Oracle | DBMS

Oracle DBMS_ADDM Version 26ai

General Information

Library Note

Morgan's Library Page Header

The best Oracle News for FY2026

Oracle Database 26ai will be available on generic Linux platforms in January and soon on AIX and Windows

Purpose Create and execute an tasks to analyze all instances of a database.

AUTHID CURRENT_USER

Dependencies

CDB_ADDM_PENDING_AUTOTASKS	DUAL
CDB_ADDM_SCHEDULED_AUTOTASKS	JSON_ARRAY_T
DBMS_ADVISOR_MESSAGE_GROUPS	JSON_ELEMENT_T
DBMS_ADVISOR	JSON_OBJECT_T
DBMS_LOB	NLS_SESSION_PARAMETERS
DBMS_MANAGEMENT_PACKS	PRVT_ADVISOR
DBMS_REPORT	PRVT_HDM
DBMS_SQTUNE_UTIL0	PRVT_SMGUTIL
DBMS_STANDARD	USER_ADVISOR_MESSAGE_GROUPS
DBMS_SWRF_INTERNAL	USER_ADVISOR_TASKS
DBMS_SYS_ERROR	V_$CONTAINERS
DBMS_UTILITY	V_$DATABASE
DBMS_WORKLOAD_REPLAY_I	XMLTYPE

Documented Partial: Packages and Types Reference

First Available 11.1

Security Model Owned by SYS with EXECUTE granted to PUBLIC

Source {ORACLE_HOME}/rdbms/admin/dbmsaddm.sql
{ORACLE_HOME}/rdbms/admin/prvtaddm.plb

Subprograms

ANALYZE_DB	GET_ASH_QUERY
ANALYZE_INST	GET_REPORT
ANALYZE_PARTIAL	INCOMPLETE_AUTOTASKS_REPORT
COMPARE_CAPTURE_REPLAY_REPORT	INSERT_FINDING_DIRECTIVE
COMPARE_DATABASES	INSERT_PARAMETER_DIRECTIVE
COMPARE_INSTANCES	INSERT_SEGMENT_DIRECTIVE
COMPARE_REPLAY_REPLAY_REPORT	INSERT_SQL_DIRECTIVE
DELETE	JSON_MESSAGE_TO_TEXT
DELETE_FINDING_DIRECTIVE	JSON_REPORT_TO_TEXT
DELETE_PARAMETER_DIRECTIVE	JSON_REPORT_TRANSLATE
DELETE_SEGMENT_DIRECTIVE	PROCESS_SCHEDULED_TASKS
DELETE_SQL_DIRECTIVE	REAL_TIME_ADDM_REPORT
EXECUTE_INCOMPLETE_AUTO_TASKS	REEXECUTE_FAILED_AUTO_TASKS
FORMAT_MESSAGE

ANALYZE_DB

Create and execute an ADDM task to analyze all instances of a database for a range of snapshots dbms_addm.analyze_db( task_name IN OUT VARCHAR2, begin_snapshot IN NUMBER, end_snapshot IN NUMBER, db_id IN NUMBER := NULL);

SELECT dbid FROM  v$database;

      

      set pagesize 99

      set linesize 141

      col instart_fmt format a20

      break on instart_fmt

      col inst_name format a12 heading 'Instance';

      col db_name format a12 heading 'DB Name';

      col snap_id format 99999990 heading 'Snap Id';

      col snapdat format a18 heading 'Snap Started' just c;

      col lvl format 99 heading 'Snap|Level';

      set heading on;

      break on inst_name on db_name on host on instart_fmt skip 1;

      ttitle off;

      

      SELECT TO_CHAR(s.startup_time,' DD MON "at" HH24:MI:SS') INSTART_FMT,

      di.instance_name INST_NAME, di.db_name DB_NAME, s.snap_id SNAP_ID,

      TO_CHAR(s.end_interval_time,'DD MON YYYY HH24:MI') SNAPDAT,

      s.snap_level LVL

      FROM dba_hist_snapshot s, dba_hist_database_instance di

      WHERE di.dbid = s.dbid

      AND di.instance_number = s.instance_number

      AND di.startup_time = s.startup_time

      ORDER BY snap_id;

      

      set serveroutput on

      

      DECLARE

       tname VARCHAR2(30) := 'UW_TASK1';

      BEGIN

        dbms_addm.analyze_db(tname, 2437, 2504, 1701481905);

        dbms_output.put_line(tname);

