BI Apps796 Perf Tech Note V9

8/10/2019 BI Apps796 Perf Tech Note V9

1/134

1

B I

A 7.9.6.

,

01

P A: P B

C: E P, A B, N A,O S, W A, K D,

A D, A K, A H, S L,

S K, V E

C 2013, . A .


2/134

O B I A V 7.9.6. P

R

C

I ............................................................................................................................................................ 8

H O BI A ................................................................ 8

S C O B A W .................................................................... 9

I ................................................................................................................................................... 9

S S I B .............................................................................................................. 9

C .................................................................................................................................................... 11

S T ........................................................................................................................................................ 11

O BI E E (OBIEE) / ETL T ................................................................................................ 11

R OBIEE/ETL T ........................................................................................................ 11

D ETL .................................................................................. 11

T T ........................................................................................................................................................ 12

S E R B P ...................................................................... 12

C D C C S D ........................................................................... 12

I ................................................................................................................................................. 12

O G G ...................................................................................................................................... 12

M V L ................................................................................................................................ 13

D T S T ............................................................................................................ 17

E W I D S ....................................................................................................... 17

A S TEMP OLTP D S ..................................................................................... 18

R S T P S L T ................................................................... 18

U T R S E T P L. .......................................... 18

C I O EBS I L P ................................................................ 19

I ................................................................................................................................................. 19


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C OBIEE EBS 11 R12 ..................................................................................... 19

C EBS EBS 11 ........................................................................................... 21

O EBS ............................................................................................ 23

C EBS CREATION_DATE EBS 11 .......................................................... 23

O W R B P .......................................................................... 24

D ................................................................................................................. 24

O RDBMS 64 R .......................................................................................................... 24

ETL REDO L .............................................................................................. 24

O RDBMS S S ....................................................................................................................... 25

P Q ............................................................................................................................. 25

O B A W T ......................................................................................... 25

B I ................................................................................... 26

I ................................................................................................................................................. 26

DAC ETL ............................................................................. 26

B I ............................................................................................................. 28

M D U I .................................................................................................. 32

H Q I I ETL ................................................................................................... 34

P L F .................................................................................................... 35

I ................................................................................................................................................. 35

R C RR P ........................................................................................ 36

C R P U V C ...................................................................... 48

I P ..................................................................................................................................... 50

P P S Q ................................................................................................................. 50

P P S T S............................................................................. 51

C .................................................................................................................................................... 56

T C ............................................................................................... 57

T C R........................................................................................................ 57

R C C T DML U D ........................................................ 57

ETL A M V ....................................................................................................... 58


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I ................................................................................................................................................. 58

I DAC A F S MV .................................................................................. 58

U O DBMS_PARALLEL_EXECUTE (11R2) ................................................................... 66

W 255 ........................................................................................... 68

I ................................................................................................................................................. 68

W ............................................................................................................. 69

G O ETL ......................................................................... 69

H J N L O RDBMS ...................................................................................... 69

O D H U O B I A 7.9.6 M .......................... 72

O D H U O B I A 7.9.6.3 M ....................... 75

O D H U O B I A 7.9.6.4 M ....................... 78

U O O D S ............................................................... 79

O BI A B P O E ..................................................................................... 80

D R A W E ........................................................................ 80

H BI A I E W E .......................................................... 81

G T S BI A T ............................................................................................ 82

O B A W S S E ................................................................. 82

P Q U BI A E............................................................................................. 82

C I O B A W E ........................................... 82

OBIEE Q P C E ................................................................................. 83

E S F C ............................................................................................................................... 83

T W R B P ...................................................................... 84

I ...................................................................................................................................................... 84

O T O ................................................................................................................. 84

DB2 W R B P .............................................................................. 84

DB2 W C ......................................................................................................................... 84

D M L .............................................................................................................................. 84

D L ............................................................................................................................................. 84

D R ......................................................................................................................................... 85


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B P .................................................................................................................................................. 85

T S ................................................................................................................................................. 85

DB2 R B P ...................................................................................................... 85

D B M ..................................................................................................................................... 85

A U W ................................................................................................... 86

SIEBTRUN SIEBSTAT E .................................................................................................................... 86

T E ...................................................................................... 86

DB2 I U M ............................................................................................................................ 87

I ................................................................................................................................................. 87

I I U M ............................................................................................................ 87

SQL S W R B P ................................................................... 89

SQL S I M DMV ......................................................................................................... 89

I C B P .............................................................................................. 90

I PC 32 . 64 ....................................................................................................... 90

I S L .................................................................................................................................. 90

I L ......................................................................................................................................... 91

D L C L ............................................................................................... 92

J S T L T I L .................................................................... 92

I C R C ........................................................ 93

D C R C DAC ............................................................................................ 93

D C R C I ................................................................................ 93

I S P ....................................................................................................................... 94

C I ........................................................................................................................................... 94

DTM B S ............................................................................................................................................ 94

A C P L C C....................................................................... 94

D B B S .............................................................................................................................. 94

I L: B . N ................................................................................................................... 95

I B L: T F ................................................................................................... 95

U NULL P I M ..................................................................................................... 95


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I P S L ETL ................................................................................................. 96

I W P ................................................................................................................... 96

W S P W U ..................................................................................... 96

R I C U ................................................................................ 97

I S T HASH P................................................................................................ 97

C P S W M ........................................................................................... 97

I P P ...................................................................................................................... 98

S R I M (O RDBMS) ........................................................................ 99

O MERGE I I U P .................................................................... 99

MERGE SQL I U O ............................................................................................... 99

MERGE P SQL U O ..................................................................................................... 100

MERGE I SQL T ............................................................................................... 101

I L B I ................................................................................................. 108

OBIEE Q P R ................................................................................................ 108

I .................................................................................................................................................... 108

OBIEE C, D P A ........................................................................ 109

OBIEE L U LOGLEVEL=7.............................................................................................................. 109

OBIEE I B O ........................................................................................................................ 109

OBIEE C O ......................................................................................................................... 109

OBIEE D F ........................................................................................................................... 110

OBIEE NQQ. S ..................................................................................................................... 110

I F OBIEE R ....................................................................................................... 110

OBIEE ETL Q O O E S .......................................................... 110

I ............................................................................................................................................... 110

R L E ....................................................................................................................................... 112

C S .................................................................................................................................................. 113

OBIEE Q O U M V ................................................................................. 114

I ............................................................................................................................................... 114

D C R MV ............................................................................... 114


7/134


8/134

Oracle Business Intelligence Applications Version 7.9.6 Performance

Recommendations

O B I (BI) A V 7.9.6

O . 7.9.6 . E O BI A

ETL,

.

T O BI A 7.9.6 , I PC 8.6.

9. ETL , O B I E E (OBIEE) 10.1.3.4. 11.1.1.. M

BI A 7.9.6. . R

.

:T O BI A, DBA A . I

I O RDBMS,

. C O E S

BI A .

B A

D , O BI A V 7.9.6 ,

. T ETL . R O BI A

A O B I E E (OBIE OBIEE .

O E (V2) BI A ETL OBIEE . O BI

A E ETL . T BI A / E

. R O E ,

BI A .

O E OBIEE . T E

.

T O BI A .

C A EDI AGE

T V U 200 G 200 G 1 T 1 T

# CPU 16 32 64*

P RAM 3264 G 64128 G 256+ G*


9/134

S S U 400 G 400 G 2 T 2T

S S

L (PATA, SATA, SCSI),

NAS, RAID

H SCSI SAN

16 G HBA ,

/ 2G E

NIC

H SCSI SAN

24 G HBA ,

/ 2G E

NIC

BI E E / E

# CPU 8 16 32

P RAM 8 G 16 G 32 G

S S 100 G 200 G 400 G

* C O RAC

.

I!

D , OBIEE ,

.

T OBIEE , OBIEE C O E. R OBIEE E .

I O BI A . I

W A N (WAN) ETL E

ETL .

C B A

O BI A ETL ETL

ETL . U CPU ETL

I/O ETL . T

:

S ( P Q C )

R I/O , ,

C BI A .

B

S I/O ETL ETL . T

NA

, ETL .

C :

L #1 #2 :

2 1.8 GH I X CPU

32 GB RAM

S NA , 1 2, EXT3 :


10/134

o S #1 1

o S #2 2

E :

S I/O 8K 16K, .

E ETL .

R :

oT#1: NFS 1 L #1; L #2 .

oT#2: NFS 1 2 L #1 #2.

T KB / :

- I : .

- : .

- : .

- : .

- : .

- : .

- : .

- : .

- : .

- : , : 4 K,

200 K, 4 K, 200 K .

:

#1 #2

"I " 46087.10 KB/ 30039.90 KB/

"R " 70104.05 KB/ 30106.25 KB/

"R " 3134220.53 KB/ 2078320.83 KB/

"R " 3223637.78 KB/ 3038416.45 KB/

"R R " 1754192.17 KB/ 1765427.92 KB/

"S " 1783300.46 KB/ 1795288.49 KB/

"R " 1724525.63 KB/ 1755344.27 KB/

"M " 2704878.70 KB/ 2456869.82 KB/

"R " 68053.60 KB/ 25367.06 KB/

"P " 45778.21 KB/ 23794.34 KB/

"P " 2837808.30 KB/ 2578445.19 KB/

T T 110 216


11/134

I W, R, I R, R W, P ( ) ,

R R, S R, R R, M W P ( )

.

R RAID

.

CY , O BI A . A

RAID () . S I/O ET

.

O BI A CPU . T

I/O , ETL . U I/O RAID

I/O B A ETL

. R S E R B

P OLTP D .

