KILL(1) BSD General Commands Manual KILL(1)

NAME
     kkiillll - terminate or signal a process

SYNOPSIS
     kkiillll [-ss signalname] pid ...
     kkiillll -ll [exitstatus]
     kkiillll -ssiiggnnaallnnaammee pid ...
     kkiillll -ssiiggnnaallnnuummbbeerr pid ...

DESCRIPTION
     The kkiillll utility sends a signal to the processes specified by the pid op-
     erand(s).

     Only the super-user may send signals to other users' processes.

     The options are as follows:

     -ss signalname
             A symbolic signal name specifying the signal to be sent instead
             of the default TERM.

     -ll [exitstatus]
             If no operand is given, list the signal names; otherwise, write
             the signal name corresponding to exitstatus.

     -ssiiggnnaallnnaammee
             A symbolic signal name specifying the signal to be sent instead
             of the default TERM.

     -ssiiggnnaallnnuummbbeerr
             A non-negative decimal integer, specifying the signal to be sent
             instead of the default TERM.

     The following pids have special meanings:
     -1      If superuser, broadcast the signal to all processes; otherwise
             broadcast to all processes belonging to the user.

     Some of the more commonly used signals:
     1       HUP (hang up)
     2       INT (interrupt)
     3       QUIT (quit)
     6       ABRT (abort)
     9       KILL (non-catchable, non-ignorable kill)
     14      ALRM (alarm clock)
     15      TERM (software termination signal)

     Some shells may provide a builtin kkiillll command which is similar or iden-
     tical to this utility.  Consult the builtin(1) manual page.

SEE ALSO
     builtin(1), csh(1), killall(1), ps(1), kill(2), sigaction(2)

STANDARDS
     The kkiillll function is expected to be IEEE Std 1003.2 (``POSIX.2'') compat-
     ible.

HISTORY     A kkiillll command appeared in Version 6 AT&T UNIX.

BUGS
     A replacement for the command ``kill 0'' for csh(1) users should be pro-
     vided.

BSD                             April 28, 1995                             BSD