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The instantiation of member functions and static data members of class templates brings up the same kinds of questions that we discussed for function templates in Section 105: For the compiler to be able to instantiate a member function or a static member of a class template, must the definition of the member be visible when one of their instantiations is used For example, must the definition of the member function add() appear before its integer instance is called in main() Do we place the definitions of member functions and static data members of class templates in header files (as we do with inline member function definitions) to be included everywhere one of their instantiations is used Or is the instantiation of the class template definition enough to allow the use of these members, allowing the member definitions to be placed in text files (where we usually put the definitions for non-inline member functions and static data members of class types) To answer these questions, we must revisit the C++ template compilation model, which specifies the requirements on how programs that define and use templates must be organized The two template compilation models described in Section 105 the inclusion model and separation model also apply to the definitions of member functions and static data members of class templates The rest of this section describes both models and how they are used with these member definitions Inclusion Compilation Model Under the inclusion compilation model, the definition of the member functions and static members of class templates must be included in every file in which they are instantiated This happens automatically for inline member functions defined inline within the class template definition However, if a member function is defined outside the class template definition, the definition should be placed within the header file that contains the class template definition This is the model we have chosen to use in this book For example, the definitions for the templates Queue and QueueItem, as well as the template definitions for their member functions and static data members, are placed in the header file Queueh As was the case with function template definitions, there are some drawbacks in providing the definitions for the members of a class template in a header file The member function definitions may be quite large and may describe implementation details that our users may want to ignore or that we may want to hide from our users Moreover, compiling the same function template definitions across multiple files can add to the compile-time of our programs unnecessarily The separation compilation model, if available, allows us to separate the class template interface (that is, the class template definition) from its implementation (that is, the definitions of its member functions and static data members) Let's see how we might use it Separation Compilation Model With the separation compilation model, the class template definition and the definitions of its inline member functions are placed in a header file, whereas the definitions of the non-inline member functions and static data members are placed in a program text file With this model, the definitions for a class template and its members are organized in the same way we organize the definitions of nontemplate classes and their members For example:.

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// ----- Queueh ----// declares Queue to be an exported class template export template <class Type> class Queue { // public: Type& remove(); void add( const Type & ); // }; // ----- QueueC ----// exported definition of class template Queue in Queueh #include "Queueh" template <class Type> void Queue<Type>::add( const Type &val ) { } template <class Type>

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an LT code with the appropriate number of output symbols The second-level LT code needs appropriate tuning such that it is capable to recover all the input symbols (ie, symbols given as input to pre-coding) even in the face of a xed fraction of erasures Encoding Process Let C be a linear code producing n output symbols from k input symbols, and let D be a degree distribution A Raptor code is thus an LT code with distribution D on n symbols which are the coordinates of the code words in C Code C is called precode of the Raptor code The input symbols of a Raptor code are thus the k symbols used to construct the code word in C The code word consists of n intermediate symbols.

file:///F|/WinDDK/resources/CPPPrimer/c++primerhtm (775 / 1065) [2001-3-29 11:32:12]

(a) (b) (c) (d) (e) (f) (g) (h)

char ch = "The long, winding road"; int ival = &ch; char *pc = &ival; string st( &ch ); pc = 0; (i) pc = '0'; st = pc; (j) st = &ival; ch = pc[0]; (k) ch = *pc; pc = st; (l) *pc = ival;

file:///F|/WinDDK/resources/CPPPrimer/c++primerhtm (99 / 1065) [2001-3-29 11:32:03]

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