870a0c2c34
@
* i386.c (output_fp_cc0_set): Don't check the JUMP_INSN code for
conditional move.
(notice_update_cc, output_float_compare): Enable TARGET_CMOVE support.
(output_float_compare, output_fp_cc0_set): Fix the FLOAT comparison
for IEEE math and CC_FCOMI.
(put_jump_code): No IEEE if CC_FCOMI is set.
From-SVN: r27204
|
||
|---|---|---|
| .. | ||
| 1750a | ||
| a29k | ||
| alpha | ||
| arc | ||
| arm | ||
| c4x | ||
| clipper | ||
| convex | ||
| dsp16xx | ||
| elxsi | ||
| fx80 | ||
| gmicro | ||
| h8300 | ||
| i370 | ||
| i386 | ||
| i860 | ||
| i960 | ||
| m32r | ||
| m68k | ||
| m88k | ||
| mips | ||
| mn10200 | ||
| mn10300 | ||
| msdos | ||
| ns32k | ||
| pa | ||
| pdp11 | ||
| pyr | ||
| romp | ||
| rs6000 | ||
| sh | ||
| sparc | ||
| spur | ||
| tahoe | ||
| v850 | ||
| vax | ||
| we32k | ||
| winnt | ||
| aoutos.h | ||
| dbx.h | ||
| dbxcoff.h | ||
| dbxelf.h | ||
| elfos.h | ||
| float-i32.h | ||
| float-i64.h | ||
| float-i128.h | ||
| float-i386.h | ||
| float-m68k.h | ||
| float-sh.h | ||
| float-vax.h | ||
| fp-bit.c | ||
| gnu.h | ||
| gofast.h | ||
| interix.h | ||
| libgloss.h | ||
| linux-aout.h | ||
| linux.h | ||
| lynx-ng.h | ||
| lynx.h | ||
| netbsd.h | ||
| nextstep21.h | ||
| nextstep.c | ||
| nextstep.h | ||
| openbsd.h | ||
| psos.h | ||
| ptx4.h | ||
| README | ||
| svr3.h | ||
| svr4.h | ||
| t-gnu | ||
| t-install-cpp | ||
| t-libc-ok | ||
| t-linux | ||
| t-linux-aout | ||
| t-linux-gnulibc1 | ||
| t-netbsd | ||
| t-openbsd | ||
| t-openbsd-thread | ||
| t-rtems | ||
| t-svr4 | ||
| tm-dwarf2.h | ||
| x-interix | ||
| x-linux | ||
| x-linux-aout | ||
| x-lynx | ||
| x-svr4 | ||
| xm-alloca.h | ||
| xm-freebsd.h | ||
| xm-gnu.h | ||
| xm-interix.h | ||
| xm-linux.h | ||
| xm-lynx.h | ||
| xm-openbsd.h | ||
| xm-siglist.h | ||
| xm-std32.h | ||
| xm-svr3.h | ||
| xm-svr4.h | ||
This directory contains machine-specific files for the GNU C compiler. It has a subdirectory for each basic CPU type. The only files in this directory itself are some .h files that pertain to particular operating systems and are used for more than one CPU type.