B E E (BEE) / E

BEE/E

T O BIEE/ETL T :

- O B I S 10.1.3.4. 11

- I PC 8.6. 9. C

- I PC 8.6. 9. S

- D W A C (DAC) 10.1.3.4.1

- D W A C 10.1.3.4.1

- I BI A R ( )

- DAC BI A R ( )

D E

T I DAC .

T I DAC .

T I DAC ETL A , W ,

I DAC .

I DAC , O B AW, O, IBM DB2 M SQL S.

T I DAC

.

Y I L B , I

ETL .


12/134

R O, IBM DB2 M SQL S D W .

E B

C D C C D

O BI A A ,

ETL OLTP ETL . I

LAST_UPDATE_DATE O EBS I S CRM. H

. A , ,

ETL .

T C D C (CDC) :

G G

M V L (O RDBMS)

D T

N: DAC I

I DAC .

O G G (GG) CDC, . I

, . G G

, ETL . R G G / OLPT S

G G S .

I ETL G G, , . T

I ETL, , I ETL, G G (GG) :

1. R GG EXTRACTOR .

2. R I ETL . Y ETL

GG .

3. R GG REPLICAT HANDLECOLLISIONS

. F :

START replicat ora_rep

S _ :

REPLICAT ora_repUSERID gg_replicat@ora, PASSWORD gg_replicatHANDLECOLLISIONSNOCOMPRESSUPDATESASSUMETARGETDEFS


13/134

INSERTALLRECORDSMAP user_ext.employees, TARGET user_rep.employees,COLMAP (USEDEFAULTS);

4. C . R L R C

ETL . F :

INFO REPLICAT ora_rep-----------------------------------------------------------------------------------REPLICAT HR_R Last Started 2010-29-03 15:24 Status RUNNING

Checkpoint Lag 00:00:00 (updated 00:00:00 ago)Log Read Checkpoint File D:\GG\dirdat\or0000012010-29-03 15:26:35.114956 RBA 1536

5. I REPLICAT :

SEND REPLICAT ora_rep, NOHANDLECOLLISIONS USER_REP.employees

6. R HANDLECOLLISIONS .

G G , CDC

DML . T , ,

ETL GG :

1. GG EXTRACTOR R L .

2. T EXTRACTOR .

3. T REPLICAT CDC (, , ).

4. W I ETL , REPLICAT ETL .

O M V (MV) L CDC

.

I!MV L , OLTP . Y MV L

CDC .

R MV L:

1. MV L ,

OLTP .

2. E MV MV L. O

OLTP .

3. A MV L MV. T MV L

MV .

R O MV MV L .

T MV L PS_PROJ_RESOURCE PS

SDE_PSFT_PBF .


14/134

PS ESA A DTTM_STAMP PS_PROJ_RESOURCE,

SDE_PSFT_PBF . A ,

SQL .

T CDC MV L :

1. C A MV PS_PROJ_RESOURCE :

CREATE MATERIALIZED VIEW LOG ON PS_PROJ_RESOURCE NOCACHE LOGGING NOPARALLEL WITH SEQUENCE;

2. C (PK) , PS_PROJ_RESOURCE

ALTER TABLE PS_PROJ_RESOURCE ADD CONSTRAINT PS_PROJ_RESOURCE_PK PRIMARY KEY

(BUSINESS_UNIT,PROJECT_ID,ACTIVITY_ID,RESOURCE_ID) USING INDEX PS_PROJ_RESOURCE;

3. C M V PS_PROJ_RESOURCE LAST_UPDATE_DT . T

SYSDATE :

CREATE TABLE OBIEE_PS_PROJ_RESOURCE_MV AS SELECT * FROM PS_PROJ_RESOURCE WHERE 1=2;

ALTER TABLE OBIEE_PS_PROJ_RESOURCE_MV ADD (LAST_UPDATE_DT DATE DEFAULT SYSDATE);

CREATE MATERIALIZED VIEW OBIEE_PS_PROJ_RESOURCE_MVON PREBUILT TABLEREFRESH FAST ON DEMANDAS SELECT * FROM PS_PROJ_RESOURCE;

4. C MV LAST_UPDATE_DT:

CREATE INDEX OBIEE_PS_PROJ_RESOURCE_I1 ON OBIEE_PS_PROJ_RESOURCE_MV(LAST_UPDATE_DT);

5. C MV, SDE F S Q :

CREATE VIEW OBIEE_PS_PROJ_RESOURCE_VW AS SELECT * FROM OBIEE_PS_PROJ_RESOURCE_MV;

6. R MV. T ETL MV L.

exec dbms_mview.refresh(OBIEE_PS_PROJ_RESOURCE_MV,C);

7. U SDE MV, :

LAST_UPDATE_DT > _('$$LAST_EXTRACT_DATE', 'MM/DD/YYYY HH24:MI:SS')

1. O DAC C T > S D > A > T A

2. C N B T A F R M V.

3. C C B V .

4. C A :

N: OBIEE PS M V C

T: SQL


15/134

D C: T

T T: A T

V D P: O

5. E SQL S :

BEGINDBMS_MVIEW.REFRESH('getTableName()', 'F');END;

6. C OK .

1. O PS D B > T .

2. C N OBIEE_PS_PROJ_RESOURCE_MV.

3. C S.

4. A LAST_UPDATE_DT (DATE ) .

5. S .

1. O P , D > T > N .

2. C R_OBIEE_PS_PROJ_RESOURCE_MV .

3. C S PROJ_RESOURCE .

4. C T OBIEE_PS_PROJ_RESOURCE_MV .

5. C A .

6. S .


16/134

1. O P , D > T :

. SDE_PSFT_PBF

. SDE_PSFT_PCLF

. SDE_PSFT_PRLF

2. F , S , PROJ_RESOURCE OBIEE_PS_PROJ_RESOURCE_MV.

3. S .

4. O P A. I , A.

1. O PS D > T G .

2. C N TASK_GROUP_OBIEE_L_PF,

, .

1. O PS , D > S A P

2. C C T , PS NPS.

R .

3. S .


17/134

R S A E . V

E .

R BI A A A G, "C DAC O D S

A" .

D

Y .

T OLTP ,

.

H O :

CREATE OR REPLACE TRIGGER CDC_Trigger

AFTER UPDATE OR INSERT ON Base_Table

FOR EACH ROW

BEGIN

IF INSERTING THEN

INSERT INTO AUX_TABLE VALUES(:new.TEST_ID, SYSTIMESTAMP);

END IF;

IF UPDATING THEN

UPDATE AUX_TABLE SET LAST_UPDATE_DATE = SYSTIMESTAMP WHERE TEST_ID = :new.TEST_ID;

END IF;

END;

/

R :

E CDC .

C CDC .

M OLTP CDC ,

.

E D

ETL OLTP D S ETL . ETL

A ,

ETL. O ,


18/134

,

ETL .

W OLTP ,

.

T ,

.

A E D

O BI A A E ,

OLTP . A , OLTP D S TEMP

T TEMP OLTP . S, TEMP BI A E

100G 1T. Y TEMP OLTP . I

TEMP ETL ,

, TEMP ETL.

I E OLTP S

,

Y (_PS)

. T G G

.

Y I , SELECT

WHERE :

C I . I

, .

I . Y I U S DML.

I , , .,

.

S DAC .

E .

T P S (_PS) , ,

_PS . A,

.

P _PS . Y

.

T SDE_ORA_BIF

I.

SDE_ORA_BIF EBS :


19/134

BOM_COMPONENTS_B

BOM_STRUCTURES_B

BOM_PARAMETERS

FND_LOOKUP_VALUES

MTL_SYSTEM_ITEMS_B

A, CONNECT BY PLSQL API BOM I BOM H. T BOM

E API OLTP , ETL CONNECT BY AP

BOM I .T :

1. C , CONNECT BY API .

2. C I LAST_UPDATE_DATE CDC .

3. I W_BOM_HEADER_DS ORG_ID BOM_ITEM . Y

. F :Org_id = 100 & bom_item=4

Org_id = 100 & bom_item != 4

Org_id = 200 & bom_item = 4

Org_id = 200 & bom_item !=4

Org_id = 300 & bom_item=4 (*)

Org_id = 300 & bom_item !=4Org_id = the rest & bom_item =4

Org_id = the rest & bom_item !=4

(*) ,

4. M I CONNECT BY API ORG_ID BOM_ITEM .

C EB

O EBS LAST_UPDATE_DATE , O BI A . S O BI A

LAST_UPDATE_DATE , . T

:

- T LAST_UPDATE_DATE EBS ,

LAST_UPDATE_DATE .

- T LAST_UPDATE_DATE , O EBS R 12.

- T LAST_UPDATE_DATE

EBS .

C BEE EB 11 12 T , LAST_UPDATE_DATE EBS . T

LAST_UPDATE_DATE O EB

P G. A O EBS 11 R12 DDL

.

I :

- EBS R12


20/134


21/134

CREATE index AR.OBIEE_HZ_PARTY_SITES ON AR.HZ_PARTY_SITES(LAST_UPDATE_DATE) tablespace


22/134

- EBS 11 11.5.9 OATM*

APPS_TS_TX_IDX DDL.

I EBS 11 11.5.9 OATM*,

X, LAST_UPDATE_DATE

.

DDL :

CREATE index PO.RCV_TRANSACTIONS_N23 ON PO.RCV_TRANSACTIONS (LAST_UPDATE_DATE) INITIAL 4K NEXT 2MMINEXTENTS 1 MAXEXTENTS 50 PCTINCREASE 0 INITRANS 2 MAXTRANS 255 PCTFREE 10 tablespace


23/134

C 11.5.10 OATM OATM M . R O S

N .

