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As I noted earlier, unsafe code is normally created by adding native code to your managed code. It is also possible to create unsafe code with only MSIL code by using unsafe operations or objects. There are several ways of coding C++/CLI so that it is unsafe. The following are four of the more common ways of making your assembly unsafe. There are others, but these are the methods I ve frequently come across in my travels. Managed and unmanaged #pragma directives Unmanaged arrays Unmanaged classes/structs Pointers and pointer arithmetic

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The most basic way of creating unsafe code is by mixing managed and unmanaged code together with the directives #pragma managed and #pragma unmanaged. When encountered by the compiler, these directives tell the compiler to generate MSIL (managed) code or native (unmanaged) code. The compiler continues to generate the specified type of code until it encounters a directive to switch the type of code generated. Listing 22-1 shows a simple example of using the #pragma managed and #pragma unmanaged directives. Listing 22-1. The Managed and Unmanaged #pragma Directives using namespace System; #pragma unmanaged int UMadd(int a, int b) { return a + b; }

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int Madd(int a, int b) { return a + b; } void main() { Console::WriteLine("Unmanaged Add 2 + 2: {0}", UMadd(2, 2)); Console::WriteLine("Managed Add 3 + 3: {0}", Madd(3, 3)); } By looking at the UMadd() and Madd() methods code, you will not see much difference. Both are simply standard C++/CLI code. Notice you even call the methods the same way, as long as they are being called within a managed code block. If you try to call managed code within a native code block, you get the compile time error C3821 'function': managed type or function cannot be used in an unmanaged function. This makes sense as native code does not use the CLR to run, while managed code does, so there is no way for the managed code to be executed within the native code. Another thing you need to be careful about with these directives is that they are only allowed at the global scope, as shown in Listing 22-1, or at the namespace scope. This means you can t change a method or class partway through. In other words, the whole function or class can be managed or native, but not a combination.

The easiest way to customize the Project Portal is to modify its web parts. You can add web parts to the Project Portal by clicking the Modify Shared Page link at the top-left side of the Project Portal. Table 2-2 lists the built-in web parts that are available in WSS. Additionally, there is one web part for viewing each document library in the team project.

- (BOOL)application:(UIApplication *)application didFinishLaunchingWithOptions:(NSDictionary *)launchOptions { [window addSubview:viewController.view]; [window makeKeyAndVisible]; viewController.urlPaths = [NSMutableArray arrayWithObjects: [[NSBundle mainBundle] pathForResource:@"looking_for_my_leopard" ofType:@"mp4"], [[NSBundle mainBundle] pathForResource:@"knight_rider_season2intro" ofType:@"mp4"], [[NSBundle mainBundle] pathForResource:@"muppets" ofType:@"mp4"], [[NSBundle mainBundle] pathForResource:@"opengl" ofType:@"mp4"], nil]; [viewController.tableView reloadData]; return YES; }

The following code is invalid due to invalid placement of the #pragma directives:

int ErrorFunction(int a, int b) { #pragma unmanaged // Some unmanaged code #pragma managed // Some managed code }

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Unsafe Code Since the #pragma unmanaged directive causes unsafe code to be generated, you need to compile it with the /clr option. If you try to compile it with the /clr:safe option, you will get a whole bunch of errors.

This code references a few properties that don't yet exist in VideoToyViewController, but don't worry. We're going to turn VideoToyViewController into a UITableViewController subclass that holds onto a list of video files to display. The GUI will be created entirely from the table view delegate and dataSource methods, so we have no need for the VideoToyViewController.xib that was created along with the project. Delete VideoToyViewController.xib from the project. Then open MainWindow.xib so we can remove the reference it contains to that .xib file. Select the VideoToyViewController object, open the attribute inspector, and clear out the Nib Name field.

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