Nim - This repository contains the Nim compiler, Nim's stdlib, tools, and documentation. (mirror)

	Commit message (Expand)	Author	Age	Files	Lines
*	[backport] fix #12528, fix #12525: incorrect generic type resolution for defa...	Andreas Rumpf	2019-10-28	1	-0/+3
*	[backport] run nimpretty on numbers stuff	narimiran	2019-09-30	1	-21/+21
*	fixes #11834 (#12000)	Palash Nigam	2019-08-23	1	-1/+1
*	complex.nim: reformating [other]	Andreas Rumpf	2019-06-09	1	-6/+2
*	fix #9639 (#9640)	Arne Döring	2018-11-07	1	-1/+1
*	Generic Complex type (#9590)	Arne Döring	2018-11-05	1	-317/+329
*	Add imaginary unit. (#7922)	Koki Fushimi	2018-06-01	1	-0/+4
*	remove deprecated stuff from the stdlib; introduce better deprecation warnings	Araq	2018-05-05	1	-2/+0
*	lib: Trim .nim files trailing whitespace	Adam Strzelecki	2015-09-04	1	-4/+4
*	Fix buggy rect(), doc comment, and unit test.	Charles Blake	2015-02-28	1	-3/+4
*	Addition of some complex hyperbolic functions	Jonathan Edwards	2015-02-28	1	-0/+70
*	Extend complex to convert to/from polar coordinates	def	2015-02-16	1	-2/+25
*	Added complex conjugate	gmpreussner	2015-01-24	1	-27/+33
*	fixes #495	Araq	2014-12-26	1	-4/+1
*	more modules updated	Araq	2014-08-28	1	-44/+44
*	big rename	Araq	2014-08-27	1	-2/+4
*	Add missing complex arithmetic procs	def	2014-07-14	1	-0/+39
*	Removes executable bit for text files.	Grzegorz Adam Hankiewicz	2013-03-16	1	-0/+0
*	additions to complex module	Araq	2011-01-07	1	-6/+205
*	bugfix: complex.nim compiles	Andreas Rumpf	2010-04-04	1	-2/+2
*	Bugfix: empty echo statement	Andreas Rumpf	2010-03-20	1	-1/+1
*	fixed pango/pangoutils new wrappers	Andreas Rumpf	2010-02-26	1	-0/+0
*	continued work on html/xmlparser	rumpf_a@web.de	2010-02-14	1	-0/+0
*	added tools and web dirs	Andreas Rumpf	2009-09-15	1	-0/+0
*	version0.7.10	Andreas Rumpf	2009-06-08	1	-0/+106

Opcodes currently supported by SubX: 01: add r32 to rm32 (add) 03: add rm32 to r32 (add) 05: add imm32 to EAX (add) 09: rm32 = bitwise OR of r32 with rm32 (or) 0b: r32 = bitwise OR of r32 with rm32 (or) 0d: EAX = bitwise OR of imm32 with EAX (or) 21: rm32 = bitwise AND of r32 with rm32 (and) 23: r32 = bitwise AND of r32 with rm32 (and) 25: EAX = bitwise AND of imm32 with EAX (and) 29: subtract r32 from rm32 (sub) 2b: subtract rm32 from r32 (sub) 2d: subtract imm32 from EAX (sub) 31: rm32 = bitwise XOR of r32 with rm32 (xor) 33: r32 = bitwise XOR of r32 with rm32 (xor) 35: EAX = bitwise XOR of imm32 with EAX (xor) 39: compare: set SF if rm32 < r32 (cmp) 3b: compare: set SF if r32 < rm32 (cmp) 3d: compare: set SF if EAX < imm32 (cmp) 40: increment EAX (inc) 41: increment ECX (inc) 42: increment EDX (inc) 43: increment EBX (inc) 44: increment ESP (inc) 45: increment EBP (inc) 46: increment ESI (inc) 47: increment EDI (inc) 48: decrement EAX (dec) 49: decrement ECX (dec) 4a: decrement EDX (dec) 4b: decrement EBX (dec) 4c: decrement ESP (dec) 4d: decrement EBP (dec) 4e: decrement ESI (dec) 4f: decrement EDI (dec) 50: push EAX to stack (push) 51: push ECX to stack (push) 52: push EDX to stack (push) 53: push EBX to stack (push) 54: push ESP to stack (push) 55: push EBP to stack (push) 56: push ESI to stack (push) 57: push EDI to stack (push) 58: pop top of stack to EAX (pop) 59: pop top of stack to ECX (pop) 5a: pop top of stack to EDX (pop) 5b: pop top of stack to EBX (pop) 5c: pop top of stack to ESP (pop) 5d: pop top of stack to EBP (pop) 5e: pop top of stack to ESI (pop) 5f: pop top of stack to EDI (pop) 68: push imm32 to stack (push) 69: multiply rm32 by imm32 and store result in r32 72: jump disp8 bytes away if lesser (unsigned), if CF is set (jcc/jb/jnae) 73: jump disp8 bytes away if greater or equal (unsigned), if CF is unset (jcc/jae/jnb) 74: jump disp8 bytes away if equal, if ZF is set (jcc/jz/je) 75: jump disp8 bytes away if not equal, if ZF is not set (jcc/jnz/jne) 76: jump disp8 bytes away if