EB

T O EBS ,

LAST_UPDATE_DATE OLTP . F

OLTP A . O BI A

LAST_UPDATE_DATE

ETL OLTP .

T EBS , A W R (AWR)

OLTP , / , S S

LAST_UPDATE_DATE . R O RDBMS

AWR .

M :

CREATE index .OBIEE_ ON . (LAST_UPDATE_DATE) tablespace

;

AP AP_EXPENSE_REPORT_LINES_ALL

AP AP_INVOICE_DISTRIBUTIONS_ALL

AP AP_AE_LINES_ALL

AP AP_PAYMENT_HIST_DISTS

AR AR_PAYMENT_SCHEDULES_ALL

AR AR_RECEIVABLE_APPLICATIONS_ALL

AR RA_CUST_TRX_LINE_GL_DIST_ALL

AR RA_CUSTOMER_TRX_LINES_ALL

BOM BOM_COMPONENTS_B

BOM BOM_STRUCTURES_B

CST CST_ITEM_COSTS

GL GL_BALANCES

GL GL_DAILY_RATES

GL GL_JE_LINES

NV MTL_MATERIAL_TRANSACTIONS

NV MTL_SYSTEM_ITEMS_B

ONT OE_ORDER_LINES_ALL

PER PAY_PAYROLL_ACTIONS

PO RCV_SHIPMENT_LINESWSH WSH_DELIVERY_ASSIGNMENTS

WSH WSH_DELIVERY_DETAILS

C EB CEADAE EB 11

O EBS CREATION_DATE, O BI

A . Y CREATION_DATE


24/134

ETL . Y CREATION_DATE

ETL EBS .

B

D

O B I A 7.9.6 O RDBMS 10 11. S O BI A

, , ETL , O BI A D W :

- O 10 O 10.2.0.5 .

- O 11 O 11.1.0.7 .

I!O 10.2.0.1 O B A W P.

O BI A . ,

\\D\ :

- 10R2. . O RDBMS 10

- 11. . O RDBMS 11

- 11R2. . O RDBMS 11R2

R .

.

N: . E / 11R2 E .

DB 64

O O B A W O RDBMS 64, 64

O S (OS). I 64 OS , V L M (VLM) U / L

A W E (AWE) W 32 P. VLM/AWE

. R O M VLM AWE .

:Y _ __ VLM / AWE

'___ = '. Y SGA

__ __ .

E ED

I ETL REDO ,

. I ARCHIVELOG , :

1. S NOARCHIVELOG , I ETL,

ARCHIVELOG .

2. A 1015% REDO I ETL.

B REDO ETL :

redo log file sequence:start : 641 (11 Jan 21:10)end : 1624 (12 Jan 10:03)total # of redo logs : 983log file size : 52428800


25/134

redo generated: 983*52428800 = 51537510400 (48 GB)

D L :SQL> select sum(bytes)/1024/1024/1024 Gb from dba_segments where owner='DWH' and segment_type='TABLE';

Gb----------280.49

DB

O O 9

, CPU , . O ,

. F

, , BI A .

O BI A O

ETL.

O :

- R _.__('') ,

_.__('') .

- R _.__('', =>N) N

.

I! E _.__, . O

. U .

T D W A C (DAC) O P Q

. B DAC 'PARALLEL'

. R . , \\D

:

__ __

___

I!Y

I , I/O ,

.

S DAC ,

__ ___

. T :

SQL> select name, value from v$sysstat where name like 'Parallel%';

R "___" "__" .

B A

B , DAC : DATA ,

INDEX . D

.


26/134

T :

D A EDI AGE

D W S U 200 G 200 G 1 T 1 T

T T 50 75 G 75 300 G 150 250G

DATA T 150 G 150 800 G > 800 G

INDEX T 50 G 50 200 G > 200 G

I!Y L M AUTOALLOCATE . DO NOT UNIFORM ,

.

U () . DO NOT

.

N INDEX T .

D , DAC ,

, RAID / IO C, INDEX .

Y (_FS) (_F) . S

T L (SIL) I/O RAID .

B

O B I A V 7.9.0 B I O RDBMS

I BT , B

. T BT

.

A , ETL O 10 11. D ETL , ET

. T

, ETL

. C, , ,

, .

T DAC

ETL .

DAC E

DAC ETL . P ,

BT . D

ETL , DAC ETL , .

F ETL , DAC DAC

.

T , DAC 10.1.3.4.1, ETL :

E D


27/134

/C

E

PY N

DAC , ,

. I E .

I ETL:

- Y

- N ETL

I ETL:

- Y A D & C (B)

ETL

- N ETL

DB2/390 N. T

Y, ETL

,

N.

I!W N,

.

Y

D

C

I Y N

T A D C ,

.

- Y B ETL .

- N B ETL .

T A D & C B D/C

I N'. I

DAC, ETL

.

T O .

N/A

D

CI Y N

T A D C ,

.

- Y ETL .

- N ETL .

T A D & C D/C I

N'. I DAC,

ETL .

N/A

U IETL

QUERY

- ETL ETL .

DAC ETL , D/C I, A D C B A D

& C T. DAC ETL

, .

- Q .

N/A


28/134

A

N

ST

F

- T T DAC DAC

.

- F DAC

.

T D/C

I T, DAC

ETL .

F

P

P

D

S

NT DAC

.1

B

R .

P O BI A , DAC ,

ETL ,

O BI S .

R ,

. T BITMAP DAC :

- L DAC , D ,

I .

- C Q

- E T I B G.

T , RPD , BI S

A T Q R R T

T DAC D W:

- C I , .

- R DAC .

- C .

A . Y DAC

:

SQL> alter session set nls_date_format='DD-MON-YYYY:HH24:MI:SS';

-- Identify your ETL Run and put its format into the subsequent queries:

select ROW_WID, NAME ETL_RUN

, EXTRACT(DAY FROM (END_TS - START_TS) DAY TO SECOND ) || ' days '

|| EXTRACT(HOUR FROM (END_TS - START_TS) DAY TO SECOND ) || ' hrs '

|| EXTRACT(MINUTE FROM (END_TS - START_TS) DAY TO SECOND ) || ' min '

|| EXTRACT(SECOND FROM (END_TS - START_TS) DAY TO SECOND ) || ' sec ' PLAN_RUN_TIME

from W_ETL_DEFN_RUN

order by START_TS DESC;


29/134

-- Identify your custom Execution Plan Name:

SELECT DISTINCT app.row_wid

FROM w_etl_defn_run run

, w_etl_app app

, w_etl_defn_prm prm

WHERE prm.etl_defn_wid = run.etl_defn_wid

AND prm.app_wid = app.row_wid

AND run.row_wid = ';

-- Indexes build time:

SELECT ref_idx.tbl_name table_name

, ref_idx.idx_name

, sdtl.start_ts start_time

, sdtl.end_ts end_time

, EXTRACT(DAY FROM(sdtl.end_ts - sdtl.start_ts) DAY TO SECOND) || ' days '

|| EXTRACT(HOUR FROM(sdtl.end_ts - sdtl.start_ts) DAY TO SECOND) || ' hrs '

|| EXTRACT(MINUTE FROM(sdtl.end_ts - sdtl.start_ts) DAY TO SECOND) || ' min '

|| EXTRACT(SECOND FROM(sdtl.end_ts - sdtl.start_ts) DAY TO SECOND) || ' sec' idx_bld_time

FROM w_etl_defn_run def

, w_etl_run_step stp

, w_etl_run_sdtl sdtl

, (SELECT ind_ref.obj_wid

, ind.name idx_name

, tbl.name tbl_name

FROM w_etl_index ind

, w_etl_obj_ref ind_ref

, w_etl_obj_ref tbl_ref

, w_etl_table tbl

, w_etl_app app

WHERE ind_ref.obj_type = 'W_ETL_INDEX' AND ind_ref.soft_del_flg = 'N' AND ind_ref.app_wid =

AND ind_ref.obj_wid = ind.row_wid

AND tbl_ref.obj_type = 'W_ETL_TABLE' AND tbl_ref.soft_del_flg = 'N' AND tbl_ref.app_wid =

AND tbl_ref.obj_wid = tbl.row_wid

AND tbl_ref.obj_ref_wid = ind.table_wid

AND ind.app_wid = app.row_wid

AND ind.inactive_flg = 'N'

) ref_idx

WHERE def.row_wid = stp.run_wid

AND def.row_wid ='

AND sdtl.run_step_wid = stp.row_wid

AND sdtl.type_cd = 'Create Index'

AND sdtl.index_wid = ref_idx.obj_wid

-- AND ref_idx.tbl_name = 'W_OPTY_D'

ORDER BY sdtl.end_ts - sdtl.start_ts DESC

-- Table Stats computing time:

select TBL.NAME TABLE_NAME

, STP.STEP_NAME

, EXTRACT(DAY FROM (SDTL.END_TS - SDTL.START_TS) DAY TO SECOND ) ||' days '

|| EXTRACT(HOUR FROM (SDTL.END_TS - SDTL.START_TS) DAY TO SECOND ) ||' hrs '

|| EXTRACT(MINUTE FROM (SDTL.END_TS - SDTL.START_TS) DAY TO SECOND ) ||' min '

|| EXTRACT(SECOND FROM (SDTL.END_TS - SDTL.START_TS) DAY TO SECOND ) ||' sec' TBL_STATS_TIME

from W_ETL_DEFN_RUN DEF

, W_ETL_RUN_STEP STP

, W_ETL_RUN_SDTL SDTL

, W_ETL_TABLE TBL


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where DEF.ROW_WID=STP.RUN_WID

and DEF.ROW_WID ='

and SDTL.RUN_STEP_WID = STP.ROW_WID

and SDTL.TYPE_CD = 'Analyze Table'

and SDTL.TABLE_WID = TBL.ROW_WID

order by SDTL.END_TS - SDTL.START_TS desc;

