xlsatoms(1X)                                         xlsatoms(1X)



NAME
     xlsatoms - lists interned atoms defined on the server

SYNOPSIS
     xlsatoms [-display display] [-format control-string]
     [-range [low]-[high]] [-name atom]

DESCRIPTION
     xlsatoms lists the interned atoms.  By default, all atoms
     starting from 1 (the lowest atom value defined by the proto-
     col) are listed until an unknown atom is found.  If an ex-
     plicit range is given, xlsatoms tries all atoms in the
     range, whether or not any are defined.

   Options
     The xlsatoms command accepts these options:

     -display display
             Specifies the X server to connect to. See X(1X) for
             details.

     -format control-string
             Specifies a printf(3S)-style string used to list
             each atom <value,name> pair, printed in that order
             and followed by a newline, where value is an un-
             signed long and name is a char *.  The default is
             %ld\t%s.

     -name atom
             Specifies the name of an atom to list.  If the atom
             does not exist, xlsatoms prints a message on the
             standard error.

     -range [low]-[high]
             Specifies the range of atom values to check.  If low
             is not given, a value of 1 is assumed.  If high is
             not given, xlsatoms stops at the first undefined
             atom at or above low.

   Environment variables
     The xlsatoms command uses this environment variable:

     DISPLAY Specifies the default host, display number, and
             screen.

NOTES
     Copyright 1989, Massachusetts Institute of Technology.
     See X(1X) for a full statement of rights and permissions.

     Author: Jim Fulton, MIT X Consortium





November, 1990                                                  1

xlsatoms(1X)                                         xlsatoms(1X)



SEE ALSO
     X(1X), XmacII(1X), xprop(1X)





















































2                                                  November, 1990