ended that fork() uses to determine the time that the process
started when calculating the elapsed time. This prevents the
ac_etime field in the accounting record from getting set to -1
if the process exists for a VERY short period of time.
>Description:
A machine with uptime >1 year appears wrong in the ruptime list
Fixes bin/626: ruptime doesn't like big ...
Reviewed by:
Submitted by: root@xaa.stack.urc.tue.nl
Obtained from:
their ambiguity and makes the output more consistent with other
calendars (e.g. cal in Emacs).
Reviewed by:
Submitted by: wosch@cs.tu-berlin.de (Wolfram Schneider)
Obtained from:
Sync with Mark M's latest suggestions.
Submitted by: markm
[This is being pulled from RELENG_2_0_5, it was commited there after the
release, and we need it here and in RELENG_2_1_0, it will be cvs admin -o'ed
off the RELENG_2_0_5 branch after this commit.]
ttwwakeup(). The conditions for doing the wakeup will soon become
more complicated and I don't want them duplicated in all drivers.
It's probably not worth making ttwwakeup() a macro or an inline
function. The cost of the function call is relatively small when
there is a process to wake up. There is usually a process to wake
up for large writes and the system call overhead dwarfs the function
call overhead for small writes.
Temporarily nuke TS_WOPEN. It was only used for the obscure MDMBUF
flow control option in the kernel and for informational purposes
in `pstat -t'. The latter worked properly only for ptys. In
general there may be multiple processes sleeping in open() and
multiple processes that successfully opened the tty by opening it
in O_NONBLOCK mode or during a window when CLOCAL was set. tty.c
doesn't have enough information to maintain the flag but always
cleared it in ttyopen().
TS_WOPEN should be restored someday just so that `pstat -t' can
display it (MDMBUF is already fixed). Fixing it requires counting
of processes sleeping in open() in too many serial drivers.
TS_CAR_OFLOW, TS_CTS_OFLOW, TS_DSR_OFLOW and TS_ZOMBIE.
Document old tty states TS_ASLEEP and TS_TTSTOP more completely.
Document old tty states TS_ASYNC and TS_TBLOCK.
Document not so old tty states TS_CAN_BYPASS_L_RINT and TS_SNOOP.
Don't document nonexistent state TS_HUPCL.
Document the current line disciplines instead of prehistoric ones.
won't get reported. The pcvt, cx and iitty drivers aren't supported.
Report new tty states TS_CONNECTED, TS_SO_OLOWAT, TS_SO_OCOMPLETE,
TS_CAR_OFLOW, TS_CTS_OFLOW, TS_DSR_OFLOW and TS_ZOMBIE if they are
defined.
Report old tty states TS_WOPEN and TS_ASLEEP only if they are defined.
Report not so old tty states TS_CAN_BYPASS_L_RINT and TS_SNOOP only
if they are defined (instead of if __FreeBSD__ is defined).
Temporarily nuke TS_WOPEN. It was only used for the obscure MDMBUF
flow control option in the kernel and for informational purposes
in `pstat -t'. The latter worked properly only for ptys. In
general there may be multiple processes sleeping in open() and
multiple processes that successfully opened the tty by opening it
in O_NONBLOCK mode or during a window when CLOCAL was set. tty.c
doesn't have enough information to maintain the flag but always
cleared it in ttyopen().
TS_WOPEN should be restored someday just so that `pstat -t' can
display it (MDMBUF is already fixed). Fixing it requires counting
of processes sleeping in open() in too many serial drivers.
Don't put partial PARMRK escape sequences in the input queue. Use
MAX_INPUT = TTYHOG instead of TTYHOG directly for the maximum input
queue size. Don't use the bogus MAX_INPUT advertised in
<sys/syslimits.h>.
First of many changes required to restore lost stability to the tty
driver.
ECHONL is supposed to enable echoing of NL when ECHO is off, but it
enabled echoing of everything except NL.
VBLK vnodes isn't adequate since all NFS nodes aren't locked, either. The
result is a race condition that would lead to duplicate buffers at the
same block offset.
Submitted by: John Dyson
-S domainname,server1,server2,server3,...
The -S flag allows the system administrator to lock ypbind to a
particular domain and group of NIS servers. Up to ten servers can
be specified. There must not be any spaces between the commas in
the domain/server specification. This option is used to insure that
that the system binds only to one domain and only to one of the
specified servers, which is useful for systems that are both NIS
servers and NIS clients: it provides a way to restrict what ma-
chines the system can bind to without the need for specifying the
-ypset or -ypsetme options, which are often considered to be secu-
rity holes. The specified servers must have valid entries in the
local /etc/hosts file. IP addresses may be specified in place of
hostnames. If ypbind can't make sense ouf of the arguments, it will
ignore the -S flag and continue running normally.
Note that ypbind will consider the domainname specified with the -S
flag to be the system default domain.
(According to what Garrett showed me, OSF/1 actually only allows 4 servers
to be specified. Ten seemed to be a bit more reasonable to me.)
Suggested by: G. Wollman
Idea lifted from: OSF/1
Add nis_ypsetflags sysconfig entry and appropriate code in rc to call
ypset if needed. Should probably automatically add `-ypsetme' to ypbind
flags if this is set.
not specified (default case).
Use _PATH_* for utmp/wtmp.
Support for >32 PTYs.
>Submitted by: Heikki Suonsivu <hsu@cs.hut.fi>
Plug already known security hole. (Brought over from 1.1.5):
Fixed security problem with telnetd, which allowed
telnet -l -hcert.org localhost
to change the user's host in utmp.
Thanks to Matthew Green <mrgreen@@mame.mu.oz.au> for showing me this one.
>Reviewed by: karl, guido
>Submitted by: mrgreen@mame.mu.oz.au
Obtained from: FreeBSD insecure telnetd
causes some clients that do not support linemode to mis-interpret the return
key (i.e. double returns).
The fix is to only do the state check for binary options if linemode will
be used.
Closes PR#505.
Submitted by: Charles Henrich
Obtained from: FreeBSD insecure telnetd