-- Informatica jobs for the selected ETL run:

select

SDTL.NAME SESSION_NAME

, SDTL.SUCESS_ROWS

, STP.FAILED_ROWS

, SDTL.READ_THRUPUT

, SDTL.WRITE_THRUPUT

, EXTRACT(DAY FROM (SDTL.END_TS - SDTL.START_TS) DAY TO SECOND ) ||' days '

|| EXTRACT(HOUR FROM (SDTL.END_TS - SDTL.START_TS) DAY TO SECOND ) ||' hrs '

|| EXTRACT(MINUTE FROM (SDTL.END_TS - SDTL.START_TS) DAY TO SECOND ) ||' min '

|| EXTRACT(SECOND FROM (SDTL.END_TS - SDTL.START_TS) DAY TO SECOND ) ||' sec' INFA_RUN_TIME

from W_ETL_DEFN_RUN DEF

, W_ETL_RUN_STEP STP

, W_ETL_RUN_SDTL SDTL

where DEF.ROW_WID=STP.RUN_WID

and DEF.ROW_WID ='

and SDTL.RUN_STEP_WID = STP.ROW_WID

and SDTL.TYPE_CD = 'Informatica'

order by SDTL.END_TS - SDTL.START_TS desc;

I ,

, :

O 1: . R .

O 2: I ,

. R .

O 2 (%_F). I , .

I! B , ,

SQL DML . T SQL

. A,

Y

.

I

,

.

S DAC D C B I A A D & C,

DAC . T

:

L DAC , D ,

I .


31/134

C Q .

C A D & C I ,

.

I:Y I ; DAC

. S I

" " , A D & C

.

I ,

PCTFREE 50 . O RDBMS

B*T . W , , ,

. T PCTFREE .

A :

- A 20 ,

, 0.5 1 .

- F ,

.

- F ,

.

= 0 1

O BI A ETL . D

. S

, D W DAC .

T , DAC . Y

DBA , :

ACCEPT DAC_OWNER PROMPT 'Enter DAC Repository schema name: 'ACCEPT DWH_OWNER PROMPT 'Enter Data Warehouse schema name: '

SELECT row_wid FROM "&&DAC_OWNER".w_etl_app;ACCEPT APP_ID PROMPT 'Enter your DAC container from the list above: '

UPDATE "&&DAC_OWNER".w_etl_index SET inactive_flg = 'Y' WHERE row_wid IN (SELECT ind_ref.obj_widFROM "&&DAC_OWNER".w_etl_index ind,

"&&DAC_OWNER".w_etl_obj_ref ind_ref,"&&DAC_OWNER".w_etl_obj_ref tbl_ref,"&&DAC_OWNER".w_etl_table tbl,"&&DAC_OWNER".w_etl_app app,all_indexes all_ind

WHERE ind_ref.obj_type = 'W_ETL_INDEX'AND ind_ref.soft_del_flg = 'N'AND ind_ref.app_wid = '&&APP_ID'AND ind_ref.obj_wid = ind.row_widAND tbl_ref.obj_type = 'W_ETL_TABLE'AND tbl_ref.soft_del_flg = 'N'AND tbl_ref.app_wid = '&&APP_ID'AND tbl_ref.obj_wid = tbl.row_widAND tbl_ref.obj_ref_wid = ind.table_widAND ind.app_wid = app.row_widAND ind.inactive_flg = 'N'AND all_ind.index_name = ind.nameAND all_ind.table_name = tbl.nameAND all_ind.distinct_keys


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AND all_ind.uniqueness = 'NONUNIQUE'AND all_ind.num_rows >= 1

-- AND ind.type_cd = 'Query'AND all_ind.owner = '&&DWH_OWNER');

COMMIT;

-- Drop the indexes in the schema:

spool drop_dist_indexes.sqlSELECT 'DROP INDEX ' || owner|| '.' || index_name || ' ;'

FROM all_indexesWHERE distinct_keys


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BEGINexecute immediate 'CREATE %1 INDEX

%2ON

%3(

%4)

NOLOGGING TABLESPACE ';execute immediate 'ALTER INDEX %2 MONITORING USAGE';END;

BEGINexecute immediate 'CREATE %1 INDEX

%2ON

%3(

%4)NOLOGGING TABLESPACE PARALLEL';

execute immediate 'ALTER INDEX %2 MONITORING USAGE';END;

7. O CSQL. ,

.

8. I ETL, PL/SQL

:

DECLARECURSOR c1 IS

SELECT index_nameFROM user_indexesWHERE index_name NOT IN (SELECT index_name

FROM v$object_usageWHERE MONITORING = 'YES');

BEGINFOR rec IN c1 LOOPEXECUTE IMMEDIATE 'alter index '||rec.index_name||' monitoring usage';

END LOOP;END;/

T SQL:

SELECT DISTINCT index_name FROM myobj_usage WHERE used = 'NO';

I!T DOES NOT I U M

:

DML P ( DELETE UPDATE), C

F K (FK) FK N I C , C FK , O

$_.

$.


34/134

O , , ,

$_. S BI A ,

BITMAP , NORMAL ( )

, ETL OBIEE .

Y

DAC .

A , DAC ,

:

1. R ///CSQL/CSQL. .

2. R "S ETL" S DAC

3. E PL/SQL :

DECLARECURSOR c1 ISSELECT index_name

FROM user_indexesWHERE index_name IN (SELECT index_name FROM v$object_usage WHERE MONITORING = 'YES');

BEGINFOR rec IN c1 LOOPEXECUTE IMMEDIATE 'alter index '||rec.index_name||' nomonitoring usage';

END LOOP;END;

I!Y , ,

DAC .

E

O BI A , ETL OBIEE

. M BITMAP O . C

ETL . T

, ,

.

Y ALL ETL :

1. D > ETL > > ETL > OBIEE

2. D > ETL > > ETL > OBIE

T , : 1ETL > 2ETL > OBIEE. Y 1ETL > OBIEE > 2ETL .

I!I

, ,

.

I PRIOR ETL :

CREATE TABLE psr_initial_query_idx AS


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SELECT ind_ref.obj_wid,ind.NAME idx_name,tbl.NAME tbl_name

FROM w_etl_index ind,w_etl_obj_ref ind_ref,w_etl_obj_ref tbl_ref,w_etl_table tbl,w_etl_app app

WHERE ind_ref.obj_type = 'W_ETL_INDEX'AND ind_ref.soft_del_flg = 'N'AND ind_ref.app_wid = :APP_ID

AND ind_ref.obj_wid = ind.row_widAND tbl_ref.obj_type = 'W_ETL_TABLE'AND tbl_ref.soft_del_flg = 'N'AND tbl_ref.app_wid = :APP_IDAND tbl_ref.obj_wid = tbl.row_widAND tbl_ref.obj_ref_wid = ind.table_widAND ind.app_wid = app.row_widAND ind.inactive_flg = 'N'AND ind.isunique = 'N'AND ind.type_cd = 'Query'AND (ind.DRP_CRT_ALWAYS_FLG = 'Y' OR ind.DRP_CRT_BITMAP_FLG = 'Y')

APP_ID :

SELECT row_wid FROM w_etl_app;

D PRIOR ETL :

SQL> UPDATE w_etl_index SET inactive_flg = 'Y' WHERE row_wid IN (SELECT obj_wid FROMpsr_initial_query_idx);

SQL> commit;

E ETL .

E PRIOR ETL :

SQL> UPDATE w_etl_index SET inactive_flg = 'N' WHERE row_wid IN (SELECT obj_wid FROMpsr_initial_query_idx);

SQL> commit;

E ETL . DAC .

T , ,

ETL, S (),

, . O

,

.

L , 20 , . T

, , , , . Y

, .


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T O B A D W, DAC

.

F DAC . P

, .

C

P .

C ,

ETL . R

:

I DATE .

C O BI S

.

A

, , .

B , .

T ,

.

S ,

. C O

.

T ETL (90%) ,

. D ,

:

- M : , .. PREVIOUS

CURRENT

- Q : , CURRENT .

- Y : , CURRENT .

T O BI A F :

A K

F W_AP_XACT_F POSTED_ON_DT_WID

F W_AR_XACT_F POSTED_ON_DT_WID

F W_GL_REVN_F POSTED_ON_DT_WID

F W_GL_COGS_F POSTED_ON_DT_WID

F W_TAX_XACT_F POSTED_ON_DT_WID

F W_GL_OTHER_F ACCT_PERIOD_END_DT_WID


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S W_SALES_ORDER_LINE_F ORDERED_ON_DT_WID

S W_SALES_PICK_LINE_F ACT_PICKED_ON_DT_WID

S W_SALES_INVOICE_LINE_F INVOICED_ON_DT_WID

S W_SALES_SCHEDULE_LINE_F ORDERED_ON_DT_WID

P W_PURCH_SCHEDULE_LINE_F ORDERED_ON_DT_WID

P W_PURCH_RQSTN_LINE_F APPROVED_ON_DT_WID

P W_RQSTN_LINE_COST_F APPROVED_ON_DT_WID

S S W_REVN_F CLOSE_DT_WID

HR W_WRKFC_EVT_MONTH_F EVENT_MONTH_WID

HR W_ABSENCE_EVENT_F ABSENCE_MONTH_WID

HR W_WRKFC_EVT_POW_F EVENT_YEAR

HR W_PAYROLL_F PAY_PERIOD_END_DT_WID

HR W_LM_ENROLLMENT_EVENT_F STATUS_DT

C F P

:

A K K

F W_GL_LINKAGE_INFORMATION_G DISTRIBUTION_SOURCE POSTED_ON_DT_WID (*)

P W_PROJ_EXP_LINE_F CHANGED_ON_DT EXPENDITURE_DT_WID

(*) I W_GL_LINKAGE_INFORMATION_G

. T

POSTED_ON_DT_WID .

