0af03d24f8
The endianness of an architecture is now set up automatically using Kconfig and some common code. The available conversion functions were also expanded to go to or from a particular endianness. Those use the abbreviation le or be for little or big endian. Built for Stumpy and saw coreinfo cbfs support work which uses network byte order. Used the functions which convert to little endian to implement an AHCI driver. The source arch is also little endian, so they were effectively (and successfully) inert. Change-Id: I3a2d2403855b3e0e93fa34f45e8e542b3e5afeac Signed-off-by: Gabe Black <gabeblack@google.com> Reviewed-on: http://review.coreboot.org/1719 Tested-by: build bot (Jenkins) Reviewed-by: Ronald G. Minnich <rminnich@gmail.com> |
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| .. | ||
| util/kconfig | ||
| COPYING | ||
| Kconfig | ||
| Makefile | ||
| README | ||
| bootlog_module.c | ||
| cbfs_module.c | ||
| coreboot_module.c | ||
| coreinfo.c | ||
| coreinfo.h | ||
| cpuid.S | ||
| cpuinfo_module.c | ||
| lar_module.c | ||
| multiboot_module.c | ||
| nvram_module.c | ||
| pci_module.c | ||
| ramdump_module.c | ||
README
This is a silly little program that demonstrates how cool libpayload is and also serves a purpose. Its fun and educational! Requirements ------------ You should use the coreboot reference cross compiler. If you insist on using your system compiler, some Linux distributions might require you to install a package called gcc-multilib if you are on a 64bit system. Build ----- You need libpayload to build coreinfo. So, first, you need follow the README of libpayload to build it but install libpayload into its own directory by doing this: $ make DESTDIR=/path/to/libpayload/install install Then you can build coreinfo now: $ cd coreinfo $ make menuconfig $ make