curses key symbols
* Fixed behaviour of the menu window handling. The library no longer
creates the subwindow or window which is correct behaviour as documented
in the ETI library documentation.
ROOT localhost:~> /etc/rc.d/ipfilter reload
Reloading ipfilter rules.
22: Invalid icmp-type (echo) specified
With version 1.7 everything works just fine:
ROOT localhost:~> /etc/rc.d/ipfilter reload
Reloading ipfilter rules.
Set 1 now inactive
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.
- wrap the main parser code in a function makedev(), and call makedev
instead of 'sh $0'. (this is a bit faster)
- 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
the specfile don't confuse things. doesn't affect the default
(physical) operation, and shouldn't affect logical either.
- slightly rework how miss() is implemented so that duplicated code is
reduced and links may optionally have a mode, uname and/or gname.
only?) are sorted out. speculation (based on some analysis by simonb)
is that it's because fts calls _opendir2 directly, which forces both
the libhack and the libc versions of opendir.o to be linked in.
in any case, there's space saves to be had elsewhere...
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.
requirement to build as root on a system with vnconfig.
Use ${KERNSRCDIR} and ${_SRC_TOP_} where appropriate
Remove now-obsolete:
list2sh.awk runlist.sh bootfloppy-common/list
Bootfloppy-*/Makefile: don't need to set DISKTYPE or BLOCK8K any more
Rename bootfloppy-common/Makefile.inc to common/Makefile.bootfloppy
and fdset-common/Makefile.inc to common/Makefile.fdset
This uses makefs instead of vnconfig and disklabel, thus removing the
need for root privileges to build these floppies..
Add common/Makefile.ramdisk, to simplify ramdisk-*/Makefile.
Uses shared ${_SRC_TOP_}/distrib/common/Makefile.crunch and
${_SRC_TOP_}/distrib/common/Makefile.image to even further simply things.
Migrate ramdisk-*/dot.profile to a shared common/dot.profile, which
detects whether it's an install or rescue profile based on the existance
of /sysinst. Remove /dev generation code as init(8) now does that for us.
Migrate common parts of */list to a shared common/list.ramdisk.
Convert ramdisk-*/list to new format used by distrib/common/parselist.awk
Don't bother running pwd_mkdb now that libhack's getpwent parses
/etc/master.passwd instead of /etc/passwd.
Migrate ramdisk-*/mtree.conf to a shared common/mtree.conf, which is now a
new full-path-style specfile.
Remove ramdisk-*/ramdiskbin.conf as it's now automatically generated
from ramdisk-*/list by parselist.awk.
Migrate ramdisk-*/termcap.mini to a shared common/termcap.mini.
Remove unused ramdisk-{small,tiny}/disktab.preinstall.
Use .for loops in kernel-*/Makefile to simply defining mostly-duplicated
targets.
ramdisk-*/Makefile: convert to using common/Makefile.ramdisk
Remove unused ramdisk-*/dot.hdprofile.
