Tuning View
HI
I have a long view and it is taking a while to product the results. After getting the explain plan I noticed that there is a cartesian product. Can any one help me to catch that join that is causing it. Is there any way to identify at which point in the code that cartesian product is comming.
Thanks in Advance
If you use utlxplan.sql, it would show you the hierarchical display for the query execution plan which in turn should help you out with the table structures (or parts of query) that are being cartesian joined.
Can any one help me to catch that joinNot unless you post the view query and underlying table structures.
Similar Messages
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Need help further tuning view source for outer join
I have been working on tuning views for use in Discoverer for some time, and I have greatly improved upon what was there, but it is still not where I need it to be. There are 2 views the users join together in Discoverer - one for contract lines, and one for contract flexfields. Run as a 1 to 1 join on contract number, performance is great. However, as soon as I have an outer join on flexfields, the performance is awful. We are talking a difference of under a minute to hours and hours. I have to be able to perform an outer join because there can be contracts without flexfields. Can anyone suggest an alternative method to get the data or further tuning? I will paste both the contract lines and contract flexfields source - I have tuned the flexfields but have done nothing to date with the lines.
CREATE OR REPLACE VIEW XXDBD_CONTRACT_FLEXFIELDS AS
SELECT core.contract_id, core.service_id, core.contract_number, core.service_line, core.service, core.product_line, core.equipment, core.UL_Certificate_And_End_Date, core.MAF, core.Termination_Penalty_Percentage, core.multi_year, core.multi_year_effective_dates, core.terms_multi_year, core.SerLineRenPricingMethod, core.ren_line_change, core.zone, core.add_invoice_display, core.add_subgrouping, re.diebold_price, attr.coverage_hours, attr.reaction_times, attr.resolution_times, attr.repair_times, tr.performance_requirement, attr.penalty, attr.penalty_amount, attr.penalty_bonus, attr.mon_break_start, attr.mon_break_end, attr.tues_break_start, attr.tues_break_end, attr.wed_break_start, attr.wed_break_end, attr.thu_break_start, attr.thu_break_end, attr.fri_break_start, attr.fri_break_end, attr.sat_break_start, attr.sat_break_end, attr.sun_break_start, attr.sun_break_end, attr.split_covering, attr.cash_handling
FROM (SELECT aa.ID Contract_id,
aa.contract_number,
dd.id Service_ID ,
dd.cle_id dd_cle_id,
dd.line_number service_line,
xxdbd_Disco_Service_Contract.GetServNameInv
(dd.id) Service,
dd.line_number ||'.'||ee.line_number Product_Line,
xxdbd_Disco_Service_Contract.GetEqpNoInvoice(ee.id)
Equipment,
DECODE(dd.attribute_category,'Service Contracts',
NVL(xxdbd_Disco_Service_Contract.GetContractMasterProperty('DBD_OKS_50_CHARS', dd.attribute1),dd.attribute1),'') UL_Certificate_And_End_Date,
dd.attribute2 MAF,
DECODE(dd.attribute_category,'Service Contracts',NVL(xxdbd_Disco_Service_Contract.GetContractMasterProperty('DBD_OKS_NUMERIC', dd.attribute3),dd.attribute3),'') Termination_Penalty_Percentage,
DECODE(dd.attribute_category,'Service Contracts', DECODE(NVL(xxdbd_Disco_Service_Contract.GetContractMasterProperty('DBD_OKS_MULTIYEAR', dd.attribute5),dd.attribute5),
'N','No Multi-Year',
'Y','Multi-Year, Years not Known',
'Y1','Multi-Year for 1 Year',
'Y2','Multi-Year for 2 Year',
'Y3','Multi-Year for 3 Year',
'Y4','Multi-Year for 4 Year',
'Y5','Multi-Year for 4 Year',dd.attribute5),'')Multi_Year,
dd.attribute4 Multi_Year_Effective_Dates,
DECODE(dd.attribute_category,'Service Contracts', NVL(xxdbd_Disco_Service_Contract.GetContractMasterProperty('DBD_OKS_450_CHARS', dd.attribute9),dd.attribute9),'') Terms_Multi_Year,
DECODE(dd.attribute_category,'Service Contracts', DECODE(NVL(xxdbd_Disco_Service_Contract.GetContractMasterProperty('DBD_OKS_RENEWAL_PRICING', dd.attribute6),dd.attribute6),
'MP', 'DBD Markup Percent',
'CP', 'DBD Contract Price',
'AI', 'DBD Amount Increase',
'AD', 'DBD Amount Decrease',
'TA', 'DBD Target Amount',
'FR', 'DBD Flat Rate',dd.attribute6),'') SerLineRenPricingMethod,
DECODE(dd.attribute_category,'Service Contracts', NVL(xxdbd_Disco_Service_Contract.GetContractMasterProperty('DBD_OKS_NUMERIC', dd.attribute7),dd.attribute7),'') Ren_Line_Change,
DECODE(dd.attribute_category,'Service Contracts', DECODE(NVL(xxdbd_Disco_Service_Contract.GetContractMasterProperty('DBD_OKS_ZONE', dd.attribute8),dd.attribute8),
'DNA1','DNA Zone 1',
'DNA2','DNA Zone 2',
'DNA3','DNA Zone 3',
'BRAZIL1','Brazil Zone 1 (50 KM)',
'BRAZIL2','Brazil Zone 2 (80 KM)',
'BRAZIL3','Brazil Zone 3 (200 KM)',dd.attribute8),'')Zone,
DECODE(dd.attribute11, 'N','None','SC','Sub Component', 'SN', 'Serial Number', 'SNSC', 'Serial Number and Sub-Component') Add_Invoice_Display,
DECODE(dd.attribute10, 'SI','Service Item', 'CP','Covered Product', 'PC','Product Category') Add_SubGrouping,
dd.attribute12 Diebold_Price,
ee.id ee_id,
ee.cle_id ee_cle_id
FROM okc_k_headers_b aa,
okc_k_lines_b dd,
okc_k_lines_b ee
-- xxdbd_temp_flex_contract tfc
WHERE aa.id = dd.DNZ_CHR_ID
AND dd.CLE_ID IS NULL
AND dd.id = ee.cle_id
AND ee.DNZ_CHR_ID = aa.id
AND ee.LSE_ID =9
AND dd.LSE_ID =1
-- and aa.contract_number = 'NL0000014'
-- and aa.contract_number in (select contract_number from xxdbd_flex_contract)
-- AND tfc.contract_number = aa.contract_number
) core,
(SELECT h.contract_number,
DECODE(l.attribute_category,
'Coverage Break', xxdbd_get_sib_cont_id(xxdbd_get_parent_cle_id(l.cle_id,2)),
'Business Process',xxdbd_get_sib_cont_id(xxdbd_get_parent_cle_id(l.cle_id,1)),
'Coverage Template Header',xxdbd_get_sib_cont_id(l.cle_id),
'Transaction Type', xxdbd_get_sib_cont_id(xxdbd_get_parent_cle_id(l.cle_id,2)),null) ee_id,
DECODE(l.attribute_category, 'Business Process', l.attribute1) Coverage_Hours,
DECODE(l.attribute_category, 'Business Process', l.attribute2) Reaction_Times,
DECODE(l.attribute_category, 'Business Process', l.attribute3) Resolution_Times,
DECODE(l.attribute_category, 'Business Process', l.attribute4) Repair_Times,
DECODE(l.attribute_category, 'Business Process', DECODE(l.attribute5,
'RA', 'REACTION'
, 'RS', 'RESOLUTION'
, 'RR', 'REACTION & RESOLUTION'
, 'NR', 'NO REQUIREMENT',
l.attribute5)) Performance_Requirement,
DECODE(l.attribute_category, 'Coverage Template Header', l.attribute1) Penalty,
DECODE(l.attribute_category, 'Coverage Template Header', l.attribute2) Penalty_Amount,
DECODE(l.attribute_category, 'Coverage Template Header', l.attribute3) Penalty_Bonus,
DECODE(l.attribute_category, 'Coverage Break', l.attribute1) Mon_Break_Start,
DECODE(l.attribute_category, 'Coverage Break', l.attribute2) Mon_Break_End,
DECODE(l.attribute_category, 'Coverage Break', l.attribute3) Tues_Break_Start,
DECODE(l.attribute_category, 'Coverage Break', l.attribute4) Tues_Break_End,
DECODE(l.attribute_category, 'Coverage Break', l.attribute5) Wed_Break_Start,
DECODE(l.attribute_category, 'Coverage Break', l.attribute6) Wed_Break_End,
DECODE(l.attribute_category, 'Coverage Break', l.attribute7) Thu_Break_Start,
DECODE(l.attribute_category, 'Coverage Break', l.attribute8) Thu_Break_End,
DECODE(l.attribute_category, 'Coverage Break', l.attribute9) Fri_Break_Start,
DECODE(l.attribute_category, 'Coverage Break', l.attribute10) Fri_Break_End,
DECODE(l.attribute_category, 'Coverage Break', l.attribute11) Sat_Break_Start,
DECODE(l.attribute_category, 'Coverage Break', l.attribute12) Sat_Break_End,
DECODE(l.attribute_category, 'Coverage Break', l.attribute13) Sun_Break_Start,
DECODE(l.attribute_category, 'Coverage Break', l.attribute14) Sun_Break_End,
DECODE(l.attribute_category, 'Transaction Type', l.attribute1) Split_Covering,
DECODE(l.attribute_category, 'Transaction Type', l.attribute2) Cash_Handling
from okc_k_lines_b l , okc_k_headers_b h--, xxdbd_temp_flex_contract tfc
where l.attribute_category in ('Coverage Break', 'Business Process', 'Coverage Template Header','Transaction Type')
and h.id = l.dnz_chr_id
-- and h.contract_number in (select contract_number from xxdbd_flex_contract)
-- and tfc.contract_number = h.contract_number
) attr
where core.ee_id = attr.ee_id (+)
and core.contract_number = attr.contract_number (+);
create or replace view xxdbd_contract_lines as
select aa.id Contract_id,
bb.id Service_id,
aa.CONTRACT_NUMBER,
F1.USER_NAME Created_By,
F2.USER_NAME LastUpdated_By,
bb.LINE_NUMBER Service_Line_No,
bb.LINE_NUMBER ||'.'|| cc.LINE_NUMBER Product_Line_No,
xxdbd_Disco_Service_Contract.GetServNameInv(bb.id) Service,
xxdbd_Disco_Service_Contract.GetServDescInv(bb.id) Service_Desc,
xxdbd_Disco_Service_Contract.GetServicePrice(bb.id) Service_Price,
bb.PRICE_UNIT Service_List_Price,
bb.CURRENCY_CODE,
aa.SCS_CODE Contract_Type,
bb.STS_CODE Service_Status,
bb.TRN_CODE Term_Code,
bb.START_DATE Service_start,
bb.END_DATE Service_end,
TO_NUMBER(OKS_ENT_UTIL_PVT.get_billtoshipto(Null, bb.id, 'OKX_BILLTO' )) SERVICE_BillToSite,
xxdbd_Disco_Service_Contract.GetLocAccount(TO_NUMBER(OKS_ENT_UTIL_PVT.get_billtoshipto(Null, bb.id, 'OKX_BILLTO' ))) Bill_Account,
xxdbd_Disco_Service_Contract.GetLocation(TO_NUMBER(OKS_ENT_UTIL_PVT.get_billtoshipto(NULL, bb.id, 'OKX_BILLTO' ))) Service_BillTo,
TO_NUMBER(OKS_ENT_UTIL_PVT.get_billtoshipto(NULL, bb.id, 'OKX_SHIPTO' )) SERVICE_ShipToSite ,
xxdbd_Disco_Service_Contract.GetLocation(TO_NUMBER(OKS_ENT_UTIL_PVT.get_billtoshipto(NULL, bb.id, 'OKX_SHIPTO' ))) Service_Ship_To,
xxdbd_Disco_Service_Contract.GetLocAccount(TO_NUMBER(OKS_ENT_UTIL_PVT.get_billtoshipto(NULL, bb.id, 'OKX_SHIPTO' ))) Ship_Account,
bb.DATE_RENEWED,
bb.DATE_TERMINATED,
cc.START_DATE Eqp_Start,
cc.END_DATE Eqp_End,
xxdbd_Disco_Service_Contract.GetEqpNoInvoice(cc.id) Eqp_No,
xxdbd_Disco_Service_Contract.GetEqpDescInvoice(cc.ID) Eqp_Desc,
xxdbd_Disco_Service_Contract.GetEqpQuantityInvoice(cc.id) Eqp_Quan,
xxdbd_Disco_Service_Contract.GetEqpSerialNoInvoice(cc.id) Eqp_Serial,
xxdbd_Disco_Service_Contract.GetCustomerCt(aa.id, bb.id) Cust_Contact,
DD.ORGANIZATION_ID,
dd.INSTALL_ADDRESS,
dd.INSTALL_DATE,
dd.INSTALL_SITE_ID INSTALL_SITE_USE_ID,
dd.PARTY_SITE_NAME INSTALL_SITE_NAME,
dd.PARTY_SITE_NUMBER INSTALL_SITE_NUMBER
,cii.inventory_item_id
,cii.inv_master_organization_id
,aa.authoring_org_id
,cc.id equipment_id
,TO_NUMBER(replace(bb.attribute12,',','')) annual_contract_amt
,ou.name operating_unit
,ou.organization_id operating_unit_id
,substr(xxdbd_ra_utility.Get_BusinessProcess(cc.cle_id),1,100) business_process
,cii.instance_id
,cii.instance_number
from okc_k_headers_b aa
,okc_k_lines_b bb
,okc_k_lines_b cc
,fnd_user f1
,fnd_user f2
,csi_item_instances cii
,okc_k_items items
,hr_all_organization_units ou
,xxdbd_oks_install_info_v dd
where aa.id = bb.dnz_chr_id
and bb.cle_id is null
and cc.cle_id = bb.id
