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// Still adds some deque.addAll(names.keySet()); } catch (IllegalStateException e) { console.printf("Full: %s%n", e); } // Reset, remove those that fit deque.clear(); // Add one at time to beginning of deque new Thread() { public void run() { Set<String> keys = names.keySet(); Iterator<String> itor = keys.iterator(); String element = null; while (itor.hasNext() || element != null) { if (element == null) { element = itor.next(); console.printf("MapGot: %s%n", element); } console.printf("Offering: %s%n", element); if (deque.offerFirst(element)) { console.printf("MapRemoving: %s%n", element); itor.remove(); element = null; } else { try { Thread.sleep(250); } catch (InterruptedException ignored) { } } } // Done. Give time to process rest. try { Thread.sleep(3500); } catch (InterruptedException ignored) { } System.exit(0); } }.start(); while (true) { if ((deque.size() % 2 == 1)) { // remove head console.printf("Remove head: %s%n", deque.pollFirst());

The following code executes the switch statement five times, with the value of x ranging from 1 to 5. From the output, you can tell which case section was executed on each cycle through the loop. for( int x=1; x<6; x++ ) { switch( x ) // Evaluate the value of variable x. { case 2: // If x equals 2 Console.WriteLine ("x is {0} -- In Case 2", x); break; // Go to end of switch. case 5: Console.WriteLine ("x is {0} -- In Case 5", x); break; default: // If x is neither 2 nor 5 Console.WriteLine ("x is {0} -- In Default case", x); break; // Go to end of switch. } } This code produces the following output: x x x x x is is is is is 1 2 3 4 5 -----In In In In In Default case Case 2 Default case Default case Case 5 // If x equals 5

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} else { // remove tail console.printf("Remove tail: %s%n", deque.pollLast()); } // Sleep between loops try { Thread.sleep(500); } catch (InterruptedException ignored) { } } } }

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.

A switch statement can have any number of switch sections, including none (although with none, you ll get a compiler warning). The default section is not required, as shown in the following example. It is, however, generally considered good practice to include it, since it can catch potential errors. For example, the switch statement in the following code has no default section. The switch statement is inside a for loop, which executes the statement five times, with the value of x starting at 1 and ending at 5. for( int x=1; x<6; x++ ) { switch( x ) { case 5: Console.WriteLine("x is {0} -- In Case 5", x); break; } } This code produces the following output:

The following code has only the default section: for( int x=1; x<4; x++ ) { switch( x ) { default: Console.WriteLine("x is {0} -- In Default case", x); break; } } This code produces the following output: x is 1 -- In Default case x is 2 -- In Default case x is 3 -- In Default case

As shown in Listing 2-7, running the program generates lots of output due to the printf() statements. Each time an element is fetched from the source map, removed from the source map, offered to the deque, or removed from the deque, an output line is generated. Notice how the act of offering happens multiple times while the deque is full.

The expression following the keyword case in a switch label Must be a constant expression, and must therefore be completely evaluable by the compiler at compile time Must be of the same type as the test expression For example, Figure 9-5 shows three sample switch statements.

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