Deleting Data based on Date

Hi, I am just looking for some help in regards to a table of data I have. Currently I have a list of 500k Job Ids and Time Values. I have managed to identify that I have alot of duplicate job ids and I was looking to find out how i can write a query to give me the first job id with the min date.
An example of the data table is the following:
Job ID      |      TimeStamp
123ab      |     18-MAY-13 21:00:06
123fg      |     18-MAY-13 21:05:32
123ab      |     19-MAY-13 11:10:05
If somebody could please advise, would really appreciate it.

If you just want a TOP-N query to get the first row of each group, you can use a couple of different methods e.g.
SQL> select deptno, hiredate from emp order by deptno, hiredate;
    DEPTNO HIREDATE
        10 09/06/1981
        10 17/11/1981
        10 23/01/1982
        20 17/12/1980
        20 02/04/1981
        20 03/12/1981
        20 19/04/1987
        20 23/05/1987
        30 20/02/1981
        30 22/02/1981
        30 01/05/1981
        30 08/09/1981
        30 28/09/1981
        30 03/12/1981
14 rows selected.
SQL> ed
Wrote file afiedt.buf
1 select deptno, hiredate
2 from (select deptno, hiredate, row_number() over (partition by deptno order by hiredate) as rn
3        from emp
4       )
5* where rn = 1
SQL> /
    DEPTNO HIREDATE
        10 09/06/1981
        20 17/12/1980
        30 20/02/1981
SQL> ed
Wrote file afiedt.buf
1 select deptno, max(hiredate) keep (dense_rank first order by hiredate) as hiredate
2 from emp
3* group by deptno
SQL> /
    DEPTNO HIREDATE
        10 09/06/1981
        20 17/12/1980
        30 20/02/1981
Now if you want to actually delete duplicate records, that's a different matter. A search of the forums for "delete duplicate" should give you plenty of examples.

Similar Messages

Deleting records based on date with timestamp

Hi there,
In continuation from my earlier Query. Multiple reccord have inadvertantly been inserted in the LOAN_TXN table. I want to delete all the records, except one, based on date with timestamp.
CREATE TABLE LOAN_TXN
TXN_DATE                     DATE,
BALANCE          NUMBER(10,2),
CODE          VARCHAR2(1),
INSERT INTO LOAN_TXN ( TXN_DATE, BALANCE, CODE) VALUES (TO_Date( '02/15/2010 11:00:00 AM', 'MM/DD/YYYY HH:MI:SS AM'), 250000, 'D');
INSERT INTO LOAN_TXN ( TXN_DATE, BALANCE, CODE) VALUES (TO_Date( '03/31/2010 11:59:59 AM', 'MM/DD/YYYY HH:MI:SS AM'), 250000, 'B');
INSERT INTO LOAN_TXN ( TXN_DATE, BALANCE, CODE) VALUES (TO_Date( '05/14/2010 11:25:00 AM', 'MM/DD/YYYY HH:MI:SS AM'), 500000, 'D');
INSERT INTO LOAN_TXN ( TXN_DATE, BALANCE, CODE) VALUES (TO_Date( '06/30/2010 12:15:00 PM', 'MM/DD/YYYY HH:MI:SS AM'), 4000, 'R');
INSERT INTO LOAN_TXN ( TXN_DATE, BALANCE, CODE) VALUES (TO_Date( '08/02/2010 10:45:26 AM', 'MM/DD/YYYY HH:MI:SS AM'), 4000, 'R');
INSERT INTO LOAN_TXN ( TXN_DATE, BALANCE, CODE) VALUES (TO_Date( '09/08/2010 02:10:17 PM', 'MM/DD/YYYY HH:MI:SS AM'), 4000, 'R');
INSERT INTO LOAN_TXN ( TXN_DATE, BALANCE, CODE) VALUES (TO_Date( '10/27/2010 04:25:20 PM', 'MM/DD/YYYY HH:MI:SS AM'), 4000, 'R');
INSERT INTO LOAN_TXN ( TXN_DATE, BALANCE, CODE) VALUES (TO_Date( '11/09/2010 10:15:55 AM', 'MM/DD/YYYY HH:MI:SS AM'), 4000, 'R');
INSERT INTO LOAN_TXN ( TXN_DATE, BALANCE, CODE) VALUES (TO_Date( '12/29/2010 03:10:20 PM', 'MM/DD/YYYY HH:MI:SS AM'), 4000, 'R');
INSERT INTO LOAN_TXN ( TXN_DATE, BALANCE, CODE) VALUES (TO_Date( '01/12/2011 01:11:15 PM', 'MM/DD/YYYY HH:MI:SS AM'), 4000, 'R');
INSERT INTO LOAN_TXN ( TXN_DATE, BALANCE, CODE) VALUES (TO_Date( '02/11/2011 12:11:48 PM', 'MM/DD/YYYY HH:MI:SS AM'), 4000, 'R');
INSERT INTO LOAN_TXN ( TXN_DATE, BALANCE, CODE) VALUES (TO_Date( '03/31/2011 11:59:59 PM', 'MM/DD/YYYY HH:MI:SS AM'), 4000, 'R');
INSERT INTO LOAN_TXN ( TXN_DATE, BALANCE, CODE) VALUES (TO_Date( '03/31/2011 11:59:59 PM', 'MM/DD/YYYY HH:MI:SS AM'), 4000, 'R');
INSERT INTO LOAN_TXN ( TXN_DATE, BALANCE, CODE) VALUES (TO_Date( '03/31/2011 11:59:59 PM', 'MM/DD/YYYY HH:MI:SS AM'), 4000, 'R');
INSERT INTO LOAN_TXN ( TXN_DATE, BALANCE, CODE) VALUES (TO_Date( '03/31/2011 11:00:00 AM', 'MM/DD/YYYY HH:MI:SS AM'), 4000, 'R');
INSERT INTO LOAN_TXN ( TXN_DATE, BALANCE, CODE) VALUES (TO_Date( '03/31/2011 11:59:59 AM', 'MM/DD/YYYY HH:MI:SS AM'), 460000, 'B');I want to delete mutiple records, except one, with code 'R' and TXN_DATE = '03/31/2011 11:59:59 PM' How do I do that ?

user3308033 wrote:
I think your query would delete all the duplicate records. Keeping one, I just want to delete mutiple records with timestamp : 11:59:59.
DELETE FROM loan_txn
WHERE rowid != (
                 SELECT MIN(rowid)
                   FROM loan_txn
                   WHERE txn_date = TO_DATE('03/31/2011 11:59:59 PM','MM/DD/YYYY HH:MI:SS AM')
                     AND code = 'R'
    AND txn_date = TO_DATE('03/31/2011 11:59:59 PM','MM/DD/YYYY HH:MI:SS AM')
    AND code = 'R'
/SY.

