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In this line of code, n is the limit for the number of recursive iterations. As soon as the limit is exceeded, the query breaks and an error is generated. Note that MAXRECURSION is set to 100 by default. If you want to remove this limit, specify MAXRECURSION 0. This setting can be specified at the query level only; there's no session, database, or server-level option that you can set to change the default. To understand how SQL Server processes the recursive CTE, examine the execution plan in Figure 44, which was produced for the earlier query returning subordinates of employee 5.

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Logical reads 22 Physical reads 3 Read-ahead reads 19 CPU time 0 ms Elapsed time 148 ms Estimated subtree cost 0.0160197

Occasionally when you're debugging through system code, you'll run into these two instructions. Instead of having long chains of PUSH instructions to save all general registers followed later by an equally long set of POP instructions to retrieve all general registers, the Intel CPU offers these two instructions to save and retrieve the registers for you. Very Common Simple Instructions MOV Move The MOV instruction is the most common instruction used on the CPU because it's the way to move values from one place to another. I just showed you how to swap two registers by using only PUSH and POP; now I'll show you how to make the same swap with the MOV command. void SwapRegisters ( void ) { __asm { // The EAX register is a temporary holder, so I put it on the 275

In this code, the variables latitude, longitude, elevation, x, y, and z are all declared to be of type Coordinate. Now suppose that the program changes and you find that you need to use double-precision variables for coordinates after all. Because you defined a type specifically for coordinate data, all you have to change is the type definition. And you have to change it in only one place: in the typedef statement. Here s the changed type definition:

Figure 9-3. Google Analytics displays graphic analysis of site information on the Dashboard display. The reports include everything from page hits to search engine terms used to find your site. All of this information is generated by including a small script that is under a dozen lines on the bottom of your web page.

Here is an example showing how suppressing the flow of execution context affects data in a thread s logical call context when queueing a work item to the CLR s thread pool1:

((IDisposable)d).Dispose();

Mail and news accounts are probably self-explanatory: They allow you to send and receive e-mail and newsgroup messages. Directory service accounts are different and might better have been called connections than accounts. A directory service is a repository of information about people and businesses. When you don t know someone s e-mail address, you can try to find it by connecting to a directory service and performing a search. For more information about directory services, see Creating a Directory Service Account, in this chapter.

private static Nullable<Int32> NullableCodeSize(Nullable<Int32> a, Nullable<Int32> b) { Nullable<Int32> nullable1 = a; Nullable<Int32> nullable2 = b; if (!(nullable1.HasValue & nullable2.HasValue)) { return new Nullable<Int32>(); } return new Nullable<Int32>(nullable1.GetValueOrDefault() + nullable2.GetValueOrDefault()); }

The idea behind the double-check locking technique is that a call to the GetSingleton method quickly checks the s_value field to see if the object has already been created, and if it has, the method returns a reference to it The beautiful thing here is that no thread synchronization is required once the object has been constructed; the application will run very fast On the other hand, if the first thread that calls the GetSingleton method sees that the object hasn t been created, it takes a thread synchronization lock to ensure that only one thread constructs the single object This means that a performance hit occurs only the first time a thread queries the singleton object Now, let me explain why this pattern didn t work in Java .

90 http://127.0.0.1:1234/subtract You did not provide the correct parameters. http://127.0.0.1:1234/abcd a=10&b=20 No such method.

"find the arithmetic maximum of arg1 and arg2 Function Max( arg1 As Integer, arg2 As Integer ) As Integer If ( arg1 > arg2 ) Then Max = arg1 Else Max = arg2 End If End Function