Complex SQL

Hi All ,
I have below part in WHERE clause of my query :
CCD.PERSONAL_ID(+) = per.PERSONAL_ID AND (CCD.personal_id,CCD.card_seq) in (select personal_id, max(card_seq) from CREDIT_CARD_DATA group by personal_id)
I have added outer join (+) in first part of the above query and need to add this in second part, can any body tell me how we can do this.
I just want to0 fetch all the records even second table does or does not have. It may be possible second table does have more than one record or may not have any records.
I hope I am clear in above statement.
Thanks in advance
Jay Jain

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Answer on this one: Comples SQL
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Similar Messages

Complex sql query

Hello,
My question is: I would like to do more complex sql query ( i need to use GROUP BY, HAVING, ORDER BY). Is possible do it with CMP entity bean, or i have to use BMP entity bean or Session bean? Query return about 20-30 items. Can you recommend some design pattern for this situation?
Thanks in advance
Daniel H

Hello,
My question is: I would like to do more complex sql query ( i need to use GROUP BY, HAVING, ORDER BY). Is possible do it with CMP entity bean, or i have to use BMP entity bean or Session bean? Query return about 20-30 items. Can you recommend some design pattern for this situation?
Thanks in advance
Daniel H

SQLEception using Complex SQL Query with Java Studio Creator2 Build(060120)

I am evaluating Java Studio Creator2 for a WEB base application project that will be making SQL queries to an Oracle Database but I have stumble into a problem using complex SQL queries.
I am getting an SQLException "org.apache.jasper.JasperException: java.lang.RuntimeException: java.sql.SQLException: [sunm][Oracle JDBC Driver][Oracle]ORA-00923: FROM keyword not found where expected". I looks like it cut my sql.
The SQL that I am trying to execute is
Select part_name
from table1, table2
where table1.part_nbr = table2.part_nbr
and table2.row_add_dt = (select max(table3.row_add_dt)
from table3
where table3.ser_part_id =table2.ser_part_id)
This is a valid query that it is using 2 different selects to get a part number.
If posible, point me to the best solution were I will be able to make complex SQL queries like the one above and bigger.
Is there any way that I can read an SQL query file instead of inserting the SQL query string into the setCommand()?

I have read that document looking for some anwsers on how to make this kind of query. If I try the query that I have above in the query editor ,the query editor will cut off from the last select that is between ().
I beleave, there is a work around using the inner joint or outter join command. I will try them to see If I get the corrent result. If not, then I have to keep on asking for possible solutions.
Anyway, someone in the Creator Team should take a note in adding something like a special criteria in the Add Query Criteria Box for cases like the one I have. The special criteria will be like using another select/from/where to get some result that will be compare.
Girish, Are you in the Sun Creator Team?

Easiest way to search for a keyword in over 100 dts packages on a complex SQL 2000 server

Hi,
Can anyone tell me the easiest way to search for a keyword (e.g. myfilename.txt) in over 100 dts packages on a complex SQL 2000 server please. I've searched the internet for a solution, and there seem to be various third party tools available, etc. However
ideally I would like to be able to run a block of code which returns the result within query analyser, since this SQL 2000 server is a production server and I'd rather not have to go through change management for investigation purposes.
Kind Regards,
Kieran.
Kieran Patrick Wood http://www.innovativebusinessintelligence.com http://uk.linkedin.com/in/kieranpatrickwood http://kieranwood.wordpress.com/

See if this helps
http://www.sqlservercentral.com/Forums/Topic169278-19-1.aspx
Please Mark This As Answer if it helps to solve the issue Visakh ---------------------------- http://visakhm.blogspot.com/ https://www.facebook.com/VmBlogs

The Complex SQL Table Range

DEAR ALL
I MAKE SOME SQL TUNING
AND FOUND THIS
Problematic SQL Statement
9 Table operations found in execution plan exceeding the upper limit of
the Complex SQL Table Range. Full table scan with table size larger than
the Problematic SQL Full Table Scan Threshold (8
Kbytes).(TEMPLATE.VPD_SEC_PRIVILEGES 64,
TEMPLATE.USERS_GROUPS 2048, HRMS.HRMS_ORG_CHART_VPD 128,
TEMPLATE.VPD_SEC_PRIVILEGES 64, TEMPLATE.USERS_GROUPS 2048)
BUT I DON'T UNDERSTAND WHAT THAT MEAN
CAN ANY ONE EXPLAINE THIS?

Well if this output is from SQL Navigator then I suggest you ask on an SQL Navigator forum what their output means.
As for tuning "select * from employees" I can tell you it will do a full table scan and performance cannot be improved for such a statement.
If you're interested in tuning SQL's using Oracle facilities look at this thread...
When your query takes too long ...

Using UPDATE in complex SQL

I wonder if anyone can help with an update..
Image 2 tables: packagetable and parttable
packagetable has component to part relationships, eg:
Package Part
PACK1 PART1
PACK1 PART2
PACK2 PART6
PACK2 PART7
PACK2 PART9
PACK3 PART3
PACK3 PART7
parttable has parts and their price
Part Price
PART1 10
PART2 8
PART3 15
PART6 1
PART7 5
PART9 10
but packages are also stored here as parts and have a price (total of components)
PACK1 18 (10 + 8)
PACK2 16 (1 + 5 + 10)
PACK3 20 (15 + 5)
The actual tables are more complex and include a site, a discount, a qty per package, etc but you get the gist.
I need to update package parts so that they equate to the total of their parts because some package parts have the wrong price.
So I need to say
PACK1 = price of PART1 + price of PART2
PACK2 = price of PART6 + price of PART7 + price of PART9
PACK3 = price of PART3 + price of PART7
The actual SQL to obtain the resultant price is:
select
spp1.parent_part packpart,
(select sp2.list_price from ifsapp.sales_part sp2 where sp2.catalog_no = spp1.parent_part) Current_price,
sum((sp1.list_price - (round(sp1.list_price*(spp1.discount_perc/100),2))) * spp1.qty_per_assembly) Proposed_price
from
ifsapp.sales_part_package spp1,
ifsapp.sales_part sp1
where
spp1.catalog_no=sp1.catalog_no
and
spp1.contract=sp1.contract
and
spp1.contract='OIAMN'
having
sum((sp1.list_price - (round(sp1.list_price*(spp1.discount_perc/100),2))) * spp1.qty_per_assembly)<9999999
group by
spp1.parent_part
This results in this case are:
Package Part     Current          Proposed
123          0.00          4911.90
124          0.00          23450.00
126          0.00          23450.00
128          0.00          23950.00
133          0.00          26975.00
134          1200.00          1249.86
140          0.00          9995.00
144          0.00          9995.00
145          0.00          8995.00
150          9021.00          9994.97
151          0.00          9994.97
152          0.00          8994.97
155          0.00          17895.00
168          0.00          17095.00
Clealry the only two values I really need are Package Part and Proposed value... but how can I update the package part prices using a single SQL statement?

If I interpret your question right,
merge works for you in 9i and 10G:
SQL> select * from emps;
ENAME          DEPTNO       SSAL
SMITH              20
ALLEN              30
WARD               30
JONES              20
MARTIN             30
BLAKE              30
CLARK              10
SCOTT              20
KING               10
TURNER             30
ADAMS              20
JAMES              30
FORD               20
MILLER             10
14 rows selected.
SQL> select * from sals;
ENAME             SAL
SMITH            1000
ALLEN            1800
WARD             1450
JONES            2975
MARTIN           1250
BLAKE            2850
CLARK            2450
SCOTT            3000
KING             5000
TURNER           1500
ADAMS            1100
JAMES            1120
FORD             3000
MILLER           1300
14 rows selected.
SQL> /* In 9i */
SQL> merge into emps
2 using (
3 select e.deptno,sum(s.sal) sm from emps e, sals s
4 where e.ename = s.ename
5 group by e.deptno
6 ) src
7 on (src.deptno = emps.deptno)
8 when matched then
9   update set emps.ssal = src.sm
10 when not matched then
11   insert (emps.deptno) values(0)
12 /
14 rows merged.
SQL>/* In 10G */
SQL> merge into emps
2 using (
3 select e.deptno,sum(s.sal) sm from emps e, sals s
4 where e.ename = s.ename
5 group by e.deptno
6 ) src
7 on (src.deptno = emps.deptno)
8 when matched then
9   update set emps.ssal = src.sm
10 /
14 rows merged.
SQL> select * from emps order by deptno;
ENAME          DEPTNO       SSAL
CLARK              10       8750
KING               10       8750
MILLER             10       8750
SMITH              20      11075
ADAMS              20      11075
FORD               20      11075
SCOTT              20      11075
JONES              20      11075
ALLEN              30       9970
BLAKE              30       9970
MARTIN             30       9970
JAMES              30       9970
TURNER             30       9970
WARD               30       9970
14 rows selected.But it could be better if you changed the structure you were using - you could
pick out package names and price summary in the separate table -
now you packagetable looks as the unnormalized structure which is overloaded
by data.
Rgds.

Splitting complex SQL select query in to independent sequence of small queries.

