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1. Start Visual Studio 2005. 2. Right-click the project name in the Solution Explorer and select Add Add New Item. 3. Select Schema Files in the left panel and Flat File Schema Wizard in the right panel. Name the file orderFlatFile.xsd, as shown in Figure 6-19. Click Add to continue.

That is to say, a property cannot be an lvalue and an rvalue at the same time So, code like this does not work: a = oxygenAtomicNumber = 8; // error In this example, we use the shorthand syntax for declaring properties that map directly onto a field and have trivial get and set methods A field is created automatically for such a property, as well as the default get and set methods Such a field is not intended to be accessed in any way other than through the property If you use this syntax, you can change it later to the full form of the syntax (for example, to provide an alternative implementation of the property s underlying data, or add some custom code to the get and set methods) without changing the property s interface to outside users of the type.

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The Atlas TextBox is analogous to a text box, which uses the underlying HTML <input type="text"> tag. You can define a TextBox control in HTML using the following markup: <input id="Text1" type="text" /> This then gets associated with an Atlas client TextBox object like this: var g_textbox = new Sys.UI.TextBox($('Text1')); The TextBox control exposes the methods shown in Table 4-13. Table 4-13. TextBox Control Methods

In Listing 7-2, we change the AtomicWeight property from a simple double value to a computed value based on the isotopic abundances and number of isotopes Once the value is computed, the stored result is used The set method just sets the value as usual, and would perhaps be used if looking up the information from a periodic table Listing 7-2 Computing a Property Value // periodic_tablecpp using namespace System; using namespace System::Collections::Generic;.

Figure 6-19. Selecting the Flat File Schema Wizard 4. The Welcome dialog box appears. Click Next to continue. 5. The Flat File Schema Information dialog box appears. Use the Browse button to locate your file. Set the Record Name to Orders, as shown in Figure 6-20. Accept the default settings for the Target Namespace and Code Page options. Click Next to continue.

Unlike the generic interface, the template is declared and defined in a header file, as shown in Listing 11-28. Listing 11-28. Declaring a Generic Interface for a Template // template_with_generic_interface.h #using "generic_interface.dll" template <typename T> ref class CTemplate : IGInterface<T> { T m_obj; public: CTemplate(T obj) { m_obj = obj; } virtual property T InnerObject { T get() { return m_obj; } void set(T obj) { m_obj = obj; } } }; Now the CBridge::F function can be rewritten to use the generic interface handle instead of the template class directly (see Listing 11-29). Listing 11-29. Using a Generic Interface Instead of a Template // template_with_generic_interface.cpp #include "template_with_generic_interface.h" using namespace System; public ref class CBridge { public: static void F(IGInterface<int>^ ct_int) { Console::WriteLine("{0} ", ct_int->InnerObject ); } };

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And the second assembly can now call the CBridge::F function It will include the template using #include and reference the generic interface (as well as the other assembly containing CBridge::F) with #using, as in Listing 11-30 Listing 11-30 Successfully Using a Template from Another Assembly // assembly2_with_genericcpp #using "generic_interfacedll" #using "template_with_generic_interfacedll" #include "template_with_generic_interfaceh" int main() { CTemplate<int>^ ctemplate_int = gcnew CTemplate<int>(67); CBridge^ bridge = gcnew CBridge(); bridge->F(ctemplate_int); } The conversion from the template to the generic parameter of F is implicit, since it amounts to a simple derived class to base interface conversion The presence of both generics and templates in the language can be confusing If you remember nothing else, remember that templates are good for use within assemblies, but that generics should be used for any interassembly functionality, and also for any cross-language functionality.

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