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After learning the ingredients of, and appropriate situations for, each type of mechanism, the most effective objective for designers is to develop both a feeling for the capabilities and limitations of the entire set of mechanism types and a feeling for how to orchestrate combinations of their usage, in one task and across a system. To achieve these feelings, one must understand the meaning of each mechanism type and think through applications based on functionality. To comprehensively serve that, this section describes the more-basic meaning of each of several language features.

Offering: September MapRemoving: September MapGot: October Offering: October Remove tail: null Offering: October Remove tail: Jun Offering: October MapRemoving: October MapGot: Sep Offering: Sep Offering: Sep Remove tail: March Offering: Sep MapRemoving: Sep MapGot: Aug Offering: Aug Offering: Aug Remove tail: December Offering: Aug MapRemoving: Aug MapGot: Apr Offering: Apr Offering: Apr Remove tail: April Offering: Apr MapRemoving: Apr MapGot: May Offering: May Offering: May Remove tail: November Offering: May MapRemoving: May MapGot: June Offering: June Offering: June Remove tail: September Offering: June MapRemoving: June MapGot: Feb Offering: Feb Offering: Feb

Figure 9-5. Switch statements with different types of switch labels Although C# does not allow falling through from one switch section to another You can attach multiple switch labels to any switch section. Following the statement list associated with a case, there must be a break or goto statement before the next switch label, unless there are no intervening executable statements between the switch labels. For example, in the following code, since there are no executable statements between the first three switch labels, it s fine to have one follow the other. Cases 5 and 6, however, have an executable statement between them, so there must be a break or goto statement before case 6. switch( x ) { case 1: case 2: case 3: ... break; case 5: y = x + 1; case 6: ...

The while loop is a simple loop construct in which the test expression is performed at the top of the loop. The syntax of the while loop is shown here, and is illustrated in Figure 9-6. First, TestExpr is evaluated. If TestExpr evaluates to false, then execution continues after the end of the while loop. Otherwise, when TestExpr evaluates to true, then Statement is executed, and TestExpr is evaluated again. Each time TestExpr evaluates to true, Statement is executed another time. The loop ends when TestExpr evaluates to false. while( TestExpr ) Statement

Remove tail: October Offering: Feb MapRemoving: Feb MapGot: Dec Offering: Dec Offering: Dec Remove tail: Sep Offering: Dec MapRemoving: Dec MapGot: Oct Offering: Oct Offering: Oct Remove tail: Aug Offering: Oct MapRemoving: Oct MapGot: Jan Offering: Jan Offering: Jan Remove tail: Apr Offering: Jan MapRemoving: Jan MapGot: Mar Offering: Mar Offering: Mar Remove tail: May Offering: Mar MapRemoving: Mar MapGot: Jul Offering: Jul Offering: Jul Remove tail: June Offering: Jul MapRemoving: Jul MapGot: August Offering: August Offering: August Remove tail: Feb Offering: August MapRemoving: August

A very simple example of the meaning of a language feature regards class data and class functions. These are constants, variables shared among instances, and functions performed on only external variables shared variables, parameters, and other objects data items. Except where the shared variables are concerned, these items are available to any object of a differing class without instantiating the first class. There are a couple of meanings here. The more straightforward one is that some data and functions are exactly the same in every object of that class. But the more significant one is that these items are not just kept in one big pool; they are kept in logical groupings, each with the appropriate function

Figure 9-6. The while loop The following code shows an example of the while loop, where the test expression variable starts with a value of 3 and is decremented at each iteration. The loop exits when the value of the variable becomes 0. int x = 3; while( x > 0 ) { Console.WriteLine("x: {0}", x); x--; } Console.WriteLine("Out of loop"); This code produces the following output: x: x: x: Out 3 2 1 of loop