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A question that arises frequently is, What about the data dictionary in Oracle It is littered with LONG columns, and this makes using the dictionary columns problematic. For example, it is not possible using SQL to search the ALL_VIEWS dictionary view to find all views that contain the text HELLO: ops$tkyte@ORA10G> select * 2 from all_views 3 where text like '%HELLO%'; where text like '%HELLO%' * ERROR at line 3: ORA-00932: inconsistent datatypes: expected NUMBER got LONG This issue is not limited to the ALL_VIEWS view many views are affected: ops$tkyte@ORA10G> select table_name, column_name 2 from dba_tab_columns 3 where data_type in ( 'LONG', 'LONG RAW' ) 4 and owner = 'SYS' 5 and table_name like 'DBA%'; TABLE_NAME -----------------------------DBA_VIEWS DBA_TRIGGERS DBA_TAB_SUBPARTITIONS DBA_TAB_PARTITIONS DBA_TAB_COLUMNS DBA_TAB_COLS DBA_SUMMARY_AGGREGATES DBA_SUMMARIES DBA_SUBPARTITION_TEMPLATES DBA_SQLTUNE_PLANS DBA_SNAPSHOTS DBA_REGISTERED_SNAPSHOTS DBA_REGISTERED_MVIEWS DBA_OUTLINES DBA_NESTED_TABLE_COLS DBA_MVIEW_ANALYSIS DBA_MVIEW_AGGREGATES DBA_MVIEWS DBA_IND_SUBPARTITIONS DBA_IND_PARTITIONS DBA_IND_EXPRESSIONS DBA_CONSTRAINTS DBA_CLUSTER_HASH_EXPRESSIONS COLUMN_NAME -----------------------------TEXT TRIGGER_BODY HIGH_VALUE HIGH_VALUE DATA_DEFAULT DATA_DEFAULT MEASURE QUERY HIGH_BOUND OTHER QUERY QUERY_TXT QUERY_TXT SQL_TEXT DATA_DEFAULT QUERY MEASURE QUERY HIGH_VALUE HIGH_VALUE COLUMN_EXPRESSION SEARCH_CONDITION HASH_EXPRESSION

SQL*Loader must have a way of knowing the location of the various fields in the input file. Oracle calls the individual items in the datafile fields, and there is no direct correspondence between these fields and the columns in the table in which you are loading the data. The process of mapping fields in the input datafile to the table columns in the database is called field setting, and it is the biggest contributor to CPU time taken during the load. The POSITION clause specifies exactly where in the data record the various fields are. You have two ways to specify the location of the fields: relative and absolute. Relative position implies that you specify the position of a field with respect to the position of the preceding field, as shown in the following example: employee_id POSITION(*) NUMBER EXTERNAL 6 employee_name POSITION(*) CHAR 30 In this example, the load starts with the first field, employee_id. SQL*Loader then expects employee_name to start in position 7 and continue for 30 characters. It will look for the next field starting at position 37, and so on. When you use the POSITION clause in an absolute position sense, you just specify the position at which each field starts and ends, as follows: employee_id POSITION(1:6) INTEGER EXTERNAL employee_name POSITION(7:36) CHAR

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In Oracle9i and above, the database s national character set may take one of two values: UTF8 or AL16UTF16 (UTF-16 in 9i; AL16UTF16 in 10g). This makes the NCHAR and NVARCHAR types suitable for storing only multibyte data, which is a change from earlier releases of the database (Oracle8i and earlier allowed you to choose any character set for the national character set).

The data types used in the control file refer to the input records only and aren t the same as the column data types within the database tables. The following are the main data types used in SQL*Loader control files: INTEGER(n) binary integer, where n can be 1, 2, 4, or 8 SMALLINT CHAR INTEGER EXTERNAL FLOAT EXTERNAL DECIMAL EXTERNAL

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$tkyte@ORA10G> select * 2 from ( 3 select owner, view_name, 4 long_help.substr_of( 'select text 5 from dba_views 6 where owner = :owner 7 and view_name = :view_name', 8 1, 4000, 9 'owner', owner, 10 'view_name', view_name ) substr_of_view_text 11 from dba_views 12 where owner = user 13 ) 14 where upper(substr_of_view_text) like '%INNER%' 15 / You ve converted the first 4,000 bytes of the VIEW_TEXT column from LONG to VARCHAR2 and can now use a predicate on it. Using the same technique, you could implement your own INSTR, LIKE, and so forth for LONG types as well. In this book, I ll only demonstrate how to get the substring of a LONG type. The package we will implement has the following specification: ops$tkyte@ORA10G> 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.

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