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Now that we have arranged for mail to be sent to procmail, the mail-handling rules need to be configured. The .procmailrc file lives in the user s home directory and contains their mail rules. The rules are applied in the order they appear in the file; if none of the rules apply to a mail message or if the .procmailrc file is empty, the message will drop out of procmail processing and end up in your inbox as usual. This is the .procmailrc I used:

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DD-MON-RR HH.MI.SSXFF AM HH.MI.SSXFF AM TZR DD-MON-RR HH.MI.SSXFF AM TZR $ BINARY BYTE FALSE AL16UTF16 10.2.0.0.0

Plan table is the well-known name for the table that holds the execution plans of SQL statements, when you use the EXPLAIN PLAN utility to view SQL execution plans. If you can t describe this table, it means you have to run the utlxplan.sql script from the $ORACLE_HOME/rdbms/admin directory. You can use a different name if you wish for the plan table. 21 reviews the use of the EXPLAIN PLAN utility. You can also use the DBMS_XPLAN package to view the EXPLAIN PLAN output, as shown in 21.

The DBA_SOURCE dictionary view is great for situations where you need to know what the source code of a database object looks like. The DBA_SOURCE view stores the complete text of all functions, procedures, packages, types, and Java source. The following code describes the DBA_SOURCE view: SQL> DESC DBA_SOURCE Name -------OWNER NAME TYPE LINE TEXT SQL> The following query using the DBA_SOURCE view gets you the text of a trigger in the APPOWNER schema: SQL> SELECT text FROM dba_source 2 WHERE name= 'US_BIUR'; TEXT ---------------------------------------------TRIGGER "APPOWNER".us_biur BEFORE INSERT OR UPDATE ON ig_persons FOR EACH ROW DECLARE BEGIN IF (INSERTING) THEN :NEW.created_by := USER; :NEW.created_date := SYSDATE; ELSE :NEW.updated_by := USER;

protected: virtual void Dispose(bool disposing) { if (disposing) { try { // dispose 2nd sub-object first sr->Dispose(); } finally { // dispose 1st sub-object even if destructor of // the second object has thrown an exception fs->Dispose(); } } else // non-disposing case will be discussed in 11 } // other members not relevant here }; Analogous to the destruction code that is generated for base classes and members of native classes, the destruction code for managed types is performed exactly in the reverse order of its construction code.

TEXT ---------------------------------------------:NEW.updated_date := SYSDATE; END IF; END; 14 rows selected. SQL>

PATH=/bin:/usr/bin:/usr/local/bin MAILDIR=$HOME/Mail LOGFILE=$MAILDIR/procmail.log VERBOSE=yes LOGABSTRACT=yes SUBJECT=`formail -xSubject:` FROM=`formail -rt -xTo:` # # Grab mail messages and feed the body of the message to the pipe # :0 getthisfile.lock * ^Subject:.*getthisfile { :0 b | /usr/local/bin/getthisfile }

In Oracle Database 10g, the AWR tracks database feature-usage statistics. Feature-usage statistics let you know how your database is using features such as the audit option, virtual private database, Oracle Streams, and so on. The MMON process samples the data dictionary on a weekly basis to record the database feature-usage information in the AWR. This usage information is made available to you through regular AWR snapshots. Here s a typical query using this view: SQL> SELECT name, detected_usages, currently_used 2 FROM dba_feature_usage_statistics; NAME DETECTED_USAGES CURRENTLY_USED --------------------------------------------------------------------------Advanced Replication 0 FALSE Advanced Security 0 FALSE Audit Options 0 FALSE Automatic Database Diagnostic Monitor 4 TRUE Virtual Private Database (VPD) 0 FALSE . . . 59 rows selected. SQL>

The new DBA_HIGH_WATER_MARK_STATISTICS view shows database high-water mark statistics such as the maximum number of sessions, maximum size of the database, and the size of the largest segment. Here s a sample query on this view: SQL> SELECT name, highwater, description 2* FROM DBA_HIGH_WATER_MARK_STATISTICS; NAME HIGHWATER DESCRIPTION ----------------------------------------------------------------USER_TABLES 5529 Number of User Tables SEGMENT_SIZE 1.7852E+10 Size of Largest Segment (Bytes) PART_TABLES 4 Maxi Partitions User Table USER_INDEXES 3674 Number of User Indexes SESSIONS 224 Maximum Number of Concurrent Sessions seen in the database DB_SIZE 2.9827E+11 Maximum Size of Database (Bytes) DATAFILES 631 Maximum Number of Datafiles TABLESPACES 109 Maximum Number of Tablespaces CPU_COUNT 16 Maximum Number of CPUs QUERY_LENGTH 345992 Maximum Query Length SERVICES 3 Maximum Number of Services 12 rows selected.

The DBA_DIRECTORIES view shows information about all the directory objects in your database, as shown here: SQL> SELECT * FROM DBA_DIRECTORIES; OWNER DIRECTORY_NAME DIRECTORY_PATH --------------------------------------------------------------SYS DATA_DIR1 /u01/app/oracle/admin/export SYS SOURCE_DIR /u01/app/oracle/admin/load SYS DEST_DIR /u01/app/oracle/admin/dest SQL>

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