How to group data based on date

In my program the internal table is returning several values based on date.
for example for the first pernr in the image below there are four records. i need to delete the first record which is between the dates 20 and 30 .
and also i need to get the difference between the dates as the record 23 and 28 i need to get separate dates as 24, 25..28.

I am not sure if I understood your question correctly.
From what I have understood, you can use the following logic.
This logic will move all the records from lt_fields2 to another table lt_fields1 with begda between 20 and 30 of any month, except for the first record. It will also move records for every date between begda and endda of each record.
You can alter the logic based on your exact requirement.
declare another table lt_fields1 like lt_fields2.
data del_flag.
data prev_month(2) type c.
sort lt_fields by pernr begda.
clear del_flag.
loop at lt_fields2 into wa_fields where begda+6(2) GE 20.
* Delete the first record having date greater than 20 in a month for each pernr.
   at new pernr.
        clear del_flag.
   endat.
   if begda+4(2) NE prev_month.
       clear del_flag.
endif.
    if del_flag is initial.
        del_flag = 'X'.
        continue. " This record will not be moved to the final internal table.
   endif.
* Add records for each date between begda and endda.
   append wa_fields to lt_fields1.
   prev_month = begda+4(2)
   while wa_fields-begda LT wa_fields-endda.
         wa_fields-begda = wa_fields-begda+1.
         append wa_fields to lt_fields1.
   endwhile.
endloop.

Getting aggregated data based on Date in Webi.

Hi,
              I have a requirement to display last 6 Months Receviables Month Wise in Webi. And i am getting data based on clearing Date in Bex query. And data from Bex query will be like
       Month             Measure
     01.01.2014       12
     06.01.2014       15
     15.01.2014       16
    02.02.2014        8
    05.02.2014       10
    12.03.2014        4
    14.03.2014        6
    18.03.2014       10
    21.03.2014        20
    30.03.2014       30
   03.04.2014        30
And i want aggregated data as
Month Measure
Jan      43
Feb     18
Mar     66
Apr     30

Hi Satish,
Have you tried below:
Create Month1 object as =Month([Month]) and [total]as =Sum([Measure])
Then drag both Month1 and total objects in report block.
Regards,
Yuvraj

Problem when sorting data based on date

I am trying to sort the following data based on the Transaction Receipt date column,unable to do it usi g the following syntax:
<?sort:TRANSACTION_RECEIPT_DATE;'ascending';data-type='date'?>
I have problem in converting the date in report to canonical date ,is there any other way to achieve the output without converting the date format.
<?xml version="1.0"?>

