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Each instance generates an alert log, which is written to the directory specified by the BACKGROUNDDUMPDEST parameter. You can optionally locate this directory on shared storage, as all filenames include the instance name. The name of the alert log has the format alert_<SID>. log, for example, alert_RACl. log. The alert log contains a wealth of information about the database, including the following: Start-up and shutdown of instances Parameters and parameter changes DDL commands Failover and remastering details Archive logging information Online redo log switches Managed recovery operations Standby switchover and failover operations Process failures

// wire up the event handlers temp.MouseUp |> Event.add mouseUp temp.MouseMove |> Event.filter(fun _ -> !mouseDown) |> Event.add mouseMove temp.Paint |> Event.add paint // return the form object temp [<STAThread>] do Application.Run(form)

The alert log should always be your first point of reference when you are investigating any database issues. It contains a complete history of all significant changes in the state of the database. If the B C G O N D M D S parameter is not explicitly specified, the alert log will be written to the A K R U D U P ET $ORACLE_HOME/dbs directory.

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In an Oracle database, all processes optionally generate a trace file. In a single-instance database, trace files generated by background processes are written to the directory specified by the B C G O N D M D S initialization parameter, and tracefilesgenerated by foreground processes A K R U D U P ET are written to the directory specified by the USERDUMPDEST parameter. The same initialization parameters are used in a RAC environment. If the directory specified is on shared storage, the trace directories can be shared by all instances. Each tracefilename includes the instance name, so you will not experience any conflicts. If no suitable shared storage is available, the trace directory will be located on the local nodes. In order to investigate performance issues in detail, you often need to enable additional trace functionality, which can be used to determine the actual execution plan used by a statement and to verify the bind variables used when parsing and executing a SQL statement. Trace can also be configured to include information about wait events occurring during the execution of a statement, which can be used to diagnose issues, such as contention and resource bottlenecks. Trace files for server (foreground) processes are written to the directory specified by the USERDUMPDEST parameter. If you have used the default D C configuration to create your dataBA bases, U E _ U P D S will be the $ORACLE_BASE/adnfiin/<db_unique_name>/udump directory. Each S RD M _ E T server process trace file name has the following format:

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where pid is the operating system process identifier. Oracle also creates tracefilesfor background processes. These are written to the directory specified by the B C G O N D M D S parameter. The default D C location for this directory is A K R U D U P ET BA $ORACLE_BASE/admin/<db_unique_name>/bdump. Each background process tracefilename has the following format:

where process name is the four-character name of the background process, such as S O , P O , L W , MN MN G R and so on. There can be more than one instance of some background process, in which case, they are numbered sequentially starting at zero, for example, D W , DBWl, and so on. The maximum numBO ber of background processes of any type is hard-coded into the kernel but is subject to change from one release to the next. A third type of trace file name is used for dynamically created background processes. These processes include dispatchers, shared servers, parallel execution slaves, and job queue slaves. The format of the tracefilename for these processes is as follows:

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