bit s3260 # 3366
adds s3359, s3161, s3260 # 3367
adds s3162, s3359, s3359 # 3368
bit s3261 # 3369
adds s3360, s3162, s3261 # 3370
adds s3163, s3360, s3360 # 3371
bit s3262 # 3372
adds s3361, s3163, s3262 # 3373
adds s3164, s3361, s3361 # 3374
bit s3263 # 3375
adds s3362, s3164, s3263 # 3376
adds s3165, s3362, s3362 # 3377
bit s3264 # 3378
adds s3363, s3165, s3264 # 3379
adds s3166, s3363, s3363 # 3380
bit s3265 # 3381
adds s3364, s3166, s3265 # 3382
adds s3167, s3364, s3364 # 3383
bit s3266 # 3384
adds s3365, s3167, s3266 # 3385
adds s3168, s3365, s3365 # 3386
bit s3267 # 3387
adds s3366, s3168, s3267 # 3388
adds s3169, s3366, s3366 # 3389
bit s3268 # 3390
adds s3367, s3169, s3268 # 3391
adds s3170, s3367, s3367 # 3392
bit s3269 # 3393
adds s3368, s3170, s3269 # 3394
adds s3171, s3368, s3368 # 3395
bit s3270 # 3396
adds s3369, s3171, s3270 # 3397
adds s3172, s3369, s3369 # 3398
bit s3271 # 3399
adds s3370, s3172, s3271 # 3400
adds s3173, s3370, s3370 # 3401
bit s3272 # 3402
adds s3371, s3173, s3272 # 3403
adds s3174, s3371, s3371 # 3404
bit s3273 # 3405
adds s3372, s3174, s3273 # 3406
adds s3175, s3372, s3372 # 3407
bit s3274 # 3408
adds s3373, s3175, s3274 # 3409
adds s3176, s3373, s3373 # 3410
bit s3275 # 3411
adds s3374, s3176, s3275 # 3412
adds s3177, s3374, s3374 # 3413
bit s3276 # 3414
adds s3375, s3177, s3276 # 3415
adds s3178, s3375, s3375 # 3416
bit s3277 # 3417
adds s3376, s3178, s3277 # 3418
adds s3179, s3376, s3376 # 3419
bit s3278 # 3420
adds s3377, s3179, s3278 # 3421
adds s3180, s3377, s3377 # 3422
bit s3279 # 3423
adds s3378, s3180, s3279 # 3424
adds s3181, s3378, s3378 # 3425
bit s3280 # 3426
adds s3379, s3181, s3280 # 3427
adds s3182, s3379, s3379 # 3428
bit s3281 # 3429
adds s3380, s3182, s3281 # 3430
adds s3183, s3380, s3380 # 3431
bit s3282 # 3432
adds s3381, s3183, s3282 # 3433
adds s3184, s3381, s3381 # 3434
bit s3283 # 3435
adds s3382, s3184, s3283 # 3436
adds s3185, s3382, s3382 # 3437
bit s3284 # 3438
adds s3383, s3185, s3284 # 3439
adds s3186, s3383, s3383 # 3440
bit s3285 # 3441
adds s3384, s3186, s3285 # 3442
adds s3187, s3384, s3384 # 3443
bit s3286 # 3444
adds s3064, s3187, s3286 # 3445
bit s3070 # 3446
adds s3081, s3070, s3070 # 3447
bit s3069 # 3448
adds s3082, s3081, s3069 # 3449
adds s3083, s3082, s3082 # 3450
bit s3068 # 3451
adds s3084, s3083, s3068 # 3452
adds s3085, s3084, s3084 # 3453
bit s3067 # 3454
adds s3086, s3085, s3067 # 3455
adds s3087, s3086, s3086 # 3456
bit s3066 # 3457
adds s3088, s3087, s3066 # 3458
movs s3065, s3088 # 3459
ldi c128, 32 # 3460
movc c126, c128 # 3461
mulm s3073, s3064, c126 # 3462
ldi c129, 8 # 3463
mulci c130, c129, 1073741824 # 3464
mulci c131, c130, 1073741824 # 3465
movc c127, c131 # 3466
addm s3074, s3, c127 # 3467
adds s3075, s3073, s3074 # 3468
adds s3076, s3075, s3065 # 3469
startopen 1, s3076 # 3470
stopopen 1, c124 # 3471
modc c125, c124, c126 # 3472
modci c132, c125, 2 # 3473
subc c138, c125, c132 # 3474
mulc c143, c138, c38 # 3475
modci c133, c143, 2 # 3476
subc c139, c143, c133 # 3477
mulc c144, c139, c38 # 3478
modci c134, c144, 2 # 3479
subc c140, c144, c134 # 3480
mulc c145, c140, c38 # 3481
modci c135, c145, 2 # 3482
subc c141, c145, c135 # 3483
mulc c146, c141, c38 # 3484
modci c136, c146, 2 # 3485
subsfi s3386, s3066, 1 # 3486
subsfi s3387, s3067, 1 # 3487
subsfi s3388, s3068, 1 # 3488
subsfi s3389, s3069, 1 # 3489
subsfi s3390, s3070, 1 # 3490
mulm s3402, s3390, c136 # 3491
mulsi s3407, s3402, 2 # 3492
addm s3412, s3390, c136 # 3493
subs s3417, s3412, s3407 # 3494
mulm s3403, s3389, c135 # 3495
mulsi s3408, s3403, 2 # 3496
addm s3413, s3389, c135 # 3497
subs s3418, s3413, s3408 # 3498
mulm s3404, s3388, c134 # 3499
mulsi s3409, s3404, 2 # 3500
addm s3414, s3388, c134 # 3501
subs s3419, s3414, s3409 # 3502
mulm s3405, s3387, c133 # 3503
mulsi s3410, s3405, 2 # 3504
addm s3415, s3387, c133 # 3505
subs s3420, s3415, s3410 # 3506
mulm s3406, s3386, c132 # 3507
mulsi s3411, s3406, 2 # 3508
addm s3416, s3386, c132 # 3509
subs s3421, s3416, s3411 # 3510
mulsi s3422, s3421, 1 # 3511
adds s3423, s3406, s3422 # 3512
triple s3428, s3429, s3430 # 3513
subs s3431, s3418, s3428 # 3514
subs s3432, s3419, s3429 # 3515
startopen 2, s3431, s3432 # 3516
stopopen 2, c147, c148 # 3517
mulm s3433, s3429, c147 # 3518
mulm s3434, s3428, c148 # 3519
mulc c149, c147, c148 # 3520
adds s3435, s3430, s3433 # 3521
adds s3436, s3435, s3434 # 3522
addm s3425, s3436, c149 # 3523
triple s3437, s3438, s3439 # 3524
subs s3440, s3418, s3437 # 3525
subs s3441, s3404, s3438 # 3526
startopen 2, s3440, s3441 # 3527
stopopen 2, c150, c151 # 3528
mulm s3442, s3438, c150 # 3529
mulm s3443, s3437, c151 # 3530
mulc c152, c150, c151 # 3531
adds s3444, s3439, s3442 # 3532
adds s3445, s3444, s3443 # 3533
addm s3426, s3445, c152 # 3534
adds s3427, s3403, s3426 # 3535
triple s3449, s3450, s3451 # 3536
subs s3452, s3420, s3449 # 3537
subs s3453, s3423, s3450 # 3538
startopen 2, s3452, s3453 # 3539
stopopen 2, c153, c154 # 3540
mulm s3454, s3450, c153 # 3541
mulm s3455, s3449, c154 # 3542
mulc c155, c153, c154 # 3543
adds s3456, s3451, s3454 # 3544
adds s3457, s3456, s3455 # 3545
addm s3447, s3457, c155 # 3546
adds s3448, s3405, s3447 # 3547
triple s3461, s3462, s3463 # 3548
subs s3464, s3425, s3461 # 3549
subs s3465, s3448, s3462 # 3550
startopen 2, s3464, s3465 # 3551
stopopen 2, c156, c157 # 3552
mulm s3466, s3462, c156 # 3553
mulm s3467, s3461, c157 # 3554
mulc c158, c156, c157 # 3555
adds s3468, s3463, s3466 # 3556
adds s3469, s3468, s3467 # 3557
addm s3459, s3469, c158 # 3558
adds s3460, s3427, s3459 # 3559
triple s3473, s3474, s3475 # 3560
subs s3476, s3417, s3473 # 3561
subs s3477, s3460, s3474 # 3562
startopen 2, s3476, s3477 # 3563
stopopen 2, c159, c160 # 3564
mulm s3478, s3474, c159 # 3565
mulm s3479, s3473, c160 # 3566
mulc c161, c159, c160 # 3567
adds s3480, s3475, s3478 # 3568
adds s3481, s3480, s3479 # 3569
addm s3471, s3481, c161 # 3570
adds s3472, s3402, s3471 # 3571
movs s3396, s3472 # 3572
subsfi s3072, s3396, 1 # 3573
mulm s3077, s3072, c126 # 3574
submr s3078, c125, s3065 # 3575
adds s3063, s3078, s3077 # 3576
subs s3482, s3, s3063 # 3577
ldi c162, 1 # 3578
divci c163, c162, 32 # 3579
mulm s3483, s3482, c163 # 3580
bit s3702 # 3581
adds s3497, s3702, s3702 # 3582
bit s3600 # 3583
adds s3703, s3497, s3600 # 3584
adds s3498, s3703, s3703 # 3585
bit s3601 # 3586
adds s3704, s3498, s3601 # 3587
adds s3499, s3704, s3704 # 3588
bit s3602 # 3589
adds s3705, s3499, s3602 # 3590
adds s3500, s3705, s3705 # 3591
bit s3603 # 3592
adds s3706, s3500, s3603 # 3593
adds s3501, s3706, s3706 # 3594
bit s3604 # 3595
adds s3707, s3501, s3604 # 3596
adds s3502, s3707, s3707 # 3597
bit s3605 # 3598
adds s3708, s3502, s3605 # 3599
adds s3503, s3708, s3708 # 3600
bit s3606 # 3601
adds s3709, s3503, s3606 # 3602
adds s3504, s3709, s3709 # 3603
bit s3607 # 3604
adds s3710, s3504, s3607 # 3605
adds s3505, s3710, s3710 # 3606
bit s3608 # 3607
adds s3711, s3505, s3608 # 3608
adds s3506, s3711, s3711 # 3609
bit s3609 # 3610
adds s3712, s3506, s3609 # 3611
adds s3507, s3712, s3712 # 3612
bit s3610 # 3613
adds s3713, s3507, s3610 # 3614
adds s3508, s3713, s3713 # 3615
bit s3611 # 3616
adds s3714, s3508, s3611 # 3617
adds s3509, s3714, s3714 # 3618
bit s3612 # 3619
adds s3715, s3509, s3612 # 3620
adds s3510, s3715, s3715 # 3621
bit s3613 # 3622
adds s3716, s3510, s3613 # 3623
adds s3511, s3716, s3716 # 3624
bit s3614 # 3625
adds s3717, s3511, s3614 # 3626
adds s3512, s3717, s3717 # 3627
bit s3615 # 3628
adds s3718, s3512, s3615 # 3629
adds s3513, s3718, s3718 # 3630
bit s3616 # 3631
adds s3719, s3513, s3616 # 3632
adds s3514, s3719, s3719 # 3633
bit s3617 # 3634
adds s3720, s3514, s3617 # 3635
adds s3515, s3720, s3720 # 3636
bit s3618 # 3637
adds s3721, s3515, s3618 # 3638
adds s3516, s3721, s3721 # 3639
bit s3619 # 3640
adds s3722, s3516, s3619 # 3641
adds s3517, s3722, s3722 # 3642
bit s3620 # 3643
adds s3723, s3517, s3620 # 3644
adds s3518, s3723, s3723 # 3645
bit s3621 # 3646
adds s3724, s3518, s3621 # 3647
adds s3519, s3724, s3724 # 3648
bit s3622 # 3649
adds s3725, s3519, s3622 # 3650
adds s3520, s3725, s3725 # 3651
bit s3623 # 3652
adds s3726, s3520, s3623 # 3653
adds s3521, s3726, s3726 # 3654
bit s3624 # 3655
adds s3727, s3521, s3624 # 3656
adds s3522, s3727, s3727 # 3657
bit s3625 # 3658
adds s3728, s3522, s3625 # 3659
adds s3523, s3728, s3728 # 3660
bit s3626 # 3661
adds s3729, s3523, s3626 # 3662
adds s3524, s3729, s3729 # 3663
bit s3627 # 3664
adds s3730, s3524, s3627 # 3665
adds s3525, s3730, s3730 # 3666
bit s3628 # 3667
adds s3731, s3525, s3628 # 3668
adds s3526, s3731, s3731 # 3669
bit s3629 # 3670
adds s3732, s3526, s3629 # 3671
adds s3527, s3732, s3732 # 3672
bit s3630 # 3673
adds s3733, s3527, s3630 # 3674
adds s3528, s3733, s3733 # 3675
bit s3631 # 3676
adds s3734, s3528, s3631 # 3677
adds s3529, s3734, s3734 # 3678
bit s3632 # 3679
adds s3735, s3529, s3632 # 3680
adds s3530, s3735, s3735 # 3681
bit s3633 # 3682
adds s3736, s3530, s3633 # 3683
adds s3531, s3736, s3736 # 3684
bit s3634 # 3685
adds s3737, s3531, s3634 # 3686
adds s3532, s3737, s3737 # 3687
bit s3635 # 3688
adds s3738, s3532, s3635 # 3689
adds s3533, s3738, s3738 # 3690
bit s3636 # 3691
adds s3739, s3533, s3636 # 3692
adds s3534, s3739, s3739 # 3693
bit s3637 # 3694
adds s3740, s3534, s3637 # 3695
adds s3535, s3740, s3740 # 3696
bit s3638 # 3697
adds s3741, s3535, s3638 # 3698
adds s3536, s3741, s3741 # 3699
bit s3639 # 3700
adds s3742, s3536, s3639 # 3701
adds s3537, s3742, s3742 # 3702
bit s3640 # 3703
adds s3743, s3537, s3640 # 3704
adds s3538, s3743, s3743 # 3705
bit s3641 # 3706
adds s3744, s3538, s3641 # 3707
adds s3539, s3744, s3744 # 3708
bit s3642 # 3709
adds s3745, s3539, s3642 # 3710
adds s3540, s3745, s3745 # 3711
bit s3643 # 3712
adds s3746, s3540, s3643 # 3713
adds s3541, s3746, s3746 # 3714
bit s3644 # 3715
adds s3747, s3541, s3644 # 3716
adds s3542, s3747, s3747 # 3717
bit s3645 # 3718
adds s3748, s3542, s3645 # 3719
adds s3543, s3748, s3748 # 3720
bit s3646 # 3721
adds s3749, s3543, s3646 # 3722
adds s3544, s3749, s3749 # 3723
bit s3647 # 3724
adds s3750, s3544, s3647 # 3725
adds s3545, s3750, s3750 # 3726
bit s3648 # 3727
adds s3751, s3545, s3648 # 3728
adds s3546, s3751, s3751 # 3729
bit s3649 # 3730
adds s3752, s3546, s3649 # 3731
adds s3547, s3752, s3752 # 3732
bit s3650 # 3733
adds s3753, s3547, s3650 # 3734
adds s3548, s3753, s3753 # 3735
bit s3651 # 3736
adds s3754, s3548, s3651 # 3737
adds s3549, s3754, s3754 # 3738
bit s3652 # 3739
adds s3755, s3549, s3652 # 3740
adds s3550, s3755, s3755 # 3741
bit s3653 # 3742
adds s3756, s3550, s3653 # 3743
adds s3551, s3756, s3756 # 3744
bit s3654 # 3745
adds s3757, s3551, s3654 # 3746
adds s3552, s3757, s3757 # 3747
bit s3655 # 3748
adds s3758, s3552, s3655 # 3749
adds s3553, s3758, s3758 # 3750
bit s3656 # 3751
adds s3759, s3553, s3656 # 3752
adds s3554, s3759, s3759 # 3753
bit s3657 # 3754
adds s3760, s3554, s3657 # 3755
adds s3555, s3760, s3760 # 3756
bit s3658 # 3757
adds s3761, s3555, s3658 # 3758
adds s3556, s3761, s3761 # 3759
bit s3659 # 3760
adds s3762, s3556, s3659 # 3761
adds s3557, s3762, s3762 # 3762
bit s3660 # 3763
adds s3763, s3557, s3660 # 3764
adds s3558, s3763, s3763 # 3765
bit s3661 # 3766
adds s3764, s3558, s3661 # 3767
adds s3559, s3764, s3764 # 3768
bit s3662 # 3769
adds s3765, s3559, s3662 # 3770
adds s3560, s3765, s3765 # 3771
bit s3663 # 3772
adds s3766, s3560, s3663 # 3773
adds s3561, s3766, s3766 # 3774
bit s3664 # 3775
adds s3767, s3561, s3664 # 3776
adds s3562, s3767, s3767 # 3777
bit s3665 # 3778
adds s3768, s3562, s3665 # 3779
adds s3563, s3768, s3768 # 3780
bit s3666 # 3781
adds s3769, s3563, s3666 # 3782
adds s3564, s3769, s3769 # 3783
bit s3667 # 3784
adds s3770, s3564, s3667 # 3785
adds s3565, s3770, s3770 # 3786
bit s3668 # 3787
adds s3771, s3565, s3668 # 3788
adds s3566, s3771, s3771 # 3789
bit s3669 # 3790
adds s3772, s3566, s3669 # 3791
adds s3567, s3772, s3772 # 3792
bit s3670 # 3793
adds s3773, s3567, s3670 # 3794
adds s3568, s3773, s3773 # 3795
bit s3671 # 3796
adds s3774, s3568, s3671 # 3797
adds s3569, s3774, s3774 # 3798
bit s3672 # 3799
adds s3775, s3569, s3672 # 3800
adds s3570, s3775, s3775 # 3801
bit s3673 # 3802
adds s3776, s3570, s3673 # 3803
adds s3571, s3776, s3776 # 3804
bit s3674 # 3805
adds s3777, s3571, s3674 # 3806
adds s3572, s3777, s3777 # 3807
bit s3675 # 3808
adds s3778, s3572, s3675 # 3809
adds s3573, s3778, s3778 # 3810
bit s3676 # 3811
adds s3779, s3573, s3676 # 3812
adds s3574, s3779, s3779 # 3813
bit s3677 # 3814
adds s3780, s3574, s3677 # 3815
adds s3575, s3780, s3780 # 3816
bit s3678 # 3817
adds s3781, s3575, s3678 # 3818
adds s3576, s3781, s3781 # 3819
bit s3679 # 3820
adds s3782, s3576, s3679 # 3821
adds s3577, s3782, s3782 # 3822
bit s3680 # 3823
adds s3783, s3577, s3680 # 3824
adds s3578, s3783, s3783 # 3825
bit s3681 # 3826
adds s3784, s3578, s3681 # 3827
adds s3579, s3784, s3784 # 3828
bit s3682 # 3829
adds s3785, s3579, s3682 # 3830
adds s3580, s3785, s3785 # 3831
bit s3683 # 3832
adds s3786, s3580, s3683 # 3833
adds s3581, s3786, s3786 # 3834
bit s3684 # 3835
adds s3787, s3581, s3684 # 3836
adds s3582, s3787, s3787 # 3837
bit s3685 # 3838
adds s3788, s3582, s3685 # 3839
adds s3583, s3788, s3788 # 3840
bit s3686 # 3841
adds s3789, s3583, s3686 # 3842
adds s3584, s3789, s3789 # 3843
bit s3687 # 3844
adds s3790, s3584, s3687 # 3845
adds s3585, s3790, s3790 # 3846
bit s3688 # 3847
adds s3791, s3585, s3688 # 3848
adds s3586, s3791, s3791 # 3849
bit s3689 # 3850
adds s3792, s3586, s3689 # 3851
adds s3587, s3792, s3792 # 3852
bit s3690 # 3853
adds s3793, s3587, s3690 # 3854
adds s3588, s3793, s3793 # 3855
bit s3691 # 3856
adds s3794, s3588, s3691 # 3857
adds s3589, s3794, s3794 # 3858
bit s3692 # 3859
adds s3795, s3589, s3692 # 3860
adds s3590, s3795, s3795 # 3861
bit s3693 # 3862
adds s3796, s3590, s3693 # 3863
adds s3591, s3796, s3796 # 3864
bit s3694 # 3865
adds s3797, s3591, s3694 # 3866
adds s3592, s3797, s3797 # 3867
bit s3695 # 3868
adds s3798, s3592, s3695 # 3869
adds s3593, s3798, s3798 # 3870
bit s3696 # 3871
adds s3799, s3593, s3696 # 3872
adds s3594, s3799, s3799 # 3873
bit s3697 # 3874
adds s3800, s3594, s3697 # 3875
adds s3595, s3800, s3800 # 3876
bit s3698 # 3877
adds s3801, s3595, s3698 # 3878
adds s3596, s3801, s3801 # 3879
bit s3699 # 3880
adds s3802, s3596, s3699 # 3881
adds s3597, s3802, s3802 # 3882
bit s3700 # 3883
adds s3803, s3597, s3700 # 3884
adds s3598, s3803, s3803 # 3885
bit s3701 # 3886
adds s3485, s3598, s3701 # 3887
bit s3487 # 3888
movs s3486, s3487 # 3889
mulsi s3488, s3485, 2 # 3890
ldi c168, 8 # 3891
mulci c169, c168, 1073741824 # 3892
mulci c170, c169, 1073741824 # 3893
movc c167, c170 # 3894
addm s3489, s3483, c167 # 3895
adds s3490, s3488, s3489 # 3896
adds s3491, s3490, s3486 # 3897
startopen 1, s3491 # 3898
stopopen 1, c164 # 3899
modci c165, c164, 2 # 3900
mulci c166, c165, 2 # 3901
mulm s3492, s3487, c166 # 3902
addm s3493, s3487, c165 # 3903
subs s3484, s3493, s3492 # 3904
stms s3484, 8325 # 3905
bit s4030 # 3906
adds s3835, s4030, s4030 # 3907
bit s3933 # 3908
adds s4031, s3835, s3933 # 3909
adds s3836, s4031, s4031 # 3910
bit s3934 # 3911
adds s4032, s3836, s3934 # 3912
adds s3837, s4032, s4032 # 3913
bit s3935 # 3914
adds s4033, s3837, s3935 # 3915
adds s3838, s4033, s4033 # 3916
bit s3936 # 3917
adds s4034, s3838, s3936 # 3918
adds s3839, s4034, s4034 # 3919
bit s3937 # 3920
adds s4035, s3839, s3937 # 3921
adds s3840, s4035, s4035 # 3922
bit s3938 # 3923
adds s4036, s3840, s3938 # 3924
adds s3841, s4036, s4036 # 3925
bit s3939 # 3926
adds s4037, s3841, s3939 # 3927
adds s3842, s4037, s4037 # 3928
bit s3940 # 3929
adds s4038, s3842, s3940 # 3930
adds s3843, s4038, s4038 # 3931
bit s3941 # 3932
adds s4039, s3843, s3941 # 3933
adds s3844, s4039, s4039 # 3934
bit s3942 # 3935
adds s4040, s3844, s3942 # 3936
adds s3845, s4040, s4040 # 3937
bit s3943 # 3938
adds s4041, s3845, s3943 # 3939
adds s3846, s4041, s4041 # 3940
bit s3944 # 3941
adds s4042, s3846, s3944 # 3942
adds s3847, s4042, s4042 # 3943
bit s3945 # 3944
adds s4043, s3847, s3945 # 3945
adds s3848, s4043, s4043 # 3946
bit s3946 # 3947
adds s4044, s3848, s3946 # 3948
adds s3849, s4044, s4044 # 3949
bit s3947 # 3950
adds s4045, s3849, s3947 # 3951
adds s3850, s4045, s4045 # 3952
bit s3948 # 3953
adds s4046, s3850, s3948 # 3954
adds s3851, s4046, s4046 # 3955
bit s3949 # 3956
adds s4047, s3851, s3949 # 3957
adds s3852, s4047, s4047 # 3958
bit s3950 # 3959
adds s4048, s3852, s3950 # 3960
adds s3853, s4048, s4048 # 3961
bit s3951 # 3962
adds s4049, s3853, s3951 # 3963
adds s3854, s4049, s4049 # 3964
bit s3952 # 3965
adds s4050, s3854, s3952 # 3966
adds s3855, s4050, s4050 # 3967
bit s3953 # 3968
adds s4051, s3855, s3953 # 3969
adds s3856, s4051, s4051 # 3970
bit s3954 # 3971
adds s4052, s3856, s3954 # 3972
adds s3857, s4052, s4052 # 3973
bit s3955 # 3974
adds s4053, s3857, s3955 # 3975
adds s3858, s4053, s4053 # 3976
bit s3956 # 3977
adds s4054, s3858, s3956 # 3978
adds s3859, s4054, s4054 # 3979
bit s3957 # 3980
adds s4055, s3859, s3957 # 3981
adds s3860, s4055, s4055 # 3982
bit s3958 # 3983
adds s4056, s3860, s3958 # 3984
adds s3861, s4056, s4056 # 3985
bit s3959 # 3986
adds s4057, s3861, s3959 # 3987
adds s3862, s4057, s4057 # 3988
bit s3960 # 3989
adds s4058, s3862, s3960 # 3990
adds s3863, s4058, s4058 # 3991
bit s3961 # 3992
adds s4059, s3863, s3961 # 3993
adds s3864, s4059, s4059 # 3994
bit s3962 # 3995
adds s4060, s3864, s3962 # 3996
adds s3865, s4060, s4060 # 3997
bit s3963 # 3998
adds s4061, s3865, s3963 # 3999
adds s3866, s4061, s4061 # 4000
bit s3964 # 4001
adds s4062, s3866, s3964 # 4002
adds s3867, s4062, s4062 # 4003
bit s3965 # 4004
adds s4063, s3867, s3965 # 4005
adds s3868, s4063, s4063 # 4006
bit s3966 # 4007
adds s4064, s3868, s3966 # 4008
adds s3869, s4064, s4064 # 4009
bit s3967 # 4010
adds s4065, s3869, s3967 # 4011
adds s3870, s4065, s4065 # 4012
bit s3968 # 4013
adds s4066, s3870, s3968 # 4014
adds s3871, s4066, s4066 # 4015
bit s3969 # 4016
adds s4067, s3871, s3969 # 4017
adds s3872, s4067, s4067 # 4018
bit s3970 # 4019
adds s4068, s3872, s3970 # 4020
adds s3873, s4068, s4068 # 4021
bit s3971 # 4022
adds s4069, s3873, s3971 # 4023
adds s3874, s4069, s4069 # 4024
bit s3972 # 4025
adds s4070, s3874, s3972 # 4026
adds s3875, s4070, s4070 # 4027
bit s3973 # 4028
adds s4071, s3875, s3973 # 4029
adds s3876, s4071, s4071 # 4030
bit s3974 # 4031
adds s4072, s3876, s3974 # 4032
adds s3877, s4072, s4072 # 4033
bit s3975 # 4034
adds s4073, s3877, s3975 # 4035
adds s3878, s4073, s4073 # 4036
bit s3976 # 4037
adds s4074, s3878, s3976 # 4038
adds s3879, s4074, s4074 # 4039
bit s3977 # 4040
adds s4075, s3879, s3977 # 4041
adds s3880, s4075, s4075 # 4042
bit s3978 # 4043
adds s4076, s3880, s3978 # 4044
adds s3881, s4076, s4076 # 4045
bit s3979 # 4046
adds s4077, s3881, s3979 # 4047
adds s3882, s4077, s4077 # 4048
bit s3980 # 4049
adds s4078, s3882, s3980 # 4050
adds s3883, s4078, s4078 # 4051
bit s3981 # 4052
adds s4079, s3883, s3981 # 4053
adds s3884, s4079, s4079 # 4054
bit s3982 # 4055
adds s4080, s3884, s3982 # 4056
adds s3885, s4080, s4080 # 4057
bit s3983 # 4058
adds s4081, s3885, s3983 # 4059
adds s3886, s4081, s4081 # 4060
bit s3984 # 4061
adds s4082, s3886, s3984 # 4062
adds s3887, s4082, s4082 # 4063
bit s3985 # 4064
adds s4083, s3887, s3985 # 4065
adds s3888, s4083, s4083 # 4066
bit s3986 # 4067
adds s4084, s3888, s3986 # 4068
adds s3889, s4084, s4084 # 4069
bit s3987 # 4070
adds s4085, s3889, s3987 # 4071
adds s3890, s4085, s4085 # 4072
bit s3988 # 4073
adds s4086, s3890, s3988 # 4074
adds s3891, s4086, s4086 # 4075
bit s3989 # 4076
adds s4087, s3891, s3989 # 4077
adds s3892, s4087, s4087 # 4078
bit s3990 # 4079
adds s4088, s3892, s3990 # 4080
adds s3893, s4088, s4088 # 4081
bit s3991 # 4082
adds s4089, s3893, s3991 # 4083
adds s3894, s4089, s4089 # 4084
bit s3992 # 4085
adds s4090, s3894, s3992 # 4086
adds s3895, s4090, s4090 # 4087
bit s3993 # 4088
adds s4091, s3895, s3993 # 4089
adds s3896, s4091, s4091 # 4090
bit s3994 # 4091
adds s4092, s3896, s3994 # 4092
adds s3897, s4092, s4092 # 4093
bit s3995 # 4094
adds s4093, s3897, s3995 # 4095
adds s3898, s4093, s4093 # 4096
bit s3996 # 4097
adds s4094, s3898, s3996 # 4098
adds s3899, s4094, s4094 # 4099
bit s3997 # 4100
adds s4095, s3899, s3997 # 4101
adds s3900, s4095, s4095 # 4102
bit s3998 # 4103
adds s4096, s3900, s3998 # 4104
adds s3901, s4096, s4096 # 4105
bit s3999 # 4106
adds s4097, s3901, s3999 # 4107
adds s3902, s4097, s4097 # 4108
bit s4000 # 4109
adds s4098, s3902, s4000 # 4110
adds s3903, s4098, s4098 # 4111
bit s4001 # 4112
adds s4099, s3903, s4001 # 4113
adds s3904, s4099, s4099 # 4114
bit s4002 # 4115
adds s4100, s3904, s4002 # 4116
adds s3905, s4100, s4100 # 4117
bit s4003 # 4118
adds s4101, s3905, s4003 # 4119
adds s3906, s4101, s4101 # 4120
bit s4004 # 4121
adds s4102, s3906, s4004 # 4122
adds s3907, s4102, s4102 # 4123
bit s4005 # 4124
adds s4103, s3907, s4005 # 4125
adds s3908, s4103, s4103 # 4126
bit s4006 # 4127
adds s4104, s3908, s4006 # 4128
adds s3909, s4104, s4104 # 4129
bit s4007 # 4130
adds s4105, s3909, s4007 # 4131
adds s3910, s4105, s4105 # 4132
bit s4008 # 4133
adds s4106, s3910, s4008 # 4134
adds s3911, s4106, s4106 # 4135
bit s4009 # 4136
adds s4107, s3911, s4009 # 4137
adds s3912, s4107, s4107 # 4138
bit s4010 # 4139
adds s4108, s3912, s4010 # 4140
adds s3913, s4108, s4108 # 4141
bit s4011 # 4142
adds s4109, s3913, s4011 # 4143
adds s3914, s4109, s4109 # 4144
bit s4012 # 4145
adds s4110, s3914, s4012 # 4146
adds s3915, s4110, s4110 # 4147
bit s4013 # 4148
adds s4111, s3915, s4013 # 4149
adds s3916, s4111, s4111 # 4150
bit s4014 # 4151
adds s4112, s3916, s4014 # 4152
adds s3917, s4112, s4112 # 4153
bit s4015 # 4154
adds s4113, s3917, s4015 # 4155
adds s3918, s4113, s4113 # 4156
bit s4016 # 4157
adds s4114, s3918, s4016 # 4158
adds s3919, s4114, s4114 # 4159
bit s4017 # 4160
adds s4115, s3919, s4017 # 4161
adds s3920, s4115, s4115 # 4162
bit s4018 # 4163
adds s4116, s3920, s4018 # 4164
adds s3921, s4116, s4116 # 4165
bit s4019 # 4166
adds s4117, s3921, s4019 # 4167
adds s3922, s4117, s4117 # 4168
bit s4020 # 4169
adds s4118, s3922, s4020 # 4170
adds s3923, s4118, s4118 # 4171
bit s4021 # 4172
adds s4119, s3923, s4021 # 4173
adds s3924, s4119, s4119 # 4174
bit s4022 # 4175
adds s4120, s3924, s4022 # 4176
adds s3925, s4120, s4120 # 4177
bit s4023 # 4178
adds s4121, s3925, s4023 # 4179
adds s3926, s4121, s4121 # 4180
bit s4024 # 4181
adds s4122, s3926, s4024 # 4182
adds s3927, s4122, s4122 # 4183
bit s4025 # 4184
adds s4123, s3927, s4025 # 4185
adds s3928, s4123, s4123 # 4186
bit s4026 # 4187
adds s4124, s3928, s4026 # 4188
adds s3929, s4124, s4124 # 4189
bit s4027 # 4190
adds s4125, s3929, s4027 # 4191
adds s3930, s4125, s4125 # 4192
bit s4028 # 4193
adds s4126, s3930, s4028 # 4194
adds s3931, s4126, s4126 # 4195
bit s4029 # 4196
adds s3806, s3931, s4029 # 4197
bit s3813 # 4198
adds s3824, s3813, s3813 # 4199
bit s3812 # 4200
adds s3825, s3824, s3812 # 4201
adds s3826, s3825, s3825 # 4202
bit s3811 # 4203
adds s3827, s3826, s3811 # 4204
adds s3828, s3827, s3827 # 4205
bit s3810 # 4206
adds s3829, s3828, s3810 # 4207
adds s3830, s3829, s3829 # 4208
bit s3809 # 4209
adds s3831, s3830, s3809 # 4210
adds s3832, s3831, s3831 # 4211
bit s3808 # 4212
adds s3833, s3832, s3808 # 4213
movs s3807, s3833 # 4214
ldi c175, 64 # 4215
movc c173, c175 # 4216
mulm s3816, s3806, c173 # 4217
ldi c176, 8 # 4218
mulci c177, c176, 1073741824 # 4219
mulci c178, c177, 1073741824 # 4220
movc c174, c178 # 4221
addm s3817, s3, c174 # 4222
adds s3818, s3816, s3817 # 4223
adds s3819, s3818, s3807 # 4224
startopen 1, s3819 # 4225
stopopen 1, c171 # 4226
modc c172, c171, c173 # 4227
modci c179, c172, 2 # 4228
subc c186, c172, c179 # 4229
mulc c192, c186, c38 # 4230
modci c180, c192, 2 # 4231
subc c187, c192, c180 # 4232
mulc c193, c187, c38 # 4233
modci c181, c193, 2 # 4234
subc c188, c193, c181 # 4235
mulc c194, c188, c38 # 4236
modci c182, c194, 2 # 4237
subc c189, c194, c182 # 4238
mulc c195, c189, c38 # 4239
modci c183, c195, 2 # 4240
subc c190, c195, c183 # 4241
mulc c196, c190, c38 # 4242
modci c184, c196, 2 # 4243
subsfi s4128, s3808, 1 # 4244
subsfi s4129, s3809, 1 # 4245
subsfi s4130, s3810, 1 # 4246
subsfi s4131, s3811, 1 # 4247
subsfi s4132, s3812, 1 # 4248
subsfi s4133, s3813, 1 # 4249
mulm s4147, s4133, c184 # 4250
mulsi s4153, s4147, 2 # 4251
addm s4159, s4133, c184 # 4252
subs s4165, s4159, s4153 # 4253
mulm s4148, s4132, c183 # 4254
mulsi s4154, s4148, 2 # 4255
addm s4160, s4132, c183 # 4256
subs s4166, s4160, s4154 # 4257
mulm s4149, s4131, c182 # 4258
mulsi s4155, s4149, 2 # 4259
addm s4161, s4131, c182 # 4260
subs s4167, s4161, s4155 # 4261
mulm s4150, s4130, c181 # 4262
mulsi s4156, s4150, 2 # 4263
addm s4162, s4130, c181 # 4264
subs s4168, s4162, s4156 # 4265
mulm s4151, s4129, c180 # 4266
mulsi s4157, s4151, 2 # 4267
addm s4163, s4129, c180 # 4268
subs s4169, s4163, s4157 # 4269
mulm s4152, s4128, c179 # 4270
mulsi s4158, s4152, 2 # 4271
addm s4164, s4128, c179 # 4272
subs s4170, s4164, s4158 # 4273
mulsi s4171, s4170, 1 # 4274
adds s4172, s4152, s4171 # 4275
triple s4177, s4178, s4179 # 4276
subs s4180, s4165, s4177 # 4277
subs s4181, s4166, s4178 # 4278
startopen 2, s4180, s4181 # 4279
stopopen 2, c197, c198 # 4280
mulm s4182, s4178, c197 # 4281
mulm s4183, s4177, c198 # 4282
mulc c199, c197, c198 # 4283
adds s4184, s4179, s4182 # 4284
adds s4185, s4184, s4183 # 4285
addm s4174, s4185, c199 # 4286
triple s4186, s4187, s4188 # 4287
subs s4189, s4165, s4186 # 4288
subs s4190, s4148, s4187 # 4289
startopen 2, s4189, s4190 # 4290
stopopen 2, c200, c201 # 4291
mulm s4191, s4187, c200 # 4292
mulm s4192, s4186, c201 # 4293
mulc c202, c200, c201 # 4294
adds s4193, s4188, s4191 # 4295
adds s4194, s4193, s4192 # 4296
addm s4175, s4194, c202 # 4297
adds s4176, s4147, s4175 # 4298
triple s4198, s4199, s4200 # 4299
subs s4201, s4167, s4198 # 4300
subs s4202, s4168, s4199 # 4301
startopen 2, s4201, s4202 # 4302
stopopen 2, c203, c204 # 4303
mulm s4203, s4199, c203 # 4304
mulm s4204, s4198, c204 # 4305
mulc c205, c203, c204 # 4306
adds s4205, s4200, s4203 # 4307
adds s4206, s4205, s4204 # 4308
addm s4195, s4206, c205 # 4309
triple s4207, s4208, s4209 # 4310
subs s4210, s4167, s4207 # 4311
subs s4211, s4150, s4208 # 4312
startopen 2, s4210, s4211 # 4313
stopopen 2, c206, c207 # 4314
mulm s4212, s4208, c206 # 4315
mulm s4213, s4207, c207 # 4316
mulc c208, c206, c207 # 4317
adds s4214, s4209, s4212 # 4318
adds s4215, s4214, s4213 # 4319
addm s4196, s4215, c208 # 4320
adds s4197, s4149, s4196 # 4321
triple s4219, s4220, s4221 # 4322
subs s4222, s4169, s4219 # 4323
subs s4223, s4172, s4220 # 4324
startopen 2, s4222, s4223 # 4325
stopopen 2, c209, c210 # 4326
mulm s4224, s4220, c209 # 4327
mulm s4225, s4219, c210 # 4328
mulc c211, c209, c210 # 4329
adds s4226, s4221, s4224 # 4330
adds s4227, s4226, s4225 # 4331
addm s4217, s4227, c211 # 4332
adds s4218, s4151, s4217 # 4333
triple s4231, s4232, s4233 # 4334
subs s4234, s4195, s4231 # 4335
subs s4235, s4218, s4232 # 4336
startopen 2, s4234, s4235 # 4337
stopopen 2, c212, c213 # 4338
mulm s4236, s4232, c212 # 4339
mulm s4237, s4231, c213 # 4340
mulc c214, c212, c213 # 4341
adds s4238, s4233, s4236 # 4342
adds s4239, s4238, s4237 # 4343
addm s4229, s4239, c214 # 4344
adds s4230, s4197, s4229 # 4345
triple s4243, s4244, s4245 # 4346
subs s4246, s4174, s4243 # 4347
subs s4247, s4230, s4244 # 4348
startopen 2, s4246, s4247 # 4349
stopopen 2, c215, c216 # 4350
mulm s4248, s4244, c215 # 4351
mulm s4249, s4243, c216 # 4352
mulc c217, c215, c216 # 4353
adds s4250, s4245, s4248 # 4354
adds s4251, s4250, s4249 # 4355
addm s4241, s4251, c217 # 4356
adds s4242, s4176, s4241 # 4357
movs s4140, s4242 # 4358
subsfi s3815, s4140, 1 # 4359
mulm s3820, s3815, c173 # 4360
submr s3821, c172, s3807 # 4361
adds s3805, s3821, s3820 # 4362
subs s4252, s3, s3805 # 4363
ldi c218, 1 # 4364
divci c219, c218, 64 # 4365
mulm s4253, s4252, c219 # 4366
bit s4472 # 4367
adds s4267, s4472, s4472 # 4368
bit s4370 # 4369
adds s4473, s4267, s4370 # 4370
adds s4268, s4473, s4473 # 4371
bit s4371 # 4372
adds s4474, s4268, s4371 # 4373
adds s4269, s4474, s4474 # 4374
bit s4372 # 4375
adds s4475, s4269, s4372 # 4376
adds s4270, s4475, s4475 # 4377
bit s4373 # 4378
adds s4476, s4270, s4373 # 4379
adds s4271, s4476, s4476 # 4380
bit s4374 # 4381
adds s4477, s4271, s4374 # 4382
adds s4272, s4477, s4477 # 4383
bit s4375 # 4384
adds s4478, s4272, s4375 # 4385
adds s4273, s4478, s4478 # 4386
bit s4376 # 4387
adds s4479, s4273, s4376 # 4388
adds s4274, s4479, s4479 # 4389
bit s4377 # 4390
adds s4480, s4274, s4377 # 4391
adds s4275, s4480, s4480 # 4392
bit s4378 # 4393
adds s4481, s4275, s4378 # 4394
adds s4276, s4481, s4481 # 4395
bit s4379 # 4396
adds s4482, s4276, s4379 # 4397
adds s4277, s4482, s4482 # 4398
bit s4380 # 4399
adds s4483, s4277, s4380 # 4400
adds s4278, s4483, s4483 # 4401
bit s4381 # 4402
adds s4484, s4278, s4381 # 4403
adds s4279, s4484, s4484 # 4404
bit s4382 # 4405
adds s4485, s4279, s4382 # 4406
adds s4280, s4485, s4485 # 4407
bit s4383 # 4408
adds s4486, s4280, s4383 # 4409
adds s4281, s4486, s4486 # 4410
bit s4384 # 4411
adds s4487, s4281, s4384 # 4412
adds s4282, s4487, s4487 # 4413
bit s4385 # 4414
adds s4488, s4282, s4385 # 4415
adds s4283, s4488, s4488 # 4416
bit s4386 # 4417
adds s4489, s4283, s4386 # 4418
adds s4284, s4489, s4489 # 4419
bit s4387 # 4420
adds s4490, s4284, s4387 # 4421
adds s4285, s4490, s4490 # 4422
bit s4388 # 4423
adds s4491, s4285, s4388 # 4424
adds s4286, s4491, s4491 # 4425
bit s4389 # 4426
adds s4492, s4286, s4389 # 4427
adds s4287, s4492, s4492 # 4428
bit s4390 # 4429
adds s4493, s4287, s4390 # 4430
adds s4288, s4493, s4493 # 4431
bit s4391 # 4432
adds s4494, s4288, s4391 # 4433
adds s4289, s4494, s4494 # 4434
bit s4392 # 4435
adds s4495, s4289, s4392 # 4436
adds s4290, s4495, s4495 # 4437
bit s4393 # 4438
adds s4496, s4290, s4393 # 4439
adds s4291, s4496, s4496 # 4440
bit s4394 # 4441
adds s4497, s4291, s4394 # 4442
adds s4292, s4497, s4497 # 4443
bit s4395 # 4444
adds s4498, s4292, s4395 # 4445
adds s4293, s4498, s4498 # 4446
bit s4396 # 4447
adds s4499, s4293, s4396 # 4448
adds s4294, s4499, s4499 # 4449
bit s4397 # 4450
adds s4500, s4294, s4397 # 4451
adds s4295, s4500, s4500 # 4452
bit s4398 # 4453
adds s4501, s4295, s4398 # 4454
adds s4296, s4501, s4501 # 4455
bit s4399 # 4456
adds s4502, s4296, s4399 # 4457
adds s4297, s4502, s4502 # 4458
bit s4400 # 4459
adds s4503, s4297, s4400 # 4460
adds s4298, s4503, s4503 # 4461
bit s4401 # 4462
adds s4504, s4298, s4401 # 4463
adds s4299, s4504, s4504 # 4464
bit s4402 # 4465
adds s4505, s4299, s4402 # 4466
adds s4300, s4505, s4505 # 4467
bit s4403 # 4468
adds s4506, s4300, s4403 # 4469
adds s4301, s4506, s4506 # 4470
bit s4404 # 4471
adds s4507, s4301, s4404 # 4472
adds s4302, s4507, s4507 # 4473
bit s4405 # 4474
adds s4508, s4302, s4405 # 4475
adds s4303, s4508, s4508 # 4476
bit s4406 # 4477
adds s4509, s4303, s4406 # 4478
adds s4304, s4509, s4509 # 4479
bit s4407 # 4480
adds s4510, s4304, s4407 # 4481
adds s4305, s4510, s4510 # 4482
bit s4408 # 4483
adds s4511, s4305, s4408 # 4484
adds s4306, s4511, s4511 # 4485
bit s4409 # 4486
adds s4512, s4306, s4409 # 4487
adds s4307, s4512, s4512 # 4488
bit s4410 # 4489
adds s4513, s4307, s4410 # 4490
adds s4308, s4513, s4513 # 4491
bit s4411 # 4492
adds s4514, s4308, s4411 # 4493
adds s4309, s4514, s4514 # 4494
bit s4412 # 4495
adds s4515, s4309, s4412 # 4496
adds s4310, s4515, s4515 # 4497
bit s4413 # 4498
adds s4516, s4310, s4413 # 4499
adds s4311, s4516, s4516 # 4500
bit s4414 # 4501
adds s4517, s4311, s4414 # 4502
adds s4312, s4517, s4517 # 4503
bit s4415 # 4504
adds s4518, s4312, s4415 # 4505
adds s4313, s4518, s4518 # 4506
bit s4416 # 4507
adds s4519, s4313, s4416 # 4508
adds s4314, s4519, s4519 # 4509
bit s4417 # 4510
adds s4520, s4314, s4417 # 4511
adds s4315, s4520, s4520 # 4512
bit s4418 # 4513
adds s4521, s4315, s4418 # 4514
adds s4316, s4521, s4521 # 4515
bit s4419 # 4516
adds s4522, s4316, s4419 # 4517
adds s4317, s4522, s4522 # 4518
bit s4420 # 4519
adds s4523, s4317, s4420 # 4520
adds s4318, s4523, s4523 # 4521
bit s4421 # 4522
adds s4524, s4318, s4421 # 4523
adds s4319, s4524, s4524 # 4524
bit s4422 # 4525
adds s4525, s4319, s4422 # 4526
adds s4320, s4525, s4525 # 4527
bit s4423 # 4528
adds s4526, s4320, s4423 # 4529
adds s4321, s4526, s4526 # 4530
bit s4424 # 4531
adds s4527, s4321, s4424 # 4532
adds s4322, s4527, s4527 # 4533
bit s4425 # 4534
adds s4528, s4322, s4425 # 4535
adds s4323, s4528, s4528 # 4536
bit s4426 # 4537
adds s4529, s4323, s4426 # 4538
adds s4324, s4529, s4529 # 4539
bit s4427 # 4540
adds s4530, s4324, s4427 # 4541
adds s4325, s4530, s4530 # 4542
bit s4428 # 4543
adds s4531, s4325, s4428 # 4544
adds s4326, s4531, s4531 # 4545
bit s4429 # 4546
adds s4532, s4326, s4429 # 4547
adds s4327, s4532, s4532 # 4548
bit s4430 # 4549
adds s4533, s4327, s4430 # 4550
adds s4328, s4533, s4533 # 4551
bit s4431 # 4552
adds s4534, s4328, s4431 # 4553
adds s4329, s4534, s4534 # 4554
bit s4432 # 4555
adds s4535, s4329, s4432 # 4556
adds s4330, s4535, s4535 # 4557
bit s4433 # 4558
adds s4536, s4330, s4433 # 4559
adds s4331, s4536, s4536 # 4560
bit s4434 # 4561
adds s4537, s4331, s4434 # 4562
adds s4332, s4537, s4537 # 4563
bit s4435 # 4564
adds s4538, s4332, s4435 # 4565
adds s4333, s4538, s4538 # 4566
bit s4436 # 4567
adds s4539, s4333, s4436 # 4568
adds s4334, s4539, s4539 # 4569
bit s4437 # 4570
adds s4540, s4334, s4437 # 4571
adds s4335, s4540, s4540 # 4572
bit s4438 # 4573
adds s4541, s4335, s4438 # 4574
adds s4336, s4541, s4541 # 4575
bit s4439 # 4576
adds s4542, s4336, s4439 # 4577
adds s4337, s4542, s4542 # 4578
bit s4440 # 4579
adds s4543, s4337, s4440 # 4580
adds s4338, s4543, s4543 # 4581
bit s4441 # 4582
adds s4544, s4338, s4441 # 4583
adds s4339, s4544, s4544 # 4584
bit s4442 # 4585
adds s4545, s4339, s4442 # 4586
adds s4340, s4545, s4545 # 4587
bit s4443 # 4588
adds s4546, s4340, s4443 # 4589
adds s4341, s4546, s4546 # 4590
bit s4444 # 4591
adds s4547, s4341, s4444 # 4592
adds s4342, s4547, s4547 # 4593
bit s4445 # 4594
adds s4548, s4342, s4445 # 4595
adds s4343, s4548, s4548 # 4596
bit s4446 # 4597
adds s4549, s4343, s4446 # 4598
adds s4344, s4549, s4549 # 4599
bit s4447 # 4600
adds s4550, s4344, s4447 # 4601
adds s4345, s4550, s4550 # 4602
bit s4448 # 4603
adds s4551, s4345, s4448 # 4604
adds s4346, s4551, s4551 # 4605
bit s4449 # 4606
adds s4552, s4346, s4449 # 4607
adds s4347, s4552, s4552 # 4608
bit s4450 # 4609
adds s4553, s4347, s4450 # 4610
adds s4348, s4553, s4553 # 4611
bit s4451 # 4612
adds s4554, s4348, s4451 # 4613
adds s4349, s4554, s4554 # 4614
bit s4452 # 4615
adds s4555, s4349, s4452 # 4616
adds s4350, s4555, s4555 # 4617
bit s4453 # 4618
adds s4556, s4350, s4453 # 4619
adds s4351, s4556, s4556 # 4620
bit s4454 # 4621
adds s4557, s4351, s4454 # 4622
adds s4352, s4557, s4557 # 4623
bit s4455 # 4624
adds s4558, s4352, s4455 # 4625
adds s4353, s4558, s4558 # 4626
bit s4456 # 4627
adds s4559, s4353, s4456 # 4628
adds s4354, s4559, s4559 # 4629
bit s4457 # 4630
adds s4560, s4354, s4457 # 4631
adds s4355, s4560, s4560 # 4632
bit s4458 # 4633
adds s4561, s4355, s4458 # 4634
adds s4356, s4561, s4561 # 4635
bit s4459 # 4636
adds s4562, s4356, s4459 # 4637
adds s4357, s4562, s4562 # 4638
bit s4460 # 4639
adds s4563, s4357, s4460 # 4640
adds s4358, s4563, s4563 # 4641
bit s4461 # 4642
adds s4564, s4358, s4461 # 4643
adds s4359, s4564, s4564 # 4644
bit s4462 # 4645
adds s4565, s4359, s4462 # 4646
adds s4360, s4565, s4565 # 4647
bit s4463 # 4648
adds s4566, s4360, s4463 # 4649
adds s4361, s4566, s4566 # 4650
bit s4464 # 4651
adds s4567, s4361, s4464 # 4652
adds s4362, s4567, s4567 # 4653
bit s4465 # 4654
adds s4568, s4362, s4465 # 4655
adds s4363, s4568, s4568 # 4656
bit s4466 # 4657
adds s4569, s4363, s4466 # 4658
adds s4364, s4569, s4569 # 4659
bit s4467 # 4660
adds s4570, s4364, s4467 # 4661
adds s4365, s4570, s4570 # 4662
bit s4468 # 4663
adds s4571, s4365, s4468 # 4664
adds s4366, s4571, s4571 # 4665
bit s4469 # 4666
adds s4572, s4366, s4469 # 4667
adds s4367, s4572, s4572 # 4668
bit s4470 # 4669
adds s4573, s4367, s4470 # 4670
adds s4368, s4573, s4573 # 4671
bit s4471 # 4672
adds s4255, s4368, s4471 # 4673
bit s4257 # 4674
movs s4256, s4257 # 4675
mulsi s4258, s4255, 2 # 4676
ldi c224, 8 # 4677
mulci c225, c224, 1073741824 # 4678
mulci c226, c225, 1073741824 # 4679
movc c223, c226 # 4680
addm s4259, s4253, c223 # 4681
adds s4260, s4258, s4259 # 4682
adds s4261, s4260, s4256 # 4683
startopen 1, s4261 # 4684
stopopen 1, c220 # 4685
modci c221, c220, 2 # 4686
mulci c222, c221, 2 # 4687
mulm s4262, s4257, c222 # 4688
addm s4263, s4257, c221 # 4689
subs s4254, s4263, s4262 # 4690
stms s4254, 8326 # 4691
bit s4801 # 4692
adds s4608, s4801, s4801 # 4693
bit s4705 # 4694
adds s4802, s4608, s4705 # 4695
adds s4609, s4802, s4802 # 4696
bit s4706 # 4697
adds s4803, s4609, s4706 # 4698
adds s4610, s4803, s4803 # 4699
bit s4707 # 4700
adds s4804, s4610, s4707 # 4701
adds s4611, s4804, s4804 # 4702
bit s4708 # 4703
adds s4805, s4611, s4708 # 4704
adds s4612, s4805, s4805 # 4705
bit s4709 # 4706
adds s4806, s4612, s4709 # 4707
adds s4613, s4806, s4806 # 4708
bit s4710 # 4709
adds s4807, s4613, s4710 # 4710
adds s4614, s4807, s4807 # 4711
bit s4711 # 4712
adds s4808, s4614, s4711 # 4713
adds s4615, s4808, s4808 # 4714
bit s4712 # 4715
adds s4809, s4615, s4712 # 4716
adds s4616, s4809, s4809 # 4717
bit s4713 # 4718
adds s4810, s4616, s4713 # 4719
adds s4617, s4810, s4810 # 4720
bit s4714 # 4721
adds s4811, s4617, s4714 # 4722
adds s4618, s4811, s4811 # 4723
bit s4715 # 4724
adds s4812, s4618, s4715 # 4725
adds s4619, s4812, s4812 # 4726
bit s4716 # 4727
adds s4813, s4619, s4716 # 4728
adds s4620, s4813, s4813 # 4729
bit s4717 # 4730
adds s4814, s4620, s4717 # 4731
adds s4621, s4814, s4814 # 4732
bit s4718 # 4733
adds s4815, s4621, s4718 # 4734
adds s4622, s4815, s4815 # 4735
bit s4719 # 4736
adds s4816, s4622, s4719 # 4737
adds s4623, s4816, s4816 # 4738
bit s4720 # 4739
adds s4817, s4623, s4720 # 4740
adds s4624, s4817, s4817 # 4741
bit s4721 # 4742
adds s4818, s4624, s4721 # 4743
adds s4625, s4818, s4818 # 4744
bit s4722 # 4745
adds s4819, s4625, s4722 # 4746
adds s4626, s4819, s4819 # 4747
bit s4723 # 4748
adds s4820, s4626, s4723 # 4749
adds s4627, s4820, s4820 # 4750
bit s4724 # 4751
adds s4821, s4627, s4724 # 4752
adds s4628, s4821, s4821 # 4753
bit s4725 # 4754
adds s4822, s4628, s4725 # 4755
adds s4629, s4822, s4822 # 4756
bit s4726 # 4757
adds s4823, s4629, s4726 # 4758
adds s4630, s4823, s4823 # 4759
bit s4727 # 4760
adds s4824, s4630, s4727 # 4761
adds s4631, s4824, s4824 # 4762
bit s4728 # 4763
adds s4825, s4631, s4728 # 4764
adds s4632, s4825, s4825 # 4765
bit s4729 # 4766
adds s4826, s4632, s4729 # 4767
adds s4633, s4826, s4826 # 4768
bit s4730 # 4769
adds s4827, s4633, s4730 # 4770
adds s4634, s4827, s4827 # 4771
bit s4731 # 4772
adds s4828, s4634, s4731 # 4773
adds s4635, s4828, s4828 # 4774
bit s4732 # 4775
adds s4829, s4635, s4732 # 4776
adds s4636, s4829, s4829 # 4777
bit s4733 # 4778
adds s4830, s4636, s4733 # 4779
adds s4637, s4830, s4830 # 4780
bit s4734 # 4781
adds s4831, s4637, s4734 # 4782
adds s4638, s4831, s4831 # 4783
bit s4735 # 4784
adds s4832, s4638, s4735 # 4785
adds s4639, s4832, s4832 # 4786
bit s4736 # 4787
adds s4833, s4639, s4736 # 4788
adds s4640, s4833, s4833 # 4789
bit s4737 # 4790
adds s4834, s4640, s4737 # 4791
adds s4641, s4834, s4834 # 4792
bit s4738 # 4793
adds s4835, s4641, s4738 # 4794
adds s4642, s4835, s4835 # 4795
bit s4739 # 4796
adds s4836, s4642, s4739 # 4797
adds s4643, s4836, s4836 # 4798
bit s4740 # 4799
adds s4837, s4643, s4740 # 4800
adds s4644, s4837, s4837 # 4801
bit s4741 # 4802
adds s4838, s4644, s4741 # 4803
adds s4645, s4838, s4838 # 4804
bit s4742 # 4805
adds s4839, s4645, s4742 # 4806
adds s4646, s4839, s4839 # 4807
bit s4743 # 4808
adds s4840, s4646, s4743 # 4809
adds s4647, s4840, s4840 # 4810
bit s4744 # 4811
adds s4841, s4647, s4744 # 4812
adds s4648, s4841, s4841 # 4813
bit s4745 # 4814
adds s4842, s4648, s4745 # 4815
adds s4649, s4842, s4842 # 4816
bit s4746 # 4817
adds s4843, s4649, s4746 # 4818
adds s4650, s4843, s4843 # 4819
bit s4747 # 4820
adds s4844, s4650, s4747 # 4821
adds s4651, s4844, s4844 # 4822
bit s4748 # 4823
adds s4845, s4651, s4748 # 4824
adds s4652, s4845, s4845 # 4825
bit s4749 # 4826
adds s4846, s4652, s4749 # 4827
adds s4653, s4846, s4846 # 4828
bit s4750 # 4829
adds s4847, s4653, s4750 # 4830
adds s4654, s4847, s4847 # 4831
bit s4751 # 4832
adds s4848, s4654, s4751 # 4833
adds s4655, s4848, s4848 # 4834
bit s4752 # 4835
adds s4849, s4655, s4752 # 4836
adds s4656, s4849, s4849 # 4837
bit s4753 # 4838
adds s4850, s4656, s4753 # 4839
adds s4657, s4850, s4850 # 4840
bit s4754 # 4841
adds s4851, s4657, s4754 # 4842
adds s4658, s4851, s4851 # 4843
bit s4755 # 4844
adds s4852, s4658, s4755 # 4845
adds s4659, s4852, s4852 # 4846
bit s4756 # 4847
adds s4853, s4659, s4756 # 4848
adds s4660, s4853, s4853 # 4849
bit s4757 # 4850
adds s4854, s4660, s4757 # 4851
adds s4661, s4854, s4854 # 4852
bit s4758 # 4853
adds s4855, s4661, s4758 # 4854
adds s4662, s4855, s4855 # 4855
bit s4759 # 4856
adds s4856, s4662, s4759 # 4857
adds s4663, s4856, s4856 # 4858
bit s4760 # 4859
adds s4857, s4663, s4760 # 4860
adds s4664, s4857, s4857 # 4861
bit s4761 # 4862
adds s4858, s4664, s4761 # 4863
adds s4665, s4858, s4858 # 4864
bit s4762 # 4865
adds s4859, s4665, s4762 # 4866
adds s4666, s4859, s4859 # 4867
bit s4763 # 4868
adds s4860, s4666, s4763 # 4869
adds s4667, s4860, s4860 # 4870
bit s4764 # 4871
adds s4861, s4667, s4764 # 4872
adds s4668, s4861, s4861 # 4873
bit s4765 # 4874
adds s4862, s4668, s4765 # 4875
adds s4669, s4862, s4862 # 4876
bit s4766 # 4877
adds s4863, s4669, s4766 # 4878
adds s4670, s4863, s4863 # 4879
bit s4767 # 4880
adds s4864, s4670, s4767 # 4881
adds s4671, s4864, s4864 # 4882
bit s4768 # 4883
adds s4865, s4671, s4768 # 4884
adds s4672, s4865, s4865 # 4885
bit s4769 # 4886
adds s4866, s4672, s4769 # 4887
adds s4673, s4866, s4866 # 4888
bit s4770 # 4889
adds s4867, s4673, s4770 # 4890
adds s4674, s4867, s4867 # 4891
bit s4771 # 4892
adds s4868, s4674, s4771 # 4893
adds s4675, s4868, s4868 # 4894
bit s4772 # 4895
adds s4869, s4675, s4772 # 4896
adds s4676, s4869, s4869 # 4897
bit s4773 # 4898
adds s4870, s4676, s4773 # 4899
adds s4677, s4870, s4870 # 4900
bit s4774 # 4901
adds s4871, s4677, s4774 # 4902
adds s4678, s4871, s4871 # 4903
bit s4775 # 4904
adds s4872, s4678, s4775 # 4905
adds s4679, s4872, s4872 # 4906
bit s4776 # 4907
adds s4873, s4679, s4776 # 4908
adds s4680, s4873, s4873 # 4909
bit s4777 # 4910
adds s4874, s4680, s4777 # 4911
adds s4681, s4874, s4874 # 4912
bit s4778 # 4913
adds s4875, s4681, s4778 # 4914
adds s4682, s4875, s4875 # 4915
bit s4779 # 4916
adds s4876, s4682, s4779 # 4917
adds s4683, s4876, s4876 # 4918
bit s4780 # 4919
adds s4877, s4683, s4780 # 4920
adds s4684, s4877, s4877 # 4921
bit s4781 # 4922
adds s4878, s4684, s4781 # 4923
adds s4685, s4878, s4878 # 4924
bit s4782 # 4925
adds s4879, s4685, s4782 # 4926
adds s4686, s4879, s4879 # 4927
bit s4783 # 4928
adds s4880, s4686, s4783 # 4929
adds s4687, s4880, s4880 # 4930
bit s4784 # 4931
adds s4881, s4687, s4784 # 4932
adds s4688, s4881, s4881 # 4933
bit s4785 # 4934
adds s4882, s4688, s4785 # 4935
adds s4689, s4882, s4882 # 4936
bit s4786 # 4937
adds s4883, s4689, s4786 # 4938
adds s4690, s4883, s4883 # 4939
bit s4787 # 4940
adds s4884, s4690, s4787 # 4941
adds s4691, s4884, s4884 # 4942
bit s4788 # 4943
adds s4885, s4691, s4788 # 4944
adds s4692, s4885, s4885 # 4945
bit s4789 # 4946
adds s4886, s4692, s4789 # 4947
adds s4693, s4886, s4886 # 4948
bit s4790 # 4949
adds s4887, s4693, s4790 # 4950
adds s4694, s4887, s4887 # 4951
bit s4791 # 4952
adds s4888, s4694, s4791 # 4953
adds s4695, s4888, s4888 # 4954
bit s4792 # 4955
adds s4889, s4695, s4792 # 4956
adds s4696, s4889, s4889 # 4957
bit s4793 # 4958
adds s4890, s4696, s4793 # 4959
adds s4697, s4890, s4890 # 4960
bit s4794 # 4961
adds s4891, s4697, s4794 # 4962
adds s4698, s4891, s4891 # 4963
bit s4795 # 4964
adds s4892, s4698, s4795 # 4965
adds s4699, s4892, s4892 # 4966
bit s4796 # 4967
adds s4893, s4699, s4796 # 4968
adds s4700, s4893, s4893 # 4969
bit s4797 # 4970
adds s4894, s4700, s4797 # 4971
adds s4701, s4894, s4894 # 4972
bit s4798 # 4973
adds s4895, s4701, s4798 # 4974
adds s4702, s4895, s4895 # 4975
bit s4799 # 4976
adds s4896, s4702, s4799 # 4977
adds s4703, s4896, s4896 # 4978
bit s4800 # 4979
adds s4576, s4703, s4800 # 4980
bit s4584 # 4981
adds s4595, s4584, s4584 # 4982
bit s4583 # 4983
adds s4596, s4595, s4583 # 4984
adds s4597, s4596, s4596 # 4985
bit s4582 # 4986
adds s4598, s4597, s4582 # 4987
adds s4599, s4598, s4598 # 4988
bit s4581 # 4989
adds s4600, s4599, s4581 # 4990
adds s4601, s4600, s4600 # 4991
bit s4580 # 4992
adds s4602, s4601, s4580 # 4993
adds s4603, s4602, s4602 # 4994
bit s4579 # 4995
adds s4604, s4603, s4579 # 4996
adds s4605, s4604, s4604 # 4997
bit s4578 # 4998
adds s4606, s4605, s4578 # 4999
movs s4577, s4606 # 5000
ldi c231, 128 # 5001
movc c229, c231 # 5002
mulm s4587, s4576, c229 # 5003
ldi c232, 8 # 5004
mulci c233, c232, 1073741824 # 5005
mulci c234, c233, 1073741824 # 5006
movc c230, c234 # 5007
addm s4588, s3, c230 # 5008
adds s4589, s4587, s4588 # 5009
adds s4590, s4589, s4577 # 5010
startopen 1, s4590 # 5011
stopopen 1, c227 # 5012
modc c228, c227, c229 # 5013
modci c235, c228, 2 # 5014
subc c243, c228, c235 # 5015
mulc c250, c243, c38 # 5016
modci c236, c250, 2 # 5017
subc c244, c250, c236 # 5018
mulc c251, c244, c38 # 5019
modci c237, c251, 2 # 5020
subc c245, c251, c237 # 5021
mulc c252, c245, c38 # 5022
modci c238, c252, 2 # 5023
subc c246, c252, c238 # 5024
mulc c253, c246, c38 # 5025
modci c239, c253, 2 # 5026
subc c247, c253, c239 # 5027
mulc c254, c247, c38 # 5028
modci c240, c254, 2 # 5029
subc c248, c254, c240 # 5030
mulc c255, c248, c38 # 5031
modci c241, c255, 2 # 5032
subsfi s4898, s4578, 1 # 5033
subsfi s4899, s4579, 1 # 5034
subsfi s4900, s4580, 1 # 5035
subsfi s4901, s4581, 1 # 5036
subsfi s4902, s4582, 1 # 5037
subsfi s4903, s4583, 1 # 5038
subsfi s4904, s4584, 1 # 5039
mulm s4920, s4904, c241 # 5040
mulsi s4927, s4920, 2 # 5041
addm s4934, s4904, c241 # 5042
subs s4941, s4934, s4927 # 5043
mulm s4921, s4903, c240 # 5044
mulsi s4928, s4921, 2 # 5045
addm s4935, s4903, c240 # 5046
subs s4942, s4935, s4928 # 5047
mulm s4922, s4902, c239 # 5048
mulsi s4929, s4922, 2 # 5049
addm s4936, s4902, c239 # 5050
subs s4943, s4936, s4929 # 5051
mulm s4923, s4901, c238 # 5052
mulsi s4930, s4923, 2 # 5053
addm s4937, s4901, c238 # 5054
subs s4944, s4937, s4930 # 5055
mulm s4924, s4900, c237 # 5056
mulsi s4931, s4924, 2 # 5057
addm s4938, s4900, c237 # 5058
subs s4945, s4938, s4931 # 5059
mulm s4925, s4899, c236 # 5060
mulsi s4932, s4925, 2 # 5061
addm s4939, s4899, c236 # 5062
subs s4946, s4939, s4932 # 5063
mulm s4926, s4898, c235 # 5064
mulsi s4933, s4926, 2 # 5065
addm s4940, s4898, c235 # 5066
subs s4947, s4940, s4933 # 5067
mulsi s4948, s4947, 1 # 5068
adds s4949, s4926, s4948 # 5069
triple s4954, s4955, s4956 # 5070
subs s4957, s4942, s4954 # 5071
subs s4958, s4943, s4955 # 5072
startopen 2, s4957, s4958 # 5073
stopopen 2, c256, c257 # 5074
mulm s4959, s4955, c256 # 5075
mulm s4960, s4954, c257 # 5076
mulc c258, c256, c257 # 5077
adds s4961, s4956, s4959 # 5078
adds s4962, s4961, s4960 # 5079
addm s4951, s4962, c258 # 5080
triple s4963, s4964, s4965 # 5081
subs s4966, s4942, s4963 # 5082
subs s4967, s4922, s4964 # 5083
startopen 2, s4966, s4967 # 5084
stopopen 2, c259, c260 # 5085
mulm s4968, s4964, c259 # 5086
mulm s4969, s4963, c260 # 5087
mulc c261, c259, c260 # 5088
adds s4970, s4965, s4968 # 5089
adds s4971, s4970, s4969 # 5090
addm s4952, s4971, c261 # 5091
adds s4953, s4921, s4952 # 5092
triple s4975, s4976, s4977 # 5093
subs s4978, s4944, s4975 # 5094
subs s4979, s4945, s4976 # 5095
startopen 2, s4978, s4979 # 5096
stopopen 2, c262, c263 # 5097
mulm s4980, s4976, c262 # 5098
mulm s4981, s4975, c263 # 5099
mulc c264, c262, c263 # 5100
adds s4982, s4977, s4980 # 5101
adds s4983, s4982, s4981 # 5102
addm s4972, s4983, c264 # 5103
triple s4984, s4985, s4986 # 5104
subs s4987, s4944, s4984 # 5105
subs s4988, s4924, s4985 # 5106
startopen 2, s4987, s4988 # 5107
stopopen 2, c265, c266 # 5108
mulm s4989, s4985, c265 # 5109
mulm s4990, s4984, c266 # 5110
mulc c267, c265, c266 # 5111
adds s4991, s4986, s4989 # 5112
adds s4992, s4991, s4990 # 5113
addm s4973, s4992, c267 # 5114
adds s4974, s4923, s4973 # 5115
triple s4996, s4997, s4998 # 5116
subs s4999, s4946, s4996 # 5117
subs s5000, s4949, s4997 # 5118
startopen 2, s4999, s5000 # 5119
stopopen 2, c268, c269 # 5120
mulm s5001, s4997, c268 # 5121
mulm s5002, s4996, c269 # 5122
mulc c270, c268, c269 # 5123
adds s5003, s4998, s5001 # 5124
adds s5004, s5003, s5002 # 5125
addm s4994, s5004, c270 # 5126
adds s4995, s4925, s4994 # 5127
triple s5008, s5009, s5010 # 5128
subs s5011, s4941, s5008 # 5129
subs s5012, s4951, s5009 # 5130
startopen 2, s5011, s5012 # 5131
stopopen 2, c271, c272 # 5132
mulm s5013, s5009, c271 # 5133
mulm s5014, s5008, c272 # 5134
mulc c273, c271, c272 # 5135
adds s5015, s5010, s5013 # 5136
adds s5016, s5015, s5014 # 5137
addm s5005, s5016, c273 # 5138
triple s5017, s5018, s5019 # 5139
subs s5020, s4941, s5017 # 5140
subs s5021, s4953, s5018 # 5141
startopen 2, s5020, s5021 # 5142
stopopen 2, c274, c275 # 5143
mulm s5022, s5018, c274 # 5144
mulm s5023, s5017, c275 # 5145
mulc c276, c274, c275 # 5146
adds s5024, s5019, s5022 # 5147
adds s5025, s5024, s5023 # 5148
addm s5006, s5025, c276 # 5149
adds s5007, s4920, s5006 # 5150
triple s5029, s5030, s5031 # 5151
subs s5032, s4972, s5029 # 5152
subs s5033, s4995, s5030 # 5153
startopen 2, s5032, s5033 # 5154
stopopen 2, c277, c278 # 5155
mulm s5034, s5030, c277 # 5156
mulm s5035, s5029, c278 # 5157
mulc c279, c277, c278 # 5158
adds s5036, s5031, s5034 # 5159
adds s5037, s5036, s5035 # 5160
addm s5027, s5037, c279 # 5161
adds s5028, s4974, s5027 # 5162
triple s5041, s5042, s5043 # 5163
subs s5044, s5005, s5041 # 5164
subs s5045, s5028, s5042 # 5165
startopen 2, s5044, s5045 # 5166
stopopen 2, c280, c281 # 5167
mulm s5046, s5042, c280 # 5168
mulm s5047, s5041, c281 # 5169
mulc c282, c280, c281 # 5170
adds s5048, s5043, s5046 # 5171
adds s5049, s5048, s5047 # 5172
addm s5039, s5049, c282 # 5173
adds s5040, s5007, s5039 # 5174
movs s4912, s5040 # 5175
subsfi s4586, s4912, 1 # 5176
mulm s4591, s4586, c229 # 5177
submr s4592, c228, s4577 # 5178
adds s4575, s4592, s4591 # 5179
subs s5050, s3, s4575 # 5180
ldi c283, 1 # 5181
divci c284, c283, 128 # 5182
mulm s5051, s5050, c284 # 5183
bit s5270 # 5184
adds s5065, s5270, s5270 # 5185
bit s5168 # 5186
adds s5271, s5065, s5168 # 5187
adds s5066, s5271, s5271 # 5188
bit s5169 # 5189
adds s5272, s5066, s5169 # 5190
adds s5067, s5272, s5272 # 5191
bit s5170 # 5192
adds s5273, s5067, s5170 # 5193
adds s5068, s5273, s5273 # 5194
bit s5171 # 5195
adds s5274, s5068, s5171 # 5196
adds s5069, s5274, s5274 # 5197
bit s5172 # 5198
adds s5275, s5069, s5172 # 5199
adds s5070, s5275, s5275 # 5200
bit s5173 # 5201
adds s5276, s5070, s5173 # 5202
adds s5071, s5276, s5276 # 5203
bit s5174 # 5204
adds s5277, s5071, s5174 # 5205
adds s5072, s5277, s5277 # 5206
bit s5175 # 5207
adds s5278, s5072, s5175 # 5208
adds s5073, s5278, s5278 # 5209
bit s5176 # 5210
adds s5279, s5073, s5176 # 5211
adds s5074, s5279, s5279 # 5212
bit s5177 # 5213
adds s5280, s5074, s5177 # 5214
adds s5075, s5280, s5280 # 5215
bit s5178 # 5216
adds s5281, s5075, s5178 # 5217
adds s5076, s5281, s5281 # 5218
bit s5179 # 5219
adds s5282, s5076, s5179 # 5220
adds s5077, s5282, s5282 # 5221
bit s5180 # 5222
adds s5283, s5077, s5180 # 5223
adds s5078, s5283, s5283 # 5224
bit s5181 # 5225
adds s5284, s5078, s5181 # 5226
adds s5079, s5284, s5284 # 5227
bit s5182 # 5228
adds s5285, s5079, s5182 # 5229
adds s5080, s5285, s5285 # 5230
bit s5183 # 5231
adds s5286, s5080, s5183 # 5232
adds s5081, s5286, s5286 # 5233
bit s5184 # 5234
adds s5287, s5081, s5184 # 5235
adds s5082, s5287, s5287 # 5236
bit s5185 # 5237
adds s5288, s5082, s5185 # 5238
adds s5083, s5288, s5288 # 5239
bit s5186 # 5240
adds s5289, s5083, s5186 # 5241
adds s5084, s5289, s5289 # 5242
bit s5187 # 5243
adds s5290, s5084, s5187 # 5244
adds s5085, s5290, s5290 # 5245
bit s5188 # 5246
adds s5291, s5085, s5188 # 5247
adds s5086, s5291, s5291 # 5248
bit s5189 # 5249
adds s5292, s5086, s5189 # 5250
adds s5087, s5292, s5292 # 5251
bit s5190 # 5252
adds s5293, s5087, s5190 # 5253
adds s5088, s5293, s5293 # 5254
bit s5191 # 5255
adds s5294, s5088, s5191 # 5256
adds s5089, s5294, s5294 # 5257
bit s5192 # 5258
adds s5295, s5089, s5192 # 5259
adds s5090, s5295, s5295 # 5260
bit s5193 # 5261
adds s5296, s5090, s5193 # 5262
adds s5091, s5296, s5296 # 5263
bit s5194 # 5264
adds s5297, s5091, s5194 # 5265
adds s5092, s5297, s5297 # 5266
bit s5195 # 5267
adds s5298, s5092, s5195 # 5268
adds s5093, s5298, s5298 # 5269
bit s5196 # 5270
adds s5299, s5093, s5196 # 5271
adds s5094, s5299, s5299 # 5272
bit s5197 # 5273
adds s5300, s5094, s5197 # 5274
adds s5095, s5300, s5300 # 5275
bit s5198 # 5276
adds s5301, s5095, s5198 # 5277
adds s5096, s5301, s5301 # 5278
bit s5199 # 5279
adds s5302, s5096, s5199 # 5280
adds s5097, s5302, s5302 # 5281
bit s5200 # 5282
adds s5303, s5097, s5200 # 5283
adds s5098, s5303, s5303 # 5284
bit s5201 # 5285
adds s5304, s5098, s5201 # 5286
adds s5099, s5304, s5304 # 5287
bit s5202 # 5288
adds s5305, s5099, s5202 # 5289
adds s5100, s5305, s5305 # 5290
bit s5203 # 5291
adds s5306, s5100, s5203 # 5292
adds s5101, s5306, s5306 # 5293
bit s5204 # 5294
adds s5307, s5101, s5204 # 5295
adds s5102, s5307, s5307 # 5296
bit s5205 # 5297
adds s5308, s5102, s5205 # 5298
adds s5103, s5308, s5308 # 5299
bit s5206 # 5300
adds s5309, s5103, s5206 # 5301
adds s5104, s5309, s5309 # 5302
bit s5207 # 5303
adds s5310, s5104, s5207 # 5304
adds s5105, s5310, s5310 # 5305
bit s5208 # 5306
adds s5311, s5105, s5208 # 5307
adds s5106, s5311, s5311 # 5308
bit s5209 # 5309
adds s5312, s5106, s5209 # 5310
adds s5107, s5312, s5312 # 5311
bit s5210 # 5312
adds s5313, s5107, s5210 # 5313
adds s5108, s5313, s5313 # 5314
bit s5211 # 5315
adds s5314, s5108, s5211 # 5316
adds s5109, s5314, s5314 # 5317
bit s5212 # 5318
adds s5315, s5109, s5212 # 5319
adds s5110, s5315, s5315 # 5320
bit s5213 # 5321
adds s5316, s5110, s5213 # 5322
adds s5111, s5316, s5316 # 5323
bit s5214 # 5324
adds s5317, s5111, s5214 # 5325
adds s5112, s5317, s5317 # 5326
bit s5215 # 5327
adds s5318, s5112, s5215 # 5328
adds s5113, s5318, s5318 # 5329
bit s5216 # 5330
adds s5319, s5113, s5216 # 5331
adds s5114, s5319, s5319 # 5332
bit s5217 # 5333
adds s5320, s5114, s5217 # 5334
adds s5115, s5320, s5320 # 5335
bit s5218 # 5336
adds s5321, s5115, s5218 # 5337
adds s5116, s5321, s5321 # 5338
bit s5219 # 5339
adds s5322, s5116, s5219 # 5340
adds s5117, s5322, s5322 # 5341
bit s5220 # 5342
adds s5323, s5117, s5220 # 5343
adds s5118, s5323, s5323 # 5344
bit s5221 # 5345
adds s5324, s5118, s5221 # 5346
adds s5119, s5324, s5324 # 5347
bit s5222 # 5348
adds s5325, s5119, s5222 # 5349
adds s5120, s5325, s5325 # 5350
bit s5223 # 5351
adds s5326, s5120, s5223 # 5352
adds s5121, s5326, s5326 # 5353
bit s5224 # 5354
adds s5327, s5121, s5224 # 5355
adds s5122, s5327, s5327 # 5356
bit s5225 # 5357
adds s5328, s5122, s5225 # 5358
adds s5123, s5328, s5328 # 5359
bit s5226 # 5360
adds s5329, s5123, s5226 # 5361
adds s5124, s5329, s5329 # 5362
bit s5227 # 5363
adds s5330, s5124, s5227 # 5364
adds s5125, s5330, s5330 # 5365
bit s5228 # 5366
adds s5331, s5125, s5228 # 5367
adds s5126, s5331, s5331 # 5368
bit s5229 # 5369
adds s5332, s5126, s5229 # 5370
adds s5127, s5332, s5332 # 5371
bit s5230 # 5372
adds s5333, s5127, s5230 # 5373
adds s5128, s5333, s5333 # 5374
bit s5231 # 5375
adds s5334, s5128, s5231 # 5376
adds s5129, s5334, s5334 # 5377
bit s5232 # 5378
adds s5335, s5129, s5232 # 5379
adds s5130, s5335, s5335 # 5380
bit s5233 # 5381
adds s5336, s5130, s5233 # 5382
adds s5131, s5336, s5336 # 5383
bit s5234 # 5384
adds s5337, s5131, s5234 # 5385
adds s5132, s5337, s5337 # 5386
bit s5235 # 5387
adds s5338, s5132, s5235 # 5388
adds s5133, s5338, s5338 # 5389
bit s5236 # 5390
adds s5339, s5133, s5236 # 5391
adds s5134, s5339, s5339 # 5392
bit s5237 # 5393
adds s5340, s5134, s5237 # 5394
adds s5135, s5340, s5340 # 5395
bit s5238 # 5396
adds s5341, s5135, s5238 # 5397
adds s5136, s5341, s5341 # 5398
bit s5239 # 5399
adds s5342, s5136, s5239 # 5400
adds s5137, s5342, s5342 # 5401
bit s5240 # 5402
adds s5343, s5137, s5240 # 5403
adds s5138, s5343, s5343 # 5404
bit s5241 # 5405
adds s5344, s5138, s5241 # 5406
adds s5139, s5344, s5344 # 5407
bit s5242 # 5408
adds s5345, s5139, s5242 # 5409
adds s5140, s5345, s5345 # 5410
bit s5243 # 5411
adds s5346, s5140, s5243 # 5412
adds s5141, s5346, s5346 # 5413
bit s5244 # 5414
adds s5347, s5141, s5244 # 5415
adds s5142, s5347, s5347 # 5416
bit s5245 # 5417
adds s5348, s5142, s5245 # 5418
adds s5143, s5348, s5348 # 5419
bit s5246 # 5420
adds s5349, s5143, s5246 # 5421
adds s5144, s5349, s5349 # 5422
bit s5247 # 5423
adds s5350, s5144, s5247 # 5424
adds s5145, s5350, s5350 # 5425
bit s5248 # 5426
adds s5351, s5145, s5248 # 5427
adds s5146, s5351, s5351 # 5428
bit s5249 # 5429
adds s5352, s5146, s5249 # 5430
adds s5147, s5352, s5352 # 5431
bit s5250 # 5432
adds s5353, s5147, s5250 # 5433
adds s5148, s5353, s5353 # 5434
bit s5251 # 5435
adds s5354, s5148, s5251 # 5436
adds s5149, s5354, s5354 # 5437
bit s5252 # 5438
adds s5355, s5149, s5252 # 5439
adds s5150, s5355, s5355 # 5440
bit s5253 # 5441
adds s5356, s5150, s5253 # 5442
adds s5151, s5356, s5356 # 5443
bit s5254 # 5444
adds s5357, s5151, s5254 # 5445
adds s5152, s5357, s5357 # 5446
bit s5255 # 5447
adds s5358, s5152, s5255 # 5448
adds s5153, s5358, s5358 # 5449
bit s5256 # 5450
adds s5359, s5153, s5256 # 5451
adds s5154, s5359, s5359 # 5452
bit s5257 # 5453
adds s5360, s5154, s5257 # 5454
adds s5155, s5360, s5360 # 5455
bit s5258 # 5456
adds s5361, s5155, s5258 # 5457
adds s5156, s5361, s5361 # 5458
bit s5259 # 5459
adds s5362, s5156, s5259 # 5460
adds s5157, s5362, s5362 # 5461
bit s5260 # 5462
adds s5363, s5157, s5260 # 5463
adds s5158, s5363, s5363 # 5464
bit s5261 # 5465
adds s5364, s5158, s5261 # 5466
adds s5159, s5364, s5364 # 5467
bit s5262 # 5468
adds s5365, s5159, s5262 # 5469
adds s5160, s5365, s5365 # 5470
bit s5263 # 5471
adds s5366, s5160, s5263 # 5472
adds s5161, s5366, s5366 # 5473
bit s5264 # 5474
adds s5367, s5161, s5264 # 5475
adds s5162, s5367, s5367 # 5476
bit s5265 # 5477
adds s5368, s5162, s5265 # 5478
adds s5163, s5368, s5368 # 5479
bit s5266 # 5480
adds s5369, s5163, s5266 # 5481
adds s5164, s5369, s5369 # 5482
bit s5267 # 5483
adds s5370, s5164, s5267 # 5484
adds s5165, s5370, s5370 # 5485
bit s5268 # 5486
adds s5371, s5165, s5268 # 5487
adds s5166, s5371, s5371 # 5488
bit s5269 # 5489
adds s5053, s5166, s5269 # 5490
bit s5055 # 5491
movs s5054, s5055 # 5492
mulsi s5056, s5053, 2 # 5493
ldi c289, 8 # 5494
mulci c290, c289, 1073741824 # 5495
mulci c291, c290, 1073741824 # 5496
movc c288, c291 # 5497
addm s5057, s5051, c288 # 5498
adds s5058, s5056, s5057 # 5499
adds s5059, s5058, s5054 # 5500
startopen 1, s5059 # 5501
stopopen 1, c285 # 5502
modci c286, c285, 2 # 5503
mulci c287, c286, 2 # 5504
mulm s5060, s5055, c287 # 5505
addm s5061, s5055, c286 # 5506
subs s5052, s5061, s5060 # 5507
stms s5052, 8327 # 5508
ldint r31, 8224 # 5509
addint r32, r28, r31 # 5510
ldmsi s5373, r32 # 5511
bit s5592 # 5512
adds s5387, s5592, s5592 # 5513
bit s5490 # 5514
adds s5593, s5387, s5490 # 5515
adds s5388, s5593, s5593 # 5516
bit s5491 # 5517
adds s5594, s5388, s5491 # 5518
adds s5389, s5594, s5594 # 5519
bit s5492 # 5520
adds s5595, s5389, s5492 # 5521
adds s5390, s5595, s5595 # 5522
bit s5493 # 5523
adds s5596, s5390, s5493 # 5524
adds s5391, s5596, s5596 # 5525
bit s5494 # 5526
adds s5597, s5391, s5494 # 5527
adds s5392, s5597, s5597 # 5528
bit s5495 # 5529
adds s5598, s5392, s5495 # 5530
adds s5393, s5598, s5598 # 5531
bit s5496 # 5532
adds s5599, s5393, s5496 # 5533
adds s5394, s5599, s5599 # 5534
bit s5497 # 5535
adds s5600, s5394, s5497 # 5536
adds s5395, s5600, s5600 # 5537
bit s5498 # 5538
adds s5601, s5395, s5498 # 5539
adds s5396, s5601, s5601 # 5540
bit s5499 # 5541
adds s5602, s5396, s5499 # 5542
adds s5397, s5602, s5602 # 5543
bit s5500 # 5544
adds s5603, s5397, s5500 # 5545
adds s5398, s5603, s5603 # 5546
bit s5501 # 5547
adds s5604, s5398, s5501 # 5548
adds s5399, s5604, s5604 # 5549
bit s5502 # 5550
adds s5605, s5399, s5502 # 5551
adds s5400, s5605, s5605 # 5552
bit s5503 # 5553
adds s5606, s5400, s5503 # 5554
adds s5401, s5606, s5606 # 5555
bit s5504 # 5556
adds s5607, s5401, s5504 # 5557
adds s5402, s5607, s5607 # 5558
bit s5505 # 5559
adds s5608, s5402, s5505 # 5560
adds s5403, s5608, s5608 # 5561
bit s5506 # 5562
adds s5609, s5403, s5506 # 5563
adds s5404, s5609, s5609 # 5564
bit s5507 # 5565
adds s5610, s5404, s5507 # 5566
adds s5405, s5610, s5610 # 5567
bit s5508 # 5568
adds s5611, s5405, s5508 # 5569
adds s5406, s5611, s5611 # 5570
bit s5509 # 5571
adds s5612, s5406, s5509 # 5572
adds s5407, s5612, s5612 # 5573
bit s5510 # 5574
adds s5613, s5407, s5510 # 5575
adds s5408, s5613, s5613 # 5576
bit s5511 # 5577
adds s5614, s5408, s5511 # 5578
adds s5409, s5614, s5614 # 5579
bit s5512 # 5580
adds s5615, s5409, s5512 # 5581
adds s5410, s5615, s5615 # 5582
bit s5513 # 5583
adds s5616, s5410, s5513 # 5584
adds s5411, s5616, s5616 # 5585
bit s5514 # 5586
adds s5617, s5411, s5514 # 5587
adds s5412, s5617, s5617 # 5588
bit s5515 # 5589
adds s5618, s5412, s5515 # 5590
adds s5413, s5618, s5618 # 5591
bit s5516 # 5592
adds s5619, s5413, s5516 # 5593
adds s5414, s5619, s5619 # 5594
bit s5517 # 5595
adds s5620, s5414, s5517 # 5596
adds s5415, s5620, s5620 # 5597
bit s5518 # 5598
adds s5621, s5415, s5518 # 5599
adds s5416, s5621, s5621 # 5600
bit s5519 # 5601
adds s5622, s5416, s5519 # 5602
adds s5417, s5622, s5622 # 5603
bit s5520 # 5604
adds s5623, s5417, s5520 # 5605
adds s5418, s5623, s5623 # 5606
bit s5521 # 5607
adds s5624, s5418, s5521 # 5608
adds s5419, s5624, s5624 # 5609
bit s5522 # 5610
adds s5625, s5419, s5522 # 5611
adds s5420, s5625, s5625 # 5612
bit s5523 # 5613
adds s5626, s5420, s5523 # 5614
adds s5421, s5626, s5626 # 5615
bit s5524 # 5616
adds s5627, s5421, s5524 # 5617
adds s5422, s5627, s5627 # 5618
bit s5525 # 5619
adds s5628, s5422, s5525 # 5620
adds s5423, s5628, s5628 # 5621
bit s5526 # 5622
adds s5629, s5423, s5526 # 5623
adds s5424, s5629, s5629 # 5624
bit s5527 # 5625
adds s5630, s5424, s5527 # 5626
adds s5425, s5630, s5630 # 5627
bit s5528 # 5628
adds s5631, s5425, s5528 # 5629
adds s5426, s5631, s5631 # 5630
bit s5529 # 5631
adds s5632, s5426, s5529 # 5632
adds s5427, s5632, s5632 # 5633
bit s5530 # 5634
adds s5633, s5427, s5530 # 5635
adds s5428, s5633, s5633 # 5636
bit s5531 # 5637
adds s5634, s5428, s5531 # 5638
adds s5429, s5634, s5634 # 5639
bit s5532 # 5640
adds s5635, s5429, s5532 # 5641
adds s5430, s5635, s5635 # 5642
bit s5533 # 5643
adds s5636, s5430, s5533 # 5644
adds s5431, s5636, s5636 # 5645
bit s5534 # 5646
adds s5637, s5431, s5534 # 5647
adds s5432, s5637, s5637 # 5648
bit s5535 # 5649
adds s5638, s5432, s5535 # 5650
adds s5433, s5638, s5638 # 5651
bit s5536 # 5652
adds s5639, s5433, s5536 # 5653
adds s5434, s5639, s5639 # 5654
bit s5537 # 5655
adds s5640, s5434, s5537 # 5656
adds s5435, s5640, s5640 # 5657
bit s5538 # 5658
adds s5641, s5435, s5538 # 5659
adds s5436, s5641, s5641 # 5660
bit s5539 # 5661
adds s5642, s5436, s5539 # 5662
adds s5437, s5642, s5642 # 5663
bit s5540 # 5664
adds s5643, s5437, s5540 # 5665
adds s5438, s5643, s5643 # 5666
bit s5541 # 5667
adds s5644, s5438, s5541 # 5668
adds s5439, s5644, s5644 # 5669
bit s5542 # 5670
adds s5645, s5439, s5542 # 5671
adds s5440, s5645, s5645 # 5672
bit s5543 # 5673
adds s5646, s5440, s5543 # 5674
adds s5441, s5646, s5646 # 5675
bit s5544 # 5676
adds s5647, s5441, s5544 # 5677
adds s5442, s5647, s5647 # 5678
bit s5545 # 5679
adds s5648, s5442, s5545 # 5680
adds s5443, s5648, s5648 # 5681
bit s5546 # 5682
adds s5649, s5443, s5546 # 5683
adds s5444, s5649, s5649 # 5684
bit s5547 # 5685
adds s5650, s5444, s5547 # 5686
adds s5445, s5650, s5650 # 5687
bit s5548 # 5688
adds s5651, s5445, s5548 # 5689
adds s5446, s5651, s5651 # 5690
bit s5549 # 5691
adds s5652, s5446, s5549 # 5692
adds s5447, s5652, s5652 # 5693
bit s5550 # 5694
adds s5653, s5447, s5550 # 5695
adds s5448, s5653, s5653 # 5696
bit s5551 # 5697
adds s5654, s5448, s5551 # 5698
adds s5449, s5654, s5654 # 5699
bit s5552 # 5700
adds s5655, s5449, s5552 # 5701
adds s5450, s5655, s5655 # 5702
bit s5553 # 5703
adds s5656, s5450, s5553 # 5704
adds s5451, s5656, s5656 # 5705
bit s5554 # 5706
adds s5657, s5451, s5554 # 5707
adds s5452, s5657, s5657 # 5708
bit s5555 # 5709
adds s5658, s5452, s5555 # 5710
adds s5453, s5658, s5658 # 5711
bit s5556 # 5712
adds s5659, s5453, s5556 # 5713
adds s5454, s5659, s5659 # 5714
bit s5557 # 5715
adds s5660, s5454, s5557 # 5716
adds s5455, s5660, s5660 # 5717
bit s5558 # 5718
adds s5661, s5455, s5558 # 5719
adds s5456, s5661, s5661 # 5720
bit s5559 # 5721
adds s5662, s5456, s5559 # 5722
adds s5457, s5662, s5662 # 5723
bit s5560 # 5724
adds s5663, s5457, s5560 # 5725
adds s5458, s5663, s5663 # 5726
bit s5561 # 5727
adds s5664, s5458, s5561 # 5728
adds s5459, s5664, s5664 # 5729
bit s5562 # 5730
adds s5665, s5459, s5562 # 5731
adds s5460, s5665, s5665 # 5732
bit s5563 # 5733
adds s5666, s5460, s5563 # 5734
adds s5461, s5666, s5666 # 5735
bit s5564 # 5736
adds s5667, s5461, s5564 # 5737
adds s5462, s5667, s5667 # 5738
bit s5565 # 5739
adds s5668, s5462, s5565 # 5740
adds s5463, s5668, s5668 # 5741
bit s5566 # 5742
adds s5669, s5463, s5566 # 5743
adds s5464, s5669, s5669 # 5744
bit s5567 # 5745
adds s5670, s5464, s5567 # 5746
adds s5465, s5670, s5670 # 5747
bit s5568 # 5748
adds s5671, s5465, s5568 # 5749
adds s5466, s5671, s5671 # 5750
bit s5569 # 5751
adds s5672, s5466, s5569 # 5752
adds s5467, s5672, s5672 # 5753
bit s5570 # 5754
adds s5673, s5467, s5570 # 5755
adds s5468, s5673, s5673 # 5756
bit s5571 # 5757
adds s5674, s5468, s5571 # 5758
adds s5469, s5674, s5674 # 5759
bit s5572 # 5760
adds s5675, s5469, s5572 # 5761
adds s5470, s5675, s5675 # 5762
bit s5573 # 5763
adds s5676, s5470, s5573 # 5764
adds s5471, s5676, s5676 # 5765
bit s5574 # 5766
adds s5677, s5471, s5574 # 5767
adds s5472, s5677, s5677 # 5768
bit s5575 # 5769
adds s5678, s5472, s5575 # 5770
adds s5473, s5678, s5678 # 5771
bit s5576 # 5772
adds s5679, s5473, s5576 # 5773
adds s5474, s5679, s5679 # 5774
bit s5577 # 5775
adds s5680, s5474, s5577 # 5776
adds s5475, s5680, s5680 # 5777
bit s5578 # 5778
adds s5681, s5475, s5578 # 5779
adds s5476, s5681, s5681 # 5780
bit s5579 # 5781
adds s5682, s5476, s5579 # 5782
adds s5477, s5682, s5682 # 5783
bit s5580 # 5784
adds s5683, s5477, s5580 # 5785
adds s5478, s5683, s5683 # 5786
bit s5581 # 5787
adds s5684, s5478, s5581 # 5788
adds s5479, s5684, s5684 # 5789
bit s5582 # 5790
adds s5685, s5479, s5582 # 5791
adds s5480, s5685, s5685 # 5792
bit s5583 # 5793
adds s5686, s5480, s5583 # 5794
adds s5481, s5686, s5686 # 5795
bit s5584 # 5796
adds s5687, s5481, s5584 # 5797
adds s5482, s5687, s5687 # 5798
bit s5585 # 5799
adds s5688, s5482, s5585 # 5800
adds s5483, s5688, s5688 # 5801
bit s5586 # 5802
adds s5689, s5483, s5586 # 5803
adds s5484, s5689, s5689 # 5804
bit s5587 # 5805
adds s5690, s5484, s5587 # 5806
adds s5485, s5690, s5690 # 5807
bit s5588 # 5808
adds s5691, s5485, s5588 # 5809
adds s5486, s5691, s5691 # 5810
bit s5589 # 5811
adds s5692, s5486, s5589 # 5812
adds s5487, s5692, s5692 # 5813
bit s5590 # 5814
adds s5693, s5487, s5590 # 5815
adds s5488, s5693, s5693 # 5816
bit s5591 # 5817
adds s5375, s5488, s5591 # 5818
bit s5377 # 5819
movs s5376, s5377 # 5820
mulsi s5378, s5375, 2 # 5821
ldi c296, 8 # 5822
mulci c297, c296, 1073741824 # 5823
mulci c298, c297, 1073741824 # 5824
movc c295, c298 # 5825
addm s5379, s5373, c295 # 5826
adds s5380, s5378, s5379 # 5827
adds s5381, s5380, s5376 # 5828
startopen 1, s5381 # 5829
stopopen 1, c292 # 5830
modci c293, c292, 2 # 5831
mulci c294, c293, 2 # 5832
mulm s5382, s5377, c294 # 5833
addm s5383, s5377, c293 # 5834
subs s5374, s5383, s5382 # 5835
stms s5374, 8328 # 5836
bit s5913 # 5837
adds s5708, s5913, s5913 # 5838
bit s5811 # 5839
adds s5914, s5708, s5811 # 5840
adds s5709, s5914, s5914 # 5841
bit s5812 # 5842
adds s5915, s5709, s5812 # 5843
adds s5710, s5915, s5915 # 5844
bit s5813 # 5845
adds s5916, s5710, s5813 # 5846
adds s5711, s5916, s5916 # 5847
bit s5814 # 5848
adds s5917, s5711, s5814 # 5849
adds s5712, s5917, s5917 # 5850
bit s5815 # 5851
adds s5918, s5712, s5815 # 5852
adds s5713, s5918, s5918 # 5853
bit s5816 # 5854
adds s5919, s5713, s5816 # 5855
adds s5714, s5919, s5919 # 5856
bit s5817 # 5857
adds s5920, s5714, s5817 # 5858
adds s5715, s5920, s5920 # 5859
bit s5818 # 5860
adds s5921, s5715, s5818 # 5861
adds s5716, s5921, s5921 # 5862
bit s5819 # 5863
adds s5922, s5716, s5819 # 5864
adds s5717, s5922, s5922 # 5865
bit s5820 # 5866
adds s5923, s5717, s5820 # 5867
adds s5718, s5923, s5923 # 5868
bit s5821 # 5869
adds s5924, s5718, s5821 # 5870
adds s5719, s5924, s5924 # 5871
bit s5822 # 5872
adds s5925, s5719, s5822 # 5873
adds s5720, s5925, s5925 # 5874
bit s5823 # 5875
adds s5926, s5720, s5823 # 5876
adds s5721, s5926, s5926 # 5877
bit s5824 # 5878
adds s5927, s5721, s5824 # 5879
adds s5722, s5927, s5927 # 5880
bit s5825 # 5881
adds s5928, s5722, s5825 # 5882
adds s5723, s5928, s5928 # 5883
bit s5826 # 5884
adds s5929, s5723, s5826 # 5885
adds s5724, s5929, s5929 # 5886
bit s5827 # 5887
adds s5930, s5724, s5827 # 5888
adds s5725, s5930, s5930 # 5889
bit s5828 # 5890
adds s5931, s5725, s5828 # 5891
adds s5726, s5931, s5931 # 5892
bit s5829 # 5893
adds s5932, s5726, s5829 # 5894
adds s5727, s5932, s5932 # 5895
bit s5830 # 5896
adds s5933, s5727, s5830 # 5897
adds s5728, s5933, s5933 # 5898
bit s5831 # 5899
adds s5934, s5728, s5831 # 5900
adds s5729, s5934, s5934 # 5901
bit s5832 # 5902
adds s5935, s5729, s5832 # 5903
adds s5730, s5935, s5935 # 5904
bit s5833 # 5905
adds s5936, s5730, s5833 # 5906
adds s5731, s5936, s5936 # 5907
bit s5834 # 5908
adds s5937, s5731, s5834 # 5909
adds s5732, s5937, s5937 # 5910
bit s5835 # 5911
adds s5938, s5732, s5835 # 5912
adds s5733, s5938, s5938 # 5913
bit s5836 # 5914
adds s5939, s5733, s5836 # 5915
adds s5734, s5939, s5939 # 5916
bit s5837 # 5917
adds s5940, s5734, s5837 # 5918
adds s5735, s5940, s5940 # 5919
bit s5838 # 5920
adds s5941, s5735, s5838 # 5921
adds s5736, s5941, s5941 # 5922
bit s5839 # 5923
adds s5942, s5736, s5839 # 5924
adds s5737, s5942, s5942 # 5925
bit s5840 # 5926
adds s5943, s5737, s5840 # 5927
adds s5738, s5943, s5943 # 5928
bit s5841 # 5929
adds s5944, s5738, s5841 # 5930
adds s5739, s5944, s5944 # 5931
bit s5842 # 5932
adds s5945, s5739, s5842 # 5933
adds s5740, s5945, s5945 # 5934
bit s5843 # 5935
adds s5946, s5740, s5843 # 5936
adds s5741, s5946, s5946 # 5937
bit s5844 # 5938
adds s5947, s5741, s5844 # 5939
adds s5742, s5947, s5947 # 5940
bit s5845 # 5941
adds s5948, s5742, s5845 # 5942
adds s5743, s5948, s5948 # 5943
bit s5846 # 5944
adds s5949, s5743, s5846 # 5945
adds s5744, s5949, s5949 # 5946
bit s5847 # 5947
adds s5950, s5744, s5847 # 5948
adds s5745, s5950, s5950 # 5949
bit s5848 # 5950
adds s5951, s5745, s5848 # 5951
adds s5746, s5951, s5951 # 5952
bit s5849 # 5953
adds s5952, s5746, s5849 # 5954
adds s5747, s5952, s5952 # 5955
bit s5850 # 5956
adds s5953, s5747, s5850 # 5957
adds s5748, s5953, s5953 # 5958
bit s5851 # 5959
adds s5954, s5748, s5851 # 5960
adds s5749, s5954, s5954 # 5961
bit s5852 # 5962
adds s5955, s5749, s5852 # 5963
adds s5750, s5955, s5955 # 5964
bit s5853 # 5965
adds s5956, s5750, s5853 # 5966
adds s5751, s5956, s5956 # 5967
bit s5854 # 5968
adds s5957, s5751, s5854 # 5969
adds s5752, s5957, s5957 # 5970
bit s5855 # 5971
adds s5958, s5752, s5855 # 5972
adds s5753, s5958, s5958 # 5973
bit s5856 # 5974
adds s5959, s5753, s5856 # 5975
adds s5754, s5959, s5959 # 5976
bit s5857 # 5977
adds s5960, s5754, s5857 # 5978
adds s5755, s5960, s5960 # 5979
bit s5858 # 5980
adds s5961, s5755, s5858 # 5981
adds s5756, s5961, s5961 # 5982
bit s5859 # 5983
adds s5962, s5756, s5859 # 5984
adds s5757, s5962, s5962 # 5985
bit s5860 # 5986
adds s5963, s5757, s5860 # 5987
adds s5758, s5963, s5963 # 5988
bit s5861 # 5989
adds s5964, s5758, s5861 # 5990
adds s5759, s5964, s5964 # 5991
bit s5862 # 5992
adds s5965, s5759, s5862 # 5993
adds s5760, s5965, s5965 # 5994
bit s5863 # 5995
adds s5966, s5760, s5863 # 5996
adds s5761, s5966, s5966 # 5997
bit s5864 # 5998
adds s5967, s5761, s5864 # 5999
adds s5762, s5967, s5967 # 6000
bit s5865 # 6001
adds s5968, s5762, s5865 # 6002
adds s5763, s5968, s5968 # 6003
bit s5866 # 6004
adds s5969, s5763, s5866 # 6005
adds s5764, s5969, s5969 # 6006
bit s5867 # 6007
adds s5970, s5764, s5867 # 6008
adds s5765, s5970, s5970 # 6009
bit s5868 # 6010
adds s5971, s5765, s5868 # 6011
adds s5766, s5971, s5971 # 6012
bit s5869 # 6013
adds s5972, s5766, s5869 # 6014
adds s5767, s5972, s5972 # 6015
bit s5870 # 6016
adds s5973, s5767, s5870 # 6017
adds s5768, s5973, s5973 # 6018
bit s5871 # 6019
adds s5974, s5768, s5871 # 6020
adds s5769, s5974, s5974 # 6021
bit s5872 # 6022
adds s5975, s5769, s5872 # 6023
adds s5770, s5975, s5975 # 6024
bit s5873 # 6025
adds s5976, s5770, s5873 # 6026
adds s5771, s5976, s5976 # 6027
bit s5874 # 6028
adds s5977, s5771, s5874 # 6029
adds s5772, s5977, s5977 # 6030
bit s5875 # 6031
adds s5978, s5772, s5875 # 6032
adds s5773, s5978, s5978 # 6033
bit s5876 # 6034
adds s5979, s5773, s5876 # 6035
adds s5774, s5979, s5979 # 6036
bit s5877 # 6037
adds s5980, s5774, s5877 # 6038
adds s5775, s5980, s5980 # 6039
bit s5878 # 6040
adds s5981, s5775, s5878 # 6041
adds s5776, s5981, s5981 # 6042
bit s5879 # 6043
adds s5982, s5776, s5879 # 6044
adds s5777, s5982, s5982 # 6045
bit s5880 # 6046
adds s5983, s5777, s5880 # 6047
adds s5778, s5983, s5983 # 6048
bit s5881 # 6049
adds s5984, s5778, s5881 # 6050
adds s5779, s5984, s5984 # 6051
bit s5882 # 6052
adds s5985, s5779, s5882 # 6053
adds s5780, s5985, s5985 # 6054
bit s5883 # 6055
adds s5986, s5780, s5883 # 6056
adds s5781, s5986, s5986 # 6057
bit s5884 # 6058
adds s5987, s5781, s5884 # 6059
adds s5782, s5987, s5987 # 6060
bit s5885 # 6061
adds s5988, s5782, s5885 # 6062
adds s5783, s5988, s5988 # 6063
bit s5886 # 6064
adds s5989, s5783, s5886 # 6065
adds s5784, s5989, s5989 # 6066
bit s5887 # 6067
adds s5990, s5784, s5887 # 6068
adds s5785, s5990, s5990 # 6069
bit s5888 # 6070
adds s5991, s5785, s5888 # 6071
adds s5786, s5991, s5991 # 6072
bit s5889 # 6073
adds s5992, s5786, s5889 # 6074
adds s5787, s5992, s5992 # 6075
bit s5890 # 6076
adds s5993, s5787, s5890 # 6077
adds s5788, s5993, s5993 # 6078
bit s5891 # 6079
adds s5994, s5788, s5891 # 6080
adds s5789, s5994, s5994 # 6081
bit s5892 # 6082
adds s5995, s5789, s5892 # 6083
adds s5790, s5995, s5995 # 6084
bit s5893 # 6085
adds s5996, s5790, s5893 # 6086
adds s5791, s5996, s5996 # 6087
bit s5894 # 6088
adds s5997, s5791, s5894 # 6089
adds s5792, s5997, s5997 # 6090
bit s5895 # 6091
adds s5998, s5792, s5895 # 6092
adds s5793, s5998, s5998 # 6093
bit s5896 # 6094
adds s5999, s5793, s5896 # 6095
adds s5794, s5999, s5999 # 6096
bit s5897 # 6097
adds s6000, s5794, s5897 # 6098
adds s5795, s6000, s6000 # 6099
bit s5898 # 6100
adds s6001, s5795, s5898 # 6101
adds s5796, s6001, s6001 # 6102
bit s5899 # 6103
adds s6002, s5796, s5899 # 6104
adds s5797, s6002, s6002 # 6105
bit s5900 # 6106
adds s6003, s5797, s5900 # 6107
adds s5798, s6003, s6003 # 6108
bit s5901 # 6109
adds s6004, s5798, s5901 # 6110
adds s5799, s6004, s6004 # 6111
bit s5902 # 6112
adds s6005, s5799, s5902 # 6113
adds s5800, s6005, s6005 # 6114
bit s5903 # 6115
adds s6006, s5800, s5903 # 6116
adds s5801, s6006, s6006 # 6117
bit s5904 # 6118
adds s6007, s5801, s5904 # 6119
adds s5802, s6007, s6007 # 6120
bit s5905 # 6121
adds s6008, s5802, s5905 # 6122
adds s5803, s6008, s6008 # 6123
bit s5906 # 6124
adds s6009, s5803, s5906 # 6125
adds s5804, s6009, s6009 # 6126
bit s5907 # 6127
adds s6010, s5804, s5907 # 6128
adds s5805, s6010, s6010 # 6129
bit s5908 # 6130
adds s6011, s5805, s5908 # 6131
adds s5806, s6011, s6011 # 6132
bit s5909 # 6133
adds s6012, s5806, s5909 # 6134
adds s5807, s6012, s6012 # 6135
bit s5910 # 6136
adds s6013, s5807, s5910 # 6137
adds s5808, s6013, s6013 # 6138
bit s5911 # 6139
adds s6014, s5808, s5911 # 6140
adds s5809, s6014, s6014 # 6141
bit s5912 # 6142
adds s5696, s5809, s5912 # 6143
bit s5698 # 6144
movs s5697, s5698 # 6145
mulsi s5699, s5696, 2 # 6146
ldi c303, 8 # 6147
mulci c304, c303, 1073741824 # 6148
mulci c305, c304, 1073741824 # 6149
movc c302, c305 # 6150
addm s5700, s5373, c302 # 6151
adds s5701, s5699, s5700 # 6152
adds s5702, s5701, s5697 # 6153
startopen 1, s5702 # 6154
stopopen 1, c299 # 6155
modci c300, c299, 2 # 6156
mulci c301, c300, 2 # 6157
mulm s5703, s5698, c301 # 6158
addm s5704, s5698, c300 # 6159
subs s5695, s5704, s5703 # 6160
subs s6016, s5373, s5695 # 6161
ldi c306, 1 # 6162
divci c307, c306, 2 # 6163
mulm s6017, s6016, c307 # 6164
bit s6236 # 6165
adds s6031, s6236, s6236 # 6166
bit s6134 # 6167
adds s6237, s6031, s6134 # 6168
adds s6032, s6237, s6237 # 6169
bit s6135 # 6170
adds s6238, s6032, s6135 # 6171
adds s6033, s6238, s6238 # 6172
bit s6136 # 6173
adds s6239, s6033, s6136 # 6174
adds s6034, s6239, s6239 # 6175
bit s6137 # 6176
adds s6240, s6034, s6137 # 6177
adds s6035, s6240, s6240 # 6178
bit s6138 # 6179
adds s6241, s6035, s6138 # 6180
adds s6036, s6241, s6241 # 6181
bit s6139 # 6182
adds s6242, s6036, s6139 # 6183
adds s6037, s6242, s6242 # 6184
bit s6140 # 6185
adds s6243, s6037, s6140 # 6186
adds s6038, s6243, s6243 # 6187
bit s6141 # 6188
adds s6244, s6038, s6141 # 6189
adds s6039, s6244, s6244 # 6190
bit s6142 # 6191
adds s6245, s6039, s6142 # 6192
adds s6040, s6245, s6245 # 6193
bit s6143 # 6194
adds s6246, s6040, s6143 # 6195
adds s6041, s6246, s6246 # 6196
bit s6144 # 6197
adds s6247, s6041, s6144 # 6198
adds s6042, s6247, s6247 # 6199
bit s6145 # 6200
adds s6248, s6042, s6145 # 6201
adds s6043, s6248, s6248 # 6202
bit s6146 # 6203
adds s6249, s6043, s6146 # 6204
adds s6044, s6249, s6249 # 6205
bit s6147 # 6206
adds s6250, s6044, s6147 # 6207
adds s6045, s6250, s6250 # 6208
bit s6148 # 6209
adds s6251, s6045, s6148 # 6210
adds s6046, s6251, s6251 # 6211
bit s6149 # 6212
adds s6252, s6046, s6149 # 6213
adds s6047, s6252, s6252 # 6214
bit s6150 # 6215
adds s6253, s6047, s6150 # 6216
adds s6048, s6253, s6253 # 6217
bit s6151 # 6218
adds s6254, s6048, s6151 # 6219
adds s6049, s6254, s6254 # 6220
bit s6152 # 6221
adds s6255, s6049, s6152 # 6222
adds s6050, s6255, s6255 # 6223
bit s6153 # 6224
adds s6256, s6050, s6153 # 6225
adds s6051, s6256, s6256 # 6226
bit s6154 # 6227
adds s6257, s6051, s6154 # 6228
adds s6052, s6257, s6257 # 6229
bit s6155 # 6230
adds s6258, s6052, s6155 # 6231
adds s6053, s6258, s6258 # 6232
bit s6156 # 6233
adds s6259, s6053, s6156 # 6234
adds s6054, s6259, s6259 # 6235
bit s6157 # 6236
adds s6260, s6054, s6157 # 6237
adds s6055, s6260, s6260 # 6238
bit s6158 # 6239
adds s6261, s6055, s6158 # 6240
adds s6056, s6261, s6261 # 6241
bit s6159 # 6242
adds s6262, s6056, s6159 # 6243
adds s6057, s6262, s6262 # 6244
bit s6160 # 6245
adds s6263, s6057, s6160 # 6246
adds s6058, s6263, s6263 # 6247
bit s6161 # 6248
adds s6264, s6058, s6161 # 6249
adds s6059, s6264, s6264 # 6250
bit s6162 # 6251
adds s6265, s6059, s6162 # 6252
adds s6060, s6265, s6265 # 6253
bit s6163 # 6254
adds s6266, s6060, s6163 # 6255
adds s6061, s6266, s6266 # 6256
bit s6164 # 6257
adds s6267, s6061, s6164 # 6258
adds s6062, s6267, s6267 # 6259
bit s6165 # 6260
adds s6268, s6062, s6165 # 6261
adds s6063, s6268, s6268 # 6262
bit s6166 # 6263
adds s6269, s6063, s6166 # 6264
adds s6064, s6269, s6269 # 6265
bit s6167 # 6266
adds s6270, s6064, s6167 # 6267
adds s6065, s6270, s6270 # 6268
bit s6168 # 6269
adds s6271, s6065, s6168 # 6270
adds s6066, s6271, s6271 # 6271
bit s6169 # 6272
adds s6272, s6066, s6169 # 6273
adds s6067, s6272, s6272 # 6274
bit s6170 # 6275
adds s6273, s6067, s6170 # 6276
adds s6068, s6273, s6273 # 6277
bit s6171 # 6278
adds s6274, s6068, s6171 # 6279
adds s6069, s6274, s6274 # 6280
bit s6172 # 6281
adds s6275, s6069, s6172 # 6282
adds s6070, s6275, s6275 # 6283
bit s6173 # 6284
adds s6276, s6070, s6173 # 6285
adds s6071, s6276, s6276 # 6286
bit s6174 # 6287
adds s6277, s6071, s6174 # 6288
adds s6072, s6277, s6277 # 6289
bit s6175 # 6290
adds s6278, s6072, s6175 # 6291
adds s6073, s6278, s6278 # 6292
bit s6176 # 6293
adds s6279, s6073, s6176 # 6294
adds s6074, s6279, s6279 # 6295
bit s6177 # 6296
adds s6280, s6074, s6177 # 6297
adds s6075, s6280, s6280 # 6298
bit s6178 # 6299
adds s6281, s6075, s6178 # 6300
adds s6076, s6281, s6281 # 6301
bit s6179 # 6302
adds s6282, s6076, s6179 # 6303
adds s6077, s6282, s6282 # 6304
bit s6180 # 6305
adds s6283, s6077, s6180 # 6306
adds s6078, s6283, s6283 # 6307
bit s6181 # 6308
adds s6284, s6078, s6181 # 6309
adds s6079, s6284, s6284 # 6310
bit s6182 # 6311
adds s6285, s6079, s6182 # 6312
adds s6080, s6285, s6285 # 6313
bit s6183 # 6314
adds s6286, s6080, s6183 # 6315
adds s6081, s6286, s6286 # 6316
bit s6184 # 6317