<RECDTREP>
<LIST_G_ASW_REC_DATE>
<G_ASW_REC_DATE>
<SNO_CREATED_BY>1433</SNO_CREATED_BY>
<SNO_REQUEST_ID>-1</SNO_REQUEST_ID>
<VENDOR_LOT_NUM>PO104</VENDOR_LOT_NUM>
<SNO_CREATION_DATE>07-APR-09</SNO_CREATION_DATE>
<SNO_ATTRIBUTE1></SNO_ATTRIBUTE1>
<OBJECT_ID>24636</OBJECT_ID>
<INITIALIZATION_DATE>07-APR-09</INITIALIZATION_DATE>
<ORGANIZATION_CODE>10</ORGANIZATION_CODE>
<ORGANISATION_NAME>NDC - PARTS</ORGANISATION_NAME>
<SERIAL_NUMBER>6510863063</SERIAL_NUMBER>
<ITEM_CODE>3000.006</ITEM_CODE>
<DESCRIPTION>ALLISON 3000 SERIES ON HWY TRANSMISSION E016392</DESCRIPTION>
<MANUFACTURER>ALLISON</MANUFACTURER>
<APPLICATION>On Highway</APPLICATION>
<ITEM_COST>8879.02</ITEM_COST>
<MATERIAL_COST>631.09</MATERIAL_COST>
<CURRENCY_CODE>AUD</CURRENCY_CODE>
<PO_UNIT_PRICE></PO_UNIT_PRICE>
<TRANSACTION_RECEIPT_DATE>07-Apr-09</TRANSACTION_RECEIPT_DATE>
<PO_NUMBER>982121</PO_NUMBER>
</G_ASW_REC_DATE>
<G_ASW_REC_DATE>
<SNO_CREATED_BY>1433</SNO_CREATED_BY>
<SNO_REQUEST_ID>-1</SNO_REQUEST_ID>
<VENDOR_LOT_NUM>PO107</VENDOR_LOT_NUM>
<SNO_CREATION_DATE>07-APR-09</SNO_CREATION_DATE>
<SNO_ATTRIBUTE1></SNO_ATTRIBUTE1>
<OBJECT_ID>24641</OBJECT_ID>
<INITIALIZATION_DATE>07-APR-09</INITIALIZATION_DATE>
<ORGANIZATION_CODE>10</ORGANIZATION_CODE>
<ORGANISATION_NAME>NDC - PARTS</ORGANISATION_NAME>
<SERIAL_NUMBER>6510863068</SERIAL_NUMBER>
<ITEM_CODE>3000.006</ITEM_CODE>
<DESCRIPTION>ALLISON 3000 SERIES ON HWY TRANSMISSION E016392</DESCRIPTION>
<MANUFACTURER>ALLISON</MANUFACTURER>
<APPLICATION>On Highway</APPLICATION>
<ITEM_COST>8879.02</ITEM_COST>
<MATERIAL_COST>631.09</MATERIAL_COST>
<CURRENCY_CODE>AUD</CURRENCY_CODE>
<PO_UNIT_PRICE></PO_UNIT_PRICE>
<TRANSACTION_RECEIPT_DATE>07-Apr-09</TRANSACTION_RECEIPT_DATE>
<PO_NUMBER>982121</PO_NUMBER>
</G_ASW_REC_DATE>
<G_ASW_REC_DATE>
<SNO_CREATED_BY>1433</SNO_CREATED_BY>
<SNO_REQUEST_ID>-1</SNO_REQUEST_ID>
<VENDOR_LOT_NUM>PO123</VENDOR_LOT_NUM>
<SNO_CREATION_DATE>07-APR-09</SNO_CREATION_DATE>
<SNO_ATTRIBUTE1>2008/06/11 00:00:00</SNO_ATTRIBUTE1>
<OBJECT_ID>24658</OBJECT_ID>
<INITIALIZATION_DATE>07-APR-09</INITIALIZATION_DATE>
<ORGANIZATION_CODE>10</ORGANIZATION_CODE>
<ORGANISATION_NAME>NDC - PARTS</ORGANISATION_NAME>
<SERIAL_NUMBER>6510863086</SERIAL_NUMBER>
<ITEM_CODE>3000.006</ITEM_CODE>
<DESCRIPTION>ALLISON 3000 SERIES ON HWY TRANSMISSION E016392</DESCRIPTION>
<MANUFACTURER>ALLISON</MANUFACTURER>
<APPLICATION>On Highway</APPLICATION>
<ITEM_COST>8879.02</ITEM_COST>
<MATERIAL_COST>631.09</MATERIAL_COST>
<CURRENCY_CODE>AUD</CURRENCY_CODE>
<PO_UNIT_PRICE></PO_UNIT_PRICE>
<TRANSACTION_RECEIPT_DATE>07-Apr-09</TRANSACTION_RECEIPT_DATE>
<PO_NUMBER>982121</PO_NUMBER>
</G_ASW_REC_DATE>
<G_ASW_REC_DATE>
<SNO_CREATED_BY>1433</SNO_CREATED_BY>
<SNO_REQUEST_ID>-1</SNO_REQUEST_ID>
<VENDOR_LOT_NUM>PO75</VENDOR_LOT_NUM>
<SNO_CREATION_DATE>31-MAR-09</SNO_CREATION_DATE>
<SNO_ATTRIBUTE1></SNO_ATTRIBUTE1>
<OBJECT_ID>22190</OBJECT_ID>
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<APPLICATION>On Highway</APPLICATION>
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<MATERIAL_COST>631.09</MATERIAL_COST>
<CURRENCY_CODE>AUD</CURRENCY_CODE>
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<TRANSACTION_RECEIPT_DATE>31-Mar-09</TRANSACTION_RECEIPT_DATE>
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<SNO_CREATED_BY>1433</SNO_CREATED_BY>
<SNO_REQUEST_ID>-1</SNO_REQUEST_ID>
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<SNO_ATTRIBUTE1>2008/06/11 00:00:00</SNO_ATTRIBUTE1>
<OBJECT_ID>64271</OBJECT_ID>
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<DESCRIPTION>ALLISON 3000 SERIES ON HWY TRANSMISSION E016392</DESCRIPTION>
<MANUFACTURER>ALLISON</MANUFACTURER>
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<ITEM_COST>8879.02</ITEM_COST>
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<CURRENCY_CODE>AUD</CURRENCY_CODE>
<PO_UNIT_PRICE></PO_UNIT_PRICE>
<TRANSACTION_RECEIPT_DATE>25-Jun-09</TRANSACTION_RECEIPT_DATE>
<PO_NUMBER>982121</PO_NUMBER>
</G_ASW_REC_DATE>
<G_ASW_REC_DATE>
<SNO_CREATED_BY>1433</SNO_CREATED_BY>
<SNO_REQUEST_ID>-1</SNO_REQUEST_ID>
<VENDOR_LOT_NUM>PO92</VENDOR_LOT_NUM>
<SNO_CREATION_DATE>31-MAR-09</SNO_CREATION_DATE>
<SNO_ATTRIBUTE1>2008/06/11 00:00:00</SNO_ATTRIBUTE1>
<OBJECT_ID>22253</OBJECT_ID>
<INITIALIZATION_DATE>14-APR-09</INITIALIZATION_DATE>
<ORGANIZATION_CODE>10</ORGANIZATION_CODE>
<ORGANISATION_NAME>NDC - PARTS</ORGANISATION_NAME>
<SERIAL_NUMBER>6510860890</SERIAL_NUMBER>
<ITEM_CODE>3000.006</ITEM_CODE>
<DESCRIPTION>ALLISON 3000 SERIES ON HWY TRANSMISSION E016392</DESCRIPTION>
<MANUFACTURER>ALLISON</MANUFACTURER>
<APPLICATION>On Highway</APPLICATION>
