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Foglight for Azure SQL Database (Cartridge) 7.3.0 - User Guide

Inhaltsnavigation

Installing and Configuring Agents

Installation About Monitoring Extensions Installing and Monitoring a Single Azure SQL Database

Using Foglight for Azure SQL Database

Viewing the Databases Dashboard Selecting an Instance to Monitor Foglight for Azure SQL Database Overview Dashboard SQL Performance Investigator (SQL PI) Azure SQL Activity Drilldown

Administering Foglight for Azure SQL Database

Opening the Databases Administration Dashboard Reviewing the Administration Settings Customizing Alarms for Foglight for Azure SQL Database Rules

Introducing the Alarms View Modifying Alarm Templates Configuring Email Notifications Cloning Agent Settings Reviewing Rule Definitions

Defining Connection Details Administering SQL Performance Investigator

Generating Reports for a Foglight for Azure SQL Database

Overview of Collections

Usability Query Store Query Store Top SQLs Version Info Resource Stat Wait Statistics Database Connections Summary Database Replication Database Storage Database Recommendations

SQL Performance Investigator Metrics

Active Connections Active Time Active Time per Execution Active Time Rate Always On Average CPU Percent Average DTU Percent Average Memory Usage Percent Average SQL Response Time Average XTP Storage Percent Average Data IO Percent Average Log Write Percent Backup Recovery Blocked Sessions Connections CPU Limit CLR Wait CLR Wait per Execution CLR Wait Rate CPU Time CPU Time per Execution CPU Time Rate CPU Wait CPU Wait per Execution CPU Wait Rate Cursor Synchronization Database Replication Deferred Task Worker Distributed Transaction DTU Limit Elapsed Time Executions External Procedure Full Text Search Governor Wait Governor Wait per Execution Governor Wait Rate Granted Memory Hosted Component Inactive User Connections I/O Bulk Load I/O Completion I/O Data Page I/O Wait I/O Wait per Execution I/O Wait Rate Idle Time Internal Cache Latch Latch Buffer Latch Savepoint Latch Wait Latch Wait per Execution Latch Wait Rate Lead Blockers Lock Bulk Update Lock Exclusive Lock Intent Lock Schema Lock Shared Lock Update Lock Wait Lock Wait Rate Lock Wait per Execution Log Buffer Log Other Log Synchronization Log Wait Log Wait per Execution Log Wait Rate Log Write Logical Reads Logical Reads per Execution Max Degree of parallelism Max DTU Percent Max Session Percent Max Workers Percent Memory Wait Memory Wait per Execution Memory Wait Rate Network HTTP Network I/O Network IPC Network Mirror Network Wait Network Wait per Execution Network Wait Rate OLEDB Provider Full Text Other Miscellaneous Other Wait Other Wait per Execution Other Wait Rate Parallelism Wait Percent of Total Plan Recompilations Physical Reads Physical reads per Execution Preemptive Wait Preemptive wait per Execution Preemptive Wait Rate Remote Provider Wait Remote Provider wait per Execution Remote Provider Wait Rate Row count Service Broker Synchronous Task Wait Time Percent Writes Writes per Execution XTP Log write Wait XTP Miscellaneous Wait XTP Procedure Wait XTP Transaction Wait XTP Wait XTP Wait per Execution XTP Wait Rate

Alarm Authentication Calibration Cartridge Client Machines CPU Usage CPU Wait DataFlow Deadlock Disk Transfer Time Disk Utilization DiskPerf Dispatcher Drilldown DTU Elastic Pool External Procedures Foglight Agent Manager Foglight Management Server General purpose I/O Wait Kernel Memory Kernel Mode Kill Lock Wait Log Buffer Wait Logical Reads LRU LSN Metric Network Wait OLTP Other Wait Paging Panel Physical Reads Process Random I/O Recompile Referential Integrity Relational Data Engine Schema Locks Severity Single database SPID Spinner Threshold Transaction Unused Space vCore

I/O Wait

I/O wait events take place when the session is waiting for the completion of input/output operations. The length of these wait events (the amount of time spent) depends upon the number of concurrent processes and threads requesting CPU time.

This metric’s value should be inspected in conjunction with the value of the Run Queue Length.

Kernel Memory

The physical memory allocated to Windows kernel.

Kernel Mode

Kill

A Transact-SQL statement that terminates an Azure SQL Database connection. Any outstanding transactions for the selected session are rolled back and all locks are released.

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