=====================
Problem Description
=====================
Consider I have the following table structures with approx no. of records in each.
Employee Table
emp_id:
name :
dept_id:
#Approx no. of rows in the table: 1 million
Department Table
dept_id:
dept_name:
#Approx no. of rows in the table: 1 Hundred
=====================
Target Result: is to get the employee name who's id is '100' and the department name he belongs to.
=====================
=====================
Ideal Query : Consider it as COMPLEX QUERY
=====================
select emp.name,dept.name
from     employee emp, department dept
where
     emp.dept_id = dept.dept_id
     and
     emp.emp_id = '100';
=====================
Optimized Independent Queries : Consider it as SIMPLE QUERIES
=====================
Now i want to split the above query in to two independent queries.
Query #1
select emp.name
from     employee emp
where emp.id = '100';
:: Returns one row as emp.id is unique.
Query #2
select dept.dept_id, dept.name
from department dept
:: Returns 100 rows as there are only 100 rows.
=====================
Need Your Suggestions Here
=====================
If you compare the COMPLEX QUERY against SIMPLE QUERIES, i prefer to use SIMPLE QUERIES, get the results
and compare department id against two results programmatically and then get the final result. I know the database
query engines will do similar query optimization like dividing COMPLEX QUERY to SIMPLE QUERIES and run them
in some specific order to get results faster.
Now is it possible to get the exact sub queries which the database query engine (ANY database query engine) generates
out of complex select query? I mean i don't want to do the splitting manually but i still need those sub-queries.
Can any one help me out please?

Why on earth would you want to keep the queries separate? As Tom Kyte would say, databases are born to join!
Providing emp_id has an index on it (and it should, assuming it's the table's primary key!) your "complex" (or, what I would call simple*), it'll most likely be faster than doing it separately. You've not got the context switches for one thing.
If you want to see what the optimizer does with your query, you should run a trace on the query. An explain plan would give you an idea of what it's going to do, too.
In general, doing something like this procedurally is going to almost certainly be worse than doing it in SQL (and by worse, I mean slower).
* I'd hate to see what you'd call some of the monster queries I work with, if you think that query is complex!

Complex SQL Query in BPEL DB Adapter

Hi,
Is it possbile to write a complex query in BPEL DB Adapter using "Custom SQL Query"?
I would like to write an IF ELSE condition in the DB Adapter similar what is given below..
IF((SELECT COUNT(*) FROM F5898001 WHERE CT58SRCNME = 'CA_TEST' AND CTJOBNAME = '12345' AND CTEDBT = 'EDBT' AND CTEDSP = 'B') < 1)
BEGIN
insert into f5898001 (CTJOBNAME,CTEDSP,CTEDBT,CT58SRCNME) VALUES (#jobname, #edsp, #edbt, #srcnme)
END.

In a single pass no.
You could use a DB link to perform select and return result to BPEL process variable. Put a switch decision depending on result in variable that calls a DB Adapter to perform the insert.
Wouldn't be in a single transaction and not very elegant, but might be a way round.

Complex SQL query return type

I am trying to take a complex query that I was running inside of C# code and turn it into a stored proc so that it performs much better. I was doing quite a bit of looping in C# code because I am most familiar with that but I know it ain't the best way to do things. Basically my query does the following:
-Query a table to get a set of table names
-loop over that set of table names to query another table to get some info
-use that info to query another table to find out if there are any results
-if there are results add those to a table to be returned to the caller
The issue I am having is that I don't know how to build the return table so I can pass it back to the calling code. All i need to know is the names of the tables that had at least one hit in my big query.
I am kind of new to this so I may have some things in here that are completely bizarre. I won't be offended if you rip it apart. I know that my out SYS_REFCURSOR will not work as is. The part that says 'SELECT OBJECTID really needs to be telling me the name of the table and not OBJECTID. I want to jam all these table names into a resultset which would really just be a temp table that I create with one field (TableName).
I know it's a lot to ask but if anyone can look at any part of this and give me suggestions I would greatly appreciate it. I'm struggling slowly through PL/SQL trying not to do dumb things when there are easier ways. There is probably a way for me to get rid of this loop but I think I need the dynamic part because I am querying different tables. Thank you very much
CREATE OR REPLACE PROCEDURE "CREAM_USER"."ENVELOPE_INTERSECT"
pMINX IN NUMBER,
pMAXX IN NUMBER,
pMAXY IN NUMBER,
pMINY IN NUMBER,
pRESULTSET OUT SYS_REFCURSOR
AS
BEGIN
DECLARE
SQLSTR VARCHAR2(700);
theLayerID NUMBER;
cursor gi is SELECT TABLE_NAME, OWNER FROM VIEW_GEOINDEXER_TABLES WHERE GEOINDEXED = 1;
theTABLE_NAME varchar2(160);
qTheTABLE_NAME varchar2(160);
theOWNER varchar2(32);
BEGIN
for iLayer in gi loop
theTABLE_NAME := iLayer.TABLE_NAME;
theOWNER := iLayer.OWNER;
qTheTABLE_NAME := '''' || theTABLE_NAME || '''';
theOWNER := '''' || theOWNER || '''';
SQLSTR := 'SELECT LAYER_ID FROM SDE.LAYERS WHERE OWNER = ' || theOWNER || ' AND TABLE_NAME = ' || qTheTABLE_NAME || '';
EXECUTE IMMEDIATE SQLSTR INTO theLAYERID;
SQLSTR := 'SELECT OBJECTID FROM ' || theTABLE_NAME || ' WHERE SHAPE IN
SELECT FID FROM F' || theLayerID || ' WHERE
(' || pMINX || ' >= EMINX AND ' || pMINX || ' <= EMAXX)
OR
(' || pMAXX || ' >= EMINX AND ' || pMAXX || ' <= EMAXX)
AND
(' || pMINY || ' >= EMINY AND ' || pMINY || ' <= EMAXY)
OR
(' || pMAXY || ' >= EMINY AND ' || pMAXY || ' <= EMAXY)
OR
(' || pMINX || ' <= EMINX AND ' || pMAXX || ' >= EMAXX)
AND
(' || pMINY || ' <= EMINY AND ' || pMAXY || ' >= EMAXY)
OPEN pRESULTSET FOR SQLSTR;
END LOOP;
END;
END ENVELOPE_INTERSECT;

Looks like you are using dynamic sql but, not using bind variables.
Check out this link (try to ignore the original question) and see how the third post shows you how to use dyanmic sql using the 'USING' construct.
dynamic SQL
HTH,
Rahul.

Complex SQL calculated/Group Query

I am trying to write a complex aggregate query(s) to compile a standings table for a soccer league.
There are four related tables:
Matches
Goals
Players
teams
I have yet to finalize the database structure so I can add fields if necessary.
In the goals table I track the match that the goal was scored in and which player
scored it.
I am trying to create a query that will give me a standings table.
The fields I need to calculate are:
team name
Wins
Loses
Draws
For instance: There was a match on 4/21/2012. The players on HomeTeam(A) scored a combined 6 goals. The players on AwayTeam(B) scored 1 goal (All stored in the Goals table). Therefore, Hometeam won by a score of 6-1. I need
a query that spits out:
Team                Wins          Losses          Draws
Points
HomeTeam(A)      1                 0                 0
3
AwayTeam(B)       0                 1                 0                 3
Wins are worth 3 Losses 0 and Draws 1 point each team.
I am a long time SQL admin, but I think the complexity of calculating this is a little beyong me. I need some help to get where I need to be.

Okay, I haven't yet been able to figure out the draws because of the trouble of linking back to both teams, but here's what I have so far.
First, here is the test data:
Declare @tvMatches Table (
MatchID int IDENTITY(1,1)
,MatchDate datetime
,HomeTeamID int
,AwayTeamID int
Declare @tvGoals Table (
GoalID int IDENTITY(1,1)
,MatchID int
,PlayerID int
,TeamID int
Declare @tvPlayers Table (
PlayerID int IDENTITY(1,1)
,TeamID int
,PlayerName varchar(30)
Declare @tvTeams Table (
TeamID int IDENTITY(1,1)
,TeamName varchar(20)
Insert @tvTeams
Select 'Winners'
Union All
Select 'Losers'
Union All
Select 'Friars'
Union All
Select 'Planes'
Insert @tvPlayers
Select 1, 'Bill'
Union All
Select 1, 'Jim'
Union All
Select 1, 'Ken'
Union All
Select 2, 'James'
Union All
Select 2, 'Smithy'
Union All
Select 2, 'Flip'
Union All
Select 3, 'Dave'
Union All
Select 3, 'Alan'
Union All
Select 3, 'Ethan'
Union All
Select 4, 'Naomi'
Union All
Select 4, 'Erland'
Union All
Select 4, 'Alejandro'
Insert @tvMatches
Select '20120101', 1, 2
Union All
Select '20120201', 3, 4
Union All
Select '20120301', 4, 1
--Winners beat Losers 3-2
--Planes beat Friars 4-2
--Winners beat Planes 2-1
Insert @tvGoals --Match, Player, Team
Select 1, 1, 1
Union All
Select 1, 3, 1
Union All
Select 1, 5, 2
Union All
Select 1, 6, 2
Union All
Select 1, 2, 1
Union All
Select 2, 7, 3
Union All
Select 2, 8, 3
Union All
Select 2, 10, 4
Union All
Select 2, 11, 4
Union All
Select 2, 12, 4
Union All
Select 2, 11, 4
Union All
Select 3, 1, 1
Union All
Select 3, 3, 1
Union All
Select 3, 11, 4
Using this test data, you want to compile the actual match outcomes. This can be problematic to do on the fly every time though, if you have a lot of matches or teams to calculate for. But, with a simple cte, we have:
;with cteMatches as
Select m.MatchID
,m.MatchDate
,m.HomeTeamID
,ht.TeamName HomeTeamName
,m.AwayTeamID
,at.TeamName AwayTeamName
,( Select Count(1)
From @tvGoals g
Where g.MatchID = m.MatchID
And g.TeamID = m.HomeTeamID
) HomeScore
,( Select Count(1)
From @tvGoals g
Where g.MatchID = m.MatchID
And g.TeamID = m.AwayTeamID
) AwayScore
From @tvMatches m
join @tvTeams ht
on m.HomeTeamID = ht.TeamID
join @tvTeams at
on m.AwayTeamID = at.TeamID
) --select * from cteMatches
This returns the MatchID, MatchDate, team information and the score. Basically, you have the match, team and player data tied to the goals table, so you just do a count (using correlated subqueries) to get the score of each team. Next step is
to calculate the winner and loser (and eventually whether there even was a winner) by comparing the scores:
,cteWinners as
Select cm.MatchID
,cm.HomeTeamID
,cm.HomeTeamName
,cm.AwayTeamID
,cm.AwayTeamName
,Case
When cm.HomeScore > cm.AwayScore Then cm.HomeTeamID
When cm.HomeScore < cm.AwayScore Then cm.AwayTeamID
Else 0
End WinningTeamID
,Case
When cm.HomeScore > cm.AwayScore Then cm.AwayTeamID
When cm.HomeScore < cm.AwayScore Then cm.HomeTeamID
Else 0
End LosingTeamID
From cteMatches cm
) --select * from ctewinners
This returns MatchID, team information and the ID's for winning and losing teams. For now it returns 0 if it's a draw. Once we know the outcomes of all the matches, we calculate the actual win/loss for each team:
,cteRecords as
Select t.TeamName
,Count( Case
When cw.WinningTeamID = t.TeamID Then 1
End
) Wins
,Count( Case
When cw.LosingTeamID = t.TeamID Then 1
End
) Losses
From @tvTeams t
join cteWinners cw
on t.TeamID = cw.HomeTeamID
or t.TeamID = cw.AwayTeamID
Group By t.TeamName
) --select * from cteRecords
That last cte returns just team name, and then the number of wins and losses for each team. This is where I got stuck with the draws, because I'm not quite sure yet how to properly assign a draw to both teams involved.
Now, finally you put it all together with some simple match to determine the points, and there you are:
Select TeamName
,Wins
,Losses
,(Wins * 3) Points
From cteRecords

