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- (void)handleDismissedPopoverController:(UIPopoverController*)popoverController { if ([popoverController.contentViewController isMemberOfClass: [FontListController class]]) { // this is the font list, grab the new selection FontListController *flc = (FontListController *) popoverController.contentViewController; self.font = [UIFont fontWithName:flc.selectedFontName size:self.font.pointSize]; } else if ([popoverController.contentViewController isMemberOfClass: [FontSizeController class]]) { FontSizeController *fsc = (FontSizeController *) popoverController.contentViewController; self.font = fsc.font; } else if ([popoverController.contentViewController isMemberOfClass: [StrokeWidthController class]]) { StrokeWidthController *swc = (StrokeWidthController *) popoverController.contentViewController; self.strokeWidth = swc.strokeWidth; } else if ([popoverController.contentViewController isMemberOfClass: [StrokeColorController class]]) { StrokeColorController *scc = (StrokeColorController *) popoverController.contentViewController; self.strokeColor = scc.selectedColor; } else if ([popoverController.contentViewController isMemberOfClass: [FillColorController class]]) { FillColorController *fcc = (FillColorController *) popoverController.contentViewController; self.fillColor = fcc.selectedColor; } self.currentPopover = nil; }

case constant2: statements2; break; default: statements3; } You can write the preceding nested if statement as a switch statement, like this: switch ( animal ) { case Dog: Console::WriteLine ("The animal is a dog"); break; case Cat: Console::WriteLine ("The animal is a cat"); break; default: Console::WriteLine ("Maybe the animal is a bird"); } The first thing you may notice is that each case ends with a break statement. This break statement tells the switch that it is finished. If you fail to place a break statement at the end of a case, the following case will also be executed. This may sound like a mistake, but there are times when this falling through to the next case is exactly what you will want. For example, this case statement executes the same code for lower- and uppercase characters: switch ( keypressed ) { case 'A': case 'a': Console::WriteLine ("Pressed the A key"); break; case 'B': case 'b': Console::WriteLine ("Pressed the B key"); break; default: Console::WriteLine ("Pressed some other key"); }

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Note Users, when they experience performance problems, are typically unable to provide details on

A missing break statement is a common and difficult error to debug, because often the error caused by it does not occur until later in the program.

So far, you have seen that C++/CLI programs are statements that are executed sequentially from beginning to end, except when flow control dictates otherwise. Obviously, there are scenarios in which you would like to be able to repeat a single statement or a block of statements a certain number of times, until a certain condition occurs or for all elements of a collection. C++/CLI provides four looping constructs for this: while, do while, for, and for each.

where and when the problems occur in an application. In addition, how do you determine if the problem is your application or another process running on the same system Because of this, monitoring the performance of a production application is invaluable.

You should now be able to build and run your app, and use the new color popovers to define stroke and fill colors for all of the tools.

The while loop is the simplest looping construct provided by C++/CLI. It simply repeats a statement or a block of statements while the condition is true (some people prefer to say until the condition is false). The basic format of a while loop is as follows: while ( condition ) { statements; } The condition is checked at the start of each iteration of the loop, including the first. Thus, if the condition evaluates at the start to false, the statements never are executed. The while loop condition expression is the same as an if statement condition. In its simplest form, the while loop repeats a statement or a block of statements forever: while ( true ) { statements; } I cover how to break out of this type of loop a little later. More commonly, you will want the while loop condition to be evaluated. Here is an example of how to display all the numbers from 1 to 6 inclusive: int i = 0; while ( i < 6) { i++; Console::WriteLine(i); }

Before you get into actually using the performance tools, a few terms need to be explained. This section is intended for those who have not worked with performance profiling and analysis tools before.

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