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.
memory-summary
The list of memory consumption in bytes for this stand.
This is a complex structure with the following children:
compressed-tree-storage-bytes
list-storage-bytes
frequencies-file-bytes
list-file-bytes
stop-key-set-file-bytes
tree-file-bytes
link-keys-index-bytes
unique-keys-index-bytes
uri-keys-index-bytes
binary-keys-file-bytes
link-keys-file-bytes
ordinals-file-bytes
qualities-file-bytes
time-stamps-file-bytes
unique-keys-file-bytes
uri-keys-file-bytes
reverse-index-bytes
triple-index-bytes
geospatial-region-indexes-bytes
range-indexes-bytes
memory-detail
Memory consumption in bytes for Geospatial region and Range indexes.
This is a complex structure with the following children:
memory-geospatial-region
The list of memory consumption in bytes for Geospatial region.
This is a complex structure with the following children:
region-storage-bytes
slice-storage-bytes
float-rtree-node-pool-bytes
double-rtree-node-pool-bytes
float-geo-hash-atlas-bytes
double-geo-hash-atlas-bytes
memory-range-indexes
Memory consumption in bytes for string storage and all range indexes.
This is a complex structure with the following children:
string-storage-bytes
String storage in bytes for all range indexes in memory.
index
Range indexes in memory. The range index types include Range element, Range element attribute, Range field, Range path, Geospatial path, Geospatial element, Geospatial element child, Geospatial element pair, Geospatial element attribute pair, URI lexicon (system default), Collection lexicon (system default).
This is a complex structure with the following children:
index-id
Index ID of the range index.
index-memory-bytes
Memory consumption size in byes for the index.
index-on-disk-bytes
The on-disk file size in bytes for the index.
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
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