All Rules in Microsoft.SQLServer.Linux.Monitoring Management Pack

	DisplayName	Description	ID	Target	Category	Enabled	Instance Name	Counter Name	Frequency	Event_ID	Event Source	Alert Generate	Alert Severity	Alert Priority	Remotable	Event Log
	MSSQL on Linux: SQL Server Agent Job Duration Alert Rule	This rule throws an alert if the execution time of any of your SQL Agent jobs has exceeded the specified threshold (in minutes). Note that this rule is disabled by default. Use overrides to enable it when necessary.	Microsoft.SQLServer.Linux.AlertRule.AgentJob.Duration	Microsoft.SQLServer.Linux.AgentJob	Alert	False			0	0		True	Warning	Normal	True
	MSSQL on Linux: Long Running Queries Alert Rule	This rule throws an alert if the execution time of any of running SQL queries has exceeded the specified threshold (in seconds). Note that this rule is disabled by default. Use overrides to enable it when necessary.	Microsoft.SQLServer.Linux.AlertRule.LongRunningQueries	Microsoft.SQLServer.Linux.DBEngine	Alert	False			0	0		True	Warning	Normal	True
	MSSQL on Linux: Alert engine has stopped due to unrecoverable local eventlog errors	SQL Server Agent was unable to open the local event log.	Microsoft.SQLServer.Linux.CollectionRule.Agent.Alert_engine_stopped_due_to_unrecoverable_local_eventlog_errors_1_5_Rule	Microsoft.SQLServer.Linux.Agent	EventCollection	True			0	0		True	Warning	Normal	True
	MSSQL on Linux: A SQL job failed to complete successfully	A SQL Server Agent Job Failed. The SQL Server Agent is responsible for running SQL Server tasks scheduled to occur at specific times or intervals as well as detecting specific conditions for which administrators have defined an action, such as alerting someone through pages or e-mail, or a task that will address the conditions. The SQL Server Agent is also used for running replication tasks defined by administrators. Note that this rule is disabled by default. Use overrides to enable it when necessary.	Microsoft.SQLServer.Linux.CollectionRule.Agent.A_SQL_job_failed_to_complete_successfully_1_5_Rule	Microsoft.SQLServer.Linux.Agent	EventCollection	False			0	0		True	Error	Normal	True
	MSSQL on Linux: Job step cannot be run because the subsystem failed to load	A SQL Server job failed to run because the SQL Server Agent subsystem failed to load.	Microsoft.SQLServer.Linux.CollectionRule.Agent.Job_step_cannot_be_run_because_the_subsystem_failed_to_load_1_5_Rule	Microsoft.SQLServer.Linux.Agent	EventCollection	True			0	0		True	Warning	Normal	True
	MSSQL on Linux: SQL Server Agent could not be started	A process or a person attempted to start the SQL Server Agent service, but the service did not start.	Microsoft.SQLServer.Linux.CollectionRule.Agent.SQLServerAgent_could_not_be_started_1_5_Rule	Microsoft.SQLServer.Linux.Agent	EventCollection	True			0	0		True	Warning	Normal	True
	MSSQL on Linux: SQL Server Agent initiating self-termination	SQL Server Agent has shut down the SQL Server Agent service.	Microsoft.SQLServer.Linux.CollectionRule.Agent.SQLServerAgent_initiating_self_termination_1_5_Rule	Microsoft.SQLServer.Linux.Agent	EventCollection	True			0	0		True	Warning	Normal	True
	MSSQL on Linux: Step of a job caused an exception in the subsystem	A specific job step caused SQL Server Agent to write an error to the Linux Application log. The log will show the specific job and job step.	Microsoft.SQLServer.Linux.CollectionRule.Agent.Step_of_a_job_caused_an_exception_in_the_subsystem_1_5_Rule	Microsoft.SQLServer.Linux.Agent	EventCollection	True			0	0		True	Warning	Normal	True
	MSSQL on Linux: The agent is suspect. No response within last minutes	This behavior occurs because the replication agent is too busy to respond when SQL Server Enterprise Manager polls the replication agent; therefore, SQL Server Enterprise Manager does not know the status of the replication agent and it cannot report whether the replication agent is functioning or not.	Microsoft.SQLServer.Linux.CollectionRule.Agent.The_agent_is_suspect._No_response_within_last_minutes_1_5_Rule	Microsoft.SQLServer.Linux.DBEngine	EventCollection	True			0	0		True	Error	Normal	True
	MSSQL on Linux: SQL Server Agent is unable to connect to SQL Server	The SQL Server Agent Service could not connect to the instance of SQL Server. This error may occur when the SQL Server Agent service account does not have a valid login on SQL Server	Microsoft.SQLServer.Linux.CollectionRule.Agent.Unable_to_connect_to_SQL_Server_1_5_Rule	Microsoft.SQLServer.Linux.Agent	EventCollection	True			0	0		True	Warning	Normal	True
	MSSQL on Linux: Unable to re-open the local eventlog	SQL Server Agent was unable to open the local event log.	Microsoft.SQLServer.Linux.CollectionRule.Agent.Unable_to_re_open_the_local_eventlog_1_5_Rule	Microsoft.SQLServer.Linux.Agent	EventCollection	True			0	0		True	Warning	Normal	True
	MSSQL on Linux: SQL Server Agent Job Duration	Collects the duration of the SQL Server Agent job (in minutes). Note that this rule is disabled by default. Use overrides to enable it when necessary.	Microsoft.SQLServer.Linux.CollectionRule.AgentJob.Duration	Microsoft.SQLServer.Linux.AgentJob	PerformanceCollection	False			0	0		False			True
	MSSQL on Linux: Bytes Received from Replica / sec	Total number of bytes received from this replica over the network for the AG.	Microsoft.SQLServer.Linux.CollectionRule.AvailabilityReplica.BytesReceivedFromReplicaPerSecond	Microsoft.SQLServer.Linux.AvailabilityReplica	PerformanceCollection	True			0	0		False			True
	MSSQL on Linux: Bytes Sent to Replica / sec	The number of database message bytes enqueued to be send over the network to this replica. The bytes include messages for all databases in the AG.	Microsoft.SQLServer.Linux.CollectionRule.AvailabilityReplica.BytesSentToReplicaPerSecond	Microsoft.SQLServer.Linux.AvailabilityReplica	PerformanceCollection	True			0	0		False			True
	MSSQL on Linux: Bytes Sent to Transport / sec	The total number of bytes send over the network to the replica.	Microsoft.SQLServer.Linux.CollectionRule.AvailabilityReplica.BytesSentToTransportPerSecond	Microsoft.SQLServer.Linux.AvailabilityReplica	PerformanceCollection	True			0	0		False			True
	MSSQL on Linux: Flow Control / sec	Number of flow controls enabled for this replica per second.	Microsoft.SQLServer.Linux.CollectionRule.AvailabilityReplica.FlowControlPerSecond	Microsoft.SQLServer.Linux.AvailabilityReplica	PerformanceCollection	True			0	0		False			True
	MSSQL on Linux: Flow Control Time (ms/sec)	The number of milliseconds flow control was enabled for this replica within the last second.	Microsoft.SQLServer.Linux.CollectionRule.AvailabilityReplica.FlowControlTimeSeconds	Microsoft.SQLServer.Linux.AvailabilityReplica	PerformanceCollection	True			0	0		False			True
	MSSQL on Linux: Receives from Replica / sec	Total number of messages received from this replica for the AG.	Microsoft.SQLServer.Linux.CollectionRule.AvailabilityReplica.ReceivesFromReplicaPerSecond	Microsoft.SQLServer.Linux.AvailabilityReplica	PerformanceCollection	True			0	0		False			True
	MSSQL on Linux: Resent Messages / sec	The rate per second to get acknowledgements for messages sent to the replica.	Microsoft.SQLServer.Linux.CollectionRule.AvailabilityReplica.ResentMessagesPerSecond	Microsoft.SQLServer.Linux.AvailabilityReplica	PerformanceCollection	True			0	0		False			True
	MSSQL on Linux: Sends to Replica / sec	Number of messages enqueued to be send over the network to this replica.	Microsoft.SQLServer.Linux.CollectionRule.AvailabilityReplica.SendsToReplicaPerSecond	Microsoft.SQLServer.Linux.AvailabilityReplica	PerformanceCollection	True			0	0		False			True
	MSSQL on Linux: Sends to Transport / sec	Number of messages sent over the network to this replica. This account for all the messages sent from this replica including control messages.	Microsoft.SQLServer.Linux.CollectionRule.AvailabilityReplica.SendsToTransportPerSecond	Microsoft.SQLServer.Linux.AvailabilityReplica	PerformanceCollection	True			0	0		False			True
	MSSQL on Linux: Memory-Optimized Data Filegroup container free space (MB)	Collects the amount of free space available for the Memory-Optimized data filegroup container (in Megabytes).	Microsoft.SQLServer.Linux.CollectionRule.Container.SpaceFreeMB	Microsoft.SQLServer.Linux.Container	PerformanceCollection	True			0	0		False			True
	MSSQL on Linux: Memory-Optimized Data Filegroup container free space (\%)	Collects the amount of free space available in the Memory-Optimized data filegroup container, expressed as percentage of the sum of disk free space and the size of data stored in the Memory-Optimized data filegroup container.	Microsoft.SQLServer.Linux.CollectionRule.Container.SpaceFreePercent	Microsoft.SQLServer.Linux.Container	PerformanceCollection	True			0	0		False			True
	MSSQL on Linux: DB Active Transactions Count	MSSQL on Linux DBs Active Transactions performance collection rule	Microsoft.SQLServer.Linux.CollectionRule.Database.ActiveTransactions	Microsoft.SQLServer.Linux.Database	PerformanceCollection	True			0	0		False			True
	MSSQL on Linux: DB Active Connections Count	SQL on Linux DBs Active Connections performance collection rule	Microsoft.SQLServer.Linux.CollectionRule.Database.DBActiveConnectionsCount	Microsoft.SQLServer.Linux.Database	PerformanceCollection	True			0	0		False			True
	MSSQL on Linux: DB Active Requests Count	SQL on Linux DBs Active Requests performance collection rule	Microsoft.SQLServer.Linux.CollectionRule.Database.DBActiveRequestsCount	Microsoft.SQLServer.Linux.Database	PerformanceCollection	True			0	0		False			True
	MSSQL on Linux: DB Active Sessions Count	SQL on Linux DBs Active Sessions performance collection rule	Microsoft.SQLServer.Linux.CollectionRule.Database.DBActiveSessionsCount	Microsoft.SQLServer.Linux.Database	PerformanceCollection	True			0	0		False			True
	MSSQL on Linux: DB Disk Read Latency (ms)	Collects maximum disk Read latency from all logical disks that host database files. The rule is disabled by default. Use overrides to enable it when necessary.	Microsoft.SQLServer.Linux.CollectionRule.Database.DBDiskReadLatency	Microsoft.SQLServer.Linux.Database	PerformanceCollection	False			0	0		False			True
	MSSQL on Linux: DB Disk Write Latency (ms)	Collects maximum disk Write latency from all logical disks which host database files. The rule is disabled by default. Use overrides to enable it when necessary.	Microsoft.SQLServer.Linux.CollectionRule.Database.DBDiskWriteLatency	Microsoft.SQLServer.Linux.Database	PerformanceCollection	False			0	0		False			True
	MSSQL on Linux: DB Log Bytes Flushed per Second	Collects the "Log Bytes Flushed per Second" performance counter for each database of SQL DB Engine on Linux. The rule is disabled by default. Use overrides to enable it when necessary.	Microsoft.SQLServer.Linux.CollectionRule.Database.LogBytesFlushedPerSec	Microsoft.SQLServer.Linux.Database	PerformanceCollection	False			0	0		False			True
	MSSQL on Linux: DB Log Flushes per Second	Collects the "Log flushes per second" performance counter for each database of SQL DB Engine on Linux. The rule is disabled by default. Use overrides to enable it when necessary.	Microsoft.SQLServer.Linux.CollectionRule.Database.LogFlushesPerSec	Microsoft.SQLServer.Linux.Database	PerformanceCollection	False			0	0		False			True
	MSSQL on Linux: DB Log Flush Wait Time	Collects the "Log flush wait time" performance counter for each database of SQL DB Engine on Linux. The rule is disabled by default. Use overrides to enable it when necessary.	Microsoft.SQLServer.Linux.CollectionRule.Database.LogFlushWaitTime	Microsoft.SQLServer.Linux.Database	PerformanceCollection	False			0	0		False			True
	MSSQL on Linux: DB Transactions per Second Count	SQL on Linux DBs Transactions per second performance collection rule	Microsoft.SQLServer.Linux.CollectionRule.Database.TransactionsPerSec	Microsoft.SQLServer.Linux.Database	PerformanceCollection	True			0	0		False			True
	MSSQL on Linux: DB Virtual Log File Count	SQL on Linux DBs Virtual Log Files performance collection rule	Microsoft.SQLServer.Linux.CollectionRule.Database.VLFCount	Microsoft.SQLServer.Linux.Database	PerformanceCollection	False			0	0		False			True
	MSSQL on Linux: File Bytes Received / sec	Amount of FILESTREAM data received by the secondary replica for the secondary database in the last second.	Microsoft.SQLServer.Linux.CollectionRule.DatabaseReplica.FileBytesReceivedPerSecond	Microsoft.SQLServer.Linux.DatabaseReplica	PerformanceCollection	True			0	0		False			True
	MSSQL on Linux: Log Apply Pending Queue	Number of log blocks pending to be applied to the database replica.	Microsoft.SQLServer.Linux.CollectionRule.DatabaseReplica.LogApplyPendingQueue	Microsoft.SQLServer.Linux.DatabaseReplica	PerformanceCollection	True			0	0		False			True
	MSSQL on Linux: Log Apply Ready Queue	Number of log blocks pending and ready to be applied to the database replica.	Microsoft.SQLServer.Linux.CollectionRule.DatabaseReplica.LogApplyReadyQueue	Microsoft.SQLServer.Linux.DatabaseReplica	PerformanceCollection	True			0	0		False			True
	MSSQL on Linux: Log Bytes Received / sec	The number of log bytes received by this replica. This is valid only on the secondary replica.	Microsoft.SQLServer.Linux.CollectionRule.DatabaseReplica.LogBytesReceivedPerSecond	Microsoft.SQLServer.Linux.DatabaseReplica	PerformanceCollection	True			0	0		False			True
	MSSQL on Linux: Log Remaining for undo	The amount of logs that need to be undone (in kilobytes).	Microsoft.SQLServer.Linux.CollectionRule.DatabaseReplica.LogRemainingForUndo	Microsoft.SQLServer.Linux.DatabaseReplica	PerformanceCollection	True			0	0		False			True
	MSSQL on Linux: Log Send Queue	The size of the log send queue on this replica.	Microsoft.SQLServer.Linux.CollectionRule.DatabaseReplica.LogSendQueue	Microsoft.SQLServer.Linux.DatabaseReplica	PerformanceCollection	True			0	0		False			True
	MSSQL on Linux: Mirrored Write Transactions / sec	The number of transactions processed through synchronization commits. Dividing transaction delay by mirrored transactions to get delay per transaction.	Microsoft.SQLServer.Linux.CollectionRule.DatabaseReplica.MirroredWriteTransactionsPerSecond	Microsoft.SQLServer.Linux.DatabaseReplica	PerformanceCollection	True			0	0		False			True
	MSSQL on Linux: Recovery Queue	Amount of log records in the log files of the secondary replica that has not yet been redone.	Microsoft.SQLServer.Linux.CollectionRule.DatabaseReplica.RecoveryQueue	Microsoft.SQLServer.Linux.DatabaseReplica	PerformanceCollection	True			0	0		False			True
	MSSQL on Linux: Redo blocked / sec	Number of times the REDO thread was blocked in this database since this database was brought ONLINE.	Microsoft.SQLServer.Linux.CollectionRule.DatabaseReplica.RedoBlockedSec	Microsoft.SQLServer.Linux.DatabaseReplica	PerformanceCollection	True			0	0		False			True
	MSSQL on Linux: Redo Bytes Remaining	The amount of log bytes remaining to be redone to finish the reverting phase.	Microsoft.SQLServer.Linux.CollectionRule.DatabaseReplica.RedoBytesRemaining	Microsoft.SQLServer.Linux.DatabaseReplica	PerformanceCollection	True			0	0		False			True
	MSSQL on Linux: Redone Bytes / sec	The rate at which log records are redone on the secondary replica.	Microsoft.SQLServer.Linux.CollectionRule.DatabaseReplica.RedoneBytesPerSecond	Microsoft.SQLServer.Linux.DatabaseReplica	PerformanceCollection	True			0	0		False			True
	MSSQL on Linux: Total Log requiring undo	Total kilobytes of log that must be undone.	Microsoft.SQLServer.Linux.CollectionRule.DatabaseReplica.TotalLogRequiringUndo	Microsoft.SQLServer.Linux.DatabaseReplica	PerformanceCollection	True			0	0		False			True
	MSSQL on Linux: Transaction Delay	The total time for all transactions waited on the secondary acknowledgement.	Microsoft.SQLServer.Linux.CollectionRule.DatabaseReplica.TransactionDelay	Microsoft.SQLServer.Linux.DatabaseReplica	PerformanceCollection	True			0	0		False			True
	MSSQL on Linux: DB Engine Average Wait Time (Milliseconds)	Collects the average wait time in milliseconds.	Microsoft.SQLServer.Linux.CollectionRule.DBEngine.AverageWaitTime	Microsoft.SQLServer.Linux.DBEngine	PerformanceCollection	True			0	0		False			True
	MSSQL on Linux: Broker Activation: Stored Procedures Invoked per Second	Collects the "Broker Activation: Stored Procedures Invoked per Second" performance counter for each instance of SQL DB Engine.	Microsoft.SQLServer.Linux.CollectionRule.DBEngine.BrokerActivation_StoredProceduresInvokedSec	Microsoft.SQLServer.Linux.DBEngine	PerformanceCollection	True			0	0		False			True
	MSSQL on Linux: Broker Activation: Task Limit Reached	Collects the "Broker Activation: Task Limit Reached" performance counter for each instance of SQL DB Engine.	Microsoft.SQLServer.Linux.CollectionRule.DBEngine.BrokerActivation_TaskLimitReached	Microsoft.SQLServer.Linux.DBEngine	PerformanceCollection	True			0	0		False			True
	MSSQL on Linux: Broker Activation: Task Limit Reached per Second	Collects the "Broker Activation: Task Limit Reached per Second" performance counter for each instance of SQL DB Engine.	Microsoft.SQLServer.Linux.CollectionRule.DBEngine.BrokerActivation_TaskLimitReachedSec	Microsoft.SQLServer.Linux.DBEngine	PerformanceCollection	True			0	0		False			True
	MSSQL on Linux: Broker Activation: Tasks Aborted per Second	Collects the "Broker Activation: Tasks Aborted per Second" performance counter for each instance of SQL DB Engine.	Microsoft.SQLServer.Linux.CollectionRule.DBEngine.BrokerActivation_TasksAbortedSec	Microsoft.SQLServer.Linux.DBEngine	PerformanceCollection	True			0	0		False			True
	MSSQL on Linux: Broker Activation: Tasks Running	Collects the "Broker Activation: Tasks Running" performance counter for each instance of SQL DB Engine.	Microsoft.SQLServer.Linux.CollectionRule.DBEngine.BrokerActivation_TasksRunning	Microsoft.SQLServer.Linux.DBEngine	PerformanceCollection	True			0	0		False			True
	MSSQL on Linux: Broker Activation: Tasks Started per Second	Collects the "Broker Activation: Tasks Started per Second" performance counter for each instance of SQL DB Engine.	Microsoft.SQLServer.Linux.CollectionRule.DBEngine.BrokerActivation_TasksStartedSec	Microsoft.SQLServer.Linux.DBEngine	PerformanceCollection	True			0	0		False			True
	MSSQL on Linux: Broker/DBM Transport: Current Bytes for Receive I/O	Collects the "Broker/DBM Transport: Current Bytes for Receive I/O" performance counter for each instance of SQL DB Engine.	Microsoft.SQLServer.Linux.CollectionRule.DBEngine.BrokerDbmTransport_CurrentBytesForRecvIO	Microsoft.SQLServer.Linux.DBEngine	PerformanceCollection	True			0	0		False			True
	MSSQL on Linux: Broker/DBM Transport: Current Bytes for Send I/O	Collects the "Broker/DBM Transport: Current Bytes for Send I/O" performance counter for each instance of SQL DB Engine.	Microsoft.SQLServer.Linux.CollectionRule.DBEngine.BrokerDbmTransport_CurrentBytesForSendIO	Microsoft.SQLServer.Linux.DBEngine	PerformanceCollection	True			0	0		False			True
	MSSQL on Linux: Broker/DBM Transport: Current Message Fragments for Send I/O	Collects the "Broker/DBM Transport: Current Message Fragments for Send I/O" performance counter for each instance of SQL DB Engine.	Microsoft.SQLServer.Linux.CollectionRule.DBEngine.BrokerDbmTransport_CurrentMsgFragsForSendIO	Microsoft.SQLServer.Linux.DBEngine	PerformanceCollection	True			0	0		False			True
	MSSQL on Linux: Broker/DBM Transport: Message Fragment P10 Sends per Second	Collects the "Broker/DBM Transport: Message Fragment P10 Sends per Second" performance counter for each instance of SQL DB Engine.	Microsoft.SQLServer.Linux.CollectionRule.DBEngine.BrokerDbmTransport_MessageFragmentP10SendsSec	Microsoft.SQLServer.Linux.DBEngine	PerformanceCollection	True			0	0		False			True
	MSSQL on Linux: Broker/DBM Transport: Message Fragment P1 Sends per Second	Collects the "Broker/DBM Transport: Message Fragment P1 Sends per Second" performance counter for each instance of SQL DB Engine.	Microsoft.SQLServer.Linux.CollectionRule.DBEngine.BrokerDbmTransport_MessageFragmentP1SendsSec	Microsoft.SQLServer.Linux.DBEngine	PerformanceCollection	True			0	0		False			True
	MSSQL on Linux: Broker/DBM Transport: Message Fragment P2 Sends per Second	Collects the "Broker/DBM Transport: Message Fragment P2 Sends per Second" performance counter for each instance of SQL DB Engine.	Microsoft.SQLServer.Linux.CollectionRule.DBEngine.BrokerDbmTransport_MessageFragmentP2SendsSec	Microsoft.SQLServer.Linux.DBEngine	PerformanceCollection	True			0	0		False			True
	MSSQL on Linux: Broker/DBM Transport: Message Fragment P3 Sends per Second	Collects the "Broker/DBM Transport: Message Fragment P3 Sends per Second" performance counter for each instance of SQL DB Engine.	Microsoft.SQLServer.Linux.CollectionRule.DBEngine.BrokerDbmTransport_MessageFragmentP3SendsSec	Microsoft.SQLServer.Linux.DBEngine	PerformanceCollection	True			0	0		False			True
	MSSQL on Linux: Broker/DBM Transport: Message Fragment P4 Sends per Second	Collects the "Broker/DBM Transport: Message Fragment P4 Sends per Second" performance counter for each instance of SQL DB Engine.	Microsoft.SQLServer.Linux.CollectionRule.DBEngine.BrokerDbmTransport_MessageFragmentP4SendsSec	Microsoft.SQLServer.Linux.DBEngine	PerformanceCollection	True			0	0		False			True
	MSSQL on Linux: Broker/DBM Transport: Message Fragment P5 Sends per Second	Collects the "Broker/DBM Transport: Message Fragment P5 Sends per Second" performance counter for each instance of SQL DB Engine.	Microsoft.SQLServer.Linux.CollectionRule.DBEngine.BrokerDbmTransport_MessageFragmentP5SendsSec	Microsoft.SQLServer.Linux.DBEngine	PerformanceCollection	True			0	0		False			True
	MSSQL on Linux: Broker/DBM Transport: Message Fragment P6 Sends per Second	Collects the "Broker/DBM Transport: Message Fragment P6 Sends per Second" performance counter for each instance of SQL DB Engine.	Microsoft.SQLServer.Linux.CollectionRule.DBEngine.BrokerDbmTransport_MessageFragmentP6SendsSec	Microsoft.SQLServer.Linux.DBEngine	PerformanceCollection	True			0	0		False			True
	MSSQL on Linux: Broker/DBM Transport: Message Fragment P7 Sends per Second	Collects the "Broker/DBM Transport: Message Fragment P7 Sends per Second" performance counter for each instance of SQL DB Engine.	Microsoft.SQLServer.Linux.CollectionRule.DBEngine.BrokerDbmTransport_MessageFragmentP7SendsSec	Microsoft.SQLServer.Linux.DBEngine	PerformanceCollection	True			0	0		False			True
