This is a complex structure with the following children:
state
The state of the forest.
state-detail
Additional details on why a forest is in a particular state.
enabled
Forest enabled status.
availability
Availability of the forest data.
encryption
Forest encryption setting
updates-allowed
The kinds of updates that should be allowed for this forest.
rebalancer-enable
Enable automatic rebalancing after configuration changes.
lower-bound
The lower bound of the range on the forest.
upper-bound
The upper bound of the range on the forest.
master-forest
A forest unique ID (64-bit value).
replica-forests
The replica forests.
This is a complex structure with the following children:
replica-forest
A forest unique ID (64-bit value).
current-master-forest
A forest unique ID (64-bit value).
current-master-precise-timecurrent-master-fsncurrent-foreign-master-cluster
A cluster ID.
current-foreign-master-database
The database ID.
current-foreign-master-forest
A forest unique ID (64-bit value).
current-foreign-master-precise-timecurrent-foreign-master-fsnerror
The error in processing forest status.
rebalancer-error
The error in rebalancing.
last-state-change
The last time the forest state changed.
nonblocking-timestamp
The most current timestamp for which a query will execute without
waiting for transactions to settle.
max-query-timestamp
The largest timestamp a query has run at.
timestamp-table
Table of blocked timestamps.
This is a complex structure with the following children:
timestamp-entry
Blocked timestamp.
This is a complex structure with the following children:
timestamp
Blocked timestamp.
count
The reference count.
numa-node
A NUMA node number.
data-dir
The data directory.
large-data-dir
The large data directory.
fast-data-dir
The fast data directory.
journals-size
The amount of space the journals take up on disk.
large-data-size
The amount of space large objects take up on disk.
orphaned-binaries
The count of orphaned large binaries.
stands
The stands in the forest.
This is a complex structure with the following children:
stand
The stand of a forest.
This is a complex structure with the following children:
stand-id
The unique key of a stand.
path
The path of the stand.
stand-kind
The kind of stand.
is-fast
Is the stand in the fast data directory ?
label-version
The version number of the label file.
disk-size
The amount of space the stand takes on disk.
encrypted-disk-size
The amount of space the stand has encrypted on disk.
memory-size
The amount of space the stand takes in memory.
list-cache-hits
The number of hits on the list cache.
list-cache-misses
The number of misses on the list cache.
list-cache-hit-rate
The average number of hits on the list cache.
list-cache-miss-rate
The average number of misses on the list cache.
compressed-tree-cache-hits
The number of hits on the compressed cache.
compressed-tree-cache-misses
The number of misses on the compressed cache.
compressed-tree-cache-hit-rate
The average number of hits on the compressed cache.
compressed-tree-cache-miss-rate
The average number of misses on the compressed cache.
triple-cache-hits
The number of hits on the list cache.
triple-cache-misses
The number of misses on the list cache.
triple-cache-hit-rate
The average number of hits on the list cache.
triple-cache-miss-rate
The average number of misses on the list cache.
triple-value-cache-hits
The number of hits on the list cache.
triple-value-cache-misses
The number of misses on the list cache.
triple-value-cache-hit-rate
The average number of hits on the list cache.
triple-value-cache-miss-rate
The average number of misses on the list cache.
forest-reserve
The amount of space needed for merging.
merge-enable
Is the merge on this forest enabled or not.
merges
The merges in progress on the forest.
This is a complex structure with the following children:
merge
The merge of two stands in a forest.
This is a complex structure with the following children:
merge-id
A unique key for a merge.
canceled
Is a merge canceled or not.
input-stands
The input stands of a merge.
This is a complex structure with the following children:
stand-id
The unique key of a stand.
path
The path of the stand.
output-stand
The ID of a stand resulting from a merge.
start-time
The time a merge started.
final-size
The estimated final size of a stand.
current-size
The current size of a merging stand.
merge-rate
The rate of a merge (MB/sec).
rebalancing
Is this forest rebalancing.
reindexing
Is this forest reindexing.
device-space
The amount of space left on forest device.
large-device-space
The amount of space left on large forest device.
fast-device-space
The amount of space left on fast forest device.
last-backup
The last time the forest was backed up.
last-incr-backup
The last time the forest was incremental backed up.
backups
The backups in progress on the forest.
