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There are two distinct types of multitasking: process-based and thread-based. It is important to understand the difference between the two. A process is, in essence, a program that is executing. Thus, process-based multitasking is the feature that allows your computer to run two or more programs concurrently. For example, process-based multitasking allows you to run a word processor at the same time you are using a spreadsheet or browsing the Internet. In process-based multitasking, a program is the smallest unit of code that can be dispatched by the scheduler. A thread is a dispatchable unit of executable code. The name comes from the concept of a thread of execution. In a thread-based multitasking environment, all processes have at least one thread, but they can have more. This means that a single program can perform two or more tasks at once. For instance, a text editor can be formatting text at the same time that it is printing, as long as these two actions are being performed by two separate threads. The differences between process-based and thread-based multitasking can be summarized like this: Process-based multitasking handles the concurrent execution of programs. Thread-based multitasking deals with the concurrent execution of pieces of the same program. The principal advantage of multithreading is that it enables you to write very efficient programs because it lets you utilize the idle time that is present in most programs. As you probably know, most I/O devices, whether they be network ports, disk drives, or the keyboard, are much slower than the CPU. Thus, a program will often spend a majority of its execution time waiting to send or receive information to or from a device. By using multithreading, your program can execute another task during this idle time. For example, while one part of your program is sending a file over the Internet, another part can be reading keyboard input, and still another can be buffering the next block of data to send. A thread can be in one of several states. In general terms, it can be running. It can be ready to run as soon as it gets CPU time. A running thread can be suspended, which is a temporary halt to its execution. It can later be resumed. A thread can be blocked when waiting for a resource. A thread can be terminated, in which case its execution ends and cannot be resumed. The .NET Framework defines two types of threads: foreground and background. By default, when you create a thread, it is a foreground thread, but you can change it to a background thread. The only difference between foreground and background threads is that a background thread will be automatically terminated when all foreground threads in its process have stopped. Along with thread-based multitasking comes the need for a special type of feature called synchronization, which allows the execution of threads to be coordinated in certain well-defined ways. C# has a complete subsystem devoted to synchronization, and its key features are also described here. All processes have at least one thread of execution, which is usually called the main thread because it is the one that is executed when your program begins. Thus, the main thread is the thread that all of the preceding example programs in the book have been using. From the main thread, you can create other threads. C# and the .NET Framework support both process-based and thread-based multitasking. Thus, using C#, you can create and manage both processes and threads. However, little programming effort is required to start a new process because each process is largely separate from the next. Rather, it is C# s support for multithreading that is
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FIGURE 13-5 The Marketing group is organized by product and region. Row restrictions allow data to be ltered automatically.
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To adjust the white balance, select the White Balance tool, and click an area that should be pure white, neutral gray, or pure black. Alternatively, drag the Temperature slider to the right to increase the color temperature of the light or to the left to decrease the color temperature of the light. The color temperature value is measured in degrees Kelvin. Drag the Tint slider to fine-tune the color balance. Drag the slider to the left to add a green tint to the image; drag to the right to add a magenta tint. Drag the Exposure slider to the right to increase exposure; drag to the left to decrease exposure. As you drag the slider, hold down the ALT key (Windows) or the OPTION key (Macintosh) to display a black overlay on the image. If you see a color appear when you drag the slider, you are blowing out highlights in that color channel. If you see solid white, you are blowing out all details to white. As you drag the Exposure slider, the histogram changes. Drag the Shadows slider to the right to darken shadow areas; drag to the left to lighten them. As you drag the slider, hold down the ALT key (Windows) or the OPTION key (Macintosh) to display a white overlay on the image. If you see a color appear when you drag the slider, you are losing shadow detail in that color channel. If you see solid black, you are losing all shadow detail in that area of your photo. Drag the Brightness slider to the right to brighten the image; drag to the left to darken it. In essence, this setting changes the midtone values of the image. You can, however, brighten an image too much, and it will appear as though all detail in the highlight areas of your image are lost. Drag the Contrast slider to the right to increase contrast; drag to the left to decrease contrast. This setting increases contrast by increasing the brightness of highlights and darkening shadow areas of the image, while leaving the middle of the tone curve unchanged. If you picture an S-curve, you ll get an idea of how the Contrast control works. Note that the middle of the tone curve is determined by the Brightness value. Drag the Saturation slider to the right to increase color saturation; drag to the left to decrease color saturation.
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// Demonstrate the Stack<T> class. using System; using System.Collections.Generic; class GenStackDemo { static void Main() { Stack<string> st = new Stack<string>(); st.Push("One"); st.Push("Two"); st.Push("Three"); st.Push("Four"); st.Push("Five"); while(st.Count > 0) { string str = st.Pop(); Console.Write(str + " "); } Console.WriteLine(); } }
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parameters in the IP and TCP header are shown in part 1 under the Inside Network column. The appliance compares packet information against the existing connections to the state table to determine if the packet is new or part of an existing connection. Since it is a new connection, it won t be found. The appliance then looks for an ACL applied inbound in the interface. If one exists, the packet must match a permit statement in the list of statements to be allowed. If the packet is allowed, the appliance then compares the packet header information with the existing translation entries in the translation table to see if an existing translation can be used, or if a new one needs to be created. For the former, this is commonly referred to as looking for a matching translation slot entry. As you will see in the Address Translation Overview section, for NAT translations, multiple connections from the same source can have the same NAT translation. So in this example, if the source has existing connections open, the table might have a NAT translation the appliance can use. I ll assume, however, that this is the first time the source has sent a packet through the appliance, so no existing translation entries in the xlate table will match. Next the appliance compares the information in the packet header with the configured translation policies static and dynamic for a match. If a match is not found, then
(Nikola Tesla s patents) after a brief but intense battle with Thomas Edison s DC forces. Figure 3-3 shows a cross-section of the more prominent United States electric vehicle manufacturers in operation from 1895 through the 1930s. By 1912, the peak production year for early electrics, 34,000 cars were registered. The Reader s Guide to Periodical Literature listings tell the story. The half page of magazine articles listed in the 1890 through 1914 volumes dwindled to a quarter page in 1915 18 and disappeared altogether in the 1925 28 volume. Early electric vehicle success in urban areas was easy to understand. Most paved roads were in urban areas; power was conveniently available; urban distances were short; speed limits were low; and safety, comfort, and convenience were primary purchase considerations. The quietness, ease of driving, and high reliability made EVs a natural with the wealthy urban set in general and well-to-do women in particular. Clara Bryant Ford (Mrs. Henry Ford) could have any automobile she wanted, but she chose the Detroit Electric now on display at the Henry Ford Museum (shown in Figure 3-4) for getting around the Ford Park Lane estate and running errands. Thomas Edison s 1889-vintage electric vehicle was a test platform for his rechargeable nickel-iron battery experiments. Later, Edison s nickel-iron batteries went into the Bailey Electric and numerous other electrics. Edison had his own personal Studebaker electric vehicle, and both he and Henry Ford were strongly supportive of EVs. At one time these two planned to bring out a lightweight $750 electric auto that was to be called the Edison-Ford.
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FIGURE 1-2 The business intelligence explosion
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