and cc.dnz_chr_id = aa.id
and f1.user_id = bb.created_by
and f2.user_id = bb.last_updated_by
and cc.lse_id in (9,25,18,40)
and dd.line_id (+) = cc.id
and items.cle_id = cc.id
and cii.instance_id = items.object1_id1
and aa.authoring_org_id = ou.organization_id (+);
Here are the explain plans from TOAD:
Operation Object Name Rows Bytes Cost Object Node In/Out PStart PStop
SELECT STATEMENT Optimizer Mode=CHOOSE 6 49124
NESTED LOOPS OUTER 6 80 K 49124
VIEW 6 80 K 49112
HASH JOIN 6 1 K 49112
HASH JOIN 17 K 2 M 20214
TABLE ACCESS FULL OKC.OKC_K_HEADERS_B 5 K 175 K 37
TABLE ACCESS BY INDEX ROWID OKC.OKC_K_LINES_B 17 K 1 M 20162
INDEX SKIP SCAN XXDBD.XXDBD_OKC_K_LINES_B_N10 39 17085
TABLE ACCESS FULL OKC.OKC_K_LINES_B 502 K 34 M 27803
VIEW PUSHED PREDICATE 1 107 2
TABLE ACCESS BY INDEX ROWID OKC.OKC_K_LINES_B 42 3 K 216
NESTED LOOPS 50 5 K 219
TABLE ACCESS BY INDEX ROWID OKC.OKC_K_HEADERS_B 1 33 3
INDEX RANGE SCAN OKC.OKC_K_HEADERS_B_U2 1 2
INDEX RANGE SCAN OKC.OKC_K_LINES_B_N2 1 K 32
Operation Object Name Rows Bytes Cost Object Node In/Out PStart PStop
SELECT STATEMENT Optimizer Mode=CHOOSE 245 63309
NESTED LOOPS 245 291 K 63309
NESTED LOOPS OUTER 245 286 K 63064
NESTED LOOPS 245 80 K 62574
HASH JOIN 245 74 K 61839
HASH JOIN 245 71 K 61756
HASH JOIN OUTER 245 68 K 61673
HASH JOIN 245 60 K 61664
HASH JOIN 205 K 32 M 28046
TABLE ACCESS FULL OKC.OKC_K_HEADERS_B 5 K 244 K 37
TABLE ACCESS FULL OKC.OKC_K_LINES_B 205 K 23 M 27803
TABLE ACCESS FULL OKC.OKC_K_LINES_B 2 M 168 M 27803
TABLE ACCESS FULL HR.HR_ALL_ORGANIZATION_UNITS 2 K 64 K 8
TABLE ACCESS FULL APPLSYS.FND_USER 13 K 172 K 81
TABLE ACCESS FULL APPLSYS.FND_USER 13 K 172 K 81
TABLE ACCESS BY INDEX ROWID OKC.OKC_K_ITEMS 1 26 3
INDEX RANGE SCAN OKC.OKC_K_ITEMS_N1 1 2
VIEW APPS.XXDBD_OKS_INSTALL_INFO_V 1 861 2
UNION-ALL PARTITION
NESTED LOOPS 1 167 9
NESTED LOOPS 1 108 8
NESTED LOOPS 1 85 7
NESTED LOOPS 1 51 6
TABLE ACCESS BY INDEX ROWID OKC.OKC_K_LINES_B 1 25 3
INDEX UNIQUE SCAN OKC.OKC_K_LINES_B_U1 1 2
TABLE ACCESS BY INDEX ROWID OKC.OKC_K_ITEMS 1 26 3
INDEX RANGE SCAN OKC.OKC_K_ITEMS_N1 1 2
TABLE ACCESS BY INDEX ROWID CSI.CSI_ITEM_INSTANCES 1 34 1
INDEX UNIQUE SCAN CSI.CSI_ITEM_INSTANCES_U01 1
TABLE ACCESS BY INDEX ROWID AR.HZ_PARTY_SITES 1 23 1
INDEX UNIQUE SCAN AR.HZ_PARTY_SITES_U1 1
TABLE ACCESS BY INDEX ROWID AR.HZ_LOCATIONS 1 59 1
INDEX UNIQUE SCAN AR.HZ_LOCATIONS_U1 1
NESTED LOOPS 1 144 8
NESTED LOOPS 1 85 7
NESTED LOOPS 1 51 6
TABLE ACCESS BY INDEX ROWID OKC.OKC_K_LINES_B 1 25 3
INDEX UNIQUE SCAN OKC.OKC_K_LINES_B_U1 1 2
TABLE ACCESS BY INDEX ROWID OKC.OKC_K_ITEMS 1 26 3
INDEX RANGE SCAN OKC.OKC_K_ITEMS_N1 1 2
TABLE ACCESS BY INDEX ROWID CSI.CSI_ITEM_INSTANCES 1 34 1
INDEX UNIQUE SCAN CSI.CSI_ITEM_INSTANCES_U01 1
TABLE ACCESS BY INDEX ROWID AR.HZ_LOCATIONS 1 59 1
INDEX UNIQUE SCAN AR.HZ_LOCATIONS_U1 1
NESTED LOOPS 1 161 8
NESTED LOOPS 1 85 7
NESTED LOOPS 1 51 6
TABLE ACCESS BY INDEX ROWID OKC.OKC_K_LINES_B 1 25 3
INDEX UNIQUE SCAN OKC.OKC_K_LINES_B_U1 1 2
TABLE ACCESS BY INDEX ROWID OKC.OKC_K_ITEMS 1 26 3
INDEX RANGE SCAN OKC.OKC_K_ITEMS_N1 1 2
TABLE ACCESS BY INDEX ROWID CSI.CSI_ITEM_INSTANCES 1 34 1
INDEX UNIQUE SCAN CSI.CSI_ITEM_INSTANCES_U01 1
TABLE ACCESS BY INDEX ROWID AR.HZ_PARTIES 1 76 1
INDEX UNIQUE SCAN AR.HZ_PARTIES_U1 1
TABLE ACCESS BY INDEX ROWID CSI.CSI_ITEM_INSTANCES 1 21 1
INDEX UNIQUE SCAN CSI.CSI_ITEM_INSTANCES_U01 1
And here is the SQL to join:
select * from xxdbd_contract_lines l, xxdbd_contract_flexfields f
where f.service_id (+) = l.service_id
and f.contract_number (+) = l.contract_number
and l.contract_number = 'NL0000014'
Operation Object Name Rows Bytes Cost Object Node In/Out PStart PStop
SELECT STATEMENT Optimizer Mode=CHOOSE 1 49221
HASH JOIN OUTER 1 38 K 49221
VIEW APPS.XXDBD_CONTRACT_LINES 1 19 K 96
NESTED LOOPS OUTER 1 1 K 96
NESTED LOOPS 1 358 94
NESTED LOOPS 1 345 93
NESTED LOOPS 1 332 92
NESTED LOOPS 1 311 91
NESTED LOOPS 1 285 88
NESTED LOOPS 448 72 K 88
NESTED LOOPS OUTER 1 78 4
TABLE ACCESS BY INDEX ROWID OKC.OKC_K_HEADERS_B 1 46 3
INDEX RANGE SCAN OKC.OKC_K_HEADERS_B_U2 1 2
TABLE ACCESS BY INDEX ROWID HR.HR_ALL_ORGANIZATION_UNITS 1 32 1
INDEX UNIQUE SCAN HR.HR_ORGANIZATION_UNITS_PK 1
TABLE ACCESS BY INDEX ROWID OKC.OKC_K_LINES_B 378 32 K 84
INDEX RANGE SCAN XXDBD.XXDBD_OKC_K_LINES_B_N10 378 16
TABLE ACCESS BY INDEX ROWID OKC.OKC_K_LINES_B 1 119
INDEX RANGE SCAN OKC.OKC_K_LINES_B_N2 1 K 32
TABLE ACCESS BY INDEX ROWID OKC.OKC_K_ITEMS 1 26 3
INDEX RANGE SCAN OKC.OKC_K_ITEMS_N1 1 2
TABLE ACCESS BY INDEX ROWID CSI.CSI_ITEM_INSTANCES 1 21 1
INDEX UNIQUE SCAN CSI.CSI_ITEM_INSTANCES_U01 1
TABLE ACCESS BY INDEX ROWID APPLSYS.FND_USER 1 13 1
INDEX UNIQUE SCAN APPLSYS.FND_USER_U1 1
TABLE ACCESS BY INDEX ROWID APPLSYS.FND_USER 1 13 1
INDEX UNIQUE SCAN APPLSYS.FND_USER_U1 1
VIEW APPS.XXDBD_OKS_INSTALL_INFO_V 1 861 2
UNION-ALL PARTITION
NESTED LOOPS 1 167 9
NESTED LOOPS 1 108 8
NESTED LOOPS 1 85 7
NESTED LOOPS 1 51 6
TABLE ACCESS BY INDEX ROWID OKC.OKC_K_LINES_B 1 25 3
INDEX UNIQUE SCAN OKC.OKC_K_LINES_B_U1 1 2
TABLE ACCESS BY INDEX ROWID OKC.OKC_K_ITEMS 1 26 3
INDEX RANGE SCAN OKC.OKC_K_ITEMS_N1 1 2
TABLE ACCESS BY INDEX ROWID CSI.CSI_ITEM_INSTANCES 1 34 1
INDEX UNIQUE SCAN CSI.CSI_ITEM_INSTANCES_U01 1
TABLE ACCESS BY INDEX ROWID AR.HZ_PARTY_SITES 1 23 1
INDEX UNIQUE SCAN AR.HZ_PARTY_SITES_U1 1
TABLE ACCESS BY INDEX ROWID AR.HZ_LOCATIONS 1 59 1
INDEX UNIQUE SCAN AR.HZ_LOCATIONS_U1 1
NESTED LOOPS 1 144 8
NESTED LOOPS 1 85 7
NESTED LOOPS 1 51 6
TABLE ACCESS BY INDEX ROWID OKC.OKC_K_LINES_B 1 25 3
INDEX UNIQUE SCAN OKC.OKC_K_LINES_B_U1 1 2
TABLE ACCESS BY INDEX ROWID OKC.OKC_K_ITEMS 1 26 3
INDEX RANGE SCAN OKC.OKC_K_ITEMS_N1 1 2
TABLE ACCESS BY INDEX ROWID CSI.CSI_ITEM_INSTANCES 1 34 1
INDEX UNIQUE SCAN CSI.CSI_ITEM_INSTANCES_U01 1
TABLE ACCESS BY INDEX ROWID AR.HZ_LOCATIONS 1 59 1
INDEX UNIQUE SCAN AR.HZ_LOCATIONS_U1 1
NESTED LOOPS 1 161 8
NESTED LOOPS 1 85 7
NESTED LOOPS 1 51 6
TABLE ACCESS BY INDEX ROWID OKC.OKC_K_LINES_B 1 25 3
INDEX UNIQUE SCAN OKC.OKC_K_LINES_B_U1 1 2
TABLE ACCESS BY INDEX ROWID OKC.OKC_K_ITEMS 1 26 3
INDEX RANGE SCAN OKC.OKC_K_ITEMS_N1 1 2
TABLE ACCESS BY INDEX ROWID CSI.CSI_ITEM_INSTANCES 1 34 1
INDEX UNIQUE SCAN CSI.CSI_ITEM_INSTANCES_U01 1
TABLE ACCESS BY INDEX ROWID AR.HZ_PARTIES 1 76 1
INDEX UNIQUE SCAN AR.HZ_PARTIES_U1 1
VIEW APPS.XXDBD_CONTRACT_FLEXFIELDS 6 112 K 49124
NESTED LOOPS OUTER 6 80 K 49124
VIEW 6 80 K 49112
HASH JOIN 6 1 K 49112
HASH JOIN 17 K 2 M 20214
TABLE ACCESS FULL OKC.OKC_K_HEADERS_B 5 K 175 K 37
TABLE ACCESS BY INDEX ROWID OKC.OKC_K_LINES_B 17 K 1 M 20162
INDEX SKIP SCAN XXDBD.XXDBD_OKC_K_LINES_B_N10 39 17085
TABLE ACCESS FULL OKC.OKC_K_LINES_B 502 K 34 M 27803
VIEW PUSHED PREDICATE 1 107 2
TABLE ACCESS BY INDEX ROWID OKC.OKC_K_LINES_B 42 3 K 216
NESTED LOOPS 50 5 K 219
TABLE ACCESS BY INDEX ROWID OKC.OKC_K_HEADERS_B 1 33 3
INDEX RANGE SCAN OKC.OKC_K_HEADERS_B_U2 1 2
INDEX RANGE SCAN OKC.OKC_K_LINES_B_N2 1 K 32DECODE(l.attribute_category, 'Coverage Template Header', l.attribute3) Penalty_Bonus,
DECODE(l.attribute_category, 'Coverage Break', l.attribute1) Mon_Break_Start,
DECODE(l.attribute_category, 'Transaction Type', l.attribute1) Split_Covering,Uh oh, the dreaded entity attibute value, or generic, data model.
http://asktom.oracle.com/pls/ask/f?p=4950:8:::::F4950_P8_DISPLAYID:10678084117056
I am afraid slow performance is a built in feature of this database design, not much you can do in queries.
You could possibly create the views as materialized views and query those instead.
Quote from the linked article
But, how does it perform? Miserably, terribly, horribly. A simple "select
first_name, last_name from person" query is transformed into a 3-table join with
aggregates and all. Further, if the attributes are "NULLABLE" - that is, there
might not be a row in OBJECT_ATTRIBUTES for some attributes, you may have to
outer join instead of just joining which in some cases can remove more optimal
query plans from consideration.
Writing queries might look pretty straightforward, but it's impossible to do in
a performant fashion. -
Is select from view faster then select from table..???
Hello Gurus,
I want to query some data from two tables, both of table have many columns (attributes) and many rows...
I use several where clauses to retrieve data from those tables..
witch one is faster, I create a view or I just "select" from those tables???
Regards.
Nia...riedelme wrote:
3360 wrote:
riedelme wrote:
Selecting through a view almost never helps performance and frequently hurts.Views do not affect performance.
Views are simply queries and like queries there are fast and slow ones.I disagree.
First of all, to use a view you are executing a query to get a result set, then accessing the data from that result set - a built-in extra step to perform to get data.First of all that entire explanation of how views work is not correct. The optimizer will rewrite the query to make the view go away if possible.
SQL> create or replace view v as select * from dual;
View created.
SQL> explain plan for select * from dual where dummy = 'X';
Explained.
SQL> select * from table(dbms_xplan.display);
PLAN_TABLE_OUTPUT
Plan hash value: 272002086
| Id | Operation | Name | Rows | Bytes | Cost (%CPU)| Time |
| 0 | SELECT STATEMENT | | 1 | 2 | 2 (0)| 00:00:01 |
|* 1 | TABLE ACCESS FULL| DUAL | 1 | 2 | 2 (0)| 00:00:01 |
Predicate Information (identified by operation id):
1 - filter("DUMMY"='X')
13 rows selected.
SQL> explain plan for select * from v where dummy = 'X';
Explained.
SQL> select * from table(dbms_xplan.display);
PLAN_TABLE_OUTPUT
Plan hash value: 272002086
| Id | Operation | Name | Rows | Bytes | Cost (%CPU)| Time |
| 0 | SELECT STATEMENT | | 1 | 2 | 2 (0)| 00:00:01 |
|* 1 | TABLE ACCESS FULL| DUAL | 1 | 2 | 2 (0)| 00:00:01 |
Predicate Information (identified by operation id):
1 - filter("DUMMY"='X')
13 rows selected.Exactly the same.
>
Second, when accessing the data from the view the result sets don't have indexes for fast lookups and efficient joins on later steps.This is also known as just making stuff up and is not how the database works. care to share any references at all for any of this?
>
Third, the systems I've seen that use views extensively - I am looking at one now - tend to perform joins on views using the same tables with the same data over and over. This is a design issue and not specifically a problem with views but they lend themselves to this misuse much too easilyCorrect as I said a view is just a query, and just like queries there are good fast views and bad slow views
>
I'll concede that the problem is not specifically with views themselves but as I just said they lend themselves to misuse. Tuning views of views and views joined to views is difficultYes, queries can be misused as can almost all SQL functions and functionality.
As I said - Views are simply queries and like queries there are fast and slow ones.