	MSSQL on Linux: Broker/DBM Transport: Message Fragment P8 Sends per Second	Collects the "Broker/DBM Transport: Message Fragment P8 Sends per Second" performance counter for each instance of SQL DB Engine.	Microsoft.SQLServer.Linux.CollectionRule.DBEngine.BrokerDbmTransport_MessageFragmentP8SendsSec	Microsoft.SQLServer.Linux.DBEngine	PerformanceCollection	True			0	0		False			True
	MSSQL on Linux: Broker/DBM Transport: Message Fragment P9 Sends per Second	Collects the "Broker/DBM Transport: Message Fragment P9 Sends per Second" performance counter for each instance of SQL DB Engine.	Microsoft.SQLServer.Linux.CollectionRule.DBEngine.BrokerDbmTransport_MessageFragmentP9SendsSec	Microsoft.SQLServer.Linux.DBEngine	PerformanceCollection	True			0	0		False			True
	MSSQL on Linux: Broker/DBM Transport: Message Fragment Receives per Second	Collects the "Broker/DBM Transport: Message Fragment Receives per Second" performance counter for each instance of SQL DB Engine.	Microsoft.SQLServer.Linux.CollectionRule.DBEngine.BrokerDbmTransport_MessageFragmentReceivesSec	Microsoft.SQLServer.Linux.DBEngine	PerformanceCollection	True			0	0		False			True
	MSSQL on Linux: Broker/DBM Transport: Message Fragment Sends per Second	Collects the "Broker/DBM Transport: Message Fragment Sends per Second" performance counter for each instance of SQL DB Engine.	Microsoft.SQLServer.Linux.CollectionRule.DBEngine.BrokerDbmTransport_MessageFragmentSendsSec	Microsoft.SQLServer.Linux.DBEngine	PerformanceCollection	True			0	0		False			True
	MSSQL on Linux: Broker/DBM Transport: Message Fragment Receive Size Average	Collects the "Broker/DBM Transport: Message Fragment Receive Size Average" performance counter for each instance of SQL DB Engine.	Microsoft.SQLServer.Linux.CollectionRule.DBEngine.BrokerDbmTransport_MsgFragmentRecvSizeAvg	Microsoft.SQLServer.Linux.DBEngine	PerformanceCollection	True			0	0		False			True
	MSSQL on Linux: Broker/DBM Transport: Message Fragment Send Size Average	Collects the "Broker/DBM Transport: Message Fragment Send Size Average" performance counter for each instance of SQL DB Engine.	Microsoft.SQLServer.Linux.CollectionRule.DBEngine.BrokerDbmTransport_MsgFragmentSendSizeAvg	Microsoft.SQLServer.Linux.DBEngine	PerformanceCollection	True			0	0		False			True
	MSSQL on Linux: Broker/DBM Transport: Open Connection Count	Collects the "Broker/DBM Transport: Open Connection Count" performance counter for each instance of SQL DB Engine.	Microsoft.SQLServer.Linux.CollectionRule.DBEngine.BrokerDbmTransport_OpenConnectionCount	Microsoft.SQLServer.Linux.DBEngine	PerformanceCollection	True			0	0		False			True
	MSSQL on Linux: Broker/DBM Transport: Pending Bytes for Receive I/O	Collects the "Broker/DBM Transport: Pending Bytes for Receive I/O" performance counter for each instance of SQL DB Engine.	Microsoft.SQLServer.Linux.CollectionRule.DBEngine.BrokerDbmTransport_PendingBytesForRecvIO	Microsoft.SQLServer.Linux.DBEngine	PerformanceCollection	True			0	0		False			True
	MSSQL on Linux: Broker/DBM Transport: Pending Bytes for Send I/O	Collects the "Broker/DBM Transport: Pending Bytes for Send I/O" performance counter for each instance of SQL DB Engine.	Microsoft.SQLServer.Linux.CollectionRule.DBEngine.BrokerDbmTransport_PendingBytesForSendIO	Microsoft.SQLServer.Linux.DBEngine	PerformanceCollection	True			0	0		False			True
	MSSQL on Linux: Broker/DBM Transport: Pending Message Fragments for Receive I/O	Collects the "Broker/DBM Transport: Pending Message Fragments for Receive I/O" performance counter for each instance of SQL DB Engine.	Microsoft.SQLServer.Linux.CollectionRule.DBEngine.BrokerDbmTransport_PendingMsgFragsForRecvIO	Microsoft.SQLServer.Linux.DBEngine	PerformanceCollection	True			0	0		False			True
	MSSQL on Linux: Broker/DBM Transport: Pending Message Fragments for Send I/O	Collects the "Broker/DBM Transport: Pending Message Fragments for Send I/O" performance counter for each instance of SQL DB Engine.	Microsoft.SQLServer.Linux.CollectionRule.DBEngine.BrokerDbmTransport_PendingMsgFragsForSendIO	Microsoft.SQLServer.Linux.DBEngine	PerformanceCollection	True			0	0		False			True
	MSSQL on Linux: Broker/DBM Transport: Receive I/O Bytes per Second	Collects the "Broker/DBM Transport: Receive I/O Bytes per Second" performance counter for each instance of SQL DB Engine.	Microsoft.SQLServer.Linux.CollectionRule.DBEngine.BrokerDbmTransport_ReceiveIOBytesSec	Microsoft.SQLServer.Linux.DBEngine	PerformanceCollection	True			0	0		False			True
	MSSQL on Linux: Broker/DBM Transport: Receive I/O Len Average	Collects the "Broker/DBM Transport: Receive I/O Len Average" performance counter for each instance of SQL DB Engine.	Microsoft.SQLServer.Linux.CollectionRule.DBEngine.BrokerDbmTransport_ReceiveIOLenAvg	Microsoft.SQLServer.Linux.DBEngine	PerformanceCollection	True			0	0		False			True
	MSSQL on Linux: Broker/DBM Transport: Receive I/Os per Second	Collects the "Broker/DBM Transport: Receive I/Os per Second" performance counter for each instance of SQL DB Engine.	Microsoft.SQLServer.Linux.CollectionRule.DBEngine.BrokerDbmTransport_ReceiveIOsSec	Microsoft.SQLServer.Linux.DBEngine	PerformanceCollection	True			0	0		False			True
	MSSQL on Linux: Broker/DBM Transport: Receive I/O Buffer Copies bytes per Second	Collects the "Broker/DBM Transport: Receive I/O Buffer Copies bytes per Second" performance counter for each instance of SQL DB Engine.	Microsoft.SQLServer.Linux.CollectionRule.DBEngine.BrokerDbmTransport_RecvIOBufferCopiesBytesSec	Microsoft.SQLServer.Linux.DBEngine	PerformanceCollection	True			0	0		False			True
	MSSQL on Linux: Broker/DBM Transport: Receive I/O Buffer Copies Count	Collects the "Broker/DBM Transport: Receive I/O Buffer Copies Count" performance counter for each instance of SQL DB Engine.	Microsoft.SQLServer.Linux.CollectionRule.DBEngine.BrokerDbmTransport_RecvIOBufferCopiesCount	Microsoft.SQLServer.Linux.DBEngine	PerformanceCollection	True			0	0		False			True
	MSSQL on Linux: Broker/DBM Transport: Send I/O Bytes per Second	Collects the "Broker/DBM Transport: Send I/O Bytes per Second" performance counter for each instance of SQL DB Engine.	Microsoft.SQLServer.Linux.CollectionRule.DBEngine.BrokerDbmTransport_SendIOBytesSec	Microsoft.SQLServer.Linux.DBEngine	PerformanceCollection	True			0	0		False			True
	MSSQL on Linux: Broker/DBM Transport: Send I/O Len Average	Collects the "Broker/DBM Transport: Send I/O Len Average" performance counter for each instance of SQL DB Engine.	Microsoft.SQLServer.Linux.CollectionRule.DBEngine.BrokerDbmTransport_SendIOLenAvg	Microsoft.SQLServer.Linux.DBEngine	PerformanceCollection	True			0	0		False			True
	MSSQL on Linux: Broker/DBM Transport: Send I/Os per Second	Collects the "Broker/DBM Transport: Send I/Os per Second" performance counter for each instance of SQL DB Engine.	Microsoft.SQLServer.Linux.CollectionRule.DBEngine.BrokerDbmTransport_SendIOsSec	Microsoft.SQLServer.Linux.DBEngine	PerformanceCollection	True			0	0		False			True
	MSSQL on Linux: Broker Statistics: Activation Errors Total	Collects the "Broker Statistics: Activation Errors Total" performance counter for each instance of SQL DB Engine.	Microsoft.SQLServer.Linux.CollectionRule.DBEngine.BrokerStatistics_ActivationErrorsTotal	Microsoft.SQLServer.Linux.DBEngine	PerformanceCollection	True			0	0		False			True
	MSSQL on Linux: Broker Statistics: Broker Transaction Rollbacks	Collects the "Broker Statistics: Broker Transaction Rollbacks" performance counter for each instance of SQL DB Engine.	Microsoft.SQLServer.Linux.CollectionRule.DBEngine.BrokerStatistics_BrokerTransactionRollbacks	Microsoft.SQLServer.Linux.DBEngine	PerformanceCollection	True			0	0		False			True
	MSSQL on Linux: Broker Statistics: Corrupted Messages Total	Collects the "Broker Statistics: Corrupted Messages Total" performance counter for each instance of SQL DB Engine.	Microsoft.SQLServer.Linux.CollectionRule.DBEngine.BrokerStatistics_CorruptedMessagesTotal	Microsoft.SQLServer.Linux.DBEngine	PerformanceCollection	True			0	0		False			True
	MSSQL on Linux: Broker Statistics: Dequeued TransmissionQ Messages per Second	Collects the "Broker Statistics: Dequeued TransmissionQ Messages per Second" performance counter for each instance of SQL DB Engine.	Microsoft.SQLServer.Linux.CollectionRule.DBEngine.BrokerStatistics_DequeuedTransmissionqMsgsSec	Microsoft.SQLServer.Linux.DBEngine	PerformanceCollection	True			0	0		False			True
	MSSQL on Linux: Broker Statistics: Dialog Timer Event Count	Collects the "Broker Statistics: Dialog Timer Event Count" performance counter for each instance of SQL DB Engine.	Microsoft.SQLServer.Linux.CollectionRule.DBEngine.BrokerStatistics_DialogTimerEventCount	Microsoft.SQLServer.Linux.DBEngine	PerformanceCollection	True			0	0		False			True
	MSSQL on Linux: Broker Statistics: Dropped Messages Total	Collects the "Broker Statistics: Dropped Messages Total" performance counter for each instance of SQL DB Engine.	Microsoft.SQLServer.Linux.CollectionRule.DBEngine.BrokerStatistics_DroppedMessagesTotal	Microsoft.SQLServer.Linux.DBEngine	PerformanceCollection	True			0	0		False			True
	MSSQL on Linux: Broker Statistics: Enqueued Local Messages per Second	Collects the "Broker Statistics: Enqueued Local Messages per Second" performance counter for each instance of SQL DB Engine.	Microsoft.SQLServer.Linux.CollectionRule.DBEngine.BrokerStatistics_EnqueuedLocalMessagesSec	Microsoft.SQLServer.Linux.DBEngine	PerformanceCollection	True			0	0		False			True
	MSSQL on Linux: Broker Statistics: Enqueued Local Messages Total	Collects the "Broker Statistics: Enqueued Local Messages Total" performance counter for each instance of SQL DB Engine.	Microsoft.SQLServer.Linux.CollectionRule.DBEngine.BrokerStatistics_EnqueuedLocalMessagesTotal	Microsoft.SQLServer.Linux.DBEngine	PerformanceCollection	True			0	0		False			True
	MSSQL on Linux: Broker Statistics: Enqueued Messages per Second	Collects the "Broker Statistics: Enqueued Messages per Second" performance counter for each instance of SQL DB Engine.	Microsoft.SQLServer.Linux.CollectionRule.DBEngine.BrokerStatistics_EnqueuedMessagesSec	Microsoft.SQLServer.Linux.DBEngine	PerformanceCollection	True			0	0		False			True
	MSSQL on Linux: Broker Statistics: Enqueued Messages Total	Collects the "Broker Statistics: Enqueued Messages Total" performance counter for each instance of SQL DB Engine.	Microsoft.SQLServer.Linux.CollectionRule.DBEngine.BrokerStatistics_EnqueuedMessagesTotal	Microsoft.SQLServer.Linux.DBEngine	PerformanceCollection	True			0	0		False			True
	MSSQL on Linux: Broker Statistics: Enqueued P10 Messages per Second	Collects the "Broker Statistics: Enqueued P10 Messages per Second" performance counter for each instance of SQL DB Engine.	Microsoft.SQLServer.Linux.CollectionRule.DBEngine.BrokerStatistics_EnqueuedP10MessagesSec	Microsoft.SQLServer.Linux.DBEngine	PerformanceCollection	True			0	0		False			True
	MSSQL on Linux: Broker Statistics: Enqueued P1 Messages per Second	Collects the "Broker Statistics: Enqueued P1 Messages per Second" performance counter for each instance of SQL DB Engine.	Microsoft.SQLServer.Linux.CollectionRule.DBEngine.BrokerStatistics_EnqueuedP1MessagesSec	Microsoft.SQLServer.Linux.DBEngine	PerformanceCollection	True			0	0		False			True
	MSSQL on Linux: Broker Statistics: Enqueued P2 Messages per Second	Collects the "Broker Statistics: Enqueued P2 Messages per Second" performance counter for each instance of SQL DB Engine.	Microsoft.SQLServer.Linux.CollectionRule.DBEngine.BrokerStatistics_EnqueuedP2MessagesSec	Microsoft.SQLServer.Linux.DBEngine	PerformanceCollection	True			0	0		False			True
	MSSQL on Linux: Broker Statistics: Enqueued P3 Messages per Second	Collects the "Broker Statistics: Enqueued P3 Messages per Second" performance counter for each instance of SQL DB Engine.	Microsoft.SQLServer.Linux.CollectionRule.DBEngine.BrokerStatistics_EnqueuedP3MessagesSec	Microsoft.SQLServer.Linux.DBEngine	PerformanceCollection	True			0	0		False			True
	MSSQL on Linux: Broker Statistics: Enqueued P4 Messages per Second	Collects the "Broker Statistics: Enqueued P4 Messages per Second" performance counter for each instance of SQL DB Engine.	Microsoft.SQLServer.Linux.CollectionRule.DBEngine.BrokerStatistics_EnqueuedP4MessagesSec	Microsoft.SQLServer.Linux.DBEngine	PerformanceCollection	True			0	0		False			True
	MSSQL on Linux: Broker Statistics: Enqueued P5 Messages per Second	Collects the "Broker Statistics: Enqueued P5 Messages per Second" performance counter for each instance of SQL DB Engine.	Microsoft.SQLServer.Linux.CollectionRule.DBEngine.BrokerStatistics_EnqueuedP5MessagesSec	Microsoft.SQLServer.Linux.DBEngine	PerformanceCollection	True			0	0		False			True
	MSSQL on Linux: Broker Statistics: Enqueued P6 Messages per Second	Collects the "Broker Statistics: Enqueued P6 Messages per Second" performance counter for each instance of SQL DB Engine.	Microsoft.SQLServer.Linux.CollectionRule.DBEngine.BrokerStatistics_EnqueuedP6MessagesSec	Microsoft.SQLServer.Linux.DBEngine	PerformanceCollection	True			0	0		False			True
	MSSQL on Linux: Broker Statistics: Enqueued P7 Messages per Second	Collects the "Broker Statistics: Enqueued P7 Messages per Second" performance counter for each instance of SQL DB Engine.	Microsoft.SQLServer.Linux.CollectionRule.DBEngine.BrokerStatistics_EnqueuedP7MessagesSec	Microsoft.SQLServer.Linux.DBEngine	PerformanceCollection	True			0	0		False			True
	MSSQL on Linux: Broker Statistics: Enqueued P8 Messages per Second	Collects the "Broker Statistics: Enqueued P8 Messages per Second" performance counter for each instance of SQL DB Engine.	Microsoft.SQLServer.Linux.CollectionRule.DBEngine.BrokerStatistics_EnqueuedP8MessagesSec	Microsoft.SQLServer.Linux.DBEngine	PerformanceCollection	True			0	0		False			True
	MSSQL on Linux: Broker Statistics: Enqueued P9 Messages per Second	Collects the "Broker Statistics: Enqueued P9 Messages per Second" performance counter for each instance of SQL DB Engine.	Microsoft.SQLServer.Linux.CollectionRule.DBEngine.BrokerStatistics_EnqueuedP9MessagesSec	Microsoft.SQLServer.Linux.DBEngine	PerformanceCollection	True			0	0		False			True
	MSSQL on Linux: Broker Statistics: Enqueued TransmissionQ Messages per Second	Collects the "Broker Statistics: Enqueued TransmissionQ Messages per Second" performance counter for each instance of SQL DB Engine.	Microsoft.SQLServer.Linux.CollectionRule.DBEngine.BrokerStatistics_EnqueuedTransmissionqMsgsSec	Microsoft.SQLServer.Linux.DBEngine	PerformanceCollection	True			0	0		False			True
	MSSQL on Linux: Broker Statistics: Enqueued Transport Message Fragments per Second	Collects the "Broker Statistics: Enqueued Transport Message Fragments per Second" performance counter for each instance of SQL DB Engine.	Microsoft.SQLServer.Linux.CollectionRule.DBEngine.BrokerStatistics_EnqueuedTransportMsgFragsSec	Microsoft.SQLServer.Linux.DBEngine	PerformanceCollection	True			0	0		False			True
	MSSQL on Linux: Broker Statistics: Enqueued Transport Message Frag Tot	Collects the "Broker Statistics: Enqueued Transport Message Frag Tot" performance counter for each instance of SQL DB Engine.	Microsoft.SQLServer.Linux.CollectionRule.DBEngine.BrokerStatistics_EnqueuedTransportMsgFragTot	Microsoft.SQLServer.Linux.DBEngine	PerformanceCollection	True			0	0		False			True
	MSSQL on Linux: Broker Statistics: Enqueued Transport Messages per Second	Collects the "Broker Statistics: Enqueued Transport Messages per Second" performance counter for each instance of SQL DB Engine.	Microsoft.SQLServer.Linux.CollectionRule.DBEngine.BrokerStatistics_EnqueuedTransportMsgsSec	Microsoft.SQLServer.Linux.DBEngine	PerformanceCollection	True			0	0		False			True
	MSSQL on Linux: Broker Statistics: Enqueued Transport Messages Total	Collects the "Broker Statistics: Enqueued Transport Messages Total" performance counter for each instance of SQL DB Engine.	Microsoft.SQLServer.Linux.CollectionRule.DBEngine.BrokerStatistics_EnqueuedTransportMsgsTotal	Microsoft.SQLServer.Linux.DBEngine	PerformanceCollection	True			0	0		False			True
	MSSQL on Linux: Broker Statistics: Forwarded Messages per Second	Collects the "Broker Statistics: Forwarded Messages per Second" performance counter for each instance of SQL DB Engine.	Microsoft.SQLServer.Linux.CollectionRule.DBEngine.BrokerStatistics_ForwardedMessagesSec	Microsoft.SQLServer.Linux.DBEngine	PerformanceCollection	True			0	0		False			True
	MSSQL on Linux: Broker Statistics: Forwarded Messages Total	Collects the "Broker Statistics: Forwarded Messages Total" performance counter for each instance of SQL DB Engine.	Microsoft.SQLServer.Linux.CollectionRule.DBEngine.BrokerStatistics_ForwardedMessagesTotal	Microsoft.SQLServer.Linux.DBEngine	PerformanceCollection	True			0	0		False			True
	MSSQL on Linux: Broker Statistics: Forwarded Message Bytes per Second	Collects the "Broker Statistics: Forwarded Message Bytes per Second" performance counter for each instance of SQL DB Engine.	Microsoft.SQLServer.Linux.CollectionRule.DBEngine.BrokerStatistics_ForwardedMsgBytesSec	Microsoft.SQLServer.Linux.DBEngine	PerformanceCollection	True			0	0		False			True
	MSSQL on Linux: Broker Statistics: Forwarded Message Byte Total	Collects the "Broker Statistics: Forwarded Message Byte Total" performance counter for each instance of SQL DB Engine.	Microsoft.SQLServer.Linux.CollectionRule.DBEngine.BrokerStatistics_ForwardedMsgByteTotal	Microsoft.SQLServer.Linux.DBEngine	PerformanceCollection	True			0	0		False			True
	MSSQL on Linux: Broker Statistics: Forwarded Message Discarded Total	Collects the "Broker Statistics: Forwarded Message Discarded Total" performance counter for each instance of SQL DB Engine.	Microsoft.SQLServer.Linux.CollectionRule.DBEngine.BrokerStatistics_ForwardedMsgDiscardedTotal	Microsoft.SQLServer.Linux.DBEngine	PerformanceCollection	True			0	0		False			True
	MSSQL on Linux: Broker Statistics: Forwarded Messages Discarded per Second	Collects the "Broker Statistics: Forwarded Messages Discarded per Second" performance counter for each instance of SQL DB Engine.	Microsoft.SQLServer.Linux.CollectionRule.DBEngine.BrokerStatistics_ForwardedMsgsDiscardedSec	Microsoft.SQLServer.Linux.DBEngine	PerformanceCollection	True			0	0		False			True
	MSSQL on Linux: Broker Statistics: Forwarded Pending Message Bytes	Collects the "Broker Statistics: Forwarded Pending Message Bytes" performance counter for each instance of SQL DB Engine.	Microsoft.SQLServer.Linux.CollectionRule.DBEngine.BrokerStatistics_ForwardedPendingMsgBytes	Microsoft.SQLServer.Linux.DBEngine	PerformanceCollection	True			0	0		False			True
	MSSQL on Linux: Broker Statistics: Forwarded Pending Message Count	Collects the "Broker Statistics: Forwarded Pending Message Count" performance counter for each instance of SQL DB Engine.	Microsoft.SQLServer.Linux.CollectionRule.DBEngine.BrokerStatistics_ForwardedPendingMsgCount	Microsoft.SQLServer.Linux.DBEngine	PerformanceCollection	True			0	0		False			True
	MSSQL on Linux: Broker Statistics: SQL Receives per Second	Collects the "Broker Statistics: SQL Receives per Second" performance counter for each instance of SQL DB Engine.	Microsoft.SQLServer.Linux.CollectionRule.DBEngine.BrokerStatistics_SqlReceivesSec	Microsoft.SQLServer.Linux.DBEngine	PerformanceCollection	True			0	0		False			True
	MSSQL on Linux: Broker Statistics: SQL Receive Total	Collects the "Broker Statistics: SQL Receive Total" performance counter for each instance of SQL DB Engine.	Microsoft.SQLServer.Linux.CollectionRule.DBEngine.BrokerStatistics_SqlReceiveTotal	Microsoft.SQLServer.Linux.DBEngine	PerformanceCollection	True			0	0		False			True
	MSSQL on Linux: Broker Statistics: SQL Sends per Second	Collects the "Broker Statistics: SQL Sends per Second" performance counter for each instance of SQL DB Engine.	Microsoft.SQLServer.Linux.CollectionRule.DBEngine.BrokerStatistics_SqlSendsSec	Microsoft.SQLServer.Linux.DBEngine	PerformanceCollection	True			0	0		False			True
	MSSQL on Linux: Broker Statistics: SQL Send Total	Collects the "Broker Statistics: SQL Send Total" performance counter for each instance of SQL DB Engine.	Microsoft.SQLServer.Linux.CollectionRule.DBEngine.BrokerStatistics_SqlSendTotal	Microsoft.SQLServer.Linux.DBEngine	PerformanceCollection	True			0	0		False			True
	MSSQL on Linux: Buffer Cache Hit Ratio	Collects the Linux "Buffer Cache Hit Ratio" performance counter for each instance of SQL DB Engine on Linux.	Microsoft.SQLServer.Linux.CollectionRule.DBEngine.BufferCacheHitRatio	Microsoft.SQLServer.Linux.DBEngine	PerformanceCollection	True			0	0		False			True
	MSSQL on Linux: HTTP Storage: Average Bytes/Read	Collects the "HTTP Storage: Average Bytes/Read" performance counter for SQL DB Engine that monitor Microsoft Azure Storage account.	Microsoft.SQLServer.Linux.CollectionRule.DBEngine.HTTPStorage_AvgBytesRead	Microsoft.SQLServer.Linux.DBEngine	PerformanceCollection	True			0	0		False			True
	MSSQL on Linux: HTTP Storage: Average Bytes/Transfer	Collects the "HTTP Storage: Average Bytes/Transfer" performance counter for SQL DB Engine that monitor Microsoft Azure Storage account.	Microsoft.SQLServer.Linux.CollectionRule.DBEngine.HTTPStorage_AvgBytesTransfer	Microsoft.SQLServer.Linux.DBEngine	PerformanceCollection	True			0	0		False			True
	MSSQL on Linux: HTTP Storage: Average Bytes/Write	Collects the "HTTP Storage: Average Bytes/Write" performance counter for SQL DB Engine that monitor Microsoft Azure Storage account.	Microsoft.SQLServer.Linux.CollectionRule.DBEngine.HTTPStorage_AvgBytesWrite	Microsoft.SQLServer.Linux.DBEngine	PerformanceCollection	True			0	0		False			True
	MSSQL on Linux: HTTP Storage: Average Microseconds/Read	Collects the "HTTP Storage: Average Microseconds/Read" performance counter for SQL DB Engine that monitor Microsoft Azure Storage account.	Microsoft.SQLServer.Linux.CollectionRule.DBEngine.HTTPStorage_AvgMicrosecRead	Microsoft.SQLServer.Linux.DBEngine	PerformanceCollection	True			0	0		False			True
	MSSQL on Linux: HTTP Storage: Average Microseconds/Read Comp	Collects the "HTTP Storage: Average Microseconds/Read Comp" performance counter for SQL DB Engine that monitor Microsoft Azure Storage account.	Microsoft.SQLServer.Linux.CollectionRule.DBEngine.HTTPStorage_AvgMicrosecReadComp	Microsoft.SQLServer.Linux.DBEngine	PerformanceCollection	True			0	0		False			True