This is a complex structure with the following children:
backup
The backup of a forest.
This is a complex structure with the following children:
path
The path of the stand.
start-time
The time a merge started.
final-size
The estimated final size of a stand.
current-size
The current size of a merging stand.
incremental-backup
Is incremental backup enabled for the backup?
journal-archiving
Is journal archiving enabled for the backup?
journal-archive-path
Path to the associated journal archive location.
journal-archive-lag-limit
Number of seconds the archived journal can lag the active journal.
last-restore
The last time the forest was restored.
restore
The restore of a forest.
This is a complex structure with the following children:
path
The path of the stand.
start-time
The time a merge started.
final-size
The estimated final size of a stand.
current-size
The current size of a merging stand.
restore-state
The state of the forest restore.
restore-to-time
The date and time this backup was created.
incremental-backup
Is incremental backup enabled for the backup?
journal-archiving
Is journal archiving enabled for the backup?
journal-archive-path
Path to the associated journal archive location.
safe-restore-to-time
The safest timestamp closest to the restore-to-time at which the forest
is in a consistent state.
transaction-coordinators
The set of transactions that this forest is coordinating.
This is a complex structure with the following children:
transaction-coordinator
A transaction that this forest is coordinating.
This is a complex structure with the following children:
transaction-id
The unique key of the transaction.
decision-state
The state of the transaction.
xid
The Xid.
This is a complex structure with the following children:
global-transaction-id
The global transaction ID of a Xid.
branch-qualifier
The branch qualifier of a Xid.
participants
The set of participating transactions.
This is a complex structure with the following children:
participant
A participating transaction.
This is a complex structure with the following children:
participant-id
The forest ID of a participant of a transaction.
participant-status
The state of the participating transaction.
size
The number of bytes taken up in the journal by this in-process
transaction information.
transaction-participants
The set of transactions that this forest is participating in.
This is a complex structure with the following children:
transaction-participant
A transaction that this forest is participating in.
This is a complex structure with the following children:
transaction-id
The unique key of the transaction.
coordinator-id
The forest ID of the coordinator of a transaction.
min-commit-timestamp
The minimum commit timestamp for the transaction.
size
The number of bytes taken up in the journal by this in-process
transaction information.
transaction-journal-size
The number of bytes taken up in the journal by the in-process
transactions.
transaction-journal-limit
The maximum number of bytes that can be taken up in the journal
by the in-process transactions.
query-read-bytes
The number of bytes read off disk.
query-read-time
The time (as xs:dayTimeDuration) to read query data from disk.
query-read-rate
The moving average of throughput reading query data from disk,
in megabytes
per second.
query-read-load
Disk reading time threads spent for a query in proportion to the
elapsed time. This is a moving average summed for all of the
contributing threads.
journal-write-bytes
The number of bytes written to the journal on disk.
journal-write-time
The time (as xs:dayTimeDuration) to write data to the journal.
journal-write-rate
The moving average of writing data to the journal, in megabytes
per second.
journal-write-load
Journal writing time threads spent in proportion to the elapsed time.
