Create and Interpret Reports

All Databases

This report shows a summary of Elapsed Time, Executions and % CPU of the
database instance host compared with a historic baseline. You can select the
baseline based on a previous point in time from the last 6 weeks.

All Databases

This report shows a chart for a specific statistic collected for the database over a
specific time period. You can choose how to aggregate the statistics, the database
to report on and the type of chart to display.

All Databases

This report displays time-series data on Wait Events (states) within the database.
Each distinct wait is color-coded, and the Y-axis displays time in seconds.

All Databases

This report can be used to show a high level summary of Elapsed Time, Executions
and % CPU of the database instance host for a long period of time. The report can
be filtered to just show specific days of week or hours of day.

Microsoft SQL Server

This report shows server performance metrics related to the database running on that server.

Microsoft SQL Server

This report shows size, workload and I/O metrics for the database storage system.

Oracle

Similar to the Top SQL Report for Oracle, but rather than reporting on each SQL
statement it groups statements into pre-defined groups. You can set up groups on
the Setup window, or alternatively configure an automated PL/SQL --> SQL group.

All Databases

This report displays data in a table and highlights the time spent in each wait state for each SQL statement.

DB2, Microsoft SQL Server, MySQL, Sybase, PostgreSQL

This report compares two points in time. The report displays 3 time-series graphs with side-by-side comparisons of time period 1 (T1) and time period 2 (T2). The first graph displays Top SQL (in the same format as the Top SQL report). The second graph displays %CPU consumption of the database instance host. The third graph displays database waits (in the same format as the Database Wait Report). Tabular data at the bottom of the report displays comparisons of elapsed time differences between T1 and T2 on a per-SQL statement basis.

Microsoft SQL Server 2005 and above

This report compares two time periods using DMV collected data.

Oracle

This report compares two time periods. It is possible to compare based on the Top N Queries chosen based on Elapsed Time, CPU, Executions, Buffer Gets, Rows Processed, Disk Reads etc.

Oracle

Similar to the Top SQL Report for Oracle, it allows filtering by SQL Command Type such as Select, Insert, Alter, etc.

DB2, Microsoft SQL Server, Microsoft SQL Azure Database, MySQL, Sybase, PostgreSQL

Uses the activity data collected by the collector to display the Top N SQL statements in a time-series view. Each SQL statement is color-coded, with “Other SQL” displayed at the top of the graph in pink.

The Y-Axis displays elapsed time in seconds.

Microsoft SQL Server 2005 and above, and Microsoft SQL Azure Database

Uses data collected by Dynamic Management View (DMV) queries to display Top N SQL Statements in a time-series view. The Y-Axis can be switched between CPU, Elapsed Time, Execution Count, Logical Reads, Logical Writes, Physical Reads and CLR Time.

Oracle

Uses data collected by v$ queries to display the Top N SQL statements in a time-series view. The Y-Axis can be switched between CPU, Elapsed Time, Executions, Buffer Gets, Rows Processed, Disk Reads and Parse Calls.

Microsoft SQL Server

This report gives information on physical I/O performed by the database instance.

Oracle

This report gives information on physical I/O performed by the database instance.

Oracle

This report gives you direct access to the SQL Statistics Report for a specific SQL statement identified by its SQL ID. You can also access this report by double-clicking an SQL statement on the Database Platform window to access the SQL tab, and then clicking SQL ID Report

PostgreSQL

This report gives a summary of performance and activity within a PostgreSQL instance for a specific time period and for a specific database. It provides instance instance statistics for Time in Progres, Query Throughput, and CPU. It also provides information for the CPU hosting the Postre instance, including CPU Architecture, CPU Count, and CPU Speed.

NetApp

This report provides a comprehensive view of storage capacity, allocation, and usage.

NetApp

This report provides a comparison of NetApp performance metrics collected during two specified time periods.