adds s6287, s6081, s6184 # 6318
adds s6082, s6287, s6287 # 6319
bit s6185 # 6320
adds s6288, s6082, s6185 # 6321
adds s6083, s6288, s6288 # 6322
bit s6186 # 6323
adds s6289, s6083, s6186 # 6324
adds s6084, s6289, s6289 # 6325
bit s6187 # 6326
adds s6290, s6084, s6187 # 6327
adds s6085, s6290, s6290 # 6328
bit s6188 # 6329
adds s6291, s6085, s6188 # 6330
adds s6086, s6291, s6291 # 6331
bit s6189 # 6332
adds s6292, s6086, s6189 # 6333
adds s6087, s6292, s6292 # 6334
bit s6190 # 6335
adds s6293, s6087, s6190 # 6336
adds s6088, s6293, s6293 # 6337
bit s6191 # 6338
adds s6294, s6088, s6191 # 6339
adds s6089, s6294, s6294 # 6340
bit s6192 # 6341
adds s6295, s6089, s6192 # 6342
adds s6090, s6295, s6295 # 6343
bit s6193 # 6344
adds s6296, s6090, s6193 # 6345
adds s6091, s6296, s6296 # 6346
bit s6194 # 6347
adds s6297, s6091, s6194 # 6348
adds s6092, s6297, s6297 # 6349
bit s6195 # 6350
adds s6298, s6092, s6195 # 6351
adds s6093, s6298, s6298 # 6352
bit s6196 # 6353
adds s6299, s6093, s6196 # 6354
adds s6094, s6299, s6299 # 6355
bit s6197 # 6356
adds s6300, s6094, s6197 # 6357
adds s6095, s6300, s6300 # 6358
bit s6198 # 6359
adds s6301, s6095, s6198 # 6360
adds s6096, s6301, s6301 # 6361
bit s6199 # 6362
adds s6302, s6096, s6199 # 6363
adds s6097, s6302, s6302 # 6364
bit s6200 # 6365
adds s6303, s6097, s6200 # 6366
adds s6098, s6303, s6303 # 6367
bit s6201 # 6368
adds s6304, s6098, s6201 # 6369
adds s6099, s6304, s6304 # 6370
bit s6202 # 6371
adds s6305, s6099, s6202 # 6372
adds s6100, s6305, s6305 # 6373
bit s6203 # 6374
adds s6306, s6100, s6203 # 6375
adds s6101, s6306, s6306 # 6376
bit s6204 # 6377
adds s6307, s6101, s6204 # 6378
adds s6102, s6307, s6307 # 6379
bit s6205 # 6380
adds s6308, s6102, s6205 # 6381
adds s6103, s6308, s6308 # 6382
bit s6206 # 6383
adds s6309, s6103, s6206 # 6384
adds s6104, s6309, s6309 # 6385
bit s6207 # 6386
adds s6310, s6104, s6207 # 6387
adds s6105, s6310, s6310 # 6388
bit s6208 # 6389
adds s6311, s6105, s6208 # 6390
adds s6106, s6311, s6311 # 6391
bit s6209 # 6392
adds s6312, s6106, s6209 # 6393
adds s6107, s6312, s6312 # 6394
bit s6210 # 6395
adds s6313, s6107, s6210 # 6396
adds s6108, s6313, s6313 # 6397
bit s6211 # 6398
adds s6314, s6108, s6211 # 6399
adds s6109, s6314, s6314 # 6400
bit s6212 # 6401
adds s6315, s6109, s6212 # 6402
adds s6110, s6315, s6315 # 6403
bit s6213 # 6404
adds s6316, s6110, s6213 # 6405
adds s6111, s6316, s6316 # 6406
bit s6214 # 6407
adds s6317, s6111, s6214 # 6408
adds s6112, s6317, s6317 # 6409
bit s6215 # 6410
adds s6318, s6112, s6215 # 6411
adds s6113, s6318, s6318 # 6412
bit s6216 # 6413
adds s6319, s6113, s6216 # 6414
adds s6114, s6319, s6319 # 6415
bit s6217 # 6416
adds s6320, s6114, s6217 # 6417
adds s6115, s6320, s6320 # 6418
bit s6218 # 6419
adds s6321, s6115, s6218 # 6420
adds s6116, s6321, s6321 # 6421
bit s6219 # 6422
adds s6322, s6116, s6219 # 6423
adds s6117, s6322, s6322 # 6424
bit s6220 # 6425
adds s6323, s6117, s6220 # 6426
adds s6118, s6323, s6323 # 6427
bit s6221 # 6428
adds s6324, s6118, s6221 # 6429
adds s6119, s6324, s6324 # 6430
bit s6222 # 6431
adds s6325, s6119, s6222 # 6432
adds s6120, s6325, s6325 # 6433
bit s6223 # 6434
adds s6326, s6120, s6223 # 6435
adds s6121, s6326, s6326 # 6436
bit s6224 # 6437
adds s6327, s6121, s6224 # 6438
adds s6122, s6327, s6327 # 6439
bit s6225 # 6440
adds s6328, s6122, s6225 # 6441
adds s6123, s6328, s6328 # 6442
bit s6226 # 6443
adds s6329, s6123, s6226 # 6444
adds s6124, s6329, s6329 # 6445
bit s6227 # 6446
adds s6330, s6124, s6227 # 6447
adds s6125, s6330, s6330 # 6448
bit s6228 # 6449
adds s6331, s6125, s6228 # 6450
adds s6126, s6331, s6331 # 6451
bit s6229 # 6452
adds s6332, s6126, s6229 # 6453
adds s6127, s6332, s6332 # 6454
bit s6230 # 6455
adds s6333, s6127, s6230 # 6456
adds s6128, s6333, s6333 # 6457
bit s6231 # 6458
adds s6334, s6128, s6231 # 6459
adds s6129, s6334, s6334 # 6460
bit s6232 # 6461
adds s6335, s6129, s6232 # 6462
adds s6130, s6335, s6335 # 6463
bit s6233 # 6464
adds s6336, s6130, s6233 # 6465
adds s6131, s6336, s6336 # 6466
bit s6234 # 6467
adds s6337, s6131, s6234 # 6468
adds s6132, s6337, s6337 # 6469
bit s6235 # 6470
adds s6019, s6132, s6235 # 6471
bit s6021 # 6472
movs s6020, s6021 # 6473
mulsi s6022, s6019, 2 # 6474
ldi c312, 8 # 6475
mulci c313, c312, 1073741824 # 6476
mulci c314, c313, 1073741824 # 6477
movc c311, c314 # 6478
addm s6023, s6017, c311 # 6479
adds s6024, s6022, s6023 # 6480
adds s6025, s6024, s6020 # 6481
startopen 1, s6025 # 6482
stopopen 1, c308 # 6483
modci c309, c308, 2 # 6484
mulci c310, c309, 2 # 6485
mulm s6026, s6021, c310 # 6486
addm s6027, s6021, c309 # 6487
subs s6018, s6027, s6026 # 6488
stms s6018, 8329 # 6489
bit s6560 # 6490
adds s6357, s6560, s6560 # 6491
bit s6459 # 6492
adds s6561, s6357, s6459 # 6493
adds s6358, s6561, s6561 # 6494
bit s6460 # 6495
adds s6562, s6358, s6460 # 6496
adds s6359, s6562, s6562 # 6497
bit s6461 # 6498
adds s6563, s6359, s6461 # 6499
adds s6360, s6563, s6563 # 6500
bit s6462 # 6501
adds s6564, s6360, s6462 # 6502
adds s6361, s6564, s6564 # 6503
bit s6463 # 6504
adds s6565, s6361, s6463 # 6505
adds s6362, s6565, s6565 # 6506
bit s6464 # 6507
adds s6566, s6362, s6464 # 6508
adds s6363, s6566, s6566 # 6509
bit s6465 # 6510
adds s6567, s6363, s6465 # 6511
adds s6364, s6567, s6567 # 6512
bit s6466 # 6513
adds s6568, s6364, s6466 # 6514
adds s6365, s6568, s6568 # 6515
bit s6467 # 6516
adds s6569, s6365, s6467 # 6517
adds s6366, s6569, s6569 # 6518
bit s6468 # 6519
adds s6570, s6366, s6468 # 6520
adds s6367, s6570, s6570 # 6521
bit s6469 # 6522
adds s6571, s6367, s6469 # 6523
adds s6368, s6571, s6571 # 6524
bit s6470 # 6525
adds s6572, s6368, s6470 # 6526
adds s6369, s6572, s6572 # 6527
bit s6471 # 6528
adds s6573, s6369, s6471 # 6529
adds s6370, s6573, s6573 # 6530
bit s6472 # 6531
adds s6574, s6370, s6472 # 6532
adds s6371, s6574, s6574 # 6533
bit s6473 # 6534
adds s6575, s6371, s6473 # 6535
adds s6372, s6575, s6575 # 6536
bit s6474 # 6537
adds s6576, s6372, s6474 # 6538
adds s6373, s6576, s6576 # 6539
bit s6475 # 6540
adds s6577, s6373, s6475 # 6541
adds s6374, s6577, s6577 # 6542
bit s6476 # 6543
adds s6578, s6374, s6476 # 6544
adds s6375, s6578, s6578 # 6545
bit s6477 # 6546
adds s6579, s6375, s6477 # 6547
adds s6376, s6579, s6579 # 6548
bit s6478 # 6549
adds s6580, s6376, s6478 # 6550
adds s6377, s6580, s6580 # 6551
bit s6479 # 6552
adds s6581, s6377, s6479 # 6553
adds s6378, s6581, s6581 # 6554
bit s6480 # 6555
adds s6582, s6378, s6480 # 6556
adds s6379, s6582, s6582 # 6557
bit s6481 # 6558
adds s6583, s6379, s6481 # 6559
adds s6380, s6583, s6583 # 6560
bit s6482 # 6561
adds s6584, s6380, s6482 # 6562
adds s6381, s6584, s6584 # 6563
bit s6483 # 6564
adds s6585, s6381, s6483 # 6565
adds s6382, s6585, s6585 # 6566
bit s6484 # 6567
adds s6586, s6382, s6484 # 6568
adds s6383, s6586, s6586 # 6569
bit s6485 # 6570
adds s6587, s6383, s6485 # 6571
adds s6384, s6587, s6587 # 6572
bit s6486 # 6573
adds s6588, s6384, s6486 # 6574
adds s6385, s6588, s6588 # 6575
bit s6487 # 6576
adds s6589, s6385, s6487 # 6577
adds s6386, s6589, s6589 # 6578
bit s6488 # 6579
adds s6590, s6386, s6488 # 6580
adds s6387, s6590, s6590 # 6581
bit s6489 # 6582
adds s6591, s6387, s6489 # 6583
adds s6388, s6591, s6591 # 6584
bit s6490 # 6585
adds s6592, s6388, s6490 # 6586
adds s6389, s6592, s6592 # 6587
bit s6491 # 6588
adds s6593, s6389, s6491 # 6589
adds s6390, s6593, s6593 # 6590
bit s6492 # 6591
adds s6594, s6390, s6492 # 6592
adds s6391, s6594, s6594 # 6593
bit s6493 # 6594
adds s6595, s6391, s6493 # 6595
adds s6392, s6595, s6595 # 6596
bit s6494 # 6597
adds s6596, s6392, s6494 # 6598
adds s6393, s6596, s6596 # 6599
bit s6495 # 6600
adds s6597, s6393, s6495 # 6601
adds s6394, s6597, s6597 # 6602
bit s6496 # 6603
adds s6598, s6394, s6496 # 6604
adds s6395, s6598, s6598 # 6605
bit s6497 # 6606
adds s6599, s6395, s6497 # 6607
adds s6396, s6599, s6599 # 6608
bit s6498 # 6609
adds s6600, s6396, s6498 # 6610
adds s6397, s6600, s6600 # 6611
bit s6499 # 6612
adds s6601, s6397, s6499 # 6613
adds s6398, s6601, s6601 # 6614
bit s6500 # 6615
adds s6602, s6398, s6500 # 6616
adds s6399, s6602, s6602 # 6617
bit s6501 # 6618
adds s6603, s6399, s6501 # 6619
adds s6400, s6603, s6603 # 6620
bit s6502 # 6621
adds s6604, s6400, s6502 # 6622
adds s6401, s6604, s6604 # 6623
bit s6503 # 6624
adds s6605, s6401, s6503 # 6625
adds s6402, s6605, s6605 # 6626
bit s6504 # 6627
adds s6606, s6402, s6504 # 6628
adds s6403, s6606, s6606 # 6629
bit s6505 # 6630
adds s6607, s6403, s6505 # 6631
adds s6404, s6607, s6607 # 6632
bit s6506 # 6633
adds s6608, s6404, s6506 # 6634
adds s6405, s6608, s6608 # 6635
bit s6507 # 6636
adds s6609, s6405, s6507 # 6637
adds s6406, s6609, s6609 # 6638
bit s6508 # 6639
adds s6610, s6406, s6508 # 6640
adds s6407, s6610, s6610 # 6641
bit s6509 # 6642
adds s6611, s6407, s6509 # 6643
adds s6408, s6611, s6611 # 6644
bit s6510 # 6645
adds s6612, s6408, s6510 # 6646
adds s6409, s6612, s6612 # 6647
bit s6511 # 6648
adds s6613, s6409, s6511 # 6649
adds s6410, s6613, s6613 # 6650
bit s6512 # 6651
adds s6614, s6410, s6512 # 6652
adds s6411, s6614, s6614 # 6653
bit s6513 # 6654
adds s6615, s6411, s6513 # 6655
adds s6412, s6615, s6615 # 6656
bit s6514 # 6657
adds s6616, s6412, s6514 # 6658
adds s6413, s6616, s6616 # 6659
bit s6515 # 6660
adds s6617, s6413, s6515 # 6661
adds s6414, s6617, s6617 # 6662
bit s6516 # 6663
adds s6618, s6414, s6516 # 6664
adds s6415, s6618, s6618 # 6665
bit s6517 # 6666
adds s6619, s6415, s6517 # 6667
adds s6416, s6619, s6619 # 6668
bit s6518 # 6669
adds s6620, s6416, s6518 # 6670
adds s6417, s6620, s6620 # 6671
bit s6519 # 6672
adds s6621, s6417, s6519 # 6673
adds s6418, s6621, s6621 # 6674
bit s6520 # 6675
adds s6622, s6418, s6520 # 6676
adds s6419, s6622, s6622 # 6677
bit s6521 # 6678
adds s6623, s6419, s6521 # 6679
adds s6420, s6623, s6623 # 6680
bit s6522 # 6681
adds s6624, s6420, s6522 # 6682
adds s6421, s6624, s6624 # 6683
bit s6523 # 6684
adds s6625, s6421, s6523 # 6685
adds s6422, s6625, s6625 # 6686
bit s6524 # 6687
adds s6626, s6422, s6524 # 6688
adds s6423, s6626, s6626 # 6689
bit s6525 # 6690
adds s6627, s6423, s6525 # 6691
adds s6424, s6627, s6627 # 6692
bit s6526 # 6693
adds s6628, s6424, s6526 # 6694
adds s6425, s6628, s6628 # 6695
bit s6527 # 6696
adds s6629, s6425, s6527 # 6697
adds s6426, s6629, s6629 # 6698
bit s6528 # 6699
adds s6630, s6426, s6528 # 6700
adds s6427, s6630, s6630 # 6701
bit s6529 # 6702
adds s6631, s6427, s6529 # 6703
adds s6428, s6631, s6631 # 6704
bit s6530 # 6705
adds s6632, s6428, s6530 # 6706
adds s6429, s6632, s6632 # 6707
bit s6531 # 6708
adds s6633, s6429, s6531 # 6709
adds s6430, s6633, s6633 # 6710
bit s6532 # 6711
adds s6634, s6430, s6532 # 6712
adds s6431, s6634, s6634 # 6713
bit s6533 # 6714
adds s6635, s6431, s6533 # 6715
adds s6432, s6635, s6635 # 6716
bit s6534 # 6717
adds s6636, s6432, s6534 # 6718
adds s6433, s6636, s6636 # 6719
bit s6535 # 6720
adds s6637, s6433, s6535 # 6721
adds s6434, s6637, s6637 # 6722
bit s6536 # 6723
adds s6638, s6434, s6536 # 6724
adds s6435, s6638, s6638 # 6725
bit s6537 # 6726
adds s6639, s6435, s6537 # 6727
adds s6436, s6639, s6639 # 6728
bit s6538 # 6729
adds s6640, s6436, s6538 # 6730
adds s6437, s6640, s6640 # 6731
bit s6539 # 6732
adds s6641, s6437, s6539 # 6733
adds s6438, s6641, s6641 # 6734
bit s6540 # 6735
adds s6642, s6438, s6540 # 6736
adds s6439, s6642, s6642 # 6737
bit s6541 # 6738
adds s6643, s6439, s6541 # 6739
adds s6440, s6643, s6643 # 6740
bit s6542 # 6741
adds s6644, s6440, s6542 # 6742
adds s6441, s6644, s6644 # 6743
bit s6543 # 6744
adds s6645, s6441, s6543 # 6745
adds s6442, s6645, s6645 # 6746
bit s6544 # 6747
adds s6646, s6442, s6544 # 6748
adds s6443, s6646, s6646 # 6749
bit s6545 # 6750
adds s6647, s6443, s6545 # 6751
adds s6444, s6647, s6647 # 6752
bit s6546 # 6753
adds s6648, s6444, s6546 # 6754
adds s6445, s6648, s6648 # 6755
bit s6547 # 6756
adds s6649, s6445, s6547 # 6757
adds s6446, s6649, s6649 # 6758
bit s6548 # 6759
adds s6650, s6446, s6548 # 6760
adds s6447, s6650, s6650 # 6761
bit s6549 # 6762
adds s6651, s6447, s6549 # 6763
adds s6448, s6651, s6651 # 6764
bit s6550 # 6765
adds s6652, s6448, s6550 # 6766
adds s6449, s6652, s6652 # 6767
bit s6551 # 6768
adds s6653, s6449, s6551 # 6769
adds s6450, s6653, s6653 # 6770
bit s6552 # 6771
adds s6654, s6450, s6552 # 6772
adds s6451, s6654, s6654 # 6773
bit s6553 # 6774
adds s6655, s6451, s6553 # 6775
adds s6452, s6655, s6655 # 6776
bit s6554 # 6777
adds s6656, s6452, s6554 # 6778
adds s6453, s6656, s6656 # 6779
bit s6555 # 6780
adds s6657, s6453, s6555 # 6781
adds s6454, s6657, s6657 # 6782
bit s6556 # 6783
adds s6658, s6454, s6556 # 6784
adds s6455, s6658, s6658 # 6785
bit s6557 # 6786
adds s6659, s6455, s6557 # 6787
adds s6456, s6659, s6659 # 6788
bit s6558 # 6789
adds s6660, s6456, s6558 # 6790
adds s6457, s6660, s6660 # 6791
bit s6559 # 6792
adds s6340, s6457, s6559 # 6793
bit s6343 # 6794
adds s6354, s6343, s6343 # 6795
bit s6342 # 6796
adds s6355, s6354, s6342 # 6797
movs s6341, s6355 # 6798
ldi c319, 4 # 6799
movc c317, c319 # 6800
mulm s6346, s6340, c317 # 6801
ldi c320, 8 # 6802
mulci c321, c320, 1073741824 # 6803
mulci c322, c321, 1073741824 # 6804
movc c318, c322 # 6805
addm s6347, s5373, c318 # 6806
adds s6348, s6346, s6347 # 6807
adds s6349, s6348, s6341 # 6808
startopen 1, s6349 # 6809
stopopen 1, c315 # 6810
modc c316, c315, c317 # 6811
modci c323, c316, 2 # 6812
subc c326, c316, c323 # 6813
mulc c328, c326, c38 # 6814
modci c324, c328, 2 # 6815
subsfi s6662, s6342, 1 # 6816
subsfi s6663, s6343, 1 # 6817
mulm s6669, s6663, c324 # 6818
mulsi s6671, s6669, 2 # 6819
addm s6673, s6663, c324 # 6820
subs s6675, s6673, s6671 # 6821
mulm s6670, s6662, c323 # 6822
mulsi s6672, s6670, 2 # 6823
addm s6674, s6662, c323 # 6824
subs s6676, s6674, s6672 # 6825
mulsi s6677, s6676, 1 # 6826
adds s6678, s6670, s6677 # 6827
triple s6683, s6684, s6685 # 6828
subs s6686, s6675, s6683 # 6829
subs s6687, s6678, s6684 # 6830
startopen 2, s6686, s6687 # 6831
stopopen 2, c329, c330 # 6832
mulm s6688, s6684, c329 # 6833
mulm s6689, s6683, c330 # 6834
mulc c331, c329, c330 # 6835
adds s6690, s6685, s6688 # 6836
adds s6691, s6690, s6689 # 6837
addm s6681, s6691, c331 # 6838
adds s6682, s6669, s6681 # 6839
movs s6666, s6682 # 6840
subsfi s6345, s6666, 1 # 6841
mulm s6350, s6345, c317 # 6842
submr s6351, c316, s6341 # 6843
adds s6339, s6351, s6350 # 6844
subs s6692, s5373, s6339 # 6845
ldi c332, 1 # 6846
divci c333, c332, 4 # 6847
mulm s6693, s6692, c333 # 6848
bit s6912 # 6849
adds s6707, s6912, s6912 # 6850
bit s6810 # 6851
adds s6913, s6707, s6810 # 6852
adds s6708, s6913, s6913 # 6853
bit s6811 # 6854
adds s6914, s6708, s6811 # 6855
adds s6709, s6914, s6914 # 6856
bit s6812 # 6857
adds s6915, s6709, s6812 # 6858
adds s6710, s6915, s6915 # 6859
bit s6813 # 6860
adds s6916, s6710, s6813 # 6861
adds s6711, s6916, s6916 # 6862
bit s6814 # 6863
adds s6917, s6711, s6814 # 6864
adds s6712, s6917, s6917 # 6865
bit s6815 # 6866
adds s6918, s6712, s6815 # 6867
adds s6713, s6918, s6918 # 6868
bit s6816 # 6869
adds s6919, s6713, s6816 # 6870
adds s6714, s6919, s6919 # 6871
bit s6817 # 6872
adds s6920, s6714, s6817 # 6873
adds s6715, s6920, s6920 # 6874
bit s6818 # 6875
adds s6921, s6715, s6818 # 6876
adds s6716, s6921, s6921 # 6877
bit s6819 # 6878
adds s6922, s6716, s6819 # 6879
adds s6717, s6922, s6922 # 6880
bit s6820 # 6881
adds s6923, s6717, s6820 # 6882
adds s6718, s6923, s6923 # 6883
bit s6821 # 6884
adds s6924, s6718, s6821 # 6885
adds s6719, s6924, s6924 # 6886
bit s6822 # 6887
adds s6925, s6719, s6822 # 6888
adds s6720, s6925, s6925 # 6889
bit s6823 # 6890
adds s6926, s6720, s6823 # 6891
adds s6721, s6926, s6926 # 6892
bit s6824 # 6893
adds s6927, s6721, s6824 # 6894
adds s6722, s6927, s6927 # 6895
bit s6825 # 6896
adds s6928, s6722, s6825 # 6897
adds s6723, s6928, s6928 # 6898
bit s6826 # 6899
adds s6929, s6723, s6826 # 6900
adds s6724, s6929, s6929 # 6901
bit s6827 # 6902
adds s6930, s6724, s6827 # 6903
adds s6725, s6930, s6930 # 6904
bit s6828 # 6905
adds s6931, s6725, s6828 # 6906
adds s6726, s6931, s6931 # 6907
bit s6829 # 6908
adds s6932, s6726, s6829 # 6909
adds s6727, s6932, s6932 # 6910
bit s6830 # 6911
adds s6933, s6727, s6830 # 6912
adds s6728, s6933, s6933 # 6913
bit s6831 # 6914
adds s6934, s6728, s6831 # 6915
adds s6729, s6934, s6934 # 6916
bit s6832 # 6917
adds s6935, s6729, s6832 # 6918
adds s6730, s6935, s6935 # 6919
bit s6833 # 6920
adds s6936, s6730, s6833 # 6921
adds s6731, s6936, s6936 # 6922
bit s6834 # 6923
adds s6937, s6731, s6834 # 6924
adds s6732, s6937, s6937 # 6925
bit s6835 # 6926
adds s6938, s6732, s6835 # 6927
adds s6733, s6938, s6938 # 6928
bit s6836 # 6929
adds s6939, s6733, s6836 # 6930
adds s6734, s6939, s6939 # 6931
bit s6837 # 6932
adds s6940, s6734, s6837 # 6933
adds s6735, s6940, s6940 # 6934
bit s6838 # 6935
adds s6941, s6735, s6838 # 6936
adds s6736, s6941, s6941 # 6937
bit s6839 # 6938
adds s6942, s6736, s6839 # 6939
adds s6737, s6942, s6942 # 6940
bit s6840 # 6941
adds s6943, s6737, s6840 # 6942
adds s6738, s6943, s6943 # 6943
bit s6841 # 6944
adds s6944, s6738, s6841 # 6945
adds s6739, s6944, s6944 # 6946
bit s6842 # 6947
adds s6945, s6739, s6842 # 6948
adds s6740, s6945, s6945 # 6949
bit s6843 # 6950
adds s6946, s6740, s6843 # 6951
adds s6741, s6946, s6946 # 6952
bit s6844 # 6953
adds s6947, s6741, s6844 # 6954
adds s6742, s6947, s6947 # 6955
bit s6845 # 6956
adds s6948, s6742, s6845 # 6957
adds s6743, s6948, s6948 # 6958
bit s6846 # 6959
adds s6949, s6743, s6846 # 6960
adds s6744, s6949, s6949 # 6961
bit s6847 # 6962
adds s6950, s6744, s6847 # 6963
adds s6745, s6950, s6950 # 6964
bit s6848 # 6965
adds s6951, s6745, s6848 # 6966
adds s6746, s6951, s6951 # 6967
bit s6849 # 6968
adds s6952, s6746, s6849 # 6969
adds s6747, s6952, s6952 # 6970
bit s6850 # 6971
adds s6953, s6747, s6850 # 6972
adds s6748, s6953, s6953 # 6973
bit s6851 # 6974
adds s6954, s6748, s6851 # 6975
adds s6749, s6954, s6954 # 6976
bit s6852 # 6977
adds s6955, s6749, s6852 # 6978
adds s6750, s6955, s6955 # 6979
bit s6853 # 6980
adds s6956, s6750, s6853 # 6981
adds s6751, s6956, s6956 # 6982
bit s6854 # 6983
adds s6957, s6751, s6854 # 6984
adds s6752, s6957, s6957 # 6985
bit s6855 # 6986
adds s6958, s6752, s6855 # 6987
adds s6753, s6958, s6958 # 6988
bit s6856 # 6989
adds s6959, s6753, s6856 # 6990
adds s6754, s6959, s6959 # 6991
bit s6857 # 6992
adds s6960, s6754, s6857 # 6993
adds s6755, s6960, s6960 # 6994
bit s6858 # 6995
adds s6961, s6755, s6858 # 6996
adds s6756, s6961, s6961 # 6997
bit s6859 # 6998
adds s6962, s6756, s6859 # 6999
adds s6757, s6962, s6962 # 7000
bit s6860 # 7001
adds s6963, s6757, s6860 # 7002
adds s6758, s6963, s6963 # 7003
bit s6861 # 7004
adds s6964, s6758, s6861 # 7005
adds s6759, s6964, s6964 # 7006
bit s6862 # 7007
adds s6965, s6759, s6862 # 7008
adds s6760, s6965, s6965 # 7009
bit s6863 # 7010
adds s6966, s6760, s6863 # 7011
adds s6761, s6966, s6966 # 7012
bit s6864 # 7013
adds s6967, s6761, s6864 # 7014
adds s6762, s6967, s6967 # 7015
bit s6865 # 7016
adds s6968, s6762, s6865 # 7017
adds s6763, s6968, s6968 # 7018
bit s6866 # 7019
adds s6969, s6763, s6866 # 7020
adds s6764, s6969, s6969 # 7021
bit s6867 # 7022
adds s6970, s6764, s6867 # 7023
adds s6765, s6970, s6970 # 7024
bit s6868 # 7025
adds s6971, s6765, s6868 # 7026
adds s6766, s6971, s6971 # 7027
bit s6869 # 7028
adds s6972, s6766, s6869 # 7029
adds s6767, s6972, s6972 # 7030
bit s6870 # 7031
adds s6973, s6767, s6870 # 7032
adds s6768, s6973, s6973 # 7033
bit s6871 # 7034
adds s6974, s6768, s6871 # 7035
adds s6769, s6974, s6974 # 7036
bit s6872 # 7037
adds s6975, s6769, s6872 # 7038
adds s6770, s6975, s6975 # 7039
bit s6873 # 7040
adds s6976, s6770, s6873 # 7041
adds s6771, s6976, s6976 # 7042
bit s6874 # 7043
adds s6977, s6771, s6874 # 7044
adds s6772, s6977, s6977 # 7045
bit s6875 # 7046
adds s6978, s6772, s6875 # 7047
adds s6773, s6978, s6978 # 7048
bit s6876 # 7049
adds s6979, s6773, s6876 # 7050
adds s6774, s6979, s6979 # 7051
bit s6877 # 7052
adds s6980, s6774, s6877 # 7053
adds s6775, s6980, s6980 # 7054
bit s6878 # 7055
adds s6981, s6775, s6878 # 7056
adds s6776, s6981, s6981 # 7057
bit s6879 # 7058
adds s6982, s6776, s6879 # 7059
adds s6777, s6982, s6982 # 7060
bit s6880 # 7061
adds s6983, s6777, s6880 # 7062
adds s6778, s6983, s6983 # 7063
bit s6881 # 7064
adds s6984, s6778, s6881 # 7065
adds s6779, s6984, s6984 # 7066
bit s6882 # 7067
adds s6985, s6779, s6882 # 7068
adds s6780, s6985, s6985 # 7069
bit s6883 # 7070
adds s6986, s6780, s6883 # 7071
adds s6781, s6986, s6986 # 7072
bit s6884 # 7073
adds s6987, s6781, s6884 # 7074
adds s6782, s6987, s6987 # 7075
bit s6885 # 7076
adds s6988, s6782, s6885 # 7077
adds s6783, s6988, s6988 # 7078
bit s6886 # 7079
adds s6989, s6783, s6886 # 7080
adds s6784, s6989, s6989 # 7081
bit s6887 # 7082
adds s6990, s6784, s6887 # 7083
adds s6785, s6990, s6990 # 7084
bit s6888 # 7085
adds s6991, s6785, s6888 # 7086
adds s6786, s6991, s6991 # 7087
bit s6889 # 7088
adds s6992, s6786, s6889 # 7089
adds s6787, s6992, s6992 # 7090
bit s6890 # 7091
adds s6993, s6787, s6890 # 7092
adds s6788, s6993, s6993 # 7093
bit s6891 # 7094
adds s6994, s6788, s6891 # 7095
adds s6789, s6994, s6994 # 7096
bit s6892 # 7097
adds s6995, s6789, s6892 # 7098
adds s6790, s6995, s6995 # 7099
bit s6893 # 7100
adds s6996, s6790, s6893 # 7101
adds s6791, s6996, s6996 # 7102
bit s6894 # 7103
adds s6997, s6791, s6894 # 7104
adds s6792, s6997, s6997 # 7105
bit s6895 # 7106
adds s6998, s6792, s6895 # 7107
adds s6793, s6998, s6998 # 7108
bit s6896 # 7109
adds s6999, s6793, s6896 # 7110
adds s6794, s6999, s6999 # 7111
bit s6897 # 7112
adds s7000, s6794, s6897 # 7113
adds s6795, s7000, s7000 # 7114
bit s6898 # 7115
adds s7001, s6795, s6898 # 7116
adds s6796, s7001, s7001 # 7117
bit s6899 # 7118
adds s7002, s6796, s6899 # 7119
adds s6797, s7002, s7002 # 7120
bit s6900 # 7121
adds s7003, s6797, s6900 # 7122
adds s6798, s7003, s7003 # 7123
bit s6901 # 7124
adds s7004, s6798, s6901 # 7125
adds s6799, s7004, s7004 # 7126
bit s6902 # 7127
adds s7005, s6799, s6902 # 7128
adds s6800, s7005, s7005 # 7129
bit s6903 # 7130
adds s7006, s6800, s6903 # 7131
adds s6801, s7006, s7006 # 7132
bit s6904 # 7133
adds s7007, s6801, s6904 # 7134
adds s6802, s7007, s7007 # 7135
bit s6905 # 7136
adds s7008, s6802, s6905 # 7137
adds s6803, s7008, s7008 # 7138
bit s6906 # 7139
adds s7009, s6803, s6906 # 7140
adds s6804, s7009, s7009 # 7141
bit s6907 # 7142
adds s7010, s6804, s6907 # 7143
adds s6805, s7010, s7010 # 7144
bit s6908 # 7145
adds s7011, s6805, s6908 # 7146
adds s6806, s7011, s7011 # 7147
bit s6909 # 7148
adds s7012, s6806, s6909 # 7149
adds s6807, s7012, s7012 # 7150
bit s6910 # 7151
adds s7013, s6807, s6910 # 7152
adds s6808, s7013, s7013 # 7153
bit s6911 # 7154
adds s6695, s6808, s6911 # 7155
bit s6697 # 7156
movs s6696, s6697 # 7157
mulsi s6698, s6695, 2 # 7158
ldi c338, 8 # 7159
mulci c339, c338, 1073741824 # 7160
mulci c340, c339, 1073741824 # 7161
movc c337, c340 # 7162
addm s6699, s6693, c337 # 7163
adds s6700, s6698, s6699 # 7164
adds s6701, s6700, s6696 # 7165
startopen 1, s6701 # 7166
stopopen 1, c334 # 7167
modci c335, c334, 2 # 7168
mulci c336, c335, 2 # 7169
mulm s6702, s6697, c336 # 7170
addm s6703, s6697, c335 # 7171
subs s6694, s6703, s6702 # 7172
stms s6694, 8330 # 7173
bit s7237 # 7174
adds s7036, s7237, s7237 # 7175
bit s7137 # 7176
adds s7238, s7036, s7137 # 7177
adds s7037, s7238, s7238 # 7178
bit s7138 # 7179
adds s7239, s7037, s7138 # 7180
adds s7038, s7239, s7239 # 7181
bit s7139 # 7182
adds s7240, s7038, s7139 # 7183
adds s7039, s7240, s7240 # 7184
bit s7140 # 7185
adds s7241, s7039, s7140 # 7186
adds s7040, s7241, s7241 # 7187
bit s7141 # 7188
adds s7242, s7040, s7141 # 7189
adds s7041, s7242, s7242 # 7190
bit s7142 # 7191
adds s7243, s7041, s7142 # 7192
adds s7042, s7243, s7243 # 7193
bit s7143 # 7194
adds s7244, s7042, s7143 # 7195
adds s7043, s7244, s7244 # 7196
bit s7144 # 7197
adds s7245, s7043, s7144 # 7198
adds s7044, s7245, s7245 # 7199
bit s7145 # 7200
adds s7246, s7044, s7145 # 7201
adds s7045, s7246, s7246 # 7202
bit s7146 # 7203
adds s7247, s7045, s7146 # 7204
adds s7046, s7247, s7247 # 7205
bit s7147 # 7206
adds s7248, s7046, s7147 # 7207
adds s7047, s7248, s7248 # 7208
bit s7148 # 7209
adds s7249, s7047, s7148 # 7210
adds s7048, s7249, s7249 # 7211
bit s7149 # 7212
adds s7250, s7048, s7149 # 7213
adds s7049, s7250, s7250 # 7214
bit s7150 # 7215
adds s7251, s7049, s7150 # 7216
adds s7050, s7251, s7251 # 7217
bit s7151 # 7218
adds s7252, s7050, s7151 # 7219
adds s7051, s7252, s7252 # 7220
bit s7152 # 7221
adds s7253, s7051, s7152 # 7222
adds s7052, s7253, s7253 # 7223
bit s7153 # 7224
adds s7254, s7052, s7153 # 7225
adds s7053, s7254, s7254 # 7226
bit s7154 # 7227
adds s7255, s7053, s7154 # 7228
adds s7054, s7255, s7255 # 7229
bit s7155 # 7230
adds s7256, s7054, s7155 # 7231
adds s7055, s7256, s7256 # 7232
bit s7156 # 7233
adds s7257, s7055, s7156 # 7234
adds s7056, s7257, s7257 # 7235
bit s7157 # 7236
adds s7258, s7056, s7157 # 7237
adds s7057, s7258, s7258 # 7238
bit s7158 # 7239
adds s7259, s7057, s7158 # 7240
adds s7058, s7259, s7259 # 7241
bit s7159 # 7242
adds s7260, s7058, s7159 # 7243
adds s7059, s7260, s7260 # 7244
bit s7160 # 7245
adds s7261, s7059, s7160 # 7246
adds s7060, s7261, s7261 # 7247
bit s7161 # 7248
adds s7262, s7060, s7161 # 7249
adds s7061, s7262, s7262 # 7250
bit s7162 # 7251
adds s7263, s7061, s7162 # 7252
adds s7062, s7263, s7263 # 7253
bit s7163 # 7254
adds s7264, s7062, s7163 # 7255
adds s7063, s7264, s7264 # 7256
bit s7164 # 7257
adds s7265, s7063, s7164 # 7258
adds s7064, s7265, s7265 # 7259
bit s7165 # 7260
adds s7266, s7064, s7165 # 7261
adds s7065, s7266, s7266 # 7262
bit s7166 # 7263
adds s7267, s7065, s7166 # 7264
adds s7066, s7267, s7267 # 7265
bit s7167 # 7266
adds s7268, s7066, s7167 # 7267
adds s7067, s7268, s7268 # 7268
bit s7168 # 7269
adds s7269, s7067, s7168 # 7270
adds s7068, s7269, s7269 # 7271
bit s7169 # 7272
adds s7270, s7068, s7169 # 7273
adds s7069, s7270, s7270 # 7274
bit s7170 # 7275
adds s7271, s7069, s7170 # 7276
adds s7070, s7271, s7271 # 7277
bit s7171 # 7278
adds s7272, s7070, s7171 # 7279
adds s7071, s7272, s7272 # 7280
bit s7172 # 7281
adds s7273, s7071, s7172 # 7282
adds s7072, s7273, s7273 # 7283
bit s7173 # 7284
adds s7274, s7072, s7173 # 7285
adds s7073, s7274, s7274 # 7286
bit s7174 # 7287
adds s7275, s7073, s7174 # 7288
adds s7074, s7275, s7275 # 7289
bit s7175 # 7290
adds s7276, s7074, s7175 # 7291
adds s7075, s7276, s7276 # 7292
bit s7176 # 7293
adds s7277, s7075, s7176 # 7294
adds s7076, s7277, s7277 # 7295
bit s7177 # 7296
adds s7278, s7076, s7177 # 7297
adds s7077, s7278, s7278 # 7298
bit s7178 # 7299
adds s7279, s7077, s7178 # 7300
adds s7078, s7279, s7279 # 7301
bit s7179 # 7302
adds s7280, s7078, s7179 # 7303
adds s7079, s7280, s7280 # 7304
bit s7180 # 7305
adds s7281, s7079, s7180 # 7306
adds s7080, s7281, s7281 # 7307
bit s7181 # 7308
adds s7282, s7080, s7181 # 7309
adds s7081, s7282, s7282 # 7310
bit s7182 # 7311
adds s7283, s7081, s7182 # 7312
adds s7082, s7283, s7283 # 7313
bit s7183 # 7314
adds s7284, s7082, s7183 # 7315
adds s7083, s7284, s7284 # 7316
bit s7184 # 7317
adds s7285, s7083, s7184 # 7318
adds s7084, s7285, s7285 # 7319
bit s7185 # 7320
adds s7286, s7084, s7185 # 7321
adds s7085, s7286, s7286 # 7322
bit s7186 # 7323
adds s7287, s7085, s7186 # 7324
adds s7086, s7287, s7287 # 7325
bit s7187 # 7326
adds s7288, s7086, s7187 # 7327
adds s7087, s7288, s7288 # 7328
bit s7188 # 7329
adds s7289, s7087, s7188 # 7330
adds s7088, s7289, s7289 # 7331
bit s7189 # 7332
adds s7290, s7088, s7189 # 7333
adds s7089, s7290, s7290 # 7334
bit s7190 # 7335
adds s7291, s7089, s7190 # 7336
adds s7090, s7291, s7291 # 7337
bit s7191 # 7338
adds s7292, s7090, s7191 # 7339
adds s7091, s7292, s7292 # 7340
bit s7192 # 7341
adds s7293, s7091, s7192 # 7342
adds s7092, s7293, s7293 # 7343
bit s7193 # 7344
adds s7294, s7092, s7193 # 7345
adds s7093, s7294, s7294 # 7346
bit s7194 # 7347
adds s7295, s7093, s7194 # 7348
adds s7094, s7295, s7295 # 7349
bit s7195 # 7350
adds s7296, s7094, s7195 # 7351
adds s7095, s7296, s7296 # 7352
bit s7196 # 7353
adds s7297, s7095, s7196 # 7354
adds s7096, s7297, s7297 # 7355
bit s7197 # 7356
adds s7298, s7096, s7197 # 7357
adds s7097, s7298, s7298 # 7358
bit s7198 # 7359
adds s7299, s7097, s7198 # 7360
adds s7098, s7299, s7299 # 7361
bit s7199 # 7362
adds s7300, s7098, s7199 # 7363
adds s7099, s7300, s7300 # 7364
bit s7200 # 7365
adds s7301, s7099, s7200 # 7366
adds s7100, s7301, s7301 # 7367
bit s7201 # 7368
adds s7302, s7100, s7201 # 7369
adds s7101, s7302, s7302 # 7370
bit s7202 # 7371
adds s7303, s7101, s7202 # 7372
adds s7102, s7303, s7303 # 7373
bit s7203 # 7374
adds s7304, s7102, s7203 # 7375
adds s7103, s7304, s7304 # 7376
bit s7204 # 7377
adds s7305, s7103, s7204 # 7378
adds s7104, s7305, s7305 # 7379
bit s7205 # 7380
adds s7306, s7104, s7205 # 7381
adds s7105, s7306, s7306 # 7382
bit s7206 # 7383
adds s7307, s7105, s7206 # 7384
adds s7106, s7307, s7307 # 7385
bit s7207 # 7386
adds s7308, s7106, s7207 # 7387
adds s7107, s7308, s7308 # 7388
bit s7208 # 7389
adds s7309, s7107, s7208 # 7390
adds s7108, s7309, s7309 # 7391
bit s7209 # 7392
adds s7310, s7108, s7209 # 7393
adds s7109, s7310, s7310 # 7394
bit s7210 # 7395
adds s7311, s7109, s7210 # 7396
adds s7110, s7311, s7311 # 7397
bit s7211 # 7398
adds s7312, s7110, s7211 # 7399
adds s7111, s7312, s7312 # 7400
bit s7212 # 7401
adds s7313, s7111, s7212 # 7402
adds s7112, s7313, s7313 # 7403
bit s7213 # 7404
adds s7314, s7112, s7213 # 7405
adds s7113, s7314, s7314 # 7406
bit s7214 # 7407
adds s7315, s7113, s7214 # 7408
adds s7114, s7315, s7315 # 7409
bit s7215 # 7410
adds s7316, s7114, s7215 # 7411
adds s7115, s7316, s7316 # 7412
bit s7216 # 7413
adds s7317, s7115, s7216 # 7414
adds s7116, s7317, s7317 # 7415
bit s7217 # 7416
adds s7318, s7116, s7217 # 7417
adds s7117, s7318, s7318 # 7418
bit s7218 # 7419
adds s7319, s7117, s7218 # 7420
adds s7118, s7319, s7319 # 7421
bit s7219 # 7422
adds s7320, s7118, s7219 # 7423
adds s7119, s7320, s7320 # 7424
bit s7220 # 7425
adds s7321, s7119, s7220 # 7426
adds s7120, s7321, s7321 # 7427
bit s7221 # 7428
adds s7322, s7120, s7221 # 7429
adds s7121, s7322, s7322 # 7430
bit s7222 # 7431
adds s7323, s7121, s7222 # 7432
adds s7122, s7323, s7323 # 7433
bit s7223 # 7434
adds s7324, s7122, s7223 # 7435
adds s7123, s7324, s7324 # 7436
bit s7224 # 7437
adds s7325, s7123, s7224 # 7438
adds s7124, s7325, s7325 # 7439
bit s7225 # 7440
adds s7326, s7124, s7225 # 7441
adds s7125, s7326, s7326 # 7442
bit s7226 # 7443
adds s7327, s7125, s7226 # 7444
adds s7126, s7327, s7327 # 7445
bit s7227 # 7446
adds s7328, s7126, s7227 # 7447
adds s7127, s7328, s7328 # 7448
bit s7228 # 7449
adds s7329, s7127, s7228 # 7450
adds s7128, s7329, s7329 # 7451
bit s7229 # 7452
adds s7330, s7128, s7229 # 7453
adds s7129, s7330, s7330 # 7454
bit s7230 # 7455
adds s7331, s7129, s7230 # 7456
adds s7130, s7331, s7331 # 7457
bit s7231 # 7458
adds s7332, s7130, s7231 # 7459
adds s7131, s7332, s7332 # 7460
bit s7232 # 7461
adds s7333, s7131, s7232 # 7462
adds s7132, s7333, s7333 # 7463
bit s7233 # 7464
adds s7334, s7132, s7233 # 7465
adds s7133, s7334, s7334 # 7466
bit s7234 # 7467
adds s7335, s7133, s7234 # 7468
adds s7134, s7335, s7335 # 7469
bit s7235 # 7470
adds s7336, s7134, s7235 # 7471
adds s7135, s7336, s7336 # 7472
bit s7236 # 7473
adds s7016, s7135, s7236 # 7474
bit s7020 # 7475
adds s7031, s7020, s7020 # 7476
bit s7019 # 7477
adds s7032, s7031, s7019 # 7478
adds s7033, s7032, s7032 # 7479
bit s7018 # 7480
adds s7034, s7033, s7018 # 7481
movs s7017, s7034 # 7482
ldi c345, 8 # 7483
movc c343, c345 # 7484
mulm s7023, s7016, c343 # 7485
ldi c346, 8 # 7486
mulci c347, c346, 1073741824 # 7487
mulci c348, c347, 1073741824 # 7488
movc c344, c348 # 7489
addm s7024, s5373, c344 # 7490
adds s7025, s7023, s7024 # 7491
adds s7026, s7025, s7017 # 7492
startopen 1, s7026 # 7493
stopopen 1, c341 # 7494
modc c342, c341, c343 # 7495
modci c349, c342, 2 # 7496
subc c353, c342, c349 # 7497
mulc c356, c353, c38 # 7498
modci c350, c356, 2 # 7499
subc c354, c356, c350 # 7500
mulc c357, c354, c38 # 7501
modci c351, c357, 2 # 7502
subsfi s7338, s7018, 1 # 7503
subsfi s7339, s7019, 1 # 7504
subsfi s7340, s7020, 1 # 7505
mulm s7348, s7340, c351 # 7506
mulsi s7351, s7348, 2 # 7507
addm s7354, s7340, c351 # 7508
subs s7357, s7354, s7351 # 7509
mulm s7349, s7339, c350 # 7510
mulsi s7352, s7349, 2 # 7511
addm s7355, s7339, c350 # 7512
subs s7358, s7355, s7352 # 7513
mulm s7350, s7338, c349 # 7514
mulsi s7353, s7350, 2 # 7515
addm s7356, s7338, c349 # 7516
subs s7359, s7356, s7353 # 7517
mulsi s7360, s7359, 1 # 7518
adds s7361, s7350, s7360 # 7519
triple s7366, s7367, s7368 # 7520
subs s7369, s7358, s7366 # 7521
subs s7370, s7361, s7367 # 7522
startopen 2, s7369, s7370 # 7523
stopopen 2, c358, c359 # 7524
mulm s7371, s7367, c358 # 7525
mulm s7372, s7366, c359 # 7526
mulc c360, c358, c359 # 7527
adds s7373, s7368, s7371 # 7528
adds s7374, s7373, s7372 # 7529
addm s7364, s7374, c360 # 7530
adds s7365, s7349, s7364 # 7531
triple s7378, s7379, s7380 # 7532
subs s7381, s7357, s7378 # 7533
subs s7382, s7365, s7379 # 7534
startopen 2, s7381, s7382 # 7535
stopopen 2, c361, c362 # 7536
mulm s7383, s7379, c361 # 7537
mulm s7384, s7378, c362 # 7538
mulc c363, c361, c362 # 7539
adds s7385, s7380, s7383 # 7540
adds s7386, s7385, s7384 # 7541
addm s7376, s7386, c363 # 7542
adds s7377, s7348, s7376 # 7543
movs s7344, s7377 # 7544
subsfi s7022, s7344, 1 # 7545
mulm s7027, s7022, c343 # 7546
submr s7028, c342, s7017 # 7547
adds s7015, s7028, s7027 # 7548
subs s7387, s5373, s7015 # 7549
ldi c364, 1 # 7550
divci c365, c364, 8 # 7551
mulm s7388, s7387, c365 # 7552
bit s7607 # 7553
adds s7402, s7607, s7607 # 7554
bit s7505 # 7555
adds s7608, s7402, s7505 # 7556
adds s7403, s7608, s7608 # 7557
bit s7506 # 7558
adds s7609, s7403, s7506 # 7559
adds s7404, s7609, s7609 # 7560
bit s7507 # 7561
adds s7610, s7404, s7507 # 7562
adds s7405, s7610, s7610 # 7563
bit s7508 # 7564
adds s7611, s7405, s7508 # 7565
adds s7406, s7611, s7611 # 7566
bit s7509 # 7567
adds s7612, s7406, s7509 # 7568
adds s7407, s7612, s7612 # 7569
bit s7510 # 7570
adds s7613, s7407, s7510 # 7571
adds s7408, s7613, s7613 # 7572
bit s7511 # 7573
adds s7614, s7408, s7511 # 7574
adds s7409, s7614, s7614 # 7575
bit s7512 # 7576
adds s7615, s7409, s7512 # 7577
adds s7410, s7615, s7615 # 7578
bit s7513 # 7579
adds s7616, s7410, s7513 # 7580
adds s7411, s7616, s7616 # 7581
bit s7514 # 7582
adds s7617, s7411, s7514 # 7583
adds s7412, s7617, s7617 # 7584
bit s7515 # 7585
adds s7618, s7412, s7515 # 7586
adds s7413, s7618, s7618 # 7587
bit s7516 # 7588
adds s7619, s7413, s7516 # 7589
adds s7414, s7619, s7619 # 7590
bit s7517 # 7591
adds s7620, s7414, s7517 # 7592
adds s7415, s7620, s7620 # 7593
bit s7518 # 7594
adds s7621, s7415, s7518 # 7595
adds s7416, s7621, s7621 # 7596
bit s7519 # 7597
adds s7622, s7416, s7519 # 7598
adds s7417, s7622, s7622 # 7599
bit s7520 # 7600
adds s7623, s7417, s7520 # 7601
adds s7418, s7623, s7623 # 7602
bit s7521 # 7603
adds s7624, s7418, s7521 # 7604
adds s7419, s7624, s7624 # 7605
bit s7522 # 7606
adds s7625, s7419, s7522 # 7607
adds s7420, s7625, s7625 # 7608
bit s7523 # 7609
adds s7626, s7420, s7523 # 7610
adds s7421, s7626, s7626 # 7611
bit s7524 # 7612
adds s7627, s7421, s7524 # 7613
adds s7422, s7627, s7627 # 7614
bit s7525 # 7615
adds s7628, s7422, s7525 # 7616
adds s7423, s7628, s7628 # 7617
bit s7526 # 7618
adds s7629, s7423, s7526 # 7619
adds s7424, s7629, s7629 # 7620
bit s7527 # 7621
adds s7630, s7424, s7527 # 7622
adds s7425, s7630, s7630 # 7623
bit s7528 # 7624
adds s7631, s7425, s7528 # 7625
adds s7426, s7631, s7631 # 7626
bit s7529 # 7627
adds s7632, s7426, s7529 # 7628
adds s7427, s7632, s7632 # 7629
bit s7530 # 7630
adds s7633, s7427, s7530 # 7631
adds s7428, s7633, s7633 # 7632
bit s7531 # 7633
adds s7634, s7428, s7531 # 7634
adds s7429, s7634, s7634 # 7635
bit s7532 # 7636
adds s7635, s7429, s7532 # 7637
adds s7430, s7635, s7635 # 7638
bit s7533 # 7639
adds s7636, s7430, s7533 # 7640
adds s7431, s7636, s7636 # 7641
bit s7534 # 7642
adds s7637, s7431, s7534 # 7643
adds s7432, s7637, s7637 # 7644
bit s7535 # 7645
adds s7638, s7432, s7535 # 7646
adds s7433, s7638, s7638 # 7647
bit s7536 # 7648
adds s7639, s7433, s7536 # 7649
adds s7434, s7639, s7639 # 7650
bit s7537 # 7651
adds s7640, s7434, s7537 # 7652
adds s7435, s7640, s7640 # 7653
bit s7538 # 7654
adds s7641, s7435, s7538 # 7655
adds s7436, s7641, s7641 # 7656
bit s7539 # 7657
adds s7642, s7436, s7539 # 7658
adds s7437, s7642, s7642 # 7659
bit s7540 # 7660
adds s7643, s7437, s7540 # 7661
adds s7438, s7643, s7643 # 7662
bit s7541 # 7663
adds s7644, s7438, s7541 # 7664
adds s7439, s7644, s7644 # 7665
bit s7542 # 7666
adds s7645, s7439, s7542 # 7667
adds s7440, s7645, s7645 # 7668
bit s7543 # 7669
adds s7646, s7440, s7543 # 7670
adds s7441, s7646, s7646 # 7671
bit s7544 # 7672
adds s7647, s7441, s7544 # 7673
adds s7442, s7647, s7647 # 7674
bit s7545 # 7675
adds s7648, s7442, s7545 # 7676
adds s7443, s7648, s7648 # 7677
bit s7546 # 7678
adds s7649, s7443, s7546 # 7679
adds s7444, s7649, s7649 # 7680
bit s7547 # 7681
adds s7650, s7444, s7547 # 7682
adds s7445, s7650, s7650 # 7683
bit s7548 # 7684
adds s7651, s7445, s7548 # 7685
adds s7446, s7651, s7651 # 7686
bit s7549 # 7687
adds s7652, s7446, s7549 # 7688
adds s7447, s7652, s7652 # 7689
bit s7550 # 7690
adds s7653, s7447, s7550 # 7691
adds s7448, s7653, s7653 # 7692
bit s7551 # 7693
adds s7654, s7448, s7551 # 7694
adds s7449, s7654, s7654 # 7695
bit s7552 # 7696
adds s7655, s7449, s7552 # 7697
adds s7450, s7655, s7655 # 7698
bit s7553 # 7699
adds s7656, s7450, s7553 # 7700
adds s7451, s7656, s7656 # 7701
bit s7554 # 7702
adds s7657, s7451, s7554 # 7703
adds s7452, s7657, s7657 # 7704
bit s7555 # 7705
adds s7658, s7452, s7555 # 7706
adds s7453, s7658, s7658 # 7707
bit s7556 # 7708
adds s7659, s7453, s7556 # 7709
adds s7454, s7659, s7659 # 7710
bit s7557 # 7711
adds s7660, s7454, s7557 # 7712
adds s7455, s7660, s7660 # 7713
bit s7558 # 7714
adds s7661, s7455, s7558 # 7715
adds s7456, s7661, s7661 # 7716
bit s7559 # 7717
adds s7662, s7456, s7559 # 7718
adds s7457, s7662, s7662 # 7719
bit s7560 # 7720
adds s7663, s7457, s7560 # 7721
adds s7458, s7663, s7663 # 7722
bit s7561 # 7723
adds s7664, s7458, s7561 # 7724
adds s7459, s7664, s7664 # 7725
bit s7562 # 7726
adds s7665, s7459, s7562 # 7727
adds s7460, s7665, s7665 # 7728
bit s7563 # 7729
adds s7666, s7460, s7563 # 7730
adds s7461, s7666, s7666 # 7731
bit s7564 # 7732
adds s7667, s7461, s7564 # 7733
adds s7462, s7667, s7667 # 7734
bit s7565 # 7735
adds s7668, s7462, s7565 # 7736
adds s7463, s7668, s7668 # 7737
bit s7566 # 7738
adds s7669, s7463, s7566 # 7739
adds s7464, s7669, s7669 # 7740
bit s7567 # 7741
adds s7670, s7464, s7567 # 7742
adds s7465, s7670, s7670 # 7743
bit s7568 # 7744
adds s7671, s7465, s7568 # 7745
adds s7466, s7671, s7671 # 7746
bit s7569 # 7747
adds s7672, s7466, s7569 # 7748
adds s7467, s7672, s7672 # 7749
bit s7570 # 7750
adds s7673, s7467, s7570 # 7751
adds s7468, s7673, s7673 # 7752
bit s7571 # 7753
adds s7674, s7468, s7571 # 7754
adds s7469, s7674, s7674 # 7755
bit s7572 # 7756
adds s7675, s7469, s7572 # 7757
adds s7470, s7675, s7675 # 7758
bit s7573 # 7759
adds s7676, s7470, s7573 # 7760
adds s7471, s7676, s7676 # 7761
bit s7574 # 7762
adds s7677, s7471, s7574 # 7763
adds s7472, s7677, s7677 # 7764
bit s7575 # 7765
adds s7678, s7472, s7575 # 7766
adds s7473, s7678, s7678 # 7767
bit s7576 # 7768
adds s7679, s7473, s7576 # 7769
adds s7474, s7679, s7679 # 7770
bit s7577 # 7771
adds s7680, s7474, s7577 # 7772
adds s7475, s7680, s7680 # 7773
bit s7578 # 7774
adds s7681, s7475, s7578 # 7775
adds s7476, s7681, s7681 # 7776
bit s7579 # 7777
adds s7682, s7476, s7579 # 7778
adds s7477, s7682, s7682 # 7779
bit s7580 # 7780
adds s7683, s7477, s7580 # 7781
adds s7478, s7683, s7683 # 7782
bit s7581 # 7783
adds s7684, s7478, s7581 # 7784
adds s7479, s7684, s7684 # 7785
bit s7582 # 7786
adds s7685, s7479, s7582 # 7787
adds s7480, s7685, s7685 # 7788
bit s7583 # 7789
adds s7686, s7480, s7583 # 7790
adds s7481, s7686, s7686 # 7791
bit s7584 # 7792
adds s7687, s7481, s7584 # 7793
adds s7482, s7687, s7687 # 7794
bit s7585 # 7795
adds s7688, s7482, s7585 # 7796
adds s7483, s7688, s7688 # 7797
bit s7586 # 7798
adds s7689, s7483, s7586 # 7799
adds s7484, s7689, s7689 # 7800
bit s7587 # 7801
adds s7690, s7484, s7587 # 7802
adds s7485, s7690, s7690 # 7803
bit s7588 # 7804
adds s7691, s7485, s7588 # 7805
adds s7486, s7691, s7691 # 7806
bit s7589 # 7807
adds s7692, s7486, s7589 # 7808
adds s7487, s7692, s7692 # 7809
bit s7590 # 7810
adds s7693, s7487, s7590 # 7811
adds s7488, s7693, s7693 # 7812
bit s7591 # 7813
adds s7694, s7488, s7591 # 7814
adds s7489, s7694, s7694 # 7815
bit s7592 # 7816
adds s7695, s7489, s7592 # 7817
adds s7490, s7695, s7695 # 7818
bit s7593 # 7819
adds s7696, s7490, s7593 # 7820
adds s7491, s7696, s7696 # 7821
bit s7594 # 7822
adds s7697, s7491, s7594 # 7823
adds s7492, s7697, s7697 # 7824
bit s7595 # 7825
adds s7698, s7492, s7595 # 7826
adds s7493, s7698, s7698 # 7827
bit s7596 # 7828
adds s7699, s7493, s7596 # 7829
adds s7494, s7699, s7699 # 7830
bit s7597 # 7831
adds s7700, s7494, s7597 # 7832
adds s7495, s7700, s7700 # 7833
bit s7598 # 7834
adds s7701, s7495, s7598 # 7835
adds s7496, s7701, s7701 # 7836
bit s7599 # 7837
adds s7702, s7496, s7599 # 7838
adds s7497, s7702, s7702 # 7839
bit s7600 # 7840
adds s7703, s7497, s7600 # 7841
adds s7498, s7703, s7703 # 7842
bit s7601 # 7843
adds s7704, s7498, s7601 # 7844
adds s7499, s7704, s7704 # 7845
bit s7602 # 7846
adds s7705, s7499, s7602 # 7847
adds s7500, s7705, s7705 # 7848
bit s7603 # 7849
adds s7706, s7500, s7603 # 7850
adds s7501, s7706, s7706 # 7851
bit s7604 # 7852
adds s7707, s7501, s7604 # 7853
adds s7502, s7707, s7707 # 7854
bit s7605 # 7855
adds s7708, s7502, s7605 # 7856
adds s7503, s7708, s7708 # 7857
bit s7606 # 7858
adds s7390, s7503, s7606 # 7859
bit s7392 # 7860
movs s7391, s7392 # 7861
mulsi s7393, s7390, 2 # 7862
ldi c370, 8 # 7863
mulci c371, c370, 1073741824 # 7864
mulci c372, c371, 1073741824 # 7865
movc c369, c372 # 7866
addm s7394, s7388, c369 # 7867
adds s7395, s7393, s7394 # 7868
adds s7396, s7395, s7391 # 7869
startopen 1, s7396 # 7870
stopopen 1, c366 # 7871
modci c367, c366, 2 # 7872
mulci c368, c367, 2 # 7873
mulm s7397, s7392, c368 # 7874
addm s7398, s7392, c367 # 7875
subs s7389, s7398, s7397 # 7876
stms s7389, 8331 # 7877
bit s7933 # 7878
adds s7734, s7933, s7933 # 7879
bit s7834 # 7880
adds s7934, s7734, s7834 # 7881
adds s7735, s7934, s7934 # 7882
bit s7835 # 7883
adds s7935, s7735, s7835 # 7884
adds s7736, s7935, s7935 # 7885
bit s7836 # 7886
adds s7936, s7736, s7836 # 7887
adds s7737, s7936, s7936 # 7888
bit s7837 # 7889
adds s7937, s7737, s7837 # 7890
adds s7738, s7937, s7937 # 7891
bit s7838 # 7892
adds s7938, s7738, s7838 # 7893
adds s7739, s7938, s7938 # 7894
bit s7839 # 7895
adds s7939, s7739, s7839 # 7896
adds s7740, s7939, s7939 # 7897
bit s7840 # 7898
adds s7940, s7740, s7840 # 7899
adds s7741, s7940, s7940 # 7900
bit s7841 # 7901
adds s7941, s7741, s7841 # 7902
adds s7742, s7941, s7941 # 7903
bit s7842 # 7904
adds s7942, s7742, s7842 # 7905
adds s7743, s7942, s7942 # 7906
bit s7843 # 7907
adds s7943, s7743, s7843 # 7908
adds s7744, s7943, s7943 # 7909
bit s7844 # 7910
adds s7944, s7744, s7844 # 7911
adds s7745, s7944, s7944 # 7912
bit s7845 # 7913
adds s7945, s7745, s7845 # 7914
adds s7746, s7945, s7945 # 7915
bit s7846 # 7916
adds s7946, s7746, s7846 # 7917
adds s7747, s7946, s7946 # 7918
bit s7847 # 7919
adds s7947, s7747, s7847 # 7920
adds s7748, s7947, s7947 # 7921
bit s7848 # 7922
adds s7948, s7748, s7848 # 7923
adds s7749, s7948, s7948 # 7924
bit s7849 # 7925
adds s7949, s7749, s7849 # 7926
adds s7750, s7949, s7949 # 7927
bit s7850 # 7928
adds s7950, s7750, s7850 # 7929
adds s7751, s7950, s7950 # 7930
bit s7851 # 7931
adds s7951, s7751, s7851 # 7932
adds s7752, s7951, s7951 # 7933
bit s7852 # 7934
adds s7952, s7752, s7852 # 7935
adds s7753, s7952, s7952 # 7936
bit s7853 # 7937
adds s7953, s7753, s7853 # 7938
adds s7754, s7953, s7953 # 7939
bit s7854 # 7940
adds s7954, s7754, s7854 # 7941
adds s7755, s7954, s7954 # 7942
bit s7855 # 7943
adds s7955, s7755, s7855 # 7944
adds s7756, s7955, s7955 # 7945
bit s7856 # 7946
adds s7956, s7756, s7856 # 7947
adds s7757, s7956, s7956 # 7948
bit s7857 # 7949
adds s7957, s7757, s7857 # 7950
adds s7758, s7957, s7957 # 7951
bit s7858 # 7952
adds s7958, s7758, s7858 # 7953
adds s7759, s7958, s7958 # 7954
bit s7859 # 7955
adds s7959, s7759, s7859 # 7956
adds s7760, s7959, s7959 # 7957
bit s7860 # 7958
adds s7960, s7760, s7860 # 7959
adds s7761, s7960, s7960 # 7960
bit s7861 # 7961
adds s7961, s7761, s7861 # 7962
adds s7762, s7961, s7961 # 7963
bit s7862 # 7964
adds s7962, s7762, s7862 # 7965
adds s7763, s7962, s7962 # 7966
bit s7863 # 7967
adds s7963, s7763, s7863 # 7968
adds s7764, s7963, s7963 # 7969
bit s7864 # 7970
adds s7964, s7764, s7864 # 7971
adds s7765, s7964, s7964 # 7972
bit s7865 # 7973
adds s7965, s7765, s7865 # 7974
adds s7766, s7965, s7965 # 7975
bit s7866 # 7976
adds s7966, s7766, s7866 # 7977
adds s7767, s7966, s7966 # 7978
bit s7867 # 7979
adds s7967, s7767, s7867 # 7980
adds s7768, s7967, s7967 # 7981
bit s7868 # 7982
adds s7968, s7768, s7868 # 7983
adds s7769, s7968, s7968 # 7984
bit s7869 # 7985
adds s7969, s7769, s7869 # 7986
adds s7770, s7969, s7969 # 7987
bit s7870 # 7988
adds s7970, s7770, s7870 # 7989
adds s7771, s7970, s7970 # 7990
bit s7871 # 7991
adds s7971, s7771, s7871 # 7992
adds s7772, s7971, s7971 # 7993
bit s7872 # 7994
adds s7972, s7772, s7872 # 7995
adds s7773, s7972, s7972 # 7996
bit s7873 # 7997
adds s7973, s7773, s7873 # 7998
adds s7774, s7973, s7973 # 7999
bit s7874 # 8000
adds s7974, s7774, s7874 # 8001
adds s7775, s7974, s7974 # 8002
bit s7875 # 8003
adds s7975, s7775, s7875 # 8004
adds s7776, s7975, s7975 # 8005
bit s7876 # 8006
adds s7976, s7776, s7876 # 8007
adds s7777, s7976, s7976 # 8008
bit s7877 # 8009
adds s7977, s7777, s7877 # 8010
adds s7778, s7977, s7977 # 8011
bit s7878 # 8012
adds s7978, s7778, s7878 # 8013
adds s7779, s7978, s7978 # 8014
bit s7879 # 8015
adds s7979, s7779, s7879 # 8016
adds s7780, s7979, s7979 # 8017
bit s7880 # 8018
adds s7980, s7780, s7880 # 8019
adds s7781, s7980, s7980 # 8020
bit s7881 # 8021
adds s7981, s7781, s7881 # 8022
adds s7782, s7981, s7981 # 8023
bit s7882 # 8024
adds s7982, s7782, s7882 # 8025
adds s7783, s7982, s7982 # 8026
bit s7883 # 8027
adds s7983, s7783, s7883 # 8028
adds s7784, s7983, s7983 # 8029
bit s7884 # 8030
adds s7984, s7784, s7884 # 8031
adds s7785, s7984, s7984 # 8032
bit s7885 # 8033
adds s7985, s7785, s7885 # 8034
adds s7786, s7985, s7985 # 8035
bit s7886 # 8036
adds s7986, s7786, s7886 # 8037
adds s7787, s7986, s7986 # 8038
bit s7887 # 8039
adds s7987, s7787, s7887 # 8040
adds s7788, s7987, s7987 # 8041
bit s7888 # 8042
adds s7988, s7788, s7888 # 8043
adds s7789, s7988, s7988 # 8044
bit s7889 # 8045
adds s7989, s7789, s7889 # 8046
adds s7790, s7989, s7989 # 8047
bit s7890 # 8048
adds s7990, s7790, s7890 # 8049
adds s7791, s7990, s7990 # 8050
bit s7891 # 8051
adds s7991, s7791, s7891 # 8052
adds s7792, s7991, s7991 # 8053
bit s7892 # 8054
adds s7992, s7792, s7892 # 8055
adds s7793, s7992, s7992 # 8056
bit s7893 # 8057
adds s7993, s7793, s7893 # 8058
adds s7794, s7993, s7993 # 8059
bit s7894 # 8060
adds s7994, s7794, s7894 # 8061
adds s7795, s7994, s7994 # 8062
bit s7895 # 8063
adds s7995, s7795, s7895 # 8064
adds s7796, s7995, s7995 # 8065
bit s7896 # 8066
adds s7996, s7796, s7896 # 8067
adds s7797, s7996, s7996 # 8068
bit s7897 # 8069
adds s7997, s7797, s7897 # 8070
adds s7798, s7997, s7997 # 8071
bit s7898 # 8072
adds s7998, s7798, s7898 # 8073
adds s7799, s7998, s7998 # 8074
bit s7899 # 8075
adds s7999, s7799, s7899 # 8076
adds s7800, s7999, s7999 # 8077
bit s7900 # 8078
adds s8000, s7800, s7900 # 8079
adds s7801, s8000, s8000 # 8080
bit s7901 # 8081
adds s8001, s7801, s7901 # 8082
adds s7802, s8001, s8001 # 8083
bit s7902 # 8084
adds s8002, s7802, s7902 # 8085
adds s7803, s8002, s8002 # 8086
bit s7903 # 8087
adds s8003, s7803, s7903 # 8088
adds s7804, s8003, s8003 # 8089
bit s7904 # 8090
adds s8004, s7804, s7904 # 8091
adds s7805, s8004, s8004 # 8092
bit s7905 # 8093
adds s8005, s7805, s7905 # 8094
adds s7806, s8005, s8005 # 8095
bit s7906 # 8096
adds s8006, s7806, s7906 # 8097
adds s7807, s8006, s8006 # 8098
bit s7907 # 8099
adds s8007, s7807, s7907 # 8100
adds s7808, s8007, s8007 # 8101
bit s7908 # 8102
adds s8008, s7808, s7908 # 8103
adds s7809, s8008, s8008 # 8104
bit s7909 # 8105
adds s8009, s7809, s7909 # 8106
adds s7810, s8009, s8009 # 8107
bit s7910 # 8108
adds s8010, s7810, s7910 # 8109
adds s7811, s8010, s8010 # 8110
bit s7911 # 8111
adds s8011, s7811, s7911 # 8112
adds s7812, s8011, s8011 # 8113
bit s7912 # 8114
adds s8012, s7812, s7912 # 8115
adds s7813, s8012, s8012 # 8116
bit s7913 # 8117
adds s8013, s7813, s7913 # 8118
adds s7814, s8013, s8013 # 8119
bit s7914 # 8120
adds s8014, s7814, s7914 # 8121
adds s7815, s8014, s8014 # 8122
bit s7915 # 8123
adds s8015, s7815, s7915 # 8124
adds s7816, s8015, s8015 # 8125
bit s7916 # 8126
adds s8016, s7816, s7916 # 8127
adds s7817, s8016, s8016 # 8128
bit s7917 # 8129
adds s8017, s7817, s7917 # 8130
adds s7818, s8017, s8017 # 8131
bit s7918 # 8132
adds s8018, s7818, s7918 # 8133
adds s7819, s8018, s8018 # 8134
bit s7919 # 8135
adds s8019, s7819, s7919 # 8136
adds s7820, s8019, s8019 # 8137
bit s7920 # 8138
adds s8020, s7820, s7920 # 8139
adds s7821, s8020, s8020 # 8140
bit s7921 # 8141
adds s8021, s7821, s7921 # 8142
adds s7822, s8021, s8021 # 8143
bit s7922 # 8144
adds s8022, s7822, s7922 # 8145
adds s7823, s8022, s8022 # 8146
bit s7923 # 8147
adds s8023, s7823, s7923 # 8148
adds s7824, s8023, s8023 # 8149
bit s7924 # 8150
adds s8024, s7824, s7924 # 8151
adds s7825, s8024, s8024 # 8152
bit s7925 # 8153
adds s8025, s7825, s7925 # 8154
adds s7826, s8025, s8025 # 8155
bit s7926 # 8156
adds s8026, s7826, s7926 # 8157
adds s7827, s8026, s8026 # 8158
bit s7927 # 8159
adds s8027, s7827, s7927 # 8160
adds s7828, s8027, s8027 # 8161
bit s7928 # 8162
adds s8028, s7828, s7928 # 8163
adds s7829, s8028, s8028 # 8164
bit s7929 # 8165
adds s8029, s7829, s7929 # 8166
adds s7830, s8029, s8029 # 8167
bit s7930 # 8168
adds s8030, s7830, s7930 # 8169
adds s7831, s8030, s8030 # 8170
bit s7931 # 8171
adds s8031, s7831, s7931 # 8172
adds s7832, s8031, s8031 # 8173
bit s7932 # 8174
adds s7711, s7832, s7932 # 8175
bit s7716 # 8176
adds s7727, s7716, s7716 # 8177
bit s7715 # 8178
adds s7728, s7727, s7715 # 8179
adds s7729, s7728, s7728 # 8180
bit s7714 # 8181
adds s7730, s7729, s7714 # 8182
adds s7731, s7730, s7730 # 8183
bit s7713 # 8184
adds s7732, s7731, s7713 # 8185
movs s7712, s7732 # 8186
ldi c377, 16 # 8187
movc c375, c377 # 8188
mulm s7719, s7711, c375 # 8189
ldi c378, 8 # 8190
mulci c379, c378, 1073741824 # 8191
mulci c380, c379, 1073741824 # 8192
movc c376, c380 # 8193
addm s7720, s5373, c376 # 8194
adds s7721, s7719, s7720 # 8195
adds s7722, s7721, s7712 # 8196
startopen 1, s7722 # 8197
stopopen 1, c373 # 8198
modc c374, c373, c375 # 8199
modci c381, c374, 2 # 8200
subc c386, c374, c381 # 8201
mulc c390, c386, c38 # 8202
modci c382, c390, 2 # 8203
subc c387, c390, c382 # 8204
mulc c391, c387, c38 # 8205
modci c383, c391, 2 # 8206
subc c388, c391, c383 # 8207
mulc c392, c388, c38 # 8208
modci c384, c392, 2 # 8209
subsfi s8033, s7713, 1 # 8210
subsfi s8034, s7714, 1 # 8211
subsfi s8035, s7715, 1 # 8212
subsfi s8036, s7716, 1 # 8213
mulm s8046, s8036, c384 # 8214
mulsi s8050, s8046, 2 # 8215
addm s8054, s8036, c384 # 8216
subs s8058, s8054, s8050 # 8217
mulm s8047, s8035, c383 # 8218
mulsi s8051, s8047, 2 # 8219
addm s8055, s8035, c383 # 8220
subs s8059, s8055, s8051 # 8221
mulm s8048, s8034, c382 # 8222
mulsi s8052, s8048, 2 # 8223
addm s8056, s8034, c382 # 8224
subs s8060, s8056, s8052 # 8225
mulm s8049, s8033, c381 # 8226
mulsi s8053, s8049, 2 # 8227
addm s8057, s8033, c381 # 8228
subs s8061, s8057, s8053 # 8229
mulsi s8062, s8061, 1 # 8230
adds s8063, s8049, s8062 # 8231
triple s8068, s8069, s8070 # 8232
subs s8071, s8058, s8068 # 8233
subs s8072, s8059, s8069 # 8234
startopen 2, s8071, s8072 # 8235
stopopen 2, c393, c394 # 8236
mulm s8073, s8069, c393 # 8237
mulm s8074, s8068, c394 # 8238
mulc c395, c393, c394 # 8239
adds s8075, s8070, s8073 # 8240
adds s8076, s8075, s8074 # 8241
addm s8065, s8076, c395 # 8242
triple s8077, s8078, s8079 # 8243
subs s8080, s8058, s8077 # 8244
subs s8081, s8047, s8078 # 8245
startopen 2, s8080, s8081 # 8246
stopopen 2, c396, c397 # 8247
mulm s8082, s8078, c396 # 8248
mulm s8083, s8077, c397 # 8249
mulc c398, c396, c397 # 8250
adds s8084, s8079, s8082 # 8251
adds s8085, s8084, s8083 # 8252
addm s8066, s8085, c398 # 8253
adds s8067, s8046, s8066 # 8254
triple s8089, s8090, s8091 # 8255
subs s8092, s8060, s8089 # 8256
subs s8093, s8063, s8090 # 8257
startopen 2, s8092, s8093 # 8258
stopopen 2, c399, c400 # 8259
mulm s8094, s8090, c399 # 8260
mulm s8095, s8089, c400 # 8261
mulc c401, c399, c400 # 8262
adds s8096, s8091, s8094 # 8263
adds s8097, s8096, s8095 # 8264
addm s8087, s8097, c401 # 8265
adds s8088, s8048, s8087 # 8266
triple s8101, s8102, s8103 # 8267
subs s8104, s8065, s8101 # 8268
subs s8105, s8088, s8102 # 8269
startopen 2, s8104, s8105 # 8270
stopopen 2, c402, c403 # 8271
mulm s8106, s8102, c402 # 8272
mulm s8107, s8101, c403 # 8273
mulc c404, c402, c403 # 8274
adds s8108, s8103, s8106 # 8275
adds s8109, s8108, s8107 # 8276
addm s8099, s8109, c404 # 8277
adds s8100, s8067, s8099 # 8278
movs s8041, s8100 # 8279
subsfi s7718, s8041, 1 # 8280
mulm s7723, s7718, c375 # 8281
submr s7724, c374, s7712 # 8282
adds s7710, s7724, s7723 # 8283
subs s8110, s5373, s7710 # 8284
ldi c405, 1 # 8285
divci c406, c405, 16 # 8286
mulm s8111, s8110, c406 # 8287
bit s8330 # 8288
adds s8125, s8330, s8330 # 8289
bit s8228 # 8290
adds s8331, s8125, s8228 # 8291
adds s8126, s8331, s8331 # 8292
bit s8229 # 8293
adds s8332, s8126, s8229 # 8294
adds s8127, s8332, s8332 # 8295
bit s8230 # 8296
adds s8333, s8127, s8230 # 8297
adds s8128, s8333, s8333 # 8298
bit s8231 # 8299
adds s8334, s8128, s8231 # 8300
adds s8129, s8334, s8334 # 8301
bit s8232 # 8302
adds s8335, s8129, s8232 # 8303
adds s8130, s8335, s8335 # 8304
bit s8233 # 8305
adds s8336, s8130, s8233 # 8306
adds s8131, s8336, s8336 # 8307
bit s8234 # 8308
adds s8337, s8131, s8234 # 8309
adds s8132, s8337, s8337 # 8310
bit s8235 # 8311
adds s8338, s8132, s8235 # 8312
adds s8133, s8338, s8338 # 8313
bit s8236 # 8314
adds s8339, s8133, s8236 # 8315
adds s8134, s8339, s8339 # 8316
bit s8237 # 8317
adds s8340, s8134, s8237 # 8318
adds s8135, s8340, s8340 # 8319
bit s8238 # 8320
adds s8341, s8135, s8238 # 8321
adds s8136, s8341, s8341 # 8322
bit s8239 # 8323
adds s8342, s8136, s8239 # 8324
adds s8137, s8342, s8342 # 8325
bit s8240 # 8326
adds s8343, s8137, s8240 # 8327
adds s8138, s8343, s8343 # 8328
bit s8241 # 8329
adds s8344, s8138, s8241 # 8330
adds s8139, s8344, s8344 # 8331
bit s8242 # 8332
adds s8345, s8139, s8242 # 8333
adds s8140, s8345, s8345 # 8334
bit s8243 # 8335
adds s8346, s8140, s8243 # 8336
adds s8141, s8346, s8346 # 8337
bit s8244 # 8338
adds s8347, s8141, s8244 # 8339
adds s8142, s8347, s8347 # 8340
bit s8245 # 8341
adds s8348, s8142, s8245 # 8342
adds s8143, s8348, s8348 # 8343
bit s8246 # 8344
adds s8349, s8143, s8246 # 8345
adds s8144, s8349, s8349 # 8346
bit s8247 # 8347
adds s8350, s8144, s8247 # 8348
adds s8145, s8350, s8350 # 8349
bit s8248 # 8350
adds s8351, s8145, s8248 # 8351
adds s8146, s8351, s8351 # 8352
bit s8249 # 8353
adds s8352, s8146, s8249 # 8354
adds s8147, s8352, s8352 # 8355
bit s8250 # 8356
adds s8353, s8147, s8250 # 8357
adds s8148, s8353, s8353 # 8358
bit s8251 # 8359
adds s8354, s8148, s8251 # 8360
adds s8149, s8354, s8354 # 8361
bit s8252 # 8362
adds s8355, s8149, s8252 # 8363
adds s8150, s8355, s8355 # 8364
bit s8253 # 8365
adds s8356, s8150, s8253 # 8366
adds s8151, s8356, s8356 # 8367
bit s8254 # 8368
adds s8357, s8151, s8254 # 8369
adds s8152, s8357, s8357 # 8370
bit s8255 # 8371
adds s8358, s8152, s8255 # 8372
adds s8153, s8358, s8358 # 8373
bit s8256 # 8374
adds s8359, s8153, s8256 # 8375
adds s8154, s8359, s8359 # 8376
bit s8257 # 8377
adds s8360, s8154, s8257 # 8378
adds s8155, s8360, s8360 # 8379
bit s8258 # 8380
adds s8361, s8155, s8258 # 8381
adds s8156, s8361, s8361 # 8382
bit s8259 # 8383
adds s8362, s8156, s8259 # 8384
adds s8157, s8362, s8362 # 8385
bit s8260 # 8386
adds s8363, s8157, s8260 # 8387
adds s8158, s8363, s8363 # 8388
bit s8261 # 8389
adds s8364, s8158, s8261 # 8390
adds s8159, s8364, s8364 # 8391
bit s8262 # 8392
adds s8365, s8159, s8262 # 8393
adds s8160, s8365, s8365 # 8394
bit s8263 # 8395
adds s8366, s8160, s8263 # 8396
adds s8161, s8366, s8366 # 8397
bit s8264 # 8398
adds s8367, s8161, s8264 # 8399
adds s8162, s8367, s8367 # 8400
bit s8265 # 8401
adds s8368, s8162, s8265 # 8402
adds s8163, s8368, s8368 # 8403
bit s8266 # 8404
adds s8369, s8163, s8266 # 8405
adds s8164, s8369, s8369 # 8406
bit s8267 # 8407
adds s8370, s8164, s8267 # 8408
adds s8165, s8370, s8370 # 8409
bit s8268 # 8410
adds s8371, s8165, s8268 # 8411
adds s8166, s8371, s8371 # 8412
bit s8269 # 8413
adds s8372, s8166, s8269 # 8414
adds s8167, s8372, s8372 # 8415
bit s8270 # 8416
adds s8373, s8167, s8270 # 8417
adds s8168, s8373, s8373 # 8418
bit s8271 # 8419
adds s8374, s8168, s8271 # 8420
adds s8169, s8374, s8374 # 8421
bit s8272 # 8422
adds s8375, s8169, s8272 # 8423
adds s8170, s8375, s8375 # 8424
bit s8273 # 8425
adds s8376, s8170, s8273 # 8426
adds s8171, s8376, s8376 # 8427
bit s8274 # 8428
adds s8377, s8171, s8274 # 8429
adds s8172, s8377, s8377 # 8430
bit s8275 # 8431
adds s8378, s8172, s8275 # 8432
adds s8173, s8378, s8378 # 8433
bit s8276 # 8434
adds s8379, s8173, s8276 # 8435
adds s8174, s8379, s8379 # 8436
bit s8277 # 8437
adds s8380, s8174, s8277 # 8438
adds s8175, s8380, s8380 # 8439
bit s8278 # 8440
adds s8381, s8175, s8278 # 8441
adds s8176, s8381, s8381 # 8442
bit s8279 # 8443
adds s8382, s8176, s8279 # 8444
adds s8177, s8382, s8382 # 8445
bit s8280 # 8446
adds s8383, s8177, s8280 # 8447
adds s8178, s8383, s8383 # 8448
bit s8281 # 8449
adds s8384, s8178, s8281 # 8450
adds s8179, s8384, s8384 # 8451
bit s8282 # 8452
adds s8385, s8179, s8282 # 8453
adds s8180, s8385, s8385 # 8454
bit s8283 # 8455
adds s8386, s8180, s8283 # 8456
adds s8181, s8386, s8386 # 8457
bit s8284 # 8458
adds s8387, s8181, s8284 # 8459
adds s8182, s8387, s8387 # 8460
bit s8285 # 8461
adds s8388, s8182, s8285 # 8462
adds s8183, s8388, s8388 # 8463
bit s8286 # 8464
adds s8389, s8183, s8286 # 8465
adds s8184, s8389, s8389 # 8466
bit s8287 # 8467
adds s8390, s8184, s8287 # 8468
adds s8185, s8390, s8390 # 8469
bit s8288 # 8470
adds s8391, s8185, s8288 # 8471
adds s8186, s8391, s8391 # 8472
bit s8289 # 8473
adds s8392, s8186, s8289 # 8474
adds s8187, s8392, s8392 # 8475
bit s8290 # 8476
adds s8393, s8187, s8290 # 8477
adds s8188, s8393, s8393 # 8478
bit s8291 # 8479
adds s8394, s8188, s8291 # 8480
adds s8189, s8394, s8394 # 8481
bit s8292 # 8482
adds s8395, s8189, s8292 # 8483
adds s8190, s8395, s8395 # 8484
bit s8293 # 8485
adds s8396, s8190, s8293 # 8486
adds s8191, s8396, s8396 # 8487
bit s8294 # 8488
adds s8397, s8191, s8294 # 8489
adds s8192, s8397, s8397 # 8490
bit s8295 # 8491
adds s8398, s8192, s8295 # 8492
adds s8193, s8398, s8398 # 8493
bit s8296 # 8494
adds s8399, s8193, s8296 # 8495
adds s8194, s8399, s8399 # 8496
bit s8297 # 8497
adds s8400, s8194, s8297 # 8498
adds s8195, s8400, s8400 # 8499
bit s8298 # 8500
adds s8401, s8195, s8298 # 8501
adds s8196, s8401, s8401 # 8502
bit s8299 # 8503
adds s8402, s8196, s8299 # 8504
adds s8197, s8402, s8402 # 8505
bit s8300 # 8506
adds s8403, s8197, s8300 # 8507
adds s8198, s8403, s8403 # 8508
bit s8301 # 8509
adds s8404, s8198, s8301 # 8510
adds s8199, s8404, s8404 # 8511
bit s8302 # 8512
adds s8405, s8199, s8302 # 8513
adds s8200, s8405, s8405 # 8514
bit s8303 # 8515
adds s8406, s8200, s8303 # 8516
adds s8201, s8406, s8406 # 8517
bit s8304 # 8518
adds s8407, s8201, s8304 # 8519
adds s8202, s8407, s8407 # 8520
bit s8305 # 8521
adds s8408, s8202, s8305 # 8522
adds s8203, s8408, s8408 # 8523
bit s8306 # 8524
adds s8409, s8203, s8306 # 8525
adds s8204, s8409, s8409 # 8526
bit s8307 # 8527
adds s8410, s8204, s8307 # 8528
adds s8205, s8410, s8410 # 8529
bit s8308 # 8530
adds s8411, s8205, s8308 # 8531
adds s8206, s8411, s8411 # 8532
bit s8309 # 8533
adds s8412, s8206, s8309 # 8534
adds s8207, s8412, s8412 # 8535
bit s8310 # 8536
adds s8413, s8207, s8310 # 8537
adds s8208, s8413, s8413 # 8538
bit s8311 # 8539
adds s8414, s8208, s8311 # 8540
adds s8209, s8414, s8414 # 8541
bit s8312 # 8542
adds s8415, s8209, s8312 # 8543
adds s8210, s8415, s8415 # 8544
bit s8313 # 8545
adds s8416, s8210, s8313 # 8546
adds s8211, s8416, s8416 # 8547
bit s8314 # 8548
adds s8417, s8211, s8314 # 8549
adds s8212, s8417, s8417 # 8550
bit s8315 # 8551
adds s8418, s8212, s8315 # 8552
adds s8213, s8418, s8418 # 8553
bit s8316 # 8554
adds s8419, s8213, s8316 # 8555
adds s8214, s8419, s8419 # 8556
bit s8317 # 8557
adds s8420, s8214, s8317 # 8558
adds s8215, s8420, s8420 # 8559
bit s8318 # 8560
adds s8421, s8215, s8318 # 8561
adds s8216, s8421, s8421 # 8562
bit s8319 # 8563
adds s8422, s8216, s8319 # 8564
adds s8217, s8422, s8422 # 8565
bit s8320 # 8566
adds s8423, s8217, s8320 # 8567
adds s8218, s8423, s8423 # 8568
bit s8321 # 8569
adds s8424, s8218, s8321 # 8570
adds s8219, s8424, s8424 # 8571
bit s8322 # 8572
adds s8425, s8219, s8322 # 8573
adds s8220, s8425, s8425 # 8574
bit s8323 # 8575
adds s8426, s8220, s8323 # 8576
adds s8221, s8426, s8426 # 8577
bit s8324 # 8578
adds s8427, s8221, s8324 # 8579
adds s8222, s8427, s8427 # 8580
bit s8325 # 8581
adds s8428, s8222, s8325 # 8582
adds s8223, s8428, s8428 # 8583
bit s8326 # 8584
adds s8429, s8223, s8326 # 8585
adds s8224, s8429, s8429 # 8586
bit s8327 # 8587
adds s8430, s8224, s8327 # 8588
adds s8225, s8430, s8430 # 8589
bit s8328 # 8590
adds s8431, s8225, s8328 # 8591
adds s8226, s8431, s8431 # 8592
bit s8329 # 8593
adds s8113, s8226, s8329 # 8594
bit s8115 # 8595
movs s8114, s8115 # 8596
mulsi s8116, s8113, 2 # 8597
ldi c411, 8 # 8598
mulci c412, c411, 1073741824 # 8599
mulci c413, c412, 1073741824 # 8600
movc c410, c413 # 8601
addm s8117, s8111, c410 # 8602
adds s8118, s8116, s8117 # 8603
adds s8119, s8118, s8114 # 8604
startopen 1, s8119 # 8605
stopopen 1, c407 # 8606
modci c408, c407, 2 # 8607
mulci c409, c408, 2 # 8608
mulm s8120, s8115, c409 # 8609
addm s8121, s8115, c408 # 8610
subs s8112, s8121, s8120 # 8611
stms s8112, 8332 # 8612
bit s8657 # 8613
adds s8460, s8657, s8657 # 8614
bit s8559 # 8615
adds s8658, s8460, s8559 # 8616
adds s8461, s8658, s8658 # 8617
bit s8560 # 8618
adds s8659, s8461, s8560 # 8619
adds s8462, s8659, s8659 # 8620
bit s8561 # 8621
adds s8660, s8462, s8561 # 8622
adds s8463, s8660, s8660 # 8623
bit s8562 # 8624
adds s8661, s8463, s8562 # 8625
adds s8464, s8661, s8661 # 8626
bit s8563 # 8627
adds s8662, s8464, s8563 # 8628
adds s8465, s8662, s8662 # 8629
bit s8564 # 8630
adds s8663, s8465, s8564 # 8631
adds s8466, s8663, s8663 # 8632
bit s8565 # 8633
adds s8664, s8466, s8565 # 8634
adds s8467, s8664, s8664 # 8635
bit s8566 # 8636
adds s8665, s8467, s8566 # 8637
adds s8468, s8665, s8665 # 8638
bit s8567 # 8639
adds s8666, s8468, s8567 # 8640
adds s8469, s8666, s8666 # 8641
bit s8568 # 8642
adds s8667, s8469, s8568 # 8643
adds s8470, s8667, s8667 # 8644
bit s8569 # 8645
adds s8668, s8470, s8569 # 8646
adds s8471, s8668, s8668 # 8647
bit s8570 # 8648
adds s8669, s8471, s8570 # 8649
adds s8472, s8669, s8669 # 8650
bit s8571 # 8651
adds s8670, s8472, s8571 # 8652
adds s8473, s8670, s8670 # 8653
bit s8572 # 8654
adds s8671, s8473, s8572 # 8655
adds s8474, s8671, s8671 # 8656
bit s8573 # 8657
adds s8672, s8474, s8573 # 8658
adds s8475, s8672, s8672 # 8659
bit s8574 # 8660
adds s8673, s8475, s8574 # 8661
adds s8476, s8673, s8673 # 8662
bit s8575 # 8663
adds s8674, s8476, s8575 # 8664
adds s8477, s8674, s8674 # 8665
bit s8576 # 8666
adds s8675, s8477, s8576 # 8667
adds s8478, s8675, s8675 # 8668
bit s8577 # 8669
adds s8676, s8478, s8577 # 8670
adds s8479, s8676, s8676 # 8671
bit s8578 # 8672
adds s8677, s8479, s8578 # 8673
adds s8480, s8677, s8677 # 8674
bit s8579 # 8675
adds s8678, s8480, s8579 # 8676
adds s8481, s8678, s8678 # 8677
bit s8580 # 8678
adds s8679, s8481, s8580 # 8679
adds s8482, s8679, s8679 # 8680
bit s8581 # 8681
adds s8680, s8482, s8581 # 8682
adds s8483, s8680, s8680 # 8683
bit s8582 # 8684
adds s8681, s8483, s8582 # 8685
adds s8484, s8681, s8681 # 8686
bit s8583 # 8687
adds s8682, s8484, s8583 # 8688
adds s8485, s8682, s8682 # 8689
bit s8584 # 8690
adds s8683, s8485, s8584 # 8691
adds s8486, s8683, s8683 # 8692
bit s8585 # 8693
adds s8684, s8486, s8585 # 8694
adds s8487, s8684, s8684 # 8695
bit s8586 # 8696
adds s8685, s8487, s8586 # 8697
adds s8488, s8685, s8685 # 8698
bit s8587 # 8699
adds s8686, s8488, s8587 # 8700
adds s8489, s8686, s8686 # 8701
bit s8588 # 8702
adds s8687, s8489, s8588 # 8703
adds s8490, s8687, s8687 # 8704
bit s8589 # 8705
adds s8688, s8490, s8589 # 8706
adds s8491, s8688, s8688 # 8707
bit s8590 # 8708
adds s8689, s8491, s8590 # 8709
adds s8492, s8689, s8689 # 8710
bit s8591 # 8711
adds s8690, s8492, s8591 # 8712
adds s8493, s8690, s8690 # 8713
bit s8592 # 8714
adds s8691, s8493, s8592 # 8715
adds s8494, s8691, s8691 # 8716
bit s8593 # 8717
adds s8692, s8494, s8593 # 8718
adds s8495, s8692, s8692 # 8719
bit s8594 # 8720
adds s8693, s8495, s8594 # 8721
adds s8496, s8693, s8693 # 8722
bit s8595 # 8723
adds s8694, s8496, s8595 # 8724
adds s8497, s8694, s8694 # 8725
bit s8596 # 8726
adds s8695, s8497, s8596 # 8727
adds s8498, s8695, s8695 # 8728
bit s8597 # 8729
adds s8696, s8498, s8597 # 8730
adds s8499, s8696, s8696 # 8731
bit s8598 # 8732
adds s8697, s8499, s8598 # 8733
adds s8500, s8697, s8697 # 8734
bit s8599 # 8735
adds s8698, s8500, s8599 # 8736
adds s8501, s8698, s8698 # 8737
bit s8600 # 8738
adds s8699, s8501, s8600 # 8739
adds s8502, s8699, s8699 # 8740
bit s8601 # 8741
adds s8700, s8502, s8601 # 8742
adds s8503, s8700, s8700 # 8743
bit s8602 # 8744
adds s8701, s8503, s8602 # 8745
adds s8504, s8701, s8701 # 8746
bit s8603 # 8747
adds s8702, s8504, s8603 # 8748
adds s8505, s8702, s8702 # 8749
bit s8604 # 8750
adds s8703, s8505, s8604 # 8751
adds s8506, s8703, s8703 # 8752
bit s8605 # 8753
adds s8704, s8506, s8605 # 8754
adds s8507, s8704, s8704 # 8755
bit s8606 # 8756
adds s8705, s8507, s8606 # 8757
adds s8508, s8705, s8705 # 8758
bit s8607 # 8759
adds s8706, s8508, s8607 # 8760
adds s8509, s8706, s8706 # 8761
bit s8608 # 8762
adds s8707, s8509, s8608 # 8763
adds s8510, s8707, s8707 # 8764
bit s8609 # 8765
adds s8708, s8510, s8609 # 8766
adds s8511, s8708, s8708 # 8767
bit s8610 # 8768
adds s8709, s8511, s8610 # 8769
adds s8512, s8709, s8709 # 8770
bit s8611 # 8771
adds s8710, s8512, s8611 # 8772
adds s8513, s8710, s8710 # 8773
bit s8612 # 8774
adds s8711, s8513, s8612 # 8775
adds s8514, s8711, s8711 # 8776
bit s8613 # 8777
adds s8712, s8514, s8613 # 8778
adds s8515, s8712, s8712 # 8779
bit s8614 # 8780
adds s8713, s8515, s8614 # 8781
adds s8516, s8713, s8713 # 8782
bit s8615 # 8783
adds s8714, s8516, s8615 # 8784
adds s8517, s8714, s8714 # 8785
bit s8616 # 8786
adds s8715, s8517, s8616 # 8787
adds s8518, s8715, s8715 # 8788
bit s8617 # 8789
adds s8716, s8518, s8617 # 8790
adds s8519, s8716, s8716 # 8791
bit s8618 # 8792
adds s8717, s8519, s8618 # 8793
adds s8520, s8717, s8717 # 8794
bit s8619 # 8795
adds s8718, s8520, s8619 # 8796
adds s8521, s8718, s8718 # 8797
bit s8620 # 8798
adds s8719, s8521, s8620 # 8799
adds s8522, s8719, s8719 # 8800
bit s8621 # 8801
adds s8720, s8522, s8621 # 8802
adds s8523, s8720, s8720 # 8803
bit s8622 # 8804
adds s8721, s8523, s8622 # 8805
adds s8524, s8721, s8721 # 8806
bit s8623 # 8807
adds s8722, s8524, s8623 # 8808
adds s8525, s8722, s8722 # 8809
bit s8624 # 8810
adds s8723, s8525, s8624 # 8811
adds s8526, s8723, s8723 # 8812
bit s8625 # 8813
adds s8724, s8526, s8625 # 8814
adds s8527, s8724, s8724 # 8815
bit s8626 # 8816
adds s8725, s8527, s8626 # 8817
adds s8528, s8725, s8725 # 8818
bit s8627 # 8819
adds s8726, s8528, s8627 # 8820
adds s8529, s8726, s8726 # 8821
bit s8628 # 8822
adds s8727, s8529, s8628 # 8823
adds s8530, s8727, s8727 # 8824
bit s8629 # 8825
adds s8728, s8530, s8629 # 8826
adds s8531, s8728, s8728 # 8827
bit s8630 # 8828
adds s8729, s8531, s8630 # 8829
adds s8532, s8729, s8729 # 8830
bit s8631 # 8831
adds s8730, s8532, s8631 # 8832
adds s8533, s8730, s8730 # 8833
bit s8632 # 8834
adds s8731, s8533, s8632 # 8835
adds s8534, s8731, s8731 # 8836
bit s8633 # 8837
adds s8732, s8534, s8633 # 8838
adds s8535, s8732, s8732 # 8839
bit s8634 # 8840
adds s8733, s8535, s8634 # 8841
adds s8536, s8733, s8733 # 8842
bit s8635 # 8843
adds s8734, s8536, s8635 # 8844
adds s8537, s8734, s8734 # 8845
bit s8636 # 8846
adds s8735, s8537, s8636 # 8847
adds s8538, s8735, s8735 # 8848
bit s8637 # 8849
adds s8736, s8538, s8637 # 8850
adds s8539, s8736, s8736 # 8851
bit s8638 # 8852
adds s8737, s8539, s8638 # 8853
adds s8540, s8737, s8737 # 8854
bit s8639 # 8855
adds s8738, s8540, s8639 # 8856
adds s8541, s8738, s8738 # 8857
bit s8640 # 8858
adds s8739, s8541, s8640 # 8859
adds s8542, s8739, s8739 # 8860
bit s8641 # 8861
adds s8740, s8542, s8641 # 8862
adds s8543, s8740, s8740 # 8863
bit s8642 # 8864
adds s8741, s8543, s8642 # 8865
adds s8544, s8741, s8741 # 8866
bit s8643 # 8867
adds s8742, s8544, s8643 # 8868
adds s8545, s8742, s8742 # 8869
bit s8644 # 8870
adds s8743, s8545, s8644 # 8871
adds s8546, s8743, s8743 # 8872
bit s8645 # 8873
adds s8744, s8546, s8645 # 8874
adds s8547, s8744, s8744 # 8875
bit s8646 # 8876
adds s8745, s8547, s8646 # 8877
adds s8548, s8745, s8745 # 8878
bit s8647 # 8879
adds s8746, s8548, s8647 # 8880
adds s8549, s8746, s8746 # 8881
bit s8648 # 8882
adds s8747, s8549, s8648 # 8883
adds s8550, s8747, s8747 # 8884
bit s8649 # 8885
adds s8748, s8550, s8649 # 8886
adds s8551, s8748, s8748 # 8887
bit s8650 # 8888
adds s8749, s8551, s8650 # 8889
adds s8552, s8749, s8749 # 8890
bit s8651 # 8891
adds s8750, s8552, s8651 # 8892
adds s8553, s8750, s8750 # 8893
bit s8652 # 8894
adds s8751, s8553, s8652 # 8895
adds s8554, s8751, s8751 # 8896
bit s8653 # 8897
adds s8752, s8554, s8653 # 8898
adds s8555, s8752, s8752 # 8899
bit s8654 # 8900
adds s8753, s8555, s8654 # 8901
adds s8556, s8753, s8753 # 8902
bit s8655 # 8903
adds s8754, s8556, s8655 # 8904
adds s8557, s8754, s8754 # 8905
bit s8656 # 8906
adds s8434, s8557, s8656 # 8907
bit s8440 # 8908
adds s8451, s8440, s8440 # 8909
bit s8439 # 8910
adds s8452, s8451, s8439 # 8911
adds s8453, s8452, s8452 # 8912
bit s8438 # 8913
adds s8454, s8453, s8438 # 8914
adds s8455, s8454, s8454 # 8915
bit s8437 # 8916
adds s8456, s8455, s8437 # 8917
adds s8457, s8456, s8456 # 8918
bit s8436 # 8919
adds s8458, s8457, s8436 # 8920
movs s8435, s8458 # 8921
ldi c418, 32 # 8922
movc c416, c418 # 8923
mulm s8443, s8434, c416 # 8924
ldi c419, 8 # 8925
mulci c420, c419, 1073741824 # 8926
mulci c421, c420, 1073741824 # 8927
movc c417, c421 # 8928
addm s8444, s5373, c417 # 8929
adds s8445, s8443, s8444 # 8930
adds s8446, s8445, s8435 # 8931
startopen 1, s8446 # 8932
stopopen 1, c414 # 8933
modc c415, c414, c416 # 8934
modci c422, c415, 2 # 8935
subc c428, c415, c422 # 8936
mulc c433, c428, c38 # 8937
modci c423, c433, 2 # 8938
subc c429, c433, c423 # 8939
mulc c434, c429, c38 # 8940
modci c424, c434, 2 # 8941
subc c430, c434, c424 # 8942
mulc c435, c430, c38 # 8943
modci c425, c435, 2 # 8944
subc c431, c435, c425 # 8945
mulc c436, c431, c38 # 8946
modci c426, c436, 2 # 8947
subsfi s8756, s8436, 1 # 8948
subsfi s8757, s8437, 1 # 8949
subsfi s8758, s8438, 1 # 8950
subsfi s8759, s8439, 1 # 8951
subsfi s8760, s8440, 1 # 8952
mulm s8772, s8760, c426 # 8953
mulsi s8777, s8772, 2 # 8954
addm s8782, s8760, c426 # 8955
subs s8787, s8782, s8777 # 8956
mulm s8773, s8759, c425 # 8957
mulsi s8778, s8773, 2 # 8958
addm s8783, s8759, c425 # 8959
subs s8788, s8783, s8778 # 8960
mulm s8774, s8758, c424 # 8961
mulsi s8779, s8774, 2 # 8962
addm s8784, s8758, c424 # 8963
subs s8789, s8784, s8779 # 8964
mulm s8775, s8757, c423 # 8965
mulsi s8780, s8775, 2 # 8966
addm s8785, s8757, c423 # 8967
subs s8790, s8785, s8780 # 8968
mulm s8776, s8756, c422 # 8969
mulsi s8781, s8776, 2 # 8970
addm s8786, s8756, c422 # 8971
subs s8791, s8786, s8781 # 8972
mulsi s8792, s8791, 1 # 8973
adds s8793, s8776, s8792 # 8974
triple s8798, s8799, s8800 # 8975
subs s8801, s8788, s8798 # 8976
subs s8802, s8789, s8799 # 8977
startopen 2, s8801, s8802 # 8978
stopopen 2, c437, c438 # 8979
mulm s8803, s8799, c437 # 8980
mulm s8804, s8798, c438 # 8981
mulc c439, c437, c438 # 8982
adds s8805, s8800, s8803 # 8983
adds s8806, s8805, s8804 # 8984
addm s8795, s8806, c439 # 8985
triple s8807, s8808, s8809 # 8986
subs s8810, s8788, s8807 # 8987
subs s8811, s8774, s8808 # 8988
startopen 2, s8810, s8811 # 8989
stopopen 2, c440, c441 # 8990
mulm s8812, s8808, c440 # 8991
mulm s8813, s8807, c441 # 8992
mulc c442, c440, c441 # 8993
adds s8814, s8809, s8812 # 8994
adds s8815, s8814, s8813 # 8995
addm s8796, s8815, c442 # 8996
adds s8797, s8773, s8796 # 8997
triple s8819, s8820, s8821 # 8998
subs s8822, s8790, s8819 # 8999
subs s8823, s8793, s8820 # 9000
startopen 2, s8822, s8823 # 9001
stopopen 2, c443, c444 # 9002
mulm s8824, s8820, c443 # 9003
mulm s8825, s8819, c444 # 9004
mulc c445, c443, c444 # 9005
adds s8826, s8821, s8824 # 9006
adds s8827, s8826, s8825 # 9007
addm s8817, s8827, c445 # 9008
adds s8818, s8775, s8817 # 9009
triple s8831, s8832, s8833 # 9010
subs s8834, s8795, s8831 # 9011
subs s8835, s8818, s8832 # 9012
startopen 2, s8834, s8835 # 9013
stopopen 2, c446, c447 # 9014
mulm s8836, s8832, c446 # 9015
mulm s8837, s8831, c447 # 9016
mulc c448, c446, c447 # 9017
adds s8838, s8833, s8836 # 9018
adds s8839, s8838, s8837 # 9019
addm s8829, s8839, c448 # 9020
adds s8830, s8797, s8829 # 9021
triple s8843, s8844, s8845 # 9022
subs s8846, s8787, s8843 # 9023
subs s8847, s8830, s8844 # 9024
startopen 2, s8846, s8847 # 9025
stopopen 2, c449, c450 # 9026
mulm s8848, s8844, c449 # 9027
mulm s8849, s8843, c450 # 9028
mulc c451, c449, c450 # 9029
adds s8850, s8845, s8848 # 9030
adds s8851, s8850, s8849 # 9031
addm s8841, s8851, c451 # 9032
adds s8842, s8772, s8841 # 9033
movs s8766, s8842 # 9034
subsfi s8442, s8766, 1 # 9035
mulm s8447, s8442, c416 # 9036
submr s8448, c415, s8435 # 9037
adds s8433, s8448, s8447 # 9038
subs s8852, s5373, s8433 # 9039
ldi c452, 1 # 9040
divci c453, c452, 32 # 9041
mulm s8853, s8852, c453 # 9042
bit s9072 # 9043
adds s8867, s9072, s9072 # 9044
bit s8970 # 9045
adds s9073, s8867, s8970 # 9046
adds s8868, s9073, s9073 # 9047
bit s8971 # 9048
adds s9074, s8868, s8971 # 9049
adds s8869, s9074, s9074 # 9050
bit s8972 # 9051
adds s9075, s8869, s8972 # 9052
adds s8870, s9075, s9075 # 9053
bit s8973 # 9054
adds s9076, s8870, s8973 # 9055
adds s8871, s9076, s9076 # 9056
bit s8974 # 9057
adds s9077, s8871, s8974 # 9058
adds s8872, s9077, s9077 # 9059
bit s8975 # 9060
adds s9078, s8872, s8975 # 9061
adds s8873, s9078, s9078 # 9062
bit s8976 # 9063
adds s9079, s8873, s8976 # 9064
adds s8874, s9079, s9079 # 9065
bit s8977 # 9066
adds s9080, s8874, s8977 # 9067
adds s8875, s9080, s9080 # 9068
bit s8978 # 9069
adds s9081, s8875, s8978 # 9070
adds s8876, s9081, s9081 # 9071
bit s8979 # 9072
adds s9082, s8876, s8979 # 9073
adds s8877, s9082, s9082 # 9074
bit s8980 # 9075
adds s9083, s8877, s8980 # 9076
adds s8878, s9083, s9083 # 9077
bit s8981 # 9078
adds s9084, s8878, s8981 # 9079
adds s8879, s9084, s9084 # 9080
bit s8982 # 9081
adds s9085, s8879, s8982 # 9082
adds s8880, s9085, s9085 # 9083
bit s8983 # 9084
adds s9086, s8880, s8983 # 9085
adds s8881, s9086, s9086 # 9086
bit s8984 # 9087
adds s9087, s8881, s8984 # 9088
adds s8882, s9087, s9087 # 9089
bit s8985 # 9090
adds s9088, s8882, s8985 # 9091
adds s8883, s9088, s9088 # 9092
bit s8986 # 9093
adds s9089, s8883, s8986 # 9094
adds s8884, s9089, s9089 # 9095
bit s8987 # 9096
adds s9090, s8884, s8987 # 9097
adds s8885, s9090, s9090 # 9098
bit s8988 # 9099
adds s9091, s8885, s8988 # 9100
adds s8886, s9091, s9091 # 9101
bit s8989 # 9102
adds s9092, s8886, s8989 # 9103
adds s8887, s9092, s9092 # 9104
bit s8990 # 9105
adds s9093, s8887, s8990 # 9106
adds s8888, s9093, s9093 # 9107
bit s8991 # 9108
adds s9094, s8888, s8991 # 9109
adds s8889, s9094, s9094 # 9110
bit s8992 # 9111
adds s9095, s8889, s8992 # 9112
adds s8890, s9095, s9095 # 9113
bit s8993 # 9114
adds s9096, s8890, s8993 # 9115
adds s8891, s9096, s9096 # 9116
bit s8994 # 9117
adds s9097, s8891, s8994 # 9118
adds s8892, s9097, s9097 # 9119
bit s8995 # 9120
adds s9098, s8892, s8995 # 9121
adds s8893, s9098, s9098 # 9122
bit s8996 # 9123
adds s9099, s8893, s8996 # 9124
adds s8894, s9099, s9099 # 9125
bit s8997 # 9126
adds s9100, s8894, s8997 # 9127
adds s8895, s9100, s9100 # 9128
bit s8998 # 9129
adds s9101, s8895, s8998 # 9130
adds s8896, s9101, s9101 # 9131
bit s8999 # 9132
adds s9102, s8896, s8999 # 9133
adds s8897, s9102, s9102 # 9134
bit s9000 # 9135
adds s9103, s8897, s9000 # 9136
adds s8898, s9103, s9103 # 9137
bit s9001 # 9138
adds s9104, s8898, s9001 # 9139
adds s8899, s9104, s9104 # 9140
bit s9002 # 9141
adds s9105, s8899, s9002 # 9142
adds s8900, s9105, s9105 # 9143
bit s9003 # 9144
adds s9106, s8900, s9003 # 9145
adds s8901, s9106, s9106 # 9146
bit s9004 # 9147
adds s9107, s8901, s9004 # 9148
adds s8902, s9107, s9107 # 9149
bit s9005 # 9150
adds s9108, s8902, s9005 # 9151
adds s8903, s9108, s9108 # 9152
bit s9006 # 9153
adds s9109, s8903, s9006 # 9154
adds s8904, s9109, s9109 # 9155
bit s9007 # 9156
adds s9110, s8904, s9007 # 9157
adds s8905, s9110, s9110 # 9158
bit s9008 # 9159
adds s9111, s8905, s9008 # 9160
adds s8906, s9111, s9111 # 9161
bit s9009 # 9162
adds s9112, s8906, s9009 # 9163
adds s8907, s9112, s9112 # 9164
bit s9010 # 9165
adds s9113, s8907, s9010 # 9166
adds s8908, s9113, s9113 # 9167
bit s9011 # 9168
adds s9114, s8908, s9011 # 9169
adds s8909, s9114, s9114 # 9170
bit s9012 # 9171
adds s9115, s8909, s9012 # 9172
adds s8910, s9115, s9115 # 9173
bit s9013 # 9174
adds s9116, s8910, s9013 # 9175
adds s8911, s9116, s9116 # 9176
bit s9014 # 9177
adds s9117, s8911, s9014 # 9178
adds s8912, s9117, s9117 # 9179
bit s9015 # 9180
adds s9118, s8912, s9015 # 9181
adds s8913, s9118, s9118 # 9182
bit s9016 # 9183
adds s9119, s8913, s9016 # 9184
adds s8914, s9119, s9119 # 9185
bit s9017 # 9186
adds s9120, s8914, s9017 # 9187
adds s8915, s9120, s9120 # 9188
bit s9018 # 9189
adds s9121, s8915, s9018 # 9190
adds s8916, s9121, s9121 # 9191
bit s9019 # 9192
adds s9122, s8916, s9019 # 9193
adds s8917, s9122, s9122 # 9194
bit s9020 # 9195
adds s9123, s8917, s9020 # 9196
adds s8918, s9123, s9123 # 9197
bit s9021 # 9198
adds s9124, s8918, s9021 # 9199
adds s8919, s9124, s9124 # 9200
bit s9022 # 9201
adds s9125, s8919, s9022 # 9202
adds s8920, s9125, s9125 # 9203
bit s9023 # 9204
adds s9126, s8920, s9023 # 9205
adds s8921, s9126, s9126 # 9206
bit s9024 # 9207
adds s9127, s8921, s9024 # 9208
adds s8922, s9127, s9127 # 9209
bit s9025 # 9210
adds s9128, s8922, s9025 # 9211
adds s8923, s9128, s9128 # 9212
bit s9026 # 9213
adds s9129, s8923, s9026 # 9214
adds s8924, s9129, s9129 # 9215
bit s9027 # 9216
adds s9130, s8924, s9027 # 9217
adds s8925, s9130, s9130 # 9218
bit s9028 # 9219
adds s9131, s8925, s9028 # 9220
adds s8926, s9131, s9131 # 9221
bit s9029 # 9222
adds s9132, s8926, s9029 # 9223
adds s8927, s9132, s9132 # 9224
bit s9030 # 9225
adds s9133, s8927, s9030 # 9226
adds s8928, s9133, s9133 # 9227
bit s9031 # 9228
adds s9134, s8928, s9031 # 9229
adds s8929, s9134, s9134 # 9230
bit s9032 # 9231
adds s9135, s8929, s9032 # 9232
adds s8930, s9135, s9135 # 9233
bit s9033 # 9234
adds s9136, s8930, s9033 # 9235
adds s8931, s9136, s9136 # 9236
bit s9034 # 9237
adds s9137, s8931, s9034 # 9238
adds s8932, s9137, s9137 # 9239
bit s9035 # 9240
adds s9138, s8932, s9035 # 9241
adds s8933, s9138, s9138 # 9242
bit s9036 # 9243
adds s9139, s8933, s9036 # 9244
adds s8934, s9139, s9139 # 9245
bit s9037 # 9246
adds s9140, s8934, s9037 # 9247
adds s8935, s9140, s9140 # 9248
bit s9038 # 9249
adds s9141, s8935, s9038 # 9250
adds s8936, s9141, s9141 # 9251
bit s9039 # 9252
adds s9142, s8936, s9039 # 9253
adds s8937, s9142, s9142 # 9254
bit s9040 # 9255
adds s9143, s8937, s9040 # 9256
adds s8938, s9143, s9143 # 9257
bit s9041 # 9258
adds s9144, s8938, s9041 # 9259
adds s8939, s9144, s9144 # 9260
bit s9042 # 9261
adds s9145, s8939, s9042 # 9262
adds s8940, s9145, s9145 # 9263
bit s9043 # 9264
adds s9146, s8940, s9043 # 9265
adds s8941, s9146, s9146 # 9266
bit s9044 # 9267
adds s9147, s8941, s9044 # 9268
adds s8942, s9147, s9147 # 9269
bit s9045 # 9270
adds s9148, s8942, s9045 # 9271
adds s8943, s9148, s9148 # 9272
bit s9046 # 9273
adds s9149, s8943, s9046 # 9274
adds s8944, s9149, s9149 # 9275
bit s9047 # 9276
adds s9150, s8944, s9047 # 9277
adds s8945, s9150, s9150 # 9278
bit s9048 # 9279
adds s9151, s8945, s9048 # 9280
adds s8946, s9151, s9151 # 9281
bit s9049 # 9282
adds s9152, s8946, s9049 # 9283
adds s8947, s9152, s9152 # 9284
bit s9050 # 9285
adds s9153, s8947, s9050 # 9286
adds s8948, s9153, s9153 # 9287
bit s9051 # 9288
adds s9154, s8948, s9051 # 9289
