search for: l1__2e_str_1

...void %__main() ------------- End LLVM code ----------- which in turn produces the following assembly code: ------------- Assembly code ------------- .text .align 16 .globl main .type main, @function main: subl $12, %esp fnstcw 10(%esp) movb $2, 11(%esp) fldcw 10(%esp) call __main movl $l1__2E_str_1, %eax movl %eax, (%esp) call printf movl $0, %eax #IMPLICIT_USE addl $12, %esp ret .data .align 1 .type l1__2E_str_1, at object .size l1__2E_str_1,13 l1__2E_str_1: # [13 x sbyte]* %.str_1 = c"hello world\0A\00" .ascii "hello world\n\000" ---------- End assembly...

...turn produces the following assembly code: > > ------------- Assembly code ------------- > .text > .align 16 > .globl main > .type main, @function > main: > subl $12, %esp > fnstcw 10(%esp) > movb $2, 11(%esp) > fldcw 10(%esp) > call __main > movl $l1__2E_str_1, %eax > movl %eax, (%esp) > call printf > movl $0, %eax > #IMPLICIT_USE > addl $12, %esp > ret > > > .data > .align 1 > .type l1__2E_str_1, at object > .size l1__2E_str_1,13 > l1__2E_str_1: # [13 x sbyte]* %.str_1 = c"hello world\0A\00&quo...

...turn produces the following assembly code: > > ------------- Assembly code ------------- > .text > .align 16 > .globl main > .type main, @function > main: > subl $12, %esp > fnstcw 10(%esp) > movb $2, 11(%esp) > fldcw 10(%esp) > call __main > movl $l1__2E_str_1, %eax > movl %eax, (%esp) > call printf > movl $0, %eax > #IMPLICIT_USE > addl $12, %esp > ret > > > .data > .align 1 > .type l1__2E_str_1, at object > .size l1__2E_str_1,13 > l1__2E_str_1: # [13 x sbyte]* %.str_1 = c"hello world\0A\00&quo...

....text > > .align 16 > > .globl main > > .type main, @function > > main: > > subl $12, %esp > > fnstcw 10(%esp) > > movb $2, 11(%esp) > > fldcw 10(%esp) > > call __main > > movl $l1__2E_str_1, %eax > > movl %eax, (%esp) > > call printf > > movl $0, %eax > > #IMPLICIT_USE > > addl $12, %esp > > ret > > > > > > .data > > .align 1 > > .type l1__2E_str_1, at object > &...

I successfully compiled CVS HEAD yesterday on my win32 machine using Visual C++ Express (2005). I also have Mingw tools installed. I wrote a simple hello world application and generated native assembly code using llvm. When I tried to feed the code into GCC, it rejected it with "junk at the end of line" error messages. Shouldn't GCC be able to assemble this code? I realize win32 port

...; > .globl main > > > .type main, @function > > > main: > > > subl $12, %esp > > > fnstcw 10(%esp) > > > movb $2, 11(%esp) > > > fldcw 10(%esp) > > > call __main > > > movl $l1__2E_str_1, %eax > > > movl %eax, (%esp) > > > call printf > > > movl $0, %eax > > > #IMPLICIT_USE > > > addl $12, %esp > > > ret > > > > > > > > > .data > > > .align 1 &g...

...obl main >>>> .type main, @function >>>> main: >>>> subl $12, %esp >>>> fnstcw 10(%esp) >>>> movb $2, 11(%esp) >>>> fldcw 10(%esp) >>>> call __main >>>> movl $l1__2E_str_1, %eax >>>> movl %eax, (%esp) >>>> call printf >>>> movl $0, %eax >>>> #IMPLICIT_USE >>>> addl $12, %esp >>>> ret >>>> >>>> >>>> .data >>>&gt...

...------------- Assembly code ------------- > > .text > > .align 16 > > .globl main > > .type main, @function > > main: > > subl $12, %esp > > fnstcw 10(%esp) > > movb $2, 11(%esp) > > fldcw 10(%esp) > > call __main > > movl $l1__2E_str_1, %eax > > movl %eax, (%esp) > > call printf > > movl $0, %eax > > #IMPLICIT_USE > > addl $12, %esp > > ret > > > > > > .data > > .align 1 > > .type l1__2E_str_1, at object > > .size l1__2E_str_1,13 > > l1__2E_...

...t; .align 16 >>> .globl main >>> .type main, @function >>>main: >>> subl $12, %esp >>> fnstcw 10(%esp) >>> movb $2, 11(%esp) >>> fldcw 10(%esp) >>> call __main >>> movl $l1__2E_str_1, %eax >>> movl %eax, (%esp) >>> call printf >>> movl $0, %eax >>> #IMPLICIT_USE >>> addl $12, %esp >>> ret >>> >>> >>> .data >>> .align 1 >>> .type l1__2E...