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Notice that this example does not include a default case Remember, the default is optional When not needed, it can be left out In C#, it is an error for the statement sequence associated with one case to continue on into the next case This is called the no fall-through rule This is why case sequences end with a break statement (You can avoid fall-through in other ways, such as by using the goto discussed later in this chapter, but break is by far the most commonly used approach) When encountered within the statement sequence of a case, the break statement causes program flow to exit from the entire switch statement and resume at the next statement outside the switch The default sequence also must not fall through, and it too usually ends with break The no fall-through rule is one point on which C# differs from C, C++, and Java In those languages, one case may continue on (that is, fall through) into the next case There are two reasons that C# instituted the no fall-through rule for cases: First, it allows the compiler to freely rearrange the order of the case sequences, perhaps for purposes of optimization Such a rearrangement would not be possible if one case could flow into the next Second, requiring each case to explicitly end prevents a programmer from accidentally allowing one case to flow into the next Although you cannot allow one case sequence to fall through into another, you can have two or more case labels refer to the same code sequence, as shown in this example:

// Empty cases can fall through using System; class EmptyCasesCanFall { static void Main() { int i; for(i=1; i < 5; i++) switch(i) { case 1: case 2: case 3: ConsoleWriteLine("i is 1, 2 or 3"); break; case 4: ConsoleWriteLine("i is 4"); break; } } }

Part I:

The output is shown here:

Our clients include commercial, residential, churches, the Department of Defense, as well as state and municipal organizations Because of our client diversity, the types of projects that we are involved with also tend to be varied That makes the day-to-day aspect of the business interesting But the bottom line of this profession is that it is a service-oriented eld It requires a desire to serve people because, ultimately, most buildings that you will be involved in designing will be used by people to facilitate or meet a speci c need

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In this example, if i has the value 1, 2, or 3, then the first WriteLine( ) statement executes If i is 4, then the second WriteLine( ) statement executes The stacking of cases does not violate the no fall-through rule, because the case statements all use the same statement sequence Stacking case labels is a commonly employed technique when several cases share common code This technique prevents the unnecessary duplication of code sequences

It is possible to have a switch as part of the statement sequence of an outer switch This is called a nested switch The case constants of the inner and outer switch can contain common values and no conflicts will arise For example, the following code fragment is perfectly acceptable:

switch(ch1) { case 'A': ConsoleWriteLine("This A is part of outer switch"); switch(ch2) { case 'A': ConsoleWriteLine("This A is part of inner switch"); break; case 'B': // } // end of inner switch break; case 'B': //

On your hand calculator raise e to a power, then take the In of that number to return to the original power (number) [ e3 = 20; ln20 = 3 ] As you go through the problems in this chapter keep your calculator handy and practice "punching the numbers"

The for loop was introduced in 2 Here, it is examined in detail You might be surprised at just how powerful and flexible the for loop is Let s begin by reviewing the basics, starting with the most traditional forms of the for The general form of the for loop for repeating a single statement is for(initialization; condition; iteration) statement; For repeating a block, the general form is for(initialization; condition; iteration) { statement sequence } The initialization is usually an assignment statement that sets the initial value of the loop control variable, which acts as the counter that controls the loop The condition is a Boolean expression that determines whether the loop will repeat The iteration expression defines the amount by which the loop control variable will change each time the loop is repeated Notice that these three major sections of the loop must be separated by semicolons The for loop will

5:

continue to execute as long as the condition tests true Once the condition becomes false, the loop will exit, and program execution will resume on the statement following the for The for loop can proceed in a positive or negative fashion, and it can change the loop control variable by any amount For example, the following program prints the numbers 100 to 100, in decrements of 5:

// A negatively running for loop using System; class DecrFor { static void Main() { int x; for(x = 100; x > -100; x -= 5) ConsoleWriteLine(x); } }

An important point about for loops is that the conditional expression is always tested at the top of the loop This means that the code inside the loop may not be executed at all if the condition is false to begin with Here is an example:

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