Urgent - ORA-06502 numeric or value error in Complex SQL Join

I am having trouble with a tricky bit of code.
I have a complex join query which uses reference cursors.
type search_cursor is ref cursor;
c_result search_cursor;
cursor c_result1 is
select chemicals.*,buildings.building_name,msds.msds,chemical_ras.ra from chemicals,msds,chemical_ras,buildings;
cv_result c_result1%rowtype;
pv_query := 'select chemicals.*,buildings.building_name,msds.msds,chemical_ras.ra from
chem_location_join
right join room_permissions on chem_location_join.room_id = room_permissions.room_id
inner join chemicals on chemicals.chemical_id = chem_location_join.chem_id
inner join cupboards on cupboards.cupboard_id=chem_location_join.cupboard_id
inner join rooms on rooms.room_id=chem_location_join.room_id
inner join buildings on buildings.building_id=chem_location_join.building_id
inner join csr on chemicals.chemical_id=csr.chemical_id
left join msds on msds.csr_id = csr.csr_id
left join chemical_ras on csr.csr_id= chemical_ras.csr_id
where research_group_id = '||pv_research_group_id||' and upper(' || p_search_field || ') LIKE upper(''%' || p_search_entry || '%'') order by chemicals.chemical_name';
Basically,
When the italics are left out, the query runs perfectly. However, when it is put in, it returns the ORA-06502 numeric or value error.
I have run the query in SQL using values in the where clause and it works perfectly. When i replace buildings with other similar elements, i.e. cupboard, room the query returns a similar error.
Sorry if this seems hard to understand, if you need more clarification please reply.
Many Thanks,
Simon
Message was edited by:
SimonHollingsworth

no but that shouldn't matter because all that cursor is doing is setting the variable cv_result equal to the same %rowtype, the where clause shouldn't be relevant. in any case I don't have a where clause when the italic bit is left out and it still works fine