adds s8949, s9154, s9154 # 9290
bit s9052 # 9291
adds s9155, s8949, s9052 # 9292
adds s8950, s9155, s9155 # 9293
bit s9053 # 9294
adds s9156, s8950, s9053 # 9295
adds s8951, s9156, s9156 # 9296
bit s9054 # 9297
adds s9157, s8951, s9054 # 9298
adds s8952, s9157, s9157 # 9299
bit s9055 # 9300
adds s9158, s8952, s9055 # 9301
adds s8953, s9158, s9158 # 9302
bit s9056 # 9303
adds s9159, s8953, s9056 # 9304
adds s8954, s9159, s9159 # 9305
bit s9057 # 9306
adds s9160, s8954, s9057 # 9307
adds s8955, s9160, s9160 # 9308
bit s9058 # 9309
adds s9161, s8955, s9058 # 9310
adds s8956, s9161, s9161 # 9311
bit s9059 # 9312
adds s9162, s8956, s9059 # 9313
adds s8957, s9162, s9162 # 9314
bit s9060 # 9315
adds s9163, s8957, s9060 # 9316
adds s8958, s9163, s9163 # 9317
bit s9061 # 9318
adds s9164, s8958, s9061 # 9319
adds s8959, s9164, s9164 # 9320
bit s9062 # 9321
adds s9165, s8959, s9062 # 9322
adds s8960, s9165, s9165 # 9323
bit s9063 # 9324
adds s9166, s8960, s9063 # 9325
adds s8961, s9166, s9166 # 9326
bit s9064 # 9327
adds s9167, s8961, s9064 # 9328
adds s8962, s9167, s9167 # 9329
bit s9065 # 9330
adds s9168, s8962, s9065 # 9331
adds s8963, s9168, s9168 # 9332
bit s9066 # 9333
adds s9169, s8963, s9066 # 9334
adds s8964, s9169, s9169 # 9335
bit s9067 # 9336
adds s9170, s8964, s9067 # 9337
adds s8965, s9170, s9170 # 9338
bit s9068 # 9339
adds s9171, s8965, s9068 # 9340
adds s8966, s9171, s9171 # 9341
bit s9069 # 9342
adds s9172, s8966, s9069 # 9343
adds s8967, s9172, s9172 # 9344
bit s9070 # 9345
adds s9173, s8967, s9070 # 9346
adds s8968, s9173, s9173 # 9347
bit s9071 # 9348
adds s8855, s8968, s9071 # 9349
bit s8857 # 9350
movs s8856, s8857 # 9351
mulsi s8858, s8855, 2 # 9352
ldi c458, 8 # 9353
mulci c459, c458, 1073741824 # 9354
mulci c460, c459, 1073741824 # 9355
movc c457, c460 # 9356
addm s8859, s8853, c457 # 9357
adds s8860, s8858, s8859 # 9358
adds s8861, s8860, s8856 # 9359
startopen 1, s8861 # 9360
stopopen 1, c454 # 9361
modci c455, c454, 2 # 9362
mulci c456, c455, 2 # 9363
mulm s8862, s8857, c456 # 9364
addm s8863, s8857, c455 # 9365
subs s8854, s8863, s8862 # 9366
stms s8854, 8333 # 9367
bit s9400 # 9368
adds s9205, s9400, s9400 # 9369
bit s9303 # 9370
adds s9401, s9205, s9303 # 9371
adds s9206, s9401, s9401 # 9372
bit s9304 # 9373
adds s9402, s9206, s9304 # 9374
adds s9207, s9402, s9402 # 9375
bit s9305 # 9376
adds s9403, s9207, s9305 # 9377
adds s9208, s9403, s9403 # 9378
bit s9306 # 9379
adds s9404, s9208, s9306 # 9380
adds s9209, s9404, s9404 # 9381
bit s9307 # 9382
adds s9405, s9209, s9307 # 9383
adds s9210, s9405, s9405 # 9384
bit s9308 # 9385
adds s9406, s9210, s9308 # 9386
adds s9211, s9406, s9406 # 9387
bit s9309 # 9388
adds s9407, s9211, s9309 # 9389
adds s9212, s9407, s9407 # 9390
bit s9310 # 9391
adds s9408, s9212, s9310 # 9392
adds s9213, s9408, s9408 # 9393
bit s9311 # 9394
adds s9409, s9213, s9311 # 9395
adds s9214, s9409, s9409 # 9396
bit s9312 # 9397
adds s9410, s9214, s9312 # 9398
adds s9215, s9410, s9410 # 9399
bit s9313 # 9400
adds s9411, s9215, s9313 # 9401
adds s9216, s9411, s9411 # 9402
bit s9314 # 9403
adds s9412, s9216, s9314 # 9404
adds s9217, s9412, s9412 # 9405
bit s9315 # 9406
adds s9413, s9217, s9315 # 9407
adds s9218, s9413, s9413 # 9408
bit s9316 # 9409
adds s9414, s9218, s9316 # 9410
adds s9219, s9414, s9414 # 9411
bit s9317 # 9412
adds s9415, s9219, s9317 # 9413
adds s9220, s9415, s9415 # 9414
bit s9318 # 9415
adds s9416, s9220, s9318 # 9416
adds s9221, s9416, s9416 # 9417
bit s9319 # 9418
adds s9417, s9221, s9319 # 9419
adds s9222, s9417, s9417 # 9420
bit s9320 # 9421
adds s9418, s9222, s9320 # 9422
adds s9223, s9418, s9418 # 9423
bit s9321 # 9424
adds s9419, s9223, s9321 # 9425
adds s9224, s9419, s9419 # 9426
bit s9322 # 9427
adds s9420, s9224, s9322 # 9428
adds s9225, s9420, s9420 # 9429
bit s9323 # 9430
adds s9421, s9225, s9323 # 9431
adds s9226, s9421, s9421 # 9432
bit s9324 # 9433
adds s9422, s9226, s9324 # 9434
adds s9227, s9422, s9422 # 9435
bit s9325 # 9436
adds s9423, s9227, s9325 # 9437
adds s9228, s9423, s9423 # 9438
bit s9326 # 9439
adds s9424, s9228, s9326 # 9440
adds s9229, s9424, s9424 # 9441
bit s9327 # 9442
adds s9425, s9229, s9327 # 9443
adds s9230, s9425, s9425 # 9444
bit s9328 # 9445
adds s9426, s9230, s9328 # 9446
adds s9231, s9426, s9426 # 9447
bit s9329 # 9448
adds s9427, s9231, s9329 # 9449
adds s9232, s9427, s9427 # 9450
bit s9330 # 9451
adds s9428, s9232, s9330 # 9452
adds s9233, s9428, s9428 # 9453
bit s9331 # 9454
adds s9429, s9233, s9331 # 9455
adds s9234, s9429, s9429 # 9456
bit s9332 # 9457
adds s9430, s9234, s9332 # 9458
adds s9235, s9430, s9430 # 9459
bit s9333 # 9460
adds s9431, s9235, s9333 # 9461
adds s9236, s9431, s9431 # 9462
bit s9334 # 9463
adds s9432, s9236, s9334 # 9464
adds s9237, s9432, s9432 # 9465
bit s9335 # 9466
adds s9433, s9237, s9335 # 9467
adds s9238, s9433, s9433 # 9468
bit s9336 # 9469
adds s9434, s9238, s9336 # 9470
adds s9239, s9434, s9434 # 9471
bit s9337 # 9472
adds s9435, s9239, s9337 # 9473
adds s9240, s9435, s9435 # 9474
bit s9338 # 9475
adds s9436, s9240, s9338 # 9476
adds s9241, s9436, s9436 # 9477
bit s9339 # 9478
adds s9437, s9241, s9339 # 9479
adds s9242, s9437, s9437 # 9480
bit s9340 # 9481
adds s9438, s9242, s9340 # 9482
adds s9243, s9438, s9438 # 9483
bit s9341 # 9484
adds s9439, s9243, s9341 # 9485
adds s9244, s9439, s9439 # 9486
bit s9342 # 9487
adds s9440, s9244, s9342 # 9488
adds s9245, s9440, s9440 # 9489
bit s9343 # 9490
adds s9441, s9245, s9343 # 9491
adds s9246, s9441, s9441 # 9492
bit s9344 # 9493
adds s9442, s9246, s9344 # 9494
adds s9247, s9442, s9442 # 9495
bit s9345 # 9496
adds s9443, s9247, s9345 # 9497
adds s9248, s9443, s9443 # 9498
bit s9346 # 9499
adds s9444, s9248, s9346 # 9500
adds s9249, s9444, s9444 # 9501
bit s9347 # 9502
adds s9445, s9249, s9347 # 9503
adds s9250, s9445, s9445 # 9504
bit s9348 # 9505
adds s9446, s9250, s9348 # 9506
adds s9251, s9446, s9446 # 9507
bit s9349 # 9508
adds s9447, s9251, s9349 # 9509
adds s9252, s9447, s9447 # 9510
bit s9350 # 9511
adds s9448, s9252, s9350 # 9512
adds s9253, s9448, s9448 # 9513
bit s9351 # 9514
adds s9449, s9253, s9351 # 9515
adds s9254, s9449, s9449 # 9516
bit s9352 # 9517
adds s9450, s9254, s9352 # 9518
adds s9255, s9450, s9450 # 9519
bit s9353 # 9520
adds s9451, s9255, s9353 # 9521
adds s9256, s9451, s9451 # 9522
bit s9354 # 9523
adds s9452, s9256, s9354 # 9524
adds s9257, s9452, s9452 # 9525
bit s9355 # 9526
adds s9453, s9257, s9355 # 9527
adds s9258, s9453, s9453 # 9528
bit s9356 # 9529
adds s9454, s9258, s9356 # 9530
adds s9259, s9454, s9454 # 9531
bit s9357 # 9532
adds s9455, s9259, s9357 # 9533
adds s9260, s9455, s9455 # 9534
bit s9358 # 9535
adds s9456, s9260, s9358 # 9536
adds s9261, s9456, s9456 # 9537
bit s9359 # 9538
adds s9457, s9261, s9359 # 9539
adds s9262, s9457, s9457 # 9540
bit s9360 # 9541
adds s9458, s9262, s9360 # 9542
adds s9263, s9458, s9458 # 9543
bit s9361 # 9544
adds s9459, s9263, s9361 # 9545
adds s9264, s9459, s9459 # 9546
bit s9362 # 9547
adds s9460, s9264, s9362 # 9548
adds s9265, s9460, s9460 # 9549
bit s9363 # 9550
adds s9461, s9265, s9363 # 9551
adds s9266, s9461, s9461 # 9552
bit s9364 # 9553
adds s9462, s9266, s9364 # 9554
adds s9267, s9462, s9462 # 9555
bit s9365 # 9556
adds s9463, s9267, s9365 # 9557
adds s9268, s9463, s9463 # 9558
bit s9366 # 9559
adds s9464, s9268, s9366 # 9560
adds s9269, s9464, s9464 # 9561
bit s9367 # 9562
adds s9465, s9269, s9367 # 9563
adds s9270, s9465, s9465 # 9564
bit s9368 # 9565
adds s9466, s9270, s9368 # 9566
adds s9271, s9466, s9466 # 9567
bit s9369 # 9568
adds s9467, s9271, s9369 # 9569
adds s9272, s9467, s9467 # 9570
bit s9370 # 9571
adds s9468, s9272, s9370 # 9572
adds s9273, s9468, s9468 # 9573
bit s9371 # 9574
adds s9469, s9273, s9371 # 9575
adds s9274, s9469, s9469 # 9576
bit s9372 # 9577
adds s9470, s9274, s9372 # 9578
adds s9275, s9470, s9470 # 9579
bit s9373 # 9580
adds s9471, s9275, s9373 # 9581
adds s9276, s9471, s9471 # 9582
bit s9374 # 9583
adds s9472, s9276, s9374 # 9584
adds s9277, s9472, s9472 # 9585
bit s9375 # 9586
adds s9473, s9277, s9375 # 9587
adds s9278, s9473, s9473 # 9588
bit s9376 # 9589
adds s9474, s9278, s9376 # 9590
adds s9279, s9474, s9474 # 9591
bit s9377 # 9592
adds s9475, s9279, s9377 # 9593
adds s9280, s9475, s9475 # 9594
bit s9378 # 9595
adds s9476, s9280, s9378 # 9596
adds s9281, s9476, s9476 # 9597
bit s9379 # 9598
adds s9477, s9281, s9379 # 9599
adds s9282, s9477, s9477 # 9600
bit s9380 # 9601
adds s9478, s9282, s9380 # 9602
adds s9283, s9478, s9478 # 9603
bit s9381 # 9604
adds s9479, s9283, s9381 # 9605
adds s9284, s9479, s9479 # 9606
bit s9382 # 9607
adds s9480, s9284, s9382 # 9608
adds s9285, s9480, s9480 # 9609
bit s9383 # 9610
adds s9481, s9285, s9383 # 9611
adds s9286, s9481, s9481 # 9612
bit s9384 # 9613
adds s9482, s9286, s9384 # 9614
adds s9287, s9482, s9482 # 9615
bit s9385 # 9616
adds s9483, s9287, s9385 # 9617
adds s9288, s9483, s9483 # 9618
bit s9386 # 9619
adds s9484, s9288, s9386 # 9620
adds s9289, s9484, s9484 # 9621
bit s9387 # 9622
adds s9485, s9289, s9387 # 9623
adds s9290, s9485, s9485 # 9624
bit s9388 # 9625
adds s9486, s9290, s9388 # 9626
adds s9291, s9486, s9486 # 9627
bit s9389 # 9628
adds s9487, s9291, s9389 # 9629
adds s9292, s9487, s9487 # 9630
bit s9390 # 9631
adds s9488, s9292, s9390 # 9632
adds s9293, s9488, s9488 # 9633
bit s9391 # 9634
adds s9489, s9293, s9391 # 9635
adds s9294, s9489, s9489 # 9636
bit s9392 # 9637
adds s9490, s9294, s9392 # 9638
adds s9295, s9490, s9490 # 9639
bit s9393 # 9640
adds s9491, s9295, s9393 # 9641
adds s9296, s9491, s9491 # 9642
bit s9394 # 9643
adds s9492, s9296, s9394 # 9644
adds s9297, s9492, s9492 # 9645
bit s9395 # 9646
adds s9493, s9297, s9395 # 9647
adds s9298, s9493, s9493 # 9648
bit s9396 # 9649
adds s9494, s9298, s9396 # 9650
adds s9299, s9494, s9494 # 9651
bit s9397 # 9652
adds s9495, s9299, s9397 # 9653
adds s9300, s9495, s9495 # 9654
bit s9398 # 9655
adds s9496, s9300, s9398 # 9656
adds s9301, s9496, s9496 # 9657
bit s9399 # 9658
adds s9176, s9301, s9399 # 9659
bit s9183 # 9660
adds s9194, s9183, s9183 # 9661
bit s9182 # 9662
adds s9195, s9194, s9182 # 9663
adds s9196, s9195, s9195 # 9664
bit s9181 # 9665
adds s9197, s9196, s9181 # 9666
adds s9198, s9197, s9197 # 9667
bit s9180 # 9668
adds s9199, s9198, s9180 # 9669
adds s9200, s9199, s9199 # 9670
bit s9179 # 9671
adds s9201, s9200, s9179 # 9672
adds s9202, s9201, s9201 # 9673
bit s9178 # 9674
adds s9203, s9202, s9178 # 9675
movs s9177, s9203 # 9676
ldi c465, 64 # 9677
movc c463, c465 # 9678
mulm s9186, s9176, c463 # 9679
ldi c466, 8 # 9680
mulci c467, c466, 1073741824 # 9681
mulci c468, c467, 1073741824 # 9682
movc c464, c468 # 9683
addm s9187, s5373, c464 # 9684
adds s9188, s9186, s9187 # 9685
adds s9189, s9188, s9177 # 9686
startopen 1, s9189 # 9687
stopopen 1, c461 # 9688
modc c462, c461, c463 # 9689
modci c469, c462, 2 # 9690
subc c476, c462, c469 # 9691
mulc c482, c476, c38 # 9692
modci c470, c482, 2 # 9693
subc c477, c482, c470 # 9694
mulc c483, c477, c38 # 9695
modci c471, c483, 2 # 9696
subc c478, c483, c471 # 9697
mulc c484, c478, c38 # 9698
modci c472, c484, 2 # 9699
subc c479, c484, c472 # 9700
mulc c485, c479, c38 # 9701
modci c473, c485, 2 # 9702
subc c480, c485, c473 # 9703
mulc c486, c480, c38 # 9704
modci c474, c486, 2 # 9705
subsfi s9498, s9178, 1 # 9706
subsfi s9499, s9179, 1 # 9707
subsfi s9500, s9180, 1 # 9708
subsfi s9501, s9181, 1 # 9709
subsfi s9502, s9182, 1 # 9710
subsfi s9503, s9183, 1 # 9711
mulm s9517, s9503, c474 # 9712
mulsi s9523, s9517, 2 # 9713
addm s9529, s9503, c474 # 9714
subs s9535, s9529, s9523 # 9715
mulm s9518, s9502, c473 # 9716
mulsi s9524, s9518, 2 # 9717
addm s9530, s9502, c473 # 9718
subs s9536, s9530, s9524 # 9719
mulm s9519, s9501, c472 # 9720
mulsi s9525, s9519, 2 # 9721
addm s9531, s9501, c472 # 9722
subs s9537, s9531, s9525 # 9723
mulm s9520, s9500, c471 # 9724
mulsi s9526, s9520, 2 # 9725
addm s9532, s9500, c471 # 9726
subs s9538, s9532, s9526 # 9727
mulm s9521, s9499, c470 # 9728
mulsi s9527, s9521, 2 # 9729
addm s9533, s9499, c470 # 9730
subs s9539, s9533, s9527 # 9731
mulm s9522, s9498, c469 # 9732
mulsi s9528, s9522, 2 # 9733
addm s9534, s9498, c469 # 9734
subs s9540, s9534, s9528 # 9735
mulsi s9541, s9540, 1 # 9736
adds s9542, s9522, s9541 # 9737
triple s9547, s9548, s9549 # 9738
subs s9550, s9535, s9547 # 9739
subs s9551, s9536, s9548 # 9740
startopen 2, s9550, s9551 # 9741
stopopen 2, c487, c488 # 9742
mulm s9552, s9548, c487 # 9743
mulm s9553, s9547, c488 # 9744
mulc c489, c487, c488 # 9745
adds s9554, s9549, s9552 # 9746
adds s9555, s9554, s9553 # 9747
addm s9544, s9555, c489 # 9748
triple s9556, s9557, s9558 # 9749
subs s9559, s9535, s9556 # 9750
subs s9560, s9518, s9557 # 9751
startopen 2, s9559, s9560 # 9752
stopopen 2, c490, c491 # 9753
mulm s9561, s9557, c490 # 9754
mulm s9562, s9556, c491 # 9755
mulc c492, c490, c491 # 9756
adds s9563, s9558, s9561 # 9757
adds s9564, s9563, s9562 # 9758
addm s9545, s9564, c492 # 9759
adds s9546, s9517, s9545 # 9760
triple s9568, s9569, s9570 # 9761
subs s9571, s9537, s9568 # 9762
subs s9572, s9538, s9569 # 9763
startopen 2, s9571, s9572 # 9764
stopopen 2, c493, c494 # 9765
mulm s9573, s9569, c493 # 9766
mulm s9574, s9568, c494 # 9767
mulc c495, c493, c494 # 9768
adds s9575, s9570, s9573 # 9769
adds s9576, s9575, s9574 # 9770
addm s9565, s9576, c495 # 9771
triple s9577, s9578, s9579 # 9772
subs s9580, s9537, s9577 # 9773
subs s9581, s9520, s9578 # 9774
startopen 2, s9580, s9581 # 9775
stopopen 2, c496, c497 # 9776
mulm s9582, s9578, c496 # 9777
mulm s9583, s9577, c497 # 9778
mulc c498, c496, c497 # 9779
adds s9584, s9579, s9582 # 9780
adds s9585, s9584, s9583 # 9781
addm s9566, s9585, c498 # 9782
adds s9567, s9519, s9566 # 9783
triple s9589, s9590, s9591 # 9784
subs s9592, s9539, s9589 # 9785
subs s9593, s9542, s9590 # 9786
startopen 2, s9592, s9593 # 9787
stopopen 2, c499, c500 # 9788
mulm s9594, s9590, c499 # 9789
mulm s9595, s9589, c500 # 9790
mulc c501, c499, c500 # 9791
adds s9596, s9591, s9594 # 9792
adds s9597, s9596, s9595 # 9793
addm s9587, s9597, c501 # 9794
adds s9588, s9521, s9587 # 9795
triple s9601, s9602, s9603 # 9796
subs s9604, s9565, s9601 # 9797
subs s9605, s9588, s9602 # 9798
startopen 2, s9604, s9605 # 9799
stopopen 2, c502, c503 # 9800
mulm s9606, s9602, c502 # 9801
mulm s9607, s9601, c503 # 9802
mulc c504, c502, c503 # 9803
adds s9608, s9603, s9606 # 9804
adds s9609, s9608, s9607 # 9805
addm s9599, s9609, c504 # 9806
adds s9600, s9567, s9599 # 9807
triple s9613, s9614, s9615 # 9808
subs s9616, s9544, s9613 # 9809
subs s9617, s9600, s9614 # 9810
startopen 2, s9616, s9617 # 9811
stopopen 2, c505, c506 # 9812
mulm s9618, s9614, c505 # 9813
mulm s9619, s9613, c506 # 9814
mulc c507, c505, c506 # 9815
adds s9620, s9615, s9618 # 9816
adds s9621, s9620, s9619 # 9817
addm s9611, s9621, c507 # 9818
adds s9612, s9546, s9611 # 9819
movs s9510, s9612 # 9820
subsfi s9185, s9510, 1 # 9821
mulm s9190, s9185, c463 # 9822
submr s9191, c462, s9177 # 9823
adds s9175, s9191, s9190 # 9824
subs s9622, s5373, s9175 # 9825
ldi c508, 1 # 9826
divci c509, c508, 64 # 9827
mulm s9623, s9622, c509 # 9828
bit s9842 # 9829
adds s9637, s9842, s9842 # 9830
bit s9740 # 9831
adds s9843, s9637, s9740 # 9832
adds s9638, s9843, s9843 # 9833
bit s9741 # 9834
adds s9844, s9638, s9741 # 9835
adds s9639, s9844, s9844 # 9836
bit s9742 # 9837
adds s9845, s9639, s9742 # 9838
adds s9640, s9845, s9845 # 9839
bit s9743 # 9840
adds s9846, s9640, s9743 # 9841
adds s9641, s9846, s9846 # 9842
bit s9744 # 9843
adds s9847, s9641, s9744 # 9844
adds s9642, s9847, s9847 # 9845
bit s9745 # 9846
adds s9848, s9642, s9745 # 9847
adds s9643, s9848, s9848 # 9848
bit s9746 # 9849
adds s9849, s9643, s9746 # 9850
adds s9644, s9849, s9849 # 9851
bit s9747 # 9852
adds s9850, s9644, s9747 # 9853
adds s9645, s9850, s9850 # 9854
bit s9748 # 9855
adds s9851, s9645, s9748 # 9856
adds s9646, s9851, s9851 # 9857
bit s9749 # 9858
adds s9852, s9646, s9749 # 9859
adds s9647, s9852, s9852 # 9860
bit s9750 # 9861
adds s9853, s9647, s9750 # 9862
adds s9648, s9853, s9853 # 9863
bit s9751 # 9864
adds s9854, s9648, s9751 # 9865
adds s9649, s9854, s9854 # 9866
bit s9752 # 9867
adds s9855, s9649, s9752 # 9868
adds s9650, s9855, s9855 # 9869
bit s9753 # 9870
adds s9856, s9650, s9753 # 9871
adds s9651, s9856, s9856 # 9872
bit s9754 # 9873
adds s9857, s9651, s9754 # 9874
adds s9652, s9857, s9857 # 9875
bit s9755 # 9876
adds s9858, s9652, s9755 # 9877
adds s9653, s9858, s9858 # 9878
bit s9756 # 9879
adds s9859, s9653, s9756 # 9880
adds s9654, s9859, s9859 # 9881
bit s9757 # 9882
adds s9860, s9654, s9757 # 9883
adds s9655, s9860, s9860 # 9884
bit s9758 # 9885
adds s9861, s9655, s9758 # 9886
adds s9656, s9861, s9861 # 9887
bit s9759 # 9888
adds s9862, s9656, s9759 # 9889
adds s9657, s9862, s9862 # 9890
bit s9760 # 9891
adds s9863, s9657, s9760 # 9892
adds s9658, s9863, s9863 # 9893
bit s9761 # 9894
adds s9864, s9658, s9761 # 9895
adds s9659, s9864, s9864 # 9896
bit s9762 # 9897
adds s9865, s9659, s9762 # 9898
adds s9660, s9865, s9865 # 9899
bit s9763 # 9900
adds s9866, s9660, s9763 # 9901
adds s9661, s9866, s9866 # 9902
bit s9764 # 9903
adds s9867, s9661, s9764 # 9904
adds s9662, s9867, s9867 # 9905
bit s9765 # 9906
adds s9868, s9662, s9765 # 9907
adds s9663, s9868, s9868 # 9908
bit s9766 # 9909
adds s9869, s9663, s9766 # 9910
adds s9664, s9869, s9869 # 9911
bit s9767 # 9912
adds s9870, s9664, s9767 # 9913
adds s9665, s9870, s9870 # 9914
bit s9768 # 9915
adds s9871, s9665, s9768 # 9916
adds s9666, s9871, s9871 # 9917
bit s9769 # 9918
adds s9872, s9666, s9769 # 9919
adds s9667, s9872, s9872 # 9920
bit s9770 # 9921
adds s9873, s9667, s9770 # 9922
adds s9668, s9873, s9873 # 9923
bit s9771 # 9924
adds s9874, s9668, s9771 # 9925
adds s9669, s9874, s9874 # 9926
bit s9772 # 9927
adds s9875, s9669, s9772 # 9928
adds s9670, s9875, s9875 # 9929
bit s9773 # 9930
adds s9876, s9670, s9773 # 9931
adds s9671, s9876, s9876 # 9932
bit s9774 # 9933
adds s9877, s9671, s9774 # 9934
adds s9672, s9877, s9877 # 9935
bit s9775 # 9936
adds s9878, s9672, s9775 # 9937
adds s9673, s9878, s9878 # 9938
bit s9776 # 9939
adds s9879, s9673, s9776 # 9940
adds s9674, s9879, s9879 # 9941
bit s9777 # 9942
adds s9880, s9674, s9777 # 9943
adds s9675, s9880, s9880 # 9944
bit s9778 # 9945
adds s9881, s9675, s9778 # 9946
adds s9676, s9881, s9881 # 9947
bit s9779 # 9948
adds s9882, s9676, s9779 # 9949
adds s9677, s9882, s9882 # 9950
bit s9780 # 9951
adds s9883, s9677, s9780 # 9952
adds s9678, s9883, s9883 # 9953
bit s9781 # 9954
adds s9884, s9678, s9781 # 9955
adds s9679, s9884, s9884 # 9956
bit s9782 # 9957
adds s9885, s9679, s9782 # 9958
adds s9680, s9885, s9885 # 9959
bit s9783 # 9960
adds s9886, s9680, s9783 # 9961
adds s9681, s9886, s9886 # 9962
bit s9784 # 9963
adds s9887, s9681, s9784 # 9964
adds s9682, s9887, s9887 # 9965
bit s9785 # 9966
adds s9888, s9682, s9785 # 9967
adds s9683, s9888, s9888 # 9968
bit s9786 # 9969
adds s9889, s9683, s9786 # 9970
adds s9684, s9889, s9889 # 9971
bit s9787 # 9972
adds s9890, s9684, s9787 # 9973
adds s9685, s9890, s9890 # 9974
bit s9788 # 9975
adds s9891, s9685, s9788 # 9976
adds s9686, s9891, s9891 # 9977
bit s9789 # 9978
adds s9892, s9686, s9789 # 9979
adds s9687, s9892, s9892 # 9980
bit s9790 # 9981
adds s9893, s9687, s9790 # 9982
adds s9688, s9893, s9893 # 9983
bit s9791 # 9984
adds s9894, s9688, s9791 # 9985
adds s9689, s9894, s9894 # 9986
bit s9792 # 9987
adds s9895, s9689, s9792 # 9988
adds s9690, s9895, s9895 # 9989
bit s9793 # 9990
adds s9896, s9690, s9793 # 9991
adds s9691, s9896, s9896 # 9992
bit s9794 # 9993
adds s9897, s9691, s9794 # 9994
adds s9692, s9897, s9897 # 9995
bit s9795 # 9996
adds s9898, s9692, s9795 # 9997
adds s9693, s9898, s9898 # 9998
bit s9796 # 9999
adds s9899, s9693, s9796 # 10000
adds s9694, s9899, s9899 # 10001
bit s9797 # 10002
adds s9900, s9694, s9797 # 10003
adds s9695, s9900, s9900 # 10004
bit s9798 # 10005
adds s9901, s9695, s9798 # 10006
adds s9696, s9901, s9901 # 10007
bit s9799 # 10008
adds s9902, s9696, s9799 # 10009
adds s9697, s9902, s9902 # 10010
bit s9800 # 10011
adds s9903, s9697, s9800 # 10012
adds s9698, s9903, s9903 # 10013
bit s9801 # 10014
adds s9904, s9698, s9801 # 10015
adds s9699, s9904, s9904 # 10016
bit s9802 # 10017
adds s9905, s9699, s9802 # 10018
adds s9700, s9905, s9905 # 10019
bit s9803 # 10020
adds s9906, s9700, s9803 # 10021
adds s9701, s9906, s9906 # 10022
bit s9804 # 10023
adds s9907, s9701, s9804 # 10024
adds s9702, s9907, s9907 # 10025
bit s9805 # 10026
adds s9908, s9702, s9805 # 10027
adds s9703, s9908, s9908 # 10028
bit s9806 # 10029
adds s9909, s9703, s9806 # 10030
adds s9704, s9909, s9909 # 10031
bit s9807 # 10032
adds s9910, s9704, s9807 # 10033
adds s9705, s9910, s9910 # 10034
bit s9808 # 10035
adds s9911, s9705, s9808 # 10036
adds s9706, s9911, s9911 # 10037
bit s9809 # 10038
adds s9912, s9706, s9809 # 10039
adds s9707, s9912, s9912 # 10040
bit s9810 # 10041
adds s9913, s9707, s9810 # 10042
adds s9708, s9913, s9913 # 10043
bit s9811 # 10044
adds s9914, s9708, s9811 # 10045
adds s9709, s9914, s9914 # 10046
bit s9812 # 10047
adds s9915, s9709, s9812 # 10048
adds s9710, s9915, s9915 # 10049
bit s9813 # 10050
adds s9916, s9710, s9813 # 10051
adds s9711, s9916, s9916 # 10052
bit s9814 # 10053
adds s9917, s9711, s9814 # 10054
adds s9712, s9917, s9917 # 10055
bit s9815 # 10056
adds s9918, s9712, s9815 # 10057
adds s9713, s9918, s9918 # 10058
bit s9816 # 10059
adds s9919, s9713, s9816 # 10060
adds s9714, s9919, s9919 # 10061
bit s9817 # 10062
adds s9920, s9714, s9817 # 10063
adds s9715, s9920, s9920 # 10064
bit s9818 # 10065
adds s9921, s9715, s9818 # 10066
adds s9716, s9921, s9921 # 10067
bit s9819 # 10068
adds s9922, s9716, s9819 # 10069
adds s9717, s9922, s9922 # 10070
bit s9820 # 10071
adds s9923, s9717, s9820 # 10072
adds s9718, s9923, s9923 # 10073
bit s9821 # 10074
adds s9924, s9718, s9821 # 10075
adds s9719, s9924, s9924 # 10076
bit s9822 # 10077
adds s9925, s9719, s9822 # 10078
adds s9720, s9925, s9925 # 10079
bit s9823 # 10080
adds s9926, s9720, s9823 # 10081
adds s9721, s9926, s9926 # 10082
bit s9824 # 10083
adds s9927, s9721, s9824 # 10084
adds s9722, s9927, s9927 # 10085
bit s9825 # 10086
adds s9928, s9722, s9825 # 10087
adds s9723, s9928, s9928 # 10088
bit s9826 # 10089
adds s9929, s9723, s9826 # 10090
adds s9724, s9929, s9929 # 10091
bit s9827 # 10092
adds s9930, s9724, s9827 # 10093
adds s9725, s9930, s9930 # 10094
bit s9828 # 10095
adds s9931, s9725, s9828 # 10096
adds s9726, s9931, s9931 # 10097
bit s9829 # 10098
adds s9932, s9726, s9829 # 10099
adds s9727, s9932, s9932 # 10100
bit s9830 # 10101
adds s9933, s9727, s9830 # 10102
adds s9728, s9933, s9933 # 10103
bit s9831 # 10104
adds s9934, s9728, s9831 # 10105
adds s9729, s9934, s9934 # 10106
bit s9832 # 10107
adds s9935, s9729, s9832 # 10108
adds s9730, s9935, s9935 # 10109
bit s9833 # 10110
adds s9936, s9730, s9833 # 10111
adds s9731, s9936, s9936 # 10112
bit s9834 # 10113
adds s9937, s9731, s9834 # 10114
adds s9732, s9937, s9937 # 10115
bit s9835 # 10116
adds s9938, s9732, s9835 # 10117
adds s9733, s9938, s9938 # 10118
bit s9836 # 10119
adds s9939, s9733, s9836 # 10120
adds s9734, s9939, s9939 # 10121
bit s9837 # 10122
adds s9940, s9734, s9837 # 10123
adds s9735, s9940, s9940 # 10124
bit s9838 # 10125
adds s9941, s9735, s9838 # 10126
adds s9736, s9941, s9941 # 10127
bit s9839 # 10128
adds s9942, s9736, s9839 # 10129
adds s9737, s9942, s9942 # 10130
bit s9840 # 10131
adds s9943, s9737, s9840 # 10132
adds s9738, s9943, s9943 # 10133
bit s9841 # 10134
adds s9625, s9738, s9841 # 10135
bit s9627 # 10136
movs s9626, s9627 # 10137
mulsi s9628, s9625, 2 # 10138
ldi c514, 8 # 10139
mulci c515, c514, 1073741824 # 10140
mulci c516, c515, 1073741824 # 10141
movc c513, c516 # 10142
addm s9629, s9623, c513 # 10143
adds s9630, s9628, s9629 # 10144
adds s9631, s9630, s9626 # 10145
startopen 1, s9631 # 10146
stopopen 1, c510 # 10147
modci c511, c510, 2 # 10148
mulci c512, c511, 2 # 10149
mulm s9632, s9627, c512 # 10150
addm s9633, s9627, c511 # 10151
subs s9624, s9633, s9632 # 10152
stms s9624, 8334 # 10153
bit s10171 # 10154
adds s9978, s10171, s10171 # 10155
bit s10075 # 10156
adds s10172, s9978, s10075 # 10157
adds s9979, s10172, s10172 # 10158
bit s10076 # 10159
adds s10173, s9979, s10076 # 10160
adds s9980, s10173, s10173 # 10161
bit s10077 # 10162
adds s10174, s9980, s10077 # 10163
adds s9981, s10174, s10174 # 10164
bit s10078 # 10165
adds s10175, s9981, s10078 # 10166
adds s9982, s10175, s10175 # 10167
bit s10079 # 10168
adds s10176, s9982, s10079 # 10169
adds s9983, s10176, s10176 # 10170
bit s10080 # 10171
adds s10177, s9983, s10080 # 10172
adds s9984, s10177, s10177 # 10173
bit s10081 # 10174
adds s10178, s9984, s10081 # 10175
adds s9985, s10178, s10178 # 10176
bit s10082 # 10177
adds s10179, s9985, s10082 # 10178
adds s9986, s10179, s10179 # 10179
bit s10083 # 10180
adds s10180, s9986, s10083 # 10181
adds s9987, s10180, s10180 # 10182
bit s10084 # 10183
adds s10181, s9987, s10084 # 10184
adds s9988, s10181, s10181 # 10185
bit s10085 # 10186
adds s10182, s9988, s10085 # 10187
adds s9989, s10182, s10182 # 10188
bit s10086 # 10189
adds s10183, s9989, s10086 # 10190
adds s9990, s10183, s10183 # 10191
bit s10087 # 10192
adds s10184, s9990, s10087 # 10193
adds s9991, s10184, s10184 # 10194
bit s10088 # 10195
adds s10185, s9991, s10088 # 10196
adds s9992, s10185, s10185 # 10197
bit s10089 # 10198
adds s10186, s9992, s10089 # 10199
adds s9993, s10186, s10186 # 10200
bit s10090 # 10201
adds s10187, s9993, s10090 # 10202
adds s9994, s10187, s10187 # 10203
bit s10091 # 10204
adds s10188, s9994, s10091 # 10205
adds s9995, s10188, s10188 # 10206
bit s10092 # 10207
adds s10189, s9995, s10092 # 10208
adds s9996, s10189, s10189 # 10209
bit s10093 # 10210
adds s10190, s9996, s10093 # 10211
adds s9997, s10190, s10190 # 10212
bit s10094 # 10213
adds s10191, s9997, s10094 # 10214
adds s9998, s10191, s10191 # 10215
bit s10095 # 10216
adds s10192, s9998, s10095 # 10217
adds s9999, s10192, s10192 # 10218
bit s10096 # 10219
adds s10193, s9999, s10096 # 10220
adds s10000, s10193, s10193 # 10221
bit s10097 # 10222
adds s10194, s10000, s10097 # 10223
adds s10001, s10194, s10194 # 10224
bit s10098 # 10225
adds s10195, s10001, s10098 # 10226
adds s10002, s10195, s10195 # 10227
bit s10099 # 10228
adds s10196, s10002, s10099 # 10229
adds s10003, s10196, s10196 # 10230
bit s10100 # 10231
adds s10197, s10003, s10100 # 10232
adds s10004, s10197, s10197 # 10233
bit s10101 # 10234
adds s10198, s10004, s10101 # 10235
adds s10005, s10198, s10198 # 10236
bit s10102 # 10237
adds s10199, s10005, s10102 # 10238
adds s10006, s10199, s10199 # 10239
bit s10103 # 10240
adds s10200, s10006, s10103 # 10241
adds s10007, s10200, s10200 # 10242
bit s10104 # 10243
adds s10201, s10007, s10104 # 10244
adds s10008, s10201, s10201 # 10245
bit s10105 # 10246
adds s10202, s10008, s10105 # 10247
adds s10009, s10202, s10202 # 10248
bit s10106 # 10249
adds s10203, s10009, s10106 # 10250
adds s10010, s10203, s10203 # 10251
bit s10107 # 10252
adds s10204, s10010, s10107 # 10253
adds s10011, s10204, s10204 # 10254
bit s10108 # 10255
adds s10205, s10011, s10108 # 10256
adds s10012, s10205, s10205 # 10257
bit s10109 # 10258
adds s10206, s10012, s10109 # 10259
adds s10013, s10206, s10206 # 10260
bit s10110 # 10261
adds s10207, s10013, s10110 # 10262
adds s10014, s10207, s10207 # 10263
bit s10111 # 10264
adds s10208, s10014, s10111 # 10265
adds s10015, s10208, s10208 # 10266
bit s10112 # 10267
adds s10209, s10015, s10112 # 10268
adds s10016, s10209, s10209 # 10269
bit s10113 # 10270
adds s10210, s10016, s10113 # 10271
adds s10017, s10210, s10210 # 10272
bit s10114 # 10273
adds s10211, s10017, s10114 # 10274
adds s10018, s10211, s10211 # 10275
bit s10115 # 10276
adds s10212, s10018, s10115 # 10277
adds s10019, s10212, s10212 # 10278
bit s10116 # 10279
adds s10213, s10019, s10116 # 10280
adds s10020, s10213, s10213 # 10281
bit s10117 # 10282
adds s10214, s10020, s10117 # 10283
adds s10021, s10214, s10214 # 10284
bit s10118 # 10285
adds s10215, s10021, s10118 # 10286
adds s10022, s10215, s10215 # 10287
bit s10119 # 10288
adds s10216, s10022, s10119 # 10289
adds s10023, s10216, s10216 # 10290
bit s10120 # 10291
adds s10217, s10023, s10120 # 10292
adds s10024, s10217, s10217 # 10293
bit s10121 # 10294
adds s10218, s10024, s10121 # 10295
adds s10025, s10218, s10218 # 10296
bit s10122 # 10297
adds s10219, s10025, s10122 # 10298
adds s10026, s10219, s10219 # 10299
bit s10123 # 10300
adds s10220, s10026, s10123 # 10301
adds s10027, s10220, s10220 # 10302
bit s10124 # 10303
adds s10221, s10027, s10124 # 10304
adds s10028, s10221, s10221 # 10305
bit s10125 # 10306
adds s10222, s10028, s10125 # 10307
adds s10029, s10222, s10222 # 10308
bit s10126 # 10309
adds s10223, s10029, s10126 # 10310
adds s10030, s10223, s10223 # 10311
bit s10127 # 10312
adds s10224, s10030, s10127 # 10313
adds s10031, s10224, s10224 # 10314
bit s10128 # 10315
adds s10225, s10031, s10128 # 10316
adds s10032, s10225, s10225 # 10317
bit s10129 # 10318
adds s10226, s10032, s10129 # 10319
adds s10033, s10226, s10226 # 10320
bit s10130 # 10321
adds s10227, s10033, s10130 # 10322
adds s10034, s10227, s10227 # 10323
bit s10131 # 10324
adds s10228, s10034, s10131 # 10325
adds s10035, s10228, s10228 # 10326
bit s10132 # 10327
adds s10229, s10035, s10132 # 10328
adds s10036, s10229, s10229 # 10329
bit s10133 # 10330
adds s10230, s10036, s10133 # 10331
adds s10037, s10230, s10230 # 10332
bit s10134 # 10333
adds s10231, s10037, s10134 # 10334
adds s10038, s10231, s10231 # 10335
bit s10135 # 10336
adds s10232, s10038, s10135 # 10337
adds s10039, s10232, s10232 # 10338
bit s10136 # 10339
adds s10233, s10039, s10136 # 10340
adds s10040, s10233, s10233 # 10341
bit s10137 # 10342
adds s10234, s10040, s10137 # 10343
adds s10041, s10234, s10234 # 10344
bit s10138 # 10345
adds s10235, s10041, s10138 # 10346
adds s10042, s10235, s10235 # 10347
bit s10139 # 10348
adds s10236, s10042, s10139 # 10349
adds s10043, s10236, s10236 # 10350
bit s10140 # 10351
adds s10237, s10043, s10140 # 10352
adds s10044, s10237, s10237 # 10353
bit s10141 # 10354
adds s10238, s10044, s10141 # 10355
adds s10045, s10238, s10238 # 10356
bit s10142 # 10357
adds s10239, s10045, s10142 # 10358
adds s10046, s10239, s10239 # 10359
bit s10143 # 10360
adds s10240, s10046, s10143 # 10361
adds s10047, s10240, s10240 # 10362
bit s10144 # 10363
adds s10241, s10047, s10144 # 10364
adds s10048, s10241, s10241 # 10365
bit s10145 # 10366
adds s10242, s10048, s10145 # 10367
adds s10049, s10242, s10242 # 10368
bit s10146 # 10369
adds s10243, s10049, s10146 # 10370
adds s10050, s10243, s10243 # 10371
bit s10147 # 10372
adds s10244, s10050, s10147 # 10373
adds s10051, s10244, s10244 # 10374
bit s10148 # 10375
adds s10245, s10051, s10148 # 10376
adds s10052, s10245, s10245 # 10377
bit s10149 # 10378
adds s10246, s10052, s10149 # 10379
adds s10053, s10246, s10246 # 10380
bit s10150 # 10381
adds s10247, s10053, s10150 # 10382
adds s10054, s10247, s10247 # 10383
bit s10151 # 10384
adds s10248, s10054, s10151 # 10385
adds s10055, s10248, s10248 # 10386
bit s10152 # 10387
adds s10249, s10055, s10152 # 10388
adds s10056, s10249, s10249 # 10389
bit s10153 # 10390
adds s10250, s10056, s10153 # 10391
adds s10057, s10250, s10250 # 10392
bit s10154 # 10393
adds s10251, s10057, s10154 # 10394
adds s10058, s10251, s10251 # 10395
bit s10155 # 10396
adds s10252, s10058, s10155 # 10397
adds s10059, s10252, s10252 # 10398
bit s10156 # 10399
adds s10253, s10059, s10156 # 10400
adds s10060, s10253, s10253 # 10401
bit s10157 # 10402
adds s10254, s10060, s10157 # 10403
adds s10061, s10254, s10254 # 10404
bit s10158 # 10405
adds s10255, s10061, s10158 # 10406
adds s10062, s10255, s10255 # 10407
bit s10159 # 10408
adds s10256, s10062, s10159 # 10409
adds s10063, s10256, s10256 # 10410
bit s10160 # 10411
adds s10257, s10063, s10160 # 10412
adds s10064, s10257, s10257 # 10413
bit s10161 # 10414
adds s10258, s10064, s10161 # 10415
adds s10065, s10258, s10258 # 10416
bit s10162 # 10417
adds s10259, s10065, s10162 # 10418
adds s10066, s10259, s10259 # 10419
bit s10163 # 10420
adds s10260, s10066, s10163 # 10421
adds s10067, s10260, s10260 # 10422
bit s10164 # 10423
adds s10261, s10067, s10164 # 10424
adds s10068, s10261, s10261 # 10425
bit s10165 # 10426
adds s10262, s10068, s10165 # 10427
adds s10069, s10262, s10262 # 10428
bit s10166 # 10429
adds s10263, s10069, s10166 # 10430
adds s10070, s10263, s10263 # 10431
bit s10167 # 10432
adds s10264, s10070, s10167 # 10433
adds s10071, s10264, s10264 # 10434
bit s10168 # 10435
adds s10265, s10071, s10168 # 10436
adds s10072, s10265, s10265 # 10437
bit s10169 # 10438
adds s10266, s10072, s10169 # 10439
adds s10073, s10266, s10266 # 10440
bit s10170 # 10441
adds s9946, s10073, s10170 # 10442
bit s9954 # 10443
adds s9965, s9954, s9954 # 10444
bit s9953 # 10445
adds s9966, s9965, s9953 # 10446
adds s9967, s9966, s9966 # 10447
bit s9952 # 10448
adds s9968, s9967, s9952 # 10449
adds s9969, s9968, s9968 # 10450
bit s9951 # 10451
adds s9970, s9969, s9951 # 10452
adds s9971, s9970, s9970 # 10453
bit s9950 # 10454
adds s9972, s9971, s9950 # 10455
adds s9973, s9972, s9972 # 10456
bit s9949 # 10457
adds s9974, s9973, s9949 # 10458
adds s9975, s9974, s9974 # 10459
bit s9948 # 10460
adds s9976, s9975, s9948 # 10461
movs s9947, s9976 # 10462
ldi c521, 128 # 10463
movc c519, c521 # 10464
mulm s9957, s9946, c519 # 10465
ldi c522, 8 # 10466
mulci c523, c522, 1073741824 # 10467
mulci c524, c523, 1073741824 # 10468
movc c520, c524 # 10469
addm s9958, s5373, c520 # 10470
adds s9959, s9957, s9958 # 10471
adds s9960, s9959, s9947 # 10472
startopen 1, s9960 # 10473
stopopen 1, c517 # 10474
modc c518, c517, c519 # 10475
modci c525, c518, 2 # 10476
subc c533, c518, c525 # 10477
mulc c540, c533, c38 # 10478
modci c526, c540, 2 # 10479
subc c534, c540, c526 # 10480
mulc c541, c534, c38 # 10481
modci c527, c541, 2 # 10482
subc c535, c541, c527 # 10483
mulc c542, c535, c38 # 10484
modci c528, c542, 2 # 10485
subc c536, c542, c528 # 10486
mulc c543, c536, c38 # 10487
modci c529, c543, 2 # 10488
subc c537, c543, c529 # 10489
mulc c544, c537, c38 # 10490
modci c530, c544, 2 # 10491
subc c538, c544, c530 # 10492
mulc c545, c538, c38 # 10493
modci c531, c545, 2 # 10494
subsfi s10268, s9948, 1 # 10495
subsfi s10269, s9949, 1 # 10496
subsfi s10270, s9950, 1 # 10497
subsfi s10271, s9951, 1 # 10498
subsfi s10272, s9952, 1 # 10499
subsfi s10273, s9953, 1 # 10500
subsfi s10274, s9954, 1 # 10501
mulm s10290, s10274, c531 # 10502
mulsi s10297, s10290, 2 # 10503
addm s10304, s10274, c531 # 10504
subs s10311, s10304, s10297 # 10505
mulm s10291, s10273, c530 # 10506
mulsi s10298, s10291, 2 # 10507
addm s10305, s10273, c530 # 10508
subs s10312, s10305, s10298 # 10509
mulm s10292, s10272, c529 # 10510
mulsi s10299, s10292, 2 # 10511
addm s10306, s10272, c529 # 10512
subs s10313, s10306, s10299 # 10513
mulm s10293, s10271, c528 # 10514
mulsi s10300, s10293, 2 # 10515
addm s10307, s10271, c528 # 10516
subs s10314, s10307, s10300 # 10517
mulm s10294, s10270, c527 # 10518
mulsi s10301, s10294, 2 # 10519
addm s10308, s10270, c527 # 10520
subs s10315, s10308, s10301 # 10521
mulm s10295, s10269, c526 # 10522
mulsi s10302, s10295, 2 # 10523
addm s10309, s10269, c526 # 10524
subs s10316, s10309, s10302 # 10525
mulm s10296, s10268, c525 # 10526
mulsi s10303, s10296, 2 # 10527
addm s10310, s10268, c525 # 10528
subs s10317, s10310, s10303 # 10529
mulsi s10318, s10317, 1 # 10530
adds s10319, s10296, s10318 # 10531
triple s10324, s10325, s10326 # 10532
subs s10327, s10312, s10324 # 10533
subs s10328, s10313, s10325 # 10534
startopen 2, s10327, s10328 # 10535
stopopen 2, c546, c547 # 10536
mulm s10329, s10325, c546 # 10537
mulm s10330, s10324, c547 # 10538
mulc c548, c546, c547 # 10539
adds s10331, s10326, s10329 # 10540
adds s10332, s10331, s10330 # 10541
addm s10321, s10332, c548 # 10542
triple s10333, s10334, s10335 # 10543
subs s10336, s10312, s10333 # 10544
subs s10337, s10292, s10334 # 10545
startopen 2, s10336, s10337 # 10546
stopopen 2, c549, c550 # 10547
mulm s10338, s10334, c549 # 10548
mulm s10339, s10333, c550 # 10549
mulc c551, c549, c550 # 10550
adds s10340, s10335, s10338 # 10551
adds s10341, s10340, s10339 # 10552
addm s10322, s10341, c551 # 10553
adds s10323, s10291, s10322 # 10554
triple s10345, s10346, s10347 # 10555
subs s10348, s10314, s10345 # 10556
subs s10349, s10315, s10346 # 10557
startopen 2, s10348, s10349 # 10558
stopopen 2, c552, c553 # 10559
mulm s10350, s10346, c552 # 10560
mulm s10351, s10345, c553 # 10561
mulc c554, c552, c553 # 10562
adds s10352, s10347, s10350 # 10563
adds s10353, s10352, s10351 # 10564
addm s10342, s10353, c554 # 10565
triple s10354, s10355, s10356 # 10566
subs s10357, s10314, s10354 # 10567
subs s10358, s10294, s10355 # 10568
startopen 2, s10357, s10358 # 10569
stopopen 2, c555, c556 # 10570
mulm s10359, s10355, c555 # 10571
mulm s10360, s10354, c556 # 10572
mulc c557, c555, c556 # 10573
adds s10361, s10356, s10359 # 10574
adds s10362, s10361, s10360 # 10575
addm s10343, s10362, c557 # 10576
adds s10344, s10293, s10343 # 10577
triple s10366, s10367, s10368 # 10578
subs s10369, s10316, s10366 # 10579
subs s10370, s10319, s10367 # 10580
startopen 2, s10369, s10370 # 10581
stopopen 2, c558, c559 # 10582
mulm s10371, s10367, c558 # 10583
mulm s10372, s10366, c559 # 10584
mulc c560, c558, c559 # 10585
adds s10373, s10368, s10371 # 10586
adds s10374, s10373, s10372 # 10587
addm s10364, s10374, c560 # 10588
adds s10365, s10295, s10364 # 10589
triple s10378, s10379, s10380 # 10590
subs s10381, s10311, s10378 # 10591
subs s10382, s10321, s10379 # 10592
startopen 2, s10381, s10382 # 10593
stopopen 2, c561, c562 # 10594
mulm s10383, s10379, c561 # 10595
mulm s10384, s10378, c562 # 10596
mulc c563, c561, c562 # 10597
adds s10385, s10380, s10383 # 10598
adds s10386, s10385, s10384 # 10599
addm s10375, s10386, c563 # 10600
triple s10387, s10388, s10389 # 10601
subs s10390, s10311, s10387 # 10602
subs s10391, s10323, s10388 # 10603
startopen 2, s10390, s10391 # 10604
stopopen 2, c564, c565 # 10605
mulm s10392, s10388, c564 # 10606
mulm s10393, s10387, c565 # 10607
mulc c566, c564, c565 # 10608
adds s10394, s10389, s10392 # 10609
adds s10395, s10394, s10393 # 10610
addm s10376, s10395, c566 # 10611
adds s10377, s10290, s10376 # 10612
triple s10399, s10400, s10401 # 10613
subs s10402, s10342, s10399 # 10614
subs s10403, s10365, s10400 # 10615
startopen 2, s10402, s10403 # 10616
stopopen 2, c567, c568 # 10617
mulm s10404, s10400, c567 # 10618
mulm s10405, s10399, c568 # 10619
mulc c569, c567, c568 # 10620
adds s10406, s10401, s10404 # 10621
adds s10407, s10406, s10405 # 10622
addm s10397, s10407, c569 # 10623
adds s10398, s10344, s10397 # 10624
triple s10411, s10412, s10413 # 10625
subs s10414, s10375, s10411 # 10626
subs s10415, s10398, s10412 # 10627
startopen 2, s10414, s10415 # 10628
stopopen 2, c570, c571 # 10629
mulm s10416, s10412, c570 # 10630
mulm s10417, s10411, c571 # 10631
mulc c572, c570, c571 # 10632
adds s10418, s10413, s10416 # 10633
adds s10419, s10418, s10417 # 10634
addm s10409, s10419, c572 # 10635
adds s10410, s10377, s10409 # 10636
movs s10282, s10410 # 10637
subsfi s9956, s10282, 1 # 10638
mulm s9961, s9956, c519 # 10639
submr s9962, c518, s9947 # 10640
adds s9945, s9962, s9961 # 10641
subs s10420, s5373, s9945 # 10642
ldi c573, 1 # 10643
divci c574, c573, 128 # 10644
mulm s10421, s10420, c574 # 10645
bit s10640 # 10646
adds s10435, s10640, s10640 # 10647
bit s10538 # 10648
adds s10641, s10435, s10538 # 10649
adds s10436, s10641, s10641 # 10650
bit s10539 # 10651
adds s10642, s10436, s10539 # 10652
adds s10437, s10642, s10642 # 10653
bit s10540 # 10654
adds s10643, s10437, s10540 # 10655
adds s10438, s10643, s10643 # 10656
bit s10541 # 10657
adds s10644, s10438, s10541 # 10658
adds s10439, s10644, s10644 # 10659
bit s10542 # 10660
adds s10645, s10439, s10542 # 10661
adds s10440, s10645, s10645 # 10662
bit s10543 # 10663
adds s10646, s10440, s10543 # 10664
adds s10441, s10646, s10646 # 10665
bit s10544 # 10666
adds s10647, s10441, s10544 # 10667
adds s10442, s10647, s10647 # 10668
bit s10545 # 10669
adds s10648, s10442, s10545 # 10670
adds s10443, s10648, s10648 # 10671
bit s10546 # 10672
adds s10649, s10443, s10546 # 10673
adds s10444, s10649, s10649 # 10674
bit s10547 # 10675
adds s10650, s10444, s10547 # 10676
adds s10445, s10650, s10650 # 10677
bit s10548 # 10678
adds s10651, s10445, s10548 # 10679
adds s10446, s10651, s10651 # 10680
bit s10549 # 10681
adds s10652, s10446, s10549 # 10682
adds s10447, s10652, s10652 # 10683
bit s10550 # 10684
adds s10653, s10447, s10550 # 10685
adds s10448, s10653, s10653 # 10686
bit s10551 # 10687
adds s10654, s10448, s10551 # 10688
adds s10449, s10654, s10654 # 10689
bit s10552 # 10690
adds s10655, s10449, s10552 # 10691
adds s10450, s10655, s10655 # 10692
bit s10553 # 10693
adds s10656, s10450, s10553 # 10694
adds s10451, s10656, s10656 # 10695
bit s10554 # 10696
adds s10657, s10451, s10554 # 10697
adds s10452, s10657, s10657 # 10698
bit s10555 # 10699
adds s10658, s10452, s10555 # 10700
adds s10453, s10658, s10658 # 10701
bit s10556 # 10702
adds s10659, s10453, s10556 # 10703
adds s10454, s10659, s10659 # 10704
bit s10557 # 10705
adds s10660, s10454, s10557 # 10706
adds s10455, s10660, s10660 # 10707
bit s10558 # 10708
adds s10661, s10455, s10558 # 10709
adds s10456, s10661, s10661 # 10710
bit s10559 # 10711
adds s10662, s10456, s10559 # 10712
adds s10457, s10662, s10662 # 10713
bit s10560 # 10714
adds s10663, s10457, s10560 # 10715
adds s10458, s10663, s10663 # 10716
bit s10561 # 10717
adds s10664, s10458, s10561 # 10718
adds s10459, s10664, s10664 # 10719
bit s10562 # 10720
adds s10665, s10459, s10562 # 10721
adds s10460, s10665, s10665 # 10722
bit s10563 # 10723
adds s10666, s10460, s10563 # 10724
adds s10461, s10666, s10666 # 10725
bit s10564 # 10726
adds s10667, s10461, s10564 # 10727
adds s10462, s10667, s10667 # 10728
bit s10565 # 10729
adds s10668, s10462, s10565 # 10730
adds s10463, s10668, s10668 # 10731
bit s10566 # 10732
adds s10669, s10463, s10566 # 10733
adds s10464, s10669, s10669 # 10734
bit s10567 # 10735
adds s10670, s10464, s10567 # 10736
adds s10465, s10670, s10670 # 10737
bit s10568 # 10738
adds s10671, s10465, s10568 # 10739
adds s10466, s10671, s10671 # 10740
bit s10569 # 10741
adds s10672, s10466, s10569 # 10742
adds s10467, s10672, s10672 # 10743
bit s10570 # 10744
adds s10673, s10467, s10570 # 10745
adds s10468, s10673, s10673 # 10746
bit s10571 # 10747
adds s10674, s10468, s10571 # 10748
adds s10469, s10674, s10674 # 10749
bit s10572 # 10750
adds s10675, s10469, s10572 # 10751
adds s10470, s10675, s10675 # 10752
bit s10573 # 10753
adds s10676, s10470, s10573 # 10754
adds s10471, s10676, s10676 # 10755
bit s10574 # 10756
adds s10677, s10471, s10574 # 10757
adds s10472, s10677, s10677 # 10758
bit s10575 # 10759
adds s10678, s10472, s10575 # 10760
adds s10473, s10678, s10678 # 10761
bit s10576 # 10762
adds s10679, s10473, s10576 # 10763
adds s10474, s10679, s10679 # 10764
bit s10577 # 10765
adds s10680, s10474, s10577 # 10766
adds s10475, s10680, s10680 # 10767
bit s10578 # 10768
adds s10681, s10475, s10578 # 10769
adds s10476, s10681, s10681 # 10770
bit s10579 # 10771
adds s10682, s10476, s10579 # 10772
adds s10477, s10682, s10682 # 10773
bit s10580 # 10774
adds s10683, s10477, s10580 # 10775
adds s10478, s10683, s10683 # 10776
bit s10581 # 10777
adds s10684, s10478, s10581 # 10778
adds s10479, s10684, s10684 # 10779
bit s10582 # 10780
adds s10685, s10479, s10582 # 10781
adds s10480, s10685, s10685 # 10782
bit s10583 # 10783
adds s10686, s10480, s10583 # 10784
adds s10481, s10686, s10686 # 10785
bit s10584 # 10786
adds s10687, s10481, s10584 # 10787
adds s10482, s10687, s10687 # 10788
bit s10585 # 10789
adds s10688, s10482, s10585 # 10790
adds s10483, s10688, s10688 # 10791
bit s10586 # 10792
adds s10689, s10483, s10586 # 10793
adds s10484, s10689, s10689 # 10794
bit s10587 # 10795
adds s10690, s10484, s10587 # 10796
adds s10485, s10690, s10690 # 10797
bit s10588 # 10798
adds s10691, s10485, s10588 # 10799
adds s10486, s10691, s10691 # 10800
bit s10589 # 10801
adds s10692, s10486, s10589 # 10802
adds s10487, s10692, s10692 # 10803
bit s10590 # 10804
adds s10693, s10487, s10590 # 10805
adds s10488, s10693, s10693 # 10806
bit s10591 # 10807
adds s10694, s10488, s10591 # 10808
adds s10489, s10694, s10694 # 10809
bit s10592 # 10810
adds s10695, s10489, s10592 # 10811
adds s10490, s10695, s10695 # 10812
bit s10593 # 10813
adds s10696, s10490, s10593 # 10814
adds s10491, s10696, s10696 # 10815
bit s10594 # 10816
adds s10697, s10491, s10594 # 10817
adds s10492, s10697, s10697 # 10818
bit s10595 # 10819
adds s10698, s10492, s10595 # 10820
adds s10493, s10698, s10698 # 10821
bit s10596 # 10822
adds s10699, s10493, s10596 # 10823
adds s10494, s10699, s10699 # 10824
bit s10597 # 10825
adds s10700, s10494, s10597 # 10826
adds s10495, s10700, s10700 # 10827
bit s10598 # 10828
adds s10701, s10495, s10598 # 10829
adds s10496, s10701, s10701 # 10830
bit s10599 # 10831
adds s10702, s10496, s10599 # 10832
adds s10497, s10702, s10702 # 10833
bit s10600 # 10834
adds s10703, s10497, s10600 # 10835
adds s10498, s10703, s10703 # 10836
bit s10601 # 10837
adds s10704, s10498, s10601 # 10838
adds s10499, s10704, s10704 # 10839
bit s10602 # 10840
adds s10705, s10499, s10602 # 10841
adds s10500, s10705, s10705 # 10842
bit s10603 # 10843
adds s10706, s10500, s10603 # 10844
adds s10501, s10706, s10706 # 10845
bit s10604 # 10846
adds s10707, s10501, s10604 # 10847
adds s10502, s10707, s10707 # 10848
bit s10605 # 10849
adds s10708, s10502, s10605 # 10850
adds s10503, s10708, s10708 # 10851
bit s10606 # 10852
adds s10709, s10503, s10606 # 10853
adds s10504, s10709, s10709 # 10854
bit s10607 # 10855
adds s10710, s10504, s10607 # 10856
adds s10505, s10710, s10710 # 10857
bit s10608 # 10858
adds s10711, s10505, s10608 # 10859
adds s10506, s10711, s10711 # 10860
bit s10609 # 10861
adds s10712, s10506, s10609 # 10862
adds s10507, s10712, s10712 # 10863
bit s10610 # 10864
adds s10713, s10507, s10610 # 10865
adds s10508, s10713, s10713 # 10866
bit s10611 # 10867
adds s10714, s10508, s10611 # 10868
adds s10509, s10714, s10714 # 10869
bit s10612 # 10870
adds s10715, s10509, s10612 # 10871
adds s10510, s10715, s10715 # 10872
bit s10613 # 10873
adds s10716, s10510, s10613 # 10874
adds s10511, s10716, s10716 # 10875
bit s10614 # 10876
adds s10717, s10511, s10614 # 10877
adds s10512, s10717, s10717 # 10878
bit s10615 # 10879
adds s10718, s10512, s10615 # 10880
adds s10513, s10718, s10718 # 10881
bit s10616 # 10882
adds s10719, s10513, s10616 # 10883
adds s10514, s10719, s10719 # 10884
bit s10617 # 10885
adds s10720, s10514, s10617 # 10886
adds s10515, s10720, s10720 # 10887
bit s10618 # 10888
adds s10721, s10515, s10618 # 10889
adds s10516, s10721, s10721 # 10890
bit s10619 # 10891
adds s10722, s10516, s10619 # 10892
adds s10517, s10722, s10722 # 10893
bit s10620 # 10894
adds s10723, s10517, s10620 # 10895
adds s10518, s10723, s10723 # 10896
bit s10621 # 10897
adds s10724, s10518, s10621 # 10898
adds s10519, s10724, s10724 # 10899
bit s10622 # 10900
adds s10725, s10519, s10622 # 10901
adds s10520, s10725, s10725 # 10902
bit s10623 # 10903
adds s10726, s10520, s10623 # 10904
adds s10521, s10726, s10726 # 10905
bit s10624 # 10906
adds s10727, s10521, s10624 # 10907
adds s10522, s10727, s10727 # 10908
bit s10625 # 10909
adds s10728, s10522, s10625 # 10910
adds s10523, s10728, s10728 # 10911
bit s10626 # 10912
adds s10729, s10523, s10626 # 10913
adds s10524, s10729, s10729 # 10914
bit s10627 # 10915
adds s10730, s10524, s10627 # 10916
adds s10525, s10730, s10730 # 10917
bit s10628 # 10918
adds s10731, s10525, s10628 # 10919
adds s10526, s10731, s10731 # 10920
bit s10629 # 10921
adds s10732, s10526, s10629 # 10922
adds s10527, s10732, s10732 # 10923
bit s10630 # 10924
adds s10733, s10527, s10630 # 10925
adds s10528, s10733, s10733 # 10926
bit s10631 # 10927
adds s10734, s10528, s10631 # 10928
adds s10529, s10734, s10734 # 10929
bit s10632 # 10930
adds s10735, s10529, s10632 # 10931
adds s10530, s10735, s10735 # 10932
bit s10633 # 10933
adds s10736, s10530, s10633 # 10934
adds s10531, s10736, s10736 # 10935
bit s10634 # 10936
adds s10737, s10531, s10634 # 10937
adds s10532, s10737, s10737 # 10938
bit s10635 # 10939
adds s10738, s10532, s10635 # 10940
adds s10533, s10738, s10738 # 10941
bit s10636 # 10942
adds s10739, s10533, s10636 # 10943
adds s10534, s10739, s10739 # 10944
bit s10637 # 10945
adds s10740, s10534, s10637 # 10946
adds s10535, s10740, s10740 # 10947
bit s10638 # 10948
adds s10741, s10535, s10638 # 10949
adds s10536, s10741, s10741 # 10950
bit s10639 # 10951
adds s10423, s10536, s10639 # 10952
bit s10425 # 10953
movs s10424, s10425 # 10954
mulsi s10426, s10423, 2 # 10955
ldi c579, 8 # 10956
mulci c580, c579, 1073741824 # 10957
mulci c581, c580, 1073741824 # 10958
movc c578, c581 # 10959
addm s10427, s10421, c578 # 10960
adds s10428, s10426, s10427 # 10961
adds s10429, s10428, s10424 # 10962
startopen 1, s10429 # 10963
stopopen 1, c575 # 10964
modci c576, c575, 2 # 10965
mulci c577, c576, 2 # 10966
mulm s10430, s10425, c577 # 10967
addm s10431, s10425, c576 # 10968
subs s10422, s10431, s10430 # 10969
stms s10422, 8335 # 10970
ldint r33, 8256 # 10971
addint r34, r28, r33 # 10972
ldmsi s10743, r34 # 10973
bit s10962 # 10974
adds s10757, s10962, s10962 # 10975
bit s10860 # 10976
adds s10963, s10757, s10860 # 10977
adds s10758, s10963, s10963 # 10978
bit s10861 # 10979
adds s10964, s10758, s10861 # 10980
adds s10759, s10964, s10964 # 10981
bit s10862 # 10982
adds s10965, s10759, s10862 # 10983
adds s10760, s10965, s10965 # 10984
bit s10863 # 10985
adds s10966, s10760, s10863 # 10986
adds s10761, s10966, s10966 # 10987
bit s10864 # 10988
adds s10967, s10761, s10864 # 10989
adds s10762, s10967, s10967 # 10990
bit s10865 # 10991
adds s10968, s10762, s10865 # 10992
adds s10763, s10968, s10968 # 10993
bit s10866 # 10994
adds s10969, s10763, s10866 # 10995
adds s10764, s10969, s10969 # 10996
bit s10867 # 10997
adds s10970, s10764, s10867 # 10998
adds s10765, s10970, s10970 # 10999
bit s10868 # 11000
adds s10971, s10765, s10868 # 11001
adds s10766, s10971, s10971 # 11002
bit s10869 # 11003
adds s10972, s10766, s10869 # 11004
adds s10767, s10972, s10972 # 11005
bit s10870 # 11006
adds s10973, s10767, s10870 # 11007
adds s10768, s10973, s10973 # 11008
bit s10871 # 11009
adds s10974, s10768, s10871 # 11010
adds s10769, s10974, s10974 # 11011
bit s10872 # 11012
adds s10975, s10769, s10872 # 11013
adds s10770, s10975, s10975 # 11014
bit s10873 # 11015
adds s10976, s10770, s10873 # 11016
adds s10771, s10976, s10976 # 11017
bit s10874 # 11018
adds s10977, s10771, s10874 # 11019
adds s10772, s10977, s10977 # 11020
bit s10875 # 11021
adds s10978, s10772, s10875 # 11022
adds s10773, s10978, s10978 # 11023
bit s10876 # 11024
adds s10979, s10773, s10876 # 11025
adds s10774, s10979, s10979 # 11026
bit s10877 # 11027
adds s10980, s10774, s10877 # 11028
adds s10775, s10980, s10980 # 11029
bit s10878 # 11030
adds s10981, s10775, s10878 # 11031
adds s10776, s10981, s10981 # 11032
bit s10879 # 11033
adds s10982, s10776, s10879 # 11034
adds s10777, s10982, s10982 # 11035
bit s10880 # 11036
adds s10983, s10777, s10880 # 11037
adds s10778, s10983, s10983 # 11038
bit s10881 # 11039
adds s10984, s10778, s10881 # 11040
adds s10779, s10984, s10984 # 11041
bit s10882 # 11042
adds s10985, s10779, s10882 # 11043
adds s10780, s10985, s10985 # 11044
bit s10883 # 11045
adds s10986, s10780, s10883 # 11046
adds s10781, s10986, s10986 # 11047
bit s10884 # 11048
adds s10987, s10781, s10884 # 11049
adds s10782, s10987, s10987 # 11050
bit s10885 # 11051
adds s10988, s10782, s10885 # 11052
adds s10783, s10988, s10988 # 11053
bit s10886 # 11054
adds s10989, s10783, s10886 # 11055
adds s10784, s10989, s10989 # 11056
bit s10887 # 11057
adds s10990, s10784, s10887 # 11058
adds s10785, s10990, s10990 # 11059
bit s10888 # 11060
adds s10991, s10785, s10888 # 11061
adds s10786, s10991, s10991 # 11062
bit s10889 # 11063
adds s10992, s10786, s10889 # 11064
adds s10787, s10992, s10992 # 11065
bit s10890 # 11066
adds s10993, s10787, s10890 # 11067
adds s10788, s10993, s10993 # 11068
bit s10891 # 11069
adds s10994, s10788, s10891 # 11070
adds s10789, s10994, s10994 # 11071
bit s10892 # 11072
adds s10995, s10789, s10892 # 11073
adds s10790, s10995, s10995 # 11074
bit s10893 # 11075
adds s10996, s10790, s10893 # 11076
adds s10791, s10996, s10996 # 11077
bit s10894 # 11078
adds s10997, s10791, s10894 # 11079
adds s10792, s10997, s10997 # 11080
bit s10895 # 11081
adds s10998, s10792, s10895 # 11082
adds s10793, s10998, s10998 # 11083
bit s10896 # 11084
adds s10999, s10793, s10896 # 11085
adds s10794, s10999, s10999 # 11086
bit s10897 # 11087
adds s11000, s10794, s10897 # 11088
adds s10795, s11000, s11000 # 11089
bit s10898 # 11090
adds s11001, s10795, s10898 # 11091
adds s10796, s11001, s11001 # 11092
bit s10899 # 11093
adds s11002, s10796, s10899 # 11094
adds s10797, s11002, s11002 # 11095
bit s10900 # 11096
adds s11003, s10797, s10900 # 11097
adds s10798, s11003, s11003 # 11098
bit s10901 # 11099
adds s11004, s10798, s10901 # 11100
adds s10799, s11004, s11004 # 11101
bit s10902 # 11102
adds s11005, s10799, s10902 # 11103
adds s10800, s11005, s11005 # 11104
bit s10903 # 11105
adds s11006, s10800, s10903 # 11106
adds s10801, s11006, s11006 # 11107
bit s10904 # 11108
adds s11007, s10801, s10904 # 11109
adds s10802, s11007, s11007 # 11110
bit s10905 # 11111
adds s11008, s10802, s10905 # 11112
adds s10803, s11008, s11008 # 11113
bit s10906 # 11114
adds s11009, s10803, s10906 # 11115
adds s10804, s11009, s11009 # 11116
bit s10907 # 11117
adds s11010, s10804, s10907 # 11118
adds s10805, s11010, s11010 # 11119
bit s10908 # 11120
adds s11011, s10805, s10908 # 11121
adds s10806, s11011, s11011 # 11122
bit s10909 # 11123
adds s11012, s10806, s10909 # 11124
adds s10807, s11012, s11012 # 11125
bit s10910 # 11126
adds s11013, s10807, s10910 # 11127
adds s10808, s11013, s11013 # 11128
bit s10911 # 11129
adds s11014, s10808, s10911 # 11130
adds s10809, s11014, s11014 # 11131
bit s10912 # 11132
adds s11015, s10809, s10912 # 11133
adds s10810, s11015, s11015 # 11134
bit s10913 # 11135
adds s11016, s10810, s10913 # 11136
adds s10811, s11016, s11016 # 11137
bit s10914 # 11138
adds s11017, s10811, s10914 # 11139
adds s10812, s11017, s11017 # 11140
bit s10915 # 11141
adds s11018, s10812, s10915 # 11142
adds s10813, s11018, s11018 # 11143
bit s10916 # 11144
adds s11019, s10813, s10916 # 11145
adds s10814, s11019, s11019 # 11146
bit s10917 # 11147
adds s11020, s10814, s10917 # 11148
adds s10815, s11020, s11020 # 11149
bit s10918 # 11150
adds s11021, s10815, s10918 # 11151
adds s10816, s11021, s11021 # 11152
bit s10919 # 11153
adds s11022, s10816, s10919 # 11154
adds s10817, s11022, s11022 # 11155
bit s10920 # 11156
adds s11023, s10817, s10920 # 11157
adds s10818, s11023, s11023 # 11158
bit s10921 # 11159
adds s11024, s10818, s10921 # 11160
adds s10819, s11024, s11024 # 11161
bit s10922 # 11162
adds s11025, s10819, s10922 # 11163
adds s10820, s11025, s11025 # 11164
bit s10923 # 11165
adds s11026, s10820, s10923 # 11166
adds s10821, s11026, s11026 # 11167
bit s10924 # 11168
adds s11027, s10821, s10924 # 11169
adds s10822, s11027, s11027 # 11170
bit s10925 # 11171
adds s11028, s10822, s10925 # 11172
adds s10823, s11028, s11028 # 11173
bit s10926 # 11174
adds s11029, s10823, s10926 # 11175
adds s10824, s11029, s11029 # 11176
bit s10927 # 11177
adds s11030, s10824, s10927 # 11178
adds s10825, s11030, s11030 # 11179
bit s10928 # 11180
adds s11031, s10825, s10928 # 11181
adds s10826, s11031, s11031 # 11182
bit s10929 # 11183
adds s11032, s10826, s10929 # 11184
adds s10827, s11032, s11032 # 11185
bit s10930 # 11186
adds s11033, s10827, s10930 # 11187
adds s10828, s11033, s11033 # 11188
bit s10931 # 11189
adds s11034, s10828, s10931 # 11190
adds s10829, s11034, s11034 # 11191
bit s10932 # 11192
adds s11035, s10829, s10932 # 11193
adds s10830, s11035, s11035 # 11194
bit s10933 # 11195
adds s11036, s10830, s10933 # 11196
adds s10831, s11036, s11036 # 11197
bit s10934 # 11198
adds s11037, s10831, s10934 # 11199
adds s10832, s11037, s11037 # 11200
bit s10935 # 11201
adds s11038, s10832, s10935 # 11202
adds s10833, s11038, s11038 # 11203
bit s10936 # 11204
adds s11039, s10833, s10936 # 11205
adds s10834, s11039, s11039 # 11206
bit s10937 # 11207
adds s11040, s10834, s10937 # 11208
adds s10835, s11040, s11040 # 11209
bit s10938 # 11210
adds s11041, s10835, s10938 # 11211
adds s10836, s11041, s11041 # 11212
bit s10939 # 11213
adds s11042, s10836, s10939 # 11214
adds s10837, s11042, s11042 # 11215
bit s10940 # 11216
adds s11043, s10837, s10940 # 11217
adds s10838, s11043, s11043 # 11218
bit s10941 # 11219
adds s11044, s10838, s10941 # 11220
adds s10839, s11044, s11044 # 11221
bit s10942 # 11222
adds s11045, s10839, s10942 # 11223
adds s10840, s11045, s11045 # 11224
bit s10943 # 11225
adds s11046, s10840, s10943 # 11226
adds s10841, s11046, s11046 # 11227
bit s10944 # 11228
adds s11047, s10841, s10944 # 11229
adds s10842, s11047, s11047 # 11230
bit s10945 # 11231
adds s11048, s10842, s10945 # 11232
adds s10843, s11048, s11048 # 11233
bit s10946 # 11234
adds s11049, s10843, s10946 # 11235
adds s10844, s11049, s11049 # 11236
bit s10947 # 11237
adds s11050, s10844, s10947 # 11238
adds s10845, s11050, s11050 # 11239
bit s10948 # 11240
adds s11051, s10845, s10948 # 11241
adds s10846, s11051, s11051 # 11242
bit s10949 # 11243
adds s11052, s10846, s10949 # 11244
adds s10847, s11052, s11052 # 11245
bit s10950 # 11246
adds s11053, s10847, s10950 # 11247
adds s10848, s11053, s11053 # 11248
bit s10951 # 11249
adds s11054, s10848, s10951 # 11250
adds s10849, s11054, s11054 # 11251
bit s10952 # 11252
adds s11055, s10849, s10952 # 11253
adds s10850, s11055, s11055 # 11254
bit s10953 # 11255
adds s11056, s10850, s10953 # 11256
adds s10851, s11056, s11056 # 11257
bit s10954 # 11258
adds s11057, s10851, s10954 # 11259
adds s10852, s11057, s11057 # 11260
bit s10955 # 11261
adds s11058, s10852, s10955 # 11262
adds s10853, s11058, s11058 # 11263
bit s10956 # 11264
adds s11059, s10853, s10956 # 11265
adds s10854, s11059, s11059 # 11266
bit s10957 # 11267
adds s11060, s10854, s10957 # 11268
adds s10855, s11060, s11060 # 11269
bit s10958 # 11270
adds s11061, s10855, s10958 # 11271
adds s10856, s11061, s11061 # 11272
bit s10959 # 11273
adds s11062, s10856, s10959 # 11274
adds s10857, s11062, s11062 # 11275
bit s10960 # 11276
adds s11063, s10857, s10960 # 11277
adds s10858, s11063, s11063 # 11278
bit s10961 # 11279
adds s10745, s10858, s10961 # 11280
bit s10747 # 11281
movs s10746, s10747 # 11282
mulsi s10748, s10745, 2 # 11283
ldi c586, 8 # 11284
mulci c587, c586, 1073741824 # 11285
mulci c588, c587, 1073741824 # 11286
movc c585, c588 # 11287
addm s10749, s10743, c585 # 11288
adds s10750, s10748, s10749 # 11289
adds s10751, s10750, s10746 # 11290
startopen 1, s10751 # 11291
stopopen 1, c582 # 11292
modci c583, c582, 2 # 11293
mulci c584, c583, 2 # 11294
mulm s10752, s10747, c584 # 11295
addm s10753, s10747, c583 # 11296
subs s10744, s10753, s10752 # 11297
stms s10744, 8336 # 11298
bit s11283 # 11299
adds s11078, s11283, s11283 # 11300
bit s11181 # 11301
adds s11284, s11078, s11181 # 11302
adds s11079, s11284, s11284 # 11303
bit s11182 # 11304
adds s11285, s11079, s11182 # 11305
adds s11080, s11285, s11285 # 11306
bit s11183 # 11307
adds s11286, s11080, s11183 # 11308
adds s11081, s11286, s11286 # 11309
bit s11184 # 11310
adds s11287, s11081, s11184 # 11311
adds s11082, s11287, s11287 # 11312
bit s11185 # 11313
adds s11288, s11082, s11185 # 11314
adds s11083, s11288, s11288 # 11315
bit s11186 # 11316
adds s11289, s11083, s11186 # 11317
adds s11084, s11289, s11289 # 11318
bit s11187 # 11319
adds s11290, s11084, s11187 # 11320
adds s11085, s11290, s11290 # 11321
bit s11188 # 11322
adds s11291, s11085, s11188 # 11323
adds s11086, s11291, s11291 # 11324
bit s11189 # 11325
adds s11292, s11086, s11189 # 11326
adds s11087, s11292, s11292 # 11327
bit s11190 # 11328
adds s11293, s11087, s11190 # 11329
adds s11088, s11293, s11293 # 11330
bit s11191 # 11331
adds s11294, s11088, s11191 # 11332
adds s11089, s11294, s11294 # 11333
bit s11192 # 11334
adds s11295, s11089, s11192 # 11335
adds s11090, s11295, s11295 # 11336
bit s11193 # 11337
adds s11296, s11090, s11193 # 11338
adds s11091, s11296, s11296 # 11339
bit s11194 # 11340
adds s11297, s11091, s11194 # 11341
adds s11092, s11297, s11297 # 11342
bit s11195 # 11343
adds s11298, s11092, s11195 # 11344
adds s11093, s11298, s11298 # 11345
bit s11196 # 11346
adds s11299, s11093, s11196 # 11347
adds s11094, s11299, s11299 # 11348
bit s11197 # 11349
adds s11300, s11094, s11197 # 11350
adds s11095, s11300, s11300 # 11351
bit s11198 # 11352
adds s11301, s11095, s11198 # 11353
adds s11096, s11301, s11301 # 11354
bit s11199 # 11355
adds s11302, s11096, s11199 # 11356
adds s11097, s11302, s11302 # 11357
bit s11200 # 11358
adds s11303, s11097, s11200 # 11359
adds s11098, s11303, s11303 # 11360
bit s11201 # 11361
adds s11304, s11098, s11201 # 11362
adds s11099, s11304, s11304 # 11363
bit s11202 # 11364
adds s11305, s11099, s11202 # 11365
adds s11100, s11305, s11305 # 11366
bit s11203 # 11367
adds s11306, s11100, s11203 # 11368
adds s11101, s11306, s11306 # 11369
bit s11204 # 11370
adds s11307, s11101, s11204 # 11371
adds s11102, s11307, s11307 # 11372
bit s11205 # 11373
adds s11308, s11102, s11205 # 11374
adds s11103, s11308, s11308 # 11375
bit s11206 # 11376
adds s11309, s11103, s11206 # 11377
adds s11104, s11309, s11309 # 11378
bit s11207 # 11379
adds s11310, s11104, s11207 # 11380
adds s11105, s11310, s11310 # 11381
bit s11208 # 11382
adds s11311, s11105, s11208 # 11383
adds s11106, s11311, s11311 # 11384
bit s11209 # 11385
adds s11312, s11106, s11209 # 11386
adds s11107, s11312, s11312 # 11387
bit s11210 # 11388
adds s11313, s11107, s11210 # 11389
adds s11108, s11313, s11313 # 11390
bit s11211 # 11391
adds s11314, s11108, s11211 # 11392
adds s11109, s11314, s11314 # 11393
bit s11212 # 11394
adds s11315, s11109, s11212 # 11395
adds s11110, s11315, s11315 # 11396
bit s11213 # 11397
adds s11316, s11110, s11213 # 11398
adds s11111, s11316, s11316 # 11399
bit s11214 # 11400
adds s11317, s11111, s11214 # 11401
adds s11112, s11317, s11317 # 11402
bit s11215 # 11403
adds s11318, s11112, s11215 # 11404
adds s11113, s11318, s11318 # 11405
bit s11216 # 11406
adds s11319, s11113, s11216 # 11407
adds s11114, s11319, s11319 # 11408
bit s11217 # 11409
adds s11320, s11114, s11217 # 11410
adds s11115, s11320, s11320 # 11411
bit s11218 # 11412
adds s11321, s11115, s11218 # 11413
adds s11116, s11321, s11321 # 11414
bit s11219 # 11415
adds s11322, s11116, s11219 # 11416
adds s11117, s11322, s11322 # 11417
bit s11220 # 11418
adds s11323, s11117, s11220 # 11419
adds s11118, s11323, s11323 # 11420
bit s11221 # 11421
adds s11324, s11118, s11221 # 11422
adds s11119, s11324, s11324 # 11423
bit s11222 # 11424
adds s11325, s11119, s11222 # 11425
adds s11120, s11325, s11325 # 11426
bit s11223 # 11427
adds s11326, s11120, s11223 # 11428
adds s11121, s11326, s11326 # 11429
bit s11224 # 11430
adds s11327, s11121, s11224 # 11431
adds s11122, s11327, s11327 # 11432
bit s11225 # 11433
adds s11328, s11122, s11225 # 11434
adds s11123, s11328, s11328 # 11435
bit s11226 # 11436
adds s11329, s11123, s11226 # 11437
adds s11124, s11329, s11329 # 11438
bit s11227 # 11439
adds s11330, s11124, s11227 # 11440
adds s11125, s11330, s11330 # 11441
bit s11228 # 11442
adds s11331, s11125, s11228 # 11443
adds s11126, s11331, s11331 # 11444
bit s11229 # 11445
adds s11332, s11126, s11229 # 11446
adds s11127, s11332, s11332 # 11447
bit s11230 # 11448
adds s11333, s11127, s11230 # 11449
adds s11128, s11333, s11333 # 11450
bit s11231 # 11451
adds s11334, s11128, s11231 # 11452
adds s11129, s11334, s11334 # 11453
bit s11232 # 11454
adds s11335, s11129, s11232 # 11455
adds s11130, s11335, s11335 # 11456
bit s11233 # 11457
adds s11336, s11130, s11233 # 11458
adds s11131, s11336, s11336 # 11459
bit s11234 # 11460
adds s11337, s11131, s11234 # 11461
adds s11132, s11337, s11337 # 11462
bit s11235 # 11463
adds s11338, s11132, s11235 # 11464
adds s11133, s11338, s11338 # 11465
bit s11236 # 11466
adds s11339, s11133, s11236 # 11467
adds s11134, s11339, s11339 # 11468
bit s11237 # 11469
adds s11340, s11134, s11237 # 11470
adds s11135, s11340, s11340 # 11471
bit s11238 # 11472
adds s11341, s11135, s11238 # 11473
adds s11136, s11341, s11341 # 11474
bit s11239 # 11475
adds s11342, s11136, s11239 # 11476
adds s11137, s11342, s11342 # 11477
bit s11240 # 11478
adds s11343, s11137, s11240 # 11479
adds s11138, s11343, s11343 # 11480
bit s11241 # 11481
adds s11344, s11138, s11241 # 11482
adds s11139, s11344, s11344 # 11483
bit s11242 # 11484
adds s11345, s11139, s11242 # 11485
adds s11140, s11345, s11345 # 11486
bit s11243 # 11487
adds s11346, s11140, s11243 # 11488
adds s11141, s11346, s11346 # 11489
bit s11244 # 11490
adds s11347, s11141, s11244 # 11491
adds s11142, s11347, s11347 # 11492
bit s11245 # 11493
adds s11348, s11142, s11245 # 11494
adds s11143, s11348, s11348 # 11495
bit s11246 # 11496
adds s11349, s11143, s11246 # 11497
adds s11144, s11349, s11349 # 11498
bit s11247 # 11499
adds s11350, s11144, s11247 # 11500
adds s11145, s11350, s11350 # 11501
bit s11248 # 11502
adds s11351, s11145, s11248 # 11503
adds s11146, s11351, s11351 # 11504
bit s11249 # 11505
adds s11352, s11146, s11249 # 11506
adds s11147, s11352, s11352 # 11507
bit s11250 # 11508
adds s11353, s11147, s11250 # 11509
adds s11148, s11353, s11353 # 11510
bit s11251 # 11511
adds s11354, s11148, s11251 # 11512
adds s11149, s11354, s11354 # 11513
bit s11252 # 11514
adds s11355, s11149, s11252 # 11515
adds s11150, s11355, s11355 # 11516
bit s11253 # 11517
adds s11356, s11150, s11253 # 11518
adds s11151, s11356, s11356 # 11519
bit s11254 # 11520
adds s11357, s11151, s11254 # 11521
adds s11152, s11357, s11357 # 11522
bit s11255 # 11523
adds s11358, s11152, s11255 # 11524
adds s11153, s11358, s11358 # 11525
bit s11256 # 11526
adds s11359, s11153, s11256 # 11527
adds s11154, s11359, s11359 # 11528
bit s11257 # 11529
adds s11360, s11154, s11257 # 11530
adds s11155, s11360, s11360 # 11531
bit s11258 # 11532
adds s11361, s11155, s11258 # 11533
adds s11156, s11361, s11361 # 11534
bit s11259 # 11535
adds s11362, s11156, s11259 # 11536
adds s11157, s11362, s11362 # 11537
bit s11260 # 11538
adds s11363, s11157, s11260 # 11539
adds s11158, s11363, s11363 # 11540
bit s11261 # 11541
adds s11364, s11158, s11261 # 11542
adds s11159, s11364, s11364 # 11543
bit s11262 # 11544
adds s11365, s11159, s11262 # 11545
adds s11160, s11365, s11365 # 11546
bit s11263 # 11547
adds s11366, s11160, s11263 # 11548
adds s11161, s11366, s11366 # 11549
bit s11264 # 11550
adds s11367, s11161, s11264 # 11551
adds s11162, s11367, s11367 # 11552
bit s11265 # 11553
adds s11368, s11162, s11265 # 11554
adds s11163, s11368, s11368 # 11555
bit s11266 # 11556
adds s11369, s11163, s11266 # 11557
adds s11164, s11369, s11369 # 11558
bit s11267 # 11559
adds s11370, s11164, s11267 # 11560
adds s11165, s11370, s11370 # 11561
bit s11268 # 11562
adds s11371, s11165, s11268 # 11563
adds s11166, s11371, s11371 # 11564
bit s11269 # 11565
adds s11372, s11166, s11269 # 11566
adds s11167, s11372, s11372 # 11567
bit s11270 # 11568
adds s11373, s11167, s11270 # 11569
adds s11168, s11373, s11373 # 11570
bit s11271 # 11571
adds s11374, s11168, s11271 # 11572
adds s11169, s11374, s11374 # 11573
bit s11272 # 11574
adds s11375, s11169, s11272 # 11575
adds s11170, s11375, s11375 # 11576
bit s11273 # 11577
adds s11376, s11170, s11273 # 11578
adds s11171, s11376, s11376 # 11579
bit s11274 # 11580
adds s11377, s11171, s11274 # 11581
adds s11172, s11377, s11377 # 11582
bit s11275 # 11583
adds s11378, s11172, s11275 # 11584
adds s11173, s11378, s11378 # 11585
bit s11276 # 11586
adds s11379, s11173, s11276 # 11587
adds s11174, s11379, s11379 # 11588
bit s11277 # 11589
adds s11380, s11174, s11277 # 11590
adds s11175, s11380, s11380 # 11591
bit s11278 # 11592
adds s11381, s11175, s11278 # 11593
adds s11176, s11381, s11381 # 11594
bit s11279 # 11595
adds s11382, s11176, s11279 # 11596
adds s11177, s11382, s11382 # 11597
bit s11280 # 11598
adds s11383, s11177, s11280 # 11599
adds s11178, s11383, s11383 # 11600
bit s11281 # 11601
adds s11384, s11178, s11281 # 11602
adds s11179, s11384, s11384 # 11603
bit s11282 # 11604
adds s11066, s11179, s11282 # 11605
bit s11068 # 11606
movs s11067, s11068 # 11607
mulsi s11069, s11066, 2 # 11608
ldi c593, 8 # 11609
mulci c594, c593, 1073741824 # 11610
mulci c595, c594, 1073741824 # 11611
movc c592, c595 # 11612
addm s11070, s10743, c592 # 11613
adds s11071, s11069, s11070 # 11614
adds s11072, s11071, s11067 # 11615
startopen 1, s11072 # 11616
stopopen 1, c589 # 11617
modci c590, c589, 2 # 11618
mulci c591, c590, 2 # 11619
mulm s11073, s11068, c591 # 11620
addm s11074, s11068, c590 # 11621
subs s11065, s11074, s11073 # 11622
subs s11386, s10743, s11065 # 11623
ldi c596, 1 # 11624
divci c597, c596, 2 # 11625
mulm s11387, s11386, c597 # 11626
bit s11606 # 11627
adds s11401, s11606, s11606 # 11628
bit s11504 # 11629
adds s11607, s11401, s11504 # 11630
adds s11402, s11607, s11607 # 11631
bit s11505 # 11632
adds s11608, s11402, s11505 # 11633
adds s11403, s11608, s11608 # 11634
bit s11506 # 11635
adds s11609, s11403, s11506 # 11636
adds s11404, s11609, s11609 # 11637
bit s11507 # 11638
adds s11610, s11404, s11507 # 11639
adds s11405, s11610, s11610 # 11640
bit s11508 # 11641
adds s11611, s11405, s11508 # 11642
adds s11406, s11611, s11611 # 11643
bit s11509 # 11644
adds s11612, s11406, s11509 # 11645
adds s11407, s11612, s11612 # 11646
bit s11510 # 11647
adds s11613, s11407, s11510 # 11648
adds s11408, s11613, s11613 # 11649
bit s11511 # 11650
adds s11614, s11408, s11511 # 11651
adds s11409, s11614, s11614 # 11652
bit s11512 # 11653
adds s11615, s11409, s11512 # 11654
adds s11410, s11615, s11615 # 11655
bit s11513 # 11656
adds s11616, s11410, s11513 # 11657
adds s11411, s11616, s11616 # 11658
bit s11514 # 11659
adds s11617, s11411, s11514 # 11660
adds s11412, s11617, s11617 # 11661
bit s11515 # 11662
adds s11618, s11412, s11515 # 11663
adds s11413, s11618, s11618 # 11664
bit s11516 # 11665
adds s11619, s11413, s11516 # 11666
adds s11414, s11619, s11619 # 11667
bit s11517 # 11668
adds s11620, s11414, s11517 # 11669
adds s11415, s11620, s11620 # 11670
bit s11518 # 11671
adds s11621, s11415, s11518 # 11672
adds s11416, s11621, s11621 # 11673
bit s11519 # 11674
adds s11622, s11416, s11519 # 11675
adds s11417, s11622, s11622 # 11676
bit s11520 # 11677
adds s11623, s11417, s11520 # 11678
adds s11418, s11623, s11623 # 11679
bit s11521 # 11680
adds s11624, s11418, s11521 # 11681
adds s11419, s11624, s11624 # 11682
bit s11522 # 11683
adds s11625, s11419, s11522 # 11684
adds s11420, s11625, s11625 # 11685
bit s11523 # 11686
adds s11626, s11420, s11523 # 11687
adds s11421, s11626, s11626 # 11688
bit s11524 # 11689
adds s11627, s11421, s11524 # 11690
adds s11422, s11627, s11627 # 11691
bit s11525 # 11692
adds s11628, s11422, s11525 # 11693
adds s11423, s11628, s11628 # 11694
bit s11526 # 11695
adds s11629, s11423, s11526 # 11696
adds s11424, s11629, s11629 # 11697
bit s11527 # 11698
adds s11630, s11424, s11527 # 11699
adds s11425, s11630, s11630 # 11700
bit s11528 # 11701
adds s11631, s11425, s11528 # 11702
adds s11426, s11631, s11631 # 11703
bit s11529 # 11704
adds s11632, s11426, s11529 # 11705
adds s11427, s11632, s11632 # 11706
bit s11530 # 11707
adds s11633, s11427, s11530 # 11708
adds s11428, s11633, s11633 # 11709
bit s11531 # 11710
adds s11634, s11428, s11531 # 11711
adds s11429, s11634, s11634 # 11712
bit s11532 # 11713
adds s11635, s11429, s11532 # 11714
adds s11430, s11635, s11635 # 11715
bit s11533 # 11716
adds s11636, s11430, s11533 # 11717
adds s11431, s11636, s11636 # 11718
bit s11534 # 11719
adds s11637, s11431, s11534 # 11720
adds s11432, s11637, s11637 # 11721
bit s11535 # 11722
adds s11638, s11432, s11535 # 11723
adds s11433, s11638, s11638 # 11724
bit s11536 # 11725
adds s11639, s11433, s11536 # 11726
adds s11434, s11639, s11639 # 11727
bit s11537 # 11728
adds s11640, s11434, s11537 # 11729
adds s11435, s11640, s11640 # 11730
bit s11538 # 11731
adds s11641, s11435, s11538 # 11732
adds s11436, s11641, s11641 # 11733
bit s11539 # 11734
adds s11642, s11436, s11539 # 11735
adds s11437, s11642, s11642 # 11736
bit s11540 # 11737
adds s11643, s11437, s11540 # 11738
adds s11438, s11643, s11643 # 11739
bit s11541 # 11740
adds s11644, s11438, s11541 # 11741
adds s11439, s11644, s11644 # 11742
bit s11542 # 11743
adds s11645, s11439, s11542 # 11744
adds s11440, s11645, s11645 # 11745
bit s11543 # 11746
adds s11646, s11440, s11543 # 11747
adds s11441, s11646, s11646 # 11748
bit s11544 # 11749
adds s11647, s11441, s11544 # 11750
adds s11442, s11647, s11647 # 11751
bit s11545 # 11752
adds s11648, s11442, s11545 # 11753
adds s11443, s11648, s11648 # 11754
bit s11546 # 11755
adds s11649, s11443, s11546 # 11756
adds s11444, s11649, s11649 # 11757
bit s11547 # 11758
adds s11650, s11444, s11547 # 11759
adds s11445, s11650, s11650 # 11760
bit s11548 # 11761
adds s11651, s11445, s11548 # 11762
adds s11446, s11651, s11651 # 11763
bit s11549 # 11764
adds s11652, s11446, s11549 # 11765
adds s11447, s11652, s11652 # 11766
bit s11550 # 11767
adds s11653, s11447, s11550 # 11768
adds s11448, s11653, s11653 # 11769
bit s11551 # 11770
adds s11654, s11448, s11551 # 11771
adds s11449, s11654, s11654 # 11772
bit s11552 # 11773
adds s11655, s11449, s11552 # 11774
adds s11450, s11655, s11655 # 11775
bit s11553 # 11776
adds s11656, s11450, s11553 # 11777
adds s11451, s11656, s11656 # 11778
bit s11554 # 11779
adds s11657, s11451, s11554 # 11780
adds s11452, s11657, s11657 # 11781
bit s11555 # 11782
adds s11658, s11452, s11555 # 11783
adds s11453, s11658, s11658 # 11784
bit s11556 # 11785
adds s11659, s11453, s11556 # 11786
adds s11454, s11659, s11659 # 11787
bit s11557 # 11788
adds s11660, s11454, s11557 # 11789
adds s11455, s11660, s11660 # 11790
bit s11558 # 11791
adds s11661, s11455, s11558 # 11792
adds s11456, s11661, s11661 # 11793
bit s11559 # 11794
adds s11662, s11456, s11559 # 11795
adds s11457, s11662, s11662 # 11796
bit s11560 # 11797
adds s11663, s11457, s11560 # 11798
adds s11458, s11663, s11663 # 11799
bit s11561 # 11800
adds s11664, s11458, s11561 # 11801
adds s11459, s11664, s11664 # 11802
bit s11562 # 11803
adds s11665, s11459, s11562 # 11804
adds s11460, s11665, s11665 # 11805
bit s11563 # 11806
adds s11666, s11460, s11563 # 11807
adds s11461, s11666, s11666 # 11808
bit s11564 # 11809
adds s11667, s11461, s11564 # 11810
adds s11462, s11667, s11667 # 11811
bit s11565 # 11812
adds s11668, s11462, s11565 # 11813
adds s11463, s11668, s11668 # 11814
bit s11566 # 11815
adds s11669, s11463, s11566 # 11816
adds s11464, s11669, s11669 # 11817
bit s11567 # 11818
adds s11670, s11464, s11567 # 11819
adds s11465, s11670, s11670 # 11820
bit s11568 # 11821
adds s11671, s11465, s11568 # 11822
adds s11466, s11671, s11671 # 11823
bit s11569 # 11824
adds s11672, s11466, s11569 # 11825
adds s11467, s11672, s11672 # 11826
bit s11570 # 11827
adds s11673, s11467, s11570 # 11828
adds s11468, s11673, s11673 # 11829
bit s11571 # 11830
adds s11674, s11468, s11571 # 11831
adds s11469, s11674, s11674 # 11832
bit s11572 # 11833
adds s11675, s11469, s11572 # 11834
adds s11470, s11675, s11675 # 11835
bit s11573 # 11836
adds s11676, s11470, s11573 # 11837
adds s11471, s11676, s11676 # 11838
bit s11574 # 11839
adds s11677, s11471, s11574 # 11840
adds s11472, s11677, s11677 # 11841
bit s11575 # 11842
adds s11678, s11472, s11575 # 11843
adds s11473, s11678, s11678 # 11844
bit s11576 # 11845
adds s11679, s11473, s11576 # 11846
adds s11474, s11679, s11679 # 11847
bit s11577 # 11848
adds s11680, s11474, s11577 # 11849
adds s11475, s11680, s11680 # 11850
bit s11578 # 11851
adds s11681, s11475, s11578 # 11852
adds s11476, s11681, s11681 # 11853
bit s11579 # 11854
adds s11682, s11476, s11579 # 11855
adds s11477, s11682, s11682 # 11856
bit s11580 # 11857
adds s11683, s11477, s11580 # 11858
adds s11478, s11683, s11683 # 11859
bit s11581 # 11860
adds s11684, s11478, s11581 # 11861
adds s11479, s11684, s11684 # 11862
bit s11582 # 11863
adds s11685, s11479, s11582 # 11864
adds s11480, s11685, s11685 # 11865
bit s11583 # 11866
adds s11686, s11480, s11583 # 11867
adds s11481, s11686, s11686 # 11868
bit s11584 # 11869
adds s11687, s11481, s11584 # 11870
adds s11482, s11687, s11687 # 11871
bit s11585 # 11872
adds s11688, s11482, s11585 # 11873
adds s11483, s11688, s11688 # 11874
bit s11586 # 11875
adds s11689, s11483, s11586 # 11876
adds s11484, s11689, s11689 # 11877
bit s11587 # 11878
adds s11690, s11484, s11587 # 11879
adds s11485, s11690, s11690 # 11880
bit s11588 # 11881
adds s11691, s11485, s11588 # 11882
adds s11486, s11691, s11691 # 11883
bit s11589 # 11884
adds s11692, s11486, s11589 # 11885
adds s11487, s11692, s11692 # 11886
bit s11590 # 11887
adds s11693, s11487, s11590 # 11888
adds s11488, s11693, s11693 # 11889
bit s11591 # 11890
adds s11694, s11488, s11591 # 11891
adds s11489, s11694, s11694 # 11892
bit s11592 # 11893
adds s11695, s11489, s11592 # 11894
adds s11490, s11695, s11695 # 11895
bit s11593 # 11896
adds s11696, s11490, s11593 # 11897
adds s11491, s11696, s11696 # 11898
bit s11594 # 11899
adds s11697, s11491, s11594 # 11900
adds s11492, s11697, s11697 # 11901
bit s11595 # 11902
adds s11698, s11492, s11595 # 11903
adds s11493, s11698, s11698 # 11904
bit s11596 # 11905
adds s11699, s11493, s11596 # 11906
adds s11494, s11699, s11699 # 11907
bit s11597 # 11908
adds s11700, s11494, s11597 # 11909
adds s11495, s11700, s11700 # 11910
bit s11598 # 11911
adds s11701, s11495, s11598 # 11912
adds s11496, s11701, s11701 # 11913
bit s11599 # 11914
adds s11702, s11496, s11599 # 11915
adds s11497, s11702, s11702 # 11916
bit s11600 # 11917
adds s11703, s11497, s11600 # 11918
adds s11498, s11703, s11703 # 11919
bit s11601 # 11920
adds s11704, s11498, s11601 # 11921
adds s11499, s11704, s11704 # 11922
bit s11602 # 11923
adds s11705, s11499, s11602 # 11924
adds s11500, s11705, s11705 # 11925
bit s11603 # 11926
adds s11706, s11500, s11603 # 11927
adds s11501, s11706, s11706 # 11928
bit s11604 # 11929
adds s11707, s11501, s11604 # 11930
adds s11502, s11707, s11707 # 11931
bit s11605 # 11932
adds s11389, s11502, s11605 # 11933
bit s11391 # 11934
movs s11390, s11391 # 11935
mulsi s11392, s11389, 2 # 11936
ldi c602, 8 # 11937
mulci c603, c602, 1073741824 # 11938
mulci c604, c603, 1073741824 # 11939
movc c601, c604 # 11940
addm s11393, s11387, c601 # 11941
adds s11394, s11392, s11393 # 11942
adds s11395, s11394, s11390 # 11943
startopen 1, s11395 # 11944
stopopen 1, c598 # 11945
modci c599, c598, 2 # 11946
mulci c600, c599, 2 # 11947
mulm s11396, s11391, c600 # 11948
addm s11397, s11391, c599 # 11949
subs s11388, s11397, s11396 # 11950
stms s11388, 8337 # 11951
bit s11930 # 11952
adds s11727, s11930, s11930 # 11953
bit s11829 # 11954
adds s11931, s11727, s11829 # 11955
adds s11728, s11931, s11931 # 11956
bit s11830 # 11957
adds s11932, s11728, s11830 # 11958
adds s11729, s11932, s11932 # 11959
bit s11831 # 11960
adds s11933, s11729, s11831 # 11961
adds s11730, s11933, s11933 # 11962
bit s11832 # 11963
adds s11934, s11730, s11832 # 11964
adds s11731, s11934, s11934 # 11965
bit s11833 # 11966
adds s11935, s11731, s11833 # 11967
adds s11732, s11935, s11935 # 11968
bit s11834 # 11969
adds s11936, s11732, s11834 # 11970
adds s11733, s11936, s11936 # 11971
bit s11835 # 11972
adds s11937, s11733, s11835 # 11973
adds s11734, s11937, s11937 # 11974
bit s11836 # 11975
adds s11938, s11734, s11836 # 11976
adds s11735, s11938, s11938 # 11977
bit s11837 # 11978
adds s11939, s11735, s11837 # 11979
adds s11736, s11939, s11939 # 11980
bit s11838 # 11981
adds s11940, s11736, s11838 # 11982
adds s11737, s11940, s11940 # 11983
bit s11839 # 11984
adds s11941, s11737, s11839 # 11985
adds s11738, s11941, s11941 # 11986
bit s11840 # 11987
adds s11942, s11738, s11840 # 11988
adds s11739, s11942, s11942 # 11989
bit s11841 # 11990
adds s11943, s11739, s11841 # 11991
adds s11740, s11943, s11943 # 11992
bit s11842 # 11993
adds s11944, s11740, s11842 # 11994
adds s11741, s11944, s11944 # 11995
bit s11843 # 11996
adds s11945, s11741, s11843 # 11997
adds s11742, s11945, s11945 # 11998
bit s11844 # 11999
adds s11946, s11742, s11844 # 12000
adds s11743, s11946, s11946 # 12001
bit s11845 # 12002
adds s11947, s11743, s11845 # 12003
adds s11744, s11947, s11947 # 12004
bit s11846 # 12005
adds s11948, s11744, s11846 # 12006
adds s11745, s11948, s11948 # 12007
bit s11847 # 12008
adds s11949, s11745, s11847 # 12009
adds s11746, s11949, s11949 # 12010
bit s11848 # 12011
adds s11950, s11746, s11848 # 12012
adds s11747, s11950, s11950 # 12013
bit s11849 # 12014
adds s11951, s11747, s11849 # 12015
adds s11748, s11951, s11951 # 12016
bit s11850 # 12017
adds s11952, s11748, s11850 # 12018
adds s11749, s11952, s11952 # 12019
bit s11851 # 12020
adds s11953, s11749, s11851 # 12021
adds s11750, s11953, s11953 # 12022
bit s11852 # 12023
adds s11954, s11750, s11852 # 12024
adds s11751, s11954, s11954 # 12025
bit s11853 # 12026
adds s11955, s11751, s11853 # 12027
adds s11752, s11955, s11955 # 12028
