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That aside, what is important to know about heap tables Well, the CREATE TABLE syntax spans some 72 pages in the Oracle SQL Reference manual, so there are lots of options that go along with them There are so many options that getting a hold on all of them is pretty difficult The wire diagrams (or train track diagrams) alone take 18 pages to cover One trick I use to see most of the options available to me in the CREATE TABLE statement for a given table is to create the table as simply as possible, for example: ops$tkyte@ORA10GR1> create table t 2 ( x int primary key, 3 y date, 4 z clob 5 ) 6 / Table created Then, using the standard supplied package DBMS_METADATA, I query the definition of it and see the verbose syntax: ops$tkyte@ORA10GR1> select dbms_metadataget_ddl( 'TABLE', 'T' ) from dual; DBMS_METADATA.

There are notable exceptions to the last statement. For example, if I UPDATE a column that is entirely NULL with 2,000 bytes of data, there will be very little undo data generated. This UPDATE will behave like the INSERT. On the other hand, if I UPDATE a column with 2,000 bytes of data to be NULL, it will behave like the DELETE as far as redo generation is concerned. On average, you can expect an UPDATE against a temporary table to produce about 50 percent of the undo/redo you d experience with a permanent table. In addition, you must consider any indexes in place on your temporary tables. Index modifications will also generate undo which in turn generates redo. If you rerun the above example with these two indexes in place: ops$tkyte%ORA11GR2> create index perm_idx on perm(x); Index created. ops$tkyte%ORA11GR2> create index temp_idx on temp(x); Index created. You will find redo generated in the order of (for brevity, all of the code from the previous example is not repeated here): 19 end; 20 / 12,107,704 bytes of redo generated for "insert into perm 3,369,336 bytes of redo generated for "insert into temp 9,694,752 bytes of redo generated for "update perm set x = 2"... 5,415,832 bytes of redo generated for "update temp set x = 2"... 4,412,408 bytes of redo generated for "delete from perm"... 4,389,828 bytes of redo generated for "delete from temp"... PL/SQL procedure successfully completed. The numbers hold true from what we saw before but you can see that the index definitely added to the redo generated. The INSERT into the global temporary table went from generating almost no redo to generating 3.3MB of redo. All of this additional redo was related to the undo produced for the index maintenance. "... "...

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It seems that you could simply modify the Test.factorial() method to insert code for caching optimization, especially since only one method needs to be modified. However, such an implementation will tangle the optimization logic with factorial computation logic. With conventional

GET_DDL('TABLE','T') ------------------------------------------------------------------------------CREATE TABLE "OPS$TKYTE""T" ( "X" NUMBER(*,0), "Y" DATE, "Z" CLOB, PRIMARY KEY ("X") USING INDEX PCTFREE 10 INITRANS 2 MAXTRANS 255 STORAGE(INITIAL 65536 NEXT 1048576 MINEXTENTS 1 MAXEXTENTS 2147483645 PCTINCREASE 0 FREELISTS 1 FREELIST GROUPS 1 BUFFER_POOL DEFAULT) TABLESPACE "USERS" ENABLE ) PCTFREE 10 PCTUSED 40 INITRANS 1 MAXTRANS 255 NOCOMPRESS LOGGING STORAGE(INITIAL 65536 NEXT 1048576 MINEXTENTS 1 MAXEXTENTS 2147483645 PCTINCREASE 0 FREELISTS 1 FREELIST GROUPS 1 BUFFER_POOL DEFAULT) TABLESPACE "USERS" LOB ("Z") STORE AS ( TABLESPACE "USERS" ENABLE STORAGE IN ROW CHUNK 8192 PCTVERSION 10 NOCACHE STORAGE(INITIAL 65536 NEXT 1048576 MINEXTENTS 1 MAXEXTENTS 2147483645 PCTINCREASE 0 FREELISTS 1 FREELIST GROUPS 1 BUFFER_POOL DEFAULT)) The nice thing about this trick is that it shows many of the options for my CREATE TABLE statement I just have to pick data types and such, and Oracle will produce the verbose version for me.

Note This is an exaggerated example. The index in question was on a CHAR(2000) column; the index key is

refactoring techniques, you can limit the inserted code to a few lines. Using an aspect, you refactor the caching completely out of the core factorial computation code. You can now modify the caching strategy without even touching the factorial() method.

much larger than you ll normally see in real life. Don t expect this much additional redo typically.

I can now customize this verbose version, perhaps changing the ENABLE STORAGE IN ROW to DISABLE STORAGE IN ROW, which would disable the storage of the LOB data in the row with the structured data, causing it to be stored in another segment I use this trick all of the time to save the couple minutes of confusion I would otherwise have if I were trying to figure this all out from the huge wire diagrams I can also use this technique to learn what options are available to me on the CREATE TABLE statement under different circumstances..

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