Nothing that you have posted that is accurate changes that. -
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● Introduction
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● Lesson Objectives
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● Oracle Database Architecture
● Database Structures
● Oracle Memory Structures
● Process Structures
● Oracle Instance Management
● Server Process and Database Buffer Cache
● Physical Database Structure
● Tablespaces and Data Files
● SYSTEM and SYSAUX Tablespaces
● Segments, Extents, and Blocks
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● Database Architecture: Summary of Structural Components
● Installing the Oracle Database Software
● Tasks of an Oracle Database Administrator
● Tools Used to Administer an Oracle Database
● Installation: System Requirements
● Checking the System Requirements
● Optimal Flexible Architecture (OFA)
● Using Optimal Flexible Architecture
● Setting Environment Variables
● Oracle Universal Installer (OUI)
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● Database Configuration Options
● Executing Configuration Scripts
● Completing Your Installation
● Advanced Installation Options
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● Planning the Database
● Databases: Examples
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● Initialization Parameter Files
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● Database Startup and Shutdown
● Starting Up an Oracle Database Instance
● Starting Up an Oracle Database Instance: NOMOUNT
● Starting Up an Oracle Database Instance: MOUNT
● Starting Up an Oracle Database Instance: OPEN
● Shutting Down an Oracle Database Instance
● Shutdown Modes
● SHUTDOWN Options
● Using SQL*Plus to Start Up and Shut Down
● Viewing the Alert Log
● Viewing the Alert History
● Dynamic Performance Views
● Dynamic Performance Views: Usage Examples
● Dynamic Performance Views: Considerations
● Summary
● Practice Overview: Managing the Oracle Instance
● Managing Database Storage Structures
● Storage Structures
● How Table Data Is Stored
● Anatomy of a Database Block
● Tablespaces and Data Files
● Oracle Managed Files (OMF)
● Space Management in Tablespaces
● Exploring the Storage Structure
● Creating a New Tablespace
● Storage for Locally Managed Tablespaces
● Tablespaces in the Preconfigured Database
● Altering a Tablespace
● Actions with Tablespaces
● Dropping Tablespaces
● Viewing Tablespace Information
● Gathering Storage Information
● Viewing Tablespace Contents
● Enlarging the Database
● What Is Automatic Storage Management?
● ASM: Key Features and Benefits
● ASM: Concepts
● Summary
● Practice Overview: Managing Database Storage Structures
● Administering User Security
● Database User Accounts
● Predefined Accounts: SYS and SYSTEM
● Creating a User
● Authenticating Users
● Administrator Authentication
● Unlocking a User Account and Resetting the Password
● Privileges
● System Privileges
● Object Privileges
● Revoking System Privileges with ADMIN OPTION
● Revoking Object Privileges with GRANT OPTION
● Benefits of Roles
● Assigning Privileges to Roles and Roles to Users
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● Creating a Role
● Secure Roles
● Assigning Roles to Users
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● Implementing Password Security Features
● Creating a Password Profile
● Supplied Password Verification Function: VERIFY_FUNCTION
● Viewing and Modifying Initialization Parameters
● Managing Schema Objects
● What Is a Schema?
● Accessing Schema Objects
● Naming Database Objects
● Specifying Data Types in Tables
● Creating and Modifying Tables
● Understanding Data Integrity
● Defining Constraints
● Constraint Violations
● Constraint States
● Constraint Checking
● Creating Constraints with SQL: Examples
● Viewing the Columns in a Table
● Viewing the Contents of a Table
● Actions with Tables
● Dropping a Table
● Truncating a Table
● Indexes
● Types of Indexes
● BTree Index
● Bitmap Indexes
● Index Options
● Creating Indexes
● What Is a View?
● Creating Views
● Sequences
● Creating a Sequence
● Using a Sequence
● Temporary Tables
● Temporary Tables: Considerations
● Data Dictionary: Overview
● Data Dictionary Views
● Data Dictionary: Usage Examples
● Summary
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Managing Data and Concurrency
● Performance Management
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● Manually Setting Shared Memory Management
● Using the Memory Advisor
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● Control Files
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Practice Overview: Configuring for Recoverability
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John. -
Select * from FUNCTION(a,b,c,...)
Hi,
Our client asked us not to use VIEW in our entire application!
After wasting one week negotiating with them, I am looking for some alternatives for views to simplify our complex queries.
Can I use functions instead of views in select statements? Could you give me a sample for SCOTT.EMP table? I am looking for something like:
SELECT * FROM UDF_FUNCTION(123)
Are functions a good alternative for views? What are my other options?
Regards,
AlanYou can select from a function if you create a "pipelined function". I would definitely use a view if I could, since a pipelined function will almost certainly not perform as well as a well-tuned view. Pipelined functions can be useful for ETL transformations, but are probably not the best choice for data access routines to deliver results to an end-user.
Anyway, here is a simple example, using the SCOTT sample schema:
SQL> create type EmpType as object
2 (
3 empno number(4),
4 ename varchar2(10),
5 sal number(7,2)
6 );
7 /
Type created
SQL> create type EmpTabType as table of EmpType;
2 /
Type created
SQL> create or replace function EmpFunc(p_in_sal IN NUMBER) return EmpTabType PIPELINED IS
2 l_emp_rec EmpType := EmpType(NULL,NULL,NULL);
3 begin
4 for emp_rec in (select * from emp where sal > p_in_sal) loop
5 l_emp_rec.empno := emp_rec.empno;
6 l_emp_rec.ename := emp_rec.ename;
7 l_emp_rec.sal := emp_rec.sal;
8 PIPE ROW( l_emp_rec );
9 end loop;
10 return;
11 end EmpFunc;
12 /
Function created
SQL> select * from TABLE( EMPFUNC( 2000 ) );
EMPNO ENAME SAL
7566 JONES 2975
7698 BLAKE 2850
7782 CLARK 2450
7788 SCOTT 3000
7839 KING 5000
7902 FORD 3000
6 rows selected
SQL> -
Need Help in Breaking a big view into multiple small views or tuning the vw
Hi
I have the following view can some one help me in breaking the view in small views or any recommendations for tuning it.
CODE
CREATE OR REPLACE FORCE VIEW "CRUVPD"."PX16_CHK_VW_SUMMARY_VW" ("CIDN", "BATCH_NUMBER", "BUSINESS_UNIT", "CHECK_VOUCHER_NUMBER", "CHECK_VOUCHER_CODE", "CHECKVIEW_CLOCK_NUMBER", "COMPANY_CHECKVIEW_HOME_DEPT", "PERIOD_END_DATE", "FEDERAL_TAX", "GROSS_PAY"
, "HOME_DEPARTMENT", "HOME_DEPARTMENT_DESC", "LIVED_LOCAL_TAX_CODE", "LIVED_STATE_TAX_CODE", "LIVED_LOCAL_TAX", "LIVED_STATE_TAX", "MEDICARE_TAX", "NET_PAY", "DEPARTMENT_WORKED_IN", "PAY_TO_COMPANY_INDICATOR", "PAY_DATE", "PAYROLL_NUMBER", "SCHOOL_DISTRIC
T_TAX", "CHECKVIEW_SCHOOL_DISTRICT", "SOCIAL_SECURITY_TAX", "SUI_SDI_TAX", "SUI_SDI_TAX_CODE", "VOID_CHECK_INDICATOR", "WEEK_NUMBER", "WORKED_LOCAL_TAX_CODE", "WORKED_STATE_TAX_CODE", "WORKED_LOCAL_TAX", "WORKED_STATE_TAX", "YEAR", "COMPANY_CODE", "FILE_N
UMBER", "FIRST_NAME", "LAST_NAME", "LAST_NAME_FIRST_NAME", "SOCIAL_SECURITY_NUMBER", "STATUS", "OVERTIME_EARNINGS", "OVERTIME_HOURS", "REGULAR_EARNINGS", "REGULAR_HOURS", "VIEWPK", "HOME_COST_NUMBER", "TAX_FREQUENCY", "COMPANY_COST_NUMBER", "COST_NUMBER_W
ORKED_IN", "DISTRIBUTION_NUMBER", "TOTAL_DEDUCTIONS_AMOUNT", "TOTAL_HOURS_AMOUNT", "TOTAL_MEMO_AMOUNT", "TOTAL_OTHER_EARNINGS", "TOTAL_OTHER_HOURS", "CHECK_SEQ_NO", "JOINKEY", "CHECK_REVERSAL_INDICATOR") AS
with user_security_homedept
AS
(select /*+ INLINE */ distinct cg.cidn,co_code,asso.oid,asso.name,department_Access ,t2.column_value dep,cg.oid
from px16_cocodegroup cg ,
px16_associate asso ,
px16_securityobject so,
px16_cocodegrp_securitygrp cs,
px16_security_group sg ,
TABLE(f_str2tbl_px16(cg.department_access)) t2
where cg.USEROID = asso.OID
and cg.co_code = substr(so.name,8,3)
and upper(asso.name) = upper(sys_context('payx_r16_app_context', 'app_userid'))
and cg.oid = cs.cocodegroupoid
and cs.securitygroupoid = sg.oid
and cg.cidn = asso.cidn
and cg.cidn = so.cidn
and cg.cidn = cs.cidn
and cs.cidn = sg.cidn
order by 2,1
user_security_cost_no
AS
(select /*+ INLINE */
cg.cidn,co_code,count(distinct cd.code)cost_no,cd.code
from px16_cocodegroup cg ,
px16_associate asso ,
px16_securityobject so,
px16_cocodegrp_securitygrp cs,
px16_security_group sg ,
px16_customaccessdetail cd
where cg.USEROID = asso.OID
and cg.co_code = substr(so.name,8,3)
and upper(asso.name) = upper(sys_context('payx_r16_app_context', 'app_userid'))
and cg.oid = cs.cocodegroupoid
and cs.securitygroupoid = sg.oid
and cg.oid = cd.cocodegroupoid(+)
and cg.cidn = cd.cidn(+)
and cg.cidn = asso.cidn
and cg.cidn = so.cidn
and cg.cidn = cs.cidn
and cs.cidn = sg.cidn
group by cg.cidn,co_code,cd.code
order by 2,1
super_user_check as
(SELECT
distinct a.cidn su_cidn,1 as su_user
FROM
px16_LINK LN
, px16_userprofile up
, px16_ASSOCIATE a
, px16_pcp_user pu
WHERE
a.oid = pu.oid
AND pu.userprofileoid = up.oid
AND LN.parentoid = up.oid
AND a.active = 1
AND a.cidn=pu.cidn
AND pu.cidn=up.cidn
AND ln.cidn=up.cidn
AND upper(a.name) = upper(sys_context('payx_r16_app_context', 'app_userid'))
AND upper(up.name) = upper('Super user')
nonsuper_user_check as
SELECT distinct a.cidn s_cidn , 1 as non_user
FROM
px16_LINK LN
, px16_userprofile up
, px16_ASSOCIATE a
, px16_pcp_user pu
WHERE
a.oid = pu.oid
AND pu.userprofileoid = up.oid
AND LN.parentoid = up.oid
AND a.active = 1
AND a.cidn=pu.cidn
AND pu.cidn=up.cidn
AND ln.cidn=up.cidn
AND upper(a.name) = upper(sys_context('payx_r16_app_context', 'app_userid'))
AND LN.childoid IN ( 'SYS:5:7478')
SELECT distinct
cidn
,batch_number Batch_Number
, business_unit Business_Unit
, check_voucher_number Check_Voucher_Number
, check_voucher_code Check_Voucher_Code
, clock_number CheckView_Clock_Number
, company_code_or_dept Company_CheckView_Home_Dept
, period_end_date Period_End_Date
, TO_NUMBER(REPLACE(SUBSTR(taxes_and_rates, 1, (INSTR(taxes_and_rates, '~', 1, 1) -1)), CHR(155), NULL)) Federal_Tax
, gross_pay Gross_Pay
, home_department Home_Department
, home_department_descr Home_Department_Desc
, SUBSTR(REPLACE(SUBSTR(taxes_and_rates, (INSTR(taxes_and_rates, '~', 1, 1) +1)
, INSTR(taxes_and_rates, '~', 1, 2) - (INSTR(taxes_and_rates, '~', 1, 1) +1)), CHR(155), NULL), 1, 32) Lived_Local_Tax_Code
, SUBSTR(REPLACE(SUBSTR(taxes_and_rates, (INSTR(taxes_and_rates, '~', 1, 2) +1)
, INSTR(taxes_and_rates, '~', 1, 3) - (INSTR(taxes_and_rates, '~', 1, 2) +1)), CHR(155), NULL), 1, 32) Lived_State_Tax_Code
