XCPUSTATE(1)
NAME
xcpustate - display CPU states (idle, nice, system, ker-
nel) statistics
SYNTAX
xcpustate [-toolkitoption ...] [-count iterations]
[-interval seconds]
DESCRIPTION
Xcpustate displays bars showing the percentage of time the
CPU spends in different states.
On a machine running Berkeley Unix, or a derivative (Suns
with SunOS, microVaxen with Ultrix), the bar indicates the
proportions of idle, user, nice, and system time with
increasing levels of gray scale (from left to right)
On an Iris4D, there may be more than one bar, one for each
CPU, and each bar indicates the proportions of idle +
wait, user, kernel, sxbrk and interrupt time for each cpu.
On a Cray X/MP or Y/MP, under Unicos 5.1 or greater, it
will display bars for as many cpus as are configured. The
proportions of idle, user and system time are shown for
each cpu.
OPTIONS
Xcpustate accepts all of the standard X Toolkit command
line options, plus:
-count iterations
The number of times it should update the display.
Default is forever.
-interval seconds
the interval in between updates. Default is 1 sec-
ond.
X DEFAULTS
For xcpustate the available class identifiers are:
CPUStateMonitor - the application
Form - enclosing the entire application, and sub-Forms enclosing
Label/Bar pairs.
For xcpustate, the available name identifiers are:
xcpustate - application name
The outer Form is "form".
The Forms enclosing the Label/Bar pairs are "formN", where N is the
index number, starting with the top pair as zero.
Each Label name is the same as the label string.
Each Bar name is "barN".
For xcpustate, the available resources are:
name interval, class Interval
corresponds to the -interval option. Takes an inte-
ger value.
name count, class Count
corresponds to the -count argument, also takes and
integer value.
NOTES
Xcpustate was designed for a multiprocessor (a Silicon
Graphics Iris4D/240) - it happens to work for conventional
BSD uniprocessors. It is meant to be easy to port, and
extend to monitor a wide variety of statistics.
SEE ALSO
xperfmon, xload
AUTHOR
Mark Moraes, University of Toronto Thanks to Chris Sieben-
mann for the code for BSD systems. Thanks to Walter D.
Poxon from Cray Research for the code for Cray X/MP and
Y/MPs.