Complex SQL query Tuning

Hi Fellas,
I am new to query tuning. I have a big query with a TKPROF details. It is just fetching 34 records and taking approx 30 mins.
The TKPROF detail will follow after the query.
SELECT /*+ NO_INDEX(A, RA_CUSTOMER_TRX_N11 ) USE_NL(TYPES,A) */ a.customer_trx_id CUSTOMER_TRX_ID ,
a.trx_number TRX_NUMBER ,
A . INTERFACE_HEADER_ATTRIBUTE5 BILLING_STAGE ,
A . INTERFACE_HEADER_CONTEXT PBRR_TYPE ,
A . INTERFACE_HEADER_ATTRIBUTE11 BILLING_TERM ,
NVL ( TL . SEQUENCE_NUM , 1 ) TERM_SEQUENCE_NUMBER ,
types.type TRX_TYPE ,
l_types.meaning TRX_TYPE_NAME ,
TYPES . ACCOUNTING_AFFECT_FLAG OPEN_RECEIVABLE_FLAG ,
a.trx_date TRX_DATE , SHIP_TO_CUSTOMER_ID SHIP_TO_CUSTOMER_ID ,
SHIP_TO_CONTACT_ID SHIP_TO_CONTACT_ID ,
REMIT_TO_ADDRESS_ID REMIT_TO_ADDRESS_ID ,
A . PRIMARY_SALESREP_ID PRIMARY_SALESREP_ID ,
B . ACCOUNT_NUMBER CUSTOMER_NUMBER ,
A . INTERNAL_NOTES INTERNAL_NOTES ,
A . COMMENTS TRX_COMMENTS ,
PREVIOUS_CUSTOMER_TRX_ID PREVIOUS_CUSTOMER_TRX_ID ,
SHIP_TO_SITE_USE_ID SHIP_TO_SITE_USE_ID ,
NVL ( PRINTING_COUNT , 0 ) PRINTING_COUNT ,
PRINTING_ORIGINAL_DATE PRINTING_ORIGINAL_DATE ,
PRINTING_LAST_PRINTED PRINTING_LAST_PRINTED ,
PRINTING_PENDING PRINTING_PENDING ,
LAST_PRINTED_SEQUENCE_NUM LAST_PRINTED_SEQUENCE_NUMBER ,
START_DATE_COMMITMENT START_DATE_COMMITMENT ,
END_DATE_COMMITMENT END_DATE_COMMITMENT ,
INITIAL_CUSTOMER_TRX_ID INITIAL_CUSTOMER_TRX_ID ,
A . INVOICE_CURRENCY_CODE INVOICE_CURRENCY_CODE ,
A . REASON_CODE CREDIT_HEADER_REASON_CODE_CSTM ,
A . TERM_ID TERM_ID ,
A . SHIP_DATE_ACTUAL SHIP_DATE_ACTUAL ,
A . SHIP_VIA SHIP_VIA ,
A . WAYBILL_NUMBER WAYBILL_NUMBER ,
A . PURCHASE_ORDER PURCHASE_ORDER_NUMBER ,
A . PURCHASE_ORDER_REVISION PURCHASE_ORDER_REVISION ,
A . PURCHASE_ORDER_DATE PURCHASE_ORDER_DATE ,
A . CREATED_BY ORDER_CREATED_BY_CSTM ,
P . DUE_DATE TERM_DUE_DATE_FROM_PS ,
NVL ( TL . RELATIVE_AMOUNT , 100 ) * ( 100 / NVL ( T . BASE_AMOUNT , 100 ) ) TERM_RELATIVE_AMOUNT ,
T . NAME TERM_NAME ,
A . BILL_TO_CUSTOMER_ID BILL_TO_CUSTOMER_ID ,
A . BILL_TO_CONTACT_ID BILL_TO_CONTACT_ID ,
A . BILL_TO_SITE_USE_ID BILL_TO_SITE_USE_ID ,
U_BILL . LOCATION BILL_TO_LOCATION ,
SUBSTRB ( PARTY . PARTY_NAME , 1 , 50 ) BILL_CUST_NAME ,
RTRIM ( RPAD ( LOC . ADDRESS1 , 40 ) ) BILL_ADDRESS1 ,
RTRIM ( RPAD ( LOC . ADDRESS2 , 40 ) ) BILL_ADDRESS2 ,
RTRIM ( RPAD ( LOC . ADDRESS3 , 40 ) ) BILL_ADDRESS3 ,
RTRIM ( RPAD ( LOC . ADDRESS4 , 40 ) ) BILL_ADDRESS4 ,
LOC . CITY BILL_CITY , NVL ( LOC . STATE ,
LOC . PROVINCE ) BILL_STATE ,
LOC . POSTAL_CODE BILL_POSTAL_CODE ,
LOC . COUNTRY BILL_COUNTRY ,
U_BILL . TAX_REFERENCE BILL_SITE_TAX_REFERENCE ,
PARTY . TAX_REFERENCE BILL_CUST_TAX_REFERENCE ,
nvl(amount_line_items_original + decode(a.initial_customer_trx_id, '', 0, nvl(com_adj.amount,0)), to_number(null)) TRX_LINE_AMOUNT ,
nvl(tax_original, to_number(null)) TRX_TAX_AMOUNT ,
nvl(freight_original, to_number(null)) TRX_FREIGHT_AMOUNT ,
p.amount_due_original + decode(a.initial_customer_trx_id, '', 0, nvl(com_adj.amount,0)) TRX_ALL_AMOUNT ,
DECODE ( : P_ORDER_BY , 'TRX_NUMBER' , A . TRX_NUMBER , 'ADJUSTMENT_NUMBER' , A.TRX_NUMBER , 'CUSTOMER' , SUBSTRB ( PARTY . PARTY_NAME , 1 , 50 ) , 'POSTAL_CODE' , LOC . POSTAL_CODE , A . TRX_NUMBER ) ORDER_BY ,
LOC . ADDRESS1 BILL_TO_ADDRESS1 ,
LOC . ADDRESS2 BILL_TO_ADDRESS2 ,
LOC . ADDRESS3 BILL_TO_ADDRESS3 ,
LOC . ADDRESS4 BILL_TO_ADDRESS4 ,
LOC . STATE BILL_TO_STATE ,
LOC . PROVINCE BILL_TO_PROVINCE ,
T . description Term_Description ,
a . org_id ,
a . created_from
FROM
AR_ADJUSTMENTS COM_ADJ,
AR_PAYMENT_SCHEDULES P,
RA_CUST_TRX_LINE_GL_DIST REC,
RA_CUSTOMER_TRX A,
HZ_CUST_ACCOUNTS B,
RA_TERMS T,
RA_TERMS_LINES TL,
RA_CUST_TRX_TYPES TYPES,
AR_LOOKUPS L_TYPES,
HZ_PARTIES      PARTY,
HZ_CUST_ACCT_SITES A_BILL,
HZ_PARTY_SITES PARTY_SITE,
HZ_LOCATIONS LOC,
HZ_CUST_SITE_USES U_BILL
WHERE
A.BILL_TO_CUSTOMER_ID = B.CUST_ACCOUNT_ID AND
REC.CUSTOMER_TRX_ID = A.CUSTOMER_TRX_ID AND
REC.LATEST_REC_FLAG = 'Y' AND
REC.ACCOUNT_CLASS = 'REC' AND
P.PAYMENT_SCHEDULE_ID + DECODE ( P.CLASS , 'INV' , 0 , '' ) = COM_ADJ.PAYMENT_SCHEDULE_ID (+) AND
COM_ADJ.SUBSEQUENT_TRX_ID IS NULL AND 'C' = COM_ADJ.ADJUSTMENT_TYPE (+) AND
A.COMPLETE_FLAG = 'Y' AND
A.CUST_TRX_TYPE_ID = TYPES.CUST_TRX_TYPE_ID AND
L_TYPES.LOOKUP_TYPE = 'INV/CM/ADJ' AND
A.PRINTING_OPTION IN ( 'PRI' , 'REP' ) AND
L_TYPES.LOOKUP_CODE = DECODE ( TYPES.TYPE , 'DEP' , 'INV' , TYPES.TYPE ) AND
NVL ( P.TERMS_SEQUENCE_NUMBER , nvl ( TL.SEQUENCE_NUM , 0 ) ) = nvl ( TL.SEQUENCE_NUM , nvl ( p.terms_sequence_number , 0 ) ) AND
DECODE ( P.PAYMENT_SCHEDULE_ID , '' , 0 , NVL ( T.PRINTING_LEAD_DAYS , 0 ) ) = 0 AND
A.BILL_TO_SITE_USE_ID = U_BILL.SITE_USE_ID AND
U_BILL.CUST_ACCT_SITE_ID = A_BILL.CUST_ACCT_SITE_ID AND
A_BILL.party_site_id = party_site.party_site_id AND
B.PARTY_ID = PARTY.PARTY_ID AND
loc.location_id = party_site.location_id AND
NVL ( P.AMOUNT_DUE_REMAINING , 0 ) <> 0 AND
A.CUST_TRX_TYPE_ID = 2526 AND
TYPES.TYPE = 'INV' AND
A.TERM_ID = TL.TERM_ID (+) AND
A.TERM_ID = T.TERM_ID (+) AND
A.CUSTOMER_TRX_ID = P.CUSTOMER_TRX_ID (+) AND
A.PRINTING_PENDING = 'Y' AND
NVL ( TL.SEQUENCE_NUM , 1 ) > NVL ( A.LAST_PRINTED_SEQUENCE_NUM , 0 ) and 1 = 1 AND
NOT EXISTS ( SELECT 'X' from ECE_TP_DETAILS ETD ,
                    ECE_TP_HEADERS ETH
WHERE
ETH.TP_HEADER_ID = A_BILL.TP_HEADER_ID AND
ETD.TP_HEADER_ID = ETH.TP_HEADER_ID AND
ETD.EDI_FLAG = 'Y' AND
ETD.DOCUMENT_ID = 'INO' AND
ETD.DOCUMENT_TYPE = DECODE ( TYPES.TYPE , 'CM' , DECODE ( A.PREVIOUS_CUSTOMER_TRX_ID , NULL , 'OACM' , 'CM' ) , TYPES.TYPE ) ) AND
A.PRINTING_OPTION IN ( 'PRI' , 'REP' ) AND
T.NAME not like 'PB%' AND
1 = 1 AND
MIT_AR.GE_AR_COAKLEY_ELIGIBLE ( 'NEW' , P.CUSTOMER_TRX_ID , A.ORG_ID ) = 0 AND
A.org_id = TYPES.org_id UNION SELECT /*+ NO_INDEX(A, RA_CUSTOMER_TRX_N11 ) USE_NL(TYPES,A) */
a.customer_trx_id , a.trx_number ,
A . INTERFACE_HEADER_ATTRIBUTE5 ,
A . INTERFACE_HEADER_CONTEXT ,
A . INTERFACE_HEADER_ATTRIBUTE11 ,
NVL ( P . TERMS_SEQUENCE_NUMBER , 1 ) ,
types.type , l_types.meaning ,
TYPES . ACCOUNTING_AFFECT_FLAG ,
a.trx_date ,
A . SHIP_TO_CUSTOMER_ID ,
A . SHIP_TO_CONTACT_ID ,
A . REMIT_TO_ADDRESS_ID ,
A . PRIMARY_SALESREP_ID ,
B . ACCOUNT_NUMBER ,
A . INTERNAL_NOTES ,
A . COMMENTS ,
PREVIOUS_CUSTOMER_TRX_ID ,
SHIP_TO_SITE_USE_ID ,
NVL ( PRINTING_COUNT , 0 ) ,
PRINTING_ORIGINAL_DATE ,
PRINTING_LAST_PRINTED ,
PRINTING_PENDING ,
LAST_PRINTED_SEQUENCE_NUM ,
START_DATE_COMMITMENT ,
END_DATE_COMMITMENT ,
INITIAL_CUSTOMER_TRX_ID ,
A . INVOICE_CURRENCY_CODE ,
A . REASON_CODE ,
A . TERM_ID ,
A . SHIP_DATE_ACTUAL ,
A . SHIP_VIA ,
A . WAYBILL_NUMBER ,
A . PURCHASE_ORDER ,
A . PURCHASE_ORDER_REVISION ,
A . PURCHASE_ORDER_DATE ,
A . CREATED_BY ,
P . DUE_DATE ,
NVL ( TL . RELATIVE_AMOUNT , 100 ) * ( 100 / NVL ( T . BASE_AMOUNT , 100 ) ) ,
T . NAME , A . BILL_TO_CUSTOMER_ID ,
A . BILL_TO_CONTACT_ID ,
A . BILL_TO_SITE_USE_ID ,
U_BILL . LOCATION BILL_TO_LOCATION ,
SUBSTRB ( PARTY . PARTY_NAME , 1 , 50 ) BILL_CUST_NAME ,
RTRIM ( RPAD ( LOC . ADDRESS1 , 40 ) ) ,
RTRIM ( RPAD ( LOC . ADDRESS2 , 40 ) ) ,
RTRIM ( RPAD ( LOC . ADDRESS3 , 40 ) ) ,
RTRIM ( RPAD ( LOC . ADDRESS4 , 40 ) ) ,
LOC . CITY ,
NVL ( LOC . STATE , LOC . PROVINCE ) ,
LOC . POSTAL_CODE ,
LOC . COUNTRY ,
U_BILL . TAX_REFERENCE ,
PARTY . TAX_REFERENCE ,
nvl(amount_line_items_original + decode(a.initial_customer_trx_id, '', 0, nvl(com_adj.amount,0)), to_number(null)) ,
nvl(tax_original, to_number(null)) ,
nvl(freight_original, to_number(null)) ,
p.amount_due_original + decode(a.initial_customer_trx_id, '', 0, nvl(com_adj.amount,0)) ,
DECODE ( : P_ORDER_BY , 'TRX_NUMBER' ,
A . TRX_NUMBER , 'ADJUSTMENT_NUMBER' ,
A.TRX_NUMBER , 'CUSTOMER' ,
SUBSTRB ( PARTY . PARTY_NAME , 1 , 50 ) , 'POSTAL_CODE' ,
LOC . POSTAL_CODE , A . TRX_NUMBER ) ORDER_BY ,
LOC . ADDRESS1 ,
LOC . ADDRESS2 ,
LOC . ADDRESS3 ,
LOC . ADDRESS4 ,
LOC . STATE ,
LOC . PROVINCE ,
T . description ,
a . org_id ,
a . created_from
FROM
RA_TERMS_LINES TL,
RA_CUST_TRX_TYPES TYPES,
AR_LOOKUPS L_TYPES,
     HZ_CUST_ACCOUNTS B,
HZ_PARTIES      PARTY,
HZ_CUST_SITE_USES U_BILL,
HZ_CUST_ACCT_SITES A_BILL,
HZ_PARTY_SITES PARTY_SITE,
HZ_LOCATIONS LOC,
AR_ADJUSTMENTS COM_ADJ,
RA_CUSTOMER_TRX A,
AR_PAYMENT_SCHEDULES P,
RA_TERMS T
WHERE
A.BILL_TO_CUSTOMER_ID = B.CUST_ACCOUNT_ID
AND P.PAYMENT_SCHEDULE_ID + DECODE ( P.CLASS , 'INV' , 0 , '' ) = COM_ADJ.PAYMENT_SCHEDULE_ID (+) AND
COM_ADJ.SUBSEQUENT_TRX_ID IS NULL AND
'C' = COM_ADJ.ADJUSTMENT_TYPE (+) AND
A.COMPLETE_FLAG = 'Y' AND
A.CUSTOMER_TRX_ID = P.CUSTOMER_TRX_ID AND
A.CUST_TRX_TYPE_ID = TYPES.CUST_TRX_TYPE_ID AND
L_TYPES.LOOKUP_TYPE = 'INV/CM/ADJ' AND
A.PRINTING_OPTION IN ( 'PRI' , 'REP' ) AND
L_TYPES.LOOKUP_CODE = DECODE ( TYPES.TYPE , 'DEP' , 'INV' , TYPES.TYPE ) AND
NVL ( T.PRINTING_LEAD_DAYS , 0 ) > 0 AND
A.BILL_TO_SITE_USE_ID = U_BILL.SITE_USE_ID AND
U_BILL.CUST_ACCT_SITE_ID = A_BILL.CUST_ACCT_SITE_ID AND
A_BILL.PARTY_SITE_ID = PARTY_SITE.PARTY_SITE_ID AND
B.PARTY_ID = PARTY.PARTY_ID AND
LOC.LOCATION_ID = PARTY_SITE.LOCATION_ID AND
NVL ( P.TERMS_SEQUENCE_NUMBER , TL.SEQUENCE_NUM ) = TL.SEQUENCE_NUM AND
NVL ( P.AMOUNT_DUE_REMAINING , 0 ) <> 0 AND
A.CUST_TRX_TYPE_ID = 2526 AND
TYPES.TYPE = 'INV' AND
T.TERM_ID = P.TERM_ID AND
TL.TERM_ID (+) = T.TERM_ID AND
A.PRINTING_PENDING = 'Y' AND
P.TERMS_SEQUENCE_NUMBER > NVL ( A.LAST_PRINTED_SEQUENCE_NUM , 0 ) and 1 = 1 AND
NOT EXISTS ( SELECT 'X' from
ECE_TP_DETAILS ETD ,
ECE_TP_HEADERS ETH
WHERE
ETH.TP_HEADER_ID = A_BILL.TP_HEADER_ID AND
ETD.TP_HEADER_ID = ETH.TP_HEADER_ID AND
ETD.EDI_FLAG = 'Y' AND
ETD.DOCUMENT_ID = 'INO' AND
ETD.DOCUMENT_TYPE = DECODE ( TYPES.TYPE , 'CM' , DECODE ( A.PREVIOUS_CUSTOMER_TRX_ID , NULL , 'OACM' , 'CM' ) , TYPES.TYPE ) ) AND
NVL ( A.PRINTING_OPTION , 'REP' ) IN ( 'PRI' , 'REP' ) AND
