file to the destination dir. Rsync will also use a file found in this
dir as data to speed up the transfer (i.e. when you redo the send after
rsync creates a partial file) and delete such a file after it has served
file to the destination dir. Rsync will also use a file found in this
dir as data to speed up the transfer (i.e. when you redo the send after
rsync creates a partial file) and delete such a file after it has served
Rsync will create the dir if it is missing (just the last dir -- not the
whole path). This makes it easy to use a relative path (such as
Rsync will create the dir if it is missing (just the last dir -- not the
whole path). This makes it easy to use a relative path (such as
appears to be up-to-date already) or the file-update may be attempted
and then, if the file fails to verify, the update discarded with an
error. This means that it should be safe to re-run a read-batch operation
appears to be up-to-date already) or the file-update may be attempted
and then, if the file fails to verify, the update discarded with an
error. This means that it should be safe to re-run a read-batch operation
partially updated state. In that case, rsync can
be used in its regular (non-batch) mode of operation to fix up the
destination tree.
The rsync version used on all destinations must be at least as new as the
partially updated state. In that case, rsync can
be used in its regular (non-batch) mode of operation to fix up the
destination tree.
The rsync version used on all destinations must be at least as new as the
user can ignore this detail and just use the shell script as an easy way
to run the appropriate --read-batch command for the batched data.
user can ignore this detail and just use the shell script as an easy way
to run the appropriate --read-batch command for the batched data.