      END;

      /

      

      col execution_name format a15

      col finding_name format a30

      col parent format 99

      col impact format 99999999999

      col message format a60

      col more_info format a60

      

      SELECT execution_name, finding_name, parent, impact

      FROM dba_addm_findings

      WHERE task_name = 'UW_TASK1';

      

      SELECT execution_name, finding_name, message

      FROM dba_addm_findings

      WHERE task_name = 'UW_TASK1';

      

      SELECT execution_name, finding_name, more_info

      FROM dba_addm_findings

      WHERE task_name = 'UW_TASK1';

ANALYZE_INST

Create and execute an ADDM task to analyze a specific instance of a database for a range of snapshots dbms_addm.analyze_inst( task_name IN OUT VARCHAR2, begin_snapshot IN NUMBER, end_snapshot IN NUMBER, instance_number IN NUMBER := NULL, db_id IN NUMBER := NULL);

SELECT dbid FROM v$database;

      

      SELECT inst_id

      FROM gv$instance;

      

      set pagesize 99

      set linesize 141

      col instart_fmt format a20

      break on instart_fmt

      col inst_name format a12 heading 'Instance';

      col db_name format a12 heading 'DB Name';

      col snap_id format 99999990 heading 'Snap Id';

      col snapdat format a18 heading 'Snap Started' just c;

      col lvl format 99 heading 'Snap|Level';

      set heading on;

      break on inst_name on db_name on host on instart_fmt skip 1;

      ttitle off;

      

      SELECT TO_CHAR(s.startup_time,' DD MON "at" HH24:MI:SS') INSTART_FMT,

      di.instance_name INST_NAME, di.db_name DB_NAME, s.snap_id SNAP_ID,

      TO_CHAR(s.end_interval_time,'DD MON YYYY HH24:MI') SNAPDAT,

      s.snap_level LVL

      FROM dba_hist_snapshot s, dba_hist_database_instance di

      WHERE di.dbid = s.dbid

      AND di.instance_number = s.instance_number

      AND di.startup_time = s.startup_time

      ORDER BY snap_id;

      

      set serveroutput on

      

      DECLARE

       tname VARCHAR2(30) := 'UW_TASK2';

      BEGIN

        dbms_addm.analyze_inst(tname, 2387, 2406, 1, 1701481905);

        dbms_output.put_line(tname);

      END;

      /

      

      desc dba_addm_findings

      

      SELECT task_name

      FROM dba_addm_findings;

      

      SELECT task_name

      FROM dba_addm_findings

      WHERE task_name LIKE 'UW%';

      

      col finding_name format a30

      col impact format 99999.99

      

      SELECT execution_name, finding_name, parent, impact, message, more_info

      FROM dba_addm_findings

      WHERE task_name = 'UW_TASK2';

      

      desc dba_addm_tasks

      

      SELECT DISTINCT task_name, advisor_name

      FROM dba_addm_tasks;

      

      col advisor_name format a15

      col how_created format a15

      

      SELECT advisor_name, status, how_created, system_task, requested_analysis, actual_analysis

      FROM dba_addm_tasks

      WHERE task_name = 'UW_TASK2';

ANALYZE_PARTIAL

Create and execute an ADDM task to analyze a partial list of instances for a range of snapshots dbms_addm.analyze_partial( task_name IN OUT VARCHAR2, instance_numbers IN VARCHAR2, begin_snapshot IN NUMBER, end_snapshot IN NUMBER, db_id IN NUMBER := NULL);

SELECT dbid FROM  v$database;

      

      SELECT inst_id

      FROM gv$instance;

      

      set pagesize 99

      set linesize 161

      col instart_fmt format a20

      break on instart_fmt

      col inst_name format a12 heading 'Instance';

      col db_name format a12 heading 'DB Name';

      col snap_id format 99999990 heading 'Snap Id';

      col snapdat format a18 heading 'Snap Started' just c;

      col lvl format 99 heading 'Snap|Level';

      set heading on;

      break on inst_name on db_name on host on instart_fmt skip 1;

      ttitle off;

      

      SELECT TO_CHAR(s.startup_time,' DD MON "at" HH24:MI:SS') INSTART_FMT,

      di.instance_name INST_NAME, di.db_name DB_NAME, s.snap_id SNAP_ID,

      TO_CHAR(s.end_interval_time,'DD MON YYYY HH24:MI') SNAPDAT,

      s.snap_level LVL

      FROM dba_hist_snapshot s, dba_hist_database_instance di

      WHERE di.dbid = s.dbid

      AND di.instance_number = s.instance_number

      AND di.startup_time = s.startup_time

      ORDER BY snap_id;