	MSSQL on Linux: HTTP Storage: Average Microseconds/Transfer	Collects the "HTTP Storage: Average Microseconds/Transfer" performance counter for SQL DB Engine that monitor Microsoft Azure Storage account.	Microsoft.SQLServer.Linux.CollectionRule.DBEngine.HTTPStorage_AvgMicrosecTransfer	Microsoft.SQLServer.Linux.DBEngine	PerformanceCollection	True			0	0		False			True
	MSSQL on Linux: HTTP Storage: Average Microseconds/Write	Collects the "HTTP Storage: Average Microseconds/Write" performance counter for SQL DB Engine that monitor Microsoft Azure Storage account.	Microsoft.SQLServer.Linux.CollectionRule.DBEngine.HTTPStorage_AvgMicrosecWrite	Microsoft.SQLServer.Linux.DBEngine	PerformanceCollection	True			0	0		False			True
	MSSQL on Linux: HTTP Storage: Average Microseconds/Write Comp	Collects the "HTTP Storage: Average Microseconds/Write Comp" performance counter for SQL DB Engine that monitor Microsoft Azure Storage account.	Microsoft.SQLServer.Linux.CollectionRule.DBEngine.HTTPStorage_AvgMicrosecWriteComp	Microsoft.SQLServer.Linux.DBEngine	PerformanceCollection	True			0	0		False			True
	MSSQL on Linux: HTTP Storage: HTTP Storage I/O Failed per Second	Collects the "HTTP Storage: HTTP Storage I/O Failed per Second" performance counter for SQL DB Engine that monitor Microsoft Azure Storage account.	Microsoft.SQLServer.Linux.CollectionRule.DBEngine.HTTPStorage_HttpStorageIoFailedSec	Microsoft.SQLServer.Linux.DBEngine	PerformanceCollection	True			0	0		False			True
	MSSQL on Linux: HTTP Storage: HTTP Storage I/O Retry per Second	Collects the "HTTP Storage: HTTP Storage I/O Retry per Second" performance counter for SQL DB Engine that monitor Microsoft Azure Storage account.	Microsoft.SQLServer.Linux.CollectionRule.DBEngine.HTTPStorage_HttpStorageIoRetrySec	Microsoft.SQLServer.Linux.DBEngine	PerformanceCollection	True			0	0		False			True
	MSSQL on Linux: HTTP Storage: Outstanding HTTP Storage I/O	Collects the "HTTP Storage: Outstanding HTTP Storage I/O" performance counter for SQL DB Engine that monitor Microsoft Azure Storage account.	Microsoft.SQLServer.Linux.CollectionRule.DBEngine.HTTPStorage_OutstandingHttpStorageIo	Microsoft.SQLServer.Linux.DBEngine	PerformanceCollection	True			0	0		False			True
	MSSQL on Linux: HTTP Storage: Read Bytes per Second	Collects the "HTTP Storage: Read Bytes per Second" performance counter for SQL DB Engine that monitor Microsoft Azure Storage account.	Microsoft.SQLServer.Linux.CollectionRule.DBEngine.HTTPStorage_ReadBytesSec	Microsoft.SQLServer.Linux.DBEngine	PerformanceCollection	True			0	0		False			True
	MSSQL on Linux: HTTP Storage: Reads per Second	Collects the "HTTP Storage: Reads per Second" performance counter for SQL DB Engine that monitor Microsoft Azure Storage account.	Microsoft.SQLServer.Linux.CollectionRule.DBEngine.HTTPStorage_ReadsSec	Microsoft.SQLServer.Linux.DBEngine	PerformanceCollection	True			0	0		False			True
	MSSQL on Linux: HTTP Storage: Total Bytes per Second	Collects the "HTTP Storage: Total Bytes per Second" performance counter for SQL DB Engine that monitor Microsoft Azure Storage account.	Microsoft.SQLServer.Linux.CollectionRule.DBEngine.HTTPStorage_TotalBytesSec	Microsoft.SQLServer.Linux.DBEngine	PerformanceCollection	True			0	0		False			True
	MSSQL on Linux: HTTP Storage: Transfers per Second	Collects the "HTTP Storage: Transfers per Second" performance counter for SQL DB Engine that monitor Microsoft Azure Storage account.	Microsoft.SQLServer.Linux.CollectionRule.DBEngine.HTTPStorage_TransfersSec	Microsoft.SQLServer.Linux.DBEngine	PerformanceCollection	True			0	0		False			True
	MSSQL on Linux: HTTP Storage: Write Bytes per Second	Collects the "HTTP Storage: Write Bytes per Second" performance counter for SQL DB Engine that monitor Microsoft Azure Storage account.	Microsoft.SQLServer.Linux.CollectionRule.DBEngine.HTTPStorage_WriteBytesSec	Microsoft.SQLServer.Linux.DBEngine	PerformanceCollection	True			0	0		False			True
	MSSQL on Linux: HTTP Storage: Writes per Second	Collects the "HTTP Storage: Writes per Second" performance counter for SQL DB Engine that monitor Microsoft Azure Storage account.	Microsoft.SQLServer.Linux.CollectionRule.DBEngine.HTTPStorage_WritesSec	Microsoft.SQLServer.Linux.DBEngine	PerformanceCollection	True			0	0		False			True
	MSSQL on Linux: Number of Lock Requests per Second	Collects the Linux "Number of Lock Requests per Second" performance counter for each instance of SQL DB Engine on Linux.	Microsoft.SQLServer.Linux.CollectionRule.DBEngine.LockRequestsPerSecond	Microsoft.SQLServer.Linux.DBEngine	PerformanceCollection	True			0	0		False			True
	MSSQL on Linux: Lock Timeouts per Second	Collects the Linux "Lock Timeouts per Second" performance counter for each instance of SQL DB Engine on Linux.	Microsoft.SQLServer.Linux.CollectionRule.DBEngine.LockTimeoutsPerSecond	Microsoft.SQLServer.Linux.DBEngine	PerformanceCollection	True			0	0		False			True
	MSSQL on Linux: Number of Lock Waits per Second	Collects the Linux "Number of Lock Waits per Second" performance counter for each instance of SQL DB Engine on Linux.	Microsoft.SQLServer.Linux.CollectionRule.DBEngine.LockWaitsPerSecond	Microsoft.SQLServer.Linux.DBEngine	PerformanceCollection	True			0	0		False			True
	MSSQL on Linux: Logins per Second	Collects the total number of logins started per second. This does not include pooled connections.	Microsoft.SQLServer.Linux.CollectionRule.DBEngine.LoginsPerSecond	Microsoft.SQLServer.Linux.DBEngine	PerformanceCollection	True			0	0		False			True
	MSSQL on Linux: Number of Deadlocks per Second	Collects the Linux "Number of Deadlocks per Second" performance counter for each instance of SQL DB Engine on Linux.	Microsoft.SQLServer.Linux.CollectionRule.DBEngine.NumberDeadlocksPerSecond	Microsoft.SQLServer.Linux.DBEngine	PerformanceCollection	True			0	0		False			True
	MSSQL on Linux: DB Engine Page Life Expectancy (in seconds)	Collects the Page Life Expectancy in seconds.	Microsoft.SQLServer.Linux.CollectionRule.DBEngine.PageLifeExpectancy	Microsoft.SQLServer.Linux.DBEngine	PerformanceCollection	True			0	0		False			True
	MSSQL on Linux: SQL Compilations per Second	Collects the Linux "SQL Compilations per Second" performance counter for each instance of SQL DB Engine on Linux.	Microsoft.SQLServer.Linux.CollectionRule.DBEngine.SQLCompilationsPerSecond	Microsoft.SQLServer.Linux.DBEngine	PerformanceCollection	True			0	0		False			True
	MSSQL on Linux: SQL Re-Compilations per Second	Collects the Linux "SQL Recompiles per Second" performance counter for each instance of SQL DB Engine on Linux.	Microsoft.SQLServer.Linux.CollectionRule.DBEngine.SQLRecompilationsPerSecond	Microsoft.SQLServer.Linux.DBEngine	PerformanceCollection	True			0	0		False			True
	MSSQL on Linux: DB Engine Stolen Server Memory (MB)	Collects the DB Engine stolen server memory in megabytes.	Microsoft.SQLServer.Linux.CollectionRule.DBEngine.StolenServerMemory	Microsoft.SQLServer.Linux.DBEngine	PerformanceCollection	True			0	0		False			True
	MSSQL on Linux: DB Engine Thread Count	Collects the DB Engine thread count.	Microsoft.SQLServer.Linux.CollectionRule.DBEngine.ThreadCount	Microsoft.SQLServer.Linux.DBEngine	PerformanceCollection	True			0	0		False			True
	MSSQL on Linux: Total Transactions per Second	Collects the Linux "Transaction per Second" performance counter for the '_Total' instance of the databases performance object for each instance of SQL DB Engine on Linux.	Microsoft.SQLServer.Linux.CollectionRule.DBEngine.TransactionsPerSecond	Microsoft.SQLServer.Linux.DBEngine	PerformanceCollection	True			0	0		False			True
	MSSQL on Linux: SQL User Connections	Counts the number of users currently connected to SQL Server.	Microsoft.SQLServer.Linux.CollectionRule.DBEngine.UserConnectionsCollection	Microsoft.SQLServer.Linux.DBEngine	PerformanceCollection	True			0	0		False			True
	MSSQL on Linux: Cursor deletes/sec	Collects the Linux "Cursor deletes/sec" performance counter for internal XTP engine cursors.	Microsoft.SQLServer.Linux.CollectionRule.DBEngine.XtpCursors_CursorDeletesSec	Microsoft.SQLServer.Linux.DBEngine	PerformanceCollection	False			0	0		False			True
	MSSQL on Linux: Cursor inserts/sec	Collects the Linux "Cursor inserts/sec" performance counter for internal XTP engine cursors.	Microsoft.SQLServer.Linux.CollectionRule.DBEngine.XtpCursors_CursorInsertsSec	Microsoft.SQLServer.Linux.DBEngine	PerformanceCollection	False			0	0		False			True
	MSSQL on Linux: Cursor scans started/sec	Collects the Linux "Cursor scans started/sec" performance counter for internal XTP engine cursors.	Microsoft.SQLServer.Linux.CollectionRule.DBEngine.XtpCursors_CursorScansStartedSec	Microsoft.SQLServer.Linux.DBEngine	PerformanceCollection	False			0	0		False			True
	MSSQL on Linux: Cursor unique violations/sec	Collects the Linux "Cursor unique violations/sec" performance counter for internal XTP engine cursors.	Microsoft.SQLServer.Linux.CollectionRule.DBEngine.XtpCursors_CursorUniqueViolationsSec	Microsoft.SQLServer.Linux.DBEngine	PerformanceCollection	False			0	0		False			True
	MSSQL on Linux: Cursor updates/sec	Collects the Linux "Cursor updates/sec" performance counter for internal XTP engine cursors.	Microsoft.SQLServer.Linux.CollectionRule.DBEngine.XtpCursors_CursorUpdatesSec	Microsoft.SQLServer.Linux.DBEngine	PerformanceCollection	False			0	0		False			True
	MSSQL on Linux: Cursor write conflicts/sec	Collects the Linux "Cursor write conflicts/sec" performance counter for internal XTP engine cursors.	Microsoft.SQLServer.Linux.CollectionRule.DBEngine.XtpCursors_CursorWriteConflictsSec	Microsoft.SQLServer.Linux.DBEngine	PerformanceCollection	False			0	0		False			True
	MSSQL on Linux: Dusty corner scan retries/sec (user-issued)	Collects the Linux "Dusty corner scan retries/sec (user-issued)" performance counter for internal XTP engine cursors.	Microsoft.SQLServer.Linux.CollectionRule.DBEngine.XtpCursors_DustyCornerScanRetriesSecUserIssued	Microsoft.SQLServer.Linux.DBEngine	PerformanceCollection	False			0	0		False			True
	MSSQL on Linux: Expired rows removed/sec	Collects the Linux "Expired rows removed/sec" performance counter for internal XTP engine cursors.	Microsoft.SQLServer.Linux.CollectionRule.DBEngine.XtpCursors_ExpiredRowsRemovedSec	Microsoft.SQLServer.Linux.DBEngine	PerformanceCollection	False			0	0		False			True
	MSSQL on Linux: Expired rows touched/sec	Collects the Linux "Expired rows touched/sec" performance counter for internal XTP engine cursors.	Microsoft.SQLServer.Linux.CollectionRule.DBEngine.XtpCursors_ExpiredRowsTouchedSec	Microsoft.SQLServer.Linux.DBEngine	PerformanceCollection	False			0	0		False			True
	MSSQL on Linux: Rows returned/sec	Collects the Linux "Rows returned/sec" performance counter for internal XTP engine cursors.	Microsoft.SQLServer.Linux.CollectionRule.DBEngine.XtpCursors_RowsReturnedSec	Microsoft.SQLServer.Linux.DBEngine	PerformanceCollection	False			0	0		False			True
	MSSQL on Linux: Rows touched/sec	Collects the Linux "Rows touched/sec" performance counter for internal XTP engine cursors.	Microsoft.SQLServer.Linux.CollectionRule.DBEngine.XtpCursors_RowsTouchedSec	Microsoft.SQLServer.Linux.DBEngine	PerformanceCollection	False			0	0		False			True
	MSSQL on Linux: Tentatively-deleted rows touched/sec	Collects the Linux "Tentatively-deleted rows touched/sec" performance counter for internal XTP engine cursors.	Microsoft.SQLServer.Linux.CollectionRule.DBEngine.XtpCursors_TentativelyDeletedRowsTouchedSec	Microsoft.SQLServer.Linux.DBEngine	PerformanceCollection	False			0	0		False			True
	MSSQL on Linux: Dusty corner scan retries/sec (GC-issued)	Collects the Linux "Dusty corner scan retries/sec (GC-issued)" performance counter for the XTP engine's garbage collector.	Microsoft.SQLServer.Linux.CollectionRule.DBEngine.XtpGarbageCollection_DustyCornerScanRetriesSecGcIssued	Microsoft.SQLServer.Linux.DBEngine	PerformanceCollection	False			0	0		False			True
	MSSQL on Linux: Main GC work items/sec	Collects the Linux "Main GC work items/sec" performance counter for the XTP engine's garbage collector.	Microsoft.SQLServer.Linux.CollectionRule.DBEngine.XtpGarbageCollection_MainGcWorkItemsSec	Microsoft.SQLServer.Linux.DBEngine	PerformanceCollection	False			0	0		False			True
	MSSQL on Linux: Parallel GC work item/sec	Collects the Linux "Parallel GC work item/sec" performance counter for the XTP engine's garbage collector.	Microsoft.SQLServer.Linux.CollectionRule.DBEngine.XtpGarbageCollection_ParallelGcWorkItemSec	Microsoft.SQLServer.Linux.DBEngine	PerformanceCollection	False			0	0		False			True
	MSSQL on Linux: Rows processed/sec	Collects the Linux "Rows processed/sec" performance counter for the XTP engine's garbage collector.	Microsoft.SQLServer.Linux.CollectionRule.DBEngine.XtpGarbageCollection_RowsProcessedSec	Microsoft.SQLServer.Linux.DBEngine	PerformanceCollection	False			0	0		False			True
	MSSQL on Linux: Rows processed/sec (first in bucket)	Collects the Linux "Rows processed/sec (first in bucket)" performance counter for the XTP engine's garbage collector.	Microsoft.SQLServer.Linux.CollectionRule.DBEngine.XtpGarbageCollection_RowsProcessedSecFirstInBucket	Microsoft.SQLServer.Linux.DBEngine	PerformanceCollection	False			0	0		False			True
	MSSQL on Linux: Rows processed/sec (first in bucket and removed)	Collects the Linux "Rows processed/sec (first in bucket and removed)" performance counter for the XTP engine's garbage collector.	Microsoft.SQLServer.Linux.CollectionRule.DBEngine.XtpGarbageCollection_RowsProcessedSecFirstInBucketAndRemoved	Microsoft.SQLServer.Linux.DBEngine	PerformanceCollection	False			0	0		False			True
	MSSQL on Linux: Rows processed/sec (marked for unlink)	Collects the Linux "Rows processed/sec (marked for unlink)" performance counter for the XTP engine's garbage collector.	Microsoft.SQLServer.Linux.CollectionRule.DBEngine.XtpGarbageCollection_RowsProcessedSecMarkedForUnlink	Microsoft.SQLServer.Linux.DBEngine	PerformanceCollection	False			0	0		False			True
	MSSQL on Linux: Rows processed/sec (no sweep needed)	Collects the Linux "Rows processed/sec (no sweep needed)" performance counter for the XTP engine's garbage collector.	Microsoft.SQLServer.Linux.CollectionRule.DBEngine.XtpGarbageCollection_RowsProcessedSecNoSweepNeeded	Microsoft.SQLServer.Linux.DBEngine	PerformanceCollection	False			0	0		False			True
	MSSQL on Linux: Sweep expired rows removed/sec	Collects the Linux "Sweep expired rows removed/sec" performance counter for the XTP engine's garbage collector.	Microsoft.SQLServer.Linux.CollectionRule.DBEngine.XtpGarbageCollection_SweepExpiredRowsRemovedSec	Microsoft.SQLServer.Linux.DBEngine	PerformanceCollection	False			0	0		False			True
	MSSQL on Linux: Sweep expired rows touched/sec	Collects the Linux "Sweep expired rows touched/sec" performance counter for the XTP engine's garbage collector.	Microsoft.SQLServer.Linux.CollectionRule.DBEngine.XtpGarbageCollection_SweepExpiredRowsTouchedSec	Microsoft.SQLServer.Linux.DBEngine	PerformanceCollection	False			0	0		False			True
	MSSQL on Linux: Sweep expiring rows touched/sec	Collects the Linux "Sweep expiring rows touched/sec" performance counter for the XTP engine's garbage collector.	Microsoft.SQLServer.Linux.CollectionRule.DBEngine.XtpGarbageCollection_SweepExpiringRowsTouchedSec	Microsoft.SQLServer.Linux.DBEngine	PerformanceCollection	False			0	0		False			True
	MSSQL on Linux: Sweep rows touched/sec	Collects the Linux "Sweep rows touched/sec" performance counter for the XTP engine's garbage collector.	Microsoft.SQLServer.Linux.CollectionRule.DBEngine.XtpGarbageCollection_SweepRowsTouchedSec	Microsoft.SQLServer.Linux.DBEngine	PerformanceCollection	False			0	0		False			True
	MSSQL on Linux: Sweep scans started/sec	Collects the Linux "Sweep scans started/sec" performance counter for the XTP engine's garbage collector.	Microsoft.SQLServer.Linux.CollectionRule.DBEngine.XtpGarbageCollection_SweepScansStartedSec	Microsoft.SQLServer.Linux.DBEngine	PerformanceCollection	False			0	0		False			True
	MSSQL on Linux: Insufficient Credits Waits/sec	Collects the Linux "Insufficient Credits Waits/sec" performance counter for the XTP IO Rate Governor.	Microsoft.SQLServer.Linux.CollectionRule.DBEngine.XtpIoGovernor_InsufficientCreditsWaitsSec	Microsoft.SQLServer.Linux.DBEngine	PerformanceCollection	False			0	0		False			True
	MSSQL on Linux: Io Issued/sec	Collects the Linux "Io Issued/sec" performance counter for the XTP IO Rate Governor.	Microsoft.SQLServer.Linux.CollectionRule.DBEngine.XtpIoGovernor_IoIssuedSec	Microsoft.SQLServer.Linux.DBEngine	PerformanceCollection	False			0	0		False			True
	MSSQL on Linux: Log Blocks/sec	Collects the Linux "Log Blocks/sec" performance counter for the XTP IO Rate Governor.	Microsoft.SQLServer.Linux.CollectionRule.DBEngine.XtpIoGovernor_LogBlocksSec	Microsoft.SQLServer.Linux.DBEngine	PerformanceCollection	False			0	0		False			True
	MSSQL on Linux: Missed Credit Slots	Collects the Linux "Missed Credit Slots" performance counter for the XTP IO Rate Governor.	Microsoft.SQLServer.Linux.CollectionRule.DBEngine.XtpIoGovernor_MissedCreditSlots	Microsoft.SQLServer.Linux.DBEngine	PerformanceCollection	False			0	0		False			True
	MSSQL on Linux: Stale Rate Object Waits/sec	Collects the Linux "Stale Rate Object Waits/sec" performance counter for the XTP IO Rate Governor.	Microsoft.SQLServer.Linux.CollectionRule.DBEngine.XtpIoGovernor_StaleRateObjectWaitsSec	Microsoft.SQLServer.Linux.DBEngine	PerformanceCollection	False			0	0		False			True
	MSSQL on Linux: Total Rate Objects Published	Collects the Linux "Total Rate Objects Published" performance counter for the XTP IO Rate Governor.	Microsoft.SQLServer.Linux.CollectionRule.DBEngine.XtpIoGovernor_TotalRateObjectsPublished	Microsoft.SQLServer.Linux.DBEngine	PerformanceCollection	False			0	0		False			True
	MSSQL on Linux: Dusty corner scan retries/sec (Phantom-issued)	Collects the Linux "Dusty corner scan retries/sec (Phantom-issued)" performance counter for the XTP engine's phantom processing subsystem.	Microsoft.SQLServer.Linux.CollectionRule.DBEngine.XtpPhantomProcessor_DustyCornerScanRetriesSecPhantomIssued	Microsoft.SQLServer.Linux.DBEngine	PerformanceCollection	False			0	0		False			True
	MSSQL on Linux: Phantom expired rows removed/sec	Collects the Linux "Phantom expired rows removed/sec" performance counter for the XTP engine's phantom processing subsystem.	Microsoft.SQLServer.Linux.CollectionRule.DBEngine.XtpPhantomProcessor_PhantomExpiredRowsRemovedSec	Microsoft.SQLServer.Linux.DBEngine	PerformanceCollection	False			0	0		False			True
	MSSQL on Linux: Phantom expired rows touched/sec	Collects the Linux "Phantom expired rows touched/sec" performance counter for the XTP engine's phantom processing subsystem.	Microsoft.SQLServer.Linux.CollectionRule.DBEngine.XtpPhantomProcessor_PhantomExpiredRowsTouchedSec	Microsoft.SQLServer.Linux.DBEngine	PerformanceCollection	False			0	0		False			True
	MSSQL on Linux: Phantom expiring rows touched/sec	Collects the Linux "Phantom expiring rows touched/sec" performance counter for the XTP engine's phantom processing subsystem.	Microsoft.SQLServer.Linux.CollectionRule.DBEngine.XtpPhantomProcessor_PhantomExpiringRowsTouchedSec	Microsoft.SQLServer.Linux.DBEngine	PerformanceCollection	False			0	0		False			True
	MSSQL on Linux: Phantom rows touched/sec	Collects the Linux "Phantom rows touched/sec" performance counter for the XTP engine's phantom processing subsystem.	Microsoft.SQLServer.Linux.CollectionRule.DBEngine.XtpPhantomProcessor_PhantomRowsTouchedSec	Microsoft.SQLServer.Linux.DBEngine	PerformanceCollection	False			0	0		False			True
	MSSQL on Linux: Phantom scans started/sec	Collects the Linux "Phantom scans started/sec" performance counter for the XTP engine's phantom processing subsystem.	Microsoft.SQLServer.Linux.CollectionRule.DBEngine.XtpPhantomProcessor_PhantomScansStartedSec	Microsoft.SQLServer.Linux.DBEngine	PerformanceCollection	False			0	0		False			True
	MSSQL on Linux: Checkpoints Closed	Collects the Linux "Checkpoints Closed" performance counter for the XTP engine's storage subsystem.	Microsoft.SQLServer.Linux.CollectionRule.DBEngine.XtpStorage_CheckpointsClosed	Microsoft.SQLServer.Linux.DBEngine	PerformanceCollection	False			0	0		False			True
	MSSQL on Linux: Checkpoints Completed	Collects the Linux "Checkpoints Completed" performance counter for the XTP engine's storage subsystem.	Microsoft.SQLServer.Linux.CollectionRule.DBEngine.XtpStorage_CheckpointsCompleted	Microsoft.SQLServer.Linux.DBEngine	PerformanceCollection	False			0	0		False			True
	MSSQL on Linux: Core Merges Completed	Collects the Linux "Core Merges Completed" performance counter for the XTP engine's storage subsystem.	Microsoft.SQLServer.Linux.CollectionRule.DBEngine.XtpStorage_CoreMergesCompleted	Microsoft.SQLServer.Linux.DBEngine	PerformanceCollection	False			0	0		False			True
	MSSQL on Linux: Merge Policy Evaluations	Collects the Linux "Merge Policy Evaluations" performance counter for the XTP engine's storage subsystem.	Microsoft.SQLServer.Linux.CollectionRule.DBEngine.XtpStorage_MergePolicyEvaluations	Microsoft.SQLServer.Linux.DBEngine	PerformanceCollection	False			0	0		False			True
	MSSQL on Linux: Merge Requests Outstanding	Collects the Linux "Merge Requests Outstanding" performance counter for the XTP engine's storage subsystem.	Microsoft.SQLServer.Linux.CollectionRule.DBEngine.XtpStorage_MergeRequestsOutstanding	Microsoft.SQLServer.Linux.DBEngine	PerformanceCollection	False			0	0		False			True
	MSSQL on Linux: Merges Abandoned	Collects the Linux "Merges Abandoned" performance counter for the XTP engine's storage subsystem.	Microsoft.SQLServer.Linux.CollectionRule.DBEngine.XtpStorage_MergesAbandoned	Microsoft.SQLServer.Linux.DBEngine	PerformanceCollection	False			0	0		False			True
	MSSQL on Linux: Merges Installed	Collects the Linux "Merges Installed" performance counter for the XTP engine's storage subsystem.	Microsoft.SQLServer.Linux.CollectionRule.DBEngine.XtpStorage_MergesInstalled	Microsoft.SQLServer.Linux.DBEngine	PerformanceCollection	False			0	0		False			True
