active_directory.dra.inbound.bytes.after_compression
(gauge) | The compressed size (in bytes) of compressed replication data inbound from directory system agents (DSAs) in other sites (per second).
Shown as byte |
active_directory.dra.inbound.bytes.before_compression
(gauge) | The uncompressed size (in bytes) of compressed replication data inbound from DSAs in other sites (per second).
Shown as byte |
active_directory.dra.inbound.bytes.not_compressed
(gauge) | The uncompressed size (in bytes) of replication data that was not compressed at the source - that is, inbound from other DSAs in the same site (per second).
Shown as byte |
active_directory.dra.inbound.bytes.total
(gauge) | The total number of bytes (per second) received through replication. It is the sum of the number of bytes of uncompressed data (never compressed) and compressed data (after compression).
Shown as byte |
active_directory.dra.inbound.objects.applied_persec
(gauge) | The number of objects received (per second) from replication partners and applied by the local directory service. This counter excludes changes that are received but not applied (for example, when the update is already made). This counter indicates how many replication updates are occurring on the server as a result of changes generated on other servers.
Shown as object |
active_directory.dra.inbound.objects.filtered_persec
(gauge) | The number of objects received (per second) from replication partners that contained no updates that needed to be applied.
Shown as object |
active_directory.dra.inbound.objects.persec
(gauge) | The number of objects received (per second) through inbound replication from replication partners.
Shown as object |
active_directory.dra.inbound.objects.remaining
(gauge) | The number of objects remaining until the full synchronization process is completed.
Shown as object |
active_directory.dra.inbound.objects.remaining_in_packet
(gauge) | The number of object updates received in the current directory replication update packet that have not yet been applied to the local server. This counter tells you whether the monitored server is receiving changes, but is taking a long time applying them to the database.
Shown as object |
active_directory.dra.inbound.properties.applied_persec
(gauge) | The number of changes (per second) to object properties that are applied through inbound replication as a result of reconciliation logic. |
active_directory.dra.inbound.properties.filtered_persec
(gauge) | The number of changes (per second) to object properties received during the replication that are already made. |
active_directory.dra.inbound.properties.total_persec
(gauge) | The total number of changes (per second) to object properties received from replication partners. |
active_directory.dra.inbound.values.dns_persec
(gauge) | The number of values of object properties received (per second) from replication partners in which the values are for object properties that belong to distinguished names. This number includes objects that reference other objects. A high number from this counter might explain why inbound changes are slow to be applied to the database. |
active_directory.dra.inbound.values.total_persec
(gauge) | The total number of values of object properties received (per second) from replication partners. Each inbound object has one or more properties, and each property has zero or more values. A value of zero indicates that the property is to be removed. |
active_directory.dra.outbound.bytes.after_compression
(gauge) | The compressed size (in bytes) of compressed replication data that is outbound to DSAs in other sites (per second).
Shown as byte |
active_directory.dra.outbound.bytes.before_compression
(gauge) | The uncompressed size (in bytes) of compressed replication data outbound to DSAs in other sites (per second).
Shown as byte |
active_directory.dra.outbound.bytes.not_compressed
(gauge) | The uncompressed size (in bytes) of outbound replication data that was not compressed - that is, outbound to DSAs in the same site - per second.
Shown as byte |
active_directory.dra.outbound.bytes.total
(gauge) | The total number of bytes sent per second. It is the sum of the number of bytes of uncompressed data (never compressed) and compressed data (after compression).
Shown as byte |
active_directory.dra.outbound.objects.filtered_persec
(gauge) | The number of objects (per second) acknowledged by outbound replication partners that required no updates. This counter includes objects that the outbound partner did not already have.
Shown as object |
active_directory.dra.outbound.objects.persec
(gauge) | The number of objects sent (per second) though outbound replication to replication partners.
Shown as object |
active_directory.dra.outbound.properties.persec
(gauge) | The number of properties sent per second. This counter tells you whether a source server is returning objects or not. Sometimes, the server might stop working correctly and not return objects quickly or at all. |
active_directory.dra.outbound.values.dns_persec
(gauge) | The number values of object properties sent (per second), to replication partners in which the values are for object properties that belong to distinguished names. |
active_directory.dra.outbound.values.total_persec
(gauge) | The total number of values of object properties sent (per second), to replication partners. |
active_directory.dra.replication.pending_synchronizations
(gauge) | The number of directory synchronizations that are queued for this server that are not yet processed. This counter helps in determining replication backlog - the larger the number, the larger the backlog. |
active_directory.dra.sync_requests_made
(gauge) | The number of synchronization requests made to replication partners since computer was last restarted.
Shown as request |
active_directory.ds.threads_in_use
(gauge) | The current number of threads in use by the directory service (different from the number of threads in the directory service process). This counter represents the number of threads currently servicing API calls by clients, and you can use it to determine whether additional CPUs would be beneficial.
Shown as thread |
active_directory.ldap.bind_time
(gauge) | The time (in milliseconds) required for the completion of the last successful LDAP binding.
Shown as millisecond |
active_directory.ldap.client_sessions
(gauge) | The number of sessions of connected LDAP clients.
Shown as session |
active_directory.ldap.searches_persec
(gauge) | The number of search operations per second performed by LDAP clients. |
active_directory.ldap.successful_binds_persec
(gauge) | The number LDAP bindings (per second) that occurred successfully. |
