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The database always maintains a system-defined moving window baseline. The window size of the moving window baseline matches the current AWR baseline period, which is eight days by default. You can resize moving window baselines by setting the number of days in the moving widow equal to or less than the AWR retention period. You must first increase the AWR retention period before you can adjust the size of the moving window baseline

Your ability to use AWR baselines isn t limited to already existing snapshots that you can compare. You can also create templates for how the data set should create baselines for time periods in the future. You can schedule the creation of AWR baselines by using baseline templates. You can create templates that create baselines for a single time period or according to a schedule. For example, if you know that a holiday weekend is coming up, you can use a single-baseline template to schedule the creation of a baseline for that period. Or, you can use a repeating-baseline template for creating a baseline every Friday afternoon from 3 p.m. to 5 p.m., for example. The background process MMON creates the baselines called for all the baseline templates you create. You can create AWR baselines through the Enterprise Manager. I explain how to create them manually in the following sections.

A single-baseline template creates a single baseline with a fixed time interval, for example, from January 1, 2008, at 10:00 a.m., to January 1, 2009, at 12:00 p.m. I show how to create a single baseline template in the following example, using the CREATE_BASELINE_TEMPLATE procedure: SQL> begin 2 dbms_workload_repository.create_baseline_template ( 3 start_time => '2008-12-31 22:00:00 CST', 4 end_time => '2009-01-01 08:00:00 CST', 5 baseline_name => 'test_baseline1', 6 template_name => 'test_template1', 7 expiration => 30); 8* end; SQL> /

The setting of switches depends on signals sent to the switch controller. For example, in the previous example, the controller had two input signals, Http and Https. The diagram in Figure 7-53 showed the presence of the switch, but didn t tell you how the control signals set the switch. When B1 receives an Https signal, which setting would the switch be set to When this kind of information is useful, you can include it in the wiring diagram using a switch table next to the switch controller. The table

The one-time baseline template will create an AWR baseline covering the period between 10 p.m. on December 31, 2008, and 8 a.m. on January 1, 2009. The example shown here creates a template for a single time period in the future. By default, AWR baselines never expire. You can, however, specify the EXPIRATION parameter to set the expiration duration, which is the number of days the database will maintain a baseline. In the example, the EXPIRATION parameter has a value of 30 days.

A repeating-baseline template creates a repeating baseline, with a time interval that repeats over a time period, for example, every Friday from 10:00 a.m. to 12:00 p.m. during the year 2008. Here s how you create a repeating baseline template: SQL> begin dbms_workload_repository.create_baseline_template( day_of_week => 'Friday', hour_in_day => 15, duration => 4, expiration => 30, start_time => '2008-10-01 22:00:00 PST'. end_time => '2007812-31 22:00:00 PST', baseline_name_prefix => 'Friday_Baseline', template_name => Friday_Template', dbid => 1234567899); end; SQL> / Again, you specify the EXPIRATION parameter to set the length of time for which to retain a baseline.

shows the switch setting for each input signal of the switch controller. Figure 7-54 shows SW1 from Figure 7-53 with a switch table. The Pin column in the table indicates which pin is connected to pin A. When a switch table is associated with a multi-pole switch, all poles switch together, so it is not necessary to describe each pole separately in the table. When a switch is initialized at start-up time in a certain position, you can use a signal named <default> in the switch table, as shown in Figure 7-55.

Oracle provides a script named awrrpt.sql (located in the $ORACLE_HOME/rdbms/admin directory) to generate summary reports about the statistics collected by the AWR facility. The results of running the awrrpt.sql script are very similar to the output of the traditional Statspack reports. In order to run an AWR report, you must have the DBA privilege.