bit s11854 # 12029
adds s11956, s11752, s11854 # 12030
adds s11753, s11956, s11956 # 12031
bit s11855 # 12032
adds s11957, s11753, s11855 # 12033
adds s11754, s11957, s11957 # 12034
bit s11856 # 12035
adds s11958, s11754, s11856 # 12036
adds s11755, s11958, s11958 # 12037
bit s11857 # 12038
adds s11959, s11755, s11857 # 12039
adds s11756, s11959, s11959 # 12040
bit s11858 # 12041
adds s11960, s11756, s11858 # 12042
adds s11757, s11960, s11960 # 12043
bit s11859 # 12044
adds s11961, s11757, s11859 # 12045
adds s11758, s11961, s11961 # 12046
bit s11860 # 12047
adds s11962, s11758, s11860 # 12048
adds s11759, s11962, s11962 # 12049
bit s11861 # 12050
adds s11963, s11759, s11861 # 12051
adds s11760, s11963, s11963 # 12052
bit s11862 # 12053
adds s11964, s11760, s11862 # 12054
adds s11761, s11964, s11964 # 12055
bit s11863 # 12056
adds s11965, s11761, s11863 # 12057
adds s11762, s11965, s11965 # 12058
bit s11864 # 12059
adds s11966, s11762, s11864 # 12060
adds s11763, s11966, s11966 # 12061
bit s11865 # 12062
adds s11967, s11763, s11865 # 12063
adds s11764, s11967, s11967 # 12064
bit s11866 # 12065
adds s11968, s11764, s11866 # 12066
adds s11765, s11968, s11968 # 12067
bit s11867 # 12068
adds s11969, s11765, s11867 # 12069
adds s11766, s11969, s11969 # 12070
bit s11868 # 12071
adds s11970, s11766, s11868 # 12072
adds s11767, s11970, s11970 # 12073
bit s11869 # 12074
adds s11971, s11767, s11869 # 12075
adds s11768, s11971, s11971 # 12076
bit s11870 # 12077
adds s11972, s11768, s11870 # 12078
adds s11769, s11972, s11972 # 12079
bit s11871 # 12080
adds s11973, s11769, s11871 # 12081
adds s11770, s11973, s11973 # 12082
bit s11872 # 12083
adds s11974, s11770, s11872 # 12084
adds s11771, s11974, s11974 # 12085
bit s11873 # 12086
adds s11975, s11771, s11873 # 12087
adds s11772, s11975, s11975 # 12088
bit s11874 # 12089
adds s11976, s11772, s11874 # 12090
adds s11773, s11976, s11976 # 12091
bit s11875 # 12092
adds s11977, s11773, s11875 # 12093
adds s11774, s11977, s11977 # 12094
bit s11876 # 12095
adds s11978, s11774, s11876 # 12096
adds s11775, s11978, s11978 # 12097
bit s11877 # 12098
adds s11979, s11775, s11877 # 12099
adds s11776, s11979, s11979 # 12100
bit s11878 # 12101
adds s11980, s11776, s11878 # 12102
adds s11777, s11980, s11980 # 12103
bit s11879 # 12104
adds s11981, s11777, s11879 # 12105
adds s11778, s11981, s11981 # 12106
bit s11880 # 12107
adds s11982, s11778, s11880 # 12108
adds s11779, s11982, s11982 # 12109
bit s11881 # 12110
adds s11983, s11779, s11881 # 12111
adds s11780, s11983, s11983 # 12112
bit s11882 # 12113
adds s11984, s11780, s11882 # 12114
adds s11781, s11984, s11984 # 12115
bit s11883 # 12116
adds s11985, s11781, s11883 # 12117
adds s11782, s11985, s11985 # 12118
bit s11884 # 12119
adds s11986, s11782, s11884 # 12120
adds s11783, s11986, s11986 # 12121
bit s11885 # 12122
adds s11987, s11783, s11885 # 12123
adds s11784, s11987, s11987 # 12124
bit s11886 # 12125
adds s11988, s11784, s11886 # 12126
adds s11785, s11988, s11988 # 12127
bit s11887 # 12128
adds s11989, s11785, s11887 # 12129
adds s11786, s11989, s11989 # 12130
bit s11888 # 12131
adds s11990, s11786, s11888 # 12132
adds s11787, s11990, s11990 # 12133
bit s11889 # 12134
adds s11991, s11787, s11889 # 12135
adds s11788, s11991, s11991 # 12136
bit s11890 # 12137
adds s11992, s11788, s11890 # 12138
adds s11789, s11992, s11992 # 12139
bit s11891 # 12140
adds s11993, s11789, s11891 # 12141
adds s11790, s11993, s11993 # 12142
bit s11892 # 12143
adds s11994, s11790, s11892 # 12144
adds s11791, s11994, s11994 # 12145
bit s11893 # 12146
adds s11995, s11791, s11893 # 12147
adds s11792, s11995, s11995 # 12148
bit s11894 # 12149
adds s11996, s11792, s11894 # 12150
adds s11793, s11996, s11996 # 12151
bit s11895 # 12152
adds s11997, s11793, s11895 # 12153
adds s11794, s11997, s11997 # 12154
bit s11896 # 12155
adds s11998, s11794, s11896 # 12156
adds s11795, s11998, s11998 # 12157
bit s11897 # 12158
adds s11999, s11795, s11897 # 12159
adds s11796, s11999, s11999 # 12160
bit s11898 # 12161
adds s12000, s11796, s11898 # 12162
adds s11797, s12000, s12000 # 12163
bit s11899 # 12164
adds s12001, s11797, s11899 # 12165
adds s11798, s12001, s12001 # 12166
bit s11900 # 12167
adds s12002, s11798, s11900 # 12168
adds s11799, s12002, s12002 # 12169
bit s11901 # 12170
adds s12003, s11799, s11901 # 12171
adds s11800, s12003, s12003 # 12172
bit s11902 # 12173
adds s12004, s11800, s11902 # 12174
adds s11801, s12004, s12004 # 12175
bit s11903 # 12176
adds s12005, s11801, s11903 # 12177
adds s11802, s12005, s12005 # 12178
bit s11904 # 12179
adds s12006, s11802, s11904 # 12180
adds s11803, s12006, s12006 # 12181
bit s11905 # 12182
adds s12007, s11803, s11905 # 12183
adds s11804, s12007, s12007 # 12184
bit s11906 # 12185
adds s12008, s11804, s11906 # 12186
adds s11805, s12008, s12008 # 12187
bit s11907 # 12188
adds s12009, s11805, s11907 # 12189
adds s11806, s12009, s12009 # 12190
bit s11908 # 12191
adds s12010, s11806, s11908 # 12192
adds s11807, s12010, s12010 # 12193
bit s11909 # 12194
adds s12011, s11807, s11909 # 12195
adds s11808, s12011, s12011 # 12196
bit s11910 # 12197
adds s12012, s11808, s11910 # 12198
adds s11809, s12012, s12012 # 12199
bit s11911 # 12200
adds s12013, s11809, s11911 # 12201
adds s11810, s12013, s12013 # 12202
bit s11912 # 12203
adds s12014, s11810, s11912 # 12204
adds s11811, s12014, s12014 # 12205
bit s11913 # 12206
adds s12015, s11811, s11913 # 12207
adds s11812, s12015, s12015 # 12208
bit s11914 # 12209
adds s12016, s11812, s11914 # 12210
adds s11813, s12016, s12016 # 12211
bit s11915 # 12212
adds s12017, s11813, s11915 # 12213
adds s11814, s12017, s12017 # 12214
bit s11916 # 12215
adds s12018, s11814, s11916 # 12216
adds s11815, s12018, s12018 # 12217
bit s11917 # 12218
adds s12019, s11815, s11917 # 12219
adds s11816, s12019, s12019 # 12220
bit s11918 # 12221
adds s12020, s11816, s11918 # 12222
adds s11817, s12020, s12020 # 12223
bit s11919 # 12224
adds s12021, s11817, s11919 # 12225
adds s11818, s12021, s12021 # 12226
bit s11920 # 12227
adds s12022, s11818, s11920 # 12228
adds s11819, s12022, s12022 # 12229
bit s11921 # 12230
adds s12023, s11819, s11921 # 12231
adds s11820, s12023, s12023 # 12232
bit s11922 # 12233
adds s12024, s11820, s11922 # 12234
adds s11821, s12024, s12024 # 12235
bit s11923 # 12236
adds s12025, s11821, s11923 # 12237
adds s11822, s12025, s12025 # 12238
bit s11924 # 12239
adds s12026, s11822, s11924 # 12240
adds s11823, s12026, s12026 # 12241
bit s11925 # 12242
adds s12027, s11823, s11925 # 12243
adds s11824, s12027, s12027 # 12244
bit s11926 # 12245
adds s12028, s11824, s11926 # 12246
adds s11825, s12028, s12028 # 12247
bit s11927 # 12248
adds s12029, s11825, s11927 # 12249
adds s11826, s12029, s12029 # 12250
bit s11928 # 12251
adds s12030, s11826, s11928 # 12252
adds s11827, s12030, s12030 # 12253
bit s11929 # 12254
adds s11710, s11827, s11929 # 12255
bit s11713 # 12256
adds s11724, s11713, s11713 # 12257
bit s11712 # 12258
adds s11725, s11724, s11712 # 12259
movs s11711, s11725 # 12260
ldi c609, 4 # 12261
movc c607, c609 # 12262
mulm s11716, s11710, c607 # 12263
ldi c610, 8 # 12264
mulci c611, c610, 1073741824 # 12265
mulci c612, c611, 1073741824 # 12266
movc c608, c612 # 12267
addm s11717, s10743, c608 # 12268
adds s11718, s11716, s11717 # 12269
adds s11719, s11718, s11711 # 12270
startopen 1, s11719 # 12271
stopopen 1, c605 # 12272
modc c606, c605, c607 # 12273
modci c613, c606, 2 # 12274
subc c616, c606, c613 # 12275
mulc c618, c616, c38 # 12276
modci c614, c618, 2 # 12277
subsfi s12032, s11712, 1 # 12278
subsfi s12033, s11713, 1 # 12279
mulm s12039, s12033, c614 # 12280
mulsi s12041, s12039, 2 # 12281
addm s12043, s12033, c614 # 12282
subs s12045, s12043, s12041 # 12283
mulm s12040, s12032, c613 # 12284
mulsi s12042, s12040, 2 # 12285
addm s12044, s12032, c613 # 12286
subs s12046, s12044, s12042 # 12287
mulsi s12047, s12046, 1 # 12288
adds s12048, s12040, s12047 # 12289
triple s12053, s12054, s12055 # 12290
subs s12056, s12045, s12053 # 12291
subs s12057, s12048, s12054 # 12292
startopen 2, s12056, s12057 # 12293
stopopen 2, c619, c620 # 12294
mulm s12058, s12054, c619 # 12295
mulm s12059, s12053, c620 # 12296
mulc c621, c619, c620 # 12297
adds s12060, s12055, s12058 # 12298
adds s12061, s12060, s12059 # 12299
addm s12051, s12061, c621 # 12300
adds s12052, s12039, s12051 # 12301
movs s12036, s12052 # 12302
subsfi s11715, s12036, 1 # 12303
mulm s11720, s11715, c607 # 12304
submr s11721, c606, s11711 # 12305
adds s11709, s11721, s11720 # 12306
subs s12062, s10743, s11709 # 12307
ldi c622, 1 # 12308
divci c623, c622, 4 # 12309
mulm s12063, s12062, c623 # 12310
bit s12282 # 12311
adds s12077, s12282, s12282 # 12312
bit s12180 # 12313
adds s12283, s12077, s12180 # 12314
adds s12078, s12283, s12283 # 12315
bit s12181 # 12316
adds s12284, s12078, s12181 # 12317
adds s12079, s12284, s12284 # 12318
bit s12182 # 12319
adds s12285, s12079, s12182 # 12320
adds s12080, s12285, s12285 # 12321
bit s12183 # 12322
adds s12286, s12080, s12183 # 12323
adds s12081, s12286, s12286 # 12324
bit s12184 # 12325
adds s12287, s12081, s12184 # 12326
adds s12082, s12287, s12287 # 12327
bit s12185 # 12328
adds s12288, s12082, s12185 # 12329
adds s12083, s12288, s12288 # 12330
bit s12186 # 12331
adds s12289, s12083, s12186 # 12332
adds s12084, s12289, s12289 # 12333
bit s12187 # 12334
adds s12290, s12084, s12187 # 12335
adds s12085, s12290, s12290 # 12336
bit s12188 # 12337
adds s12291, s12085, s12188 # 12338
adds s12086, s12291, s12291 # 12339
bit s12189 # 12340
adds s12292, s12086, s12189 # 12341
adds s12087, s12292, s12292 # 12342
bit s12190 # 12343
adds s12293, s12087, s12190 # 12344
adds s12088, s12293, s12293 # 12345
bit s12191 # 12346
adds s12294, s12088, s12191 # 12347
adds s12089, s12294, s12294 # 12348
bit s12192 # 12349
adds s12295, s12089, s12192 # 12350
adds s12090, s12295, s12295 # 12351
bit s12193 # 12352
adds s12296, s12090, s12193 # 12353
adds s12091, s12296, s12296 # 12354
bit s12194 # 12355
adds s12297, s12091, s12194 # 12356
adds s12092, s12297, s12297 # 12357
bit s12195 # 12358
adds s12298, s12092, s12195 # 12359
adds s12093, s12298, s12298 # 12360
bit s12196 # 12361
adds s12299, s12093, s12196 # 12362
adds s12094, s12299, s12299 # 12363
bit s12197 # 12364
adds s12300, s12094, s12197 # 12365
adds s12095, s12300, s12300 # 12366
bit s12198 # 12367
adds s12301, s12095, s12198 # 12368
adds s12096, s12301, s12301 # 12369
bit s12199 # 12370
adds s12302, s12096, s12199 # 12371
adds s12097, s12302, s12302 # 12372
bit s12200 # 12373
adds s12303, s12097, s12200 # 12374
adds s12098, s12303, s12303 # 12375
bit s12201 # 12376
adds s12304, s12098, s12201 # 12377
adds s12099, s12304, s12304 # 12378
bit s12202 # 12379
adds s12305, s12099, s12202 # 12380
adds s12100, s12305, s12305 # 12381
bit s12203 # 12382
adds s12306, s12100, s12203 # 12383
adds s12101, s12306, s12306 # 12384
bit s12204 # 12385
adds s12307, s12101, s12204 # 12386
adds s12102, s12307, s12307 # 12387
bit s12205 # 12388
adds s12308, s12102, s12205 # 12389
adds s12103, s12308, s12308 # 12390
bit s12206 # 12391
adds s12309, s12103, s12206 # 12392
adds s12104, s12309, s12309 # 12393
bit s12207 # 12394
adds s12310, s12104, s12207 # 12395
adds s12105, s12310, s12310 # 12396
bit s12208 # 12397
adds s12311, s12105, s12208 # 12398
adds s12106, s12311, s12311 # 12399
bit s12209 # 12400
adds s12312, s12106, s12209 # 12401
adds s12107, s12312, s12312 # 12402
bit s12210 # 12403
adds s12313, s12107, s12210 # 12404
adds s12108, s12313, s12313 # 12405
bit s12211 # 12406
adds s12314, s12108, s12211 # 12407
adds s12109, s12314, s12314 # 12408
bit s12212 # 12409
adds s12315, s12109, s12212 # 12410
adds s12110, s12315, s12315 # 12411
bit s12213 # 12412
adds s12316, s12110, s12213 # 12413
adds s12111, s12316, s12316 # 12414
bit s12214 # 12415
adds s12317, s12111, s12214 # 12416
adds s12112, s12317, s12317 # 12417
bit s12215 # 12418
adds s12318, s12112, s12215 # 12419
adds s12113, s12318, s12318 # 12420
bit s12216 # 12421
adds s12319, s12113, s12216 # 12422
adds s12114, s12319, s12319 # 12423
bit s12217 # 12424
adds s12320, s12114, s12217 # 12425
adds s12115, s12320, s12320 # 12426
bit s12218 # 12427
adds s12321, s12115, s12218 # 12428
adds s12116, s12321, s12321 # 12429
bit s12219 # 12430
adds s12322, s12116, s12219 # 12431
adds s12117, s12322, s12322 # 12432
bit s12220 # 12433
adds s12323, s12117, s12220 # 12434
adds s12118, s12323, s12323 # 12435
bit s12221 # 12436
adds s12324, s12118, s12221 # 12437
adds s12119, s12324, s12324 # 12438
bit s12222 # 12439
adds s12325, s12119, s12222 # 12440
adds s12120, s12325, s12325 # 12441
bit s12223 # 12442
adds s12326, s12120, s12223 # 12443
adds s12121, s12326, s12326 # 12444
bit s12224 # 12445
adds s12327, s12121, s12224 # 12446
adds s12122, s12327, s12327 # 12447
bit s12225 # 12448
adds s12328, s12122, s12225 # 12449
adds s12123, s12328, s12328 # 12450
bit s12226 # 12451
adds s12329, s12123, s12226 # 12452
adds s12124, s12329, s12329 # 12453
bit s12227 # 12454
adds s12330, s12124, s12227 # 12455
adds s12125, s12330, s12330 # 12456
bit s12228 # 12457
adds s12331, s12125, s12228 # 12458
adds s12126, s12331, s12331 # 12459
bit s12229 # 12460
adds s12332, s12126, s12229 # 12461
adds s12127, s12332, s12332 # 12462
bit s12230 # 12463
adds s12333, s12127, s12230 # 12464
adds s12128, s12333, s12333 # 12465
bit s12231 # 12466
adds s12334, s12128, s12231 # 12467
adds s12129, s12334, s12334 # 12468
bit s12232 # 12469
adds s12335, s12129, s12232 # 12470
adds s12130, s12335, s12335 # 12471
bit s12233 # 12472
adds s12336, s12130, s12233 # 12473
adds s12131, s12336, s12336 # 12474
bit s12234 # 12475
adds s12337, s12131, s12234 # 12476
adds s12132, s12337, s12337 # 12477
bit s12235 # 12478
adds s12338, s12132, s12235 # 12479
adds s12133, s12338, s12338 # 12480
bit s12236 # 12481
adds s12339, s12133, s12236 # 12482
adds s12134, s12339, s12339 # 12483
bit s12237 # 12484
adds s12340, s12134, s12237 # 12485
adds s12135, s12340, s12340 # 12486
bit s12238 # 12487
adds s12341, s12135, s12238 # 12488
adds s12136, s12341, s12341 # 12489
bit s12239 # 12490
adds s12342, s12136, s12239 # 12491
adds s12137, s12342, s12342 # 12492
bit s12240 # 12493
adds s12343, s12137, s12240 # 12494
adds s12138, s12343, s12343 # 12495
bit s12241 # 12496
adds s12344, s12138, s12241 # 12497
adds s12139, s12344, s12344 # 12498
bit s12242 # 12499
adds s12345, s12139, s12242 # 12500
adds s12140, s12345, s12345 # 12501
bit s12243 # 12502
adds s12346, s12140, s12243 # 12503
adds s12141, s12346, s12346 # 12504
bit s12244 # 12505
adds s12347, s12141, s12244 # 12506
adds s12142, s12347, s12347 # 12507
bit s12245 # 12508
adds s12348, s12142, s12245 # 12509
adds s12143, s12348, s12348 # 12510
bit s12246 # 12511
adds s12349, s12143, s12246 # 12512
adds s12144, s12349, s12349 # 12513
bit s12247 # 12514
adds s12350, s12144, s12247 # 12515
adds s12145, s12350, s12350 # 12516
bit s12248 # 12517
adds s12351, s12145, s12248 # 12518
adds s12146, s12351, s12351 # 12519
bit s12249 # 12520
adds s12352, s12146, s12249 # 12521
adds s12147, s12352, s12352 # 12522
bit s12250 # 12523
adds s12353, s12147, s12250 # 12524
adds s12148, s12353, s12353 # 12525
bit s12251 # 12526
adds s12354, s12148, s12251 # 12527
adds s12149, s12354, s12354 # 12528
bit s12252 # 12529
adds s12355, s12149, s12252 # 12530
adds s12150, s12355, s12355 # 12531
bit s12253 # 12532
adds s12356, s12150, s12253 # 12533
adds s12151, s12356, s12356 # 12534
bit s12254 # 12535
adds s12357, s12151, s12254 # 12536
adds s12152, s12357, s12357 # 12537
bit s12255 # 12538
adds s12358, s12152, s12255 # 12539
adds s12153, s12358, s12358 # 12540
bit s12256 # 12541
adds s12359, s12153, s12256 # 12542
adds s12154, s12359, s12359 # 12543
bit s12257 # 12544
adds s12360, s12154, s12257 # 12545
adds s12155, s12360, s12360 # 12546
bit s12258 # 12547
adds s12361, s12155, s12258 # 12548
adds s12156, s12361, s12361 # 12549
bit s12259 # 12550
adds s12362, s12156, s12259 # 12551
adds s12157, s12362, s12362 # 12552
bit s12260 # 12553
adds s12363, s12157, s12260 # 12554
adds s12158, s12363, s12363 # 12555
bit s12261 # 12556
adds s12364, s12158, s12261 # 12557
adds s12159, s12364, s12364 # 12558
bit s12262 # 12559
adds s12365, s12159, s12262 # 12560
adds s12160, s12365, s12365 # 12561
bit s12263 # 12562
adds s12366, s12160, s12263 # 12563
adds s12161, s12366, s12366 # 12564
bit s12264 # 12565
adds s12367, s12161, s12264 # 12566
adds s12162, s12367, s12367 # 12567
bit s12265 # 12568
adds s12368, s12162, s12265 # 12569
adds s12163, s12368, s12368 # 12570
bit s12266 # 12571
adds s12369, s12163, s12266 # 12572
adds s12164, s12369, s12369 # 12573
bit s12267 # 12574
adds s12370, s12164, s12267 # 12575
adds s12165, s12370, s12370 # 12576
bit s12268 # 12577
adds s12371, s12165, s12268 # 12578
adds s12166, s12371, s12371 # 12579
bit s12269 # 12580
adds s12372, s12166, s12269 # 12581
adds s12167, s12372, s12372 # 12582
bit s12270 # 12583
adds s12373, s12167, s12270 # 12584
adds s12168, s12373, s12373 # 12585
bit s12271 # 12586
adds s12374, s12168, s12271 # 12587
adds s12169, s12374, s12374 # 12588
bit s12272 # 12589
adds s12375, s12169, s12272 # 12590
adds s12170, s12375, s12375 # 12591
bit s12273 # 12592
adds s12376, s12170, s12273 # 12593
adds s12171, s12376, s12376 # 12594
bit s12274 # 12595
adds s12377, s12171, s12274 # 12596
adds s12172, s12377, s12377 # 12597
bit s12275 # 12598
adds s12378, s12172, s12275 # 12599
adds s12173, s12378, s12378 # 12600
bit s12276 # 12601
adds s12379, s12173, s12276 # 12602
adds s12174, s12379, s12379 # 12603
bit s12277 # 12604
adds s12380, s12174, s12277 # 12605
adds s12175, s12380, s12380 # 12606
bit s12278 # 12607
adds s12381, s12175, s12278 # 12608
adds s12176, s12381, s12381 # 12609
bit s12279 # 12610
adds s12382, s12176, s12279 # 12611
adds s12177, s12382, s12382 # 12612
bit s12280 # 12613
adds s12383, s12177, s12280 # 12614
adds s12178, s12383, s12383 # 12615
bit s12281 # 12616
adds s12065, s12178, s12281 # 12617
bit s12067 # 12618
movs s12066, s12067 # 12619
mulsi s12068, s12065, 2 # 12620
ldi c628, 8 # 12621
mulci c629, c628, 1073741824 # 12622
mulci c630, c629, 1073741824 # 12623
movc c627, c630 # 12624
addm s12069, s12063, c627 # 12625
adds s12070, s12068, s12069 # 12626
adds s12071, s12070, s12066 # 12627
startopen 1, s12071 # 12628
stopopen 1, c624 # 12629
modci c625, c624, 2 # 12630
mulci c626, c625, 2 # 12631
mulm s12072, s12067, c626 # 12632
addm s12073, s12067, c625 # 12633
subs s12064, s12073, s12072 # 12634
stms s12064, 8338 # 12635
bit s12607 # 12636
adds s12406, s12607, s12607 # 12637
bit s12507 # 12638
adds s12608, s12406, s12507 # 12639
adds s12407, s12608, s12608 # 12640
bit s12508 # 12641
adds s12609, s12407, s12508 # 12642
adds s12408, s12609, s12609 # 12643
bit s12509 # 12644
adds s12610, s12408, s12509 # 12645
adds s12409, s12610, s12610 # 12646
bit s12510 # 12647
adds s12611, s12409, s12510 # 12648
adds s12410, s12611, s12611 # 12649
bit s12511 # 12650
adds s12612, s12410, s12511 # 12651
adds s12411, s12612, s12612 # 12652
bit s12512 # 12653
adds s12613, s12411, s12512 # 12654
adds s12412, s12613, s12613 # 12655
bit s12513 # 12656
adds s12614, s12412, s12513 # 12657
adds s12413, s12614, s12614 # 12658
bit s12514 # 12659
adds s12615, s12413, s12514 # 12660
adds s12414, s12615, s12615 # 12661
bit s12515 # 12662
adds s12616, s12414, s12515 # 12663
adds s12415, s12616, s12616 # 12664
bit s12516 # 12665
adds s12617, s12415, s12516 # 12666
adds s12416, s12617, s12617 # 12667
bit s12517 # 12668
adds s12618, s12416, s12517 # 12669
adds s12417, s12618, s12618 # 12670
bit s12518 # 12671
adds s12619, s12417, s12518 # 12672
adds s12418, s12619, s12619 # 12673
bit s12519 # 12674
adds s12620, s12418, s12519 # 12675
adds s12419, s12620, s12620 # 12676
bit s12520 # 12677
adds s12621, s12419, s12520 # 12678
adds s12420, s12621, s12621 # 12679
bit s12521 # 12680
adds s12622, s12420, s12521 # 12681
adds s12421, s12622, s12622 # 12682
bit s12522 # 12683
adds s12623, s12421, s12522 # 12684
adds s12422, s12623, s12623 # 12685
bit s12523 # 12686
adds s12624, s12422, s12523 # 12687
adds s12423, s12624, s12624 # 12688
bit s12524 # 12689
adds s12625, s12423, s12524 # 12690
adds s12424, s12625, s12625 # 12691
bit s12525 # 12692
adds s12626, s12424, s12525 # 12693
adds s12425, s12626, s12626 # 12694
bit s12526 # 12695
adds s12627, s12425, s12526 # 12696
adds s12426, s12627, s12627 # 12697
bit s12527 # 12698
adds s12628, s12426, s12527 # 12699
adds s12427, s12628, s12628 # 12700
bit s12528 # 12701
adds s12629, s12427, s12528 # 12702
adds s12428, s12629, s12629 # 12703
bit s12529 # 12704
adds s12630, s12428, s12529 # 12705
adds s12429, s12630, s12630 # 12706
bit s12530 # 12707
adds s12631, s12429, s12530 # 12708
adds s12430, s12631, s12631 # 12709
bit s12531 # 12710
adds s12632, s12430, s12531 # 12711
adds s12431, s12632, s12632 # 12712
bit s12532 # 12713
adds s12633, s12431, s12532 # 12714
adds s12432, s12633, s12633 # 12715
bit s12533 # 12716
adds s12634, s12432, s12533 # 12717
adds s12433, s12634, s12634 # 12718
bit s12534 # 12719
adds s12635, s12433, s12534 # 12720
adds s12434, s12635, s12635 # 12721
bit s12535 # 12722
adds s12636, s12434, s12535 # 12723
adds s12435, s12636, s12636 # 12724
bit s12536 # 12725
adds s12637, s12435, s12536 # 12726
adds s12436, s12637, s12637 # 12727
bit s12537 # 12728
adds s12638, s12436, s12537 # 12729
adds s12437, s12638, s12638 # 12730
bit s12538 # 12731
adds s12639, s12437, s12538 # 12732
adds s12438, s12639, s12639 # 12733
bit s12539 # 12734
adds s12640, s12438, s12539 # 12735
adds s12439, s12640, s12640 # 12736
bit s12540 # 12737
adds s12641, s12439, s12540 # 12738
adds s12440, s12641, s12641 # 12739
bit s12541 # 12740
adds s12642, s12440, s12541 # 12741
adds s12441, s12642, s12642 # 12742
bit s12542 # 12743
adds s12643, s12441, s12542 # 12744
adds s12442, s12643, s12643 # 12745
bit s12543 # 12746
adds s12644, s12442, s12543 # 12747
adds s12443, s12644, s12644 # 12748
bit s12544 # 12749
adds s12645, s12443, s12544 # 12750
adds s12444, s12645, s12645 # 12751
bit s12545 # 12752
adds s12646, s12444, s12545 # 12753
adds s12445, s12646, s12646 # 12754
bit s12546 # 12755
adds s12647, s12445, s12546 # 12756
adds s12446, s12647, s12647 # 12757
bit s12547 # 12758
adds s12648, s12446, s12547 # 12759
adds s12447, s12648, s12648 # 12760
bit s12548 # 12761
adds s12649, s12447, s12548 # 12762
adds s12448, s12649, s12649 # 12763
bit s12549 # 12764
adds s12650, s12448, s12549 # 12765
adds s12449, s12650, s12650 # 12766
bit s12550 # 12767
adds s12651, s12449, s12550 # 12768
adds s12450, s12651, s12651 # 12769
bit s12551 # 12770
adds s12652, s12450, s12551 # 12771
adds s12451, s12652, s12652 # 12772
bit s12552 # 12773
adds s12653, s12451, s12552 # 12774
adds s12452, s12653, s12653 # 12775
bit s12553 # 12776
adds s12654, s12452, s12553 # 12777
adds s12453, s12654, s12654 # 12778
bit s12554 # 12779
adds s12655, s12453, s12554 # 12780
adds s12454, s12655, s12655 # 12781
bit s12555 # 12782
adds s12656, s12454, s12555 # 12783
adds s12455, s12656, s12656 # 12784
bit s12556 # 12785
adds s12657, s12455, s12556 # 12786
adds s12456, s12657, s12657 # 12787
bit s12557 # 12788
adds s12658, s12456, s12557 # 12789
adds s12457, s12658, s12658 # 12790
bit s12558 # 12791
adds s12659, s12457, s12558 # 12792
adds s12458, s12659, s12659 # 12793
bit s12559 # 12794
adds s12660, s12458, s12559 # 12795
adds s12459, s12660, s12660 # 12796
bit s12560 # 12797
adds s12661, s12459, s12560 # 12798
adds s12460, s12661, s12661 # 12799
bit s12561 # 12800
adds s12662, s12460, s12561 # 12801
adds s12461, s12662, s12662 # 12802
bit s12562 # 12803
adds s12663, s12461, s12562 # 12804
adds s12462, s12663, s12663 # 12805
bit s12563 # 12806
adds s12664, s12462, s12563 # 12807
adds s12463, s12664, s12664 # 12808
bit s12564 # 12809
adds s12665, s12463, s12564 # 12810
adds s12464, s12665, s12665 # 12811
bit s12565 # 12812
adds s12666, s12464, s12565 # 12813
adds s12465, s12666, s12666 # 12814
bit s12566 # 12815
adds s12667, s12465, s12566 # 12816
adds s12466, s12667, s12667 # 12817
bit s12567 # 12818
adds s12668, s12466, s12567 # 12819
adds s12467, s12668, s12668 # 12820
bit s12568 # 12821
adds s12669, s12467, s12568 # 12822
adds s12468, s12669, s12669 # 12823
bit s12569 # 12824
adds s12670, s12468, s12569 # 12825
adds s12469, s12670, s12670 # 12826
bit s12570 # 12827
adds s12671, s12469, s12570 # 12828
adds s12470, s12671, s12671 # 12829
bit s12571 # 12830
adds s12672, s12470, s12571 # 12831
adds s12471, s12672, s12672 # 12832
bit s12572 # 12833
adds s12673, s12471, s12572 # 12834
adds s12472, s12673, s12673 # 12835
bit s12573 # 12836
adds s12674, s12472, s12573 # 12837
adds s12473, s12674, s12674 # 12838
bit s12574 # 12839
adds s12675, s12473, s12574 # 12840
adds s12474, s12675, s12675 # 12841
bit s12575 # 12842
adds s12676, s12474, s12575 # 12843
adds s12475, s12676, s12676 # 12844
bit s12576 # 12845
adds s12677, s12475, s12576 # 12846
adds s12476, s12677, s12677 # 12847
bit s12577 # 12848
adds s12678, s12476, s12577 # 12849
adds s12477, s12678, s12678 # 12850
bit s12578 # 12851
adds s12679, s12477, s12578 # 12852
adds s12478, s12679, s12679 # 12853
bit s12579 # 12854
adds s12680, s12478, s12579 # 12855
adds s12479, s12680, s12680 # 12856
bit s12580 # 12857
adds s12681, s12479, s12580 # 12858
adds s12480, s12681, s12681 # 12859
bit s12581 # 12860
adds s12682, s12480, s12581 # 12861
adds s12481, s12682, s12682 # 12862
bit s12582 # 12863
adds s12683, s12481, s12582 # 12864
adds s12482, s12683, s12683 # 12865
bit s12583 # 12866
adds s12684, s12482, s12583 # 12867
adds s12483, s12684, s12684 # 12868
bit s12584 # 12869
adds s12685, s12483, s12584 # 12870
adds s12484, s12685, s12685 # 12871
bit s12585 # 12872
adds s12686, s12484, s12585 # 12873
adds s12485, s12686, s12686 # 12874
bit s12586 # 12875
adds s12687, s12485, s12586 # 12876
adds s12486, s12687, s12687 # 12877
bit s12587 # 12878
adds s12688, s12486, s12587 # 12879
adds s12487, s12688, s12688 # 12880
bit s12588 # 12881
adds s12689, s12487, s12588 # 12882
adds s12488, s12689, s12689 # 12883
bit s12589 # 12884
adds s12690, s12488, s12589 # 12885
adds s12489, s12690, s12690 # 12886
bit s12590 # 12887
adds s12691, s12489, s12590 # 12888
adds s12490, s12691, s12691 # 12889
bit s12591 # 12890
adds s12692, s12490, s12591 # 12891
adds s12491, s12692, s12692 # 12892
bit s12592 # 12893
adds s12693, s12491, s12592 # 12894
adds s12492, s12693, s12693 # 12895
bit s12593 # 12896
adds s12694, s12492, s12593 # 12897
adds s12493, s12694, s12694 # 12898
bit s12594 # 12899
adds s12695, s12493, s12594 # 12900
adds s12494, s12695, s12695 # 12901
bit s12595 # 12902
adds s12696, s12494, s12595 # 12903
adds s12495, s12696, s12696 # 12904
bit s12596 # 12905
adds s12697, s12495, s12596 # 12906
adds s12496, s12697, s12697 # 12907
bit s12597 # 12908
adds s12698, s12496, s12597 # 12909
adds s12497, s12698, s12698 # 12910
bit s12598 # 12911
adds s12699, s12497, s12598 # 12912
adds s12498, s12699, s12699 # 12913
bit s12599 # 12914
adds s12700, s12498, s12599 # 12915
adds s12499, s12700, s12700 # 12916
bit s12600 # 12917
adds s12701, s12499, s12600 # 12918
adds s12500, s12701, s12701 # 12919
bit s12601 # 12920
adds s12702, s12500, s12601 # 12921
adds s12501, s12702, s12702 # 12922
bit s12602 # 12923
adds s12703, s12501, s12602 # 12924
adds s12502, s12703, s12703 # 12925
bit s12603 # 12926
adds s12704, s12502, s12603 # 12927
adds s12503, s12704, s12704 # 12928
bit s12604 # 12929
adds s12705, s12503, s12604 # 12930
adds s12504, s12705, s12705 # 12931
bit s12605 # 12932
adds s12706, s12504, s12605 # 12933
adds s12505, s12706, s12706 # 12934
bit s12606 # 12935
adds s12386, s12505, s12606 # 12936
bit s12390 # 12937
adds s12401, s12390, s12390 # 12938
bit s12389 # 12939
adds s12402, s12401, s12389 # 12940
adds s12403, s12402, s12402 # 12941
bit s12388 # 12942
adds s12404, s12403, s12388 # 12943
movs s12387, s12404 # 12944
ldi c635, 8 # 12945
movc c633, c635 # 12946
mulm s12393, s12386, c633 # 12947
ldi c636, 8 # 12948
mulci c637, c636, 1073741824 # 12949
mulci c638, c637, 1073741824 # 12950
movc c634, c638 # 12951
addm s12394, s10743, c634 # 12952
adds s12395, s12393, s12394 # 12953
adds s12396, s12395, s12387 # 12954
startopen 1, s12396 # 12955
stopopen 1, c631 # 12956
modc c632, c631, c633 # 12957
modci c639, c632, 2 # 12958
subc c643, c632, c639 # 12959
mulc c646, c643, c38 # 12960
modci c640, c646, 2 # 12961
subc c644, c646, c640 # 12962
mulc c647, c644, c38 # 12963
modci c641, c647, 2 # 12964
subsfi s12708, s12388, 1 # 12965
subsfi s12709, s12389, 1 # 12966
subsfi s12710, s12390, 1 # 12967
mulm s12718, s12710, c641 # 12968
mulsi s12721, s12718, 2 # 12969
addm s12724, s12710, c641 # 12970
subs s12727, s12724, s12721 # 12971
mulm s12719, s12709, c640 # 12972
mulsi s12722, s12719, 2 # 12973
addm s12725, s12709, c640 # 12974
subs s12728, s12725, s12722 # 12975
mulm s12720, s12708, c639 # 12976
mulsi s12723, s12720, 2 # 12977
addm s12726, s12708, c639 # 12978
subs s12729, s12726, s12723 # 12979
mulsi s12730, s12729, 1 # 12980
adds s12731, s12720, s12730 # 12981
triple s12736, s12737, s12738 # 12982
subs s12739, s12728, s12736 # 12983
subs s12740, s12731, s12737 # 12984
startopen 2, s12739, s12740 # 12985
stopopen 2, c648, c649 # 12986
mulm s12741, s12737, c648 # 12987
mulm s12742, s12736, c649 # 12988
mulc c650, c648, c649 # 12989
adds s12743, s12738, s12741 # 12990
adds s12744, s12743, s12742 # 12991
addm s12734, s12744, c650 # 12992
adds s12735, s12719, s12734 # 12993
triple s12748, s12749, s12750 # 12994
subs s12751, s12727, s12748 # 12995
subs s12752, s12735, s12749 # 12996
startopen 2, s12751, s12752 # 12997
stopopen 2, c651, c652 # 12998
mulm s12753, s12749, c651 # 12999
mulm s12754, s12748, c652 # 13000
mulc c653, c651, c652 # 13001
adds s12755, s12750, s12753 # 13002
adds s12756, s12755, s12754 # 13003
addm s12746, s12756, c653 # 13004
adds s12747, s12718, s12746 # 13005
movs s12714, s12747 # 13006
subsfi s12392, s12714, 1 # 13007
mulm s12397, s12392, c633 # 13008
submr s12398, c632, s12387 # 13009
adds s12385, s12398, s12397 # 13010
subs s12757, s10743, s12385 # 13011
ldi c654, 1 # 13012
divci c655, c654, 8 # 13013
mulm s12758, s12757, c655 # 13014
bit s12977 # 13015
adds s12772, s12977, s12977 # 13016
bit s12875 # 13017
adds s12978, s12772, s12875 # 13018
adds s12773, s12978, s12978 # 13019
bit s12876 # 13020
adds s12979, s12773, s12876 # 13021
adds s12774, s12979, s12979 # 13022
bit s12877 # 13023
adds s12980, s12774, s12877 # 13024
adds s12775, s12980, s12980 # 13025
bit s12878 # 13026
adds s12981, s12775, s12878 # 13027
adds s12776, s12981, s12981 # 13028
bit s12879 # 13029
adds s12982, s12776, s12879 # 13030
adds s12777, s12982, s12982 # 13031
bit s12880 # 13032
adds s12983, s12777, s12880 # 13033
adds s12778, s12983, s12983 # 13034
bit s12881 # 13035
adds s12984, s12778, s12881 # 13036
adds s12779, s12984, s12984 # 13037
bit s12882 # 13038
adds s12985, s12779, s12882 # 13039
adds s12780, s12985, s12985 # 13040
bit s12883 # 13041
adds s12986, s12780, s12883 # 13042
adds s12781, s12986, s12986 # 13043
bit s12884 # 13044
adds s12987, s12781, s12884 # 13045
adds s12782, s12987, s12987 # 13046
bit s12885 # 13047
adds s12988, s12782, s12885 # 13048
adds s12783, s12988, s12988 # 13049
bit s12886 # 13050
adds s12989, s12783, s12886 # 13051
adds s12784, s12989, s12989 # 13052
bit s12887 # 13053
adds s12990, s12784, s12887 # 13054
adds s12785, s12990, s12990 # 13055
bit s12888 # 13056
adds s12991, s12785, s12888 # 13057
adds s12786, s12991, s12991 # 13058
bit s12889 # 13059
adds s12992, s12786, s12889 # 13060
adds s12787, s12992, s12992 # 13061
bit s12890 # 13062
adds s12993, s12787, s12890 # 13063
adds s12788, s12993, s12993 # 13064
bit s12891 # 13065
adds s12994, s12788, s12891 # 13066
adds s12789, s12994, s12994 # 13067
bit s12892 # 13068
adds s12995, s12789, s12892 # 13069
adds s12790, s12995, s12995 # 13070
bit s12893 # 13071
adds s12996, s12790, s12893 # 13072
adds s12791, s12996, s12996 # 13073
bit s12894 # 13074
adds s12997, s12791, s12894 # 13075
adds s12792, s12997, s12997 # 13076
bit s12895 # 13077
adds s12998, s12792, s12895 # 13078
adds s12793, s12998, s12998 # 13079
bit s12896 # 13080
adds s12999, s12793, s12896 # 13081
adds s12794, s12999, s12999 # 13082
bit s12897 # 13083
adds s13000, s12794, s12897 # 13084
adds s12795, s13000, s13000 # 13085
bit s12898 # 13086
adds s13001, s12795, s12898 # 13087
adds s12796, s13001, s13001 # 13088
bit s12899 # 13089
adds s13002, s12796, s12899 # 13090
adds s12797, s13002, s13002 # 13091
bit s12900 # 13092
adds s13003, s12797, s12900 # 13093
adds s12798, s13003, s13003 # 13094
bit s12901 # 13095
adds s13004, s12798, s12901 # 13096
adds s12799, s13004, s13004 # 13097
bit s12902 # 13098
adds s13005, s12799, s12902 # 13099
adds s12800, s13005, s13005 # 13100
bit s12903 # 13101
adds s13006, s12800, s12903 # 13102
adds s12801, s13006, s13006 # 13103
bit s12904 # 13104
adds s13007, s12801, s12904 # 13105
adds s12802, s13007, s13007 # 13106
bit s12905 # 13107
adds s13008, s12802, s12905 # 13108
adds s12803, s13008, s13008 # 13109
bit s12906 # 13110
adds s13009, s12803, s12906 # 13111
adds s12804, s13009, s13009 # 13112
bit s12907 # 13113
adds s13010, s12804, s12907 # 13114
adds s12805, s13010, s13010 # 13115
bit s12908 # 13116
adds s13011, s12805, s12908 # 13117
adds s12806, s13011, s13011 # 13118
bit s12909 # 13119
adds s13012, s12806, s12909 # 13120
adds s12807, s13012, s13012 # 13121
bit s12910 # 13122
adds s13013, s12807, s12910 # 13123
adds s12808, s13013, s13013 # 13124
bit s12911 # 13125
adds s13014, s12808, s12911 # 13126
adds s12809, s13014, s13014 # 13127
bit s12912 # 13128
adds s13015, s12809, s12912 # 13129
adds s12810, s13015, s13015 # 13130
bit s12913 # 13131
adds s13016, s12810, s12913 # 13132
adds s12811, s13016, s13016 # 13133
bit s12914 # 13134
adds s13017, s12811, s12914 # 13135
adds s12812, s13017, s13017 # 13136
bit s12915 # 13137
adds s13018, s12812, s12915 # 13138
adds s12813, s13018, s13018 # 13139
bit s12916 # 13140
adds s13019, s12813, s12916 # 13141
adds s12814, s13019, s13019 # 13142
bit s12917 # 13143
adds s13020, s12814, s12917 # 13144
adds s12815, s13020, s13020 # 13145
bit s12918 # 13146
adds s13021, s12815, s12918 # 13147
adds s12816, s13021, s13021 # 13148
bit s12919 # 13149
adds s13022, s12816, s12919 # 13150
adds s12817, s13022, s13022 # 13151
bit s12920 # 13152
adds s13023, s12817, s12920 # 13153
adds s12818, s13023, s13023 # 13154
bit s12921 # 13155
adds s13024, s12818, s12921 # 13156
adds s12819, s13024, s13024 # 13157
bit s12922 # 13158
adds s13025, s12819, s12922 # 13159
adds s12820, s13025, s13025 # 13160
bit s12923 # 13161
adds s13026, s12820, s12923 # 13162
adds s12821, s13026, s13026 # 13163
bit s12924 # 13164
adds s13027, s12821, s12924 # 13165
adds s12822, s13027, s13027 # 13166
bit s12925 # 13167
adds s13028, s12822, s12925 # 13168
adds s12823, s13028, s13028 # 13169
bit s12926 # 13170
adds s13029, s12823, s12926 # 13171
adds s12824, s13029, s13029 # 13172
bit s12927 # 13173
adds s13030, s12824, s12927 # 13174
adds s12825, s13030, s13030 # 13175
bit s12928 # 13176
adds s13031, s12825, s12928 # 13177
adds s12826, s13031, s13031 # 13178
bit s12929 # 13179
adds s13032, s12826, s12929 # 13180
adds s12827, s13032, s13032 # 13181
bit s12930 # 13182
adds s13033, s12827, s12930 # 13183
adds s12828, s13033, s13033 # 13184
bit s12931 # 13185
adds s13034, s12828, s12931 # 13186
adds s12829, s13034, s13034 # 13187
bit s12932 # 13188
adds s13035, s12829, s12932 # 13189
adds s12830, s13035, s13035 # 13190
bit s12933 # 13191
adds s13036, s12830, s12933 # 13192
adds s12831, s13036, s13036 # 13193
bit s12934 # 13194
adds s13037, s12831, s12934 # 13195
adds s12832, s13037, s13037 # 13196
bit s12935 # 13197
adds s13038, s12832, s12935 # 13198
adds s12833, s13038, s13038 # 13199
bit s12936 # 13200
adds s13039, s12833, s12936 # 13201
adds s12834, s13039, s13039 # 13202
bit s12937 # 13203
adds s13040, s12834, s12937 # 13204
adds s12835, s13040, s13040 # 13205
bit s12938 # 13206
adds s13041, s12835, s12938 # 13207
adds s12836, s13041, s13041 # 13208
bit s12939 # 13209
adds s13042, s12836, s12939 # 13210
adds s12837, s13042, s13042 # 13211
bit s12940 # 13212
adds s13043, s12837, s12940 # 13213
adds s12838, s13043, s13043 # 13214
bit s12941 # 13215
adds s13044, s12838, s12941 # 13216
adds s12839, s13044, s13044 # 13217
bit s12942 # 13218
adds s13045, s12839, s12942 # 13219
adds s12840, s13045, s13045 # 13220
bit s12943 # 13221
adds s13046, s12840, s12943 # 13222
adds s12841, s13046, s13046 # 13223
bit s12944 # 13224
adds s13047, s12841, s12944 # 13225
adds s12842, s13047, s13047 # 13226
bit s12945 # 13227
adds s13048, s12842, s12945 # 13228
adds s12843, s13048, s13048 # 13229
bit s12946 # 13230
adds s13049, s12843, s12946 # 13231
adds s12844, s13049, s13049 # 13232
bit s12947 # 13233
adds s13050, s12844, s12947 # 13234
adds s12845, s13050, s13050 # 13235
bit s12948 # 13236
adds s13051, s12845, s12948 # 13237
adds s12846, s13051, s13051 # 13238
bit s12949 # 13239
adds s13052, s12846, s12949 # 13240
adds s12847, s13052, s13052 # 13241
bit s12950 # 13242
adds s13053, s12847, s12950 # 13243
adds s12848, s13053, s13053 # 13244
bit s12951 # 13245
adds s13054, s12848, s12951 # 13246
adds s12849, s13054, s13054 # 13247
bit s12952 # 13248
adds s13055, s12849, s12952 # 13249
adds s12850, s13055, s13055 # 13250
bit s12953 # 13251
adds s13056, s12850, s12953 # 13252
adds s12851, s13056, s13056 # 13253
bit s12954 # 13254
adds s13057, s12851, s12954 # 13255
adds s12852, s13057, s13057 # 13256
bit s12955 # 13257
adds s13058, s12852, s12955 # 13258
adds s12853, s13058, s13058 # 13259
bit s12956 # 13260
adds s13059, s12853, s12956 # 13261
adds s12854, s13059, s13059 # 13262
bit s12957 # 13263
adds s13060, s12854, s12957 # 13264
adds s12855, s13060, s13060 # 13265
bit s12958 # 13266
adds s13061, s12855, s12958 # 13267
adds s12856, s13061, s13061 # 13268
bit s12959 # 13269
adds s13062, s12856, s12959 # 13270
adds s12857, s13062, s13062 # 13271
bit s12960 # 13272
adds s13063, s12857, s12960 # 13273
adds s12858, s13063, s13063 # 13274
bit s12961 # 13275
adds s13064, s12858, s12961 # 13276
adds s12859, s13064, s13064 # 13277
bit s12962 # 13278
adds s13065, s12859, s12962 # 13279
adds s12860, s13065, s13065 # 13280
bit s12963 # 13281
adds s13066, s12860, s12963 # 13282
adds s12861, s13066, s13066 # 13283
bit s12964 # 13284
adds s13067, s12861, s12964 # 13285
adds s12862, s13067, s13067 # 13286
bit s12965 # 13287
adds s13068, s12862, s12965 # 13288
adds s12863, s13068, s13068 # 13289
bit s12966 # 13290
adds s13069, s12863, s12966 # 13291
adds s12864, s13069, s13069 # 13292
bit s12967 # 13293
adds s13070, s12864, s12967 # 13294
adds s12865, s13070, s13070 # 13295
bit s12968 # 13296
adds s13071, s12865, s12968 # 13297
adds s12866, s13071, s13071 # 13298
bit s12969 # 13299
adds s13072, s12866, s12969 # 13300
adds s12867, s13072, s13072 # 13301
bit s12970 # 13302
adds s13073, s12867, s12970 # 13303
adds s12868, s13073, s13073 # 13304
bit s12971 # 13305
adds s13074, s12868, s12971 # 13306
adds s12869, s13074, s13074 # 13307
bit s12972 # 13308
adds s13075, s12869, s12972 # 13309
adds s12870, s13075, s13075 # 13310
bit s12973 # 13311
adds s13076, s12870, s12973 # 13312
adds s12871, s13076, s13076 # 13313
bit s12974 # 13314
adds s13077, s12871, s12974 # 13315
adds s12872, s13077, s13077 # 13316
bit s12975 # 13317
adds s13078, s12872, s12975 # 13318
adds s12873, s13078, s13078 # 13319
bit s12976 # 13320
adds s12760, s12873, s12976 # 13321
bit s12762 # 13322
movs s12761, s12762 # 13323
mulsi s12763, s12760, 2 # 13324
ldi c660, 8 # 13325
mulci c661, c660, 1073741824 # 13326
mulci c662, c661, 1073741824 # 13327
movc c659, c662 # 13328
addm s12764, s12758, c659 # 13329
adds s12765, s12763, s12764 # 13330
adds s12766, s12765, s12761 # 13331
startopen 1, s12766 # 13332
stopopen 1, c656 # 13333
modci c657, c656, 2 # 13334
mulci c658, c657, 2 # 13335
mulm s12767, s12762, c658 # 13336
addm s12768, s12762, c657 # 13337
subs s12759, s12768, s12767 # 13338
stms s12759, 8339 # 13339
bit s13303 # 13340
adds s13104, s13303, s13303 # 13341
bit s13204 # 13342
adds s13304, s13104, s13204 # 13343
adds s13105, s13304, s13304 # 13344
bit s13205 # 13345
adds s13305, s13105, s13205 # 13346
adds s13106, s13305, s13305 # 13347
bit s13206 # 13348
adds s13306, s13106, s13206 # 13349
adds s13107, s13306, s13306 # 13350
bit s13207 # 13351
adds s13307, s13107, s13207 # 13352
adds s13108, s13307, s13307 # 13353
bit s13208 # 13354
adds s13308, s13108, s13208 # 13355
adds s13109, s13308, s13308 # 13356
bit s13209 # 13357
adds s13309, s13109, s13209 # 13358
adds s13110, s13309, s13309 # 13359
bit s13210 # 13360
adds s13310, s13110, s13210 # 13361
adds s13111, s13310, s13310 # 13362
bit s13211 # 13363
adds s13311, s13111, s13211 # 13364
adds s13112, s13311, s13311 # 13365
bit s13212 # 13366
adds s13312, s13112, s13212 # 13367
adds s13113, s13312, s13312 # 13368
bit s13213 # 13369
adds s13313, s13113, s13213 # 13370
adds s13114, s13313, s13313 # 13371
bit s13214 # 13372
adds s13314, s13114, s13214 # 13373
adds s13115, s13314, s13314 # 13374
bit s13215 # 13375
adds s13315, s13115, s13215 # 13376
adds s13116, s13315, s13315 # 13377
bit s13216 # 13378
adds s13316, s13116, s13216 # 13379
adds s13117, s13316, s13316 # 13380
bit s13217 # 13381
adds s13317, s13117, s13217 # 13382
adds s13118, s13317, s13317 # 13383
bit s13218 # 13384
adds s13318, s13118, s13218 # 13385
adds s13119, s13318, s13318 # 13386
bit s13219 # 13387
adds s13319, s13119, s13219 # 13388
adds s13120, s13319, s13319 # 13389
bit s13220 # 13390
adds s13320, s13120, s13220 # 13391
adds s13121, s13320, s13320 # 13392
bit s13221 # 13393
adds s13321, s13121, s13221 # 13394
adds s13122, s13321, s13321 # 13395
bit s13222 # 13396
adds s13322, s13122, s13222 # 13397
adds s13123, s13322, s13322 # 13398
bit s13223 # 13399
adds s13323, s13123, s13223 # 13400
adds s13124, s13323, s13323 # 13401
bit s13224 # 13402
adds s13324, s13124, s13224 # 13403
adds s13125, s13324, s13324 # 13404
bit s13225 # 13405
adds s13325, s13125, s13225 # 13406
adds s13126, s13325, s13325 # 13407
bit s13226 # 13408
adds s13326, s13126, s13226 # 13409
adds s13127, s13326, s13326 # 13410
bit s13227 # 13411
adds s13327, s13127, s13227 # 13412
adds s13128, s13327, s13327 # 13413
bit s13228 # 13414
adds s13328, s13128, s13228 # 13415
adds s13129, s13328, s13328 # 13416
bit s13229 # 13417
adds s13329, s13129, s13229 # 13418
adds s13130, s13329, s13329 # 13419
bit s13230 # 13420
adds s13330, s13130, s13230 # 13421
adds s13131, s13330, s13330 # 13422
bit s13231 # 13423
adds s13331, s13131, s13231 # 13424
adds s13132, s13331, s13331 # 13425
bit s13232 # 13426
adds s13332, s13132, s13232 # 13427
adds s13133, s13332, s13332 # 13428
bit s13233 # 13429
adds s13333, s13133, s13233 # 13430
adds s13134, s13333, s13333 # 13431
bit s13234 # 13432
adds s13334, s13134, s13234 # 13433
adds s13135, s13334, s13334 # 13434
bit s13235 # 13435
adds s13335, s13135, s13235 # 13436
adds s13136, s13335, s13335 # 13437
bit s13236 # 13438
adds s13336, s13136, s13236 # 13439
adds s13137, s13336, s13336 # 13440
bit s13237 # 13441
adds s13337, s13137, s13237 # 13442
adds s13138, s13337, s13337 # 13443
bit s13238 # 13444
adds s13338, s13138, s13238 # 13445
adds s13139, s13338, s13338 # 13446
bit s13239 # 13447
adds s13339, s13139, s13239 # 13448
adds s13140, s13339, s13339 # 13449
bit s13240 # 13450
adds s13340, s13140, s13240 # 13451
adds s13141, s13340, s13340 # 13452
bit s13241 # 13453
adds s13341, s13141, s13241 # 13454
adds s13142, s13341, s13341 # 13455
bit s13242 # 13456
adds s13342, s13142, s13242 # 13457
adds s13143, s13342, s13342 # 13458
bit s13243 # 13459
adds s13343, s13143, s13243 # 13460
adds s13144, s13343, s13343 # 13461
bit s13244 # 13462
adds s13344, s13144, s13244 # 13463
adds s13145, s13344, s13344 # 13464
bit s13245 # 13465
adds s13345, s13145, s13245 # 13466
adds s13146, s13345, s13345 # 13467
bit s13246 # 13468
adds s13346, s13146, s13246 # 13469
adds s13147, s13346, s13346 # 13470
bit s13247 # 13471
adds s13347, s13147, s13247 # 13472
adds s13148, s13347, s13347 # 13473
bit s13248 # 13474
adds s13348, s13148, s13248 # 13475
adds s13149, s13348, s13348 # 13476
bit s13249 # 13477
adds s13349, s13149, s13249 # 13478
adds s13150, s13349, s13349 # 13479
bit s13250 # 13480
adds s13350, s13150, s13250 # 13481
adds s13151, s13350, s13350 # 13482
bit s13251 # 13483
adds s13351, s13151, s13251 # 13484
adds s13152, s13351, s13351 # 13485
bit s13252 # 13486
adds s13352, s13152, s13252 # 13487
adds s13153, s13352, s13352 # 13488
bit s13253 # 13489
adds s13353, s13153, s13253 # 13490
adds s13154, s13353, s13353 # 13491
bit s13254 # 13492
adds s13354, s13154, s13254 # 13493
adds s13155, s13354, s13354 # 13494
bit s13255 # 13495
adds s13355, s13155, s13255 # 13496
adds s13156, s13355, s13355 # 13497
bit s13256 # 13498
adds s13356, s13156, s13256 # 13499
adds s13157, s13356, s13356 # 13500
bit s13257 # 13501
adds s13357, s13157, s13257 # 13502
adds s13158, s13357, s13357 # 13503
bit s13258 # 13504
adds s13358, s13158, s13258 # 13505
adds s13159, s13358, s13358 # 13506
bit s13259 # 13507
adds s13359, s13159, s13259 # 13508
adds s13160, s13359, s13359 # 13509
bit s13260 # 13510
adds s13360, s13160, s13260 # 13511
adds s13161, s13360, s13360 # 13512
bit s13261 # 13513
adds s13361, s13161, s13261 # 13514
adds s13162, s13361, s13361 # 13515
bit s13262 # 13516
adds s13362, s13162, s13262 # 13517
adds s13163, s13362, s13362 # 13518
bit s13263 # 13519
adds s13363, s13163, s13263 # 13520
adds s13164, s13363, s13363 # 13521
bit s13264 # 13522
adds s13364, s13164, s13264 # 13523
adds s13165, s13364, s13364 # 13524
bit s13265 # 13525
adds s13365, s13165, s13265 # 13526
adds s13166, s13365, s13365 # 13527
bit s13266 # 13528
adds s13366, s13166, s13266 # 13529
adds s13167, s13366, s13366 # 13530
bit s13267 # 13531
adds s13367, s13167, s13267 # 13532
adds s13168, s13367, s13367 # 13533
bit s13268 # 13534
adds s13368, s13168, s13268 # 13535
adds s13169, s13368, s13368 # 13536
bit s13269 # 13537
adds s13369, s13169, s13269 # 13538
adds s13170, s13369, s13369 # 13539
bit s13270 # 13540
adds s13370, s13170, s13270 # 13541
adds s13171, s13370, s13370 # 13542
bit s13271 # 13543
adds s13371, s13171, s13271 # 13544
adds s13172, s13371, s13371 # 13545
bit s13272 # 13546
adds s13372, s13172, s13272 # 13547
adds s13173, s13372, s13372 # 13548
bit s13273 # 13549
adds s13373, s13173, s13273 # 13550
adds s13174, s13373, s13373 # 13551
bit s13274 # 13552
adds s13374, s13174, s13274 # 13553
adds s13175, s13374, s13374 # 13554
bit s13275 # 13555
adds s13375, s13175, s13275 # 13556
adds s13176, s13375, s13375 # 13557
bit s13276 # 13558
adds s13376, s13176, s13276 # 13559
adds s13177, s13376, s13376 # 13560
bit s13277 # 13561
adds s13377, s13177, s13277 # 13562
adds s13178, s13377, s13377 # 13563
bit s13278 # 13564
adds s13378, s13178, s13278 # 13565
adds s13179, s13378, s13378 # 13566
bit s13279 # 13567
adds s13379, s13179, s13279 # 13568
adds s13180, s13379, s13379 # 13569
bit s13280 # 13570
adds s13380, s13180, s13280 # 13571
adds s13181, s13380, s13380 # 13572
bit s13281 # 13573
adds s13381, s13181, s13281 # 13574
adds s13182, s13381, s13381 # 13575
bit s13282 # 13576
adds s13382, s13182, s13282 # 13577
adds s13183, s13382, s13382 # 13578
bit s13283 # 13579
adds s13383, s13183, s13283 # 13580
adds s13184, s13383, s13383 # 13581
bit s13284 # 13582
adds s13384, s13184, s13284 # 13583
adds s13185, s13384, s13384 # 13584
bit s13285 # 13585
adds s13385, s13185, s13285 # 13586
adds s13186, s13385, s13385 # 13587
bit s13286 # 13588
adds s13386, s13186, s13286 # 13589
adds s13187, s13386, s13386 # 13590
bit s13287 # 13591
adds s13387, s13187, s13287 # 13592
adds s13188, s13387, s13387 # 13593
bit s13288 # 13594
adds s13388, s13188, s13288 # 13595
adds s13189, s13388, s13388 # 13596
bit s13289 # 13597
adds s13389, s13189, s13289 # 13598
adds s13190, s13389, s13389 # 13599
bit s13290 # 13600
adds s13390, s13190, s13290 # 13601
adds s13191, s13390, s13390 # 13602
bit s13291 # 13603
adds s13391, s13191, s13291 # 13604
adds s13192, s13391, s13391 # 13605
bit s13292 # 13606
adds s13392, s13192, s13292 # 13607
adds s13193, s13392, s13392 # 13608
bit s13293 # 13609
adds s13393, s13193, s13293 # 13610
adds s13194, s13393, s13393 # 13611
bit s13294 # 13612
adds s13394, s13194, s13294 # 13613
adds s13195, s13394, s13394 # 13614
bit s13295 # 13615
adds s13395, s13195, s13295 # 13616
adds s13196, s13395, s13395 # 13617
bit s13296 # 13618
adds s13396, s13196, s13296 # 13619
adds s13197, s13396, s13396 # 13620
bit s13297 # 13621
adds s13397, s13197, s13297 # 13622
adds s13198, s13397, s13397 # 13623
bit s13298 # 13624
adds s13398, s13198, s13298 # 13625
adds s13199, s13398, s13398 # 13626
bit s13299 # 13627
adds s13399, s13199, s13299 # 13628
adds s13200, s13399, s13399 # 13629
bit s13300 # 13630
adds s13400, s13200, s13300 # 13631
adds s13201, s13400, s13400 # 13632
bit s13301 # 13633
adds s13401, s13201, s13301 # 13634
adds s13202, s13401, s13401 # 13635
bit s13302 # 13636
adds s13081, s13202, s13302 # 13637
bit s13086 # 13638
adds s13097, s13086, s13086 # 13639
bit s13085 # 13640
adds s13098, s13097, s13085 # 13641
adds s13099, s13098, s13098 # 13642
bit s13084 # 13643
adds s13100, s13099, s13084 # 13644
adds s13101, s13100, s13100 # 13645
bit s13083 # 13646
adds s13102, s13101, s13083 # 13647
movs s13082, s13102 # 13648
ldi c667, 16 # 13649
movc c665, c667 # 13650
mulm s13089, s13081, c665 # 13651
ldi c668, 8 # 13652
mulci c669, c668, 1073741824 # 13653
mulci c670, c669, 1073741824 # 13654
movc c666, c670 # 13655
addm s13090, s10743, c666 # 13656
adds s13091, s13089, s13090 # 13657
adds s13092, s13091, s13082 # 13658
startopen 1, s13092 # 13659
stopopen 1, c663 # 13660
modc c664, c663, c665 # 13661
modci c671, c664, 2 # 13662
subc c676, c664, c671 # 13663
mulc c680, c676, c38 # 13664
modci c672, c680, 2 # 13665
subc c677, c680, c672 # 13666
mulc c681, c677, c38 # 13667
modci c673, c681, 2 # 13668
subc c678, c681, c673 # 13669
mulc c682, c678, c38 # 13670
modci c674, c682, 2 # 13671
subsfi s13403, s13083, 1 # 13672
subsfi s13404, s13084, 1 # 13673
subsfi s13405, s13085, 1 # 13674
subsfi s13406, s13086, 1 # 13675
mulm s13416, s13406, c674 # 13676
mulsi s13420, s13416, 2 # 13677
addm s13424, s13406, c674 # 13678
subs s13428, s13424, s13420 # 13679
mulm s13417, s13405, c673 # 13680
mulsi s13421, s13417, 2 # 13681
addm s13425, s13405, c673 # 13682
subs s13429, s13425, s13421 # 13683
mulm s13418, s13404, c672 # 13684
mulsi s13422, s13418, 2 # 13685
addm s13426, s13404, c672 # 13686
subs s13430, s13426, s13422 # 13687
mulm s13419, s13403, c671 # 13688
mulsi s13423, s13419, 2 # 13689
addm s13427, s13403, c671 # 13690
subs s13431, s13427, s13423 # 13691
mulsi s13432, s13431, 1 # 13692
adds s13433, s13419, s13432 # 13693
triple s13438, s13439, s13440 # 13694
subs s13441, s13428, s13438 # 13695
subs s13442, s13429, s13439 # 13696
startopen 2, s13441, s13442 # 13697
stopopen 2, c683, c684 # 13698
mulm s13443, s13439, c683 # 13699
mulm s13444, s13438, c684 # 13700
mulc c685, c683, c684 # 13701
adds s13445, s13440, s13443 # 13702
adds s13446, s13445, s13444 # 13703
addm s13435, s13446, c685 # 13704
triple s13447, s13448, s13449 # 13705
subs s13450, s13428, s13447 # 13706
subs s13451, s13417, s13448 # 13707
startopen 2, s13450, s13451 # 13708
stopopen 2, c686, c687 # 13709
mulm s13452, s13448, c686 # 13710
mulm s13453, s13447, c687 # 13711
mulc c688, c686, c687 # 13712
adds s13454, s13449, s13452 # 13713
adds s13455, s13454, s13453 # 13714
addm s13436, s13455, c688 # 13715
adds s13437, s13416, s13436 # 13716
triple s13459, s13460, s13461 # 13717
subs s13462, s13430, s13459 # 13718
subs s13463, s13433, s13460 # 13719
startopen 2, s13462, s13463 # 13720
stopopen 2, c689, c690 # 13721
mulm s13464, s13460, c689 # 13722
mulm s13465, s13459, c690 # 13723
mulc c691, c689, c690 # 13724
adds s13466, s13461, s13464 # 13725
adds s13467, s13466, s13465 # 13726
addm s13457, s13467, c691 # 13727
adds s13458, s13418, s13457 # 13728
triple s13471, s13472, s13473 # 13729
subs s13474, s13435, s13471 # 13730
subs s13475, s13458, s13472 # 13731
startopen 2, s13474, s13475 # 13732
stopopen 2, c692, c693 # 13733
mulm s13476, s13472, c692 # 13734
mulm s13477, s13471, c693 # 13735
mulc c694, c692, c693 # 13736
adds s13478, s13473, s13476 # 13737
adds s13479, s13478, s13477 # 13738
addm s13469, s13479, c694 # 13739
adds s13470, s13437, s13469 # 13740
movs s13411, s13470 # 13741
subsfi s13088, s13411, 1 # 13742
mulm s13093, s13088, c665 # 13743
submr s13094, c664, s13082 # 13744
adds s13080, s13094, s13093 # 13745
subs s13480, s10743, s13080 # 13746
ldi c695, 1 # 13747
divci c696, c695, 16 # 13748
mulm s13481, s13480, c696 # 13749
bit s13700 # 13750
adds s13495, s13700, s13700 # 13751
bit s13598 # 13752
adds s13701, s13495, s13598 # 13753
adds s13496, s13701, s13701 # 13754
bit s13599 # 13755
adds s13702, s13496, s13599 # 13756
adds s13497, s13702, s13702 # 13757
bit s13600 # 13758
adds s13703, s13497, s13600 # 13759
adds s13498, s13703, s13703 # 13760
bit s13601 # 13761
adds s13704, s13498, s13601 # 13762
adds s13499, s13704, s13704 # 13763
bit s13602 # 13764
adds s13705, s13499, s13602 # 13765
adds s13500, s13705, s13705 # 13766
bit s13603 # 13767
adds s13706, s13500, s13603 # 13768
adds s13501, s13706, s13706 # 13769
bit s13604 # 13770
adds s13707, s13501, s13604 # 13771
adds s13502, s13707, s13707 # 13772
bit s13605 # 13773
adds s13708, s13502, s13605 # 13774
adds s13503, s13708, s13708 # 13775
bit s13606 # 13776
adds s13709, s13503, s13606 # 13777
adds s13504, s13709, s13709 # 13778
bit s13607 # 13779
adds s13710, s13504, s13607 # 13780
adds s13505, s13710, s13710 # 13781
bit s13608 # 13782
adds s13711, s13505, s13608 # 13783
adds s13506, s13711, s13711 # 13784
bit s13609 # 13785
adds s13712, s13506, s13609 # 13786
adds s13507, s13712, s13712 # 13787
bit s13610 # 13788
adds s13713, s13507, s13610 # 13789
adds s13508, s13713, s13713 # 13790
bit s13611 # 13791
adds s13714, s13508, s13611 # 13792
adds s13509, s13714, s13714 # 13793
bit s13612 # 13794
adds s13715, s13509, s13612 # 13795
adds s13510, s13715, s13715 # 13796
bit s13613 # 13797
adds s13716, s13510, s13613 # 13798
adds s13511, s13716, s13716 # 13799
bit s13614 # 13800
adds s13717, s13511, s13614 # 13801
adds s13512, s13717, s13717 # 13802
bit s13615 # 13803
adds s13718, s13512, s13615 # 13804
adds s13513, s13718, s13718 # 13805
bit s13616 # 13806
adds s13719, s13513, s13616 # 13807
adds s13514, s13719, s13719 # 13808
bit s13617 # 13809
adds s13720, s13514, s13617 # 13810
adds s13515, s13720, s13720 # 13811
bit s13618 # 13812
adds s13721, s13515, s13618 # 13813
adds s13516, s13721, s13721 # 13814
bit s13619 # 13815
adds s13722, s13516, s13619 # 13816
adds s13517, s13722, s13722 # 13817
bit s13620 # 13818
adds s13723, s13517, s13620 # 13819
adds s13518, s13723, s13723 # 13820
bit s13621 # 13821
adds s13724, s13518, s13621 # 13822
adds s13519, s13724, s13724 # 13823
bit s13622 # 13824
adds s13725, s13519, s13622 # 13825
adds s13520, s13725, s13725 # 13826
bit s13623 # 13827
adds s13726, s13520, s13623 # 13828
adds s13521, s13726, s13726 # 13829
bit s13624 # 13830
adds s13727, s13521, s13624 # 13831
adds s13522, s13727, s13727 # 13832
bit s13625 # 13833
adds s13728, s13522, s13625 # 13834
adds s13523, s13728, s13728 # 13835
bit s13626 # 13836
adds s13729, s13523, s13626 # 13837
adds s13524, s13729, s13729 # 13838
bit s13627 # 13839
adds s13730, s13524, s13627 # 13840
adds s13525, s13730, s13730 # 13841
bit s13628 # 13842
adds s13731, s13525, s13628 # 13843
adds s13526, s13731, s13731 # 13844
bit s13629 # 13845
adds s13732, s13526, s13629 # 13846
adds s13527, s13732, s13732 # 13847
bit s13630 # 13848
adds s13733, s13527, s13630 # 13849
adds s13528, s13733, s13733 # 13850
bit s13631 # 13851
adds s13734, s13528, s13631 # 13852
adds s13529, s13734, s13734 # 13853
bit s13632 # 13854
adds s13735, s13529, s13632 # 13855
adds s13530, s13735, s13735 # 13856
bit s13633 # 13857
adds s13736, s13530, s13633 # 13858
adds s13531, s13736, s13736 # 13859
bit s13634 # 13860
adds s13737, s13531, s13634 # 13861
adds s13532, s13737, s13737 # 13862
bit s13635 # 13863
adds s13738, s13532, s13635 # 13864
adds s13533, s13738, s13738 # 13865
bit s13636 # 13866
adds s13739, s13533, s13636 # 13867
adds s13534, s13739, s13739 # 13868
bit s13637 # 13869
adds s13740, s13534, s13637 # 13870
adds s13535, s13740, s13740 # 13871
bit s13638 # 13872
adds s13741, s13535, s13638 # 13873
adds s13536, s13741, s13741 # 13874
bit s13639 # 13875
adds s13742, s13536, s13639 # 13876
adds s13537, s13742, s13742 # 13877
bit s13640 # 13878
adds s13743, s13537, s13640 # 13879
adds s13538, s13743, s13743 # 13880
bit s13641 # 13881
adds s13744, s13538, s13641 # 13882
adds s13539, s13744, s13744 # 13883
bit s13642 # 13884
adds s13745, s13539, s13642 # 13885
adds s13540, s13745, s13745 # 13886
bit s13643 # 13887
adds s13746, s13540, s13643 # 13888
adds s13541, s13746, s13746 # 13889
bit s13644 # 13890
adds s13747, s13541, s13644 # 13891
adds s13542, s13747, s13747 # 13892
bit s13645 # 13893
adds s13748, s13542, s13645 # 13894
adds s13543, s13748, s13748 # 13895
bit s13646 # 13896
adds s13749, s13543, s13646 # 13897
adds s13544, s13749, s13749 # 13898
bit s13647 # 13899
adds s13750, s13544, s13647 # 13900
adds s13545, s13750, s13750 # 13901
bit s13648 # 13902
adds s13751, s13545, s13648 # 13903
adds s13546, s13751, s13751 # 13904
bit s13649 # 13905
adds s13752, s13546, s13649 # 13906
adds s13547, s13752, s13752 # 13907
bit s13650 # 13908
adds s13753, s13547, s13650 # 13909
adds s13548, s13753, s13753 # 13910
bit s13651 # 13911
adds s13754, s13548, s13651 # 13912
adds s13549, s13754, s13754 # 13913
bit s13652 # 13914
adds s13755, s13549, s13652 # 13915
adds s13550, s13755, s13755 # 13916
bit s13653 # 13917
adds s13756, s13550, s13653 # 13918
adds s13551, s13756, s13756 # 13919
bit s13654 # 13920
adds s13757, s13551, s13654 # 13921
adds s13552, s13757, s13757 # 13922
bit s13655 # 13923
adds s13758, s13552, s13655 # 13924
adds s13553, s13758, s13758 # 13925
bit s13656 # 13926
adds s13759, s13553, s13656 # 13927
adds s13554, s13759, s13759 # 13928
bit s13657 # 13929
adds s13760, s13554, s13657 # 13930
adds s13555, s13760, s13760 # 13931
bit s13658 # 13932
adds s13761, s13555, s13658 # 13933
adds s13556, s13761, s13761 # 13934
bit s13659 # 13935
adds s13762, s13556, s13659 # 13936
adds s13557, s13762, s13762 # 13937
bit s13660 # 13938
adds s13763, s13557, s13660 # 13939
adds s13558, s13763, s13763 # 13940
bit s13661 # 13941
adds s13764, s13558, s13661 # 13942
adds s13559, s13764, s13764 # 13943
bit s13662 # 13944
adds s13765, s13559, s13662 # 13945
adds s13560, s13765, s13765 # 13946
bit s13663 # 13947
adds s13766, s13560, s13663 # 13948
adds s13561, s13766, s13766 # 13949
bit s13664 # 13950
adds s13767, s13561, s13664 # 13951
adds s13562, s13767, s13767 # 13952
bit s13665 # 13953
adds s13768, s13562, s13665 # 13954
adds s13563, s13768, s13768 # 13955
bit s13666 # 13956
adds s13769, s13563, s13666 # 13957
adds s13564, s13769, s13769 # 13958
bit s13667 # 13959
adds s13770, s13564, s13667 # 13960
adds s13565, s13770, s13770 # 13961
bit s13668 # 13962
adds s13771, s13565, s13668 # 13963
adds s13566, s13771, s13771 # 13964
bit s13669 # 13965
adds s13772, s13566, s13669 # 13966
adds s13567, s13772, s13772 # 13967
bit s13670 # 13968
adds s13773, s13567, s13670 # 13969
adds s13568, s13773, s13773 # 13970
bit s13671 # 13971
adds s13774, s13568, s13671 # 13972
adds s13569, s13774, s13774 # 13973
bit s13672 # 13974
adds s13775, s13569, s13672 # 13975
adds s13570, s13775, s13775 # 13976
bit s13673 # 13977
adds s13776, s13570, s13673 # 13978
adds s13571, s13776, s13776 # 13979
bit s13674 # 13980
adds s13777, s13571, s13674 # 13981
adds s13572, s13777, s13777 # 13982
bit s13675 # 13983
adds s13778, s13572, s13675 # 13984
adds s13573, s13778, s13778 # 13985
bit s13676 # 13986
adds s13779, s13573, s13676 # 13987
adds s13574, s13779, s13779 # 13988
bit s13677 # 13989
adds s13780, s13574, s13677 # 13990
adds s13575, s13780, s13780 # 13991
bit s13678 # 13992
adds s13781, s13575, s13678 # 13993
adds s13576, s13781, s13781 # 13994
bit s13679 # 13995
adds s13782, s13576, s13679 # 13996
adds s13577, s13782, s13782 # 13997
bit s13680 # 13998
adds s13783, s13577, s13680 # 13999
adds s13578, s13783, s13783 # 14000
bit s13681 # 14001
adds s13784, s13578, s13681 # 14002
adds s13579, s13784, s13784 # 14003
bit s13682 # 14004
adds s13785, s13579, s13682 # 14005
adds s13580, s13785, s13785 # 14006
bit s13683 # 14007
adds s13786, s13580, s13683 # 14008
adds s13581, s13786, s13786 # 14009
bit s13684 # 14010
adds s13787, s13581, s13684 # 14011
adds s13582, s13787, s13787 # 14012
bit s13685 # 14013
adds s13788, s13582, s13685 # 14014
adds s13583, s13788, s13788 # 14015
bit s13686 # 14016
adds s13789, s13583, s13686 # 14017
adds s13584, s13789, s13789 # 14018
bit s13687 # 14019
adds s13790, s13584, s13687 # 14020
adds s13585, s13790, s13790 # 14021
bit s13688 # 14022
adds s13791, s13585, s13688 # 14023
adds s13586, s13791, s13791 # 14024
bit s13689 # 14025
adds s13792, s13586, s13689 # 14026
adds s13587, s13792, s13792 # 14027
bit s13690 # 14028
adds s13793, s13587, s13690 # 14029
adds s13588, s13793, s13793 # 14030
bit s13691 # 14031
adds s13794, s13588, s13691 # 14032
adds s13589, s13794, s13794 # 14033
bit s13692 # 14034
adds s13795, s13589, s13692 # 14035
adds s13590, s13795, s13795 # 14036
bit s13693 # 14037
adds s13796, s13590, s13693 # 14038
adds s13591, s13796, s13796 # 14039
bit s13694 # 14040
adds s13797, s13591, s13694 # 14041
adds s13592, s13797, s13797 # 14042
bit s13695 # 14043
adds s13798, s13592, s13695 # 14044
adds s13593, s13798, s13798 # 14045
bit s13696 # 14046
adds s13799, s13593, s13696 # 14047
adds s13594, s13799, s13799 # 14048
bit s13697 # 14049
adds s13800, s13594, s13697 # 14050
adds s13595, s13800, s13800 # 14051
bit s13698 # 14052
adds s13801, s13595, s13698 # 14053
adds s13596, s13801, s13801 # 14054
bit s13699 # 14055
adds s13483, s13596, s13699 # 14056
bit s13485 # 14057
movs s13484, s13485 # 14058
mulsi s13486, s13483, 2 # 14059
ldi c701, 8 # 14060
mulci c702, c701, 1073741824 # 14061
mulci c703, c702, 1073741824 # 14062
movc c700, c703 # 14063
addm s13487, s13481, c700 # 14064
adds s13488, s13486, s13487 # 14065
adds s13489, s13488, s13484 # 14066
startopen 1, s13489 # 14067
stopopen 1, c697 # 14068
modci c698, c697, 2 # 14069
mulci c699, c698, 2 # 14070
mulm s13490, s13485, c699 # 14071
addm s13491, s13485, c698 # 14072
subs s13482, s13491, s13490 # 14073
stms s13482, 8340 # 14074
bit s14027 # 14075
adds s13830, s14027, s14027 # 14076
bit s13929 # 14077
adds s14028, s13830, s13929 # 14078
adds s13831, s14028, s14028 # 14079
bit s13930 # 14080
adds s14029, s13831, s13930 # 14081
adds s13832, s14029, s14029 # 14082
bit s13931 # 14083
adds s14030, s13832, s13931 # 14084
adds s13833, s14030, s14030 # 14085
bit s13932 # 14086
adds s14031, s13833, s13932 # 14087
adds s13834, s14031, s14031 # 14088
bit s13933 # 14089
adds s14032, s13834, s13933 # 14090
adds s13835, s14032, s14032 # 14091
bit s13934 # 14092
adds s14033, s13835, s13934 # 14093
adds s13836, s14033, s14033 # 14094
bit s13935 # 14095
adds s14034, s13836, s13935 # 14096
adds s13837, s14034, s14034 # 14097
bit s13936 # 14098
adds s14035, s13837, s13936 # 14099
adds s13838, s14035, s14035 # 14100
bit s13937 # 14101
adds s14036, s13838, s13937 # 14102
adds s13839, s14036, s14036 # 14103
bit s13938 # 14104
adds s14037, s13839, s13938 # 14105
adds s13840, s14037, s14037 # 14106
bit s13939 # 14107
adds s14038, s13840, s13939 # 14108
adds s13841, s14038, s14038 # 14109
bit s13940 # 14110
adds s14039, s13841, s13940 # 14111
adds s13842, s14039, s14039 # 14112
bit s13941 # 14113
adds s14040, s13842, s13941 # 14114
adds s13843, s14040, s14040 # 14115
bit s13942 # 14116
adds s14041, s13843, s13942 # 14117
adds s13844, s14041, s14041 # 14118
bit s13943 # 14119
adds s14042, s13844, s13943 # 14120
adds s13845, s14042, s14042 # 14121
bit s13944 # 14122
adds s14043, s13845, s13944 # 14123
adds s13846, s14043, s14043 # 14124
bit s13945 # 14125
adds s14044, s13846, s13945 # 14126
adds s13847, s14044, s14044 # 14127
bit s13946 # 14128
adds s14045, s13847, s13946 # 14129
adds s13848, s14045, s14045 # 14130
bit s13947 # 14131
adds s14046, s13848, s13947 # 14132
adds s13849, s14046, s14046 # 14133
bit s13948 # 14134
adds s14047, s13849, s13948 # 14135
adds s13850, s14047, s14047 # 14136
bit s13949 # 14137
adds s14048, s13850, s13949 # 14138
adds s13851, s14048, s14048 # 14139
bit s13950 # 14140
adds s14049, s13851, s13950 # 14141
adds s13852, s14049, s14049 # 14142
bit s13951 # 14143
adds s14050, s13852, s13951 # 14144
adds s13853, s14050, s14050 # 14145
bit s13952 # 14146
adds s14051, s13853, s13952 # 14147
adds s13854, s14051, s14051 # 14148
bit s13953 # 14149
adds s14052, s13854, s13953 # 14150
adds s13855, s14052, s14052 # 14151
bit s13954 # 14152
adds s14053, s13855, s13954 # 14153
adds s13856, s14053, s14053 # 14154
bit s13955 # 14155
adds s14054, s13856, s13955 # 14156
adds s13857, s14054, s14054 # 14157
bit s13956 # 14158
adds s14055, s13857, s13956 # 14159
adds s13858, s14055, s14055 # 14160
bit s13957 # 14161
adds s14056, s13858, s13957 # 14162
adds s13859, s14056, s14056 # 14163
bit s13958 # 14164
adds s14057, s13859, s13958 # 14165
adds s13860, s14057, s14057 # 14166
bit s13959 # 14167
adds s14058, s13860, s13959 # 14168
adds s13861, s14058, s14058 # 14169
bit s13960 # 14170
adds s14059, s13861, s13960 # 14171
adds s13862, s14059, s14059 # 14172
bit s13961 # 14173
adds s14060, s13862, s13961 # 14174
adds s13863, s14060, s14060 # 14175
bit s13962 # 14176
adds s14061, s13863, s13962 # 14177
adds s13864, s14061, s14061 # 14178
bit s13963 # 14179
adds s14062, s13864, s13963 # 14180
adds s13865, s14062, s14062 # 14181
bit s13964 # 14182
adds s14063, s13865, s13964 # 14183
adds s13866, s14063, s14063 # 14184
bit s13965 # 14185
adds s14064, s13866, s13965 # 14186
adds s13867, s14064, s14064 # 14187
bit s13966 # 14188
adds s14065, s13867, s13966 # 14189
adds s13868, s14065, s14065 # 14190
bit s13967 # 14191
adds s14066, s13868, s13967 # 14192
adds s13869, s14066, s14066 # 14193
bit s13968 # 14194
adds s14067, s13869, s13968 # 14195
adds s13870, s14067, s14067 # 14196
bit s13969 # 14197
adds s14068, s13870, s13969 # 14198
adds s13871, s14068, s14068 # 14199
bit s13970 # 14200
adds s14069, s13871, s13970 # 14201
adds s13872, s14069, s14069 # 14202
bit s13971 # 14203
adds s14070, s13872, s13971 # 14204
adds s13873, s14070, s14070 # 14205
bit s13972 # 14206
adds s14071, s13873, s13972 # 14207
adds s13874, s14071, s14071 # 14208
bit s13973 # 14209
adds s14072, s13874, s13973 # 14210
adds s13875, s14072, s14072 # 14211
bit s13974 # 14212
adds s14073, s13875, s13974 # 14213
adds s13876, s14073, s14073 # 14214
bit s13975 # 14215
adds s14074, s13876, s13975 # 14216
adds s13877, s14074, s14074 # 14217
bit s13976 # 14218
adds s14075, s13877, s13976 # 14219
adds s13878, s14075, s14075 # 14220
bit s13977 # 14221
adds s14076, s13878, s13977 # 14222
adds s13879, s14076, s14076 # 14223
bit s13978 # 14224
adds s14077, s13879, s13978 # 14225
adds s13880, s14077, s14077 # 14226
bit s13979 # 14227
adds s14078, s13880, s13979 # 14228
adds s13881, s14078, s14078 # 14229
bit s13980 # 14230
adds s14079, s13881, s13980 # 14231
adds s13882, s14079, s14079 # 14232
bit s13981 # 14233
adds s14080, s13882, s13981 # 14234
adds s13883, s14080, s14080 # 14235
bit s13982 # 14236
adds s14081, s13883, s13982 # 14237
adds s13884, s14081, s14081 # 14238
bit s13983 # 14239
adds s14082, s13884, s13983 # 14240
adds s13885, s14082, s14082 # 14241
bit s13984 # 14242
adds s14083, s13885, s13984 # 14243
adds s13886, s14083, s14083 # 14244
bit s13985 # 14245
adds s14084, s13886, s13985 # 14246
adds s13887, s14084, s14084 # 14247
bit s13986 # 14248
adds s14085, s13887, s13986 # 14249
adds s13888, s14085, s14085 # 14250
bit s13987 # 14251
adds s14086, s13888, s13987 # 14252
adds s13889, s14086, s14086 # 14253
bit s13988 # 14254
adds s14087, s13889, s13988 # 14255
adds s13890, s14087, s14087 # 14256
bit s13989 # 14257
adds s14088, s13890, s13989 # 14258
adds s13891, s14088, s14088 # 14259
bit s13990 # 14260
adds s14089, s13891, s13990 # 14261
adds s13892, s14089, s14089 # 14262
bit s13991 # 14263
adds s14090, s13892, s13991 # 14264
adds s13893, s14090, s14090 # 14265
bit s13992 # 14266
adds s14091, s13893, s13992 # 14267
adds s13894, s14091, s14091 # 14268
bit s13993 # 14269
adds s14092, s13894, s13993 # 14270
adds s13895, s14092, s14092 # 14271
bit s13994 # 14272
adds s14093, s13895, s13994 # 14273
adds s13896, s14093, s14093 # 14274
bit s13995 # 14275
adds s14094, s13896, s13995 # 14276
adds s13897, s14094, s14094 # 14277
bit s13996 # 14278
adds s14095, s13897, s13996 # 14279
adds s13898, s14095, s14095 # 14280
bit s13997 # 14281
adds s14096, s13898, s13997 # 14282
adds s13899, s14096, s14096 # 14283
bit s13998 # 14284
adds s14097, s13899, s13998 # 14285
adds s13900, s14097, s14097 # 14286
bit s13999 # 14287
adds s14098, s13900, s13999 # 14288
adds s13901, s14098, s14098 # 14289
bit s14000 # 14290
adds s14099, s13901, s14000 # 14291
adds s13902, s14099, s14099 # 14292
bit s14001 # 14293
adds s14100, s13902, s14001 # 14294
adds s13903, s14100, s14100 # 14295
bit s14002 # 14296
adds s14101, s13903, s14002 # 14297
adds s13904, s14101, s14101 # 14298
bit s14003 # 14299
adds s14102, s13904, s14003 # 14300
adds s13905, s14102, s14102 # 14301
bit s14004 # 14302
adds s14103, s13905, s14004 # 14303
adds s13906, s14103, s14103 # 14304
bit s14005 # 14305
adds s14104, s13906, s14005 # 14306
adds s13907, s14104, s14104 # 14307
bit s14006 # 14308
adds s14105, s13907, s14006 # 14309
adds s13908, s14105, s14105 # 14310
bit s14007 # 14311
adds s14106, s13908, s14007 # 14312
adds s13909, s14106, s14106 # 14313
bit s14008 # 14314
adds s14107, s13909, s14008 # 14315
adds s13910, s14107, s14107 # 14316
bit s14009 # 14317
adds s14108, s13910, s14009 # 14318
adds s13911, s14108, s14108 # 14319
bit s14010 # 14320
adds s14109, s13911, s14010 # 14321
adds s13912, s14109, s14109 # 14322
bit s14011 # 14323
adds s14110, s13912, s14011 # 14324
adds s13913, s14110, s14110 # 14325
bit s14012 # 14326
adds s14111, s13913, s14012 # 14327
adds s13914, s14111, s14111 # 14328
bit s14013 # 14329
adds s14112, s13914, s14013 # 14330
adds s13915, s14112, s14112 # 14331
bit s14014 # 14332
adds s14113, s13915, s14014 # 14333
adds s13916, s14113, s14113 # 14334
bit s14015 # 14335
adds s14114, s13916, s14015 # 14336
adds s13917, s14114, s14114 # 14337
bit s14016 # 14338
adds s14115, s13917, s14016 # 14339
adds s13918, s14115, s14115 # 14340
bit s14017 # 14341
adds s14116, s13918, s14017 # 14342
adds s13919, s14116, s14116 # 14343
bit s14018 # 14344
adds s14117, s13919, s14018 # 14345
adds s13920, s14117, s14117 # 14346
bit s14019 # 14347
adds s14118, s13920, s14019 # 14348
adds s13921, s14118, s14118 # 14349
bit s14020 # 14350
adds s14119, s13921, s14020 # 14351
adds s13922, s14119, s14119 # 14352
bit s14021 # 14353
adds s14120, s13922, s14021 # 14354
adds s13923, s14120, s14120 # 14355
bit s14022 # 14356
adds s14121, s13923, s14022 # 14357
adds s13924, s14121, s14121 # 14358
bit s14023 # 14359
adds s14122, s13924, s14023 # 14360
adds s13925, s14122, s14122 # 14361
bit s14024 # 14362
adds s14123, s13925, s14024 # 14363
adds s13926, s14123, s14123 # 14364
bit s14025 # 14365
adds s14124, s13926, s14025 # 14366
adds s13927, s14124, s14124 # 14367
bit s14026 # 14368
adds s13804, s13927, s14026 # 14369
bit s13810 # 14370
adds s13821, s13810, s13810 # 14371
bit s13809 # 14372
adds s13822, s13821, s13809 # 14373
adds s13823, s13822, s13822 # 14374
bit s13808 # 14375
adds s13824, s13823, s13808 # 14376
adds s13825, s13824, s13824 # 14377
bit s13807 # 14378
adds s13826, s13825, s13807 # 14379
adds s13827, s13826, s13826 # 14380
bit s13806 # 14381
adds s13828, s13827, s13806 # 14382
movs s13805, s13828 # 14383
ldi c708, 32 # 14384
movc c706, c708 # 14385
mulm s13813, s13804, c706 # 14386
ldi c709, 8 # 14387
mulci c710, c709, 1073741824 # 14388
mulci c711, c710, 1073741824 # 14389
movc c707, c711 # 14390
addm s13814, s10743, c707 # 14391
adds s13815, s13813, s13814 # 14392
adds s13816, s13815, s13805 # 14393
startopen 1, s13816 # 14394
stopopen 1, c704 # 14395
modc c705, c704, c706 # 14396
modci c712, c705, 2 # 14397
subc c718, c705, c712 # 14398
mulc c723, c718, c38 # 14399
modci c713, c723, 2 # 14400
subc c719, c723, c713 # 14401
mulc c724, c719, c38 # 14402
modci c714, c724, 2 # 14403
subc c720, c724, c714 # 14404
mulc c725, c720, c38 # 14405
modci c715, c725, 2 # 14406
subc c721, c725, c715 # 14407
mulc c726, c721, c38 # 14408
modci c716, c726, 2 # 14409
subsfi s14126, s13806, 1 # 14410
subsfi s14127, s13807, 1 # 14411
subsfi s14128, s13808, 1 # 14412
subsfi s14129, s13809, 1 # 14413
subsfi s14130, s13810, 1 # 14414
mulm s14142, s14130, c716 # 14415
mulsi s14147, s14142, 2 # 14416
addm s14152, s14130, c716 # 14417
subs s14157, s14152, s14147 # 14418
mulm s14143, s14129, c715 # 14419
mulsi s14148, s14143, 2 # 14420
addm s14153, s14129, c715 # 14421
subs s14158, s14153, s14148 # 14422
mulm s14144, s14128, c714 # 14423
mulsi s14149, s14144, 2 # 14424
addm s14154, s14128, c714 # 14425
subs s14159, s14154, s14149 # 14426
mulm s14145, s14127, c713 # 14427
mulsi s14150, s14145, 2 # 14428
addm s14155, s14127, c713 # 14429
subs s14160, s14155, s14150 # 14430
mulm s14146, s14126, c712 # 14431
mulsi s14151, s14146, 2 # 14432
addm s14156, s14126, c712 # 14433
subs s14161, s14156, s14151 # 14434
mulsi s14162, s14161, 1 # 14435
adds s14163, s14146, s14162 # 14436
triple s14168, s14169, s14170 # 14437
subs s14171, s14158, s14168 # 14438
subs s14172, s14159, s14169 # 14439
startopen 2, s14171, s14172 # 14440
stopopen 2, c727, c728 # 14441
mulm s14173, s14169, c727 # 14442
mulm s14174, s14168, c728 # 14443
mulc c729, c727, c728 # 14444
adds s14175, s14170, s14173 # 14445
adds s14176, s14175, s14174 # 14446
addm s14165, s14176, c729 # 14447
triple s14177, s14178, s14179 # 14448
subs s14180, s14158, s14177 # 14449
subs s14181, s14144, s14178 # 14450
startopen 2, s14180, s14181 # 14451
stopopen 2, c730, c731 # 14452
mulm s14182, s14178, c730 # 14453
mulm s14183, s14177, c731 # 14454
mulc c732, c730, c731 # 14455
adds s14184, s14179, s14182 # 14456
adds s14185, s14184, s14183 # 14457
addm s14166, s14185, c732 # 14458
adds s14167, s14143, s14166 # 14459
triple s14189, s14190, s14191 # 14460
subs s14192, s14160, s14189 # 14461
subs s14193, s14163, s14190 # 14462
startopen 2, s14192, s14193 # 14463
stopopen 2, c733, c734 # 14464
mulm s14194, s14190, c733 # 14465
mulm s14195, s14189, c734 # 14466
mulc c735, c733, c734 # 14467
adds s14196, s14191, s14194 # 14468
adds s14197, s14196, s14195 # 14469
addm s14187, s14197, c735 # 14470
adds s14188, s14145, s14187 # 14471
triple s14201, s14202, s14203 # 14472
subs s14204, s14165, s14201 # 14473
subs s14205, s14188, s14202 # 14474
startopen 2, s14204, s14205 # 14475
stopopen 2, c736, c737 # 14476
mulm s14206, s14202, c736 # 14477
mulm s14207, s14201, c737 # 14478
mulc c738, c736, c737 # 14479
adds s14208, s14203, s14206 # 14480
adds s14209, s14208, s14207 # 14481
addm s14199, s14209, c738 # 14482
adds s14200, s14167, s14199 # 14483
triple s14213, s14214, s14215 # 14484
subs s14216, s14157, s14213 # 14485
subs s14217, s14200, s14214 # 14486
startopen 2, s14216, s14217 # 14487
stopopen 2, c739, c740 # 14488
mulm s14218, s14214, c739 # 14489
mulm s14219, s14213, c740 # 14490
mulc c741, c739, c740 # 14491
adds s14220, s14215, s14218 # 14492
adds s14221, s14220, s14219 # 14493
addm s14211, s14221, c741 # 14494
adds s14212, s14142, s14211 # 14495
movs s14136, s14212 # 14496
subsfi s13812, s14136, 1 # 14497
mulm s13817, s13812, c706 # 14498
submr s13818, c705, s13805 # 14499
adds s13803, s13818, s13817 # 14500
subs s14222, s10743, s13803 # 14501
ldi c742, 1 # 14502
divci c743, c742, 32 # 14503
mulm s14223, s14222, c743 # 14504
bit s14442 # 14505
adds s14237, s14442, s14442 # 14506
bit s14340 # 14507
adds s14443, s14237, s14340 # 14508
adds s14238, s14443, s14443 # 14509
bit s14341 # 14510
adds s14444, s14238, s14341 # 14511
adds s14239, s14444, s14444 # 14512
bit s14342 # 14513
adds s14445, s14239, s14342 # 14514
adds s14240, s14445, s14445 # 14515
bit s14343 # 14516
adds s14446, s14240, s14343 # 14517
adds s14241, s14446, s14446 # 14518
bit s14344 # 14519
adds s14447, s14241, s14344 # 14520
adds s14242, s14447, s14447 # 14521
bit s14345 # 14522
adds s14448, s14242, s14345 # 14523
adds s14243, s14448, s14448 # 14524
bit s14346 # 14525
adds s14449, s14243, s14346 # 14526
adds s14244, s14449, s14449 # 14527
bit s14347 # 14528
adds s14450, s14244, s14347 # 14529
adds s14245, s14450, s14450 # 14530
bit s14348 # 14531
adds s14451, s14245, s14348 # 14532
adds s14246, s14451, s14451 # 14533
bit s14349 # 14534
adds s14452, s14246, s14349 # 14535
adds s14247, s14452, s14452 # 14536
bit s14350 # 14537
adds s14453, s14247, s14350 # 14538
adds s14248, s14453, s14453 # 14539
bit s14351 # 14540
adds s14454, s14248, s14351 # 14541
adds s14249, s14454, s14454 # 14542
bit s14352 # 14543
adds s14455, s14249, s14352 # 14544
adds s14250, s14455, s14455 # 14545
bit s14353 # 14546
adds s14456, s14250, s14353 # 14547
adds s14251, s14456, s14456 # 14548
bit s14354 # 14549
adds s14457, s14251, s14354 # 14550
adds s14252, s14457, s14457 # 14551
bit s14355 # 14552
adds s14458, s14252, s14355 # 14553
adds s14253, s14458, s14458 # 14554
bit s14356 # 14555
adds s14459, s14253, s14356 # 14556
adds s14254, s14459, s14459 # 14557
bit s14357 # 14558
adds s14460, s14254, s14357 # 14559
adds s14255, s14460, s14460 # 14560
bit s14358 # 14561
adds s14461, s14255, s14358 # 14562
adds s14256, s14461, s14461 # 14563
bit s14359 # 14564
adds s14462, s14256, s14359 # 14565
adds s14257, s14462, s14462 # 14566
bit s14360 # 14567
adds s14463, s14257, s14360 # 14568
adds s14258, s14463, s14463 # 14569
bit s14361 # 14570
adds s14464, s14258, s14361 # 14571
adds s14259, s14464, s14464 # 14572
bit s14362 # 14573
adds s14465, s14259, s14362 # 14574
adds s14260, s14465, s14465 # 14575
bit s14363 # 14576
adds s14466, s14260, s14363 # 14577
adds s14261, s14466, s14466 # 14578
bit s14364 # 14579
adds s14467, s14261, s14364 # 14580
adds s14262, s14467, s14467 # 14581
bit s14365 # 14582
adds s14468, s14262, s14365 # 14583
adds s14263, s14468, s14468 # 14584
bit s14366 # 14585
adds s14469, s14263, s14366 # 14586
adds s14264, s14469, s14469 # 14587
bit s14367 # 14588
adds s14470, s14264, s14367 # 14589
adds s14265, s14470, s14470 # 14590
bit s14368 # 14591
adds s14471, s14265, s14368 # 14592
adds s14266, s14471, s14471 # 14593
bit s14369 # 14594
adds s14472, s14266, s14369 # 14595
adds s14267, s14472, s14472 # 14596
bit s14370 # 14597
adds s14473, s14267, s14370 # 14598
adds s14268, s14473, s14473 # 14599
bit s14371 # 14600
adds s14474, s14268, s14371 # 14601
adds s14269, s14474, s14474 # 14602
bit s14372 # 14603
adds s14475, s14269, s14372 # 14604
adds s14270, s14475, s14475 # 14605
bit s14373 # 14606
adds s14476, s14270, s14373 # 14607
adds s14271, s14476, s14476 # 14608
bit s14374 # 14609
adds s14477, s14271, s14374 # 14610
adds s14272, s14477, s14477 # 14611
bit s14375 # 14612
adds s14478, s14272, s14375 # 14613
adds s14273, s14478, s14478 # 14614
bit s14376 # 14615
adds s14479, s14273, s14376 # 14616
adds s14274, s14479, s14479 # 14617
bit s14377 # 14618
adds s14480, s14274, s14377 # 14619
adds s14275, s14480, s14480 # 14620
bit s14378 # 14621
adds s14481, s14275, s14378 # 14622
adds s14276, s14481, s14481 # 14623
bit s14379 # 14624
adds s14482, s14276, s14379 # 14625
adds s14277, s14482, s14482 # 14626
bit s14380 # 14627
adds s14483, s14277, s14380 # 14628
adds s14278, s14483, s14483 # 14629
bit s14381 # 14630
adds s14484, s14278, s14381 # 14631
adds s14279, s14484, s14484 # 14632
bit s14382 # 14633
adds s14485, s14279, s14382 # 14634
adds s14280, s14485, s14485 # 14635
bit s14383 # 14636
adds s14486, s14280, s14383 # 14637
adds s14281, s14486, s14486 # 14638
bit s14384 # 14639
adds s14487, s14281, s14384 # 14640
adds s14282, s14487, s14487 # 14641
bit s14385 # 14642
adds s14488, s14282, s14385 # 14643
adds s14283, s14488, s14488 # 14644
bit s14386 # 14645
adds s14489, s14283, s14386 # 14646
adds s14284, s14489, s14489 # 14647
bit s14387 # 14648
adds s14490, s14284, s14387 # 14649
adds s14285, s14490, s14490 # 14650
bit s14388 # 14651
adds s14491, s14285, s14388 # 14652
adds s14286, s14491, s14491 # 14653
bit s14389 # 14654
adds s14492, s14286, s14389 # 14655
adds s14287, s14492, s14492 # 14656
bit s14390 # 14657
adds s14493, s14287, s14390 # 14658
adds s14288, s14493, s14493 # 14659
bit s14391 # 14660
adds s14494, s14288, s14391 # 14661
adds s14289, s14494, s14494 # 14662
bit s14392 # 14663
adds s14495, s14289, s14392 # 14664
adds s14290, s14495, s14495 # 14665
bit s14393 # 14666
adds s14496, s14290, s14393 # 14667
adds s14291, s14496, s14496 # 14668
bit s14394 # 14669
adds s14497, s14291, s14394 # 14670
adds s14292, s14497, s14497 # 14671
bit s14395 # 14672
adds s14498, s14292, s14395 # 14673
adds s14293, s14498, s14498 # 14674
bit s14396 # 14675
adds s14499, s14293, s14396 # 14676
adds s14294, s14499, s14499 # 14677
bit s14397 # 14678
adds s14500, s14294, s14397 # 14679
adds s14295, s14500, s14500 # 14680
bit s14398 # 14681
adds s14501, s14295, s14398 # 14682
adds s14296, s14501, s14501 # 14683
