Problem using Model Clause

Hi,
I am executing following query and get the output as shown below.
Select distinct(Entry_time), Paymentmode_code
, shift_date
, vehicleclass_code,
Cnt
from v_wog_summary
model
UNIQUE SINGLE REFERENCE
     partition by (Entry_Time)
     dimension by (paymentmode_code )
     measures (vehicleclass_code,shift_date, 0 as Cnt)
     RULES upsert
Cnt[for paymentmode_code in (Select distinct(paymentmode_code) from v_wog_summary)] = 1
order by shift_date,entry_time,paymentmode_code
Actual Output:
ENTRY_TIME     PAYMENTMODE_CODE     SHIFT_DATE     VEHICLECLASS_CODE     CNT
0:00          2               2-Jan-11          2               1
0:00          3               2-Jan-11          3               1
0:00          5               2-Jan-11          5               1
1:00          1               2-Jan-11          1               1
1:00          2               2-Jan-11          2               1
1:00          3               2-Jan-11          3               1
2:00          1               2-Jan-11          1               1
2:00          2               2-Jan-11          2               1
2:00          3               2-Jan-11          3               1
2:00          4               2-Jan-11          4               1
I require the following output of the above query:
the query should display null in vechileclass_code if it is not present.
Also the query should display all the paymentmode_code (in my case there are total 14 paymentmode_code)
Required Output :
ENTRY_TIME     PAYMENTMODE_CODE     SHIFT_DATE     VEHICLECLASS_CODE     CNT
0:00          1               2-Jan-11          null          1
0:00          2               2-Jan-11          2          1
0:00          3               2-Jan-11          3          1
0:00          4               2-Jan-11          null          1
0:00          5               2-Jan-11          1          1
0:00          6               2-Jan-11          null          1
0:00          7               2-Jan-11          null          1
0:00          8               2-Jan-11          null          1
0:00          9               2-Jan-11          null          1
0:00          10               2-Jan-11          null          1
0:00          11               2-Jan-11          null          1
0:00          12               2-Jan-11          null          1
0:00          13               2-Jan-11          null          1
0:00          14               2-Jan-11          null          1
1:00          1               2-Jan-11          1          1
1:00          2               2-Jan-11          2          1
1:00          3               2-Jan-11          3          1
1:00          4               2-Jan-11          null          1
1:00          5               2-Jan-11          null          1
1:00          6               2-Jan-11          null          1
1:00          7               2-Jan-11          null          1
1:00          8               2-Jan-11          null          1
1:00          9               2-Jan-11          null          1
1:00          10               2-Jan-11          null          1
1:00          11               2-Jan-11          null          1
1:00          12               2-Jan-11          null          1
1:00          13               2-Jan-11          null          1
1:00          14               2-Jan-11          null          1
2:00          1               2-Jan-11          1          1
2:00          2               2-Jan-11          2          1
2:00          3               2-Jan-11          3          1
2:00          4               2-Jan-11          5          1
2:00          5               2-Jan-11          null          1
2:00          6               2-Jan-11          null          1
2:00          7               2-Jan-11          null          1
2:00          8               2-Jan-11          null          1
2:00          9               2-Jan-11          null          1
2:00          10               2-Jan-11          null          1
2:00          11               2-Jan-11          null          1
2:00          12               2-Jan-11          null          1
2:00          13               2-Jan-11          null          1
2:00          14               2-Jan-11          null          1

I am not pretty sure what you want, but i think it is some kind of row generator. For thsi you can use the for loop
with v_wog_summary as (
select
   to_date('02012011','DDMMYYYY') shift_date
, to_char(level-1)||':00' Entry_time
, level*2 paymentmode_code
, level*3 vehicleclass_code
from dual
connect by
level <= 3
select
shift_date
,Entry_time
,p paymentmode_code
,v vehicleclass_code
from v_wog_summary
model
partition by (shift_date, entry_time)
dimension by (paymentmode_code p)
measures(vehicleclass_code v)
rules(
v[for p from 1 to 14 increment 1]=v[cv()]
order by shift_date, entry_time, p
SHIFT_DATE     ENTRY_TIME     PAYMENTMODE_CODE     VEHICLECLASS_CODE
01/02/2011     0:00     1     -
01/02/2011     0:00     2     3
01/02/2011     0:00     3     -
01/02/2011     0:00     4     -
01/02/2011     0:00     5     -
01/02/2011     0:00     6     -
01/02/2011     0:00     7     -
01/02/2011     0:00     8     -
01/02/2011     0:00     9     -
01/02/2011     0:00     10     -
01/02/2011     0:00     11     -
01/02/2011     0:00     12     -
01/02/2011     0:00     13     -
01/02/2011     0:00     14     -
01/02/2011     1:00     1     -
01/02/2011     1:00     2     -
01/02/2011     1:00     3     -
01/02/2011     1:00     4     6
01/02/2011     1:00     5     -
01/02/2011     1:00     6     -
01/02/2011     1:00     7     -
01/02/2011     1:00     8     -
01/02/2011     1:00     9     -
01/02/2011     1:00     10     -
01/02/2011     1:00     11     -
01/02/2011     1:00     12     -
01/02/2011     1:00     13     -
01/02/2011     1:00     14     -
01/02/2011     2:00     1     -
01/02/2011     2:00     2     -
01/02/2011     2:00     3     -
01/02/2011     2:00     4     -
01/02/2011     2:00     5     -
01/02/2011     2:00     6     9
01/02/2011     2:00     7     -
01/02/2011     2:00     8     -
01/02/2011     2:00     9     -
01/02/2011     2:00     10     -
01/02/2011     2:00     11     -
01/02/2011     2:00     12     -
01/02/2011     2:00     13     -
01/02/2011     2:00     14     -

Similar Messages

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    Edited by: orausern on Feb 19, 2010 5:05 AM

    Hi,
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            ID VALUE
             1 Value1
             2 Value2
             3 Value3
             4 Value4
             5 Value4
             6
             7 value5
             8
    8 ligne(s) sélectionnée(s).
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      2   t as ( select substr(value,2)value,ind
      3          from test1
      4          model
      5          ignore nav
      6          dimension by (id)
      7          measures (cast(value as varchar2(100)) value, 0 ind)
      8          rules
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  • Unable to display data no entry in the table without using Model clause

    Hi,
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    (300, 5000, TO_DATE('11/25/2009 10:24:20', 'MM/DD/YYYY HH24:MI:SS'));
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    (300, 3000, TO_DATE('11/27/2009 10:24:21', 'MM/DD/YYYY HH24:MI:SS'));
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  • Pivoting using Model Clause Vs pivoting using Aggregate Fun(Case) statement

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  • Using MODEL clause and COUNT for not numeric data columns....

    Hi ,
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        20  7369 18/12/1980
        30  7499 20/02/1981
        30  7521 22/02/1981
        20  7566 02/04/1981
        30  7654 28/09/1981
        30  7698 01/05/1981
        10  7782 09/06/1981
        20  7788 18/04/1987
        10  7839 17/11/1981
        30  7844 08/09/1981
        20  7876 21/05/1987
        30  7900 03/12/1981
        20  7902 03/12/1981
        10  7934 23/01/1982
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      2    from
      3    (
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      5                to_number(to_char(hiredate , 'rrrr')) year , count(ename) count_
      6    from emp
      7    group by  deptno , to_number(to_char(hiredate,'mm'))  ,
      8                to_number(to_char(hiredate , 'rrrr'))
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    14    (
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            30          5       1981          1
            30         12       1981          1
            30          2       1981          2
            30          9       1981          2
            30          1       1990
            20          4       1987          1
            20          5       1987          1
            20          4       1981          1
            20         12       1981          1
            20         12       1980          1
            20          1       1990
            10          6       1981          1
            10         11       1981          1
            10          1       1982          1
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    Simon

    Connected to Oracle Database 10g Express Edition Release 10.2.0.1.0
    Connected as hr
    SQL>
    SQL> SELECT department_id, MONTH, YEAR, count_
      2    FROM (SELECT e.department_id
      3                ,to_number(to_char(e.hire_date, 'mm')) MONTH
      4                ,to_number(to_char(e.hire_date, 'rrrr')) YEAR
      5                ,COUNT(e.first_name) count_
      6            FROM employees e
      7            WHERE e.department_id = 20
      8           GROUP BY e.department_id
      9                   ,to_number(to_char(e.hire_date, 'mm'))
    10                   ,to_number(to_char(e.hire_date, 'rrrr')));
    DEPARTMENT_ID      MONTH       YEAR     COUNT_
               20          8       1997          1
               20          2       1996          1
    SQL> --
    SQL> SELECT department_id, MONTH, YEAR, count_
      2    FROM (SELECT e.department_id
      3                ,to_number(to_char(e.hire_date, 'mm')) MONTH
      4                ,to_number(to_char(e.hire_date, 'rrrr')) YEAR
      5                ,COUNT(e.first_name) count_
      6            FROM employees e
      7            WHERE e.department_id = 20
      8           GROUP BY e.department_id
      9                   ,to_number(to_char(e.hire_date, 'mm'))
    10                   ,to_number(to_char(e.hire_date, 'rrrr')))
    11  model
    12  PARTITION BY(department_id)
    13  dimension BY(MONTH, YEAR)
    14  measures(count_)(
    15    count_ [1, 1990] = count_ [2, 1996] + count_ [8, 1997]
    16  );
    DEPARTMENT_ID      MONTH       YEAR     COUNT_
               20          8       1997          1
               20          2       1996          1
               20          1       1990          2
    SQL> ---
    SQL> SELECT department_id, MONTH, YEAR, count_
      2    FROM (SELECT e.department_id
      3                ,to_number(to_char(e.hire_date, 'mm')) MONTH
      4                ,to_number(to_char(e.hire_date, 'rrrr')) YEAR
      5                ,COUNT(e.first_name) count_
      6            FROM employees e
      7           GROUP BY e.department_id
      8                   ,to_number(to_char(e.hire_date, 'mm'))
      9                   ,to_number(to_char(e.hire_date, 'rrrr')))
    10  model ignore nav
    11  PARTITION BY(department_id)
    12  dimension BY(MONTH, YEAR)
    13  measures(count_)(
    14    count_ [1, 1990] = count_ [2, 1996] + count_ [8, 1997]
    15  );
    DEPARTMENT_ID      MONTH       YEAR     COUNT_
              100          8       1994          2
               30         12       1997          1
              100          3       1998          1
               30          7       1997          1
                           5       1999          1
               30         12       1994          1
               30         11       1998          1
               30          5       1995          1
              100          9       1997          2
              100         12       1999          1
               30          8       1999          1
                           1       1990          0
               30          1       1990          0
              100          1       1990          0
               90          9       1989          1
               20          8       1997          1
               70          6       1994          1
    93 rows selected
    SQL>

  • Problems using 'IN' clause

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    status IN NUMBER,
    id_equipamento OUT vetornum, -- table of number...
    desc_equip OUT vetorchar, -- table of varchar2..
    caminho_completo OUT vetorchar,
    nro_serie_out OUT vetorchar,
    status_out OUT vetornum,
    quantidade OUT NUMBER,
    erro_cod OUT VARCHAR2,
    erro_msg OUT VARCHAR2
    IS
    CURSOR c_busca_equip(
    id_p NUMBER,
    tipo_p VARCHAR2,
    emp NUMBER,
    nroser VARCHAR2, -- or vetorchar
    id_i NUMBER,
    stat NUMBER)
    IS
    SELECT eq.id_equipamento,
    nroserie,
    id_status,
    id_item
    FROM EQUIPAMENTOS EQ,
    EQUIPAMENTOS_POSICAO EP
    WHERE (eq.id_equipamento = ep.id_equipamento AND ep.id_posicao = id_p)
    AND (id_i IS NULL OR id_item = id_i)
    AND (stat IS NULL OR id_status = stat)
    AND (nroser IS NULL OR nroserie IN (nroser)) -- my problem is nroser
    AND (emp IS NULL OR id_empresa_responsavel = emp);
    ...