<ITEM_COST>8879.02</ITEM_COST>
<MATERIAL_COST>631.09</MATERIAL_COST>
<CURRENCY_CODE>AUD</CURRENCY_CODE>
<PO_UNIT_PRICE></PO_UNIT_PRICE>
<TRANSACTION_RECEIPT_DATE>31-Mar-09</TRANSACTION_RECEIPT_DATE>
<PO_NUMBER>971515</PO_NUMBER>
</G_ASW_REC_DATE>
<G_ASW_REC_DATE>
<SNO_CREATED_BY>1433</SNO_CREATED_BY>
<SNO_REQUEST_ID>-1</SNO_REQUEST_ID>
<VENDOR_LOT_NUM>PO99</VENDOR_LOT_NUM>
<SNO_CREATION_DATE>31-MAR-09</SNO_CREATION_DATE>
<SNO_ATTRIBUTE1></SNO_ATTRIBUTE1>
<OBJECT_ID>22263</OBJECT_ID>
<INITIALIZATION_DATE>14-APR-09</INITIALIZATION_DATE>
<ORGANIZATION_CODE>10</ORGANIZATION_CODE>
<ORGANISATION_NAME>NDC - PARTS</ORGANISATION_NAME>
<SERIAL_NUMBER>6510860899</SERIAL_NUMBER>
<ITEM_CODE>3000.006</ITEM_CODE>
<DESCRIPTION>ALLISON 3000 SERIES ON HWY TRANSMISSION E016392</DESCRIPTION>
<MANUFACTURER>ALLISON</MANUFACTURER>
<APPLICATION>On Highway</APPLICATION>
<ITEM_COST>8879.02</ITEM_COST>
<MATERIAL_COST>631.09</MATERIAL_COST>
<CURRENCY_CODE>AUD</CURRENCY_CODE>
<PO_UNIT_PRICE></PO_UNIT_PRICE>
<TRANSACTION_RECEIPT_DATE>31-Mar-09</TRANSACTION_RECEIPT_DATE>
<PO_NUMBER>971515</PO_NUMBER>
</G_ASW_REC_DATE>
<G_ASW_REC_DATE>
<SNO_CREATED_BY>1433</SNO_CREATED_BY>
<SNO_REQUEST_ID>-1</SNO_REQUEST_ID>
<VENDOR_LOT_NUM>PO109</VENDOR_LOT_NUM>
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<SNO_ATTRIBUTE1></SNO_ATTRIBUTE1>
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<INITIALIZATION_DATE>30-JUN-09</INITIALIZATION_DATE>
<ORGANIZATION_CODE>10</ORGANIZATION_CODE>
<ORGANISATION_NAME>NDC - PARTS</ORGANISATION_NAME>
<SERIAL_NUMBER>6510863070</SERIAL_NUMBER>
<ITEM_CODE>3000.006</ITEM_CODE>
<DESCRIPTION>ALLISON 3000 SERIES ON HWY TRANSMISSION E016392</DESCRIPTION>
<MANUFACTURER>ALLISON</MANUFACTURER>
<APPLICATION>On Highway</APPLICATION>
<ITEM_COST>8879.02</ITEM_COST>
<MATERIAL_COST>631.09</MATERIAL_COST>
<CURRENCY_CODE>AUD</CURRENCY_CODE>
<PO_UNIT_PRICE></PO_UNIT_PRICE>
<TRANSACTION_RECEIPT_DATE>25-Jun-09</TRANSACTION_RECEIPT_DATE>
<PO_NUMBER>982121</PO_NUMBER>
</G_ASW_REC_DATE>
<G_ASW_REC_DATE>
<SNO_CREATED_BY>1433</SNO_CREATED_BY>
<SNO_REQUEST_ID>-1</SNO_REQUEST_ID>
<VENDOR_LOT_NUM>PO135</VENDOR_LOT_NUM>
<SNO_CREATION_DATE>25-JUN-09</SNO_CREATION_DATE>
<SNO_ATTRIBUTE1>2008/06/18 00:00:00</SNO_ATTRIBUTE1>
<OBJECT_ID>64296</OBJECT_ID>
<INITIALIZATION_DATE>30-JUN-09</INITIALIZATION_DATE>
<ORGANIZATION_CODE>10</ORGANIZATION_CODE>
<ORGANISATION_NAME>NDC - PARTS</ORGANISATION_NAME>
<SERIAL_NUMBER>6510875546</SERIAL_NUMBER>
<ITEM_CODE>3000.006</ITEM_CODE>
<DESCRIPTION>ALLISON 3000 SERIES ON HWY TRANSMISSION E016392</DESCRIPTION>
<MANUFACTURER>ALLISON</MANUFACTURER>
<APPLICATION>On Highway</APPLICATION>
<ITEM_COST>8879.02</ITEM_COST>
<MATERIAL_COST>631.09</MATERIAL_COST>
<CURRENCY_CODE>AUD</CURRENCY_CODE>
<PO_UNIT_PRICE></PO_UNIT_PRICE>
<TRANSACTION_RECEIPT_DATE>25-Jun-09</TRANSACTION_RECEIPT_DATE>
<PO_NUMBER>982121</PO_NUMBER>
</G_ASW_REC_DATE>
<G_ASW_REC_DATE>
<SNO_CREATED_BY>1433</SNO_CREATED_BY>
<SNO_REQUEST_ID>-1</SNO_REQUEST_ID>
<VENDOR_LOT_NUM>PO101</VENDOR_LOT_NUM>
<SNO_CREATION_DATE>07-APR-09</SNO_CREATION_DATE>
<SNO_ATTRIBUTE1></SNO_ATTRIBUTE1>
<OBJECT_ID>24618</OBJECT_ID>
<INITIALIZATION_DATE>07-APR-09</INITIALIZATION_DATE>
<ORGANIZATION_CODE>10</ORGANIZATION_CODE>
<ORGANISATION_NAME>NDC - PARTS</ORGANISATION_NAME>
<SERIAL_NUMBER>6510863046</SERIAL_NUMBER>
<ITEM_CODE>3000.006</ITEM_CODE>
<DESCRIPTION>ALLISON 3000 SERIES ON HWY TRANSMISSION E016392</DESCRIPTION>
<MANUFACTURER>ALLISON</MANUFACTURER>
<APPLICATION>On Highway</APPLICATION>
<ITEM_COST>8879.02</ITEM_COST>
<MATERIAL_COST>631.09</MATERIAL_COST>
<CURRENCY_CODE>AUD</CURRENCY_CODE>
<PO_UNIT_PRICE></PO_UNIT_PRICE>
<TRANSACTION_RECEIPT_DATE>07-Apr-09</TRANSACTION_RECEIPT_DATE>
<PO_NUMBER>982121</PO_NUMBER>
</G_ASW_REC_DATE>
<G_ASW_REC_DATE>
<SNO_CREATED_BY>1433</SNO_CREATED_BY>
<SNO_REQUEST_ID>-1</SNO_REQUEST_ID>
<VENDOR_LOT_NUM>PO120</VENDOR_LOT_NUM>
<SNO_CREATION_DATE>07-APR-09</SNO_CREATION_DATE>
<SNO_ATTRIBUTE1>2008/06/11 00:00:00</SNO_ATTRIBUTE1>
<OBJECT_ID>24653</OBJECT_ID>
<INITIALIZATION_DATE>07-APR-09</INITIALIZATION_DATE>
<ORGANIZATION_CODE>10</ORGANIZATION_CODE>
<ORGANISATION_NAME>NDC - PARTS</ORGANISATION_NAME>
<SERIAL_NUMBER>6510863081</SERIAL_NUMBER>
<ITEM_CODE>3000.006</ITEM_CODE>
<DESCRIPTION>ALLISON 3000 SERIES ON HWY TRANSMISSION E016392</DESCRIPTION>
<MANUFACTURER>ALLISON</MANUFACTURER>
<APPLICATION>On Highway</APPLICATION>
<ITEM_COST>8879.02</ITEM_COST>
<MATERIAL_COST>631.09</MATERIAL_COST>
<CURRENCY_CODE>AUD</CURRENCY_CODE>
<PO_UNIT_PRICE></PO_UNIT_PRICE>
<TRANSACTION_RECEIPT_DATE>07-Apr-09</TRANSACTION_RECEIPT_DATE>