      

      set serveroutput on

      

      DECLARE

       tname VARCHAR2(30) := 'UW_TASK3';

       insts VARCHAR2(50) := '1,2,3';

      BEGIN

        dbms_addm.analyze_partial(tname, insts, 2387, 2406);

        dbms_output.put_line(tname);

      END;

      /

COMPARE_CAPTURE_REPLAY_REPORT

Create a report comparing the performance of a capture to a replay dbms_addm.compare_capture_replay_report( replay_id IN NUMBER, report_type IN VARCHAR2 := 'HTML') RETURN CLOB;

TBD

COMPARE_DATABASES

Compares the performance of a database over 2 different time periods or the performance of 2 different databases for 2 different time periods dbms_addm.compare_databases( base_dbid IN NUMBER := NULL, base_begin_snap_id IN NUMBER, base_end_snap_id IN NUMBER, comp_dbid IN NUMBER := NULL, comp_begin_snap_id IN NUMBER, comp_end_snap_id IN NUMBER, report_type IN VARCHAR2 := 'HTML') RETURN CLOB;

SELECT dbid FROM v$database;

      

      set feedback off

      set heading on

      set linesize 1500

      set termout on

      set trim on

      set trimspool on

      set veri off

      col instart_fmt noprint;

      col inst_name format a12  heading 'Instance';

      col db_name format a12 heading 'DB Name';

      col snap_id format 99999990 heading 'Snap Id';

      col snapdat format a18 heading 'Snap Started' just c;

      col lvl format 99 heading 'Snap|Level';

      break on inst_name on db_name on host on instart_fmt skip 1;

      ttitle off;

      

      SELECT TO_CHAR(s.startup_time,' DD MON "at" HH24:MI:SS') INSTART_FMT,

      di.instance_name INST_NAME, di.db_name DB_NAME, s.snap_id SNAP_ID,

      TO_CHAR(s.end_interval_time,'DD MON YYYY HH24:MI') SNAPDAT,

      s.snap_level LVL

      FROM dba_hist_snapshot s, dba_hist_database_instance di

      WHERE di.dbid = s.dbid

      AND di.instance_number  = s.instance_number

      AND di.startup_time     = s.startup_time

      ORDER BY snap_id;

      

      set pagesize  999

      set linesize 161

      

      spool /home/oracle/compare_db.html br>

      SELECT dbms_addm.compare_databases(1984521206,4502,4532,768045447,4472,4502,'HTML');

      

      spool off

      

      -- open the file in a browser and you will discover it is unreadable except in OEM

COMPARE_INSTANCES

Compares the performance of a single instance over 2 different time periods or the performance of 2 different instances for 2 different time periods dbms_addm.compare_instances( base_dbid IN NUMBER := NULL, base_instance_id IN NUMBER, base_begin_snap_id IN NUMBER, base_end_snap_id IN NUMBER, comp_dbid IN NUMBER := NULL, comp_instance_id IN NUMBER, comp_begin_snap_id IN NUMBER, comp_end_snap_id IN NUMBER, report_type IN VARCHAR2 := 'HTML') RETURN CLOB;

SELECT dbid FROM v$database;

      

      set feedback off

      set heading on

      set linesize 1500

      set termout on

      set trim on

      set trimspool on

      set veri off

      col instart_fmt noprint;

      col inst_name format a12  heading 'Instance';

      col db_name format a12 heading 'DB Name';

      col snap_id format 99999990 heading 'Snap Id';

      col snapdat format a18 heading 'Snap Started' just c;

      col lvl format 99 heading 'Snap|Level';

      break on inst_name on db_name on host on instart_fmt skip 1;

      ttitle off;

      

      SELECT TO_CHAR(s.startup_time,' DD MON "at" HH24:MI:SS') INSTART_FMT,

      di.instance_name INST_NAME, di.db_name DB_NAME,
      s.snap_id SNAP_ID,

      TO_CHAR(s.end_interval_time,'DD MON YYYY HH24:MI') SNAPDAT,

      s.snap_level LVL

      FROM dba_hist_snapshot s, dba_hist_database_instance di

      WHERE di.dbid = s.dbid

      AND di.instance_number = s.instance_number

      AND di.startup_time = s.startup_time

      ORDER BY snap_id;

