164 lines
8.0 KiB
MySQL
164 lines
8.0 KiB
MySQL
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COL sql_exec_start FOR A19 HEA 'SQL Exec Start';
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COL last_refresh_time FOR A19 HEA 'Last Refresh Time';
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COL report_id NEW_V report_id FOR 999999999 HEA 'Report ID';
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COL status FOR A20 HEA 'Status';
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COL duration FOR 999,990 HEA 'Duration';
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COL plan_hash FOR 9999999999 HEA 'Plan Hash';
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COL elapsed_time FOR 999,990.000 HEA 'Elapsed Time';
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COL cpu_time FOR 999,990.000 HEA 'CPU Time';
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COL user_io_wait_time FOR 999,990.000 HEA 'User IO Time';
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COL concurrency_wait_time FOR 999,990.000 HEA 'Concurrency';
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COL application_wait_time FOR 999,990.000 HEA 'Application';
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COL plsql_exec_time FOR 999,990.000 HEA 'PL/SQL';
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COL user_fetch_count FOR 999,990 HEA 'Fetches';
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COL buffer_gets FOR 999,999,999,990 HEA 'Buffer Gets';
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COL read_reqs FOR 999,999,990 HEA 'Read Reqs';
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COL read_bytes FOR 999,999,999,999,990 HEA 'Read Bytes';
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COL sid_serial FOR A15 HEA 'Sid,Serial';
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COL pdb_name FOR A30 TRUNC HEA 'PDB Name';
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COL user_name FOR A30 TRUNC HEA 'User Name';
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COL module FOR A40 TRUNC HEA 'Module';
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COL service FOR A40 TRUNC HEA 'Service';
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COL program FOR A40 TRUNC HEA 'Program';
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COL rn_sql_exec_start FOR 999,990 HEA 'Sta RN';
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COL rn_duration FOR 999,990 HEA 'Dur RN';
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--
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PRO
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PRO SQL MONITOR REPORTS (dba_hist_reports) top &&cs_sqlmon_top. and &&cs_sqlmon_top. most recent
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PRO ~~~~~~~~~~~~~~~~~~~
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WITH
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sql_mon_hist_reports AS (
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SELECT /*+ OPT_PARAM('_newsort_enabled' 'FALSE') OPT_PARAM('_adaptive_fetch_enabled' 'FALSE') OPT_PARAM('query_rewrite_enabled' 'FALSE') */ /* ORA-00600: internal error code, arguments: [15851], [3], [2], [1], [1] */
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r.snap_id,
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r.dbid,
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r.instance_number,
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r.report_id,
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r.component_id,
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r.session_id,
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r.session_serial#,
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r.period_start_time,
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r.period_end_time,
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r.generation_time,
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r.report_parameters,
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r.key1 AS
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sql_id,
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r.con_dbid,
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r.con_id,
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--xt.sql_id,
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To_date(xt.sql_exec_start, 'MM/DD/YYYY HH24:MI:SS') AS
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sql_exec_start,
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ROW_NUMBER() OVER(ORDER BY To_date(xt.sql_exec_start, 'MM/DD/YYYY HH24:MI:SS') DESC NULLS LAST/*, To_number(Extractvalue(Xmltype(r.report_summary), '//stat[@name = "duration"]')) DESC NULLS LAST*/) AS rn_sql_exec_start,
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xt.sql_exec_id,
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Xmltype(r.report_summary).extract('//status/text()') AS
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status,
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Xmltype(r.report_summary).extract('//sql_text/text()') AS
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sql_text,
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To_date(Xmltype(r.report_summary).extract('//first_refresh_time/text()'),
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'MM/DD/YYYY HH24:MI:SS') AS
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first_refresh_time,
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To_date(Xmltype(r.report_summary).extract('//last_refresh_time/text()'),
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'MM/DD/YYYY HH24:MI:SS') AS
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last_refresh_time,
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To_number(Xmltype(r.report_summary).extract('//refresh_count/text()')) AS
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refresh_count,
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To_number(Xmltype(r.report_summary).extract('//inst_id/text()')) AS
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inst_id,
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--TO_NUMBER(xmltype(r.report_summary).extract('//session_id/text()')) AS session_id,
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--TO_NUMBER(xmltype(r.report_summary).extract('//session_serial/text()')) AS session_serial,
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To_number(Xmltype(r.report_summary).extract('//user_id/text()')) AS
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user_id,
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Xmltype(r.report_summary).extract('//user/text()') AS
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user_name,
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--TO_NUMBER(xmltype(r.report_summary).extract('//con_id/text()')) AS con_id,
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Xmltype(r.report_summary).extract('//con_name/text()') AS
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con_name,
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Xmltype(r.report_summary).extract('//module/text()') AS
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MODULE,
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Xmltype(r.report_summary).extract('//service/text()') AS
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service,
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Xmltype(r.report_summary).extract('//program/text()') AS
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program,