<PO_NUMBER>982121</PO_NUMBER>
</G_ASW_REC_DATE>
<G_ASW_REC_DATE>
<SNO_CREATED_BY>1433</SNO_CREATED_BY>
<SNO_REQUEST_ID>-1</SNO_REQUEST_ID>
<VENDOR_LOT_NUM>PO122</VENDOR_LOT_NUM>
<SNO_CREATION_DATE>07-APR-09</SNO_CREATION_DATE>
<SNO_ATTRIBUTE1>2008/06/11 00:00:00</SNO_ATTRIBUTE1>
<OBJECT_ID>24657</OBJECT_ID>
<INITIALIZATION_DATE>07-APR-09</INITIALIZATION_DATE>
<ORGANIZATION_CODE>10</ORGANIZATION_CODE>
<ORGANISATION_NAME>NDC - PARTS</ORGANISATION_NAME>
<SERIAL_NUMBER>6510863085</SERIAL_NUMBER>
<ITEM_CODE>3000.006</ITEM_CODE>
<DESCRIPTION>ALLISON 3000 SERIES ON HWY TRANSMISSION E016392</DESCRIPTION>
<MANUFACTURER>ALLISON</MANUFACTURER>
<APPLICATION>On Highway</APPLICATION>
<ITEM_COST>8879.02</ITEM_COST>
<MATERIAL_COST>631.09</MATERIAL_COST>
<CURRENCY_CODE>AUD</CURRENCY_CODE>
<PO_UNIT_PRICE></PO_UNIT_PRICE>
<TRANSACTION_RECEIPT_DATE>07-Apr-09</TRANSACTION_RECEIPT_DATE>
<PO_NUMBER>982121</PO_NUMBER>
</G_ASW_REC_DATE>
<G_ASW_REC_DATE>
<SNO_CREATED_BY>1433</SNO_CREATED_BY>
<SNO_REQUEST_ID>-1</SNO_REQUEST_ID>
<VENDOR_LOT_NUM>PO127</VENDOR_LOT_NUM>
<SNO_CREATION_DATE>07-APR-09</SNO_CREATION_DATE>
<SNO_ATTRIBUTE1>2008/06/11 00:00:00</SNO_ATTRIBUTE1>
<OBJECT_ID>24662</OBJECT_ID>
<INITIALIZATION_DATE>07-APR-09</INITIALIZATION_DATE>
<ORGANIZATION_CODE>10</ORGANIZATION_CODE>
<ORGANISATION_NAME>NDC - PARTS</ORGANISATION_NAME>
<SERIAL_NUMBER>6510863090</SERIAL_NUMBER>
<ITEM_CODE>3000.006</ITEM_CODE>
<DESCRIPTION>ALLISON 3000 SERIES ON HWY TRANSMISSION E016392</DESCRIPTION>
<MANUFACTURER>ALLISON</MANUFACTURER>
<APPLICATION>On Highway</APPLICATION>
<ITEM_COST>8879.02</ITEM_COST>
<MATERIAL_COST>631.09</MATERIAL_COST>
<CURRENCY_CODE>AUD</CURRENCY_CODE>
<PO_UNIT_PRICE></PO_UNIT_PRICE>
<TRANSACTION_RECEIPT_DATE>07-Apr-09</TRANSACTION_RECEIPT_DATE>
<PO_NUMBER>982121</PO_NUMBER>
</G_ASW_REC_DATE>
<G_ASW_REC_DATE>
<SNO_CREATED_BY>1433</SNO_CREATED_BY>
<SNO_REQUEST_ID>-1</SNO_REQUEST_ID>
<VENDOR_LOT_NUM>PO100</VENDOR_LOT_NUM>
<SNO_CREATION_DATE>07-APR-09</SNO_CREATION_DATE>
<SNO_ATTRIBUTE1></SNO_ATTRIBUTE1>
<OBJECT_ID>24585</OBJECT_ID>
<INITIALIZATION_DATE>07-APR-09</INITIALIZATION_DATE>
<ORGANIZATION_CODE>10</ORGANIZATION_CODE>
<ORGANISATION_NAME>NDC - PARTS</ORGANISATION_NAME>
<SERIAL_NUMBER>6510863033</SERIAL_NUMBER>
<ITEM_CODE>3000.006</ITEM_CODE>
<DESCRIPTION>ALLISON 3000 SERIES ON HWY TRANSMISSION E016392</DESCRIPTION>
<MANUFACTURER>ALLISON</MANUFACTURER>
<APPLICATION>On Highway</APPLICATION>
<ITEM_COST>8879.02</ITEM_COST>
<MATERIAL_COST>631.09</MATERIAL_COST>
<CURRENCY_CODE>AUD</CURRENCY_CODE>
<PO_UNIT_PRICE></PO_UNIT_PRICE>
<TRANSACTION_RECEIPT_DATE>07-Apr-09</TRANSACTION_RECEIPT_DATE>
<PO_NUMBER>982121</PO_NUMBER>
</G_ASW_REC_DATE>
<G_ASW_REC_DATE>
<SNO_CREATED_BY>1433</SNO_CREATED_BY>
<SNO_REQUEST_ID>-1</SNO_REQUEST_ID>
<VENDOR_LOT_NUM>PO110</VENDOR_LOT_NUM>
<SNO_CREATION_DATE>25-JUN-09</SNO_CREATION_DATE>
<SNO_ATTRIBUTE1>2008/06/11 00:00:00</SNO_ATTRIBUTE1>
<OBJECT_ID>64265</OBJECT_ID>
<INITIALIZATION_DATE>30-JUN-09</INITIALIZATION_DATE>
<ORGANIZATION_CODE>10</ORGANIZATION_CODE>
<ORGANISATION_NAME>NDC - PARTS</ORGANISATION_NAME>
<SERIAL_NUMBER>6510863071</SERIAL_NUMBER>
<ITEM_CODE>3000.006</ITEM_CODE>
<DESCRIPTION>ALLISON 3000 SERIES ON HWY TRANSMISSION E016392</DESCRIPTION>
<MANUFACTURER>ALLISON</MANUFACTURER>
<APPLICATION>On Highway</APPLICATION>
<ITEM_COST>8879.02</ITEM_COST>
<MATERIAL_COST>631.09</MATERIAL_COST>
<CURRENCY_CODE>AUD</CURRENCY_CODE>
<PO_UNIT_PRICE></PO_UNIT_PRICE>
<TRANSACTION_RECEIPT_DATE>25-Jun-09</TRANSACTION_RECEIPT_DATE>
<PO_NUMBER>982121</PO_NUMBER>
</G_ASW_REC_DATE>
<G_ASW_REC_DATE>
<SNO_CREATED_BY>1433</SNO_CREATED_BY>
<SNO_REQUEST_ID>-1</SNO_REQUEST_ID>
<VENDOR_LOT_NUM>PO130</VENDOR_LOT_NUM>
<SNO_CREATION_DATE>25-JUN-09</SNO_CREATION_DATE>
<SNO_ATTRIBUTE1>2008/06/13 00:00:00</SNO_ATTRIBUTE1>
<OBJECT_ID>64275</OBJECT_ID>
<INITIALIZATION_DATE>30-JUN-09</INITIALIZATION_DATE>
<ORGANIZATION_CODE>10</ORGANIZATION_CODE>
<ORGANISATION_NAME>NDC - PARTS</ORGANISATION_NAME>
<SERIAL_NUMBER>6510875487</SERIAL_NUMBER>
<ITEM_CODE>3000.006</ITEM_CODE>
<DESCRIPTION>ALLISON 3000 SERIES ON HWY TRANSMISSION E016392</DESCRIPTION>
<MANUFACTURER>ALLISON</MANUFACTURER>
<APPLICATION>On Highway</APPLICATION>
<ITEM_COST>8879.02</ITEM_COST>
<MATERIAL_COST>631.09</MATERIAL_COST>
<CURRENCY_CODE>AUD</CURRENCY_CODE>
<PO_UNIT_PRICE></PO_UNIT_PRICE>
<TRANSACTION_RECEIPT_DATE>25-Jun-09</TRANSACTION_RECEIPT_DATE>
<PO_NUMBER>982121</PO_NUMBER>
</G_ASW_REC_DATE>
</LIST_G_ASW_REC_DATE>
<CF_SORT_BY>Manufacture,Receipt Date,Organization,Item Code</CF_SORT_BY>
<CF_SERIAL_WHERE></CF_SERIAL_WHERE>
</RECDTREP>