T.NAME not like 'PB%' AND 1 = 1 AND
MIT_AR.GE_AR_COAKLEY_ELIGIBLE ( 'NEW' , P.CUSTOMER_TRX_ID , A.ORG_ID ) = 0 AND
A.org_id = TYPES.org_id
ORDER BY 60 ASC,68 ASC,2 ASC,3 ASC,4 ASC,5 ASC,44 ASC
call count cpu elapsed disk query current rows
Parse 1 0.06 0.08 0 364 0 0
Execute 1 5.11 4.98 0 0 0 0
Fetch 18 81.35 1375.73 203636 357435 0 34
total 20 86.52 1380.80 203636 357799 0 34
Misses in library cache during parse: 1
Optimizer mode: ALL_ROWS
Parsing user id: 25
Number of plan statistics captured: 1
Rows (1st) Rows (avg) Rows (max) Row Source Operation
34 34 34 SORT UNIQUE (cr=569992 pr=227554 pw=0 time=1658548772 us)
34 34 34 UNION-ALL (cr=569992 pr=227554 pw=0 time=773822949 us)
34 34 34 FILTER (cr=228022 pr=107808 pw=0 time=773820837 us)
34 34 34 FILTER (cr=228022 pr=107808 pw=0 time=773820394 us)
34 34 34 NESTED LOOPS OUTER (cr=228022 pr=107808 pw=0 time=771070499 us)
34 34 34 NESTED LOOPS (cr=227986 pr=107806 pw=0 time=773799735 us)
34 34 34 NESTED LOOPS (cr=227882 pr=107806 pw=0 time=773742298 us)
34 34 34 NESTED LOOPS (cr=227812 pr=107806 pw=0 time=773688021 us)
34 34 34 NESTED LOOPS (cr=227708 pr=107806 pw=0 time=773636699 us)
34 34 34 FILTER (cr=227638 pr=107806 pw=0 time=773566978 us)
4616 4616 4616 NESTED LOOPS OUTER (cr=220679 pr=106836 pw=0 time=823009777 us)
4610 4610 4610 NESTED LOOPS (cr=206836 pr=102712 pw=0 time=623651066 us)
4610 4610 4610 NESTED LOOPS (cr=188367 pr=96450 pw=0 time=531982352 us)
4610 4610 4610 NESTED LOOPS (cr=179145 pr=96449 pw=0 time=530980660 us)
4610 4610 4610 FILTER (cr=165290 pr=96448 pw=0 time=529149297 us)
4610 4610 4610 NESTED LOOPS OUTER (cr=165290 pr=96448 pw=0 time=530066499 us)
4607 4607 4607 NESTED LOOPS (cr=156074 pr=96442 pw=0 time=762671095 us)
4615 4615 4615 NESTED LOOPS (cr=146842 pr=96441 pw=0 time=751255741 us)
4615 4615 4615 NESTED LOOPS (cr=137610 pr=96435 pw=0 time=751144978 us)
4615 4615 4615 NESTED LOOPS (cr=123763 pr=96435 pw=0 time=750949543 us)
4615 4615 4615 TABLE ACCESS BY INDEX ROWID RA_CUSTOMER_TRX_ALL (cr=114531 pr=96435 pw=0 time=750675597 us)
*329687 329687 329687 INDEX RANGE SCAN RA_CUSTOMER_TRX_N17 (cr=6232 pr=6046 pw=0 time=31982795 us)(object id 4788)* 4615 4615 4615 TABLE ACCESS BY INDEX ROWID RA_CUST_TRX_TYPES_ALL (cr=9232 pr=0 pw=0 time=239450 us)
4615 4615 4615 INDEX UNIQUE SCAN RA_CUST_TRX_TYPES_U1 (cr=4617 pr=0 pw=0 time=160139 us)(object id 55731)
4615 4615 4615 TABLE ACCESS BY INDEX ROWID FND_LOOKUP_VALUES (cr=13847 pr=0 pw=0 time=180337 us)
4615 4615 4615 INDEX UNIQUE SCAN FND_LOOKUP_VALUES_U1 (cr=9232 pr=0 pw=0 time=135717 us)(object id 491822)
4615 4615 4615 TABLE ACCESS BY INDEX ROWID RA_TERMS_B (cr=9232 pr=6 pw=0 time=155074 us)
4615 4615 4615 INDEX UNIQUE SCAN RA_TERMS_B_U1 (cr=4617 pr=0 pw=0 time=60566 us)(object id 55734)
4607 4607 4607 TABLE ACCESS BY INDEX ROWID RA_TERMS_TL (cr=9232 pr=1 pw=0 time=181115 us)
4615 4615 4615 INDEX UNIQUE SCAN RA_TERMS_TL_U1 (cr=4617 pr=1 pw=0 time=82153 us)(object id 55755)
4610 4610 4610 TABLE ACCESS BY INDEX ROWID RA_TERMS_LINES (cr=9216 pr=6 pw=0 time=259864 us)
4610 4610 4610 INDEX RANGE SCAN RA_TERMS_LINES_U1 (cr=4609 pr=1 pw=0 time=104110 us)(object id 6703)
4610 4610 4610 TABLE ACCESS BY INDEX ROWID HZ_CUST_SITE_USES_ALL (cr=13855 pr=1 pw=0 time=1350357 us)
4610 4610 4610 INDEX UNIQUE SCAN HZ_CUST_SITE_USES_U1 (cr=9222 pr=1 pw=0 time=434079 us)(object id 44870)
4610 4610 4610 TABLE ACCESS BY INDEX ROWID HZ_CUST_ACCT_SITES_ALL (cr=9222 pr=1 pw=0 time=1024466 us)
4610 4610 4610 INDEX UNIQUE SCAN HZ_CUST_ACCT_SITES_U1 (cr=4612 pr=1 pw=0 time=337477 us)(object id 46883)
4610 4610 4610 TABLE ACCESS BY INDEX ROWID RA_CUST_TRX_LINE_GL_DIST_ALL (cr=18469 pr=6262 pw=0 time=86754686 us)
4610 4610 4610 INDEX RANGE SCAN RA_CUST_TRX_LINE_GL_DIST_N6 (cr=13836 pr=4061 pw=0 time=55844483 us)(object id 1510967)
4616 4616 4616 TABLE ACCESS BY INDEX ROWID AR_PAYMENT_SCHEDULES_ALL (cr=13843 pr=4124 pw=0 time=50689789 us)
4616 4616 4616 INDEX RANGE SCAN AR_PAYMENT_SCHEDULES_N2 (cr=9233 pr=1494 pw=0 time=15169412 us)(object id 4877)
34 34 34 TABLE ACCESS BY INDEX ROWID HZ_CUST_ACCOUNTS (cr=70 pr=0 pw=0 time=24450 us)
34 34 34 INDEX UNIQUE SCAN HZ_CUST_ACCOUNTS_U1 (cr=36 pr=0 pw=0 time=5962 us)(object id 85278)
34 34 34 TABLE ACCESS BY INDEX ROWID HZ_PARTY_SITES (cr=104 pr=0 pw=0 time=58609 us)
34 34 34 INDEX UNIQUE SCAN HZ_PARTY_SITES_U1 (cr=70 pr=0 pw=0 time=31189 us)(object id 45527)
34 34 34 TABLE ACCESS BY INDEX ROWID HZ_LOCATIONS (cr=70 pr=0 pw=0 time=52502 us)
34 34 34 INDEX UNIQUE SCAN HZ_LOCATIONS_U1 (cr=36 pr=0 pw=0 time=23883 us)(object id 45692)
34 34 34 TABLE ACCESS BY INDEX ROWID HZ_PARTIES (cr=104 pr=0 pw=0 time=49042 us)
34 34 34 INDEX UNIQUE SCAN HZ_PARTIES_U1 (cr=70 pr=0 pw=0 time=22106 us)(object id 757879)
0 0 0 TABLE ACCESS BY INDEX ROWID AR_ADJUSTMENTS_ALL (cr=36 pr=2 pw=0 time=19638 us)
0 0 0 INDEX RANGE SCAN AR_ADJUSTMENTS_N3 (cr=36 pr=2 pw=0 time=19271 us)(object id 5473)
0 0 0 NESTED LOOPS (cr=0 pr=0 pw=0 time=9 us)
0 0 0 INDEX UNIQUE SCAN ECE_TP_HEADERS_U1 (cr=0 pr=0 pw=0 time=7 us)(object id 46119)
0 0 0 TABLE ACCESS BY INDEX ROWID ECE_TP_DETAILS (cr=0 pr=0 pw=0 time=0 us)
0 0 0 INDEX UNIQUE SCAN ECE_TP_DETAILS_U2 (cr=0 pr=0 pw=0 time=0 us)(object id 6271)
0 0 0 FILTER (cr=341970 pr=119746 pw=0 time=883424760 us)
0 0 0 FILTER (cr=341970 pr=119746 pw=0 time=883424758 us)
0 0 0 NESTED LOOPS OUTER (cr=341970 pr=119746 pw=0 time=883424757 us)
0 0 0 NESTED LOOPS (cr=341970 pr=119746 pw=0 time=883424752 us)
0 0 0 NESTED LOOPS (cr=341970 pr=119746 pw=0 time=883424749 us)
0 0 0 NESTED LOOPS (cr=341970 pr=119746 pw=0 time=883424742 us)
0 0 0 NESTED LOOPS (cr=341970 pr=119746 pw=0 time=883424740 us)
0 0 0 NESTED LOOPS (cr=341970 pr=119746 pw=0 time=883424735 us)
0 0 0 NESTED LOOPS (cr=341970 pr=119746 pw=0 time=883424731 us)
0 0 0 NESTED LOOPS (cr=341970 pr=119746 pw=0 time=883424726 us)
0 0 0 NESTED LOOPS (cr=341970 pr=119746 pw=0 time=883424724 us)
0 0 0 NESTED LOOPS (cr=341970 pr=119746 pw=0 time=883424721 us)
0 0 0 NESTED LOOPS (cr=341970 pr=119746 pw=0 time=883424715 us)
34 34 34 NESTED LOOPS (cr=341900 pr=119746 pw=0 time=882400482 us)
4615 4615 4615 NESTED LOOPS (cr=123763 pr=93484 pw=0 time=674293279 us)
4615 4615 4615 TABLE ACCESS BY INDEX ROWID RA_CUSTOMER_TRX_ALL (cr=114531 pr=93484 pw=0 time=674030164 us)
329687 329687 329687 INDEX RANGE SCAN RA_CUSTOMER_TRX_N17 (cr=6232 pr=6130 pw=0 time=36621510 us)(object id 4788)
4615 4615 4615 TABLE ACCESS BY INDEX ROWID RA_CUST_TRX_TYPES_ALL (cr=9232 pr=0 pw=0 time=249893 us)
4615 4615 4615 INDEX UNIQUE SCAN RA_CUST_TRX_TYPES_U1 (cr=4617 pr=0 pw=0 time=169485 us)(object id 55731)
34 34 34 TABLE ACCESS BY INDEX ROWID AR_PAYMENT_SCHEDULES_ALL (cr=218137 pr=26262 pw=0 time=310068873 us)
3304 3304 3304 INDEX RANGE SCAN AR_PAYMENT_SCHEDULES_N2 (cr=214841 pr=24355 pw=0 time=283359418 us)(object id 4877)
0 0 0 TABLE ACCESS BY INDEX ROWID RA_TERMS_B (cr=70 pr=0 pw=0 time=829 us)
34 34 34 INDEX UNIQUE SCAN RA_TERMS_B_U1 (cr=36 pr=0 pw=0 time=527 us)(object id 55734)
0 0 0 TABLE ACCESS BY INDEX ROWID HZ_CUST_SITE_USES_ALL (cr=0 pr=0 pw=0 time=0 us)
0 0 0 INDEX UNIQUE SCAN HZ_CUST_SITE_USES_U1 (cr=0 pr=0 pw=0 time=0 us)(object id 44870)
0 0 0 TABLE ACCESS BY INDEX ROWID HZ_CUST_ACCT_SITES_ALL (cr=0 pr=0 pw=0 time=0 us)
0 0 0 INDEX UNIQUE SCAN HZ_CUST_ACCT_SITES_U1 (cr=0 pr=0 pw=0 time=0 us)(object id 46883)
0 0 0 TABLE ACCESS BY INDEX ROWID HZ_CUST_ACCOUNTS (cr=0 pr=0 pw=0 time=0 us)
0 0 0 INDEX UNIQUE SCAN HZ_CUST_ACCOUNTS_U1 (cr=0 pr=0 pw=0 time=0 us)(object id 85278)
0 0 0 TABLE ACCESS BY INDEX ROWID HZ_PARTIES (cr=0 pr=0 pw=0 time=0 us)
0 0 0 INDEX UNIQUE SCAN HZ_PARTIES_U1 (cr=0 pr=0 pw=0 time=0 us)(object id 757879)
0 0 0 TABLE ACCESS BY INDEX ROWID HZ_PARTY_SITES (cr=0 pr=0 pw=0 time=0 us)
0 0 0 INDEX UNIQUE SCAN HZ_PARTY_SITES_U1 (cr=0 pr=0 pw=0 time=0 us)(object id 45527)
0 0 0 TABLE ACCESS BY INDEX ROWID HZ_LOCATIONS (cr=0 pr=0 pw=0 time=0 us)
0 0 0 INDEX UNIQUE SCAN HZ_LOCATIONS_U1 (cr=0 pr=0 pw=0 time=0 us)(object id 45692)
0 0 0 TABLE ACCESS BY INDEX ROWID RA_TERMS_TL (cr=0 pr=0 pw=0 time=0 us)
0 0 0 INDEX UNIQUE SCAN RA_TERMS_TL_U1 (cr=0 pr=0 pw=0 time=0 us)(object id 55755)
0 0 0 TABLE ACCESS BY INDEX ROWID RA_TERMS_LINES (cr=0 pr=0 pw=0 time=0 us)
0 0 0 INDEX RANGE SCAN RA_TERMS_LINES_U1 (cr=0 pr=0 pw=0 time=0 us)(object id 6703)
0 0 0 TABLE ACCESS BY INDEX ROWID FND_LOOKUP_VALUES (cr=0 pr=0 pw=0 time=0 us)
0 0 0 INDEX UNIQUE SCAN FND_LOOKUP_VALUES_U1 (cr=0 pr=0 pw=0 time=0 us)(object id 491822)
0 0 0 TABLE ACCESS BY INDEX ROWID AR_ADJUSTMENTS_ALL (cr=0 pr=0 pw=0 time=0 us)
0 0 0 INDEX RANGE SCAN AR_ADJUSTMENTS_N3 (cr=0 pr=0 pw=0 time=0 us)(object id 5473)
0 0 0 NESTED LOOPS (cr=0 pr=0 pw=0 time=0 us)
0 0 0 INDEX UNIQUE SCAN ECE_TP_HEADERS_U1 (cr=0 pr=0 pw=0 time=0 us)(object id 46119)
0 0 0 TABLE ACCESS BY INDEX ROWID ECE_TP_DETAILS (cr=0 pr=0 pw=0 time=0 us)
0 0 0 INDEX UNIQUE SCAN ECE_TP_DETAILS_U2 (cr=0 pr=0 pw=0 time=0 us)(object id 6271)
Elapsed times include waiting on following events:
Event waited on Times Max. Wait Total Waited
---------------------------------------- Waited ---------- ------------
row cache lock 6 0.00 0.00
SQL*Net message to client 18 0.00 0.00
SQL*Net more data to client 2 0.00 0.00
gc current block 2-way 5375 0.02 3.76
gc cr grant 2-way 49175 0.05 24.09
db file sequential read 203636 0.51 1289.70
gcs drm freeze in enter server mode 7 0.28 1.30
latch: KCL gc element parent latch 4 0.00 0.00
gc remaster 2 0.07 0.12
latch: gcs resource hash 26 0.00 0.00
latch free 1 0.00 0.00
gc cr block 2-way 9 0.00 0.00
latch: cache buffers chains 1 0.00 0.00
SQL*Net message from client 18 0.00 0.00
Thanks in Advance..

