Now that this is becoming (dare I even say it?) more useful for
post-configuration, no longer leave sysinstall.debug files around
by default. Only do this if environment variable SYSINSTALL_DEBUG
is set.
This defeats the point of log1p(). ucbtest reports errors of +-5e+15
ULPs. A correct version would use the i387 fyl2xp1 instruction for
small x and maybe scale to small x. The C version does the scaling
reasonably efficiently, and fyl2px1 is slow (at least on P5s), so not
much is lost by always using the C version (only 25% for small x even
with the broken i387 version; 50% for large x).
so that we're more useful in multi-user mode. This is still not
100%, but it pulls in a lot more than it used to. Some of the "composite"
variables in /etc/sysconfig are going to take more work.
o Always write /etc/resolv.conf and /etc/hosts if it makes sense to do
so.
o Reset media properly when reselecting. Longstanding bogon.
o Pull SIGPIPE handling out of package.c; I'm actually hoping to handle
this differently shortly.
o Fix bug where cancel in TCP setup dialog still checked data fields.
I think this closes a PR, but I will have to go look.
in the route. This allows us to remove the unconditional setting of the
pipesize in the route, which should mean that SO_SNDBUF and SO_RCVBUF
should actually work again. While we're at it:
- Convert udp_usrreq from `mondo switch statement from Hell' to new-style.
- Delete old TCP mondo switch statement from Hell, which had previously
been diked out.
doesn't need to be included in files that have nothing to do with
syscalls.
Added missing `.text' to START_ENTRY so that ENTRY() works when
invoked in the data section.
controlling terminal is closed. Now the function ask() will return 1 when th
input is known to come from a file or terminal, or it will return 0 when ther
was a read error.
Modified the question "Skip patch?" so that on an error from ask it will skip
the patch instead of looping.
Closes PR#777
2.2 candidate
is administratively downed, all routes to that interface (including the
interface route itself) which are not static will be deleted. When
it comes back up, and addresses remaining will have their interface routes
re-added. This solves the problem where, for example, an Ethernet interface
is downed by traffic continues to flow by way of ARP entries.