, TO_NUMBER(REPLACE(SUBSTR(taxes_and_rates, (INSTR(taxes_and_rates, '~', 1, 3) +1)
, INSTR(taxes_and_rates, '~', 1, 4) - (INSTR(taxes_and_rates, '~', 1, 3) +1)), CHR(155), NULL)) Lived_Local_Tax
, TO_NUMBER(REPLACE(SUBSTR(taxes_and_rates, (INSTR(taxes_and_rates, '~', 1, 4) +1)
, INSTR(taxes_and_rates, '~', 1, 5) - (INSTR(taxes_and_rates, '~', 1, 4) +1)), CHR(155), NULL)) Lived_State_Tax
, TO_NUMBER(REPLACE(SUBSTR(taxes_and_rates, (INSTR(taxes_and_rates, '~', 1, 5) +1)
, INSTR(taxes_and_rates, '~', 1, 6) - (INSTR(taxes_and_rates, '~', 1, 5) +1)), CHR(155), NULL)) Medicare_Tax
, net_pay Net_Pay
, department_paid Department_Worked_In
, to_pay_indicator Pay_to_Company_Indicator
, pay_date Pay_Date
, payroll_number Payroll_Number
, TO_NUMBER(REPLACE(SUBSTR(taxes_and_rates, (INSTR(taxes_and_rates, '~', 1, 6) +1)
, INSTR(taxes_and_rates, '~', 1, 7) - (INSTR(taxes_and_rates, '~', 1, 6) +1)), CHR(155), NULL)) School_District_Tax
, SUBSTR(REPLACE(SUBSTR(taxes_and_rates, (INSTR(taxes_and_rates, '~', 1, 7) +1)
, INSTR(taxes_and_rates, '~', 1, 8) - (INSTR(taxes_and_rates, '~', 1, 7) +1)), CHR(155), NULL), 1, 32) CheckView_School_District
, TO_NUMBER(REPLACE(SUBSTR(taxes_and_rates, (INSTR(taxes_and_rates, '~', 1, 8) +1)
, INSTR(taxes_and_rates, '~', 1, 9) - (INSTR(taxes_and_rates, '~', 1, 8) +1)), CHR(155), NULL)) Social_Security_Tax
, TO_NUMBER(REPLACE(SUBSTR(taxes_and_rates, (INSTR(taxes_and_rates, '~', 1, 9) +1)
, INSTR(taxes_and_rates, '~', 1, 10) - (INSTR(taxes_and_rates, '~', 1, 9) +1)), CHR(155), NULL)) SUI_SDI_Tax
, SUBSTR(REPLACE(SUBSTR(taxes_and_rates, (INSTR(taxes_and_rates, '~', 1, 10) +1)
, INSTR(taxes_and_rates, '~', 1, 11) - (INSTR(taxes_and_rates, '~', 1, 10) +1)), CHR(155), NULL), 1, 32) SUI_SDI_Tax_Code
, void_check_indicator Void_Check_Indicator
, week_number Week_Number
, SUBSTR(REPLACE(SUBSTR(taxes_and_rates, (INSTR(taxes_and_rates, '~', 1, 11) +1)
, INSTR(taxes_and_rates, '~', 1, 12) - (INSTR(taxes_and_rates, '~', 1, 11) +1)), CHR(155), NULL), 1, 32) Worked_Local_Tax_Code
, SUBSTR(REPLACE(SUBSTR(taxes_and_rates, (INSTR(taxes_and_rates, '~', 1, 12) +1)
, INSTR(taxes_and_rates, '~', 1, 13) - (INSTR(taxes_and_rates, '~', 1, 12) +1)), CHR(155), NULL), 1, 32) Worked_State_Tax_Code
, TO_NUMBER(REPLACE(SUBSTR(taxes_and_rates, (INSTR(taxes_and_rates, '~', 1, 13) +1)
, INSTR(taxes_and_rates, '~', 1, 14) - (INSTR(taxes_and_rates, '~', 1, 13) +1)), CHR(155), NULL)) Worked_Local_Tax
, TO_NUMBER(REPLACE(SUBSTR(taxes_and_rates, (INSTR(taxes_and_rates, '~', 1, 14) +1)
, INSTR(taxes_and_rates, '~', 1, 15) - (INSTR(taxes_and_rates, '~', 1, 14) +1)), CHR(155), NULL)) Worked_State_Tax
, year Year
, company_code Company_Code
, file_number File_Number
, first_name First_Name
, last_name Last_Name
, name Last_Name_First_Name
, ssn Social_Security_Number
, status Status
, TO_NUMBER(REPLACE(SUBSTR(taxes_and_rates, (INSTR(taxes_and_rates, '~', 1, 15) +1)
, INSTR(taxes_and_rates, '~', 1, 16) - (INSTR(taxes_and_rates, '~', 1, 15) +1)), CHR(155), NULL)) Overtime_Earnings
, TO_NUMBER(REPLACE(SUBSTR(taxes_and_rates, (INSTR(taxes_and_rates, '~', 1, 16) +1)
, INSTR(taxes_and_rates, '~', 1, 17) - (INSTR(taxes_and_rates, '~', 1, 16) +1)), CHR(155), NULL)) Overtime_Hours
, TO_NUMBER(REPLACE(SUBSTR(taxes_and_rates, (INSTR(taxes_and_rates, '~', 1, 17) +1)
, INSTR(taxes_and_rates, '~', 1, 18) - (INSTR(taxes_and_rates, '~', 1, 17) +1)), CHR(155), NULL)) Regular_Earnings
, TO_NUMBER(REPLACE(SUBSTR(taxes_and_rates, (INSTR(taxes_and_rates, '~', 1, 18) +1)
, INSTR(taxes_and_rates, '~', 1, 19) - (INSTR(taxes_and_rates, '~', 1, 18) +1)), CHR(155), NULL)) Regular_Hours
, (company_code || '/' || ssn || '/' || file_number || '/' || TO_CHAR(payroll_number) || '/'
|| TO_CHAR(year) || '/' || TO_CHAR(week_number) || '/' || check_voucher_number
|| '/' || to_char(check_seq_num) || '/' || TO_CHAR(distribution_number)) Viewpk
, home_costnumber_desc Home_Cost_Number
, tax_frequency Tax_Frequency
, co_chkv_home_cost_no Company_Cost_Number
, cost_no_worked_in Cost_Number_Worked_In
, distribution_number Distribution_Number
, TO_NUMBER(REPLACE(SUBSTR(taxes_and_rates, (INSTR(taxes_and_rates, '~', 1, 19) +1)
, INSTR(taxes_and_rates, '~', 1, 20) - (INSTR(taxes_and_rates, '~', 1, 19) +1)), CHR(155), NULL)) Total_Deductions_Amount
, NVL(TO_NUMBER(REPLACE(SUBSTR(taxes_and_rates, (INSTR(taxes_and_rates, '~', 1, 20) +1)
, INSTR(taxes_and_rates, '~', 1, 21) - (INSTR(taxes_and_rates, '~', 1, 20) +1)), CHR(155), NULL)), 0) Total_Hours_Amount
, NVL(TO_NUMBER(REPLACE(SUBSTR(taxes_and_rates, (INSTR(taxes_and_rates, '~', 1, 21) +1)
, INSTR(taxes_and_rates, '~', 1, 22) - (INSTR(taxes_and_rates, '~', 1, 21) +1)), CHR(155), NULL)), 0) Total_Memo_Amount
, NVL(TO_NUMBER(REPLACE(SUBSTR(taxes_and_rates, (INSTR(taxes_and_rates, '~', 1, 22) +1)
, INSTR(taxes_and_rates, '~', 1, 23) - (INSTR(taxes_and_rates, '~', 1, 22) +1)), CHR(155), NULL)), 0) Total_Other_Earnings
, TO_NUMBER(REPLACE(SUBSTR(taxes_and_rates, (INSTR(taxes_and_rates, '~', 1, 23) +1)), CHR(155), NULL)) Total_Other_Hours
, check_seq_num Check_Seq_No
, (NVL(company_code, '~') || CHR(155) || NVL(file_number, '~') || CHR(155) || NVL(ssn, '~') || CHR(155) || NVL(TO_CHAR(year), '~') || CHR(155)
|| NVL(TO_CHAR(week_number), '~') || CHR(155) || NVL(TO_CHAR(payroll_number), '~')
|| CHR(155) || NVL(check_voucher_number, '~') || CHR(155) || NVL(TO_CHAR(check_seq_num), '~') || CHR(155) || NVL(TO_CHAR(distribution_number), '~')) Joinkey
, chk_reverse Check_Reversal_Indicator
FROM
SELECT
ch.cidn cidn
/*BATCH NUMBER*/
, ch.batch_nb batch_number
, /*BUSINESS UNIT*/
(select asso.description
from px16_appointment ap,
px16_jobposition jp,
px16_corporation co,
px16_associate asso,
px16_payrollagreement pa,
px16_payrollgroup pg
where
ch.cidn = pg.cidn
AND ch.cidn = pa.cidn
AND pa.cidn = pg.cidn
AND pa.cidn = ap.cidn
AND em.cidn = ap.cidn
AND ap.cidn = jp.cidn
and jp.cidn = co.cidn
and co.cidn = asso.cidn
and ch.co_code=pg.co_code
and ch.file_nb=pa.file_number
and pa.cocodeoid=pg.oid
and pa.appointmentoid=ap.oid
and em.oid=ap.employmentoid
and ap.jobpositionoid=jp.oid
and jp.corporationoid=co.oid
and co.oid=asso.oid) business_unit
, /*CHECK/VOUCHER NUMBER*/
ch.check_nb check_voucher_number
, /*CHECK/VOUCHER CODE*/
SUBSTR(f_type_px16(ch.cidn,ch.chkvchcodeoid, 'NAME'), 1, 255) check_voucher_code
, /*CLOCK NUMBER*/
ch.clock_id clock_number
, /* COMPANY CODE OR DEPT*/
ch.co_code||'/'||substr(ch.home_dept_code,1,20) company_code_or_dept
, /*PERIOD END DATE*/
ch.payroll_ending_date period_end_date
, /*GROSS PAY*/
NVL(chd.gross_pay_amt,0) gross_pay
, /*HOME DEPARTMENT*/
ch.home_dept_code home_department
, /*HOME DEPARTMENT DESCRIPTION*/
(select ty.description
from px16_type ty,px16_securityobject sc
where
ch.cidn = sc.cidn
and ty.cidn in ('COMMON', ch.cidn)
and ch.home_dept_code=ty.name
and ty.category='T_CO_DEPT'
and ty.securityoid=sc.oid
and ch.co_code=substr(sc.name,8)) home_department_descr
, /*NET PAY*/
nvl(chd.net_pay_amt,0) net_pay
, /*DEPARTMENT PAID*/
-- ch.paid_in_debt_code department_paid
chd.worked_in_dept department_paid
, /*TO PAY INDICATOR*/
decode(to_char(ch.pay_to_co),'1','Y','0','N',to_char(ch.pay_to_co)) to_pay_indicator
, /*PAY DATE*/
ch.pay_date pay_date
, /*PAYROLL NUMBER*/
to_char(ch.payroll_nb) payroll_number
, /*VOID CHECK INDICATOR*/
decode(to_char(ch.void_flag),'1','Y','0','N',to_char(ch.void_flag)) void_check_indicator
, /*WEEK NUMBER*/
TO_number(ch.week) week_number
, /*YEAR*/
to_char(ch.year) year
, /*COMPANY CODE*/
ch.co_code company_code
, /*FILE NUMBER*/
LPAD(ch.file_nb,6,0) file_number
, /*FIRST NAME*/
pe.first_name first_name
, /*LAST NAME*/
pe.last_name last_name
, /*NAME*/
pe.last_name||', '||pe.first_name name
, /*SSN*/
payx_r16_principal_info.masked_ssn(pe.unique_id, ch.cidn) ssn
, /*STATUS*/
(SELECT SUBSTR(f_type_px16(ap.cidn,ap.currentstatusoid, 'DESC'), 1, 255)
from
px16_appointment ap,
/*context co_ap,*/
px16_payrollagreement pa,
px16_payrollgroup pg
where
pg.cidn=ch.cidn
and pa.cidn=ch.cidn
and ap.cidn=pa.cidn
and ap.cidn = em.cidn
and ap.employmentoid=em.oid
and ap.active=1
and ap.oid=pa.appointmentoid
and lpad(to_char(pa.file_number),6,0)=ch.file_nb
and pa.cocodeoid=pg.oid
and pg.co_code=ch.co_code) status
-- FED TAX
-- , LIVED LOCAL TAX CODE, LIVED STATE TAX CODE, LIVED LOCAL TAX, LIVED STATE TAX, MEDICARE TAX
-- , SCHOOL DISTRICT TAX, SCHOOL DISTRICT, SOCIAL SECURITY TAX, SUI SDI TAX, SUI SDI TAX CODE
-- , WORKED LOCAL TAX CODE, WORKED STATE TAX CODE, WORKED LOCAL TAX, WORKED STATE TAX
-- , OVERTIME EARNINGS, OVERTIME HOURS, REGULAR EARNINGS, REGULAR HOURS
NVL (
(SELECT
TO_CHAR(NVL(SUM(DECODE(ci.histtypeoid, 'SYS:4:3709', DECODE(ci.taxcodeoid, 'SYS:4:2982', NVL(ci.amount,0), 0), 0) ), 0)) || '~'
|| NVL(MAX(DECODE(ci.histtypeoid, 'SYS:4:3709', DECODE(ci.taxcodeoid, 'SYS:4:2984', ci.code, NULL), NULL)), CHR(155)) || '~'
|| NVL(MAX(DECODE(ci.histtypeoid, 'SYS:4:3709', DECODE(ci.taxcodeoid, 'SYS:4:2987', DECODE(ci.code,'XX',null,ci.code), NULL), NULL)), CHR(155)) || '~'
|| TO_CHAR(NVL(SUM(DECODE(ci.histtypeoid, 'SYS:4:3709', DECODE(ci.taxcodeoid, 'SYS:4:2984', NVL(ci.amount,0), 0), 0) ), 0)) || '~'
|| TO_CHAR(NVL(SUM(DECODE(ci.histtypeoid, 'SYS:4:3709', DECODE(ci.taxcodeoid, 'SYS:4:2987', NVL(ci.amount,0), 0), 0) ), 0)) || '~'
|| TO_CHAR(NVL(SUM(DECODE(ci.histtypeoid, 'SYS:4:3709', DECODE(ci.taxcodeoid, 'SYS:4:4118', NVL(ci.amount,0), 0), 0) ), 0)) || '~'
|| TO_CHAR(NVL(SUM(DECODE(ci.histtypeoid, 'SYS:4:3709', DECODE(ci.taxcodeoid, 'SYS:4:4114', NVL(ci.amount,0), 0), 0) ), 0)) || '~'
|| NVL(MAX(DECODE(ci.histtypeoid, 'SYS:4:3709', DECODE(ci.taxcodeoid, 'SYS:4:4114', ci.code, NULL), NULL)), CHR(155)) || '~'
|| TO_CHAR(NVL(SUM(DECODE(ci.histtypeoid, 'SYS:4:3709', DECODE(ci.taxcodeoid, 'SYS:4:2988', NVL(ci.amount,0), 0), 0) ), 0)) || '~'
|| TO_CHAR(NVL(SUM(DECODE(ci.histtypeoid, 'SYS:4:3709', DECODE(ci.taxcodeoid, 'SYS:4:2989', NVL(ci.amount,0), 0), 0) ), 0)) || '~'
|| NVL(MAX(DECODE(ci.histtypeoid, 'SYS:4:3709', DECODE(ci.taxcodeoid, 'SYS:4:2989', ci.code, NULL), NULL)), CHR(155)) || '~'
|| NVL(MAX(DECODE(ci.histtypeoid, 'SYS:4:3709', DECODE(ci.taxcodeoid, 'SYS:4:2983', ci.code, NULL), NULL)), CHR(155)) || '~'
|| NVL(MAX(DECODE(ci.histtypeoid, 'SYS:4:3709', DECODE(ci.taxcodeoid, 'SYS:4:2986', ci.code, NULL), NULL)), CHR(155)) || '~'
|| TO_CHAR(NVL(SUM(DECODE(ci.histtypeoid, 'SYS:4:3709', DECODE(ci.taxcodeoid, 'SYS:4:2983', NVL(ci.amount,0), 0), 0) ), 0)) || '~'
|| TO_CHAR(NVL(SUM(DECODE(ci.histtypeoid, 'SYS:4:3709', DECODE(ci.taxcodeoid, 'SYS:4:2986', NVL(ci.amount,0), 0), 0) ), 0)) || '~'
|| TO_CHAR(NVL(SUM(DECODE(ci.histtypeoid, 'SYS:4:3713', NVL(ci.amount,0), 0)), 0)) || '~'
|| TO_CHAR(NVL(SUM(DECODE(ci.histtypeoid, 'SYS:4:3727', NVL(ci.amount,0), 0)), 0)) || '~'
|| TO_CHAR(NVL(SUM(DECODE(ci.histtypeoid, 'SYS:4:3715', NVL(ci.amount,0), 0)), 0)) || '~'
|| TO_CHAR(NVL(SUM(DECODE(ci.histtypeoid, 'SYS:4:3716', NVL(ci.amount,0), 0)), 0)) || '~'
-- R16 columns.
