Open System Services Management and Operations Guide (G06.29+, H06.07+)

Open System Services Monitor
Open System Services Management and Operations Guide—527191-005
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ADD FILESET Command
If FTIOMODE is not specified, the default behavior is UNBUFFEREDCP.
MAXDIRTYINODETIME seconds2
specifies the maximum number of seconds that an inode of the fileset remain in the
OSS name server’s inode cache before being flushed to disk. seconds2 must be
a value in the range 1 through 600; the default value is 30.
MAXINODES maxinodes
specifies the approximate maximum number of inodes that can be created for the
fileset. maxinodes must be a value in the range 100000 through 2200000; the
default value is 500000.
NAMESERVER servername
specifies the server name of the OSS name server that should administer the
fileset. The specified server must already be part of the OSS configuration.
The first character of the name must be a pound sign (#). Server names are not
case-sensitive.
If the NAMESERVER parameter is omitted, the default server is the OSS name
server for the root fileset, #ZPNS.
NFSPOOL kbytes
specifies the number of kilobytes that the OSS name server uses for buffers for
nonretryable Network File System (NFS) operations for the fileset.
Possible values are 4 through 128 kilobytes. The default value is 16 kilobytes.
See the Open System Services NFS Management and Operations Guide for more
information about NFS.
NFSTIMEOUT seconds
specifies the number of seconds that the OSS name server retains the results of
nonretryable Network File System (NFS) operations for the fileset.
Valid values are in the range 60 through 300. The default value is 120.
See the Open System Services NFS Management and Operations Guide for more
information about NFS.
OSSBUFFEREDCP Use OSS-buffered input/output with checkpointing. This
behavior provides fault tolerance for single failures, with
better performance than DP2BUFFEREDCP. OSS
filesystem processes and DP2 share responsibility for
buffering file data; OSS provides the buffering whenever
possible. DP2 checkpoints the file state to its backup
process to ensure recovery from single failures.