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The language feature that implements generic functions is called template functions Templates let us write a single definition for a family of functions or types that behave similarly, except for differences that we can attribute to the types of their template parameters We'll explore template functions in this chapter, and template classes in 11 The key idea behind templates is that objects of different types may nevertheless share common behavior Template parameters let us write programs in terms of that common behavior, even though we do not know the specific types that correspond to the template parameters when we define the template We do know the types when we use a template, and that knowledge is available when we compile and link our programs For generic parameters, the implementation doesn't need to worry about what to do about objects with types that might vary during execution only during compilation Although templates are a cornerstone of the standard library, we can use them for our own programs as well For example, we wrote a function in 411/53 to calculate the median of a vector<double> That function relied on the ability to sort a vector, and then to fetch a specific element given its index, so we cannot easily make that function work on arbitrary sequences of values Even so, there is no reason to restrict the function to vector<double>; we can take the median of vectors of other types as well Template functions allow us to do so:

ThreadPriorityLevel priority = (ThreadPriorityLevel)EnumParse( typeof(ThreadPriorityLevel), "Idle"); ConsoleWriteLine(priority);

JSNI methods can return void, a Java primitive, a Java Object (created by Java code, but possibly modified by JavaScript code), or a JavaScript created JavaScriptObject; the latter, as far as GWT is concerned, will behave like a black box, and only JSNI code will be able to access it Finally, you can handle Java exceptions within JavaScript code and vice versa (JavaScript exceptions become JavaScriptException objects for Java processing) but it s recommended that you handle Java exceptions in Java code and JavaScript exceptions in JavaScript code (The reason for this is that JavaScriptException objects are untyped, which goes against the vein of usual programming You can even then get at the original exception name and description by using the getName() and getDescription() methods if you still want to process the exception yourself)

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template<class T> T median(vector<T> v) { typedef typename vector<T>::size_type vec_sz; vec_sz size = vsize(); if (size == 0) throw domain_error("median of an empty vector"); sort(vbegin(), vend()); vec_sz mid = size/2; return size % 2 == 0 (v[mid] + v[mid-1]) / 2 : v[mid]; }

The first parameter to EnumParse() is the type, which you specify using the keyword typeof() This is a compile-time way of identifying the type, like a literal for the type value (see 14) Unfortunately, there is no tryParse() method, so code should include appropriate exception handling if there is a chance the string will not correspond to an enum value identifier The key caution about casting from a string to an enum, however, is that such a cast is not localizable Therefore, developers should use this type of cast only for messages that are not exposed to users (assuming localization is a requirement)

Many times, developers not only want enum values to be unique, but they also want to be able to combine them to represent a combinatorial value For example, consider SystemIOFileAttributes This enum, shown in Listing 814, indicates various attributes on a file: read-only, hidden, archive, and so on The difference is that unlike the ConnectionState attribute, where each enum value was mutually exclusive, the FileAttributes enum values can and are intended for combination: A file can be both read-only and hidden To support this, each enum value is a unique bit (or a value that represents a particular combination)

The first novelties here are the template header,

4 JavaScript doesn t provide an adequate substitution for long variables, so they are emulated by the compiler, but this prevents using such values with JSNI See http://codegooglecom/webtoolkit/ doc/latest/DevGuideCodingBasicsJSNIhtml for further explanation

public enum FileAttributes { ReadOnly = 2^0, Hidden = 2^1, System = 2^2, Directory = 2^4, Archive = 2^5, Device = 2^6, Normal = 2^7, Temporary = 2^8, SparseFile = 2^9, ReparsePoint = 2^10, Compressed = 2^11, Offline = 2^12, NotContentIndexed = 2^13, Encrypted = 2^14, }

and the use of T in the parameter list and return type The template header tells the implementation that we are defining a template function, and that the function will take a type parameter Type parameters operate much like function parameters: They define names that can be used within the scope of the function However, type parameters refer to types, not to variables Thus, wherever T appears in the function, the implementation will assume that T names a type In the median function, we use the type parameter explicitly to say what type of objects the vector named v holds, and to specify the return type of the function When we call this median function, the implementation will bind T to a type that it determines at that point, during

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