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SQL ID % Activity Event --------------- ---------- ---------------------------2b064ybzkwf1y 18.52 SQL*Net break/reset to client BEGIN EMD_NOTIFICATION.QUEUE_READY(:1, :2, :3); END;

After this, you ll also see a section called Top SQL Using Literals that helps you identify SQL that s not using bind variables. The next two segments, shown in Listing 18-15, relate to Top Sessions and Top Blocking Sessions based on enqueue waits and buffer busy wait statistics. Listing 18-15. The Top Sessions and Blocking Sessions Part of the ASH Report Top Sessions DB/Inst: NICKO/nicko (Jun 28 12:29 to 13:30) -> '# Samples Active' shows the number of ASH samples in which the session was found waiting for that particular event. The percentage shown in this column is calculated with respect to wall clock time and not total database activity. Top Blocking Sessions DB/Inst: NICKO/nicko (Jun 28 12:29 to 13:30) -> Blocking session activity percentages are calculated with respect to waits on Enqueues and "buffer busy" only The next three segments summarize the top database objects, the top database files, and the top latches in the instance. In the end, the ASH report provides a summary of the wait events in the database, distributed over smaller time slots than the aggregate period of analysis, as shown in Listing 18-16.

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In this example, the one-hour time period is broken up into ten six-minute intervals This analysis helps you pinpoint performance deterioration more accurately Listing 18-16 Summary of Wait Events over Time Intervals Activity Over Time DB/Inst: NICKO/nicko (Jun 28 12:29 to 13:30) -> Analysis period is divided into smaller time slots -> Top 3 events are reported in each of those slots -> 'Slot Count' shows the number of ASH samples in that slot -> 'Event Count' shows the number of ASH samples waiting for that event in that slot -> '% Event' is 'Event Count' over all ASH samples in the analysis period Slot Event Slot Time (Duration) Count Event Count % Event -------------------- -------- ------------------------------ -------- ------12:30:00 (60 min) 6 SQL*Net break/reset to client 3 370 null event 2 247 os thread startup 1 123 12:36:00 (6.

Binding Parameters by Index (or by Ordinal Position)

0 min) 4 CPU + Wait for CPU 3 370 null event 1 123 12:42:00 (60 min) 7 CPU + Wait for CPU 2 247 null event 2 247 os thread startup 2 247 12:48:00 (60 min) 9 SQL*Net break/reset to client 3 370 CPU + Wait for CPU 2 247 control file parallel write 2 247 12:54:00 (60 min) 13 control file parallel write 4 494 os thread startup 4 494 CPU + Wait for CPU 2 247 13:00:00 (60 min) 16 CPU + Wait for CPU 5 617 SQL*Net break/reset to client 4 494 null event 3 370 13:06:00 (60 min) 9 CPU + Wait for CPU 3 370 SQL*Net break/reset to client 2 247 os thread startup 2 247 13:12:00 (6.

0 min) 5 null event 2 247 CPU + Wait for CPU 1 123 SQL*Net break/reset to client 1 123 13:18:00 (60 min) 4 SQL*Net break/reset to client 1 123 control file parallel write 1 123 null event 1 123 13:24:00 (60 min) 8 os thread startup 4 494 CPU + Wait for CPU 2 247 SQL*Net break/reset to client 1 123 End of Report.

All diagnostic files, including the trace files, are stored under the directory you specify for the DIAGNOSTIC_DEST initialization parameter. The trace directory under the ADR home directory holds the various trace files such as the debugging trace files for the background processes (log writer, database writer, and so on) that Oracle writes during instance operation. The alert directory under the ADR home directory contains the alert log file for the database instance (discussed in the previous section). The core directory under the ADR home directory holds any core files generated during major errors such as the ORA-600 internal Oracle software errors. The Oracle server will write all debugging trace files on behalf of a user process to the trace directory. All trace files you generate using Oracle s SQL tracing features (explained in s 19 and 20) will show up here.

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