-- Total Deductions Amount === Other Deductions on UI screen.
|| TO_CHAR(NVL(SUM(DECODE(chcat.name, 'DeductionHistory'
, DECODE(NVL(ci.statutory_ded, 0), 0
, DECODE(ci.taxcodeoid, NULL
, DECODE(ci.code, NULL, 0, NVL(ci.amount,0)), 0), 0), 0)), 0)) || '~' -- "Total Deductions Amount"
|| TO_CHAR(NVL(SUM(DECODE(chcat.name, 'OvertimeHours', NVL(ci.amount,0)
, 'AdditionalHours', NVL(ci.amount,0), 'RegularHours', NVL(ci.amount,0), 0)), 0)) || '~' -- "Total Hours Amount"
|| TO_CHAR(NVL(SUM(DECODE(chcat.name, 'Memo', NVL(ci.amount,0), 0)), 0)) || '~' -- "Total Memo Amount"
|| TO_CHAR(NVL(SUM(DECODE(chcat.name, 'AdditionalEarnings', NVL(ci.amount,0), 0)), 0)) || '~' -- "Total Other Earnings"
|| TO_CHAR(NVL(SUM(DECODE(chcat.name, 'AdditionalHours', NVL(ci.amount,0), 0)), 0)) -- "Total Other Hours"
FROM
px16_checkhistoryitem ci
, px16_sys_type chcat
WHERE
ci.cidn=chd.cidn
AND ci.checkhistorydistributionoid = chd.oid
AND chcat.category = 'CheckHistoryItem'
AND chcat.oid = ci.histtypeoid
-- AND ci.histtypeoid IN ('SYS:4:3713', 'SYS:4:3727', 'SYS:4:3715', 'SYS:4:3716', 'SYS:4:3709')
), '0' || '~' || CHR(155) || '~' || CHR(155)
|| '0~0~0~0~' || CHR(155) || '~0~0~' || CHR(155) || '~' || CHR(155) || '~'
|| CHR(155) || '~0~0~0~0~0~0'
) taxes_and_rates
, ch.check_seq_num check_seq_num
, ch.home_cost_number home_costnumber_desc
, SUBSTR(f_type_px16(ch.cidn,ch.payfrequencyoid, 'NAME'), 1, 255) tax_frequency
, (ch.co_code || '/' || ch.home_cost_number) co_chkv_home_cost_no
, chd.worked_in_cost_number cost_no_worked_in
, chd.distribution_number distribution_number
, DECODE(NVL(ch.reversed_flag, 0), 1, 'Y', 'N') chk_reverse
FROM
px16_checkhistory ch
, px16_employment em
, px16_person pe
, px16_payrollgroup pg
, px16_checkhistory_dist chd
, px16_appointment ap
WHERE
ch.cidn = em.cidn
and em.cidn = pe.cidn
and pg.cidn = ch.cidn
and ch.cidn = chd.cidn
and ap.cidn(+) = em.cidn
and ch.employmentoid=em.oid
AND em.personoid=pe.oid
AND pg.co_code = ch.co_code
AND ch.active = 1
AND ch.oid = chd.checkhistoryoid
AND ap.employmentoid(+) = em.oid
AND DECODE(ap.oid, NULL, 1, NVL((SELECT 1 FROM px16_payrollagreement pa
WHERE
pa.cidn = ap.cidn
and pa.cidn = ch.cidn
and pa.cidn = pg.cidn
and pa.appointmentoid = ap.oid
AND pa.file_number = ch.file_nb
AND pa.cocodeoid = pg.oid), 0)) = 1
and ch.cidn in (select distinct s_cidn from nonsuper_user_check)
AND ( sys_context('payx_r16_app_context', 'app_role') in ('ADP', 'CSR')
or (exists (select 1 from super_user_check where su_cidn =ch.cidn))
or (ch.cidn,ch.co_code,ch.home_dept_code) in (select cidn,co_code,dep from user_security_homedept)
or (ch.cidn,ch.co_code,ch.home_cost_number) in (select cidn,co_code,code from user_security_cost_no)
or ( exists(select co_code from user_security_homedept where cidn=ch.cidn and co_code = ch.co_code and dep is null)
and exists(select co_code from user_security_cost_no where cidn=ch.cidn and co_code = ch.co_code and cost_no = 0) )
Explain plan
| Id | Operation | Name | Rows | Bytes | Cost (%CPU)|
| 0 | SELECT STATEMENT | | 1 | 7519 | 99 (2)|
| 1 | VIEW | PX16_CHK_VW_SUMMARY_VW | 1 | 7519 | |
| 2 | SORT UNIQUE | | 1 | 445 | 78 (0)|
|* 3 | FILTER | | | | |
| 4 | NESTED LOOPS OUTER | | 1 | 445 | 63 (2)|
| 5 | NESTED LOOPS | | 1 | 414 | 58 (2)|
| 6 | NESTED LOOPS | | 1 | 362 | 53 (2)|
| 7 | NESTED LOOPS | | 1 | 331 | 48 (3)|
| 8 | NESTED LOOPS | | 1 | 306 | 43 (3)|
| 9 | NESTED LOOPS | | 1 | 253 | 38 (3)|
| 10 | NESTED LOOPS | | 1 | 120 | 23 (5)|
| 11 | NESTED LOOPS | | 1 | 79 | 18 (6)|
| 12 | NESTED LOOPS | | 1 | 53 | 13 (8)|
|* 13 | INDEX FAST FULL SCAN | USERPROFILE_GG_U | 5 | 110 | 11 (0)|
|* 14 | INDEX RANGE SCAN | UQ_LINK | 1 | 31 | |
| 15 | TABLE ACCESS BY INDEX ROWID | PCP_USER | 1 | 26 | 6 (17)|
|* 16 | INDEX RANGE SCAN | XIF3PCP_USER | 1 | | |
|* 17 | TABLE ACCESS BY INDEX ROWID | ASSOCIATE | 1 | 41 | 6 (17)|
|* 18 | INDEX UNIQUE SCAN | ASSOCIATE_GG_U | 1 | | |
|* 19 | TABLE ACCESS BY INDEX ROWID | CHECKHISTORY | 1 | 133 | 16 (7)|
|* 20 | INDEX RANGE SCAN | J_CO_CODE | 13 | | 2 (0)|
| 21 | TABLE ACCESS BY INDEX ROWID | CHECKHISTORYDISTRIBUTION | 1 | 53 | 6 (17)|
|* 22 | INDEX RANGE SCAN | TMP_IDX11 | 1 | | |
| 23 | TABLE ACCESS BY INDEX ROWID | PAYROLLGROUP | 1 | 25 | 6 (17)|
|* 24 | INDEX RANGE SCAN | PAYROLLGROUP_IDX2 | 1 | | |
| 25 | TABLE ACCESS BY INDEX ROWID | EMPLOYMENT | 1 | 31 | 6 (17)|
|* 26 | INDEX UNIQUE SCAN | EMPLOYMENT_GG_U | 1 | | |
| 27 | TABLE ACCESS BY INDEX ROWID | PERSON | 1 | 52 | 6 (17)|
|* 28 | INDEX UNIQUE SCAN | PERSON_GG_U | 1 | | |
| 29 | TABLE ACCESS BY INDEX ROWID | APPOINTMENT | 1 | 31 | 6 (17)|
|* 30 | INDEX RANGE SCAN | XIF12APPOINTMENT | 1 | | |
|* 31 | FILTER | | | | |
|* 32 | TABLE ACCESS BY INDEX ROWID | PAYROLLAGREEMENT | 1 | 34 | 21 (5)|
|* 33 | INDEX RANGE SCAN | UQ_FILE_NO_COCODE | 1 | | 3 (0)|
|* 34 | FILTER | | | | |
| 35 | NESTED LOOPS | | 1 | 130 | 27 (4)|
| 36 | NESTED LOOPS | | 1 | 89 | 22 (5)|
| 37 | NESTED LOOPS | | 1 | 63 | 17 (6)|
|* 38 | TABLE ACCESS BY INDEX ROWID | USERPROFILE | 1 | 41 | 16 (7)|
|* 39 | INDEX RANGE SCAN | XIF1USERPROFILE | 1 | | 2 (0)|
|* 40 | INDEX RANGE SCAN | LINK_IDX2 | 1 | 22 | |
| 41 | TABLE ACCESS BY INDEX ROWID | PCP_USER | 1 | 26 | 6 (17)|
|* 42 | INDEX RANGE SCAN | XIF3PCP_USER | 1 | | |
|* 43 | TABLE ACCESS BY INDEX ROWID | ASSOCIATE | 1 | 41 | 6 (17)|
|* 44 | INDEX UNIQUE SCAN | ASSOCIATE_GG_U | 1 | | |
|* 45 | FILTER | | | | |
| 46 | NESTED LOOPS | | 1 | 144 | 48 (3)|
| 47 | MERGE JOIN CARTESIAN | | 1 | 142 | 37 (3)|
| 48 | NESTED LOOPS | | 1 | 116 | 32 (4)|
| 49 | NESTED LOOPS | | 1 | 96 | 31 (4)|
| 50 | NESTED LOOPS | | 1 | 72 | 26 (4)|
|* 51 | TABLE ACCESS BY INDEX ROWID | COCODEGROUP | 1 | 34 | 21 (5)|
|* 52 | INDEX RANGE SCAN | XIF1COCODEGROUP | 9 | | 2 (0)|
|* 53 | TABLE ACCESS BY INDEX ROWID | ASSOCIATE | 1 | 38 | 6 (17)|
|* 54 | INDEX UNIQUE SCAN | ASSOCIATE_GG_U | 1 | | |
|* 55 | INDEX RANGE SCAN | COSEC_IDX_GG | 1 | 24 | 1 (0)|
|* 56 | INDEX UNIQUE SCAN | SECURITY_GROUP_GG_U | 1 | 20 | |
| 57 | BUFFER SORT | | 1 | 26 | 35 (0)|
|* 58 | INDEX RANGE SCAN | UQ_SECURITYOBJECT | 1 | 26 | 1 (0)|
|* 59 | COLLECTION ITERATOR PICKLER FETCH | F_STR2TBL_PX16 | | | |
|* 60 | FILTER | | | | |
| 61 | SORT GROUP BY | | 1 | 183 | 66 (0)|
| 62 | NESTED LOOPS | | 1 | 183 | 51 (2)|
| 63 | NESTED LOOPS | | 1 | 163 | 50 (2)|
|* 64 | HASH JOIN OUTER | | 1 | 139 | 45 (3)|
| 65 | NESTED LOOPS | | 1 | 96 | 42 (3)|
|* 66 | HASH JOIN | | 1 | 58 | 37 (3)|
| 67 | TABLE ACCESS BY INDEX ROWID | SECURITYOBJECT | 13 | 338 | 16 (7)|
|* 68 | INDEX RANGE SCAN | SECURITYOBJECT_IDX1 | 13 | | 2 (0)|
| 69 | TABLE ACCESS BY INDEX ROWID | COCODEGROUP | 9 | 288 | 21 (5)|
|* 70 | INDEX RANGE SCAN | XIF1COCODEGROUP | 1 | | 2 (0)|
|* 71 | TABLE ACCESS BY INDEX ROWID | ASSOCIATE | 1 | 38 | 6 (17)|
|* 72 | INDEX UNIQUE SCAN | ASSOCIATE_GG_U | 1 | | |
|* 73 | TABLE ACCESS FULL | CUSTOMACCESSDETAIL | 9 | 387 | 2 (0)|
|* 74 | INDEX RANGE SCAN | COSEC_IDX_GG | 1 | 24 | 1 (0)|
|* 75 | INDEX UNIQUE SCAN | SECURITY_GROUP_GG_U | 1 | 20 | |
| 76 | VIEW | | 1 | 2032 | |
| 77 | SORT UNIQUE | | 1 | 144 | 63 (0)|
|* 78 | FILTER | | | | |
| 79 | NESTED LOOPS | | 1 | 144 | 48 (3)|
| 80 | NESTED LOOPS | | 1 | 142 | 37 (3)|
| 81 | NESTED LOOPS | | 1 | 104 | 32 (4)|
| 82 | NESTED LOOPS | | 1 | 84 | 31 (4)|
| 83 | NESTED LOOPS | | 1 | 60 | 26 (4)|
|* 84 | TABLE ACCESS BY INDEX ROWID | COCODEGROUP | 1 | 34 | 21 (5)|
|* 85 | INDEX RANGE SCAN | XIF1COCODEGROUP | 9 | | 2 (0)|
|* 86 | INDEX RANGE SCAN | UQ_SECURITYOBJECT | 1 | 26 | 1 (0)|
|* 87 | INDEX RANGE SCAN | COSEC_IDX_GG | 1 | 24 | 1 (0)|
|* 88 | INDEX UNIQUE SCAN | SECURITY_GROUP_GG_U | 1 | 20 | |
|* 89 | TABLE ACCESS BY INDEX ROWID | ASSOCIATE | 1 | 38 | 6 (17)|
|* 90 | INDEX UNIQUE SCAN | ASSOCIATE_GG_U | 1 | | |
|* 91 | COLLECTION ITERATOR PICKLER FETCH| F_STR2TBL_PX16 | | | |
| 92 | VIEW | | 1 | 43 | |
|* 93 | FILTER | | | | |
| 94 | SORT GROUP BY | | 1 | 183 | 55 (0)|
|* 95 | FILTER | | | | |
| 96 | NESTED LOOPS | | 1 | 183 | 40 (3)|
| 97 | NESTED LOOPS | | 1 | 163 | 39 (3)|
|* 98 | HASH JOIN OUTER | | 1 | 139 | 34 (3)|
| 99 | NESTED LOOPS | | 1 | 96 | 31 (4)|
| 100 | NESTED LOOPS | | 1 | 58 | 26 (4)|
|*101 | TABLE ACCESS BY INDEX ROWID | COCODEGROUP | 1 | 32 | 21 (5)|
|*102 | INDEX RANGE SCAN | XIF1COCODEGROUP | 9 | | 2 (0)|
|*103 | INDEX RANGE SCAN | UQ_SECURITYOBJECT | 1 | 26 | 1 (0)|
|*104 | TABLE ACCESS BY INDEX ROWID | ASSOCIATE | 1 | 38 | 6 (17)|
|*105 | INDEX UNIQUE SCAN | ASSOCIATE_GG_U | 1 | | |
|*106 | TABLE ACCESS FULL | CUSTOMACCESSDETAIL | 9 | 387 | 2 (0)|
|*107 | INDEX RANGE SCAN | COSEC_IDX_GG | 1 | 24 | 1 (0)|
|*108 | INDEX UNIQUE SCAN | SECURITY_GROUP_GG_U | 1 | 20 | |
Predicate Information (identified by operation id):
3 - filter(DECODE("SYS_ALIAS_19"."OID",NULL,1,NVL( (SELECT /*+ */ 1 FROM "PAYX_R16"."PAYROLLAGREEMENT"
"PX16_PAYROLLAGREEMENT" WHERE :B1='C69C1Y' AND :B2=:B3 AND :B4=:B5 AND
"PX16_PAYROLLAGREEMENT"."FILE_NUMBER"=TO_NUMBER(:B6) AND "PX16_PAYROLLAGREEMENT"."COCODEOID"=:B7 AND
"PX16_PAYROLLAGREEMENT"."CIDN"=:B8 AND "PX16_PAYROLLAGREEMENT"."APPOINTMENTOID"=:B9),0))=1 AND
(SYS_CONTEXT('payx_r16_app_context','app_role')='ADP' OR
SYS_CONTEXT('payx_r16_app_context','app_role')='CSR' OR EXISTS (SELECT /*+ */ 0 FROM
"PAYX_R16"."PCP_USER" "PX16_PCP_USER","PAYX_R16"."ASSOCIATE" "PX16_ASSOCIATE","PAYX_R16"."USERPROFILE"
"PX16_USERPROFILE","PAYX_R16"."LINK" "PX16_LINK" WHERE :B10='C69C1Y' AND
"PX16_LINK"."PARENTOID"="PX16_USERPROFILE"."OID" AND "PX16_LINK"."CIDN"='C69C1Y' AND
"PX16_LINK"."CIDN"=:B11 AND "PX16_USERPROFILE"."CIDN"='C69C1Y' AND UPPER("PX16_USERPROFILE"."NAME")='SUPER
USER' AND "PX16_USERPROFILE"."CIDN"=:B12 AND "PX16_ASSOCIATE"."CIDN"=:B13 AND
"PX16_ASSOCIATE"."OID"="PX16_PCP_USER"."OID" AND "PX16_ASSOCIATE"."ACTIVE"=1 AND
UPPER("PX16_ASSOCIATE"."NAME")=UPPER(SYS_CONTEXT('payx_r16_app_context','app_userid')) AND
"PX16_PCP_USER"."USERPROFILEOID"="PX16_USERPROFILE"."OID" AND "PX16_PCP_USER"."CIDN"='C69C1Y' AND