      

      set 999

      set linesize 161

      

      spool /home/oracle/compare_db.html

      

      SELECT dbms_addm.compare_instances(1984521206, 1, 4502, 4532, 1984521206, 2, 4472, 4502, 'HTML');

      

      spool off

-- open the file in a browser and see it is unreadable except in OEM

COMPARE_REPLAY_REPLAY_REPORT

Create a report comparing the the performance of two replays dbms_addm.compare_replay_replay_report( replay_id1 IN NUMBER, replay_id2 IN NUMBER, report_type IN VARCHAR2 := 'HTML') RETURN CLOB

TBD

DELETE

Delete an ADDM task dbms_addm.delete(task_name IN VARCHAR2);

exec dbms_addm.delete('UW_TASK1');

DELETE_FINDING_DIRECTIVE

Delete an ADDM directive dbms_addm.delete_finding_directive( task_name IN VARCHAR2, dir_name IN VARCHAR2);

SELECT task_name, directive_name, description

      FROM dba_addm_task_directives;

DELETE_PARAMETER_DIRECTIVE

Delete an ADDM directive dbms_addm.delete_parameter_directive( task_name IN VARCHAR2, dir_name IN VARCHAR2);

TBD

DELETE_SEGMENT_DIRECTIVE

Delete an ADDM directive dbms_addm.delete_segment_directive( task_name IN VARCHAR2, dir_name IN VARCHAR2);

TBD

DELETE_SQL_DIRECTIVE

Delete an ADDM directive dbms_addm.delete_sql_directive( task_name IN VARCHAR2, dir_name IN VARCHAR2);

TBD

EXECUTE_INCOMPLETE_AUTO_TASKS (new 23ai)

Process the ADDM tasks presented in cdb_addm_scheduled_autotasks and calls for the re execution of failed tasks registered in view cdb_addm_pending_autotasks dbms_addm.execute_incomplete_auto_tasks( con_name IN VARCHAR2 := NULL, inst_id IN NUMBER := NULL, begin_time_utc IN DATE := NULL, end_time_utc IN DATE := NULL, since_days IN NUMBER := NULL, max_attempts IN NUMBER := 5, timeout_sec_per_task IN NUMBER := 300);

TBD

FORMAT_MESSAGE (new 23ai)

Retrieves the text for an Oracle message file dbms_addm.format_message( msg_id IN VARCHAR2, a1 IN VARCHAR2 := NULL, a2 IN VARCHAR2 := NULL, a3 IN VARCHAR2 := NULL, a4 IN VARCHAR2 := NULL, a5 IN VARCHAR2 := NULL);

TBD

GET_ASH_QUERY

Retrieves the SQL text of an ASH query for a finding dbms_addm.get_ash_query( task_name IN VARCHAR2, finding_id IN NUMBER) RETURN VARCHAR2;

-- first run the ANALYZE_DB demo above over a range that has "real" work

SELECT finding_id, finding_name, message

      FROM dba_advisor_findings

      WHERE task_name = 'UW_TASK1';

      

      SELECT dbms_addm.get_ash_query('UW_TASK1', 1);

      

      col task_name format a25

      col message format a50

     

      SELECT task_name, finding_id, finding_name, message

      FROM dba_advisor_findings;

     

      SELECT dbms_addm.get_ash_query('ADDM:2495529197_1_25', 1);

      SELECT dbms_addm.get_ash_query('ADDM:2495529197_1_3', 1);

GET_REPORT

Returns the ADDM report dbms_addm.get_report(task_name IN VARCHAR2) RETURN CLOB;

SELECT task_name

      FROM dba_advisor_tasks;

      

      set long 1000000

      set serveroutput on

      

      DECLARE

       rptlob CLOB;

      BEGIN

        rptlob := dbms_addm.get_report('UW_TASK1');

        dbms_output.put_line(rptlob);

      END;

      /

      

      SELECT * FROM TABLE(dbms_xplan.display_cursor('1tkztbrcvfcdw'));

INCOMPLETE_AUTOTASKS_REPORT (new 23ai)

Generates an ADDM report for automated tasks dbms_addm.incomplete_autotasks_report( l_type IN VARCHAR2 := 'JSON', l_begin_time_utc IN TIMESTAMP := NULL, l_end_time_utc IN TIMESTAMP := NULL, l_dbid IN NUMBER := NULL, l_timezone IN VARCHAR2 := 'local', max_line_len IN NUMBER := 80) RETURN CLOB;