    Marcelo,
    You can make this work using a VARCHAR2 list separated with commas if you write a 'dynamic' cursor.
    For example:
    PROCEDURE process_emp (p_deptno IN VARCHAR2)
    IS
    TYPE my_cur_type IS REF CURSOR; -- could be declared as a strong refcursor (e.g. RETURN emp%ROWTYPE)
    my_cur my_cur_type;
    emp_rec emp%ROWTYPE; --or declare the appropriate record structure
    BEGIN
    OPEN my_cur FOR 'select * from emp where deptno in ('||p_deptno||')';
    LOOP
    FETCH my_cur INTO emp_rec;
    EXIT WHEN my_cur%NOTFOUND;
    -- process the row returned from the cursor e.g.
    htp.p(emp_rec.ename||' earns '||to_char(emp_rec.sal,'fm$999,999'));
    END LOOP;
    CLOSE my_cur;
    END;
    Hope this helps.
    Cheers,
    Bryan.

  • How to use model clause without hard coding the values in it?

    Query
    select acct_no,
           gl_code,
           CASE
             WHEN entry_type_label IN ('Earned Revenue') THEN
              'Earned Revenue'
             ELSE
              'Deferred Revenue Credit'
           END AS entry_type_label,
           CASE
             WHEN entry_type_label IN ('Opening Balance') THEN
              'Opening Balance'
             WHEN entry_type_label IN ('Deferred Revenue Credit') THEN
              'Invoice Amount'
             WHEN entry_type_label IN ('Earned Revenue') THEN
              'Earned Revenue'
             WHEN entry_type_label IN ('Closing Balance') THEN
              'Closing Balance'
             ELSE
              'Deferred Revenue Credit'
           END AS label,
           entry_type_no,
           orig_chg_start_date,
           period_no,
           -amt as amt
      from revrec_test
    WHERE acct_no = 1788562
       AND entry_type_no IN (2, 4) model dimension by(acct_no,
              gl_code,
              entry_type_label,
              entry_type_no,
              orig_chg_start_date,
              period_no) measures(amt) rules upsert
    all(amt 1788562,
               'UNEARNED-10011561',
               'Opening Balance',
               2,
               '02-OCT-17 08.30.00 AM',
               190 = 0,
               amt 1788562,
               'UNEARNED-10011561',
               'Closing Balance',
               2,
               '02-OCT-17 08.30.00 AM',
               190 = amt 1788562,
               'UNEARNED-10011561',
               'Deferred Revenue Credit',
               2,
               '02-OCT-17 08.30.00 AM',
               190 - amt 1788562,
               'EARNED-10011561',
               'Earned Revenue',
               4,
               '02-OCT-17 08.30.00 AM',
               190,
               amt 1788562,
               'UNEARNED-10011561',
               'Opening Balance',
               2,
               '02-OCT-17 08.30.00 AM',
               191 = amt 1788562,
               'UNEARNED-10011561',
               'Closing Balance',
               2,
               '02-OCT-17 08.30.00 AM',
               190,
               amt 1788562,
               'UNEARNED-10011561',
               'Deferred Revenue Credit',
               2,
               '02-OCT-17 08.30.00 AM',
               191 = 0,
               amt 1788562,
               'UNEARNED-10011561',
               'Closing Balance',
               2,
               '02-OCT-17 08.30.00 AM',
               191 =
               (amt 1788562, 'UNEARNED-10011561', 'Opening Balance', 2,
                '02-OCT-17 08.30.00 AM', 191 + amt 1788562, 'UNEARNED-10011561',
                'Deferred Revenue Credit', 2, '02-OCT-17 08.30.00 AM', 191) - amt
               1788562,
               'EARNED-10011561',
               'Earned Revenue',
               4,
               '02-OCT-17 08.30.00 AM',
               191,
               amt 1788562,
               'UNEARNED-10011561',
               'Opening Balance',
               2,
               '02-OCT-17 08.30.00 AM',
               192 = amt 1788562,
               'UNEARNED-10011561',
               'Closing Balance',
               2,
               '02-OCT-17 08.30.00 AM',
               191,
               amt 1788562,
               'UNEARNED-10011561',
               'Deferred Revenue Credit',
               2,
               '02-OCT-17 08.30.00 AM',
               192 = 0,
               amt 1788562,
               'UNEARNED-10011561',
               'Closing Balance',
               2,
               '02-OCT-17 08.30.00 AM',
               192 =
               (amt 1788562, 'UNEARNED-10011561', 'Opening Balance', 2,
                '02-OCT-17 08.30.00 AM', 192 + amt 1788562, 'UNEARNED-10011561',
                'Deferred Revenue Credit', 2, '02-OCT-17 08.30.00 AM', 192) - amt
               1788562,
               'EARNED-10011561',
               'Earned Revenue',
               4,
               '02-OCT-17 08.30.00 AM',
               192,
               amt 1788562,
               'UNEARNED-10011561',
               'Opening Balance',
               2,
               '02-OCT-17 08.30.00 AM',
               193 = amt 1788562,
               'UNEARNED-10011561',
               'Closing Balance',
               2,
               '02-OCT-17 08.30.00 AM',
               192,
               amt 1788562,
               'UNEARNED-10011561',
               'Deferred Revenue Credit',
               2,
               '02-OCT-17 08.30.00 AM',
               193 = 0,
               amt 1788562,
               'UNEARNED-10011561',
               'Closing Balance',
               2,
               '02-OCT-17 08.30.00 AM',
               193 =
               (amt 1788562, 'UNEARNED-10011561', 'Opening Balance', 2,
                '02-OCT-17 08.30.00 AM', 193 + amt 1788562, 'UNEARNED-10011561',
                'Deferred Revenue Credit', 2, '02-OCT-17 08.30.00 AM', 193) - amt
               1788562,
               'EARNED-10011561',
               'Earned Revenue',
               4,
               '02-OCT-17 08.30.00 AM',
               193)
    ORDER BY period_no, entry_type_no;
    The above query works fine. But i have hard coded the values. I want to do the same operation for different account number which is going to have different periodic no. How can I achieve it?
    Thanks in advance.