	MSSQL on Linux: Total Files Merged	Collects the Linux "Total Files Merged" performance counter for the XTP engine's storage subsystem.	Microsoft.SQLServer.Linux.CollectionRule.DBEngine.XtpStorage_TotalFilesMerged	Microsoft.SQLServer.Linux.DBEngine	PerformanceCollection	False			0	0		False			True
	MSSQL on Linux: Log bytes written/sec	Collects the Linux "Log bytes written/sec" performance counter for XTP transaction logging in SQL Server.	Microsoft.SQLServer.Linux.CollectionRule.DBEngine.XtpTransactionLog_LogBytesWrittenSec	Microsoft.SQLServer.Linux.DBEngine	PerformanceCollection	False			0	0		False			True
	MSSQL on Linux: Log records written/sec	Collects the Linux "Log records written/sec" performance counter for XTP transaction logging in SQL Server.	Microsoft.SQLServer.Linux.CollectionRule.DBEngine.XtpTransactionLog_LogRecordsWrittenSec	Microsoft.SQLServer.Linux.DBEngine	PerformanceCollection	False			0	0		False			True
	MSSQL on Linux: Cascading aborts/sec	Collects the Linux "Cascading aborts/sec" performance counter for XTP engine transactions in SQL Server.	Microsoft.SQLServer.Linux.CollectionRule.DBEngine.XtpTransactions_CascadingAbortsSec	Microsoft.SQLServer.Linux.DBEngine	PerformanceCollection	False			0	0		False			True
	MSSQL on Linux: Commit dependencies taken/sec	Collects the Linux "Commit dependencies taken/sec" performance counter for XTP engine transactions in SQL Server.	Microsoft.SQLServer.Linux.CollectionRule.DBEngine.XtpTransactions_CommitDependenciesTakenSec	Microsoft.SQLServer.Linux.DBEngine	PerformanceCollection	False			0	0		False			True
	MSSQL on Linux: Read-only transactions prepared/sec	Collects the Linux "Read-only transactions prepared/sec" performance counter for XTP engine transactions in SQL Server.	Microsoft.SQLServer.Linux.CollectionRule.DBEngine.XtpTransactions_ReadOnlyTransactionsPreparedSec	Microsoft.SQLServer.Linux.DBEngine	PerformanceCollection	False			0	0		False			True
	MSSQL on Linux: Save point refreshes/sec	Collects the Linux "Save point refreshes/sec" performance counter for XTP engine transactions in SQL Server.	Microsoft.SQLServer.Linux.CollectionRule.DBEngine.XtpTransactions_SavePointRefreshesSec	Microsoft.SQLServer.Linux.DBEngine	PerformanceCollection	False			0	0		False			True
	MSSQL on Linux: Save point rollbacks/sec	Collects the Linux "Save point rollbacks/sec" performance counter for XTP engine transactions in SQL Server.	Microsoft.SQLServer.Linux.CollectionRule.DBEngine.XtpTransactions_SavePointRollbacksSec	Microsoft.SQLServer.Linux.DBEngine	PerformanceCollection	False			0	0		False			True
	MSSQL on Linux: Save points created/sec	Collects the Linux "Save points created/sec" performance counter for XTP engine transactions in SQL Server.	Microsoft.SQLServer.Linux.CollectionRule.DBEngine.XtpTransactions_SavePointsCreatedSec	Microsoft.SQLServer.Linux.DBEngine	PerformanceCollection	False			0	0		False			True
	MSSQL on Linux: Transactions aborted by user/sec	Collects the Linux "Transactions aborted by user/sec" performance counter for XTP engine transactions in SQL Server.	Microsoft.SQLServer.Linux.CollectionRule.DBEngine.XtpTransactions_TransactionsAbortedByUserSec	Microsoft.SQLServer.Linux.DBEngine	PerformanceCollection	False			0	0		False			True
	MSSQL on Linux: Transactions aborted/sec	Collects the Linux "Transactions aborted/sec" performance counter for XTP engine transactions in SQL Server.	Microsoft.SQLServer.Linux.CollectionRule.DBEngine.XtpTransactions_TransactionsAbortedSec	Microsoft.SQLServer.Linux.DBEngine	PerformanceCollection	False			0	0		False			True
	MSSQL on Linux: Transactions created/sec	Collects the Linux "Transactions created/sec" performance counter for XTP engine transactions in SQL Server.	Microsoft.SQLServer.Linux.CollectionRule.DBEngine.XtpTransactions_TransactionsCreatedSec	Microsoft.SQLServer.Linux.DBEngine	PerformanceCollection	False			0	0		False			True
	MSSQL on Linux: Transaction validation failures/sec	Collects the Linux "Transaction validation failures/sec" performance counter for XTP engine transactions in SQL Server.	Microsoft.SQLServer.Linux.CollectionRule.DBEngine.XtpTransactions_TransactionValidationFailuresSec	Microsoft.SQLServer.Linux.DBEngine	PerformanceCollection	False			0	0		False			True
	MSSQL on Linux: DB File Allocated Free Space (MB)	The amount of space left in a file in megabytes. Does not include space left on media hosting a file with autogrowth enabled.	Microsoft.SQLServer.Linux.CollectionRule.DBFile.FileAllocatedSpaceLeftMB	Microsoft.SQLServer.Linux.DBFile	PerformanceCollection	True			0	0		False			True
	MSSQL on Linux: DB File Allocated Free Space (\%)	The amount of space left in a file in percentage terms. Does not include space left on media hosting a file with autogrowth enabled	Microsoft.SQLServer.Linux.CollectionRule.DBFile.FileAllocatedSpaceLeftPercent	Microsoft.SQLServer.Linux.DBFile	PerformanceCollection	True			0	0		False			True
	MSSQL on Linux: DB File Free Space Total (MB)	The amount of space left in a file in megabytes. Also, includes space left on media hosting a file with autogrowth enabled.	Microsoft.SQLServer.Linux.CollectionRule.DBFile.SpaceFreeMegabytes	Microsoft.SQLServer.Linux.DBFile	PerformanceCollection	True			0	0		False			True
	MSSQL on Linux: DB File Free Space Total (\%)	The amount of space left in a file in percentage terms. Also, includes space left on media hosting a file with autogrowth enabled.	Microsoft.SQLServer.Linux.CollectionRule.DBFile.SpaceFreePercent	Microsoft.SQLServer.Linux.DBFile	PerformanceCollection	True			0	0		False			True
	MSSQL on Linux: Active Checkpoint File Pairs	Collects the number of active checkpoint file pairs in Memory-Optimized Data Filegroup.	Microsoft.SQLServer.Linux.CollectionRule.DBFileGroupFx.CheckpointFile.Active	Microsoft.SQLServer.Linux.DBFilegroupFx	PerformanceCollection	True			0	0		False			True
	MSSQL on Linux: Merge Target Checkpoint File Pairs	Collects the number of merge target checkpoint file pairs in Memory-Optimized Data Filegroup.	Microsoft.SQLServer.Linux.CollectionRule.DBFileGroupFx.CheckpointFile.MergeTarget	Microsoft.SQLServer.Linux.DBFilegroupFx	PerformanceCollection	True			0	0		False			True
	MSSQL on Linux: Precreated Checkpoint Files	Collects the number of Precreated Checkpoint Files in Memory-Optimized Data Filegroup.	Microsoft.SQLServer.Linux.CollectionRule.DBFileGroupFx.CheckpointFile.Precreated	Microsoft.SQLServer.Linux.DBFilegroupFx	PerformanceCollection	True			0	0		False			True
	MSSQL on Linux: Checkpoint File Pairs Waiting For Log Truncation	Collects the number of Checkpoint Files Waiting For Log Truncation in Memory-Optimized Data Filegroup.	Microsoft.SQLServer.Linux.CollectionRule.DBFileGroupFx.CheckpointFile.Stale	Microsoft.SQLServer.Linux.DBFilegroupFx	PerformanceCollection	True			0	0		False			True
	MSSQL on Linux: Checkpoint File Pairs Under Construction	Collects the number of checkpoint file pairs under construction in Memory-Optimized Data Filegroup.	Microsoft.SQLServer.Linux.CollectionRule.DBFileGroupFx.CheckpointFile.UnderConstruction	Microsoft.SQLServer.Linux.DBFilegroupFx	PerformanceCollection	True			0	0		False			True
	MSSQL on Linux: Memory Used By Indexes (MB)	Collects the amount of memory allocated for indexes defined for memory-optimized tables in the given SQL Server Database on Linux.	Microsoft.SQLServer.Linux.CollectionRule.DBFilegroupFx.IndexesUsedMemoryMB	Microsoft.SQLServer.Linux.DBFilegroupFx	PerformanceCollection	False			0	0		False			True
	MSSQL on Linux: Memory Used By Tables (MB)	Collects the amount of memory allocated for memory-optimized tables in the given SQL Server Database on Linux.	Microsoft.SQLServer.Linux.CollectionRule.DBFilegroupFx.TablesMemoryUsageMB	Microsoft.SQLServer.Linux.DBFilegroupFx	PerformanceCollection	False			0	0		False			True
	MSSQL on Linux: XTP Controller DLC Latency/Fetch	Collects the Linux "XTP Controller DLC Latency/Fetch" performance counter for SQL Database with Memory-Optimized tables.	Microsoft.SQLServer.Linux.CollectionRule.DBFilegroupFx.XtpControllerDlcLatencyFetch	Microsoft.SQLServer.Linux.DBFilegroupFx	PerformanceCollection	True			0	0		False			True
	MSSQL on Linux: XTP Controller DLC Peak Latency	Collects the Linux "XTP Controller DLC Peak Latency" performance counter for SQL Database with Memory-Optimized tables.	Microsoft.SQLServer.Linux.CollectionRule.DBFilegroupFx.XtpControllerDlcPeakLatency	Microsoft.SQLServer.Linux.DBFilegroupFx	PerformanceCollection	True			0	0		False			True
	MSSQL on Linux: XTP Controller Log Processed/sec	Collects the Linux "XTP Controller Log Processed/sec" performance counter for SQL Database with Memory-Optimized tables.	Microsoft.SQLServer.Linux.CollectionRule.DBFilegroupFx.XtpControllerLogProcessedSec	Microsoft.SQLServer.Linux.DBFilegroupFx	PerformanceCollection	True			0	0		False			True
	MSSQL on Linux: XTP Memory Used (KB)	Collects the Linux "XTP Memory Used (KB)" performance counter for SQL Database with Memory-Optimized tables.	Microsoft.SQLServer.Linux.CollectionRule.DBFilegroupFx.XtpMemoryUsedKb	Microsoft.SQLServer.Linux.DBFilegroupFx	PerformanceCollection	True			0	0		False			True
	MSSQL on Linux: DB Log File Allocated Free Space (MB)	The amount of space left in all log files for this database in megabytes. Does not include space left on media hosting a file with autogrowth enabled.	Microsoft.SQLServer.Linux.CollectionRule.DBLogFile.FileAllocatedSpaceLeftMB	Microsoft.SQLServer.Linux.DBLogFile	PerformanceCollection	True			0	0		False			True
	MSSQL on Linux: DB Log File Allocated Free Space (\%)	The amount of space left in all log files for this database in percentage terms. Does not include space left on media hosting a file with autogrowth enabled.	Microsoft.SQLServer.Linux.CollectionRule.DBLogFile.FileAllocatedSpaceLeftPercent	Microsoft.SQLServer.Linux.DBLogFile	PerformanceCollection	True			0	0		False			True
	MSSQL on Linux: DB Log File Free Space Total (MB)	The amount of space left in all log files for this database in megabytes. Also, includes space left on media hosting a file with autogrowth enabled.	Microsoft.SQLServer.Linux.CollectionRule.DBLogFile.SpaceFreeMegabytes	Microsoft.SQLServer.Linux.DBLogFile	PerformanceCollection	True			0	0		False			True
	MSSQL on Linux: DB Log File Free Space Total (\%)	The amount of space left in all log files for this database in percentage terms. Also, includes space left on media hosting a file with autogrowth enabled.	Microsoft.SQLServer.Linux.CollectionRule.DBLogFile.SpaceFreePercent	Microsoft.SQLServer.Linux.DBLogFile	PerformanceCollection	True			0	0		False			True
	MSSQL on Linux: Number of query memory grants in the resource pool	Collects the Linux "Active Memory grant amount (KB)" performance counter for each resource pool of SQL DB Engine.	Microsoft.SQLServer.Linux.CollectionRule.ResourcePool.ActiveMemoryGrantAmountKB	Microsoft.SQLServer.Linux.ResourcePool	PerformanceCollection	True			0	0		False			True
	MSSQL on Linux: Total amount of granted memory in the resource pool (KB)	Collects the Linux "Active memory grants count" performance counter for each resource pool of SQL DB Engine.	Microsoft.SQLServer.Linux.CollectionRule.ResourcePool.ActiveMemoryGrantsCount	Microsoft.SQLServer.Linux.ResourcePool	PerformanceCollection	True			0	0		False			True
	MSSQL on Linux: Current memory target for cache memory (KB)	Collects the Linux "Cache memory target (KB)" performance counter for each resource pool of SQL DB Engine.	Microsoft.SQLServer.Linux.CollectionRule.ResourcePool.CacheMemoryTargetKB	Microsoft.SQLServer.Linux.ResourcePool	PerformanceCollection	True			0	0		False			True
	MSSQL on Linux: Current memory target for query compile (KB)	Collects the Linux "Compile Memory Target (KB)" performance counter for each resource pool of SQL DB Engine.	Microsoft.SQLServer.Linux.CollectionRule.ResourcePool.CompileMemoryTargetKB	Microsoft.SQLServer.Linux.ResourcePool	PerformanceCollection	True			0	0		False			True
	MSSQL on Linux: Maximum amount of memory the resource pool can have based on the settings and server state (KB)	Collects the Linux "Max memory (KB)" performance counter for each resource pool of SQL DB Engine.	Microsoft.SQLServer.Linux.CollectionRule.ResourcePool.MaxMemoryKB	Microsoft.SQLServer.Linux.ResourcePool	PerformanceCollection	True			0	0		False			True
	MSSQL on Linux: Number of query memory grants per second occurring in the resource pool	Collects the Linux "Memory grants/sec" performance counter for each resource pool of SQL DB Engine.	Microsoft.SQLServer.Linux.CollectionRule.ResourcePool.MemoryGrantsSec	Microsoft.SQLServer.Linux.ResourcePool	PerformanceCollection	True			0	0		False			True
	MSSQL on Linux: Number of query memory grant timeouts per second occurring in the resource pool	Collects the Linux "Memory grant timeouts/sec" performance counter for each resource pool of SQL DB Engine.	Microsoft.SQLServer.Linux.CollectionRule.ResourcePool.MemoryGrantTimeoutsSec	Microsoft.SQLServer.Linux.ResourcePool	PerformanceCollection	True			0	0		False			True
	MSSQL on Linux: Number of queries waiting for memory grants in the resource pool.	Collects the Linux "Pending memory grants count" performance counter for each resource pool of SQL DB Engine.	Microsoft.SQLServer.Linux.CollectionRule.ResourcePool.PendingMemoryGrantsCount	Microsoft.SQLServer.Linux.ResourcePool	PerformanceCollection	True			0	0		False			True
	MSSQL on Linux: Current memory target for query execution memory grant (KB)	Collects the Linux "Query exec memory target (KB)" performance counter for each resource pool of SQL DB Engine.	Microsoft.SQLServer.Linux.CollectionRule.ResourcePool.QueryExecMemoryTargetKB	Microsoft.SQLServer.Linux.ResourcePool	PerformanceCollection	True			0	0		False			True
	MSSQL on Linux: Target amount of memory the resource pool is trying to attain based on the settings and server state (KB)	Collects the Linux "Target memory (KB)" performance counter for each resource pool of SQL DB Engine.	Microsoft.SQLServer.Linux.CollectionRule.ResourcePool.TargetMemoryKB	Microsoft.SQLServer.Linux.ResourcePool	PerformanceCollection	True			0	0		False			True
	MSSQL on Linux: Used amount of memory in the resource pool (KB)	Collects the Linux "Used memory (KB)" performance counter for each resource pool of SQL DB Engine.	Microsoft.SQLServer.Linux.CollectionRule.ResourcePool.UsedMemoryKB	Microsoft.SQLServer.Linux.ResourcePool	PerformanceCollection	True			0	0		False			True
	MSSQL on Linux: User Resource Pool Memory Consumption (MB)	Collects amount of memory used by the resource pool (in Megabytes).	Microsoft.SQLServer.Linux.CollectionRule.UserResourcePool.MemoryConsumptionMB	Microsoft.SQLServer.Linux.UserResourcePool	PerformanceCollection	True			0	0		False			True
	MSSQL on Linux: User Resource Pool Memory Consumption (\%)	Collects amount of memory used by the resource pool, expressed as a percentage of memory available for Memory-Optimized Data tables for the given Resource Pool.	Microsoft.SQLServer.Linux.CollectionRule.UserResourcePool.MemoryConsumptionPercent	Microsoft.SQLServer.Linux.UserResourcePool	PerformanceCollection	True			0	0		False			True
	MSSQL on Linux: Availability Group Failed	This error occurs when an attempt to join the availability replica to the availability group has failed. Note that this rule is disabled by default. Use overrides to enable it when necessary.	Microsoft.SQLServer.Linux.EventRule.AvailabilityReplica.AvailabilityGroupFailed	Microsoft.SQLServer.Linux.AvailabilityReplica	EventCollection	False			0	0		True	Warning	Normal	True
	MSSQL on Linux: Availability Replica Role Changed	This error occurs when Availability replica changes its role.	Microsoft.SQLServer.Linux.EventRule.AvailabilityReplica.RoleChanged	Microsoft.SQLServer.Linux.AvailabilityReplica	EventCollection	True			0	0		True	Warning	Normal	True
	MSSQL on Linux: Database Backup Failed To Complete	BACKUP failed to complete the command.	Microsoft.SQLServer.Linux.EventRule.Database.Database_Backup_Failed_To_Complete_1_5_Rule	Microsoft.SQLServer.Linux.Database	EventCollection	True			0	0		True	Error	Normal	True
	MSSQL on Linux: Log Backup Failed to Complete	This error indicates that SQL Server could not complete the BACKUP of the specified database due to a previous error. The BACKUP command that failed is given at the end of the error message. This message also appears in the Linux application log.	Microsoft.SQLServer.Linux.EventRule.Database.Log_Backup_Failed_to_Complete_1_5_Rule	Microsoft.SQLServer.Linux.Database	EventCollection	True			0	0		True	Error	Normal	True
	MSSQL on Linux: Database Replica Role Changed	This error occurs when Database replica changes its role.	Microsoft.SQLServer.Linux.EventRule.DatabaseReplica.RoleChanged	Microsoft.SQLServer.Linux.DatabaseReplica	EventCollection	True			0	0		True	Warning	Normal	True
	MSSQL on Linux: An error occurred in a SQL Server Service Broker/Database Mirroring transport connection endpoint	SQL Server uses Service Broker and Database Mirroring endpoints for communication outside of the SQL Server instance.	Microsoft.SQLServer.Linux.EventRule.DBEngine.An_error_occurred_in_a_SQL_Server_Service_Broker_Database_Mirroring_transport_connection_endpoint_1_5_Rule	Microsoft.SQLServer.Linux.DBEngine	EventCollection	True			0	0		True	Error	Normal	True
	MSSQL on Linux: An error occurred in the Service Broker manager	The rule triggers an alert when an error occurs in the SQL Server Service Broker manager.	Microsoft.SQLServer.Linux.EventRule.DBEngine.An_error_occurred_in_the_Service_Broker_manager_5_Rule	Microsoft.SQLServer.Linux.DBEngine	EventCollection	True			0	0		True	Error	Normal	True
	MSSQL on Linux: An error occurred in the Service Broker queue rollback handler	SQL Server Service Broker raises MSSQLSERVER event ID 8405 when an error prevents Service Broker from disabling a queue during a rollback.	Microsoft.SQLServer.Linux.EventRule.DBEngine.An_error_occurred_in_the_Service_Broker_queue_rollback_handler_5_Rule	Microsoft.SQLServer.Linux.DBEngine	EventCollection	True			0	0		True	Error	Normal	True
	MSSQL on Linux: An error occurred in the SQL Server Service Broker message dispatcher	An error occurred in the SQL Server Service Broker message dispatcher. The Linux application log or SQL Server error log may identify the specific error.	Microsoft.SQLServer.Linux.EventRule.DBEngine.An_error_occurred_in_the_SQL_Server_Service_Broker_message_dispatcher_5_Rule	Microsoft.SQLServer.Linux.DBEngine	EventCollection	True			0	0		True	Error	Normal	True
	MSSQL on Linux: An error occurred in the SQL Server Service Broker message transmitter	SQL Server Service Broker message transmitter detected an error.	Microsoft.SQLServer.Linux.EventRule.DBEngine.An_error_occurred_in_the_SQL_Server_Service_Broker_message_transmitter_5_Rule	Microsoft.SQLServer.Linux.DBEngine	EventCollection	True			0	0		True	Error	Normal	True
	MSSQL on Linux: An error occurred in the SQL Server Service Broker or Database Mirroring transport manager	An error occurred in the SQL Server Service Broker or Database Mirroring transport manager. The Linux application log or SQL Server error log may identify the specific error.	Microsoft.SQLServer.Linux.EventRule.DBEngine.An_error_occurred_in_the_SQL_Server_Service_Broker_or_Database_Mirroring_transport_manager_5_Rule	Microsoft.SQLServer.Linux.DBEngine	EventCollection	True			0	0		True	Error	Normal	True
	MSSQL on Linux: An error occurred in the timer event cache	An error occurred in the SQL Server Service Broker transport layer timer event cache. The Linux application log or SQL Server error log may identify the specific error.	Microsoft.SQLServer.Linux.EventRule.DBEngine.An_error_occurred_in_the_timer_event_cache_5_Rule	Microsoft.SQLServer.Linux.DBEngine	EventCollection	True			0	0		True	Error	Normal	True
	MSSQL on Linux: An error occurred while processing SQL Server Service Broker mirroring routes	The rule triggers an alert when an error occurs while processing SQL Server Service Broker mirroring routes	Microsoft.SQLServer.Linux.EventRule.DBEngine.An_error_occurred_while_processing_SQL_Server_Service_Broker_mirroring_routes_5_Rule	Microsoft.SQLServer.Linux.DBEngine	EventCollection	True			0	0		True	Error	Normal	True
	MSSQL on Linux: An error occurred while reading the log for database	This error indicates a failure while processing the transaction log during rollback, recovery, or replication.	Microsoft.SQLServer.Linux.EventRule.DBEngine.An_error_occurred_while_processing_the_log_for_database_5_Rule	Microsoft.SQLServer.Linux.DBEngine	EventCollection	True			0	0		True	Error	High	True
	MSSQL on Linux: A SNI call failed during a Service Broker/Database Mirroring transport operation	The rule triggers an alert when a SNI call fails during a Service Broker/Database Mirroring transport operation. Note that this rule is disabled by default. Use overrides to enable it when necessary.	Microsoft.SQLServer.Linux.EventRule.DBEngine.An_SNI_call_failed_during_a_Service_Broker_Database_Mirroring_transport_operation_1_5_Rule	Microsoft.SQLServer.Linux.DBEngine	EventCollection	False			0	0		True	Error	Normal	True
	MSSQL on Linux: SQL Server Service Broker dialog detected an error	The rule triggers an alert when the SQL Server Service Broker dialog detects an error	Microsoft.SQLServer.Linux.EventRule.DBEngine.An_SQL_Server_Service_Broker_dialog_caught_an_error_5_Rule	Microsoft.SQLServer.Linux.DBEngine	EventCollection	True			0	0		True	Error	Normal	True
	MSSQL on Linux: AppDomain failed to unload with error code	The rule is triggered when an application domain fails to unload because of some error. The Linux application log may contain information about the original error code and other diagnostic details	Microsoft.SQLServer.Linux.EventRule.DBEngine.AppDomain_failed_to_unload_with_error_code_5_Rule	Microsoft.SQLServer.Linux.DBEngine	EventCollection	True			0	0		True	Error	Normal	True
	MSSQL on Linux: Attempt to fetch logical page that belongs to different object	This error occurs when SQL Server detects that the allocation unit as stored on a database page does match the allocation unit associated with a specific operation, such as running a SELECT statement against a table.	Microsoft.SQLServer.Linux.EventRule.DBEngine.Attempt_to_fetch_logical_page_that_belongs_to_different_object_5_Rule	Microsoft.SQLServer.Linux.DBEngine	EventCollection	True			0	0		True	Error	High	True