Hi,
it looks like your problem stems from the wrong choice of the driving table:
4615 4615 4615            NESTED LOOPS (cr=123763 pr=96435 pw=0 time=750949543 us)
4615 4615 4615              TABLE ACCESS BY INDEX ROWID RA_CUSTOMER_TRX_ALL (cr=114531 pr=96435 pw=0 time=750675597 us)
329687 329687 329687       INDEX RANGE SCAN RA_CUSTOMER_TRX_N17 (cr=6232 pr=6046 pw=0 time=31982795 us)(object id 4788) 4615 4615 4615 TABLE ACCESS BY INDEX ROWID RA_CUST_TRX_TYPES_ALL (cr=9232 pr=0 pw=0 time=239450 us)
4615 4615 4615              INDEX UNIQUE SCAN RA_CUST_TRX_TYPES_U1 (cr=4617 pr=0 pw=0 time=160139 us)(object id 55731)
4615 4615 4615              TABLE ACCESS BY INDEX ROWID FND_LOOKUP_VALUES (cr=13847 pr=0 pw=0 time=180337 us)Here, you are spending 750 seconds retriveing 329k rows, 98% of which are rejected on the next step. And the reason this is happening is because the optimizer underestimates the cardinatlity of this step by a factor of x50 (6.2k estimated, 329k actual value). Find out why this is happening or post relevant diagnostic information here (predicates, columns stats etc.), and fix this -- this should make your query twice as fast.
The second half is coming from the SORT UNIQUE step. This looks weird: why on Earth it would take over 800 seconds to sort 34 rows?! Maybe there is something in the plan that I'm missing -- it's really hard to read because it's not formatted. Please obtain a plan with rowsource stats using dbms_xplan.display_cursor and post it here (google dbms_xplan.display_cursor allstats last if not sure how to do that).
Best regards,
Nikolay

