freebsd-dev/usr.sbin/binmiscctl/Makefile

#
# $FreeBSD$
#

.include <bsd.own.mk>

PROG=	binmiscctl
MAN=	binmiscctl.8

.include <bsd.prog.mk>
Add Stacey Son's binary activation patches that allow remapping of execution to a emumation program via parsing of ELF header information. With this kernel module and userland tool, poudriere is able to build ports packages via the QEMU userland tools (or another emulator program) in a different architecture chroot, e.g. TARGET=mips TARGET_ARCH=mips I'm not connecting this to GENERIC for obvious reasons, but this should allow the kernel module to be built by default and enable the building of the userland tool (which automatically loads the kernel module). Submitted by: sson@ Reviewed by: jhb@ 2014-04-08 20:10:22 +00:00			`#`
			`# $FreeBSD$`
			`#`

			`.include <bsd.own.mk>`
binmiscctl(8): miscellaneous cleanup - Bad whitespace in Makefile. - Reordered headers, sys/ first. - Annotated fatal/usage __dead2 to help `make analyze` out a little bit. - Spell a couple of sizeof constructs as "nitems" and "howmany" instead. MFC after: 1 week 2020-11-07 03:43:45 +00:00
Add Stacey Son's binary activation patches that allow remapping of execution to a emumation program via parsing of ELF header information. With this kernel module and userland tool, poudriere is able to build ports packages via the QEMU userland tools (or another emulator program) in a different architecture chroot, e.g. TARGET=mips TARGET_ARCH=mips I'm not connecting this to GENERIC for obvious reasons, but this should allow the kernel module to be built by default and enable the building of the userland tool (which automatically loads the kernel module). Submitted by: sson@ Reviewed by: jhb@ 2014-04-08 20:10:22 +00:00			`PROG= binmiscctl`
			`MAN= binmiscctl.8`

			`.include <bsd.prog.mk>`