1. Nuke out the aculib files that crept in somehow by mistake.
2. Fix the ${.CURDIR} path so that this stuff actually compiles.
It actually compiled for me before the commit, but I must have had
something short-cutting the bug.
job af warning me about mail as my work version does. This patch will
will fix this for bash(1) if MAILPATH is exported:
Submitted by: Mark Murray <mark@grondar.za>
I got irritated with not seeing the interrupt numbers in a (crowded)
"systat -vmstat" display, so I fixed it. Here is a patch to please be
applied in src/usr.bin/systat
libskey contains references to _crypt and can't resolve it unless
-lcrypt occurs after it in the link command. This only occurs when
linking statically.
libskey contains references to _crypt and can't resolve it unless
-lcrypt occurs after it in the link command. This only occurs when
linking statically.
declares them to return char *. For some reason, this causes no problems
with the old compiler tools, but doing a 'make world' with gcc 2.6.3 in a
seperate DESTDIR got me this error:
yacc -d /usr/src/usr.bin/compile_et/error_table.y
cc -O2 -I. -I/usr/src/usr.bin/compile_et/../../lib/libcom_err -I/mnt/usr/include -c y.tab.c -o error_table.o
In file included from /usr/src/usr.bin/compile_et/et_lex.lex.l:11,
from /usr/src/usr.bin/compile_et/error_table.y:233:
/mnt/usr/include/stdlib.h💯 conflicting types for `malloc'
/usr/src/usr.bin/compile_et/error_table.y:80: previous declaration of `malloc'
/mnt/usr/include/stdlib.h:104: conflicting types for `realloc'
/usr/src/usr.bin/compile_et/error_table.y:80: previous declaration of `realloc'
*** Error code 1
Stop.
Declaring malloc and realloc to return void * fixes this. It could be that
the new gcc is a bit more picky about these things.
directory (instead of the same directory as the source files) and that
#includes in those files do not contain the path to the source file.
Obtained from: J.T. Conklin via NetBSD
The "strings" program chokes if you try using "-n".
>How-To-Repeat:
Try "strings -n SOMENUMBER SOMEFILE".
>Fix:
Here's a "diff -u" patch that corrects the problem.
Submitted by: Lon Willett <lon%softt.uucp@math.utah.edu> via NetBSD
the symlinks for yppasswd & friends (we still can't use hard links
because passwd is installed immutable). This would have been simpler
if the LN_FLAGS variable hadn't chosen to wait until now before leaping
out of the /usr/share/mk directory and biting me in the ass. (And thus,
I was enlightened.)
newline must be part of the pattern space i.e. `echo a|sed -e P' must print
a
a
and not
aa
This is consistent with gnu sed, SunOS, Ultrix (and probably others!)
of hard links: since passwd is installed immutable, an attempt to make
a hard link to it during a 'make install' would fail. I didn't notice
this conflict because my /usr directory is an NFS filesystem mounted from a
SunOS server, so the special file mode flags had no effecti when I tested
everything on my machine. Live and learn.
This is the first round of changes to incorporate YP server functionality
into FreeBSD. This particular change allows passwd to change either the
local or NIS password, as well as the NIS GECOS and shell information.
Essentially, I've taken passwd(1) and yppasswd from the yppasswd-0.5
distribution (which is part of the NYS project -- a project to provide
a GNU GPL'ed suite of NIS tools) and rammed them into each other
at high speed. I've tried my best to make this co-exist with the
Kerberos stuff, but since I don't run Kerberos I don't have an easy
way to verify that it all works. If you choose any Kerberos flags
then the YP checks should be bypassed, but that may not be enough.
I'll modify it some more if it turns out I broke something. For now,
support for localand NIS passwords is pretty solid:
- If you simply type 'passwd,' the program checks to see if you exist
in the local pwd.db database. If not, you get bounced to YP.
- If you try to force local functionality with the -l flag and you
don't exist locally, you get an error.
The -y flag can be used to force YP functionality. -f and -s let you
change your full name and shell (respectively). -f *and* -s let you
change all of your 'account information.'
ypchfn, ypchsh, yppasswd and ypchpass are all links to passwd.
It will read a file on stdin and write it as decimal integers on stdout,
this is useful for embedding files in c-sources.
There are a few places where this is needed, and this is a better way than
the current practice of hand-editing the sources.
The command:
date | file2c 'const char date[] = {' ',0};'
will produce:
const char date[] = {
83,97,116,32,74,97,110,32,50,56,32,49,54,58,52,55,58,51,51,32,80,83,84,
32,49,57,57,53,10
,0};
The manual page is 2 lines longer than the source :-)