TBD

INSERT_FINDING_DIRECTIVE

Insert a directive filtering a finding, either for a task or system wide dbms_addm.insert_finding_directive( task_name IN VARCHAR2, dir_name IN VARCHAR2, finding_name IN VARCHAR2, min_active_sessions IN NUMBER := 0, min_perc_impact IN NUMBER := 0);

TBD

INSERT_PARAMETER_DIRECTIVE

Insert a directive filtering a recommendations to change a system parameter dbms_addm.insert_parameter_directive( task_name IN VARCHAR2, dir_name IN VARCHAR2, parameter_name IN VARCHAR2);

TBD

INSERT_SEGMENT_DIRECTIVE

Insert a directive filtering recommendations to run the segment advisor

Overload 1 dbms_addm.insert_segment_directive( task_name IN VARCHAR2, dir_name IN VARCHAR2, owner_name IN VARCHAR2, object_name IN VARCHAR2 := NULL, sub_object_name IN VARCHAR2 := NULL);

TBD

Overload 2 dbms_addm.insert_segment_directive( task_name IN VARCHAR2, dir_name IN VARCHAR2, object_number IN NUMBER);

TBD

INSERT_SQL_DIRECTIVE

Insert a directive filtering SQL recommendations, either for a task or system wide dbms_addm.inset_sql_directive( task_name IN VARCHAR2, dir_name IN VARCHAR2, sql_id IN VARCHAR2, min_active_sessions IN NUMBER := 0, min_response_time IN NUMBER := 0);

TBD

JSON_MESSAGE_TO_TEXT (new 23ai)

Coverts all text messages in an ADDM JSON report into text messages dbms_addm.json_message_text(json_message IN CLOB) RETURN VARCHAR2;

TBD

JSON_REPORT_TO_TEXT (new 23ai)

Converts an ADDM report in JSON format and converts it to a CLOB dbms_addm.json_report_to_text( json_report IN CLOB, report_level IN VARCHAR2 := 'TYPICAL', use_original_language IN VARCHAR2 := 'N') RETURN CLOB;

TBD

JSON_REPORT_TRANSLATE (new 23ai)

Takes an ADDM report in JSON format and converts it to a CLOB with text dbms_addm.json_report_translate(json_report IN CLOB) RETURN CLOB;

TBD

PROCESS_SCHEDULED_TASKS (new 23ai)

Processes the creation and execution of automatic ADDM tasks presented in the view cdb_addm_scheduled_autotasks dbms_addm.process_scheduled_tasks( con_name IN VARCHAR2 := NULL, begin_time_utc IN DATE := NULL, end_time_utc IN DATE := NULL, since_days IN NUMBER := NULL);

TBD

REAL_TIME_ADDM_REPORT

Returns a real-time ADDM report for the previous 5 minutes

Formatting at right produced manually to aid viewing the report's data dbms_addm.real_time_addm_report RETURN CLOB;

set long 1000000

      spool c:\temp\realtime_addm.html

      

      SELECT dbms_addm.real_time_addm_report;

      

      REAL_TIME_ADDM_REPORT

      --------------------------------------------------------------------------------

      <report db_version="23.0.0.0.0" cpu_cores="2" hyperthread="N" con_id="1"

        con_name="CDB$ROOT" timezone_offset="0" packs="0" service_type="0">

        <report_id><![CDATA[/orarep/rtaddm/main]]></report_id>

        <sql_data>

          <report_metadata instance_number="0" date_format="HH24:MI:SS MM/DD/YYYY"

           start_time="19:31:00 05/05/2023" report_time="19:36:03 05/05/2023"/>

          <system_config>

            <database dbid="1405253007" name="FREE" log_mode="NOARCHIVELOG" open_mode="READ

             WRITE" role="PRIMARY" force_log="NO" platform="Linux x86 64-bit" flashback_on="NO"

             unique_name="FREE" version="23.0.0.0.0"/>

            <instances>

              <instance number="1" name="FREE" host="localhost.localdomain"

               version="23.0.0.0.0" startup_time="11:09:36 05/05/2023" status="OPEN"

               logins="ALLOWED" shutdown_pending="NO"

