Open System Services Management and Operations Guide (G06.25+, H06.03+)

Open System Services Monitor
Open System Services Management and Operations Guide—527191-002
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ADD SERVER Command
The current persistence count for each server is incremented when that server
terminates abnormally or is stopped by something other than SCF. The current
persistence count is not incremented because of processor failure.
When the AUTORESTART option is omitted from the ADD SERVER command,
the default specification is AUTORESTART 3.
BACKUPCPU backup_processor
specifies the processor number of the processor where the backup server process
will run. backup_processor is either an integer in the range 0 through 15 or
equal to -1.
The value -1 specifies that an OSS name server does not run as a process pair.
If the BACKUPCPU parameter is omitted, the processor for the backup server
process is unchanged.
BACKUPCPUOK { TRUE | FALSE }
specifies whether the server should be started in its configured backup processor
when its configured primary processor is unavailable and the server is being
restarted automatically.
When the server is started in its configured backup processor and its configured
primary processor subsequently becomes available, the server automatically
switches to its primary processor.
When this option is omitted from the ADD SERVER command, the default
specification is BACKUPCPUOK TRUE.
INODECACHE size1
specifies the number of entries permitted in the inode cache used by an OSS
name server. size1 is in the range 128 through 500000. The default value is 4096
entries.
LINKCACHE size2
specifies the number of entries permitted in the link cache used by an OSS name
server. size2 can have a value in the range 128 through 500000. The default
value is 4096 entries.
MAXWAITTIME seconds2
specifies the maximum number of seconds that the OSS Monitor waits for the OSS
name server’s primary processor to become available during an automatic restart
of the server; seconds2 must be in the range 0 through 32767. A value of 0
means that the OSS Monitor does not wait for the primary processor to become
available.