    Create Statement
    CREATE TABLE table_one(
    ACCT_NO             NUMBER(38),                                               
    GL_CODE             VARCHAR2(300),
    ENTRY_TYPE_LABEL    CHAR(50),                                                  
    ENTRY_TYPE_NO       NUMBER,                                                    
    ORIG_CHG_START_DATE TIMESTAMP(0) WITH LOCAL TIME ZONE,
    ORIG_CHG_END_DATE   TIMESTAMP(0) WITH LOCAL TIME ZONE,
    PERIOD_NO           NUMBER(38),
    AMT                 NUMBER(38,10)
    Insert Statement
    INSERT ALL
    INTO table_one(acct_no, gl_code, entry_type_label, entry_type_no, orig_chg_start_date, orig_chg_end_date, period_no, amt) VALUES(1001,'U-11561','Deferred Revenue Debit',3,'02-OCT-17 08.30.00 AM','01-JAN-18 01.30.00 PM',100,13.87)
    INTO table_one(acct_no, gl_code, entry_type_label, entry_type_no, orig_chg_start_date, orig_chg_end_date, period_no, amt) VALUES(1001,'E-11561','Earned Revenue',4,'02-OCT-17 08.30.00 AM','01-JAN-18 01.30.00 PM',102,-14.83)
    INTO table_one(acct_no, gl_code, entry_type_label, entry_type_no, orig_chg_start_date, orig_chg_end_date, period_no, amt) VALUES(1001,'E-11561','Earned Revenue',4,'02-OCT-17 08.30.00 AM','01-JAN-18 01.30.00 PM',101,-14.35)
    INTO table_one(acct_no, gl_code, entry_type_label, entry_type_no, orig_chg_start_date, orig_chg_end_date, period_no, amt) VALUES(1001,'E-11561','Earned Revenue',4,'02-OCT-17 08.30.00 AM','01-JAN-18 01.30.00 PM',100,-13.87)
    INTO table_one(acct_no, gl_code, entry_type_label, entry_type_no, orig_chg_start_date, orig_chg_end_date, period_no, amt) VALUES(1001,'U-11561','Deferred Revenue Debit',3,'02-OCT-17 08.30.00 AM','01-JAN-18 01.30.00 PM',103,0.95)
    INTO table_one(acct_no, gl_code, entry_type_label, entry_type_no, orig_chg_start_date, orig_chg_end_date, period_no, amt) VALUES(1001,'U-11561','Deferred Revenue Debit',3,'02-OCT-17 08.30.00 AM','01-JAN-18 01.30.00 PM',102,14.83)
    INTO table_one(acct_no, gl_code, entry_type_label, entry_type_no, orig_chg_start_date, orig_chg_end_date, period_no, amt) VALUES(1001,'U-11561','Deferred Revenue Debit',3,'02-OCT-17 08.30.00 AM','01-JAN-18 01.30.00 PM',101,14.35)
    INTO table_one(acct_no, gl_code, entry_type_label, entry_type_no, orig_chg_start_date, orig_chg_end_date, period_no, amt) VALUES(1001,'E-11561','Earned Revenue',4,'02-OCT-17 08.30.00 AM','01-JAN-18 01.30.00 PM',103,-0.95)
    INTO table_one(acct_no, gl_code, entry_type_label, entry_type_no, orig_chg_start_date, orig_chg_end_date, period_no, amt) VALUES(1001,'U-11561','Deferred Revenue Credit',2,'02-OCT-17 08.30.00 AM','01-JAN-18 01.30.00 PM',100,-44)
    INTO table_one(acct_no, gl_code, entry_type_label, entry_type_no, orig_chg_start_date, orig_chg_end_date, period_no, amt) VALUES(1002,'Recurring Flat Fees COA Code','Deferred Revenue Debit',3,'17-NOV-13 09.30.00 AM','16-FEB-14 09.30.00 AM',106,44.91)
    INTO table_one(acct_no, gl_code, entry_type_label, entry_type_no, orig_chg_start_date, orig_chg_end_date, period_no, amt) VALUES(1002,'Recurring Flat Fees COA Code','Accounts Receivable',1,'17-NOV-13 09.30.00 AM','16-FEB-14 09.30.00 AM',104,60)
    INTO table_one(acct_no, gl_code, entry_type_label, entry_type_no, orig_chg_start_date, orig_chg_end_date, period_no, amt) VALUES(1002,'Recurring Flat Fees COA Code','Deferred Revenue Debit',3,'20-DEC-13 09.30.00 AM','16-FEB-14 09.30.00 AM',105,3.93)
    INTO table_one(acct_no, gl_code, entry_type_label, entry_type_no, orig_chg_start_date, orig_chg_end_date, period_no, amt) VALUES(1002,'Recurring Flat Fees COA Code','Deferred Revenue Debit',3,'20-DEC-13 09.30.00 AM','16-FEB-14 09.30.00 AM',106,11.75)
    INTO table_one(acct_no, gl_code, entry_type_label, entry_type_no, orig_chg_start_date, orig_chg_end_date, period_no, amt) VALUES(1002,'Recurring Flat Fees COA Code','Deferred Revenue Debit',3,'20-DEC-13 09.30.00 AM','16-FEB-14 09.30.00 AM',107,6.86)
    INTO table_one(acct_no, gl_code, entry_type_label, entry_type_no, orig_chg_start_date, orig_chg_end_date, period_no, amt) VALUES(1002,'Recurring Flat Fees COA Code','Deferred Revenue Debit',3,'20-DEC-13 09.30.00 AM','16-FEB-14 09.30.00 AM',105,-7.82)
    INTO table_one(acct_no, gl_code, entry_type_label, entry_type_no, orig_chg_start_date, orig_chg_end_date, period_no, amt) VALUES(1002,'Recurring Flat Fees COA Code','Deferred Revenue Debit',3,'20-DEC-13 09.30.00 AM','16-FEB-14 09.30.00 AM',106,-23.47)
    INTO table_one(acct_no, gl_code, entry_type_label, entry_type_no, orig_chg_start_date, orig_chg_end_date, period_no, amt) VALUES(1002,'Recurring Flat Fees COA Code','Deferred Revenue Debit',3,'20-DEC-13 09.30.00 AM','16-FEB-14 09.30.00 AM',107,-13.69)
    INTO table_one(acct_no, gl_code, entry_type_label, entry_type_no, orig_chg_start_date, orig_chg_end_date, period_no, amt) VALUES(1002,'Recurring Flat Fees COA Code','Earned Revenue',4,'20-DEC-13 09.30.00 AM','16-FEB-14 09.30.00 AM',107,-6.86)
    INTO table_one(acct_no, gl_code, entry_type_label, entry_type_no, orig_chg_start_date, orig_chg_end_date, period_no, amt) VALUES(1002,'Recurring Flat Fees COA Code','Earned Revenue',4,'20-DEC-13 09.30.00 AM','16-FEB-14 09.30.00 AM',105,7.82)
    INTO table_one(acct_no, gl_code, entry_type_label, entry_type_no, orig_chg_start_date, orig_chg_end_date, period_no, amt) VALUES(1002,'Recurring Flat Fees COA Code','Earned Revenue',4,'20-DEC-13 09.30.00 AM','16-FEB-14 09.30.00 AM',106,23.47)
    INTO table_one(acct_no, gl_code, entry_type_label, entry_type_no, orig_chg_start_date, orig_chg_end_date, period_no, amt) VALUES(1002,'Recurring Flat Fees COA Code','Earned Revenue',4,'20-DEC-13 09.30.00 AM','16-FEB-14 09.30.00 AM',107,13.69)
    INTO table_one(acct_no, gl_code, entry_type_label, entry_type_no, orig_chg_start_date, orig_chg_end_date, period_no, amt) VALUES(1002,'Recurring Flat Fees COA Code','Earned Revenue',4,'17-NOV-13 09.30.00 AM','16-FEB-14 09.30.00 AM',104,-9.13)
    INTO table_one(acct_no, gl_code, entry_type_label, entry_type_no, orig_chg_start_date, orig_chg_end_date, period_no, amt) VALUES(1002,'Recurring Flat Fees COA Code','Earned Revenue',4,'17-NOV-13 09.30.00 AM','16-FEB-14 09.30.00 AM',105,-44.91)
    INTO table_one(acct_no, gl_code, entry_type_label, entry_type_no, orig_chg_start_date, orig_chg_end_date, period_no, amt) VALUES(1002,'Recurring Flat Fees COA Code','Earned Revenue',4,'17-NOV-13 09.30.00 AM','16-FEB-14 09.30.00 AM',106,-44.91)
    INTO table_one(acct_no, gl_code, entry_type_label, entry_type_no, orig_chg_start_date, orig_chg_end_date, period_no, amt) VALUES(1002,'Recurring Flat Fees COA Code','Earned Revenue',4,'17-NOV-13 09.30.00 AM','16-FEB-14 09.30.00 AM',107,-35.91)
    INTO table_one(acct_no, gl_code, entry_type_label, entry_type_no, orig_chg_start_date, orig_chg_end_date, period_no, amt) VALUES(1002,'Recurring Flat Fees COA Code','Earned Revenue',4,'20-DEC-13 09.30.00 AM','16-FEB-14 09.30.00 AM',105,-3.93)
    INTO table_one(acct_no, gl_code, entry_type_label, entry_type_no, orig_chg_start_date, orig_chg_end_date, period_no, amt) VALUES(1002,'Recurring Flat Fees COA Code','Deferred Revenue Debit',3,'17-NOV-13 09.30.00 AM','16-FEB-14 09.30.00 AM',105,44.91)
    INTO table_one(acct_no, gl_code, entry_type_label, entry_type_no, orig_chg_start_date, orig_chg_end_date, period_no, amt) VALUES(1002,'Recurring Flat Fees COA Code','Deferred Revenue Debit',3,'17-NOV-13 09.30.00 AM','16-FEB-14 09.30.00 AM',104,9.13)
    INTO table_one(acct_no, gl_code, entry_type_label, entry_type_no, orig_chg_start_date, orig_chg_end_date, period_no, amt) VALUES(1002,'Recurring Flat Fees COA Code','Earned Revenue',4,'20-DEC-13 09.30.00 AM','16-FEB-14 09.30.00 AM',106,-11.75)
    INTO table_one(acct_no, gl_code, entry_type_label, entry_type_no, orig_chg_start_date, orig_chg_end_date, period_no, amt) VALUES(1002,'Recurring Flat Fees COA Code','Deferred Revenue Credit',2,'20-DEC-13 09.30.00 AM','16-FEB-14 09.30.00 AM',105,38.48)
    INTO table_one(acct_no, gl_code, entry_type_label, entry_type_no, orig_chg_start_date, orig_chg_end_date, period_no, amt) VALUES(1002,'Recurring Flat Fees COA Code','Deferred Revenue Credit',2,'20-DEC-13 09.30.00 AM','16-FEB-14 09.30.00 AM',105,-19.24)
    INTO table_one(acct_no, gl_code, entry_type_label, entry_type_no, orig_chg_start_date, orig_chg_end_date, period_no, amt) VALUES(1002,'Recurring Flat Fees COA Code','Deferred Revenue Credit',2,'17-NOV-13 09.30.00 AM','16-FEB-14 09.30.00 AM',104,-60)
    INTO table_one(acct_no, gl_code, entry_type_label, entry_type_no, orig_chg_start_date, orig_chg_end_date, period_no, amt) VALUES(1002,'Recurring Flat Fees COA Code','Accounts Receivable',1,'20-DEC-13 09.30.00 AM','16-FEB-14 09.30.00 AM',105,38.48)
    INTO table_one(acct_no, gl_code, entry_type_label, entry_type_no, orig_chg_start_date, orig_chg_end_date, period_no, amt) VALUES(1002,'Recurring Flat Fees COA Code','Accounts Receivable',1,'20-DEC-13 09.30.00 AM','16-FEB-14 09.30.00 AM',105,19.24)
    INTO table_one(acct_no, gl_code, entry_type_label, entry_type_no, orig_chg_start_date, orig_chg_end_date, period_no, amt) VALUES(1002,'Recurring Flat Fees COA Code','Deferred Revenue Debit',3,'17-NOV-13 09.30.00 AM','16-FEB-14 09.30.00 AM',107,35.91)
    SELECT * FROM dual;
    Expected Result
    S.NO
    ACCT_NO
    GL_CODE
    ENTRY_TYPE_LABEL
    ENTRY_TYPE_NO
    ORIG_CHG_START_DATE
    PERIOD_NO
    AMT
    DESCRIPTION
    1
    1001
    U-11561
    Deferred Revenue Credit
    2
    02-OCT-17 08.30.00 AM
    100
    0
    Opening Account
    2
    1001
    U-11561
    Deferred Revenue Credit
    2
    02-OCT-17 08.30.00 AM
    100
    44
    Invoice
    3
    1001
    E-11561
    Earned Revenue
    4
    02-OCT-17 08.30.00 AM
    100
    13.87
    Invoice Paid
    4
    1001
    U-11561
    Deferred Revenue Credit
    2
    02-OCT-17 08.30.00 AM
    100
    30.13
    Closing Account
    5
    1001
    U-11561
    Deferred Revenue Credit
    2
    02-OCT-17 08.30.00 AM
    101
    30.13
    Opening Account
    6
    1001
    U-11561
    Deferred Revenue Credit
    2
    02-OCT-17 08.30.00 AM
    101
    0
    Invoice
    7
    1001
    E-11561
    Earned Revenue
    4
    02-OCT-17 08.30.00 AM
    101
    14.35
    Invoice Paid
    8
    1001
    U-11561
    Deferred Revenue Credit
    2
    02-OCT-17 08.30.00 AM
    101
    15.78
    Closing Account
    9
    1001
    U-11561
    Deferred Revenue Credit
    2
    02-OCT-17 08.30.00 AM
    102
    15.78
    Opening Account
    10
    1001
    U-11561
    Deferred Revenue Credit
    2
    02-OCT-17 08.30.00 AM
    102
    0
    Invoice
    11
    1001
    E-11561
    Earned Revenue
    4
    02-OCT-17 08.30.00 AM
    102
    14.83
    Invoice Paid
    12
    1001
    U-11561
    Deferred Revenue Credit
    2
    02-OCT-17 08.30.00 AM
    102
    0.95
    Closing Account
    13
    1001
    U-11561
    Deferred Revenue Credit
    2
    02-OCT-17 08.30.00 AM
    103
    0.95
    Opening Account
    14
    1001
    U-11561
    Deferred Revenue Credit
    2
    02-OCT-17 08.30.00 AM
    103
    0
    Invoice
    15
    1001
    E-11561
    Earned Revenue
    4
    02-OCT-17 08.30.00 AM
    103
    0.95
    Invoice Paid
    16
    1001
    U-11561
    Deferred Revenue Credit
    2
    02-OCT-17 08.30.00 AM
    103
    0
    Closing Account
    Description
    We must start opening account as zero and end with closing account as zero by doing manipulation with invoice and invoice paid.
    Process
    Initial Stage
    Subsequent stage
    Opening Account
    0
    (=closing Account)
    Invoice
    max value of account no which has entry type no 2
    0
    Invoice Paid
    taken from the  field amount which has entry type no 4
    taken from the  field amount which has entry type no 4
    Closing Account
    (=[opening account + invoice] - invoice paid)
    (=[opening account + invoice] - invoice paid)
    Note
    1) Each account may have different periodic no.
    2) Some account may have more than 4 distinct period no and less than 4 distinct periodic no.
    3) Description column from expected result is not an part of table. It is been added for easier understanding.

