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So, what is the solution If you want to make use of these columns in SQL, then you ll need to convert them to a SQL-friendly type You can use a user-defined function for doing so The following example demonstrates how to accomplish this using a LONG SUBSTR function that will allow you to effectively convert any 4,000 bytes of a LONG type into a VARCHAR2 for use with SQL When you are done, you ll be able to query: ops$tkyte@ORA11GR2> select * 2 from ( 3 select owner, view_name, 4 long_help.

If you now go look in the location specified for the default directory (ext_data_dir), you ll see the following: SQL> ls -altr Total 24 drwxr-xr-x -rw-r--r--rw-r-------

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DT2-DT1 MONTHS_BTWN DAYS MONTHS ---------- ----------- ------------------------------ ------------380.430903 12.5622872 +000000380 10:20:30.000000000 +000000001-00 Those are all correct values, but not of great use to us yet. Most applications would like to display the years, months, days, hours, minutes, and seconds between the dates. Using a combination of the preceding functions, we can achieve that goal. We ll select out two intervals: one for the years and months, and the other for just the day, hours, and so on. We ll use the MONTHS_BETWEEN built-in function to determine the decimal number of months between the two dates, and then we ll use the NUMTOYMINTERVAL built-in function to convert that number into the years and months. Additionally, we ll use MONTHS_BETWEEN to subtract the integer number of months between the two dates from the larger of the two dates to get down to the days and hours between them: ops$tkyte@ORA10G> select numtoyminterval 2 (months_between(dt2,dt1),'month') 3 years_months, 4 numtodsinterval 5 (dt2-add_months( dt1, trunc(months_between(dt2,dt1)) ), 6 'day' ) 7 days_hours 8 from (select to_date('29-feb-2000 01:02:03','dd-mon-yyyy hh24:mi:ss') dt1, 9 to_date('15-mar-2001 11:22:33','dd-mon-yyyy hh24:mi:ss') dt2 10 from dual ) 11 / YEARS_MONTHS DAYS_HOURS --------------- -----------------------------+000000001-00 +000000015 10:20:30.000000000 Now it is clear that there is 1 year, 15 days, 10 hours, 20 minutes, and 30 seconds between the two DATEs.

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substr_of( 'select text 5 from dba_views 6 where owner = :owner 7 and view_name = :view_name', 8 1, 4000, 9 'owner', owner, 10 'view_name', view_name ) substr_of_view_text 11 from dba_views 12 where owner = user 13 ) 14 where upper(substr_of_view_text) like '%INNER%' 15 / You ve converted the first 4,000 bytes of the TEXT column from LONG to VARCHAR2 and can now use a predicate on it Using the same technique, you could implement your own INSTR, LIKE, and so forth for LONG types as well In this book, I ll only demonstrate how to get the substring of a LONG type.

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The TIMESTAMP type is very much like the DATE, with the addition of support for fractional seconds and time zones. We ll look at the TIMESTAMP type in the following three sections: one with regard to just the fractional second support but no time zone support, and the other two with regard to the two methods of storing the TIMESTAMP with time zone support.

The package we will implement has the following specification: ops$tkyte@ORA11GR2> create or replace package long_help 2 authid current_user 3 as 4 function substr_of 5 ( p_query in varchar2, 6 p_from in number, 7 p_for in number, 8 p_name1 in varchar2 default NULL, 9 p_bind1 in varchar2 default NULL, 10 p_name2 in varchar2 default NULL, 11 p_bind2 in varchar2 default NULL, 12 p_name3 in varchar2 default NULL, 13 p_bind3 in varchar2 default NULL, 14 p_name4 in varchar2 default NULL, 15 p_bind4 in varchar2 default NULL ) 16 return varchar2; 17 end; 18 / Package created Note that on line 2, we specify AUTHID CURRENT_USER This makes the package run as the invoker, with all roles and grants in place This is important for two reasons First, we d like the database security to not be subverted this package will only return substrings of columns we (the invoker) are allowed to see.

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