linear list

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Program to represent Indirect Addressing of Linear List using Templates

IndirectList(int MaxLinearSize=10);
~IndirectList();//destructor
int IsEmpty()const{return length==0;}
int Length()const{return length;}
int Find(int k,T&x)const;
int Search(const T&x)const;
void Delete(int k,T&x);
void Insert(int k,const T&x);
void Output()const;

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Program to implement linked representation of Linear list using templates

#include<iostream.h> #include<constream.h> #include<stdlib.h> template<class T> class ChainNode { friend Chain<T>; private: T data; ChainNode<T>*link; }; template<class T> class Chain { private: ChainNode<T>*first; public: Chain() { first=0; } ~Chain(); int IsEmpty()const; int Length()const; int Find(int k,T&x); int Search(const T&x); void Delete(int k,T&x); void Insert(int k,const T&x); void Output(); }; template<class T> Chain<T>::~Chain() { ChainNode<T>*next; while(first) { […]

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Program for Array Based Representation of Linear List using templates

LinearList(int MaxLinearSize=10);
~LinearList(){delete[]element;}
int isEmpty()const{return length==0;}
int Length()const{return length;}
int Find(int k,T&x)const;
int Search(const T&x)const;
void Delete(int k,T&x);
void Insert(int k,const T&x);
void Output()const;