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Using the DBMS_REDEFINITION package is easy, but a lot is going on behind the scenes. When you execute the DBMS_REDEFINITION.START_REDEF_TABLE procedure, two new tables are created: a temporary table and a permanent table. The temporary table is called RUPD$_Employee, and it lasts for the duration of the session. The permanent table is a snapshot table that holds all the changes made to the master employees table once you execute the START_REDEF_TABLE procedure. The master table s rows are copied to the interim table, and users will be able to update the master table during this process. The changes made by the users are logged in the materialized log during this process. Listing 17-11 shows a query on DBA_OBJECTS that indicates our new table has been partitioned based on our redefinition. The query also shows the two new tables created during the online redefinition process.

Listing 17-11. Checking That the New Table Has Been Partitioned Based on Our Redefinition SQL> SELECT object_type, object_name 2 FROM dba_objects 3 WHERE object_name LIKE '%EMPLOYEES%'; OBJECT_TYPE ---------------TABLE TABLE PARTITION TABLE PARTITION TABLE TABLE SEQUENCE TABLE TABLE TRIGGER 9 rows selected. SQL> OBJECT_NAME ---------------EMPLOYEES EMPLOYEES_TEMP EMPLOYEES_TEMP EMPLOYEES_TEMP EMPLOYEES_NEW EMPLOYEES_SEQ MLOG$_EMPLOYEES RUPD$_EMPLOYEES SECURE_EMPLOYEES

Figure 5-29. An independent client The Queue Manager buffers outgoing requests to the site server if the client is disconnected temporarily. When the client reconnects, all messages are sent to their respective destinations. Incoming messages are retrieved from the local queue, regardless of whether the client is connected to the site or not. When the client is connected, the local queue can receive messages from the other clients in the site or from other sites via the MSMQ server. You can connect MSMQ sites together, using a two-level hierarchy of sites, as shown in Figure 5-30.

You can use the DBA_REDEFINITION_ERRORS view to check for any errors during the redefinition process, as shown here: SQL> SELECT OBJECT_NAME, BASE_TABLE_NAME, DDL_TXT FROM DBA_REDEFINITION_ERRORS;

You can use the SYNC_INTERIM_TABLE procedure to synchronize the data in the interim and the source table. This is an optional step. Here s how you execute the procedure: SQL> EXECUTE dbms_redefinition.sync_interim_table ('hr', > 'employees','employees_temp'); PL/SQL procedure successfully completed. SQL> You should use this procedure only if you have reason to believe that a large number of updates have taken place in the source table after you started the redefinition process (by executing the START_REDEF_TABLE procedure). By using the SYNC_INTERIM_TABLE procedure, you save time in the last phase of the redefinition process if a large number of updates have taken place. Otherwise, you can safely ignore this step, because the last procedure you run, the FINISH_REDEF_TABLE procedure, will perform the synchronization anyway.

The MSMQ server in the root site is called the Enterprise Controller. The MSMQ servers in the other sites are called Site Controllers. The Enterprise Controller is also a Site Controller. The purpose of the Enterprise Controller is to maintain information on all the queues, sites, and clients in an enterprise. When sending messages, the sender can provide the address of the destination queue in the following ways: Using a URL: The two schemes supported are http and https. Examples might be http:// www.mycompany.com/msmq/MyQueue or http://192.167.10.1/MyQueue. Using a UNC: The Universal Naming Convention is a way to identify network paths using computer names with a double slash or double backslash notation. Contrary to its name, UNC is not a universally adopted naming convention and is not supported by the Internet Engineering Task Force (IETF) or the World Wide Web Consortium (W3C). A queue might be identified with the UNC path //MyComputer/msmq/MyQueue. Using a GUID: Destination queues can be identified by a Globally Unique Identifier a unique 128-bit value that is assigned to either a queue or a computer running MSMQ. A queue is identified with names of the type <queue GUID> or <computer GUID>\<queue number>. A GUID is expressed textually as a 32-character hexadecimal string divided into sections with hyphens to facilitate readability. A GUID example is 518E75C0-6EB2-D4CA-C03B-58002A10757E.