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Two kinds of compatibility settings are relative to ASM and the database. When DBAs think about compatibility, they think about the initialization parameter in the init.ora file or spfile that dictates which version of functionality will be available to the ASM or database instance.

The rest of the values are cumulative. The values in V$SYSSTAT are cumulative for the entire database from the time the instance was started. The values in V$SESSTAT are cumulative per session from the time the session was started. Some of the more important performance-related cumulative values are: CPU used consistent gets physical reads physical writes

This chapter covers taking screenshots and attaching files, as well as filtering and sorting to find the cases that you need 3 is directed mainly at the FogBugz administrator While many organizations will be able to use FogBugz productively right out of the box, there are quite a few pieces of the program that you can customize If you re the one responsible for fine-tuning FogBugz where you work, this is the chapter for you You ll learn how to set up projects, areas, clients, departments, and much more 4 looks at FogBugz from the perspective of the software manager This is the chapter that covers estimating techniques, due dates, the proper way to resolve cases, and release notes I ll also dip a little bit into using external tools such as Microsoft Access and Microsoft Excel to create custom reports from your FogBugz data.

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The compatible parameter is one of the two kinds of compatibility settings. The compatible parameter can be set for either ASM or the database instance. Here are the valid compatible values for both the ASM and database instance: 10.1 10.2 11.1 Obviously, 10.1 is the lowest level of compatibility since ASM was introduced as a feature in 10.1. Setting the initialization parameter to a lesser value than the software release will exclude availability of the new features introduced in the new release. For example, if the compatible parameter is set to 10.2 for an 11.1 ASM instance, the new Oracle Database 11g features will not be available such as drop diskgroup with the force option as mentioned earlier. Similarly, the compatible parameter for the database plays a key role in negotiating what features are supported. The other compatibility setting applies to ASM diskgroups and the functionality provided at the diskgroup level. There are attribute settings at the diskgroup level that control what features are available to the ASM diskgroup and which capabilities are available at the database level. These attributes are called ASM compatibility (compatible.asm) and RDBMS compatibility (compatible.rdbms). At each diskgroup level, you can adjust these two compatibility settings to meet the business or technology requirements. The diskgroup compatibility information is stored in the diskgroup metadata and provides the multiple-level support of different versions (10g, 10g Release 2, and 11g) of the databases.

For the cumulative statistics, the way to measure periodic usage is to note the value of a statistic at a starting point, and then note the value at a later point in time and capture the delta. This is the approach used by the Oracle performance utilities such as AWR and Statspack. Periodically Oracle will take a snapshot of the dynamic wait interface views and store them in a repository. You can access statistics regarding top-resource consuming SQL statements in the DBA_HIST_SQLSTAT AWR view. There is another related view, DBA_HIST_SNAPSHOT, which shows a record for each AWR snapshot. Similarly, the Statspack historical performance statistical data is stored in the STATS$SQL_SUMMARY table and the STATS$SNAPSHOT table contains a record for each Statspack snapshot.

The terms RDBMS compatibility and ASM compatibility refer exclusively to diskgroup-level compatibility. RDBMS compatibility is classified by the compatible.rdbms attribute. Surprisingly, the compatible.rdbms attribute defaults to 10.1 in Oracle Database 11g. This attribute dictates the minimum compatible version setting of a database that is allowed to mount the diskgroup, and controls the format of the messages exchanged between the ASM and RDBMS instances.

You have multiple Oracle, MySQL, and PostgreSQL databases running on a single server. The performance of the box seems sluggish. You want to pinpoint which operating system session is consuming the most resources and determine if that session is associated with a database and ultimately a specific SQL query.

Note Similar to the compatible initialization parameter, if the rdbms.compatible diskgroup attribute

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