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DBMS LOCK.ALLOCATE UNIQUE( lockname => 'MYAPP MUTEX1', lockhandle => :lockhandle ); END; / print lockhandle LOCKHANDLE ----------------------10737418641073741864187 There s now a new row in table SYS.DBMS LOCK ALLOCATED. SQL> SELECT * FROM sys.dbms lock allocated /* no public synonym */; NAME LOCKID EXPIRATION ---------------------------------------- ---------- -------------DROP EM USER:SYSMAN 1073741824 13.03.07 17:45 ORA$KUPV$MT-SYSTEM.SYS EXPORT SCHEMA 01 1073741844 09.03.07 15:51 ORA$KUPV$JOB SERIALIZE 1073741845 09.03.07 15:51 ORA$KUPM$SYSTEM$SYS EXPORT SCHEMA 01 1073741846 09.03.07 15:48 MYAPP MUTEX1 1073741864 20.07.07 19:52 As is obvious from the other entries above, the ORACLE DBMS uses DBMS LOCK for internal purposes. SQL> VARIABLE result NUMBER SQL> BEGIN -- request the lock with the handle obtained above in exclusive mode -- the first session which runs this code succeeds :result:=DBMS LOCK.REQUEST( lockhandle => :lockhandle, lockmode => DBMS LOCK.X MODE, timeout => 0, release on commit => TRUE /* default is false */ ); END; / SELECT decode(:result,0,'Success', 1,'Timeout', 2,'Deadlock', 3,'Parameter error', 4,'Already own lock specified by id or lockhandle', 5,'Illegal lock handle') Result FROM dual; RESULT ------Success The second session (the initial call to DBMS LOCK.ALLOCATE UNIQUE is omitted) may then run the same code.

complete recovery. We used the current control file and had all redo required to recover the datafiles up to the last transaction that was committed in the database. You can use Enterprise Manager to perform almost every restore and recovery scenario. It is beyond the scope of this book to describe every different restore and recovery scenario available through Enterprise Manager. The main point of this recipe is to give you enough information to get you successfully started with restore and recovery. Enterprise Manager is pretty good at displaying what options are available and how to use them.

foreach (DataRow dr in dtz.Rows) { lbZones.Items.Add(new ListItem(dr["Title"].ToString(), dr["ZoneID"].ToString())); }

Note If you want to restore your control file, then ensure that your database is in nomount mode before

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SQL> VARIABLE result NUMBER SQL> BEGIN :result:=DBMS LOCK.REQUEST( lockhandle => :lockhandle, lockmode => DBMS LOCK.X MODE, timeout => 0, release on commit => TRUE /* default is false */ ); END; / SQL> SELECT decode(:result,1,'Timeout') Result FROM dual; RESULT ------Timeout The second session was unable to obtain the lock held by the first session in exclusive mode. The time spent waiting for the lock is accounted for by the wait event enqueue in Oracle9i and enq: UL - contention in Oracle10g. The abbreviation UL means user lock. After session 1 has committed, session 2 is able to obtain the lock, since session 1 had specified RELEASE ON COMMIT= TRUE in its lock request. Session 1: SQL> COMMIT; Commit complete. Session 2: BEGIN :result:=DBMS LOCK.REQUEST( lockhandle => :lockhandle, lockmode => DBMS LOCK.X MODE, timeout => 0, release on commit => TRUE /* default is false */ ); END; / SQL> SELECT decode(:result,0,'Success') Result FROM dual; RESULT ------Success As you can see, very little code is required to lock resources for exclusive use with DBMS LOCK. Just like with AQ, there is no need for any resource-intensive polling, since a non-zero time-out may be used when waiting for a lock. Waiting sessions sleep on the event enq: UL - contention, in case another session holds the requested lock in an incompatible mode. The second parameter of this wait event (V$SESSION WAIT.P2) is the user lock identifier (LOCKID) in the dictionary view SYS.DBMS LOCK ALLOCATED.

content = new Content(appEnv.GetConnection()); drc = content.GetContentForIDVer(cid, ver);

you start the process described in this recipe. Enterprise Manager will display control file restore options only if your database is first placed in nomount mode.

SQL> SELECT p1, p1text, p2, p2text, wait class, seconds in wait, state FROM v$session wait WHERE event='enq: UL - contention'; P1 P1TEXT P2 P2TEXT WAIT CLASS SECONDS IN WAIT STATE ---------- --------- ---------- ------ ----------- --------------- ------1431044102 name|mode 1073741864 id Application 121 WAITING SQL> SELECT name FROM sys.dbms lock allocated la, v$session wait sw WHERE sw.event='enq: UL - contention' AND la.lockid=sw.p2; NAME -----------MYAPP MUTEX1 At the end of the day, DBMS LOCK is no more, but also no less, than the ORACLE database server s powerful enqueue mechanism externalized through a PL/SQL interface.

tbWhichHeadline.Text = drc["Headline"].ToString(); tbWhichBody.Text = drc["Body"].ToString(); }

From the EM Backup and Recovery screen (see Figure 19-4), click Backup Reports. You should see a screen similar to Figure 19-19. From this screen, you can view information about your RMAN backups.

Once you are in the backup report screen, you can drill down into a backup by clicking the backup name. This presents you with a wealth of information about a particular backup. You ll notice right away that the format and content of this report is much nicer than using the output of the RMAN report or list command. Notice also that backups are listed here regardless of whether you ran the RMAN backup from EM. The backup report is querying your target database control file or the recovery catalog (if using) for its information.

Table 16-2 lists this chapter s source files and their functionality. Table 16-2. SELECT FOR UPDATE SKIP LOCKED Source Code Depot

private void bnDeploy_Click(object sender, System.EventArgs e) { Distribution dist = new Distribution(appEnv.GetConnection()); content.SetStatus(cid, ver, StatusCodes.Deployed);

You want to perform routine RMAN maintenance tasks such as cross-checking or deleting obsolete backups.

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