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Also, use cases can be represented with constants as parameters. As with standard algebra, plugging in constants identifies more characteristics of a particular usage of a structure. With interaction algebra, the flow of a particular use case can be identified. As teams of designers become familiar with interaction algebra, mentally translating to corresponding diagrams becomes easier. Their generic flow makes this second nature. At that point, it s easy to see drawn-out diagrams as training wheels. Interaction algebra is only in its infancy. As it matures, it is believed that the thorough notation will be able to be manipulated with specific algebraic methods. This would serve to ensure that a mechanism is in its simplest form (in other words, optimized), and it could reveal many more (specifically focused) characteristics of any mechanism. Further, nongraphical data and process representations are more fully compatible with the type of live analysis that is a very frequent part of development. From Two, perhaps the most far-reaching ability of interaction algebra is how it might be able to thoroughly clarify combinations of mechanisms, as an integral part of a whole-system design. Just as in standard algebra, the objective is to maintain the algebraic characteristics manipulating variables, not inserting constants; of course, in both, this type of effort can be cumbersome, but (in both) its often necessary. The simplifying and combining features of interaction algebra can be used together to address whole-system optimization. This is a broad version of refactoring, which easily relates to algebra; they both have factors and factoring processes. For identification of all of the properties and possibilities of interaction algebra, widespread experimentation and discussion are highly recommended.

Although types int, double, and char are defined by C#, classes such as Dealer and Player, as you can probably guess, are not defined by the language. If you want to use them in a program, you will have to define them yourself. You do this by writing a class declaration. A class declaration defines the characteristics and members of a new class. It does not create an instance of the class, but creates the template from which class instances will be created. The class declaration provides the following: The class name The members of the class The characteristics of the class The following is an example of the minimum syntax for a class declaration. The curly braces contain the member declarations that make up the class body. Class members can be declared in any order inside the class body. This means that it is perfectly fine for the declaration of a member to refer to another member that is not yet defined until further down in the class declaration. Keyword Class name class MyExcellentClass { MemberDeclarations } For example, the following code shows the outlines of two class declarations: class Dealer { ... } class Player { ... } // Class declaration

The following method declaration is another version that produces the same result: Return a generic enumerator. public IEnumerator<string> BlackAndWhite() { string[] TheColors = { "black", "gray", "white" }; for (int i = 0; i < TheColors.Length; i++) yield return TheColors[i]; } I haven t explained the yield return statement yet, but on inspecting these code segments, you might have the feeling that something is different about this code. It doesn t seem quite right. What exactly does the yield return statement do For example, in the first version, if the method returns on the first yield return statement, then the last two statements can never be reached. If it doesn t return on the first statement, but continues through to the end of the method, then what happens to the values And in the second version, if the yield return statement in the body of the loop returns on the first iteration, then the loop will never get to any subsequent iterations. And besides all that, an enumerator doesn t just return all the elements in one shot it returns a new value with each access of the Current property. So how does this give you an enumerator Clearly this code is different than anything shown before.

CHAPTER 6 EXTENSIBLE MARKUP LANGUAGE (XML)

his chapter delineates the philosophies behind data-oriented designing and, further, demonstrates utilization of a different type of software language to completely support it. This type of language is also more closely expressive of the development process. Further, it integrates features of another concept called aspect orientation (which allows evenmore-independent functionality), in a more controlled way than other aspect-oriented approaches. As just a detail language, for low-level designing, this type of language provides a seamless transition from designing to programming and can be very directly translated to any other language. But as an actual programming language, with automated translators (precompilers) to other languages, it provides the most far-reaching benefits, maximizing the ability to design on demand. (And maintenance on existing systems benefits from reverse translators.) The syntax section is also an open specification for that.