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This is the field declaration of the OddOrEven application: .field public static int32 val .field public static int32 val defines a metadata item named Field Definition (FieldDef). Because the declaration occurs within the scope of class Odd.or.Even, the declared field belongs to this class. The keywords public and static define the flags of the FieldDef. The keyword public identifies the accessibility of this field and means the field can be accessed by any member for whom this class is visible. Alternative accessibility flags are as follows: The assembly flag specifies that the field can be accessed from anywhere within this assembly but not from outside. The family flag specifies that the field can be accessed from any of the classes descending from Odd.or.Even. The famandassem flag specifies that the field can be accessed from any of those descendants of Odd.or.Even that are defined in this assembly. The famorassem flag specifies that the field can be accessed from anywhere within this assembly as well as from any descendant of Odd.or.Even, even if the descendant is declared outside this assembly. The private flag specifies that the field can be accessed from Odd.or.Even only.

class FlightAlreadyPresentException : Exception { } class Ticket { private IList< IFlight> _flightLegs = new List< IFlight>(); public void AddLeg( IFlight leg) { foreach( IFlight flight in _flightLegs) { if( flight.Equals( leg)) { throw new FlightAlreadyPresentException(); } } _flightLegs.Add( leg); } } The class Ticket has a method called AddLeg in which the flight legs are iterated and tested for equality. If the flight leg to be added is equal to an already existing flight leg, then an exception is thrown. Otherwise, the flight leg is added to the list _flightlegs. The problem is that the application logic had to be moved from one type to another. In the example, the logic is based on calling the method Equals with the correct parameters. Imagine if the logic were more complicated, and more code had to be copied or moved. This results in maintenance issues because validation logic exists in multiple places. In this example, the maintenance issues aren t as grave, since most likely the property Flight.NextLeg would be deleted from the interface. But then you have a design dilemma in that interfaces are supposed to be immutable, and therefore the method Flight.NextLeg needs to remain in place. The property can be deprecated, but the bigger problem is that you have validation logic in multiple places coded to fit the situation. Separating the validation from the implementation into a single method call makes it possible to use the same validation code in the method AddLeg and property NextLeg.

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Alternatively, you can group all of the statements that use a local variable inside the same code block, like this: public void PerformCalculation(int x, int y) { try { int result = x * y; Console.WriteLine("Result: {0}", result); } catch (Exception) { // handle exception... } }

s Note It s also possible to view these technologies as a way for two components in the same application to interact with each other. While this is definitely a common use for the other technologies I mention, it isn t the intended use of web services. Web services are designed for cross-application communication, not cross-component communication. This is because the focus of web services is interoperability. Due to this focus, web services don t offer the same performance or features as the other more platform-specific technologies listed.

With your TypeReader coded, you should be ready to run your solution. However, although this time your project will build correctly, you will get another error when the program is actually run: Cannot find ContentTypeReader ModelTriaPipeline.Triangle, ModelTriaPipeline, Version=1.0.0.0, Culture=neutral You get this error because your XNA project cannot yet access the ModelTriaPipeline namespace in which the TypeReader for Triangle objects resides. To solve this, you will want to add a reference to your content pipeline project. So, open your main XNA project, and choose

int main() { Events^ events = gcnew Events(); // Add the event handlers for Start and Exit. events->Start += gcnew EventProcessor(events, &Events::OnStart); events->Exit += gcnew EventProcessor(events, &Events::OnExit); f(events);

Note Because XNA does not provide a vertex structure that takes a 3D position, a color, and a normal, this

Since the Geometry-based classes can t be shown directly, they must be shown using the Path class. Let s draw a line using the LineGeometry class in XAML: <Path Stroke="Red" StrokeThickness="5"> <Path.Data> <LineGeometry StartPoint="10,10" EndPoint="20,20"/> </Path.Data> </Path>

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