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whether the resource limits are enforced in database profiles. You need to set this parameter to true in the init.ora file and restart the database, or use the ALTER SYSTEM command, as shown here: SQL> ALTER SYSTEM SET resource_limit=true; System altered. SQL>

Figure 7-19. A named input pin associated with an SR signal Wiring diagrams use the same symbol for PC and SR pins. When it is important to clarify which type of signal is entering a pin, the signal name can be followed by parentheses (for PC signals) or the signal name can be enclosed in parentheses (for SR signals).

Tip Make sure you have the RESOURCE_LIMIT initialization parameter set to true so that the resource limits set by the profiles will be enforced. Otherwise, Oracle will ignore the limits set in the CREATE or ALTER PROFILE statement. The password-related profile attributes don t depend on the RESOURCE_LIMIT parameter they are enabled automatically when you create the profile.

Dropping a profile is straightforward. Here s how you would drop the test profile: SQL> DROP PROFILE test CASCADE; Profile dropped. SQL> The test profile is assigned to several users in the database, and to drop the profile for all of them, you must use the CASCADE keyword. Note that the users who were assigned the test profile will now be automatically assigned the default profile.

Objects sometimes expose not just methods, but also properties. Properties are really nothing more than method calls in disguise, so wires bound to a property need little additional explanation.

When a user hits either a session-level or a call-level resource limit, Oracle rolls back the user s statement that is in progress and returns an error message. If it s a call-level limit (such as CPU_PER_CALL), the user s session remains intact, and other statements belonging to the current transaction remain valid. If a session-level limit is reached, the user can t go any further in that session.

You have several ways to gather the statistics to determine the optimal values for several critical resource limits, such as LOGICAL_READS_PER_SESSION. If you re too liberal with the value, some users may hog resources, and if you re too conservative, you ll be fielding many calls from irate users who are prevented from completing their jobs. By using the IDLE_TIME profile attribute, you can limit the amount of time a user s session can remain idle. However, using the DBMS_RESOURCE_MANAGER package may be a better way to control a user s idle connection time, and I explain this package in the Using the Database Resource Manager section of this chapter. Using this package, you can set a maximum idle limit for a session as well as limit the length of time an idle session can block other sessions. Try to get some information from test runs that you ve made of certain jobs. If you don t have reliable historical data, use the AUDIT SESSION statement to acquire baseline data for several parameters, such as connect time and logical reads. You can also use Oracle Enterprise Manager (OEM) to gather the data. In addition, you may have feedback (or complaints!) from the users themselves about programs that are failing due to limits on resource use or that need longer connect times to the database server.

With large numbers of database users, resource management becomes an important issue. Server resources are ultimately limited, and you must have some means of apportioning the scarce resources among the users. Oracle provides a powerful tool, the Database Resource Manager, which allows you to control database resource usage in a sophisticated manner. You can use either the user profiles I discussed in the previous section or the Database Resource Manager to control resource usage in your database. User profiles are effective in controlling the resource usage of individual users, but Oracle prefers that you use profiles mainly for password management. Oracle recommends using the Database Resource Manager to control resource usage.