Complex SQL help for a

I do not know if this is the right place for thius type of post. If it is not please advise where the right place is.
I need help generating a report, hopefully with SQL in 8.1.7
SQL Statement which produced the data below the query :
SELECT CHANGE.change_number, CHANGE.route_date as DATE_TO_CCB, nodetable.description AS Approver_required, (TRIM(BOTH ',' FROM CHANGE.PRODUCT_LINES)) AS PRODUCT_LINES /*, PROPERTYTABLE.VALUE as PRODUCT_LINES */
FROM CHANGE, signoff, workflow_process, nodetable /*, PROPERTYTABLE */
WHERE ( (CHANGE.ID = signoff.change_id)
AND (CHANGE.process_id = signoff.process_id)
AND ((nodetable.id = signoff.user_assigned) or (nodetable.id=signoff.user_signed))
AND (CHANGE.process_id = workflow_process.ID)
AND (CHANGE.ID = workflow_process.change_id)
AND (CHANGE.workflow_id = workflow_process.workflow_id)
AND (SIGNOFF.SIGNOFF_STATUS=0 )/* in (0, 2, 3)) */ /* 0=request needs attention, 2=request approved, 3=request rejected */
AND (SIGNOFF.REQUIRED=5 or SIGNOFF.REQUIRED=1) /* 1=Approver 5= Ad Hoc Approver */
AND (CHANGE.IN_REVIEW=1)
AND (CHANGE.RELEASE_DATE IS NULL)
AND (CHANGE.CLASS != '4928')
/* AND (PROPERTYTABLE.PROPERTYID IN (SELECT TRIM(BOTH ',' FROM CHANGE.PRODUCT_LINES) FROM CHANGE)) */
order by change.route_date desc
**** Results **********
CHANGE_NUMBER|DATE_TO_CCB|APPROVER_REQUIRED|PRODUCT_LINES
C02190|11/14/2008 3:34:02 PM|Anurag Upadhyay|270354,270362|
C02190|11/14/2008 3:34:02 PM|Dennis McGuire|270354,270362|
C02190|11/14/2008 3:34:02 PM|Hamid Khazaei|270354,270362|
C02190|11/14/2008 3:34:02 PM|Mandy York|270354,270362|
C02193|11/14/2008 3:05:18 PM|Hamid Khazaei|274279,266339,266340,266341|
C02193|11/14/2008 3:05:18 PM|Rob Brogle|274279,266339,266340,266341|
C02193|11/14/2008 3:05:18 PM|Xavier Otazo|274279,266339,266340,266341|
C02193|11/14/2008 3:05:18 PM|san|274279,266339,266340,266341|
C02194|11/14/2008 2:51:34 PM|Diana Young|271503|
C02194|11/14/2008 2:51:34 PM|Carl Krentz|271503|
C02194|11/14/2008 2:51:34 PM|Dennis Yen|271503|
C02194|11/14/2008 2:51:34 PM|Gordon Ries|271503|
C02194|11/14/2008 2:51:34 PM|Sunil Khatana|271503|
M00532|11/13/2008 1:34:42 PM|Dennis Yen|270356,270354,270360,274279,266339,266340,266341,276780,260784|
M00532|11/13/2008 1:34:42 PM|Jin Hong|270356,270354,270360,274279,266339,266340,266341,276780,260784|
M00532|11/13/2008 1:34:42 PM|Sunil Khatana|270356,270354,270360,274279,266339,266340,266341,276780,260784|
Each value in the numeric comma delimited string has a corresponding ID for the actual test string value in another table as shown below.
PROPERTYID|VALUE
260775|product 1
260776|Product 2
260777|Product x
260778|Product y
260779|Internal
260780|ORCA
260781|Tiger
260782|Orange product
260783|Restricted
260784|Product zz
266259|Product YYY
266260|Hercules
266261|Tangerine
*****Desired output****
CHANGE_NUMBER|DATE_TO_CCB|APPROVER_REQUIRED|PRODUCT_LINES
C02190|Nov/14/2008 03:34:02 PM|Anurag Upadhyay, Dennis McGuire, Hamid Khazaei, Mandy York|Product Y,Product 1
C02193|Nov/14/2008 03:05:18 PM|Hamid Khazaei, Rob Brogle, Xavier Otazo, san|Hercules,Apple,Product 3,Product zz
C02194|Nov/14/2008 02:51:34 PM|Diana Young, Carl Krentz, Dennis Yen, Gordon Ries, Sunil Khatana|Product 2
M00532|Nov/13/2008 01:34:42 PM|Dennis Yen, Jin Hong, Sunil Khatana|Product 1,Product 4,product yy,product YYY,ORCA,Tiger,Orange product,Restricted

Hi,
Here's how you can do it in Oracle 8.1.
To get the individual sub-strings from product_lines, join your current result set to this "counter table"
(   SELECT ROWNUM AS n
    FROM    all_objects
    WHERE   ROWNUM <= 10 -- upper bound on number of items
) cntrIf you don't know the worst case of how many items might be in product_lines, it's a little more complicated:
(   SELECT ROWNUM AS n
    FROM    all_objects
    WHERE   ROWNUM <= 1 +
            SELECT MAX ( LENGTH (product_lines)
                        - LENGTH (REPLACE (product_lines, ','))
            FROM    table_name
) cntrJoin this to the existing result set like this
WHERE   ...
AND     INSTR ( product_lines || ','    -- one extra comma added
              , 1
              , n
              ) > 0When you do the join, you will have
one copy of all the rows with one item in producgt_lines,
two copies of all the rows with two items in producgt_lines,
three copies of all the rows with three items in producgt_lines,
and so on.
When a row has been copied, each copy will have a different value of cntr.n.
To extract the n-th substring from product_lines:
SELECT ...
        SUBSTR ( product_lines
               , INSTR ( ',' || product_lines,   ',',   1,   n)
               , ( INSTR (product_lines || ',',   ',',   1,   n)
                 - INSTR (',' || product_lines,   ',',   1,   n)
               ) AS product_lines_itemWhen you have derived this column, you can join to the table with the translations
WHERE TO_NUMBER (product_lines_item) = propertyidTo combine these rows into one row with a comma-delimited list, GROUP BY all the columns you want to select except the property_value ('produc 1', 'tangerine', etv.), and SELECT:
LTRIM ( MAX (CASE WHEN n = 1 THEN ',' || property_value END) ||
        MAX (CASE WHEN n = 2 THEN ',' || property_value END) ||
        MAX (CASE WHEN n = 10 THEN ',' || property_value END)
      )I don't know a good way to re-combine the rows in Oracle 8 without assuming some limit on the number of items. I assumed there would never be more than 10 in the example above. You can say 20 or 100, I suppose, if you want to. If you guess too high, everything will still work: the query will just be slower.
This is a just one example of why packing several values into a single column is a bad idea.