	MSSQL on Linux: A default full-text catalog does not exist in the database or user does not have permission to perform this action	The full-text catalog does not exist or the user does not have the appropriate permission to create a full-text index in the catalog.	Microsoft.SQLServer.Linux.EventRule.DBEngine.A_default_full_text_catalog_does_not_exist_in_the_database_or_user_does_not_have_permission_to_perform_this_action_5_Rule	Microsoft.SQLServer.Linux.DBEngine	EventCollection	True			0	0		True	Warning	Normal	True
	MSSQL on Linux: A fatal error occurred in .NET Framework runtime	The rule triggers an alert when the .NET Framework shuts down due to an error.	Microsoft.SQLServer.Linux.EventRule.DBEngine.A_fatal_error_occurred_in_.NET_Framework_runtime_5_Rule	Microsoft.SQLServer.Linux.DBEngine	EventCollection	True			0	0		True	Error	Normal	True
	MSSQL on Linux: A security (SSPI) error occurred when connecting to another Service Broker or Database Mirroring host	When Service Broker transport security uses SSPI, the service account for the remote database must have the CONNECT permission in the master database. The remote SQL Server instance should allow Windows Authentication for the account being used by the remote host. There are no requirements for the login to have other permissions or to own objects in any database.	Microsoft.SQLServer.Linux.EventRule.DBEngine.A_security__SSPI__error_occurred_when_connecting_to_another_Service_Broker_or_Database_Mirroring_host_5_Rule	Microsoft.SQLServer.Linux.DBEngine	EventCollection	True			0	0		True	Error	Normal	True
	MSSQL on Linux: SQL Server Service Broker conversation has been closed due to an error	The rule triggers an alert when the SQL Server Service Broker cryptographic operation fails.	Microsoft.SQLServer.Linux.EventRule.DBEngine.A_SQL_Server_Service_Broker_conversation_closed_due_to_an_error_5_Rule	Microsoft.SQLServer.Linux.DBEngine	EventCollection	True			0	0		True	Error	Normal	True
	MSSQL on Linux: SQL Server Service Broker cryptographic operation failed	The rule triggers an alert when SQL Server Service Broker cryptographic operation fails.	Microsoft.SQLServer.Linux.EventRule.DBEngine.A_SQL_Server_Service_Broker_cryptographic_operation_failed_5_Rule	Microsoft.SQLServer.Linux.DBEngine	EventCollection	True			0	0		True	Error	Normal	True
	MSSQL on Linux: SQL Server Service Broker procedure output results	A stored procedure, which was internally activated by the SQL Server Service Broker, output results. Internal procedures should not output results. The event in the Linux application log contains the procedure name, the queue name, and the output results. The event is logged as MSSQLSERVER event ID 9724. Note that this rule is disabled by default. Use overrides to enable it when necessary.	Microsoft.SQLServer.Linux.EventRule.DBEngine.A_SQL_Server_Service_Broker_procedure_output_results_5_Rule	Microsoft.SQLServer.Linux.DBEngine	EventCollection	False			0	0		True	Information	Low	True
	MSSQL on Linux: Backup device failed - Operating system error	This message indicates that the operating system was unable to open or close a backup device (disk, tape, or pipe) specified as part of a BACKUP or RESTORE command. For more information on backup devices, refer to the Docs Online topics, "Backup Devices" and "BACKUP."	Microsoft.SQLServer.Linux.EventRule.DBEngine.Backup_device_failed___Operating_system_error_1_5_Rule	Microsoft.SQLServer.Linux.DBEngine	EventCollection	True			0	0		True	Error	Normal	True
	MSSQL on Linux: Cannot determine the service account for SQL Server instance	This error occurs when a Transact-SQL statement contains mismatched single or double quotes. The SET QUOTED_IDENTIFIER setting will determine which combinations of single and double quotations marks are valid. For more information about SET QUOTED_IDENTIFIER, see "SET QUOTED_IDENTIFIER" in Docs Online.	Microsoft.SQLServer.Linux.EventRule.DBEngine.Cannot_determine_the_service_account_for_SQL_Server_instance_1_5_Rule	Microsoft.SQLServer.Linux.DBEngine	EventCollection	True			0	0		True	Warning	Normal	True
	MSSQL on Linux: Cannot open backup device.	One or more of the files specified in a BACKUP or RESTORE command could not be opened. The potential reasons for this include:	Microsoft.SQLServer.Linux.EventRule.DBEngine.Cannot_open_backup_device.__1_5_Rule	Microsoft.SQLServer.Linux.DBEngine	EventCollection	True			0	0		True	Warning	Normal	True
	MSSQL on Linux: Cannot open user default database. Login failed	When a client connects to a SQL Server instance without specifying a database context, the default database defined for its login is used. If that database is unavailable for any reason, the above message appears.	Microsoft.SQLServer.Linux.EventRule.DBEngine.Cannot_open_user_default_database._Login_failed_1_5_Rule	Microsoft.SQLServer.Linux.DBEngine	EventCollection	True			0	0		True	Error	Normal	True
	MSSQL on Linux: Cannot recover the master database. SQL Server is unable to run	The master database is not in a recoverable state.	Microsoft.SQLServer.Linux.EventRule.DBEngine.Cannot_recover_the_master_database._Exiting_1_5_Rule	Microsoft.SQLServer.Linux.DBEngine	EventCollection	True			0	0		True	Error	Normal	True
	MSSQL on Linux: Cannot start service broker activation manager	The rule triggers an alert when service broker fails to start the activation manager.	Microsoft.SQLServer.Linux.EventRule.DBEngine.Cannot_start_service_broker_activation_manager_5_Rule	Microsoft.SQLServer.Linux.DBEngine	EventCollection	True			0	0		True	Error	Normal	True
	MSSQL on Linux: Cannot start service broker manager	The rule triggers an alert when SQL Server cannot start service broker manager.	Microsoft.SQLServer.Linux.EventRule.DBEngine.Cannot_start_service_broker_manager_5_Rule	Microsoft.SQLServer.Linux.DBEngine	EventCollection	True			0	0		True	Error	Normal	True
	MSSQL on Linux: Cannot start service broker manager due to operating system error	The rule triggers an alert when SQL Server cannot start service broker manager due to operating system error.	Microsoft.SQLServer.Linux.EventRule.DBEngine.Cannot_start_service_broker_manager_due_to_operating_system_error_5_Rule	Microsoft.SQLServer.Linux.DBEngine	EventCollection	True			0	0		True	Error	Normal	True
	MSSQL on Linux: Cannot start service broker security manager	Service Broker security manger could not start.	Microsoft.SQLServer.Linux.EventRule.DBEngine.Cannot_start_service_broker_security_manager_5_Rule	Microsoft.SQLServer.Linux.DBEngine	EventCollection	True			0	0		True	Error	Normal	True
	MSSQL on Linux: Cannot start SQL Server Service Broker on a database	The rule triggers an alert when SQL Server cannot start Service Broker on a database.	Microsoft.SQLServer.Linux.EventRule.DBEngine.Cannot_start_SQL_Server_Service_Broker_on_Database_5_Rule	Microsoft.SQLServer.Linux.DBEngine	EventCollection	True			0	0		True	Error	Normal	True
	MSSQL on Linux: CHECKTABLE processing of object encountered page twice. Possible internal error or allocation fault	Page P_ID was encountered twice during the course of the scan.	Microsoft.SQLServer.Linux.EventRule.DBEngine.CHECKTABLE_processing_of_object_encountered_page_twice._Possible_internal_error_or_allocation_fault_1_5_Rule	Microsoft.SQLServer.Linux.DBEngine	EventCollection	True			0	0		True	Warning	Normal	True
	MSSQL on Linux: CHECKTABLE terminated. A failure was detected while collecting facts.	Possibly tempdb out of space or a system table is inconsistent. Check previous errors.	Microsoft.SQLServer.Linux.EventRule.DBEngine.CHECKTABLE_terminated._A_failure_was_detected_while_collecting_facts._Possibly_tempdb_out_of_space_or_a_system_table_is_inconsistent._Check_previous_errors_1_5_Rule	Microsoft.SQLServer.Linux.DBEngine	EventCollection	True			0	0		True	Error	Normal	True
	MSSQL on Linux: Checksum failure while page in cache	It is detected that a database page has been unexpectedly modified while in cache (by verifying the page checksum).	Microsoft.SQLServer.Linux.EventRule.DBEngine.Check_sum_failure_while_page_in_cache_id832	Microsoft.SQLServer.Linux.DBEngine	EventCollection	True			0	0		True	Error	High	True
	MSSQL on Linux: Common Language Runtime (CLR) not installed properly	This installation of the Common Language Runtime (CLR) is corrupted. The CLR is installed with the Microsoft .NET Framework.	Microsoft.SQLServer.Linux.EventRule.DBEngine.Common_Language_Runtime__CLR__not_installed_properly_5_Rule	Microsoft.SQLServer.Linux.DBEngine	EventCollection	True			0	0		True	Error	Normal	True
	MSSQL on Linux: Conflict table does not exist	This error occurs when you try to add or drop a column to a merge article, but the conflict table specified in sysmergearticles for the modified article does not actually exist in the database.	Microsoft.SQLServer.Linux.EventRule.DBEngine.Conflict_table__does_not_exist_1_5_Rule	Microsoft.SQLServer.Linux.DBEngine	EventCollection	True			0	0		True	Error	Normal	True
	MSSQL on Linux: Could not allocate new page for database because of insufficient disk space in Filegroup	Space can be created by dropping objects, adding additional files, or allowing file growth.	Microsoft.SQLServer.Linux.EventRule.DBEngine.Could_not_allocate_new_page_for_database_._There_are_no_more_pages_available_in_filegroup.1_5_Rule	Microsoft.SQLServer.Linux.DBEngine	EventCollection	True			0	0		True	Error	Normal	True
	MSSQL on Linux: Could not allocate space for object in database because the Filegroup is full	The specified Filegroup has run out of free space.	Microsoft.SQLServer.Linux.EventRule.DBEngine.Could_not_allocate_space_for_object__in_database__because_the__filegroup_is_full_1_5_Rule	Microsoft.SQLServer.Linux.DBEngine	EventCollection	True			0	0		True	Error	Normal	True
	MSSQL on Linux: Could not connect to server because it is not defined as a remote login at the server	Setting up security for executing remote procedure calls (RPC) against a remote server involves setting up login mappings in the remote server and possibly in the local server running an instance of Microsoft SQL Server. The mapping is specific to a given server\instance name, usually the NetBIOS name for a default instance and the NetBIOS name plus the instance name for a named instance. If the login mapping does not exist or if the name of the server specified in the connection string does not match the exact name in the sysremotelogins table, and the guest account does not have a mapping in sysremotelogins , you will receive this error. You will also see this error if the remote user is found to have a null or empty login name.	Microsoft.SQLServer.Linux.EventRule.DBEngine.Could_not_connect_to_server_because_it_is_not_defined_as_a_remote_login_at_the_server_1_5_Rule	Microsoft.SQLServer.Linux.DBEngine	EventCollection	True			0	0		True	Warning	Normal	True
	MSSQL on Linux: Could not create an instance of OLE DB provider	The rule triggers an alert when SQL Server could not create an instance of an OLE DB provider to connect to a linked server.	Microsoft.SQLServer.Linux.EventRule.DBEngine.Could_not_create_an_instance_of_OLE_DB_provider_1_5_Rule	Microsoft.SQLServer.Linux.DBEngine	EventCollection	True			0	0		True	Warning	Normal	True
	MSSQL on Linux: Could not create AppDomain manager	The rule triggers an alert when SQL Server fails to create an application domain manager	Microsoft.SQLServer.Linux.EventRule.DBEngine.Could_not_create_AppDomain_manager_5_Rule	Microsoft.SQLServer.Linux.DBEngine	EventCollection	True			0	0		True	Error	Normal	True
	MSSQL on Linux: Could not create a statement object using OLE DB provider	The rule triggers an alert when SQL Server fails to create a statement object with the OLE DB provider connected to a linked server.	Microsoft.SQLServer.Linux.EventRule.DBEngine.Could_not_create_a_statement_object_using_OLE_DB_provider_1_5_Rule	Microsoft.SQLServer.Linux.DBEngine	EventCollection	True			0	0		True	Warning	Normal	True
	MSSQL on Linux: Could not do cleanup for the killed process	This error message occurs when another error caused a user connection to terminate abnormally.	Microsoft.SQLServer.Linux.EventRule.DBEngine.Could_not_do_cleanup_for_the_killed_process_1_5_Rule	Microsoft.SQLServer.Linux.DBEngine	EventCollection	True			0	0		True	Warning	Normal	True
	MSSQL on Linux: Could not find CHECK constraint, although the table is flagged as having one	This error can occur when the creation of a constraint failed but for some reason the creation was not completely rolled back. It can also be caused by data consistency issue with the system tables in the database where the table listed in the message resides.	Microsoft.SQLServer.Linux.EventRule.DBEngine.Could_not_find_CHECK_constraint_although_the_table_is_flagged_as_having_one_1_5_Rule	Microsoft.SQLServer.Linux.DBEngine	EventCollection	True			0	0		True	Warning	Normal	True
	MSSQL on Linux: Could not find Filegroup ID in sys.Filegroups for database	The metadata for a table contains a column ID that is greater than the largest column ID ever used in the table. This is a fatal error if the table is a system table, because the checks cannot continue when metadata is corrupt.	Microsoft.SQLServer.Linux.EventRule.DBEngine.Could_not_find_filegroup_ID_in_sys.filegroups_for_database_5_Rule	Microsoft.SQLServer.Linux.DBEngine	EventCollection	True			0	0		True	Warning	Normal	True
	MSSQL on Linux: Could not find FOREIGN KEY constraints for table, although the table is flagged as having them	This error can occur when the creation of a constraint failed but for some reason the creation was not completely rolled back. It can also be caused by data consistency issue with the system tables in the database where the table listed in the message resides.	Microsoft.SQLServer.Linux.EventRule.DBEngine.Could_not_find_FOREIGN_KEY_constraints_for_table_although_the_table_is_flagged_as_having_them_1_5_Rule	Microsoft.SQLServer.Linux.DBEngine	EventCollection	True			0	0		True	Warning	Normal	True
	MSSQL on Linux: Could not mark database as suspect. Getnext NC scan on sysdatabases.dbid failed	The SQL Server recovery process tried to turn on the suspect flag for the specified database, but it could not find the appropriate row in sysdatabases or could not update the database information in memory. The reason the database needs to be marked suspect should be indicated by other messages in the SQL Server error log or the Event Viewer.	Microsoft.SQLServer.Linux.EventRule.DBEngine.Could_not_mark_database_as_suspect._Getnext_NC_scan_on_sysdatabases.dbid_failed_1_5_Rule	Microsoft.SQLServer.Linux.DBEngine	EventCollection	True			0	0		True	Error	Normal	True
	MSSQL on Linux: Could not obtain exclusive lock on database	You may receive this error stating a lock could not be obtained for the model database if the model database is in use when you issue any CREATE DATABASE statement. Since a new database is copied from the model database, the model database has to be in a state with no activity.	Microsoft.SQLServer.Linux.EventRule.DBEngine.Could_not_obtain_exclusive_lock_on_database_5_Rule	Microsoft.SQLServer.Linux.DBEngine	EventCollection	True			0	0		True	Warning	Normal	True
	MSSQL on Linux: Failed to open primary database file	An operating system error occurred when opening the primary file of a database. The error message contains the specific operating system error encountered.	Microsoft.SQLServer.Linux.EventRule.DBEngine.Could_not_open_device_1_5_Rule	Microsoft.SQLServer.Linux.DBEngine	EventCollection	True			0	0		True	Error	High	True
	MSSQL on Linux: Could not open error log file	When installing Microsoft SQL Server on an NTFS partition, make sure that the NTFS file permissions allow read/write access. Otherwise, this error message may appear in the Linux application log (for each installation attempt).	Microsoft.SQLServer.Linux.EventRule.DBEngine.Could_not_open_error_log_file_1_5_Rule	Microsoft.SQLServer.Linux.DBEngine	EventCollection	True			0	0		True	Error	Normal	True
	MSSQL on Linux: Invalid reference to File ID	This error occurs when SQL Server uses an invalid file ID while performing some operation. This error can occur for several different scenarios.	Microsoft.SQLServer.Linux.EventRule.DBEngine.Could_not_open_FCB_for_invalid_file_in_database__1_5_Rule	Microsoft.SQLServer.Linux.DBEngine	EventCollection	True			0	0		True	Error	High	True
	MSSQL on Linux: Could not open referenced table	You are trying to add, drop, or modify a constraint on a table that has a schema stability lock (LCK_M_SCH_S or Sch-S) held on it. The schema stability lock is not compatible with DDL. The lock may be held by a query involving this table that is taking a long time to compile.	Microsoft.SQLServer.Linux.EventRule.DBEngine.Could_not_open_referenced_table_1_5_Rule	Microsoft.SQLServer.Linux.DBEngine	EventCollection	True			0	0		True	Warning	Normal	True
	MSSQL on Linux: Could not open tempdb. Cannot continue	The tempdb database could not be opened.	Microsoft.SQLServer.Linux.EventRule.DBEngine.Could_not_open_tempdb.__Cannot_continue_1_5_Rule	Microsoft.SQLServer.Linux.DBEngine	EventCollection	True			0	0		True	Error	Normal	True
	MSSQL on Linux: Could not read and latch page	The page read failed for some reason (see any accompanying errors), or a latch could not be taken (there may be latch timeout messages on the error log).	Microsoft.SQLServer.Linux.EventRule.DBEngine.Could_not_read_and_latch_page_1_5_Rule	Microsoft.SQLServer.Linux.DBEngine	EventCollection	True			0	0		True	Error	Normal	True
	MSSQL on Linux: Could not recover database due to unresolved transaction outcomes	The recovery process found pending transactions for the specified database. These transactions were either distributed transactions that used Microsoft Distributed Transaction Coordinator (MS DTC), or the transactions were single instance cross-database transactions. There is not enough information available for the recovery process to either commit or roll back one or more of those transactions.	Microsoft.SQLServer.Linux.EventRule.DBEngine.Could_not_recover_database_due_to_unresolved_transaction_outcomes_1_5_Rule	Microsoft.SQLServer.Linux.DBEngine	EventCollection	True			0	0		True	Error	Normal	True
	MSSQL on Linux: Could not resolve the referenced column name in table	This error occurs when you try to modify data in a table with a foreign key that references a column that no longer exists in the referenced table. Merely renaming a column will not cause this error. Under normal circumstances, a column referenced by a foreign key cannot be dropped, so this error may indicate that unsupported direct system table updates have occurred.	Microsoft.SQLServer.Linux.EventRule.DBEngine.Could_not_resolve_the_referenced_column_name_in_table_1_5_Rule	Microsoft.SQLServer.Linux.DBEngine	EventCollection	True			0	0		True	Warning	Normal	True
	MSSQL on Linux: Could not write a CHECKPOINT record in database because the log is out of space	The transaction log for the specified database has reached its capacity. The limit could be due to a configuration setting or to the amount of physical space available for one or more of the files configured for this database.	Microsoft.SQLServer.Linux.EventRule.DBEngine.Could_not_write_a_CHECKPOINT_record_in_database_because_the_log_is_out_of_space_1_5_Rule	Microsoft.SQLServer.Linux.DBEngine	EventCollection	True			0	0		True	Error	Normal	True
	MSSQL on Linux: CREATE DATABASE failed. Could not allocate enough disk space for a new database on the named disks	This error occurs when there is not enough space on the device to create the model database.	Microsoft.SQLServer.Linux.EventRule.DBEngine.CREATE_DATABASE_failed._Could_not_allocate_enough_disk_space_for_a_new_database_on_the_named_disks_1_5_Rule	Microsoft.SQLServer.Linux.DBEngine	EventCollection	True			0	0		True	Error	Normal	True
	MSSQL on Linux: Database cannot be opened due to inaccessible files or insufficient memory or disk space	Error 945 is returned when the database is marked IsShutdown . This occurs when a database cannot be recovered due to missing files, or some other resource error that usually can be corrected easily.	Microsoft.SQLServer.Linux.EventRule.DBEngine.Database_cannot_be_opened_due_to_inaccessible_files_or_insufficient_memory_or_disk_space._See_the_SQL_Server_errorlog_for_details_1_5_Rule	Microsoft.SQLServer.Linux.DBEngine	EventCollection	True			0	0		True	Warning	Normal	True
	MSSQL on Linux: Failure occurred during database recovery	This error occurs when SQL Server fails to recover a database successfully when it is brought online.	Microsoft.SQLServer.Linux.EventRule.DBEngine.Database_could_not_recover_1_5_Rule	Microsoft.SQLServer.Linux.DBEngine	EventCollection	True			0	0		True	Error	High	True
	MSSQL on Linux: Database log file is full. Back up the transaction log for the database to free up some log space	The specified transaction log file has run out of free space.	Microsoft.SQLServer.Linux.EventRule.DBEngine.Database_log_file_is_full._Back_up_the_transaction_log_for_the_database_to_free_up_some_log_space_1_5_Rule	Microsoft.SQLServer.Linux.DBEngine	EventCollection	True			0	0		True	Error	Normal	True
	MSSQL on Linux: Database consistency errors found	This message indicates a database consistency check has encountered errors and none or not all of the errors were repaired.	Microsoft.SQLServer.Linux.EventRule.DBEngine.DBCC_executed_found_and_not_repaired_errors_Rule	Microsoft.SQLServer.Linux.DBEngine	EventCollection	True			0	0		True	Error	High	True
	MSSQL on Linux: Database consistency errors found and repaired	This message indicates a database consistency check has encountered errors and all of the errors were repaired.	Microsoft.SQLServer.Linux.EventRule.DBEngine.DBCC_executed_found_and_repaired_errors_Rule	Microsoft.SQLServer.Linux.DBEngine	EventCollection	True			0	0		True	Error	High	True
	MSSQL on Linux: Database consistency check performed with no errors	This message indicates a database consistency check has been run but no errors were encountered.	Microsoft.SQLServer.Linux.EventRule.DBEngine.DBCC_executed_found_no_errors_Rule	Microsoft.SQLServer.Linux.DBEngine	EventCollection	False			0	0		True	Information	Low	True
	MSSQL on Linux: Descriptor for object in database not found in the hash table during attempt to unhash it	A temporary table could not be found. The specific object ID will be available in the Linux application log as event ID 617.	Microsoft.SQLServer.Linux.EventRule.DBEngine.Descriptor_for_object_in_database_not_found_in_the_hash_table_during_attempt_to_unhash_it_1_5_Rule	Microsoft.SQLServer.Linux.DBEngine	EventCollection	True			0	0		True	Error	Normal	True