  • Query help with Model clause

    Hi Gurus,
    Can someone please help me out.
    I've a below tables.
    1) tbl_link --> this table contains information at profile level
    2) tbl_summary --> this table contains summary at parent profile level derived from tbl_link table
    One parent profile contains multiple child profiles and each child profile links to a code (which is B, W, G or P) and the code is linked to a category (i.e. ONL and OFL). In this case code B is linked to category 'ONL' and codes W,G,P linked to OFL category.
    ONL category needs 100 points. If it don't have enough points then i need to borrow from OFL category which i'm doing and populating into tbl_summary table at parent profile level.
    Now i need to insert data into tbl_link table at profile level with howmany points used, expired based on tbl_summary table. Rule is at the end of month if we add points for each profile in tbl_link table it should come as 0.
    with
    tbl_SUMMARY as
    select 1 as ppid,'ONL' as catgcode, 53 as earned_points,47 BORROWED_POINTS,100 CERT_POINTS,0 DISCARD_POINTS,100 used from dual
    union
    select 1 as ppid,'OFL' as catgcode, 223 as earned_points,0 BORROWED_POINTS,176 CERT_POINTS,76 DISCARD_POINTS,100 used from dual
    union
    select 2 as ppid,'ONL' as catgcode, 39 as earned_points,61 BORROWED_POINTS,100 CERT_POINTS,0 DISCARD_POINTS,100 used from dual
    union
    select 2 as ppid,'OFL' as catgcode, 90 as earned_points,0 BORROWED_POINTS,29 CERT_POINTS,29 DISCARD_POINTS,100 used from dual
    union
    select 3 as ppid,'ONL' as catgcode, 109 as earned_points,0 BORROWED_POINTS,109 CERT_POINTS,9 DISCARD_POINTS,100 used from dual
    union
    select 3 as ppid,'OFL' as catgcode, 223 as earned_points,0 BORROWED_POINTS,223 CERT_POINTS,23 DISCARD_POINTS,200 used from dual
    union
    select 4 as ppid,'ONL' as catgcode, 109 as earned_points,0 BORROWED_POINTS,109 CERT_POINTS,9 DISCARD_POINTS,100 used from dual
    union
    select 4 as ppid,'OFL' as catgcode, 169 as earned_points,0 BORROWED_POINTS,169 CERT_POINTS,69 DISCARD_POINTS,100 used from dual
    tbl_link as
    select 1 as ppid,1 as pid, 'B' as code,'ONL' as catgcode, 53 as earned_points from dual
    union
    select 1 as ppid,12 as pid, 'W' as code,'OFL' as catgcode, 26 as earned_points from dual
    union
    select 1 as ppid,13 as pid, 'G' as code,'OFL' as catgcode, 87 as earned_points from dual
    union
    select 1 as ppid,14 as pid, 'P' as code,'OFL' as catgcode, 110 as earned_points from dual
    union
    select 2 as ppid,2 as pid, 'B' as code,'ONL' as catgcode, 39 as earned_points from dual
    union
    select 2 as ppid,22 as pid, 'W' ,'OFL' as catgcode, 30 as earned_points from dual
    union
    select 2 as ppid,23 as pid, 'G' ,'OFL' as catgcode, 29 as earned_points from dual
    union
    select 2 as ppid,24 as pid, 'P' ,'OFL' as catgcode, 31 as earned_points from dual
    union
    select 3 as ppid,3 as pid, 'B' as code,'ONL' as tier_catgcode, 109 as earned_points from dual
    union
    select 3 as ppid,32 as pid, 'W' ,'OFL' , 26 as earned_points from dual
    union
    select 3 as ppid,33 as pid, 'G' ,'OFL', 87 as earned_points from dual
    union
    select 3 as ppid,34 as pid, 'P' ,'OFL' , 110 as earned_points from dual
    union
    select 4 as ppid,4 as pid, 'B' as code,'ONL' as catgcode, 109 as earned_points from dual
    union
    select 4 as ppid,42 as pid, 'W' as code,'OFL' , 26 as earned_points from dual
    union
    select 4 as ppid,43 as pid, 'G' as code,'OFL' , 87 as earned_points from dual
    union
    select 4 as ppid,44 as pid, 'P' as code,'OFL' , 56 as earned_points from dual
    final (PARENT_PROFILE_ID,PROFILE_ID,catgcode,EARNED_POINTS,BORROWED_POINTS,CERT_POINTS,DISCARD_POINTS,USED)
    as (
    select A.PPID PARENT_PROFILE_ID,B.PID PROFILE_ID,A.catgcode,B.EARNED_POINTS,BORROWED_POINTS,CERT_POINTS,DISCARD_POINTS,USED
    from tbl_SUMMARY a,tbl_link b where a.ppid=b.ppid AND A.catgcode=B.catgcode
    ORDER BY PROFILE_ID
    select * from final order by 1;
    PARENT_PROFILE_ID  PROFILE_ID  CATGCODE  EARNED_POINTS  BORROWED_POINTS  CERT_POINTS  DISCARD_POINTS  USED
    1                  1           ONL       53             47               100          0               100
    1                  14          OFL       110            0                176          76              100
    1                  13          OFL       87             0                176          76              100
    1                  12          OFL       26             0                176          76              100
    2                  2           ONL       39             61               100          0               100
    2                  24          OFL       31             0                29           29              100
    2                  23          OFL       29             0                29           29              100
    2                  22          OFL       30             0                29           29              100
    3                  32          OFL       26             0                223          23              200
    3                  33          OFL       87             0                223          23              200
    3                  34          OFL       110            0                223          23              200
    3                  3           ONL       109            0                109          9               100
    4                  42          OFL       26             0                169          69              100
    4                  43          OFL       87             0                169          69              100
    4                  44          OFL       56             0                169          69              100
    4                  4           ONL       109            0                109          9               100
    Need Output as below :
    For parent profile 1, whatever i mentioned above is not correct. Borrowed 47 points from OFL to ONL to make ONL and also from OFL category has 176 points remaining after lending to ONL and using only 100 points, remaining 76 points are discarded. Need to deduct these 76 points also from child profiles. Output will be as below.
    PARENT_PROFILE_ID  PROFILE_ID  CATGCODE  EARNED_POINTS  BORROWED_POINTS  CERT_POINTS  DISCARD_POINTS  USED  BURN_PTS  EXPIRE_PTS
    1                  1           ONL       53             47               100          0               100   -53       0
    1                  12          OFL       26             0                176          76              100   -26       0
    1                  13          OFL       87             0                176          76              100   -74       -13
    1                  14          OFL       110            0                176          76              100   -47       -63
    For parent profile id 2 --> ONL category has 39 points, so borrowed 61 points from OFL category to make ONL points 100.
                                Now need to populate tbl_link table at child profile level (i.e. child profiles 22,23,24).
    Borrowed 61 points from OFL and need to deduct this points from the profile which has highest earned points, in this case deduct from profile 24 which has 31 points, from profile 22 which has 30 points. Need output like below
    PARENT_PROFILE_ID  PROFILE_ID  CATGCODE  EARNED_POINTS  BORROWED_POINTS  CERT_POINTS  DISCARD_POINTS  USED  BURN_PTS  EXPIRE_PTS
    2                  2           ONL       39             61               100          0               100   -39       0
    2                  22          OFL       30             0                29           29              100   -30       0
    2                  23          OFL       29             0                29           29              100   0         -29
    2                  24          OFL       31             0                29           29              100   -31       0
    For parent profile id 3 --> ONL category has 109 points, so no need to borrow points from OFL category
                                Now need to populate tbl_link table at child profile level (i.e. child profiles 32,33,34).
    in this case ONL has 100 points, so move the remaining 9 points will be expired. OFL category has 223 points total. need only 200 points (i.e. mutiple of 100) for our process, 23 points will be expired and has to deduct from the profile which has highest earned points, in this case from profile 34. Output :
    PARENT_PROFILE_ID  PROFILE_ID  CATGCODE  EARNED_POINTS  BORROWED_POINTS  CERT_POINTS  DISCARD_POINTS  USED  BURN_PTS  EXPIRE_PTS
    3                  3           ONL       109            0                109          9               100   -100      -9
    3                  32          OFL       26             0                223          23              200   -26       0
    3                  33          OFL       87             0                223          23              200   -87       0
    3                  34          OFL       110            0                223          23              200   -87       -23
    For parent profile id 4 --> ONL category has 109 points, so no need to borrow points from OFL category
                                Now need to populate tbl_link table at child profile level (i.e. child profiles 42,43,44).
    in this case ONL has 100 points, so move the remaining 9 points will be expired. OFL category has 169 points total. need only 100 points (i.e. mutiple of 100) for our process, 69 points will be expired and has to deduct from the profile which has highest earned points, in this case from profile 43. Output :
    PARENT_PROFILE_ID  PROFILE_ID  CATGCODE  EARNED_POINTS  BORROWED_POINTS  CERT_POINTS  DISCARD_POINTS  USED  BURN_PTS  EXPIRE_PTS
    4                  4           ONL       109            0                109          9               100   100       9
    4                  42          OFL       26             0                169          69              100   -26       0
    4                  43          OFL       87             0                169          69              100   -18       -69
    4                  44          OFL       56             0                169          69              100   -56       0
    Can someone help with the query. I googled about looping in sql and came to know that Oracle has a feature MODEL to loop in SQL, but i don't have idea on using MODEL clause.
    Appreciate your help!
    Thanks
    Sri