               role="PRIMARY_INSTANCE" active="NORMAL"/>

            </instances>

          </system_config>

          <hangs><sessions/><blockers/><hang_info/></hangs>

          <metrics>

            <metric_names>

              <map name="User Transaction Per Sec" unit="Transactions Per Second" id="1"/>

              <map name="Logons Per Sec" unit="Logons Per Second" id="2"/>

              <map name="User Commits Per Sec" unit="Commits Per Second" id="3"/>

              <map name="User Rollbacks Per Sec" ="Rollbacks Per Second" id="4"/>

              <map name="Network Traffic Volume Per Sec" unit="Bytes Per Second" id="5"/>

              <map name="CPU Usage Per Sec" unit="CentiSeconds Per Second" id="6"/>

              <map name="Physical Read Total Bytes Per Sec" unit="Bytes Per Second" id="7"/>

              <map name="GC CR Block Received Per Second" unit="Blocks Per Second" id="8"/>

              <map name="GC Current Block Received Per Second" unit="Blocks Per Second" id="9"/>

              <map name="Global Cache Average CR Get Time" unit="CentiSeconds Per Get" id="10"/>

              <map name="Global Cache Average Current Get Time" unit="CentiSeconds Per Get" id="11"/>

              <map name="Global Cache Blocks Lost" unit="Blocks" id="12"/>

              <map name="Current Logons Count" unit="Logons" id="13"/>

              <map name="Current Open Cursors Count" unit="Cursors" id="14"/>

              <map name="Process Limit %" unit="% Processes/Limit" id="15"/>

              <map name="Session Limit %" unit="% Sessions/Limit" id="16"/>

              <map name="Executions Per Sec" unit="Executes Per Second" id="17"/>

              <map name="Database Time Per Sec" unit="CentiSeconds Per Second" id="18"/>

              <map name="Physical Write Total Bytes Per Sec" unit="Bytes Per Second" id="19"/>

              <map name="Host CPU Utilization (%)" unit="% Busy/(Idle+Busy)" id="20"/>

              <map name="Current OS Load" unit="Number Of Processes" id="21"/>

              <map name="Average Synchronous Single-Block Read Latency" unit="Milliseconds" id="22"/>

              <map name="Background CPU Usage Per Sec" unit="CentiSeconds Per Second" id="23"/>

