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For example, if a person were an object in the model and there were a method to calculate the person s annual salary, the code (or method) for calculating the salary would be encapsulated with the instance object, which is the person Inheritance: Inheritance allows one class to extend another to inherit some characteristics from another class and to add more characteristics of its own For example, a Student object could be a subclass of a Person class..

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Although pure object methodology is appealing, in actual practice it is quite difficult to implement. ORDBMSs strive to combine the best that relational models have to offer while adding as much of the object-oriented methodology as possible. Oracle says that its ORDBMS model seeks to put complex business data in the basic relational database; the fundamental tabular form of the relational model is retained. The basis for Oracle s (and other vendors ) ORDBMS offerings is the SQL standard named ANSI/ISO/IEC 9075:2003 (also called the SQL:2003 standard). The ORDBMS is somewhat of a hybrid between the traditional relational and the pure objectoriented databases. It doesn t quite achieve the implementation of all the key precepts of an object-oriented database, such as encapsulation. The ORDBMS is really the relational model with a few object-oriented features added on. You can choose to ignore the object-oriented features completely and use the database as a purely traditional relational database. All the database information is still in the form of tables.

In previous versions of Oracle, DBAs spent quite a bit of time pondering the sizing of the SGA. It wasn t uncommon for them to recalibrate the SGA size quite often as part of their instance-tuning efforts. In Oracle Database 11g, you can configure automatic memory management by using the new MEMORY_TARGET initialization parameter. All you need to do is assign a certain value for the MEMORY_TARGET parameter, and Oracle will automatically manage the distribution of this memory between the SGA and the PGA components. Oracle s allocation of the SGA memory to the various components isn t static, but changes with the changing workload of the database. Oracle can automatically manage the following five components of the SGA (the relevant Oracle initialization parameter is in parentheses): Database buffer cache (DB_CACHE_SIZE) Shared pool (SHARED_POOL_SIZE) Large pool (LARGE_POOL_SIZE) Java pool (JAVA_POOL_SIZE) Streams pool (STREAMS_POOL_SIZE) As you can see, Oracle automatically tunes five components of the SGA, which are referred to as the automatically sized SGA parameters. You must still manage the rest of the SGA components yourself, even under automatic shared memory management. The following are the manually tunable components of the SGA: Keep buffer cache (DB_KEEP_CACHE_SIZE) Recycle buffer cache (DB_RECYCLE_CACHE_SIZE)

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Any nonstandard block size buffer caches (DB_nK_CACHE_SIZE) Redo log buffer (LOG_BUFFER) Note that the first three components in this list are optional. As the DBA, you must set the value for each of the manual SGA components.

When you create a database with the Database Configuration Assistant (DBCA), if you choose the basic installation option, automatic memory management is enabled by default. If you choose the advanced installation option instead, you ll get to choose from the following three memory management configurations: Automatic memory management Automatic shared memory management + automatic PGA memory management Manual shared memory management + automatic PGA memory management If you create a database with the CREATE DATABASE statement and don t provide any memory management related initialization parameters, manual shared memory management is the default. For the PGA, automatic PGA memory management will be the default configuration.

If the SGA_TARGET parameter is set to zero (the default), the auto-tuned SGA parameters behave as in previous versions of Oracle.

Figure 7-11. Using the sender s UNC computer name and process name Although you can qualify signals in several ways, you should include only information that is significant, to avoid cluttering the diagram with useless details. For example, you might omit the sender s port number if the sender can only send from that port, or if the sender uses a TCP/IP ephemeral port, in which case the sender doesn t specify explicitly which port the outbound traffic is sent from.