    Hi Gurus,
    Can someone please help me out.
    I've a below tables.
    1) tbl_link --> this table contains information at profile level
    2) tbl_summary --> this table contains summary at parent profile level derived from tbl_link table
    One parent profile contains multiple child profiles and each child profile links to a code (which is B, W, G or P) and the code is linked to a category (i.e. ONL and OFL). In this case code B is linked to category 'ONL' and codes W,G,P linked to OFL category.
    ONL category needs 100 points. If it don't have enough points then i need to borrow from OFL category which i'm doing and populating into tbl_summary table at parent profile level.
    Now i need to insert data into tbl_link table at profile level with howmany points used, expired based on tbl_summary table. Rule is at the end of month if we add points for each profile in tbl_link table it should come as 0.
    with
    tbl_SUMMARY as
    select 1 as ppid,'ONL' as catgcode, 53 as earned_points,47 BORROWED_POINTS,100 CERT_POINTS,0 DISCARD_POINTS,100 used from dual
    union
    select 1 as ppid,'OFL' as catgcode, 223 as earned_points,0 BORROWED_POINTS,176 CERT_POINTS,76 DISCARD_POINTS,100 used from dual
    union
    select 2 as ppid,'ONL' as catgcode, 39 as earned_points,61 BORROWED_POINTS,100 CERT_POINTS,0 DISCARD_POINTS,100 used from dual
    union
    select 2 as ppid,'OFL' as catgcode, 90 as earned_points,0 BORROWED_POINTS,29 CERT_POINTS,29 DISCARD_POINTS,100 used from dual
    union
    select 3 as ppid,'ONL' as catgcode, 109 as earned_points,0 BORROWED_POINTS,109 CERT_POINTS,9 DISCARD_POINTS,100 used from dual
    union
    select 3 as ppid,'OFL' as catgcode, 223 as earned_points,0 BORROWED_POINTS,223 CERT_POINTS,23 DISCARD_POINTS,200 used from dual
    union
    select 4 as ppid,'ONL' as catgcode, 109 as earned_points,0 BORROWED_POINTS,109 CERT_POINTS,9 DISCARD_POINTS,100 used from dual
    union
    select 4 as ppid,'OFL' as catgcode, 169 as earned_points,0 BORROWED_POINTS,169 CERT_POINTS,69 DISCARD_POINTS,100 used from dual
    tbl_link as
    select 1 as ppid,1 as pid, 'B' as code,'ONL' as catgcode, 53 as earned_points from dual
    union
    select 1 as ppid,12 as pid, 'W' as code,'OFL' as catgcode, 26 as earned_points from dual
    union
    select 1 as ppid,13 as pid, 'G' as code,'OFL' as catgcode, 87 as earned_points from dual
    union
    select 1 as ppid,14 as pid, 'P' as code,'OFL' as catgcode, 110 as earned_points from dual
    union
    select 2 as ppid,2 as pid, 'B' as code,'ONL' as catgcode, 39 as earned_points from dual
    union
    select 2 as ppid,22 as pid, 'W' ,'OFL' as catgcode, 30 as earned_points from dual
    union
    select 2 as ppid,23 as pid, 'G' ,'OFL' as catgcode, 29 as earned_points from dual
    union
    select 2 as ppid,24 as pid, 'P' ,'OFL' as catgcode, 31 as earned_points from dual
    union
    select 3 as ppid,3 as pid, 'B' as code,'ONL' as tier_catgcode, 109 as earned_points from dual
    union
    select 3 as ppid,32 as pid, 'W' ,'OFL' , 26 as earned_points from dual
    union
    select 3 as ppid,33 as pid, 'G' ,'OFL', 87 as earned_points from dual
    union
    select 3 as ppid,34 as pid, 'P' ,'OFL' , 110 as earned_points from dual
    union
    select 4 as ppid,4 as pid, 'B' as code,'ONL' as catgcode, 109 as earned_points from dual
    union
    select 4 as ppid,42 as pid, 'W' as code,'OFL' , 26 as earned_points from dual
    union
    select 4 as ppid,43 as pid, 'G' as code,'OFL' , 87 as earned_points from dual
    union
    select 4 as ppid,44 as pid, 'P' as code,'OFL' , 56 as earned_points from dual
    final (PARENT_PROFILE_ID,PROFILE_ID,catgcode,EARNED_POINTS,BORROWED_POINTS,CERT_POINTS,DISCARD_POINTS,USED)
    as (
    select A.PPID PARENT_PROFILE_ID,B.PID PROFILE_ID,A.catgcode,B.EARNED_POINTS,BORROWED_POINTS,CERT_POINTS,DISCARD_POINTS,USED
    from tbl_SUMMARY a,tbl_link b where a.ppid=b.ppid AND A.catgcode=B.catgcode
    ORDER BY PROFILE_ID
    select * from final order by 1;
    PARENT_PROFILE_ID  PROFILE_ID  CATGCODE  EARNED_POINTS  BORROWED_POINTS  CERT_POINTS  DISCARD_POINTS  USED
    1                  1           ONL       53             47               100          0               100
    1                  14          OFL       110            0                176          76              100
    1                  13          OFL       87             0                176          76              100
    1                  12          OFL       26             0                176          76              100
    2                  2           ONL       39             61               100          0               100
    2                  24          OFL       31             0                29           29              100
    2                  23          OFL       29             0                29           29              100
    2                  22          OFL       30             0                29           29              100
    3                  32          OFL       26             0                223          23              200
    3                  33          OFL       87             0                223          23              200
    3                  34          OFL       110            0                223          23              200
    3                  3           ONL       109            0                109          9               100
    4                  42          OFL       26             0                169          69              100
    4                  43          OFL       87             0                169          69              100
    4                  44          OFL       56             0                169          69              100
    4                  4           ONL       109            0                109          9               100
    Need Output as below :
    For parent profile 1, whatever i mentioned above is not correct. Borrowed 47 points from OFL to ONL to make ONL and also from OFL category has 176 points remaining after lending to ONL and using only 100 points, remaining 76 points are discarded. Need to deduct these 76 points also from child profiles. Output will be as below.
    PARENT_PROFILE_ID  PROFILE_ID  CATGCODE  EARNED_POINTS  BORROWED_POINTS  CERT_POINTS  DISCARD_POINTS  USED  BURN_PTS  EXPIRE_PTS
    1                  1           ONL       53             47               100          0               100   -53       0
    1                  12          OFL       26             0                176          76              100   -26       0
    1                  13          OFL       87             0                176          76              100   -74       -13
    1                  14          OFL       110            0                176          76              100   -47       -63
    For parent profile id 2 --> ONL category has 39 points, so borrowed 61 points from OFL category to make ONL points 100.
                                Now need to populate tbl_link table at child profile level (i.e. child profiles 22,23,24).
    Borrowed 61 points from OFL and need to deduct this points from the profile which has highest earned points, in this case deduct from profile 24 which has 31 points, from profile 22 which has 30 points. Need output like below
    PARENT_PROFILE_ID  PROFILE_ID  CATGCODE  EARNED_POINTS  BORROWED_POINTS  CERT_POINTS  DISCARD_POINTS  USED  BURN_PTS  EXPIRE_PTS
    2                  2           ONL       39             61               100          0               100   -39       0
    2                  22          OFL       30             0                29           29              100   -30       0
    2                  23          OFL       29             0                29           29              100   0         -29
    2                  24          OFL       31             0                29           29              100   -31       0
    For parent profile id 3 --> ONL category has 109 points, so no need to borrow points from OFL category
                                Now need to populate tbl_link table at child profile level (i.e. child profiles 32,33,34).
    in this case ONL has 100 points, so move the remaining 9 points will be expired. OFL category has 223 points total. need only 200 points (i.e. mutiple of 100) for our process, 23 points will be expired and has to deduct from the profile which has highest earned points, in this case from profile 34. Output :
    PARENT_PROFILE_ID  PROFILE_ID  CATGCODE  EARNED_POINTS  BORROWED_POINTS  CERT_POINTS  DISCARD_POINTS  USED  BURN_PTS  EXPIRE_PTS
    3                  3           ONL       109            0                109          9               100   -100      -9
    3                  32          OFL       26             0                223          23              200   -26       0
    3                  33          OFL       87             0                223          23              200   -87       0
    3                  34          OFL       110            0                223          23              200   -87       -23
    For parent profile id 4 --> ONL category has 109 points, so no need to borrow points from OFL category
                                Now need to populate tbl_link table at child profile level (i.e. child profiles 42,43,44).
    in this case ONL has 100 points, so move the remaining 9 points will be expired. OFL category has 169 points total. need only 100 points (i.e. mutiple of 100) for our process, 69 points will be expired and has to deduct from the profile which has highest earned points, in this case from profile 43. Output :
    PARENT_PROFILE_ID  PROFILE_ID  CATGCODE  EARNED_POINTS  BORROWED_POINTS  CERT_POINTS  DISCARD_POINTS  USED  BURN_PTS  EXPIRE_PTS
    4                  4           ONL       109            0                109          9               100   100       9
    4                  42          OFL       26             0                169          69              100   -26       0
    4                  43          OFL       87             0                169          69              100   -18       -69
    4                  44          OFL       56             0                169          69              100   -56       0
    Can someone help with the query. I googled about looping in sql and came to know that Oracle has a feature MODEL to loop in SQL, but i don't have idea on using MODEL clause.
    Appreciate your help!
    Thanks
    Sri

  • Cell assignments in Model clause

    Hi,
    I have a table TEST_DATA with YEAR,FIELD,VALUE as columns.
    The VALUE1 , VALUE2, VALUE 3 columns are determined based on the field values. If the data is as follows
    YEAR FIELD VALUE
    2010 1 11111
    2010 2 22222
    2010 3 33333
    Can I get the output as follows using model clause.
    YEAR VALUE1 VALUE2 VALUE3
    2010 11111 222222 333333
    2009 23243 533635 343434
    2008 34343 364653 343434
    2007 34345 789879 343434
    I don't want to use pivot as I have to perform some computations on the above value columns. So I tried the following query using model clause
    and value1,value2,value3 are coming in 3 different rows.
    How do I write cell assignments to get the value 1,value 2,value 3 in the same row?
    SELECT YEAR, VALUE 1,VALUE 2, VALUE 3
    FROM TEST_FIN_DATA
    MODEL
    RETURN UPDATED ROWS
    MAIN simple
    PARTITION BY (YEAR)
    DIMENSION BY (FIELD)
    MEASURES (VALUE VALUE1, VALUE VALUE2, VALUE VALUE3 )
    RULES
    (value1['1'] = value1['1'] ,
    value[('2'] = value['2'],
    value['3'] = value['3']);

    with data as (
      select 2010 y, 1 f, 11111 v from dual union all
      select 2010, 2, 222222 from dual union all
      select 2010, 3, 333333 from dual union all
      select 2009, 1, 111111 from dual union all
      select 2009, 2, 222222 from dual union all
      select 2009, 3, 333333 from dual
    select y, v1, v2, v3 from
    data
    model
    return updated rows
    partition by (y)
    dimension by (f)
    measures (v, 0 v1, 0 v2, 0 v3)
    rules(
    v1[0]=v[1]
    ,v2[0]=v[2]
    ,v3[0]=v[3]
    order by y desc
    Y;V1;V2;V3
    2010;11111;222222;333333
    2009;111111;222222;333333compare to the query without return updated rows.
    Trick is v?[0] creates a new (PIVOT-)row for every partition.
    regards
    Edited by: chris227 on 27.06.2012 06:15

  • Bin fitting with a counter using both analytics and model clause.