lesser or equal (unsigned), if ZF is set or CF is set (jcc/jbe/jna) 77: jump disp8 bytes away if greater (unsigned), if ZF is unset and CF is unset (jcc/ja/jnbe) 7c: jump disp8 bytes away if lesser (signed), if SF != OF (jcc/jl/jnge) 7d: jump disp8 bytes away if greater or equal (signed), if SF == OF (jcc/jge/jnl) 7e: jump disp8 bytes away if lesser or equal (signed), if ZF is set or SF != OF (jcc/jle/jng) 7f: jump disp8 bytes away if greater (signed), if ZF is unset and SF == OF (jcc/jg/jnle) 81: combine rm32 with imm32 based on subop (add/sub/and/or/xor/cmp) 87: swap the contents of r32 and rm32 (xchg) 88: copy r8 to r8/m8-at-r32 89: copy r32 to rm32 (mov) 8a: copy r8/m8-at-r32 to r8 8b: copy rm32 to r32 (mov) 8d: copy address in rm32 into r32 (lea) 8f: pop top of stack to rm32 (pop) 99: sign-extend EAX into EDX (cdq) b8: copy imm32 to EAX (mov) b9: copy imm32 to ECX (mov) ba: copy imm32 to EDX (mov) bb: copy imm32 to EBX (mov) bc: copy imm32 to ESP (mov) bd: copy imm32 to EBP (mov) be: copy imm32 to ESI (mov) bf: copy imm32 to EDI (mov) c1: shift rm32 by imm8 bits depending on subop (sal/sar/shl/shr) c3: return from most recent unfinished call (ret) c6: copy imm8 to r8/m8-at-r32 (mov) c7: copy imm32 to rm32 with subop 0 (mov) cd: software interrupt (int) d3: shift rm32 by CL bits depending on subop (sal/sar/shl/shr) e8: call disp32 (call) e9: jump disp32 bytes away (jmp) eb: jump disp8 bytes away (jmp) f4: halt (hlt) f7: negate/multiply/divide rm32 (with EAX and EDX if necessary) depending on subop (neg/mul/idiv) ff: increment/decrement/jump/push/call rm32 based on subop (inc/dec/jmp/push/call) 0f 82: jump disp32 bytes away if lesser (unsigned), if CF is set (jcc/jb/jnae) 0f 83: jump disp32 bytes away if greater or equal (unsigned), if CF is unset (jcc/jae/jnb) 0f 84: jump disp32 bytes away if equal, if ZF is set (jcc/jz/je) 0f 85: jump disp32 bytes away if not equal, if ZF is not set (jcc/jnz/jne) 0f 86: jump disp32 bytes away if lesser or equal (unsigned), if ZF is set or CF is set (jcc/jbe/jna) 0f 87: jump disp32 bytes away if greater (unsigned), if ZF is unset and CF is unset (jcc/ja/jnbe) 0f 8c: jump disp32 bytes away if lesser (signed), if SF != OF (jcc/jl/jnge) 0f 8d: jump disp32 bytes away if greater or equal (signed), if SF == OF (jcc/jge/jnl) 0f 8e: jump disp32 bytes away if lesser or equal (signed), if ZF is set or SF != OF (jcc/jle/jng) 0f 8f: jump disp32 bytes away if greater (signed), if ZF is unset and SF == OF (jcc/jg/jnle) 0f 92: set r8/m8-at-rm32 to 1 if lesser (unsigned), if CF is set, 0 otherwise (setcc/setb/setnae) 0f 93: set r8/m8-at-rm32 to 1 if greater or equal (unsigned), if CF is unset, 0 otherwise (setcc/setae/setnb) 0f 94: set r8/m8-at-rm32 to 1 if equal, if ZF is set, 0 otherwise (setcc/setz/sete) 0f 95: set r8/m8-at-rm32 to 1 if not equal, if ZF is not set, 0 otherwise (setcc/setnz/setne) 0f 96: set r8/m8-at-rm32 to 1 if lesser or equal (unsigned), if ZF is set or CF is set, 0 otherwise (setcc/setbe/setna) 0f 97: set r8/m8-at-rm32 to 1 if greater (unsigned), if ZF is unset and CF is unset, 0 otherwise (setcc/seta/setnbe) 0f 9c: set r8/m8-at-rm32 to 1 if lesser (signed), if SF != OF, 0 otherwise (setcc/setl/setnge) 0f 9d: set r8/m8-at-rm32 to 1 if greater or equal (signed), if SF == OF, 0 otherwise (setcc/setge/setnl) 0f 9e: set r8/m8-at-rm32 to 1 if lesser or equal (signed), if ZF is set or SF != OF, 0 otherwise (setcc/setle/setng) 0f 9f: set r8/m8-at-rm32 to 1 if greater (signed), if ZF is unset and SF == OF, 0 otherwise (setcc/setg/setnle) 0f af: multiply rm32 into r32 (imul) Run `bootstrap help instructions` for details on words like 'r32' and 'disp8'. For complete details on these instructions, consult the IA-32 manual (volume 2). There's various versions of it online, such as https://c9x.me/x86. The mnemonics in brackets will help you locate each instruction.