bit s14399 # 14684
adds s14502, s14296, s14399 # 14685
adds s14297, s14502, s14502 # 14686
bit s14400 # 14687
adds s14503, s14297, s14400 # 14688
adds s14298, s14503, s14503 # 14689
bit s14401 # 14690
adds s14504, s14298, s14401 # 14691
adds s14299, s14504, s14504 # 14692
bit s14402 # 14693
adds s14505, s14299, s14402 # 14694
adds s14300, s14505, s14505 # 14695
bit s14403 # 14696
adds s14506, s14300, s14403 # 14697
adds s14301, s14506, s14506 # 14698
bit s14404 # 14699
adds s14507, s14301, s14404 # 14700
adds s14302, s14507, s14507 # 14701
bit s14405 # 14702
adds s14508, s14302, s14405 # 14703
adds s14303, s14508, s14508 # 14704
bit s14406 # 14705
adds s14509, s14303, s14406 # 14706
adds s14304, s14509, s14509 # 14707
bit s14407 # 14708
adds s14510, s14304, s14407 # 14709
adds s14305, s14510, s14510 # 14710
bit s14408 # 14711
adds s14511, s14305, s14408 # 14712
adds s14306, s14511, s14511 # 14713
bit s14409 # 14714
adds s14512, s14306, s14409 # 14715
adds s14307, s14512, s14512 # 14716
bit s14410 # 14717
adds s14513, s14307, s14410 # 14718
adds s14308, s14513, s14513 # 14719
bit s14411 # 14720
adds s14514, s14308, s14411 # 14721
adds s14309, s14514, s14514 # 14722
bit s14412 # 14723
adds s14515, s14309, s14412 # 14724
adds s14310, s14515, s14515 # 14725
bit s14413 # 14726
adds s14516, s14310, s14413 # 14727
adds s14311, s14516, s14516 # 14728
bit s14414 # 14729
adds s14517, s14311, s14414 # 14730
adds s14312, s14517, s14517 # 14731
bit s14415 # 14732
adds s14518, s14312, s14415 # 14733
adds s14313, s14518, s14518 # 14734
bit s14416 # 14735
adds s14519, s14313, s14416 # 14736
adds s14314, s14519, s14519 # 14737
bit s14417 # 14738
adds s14520, s14314, s14417 # 14739
adds s14315, s14520, s14520 # 14740
bit s14418 # 14741
adds s14521, s14315, s14418 # 14742
adds s14316, s14521, s14521 # 14743
bit s14419 # 14744
adds s14522, s14316, s14419 # 14745
adds s14317, s14522, s14522 # 14746
bit s14420 # 14747
adds s14523, s14317, s14420 # 14748
adds s14318, s14523, s14523 # 14749
bit s14421 # 14750
adds s14524, s14318, s14421 # 14751
adds s14319, s14524, s14524 # 14752
bit s14422 # 14753
adds s14525, s14319, s14422 # 14754
adds s14320, s14525, s14525 # 14755
bit s14423 # 14756
adds s14526, s14320, s14423 # 14757
adds s14321, s14526, s14526 # 14758
bit s14424 # 14759
adds s14527, s14321, s14424 # 14760
adds s14322, s14527, s14527 # 14761
bit s14425 # 14762
adds s14528, s14322, s14425 # 14763
adds s14323, s14528, s14528 # 14764
bit s14426 # 14765
adds s14529, s14323, s14426 # 14766
adds s14324, s14529, s14529 # 14767
bit s14427 # 14768
adds s14530, s14324, s14427 # 14769
adds s14325, s14530, s14530 # 14770
bit s14428 # 14771
adds s14531, s14325, s14428 # 14772
adds s14326, s14531, s14531 # 14773
bit s14429 # 14774
adds s14532, s14326, s14429 # 14775
adds s14327, s14532, s14532 # 14776
bit s14430 # 14777
adds s14533, s14327, s14430 # 14778
adds s14328, s14533, s14533 # 14779
bit s14431 # 14780
adds s14534, s14328, s14431 # 14781
adds s14329, s14534, s14534 # 14782
bit s14432 # 14783
adds s14535, s14329, s14432 # 14784
adds s14330, s14535, s14535 # 14785
bit s14433 # 14786
adds s14536, s14330, s14433 # 14787
adds s14331, s14536, s14536 # 14788
bit s14434 # 14789
adds s14537, s14331, s14434 # 14790
adds s14332, s14537, s14537 # 14791
bit s14435 # 14792
adds s14538, s14332, s14435 # 14793
adds s14333, s14538, s14538 # 14794
bit s14436 # 14795
adds s14539, s14333, s14436 # 14796
adds s14334, s14539, s14539 # 14797
bit s14437 # 14798
adds s14540, s14334, s14437 # 14799
adds s14335, s14540, s14540 # 14800
bit s14438 # 14801
adds s14541, s14335, s14438 # 14802
adds s14336, s14541, s14541 # 14803
bit s14439 # 14804
adds s14542, s14336, s14439 # 14805
adds s14337, s14542, s14542 # 14806
bit s14440 # 14807
adds s14543, s14337, s14440 # 14808
adds s14338, s14543, s14543 # 14809
bit s14441 # 14810
adds s14225, s14338, s14441 # 14811
bit s14227 # 14812
movs s14226, s14227 # 14813
mulsi s14228, s14225, 2 # 14814
ldi c748, 8 # 14815
mulci c749, c748, 1073741824 # 14816
mulci c750, c749, 1073741824 # 14817
movc c747, c750 # 14818
addm s14229, s14223, c747 # 14819
adds s14230, s14228, s14229 # 14820
adds s14231, s14230, s14226 # 14821
startopen 1, s14231 # 14822
stopopen 1, c744 # 14823
modci c745, c744, 2 # 14824
mulci c746, c745, 2 # 14825
mulm s14232, s14227, c746 # 14826
addm s14233, s14227, c745 # 14827
subs s14224, s14233, s14232 # 14828
stms s14224, 8341 # 14829
bit s14770 # 14830
adds s14575, s14770, s14770 # 14831
bit s14673 # 14832
adds s14771, s14575, s14673 # 14833
adds s14576, s14771, s14771 # 14834
bit s14674 # 14835
adds s14772, s14576, s14674 # 14836
adds s14577, s14772, s14772 # 14837
bit s14675 # 14838
adds s14773, s14577, s14675 # 14839
adds s14578, s14773, s14773 # 14840
bit s14676 # 14841
adds s14774, s14578, s14676 # 14842
adds s14579, s14774, s14774 # 14843
bit s14677 # 14844
adds s14775, s14579, s14677 # 14845
adds s14580, s14775, s14775 # 14846
bit s14678 # 14847
adds s14776, s14580, s14678 # 14848
adds s14581, s14776, s14776 # 14849
bit s14679 # 14850
adds s14777, s14581, s14679 # 14851
adds s14582, s14777, s14777 # 14852
bit s14680 # 14853
adds s14778, s14582, s14680 # 14854
adds s14583, s14778, s14778 # 14855
bit s14681 # 14856
adds s14779, s14583, s14681 # 14857
adds s14584, s14779, s14779 # 14858
bit s14682 # 14859
adds s14780, s14584, s14682 # 14860
adds s14585, s14780, s14780 # 14861
bit s14683 # 14862
adds s14781, s14585, s14683 # 14863
adds s14586, s14781, s14781 # 14864
bit s14684 # 14865
adds s14782, s14586, s14684 # 14866
adds s14587, s14782, s14782 # 14867
bit s14685 # 14868
adds s14783, s14587, s14685 # 14869
adds s14588, s14783, s14783 # 14870
bit s14686 # 14871
adds s14784, s14588, s14686 # 14872
adds s14589, s14784, s14784 # 14873
bit s14687 # 14874
adds s14785, s14589, s14687 # 14875
adds s14590, s14785, s14785 # 14876
bit s14688 # 14877
adds s14786, s14590, s14688 # 14878
adds s14591, s14786, s14786 # 14879
bit s14689 # 14880
adds s14787, s14591, s14689 # 14881
adds s14592, s14787, s14787 # 14882
bit s14690 # 14883
adds s14788, s14592, s14690 # 14884
adds s14593, s14788, s14788 # 14885
bit s14691 # 14886
adds s14789, s14593, s14691 # 14887
adds s14594, s14789, s14789 # 14888
bit s14692 # 14889
adds s14790, s14594, s14692 # 14890
adds s14595, s14790, s14790 # 14891
bit s14693 # 14892
adds s14791, s14595, s14693 # 14893
adds s14596, s14791, s14791 # 14894
bit s14694 # 14895
adds s14792, s14596, s14694 # 14896
adds s14597, s14792, s14792 # 14897
bit s14695 # 14898
adds s14793, s14597, s14695 # 14899
adds s14598, s14793, s14793 # 14900
bit s14696 # 14901
adds s14794, s14598, s14696 # 14902
adds s14599, s14794, s14794 # 14903
bit s14697 # 14904
adds s14795, s14599, s14697 # 14905
adds s14600, s14795, s14795 # 14906
bit s14698 # 14907
adds s14796, s14600, s14698 # 14908
adds s14601, s14796, s14796 # 14909
bit s14699 # 14910
adds s14797, s14601, s14699 # 14911
adds s14602, s14797, s14797 # 14912
bit s14700 # 14913
adds s14798, s14602, s14700 # 14914
adds s14603, s14798, s14798 # 14915
bit s14701 # 14916
adds s14799, s14603, s14701 # 14917
adds s14604, s14799, s14799 # 14918
bit s14702 # 14919
adds s14800, s14604, s14702 # 14920
adds s14605, s14800, s14800 # 14921
bit s14703 # 14922
adds s14801, s14605, s14703 # 14923
adds s14606, s14801, s14801 # 14924
bit s14704 # 14925
adds s14802, s14606, s14704 # 14926
adds s14607, s14802, s14802 # 14927
bit s14705 # 14928
adds s14803, s14607, s14705 # 14929
adds s14608, s14803, s14803 # 14930
bit s14706 # 14931
adds s14804, s14608, s14706 # 14932
adds s14609, s14804, s14804 # 14933
bit s14707 # 14934
adds s14805, s14609, s14707 # 14935
adds s14610, s14805, s14805 # 14936
bit s14708 # 14937
adds s14806, s14610, s14708 # 14938
adds s14611, s14806, s14806 # 14939
bit s14709 # 14940
adds s14807, s14611, s14709 # 14941
adds s14612, s14807, s14807 # 14942
bit s14710 # 14943
adds s14808, s14612, s14710 # 14944
adds s14613, s14808, s14808 # 14945
bit s14711 # 14946
adds s14809, s14613, s14711 # 14947
adds s14614, s14809, s14809 # 14948
bit s14712 # 14949
adds s14810, s14614, s14712 # 14950
adds s14615, s14810, s14810 # 14951
bit s14713 # 14952
adds s14811, s14615, s14713 # 14953
adds s14616, s14811, s14811 # 14954
bit s14714 # 14955
adds s14812, s14616, s14714 # 14956
adds s14617, s14812, s14812 # 14957
bit s14715 # 14958
adds s14813, s14617, s14715 # 14959
adds s14618, s14813, s14813 # 14960
bit s14716 # 14961
adds s14814, s14618, s14716 # 14962
adds s14619, s14814, s14814 # 14963
bit s14717 # 14964
adds s14815, s14619, s14717 # 14965
adds s14620, s14815, s14815 # 14966
bit s14718 # 14967
adds s14816, s14620, s14718 # 14968
adds s14621, s14816, s14816 # 14969
bit s14719 # 14970
adds s14817, s14621, s14719 # 14971
adds s14622, s14817, s14817 # 14972
bit s14720 # 14973
adds s14818, s14622, s14720 # 14974
adds s14623, s14818, s14818 # 14975
bit s14721 # 14976
adds s14819, s14623, s14721 # 14977
adds s14624, s14819, s14819 # 14978
bit s14722 # 14979
adds s14820, s14624, s14722 # 14980
adds s14625, s14820, s14820 # 14981
bit s14723 # 14982
adds s14821, s14625, s14723 # 14983
adds s14626, s14821, s14821 # 14984
bit s14724 # 14985
adds s14822, s14626, s14724 # 14986
adds s14627, s14822, s14822 # 14987
bit s14725 # 14988
adds s14823, s14627, s14725 # 14989
adds s14628, s14823, s14823 # 14990
bit s14726 # 14991
adds s14824, s14628, s14726 # 14992
adds s14629, s14824, s14824 # 14993
bit s14727 # 14994
adds s14825, s14629, s14727 # 14995
adds s14630, s14825, s14825 # 14996
bit s14728 # 14997
adds s14826, s14630, s14728 # 14998
adds s14631, s14826, s14826 # 14999
bit s14729 # 15000
adds s14827, s14631, s14729 # 15001
adds s14632, s14827, s14827 # 15002
bit s14730 # 15003
adds s14828, s14632, s14730 # 15004
adds s14633, s14828, s14828 # 15005
bit s14731 # 15006
adds s14829, s14633, s14731 # 15007
adds s14634, s14829, s14829 # 15008
bit s14732 # 15009
adds s14830, s14634, s14732 # 15010
adds s14635, s14830, s14830 # 15011
bit s14733 # 15012
adds s14831, s14635, s14733 # 15013
adds s14636, s14831, s14831 # 15014
bit s14734 # 15015
adds s14832, s14636, s14734 # 15016
adds s14637, s14832, s14832 # 15017
bit s14735 # 15018
adds s14833, s14637, s14735 # 15019
adds s14638, s14833, s14833 # 15020
bit s14736 # 15021
adds s14834, s14638, s14736 # 15022
adds s14639, s14834, s14834 # 15023
bit s14737 # 15024
adds s14835, s14639, s14737 # 15025
adds s14640, s14835, s14835 # 15026
bit s14738 # 15027
adds s14836, s14640, s14738 # 15028
adds s14641, s14836, s14836 # 15029
bit s14739 # 15030
adds s14837, s14641, s14739 # 15031
adds s14642, s14837, s14837 # 15032
bit s14740 # 15033
adds s14838, s14642, s14740 # 15034
adds s14643, s14838, s14838 # 15035
bit s14741 # 15036
adds s14839, s14643, s14741 # 15037
adds s14644, s14839, s14839 # 15038
bit s14742 # 15039
adds s14840, s14644, s14742 # 15040
adds s14645, s14840, s14840 # 15041
bit s14743 # 15042
adds s14841, s14645, s14743 # 15043
adds s14646, s14841, s14841 # 15044
bit s14744 # 15045
adds s14842, s14646, s14744 # 15046
adds s14647, s14842, s14842 # 15047
bit s14745 # 15048
adds s14843, s14647, s14745 # 15049
adds s14648, s14843, s14843 # 15050
bit s14746 # 15051
adds s14844, s14648, s14746 # 15052
adds s14649, s14844, s14844 # 15053
bit s14747 # 15054
adds s14845, s14649, s14747 # 15055
adds s14650, s14845, s14845 # 15056
bit s14748 # 15057
adds s14846, s14650, s14748 # 15058
adds s14651, s14846, s14846 # 15059
bit s14749 # 15060
adds s14847, s14651, s14749 # 15061
adds s14652, s14847, s14847 # 15062
bit s14750 # 15063
adds s14848, s14652, s14750 # 15064
adds s14653, s14848, s14848 # 15065
bit s14751 # 15066
adds s14849, s14653, s14751 # 15067
adds s14654, s14849, s14849 # 15068
bit s14752 # 15069
adds s14850, s14654, s14752 # 15070
adds s14655, s14850, s14850 # 15071
bit s14753 # 15072
adds s14851, s14655, s14753 # 15073
adds s14656, s14851, s14851 # 15074
bit s14754 # 15075
adds s14852, s14656, s14754 # 15076
adds s14657, s14852, s14852 # 15077
bit s14755 # 15078
adds s14853, s14657, s14755 # 15079
adds s14658, s14853, s14853 # 15080
bit s14756 # 15081
adds s14854, s14658, s14756 # 15082
adds s14659, s14854, s14854 # 15083
bit s14757 # 15084
adds s14855, s14659, s14757 # 15085
adds s14660, s14855, s14855 # 15086
bit s14758 # 15087
adds s14856, s14660, s14758 # 15088
adds s14661, s14856, s14856 # 15089
bit s14759 # 15090
adds s14857, s14661, s14759 # 15091
adds s14662, s14857, s14857 # 15092
bit s14760 # 15093
adds s14858, s14662, s14760 # 15094
adds s14663, s14858, s14858 # 15095
bit s14761 # 15096
adds s14859, s14663, s14761 # 15097
adds s14664, s14859, s14859 # 15098
bit s14762 # 15099
adds s14860, s14664, s14762 # 15100
adds s14665, s14860, s14860 # 15101
bit s14763 # 15102
adds s14861, s14665, s14763 # 15103
adds s14666, s14861, s14861 # 15104
bit s14764 # 15105
adds s14862, s14666, s14764 # 15106
adds s14667, s14862, s14862 # 15107
bit s14765 # 15108
adds s14863, s14667, s14765 # 15109
adds s14668, s14863, s14863 # 15110
bit s14766 # 15111
adds s14864, s14668, s14766 # 15112
adds s14669, s14864, s14864 # 15113
bit s14767 # 15114
adds s14865, s14669, s14767 # 15115
adds s14670, s14865, s14865 # 15116
bit s14768 # 15117
adds s14866, s14670, s14768 # 15118
adds s14671, s14866, s14866 # 15119
bit s14769 # 15120
adds s14546, s14671, s14769 # 15121
bit s14553 # 15122
adds s14564, s14553, s14553 # 15123
bit s14552 # 15124
adds s14565, s14564, s14552 # 15125
adds s14566, s14565, s14565 # 15126
bit s14551 # 15127
adds s14567, s14566, s14551 # 15128
adds s14568, s14567, s14567 # 15129
bit s14550 # 15130
adds s14569, s14568, s14550 # 15131
adds s14570, s14569, s14569 # 15132
bit s14549 # 15133
adds s14571, s14570, s14549 # 15134
adds s14572, s14571, s14571 # 15135
bit s14548 # 15136
adds s14573, s14572, s14548 # 15137
movs s14547, s14573 # 15138
ldi c755, 64 # 15139
movc c753, c755 # 15140
mulm s14556, s14546, c753 # 15141
ldi c756, 8 # 15142
mulci c757, c756, 1073741824 # 15143
mulci c758, c757, 1073741824 # 15144
movc c754, c758 # 15145
addm s14557, s10743, c754 # 15146
adds s14558, s14556, s14557 # 15147
adds s14559, s14558, s14547 # 15148
startopen 1, s14559 # 15149
stopopen 1, c751 # 15150
modc c752, c751, c753 # 15151
modci c759, c752, 2 # 15152
subc c766, c752, c759 # 15153
mulc c772, c766, c38 # 15154
modci c760, c772, 2 # 15155
subc c767, c772, c760 # 15156
mulc c773, c767, c38 # 15157
modci c761, c773, 2 # 15158
subc c768, c773, c761 # 15159
mulc c774, c768, c38 # 15160
modci c762, c774, 2 # 15161
subc c769, c774, c762 # 15162
mulc c775, c769, c38 # 15163
modci c763, c775, 2 # 15164
subc c770, c775, c763 # 15165
mulc c776, c770, c38 # 15166
modci c764, c776, 2 # 15167
subsfi s14868, s14548, 1 # 15168
subsfi s14869, s14549, 1 # 15169
subsfi s14870, s14550, 1 # 15170
subsfi s14871, s14551, 1 # 15171
subsfi s14872, s14552, 1 # 15172
subsfi s14873, s14553, 1 # 15173
mulm s14887, s14873, c764 # 15174
mulsi s14893, s14887, 2 # 15175
addm s14899, s14873, c764 # 15176
subs s14905, s14899, s14893 # 15177
mulm s14888, s14872, c763 # 15178
mulsi s14894, s14888, 2 # 15179
addm s14900, s14872, c763 # 15180
subs s14906, s14900, s14894 # 15181
mulm s14889, s14871, c762 # 15182
mulsi s14895, s14889, 2 # 15183
addm s14901, s14871, c762 # 15184
subs s14907, s14901, s14895 # 15185
mulm s14890, s14870, c761 # 15186
mulsi s14896, s14890, 2 # 15187
addm s14902, s14870, c761 # 15188
subs s14908, s14902, s14896 # 15189
mulm s14891, s14869, c760 # 15190
mulsi s14897, s14891, 2 # 15191
addm s14903, s14869, c760 # 15192
subs s14909, s14903, s14897 # 15193
mulm s14892, s14868, c759 # 15194
mulsi s14898, s14892, 2 # 15195
addm s14904, s14868, c759 # 15196
subs s14910, s14904, s14898 # 15197
mulsi s14911, s14910, 1 # 15198
adds s14912, s14892, s14911 # 15199
triple s14917, s14918, s14919 # 15200
subs s14920, s14905, s14917 # 15201
subs s14921, s14906, s14918 # 15202
startopen 2, s14920, s14921 # 15203
stopopen 2, c777, c778 # 15204
mulm s14922, s14918, c777 # 15205
mulm s14923, s14917, c778 # 15206
mulc c779, c777, c778 # 15207
adds s14924, s14919, s14922 # 15208
adds s14925, s14924, s14923 # 15209
addm s14914, s14925, c779 # 15210
triple s14926, s14927, s14928 # 15211
subs s14929, s14905, s14926 # 15212
subs s14930, s14888, s14927 # 15213
startopen 2, s14929, s14930 # 15214
stopopen 2, c780, c781 # 15215
mulm s14931, s14927, c780 # 15216
mulm s14932, s14926, c781 # 15217
mulc c782, c780, c781 # 15218
adds s14933, s14928, s14931 # 15219
adds s14934, s14933, s14932 # 15220
addm s14915, s14934, c782 # 15221
adds s14916, s14887, s14915 # 15222
triple s14938, s14939, s14940 # 15223
subs s14941, s14907, s14938 # 15224
subs s14942, s14908, s14939 # 15225
startopen 2, s14941, s14942 # 15226
stopopen 2, c783, c784 # 15227
mulm s14943, s14939, c783 # 15228
mulm s14944, s14938, c784 # 15229
mulc c785, c783, c784 # 15230
adds s14945, s14940, s14943 # 15231
adds s14946, s14945, s14944 # 15232
addm s14935, s14946, c785 # 15233
triple s14947, s14948, s14949 # 15234
subs s14950, s14907, s14947 # 15235
subs s14951, s14890, s14948 # 15236
startopen 2, s14950, s14951 # 15237
stopopen 2, c786, c787 # 15238
mulm s14952, s14948, c786 # 15239
mulm s14953, s14947, c787 # 15240
mulc c788, c786, c787 # 15241
adds s14954, s14949, s14952 # 15242
adds s14955, s14954, s14953 # 15243
addm s14936, s14955, c788 # 15244
adds s14937, s14889, s14936 # 15245
triple s14959, s14960, s14961 # 15246
subs s14962, s14909, s14959 # 15247
subs s14963, s14912, s14960 # 15248
startopen 2, s14962, s14963 # 15249
stopopen 2, c789, c790 # 15250
mulm s14964, s14960, c789 # 15251
mulm s14965, s14959, c790 # 15252
mulc c791, c789, c790 # 15253
adds s14966, s14961, s14964 # 15254
adds s14967, s14966, s14965 # 15255
addm s14957, s14967, c791 # 15256
adds s14958, s14891, s14957 # 15257
triple s14971, s14972, s14973 # 15258
subs s14974, s14935, s14971 # 15259
subs s14975, s14958, s14972 # 15260
startopen 2, s14974, s14975 # 15261
stopopen 2, c792, c793 # 15262
mulm s14976, s14972, c792 # 15263
mulm s14977, s14971, c793 # 15264
mulc c794, c792, c793 # 15265
adds s14978, s14973, s14976 # 15266
adds s14979, s14978, s14977 # 15267
addm s14969, s14979, c794 # 15268
adds s14970, s14937, s14969 # 15269
triple s14983, s14984, s14985 # 15270
subs s14986, s14914, s14983 # 15271
subs s14987, s14970, s14984 # 15272
startopen 2, s14986, s14987 # 15273
stopopen 2, c795, c796 # 15274
mulm s14988, s14984, c795 # 15275
mulm s14989, s14983, c796 # 15276
mulc c797, c795, c796 # 15277
adds s14990, s14985, s14988 # 15278
adds s14991, s14990, s14989 # 15279
addm s14981, s14991, c797 # 15280
adds s14982, s14916, s14981 # 15281
movs s14880, s14982 # 15282
subsfi s14555, s14880, 1 # 15283
mulm s14560, s14555, c753 # 15284
submr s14561, c752, s14547 # 15285
adds s14545, s14561, s14560 # 15286
subs s14992, s10743, s14545 # 15287
ldi c798, 1 # 15288
divci c799, c798, 64 # 15289
mulm s14993, s14992, c799 # 15290
bit s15212 # 15291
adds s15007, s15212, s15212 # 15292
bit s15110 # 15293
adds s15213, s15007, s15110 # 15294
adds s15008, s15213, s15213 # 15295
bit s15111 # 15296
adds s15214, s15008, s15111 # 15297
adds s15009, s15214, s15214 # 15298
bit s15112 # 15299
adds s15215, s15009, s15112 # 15300
adds s15010, s15215, s15215 # 15301
bit s15113 # 15302
adds s15216, s15010, s15113 # 15303
adds s15011, s15216, s15216 # 15304
bit s15114 # 15305
adds s15217, s15011, s15114 # 15306
adds s15012, s15217, s15217 # 15307
bit s15115 # 15308
adds s15218, s15012, s15115 # 15309
adds s15013, s15218, s15218 # 15310
bit s15116 # 15311
adds s15219, s15013, s15116 # 15312
adds s15014, s15219, s15219 # 15313
bit s15117 # 15314
adds s15220, s15014, s15117 # 15315
adds s15015, s15220, s15220 # 15316
bit s15118 # 15317
adds s15221, s15015, s15118 # 15318
adds s15016, s15221, s15221 # 15319
bit s15119 # 15320
adds s15222, s15016, s15119 # 15321
adds s15017, s15222, s15222 # 15322
bit s15120 # 15323
adds s15223, s15017, s15120 # 15324
adds s15018, s15223, s15223 # 15325
bit s15121 # 15326
adds s15224, s15018, s15121 # 15327
adds s15019, s15224, s15224 # 15328
bit s15122 # 15329
adds s15225, s15019, s15122 # 15330
adds s15020, s15225, s15225 # 15331
bit s15123 # 15332
adds s15226, s15020, s15123 # 15333
adds s15021, s15226, s15226 # 15334
bit s15124 # 15335
adds s15227, s15021, s15124 # 15336
adds s15022, s15227, s15227 # 15337
bit s15125 # 15338
adds s15228, s15022, s15125 # 15339
adds s15023, s15228, s15228 # 15340
bit s15126 # 15341
adds s15229, s15023, s15126 # 15342
adds s15024, s15229, s15229 # 15343
bit s15127 # 15344
adds s15230, s15024, s15127 # 15345
adds s15025, s15230, s15230 # 15346
bit s15128 # 15347
adds s15231, s15025, s15128 # 15348
adds s15026, s15231, s15231 # 15349
bit s15129 # 15350
adds s15232, s15026, s15129 # 15351
adds s15027, s15232, s15232 # 15352
bit s15130 # 15353
adds s15233, s15027, s15130 # 15354
adds s15028, s15233, s15233 # 15355
bit s15131 # 15356
adds s15234, s15028, s15131 # 15357
adds s15029, s15234, s15234 # 15358
bit s15132 # 15359
adds s15235, s15029, s15132 # 15360
adds s15030, s15235, s15235 # 15361
bit s15133 # 15362
adds s15236, s15030, s15133 # 15363
adds s15031, s15236, s15236 # 15364
bit s15134 # 15365
adds s15237, s15031, s15134 # 15366
adds s15032, s15237, s15237 # 15367
bit s15135 # 15368
adds s15238, s15032, s15135 # 15369
adds s15033, s15238, s15238 # 15370
bit s15136 # 15371
adds s15239, s15033, s15136 # 15372
adds s15034, s15239, s15239 # 15373
bit s15137 # 15374
adds s15240, s15034, s15137 # 15375
adds s15035, s15240, s15240 # 15376
bit s15138 # 15377
adds s15241, s15035, s15138 # 15378
adds s15036, s15241, s15241 # 15379
bit s15139 # 15380
adds s15242, s15036, s15139 # 15381
adds s15037, s15242, s15242 # 15382
bit s15140 # 15383
adds s15243, s15037, s15140 # 15384
adds s15038, s15243, s15243 # 15385
bit s15141 # 15386
adds s15244, s15038, s15141 # 15387
adds s15039, s15244, s15244 # 15388
bit s15142 # 15389
adds s15245, s15039, s15142 # 15390
adds s15040, s15245, s15245 # 15391
bit s15143 # 15392
adds s15246, s15040, s15143 # 15393
adds s15041, s15246, s15246 # 15394
bit s15144 # 15395
adds s15247, s15041, s15144 # 15396
adds s15042, s15247, s15247 # 15397
bit s15145 # 15398
adds s15248, s15042, s15145 # 15399
adds s15043, s15248, s15248 # 15400
bit s15146 # 15401
adds s15249, s15043, s15146 # 15402
adds s15044, s15249, s15249 # 15403
bit s15147 # 15404
adds s15250, s15044, s15147 # 15405
adds s15045, s15250, s15250 # 15406
bit s15148 # 15407
adds s15251, s15045, s15148 # 15408
adds s15046, s15251, s15251 # 15409
bit s15149 # 15410
adds s15252, s15046, s15149 # 15411
adds s15047, s15252, s15252 # 15412
bit s15150 # 15413
adds s15253, s15047, s15150 # 15414
adds s15048, s15253, s15253 # 15415
bit s15151 # 15416
adds s15254, s15048, s15151 # 15417
adds s15049, s15254, s15254 # 15418
bit s15152 # 15419
adds s15255, s15049, s15152 # 15420
adds s15050, s15255, s15255 # 15421
bit s15153 # 15422
adds s15256, s15050, s15153 # 15423
adds s15051, s15256, s15256 # 15424
bit s15154 # 15425
adds s15257, s15051, s15154 # 15426
adds s15052, s15257, s15257 # 15427
bit s15155 # 15428
adds s15258, s15052, s15155 # 15429
adds s15053, s15258, s15258 # 15430
bit s15156 # 15431
adds s15259, s15053, s15156 # 15432
adds s15054, s15259, s15259 # 15433
bit s15157 # 15434
adds s15260, s15054, s15157 # 15435
adds s15055, s15260, s15260 # 15436
bit s15158 # 15437
adds s15261, s15055, s15158 # 15438
adds s15056, s15261, s15261 # 15439
bit s15159 # 15440
adds s15262, s15056, s15159 # 15441
adds s15057, s15262, s15262 # 15442
bit s15160 # 15443
adds s15263, s15057, s15160 # 15444
adds s15058, s15263, s15263 # 15445
bit s15161 # 15446
adds s15264, s15058, s15161 # 15447
adds s15059, s15264, s15264 # 15448
bit s15162 # 15449
adds s15265, s15059, s15162 # 15450
adds s15060, s15265, s15265 # 15451
bit s15163 # 15452
adds s15266, s15060, s15163 # 15453
adds s15061, s15266, s15266 # 15454
bit s15164 # 15455
adds s15267, s15061, s15164 # 15456
adds s15062, s15267, s15267 # 15457
bit s15165 # 15458
adds s15268, s15062, s15165 # 15459
adds s15063, s15268, s15268 # 15460
bit s15166 # 15461
adds s15269, s15063, s15166 # 15462
adds s15064, s15269, s15269 # 15463
bit s15167 # 15464
adds s15270, s15064, s15167 # 15465
adds s15065, s15270, s15270 # 15466
bit s15168 # 15467
adds s15271, s15065, s15168 # 15468
adds s15066, s15271, s15271 # 15469
bit s15169 # 15470
adds s15272, s15066, s15169 # 15471
adds s15067, s15272, s15272 # 15472
bit s15170 # 15473
adds s15273, s15067, s15170 # 15474
adds s15068, s15273, s15273 # 15475
bit s15171 # 15476
adds s15274, s15068, s15171 # 15477
adds s15069, s15274, s15274 # 15478
bit s15172 # 15479
adds s15275, s15069, s15172 # 15480
adds s15070, s15275, s15275 # 15481
bit s15173 # 15482
adds s15276, s15070, s15173 # 15483
adds s15071, s15276, s15276 # 15484
bit s15174 # 15485
adds s15277, s15071, s15174 # 15486
adds s15072, s15277, s15277 # 15487
bit s15175 # 15488
adds s15278, s15072, s15175 # 15489
adds s15073, s15278, s15278 # 15490
bit s15176 # 15491
adds s15279, s15073, s15176 # 15492
adds s15074, s15279, s15279 # 15493
bit s15177 # 15494
adds s15280, s15074, s15177 # 15495
adds s15075, s15280, s15280 # 15496
bit s15178 # 15497
adds s15281, s15075, s15178 # 15498
adds s15076, s15281, s15281 # 15499
bit s15179 # 15500
adds s15282, s15076, s15179 # 15501
adds s15077, s15282, s15282 # 15502
bit s15180 # 15503
adds s15283, s15077, s15180 # 15504
adds s15078, s15283, s15283 # 15505
bit s15181 # 15506
adds s15284, s15078, s15181 # 15507
adds s15079, s15284, s15284 # 15508
bit s15182 # 15509
adds s15285, s15079, s15182 # 15510
adds s15080, s15285, s15285 # 15511
bit s15183 # 15512
adds s15286, s15080, s15183 # 15513
adds s15081, s15286, s15286 # 15514
bit s15184 # 15515
adds s15287, s15081, s15184 # 15516
adds s15082, s15287, s15287 # 15517
bit s15185 # 15518
adds s15288, s15082, s15185 # 15519
adds s15083, s15288, s15288 # 15520
bit s15186 # 15521
adds s15289, s15083, s15186 # 15522
adds s15084, s15289, s15289 # 15523
bit s15187 # 15524
adds s15290, s15084, s15187 # 15525
adds s15085, s15290, s15290 # 15526
bit s15188 # 15527
adds s15291, s15085, s15188 # 15528
adds s15086, s15291, s15291 # 15529
bit s15189 # 15530
adds s15292, s15086, s15189 # 15531
adds s15087, s15292, s15292 # 15532
bit s15190 # 15533
adds s15293, s15087, s15190 # 15534
adds s15088, s15293, s15293 # 15535
bit s15191 # 15536
adds s15294, s15088, s15191 # 15537
adds s15089, s15294, s15294 # 15538
bit s15192 # 15539
adds s15295, s15089, s15192 # 15540
adds s15090, s15295, s15295 # 15541
bit s15193 # 15542
adds s15296, s15090, s15193 # 15543
adds s15091, s15296, s15296 # 15544
bit s15194 # 15545
adds s15297, s15091, s15194 # 15546
adds s15092, s15297, s15297 # 15547
bit s15195 # 15548
adds s15298, s15092, s15195 # 15549
adds s15093, s15298, s15298 # 15550
bit s15196 # 15551
adds s15299, s15093, s15196 # 15552
adds s15094, s15299, s15299 # 15553
bit s15197 # 15554
adds s15300, s15094, s15197 # 15555
adds s15095, s15300, s15300 # 15556
bit s15198 # 15557
adds s15301, s15095, s15198 # 15558
adds s15096, s15301, s15301 # 15559
bit s15199 # 15560
adds s15302, s15096, s15199 # 15561
adds s15097, s15302, s15302 # 15562
bit s15200 # 15563
adds s15303, s15097, s15200 # 15564
adds s15098, s15303, s15303 # 15565
bit s15201 # 15566
adds s15304, s15098, s15201 # 15567
adds s15099, s15304, s15304 # 15568
bit s15202 # 15569
adds s15305, s15099, s15202 # 15570
adds s15100, s15305, s15305 # 15571
bit s15203 # 15572
adds s15306, s15100, s15203 # 15573
adds s15101, s15306, s15306 # 15574
bit s15204 # 15575
adds s15307, s15101, s15204 # 15576
adds s15102, s15307, s15307 # 15577
bit s15205 # 15578
adds s15308, s15102, s15205 # 15579
adds s15103, s15308, s15308 # 15580
bit s15206 # 15581
adds s15309, s15103, s15206 # 15582
adds s15104, s15309, s15309 # 15583
bit s15207 # 15584
adds s15310, s15104, s15207 # 15585
adds s15105, s15310, s15310 # 15586
bit s15208 # 15587
adds s15311, s15105, s15208 # 15588
adds s15106, s15311, s15311 # 15589
bit s15209 # 15590
adds s15312, s15106, s15209 # 15591
adds s15107, s15312, s15312 # 15592
bit s15210 # 15593
adds s15313, s15107, s15210 # 15594
adds s15108, s15313, s15313 # 15595
bit s15211 # 15596
adds s14995, s15108, s15211 # 15597
bit s14997 # 15598
movs s14996, s14997 # 15599
mulsi s14998, s14995, 2 # 15600
ldi c804, 8 # 15601
mulci c805, c804, 1073741824 # 15602
mulci c806, c805, 1073741824 # 15603
movc c803, c806 # 15604
addm s14999, s14993, c803 # 15605
adds s15000, s14998, s14999 # 15606
adds s15001, s15000, s14996 # 15607
startopen 1, s15001 # 15608
stopopen 1, c800 # 15609
modci c801, c800, 2 # 15610
mulci c802, c801, 2 # 15611
mulm s15002, s14997, c802 # 15612
addm s15003, s14997, c801 # 15613
subs s14994, s15003, s15002 # 15614
stms s14994, 8342 # 15615
bit s15541 # 15616
adds s15348, s15541, s15541 # 15617
bit s15445 # 15618
adds s15542, s15348, s15445 # 15619
adds s15349, s15542, s15542 # 15620
bit s15446 # 15621
adds s15543, s15349, s15446 # 15622
adds s15350, s15543, s15543 # 15623
bit s15447 # 15624
adds s15544, s15350, s15447 # 15625
adds s15351, s15544, s15544 # 15626
bit s15448 # 15627
adds s15545, s15351, s15448 # 15628
adds s15352, s15545, s15545 # 15629
bit s15449 # 15630
adds s15546, s15352, s15449 # 15631
adds s15353, s15546, s15546 # 15632
bit s15450 # 15633
adds s15547, s15353, s15450 # 15634
adds s15354, s15547, s15547 # 15635
bit s15451 # 15636
adds s15548, s15354, s15451 # 15637
adds s15355, s15548, s15548 # 15638
bit s15452 # 15639
adds s15549, s15355, s15452 # 15640
adds s15356, s15549, s15549 # 15641
bit s15453 # 15642
adds s15550, s15356, s15453 # 15643
adds s15357, s15550, s15550 # 15644
bit s15454 # 15645
adds s15551, s15357, s15454 # 15646
adds s15358, s15551, s15551 # 15647
bit s15455 # 15648
adds s15552, s15358, s15455 # 15649
adds s15359, s15552, s15552 # 15650
bit s15456 # 15651
adds s15553, s15359, s15456 # 15652
adds s15360, s15553, s15553 # 15653
bit s15457 # 15654
adds s15554, s15360, s15457 # 15655
adds s15361, s15554, s15554 # 15656
bit s15458 # 15657
adds s15555, s15361, s15458 # 15658
adds s15362, s15555, s15555 # 15659
bit s15459 # 15660
adds s15556, s15362, s15459 # 15661
adds s15363, s15556, s15556 # 15662
bit s15460 # 15663
adds s15557, s15363, s15460 # 15664
adds s15364, s15557, s15557 # 15665
bit s15461 # 15666
adds s15558, s15364, s15461 # 15667
adds s15365, s15558, s15558 # 15668
bit s15462 # 15669
adds s15559, s15365, s15462 # 15670
adds s15366, s15559, s15559 # 15671
bit s15463 # 15672
adds s15560, s15366, s15463 # 15673
adds s15367, s15560, s15560 # 15674
bit s15464 # 15675
adds s15561, s15367, s15464 # 15676
adds s15368, s15561, s15561 # 15677
bit s15465 # 15678
adds s15562, s15368, s15465 # 15679
adds s15369, s15562, s15562 # 15680
bit s15466 # 15681
adds s15563, s15369, s15466 # 15682
adds s15370, s15563, s15563 # 15683
bit s15467 # 15684
adds s15564, s15370, s15467 # 15685
adds s15371, s15564, s15564 # 15686
bit s15468 # 15687
adds s15565, s15371, s15468 # 15688
adds s15372, s15565, s15565 # 15689
bit s15469 # 15690
adds s15566, s15372, s15469 # 15691
adds s15373, s15566, s15566 # 15692
bit s15470 # 15693
adds s15567, s15373, s15470 # 15694
adds s15374, s15567, s15567 # 15695
bit s15471 # 15696
adds s15568, s15374, s15471 # 15697
adds s15375, s15568, s15568 # 15698
bit s15472 # 15699
adds s15569, s15375, s15472 # 15700
adds s15376, s15569, s15569 # 15701
bit s15473 # 15702
adds s15570, s15376, s15473 # 15703
adds s15377, s15570, s15570 # 15704
bit s15474 # 15705
adds s15571, s15377, s15474 # 15706
adds s15378, s15571, s15571 # 15707
bit s15475 # 15708
adds s15572, s15378, s15475 # 15709
adds s15379, s15572, s15572 # 15710
bit s15476 # 15711
adds s15573, s15379, s15476 # 15712
adds s15380, s15573, s15573 # 15713
bit s15477 # 15714
adds s15574, s15380, s15477 # 15715
adds s15381, s15574, s15574 # 15716
bit s15478 # 15717
adds s15575, s15381, s15478 # 15718
adds s15382, s15575, s15575 # 15719
bit s15479 # 15720
adds s15576, s15382, s15479 # 15721
adds s15383, s15576, s15576 # 15722
bit s15480 # 15723
adds s15577, s15383, s15480 # 15724
adds s15384, s15577, s15577 # 15725
bit s15481 # 15726
adds s15578, s15384, s15481 # 15727
adds s15385, s15578, s15578 # 15728
bit s15482 # 15729
adds s15579, s15385, s15482 # 15730
adds s15386, s15579, s15579 # 15731
bit s15483 # 15732
adds s15580, s15386, s15483 # 15733
adds s15387, s15580, s15580 # 15734
bit s15484 # 15735
adds s15581, s15387, s15484 # 15736
adds s15388, s15581, s15581 # 15737
bit s15485 # 15738
adds s15582, s15388, s15485 # 15739
adds s15389, s15582, s15582 # 15740
bit s15486 # 15741
adds s15583, s15389, s15486 # 15742
adds s15390, s15583, s15583 # 15743
bit s15487 # 15744
adds s15584, s15390, s15487 # 15745
adds s15391, s15584, s15584 # 15746
bit s15488 # 15747
adds s15585, s15391, s15488 # 15748
adds s15392, s15585, s15585 # 15749
bit s15489 # 15750
adds s15586, s15392, s15489 # 15751
adds s15393, s15586, s15586 # 15752
bit s15490 # 15753
adds s15587, s15393, s15490 # 15754
adds s15394, s15587, s15587 # 15755
bit s15491 # 15756
adds s15588, s15394, s15491 # 15757
adds s15395, s15588, s15588 # 15758
bit s15492 # 15759
adds s15589, s15395, s15492 # 15760
adds s15396, s15589, s15589 # 15761
bit s15493 # 15762
adds s15590, s15396, s15493 # 15763
adds s15397, s15590, s15590 # 15764
bit s15494 # 15765
adds s15591, s15397, s15494 # 15766
adds s15398, s15591, s15591 # 15767
bit s15495 # 15768
adds s15592, s15398, s15495 # 15769
adds s15399, s15592, s15592 # 15770
bit s15496 # 15771
adds s15593, s15399, s15496 # 15772
adds s15400, s15593, s15593 # 15773
bit s15497 # 15774
adds s15594, s15400, s15497 # 15775
adds s15401, s15594, s15594 # 15776
bit s15498 # 15777
adds s15595, s15401, s15498 # 15778
adds s15402, s15595, s15595 # 15779
bit s15499 # 15780
adds s15596, s15402, s15499 # 15781
adds s15403, s15596, s15596 # 15782
bit s15500 # 15783
adds s15597, s15403, s15500 # 15784
adds s15404, s15597, s15597 # 15785
bit s15501 # 15786
adds s15598, s15404, s15501 # 15787
adds s15405, s15598, s15598 # 15788
bit s15502 # 15789
adds s15599, s15405, s15502 # 15790
adds s15406, s15599, s15599 # 15791
bit s15503 # 15792
adds s15600, s15406, s15503 # 15793
adds s15407, s15600, s15600 # 15794
bit s15504 # 15795
adds s15601, s15407, s15504 # 15796
adds s15408, s15601, s15601 # 15797
bit s15505 # 15798
adds s15602, s15408, s15505 # 15799
adds s15409, s15602, s15602 # 15800
bit s15506 # 15801
adds s15603, s15409, s15506 # 15802
adds s15410, s15603, s15603 # 15803
bit s15507 # 15804
adds s15604, s15410, s15507 # 15805
adds s15411, s15604, s15604 # 15806
bit s15508 # 15807
adds s15605, s15411, s15508 # 15808
adds s15412, s15605, s15605 # 15809
bit s15509 # 15810
adds s15606, s15412, s15509 # 15811
adds s15413, s15606, s15606 # 15812
bit s15510 # 15813
adds s15607, s15413, s15510 # 15814
adds s15414, s15607, s15607 # 15815
bit s15511 # 15816
adds s15608, s15414, s15511 # 15817
adds s15415, s15608, s15608 # 15818
bit s15512 # 15819
adds s15609, s15415, s15512 # 15820
adds s15416, s15609, s15609 # 15821
bit s15513 # 15822
adds s15610, s15416, s15513 # 15823
adds s15417, s15610, s15610 # 15824
bit s15514 # 15825
adds s15611, s15417, s15514 # 15826
adds s15418, s15611, s15611 # 15827
bit s15515 # 15828
adds s15612, s15418, s15515 # 15829
adds s15419, s15612, s15612 # 15830
bit s15516 # 15831
adds s15613, s15419, s15516 # 15832
adds s15420, s15613, s15613 # 15833
bit s15517 # 15834
adds s15614, s15420, s15517 # 15835
adds s15421, s15614, s15614 # 15836
bit s15518 # 15837
adds s15615, s15421, s15518 # 15838
adds s15422, s15615, s15615 # 15839
bit s15519 # 15840
adds s15616, s15422, s15519 # 15841
adds s15423, s15616, s15616 # 15842
bit s15520 # 15843
adds s15617, s15423, s15520 # 15844
adds s15424, s15617, s15617 # 15845
bit s15521 # 15846
adds s15618, s15424, s15521 # 15847
adds s15425, s15618, s15618 # 15848
bit s15522 # 15849
adds s15619, s15425, s15522 # 15850
adds s15426, s15619, s15619 # 15851
bit s15523 # 15852
adds s15620, s15426, s15523 # 15853
adds s15427, s15620, s15620 # 15854
bit s15524 # 15855
adds s15621, s15427, s15524 # 15856
adds s15428, s15621, s15621 # 15857
bit s15525 # 15858
adds s15622, s15428, s15525 # 15859
adds s15429, s15622, s15622 # 15860
bit s15526 # 15861
adds s15623, s15429, s15526 # 15862
adds s15430, s15623, s15623 # 15863
bit s15527 # 15864
adds s15624, s15430, s15527 # 15865
adds s15431, s15624, s15624 # 15866
bit s15528 # 15867
adds s15625, s15431, s15528 # 15868
adds s15432, s15625, s15625 # 15869
bit s15529 # 15870
adds s15626, s15432, s15529 # 15871
adds s15433, s15626, s15626 # 15872
bit s15530 # 15873
adds s15627, s15433, s15530 # 15874
adds s15434, s15627, s15627 # 15875
bit s15531 # 15876
adds s15628, s15434, s15531 # 15877
adds s15435, s15628, s15628 # 15878
bit s15532 # 15879
adds s15629, s15435, s15532 # 15880
adds s15436, s15629, s15629 # 15881
bit s15533 # 15882
adds s15630, s15436, s15533 # 15883
adds s15437, s15630, s15630 # 15884
bit s15534 # 15885
adds s15631, s15437, s15534 # 15886
adds s15438, s15631, s15631 # 15887
bit s15535 # 15888
adds s15632, s15438, s15535 # 15889
adds s15439, s15632, s15632 # 15890
bit s15536 # 15891
adds s15633, s15439, s15536 # 15892
adds s15440, s15633, s15633 # 15893
bit s15537 # 15894
adds s15634, s15440, s15537 # 15895
adds s15441, s15634, s15634 # 15896
bit s15538 # 15897
adds s15635, s15441, s15538 # 15898
adds s15442, s15635, s15635 # 15899
bit s15539 # 15900
adds s15636, s15442, s15539 # 15901
adds s15443, s15636, s15636 # 15902
bit s15540 # 15903
adds s15316, s15443, s15540 # 15904
bit s15324 # 15905
adds s15335, s15324, s15324 # 15906
bit s15323 # 15907
adds s15336, s15335, s15323 # 15908
adds s15337, s15336, s15336 # 15909
bit s15322 # 15910
adds s15338, s15337, s15322 # 15911
adds s15339, s15338, s15338 # 15912
bit s15321 # 15913
adds s15340, s15339, s15321 # 15914
adds s15341, s15340, s15340 # 15915
bit s15320 # 15916
adds s15342, s15341, s15320 # 15917
adds s15343, s15342, s15342 # 15918
bit s15319 # 15919
adds s15344, s15343, s15319 # 15920
adds s15345, s15344, s15344 # 15921
bit s15318 # 15922
adds s15346, s15345, s15318 # 15923
movs s15317, s15346 # 15924
ldi c811, 128 # 15925
movc c809, c811 # 15926
mulm s15327, s15316, c809 # 15927
ldi c812, 8 # 15928
mulci c813, c812, 1073741824 # 15929
mulci c814, c813, 1073741824 # 15930
movc c810, c814 # 15931
addm s15328, s10743, c810 # 15932
adds s15329, s15327, s15328 # 15933
adds s15330, s15329, s15317 # 15934
startopen 1, s15330 # 15935
stopopen 1, c807 # 15936
modc c808, c807, c809 # 15937
modci c815, c808, 2 # 15938
subc c823, c808, c815 # 15939
mulc c830, c823, c38 # 15940
modci c816, c830, 2 # 15941
subc c824, c830, c816 # 15942
mulc c831, c824, c38 # 15943
modci c817, c831, 2 # 15944
subc c825, c831, c817 # 15945
mulc c832, c825, c38 # 15946
modci c818, c832, 2 # 15947
subc c826, c832, c818 # 15948
mulc c833, c826, c38 # 15949
modci c819, c833, 2 # 15950
subc c827, c833, c819 # 15951
mulc c834, c827, c38 # 15952
modci c820, c834, 2 # 15953
subc c828, c834, c820 # 15954
mulc c835, c828, c38 # 15955
modci c821, c835, 2 # 15956
subsfi s15638, s15318, 1 # 15957
subsfi s15639, s15319, 1 # 15958
subsfi s15640, s15320, 1 # 15959
subsfi s15641, s15321, 1 # 15960
subsfi s15642, s15322, 1 # 15961
subsfi s15643, s15323, 1 # 15962
subsfi s15644, s15324, 1 # 15963
mulm s15660, s15644, c821 # 15964
mulsi s15667, s15660, 2 # 15965
addm s15674, s15644, c821 # 15966
subs s15681, s15674, s15667 # 15967
mulm s15661, s15643, c820 # 15968
mulsi s15668, s15661, 2 # 15969
addm s15675, s15643, c820 # 15970
subs s15682, s15675, s15668 # 15971
mulm s15662, s15642, c819 # 15972
mulsi s15669, s15662, 2 # 15973
addm s15676, s15642, c819 # 15974
subs s15683, s15676, s15669 # 15975
mulm s15663, s15641, c818 # 15976
mulsi s15670, s15663, 2 # 15977
addm s15677, s15641, c818 # 15978
subs s15684, s15677, s15670 # 15979
mulm s15664, s15640, c817 # 15980
mulsi s15671, s15664, 2 # 15981
addm s15678, s15640, c817 # 15982
subs s15685, s15678, s15671 # 15983
mulm s15665, s15639, c816 # 15984
mulsi s15672, s15665, 2 # 15985
addm s15679, s15639, c816 # 15986
subs s15686, s15679, s15672 # 15987
mulm s15666, s15638, c815 # 15988
mulsi s15673, s15666, 2 # 15989
addm s15680, s15638, c815 # 15990
subs s15687, s15680, s15673 # 15991
mulsi s15688, s15687, 1 # 15992
adds s15689, s15666, s15688 # 15993
triple s15694, s15695, s15696 # 15994
subs s15697, s15682, s15694 # 15995
subs s15698, s15683, s15695 # 15996
startopen 2, s15697, s15698 # 15997
stopopen 2, c836, c837 # 15998
mulm s15699, s15695, c836 # 15999
mulm s15700, s15694, c837 # 16000
mulc c838, c836, c837 # 16001
adds s15701, s15696, s15699 # 16002
adds s15702, s15701, s15700 # 16003
addm s15691, s15702, c838 # 16004
triple s15703, s15704, s15705 # 16005
subs s15706, s15682, s15703 # 16006
subs s15707, s15662, s15704 # 16007
startopen 2, s15706, s15707 # 16008
stopopen 2, c839, c840 # 16009
mulm s15708, s15704, c839 # 16010
mulm s15709, s15703, c840 # 16011
mulc c841, c839, c840 # 16012
adds s15710, s15705, s15708 # 16013
adds s15711, s15710, s15709 # 16014
addm s15692, s15711, c841 # 16015
adds s15693, s15661, s15692 # 16016
triple s15715, s15716, s15717 # 16017
subs s15718, s15684, s15715 # 16018
subs s15719, s15685, s15716 # 16019
startopen 2, s15718, s15719 # 16020
stopopen 2, c842, c843 # 16021
mulm s15720, s15716, c842 # 16022
mulm s15721, s15715, c843 # 16023
mulc c844, c842, c843 # 16024
adds s15722, s15717, s15720 # 16025
adds s15723, s15722, s15721 # 16026
addm s15712, s15723, c844 # 16027
triple s15724, s15725, s15726 # 16028
subs s15727, s15684, s15724 # 16029
subs s15728, s15664, s15725 # 16030
startopen 2, s15727, s15728 # 16031
stopopen 2, c845, c846 # 16032
mulm s15729, s15725, c845 # 16033
mulm s15730, s15724, c846 # 16034
mulc c847, c845, c846 # 16035
adds s15731, s15726, s15729 # 16036
adds s15732, s15731, s15730 # 16037
addm s15713, s15732, c847 # 16038
adds s15714, s15663, s15713 # 16039
triple s15736, s15737, s15738 # 16040
subs s15739, s15686, s15736 # 16041
subs s15740, s15689, s15737 # 16042
startopen 2, s15739, s15740 # 16043
stopopen 2, c848, c849 # 16044
mulm s15741, s15737, c848 # 16045
mulm s15742, s15736, c849 # 16046
mulc c850, c848, c849 # 16047
adds s15743, s15738, s15741 # 16048
adds s15744, s15743, s15742 # 16049
addm s15734, s15744, c850 # 16050
adds s15735, s15665, s15734 # 16051
triple s15748, s15749, s15750 # 16052
subs s15751, s15681, s15748 # 16053
subs s15752, s15691, s15749 # 16054
startopen 2, s15751, s15752 # 16055
stopopen 2, c851, c852 # 16056
mulm s15753, s15749, c851 # 16057
mulm s15754, s15748, c852 # 16058
mulc c853, c851, c852 # 16059
adds s15755, s15750, s15753 # 16060
adds s15756, s15755, s15754 # 16061
addm s15745, s15756, c853 # 16062
triple s15757, s15758, s15759 # 16063
subs s15760, s15681, s15757 # 16064
subs s15761, s15693, s15758 # 16065
startopen 2, s15760, s15761 # 16066
stopopen 2, c854, c855 # 16067
mulm s15762, s15758, c854 # 16068
mulm s15763, s15757, c855 # 16069
mulc c856, c854, c855 # 16070
adds s15764, s15759, s15762 # 16071
adds s15765, s15764, s15763 # 16072
addm s15746, s15765, c856 # 16073
adds s15747, s15660, s15746 # 16074
triple s15769, s15770, s15771 # 16075
subs s15772, s15712, s15769 # 16076
subs s15773, s15735, s15770 # 16077
startopen 2, s15772, s15773 # 16078
stopopen 2, c857, c858 # 16079
mulm s15774, s15770, c857 # 16080
mulm s15775, s15769, c858 # 16081
mulc c859, c857, c858 # 16082
adds s15776, s15771, s15774 # 16083
adds s15777, s15776, s15775 # 16084
addm s15767, s15777, c859 # 16085
adds s15768, s15714, s15767 # 16086
triple s15781, s15782, s15783 # 16087
subs s15784, s15745, s15781 # 16088
subs s15785, s15768, s15782 # 16089
startopen 2, s15784, s15785 # 16090
stopopen 2, c860, c861 # 16091
mulm s15786, s15782, c860 # 16092
mulm s15787, s15781, c861 # 16093
mulc c862, c860, c861 # 16094
adds s15788, s15783, s15786 # 16095
adds s15789, s15788, s15787 # 16096
addm s15779, s15789, c862 # 16097
adds s15780, s15747, s15779 # 16098
movs s15652, s15780 # 16099
subsfi s15326, s15652, 1 # 16100
mulm s15331, s15326, c809 # 16101
submr s15332, c808, s15317 # 16102
adds s15315, s15332, s15331 # 16103
subs s15790, s10743, s15315 # 16104
ldi c863, 1 # 16105
divci c864, c863, 128 # 16106
mulm s15791, s15790, c864 # 16107
bit s16010 # 16108
adds s15805, s16010, s16010 # 16109
bit s15908 # 16110
adds s16011, s15805, s15908 # 16111
adds s15806, s16011, s16011 # 16112
bit s15909 # 16113
adds s16012, s15806, s15909 # 16114
adds s15807, s16012, s16012 # 16115
bit s15910 # 16116
adds s16013, s15807, s15910 # 16117
adds s15808, s16013, s16013 # 16118
bit s15911 # 16119
adds s16014, s15808, s15911 # 16120
adds s15809, s16014, s16014 # 16121
bit s15912 # 16122
adds s16015, s15809, s15912 # 16123
adds s15810, s16015, s16015 # 16124
bit s15913 # 16125
adds s16016, s15810, s15913 # 16126
adds s15811, s16016, s16016 # 16127
bit s15914 # 16128
adds s16017, s15811, s15914 # 16129
adds s15812, s16017, s16017 # 16130
bit s15915 # 16131
adds s16018, s15812, s15915 # 16132
adds s15813, s16018, s16018 # 16133
bit s15916 # 16134
adds s16019, s15813, s15916 # 16135
adds s15814, s16019, s16019 # 16136
bit s15917 # 16137
adds s16020, s15814, s15917 # 16138
adds s15815, s16020, s16020 # 16139
bit s15918 # 16140
adds s16021, s15815, s15918 # 16141
adds s15816, s16021, s16021 # 16142
bit s15919 # 16143
adds s16022, s15816, s15919 # 16144
adds s15817, s16022, s16022 # 16145
bit s15920 # 16146
adds s16023, s15817, s15920 # 16147
adds s15818, s16023, s16023 # 16148
bit s15921 # 16149
adds s16024, s15818, s15921 # 16150
adds s15819, s16024, s16024 # 16151
bit s15922 # 16152
adds s16025, s15819, s15922 # 16153
adds s15820, s16025, s16025 # 16154
bit s15923 # 16155
adds s16026, s15820, s15923 # 16156
adds s15821, s16026, s16026 # 16157
bit s15924 # 16158
adds s16027, s15821, s15924 # 16159
adds s15822, s16027, s16027 # 16160
bit s15925 # 16161
adds s16028, s15822, s15925 # 16162
adds s15823, s16028, s16028 # 16163
bit s15926 # 16164
adds s16029, s15823, s15926 # 16165
adds s15824, s16029, s16029 # 16166
bit s15927 # 16167
adds s16030, s15824, s15927 # 16168
adds s15825, s16030, s16030 # 16169
bit s15928 # 16170
adds s16031, s15825, s15928 # 16171
adds s15826, s16031, s16031 # 16172
bit s15929 # 16173
adds s16032, s15826, s15929 # 16174
adds s15827, s16032, s16032 # 16175
bit s15930 # 16176
adds s16033, s15827, s15930 # 16177
adds s15828, s16033, s16033 # 16178
bit s15931 # 16179
adds s16034, s15828, s15931 # 16180
adds s15829, s16034, s16034 # 16181
bit s15932 # 16182
adds s16035, s15829, s15932 # 16183
adds s15830, s16035, s16035 # 16184
bit s15933 # 16185
adds s16036, s15830, s15933 # 16186
adds s15831, s16036, s16036 # 16187
bit s15934 # 16188
adds s16037, s15831, s15934 # 16189
adds s15832, s16037, s16037 # 16190
bit s15935 # 16191
adds s16038, s15832, s15935 # 16192
adds s15833, s16038, s16038 # 16193
bit s15936 # 16194
adds s16039, s15833, s15936 # 16195
adds s15834, s16039, s16039 # 16196
bit s15937 # 16197
adds s16040, s15834, s15937 # 16198
adds s15835, s16040, s16040 # 16199
bit s15938 # 16200
adds s16041, s15835, s15938 # 16201
adds s15836, s16041, s16041 # 16202
bit s15939 # 16203
adds s16042, s15836, s15939 # 16204
adds s15837, s16042, s16042 # 16205
bit s15940 # 16206
adds s16043, s15837, s15940 # 16207
adds s15838, s16043, s16043 # 16208
bit s15941 # 16209
adds s16044, s15838, s15941 # 16210
adds s15839, s16044, s16044 # 16211
bit s15942 # 16212
adds s16045, s15839, s15942 # 16213
adds s15840, s16045, s16045 # 16214
bit s15943 # 16215
adds s16046, s15840, s15943 # 16216
adds s15841, s16046, s16046 # 16217
bit s15944 # 16218
adds s16047, s15841, s15944 # 16219
adds s15842, s16047, s16047 # 16220
bit s15945 # 16221
adds s16048, s15842, s15945 # 16222
adds s15843, s16048, s16048 # 16223
bit s15946 # 16224
adds s16049, s15843, s15946 # 16225
adds s15844, s16049, s16049 # 16226
bit s15947 # 16227
adds s16050, s15844, s15947 # 16228
adds s15845, s16050, s16050 # 16229
bit s15948 # 16230
adds s16051, s15845, s15948 # 16231
adds s15846, s16051, s16051 # 16232
bit s15949 # 16233
adds s16052, s15846, s15949 # 16234
adds s15847, s16052, s16052 # 16235
bit s15950 # 16236
adds s16053, s15847, s15950 # 16237
adds s15848, s16053, s16053 # 16238
bit s15951 # 16239
adds s16054, s15848, s15951 # 16240
adds s15849, s16054, s16054 # 16241
bit s15952 # 16242
adds s16055, s15849, s15952 # 16243
adds s15850, s16055, s16055 # 16244
bit s15953 # 16245
adds s16056, s15850, s15953 # 16246
adds s15851, s16056, s16056 # 16247
bit s15954 # 16248
adds s16057, s15851, s15954 # 16249
adds s15852, s16057, s16057 # 16250
bit s15955 # 16251
adds s16058, s15852, s15955 # 16252
adds s15853, s16058, s16058 # 16253
bit s15956 # 16254
adds s16059, s15853, s15956 # 16255
adds s15854, s16059, s16059 # 16256
bit s15957 # 16257
adds s16060, s15854, s15957 # 16258
adds s15855, s16060, s16060 # 16259
bit s15958 # 16260
adds s16061, s15855, s15958 # 16261
adds s15856, s16061, s16061 # 16262
bit s15959 # 16263
adds s16062, s15856, s15959 # 16264
adds s15857, s16062, s16062 # 16265
bit s15960 # 16266
adds s16063, s15857, s15960 # 16267
adds s15858, s16063, s16063 # 16268
bit s15961 # 16269
adds s16064, s15858, s15961 # 16270
adds s15859, s16064, s16064 # 16271
bit s15962 # 16272
adds s16065, s15859, s15962 # 16273
adds s15860, s16065, s16065 # 16274
bit s15963 # 16275
adds s16066, s15860, s15963 # 16276
adds s15861, s16066, s16066 # 16277
bit s15964 # 16278
adds s16067, s15861, s15964 # 16279
adds s15862, s16067, s16067 # 16280
bit s15965 # 16281
adds s16068, s15862, s15965 # 16282
adds s15863, s16068, s16068 # 16283
bit s15966 # 16284
adds s16069, s15863, s15966 # 16285
adds s15864, s16069, s16069 # 16286
bit s15967 # 16287
adds s16070, s15864, s15967 # 16288
adds s15865, s16070, s16070 # 16289
bit s15968 # 16290
adds s16071, s15865, s15968 # 16291
adds s15866, s16071, s16071 # 16292
bit s15969 # 16293
adds s16072, s15866, s15969 # 16294
adds s15867, s16072, s16072 # 16295
bit s15970 # 16296
adds s16073, s15867, s15970 # 16297
adds s15868, s16073, s16073 # 16298
bit s15971 # 16299
adds s16074, s15868, s15971 # 16300
adds s15869, s16074, s16074 # 16301
bit s15972 # 16302
adds s16075, s15869, s15972 # 16303
adds s15870, s16075, s16075 # 16304
bit s15973 # 16305
adds s16076, s15870, s15973 # 16306
adds s15871, s16076, s16076 # 16307
bit s15974 # 16308
adds s16077, s15871, s15974 # 16309
adds s15872, s16077, s16077 # 16310
bit s15975 # 16311
adds s16078, s15872, s15975 # 16312
adds s15873, s16078, s16078 # 16313
bit s15976 # 16314
adds s16079, s15873, s15976 # 16315
adds s15874, s16079, s16079 # 16316
bit s15977 # 16317
adds s16080, s15874, s15977 # 16318
adds s15875, s16080, s16080 # 16319
bit s15978 # 16320
adds s16081, s15875, s15978 # 16321
adds s15876, s16081, s16081 # 16322
bit s15979 # 16323
adds s16082, s15876, s15979 # 16324
adds s15877, s16082, s16082 # 16325
bit s15980 # 16326
adds s16083, s15877, s15980 # 16327
adds s15878, s16083, s16083 # 16328
bit s15981 # 16329
adds s16084, s15878, s15981 # 16330
adds s15879, s16084, s16084 # 16331
bit s15982 # 16332
adds s16085, s15879, s15982 # 16333
adds s15880, s16085, s16085 # 16334
bit s15983 # 16335
adds s16086, s15880, s15983 # 16336
adds s15881, s16086, s16086 # 16337
bit s15984 # 16338
adds s16087, s15881, s15984 # 16339
adds s15882, s16087, s16087 # 16340
bit s15985 # 16341
adds s16088, s15882, s15985 # 16342
adds s15883, s16088, s16088 # 16343
bit s15986 # 16344
adds s16089, s15883, s15986 # 16345
adds s15884, s16089, s16089 # 16346
bit s15987 # 16347
adds s16090, s15884, s15987 # 16348
adds s15885, s16090, s16090 # 16349
bit s15988 # 16350
adds s16091, s15885, s15988 # 16351
adds s15886, s16091, s16091 # 16352
bit s15989 # 16353
adds s16092, s15886, s15989 # 16354
adds s15887, s16092, s16092 # 16355
bit s15990 # 16356
adds s16093, s15887, s15990 # 16357
adds s15888, s16093, s16093 # 16358
bit s15991 # 16359
adds s16094, s15888, s15991 # 16360
adds s15889, s16094, s16094 # 16361
bit s15992 # 16362
adds s16095, s15889, s15992 # 16363
adds s15890, s16095, s16095 # 16364
bit s15993 # 16365
adds s16096, s15890, s15993 # 16366
adds s15891, s16096, s16096 # 16367
bit s15994 # 16368
adds s16097, s15891, s15994 # 16369
adds s15892, s16097, s16097 # 16370
bit s15995 # 16371
adds s16098, s15892, s15995 # 16372
adds s15893, s16098, s16098 # 16373
bit s15996 # 16374
adds s16099, s15893, s15996 # 16375
adds s15894, s16099, s16099 # 16376
bit s15997 # 16377
adds s16100, s15894, s15997 # 16378
adds s15895, s16100, s16100 # 16379
bit s15998 # 16380
adds s16101, s15895, s15998 # 16381
adds s15896, s16101, s16101 # 16382
bit s15999 # 16383
adds s16102, s15896, s15999 # 16384
adds s15897, s16102, s16102 # 16385
bit s16000 # 16386
adds s16103, s15897, s16000 # 16387
adds s15898, s16103, s16103 # 16388
bit s16001 # 16389
adds s16104, s15898, s16001 # 16390
adds s15899, s16104, s16104 # 16391
bit s16002 # 16392
adds s16105, s15899, s16002 # 16393
adds s15900, s16105, s16105 # 16394
bit s16003 # 16395
adds s16106, s15900, s16003 # 16396
adds s15901, s16106, s16106 # 16397
bit s16004 # 16398
adds s16107, s15901, s16004 # 16399
adds s15902, s16107, s16107 # 16400
bit s16005 # 16401
adds s16108, s15902, s16005 # 16402
adds s15903, s16108, s16108 # 16403
bit s16006 # 16404
adds s16109, s15903, s16006 # 16405
adds s15904, s16109, s16109 # 16406
bit s16007 # 16407
adds s16110, s15904, s16007 # 16408
adds s15905, s16110, s16110 # 16409
bit s16008 # 16410
adds s16111, s15905, s16008 # 16411
adds s15906, s16111, s16111 # 16412
bit s16009 # 16413
adds s15793, s15906, s16009 # 16414
bit s15795 # 16415
movs s15794, s15795 # 16416
mulsi s15796, s15793, 2 # 16417
ldi c869, 8 # 16418
mulci c870, c869, 1073741824 # 16419
mulci c871, c870, 1073741824 # 16420
movc c868, c871 # 16421
addm s15797, s15791, c868 # 16422
adds s15798, s15796, s15797 # 16423
adds s15799, s15798, s15794 # 16424
startopen 1, s15799 # 16425
stopopen 1, c865 # 16426
modci c866, c865, 2 # 16427
mulci c867, c866, 2 # 16428
mulm s15800, s15795, c867 # 16429
addm s15801, s15795, c866 # 16430
subs s15792, s15801, s15800 # 16431
stms s15792, 8343 # 16432
ldint r35, 0 # 16433
pushint r35 # 16434
# provide_key-0-begin-loop-8
popint r36 # 16435
ldint r37, 8320 # 16436
addint r38, r36, r37 # 16437
ldmsi s16113, r38 # 16438
ldint r39, 8328 # 16439
addint r40, r36, r39 # 16440
ldmsi s16114, r40 # 16441
adds s16115, s16113, s16114 # 16442
ldint r41, 8336 # 16443
addint r42, r36, r41 # 16444
ldmsi s16116, r42 # 16445
adds s16117, s16115, s16116 # 16446
bit s16336 # 16447
adds s16131, s16336, s16336 # 16448
bit s16234 # 16449
adds s16337, s16131, s16234 # 16450
adds s16132, s16337, s16337 # 16451
bit s16235 # 16452
adds s16338, s16132, s16235 # 16453
adds s16133, s16338, s16338 # 16454
bit s16236 # 16455
adds s16339, s16133, s16236 # 16456
adds s16134, s16339, s16339 # 16457
bit s16237 # 16458
adds s16340, s16134, s16237 # 16459
adds s16135, s16340, s16340 # 16460
bit s16238 # 16461
adds s16341, s16135, s16238 # 16462
adds s16136, s16341, s16341 # 16463
bit s16239 # 16464
adds s16342, s16136, s16239 # 16465
adds s16137, s16342, s16342 # 16466
bit s16240 # 16467
adds s16343, s16137, s16240 # 16468
adds s16138, s16343, s16343 # 16469
bit s16241 # 16470
adds s16344, s16138, s16241 # 16471
adds s16139, s16344, s16344 # 16472
bit s16242 # 16473
adds s16345, s16139, s16242 # 16474
adds s16140, s16345, s16345 # 16475
bit s16243 # 16476
adds s16346, s16140, s16243 # 16477
adds s16141, s16346, s16346 # 16478
bit s16244 # 16479
adds s16347, s16141, s16244 # 16480
adds s16142, s16347, s16347 # 16481
bit s16245 # 16482
adds s16348, s16142, s16245 # 16483
adds s16143, s16348, s16348 # 16484
bit s16246 # 16485
adds s16349, s16143, s16246 # 16486
adds s16144, s16349, s16349 # 16487
bit s16247 # 16488
adds s16350, s16144, s16247 # 16489
adds s16145, s16350, s16350 # 16490
bit s16248 # 16491
adds s16351, s16145, s16248 # 16492
adds s16146, s16351, s16351 # 16493
bit s16249 # 16494
adds s16352, s16146, s16249 # 16495
adds s16147, s16352, s16352 # 16496
bit s16250 # 16497
adds s16353, s16147, s16250 # 16498
adds s16148, s16353, s16353 # 16499
bit s16251 # 16500
adds s16354, s16148, s16251 # 16501
adds s16149, s16354, s16354 # 16502
bit s16252 # 16503
adds s16355, s16149, s16252 # 16504
adds s16150, s16355, s16355 # 16505
bit s16253 # 16506
adds s16356, s16150, s16253 # 16507
adds s16151, s16356, s16356 # 16508
bit s16254 # 16509
adds s16357, s16151, s16254 # 16510
adds s16152, s16357, s16357 # 16511
bit s16255 # 16512
adds s16358, s16152, s16255 # 16513
adds s16153, s16358, s16358 # 16514
bit s16256 # 16515
adds s16359, s16153, s16256 # 16516
adds s16154, s16359, s16359 # 16517
bit s16257 # 16518
adds s16360, s16154, s16257 # 16519
adds s16155, s16360, s16360 # 16520
bit s16258 # 16521
adds s16361, s16155, s16258 # 16522
adds s16156, s16361, s16361 # 16523
bit s16259 # 16524
adds s16362, s16156, s16259 # 16525
adds s16157, s16362, s16362 # 16526
bit s16260 # 16527
adds s16363, s16157, s16260 # 16528
adds s16158, s16363, s16363 # 16529
bit s16261 # 16530
adds s16364, s16158, s16261 # 16531
adds s16159, s16364, s16364 # 16532
bit s16262 # 16533
adds s16365, s16159, s16262 # 16534
adds s16160, s16365, s16365 # 16535
bit s16263 # 16536
adds s16366, s16160, s16263 # 16537
adds s16161, s16366, s16366 # 16538
bit s16264 # 16539
adds s16367, s16161, s16264 # 16540
adds s16162, s16367, s16367 # 16541
bit s16265 # 16542
adds s16368, s16162, s16265 # 16543
adds s16163, s16368, s16368 # 16544
bit s16266 # 16545
adds s16369, s16163, s16266 # 16546
adds s16164, s16369, s16369 # 16547
bit s16267 # 16548
adds s16370, s16164, s16267 # 16549
adds s16165, s16370, s16370 # 16550
bit s16268 # 16551
adds s16371, s16165, s16268 # 16552
adds s16166, s16371, s16371 # 16553
bit s16269 # 16554
adds s16372, s16166, s16269 # 16555
adds s16167, s16372, s16372 # 16556
bit s16270 # 16557
adds s16373, s16167, s16270 # 16558
adds s16168, s16373, s16373 # 16559
bit s16271 # 16560
adds s16374, s16168, s16271 # 16561
adds s16169, s16374, s16374 # 16562
bit s16272 # 16563
adds s16375, s16169, s16272 # 16564
adds s16170, s16375, s16375 # 16565
bit s16273 # 16566
adds s16376, s16170, s16273 # 16567
adds s16171, s16376, s16376 # 16568
bit s16274 # 16569
adds s16377, s16171, s16274 # 16570
adds s16172, s16377, s16377 # 16571
bit s16275 # 16572
adds s16378, s16172, s16275 # 16573
adds s16173, s16378, s16378 # 16574
bit s16276 # 16575
adds s16379, s16173, s16276 # 16576
adds s16174, s16379, s16379 # 16577
bit s16277 # 16578
adds s16380, s16174, s16277 # 16579
adds s16175, s16380, s16380 # 16580
bit s16278 # 16581
adds s16381, s16175, s16278 # 16582
adds s16176, s16381, s16381 # 16583
bit s16279 # 16584
adds s16382, s16176, s16279 # 16585
adds s16177, s16382, s16382 # 16586
bit s16280 # 16587
adds s16383, s16177, s16280 # 16588
adds s16178, s16383, s16383 # 16589
bit s16281 # 16590
adds s16384, s16178, s16281 # 16591
adds s16179, s16384, s16384 # 16592
bit s16282 # 16593
adds s16385, s16179, s16282 # 16594
adds s16180, s16385, s16385 # 16595
bit s16283 # 16596
adds s16386, s16180, s16283 # 16597
adds s16181, s16386, s16386 # 16598
bit s16284 # 16599
adds s16387, s16181, s16284 # 16600
adds s16182, s16387, s16387 # 16601
bit s16285 # 16602
adds s16388, s16182, s16285 # 16603
adds s16183, s16388, s16388 # 16604
bit s16286 # 16605
adds s16389, s16183, s16286 # 16606
adds s16184, s16389, s16389 # 16607
bit s16287 # 16608
adds s16390, s16184, s16287 # 16609
adds s16185, s16390, s16390 # 16610
bit s16288 # 16611
adds s16391, s16185, s16288 # 16612
adds s16186, s16391, s16391 # 16613
bit s16289 # 16614
adds s16392, s16186, s16289 # 16615
adds s16187, s16392, s16392 # 16616
bit s16290 # 16617
adds s16393, s16187, s16290 # 16618
adds s16188, s16393, s16393 # 16619
bit s16291 # 16620
adds s16394, s16188, s16291 # 16621
adds s16189, s16394, s16394 # 16622
bit s16292 # 16623
adds s16395, s16189, s16292 # 16624
adds s16190, s16395, s16395 # 16625
bit s16293 # 16626
adds s16396, s16190, s16293 # 16627
adds s16191, s16396, s16396 # 16628
bit s16294 # 16629
adds s16397, s16191, s16294 # 16630
adds s16192, s16397, s16397 # 16631
bit s16295 # 16632
adds s16398, s16192, s16295 # 16633
adds s16193, s16398, s16398 # 16634
bit s16296 # 16635
adds s16399, s16193, s16296 # 16636
adds s16194, s16399, s16399 # 16637
bit s16297 # 16638
adds s16400, s16194, s16297 # 16639
adds s16195, s16400, s16400 # 16640
bit s16298 # 16641
adds s16401, s16195, s16298 # 16642
adds s16196, s16401, s16401 # 16643
bit s16299 # 16644
adds s16402, s16196, s16299 # 16645
adds s16197, s16402, s16402 # 16646
bit s16300 # 16647
adds s16403, s16197, s16300 # 16648
adds s16198, s16403, s16403 # 16649
bit s16301 # 16650
adds s16404, s16198, s16301 # 16651
adds s16199, s16404, s16404 # 16652
bit s16302 # 16653
adds s16405, s16199, s16302 # 16654
adds s16200, s16405, s16405 # 16655
bit s16303 # 16656
adds s16406, s16200, s16303 # 16657
adds s16201, s16406, s16406 # 16658
bit s16304 # 16659
adds s16407, s16201, s16304 # 16660
adds s16202, s16407, s16407 # 16661
bit s16305 # 16662
adds s16408, s16202, s16305 # 16663
adds s16203, s16408, s16408 # 16664
bit s16306 # 16665
adds s16409, s16203, s16306 # 16666
adds s16204, s16409, s16409 # 16667
bit s16307 # 16668
adds s16410, s16204, s16307 # 16669
adds s16205, s16410, s16410 # 16670
bit s16308 # 16671
adds s16411, s16205, s16308 # 16672
adds s16206, s16411, s16411 # 16673
bit s16309 # 16674
adds s16412, s16206, s16309 # 16675
adds s16207, s16412, s16412 # 16676
bit s16310 # 16677
adds s16413, s16207, s16310 # 16678
adds s16208, s16413, s16413 # 16679
bit s16311 # 16680
adds s16414, s16208, s16311 # 16681
adds s16209, s16414, s16414 # 16682
bit s16312 # 16683
adds s16415, s16209, s16312 # 16684
adds s16210, s16415, s16415 # 16685
bit s16313 # 16686
adds s16416, s16210, s16313 # 16687
adds s16211, s16416, s16416 # 16688
bit s16314 # 16689
adds s16417, s16211, s16314 # 16690
adds s16212, s16417, s16417 # 16691
bit s16315 # 16692
adds s16418, s16212, s16315 # 16693
adds s16213, s16418, s16418 # 16694
bit s16316 # 16695
adds s16419, s16213, s16316 # 16696
adds s16214, s16419, s16419 # 16697
bit s16317 # 16698
adds s16420, s16214, s16317 # 16699
adds s16215, s16420, s16420 # 16700
bit s16318 # 16701
adds s16421, s16215, s16318 # 16702
adds s16216, s16421, s16421 # 16703
bit s16319 # 16704
adds s16422, s16216, s16319 # 16705
adds s16217, s16422, s16422 # 16706
bit s16320 # 16707
adds s16423, s16217, s16320 # 16708
adds s16218, s16423, s16423 # 16709
bit s16321 # 16710
adds s16424, s16218, s16321 # 16711
adds s16219, s16424, s16424 # 16712
bit s16322 # 16713
adds s16425, s16219, s16322 # 16714
adds s16220, s16425, s16425 # 16715
bit s16323 # 16716
adds s16426, s16220, s16323 # 16717
adds s16221, s16426, s16426 # 16718
bit s16324 # 16719
adds s16427, s16221, s16324 # 16720
adds s16222, s16427, s16427 # 16721
bit s16325 # 16722
adds s16428, s16222, s16325 # 16723
adds s16223, s16428, s16428 # 16724
bit s16326 # 16725
adds s16429, s16223, s16326 # 16726
adds s16224, s16429, s16429 # 16727
bit s16327 # 16728
adds s16430, s16224, s16327 # 16729
adds s16225, s16430, s16430 # 16730
bit s16328 # 16731
adds s16431, s16225, s16328 # 16732
adds s16226, s16431, s16431 # 16733
bit s16329 # 16734
adds s16432, s16226, s16329 # 16735
adds s16227, s16432, s16432 # 16736
bit s16330 # 16737
adds s16433, s16227, s16330 # 16738
adds s16228, s16433, s16433 # 16739
bit s16331 # 16740
adds s16434, s16228, s16331 # 16741
adds s16229, s16434, s16434 # 16742
bit s16332 # 16743
adds s16435, s16229, s16332 # 16744
adds s16230, s16435, s16435 # 16745
bit s16333 # 16746
adds s16436, s16230, s16333 # 16747
adds s16231, s16436, s16436 # 16748
bit s16334 # 16749
adds s16437, s16231, s16334 # 16750
adds s16232, s16437, s16437 # 16751
bit s16335 # 16752
adds s16119, s16232, s16335 # 16753
bit s16121 # 16754
movs s16120, s16121 # 16755
mulsi s16122, s16119, 2 # 16756
ldi c876, 8 # 16757
mulci c877, c876, 1073741824 # 16758
mulci c878, c877, 1073741824 # 16759
movc c875, c878 # 16760
addm s16123, s16117, c875 # 16761
adds s16124, s16122, s16123 # 16762
adds s16125, s16124, s16120 # 16763
startopen 1, s16125 # 16764
stopopen 1, c872 # 16765
modci c873, c872, 2 # 16766
mulci c874, c873, 2 # 16767
mulm s16126, s16121, c874 # 16768
addm s16127, s16121, c873 # 16769
subs s16118, s16127, s16126 # 16770
ldint r43, 8344 # 16771
addint r44, r36, r43 # 16772
stmsi s16118, r44 # 16773
ldint r45, 1 # 16774
addint r46, r36, r45 # 16775
pushint r46 # 16776
ldint r47, 8 # 16777
ltint r48, r46, r47 # 16778
jmpnz r48, -345 # 16779
# provide_key-0-end-loop-9
popint r49 # 16780
ldsi s16439, 0 # 16781
ldms s16440, 8344 # 16782
adds s16441, s16439, s16440 # 16783
ldms s16442, 8345 # 16784
mulsi s16443, s16442, 2 # 16785
adds s16444, s16441, s16443 # 16786
ldms s16445, 8346 # 16787
mulsi s16446, s16445, 4 # 16788
adds s16447, s16444, s16446 # 16789
ldms s16448, 8347 # 16790
mulsi s16449, s16448, 8 # 16791
adds s16450, s16447, s16449 # 16792
ldms s16451, 8348 # 16793
mulsi s16452, s16451, 16 # 16794
adds s16453, s16450, s16452 # 16795
ldms s16454, 8349 # 16796
mulsi s16455, s16454, 32 # 16797
adds s16456, s16453, s16455 # 16798
ldms s16457, 8350 # 16799
mulsi s16458, s16457, 64 # 16800
adds s16459, s16456, s16458 # 16801
ldms s16460, 8351 # 16802
mulsi s16461, s16460, 128 # 16803
adds s16462, s16459, s16461 # 16804
ldint r50, 8288 # 16805
addint r51, r28, r50 # 16806
stmsi s16462, r51 # 16807
ldint r52, 1 # 16808
addint r53, r28, r52 # 16809
pushint r53 # 16810
ldint r54, 32 # 16811
ltint r55, r53, r54 # 16812
jmpnz r55, -16770 # 16813
# provide_key-0-end-loop-10
popint r56 # 16814
ldint r57, 0 # 16815
pushint r57 # 16816
# provide_key-0-begin-loop-11
popint r58 # 16817
ldint r59, 8288 # 16818
addint r60, r58, r59 # 16819
ldmsi s16463, r60 # 16820
private_output s16463, 0, 0 # 16821
ldint r61, 1 # 16822
addint r62, r58, r61 # 16823
pushint r62 # 16824
ldint r63, 32 # 16825
ltint r64, r62, r63 # 16826
jmpnz r64, -11 # 16827
# provide_key-0-end-loop-12
popint r65 # 16828
reqbl 105 # 16829
reqbl 105 # 16830
|
oeis/081/A081183.asm
|
neoneye/loda-programs
| 11 |
170296
|
; A081183: 6th binomial transform of (0,1,0,2,0,4,0,8,0,16,...).
; Submitted by <NAME>
; 0,1,12,110,912,7204,55440,420344,3159168,23618320,176008128,1309074656,9724619520,72186895936,535605687552,3972913788800,29464372088832,218493396246784,1620132103941120,12012809774902784,89069225764835328,660395176831329280,4896388445971550208,36303225339393406976,269161496909688176640,1995628301376882282496,14796048721593189384192,109701222412304275005440,813349012413482861002752,6030346586943448981848064,44710292621262970508083200,331491727499078380714164224,2457750780865999571295141888
mov $3,1
lpb $0
sub $0,1
mov $2,$3
mul $3,6
add $3,$1
mul $1,5
add $1,$2
add $3,$2
lpe
mov $0,$1
|
awa/src/awa-services-contexts.ads
|
fuzzysloth/ada-awa
| 81 |
25910
|
<reponame>fuzzysloth/ada-awa
-----------------------------------------------------------------------
-- awa-services -- Services
-- Copyright (C) 2011, 2012, 2013, 2014 <NAME>
-- Written by <NAME> (<EMAIL>)
--
-- 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.
-----------------------------------------------------------------------
with AWA.Applications;
with AWA.Users.Principals;
with AWA.Users.Models;
with ADO;
with ADO.Sessions;
with Util.Beans.Objects;
with Ada.Finalization;
-- The service context provides additional information to a service operation.
-- This context is composed of:
-- <ul>
-- <li>the optional user context which allows to identify the current user invoking the service,
-- <li>the database connections that the service can use,
-- <li>the other services provided by the application.
-- </ul>
package AWA.Services.Contexts is
type Service_Context is new Ada.Finalization.Limited_Controlled with private;
type Service_Context_Access is access all Service_Context'Class;
-- Get the application associated with the current service operation.
function Get_Application (Ctx : in Service_Context) return AWA.Applications.Application_Access;
-- Get the current database connection for reading.
function Get_Session (Ctx : in Service_Context_Access) return ADO.Sessions.Session;
-- Get the current database connection for reading and writing.
function Get_Master_Session (Ctx : in Service_Context_Access)
return ADO.Sessions.Master_Session;
-- Get the current user invoking the service operation.
-- Returns a null user if there is none.
function Get_User (Ctx : in Service_Context) return AWA.Users.Models.User_Ref;
-- Get the current user identifier invoking the service operation.
-- Returns NO_IDENTIFIER if there is none.
function Get_User_Identifier (Ctx : in Service_Context) return ADO.Identifier;
-- Get the current user session from the user invoking the service operation.
-- Returns a null session if there is none.
function Get_User_Session (Ctx : in Service_Context) return AWA.Users.Models.Session_Ref;
-- Starts a transaction.
procedure Start (Ctx : in out Service_Context);
-- Commits the current transaction. The database transaction is really committed by the
-- last <b>Commit</b> called.
procedure Commit (Ctx : in out Service_Context);
-- Rollback the current transaction. The database transaction is rollback at the first
-- call to <b>Rollback</b>.
procedure Rollback (Ctx : in out Service_Context);
-- Get the attribute registered under the given name in the HTTP session.
function Get_Session_Attribute (Ctx : in Service_Context;
Name : in String) return Util.Beans.Objects.Object;
-- Set the attribute registered under the given name in the HTTP session.
procedure Set_Session_Attribute (Ctx : in out Service_Context;
Name : in String;
Value : in Util.Beans.Objects.Object);
-- Initializes the service context.
overriding
procedure Initialize (Ctx : in out Service_Context);
-- Finalize the service context, rollback non-committed transaction, releases any object.
overriding
procedure Finalize (Ctx : in out Service_Context);
-- Set the current application and user context.
procedure Set_Context (Ctx : in out Service_Context;
Application : in AWA.Applications.Application_Access;
Principal : in AWA.Users.Principals.Principal_Access);
-- Get the current service context.
-- Returns null if the current thread is not associated with any service context.
function Current return Service_Context_Access;
-- Run the process procedure on behalf of the specific user and session.
-- This operation changes temporarily the identity of the current user principal and
-- executes the <tt>Process</tt> procedure.
generic
with procedure Process;
procedure Run_As (User : in AWA.Users.Models.User_Ref;
Session : in AWA.Users.Models.Session_Ref);
private
type Service_Context is new Ada.Finalization.Limited_Controlled with record
Previous : Service_Context_Access := null;
Application : AWA.Applications.Application_Access := null;
Principal : AWA.Users.Principals.Principal_Access := null;
Master : ADO.Sessions.Master_Session;
Slave : ADO.Sessions.Session;
Transaction : Integer := 0;
Active_Transaction : Boolean := False;
end record;
end AWA.Services.Contexts;
|
source/web/soap/web_services-soap-messages.adb
|
svn2github/matreshka
| 24 |
10354
|
------------------------------------------------------------------------------
-- --
-- Matreshka Project --
-- --
-- Web Framework --
-- --
-- Runtime Library Component --
-- --
------------------------------------------------------------------------------
-- --
-- Copyright © 2012, <NAME> <<EMAIL>> --
-- All rights reserved. --
-- --
-- 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 <NAME>, IE 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. --
-- --
------------------------------------------------------------------------------
-- $Revision$ $Date$
------------------------------------------------------------------------------
with Ada.Strings.Hash;
with Ada.Tags;
with Ada.Unchecked_Deallocation;
package body Web_Services.SOAP.Messages is
--------------
-- Finalize --
--------------
procedure Finalize (Self : in out SOAP_Message) is
procedure Free is
new Ada.Unchecked_Deallocation
(Web_Services.SOAP.Headers.Abstract_SOAP_Header'Class,
Web_Services.SOAP.Headers.SOAP_Header_Access);
procedure Free is
new Ada.Unchecked_Deallocation
(Web_Services.SOAP.Payloads.Abstract_SOAP_Payload'Class,
Web_Services.SOAP.Payloads.SOAP_Payload_Access);
Position : Header_Sets.Cursor;
Header : Web_Services.SOAP.Headers.SOAP_Header_Access;
begin
while not Self.Headers.Is_Empty loop
Position := Self.Headers.First;
Header := Header_Sets.Element (Position);
Self.Headers.Delete (Position);
Free (Header);
end loop;
Free (Self.Payload);
end Finalize;
----------
-- Free --
----------
procedure Free (Message : in out SOAP_Message_Access) is
procedure Free is
new Ada.Unchecked_Deallocation
(Web_Services.SOAP.Messages.SOAP_Message,
Web_Services.SOAP.Messages.SOAP_Message_Access);
begin
if Message /= null then
Finalize (Message.all);
Free (Message);
end if;
end Free;
----------
-- Hash --
----------
function Hash
(Item : Web_Services.SOAP.Headers.SOAP_Header_Access)
return Ada.Containers.Hash_Type is
begin
return Ada.Strings.Hash (Ada.Tags.External_Tag (Item'Tag));
end Hash;
end Web_Services.SOAP.Messages;
|
MP/add.asm
|
pratikpc/Pracs-Sem-V
| 0 |
98591
|
<gh_stars>0
.8086
.model small
.stack 100h
.data
num1 db 03h
num2 db 05h
result db ? ; Store Result here
.code
start:
mov ax, @data
mov ds, ax
mov ah, 00h
mov al, num1
add al, num2 ; Stores result in al itself
mov result, al
mov ah, 4ch
int 21h ; End Program
end start
|
src/Categories/Diagram/Limit/Properties.agda
|
Trebor-Huang/agda-categories
| 279 |
4712
|
<gh_stars>100-1000
{-# OPTIONS --without-K --safe #-}
open import Categories.Category
open import Categories.Functor
module Categories.Diagram.Limit.Properties
{o ℓ e} {o′ ℓ′ e′} {C : Category o ℓ e} {J : Category o′ ℓ′ e′} where
open import Categories.Diagram.Cone.Properties
open import Categories.NaturalTransformation.NaturalIsomorphism using (NaturalIsomorphism; _≃_; module ≃)
open import Categories.Morphism.Reasoning C
open import Categories.Morphism C
import Categories.Category.Construction.Cones as Con
import Categories.Diagram.Limit as Lim
private
module J = Category J
module C = Category C
open C
variable
X Y Z : Obj
f g h : X ⇒ Y
open HomReasoning
-- natural isomorphisms respects limits
module _ {F G : Functor J C} (F≃G : F ≃ G) where
private
module F = Functor F
module G = Functor G
module LF = Lim F
module LG = Lim G
open NaturalIsomorphism F≃G
≃-resp-lim : LF.Limit → LG.Limit
≃-resp-lim L = record
{ terminal = record
{ ⊤ = record
{ apex = record
{ ψ = λ j → ⇒.η j ∘ proj j
; commute = λ {X Y} f → begin
G.F₁ f ∘ ⇒.η X ∘ proj X ≈⟨ pullˡ (⇒.sym-commute f) ⟩
(⇒.η Y ∘ F.F₁ f) ∘ proj X ≈⟨ pullʳ (limit-commute f) ⟩
⇒.η Y ∘ proj Y ∎
}
}
; ⊤-is-terminal = record
{ ! = λ {A} → record
{ arr = rep (nat-map-Cone F⇐G A)
; commute = λ {j} → assoc ○ ⟺ (switch-tofromˡ (record { iso = iso j }) (⟺ commute))
}
; !-unique = λ {K} f →
let module f = Con.Cone⇒ G f
in terminal.!-unique record
{ arr = f.arr
; commute = λ {j} → switch-fromtoˡ (record { iso = iso j }) (sym-assoc ○ f.commute)
}
}
}
}
where open LF.Limit L
≃⇒Cone⇒ : ∀ (Lf : LF.Limit) (Lg : LG.Limit) → Con.Cones G [ LG.Limit.limit (≃-resp-lim Lf) , LG.Limit.limit Lg ]
≃⇒Cone⇒ Lf Lg = rep-cone (LG.Limit.limit (≃-resp-lim Lf))
where open LG.Limit Lg
≃⇒lim≅ : ∀ {F G : Functor J C} (F≃G : F ≃ G) (Lf : Lim.Limit F) (Lg : Lim.Limit G) → Lim.Limit.apex Lf ≅ Lim.Limit.apex Lg
≃⇒lim≅ {F = F} {G} F≃G Lf Lg = record
{ from = arr (≃⇒Cone⇒ F≃G Lf Lg)
; to = arr (≃⇒Cone⇒ (≃.sym F≃G) Lg Lf)
; iso = record
{ isoˡ = Lf.terminal.⊤-id record
{ commute = λ {j} → begin
Lf.proj j ∘ arr (≃⇒Cone⇒ (≃.sym F≃G) Lg Lf) ∘ arr (≃⇒Cone⇒ F≃G Lf Lg) ≈⟨ pullˡ (⇒-commute (≃⇒Cone⇒ (≃.sym F≃G) Lg Lf)) ⟩
(⇐.η j ∘ Lg.proj j) ∘ arr (≃⇒Cone⇒ F≃G Lf Lg) ≈⟨ pullʳ (⇒-commute (≃⇒Cone⇒ F≃G Lf Lg)) ⟩
⇐.η j ∘ ⇒.η j ∘ Lf.proj j ≈⟨ cancelˡ (iso.isoˡ j) ⟩
Lf.proj j ∎
}
; isoʳ = Lg.terminal.⊤-id record
{ commute = λ {j} → begin
Lg.proj j ∘ arr (≃⇒Cone⇒ F≃G Lf Lg) ∘ arr (≃⇒Cone⇒ (≃.sym F≃G) Lg Lf) ≈⟨ pullˡ (⇒-commute (≃⇒Cone⇒ F≃G Lf Lg)) ⟩
(⇒.η j ∘ Lf.proj j) ∘ arr (≃⇒Cone⇒ (≃.sym F≃G) Lg Lf) ≈⟨ pullʳ (⇒-commute (≃⇒Cone⇒ (≃.sym F≃G) Lg Lf)) ⟩
⇒.η j ∘ ⇐.η j ∘ Lg.proj j ≈⟨ cancelˡ (iso.isoʳ j) ⟩
Lg.proj j ∎
}
}
}
where open Con.Cone⇒ renaming (commute to ⇒-commute)
module Lf = Lim.Limit Lf
module Lg = Lim.Limit Lg
open NaturalIsomorphism F≃G
|
oeis/078/A078879.asm
|
neoneye/loda-programs
| 11 |
175555
|
<reponame>neoneye/loda-programs<gh_stars>10-100
; A078879: Triangle read by rows: T(n,k) = ceiling(k^2 / n), 0 < k <= n.
; Submitted by <NAME>
; 0,1,0,1,2,0,1,1,3,0,1,1,2,4,0,1,1,2,3,5,0,1,1,2,3,4,6,0,1,1,2,2,4,5,7,0,1,1,1,2,3,4,6,8,0,1,1,1,2,3,4,5,7,9,0,1,1,1,2,3,4,5,6,8,10,0,1,1,1,2,3,3,5,6,7,9,11,0,1,1,1,2,2,3,4,5,7,8,10,12,0,1,1,1,2,2,3,4,5,6
mov $1,2
lpb $0
sub $0,$1
add $1,1
lpe
pow $0,2
add $0,$1
sub $0,1
div $0,$1
|
Sem4/AEIE_LAB/Scrolling leds.asm
|
SOUMEE2000/Heritage-CSE-Codes
| 0 |
166609
|
<filename>Sem4/AEIE_LAB/Scrolling leds.asm<gh_stars>0
ORG 2000H
MVI A, 82H
OUT 83H
MVI A, 00H
L1: OUT 80H
NOP
NOP
NOP
NOP
NOP
CMA
NOP
NOP
NOP
NOP
NOP
JMP L1
END
|
src/digital.ads
|
Asier98/Control_IO_STM32F446
| 0 |
22087
|
<gh_stars>0
with STM32.GPIO;
use STM32.GPIO;
with HAL.GPIO;
package Digital is
type Digital_Mode is (Input, Output);
-- Input or Output
type Signal_Mode is (HIGH,LOW);
-- HIGH or LOW
procedure Configure_Pin(Pin : GPIO_Point; Mode : Digital_Mode);
-- Configure a channel as Output or Input
procedure Set_Signal(Pin : GPIO_Point; Mode : Signal_Mode);
-- Set a HIGH or LOW signal for a given channel
function Read_Signal(Pin : GPIO_Point) return Signal_Mode;
-- Read the given channel signal
end Digital;
|
Cubical/Algebra/Polynomials/UnivariateHIT/Polyn-nPoly.agda
|
thomas-lamiaux/cubical
| 0 |
12031
|
<filename>Cubical/Algebra/Polynomials/UnivariateHIT/Polyn-nPoly.agda
{-# OPTIONS --safe --experimental-lossy-unification #-}
module Cubical.Algebra.Polynomials.UnivariateHIT.Polyn-nPoly where
open import Cubical.Foundations.Prelude
open import Cubical.Foundations.Isomorphism
open import Cubical.Foundations.Equiv
open import Cubical.Foundations.HLevels
open import Cubical.Data.Nat renaming (_+_ to _+n_; _·_ to _·n_)
open import Cubical.Data.Vec
open import Cubical.Data.Sigma
open import Cubical.Algebra.DirectSum.DirectSumHIT.Base
open import Cubical.Algebra.Ring
open import Cubical.Algebra.GradedRing.DirectSumFun
open import Cubical.Algebra.CommRing
open import Cubical.Algebra.CommRing.Instances.Polynomials.UnivariatePolyHIT
open import Cubical.Algebra.CommRing.Instances.Polynomials.MultivariatePoly
open import Cubical.Algebra.Polynomials.Multivariate.EquivCarac.Poly0-A
open import Cubical.Algebra.Polynomials.Multivariate.EquivCarac.An[Am[X]]-Anm[X]
open import Cubical.Algebra.Polynomials.Multivariate.EquivCarac.AB-An[X]Bn[X]
open CommRingEquivs renaming (compCommRingEquiv to _∘-ecr_ ; invCommRingEquiv to inv-ecr)
private variable
ℓ : Level
-----------------------------------------------------------------------------
-- Definition
module equiv1 (A'@(A , Astr) : CommRing ℓ)
where
private
PA = PolyCommRing A' 1
PAstr = snd PA
PA' = nUnivariatePolyHIT A' 1
PA'str = snd PA'
open CommRingStr
directSense : fst (PolyCommRing A' 1) → fst (nUnivariatePolyHIT A' 1)
directSense = DS-Rec-Set.f _ _ _ _
(is-set PA'str)
(0r PA'str)
(λ { (n ∷ []) a → base n a})
(_+_ PA'str)
(+Assoc PA'str)
(+IdR PA'str)
(+Comm PA'str)
(λ { (n ∷ []) → base-neutral _ })
λ { (n ∷ []) a b → base-add _ _ _}
convSense : fst (nUnivariatePolyHIT A' 1) → fst (PolyCommRing A' 1)
convSense = DS-Rec-Set.f _ _ _ _
(is-set PAstr)
(0r PAstr)
(λ n a → base (n ∷ []) a)
(_+_ PAstr)
(+Assoc PAstr)
(+IdR PAstr)
(+Comm PAstr)
(λ n → base-neutral _)
λ _ _ _ → base-add _ _ _
retr : (x : fst (PolyCommRing A' 1)) → convSense (directSense x) ≡ x
retr = DS-Ind-Prop.f _ _ _ _ (λ _ → is-set PAstr _ _)
refl
(λ { (n ∷ []) a → refl})
(λ {U V} ind-U ind-V → cong₂ (_+_ PAstr) ind-U ind-V)
sect : (x : fst (nUnivariatePolyHIT A' 1)) → (directSense (convSense x) ≡ x)
sect = DS-Ind-Prop.f _ _ _ _ (λ _ → is-set PA'str _ _)
refl
(λ n a → refl)
(λ {U V} ind-U ind-V → cong₂ (_+_ PA'str) ind-U ind-V)
converseSense-pres· : (x y : fst (PolyCommRing A' 1)) →
directSense (_·_ PAstr x y) ≡ _·_ PA'str (directSense x) (directSense y)
converseSense-pres· = DS-Ind-Prop.f _ _ _ _
(λ _ → isPropΠ λ _ → is-set PA'str _ _)
(λ _ → refl)
(λ { (n ∷ []) a → DS-Ind-Prop.f _ _ _ _ (λ _ → is-set PA'str _ _)
refl
(λ { (m ∷ []) b → refl})
λ {U V} ind-U ind-V → cong₂ (_+_ PA'str) ind-U ind-V})
λ {U V} ind-U ind-V y → cong₂ (_+_ PA'str) (ind-U y) (ind-V y)
open Iso
equivR : CommRingEquiv PA PA'
fst equivR = isoToEquiv is
where
is : Iso (PA .fst) (PA' .fst)
fun is = directSense
inv is = convSense
rightInv is = sect
leftInv is = retr
snd equivR = makeIsRingHom refl (λ _ _ → refl) converseSense-pres·
open equiv1
Equiv-Polyn-nPolyHIT : (A' : CommRing ℓ) → (n : ℕ) → CommRingEquiv (PolyCommRing A' n) (nUnivariatePolyHIT A' n)
Equiv-Polyn-nPolyHIT A' zero = CRE-Poly0-A A'
Equiv-Polyn-nPolyHIT A' (suc n) = inv-ecr _ _ (CRE-PolyN∘M-PolyN+M A' 1 n)
∘-ecr (lift-equiv-poly _ _ 1 (Equiv-Polyn-nPolyHIT A' n)
∘-ecr equivR (nUnivariatePolyHIT A' n))
|
programs/oeis/100/A100821.asm
|
neoneye/loda
| 22 |
86595
|
<filename>programs/oeis/100/A100821.asm<gh_stars>10-100
; A100821: a(n) = 1 if prime(n) + 2 = prime(n+1), otherwise 0.
