mirror of
https://github.com/AsahiLinux/u-boot
synced 2024-11-30 00:21:06 +00:00
a67ef280f4
This way we may have very limited set of functions implemented so we save some space. Also it allows us to build U-Boot for any ARC core with the same one toolchain because we don't rely on pre-built libgcc. For example: * we may use little-endian toolchain but build U-Boot for ether endianess * we may use non-multilibbed uClibc toolchain but build U-Boot for whatever ARC CPU flavour that current GCC supports Private libgcc built from generic C implementation contributes only 144 bytes to .text section so we don't see significant degradation of size: --->8--- $ arc-linux-size u-boot.libgcc-prebuilt text data bss dec hex filename 222217 24912 214820 461949 70c7d u-boot.libgcc-prebuilt $ arc-linux-size u-boot.libgcc-private text data bss dec hex filename 222361 24912 214820 462093 70d0d u-boot.libgcc-private --->8--- Also I don't notice visible performance degradation compared to pre-built libgcc (where at least "*div*" functions are had-written in assembly) on typical operations of downloading 10Mb uImage over TFTP and bootm. Signed-off-by: Alexey Brodkin <abrodkin@synopsys.com> |
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| .. | ||
| _millicodethunk.S | ||
| bootm.c | ||
| cache.c | ||
| cpu.c | ||
| interrupts.c | ||
| libgcc2.c | ||
| libgcc2.h | ||
| Makefile | ||
| memcmp.S | ||
| memcpy-700.S | ||
| memset.S | ||
| relocate.c | ||
| reset.c | ||
| sections.c | ||
| strchr-700.S | ||
| strcmp.S | ||
| strcpy-700.S | ||
| strlen.S | ||
| timer.c | ||