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----------------------------------------------------------------------------------| Id | Operation | Name | Rows | Bytes | Cost | Pstart| Pstop | ----------------------------------------------------------------------------------| 0 | SELECT STATEMENT | | 1 | 4 | 1599 | | | | 1 | SORT AGGREGATE | | 1 | 4 | | | | |* 2 | FILTER | | | | | | | | 3 | PARTITION RANGE ITERATOR| | | | | KEY | KEY | |* 4 | TABLE ACCESS FULL | T1 | 2500 | 10000 | 1599 | KEY | KEY | ----------------------------------------------------------------------------------2 - filter(TO_NUMBER(:Z)<=TO_NUMBER(:Z)) 4 - filter("T1"."PART_COL">=TO_NUMBER(:Z) AND "T1"."PART_COL"<=TO_NUMBER(:Z)) An estimate of 2,500 is not good, especially since we know the right answer is in the region of 40,000 so where has it come from Starting from a position of incomplete knowledge (note in particular the KEY - KEY option for the partition start and stop in the plan), the optimizer has used table-level statistics (i.e., 1,000,000 rows). In this case, though, there is no information about actual values, so the optimizer has fallen back on some hard-coded constants namely 0.25% for between :bind1 and :bind2 ; the 2,500 rows is 0.0025 * 1,000,000.

Oracle users have been known to go through fads from time to time. One of the more recent ones is the constant advice to use bind variable instead of literals because of the parsing and latching overhead you otherwise get. Enthusiasm for this strategy can go a little too far. In some cases, the optimizer will do a very bad job if it can t see literal values. As a guideline, heavy-duty reports that hit big tables for a lot of data probably should use literal values the overhead of parsing is likely to be tiny compared to the work done by the query. Even in OLTP systems, it would be perfectly reasonable to help the optimizer by the judicious use of literals occasionally, perhaps to the extent of having half a dozen versions of the same query that differed only in the value of one critical input.

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What makes this unique is <UIApplicationDelegate> found in the definition. This statement tells you that the OurAppDelegate object will implement the required and possibly some methods of the UIApplicationDelegate protocol. You would expect to see methods such as applicationDidFinishLaunching performing setup functions in your code. An object is not limited to only one protocol. Additional protocols can be added by using separating commas within the single set of brackets. For example, see the following code:

Just to make things more complicated though, 9i and 10g employ bind variable peeking in most circumstances (but certainly not when running explain plan or autotrace). At run time the optimizer would have been able to peek at the incoming bind variables and use their values to produce a cardinality that was likely to be a little more appropriate to that set of values. Unfortunately, the very next use of the query could supply a completely different set of values but the optimizer doesn t peek at them, it just runs with the plan it got from the first optimization. This could be an expensive error and there s not a lot you can do about it, except know about it and code your way around it.

This Message item contains some formatting to make it more readable (which is covered in the Formatting Your Output section if you are wondering about all the weird characters) If you strip away the formatting, you are left with <Message Text="Name: @(MDForm->'%(Name)')"/> So, you just learned how to access the Name metadata element It is just like how you access well-known metadata Did you notice that the name/e-mail is printed differently in the MDFormOther item as opposed to the technique used in the MDForm item Here are the different ways the name is printed, minus the formatting: <Message Text="Name: @(MDForm->'%(Name)')"/> <Message Text="Name: %(MDFormOtherName)"/> In the MDForm item, you are accessing the name as a vector value, and in MDFormOther you are accessing it as a scalar value We discuss the difference between scalar and vector values in further detail in the Understanding the Difference Between @ and % section.

Caution I was recently sent a 10053 trace file from 10.2 that suggested that the optimizer does not peek at the bind variable for prepared statements coming through the JDBC thin driver. MetaLink note 273635.1 also makes reference to this issue, but only with regard to the 8i version of the driver.

@interface OurAppDelegate : NSObject <UIApplicationDelegate, SecondProtcol> { UIWindow *window;

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