HI Mahesh,
<TRANSACTION_RECEIPT_DATE>07-Apr-09</TRANSACTION_RECEIPT_DATE>
this is not a date,
so you should change the query to get you the format in xsd format : YYYY-MM-DDThh:mm:ss+HH:MM
otherwise, you have to write a custom sort function to decode and order it it.
if you dont do the custom order and use
<?sort:TRANSACTION_RECEIPT_DATE;'ascending';data-type='date'?>
the data will be treated as string and you will see the row is sorted on string.

Read data based on date in internal tables

Hi Abapers,
In my zreport , i am retreving data from vbrk, vbrp into one internal table ( itab1) and retreiving data from customized table i nto internal table itab2.
itab1 contains following fields.
matnr - Material code
erdat - date ( billing date).
itab2 contains following fields.
matnr - material code.
zfromdate - from date
ztodate - to date
zstprs - material price
loop at itab1 .
endloop.
how to read particular record from itab2 ( which consists of material code with price maintaing with date range ) based on my billing document date i.e erdat
ex: material code     fromdate             todate           price
     10000          01.11.2008     20.11.2008     100.
     10000          21.11.2008     30.11.2008     104
if for example in itab1 , erdat ( billing doc date is 15.11.2008 ) , how to read first record in itab2 which will fall under that date range.
please give me any suggestions, or provide sample code.
regards,
Hari priya

Hi,
Please go in this way
while selecting fileds from table into itab2
select in this way
select * from <tablename> into tabel itab2 where
matnr = itab1-matnr and
zfromdate LE erdat and
ztodate   GE erdat.
Loop at itab2.
read table itab1 with key matnr = itab2-matnr.
take ur fields into internal table
endloop.

Restrict Query Data based on Date range and Users

Hi All,
I have a few web reports that I need do restrict data based on Users.
In all the queries i have an infoobject 0CALDAY, and a User Entry range variable on it. Because of performance issues I need to restrict the range of dates a User can see. Typically most of users could go to a max date range of 1 month back. But some others would need the ability to see data for much bigger range of dates.
Pls suggest how should i go about with this. Should I have to enforce this at Variable level(user exit).... but then i might have to maintain a table for the users.. Is there any other way of doing it.
thanks
Raj

Any thoughts ?

Getting the data based on dates

Hi All,
In my application i am not able to retrieve the data from database between two dates.
while entering the dates i am entring using :
+ "',to_date('+ fromdate+ "','DD-Mon-YYYY HH24:MI:SS'),"
as in database i have kept my fromdate type as "varchar2"
So while selecting data i have written the query as :
String sqlQuery =
"select SID,SERVER_NAME,DOWNTIMETYPE,FROMDATE,TODATE,FROMTIME,TOTIME,TIMETAKEN,DOWN_REASON from SS_UPDOWNTIME where (FROMDATE >='"
+ frmdate
+ "' OR (FROMDATE between '"
+ frmdate
+ "' and '"
+ todate
+ "')) ";
but i am not able to get the data between the two selected dates
Regards,
Anupama

Hi Anupama,
'between' wont work because you have taken dates as varchar2.
Just try like this.
Take "Date" type in database and in java take java.sql.Date
java.sql.Date sqlDefaultDate = new java.sql.Date(System.currentTimeMillis());
System.out.println("sqlDate: "+sqlDefaultDate);
// this will be in the format 2008-11-13 , So we can pass sqlDefaultDate variable to backend
Regards,
Lakshmi Prasad.

Sql query to fetch data based on date conditons

Hi All,
We have to schedule a script that runs at 1:00 AM from Monday to Friday.
The script will run a sql query ,that will fetch the data from sql database 2008 based on the below conditions.
Case 1: If date = current Date then retrieve the data of the previous Date.
Case 2: If date = Monday then retrieve the entries of Friday ,Saturday and Sunday.
Please help us on how we can achieve this.
Thanks

Hi,
Are you asking about Patrick's
solution?
If so I highly recommend NOT to use this solution. PLease read LMU92's
and
Visakh16's responses.
Why not to use it?
1. This solution is not deterministic!
A deterministic algorithm is an algorithm which, given a particular input, will always produce the same output. This solution give different values for different setting! It is depending for example on "SET LANGUAGE" value
As mentioned above if you try to use any other languge then English then this query will not work since you will never get the value "Sunday"
2. Moreover! Even if you are using "SET LANGUAGE 'English'" then this
solution depend on "SET DATEFIRST" and only take into consideration that the value can be 1 or 7, using any other value you will get that @weekendDateMod is null!
What can you use?
let's test some value first to get the solution yourself. We know that we don't care about "SET LANGUAGE" since I will not use any language dependency but we need to examine "SET DATEFIRST". Try to change the value from 1 to 7 and check
the value of this query
SET DATEFIRST 1 -- Change this value from 1 to 7!
DECLARE @Sunday DATE = '2014-08-03' -- This is Sunday
DECLARE @Munday DATE = '2014-08-04' -- This is Munday
SELECT DATEPART(DW,@Sunday),DATEPART(DW,@Munday), @@DATEFIRST
Can you see the behavior ?
The results are hidden here (select the text and you will see them)
DATEFIRST___Sunday_______Monday
1___________7___________1
2___________6___________7
3___________5___________6
4___________4___________5
5___________3___________4
6___________2___________3
7___________1___________2
assuming you did the exercise above yourself, then you can now think now what is the filter that you need...
You can use a filter on those two parameters together using "where DATEPART... and @@DATEFIRST...) or using one combine check. Can you think how?
Notice that this value is always 2 on Monday! Regarding our setting
(DATEPART(DW,@CurrentDate) + @@DATEFIRST) % 7
Please Don't Go Down Before YOu Understand!
Now we can go to the solution
* I really hope that you read all and did the small exercise yourself! You can not become a developer by copy answers, and this is the reason that from the start I only gave you tha way and not the final query!
DECLARE @CurrentDate DATE = '2007-08-20' -- This is only for testing since you should use the function GETDATE() instead
DECLARE @MinDateToFilter DATE
SET @MinDateToFilter = CASE
WHEN ((DATEPART(DW,@CurrentDate) + @@DATEFIRST) % 7) = 2 THEN DATEADD(DAY,-4,@CurrentDate)
ELSE DATEADD(DAY,-1,@CurrentDate)
END
SELECT *
FROM sales.salesOrderHeader
WHERE orderDate > @MinDateToFilter
I hope this was useful :-)
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How to get whole month date based on date

hi
i have data at cube with calday and calyear/month
when ever i entre date like 17/03/2009 , i want output not from 17th , i need output whole month of march?
please let me know

