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First, notice that MyThread is passed a ManualResetEvent in its constructor. When MyThread s Run( ) method finishes, it calls Set( ) on that event object, which puts the event object into a signaled state. Inside Main( ), a ManualResetEvent called evtObj is created with an initially unsignaled state. Then, a MyThread instance is created and passed evtObj. Next, the main thread waits on the event object. Because the initial state of evtObj is not signaled, this causes the main thread to wait until the instance of MyThread calls Set( ), which puts evtObj into a signaled state. This allows the main thread to run again. Then the event is reset and the process is repeated for the second thread. Without the use of the event object, all threads would have run simultaneously and their output would have been jumbled. To verify this, try commenting out the call to WaitOne( ) inside Main( ). In the preceding program, if an AutoResetEvent object rather than a ManualResetEvent object were used, then the call to Reset( ) in Main( ) would not be necessary. The reason is that the event is automatically set to a non-signaled state when a thread waiting on the event is resumed. To try this, simply change all references to ManualResetEvent to AutoResetEvent and remove the calls to Reset( ). This version will execute the same as before.
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NOTE One of Google s datacenters in Oregon is the size of a football field and houses thousands of
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In C#, literals refer to fixed values that are represented in their human-readable form. For example, the number 100 is a literal. For the most part, literals and their usage are so intuitive that they have been used in one form or another by all the preceding sample programs. Now the time has come to explain them formally. C# literals can be of any simple type. The way each literal is represented depends upon its type. As explained earlier, character literals are enclosed between single quotes. For example, a and % are both character literals. Integer literals are specified as numbers without fractional components. For example, 10 and 100 are integer literals. Floating-point literals require the use of the decimal point followed by the number s fractional component. For example, 11.123 is a floating-point literal. C# also allows you to use scientific notation for floating-point numbers. Since C# is a strongly typed language, literals, too, have a type. Naturally, this raises the following question: What is the type of a numeric literal For example, what is the type of 12, 123987, or 0.23 Fortunately, C# specifies some easy-to-follow rules that answer these questions. First, for integer literals, the type of the literal is the smallest integer type that will hold it, beginning with int. Thus, an integer literal is either of type int, uint, long, or ulong, depending upon its value. Second, floating-point literals are of type double. If C# s default type is not what you want for a literal, you can explicitly specify its type by including a suffix. To specify a long literal, append an l or an L. For example, 12 is an int, but 12L is a long. To specify an unsigned integer value, append a u or U. Thus, 100 is an int, but 100U is a uint. To specify an unsigned, long integer, use ul or UL. For example, 984375UL is of type ulong. To specify a float literal, append an F or f to the constant. For example, 10.19F is of type float. Although redundant, you can specify a double literal by appending a D or d. (As just mentioned, floating-point literals are double by default.) To specify a decimal literal, follow its value with an m or M. For example, 9.95M is a decimal literal.
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ln (1/2) 0 = 2 2 0.7404. (d) Area =
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The Address Resolution Protocol (ARP) is an Internet layer protocol that helps TCP/IP network components find other devices in the same broadcast domain. ARP uses a local broadcast (255.255.255.255) at layer 3 and FF:FF:FF:FF:FF:FF at layer 2 to discover neighboring devices. Basically stated, you have the IP address you want to reach, but you need a physical (MAC) address to send the frame to the destination at layer 2. ARP resolves an IP address of a destination to the MAC
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