; 0,1,1,0,1,0,1,0,0,1,0,0,1,0,0,0,1,0,0,1,0,0,0,0,0,1,0,1,0,0,0,0,1,0,1,0,0,0,0,0,1,0,1,0,1,0,0,0,1,0,0,1,0,0,0,0,1,0,0,1,0,0,0,1,0,0,0,0,1,0,0,0,0,0,0,0,0,0,0,0,1,0,1,0,0,0,0,0,1,0,0,0,0,0,0,0,0,1,0,0
seq $0,40 ; The prime numbers.
add $0,1
seq $0,80545 ; Characteristic function of {1} union {odd primes}: 1 if n is 1 or an odd prime, else 0.
|
oeis/249/A249736.asm
|
neoneye/loda-programs
| 11 |
100429
|
; A249736: Triangular numbers modulo 30.
; Submitted by <NAME>
; 0,1,3,6,10,15,21,28,6,15,25,6,18,1,15,0,16,3,21,10,0,21,13,6,0,25,21,18,16,15,15,16,18,21,25,0,6,13,21,0,10,21,3,16,0,15,1,18,6,25,15,6,28,21,15,10,6,3,1,0,0,1,3,6,10,15,21,28,6,15,25,6,18,1,15,0,16,3,21,10,0,21,13,6,0
add $0,1
bin $0,2
mod $0,30
|
src/Selective/Runtime.agda
|
Zalastax/thesis
| 1 |
13369
|
<filename>src/Selective/Runtime.agda
module Selective.Runtime where
open import Selective.Simulate
open import Selective.SimulationEnvironment
open import Prelude
open import Data.Nat.Show using (show)
open import Codata.Musical.Notation using ( ♯_ ; ♭)
import IO
open ∞Trace
record BlockedCount : Set₂ where
field
return-count : ℕ
receive-count : ℕ
selective-count : ℕ
count-blocked : (env : Env) → BlockedCount
count-blocked env = loop (Env.blocked-no-progress env)
where
open BlockedCount
loop : ∀ {store inbs bl} → All (IsBlocked store inbs) bl → BlockedCount
loop [] = record { return-count = 0 ; receive-count = 0 ; selective-count = 0 }
loop (BlockedReturn _ _ ∷ xs) =
let rec = loop xs
in record { return-count = suc (rec .return-count) ; receive-count = rec .receive-count ; selective-count = rec .selective-count }
loop (BlockedReceive _ _ _ ∷ xs) =
let rec = loop xs
in record { return-count = rec .return-count ; receive-count = suc (rec .receive-count) ; selective-count = rec .selective-count }
loop (BlockedSelective _ _ _ _ _ ∷ xs) =
let rec = loop xs
in record { return-count = rec .return-count ; receive-count = rec .receive-count ; selective-count = suc (rec .selective-count) }
show-env : Env → String
show-env env =
let count = count-blocked env
open BlockedCount
in "There are " || show (count .return-count) || " finished actors, " || show (count .receive-count) || " receiving actors, and " || show (count .selective-count) || " selecting actors"
show-final-step : ℕ → String
show-final-step n = "Done after " || (show n) || " steps."
-- run-env continously runs the simulation of an environment
-- and transforms the steps taken into output to the console.
run-env : Env → IO.IO ⊤
run-env env = loop 1 ((simulate env) .force)
where
loop : ℕ → Trace ∞ → IO.IO ⊤
loop n (TraceStop env _) = ♯ IO.putStrLn (show-final-step n) IO.>> ♯ IO.putStrLn (show-env env)
loop n (x ∷ xs) = ♯ IO.putStrLn ("Step " || show n ) IO.>> ♯ loop (suc n) (xs .force)
run-env-silent : Env → IO.IO ⊤
run-env-silent env = loop 1 ((simulate env) .force)
where
loop : ℕ → Trace ∞ → IO.IO ⊤
loop n (TraceStop env _) = IO.putStrLn (show-final-step n)
loop n (x ∷ xs) = ♯ IO.return tt IO.>> ♯ loop (suc n) (xs .force)
run-env-end : Env → IO.IO Env
run-env-end env = loop ((simulate env) .force)
where
loop : Trace ∞ → IO.IO Env
loop (TraceStop env _) = IO.return env
loop (x ∷ xs) = ♯ IO.return x IO.>> ♯ loop (xs .force)
|
source/string.asm
|
re0ah/nameless-OS16
| 0 |
24283
|
;This is free and unencumbered software released into the public domain.
;Anyone is free to copy, modify, publish, use, compile, sell, or
;distribute this software, either in source code form or as a compiled
;binary, for any purpose, commercial or non-commercial, and by any
;means.
;In jurisdictions that recognize copyright laws, the author or authors
;of this software dedicate any and all copyright interest in the
;software to the public domain. We make this dedication for the benefit
;of the public at large and to the detriment of our heirs and
;successors. We intend this dedication to be an overt act of
;relinquishment in perpetuity of all present and future rights to this
;software under copyright law.
;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 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.
;For more information, please refer to <http://unlicense.org/>
int_to_ascii:
;in: ax = int
; si = ptr on str
;out: si = ascii str from number
; cx = len of str
; di = num_to_ascii_buffer
; al = high char in str
; dx = high sign in int
cmp ax, 0
jnl .not_neg_num
;if int < 0, make them positive (neg on negative numbers
;make positive numbers), write '-' in string buffer
neg ax
mov byte[ds:si], '-'
inc si
.not_neg_num:
call uint_to_ascii
dec si
inc cx
retn
uint_to_ascii:
;in: ax = uint
; si = ptr on str
;out: si = ascii str from number
; cx = len of str
; di = num_to_ascii_buffer
; al = high char in str
; dx = high sign in uint
mov di, num_to_ascii_buf
mov cx, 10 ;divisor
mov bl, 0x30 ;need add for transform to ascii
.lp:
xor dx, dx ;clear, because used in div instruction (dx:ax)
div cx ;ax = quotient, dx = remainder
add dl, bl ;transform to ascii
mov byte[ds:di], dl
inc di
test ax, ax
jne .lp
.end_lp:
; lea cx, [ds:di - num_to_ascii_buf] ;calc len of str
mov cx, di
sub cx, num_to_ascii_buf
.lp2: ;invert copy from di to si
dec di
mov al, byte[ds:di]
mov byte[ds:si], al
inc si
cmp di, num_to_ascii_buf
jne .lp2
sub si, cx ;si = start of str
retn
str_to_fat12_filename:
;in: si = str (in format name.ext or name (in this case will add BIN as ext))
; cx = len
; if have not ext then add ext as BIN
;out: si = FAT12_STR
; cx = str len + FAT12_STR
; di = FAT12_STR + FAT12_STRLEN
push ds
;if cx > 8, then cx = 8
cmp cx, FAT12_STRLEN_WITHOUT_EXT
jle .check_strlen
mov cx, FAT12_STRLEN_WITHOUT_EXT
.check_strlen:
;cp data input to FAT12_STR
mov di, FAT12_STR
add cx, di ;end of str
.cp:
lodsb ;ds:si -> al
cmp al, '.'
je .if_ext
cmp al, ' '
je .end_cp
stosb ;es:di <- al
cmp di, cx
jne .cp
.end_cp:
mov ax, KERNEL_SEGMENT
mov ds, ax
mov si, FAT12_STR_ONLY_BIN
.if_ext:
mov al, ' '
.fill_space:
stosb
cmp di, FAT12_STR + FAT12_STRLEN
jne .fill_space
mov di, FAT12_EXT
.cp_ext:
movsb
cmp di, FAT12_STR + FAT12_STRLEN
jne .cp_ext
mov si, KERNEL_SEGMENT
mov ds, si
mov si, FAT12_STR
mov di, FAT12_STRLEN
call str_to_caps
pop ds
retn
str_to_caps:
;in: si = str
; di = len
;out: si = caps str
; di = si
; al = first char si
add di, si ;make ptr to end of str
.lp:
mov al, byte[ds:di]
call char_to_caps
mov byte[ds:di], al
dec di
cmp di, si
jge .lp
retn
char_to_caps:
;in: al = ascii
;out: al = caps ascii
cmp al, 'a'
jnge .end
cmp al, 'z'
jnle .end
and al, 0xDF
.end:
retn
caps_to_char:
;in: al = ascii
;out: al = caps ascii
cmp al, 'A'
jnge .end
cmp al, 'Z'
jnle .end
or al, 0x20
.end:
retn
scancode_to_ascii:
;in: al = scancode
;out: al = 0 if char not printable, else ascii
; bx = al
mov bl, byte[kb_shift_pressed]
test bl, bl
je .if_shift_not_pressed
cmp al, 0x53
ja .not_printable
movzx bx, al
mov al, byte[bx + SCANCODE_SET_WITH_SHIFT]
call if_caps
jcxz .caps_not_set
jmp caps_to_char
.if_shift_not_pressed:
cmp al, 0x53
ja .not_printable
movzx bx, al
mov al, byte[bx + SCANCODE_SET]
call if_caps
jcxz .caps_not_set
jmp char_to_caps
.not_printable:
xor al, al
.caps_not_set:
retn
;cstr_to_uint:
;in: si = C str
;
; movzx cx, byte[ss:bp]
; sub cx, 0x30
; imul cx, di
; imul di, 10
; add bx, cx
; dec bp
; dec al
; test al, al
; jne .str_to_uint
|
agda-stdlib/src/Data/Word.agda
|
DreamLinuxer/popl21-artifact
| 5 |
1707
|
------------------------------------------------------------------------
-- The Agda standard library
--
-- Machine words
------------------------------------------------------------------------
{-# OPTIONS --without-K --safe #-}
module Data.Word where
------------------------------------------------------------------------
-- Re-export base definitions and decidability of equality
open import Data.Word.Base public
open import Data.Word.Properties using (_≈?_; _<?_; _≟_; _==_) public
|
iota-loader/src/main/antlr4/org/doxu/iota/board/Board.g4
|
rbedia/iota
| 0 |
3317
|
grammar Board;
board:
(row NL)*
row
NL?
EOF;
row:
SS?
(cell SS)*
cell;
cell:
Card;
Card: Color Shape Count;
Color: 'R' | 'G' | 'B' | 'Y' | '.';
Shape: 'O' | 'S' | 'T' | '+' | '.';
Count: '1' | '2' | '3' | '4' | '.';
SS: ' ';
NL: '\r'? '\n';
|
src/notcurses_direct_thin.ads
|
JeremyGrosser/notcursesada
| 5 |
1798
|
--
-- Copyright 2021 (C) <NAME> <<EMAIL>>
--
-- SPDX-License-Identifier: Apache-2.0
--
pragma Ada_2012;
pragma Style_Checks (Off);
with Interfaces.C; use Interfaces.C;
with Interfaces; use Interfaces;
with Interfaces.C_Streams;
with Notcurses_Thin;
with Interfaces.C.Strings;
with Interfaces.C.Extensions;
with System;
with System.OS_Interface;
package Notcurses_Direct_Thin is
NCDIRECT_OPTION_INHIBIT_SETLOCALE : constant := 16#0001#; -- /usr/local/include/notcurses/direct.h:23
NCDIRECT_OPTION_INHIBIT_CBREAK : constant := 16#0002#; -- /usr/local/include/notcurses/direct.h:27
NCDIRECT_OPTION_NO_QUIT_SIGHANDLERS : constant := 16#0008#; -- /usr/local/include/notcurses/direct.h:32
subtype ncdirectv is Notcurses_Thin.ncplane; -- /usr/local/include/notcurses/direct.h:10
type ncdirect is null record; -- incomplete struct
function ncdirect_init
(termtype : Interfaces.C.Strings.chars_ptr;
fp : Interfaces.C_Streams.FILEs;
flags : Unsigned_64) return access ncdirect -- /usr/local/include/notcurses/direct.h:41
with Import => True,
Convention => C,
External_Name => "ncdirect_init";
function ncdirect_core_init
(termtype : Interfaces.C.Strings.chars_ptr;
fp : Interfaces.C_Streams.FILEs;
flags : Unsigned_64) return access ncdirect -- /usr/local/include/notcurses/direct.h:45
with Import => True,
Convention => C,
External_Name => "ncdirect_core_init";
function ncdirect_readline (nc : access ncdirect; prompt : Interfaces.C.Strings.chars_ptr) return Interfaces.C.Strings.chars_ptr -- /usr/local/include/notcurses/direct.h:51
with Import => True,
Convention => C,
External_Name => "ncdirect_readline";
function ncdirect_set_fg_rgb (nc : access ncdirect; rgb : unsigned) return int -- /usr/local/include/notcurses/direct.h:56
with Import => True,
Convention => C,
External_Name => "ncdirect_set_fg_rgb";
function ncdirect_set_bg_rgb (nc : access ncdirect; rgb : unsigned) return int -- /usr/local/include/notcurses/direct.h:57
with Import => True,
Convention => C,
External_Name => "ncdirect_set_bg_rgb";
function ncdirect_fg_rgb (nc : access ncdirect; rgb : unsigned) return int -- /usr/local/include/notcurses/direct.h:63
with Import => True,
Convention => C,
External_Name => "ncdirect_fg_rgb";
function ncdirect_bg_rgb (nc : access ncdirect; rgb : unsigned) return int -- /usr/local/include/notcurses/direct.h:71
with Import => True,
Convention => C,
External_Name => "ncdirect_bg_rgb";
function ncdirect_set_fg_palindex (nc : access ncdirect; pidx : int) return int -- /usr/local/include/notcurses/direct.h:75
with Import => True,
Convention => C,
External_Name => "ncdirect_set_fg_palindex";
function ncdirect_set_bg_palindex (nc : access ncdirect; pidx : int) return int -- /usr/local/include/notcurses/direct.h:76
with Import => True,
Convention => C,
External_Name => "ncdirect_set_bg_palindex";
function ncdirect_fg_palindex (nc : access ncdirect; pidx : int) return int -- /usr/local/include/notcurses/direct.h:82
with Import => True,
Convention => C,
External_Name => "ncdirect_fg_palindex";
function ncdirect_bg_palindex (nc : access ncdirect; pidx : int) return int -- /usr/local/include/notcurses/direct.h:90
with Import => True,
Convention => C,
External_Name => "ncdirect_bg_palindex";
function ncdirect_palette_size (nc : access constant ncdirect) return unsigned -- /usr/local/include/notcurses/direct.h:97
with Import => True,
Convention => C,
External_Name => "ncdirect_palette_size";
function ncdirect_putstr
(nc : access ncdirect;
channels : Unsigned_64;
utf8 : Interfaces.C.Strings.chars_ptr) return int -- /usr/local/include/notcurses/direct.h:102
with Import => True,
Convention => C,
External_Name => "ncdirect_putstr";
function ncdirect_printf_aligned
(n : access ncdirect;
y : int;
align : Notcurses_Thin.ncalign_e;
fmt : Interfaces.C.Strings.chars_ptr -- , ...
) return int -- /usr/local/include/notcurses/direct.h:106
with Import => True,
Convention => C,
External_Name => "ncdirect_printf_aligned";
function ncdirect_flush (nc : access constant ncdirect) return int -- /usr/local/include/notcurses/direct.h:111
with Import => True,
Convention => C,
External_Name => "ncdirect_flush";
function ncdirect_set_bg_rgb8
(nc : access ncdirect;
r : unsigned;
g : unsigned;
b : unsigned) return int -- /usr/local/include/notcurses/direct.h:114
with Import => True,
Convention => C,
External_Name => "ncdirect_set_bg_rgb8";
function ncdirect_set_fg_rgb8
(nc : access ncdirect;
r : unsigned;
g : unsigned;
b : unsigned) return int -- /usr/local/include/notcurses/direct.h:122
with Import => True,
Convention => C,
External_Name => "ncdirect_set_fg_rgb8";
function ncdirect_fg_rgb8
(nc : access ncdirect;
r : unsigned;
g : unsigned;
b : unsigned) return int -- /usr/local/include/notcurses/direct.h:134
with Import => True,
Convention => C,
External_Name => "ncdirect_fg_rgb8";
function ncdirect_bg_rgb8
(nc : access ncdirect;
r : unsigned;
g : unsigned;
b : unsigned) return int -- /usr/local/include/notcurses/direct.h:143
with Import => True,
Convention => C,
External_Name => "ncdirect_bg_rgb8";
function ncdirect_set_fg_default (nc : access ncdirect) return int -- /usr/local/include/notcurses/direct.h:147
with Import => True,
Convention => C,
External_Name => "ncdirect_set_fg_default";
function ncdirect_set_bg_default (nc : access ncdirect) return int -- /usr/local/include/notcurses/direct.h:148
with Import => True,
Convention => C,
External_Name => "ncdirect_set_bg_default";
function ncdirect_fg_default (nc : access ncdirect) return int -- /usr/local/include/notcurses/direct.h:154
with Import => True,
Convention => C,
External_Name => "ncdirect_fg_default";
function ncdirect_bg_default (nc : access ncdirect) return int -- /usr/local/include/notcurses/direct.h:162
with Import => True,
Convention => C,
External_Name => "ncdirect_bg_default";
function ncdirect_dim_x (nc : access constant ncdirect) return int -- /usr/local/include/notcurses/direct.h:167
with Import => True,
Convention => C,
External_Name => "ncdirect_dim_x";
function ncdirect_dim_y (nc : access constant ncdirect) return int -- /usr/local/include/notcurses/direct.h:168
with Import => True,
Convention => C,
External_Name => "ncdirect_dim_y";
function ncdirect_set_styles (n : access ncdirect; stylebits : unsigned) return int -- /usr/local/include/notcurses/direct.h:171
with Import => True,
Convention => C,
External_Name => "ncdirect_set_styles";
function ncdirect_on_styles (n : access ncdirect; stylebits : unsigned) return int -- /usr/local/include/notcurses/direct.h:172
with Import => True,
Convention => C,
External_Name => "ncdirect_on_styles";
function ncdirect_off_styles (n : access ncdirect; stylebits : unsigned) return int -- /usr/local/include/notcurses/direct.h:173
with Import => True,
Convention => C,
External_Name => "ncdirect_off_styles";
function ncdirect_styles_set (n : access ncdirect; stylebits : unsigned) return int -- /usr/local/include/notcurses/direct.h:176
with Import => True,
Convention => C,
External_Name => "ncdirect_styles_set";
function ncdirect_styles_on (n : access ncdirect; stylebits : unsigned) return int -- /usr/local/include/notcurses/direct.h:178
with Import => True,
Convention => C,
External_Name => "ncdirect_styles_on";
function ncdirect_styles_off (n : access ncdirect; stylebits : unsigned) return int -- /usr/local/include/notcurses/direct.h:180
with Import => True,
Convention => C,
External_Name => "ncdirect_styles_off";
function ncdirect_cursor_move_yx
(n : access ncdirect;
y : int;
x : int) return int -- /usr/local/include/notcurses/direct.h:184
with Import => True,
Convention => C,
External_Name => "ncdirect_cursor_move_yx";
function ncdirect_cursor_enable (nc : access ncdirect) return int -- /usr/local/include/notcurses/direct.h:185
with Import => True,
Convention => C,
External_Name => "ncdirect_cursor_enable";
function ncdirect_cursor_disable (nc : access ncdirect) return int -- /usr/local/include/notcurses/direct.h:186
with Import => True,
Convention => C,
External_Name => "ncdirect_cursor_disable";
function ncdirect_cursor_up (nc : access ncdirect; num : int) return int -- /usr/local/include/notcurses/direct.h:187
with Import => True,
Convention => C,
External_Name => "ncdirect_cursor_up";
function ncdirect_cursor_left (nc : access ncdirect; num : int) return int -- /usr/local/include/notcurses/direct.h:188
with Import => True,
Convention => C,
External_Name => "ncdirect_cursor_left";
function ncdirect_cursor_right (nc : access ncdirect; num : int) return int -- /usr/local/include/notcurses/direct.h:189
with Import => True,
Convention => C,
External_Name => "ncdirect_cursor_right";
function ncdirect_cursor_down (nc : access ncdirect; num : int) return int -- /usr/local/include/notcurses/direct.h:190
with Import => True,
Convention => C,
External_Name => "ncdirect_cursor_down";
function ncdirect_cursor_yx
(n : access ncdirect;
y : access int;
x : access int) return int -- /usr/local/include/notcurses/direct.h:195
with Import => True,
Convention => C,
External_Name => "ncdirect_cursor_yx";
function ncdirect_cursor_push (n : access ncdirect) return int -- /usr/local/include/notcurses/direct.h:199
with Import => True,
Convention => C,
External_Name => "ncdirect_cursor_push";
function ncdirect_cursor_pop (n : access ncdirect) return int -- /usr/local/include/notcurses/direct.h:200
with Import => True,
Convention => C,
External_Name => "ncdirect_cursor_pop";
function ncdirect_render_image
(n : access ncdirect;
filename : Interfaces.C.Strings.chars_ptr;
align : Notcurses_Thin.ncalign_e;
blitter : Notcurses_Thin.ncblitter_e;
scale : Notcurses_Thin.ncscale_e) return int -- /usr/local/include/notcurses/direct.h:206
with Import => True,
Convention => C,
External_Name => "ncdirect_render_image";
function ncdirect_clear (nc : access ncdirect) return int -- /usr/local/include/notcurses/direct.h:211
with Import => True,
Convention => C,
External_Name => "ncdirect_clear";
function ncdirect_canopen_images (n : access constant ncdirect) return Extensions.bool -- /usr/local/include/notcurses/direct.h:214
with Import => True,
Convention => C,
External_Name => "ncdirect_canopen_images";
function ncdirect_canutf8 (n : access constant ncdirect) return Extensions.bool -- /usr/local/include/notcurses/direct.h:217
with Import => True,
Convention => C,
External_Name => "ncdirect_canutf8";
function ncdirect_check_pixel_support (n : access ncdirect) return int -- /usr/local/include/notcurses/direct.h:222
with Import => True,
Convention => C,
External_Name => "ncdirect_check_pixel_support";
function ncdirect_hline_interp
(n : access ncdirect;
egc : Interfaces.C.Strings.chars_ptr;
len : int;
h1 : Unsigned_64;
h2 : Unsigned_64) return int -- /usr/local/include/notcurses/direct.h:229
with Import => True,
Convention => C,
External_Name => "ncdirect_hline_interp";
function ncdirect_vline_interp
(n : access ncdirect;
egc : Interfaces.C.Strings.chars_ptr;
len : int;
h1 : Unsigned_64;
h2 : Unsigned_64) return int -- /usr/local/include/notcurses/direct.h:231
with Import => True,
Convention => C,
External_Name => "ncdirect_vline_interp";
function ncdirect_box
(n : access ncdirect;
ul : Unsigned_64;
ur : Unsigned_64;
ll : Unsigned_64;
lr : Unsigned_64;
wchars : access Wide_Character;
ylen : int;
xlen : int;
ctlword : unsigned) return int -- /usr/local/include/notcurses/direct.h:238
with Import => True,
Convention => C,
External_Name => "ncdirect_box";
function ncdirect_rounded_box
(n : access ncdirect;
ul : Unsigned_64;
ur : Unsigned_64;
ll : Unsigned_64;
lr : Unsigned_64;
ylen : int;
xlen : int;
ctlword : unsigned) return int -- /usr/local/include/notcurses/direct.h:243
with Import => True,
Convention => C,
External_Name => "ncdirect_rounded_box";
function ncdirect_double_box
(n : access ncdirect;
ul : Unsigned_64;
ur : Unsigned_64;
ll : Unsigned_64;
lr : Unsigned_64;
ylen : int;
xlen : int;
ctlword : unsigned) return int -- /usr/local/include/notcurses/direct.h:248
with Import => True,
Convention => C,
External_Name => "ncdirect_double_box";
function ncdirect_getc
(n : access ncdirect;
ts : access constant System.OS_Interface.timespec;
sigmask : access System.OS_Interface.sigset_t;
ni : access Notcurses_Thin.ncinput) return Wide_Wide_Character -- /usr/local/include/notcurses/direct.h:259
with Import => True,
Convention => C,
External_Name => "ncdirect_getc";
function ncdirect_inputready_fd (n : access ncdirect) return int -- /usr/local/include/notcurses/direct.h:266
with Import => True,
Convention => C,
External_Name => "ncdirect_inputready_fd";
function ncdirect_getc_nblock (n : access ncdirect; ni : access Notcurses_Thin.ncinput) return Wide_Wide_Character -- /usr/local/include/notcurses/direct.h:271
with Import => True,
Convention => C,
External_Name => "ncdirect_getc_nblock";
function ncdirect_getc_blocking (n : access ncdirect; ni : access Notcurses_Thin.ncinput) return Wide_Wide_Character -- /usr/local/include/notcurses/direct.h:281
with Import => True,
Convention => C,
External_Name => "ncdirect_getc_blocking";
function ncdirect_stop (nc : access ncdirect) return int -- /usr/local/include/notcurses/direct.h:288
with Import => True,
Convention => C,
External_Name => "ncdirect_stop";
function ncdirect_render_frame
(n : access ncdirect;
filename : Interfaces.C.Strings.chars_ptr;
blitter : Notcurses_Thin.ncblitter_e;
scale : Notcurses_Thin.ncscale_e;
maxy : int;
maxx : int) return access ncdirectv -- /usr/local/include/notcurses/direct.h:296
with Import => True,
Convention => C,
External_Name => "ncdirect_render_frame";
function ncdirect_raster_frame
(n : access ncdirect;
ncdv : access ncdirectv;
align : Notcurses_Thin.ncalign_e) return int -- /usr/local/include/notcurses/direct.h:301
with Import => True,
Convention => C,
External_Name => "ncdirect_raster_frame";
function ncdirect_stream
(n : access ncdirect;
filename : Interfaces.C.Strings.chars_ptr;
streamer : Notcurses_Thin.ncstreamcb;
vopts : access Notcurses_Thin.ncvisual_options;
curry : System.Address) return int -- /usr/local/include/notcurses/direct.h:303
with Import => True,
Convention => C,
External_Name => "ncdirect_stream";
end Notcurses_Direct_Thin;
|
oeis/133/A133682.asm
|
neoneye/loda-programs
| 11 |
163022
|
<reponame>neoneye/loda-programs<filename>oeis/133/A133682.asm<gh_stars>10-100
; A133682: Number of regular complex polytopes in n-dimensional unitary complex space.
; Submitted by <NAME>
; 1,22,8,7,3,3,3,3,3,3,3,3,3,3,3,3,3,3,3,3,3,3,3,3,3,3
mov $3,$0
mul $3,4
sub $3,1
lpb $3
mov $1,3
mov $4,$0
cmp $4,0
add $0,$4
div $1,$0
mul $1,$3
sub $1,$0
add $1,$3
div $1,$0
add $2,$1
div $3,$0
sub $3,1
lpe
add $2,1
mov $0,$2
|
data/baseStats/dodrio.asm
|
etdv-thevoid/pokemon-rgb-enhanced
| 1 |
243632
|
<reponame>etdv-thevoid/pokemon-rgb-enhanced
db DODRIO ; pokedex id
db 60 ; base hp
db 110 ; base attack
db 70 ; base defense
db 110 ; base speed
db 60 ; base special
db NORMAL ; species type 1
db FLYING ; species type 2
db 45 ; catch rate
db 158 ; base exp yield
INCBIN "pic/gsmon/dodrio.pic",0,1 ; 77, sprite dimensions
dw DodrioPicFront
dw DodrioPicBack
; attacks known at lvl 0
db PECK
db GROWL
db 0
db 0
db 0 ; growth rate
; learnset
tmlearn 2,3,4,6,8
tmlearn 9,10,15
tmlearn 20
tmlearn 31,32
tmlearn 33,34
tmlearn 44
tmlearn 49,50
db BANK(DodrioPicFront)
|
programs/oeis/059/A059169.asm
|
karttu/loda
| 1 |
808
|
; A059169: Number of partitions of n into 3 parts which form the sides of a nondegenerate isosceles triangle.
; 0,0,1,0,1,1,2,1,2,2,3,2,3,3,4,3,4,4,5,4,5,5,6,5,6,6,7,6,7,7,8,7,8,8,9,8,9,9,10,9,10,10,11,10,11,11,12,11,12,12,13,12,13,13,14,13,14,14,15,14,15,15,16,15,16,16,17,16,17,17,18,17,18,18,19,18,19,19,20,19,20,20,21,20,21,21,22,21,22,22,23,22,23,23,24,23,24,24,25,24,25,25,26,25,26,26,27,26,27,27,28,27,28,28,29,28,29,29,30,29,30,30,31,30,31,31,32,31,32,32,33,32,33,33,34,33,34,34,35,34,35,35,36,35,36,36,37,36,37,37,38,37,38,38,39,38,39,39,40,39,40,40,41,40,41,41,42,41,42,42,43,42,43,43,44,43,44,44,45,44,45,45,46,45,46,46,47,46,47,47,48,47,48,48,49,48,49,49,50,49,50,50,51,50,51,51,52,51,52,52,53,52,53,53,54,53,54,54,55,54,55,55,56,55,56,56,57,56,57,57,58,57,58,58,59,58,59,59,60,59,60,60,61,60,61,61,62,61,62,62
mov $1,$0
add $0,1
mod $0,4
add $1,$0
div $1,4
|
other.7z/SFC.7z/SFC/ソースデータ/ゼルダの伝説神々のトライフォース/フランス_NES/N_F_asm/zel_dsub.asm
|
prismotizm/gigaleak
| 0 |
1221
|
Name: zel_dsub.asm
Type: file
Size: 7813
Last-Modified: '2016-05-13T04:22:15Z'
SHA-1: 27E3F4DB72D39DD427FF5E5606661EEC403F6F42
Description: null
|
test/Succeed/RelevanceSubtyping.agda
|
hborum/agda
| 3 |
13915
|
-- Andreas, 2012-09-13
module RelevanceSubtyping where
-- this naturally type-checks:
one : {A B : Set} → (.A → B) → A → B
one f x = f x
-- this type-checks because of subtyping
one' : {A B : Set} → (.A → B) → A → B
one' f = f
|
src/JVM/Syntax/Instructions/Show.agda
|
ajrouvoet/jvm.agda
| 6 |
11884
|
module JVM.Defaults.Syntax.Instructions.Show where
open import Data.String as String hiding (show)
open import Data.Nat.Show as Nat hiding (show)
open import Relation.Binary.PropositionalEquality
open import Relation.Ternary.Structures.Syntax
open import Relation.Ternary.Monad.Weakening
open import Relation.Ternary.Data.ReflexiveTransitive
open import JVM.Types
open import JVM.Contexts
open import JVM.Defaults.Syntax.Values
open import JVM.Defaults.Syntax.Instructions
open import JVM.Model using (↑; ↓)
show-instr : ∀ {Φ} → ⟨ Γ ∣ ψ₁ ⇒ ψ₂ ⟩ Φ → String
show-instr noop = "noop"
show-instr pop = "pop"
show-instr (push x) = "push"
where
show-const : Const a → String
show-const null = "null"
show-const unit = "unit"
show-const (num x) = Nat.show x
show-instr dup = "dup"
show-instr swap = "swap"
show-instr (bop x) = "bop"
show-instr new = "new"
show-instr read = "read"
show-instr write = "write"
show-instr (load (refl ⇈ wk)) = "load " ++ Nat.show (indexOf wk)
show-instr (store (refl ⇈ wk)) = "store " ++ Nat.show (indexOf wk)
show-instr (goto x) = "goto"
show-instr (if c x₁) = "if" ++ show-comp c
where
show-comp : Comparator → String
show-comp eq = "eq"
show-comp ne = "ne"
show-comp lt = "lt"
show-comp ge = "ge"
show-comp gt = "gt"
show-comp le = "le"
show-instr ret = "ret"
show-code : ∀ {Γ Φ} → Code Γ ψ₁ ψ₂ Φ → String
show-code (labeled (_ ∙⟨ _ ⟩ ↓ i)) = "<>: " ++ show-instr i
show-code (instr (↓ i)) = " " ++ show-instr i
show : ∀ {Φ} → ⟪ Γ ∣ ψ₁ ⇒ ψ₂ ⟫ Φ → String
show nil = ""
show (c ▹⟨ σ ⟩ is) = show-code c ++ "\n" ++ show is
|
source/a-refere.ads
|
ytomino/drake
| 33 |
27267
|
<filename>source/a-refere.ads
pragma License (Unrestricted);
-- extended unit
package Ada.References is
-- Returning access values to sliced arrays from functions.
pragma Pure;
-- magic to carry out ARRAY (F .. L)'Access to out of subprogram
generic
type Index_Type is range <>;
type Element_Type is limited private;
type Array_Type is array (Index_Type range <>) of Element_Type;
package Generic_Slicing is
type Constant_Reference_Type (
Element : not null access constant Array_Type) is limited private
with Implicit_Dereference => Element;
function Constant_Slice (
Item : aliased Array_Type;
First : Index_Type;
Last : Index_Type'Base)
return Constant_Reference_Type;
type Reference_Type (
Element : not null access Array_Type) is limited private
with Implicit_Dereference => Element;
function Slice (
Item : aliased in out Array_Type;
First : Index_Type;
Last : Index_Type'Base)
return Reference_Type;
pragma Inline (Slice);
private
type Constant_Reference_Type (
Element : not null access constant Array_Type) is limited
record
First : Index_Type;
Last : Index_Type'Base;
end record;
pragma Suppress_Initialization (Constant_Reference_Type);
type Reference_Type (
Element : not null access Array_Type) is limited
record
First : Index_Type;
Last : Index_Type'Base;
end record;
pragma Suppress_Initialization (Reference_Type);
end Generic_Slicing;
end Ada.References;
|
demo_os/src/boot/base.asm
|
mmarkle/DecentOS
| 0 |
27205
|
; Dummy boot page to get emulators to boot the OS
jr _
.fill 0x0F - $
.db "n.nn", 0 ; Boot code version number
_:
#ifdef TI84p
in a, (0x21)
res 0, a
out (0x21), a
#else
in a, (0x21)
set 0, a
out (0x21), a
#endif
jp 0x4000
|
examples/outdated-and-incorrect/syntax/ModuleA.agda
|
asr/agda-kanso
| 1 |
13650
|
<reponame>asr/agda-kanso
-- This module is used to illustrate how to import a non-parameterised module.
module examples.syntax.ModuleA where
data Nat : Set where
zero : Nat
suc : Nat -> Nat
plus : Nat -> Nat -> Nat
eval : Nat -> Nat
eval zero = zero
eval (suc x) = suc (eval x)
eval (plus zero y) = eval y
eval (plus (suc x) y) = suc (eval (plus x y))
eval (plus (plus x y) z) = eval (plus x (plus y z))
|
programs/oeis/105/A105397.asm
|
karttu/loda
| 1 |
92043
|
; A105397: Periodic with period 2: repeat [4,2].
; 4,2,4,2,4,2,4,2,4,2,4,2,4,2,4,2,4,2,4,2,4,2,4,2,4,2,4,2,4,2,4,2,4,2,4,2,4,2,4,2,4,2,4,2,4,2,4,2,4,2,4,2,4,2,4,2,4,2,4,2,4,2,4,2,4,2,4,2,4,2,4,2,4,2,4,2,4,2,4,2,4,2,4,2,4,2,4,2,4,2,4,2,4,2,4,2,4,2,4,2,4,2
gcd $0,2
mov $1,$0
mul $1,2
|
examples/ada/trees/arraytree/launch.adb
|
rewriting/tom
| 36 |
10502
|
<reponame>rewriting/tom
with ATree;
procedure launch is
begin
ATree.main;
end launch;
|
tools/ayacc/src/source_file.adb
|
svn2github/matreshka
| 24 |
13362
|
<filename>tools/ayacc/src/source_file.adb
-- $Header: /cf/ua/arcadia/alex-ayacc/ayacc/src/RCS/source_file_body.a,v 1.1 88/08/08 14:29:03 arcadia Exp $
-- Copyright (c) 1990 Regents of the University of California.
-- All rights reserved.
--
-- The primary authors of ayacc were <NAME> and <NAME>.
-- Enhancements were made by <NAME>.
--
-- Send requests for ayacc information to <EMAIL>
-- Send bug reports for ayacc to <EMAIL>
--
-- Redistribution and use in source and binary forms are permitted
-- provided that the above copyright notice and this paragraph are
-- duplicated in all such forms and that any documentation,
-- advertising materials, and other materials related to such
-- distribution and use acknowledge that the software was developed
-- by the University of California, Irvine. The name of the
-- University may not be used to endorse or promote products derived
-- from this software without specific prior written permission.
-- THIS SOFTWARE IS PROVIDED ``AS IS'' AND WITHOUT ANY EXPRESS OR
-- IMPLIED WARRANTIES, INCLUDING, WITHOUT LIMITATION, THE IMPLIED
-- WARRANTIES OF MERCHANTIBILITY AND FITNESS FOR A PARTICULAR PURPOSE.
-- Module : source_file_body.ada
-- Component of : ayacc
-- Version : 1.2
-- Date : 11/21/86 12:36:09
-- SCCS File : disk21~/rschm/hasee/sccs/ayacc/sccs/sxsource_file_body.ada
-- $Header: /cf/ua/arcadia/alex-ayacc/ayacc/src/RCS/source_file_body.a,v 1.1 88/08/08 14:29:03 arcadia Exp $
-- $Log: source_file_body.a,v $
--Revision 1.1 88/08/08 14:29:03 arcadia
--Initial revision
--
-- Revision 0.1 86/04/01 15:12:32 ada
-- This version fixes some minor bugs with empty grammars
-- and $$ expansion. It also uses vads5.1b enhancements
-- such as pragma inline.
--
--
-- Revision 0.0 86/02/19 18:42:02 ada
--
-- These files comprise the initial version of Ayacc
-- designed and implemented by <NAME> and <NAME>.
-- Ayacc has been compiled and tested under the Verdix Ada compiler
-- version 4.06 on a vax 11/750 running Unix 4.2BSD.
--
with Text_IO, Ayacc_File_Names;
use Text_IO;
package body Source_File is
SCCS_ID : constant String := "@(#) source_file_body.ada, Version 1.2";
Rcs_ID : constant String := "$Header: /cf/ua/arcadia/alex-ayacc/ayacc/src/RCS/source_file_body.a,v 1.1 88/08/08 14:29:03 arcadia Exp $";
Input_File : File_Type;
Max_Line_Length : constant := 260;
type Long_STR is
record
Name : String(1..Max_Line_Length);
Length : Natural := 0;
end record;
Current_Line : Long_STR;
Previous_Line : Long_STR;
Column_Number : Natural; -- column number of current_line.
Line_Number : Natural;
Get_New_Line : Boolean := True;
End_of_Source_File : Boolean := False;
procedure Open is
use Ayacc_File_Names;
begin
Open(Input_File, In_File, Get_Source_File_Name);
Current_Line := ((others => ' '), 0);
Previous_Line := ((others => ' '), 0);
Column_Number := 1;
Line_Number := 0;
exception
when Name_Error | Use_Error =>
Put_Line("Ayacc: Error Opening """ & Get_Source_File_Name & """.");
raise;
end Open;
procedure Close is
begin
Close(Input_File);
end Close;
function Is_End_of_File return Boolean is
begin
return End_of_File(Input_File);
end Is_End_of_File;
function Source_Line_Number return Natural is
begin
return Line_Number;
end Source_Line_Number;
function Maximum_Line_Length return Natural is
begin
return Max_Line_Length;
end Maximum_Line_Length;
procedure Get_Char(Ch: out Character) is
begin
if Get_New_Line then
Previous_Line := Current_Line;
Get_Line(Input_File, Current_Line.Name, Current_Line.Length);
Get_New_Line := False;
Column_Number := 1;
Line_Number := Line_Number + 1;
end if;
if Column_Number > Current_Line.Length then
if End_of_File(Input_File) then
Ch := Eof;
End_of_Source_File := True;
return;
end if;
Ch := Eoln;
Get_New_Line := True;
else
Ch := Current_Line.Name(Column_Number);
Column_Number := Column_Number + 1;
end if;
end Get_Char;
-- Note: You can't correctly peek at next character if the last character
-- read is a EOLN. It is assumed that the lexical analyzer won't
-- call this function in that case.
function Peek_Next_Char return Character is
begin
if Column_Number > Current_Line.Length then
if End_of_File(Input_File) then
return Eof;
else
return Eoln;
end if;
end if;
return Current_Line.Name(Column_Number);
end Peek_Next_Char;
procedure Unget_Char(Ch : in Character) is
begin
if Get_New_Line then
Get_New_Line := False;
elsif End_of_Source_File then
End_of_Source_File := False;
elsif Column_Number = 1 then
Put_Line("Ayacc: Error in Unget_Char, Attempt to 'unget' an EOLN");
raise Pushback_Error;
else
Column_Number := Column_Number - 1;
end if;
end Unget_Char;
procedure Print_Context_Lines is
Ptr_Location : Integer := 0;
begin
-- Print previous line followed by current line --
Put(Integer'Image(Line_Number-1) & Ascii.Ht);
Put_Line(Previous_Line.Name(1..Previous_Line.Length));
Put(Integer'Image(Line_Number) & Ascii.Ht);
Put_Line(Current_Line.Name(1..Current_Line.Length));
-- Correct for any tab characters so that the pointer will
-- point to the proper location on the source line.
for I in 1..Column_Number - 1 loop
if Current_Line.Name(I) = Ascii.Ht then -- Adjust for tab.
Ptr_Location := (((Ptr_Location / 8) + 1) * 8);
else
Ptr_Location := Ptr_Location + 1;
end if;
end loop;
Put(Ascii.Ht);
for I in 1..Ptr_Location - 1 loop
Put('-');
end loop;
Put('^');
end Print_Context_Lines;
procedure Read_Line(Source_Line: out String; Last: out Natural) is
begin
Get_Line(Input_File, Source_Line, Last);
Line_Number := Line_Number + 1;
end Read_Line;
end Source_File;
|
WellTypedTerms.agda
|
jmchapman/Relative-Monads
| 21 |
5968
|
<reponame>jmchapman/Relative-Monads
module WellTypedTerms where
open import Library
open import Categories
open import Functors
open import RMonads
open import FunctorCat
open import Categories.Sets
open import Categories.Families
data Ty : Set where
ι : Ty
_⇒_ : Ty → Ty → Ty
data Con : Set where
ε : Con
_<_ : Con → Ty → Con
data Var : Con → Ty → Set where
vz : ∀{Γ σ} → Var (Γ < σ) σ
vs : ∀{Γ σ τ} → Var Γ σ → Var (Γ < τ) σ
data Tm : Con → Ty → Set where
var : ∀{Γ σ} → Var Γ σ → Tm Γ σ
app : ∀{Γ σ τ} → Tm Γ (σ ⇒ τ) → Tm Γ σ → Tm Γ τ
lam : ∀{Γ σ τ} → Tm (Γ < σ) τ → Tm Γ (σ ⇒ τ)
Ren : Con → Con → Set
Ren Γ Δ = ∀ {σ} → Var Γ σ → Var Δ σ
renId : ∀{Γ} → Ren Γ Γ
renId = id
renComp : ∀{B Γ Δ} → Ren Γ Δ → Ren B Γ → Ren B Δ
renComp f g = f ∘ g
ConCat : Cat
ConCat = record{
Obj = Con;
Hom = Ren;
iden = renId;
comp = renComp;
idl = iext λ _ → refl;
idr = iext λ _ → refl;
ass = iext λ _ → refl}
wk : ∀{Γ Δ σ} → Ren Γ Δ → Ren (Γ < σ) (Δ < σ)
wk f vz = vz
wk f (vs i) = vs (f i)
ren : ∀{Γ Δ} → Ren Γ Δ → ∀ {σ} → Tm Γ σ → Tm Δ σ
ren f (var x) = var (f x)
ren f (app t u) = app (ren f t) (ren f u)
ren f (lam t) = lam (ren (wk f) t)
wkid : ∀{Γ σ τ}(x : Var (Γ < τ) σ) → wk renId x ≅ renId x
wkid vz = refl
wkid (vs x) = refl
renid : ∀{Γ σ}(t : Tm Γ σ) → ren renId t ≅ id t
renid (var x) = refl
renid (app t u) =
proof
app (ren renId t) (ren renId u)
≅⟨ cong₂ app (renid t) (renid u) ⟩
app t u
∎
renid (lam t) =
proof lam (ren (wk renId) t)
≅⟨ cong (λ (f : Ren _ _) → lam (ren f t)) (iext λ _ → ext wkid) ⟩
lam (ren renId t)
≅⟨ cong lam (renid t) ⟩
lam t
∎
wkcomp : ∀ {B Γ Δ}(f : Ren Γ Δ)(g : Ren B Γ){σ τ}(x : Var (B < σ) τ) →
wk (renComp f g) x ≅ renComp (wk f) (wk g) x
wkcomp f g vz = refl
wkcomp f g (vs i) = refl
rencomp : ∀ {B Γ Δ}(f : Ren Γ Δ)(g : Ren B Γ){σ}(t : Tm B σ) →
ren (renComp f g) t ≅ (ren f ∘ ren g) t
rencomp f g (var x) = refl
rencomp f g (app t u) =
proof
app (ren (renComp f g) t) (ren (renComp f g) u)
≅⟨ cong₂ app (rencomp f g t) (rencomp f g u) ⟩
app (ren f (ren g t)) (ren f (ren g u))
∎
rencomp f g (lam t) =
proof
lam (ren (wk (renComp f g)) t)
≅⟨ cong (λ (f : Ren _ _) → lam (ren f t)) (iext λ _ → ext (wkcomp f g)) ⟩
lam (ren (renComp (wk f) (wk g)) t)
≅⟨ cong lam (rencomp (wk f) (wk g) t) ⟩
lam (ren (wk f) (ren (wk g) t))
∎
Sub : Con → Con → Set
Sub Γ Δ = ∀{σ} → Var Γ σ → Tm Δ σ
lift : ∀{Γ Δ σ} → Sub Γ Δ → Sub (Γ < σ) (Δ < σ)
lift f vz = var vz
lift f (vs x) = ren vs (f x)
sub : ∀{Γ Δ} → Sub Γ Δ → ∀{σ} → Tm Γ σ → Tm Δ σ
sub f (var x) = f x
sub f (app t u) = app (sub f t) (sub f u)
sub f (lam t) = lam (sub (lift f) t)
subId : ∀{Γ} → Sub Γ Γ
subId = var
subComp : ∀{B Γ Δ} → Sub Γ Δ → Sub B Γ → Sub B Δ
subComp f g = sub f ∘ g
liftid : ∀{Γ σ τ}(x : Var (Γ < σ) τ) → lift subId x ≅ subId x
liftid vz = refl
liftid (vs x) = refl
subid : ∀{Γ σ}(t : Tm Γ σ) → sub subId t ≅ id t
subid (var x) = refl
subid (app t u) =
proof
app (sub subId t) (sub subId u)
≅⟨ cong₂ app (subid t) (subid u) ⟩
app t u
∎
subid (lam t) =
proof
lam (sub (lift subId) t)
≅⟨ cong (λ (f : Sub _ _) → lam (sub f t)) (iext λ _ → ext liftid) ⟩
lam (sub subId t)
≅⟨ cong lam (subid t) ⟩
lam t
∎
-- time for the mysterious four lemmas:
liftwk : ∀{B Γ Δ}(f : Sub Γ Δ)(g : Ren B Γ){σ τ}(x : Var (B < σ) τ) →
(lift f ∘ wk g) x ≅ lift (f ∘ g) x
liftwk f g vz = refl
liftwk f g (vs x) = refl
subren : ∀{B Γ Δ}(f : Sub Γ Δ)(g : Ren B Γ){σ}(t : Tm B σ) →
(sub f ∘ ren g) t ≅ sub (f ∘ g) t
subren f g (var x) = refl
subren f g (app t u) =
proof
app (sub f (ren g t)) (sub f (ren g u))
≅⟨ cong₂ app (subren f g t) (subren f g u) ⟩
app (sub (f ∘ g) t) (sub (f ∘ g) u)
∎
subren f g (lam t) =
proof
lam (sub (lift f) (ren (wk g) t))
≅⟨ cong lam (subren (lift f) (wk g) t) ⟩
lam (sub (lift f ∘ wk g) t)
≅⟨ cong (λ (f : Sub _ _) → lam (sub f t)) (iext (λ _ → ext (liftwk f g))) ⟩
lam (sub (lift (f ∘ g)) t) ∎
renwklift : ∀{B Γ Δ}(f : Ren Γ Δ)(g : Sub B Γ){σ τ}(x : Var (B < σ) τ) →
(ren (wk f) ∘ lift g) x ≅ lift (ren f ∘ g) x
renwklift f g vz = refl
renwklift f g (vs x) =
proof
ren (wk f) (ren vs (g x))
≅⟨ sym (rencomp (wk f) vs (g x)) ⟩
ren (wk f ∘ vs) (g x)
≅⟨ rencomp vs f (g x) ⟩
ren vs (ren f (g x))
∎
rensub : ∀{B Γ Δ}(f : Ren Γ Δ)(g : Sub B Γ){σ}(t : Tm B σ) →
(ren f ∘ sub g) t ≅ sub (ren f ∘ g) t
rensub f g (var x) = refl
rensub f g (app t u) =
proof
app (ren f (sub g t)) (ren f (sub g u))
≅⟨ cong₂ app (rensub f g t) (rensub f g u) ⟩
app (sub (ren f ∘ g) t) (sub (ren f ∘ g) u)
∎
rensub f g (lam t) =
proof
lam (ren (wk f) (sub (lift g) t))
≅⟨ cong lam (rensub (wk f) (lift g) t) ⟩
lam (sub (ren (wk f) ∘ lift g) t)
≅⟨ cong (λ (f₁ : Sub _ _) → lam (sub f₁ t))
(iext (λ _ → ext (renwklift f g))) ⟩
lam (sub (lift (ren f ∘ g)) t)
∎
liftcomp : ∀{B Γ Δ}(f : Sub Γ Δ)(g : Sub B Γ){σ τ}(x : Var (B < σ) τ) →
lift (subComp f g) x ≅ subComp (lift f) (lift g) x
liftcomp f g vz = refl
liftcomp f g (vs x) =
proof
ren vs (sub f (g x))
≅⟨ rensub vs f (g x) ⟩
sub (ren vs ∘ f) (g x)
≅⟨ sym (subren (lift f) vs (g x)) ⟩
sub (lift f) (ren vs (g x))
∎
subcomp : ∀{B Γ Δ}(f : Sub Γ Δ)(g : Sub B Γ){σ}(t : Tm B σ) →
sub (subComp f g) t ≅ (sub f ∘ sub g) t
subcomp f g (var x) = refl
subcomp f g (app t u) =
proof
app (sub (subComp f g) t) (sub (subComp f g) u)
≅⟨ cong₂ app (subcomp f g t) (subcomp f g u) ⟩
app (sub f (sub g t)) (sub f (sub g u))
∎
subcomp f g (lam t) =
proof
lam (sub (lift (subComp f g)) t)
≅⟨ cong (λ (f : Sub _ _) → lam (sub f t))
(iext λ _ → ext (liftcomp f g)) ⟩
lam (sub (subComp (lift f) (lift g)) t)
≅⟨ cong lam (subcomp (lift f) (lift g) t) ⟩
lam (sub (lift f) (sub (lift g) t)) ∎
VarF : Fun ConCat (Fam Ty)
VarF = record {
OMap = Var;
HMap = id;
fid = refl;
fcomp = refl }
TmRMonad : RMonad VarF
TmRMonad = record {
T = Tm;
η = var;
bind = sub;
law1 = iext λ _ → ext subid ;
law2 = refl;
law3 = λ{_ _ _ f g} → iext λ σ → ext (subcomp g f)}
-- not needed here
sub<< : ∀{Γ Δ σ}(f : Sub Γ Δ)(t : Tm Δ σ) → Sub (Γ < σ) Δ
sub<< f t vz = t
sub<< f t (vs x) = f x
lem1 : ∀{B Γ Δ σ}{f : Sub Γ Δ}{g : Ren B Γ}{t : Tm Δ σ}{τ}(x : Var (B < σ) τ) →
(sub<< f t ∘ wk g) x ≅ (sub<< (f ∘ g) t) x
lem1 vz = refl
lem1 (vs x) = refl
lem2 : ∀{B Γ Δ σ}{f : Sub Γ Δ}{g : Sub B Γ}{t : Tm Δ σ}{τ}(x : Var (B < σ) τ) →
(subComp (sub<< f t) (lift g)) x ≅ (sub<< (subComp f g) t) x
lem2 vz = refl
lem2 {f = f}{g = g}{t = t} (vs x) = subren (sub<< f t) vs (g x)
|
source/amf/uml/amf-internals-uml_redefinable_template_signatures.adb
|
svn2github/matreshka
| 24 |
16086
|
------------------------------------------------------------------------------
-- --
-- Matreshka Project --
-- --
-- Ada Modeling Framework --
-- --
-- Runtime Library Component --
-- --
------------------------------------------------------------------------------
-- --
-- Copyright © 2011-2012, <NAME> <<EMAIL>> --
-- All rights reserved. --
-- --
-- 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 Vadim Godunko, IE 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. --
-- --
------------------------------------------------------------------------------
-- $Revision$ $Date$
------------------------------------------------------------------------------
with AMF.Elements;
with AMF.Internals.Element_Collections;
with AMF.Internals.Helpers;
with AMF.Internals.Tables.UML_Attributes;
with AMF.Visitors.UML_Iterators;
with AMF.Visitors.UML_Visitors;
with League.Strings.Internals;
with Matreshka.Internals.Strings;
package body AMF.Internals.UML_Redefinable_Template_Signatures is
-------------------
-- Enter_Element --
-------------------
overriding procedure Enter_Element
(Self : not null access constant UML_Redefinable_Template_Signature_Proxy;
Visitor : in out AMF.Visitors.Abstract_Visitor'Class;
Control : in out AMF.Visitors.Traverse_Control) is
begin
if Visitor in AMF.Visitors.UML_Visitors.UML_Visitor'Class then
AMF.Visitors.UML_Visitors.UML_Visitor'Class
(Visitor).Enter_Redefinable_Template_Signature
(AMF.UML.Redefinable_Template_Signatures.UML_Redefinable_Template_Signature_Access (Self),
Control);
end if;
end Enter_Element;
-------------------
-- Leave_Element --
-------------------
overriding procedure Leave_Element
(Self : not null access constant UML_Redefinable_Template_Signature_Proxy;
Visitor : in out AMF.Visitors.Abstract_Visitor'Class;
Control : in out AMF.Visitors.Traverse_Control) is
begin
if Visitor in AMF.Visitors.UML_Visitors.UML_Visitor'Class then
AMF.Visitors.UML_Visitors.UML_Visitor'Class
(Visitor).Leave_Redefinable_Template_Signature
(AMF.UML.Redefinable_Template_Signatures.UML_Redefinable_Template_Signature_Access (Self),
Control);
end if;
end Leave_Element;
-------------------
-- Visit_Element --
-------------------
overriding procedure Visit_Element
(Self : not null access constant UML_Redefinable_Template_Signature_Proxy;
Iterator : in out AMF.Visitors.Abstract_Iterator'Class;
Visitor : in out AMF.Visitors.Abstract_Visitor'Class;
Control : in out AMF.Visitors.Traverse_Control) is
begin
if Iterator in AMF.Visitors.UML_Iterators.UML_Iterator'Class then
AMF.Visitors.UML_Iterators.UML_Iterator'Class
(Iterator).Visit_Redefinable_Template_Signature
(Visitor,
AMF.UML.Redefinable_Template_Signatures.UML_Redefinable_Template_Signature_Access (Self),
Control);
end if;
end Visit_Element;
--------------------
-- Get_Classifier --
--------------------
overriding function Get_Classifier
(Self : not null access constant UML_Redefinable_Template_Signature_Proxy)
return AMF.UML.Classifiers.UML_Classifier_Access is
begin
return
AMF.UML.Classifiers.UML_Classifier_Access
(AMF.Internals.Helpers.To_Element
(AMF.Internals.Tables.UML_Attributes.Internal_Get_Classifier
(Self.Element)));
end Get_Classifier;
--------------------
-- Set_Classifier --
--------------------
overriding procedure Set_Classifier
(Self : not null access UML_Redefinable_Template_Signature_Proxy;
To : AMF.UML.Classifiers.UML_Classifier_Access) is
begin
AMF.Internals.Tables.UML_Attributes.Internal_Set_Classifier
(Self.Element,
AMF.Internals.Helpers.To_Element
(AMF.Elements.Element_Access (To)));
end Set_Classifier;
----------------------------
-- Get_Extended_Signature --
----------------------------
overriding function Get_Extended_Signature
(Self : not null access constant UML_Redefinable_Template_Signature_Proxy)
return AMF.UML.Redefinable_Template_Signatures.Collections.Set_Of_UML_Redefinable_Template_Signature is
begin
return
AMF.UML.Redefinable_Template_Signatures.Collections.Wrap
(AMF.Internals.Element_Collections.Wrap
(AMF.Internals.Tables.UML_Attributes.Internal_Get_Extended_Signature
(Self.Element)));
end Get_Extended_Signature;
-----------------------------
-- Get_Inherited_Parameter --
-----------------------------
overriding function Get_Inherited_Parameter
(Self : not null access constant UML_Redefinable_Template_Signature_Proxy)
return AMF.UML.Template_Parameters.Collections.Set_Of_UML_Template_Parameter is
begin
return
AMF.UML.Template_Parameters.Collections.Wrap
(AMF.Internals.Element_Collections.Wrap
(AMF.Internals.Tables.UML_Attributes.Internal_Get_Inherited_Parameter
(Self.Element)));
end Get_Inherited_Parameter;
-----------------
-- Get_Is_Leaf --
-----------------
overriding function Get_Is_Leaf
(Self : not null access constant UML_Redefinable_Template_Signature_Proxy)
return Boolean is
begin
return
AMF.Internals.Tables.UML_Attributes.Internal_Get_Is_Leaf
(Self.Element);
end Get_Is_Leaf;
-----------------
-- Set_Is_Leaf --
-----------------
overriding procedure Set_Is_Leaf
(Self : not null access UML_Redefinable_Template_Signature_Proxy;
To : Boolean) is
begin
AMF.Internals.Tables.UML_Attributes.Internal_Set_Is_Leaf
(Self.Element, To);
end Set_Is_Leaf;
---------------------------
-- Get_Redefined_Element --
---------------------------
overriding function Get_Redefined_Element
(Self : not null access constant UML_Redefinable_Template_Signature_Proxy)
return AMF.UML.Redefinable_Elements.Collections.Set_Of_UML_Redefinable_Element is
begin
return
AMF.UML.Redefinable_Elements.Collections.Wrap
(AMF.Internals.Element_Collections.Wrap
(AMF.Internals.Tables.UML_Attributes.Internal_Get_Redefined_Element
(Self.Element)));
end Get_Redefined_Element;
------------------------------
-- Get_Redefinition_Context --
------------------------------
overriding function Get_Redefinition_Context
(Self : not null access constant UML_Redefinable_Template_Signature_Proxy)
return AMF.UML.Classifiers.Collections.Set_Of_UML_Classifier is
begin
return
AMF.UML.Classifiers.Collections.Wrap
(AMF.Internals.Element_Collections.Wrap
(AMF.Internals.Tables.UML_Attributes.Internal_Get_Redefinition_Context
(Self.Element)));
end Get_Redefinition_Context;
---------------------------
-- Get_Client_Dependency --
---------------------------
overriding function Get_Client_Dependency
(Self : not null access constant UML_Redefinable_Template_Signature_Proxy)
return AMF.UML.Dependencies.Collections.Set_Of_UML_Dependency is
begin
return
AMF.UML.Dependencies.Collections.Wrap
(AMF.Internals.Element_Collections.Wrap
(AMF.Internals.Tables.UML_Attributes.Internal_Get_Client_Dependency
(Self.Element)));
end Get_Client_Dependency;
-------------------------
-- Get_Name_Expression --
-------------------------
overriding function Get_Name_Expression
(Self : not null access constant UML_Redefinable_Template_Signature_Proxy)
return AMF.UML.String_Expressions.UML_String_Expression_Access is
begin
return
AMF.UML.String_Expressions.UML_String_Expression_Access
(AMF.Internals.Helpers.To_Element
(AMF.Internals.Tables.UML_Attributes.Internal_Get_Name_Expression
(Self.Element)));
end Get_Name_Expression;
-------------------------
-- Set_Name_Expression --
-------------------------
overriding procedure Set_Name_Expression
(Self : not null access UML_Redefinable_Template_Signature_Proxy;
To : AMF.UML.String_Expressions.UML_String_Expression_Access) is
begin
AMF.Internals.Tables.UML_Attributes.Internal_Set_Name_Expression
(Self.Element,
AMF.Internals.Helpers.To_Element
(AMF.Elements.Element_Access (To)));
end Set_Name_Expression;
-------------------
-- Get_Namespace --
-------------------
overriding function Get_Namespace
(Self : not null access constant UML_Redefinable_Template_Signature_Proxy)
return AMF.UML.Namespaces.UML_Namespace_Access is
begin
return
AMF.UML.Namespaces.UML_Namespace_Access
(AMF.Internals.Helpers.To_Element
(AMF.Internals.Tables.UML_Attributes.Internal_Get_Namespace
(Self.Element)));
end Get_Namespace;
------------------------
-- Get_Qualified_Name --
------------------------
overriding function Get_Qualified_Name
(Self : not null access constant UML_Redefinable_Template_Signature_Proxy)
return AMF.Optional_String is
begin
declare
use type Matreshka.Internals.Strings.Shared_String_Access;
Aux : constant Matreshka.Internals.Strings.Shared_String_Access
:= AMF.Internals.Tables.UML_Attributes.Internal_Get_Qualified_Name (Self.Element);
begin
if Aux = null then
return (Is_Empty => True);
else
return (False, League.Strings.Internals.Create (Aux));
end if;
end;
end Get_Qualified_Name;
-------------------------
-- Get_Owned_Parameter --
-------------------------
overriding function Get_Owned_Parameter
(Self : not null access constant UML_Redefinable_Template_Signature_Proxy)
return AMF.UML.Template_Parameters.Collections.Ordered_Set_Of_UML_Template_Parameter is
begin
return
AMF.UML.Template_Parameters.Collections.Wrap
(AMF.Internals.Element_Collections.Wrap
(AMF.Internals.Tables.UML_Attributes.Internal_Get_Owned_Parameter
(Self.Element)));
end Get_Owned_Parameter;
-------------------
-- Get_Parameter --
-------------------
overriding function Get_Parameter
(Self : not null access constant UML_Redefinable_Template_Signature_Proxy)
return AMF.UML.Template_Parameters.Collections.Ordered_Set_Of_UML_Template_Parameter is
begin
return
AMF.UML.Template_Parameters.Collections.Wrap
(AMF.Internals.Element_Collections.Wrap
(AMF.Internals.Tables.UML_Attributes.Internal_Get_Parameter
(Self.Element)));
end Get_Parameter;
------------------
-- Get_Template --
------------------
overriding function Get_Template
(Self : not null access constant UML_Redefinable_Template_Signature_Proxy)
return AMF.UML.Templateable_Elements.UML_Templateable_Element_Access is
begin
return
AMF.UML.Templateable_Elements.UML_Templateable_Element_Access
(AMF.Internals.Helpers.To_Element
(AMF.Internals.Tables.UML_Attributes.Internal_Get_Template
(Self.Element)));
end Get_Template;
------------------
-- Set_Template --
------------------
overriding procedure Set_Template
(Self : not null access UML_Redefinable_Template_Signature_Proxy;
To : AMF.UML.Templateable_Elements.UML_Templateable_Element_Access) is
begin
AMF.Internals.Tables.UML_Attributes.Internal_Set_Template
(Self.Element,
AMF.Internals.Helpers.To_Element
(AMF.Elements.Element_Access (To)));
end Set_Template;
-------------------------
-- Inherited_Parameter --
-------------------------
overriding function Inherited_Parameter
(Self : not null access constant UML_Redefinable_Template_Signature_Proxy)
return AMF.UML.Template_Parameters.Collections.Set_Of_UML_Template_Parameter is
begin
-- Generated stub: replace with real body!
pragma Compile_Time_Warning (Standard.True, "Inherited_Parameter unimplemented");
raise Program_Error with "Unimplemented procedure UML_Redefinable_Template_Signature_Proxy.Inherited_Parameter";
return Inherited_Parameter (Self);
end Inherited_Parameter;
------------------------
-- Is_Consistent_With --
------------------------
overriding function Is_Consistent_With
(Self : not null access constant UML_Redefinable_Template_Signature_Proxy;
Redefinee : AMF.UML.Redefinable_Elements.UML_Redefinable_Element_Access)
return Boolean is
begin
-- Generated stub: replace with real body!
pragma Compile_Time_Warning (Standard.True, "Is_Consistent_With unimplemented");
raise Program_Error with "Unimplemented procedure UML_Redefinable_Template_Signature_Proxy.Is_Consistent_With";
return Is_Consistent_With (Self, Redefinee);
end Is_Consistent_With;
-----------------------------------
-- Is_Redefinition_Context_Valid --
-----------------------------------
overriding function Is_Redefinition_Context_Valid
(Self : not null access constant UML_Redefinable_Template_Signature_Proxy;
Redefined : AMF.UML.Redefinable_Elements.UML_Redefinable_Element_Access)
return Boolean is
begin
-- Generated stub: replace with real body!
pragma Compile_Time_Warning (Standard.True, "Is_Redefinition_Context_Valid unimplemented");
raise Program_Error with "Unimplemented procedure UML_Redefinable_Template_Signature_Proxy.Is_Redefinition_Context_Valid";
return Is_Redefinition_Context_Valid (Self, Redefined);
end Is_Redefinition_Context_Valid;
-------------------------
-- All_Owning_Packages --
-------------------------
overriding function All_Owning_Packages
(Self : not null access constant UML_Redefinable_Template_Signature_Proxy)
return AMF.UML.Packages.Collections.Set_Of_UML_Package is
begin
-- Generated stub: replace with real body!
pragma Compile_Time_Warning (Standard.True, "All_Owning_Packages unimplemented");
raise Program_Error with "Unimplemented procedure UML_Redefinable_Template_Signature_Proxy.All_Owning_Packages";
return All_Owning_Packages (Self);
end All_Owning_Packages;
-----------------------------
-- Is_Distinguishable_From --
-----------------------------
overriding function Is_Distinguishable_From
(Self : not null access constant UML_Redefinable_Template_Signature_Proxy;
N : AMF.UML.Named_Elements.UML_Named_Element_Access;
Ns : AMF.UML.Namespaces.UML_Namespace_Access)
return Boolean is
begin
-- Generated stub: replace with real body!
pragma Compile_Time_Warning (Standard.True, "Is_Distinguishable_From unimplemented");
raise Program_Error with "Unimplemented procedure UML_Redefinable_Template_Signature_Proxy.Is_Distinguishable_From";
return Is_Distinguishable_From (Self, N, Ns);
end Is_Distinguishable_From;
---------------
-- Namespace --
---------------
overriding function Namespace
(Self : not null access constant UML_Redefinable_Template_Signature_Proxy)
return AMF.UML.Namespaces.UML_Namespace_Access is
begin
-- Generated stub: replace with real body!
pragma Compile_Time_Warning (Standard.True, "Namespace unimplemented");
raise Program_Error with "Unimplemented procedure UML_Redefinable_Template_Signature_Proxy.Namespace";
return Namespace (Self);
end Namespace;
end AMF.Internals.UML_Redefinable_Template_Signatures;
|
src/gen-commands.ads
|
My-Colaborations/dynamo
| 15 |
17752
|
-----------------------------------------------------------------------
-- gen-commands -- Commands for dynamo
-- Copyright (C) 2011, 2012, 2017, 2018 <NAME>
-- Written by <NAME> (<EMAIL>)
--
-- 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.
-----------------------------------------------------------------------
with Util.Commands.Drivers;
with Util.Commands.Parsers;
with Gen.Generator;
package Gen.Commands is
package Drivers is
new Util.Commands.Drivers (Context_Type => Gen.Generator.Handler,
Config_Parser => Util.Commands.Parsers.No_Parser,
Driver_Name => "gen-commands");
subtype Command is Drivers.Command_Type;
subtype Command_Access is Drivers.Command_Access;
subtype Argument_List is Util.Commands.Argument_List;
Driver : Drivers.Driver_Type;
-- Print dynamo short usage.
procedure Short_Help_Usage;
end Gen.Commands;
|
src/extraction-references_of_decls.adb
|
TNO/Dependency_Graph_Extractor-Ada
| 0 |
16157
|
<filename>src/extraction-references_of_decls.adb
with Extraction.Node_Edge_Types;
with Extraction.Utilities;
package body Extraction.References_Of_Decls is
use type LAL.Analysis_Unit;
use type LALCO.Ada_Node_Kind_Type;
function Is_Node_In_End_Name (Node : LAL.Ada_Node'Class) return Boolean;
function Is_Node_In_End_Name (Node : LAL.Ada_Node'Class) return Boolean is
Parent : constant LAL.Ada_Node := Node.Parent;
begin
if Parent.Kind not in LALCO.Ada_Dotted_Name then
return
Parent.Kind = LALCO.Ada_End_Name
and then Parent.As_End_Name.F_Name = Node;
else
return Is_Node_In_End_Name (Parent);
end if;
end Is_Node_In_End_Name;
function Is_Relevant_Base_Id (Node : LAL.Ada_Node'Class) return Boolean;
function Is_Relevant_Base_Id (Node : LAL.Ada_Node'Class) return Boolean is
begin
return
Node.Kind in LALCO.Ada_Base_Id
and then not Is_Node_In_End_Name
(Node) -- End names are syntactic sugar.
and then not Node.As_Name.P_Is_Defining
and then not Utilities.Get_Referenced_Decl (Node.As_Name).Is_Null
and then Utilities.Is_Relevant_Basic_Decl
(Utilities.Get_Referenced_Decl (Node.As_Name));
end Is_Relevant_Base_Id;
function Is_Node_In_With_Clause (Node : LAL.Ada_Node'Class) return Boolean;
function Is_Node_In_With_Clause (Node : LAL.Ada_Node'Class) return Boolean
is
Parent : constant LAL.Ada_Node := Node.Parent;
begin
if Parent.Kind not in LALCO.Ada_Dotted_Name then
return
Parent.Kind = LALCO.Ada_Name_List
and then Parent.Parent.Kind = LALCO.Ada_With_Clause
and then Parent.Parent.As_With_Clause.F_Packages = Parent;
else
return Is_Node_In_With_Clause (Parent);
end if;
end Is_Node_In_With_Clause;
function Is_Node_In_Subunit_Name (Node : LAL.Ada_Node'Class) return Boolean;
function Is_Node_In_Subunit_Name (Node : LAL.Ada_Node'Class) return Boolean
is
Parent : constant LAL.Ada_Node := Node.Parent;
begin
if Parent.Kind not in LALCO.Ada_Dotted_Name then
return
Parent.Kind = LALCO.Ada_Subunit
and then Parent.As_Subunit.F_Name = Node;
else
return Is_Node_In_Subunit_Name (Parent);
end if;
end Is_Node_In_Subunit_Name;
function Is_Generic_Instantiation
(Node : LAL.Ada_Node'Class) return Boolean is
(Node.Kind in LALCO.Ada_Generic_Package_Instantiation |
LALCO.Ada_Generic_Subp_Instantiation);
function Get_Param_Instantiations
(Basic_Decl : LAL.Basic_Decl'Class) return LAL.Param_Actual_Array;
function Get_Param_Instantiations
(Basic_Decl : LAL.Basic_Decl'Class) return LAL.Param_Actual_Array
is
begin
case LALCO.Ada_Basic_Decl (Basic_Decl.Kind) is
when LALCO.Ada_Generic_Package_Instantiation =>
return
Basic_Decl.As_Generic_Package_Instantiation.F_Params
.P_Zip_With_Params;
when LALCO.Ada_Generic_Subp_Instantiation =>
return
Basic_Decl.As_Generic_Subp_Instantiation.F_Params
.P_Zip_With_Params;
when others =>
raise Internal_Extraction_Error
with "Cases in Is_Generic_Instantiation and "
& "Get_Param_Instantiations do not match";
end case;
end Get_Param_Instantiations;
procedure Extract_Nodes
(Node : LAL.Ada_Node'Class; Graph : Graph_Operations.Graph_Context)
is
begin
if Is_Relevant_Base_Id (Node) then
declare
Name : constant LAL.Name := Node.As_Name;
Target_Name : constant LAL.Defining_Name :=
Utilities.Get_Referenced_Defining_Name (Name);
Target_Decl : constant LAL.Basic_Decl :=
Utilities.Get_Referenced_Decl (Name);
begin
Graph.Write_Node (Target_Name, Target_Decl);
end;
elsif Is_Generic_Instantiation (Node) then
declare
Instantiation : constant LAL.Basic_Decl := Node.As_Basic_Decl;
begin
for Param of Get_Param_Instantiations (Instantiation) loop
declare
Actual : constant LAL.Expr'Class := LAL.Actual (Param);
begin
if not Actual.Is_Null
and then Actual.Kind = LALCO.Ada_Defining_Name
then
declare
Target_Name : constant LAL.Defining_Name :=
Actual.As_Defining_Name;
Target_Decl : constant LAL.Basic_Decl :=
Utilities.Get_Parent_Basic_Decl (Actual);
begin
Graph.Write_Node (Target_Name, Target_Decl);
end;
end if;
end;
end loop;
end;
end if;
end Extract_Nodes;
procedure Extract_Edges
(Node : LAL.Ada_Node'Class; Graph : Graph_Operations.Graph_Context)
is
begin
if Is_Relevant_Base_Id (Node)
and then not Is_Node_In_With_Clause
(Node) -- Handled by Extraction.With_Clauses
then
declare
Name : constant LAL.Name := Node.As_Name;
Target_Name : constant LAL.Defining_Name :=
Utilities.Get_Referenced_Defining_Name (Name);
Target_Decl : constant LAL.Basic_Decl :=
Utilities.Get_Referenced_Decl (Name);
begin
-- Separately handle the parent name of separately compiled
-- package, subprogram, or task, i.e., any descendant node of the
-- F_Name field of a Subunit node. Get_Parent_Basic_Decl, used in
-- the definition of Source below, yields null for such names.
if not Is_Node_In_Subunit_Name (Name) then
declare
Source_Decl : constant LAL.Basic_Decl :=
Utilities.Get_Parent_Basic_Decl (Name);
begin
-- References at the top-level of a compilation unit, e.g.,
-- use clauses and pragmas, will have the Standard unit as
-- their parent. As it may confuse users to see references
-- from the Standard unit to their own code, we instead
-- use the file in which the reference occurs as the source.
if Name.Unit = Name.P_Standard_Unit
or else Source_Decl.Unit /= Source_Decl.P_Standard_Unit
then
Graph.Write_Edge
(Source_Decl, Target_Name, Target_Decl,
Node_Edge_Types.Edge_Type_References);
else
Graph.Write_Edge
(Name.Unit, Target_Name, Target_Decl,
Node_Edge_Types.Edge_Type_References);
end if;
end;
else
Graph.Write_Edge
(Name.Unit, Target_Name, Target_Decl,
Node_Edge_Types.Edge_Type_References);
end if;
end;
elsif Is_Generic_Instantiation (Node) then
declare
Instantiation : constant LAL.Basic_Decl := Node.As_Basic_Decl;
begin
for Param of Get_Param_Instantiations (Instantiation) loop
declare
Actual : constant LAL.Expr'Class := LAL.Actual (Param);
begin
if not Actual.Is_Null
and then Actual.Kind = LALCO.Ada_Defining_Name
then
declare
Target_Name : constant LAL.Defining_Name :=
Actual.As_Defining_Name;
Target_Decl : constant LAL.Basic_Decl :=
Utilities.Get_Parent_Basic_Decl (Actual);
begin
Graph.Write_Edge
(Instantiation, Target_Name, Target_Decl,
Node_Edge_Types.Edge_Type_References);
end;
end if;
end;
end loop;
end;
end if;
end Extract_Edges;
end Extraction.References_Of_Decls;
|
programs/oeis/145/A145389.asm
|
neoneye/loda
| 22 |
28403
|
<gh_stars>10-100
; A145389: Digital roots of triangular numbers.
; 0,1,3,6,1,6,3,1,9,9,1,3,6,1,6,3,1,9,9,1,3,6,1,6,3,1,9,9,1,3,6,1,6,3,1,9,9,1,3,6,1,6,3,1,9,9,1,3,6,1,6,3,1,9,9,1,3,6,1,6,3,1,9,9,1,3,6,1,6,3,1,9,9,1,3,6,1,6,3,1,9,9,1,3,6,1,6
lpb $0
add $2,$0
sub $0,1
lpe
lpb $2
mov $1,$2
sub $2,5
trn $2,4
lpe
mov $0,$1
|
programs/oeis/044/A044251.asm
|
karttu/loda
| 1 |
172426
|
; A044251: Numbers n such that string 0,0 occurs in the base 9 representation of n but not of n-1.
; 81,162,243,324,405,486,567,648,729,810,891,972,1053,1134,1215,1296,1377,1458,1539,1620,1701,1782,1863,1944,2025,2106,2187,2268,2349,2430,2511,2592,2673,2754,2835,2916,2997,3078,3159
mov $1,$0
mul $1,81
add $1,81
|
Library/Chart/CBody/cbodyGrObj.asm
|
steakknife/pcgeos
| 504 |
96113
|
<gh_stars>100-1000
COMMENT @%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
Copyright (c) GeoWorks 1992 -- All Rights Reserved
PROJECT: PC GEOS
MODULE:
FILE: cbodyGrObj.asm
AUTHOR: <NAME>
METHODS:
Name Description
---- -----------
FUNCTIONS:
Scope Name Description
----- ---- -----------
REVISION HISTORY:
Name Date Description
---- ---- -----------
CDB 2/19/92 Initial version.
DESCRIPTION:
$Id: cbodyGrObj.asm,v 1.1 97/04/04 17:48:21 newdeal Exp $
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%@
COMMENT @%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
ChartBodyGetGOAMText
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
DESCRIPTION: return the OD of the GOAM's text object
PASS: *ds:si - ChartBodyClass object
ds:di - ChartBodyClass instance data
es - segment of ChartBodyClass
RETURN: ^lcx:dx - GOAM text
DESTROYED: ax,bp
REVISION HISTORY:
Name Date Description
---- ---- -----------
chrisb 1/18/93 Initial version.
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%@
ChartBodyGetGOAMText method dynamic ChartBodyClass,
MSG_CHART_BODY_GET_GOAM_TEXT
movdw bxsi, ds:[di].GBI_goam
mov ax, MSG_GOAM_GET_TEXT_OD
mov di, mask MF_CALL
call ObjMessage
ret
ChartBodyGetGOAMText endm
COMMENT @%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
ChartBodyFindGrObjByNumber
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
DESCRIPTION: Return the optr of a grobj given its position in the
draw list.
PASS: *ds:si - ChartBodyClass object
ds:di - ChartBodyClass instance data
es - segment of ChartBodyClass
RETURN: same as ObjCompFindGrObj
DESTROYED: nothing
REGISTER/STACK USAGE:
PSEUDO CODE/STRATEGY:
KNOWN BUGS/SIDE EFFECTS/CAVEATS/IDEAS:
REVISION HISTORY:
Name Date Description
---- ---- -----------
chrisb 10/28/93 Initial version.
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%@
ChartBodyFindGrObjByNumber method dynamic ChartBodyClass,
MSG_CHART_BODY_FIND_GROBJ_BY_NUMBER
;
; Assume that GrObj and GrObjBody are at same master level.
; Whee!
;
CheckHack <(offset GrObj_offset) eq (offset GrObjBody_offset)>
mov dx, cx
clr cx ; dx - # of child
mov ax, offset GOI_drawLink
mov bx, offset GrObj_offset ;grobj is master
mov di, offset GBI_drawComp
call ObjCompFindChild
ret
ChartBodyFindGrObjByNumber endm
COMMENT @%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
ChartBodyGetGrObjFileStatus
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
DESCRIPTION: Return the GrObjFileStatus
PASS: *ds:si - ChartBodyClass object
ds:di - ChartBodyClass instance data
es - segment of ChartBodyClass
RETURN: al - GrObjFileStatus
DESTROYED: nothing
REGISTER/STACK USAGE:
PSEUDO CODE/STRATEGY:
KNOWN BUGS/SIDE EFFECTS/CAVEATS/IDEAS:
REVISION HISTORY:
Name Date Description
---- ---- -----------
chrisb 10/29/93 Initial version.
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%@
ChartBodyGetGrObjFileStatus method dynamic ChartBodyClass,
MSG_CHART_BODY_GET_GROBJ_FILE_STATUS
mov di, ds:[si]
add di, ds:[di].GrObjBody_offset
mov al, ds:[di].GBI_fileStatus
ret
ChartBodyGetGrObjFileStatus endm
COMMENT @%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
ChartBodyArrange
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
DESCRIPTION: Change depth for all chart grobjes
PASS: *ds:si - ChartBodyClass object
ds:di - ChartBodyClass instance data
es - segment of ChartBodyClass
RETURN: nothing
DESTROYED: nothing
REGISTER/STACK USAGE:
PSEUDO CODE/STRATEGY:
Instead of intercepting MSG_GB_CHANGE_GROBJ_DEPTH and
bailing on all depth changes for chart objects, we handle
the higher level messages here and make sure that all the
chart objects are affected by any depth changes made when
any of the chart objects are selected.
KNOWN BUGS/SIDE EFFECTS/CAVEATS/IDEAS:
REVISION HISTORY:
Name Date Description
---- ---- -----------
brianc 12/5/94 Initial version.
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%@
ChartBodyArrange method dynamic ChartBodyClass,
MSG_GB_PULL_SELECTED_GROBJS_TO_FRONT,
MSG_GB_PUSH_SELECTED_GROBJS_TO_BACK,
MSG_GB_SHUFFLE_SELECTED_GROBJS_UP,
MSG_GB_SHUFFLE_SELECTED_GROBJS_DOWN
push ax, cx, dx, bp
;
; "SelectedCharts" is any chart group with a selected chart object
;
mov ax, MSG_CHART_OBJECT_SET_STATE
mov cx, mask COS_UPDATING
call ChartBodySendToSelectedCharts
;
; select all chart objects (including top-level rect) in any chart
; groups that have any chart objects selected
;
mov cx, MSG_GO_BECOME_SELECTED
mov dl, HUM_MANUAL
mov bx, offset SendToAllChartGrObjes
call ChartBodyProcessChildren
;
; arrange as desired, but affecting all chart objects (because we've
; selected them above)
;
pop ax, cx, dx, bp
mov di, offset ChartBodyClass
call ObjCallSuperNoLock
;
; unselect all chart grobjes except top level rect (that's the
; difference between SendToChartGrObjes and SendToAllChartGrObjes)
;
mov cx, MSG_GO_BECOME_UNSELECTED
mov bx, offset SendToChartGrObjes
call ChartBodyProcessChildren
;
; after above, we have top-level rect selected, so "SelectedCharts"
; is non-zero
;
mov ax, MSG_CHART_OBJECT_SET_STATE
mov cx, mask COS_UPDATING shl 8
call ChartBodySendToSelectedCharts
;
; back to reality: a hack to force handles to redraw for selected
; top-level rect
;
mov ax, MSG_GO_DRAW_HANDLES
clr bx, dx ; no gstate
mov di, OCCT_SAVE_PARAMS_DONT_TEST_ABORT
call GrObjBodyProcessSelectedGrObjsCommon
ret
ChartBodyArrange endm
COMMENT @%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
SendToAllChartGrObjes
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
SYNOPSIS: Send the passed message to all the children of this
chart group
CALLED BY: ChartBodyArrange
PASS: *ds:si - chart group
cx - message to send
RETURN: nothing
DESTROYED: nothing
PSEUDO CODE/STRATEGY:
KNOWN BUGS/SIDE EFFECTS/IDEAS:
REVISION HISTORY:
Name Date Description
---- ---- -----------
brianc 12/5/94 Modified from SendToChartGrObjes
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%@
SendToAllChartGrObjes proc far
class ChartGroupClass
DerefChartObject ds, si, di
tst ds:[di].COI_selection
jz done
;
; send to our children
;
push cx
mov ax, MSG_CHART_OBJECT_SEND_TO_GROBJ
call ChartCompCallChildren
pop cx
;
; ...and to ourselves
;
push es
mov ax, MSG_CHART_OBJECT_SEND_TO_GROBJ
mov di, segment ChartCompClass
mov es, di
mov di, offset ChartCompClass
call ObjCallSuperNoLock
pop es
done:
clc
ret
SendToAllChartGrObjes endp
COMMENT @%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
ChartBodyChangeGrObjDepth
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
DESCRIPTION: Don't change this grobj's depth if its a grobj that
has an action notification pointing to a chart object.
PASS: *ds:si - ChartBodyClass object
ds:di - ChartBodyClass instance data
es - segment of ChartBodyClass
^lcx:dx - grobj
bp - GrObjBodyAddGrObjFlags
RETURN: nothing
DESTROYED: nothing
REGISTER/STACK USAGE:
PSEUDO CODE/STRATEGY:
KNOWN BUGS/SIDE EFFECTS/CAVEATS/IDEAS:
REVISION HISTORY:
Name Date Description
---- ---- -----------
chrisb 10/29/93 Initial version.
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%@
if 0
;
; handle at higher level (see above) to allow arrange charts
;
ChartBodyChangeGrObjDepth method dynamic ChartBodyClass,
MSG_GB_CHANGE_GROBJ_DEPTH
uses ax,cx,dx,si
notifData local GrObjActionNotificationStruct
vdParams local GetVarDataParams
.enter
;
; Fetch the ATTR_GO_ACTION_NOTIFICATION from the grobj
;
mov ss:[vdParams].GVDP_buffer.segment, ss
lea ax, ss:[notifData]
mov ss:[vdParams].GVDP_buffer.offset, ax
mov ss:[vdParams].GVDP_bufferSize, size vdParams
mov ss:[vdParams].GVDP_dataType,
ATTR_GO_ACTION_NOTIFICATION
push bp
lea bp, ss:[vdParams]
mov ax, MSG_META_GET_VAR_DATA
mov bx, cx
mov si, dx
mov di, mask MF_CALL or mask MF_FIXUP_DS
call ObjMessage
pop bp
cmp ax, size notifData
jne gotoSuper
mov cx, segment ChartObjectClass
mov dx, offset ChartObjectClass
movdw bxsi, ss:[notifData].GOANS_optr
mov ax, MSG_META_IS_OBJECT_IN_CLASS
mov di, mask MF_CALL or mask MF_FIXUP_DS
call ObjMessage
jnc gotoSuper
.leave ; <- EXIT
ret
gotoSuper:
.leave
mov di, offset ChartBodyClass
GOTO ObjCallSuperNoLock ; <- EXIT
ChartBodyChangeGrObjDepth endm
endif
|
oeis/275/A275574.asm
|
neoneye/loda-programs
| 11 |
8964
|
; A275574: ((-1)^n - 1 + 2*(n^floor((n + 1)/2)))/4
; 0,1,4,8,62,108,1200,2048,29524,50000,885780,1492992,31374258,52706752,1281445312,2147483648,59293938248,99179645184,3065533128900,5120000000000,175138750271110,292159150705664,10957312216010160,18260173718028288,745058059692382812,1240576436601868288,54709494565756179604,91029559914971267072,4314594373799092220474,7174453500000000000000,363711560873592631914240,604462909807314587353088,32636755824132221485912336,54214017802982966177103872,3105952449627779006958007812
mov $1,$0
add $0,2
div $0,2
add $1,1
pow $1,$0
div $1,2
mov $0,$1
|
PRG/levels/Giant/4-1Bonus.asm
|
narfman0/smb3_pp1
| 0 |
27053
|
; Original address was $B952
; 4-1 bonus
.word W401L ; Alternate level layout
.word W401O ; Alternate object layout
.byte LEVEL1_SIZE_03 | LEVEL1_YSTART_170
.byte LEVEL2_BGPAL_00 | LEVEL2_OBJPAL_08 | LEVEL2_XSTART_18 | LEVEL2_UNUSEDFLAG
.byte LEVEL3_TILESET_11 | LEVEL3_VSCROLL_LOCKED | LEVEL3_PIPENOTEXIT
.byte LEVEL4_BGBANK_INDEX(11) | LEVEL4_INITACT_NOTHING
.byte LEVEL5_BGM_UNDERWATER | LEVEL5_TIME_300
.byte $52, $01, $87, $1D, $4F, $00, $B1, $20, $51, $00, $BA, $00, $5A, $00, $B0, $20
.byte $4F, $1F, $BB, $0F, $2F, $07, $D1, $2F, $1D, $C7, $16, $0A, $83, $37, $0D, $32
.byte $36, $12, $33, $39, $1B, $30, $36, $14, $0B, $37, $0E, $0B, $E1, $21, $A3, $FF
|
gcc-gcc-7_3_0-release/gcc/testsuite/ada/acats/tests/ca/ca3011a4.ada
|
best08618/asylo
| 7 |
7143
|
<filename>gcc-gcc-7_3_0-release/gcc/testsuite/ada/acats/tests/ca/ca3011a4.ada
-- CA3011A4M.ADA
-- Grant of Unlimited Rights
--
-- Under contracts F33600-87-D-0337, F33600-84-D-0280, MDA903-79-C-0687,
-- F08630-91-C-0015, and DCA100-97-D-0025, the U.S. Government obtained
-- unlimited rights in the software and documentation contained herein.
-- Unlimited rights are defined in DFAR 252.227-7013(a)(19). By making
-- this public release, the Government intends to confer upon all
-- recipients unlimited rights equal to those held by the Government.
-- These rights include rights to use, duplicate, release or disclose the
-- released technical data and computer software in whole or in part, in
-- any manner and for any purpose whatsoever, and to have or permit others
-- to do so.
--
-- DISCLAIMER
--
-- ALL MATERIALS OR INFORMATION HEREIN RELEASED, MADE AVAILABLE OR
-- DISCLOSED ARE AS IS. THE GOVERNMENT MAKES NO EXPRESS OR IMPLIED
-- WARRANTY AS TO ANY MATTER WHATSOEVER, INCLUDING THE CONDITIONS OF THE
-- SOFTWARE, DOCUMENTATION OR OTHER INFORMATION RELEASED, MADE AVAILABLE
-- OR DISCLOSED, OR THE OWNERSHIP, MERCHANTABILITY, OR FITNESS FOR A
-- PARTICULAR PURPOSE OF SAID MATERIAL.
--*
-- OBJECTIVE:
-- CHECK THAT AN IMPLEMENTATION DOES NOT REQUIRE GENERIC UNIT BODIES AND
-- SUBUNITS TO BE COMPILED TOGETHER IN THE SAME FILE.
-- SEPARATE FILES ARE:
-- CA3011A0 - A GENERIC UNIT.
-- CA3011A1, CA3011A2, CA3011A3 - SUBUNITS OF GENERIC UNIT.
-- CA3011A4M - THE MAIN PROCEDURE.
-- APPLICABILITY CRITERIA:
-- THIS TEST MUST RUN AND REPORT "PASSED" FOR ALL ADA 95 IMPLEMENTATIONS.
-- THIS WAS NOT REQUIRED FOR ADA 83.
-- HISTORY:
-- RJW 09/22/86 CREATED ORIGINAL TEST.
-- BCB 01/05/88 MODIFIED HEADER.
-- RLB 09/13/99 UPDATED APPLICABILITY CRITERIA FOR ADA 95.
-- RLB 09/15/99 REPAIRED OBJECTIVE FOR ADA 95.
WITH REPORT; USE REPORT;
WITH CA3011A0;
PROCEDURE CA3011A4M IS
I : INTEGER;
PROCEDURE P IS NEW CA3011A0 (INTEGER, 22);
BEGIN
TEST ( "CA3011A", "CHECK THAT AN IMPLEMENTATION DOES NOT REQUIRE " &
"GENERIC UNIT BODIES AND SUBUNITS TO BE " &
"COMPILED TOGETHER IN THE SAME FILE" );
P (I);
IF I /= 22 THEN
FAILED ( "INCORRECT INSTANTIATION" );
END IF;
RESULT;
END CA3011A4M;
|
alloy4fun_models/trashltl/models/11/vTuToM7QEade5RqgX.als
|
Kaixi26/org.alloytools.alloy
| 0 |
3979
|
<filename>alloy4fun_models/trashltl/models/11/vTuToM7QEade5RqgX.als
open main
pred idvTuToM7QEade5RqgX_prop12 {
eventually (some f:File | (eventually f in Trash) implies (always f in Trash))
}
pred __repair { idvTuToM7QEade5RqgX_prop12 }
check __repair { idvTuToM7QEade5RqgX_prop12 <=> prop12o }
|
programs/oeis/244/A244048.asm
|
karttu/loda
| 0 |
635
|
; A244048: Antisigma(n) minus the sum of remainders of n mod k, for k = 1,2,3,...,n.
; 0,0,1,2,5,6,12,13,20,24,32,33,49,50,60,69,84,85,106,107,129,140,154,155,191,197,213,226,254,255,297,298,329,344,364,377,432,433,455,472,522,523,577,578,618,651,677,678,754,762,805,826
mov $2,$0
lpb $2,1
lpb $4,1
add $1,$3
trn $4,$3
lpe
sub $1,$3
add $3,1
mov $4,$2
sub $2,1
lpe
|
support/MinGW/lib/gcc/mingw32/9.2.0/adainclude/a-retide.adb
|
orb-zhuchen/Orb
| 0 |
5909
|
------------------------------------------------------------------------------
-- --
-- GNAT RUN-TIME LIBRARY (GNARL) COMPONENTS --
-- --
-- A D A . R E A L _ T I M E . D E L A Y S --
-- --
-- B o d y --
-- --
-- Copyright (C) 1992-2019, Free Software Foundation, Inc. --
-- --
-- GNARL is free software; you can redistribute it and/or modify it under --
-- terms of the GNU General Public License as published by the Free Soft- --
-- ware Foundation; either version 3, or (at your option) any later ver- --
-- sion. GNAT is distributed in the hope that it will be useful, but WITH- --
-- OUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY --
-- or FITNESS FOR A PARTICULAR PURPOSE. --
-- --
-- As a special exception under Section 7 of GPL version 3, you are granted --
-- additional permissions described in the GCC Runtime Library Exception, --
-- version 3.1, as published by the Free Software Foundation. --
-- --
-- You should have received a copy of the GNU General Public License and --
-- a copy of the GCC Runtime Library Exception along with this program; --
-- see the files COPYING3 and COPYING.RUNTIME respectively. If not, see --
-- <http://www.gnu.org/licenses/>. --
-- --
-- GNARL was developed by the GNARL team at Florida State University. --
-- Extensive contributions were provided by Ada Core Technologies, Inc. --
-- --
------------------------------------------------------------------------------
with Ada.Exceptions;
with System.Tasking;
with System.Task_Primitives.Operations;
package body Ada.Real_Time.Delays is
package STPO renames System.Task_Primitives.Operations;
----------------
-- Local Data --
----------------
Absolute_RT : constant := 2;
-----------------
-- Delay_Until --
-----------------
procedure Delay_Until (T : Time) is
Self_Id : constant System.Tasking.Task_Id := STPO.Self;
begin
-- If pragma Detect_Blocking is active, Program_Error must be
-- raised if this potentially blocking operation is called from a
-- protected action.
if System.Tasking.Detect_Blocking
and then Self_Id.Common.Protected_Action_Nesting > 0
then
Ada.Exceptions.Raise_Exception
(Program_Error'Identity, "potentially blocking operation");
else
STPO.Timed_Delay (Self_Id, To_Duration (T), Absolute_RT);
end if;
end Delay_Until;
-----------------
-- To_Duration --
-----------------
function To_Duration (T : Time) return Duration is
begin
return To_Duration (Time_Span (T));
end To_Duration;
end Ada.Real_Time.Delays;
|
yes.adb
|
NotWearingPants/yes
| 88 |
10070
|
with Ada.Command_line; use Ada.Command_line;
with Ada.Text_IO; use Ada.Text_IO;
procedure Yes is
begin
if Argument_Count >= 1 then
while (True) loop
Put_Line(Argument(1));
end loop;
else
while (True) loop
Put_Line("y");
end loop;
end if;
end Yes;
|
Transynther/x86/_processed/NONE/_st_zr_un_/i7-7700_9_0x48.log_21829_2344.asm
|
ljhsiun2/medusa
| 9 |
11333
|
<reponame>ljhsiun2/medusa
.global s_prepare_buffers
s_prepare_buffers:
push %r11
push %r13
push %r8
push %r9
push %rax
push %rdi
push %rdx
lea addresses_WT_ht+0x18823, %r11
nop
nop
nop
nop
nop
sub %r8, %r8
movl $0x61626364, (%r11)
nop
nop
and $64073, %r9
lea addresses_normal_ht+0x6c23, %rax
nop
nop
nop
nop
nop
cmp %r9, %r9
movups (%rax), %xmm4
vpextrq $0, %xmm4, %r13
nop
nop
nop
sub $62818, %rdi
lea addresses_WT_ht+0x16f23, %r11
sub $56376, %rdx
mov (%r11), %r13
nop
nop
nop
nop
nop
sub $802, %rax
pop %rdx
pop %rdi
pop %rax
pop %r9
pop %r8
pop %r13
pop %r11
ret
.global s_faulty_load
s_faulty_load:
push %r12
push %rax
push %rbx
push %rcx
push %rdi
// Faulty Load
lea addresses_A+0x10823, %r12
and $45329, %rdi
mov (%r12), %ax
lea oracles, %r12
and $0xff, %rax
shlq $12, %rax
mov (%r12,%rax,1), %rax
pop %rdi
pop %rcx
pop %rbx
pop %rax
pop %r12
ret
/*
<gen_faulty_load>
[REF]
{'OP': 'LOAD', 'src': {'type': 'addresses_A', 'AVXalign': False, 'congruent': 0, 'size': 8, 'same': False, 'NT': False}}
[Faulty Load]
{'OP': 'LOAD', 'src': {'type': 'addresses_A', 'AVXalign': False, 'congruent': 0, 'size': 2, 'same': True, 'NT': False}}
<gen_prepare_buffer>
{'OP': 'STOR', 'dst': {'type': 'addresses_WT_ht', 'AVXalign': False, 'congruent': 11, 'size': 4, 'same': False, 'NT': False}}
{'OP': 'LOAD', 'src': {'type': 'addresses_normal_ht', 'AVXalign': False, 'congruent': 10, 'size': 16, 'same': False, 'NT': False}}
{'OP': 'LOAD', 'src': {'type': 'addresses_WT_ht', 'AVXalign': False, 'congruent': 8, 'size': 8, 'same': False, 'NT': False}}
{'3d': 24, '18': 1, '00': 21804}
00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00
*/
|
programs/oeis/024/A024053.asm
|
karttu/loda
| 1 |
16877
|
; A024053: a(n) = 5^n - n^4.
; 1,4,9,44,369,2500,14329,75724,386529,1946564,9755625,48813484,244119889,1220674564,6103477209,30517527500,152587825089,762939369604,3814697160649,19073486197804,95367431480625,476837158008644,2384185790781369
mov $1,5
pow $1,$0
pow $0,4
sub $1,$0
|
programs/oeis/006/A006497.asm
|
jmorken/loda
| 1 |
163900
|
<filename>programs/oeis/006/A006497.asm
; A006497: a(n) = 3*a(n-1) + a(n-2) with a(0) = 2, a(1) = 3.
; 2,3,11,36,119,393,1298,4287,14159,46764,154451,510117,1684802,5564523,18378371,60699636,200477279,662131473,2186871698,7222746567,23855111399,78788080764,260219353691,859446141837,2838557779202,9375119479443,30963916217531,102266868132036,337764520613639,1115560429972953,3684445810532498
mov $1,2
mov $3,2
lpb $0
sub $0,1
mul $1,2
add $3,1
add $2,$3
trn $3,$2
add $4,$1
mov $1,$2
add $4,$2
add $3,$4
lpe
|
dialectica-cats/Dial2Sets.agda
|
heades/AUGL
| 0 |
242
|
-----------------------------------------------------------------------
-- This file defines Dial₂(Sets) and its SMC structure. --
-----------------------------------------------------------------------
module Dial2Sets where
open import prelude
-- The objects:
Obj : Set₁
Obj = Σ[ U ∈ Set ] (Σ[ X ∈ Set ] (U → X → Set))
-- The morphisms:
Hom : Obj → Obj → Set
Hom (U , X , α) (V , Y , β) =
Σ[ f ∈ (U → V) ]
(Σ[ F ∈ (Y → X) ] (∀{u : U}{y : Y} → α u (F y) → β (f u) y))
-- Composition:
comp : {A B C : Obj} → Hom A B → Hom B C → Hom A C
comp {(U , X , α)} {(V , Y , β)} {(W , Z , γ)} (f , F , p₁) (g , G , p₂) =
(g ∘ f , F ∘ G , (λ {u z} p-α → p₂ (p₁ p-α)))
infixl 5 _○_
_○_ = comp
-- The contravariant hom-functor:
Homₐ : {A' A B B' : Obj} → Hom A' A → Hom B B' → Hom A B → Hom A' B'
Homₐ f h g = comp f (comp g h)
-- The identity function:
id : {A : Obj} → Hom A A
id {(U , V , α)} = (id-set , id-set , id-set)
-- In this formalization we will only worry about proving that the
-- data of morphisms are equivalent, and not worry about the morphism
-- conditions. This will make proofs shorter and faster.
--
-- If we have parallel morphisms (f,F) and (g,G) in which we know that
-- f = g and F = G, then the condition for (f,F) will imply the
-- condition of (g,G) and vice versa. Thus, we can safly ignore it.
infix 4 _≡h_
_≡h_ : {A B : Obj} → (f g : Hom A B) → Set
_≡h_ {(U , X , α)}{(V , Y , β)} (f , F , p₁) (g , G , p₂) = f ≡ g × F ≡ G
≡h-refl : {A B : Obj}{f : Hom A B} → f ≡h f
≡h-refl {U , X , α}{V , Y , β}{f , F , _} = refl , refl
≡h-trans : ∀{A B}{f g h : Hom A B} → f ≡h g → g ≡h h → f ≡h h
≡h-trans {U , X , α}{V , Y , β}{f , F , _}{g , G , _}{h , H , _} (p₁ , p₂) (p₃ , p₄) rewrite p₁ | p₂ | p₃ | p₄ = refl , refl
≡h-sym : ∀{A B}{f g : Hom A B} → f ≡h g → g ≡h f
≡h-sym {U , X , α}{V , Y , β}{f , F , _}{g , G , _} (p₁ , p₂) rewrite p₁ | p₂ = refl , refl
≡h-subst-○ : ∀{A B C}{f₁ f₂ : Hom A B}{g₁ g₂ : Hom B C}{j : Hom A C}
→ f₁ ≡h f₂
→ g₁ ≡h g₂
→ f₂ ○ g₂ ≡h j
→ f₁ ○ g₁ ≡h j
≡h-subst-○ {U , X , α}
{V , Y , β}
{W , Z , γ}
{f₁ , F₁ , _}
{f₂ , F₂ , _}
{g₁ , G₁ , _}
{g₂ , G₂ , _}
{j , J , _}
(p₅ , p₆) (p₇ , p₈) (p₉ , p₁₀) rewrite p₅ | p₆ | p₇ | p₈ | p₉ | p₁₀ = refl , refl
○-assoc : ∀{A B C D}{f : Hom A B}{g : Hom B C}{h : Hom C D}
→ f ○ (g ○ h) ≡h (f ○ g) ○ h
○-assoc {U , X , α}{V , Y , β}{W , Z , γ}{S , T , ι}
{f , F , _}{g , G , _}{h , H , _} = refl , refl
○-idl : ∀{A B}{f : Hom A B} → id ○ f ≡h f
○-idl {U , X , _}{V , Y , _}{f , F , _} = refl , refl
○-idr : ∀{A B}{f : Hom A B} → f ○ id ≡h f
○-idr {U , X , _}{V , Y , _}{f , F , _} = refl , refl
-----------------------------------------------------------------------
-- Dial₂(Sets) is a SMC --
-----------------------------------------------------------------------
-- The tensor functor: ⊗
_⊗ᵣ_ : ∀{U X V Y : Set} → (U → X → Set) → (V → Y → Set) → ((U × V) → ((V → X) × (U → Y)) → Set)
_⊗ᵣ_ α β (u , v) (f , g) = (α u (f v)) × (β v (g u))
_⊗ₒ_ : (A B : Obj) → Obj
(U , X , α) ⊗ₒ (V , Y , β) = ((U × V) , ((V → X) × (U → Y)) , α ⊗ᵣ β)
F⊗ : ∀{S Z W T V X U Y : Set}{f : U → W}{F : Z → X}{g : V → S}{G : T → Y} → (S → Z) × (W → T) → (V → X) × (U → Y)
F⊗ {f = f}{F}{g}{G} (h₁ , h₂) = (λ v → F(h₁ (g v))) , (λ u → G(h₂ (f u)))
_⊗ₐ_ : {A B C D : Obj} → Hom A C → Hom B D → Hom (A ⊗ₒ B) (C ⊗ₒ D)
_⊗ₐ_ {(U , X , α)}{(V , Y , β)}{(W , Z , γ)}{(S , T , δ)} (f , F , p₁) (g , G , p₂) = ⟨ f , g ⟩ , F⊗ {f = f}{F}{g}{G} , p
where
p : {u : U × V} {y : (S → Z) × (W → T)} → (α ⊗ᵣ β) u ((F⊗ {f = f}{F}{g}{G}) y) → (γ ⊗ᵣ δ) (⟨ f , g ⟩ u) y
p {(u , v)} {(h₁ , h₂)} (p-α , p-β) = p₁ p-α , p₂ p-β
-- The unit for tensor:
ι : ⊤ {lzero} → ⊤ {lzero} → Set
ι triv triv = ⊤
I : Obj
I = (⊤ , ⊤ , ι)
J : Obj
J = (⊤ , ⊤ , (λ x y → ⊥))
-- The left-unitor:
λ⊗-p : ∀{U X α}{u : ⊤ × U} {x : X} → (ι ⊗ᵣ α) u ((λ _ → triv) , (λ _ → x)) → α (snd u) x
λ⊗-p {U}{X}{α}{(triv , u)}{x} (triv , p-α) = p-α
λ⊗ : ∀{A : Obj} → Hom (I ⊗ₒ A) A
λ⊗ {(U , X , α)} = snd , (λ x → (λ _ → triv) , (λ _ → x)) , λ⊗-p
λ⁻¹⊗ : ∀{A : Obj} → Hom A (I ⊗ₒ A)
λ⁻¹⊗ {(U , X , α)} = (λ u → triv , u) , ((λ x → snd x triv) , λ⁻¹⊗-p)
where
λ⁻¹⊗-p : ∀{U X α} → {u : U} {y : (U → ⊤) × (⊤ → X)} → α u (snd y triv) → (ι ⊗ᵣ α) (triv , u) y
λ⁻¹⊗-p {U}{X}{α}{u}{(h₁ , h₂)} p-α with h₁ u
... | triv = triv , p-α
-- The right-unitor:
ρ⊗ : ∀{A : Obj} → Hom (A ⊗ₒ I) A
ρ⊗ {(U , X , α)} = fst , (λ x → (λ x₁ → x) , (λ x₁ → triv)) , ρ⊗-p
where
ρ⊗-p : ∀{U X α}{u : U × ⊤}{x : X} → (α ⊗ᵣ ι) u ((λ _ → x) , (λ _ → triv)) → α (fst u) x
ρ⊗-p {U}{X}{α}{(u , triv)}{x} (p-α , triv) = p-α
ρ⊗-inv : ∀{A : Obj} → Hom A (A ⊗ₒ I)
ρ⊗-inv {(U , X , α)} = (λ x → x , triv) , (λ x → fst x triv) , ρ⊗-p-inv
where
ρ⊗-p-inv : ∀{U X α}{u : U} {y : Σ (⊤ → X) (λ x → U → ⊤)} → α u (fst y triv) → (α ⊗ᵣ ι) (u , triv) y
ρ⊗-p-inv {U}{X}{α}{u}{(f , g)} p-α rewrite single-range {g = g}{u} = p-α , triv
-- Symmetry:
β⊗ : ∀{A B : Obj} → Hom (A ⊗ₒ B) (B ⊗ₒ A)
β⊗ {(U , X , α)}{(V , Y , β)} = twist-× , twist-× , β⊗-p
where
β⊗-p : ∀{U V Y X α β} → {u : U × V} {y : (U → Y) × (V → X)} →
(α ⊗ᵣ β) u (twist-× y) → (β ⊗ᵣ α) (twist-× u) y
β⊗-p {U}{V}{Y}{X}{α}{β}{(u , v)}{(h₁ , h₂)} p-α = twist-× p-α
-- The associator:
α⊗-inv : ∀{A B C : Obj} → Hom (A ⊗ₒ (B ⊗ₒ C)) ((A ⊗ₒ B) ⊗ₒ C)
α⊗-inv {(U , X , α)}{(V , Y , β)}{(W , Z , γ)} = rl-assoc-× , Fα-inv , α-inv-cond
where
Fα-inv : (W → (V → X) × (U → Y)) × (U × V → Z) → (V × W → X) × (U → (W → Y) × (V → Z))
Fα-inv = (λ p → (λ p' → fst ((fst p) (snd p')) (fst p')) , (λ u → (λ w → snd (fst p w) u) , (λ v → (snd p) (u , v))))
α-inv-cond : ∀{u : U × V × W} {y : (W → (V → X) × (U → Y)) × (U × V → Z)} → (α ⊗ᵣ (β ⊗ᵣ γ)) u (Fα-inv y) → ((α ⊗ᵣ β) ⊗ᵣ γ) (rl-assoc-× u) y
α-inv-cond {(u , v , w)} {(h₁ , h₂)} (p₁ , p₂ , p₃) with h₁ w
... | (a , b) = (p₁ , p₂) , p₃
Fα : ∀{V W X Y U V Z : Set} → Σ (Σ V (λ x → W) → X) (λ x → U → Σ (W → Y) (λ x₁ → V → Z))
→ Σ (W → Σ (V → X) (λ x → U → Y)) (λ x → Σ U (λ x₁ → V) → Z)
Fα (f , g) = (λ x → (λ x₁ → f ((x₁ , x))) , (λ x₁ → fst (g x₁) x)) , (λ x → snd (g (fst x)) (snd x))
α⊗ : ∀{A B C : Obj} → Hom ((A ⊗ₒ B) ⊗ₒ C) (A ⊗ₒ (B ⊗ₒ C))
α⊗ {(U , X , α)}{(V , Y , β)}{(W , Z , γ)} = (lr-assoc-× , Fα {V} , α-cond)
where
α-cond : {u : Σ (Σ U (λ x → V)) (λ x → W)}{y : Σ (Σ V (λ x → W) → X) (λ x → U → Σ (W → Y) (λ x₁ → V → Z))} →
((α ⊗ᵣ β) ⊗ᵣ γ) u (Fα {V} y) → (α ⊗ᵣ (β ⊗ᵣ γ)) (lr-assoc-× u) y
α-cond {(u , v) , w}{(f , g)} ((p₁ , p₂) , p₃) with g u
... | (h₁ , h₂) = p₁ , p₂ , p₃
α⊗-id₁ : ∀{A B C} → (α⊗ {A}{B}{C}) ○ α⊗-inv ≡h id
α⊗-id₁ {U , X , α}{V , Y , β}{W , Z , γ} = ext-set aux , ext-set aux'
where
aux : {a : Σ (Σ U (λ x → V)) (λ x → W)} → rl-assoc-× (lr-assoc-× a) ≡ a
aux {(u , v) , w} = refl
aux' : {a : Σ (W → Σ (V → X) (λ x → U → Y)) (λ x → Σ U (λ x₁ → V) → Z)}
→ ((λ x → (λ x₁ → fst (fst a x) x₁) , (λ x₁ → snd (fst a x) x₁)) , (λ x → snd a (fst x , snd x))) ≡ a
aux' {j₁ , j₂} = eq-× (ext-set aux'') (ext-set aux''')
where
aux'' : {a : W} → (fst (j₁ a) , snd (j₁ a)) ≡ j₁ a
aux'' {w} with j₁ w
... | h₁ , h₂ = refl
aux''' : {a : Σ U (λ x₁ → V)} → j₂ (fst a , snd a) ≡ j₂ a
aux''' {u , v} = refl
α⊗-id₂ : ∀{A B C} → (α⊗-inv {A}{B}{C}) ○ α⊗ ≡h id
α⊗-id₂ {U , X , α}{V , Y , β}{W , Z , γ} = ext-set aux , ext-set aux'
where
aux : {a : Σ U (λ x → Σ V (λ x₁ → W))} → lr-assoc-× (rl-assoc-× a) ≡ a
aux {u , (v , w)} = refl
aux' : {a
: Σ (Σ V (λ x → W) → X) (λ x → U → Σ (W → Y) (λ x₁ → V → Z))} →
((λ p' → fst (fst (Fα {V} {W} {X} {Y} {U} {V} {Z} a) (snd p')) (fst p')) ,
(λ u → (λ w → snd (fst (Fα {V} {W} {X} {Y} {U} {V} {Z} a) w) u) , (λ v → snd (Fα {V} {W} {X} {Y} {U} {V} {Z} a) (u , v))))
≡ a
aux' {j₁ , j₂} = eq-× (ext-set aux'') (ext-set aux''')
where
aux'' : {a : Σ V (λ x → W)} → j₁ (fst a , snd a) ≡ j₁ a
aux'' {v , w} = refl
aux''' : {a : U} → ((λ w → fst (j₂ a) w) , (λ v → snd (j₂ a) v)) ≡ j₂ a
aux''' {u} with j₂ u
... | h₁ , h₂ = refl
-- Internal hom:
⊸-cond : ∀{U V X Y : Set} → (U → X → Set) → (V → Y → Set) → (U → V) × (Y → X) → U × Y → Set
⊸-cond α β (f , g) (u , y) = α u (g y) → β (f u) y
_⊸ₒ_ : Obj → Obj → Obj
(U , X , α) ⊸ₒ (V , Y , β) = ((U → V) × (Y → X)) , (U × Y) , ⊸-cond α β
_⊸ₐ_ : {A B C D : Obj} → Hom C A → Hom B D → Hom (A ⊸ₒ B) (C ⊸ₒ D)
_⊸ₐ_ {(U , X , α)}{(V , Y , β)}{(W , Z , γ)}{(S , T , δ)} (f , F , p₁) (g , G , p₂) =
h , H , p₃
where
h : Σ (U → V) (λ x → Y → X) → Σ (W → S) (λ x → T → Z)
h (h₁ , h₂) = (λ w → g (h₁ (f w))) , (λ t → F (h₂ (G t)))
H : Σ W (λ x → T) → Σ U (λ x → Y)
H (w , t) = f w , G t
p₃ : {u : Σ (U → V) (λ x → Y → X)} {y : Σ W (λ x → T)} → ⊸-cond α β u (H y) → ⊸-cond γ δ (h u) y
p₃ {h₁ , h₂}{w , t} c c' = p₂ (c (p₁ c'))
cur : {A B C : Obj}
→ Hom (A ⊗ₒ B) C
→ Hom A (B ⊸ₒ C)
cur {U , X , α}{V , Y , β}{W , Z , γ} (f , F , p₁)
= (λ u → (λ v → f (u , v)) , (λ z → snd (F z) u)) , (λ p → fst (F (snd p)) (fst p)) , cur-cond
where
cur-cond : ∀{u : U}{y : Σ V (λ x → Z)}
→ α u (fst (F (snd y)) (fst y))
→ ⊸-cond β γ ((λ v → f (u , v)) , (λ z → snd (F z) u)) y
cur-cond {u}{v , z} p₂ p₃ with p₁ {u , v}{z}
... | p₁' with F z
... | (j₁ , j₂) = p₁' (p₂ , p₃)
cur-≡h : ∀{A B C}{f₁ f₂ : Hom (A ⊗ₒ B) C}
→ f₁ ≡h f₂
→ cur f₁ ≡h cur f₂
cur-≡h {U , X , α}{V , Y , β}{W , Z , γ}
{f₁ , F₁ , p₁}{f₂ , F₂ , p₂} (p₃ , p₄)
rewrite p₃ | p₄ = refl , refl
cur-cong : ∀{A B C}{f₁ f₂ : Hom (A ⊗ₒ B) C} → f₁ ≡h f₂ → cur f₁ ≡h cur f₂
cur-cong {(U , X , α)} {(V , Y , β)} {(W , Z , γ)}{f₁ , F₁ , _}{f₂ , F₂ , _} (p₁ , p₂) rewrite p₁ | p₂ = refl , refl
uncur : {A B C : Obj}
→ Hom A (B ⊸ₒ C)
→ Hom (A ⊗ₒ B) C
uncur {U , X , α}{V , Y , β}{W , Z , γ} (f , F , p₁)
= (λ p → fst (f (fst p)) (snd p)) , (λ z → (λ v → F (v , z)) , (λ u → snd (f u) z)) , uncur-cond
where
uncur-cond : ∀{u : Σ U (λ x → V)} {y : Z}
→ (α ⊗ᵣ β) u ((λ v → F (v , y)) , (λ u₁ → snd (f u₁) y))
→ γ (fst (f (fst u)) (snd u)) y
uncur-cond {u , v}{z} (p₂ , p₃) with p₁ {u}{v , z} p₂
... | p₁' with f u
... | (j₁ , j₂) = p₁' p₃
cur-uncur-bij₁ : ∀{A B C}{f : Hom (A ⊗ₒ B) C}
→ uncur (cur f) ≡h f
cur-uncur-bij₁ {U , X , α}{V , Y , β}{W , Z , γ}{f , F , p₁} = ext-set aux₁ , ext-set aux₂
where
aux₁ : {a : Σ U (λ x → V)} → f (fst a , snd a) ≡ f a
aux₁ {u , v} = refl
aux₂ : {a : Z} → ((λ v → fst (F a) v) , (λ u → snd (F a) u)) ≡ F a
aux₂ {z} with F z
... | j₁ , j₂ = refl
cur-uncur-bij₂ : ∀{A B C}{g : Hom A (B ⊸ₒ C)}
→ cur (uncur g) ≡h g
cur-uncur-bij₂ {U , X , α}{V , Y , β}{W , Z , γ}{g , G , p₁} = ext-set aux₁ , ext-set aux₂
where
aux₁ : {a : U} → ((λ v → fst (g a) v) , (λ z → snd (g a) z)) ≡ g a
aux₁ {u} with g u
... | (j₁ , j₂) = refl
aux₂ : {a : Σ V (λ x → Z)} → G (fst a , snd a) ≡ G a
aux₂ {v , z} = refl
-- The of-course exponential:
!ₒ-cond : ∀{U X : Set}
→ (U → X → Set)
→ U
→ (U → X *)
→ Set
!ₒ-cond α u f = all-pred (α u) (f u)
!ₒ : Obj → Obj
!ₒ (U , X , α) = U , (U → X *) , !ₒ-cond α
!-cta : {V Y U X : Set}
→ (Y → X)
→ (U → V)
→ (V → Y *)
→ (U → X *)
!-cta F f g = λ u → list-funct F (g (f u))
!ₐ-cond : ∀{U V Y X : Set}{F : Y → X}{f : U → V}
→ (α : U → X → Set)
→ (β : V → Y → Set)
→ (p : {u : U} {y : Y} → α u (F y) → β (f u) y)
{u : U}{l : Y *}
→ all-pred (α u) (list-funct F l)
→ all-pred (β (f u)) l
!ₐ-cond _ _ _ {l = []} _ = triv
!ₐ-cond α β p {u}{x :: xs} (p' , p'') = p p' , !ₐ-cond α β p p''
!ₐ : {A B : Obj} → Hom A B → Hom (!ₒ A) (!ₒ B)
!ₐ {U , X , α}{V , Y , β} (f , F , p) = f , !-cta F f , !ₐ-cond α β p
-- Of-course is a comonad:
ε : ∀{A} → Hom (!ₒ A) A
ε {U , X , α} = id-set , (λ x y → [ x ]) , fst
δ-cta : {U X : Set} → (U → 𝕃 (U → 𝕃 X)) → U → 𝕃 X
δ-cta g u = foldr (λ f rest → (f u) ++ rest) [] (g u)
δ : ∀{A} → Hom (!ₒ A) (!ₒ (!ₒ A))
δ {U , X , α} = id-set , δ-cta , δ-cond
where
δ-cond : {u : U} {l : 𝕃 (U → 𝕃 X)}
→ all-pred (α u) (foldr (λ f → _++_ (f u)) [] l)
→ all-pred (λ f
→ all-pred (α u) (f u)) l
δ-cond {l = []} _ = triv
δ-cond {u}{l = x :: l'} p with
all-pred-append {X}{α u}
{x u}
{foldr (λ f → _++_ (f u)) [] l'}
∧-unit ∧-assoc
... | p' rewrite p' = fst p , δ-cond {u} {l'} (snd p)
-- These diagrams can be found on page 22 of the report.