    11.2.0.3
    This falls under 'just want to figure out how to do it'. Its not critical for work. I want to try to see if its possible to do this with both analytic function and with a model clause. Just to see if its possible. It has been stumping me.
    I got the idea to look at this from this article about bin fitting. I have been playing with the model clause and I think you would do something with the 'increment' clause, but I dont see a way to reset it to 1 at a certain point.
    http://www.oracle.com/technetwork/issue-archive/2012/12-mar/o22asktom-1518271.html
    The case I want to look at is, bin fitting based on a counter and a partition by. In theory this should be simpler than the example in the link.
    [code]
    create table myrooms (
    room_number number,
    person_id        number);
    create unique index myrooms_ind on myrooms(room_number,person_id);
    [/code]
    Person_id is not unique. So row_number is more appropriate than rank or dense_rank.
    Problem: Partition by room_number, assign up to 50 people to a specific group with in the same room. This seems like it could be handled with a row_number() and a window clause, but that is not supported.
    I need to basically translate the old procedural counter into sql:
    pseudo-code that does not compile that would have a reason to use this logic.
    [code]
    declare
      cursor curGetRoom
         select room_number,person_id
            from my rooms
          order by room_number;
    counter number := 1;
    vCurrentRoom myroom.room_number%type;
    begin
        for i in curGetRoom loop
            if vCurrentRoom is null then
               vCurrentRoom := i.room_number;
            elsif vCurrentRoom = i.room_number then
                  if counter < 51 then counter :=counter+1;
                  else counter := 1;
            else
                 vCurrentRoom := i.room_number;
                counter :=1;
            end if;
    end;
    [/code]
    simple partition query., but I dont see a way to limit this to 50 and then start over. Window functions are not supported with row_number()
    [code]
    select room_number,person_id,row_number() over (partition by room_number order by person_id) rn
    from myrooms
    [/code]

    11.2.0.3
    This falls under 'just want to figure out how to do it'. Its not critical for work. I want to try to see if its possible to do this with both analytic function and with a model clause. Just to see if its possible. It has been stumping me.
    I got the idea to look at this from this article about bin fitting. I have been playing with the model clause and I think you would do something with the 'increment' clause, but I dont see a way to reset it to 1 at a certain point.
    http://www.oracle.com/technetwork/issue-archive/2012/12-mar/o22asktom-1518271.html
    The case I want to look at is, bin fitting based on a counter and a partition by. In theory this should be simpler than the example in the link.
    [code]
    create table myrooms (
    room_number number,
    person_id        number);
    create unique index myrooms_ind on myrooms(room_number,person_id);
    [/code]
    Person_id is not unique. So row_number is more appropriate than rank or dense_rank.
    Problem: Partition by room_number, assign up to 50 people to a specific group with in the same room. This seems like it could be handled with a row_number() and a window clause, but that is not supported.
    I need to basically translate the old procedural counter into sql:
    pseudo-code that does not compile that would have a reason to use this logic.
    [code]
    declare
      cursor curGetRoom
         select room_number,person_id
            from my rooms
          order by room_number;
    counter number := 1;
    vCurrentRoom myroom.room_number%type;
    begin
        for i in curGetRoom loop
            if vCurrentRoom is null then
               vCurrentRoom := i.room_number;
            elsif vCurrentRoom = i.room_number then
                  if counter < 51 then counter :=counter+1;
                  else counter := 1;
            else
                 vCurrentRoom := i.room_number;
                counter :=1;
            end if;
    end;
    [/code]
    simple partition query., but I dont see a way to limit this to 50 and then start over. Window functions are not supported with row_number()
    [code]
    select room_number,person_id,row_number() over (partition by room_number order by person_id) rn
    from myrooms
    [/code]

  • Using the Case clause with Model clause

    Hello PL SQL gurus
    I've used some scripts I've found on these forums to create a mortgage amortization statement. What I am trying to accomplish is getting the script to run a calculation or use a value within a table based upon the value in that table.
    Here are the two tables:
    CREATE TABLE mortgage_facts (customer VARCHAR2(20), fact VARCHAR2(20),
    amount NUMBER(10,3));
    INSERT INTO mortgage_facts VALUES ('Smith', 'Loan', 131828.81);
    INSERT INTO mortgage_facts VALUES ('Smith', 'Annual_Interest', 3.348);
    INSERT INTO mortgage_facts VALUES ('Smith', 'Payments', 72);
    INSERT INTO mortgage_facts VALUES ('Smith', 'PaymentAmt', 0);
    CREATE TABLE mortgage (customer VARCHAR2(20), pmt_num NUMBER(4), principalp NUMBER(10,3), interestp NUMBER(10,3), mort_balance NUMBER(10,3));
    INSERT INTO mortgage VALUES ('Smith',0, 0, 0, 131828.81);
    If the value within the table mortgage_facts is zero, I want the script to run a calculation to be used in a MODEL clause. If it is not zero, I would like to use that value instead of the calculation. Below is the script that I am getting an error on (I have bolded the portion in question):
    SELECT c, p, to_char(round(m,2),'fm$9999999.00') principal_balance,
    to_char(round(pp,2),'fm$9999999.00') towards_principal,
    to_char(round(ip,2),'fm$9999999.00') towards_interest,
    to_char(round(mp,2),'fm$9999999.00') monthly_payment
    FROM MORTGAGE
    MODEL --See 1
    IGNORE NAV
    REFERENCE R ON
    *(SELECT customer, fact, amt --See 2*
    FROM mortgage_facts
    *MODEL DIMENSION BY (customer, fact) MEASURES (amount amt)          --See 3*
    RULES SEQUENTIAL ORDER
    CASE WHEN mortgage_facts.fact = 'PaymentAmt' AND mortage_facts.amt = 0 THEN
    *amt[ANY, 'PaymentAmt'] = mortgage_facts.amt*
    ELSE
    *amt[any, 'PaymentAmt']= (amt[CV(),'Loan']**
    *Power(1+ (amt[CV(),'Annual_Interest']/100/12),*
    *amt[CV(),'Payments']) **
    *(amt[CV(),'Annual_Interest']/100/12)) /*
    *(Power(1+(amt[CV(),'Annual_Interest']/100/12),*
    *amt[CV(),'Payments']) - 1)*
    END
    DIMENSION BY (customer cust, fact) measures (amt)
    MAIN amortization
    PARTITION BY (customer c)
    DIMENSION BY (0 p)
    MEASURES (principalp pp, interestp ip, mort_balance m, customer mc, 0 mp )
    RULES SEQUENTIAL ORDER
    ITERATE(1000) UNTIL (ITERATION_NUMBER+1 =
    r.amt[mc[0],'Payments'])
    (ip[ITERATION_NUMBER+1] = m[CV()-1] *
    r.amt[mc[0], 'Annual_Interest']/1200,
    mp[ITERATION_NUMBER+1] = r.amt[mc[0], 'PaymentAmt'],
    pp[ITERATION_NUMBER+1] = r.amt[mc[0], 'PaymentAmt'] - ip[CV()],
    m[ITERATION_NUMBER+1] = m[CV()-1] - pp[CV()]
    ORDER BY c, p
    Any help is much appreciated. Thank you!!

    Ok, here we go, one way with iterative model:
    select *
    from mortgage_facts
    model
    partition by (Customer)
    dimension by (1 p)
    measures(loan, payments, INTEREST, PAYMENTAMT, INTERESTPMT, PRINCIPALPMT, balance)
    rules iterate(1e9) until (iteration_number+2 >= payments[1])
    (loan[iteration_number+2]=loan[1]
    ,payments[iteration_number+2]=cv(p)-1
    ,interest[iteration_number+2]=interest[1]
    ,paymentamt[iteration_number+2]=ROUND(
      (LOAN[1] * (INTEREST[1]/12/100)*Power((1+INTEREST[1]/12/100), PAYMENTS[1])/(Power((1+INTEREST[1]/12/100),PAYMENTS[1])-1)), 2)
    ,INTERESTPMT[iteration_number+2]=round(balance[cv(p)-1]*interest[1]/1200, 2)
    ,PRINCIPALPMT[iteration_number+2]=paymentamt[cv()]-INTERESTPMT[cv()]
    ,balance[iteration_number+2]=balance[cv()-1]-PRINCIPALPMT[cv()]
    CUSTOMER     P     LOAN     PAYMENTS     INTEREST     PAYMENTAMT     INTERESTPMT     PRINCIPALPMT     BALANCE
    Smith     1     131828.81     72     3.348     0     0     0     131828.81
    Smith     2     131828.81     1     3.348     2023.55     367.8     1655.75     130173.06
    Smith     3     131828.81     2     3.348     2023.55     363.18     1660.37     128512.69
    Smith     4     131828.81     3     3.348     2023.55     358.55     1665     126847.69
    Smith     5     131828.81     4     3.348     2023.55     353.91     1669.64     125178.05
    Smith     6     131828.81     5     3.348     2023.55     349.25     1674.3     123503.75
    Smith     7     131828.81     6     3.348     2023.55     344.58     1678.97     121824.78
    Smith     8     131828.81     7     3.348     2023.55     339.89     1683.66     120141.12
    Smith     9     131828.81     8     3.348     2023.55     335.19     1688.36     118452.76
    Smith     10     131828.81     9     3.348     2023.55     330.48     1693.07     116759.69
    Smith     11     131828.81     10     3.348     2023.55     325.76     1697.79     115061.9
    Smith     12     131828.81     11     3.348     2023.55     321.02     1702.53     113359.37
    Smith     13     131828.81     12     3.348     2023.55     316.27     1707.28     111652.09
    Smith     14     131828.81     13     3.348     2023.55     311.51     1712.04     109940.05
    ....

