* Implemented AuditUtils.actor.cpp
Moved AuditUtils to fdbserver/
* Persist AuditStorageState.
* Passed persisted AuditStorageState test.
* Added audit_storage_error to indicate a corruption is caught.
Throw/Send audit_storage_error when there is a data corruption.
Added doAuditStorage() for resuming Audit.
* Load and resume AuditStorage when DD restarts.
* Generate audit id monotonically.
* Fixed minor issue AuditId/Type was not set.
* Adding getLatestAuditStates.
* Improved persisted errors and added AuditStorageCommand.actor.cpp for
fdbcli.
* Added `audit_storage` fdbcli command.
* fmt.
* Fixed null shared_ptr issue.
* Improve audit data.
* Change DDAuditFailed to SevWarn.
* Sev.
* set SERVE_AUDIT_STORAGE_PARALLELISM to 1.
* Moved AuditUtils* to fdbclient/.
* Added getAuditStatus fdbcli command.
* Refactor audit storage fdb cli commands.
* Added auditStorage in sim.
* Cleanup.
* Resolved comments.
* Resolved comments.
* Added SystemData for metadata audit.
Refactored audit workflow to make sure all sub-tasks are executed w/o
early exit.
* Improvements.
* Persisted Failed state after too many retries.
* Added retryCount for resumeAuditStorage().
* resolving conflict.
* Resolved conflicts.
* allow-merged-to-run
* add timeout to audit client
* fmt
* validate replica
* add audit serverKey
* address comments and fmt
* fix audit_storage_exceeded_request_limit
* fix segfault in getLatestAuditStatesImpl
* fix bugs
* remove timeout from workload
* fix bugs
* audit local view of shard assignment
* fmt
* fix-stuck-issue-and-make-dd-audit-storage-self-retry
* fix timeout
* fix timeout
* fix bugs and cleanup
* fix nit
* change name state to coreState for audit metadata
* address comments
* code clean
* fmt
* setup debug
* cleanup
* clean up
* code cleanup
* code clean
* remove tmp file
* fmt
* trace portion of shards that of anonymous physical shard
* remove unnecessary actor cleanup
* do not give up when tr is too old
* address commits
* refactor
* clean
* fmt
* fix-command-help-text
* fix-auditstate-restore-and-enable-restore-to-metadata-audit
* address comments
* fmrt
* debug and improve efficient of resume audit
* small change
* fix audit cli
* bypass completed audit when dd restart
* fix auditStorageCommandActor
* make mismatch key range more visable
* address comments
* make local shard metadata check can make progress by retries
* address comments
* address comments
* partition location metadata validation by range and server
* unset MIN_TRACE_SEVERITY
* address comments and SS auto proceed until failed then notify dd
* persistNewAuditState should checkMoveKeysLock
* audit storage location metadata partitioned by range and move shard assignment history def to the end of SS structure
* code cleanup
* fix error message in metadata validation
* fix registerAuditsForShardAssignmentHistoryCollection input for local shard validation
* add comments to code and add guard to make sure the SS audit does not proceeds automatically for many times without being notified by DD --- to support audit cancellation later
* fix coalesceRangeList
* replace rangeOverlapping func with operator and use struct instead of complicated type for return value of getKeyServer/serverKey/shardInfo
* simplify shard assignment history
* shardAssignmentRecordRequests should be unorder_map
* address comments, make trackShardAssignment simple, make anyChildAuditFailed cover all audit children, keep only one audit actor run at a time on each SS
* only run validate shard info once at a time, other audit type does not have this limitation
---------
Co-authored-by: He Liu <heliu05023@gmail.com>
Co-authored-by: He Liu <heliu@apple.com>
Co-authored-by: Zhe Wang <zhewang@Zhes-Laptop.local>
The `recoveredDiskFiles` is a promise that will be fulfilled once all the local TLog and storage files have been initialized in a process. It was added previously to make a process wait on it before joining the cluster, and it was to avoid a slow recovering TLog to join the cluster to slowdown cluster recovery.
With #7510, we allow a process to join the cluster to play stateless role, while still avoid it to join the cluster as stateful role before its TLog and storage is recovered. As such, the `recoveredDiskFiles` wait is no longer needed. This PR cleanup the logic.
* Extend Tlog persistentStorage to persist encryption state
Description
diff-3: Address review comment.
diff-2: Extend ClusterController endpoints to allow query
cluster's encryptionAtRest status
Update Tlog recovery to ensure on-disk encryption
status matches with cluster's cstate persisted
encryptionAtRest
diff-1: Store encryptionAtRestMode state in Coordinators
Major changes proposed are:
1. Extend TLog persistentStorage to persist encryption state
2. Encryption state persisted is derived from corresponding
db-config and relevant SERVER_KNOBS. In near future, knobs
shall be removed.
3. On TLog startup, the persisted encryption state is compared
against cluster configuration, if mismatch, the TLog is killed
and not allowed to rejoin the cluster.
Testing
devRunCorrectness - 100K
The logic to determine the validity of a process joining a cluster now
belongs on the worker and the cluster controller. It is no longer
restricted to tlogs and storages, but instead applies to all processes
(even stateless ones).
The cluster ID is now stored in the database instead of in the
txnStateStore. The cluster controller will read it on boot and send it
to all processes to persist.
And have these processes enter a "zombie" state where they cancel all
their actors and then wait forever, refusing to do any additional work
until they are manually handled by the operator.
The logic to determine the validity of a process joining a cluster now
belongs on the worker and the cluster controller. It is no longer
restricted to tlogs and storages, but instead applies to all processes
(even stateless ones).
The cluster ID is now stored in the database instead of in the
txnStateStore. The cluster controller will read it on boot and send it
to all processes to persist.
And have these processes enter a "zombie" state where they cancel all
their actors and then wait forever, refusing to do any additional work
until they are manually handled by the operator.
A.J. Beamon