R C RR P V C .

Y ,

. I

, DO NOT . Y

: () , () . T

. T

.

T :

W_WRKFC_EVT_MONTH_F

W_PROJ_EXP_LINE_F


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1. R

SQL> rename W_WRKFC_EVT_MONTH_F to W_WRKFC_EVT_MONTH_F_ORIG;

2. C , :

SQL> create table W_WRKFC_EVT_MONTH_F partition by range (EVENT_YEAR)(

partition PART_MIN values less than (2006),

partition PART_2006 values less than (2007),





partition PART_MAX values less than (maxvalue)

)

tablespace BIAPPS_DATA

nologging parallel enable row movement

as select * from W_WRKFC_EVT_MONTH_F_ORIG;

EVENT_YEAR (4) ,

YYYY. I WID ,

YYYYMMDD.

I , :

SQL> create table W_PROJ_EXP_LINE_F

partition by range (CHANGED_ON_DT)

subpartition by range (EXPENDITURE_DT_WID)

(partition PART_MIN values less then (TO_DATE('01-JAN-2008','DD-MON-YYYY'))

( subpartition PART_MIN_MIN values less than (19980000)

, subpartition PART_MIN_1998 values less than (19990000)











, subpartition PART_MIN_MAX values less than (maxvalue)

)

, partition PART_200801 values less than (TO_DATE('01-APR-2008','DD-MON-YYYY'))

( subpartition PART_200801_MIN values less than (19980000)

, subpartition PART_200801_1998 values less than (19990000)











, subpartition PART_200801_MAX values less than (MAXVALUE)


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)

...

...

, partition PART_MAX values less than (maxvalue)

( subpartition PART_MAX_MIN values less than (19980000)

, subpartition PART_MAX_1998 values less than (19990000)











, subpartition PART_MAX_MAX values less than (maxvalue)

)

) nologging parallel

enable row movement

as (select * from W_PROJ_EXP_LINE_F_ORIG);

T Q Y .

EXPENDITURE_DT_WID (8) , YYYYMMDD.

I!Y YYYY, YYYYQQ YYYYMMDD Y, Q M

. Y .

3. D / R

T :

SQL> spool drop_ind.sqlSQL> SELECT 'DROP INDEX '|| INDEX_NAME||';'FROM USER_INDEXESWHERE TABLE_NAME = 'W_WRKFC_EVT_MONTH_F_ORIG';

SQL> spool offSQL> @drop_ind.sql

I ,

:

SQL> spool rename_ind.sqlSQL> SELECT ALTER INDEX || INDEX_NAME || rename to || INDEX_NAME ||

_ORIG; FROM USER_INDEXESWHERE TABLE_NAME = W_WRKFC_EVT_MONTH_F_ORIG;

SQL> spool offSQL> @rename_ind.sql

4. C G L .

E DAC R :

SQL> spool indexes.sql

SQL> SELECT 'CREATE '

||DECODE(ISUNIQUE,'Y','UNIQUE ')

||DECODE(ISBITMAP,'Y','BITMAP ')

||'INDEX '

||I.NAME ||CHR(10)


40/134

||' ON '

||T.NAME

||' ('

||MAX(DECODE(POSTN,1,C.NAME||' ASC')) ||CHR(10)

||MAX(DECODE(POSTN,2,' ,'||C.NAME||' ASC'))






||') tablespace USERS_IDX ' ||CHR(10)

||DECODE(ISUNIQUE,'Y','GLOBAL','LOCAL')

||' NOLOGGING;'

FROM W_ETL_TABLE T, W_ETL_INDEX I, W_ETL_INDEX_COL C

WHERE T.ROW_WID = I.TABLE_WID

AND T.NAME = 'W_WRKFC_EVT_MONTH_F'

AND I.ROW_WID = C.INDEX_WID

AND I.INACTIVE_FLG = 'N'

GROUP BY T.NAME,I.NAME,ISBITMAP,ISUNIQUE;

SQL> spool off;

T . I

, "MAX(DECODE(POSTN...))" .

R . .

SQL> @indexes.sql

I , :

C ETL . L ETL

.

C . I N , Q DAC

, BITMAP.C :

SQL> BEGIN

dbms_stats.Gather_table_stats(

NULL,

tabname => 'W_WRKFC_EVT_MONTH_F',

CASCADE => true,

estimate_percent => dbms_stats.auto_sample_size,

method_opt => 'FOR ALL INDEXED COLUMNS SIZE AUTO');

END;

1. E R M

2. S __ = TRUE DW R C I W M. O

W M > C > R > DW > U C E SQL:

ALTER SESSION SET SKIP_UNUSABLE_INDEXES=TRUE;


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I!T PREVIOUS

CURRENT . Y PREVIOUS CURRENT

. I , CURRENT

. M PREVIOUS

ETL .

D :

S D M

C S S P

C N B :

N: $$CURRENT_YEAR_WID

D T: SQL

V ( ):

L D S: DBC_OLAP

E SQL:

SELECT TO_CHAR(ROW_WID) FROM W_YEAR_D WHERE W_CURRENT_CAL_YEAR_CODE = 'Current'

N: $$PREVIOUS_YEAR_WID

D T: SQL

V ( ):

L D S: DBC_OLAP

E SQL:

SELECT TO_CHAR(ROW_WID) FROM W_YEAR_D WHERE W_CURRENT_CAL_YEAR_CODE = 'Previous'

I!V L D S, DBCA,

, .

I , :

N: $$PREVIOUS_MONTH_WID

V: SELECT TO_CHAR(ROW_WID) FROM W_MONTH_D WHERE W_CURRENT_CAL_MONTH_CODE ='Previous'

N: $$CURRENT_MONTH_WID

V:SELECT TO_CHAR(ROW_WID) FROM W_MONTH_D WHERE W_CURRENT_CAL_MONTH_CODE = 'Current'

I Q , / :

N: $$PREVIOUS_QTR_WID

V: SELECT TO_CHAR(ROW_WID) FROM W_QTR_D WHERE W_CURRENT_CAL_QTR_CODE = 'Previous'

N: $$CURRENT_QTR_WID

V:SELECT TO_CHAR(ROW_WID) FROM W_QTR_D WHERE W_CURRENT_CAL_QTR_CODE = 'Current'

:I ETL,

. F :

N: $$THIRD_MONTH_WID

V: SELECT to_char(add_months(TO_DATE(ROW_WID,'YYYYMMDD'), -2),'YYYYMM') FROM W_DAY_D WHERE

W_CURRENT_CAL_DAY_CODE = 'Current'

N: $$FOURTH_MONTH_WID

V: SELECT to_char(add_months(TO_DATE(ROW_WID,'YYYYMMDD'), -3),'YYYYMM') FROM w_DAY_D WHERE

W_CURRENT_CAL_DAY_CODE = 'Current'


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C I A DAC A F:

1. : D I P

N T > S D > A > I A > N

E N: Y P: D L I

C C I V

C A

D PREVIOUS_YEAR_WID L I SQL:

N: D PREVIOUS_YEAR_WID L I

T: SQL

D C:

V D P: ORACLE

E T A:

alter index getIndexName() modify partition PART_@DAC_$$PREVIOUS_YEAR_WIDunusable

I! D (;) SQL T A.

C A SQL .

D CURRENT_YEAR_WID L I SQL:

N: D CURRENT_YEAR_WID L I

T: SQL

D C:

V D P: ORACLE

E T A:

alter index getIndexName() modify partition PART_@DAC_$$CURRENT_YEAR_WIDunusable

S .

:I Q M , PREVIOUS_MONTH_WID / CURRENT_MONTH_WID

PREVIOUS_QTR_WID / CURRENT_QTR_WID A SQL.

I!I Y, Q, M,

.

2. : E I P

C N I A

E N: Y P: E L I

C C I V

C A

D :


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N E PREVIOUS_YEAR_WID L I

T: SQL

D C:

V D P: ORACLE

E T A:

alter index getIndexName() rebuild partition PART_@DAC_$$PREVIOUS_YEAR_WIDnologging

N E CURRENT_YEAR_WID L IT: SQL

D C:

V D P: ORACLE

E T A:

alter index getIndexName() rebuild partition PART_@DAC_$$CURRENT_YEAR_WIDnologging

S .

:I Q M , PREVIOUS_MONTH_WID /

CURRENT_MONTH_WID PREVIOUS_QTR_WID / CURRENT_QTR_WID A SQL.

3. : E I P( )

C N I A

E N: Y P: E L I

C C I V

C A

D :

N E L S I

T: S P

D C:

V D P: ORACLE

E T A:

DECLARE

CURSOR C1 IS

SELECT DISTINCT SUBPARTITION_NAME

FROM USER_IND_SUBPARTITIONS

WHERE INDEX_NAME='getIndexName()' AND STATUS = 'UNUSABLE';

BEGIN

FOR REC IN C1 LOOP

EXECUTE IMMEDIATE 'alter index getIndexName() rebuild subpartition'||REC.SUBPARTITION_NAME||'';

END LOOP;

END

S .

4. : C B I P


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C N I A

E N: Y P: C L B I

C C I V

C A

D :

N C L B I

T: SQL

D C:

V D P: ORACLE

E T A:

Create bitmap index getIndexName() on getTableName()(getUniqueColumns()) tablespace

getTableSpace() local parallel nologging

S .