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To_number(Xmltype(r.report_summary).extract('//plan_hash/text()')) AS
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plan_hash,
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Xmltype(r.report_summary).extract('//is_cross_instance/text()') AS
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is_cross_instance,
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To_number(Extractvalue(Xmltype(r.report_summary),
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'//stat[@name = "duration"]'))
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AS duration,
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ROW_NUMBER() OVER(ORDER BY To_number(Extractvalue(Xmltype(r.report_summary), '//stat[@name = "duration"]')) DESC NULLS LAST/*, To_date(xt.sql_exec_start, 'MM/DD/YYYY HH24:MI:SS') DESC NULLS LAST*/) AS rn_duration,
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To_number(Extractvalue(Xmltype(r.report_summary),
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'//stat[@name = "elapsed_time"]')) AS
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elapsed_time,
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To_number(Extractvalue(Xmltype(r.report_summary),
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'//stat[@name = "cpu_time"]'))
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AS cpu_time,
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To_number(Extractvalue(Xmltype(r.report_summary),
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'//stat[@name = "user_io_wait_time"]')) AS
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user_io_wait_time,
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To_number(Extractvalue(Xmltype(r.report_summary),
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'//stat[@name = "concurrency_wait_time"]')) AS
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concurrency_wait_time,
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To_number(Extractvalue(Xmltype(r.report_summary),
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'//stat[@name = "application_wait_time"]')) AS
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application_wait_time,
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To_number(Extractvalue(Xmltype(r.report_summary),
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'//stat[@name = "plsql_exec_time"]')) AS
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plsql_exec_time,
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To_number(Extractvalue(Xmltype(r.report_summary),
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'//stat[@name = "user_fetch_count"]')) AS
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user_fetch_count,
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To_number(Extractvalue(Xmltype(r.report_summary),
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'//stat[@name = "buffer_gets"]')) AS
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buffer_gets,
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To_number(Extractvalue(Xmltype(r.report_summary),
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'//stat[@name = "read_reqs"]')
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) AS
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read_reqs,
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To_number(Extractvalue(Xmltype(r.report_summary),
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'//stat[@name = "read_bytes"]'
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)) AS
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read_bytes
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FROM cdb_hist_reports r,
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XMLTABLE('//sql' passing xmltype(r.report_summary)
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COLUMNS
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sql_id VARCHAR2(13) path '@sql_id',
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sql_exec_start VARCHAR2(19) path '@sql_exec_start',
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sql_exec_id NUMBER path '@sql_exec_id'
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) xt
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WHERE (r.period_end_time BETWEEN TO_DATE('&&cs_sample_time_from.', '&&cs_datetime_full_format.') AND TO_DATE('&&cs_sample_time_to.', '&&cs_datetime_full_format.') OR r.period_start_time BETWEEN TO_DATE('&&cs_sample_time_from.', '&&cs_datetime_full_format.') AND TO_DATE('&&cs_sample_time_to.', '&&cs_datetime_full_format.'))
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AND r.component_name = 'sqlmonitor'
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AND r.report_name = 'main'
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AND r.key1 = '&&cs_sql_id.'
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-- ORDER BY r.period_end_time - r.period_start_time DESC, r.period_start_time DESC
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-- FETCH FIRST &&cs_sqlmon_top. ROWS ONLY
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)
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SELECT r.sql_exec_start,
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r.rn_sql_exec_start,
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r.last_refresh_time,
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r.report_id,
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r.status,
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r.plan_hash,
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r.duration,
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r.rn_duration,
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ROUND(r.elapsed_time / POWER(10, 6), 3) AS elapsed_time,
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ROUND(r.cpu_time / POWER(10, 6), 3) AS cpu_time,
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ROUND(r.user_io_wait_time / POWER(10, 6), 3) AS user_io_wait_time,
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ROUND(r.concurrency_wait_time / POWER(10, 6), 3) AS concurrency_wait_time,
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ROUND(r.application_wait_time / POWER(10, 6), 3) AS application_wait_time,
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ROUND(r.plsql_exec_time / POWER(10, 6), 3) AS plsql_exec_time,
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r.user_fetch_count,
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r.buffer_gets,
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r.read_reqs,
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r.read_bytes,
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LPAD(r.session_id,5)||','||r.session_serial# AS sid_serial,
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r.con_name AS pdb_name,
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r.user_name,
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r.module,
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r.program,
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r.service
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FROM sql_mon_hist_reports r
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WHERE r.rn_sql_exec_start <= &&cs_sqlmon_top. OR r.rn_duration <= &&cs_sqlmon_top.
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ORDER BY
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r.sql_exec_start, r.rn_sql_exec_start
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/
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