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The classes that are the main focus of this chapter are collectively called the generic collections. Generic collections are strongly typed, meaning that they contain a collection of objects, all of which are the same type. If you want to be able to collect objects of different types, you can either create a collection that works on instance of object or use the legacy collection classes that were created before the generics feature was added to C#. The legacy collections are described later in this chapter. The generic collections are the ones that you are likely to use most often. They are simple, they are fast, and the strong typing makes them easy to use because you don t have to check the type of the items you are adding and removing from the collections. There are a range of classes available for different

static long g_l = 0; extern "C" __declspec(dllexport) void __stdcall fNativeFromDLL() { ++g_l; } class __declspec(dllexport) NativeClassFromDLLWithNativeCode { public: void f() { ++g_l; }; virtual void vf() { ++g_l; } }; ////////////////////////////////////// // ThunkPerformanceManagedParts.cpp // build with "CL /c /clr ThunkPerformanceManagedParts.cpp" #define _WIN32_WINNT 0x400 #include <windows.h> #include <iostream> using namespace std; static long g_l = 0; using namespace System::Runtime::CompilerServices; ////////////////////// // target functions called in different measurements [MethodImpl(MethodImplOptions::NoInlining)] __declspec(noinline) void __stdcall fManagedLocal() { ++g_l; } extern void __stdcall fNativeLocal();

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Sun introduced the java.util.concurrent.atomic package to the masses with Java 5. It provides a series of classes that wrap access to primitives and objects for atomically getting, comparing, and setting their values. As the set operation may take longer than it would for a nonatomic variable, the atomic program may function a little more slowly. This can be expected, as you re restricting access to something (a variable in this case). There is now an unsafe way to set the value of an atomic variable through the lazySet() method of AtomicBoolean, AtomicInteger, AtomicIntegerArray, AtomicIntegerFieldUpdater, AtomicLong, AtomicLongArray, AtomicLongFieldUpdater, AtomicReference, AtomicReferenceArray, and AtomicReferenceFieldUpdater. If you don t mind the value not being set immediately possibly even queuing up multiple updates if done quickly enough use the new lazySet() method of these classes.

The data portal will also allow you to create your own proxy/host combination so you can support network channels other than the three implemented in this chapter.

ASH provides the list of sessions active in each of its samples. If we look at a time period of 10 seconds (which is also 10 ASH samples, because ASH samples each second by default) and calculate the percentage of samples that a particular session appears in ASH (that is, was sampled to be active), this provides us with the average activity of that session (% Activity). For example, if a session appeared in

Software as a Service (SAAS)

The RGB values are taken with intensities of 75 percent for the outermost color (red on left, blue on right), 50 percent in the middle (green), and 25 percent on the inside (blue on left, red on right). Now, pixels aren t created through the specific drawing of the red, green, and blue colors. Instead, the value of each column is combined. This equates to a left color of 75-percent red, 50-percent green, and 25-percent blue (or roughly 191, 128, and 64; or an off-orange color). On the right side, you get 25-percent red, 50-percent green, and 75-percent blue, or a cyan-like color. Figure 4-16 shows this effect.

True when the outgoing packets are delivered to the sending application. Defines the receive buffer size of the Socket used for the receive multicast operations. It defines the buffer size for the packets received before calling the BeginReceiveFromGroup method. If the buffer is full before the BeginReceiveFromGroup and EndReceiveFromGroup methods are called, the older packets will be dropped. The buffer size is defined in bytes and the default is 8,192 bytes for Windows. Defines the send buffer size of the Socket used for sending multicast operations. The buffer size is defined in bytes and the default is 8,192 bytes for Windows.

have what I have in Figure 6-31.

We could also have used an anonymous method in place of the lambda expression, as shown following. This is more verbose, though, and since lambda expressions are equivalent semantically and are less verbose, there s little reason to use anonymous methods anymore. class Program { static void Main( ) { int[] intArray = new int[] { 3, 4, 5, 6, 7, 9 }; Anonymous method Func<int, bool> myDel = delegate(int x) { return x % 2 == 1; }; var countOdd = intArray.Count(myDel); Console.WriteLine("Count of odd numbers: {0}", countOdd); } }

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