Searched hist:230367 (Results 1 - 4 of 4) sorted by relevance
| /freebsd-10.1-release/lib/libc/arm/gen/ | ||
| H A D | flt_rounds.c | diff 230367 Fri Jan 20 04:55:27 MST 2012 das Don't inline fenv.h functions on arm for now. Inlining makes sense: the function bodies require only 2 to 10 instructions. However, it leads to application binaries that refer to a private ABI, namely, the softfloat innards in libc. This could complicate future changes in the implementation of the floating-point emulation layer, so it seems best to have programs refer to the official fe* entry points in libm. |
| /freebsd-10.1-release/lib/msun/arm/ | ||
| H A D | Symbol.map | diff 230367 Fri Jan 20 04:55:27 MST 2012 das Don't inline fenv.h functions on arm for now. Inlining makes sense: the function bodies require only 2 to 10 instructions. However, it leads to application binaries that refer to a private ABI, namely, the softfloat innards in libc. This could complicate future changes in the implementation of the floating-point emulation layer, so it seems best to have programs refer to the official fe* entry points in libm. |
| H A D | fenv.c | diff 230367 Fri Jan 20 04:55:27 MST 2012 das Don't inline fenv.h functions on arm for now. Inlining makes sense: the function bodies require only 2 to 10 instructions. However, it leads to application binaries that refer to a private ABI, namely, the softfloat innards in libc. This could complicate future changes in the implementation of the floating-point emulation layer, so it seems best to have programs refer to the official fe* entry points in libm. |
| H A D | fenv.h | diff 230367 Fri Jan 20 04:55:27 MST 2012 das Don't inline fenv.h functions on arm for now. Inlining makes sense: the function bodies require only 2 to 10 instructions. However, it leads to application binaries that refer to a private ABI, namely, the softfloat innards in libc. This could complicate future changes in the implementation of the floating-point emulation layer, so it seems best to have programs refer to the official fe* entry points in libm. |
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