Hi,
Here is the solution:
1. Create 'ZM_END' Customer exit variable on 0Calday.
Properties: Mandatory
              Intervel
              Uncheck ready for Input
              0calenderday
2. Create ZCDAY User entry Variable on 0Calday
Properties: Mandatory
                  Single
                  Check ready for Input
                  0calenderday
3. In columns create new selection and then drag & drop your Keyfigure and also Drag 0CALDAY and then restrict 0CALDAY with Variable - ZM_END
If user will enter 17/03/2009, then the result is from 01/03/2009 to 31/03/2009. I think this is what you are expecting.
DATA: ZT_SDT TYPE SY-DATUM,
                   SDT TYPE SY-DATUM,
                   ZT_DT1 TYPE SY-DATUM,
                   ZT_DY(2) TYPE N,
                   ZT_MT(2) TYPE N,
                   ZT_YR(4) TYPE N,
WHEN 'ZM_END'.
LOOP AT i_t_var_range INTO loc_var_range WHERE vnam = 'ZCDAY'.
    IF sy-subrc = 0.
      CLEAR: l_s_range.
      ZT_SDT = loc_var_range-low.
      ZT_DY = '01'.
      ZT_MT = ZT_SDT+4(2).
      ZT_YR = ZT_SDT+0(4).
      CONCATENATE ZT_YR ZT_MT ZT_DY INTO ZT_DT1.
      CALL FUNCTION 'SLS_MISC_GET_LAST_DAY_OF_MONTH'
        EXPORTING
          DAY_IN                  = ZT_SDT
       IMPORTING
         LAST_DAY_OF_MONTH       = SDT
       EXCEPTIONS
         DAY_IN_NOT_VALID        = 1
         OTHERS                  = 2
      IF SY-SUBRC <> 0.
         MESSAGE ID SY-MSGID TYPE SY-MSGTY NUMBER SY-MSGNO
         WITH SY-MSGV1 SY-MSGV2 SY-MSGV3 SY-MSGV4.
      ENDIF.
      l_s_range-low = ZT_DT1.
      l_s_range-high = SDT.
      l_s_range-sign = 'I'.
      l_s_range-opt = 'EQ'.
      APPEND l_s_range TO e_t_range.
    ENDIF.
ENDLOOP.
Thanks
Reddy
Edited by: Surendra Reddy on Mar 18, 2009 3:33 AM

Inclusion of data based on date

Hello:
I need to extract data for patients who have more than 2 visits to the doctor.
My query is at the end of the post.
The criteria is to include only patients which a trait_date >= 09/01/2006 and have been seen 2 or more times from that date.
For example, Patient A has a date of 12/01/2007 and Patient B has a date of 9/01/2007, 12/12/2007, and 03/01/2008. The query needs to exclude Patient A because they only had one visit whereas Patient B had three visits and it is Patient B that should show up in the data.
I can't seem to figure out how to write the statement that would let me accomplish this.
Can someone help me?
Thank you in advance. Here is the code.
select a.dwkey_patient, a.date_of_birth, TRUNC(months_between(sysdate, a.date_of_birth)/12) AGE,
      b.dwkey_traittype, b.trait_date, b.trait_value
from dd.patient_dim a, search.document_traits b
where a.dwkey_org = b.dwkey_org
and a.dwkey_patient=b.dwkey_patient
and a.dwkey_org=45
and b.dwkey_traittype IN (36883,36885,36884) and b.dwkey_traittype <> 36391
and b.trait_date >= '01-SEP-06'
and (b.trait_value <= '35' or b.trait_value = 'Y')
and TRUNC(months_between(sysdate, a.date_of_birth)/12) >= 18
order by age asc, a.dwkey_patient asc, b.trait_date asc;Edited by: nyc2292 on Nov 7, 2008 12:03 PM

WITH PATIENTS AS (SELECT 1 ID, 'Patient 1' NAME FROM DUAL
                  UNION ALL
                  SELECT 2 ID, 'Patient 2' NAME FROM DUAL
     VISITS   AS (SELECT 1 PATIENT_ID, TO_DATE('01.01.2008', 'DD.MM.YYYY') VISIT_DATE,'Illness' REASON FROM DUAL
                  UNION ALL
                  SELECT 1 PATIENT_ID, TO_DATE('01.01.2007', 'DD.MM.YYYY') VISIT_DATE, 'Pregnant' REASON FROM DUAL
                  UNION ALL
                  SELECT 2 PATIENT_ID, TO_DATE('01.01.2007', 'DD.MM.YYYY') VISIT_DATE,'Hungry' REASON FROM DUAL
                  UNION ALL
                  SELECT 2 PATIENT_ID, TO_DATE('01.01.2006', 'DD.MM.YYYY') VISIT_DATE, 'Thirsty' REASON FROM DUAL
SELECT ID,
       NAME,
       REASON
FROM (
SELECT ID,
         NAME,
         REASON,
         COUNT(*) OVER (PARTITION BY PATIENT_ID) VISITS
    FROM PATIENTS,
         VISITS
   WHERE ID=PATIENT_ID
     AND VISIT_DATE>TO_DATE('01.09.2006', 'DD.MM.YYYY')
WHERE VISITS>1

How to fetch data based on dates ?

How do i write the query for the below statements ?
1) net_bank_cr from rm_memorandum for the previous year end 31st March
2) net_bank_cr from rm_memorandum for the as on date
3) net_bank_cr from rm_memorandum as one year prior to current reporting date
The table structure of rm_memorandum is as given below:
create table RM_MEMO
AS_ON_DT DATE,
PAID_CAPITAL NUMBER(20,2),
TOTAL_OBE NUMBER(20,2),
CR_EQI_OBE NUMBER(20,2),
NET_BANK_CR NUMBER(20,2),
ADJ_NET_BANK_CR NUMBER(20,2),
DEP_CURREMT_CRR NUMBER(20,2),
LIAB_OTH_CRR NUMBER(20,2),
TOTAL_CRR NUMBER(20,2)
)