	MSSQL on Linux: Error while undoing logged operation in database	The recovery process could not undo (roll back) one or more transactions in the specified database. This error will be accompanied by a more specific error in the SQL Server error log and/or the event log.	Microsoft.SQLServer.Linux.EventRule.DBEngine.Error_while_undoing_logged_operation_in_database__1_5_Rule	Microsoft.SQLServer.Linux.DBEngine	EventCollection	True			0	0		True	Warning	Normal	True
	MSSQL on Linux: Cannot create file	SQL Server cannot create a file because the file already exists.	Microsoft.SQLServer.Linux.EventRule.DBEngine.EventCollectionRule.DBEngine.CannotCreateFile	Microsoft.SQLServer.Linux.DBEngine	EventCollection	True			0	0		True	Error	Normal	True
	MSSQL on Linux: CREATE FILE encountered operating system error	CREATE FILE encountered operating system error.	Microsoft.SQLServer.Linux.EventRule.DBEngine.EventCollectionRule.DBEngine.CreateFileEncounteredOperatingSystemError	Microsoft.SQLServer.Linux.DBEngine	EventCollection	True			0	0		True	Error	Normal	True
	MSSQL on Linux: SQL Server Out Of Memory	SQL Server has failed to allocate the sufficient amount of memory to run the query.	Microsoft.SQLServer.Linux.EventRule.DBEngine.EventCollectionRule.DBEngine.SQLServerOutOfMemory	Microsoft.SQLServer.Linux.DBEngine	EventCollection	True			0	0		True	Error	Normal	True
	MSSQL on Linux: Unable to open the physical file	SQL Server has failed to open the physical file..	Microsoft.SQLServer.Linux.EventRule.DBEngine.EventCollectionRule.DBEngine.UnableToOpenThePhysicalFile	Microsoft.SQLServer.Linux.DBEngine	EventCollection	True			0	0		True	Error	Normal	True
	MSSQL on Linux: Failed to add column to table	sp_repladdcolumn failed to add the specified column to the table in the publication database. If another error is reported along with this one, the other error should indicate the reason the column could not be added. If no other error is reported, the problem could be that the owner-qualified table does not exist, or the data type is not one that can be added to a replicated table. The data type of the new column must be either an identity, computed, or timestamp column; allow nulls; or have a default. For more information about sp_repladdcolumn, see "Schema Changes on Publication Databases" in Docs Online.	Microsoft.SQLServer.Linux.EventRule.DBEngine.Failed_to_add_column__to_table__1_5_Rule	Microsoft.SQLServer.Linux.DBEngine	EventCollection	True			0	0		True	Error	Normal	True
	MSSQL on Linux: Failed to allocate memory for Common Language Runtime (CLR)	The rule triggers an alert when SQL Server is unable to allocate memory for CLR.	Microsoft.SQLServer.Linux.EventRule.DBEngine.Failed_to_allocate_memory_for_Common_Language_Runtime__CLR__5_Rule	Microsoft.SQLServer.Linux.DBEngine	EventCollection	True			0	0		True	Error	Normal	True
	MSSQL on Linux: Failed to create AppDomain	The rule triggers an alert when an application tried to create an application domain, but failed. This may be caused when there is not enough memory to start the application domain.	Microsoft.SQLServer.Linux.EventRule.DBEngine.Failed_to_create_AppDomain_5_Rule	Microsoft.SQLServer.Linux.DBEngine	EventCollection	True			0	0		True	Error	Normal	True
	MSSQL on Linux: Failed to drop column from table	sp_repldropcolumn failed to drop the specified column on the publication database. The error could result from a failed system table update or from a failure of the underlying ALTER TABLE statement.	Microsoft.SQLServer.Linux.EventRule.DBEngine.Failed_to_drop_column__from_table__1_5_Rule	Microsoft.SQLServer.Linux.DBEngine	EventCollection	True			0	0		True	Error	Normal	True
	MSSQL on Linux: Failed to finish full-text operation. The Filegroup is empty, read-only, or not online	The full-text operation did not finish because the Filegroup is empty, read-only, or not online.	Microsoft.SQLServer.Linux.EventRule.DBEngine.Failed_to_finish_full_text_operation._The_filegroup_is_empty_read_only_or_not_online_5_Rule	Microsoft.SQLServer.Linux.DBEngine	EventCollection	True			0	0		True	Warning	Normal	True
	MSSQL on Linux: Failed to initialize the Common Language Runtime (CLR) due to memory pressure	Linux could not allocate memory for the Microsoft Common Language Runtime (CLR) to initialize.	Microsoft.SQLServer.Linux.EventRule.DBEngine.Failed_to_initialize_the_Common_Language_Runtime__CLR__due_to_memory_pressure_5_Rule	Microsoft.SQLServer.Linux.DBEngine	EventCollection	True			0	0		True	Error	Normal	True
	MSSQL on Linux: Failed to initialize the Common Language Runtime (CLR) with HRESULT (6511)	The rule triggers an alert when an assembly or application fails to start and logs an HRESULT error.	Microsoft.SQLServer.Linux.EventRule.DBEngine.Failed_to_initialize_the_Common_Language_Runtime__CLR__with_HRESULT_1_5_Rule	Microsoft.SQLServer.Linux.DBEngine	EventCollection	True			0	0		True	Error	Normal	True
	MSSQL on Linux: Failed to initialize the Common Language Runtime (CLR) with HRESULT (6512)	The rule triggers an alert when an assembly or an application fails to start and logs an HRESULT error. The Linux application log may contain an information about specific HRESULT.	Microsoft.SQLServer.Linux.EventRule.DBEngine.Failed_to_initialize_the_Common_Language_Runtime__CLR__with_HRESULT_5_Rule	Microsoft.SQLServer.Linux.DBEngine	EventCollection	True			0	0		True	Error	Normal	True
	MSSQL on Linux: Failed to restore master database. Shutting down SQL Server	The backup of the master database that you are restoring is not usable. The file itself may have been corrupted, or the original master database from which the backup was taken may have data integrity problems.	Microsoft.SQLServer.Linux.EventRule.DBEngine.Failed_to_restore_master_database._Shutting_down_SQL_Server_5_Rule	Microsoft.SQLServer.Linux.DBEngine	EventCollection	True			0	0		True	Error	Normal	True
	MSSQL on Linux: Full Text Search: An unknown full-text failure occurred	This error can occur in various circumstances. It is often related to permissions or missing files.	Microsoft.SQLServer.Linux.EventRule.DBEngine.Full_Text_Search___An_unknown_full_text_failure_occurred_1_5_Rule	Microsoft.SQLServer.Linux.DBEngine	EventCollection	True			0	0		True	Warning	Normal	True
	MSSQL on Linux: Full Text Search: Could not find full-text index for database	The specified full-text index is unavailable.	Microsoft.SQLServer.Linux.EventRule.DBEngine.Full_Text_Search___Could_not_find_full_text_index_for_database_1_5_Rule	Microsoft.SQLServer.Linux.DBEngine	EventCollection	True			0	0		True	Warning	Normal	True
	MSSQL on Linux: Full Text Search: Full-text catalog is in an unusable state. Drop and re-create this full-text catalog	The full-text catalog is offline. The full-text directory has been deleted, is corrupt, or the path points to a location that is not valid.	Microsoft.SQLServer.Linux.EventRule.DBEngine.Full_Text_Search___Full_text_catalog_is_in_a_unusable_state._Drop_and_re_create_this_full_text_catalog_1_5_Rule	Microsoft.SQLServer.Linux.DBEngine	EventCollection	True			0	0		True	Warning	Normal	True
	MSSQL on Linux: Full Text Search: Full-text catalog lacks sufficient disk space to complete this operation	There is not enough disk space to hold the full-text catalog.	Microsoft.SQLServer.Linux.EventRule.DBEngine.Full_Text_Search___Full_text_catalog_lacks_sufficient_disk_space_to_complete_this_operation_1_5_Rule	Microsoft.SQLServer.Linux.DBEngine	EventCollection	True			0	0		True	Error	Normal	True
	MSSQL on Linux: Full Text Search: Full-Text Search is not enabled for the current database. Use sp_fulltext_database to enable Full-Text Search	You have attempted to perform a full-text indexing in a database that is not enabled for full-text indexing. The database may have never been enabled for full-text, or it may have been restored or attached, which will automatically disable full-text indexing.	Microsoft.SQLServer.Linux.EventRule.DBEngine.Full_Text_Search___Full_Text_Search_is_not_enabled_for_the_current_database._Use_sp_fulltext_database_to_enable_Full_Text_Search_1_5_Rule	Microsoft.SQLServer.Linux.DBEngine	EventCollection	True			0	0		True	Error	Normal	True
	MSSQL on Linux: Full Text Search: Search on full-text catalog failed with unknown result	The full-text query failed for an unspecified reason.	Microsoft.SQLServer.Linux.EventRule.DBEngine.Full_Text_Search___Search_on_full_text_catalog_failed_with_unknown_result_1_5_Rule	Microsoft.SQLServer.Linux.DBEngine	EventCollection	True			0	0		True	Error	Normal	True
	MSSQL on Linux: Indexed view does not contain all rows that the view definition produces.	Refer to Docs Online for more information on this error. This does not necessarily represent an integrity issue with the data in this database.	Microsoft.SQLServer.Linux.EventRule.DBEngine.Indexed_view_does_not_contain_all_rows_that_the_view_definition_produces.__Refer_to_Books_Online_for_more_information_on_this_error.5_Rule	Microsoft.SQLServer.Linux.DBEngine	EventCollection	True			0	0		True	Error	Normal	True
	MSSQL on Linux: Internal Query Processor Error: The query processor could not obtain access to a required interface	This is an internal query processor error.	Microsoft.SQLServer.Linux.EventRule.DBEngine.Internal_Query_Processor_Error__The_query_processor_could_not_obtain_access_to_a_required_interface_1_5_Rule	Microsoft.SQLServer.Linux.DBEngine	EventCollection	True			0	0		True	Warning	Normal	True
	MSSQL on Linux: Internal Query Processor Error: The query processor encountered an internal limit overflow	This is an internal query processor error.	Microsoft.SQLServer.Linux.EventRule.DBEngine.Internal_Query_Processor_Error__The_query_processor_encountered_an_internal_limit_overflow_1_5_Rule	Microsoft.SQLServer.Linux.DBEngine	EventCollection	True			0	0		True	Error	Normal	True
	MSSQL on Linux: Internal Query Processor Error: The query processor encountered an unexpected error during execution	This is an internal query processor error.	Microsoft.SQLServer.Linux.EventRule.DBEngine.Internal_Query_Processor_Error__The_query_processor_encountered_an_unexpected_error_during_execution_1_5_Rule	Microsoft.SQLServer.Linux.DBEngine	EventCollection	True			0	0		True	Error	Normal	True
	MSSQL on Linux: Internal Query Processor Error: The query processor encountered an unexpected error during the processing of a remote query phase	This is an internal query processor error.	Microsoft.SQLServer.Linux.EventRule.DBEngine.Internal_Query_Processor_Error__The_query_processor_encountered_an_unexpected_error_during_the_processing_of_a_remote_query_phase_1_5_Rule	Microsoft.SQLServer.Linux.DBEngine	EventCollection	True			0	0		True	Error	Normal	True
	MSSQL on Linux: Internal Query Processor Error: The query processor ran out of stack space during query optimization	The Query Processor is using a large but limited memory stack when optimizing queries. In some extreme situations the stack size may become a limit for a given very large query--for example, a query containing an inlist with 100,000 constants.	Microsoft.SQLServer.Linux.EventRule.DBEngine.Internal_Query_Processor_Error__The_query_processor_ran_out_of_stack_space_during_query_optimization_1_5_Rule	Microsoft.SQLServer.Linux.DBEngine	EventCollection	True			0	0		True	Error	Normal	True
	MSSQL on Linux: Invalid reference to LOB page	This error occurs when SQL Server uses an invalid reference to a LOB page in an operation. This error may occur due to several different reasons.	Microsoft.SQLServer.Linux.EventRule.DBEngine.Invalid_reference_to_LOB_page_id7105	Microsoft.SQLServer.Linux.DBEngine	EventCollection	True			0	0		True	Error	High	True
	MSSQL on Linux: I/O request taking longer than 15 seconds to complete	I/O request has taken longer than 15 seconds to complete. This may indicate an SQL Server I/O bottlenecks. SQL Server performance highly relies on the disk performance. Note that this rule is disabled by default. Use overrides to enable it when necessary.	Microsoft.SQLServer.Linux.EventRule.DBEngine.IORequestsTakingLongerThen15SecondsToComplete	Microsoft.SQLServer.Linux.DBEngine	EventCollection	False			0	0		True	Warning	Normal	True
	MSSQL on Linux: IO Completion Listener Worker appears to be non-yielding on Node	I/O completion ports are the mechanism by which Microsoft SQL Server uses a pool of threads that was created when the service was started to process asynchronous I/O requests. The message will specify what node the completion port is not yielding on. Note that this rule is disabled by default. Use overrides to enable it when necessary.	Microsoft.SQLServer.Linux.EventRule.DBEngine.IO_Completion_Listener_Worker_appears_to_be_non_yielding_on_Node_5_Rule	Microsoft.SQLServer.Linux.DBEngine	EventCollection	False			0	0		True	Error	Normal	True
	MSSQL on Linux: Logical consistency error after performing I/O on page	A consistency check failed when reading or writing a database page or transaction log block. The error message contains the specific type of consistency check that failed.	Microsoft.SQLServer.Linux.EventRule.DBEngine.Logical_consistency_error_after_performing_IO_on_page_id824	Microsoft.SQLServer.Linux.DBEngine	EventCollection	True			0	0		True	Error	High	True
	MSSQL on Linux: Logical page in database is already hashed	This error occurs when SQL Server attempts to hash the logical page \%S_PGID of database ID\%d and the page is already in the SQL Server hash table.	Microsoft.SQLServer.Linux.EventRule.DBEngine.Logical_page_in_database_is_already_hashed_1_5_Rule	Microsoft.SQLServer.Linux.DBEngine	EventCollection	True			0	0		True	Warning	Normal	True
	MSSQL on Linux: Login failed. The workstation licensing limit for SQL Server access has already been reached	SQL Server will not provide connections to workstations after the licensing limit has been reached.	Microsoft.SQLServer.Linux.EventRule.DBEngine.Login_failed._The_workstation_licensing_limit_for_SQL_Server_access_has_already_been_reached_5_Rule	Microsoft.SQLServer.Linux.DBEngine	EventCollection	True			0	0		True	Error	Normal	True
	MSSQL on Linux: Login failed	When a connection attempt is rejected because of an authentication failure that involves a bad password or user name, a message similar to the following is returned to the client: "Login failed for user 'user_name'. (Microsoft SQL Server, Error: 18456)".	Microsoft.SQLServer.Linux.EventRule.DBEngine.Login_failed__Account	Microsoft.SQLServer.Linux.DBEngine	EventCollection	False			0	0		True	Warning	Normal	True
	MSSQL on Linux: Login failed: Account locked out	A user attempted to log into the network with an account that has been locked out. The Linux security log will identify the user name under MSSQLSERVER event ID 18486.	Microsoft.SQLServer.Linux.EventRule.DBEngine.Login_failed__Account_locked_out_5_Rule	Microsoft.SQLServer.Linux.DBEngine	EventCollection	True			0	0		True	Warning	Normal	True
	MSSQL on Linux: Login failed: Error during validation	A user attempted to log in to SQL Server. An unexpected error occurred during validation. The Linux security log will identify the user name and error ID under MSSQLSERVER event ID 18468.	Microsoft.SQLServer.Linux.EventRule.DBEngine.Login_failed__Error_during_validation_5_Rule	Microsoft.SQLServer.Linux.DBEngine	EventCollection	True			0	0		True	Warning	Normal	True
	MSSQL on Linux: Login failed: Password cannot be used at this time	A user attempted to change the password, but the proposed password could not be used at this time. The Linux security log will identify the user name under MSSQLSERVER event ID 18463.	Microsoft.SQLServer.Linux.EventRule.DBEngine.Login_failed__Password_cannot_be_used_at_this_time_5_Rule	Microsoft.SQLServer.Linux.DBEngine	EventCollection	True			0	0		True	Warning	Normal	True
	MSSQL on Linux: Login failed: Password expired	A user attempted to log into SQL Server with an expired password. The Linux security log will identify the user name under event ID 18487.	Microsoft.SQLServer.Linux.EventRule.DBEngine.Login_failed__Password_expired_5_Rule	Microsoft.SQLServer.Linux.DBEngine	EventCollection	True			0	0		True	Warning	Normal	True
	MSSQL on Linux: Login failed: Password must be changed	A user attempted to log into SQL Server with a password that was set to the MUST_CHANGE option. The user will be identified in the Linux security log under MSSQLSERVER event ID 18488.	Microsoft.SQLServer.Linux.EventRule.DBEngine.Login_failed__Password_must_be_changed_5_Rule	Microsoft.SQLServer.Linux.DBEngine	EventCollection	True			0	0		True	Warning	Normal	True
	MSSQL on Linux: Login failed: Password too long	A user attempted to create a password, but the proposed password was too long. The Linux security log will identify the user name under MSSQLSERVER event ID 18465.	Microsoft.SQLServer.Linux.EventRule.DBEngine.Login_failed__Password_too_long_5_Rule	Microsoft.SQLServer.Linux.DBEngine	EventCollection	True			0	0		True	Warning	Normal	True
	MSSQL on Linux: Login failed: Password too short	A user attempted to change the password, but the proposed password was too short. The Linux security log will identify the user name under MSSQLSERVER event ID 18464.	Microsoft.SQLServer.Linux.EventRule.DBEngine.Login_failed__Password_too_short_5_Rule	Microsoft.SQLServer.Linux.DBEngine	EventCollection	True			0	0		True	Warning	Normal	True
	MSSQL on Linux: Login failed: Password too simple	A user attempted to create a password, but the proposed password did not meet the Linux password complexity requirements policy. These are defined in the Password must meet complexity requirements policy setting. The Linux security log will identify the user name under MSSQLSERVER event ID 18466.	Microsoft.SQLServer.Linux.EventRule.DBEngine.Login_failed__Password_too_simple_5_Rule	Microsoft.SQLServer.Linux.DBEngine	EventCollection	True			0	0		True	Warning	Normal	True
	MSSQL on Linux: Maximum limit for connections has been reached	By default, SQL Server dynamically manages the memory needed for user connections. However, the maximum number of connections can be set to a fixed value by setting the user connections configuration option to a value other than 0. Setting the user connections option to a non-zero value is not recommended. If this option is set to a non-zero value and the specified number of connections is exceeded, any additional login attempts will fail with the above message. If the value is set to 1, the SQL Server instance may not start.	Microsoft.SQLServer.Linux.EventRule.DBEngine.Maximum_limit_for_connections_has_been_reached_1_5_Rule	Microsoft.SQLServer.Linux.DBEngine	EventCollection	True			0	0		True	Warning	Normal	True
	MSSQL on Linux: No slots are free to keep buffers for table	This is raised when SQL Server has an internal error.	Microsoft.SQLServer.Linux.EventRule.DBEngine.No_slots_are_free_to_keep_buffers_for_table__1_5_Rule	Microsoft.SQLServer.Linux.DBEngine	EventCollection	True			0	0		True	Error	Normal	True
	MSSQL on Linux: One or more indexes are damaged and must be repaired or dropped	This error provides more details about the problem described in error 8952. See that error for an explanation.	Microsoft.SQLServer.Linux.EventRule.DBEngine.One_or_more_indexes_are_damaged_and_must_be_repaired_or_dropped_1_5_Rule	Microsoft.SQLServer.Linux.DBEngine	EventCollection	True			0	0		True	Error	Normal	True
	MSSQL on Linux: Failed to open database or transaction log file	An operating system error occurred when opening a transaction log file or a secondary database file of a database. The error message contains the specific operating system error encountered.	Microsoft.SQLServer.Linux.EventRule.DBEngine.Operating_system_error_during_creation_opening_of_physical_device_1_5_Rule	Microsoft.SQLServer.Linux.DBEngine	EventCollection	True			0	0		True	Error	High	True
	MSSQL on Linux: Operating System error encountered	This message indicates that an error of some sort was returned from the operating system to a process within SQL Server. The process listed at the beginning of the message indicates which function within SQL Server received the error from the operating system. The exact operating system error number and text at the end of the message will vary depending on what problem the operating system encountered. This error is usually seen in conjunction with other errors.	Microsoft.SQLServer.Linux.EventRule.DBEngine.Operating_System_error_encountered_1_5_Rule	Microsoft.SQLServer.Linux.DBEngine	EventCollection	True			0	0		True	Warning	Normal	True
	MSSQL on Linux: Operating system error on a device	The backup device cannot be opened.	Microsoft.SQLServer.Linux.EventRule.DBEngine.Operating_system_error_on_a_device_1_5_Rule	Microsoft.SQLServer.Linux.DBEngine	EventCollection	True			0	0		True	Error	Normal	True
	MSSQL on Linux: Optimized concurrent query limit has been exceeded	You are using an edition of SQL Server that is licensed for a limited number of concurrent queries. This includes the Personal and Desktop editions. Those editions have a concurrent workload governor that limits them to a specific number of concurrent user queries plus a smaller number of concurrent system tasks.	Microsoft.SQLServer.Linux.EventRule.DBEngine.Optimized_concurrent_query_limit_has_been_exceeded_1_5_Rule	Microsoft.SQLServer.Linux.DBEngine	EventCollection	True			0	0		True	Warning	Normal	True
	MSSQL on Linux: OS Error occurred while performing I/O on page	An operating system error occurred when reading or writing a database page. The error message contains the specific operating system error encountered.	Microsoft.SQLServer.Linux.EventRule.DBEngine.OSError_Occurred_While_Performing_IO_onpage_id823	Microsoft.SQLServer.Linux.DBEngine	EventCollection	True			0	0		True	Error	High	True
	MSSQL on Linux: Permission denied on object	This error occurs when a Microsoft SQL Server user attempts an action, such as executing a stored procedure, or reading or modifying a table, for which the user does not have the appropriate privileges.	Microsoft.SQLServer.Linux.EventRule.DBEngine.Permission_denied_on_object_1_5_Rule	Microsoft.SQLServer.Linux.DBEngine	EventCollection	True			0	0		True	Warning	Normal	True
