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

Open System Services Monitor
Open System Services Management and Operations Guide—527191-005
12-10
ADD FILESET Command
STOPPED
No attempt is made to start the fileset when a system load occurs. No attempt
is made to start the fileset during a restart of the OSS environment, unless the
fileset has been manually started.
This is the default value.
DEVICELABEL devicelabel
specifies the device label assigned to this fileset. The specified label must not
already be in use by another fileset in the database. The device label has 6
characters (the first of which is always zero) and consists of numeric characters
(0 - 9) and uppercase letters (A - Z), excluding E, I, O, and U. The root fileset
always has a device label of 000000. Valid device labels are in the range 000001
through 0ZZZZZ. The default value for DEVICELABEL is the lowest unused device
label in the database.
FSCKCPU processor
specifies the processor number of the processor that should run the FSCK
program when a fileset recovery is automatically initiated, where processor is in
the range 0 through 15 or is -1. The value -1 indicates that the processor that runs
the primary copy of DP2 for the fileset catalog should be used.
If the processor indicated by a nonnegative processor value is not available,
then the processor specified for the SUBSYS FSCKCPU option is used. If that
processor is also unavailable, the processor in which the OSS Monitor is running is
used.
If an FSCKCPU option is omitted from the FILESET configuration, then the
processor specified for the SUBSYS FSCKCPU option is used when a fileset
recovery is automatically started.
FTIOMODE { UNBUFFEREDCP | DP2BUFFEREDCP | OSSBUFFEREDCP }
specifies the input/output buffering and fault tolerance for application file opens that
use the O_SYNC option:
UNBUFFEREDCP Use unbuffered input/output with checkpointing. This
behavior provides maximum fault tolerance but with
reduced performance.
DP2BUFFEREDCP Use disk-process-buffered input/output with
checkpointing. This behavior provides fault tolerance for
single failures, with better performance than
UNBUFFEREDCP. DP2 buffers file data and checkpoints
the file state to its backup process to ensure recovery
from single failures.