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As mentioned earlier, the decimal type is especially well suited for calculations that involve money. This program demonstrates its use in this capacity. The program computes the regular payments on a loan, such as a car loan. Given the principal, the length of time, number of payments per year, and the interest rate, the program will compute the payment. Since this is a financial calculation, it makes sense to use the decimal type to represent the data. This program also demonstrates casting and another of C# s library methods. To compute the payments, you will use the following formula: IntRate * (Principal / PayPerYear) Payment = 1 ((IntRate / PayPerYear) + 1) PayPerYear * NumYears where IntRate specifies the interest rate, Principal contains the starting balance, PayPerYear specifies the number of payments per year, and NumYears specifies the length of the loan in years. Notice that in the denominator of the formula, you must raise one value to the power of another. To do this, you will use the C# math method Math.Pow( ). Here is how you will call it: result = Math.Pow(base, exp); Pow( ) returns the value of base raised to the exp power. The arguments to Pow( ) must be of type double, and it returns a value of type double. This means that you will need to use a cast to convert between double and decimal.

Figure 11-8

To effectively communicate the data collected, developers need to organize the data for maximum impact and structure the data-feedback meeting with the learner in such a way that he or she will be most receptive to the information.

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The TCP/IP network model is one of the basic design characteristics of the TCP/IP suite of protocols. The network model consists of four layers, where each layer is used to manage some aspect of the transmission, routing, or delivery of data over a network. In a layered model, a layer receives services from the next lowest layer and provides services to the next higher layer. The TCP/IP network model utilizes encapsulation. This means that a message created by an application program is encapsulated within a transport layer message, which in turn is encapsulated within an Internet layer message, which is encapsulated in a link layer message, which is delivered to a network adaptor for delivery across a physical network medium. This encapsulation is depicted in Figure 5-10. The layers of the TCP/IP model, from bottom to top, are: Link Internet Transport Application These layers are discussed in detail in this section. One of the primary purposes of the layered model is to permit abstraction. This means that each layer need be concerned only with its own delivery characteristics, while permitting other layers to manage their own matters. For instance, order of delivery is managed by the transport layer; at the Internet and link layers, order of delivery is irrelevant. Also, the link layer is concerned with just getting a message from one station to another and with collisions and the basic integrity of the message as it is transported from one device to another; but the link layer has no concept of a logical connection or with order of delivery, which are addressed by higher layers.

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At the center of C# is object-oriented programming (OOP). The object-oriented methodology is inseparable from C#, and all C# programs are to at least some extent object oriented. Because of its importance to C#, it is useful to understand OOP s basic principles before you write even a simple C# program. OOP is a powerful way to approach the job of programming. Programming methodologies have changed dramatically since the invention of the computer, primarily to accommodate the increasing complexity of programs. For example, when computers were first invented, programming was done by toggling in the binary machine instructions using the computer s front panel. As long as programs were just a few hundred instructions long, this approach worked. As programs grew, assembly language was invented so that a programmer could deal with larger, increasingly complex programs, using symbolic representations of the machine instructions. As programs continued to grow, high-level languages such as FORTRAN and COBOL were introduced that gave the programmer more tools with which to handle complexity. When these early languages began to reach their breaking point, structured programming languages, such as C, were invented. At each milestone in the history of programming, techniques and tools were created to allow the programmer to deal with increasingly greater complexity. Each step of the way, the new approach took the best elements of the previous methods and moved forward. The same is true of object-oriented programming. Prior to OOP, many projects were nearing (or exceeding) the point where the structured approach no longer worked. A better way to handle complexity was needed, and object-oriented programming was the solution.

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