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There are 86,400 seconds in a day. Since adding 1 adds one day, adding 1/86400 adds one second to a date. I prefer the n/24/60/60 technique over the 1/86400 technique. They are equivalent. An even more readable method is to use the NUMTODSINTERVAL (number to day/second interval) to add N seconds. There are 1,440 minutes in a day. Adding 1/1440 therefore adds one minute to a DATE. An even more readable method is to use the NUMTODSINTERVAL function. There are 24 hours in a day. Adding 1/24 therefore adds one hour to a DATE. An even more readable method is to use the NUMTODSINTERVAL function. Simply add N to the DATE to add or subtract N days. A week is seven days, so just multiply 7 by the number of weeks to add or subtract.

Listing 13-12. Creating the Table Function SQL> CREATE OR REPLACE PACKAGE sales_package 2 AS 3 TYPE sales_cursor_type IS REF CURSOR 4 RETURN sales_data%ROWTYPE; 5 FUNCTION modify_sales_data 6 (INPUTDATA IN sales_cursor_type) 7 RETURN yearly_store_sales_table 8 PIPELINED; 9* END; SQL> / Package created. SQL> 1 2 3 4 5 6 7 8 9

ops$tkyte@ORA10G> select to_yminterval( '5-2' ) from dual; TO_YMINTERVAL('5-2') --------------------------------------------------------------------------+000000005-02 But since the vast majority of the time I have the year and months in two NUMBER fields in my application, I find the NUMTOYMINTERVAL function to be more useful, as opposed to building a formatted string from the numbers. Lastly, you can just use the INTERVAL type right in SQL, bypassing the functions altogether: ops$tkyte@ORA10G> select interval '5-2' year to month from dual; INTERVAL'5-2'YEARTOMONTH --------------------------------------------------------------------------+05-02

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CREATE OR REPLACE PACKAGE BODY sales_package AS FUNCTION modify_sales_data( inputdata IN sales_cursor_type) RETURN yearly_store_sales_table PIPELINED IS inputrec sales_data%ROWTYPE; outputrow_2001 yearly_store_sales_row := yearly_store_sales_row(NULL,NULL,NULL); outputrow_2002 yearly_store_sales_row := yearly_store_sales_row(NULL,NULL,NULL); BEGIN LOOP FETCH inputdata INTO inputrec; EXIT WHEN inputdata%NOTFOUND; IF INPUTREC.SALES_2001 IS NOT NULL THEN outputrow_2001.store_name := inputrec.store_name; outputrow_2001.sales_year := 2001; outputrow_2001.total_sales:= inputrec.sales_2001; pipe row (outputrow_2001); END IF; IF INPUTREC.SALES_2002 IS NOT NULL THEN outputrow_2002.store_name := inputrec.store_name; outputrow_2002.sales_year := 2002; outputrow_2002.total_sales:= inputrec.sales_2002; pipe row (outputrow_2002); END IF; END LOOP; RETURN; END; END;

DATE + n/24/60 DATE + n/1440 DATE + NUMTODSINTERVAL(n,'minute')

Let s look at each part of the package carefully: In order to return sets of rows from the source table as inputs to the table function, you need to create a REF CURSOR based on the source table rows. The REF CURSOR in the example is named sales_cursor. The function modify_sales_data is the table function. It has one input parameter, the REF CURSOR sales_cursor. The function returns data in the format of the source table, yearly_store_sales. The keyword PIPELINED at the end means that data flows through the data transformation process. As the input data is processed, the transformed results are continuously fed into the target table. The package body shows the details of the function modify_sales_data. The function will transform the original structure of data in the source table into the desired format and insert it into the target table. In the following INSERT statement, the function modify_sales_data is used. Note how the function is applied to the row data from the original table sales_data. The data is transformed before it is inserted into the yearly_store_sales table. SQL> INSERT INTO yearly_store_sales t 2 SELECT * 3 FROM TABLE(sales_package.modify_sales_data( 4 CURSOR(select store_name,sales_2001,sales_2002 5 FROM sales_data))); 6 rows created. SQL> COMMIT; Commit complete. SQL>

The syntax for the INTERVAL DAY TO SECOND type is straightforward: INTERVAL DAY(n) TO SECOND(m) where N is an optional number of digits to support for the day component and varies from 0 to 9, with a default of 2. M is the number of digits to preserve in the fractional part of the seconds field and varies from 0 to 9, with a default of 6. Once again, the function I prefer to use to create instances of this INTERVAL type is NUMTODSINTERVAL: ops$tkyte@ORA10G> select numtodsinterval( 10, 'day' )+ 2 numtodsinterval( 2, 'hour' )+ 3 numtodsinterval( 3, 'minute' )+ 4 numtodsinterval( 2.3312, 'second' ) 5 from dual; NUMTODSINTERVAL(10,'DAY')+NUMTODSINTERVAL(2,'HOUR')+NUMTODSINTERVAL(3,'MINU --------------------------------------------------------------------------+000000010 02:03:02.331200000 or simply ops$tkyte@ORA10G> select numtodsinterval( 10*86400+2*3600+3*60+2.3312, 'second' ) 2 from dual; NUMTODSINTERVAL(10*86400+2*3600+3*60+2.3312,'SECOND') --------------------------------------------------------------------------+000000010 02:03:02.331200000 using the fact that there are 86,400 seconds in a day, 3,600 seconds in an hour, and so on. Alternatively, as before, we can use the TO_DSINTERVAL function to convert a string into a DAY TO SECOND interval:

DATE + n/24 DATE + NUMTODSINTERVAL(n,'hour')

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