"PX16_PCP_USER"."USERPROFILEOID" IS NOT NULL AND "PX16_PCP_USER"."CIDN"=:B14) OR EXISTS (SELECT /*+ */ 0
FROM TABLE("CRUVPD"."F_STR2TBL_PX16"("PX16_COCODEGROUP"."DEPARTMENT_ACCESS"))
"KOKBF$","PAYX_R16"."SECURITY_GROUP" "PX16_SECURITY_GROUP","PAYX_R16"."COCODEGROUP_SECURITYGROUP"
"PX16_COCODEGRP_SECURITYGRP","PAYX_R16"."SECURITYOBJECT" "PX16_SECURITYOBJECT","PAYX_R16"."ASSOCIATE"
"PX16_ASSOCIATE","PAYX_R16"."COCODEGROUP" "PX16_COCODEGROUP" WHERE :B15='C69C1Y' AND
"PX16_COCODEGROUP"."CIDN"=:B16 AND "PX16_COCODEGROUP"."CO_CODE"=:B17 AND "PX16_ASSOCIATE"."CIDN"='C69C1Y'
AND "PX16_COCODEGROUP"."USEROID"="PX16_ASSOCIATE"."OID" AND
UPPER("PX16_ASSOCIATE"."NAME")=UPPER(SYS_CONTEXT('payx_r16_app_context','app_userid')) AND
"PX16_ASSOCIATE"."CIDN"=:B18 AND "PX16_SECURITYOBJECT"."CIDN"='C69C1Y' AND
SUBSTR("PX16_SECURITYOBJECT"."NAME",8,3)=:B19 AND "PX16_SECURITYOBJECT"."CIDN"=:B20 AND
"PX16_COCODEGROUP"."OID"="PX16_COCODEGRP_SECURITYGRP"."COCODEGROUPOID" AND
"PX16_COCODEGRP_SECURITYGRP"."CIDN"=:B21 AND "PX16_COCODEGRP_SECURITYGRP"."CIDN"='C69C1Y' AND
"PX16_SECURITY_GROUP"."CIDN"='C69C1Y' AND "PX16_COCODEGRP_SECURITYGRP"."SECURITYGROUPOID"="PX16_SECURITY_GR
OUP"."OID" AND "PX16_SECURITY_GROUP"."CIDN"=:B22 AND VALUE(KOKBF$)=:B23) OR EXISTS (SELECT /*+ */ 0 FROM
"PAYX_R16"."CUSTOMACCESSDETAIL" "PX16_CUSTOMACCESSDETAIL","PAYX_R16"."SECURITY_GROUP"
"PX16_SECURITY_GROUP","PAYX_R16"."COCODEGROUP_SECURITYGROUP"
"PX16_COCODEGRP_SECURITYGRP","PAYX_R16"."SECURITYOBJECT" "PX16_SECURITYOBJECT","PAYX_R16"."ASSOCIATE"
"PX16_ASSOCIATE","PAYX_R16"."COCODEGROUP" "PX16_COCODEGROUP" WHERE "PX16_COCODEGROUP"."CIDN"='C69C1Y' AND
"PX16_COCODEGROUP"."CIDN"="PX16_SECURITYOBJECT"."CIDN" AND
"PX16_COCODEGROUP"."CO_CODE"=SUBSTR("PX16_SECURITYOBJECT"."NAME",8,3) AND "PX16_ASSOCIATE"."CIDN"='C69C1Y'
AND "PX16_COCODEGROUP"."USEROID"="PX16_ASSOCIATE"."OID" AND
UPPER("PX16_ASSOCIATE"."NAME")=UPPER(SYS_CONTEXT('payx_r16_app_context','app_userid')) AND
"PX16_COCODEGROUP"."CIDN"="PX16_ASSOCIATE"."CIDN" AND "PX16_SECURITYOBJECT"."CIDN"='C69C1Y' AND
"PX16_COCODEGROUP"."OID"="PX16_COCODEGRP_SECURITYGRP"."COCODEGROUPOID" AND
"PX16_COCODEGROUP"."CIDN"="PX16_COCODEGRP_SECURITYGRP"."CIDN" AND
"PX16_COCODEGRP_SECURITYGRP"."CIDN"='C69C1Y' AND "PX16_SECURITY_GROUP"."CIDN"='C69C1Y' AND
"PX16_COCODEGRP_SECURITYGRP"."SECURITYGROUPOID"="PX16_SECURITY_GROUP"."OID" AND
"PX16_COCODEGRP_SECURITYGRP"."CIDN"="PX16_SECURITY_GROUP"."CIDN" AND
"PX16_COCODEGROUP"."CIDN"="PX16_CUSTOMACCESSDETAIL"."CIDN"(+) AND
"PX16_COCODEGROUP"."OID"="PX16_CUSTOMACCESSDETAIL"."COCODEGROUPOID"(+) AND
"PX16_CUSTOMACCESSDETAIL"."CIDN"(+)='C69C1Y' GROUP BY
"PX16_COCODEGROUP"."CIDN","PX16_COCODEGROUP"."CO_CODE","PX16_CUSTOMACCESSDETAIL"."CODE" HAVING
"PX16_COCODEGROUP"."CIDN"=:B24 AND "PX16_COCODEGROUP"."CO_CODE"=:B25 AN)
13 - filter("PX16_USERPROFILE"."CIDN"='C69C1Y')
14 - access("PX16_LINK"."CIDN"='C69C1Y' AND "PX16_LINK"."CHILDOID"='SYS:5:7478' AND
"PX16_LINK"."PARENTOID"="PX16_USERPROFILE"."OID")
filter("PX16_LINK"."CIDN"="PX16_USERPROFILE"."CIDN")
16 - access("PX16_PCP_USER"."CIDN"='C69C1Y' AND "PX16_PCP_USER"."USERPROFILEOID"="PX16_USERPROFILE"."OID"
filter("PX16_PCP_USER"."USERPROFILEOID" IS NOT NULL AND
"PX16_PCP_USER"."CIDN"="PX16_USERPROFILE"."CIDN")
17 - filter("PX16_ASSOCIATE"."ACTIVE"=1 AND UPPER("PX16_ASSOCIATE"."NAME")=UPPER(SYS_CONTEXT('payx_r16_ap
p_context','app_userid')))
18 - access("PX16_ASSOCIATE"."OID"="PX16_PCP_USER"."OID" AND "PX16_ASSOCIATE"."CIDN"='C69C1Y')
filter("PX16_ASSOCIATE"."CIDN"="PX16_PCP_USER"."CIDN")
19 - filter("SYS_ALIAS_32"."ACTIVE"=1)
20 - access("SYS_ALIAS_32"."CIDN"='C69C1Y')
filter("SYS_ALIAS_32"."CIDN"="PX16_ASSOCIATE"."CIDN")
22 - access("SYS_ALIAS_15"."CIDN"='C69C1Y' AND "SYS_ALIAS_32"."OID"="SYS_ALIAS_15"."CHECKHISTORYOID")
filter("SYS_ALIAS_32"."CIDN"="SYS_ALIAS_15"."CIDN")
24 - access("SYS_ALIAS_21"."CIDN"='C69C1Y' AND "SYS_ALIAS_21"."CO_CODE"="SYS_ALIAS_32"."CO_CODE")
filter("SYS_ALIAS_21"."CIDN"="SYS_ALIAS_32"."CIDN")
26 - access("SYS_ALIAS_32"."EMPLOYMENTOID"="SYS_ALIAS_11"."OID" AND "SYS_ALIAS_11"."CIDN"='C69C1Y')
filter("SYS_ALIAS_32"."CIDN"="SYS_ALIAS_11"."CIDN")
28 - access("SYS_ALIAS_11"."PERSONOID"="PX16_PERSON"."OID" AND "PX16_PERSON"."CIDN"='C69C1Y')
filter("SYS_ALIAS_11"."CIDN"="PX16_PERSON"."CIDN")
30 - access("SYS_ALIAS_19"."CIDN"(+)='C69C1Y' AND "SYS_ALIAS_19"."EMPLOYMENTOID"(+)="SYS_ALIAS_11"."OID")
filter("SYS_ALIAS_19"."CIDN"(+)="SYS_ALIAS_11"."CIDN")
31 - filter(:B1='C69C1Y' AND :B2=:B3 AND :B4=:B5)
32 - filter("PX16_PAYROLLAGREEMENT"."APPOINTMENTOID"=:B1)
33 - access("PX16_PAYROLLAGREEMENT"."CIDN"=:B1 AND "PX16_PAYROLLAGREEMENT"."COCODEOID"=:B2 AND
"PX16_PAYROLLAGREEMENT"."FILE_NUMBER"=TO_NUMBER(:B3))
34 - filter(:B1='C69C1Y')
38 - filter(UPPER("PX16_USERPROFILE"."NAME")='SUPER USER')
39 - access("PX16_USERPROFILE"."CIDN"='C69C1Y')
filter("PX16_USERPROFILE"."CIDN"=:B1)
40 - access("PX16_LINK"."CIDN"='C69C1Y' AND "PX16_LINK"."PARENTOID"="PX16_USERPROFILE"."OID")
filter("PX16_LINK"."CIDN"=:B1)
42 - access("PX16_PCP_USER"."CIDN"='C69C1Y' AND "PX16_PCP_USER"."USERPROFILEOID"="PX16_USERPROFILE"."OID"
filter("PX16_PCP_USER"."USERPROFILEOID" IS NOT NULL AND "PX16_PCP_USER"."CIDN"=:B1)
43 - filter("PX16_ASSOCIATE"."ACTIVE"=1 AND UPPER("PX16_ASSOCIATE"."NAME")=UPPER(SYS_CONTEXT('payx_r16_ap
p_context','app_userid')))
44 - access("PX16_ASSOCIATE"."OID"="PX16_PCP_USER"."OID" AND "PX16_ASSOCIATE"."CIDN"=:B1)
45 - filter(:B1='C69C1Y')
51 - filter("PX16_COCODEGROUP"."CO_CODE"=:B1)
52 - access("PX16_COCODEGROUP"."CIDN"=:B1)
53 - filter(UPPER("PX16_ASSOCIATE"."NAME")=UPPER(SYS_CONTEXT('payx_r16_app_context','app_userid')))
54 - access("PX16_COCODEGROUP"."USEROID"="PX16_ASSOCIATE"."OID" AND "PX16_ASSOCIATE"."CIDN"='C69C1Y')
filter("PX16_ASSOCIATE"."CIDN"=:B1)
55 - access("PX16_COCODEGROUP"."OID"="PX16_COCODEGRP_SECURITYGRP"."COCODEGROUPOID" AND
"PX16_COCODEGRP_SECURITYGRP"."CIDN"='C69C1Y')
filter("PX16_COCODEGRP_SECURITYGRP"."CIDN"=:B1 AND "PX16_COCODEGRP_SECURITYGRP"."CIDN"='C69C1Y')
56 - access("PX16_COCODEGRP_SECURITYGRP"."SECURITYGROUPOID"="PX16_SECURITY_GROUP"."OID" AND
"PX16_SECURITY_GROUP"."CIDN"='C69C1Y')
filter("PX16_SECURITY_GROUP"."CIDN"=:B1)
58 - access("PX16_SECURITYOBJECT"."CIDN"='C69C1Y')
filter(SUBSTR("PX16_SECURITYOBJECT"."NAME",8,3)=:B1 AND "PX16_SECURITYOBJECT"."CIDN"=:B2)
59 - filter(VALUE(KOKBF$)=:B1)
60 - filter("PX16_COCODEGROUP"."CIDN"=:B1 AND "PX16_COCODEGROUP"."CO_CODE"=:B2 AND
"PX16_CUSTOMACCESSDETAIL"."CODE"=:B3)
64 - access("PX16_COCODEGROUP"."OID"="PX16_CUSTOMACCESSDETAIL"."COCODEGROUPOID"(+) AND
"PX16_COCODEGROUP"."CIDN"="PX16_CUSTOMACCESSDETAIL"."CIDN"(+))
66 - access("PX16_COCODEGROUP"."CO_CODE"=SUBSTR("PX16_SECURITYOBJECT"."NAME",8,3) AND
"PX16_COCODEGROUP"."CIDN"="PX16_SECURITYOBJECT"."CIDN")
68 - access("PX16_SECURITYOBJECT"."CIDN"='C69C1Y')
70 - access("PX16_COCODEGROUP"."CIDN"='C69C1Y')
71 - filter(UPPER("PX16_ASSOCIATE"."NAME")=UPPER(SYS_CONTEXT('payx_r16_app_context','app_userid')))
72 - access("PX16_COCODEGROUP"."USEROID"="PX16_ASSOCIATE"."OID" AND "PX16_ASSOCIATE"."CIDN"='C69C1Y')
filter("PX16_COCODEGROUP"."CIDN"="PX16_ASSOCIATE"."CIDN")
73 - filter("PX16_CUSTOMACCESSDETAIL"."CIDN"(+)='C69C1Y')
74 - access("PX16_COCODEGROUP"."OID"="PX16_COCODEGRP_SECURITYGRP"."COCODEGROUPOID" AND
"PX16_COCODEGRP_SECURITYGRP"."CIDN"='C69C1Y')
filter("PX16_COCODEGROUP"."CIDN"="PX16_COCODEGRP_SECURITYGRP"."CIDN" AND
"PX16_COCODEGRP_SECURITYGRP"."CIDN"='C69C1Y')
75 - access("PX16_COCODEGRP_SECURITYGRP"."SECURITYGROUPOID"="PX16_SECURITY_GROUP"."OID" AND
"PX16_SECURITY_GROUP"."CIDN"='C69C1Y')
filter("PX16_COCODEGRP_SECURITYGRP"."CIDN"="PX16_SECURITY_GROUP"."CIDN")
78 - filter('C69C1Y'=:B1)
84 - filter("PX16_COCODEGROUP"."CO_CODE"=:B1)
85 - access("PX16_COCODEGROUP"."CIDN"='C69C1Y')
86 - access("PX16_SECURITYOBJECT"."CIDN"='C69C1Y')
filter(SUBSTR("PX16_SECURITYOBJECT"."NAME",8,3)=:B1 AND
"PX16_COCODEGROUP"."CIDN"="PX16_SECURITYOBJECT"."CIDN")
87 - access("PX16_COCODEGROUP"."OID"="PX16_COCODEGRP_SECURITYGRP"."COCODEGROUPOID" AND
"PX16_COCODEGRP_SECURITYGRP"."CIDN"='C69C1Y')
filter("PX16_COCODEGROUP"."CIDN"="PX16_COCODEGRP_SECURITYGRP"."CIDN" AND
"PX16_COCODEGRP_SECURITYGRP"."CIDN"='C69C1Y')
88 - access("PX16_COCODEGRP_SECURITYGRP"."SECURITYGROUPOID"="PX16_SECURITY_GROUP"."OID" AND
"PX16_SECURITY_GROUP"."CIDN"='C69C1Y')
filter("PX16_COCODEGRP_SECURITYGRP"."CIDN"="PX16_SECURITY_GROUP"."CIDN")
89 - filter(UPPER("PX16_ASSOCIATE"."NAME")=UPPER(SYS_CONTEXT('payx_r16_app_context','app_userid')))
90 - access("PX16_COCODEGROUP"."USEROID"="PX16_ASSOCIATE"."OID" AND "PX16_ASSOCIATE"."CIDN"='C69C1Y')
filter("PX16_COCODEGROUP"."CIDN"="PX16_ASSOCIATE"."CIDN")
91 - filter(VALUE(KOKBF$) IS NULL)
93 - filter(COUNT(DISTINCT "PX16_CUSTOMACCESSDETAIL"."CODE")=0)
95 - filter('C69C1Y'=:B1)
98 - access("PX16_COCODEGROUP"."OID"="PX16_CUSTOMACCESSDETAIL"."COCODEGROUPOID"(+) AND
"PX16_COCODEGROUP"."CIDN"="PX16_CUSTOMACCESSDETAIL"."CIDN"(+))
101 - filter("PX16_COCODEGROUP"."CO_CODE"=:B1)
102 - access("PX16_COCODEGROUP"."CIDN"='C69C1Y')
103 - access("PX16_SECURITYOBJECT"."CIDN"='C69C1Y')
filter(SUBSTR("PX16_SECURITYOBJECT"."NAME",8,3)=:B1 AND
"PX16_COCODEGROUP"."CIDN"="PX16_SECURITYOBJECT"."CIDN")
104 - filter(UPPER("PX16_ASSOCIATE"."NAME")=UPPER(SYS_CONTEXT('payx_r16_app_context','app_userid')))
105 - access("PX16_COCODEGROUP"."USEROID"="PX16_ASSOCIATE"."OID" AND "PX16_ASSOCIATE"."CIDN"='C69C1Y')
filter("PX16_COCODEGROUP"."CIDN"="PX16_ASSOCIATE"."CIDN")
106 - filter("PX16_CUSTOMACCESSDETAIL"."CIDN"(+)='C69C1Y')
107 - access("PX16_COCODEGROUP"."OID"="PX16_COCODEGRP_SECURITYGRP"."COCODEGROUPOID" AND
"PX16_COCODEGRP_SECURITYGRP"."CIDN"='C69C1Y')
filter("PX16_COCODEGROUP"."CIDN"="PX16_COCODEGRP_SECURITYGRP"."CIDN" AND
"PX16_COCODEGRP_SECURITYGRP"."CIDN"='C69C1Y')
108 - access("PX16_COCODEGRP_SECURITYGRP"."SECURITYGROUPOID"="PX16_SECURITY_GROUP"."OID" AND
"PX16_SECURITY_GROUP"."CIDN"='C69C1Y')
filter("PX16_COCODEGRP_SECURITYGRP"."CIDN"="PX16_SECURITY_GROUP"."CIDN")
277 rows selected.
