which bits to build, and to allow "make -j N" actually do something in
parallel:
- build_kernels: for each of ${ALL_KERNELS}, create kern-${NAME} target
which configures & builds the kernel ${NAME}.
- build_kernsets: for each of ${KERNEL_SETS}, create kernset-${NAME} target
to create ${RELEASEDIR}/binary/sets/kern-${NAME}.tgz
- build_releasekernels: for each of ${KERNEL_SETS} ${EXTRA_KERNELS}, create
${RELEASEDIR}/binary/kernel/netbsd-${NAME}.gz (et al)
(The latter two .WAIT until build_kernels has completed)
Supports either ${SRCDIR}/crypto/dist/ssh (if using -s on a src tree)
or ${SRCDIR}/etc (if using -s on an extracted etc.tgz set) for the
"source" location of moduli.
needed to fully support the "new distrib world order"):
* remove unnecessary trailing ;
* clean up whitespace
* remove unnecessary chown root or chgrp wheel directives; older code here
didn't bother doing this, so why be inconsistent
* don't barf when we have fdesc mounted; just skip the devices fdesc provides
* when making directories, don't use -p and don't redirect stdout to /dev/null
* add /dev/fd/* support [hp300]
* convert to new pty generation [hp300]
ALL_KERNELS ?= ${KERNEL_SETS} ${EXTRA_KERNELS} ${BUILD_KERNELS}
and use ALL_KERNELS instead of the latter three in the loop to configure
& build kernels. This allows ALL_KERNELS to be overridden in make(1)'s
environment or on make(1)'s command line... (I got sick of waiting for
all eleven i386 kernels to rebuild when I was only testing one)
dev database be rebuilt after loading modules. Loading modules might
create new nodes in /dev, but the dev database is being initialized
too soon for lkm2 and lkm3. This means that, eg, /dev/xf86 (typically
marked AFTERMOUNT and loaded by lkm2) will show up properly. Reviewed
by lukem.
immediately afterwards before bringing the interface up. This avoids
a small security gap existing in the previous scheme where IP Filter
was synced after all cloning interfaces were created and brought up.
lukem