	MSSQL on Linux: Physical file access error	A file activation error occurred. The physical file name may be incorrect while creating the database. Note that this rule is disabled by default. Use overrides to enable it when necessary.	Microsoft.SQLServer.Linux.EventRule.DBEngine.PhysicalFileAccessError	Microsoft.SQLServer.Linux.DBEngine	EventCollection	False			0	0		True	Warning	Normal	True
	MSSQL on Linux: Potential deadlocks exist on all schedulers on Node	This message is raised when the server fails to respond to new queries within a certain time limit.	Microsoft.SQLServer.Linux.EventRule.DBEngine.Potential_deadlocks_exist_on_all_schedulers_on_Node_5_Rule	Microsoft.SQLServer.Linux.DBEngine	EventCollection	True			0	0		True	Error	Normal	True
	MSSQL on Linux: Process Worker appears to be non-yielding on Scheduler	This error indicates that there is a possible problem with a thread not yielding on a scheduler. Note that this rule is disabled by default. Use overrides to enable it when necessary.	Microsoft.SQLServer.Linux.EventRule.DBEngine.Process_Worker_appears_to_be_non_yielding_on_Scheduler_5_Rule	Microsoft.SQLServer.Linux.DBEngine	EventCollection	False			0	0		True	Error	Normal	True
	MSSQL on Linux: Recovery of database detected possible identity value inconsistency in table	The database recovery process could not determine the current identity value for the specified table.	Microsoft.SQLServer.Linux.EventRule.DBEngine.Recovery_of_database__detected_possible_identity_value_inconsistency_in_table_1_5_Rule	Microsoft.SQLServer.Linux.DBEngine	EventCollection	True			0	0		True	Warning	Normal	True
	MSSQL on Linux: RESTORE could not start database	Internal structures could not be created during the database RESTORE. This is usually the side effect of another error.	Microsoft.SQLServer.Linux.EventRule.DBEngine.RESTORE_could_not_start_database_1_5_Rule	Microsoft.SQLServer.Linux.DBEngine	EventCollection	True			0	0		True	Warning	Normal	True
	MSSQL on Linux: XTP Background Thread Error	The rule listens to event 41354 and raises a warning alert if the event is added to the log.	Microsoft.SQLServer.Linux.EventRule.DBEngine.Rule.XTP.BackgroundThreadError	Microsoft.SQLServer.Linux.DBEngine	EventCollection	True			0	0		True	Warning	Normal	True
	MSSQL on Linux: XTP Background Thread Error Log	The rule listens to event 41355 and raises a warning alert if the event is added to the log.	Microsoft.SQLServer.Linux.EventRule.DBEngine.Rule.XTP.BackgroundThreadErrorLog	Microsoft.SQLServer.Linux.DBEngine	EventCollection	True			0	0		True	Warning	Normal	True
	MSSQL on Linux: XTP Compiler Failure	The rule listens to event 41313 and raises a warning alert if the event is added to the log.	Microsoft.SQLServer.Linux.EventRule.DBEngine.Rule.XTP.CompilerFailure	Microsoft.SQLServer.Linux.DBEngine	EventCollection	False			0	0		True	Warning	Normal	True
	MSSQL on Linux: XTP Insufficient Disk Space	The rule listens to event 41822 and raises a critical alert if the event is added to the log.	Microsoft.SQLServer.Linux.EventRule.DBEngine.Rule.XTP.InsufficientDiskSpace	Microsoft.SQLServer.Linux.DBEngine	EventCollection	False			0	0		True	Error	Normal	True
	MSSQL on Linux: XTP Unable Call Compiler	The rule listens to event 41312 and raises a warning alert if the event is added to the log.	Microsoft.SQLServer.Linux.EventRule.DBEngine.Rule.XTP.UnableCallCompiler	Microsoft.SQLServer.Linux.DBEngine	EventCollection	False			0	0		True	Warning	Normal	True
	MSSQL on Linux: XTP Unable Load Compiled Dll	The rule listens to event 41309 and raises a warning alert if the event is added to the log.	Microsoft.SQLServer.Linux.EventRule.DBEngine.Rule.XTP.UnableLoadCompiledDll	Microsoft.SQLServer.Linux.DBEngine	EventCollection	False			0	0		True	Warning	Normal	True
	MSSQL on Linux: SQL Server DB Engine is restarted	Detects SQL Server DB Engine restart. Note that this rule is disabled by default. Use overrides to enable it when necessary.	Microsoft.SQLServer.Linux.EventRule.DBEngine.ServiceRestart	Microsoft.SQLServer.Linux.DBEngine	AvailabilityHealth	False			0	0		True	Warning	Normal	True
	MSSQL on Linux: Service Broker was not able to allocate memory for cryptographic operations	The rule triggers an alert when SQL Server Service Broker is not able to allocate memory for cryptographic operations.	Microsoft.SQLServer.Linux.EventRule.DBEngine.Service_Broker_was_not_able_to_allocate_memory_for_cryptographic_operations_5_Rule	Microsoft.SQLServer.Linux.DBEngine	EventCollection	True			0	0		True	Error	Normal	True
	MSSQL on Linux: SQL Server Assertion (17066)	SQL Server has raised an error. Under normal circumstances, SQL Server has posted a dump file in the log directory to help identify the actions that preceded the error. The error may have been caused by data corruption, an error in the client application, an error in SQL Server, network instability, or hardware failure.	Microsoft.SQLServer.Linux.EventRule.DBEngine.SQL_Server_Assertion_1_5_Rule	Microsoft.SQLServer.Linux.DBEngine	EventCollection	True			0	0		True	Warning	Normal	True
	MSSQL on Linux: SQL Server Assertion (17067)	SQL Server has raised an error. Under normal circumstances, SQL Server has posted a dump file in the log directory to help identify the actions that preceded the error. The error may have been caused by data corruption, an error in the client application, an error in SQL Server, network instability, or hardware failure.	Microsoft.SQLServer.Linux.EventRule.DBEngine.SQL_Server_Assertion_2_5_Rule	Microsoft.SQLServer.Linux.DBEngine	EventCollection	True			0	0		True	Warning	Normal	True
	MSSQL on Linux: SQL Server Assertion (17065)	SQL Server has raised an error. Under normal circumstances, SQL Server has posted a dump file in the log directory to help identify the actions that preceded the error. The error may have been caused by data corruption, an error in the client application, an error in SQL Server, network instability, or hardware failure.	Microsoft.SQLServer.Linux.EventRule.DBEngine.SQL_Server_Assertion_3_5_Rule	Microsoft.SQLServer.Linux.DBEngine	EventCollection	True			0	0		True	Warning	Normal	True
	MSSQL on Linux: SQL Server cannot start the Service Broker event handler	SQL Server Service Broker cannot start the Service Broker event handler.	Microsoft.SQLServer.Linux.EventRule.DBEngine.SQL_Server_cannot_start_the_Service_Broker_event_handler_5_Rule	Microsoft.SQLServer.Linux.DBEngine	EventCollection	True			0	0		True	Error	Normal	True
	MSSQL on Linux: SQL Server could not allocate enough memory to start Service Broker task manager	SQL Server Service Broker cannot start Service Broker task manager.	Microsoft.SQLServer.Linux.EventRule.DBEngine.SQL_Server_could_not_allocate_enough_memory_to_start_Service_Broker_task_manager_5_Rule	Microsoft.SQLServer.Linux.DBEngine	EventCollection	True			0	0		True	Error	Normal	True
	MSSQL on Linux: SQL Server Service Broker cannot use RC4 encryption algorithm when running in FIPS compliance mode	SQL Server Service Broker has a conversation where at least one endpoint has been configured to use RC4 encryption and the server is set for Federal Information Processing Standard (FIPS) compliance mode. RC4 encryption is not supported when running in FIPS compliance mode.	Microsoft.SQLServer.Linux.EventRule.DBEngine.SQL_Server_Service_Broker_cannot_use_RC4_encryption_algorithm_when_running_in_FIPS_compliance_mode_5_Rule	Microsoft.SQLServer.Linux.DBEngine	EventCollection	True			0	0		True	Error	Normal	True
	MSSQL on Linux: SQL Server Service Broker could not query the FIPS compliance mode flag from the registry	The rule triggers an alert when SQL Server Service Broker could not query the FIPS compliance mode flag from the registry.	Microsoft.SQLServer.Linux.EventRule.DBEngine.SQL_Server_Service_Broker_could_not_query_the_FIPS_compliance_mode_flag_from_the_registry_5_Rule	Microsoft.SQLServer.Linux.DBEngine	EventCollection	True			0	0		True	Error	Normal	True
	MSSQL on Linux: SQL Server Service Broker Manager has shutdown	The rule triggers an alert when the SQL Server Service Broker Manager has shutdown. Note that this rule is disabled by default. Use overrides to enable it when necessary.	Microsoft.SQLServer.Linux.EventRule.DBEngine.SQL_Server_Service_Broker_Manager_has_shutdown_5_Rule	Microsoft.SQLServer.Linux.DBEngine	EventCollection	False			0	0		True	Information	Normal	True
	MSSQL on Linux: SQL Server Service Broker or Database Mirroring is running in FIPS compliance mode	The rule triggers an alert when SQL Server Service Broker or Database Mirroring is running in FIPS compliance mode. Note that this rule is disabled by default. Use overrides to enable it when necessary.	Microsoft.SQLServer.Linux.EventRule.DBEngine.SQL_Server_Service_Broker_or_Database_Mirroring_is_running_in_FIPS_compliance_mode_5_Rule	Microsoft.SQLServer.Linux.DBEngine	EventCollection	False			0	0		True	Information	Low	True
	MSSQL on Linux: SQL Server Service Broker or Database Mirroring Transport stopped	The rule triggers an alert when at least one of the endpoints in a SQL Server Service Broker conversation has stopped listening for connections. Note that this rule is disabled by default. Use overrides to enable it when necessary.	Microsoft.SQLServer.Linux.EventRule.DBEngine.SQL_Server_Service_Broker_or_Database_Mirroring_Transport_stopped_5_Rule	Microsoft.SQLServer.Linux.DBEngine	EventCollection	False			0	0		True	Error	Low	True
	MSSQL on Linux: SQL Server Service Broker or Database Mirror cryptographic call failed	SQL Server Service Broker or Database Mirror attempted to call an operating system cryptographic function. The cryptographic function returned an error.	Microsoft.SQLServer.Linux.EventRule.DBEngine.SQL_Server_Service_Broker_or_Database_Mirror_cryptographic_call_failed_5_Rule	Microsoft.SQLServer.Linux.DBEngine	EventCollection	True			0	0		True	Error	Normal	True
	MSSQL on Linux: SQL Server Service Broker transmitter shut down due to an exception or a lack of memory	The rule triggers an alert when SQL Server Service Broker transmitter stopped due to an error or a lack of memory. Note that this rule is disabled by default. Use overrides to enable it when necessary.	Microsoft.SQLServer.Linux.EventRule.DBEngine.SQL_Server_Service_Broker_transmitter_shut_down_due_to_an_exception_or_a_lack_of_memory_5_Rule	Microsoft.SQLServer.Linux.DBEngine	EventCollection	False			0	0		True	Error	Normal	True
	MSSQL on Linux: SQL Server shutdown due to Ctrl-C or Ctrl-Break signal	The SQL Server instance was started from a command prompt using sqlservr.exe, and now a Ctrl-C or Ctrl-Break command was issued from that prompt to stop the sqlservr.exe application. No checkpoints were performed during the shutdown. This message is written to the SQL Server error log and the application event log.	Microsoft.SQLServer.Linux.EventRule.DBEngine.SQL_Server_shutdown_due_to_Ctrl_C_or_Ctrl_Break_signal_1_5_Rule	Microsoft.SQLServer.Linux.DBEngine	EventCollection	True			0	0		True	Warning	Normal	True
	MSSQL on Linux: SQL Server Service Broker attempted to use an unsupported encryption algorithm	The rule triggers an alert when SQL Server Service Broker tries to use an unsupported encryption algorithm.	Microsoft.SQLServer.Linux.EventRule.DBEngine.SQL_Server_SQL_Server_Service_Broker_attempted_to_use_an_unsupported_encryption_algorithm_5_Rule	Microsoft.SQLServer.Linux.DBEngine	EventCollection	True			0	0		True	Error	Normal	True
	MSSQL on Linux: SQL Server terminating because of system shutdown	SQL Server is shutting down because the server is shutting down. Note that this rule is disabled by default. Use overrides to enable it when necessary.	Microsoft.SQLServer.Linux.EventRule.DBEngine.SQL_Server_terminating_because_of_system_shutdown_1_5_Rule	Microsoft.SQLServer.Linux.DBEngine	EventCollection	False			0	0		True	Error	Normal	True
	MSSQL on Linux: Starting without recovery	SQL Server is starting without recovery.	Microsoft.SQLServer.Linux.EventRule.DBEngine.Starting_without_recovery_1_5_Rule	Microsoft.SQLServer.Linux.DBEngine	EventCollection	True			0	0		True	Warning	Normal	True
	MSSQL on Linux: Table error: Allocation page has invalid page header values.	The page specified has an invalid page header.	Microsoft.SQLServer.Linux.EventRule.DBEngine.Table_error__Allocation_page_has_invalid__page_header_values.__1_5_Rule	Microsoft.SQLServer.Linux.DBEngine	EventCollection	True			0	0		True	Error	Normal	True
	MSSQL on Linux: Table error: B-tree chain linkage mismatch.	There is a break in the logical page chain at some level in the B-tree specified (this can happen at any level, including the leaf level). A page P_ID2 is pointed to by the next page pointer of page P_ID1, but page P_ID2's previous page pointer points to a different page, P_ID3.	Microsoft.SQLServer.Linux.EventRule.DBEngine.Table_error__B_tree_chain_linkage_mismatch.__1_5_Rule	Microsoft.SQLServer.Linux.DBEngine	EventCollection	True			0	0		True	Error	Normal	True
	MSSQL on Linux: Table error: B-tree level mismatch, page does not match level from parent	There are two pages linked as parent (P_ID2) and child (P_ID1) in a B-tree. The level (LEVEL1) in the child page (P_ID1) does not comply with the level rules for B-trees, given the level (LEVEL2) in the parent page (P_ID2).	Microsoft.SQLServer.Linux.EventRule.DBEngine.Table_error__B_tree_level_mismatch_page_does_not_match_level_from_parent__1_5_Rule	Microsoft.SQLServer.Linux.DBEngine	EventCollection	True			0	0		True	Error	Normal	True
	MSSQL on Linux: Table error: B-tree page has two parent nodes	The B-tree structure is corrupt because page P_ID1 is referenced as a child page by slots in two pages higher in the B-tree, P_ID2 and P_ID3. A page can only be referenced by a single parent.	Microsoft.SQLServer.Linux.EventRule.DBEngine.Table_error__B_tree_page_has_two_parent_nodes__1_5_Rule	Microsoft.SQLServer.Linux.DBEngine	EventCollection	True			0	0		True	Error	Normal	True
	MSSQL on Linux: Table error: Column is not a valid complex column	A column is marked as being a complex column in the record's variable length column section, but it is not a valid text pointer or in-row text root.	Microsoft.SQLServer.Linux.EventRule.DBEngine.Table_error__Column_is_not_a_valid_complex_column_1_5_Rule	Microsoft.SQLServer.Linux.DBEngine	EventCollection	True			0	0		True	Warning	Normal	True
	MSSQL on Linux: Table error: cross-object chain linkage	The first phase of a DBCC CHECKDB is to do primitive checks on the data pages of critical system tables. If any errors are found, they cannot be repaired and so the DBCC CHECKDB terminates immediately.	Microsoft.SQLServer.Linux.EventRule.DBEngine.Table_error__cross_object_chain_linkage_1_5_Rule	Microsoft.SQLServer.Linux.DBEngine	EventCollection	True			0	0		True	Error	Normal	True
	MSSQL on Linux: Table error: Cross object linkage. Page PGID->next is not in the same index	Page P_ID is linked to page P_ID2 but the two pages are allocated to different indexes and/or objects.	Microsoft.SQLServer.Linux.EventRule.DBEngine.Table_error__Cross_object_linkage._Page_PGID_next_is_not_in_the_same_index_1_5_Rule	Microsoft.SQLServer.Linux.DBEngine	EventCollection	True			0	0		True	Error	Normal	True
	MSSQL on Linux: Table error: Cross object linkage	The page P_ID1 points, in a parent-child manner, to a page (P_ID2) in a different object.	Microsoft.SQLServer.Linux.EventRule.DBEngine.Table_error__Cross_object_linkage_1_5_Rule	Microsoft.SQLServer.Linux.DBEngine	EventCollection	True			0	0		True	Error	Normal	True
	MSSQL on Linux: Table error: Cross object linkage: Parent page in object next refer to page not in the same object	The next page pointer of page P_ID2 and a child page pointer of page P_ID1 in a B-tree of the specified object points to a page (P_ID3) in a different object. Furthermore, pages P_ID1 and P_ID2 may themselves be in different objects.	Microsoft.SQLServer.Linux.EventRule.DBEngine.Table_error__Cross_object_linkage__Parent_page_in_object_next_refer_to_page_not_in_the_same_object_1_5_Rule	Microsoft.SQLServer.Linux.DBEngine	EventCollection	True			0	0		True	Error	Normal	True
	MSSQL on Linux: Table error: Extent object is beyond the range of this database	P_ID is a PageID of the form (filenum:pageinfile). The pageinfile of this extent is greater than the physical size of the file filenum of the database. The extent is marked allocated in an IAM page for the object/index ID indicated.	Microsoft.SQLServer.Linux.EventRule.DBEngine.Table_error__Extent_object_is_beyond_the_range_of_this_database_1_5_Rule	Microsoft.SQLServer.Linux.DBEngine	EventCollection	True			0	0		True	Warning	Normal	True
	MSSQL on Linux: Table error: Extra or invalid key	Every data row in a table (heap or clustered index) must have exactly one matching index row in every non-clustered index over that table. This error means that a non-clustered index has an index row that does not match any data row.	Microsoft.SQLServer.Linux.EventRule.DBEngine.Table_error__Extra_or_invalid_key_1_5_Rule	Microsoft.SQLServer.Linux.DBEngine	EventCollection	True			0	0		True	Warning	Normal	True
	MSSQL on Linux: Table error: IAM chain linkage error	There is a break in the IAM chain for the index specified. A page P_ID2 is pointed to by the next page pointer of page P_ID1, but page P_ID2's previous page pointer points to a different page, P_ID3. Both error states mean the same, and only differ in where the corruption was discovered.	Microsoft.SQLServer.Linux.EventRule.DBEngine.Table_error__IAM_chain_linkage_error_1_5_Rule	Microsoft.SQLServer.Linux.DBEngine	EventCollection	True			0	0		True	Error	Normal	True
	MSSQL on Linux: Table error: IAM page is linked in the IAM chain for object	All IAM pages for an index must have the same index ID on them. In this case, one of the IAM pages linked into the IAM chain for index I_ID2 has index ID I_ID1 on it. There are three possible states of this error; they all mean the same thing, but differ in where the discovery is made.	Microsoft.SQLServer.Linux.EventRule.DBEngine.Table_error__IAM_page_is_linked_in_the_IAM_chain_for_object_1_5_Rule	Microsoft.SQLServer.Linux.DBEngine	EventCollection	True			0	0		True	Warning	Normal	True
	MSSQL on Linux: Table error: Index node page refers to child page and previous child, but they were not encountered	An index page (P_ID1) in a B-tree has child references to two neighboring lower-level pages (P_ID2 and P_ID3), but neither was seen.	Microsoft.SQLServer.Linux.EventRule.DBEngine.Table_error__Index_node_page_refers_to_child_page_and_previous_child_but_they_were_not_encountered_1_5_Rule	Microsoft.SQLServer.Linux.DBEngine	EventCollection	True			0	0		True	Warning	Normal	True
	MSSQL on Linux: Table error: Object, index, page Test failed. Slot - Offset is invalid	The slot specified has an invalid offset (ADDRESS) in the page, according to the slot array.	Microsoft.SQLServer.Linux.EventRule.DBEngine.Table_error__Object_index_page_Test_failed._Slot___Offset_is__invalid_1_5_Rule	Microsoft.SQLServer.Linux.DBEngine	EventCollection	True			0	0		True	Error	Normal	True
	MSSQL on Linux: Table error: Page allocated to object was not seen. Page may be invalid or have incorrect object ID information in its header	A page is allocated as specified, but was not seen with that object/index ID in its header. The page has a different index ID in its header, so there will be a matching 2534 (page allocated by another object) error for the page. The 2534 error corresponds to the object/index ID that is in the page's header.	Microsoft.SQLServer.Linux.EventRule.DBEngine.Table_error__Page_allocated_to_object_was_not_seen.__Page_may_be_invalid_or_have_incorrect_object_ID_information_in_its_header_1_5_Rule	Microsoft.SQLServer.Linux.DBEngine	EventCollection	True			0	0		True	Warning	Normal	True
	MSSQL on Linux: Table error: Page in its header is allocated by another object	A page has the object/index ID specified but is not allocated by any of that index's IAM pages. The page has an incorrect object/index ID in its header, so there will be a matching 2533 (page not seen although allocated) error for the page. The 2533 error corresponds to the index the page is really allocated to.	Microsoft.SQLServer.Linux.EventRule.DBEngine.Table_error__Page_in_its_header_is_allocated_by_another_object_1_5_Rule	Microsoft.SQLServer.Linux.DBEngine	EventCollection	True			0	0		True	Warning	Normal	True
	MSSQL on Linux: Table error: Page is missing a reference from previous page. Possible chain linkage problem	A page (P_ID2) in a B-tree was not seen, even though its neighbor (P_ID1) in the page chain points to it in its previous page link. This can happen in any level of the B-tree. Both error states mean the same thing; they differ only in where the error is discovered.	Microsoft.SQLServer.Linux.EventRule.DBEngine.Table_error__Page_is_missing_a_reference_from_previous_page._Possible_chain_linkage_problem_1_5_Rule	Microsoft.SQLServer.Linux.DBEngine	EventCollection	True			0	0		True	Warning	Normal	True
	MSSQL on Linux: Table error: Page is missing references from parent (unknown) and previous nodes. Possible bad root entry in sysindexes	Page P_ID1 was seen, but is not linked into the B-tree it thinks it belongs to.	Microsoft.SQLServer.Linux.EventRule.DBEngine.Table_error__Page_is_missing_references_from_parent__unknown__and_previous_nodes._Possible_bad_root_entry_in_sysindexes_1_5_Rule	Microsoft.SQLServer.Linux.DBEngine	EventCollection	True			0	0		True	Warning	Normal	True
	MSSQL on Linux: Table error: page is out of the range of this database	The page specified is marked as allocated, but is beyond the in-use portion of the file in which it resides (except in certain states, as described below).	Microsoft.SQLServer.Linux.EventRule.DBEngine.Table_error__page_is_out_of_the_range_of_this_database_1_5_Rule	Microsoft.SQLServer.Linux.DBEngine	EventCollection	True			0	0		True	Warning	Normal	True
	MSSQL on Linux: Table error: Page was not seen in the scan although its parent and previous refer to it. Check any previous errors	A page (P_ID1) in a B-tree was not seen, even though an index page (P_ID2) points to it as a child page and its previous page (P_ID3) in the page chain points to it as the next page in the chain. This can happen at any level of the B-tree. Both error states mean the same thing; they differ only in where the error was discovered.	Microsoft.SQLServer.Linux.EventRule.DBEngine.Table_error__Page_was_not_seen_in_the_scan_although_its_parent_and_previous_refer_to_it._Check_any_previous_errors_1_5_Rule	Microsoft.SQLServer.Linux.DBEngine	EventCollection	True			0	0		True	Warning	Normal	True
