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Application Cluster Commit Concurrency Configuration Idle Network Other System I/O User I/O GV$SERVICE_EVENT The GV$SERVICE_EVENT view was introduced in Oracle 10.1 and is enabled by default. The columns are as shown in Table 19-11. Table 19-11. GV$SERVICE_EVENT Dynamic Performance View

The Web Cache The Apache web listener The Oracle Internet Directory The Oracle Process Management and Notification service The Application Server Control daemon All of the services can be set to autostart, or you can start them manually with the Windows net start command.

This program produces the image of the Mandelbrot set in Figure 7-2.

INSTJD SERVICEJAME SERVICE_NAME_HASH EVENT EVENT_ID TOTAL_WAITS TOTAL_TIMEOUTS TIME_WAITED AVERAGE_WAIT MAX_WAIT TIME WAITED MICRO

This view reports information similar to that reported by the GV$SYSTEM_EVENT and GV$SESSION_EVENT dynamic performance views. However, GV$SERVICE_EVENT aggregates wait event statistics by database service. If you are experiencing wait events on a large system, you can use the GV$SERVICE_EVENT view as the next level of investigation to discover which database service is impacting performance. You can then proceed to investigate individual sessions within that database service. GV$SERVICE_STATS The GV$SERVICE_STATS view was introduced in Oracle 10.1. Table 19-12 lists the columns in this view. Table 19-12. GV$SERVICE_STATS Dynamic Performance View

This view externalizes database service-level statistics. Only a limited subset of statistics is available. In Oracle 10.2, the statistics shown in Table 19-13 are recorded at the database service level. Table 19-13. Statistics Recorded at the Database Service Level Statistic Name

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Most of the Oracle Collaboration Suite components, both in the infrastructure and the middle tier, can be controlled with OPMN. The start and stop commands can be initiated from the opmnctl utility or from Application Server Control. But some components also have their own tools for starting and stopping, and in some cases these tools must be used because the components are not fully managed by OPMN. In later chapters where the management of individual components is discussed, using the component-specific tools is described in detail. For now, these are the components where it is most often necessary to use tools other than opmnctl or Application Server Control for start and stop: Oracle Internet Directory Mail Calendar Web Cache Before describing the utilities that can be used, a brief mention should be made of a utility that must not be used: this is the Apache utility apachectl that can be used to start and stop the Apache web listener. This utility is part of the Apache distribution but it is not aware of the OPMN control structures, and if you use it, the runtime environment will become somewhat confused.

DB time cluster wait time db block changes gc cr blocks receive time gc current block receive time logons cumulative parse count (total) physical reads redo size session logical reads user I/O wait time user commits workarea executions - multipass workarea executions - optimal

Summary

application wait time concurrency wait time execute count gc cr blocks received gc current blocks received opened cursors cumulative parse time elapsed physical writes session cursor cache hits sql execute elapsed time user calls user rollbacks workarea executions - onepass

GV$SERV_MOD_ACT_STATS The G $ E V M D A T S A S view was introduced in Oracle 10.1 and reports aggregate statistics for VS R _ O _ C _ T T modules and actions for a specific database service. By default, this view is not populated; statistic collection must be enabled using the D M M NT R package. Table 19-14 lists this view's columns. B S O IO Table 19-14. GV$SERV_MOD_ACT_STATS Dynamic Performance View

VARCHAR2(64)

Oracle Internet Directory is a perfect example of the fly-by-wire approach taken for many Oracle Application Server components. You do not start and stop it yourself; you ask a control process, the monitor, to start and stop it for you. This can be done with opmnctl: opmnctl startproc process-type=OID opmnctl stopproc process-type=OID or through Application Server Control. But both these methods will start Oracle Internet Directory according to its default stored configuration. There will be occasions when you want to start it with a different configuration, perhaps to handle an unaccustomed workload or to

Statistics collection can be enabled for a database service either at the module level or for individual actions, for example:

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