sdcc 29,7 / ucSim / Z80
We like to think that:
..09a minus shifts backwards
but '(t=-1,(15<<t)==7)' is false.
..19-2 short<int
but 'sizeof(short)<sizeof(int)' is false.
..22 floating point is always IEEE
but 'STDC_IEC_559_is_defined' is false.
..25 pointer arithmetic works outside arrays
but '(diff=&var.int2-&var.int1, &var.int1+diff==&var.int2)' is false.
From what I can say with my puny test cases, you are Stop at 0x0013f3: (106) Invalid instruction 0x00dd
printf вылетает. "О_О"
gcc 4.4@x86_64-suse-linux
We like to think that:
..05 int has the size of pointers
but 'sizeof(int)==sizeof(void*)' is false.
..08 overshifting is okay
but '(1<<bits_per_int)==0' is false.
..09a minus shifts backwards
but '(t=-1,(15<<t)==7)' is false.
..14 i++ is strictly left to right
but '(i=0,a[i++]=i,a[0]==1)' is false.
..15 structs are packed
but 'sizeof(char_int)==(sizeof(char)+sizeof(int))' is false.
..17 size_t is unsigned int
but 'sizeof(size_t)==sizeof(unsigned int)' is false.
..26 sizeof() does not evaluate its arguments
but '(i=10,sizeof(char[((i=20),10)]),i==10)' is false.
From what I can say with my puny test cases, you are 79% mainstream
gcc 4.4@x86_64-suse-linux (-O2)
We like to think that:
..05 int has the size of pointers
but 'sizeof(int)==sizeof(void*)' is false.
..08 overshifting is okay
but '(1<<bits_per_int)==0' is false.
..14 i++ is strictly left to right
but '(i=0,a[i++]=i,a[0]==1)' is false.
..15 structs are packed
but 'sizeof(char_int)==(sizeof(char)+sizeof(int))' is false.
..17 size_t is unsigned int
but 'sizeof(size_t)==sizeof(unsigned int)' is false.
..26 sizeof() does not evaluate its arguments
but '(i=10,sizeof(char[((i=20),10)]),i==10)' is false.
From what I can say with my puny test cases, you are 82% mainstream
clang 2.7@x86_64-suse-linux
We like to think that:
..05 int has the size of pointers
but 'sizeof(int)==sizeof(void*)' is false.
..08 overshifting is okay
but '(1<<bits_per_int)==0' is false.
..09a minus shifts backwards
but '(t=-1,(15<<t)==7)' is false.
..14 i++ is strictly left to right
but '(i=0,a[i++]=i,a[0]==1)' is false.
..15 structs are packed
but 'sizeof(char_int)==(sizeof(char)+sizeof(int))' is false.
..17 size_t is unsigned int
but 'sizeof(size_t)==sizeof(unsigned int)' is false.
..21a Function Arguments are evaluated right to left
but '(gobble_args(0,ltr_fun(1),ltr_fun(2),ltr_fun(3),ltr_fun(4)),ltr_result==4321)' is false.
ltr_result is 1234 in this case
..25a pointer arithmetic works outside arrays
but '(diff=&p1-&p2, &p2+diff==&p1)' is false.
..26 sizeof() does not evaluate its arguments
but '(i=10,sizeof(char[((i=20),10)]),i==10)' is false.
From what I can say with my puny test cases, you are 72% mainstream
open64 4.2.3@x86_64-suse-linux
We like to think that:
..05 int has the size of pointers
but 'sizeof(int)==sizeof(void*)' is false.
..08 overshifting is okay
but '(1<<bits_per_int)==0' is false.
..09a minus shifts backwards
but '(t=-1,(15<<t)==7)' is false.
..15 structs are packed
but 'sizeof(char_int)==(sizeof(char)+sizeof(int))' is false.
..17 size_t is unsigned int
but 'sizeof(size_t)==sizeof(unsigned int)' is false.