Complex SQL query help

Hi,
I was wondering if I could have some help with the query I have below for this general data set, please? I need to do it in a single SQL statement. We're currently running Oracle 10g. The piece I'm struggling with is identifying that the person has all the items in a collection and to include the collection in the resulting collection of items.
persons_items
person     item
Ted          cup
Ted          saucer
Ted          plate
Ted          fork
Alice          book
Alice          thimble
Alice          knife
Alice          cup
Joe          cup
Joe          saucer
Joe          plate
Joe          knife
Joe          fork
Joe          spoon
Jessica     spatula
Jessica     dish
collections
collection_name     item
crockery     cup
crockery     saucer
crockery     plate
cutlery          knife
cutlery          fork
cutlery          spoon
Query:
What single items and collections does Ted have?     fork, crockery
What single items and collections does Alice have?     book, thimble, knife, cup
What single items and collections does Joe have?     crockery, cutlery
What single items and collections does Jessica have?     spatula, dish
Thanks in advance.
Pat

Expanding on Brendan's solution...
For 11g:
SQL> ed
Wrote file afiedt.buf
1 WITH person_items AS (
2          SELECT 'Ted' person, 'cup' item FROM DUAL UNION
3          SELECT 'Ted', 'saucer' FROM DUAL UNION
4          SELECT 'Ted', 'plate' FROM DUAL UNION
5          SELECT 'Ted', 'fork' FROM DUAL UNION
6          SELECT 'Alice', 'book' FROM DUAL UNION
7          SELECT 'Alice', 'thimble' FROM DUAL UNION
8          SELECT 'Alice', 'knife' FROM DUAL UNION
9          SELECT 'Alice', 'cup' FROM DUAL UNION
10          SELECT 'Joe', 'cup' FROM DUAL UNION
11          SELECT 'Joe', 'saucer' FROM DUAL UNION
12          SELECT 'Joe', 'plate' FROM DUAL UNION
13          SELECT 'Joe', 'knife' FROM DUAL UNION
14          SELECT 'Joe', 'fork' FROM DUAL UNION
15          SELECT 'Joe', 'spoon' FROM DUAL UNION
16          SELECT 'Jessica', 'spatula' FROM DUAL UNION
17          SELECT 'Jessica', 'dish' FROM DUAL
18 ), collections AS (
19          SELECT 'crockery' collection_name, 'cup' item FROM DUAL UNION
20          SELECT 'crockery', 'saucer' FROM DUAL UNION
21          SELECT 'crockery', 'plate' FROM DUAL UNION
22          SELECT 'cutlery', 'knife' FROM DUAL UNION
23          SELECT 'cutlery', 'fork' FROM DUAL UNION
24          SELECT 'cutlery', 'spoon' FROM DUAL
25 ), person_item_colls AS (
26          SELECT pi.person, pi.item, co.collection_name,
27                 Count(*) OVER (PARTITION BY pi.person, co.collection_name) n_col
28            FROM person_items pi
29            LEFT JOIN collections co
30              ON co.item = pi.item
31 )
32 select person, listagg(collection_name,',') within group (order by collection_name) as collections
33 from (
34        SELECT DISTINCT person, collection_name
35        FROM   person_item_colls
36        WHERE collection_name IS NOT NULL
37        AND    n_col > 1
38        UNION ALL
39        SELECT person, item
40        FROM   person_item_colls
41        WHERE collection_name IS NULL
42        OR     n_col = 1
43       )
44* group by person
SQL> /
PERSON COLLECTIONS
Alice   book,cup,knife,thimble
Jessica dish,spatula
Joe     crockery,cutlery
Ted     crockery,forkFor 10g:
SQL> ed
Wrote file afiedt.buf
1 WITH person_items AS (
2          SELECT 'Ted' person, 'cup' item FROM DUAL UNION
3          SELECT 'Ted', 'saucer' FROM DUAL UNION
4          SELECT 'Ted', 'plate' FROM DUAL UNION
5          SELECT 'Ted', 'fork' FROM DUAL UNION
6          SELECT 'Alice', 'book' FROM DUAL UNION
7          SELECT 'Alice', 'thimble' FROM DUAL UNION
8          SELECT 'Alice', 'knife' FROM DUAL UNION
9          SELECT 'Alice', 'cup' FROM DUAL UNION
10          SELECT 'Joe', 'cup' FROM DUAL UNION
11          SELECT 'Joe', 'saucer' FROM DUAL UNION
12          SELECT 'Joe', 'plate' FROM DUAL UNION
13          SELECT 'Joe', 'knife' FROM DUAL UNION
14          SELECT 'Joe', 'fork' FROM DUAL UNION
15          SELECT 'Joe', 'spoon' FROM DUAL UNION
16          SELECT 'Jessica', 'spatula' FROM DUAL UNION
17          SELECT 'Jessica', 'dish' FROM DUAL
18 ), collections AS (
19          SELECT 'crockery' collection_name, 'cup' item FROM DUAL UNION
20          SELECT 'crockery', 'saucer' FROM DUAL UNION
21          SELECT 'crockery', 'plate' FROM DUAL UNION
22          SELECT 'cutlery', 'knife' FROM DUAL UNION
23          SELECT 'cutlery', 'fork' FROM DUAL UNION
24          SELECT 'cutlery', 'spoon' FROM DUAL
25 ), person_item_colls AS (
26          SELECT pi.person, pi.item, co.collection_name,
27                 Count(*) OVER (PARTITION BY pi.person, co.collection_name) n_col
28            FROM person_items pi
29            LEFT JOIN collections co
30              ON co.item = pi.item
31 )
32 select person, ltrim(sys_connect_by_path(collection_name,','),',') as collections
33 from (
34        select person, collection_name, row_number() over (partition by person order by collection_name) as rn
35        from (
36              SELECT DISTINCT person, collection_name
37              FROM   person_item_colls
38              WHERE collection_name IS NOT NULL
39              AND    n_col > 1
40              UNION ALL
41              SELECT person, item
42              FROM   person_item_colls
43              WHERE collection_name IS NULL
44              OR     n_col = 1
45             )
46        )
47 where connect_by_isleaf = 1
48 connect by person = prior person and rn = prior rn + 1
49* start with rn = 1
SQL> /
PERSON COLLECTIONS
Alice   book,cup,knife,thimble
Jessica dish,spatula
Joe     crockery,cutlery
Ted     crockery,fork

Complex SQL Cursor to update tables present as attribute in another table

I want to write a cursor that fetches the table names which are actually present in a column in another parent table then update a particular column/attribute in each table. The parent table (say ABC has a column (say x) which holds the list of all tables for an application. I want to extract all thetables (from ABC present in column x) based on a certain WHERE clause and then update each table.Can anyone help me with this?

As Zaafran Ahmed wrote, you need to use dynamic SQL.
Look at this example:
Let say we have table ABC with table names:
CREATE TABLE abc(
x VARCHAR2(50)
INSERT INTO ABC
SELECT 'TABLE_NAME' || LEVEL
FROM DUAL
CONNECT BY LEVEL <= 5;
SELECT * FROM ABC;
X
TABLE_NAME1
TABLE_NAME2
TABLE_NAME3
TABLE_NAME4
TABLE_NAME5Let say we have tables TABLE_NAME1 ... 5
BEGIN
FOR I IN ( SELECT X FROM ABC )
LOOP
    EXECUTE IMMEDIATE ('CREATE TABLE ' || I.X
                    || ' ( XXX VARCHAR2( 20 ) )');
    EXECUTE IMMEDIATE 'INSERT INTO ' || I.X
                  || ' VALUES ( ''' || I.X || ''')' ;
END LOOP;
COMMIT;
END;
SELECT * FROM TABLE_NAME2;
XXX
TABLE_NAME2
SELECT * FROM TABLE_NAME4;
XXX
TABLE_NAME4    We need to update only tables 2 and 4:
DECLARE
   CURSOR CUR IS
        SELECT X FROM ABC
        WHERE X LIKE '%2'
           OR X LIKE '%4';
BEGIN
FOR I IN CUR
LOOP
    EXECUTE IMMEDIATE
        'UPDATE ' || I.X ||
        ' SET XXX = ''' || I.X || ' UPDATED''';
END LOOP;
COMMIT;
END;
SELECT * FROM TABLE_NAME2;
XXX
TABLE_NAME2 UPDATED
SELECT * FROM TABLE_NAME4;
XXX
TABLE_NAME4 UPDATED

How to write complex sql for this

Hi ALL,
I have a requirement like this
I have 5 tables which i have to join to get the result
but there no join column to 2 other table.
I want to get all the applications using cobal,running on UNIX.
How to write the query for this
1.APP
APP_i DESC
1 Accounts
2 Payments
3 order transfer
4 Order processing
2.Techgy
techid techdesc
1 cobal
2 Java
3.APP_Techgy
APP_I Techid
1 1
2 1
3 1
4 2
4.Pltfrm
pltfmid pltfrmdesc
1 Windows NT
2 UNIX
5.APP_Pltfrm
APP_I pltfrmid
1 1
2 1
3 2
4 2
ouput must be
APP_i Desc techDESC pltfrmdesc
3 ordertranfer Cobal UNIX
Thanks in advance

This ('descr' in place of 'desc')?
SQL> select a.app_i, a.descr, t.techdesc, p.pltfrmdesc
from app_techgy atc,
   app a,
   techgy t,
   app_pltfrm ap,
   pltfrm p
where atc.techid = t.techid
and atc.app_i = a.app_i
and atc.app_i = ap.app_i
and ap.pltfrmid = p.pltfmid
order by a.app_i
     APP_I DESCR                TECHDESC             PLTFRMDESC
         1 accounts             cobal                windows nt
         2 payments             cobal                windows nt
         3 order transfer       cobal                unix
         4 order processing     java                 unix
4 rows selected.

Complex SQL

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