5. : C B I P

C N I A

E N: Y P: C L BT I

C C I V

C A

D :

N C L BT I

T: SQL

D C:

V D P: ORACLE

E T A:

Create index getIndexName() on getTableName()(getUniqueColumns()) tablespace getTableSpace(

local parallel nologging

S .

6. : C G I P

C N I A

E N: Y P: C G U I

C C I V

C A

D :

N C L BT I

T: SQL


45/134

D C:

V D P: ORACLE

E T A:

Create unique index getIndexName() on getTableName()(getUniqueColumns()) tablespace

getTableSpace() global parallel nologging

S .

C T A DAC A F:

1. : G P

N T > S D > A > T A > N

E N: Y P: G P S

C C I V

C A

D :

N: G P S

T: S P

D C:

V D P: ORACLE

E T A:

DECLARECURSOR C1 ISSELECT DISTINCT UTP.PARTITION_NAMEFROM USER_IND_PARTITIONS UIP,

USER_PART_INDEXES UPI,USER_TAB_PARTITIONS UTP

WHERE UIP.INDEX_NAME=UPI.INDEX_NAMEAND UIP.STATUS = 'USABLE'AND UTP.TABLE_NAME=UPI.TABLE_NAMEAND UTP.PARTITION_POSITION=UIP.PARTITION_POSITIONAND UPI.TABLE_NAME = 'getTableName()'AND UTP.PARTITION_NAME IN

('PART_@DAC_$$CURRENT_YEAR_WID','PART_@DAC_$$PREVIOUS_YEAR_WID');BEGINFOR REC IN C1 LOOP

DBMS_STATS.GATHER_TABLE_STATS(NULL,TABNAME => 'getTableName()',CASCADE => FALSE,PARTNAME => REC.PARTITION_NAME,ESTIMATE_PERCENT => DBMS_STATS.AUTO_SAMPLE_SIZE,

GRANULARITY => 'PARTITION',METHOD_OPT => 'FOR ALL INDEXED COLUMNS SIZE AUTO',DEGREE => DBMS_STATS.DEFAULT_DEGREE);

END LOOP;END;

S .


46/134

:I Q M , PREVIOUS_MONTH_WID / CURRENT_MONTH_WID

PREVIOUS_QTR_WID / CURRENT_QTR_WID A SQL.

2. C : G P ( )

N T > S D > A > T A > N

E N: Q C P: G P S

C C I V C A

D :

N: G P S

T: S P

D C:

V D P: ORACLE

E T A:

DECLARECURSOR C1 ISSELECT DISTINCT UTP.PARTITION_NAMEFROM USER_IND_PARTITIONS UIP,

USER_PART_INDEXES UPI,USER_TAB_PARTITIONS UTP

WHERE UIP.INDEX_NAME=UPI.INDEX_NAMEAND UIP.STATUS = 'USABLE'AND UTP.TABLE_NAME=UPI.TABLE_NAMEAND UTP.PARTITION_POSITION=UIP.PARTITION_POSITIONAND UPI.TABLE_NAME = 'getTableName()'AND UTP.PARTITION_NAME IN

('PART_@DAC_$$CURRENT_QTR_WID','PART_@DAC_$$PREVIOUS_QTR_WID');BEGINFOR REC IN C1 LOOP

DBMS_STATS.GATHER_TABLE_STATS(NULL,TABNAME => 'getTableName()',CASCADE => FALSE,PARTNAME => REC.PARTITION_NAME,ESTIMATE_PERCENT => DBMS_STATS.AUTO_SAMPLE_SIZE,GRANULARITY => 'PARTITION',METHOD_OPT => 'FOR ALL INDEXED COLUMNS SIZE AUTO',DEGREE => DBMS_STATS.DEFAULT_DEGREE);

END LOOP;END;

I! DO NOT D / C A D / C A B

U DAC , I A F.

R . N D > I > Q >T N

'W_WRKFC_EVT_MONTH_F', I B > G.

I! Y . T

NOT .

R (U ) A A

S D I A T


47/134

S I L T

C C A

S Y P: D L I A N

C OK C A

C OK A A .

R (U ) A A

S C I A T

S I L T

C C A

S Y P: E L I A N

C OK C A

C OK A A .

T , . I I A

, , A

T N .

R Y P: C L B I, Y P: C

L BT I Y P: C G U I ,

ETL .

I!Y I L T , Y P: C L B

I, Y P: C L BT I Y P: C G U I I A

T.

E D/C I A T, DAC ,

I A F. E , DAC D I ,

, C I .

R . N D > T > Q > N 'W_WRKFC_EVT_MONTH_F' > G

R (U ) A A

S A T A T

S I L T

C C A

S Y P: G A N

C OK C A

C OK A A .

I!Y Q C P: G P S

.

I T A ,

, A . T N

.


48/134

W DAC A T ,

T A F.

Y , ,

.

F :

S E S

C O

R

C U .

C Y .

V .

I!DO NOT .

E .

C C

T , ,

O . O ,

. T . F ,

WID 201020110120000 20110120 YYYYMMDD .

I W_GL_BALANCE_F :

I , , :

A :

ALTER TABLE W_GL_BALANCE_F add BALANCE_DT_V AS (TO_NUMBER(SUBSTR(BALANCE_DT_WID, 5, 8)));

T BI A A

Area Table Name Partitioning Key Sub-partitioning Key Sub-partitioning V-Column Value

F W_GL_BALANCE_F CHANGED_ON_DT BALANCE_DT_V(TO_NUMBER(SUBSTR(BALANCE_DT_WID, 5,

8)))

P W_PROJ_COST_LINE_F CHANGED_ON_DT PROJ_ACCOUNTING_DT_V(TO_NUMBER(SUBSTR(PROJ_ACCOUNTING_DT

WID, 5, 8)))

P W_PROJ_REVENUE_LINE_F CHANGED_ON_DT GL_ACCOUNTING_DT_V(TO_NUMBER(SUBSTR(GL_ACCOUNTING_DT_

ID, 5, 8)))

R :

RENAME W_GL_BALANCE_F TO W_GL_BALANCE_F_REF;


49/134

C :

CREATE TABLE W_GL_BALANCE_F

PARTITION BY RANGE (CHANGED_ON_DT)

SUBPARTITION BY RANGE (BALANCE_DT_V)

(PARTITION PART_MIN VALUES LESS THAN (TO_DATE('01-JAN-2008', 'DD-MON-YYYY'))

(SUBPARTITION PART_MIN_MIN VALUES LESS THAN (20080101),

SUBPARTITION PART_MIN_2008 VALUES LESS THAN (20090101),

SUBPARTITION PART_MIN_2009 VALUES LESS THAN (20100101),

SUBPARTITION PART_MIN_2010 VALUES LESS THAN (20110101),SUBPARTITION PART_MIN_2011 VALUES LESS THAN (20120101),

SUBPARTITION PART_MIN_MAX VALUES LESS THAN (MAXVALUE)

),

PARTITION PART_2008 VALUES LESS THAN (TO_DATE('01-JAN-2009', 'DD-MON-YYYY'))

(SUBPARTITION PART_2008_MIN VALUES LESS THAN (20080101),

SUBPARTITION PART_2008_2008 VALUES LESS THAN (20090101),




SUBPARTITION PART_2008_MAX VALUES LESS THAN (MAXVALUE)

),


(SUBPARTITION PART_2009_MIN VALUES LESS THAN (20080101),SUBPARTITION PART_2009_2008 VALUES LESS THAN (20090101),





),







SUBPARTITION PART_2010_MAX VALUES LESS THAN (MAXVALUE)),








),

PARTITION PART_MAX VALUES LESS THAN (MAXVALUE)

(SUBPARTITION PART_MAX_MIN VALUES LESS THAN (20080101),

SUBPARTITION PART_MAX_2008 VALUES LESS THAN (20090101),

SUBPARTITION PART_MAX_2009 VALUES LESS THAN (20100101),SUBPARTITION PART_MAX_2010 VALUES LESS THAN (20110101),

SUBPARTITION PART_MAX_2011 VALUES LESS THAN (20120101),

SUBPARTITION PART_MAX_MAX VALUES LESS THAN (MAXVALUE)

)

) NOLOGGING PARALLEL ENABLE ROW MOVEMENT

AS (SELECT * FROM W_GL_BALANCE_F_REF);


50/134

F R C RR P

I, DAC .

O 11G , I P. O

. W I P .

T O BI A DATE YYYYMMDD. F ,

POSTED_ON_WID 20041101, 20041201, 20050101,20050201, . Y INTERVAL 100 . O

. I POSTED_ON_WID 20041201 20050101, O

.

F , :

SQL> create table W_WRKFC_EVT_MONTH_F partition by range (EVENT_YEAR)interval(100) (partition PART_MIN values less than (19900101))tablespace BIAPPS_DATAnologging parallel enable row movementas select * from W_WRKFC_EVT_MONTH_F_ORIG;

Y SQL DAC :

N: $$PREVIOUS_MONTH_WID

V: SELECT partition_nameFROM user_tab_partitionsWHERE table_name = 'W_WRKFC_EVT_MONTH_F'AND partition_position = (SELECT MAX(partition_position)-1

FROM user_tab_partitionsWHERE table_name = 'W_WRKFC_EVT_MONTH_F');

N: $$CURRENT_MONTH_WID

V: SELECT partition_nameFROM user_tab_partitions

WHERE table_name = 'W_WRKFC_EVT_MONTH_F'AND partition_position = (SELECT MAX(partition_position)

FROM user_tab_partitionsWHERE table_name = 'W_WRKFC_EVT_MONTH_F');

I!Y PART_ DAC A

F . F , @DAC_$$PREVIOUS_MONTH_WID

PART_@DAC_$$PREVIOUS_MONTH_WID.