{-
comonand-diag₁ : ∀{A}
→ (δ {A}) ○ (!ₐ (δ {A})) ≡h (δ {A}) ○ (δ { !ₒ A})
comonand-diag₁ {U , X , α} =
refl , ext-set (λ {a} → ext-set (λ {a₁} → aux {a₁}{a a₁}))
where
aux : ∀{a₁ : U}{l : 𝕃 (U → 𝕃 (U → 𝕃 X))} →
foldr (λ f → _++_ (f a₁)) []
(map (λ g u → foldr (λ f → _++_ (f u)) [] (g u)) l)
≡
foldr (λ f → _++_ (f a₁)) [] (foldr (λ f → _++_ (f a₁)) [] l)
aux {a}{[]} = refl
aux {a}{x :: l} rewrite
sym (foldr-append {l₁ = x a}{foldr (λ f → _++_ (f a)) [] l}{a})
= cong2 {a = foldr (λ f → _++_ (f a)) [] (x a)}
_++_
refl
(aux {a}{l})
comonand-diag₂ : ∀{A}
→ (δ {A}) ○ (ε { !ₒ A}) ≡h (δ {A}) ○ (!ₐ (ε {A}))
comonand-diag₂ {U , X , α} =
refl , ext-set (λ {f} → ext-set (λ {a} → aux {a}{f a}))
where
aux : ∀{a : U}{l : X *}
→ l ++ [] ≡ foldr (λ f₁ → _++_ (f₁ a)) [] (map (λ x y → x :: []) l)
aux {a}{[]} = refl
aux {a}{x :: l} with aux {a}{l}
... | IH rewrite ++[] l =
cong2 {a = x} {x} {l}
{foldr (λ f₁ → _++_ (f₁ a)) [] (map (λ x₁ y → x₁ :: []) l)} _::_ refl
IH
-}
module Cartesian where
π₁ : {U X V Y : Set}
→ {α : U → X → Set}
→ {β : V → Y → Set}
→ Hom ((!ₒ (U , X , α)) ⊗ₒ (!ₒ (V , Y , β))) (!ₒ (U , X , α))
π₁ {U}{X}{V}{Y}{α}{β} = fst , (λ f → (λ v u → f u) , (λ u v → [])) , π₁-cond
where
π₁-cond : ∀{u : Σ U (λ x → V)} {y : U → 𝕃 X} →
((λ u₁ f → all-pred (α u₁) (f u₁)) ⊗ᵣ
(λ u₁ f → all-pred (β u₁) (f u₁)))
u ((λ v u₁ → y u₁) , (λ u₁ v → [])) →
all-pred (α (fst u)) (y (fst u))
π₁-cond {u , v}{f} (p₁ , p₂) = p₁
π₂ : {U X V Y : Set}
→ {α : U → X → Set}
→ {β : V → Y → Set}
→ Hom ((!ₒ (U , X , α)) ⊗ₒ (!ₒ (V , Y , β))) (!ₒ (V , Y , β))
π₂ {U}{X}{V}{Y}{α}{β} = snd , (λ f → (λ v u → []) , (λ u v → f v)) , π₂-cond
where
π₂-cond : ∀{u : Σ U (λ x → V)} {y : V → 𝕃 Y} →
((λ u₁ f → all-pred (α u₁) (f u₁)) ⊗ᵣ
(λ u₁ f → all-pred (β u₁) (f u₁)))
u ((λ v u₁ → []) , (λ u₁ v → y v)) →
all-pred (β (snd u)) (y (snd u))
π₂-cond {u , v}{f} (p₁ , p₂) = p₂
cart-ar-crt : {U X V Y W Z : Set}
→ {α : U → X → Set}
→ {β : V → Y → Set}
→ {γ : W → Z → Set}
→ Hom (!ₒ (W , Z , γ)) (!ₒ (U , X , α))
→ Hom (!ₒ (W , Z , γ)) (!ₒ (V , Y , β))
→ Σ (V → U → 𝕃 X) (λ x → U → V → 𝕃 Y) → W → 𝕃 Z
cart-ar-crt (f , F , p₁) (g , G , p₂) (j₁ , j₂) w = F (j₁ (g w)) w ++ G (j₂ (f w)) w
cart-ar : {U X V Y W Z : Set}
→ {α : U → X → Set}
→ {β : V → Y → Set}
→ {γ : W → Z → Set}
→ Hom (!ₒ (W , Z , γ)) (!ₒ (U , X , α))
→ Hom (!ₒ (W , Z , γ)) (!ₒ (V , Y , β))
→ Hom (!ₒ (W , Z , γ)) ((!ₒ (U , X , α)) ⊗ₒ (!ₒ (V , Y , β)))
cart-ar {U}{X}{V}{Y}{W}{Z}{α}{β}{γ} (f , F , p₁) (g , G , p₂)
= (λ w → f w , g w) , cart-ar-crt {α = α}{β} (f , F , p₁) (g , G , p₂) , cart-ar-cond
where
cart-ar-cond : ∀{u : W} {y : Σ (V → U → 𝕃 X) (λ x → U → V → 𝕃 Y)} →
all-pred (γ u) (cart-ar-crt {α = α}{β} (f , F , p₁) (g , G , p₂) y u) →
((λ u₁ f₁ → all-pred (α u₁) (f₁ u₁)) ⊗ᵣ
(λ u₁ f₁ → all-pred (β u₁) (f₁ u₁)))
(f u , g u) y
cart-ar-cond {w}{j₁ , j₂} p
rewrite
all-pred-append {f = γ w}{F (j₁ (g w)) w}{G (j₂ (f w)) w} ∧-unit ∧-assoc with p
... | (a , b) = p₁ a , p₂ b
cart-diag₁ : {U X V Y W Z : Set}
→ {α : U → X → Set}
→ {β : V → Y → Set}
→ {γ : W → Z → Set}
→ {f : Hom (W , Z , γ) (U , X , α)}
→ {g : Hom (W , Z , γ) (V , Y , β)}
→ _≡h_ { !ₒ (W , Z , γ)}{ !ₒ (U , X , α)}
(!ₐ {W , Z , γ}{U , X , α} f)
(comp { !ₒ (W , Z , γ)}
{((!ₒ (U , X , α)) ⊗ₒ (!ₒ (V , Y , β)))}
{ !ₒ (U , X , α)}
(cart-ar {α = α}{β}{γ} (!ₐ {W , Z , γ}{U , X , α} f) (!ₐ {W , Z , γ}{V , Y , β} g))
π₁)
cart-diag₁ {f = f , F , p₁}{g , G , p₂}
= refl , ext-set (λ {j} → ext-set (λ {w} → sym (++[] (map F (j (f w))))))
cart-diag₂ : {U X V Y W Z : Set}
→ {α : U → X → Set}
→ {β : V → Y → Set}
→ {γ : W → Z → Set}
→ {f : Hom (W , Z , γ) (U , X , α)}
→ {g : Hom (W , Z , γ) (V , Y , β)}
→ _≡h_ { !ₒ (W , Z , γ)}{ !ₒ (V , Y , β)}
(!ₐ {W , Z , γ}{V , Y , β} g)
(comp { !ₒ (W , Z , γ)}
{((!ₒ (U , X , α)) ⊗ₒ (!ₒ (V , Y , β)))}
{ !ₒ (V , Y , β)}
(cart-ar {α = α}{β}{γ} (!ₐ {W , Z , γ}{U , X , α} f) (!ₐ {W , Z , γ}{V , Y , β} g))
π₂)
cart-diag₂ {f = f , F , p₁}{g , G , p₂}
= refl , ext-set (λ {j} → ext-set (λ {w} → refl))
|
Applications/Terminal/window/selected tab.applescript
|
looking-for-a-job/applescript-examples
| 1 |
931
|
<filename>Applications/Terminal/window/selected tab.applescript
tell application "Terminal"
tell front window
selected tab
set selected tab to tab 3
end tell
end tell
|
data/mcp/asm/prog_06_02.asm
|
colinw7/CZ80
| 0 |
97165
|
<filename>data/mcp/asm/prog_06_02.asm
0D00 0E CC
0D02 16 DD
0D04 21 00 0E
0D07 7E
0D08 21 08 0E
0D0B 46
0D0C 21 20 0E
0D0F 71
0D10 21 18 0E
0D13 72
0D14 76
0E00 19
0E08 27
0E18 00
0E20 00
|
src/main/antlr/Stupid.g4
|
s4s0l/stupid
| 0 |
3807
|
grammar Stupid;
prog: statements EOF;
statements: expr ';' statements
| expr ';'?;
expr: BANG center=expr
| MINUS center=expr
| LPAREN center=expr RPAREN
| var
| left=expr DOT var
| call
| left=expr DOT call
| left=expr DOT LPAREN argslist? RPAREN
| left=expr STAR right=expr
| left=expr SLASH right=expr
| left=expr PLUS right=expr
| left=expr MINUS right=expr
| left=expr LANGLE right=expr
| left=expr RANGLE right=expr
| left=expr LANGLEEQ right=expr
| left=expr RANGLEEQ right=expr
| left=expr EQUALS EQUALS right=expr
| left=expr AND right=expr
| left=expr OR right=expr
| left=expr ASK center=expr COLON right=expr
| condition
| assign
| left=expr DOT assign
| value;
value: bool
| str
| num
| nil
| resource
| block;
condition: IF LPAREN cond=expr RPAREN '{' ontrue=statements '}' (ELSE '{' onfalse=statements '}')?;
assign: IDENTIFIER EQUALS expr;
var: IDENTIFIER;
call: IDENTIFIER LPAREN argslist? RPAREN;
argslist: expr ',' argslist
| expr;
bool: TRUE
| FALSE;
str: STRING;
num: INT
| DOUBLE;
nil: NULL;
resource: '@' (( pckg ':' )? type=IDENTIFIER '/' name=IDENTIFIER | NULL);
pckg: IDENTIFIER ('.' IDENTIFIER)*;
block: '{' ('|' varlist '|')? statements '}';
varlist: IDENTIFIER ',' varlist
| IDENTIFIER;
STRING: '\'' ( ESC | ~('\\'|'\'') )* '\'';
NULL: 'null';
TRUE: 'true';
FALSE: 'false';
INT: DIGIT+;
DOUBLE: INT ('d'|'f')
| INT '.' INT ('d'|'f')?;
BANG: '!';
AND: 'and';
IF: 'if';
ELSE: 'else';
EQUALS: '=';
OR: 'or';
PLUS: '+';
MINUS: '-';
SLASH: '/';
STAR: '*';
LANGLEEQ: '<=';
RANGLEEQ: '>=';
LANGLE: '<';
RANGLE: '>';
DOLLAR: '$';
HASH: '#';
ASK: '?';
COLON: ':';
LPAREN: '(';
RPAREN: ')';
DOT: '.';
IDENTIFIER: (DOLLAR|HASH)? (ALPHANUMERIC)+ ('@' (ALPHANUMERIC)+)?;
WS: [ \r\t\u000c\n]+ -> skip;
SL_COMMENT
: '//' .*? '\n' -> skip
;
fragment ESC: '\\' ('t'|'n'|'r'|'\''|'\\');
fragment DIGIT: '0'..'9';
fragment UPPERC: [A-Z];
fragment LOWERC: [a-z];
fragment UNDERS: '_';
fragment ALPHA: (UPPERC|LOWERC|UNDERS);
fragment ALPHANUMERIC: (UPPERC|LOWERC|UNDERS|DIGIT);
|
oeis/276/A276599.asm
|
neoneye/loda-programs
| 11 |
175251
|
; A276599: Values of n such that n^2 + 5 is a triangular number (A000217).
; Submitted by <NAME>(s1)
; 1,4,10,25,59,146,344,851,2005,4960,11686,28909,68111,168494,396980,982055,2313769,5723836,13485634,33360961,78600035,194441930,458114576,1133290619,2670087421,6605301784,15562409950,38498520085,90704372279,224385818726,528663823724,1307816392271,3081278570065,7622512534900,17959007596666,44427258817129,104672767009931,258941040367874,610077594462920,1509218983390115,3555792799767589,8796372859972816,20724679204142614,51269018176446781,120792282425088095,298817736198707870,704029015346385956
mov $2,1
lpb $0
sub $0,1
add $1,6
mov $3,$0
add $3,$0
mod $3,4
mul $3,$2
add $1,$3
add $2,$1
lpe
add $2,$1
mov $0,$2
div $0,4
add $0,1
|
data/mapObjects/fightingdojo.asm
|
adhi-thirumala/EvoYellow
| 16 |
80962
|
FightingDojoObject:
db $3 ; border block
db $2 ; warps
db $b, $4, $1, $ff
db $b, $5, $1, $ff
db $0 ; signs
db $7 ; objects
object SPRITE_HIKER, $5, $3, STAY, DOWN, $1, OPP_BLACKBELT, $1
object SPRITE_HIKER, $3, $4, STAY, RIGHT, $2, OPP_BLACKBELT, $2
object SPRITE_HIKER, $3, $6, STAY, RIGHT, $3, OPP_BLACKBELT, $3
object SPRITE_HIKER, $5, $5, STAY, LEFT, $4, OPP_BLACKBELT, $4
object SPRITE_HIKER, $5, $7, STAY, LEFT, $5, OPP_BLACKBELT, $5
object SPRITE_BALL, $4, $1, STAY, NONE, $6 ; person
object SPRITE_BALL, $5, $1, STAY, NONE, $7 ; person
; warp-to
EVENT_DISP FIGHTING_DOJO_WIDTH, $b, $4
EVENT_DISP FIGHTING_DOJO_WIDTH, $b, $5
|
mc-sema/validator/x86/tests/ST_PF64m.asm
|
randolphwong/mcsema
| 2 |
12489
|
<filename>mc-sema/validator/x86/tests/ST_PF64m.asm
BITS 32
;TEST_FILE_META_BEGIN
;TEST_TYPE=TEST_F
;TEST_IGNOREFLAGS=FLAG_FPU_IE
;TEST_FILE_META_END
FLD1
;TEST_BEGIN_RECORDING
lea edi, [esp-0xc]
mov dword [edi], 0
fstp qword [edi]
mov eax, dword [edi+00]
mov ebx, dword [edi+04]
mov edi, 0x0
;TEST_END_RECORDING
|
.emacs.d/elpa/wisi-3.0.1/wisitoken-lexer-re2c.adb
|
caqg/linux-home
| 0 |
3794
|
<filename>.emacs.d/elpa/wisi-3.0.1/wisitoken-lexer-re2c.adb
-- Abstract:
--
-- see spec.
--
-- Copyright (C) 2017 - 2019 Free Software Foundation, Inc.
--
-- This file is part of the WisiToken package.
--
-- The WisiToken package 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 3, or
-- (at your option) any later version. The WisiToken package 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 distributed with the WisiToken package;
-- see file GPL.txt. If not, write to the Free Software Foundation,
-- 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA.
--
-- As a special exception, if other files instantiate generics from
-- this unit, or you link this unit with other files to produce an
-- executable, this unit does not by itself cause the resulting
-- executable to be covered by the GNU General Public License. This
-- exception does not however invalidate any other reasons why the
-- executable file might be covered by the GNU Public License.
pragma License (Modified_GPL);
with Ada.Directories;
with Ada.Strings.Unbounded;
with GNATCOLL.Mmap;
package body WisiToken.Lexer.re2c is
overriding procedure Finalize (Object : in out Instance)
is
use all type System.Address;
begin
if Object.Lexer /= System.Null_Address then
Free_Lexer (Object.Lexer);
Object.Lexer := System.Null_Address;
end if;
Finalize (Object.Source);
end Finalize;
type Instance_Access is access Instance; -- silence compiler warning
function New_Lexer
(Descriptor : not null access constant WisiToken.Descriptor)
return Handle
is begin
return Handle (Instance_Access'(new Instance (Descriptor)));
end New_Lexer;
overriding procedure Reset_With_String
(Lexer : in out Instance;
Input : in String;
Begin_Char : in Buffer_Pos := Buffer_Pos'First;
Begin_Line : in Line_Number_Type := Line_Number_Type'First)
is begin
Finalize (Lexer);
-- We assume Input is in UTF-8 encoding
Lexer.Source :=
(Label => String_Label,
File_Name => +"",
Buffer_Nominal_First_Byte => Base_Buffer_Pos (Input'First),
Buffer_Nominal_First_Char => Begin_Char,
Line_Nominal_First => Begin_Line,
Buffer => new String'(Input),
User_Buffer => False);
Lexer.Lexer := New_Lexer
(Buffer => Lexer.Source.Buffer.all'Address,
Length => Interfaces.C.size_t (Input'Length),
Verbosity => Interfaces.C.int (if Trace_Parse > 3 then Trace_Parse - 3 else 0));
Reset (Lexer);
end Reset_With_String;
overriding procedure Reset_With_String_Access
(Lexer : in out Instance;
Input : in Ada.Strings.Unbounded.String_Access;
File_Name : in Ada.Strings.Unbounded.Unbounded_String;
Begin_Char : in Buffer_Pos := Buffer_Pos'First;
Begin_Line : in Line_Number_Type := Line_Number_Type'First)
is begin
Finalize (Lexer);
-- We assume Input is in UTF-8 encoding
Lexer.Source :=
(Label => String_Label,
File_Name =>
+(if Ada.Strings.Unbounded.Length (File_Name) = 0 then ""
else Ada.Directories.Simple_Name (-File_Name)),
Buffer_Nominal_First_Byte => Base_Buffer_Pos (Input'First),
Buffer_Nominal_First_Char => Begin_Char,
Line_Nominal_First => Begin_Line,
Buffer => Input,
User_Buffer => True);
Lexer.Lexer := New_Lexer
(Buffer => Lexer.Source.Buffer.all'Address,
Length => Interfaces.C.size_t (Input'Length),
Verbosity => Interfaces.C.int (if Trace_Parse > 3 then Trace_Parse - 3 else 0));
Reset (Lexer);
end Reset_With_String_Access;
overriding procedure Reset_With_File
(Lexer : in out Instance;
File_Name : in String;
Begin_Byte_Pos : in Buffer_Pos := Invalid_Buffer_Pos;
End_Byte_Pos : in Buffer_Pos := Invalid_Buffer_Pos;
Begin_Char : in Buffer_Pos := Buffer_Pos'First;
Begin_Line : in Line_Number_Type := Line_Number_Type'First)
is
use GNATCOLL.Mmap;
Length : Buffer_Pos;
begin
Finalize (Lexer);
-- We assume the file is in UTF-8 encoding
Lexer.Source :=
(File_Label, +Ada.Directories.Simple_Name (File_Name),
Buffer_Nominal_First_Byte => Buffer_Pos'First, -- overwritten below,
Buffer_Nominal_First_Char => Begin_Char,
Line_Nominal_First => Line_Number_Type'First, -- overwritten below
File => Open_Read (File_Name),
Region => Invalid_Mapped_Region,
Buffer_Last => 1);
if Begin_Byte_Pos = Invalid_Buffer_Pos then
Lexer.Source.Region := Read (Lexer.Source.File);
Length := Buffer_Pos (Last (Lexer.Source.Region));
else
Length := End_Byte_Pos - Begin_Byte_Pos + 1;
Lexer.Source.Buffer_Nominal_First_Byte := Begin_Byte_Pos;
Lexer.Source.Line_Nominal_First := Begin_Line;
Lexer.Source.Region := Read
(Lexer.Source.File,
Offset => File_Size (Begin_Byte_Pos - 1), -- Offset is 0 indexed, Begin_Byte_Pos is 1 indexed
Length => File_Size (Length));
end if;
Lexer.Source.Buffer_Last := Last (Lexer.Source.Region);
Lexer.Lexer := New_Lexer
(Buffer => Data (Lexer.Source.Region).all'Address,
Length => Interfaces.C.size_t (Length),
Verbosity => Interfaces.C.int (if Trace_Parse > 3 then Trace_Parse - 3 else 0));
Reset (Lexer);
end Reset_With_File;
overriding procedure Reset (Lexer : in out Instance)
is begin
Reset_Lexer (Lexer.Lexer);
Lexer.Line := 1;
Lexer.Char_Line_Start := 1;
Lexer.ID :=
-- First token is assumed to be first on a line.
(if Lexer.Descriptor.New_Line_ID = Invalid_Token_ID
then Invalid_Token_ID
else Lexer.Descriptor.New_Line_ID);
Lexer.Prev_ID := Invalid_Token_ID;
end Reset;
overriding function Find_Next
(Lexer : in out Instance;
Token : out Base_Token)
return Boolean
is
use Interfaces.C;
procedure Build_Token
is begin
Token :=
(ID => Lexer.ID,
Byte_Region =>
(if Lexer.ID = Lexer.Descriptor.EOI_ID and then Lexer.Byte_Position = Integer (Base_Buffer_Pos'First)
then
-- EOF in empty buffer
(Lexer.Source.Buffer_Nominal_First_Byte,
Lexer.Source.Buffer_Nominal_First_Byte - 1)
else
(Base_Buffer_Pos (Lexer.Byte_Position) + Lexer.Source.Buffer_Nominal_First_Byte - Buffer_Pos'First,
Base_Buffer_Pos (Lexer.Byte_Position + Lexer.Byte_Length - 1) +
Lexer.Source.Buffer_Nominal_First_Byte - Buffer_Pos'First)),
Line => Lexer.Line + Lexer.Source.Line_Nominal_First - Line_Number_Type'First,
Column =>
(if Lexer.ID = Lexer.Descriptor.New_Line_ID or
Lexer.ID = Lexer.Descriptor.EOI_ID
then 0
else Ada.Text_IO.Count (Lexer.Char_Position - Lexer.Char_Line_Start)),
Char_Region =>
(if Lexer.ID = Lexer.Descriptor.EOI_ID and then Lexer.Byte_Position = Integer (Base_Buffer_Pos'First)
then
-- EOF in empty buffer
(Lexer.Source.Buffer_Nominal_First_Byte,
Lexer.Source.Buffer_Nominal_First_Byte - 1)
else
(To_Char_Pos (Lexer.Source, Lexer.Char_Position),
To_Char_Pos (Lexer.Source, Lexer.Char_Position + Lexer.Char_Length - 1))));
end Build_Token;
begin
Lexer.Prev_ID := Lexer.ID;
loop
declare
Status : constant int := Next_Token
(Lexer.Lexer, Lexer.ID,
Byte_Position => Interfaces.C.size_t (Lexer.Byte_Position),
Byte_Length => Interfaces.C.size_t (Lexer.Byte_Length),
Char_Position => Interfaces.C.size_t (Lexer.Char_Position),
Char_Length => Interfaces.C.size_t (Lexer.Char_Length),
Line_Start => Interfaces.C.int (Lexer.Line));
begin
case Status is
when 0 =>
if Lexer.ID = Lexer.Descriptor.New_Line_ID then
Lexer.Char_Line_Start := Lexer.Char_Position + 1;
end if;
Build_Token;
return False;
when 1 =>
-- Unrecognized character from lexer. Handle missing quotes by
-- inserting a virtual quote at the existing quote, and telling the
-- lexer to skip the char.
declare
Buffer : constant GNATCOLL.Mmap.Str_Access := WisiToken.Lexer.Buffer (Lexer.Source);
begin
if Trace_Parse > Lexer_Debug then
-- We don't have a visible Trace object here.
Ada.Text_IO.Put_Line ("lexer error char " & Buffer (Lexer.Byte_Position));
end if;
if Buffer (Lexer.Byte_Position) = ''' then
-- Lexer has read to next new-line (or eof), then backtracked to next
-- char after '.
Lexer.Errors.Append
((To_Char_Pos (Lexer.Source, Lexer.Char_Position),
Invalid_Token_Index,
(1 => ''', others => ASCII.NUL)));
Lexer.ID := Lexer.Descriptor.String_1_ID;
Build_Token;
return True;
elsif Buffer (Lexer.Byte_Position) = '"' then
-- Lexer has read to next new-line (or eof), then backtracked to next
-- char after ".
Lexer.Errors.Append
((To_Char_Pos (Lexer.Source, Lexer.Char_Position),
Invalid_Token_Index,
(1 => '"', others => ASCII.NUL)));
Lexer.ID := Lexer.Descriptor.String_2_ID;
Build_Token;
return True;
else
-- Just skip the character; call Next_Token again.
Lexer.Errors.Append
((To_Char_Pos (Lexer.Source, Lexer.Char_Position), Invalid_Token_Index, (others => ASCII.NUL)));
end if;
end;
when others =>
raise Fatal_Error with " lexer returned unrecognized status code" & int'Image (Status);
end case;
end;
end loop;
end Find_Next;
overriding function First (Lexer : in Instance) return Boolean
is begin
return Lexer.Descriptor.New_Line_ID /= Invalid_Token_ID and then
Lexer.Prev_ID = Lexer.Descriptor.New_Line_ID;
end First;
overriding function Buffer_Text (Lexer : in Instance; Byte_Bounds : in Buffer_Region) return String
is
First : constant Integer := Integer
(Byte_Bounds.First - Lexer.Source.Buffer_Nominal_First_Byte + Buffer_Pos'First);
Last : constant Integer := Integer
(Byte_Bounds.Last - Lexer.Source.Buffer_Nominal_First_Byte + Buffer_Pos'First);
begin
return String (Buffer (Lexer.Source) (First .. Last));
end Buffer_Text;
overriding function File_Name (Lexer : in Instance) return String
is begin
return File_Name (Lexer.Source);
end File_Name;
end WisiToken.Lexer.re2c;
|
Task/Loops-For-with-a-specified-step/Ada/loops-for-with-a-specified-step-1.ada
|
djgoku/RosettaCodeData
| 0 |
19470
|
<reponame>djgoku/RosettaCodeData
type Loop_Steps is (2, 4, 6, 8);
|
archive/agda-1/UnifyMguPair.agda
|
m0davis/oscar
| 0 |
2801
|
<filename>archive/agda-1/UnifyMguPair.agda
module UnifyMguPair where
open import UnifyTerm
open import UnifyMgu
open import UnifyMguCorrect
open import Data.Fin using (Fin; suc; zero)
open import Data.Nat hiding (_≤_)
open import Relation.Binary.PropositionalEquality renaming ([_] to [[_]])
open import Function using (_∘_; id; case_of_; _$_)
open import Relation.Nullary
open import Data.Product
open import Data.Empty
open import Data.Maybe
open import Data.Sum
l1 : ∀ m → Data.Fin.toℕ (Data.Fin.fromℕ m) ≡ m
l1 zero = refl
l1 (suc m) = cong suc (l1 m)
l2 : ∀ m → m ≡ m + 0
l2 zero = refl
l2 (suc m) = cong suc (l2 m)
fixup : ∀ m → Fin (Data.Fin.toℕ (Data.Fin.fromℕ m) + m) → Fin (m + (m + 0))
fixup m x rewrite l1 m | sym (l2 m) = x
revise-down : ∀ {m} → Fin m → Fin (2 * m)
revise-down {m} x = Data.Fin.inject+ (m + 0) x
revise-up : ∀ {m} → Fin m → Fin (2 * m)
revise-up {m} x = fixup m (Data.Fin.fromℕ m Data.Fin.+ x)
write-variable-down : ∀ {m} → Term m → Term (2 * m)
write-variable-down {m} (i l) = i $ revise-down l
write-variable-down {m} leaf = leaf
write-variable-down {m} (s fork t) = write-variable-down s fork write-variable-down t
write-variable-up : ∀ {m} → Term m → Term (2 * m)
write-variable-up {m} (i r) = i (revise-up r)
write-variable-up {m} leaf = leaf
write-variable-up {m} (s fork t) = write-variable-up s fork write-variable-up t
write-variables-apart : ∀ {m} (s t : Term m) → Term (2 * m) × Term (2 * m)
write-variables-apart s t = write-variable-down s , write-variable-up t
separate-substitutions-down : ∀ {m n} → (Fin (2 * m) → Term n) → Fin m → Term n
separate-substitutions-down {m} f x = f $ revise-down x
separate-substitutions-up : ∀ {m n} → (Fin (2 * m) → Term n) → Fin m → Term n
separate-substitutions-up {m} f x = f $ revise-up x
separate-substitutions : ∀ {m n} → (Fin (2 * m) → Term n) → (Fin m → Term n) × (Fin m → Term n)
separate-substitutions {m} x = separate-substitutions-down {m} x , separate-substitutions-up {m} x
write≡separate : ∀ {m n} (σ : AList (2 * m) n) (t : Term m) → (sub σ ◃_) (write-variable-down t) ≡ ((separate-substitutions-down $ sub σ) ◃_) t
write≡separate {zero} {.0} anil (i x) = refl
write≡separate {suc m} {.(suc (m + suc (m + 0)))} anil (i x) = refl
write≡separate {suc m} {n} (σ asnoc t' / x) (i x₁) = refl
write≡separate σ leaf = refl
write≡separate σ (t₁ fork t₂) = cong₂ _fork_ (write≡separate σ t₁) (write≡separate σ t₂)
write≡separate' : ∀ {m n} (σ : AList (2 * m) n) (t : Term m) → (sub σ ◃_) (write-variable-down t) ≡ ((separate-substitutions-down $ sub σ) ◃_) t
write≡separate' {zero} {.0} anil (i x) = refl
write≡separate' {suc m} {.(suc (m + suc (m + 0)))} anil (i x) = refl
write≡separate' {suc m} {n} (σ asnoc t' / x) (i x₁) = refl
write≡separate' σ leaf = refl
write≡separate' σ (t₁ fork t₂) = cong₂ _fork_ (write≡separate σ t₁) (write≡separate σ t₂)
Property'2 : (m : ℕ) -> Set1
Property'2 m = ∀ {n} -> (Fin (2 * m) -> Term n) -> Set
Nothing'2 : ∀{m} -> (P : Property'2 m) -> Set
Nothing'2 P = ∀{n} f -> P {n} f -> ⊥
Unifies'2 : ∀ {m} (s t : Term m) -> Property'2 m
Unifies'2 s t f =
let --s' , t' = write-variables-apart s t
f₁ , f₂ = separate-substitutions f
in f₁ ◃ s ≡ f₂ ◃ t
pair-mgu' : ∀ {m} -> (s t : Term m) -> Maybe (∃ (AList (2 * m)))
pair-mgu' {m} s t =
let s' , t' = write-variables-apart s t
mgu' = mgu s' t'
in
mgu'
up-equality : ∀ {m n} {f : (2 * m) ~> n} (t : Term m) → (f ∘ revise-up) ◃ t ≡ f ◃ write-variable-up t
up-equality (i x) = refl
up-equality leaf = refl
up-equality (t₁ fork t₂) = cong₂ _fork_ (up-equality t₁) (up-equality t₂)
down-equality : ∀ {m n} {f : (2 * m) ~> n} (t : Term m) → (f ∘ revise-down) ◃ t ≡ f ◃ write-variable-down t
down-equality (i x) = refl
down-equality leaf = refl
down-equality (t₁ fork t₂) = cong₂ _fork_ (down-equality t₁) (down-equality t₂)
revise-to-write : ∀ {m n} {f : (2 * m) ~> n} (s t : Term m) → (f ∘ revise-down) ◃ s ≡ (f ∘ revise-up) ◃ t → f ◃ write-variable-down s ≡ f ◃ write-variable-up t
revise-to-write (i x) (i x₁) x₂ = x₂
revise-to-write (i x) leaf x₁ = x₁
revise-to-write (i x) (t fork t₁) x₁ = trans x₁ (up-equality (t fork t₁))
revise-to-write leaf (i x) x₁ = x₁
revise-to-write leaf leaf x = refl
revise-to-write leaf (t₁ fork t₂) x = trans x (up-equality (t₁ fork t₂))
revise-to-write (s₁ fork s₂) (i x) x₁ = trans (sym (down-equality (s₁ fork s₂))) x₁
revise-to-write (s₁ fork s₂) leaf x = trans (sym (down-equality (s₁ fork s₂))) x
revise-to-write (s₁ fork s₂) (t₁ fork t₂) x = trans (trans (sym (down-equality (s₁ fork s₂))) x) (up-equality (t₁ fork t₂))
write-to-revise : ∀ {m n} {f : (2 * m) ~> n} (s t : Term m) → f ◃ write-variable-down s ≡ f ◃ write-variable-up t → (f ∘ revise-down) ◃ s ≡ (f ∘ revise-up) ◃ t
write-to-revise (i x) (i x₁) x₂ = x₂
write-to-revise (i x) leaf x₁ = x₁
write-to-revise (i x) (t fork t₁) x₁ = trans x₁ (sym (up-equality (t fork t₁)))
write-to-revise leaf (i x) x₁ = x₁
write-to-revise leaf leaf x = refl
write-to-revise leaf (t fork t₁) x = trans x (sym (up-equality (t fork t₁)))
write-to-revise (s₁ fork s₂) (i x) x₁ = trans ((down-equality (s₁ fork s₂))) x₁
write-to-revise (s₁ fork s₂) leaf x = trans ((down-equality (s₁ fork s₂))) x
write-to-revise (s₁ fork s₂) (t fork t₁) x = trans (trans ((down-equality (s₁ fork s₂))) x) (sym (up-equality (t fork t₁)))
pair-mgu-c' : ∀ {m} (s t : Term m) ->
(∃ λ n → ∃ λ σ → (Max⋆ (Unifies'2 s t)) (sub σ) × pair-mgu' s t ≡ just (n , σ))
⊎ (Nothing⋆ (Unifies'2 s t) × pair-mgu' s t ≡ nothing)
pair-mgu-c' {m} s t with write-variable-down s | write-variable-up t | inspect write-variable-down s | inspect write-variable-up t
… | s' | t' | [[ refl ]] | [[ refl ]] with mgu-c s' t'
… | (inj₁ (n , σ , (σ◃s'=σ◃t' , max-σ) , amgu=just)) =
inj₁ $
n ,
σ ,
( write-to-revise s t σ◃s'=σ◃t' ,
( λ {n'} f f◃s≡f◃t → (proj₁ $ max-σ f (revise-to-write s t f◃s≡f◃t)) ,
(λ x → proj₂ (max-σ f (revise-to-write s t f◃s≡f◃t)) x) ) ) ,
amgu=just
… | (inj₂ (notunified , amgu=nothing)) = inj₂ ((λ {n} f x → notunified f (revise-to-write s t x)) , amgu=nothing)
|
oeis/020/A020830.asm
|
neoneye/loda-programs
| 11 |
92600
|
<filename>oeis/020/A020830.asm
; A020830: Decimal expansion of 1/sqrt(73).
; Submitted by <NAME>(s3)
; 1,1,7,0,4,1,1,4,7,1,9,6,1,3,0,5,6,3,9,4,3,4,4,7,2,3,7,3,4,5,7,4,9,4,0,3,2,1,3,6,2,2,6,7,5,7,4,7,0,3,1,2,6,3,5,8,7,7,8,9,7,4,3,2,0,2,3,5,1,3,5,3,6,8,9,4,1,5,0,4,6,3,1,6,1,7,7,6,9,9,0,4,2,5,6,1,7,7,3,0
mov $1,1
mov $2,1
mov $3,$0
add $3,8
mov $4,$0
add $4,3
mov $7,10
pow $7,$4
mov $9,10
lpb $3
mov $0,2
mov $4,$2
pow $4,2
mul $4,73
mov $5,$1
pow $5,2
add $4,$5
mov $6,$1
mov $1,$4
mul $6,$2
mul $6,2
mov $2,$6
mov $8,$4
div $8,$7
max $8,2
div $1,$8
div $2,$8
sub $3,1
lpe
mov $3,$9
pow $3,$0
div $2,$3
mov $0,$2
mod $0,10
|
FormalAnalyzer/models/meta/IoTBottomUp.als
|
Mohannadcse/IoTCOM_BehavioralRuleExtractor
| 0 |
987
|
<reponame>Mohannadcse/IoTCOM_BehavioralRuleExtractor
module IoTBottomUp
abstract sig Capability {
attributes : set Attribute,
}
abstract sig Attribute {
values : set AttrValue
}
abstract sig AttrValue {}
abstract sig IoTApp {
rules : set Rule
}
abstract sig Rule {
triggers : set Trigger,
conditions : set Condition,
commands : set Command,
connected : set Rule,
siblings : set Rule,
indirect : set Rule,
scheduled : set Rule,
}
abstract sig Trigger {
capabilities : one Capability,
attribute : one Attribute,
value : lone AttrValue
} {
attribute in capabilities.attributes
no value or value in attribute.values
}
abstract sig Condition {
capabilities : one Capability,
attribute : one Attribute,
value : some AttrValue
} {
attribute in capabilities.attributes
value in attribute.values
}
abstract sig Command {
capability : one Capability,
attribute : one Attribute,
value : one AttrValue
} {
attribute in capability.attributes
value in attribute.values
}
|
src/PosNat.agda
|
ice1k/Theorems
| 1 |
13096
|
<reponame>ice1k/Theorems
module PosNat where
open import Nats
open import Data.Product
open import Equality
data ℕ⁺ : Set where
psuc : ℕ → ℕ⁺
_→ℕ : ℕ⁺ → ℕ
psuc zero →ℕ = suc zero
psuc (suc x) →ℕ = suc (psuc x →ℕ)
_⟨_⟩→ℕ⁺ : (a : ℕ) → ∃ (λ x → a ≡ suc x) → ℕ⁺
.(suc x) ⟨ x , refl ⟩→ℕ⁺ = psuc x
|
Library/User/Vis/visContentClass.asm
|
steakknife/pcgeos
| 504 |
84577
|
<reponame>steakknife/pcgeos
COMMENT @----------------------------------------------------------------------
Copyright (c) GeoWorks 1994 -- All Rights Reserved
PROJECT: PC GEOS
MODULE: UserInterface/Vis
FILE: visContentClass.asm
ROUTINES:
Name Description
---- -----------
GLB VisContentClass Top Visible object inside of a "view"
REVISION HISTORY:
Name Date Description
---- ---- -----------
dlitwin 10/10/94 Broken out of visContent.asm
DESCRIPTION:
This file contains routines to implement the VisContentClass.
$Id: visContentClass.asm,v 1.1 97/04/07 11:44:34 newdeal Exp $
------------------------------------------------------------------------------@
;see documentation in /staff/pcgeos/Library/User/Doc/VisContent.doc
UserClassStructures segment resource
; Declare the class record
VisContentClass mask CLASSF_DISCARD_ON_SAVE
; NOTE: LOOK AT END OF THIS FILE FOR ADDITIONAL MESSAGE TABLE ENTRIES.
; Had to move them there because esp is complaining about the functions
; not being defined yet! (They are defined lower in this file)
UserClassStructures ends
;
; -----------
;
VisConstruct segment resource
COMMENT @----------------------------------------------------------------------
METHOD: VisContentInitialize -- MSG_META_INITIALIZE for VisContentClass
DESCRIPTION: Initialize a VisContentClass object. This does parent class
initialization, followed by init of the Content part
PASS:
*ds:si - instance data (offset through Vis_offset)
es - segment of VisContentClass
ax - MSG_META_INITIALIZE
RETURN:
nothing
DESTROYED:
bx, si, di, ds, es
REGISTER/STACK USAGE:
PSEUDO CODE/STRATEGY:
KNOWN BUGS/SIDE EFFECTS/CAVEATS/IDEAS:
REVISION HISTORY:
Name Date Description
---- ---- -----------
Doug 11/89 Initial version
------------------------------------------------------------------------------@
VisContentInitialize method dynamic VisContentClass, MSG_META_INITIALIZE
;
; First do parent class initialization
;
mov di, offset UserClassStructures:VisContentClass
call ObjCallSuperNoLock
mov di, ds:[si] ; get pointer to instance data
add di, ds:[di].Vis_offset ;ds:di = VisInstance
; Set opitimization flag to show as being
; a content
or ds:[di].VI_typeFlags, mask VTF_IS_WINDOW or \
mask VTF_IS_WIN_GROUP or \
mask VTF_IS_CONTENT or \
mask VTF_IS_INPUT_NODE
; Under the new non-expand-to-fit rules, a content needs these bits
; to be able to expand to fill the view size.
or ds:[di].VCI_geoDimensionAttrs, \
mask VCGDA_EXPAND_WIDTH_TO_FIT_PARENT or \
mask VCGDA_EXPAND_HEIGHT_TO_FIT_PARENT
; Start w/Vertical alignment
or ds:[di].VCI_geoAttrs, mask VCGA_ORIENT_CHILDREN_VERTICALLY
; Initialize implied grab flags
;
mov di, ds:[si]
add di, ds:[di].Vis_offset
mov ds:[di].VCNI_impliedMouseGrab.VMG_flags, mask VIFGF_MOUSE or \
mask VIFGF_PTR
ret
VisContentInitialize endm
COMMENT @----------------------------------------------------------------------
METHOD: VisContentSetView --
MSG_META_CONTENT_SET_VIEW for VisContentClass
DESCRIPTION: Sets the view OD for the content object. Otherwise, we don't
know what view we are the contents of.
PASS: *ds:si - instance data
es - segment of VisContentClass
ax - MSG_META_CONTENT_SET_VIEW
cx:dx - OD of View that this object sits under
RETURN: nothing
ax, cx, dx, bp - destroyed
DESTROYED: bx, si, di, ds, es
REGISTER/STACK USAGE:
PSEUDO CODE/STRATEGY:
KNOWN BUGS/SIDE EFFECTS/CAVEATS/IDEAS:
REVISION HISTORY:
Name Date Description
---- ---- -----------
Chris 9/ 5/89 Initial version
------------------------------------------------------------------------------@
VisContentSetView method dynamic VisContentClass, \
MSG_META_CONTENT_SET_VIEW
; Store away View we're being
; used with
EC < push bx >
EC < push si >
EC < mov bx, cx >
EC < mov si, dx >
EC < call ECCheckLMemOD >
EC < pop si >
EC < pop bx >
mov ds:[di].VCNI_view.handle, cx
mov ds:[di].VCNI_view.chunk, dx
call ViewUpdateContentTargetInfo ; Then, update view's targetInfo
Destroy ax, cx, dx, bp
ret
VisContentSetView endm
COMMENT @-----------------------------------------------------------------------
METHOD: VisContentReloc
DESCRIPTION: Deal with GCN lists, on unrelocate.
PASS: *ds:si - object
ax - MSG_META_RELOCATE/MSG_META_UNRELOCATE
cx - handle of block containing relocation
dx - VMRelocType:
VMRT_UNRELOCATE_BEFORE_WRITE
VMRT_RELOCATE_AFTER_READ
VMRT_RELOCATE_AFTER_WRITE
bp - data to pass to ObjRelocOrUnRelocSuper
RETURN:
carry - set if error
bp - unchanged
ALLOWED_TO_DESTROY:
bx, si, di, ds, es
REGISTER/STACK USAGE:
PSEUDO CODE/STRATEGY:
KNOWN BUGS/SIDE EFFECTS/CAVEATS/IDEAS:
REVISION HISTORY:
Name Date Description
---- ---- -----------
brianc 6/18/92 Initial version
-------------------------------------------------------------------------------@
VisContentReloc method VisContentClass, reloc
cmp ax, MSG_META_RELOCATE
je done ; nothing to do for relocate, our lists
; aren't saved and if some other class
; has lists that are saved, it must
; handle this in its relocation handler
;
; Clear out focus and target here since nothing should have
; focus/target when we shut down. - Joon (6/29/94)
;
clr ax
movdw ds:[di].VCNI_focusExcl.FTVMC_OD, axax
movdw ds:[di].VCNI_targetExcl.FTVMC_OD, axax
movdw ds:[di].VCNI_view, axax
;
; unrelocate any GCN lists (will do all GCN lists stored in
; TEMP_META_GCN even non-GAGCNLT types. This is okay as other classes
; that do this will check if it is necessary before unrelocating.)
;
mov ax, TEMP_META_GCN
call ObjVarFindData ; get ptr to TempGenAppGCNList
jnc done
test ds:[bx].TMGCND_flags, mask TMGCNF_RELOCATED
jz done ; already unrelocated
; indicate unrelocated
andnf ds:[bx].TMGCND_flags, not mask TMGCNF_RELOCATED
mov di, ds:[bx].TMGCND_listOfLists ; get list of lists
mov dx, ds:[LMBH_handle]
call GCNListUnRelocateBlock ; unrelocate all the lists we've
; been using
jnc done ; lists saved to state, leave
; var data element
mov ax, TEMP_META_GCN
call ObjVarDeleteData ; else, remove var data element
done:
mov di, offset VisContentClass
call ObjRelocOrUnRelocSuper
ret
VisContentReloc endm
COMMENT @-----------------------------------------------------------------------
METHOD: VisContentFinalObjFree
DESCRIPTION: Intercept message normally handled at MetaClass to add
behavior of freeing the chunks that a VisContentClass object
references.
Free chunks unless any of these chunks came from a resource,
in which case we mark dirty & resize to zero.
PASS: *ds:si - object
ax - MSG_META_FINAL_OBJ_FREE
RETURN: nothing
ax, cx, dx, bp - destroyed
ALLOWED_TO_DESTROY:
bx, si, di, ds, es
REGISTER/STACK USAGE:
PSEUDO CODE/STRATEGY:
KNOWN BUGS/SIDE EFFECTS/CAVEATS/IDEAS:
REVISION HISTORY:
Name Date Description
---- ---- -----------
Doug 5/91 Initial version
-------------------------------------------------------------------------------@
VisContentFinalObjFree method VisContentClass, MSG_META_FINAL_OBJ_FREE
push ds:[di].VCNI_holdUpInputQueue
push ds:[di].VCNI_postPassiveMouseGrabList
mov ax, ds:[di].VCNI_prePassiveMouseGrabList
tst ax
jz afterPre
call ObjFreeChunk
afterPre:
pop ax
tst ax
jz afterPost
call ObjFreeChunk
afterPost:
pop bx
tst bx
jz afterHoldUpInputQueue
call GeodeFreeQueue
afterHoldUpInputQueue:
mov ax, MSG_META_FINAL_OBJ_FREE
FALL_THRU VisContentBlockFree
VisContentFinalObjFree endm
COMMENT @----------------------------------------------------------------------
MESSAGE: VisContentBlockFree -- MSG_META_BLOCK_FREE for VisContentClass
DESCRIPTION: We our freeing the block that we are in -- nuke any
associated GCN lists
PASS:
*ds:si - instance data
es - segment of VisContentClass
ax - The message
RETURN:
DESTROYED:
bx, si, di, ds, es (message handler)
REGISTER/STACK USAGE:
PSEUDO CODE/STRATEGY:
KNOWN BUGS/SIDE EFFECTS/CAVEATS/IDEAS:
REVISION HISTORY:
Name Date Description
---- ---- -----------
Tony 1/ 5/93 Initial version
------------------------------------------------------------------------------@
VisContentBlockFree method VisContentClass, MSG_META_BLOCK_FREE
; Free GCN list of lists chunk, & list chunks, if in use here
;
push ax
mov ax, MSG_META_GCN_LIST_DESTROY
mov di, offset VisContentClass
call ObjCallSuperNoLock
pop ax
; Finish up w/nuking the object itself
mov di, offset VisContentClass
GOTO ObjCallSuperNoLock
VisContentBlockFree endm
VisConstruct ends
VisUpdate segment resource
COMMENT @----------------------------------------------------------------------
METHOD: VisContentViewOpening
MSG_META_CONTENT_VIEW_OPENING
DESCRIPTION: View is opening. Setup an upward-only visible link to the
content object, so that VUP queries get across the boundary,
& make content visible by setting flags & updating.
If object is generic, set REALIZABLE instead of VISIBLE
PASS: *ds:si - instance data
es - segment of VisContentClass
ax - MSG_META_CONTENT_VIEW_OPENING
cx:dx - OD of the view
RETURN: nothing
ax, cx, dx, bp - destroyed
DESTROYED: bx, si, di, ds, es
REGISTER/STACK USAGE:
PSEUDO CODE/STRATEGY:
KNOWN BUGS/SIDE EFFECTS/CAVEATS/IDEAS:
REVISION HISTORY:
Name Date Description
---- ---- -----------
Doug 9/89 Initial version
------------------------------------------------------------------------------@
VisContentViewOpening method dynamic VisContentClass, \
MSG_META_CONTENT_VIEW_OPENING
EC < tst cx >
EC < ERROR_Z UI_CX_DX_MUST_BE_VALID_VIEW_OBJECT >
EC < push bx >
EC < push si >
EC < mov bx, cx >
EC < mov si, dx >
EC < call ECCheckLMemOD >
EC < pop si >
EC < pop bx >
; Update stored viewOD (In case this object is part of a VM file, which
; may have been discarded & reloaded since the last MSG_META_CONTENT_SET_VIEW)
;
mov ds:[di].VCNI_view.handle, cx
mov ds:[di].VCNI_view.chunk, dx
;
; Set visual upward-only link. DO NOT add as a visual child, just
; set up a parent link only.
;
or dx, 1 ;make it a parent link!
mov ds:[di].VI_link.LP_next.handle, cx
mov ds:[di].VI_link.LP_next.chunk, dx
; Is this a generic object?
test ds:[di].VI_typeFlags, mask VTF_IS_GEN
jnz VCVO_OpenGeneric ; branch if so.
; Make sure attr set for visibility
mov cl, mask VA_VISIBLE
mov ax, MSG_VIS_SET_ATTRS
jmp short VCVO_Update
VCVO_OpenGeneric:
; Make sure attr set for realizing
; Update the window, make sure it's
; up. Do it NOW.
mov cl, mask SA_REALIZABLE
mov ax, MSG_SPEC_SET_ATTRS
VCVO_Update:
clr ch
call VisContentGetVUM
GOTO ObjCallInstanceNoLock
VisContentViewOpening endm
COMMENT @----------------------------------------------------------------------
METHOD: VisContentViewClosing
MSG_META_CONTENT_VIEW_CLOSING
DESCRIPTION: View is closing. Make content objects not visible.
If object is generic, clear REALIZABLE instead of VISIBLE.
After content is no longer visible, null out the visible
parent link, if it is not already nulled out.
PASS: *ds:si - instance data
es - segment of VisContentClass
ax - MSG_META_CONTENT_VIEW_CLOSING
RETURN: nothing
ax, cx, dx, bp - destroyed
DESTROYED: bx, si, di, ds, es
REGISTER/STACK USAGE:
PSEUDO CODE/STRATEGY:
KNOWN BUGS/SIDE EFFECTS/CAVEATS/IDEAS:
REVISION HISTORY:
Name Date Description
---- ---- -----------
Doug 9/89 Initial version
------------------------------------------------------------------------------@
VisContentViewClosing method dynamic VisContentClass, \
MSG_META_CONTENT_VIEW_CLOSING
; Is this a generic object?
test ds:[di].VI_typeFlags, mask VTF_IS_GEN
jnz VCVC_CloseGeneric ; branch if so.
; Make sure attr set for non visibility
mov ch, mask VA_VISIBLE
mov ax, MSG_VIS_SET_ATTRS
jmp short VCVC_Update
VCVC_CloseGeneric:
; Make sure attr set for non visibility
; Update the window, make sure it's
; up. Do it NOW.
mov ch, mask SA_REALIZABLE
mov ax, MSG_SPEC_SET_ATTRS
VCVC_Update:
clr cl
call VisContentGetVUM
call ObjCallInstanceNoLock
; NULL out visible one-way parent link
mov di, ds:[si] ; point to instance
add di, ds:[di].Vis_offset ; ds:[di] -- VisInstance
clr ax
mov ds:[di].VI_link.LP_next.handle, ax
mov ds:[di].VI_link.LP_next.chunk, ax
Destroy ax, cx, dx, bp
ret
VisContentViewClosing endm
COMMENT @----------------------------------------------------------------------
METHOD: VisContentOpenWin --
MSG_VIS_OPEN_WIN for VisContentClass
DESCRIPTION: We "Open" a window by copying in the handle of the first
port window we heard about opening.
PASS: *ds:si - instance data
es - segment of VisContentClass
ax - MSG_VIS_OPEN_WIN
bp - 0
RETURN: nothing
ax, cx, dx, bp - destroyed
DESTROYED: bx, si, di, ds, es
REGISTER/STACK USAGE:
PSEUDO CODE/STRATEGY:
KNOWN BUGS/SIDE EFFECTS/CAVEATS/IDEAS:
REVISION HISTORY:
Name Date Description
---- ---- -----------
Doug 9/89 Initial version
------------------------------------------------------------------------------@
VisContentOpenWin method dynamic VisContentClass, MSG_VIS_OPEN_WIN
mov ax, ds:[di].VCNI_window ; fetch window to use
EC < tst ax ; can't be NULL gWin >
EC < ERROR_Z UI_VIS_CONTENT_OPEN_WIN_WITH_NO_WIN >
mov ds:[di].VCI_window, ax ; store window handle here
; Invalidate the whole window, since we don't use WinOpen like
; normal VisComp's, & can't count on the window automatically
; getting invalidated. Also covers case that MSG_META_EXPOSED has
; already gone by us, before we were "opened"
; (Moved to view, since an invalidation here following an invalidation
; in the old content's MSG_VIS_CLOSE_WIN caused a single MSG_META_EXPOSED
; to go to the *old* content, which was not good. cbh 10/ 9/91)
;
; (Blah -- adding back in, in the hope that the problem was not
; having it here, but having this come before the exposureOD was
; changed, which would have been fixed by FORCE_QUEUE.) -cbh 12/ 5/91
;
call VisContentInvalidate
; Set up this object, on opened window, as the implied grab
;
mov di, ds:[si]
add di, ds:[di].Vis_offset
mov cx, ds:[LMBH_handle]
mov dx, si
mov bp, ds:[di].VCNI_window ; get window
mov ax, MSG_META_IMPLIED_WIN_CHANGE
call ObjCallInstanceNoLock
; If large document model...
mov di, ds:[si]
add di, ds:[di].Vis_offset
test ds:[di].VCNI_attrs, mask VCNA_LARGE_DOCUMENT_MODEL
jz doneWithImpliedGrab
; request large mouse events for
; implied grab
or ds:[di].VCNI_impliedMouseGrab.VMG_flags, mask VIFGF_LARGE
doneWithImpliedGrab:
Destroy ax, cx, dx, bp
ret
VisContentOpenWin endm
COMMENT @----------------------------------------------------------------------
METHOD: VisContentWindowAboutToBeClosed
DESCRIPTION: Stop deviant superclass behavior
PASS: *ds:si - instance data
es - segment of VisContentClass
ax - MSG_VIS_WIN_ABOUT_TO_BE_CLOSED
RETURN: nothing
ax, cx, dx, bp - destroyed
DESTROYED: bx, si, di, ds, es
REGISTER/STACK USAGE:
PSEUDO CODE/STRATEGY:
KNOWN BUGS/SIDE EFFECTS/CAVEATS/IDEAS:
REVISION HISTORY:
Name Date Description
---- ---- -----------
Doug 6/91 Initial version
------------------------------------------------------------------------------@
VisContentWindowAboutToBeClosed method VisContentClass,
MSG_VIS_WIN_ABOUT_TO_BE_CLOSED
; Do nothing, other than to prevent the mischevious behavior of the
; default handler -- this isn't really our window! (Belongs to
; GenView). Necessary to prevent application from moving Field window
; off-screen when closing (ouch!)
Destroy ax, cx, dx, bp
ret
VisContentWindowAboutToBeClosed endm
COMMENT @%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
VisContentVisClose
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
SYNOPSIS: This method handler nukes the gadget exclusive (in case
anyone has it).
CALLED BY: GLOBAL
PASS: nada
RETURN: nada
DESTROYED: ax, cx, dx, bp
PSEUDO CODE/STRATEGY:
KNOWN BUGS/SIDE EFFECTS/IDEAS:
REVISION HISTORY:
Name Date Description
---- ---- -----------
atw 9/14/92 Initial version
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%@
VisContentVisClose method VisContentClass, MSG_VIS_CLOSE
mov di, offset VisContentClass
call ObjCallSuperNoLock
; Force release of any active element
; within the view
clr cx
clr dx
mov ax, MSG_VIS_TAKE_GADGET_EXCL
GOTO ObjCallInstanceNoLock
VisContentVisClose endp
COMMENT @----------------------------------------------------------------------
METHOD: VisContentCloseWin --
MSG_VIS_CLOSE_WIN for VisContentClass
DESCRIPTION: We "Close" a window by nuking the window handling in VCI_window
PASS: *ds:si - instance data
es - segment of VisContentClass
ax - MSG_VIS_CLOSE_WIN
^hbp - view window
cx, dx - width, height of subview
RETURN: nothing
ax, cx, dx, bp - destroyed
DESTROYED: ax, bx, cx, dx, bp, si, di, ds, es
REGISTER/STACK USAGE:
PSEUDO CODE/STRATEGY:
KNOWN BUGS/SIDE EFFECTS/CAVEATS/IDEAS:
REVISION HISTORY:
Name Date Description
---- ---- -----------
Doug 9/89 Initial version
------------------------------------------------------------------------------@
VisContentCloseWin method VisContentClass, MSG_VIS_CLOSE_WIN
; Invalidate the whole window, since we don't use WinOpen like
; normal VisComp's, & can't count on the window automatically
; getting invalidated. Also covers case that MSG_META_EXPOSED has
; already gone by us, before we were "opened"
; (Moved to view, since an invalidation here followed by an invalidation
; in the new content's MSG_VIS_OPEN_WIN caused a single MSG_META_EXPOSED
; to go to the *old* content, which was not good. cbh 10/ 9/91)
;
; (Blah -- adding back in, in the hope that the problem was not
; having it here, but having this come before the exposureOD was
; changed, which would have been fixed by FORCE_QUEUE.) -cbh 12/ 5/91
;
call VisContentInvalidate
mov di, ds:[si]
add di, ds:[di].Vis_offset
mov ds:[di].VCI_window, 0 ;NULL out window handle here
; Then null out the implied grab, this object, since it no longer
; has a window associated with it.
;
clr cx
clr dx
clr bp
mov ax, MSG_META_IMPLIED_WIN_CHANGE
GOTO ObjCallInstanceNoLock
VisContentCloseWin endm
COMMENT @----------------------------------------------------------------------
METHOD: VisContentViewWinOpened
DESCRIPTION: Sets the window for a content object.
PASS: *ds:si - instance data
es - segment of VisContentClass
ax - MSG_META_CONTENT_VIEW_WIN_OPENED
bp - gwin
cx, dx - width, height of subview
RETURN: nothing
ax, cx, dx, bp - destroyed
DESTROYED: bx, si, di, ds, es
REGISTER/STACK USAGE:
PSEUDO CODE/STRATEGY:
KNOWN BUGS/SIDE EFFECTS/CAVEATS/IDEAS:
This will not work until WinOpen unmapped is written!
REVISION HISTORY:
Name Date Description
---- ---- -----------
Doug 9/89 Initial version
------------------------------------------------------------------------------@
VisContentViewWinOpened method dynamic VisContentClass, \
MSG_META_CONTENT_VIEW_WIN_OPENED
; STORE HERE FOR ACCESS LATER
mov ds:[di].VCNI_window, bp ;set the current window
mov ax, MSG_META_CONTENT_VIEW_SIZE_CHANGED
GOTO ObjCallInstanceNoLock ;set the document size now
VisContentViewWinOpened endm
COMMENT @----------------------------------------------------------------------
METHOD: VisContentViewWinClosed
DESCRIPTION: Sent out by the view when the view is destroyed.
PASS: *ds:si - instance data
es - segment of MetaClass
ax - MSG_META_CONTENT_VIEW_WIN_CLOSED
^hbp - view window
RETURN: nothing
ax, cx, dx, bp - destroyed
ALLOWED TO DESTROY:
bx, si, di, ds, es
REGISTER/STACK USAGE:
PSEUDO CODE/STRATEGY:
KNOWN BUGS/SIDE EFFECTS/CAVEATS/IDEAS:
REVISION HISTORY:
Name Date Description
---- ---- -----------
Chris 7/24/91 Initial version
------------------------------------------------------------------------------@
VisContentViewWinClosed method dynamic VisContentClass, \
MSG_META_CONTENT_VIEW_WIN_CLOSED
clr ds:[di].VCNI_window
Destroy ax, cx, dx, bp
ret
VisContentViewWinClosed endm
COMMENT @----------------------------------------------------------------------
METHOD: VisContentSubviewSizeChanged
MSG_META_CONTENT_VIEW_SIZE_CHANGED
DESCRIPTION: Subview's size has changed. Do visual update.
Also send the document size up to the view.
In the Large Document model, send this message to
all visible children (layers).
PASS: *ds:si - instance data
es - segment of MetaClass
ax - MSG_META_CONTENT_VIEW_SIZE_CHANGED
cx, dx - size of window the content is in
RETURN: nothing
ax, cx, dx, bp - destroyed
DESTROYED: bx, si, di, ds, es
REGISTER/STACK USAGE:
PSEUDO CODE/STRATEGY:
KNOWN BUGS/SIDE EFFECTS/CAVEATS/IDEAS:
REVISION HISTORY:
Name Date Description
---- ---- -----------
Doug 10/89 Initial version
------------------------------------------------------------------------------@
VisContentSubviewSizeChanged method dynamic VisContentClass, \
MSG_META_CONTENT_VIEW_SIZE_CHANGED
push cx, dx
; Let's see if the subview size is different from the one currently
; stored. If it is, we'll invalidate its geometry.
;
cmp ds:[di].VCNI_viewHeight, dx ;see if same height
jne invalGeo ;nope, go invalidate
cmp ds:[di].VCNI_viewWidth, cx ;see if same width
je storeViewSize ;yes, skip invalidation
invalGeo:
push cx, dx
mov cl, mask VOF_GEOMETRY_INVALID ;else set the geometry invalid
mov dl, VUM_MANUAL ;we'll update below
call VisMarkInvalid
DoPop dx, cx
storeViewSize:
mov ds:[di].VCNI_viewHeight, dx ;save new window dimensions
mov ds:[di].VCNI_viewWidth, cx
;
; Send size to children no matter what. Makes life easier.
;
pop cx, dx ;restore view size
mov ax, MSG_META_CONTENT_VIEW_SIZE_CHANGED
call VisSendToChildren
;
; Update this content visually
;
call VisContentGetVUM
mov ax, MSG_VIS_VUP_UPDATE_WIN_GROUP
call ObjCallInstanceNoLock
call SetViewDocBounds ;set document size in the view
Destroy ax, cx, dx, bp
ret
VisContentSubviewSizeChanged endm
COMMENT @----------------------------------------------------------------------
ROUTINE: SetViewDocBounds
SYNOPSIS: Sets simple doc bounds in the content's view. Will not do
anything if running a large document, since the content's
instance data isn't used.
CALLED BY: VisContentSubviewSizeChanged, VisContentUpdateGeometry
PASS: *ds:si -- content
RETURN: nothing (ds fixed up properly)
DESTROYED: ax, cx, dx, bp, di
PSEUDO CODE/STRATEGY:
KNOWN BUGS/SIDE EFFECTS/IDEAS:
REVISION HISTORY:
Name Date Description
---- ---- -----------
Chris 3/15/91 Initial version
------------------------------------------------------------------------------@
SetViewDocBounds proc far uses si
class VisContentClass
.enter
mov di, ds:[si]
add di, ds:[di].Vis_offset
test ds:[di].VCNI_attrs, mask VCNA_LARGE_DOCUMENT_MODEL or \
mask VCNA_VIEW_DOC_BOUNDS_SET_MANUALLY
jnz exit
call VisGetBounds ;get content's bounds
mov di, ds:[si] ;point to instance
add di, ds:[di].Vis_offset ;ds:[di] -- SpecInstance
mov si, ds:[di].VCNI_view.chunk
tst si ;no window, get out
jz exit
mov di, ds:[di].VCNI_view.handle
sub sp, size RectDWord ;set up parameters
mov bp, sp
push di ;save view handle
mov di, offset RD_left
call SetViewBound
mov di, offset RD_top
mov ax, bx
call SetViewBound
mov di, offset RD_right
mov ax, cx
call SetViewBound
mov di, offset RD_bottom
mov ax, dx
call SetViewBound
mov dx, size RectDWord
pop bx ;view handle
mov di, mask MF_FIXUP_DS or mask MF_STACK or mask MF_CALL
mov ax, MSG_GEN_VIEW_SET_DOC_BOUNDS ;set new document size
call ObjMessage
add sp, size RectDWord
exit:
.leave
ret
SetViewDocBounds endp
COMMENT @----------------------------------------------------------------------
ROUTINE: SetViewBound
SYNOPSIS: Sets a view bound, sign extending if needed.
CALLED BY: SetViewDocBounds
PASS: ss:[bp] -- RectDWord
di -- offset to bound to set (RD_left, etc)
ax -- value to set
RETURN: nothing
DESTROYED: ax
PSEUDO CODE/STRATEGY:
KNOWN BUGS/SIDE EFFECTS/IDEAS:
REVISION HISTORY:
Name Date Description
---- ---- -----------
Chris 2/19/93 Initial version
------------------------------------------------------------------------------@
SetViewBound proc near uses bp
.enter
add bp, di
mov ({dword} ss:[bp]).low, ax
tst ax
mov ax, 0
jns 10$
dec ax
10$:
mov ({dword} ss:[bp]).high, ax
.leave
ret
SetViewBound endp
COMMENT @----------------------------------------------------------------------
METHOD: VisContentDoNothing
DESCRIPTION:
Does precisely nothing. Allows class to "eat"
certain methods coming through, to prevent them from going
to our superclass, the VisCompClass.
PASS: *ds:si - instance data
es - segment of VisContentClass
ax - MSG_VIS_OPEN_WIN, MSG_VIS_MOVE_RESIZE_WIN
RETURN: nothing
ax, cx, dx, bp - destroyed
DESTROYED: bx, si, di, ds, es
REGISTER/STACK USAGE:
PSEUDO CODE/STRATEGY:
KNOWN BUGS/SIDE EFFECTS/CAVEATS/IDEAS:
REVISION HISTORY:
Name Date Description
---- ---- -----------
Doug 11/89 Initial version
------------------------------------------------------------------------------@
VisContentDoNothing proc far
class VisContentClass ; Function is friend of VisContentClass
Destroy ax, cx, dx, bp
ret
VisContentDoNothing endp
COMMENT @----------------------------------------------------------------------
METHOD: VisContentPositionBranch --
MSG_VIS_POSITION_BRANCH for VisContentClass
DESCRIPTION: Positions the branch.
PASS: *ds:si - instance data
es - segment of MetaClass
ax - MSG_VIS_POSITION_BRANCH
cx, dx - position arguments
RETURN: nothing
ax, cx, dx, bp - destroyed
ALLOWED TO DESTROY:
bx, si, di, ds, es
REGISTER/STACK USAGE:
PSEUDO CODE/STRATEGY:
KNOWN BUGS/SIDE EFFECTS/CAVEATS/IDEAS:
REVISION HISTORY:
Name Date Description
---- ---- -----------
chris 6/21/93 Initial Version
------------------------------------------------------------------------------@
VisContentPositionBranch method dynamic VisContentClass, \
MSG_VIS_POSITION_BRANCH
;
; This position is probably coming from the view. If VOF_GEOMETRY_-
; INVALID is set, it's probably not ready for positioning, so we'll
; ignore the message. We'll also avoid doing anything if update-pending
; is set. This means some object below the content has been marked
; invalid, and will get updated. (I could check VOF_GEO_UPDATE_PATH,
; but I feel more comfortable with VOF_UPDATE_PENDING for now.)
;
test ds:[di].VI_optFlags, mask VOF_GEOMETRY_INVALID or \
mask VOF_UPDATE_PENDING
jnz exit
mov di, offset VisContentClass
GOTO ObjCallSuperNoLock
exit:
ret
VisContentPositionBranch endm
COMMENT @----------------------------------------------------------------------
METHOD: VisContentGetWinSize --
MSG_VIS_CONTENT_GET_WIN_SIZE for VisContentClass
DESCRIPTION: Returns size of content's window.
PASS: *ds:si - instance data
es - segment of MetaClass
ax - MSG_VIS_CONTENT_GET_WIN_SIZE
RETURN: cx, dx - size of content's window
ax, bp - destroyed
DESTROYED: bx, si, di, ds, es
REGISTER/STACK USAGE:
PSEUDO CODE/STRATEGY:
KNOWN BUGS/SIDE EFFECTS/CAVEATS/IDEAS:
REVISION HISTORY:
Name Date Description
---- ---- -----------
Chris 1/18/90 Initial version
------------------------------------------------------------------------------@
VisContentGetWinSize method VisContentClass, MSG_VIS_CONTENT_GET_WIN_SIZE
mov cx, ds:[di].VCNI_viewWidth ;width of window
mov dx, ds:[di].VCNI_viewHeight ;height of window
Destroy ax, bp
ret
VisContentGetWinSize endm
COMMENT @----------------------------------------------------------------------
METHOD: VisContentUpdateGeometry --
MSG_VIS_UPDATE_GEOMETRY for VisContentClass
DESCRIPTION: Handles geometry updates. Deals with objects inside the
content object changing their size. Does port stuff to
calculate its size, then positions the children.
PASS: *ds:si - instance data
es - segment of MetaClass
ax - MSG_VIS_UPDATE_GEOMETRY
RETURN: nothing
ax, cx, dx, bp - destroyed
DESTROYED: bx, si, di, ds, es
REGISTER/STACK USAGE:
PSEUDO CODE/STRATEGY:
KNOWN BUGS/SIDE EFFECTS/CAVEATS/IDEAS:
REVISION HISTORY:
Name Date Description
---- ---- -----------
Chris 11/16/89 Initial version
------------------------------------------------------------------------------@
VisContentUpdateGeometry method dynamic VisContentClass, \
MSG_VIS_UPDATE_GEOMETRY
call VisGetSize ;get current size of content
;
; Check each dimension currently stored in the object. We'll store
; the size of the view if the view isn't scrollable in that direction,
; since the content shouldn't be larger than the view.
;
mov di, ds:[si] ;point to instance
add di, ds:[di].Vis_offset ;ds:[di] -- VisInstance
mov dx, mask RSA_CHOOSE_OWN_SIZE ;assume vertically scrollable
test ds:[di].VCNI_attrs, mask VCNA_SAME_HEIGHT_AS_VIEW
jz 10$ ;not following subview height
mov dx, ds:[di].VCNI_viewHeight ;else use the subview height
10$:
mov cx, mask RSA_CHOOSE_OWN_SIZE ;assume horizontally scrollable
test ds:[di].VCNI_attrs, mask VCNA_SAME_WIDTH_AS_VIEW
jz 20$ ;not following subview width
mov cx, ds:[di].VCNI_viewWidth ;else use the subview width
20$:
EC < call StartGeometry ;for showcalls -g >
call VisRecalcSizeAndInvalIfNeeded ;calc a size for this thing
EC < call EndGeometry ;for showcalls -g >
call VisSetSize ;(should be subclassed!)
call SetViewDocBounds ;set doc size of the view
;
; Changed to keep whatever the current bounds are, to allow setting of
; the content origin in a .ini file. -cbh 2/19/93
;
; clr cx ;position at origin
; clr dx
;
mov di, ds:[si]
add di, ds:[di].Vis_offset
mov cx, ds:[di].VI_bounds.R_left
mov dx, ds:[di].VI_bounds.R_top
call VisSendPositionAndInvalIfNeeded
Destroy ax, cx, dx, bp
ret
VisContentUpdateGeometry endm
COMMENT @----------------------------------------------------------------------
METHOD: VisContentScaleFactorChanged
DESCRIPTION: Handles notification of scale factor changing
storing the new location into instance data for later use
PASS: *ds:si - instance data
ds:di - ptr to VisContentInstance
es - segment of VisContentClass
ax - MSG_META_CONTENT_VIEW_SCALE_FACTOR_CHANGED
ss:bp - ptr to ScaleChangedParams
dx - size ScaleChangedParams
RETURN: nothing
ax, cx, dx, bp - destroyed
DESTROYED: bx, si, di, ds, es
REGISTER/STACK USAGE:
PSEUDO CODE/STRATEGY:
KNOWN BUGS/SIDE EFFECTS/CAVEATS/IDEAS:
REVISION HISTORY:
Name Date Description
---- ---- -----------
Doug 5/91 Initial version, required for 32-bit contents
CDB 11/91 Added functionality for large doc model
------------------------------------------------------------------------------@
VisContentScaleFactorChanged method dynamic VisContentClass, \
MSG_META_CONTENT_VIEW_SCALE_FACTOR_CHANGED
push ax,bp ; msg, stack frame
mov cx, (size PointWWFixed/2) ; structure to copy
copyLoop:
; copy word
mov ax, word ptr ss:[bp].SCP_scaleFactor ; from stack
mov word ptr ds:[di].VCNI_scaleFactor, ax ; to instance data
inc bp ; inc ptrs
inc bp
inc di
inc di
loop copyLoop ; until done
pop ax,bp ; msg, stack frame
; Call layers if large document
;
call VisContentSendToLargeDocumentLayers
; bp, di - destroyed
Destroy ax, cx, dx, bp
ret
VisContentScaleFactorChanged endm
COMMENT @----------------------------------------------------------------------
METHOD: VisContentSetDocBounds
DESCRIPTION: Update all interested objects of a doc-bounds change
PASS: *ds:si = VisContentClass object
ds:di - VisContent instance data
es = Segment of VisContentClass.
ax = MSG_VIS_CONTENT_SET_DOC_BOUNDS
ss:bp = RectDWord: new document bounds
RETURN: nothing
DESTROYED: ax,bx,cx,dx,si,di,bp,ds,es
REGISTER/STACK USAGE:
PSEUDO CODE/STRATEGY:
KNOWN BUGS/SIDE EFFECTS/CAVEATS/IDEAS:
REVISION HISTORY:
Name Date Description
---- ---- -----------
CDB 11/18/91 Initial version.
-----------------------------------------------------------------------------@
VisContentSetDocBounds method dynamic VisContentClass,
MSG_VIS_CONTENT_SET_DOC_BOUNDS
.enter
; Crash if not large-document model
;
EC < test ds:[di].VCNI_attrs, mask VCNA_LARGE_DOCUMENT_MODEL >
EC < ERROR_Z UI_LARGE_DOCUMENT_FLAG_NOT_SET >
; Send message to the View
;
push si ; save obj chunk handle
mov ax, MSG_GEN_VIEW_SET_DOC_BOUNDS
mov si, ds:[di].VCNI_view.chunk
tst si
jz afterView
mov bx, ds:[di].VCNI_view.handle
mov di, mask MF_CALL or mask MF_STACK or mask MF_FIXUP_DS
push bp ; ss:bp - RectDWord
call ObjMessage
pop bp
afterView:
; Now, send to all vis children
;
pop si ; my chunk handle
mov ax, MSG_VIS_LAYER_SET_DOC_BOUNDS
call VisSendToChildren
EC < Destroy ax, cx, dx, bp >
.leave
ret
VisContentSetDocBounds endm
COMMENT @----------------------------------------------------------------------
METHOD: VisContentAddRectToUpdateRegion --
MSG_VIS_ADD_RECT_TO_UPDATE_REGION for VisContentClass
DESCRIPTION: Adds an invalidation rect to the update region.
PASS: *ds:si - instance data
es - segment of MetaClass
ax - MSG_VIS_ADD_RECT_TO_UPDATE_REGION
ss:bp - Rectangle: old bounds
cl - VisAddRectParams
RETURN: nothing
ax, cx, dx, bp - destroyed
REGISTER/STACK USAGE:
PSEUDO CODE/STRATEGY:
KNOWN BUGS/SIDE EFFECTS/CAVEATS/IDEAS:
REVISION HISTORY:
Name Date Description
---- ---- -----------
chris 12/16/91 Initial Version
------------------------------------------------------------------------------@
VisContentAddRectToUpdateRegion method static VisContentClass, \
MSG_VIS_ADD_RECT_TO_UPDATE_REGION
uses es, di, bx ; to conform to static reqmts
.enter
test ss:[bp].VARP_flags, mask VARF_ONLY_REDRAW_MARGINS
jz callSuper ; not ourselves, call superclass
test ds:[di].VCI_geoAttrs, mask VCGA_ONLY_DRAWS_IN_MARGINS
jz callSuper ; optimization not set, don't bother
; minimizing the invalidation.
;
; Inval the areas to the right and bottom of the content, if any of it
; is visible. Avoid recursive calls to this handler by clearing
; VARF_ONLY_REDRAW_MARGINS.
;
push ax ;save message
and ss:[bp].VARP_flags, not mask VARF_ONLY_REDRAW_MARGINS
call VisQueryWindow
tst di
jz 20$ ;no window, give up on this
; NOTE: I changed this when WinGetWinBounds went away. You might want
; to optimize this if you have a GState handy -jim 3/23/92
; call WinGetWinBounds ; ax, bx, cx, dx = bounds
call GrCreateState
call GrGetWinBounds
call GrDestroyState
;
; end of change
push ax ;save left edge
mov ax, ss:[bp].VARP_bounds.R_right ;use left edge of invalid bounds
cmp ax, cx ;anything to do?
jge 10$ ;no, branch
mov di, {word} ss:[bp].VARP_flags
call VisInvalOldBounds
10$:
pop ax ;restore win left
mov bx, ss:[bp].VARP_bounds.R_bottom ;top edge of invalid bounds
cmp bx, dx ;anything to do?
jge 20$ ;no, branch
mov di, {word} ss:[bp].VARP_flags
call VisInvalOldBounds
20$:
;
; Restore this flag (we know it was set before).
;
or ss:[bp].VARP_flags, mask VARF_ONLY_REDRAW_MARGINS
pop ax ;restore message
callSuper:
mov di, segment VisContentClass
mov es, di
mov di, offset VisContentClass
CallSuper MSG_VIS_ADD_RECT_TO_UPDATE_REGION
.leave
ret
VisContentAddRectToUpdateRegion endm
VisUpdate ends
VisUncommon segment resource
COMMENT @----------------------------------------------------------------------
METHOD: VisContentVupAllowGlobalTransfer --
MSG_VIS_VUP_ALLOW_GLOBAL_TRANSFER for VisContentClass
DESCRIPTION: Send GEN_VIEW_ALLOW_GLOBAL_TRANSFER to associated GenView.
PASS: *ds:si - instance data
es - segment of VisContentClass
ax - MSG_VIS_VUP_ALLOW_GLOBAL_TRANSFER
RETURN: nothing
ax, cx, dx, bp - destroyed
DESTROYED: bx, si, di, ds, es
REGISTER/STACK USAGE:
PSEUDO CODE/STRATEGY:
KNOWN BUGS/SIDE EFFECTS/CAVEATS/IDEAS:
REVISION HISTORY:
Name Date Description
---- ---- -----------
brianc 3/91 Initial version
------------------------------------------------------------------------------@
VisContentVupAllowGlobalTransfer method VisContentClass, \
MSG_VIS_VUP_ALLOW_GLOBAL_TRANSFER
mov di, ds:[si] ;point to instance
add di, ds:[di].Vis_offset ;ds:[di] -- VisInstance
mov bx, ds:[di].VCNI_view.handle
mov si, ds:[di].VCNI_view.chunk ;get generic view OD
tst si ;no view, get out
jz exit
mov ax, MSG_GEN_VIEW_ALLOW_GLOBAL_TRANSFER
mov di, mask MF_FIXUP_DS
call ObjMessage
exit:
Destroy ax, cx, dx, bp
ret
VisContentVupAllowGlobalTransfer endm
COMMENT @----------------------------------------------------------------------
METHOD: VisContentGetAttrs --
MSG_VIS_CONTENT_GET_ATTRS for VisContentClass
DESCRIPTION: Returns content attributes.
PASS: *ds:si - instance data
es - segment of MetaClass
ax - MSG_VIS_CONTENT_GET_ATTRS
RETURN: cl - content attributes
ax, ch, dx, bp - destroyed
ALLOWED TO DESTROY:
bx, si, di, ds, es
REGISTER/STACK USAGE:
PSEUDO CODE/STRATEGY:
KNOWN BUGS/SIDE EFFECTS/CAVEATS/IDEAS:
REVISION HISTORY:
Name Date Description
---- ---- -----------
Chris 7/10/91 Initial version
------------------------------------------------------------------------------@
VisContentGetAttrs method dynamic VisContentClass, \
MSG_VIS_CONTENT_GET_ATTRS
Destroy ax, cx, dx, bp
mov cl, ds:[di].VCNI_attrs
ret
VisContentGetAttrs endm
COMMENT @----------------------------------------------------------------------
METHOD: VisContentSetAttrs --
MSG_VIS_CONTENT_SET_ATTRS for VisContentClass
DESCRIPTION: Sets content attributes. It is up to the caller to mark
things invalid if they wish to get immediate visual effects
of this change.
PASS: *ds:si - instance data
es - segment of MetaClass
ax - MSG_VIS_CONTENT_SET_ATTRS
cl - content attributes to set
ch - content attributes to clear
RETURN: nothing
ax, cx, dx, bp - destroyed
ALLOWED TO DESTROY:
bx, si, di, ds, es
REGISTER/STACK USAGE:
PSEUDO CODE/STRATEGY:
KNOWN BUGS/SIDE EFFECTS/CAVEATS/IDEAS:
REVISION HISTORY:
Name Date Description
---- ---- -----------
Chris 7/10/91 Initial version
------------------------------------------------------------------------------@
VisContentSetAttrs method dynamic VisContentClass, \
MSG_VIS_CONTENT_SET_ATTRS
or ds:[di].VCNI_attrs, cl
not ch
and ds:[di].VCNI_attrs, ch
ret
VisContentSetAttrs endm
COMMENT @----------------------------------------------------------------------
METHOD: VisContentUnwantedKbdEvent
DESCRIPTION: Handler for Kbd event with no destination, i.e. no kbd grab
has been set up. Default behavior here is to FUP the
character.
PASS: *ds:si - instance data
es - segment of VisContentClass
ax - MSG_VIS_CONTENT_UNWANTED_KBD_EVENT
cx, dx, bp - same as MSG_META_KBD_CHAR
RETURN: nothing
ax, cx, dx, bp -- destroyed
DESTROYED: bx, si, di, ds, es
REGISTER/STACK USAGE:
PSEUDO CODE/STRATEGY:
KNOWN BUGS/SIDE EFFECTS/CAVEATS/IDEAS:
REVISION HISTORY:
Name Date Description
---- ---- -----------
Doug 6/91 Initial version
------------------------------------------------------------------------------@
VisContentUnwantedKbdEvent method VisContentClass,
MSG_VIS_CONTENT_UNWANTED_KBD_EVENT
mov ax, MSG_META_FUP_KBD_CHAR
GOTO ObjCallInstanceNoLock
VisContentUnwantedKbdEvent endm
COMMENT @----------------------------------------------------------------------
METHOD: VisContentGetTargetAtTargetLevel
DESCRIPTION: Returns current target object within this branch of the
hierarchical target exclusive, at level requested
PASS:
*ds:si - instance data
es - segment of VisContentClass
ax - MSG_META_GET_TARGET_AT_TARGET_LEVEL
cx - TargetLevel
RETURN:
cx:dx - OD of target at level requested (0 if none)
ax:bp - Class of target object
REVISION HISTORY:
Name Date Description
---- ---- -----------
Doug 2/90 Initial version
------------------------------------------------------------------------------@
VisContentGetTargetAtTargetLevel method VisContentClass,
MSG_META_GET_TARGET_AT_TARGET_LEVEL
mov ax, TL_CONTENT
mov bx, Vis_offset
mov di, offset VCNI_targetExcl
call FlowGetTargetAtTargetLevel
ret
VisContentGetTargetAtTargetLevel endm
VisUncommon ends
;
;-------------------
;
JustECCode segment resource
COMMENT @----------------------------------------------------------------------
METHOD: VisContentEnsureHandleNotReferenced
DESCRIPTION:
An EC message which may be called for object blocks that are about
to be destroyed & should therefore already have released any grabs they mayh
have set up earlier in life. This includes references that are normally
cleared as part of queue-flushing before destroying a block, such as the
implied grab.
Note that if a block has already been freed, this routine should NOT
be called passing the block's handle, since it is possible for the handle to
have already been re-used legitimately. In that case, cx should be passed as
zero, to do basic EC checking.
Normally called from MSG_META_BLOCK_FREE interception here in VisClass.
PASS:
*ds:si - instance data
es - segment of MetaClass
ax - MSG_VIS_VUP_EC_ENSURE_OBJ_BLOCK_NOT_REFERENCED
Pass: cx - handle to check, or zero to only check validity
of all block handles
RETURN:
nothing
ax, cx, dx, bp - destroyed
DESTROYED:
bx, si, di, ds, es
REGISTER/STACK USAGE:
PSEUDO CODE/STRATEGY:
KNOWN BUGS/SIDE EFFECTS/CAVEATS/IDEAS:
REVISION HISTORY:
Name Date Description
---- ---- -----------
Doug 6/91 Initial version
------------------------------------------------------------------------------@
if ERROR_CHECK
VisContentEnsureHandleNotReferenced method VisContentClass, \
MSG_VIS_VUP_EC_ENSURE_OBJ_BLOCK_NOT_REFERENCED
tst cx
jz makeSureGrabsValid
cmp ds:[di].VCNI_activeMouseGrab.VMG_object.handle, cx
ERROR_Z FLOW_MOUSE_GRAB_NOT_RELEASED_BY_DYING_OBJECT
cmp ds:[di].VCNI_impliedMouseGrab.VMG_object.handle, cx
ERROR_Z FLOW_MOUSE_GRAB_NOT_RELEASED_BY_DYING_OBJECT
cmp ds:[di].VCNI_kbdGrab.KG_OD.handle, cx
ERROR_Z FLOW_KBD_GRAB_NOT_RELEASED_BY_DYING_OBJECT
; Check passive grabs
;
mov bx, offset VCNI_prePassiveMouseGrabList
call EnsureHandleNotOnPassiveList
mov bx, offset VCNI_postPassiveMouseGrabList
call EnsureHandleNotOnPassiveList
makeSureGrabsValid:
; Check to make sure all grabs are valid
;
call EnsureGrabsValid
call SendToVisParent
Destroy ax, cx, dx, bp
ret
VisContentEnsureHandleNotReferenced endm
EnsureHandleNotOnPassiveList proc near
class VisContentClass
uses ax, bx, cx, dx, si, di, bp
.enter
mov si, ds:[di][bx]
tst si
jz done
mov bx, cs
mov di, offset EnsureHandleNotOnPassiveListCallBack
call ChunkArrayEnum
done:
.leave
ret
EnsureHandleNotOnPassiveList endp
EnsureHandleNotOnPassiveListCallBack proc far
class VisContentClass
cmp cx, ds:[di].VMG_object.handle
ERROR_Z FLOW_MOUSE_GRAB_NOT_RELEASED_BY_DYING_OBJECT
clc ; Look through all
ret
EnsureHandleNotOnPassiveListCallBack endp
endif
COMMENT @----------------------------------------------------------------------
METHOD: VisContentEnsureODNotReferenced
DESCRIPTION:
An EC method which is used to make sure the od passed is not
referenced anywhere in the IsoContent. This includes references that
are normally cleared as part of queue-flushing before destroying an
object.
Normally called from MSG_META_FINAL_OBJ_FREE interception in VisClass.
PASS:
*ds:si - instance data
es - segment of MetaClass
ax - MSG_VIS_VUP_EC_ENSURE_OD_NOT_REFERENCED
Pass: cx:dx - OD to check
RETURN:
nothing
DESTROYED:
bx, si, di, ds, es
REGISTER/STACK USAGE:
PSEUDO CODE/STRATEGY:
KNOWN BUGS/SIDE EFFECTS/CAVEATS/IDEAS:
REVISION HISTORY:
Name Date Description
---- ---- -----------
Doug 6/91 Initial version
------------------------------------------------------------------------------@
if ERROR_CHECK
VisContentEnsureODNotReferenced method VisContentClass, \
MSG_VIS_VUP_EC_ENSURE_OD_NOT_REFERENCED
tst cx
jz makeSureGrabsValid
; Check active, implied & kbd grabs
;
cmp ds:[di].VCNI_activeMouseGrab.VMG_object.handle, cx
jne 10$
cmp ds:[di].VCNI_activeMouseGrab.VMG_object.chunk, dx
ERROR_Z FLOW_MOUSE_GRAB_NOT_RELEASED_BY_DYING_OBJECT
10$:
cmp ds:[di].VCNI_impliedMouseGrab.VMG_object.handle, cx
jne 20$
cmp ds:[di].VCNI_impliedMouseGrab.VMG_object.chunk, dx
ERROR_Z FLOW_MOUSE_GRAB_NOT_RELEASED_BY_DYING_OBJECT
20$:
cmp ds:[di].VCNI_kbdGrab.KG_OD.handle, cx
jne 30$
cmp ds:[di].VCNI_kbdGrab.KG_OD.chunk, dx
ERROR_Z FLOW_KBD_GRAB_NOT_RELEASED_BY_DYING_OBJECT
30$:
; Check passive grabs
;
mov bx, offset VCNI_prePassiveMouseGrabList
call EnsureODNotOnPassiveList
mov bx, offset VCNI_postPassiveMouseGrabList
call EnsureODNotOnPassiveList
makeSureGrabsValid:
; Check to make sure all grabs are valid
;
call EnsureGrabsValid
call SendToVisParent
ret
VisContentEnsureODNotReferenced endm
EnsureODNotOnPassiveList proc near
class VisContentClass
uses ax, bx, cx, dx, si, di, bp
.enter
mov si, ds:[di][bx]
tst si
jz done
mov bx, cs
mov di, offset EnsureODNotOnPassiveListCallBack
call ChunkArrayEnum
done:
.leave
ret
EnsureODNotOnPassiveList endp
EnsureODNotOnPassiveListCallBack proc far
class VisContentClass
cmp cx, ds:[di].VMG_object.handle
jne done
cmp dx, ds:[di].VMG_object.chunk
jne done
ERROR_Z FLOW_MOUSE_GRAB_NOT_RELEASED_BY_DYING_OBJECT
done:
clc ; Look through all
ret
EnsureODNotOnPassiveListCallBack endp
endif
COMMENT @----------------------------------------------------------------------
METHOD: VisContentEnsureWinNotReferenced
DESCRIPTION:
;
; An EC message which is used to make sure the win passed is not
; referenced anywhere in the flow object
;
PASS:
*ds:si - instance data
es - segment of MetaClass
ax - MSG_VIS_VUP_EC_ENSURE_WINDOW_NOT_REFERENCED
Pass: cx - window handle to check for
RETURN:
nothing
DESTROYED:
bx, si, di, ds, es
REGISTER/STACK USAGE:
PSEUDO CODE/STRATEGY:
KNOWN BUGS/SIDE EFFECTS/CAVEATS/IDEAS:
REVISION HISTORY:
Name Date Description
---- ---- -----------
Doug 6/91 Initial version
------------------------------------------------------------------------------@
if ERROR_CHECK
VisContentEnsureWinNotReferenced method VisContentClass, \
MSG_VIS_VUP_EC_ENSURE_WINDOW_NOT_REFERENCED
tst cx
jz makeSureGrabsValid
cmp ds:[di].VCNI_activeMouseGrab.VMG_gWin, cx
ERROR_Z FLOW_MOUSE_GRAB_NOT_RELEASED_BY_OBJECT_IN_CLOSED_WINDOW
cmp ds:[di].VCNI_impliedMouseGrab.VMG_gWin, cx
ERROR_Z FLOW_MOUSE_GRAB_NOT_RELEASED_BY_OBJECT_IN_CLOSED_WINDOW
; Check passive grabs
;
mov bx, offset VCNI_prePassiveMouseGrabList
call EnsureWinNotOnPassiveList
mov bx, offset VCNI_postPassiveMouseGrabList
call EnsureWinNotOnPassiveList
makeSureGrabsValid:
; Check to make sure all grabs are valid
;
call EnsureGrabsValid
call SendToVisParent
ret
VisContentEnsureWinNotReferenced endm
EnsureWinNotOnPassiveList proc far
class VisContentClass
uses ax, bx, cx, dx, si, di, bp
.enter
mov si, ds:[di][bx]
tst si
jz done
mov bx, cs
mov di, offset EnsureWinNotOnPassiveListCallBack
call ChunkArrayEnum
done:
.leave
ret
EnsureWinNotOnPassiveList endp
EnsureWinNotOnPassiveListCallBack proc far
class VisContentClass
cmp cx, ds:[di].VMG_gWin
ERROR_Z FLOW_MOUSE_GRAB_NOT_RELEASED_BY_OBJECT_IN_CLOSED_WINDOW
clc ; Look through all
ret
EnsureWinNotOnPassiveListCallBack endp
endif
COMMENT @----------------------------------------------------------------------
FUNCTION: EnsureGrabsValid
DESCRIPTION: Check all active, implied, passive & kbd grabs for
legal values.
CALLED BY: INTERNAL
PASS: *ds:si - VisContentInstance
ds:di - pointer to VisContentInstance
RETURN: nothing
DESTROYED: nothing
REGISTER/STACK USAGE:
PSEUDO CODE/STRATEGY:
KNOWN BUGS/SIDE EFFECTS/CAVEATS/IDEAS:
REVISION HISTORY:
Name Date Description
---- ---- -----------
Doug 6/91 Initial version
------------------------------------------------------------------------------@
if ERROR_CHECK
EnsureGrabsValid proc far uses ax, bx, si
class VisContentClass
.enter
; Check ACTIVE mouse grab
;
mov bx, ds:[di].VCNI_activeMouseGrab.VMG_object.handle
tst bx
jz 5$
mov si, ds:[di].VCNI_activeMouseGrab.VMG_object.chunk
call ECCheckOD
5$:
mov bx, ds:[di].VCNI_activeMouseGrab.VMG_gWin
tst bx
jz 10$
call ECCheckWindowHandle ; make sure valid & not garbage
10$:
; Check IMPLIED mouse grab
;
mov bx, ds:[di].VCNI_impliedMouseGrab.VMG_object.handle
tst bx
jz 15$
mov si, ds:[di].VCNI_impliedMouseGrab.VMG_object.chunk
call ECCheckOD
15$:
mov bx, ds:[di].VCNI_impliedMouseGrab.VMG_gWin
tst bx
jz 20$
call ECCheckWindowHandle ; make sure valid & not garbage
20$:
; Check KBD grab
;
mov bx, ds:[di].VCNI_kbdGrab.KG_OD.handle
tst bx
jz 30$
mov si, ds:[di].VCNI_kbdGrab.KG_OD.chunk
call ECCheckOD
30$:
; Check passive grabs
;
mov bx, offset VCNI_prePassiveMouseGrabList
call EnsurePassiveListValid
mov bx, offset VCNI_postPassiveMouseGrabList
call EnsurePassiveListValid
.leave
ret
EnsureGrabsValid endp
EnsurePassiveListValid proc near
class VisContentClass
uses ax, cx, dx, di, bp
.enter
mov si, ds:[di][bx]
tst si
jz done
mov bx, cs
mov di, offset EnsurePassiveListValidCallBack
call ChunkArrayEnum
done:
.leave
ret
EnsurePassiveListValid endp
EnsurePassiveListValidCallBack proc far
class VisContentClass
push bx
push si
mov bx, ds:[di].VMG_object.handle
tst bx
jz ok
mov si, ds:[di].VMG_object.chunk
call ECCheckOD
ok:
mov bx, ds:[di].VMG_gWin
tst bx
jz ok2
call ECCheckWindowHandle
ok2:
pop si
pop bx
clc ; Look through all
ret
EnsurePassiveListValidCallBack endp
endif
JustECCode ends
;
;-------------------
;
Resident segment resource
COMMENT @----------------------------------------------------------------------
FUNCTION: VisContentGetVUM
DESCRIPTION: Fetches VisualUpdateMode to use.
If we have a visual link to a view, & the view has a pane
window created, go ahead & use VUM_NOW, else use VUM_MANUAL.
CALLED BY: GLOBAL
PASS: *ds:si - VisContentInstance
RETURN: dl - VisualUpdateMode
DESTROYED: nothing
REGISTER/STACK USAGE:
PSEUDO CODE/STRATEGY:
KNOWN BUGS/SIDE EFFECTS/CAVEATS/IDEAS:
REVISION HISTORY:
Name Date Description
---- ---- -----------
Doug 7/91 Initial version
------------------------------------------------------------------------------@
VisContentGetVUM proc far uses di
class VisContentClass
.enter
mov di, ds:[si]
add di, ds:[di].Vis_offset
mov dl, VUM_MANUAL
tst ds:[di].VCNI_window ; Has the subview win been created yet?
jz haveMode ; if not, update later
; Has the visual link to view been set?
tst ds:[di].VI_link.LP_next.handle
jz haveMode ; if not, update later
mov dl, VUM_NOW ; Everything's OK, so do update NOW.
haveMode:
.leave
ret
VisContentGetVUM endp
Resident ends
;------------
UserClassStructures segment resource
;
; Have to put here, at end, AFTER the routines referenced are defined.
;
; Consume these events, do nothing with them.
;
method VisContentDoNothing, VisContentClass, MSG_VIS_MOVE_RESIZE_WIN
UserClassStructures ends
|
Groups/Examples/ExampleSheet1.agda
|
Smaug123/agdaproofs
| 4 |
15600
|
{-# OPTIONS --safe --warning=error --without-K #-}
open import LogicalFormulae
open import Setoids.Setoids
open import Functions.Definition
open import Agda.Primitive using (Level; lzero; lsuc; _⊔_)
open import Numbers.Naturals.Naturals
open import Numbers.Integers.Integers
open import Groups.Definition
open import Groups.Homomorphisms.Definition
open import Groups.Homomorphisms.Lemmas
open import Groups.Isomorphisms.Definition
open import Groups.Abelian.Definition
open import Groups.Subgroups.Definition
open import Groups.Lemmas
open import Groups.Groups
open import Rings.Definition
open import Rings.Lemmas
open import Fields.Fields
open import Sets.EquivalenceRelations
module Groups.Examples.ExampleSheet1 where
{-
Question 1: e is the unique solution of x^2 = x
-}
question1 : {a b : _} {A : Set a} {S : Setoid {a} {b} A} {_+_ : A → A → A} → (G : Group S _+_) → (x : A) → Setoid._∼_ S (x + x) x → Setoid._∼_ S x (Group.0G G)
question1 {S = S} {_+_ = _+_} G x x+x=x = transitive (symmetric identRight) (transitive (+WellDefined reflexive (symmetric invRight)) (transitive +Associative (transitive (+WellDefined x+x=x reflexive) invRight)))
where
open Group G
open Setoid S
open Equivalence eq
question1' : {a b : _} {A : Set a} {S : Setoid {a} {b} A} {_+_ : A → A → A} → (G : Group S _+_) → Setoid._∼_ S ((Group.0G G) + (Group.0G G)) (Group.0G G)
question1' G = Group.identRight G
{-
Question 3. We can't talk about ℝ yet, so we'll just work in an arbitrary integral domain.
Show that the collection of linear functions over a ring forms a group; is it abelian?
