- split the "starting network daemons" in half.
- The first half starts things necessary to get full name service up.
- The quota check etc moved from "before network" to after the name
services are running. quotacheck does a while(p=getpwent()) which
isn't real good without YP running...
- moved rwhod a little later to put it with the other network stuff.
- deferred inetd a tad so that it's after ldconfig and dev_mkdb,
otherwise you get logins before you're ready.
Unresolved: named is started before ypserv/ypbind still, but named does
a while(s = getservent()) and while (p=getprotoent()) to suck in the
entire database into memory. This means you cannot have a "+" in the
/etc/services or /etc/protocols files or you get a long hang at boot.
(implemented better, admittedly) with a new option, '-S'. If the
maintainers of traceroute (Van?) add a -S option, we will then be in
conflict.
Also added a too-brief description of the option in the man page. Someone
with a better command of English than I at the moment should probably look
over it and rephrase it.
Reviewed by: pst, jkh
testing I changed it to -c to check for missed files by looking at time
stamps in /usr/include/g++.
Submitted by: "Philippe Charnier" <charnier@xp11.frmug.org>
dead kernel debugging. The previous code was a "do nothing".
The most obvious side effect of this is that you can now do things like
this and reasonably expect them to work:
dmesg -M /var/crash/vmcore.3 -N /var/crash/kernel.3
ps -axl -M /var/crash/vmcore.3 -N /var/crash/kernel.3
A good deal of this was lifted from the gdb code to do this, as well as
from NetBSD's libkvm (which has completely different VM macros)
callers of it to take advantage of this. This reduces new connection
request overhead in the face of a large number of PCBs in the system.
Thanks to David Filo <filo@yahoo.com> for suggesting this and providing
a sample implementation (which wasn't used, but showed that it could be
done).
Reviewed by: wollman
I have only tested the ABP5140 card and only with a single CDROM drive
but it seems to work fine. This driver relies on features found only in
the SCSI branch so will not work in -current until those changes
are brought in. It also doesn't have any error handling code *yet*.
The goal is to use this driver as the development platform for the new
generic SCSI layer error recovery/handling code.
PCI and EISA front ends will show up as soon as I get my hands on
the cards. There are also a few issues in the driver that I need
to clear up with AdvanSys before I can suggest sticking one of
these cards in your server. 8-)
Thanks to AdvanSys for releasing this code under a suitable copyright.
Obtained from: Ported from the Linux driver writen by
bobf@advansys.com (Bob Frey).