This is summed for all of the threads writing on the host.
save-write-bytes
The number of bytes written when saving in-memory stands.
save-write-time
The time (as xs:dayTimeDuration) spent saving in-memory stands.
save-write-rate
The moving average of writing data to in-memory stands, in megabytes
per second.
save-write-load
The moving average of time threads spent writing to in-memory stands,
in proportion to the elapsed time. This is summed for all of the
threads writing on the host.
merge-read-bytes
The number of bytes read during merges.
merge-read-time
The time (as xs:dayTimeDuration) to read data for merges.
merge-read-rate
The moving average throughput of reading merge data from disk, in
megabytes per second.
merge-read-load
Disk read time threads spent during merge, in proportion to the elapsed
time. This is summed for all of the contributing threads.
merge-write-bytes
The number of bytes written to disk for merges.
merge-write-time
The time (as xs:dayTimeDuration) to write data for merges.
merge-write-rate
The moving average throughput of writing data for merges, in megabytes
per second.
merge-write-load
Disk writing time threads spent for merges, in proportion to the
elapsed time. This is summed for all of the threads writing on the
host.
backup-read-bytes
The number of bytes read from disk for backups.
backup-read-time
Thee time (as xs:dayTimeDuration) to read data for backups.
backup-read-rate
The moving average throughput of reading backup data from disk, in
megabytes per second.
backup-read-load
Disk read time threads spent for backup, in proportion to the elapsed
time. This is summed for all of the contributing threads.
backup-write-bytes
The number of bytes written to disk for backups.
backup-write-time
The time (as xs:dayTimeDuration) to write data to backups.
backup-write-rate
The moving average throughput of writing data for backups, in megabytes
per second.
backup-write-load
Disk writing time threads spent for backups, in proportion to the
elapsed time. This is summed for all of the threads writing on the
host.
restore-read-bytes
The number of bytes read from disk for restores.
restore-read-time
The time (as xs:dayTimeDuration) to read data for restores.
restore-read-rate
The moving average throughput of reading restore data from disk, in
megabytes per second.
restore-read-load
Disk read time threads spent for restores, in proportion to the elapsed
time. This is summed for all of the contributing threads.
restore-write-bytes
The number of bytes written to disk for restores.
restore-write-time
The time (as xs:dayTimeDuration) to write data for restores.
restore-write-rate
The moving average throughput of writing data for restores, in
megabytes per second.
restore-write-load
Disk write time threads spent for restores, in proportion to the
elasped time. This is summed for all of the threads writing on the
host.
large-read-bytes
The number of bytes read from large documents.
large-read-time
The time (as xs:dayTimeDuration) to read data from large documents.
large-read-rate
The moving average throughput of reading large documents from disk, in
megabytes per second.
large-read-load
Disk read time threads spent on large documents, in proportion to the
elapsed time.
large-write-bytes
The number of bytes written to disk for large documents.
large-write-time
The time (as xs:dayTimeDuration) to write data for large documents.
large-write-rate
The moving average throughput of writing data for large documents, in
megabytes per second.
large-write-load
Disk write time threads spent for large documents, in proportion to the
elapsed time.
database-replication-receive-bytes
The number of bytes received for database replication.
database-replication-receive-time
The time (as xs:dayTimeDuration) to receive data for database replication.
database-replication-receive-rate
The moving average throughput of receiving data for database
replication, in megabytes per second.
database-replication-receive-load
Time threads spent receiving data for database replication, in
proportion to the elapsed time.
database-replication-send-bytes
The number of bytes sent for database replication.
database-replication-send-time
The time (as xs:dayTimeDuration) to send data for database replication.
database-replication-send-rate
The moving average throughput of sending data for database replication,
in megabytes per second.
database-replication-send-load
Time threads spent sending data for database replication, in
proportion to the elapsed time.
read-lock-count
The total number of read locks, summed across all forests on the host.
read-lock-wait-time
The total time spent waiting for read locks, summed across all forests
on the host.
read-lock-hold-time
The total time spent holding read locks, summed across all forests on
the host.
read-lock-rate
The rate of read lock acquistions, summed across all forests on the
host.
read-lock-wait-load
Time threads spent waiting to acquire read locks in proportion to the
elasped time, summed across all forests on the host.
read-lock-hold-load
Time threads spent holding read locks in proportion to the elapsed
time, summed across all forests on the host.
write-lock-count
The total number of write lock acquistions, summed across all forests
on the host.
write-lock-wait-time
The total time spent waiting for write locks, summed across all forests
on the host.
