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interface the property presents to other consumers. When defining get and set explicitly, the set method must return void, and the get method must return the type of the property. The parameter list for get must be void, and the parameter list for set must be the type of the property. Properties need not map onto a field s value. For example, you could eliminate the atomicWeight field from the class and simply compute the value whenever get is called. The set method would then have to be eliminated. This is fine, though, since if only a get method is defined, the property can be retrieved but not set. As these methods get more complicated, you ll want to move them out of the class declaration. When defining property get and set methods out of the body of the class, use the class name and property name as qualifiers, as in Listing 7-3. Listing 7-3. Defining Property Accessors Outside of a Class value class ElementType { public: property double AtomicWeight { double get(); } }; double ElementType::AtomicWeight::get() { // same implementation as before } In fact, this notation is how the property accessor is referred to when you need to refer to the method name, such as when you assign a delegate to a get or set method; you use the name of the property in the qualified name, as shown in Listing 7-4. Listing 7-4. Using a Delegate with a Property Accessor // property_accessor_delegate.cpp using namespace System; delegate double ValueAccessor(); value class ElementType { public: property double AtomicWeight; };

Returns a string containing the CSS definition for the object s visibility. TextBox controls can have validators that automatically validate the data that is being input against programmed criteria such as a number range, a number format, or specific text. A string containing the text contained in the TextBox.

_OrdJoe Smith,101 Nowhere Lane,Apt 123,Grand Rapids,Michigan,49503, Joe Smith,616-555-1212,29993933,1,39.99 _OrdBob Jones,3131 Crazy Road,,Flint,Michigan,49506, Martha Jones,810-555-2121,399959599,2,19.99

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int main() { ElementType oxygen; oxygen.AtomicWeight = 15.9994; ValueAccessor^ get_method = gcnew ValueAccessor(oxygen, &ElementType::AtomicWeight::get); Console::WriteLine("{0}", get_method->Invoke()); } Say we d like to also have some static properties in our Element class. In fact, we d like to make a periodic table class with a static array property. There is nothing special about a static property; all the rules for static methods and fields apply. Static properties are intended to be used for properties of a type, not properties of a particular instance. Listing 7-5 is a first attempt at this. Listing 7-5. Trying to Define a Static Property // property_static.cpp value class ElementType { public: // Periodic Table of the Elements static property array<ElementType>^ PeriodicTable; static ElementType() { PeriodicTable = gcnew array<ElementType>(120); // Initialize each element and its properties. } }; That s great, but if we later want to change the implementation from an array to a List or Hashtable, we might need to rewrite the code that uses the property. A better way to implement collection-like properties is to use vector properties, also called indexed properties.

Fires upon the changing of a property. Supports actions (for more about actions, see 5).

A special type of property is allowed in C++/CLI that enables properties to act like arrays. You can also use indexed properties to provide array indexing on objects, the equivalent of defining the array indirection operator (operator[]) for your type. To make a property support the indexing syntax, use the square brackets in the property declaration. Inside the square brackets, put the type you will use as the index. You can index on any type. Listing 7-6 shows a simple indexed property named ordinal. Note the type of the index appears inside square brackets, and the index is used as the first parameter of both the get and set methods.

As you can see, there is an _Ord set of characters at the beginning of each row. With your tag identifier, you can let the wizard know right up front that you re interested in separating that particular information, rather than having it be included with the first segment (which, in this case, is the Name field).

Listing 7-6. Using an Indexed Property // properties_indexed1.cpp using namespace System; ref class Numbers { array<String^>^ ordinals; public: Numbers() { ordinals = gcnew array<String^> { "zero", "one", "two", "three" }; } property String^ ordinal[unsigned int] { String^ get(unsigned int index) { return ordinals[index]; } void set(unsigned int index, String^ value) { ordinals[index] = value; } } }; int main() { Numbers^ nums = gcnew Numbers(); // Access the property values using the indexer // with an unsigned int as the index. Console::WriteLine( nums->ordinal[0] ); } Here is the output of Listing 7-6:

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