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Note that RMAN s user processes will still exist in V$SESSION until you exit RMAN or start another backup operation If you have multiple RMAN jobs running, some with two or more channels allocated, it might be difficult to identify which process corresponds to which RMAN backup or recovery operation To facilitate the desired differentiation, you can use the SET COMMAND ID command within an RMAN RUN block, as in this example:
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run { set command id to 'bkup users'; backup tablespace users; }
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When this RMAN job runs, the CLIENT_INFO column in V$SESSION contains the string id=bkup users to help you identify the session for each RMAN job Exercise 17-4: Monitor Multiple RMAN Jobs In this exercise, you ll start two RMAN jobs and identify each job in V$SESSION and V$PROCESS using the SET COMMAND option in RMAN 1 Create two RMAN jobs (in two different RMAN sessions) that back up the USERS and CHGTRK tablespaces and use the SET COMMAND option:
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/* session 1 */ RMAN> run { 2> set command id to 'bkup users'; 4> backup as compressed backupset tablespace users; 5> } /* session 2 */ RMAN> run { 2> set command id to 'bkup chgtrk'; 4> backup as compressed backupset tablespace users; 5> }
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2 While the RMAN job is running, join the views V$PROCESS and V$SESSION to retrieve the CLIENT_INFO column contents:
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SQL> select sid, spid, client_info 2 from v$process p join v$session s on (paddr = spaddr) 3 where client_info like '%id=%'; SID ---------141 94 SQL> SPID -----------------------19708 19714 CLIENT_INFO -----------------------id=bkup users id=bkup chgtrk
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The dynamic performance view V$SESSION_LONGOPS isn t specific to RMAN either Oracle records any operations that run for more than six seconds (in absolute time), including RMAN backup and recovery operations, statistics gathering, and long queries in V$SESSION_LONGOPS RMAN populates two different types of rows in V$SESSION_LONGOPS: detail rows and aggregate rows Detail rows contain information about a single RMAN job step, such as creating a single backup set Aggregate rows apply to all files referenced
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17: Advanced RMAN Facilities
in a single RMAN command, such as BACKUP DATABASE As you might expect, aggregate rows are updated less frequently than detail rows EXAM TIP The initialization parameter STATISTICS_LEVEL must be set to TYPICAL or ALL before the view V$SESSION_LONGOPS will contain information about long-running RMAN jobs The default value for STATISTICS_LEVEL is TYPICAL This example initiates a full database backup, and while the backup is running, both detail and aggregate rows for active RMAN jobs are shown:
SQL> 2 3 4 5 select sid, serial#, opname, sofar, totalwork from v$session_longops where opname like 'RMAN%' and sofar <> totalwork ;
PART III
SID SERIAL# OPNAME SOFAR TOTALWORK ------- ---------- --------------------------------- ---------130 39804 RMAN: aggregate output 97557 0 94 47546 RMAN: aggregate input 191692 331808 155 1196 RMAN: full datafile backup 219980 331808 155 1196 RMAN: full datafile backup 121172 0 SQL>
The SID and SERIAL# are the same columns you see in V$SESSION The OPNAME column is a text description of the operation monitored in the row, and for RMAN, it contains the prefix RMAN: The column SOFAR is, as you might expect, a measure of the progress of a step Its value differs depending on the type of operation: For image copies, it is the number of blocks read For backup input rows, it is the number of blocks read from the files being backed up For backup output rows (backup set or image copy), it is the number of blocks written so far to the backup piece For restore operations, it is the number of blocks processed so far to the destination files For proxy copies (copy operations from a media manager to or from disk), it is the number of files that have been copied so far The column TOTALWORK has a similar definition, except that it estimates the total amount of work required during the step: For image copies, it is the total number of blocks in the file For backup input rows, it is the total number of blocks to be read from all files in the step
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