	MSSQL on Linux: Table error: Parent node for page was not encountered	Page P_ID was seen in a B-tree, and is linked into the B-tree level it is at. However, no index page was seen that had a reference to the page as a child page. This can happen at any level of the B-tree.	Microsoft.SQLServer.Linux.EventRule.DBEngine.Table_error__Parent_node_for_page_was_not_encountered_1_5_Rule	Microsoft.SQLServer.Linux.DBEngine	EventCollection	True			0	0		True	Warning	Normal	True
	MSSQL on Linux: Table error: Slot, row extends into free space	The end of the slot S_ID is past the persisted free space offset, ADDRESS. TEST is 'max <= m_freeData', where the persisted free space offset if 'm_freeData' and the end of slot S_ID is 'max'.	Microsoft.SQLServer.Linux.EventRule.DBEngine.Table_error__Slot_row_extends_into_free_space__1_5_Rule	Microsoft.SQLServer.Linux.DBEngine	EventCollection	True			0	0		True	Warning	Normal	True
	MSSQL on Linux: Table error: Table missing or invalid key in index for the row:	Every data row in a table (heap or clustered index) must have exactly one matching index row in every non-clustered index over that table. This error means that a non-clustered index is missing an index row.	Microsoft.SQLServer.Linux.EventRule.DBEngine.Table_error__Table_missing_or_invalid_key_in_index_for_the_row__1_5_Rule	Microsoft.SQLServer.Linux.DBEngine	EventCollection	True			0	0		True	Warning	Normal	True
	MSSQL on Linux: Table error: The high key value on page is not less than the low key value in the parent, slot of the next page	A B-tree tree-level page contains a record for each child page, along with a key value for that child page. If the child page is a leaf-level page, all records on the page must have key values greater than or equal to the key value in the parent page. If the child page is a tree-level page, all records must have key values greater than the key value in the parent, except the first record, which must have a key value that exactly matches that in the parent.	Microsoft.SQLServer.Linux.EventRule.DBEngine.Table_error__The_high_key_value_on_page_is_not_less_than_the_low_key_value_in_the_parent_slot_of_the_next_page_1_5_Rule	Microsoft.SQLServer.Linux.DBEngine	EventCollection	True			0	0		True	Warning	Normal	True
	MSSQL on Linux: Table error: The low key value on page is not the key value in the parent	A B-tree tree level page contains a record for each child page, along with a key value for that child page. If the child page is a leaf-level page (that is, level 0), all records on the page must have key values greater than or equal to the key value in the parent page. If the child page is a tree-level page (that is, level > 0), all records must have key values greater than the key value in the parent, except the first record, which must have a key value that exactly matches that in the parent.	Microsoft.SQLServer.Linux.EventRule.DBEngine.Table_error__The_low_key_value_on_page__is_not_the_key_value_in_the_parent_1_5_Rule	Microsoft.SQLServer.Linux.DBEngine	EventCollection	True			0	0		True	Warning	Normal	True
	MSSQL on Linux: Table error: The previous link on page does not match the previous page that the parent, slot expects for this page	A B-tree is structured so that pages at a single level point to each other, in a doubly-linked list. Also, the pages' parent in the B-tree has a record for each of its children, with their keys and page IDs.	Microsoft.SQLServer.Linux.EventRule.DBEngine.Table_error__The_previous_link_on_page_does_not_match_the_previous_page_that_the_parent_slot_expects_for_this_page_1_5_Rule	Microsoft.SQLServer.Linux.DBEngine	EventCollection	True			0	0		True	Warning	Normal	True
	MSSQL on Linux: Table error: The text, ntext, or image node at page is not referenced	The text node was not referenced in any complex column in any heap or clustered index. It is effectively orphaned.	Microsoft.SQLServer.Linux.EventRule.DBEngine.Table_error__The_text_ntext_or_image_node_at_page_is_not_referenced_1_5_Rule	Microsoft.SQLServer.Linux.DBEngine	EventCollection	True			0	0		True	Warning	Normal	True
	MSSQL on Linux: Table error: The text, ntext, or image node at page is referenced by page not seen in the scan	The text node was not referenced in any complex column in any heap or clustered index. It is effectively orphaned.	Microsoft.SQLServer.Linux.EventRule.DBEngine.Table_error__The_text_ntext_or_image_node_at_page__is_referenced_by_page_not_seen_in_the_scan_1_5_Rule	Microsoft.SQLServer.Linux.DBEngine	EventCollection	True			0	0		True	Warning	Normal	True
	MSSQL on Linux: Table error: The text, ntext, or image node has wrong type	The text node is on the wrong text page type. If the parent (owner) of the node can be found, there will be an accompanying 8929 message providing details about the owner.	Microsoft.SQLServer.Linux.EventRule.DBEngine.Table_error__The_text_ntext_or_image_node_has_wrong_type_1_5_Rule	Microsoft.SQLServer.Linux.DBEngine	EventCollection	True			0	0		True	Error	Normal	True
	MSSQL on Linux: Table error: Wrong PageId in the page header	DBCC asked for page P_ID1. When the page was read from disk, the page ID in its header was found to be P_ID2.	Microsoft.SQLServer.Linux.EventRule.DBEngine.Table_error__Wrong_PageId_in_the_page_header_1_5_Rule	Microsoft.SQLServer.Linux.DBEngine	EventCollection	True			0	0		True	Warning	Normal	True
	MSSQL on Linux: Table error: Address is not aligned	The structure at address ADDRESS is not 4-byte aligned.	Microsoft.SQLServer.Linux.EventRule.DBEngine.Table_error___Address_is_not_aligned_1_5_Rule	Microsoft.SQLServer.Linux.DBEngine	EventCollection	True			0	0		True	Warning	Normal	True
	MSSQL on Linux: Table error: Test failed. Slot overlaps with the prior row	Slot S_ID's offset in the slot offset array is not greater than or equal to the end of the previous slot, so they overlap. TEST is 'sorted [i].offset >= max', where the lhs of the expression is the ADDRESS, and 'max' is the end of the previous slot.	Microsoft.SQLServer.Linux.EventRule.DBEngine.Table_error___Test_failed._Slot_overlaps_with_the_prior_row_1_5_Rule	Microsoft.SQLServer.Linux.DBEngine	EventCollection	True			0	0		True	Warning	Normal	True
	MSSQL on Linux: Table error: The next pointer of refers to page. Neither its parent were encountered. Possible bad chain linkage	A page (P_ID1) references its next page in the page chain (P_ID2), but page P_ID2 was not seen and was not referenced by any parent page in the B-tree.	Microsoft.SQLServer.Linux.EventRule.DBEngine.Table_error___The_next_pointer_of_refers_to_page._Neither_its_parent_were_encountered._Possible_bad_chain_linkage_1_5_Rule	Microsoft.SQLServer.Linux.DBEngine	EventCollection	True			0	0		True	Warning	Normal	True
	MSSQL on Linux: Table error: Unexpected page type	Page P_ID had a page type that was unexpected by the code trying to interpret it. The page is marked allocated, however, which is why the DBCC code is trying to interpret it.	Microsoft.SQLServer.Linux.EventRule.DBEngine.Table_error___Unexpected_page_type__1_5_Rule	Microsoft.SQLServer.Linux.DBEngine	EventCollection	True			0	0		True	Error	Normal	True
	MSSQL on Linux: Table: Creating statistics for the following columns	sp_createstats has generated statistics for each eligible column in the current database. Computed columns and columns of the ntext, text, or image data types cannot be specified as statistics columns. Columns already having statistics are not touched (for example, the first column of an index or a column with explicitly created statistics). Note that this rule is disabled by default. Use overrides to enable it when necessary.	Microsoft.SQLServer.Linux.EventRule.DBEngine.Table__Creating_statistics_for_the_following_columns_1_5_Rule	Microsoft.SQLServer.Linux.DBEngine	EventCollection	False			0	0		True	Error	Normal	True
	MSSQL on Linux: Table: No columns without statistics found	There are no eligible columns in the current database on which to create statistics using sp_createstats . Computed columns and columns of the ntext, text, or image data types cannot be specified as statistics columns. Columns already having statistics are not touched (for example, the first column of an index or a column with explicitly created statistics).	Microsoft.SQLServer.Linux.EventRule.DBEngine.Table___No_columns_without_statistics_found_1_5_Rule	Microsoft.SQLServer.Linux.DBEngine	EventCollection	True			0	0		True	Error	Normal	True
	MSSQL on Linux: The I/O operation was successful after retry	A read operation on a database page or transaction log block was successful but only after retrying the operation. While you may not need to take immediate action, you should research the cause of the error.	Microsoft.SQLServer.Linux.EventRule.DBEngine.The_IO_operation_was_successful_after_retry_id825	Microsoft.SQLServer.Linux.DBEngine	EventCollection	True			0	0		True	Warning	Normal	True
	MSSQL on Linux: The log for database is not available	An I/O error related to data integrity has occurred for the specified database. Either the log or data portion of the database could be damaged. SQL Server has made the log for that database unavailable to prevent further data integrity problems. The I/O error that led to the 9001 message should be reported in the SQL Server error log and/or the Linux event logs.	Microsoft.SQLServer.Linux.EventRule.DBEngine.The_log_for_database_is_not_available_1_5_Rule	Microsoft.SQLServer.Linux.DBEngine	EventCollection	True			0	0		True	Warning	Normal	True
	MSSQL on Linux: The LSN passed to log scan in database is invalid	If you see this message during startup when the SQL Server process tries to recover the database or as a result of an ATTACH statement, the log file for the database is corrupted. If you see the message during a restore process, the backup file is corrupted. If you see this message during a replication process, the replication metadata may be incorrect.	Microsoft.SQLServer.Linux.EventRule.DBEngine.The_LSN_passed_to_log_scan_in_database_is_invalid_5_Rule	Microsoft.SQLServer.Linux.DBEngine	EventCollection	True			0	0		True	Warning	Normal	True
	MSSQL on Linux: The MSSQLServer service terminated unexpectedly	The error is reported by the SQL Server Agent service when it auto restarts SQL Server. SQL Server Agent will only auto restart SQL Server if SQL Server stopped for some reason other than an explicit stop command from a user or application, and if the “Auto restart SQL Server if it stops unexpectedly” option is selected in SQL Server Agent Advanced properties. During the restart of SQL Server, SQL Server Agent will write this message to the application event log on the computer hosting SQL Server.	Microsoft.SQLServer.Linux.EventRule.DBEngine.The_MSSQLServer_service_terminated_unexpectedly_3_5_Rule	Microsoft.SQLServer.Linux.DBEngine	EventCollection	True			0	0		True	Error	Normal	True
	MSSQL on Linux: The provider reported an unexpected catastrophic failure	The provider reported an unexpected catastrophic failure.	Microsoft.SQLServer.Linux.EventRule.DBEngine.The_provider_reported_an_unexpected_catastrophic_failure_1_5_Rule	Microsoft.SQLServer.Linux.DBEngine	EventCollection	True			0	0		True	Error	Normal	True
	MSSQL on Linux: The query has been canceled because the estimated cost of this query exceeds the configured threshold. Contact the system administrator	The configuration setting for the query governor cost limit option is lower than the cost the SQL Server optimizer estimated for the specified query. By default, the query governor cost limit option is set to 0, which allows all queries to run. However, on this instance of SQL Server an upper limit was specified by setting the option to a number greater than 0. Query plans with an anticipated cost larger than this value are not started.	Microsoft.SQLServer.Linux.EventRule.DBEngine.The_query_has_been_canceled_because_the_estimated_cost_of_this_query_exceeds_the_configured_threshold._Contact_the_system_administrator_1_5_Rule	Microsoft.SQLServer.Linux.DBEngine	EventCollection	True			0	0		True	Warning	Normal	True
	MSSQL on Linux: The query processor could not start the necessary thread resources for parallel query execution	Thread resources are scarce in the server.	Microsoft.SQLServer.Linux.EventRule.DBEngine.The_query_processor_could_not_start_the_necessary_thread_resources_for_parallel_query_execution_1_5_Rule	Microsoft.SQLServer.Linux.DBEngine	EventCollection	True			0	0		True	Warning	Normal	True
	MSSQL on Linux: The server is too busy to perform the backup or restore operation	Failed to start a sub-process (a parallel query or parallel I/O) because no threads are available or too many sub-processes executing.	Microsoft.SQLServer.Linux.EventRule.DBEngine.The_server_is_too_busy_to_perform_the_backup_or_restore_operation_1_5_Rule	Microsoft.SQLServer.Linux.DBEngine	EventCollection	True			0	0		True	Error	Normal	True
	MSSQL on Linux: The Service Broker/Database Mirroring transport cannot listen on port because it is in use	When you create a Service Broker or Database Mirroring endpoint, SQL Server should be able to accept TCP/IP connections on the port that is specified in the endpoint configuration. The transport security requires authorization for connections to the port. If the server has a firewall enabled, the firewall configuration must allow both incoming and outgoing connections for the port that is used by the endpoint.	Microsoft.SQLServer.Linux.EventRule.DBEngine.The_Service_Broker_Database_Mirroring_transport_cannot_listen_on_port_because_it_is_in_use_5_Rule	Microsoft.SQLServer.Linux.DBEngine	EventCollection	True			0	0		True	Error	Normal	True
	MSSQL on Linux: The Service Broker/Database Mirroring Transport could not listen for connections due to an error	The rule triggers an alert when Service Broker cannot listen on the specified port.	Microsoft.SQLServer.Linux.EventRule.DBEngine.The_Service_Broker_Database_Mirroring_Transport_could_not_listen_for_connections_due_to_an_error_5_Rule	Microsoft.SQLServer.Linux.DBEngine	EventCollection	True			0	0		True	Error	Normal	True
	MSSQL on Linux: The Service Broker or Database Mirroring Transport has started	SQL Server Service Broker or Database Mirroring transport has started. The Linux application log specifies whether the error was recorded by Service Broker or Database Mirroring the application name. This message is logged in the Linux application log as MSSQLSERVER event ID 9690. Note that this rule is disabled by default. Use overrides to enable it when necessary.	Microsoft.SQLServer.Linux.EventRule.DBEngine.The_Service_Broker_or_Database_Mirroring_Transport_has_started_5_Rule	Microsoft.SQLServer.Linux.DBEngine	EventCollection	False			0	0		True	Information	Low	True
	MSSQL on Linux: SQL Server Service Broker or Database Mirroring transport is disabled or not configured	The rule triggers an alert when the SQL Server Service Broker or Database Mirroring transport is disabled or not configured. Note that this rule is disabled by default. Use overrides to enable it when necessary.	Microsoft.SQLServer.Linux.EventRule.DBEngine.The_SQL_Server_Service_Broker_or_Database_Mirroring_transport_is_disabled_or_not_configured_5_Rule	Microsoft.SQLServer.Linux.DBEngine	EventCollection	False			0	0		True	Error	High	True
	MSSQL on Linux: The user is not allowed to truncate the system table	The TRUNCATE TABLE statement cannot be issued for a system table, even if the allow updates configuration option is enabled.	Microsoft.SQLServer.Linux.EventRule.DBEngine.The_user_is_not_allowed_to_truncate_the_system_table_1_5_Rule	Microsoft.SQLServer.Linux.DBEngine	EventCollection	True			0	0		True	Warning	Normal	True
	MSSQL on Linux: Transaction was deadlocked on resources with another process and has been chosen as the deadlock victim. Rerun the transaction	This error occurs when Microsoft SQL Server encounters a deadlock. A deadlock occurs when two (or more) processes attempt to access a resource that the other process holds a lock on. Because each process has a request for another resource, neither process can be completed. When a deadlock is detected, SQL Server rolls back the command that has the least processing time and returns error message 1205 to the client application. This error is not fatal and may not cause the batch to be terminated.	Microsoft.SQLServer.Linux.EventRule.DBEngine.Transaction_was_deadlocked_on_resources_with_another_process_and_has_been_chosen_as_the_deadlock_victim._Rerun_the_transaction_1_5_Rule	Microsoft.SQLServer.Linux.DBEngine	EventCollection	True			0	0		True	Warning	Normal	True
	MSSQL on Linux: Unexpected end of file while reading beginning of backup set	The RESTORE operation failed because it could not read some portion of the backup file specified in the FROM clause. This error generally indicates that the file specified is a pre-SQL Server 7.0 backup or that the file is damaged.	Microsoft.SQLServer.Linux.EventRule.DBEngine.Unexpected_end_of_file_while_reading_beginning_of_backup_set_1_5_Rule	Microsoft.SQLServer.Linux.DBEngine	EventCollection	True			0	0		True	Warning	Normal	True
	MSSQL on Linux: Unique table computation failed	Unique tables are used by the database client drivers, like Microsoft Access driver for SQL Server, to build updateable queries. For a given SELECT statement, the unique table identifies the table whose row values appear at most once in the result set. When reselecting a row from a result set, the values from the key columns of the unique table are enough to identify the row. This error is raised when the server is unable to compute the unique table.	Microsoft.SQLServer.Linux.EventRule.DBEngine.Unique_table_computation_failed_1_5_Rule	Microsoft.SQLServer.Linux.DBEngine	EventCollection	True			0	0		True	Error	Normal	True
	MSSQL on Linux: XML: Failed to instantiate class. Make sure Msxml2.dll exists in the SQL Server installation	The Msxml2.dll file is missing from the computer where SQL Server is installed, or it could not be loaded from the system directory while processing an XML feature such as sp_xml_preparedocument. If the file exists, it may not be registered properly, or one of its dependencies may not exist.	Microsoft.SQLServer.Linux.EventRule.DBEngine.XML___Failed_to_instantiate_class._Make_sure_Msxml2.dll_exists_in_the_SQL_Server_installation_1_5_Rule	Microsoft.SQLServer.Linux.DBEngine	EventCollection	True			0	0		True	Error	Normal	True
	MSSQL on Linux: XML: Failed to load Msxml2.dll	The Msxml2.dll file is missing from the computer where SQL Server is installed, or it could not be loaded from the system directory while processing an XML feature such as sp_xml_preparedocument. If the file exists, it may not be registered properly, or one of its dependencies may not exist.	Microsoft.SQLServer.Linux.EventRule.DBEngine.XML___Failed_to_load_Msxml2.dll_1_5_Rule	Microsoft.SQLServer.Linux.DBEngine	EventCollection	True			0	0		True	Error	Normal	True
	MSSQL on Linux: XML : FOR XML EXPLICIT stack overflow occurred. Circular parent tag relationships are not allowed	The XML is not well-formed because the element tag nesting level has exceeded the number of columns in the table, one or more tags is self-referencing, or both. For more information about FOR XML EXPLICIT, see "Using EXPLICIT Mode" in Docs Online.	Microsoft.SQLServer.Linux.EventRule.DBEngine.XML___FOR_XML_EXPLICIT_stack_overflow_occurred._Circular_parent_tag_relationships_are_not_allowed_1_5_Rule	Microsoft.SQLServer.Linux.DBEngine	EventCollection	True			0	0		True	Error	Normal	True
	MSSQL on Linux: XML : Size of data chunk requested from the stream exceeds allowed limit	SQL Server received an XML document that exceeds the allowed limit.	Microsoft.SQLServer.Linux.EventRule.DBEngine.XML___Size_of_data_chunk_requested_from_the_stream_exceeds_allowed_limit_5_Rule	Microsoft.SQLServer.Linux.DBEngine	EventCollection	True			0	0		True	Error	Normal	True
	MSSQL on Linux: XML : XML document could not be created because server memory is low. Use sp_xml_removedocument to release XML documents	When you execute sp_xml_preparedocument , a parsed XML document is stored in the internal cache of SQL Server 2000. The MSXML parser uses up to one-eighth the total memory available for SQL Server. There is not enough memory in the portion of cache allocated to MSXML to open the document specified in the sp_xml_preparedocument statement. This may be because the specified document is very large or because documents already in that memory space do not leave enough space for the new document.	Microsoft.SQLServer.Linux.EventRule.DBEngine.XML___XML_document_could_not_be_created_because_server_memory_is_low._Use_sp_xml_removedocument_to_release_XML_documents_1_5_Rule	Microsoft.SQLServer.Linux.DBEngine	EventCollection	True			0	0		True	Warning	Normal	True
	MSSQL on Linux: XML : XML error	This message passes through XML errors generated outside of SQL Server. The text after "XML error:" will vary. The cause will depend on the exact XML error passed through.	Microsoft.SQLServer.Linux.EventRule.DBEngine.XML___XML_error_1_5_Rule	Microsoft.SQLServer.Linux.DBEngine	EventCollection	True			0	0		True	Warning	Normal	True
	MSSQL on Linux: XML : XML parsing error	This message passes through XML parsing errors. The text after "XML parsing error:" will vary. The cause will depend on the exact XML parsing error passed through.	Microsoft.SQLServer.Linux.EventRule.DBEngine.XML___XML_parsing_error_1_5_Rule	Microsoft.SQLServer.Linux.DBEngine	EventCollection	True			0	0		True	Error	Normal	True
	MSSQL on Linux: Monitoring error	The rule traces monitoring workflows errors and generates error alerts.	Microsoft.SQLServer.Linux.Rule.MonitoringPoolAlertCollection.MonitoringError	Microsoft.SQLServer.Linux.MonitoringPoolAlertCollection	Alert	True			0	0		True	Error	Normal	True	Operations Manager
	MSSQL on Linux: Monitoring warning	The rule traces monitoring workflows warnings and generates warning alerts.	Microsoft.SQLServer.Linux.Rule.MonitoringPoolAlertCollection.MonitoringWarning	Microsoft.SQLServer.Linux.MonitoringPoolAlertCollection	Alert	True			0	0		True	Warning	Normal	True	Operations Manager