              <map name="Total PGA Allocated" unit="bytes" id="24"/>

              <map name="Run Queue Per Sec" unit="Processes" id="25"/>

              <map name="VM in bytes Per Sec" unit="bytes per sec" id="26"/>

              <map name="VM out bytes Per Sec" unit="bytes per sec" id="27"/>

            </metric_names>

            <data>

              <m i="1" v=".02" ma=".034" mi=".016" id="1"/>

              <m i="1" v=".02" ma=".049" mi="0" id="2"/>

              <m i="1" v=".02" ma=".034" mi=".016" id="3"/>

              <m i="1" v="0" ma="0" mi="0" id="4"/>

              <m i="1" v="0" ma="0" mi="0" id="5"/>

              <m i="1" v=".079" ma=".121" mi=".053" id="6"/>

              <m i="1" v="6554.715" ma="6736.611" mi="6400" id="7"/>

              <m i="1" v="0" ma="0" mi="0" id="8"/>

              <m i="1" v="0" ma="0" mi="0" id="9"/>

              <m i="1" v="0" ma="0" mi="0" id="10"/>

              <m i="1" v="0" ma="0" mi="0" id="11"/>

              <m i="1" v="0" ma="0" mi="0" id="12"/>

              <m i="1" v="78.2" ma="79" mi="78" id="13"/>

              <m i="1" v="74.2" ma="75" mi="74" id="14"/>

              <m i="1" v="27.4" ma="27.667" mi="27.333" id="15"/>

              <m i="1" v="21.864" ma="22.034" mi="21.822" id="16"/>

              <m i="1" v="2.29" ma="3.076" mi="1.887" id="17"/>

              <m i="1" v=".127" ma=".214" mi=".077" id="18"/>

              <m i="1" v="16485.505" ma="20531.717" mi="15233.333" id="19"/>

              <m i="1" v="5.004" ma="5.811" mi="4.449" id="20"/>

              <m i="1" v=".42" ma=".649" mi=".26" id="21"/>

              <m i="1" v="0" ma="0" mi="0" id="22"/>

              <m i="1" v="1.81" ma="1.851" mi="1.772" id="23"/>

              <m i="1" v="239426764.8" ma="240799744" mi="239083520" id="24"/>

              <m i="1" v="0" ma="0" mi="0" id="25"/>

              <m i="1" v="0" ma="0" mi="0" id="26"/>

              <m i="1" v="0" ma="0" mi="0" id="27"/>

            </data>

          </metrics>

          <ash_data sampling_ratio="1" avg_active_sessions=".0013" secs="303"><op/>

            <sid/><evt/><service/><program/><module/><action/><sql/><data/>

          </ash_data>

          <osstat_pit>

            <stat i="1" name="NUM_CPUS" v="2"/>

            <stat i="1" name="NUM_CPU_CORES" v="2"/>

            <stat i="1" name="PHYSICAL_MEMORY_BYTES" v="4098252800"/>

          </osstat_pit>

          <memory>

            <mem i="1" n="pga" v="260059136"/><mem i="1" n="fixed_sga" v="10043728"/>

            <mem i="1" n="buffer_cache" v="889192448"/><mem i="1" 
      n="log_buffer" v="2265088"/>

            <mem i="1" n="shared_io_pool" v="83886080"/><mem i="1" n="shared pool" v="479393712"/>

            <mem i="1" n="SP free" v="40699984"/>

            <mem i="1" n="large pool" v="16777216"/>

            <mem i="1" n="java pool" v="50331648"/>

            <mem i="1" n="streams pool" v="16777216"/>

          </memory>

        <resize_ops/>

          <parameters>

            <p n="active_instance_count" i="1"/>

            <p n="event" i="1"/><p n="max_dispatchers" i="1"/>

            <p n="timed_os_statistics" i="0">0</p>

            <p n="shared_pool_size" i="0">0</p>

            <p n="db_2k_cache_size" i="0">0</p>

            <p n="db_8k_cache_size" i="0">0</p>

            <p n="db_32k_cache_size" i="0">0</p>

            <p n="db_keep_cache_size" i="0">0</p>

            <p n="timed_statistics" i="0">TRUE</p>

            <p n="large_pool_size" i="0">0</p>

            <p n="db_file_multiblock_read_count" i="0">128</p>

            <p n="statistics_level" i="0">TYPICAL</p>

            <p n="sessions" i="0">472</p>

            <p n="db_block_buffers" i="0">0</p>

            <p n="db_block_size" i="0">8192</p>

            <p n="compatible" i="0">23.0.0</p>

            <p n="_column_level_stats" i="0">OFF</p>

            <p n="sga_max_size" i="0">1610612736</p>

            <p n="gcs_server_processes" i="0">0</p>

            <p n="db_cache_size" i="0">0</p>

            <p n="db_block_checking" i="0">FALSE</p>

            <p n="cursor_sharing" i="0">EXACT</p>

            <p n="processes" i="0">300</p>

            <p n="memory_target" i="0">0</p>

            <p n="memory_max_target" i="0">0</p>

            <p n="log_buffer" i="0">4292608</p>

            <p n="_ash_size" i="0">25165824</p>

            <p n="cpu_count" i="0">2</p>

            <p n="java_pool_size" i="0">0</p>

            <p n="db_recycle_cache_size" i="0">0</p>

            <p n="open_cursors" i="0">300</p>

            <p n="pga_aggregate_target" i="0">536870912</p>

            <p n="sga_target" i="0">1610612736</p>

            <p n="db_block_checksum" i="0">TYPICAL</p>

            <p n="db_4k_cache_size" i="0">0</p>

            <p n="undo_management" i="0">AUTO</p>

            <p n="dispatchers" i="0">(PROTOCOL=TCP) (SERVICE=FREEXDB)</p>

            <p n="streams_pool_size" i="0">0</p>

            <p n="db_16k_cache_size" i="0">0</p>

            <p n="db_writer_processes" i="0">1</p>

            <p n="cluster_database" i="0">FALSE</p>

          </parameters>

        </sql_data>

      </report>

      

      spool off

      

      -- open the report in a text editor

REEXECUTE_FAILED_AUTO_TASKS (new 23ai)

Re-executes the tasks registered in DBA_ADDM_PENDING_AUTOTASKS dbms_addm.reexecute_failed_auto_tasks( instance_number IN NUMBER :=NULL, begin_snapshot IN NUMBER :=NULL, end_snapshot IN NUMBER :=NULL, dbid IN NUMBER :=NULL, time_budget_in_sec IN NUMBER :=NULL, max_attempts IN NUMBER :=NULL);

TBD