-}
record LinearFunction {a b : _} {A : Set a} {S : Setoid {a} {b} A} {_+_ : A → A → A} {_*_ : A → A → A} {R : Ring S _+_ _*_} (F : Field R) : Set (a ⊔ b) where
field
xCoeff : A
xCoeffNonzero : (Setoid._∼_ S xCoeff (Ring.0R R) → False)
constant : A
interpretLinearFunction : {a b : _} {A : Set a} {S : Setoid {a} {b} A} {_+_ : A → A → A} {_*_ : A → A → A} {R : Ring S _+_ _*_} {F : Field R} (f : LinearFunction F) → A → A
interpretLinearFunction {_+_ = _+_} {_*_ = _*_} record { xCoeff = xCoeff ; xCoeffNonzero = xCoeffNonzero ; constant = constant } a = (xCoeff * a) + constant
composeLinearFunctions : {a b : _} {A : Set a} {S : Setoid {a} {b} A} {_+_ : A → A → A} {_*_ : A → A → A} {R : Ring S _+_ _*_} {F : Field R} (f1 : LinearFunction F) (f2 : LinearFunction F) → LinearFunction F
LinearFunction.xCoeff (composeLinearFunctions {_+_ = _+_} {_*_ = _*_} record { xCoeff = xCoeff1 ; xCoeffNonzero = xCoeffNonzero1 ; constant = constant1 } record { xCoeff = xCoeff2 ; xCoeffNonzero = xCoeffNonzero2 ; constant = constant2 }) = xCoeff1 * xCoeff2
LinearFunction.xCoeffNonzero (composeLinearFunctions {S = S} {R = R} {F = F} record { xCoeff = xCoeff1 ; xCoeffNonzero = xCoeffNonzero1 ; constant = constant1 } record { xCoeff = xCoeff2 ; xCoeffNonzero = xCoeffNonzero2 ; constant = constant2 }) pr = xCoeffNonzero2 bad
where
open Setoid S
open Ring R
open Equivalence eq
bad : Setoid._∼_ S xCoeff2 0R
bad with Field.allInvertible F xCoeff1 xCoeffNonzero1
... | xinv , pr' = transitive (symmetric identIsIdent) (transitive (*WellDefined (symmetric pr') reflexive) (transitive (symmetric *Associative) (transitive (*WellDefined reflexive pr) (Ring.timesZero R))))
LinearFunction.constant (composeLinearFunctions {_+_ = _+_} {_*_ = _*_} record { xCoeff = xCoeff1 ; xCoeffNonzero = xCoeffNonzero1 ; constant = constant1 } record { xCoeff = xCoeff2 ; xCoeffNonzero = xCoeffNonzero2 ; constant = constant2 }) = (xCoeff1 * constant2) + constant1
compositionIsCorrect : {a b : _} {A : Set a} {S : Setoid {a} {b} A} {_+_ : A → A → A} {_*_ : A → A → A} {R : Ring S _+_ _*_} {F : Field R} (f1 : LinearFunction F) (f2 : LinearFunction F) → {r : A} → Setoid._∼_ S (interpretLinearFunction (composeLinearFunctions f1 f2) r) (((interpretLinearFunction f1) ∘ (interpretLinearFunction f2)) r)
compositionIsCorrect {S = S} {_+_ = _+_} {_*_ = _*_} {R = R} record { xCoeff = xCoeff ; xCoeffNonzero = xCoeffNonzero ; constant = constant } record { xCoeff = xCoeff' ; xCoeffNonzero = xCoeffNonzero' ; constant = constant' } {r} = ans
where
open Setoid S
open Ring R
open Equivalence eq
ans : (((xCoeff * xCoeff') * r) + ((xCoeff * constant') + constant)) ∼ (xCoeff * ((xCoeff' * r) + constant')) + constant
ans = transitive (Group.+Associative additiveGroup) (Group.+WellDefined additiveGroup (transitive (Group.+WellDefined additiveGroup (symmetric (Ring.*Associative R)) reflexive) (symmetric (Ring.*DistributesOver+ R))) (reflexive {constant}))
linearFunctionsSetoid : {a b : _} {A : Set a} {S : Setoid {a} {b} A} {_+_ : A → A → A} {_*_ : A → A → A} {R : Ring S _+_ _*_} (I : Field R) → Setoid (LinearFunction I)
Setoid._∼_ (linearFunctionsSetoid {S = S} I) f1 f2 = ((LinearFunction.xCoeff f1) ∼ (LinearFunction.xCoeff f2)) && ((LinearFunction.constant f1) ∼ (LinearFunction.constant f2))
where
open Setoid S
Equivalence.reflexive (Setoid.eq (linearFunctionsSetoid {S = S} I)) = Equivalence.reflexive (Setoid.eq S) ,, Equivalence.reflexive (Setoid.eq S)
Equivalence.symmetric (Setoid.eq (linearFunctionsSetoid {S = S} I)) (fst ,, snd) = Equivalence.symmetric (Setoid.eq S) fst ,, Equivalence.symmetric (Setoid.eq S) snd
Equivalence.transitive (Setoid.eq (linearFunctionsSetoid {S = S} I)) (fst1 ,, snd1) (fst2 ,, snd2) = Equivalence.transitive (Setoid.eq S) fst1 fst2 ,, Equivalence.transitive (Setoid.eq S) snd1 snd2
linearFunctionsGroup : {a b : _} {A : Set a} {S : Setoid {a} {b} A} {_+_ : A → A → A} {_*_ : A → A → A} {R : Ring S _+_ _*_} (F : Field R) → Group (linearFunctionsSetoid F) (composeLinearFunctions)
Group.+WellDefined (linearFunctionsGroup {R = R} F) {record { xCoeff = xCoeffM ; xCoeffNonzero = xCoeffNonzeroM ; constant = constantM }} {record { xCoeff = xCoeffN ; xCoeffNonzero = xCoeffNonzeroN ; constant = constantN }} {record { xCoeff = xCoeffX ; xCoeffNonzero = xCoeffNonzeroX ; constant = constantX }} {record { xCoeff = xCoeff ; xCoeffNonzero = xCoeffNonzero ; constant = constant }} (fst1 ,, snd1) (fst2 ,, snd2) = *WellDefined fst1 fst2 ,, Group.+WellDefined additiveGroup (*WellDefined fst1 snd2) snd1
where
open Ring R
Group.0G (linearFunctionsGroup {S = S} {R = R} F) = record { xCoeff = Ring.1R R ; constant = Ring.0R R ; xCoeffNonzero = λ p → Field.nontrivial F (Equivalence.symmetric (Setoid.eq S) p) }
Group.inverse (linearFunctionsGroup {S = S} {_*_ = _*_} {R = R} F) record { xCoeff = xCoeff ; constant = c ; xCoeffNonzero = pr } with Field.allInvertible F xCoeff pr
... | (inv , pr') = record { xCoeff = inv ; constant = inv * (Group.inverse (Ring.additiveGroup R) c) ; xCoeffNonzero = λ p → Field.nontrivial F (transitive (symmetric (transitive (Ring.*WellDefined R p reflexive) (transitive (Ring.*Commutative R) (Ring.timesZero R)))) pr') }
where
open Setoid S
open Equivalence eq
Group.+Associative (linearFunctionsGroup {S = S} {_+_ = _+_} {_*_ = _*_} {R = R} F) {record { xCoeff = xA ; xCoeffNonzero = xANonzero ; constant = cA }} {record { xCoeff = xB ; xCoeffNonzero = xBNonzero ; constant = cB }} {record { xCoeff = xC ; xCoeffNonzero = xCNonzero ; constant = cC }} = Ring.*Associative R ,, transitive (Group.+WellDefined additiveGroup (transitive *DistributesOver+ (Group.+WellDefined additiveGroup *Associative reflexive)) reflexive) (symmetric (Group.+Associative additiveGroup))
where
open Setoid S
open Equivalence eq
open Ring R
Group.identRight (linearFunctionsGroup {S = S} {_+_ = _+_} {_*_ = _*_} {R = R} F) {record { xCoeff = xCoeff ; xCoeffNonzero = xCoeffNonzero ; constant = constant }} = transitive (Ring.*Commutative R) (Ring.identIsIdent R) ,, transitive (Group.+WellDefined additiveGroup (Ring.timesZero R) reflexive) (Group.identLeft additiveGroup)
where
open Ring R
open Setoid S
open Equivalence eq
Group.identLeft (linearFunctionsGroup {S = S} {R = R} F) {record { xCoeff = xCoeff ; xCoeffNonzero = xCoeffNonzero ; constant = constant }} = identIsIdent ,, transitive (Group.identRight additiveGroup) identIsIdent
where
open Setoid S
open Ring R
open Equivalence eq
Group.invLeft (linearFunctionsGroup F) {record { xCoeff = xCoeff ; xCoeffNonzero = xCoeffNonzero ; constant = constant }} with Field.allInvertible F xCoeff xCoeffNonzero
Group.invLeft (linearFunctionsGroup {S = S} {R = R} F) {record { xCoeff = xCoeff ; xCoeffNonzero = xCoeffNonzero ; constant = constant }} | inv , prInv = prInv ,, transitive (symmetric *DistributesOver+) (transitive (*WellDefined reflexive (Group.invRight additiveGroup)) (Ring.timesZero R))
where
open Setoid S
open Ring R
open Equivalence eq
Group.invRight (linearFunctionsGroup {S = S} {R = R} F) {record { xCoeff = xCoeff ; xCoeffNonzero = xCoeffNonzero ; constant = constant }} with Field.allInvertible F xCoeff xCoeffNonzero
... | inv , pr = transitive *Commutative pr ,, transitive (Group.+WellDefined additiveGroup *Associative reflexive) (transitive (Group.+WellDefined additiveGroup (*WellDefined (transitive *Commutative pr) reflexive) reflexive) (transitive (Group.+WellDefined additiveGroup identIsIdent reflexive) (Group.invLeft additiveGroup)))
where
open Setoid S
open Ring R
open Equivalence eq
{-
Question 3, part 2: prove that linearFunctionsGroup is not abelian
-}
-- We'll assume the field doesn't have characteristic 2.
linearFunctionsGroupNotAbelian : {a b : _} {A : Set a} {S : Setoid {a} {b} A} {_+_ : A → A → A} {_*_ : A → A → A} {R : Ring S _+_ _*_} {F : Field R} → (nonChar2 : Setoid._∼_ S ((Ring.1R R) + (Ring.1R R)) (Ring.0R R) → False) → AbelianGroup (linearFunctionsGroup F) → False
linearFunctionsGroupNotAbelian {S = S} {_+_ = _+_} {_*_ = _*_} {R = R} {F = F} pr record { commutative = commutative } = ans
where
open Ring R
open Group additiveGroup
open Equivalence (Setoid.eq S) renaming (symmetric to symmetricS ; transitive to transitiveS ; reflexive to reflexiveS)
f : LinearFunction F
f = record { xCoeff = 1R ; xCoeffNonzero = λ p → Field.nontrivial F (symmetricS p) ; constant = 1R }
g : LinearFunction F
g = record { xCoeff = 1R + 1R ; xCoeffNonzero = pr ; constant = 0R }
gf : LinearFunction F
gf = record { xCoeff = 1R + 1R ; xCoeffNonzero = pr ; constant = 1R + 1R }
fg : LinearFunction F
fg = record { xCoeff = 1R + 1R ; xCoeffNonzero = pr ; constant = 1R }
oneWay : Setoid._∼_ (linearFunctionsSetoid F) gf (composeLinearFunctions g f)
oneWay = symmetricS (transitiveS *Commutative identIsIdent) ,, transitiveS (symmetricS (transitiveS *Commutative identIsIdent)) (symmetricS (Group.identRight additiveGroup))
otherWay : Setoid._∼_ (linearFunctionsSetoid F) fg (composeLinearFunctions f g)
otherWay = symmetricS identIsIdent ,, transitiveS (symmetricS (Group.identLeft additiveGroup)) (Group.+WellDefined additiveGroup (symmetricS identIsIdent) (reflexiveS {1R}))
open Equivalence (Setoid.eq (linearFunctionsSetoid F))
bad : Setoid._∼_ (linearFunctionsSetoid F) gf fg
bad = transitive {gf} {composeLinearFunctions g f} {fg} oneWay (transitive {composeLinearFunctions g f} {composeLinearFunctions f g} {fg} (commutative {g} {f}) (symmetric {fg} {composeLinearFunctions f g} otherWay))
ans : False
ans with bad
ans | _ ,, contr = Field.nontrivial F (symmetricS (transitiveS {1R} {1R + (1R + Group.inverse additiveGroup 1R)} (transitiveS (symmetricS (Group.identRight additiveGroup)) (Group.+WellDefined additiveGroup reflexiveS (symmetricS (Group.invRight additiveGroup)))) (transitiveS (Group.+Associative additiveGroup) (transitiveS (Group.+WellDefined additiveGroup contr reflexiveS) (Group.invRight additiveGroup)))))
|
gfx/pokemon/shellder/anim.asm
|
Dev727/ancientplatinum
| 28 |
27361
|
setrepeat 3
frame 0, 07
frame 1, 07
dorepeat 1
endanim
|
agda-stdlib/src/Algebra/Module/Construct/Zero.agda
|
DreamLinuxer/popl21-artifact
| 5 |
15570
|
------------------------------------------------------------------------
-- The Agda standard library
--
-- This module constructs the zero R-module, and similar for weaker
-- module-like structures.
-- The intended universal property is that, given any R-module M, there
-- is a unique map into and a unique map out of the zero R-module
-- from/to M.
------------------------------------------------------------------------
{-# OPTIONS --without-K --safe #-}
module Algebra.Module.Construct.Zero where
open import Algebra.Bundles
open import Algebra.Module.Bundles
open import Data.Unit
open import Level
private
variable
r s ℓr ℓs : Level
leftSemimodule : {R : Semiring r ℓr} → LeftSemimodule R 0ℓ 0ℓ
leftSemimodule = record
{ Carrierᴹ = ⊤
; _≈ᴹ_ = λ _ _ → ⊤
}
rightSemimodule : {S : Semiring s ℓs} → RightSemimodule S 0ℓ 0ℓ
rightSemimodule = record
{ Carrierᴹ = ⊤
; _≈ᴹ_ = λ _ _ → ⊤
}
bisemimodule :
{R : Semiring r ℓr} {S : Semiring s ℓs} → Bisemimodule R S 0ℓ 0ℓ
bisemimodule = record
{ Carrierᴹ = ⊤
; _≈ᴹ_ = λ _ _ → ⊤
}
semimodule : {R : CommutativeSemiring r ℓr} → Semimodule R 0ℓ 0ℓ
semimodule = record
{ Carrierᴹ = ⊤
; _≈ᴹ_ = λ _ _ → ⊤
}
leftModule : {R : Ring r ℓr} → LeftModule R 0ℓ 0ℓ
leftModule = record
{ Carrierᴹ = ⊤
; _≈ᴹ_ = λ _ _ → ⊤
}
rightModule : {S : Ring s ℓs} → RightModule S 0ℓ 0ℓ
rightModule = record
{ Carrierᴹ = ⊤
; _≈ᴹ_ = λ _ _ → ⊤
}
bimodule : {R : Ring r ℓr} {S : Ring s ℓs} → Bimodule R S 0ℓ 0ℓ
bimodule = record
{ Carrierᴹ = ⊤
; _≈ᴹ_ = λ _ _ → ⊤
}
⟨module⟩ : {R : CommutativeRing r ℓr} → Module R 0ℓ 0ℓ
⟨module⟩ = record
{ Carrierᴹ = ⊤
; _≈ᴹ_ = λ _ _ → ⊤
}
|
04/fill/Fill.asm
|
Giako/nand2tetris
| 1 |
16026
|
// This file is part of www.nand2tetris.org
// and the book "The Elements of Computing Systems"
// by <NAME>, MIT Press.
// File name: projects/04/Fill.asm
// Runs an infinite loop that listens to the keyboard input.
// When a key is pressed (any key), the program blackens the screen,
// i.e. writes "black" in every pixel;
// the screen should remain fully black as long as the key is pressed.
// When no key is pressed, the program clears the screen, i.e. writes
// "white" in every pixel;
// the screen should remain fully clear as long as no key is pressed.
// Check if keyboard is pressed
(LOOP)
@KBD
D=M
@BLACK
D;JGT
@WHITE
0;JMP
// Paint it black
(BLACK)
@R0
M=-1
@DRAW
0;JMP
// Paint it white
(WHITE)
@R0
M=0
@DRAW
0;JMP
// Draw and loop
(DRAW)
// Calculate position
@8191
D=A
@R1
M=D
(NEXT)
@R1
D=M
@pos
M=D
@SCREEN
D=A
@pos
M=M+D
// Draw
@R0
D=M
@pos
A=M
M=D
// Decrement counter R1
@R1
D=M-1
M=D
// Reiterate if counter >= 0
@NEXT
D;JGE
@LOOP
0;JMP
|
CS61/cs61_labs/lab-3-Kuzame/lab03_ex4.asm
|
Kuzame/CS61
| 1 |
102587
|
<gh_stars>1-10
;=================================================
; Name: <NAME>
; Email: <EMAIL>
;
; Lab: lab 3
; Lab section: 24
; TA: <NAME>
;
;=================================================
.orig x3000
;------------
;Instruction
;------------
LD R0, HEX_61
LD R1, HEX_1A
DO_WHILE_LOOP
OUT
ADD R0, R0, #1
ADD R1, R1, #-1
BRp DO_WHILE_LOOP
END_DO_WHILE_LOOP
HALT
;------------
;Local data
;------------
HEX_61 .FILL x61 ;#65 and x41 are equivalent to letter 'A'
HEX_1A .FILL x1A
.end
|
libsrc/_DEVELOPMENT/adt/b_array/c/sdcc_iy/b_array_capacity.asm
|
meesokim/z88dk
| 0 |
27988
|
; size_t b_array_capacity(b_array_t *a)
SECTION code_adt_b_array
PUBLIC _b_array_capacity
EXTERN asm_b_array_capacity
_b_array_capacity:
pop af
pop hl
push hl
push af
jp asm_b_array_capacity
|
src/ODC.agda
|
shinji-kono/zf-in-agda
| 5 |
9799
|
{-# OPTIONS --allow-unsolved-metas #-}
open import Level
open import Ordinals
module ODC {n : Level } (O : Ordinals {n} ) where
open import zf
open import Data.Nat renaming ( zero to Zero ; suc to Suc ; ℕ to Nat ; _⊔_ to _n⊔_ )
open import Relation.Binary.PropositionalEquality
open import Data.Nat.Properties
open import Data.Empty
open import Relation.Nullary
open import Relation.Binary
open import Relation.Binary.Core
import OrdUtil
open import logic
open import nat
import OD
import ODUtil
open inOrdinal O
open OD O
open OD.OD
open OD._==_
open ODAxiom odAxiom
open ODUtil O
open Ordinals.Ordinals O
open Ordinals.IsOrdinals isOrdinal
open Ordinals.IsNext isNext
open OrdUtil O
open HOD
open _∧_
postulate
-- mimimul and x∋minimal is an Axiom of choice
minimal : (x : HOD ) → ¬ (x =h= od∅ )→ HOD
-- this should be ¬ (x =h= od∅ )→ ∃ ox → x ∋ Ord ox ( minimum of x )
x∋minimal : (x : HOD ) → ( ne : ¬ (x =h= od∅ ) ) → odef x ( & ( minimal x ne ) )
-- minimality (may proved by ε-induction with LEM)
minimal-1 : (x : HOD ) → ( ne : ¬ (x =h= od∅ ) ) → (y : HOD ) → ¬ ( odef (minimal x ne) (& y)) ∧ (odef x (& y) )
--
-- Axiom of choice in intutionistic logic implies the exclude middle
-- https://plato.stanford.edu/entries/axiom-choice/#AxiChoLog
--
pred-od : ( p : Set n ) → HOD
pred-od p = record { od = record { def = λ x → (x ≡ o∅) ∧ p } ;
odmax = osuc o∅; <odmax = λ x → subst (λ k → k o< osuc o∅) (sym (proj1 x)) <-osuc }
ppp : { p : Set n } { a : HOD } → pred-od p ∋ a → p
ppp {p} {a} d = proj2 d
p∨¬p : ( p : Set n ) → p ∨ ( ¬ p ) -- assuming axiom of choice
p∨¬p p with is-o∅ ( & (pred-od p ))
p∨¬p p | yes eq = case2 (¬p eq) where
ps = pred-od p
eqo∅ : ps =h= od∅ → & ps ≡ o∅
eqo∅ eq = subst (λ k → & ps ≡ k) ord-od∅ ( cong (λ k → & k ) (==→o≡ eq))
lemma : ps =h= od∅ → p → ⊥
lemma eq p0 = ¬x<0 {& ps} (eq→ eq record { proj1 = eqo∅ eq ; proj2 = p0 } )
¬p : (& ps ≡ o∅) → p → ⊥
¬p eq = lemma ( subst₂ (λ j k → j =h= k ) *iso o∅≡od∅ ( o≡→== eq ))
p∨¬p p | no ¬p = case1 (ppp {p} {minimal ps (λ eq → ¬p (eqo∅ eq))} lemma) where
ps = pred-od p
eqo∅ : ps =h= od∅ → & ps ≡ o∅
eqo∅ eq = subst (λ k → & ps ≡ k) ord-od∅ ( cong (λ k → & k ) (==→o≡ eq))
lemma : ps ∋ minimal ps (λ eq → ¬p (eqo∅ eq))
lemma = x∋minimal ps (λ eq → ¬p (eqo∅ eq))
decp : ( p : Set n ) → Dec p -- assuming axiom of choice
decp p with p∨¬p p
decp p | case1 x = yes x
decp p | case2 x = no x
∋-p : (A x : HOD ) → Dec ( A ∋ x )
∋-p A x with p∨¬p ( A ∋ x ) -- LEM
∋-p A x | case1 t = yes t
∋-p A x | case2 t = no (λ x → t x)
double-neg-eilm : {A : Set n} → ¬ ¬ A → A -- we don't have this in intutionistic logic
double-neg-eilm {A} notnot with decp A -- assuming axiom of choice
... | yes p = p
... | no ¬p = ⊥-elim ( notnot ¬p )
open _⊆_
power→⊆ : ( A t : HOD) → Power A ∋ t → t ⊆ A
power→⊆ A t PA∋t = record { incl = λ {x} t∋x → double-neg-eilm (t1 t∋x) } where
t1 : {x : HOD } → t ∋ x → ¬ ¬ (A ∋ x)
t1 = power→ A t PA∋t
OrdP : ( x : Ordinal ) ( y : HOD ) → Dec ( Ord x ∋ y )
OrdP x y with trio< x (& y)
OrdP x y | tri< a ¬b ¬c = no ¬c
OrdP x y | tri≈ ¬a refl ¬c = no ( o<¬≡ refl )
OrdP x y | tri> ¬a ¬b c = yes c
open import zfc
HOD→ZFC : ZFC
HOD→ZFC = record {
ZFSet = HOD
; _∋_ = _∋_
; _≈_ = _=h=_
; ∅ = od∅
; Select = Select
; isZFC = isZFC
} where
-- infixr 200 _∈_
-- infixr 230 _∩_ _∪_
isZFC : IsZFC (HOD ) _∋_ _=h=_ od∅ Select
isZFC = record {
choice-func = choice-func ;
choice = choice
} where
-- Axiom of choice ( is equivalent to the existence of minimal in our case )
-- ∀ X [ ∅ ∉ X → (∃ f : X → ⋃ X ) → ∀ A ∈ X ( f ( A ) ∈ A ) ]
choice-func : (X : HOD ) → {x : HOD } → ¬ ( x =h= od∅ ) → ( X ∋ x ) → HOD
choice-func X {x} not X∋x = minimal x not
choice : (X : HOD ) → {A : HOD } → ( X∋A : X ∋ A ) → (not : ¬ ( A =h= od∅ )) → A ∋ choice-func X not X∋A
choice X {A} X∋A not = x∋minimal A not
|
oeis/130/A130675.asm
|
neoneye/loda-programs
| 11 |
104783
|
; A130675: Factorial of bigomega(n).
; 1,1,1,2,1,2,1,6,2,2,1,6,1,2,2,24,1,6,1,6,2,2,1,24,2,2,6,6,1,6,1,120,2,2,2,24,1,2,2,24,1,6,1,6,6,2,1,120,2,6,2,6,1,24,2,24,2,2,1,24,1,2,6,720,2,6,1,6,2,6,1,120,1,2,6,6,2,6,1,120,24,2,1,24,2,2,2,24,1,24,2,6,2,2,2,720,1,6,6,24
seq $0,1222 ; Number of prime divisors of n counted with multiplicity (also called bigomega(n) or Omega(n)).
seq $0,142 ; Factorial numbers: n! = 1*2*3*4*...*n (order of symmetric group S_n, number of permutations of n letters).
|
programs/oeis/141/A141962.asm
|
neoneye/loda
| 22 |
10980
|
; A141962: Primes congruent to 22 mod 27.
; 103,157,211,373,643,751,859,967,1021,1129,1237,1291,1399,1453,1669,1723,1777,1831,1993,2371,2749,2803,2857,3019,3181,3343,3559,3613,4099,4153,4261,4423,4639,4801,4909,5179,5233,5449,5503,5557,5827,5881,6043,6151,6367,6421,6529,6637,6691,6907,6961,7069,7177,7393,7717,7879,7933,8311,8419,8527,8581,8689,9013,9067,9283,9337,9391,9661,9769,9931,10039,10093,10687,10903,10957,11119,11173,11443,11497,11551,11821,12037,12253,12577,12739,13009,13063,13171,13441,13711,13873,14143,14197,14251,14629,14683,14737,15061,15277,15331
mov $2,$0
add $2,2
pow $2,2
lpb $2
add $1,21
sub $2,1
mov $3,$1
seq $3,10051 ; Characteristic function of primes: 1 if n is prime, else 0.
sub $0,$3
add $1,6
mov $4,$0
max $4,0
cmp $4,$0
mul $2,$4
lpe
div $1,2
sub $1,22
mul $1,2
add $1,39
mov $0,$1
|
Transynther/x86/_processed/NONE/_xt_/i7-7700_9_0x48_notsx.log_21829_455.asm
|
ljhsiun2/medusa
| 9 |
85001
|
.global s_prepare_buffers
s_prepare_buffers:
push %r12
push %r13
push %r14
push %rax
push %rbx
push %rcx
push %rdi
push %rsi
lea addresses_WC_ht+0x14976, %rax
nop
nop
nop
nop
and %rcx, %rcx
mov (%rax), %r12d
nop
nop
nop
nop
add %rbx, %rbx
lea addresses_A_ht+0x37ca, %rsi
lea addresses_WC_ht+0x1398a, %rdi
nop
nop
sub $968, %r14
mov $48, %rcx
rep movsw
nop
nop
nop
nop
sub %rcx, %rcx
lea addresses_D_ht+0xf53a, %r12
nop
nop
nop
nop
xor $42148, %rsi
and $0xffffffffffffffc0, %r12
vmovaps (%r12), %ymm1
vextracti128 $1, %ymm1, %xmm1
vpextrq $1, %xmm1, %rcx
xor %r14, %r14
lea addresses_normal_ht+0x4f3a, %rsi
lea addresses_A_ht+0x8f6a, %rdi
nop
nop
nop
nop
nop
sub %r13, %r13
mov $38, %rcx
rep movsq
nop
nop
cmp $28871, %rcx
pop %rsi
pop %rdi
pop %rcx
pop %rbx
pop %rax
pop %r14
pop %r13
pop %r12
ret
.global s_faulty_load
s_faulty_load:
push %r11
push %r13
push %r9
push %rbp
push %rcx
push %rdx
// Faulty Load
lea addresses_PSE+0x1ed3a, %rcx
nop
xor $27146, %rdx
movups (%rcx), %xmm1
vpextrq $1, %xmm1, %r13
lea oracles, %rcx
and $0xff, %r13
shlq $12, %r13
mov (%rcx,%r13,1), %r13
pop %rdx
pop %rcx
pop %rbp
pop %r9
pop %r13
pop %r11
ret
/*
<gen_faulty_load>
[REF]
{'OP': 'LOAD', 'src': {'same': False, 'NT': False, 'AVXalign': True, 'size': 4, 'type': 'addresses_PSE', 'congruent': 0}}
[Faulty Load]
{'OP': 'LOAD', 'src': {'same': True, 'NT': False, 'AVXalign': False, 'size': 16, 'type': 'addresses_PSE', 'congruent': 0}}
<gen_prepare_buffer>
{'OP': 'LOAD', 'src': {'same': False, 'NT': False, 'AVXalign': False, 'size': 4, 'type': 'addresses_WC_ht', 'congruent': 2}}
{'dst': {'same': False, 'congruent': 4, 'type': 'addresses_WC_ht'}, 'OP': 'REPM', 'src': {'same': False, 'congruent': 2, 'type': 'addresses_A_ht'}}
{'OP': 'LOAD', 'src': {'same': False, 'NT': False, 'AVXalign': True, 'size': 32, 'type': 'addresses_D_ht', 'congruent': 11}}
{'dst': {'same': False, 'congruent': 4, 'type': 'addresses_A_ht'}, 'OP': 'REPM', 'src': {'same': False, 'congruent': 9, 'type': 'addresses_normal_ht'}}
{'33': 21829}
33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33
*/
|
Errors.asm
|
zk2013/newborn
| 0 |
85812
|
; ********************************************
; Name: Errors
; Autor: <NAME>
; Version: 1.00
; Date: 26.11.2005
; last Update: 26.11.2005
; see document: ToasterOS.pdf
; ********************************************
%ifndef Errors
%define Errors
; public errors
%define Unknown_Error 00h
%define Invalid_Parameter 01h
%define Invalid_Handle 02h
%define Invalid_Drive 03h
%define Invalid_Name 04h
%define Invalid_Filesystem 05h
%define Invalid_Sector 06h
%define Invalid_Format 07h
%define Invalid_FileFormat 07h
%define Invalid_Object 08h
%define Invalid_Call 09h
%define Invalid_ATAPI_device 0Ah
%define Invalid_Window_Position 0Fh
%define Invalid_Type 10h
%define Invalid_Function 13h
%define Command_Aborted 0Bh
%define BIOS_Interrupt_failed 0Ch
%define Boot_Partition_lost 0Dh
%define Boot_drive_not_found 0Eh ; static error code
%define Extended_Partition_not_found 11h
%define driver_not_available 12h
%define APM_not_available 14h
; Memory Manager/public errors
%define No_free_Memory 30h
%define No_free_Process 31h
%define No_free_Handle 32h
%define No_free_Sector 33h
%define No_free_Task 34h
%define No_free_Resources 34h
%define No_free_Descriptors 35h
%define No_free_drives 36h
%define No_drives_mounted 37h
; Drive Manager errors
; hard disks errors
%define Drive_Errors 40h
%define Bad_Sector 40h ; error of a bad sector
%define Data_Error 41h ; uncorrectable data error
%define ID_mark_lost 42h ; ID address mark not found
%define Command_Abort 43h ; Command aborted
%define Track0_lost 44h ; Track 0 not found
%define Data_label_lost 45h ; Data label not found
%define Medium_changed 46h ; medium changed
%define Medium_changing 47h ; medium changing
; floppy erros
%define Floppy_Errors 48h
%define Drive_not_ready 48h
%define End_of_Cylinder 49h
%define Time_out 4Ah
%define No_Data 4Bh
%define Write_protect 4Ch ; drive is write protected
%define DADM 4Dh ; deleted address mark found
%define CRC_Error 4Eh
%define Wrong_Cylinder 4Fh
%define Seek_Error 50h
%define Bad_Cylinder 51h
%define NDAM 52h ; no data address mark found
%define disk_protect 53h ; disk is write protected
%define Head_above_Track0 54h
%define Drive_not_ready 55h
; file erros
%define File_Errors 57h
%define File_EOF 57h
%define File_EOF_end 58h
%define Unsupported_Filesystem 59h ; unsupported but known filesystem
%define FAT_Orphan 5Ah
%define Invalid_directory_access 5Bh ; when trying to access a file as a directory
%define Directory_EOF 5Bh
%define NTFS_function_aborted 5Ch
%define NTFS_Attribute_not_found 5Dh
%define NTFS_Attribute_Error 5Dh
%define NTFS_Overflow 5Eh
%define NTFS_Invalid_File_Record 5Fh
%define NTFS_Compression_unsupported 61h
%define NTFS_Encryption_unsupported 62h
%define NTFS_Data_Runs_out_of_list 63h
%define NTFS_Index_Record_nodata 64h
%define NTFS_Invalid_Index_Record 65h
%define NTFS_Write_Sparse_Data 66h
%define CDFS_Invalid_Path_Table 67h
%define CDFS_Invalid_Directory_Record 67h
; graphic errors
%define VESA_na 70h
%define VESA_Mode_Error 71h
%define VBE_not_available 72h
%define VESA_Mode_unset 73h
%define VESA_Mode_fault 76h
%define VESA_Mode_not_found 77h
%define VESA_Mode_no_high_resolution_mode_available 77h
%define Unsupported_BitsPerPixel 73h
%define dib_infoheader 80h ; error in bitmap file: invalid bitmapinfoheader
%define dib_RLE_repeat_range 81h ; pixel repeat count is out of bounds (offset after repeat would be bigger than max. Pixels)
%define Cursor_na 82h ; requested cursor in file not available
%define System_Font_na 83h
; VBE Errors
%define VBE_Get_Mode_Information_failed 72h
%define VBE_Set_Mode_failed 73h
%define VBE_Return_Mode_Information_failed 74h
; Other Errors
%define Keyboard_abort 60h
; for debugging
%macro invoke_Breakpoint 1
jmp %%invoke_Breakpoint_1
%%invoke_Breakpoint_M db %1, 10, 13, 0
%%invoke_Breakpoint_1:
API Extended_Print_Text, %%invoke_Breakpoint_M
%endmacro
%endif
; Boot Errors
%define Invalid_Boot_File_Format 90h
|
tests/tcl-test_data-tests.adb
|
thindil/tashy2
| 2 |
8801
|
<gh_stars>1-10
-- This package has been generated automatically by GNATtest.
-- You are allowed to add your code to the bodies of test routines.
-- Such changes will be kept during further regeneration of this file.
-- All code placed outside of test routine bodies will be lost. The
-- code intended to set up and tear down the test environment should be
-- placed into Tcl.Test_Data.
with AUnit.Assertions; use AUnit.Assertions;
with System.Assertions;
-- begin read only
-- id:2.2/00/
--
-- This section can be used to add with clauses if necessary.
--
-- end read only
with GNAT.Directory_Operations; use GNAT.Directory_Operations;
-- begin read only
-- end read only
package body Tcl.Test_Data.Tests is
-- begin read only
-- id:2.2/01/
--
-- This section can be used to add global variables and other elements.
--
-- end read only
-- begin read only
-- end read only
-- begin read only
procedure Wrap_Test_Tcl_Eval_6f41cd_5b9cd5
(Tcl_Script: String; Interpreter: Tcl_Interpreter := Get_Interpreter) is
begin
begin
pragma Assert
(Tcl_Script'Length > 0 and Interpreter /= Null_Interpreter);
null;
exception
when System.Assertions.Assert_Failure =>
AUnit.Assertions.Assert
(False,
"req_sloc(tcl.ads:0):Test_Tcl_Eval test requirement violated");
end;
GNATtest_Generated.GNATtest_Standard.Tcl.Tcl_Eval
(Tcl_Script, Interpreter);
begin
pragma Assert(True);
null;
exception
when System.Assertions.Assert_Failure =>
AUnit.Assertions.Assert
(False,
"ens_sloc(tcl.ads:0:):Test_Tcl_Eval test commitment violated");
end;
end Wrap_Test_Tcl_Eval_6f41cd_5b9cd5;
-- end read only
-- begin read only
procedure Test_1_Tcl_Eval_test_tcl_eval(Gnattest_T: in out Test);
procedure Test_Tcl_Eval_6f41cd_5b9cd5(Gnattest_T: in out Test) renames
Test_1_Tcl_Eval_test_tcl_eval;
-- id:2.2/6f41cdb0dd725e03/Tcl_Eval/1/0/test_tcl_eval/
procedure Test_1_Tcl_Eval_test_tcl_eval(Gnattest_T: in out Test) is
procedure Tcl_Eval
(Tcl_Script: String;
Interpreter: Tcl_Interpreter := Get_Interpreter) renames
Wrap_Test_Tcl_Eval_6f41cd_5b9cd5;
-- end read only
pragma Unreferenced(Gnattest_T);
begin
Tcl_Eval("expr 2 + 2");
Assert(Tcl_Get_Result = "4", "Failed to evaluate Tcl code.");
-- begin read only
end Test_1_Tcl_Eval_test_tcl_eval;
-- end read only
-- begin read only
function Wrap_Test_Tcl_Eval_aa3c35_916b02
(Tcl_Script: String; Interpreter: Tcl_Interpreter := Get_Interpreter)
return Tcl_String_Result is
begin
begin
pragma Assert
(Tcl_Script'Length > 0 and Interpreter /= Null_Interpreter);
null;
exception
when System.Assertions.Assert_Failure =>
AUnit.Assertions.Assert
(False,
"req_sloc(tcl.ads:0):Test_Tcl_Eval2 test requirement violated");
end;
declare
Test_Tcl_Eval_aa3c35_916b02_Result: constant Tcl_String_Result :=
GNATtest_Generated.GNATtest_Standard.Tcl.Tcl_Eval
(Tcl_Script, Interpreter);
begin
begin
pragma Assert(True);
null;
exception
when System.Assertions.Assert_Failure =>
AUnit.Assertions.Assert
(False,
"ens_sloc(tcl.ads:0:):Test_Tcl_Eval2 test commitment violated");
end;
return Test_Tcl_Eval_aa3c35_916b02_Result;
end;
end Wrap_Test_Tcl_Eval_aa3c35_916b02;
-- end read only
-- begin read only
procedure Test_2_Tcl_Eval_test_tcl_eval2(Gnattest_T: in out Test);
procedure Test_Tcl_Eval_aa3c35_916b02(Gnattest_T: in out Test) renames
Test_2_Tcl_Eval_test_tcl_eval2;
-- id:2.2/aa3c355d19bf848c/Tcl_Eval/0/0/test_tcl_eval2/
procedure Test_2_Tcl_Eval_test_tcl_eval2(Gnattest_T: in out Test) is
function Tcl_Eval
(Tcl_Script: String; Interpreter: Tcl_Interpreter := Get_Interpreter)
return Tcl_String_Result renames
Wrap_Test_Tcl_Eval_aa3c35_916b02;
-- end read only
pragma Unreferenced(Gnattest_T);
begin
Assert
(Tcl_Eval("expr 2 + 5").Result = "7",
"Failed to evaluate and get result of Tcl code.");
-- begin read only
end Test_2_Tcl_Eval_test_tcl_eval2;
-- end read only
-- begin read only
function Wrap_Test_Tcl_Eval_991647_19bef1
(Tcl_Script: String; Interpreter: Tcl_Interpreter := Get_Interpreter)
return Tcl_Boolean_Result is
begin
begin
pragma Assert
(Tcl_Script'Length > 0 and Interpreter /= Null_Interpreter);
null;
exception
when System.Assertions.Assert_Failure =>
AUnit.Assertions.Assert
(False,
"req_sloc(tcl.ads:0):Test_Tcl_Eval3 test requirement violated");
end;
declare
Test_Tcl_Eval_991647_19bef1_Result: constant Tcl_Boolean_Result :=
GNATtest_Generated.GNATtest_Standard.Tcl.Tcl_Eval
(Tcl_Script, Interpreter);
begin
begin
pragma Assert(True);
null;
exception
when System.Assertions.Assert_Failure =>
AUnit.Assertions.Assert
(False,
"ens_sloc(tcl.ads:0:):Test_Tcl_Eval3 test commitment violated");
end;
return Test_Tcl_Eval_991647_19bef1_Result;
end;
end Wrap_Test_Tcl_Eval_991647_19bef1;
-- end read only
-- begin read only
procedure Test_3_Tcl_Eval_test_tcl_eval3(Gnattest_T: in out Test);
procedure Test_Tcl_Eval_991647_19bef1(Gnattest_T: in out Test) renames
Test_3_Tcl_Eval_test_tcl_eval3;
-- id:2.2/9916475f68961448/Tcl_Eval/0/0/test_tcl_eval3/
procedure Test_3_Tcl_Eval_test_tcl_eval3(Gnattest_T: in out Test) is
function Tcl_Eval
(Tcl_Script: String; Interpreter: Tcl_Interpreter := Get_Interpreter)
return Tcl_Boolean_Result renames
Wrap_Test_Tcl_Eval_991647_19bef1;
-- end read only
pragma Unreferenced(Gnattest_T);
begin
Assert
(not Tcl_Eval("info exists asdfervariable").Result,
"Failed to get boolean value of Tcl command.");
-- begin read only
end Test_3_Tcl_Eval_test_tcl_eval3;
-- end read only
-- begin read only
function Wrap_Test_Tcl_Eval_a72eed_9dbc2f
(Tcl_Script: String; Interpreter: Tcl_Interpreter := Get_Interpreter)
return Tcl_Integer_Result is
begin
begin
pragma Assert
(Tcl_Script'Length > 0 and Interpreter /= Null_Interpreter);
null;
exception
when System.Assertions.Assert_Failure =>
AUnit.Assertions.Assert
(False,
"req_sloc(tcl.ads:0):Test_Tcl_Eval4 test requirement violated");
end;
declare
Test_Tcl_Eval_a72eed_9dbc2f_Result: constant Tcl_Integer_Result :=
GNATtest_Generated.GNATtest_Standard.Tcl.Tcl_Eval
(Tcl_Script, Interpreter);
begin
begin
pragma Assert(True);
null;
exception
when System.Assertions.Assert_Failure =>
AUnit.Assertions.Assert
(False,
"ens_sloc(tcl.ads:0:):Test_Tcl_Eval4 test commitment violated");
end;
return Test_Tcl_Eval_a72eed_9dbc2f_Result;
end;
end Wrap_Test_Tcl_Eval_a72eed_9dbc2f;
-- end read only
-- begin read only
procedure Test_4_Tcl_Eval_test_tcl_eval4(Gnattest_T: in out Test);
procedure Test_Tcl_Eval_a72eed_9dbc2f(Gnattest_T: in out Test) renames
Test_4_Tcl_Eval_test_tcl_eval4;
-- id:2.2/a72eedb15fa1e475/Tcl_Eval/0/0/test_tcl_eval4/
procedure Test_4_Tcl_Eval_test_tcl_eval4(Gnattest_T: in out Test) is
function Tcl_Eval
(Tcl_Script: String; Interpreter: Tcl_Interpreter := Get_Interpreter)
return Tcl_Integer_Result renames
Wrap_Test_Tcl_Eval_a72eed_9dbc2f;
-- end read only
pragma Unreferenced(Gnattest_T);
begin
Assert
(Tcl_Eval("expr 2 + 2").Result = 4,
"Failed to get Integer value of Tcl command.");
-- begin read only
end Test_4_Tcl_Eval_test_tcl_eval4;
-- end read only
-- begin read only
function Wrap_Test_Tcl_Eval_629595_f7c23b
(Tcl_Script: String; Interpreter: Tcl_Interpreter := Get_Interpreter)
return Tcl_Float_Result is
begin
begin
pragma Assert
(Tcl_Script'Length > 0 and Interpreter /= Null_Interpreter);
null;
exception
when System.Assertions.Assert_Failure =>
AUnit.Assertions.Assert
(False,
"req_sloc(tcl.ads:0):Test_Tcl_Eval5 test requirement violated");
end;
declare
Test_Tcl_Eval_629595_f7c23b_Result: constant Tcl_Float_Result :=
GNATtest_Generated.GNATtest_Standard.Tcl.Tcl_Eval
(Tcl_Script, Interpreter);
begin
begin
pragma Assert(True);
null;
exception
when System.Assertions.Assert_Failure =>
AUnit.Assertions.Assert
(False,
"ens_sloc(tcl.ads:0:):Test_Tcl_Eval5 test commitment violated");
end;
return Test_Tcl_Eval_629595_f7c23b_Result;
end;
end Wrap_Test_Tcl_Eval_629595_f7c23b;
-- end read only
-- begin read only
procedure Test_5_Tcl_Eval_test_tcl_eval5(Gnattest_T: in out Test);
procedure Test_Tcl_Eval_629595_f7c23b(Gnattest_T: in out Test) renames
Test_5_Tcl_Eval_test_tcl_eval5;
-- id:2.2/629595d58c48dc53/Tcl_Eval/0/0/test_tcl_eval5/
procedure Test_5_Tcl_Eval_test_tcl_eval5(Gnattest_T: in out Test) is
function Tcl_Eval
(Tcl_Script: String; Interpreter: Tcl_Interpreter := Get_Interpreter)
return Tcl_Float_Result renames
Wrap_Test_Tcl_Eval_629595_f7c23b;
-- end read only
pragma Unreferenced(Gnattest_T);
begin
Assert
(Tcl_Eval("expr 2.5 + 2.2").Result = 4.7,
"Failed to get Float value of Tcl command.");
-- begin read only
end Test_5_Tcl_Eval_test_tcl_eval5;
-- end read only
-- begin read only
function Wrap_Test_Tcl_Eval_File_54cee0_9ae206
(File_Name: String; Interpreter: Tcl_Interpreter := Get_Interpreter)
return Tcl_Results is
begin
begin
pragma Assert
(File_Name'Length > 0 and Interpreter /= Null_Interpreter);
null;
exception
when System.Assertions.Assert_Failure =>
AUnit.Assertions.Assert
(False,
"req_sloc(tcl.ads:0):Test_Tcl_Eval_File test requirement violated");
end;
declare
Test_Tcl_Eval_File_54cee0_9ae206_Result: constant Tcl_Results :=
GNATtest_Generated.GNATtest_Standard.Tcl.Tcl_Eval_File
(File_Name, Interpreter);
begin
begin
pragma Assert(True);
null;
exception
when System.Assertions.Assert_Failure =>
AUnit.Assertions.Assert
(False,
"ens_sloc(tcl.ads:0:):Test_Tcl_Eval_File test commitment violated");
end;
return Test_Tcl_Eval_File_54cee0_9ae206_Result;
end;
end Wrap_Test_Tcl_Eval_File_54cee0_9ae206;
-- end read only
-- begin read only
procedure Test_Tcl_Eval_File_test_tcl_eval_file(Gnattest_T: in out Test);
procedure Test_Tcl_Eval_File_54cee0_9ae206(Gnattest_T: in out Test) renames
Test_Tcl_Eval_File_test_tcl_eval_file;
-- id:2.2/54cee041219047c4/Tcl_Eval_File/1/0/test_tcl_eval_file/
procedure Test_Tcl_Eval_File_test_tcl_eval_file(Gnattest_T: in out Test) is
function Tcl_Eval_File
(File_Name: String; Interpreter: Tcl_Interpreter := Get_Interpreter)
return Tcl_Results renames
Wrap_Test_Tcl_Eval_File_54cee0_9ae206;
-- end read only
pragma Unreferenced(Gnattest_T);
begin
if Tcl_Eval_File(".." & Dir_Separator & "test.tcl") = TCL_ERROR then
Assert(False, "Can't evaluate file as Tcl script.");
end if;
Assert(True, "This test can only crash.");
-- begin read only
end Test_Tcl_Eval_File_test_tcl_eval_file;
-- end read only
-- begin read only
function Wrap_Test_Tcl_Get_Result_9a7ac3_b83d43
(Interpreter: Tcl_Interpreter := Get_Interpreter) return String is
begin
begin
pragma Assert(Interpreter /= Null_Interpreter);
null;
exception
when System.Assertions.Assert_Failure =>
AUnit.Assertions.Assert
(False,
"req_sloc(tcl.ads:0):Test_Tcl_GetResult test requirement violated");
end;
declare
Test_Tcl_Get_Result_9a7ac3_b83d43_Result: constant String :=
GNATtest_Generated.GNATtest_Standard.Tcl.Tcl_Get_Result
(Interpreter);
begin
begin
pragma Assert(True);
null;
exception
when System.Assertions.Assert_Failure =>
AUnit.Assertions.Assert
(False,
"ens_sloc(tcl.ads:0:):Test_Tcl_GetResult test commitment violated");
end;
return Test_Tcl_Get_Result_9a7ac3_b83d43_Result;
end;
end Wrap_Test_Tcl_Get_Result_9a7ac3_b83d43;
-- end read only
-- begin read only
procedure Test_1_Tcl_Get_Result_test_tcl_getresult(Gnattest_T: in out Test);
procedure Test_Tcl_Get_Result_9a7ac3_b83d43(Gnattest_T: in out Test) renames
Test_1_Tcl_Get_Result_test_tcl_getresult;
-- id:2.2/9a7ac36b6f9d677a/Tcl_Get_Result/1/0/test_tcl_getresult/
procedure Test_1_Tcl_Get_Result_test_tcl_getresult
(Gnattest_T: in out Test) is
function Tcl_Get_Result
(Interpreter: Tcl_Interpreter := Get_Interpreter) return String renames
Wrap_Test_Tcl_Get_Result_9a7ac3_b83d43;
-- end read only
pragma Unreferenced(Gnattest_T);
begin
Tcl_Set_Result("2");
Assert(Tcl_Get_Result = "2", "Failed to get Tcl result as String");
-- begin read only
end Test_1_Tcl_Get_Result_test_tcl_getresult;
-- end read only
-- begin read only
function Wrap_Test_Tcl_Get_Result_8d4605_70ce85
(Interpreter: Tcl_Interpreter := Get_Interpreter) return Integer is
begin
begin
pragma Assert(Interpreter /= Null_Interpreter);
null;
exception
when System.Assertions.Assert_Failure =>
AUnit.Assertions.Assert
(False,
"req_sloc(tcl.ads:0):Test_Tcl_GetResult2 test requirement violated");
end;
declare
Test_Tcl_Get_Result_8d4605_70ce85_Result: constant Integer :=
GNATtest_Generated.GNATtest_Standard.Tcl.Tcl_Get_Result
(Interpreter);
begin
begin
pragma Assert(True);
null;
exception
when System.Assertions.Assert_Failure =>
AUnit.Assertions.Assert
(False,
"ens_sloc(tcl.ads:0:):Test_Tcl_GetResult2 test commitment violated");
end;
return Test_Tcl_Get_Result_8d4605_70ce85_Result;
end;
end Wrap_Test_Tcl_Get_Result_8d4605_70ce85;
-- end read only
-- begin read only
procedure Test_2_Tcl_Get_Result_test_tcl_getresult2
(Gnattest_T: in out Test);
procedure Test_Tcl_Get_Result_8d4605_70ce85(Gnattest_T: in out Test) renames
Test_2_Tcl_Get_Result_test_tcl_getresult2;
-- id:2.2/8d460597473cf5f0/Tcl_Get_Result/0/0/test_tcl_getresult2/
procedure Test_2_Tcl_Get_Result_test_tcl_getresult2
(Gnattest_T: in out Test) is
function Tcl_Get_Result
(Interpreter: Tcl_Interpreter := Get_Interpreter)
return Integer renames
Wrap_Test_Tcl_Get_Result_8d4605_70ce85;
-- end read only
pragma Unreferenced(Gnattest_T);
begin
Tcl_Set_Result("22");
Assert(Tcl_Get_Result = 22, "Failed to get Tcl result as Integer");
-- begin read only
end Test_2_Tcl_Get_Result_test_tcl_getresult2;
-- end read only
-- begin read only
function Wrap_Test_Tcl_Get_Result_040714_d18240
(Interpreter: Tcl_Interpreter := Get_Interpreter) return Float is
begin
begin
pragma Assert(Interpreter /= Null_Interpreter);
null;
exception
when System.Assertions.Assert_Failure =>
AUnit.Assertions.Assert
(False,
"req_sloc(tcl.ads:0):Test_Tcl_GetResult3 test requirement violated");
end;
declare
Test_Tcl_Get_Result_040714_d18240_Result: constant Float :=
GNATtest_Generated.GNATtest_Standard.Tcl.Tcl_Get_Result
(Interpreter);
begin
begin
pragma Assert(True);
null;
exception
when System.Assertions.Assert_Failure =>
AUnit.Assertions.Assert
(False,
"ens_sloc(tcl.ads:0:):Test_Tcl_GetResult3 test commitment violated");
end;
return Test_Tcl_Get_Result_040714_d18240_Result;
end;
end Wrap_Test_Tcl_Get_Result_040714_d18240;
-- end read only
-- begin read only
procedure Test_3_Tcl_Get_Result_test_tcl_getresult3
(Gnattest_T: in out Test);
procedure Test_Tcl_Get_Result_040714_d18240(Gnattest_T: in out Test) renames
Test_3_Tcl_Get_Result_test_tcl_getresult3;
-- id:2.2/040714248a32a2ad/Tcl_Get_Result/0/0/test_tcl_getresult3/
procedure Test_3_Tcl_Get_Result_test_tcl_getresult3
(Gnattest_T: in out Test) is
function Tcl_Get_Result
(Interpreter: Tcl_Interpreter := Get_Interpreter) return Float renames
Wrap_Test_Tcl_Get_Result_040714_d18240;
-- end read only
pragma Unreferenced(Gnattest_T);
begin
Tcl_Set_Result("2.2");
Assert(Tcl_Get_Result = 2.2, "Failed to get Tcl result as Float");
-- begin read only
end Test_3_Tcl_Get_Result_test_tcl_getresult3;
-- end read only
-- begin read only
procedure Wrap_Test_Tcl_Set_Result_2e8975_cb8f85
(Tcl_Result: String; Result_Type: Result_Types := Default_Result_Type;
Interpreter: Tcl_Interpreter := Get_Interpreter) is
begin
begin
pragma Assert
(Tcl_Result'Length > 0 and Interpreter /= Null_Interpreter);
null;
exception
when System.Assertions.Assert_Failure =>
AUnit.Assertions.Assert
(False,
"req_sloc(tcl.ads:0):Test_Tcl_SetResult test requirement violated");
end;
GNATtest_Generated.GNATtest_Standard.Tcl.Tcl_Set_Result
(Tcl_Result, Result_Type, Interpreter);
begin
pragma Assert(True);
null;
exception
when System.Assertions.Assert_Failure =>
AUnit.Assertions.Assert
(False,
"ens_sloc(tcl.ads:0:):Test_Tcl_SetResult test commitment violated");
end;
end Wrap_Test_Tcl_Set_Result_2e8975_cb8f85;
-- end read only
-- begin read only
procedure Test_Tcl_Set_Result_test_tcl_setresult(Gnattest_T: in out Test);
procedure Test_Tcl_Set_Result_2e8975_cb8f85(Gnattest_T: in out Test) renames
Test_Tcl_Set_Result_test_tcl_setresult;
-- id:2.2/2e8975e68b3f48df/Tcl_Set_Result/1/0/test_tcl_setresult/
procedure Test_Tcl_Set_Result_test_tcl_setresult(Gnattest_T: in out Test) is
procedure Tcl_Set_Result
(Tcl_Result: String; Result_Type: Result_Types := Default_Result_Type;
Interpreter: Tcl_Interpreter := Get_Interpreter) renames
Wrap_Test_Tcl_Set_Result_2e8975_cb8f85;
-- end read only
pragma Unreferenced(Gnattest_T);
begin
Tcl_Set_Result("2");
Assert(Tcl_Get_Result = "2", "Failed to set Tcl result");
-- begin read only
end Test_Tcl_Set_Result_test_tcl_setresult;
-- end read only
-- begin read only
procedure Wrap_Test_Tcl_Update_7113e2_953c64
(Interpreter: Tcl_Interpreter := Get_Interpreter;
Idle_Tasks_Only: Boolean := False) is
begin
begin
pragma Assert(Interpreter /= Null_Interpreter);
null;
exception
when System.Assertions.Assert_Failure =>
AUnit.Assertions.Assert
(False,
"req_sloc(tcl.ads:0):Test_Tcl_Update test requirement violated");
end;
GNATtest_Generated.GNATtest_Standard.Tcl.Tcl_Update
(Interpreter, Idle_Tasks_Only);
begin
pragma Assert(True);
null;
exception
when System.Assertions.Assert_Failure =>
AUnit.Assertions.Assert
(False,
"ens_sloc(tcl.ads:0:):Test_Tcl_Update test commitment violated");
end;
end Wrap_Test_Tcl_Update_7113e2_953c64;
-- end read only
-- begin read only
procedure Test_Tcl_Update_test_tcl_update(Gnattest_T: in out Test);
procedure Test_Tcl_Update_7113e2_953c64(Gnattest_T: in out Test) renames
Test_Tcl_Update_test_tcl_update;
-- id:2.2/7113e27f42b016a5/Tcl_Update/1/0/test_tcl_update/
procedure Test_Tcl_Update_test_tcl_update(Gnattest_T: in out Test) is
procedure Tcl_Update
(Interpreter: Tcl_Interpreter := Get_Interpreter;
Idle_Tasks_Only: Boolean := False) renames
Wrap_Test_Tcl_Update_7113e2_953c64;
-- end read only
pragma Unreferenced(Gnattest_T);
begin
Tcl_Update;
Assert(True, "This test can only crash.");
-- begin read only
end Test_Tcl_Update_test_tcl_update;
-- end read only
-- begin read only
-- id:2.2/02/
--
-- This section can be used to add elaboration code for the global state.
--
begin
-- end read only
null;
-- begin read only
-- end read only
end Tcl.Test_Data.Tests;
|
src/ada-core/src/linted-atomics.adb
|
mstewartgallus/linted
| 0 |
5302
|
-- Copyright 2017 <NAME>
--
-- 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.
package body Linted.Atomics is
protected body Atomic is
procedure Set (New_Ptr : Element_T) is
begin
Ptr := New_Ptr;
end Set;
function Get return Element_T is
begin
return Ptr;
end Get;
procedure Compare_And_Swap
(Old_Ptr : Element_T;
New_Ptr : Element_T;
Success : in out Boolean)
is
begin
if Old_Ptr = Ptr then
Ptr := New_Ptr;
Success := True;
else
Success := False;
end if;
end Compare_And_Swap;
procedure Compare_And_Swap (Old_Ptr : Element_T; New_Ptr : Element_T) is
begin
if Old_Ptr = Ptr then
Ptr := New_Ptr;
end if;
end Compare_And_Swap;
procedure Swap (Old_Ptr : in out Element_T; New_Ptr : Element_T) is
begin
Old_Ptr := Ptr;
Ptr := New_Ptr;
end Swap;
end Atomic;
procedure Set (A : in out Atomic; Element : Element_T) is
begin
A.Set (Element);
end Set;
procedure Get (A : in out Atomic; Element : out Element_T) is
begin
Element := A.Get;
end Get;
procedure Compare_And_Swap
(A : in out Atomic;
Old_Element : Element_T;
New_Element : Element_T;
Success : out Boolean)
is
begin
Success := False;
A.Compare_And_Swap (Old_Element, New_Element, Success);
end Compare_And_Swap;
procedure Compare_And_Swap
(A : in out Atomic;
Old_Element : Element_T;
New_Element : Element_T)
is
begin
A.Compare_And_Swap (Old_Element, New_Element);
end Compare_And_Swap;
procedure Swap
(A : in out Atomic;
Old_Element : out Element_T;
New_Element : Element_T)
is
Dummy : Element_T;
begin
Old_Element := Dummy;
A.Swap (Old_Element, New_Element);
end Swap;
end Linted.Atomics;
|
MIPS-5 CPU/notice/FiveStage-MIPS-CPU/Verilog/testfile/test-ext4.asm
|
Ar-cheng/hust-lab
| 0 |
90702
|
<filename>MIPS-5 CPU/notice/FiveStage-MIPS-CPU/Verilog/testfile/test-ext4.asm
addi $a0, $zero, 0x8
addi $t0, $zero, 0x8
addi $s0, $zero, 0x4
addi $s1, $zero, 0x6
addi $v0, $zero, 0x1
syscall
loop1:
sllv $a0, $a0, $s0
add $a0, $a0, $t0
syscall
addi $s1, $s1, -1
bgez $s1, loop1
add $s2, $zero, $a0
sw $a0, ($v0)
lh $a0, ($v0)
syscall
add $a0, $zero, $s2
addi $s1, $zero, 0x7
syscall
loop2:
srlv $a0, $a0, $s0
syscall
addi $s1, $s1, -1
bgez $s1, loop2
addi $v0, $zero, 0xa
syscall
|
date_based_trial_launcher.applescript
|
Galeas/Trial_Launcher
| 2 |
121
|
<reponame>Galeas/Trial_Launcher<filename>date_based_trial_launcher.applescript<gh_stars>1-10
set app_name to "<#app_name#>"
set app_path to POSIX path of (path to applications folder) & app_name & ".app"
tell application "Finder" to set is_exists to exists application file app_path as POSIX file
if is_exists is false then
return -1
end if
try
set icon to path to resource "applet.icns" in bundle (path to me)
on error
set icon to stop
end try
set title to app_name & " Trial Launcher"
set user_name to do shell script "who | grep console | awk '{print $1}'"
set admin_pass to ""
set should_stop to false
repeat while should_stop is false
set passResponse to display dialog "Please, enter password for user \"" & user_name & "\"" default answer "" buttons {"Other user", "Cancel", "OK"} with title title with icon icon default button "OK" cancel button "Cancel" with hidden answer
if button returned of passResponse is "OK" then
set should_stop to true
else if button returned of passResponse is "Other user" then
set user_name to text returned of (display dialog "Please, enter user name" default answer "" with title title with icon icon)
end if
end repeat
set admin_password to text returned of passResponse
set now to do shell script "date +%m%d%H%M%y"
do shell script "sudo date 0101010110" user name user_name password <PASSWORD> with administrator privileges
tell application app_name
activate
repeat until it is running
delay 0.1
end repeat
end tell
do shell script "sudo date " & now user name user_name password <PASSWORD> with administrator privileges
|
oeis/080/A080737.asm
|
neoneye/loda-programs
| 11 |
177802
|
; A080737: a(1) = a(2) = 0; for n > 2, the least dimension of a lattice possessing a symmetry of order n.
; Submitted by <NAME>
; 0,0,2,2,4,2,6,4,6,4,10,4,12,6,6,8,16,6,18,6,8,10,22,6,20,12,18,8,28,6,30,16,12,16,10,8,36,18,14,8,40,8,42,12,10,22,46,10,42,20,18,14,52,18,14,10,20,28,58,8,60,30,12,32,16,12,66,18,24,10,70,10,72,36,22,20,16,14,78,12,54,40,82,10,20,42,30,14,88,10,18,24,32,46,22,18,96,42,16,22
seq $0,67240 ; If n = Product_{i} p_i^e_i, a(n) = Sum_{i} (p_i - 1)*p_i^(e_i - 1).
div $0,2
mul $0,2
|
bead/bead2/3/Garden_Pkg.ads
|
balintsoos/LearnAda
| 0 |
18968
|
generic
type Position is (<>);
package Garden_Pkg is
function GetRandPos return Position;
function GetField(pos : Position) return Boolean;
procedure Start;
task type Gardener;
task type Mantis;
type Mantis_Access is access Mantis;
type Mantis_Array is array (Integer range <>) of Mantis_Access;
numberOfMantises : Natural;
John : access Gardener;
Fields : array(Position) of Boolean;
end Garden_Pkg;
|
programs/oeis/030/A030053.asm
|
neoneye/loda
| 22 |
19719
|
; A030053: a(n) = binomial(2n+1,n-3).
; 1,9,55,286,1365,6188,27132,116280,490314,2042975,8436285,34597290,141120525,573166440,2319959400,9364199760,37711260990,151584480450,608359048206,2438362177020,9762479679106,39049918716424,156077261327400,623404249591760,2488589544741300,9929472283517787,39602161018878633,157890968768078210,629308289804197437,2507588587725537680,9989690752182277136,39789158751476438304,158455223553556008310,630939890149613923998,2511991671686052566850,10000119226331142599460,39806676145124354455990,158444263771748044763400,630626701304396019099240,2509852088803449039224400,9988677302355003038019660,39751687313030682822037590,158195490327367003067292450,629544472205093989880815908,2505272788231501483794869010,9969700941885359750896504368,39674339023040098565708730672,157884485473879036845412994400,628308486510823167082541257260,2500411323869602399614194799300,9950759731694396637341823653916,39601197958589059234208231255544,157604506869091399364303293230180,627246112872710927784472477711056,2496416678737474275426361318394640,9935884798775660078031253904179488,39546398623698361342322808197984232,157405073469325714553324335261713555,626530645220345271243285139240656129
mov $1,7
add $1,$0
add $1,$0
bin $1,$0
mov $0,$1
|
libsrc/target/smc777/stdio/generic_console_ioctl.asm
|
Frodevan/z88dk
| 640 |
92257
|
<reponame>Frodevan/z88dk
MODULE generic_console_ioctl
PUBLIC generic_console_ioctl
SECTION code_clib
INCLUDE "ioctl.def"
EXTERN generic_console_cls
EXTERN generic_console_font32
EXTERN generic_console_udg32
EXTERN __smc777_mode
EXTERN __console_h
EXTERN __console_w
EXTERN copy_font_8x8
PUBLIC CLIB_GENCON_CAPS
defc CLIB_GENCON_CAPS = CAP_GENCON_CUSTOM_FONT | CAP_GENCON_UDGS | CAP_GENCON_FG_COLOUR
; a = ioctl
; de = arg
generic_console_ioctl:
ex de,hl
ld c,(hl) ;bc = where we point to
inc hl
ld b,(hl)
cp IOCTL_GENCON_SET_FONT32
jr nz,check_set_udg
ld (generic_console_font32),bc
ld l,c
ld h,b
ld bc, $1000 + (8 * 32)
ld e,96
call copy_font_8x8
success:
and a
ret
check_set_udg:
cp IOCTL_GENCON_SET_UDGS
jr nz,check_mode
ld (generic_console_udg32),bc
ld l,c
ld h,b
ld bc, $1000 + (8 * 128)
ld e,128
call copy_font_8x8
jr success
check_mode:
cp IOCTL_GENCON_SET_MODE
jr nz,failure
ld a,c
ld d,80
ld l,@00000000 ;Bit 7=0=80 column mode
and 1
jr z,check_graphics
ld d,40
ld l,@10000000 ;Bit 7=1=40 column
cp 1
jr nz,failure
check_graphics:
; Now, consider the graphics mode
ld a,c
and @00001100
jr z,set_mode ;No graphics mode configured (so lores)
; 11 = 640x400x1
; 10 = 640x200x2
; 01 = 320x200x4
or l
ld l,a
set_mode:
ld a,c ;Full mode flag
ld (__smc777_mode),a
ld a,d
ld (__console_w),a
in a,($20)
and @00110011
or l
out ($20),a
call generic_console_cls
jr success
failure:
scf
ret
|
model-sets/2021-05-06-10-28-11-watform/Mutex_nancy.als
|
WatForm/catalyst
| 0 |
2471
|
open util/boolean[]
open util/steps[Snapshot]
open util/ordering[Snapshot]
open util/boolean
// Snapshot definition
sig Snapshot extends BaseSnapshot {
stable: one Bool,
Mutex_semaphore_free : one Bool
}
/***************************** STATE SPACE ************************************/
abstract sig SystemState extends StateLabel {}
abstract sig Mutex extends SystemState {}
abstract sig Mutex_Process1 extends Mutex {}
one sig Mutex_Process1_NonCritical extends Mutex_Process1 {}
one sig Mutex_Process1_Critical extends Mutex_Process1 {}
one sig Mutex_Process1_Wait extends Mutex_Process1 {}
abstract sig Mutex_Process2 extends Mutex {}
one sig Mutex_Process2_NonCritical extends Mutex_Process2 {}
one sig Mutex_Process2_Critical extends Mutex_Process2 {}
one sig Mutex_Process2_Wait extends Mutex_Process2 {}
/*************************** TRANSITIONS SPACE ********************************/
one sig Mutex_Process1_wait extends TransitionLabel {}
one sig Mutex_Process1_give_up extends TransitionLabel {}
one sig Mutex_Process1_enter_critical_section extends TransitionLabel {}
one sig Mutex_Process1_exit_critical_section extends TransitionLabel {}
one sig Mutex_Process2_wait extends TransitionLabel {}
one sig Mutex_Process2_give_up extends TransitionLabel {}
one sig Mutex_Process2_enter_critical_section extends TransitionLabel {}
one sig Mutex_Process2_exit_critical_section extends TransitionLabel {}
// Transition Mutex_Process1_wait
pred pre_Mutex_Process1_wait[s:Snapshot] {
Mutex_Process1_NonCritical in s.conf
}
pred pos_Mutex_Process1_wait[s, s':Snapshot] {
s'.conf = s.conf - Mutex_Process1_NonCritical + {
Mutex_Process1_Wait
}
s'.Mutex_semaphore_free = s.Mutex_semaphore_free
testIfNextStable[s, s', {none}, Mutex_Process1_wait] => {
s'.stable = True
} else {
s'.stable = False
}
}
pred Mutex_Process1_wait[s, s': Snapshot] {
pre_Mutex_Process1_wait[s]
pos_Mutex_Process1_wait[s, s']
semantics_Mutex_Process1_wait[s, s']
}
pred enabledAfterStep_Mutex_Process1_wait[_s, s: Snapshot, t: TransitionLabel, genEvents: set InternalEvent] {
// Preconditions
Mutex_Process1_NonCritical in s.conf
_s.stable = True => {
no t & {
Mutex_Process1_give_up +
Mutex_Process1_exit_critical_section +
Mutex_Process1_enter_critical_section +
Mutex_Process1_wait
}
} else {
no {_s.taken + t} & {
Mutex_Process1_give_up +
Mutex_Process1_exit_critical_section +
Mutex_Process1_enter_critical_section +
Mutex_Process1_wait
}
}
}
pred semantics_Mutex_Process1_wait[s, s': Snapshot] {
(s.stable = True) => {
// SINGLE semantics
s'.taken = Mutex_Process1_wait
} else {
// SINGLE semantics
s'.taken = s.taken + Mutex_Process1_wait
// Bigstep "TAKE_ONE" semantics
no s.taken & {
Mutex_Process1_give_up +
Mutex_Process1_exit_critical_section +
Mutex_Process1_enter_critical_section +
Mutex_Process1_wait
}
}
}
// Transition Mutex_Process1_give_up
pred pre_Mutex_Process1_give_up[s:Snapshot] {
Mutex_Process1_Wait in s.conf
}
pred pos_Mutex_Process1_give_up[s, s':Snapshot] {
s'.conf = s.conf - Mutex_Process1_Wait + {
Mutex_Process1_NonCritical
}
s'.Mutex_semaphore_free = s.Mutex_semaphore_free
testIfNextStable[s, s', {none}, Mutex_Process1_give_up] => {
s'.stable = True
} else {
s'.stable = False
}
}
pred Mutex_Process1_give_up[s, s': Snapshot] {
pre_Mutex_Process1_give_up[s]
pos_Mutex_Process1_give_up[s, s']
semantics_Mutex_Process1_give_up[s, s']
}
pred enabledAfterStep_Mutex_Process1_give_up[_s, s: Snapshot, t: TransitionLabel, genEvents: set InternalEvent] {
// Preconditions
Mutex_Process1_Wait in s.conf
_s.stable = True => {
no t & {
Mutex_Process1_give_up +
Mutex_Process1_exit_critical_section +
Mutex_Process1_enter_critical_section +
Mutex_Process1_wait
}
} else {
no {_s.taken + t} & {
Mutex_Process1_give_up +
Mutex_Process1_exit_critical_section +
Mutex_Process1_enter_critical_section +
Mutex_Process1_wait
}
}
}
pred semantics_Mutex_Process1_give_up[s, s': Snapshot] {
(s.stable = True) => {
// SINGLE semantics
s'.taken = Mutex_Process1_give_up
} else {
// SINGLE semantics
s'.taken = s.taken + Mutex_Process1_give_up
// Bigstep "TAKE_ONE" semantics
no s.taken & {
Mutex_Process1_give_up +
Mutex_Process1_exit_critical_section +
Mutex_Process1_enter_critical_section +
Mutex_Process1_wait
}
}
}
// Transition Mutex_Process1_enter_critical_section
pred pre_Mutex_Process1_enter_critical_section[s:Snapshot] {
Mutex_Process1_Wait in s.conf
(s.Mutex_semaphore_free) = True
}
pred pos_Mutex_Process1_enter_critical_section[s, s':Snapshot] {
s'.conf = s.conf - Mutex_Process1_Wait + {
Mutex_Process1_Critical
}
(s'.Mutex_semaphore_free) = False
testIfNextStable[s, s', {none}, Mutex_Process1_enter_critical_section] => {
s'.stable = True
} else {
s'.stable = False
}
}
pred Mutex_Process1_enter_critical_section[s, s': Snapshot] {
pre_Mutex_Process1_enter_critical_section[s]
pos_Mutex_Process1_enter_critical_section[s, s']
semantics_Mutex_Process1_enter_critical_section[s, s']
}
pred enabledAfterStep_Mutex_Process1_enter_critical_section[_s, s: Snapshot, t: TransitionLabel, genEvents: set InternalEvent] {
// Preconditions
Mutex_Process1_Wait in s.conf
(s.Mutex_semaphore_free) = True
_s.stable = True => {
no t & {
Mutex_Process1_give_up +
Mutex_Process1_exit_critical_section +
Mutex_Process1_enter_critical_section +
Mutex_Process1_wait
}
} else {
no {_s.taken + t} & {
Mutex_Process1_give_up +
Mutex_Process1_exit_critical_section +
Mutex_Process1_enter_critical_section +
Mutex_Process1_wait
}
}
}
pred semantics_Mutex_Process1_enter_critical_section[s, s': Snapshot] {
(s.stable = True) => {
// SINGLE semantics
s'.taken = Mutex_Process1_enter_critical_section
} else {
// SINGLE semantics
s'.taken = s.taken + Mutex_Process1_enter_critical_section
// Bigstep "TAKE_ONE" semantics
no s.taken & {
Mutex_Process1_give_up +
Mutex_Process1_exit_critical_section +
Mutex_Process1_enter_critical_section +
Mutex_Process1_wait
}
}
}
// Transition Mutex_Process1_exit_critical_section
pred pre_Mutex_Process1_exit_critical_section[s:Snapshot] {
Mutex_Process1_Critical in s.conf
(s.Mutex_semaphore_free) = False
}
pred pos_Mutex_Process1_exit_critical_section[s, s':Snapshot] {
s'.conf = s.conf - Mutex_Process1_Critical + {
Mutex_Process1_NonCritical
}
(s'.Mutex_semaphore_free) = True
testIfNextStable[s, s', {none}, Mutex_Process1_exit_critical_section] => {
s'.stable = True
} else {
s'.stable = False
}
}
pred Mutex_Process1_exit_critical_section[s, s': Snapshot] {
pre_Mutex_Process1_exit_critical_section[s]
pos_Mutex_Process1_exit_critical_section[s, s']
semantics_Mutex_Process1_exit_critical_section[s, s']
}
pred enabledAfterStep_Mutex_Process1_exit_critical_section[_s, s: Snapshot, t: TransitionLabel, genEvents: set InternalEvent] {
// Preconditions
Mutex_Process1_Critical in s.conf
(s.Mutex_semaphore_free) = False
_s.stable = True => {
no t & {
Mutex_Process1_give_up +
Mutex_Process1_exit_critical_section +
Mutex_Process1_enter_critical_section +
Mutex_Process1_wait
}
} else {
no {_s.taken + t} & {
Mutex_Process1_give_up +
Mutex_Process1_exit_critical_section +
Mutex_Process1_enter_critical_section +
Mutex_Process1_wait
}
}
}
pred semantics_Mutex_Process1_exit_critical_section[s, s': Snapshot] {
(s.stable = True) => {
// SINGLE semantics
s'.taken = Mutex_Process1_exit_critical_section
} else {
// SINGLE semantics
s'.taken = s.taken + Mutex_Process1_exit_critical_section
// Bigstep "TAKE_ONE" semantics
no s.taken & {
Mutex_Process1_give_up +
Mutex_Process1_exit_critical_section +
Mutex_Process1_enter_critical_section +
Mutex_Process1_wait
}
}
}
// Transition Mutex_Process2_wait
pred pre_Mutex_Process2_wait[s:Snapshot] {
Mutex_Process2_NonCritical in s.conf
}
pred pos_Mutex_Process2_wait[s, s':Snapshot] {
s'.conf = s.conf - Mutex_Process2_NonCritical + {
Mutex_Process2_Wait
}
s'.Mutex_semaphore_free = s.Mutex_semaphore_free
testIfNextStable[s, s', {none}, Mutex_Process2_wait] => {
s'.stable = True
} else {
s'.stable = False
}
}
pred Mutex_Process2_wait[s, s': Snapshot] {
pre_Mutex_Process2_wait[s]
pos_Mutex_Process2_wait[s, s']
semantics_Mutex_Process2_wait[s, s']
}
pred enabledAfterStep_Mutex_Process2_wait[_s, s: Snapshot, t: TransitionLabel, genEvents: set InternalEvent] {
// Preconditions
Mutex_Process2_NonCritical in s.conf
_s.stable = True => {
no t & {
Mutex_Process2_give_up +
Mutex_Process2_exit_critical_section +
Mutex_Process2_enter_critical_section +
Mutex_Process2_wait
}
} else {
no {_s.taken + t} & {
Mutex_Process2_give_up +
Mutex_Process2_exit_critical_section +
Mutex_Process2_enter_critical_section +
Mutex_Process2_wait
}
}
}
pred semantics_Mutex_Process2_wait[s, s': Snapshot] {
(s.stable = True) => {
// SINGLE semantics
s'.taken = Mutex_Process2_wait
} else {
// SINGLE semantics
s'.taken = s.taken + Mutex_Process2_wait
// Bigstep "TAKE_ONE" semantics
no s.taken & {
Mutex_Process2_give_up +
Mutex_Process2_exit_critical_section +
Mutex_Process2_enter_critical_section +
Mutex_Process2_wait
}
}
}
// Transition Mutex_Process2_give_up
pred pre_Mutex_Process2_give_up[s:Snapshot] {
Mutex_Process2_Wait in s.conf
}
pred pos_Mutex_Process2_give_up[s, s':Snapshot] {
s'.conf = s.conf - Mutex_Process2_Wait + {
Mutex_Process2_NonCritical
}
s'.Mutex_semaphore_free = s.Mutex_semaphore_free
testIfNextStable[s, s', {none}, Mutex_Process2_give_up] => {
s'.stable = True
} else {
s'.stable = False
}
}
pred Mutex_Process2_give_up[s, s': Snapshot] {
pre_Mutex_Process2_give_up[s]
pos_Mutex_Process2_give_up[s, s']
semantics_Mutex_Process2_give_up[s, s']
}
pred enabledAfterStep_Mutex_Process2_give_up[_s, s: Snapshot, t: TransitionLabel, genEvents: set InternalEvent] {
// Preconditions
Mutex_Process2_Wait in s.conf
_s.stable = True => {
no t & {
Mutex_Process2_give_up +
Mutex_Process2_exit_critical_section +
Mutex_Process2_enter_critical_section +
Mutex_Process2_wait
}
} else {
no {_s.taken + t} & {
Mutex_Process2_give_up +
Mutex_Process2_exit_critical_section +
Mutex_Process2_enter_critical_section +
Mutex_Process2_wait
}
}
}
pred semantics_Mutex_Process2_give_up[s, s': Snapshot] {
(s.stable = True) => {
// SINGLE semantics
s'.taken = Mutex_Process2_give_up
} else {
// SINGLE semantics
s'.taken = s.taken + Mutex_Process2_give_up
// Bigstep "TAKE_ONE" semantics
no s.taken & {
Mutex_Process2_give_up +
Mutex_Process2_exit_critical_section +
Mutex_Process2_enter_critical_section +
Mutex_Process2_wait
}
}
}
// Transition Mutex_Process2_enter_critical_section
pred pre_Mutex_Process2_enter_critical_section[s:Snapshot] {
Mutex_Process2_Wait in s.conf
(s.Mutex_semaphore_free) = True
}
pred pos_Mutex_Process2_enter_critical_section[s, s':Snapshot] {
s'.conf = s.conf - Mutex_Process2_Wait + {
Mutex_Process2_Critical
}
(s'.Mutex_semaphore_free) = False
testIfNextStable[s, s', {none}, Mutex_Process2_enter_critical_section] => {
s'.stable = True
} else {
s'.stable = False
}
}
pred Mutex_Process2_enter_critical_section[s, s': Snapshot] {
pre_Mutex_Process2_enter_critical_section[s]
pos_Mutex_Process2_enter_critical_section[s, s']
semantics_Mutex_Process2_enter_critical_section[s, s']
}
pred enabledAfterStep_Mutex_Process2_enter_critical_section[_s, s: Snapshot, t: TransitionLabel, genEvents: set InternalEvent] {
// Preconditions
Mutex_Process2_Wait in s.conf
(s.Mutex_semaphore_free) = True
_s.stable = True => {
no t & {
Mutex_Process2_give_up +
Mutex_Process2_exit_critical_section +
Mutex_Process2_enter_critical_section +
Mutex_Process2_wait
}
} else {
no {_s.taken + t} & {
Mutex_Process2_give_up +
Mutex_Process2_exit_critical_section +
Mutex_Process2_enter_critical_section +
Mutex_Process2_wait
}
}
}
pred semantics_Mutex_Process2_enter_critical_section[s, s': Snapshot] {
(s.stable = True) => {
// SINGLE semantics
s'.taken = Mutex_Process2_enter_critical_section
} else {
// SINGLE semantics
s'.taken = s.taken + Mutex_Process2_enter_critical_section
// Bigstep "TAKE_ONE" semantics
no s.taken & {
Mutex_Process2_give_up +
Mutex_Process2_exit_critical_section +
Mutex_Process2_enter_critical_section +
Mutex_Process2_wait
}
}
}
// Transition Mutex_Process2_exit_critical_section
pred pre_Mutex_Process2_exit_critical_section[s:Snapshot] {
Mutex_Process2_Critical in s.conf
(s.Mutex_semaphore_free) = False
}
pred pos_Mutex_Process2_exit_critical_section[s, s':Snapshot] {
s'.conf = s.conf - Mutex_Process2_Critical + {
Mutex_Process2_NonCritical
}
(s'.Mutex_semaphore_free) = True
testIfNextStable[s, s', {none}, Mutex_Process2_exit_critical_section] => {
s'.stable = True
} else {
s'.stable = False
}
}
pred Mutex_Process2_exit_critical_section[s, s': Snapshot] {
pre_Mutex_Process2_exit_critical_section[s]
pos_Mutex_Process2_exit_critical_section[s, s']
semantics_Mutex_Process2_exit_critical_section[s, s']
}
pred enabledAfterStep_Mutex_Process2_exit_critical_section[_s, s: Snapshot, t: TransitionLabel, genEvents: set InternalEvent] {
// Preconditions
Mutex_Process2_Critical in s.conf
(s.Mutex_semaphore_free) = False
_s.stable = True => {
no t & {
Mutex_Process2_give_up +
Mutex_Process2_exit_critical_section +
Mutex_Process2_enter_critical_section +
Mutex_Process2_wait
}
} else {
no {_s.taken + t} & {
Mutex_Process2_give_up +
Mutex_Process2_exit_critical_section +
Mutex_Process2_enter_critical_section +
Mutex_Process2_wait
}
}
}
pred semantics_Mutex_Process2_exit_critical_section[s, s': Snapshot] {
(s.stable = True) => {
// SINGLE semantics
s'.taken = Mutex_Process2_exit_critical_section
} else {
// SINGLE semantics
s'.taken = s.taken + Mutex_Process2_exit_critical_section
// Bigstep "TAKE_ONE" semantics
no s.taken & {
Mutex_Process2_give_up +
Mutex_Process2_exit_critical_section +
Mutex_Process2_enter_critical_section +
Mutex_Process2_wait
}
}
}
/****************************** INITIAL CONDITIONS ****************************/
pred init[s: Snapshot] {
s.conf = {
Mutex_Process1_NonCritical +
Mutex_Process2_NonCritical
}
no s.taken
s.stable = True
// Model specific constraints
(s.Mutex_semaphore_free) = True
}
/***************************** MODEL DEFINITION *******************************/
pred operation[s, s': Snapshot] {
Mutex_Process1_wait[s, s'] or
Mutex_Process1_give_up[s, s'] or
Mutex_Process1_enter_critical_section[s, s'] or
Mutex_Process1_exit_critical_section[s, s'] or
Mutex_Process2_wait[s, s'] or
Mutex_Process2_give_up[s, s'] or
Mutex_Process2_enter_critical_section[s, s'] or
Mutex_Process2_exit_critical_section[s, s']
}
pred small_step[s, s': Snapshot] {
operation[s, s']
}
pred testIfNextStable[s, s': Snapshot, genEvents: set InternalEvent, t:TransitionLabel] {
!enabledAfterStep_Mutex_Process1_wait[s, s', t, genEvents]
!enabledAfterStep_Mutex_Process1_give_up[s, s', t, genEvents]
!enabledAfterStep_Mutex_Process1_enter_critical_section[s, s', t, genEvents]
!enabledAfterStep_Mutex_Process1_exit_critical_section[s, s', t, genEvents]
!enabledAfterStep_Mutex_Process2_wait[s, s', t, genEvents]
!enabledAfterStep_Mutex_Process2_give_up[s, s', t, genEvents]
!enabledAfterStep_Mutex_Process2_enter_critical_section[s, s', t, genEvents]
!enabledAfterStep_Mutex_Process2_exit_critical_section[s, s', t, genEvents]
}
pred isEnabled[s:Snapshot] {
pre_Mutex_Process1_wait[s]or
pre_Mutex_Process1_give_up[s]or
pre_Mutex_Process1_enter_critical_section[s]or
pre_Mutex_Process1_exit_critical_section[s]or
pre_Mutex_Process2_wait[s]or
pre_Mutex_Process2_give_up[s]or
pre_Mutex_Process2_enter_critical_section[s]or
pre_Mutex_Process2_exit_critical_section[s]
}
pred equals[s, s': Snapshot] {
s'.conf = s.conf
s'.taken = s.taken
// Model specific declarations
s'.Mutex_semaphore_free = s.Mutex_semaphore_free
}
fact {
all s: Snapshot | s in initial iff init[s]
all s, s': Snapshot | s->s' in nextStep iff small_step[s, s']
all s, s': Snapshot | equals[s, s'] => s = s'
all s: Snapshot | (isEnabled[s] && no s': Snapshot | small_step[s, s']) => s.stable = False
all s: Snapshot | s.stable = False => some s.nextStep
path
}
pred path {
all s:Snapshot, s': s.next | operation[s, s']
init[first]
}
run path for 5 Snapshot, 0 EventLabel
expect 1
assert ctl_mutex {
ctl_mc[ag[{ s: Snapshot | s.stable = True => !(({
Mutex_Process1_Critical + Mutex_Process2_Critical
}
in s.conf))}]]
}
check ctl_mutex
for 9 Snapshot, exactly 0 EventLabel expect 0
assert mutex {
no s: Snapshot | s.stable = True and
{Mutex_Process1_Critical + Mutex_Process2_Critical} in s.conf
}
check mutex for 9 Snapshot, exactly 0 EventLabel expect 0
|
oeis/115/A115378.asm
|
neoneye/loda-programs
| 11 |
28124
|
<gh_stars>10-100
; A115378: a(n) = number of positive integers k < n such that n XOR k = (n+k).
; Submitted by <NAME>
; 0,1,0,3,1,1,0,7,3,3,1,3,1,1,0,15,7,7,3,7,3,3,1,7,3,3,1,3,1,1,0,31,15,15,7,15,7,7,3,15,7,7,3,7,3,3,1,15,7,7,3,7,3,3,1,7,3,3,1,3,1,1,0,63,31,31,15,31,15,15,7,31,15,15,7,15,7,7,3,31,15,15,7,15,7,7,3,15,7,7,3,7,3
sub $1,$0
add $0,2
add $1,1
lpb $0
add $0,1
div $0,2
add $1,$0
lpe
add $0,1
pow $0,$1
sub $0,4
div $0,4
|
src/STLC1/Kovacs/Substitution.agda
|
mietek/coquand-kovacs
| 0 |
333
|
<reponame>mietek/coquand-kovacs<gh_stars>0
module STLC1.Kovacs.Substitution where
open import STLC1.Kovacs.Embedding public
open import Category
--------------------------------------------------------------------------------
-- Substitutions (Sub ; ∙ ; _,_)
infix 3 _⊢⋆_
data _⊢⋆_ : 𝒞 → 𝒞 → Set
where
∅ : ∀ {Γ} → Γ ⊢⋆ ∅
_,_ : ∀ {Γ Ξ A} → (σ : Γ ⊢⋆ Ξ) (M : Γ ⊢ A)
→ Γ ⊢⋆ Ξ , A
-- (_ₛ∘ₑ_)
-- NOTE: _◐_ = ren⋆
_◐_ : ∀ {Γ Γ′ Ξ} → Γ ⊢⋆ Ξ → Γ′ ⊇ Γ → Γ′ ⊢⋆ Ξ
∅ ◐ η = ∅
(σ , M) ◐ η = σ ◐ η , ren η M
-- (_ₑ∘ₛ_)
_◑_ : ∀ {Γ Ξ Ξ′} → Ξ′ ⊇ Ξ → Γ ⊢⋆ Ξ′ → Γ ⊢⋆ Ξ
done ◑ σ = σ
wkₑ η ◑ (σ , M) = η ◑ σ
liftₑ η ◑ (σ , M) = η ◑ σ , M
--------------------------------------------------------------------------------
-- (dropₛ)
wkₛ : ∀ {A Γ Ξ} → Γ ⊢⋆ Ξ → Γ , A ⊢⋆ Ξ
wkₛ σ = σ ◐ wkₑ idₑ
-- (keepₛ)
liftₛ : ∀ {A Γ Ξ} → Γ ⊢⋆ Ξ → Γ , A ⊢⋆ Ξ , A
liftₛ σ = wkₛ σ , 0
-- (⌜_⌝ᵒᵖᵉ)
⌊_⌋ : ∀ {Γ Γ′} → Γ′ ⊇ Γ → Γ′ ⊢⋆ Γ
⌊ done ⌋ = ∅
⌊ wkₑ η ⌋ = wkₛ ⌊ η ⌋
⌊ liftₑ η ⌋ = liftₛ ⌊ η ⌋
-- (∈ₛ)
getₛ : ∀ {Γ Ξ A} → Γ ⊢⋆ Ξ → Ξ ∋ A → Γ ⊢ A
getₛ (σ , M) zero = M
getₛ (σ , M) (suc i) = getₛ σ i
-- (Tmₛ)
sub : ∀ {Γ Ξ A} → Γ ⊢⋆ Ξ → Ξ ⊢ A → Γ ⊢ A
sub σ (𝓋 i) = getₛ σ i
sub σ (ƛ M) = ƛ (sub (liftₛ σ) M)
sub σ (M ∙ N) = sub σ M ∙ sub σ N
sub σ (M , N) = sub σ M , sub σ N
sub σ (π₁ M) = π₁ (sub σ M)
sub σ (π₂ M) = π₂ (sub σ M)
sub σ τ = τ
-- (idₛ)
idₛ : ∀ {Γ} → Γ ⊢⋆ Γ
idₛ {∅} = ∅
idₛ {Γ , A} = liftₛ idₛ
cut : ∀ {Γ A B} → Γ ⊢ A → Γ , A ⊢ B → Γ ⊢ B
cut M N = sub (idₛ , M) N
-- (_∘ₛ_)
-- NOTE: _●_ = sub⋆
_●_ : ∀ {Γ Ξ Φ} → Ξ ⊢⋆ Φ → Γ ⊢⋆ Ξ → Γ ⊢⋆ Φ
∅ ● σ₁ = ∅
(σ₂ , M) ● σ₁ = σ₂ ● σ₁ , sub σ₁ M
--------------------------------------------------------------------------------
-- (assₛₑₑ)
comp◐○ : ∀ {Γ Γ′ Γ″ Ξ} → (η₁ : Γ″ ⊇ Γ′) (η₂ : Γ′ ⊇ Γ) (σ : Γ ⊢⋆ Ξ)
→ (σ ◐ η₂) ◐ η₁ ≡ σ ◐ (η₂ ○ η₁)
comp◐○ η₁ η₂ ∅ = refl
comp◐○ η₁ η₂ (σ , M) = _,_ & comp◐○ η₁ η₂ σ
⊗ (ren○ η₁ η₂ M ⁻¹)
-- (assₑₛₑ)
comp◑◐ : ∀ {Γ Γ′ Ξ Ξ′} → (η₁ : Γ′ ⊇ Γ) (σ : Γ ⊢⋆ Ξ′) (η₂ : Ξ′ ⊇ Ξ)
→ (η₂ ◑ σ) ◐ η₁ ≡ η₂ ◑ (σ ◐ η₁)
comp◑◐ η₁ ∅ done = refl
comp◑◐ η₁ (σ , M) (wkₑ η₂) = comp◑◐ η₁ σ η₂
comp◑◐ η₁ (σ , M) (liftₑ η₂) = (_, ren η₁ M) & comp◑◐ η₁ σ η₂
--------------------------------------------------------------------------------
-- (idlₑₛ)
lid◑ : ∀ {Γ Ξ} → (σ : Γ ⊢⋆ Ξ)
→ idₑ ◑ σ ≡ σ
lid◑ ∅ = refl
lid◑ (σ , M) = (_, M) & lid◑ σ
-- (idlₛₑ)
lid◐ : ∀ {Γ Γ′} → (η : Γ′ ⊇ Γ)
→ idₛ ◐ η ≡ ⌊ η ⌋
lid◐ done = refl
lid◐ (wkₑ η) = ((idₛ ◐_) ∘ wkₑ) & rid○ η ⁻¹
⦙ comp◐○ (wkₑ idₑ) η idₛ ⁻¹
⦙ wkₛ & lid◐ η
lid◐ (liftₑ η) = (_, 0) & ( comp◐○ (liftₑ η) (wkₑ idₑ) idₛ
⦙ ((idₛ ◐_) ∘ wkₑ) & ( lid○ η
⦙ rid○ η ⁻¹
)
⦙ comp◐○ (wkₑ idₑ) η idₛ ⁻¹
⦙ (_◐ wkₑ idₑ) & lid◐ η
)
-- (idrₑₛ)
rid◑ : ∀ {Γ Γ′} → (η : Γ′ ⊇ Γ)
→ η ◑ idₛ ≡ ⌊ η ⌋
rid◑ done = refl
rid◑ (wkₑ η) = comp◑◐ (wkₑ idₑ) idₛ η ⁻¹
⦙ wkₛ & rid◑ η
rid◑ (liftₑ η) = (_, 0) & ( comp◑◐ (wkₑ idₑ) idₛ η ⁻¹
⦙ (_◐ wkₑ idₑ) & rid◑ η
)
--------------------------------------------------------------------------------
-- (∈-ₑ∘ₛ)
get◑ : ∀ {Γ Ξ Ξ′ A} → (σ : Γ ⊢⋆ Ξ′) (η : Ξ′ ⊇ Ξ) (i : Ξ ∋ A)
→ getₛ (η ◑ σ) i ≡ (getₛ σ ∘ getₑ η) i
get◑ σ done i = refl
get◑ (σ , M) (wkₑ η) i = get◑ σ η i
get◑ (σ , M) (liftₑ η) zero = refl
get◑ (σ , M) (liftₑ η) (suc i) = get◑ σ η i
-- (Tm-ₑ∘ₛ)
mutual
sub◑ : ∀ {Γ Ξ Ξ′ A} → (σ : Γ ⊢⋆ Ξ′) (η : Ξ′ ⊇ Ξ) (M : Ξ ⊢ A)
→ sub (η ◑ σ) M ≡ (sub σ ∘ ren η) M
sub◑ σ η (𝓋 i) = get◑ σ η i
sub◑ σ η (ƛ M) = ƛ & sublift◑ σ η M
sub◑ σ η (M ∙ N) = _∙_ & sub◑ σ η M
⊗ sub◑ σ η N
sub◑ σ η (M , N) = _,_ & sub◑ σ η M
⊗ sub◑ σ η N
sub◑ σ η (π₁ M) = π₁ & sub◑ σ η M
sub◑ σ η (π₂ M) = π₂ & sub◑ σ η M
sub◑ σ η τ = refl
sublift◑ : ∀ {Γ Ξ Ξ′ A B} → (σ : Γ ⊢⋆ Ξ′) (η : Ξ′ ⊇ Ξ) (M : Ξ , B ⊢ A)
→ sub (liftₛ {B} (η ◑ σ)) M ≡
(sub (liftₛ σ) ∘ ren (liftₑ η)) M
sublift◑ σ η M = (λ σ′ → sub (σ′ , 0) M)
& comp◑◐ (wkₑ idₑ) σ η
⦙ sub◑ (liftₛ σ) (liftₑ η) M
--------------------------------------------------------------------------------
-- (∈-ₛ∘ₑ)
get◐ : ∀ {Γ Γ′ Ξ A} → (η : Γ′ ⊇ Γ) (σ : Γ ⊢⋆ Ξ) (i : Ξ ∋ A)
→ getₛ (σ ◐ η) i ≡ (ren η ∘ getₛ σ) i
get◐ η (σ , M) zero = refl
get◐ η (σ , M) (suc i) = get◐ η σ i
-- (Tm-ₛ∘ₑ)
mutual
sub◐ : ∀ {Γ Γ′ Ξ A} → (η : Γ′ ⊇ Γ) (σ : Γ ⊢⋆ Ξ) (M : Ξ ⊢ A)
→ sub (σ ◐ η) M ≡ (ren η ∘ sub σ) M
sub◐ η σ (𝓋 i) = get◐ η σ i
sub◐ η σ (ƛ M) = ƛ & sublift◐ η σ M
sub◐ η σ (M ∙ N) = _∙_ & sub◐ η σ M
⊗ sub◐ η σ N
sub◐ η σ (M , N) = _,_ & sub◐ η σ M
⊗ sub◐ η σ N
sub◐ η σ (π₁ M) = π₁ & sub◐ η σ M
sub◐ η σ (π₂ M) = π₂ & sub◐ η σ M
sub◐ η σ τ = refl
sublift◐ : ∀ {Γ Γ′ Ξ A B} → (η : Γ′ ⊇ Γ) (σ : Γ ⊢⋆ Ξ) (M : Ξ , B ⊢ A)
→ sub (liftₛ {B} (σ ◐ η)) M ≡
(ren (liftₑ η) ∘ sub (liftₛ σ)) M
sublift◐ η σ M = (λ σ′ → sub (σ′ , 0) M)
& ( comp◐○ (wkₑ idₑ) η σ
⦙ (σ ◐_) & (wkₑ & ( rid○ η
⦙ lid○ η ⁻¹
))
⦙ comp◐○ (liftₑ η) (wkₑ idₑ) σ ⁻¹
)
⦙ sub◐ (liftₑ η) (liftₛ σ) M
--------------------------------------------------------------------------------
-- (assₛₑₛ)
comp●◑ : ∀ {Γ Ξ Ξ′ Φ} → (σ₁ : Γ ⊢⋆ Ξ′) (η : Ξ′ ⊇ Ξ) (σ₂ : Ξ ⊢⋆ Φ)
→ (σ₂ ◐ η) ● σ₁ ≡ σ₂ ● (η ◑ σ₁)
comp●◑ σ₁ η ∅ = refl
comp●◑ σ₁ η (σ₂ , M) = _,_ & comp●◑ σ₁ η σ₂
⊗ (sub◑ σ₁ η M ⁻¹)
-- (assₛₛₑ)
comp●◐ : ∀ {Γ Γ′ Ξ Φ} → (η : Γ′ ⊇ Γ) (σ₁ : Γ ⊢⋆ Ξ) (σ₂ : Ξ ⊢⋆ Φ)
→ (σ₂ ● σ₁) ◐ η ≡ σ₂ ● (σ₁ ◐ η)
comp●◐ η σ₁ ∅ = refl
comp●◐ η σ₁ (σ₂ , M) = _,_ & comp●◐ η σ₁ σ₂
⊗ (sub◐ η σ₁ M ⁻¹)
--------------------------------------------------------------------------------
-- (∈-∘ₛ)
get● : ∀ {Γ Ξ Φ A} → (σ₁ : Γ ⊢⋆ Ξ) (σ₂ : Ξ ⊢⋆ Φ) (i : Φ ∋ A)
→ getₛ (σ₂ ● σ₁) i ≡ (sub σ₁ ∘ getₛ σ₂) i
get● σ₁ (σ₂ , M) zero = refl
get● σ₁ (σ₂ , M) (suc i) = get● σ₁ σ₂ i
-- (Tm-∘ₛ)
mutual
sub● : ∀ {Γ Ξ Φ A} → (σ₁ : Γ ⊢⋆ Ξ) (σ₂ : Ξ ⊢⋆ Φ) (M : Φ ⊢ A)
→ sub (σ₂ ● σ₁) M ≡ (sub σ₁ ∘ sub σ₂) M
sub● σ₁ σ₂ (𝓋 i) = get● σ₁ σ₂ i
sub● σ₁ σ₂ (ƛ M) = ƛ & sublift● σ₁ σ₂ M
sub● σ₁ σ₂ (M ∙ N) = _∙_ & sub● σ₁ σ₂ M
⊗ sub● σ₁ σ₂ N
sub● σ₁ σ₂ (M , N) = _,_ & sub● σ₁ σ₂ M
⊗ sub● σ₁ σ₂ N
sub● σ₁ σ₂ (π₁ M) = π₁ & sub● σ₁ σ₂ M
sub● σ₁ σ₂ (π₂ M) = π₂ & sub● σ₁ σ₂ M
sub● σ₁ σ₂ τ = refl
sublift● : ∀ {Γ Ξ Φ A B} → (σ₁ : Γ ⊢⋆ Ξ) (σ₂ : Ξ ⊢⋆ Φ) (M : Φ , B ⊢ A)
→ sub (liftₛ {B} (σ₂ ● σ₁)) M ≡
(sub (liftₛ σ₁) ∘ sub (liftₛ σ₂)) M
sublift● σ₁ σ₂ M = (λ σ′ → sub (σ′ , 0) M)
& ( comp●◐ (wkₑ idₑ) σ₁ σ₂
⦙ (σ₂ ●_) & (lid◑ (wkₛ σ₁) ⁻¹)
⦙ comp●◑ (liftₛ σ₁) (wkₑ idₑ) σ₂ ⁻¹
)
⦙ sub● (liftₛ σ₁) (liftₛ σ₂) M
--------------------------------------------------------------------------------
-- (∈-idₛ)
idgetₛ : ∀ {Γ A} → (i : Γ ∋ A)
→ getₛ idₛ i ≡ 𝓋 i
idgetₛ zero = refl
idgetₛ (suc i) = get◐ (wkₑ idₑ) idₛ i
⦙ wk & idgetₛ i
⦙ 𝓋 ∘ suc & idgetₑ i
-- (Tm-idₛ)
idsub : ∀ {Γ A} → (M : Γ ⊢ A)
→ sub idₛ M ≡ M
idsub (𝓋 i) = idgetₛ i
idsub (ƛ M) = ƛ & idsub M
idsub (M ∙ N) = _∙_ & idsub M
⊗ idsub N
idsub (M , N) = _,_ & idsub M
⊗ idsub N
idsub (π₁ M) = π₁ & idsub M
idsub (π₂ M) = π₂ & idsub M
idsub τ = refl
--------------------------------------------------------------------------------
-- (idrₛ)
rid● : ∀ {Γ Ξ} → (σ : Γ ⊢⋆ Ξ)
→ σ ● idₛ ≡ σ
rid● ∅ = refl
rid● (σ , M) = _,_ & rid● σ
⊗ idsub M
-- (idlₛ)
lid● : ∀ {Γ Ξ} → (σ : Γ ⊢⋆ Ξ)
→ idₛ ● σ ≡ σ
lid● ∅ = refl
lid● (σ , M) = (_, M) & ( comp●◑ (σ , M) (wkₑ idₑ) idₛ
⦙ lid● (idₑ ◑ σ)
⦙ lid◑ σ
)
-- (assₛ)
assoc● : ∀ {Γ Ξ Φ Ψ} → (σ₁ : Γ ⊢⋆ Ξ) (σ₂ : Ξ ⊢⋆ Φ) (σ₃ : Φ ⊢⋆ Ψ)
→ (σ₃ ● σ₂) ● σ₁ ≡ σ₃ ● (σ₂ ● σ₁)
assoc● σ₁ σ₂ ∅ = refl
assoc● σ₁ σ₂ (σ₃ , M) = _,_ & assoc● σ₁ σ₂ σ₃
⊗ (sub● σ₁ σ₂ M ⁻¹)
--------------------------------------------------------------------------------
𝗦𝗧𝗟𝗖 : Category 𝒞 _⊢⋆_
𝗦𝗧𝗟𝗖 =
record
{ idₓ = idₛ
; _⋄_ = _●_
; lid⋄ = lid●
; rid⋄ = rid●
; assoc⋄ = assoc●
}
subPsh : 𝒯 → Presheaf₀ 𝗦𝗧𝗟𝗖
subPsh A =
record
{ Fₓ = _⊢ A
; F = sub
; idF = fext! idsub
; F⋄ = λ σ₁ σ₂ → fext! (sub● σ₂ σ₁)
}
--------------------------------------------------------------------------------
|
libsrc/_DEVELOPMENT/math/float/math48/lm/c/sdcc_iy/acosh.asm
|
jpoikela/z88dk
| 640 |
28880
|
SECTION code_clib
SECTION code_fp_math48
PUBLIC _acosh
EXTERN cm48_sdcciy_acosh
defc _acosh = cm48_sdcciy_acosh
|
tools-src/gnu/gcc/gcc/ada/g-exctra.adb
|
enfoTek/tomato.linksys.e2000.nvram-mod
| 80 |
10623
|
<reponame>enfoTek/tomato.linksys.e2000.nvram-mod<gh_stars>10-100
------------------------------------------------------------------------------
-- --
-- GNAT RUN-TIME COMPONENTS --
-- --
-- G N A T . E X C E P T I O N _ T R A C E S --
-- --
-- B o d y --
-- --
-- $Revision$
-- --
-- Copyright (C) 2000-2001 Ada Core Technologies, Inc. --
-- --
-- GNAT is free software; you can redistribute it and/or modify it under --
-- terms of the GNU General Public License as published by the Free Soft- --
-- ware Foundation; either version 2, or (at your option) any later ver- --
-- sion. GNAT is distributed in the hope that it will be useful, but WITH- --
-- OUT 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 distributed with GNAT; see file COPYING. If not, write --
-- to the Free Software Foundation, 59 Temple Place - Suite 330, Boston, --
-- MA 02111-1307, USA. --
-- --
-- As a special exception, if other files instantiate generics from this --
-- unit, or you link this unit with other files to produce an executable, --
-- this unit does not by itself cause the resulting executable to be --
-- covered by the GNU General Public License. This exception does not --
-- however invalidate any other reasons why the executable file might be --
-- covered by the GNU Public License. --
-- --
-- GNAT is maintained by Ada Core Technologies Inc (http://www.gnat.com). --
-- --
------------------------------------------------------------------------------
with System.Standard_Library; use System.Standard_Library;
with System.Soft_Links; use System.Soft_Links;
package body GNAT.Exception_Traces is
-- Calling the decorator directly from where it is needed would require
-- introducing nasty dependencies upon the spec of this package (typically
-- in a-except.adb). We also have to deal with the fact that the traceback
-- array within an exception occurrence and the one the decorator shall
-- accept are of different types. These are two reasons for which a wrapper
-- with a System.Address argument is indeed used to call the decorator
-- provided by the user of this package. This wrapper is called via a
-- soft-link, which either is null when no decorator is in place or "points
-- to" the following function otherwise.
function Decorator_Wrapper
(Traceback : System.Address;
Len : Natural)
return String;
-- The wrapper to be called when a decorator is in place for exception
-- backtraces.
--
-- Traceback is the address of the call chain array as stored in the
-- exception occurrence and Len is the number of significant addresses
-- contained in this array.
Current_Decorator : Traceback_Decorator := null;
-- The decorator to be called by the wrapper when it is not null, as set
-- by Set_Trace_Decorator. When this access is null, the wrapper is null
-- also and shall then not be called.
-----------------------
-- Decorator_Wrapper --
-----------------------
function Decorator_Wrapper
(Traceback : System.Address;
Len : Natural)
return String
is
Decorator_Traceback : Tracebacks_Array (1 .. Len);
for Decorator_Traceback'Address use Traceback;
-- Handle the "transition" from the array stored in the exception
-- occurrence to the array expected by the decorator.
pragma Import (Ada, Decorator_Traceback);
begin
return Current_Decorator.all (Decorator_Traceback);
end Decorator_Wrapper;
-------------------------
-- Set_Trace_Decorator --
-------------------------
procedure Set_Trace_Decorator (Decorator : Traceback_Decorator) is
begin
Current_Decorator := Decorator;
if Current_Decorator /= null then
Traceback_Decorator_Wrapper := Decorator_Wrapper'Access;
else
Traceback_Decorator_Wrapper := null;
end if;
end Set_Trace_Decorator;
-- Trace_On/Trace_Off control the kind of automatic output to occur
-- by way of the global Exception_Trace variable.
---------------
-- Trace_Off --
---------------
procedure Trace_Off is
begin
Exception_Trace := RM_Convention;
end Trace_Off;
--------------
-- Trace_On --
--------------
procedure Trace_On (Kind : in Trace_Kind) is
begin
case Kind is
when Every_Raise =>
Exception_Trace := Every_Raise;
when Unhandled_Raise =>
Exception_Trace := Unhandled_Raise;
end case;
end Trace_On;
end GNAT.Exception_Traces;
|
oeis/204/A204623.asm
|
neoneye/loda-programs
| 11 |
5454
|
; A204623: Number of (n+1)X2 0..2 arrays with every 2X2 subblock having unequal diagonal elements or unequal antidiagonal elements, and new values 0..2 introduced in row major order
; 12,96,768,6144,49152,393216,3145728,25165824,201326592,1610612736,12884901888,103079215104,824633720832,6597069766656,52776558133248,422212465065984,3377699720527872,27021597764222976,216172782113783808,1729382256910270464,13835058055282163712,110680464442257309696,885443715538058477568,7083549724304467820544,56668397794435742564352,453347182355485940514816,3626777458843887524118528,29014219670751100192948224,232113757366008801543585792,1856910058928070412348686336,14855280471424563298789490688
mov $1,8
pow $1,$0
mul $1,12
mov $0,$1
|
week_7/dataset/Assembly/056604.asm
|
Dumebi35/DumebiCSC102
| 0 |
92661
|
<gh_stars>0
title finite state machine example
;string must begin with 'x' and end with 'z'
;any number of letters 'a' through 'y' may intervene
;there may be 0 intervening letters
;continues to accept chars until 'z' or invalid char entered
.model small
.stack 100h
.data
msg1 db 0dh,0ah,"Invalid string",'$'
msg2 db 0dh,0ah,"Valid string",'$'
.code
main proc
mov ax,@data
mov ds,ax
statea:
call get_char
cmp al,'x'
jne invalid ;invalid if 1st char not 'x'
stateb:
call get_char
cmp al,'z'
je statec
cmp al,61h ;char below 'a'?
jb invalid
cmp al,79h ;char above 'y'?
ja invalid
jmp stateb ;generate next char
statec:
mov ah,9
mov dx,offset msg2
int 21h
jmp quit
invalid:
mov ah,9
mov dx,offset msg1
int 21h
quit:
mov ax,4C00h
int 21h
get_char proc
mov ah,1
int 21h ;places char in AL
ret
get_char endp
main endp
end main
|
test/hack_programs/fill.asm
|
mbalestrini/hack_soc
| 1 |
10512
|
@0
D=A
@R3
M=D
(LOOP)
@SCREEN
D=A
@R3
D=D+M
@R4
M=D
@21845
D=0
@R4
A=M
M=D
@R3
D=M
MD=D+1
@8192
D=A-D
@FINISH
D;JEQ
@LOOP
0;JMP
(FINISH)
@FINISH
0;JMP
@0
@0
@0
@0
|
libsrc/_DEVELOPMENT/math/float/math48/lm/c/sdcc_ix/modf.asm
|
meesokim/z88dk
| 0 |
21994
|
SECTION code_fp_math48
PUBLIC _modf
EXTERN cm48_sdccix_modf
defc _modf = cm48_sdccix_modf
|
scripts/route12gate.asm
|
adhi-thirumala/EvoYellow
| 16 |
175440
|
<reponame>adhi-thirumala/EvoYellow<filename>scripts/route12gate.asm
Route12GateScript:
jp EnableAutoTextBoxDrawing
Route12GateTextPointers:
dw Route12GateText1
Route12GateText1:
TX_FAR _Route12GateText1
db "@"
|
src/servlet-routes-servlets.adb
|
My-Colaborations/ada-servlet
| 6 |
18052
|
-----------------------------------------------------------------------
-- servlet-routes -- Request routing
-- Copyright (C) 2015, 2019 <NAME>
-- Written by <NAME> (<EMAIL>)
--
-- 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.
-----------------------------------------------------------------------
with Ada.Unchecked_Deallocation;
package body Servlet.Routes.Servlets is
use type Servlet.Filters.Filter_Access;
use type Servlet.Filters.Filter_List_Access;
procedure Free is
new Ada.Unchecked_Deallocation (Object => Servlet.Filters.Filter_List,
Name => Servlet.Filters.Filter_List_Access);
-- ------------------------------
-- Get the servlet to call for the route.
-- ------------------------------
function Get_Servlet (Route : in Servlet_Route_Type) return Servlet.Core.Servlet_Access is
begin
return Route.Servlet;
end Get_Servlet;
-- ------------------------------
-- Append the filter to the filter list defined by the mapping node.
-- ------------------------------
procedure Append_Filter (Route : in out Servlet_Route_Type;
Filter : in Servlet.Filters.Filter_Access) is
List : Servlet.Filters.Filter_List_Access;
begin
-- Filters are executed through the <b>Filter_Chain.Do_Filter</b> method
-- starting from the last position to the first. To append a filter,
-- it must be inserted as first position of the list.
if Route.Filters = null then
List := new Servlet.Filters.Filter_List (1 .. 1);
else
-- Check that the filter is not already executed.
for I in Route.Filters'Range loop
if Route.Filters (I) = Filter then
return;
end if;
end loop;
List := new Servlet.Filters.Filter_List (1 .. Route.Filters'Last + 1);
List (2 .. List'Last) := Route.Filters.all;
Free (Route.Filters);
end if;
List (List'First) := Filter;
Route.Filters := List;
end Append_Filter;
-- ------------------------------
-- Release the storage held by the route.
-- ------------------------------
overriding
procedure Finalize (Route : in out Servlet_Route_Type) is
begin
Free (Route.Filters);
end Finalize;
-- ------------------------------
-- Get the servlet to call for the route.
-- ------------------------------
overriding
function Get_Servlet (Route : in Proxy_Route_Type) return Servlet.Core.Servlet_Access is
begin
if not Route.Route.Is_Null then
return Servlet_Route_Type'Class (Route.Route.Value.Element.all).Get_Servlet;
else
return Route.Servlet;
end if;
end Get_Servlet;
end Servlet.Routes.Servlets;
|
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