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Since a copy of the instance is created, all further changes of the original instance of the value type have no effect on the boxed instance unbox <token> (0x79) Revert a boxed value type instance from the object form to its value type form <token> specifies the value type being converted and must be a valid TypeDef, TypeRef, or TypeSpec token This instruction takes an object reference from the stack and pushes back a managed pointer to the value type instance As you can see, unbox is asymmetric to the box instruction: box takes an instance of value type, and unbox returns a managed pointer to such instance; box creates a copy of the instance, and unbox returns a pointer to the value part of the existing instance..

That is it: twenty-eight seconds to build and deploy. Admittedly, we had just built and deployed to the local system, but we do now have an automated deployment process. As a finale, we write a target to deploy to both servers one after the other:

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Your next step is to review the distribution of gets among child latches. For non-solitaire latches, check to see if the distribution of gets among latch children is skewed. If all the gets are incurred for one child, then it is possible that one or a few objects are causing the latch contention that you are experiencing. You can then probe further to see which specific objects are involved. Listing 12-6 shows a query to show the distribution for child latches for cache buffers chains. We identified the cache buffers chains latch as a contributor for latch contention in step 1. Child latches for that latch type are probed further to review the distribution of gets among child latches. You can also see that child 437962 has a very high number of gets. Those gets need to be further analyzed. I discuss the analysis for cache buffers chains latch contention later in this chapter, in the section Cache Buffers Chains Latch Contention. Listing 12-6. Querying to see the distribution of child latches Select * from ( select child#, gets, misses,sleeps, rank() over (partition by latch# order by gets desc ) rnk_gets, rank() over (partition by latch# order by misses desc )rnk_misses, rank() over (partition by latch# order by sleeps desc ) rnk_sleeps from v$latch_children where name = "cache buffers chains" ) where rnk_gets <=20 and rnk_misses <=20 and rnk_sleeps <=20 order by rnk_gets / CHILD# GETS MISSES SLEEPS RNK_GETS RNK_MISSES RNK_SLEEPS ---------- ---------- ---------- ---------- ---------- ---------- ---------437962 425447511 4218981 25183 1 1 3 426176 117300404 780869 7891 5 4 15 522827 59284925 284159 7597 15 9 17 165842 55773949 281581 7372 17 10 19 488282 50065301 177063 10513 18 18 10 305548 47423058 314308 20591 19 8 4

The simple form declared in listing 8.7 consists of two text boxes. With a little imagination, you can think of it as a simplified version of a more complex form used for collecting user data. Note that the pageInit function which handles the init event of the Application object includes two $create statements. Each statement is used to create an instance of the FormattingBehavior behavior and wire it to the corresponding text box element. The values of the hoverCssClass and focusCssClass properties supplied in the $create statement are the names of the CSS classes used to obtain the in-place-edit effect. The CSS file used in the example is as follows; you should reference it in the ASP.NET page before running the example:

want to enable some features, such as selecting items from the Pivot field drop-down lists, and disable other features, such as changing the layout, you can use programming, as described in 11.

All classes, except special class object, are derived classes, even if they don t have a class-base specification. Class object is the only class that is not derived, since it is the base of the inheritance hierarchy. Classes without a class-base specification are implicitly derived directly from class object. Leaving off the class-base specification is just shorthand for specifying that object is the base class. The two forms are semantically equivalent, as shown in Figure 7-2.

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