Searched hist:36979 (Results 1 - 4 of 4) sorted by relevance
| /freebsd-10.0-release/sys/nfs/ | ||
| H A D | nfs_common.c | diff 36979 Sun Jun 14 13:52:00 MDT 1998 bde Avoid an egcs pessimization for 64-bit signed division on i386's. Pre-2.8 versions of gcc generate a call to __divdi3() for all 64-bit signed divisions, but egcs optimizes them to a shift and fixup when the divisor is a constant power of 2. Unfortunately, it generates a call to __cmpdi2() for the fixup, although all except possibly ancient versions of gcc and egcs do ordinary 64-bit comparisons inline. |
| /freebsd-10.0-release/sys/nfsclient/ | ||
| H A D | nfs_subs.c | diff 36979 Sun Jun 14 13:52:00 MDT 1998 bde Avoid an egcs pessimization for 64-bit signed division on i386's. Pre-2.8 versions of gcc generate a call to __divdi3() for all 64-bit signed divisions, but egcs optimizes them to a shift and fixup when the divisor is a constant power of 2. Unfortunately, it generates a call to __cmpdi2() for the fixup, although all except possibly ancient versions of gcc and egcs do ordinary 64-bit comparisons inline. |
| H A D | nfs_bio.c | diff 36979 Sun Jun 14 13:52:00 MDT 1998 bde Avoid an egcs pessimization for 64-bit signed division on i386's. Pre-2.8 versions of gcc generate a call to __divdi3() for all 64-bit signed divisions, but egcs optimizes them to a shift and fixup when the divisor is a constant power of 2. Unfortunately, it generates a call to __cmpdi2() for the fixup, although all except possibly ancient versions of gcc and egcs do ordinary 64-bit comparisons inline. |
| /freebsd-10.0-release/sys/nfsserver/ | ||
| H A D | nfs_srvsubs.c | diff 36979 Sun Jun 14 13:52:00 MDT 1998 bde Avoid an egcs pessimization for 64-bit signed division on i386's. Pre-2.8 versions of gcc generate a call to __divdi3() for all 64-bit signed divisions, but egcs optimizes them to a shift and fixup when the divisor is a constant power of 2. Unfortunately, it generates a call to __cmpdi2() for the fixup, although all except possibly ancient versions of gcc and egcs do ordinary 64-bit comparisons inline. |
Completed in 200 milliseconds