(prevents spurious warning for mfs /dev, amongst other things)
- for mipsco, news68k, newsmips: ensure that "umask 77" is run after $0.local
- for playstation2: add local) target, and use in all) (for consistency)
* use "ln -fs foo bar" instead of "rm -f bar; ln -s foo bar"
* remove unnecessary chown root or chgrp wheel directives; older code here
didn't bother doing this, so why be inconsistent
* when making directories, don't use -p and don't redirect stdout to /dev/null
* clean up whitespace
* wrap the main parser code in a function makedev(), and call makedev
instead of "sh $0". (this is a bit faster)
* don't barf when we have fdesc mounted; just skip the devices fdesc provides
(these files should really be automagically generated...)
"pty0 pty1 pty2 pty3" before, for a total of 64 device nodes, we now want
just "pty0" for a total of 62 -- the original commit had "pty0 pty1" for a
total of 124, which ate too many inodes and made "ls /dev" a bit messy.
Changes taken from the i386 MAKEDEV. Note that the unusual use of 'dd'
to index an array was chosen because 'dd' is on all ports' install media.
This form of this change comes from Andrew Brown; the original idea to
bump the number of ptys this way comes from Brian Marcotte at Panix.
more consistent. To quote the comment in etc/Makefile
that describes how it's done:
# This target builds the kernels specified by each port. A port may
# specify the following kernels:
#
# KERNEL_SETS The list of kernels that will be
# packaged into sets, named
# kern-${kernel}.tgz. These kernels
# are also placed in the binary/kernels
# area of the release package as
# netbsd-${kernel}.gz.
#
# EXTRA_KERNELS Additional kernels to place in the
# binary/kernels area of the release
# package as netbsd-${kernel}.gz, but
# which are not placed into sets. This
# allows a port to provide e.g. a netbootable
# installation kernel containing a ramdisk.
#
# BUILD_KERNELS Additional kernels to build which are
# not placed into sets nor into the
# binary/kernels area of the release
# package. These are typically kernels
# that are built for inclusion only in
# installation disk/CD-ROM/tape images.
#
