tinycc/include/stdarg.h

#ifndef _STDARG_H
#define _STDARG_H

typedef __builtin_va_list va_list;
#define va_start __builtin_va_start
#define va_arg __builtin_va_arg
#define va_copy __builtin_va_copy
#define va_end __builtin_va_end

/* fix a buggy dependency on GCC in libio.h */
typedef va_list __gnuc_va_list;
#define _VA_LIST_DEFINED

#endif /* _STDARG_H */
added std libs 2001-11-11 02:54:21 +00:00			`#ifndef _STDARG_H`
			`#define _STDARG_H`

Make tcclib1.a compile on macOS again When compiling on macOS (at least in version 10.12) the TCC compiler failed to compile libtcc1.a. Three problems were solved: - The predefined macro "__APPLE__" is now available, as it is tested in the libc darwin header files - the libtcc1 Makefile defined _ANSI_SOURCE, although it used signals - stdargs.h defined va_list differently from the darwin libc. If the darwin standard library was included BEFORE stdargs this caused problems. - the darwin libc generated a warning if GCC < 4 was used - additional defines are predefined now to make darwin libc headers compile. 2020-04-12 00:39:47 +02:00			`typedef __builtin_va_list va_list;`
riscv: implement stdarg functions this also fixes passing of params > 16 bytes. In riscv they aren't passed by value on stack, but via reference (and because callees are allowed to modify by-ref params the caller must allocate an own copy per call). This fixes the stdarg parts of 73_arm.c. 2019-07-21 03:25:12 +02:00			`#define va_start __builtin_va_start`
stdarg: always have the __builtin_va_* available This makes available the __builtin_va_list type and __builtin variants of va_start, va_arg, va_copy and va_end. We do this via a header file that's prepended to all compilations always (except if merely preprocessing): tcc_predefs.h. That header could also be used for predefining other builtins in the future. We don't need the define hacks for musl anymore with this. Also fix x86_64 gfunc_prologue to reserve enoug space for the full va_list structure, not just 16 bytes. 2017-12-25 21:32:27 +01:00			`#define va_arg __builtin_va_arg`
			`#define va_copy __builtin_va_copy`
			`#define va_end __builtin_va_end`
Add support of x86-64. Most change was done in #ifdef TCC_TARGET_X86_64. So, nothing should be broken by this change. Summary of current status of x86-64 support: - produces x86-64 object files and executables. - the x86-64 code generator is based on x86's. -- for long long integers, we use 64bit registers instead of tcc's generic implementation. -- for float or double, we use SSE. SSE registers are not utilized well (we only use xmm0 and xmm1). -- for long double, we use x87 FPU. - passes make test. - passes ./libtcc_test. - can compile tcc.c. The compiled tcc can compile tcc.c, too. (there should be some bugs since the binary size of tcc2 and tcc3 is differ where tcc tcc.c -o tcc2 and tcc2 tcc.c -o tcc3) - can compile links browser. It seems working. - not tested well. I tested this work only on my linux box with few programs. - calling convention of long-double-integer or struct is not exactly the same as GCC's x86-64 ABI. - implementation of tcc -run is naive (tcc -run tcctest.c works, but tcc -run tcc.c doesn't work). Relocating 64bit addresses seems to be not as simple as 32bit environments. - shared object support isn't unimplemented - no bounds checker support - some builtin functions such as __divdi3 aren't supported 2008-12-02 03:19:25 +09:00
update 2001-11-11 18:01:29 +00:00			`/* fix a buggy dependency on GCC in libio.h */`
			`typedef va_list __gnuc_va_list;`
glibc compat fix 2003-01-06 20:22:23 +00:00			`#define _VA_LIST_DEFINED`
update 2001-11-11 18:01:29 +00:00
Add support of x86-64. Most change was done in #ifdef TCC_TARGET_X86_64. So, nothing should be broken by this change. Summary of current status of x86-64 support: - produces x86-64 object files and executables. - the x86-64 code generator is based on x86's. -- for long long integers, we use 64bit registers instead of tcc's generic implementation. -- for float or double, we use SSE. SSE registers are not utilized well (we only use xmm0 and xmm1). -- for long double, we use x87 FPU. - passes make test. - passes ./libtcc_test. - can compile tcc.c. The compiled tcc can compile tcc.c, too. (there should be some bugs since the binary size of tcc2 and tcc3 is differ where tcc tcc.c -o tcc2 and tcc2 tcc.c -o tcc3) - can compile links browser. It seems working. - not tested well. I tested this work only on my linux box with few programs. - calling convention of long-double-integer or struct is not exactly the same as GCC's x86-64 ABI. - implementation of tcc -run is naive (tcc -run tcctest.c works, but tcc -run tcc.c doesn't work). Relocating 64bit addresses seems to be not as simple as 32bit environments. - shared object support isn't unimplemented - no bounds checker support - some builtin functions such as __divdi3 aren't supported 2008-12-02 03:19:25 +09:00			`#endif /* _STDARG_H */`