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Repeat the baseline test with freelists set to 5, though, and you will discover that the price you pay for reducing contention can be very high. Look what happened to the clustering_factor and the desirability of the index when I first made this change (script free_lists.sql in the online code suite): INDEX_NAME BLEVEL LEAF_BLOCKS CLUSTERING_FACTOR -------------------- ---------- ----------- ----------------T1_I1 1 86 26000

2. 3. 4.

select from where ;

If you have been using the Switch Application menu item, the Red Phone key, or the Alt+Escape trick to multitask (see page 22), you may have many icons running in the background and slowing down your BlackBerry. Periodically, you should verify that you have closed out all unnecessary application icons. 1. First, bring up the Switch Applications pop-up window to see what is running. Press and hold the Menu key or press and hold the Alt key and tap the Escape key.

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Execution Plan (9.2.0.6 autotrace) ---------------------------------------------------------0 SELECT STATEMENT Optimizer=ALL_ROWS (Cost=115 Card=1 Bytes=13) 1 0 SORT (AGGREGATE) 2 1 TABLE ACCESS (FULL) OF 'T1' (Cost=115 Card=1000 Bytes=13000) The clustering_factor has changed from around 1,000 (close to the number of table blocks) to 26,000 (the number of table rows), so the optimizer thinks it is a truly appalling index and declines to use it for our single-date query. The saddest thing about this is that the data for that one date will still be in exactly the same 30 to 35 table blocks that they were in when we had freelists set to 1, it s just the row order that has changed. In 4, I produced a schematic of a table and index showing the notional mechanism that Oracle used to count its way to the clustering_factor. If we produce a similar diagram for a simplified version of our latest example using freelists set to 2, and pretending that Oracle adds only two blocks at a time to a freelist then the schematic would look more like Figure 5-1.

NOTE: These five icons cannot be closed: BlackBerry Messenger (which you will not see until it s installed), Messages, Browser, Phone Call Logs, Home (Home screen). Now, glide the trackpad to the left/right to look for icons that you may not be using, such as BlackBerry Maps.

Figure 5-1. The clustering_factor and multiple freelists Process 1 is busy inserting rows into block 1, but process 2 is using a different freelist, so it is busy inserting rows into block 3 (in a real system, it is more likely to be inserting rows into a position five blocks further down the table). But both processes are using the same sequence generator, and if the two processes happen to run perfectly in step, alternating values from the sequence will appear in alternating blocks. Consequently, as Oracle walks the index, it keeps stepping back and forth between the same pair of table blocks, incrementing the clustering_factor as it goes. The counter I displayed for the clustering_factor in the first schematic isn t needed here because it simply stays in step with the values of the ID column. If you look at the diagram, it is very obvious that it will take just two block reads to get all the values from 1 to 10, but Oracle s method for calculating the clustering_factor makes the optimizer think that it is going to have to visit 10 different blocks. The problem is that Oracle doesn t maintain a recent history when calculating the clustering_factor, it simply checks whether the current block is the same as the previous block.