..21a Function Arguments are evaluated right to left
but '(gobble_args(0,ltr_fun(1),ltr_fun(2),ltr_fun(3),ltr_fun(4)),ltr_result==4321)' is false.
ltr_result is 1234 in this case
..25a pointer arithmetic works outside arrays
but '(diff=&p1-&p2, &p2+diff==&p1)' is false.
..26 sizeof() does not evaluate its arguments
but '(i=10,sizeof(char[((i=20),10)]),i==10)' is false.
From what I can say with my puny test cases, you are 75% mainstream
intel 11.1@x86_64-suse-linux
We like to think that:
..05 int has the size of pointers
but 'sizeof(int)==sizeof(void*)' is false.
..08 overshifting is okay
but '(1<<bits_per_int)==0' is false.
..09a minus shifts backwards
but '(t=-1,(15<<t)==7)' is false.
..14 i++ is strictly left to right
but '(i=0,a[i++]=i,a[0]==1)' is false.
..15 structs are packed
but 'sizeof(char_int)==(sizeof(char)+sizeof(int))' is false.
..17 size_t is unsigned int
but 'sizeof(size_t)==sizeof(unsigned int)' is false.
..21a Function Arguments are evaluated right to left
but '(gobble_args(0,ltr_fun(1),ltr_fun(2),ltr_fun(3),ltr_fun(4)),ltr_result==4321)' is false.
ltr_result is 1234 in this case
..26 sizeof() does not evaluate its arguments
but '(i=10,sizeof(char[((i=20),10)]),i==10)' is false.
From what I can say with my puny test cases, you are 75% mainstream
Turbo C ++ / DOS / Small Memory
We like to think that:
..09a minus shifts backwards
but '(t=-1,(15<<t)==7)' is false.
..16 malloc()=NULL means out of memory
but '(malloc(0)!=NULL)' is false.
..19-2 short<int
but 'sizeof(short)<sizeof(int)' is false.
..22 floating point is always IEEE
but 'STDC_IEC_559_is_defined' is false.
..25 pointer arithmetic works outside arrays
but '(diff=&var.int2-&var.int1, &var.int1+diff==&var.int2)' is false.
..25a pointer arithmetic works outside arrays
but '(diff=&p1-&p2, &p2+diff==&p1)' is false.
From what I can say with my puny test cases, you are 81% mainstream
Turbo C ++ / DOS / Medium Memory
We like to think that:
..09a minus shifts backwards
but '(t=-1,(15<<t)==7)' is false.
..10 void* can store function pointers
but 'sizeof(void*)>=sizeof(void(*)())' is false.
..16 malloc()=NULL means out of memory
but '(malloc(0)!=NULL)' is false.
..19-2 short<int
but 'sizeof(short)<sizeof(int)' is false.
..22 floating point is always IEEE
but 'STDC_IEC_559_is_defined' is false.
..25 pointer arithmetic works outside arrays
but '(diff=&var.int2-&var.int1, &var.int1+diff==&var.int2)' is false.
..25a pointer arithmetic works outside arrays
but '(diff=&p1-&p2, &p2+diff==&p1)' is false.
From what I can say with my puny test cases, you are 78% mainstream
Turbo C ++ / DOS / Compact Memory
We like to think that:
..05 int has the size of pointers
but 'sizeof(int)==sizeof(void*)' is false.
..09a minus shifts backwards
but '(t=-1,(15<<t)==7)' is false.
..16 malloc()=NULL means out of memory
but '(malloc(0)!=NULL)' is false.
..19-2 short<int
but 'sizeof(short)<sizeof(int)' is false.
..20 ptrdiff_t and size_t have the same size
but '(sizeof(ptrdiff_t)==sizeof(size_t))' is false.
..22 floating point is always IEEE
but 'STDC_IEC_559_is_defined' is false.
..25 pointer arithmetic works outside arrays
but '(diff=&var.int2-&var.int1, &var.int1+diff==&var.int2)' is false.
..25a pointer arithmetic works outside arrays
but '(diff=&p1-&p2, &p2+diff==&p1)' is false.
