If we restore a cluster and a previously created tenant was not included in the backup, then the tenant will be marked in an error state on the management cluster. It is then up to the operator to resolve the error, generally by deleting the tenant and recreating it if needed.
There is, however, the possibility that we restored a backup that was older than we wanted, and a newer backup would have the tenant. If we tried to restore the newer backup, it would not leave the previously missing tenant in a fully usable state.
We need to have a way to deal with this case. One option is to allow us to clear the error state of a tenant, and that can be performed before (or maybe even after) the second restore.
Test plan:
Joshua test
100K ensemble: 20230613-225414-yajin-439d13ef3c6b3afd fail=0
Similar to `tenant configure`, this PR adds `ignore_capacity_limit` as an optional argument to `tenant create`.
This allows the user of fdbcli to create a new tenant on an **assigned** cluster, ignoring the tenant group capacity
on that specific cluster.
When creating a tenant with `ignore_capacity_limit`.
- If the user does not specify `assigned_cluster`, this is an error.
- If the user specifies `assigned_cluster`,
- user does not specify `tenant_group`, then the new tenant will be an ungrouped tenant on the `assigned_cluster` ignoring the capacity limit
- user specifies `tenant_group`,
- if `tenant_group` does not exist, then the new tenant will be created on the assigned cluster and the tenant group will be implicitly created.
- if `tenant_group` already exists, then additional check will make sure the tenant_group's cluster matches what the user specifies.
Test plan:
Simulation and metacluster_fdbcli_tests.py
---------
Co-authored-by: A.J. Beamon <aj.beamon@snowflake.com>
* initial commit to split tenant group metadata
* attempt to fix merge errors
* fix compile errors and adjust existing tests
* fix infinite loop and extra ACTOR tag
* direct assignment instead of store
* direct assign instead of store (missed a few)
A.J. Beamon