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The do loop is a simple loop construct in which the test expression is performed at the bottom of the loop. The syntax for the do loop is shown here and illustrated in Figure 9-7. First, Statement is executed. Then, TestExpr is evaluated. If TestExpr returns true, then Statement is executed again. Each time TestExpr returns true, Statement is executed again. When TestExpr returns false, control passes to the statement following the end of the loop construct. do Statement while( TestExpr ); // End of do loop

MapGot: January Offering: January Offering: January Remove tail: Dec Offering: January MapRemoving: January MapGot: February Offering: February Offering: February Remove tail: Oct Offering: February MapRemoving: February MapGot: July Offering: July Offering: July Remove tail: Jan Offering: July MapRemoving: July MapGot: Nov Offering: Nov Offering: Nov Remove tail: Mar Offering: Nov MapRemoving: Nov Remove tail: Jul Remove head: Nov Remove tail: August Remove head: July Remove tail: January Remove head: February Remove tail: null

set, which serves change and adaptation efforts. (Also, the class language feature reinforces that the software is fundamentally more function oriented than object oriented.)

The do loop has several characteristics that set it apart from other flow-of-control constructs. They are the following: The body of the loop, Statement, will always be executed at least once, even if TestExpr is initially false. The semicolon is required after the closing parenthesis of the test expression. The following code shows an example of a do loop: int x = 0; do Console.WriteLine("x is {0}", x++); while (x<3); Required This code produces the following output: x is 0 x is 1 x is 2

Note There are 23 combined names for months between short and long because May counts for both the

The for loop construct executes the body of the loop as long as the test expression returns true when it is evaluated at the top of the loop. The syntax of the for loop is shown here and illustrated in Figure 9-8. At the beginning of the for loop, Initializer is executed once. TestExpr is then evaluated. If it returns true, Statement is executed, followed by IterationExpr. Control then returns to the top of the loop, and TestExpr is evaluated again. As long as TestExpr returns true, Statement, followed by IterationExpr, will be executed. As soon as TestExpr returns false, execution continues at the statement following Statement. Separated by semicolons for( Initializer ; TestExpr ; IterationExpr ) Statement Some parts of the statement are optional. Initializer, TestExpr, and IterationExpr are all optional. Their positions can be left blank. If the TestExpr position is left blank, the test is assumed to return true. Therefore, there must be some other method of exiting the statement if the program is to avoid going into an infinite loop. The semicolons are required.

Items are not just kept in one big pool; they are kept in logical groupings, each with the appropriate function set, which serves change and adaptation efforts.

Figure 9-8 illustrates the flow of control through the for statement. You should also know the following about its components: Initializer is executed only once, before any other part of the for construct. It is usually used to declare and initialize local values to be used in the loop. TestExpr is evaluated to determine whether Statement should be executed or skipped. It must evaluate to a value of type bool. IterationExpr is executed immediately after Statement, and before returning to the top of the loop to TestExpr. For example, in the following code: Before anything else, the initializer (int i=0) defines a variable called i, and initializes its value to 0. The condition (i<3) is then evaluated. If it is true, then the body of the loop is executed. At the bottom of the loop, after all the loop statements have been executed, the IterationExpr statement is executed in this case incrementing the value of i. // The body of this for loop is executed three times. for( int i=0 ; i<3 ; i++ ) Console.WriteLine("Inside loop. i: {0}", i); Console.WriteLine("Out of Loop"); This code produces the following output: Inside Inside Inside Out of loop. i: loop. i: loop. i: Loop 0 1 2

short and long name of the fifth month. Since getDisplayNames() returns a Map, May can t be the key for two entries, one short and one long.