  • MODEL clause using CONNECY BY PRIOR

    Hello.
    I have the following table, CONTEXT_MAPPING:
    Name Null? Type
    ID NOT NULL NUMBER(38)
    CONTEXT_ITEM NOT NULL VARCHAR2(30)
    ID_1 NUMBER(38)
    ID_2 NUMBER(38)
    ID_3 NUMBER(38)
    ID_4 NUMBER(38)
    ID_5 NUMBER(38)
    It's a self referencing table, i.e. ID_1 will refer to an ID from another row in CONTEXT_MAPPING, and the same for ID_2/3/4/5.
    Easily illustrated through the following hierarchical data:
    ID CONTEXT_ITEM ID1 ID2 ID3 ID4 ID5
    1 P_DMA_NDA_ID
    2 P_DS_NDA_ID 1
    3 P_AST_NDA_ID 2 1
    4 P_AGI_ID 3
    5 P_ASG_NDA_ID 3
    6 P_NTS_FACTS 5 5
    7 P_IDE_VALUE 2 1
    8 P_EIT_VALUE 2 1
    9 P_TRI_TABLE 4 6 7 8
    10 P_TRI 9
    11 P_PRICE1 6 10 6
    12 P_PRICE2 6 10 6
    What I want to do, is for any context item, to identify ALL of its dependencies throughout the tree.
    For example:
    P_PRICE2 has a link to P_NTS_FACTS (ID1 & ID3 = 6) and P_TRI (ID2 = 10)
    P_NTS_FACTS has a link to P_ASG_NDA_ID (ID1 & ID2 = 5), which in turn links to P_AST_NDA_ID (ID1 = 3)...
    P_TRI has a link to P_TRI_TABLE (ID1 = 9), which in turn links to multiple context items (ID1 = 4, ID2 = 6 etc.) ....
    ....and so on, until we get to the "root" record, P_DMA_NDA_ID.
    So, to see the complete dependency tree for P_PRICE2, I would expect to see a hierarchical result-set like this:
    ID CONTEXT_ITEM ID1 ID2 ID3 ID4 ID5
    12 P_PRICE2 6 10 6
    10 P_TRI 9
    9 P_TRI_TABLE 4 6 7 8
    4 P_AGI_ID 3
    6 P_NTS_FACTS 5 5
    5 P_ASG_NDA_ID 3
    3 P_AST_NDA_ID 2 1
    7 P_IDE_VALUE 2 1
    8 P_EIT_VALUE 2 1
    2 P_DS_NDA_ID 1
    1 P_DMA_NDA_ID
    Ideally I want to do this in a single SQL statement - I've tried using CONNECT BY PRIOR in conjunction with LEVEL to do this, but it only performs a hierarchical join for a single child-parent relationship, and I need this to work for up to five children.
    Was starting to wonder if I could use the MODEL clause in conjunction with CONNECT BY PRIOR to achieve this - does anyone have any idea whether this type of recursion is possible?
    Thanks,
    Ray

    it only performs a hierarchical join for a single child-parent relationshipBeg to differ.
    Oracle Database 10g Release 10.2.0.2.0 - Production
    SQL> CREATE TABLE context_mapping (
      2     id NUMBER(38),
      3     context_item VARCHAR2(30),
      4     id_1 NUMBER(38),
      5     id_2 NUMBER(38),
      6     id_3 NUMBER(38),
      7     id_4 NUMBER(38),
      8     id_5 NUMBER(38));
    Table created.
    SQL> INSERT INTO context_mapping VALUES (1, 'P_DMA_NDA_ID', NULL, NULL, NULL, NULL, NULL);
    1 row created.
    SQL> INSERT INTO context_mapping VALUES (2, 'P_DS_NDA_ID', 1, NULL, NULL, NULL, NULL);
    1 row created.
    SQL> INSERT INTO context_mapping VALUES (3, 'P_AST_NDA_ID', 2, 1, NULL, NULL, NULL);
    1 row created.
    SQL> INSERT INTO context_mapping VALUES (4, 'P_AGI_ID', 3, NULL, NULL, NULL, NULL);
    1 row created.
    SQL> INSERT INTO context_mapping VALUES (5, 'P_ASG_NDA_ID', 3, NULL, NULL, NULL, NULL);
    1 row created.
    SQL> INSERT INTO context_mapping VALUES (6, 'P_NTS_FACTS', 5, 5, NULL, NULL, NULL);
    1 row created.
    SQL> INSERT INTO context_mapping VALUES (7, 'P_IDE_VALUE', 2, 1, NULL, NULL, NULL);
    1 row created.
    SQL> INSERT INTO context_mapping VALUES (8, 'P_EIT_VALUE', 2, 1, NULL, NULL, NULL);
    1 row created.
    SQL> INSERT INTO context_mapping VALUES (9, 'P_TRI_TABLE', 4, 6, 7, 8, NULL);
    1 row created.
    SQL> INSERT INTO context_mapping VALUES (10, 'P_TRI', 9, NULL, NULL, NULL, NULL);
    1 row created.
    SQL> INSERT INTO context_mapping VALUES (11, 'P_PRICE1', 6, 10, 6, NULL, NULL);
    1 row created.
    SQL> INSERT INTO context_mapping VALUES (12, 'P_PRICE2', 6, 10, 6, NULL, NULL);
    1 row created.
    SQL> SELECT DISTINCT id, context_item, id_1, id_2, id_3, id_4, id_5
      2  FROM   context_mapping
      3  START WITH id = 12
      4  CONNECT BY id IN (PRIOR id_1, PRIOR id_2, PRIOR id_3, PRIOR id_4, PRIOR id_5)
      5  ORDER BY id DESC;
            ID CONTEXT_ITEM                         ID_1       ID_2       ID_3       ID_4       ID_5
            12 P_PRICE2                                6         10          6
            10 P_TRI                                   9
             9 P_TRI_TABLE                             4          6          7          8
             8 P_EIT_VALUE                             2          1
             7 P_IDE_VALUE                             2          1
             6 P_NTS_FACTS                             5          5
             5 P_ASG_NDA_ID                            3
             4 P_AGI_ID                                3
             3 P_AST_NDA_ID                            2          1
             2 P_DS_NDA_ID                             1
             1 P_DMA_NDA_ID
    11 rows selected.
    SQL>

  • Using SQL Model Clause

    Version
    SQL> select *
      2  from v$version;
    BANNER
    Oracle Database 10g Enterprise Edition Release 10.2.0.4.0 - 64bi
    PL/SQL Release 10.2.0.4.0 - Production
    CORE     10.2.0.4.0     Production
    TNS for IBM/AIX RISC System/6000: Version 10.2.0.4.0 - Productio
    NLSRTL Version 10.2.0.4.0 - ProductionMy query
    with tmp AS (
      select 1 as num, 'karthik' as txt from dual UNION select 2 as num, 'john' as txt from dual UNION select 3 as num, '' as txt  from dual UNION select 4 as num, '' as txt  from dual UNION
      select 14 as num, 'tom' as txt from dual UNION select 15 as num, '' as txt from dual UNION select 26 as num, 'sam' as txt from dual UNION
      select 27 as num, '' as txt from dual UNION select 28 as num, '' as txt from dual
    select *
    from
    select num,txt,rw,'G'||dense_rank() over(order by (num-rw)) grp_id
    from
    select
    num, txt,row_number() over(order by num) rw
    from tmp
    model partition by(grp_id)
          dimension by(num)
          measures(txt,cast(null as varchar2(4000)) as last_row_col)
          rules (last_row_col[(num)] = max(txt)[num < cv()])
    GRP_ID                                           NUM TXT     LAST_ROW_COL
    G1                                                 1 karthik
    G1                                                 2 john    karthik
    G1                                                 3         karthik
    G1                                                 4         karthik
    G3                                                26 sam    
    G3                                                27         sam
    G3                                                28         sam
    G2                                                14 tom    
    G2                                                15         tomDesired Output :
    GRP_ID     NUM     TXT     LAST_ROW_COL
    G1     1     karthik     karthik
    G1     2     john     
    G1     3          
    G1     4          john
    G3     26     sam     
    G3     27          
    G3     28          sam
    G2     14     tom     
    G2     15          tomi.e.within a group (GRP_ID) the column LAST_ROW_COL must hold the most recent(order by num desc) not null value to be displayed at the last row in that particular group.
    So,it should be 'john' for the rest of null values in group G1(karthik will remain as it is for num = 1) which should be displayed at the ending row of that particular group.
    Thanks in advance.
    Edited by: RGH on Jan 2, 2012 4:18 AM

    RGH wrote:
    My queryAnd why do you want to use MODEL for that? All you need is analytic functions:
    with tmp AS (
                 select 1 as num, 'karthik' as txt from dual UNION ALL
                 select 2 as num, 'john' as txt from dual UNION ALL
                 select 3 as num, '' as txt  from dual UNION ALL
                 select 4 as num, '' as txt  from dual UNION ALL
                 select 14 as num, 'tom' as txt from dual UNION ALL
                 select 15 as num, '' as txt from dual UNION ALL
                 select 26 as num, 'sam' as txt from dual UNION ALL
                 select 27 as num, '' as txt from dual UNION ALL
                 select 28 as num, '' as txt from dual
    select  'G' || dense_rank() over(order by num - rw) grp_id,
            num,
            txt,
            last_row_col
      from  (
             select  num,
                     txt,
                     case
                       when lead(txt) over(order by num) is not null then last_value(txt ignore nulls) over(order by num)
                       when num = max(num) over() then last_value(txt ignore nulls) over(order by num)
                     end last_row_col,
                     row_number() over(order by num) rw
               from  tmp
    GRP_ID                                           NUM TXT     LAST_RO
    G1                                                 1 karthik karthik
    G1                                                 2 john
    G1                                                 3
    G1                                                 4         john
    G2                                                14 tom
    G2                                                15         tom
    G3                                                26 sam
    G3                                                27
    G3                                                28         sam
    9 rows selected.
    SQL> SY.

