# zfs send -r pool/b@send ... 包含以下完整流和增量流: TYPE SNAPSHOT INCREMENTAL FROM full pool/b@send - incr pool/b/1@clone2 pool/a/1@clone incr pool/b/1@send pool/b/1@clone2 incr pool/b/2@send pool/b/1@clone2 在上面的输出中,pool/a/1@clone 快照未包括在递归流数据包...
Send all incremental snapshots betweenfs@snapAtofs@snapDtofs@combo. Send an incremental stream from the origin snapshot to create a clone. The original snapshot must already exist on the receiving side to accept the incremental stream. For example: # zfs send -I pool/fs@snap1 pool/clone@s...
snap5 It would be nice to be able to send a increment of snapshots for either 1-2 or 1-3 or 2-3 to add in the missing snapshot snap2 without having to resend snapshots 2,3,4,5. Since depending on how much data there is this could take a while. How will this feature improve ...
creating snapshot locally: goliath/minecraft@zincrsend_1449227763 latest remote snapshot: paper/minecraft@zincrsend_1449173286 zfs sending (incremental) @zincrsend_1449173286 -> goliath/minecraft@zincrsend_1449227763 to paper/minecraft receiving incremental stream of goliath/minecraft@zincrsend_1449227763 ...
A means to choose the most recent common snapshot between the local and remote ends, and send an incremental send stream between that snapshot, and the one we’ve just taken A means to define what “remote end” means, in an extensible way (be it removable media, network devices, cloud...
If the -i or -I flags are used in conjunction with the -R flag, an incremental replication stream is generated. The current values of properties, and current snapshot and file system names are set when the stream is received. If the -F flag is specified when this stream is received, ...
Incremental snapshots are always handled individually, so if you have multiple snapshots to send since the last time you've performed a backup they get exported as individual snapshots (multiple calls to zfs send -i dataset@snapA dataset@snapB). Your snapshots end up as individual keys in an...
You can create an incremental snapshot stream (see "zfs send -i" syntax). This is generally much faster than incremental backups performed by file-level tools, such as tar and rsync, because ZFS already knows which blocks have changed on disk, and it can simply read those blocks as large...
I also cleaned up some of the logic that creates the name of the SMF instance for each snapshot schedule. In the earlier code, if you had two ZFS filesystemstank/foo-barandtank/foo/barwithseparatesnapshot schedules (not strictly required, since you could have one schedule fortank, and ...
zfs send -R vpool/VAULT | ssh deepfreeze zfs recv -F -d rdbackup/zfsbox/vpool/VAULT # For the first time subsequently, send cumulative incremental snapshots to deepfreeze last_snap=$(ssh deepfreeze zfs list -H -t snapshot -ro name rdbackup/zfsbox/vpool/VAULT | tail -1 | cut -...