cluster1::> volume show  -volume src* -is-constituent true
Vserver   Volume       Aggregate    State      Type       Size  Available Used%
--------- ------------ ------------ ---------- ---- ---------- ---------- -----
vss       src          -            online     RW         400TB   172.86GB  56%
vss       src__0001    Aggr_cmode   online     RW         25GB    10.86TB   56%
vss       src__0002    aggr1        online     RW         25TB    10.86TB   56%
vss       src__0003    Aggr_cmode   online     RW         25TB    10.72TB   57%
vss       src__0004    aggr1        online     RW         25TB    10.73TB   57%
vss       src__0005    Aggr_cmode   online     RW         25TB    10.67TB   57%
vss       src__0006    aggr1        online     RW         25TB    10.64TB   57%
vss       src__0007    Aggr_cmode   online     RW         25TB    10.63TB   57%
...

From the destination cluster, create a destination FlexGroup volume of type DP with the same number of constituents as that of the source FlexGroup volume.

cluster2::> volume create -vserver vsd -aggr-list aggr1,aggr2 -aggr-list-multiplier 8 -size 400TB -type DP dst

Warning: The FlexGroup volume "dst" will be created with the following number of constituents of size 25TB: 16.
Do you want to continue? {y|n}: y
[Job 766] Job succeeded: Successful

From the destination cluster, verify the number of constituents in the destination FlexGroup volume: volume show -volume volume_name* -is-constituent true

cluster2::> volume show  -volume dst* -is-constituent true
Vserver   Volume       Aggregate    State      Type       Size  Available Used%
--------- ------------ ------------ ---------- ---- ---------- ---------- -----
vsd       dst          -            online     RW         400TB   172.86GB  56%
vsd       dst__0001    Aggr_cmode   online     RW         25GB    10.86TB   56%
vsd       dst__0002    aggr1        online     RW         25TB    10.86TB   56%
vsd       dst__0003    Aggr_cmode   online     RW         25TB    10.72TB   57%
vsd       dst__0004    aggr1        online     RW         25TB    10.73TB   57%
vsd       dst__0005    Aggr_cmode   online     RW         25TB    10.67TB   57%
vsd       dst__0006    aggr1        online     RW         25TB    10.64TB   57%
vsd       dst__0007    Aggr_cmode   online     RW         25TB    10.63TB   57%
...

Create a job schedule: job schedule cron create -name job_name -month month -dayofweek day_of_week -day day_of_month -hour hour -minute minute

For -month, -dayofweek, and -hour, you can specify all to run the job every month, day of the week, and hour, respectively.

The following example creates a job schedule named my_weekly that runs on Saturdays at 3:00 a.m.:
```
cluster1::> job schedule cron create -name my_weekly -dayofweek "Saturday" -hour 3 -minute 0
```
Create a SnapVault policy, and then define a rule for the SnapVault policy:
1. Create a custom policy of type vault for the SnapVault relationship: snapmirror policy create -vserver svm_name -policy policy_name -type vault
2. Define a rule for the SnapVault policy that determines which Snapshot copies are transferred during initialization and update operations: snapmirror policy add-rule -vserver svm_name -policy policy_for_rule - snapmirror-label snapmirror-label -keep retention_count -schedule schedule
If you do not create a custom policy, you should specify the XDPDefault policy for SnapVault relationships.
Create a SnapVault relationship: snapmirror create -source-path src_svm:src_flexgroup -destination-path dest_svm:dest_flexgroup -type XDP -schedule schedule_name -policy XDPDefault
```
cluster2::> snapmirror create -source-path vss:srcFG -destination-path vsd:dstFG -type XDP -schedule Daily -policy XDPDefault
```
From the destination cluster, initialize the SnapVault relationship by performing a baseline transfer: snapmirror initialize -destination-path dest_svm:dest_flexgroup
```
cluster2::> snapmirror initialize -destination-path vsd:dst
Operation is queued: snapmirror initialize of destination "vsd:dst".
```