  • Help with SQL MODEL Clause

    I have the privilege of performing a very tedious task.
    We have some home grown regular expressions in our company. I now need to expand these regular expressions.
    Samples:
    a = 0-3
    b = Null, 0, 1
    Expression: Meaning
    1:5: 1,2,3,4,5
    1a: 10, 11, 12, 13
    1b: 1, 10, 11
    1[2,3]ab: 120, 1200, 1201, ....
    It get's even more inetersting because there is a possibility of 1[2,3]a.ab
    I have created two base queries to aid me in my quest. I am using the SQL MODEL clause to solve this problem. I pretty confident that I should be able to convert evrything into a range and the use one of the MODEL clause listed below.
    My only confusion is how do I INCREMENT dynamically. The INCREMENT seems to be a constant in both a FOR and ITERATE statement. I need to figure a way to increment with .01, .1, etc.
    Any help will be greatly appreciated.
    CODE:
    Reference:          http://www.sqlsnippets.com/en/topic-11663.html
    Objective:          Expand a range with ITERATE
    WITH t AS
    (SELECT '2:4' pt
    FROM DUAL
    UNION ALL
    SELECT '6:9' pt
    FROM DUAL)
    SELECT pt AS code_expression
    -- , KEY
    -- , min_key
    -- , max_key
    , m_1 AS code
    FROM t
    MODEL
    PARTITION BY (pt)
    DIMENSION BY ( 0 AS KEY )
    MEASURES (
                        0 AS m_1,
                        TO_NUMBER(SUBSTR(pt, 1, INSTR(pt, ':') - 1)) AS min_key,
                        TO_NUMBER(SUBSTR(pt, INSTR(pt, ':') + 1)) AS max_key               
    RULES
    -- UPSERT
    ITERATE (100000) UNTIL ( ITERATION_NUMBER = max_key[0] - min_key[0] )
    m_1[ITERATION_NUMBER] = min_key[0] + ITERATION_NUMBER
    ORDER BY pt, m_1
    Explanation:
    Line numbers are based on the assupmtion that "WITH t AS" starts at line 5.
    If you need detailed information regarding the MODEL clause please refer to
    the Refrence site stated above or read some documentation.
    Partition-
    Line 18:     PARTITION BY (pt)
                   This will make sure that each "KEY" will start at 0 for each value of pt.
    Dimension-
    Line 19:     DIMENSION BY ( 0 AS KEY )     
                   This is necessary for the refrences max_key[0], and min_key[0] to work.
    Measures-
    Line 21:      0 AS m_1
                   A space holder for new values.
    Line 22:     TO_NUMBER(SUBSTR(pt, 1, INSTR(pt, ':') - 1)) AS min_key
                   The result is '1' for '1:5'.
    Line 23:     TO_NUMBER(SUBSTR(pt, INSTR(pt, ':') + 1)) AS max_key                                        
                   The result is '5' for '1:5'.
    Rules-
    Line 26:     UPSERT
                   This makes it possible for new rows to be created.
    Line 27:     ITERATE (100000) UNTIL ( ITERATION_NUMBER = max_key[0] - min_key[0] )
                   This reads ITERATE 100000 times or UNTIL the ITERATION_NUMBER = max_key[0] - min_key[0]
                   which would be 4 for '1:5', but since the ITERATION_NUMBER starts at 0, whatever follows
                   is repaeted 5 times.
    Line 29:     m_1[ITERATION_NUMBER] = min_key[0] + ITERATION_NUMBER
                   m_1[ITERATION_NUMBER] means m_1[Value of Dimension KEY].
                   Thus for each row of KEY the m_1 is min_key[0] + ITERATION_NUMBER.
    Reference:          http://www.sqlsnippets.com/en/topic-11663.html
    Objective:          Expand a range using FOR
    WITH t AS
    (SELECT '2:4' pt
    FROM DUAL
    UNION ALL
    SELECT '6:9' pt
    FROM DUAL)
    , base AS
    SELECT pt AS code_expression
    , KEY AS code
    , min_key
    , max_key
         , my_increment
    , m_1
    FROM t
    MODEL
    PARTITION BY (pt)
    DIMENSION BY ( CAST(0 AS NUMBER) AS KEY )
    MEASURES (
                        CAST(NULL AS CHAR) AS m_1,
                        TO_NUMBER(SUBSTR(pt, 1, INSTR(pt, ':') - 1)) AS min_key,
                        TO_NUMBER(SUBSTR(pt, INSTR(pt, ':') + 1)) AS max_key,     
                        .1 AS my_increment     
    RULES
    -- UPSERT
              m_1[FOR KEY FROM min_key[0] TO max_key[0] INCREMENT 1] = 'Y'
    ORDER BY pt, KEY, m_1
    SELECT code_expression, code
    FROM base
    WHERE m_1 = 'Y'
    Explanation:
    Line numbers are based on the assupmtion that "WITH t AS" starts at line 5.
    If you need detailed information regarding the MODEL clause please refer to
    the Refrence site stated above or read some documentation.
    Partition-
    Line 21:     PARTITION BY (pt)
                   This will make sure that each "KEY" will start at 0 for each value of pt.
    Dimension-
    Line 22:     DIMENSION BY ( 0 AS KEY )     
                   This is necessary for the refrences max_key[0], and min_key[0] to work.
    Measures-
    Line 24:      CAST(NULL AS CHAR) AS m_1
                   A space holder for results.
    Line 25:     TO_NUMBER(SUBSTR(pt, 1, INSTR(pt, ':') - 1)) AS min_key
                   The result is '1' for '1:5'.
    Line 26:     TO_NUMBER(SUBSTR(pt, INSTR(pt, ':') + 1)) AS max_key                                        
                   The result is '5' for '1:5'.
    Line 27:     .1 AS my_increment     
                   The INCREMENT I would like to use.
    Rules-
    Line 30:     UPSERT
                   This makes it possible for new rows to be created.
                   However seems like it is not necessary.
    Line 32:     m_1[FOR KEY FROM min_key[0] TO max_key[0] INCREMENT 1] = 'Y'
                   Where the KE value is between min_key[0] and max_key[0] set the value of m_1 to 'Y'
    */

    Of course, you can accomplish the same thing without MODEL using an Integer Series Generator like this.
    create table t ( min_val number, max_val number, increment_size number );
    insert into t values ( 2, 3, 0.1 );
    insert into t values ( 1.02, 1.08, 0.02 );
    commit;
    create table integer_table as
      select rownum - 1 as n from all_objects where rownum <= 100 ;
    select
      min_val ,
      increment_size ,
      min_val + (increment_size * n) as val
    from t, integer_table
    where
      n between 0 and ((max_val - min_val)/increment_size)
    order by 3
       MIN_VAL INCREMENT_SIZE        VAL
          1.02            .02       1.02
          1.02            .02       1.04
          1.02            .02       1.06
          1.02            .02       1.08
             2             .1          2
             2             .1        2.1
             2             .1        2.2
             2             .1        2.3
             2             .1        2.4
             2             .1        2.5
             2             .1        2.6
             2             .1        2.7
             2             .1        2.8
             2             .1        2.9
             2             .1          3
    15 rows selected.--
    Joe Fuda
    http://www.sqlsnippets.com/

  • Back-referencing data using MODEL

    Not sure how possible this is...
    with t as (select 1 as id, 'blah blah' as txt from dual union all
               select 2,       '# header 1' from dual union all
               select 3,       '41 text line 1' from dual union all
               select 4,       '22 text line 2' from dual union all
               select 5,       '17 text line 3' from dual union all
               select 6,       'garbage' from dual union all
               select 7,       '# header 2' from dual union all
               select 8,       '77 text line 4' from dual union all
               select 9,       '80 text line 5' from dual union all
               select 10,      '#80 old text line 5' from dual union all
               select 11,      '14 text line 6' from dual union all
               select 12,      'more garbage' from dual)In an ordered sequence of data, "Header" details need determining for all subsequent rows that begin with a <numeric> or #<numeric> value,
    such that the output of the above data would appear as below:
    ID TXT                  HEADER
    1  blah blah      
    2  # header 1     
    3  41 text line 1       # header 1
    4  22 text line 2       # header 1
    5  17 text line 3       # header 1
    6  garbage
    7  # header 2
    8  77 text line 4       # header 2
    9  80 text line 5       # header 2
    10 #80 old text line 5  # header 2
    11 14 text line 6       # header 2
    12 more garbageIs there a way to do this purely in SQL, with the model clause, perhaps using iterations?
    select id, txt, header
    from   t
    model  dimension by (id)
           measures (txt txt, CAST(NULL AS VARCHAR2(30)) header)
           rules
              header[id is any] = ?
             )I'm still trying to get my head around the usage of the model clause, especially trying to reference backwards with iterations and the until clause.
    Cheers
    Blu
    edit: just in case it's not obvious... "header" details are lines beginning with #<non numeric>
    Message was edited by:
    BluShadow

    Just for fun, a model clause solution:
    SQL> with t as (select 1 as id, 'blah blah' as txt from dual union all
      2             select 2,       '# header 1' from dual union all
      3             select 3,       '41 text line 1' from dual union all
      4             select 4,       '22 text line 2' from dual union all
      5             select 5,       '17 text line 3' from dual union all
      6             select 6,       'garbage' from dual union all
      7             select 7,       '# header 2' from dual union all
      8             select 8,       '77 text line 4' from dual union all
      9             select 9,       '80 text line 5' from dual union all
    10             select 10,      '#80 old text line 5' from dual union all
    11             select 11,      '14 text line 6' from dual union all
    12             select 12,      'more garbage' from dual)
    13  -- end of test data
    14  select id
    15       , txt
    16       , header
    17    from t
    18   model
    19         dimension by (id)
    20         measures (txt, cast(null as varchar2(30)) header, cast(null as varchar2(30)) tmp)
    21         rules
    22         ( tmp[any] order by id
    23           = case
    24             when txt[cv()] like '# header%' then txt[cv()]
    25             else tmp[cv()-1]
    26             end
    27         , header[any] order by id
    28           = case
    29             when  txt[cv()] not like '# header%'
    30               and translate(ltrim(substr(txt[cv()],1,instr(txt[cv()]||' ',' ')-1),'#'),'_0123456789','_') is null
    31             then tmp[cv()]
    32             end
    33         )
    34  /
                                        ID TXT                 HEADER
                                         1 blah blah
                                         2 # header 1
                                         3 41 text line 1      # header 1
                                         4 22 text line 2      # header 1
                                         5 17 text line 3      # header 1
                                         6 garbage
                                         7 # header 2
                                         8 77 text line 4      # header 2
                                         9 80 text line 5      # header 2
                                        10 #80 old text line 5 # header 2
                                        11 14 text line 6      # header 2
                                        12 more garbage
    12 rijen zijn geselecteerd.Regards,
    Rob.

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