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Notice that this case has two statements before the break. There is no limit to the number of statements a case can have. Having one is OK; having 653 is OK. You can even have a case with no statements at all. The original example also contains a default case. If the switch can t find a case that matches the value of its expression, the switch looks for a case labeled default. If the default is present, its statements are executed. If no default is present, the switch completes without executing any of its statements.

Here s the pattern the switch tries to match:

switch ( expression ) { case constant: statements case constant: statements default: statements }

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(11)

Why would you want a case with no statements Here s an example:

switch ( numberOfEggs ) { case 1: case 2: HardBoilThem(); break; case 3: MakeAnOmelet(); }

Mary has stated that when she used the CNET Bandwidth Meter Online Speed Test, she achieved Internet transfer speeds around 75 Mbps What type of Internet access do you think Mary has Cindy is installing a high-speed connection to the Internet What are the four components she will need to verify and have on hand What is a baud What is the maximum baud of a phone line Tammy lives in a remote mountain hideaway, but still wants Internet access What Internet connection method would work best for her, and what problems might she encounter with that method What port number does Telnet use What port number does HTTPS use

In this example, if numberOfEggs has a value of 1 or 2, the function HardBoilThem() is called. If numberOfEggs has a value of 3, the function MakeAnOmelet() is called. If NumberOfEggs has any other value, nothing happens. Use a case with no statements when you want two different cases to execute the same statements. But what happens if we have 4 eggs We get no breakfast Not cool. Here s a better plan.

switch ( numberOfEggs ) { case 1: case 2: HardBoilThem(); break; case 3: MakeAnOmelet(); break; default: FrenchToastForEveryone(); }

Performance program p r o g r a m / instruction cycje The shorter the program's execution time, the better the performance Looking at Equation 11, we can conclude that processor performance can be improved by reducing the magnitude of any one of the three terms in this equation If the instruction count can be reduced, there will be fewer instructions to execute and the execution time will be reduced If CPI is reduced, then on average each instruction will consume fewer machine cycles If cycle time can be reduced, then each cycle will consume less time and the overall execution time is reduced It might seem from this equation that improving performance is quite trivial Unfortunately, it is not that straightforward The three termsare notaU independent, and Jthere^areromplex interactions between^ them The reduction of any one term can potentially increase the magnitude of the other two terms The relationship between the three terms cannot be easily characterized Improving performance becomes a real challenge involving subtle tradeoffs and delicate balancing acts It is exactly this challenge that makes processor design fascinating and at times more of an art than a science Section 132 will examine more closely different ways to improve processor performance 132 Processor Performance Optimizations

Use the following terms to complete the following sentences Not all terms will be used analog dial-up digital drivers HTTP ICS ISP PnP POP3

In this example, we ve added a default case. Now, if we have 4 eggs or more, everyone will get French toast. Yay!

Think about what happens with this example:

switch ( myVar ) { case 1: DoSometimes(); case 2: DoFrequently(); default: DoAlways(); }

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Notice anything unusual This code contains no break statements. If myVar is 1, all three functions will get called. This is called fall-through, because we execute DoSometimes(), and then fall through and execute DoFrequently(), and then fall through and execute DoAlways(). If myVar is 2, DoFrequently() and DoAlways() will get called. If myVar has any other value, DoAlways() gets called by itself. As this example showed, fall-through allows you to layer your switch cases, adding more functionality as you fall through the cases. With careful planning, fall-through is a nice tool to have. That said, fall-through does have its downside. Imagine that you needed to modify the code. You realized that when myVar is 2, you need to call the function OnlyWhenMyVarIs2(). So you modify the code to look like this: