[DB] ORACLE
[ORACLE] 필수 스크립트 쿼리 모음
mewoni
2020. 4. 23. 16:12
반응형
오라클 데이터베이스에서 사용하는 필수 스크립트 입니다.
DBA나 개발자가 테이블스페이스, 스키마구조, 파티션테이블, 인덱스, LOCK 등을 자원관리, 성능관리 등의 이유로 조회하거나 상태변경을 위해 실행할 수 있는 쿼리입니다.
CTRL + F 로 검색해서 필요한 쿼리 찾으시면 더욱 빨리 찾으실 수 있습니다.
--#. 01 테이블스페이스별 파일 목록을 보기
SELECT SUBSTRB(TABLESPACE_NAME, 1, 10) AS "테이블스페이스"
,SUBSTRB(FILE_NAME, 1, 50) AS "파일명"
,TO_CHAR(BLOCKS, '999,999,990') AS "블럭수"
,TO_CHAR(BYTES, '99,999,999') AS "크기"
FROM DBA_DATA_FILES
ORDER BY TABLESPACE_NAME, FILE_NAME;
--#. 02 테이블스페이스별 정보 보기
SELECT A.TABLESPACE_NAME AS "TABLESPACE"
,A.INITIAL_EXTENT / 1024 AS "INIT(K)"
,A.NEXT_EXTENT / 1024 AS "NEXT(K)"
,A.MIN_EXTENTS AS "MIN"
,A.MAX_EXTENTS AS "MAX"
,A.PCT_INCREASE AS "PCT_INC(%)"
,B.FILE_NAME AS "FILE_NAME"
,B.BLOCKS * C.VALUE / 1024 / 1024 AS "SIZE(M)"
,B.STATUS AS "STATUS"
FROM DBA_TABLESPACES A
,DBA_DATA_FILES B
,V$PARAMETER C
WHERE A.TABLESPACE_NAME = B.TABLESPACE_NAME
AND C.NAME = 'db_block_size'
ORDER BY 1, 2;
--#. 03 테이블스페이스별 사용하는 파일의 크기 합 보기
SELECT SUBSTRB(TABLESPACE_NAME, 1, 10) AS TABLESPACE
,TO_CHAR(SUM(BYTES), '9,999,999,999,990') AS BYTES
,TO_CHAR(SUM(BLOCKS), '9,999,999,990') AS BLOCKS
FROM DBA_DATA_FILES
GROUP BY TABLESPACE_NAME
UNION ALL
SELECT '총계', TO_CHAR(SUM(BYTES), '9,999,999,999,990') AS BYTES, TO_CHAR(SUM(BLOCKS), '9,999,999,990') AS BLOCKS
FROM DBA_DATA_FILES;
--#. 04 테이블스페이스별 디스크 사용량 보기
SELECT A.TABLESPACE_NAME AS "TABLESPACE"
,A.INIT AS "INIT(K)"
,A.NEXT AS "NEXT(K)"
,A.MIN AS "MIN"
,A.MAX AS "MAX"
,A.PCT_INC AS "PCT_INC(%)"
,TO_CHAR(B.TOTAL, '999,999,999,990') AS "총량(바이트)"
,TO_CHAR(C.FREE, '999,999,999,990') AS "남은량(바이트)"
,TO_CHAR(B.BLOCKS, '9,999,990') AS "총블럭"
,TO_CHAR(D.BLOCKS, '9,999,990') AS "사용블럭"
,TO_CHAR(100 * NVL(D.BLOCKS, 0) / B.BLOCKS, '999.99') AS "사용율%"
FROM (SELECT TABLESPACE_NAME
,INITIAL_EXTENT / 1024 AS INIT
,NEXT_EXTENT / 1024 AS NEXT
,MIN_EXTENTS AS MIN
,MAX_EXTENTS AS MAX
,PCT_INCREASE AS PCT_INC
FROM DBA_TABLESPACES) A
,(SELECT TABLESPACE_NAME, SUM(BYTES) AS TOTAL, SUM(BLOCKS) AS BLOCKS
FROM DBA_DATA_FILES
GROUP BY TABLESPACE_NAME) B
,(SELECT TABLESPACE_NAME, SUM(BYTES) AS FREE
FROM DBA_FREE_SPACE
GROUP BY TABLESPACE_NAME) C
,(SELECT TABLESPACE_NAME, SUM(BLOCKS) AS BLOCKS
FROM DBA_EXTENTS
GROUP BY TABLESPACE_NAME) D
WHERE A.TABLESPACE_NAME = B.TABLESPACE_NAME(+)
AND A.TABLESPACE_NAME = C.TABLESPACE_NAME(+)
AND A.TABLESPACE_NAME = D.TABLESPACE_NAME(+)
ORDER BY A.TABLESPACE_NAME;
--#. 05 테이블스페이스의 테이블 명 보기
SELECT TABLESPACE_NAME, TABLE_NAME
FROM USER_TABLES
WHERE TABLESPACE_NAME = UPPER('&테이블스페이스명')
ORDER BY TABLESPACE_NAME, TABLE_NAME;
--#. 06 ROLLBACK SEGMENT의 사용상황 보기
--: EXTENTS = 현재 할당된 EXTENT의 수
--: EXTENDS = 마지막 트랜잭션에 의해 할당된 EXTENT의 수
SELECT SUBSTRB(A.SEGMENT_NAME, 1, 10) AS SEGMENT_NAME
,SUBSTRB(A.TABLESPACE_NAME, 1, 10) AS TABLESPACE_NAME
,TO_CHAR(A.SEGMENT_ID, '99,999') AS SEG_ID
,TO_CHAR(A.MAX_EXTENTS, '999,999') AS MAX_EXT
,TO_CHAR(B.EXTENTS, '999,999') AS EXTENTS
,TO_CHAR(B.EXTENDS, '999,999') AS EXTENDS
,TO_CHAR((A.INITIAL_EXTENT + (B.EXTENTS - 1) * A.NEXT_EXTENT) / 1000000, '9,999.999') AS "ALLOC(MB)"
,TO_CHAR(XACTS, '9,999') AS XACTS
FROM DBA_ROLLBACK_SEGS A
,V$ROLLSTAT B
WHERE A.SEGMENT_ID = B.USN(+)
ORDER BY 1;
--#. 07 CONSTRAINT 보기
SELECT DECODE(A.CONSTRAINT_TYPE, 'P', 'Primary Key', 'R', 'Foreign Key', 'C', 'Table Check', 'V', 'View Check', 'U', 'Unique', '?')
AS "유형"
,SUBSTRB(A.CONSTRAINT_NAME, 1, 25) AS CONSTRAINT_NAME
,B.POSITION
,SUBSTRB(B.COLUMN_NAME, 1, 25) AS COLUMN_NAME
FROM DBA_CONSTRAINTS A
,DBA_CONS_COLUMNS B
WHERE A.CONSTRAINT_NAME = B.CONSTRAINT_NAME
AND A.OWNER = 'E_LUCIS'
AND A.TABLE_NAME = UPPER('&테이블명')
ORDER BY 1, 2, 3;
--#. 08 INDEX 보기
SELECT A.INDEX_NAME
,A.UNIQUENESS
,TO_CHAR(COLUMN_POSITION, '999') AS POS
,SUBSTRB(COLUMN_NAME, 1, 33) AS COLUMN_NAME
FROM USER_INDEXES A
,USER_IND_COLUMNS B
WHERE A.INDEX_NAME = B.INDEX_NAME
AND A.TABLE_OWNER = UPPER('E_LUCIS')
AND A.TABLE_NAME = UPPER('&테이블명')
ORDER BY 1, 3;
--#. 09 전체 INDEX 보기
SELECT SUBSTRB(A.TABLE_NAME, 1, 22) AS TABLE_NAME
,SUBSTRB(A.INDEX_NAME, 1, 23) AS INDEX_NAME
,SUBSTRB(A.UNIQUENESS, 1, 7) AS UNIQUE
,TO_CHAR(COLUMN_POSITION, '999') AS POS
,SUBSTRB(COLUMN_NAME, 1, 20) AS COLUMN_NAME
FROM DBA_INDEXES A
,DBA_IND_COLUMNS B
WHERE A.INDEX_NAME = B.INDEX_NAME
AND A.TABLE_OWNER = B.TABLE_OWNER
AND A.TABLE_OWNER = 'E_LUCIS'
ORDER BY 1, 2, 3;
--#. 10 인덱스에 대한 컬럼 조회
SELECT TABLE_NAME
,INDEX_NAME
,COLUMN_POSITION
,COLUMN_NAME
FROM USER_IND_COLUMNS
ORDER BY TABLE_NAME, INDEX_NAME, COLUMN_POSITION;
--#. 11 테이블에 LOCK이 걸렸는지를 보기
SELECT A.SID
,A.SERIAL#
,SUBSTRB(A.USERNAME, 1, 16) AS USERNAME
,SUBSTRB(A.MACHINE, 1, 30) AS MACHINE
,A.TERMINAL
,A.OSUSER
,A.PROGRAM
,SUBSTRB(TO_CHAR(A.LOGON_TIME, 'MM/DD HH24:MI:SS'), 1, 14) AS LOGON_TIME
,SUBSTRB(C.OBJECT_NAME, 1, 58) AS OBJECT_NAME
FROM V$SESSION A
,V$LOCK B
,DBA_OBJECTS C
WHERE A.SID = B.SID
AND B.ID1 = C.OBJECT_ID
AND B.TYPE = 'TM'
AND C.OBJECT_NAME LIKE UPPER('&테이블명');
--#. 12 Lock을 잡고있는 세션과 기다리는 세션 조회
SELECT DECODE(B.LOCKWAIT, NULL, ' ', 'w') AS WW
,B.SID
,B.SERIAL# AS SER#
,SUBSTR(B.MACHINE, 1, 10) AS MACHINE
,SUBSTR(B.PROGRAM, 1, 15) AS PROGRAM
,SUBSTR(A.OBJECT_NAME, 1, 17) AS OBJ_NAME
,SUBSTR(B.STATUS, 1, 1) AS S
,DECODE(B.COMMAND, 0, NULL, 2, 'INSERT', 6, 'UPDATE', 7, 'DELETE', B.COMMAND) AS SQLCMD
,B.PROCESS AS PGM_PSS
FROM V$SESSION B
,(SELECT A.SID, DECODE(B.OWNER, NULL, A.TYPE || '..ing', B.OWNER || '.' || B.OBJECT_NAME) AS OBJECT_NAME
FROM V$LOCK A
,DBA_OBJECTS B
WHERE A.ID1 = B.OBJECT_ID(+)
GROUP BY A.SID, DECODE(B.OWNER, NULL, A.TYPE || '..ing', B.OWNER || '.' || B.OBJECT_NAME)) A
WHERE B.SID = A.SID
AND B.TADDR IS NOT NULL;
--#. 13 테이블에 걸린 비정상적 LOCK 풀기
ALTER SYSTEM KILL SESSION '&SID,&SERIAL';
--#. 14 연결되어 있는 OS 사용자 및 프로그램 조회
SELECT SID
,SERIAL#
,OSUSER
,SUBSTRB(USERNAME, 1, 10) AS USER_NAME
,SUBSTRB(PROGRAM, 1, 30) AS PROGRAM_NAME
,STATUS
,TO_CHAR(LOGON_TIME, 'YYYY/MM/DD HH:MI') AS LOGON_TIME
FROM V$SESSION
WHERE TYPE != ‘BACKGROUND’
AND STATUS = ‘ACTIVE’;
--#. 15 위치별 space를 아는 방법
SELECT SUBSTRB(A.FILE_NAME, 1, 40) AS FILE_NAME
,A.FILE_ID
,B.FREE_BYTES / 1024 AS FREE_BYTES
,B.MAX_BYTES / 1024 AS MAX_BYTES
FROM DBA_DATA_FILES A
,(SELECT FILE_ID, SUM(BYTES) AS FREE_BYTES, MAX(BYTES) AS MAX_BYTES
FROM DBA_FREE_SPACE
GROUP BY FILE_ID) B
WHERE A.FILE_ID = B.FILE_ID
AND A.TABLESPACE_NAME = UPPER('&테이블스페이스명')
ORDER BY A.FILE_NAME;
--#. 16 DB Link 보기
SELECT SUBSTRB(U.NAME, 1, 10) AS OWNER
,SUBSTRB(L.NAME, 1, 20) AS DB_LINK
,SUBSTRB(L.HOST, 1, 10) AS HOST
,SUBSTRB(L.USERID || '/' || L.PASSWORD, 1, 15) AS USERPASS
FROM SYS.LINK$ L
,SYS.USER$ U
WHERE L.OWNER# = U.USER#;
--#. 17 테이블 생성일자 보기
SELECT SUBSTRB(OBJECT_NAME, 1, 15) AS OBJECT_NAME
,CREATED
,LAST_DDL_TIME
,TIMESTAMP
,STATUS
FROM USER_OBJECTS
WHERE OBJECT_NAME = UPPER('&테이블명')
AND OBJECT_TYPE = 'TABLE';
--#. 18 테이블의 크기 및 블록 보기
SELECT SUBSTR(SEGMENT_NAME, 1, 20), BYTES, BLOCKS
FROM USER_SEGMENTS
WHERE SEGMENT_NAME = UPPER('&테이블명');
--#. 19 View의 정의 내역 보기
SET LONG 100000
SELECT TEXT
FROM USER_VIEWS
WHERE VIEW_NAME LIKE UPPER('&뷰_이름');
--#. 20 파티션 테이블의 파티션 범위 보기
SELECT SUBSTRB(PARTITION_NAME, 1, 30) AS PARTITION_NAME, SUBSTRB(TABLESPACE_NAME, 1, 30) AS TABLESPACE_NAME, HIGH_VALUE
FROM USER_TAB_PARTITIONS
WHERE TABLE_NAME = UPPER('&테이블명');
--#. 21 PRIMARY KEY 재생성 방법
-- PRIMARY KEY DROP
ALTER TABLE EMP DROP PRIMARY KEY;
-- PRIMARY KEY 생성
ALTER TABLE EMP ADD CONSTRAINT EMP_PK PRIMARY KEY(EMPNO)
USING INDEX STORAGE(INITIAL 1M NEXT 1M PCTINCREASE 0)
TABLESPACE USERS;
--#. 22 PRIMARY KEY를 REFERENCE 하는 FOREIGN KEY 찾기
SELECT C.NAME CONSTRAINT_NAME
FROM DBA_OBJECTS A
,CDEF$ B
,CON$ C
WHERE A.OBJECT_NAME = UPPER('&테이블명')
AND A.OBJECT_ID = B.ROBJ#
AND B.CON# = C.CON#;
--#. 23 동일한 자료 삭제 방법
DELETE
FROM EMP E
WHERE E.ROWID > ( SELECT MIN(X.ROWID)
FROM EMP X
WHERE X.EMPNO = E.EMPNO );
--#. 24 1시간 이상 유휴 상태인 세션
SELECT SID
,SERIAL#
,USERNAME
,TRUNC(LAST_CALL_ET / 3600, 2) || ' HR' LAST_CALL_ET
FROM V$SESSION
WHERE LAST_CALL_ET > 3600
AND USERNAME IS NOT NULL;
--#. 25 Oracle Process의 정보
SELECT S.STATUS "STATUS"
,S.SERIAL# "SERIAL#"
,S.TYPE "TYPE"
,S.USERNAME "DB USER"
,S.OSUSER "CLIENT USER"
,S.SERVER "SERVER"
,S.MACHINE "MACHINE"
,S.MODULE "MODULE"
,S.TERMINAL "TERMINAL"
,S.PROGRAM "PROGRAM"
,P.PROGRAM "O.S. PROGRAM"
,S.LOGON_TIME "CONNECT TIME"
,LOCKWAIT "LOCK WAIT"
,SI.PHYSICAL_READS "PHYSICAL READS"
,SI.BLOCK_GETS "BLOCK GETS"
,SI.CONSISTENT_GETS "CONSISTENT GETS"
,SI.BLOCK_CHANGES "BLOCK CHANGES"
,SI.CONSISTENT_CHANGES "CONSISTENT CHANGES"
,S.PROCESS "PROCESS"
,P.SPID
,P.PID
,S.SERIAL#
,SI.SID
,S.SQL_ADDRESS "ADDRESS"
,S.SQL_HASH_VALUE "SQL HASH"
,S.ACTION
FROM V$SESSION S
,V$PROCESS P
,SYS.V_$SESS_IO SI
WHERE S.PADDR = P.ADDR(+)
AND SI.SID(+) = S.SID
AND S.USERNAME IS NOT NULL
AND NVL(S.OSUSER, 'X') <> 'SYSTEM'
AND S.TYPE <> 'BACKGROUND'
ORDER BY 3;
--#. 26 중복인덱스 체크
SELECT O1.NAME || '.' || N1.NAME REDUNDANT_INDEX, O2.NAME || '.' || N2.NAME SUFFICIENT_INDEX
FROM SYS.ICOL$ IC1
,SYS.ICOL$ IC2
,SYS.IND$ I1
,SYS.OBJ$ N1
,SYS.OBJ$ N2
,SYS.USER$ O1
,SYS.USER$ O2
WHERE IC1.POS# = 1
AND IC2.BO# = IC1.BO#
AND IC2.OBJ# != IC1.OBJ#
AND IC2.POS# = 1
AND IC2.INTCOL# = IC1.INTCOL#
AND I1.OBJ# = IC1.OBJ#
AND BITAND(I1.PROPERTY, 1) = 0
AND (SELECT MAX(POS#) * (MAX(POS#) + 1) / 2
FROM SYS.ICOL$
WHERE OBJ# = IC1.OBJ#) = (SELECT SUM(XC1.POS#)
FROM SYS.ICOL$ XC1
,SYS.ICOL$ XC2
WHERE XC1.OBJ# = IC1.OBJ#
AND XC2.OBJ# = IC2.OBJ#
AND XC1.POS# = XC2.POS#
AND XC1.INTCOL# = XC2.INTCOL#)
AND N1.OBJ# = IC1.OBJ#
AND N2.OBJ# = IC2.OBJ#
AND O1.USER# = N1.OWNER#
AND O2.USER# = N2.OWNER#;
--#. 27 공간의 90% 이상을 사용하고 있는 Tablespace
SELECT X.TABLESPACE_NAME
,TOTAL_SIZE / 1024 / 1024 TOTAL_SIZE
,USED_SIZE / 1024 / 1024 USED_SIZE
,(ROUND(USED_SIZE / TOTAL_SIZE, 2)) * 100 USED_RATIO
FROM (SELECT TABLESPACE_NAME, SUM(BYTES) TOTAL_SIZE
FROM DBA_DATA_FILES
GROUP BY TABLESPACE_NAME) X
,(SELECT TABLESPACE_NAME, SUM(BYTES) USED_SIZE
FROM DBA_EXTENTS
GROUP BY TABLESPACE_NAME) Y
WHERE X.TABLESPACE_NAME = Y.TABLESPACE_NAME(+)
AND Y.USED_SIZE > .9 * X.TOTAL_SIZE;
--#. 28 현재 Extension 횟수가 MaxExtents의 80% 이상인 경우
SELECT TABLESPACE_NAME
,OWNER
,SEGMENT_NAME
,SEGMENT_TYPE
,EXTENTS
,MAX_EXTENTS
FROM SYS.DBA_SEGMENTS S
WHERE EXTENTS / MAX_EXTENTS > .8
AND MAX_EXTENTS > 0
ORDER BY TABLESPACE_NAME, OWNER, SEGMENT_NAME;
--#. 29 Active Session 중 Idle Time이 긴 작업
SELECT VS.SID || ',' || VS.SERIAL# " SID"
,VP.SPID
,VS.MACHINE
,VS.PROGRAM
,VS.MODULE
,VS.STATUS
,TO_CHAR(VS.LOGON_TIME, 'MM/DD HH24:MI') LOGIN_TIME
,ROUND(VS.LAST_CALL_ET / 60) "IDLE"
FROM V$SESSION VS
,V$PROCESS VP
WHERE VS.STATUS = 'ACTIVE'
AND VS.SID NOT IN (1, 2, 3, 4, 5, 6, 7)
AND VS.PADDR = VP.ADDR
ORDER BY 8;
--#. 30 DBUser 별로 Session 정보를 조회
SELECT S.USERNAME
,S.SID
,S.SERIAL#
,P.SPID
,S.OSUSER
,S.MACHINE
,S.PROGRAM
,TO_CHAR(S.LOGON_TIME, 'MM/DD HH24:MI') "LOGON_TIME"
,ROUND(S.LAST_CALL_ET / 60) "IDLE"
FROM V$SESSION S
,V$PROCESS P
WHERE S.PADDR = P.ADDR
AND S.USERNAME LIKE UPPER('&DBUSER%')
ORDER BY 9;
--#. 31 사용자 session 중에서 2시간 이상 idle 상태가 지속되는 session을 kill
SET PAGESIZE 0
SPOOL KILLIDLE3.SQL
SELECT DISTINCT '!KILL -9 ' || B.SPID, 'ALTER SYSTEM KILL SESSION ''' || A.SID || ',' || A.SERIAL# || ''' ;'
FROM V$SESSION A
,V$PROCESS B
WHERE A.PADDR IN (SELECT S.PADDR
FROM V$SESSION S
WHERE STATUS = 'INACTIVE'
GROUP BY S.PADDR
HAVING MIN(ROUND(LAST_CALL_ET / 60)) > 120)
AND A.PADDR = B.ADDR
AND A.STATUS = 'INACTIVE';
SPOOL OFF
--#. 32 사용자별 오브젝트 수
SELECT OWNER AS "OWNER"
,SUM(DECODE(OBJECT_TYPE, 'TABLE', 1, 0)) AS "TABLE"
,SUM(DECODE(OBJECT_TYPE, 'INDEX', 1, 0)) AS "INDEX"
,SUM(DECODE(OBJECT_TYPE, 'SYNONYM', 1, 0)) AS "SYNONYMS"
,SUM(DECODE(OBJECT_TYPE, 'SEQUENCE', 1, 0)) AS "SEQUENCES"
,SUM(DECODE(OBJECT_TYPE, 'VIEW', 1, 0)) AS "VIEWS"
,SUM(DECODE(OBJECT_TYPE, 'CLUSTER', 1, 0)) AS "CLUSTERS"
,SUM(DECODE(OBJECT_TYPE, 'DATABASE LINK', 1, 0)) AS "DBLINKS"
,SUM(DECODE(OBJECT_TYPE, 'PACKAGE', 1, 0)) AS "PACKAGES"
,SUM(DECODE(OBJECT_TYPE, 'PACKAGE BODY', 1, 0)) AS "PACKAGE_BODY"
,SUM(DECODE(OBJECT_TYPE, 'PROCEDURE', 1, 0)) AS "PROCEDURES"
,SUM(DECODE(OBJECT_TYPE, 'FUNCTION', 1, 0)) AS "FUNCTION"
FROM DBA_OBJECTS
GROUP BY OWNER;
--#. 33 Object별 테이블스페이스 및 데이터파일
SELECT DISTINCT E.SEGMENT_NAME, E.TABLESPACE_NAME, F.FILE_NAME
FROM DBA_EXTENTS E
,DBA_DATA_FILES F
WHERE E.FILE_ID = F.FILE_ID
AND E.SEGMENT_TYPE = 'TABLE'
AND E.TABLESPACE_NAME NOT IN ('SYSTEM', 'TOOLS');
--#. 34 작업 중인 데이터베이스 트랜잭션 조회
SELECT S.SID
,S.SERIAL#
,S.STATUS
,S.OSUSER
,S.USERNAME
,T.STATUS
,T.START_TIME
FROM V$SESSION S
,V$TRANSACTION T
,DBA_ROLLBACK_SEGS R
WHERE S.TADDR = T.ADDR
AND T.XIDUSN = R.SEGMENT_ID;
--#. 35 열려 있는 커서 조회
SELECT A.SID
,A.OSUSER
,COUNT(B.SID) AS "CURSOR"
,A.PROGRAM
,A.STATUS
FROM V$SESSION A
,V$OPEN_CURSOR B
WHERE A.SID = B.SID(+)
GROUP BY A.SID, A.OSUSER, A.PROGRAM, A.STATUS;
--#. 36 잠금 발생 유형 조회
SELECT A.SID
,DECODE(A.TYPE
,'MR', 'MEDIA RECOVERY'
,'RT', 'REDO THREAD'
,'UN', 'USER_NAME'
,'TX', 'TRANSACTION'
,'TM', 'DML'
,'UL', 'PL/SQL USER LOCK'
,'DX', 'DISTRIBUTED XACTION'
,'CF', 'CONTROL FILE'
,'IS', 'INSTANCE STATE'
,'FS', 'FILE SET'
,'IR', 'INSTANCE RECOVERY'
,'FS', 'FILE SET'
,'ST', 'DISK SPACE TRANSACTION'
,'TS', 'TEMP SEGMENT'
,'IV', 'LIBRARY CACHE INVAILDATION'
,'LS', 'LOG START OR SWITCH'
,'RW', 'ROW WAIT'
,'SQ', 'SEQUENCE NUMBER'
,'TE', 'EXTEND TABLE'
,'TT', 'TEMP TABLE'
,A.TYPE
)
AS "LOCK_TYPE"
,DECODE(A.LMODE
,0, 'NONE'
,1, 'NULL'
,2, 'ROW-S(SS)'
,3, 'ROW-X(SX)'
,4, 'SHARE'
,5, 'S/ROW-X(SSX)'
,6, 'EXCLUSIVE'
,TO_CHAR(A.LMODE)
)
AS "MODE_HELD"
,DECODE(A.REQUEST
,0, 'NONE'
,1, 'NULL'
,2, 'ROW-S(SS)'
,3, 'ROW-X(SX)'
,4, 'SHARE'
,5, 'S/ROW-X(SSX)'
,6, 'EXCLUSIVE'
,TO_CHAR(A.REQUEST)
)
AS "MODE_REQUESTED"
,TO_CHAR(A.ID1) AS "LOCK_ID1"
,TO_CHAR(A.ID2) AS "LOCK_ID2"
,DECODE(BLOCK, 0, 'NOT BLOCKING', 1, 'BLOCKING', 2, 'GLOBAL', TO_CHAR(BLOCK)) AS "BLOCKING_OTHERS"
FROM V$LOCK A
WHERE (ID1, ID2) IN (SELECT B.ID1, ID2
FROM V$LOCK B
WHERE B.ID1 = A.ID1);
--#. 37 테이블의 PK를 구성하는 컬럼 조회
SELECT A.TABLE_NAME, B.CONSTRAINT_NAME, C.COLUMN_NAME
FROM USER_TABLES A
,USER_CONSTRAINTS B
,USER_CONS_COLUMNS C
WHERE A.TABLE_NAME = B.TABLE_NAME
AND B.CONSTRAINT_NAME = C.CONSTRAINT_NAME
AND B.CONSTRAINT_TYPE = 'P';
--#. 38 오브젝트에 접속되어 있는 프로그램 조회
SELECT SUBSTR(B.OBJECT, 1, 15) AS OBJECT, SUBSTR(A.PROGRAM, 1, 15) AS PROGRAM, COUNT(*) AS CNT
FROM V$SESSION A
,V$ACCESS B
WHERE A.SID = B.SID
AND B.OWNER NOT IN ('SYS')
AND A.TYPE != 'BACKGROUND'
AND B.OBJECT LIKE UPPER('&OBJECT_NAME') || '%'
GROUP BY B.OBJECT, SUBSTR(A.PROGRAM, 1, 15);
--#. 39 잠금 상태 오브젝트 조회
SELECT A.SESSION_ID
,B.SERIAL#
,A.OS_USER_NAME
,A.ORACLE_USERNAME
,C.OBJECT_NAME
,A.LOCKED_MODE
,A.XIDUSN
FROM V$LOCKED_OBJECT A
,V$SESSION B
,DBA_OBJECTS C
WHERE A.OBJECT_ID = C.OBJECT_ID
AND A.SESSION_ID = B.SID;
--#. 40 잠금 SQL 구문 조회
SELECT B.USERNAME AS USERNAME
,C.SID AS SID
,C.OWNER AS OBJECT_OWNER
,C.OBJECT AS OBJECT
,B.LOCKWAIT
,A.PIECE
,A.SQL_TEXT AS SQL
FROM V$SQLTEXT A
,V$SESSION B
,V$ACCESS C
WHERE A.ADDRESS = B.SQL_ADDRESS
AND A.HASH_VALUE = B.SQL_HASH_VALUE
AND B.SID = C.SID
AND C.OWNER != 'SYS';
--#. 41 롤백 세그먼트 경합 조회
SELECT NAME T0
,GETS T1
,WAITS T2
,TO_CHAR(TRUNC(WAITS / GETS * 100, 2), 099.99) || ' %' T3
,TO_CHAR(ROUND(RSSIZE / 1024)) T4
,SHRINKS T5
,EXTENDS T6
FROM V$ROLLSTAT
,V$ROLLNAME
WHERE V$ROLLSTAT.USN = V$ROLLNAME.USN;
--#. 42 CPU를 많이 사용하는 세션의 식별
SELECT A.SID
,C.SERIAL#
,A.VALUE
,C.USERNAME
,C.STATUS
,C.PROGRAM
FROM V$SESSTAT A
,V$STATNAME B
,V$SESSION C
WHERE A.STATISTIC# = B.STATISTIC#
AND A.SID = C.SID
AND B.NAME = 'CPU used by this session'
AND A.VALUE > 0
ORDER BY A.VALUE DESC;
--#. 43 Tablespace별 Table, Index 개수
SELECT OWNER
,TABLESPACE_NAME
,SUM(DECODE(SEGMENT_TYPE, 'TABLE', 1, 0))
,SUM(DECODE(SEGMENT_TYPE, 'INDEX', 1, 0))
FROM DBA_SEGMENTS
WHERE SEGMENT_TYPE IN ('TABLE', 'INDEX')
GROUP BY OWNER, TABLESPACE_NAME;
--#. 44 Disk Read 가 많은 SQL문 찾기
SELECT DISK_READS, SQL_TEXT
FROM V$SQLAREA
WHERE DISK_READS > 100
ORDER BY DISK_READS DESC;
--#. 45 Rollback Segment를 사용하고 있는 SQL문 조회
SELECT A.NAME
,B.XACTS
,C.SID
,C.SERIAL#
,C.USERNAME
,D.SQL_TEXT
FROM V$ROLLNAME A
,V$ROLLSTAT B
,V$SESSION C
,V$SQLTEXT D
,V$TRANSACTION E
WHERE A.USN = B.USN
AND B.USN = E.XIDUSN
AND C.TADDR = E.ADDR
AND C.SQL_ADDRESS = D.ADDRESS
AND C.SQL_HASH_VALUE = D.HASH_VALUE
ORDER BY A.NAME, C.SID, D.PIECE;
--#. 46 Index가 없는 Table 조회
SELECT OWNER, TABLE_NAME
FROM (SELECT OWNER, TABLE_NAME
FROM DBA_TABLES
MINUS
SELECT TABLE_OWNER, TABLE_NAME
FROM DBA_INDEXES)
WHERE OWNER NOT IN ('SYS', 'SYSTEM')
ORDER BY OWNER, TABLE_NAME;
--#. 47 오래도록 수행되는 Full Table Scan를 모니터링
SELECT SID
,SERIAL#
,OPNAME
,TO_CHAR(START_TIME, 'HH24:MI:SS') AS "START"
,(SOFAR / TOTALWORK) * 100 AS "PERCENT_COMPLETE"
FROM V$SESSION_LONGOPS;
--#. 48 System 테이블스페이스에 비시스템 세그먼트 조회
SELECT OWNER
,SEGMENT_NAME
,SEGMENT_TYPE
,TABLESPACE_NAME
FROM DBA_SEGMENTS
WHERE OWNER NOT IN ('SYS', 'SYSTEM')
AND TABLESPACE_NAME = 'SYSTEM';
--#. 49 인덱스의 Delete Space 조회
SELECT NAME
,LF_ROWS
,DEL_LF_ROWS
,(DEL_LF_ROWS / LF_ROWS) * 100 AS "DELETE SPACE %"
FROM INDEX_STATS
WHERE NAME = UPPER('&INDEX_NAME');
--Delete Space % 값이 20 % 가 넘으면, 그 인덱스는 다시 작성하는 것이 좋다.
--#. 50 Session별 사용 명령어
SELECT SESS.SID
,SESS.SERIAL#
,SUBSTR(SESS.USERNAME, 1, 10) "USER NAME"
,SUBSTR(OSUSER, 1, 11) "OS USER"
,SUBSTR(SESS.MACHINE, 1, 15) "MACHINE NAME"
,STATUS
,UPPER(
DECODE(NVL(COMMAND, 0)
,0, '---'
,1, 'CREATE TABLE'
,2, 'INSERT -'
,3, 'SELECT -'
,4, 'CREATE CLUST'
,5, 'ALTER CLUST'
,6, 'UPDATE -'
,7, 'DELETE -'
,8, 'DROP -'
,9, 'CREATE INDEX'
,10, 'DROP INDEX'
,11, 'ALTER INDEX'
,12, 'DROP TABLE'
,13, 'CREATE SEQ'
,14, 'ALTER SEQ'
,15, 'ALTER TABLE'
,16, 'DROP SEQ'
,17, 'GRANT'
,18, 'REVOKE'
,19, 'CREATE SYN'
,20, 'DROP SYN'
,21, 'CREATE VIEW'
,22, 'DROP VIEW'
,23, 'VALIDATE IX'
,24, 'CREATE PROC'
,25, 'ALTER PROC'
,26, 'LOCK TABLE'
,27, 'NO OPERATION'
,28, 'RENAME'
,29, 'COMMENT'
,30, 'AUDIT'
,31, 'NOAUDIT'
,32, 'CREATE DBLINK'
,33, 'DROP DB LINK'
,34, 'CREATE DATABASE'
,35, 'ALTER DATABASE'
,36, 'CREATE RBS'
,37, 'ALTER RBS'
,38, 'DROP RBS'
,39, 'CREATE TABLESPACE'
,40, 'ALTER TABLESPACE'
,41, 'DROP TABLESPACE'
,42, 'ALTER SESSION'
,43, 'ALTER USER'
,44, 'COMMIT'
,45, 'ROLLBACK'
,47, 'PL/SQL EXEC'
,48, 'SET TRANSACTION'
,49, 'SWITCH LOG'
,50, 'EXPLAIN'
,51, 'CREATE USER'
,52, 'CREATE ROLE'
,53, 'DROP USER'
,54, 'DROP ROLE'
,55, 'SET ROLE'
,56, 'CREATE SCHEMA'
,58, 'ALTER TRACING'
,59, 'CREATE TRIGGER'
,61, 'DROP TRIGGER'
,62, 'ANALYZE TABLE'
,63, 'ANALYZE INDEX'
,69, 'DROP PROCEDURE'
,71, 'CREATE SNAP LOG'
,72, 'ALTER SNAP LOG'
,73, 'DROP SNAP LOG'
,74, 'CREATE SNAPSHOT'
,75, 'ALTER SNAPSHOT'
,76, 'DROP SNAPSHOT'
,85, 'TRUNCATE TABLE'
,88, 'ALTER VIEW'
,91, 'CREATE FUNCTION'
,92, 'ALTER FUNCTION'
,93, 'DROP FUNCTION'
,94, 'CREATE PACKAGE'
,95, 'ALTER PACKAGE'
,96, 'DROP PACKAGE'
,46, 'SAVEPOINT'
)
)
COMMAND
,SESS.PROCESS "C.PROC"
,PROC.SPID "S.PROC"
,TO_CHAR(SESS.LOGON_TIME, 'YYYY-MM-DD HH24:MI')
FROM V$SESSION SESS
,V$SESSTAT STAT
,V$STATNAME NAME
,V$PROCESS PROC
WHERE SESS.SID = STAT.SID
AND STAT.STATISTIC# = NAME.STATISTIC#
AND SESS.USERNAME IS NOT NULL
AND NAME.NAME = 'RECURSIVE CALLS'
AND SESS.PADDR = PROC.ADDR
ORDER BY 3, 1, 2;
--#. 51 딕셔너리/뷰 정보 조회
SELECT A.TABLE_NAME, B.COLUMN_NAME
FROM DICTIONARY A
,DICT_COLUMNS B
WHERE A.TABLE_NAME = B.TABLE_NAME;
--#. 52 패키지 검색 1 - 특정 오라클 사용자 중에서 패키지 소스와 일치하는 텍스트를 조회
-- 오라클 사용자에서 사용하는 패키지를 보여는 방법
---- :IN_OWNER : 오라클 사용자
---- :IN_OBJECT_NAME : 패키지 이름
SELECT OBJECT_NAME
FROM DBA_OBJECTS
WHERE OWNER = :IN_OWNER
AND OBJECT_NAME LIKE '%' || :IN_OBJECT_NAME || '%'
AND OBJECT_TYPE = 'PACKAGE';
-- 오라클 사용자의 패키지 중에서 텍스트 내용을 검색하여 패키지 정보를 추출
---- :IN_OWNER : 오라클 사용자
---- :IN_TEXT : 패키지소 스에서 검색할 텍스트
SELECT NAME -- 패키지 이름
, LINE -- 라인 수
, TEXT -- 패키지 BODY에 수정된 내용
FROM DBA_SOURCE
WHERE OWNER = :IN_OWNER
AND TEXT LIKE '%' || :IN_TEXT || '%';
--#. 53 특정 사용자의 패키지 내에서 주석처리가 되지 않은 항목을 조회
/*
오라클 사용자가 사용하는 패키지의 BODY 소스를 검색하여
주식이 없거나 패턴이 맞지 않는 항목을 조회 한다.
*/
SELECT *
FROM DBA_OBJECTS B
WHERE B.OWNER = :IN_OWNER
AND B.OBJECT_TYPE = 'PACKAGE BODY'
AND B.STATUS <> 'INVALID' -- VALID 상태만 조회, 만약 INVALID 된다고 해도 패키지를 수행하는 순간 컴파일 됨.
AND NOT EXISTS
(SELECT 1
FROM DBA_SOURCE A
WHERE A.OWNER = B.OWNER
AND A.TYPE = B.OBJECT_TYPE
AND A.NAME = B.OBJECT_NAME
AND A.LINE <= 5
AND A.TEXT LIKE '%NAME%');
--#. 54 테이블의 익스텐트 정보 조회
/*
오라클에서 스토리지 구조는 아래와 같다.
테이블 스페이스 -> 세그먼트 -> 익스텐트 -> 블록 -> OS 범위 -> 데이터 파일 -> 운영체제 블록
세그먼트의 이름,
해당 세그먼트의 최대 익스텐트 개수,
익스텐트 아이디
해당 세그먼트의 최대 익스텐트 개수 - 최대 익스텐트 아이디
딕셔너리 관리 테이블스페이스로 생성한 것으로 조회를 한다.
*/
SELECT B.SEGMENT_NAME
,B.MAX_EXTENTS
,MAX(C.EXTENT_ID) AS EXTENT_ID
,B.MAX_EXTENTS - MAX(C.EXTENT_ID) AS DIFF
FROM USER_TABLESPACES A
,USER_SEGMENTS B
,USER_EXTENTS C
WHERE A.EXTENT_MANAGEMENT = 'DICTIONARY'
AND B.TABLESPACE_NAME = A.TABLESPACE_NAME
AND C.SEGMENT_NAME = B.SEGMENT_NAME
GROUP BY B.SEGMENT_NAME, B.MAX_EXTENTS
HAVING B.MAX_EXTENTS - MAX(C.EXTENT_ID) <= 50
ORDER BY B.MAX_EXTENTS - MAX(C.EXTENT_ID);
--#. 55 특정 테이블의 스키마 구조 확인
/*
보통 토드나 기타 오라클 클라이언트 툴을 이용해서 테이블 구조를 확인 해도 됩니다.
하지만 수많은 테이블을 전체 보고 싶을 경우 아래 쿼리를 이용하면 한번에 확인이 가능합니다.
*/
--: 관리자용
SELECT OWNER
,TABLE_NAME
,COLUMN_NAME
,PK
,COLUMN_NAME
,DATA_TYPE || '( ' || NVL(DATA_TYPE_2, DATA_LENGTH) || ' )' DATA_TYPE
,NULLABLE
,COMMENTS
FROM (SELECT A.OWNER
,A.TABLE_NAME
,A.COLUMN_ID
,B.POSITION PK
,A.COLUMN_NAME
,A.DATA_TYPE
,A.DATA_PRECISION || DECODE(A.DATA_SCALE, NULL, NULL, ',' || A.DATA_SCALE) DATA_TYPE_2
,A.DATA_LENGTH
,A.DATA_PRECISION
,A.DATA_SCALE
,A.NULLABLE
,A.COMMENTS
,ROW_NUMBER() OVER (PARTITION BY A.OWNER, A.TABLE_NAME, A.COLUMN_ID ORDER BY A.COLUMN_ID, B.POSITION) RN
FROM (SELECT COL.OWNER
,COL.TABLE_NAME
,COL.COLUMN_ID
,COL.COLUMN_NAME
,COL.DATA_TYPE
,COL.DATA_LENGTH
,COL.DATA_PRECISION
,COL.DATA_SCALE
,COL.NULLABLE
,COM.COMMENTS
FROM DBA_TAB_COLUMNS COL
,DBA_COL_COMMENTS COM
WHERE COL.COLUMN_NAME = COM.COLUMN_NAME
AND COL.OWNER = COM.OWNER
AND COL.TABLE_NAME = COM.TABLE_NAME
AND COM.OWNER = :IN_OWNER
AND COM.TABLE_NAME LIKE :IN_TABLE_NAME || '%') A
,DBA_CONS_COLUMNS B
WHERE B.TABLE_NAME(+) = A.TABLE_NAME
AND B.COLUMN_NAME(+) = A.COLUMN_NAME) X
WHERE X.RN = 1
ORDER BY X.TABLE_NAME, X.COLUMN_ID;
--: 일반 사용자 용
SELECT TABLE_NAME
,COLUMN_NAME
,PK
,COLUMN_NAME
,DATA_TYPE || '( ' || NVL(DATA_TYPE_2, DATA_LENGTH) || ' )' DATA_TYPE
,NULLABLE
,COMMENTS
FROM (SELECT A.TABLE_NAME
,A.COLUMN_ID
,B.POSITION PK
,A.COLUMN_NAME
,A.DATA_TYPE
,A.DATA_PRECISION || DECODE(A.DATA_SCALE, NULL, NULL, ',' || A.DATA_SCALE) DATA_TYPE_2
,A.DATA_LENGTH
,A.DATA_PRECISION
,A.DATA_SCALE
,A.NULLABLE
,A.COMMENTS
,ROW_NUMBER() OVER (PARTITION BY A.TABLE_NAME, A.COLUMN_ID ORDER BY A.COLUMN_ID, B.POSITION) RN
FROM (SELECT COL.TABLE_NAME
,COL.COLUMN_ID
,COL.COLUMN_NAME
,COL.DATA_TYPE
,COL.DATA_LENGTH
,COL.DATA_PRECISION
,COL.DATA_SCALE
,COL.NULLABLE
,COM.COMMENTS
FROM USER_TAB_COLUMNS COL
,USER_COL_COMMENTS COM
WHERE COL.COLUMN_NAME = COM.COLUMN_NAME
AND COL.TABLE_NAME = COM.TABLE_NAME
AND COM.TABLE_NAME LIKE :IN_TABLE_NAME || '%') A
,USER_CONS_COLUMNS B
WHERE B.TABLE_NAME(+) = A.TABLE_NAME
AND B.COLUMN_NAME(+) = A.COLUMN_NAME) X
WHERE X.RN = 1
ORDER BY X.TABLE_NAME, X.COLUMN_ID;
--#. 56 특정 테이블의 인덱스 확인
/*
인덱스를 확인 하고자 할때 사용하는 쿼리
*/
SELECT C.TABLE_NAME
,C.INDEX_NAME
,C.COLUMN_NAME
,C.COLUMN_POSITION
,T.NUM_ROWS
FROM ALL_IND_COLUMNS C
,(SELECT TABLE_NAME, NUM_ROWS
FROM ALL_TABLES
WHERE OWNER = 'ESTDBA'
AND TABLE_NAME IN (SELECT TABLE_NAME
FROM USER_TABLES
WHERE TABLE_NAME LIKE :IN_TABLE_NAME || '%')
AND NUM_ROWS > 0) T
WHERE C.TABLE_NAME = T.TABLE_NAME
ORDER BY T.NUM_ROWS DESC, C.TABLE_NAME, C.INDEX_NAME, C.COLUMN_POSITION;
--#. 57 다중 UPDATE 쿼리
/*
BYPASS_UJVC 힌트를 이용하면 특정 뷰를 만들어서 컬럼 대 컬럼을 대입 할 수 있습니다.
아래 쿼리는 메타정보관리용 유저로서 코멘트의 내용 중에서 정규표현식을 이용하여 관련 데이터를 조작 하는 방법 입니다.
*/
UPDATE /*+ BYPASS_UJVC */
( SELECT X.*
,CASE
WHEN UNIT_INSTR > 0 THEN SUBSTR(X.COLUMN_DESC, X.UNIT_INSTR + 3, 1)
END
B_UNIT
FROM (SELECT A.SERVER
,A.OWNER
,A.TABLE_NAME
,A.COLUMN_NAME
,A.COLUMN_DESC
,A.GRP_CD A_GRP_CD
,A.UNIT A_UNIT
,REGEXP_INSTR(COLUMN_DESC, '단위\:') UNIT_INSTR
FROM DBA_MYCOL A
WHERE A.SERVER = :IN_SERVER
AND A.OWNER = :IN_OWNER
AND A.TABLE_NAME = :IN_TABLE_NAME) X)
SET A_UNIT = B_UNIT
UPDATE_DT = SYSDATE;
--#. 58 상호 DB간에 컬럼 이름 비교
/*
양쪽 DB에서 사용하는 테이블 중에서 컬럼 이름 다른 항목을 찾는다.
*/
SELECT A.TABLE_NAME
,A.COLUMN_NAME
,A.COLUMN_ID
,A.DATA_TYPE || '(' || A.DATA_LENGTH || ')' DATA_TYPE
FROM USER_TAB_COLUMNS@LINK_ESTDB A
WHERE A.TABLE_NAME = :IN_TABLE_NAME
AND NOT EXISTS
(SELECT 'X'
FROM USER_TAB_COLUMNS B
WHERE B.TABLE_NAME = A.TABLE_NAME
AND B.COLUMN_NAME = A.COLUMN_NAME);
SELECT A.TABLE_NAME, A.COLUMN_NAME, A.COLUMN_ID
FROM USER_TAB_COLUMNS@LINK_ESTDB A
WHERE A.TABLE_NAME = :IN_TABLE_NAME
MINUS
SELECT A.TABLE_NAME, A.COLUMN_NAME, A.COLUMN_ID
FROM USER_TAB_COLUMNS A
WHERE A.TABLE_NAME = :IN_TABLE_NAME
--#. 59 해당 테이블의 세션을 제거하는 쿼리
/*
특정 테이블이 락을 발생하고 있으면 세션을 찾아서 중단시킨다.
*/
SELECT 'ALTER SYSTEM KILL SESSION ''' || S.SID||','||S.SERIAL# ||''';'
FROM V$LOCK L, DBA_OBJECTS O, V$SESSION S
WHERE L.ID1 = O.OBJECT_ID
AND S.SID = L.SID
AND O.OWNER = 'ESTDBA'
AND O.OBJECT_NAME = 'TMP_GSYM2'
--#. 60 CPU를 많이 사용하는 세션의 식별(SQL TEXT 조회)
SELECT A.*
,(SELECT SS.SQL_TEXT
FROM V$SQLAREA SS
WHERE SS.ADDRESS = A.SQL_ADDRESS
AND ROWNUM <= 1
) AS SQL_TEST
FROM (
SELECT A.SID
,C.SERIAL#
,A.VALUE
,C.USERNAME
,C.STATUS
,C.PROGRAM
,C.SQL_ADDRESS
,ROW_NUMBER() OVER (ORDER BY A.VALUE DESC) RN
FROM V$SESSTAT A
,V$STATNAME B
,V$SESSION C
WHERE A.STATISTIC# = B.STATISTIC#
AND A.SID = C.SID
AND B.NAME = 'CPU used by this session'
AND A.VALUE > 0
AND C.STATUS = 'ACTIVE'
AND C.USERNAME IS NOT NULL
) A
WHERE A.RN <= 10;
--#. 61 Blocking Lock Session 확인
SELECT B.BLOCKING_SESSION AS BLOCKING_SESSION_SID
,C.SID AS LOCK_SESSION_SID
,C.OWNER AS OBJECT_OWNER
,C.OBJECT AS OBJECT
,B.LOCKWAIT
,A.PIECE
,A.SQL_TEXT AS SQL
FROM V$SQLTEXT A
,V$SESSION B
,V$ACCESS C
WHERE A.ADDRESS = B.SQL_ADDRESS
AND A.HASH_VALUE = B.SQL_HASH_VALUE
AND B.SID = C.SID
AND B.BLOCKING_SESSION IS NOT NULL
AND C.OWNER NOT IN ('SYS', 'PUBLIC')
AND C.OBJECT NOT IN ('TOAD_PLAN_TABLE')
ORDER BY A.PIECE;
--#. 62 현재 세션에서 10초이상 걸리는 쿼리 조회 (SELECT절)
SELECT ABS(SYSDATE - A.LAST_LOAD_TIME) * 24 * 60 * 60 AS SEC_TIEM, A.*
FROM V$SQLAREA A
,V$SESSION B
WHERE A.SQL_TEXT LIKE '%SELECT%'
AND A.ADDRESS = B.SQL_ADDRESS
AND B.STATUS = 'ACTIVE'
AND A.ELAPSED_TIME >= 10 * 1000000 -- 실행계획에서 10초 이상 걸리는 쿼리를 조회(실제 걸리는 시간은 아님.)
AND A.PARSING_SCHEMA_NAME NOT IN ('SYS', 'SYSTEM', 'SYSMAN')
AND B.USERNAME IS NOT NULL;
--#. 63 현재 세션에서 PGA, UGA, CPU 사용량 세션별로 조회하는 쿼리
SELECT B.USERNAME
,A.SID
,A.PGA_USAGE
,A.UGA_USAGE
,A.CPU_USAGE_SECONDS
,B.MACHINE
,B.PROGRAM
,B.MODULE
FROM (SELECT B.SID
,MAX(DECODE(C.NAME, 'session pga memory', TRUNC(B.VALUE / 1024 / 1024) || 'MB', 0)) AS PGA_USAGE
,MAX(DECODE(C.NAME, 'session uga memory', TRUNC(B.VALUE / 1024 / 1024) || 'MB', 0)) AS UGA_USAGE
,MAX(DECODE(C.NAME, 'CPU used by this session', (B.VALUE / 100) || ' Sec', 0)) AS CPU_USAGE_SECONDS
FROM V$SESSTAT B
,V$STATNAME C
WHERE B.STATISTIC# = C.STATISTIC#
GROUP BY B.SID) A
,V$SESSION B
WHERE B.SID = A.SID
AND B.STATUS = 'ACTIVE'
AND B.USERNAME IS NOT NULL;반응형