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To enable SQL tracing in another session, you can use the DBMS_SYSTEM package. You first must identify the session you want to trace: select username,sid,serial# from v$session; Pass the appropriate values to the following lines of code: SQL> exec dbms_system.set_sql_trace_in_session(sid=>200,serial#=>5,> sql_trace=>true); Run the following to disable tracing for the session: SQL> exec dbms_system.set_sql_trace_in_session(sid=>200,serial#=>5,> sql_trace=>false); You can also use DBMS_SYSTEM to capture wait events: SQL> exec dbms_system.set_ev(si=>123, se=>1234, ev=>10046, le=>8, nm=>' '); SQL> exec dbms_system.set_ev(si=>123, se=>1234, ev=>10046, le=>0, nm=>' ');

racle has made numerous enhancements to Oracle Database 11g security. In fact, Oracle has taken security more seriously than ever. Starting with Oracle Database 11g, passwords are now case-sensitive, and the password algorithm has changed to Secure Hash Algorithm (SHA-1) instead of the Data Encryption Standard (DES) based hash algorithm. There is a significant amount of out-of-the-box security improvements geared to providing a higher sense of security for corporate environments. Oracle Database 11g introduces the concept of tablespace-level encryption to attack the data-at-rest concerns while addressing performance and feasibility concerns. Oracle Database 11g can govern fine-grained network access from the database. Enterprise Manager Database Console fully supports transparent data encryption and the majority of the security features introduced in Oracle Database 11g. Large Objects (LOBs) are completely reengineered for performance and security, including the ability to be encrypted. These new features are just the beginning. Security features in Oracle Database 11g will make security enforcement easier for the database administrators.

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This technique requires that you first load the DBMS_SUPPORT package (it s not created by default): SQL> @ /rdbms/admin/dbmssupp.sql Use the following syntax to enable and disable tracing in your current session: SQL> exec dbms_support.start_trace(waits=>TRUE, binds=>TRUE); SQL> exec dbms_support.stop_trace; Use this syntax to enable and disable tracing in session other than your own: SQL> exec dbms_support.start_trace_in_session(sid=>123, serial=>1234,> waits=>TRUE, binds=>TRUE); SQL> exec dbms_support.stop_trace_in_session(sid=>123, serial=>1234);

The md_backup command captures information about ASM disks, diskgroup and failure group configurations, and template and alias directory structures, and it creates a user-designated

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You can use ALTER SESSION to turn tracing on and off: SQL> alter session set sql_trace=true; SQL> -- run sql commands... SQL> alter session set sql_trace=false;

backup text file. The md_restore command uses this text file and converts it into SQL commands to restore the custom user-defined metadata for the diskgroups. You can view the ASM alert log file to see the SQL generated by the md_restore command. We ll provide an example of this in the next section when we demonstrate a complete ASM diskgroup backup and recovery. With the md_backup command, users have the option to back up one or more diskgroups. The diskgroup names are delimited by commas. By default, the MDB file is created in the current working directory. This can be overwritten by providing a fully qualified file name. Not specifying the diskgroup(s) to the md_backup command will, by default, build metadata information for all diskgroups that are mounted. Because the MDB file is a text file, users will be tempted to modify this file. You should be extremely cautious when modifying this file because ASM does not validate the syntax or accuracy of the flat file. The md_restore command simply converts this file into SQL statements and executes it. Please back up this file before making any modifications to it. Having said all this, modifying the MDB backup file can be very useful. You can manipulate this file so that only certain ASM objects are restored instead of restoring the entire diskgroup. You will see in the Metadata Backup and Restore Demonstration section that the MDB file has four distinct sections: disk information, diskgroup information, alias information, and template information. This tag is used by the md_restore command to locate the section in the backup file.

Sometimes it s useful to see where the SQL statement is waiting for resources within the database. To instruct Oracle to write wait information to the trace file, use the following syntax: SQL> alter session set events '10046 trace name context forever, level 8'; SQL> -- run sql commands... SQL> alter session set events '10046 trace name context off'; The LEVEL 8 instructs Oracle to write wait events to the trace file. If you want to view wait events and bind variables, specify LEVEL 12.

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