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return gcnew T(); } ref class R { public: R() { } }; int main() { int i = CreateInstance<int>(); R^ r = CreateInstance<R^>(); } The gcnew constraint is useful, but you cannot specify a specific constructor other than the default constructor.

The second potential pitfall is that C# doesn t automatically resize numeric types to accommodate the results of arithmetic operations, meaning that you can easily create results that cannot be stored in the numeric type. For example, if you add two int values together, the default type of the result is also an int. Listing 5-15 demonstrates this problem. Listing 5-15. Causing Overflow with Arithmetic Operations using System; class Listing 15 { static void Main(string[] args) { // define two large 32-bit ints int x = int.MaxValue; int y = int.MaxValue; // add them together and report on the result type Type t = (x + y).GetType(); Console.WriteLine("Default result type: {0}", t); // add them together and assign the result to another int int result = x + y; Console.WriteLine("Int result: {0}", result); // cast them to long values long lresult = (long)x + (long)y; Console.WriteLine("Long result: {0}", lresult); try { // add the int values together, but do so // in a checked block checked { int ofres = x + y; Console.WriteLine("Overflow result: {0}", ofres); } } catch (OverflowException ex) { Console.WriteLine("Caught exception of type: {0}", ex.GetType()); } // wait for input before exiting Console.WriteLine("Press enter to finish"); Console.ReadLine(); } } Compiling and running the code in Listing 5-15 produces the following results: Default result type: System.Int32 Int result: -2

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In this snippet, the exception handler join point encompasses the whole catch block in this case, the invocation of logging and overdraft protection logic. Class initialization join points The class initialization join points represent the loading of a class, including the initialization of the static portion. These join points are used to perform classlevel crosscutting, such as the initialization of class (static) variables. This code shows the class initialization join points:

abstract public class EquityBean implements EntityBean { public String ejbToString(){ StringBuffer buffer = new StringBuffer(); EquityVO equity = new EquityVO(); equity.symbol=getSymbol(); equity.description=getDescription(); equity.lastTrade=getLastTrade(); equity.change=getChange(); equity.volume=getVolume(); equity.marketCap=getMarketCap(); equity.PE=getPe(); equity.avgVolume=getAvgVolume(); buffer.append("-------------[ Equity Entity Bean ]------------\n"); buffer.append("Entity ID:"+id()+"\n\n"); buffer.append(equity.toString()+"\n"); buffer.append("-------------[ Equity Entity Bean ]------------"); return buffer.toString(); } //other bean methods not shown }

// Throw exception depending on sub code switch (subcode) { case "Ws:Exception": throw new Exception(exceptionMessage); case "Ws:ArgumentException": throw new ArgumentException(exceptionMessage); case "Ws:ArgumentNullException": throw new ArgumentNullException(exceptionMessage); case "Ws:InvalidOperationException": throw new InvalidOperationException(exceptionMessage); case "Ws:XmlException": throw new XmlException(exceptionMessage); default: throw new Exception(exceptionMessage); } } }

The IsChecked property should be bound to the Active field of our User object. See Figure 15-24.

public interface ResourcePool { public Resource getResource(ResourceDescription rd); public boolean putResource(Resource r); }

PostBuildActions.bat file to write this part of the chapter. Some people at Microsoft are telling me that this step should not be necessary. It has been all through the beta, when it also shouldn t have been, so I m leaving the step in just in case. Try it the first time you deploy an activity and see if you need it.

Figure 9.1 Generating documentation: from source code to XML, and finally to technical documentation

public: // PlayerMove implements a player making a play. // Return true if the game is over. bool PlayerMove() { bool gameOver = false; bool moveComplete = false;

</script> 3. Add an id property to the Silverlight object tag: id="silverlightObject" 4. Add a new parameter to tell the Silverlight plug-in the JavaScript function to call when it is loaded: <param name="onLoad" value="Silverlight_PluginLoaded" /> 5. Press F5 to run your application; you should see an alert box pop up with the text Silverlight function called from JS .

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