From what I can say with my puny test cases, you are 75% mainstream
cl65 @ Commodore PET (вице-эмулятор)
альтернативный текст http://i34.tinypic.com/2hh0zmc.png
Я буду обновлять их позже:
Borland C ++ Builder 6.0 в Windows XP
..04 a char is signed
but 'CHAR_MIN==SCHAR_MIN' is false.
..08 overshifting is okay
but '(1<<bits_per_int)==0' is false.
..09 overshifting is *always* okay
but '(1<<BITS_PER_INT)==0' is false.
..09a minus shifts backwards
but '(t=-1,(15<<t)==7)' is false.
..15 structs are packed
but 'sizeof(char_int)==(sizeof(char)+sizeof(int))' is false.
..16 malloc()=NULL means out of memory
but '(malloc(0)!=NULL)' is false.
..19-3 int<long
but 'sizeof(int)<sizeof(long)' is false.
..22 floating point is always IEEE
but 'STDC_IEC_559_is_defined' is false.
From what I can say with my puny test cases, you are 71% mainstream
Visual Studio Express 2010 C ++ CLR, Windows 7, 64-битная
(должен быть скомпилирован как C ++, потому что компилятор CLR не поддерживает чистый C)
We like to think that:
..08 overshifting is okay
but '(1<<bits_per_int)==0' is false.
..09a minus shifts backwards
but '(t=-1,(15<<t)==7)' is false.
..14 i++ is structly left to right
but '(i=0,a[i++]=i,a[0]==1)' is false.
..15 structs are packed
but 'sizeof(char_int)==(sizeof(char)+sizeof(int))' is false.
..19-3 int<long
but 'sizeof(int)<sizeof(long)' is false.
..22 floating point is always IEEE
but 'STDC_IEC_559_is_defined' is false.
From what I can say with my puny test cases, you are 78% mainstream
MINGW64 (предварительная версия gcc-4.5.2)
- http://mingw -w64.sourceforge.net /
We like to think that:
..05 int has the size of pointers
but 'sizeof(int)==sizeof(void*)' is false.
..05a long has at least the size of pointers
but 'sizeof(long)>=sizeof(void*)' is false.
..08 overshifting is okay
but '(1<<bits_per_int)==0' is false.
..09a minus shifts backwards
but '(t=-1,(15<<t)==7)' is false.
..14 i++ is structly left to right
but '(i=0,a[i++]=i,a[0]==1)' is false.
..15 structs are packed
but 'sizeof(char_int)==(sizeof(char)+sizeof(int))' is false.
..17 size_t is unsigned int
but 'sizeof(size_t)==sizeof(unsigned int)' is false.
..19-3 int<long
but 'sizeof(int)<sizeof(long)' is false.
..22 floating point is always IEEE
but 'STDC_IEC_559_is_defined' is false.
From what I can say with my puny test cases, you are 67% mainstream
64-битная Windows использует модель LLP64: и int
, и long
определены как 32-битные, что означает, что ни один не достаточно длинный для указателя.
avr-gcc 4.3.2 / ATmega168 (Arduino Diecimila)
Неудачные предположения:
..14 i++ is structly left to right
..16 malloc()=NULL means out of memory
..19-2 short<int
..21 Evaluation is left to right
..22 floating point is always IEEE
Atmega168 имеет 16-битный ПК, но код и данные находятся в разных адресных пространствах. У более крупного Atmegas 22-битный ПК!
gcc 4.2.1 на MacOSX 10.6, скомпилированный с -arch ppc
We like to think that:
..09a minus shifts backwards
but '(t=-1,(15<<t)==7)' is false.
..13 The smallest bits come always first
but '(t=0x1234,0x34==*(char*)&t)' is false.
..14 i++ is structly left to right
but '(i=0,a[i++]=i,a[0]==1)' is false.
..15 structs are packed
but 'sizeof(char_int)==(sizeof(char)+sizeof(int))' is false.
..19-3 int<long
but 'sizeof(int)<sizeof(long)' is false.
..22 floating point is always IEEE
but 'STDC_IEC_559_is_defined' is false.
From what I can say with my puny test cases, you are 78% mainstream