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Assuming the Existence of an Operator template <class T> ref class A { // assumes T supports the + operator T add(T t1, T t2) { return t1 + t2; } }; If you want a generic class that does this, you probably need to define an interface constraint and add that interface to any types that are to be used as a type argument, as in Listing 11-32 Listing 11-32 Using a Constraint to Guarantee the Existence of an Operator interface class IAddition { static IAddition^ operator+(IAddition^, IAddition^); }; generic <typename T> where T : IAddition ref class G { IAddition^ add(T t1, T t2) { return t1 + t2; } }; The problems arise when you try to use the primitive types, since, although they might have a + operator, they don t implement IAddition.

Using templates, you can just use the + operator without the constraint, and if someone tries to instantiate the template with a type that is incompatible, it simply won t compile, but the template would work with int as well as with your types that define the + operator There are certainly other examples of when you would want to use templates instead of generics It is a trade-off, since the additional expressive power of templates does come at the cost of only having access to the templates with a single assembly, apart from generic interfaces you might set up for interassembly communication..

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Returns an array of strings indicating the data bindings for this control. Gets the data context for the binding associated with the control. Returns the ID for the control. Allows the access key for quick access to this control to be set or read. Returns an object reference to the associated element. Returns an array of strings indicating the behaviors associated with this control. Gets or sets the cssClass for this control. You can also use the various CSS methods of the control to manipulate its CSS class. Gets or sets whether the control is enabled. When true, the control is enabled; when false, the control is grayed out. Returns an object containing the element s style settings. Gets or sets the value of the control in the tab index. Gets or sets the visibility of the control. If true, the control is visible; if false, it is invisible.

s Note I know that some of you noticed the Tag Identifier section of the Delimited Record dialog box and are anxiously awaiting some explanation. Suppose that you have a flat file that prefixes each row as shown in the following two code lines (they re spread across four lines here, to fit on the page, but we re talking about a pair of lines in a text editor):

value class Isotope { public: property double Mass; property unsigned int AtomicNumber; }; value class ElementType { List<Isotope>^ isotopes; List<double>^ isotope_abundance; double atomicWeight; public: property unsigned int AtomicNumber; property String^ Name; property String^ Symbol; property double AtomicWeight { double get() { // Check to see if atomic weight has been calculated yet. if (atomicWeight == 0.0) { if (isotopes->Count == 0) return 0.0; for (int i = 0; i < isotopes->Count; i++) { atomicWeight += isotopes[i].Mass * isotope_abundance[i]; } } return atomicWeight; } void set(double value) { // used if you look up atomic weight instead of calculating it atomicWeight = value; } } // other properties same as before }; You can see how creating a trivial property isn t like exposing a field directly to users of a class. If you expose a field directly, you run into problems later if the implementation of the field changes. With a trivial property, you can always later define the get and set methods yourself and change the backing store for the property to suit your needs, while preserving the

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