Really need advice on it.Without formatting using [ PRE ] and [ /PRE ] tags it is nearly impossible to read much less provide help.
But what is it you hope to accomplish by breaking it up into smaller views?
Improvements in ease of maintenance will likely be offset by poorer performance. -
Need help on tuning materialized view refresh
Hi All,
I am working on materialized view refresh tuning.Initially it was complete refresh and used to take more than 90 mins to complete.
I changed it to fast refresh now it is completing fast. Now i have partitioned the base tables gl_balances and gl_code_combinations of column code_combination_id and created a local index on column code_combination_id then i am trying to partition the materialized on the same column to take advantage of partition change tracking.
Size of gl_balances base tables is 40Gb and all others tables sizes are small. In where clause there all the 4 tables are mapped. If i will create the partition only on code_combination_id will i the materialized will become the candidate for partition change tracking. As i know it will be applicable for PCT. I need expert advice on this.
While doing a fast refresh. the refresh takes less time. when there is a change in gl_balances , gl_code_combinations or gl_periods it completes in 20-30 mins. When there is a change in gl_set_of_books tables. It creates a problem here.DEL query takes more than 48 hours to complete.
CREATE MATERIALIZED VIEW apps.BAL_PART
REFRESH FAST ON DEMAND
ENABLE QUERY REWRITE as
SELECT GL.GL_CODE_COMBINATIONS21.ROWID C1,GL.GL_BALANCES21.ROWID C2, GL.GL_SETS_OF_BOOKS.ROWID C3,
GL.GL_PERIOD.ROWID C4,
"GL"."GL_BALANCES21"."ACTUAL_FLAG" ,
"GL"."GL_BALANCES21"."CURRENCY_CODE" ,
"GL"."GL_BALANCES21"."PERIOD_NUM" ,
"GL"."GL_BALANCES21"."PERIOD_YEAR" ,
"GL"."GL_BALANCES21"."SET_OF_BOOKS_ID" "SOB_ID",
"GL"."GL_CODE_COMBINATIONS21"."CODE_COMBINATION_ID" "CCID",
"GL"."GL_CODE_COMBINATIONS21"."SEGMENT1" ,
"GL"."GL_CODE_COMBINATIONS21"."SEGMENT10" ,
"GL"."GL_CODE_COMBINATIONS21"."SEGMENT11" ,
"GL"."GL_CODE_COMBINATIONS21"."SEGMENT12" ,
"GL"."GL_CODE_COMBINATIONS21"."SEGMENT13" ,
"GL"."GL_CODE_COMBINATIONS21"."SEGMENT14" ,
"GL"."GL_CODE_COMBINATIONS21"."SEGMENT2" ,
"GL"."GL_CODE_COMBINATIONS21"."SEGMENT3" ,
"GL"."GL_CODE_COMBINATIONS21"."SEGMENT4" ,
"GL"."GL_CODE_COMBINATIONS21"."SEGMENT5" ,
"GL"."GL_CODE_COMBINATIONS21"."SEGMENT6" ,
"GL"."GL_CODE_COMBINATIONS21"."SEGMENT7" ,
"GL"."GL_CODE_COMBINATIONS21"."SEGMENT8" ,
"GL"."GL_CODE_COMBINATIONS21"."SEGMENT9" ,
"GL"."GL_PERIODS"."PERIOD_NAME" ,
NVL("GL"."GL_BALANCES21"."BEGIN_BALANCE_CR", 0) Open_Bal_Cr,
NVL("GL"."GL_BALANCES21"."BEGIN_BALANCE_CR", 0) +
NVL("GL"."GL_BALANCES21"."PERIOD_NET_CR", 0) Close_Bal_Cr,
NVL("GL"."GL_BALANCES21"."BEGIN_BALANCE_DR", 0) Open_Bal_Dr,
NVL("GL"."GL_BALANCES21"."BEGIN_BALANCE_DR", 0) +
NVL("GL"."GL_BALANCES21"."PERIOD_NET_DR", 0) Close_Bal_Dr,
NVL("GL"."GL_BALANCES21"."BEGIN_BALANCE_DR", 0) -
NVL("GL"."GL_BALANCES21"."BEGIN_BALANCE_CR", 0) Open_Bal,
NVL("GL"."GL_BALANCES21"."BEGIN_BALANCE_DR", 0) -
NVL("GL"."GL_BALANCES21"."BEGIN_BALANCE_CR", 0) +
NVL("GL"."GL_BALANCES21"."PERIOD_NET_DR", 0) -
NVL("GL"."GL_BALANCES21"."PERIOD_NET_CR", 0) Close_Bal,
NVL("GL"."GL_BALANCES21"."PERIOD_NET_CR", 0) Period_Cr,
NVL("GL"."GL_BALANCES21"."PERIOD_NET_DR", 0) Period_Dr
FROM GL.GL_CODE_COMBINATIONS21,
GL.GL_BALANCES21,
GL.GL_SETS_OF_BOOKS,
GL.GL_PERIODS
WHERE GL.GL_BALANCES21.CODE_COMBINATION_ID =GL.GL_CODE_COMBINATIONS21.CODE_COMBINATION_ID
AND GL.GL_SETS_OF_BOOKS.SET_OF_BOOKS_ID = GL.GL_BALANCES21.SET_OF_BOOKS_ID
AND GL.GL_PERIODS.PERIOD_NUM = GL.GL_BALANCES21.PERIOD_NUM
AND GL.GL_PERIODS.PERIOD_YEAR = GL.GL_BALANCES21.PERIOD_YEAR
AND GL.GL_PERIODS.PERIOD_TYPE = GL.GL_BALANCES21.PERIOD_TYPE
AND GL.GL_PERIODS.PERIOD_NAME = GL.GL_BALANCES21.PERIOD_NAME
AND GL.GL_PERIODS.PERIOD_SET_NAME = GL.GL_SETS_OF_BOOKS.PERIOD_SET_NAME
and gl.GL_CODE_COMBINATIONS21.summary_flag != 'Y'TRACE 1046 del statement
DELETE FROM "APPS"."apps.BAL_PART" SNA$
WHERE "C3" IN (SELECT /*+ NO_MERGE */ * FROM (SELECT
CHARTOROWID("MAS$"."M_ROW$$") RID$ FROM "GL"."MLOG$_GL_SETS_OF_BOOKS"
"MAS$" WHERE "MAS$".SNAPTIME$$ > :B_ST1 ) AS OF SNAPSHOT(:B_SCN) MAS$)
call count cpu elapsed disk query current rows
Parse 1 0.00 0.00 0 0 0 0
Execute 1 17759.00 171782.99 159422121 1267371 2564144739 0
Fetch 0 0.00 0.00 0 0 0 0
total 2 17759.00 171782.99 159422121 1267371 2564144739 0
Misses in library cache during parse: 1
Misses in library cache during execute: 1
Optimizer mode: ALL_ROWS
Parsing user id: 175 (APPS) (recursive depth: 1)
Rows Row Source Operation
0 DELETE apps.BAL_PART (cr=0 pr=0 pw=0 time=0 us)
193128740 NESTED LOOPS (cr=592437 pr=592422 pw=0 time=945244160 us cost=339302 size=168 card=1)
3 SORT UNIQUE (cr=7 pr=0 pw=0 time=15832 us cost=2 size=138 card=1)
24 TABLE ACCESS FULL MLOG$_GL_SETS_OF_BOOKS (cr=7 pr=0 pw=0 time=19 us cost=2 size=138 card=1)
193128740 INDEX RANGE SCAN C3BOOKS (cr=592430 pr=592422 pw=0 time=789499200 us cost=339299 size=3318314250 card=110610475)(object id 2114736)
error during execute of EXPLAIN PLAN statement
ORA-08187: snapshot expression not allowed here
parse error offset: 314
Elapsed times include waiting on following events:
Event waited on Times Max. Wait Total Waited
---------------------------------------- Waited ---------- ------------
db file sequential read 159520897 2.12 144415.96
latch: cache buffers chains 134 0.06 0.68
latch: undo global data 33 0.02 0.15
latch: object queue header operation 521 0.02 0.53
log file switch (private strand flush incomplete)
532 0.31 28.26
resmgr:cpu quantum 155 1.40 13.49
resmgr:internal state change 25 0.11 2.21
latch free 10 0.00 0.00
latch: cache buffers lru chain 4 0.00 0.00
rdbms ipc reply 489 0.02 0.54
reliable message 587 0.00 0.56
latch: row cache objects 3 0.00 0.00
********************************************************************************GL_SETS_OF_BOOKS has only 6 rows. I know there is complete refresh as a option which will again take more than 90 mins.
I want to do the fast refresh. Tables rows details below.
SQL> select count(*) from gl.gl_code_combinations21;
COUNT(*)
3075255
SQL> select count(*) from gl.GL_PERIODS;
COUNT(*)
1160
SQL> select count(*) from gl.gl_balances21;
COUNT(*)
477613527
SQL> select count(*) from gl.gl_sets_of_books;
COUNT(*)
6gl_sets_of_books has less rows. Whenever there is a change then it mapped to huge rows hence during materialized view has delete huge number of rows.
select count(*) from apps.BAL_PART group by C3;
C3 is the rowid which is present in create materialized statement.
COUNT(*)
292927011
210215
69330
184406971
Is there any way to improve the plan. As i created a partition on code_combination_id and local index on code_combination_id which will not help in set_of_books_id case. I dont PCT will help here or not. Is it possible to use PCT refresh by equipartitioning only one column in where clause.
Please assist me in improving refresh of materialized view using fast refresh.
Thanks and Regards,
Edited by: user646034 on Feb 23, 2013 11:13 PM
Edited by: user646034 on Feb 23, 2013 11:19 PM
Edited by: user646034 on Feb 23, 2013 11:46 PM
Edited by: user646034 on Feb 25, 2013 11:46 AMHi
The below explain without index and with index.
/* MV_REFRESH (DEL) */ DELETE FROM "APPS"."BAL_PART
" SNA$ WHERE "C3" IN (SELECT /*+ NO_MERGE */ * FROM (SELECT
CHARTOROWID("MAS$"."M_ROW$$") RID$ FROM
"GL"."MLOG$_GL_SETS_OF_BOOKS" "MAS$" WHERE "MAS$".SNAPTIME$$ > :B_ST1
) AS OF SNAPSHOT(:B_SCN) MAS$)
Plan hash value: 2704021294
| Id | Operation | Name | E-Rows |E-Bytes| Cost (%CPU)| E-Time |
| 0 | DELETE STATEMENT | | | | 339K(100)| |
| 1 | DELETE | BAL_PART | | | | |
| 2 | NESTED LOOPS | | 1 | 168 | 339K (1)|999:59:59 |
| 3 | SORT UNIQUE | | 1 | 138 | 2 (0)| 00:02:31 |
| 4 | TABLE ACCESS FULL| MLOG$_GL_SETS_OF_BOOKS | 1 | 138 | 2 (0)| 00:02:31 |
| 5 | INDEX RANGE SCAN | C3BOOKS | 110M| 3164M| 339K (0)|999:59:59 |
If i will not use the C3 index then the query will use the belolw plan, I guess this will also take same time or more time.
| 0 | DELETE STATEMENT | | | | 9743K(100)| |
| 1 | DELETE | BAL_PART | | | | -
[ADF-11.1.2] Proof of view performance tuning in oracle adf
Hello,
Take an example of : http://www.gebs.ro/blog/oracle/adf-view-object-performance-tuning-analysis/
It tells me perfectly how to tune VO to achieve performance, but how to see it working ?
