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Arrays, like all other data types in C++/CLI, are objects, unlike their traditional C++ counterparts, which are simply pointers into CRT heap memory. In fact, the only resemblance between a C++/CLI and a traditional C++ array is its single dimension syntax when being referenced. All C++/CLI arrays are garbage collected. Also, they can be made up of any data type that derives from System::Object. If you recall, that is every data type in the .NET Framework base class library. C++/CLI arrays have specific dimensions that, when violated, generate an exception. All arrays are derived from a System::Array object, which provides them with many helpful methods and properties, in particular, the Length property for single-dimension arrays and the GetLength() method for single- or multidimensional arrays. Both of these provide the dimensions of the array. There are no stack-based declarations of C++/CLI arrays using subscripts, as in traditional C++. All C++/CLI arrays are references and created on the managed heap.

// // // // // SynthesizeSingleton.h CocoaWithLove Created by Matt Gallagher on 20/10/08.

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27 <ItemGroup> 28 <MetaDataFile Include= "$(SolutionRoot)\EffortTrackingSolution\EffortTrackingSolution.vsmdi"> 29 <TestList>Read Tests</TestList> 30 </MetaDataFile> 31 </ItemGroup> 32 </Project> As you can see, the format is very straightforward. Updating it may seem a little complicated at first, but as soon as you understand the procedure, you ll be able to do almost anything you want to (in terms of a build) with this tool. Here are the basics: You can reference any node as a variable that you create (or that already exists) in the PropertyGroup node by using the $(variableName) convention. A Target is the node that runs when TFSBuild builds the project. You can incorporate custom code that performs some operation in a custom task. This compiled assembly can then be used during the build process by including the assembly in a UsingTask node. Keeping these three concepts in mind will allow you to customize a lot of tasks for use with TFSBuild.

For the experienced C++ programmer, it is still possible to create stack-based declarations of unsafe C++ arrays, just as you would in traditional C++, because that syntax is still available to you. But arrays declared in this fashion lose the benefits of .NET s CLR given that they compile to unmanaged data.

Unlike what you have seen so far when declaring data types, arrays are declared with syntax very similar to C++/CLI templates or .NET generic classes. For those coders who had to struggle with the declaration syntax of an array in previous versions of .NET (1.1 and prior), the new syntax should seem like a breath of fresh air, as I believe it is a little easier to work with due to three aspects of the declaration: The declaration points out that it is derived from that array class. The declaration is more or less consistent with other reference type declarations. The declaration of arrays made of value types is the same as one made up of reference types. To declare an array requires a handle to the keyword array followed by the data type enclosed in angle brackets: array<datatype>^ arrayname; To create an instance of the array, use the constructor initialization format. Also, because you are allocating the array to the managed heap, the gcnew operator is required. Therefore, creating an array of five ints and an array of seven Strings requires the following statements: array<int>^ fiveInts = gcnew array<int>(5); array<String^>^ sevenStrings = gcnew array<String^>(7); Yes, an array of Strings has two handles (^) in it. The first is the handle to each String in the array (needed because a String is a reference type), and the second is the handle to the array itself. It s sort of ugly, when you first see it, but it becomes second nature very quickly.

In order to actually edit this file manually, you need to do the following: 1. Open Source Control Explorer, expand your team project (in this case, the Effort Tracking solution), and then expand the TeamBuildTypes node. 2. Select TFSBuild.proj, right-click the file, and select Get Latest. 3. Choose the location to download the file to, and then click OK. 4. Right-click the TFSBuild.proj file and select Check Out for Edit. At this point, you can edit the build file.

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