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Computer data storage, often called storage or memory, is a technology consisting of computer components and recording media used to retain digital data. In addition to local storage devices like CD and DVD readers, hard drives and flash drives, solid state drives can hold enormous amounts of data in a very small device. Cloud services and other new forms of remote storage also add to the capacity of devices and their ability to access more data without building additional data storage into a device.
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this should work just straightforward.
OK, TSM does not back up NFS filesystems by default, but it does back them up when explicitly instructed to do so either by an INCREMENTAL statement:
dsmc INCREMENTAL /path/to/nfsmount1 /path/to/nfsmount2 ...
or by the DOMAIN statement in dsm.sys:
DOMAIN ALL-LOCAL /path/to nfsmount1 /path/to/nfsmount2 ...
autofs will mount the shares at the moment dsmc tries to access them.
If you don't want to modify dsm.sys but want to work with schedules nonetheless you'll have to specify "INCREMENTAL" in the ACTIONS field and " /path/to nfsmount1 /path/to/nfsmount2 ..."
in the OBJECTS field of one or several separate schedules specifically created for those NFS mounts.
If you suspect that dsmc will not wait long enough until autofs has done its job you could add as a PRESCHEDULECMD which aceesses the filesystems such as e.g. "ls -l /path/to nfsmount1/* /path/to/nfsmount2/* ... >/dev/null"
Dismounting will also be done by autofs when the timeout has been reached, which is by default 300 seconds.
If you decide to dismount the shares explicitily add as a POSTSCHEDULECMD "umount /path/to nfsmount1 /path/to/nfsmount2 ..."
wmp