For example: I Set Fetch size of 25, 'in Batch of' set to 1 or 26 I see following SQL Statement in Log
[1028] SELECT Company.COMPANY_ID, Company.CREATED_DATE, Company.CREATED_BY, Company.LAST_MODIFY_DATE, Company.LAST_MODIFY_BY, Company.NAME FROM COMPANY Companyas if it is fetching all the records from table at a time no matter what's the size of Batch. If I am seeing 50 records on UI at a time, then I would expect at least 2 SELECT statement fetching 26 records by each statement if I set Batch Size to 26... OR at least 50 SELECT statement for Batch size set to '1'.
Please tell me how to see view performance tuning working ? How one can say that setting batch size = '1' is bad for performance?Anandsagar,
why don't you just read up on http://download.oracle.com/docs/cd/E21764_01/core.1111/e10108/adf.htm#CIHHGADG
there are more factors influencing performance than just query. Btw, indexing your queries also helps to tune performance
Frank -
Tuning query with inline views
Hi!
I have a performance problem with the following query. I try to combine v1 and v2 into one inline view but because of the recursive design of the tables workflow and workflow_node it didn't work.
Does anybody has an idea for tuning this query?
SELECT distinct v1.u_protocol_id
FROM ( SELECT workflow_node.workflow_id,u_protocol.u_protocol_id
FROM workflow_node,workflow,U_protocol
WHERE workflow.workflow_id=workflow_node.workflow_id
AND u_protocol.u_protocol_id = workflow_node.parameter_2
AND workflow_node.workflow_node_type_id=17
AND workflow.workflow_node_type_id=42
) v1,
( SELECT workflow_node.workflow_id,test_template.test_template_id
FROM workflow_node,test_template
WHERE test_template.test_template_id = workflow_node.template
AND workflow_node.order_number = 1
AND workflow_node.workflow_node_type_id=42
) v2,
( SELECT aliquot.aliquot_id,test_template.test_template_id
FROM aliquot,test,test_template
WHERE aliquot.aliquot_id = test.aliquot_id
AND test.test_template_id = test_template.test_template_id
) v3
WHERE v1.workflow_id = v2.workflow_id
AND v2.test_template_id= v3.test_template_idI have found a script (utlxplan.sql) for creating the plan_table so here it is
SQL> @c:\utlxplan.sql;
Table created.
SQL> EXPLAIN PLAN FOR SELECT distinct v1.u_protocol_id
2 FROM ( SELECT workflow_node.workflow_id,u_protocol.u_protocol_id
3 FROM lims_sys.workflow_node,lims_sys.workflow,lims_sys.U_protocol
4 WHERE workflow.workflow_id=workflow_node.workflow_id
5 AND u_protocol.u_protocol_id = workflow_node.parameter_2
6 AND workflow_node.workflow_node_type_id=17
7 AND workflow.workflow_node_type_id=42
8 ) v1,
9 ( SELECT workflow_node.workflow_id,test_template.test_template_id
10 FROM lims_sys.aliquot,lims_sys.test,lims_sys.workflow_node,lims_sys.test_template
11 WHERE aliquot.aliquot_id = test.aliquot_id
12 AND test.test_template_id = test_template.test_template_id
13 AND test_template.test_template_id = workflow_node.template
14 ) v2
15 WHERE v1.workflow_id = v2.workflow_id
16 /
Explained.
SQL> SELECT * FROM TABLE(dbms_xplan.display);
PLAN_TABLE_OUTPUT
| Id | Operation | Name |
Rows | Bytes | Cost |
| 0 | SELECT STATEMENT | |
PLAN_TABLE_OUTPUT
| | |
| 1 | SORT UNIQUE | |
| | |
| 2 | FILTER | |
| | |
| 3 | NESTED LOOPS | |
| | |
PLAN_TABLE_OUTPUT
| 4 | NESTED LOOPS | |
| | |
| 5 | NESTED LOOPS | |
| | |
| 6 | NESTED LOOPS | |
| | |
| 7 | NESTED LOOPS | |
| | |
PLAN_TABLE_OUTPUT
| 8 | NESTED LOOPS | |
| | |
| 9 | TABLE ACCESS BY INDEX ROWID| WORKFLOW |
| | |
|* 10 | INDEX RANGE SCAN | FK_WORKFLOW_WORKFLOW_NODE_TYPE |
| | |
| 11 | TABLE ACCESS BY INDEX ROWID| WORKFLOW_NODE |
PLAN_TABLE_OUTPUT
| | |
| 12 | AND-EQUAL | |
| | |
|* 13 | INDEX RANGE SCAN | FK_WORKFLOW_NODE_WORKFLOW |
| | |
|* 14 | INDEX RANGE SCAN | FK_WORKFLOW_NODE_NODE_TYPE |
| | |
PLAN_TABLE_OUTPUT
| 15 | TABLE ACCESS BY INDEX ROWID | U_PROTOCOL |
| | |
|* 16 | INDEX UNIQUE SCAN | PK_U_PROTOCOL |
| | |
| 17 | TABLE ACCESS BY INDEX ROWID | WORKFLOW_NODE |
| | |
|* 18 | INDEX RANGE SCAN | FK_WORKFLOW_NODE_WORKFLOW |
| | |
PLAN_TABLE_OUTPUT
| 19 | TABLE ACCESS BY INDEX ROWID | TEST_TEMPLATE |
| | |
|* 20 | INDEX UNIQUE SCAN | PK_TEST_TEMPLATE |
| | |
| 21 | TABLE ACCESS BY INDEX ROWID | TEST |
| | |
|* 22 | INDEX RANGE SCAN | FK_TEST_TEST_TEMPLATE |
PLAN_TABLE_OUTPUT
| | |
| 23 | TABLE ACCESS BY INDEX ROWID | ALIQUOT |
| | |
|* 24 | INDEX UNIQUE SCAN | PK_ALIQUOT |
| | |
| 25 | INDEX UNIQUE SCAN | PK_OPERATOR_GROUP |
| | |
PLAN_TABLE_OUTPUT
| 26 | INDEX UNIQUE SCAN | PK_OPERATOR_GROUP |
| | |
| 27 | INDEX UNIQUE SCAN | PK_OPERATOR_GROUP |
| | |
| 28 | INDEX UNIQUE SCAN | PK_OPERATOR_GROUP |
| | |
| 29 | INDEX UNIQUE SCAN | PK_OPERATOR_GROUP |
| | |
PLAN_TABLE_OUTPUT
Predicate Information (identified by operation id):
10 - access("SYS_ALIAS_5"."WORKFLOW_NODE_TYPE_ID"=42)
13 - access("SYS_ALIAS_5"."WORKFLOW_ID"="WORKFLOW_NODE"."WORKFLOW_ID")
14 - access("WORKFLOW_NODE"."WORKFLOW_NODE_TYPE_ID"=17)
PLAN_TABLE_OUTPUT
16 - access("SYS_ALIAS_4"."U_PROTOCOL_ID"=TO_NUMBER("WORKFLOW_NODE"."PARAMETER
_2"))
18 - access("WORKFLOW_NODE"."WORKFLOW_ID"="WORKFLOW_NODE"."WORKFLOW_ID")
20 - access("SYS_ALIAS_1"."TEST_TEMPLATE_ID"="WORKFLOW_NODE"."TEMPLATE")
22 - access("SYS_ALIAS_2"."TEST_TEMPLATE_ID"="SYS_ALIAS_1"."TEST_TEMPLATE_ID")
24 - access("SYS_ALIAS_3"."ALIQUOT_ID"="SYS_ALIAS_2"."ALIQUOT_ID")
Note: rule based optimization -
Performance tuning fro a select stmnt consisting of View and DB Table
Hi Gurus ,
I have a select query which is consuming a lot of time for execution. Well it selects details from a custom view ZV_MKPF_MSEG (join of MKPF and MSEG) and table MARA as following
SELECT GI~BUKRS "company code
GI~WERKS "Plant
GI~BWART "Movement Type
GI~BUDAT "Posting Date
GI~MBLNR "Mat Doc Number
GI~ZEILE "Item
GI~KOSTL "cost center
GI~MENGE "Quantity
GI~SHKZG "Debit credit ind
MAMATKL MAMATNR MA~MEINS
INTO CORRESPONDING FIELDS OF TABLE PT_GITAB
FROM ZV_MKPF_MSEG AS GI INNER JOIN MARA AS MA
ON MAMATNR = GIMATNR
WHERE GI~BUKRS IN S_BUKRS AND
GI~WERKS IN S_WERKS AND
GI~BUDAT IN S_BUDAT AND
GI~BWART IN S_BWART AND
GI~MBLNR IN S_MBLNR AND
MA~MATKL IN S_MATKL
ORDER BY GIMBLNR GIZEILE.
how we should manipulate this query in order to increase the perfromance ? And could anybody give some idea about the use of indexes for a table since both MSEG and MKPF tables have indexes attached.
Thanx
Kylie
Edited by: kylietisha on Jun 7, 2010 5:01 PMModerator message - Please see Please Read before Posting in the Performance and Tuning Forum before posting - post locked
Rob -
Idoc views updation, Workflow, Performance tuning techniques!
Hello,
Greetings for the Day!
Currently my client is facing following issues and they seek an help/attention to these issues. Following is the current landscape of an client.
Sector – Mining
SAP NW MDM 7.1 SP 09
SAP ECC EHP 5
SAP PI 7.0
List of Issues:
Classification (CLFMAS idoc) and Quality (MATQM idoc) views tries to update before MATMAS idoc updates and creates the material in ECC table.
At workflow level, how to assign incoming record approval request, put them in mask like functionality and approve them as bulk records.
Performance tuning techniques.
Issue description:
Classification (CLFMAS idoc) and Quality (MATQM idoc) views tries to update before MATMAS idoc updates and creates the material in a table.
Currently, client’s MATMAS idoc updates Basic data1 and Basic data2 along with other views and material gets updated in ECC table, but whenever record has classification and quality view to update via CLFMAS and MATQM idoc, these 2 idocs tries to search the material ECC table before respective MATMAS to update the table. As it does not have the basic data created for the material entire idoc fails. Kindly suggest the solution as in how we can align the process where classification and quality view will get update only after the basic data views gets updated to material master. Is there any way we can make views to be updated sequentially?
At workflow level, how to assign incoming record approval request, put them in mask like functionality and approve them as bulk records.
Currently, super users are configured within the system, they have 2 roles assigned to their ID’s, 1.custodian and 2.steward. In custodian role user assigns the MDM material number and check other relevant assignment to record creation request, user approves the material request and the request goes to steward role. As the 1 user has 2 roles, same user need not to checks everything again in steward role, hence user wants whatever request comes at steward user inbox, he shall be able to create one single group for those 20-30 records and on one single click entire materials shall be approved and disappear out of his workflow level. Is there any way by which it can be achieved.
Performance tuning techniques.
Currently, client MDM system response time is very very slow, after a single click of action it takes long time to reflect the action within MDM. Material database is almost around 2.5 lakh records, standard structure has been used, not a complex landscape structure. Both ECC and MDM server is on single hardware, only the logical separate DB. Kindly suggest performance techniques if any.
Kindly suggest !
Regards,
NeilHi Niel,
Kindly try the below options
-> Performance tuning techniques.
SAP Recommendation is to put the application ,server and Database in different Boxes . I am not sure how you managed to install both MDM and ECC in the same box but that is a big NO NO .
Make sure there is enough hardware support for a separate MDM box.
-> Classification (CLFMAS idoc) and Quality (MATQM idoc) views tries to update before MATMAS idoc updates and creates the material in a table.
MDM only sends out an XML file , so you definitely need a middle ware (PI) to do the conversion.
You can use PI logic ( ccBPM) to sent the IDOC is the necessary sequence .
Else you can maintain this logic in the Processing code of ECC system .
PS : The PI option is more recommended.
Regards,
Vag VIgnesh Shenoy -
Performance tuning from Basis point of View ?
Hi,
Can anybody help me in doing the performance tuning from Basis point of view.
What all parameters are involved in it and what are the values need to be initially assigned and what all factors need to be kept in mind.?
Thanks in advance.wrong forum??
not a security related question?? -
Hi all,
Description:
I have a tree/form layout which is based on two view objects: one for the parent level and the other for children. These two view objects based on database table with more than 1000 records.
For tuning I did the following:
As the number of parent nodes was about 15 nodes, I set the number of retrieved rows per patch to 15 in the parent view object and 1000 to the children view object
Problem:
The performance of this page is very slow:
1- It takes about 8 seconds to expand all tree nodes
2- It takes about 20 seconds to collapse all tree nodes
3- It takes about 8 seconds to select a node while the tree is collapsed
4- It takes about 12 seconds to select a node while the tree is expanded
Any suggestions?
Best Regards,
MahmoudHi,
the tree binding in ADF Faces 10.1.3 doesn't support pageranging, which is what would make it faster. However, I am surprised that closing the folder takes long as well. I suggest to contact customer support (metalink.oracle.com) wit a testcase
Frank -
Circuit for auto tuning of pid controller in lab view
Hi sir
for my project in auto tuning of pid controller using labview,for that
i require a simple circuit diagram(lab view figure) and have no problem in running for that
i will be very thankful to youHi!
I am not sure if I completely understand the question but if you are wanting to do autotuning for PID there is actually a VI that will do it for you. It is called PID Autotuning.vi and can be found under the PID Control pallete in LabVIEW. The LabVIEW Help file also contains more detailed information on the inputs and outputs to the VI.
Carlton
CLD -
Tuning SQL Query calling multiple views
Dear All,
I have a complex scenario in which I have created views in 3 levels for sales and Service separately so total no of views are 6.
Level 2 calls view in Level 1 and Level 3 calls level 2 in sales as well as services.
Finally Level 4 has the union of sales and Service Level 3 view.
There are 5 tables used in total and all have been indexed for better performance.
The cube processing for the above scenario has processing time of 6 mins.
The goal is to bring it down to 2-3 mins.
The amount of data currently we are looking at is not more than 2-3 GB.
Can anybody help me fine tune this scenario?
Thanks, Franco.Run the queries the cube is using in SSMS and turn on the Include Actual Execution Plan option.
https://msdn.microsoft.com/en-us/library/ms189562.aspx?f=255&MSPPError=-2147217396
Straight up it may suggest missing indexes which you can test to see if they improve the query performance. You can't take these suggestions as gospel - sometimes SQL Server gets it wrong - so you need to test them.
After that look in the query plan for any table scan operators. Unless you are actually retrieving every row in a table you shouldn't have any of these and they can probably be removed by placing a properly considered index on the table.
After that look for any RID Lookups or Key Lookups. These can generally be resolved fairly easily by adding the columns being looked up as "include" columns in the indexes.
Here are some links that might get you started.
Reading Execution Plans: http://www.mssqltips.com/sqlservertip/1873/how-to-read-sql-server-graphical-query-execution-plans/
Resolving Table Scans http://blog.sqlauthority.com/2007/03/30/sql-server-index-seek-vs-index-scan-table-scan/
Resolving Lookups: http://blog.sqlauthority.com/2009/11/09/sql-server-removing-key-lookup-seek-predicate-predicate-an-interesting-observation-related-to-datatypes/
Those are the obvious things - and generally the easiest to achieve. Performance tuning is a big area. It may be that the database queries are already performing perfectly well and the time being spent is processing the cube itself so you need
to establish where the time is going. There is no point trying to tune the database queries if they are already working well.
LucasF
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