I have this table
| ID_prim | ID (FKey) | Date | Moved Items |
|:-----------|:------------|-------------:|:------------:|
| 1003 | 12_1 | nov 2013 | 2 |
| 1003 | 12_2 | okt 2013 | 3 |
| 1003 | 12_3 | dec 2014 | 5 |
| 1003 | 12_4 | feb 2015 | 10 |
| 1003 | 12_5 | apr 2012 | 1 |
| 1003 | 12_11 | jan 2011 | 5 |
I want to query the same table as follows:
Like so
| ID_prim | ID (FKey) | Date | Moved Items | Summed Total |
|:-----------|:------------|-------------:|:------------:|:------------:|
| 1003 | 12_4 | feb 2015 | 10 | 26
| 1003 | 12_3 | dec 2014 | 5 | 16
| 1003 | 12_3 | nov 2013 | 2 | 11 <
| 1003 | 12_4 | okt 2013 | 3 | 9
| 1003 | 12_5 | apr 2012 | 1 | 6
| 1003 | 12_11 | jan 2011 | 5 | 5
I want to stop the query when i reach "Summed Total" (26) - 16 = 10. So Show me everything from 10 > I would only get these values in the database.
| ID_prim | ID (FKey) | Date | Moved Items | Summed Total |
|:-----------|:------------|-------------:|:------------:|:------------:|
| 1003 | 12_4 | feb 2015 | 10 | 26
| 1003 | 12_3 | dec 2014 | 5 | 16
| 1003 | 12_3 | nov 2013 | 2 | 11
What I have is the following
SELECT
T1.ID_prim, T1.ID as ID (FKey), T1.Moved_Items as Moved Items, t1.Date, SUM(T2.MOVEMENTQTY) AS Summed Total
FROM Table1 T1
INNER JOIN Table1 T2 ON T2.ID <= T1.ID
inner join table2 inout on T1.ID_prim = inout.ID_prim
AND T2.ID_prim = inout.ID_prim
AND T2.ID_prim = T1.ID_prim
where t1.ID_prim = 1003
and t2.ID_prim = 1003
and inout.ISSOTRX = 'N'
GROUP BY T1.ID_prim, T1.Moved Items, t1.Date
HAVING SUM(T2.Moved Items) <= 16
order by t1.UPDATED desc
But the sum doesn't really work. Can anyone help me out to make the SQL statement for Oracle DB that will print my Desired table?
(1) Select the column name that you will sum based on, and then click the Primary Key button; (2) Select the column name that you will sum, and then click the Calculate > Sum. (3) Click the Ok button.
If you want, you can apply the criteria to one range and sum the corresponding values in a different range. For example, the formula =SUMIF(B2:B5, "John", C2:C5) sums only the values in the range C2:C5, where the corresponding cells in the range B2:B5 equal "John."
To do this: Select the data to sum plus the blank row below the data and the blank column to the right of the data where the totals will display. On the “Home” tab, in the “Editing” group, click the AutoSum button. Totals are calculated and appear in the last row and in the last column of the selected range!
This is the basic syntax: SELECT SUM(column_name) FROM table_name; If you need to arrange the data into groups, then you can use the GROUP BY clause. The AVG function finds the arithmetic mean for a group of records in a SQL table.
Based on OP's clarifications via comments on the question, it could be done using SUM() analytic function to get the running total, and then filter it based on the condition.
Table:
SQL> SELECT * FROM t;
ID_PRIM ID DT MOVED
---------- ----- --------- ----------
1003 12_1 01-NOV-13 2
1003 12_2 01-OCT-13 3
1003 12_3 01-DEC-14 5
1003 12_4 01-FEB-15 10
1003 12_5 01-APR-12 1
1003 12_11 01-JAN-11 5
6 rows selected.
SQL>
Running total
SQL> SELECT t.*, SUM(moved) OVER(ORDER BY dt) sm FROM t ORDER BY dt DESC;
ID_PRIM ID DT MOVED SM
---------- ----- --------- ---------- ----------
1003 12_4 01-FEB-15 10 26
1003 12_3 01-DEC-14 5 16
1003 12_1 01-NOV-13 2 11
1003 12_2 01-OCT-13 3 9
1003 12_5 01-APR-12 1 6
1003 12_11 01-JAN-11 5 5
6 rows selected.
SQL>
Desired output
SQL> WITH DATA AS
2 ( SELECT t.*, SUM(moved) OVER(ORDER BY dt) sm FROM t ORDER BY dt DESC
3 )
4 SELECT * FROM data WHERE sm >= 16;
ID_PRIM ID DT MOVED SM
---------- ----- --------- ---------- ----------
1003 12_4 01-FEB-15 10 26
1003 12_3 01-DEC-14 5 16
SQL>
Please note that, nov 2013
is not a date, it is a string. Since you want to sort on the basis of date, you must always use TO_DATE to explicitly convert it into date. Anyway, I used TO_DATE to create the sample data.
Update OP wants to subtract his desired value from the MAX value of the summed up values at run time.
SQL> WITH DATA AS
2 ( SELECT t.*, SUM(moved) OVER(ORDER BY dt) sm FROM t ORDER BY dt DESC
3 )
4 SELECT * FROM DATA t WHERE sm >
5 (SELECT MAX(sm) FROM data
6 ) - 16 ;
ID_PRIM ID DT MOVED SM
---------- ----- --------- ---------- ----------
1003 12_4 01-FEB-15 10 26
1003 12_3 01-DEC-14 5 16
1003 12_1 01-NOV-13 2 11
SQL>
In the updated query, MAX(sm) returns 26
, and then the rows are filtered on the condition WHERE sm > MAX(sm) -16
which means return all the rows where the 'sm' value is greater than 26 -16
i.e. 10
. You could use a substitution variable to input the value 16
at run time.
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