I! O ,

. S ETL, O ,

, . T ,

DML . DAC

ETL.

E I ETL,

. T , , O O

:

) B BI A A OBIEE ( RPD). T

. F ,


51/134

CHANGED_ON_DT , OBIEE , OBIEE

. I, CHANGED_ON_DT

T D T D .

) BI A A S S B S

T. W O S T

.

T O .

A OBIEE W_SALES_ORDER_LINE_F (T90499)

ORDERED_ON_DT_WID. T :

W_SLS_ORD_LN_F_T_F100 PROFIT_CENTER_WID

W_SLS_ORD_LN_F_T_F200 ORDERED_ON_DT_WID,

W_SLS_ORD_LN_F_T_F300 CHNL_TYPE_WID

W_SLS_ORD_LN_F_T_F500 is a local btree index on (ORDERED_ON_DT_WID, CHNL_TYPE_WID)

WITH

SAWITH0 AS (select T156337.MCAL_DAY_DT as c1,

case when T96128.W_XACT_TYPE_CODE 'PAYMENT' then T90499.SALES_ORDER_NUM/*SALES_INVOICE_NUM*/else NULL end as c2,T96094.W_STATUS_CODE as c3,

T96094.STATUS_CODE as c4,

T96128.W_XACT_TYPE_CODE as c5,

T96128.W_XACT_SUBTYPE_CODE as c6,

T157680.NAME as c7,

T95085.PAYMENT_TERM_CODE as c8,

T174959.MCAL_DAY_DT as c9,



sum(T90499.NET_AMT /*.AR_DOC_AMT*/* T90499.GLOBAL1_EXCHANGE_RATE) as c12,

T156337.ROW_WID as c13

from

W_MCAL_DAY_D T175106 /* Dim_W_MCAL_DAY_D_Invoice_Cleared_Date_Fiscal_Calendar */,

W_MCAL_DAY_D T174959 /* Dim_W_MCAL_DAY_D_Invoiced_Date_Fiscal_Calendar */,

W_MCAL_DAY_D T175253 /* Dim_W_MCAL_DAY_D_Payment_Due_Date_Fiscal_Calendar */,

W_MCAL_DAY_D T156337 /* Dim_W_MCAL_DAY_D_Fiscal_Day */,

W_PROFIT_CENTER_D T92473 /* Dim_W_PROFIT_CENTER_D */,

DWH_7962.W_PAYMENT_TERMS_D T95085 /* Dim_W_PAYMENT_TERMS_D */,

W_SALES_ORDER_LINE_F_TEST T90499--W_AR_XACT_F T90499 /* Fact_W_AR_XACT_F */

left outer join W_DAY_D T124588 /* Dim_W_DAY_D_ARSales Invoice Cleared Date */

On T90499.CANCELLED_ON_DT_WID/*CLEARED_ON_DT_WID*/= T124588.ROW_WID,

--W_GL_ACCOUNT_D T91397 /* Dim_W_GL_ACCOUNT_D */ ,

DWH_7962.W_STATUS_D T96094 /* Dim_W_STATUS_D_Generic */,

DWH_7962.W_XACT_TYPE_D T96128 /* Dim_W_XACT_TYPE_D_Financials */,

DWH_7962.W_PARTY_D T157680

where ( T90499.ENTERED_ON_DT_WID /*CLEARED_ON_DT_WID */= T175106.MCAL_DAY_DT_WID

and T90499.CHNL_TYPE_WID/*MCAL_CAL_WID*/= T175106.MCAL_CAL_WID

and T174959.ADJUSTMENT_PERIOD_FLG = 'N'

and T90499.BOOKED_ON_DT_WID /*INVOICED_ON_DT_WID*/= T174959.MCAL_DAY_DT_WID



and T90499.ORDERED_ON_DT_WID/*POSTED_ON_DT_WID*/= T156337.MCAL_DAY_DT_WID


and T90499.PROFIT_CENTER_WID = T92473.ROW_WID

and T90499.PAYMENT_TERMS_WID/*PAY_TERMS_WID*/= T95085.ROW_WID

--and T90499.GL_ACCOUNT_WID = T91397.ROW_WID

and T90499.ORDER_STATUS_WID/*DOC_STATUS_WID*/= T96094.ROW_WID

and T90499.XACT_TYPE_WID/*DOC_TYPE_WID*/= T96128.ROW_WID

and T90499.CUSTOMER_WID = T157680.ROW_WID


and T90499.PROMISED_ON_DT_WID/*PAYMENT_DUE_DT_WID*/= T175253.MCAL_DAY_DT_WID


and T90499.DELETE_FLG = 'N'

and T92473.PROFIT_CENTER_NAME = 'Amazon.com, Inc.'

and T156337.MCAL_PERIOD_NAME = 'JAN-05'


52/134


--and case when 0 > 0 then T91397.ACCOUNT_SEG5_CODE else 'All' end = 'All'

--and case when 0 > 0 then T91397.ACCOUNT_SEG1_CODE else 'All' end = 'All'

and TO_DATE('2011-03-10 00:00:00' , 'YYYY-MM-DD HH24:MI:SS') is not null )

group by T95085.PAYMENT_TERM_CODE,

T96094.STATUS_CODE,T96094.W_STATUS_CODE,

T96128.W_XACT_SUBTYPE_CODE,T96128.W_XACT_TYPE_CODE,

T156337.ROW_WID, T156337.MCAL_DAY_DT, T157680.NAME,

T174959.MCAL_DAY_DT, T175106.MCAL_DAY_DT,

T175253.MCAL_DAY_DT,

case when T96128.W_XACT_TYPE_CODE 'PAYMENT' then T90499.SALES_ORDER_NUM/*SALES_INVOICE_NUM */else NULL end ,

T92473.PROFIT_CENTER_NAME )

select SAWITH0.c1 as c1,SAWITH0.c2 as c2,

SAWITH0.c3 as c3,

SAWITH0.c4 as c4,

SAWITH0.c5 as c5,

SAWITH0.c6 as c6,

SAWITH0.c7 as c7,

SAWITH0.c8 as c8,

SAWITH0.c9 as c9,

SAWITH0.c10 as c10,

SAWITH0.c11 as c11,

SAWITH0.c12 as c12

from

SAWITH0

order by c1 desc

O O

, , (, , ).

T S T:

ALTER INDEX W_SLS_ORD_LN_F_T_F100 VISIBLE;


ALTER INDEX W_SLS_ORD_LN_F_T_F300 INVISIBLE;


Execution Plan-------------------------------------------------------------------------------------------------------------------------------------------

| Id | Operation | Name | Rows | Bytes | Cost (%CPU)| Time | Pstart| Pstop |

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

| 0 | SELECT STATEMENT | | 1 | 415 | 1342 (1)| 00:01:16 | | |

| 1 | SORT GROUP BY | | 1 | 415 | 1342 (1)| 00:01:16 | | |

| 2 | NESTED LOOPS | | | | | | | |

| 3 | NESTED LOOPS | | 1 | 415 | 1341 (1)| 00:01:16 | | |

| 4 | NESTED LOOPS | | 1 | 392 | 1340 (1)| 00:01:16 | | |

| 5 | NESTED LOOPS | | 1 | 376 | 1339 (1)| 00:01:16 | | |

| 6 | NESTED LOOPS | | 1 | 344 | 1338 (1)| 00:01:16 | | |

|* 7 | HASH JOIN | | 1 | 315 | 1337 (1)| 00:01:16 | | |

|* 8 | HASH JOIN | | 1 | 291 | 912 (1)| 00:00:52 | | |

| 9 | NESTED LOOPS | | | | | | | |

| 10 | NESTED LOOPS | | 1 | 267 | 486 (1)| 00:00:28 | | |

|* 11 | HASH JOIN | | 30 | 7290 | 142 (1)| 00:00:09 | | |

| 12 | NESTED LOOPS | | | | | | | |

| 13 | NESTED LOOPS | | 40 | 8840 | 140 (0)| 00:00:08 | | |

|* 14 | TABLE ACCESS BY INDEX ROWID | W_MCAL_DAY_D | 1 | 41 | 12 (0)| 00:00:01 | | |

| 15 | BITMAP CONVERSION TO ROWIDS | | | | | | | |

|* 16 | BITMAP INDEX SINGLE VALUE | W_MCAL_DAY_D_M4 | | | | | | |

| 17 | PARTITION RANGE ITERATOR | | | | | | KEY | KEY |


|* 19 | BITMAP INDEX SINGLE VALUE | W_SLS_ORD_LN_F_T_F200 | | | | | KEY | KEY |

|* 20 | TABLE ACCESS BY LOCAL INDEX ROWID| W_SALES_ORDER_LINE_F_TEST | 76 | 13680 | 140 (0)| 00:00:08 | 1 | 1 || 21 | TABLE ACCESS BY INDEX ROWID | W_PROFIT_CENTER_D | 2 | 44 | 1 (0)| 00:00:01 | | |


|* 23 | BITMAP INDEX SINGLE VALUE | W_PROFT_CNTR_D_M11 | | | | | | |


| 25 | BITMAP AND | | | | | | | |

|* 26 | BITMAP INDEX SINGLE VALUE | W_MCAL_DAY_D_F2 | | | | | | |

|* 27 | BITMAP INDEX SINGLE VALUE | W_MCAL_DAY_D_T_F1 | | | | | | |


|* 29 | TABLE ACCESS FULL | W_MCAL_DAY_D | 2150 | 51600 | 425 (1)| 00:00:25 | | |


| 31 | TABLE ACCESS BY INDEX ROWID | W_PARTY_D | 1 | 29 | 1 (0)| 00:00:01 | | |

|* 32 | INDEX UNIQUE SCAN | W_PARTY_D_P1 | 1 | | 0 (0)| 00:00:01 | | |

| 33 | TABLE ACCESS BY INDEX ROWID | W_STATUS_D | 1 | 32 | 1 (0)| 00:00:01 | | |

|* 34 | INDEX UNIQUE SCAN | W_STATUS_D_P1 | 1 | | 0 (0)| 00:00:01 | | |


53/134

| 35 | TABLE ACCESS BY INDEX ROWID | W_PAYMENT_TERMS_D | 1 | 16 | 1 (0)| 00:00:01 | | |

|* 36 | INDEX UNIQUE SCAN | W_PAYMNT_TRM_D_P1 | 1 | | 0 (0)| 00:00:01 | | |

|* 37 | INDEX UNIQUE SCAN | W_XACT_TYPE_D_P1 | 1 | | 0 (0)| 00:00:01 | | |

| 38 | TABLE ACCESS BY INDEX ROWID | W_XACT_TYPE_D | 1 | 23 | 1 (0)| 00:00:01 | | |

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

T O S T:



ALTER INDEX W_SLS_ORD_LN_F_T_F300 VISIBLE;ALTER INDEX W_SLS_ORD_LN_F_T_F500 INVISIBLE;

Execution Plan-----------------------------------------------------------------------------------------------------------------------------------------------


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


| 1 | TEMP TABLE TRANSFORMATION | | | | | | | |

| 2 | LOAD AS SELECT | SYS_TEMP_0FD9D67D7_67849FF2 | | | | | | |




| 6 | SORT GROUP BY | | 1 | 403 | 4065 (1)| 00:03:51 | | |

|* 7 | HASH JOIN | | 1 | 403 | 4064 (1)| 00:03:51 | | |

|* 8 | HASH JOIN | | 1 | 380 | 2492 (1)| 00:02:22 | | |

|* 9 | HASH JOIN | | 1 | 364 | 2485 (1)| 00:02:21 | | |

|* 10 | HASH JOIN | | 1 | 340 | 2060 (1)| 00:01:57 | | |

| 11 | NESTED LOOPS | | | | | | | |

| 12 | NESTED LOOPS | | 13 | 4108 | 1635 (1)| 00:01:33 | | |

|* 13 | HASH JOIN | | 13 | 3731 | 1622 (1)| 00:01:32 | | |


|* 15 | HASH JOIN | | 4281 | 1099K| 1197 (1)| 00:01:08 | | |

| 16 | TABLE ACCESS FULL | W_STATUS_D | 173 | 5536 | 2 (0)| 00:00:01 | | |

|* 17 | HASH JOIN | | 4281 | 965K| 1194 (1)| 00:01:08 | | |

| 18 | TABLE ACCESS BY INDEX ROWID | W_PROFIT_CENTER_D | 2 | 44 | 1 (0)| 00:00:01 | | |



|* 21 | HASH JOIN | | 5704 | 1164K| 1192 (1)| 00:01:08 | | |

| 22 | TABLE ACCESS FULL | SYS_TEMP_0FD9D67D7_67849FF2 | 1 | 29 | 2 (0)| 00:00:01 | | |

| 23 | PARTITION RANGE SUBQUERY | | 5704 | 1002K| 1190 (1)| 00:01:08 |KEY(SQ)|KEY(SQ)|

|* 24 | TABLE ACCESS BY LOCAL INDEX ROWID | W_SALES_ORDER_LINE_F_TEST | 5704 | 1002K| 1190 (1)| 00:01:08 |KEY(SQ)|KEY(SQ)|


| 26 | BITMAP AND | | | | | | | |

| 27 | BITMAP MERGE | | | | | | | |

| 28 | BITMAP KEY ITERATION | | | | | | | |

| 29 | BUFFER SORT | | | | | | | |

| 30 | TABLE ACCESS FULL | SYS_TEMP_0FD9D67D7_67849FF2 | 1 | 13 | 2 (0)| 00:00:01 | | ||* 31 | BITMAP INDEX RANGE SCAN |W_SLS_ORD_LN_F_T_F200 | | | | |KEY(SQ)|KEY(SQ)|

| 32 | BITMAP MERGE | | | | | | | |

| 33 | BITMAP KEY ITERATION | | | | | | | |

| 34 | BUFFER SORT | | | | | | | |


| 36 | BITMAP CONVERSION TO ROWIDS| | | | | | | |


|* 38 | BITMAP INDEX RANGE SCAN |W_SLS_ORD_LN_F_T_F100 | | | | |KEY(SQ)|KEY(SQ)|





| 43 | TABLE ACCESS FULL | W_PAYMENT_TERMS_D | 6227 | 99632 | 6 (0)| 00:00:01 | | |

| 44 | TABLE ACCESS FULL | W_XACT_TYPE_D | 1885K| 41M| 1569 (1)| 00:01:29 | | |

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

W , O P RI S. I T , O N L+I R S .




ALTER INDEX W_SLS_ORD_LN_F_T_F500 VISIBLE; -- local index on the partitioning key column


54/134

Execution Plan

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


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


| 1 | SORT GROUP BY | | 1 | 415 | 475 (2)| 00:00:27 | | |

| 2 | NESTED LOOPS | | | | | | | |

| 3 | NESTED LOOPS | | 1 | 415 | 474 (2)| 00:00:27 | | |

| 4 | NESTED LOOPS | | 1 | 383 | 473 (2)| 00:00:27 | | |

| 5 | NESTED LOOPS | | 1 | 367 | 472 (2)| 00:00:27 | | |

| 6 | NESTED LOOPS | | 1 | 344 | 471 (2)| 00:00:27 | | |

| 7 | NESTED LOOPS | | 1 | 315 | 470 (2)| 00:00:27 | | |

| 8 | NESTED LOOPS | | 1 | 291 | 231 (2)| 00:00:14 | | |

| 9 | NESTED LOOPS | | 1 | 267 | 112 (1)| 00:00:07 | | |

|* 10 | HASH JOIN | | 30 | 7290 | 17 (6)| 00:00:01 | | |

| 11 | NESTED LOOPS | | | | | | | |

| 12 | NESTED LOOPS | | 40 | 8840 | 15 (0)| 00:00:01 | | |




| 16 | PARTITION RANGE ITERATOR | | 1 | | 2 (0)| 00:00:01 | KEY | KEY |

|* 17 | INDEX RANGE SCAN | W_SLS_ORD_LN_F_T_F500 | 1 | | 2 (0)| 00:00:01 | KEY | KEY |

|* 18 | TABLE ACCESS BY LOCAL INDEX ROWID| W_SALES_ORDER_LINE_F_TEST | 76 | 15352 | 3 (0)| 00:00:01 | 1 | 1 |






| 24 | BITMAP AND | | | | | | | |




| 28 | BITMAP CONVERSION TO ROWIDS | | | | | | | ||* 29 | BITMAP INDEX SINGLE VALUE | W_MCAL_DAY_D_F2 | | | | | | |












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

A T W_SLS_ORD_LN_F_T_F500 :

Execution Plan

-------------------------------------------------------------------------------------------------------------------------------------------| Id | Operation | Name | Rows | Bytes | Cost (%CPU)| Time | Pstart| Pstop |

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


| 1 | SORT GROUP BY | | 1 | 415 | 475 (2)| 00:00:27 | | |

| 2 | NESTED LOOPS | | | | | | | |

| 3 | NESTED LOOPS | | 1 | 415 | 474 (2)| 00:00:27 | | |

| 4 | NESTED LOOPS | | 1 | 383 | 473 (2)| 00:00:27 | | |

| 5 | NESTED LOOPS | | 1 | 367 | 472 (2)| 00:00:27 | | |

| 6 | NESTED LOOPS | | 1 | 344 | 471 (2)| 00:00:27 | | |

| 7 | NESTED LOOPS | | 1 | 315 | 470 (2)| 00:00:27 | | |

| 8 | NESTED LOOPS | | 1 | 291 | 231 (2)| 00:00:14 | | |

| 9 | NESTED LOOPS | | 1 | 267 | 112 (1)| 00:00:07 | | |

|* 10 | HASH JOIN | | 30 | 7290 | 17 (6)| 00:00:01 | | |

| 11 | NESTED LOOPS | | | | | | | |

| 12 | NESTED LOOPS | | 40 | 8840 | 15 (0)| 00:00:01 | | |




|* 16 | INDEX RANGE SCAN | W_SLS_ORD_LN_F_T_F500 | 1 | | 2 (0)| 00:00:01 | | ||* 17 | TABLE ACCESS BY GLOBAL INDEX ROWID| W_SALES_ORDER_LINE_F_TEST| 76 | 15352 | 3 (0)| 00:00:01 | ROWID | ROWID |






| 23 | BITMAP AND | | | | | | | |









55/134










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

L ,

, :

T90499.ORDERED_ON_DT_WID = T156337.MCAL_DAY_DT_WID

andT90499.CHNL_TYPE_WID = T156337.MCAL_CAL_WID

...

and T90499.PROFIT_CENTER_WID = T92473.ROW_WID

...

and T156337.MCAL_PERIOD_NAME = 'JAN-05'

T :



ALTER INDEX W_SLS_ORD_LN_F_T_F300 VISIBLE;ALTER INDEX W_SLS_ORD_LN_F_T_F500 INVISIBLE;

Execution Plan---------------------------------------------------------------------------------

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