Also move the elf2aout conversion to be last in the build sequence, this means that strip is run on the elf kernel.
Also have dbsym run on the kernel, this should allow us to have symbols in the kernel.
This now means kernels boot and run, and can also have ddb symbols.
- - Disable `options DIAGNOSTIC' by default, as the checks are reported to
be not really cheap.
- - Add `options COMPAT_AOUT_M68K', commented out, in preparation for ELF.
- - Remove `options EXEC_ELF32' from the kernel config. You can't just
build an ELF kernel -- you need to update your toolchain, and then,
once you go ELF, it's not an option, so it needs to go in std.mac68k,
as on the other m68k ports.
- - Comment out `options COMPAT_SUNOS'. This hasn't been reported to work
for a long time, so it's not very useful in GENERIC.
- - Enable `options IPFILTER_LOG', to go along with the `options GATEWAY'
and `pseudo-device ipfilter' motif.
enabled by definining __ARM_FIQ_INDIRECT in <machine/types.h>.
This is needed for OpenFirmware systems (like the Shark), where
the OFW vector page is used, and kernel entries merely patched
into it.
kernel's ${NORMAL_S}. In particular, we need the ${CPPFLAGS} from
<bsd.kmod.mk> to support non-self-hosted builds. (Changing iwm.s to iwm.S
would also work.)
the information provided by the loader if possible (defaulting to `end').
If the DDB symbols aren't needed, `kernel_top' is adjusted in
autoconf:bootstrap() before calling pmap_bootstrap(). It will also
preserve the bootinfo data (if passed by the loader) for non-DDB kernels.
that the load addresses in the section array are increasing, and that no
section in the array overlap with each other. IRIX proably makes the same
assumptions, but this has not been tested.
The key point with relocation is to always use the same offset for each
section. Because userland gets only the load address off the first section, it
has to assume that all the remaining sections kept the same offset with
respect to the first section. By using fixed offset instead of finding
some free space for each section, we can eliminate the libX11 load hack.
