1. We are going to finish the Mvector class, and begin todevelop and implement the template class Ml

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1. We are going to finish the Mvector class, and begin todevelop and implement the template class Mlist developed in class.FOLLOW THE STEPS BELOW. -First add iterators to the class Mvector. Write the functionsand test them with a main program. (THE ITERFACE IS BELOW) templateclass Mvector{ public: typedef T* iterator; Mvector(); Mvector(unsigned int n); void pushback(T x); void popback(); void clear(); void insert(int i, T x); void erase(int i); T operator[] (unsigned int i); void operator– (int); int size(); iterator begin() {return v;} iterator end() {return v+vsize;} void insert(iterator ix, T x); void erase(iterator ix); private: int vsize; int vcap; T *v; void reserve(unsigned int n);}; -Next create the interface for the class along with functionstubs. (THE ITERFACE IS BELOW) #includeusing namespace std;template class Lnode{ public : T data; Lnode *lptr; Lnode *rptr;};template class Mlist{ public : Mlist(); void add(T x); void del(T x); T getfront(); private : Lnode *first; Lnode *last; int lsize;}; -Add stubs for each member function and test the compilation(c++ -c). -Write the functions and test the compilation. -Write a main program that tests the class functions. (Use thepseudo-random number generator to create a list and add and removeelements from the list. . . .

 
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