write-lock-hold-time
The total time spent holding write locks, summed across all forests on
the host.
write-lock-rate
The rate of write lock acquistions, summed across all forests on the
host.
write-lock-wait-load
Time threads spent waiting to acquire write locks in proportion to the
elapsed time, summed across all forests on the host.
write-lock-hold-load
Time threads spent holding write locks in proportion to the elapsed
time, summed across all forests on the host.
deadlock-count
The number of deadlocks, summed across all forests on the host.
deadlock-wait-time
The total time spent waiting for locks that eventually deadlocked,
summed across all forests on the host.
deadlock-rate
The rate of deadlock occurrances, summed across all forests on the
host.
deadlock-wait-load
Time threads spent waiting for locks that eventually result in
deadlocks in proportion to the elasped time, summed across all
forests on the host.
large-binary-cache-hits
The number of hits on the large binary cache.
large-binary-cache-misses
The number of misses on the large binary cache.
large-binary-cache-hit-rate
The average number of hits on the large binary cache.
large-binary-cache-miss-rate
The average number of misses on the large binary cache.
replication
This is a complex structure with the following children:
foreign-master
Foreign master for this database.
This is a complex structure with the following children:
relationA specific related resource.
This is a complex structure with the following children:
qualifiersA list of associated resources that distinguish the resource.
This is a complex structure with the following children:
qualifierAnother resource that qualifies the resource.
This is a complex structure with the following children:
urirefThe path for a resource or list of resources.
typerefThe type of a resource or list of resources.
idrefThe numeric identifier for the resource.
namerefThe name of the resource.
urirefThe path for a resource or list of resources.
typerefThe type of a resource or list of resources.
rolerefA role that distinguishes the resource.
idrefThe numeric identifier for the resource.
namerefThe name of the resource.
relation-idA resource related to the host.
foreign-database-id
A foreign database ID.
foreign-forest-id
A foreign forest ID.
foreign-replicas
Foreign replicas of this database.
This is a complex structure with the following children:
foreign-replica
Foreign replica of this database.
This is a complex structure with the following children:
relationA specific related resource.
This is a complex structure with the following children:
qualifiersA list of associated resources that distinguish the resource.
This is a complex structure with the following children:
qualifierAnother resource that qualifies the resource.
This is a complex structure with the following children:
urirefThe path for a resource or list of resources.
typerefThe type of a resource or list of resources.
idrefThe numeric identifier for the resource.
namerefThe name of the resource.
urirefThe path for a resource or list of resources.
typerefThe type of a resource or list of resources.
rolerefA role that distinguishes the resource.
idrefThe numeric identifier for the resource.
namerefThe name of the resource.
relation-idA resource related to the host.
foreign-database-id
A foreign database ID.
foreign-forest-id
A foreign forest ID.
point-in-time-recovery
Information about point in time recovery.
This is a complex structure with the following children:
journal-archive
Information about the journal archive.
This is a complex structure with the following children:
path
The path of the stand.
lag-limit
The lag limit.
pending-frames
The number of pending frames.
pending-bytes
The number of bytes for pending frames.
pending-lag
The time of the pending lag limit.
unclosed-stands
The unclosed stands in the forest.
This is a complex structure with the following children:
unclosed-stand
The unclosed stand of a forest.
This is a complex structure with the following children:
stand-id
The unique key of a stand.
path
The path of the stand.
disk-size
The amount of space the stand takes on disk.
memory-size
The amount of space the stand takes in memory.
reference
The reference to an unclosed forest stand.
This is a complex structure with the following children:
count
The reference count.
earliest
The earliest refrence time.
latest
The latest refrence time.
frame
A stack frame.
forest-value-range
Value range of a range index
This is a complex structure with the following children:
cts:base-referencects:range
fragment-count
The total number of fragments for a given reindexing or rebalancing activity.
data-size
The amount of space forest data files take up on disk.
shared-disk-failover-activeretired
