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@ -51,12 +51,12 @@ test -x $CSET_BIN || { echo "$CSET_BIN not installed";
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if [ "$1" = "stop" ]; then exit 0;
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else exit 5; fi; }
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# cset variables
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# cset variables (EDIT apropriately for your situation)
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CSET_SYSTEM=0
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CSET_USER=1-7
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# Check for existence of needed config file and read it
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# This is not used for this example, but you can create one for
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# Check for existence of cset config file and read it
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# This is not used in this example, but you can create one for
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# your setup if you wish.
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#CSET_CONFIG=/etc/sysconfig/cset
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#test -r $CSET_CONFIG || { echo "$CSET_CONFIG not existing";
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@ -86,16 +86,16 @@ case "$1" in
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#### Example 1: using the shield subcommand
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##
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#$CSET_BIN shield --cpu=0
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#$CSET_BIN shield --cpu=1-3
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# Note that this creates CPU 0 as the general processor that runs
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# everything and all other CPUs are assigned to the shield. This
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# is a typical simple shielding setup. Adjust if your needs are
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# different.
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# everything and all other CPUs (assuming this is a 4-CPU system) are assigned
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# to the shield. This is a typical simple shielding setup. Adjust if your
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# needs are different.
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# For shielding kernel threads as well, use the -k switch below instead
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# of the shield command above.
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#$CSET_BIN shield --cpu=0 -k
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#$CSET_BIN shield --cpu=1-3 -k
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##
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#### Example 2: using the set and proc subcommands
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Alex Tsariounov
13 years ago