The following result includes all rows for the previous financial year relative to the current date.
SQL> with t as
2 (
3    select to_date('31/12/2010', 'dd/mm/yyyy') As_On_Dt, 205 Net_bank_CR from dual union all
4    select to_date('15/03/2011', 'dd/mm/yyyy'), 205 from dual union all
5    select to_date('15/03/2011', 'dd/mm/yyyy'), 666 from dual union all
6    select to_date('31/03/2011', 'dd/mm/yyyy'), 9856 from dual union all
7    select to_date('31/03/2011', 'dd/mm/yyyy'), 521 from dual union all
8    select to_date('05/04/2011', 'dd/mm/yyyy'), 20   from dual union all
9    select to_date('07/05/2011', 'dd/mm/yyyy'), 965 from dual
10 )
11 --
12 select *
13 from t
14 where t.As_On_Dt between (case
15                              when ( sysdate > add_months(trunc(t.As_On_Dt, 'YYYY'), 3) - 1 ) then
16                                add_months(trunc(add_months(sysdate, -12), 'YYYY'), 3) - 1
17                              when ( sysdate <= add_months(trunc(t.As_On_Dt, 'YYYY'), 3) - 1 ) then
18                                add_months(trunc(add_months(sysdate, -24), 'YYYY'), 3) - 1
19                            end) + 1 -- plus 1 to ensure it is the 1st Apr
20                     and
21                            case
22                             when ( sysdate > add_months(trunc(t.As_On_Dt, 'YYYY'), 3) - 1 ) then
23                               add_months(trunc(sysdate, 'YYYY'), 3) - 1
24                             when ( sysdate <= add_months(trunc(t.As_On_Dt, 'YYYY'), 3) - 1 ) then
25                               add_months(trunc(add_months(sysdate, -12), 'YYYY'), 3) - 1
26                            end
27 /
AS_ON_DT NET_BANK_CR
31-DEC-10         205
15-MAR-11         205
15-MAR-11         666
31-MAR-11        9856
31-MAR-11         521Edited by: bluefrog on Sep 7, 2011 1:35 PM Ensure it is the 1st of Apr as the first date, hence add 1

Need help in fetching data based on date

i want to write the query for the below statements ?
1) net_bank_cr from rm_memorandum for the previous year end 31st March
2) net_bank_cr from rm_memorandum for the as on date
3) net_bank_cr from rm_memorandum as one year prior to current reporting date
The table structure of rm_memorandum is as given below:
create table RM_MEMO
AS_ON_DT DATE,
PAID_CAPITAL NUMBER(20,2),
TOTAL_OBE NUMBER(20,2),
CR_EQI_OBE NUMBER(20,2),
NET_BANK_CR NUMBER(20,2),
ADJ_NET_BANK_CR NUMBER(20,2),
DEP_CURREMT_CRR NUMBER(20,2),
LIAB_OTH_CRR NUMBER(20,2),
TOTAL_CRR NUMBER(20,2)
)

may be like ..
WITH t AS
     (SELECT TO_DATE ('31/12/2010', 'dd/mm/yyyy') as_on_dt, 205 net_bank_cr
        FROM DUAL
      UNION ALL
      SELECT TO_DATE ('15/03/2011', 'dd/mm/yyyy'), 205
        FROM DUAL
      UNION ALL
      SELECT TO_DATE ('15/03/2011', 'dd/mm/yyyy'), 666
        FROM DUAL
      UNION ALL
      SELECT TO_DATE ('31/03/2011', 'dd/mm/yyyy'), 9856
        FROM DUAL
      UNION ALL
      SELECT TO_DATE ('31/03/2011', 'dd/mm/yyyy'), 521
        FROM DUAL
      UNION ALL
      SELECT TO_DATE ('05/04/2011', 'dd/mm/yyyy'), 20
        FROM DUAL
      UNION ALL
      SELECT TO_DATE ('07/05/2011', 'dd/mm/yyyy'), 965
        FROM DUAL)
SELECT *
FROM t
WHERE t.as_on_dt
          BETWEEN   (CASE
                        WHEN (SYSDATE >
                                 ADD_MONTHS (TRUNC (t.as_on_dt, 'YYYY'), 3)
                                 - 1
                           THEN   ADD_MONTHS (TRUNC (ADD_MONTHS (SYSDATE, -12),
                                                     'YYYY'
                                              3
                                - 1
                        WHEN (SYSDATE <=
                                 ADD_MONTHS (TRUNC (t.as_on_dt, 'YYYY'), 3)
                                 - 1
                           THEN   ADD_MONTHS (TRUNC (ADD_MONTHS (SYSDATE, -24),
                                                     'YYYY'
                                              3
                                - 1
                     END
                  + 1                    -- plus 1 to ensure it is the 1st Apr
              AND CASE
          WHEN (SYSDATE > ADD_MONTHS (TRUNC (t.as_on_dt, 'YYYY'), 3) - 1)
             THEN ADD_MONTHS (TRUNC (SYSDATE, 'YYYY'), 3) - 1
          WHEN (SYSDATE <= ADD_MONTHS (TRUNC (t.as_on_dt, 'YYYY'), 3) - 1)
             THEN ADD_MONTHS (TRUNC (ADD_MONTHS (SYSDATE, -12), 'YYYY'), 3)
                  - 1
       ENDand result would be ....
AS_ON_DT NET_BANK_CR
31-DEC-10         205
15-MAR-11         205
15-MAR-11         666
31-MAR-11        9856
31-MAR-11         521regards,
friend

Last 6 months of data based on date feild that is an integer data type

Hi Folks
I have a date column called 'YYYYMM' that is an Integer data type in YYYYMM format (eg. 201309). I want to return records from the last 6 months.
If the column was in a date format I could use something like
[YYYYMM] >DATEADD(M, -6, CURRENT_TIMESTAMP)
Therefore I assume I need to do a CONVERSION of INT into a date format with something like
CONVERT (DATE, [YYYYMM]
But I get the message "Explicit conversion from data type int to date is not allowed"
Can someone suggested a work around?
Many thanks Steve

another way is this
SELECT *
FROM Table
WHERE DATEADD(mm,(dateintfield%100)-1,DATEADD(yy,(dateintfield/100) -1900,0)) >=DATEADD(mm,DATEDIFF(mm,0,GETDATE())-6,0)AND DATEADD(mm,(dateintfield%100)-1,DATEADD(yy,(dateintfield/100) -1900,0)) < DATEADD(mm,DATEDIFF(mm,0,GETDATE()),0)
Please Mark This As Answer if it helps to solve the issue Visakh ---------------------------- http://visakhm.blogspot.com/ https://www.facebook.com/VmBlogs

How to select data based on date range

Hi all,
how do I make the following scenario happen:
I am tracking my sales people's performance from 1/01/00 to 1/01/09, and I want to give $200 bonuses to only those whom made a sale between 1/01/06 to 1/01/08. I need a formula that captures the sale between 1/01/06 to 1/01/08 and assign a $200 bonus that I can then insert into my report as a field.
I've been trying with the "If" "then" functions, and I'm unsure how to incorporate the date field into it.
please help!
Thanks,
Frank

Hi Newbie,
You will have to create the following formula, call it @Bonus and place it in the detail section:
If {date.field} >= Date(2006,01,01) and
{date.field} <= Date(2008,01,01) then
200 else 0
You can then summarize it however you want.
I hope this helps,
Regards,
Zack H.

Deleting Data based on Date

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