That is, netbsd.ram.gz becomes either netbsd.INSTALL.gz or
netbsd.GENERIC_MD.gz depending on what media (and Open Firmware version).
Also, a few minor rewordings to clarify a little better.
- build (mdset/nm/strip) into ${filename} as one rule, and move ${filename}.gz
into separate rule
- rename MDSET.${filename}.nosymbols -> MDSET_NOSYMBOLS.${filename}
- rename MDSET.${filename}.post -> MDSET_POST.${filename}, and don't do
suffix handling here
- rework suffix handling:
- rename MDSET.${filename}.suffixes -> MDSET_SUFFIXES.${filename},
and change from list of suffixes to list of "suffix cmdtobuildsuffix",
where cmdtobuildsuffix is the name of the variable containing the
command to build ${filename}.${suffix} (available as "${.TARGET}").
- for each ${filename}.${suffix}, depend upon ${filename} and use
${cmdtobuildsuffix} to create the former.
- add separate ${filename}.${suffix}.gz rule
- mipsco & pmax: rename "install.gz" to "netbsd-INSTALL.gz", for
consistency and so the target to build the mdset kernel doesn't get
confused with general "install" target
this needs to build two images and one gzipped tar file:
- install.fs: to mdset into netbsd.INSTALL
- inst.tgz: contents of install.fs
- miniroot.fs: install.fs + gzipped GENERIC kernel. created using a
copy of the crunched ramdiskbin built for install.fs
share much of the miniroot.fs build goop from ../instfs/*
Fixed values of file size and memory requirement.
Added PenCentra 130 and Sigmarion(II) in supported machine list.
Added Vr4122 and Vr4131 in CPU list.
sh3, for example, due to defincencies in the current compiler version).
Deal with this by splitting toolchain shlibs into tc.shl, and teachking
makeflist about it.
Also, fix an old-toolchain remnant in the sh3 set lists.
kernel is incompatible with older version of SYS_UBOOT).
add section headings
describe how to prepare the miniroot easier than normal installation methods
mention that you have to reboot manually after miniroot is done
lukem