(Solved) : Note Printing List Overloaded Output Operator Output Elements List Separated Comma Space N Q41388185 . . .

NOTE: When printing the list with the overloaded output operator, it should output the elements of the list separated by a

Use the following abstract list class in order to derive UListType and oList Type and name this file ListType.h. The list str

NOTE: When ‘printing’ the list with the overloaded output operator, it should output the elements of the list separated by a comma-space, no new line-feeds. Derive classes UListType<T> (filename UListType.h) and OListType<T> (filename OListType.h) from the abstract class ListType<T> (filename ListType.h). Main program file should be named Programo2.cpp and should illustrate that both the unordered and ordered lists are working. Since the main program should effectively be your “test plan’, submitting the test_plan.pdf document is not necessary for this assignment. Use the following abstract list class in order to derive UListType and oList Type and name this file ListType.h. The list structure will use a dynamic array for its storage mechanism. ListType <T> #*list: T #capacity: size_t #count: size_t +ListType(size_t =10) +List Type(const List Type<T>&) +-ListType(): virtual +operator=(const ListType<T>&): const ListType<T>& +insert(const T&)=0: virtual bool teraseAll(): virtual void +erase(const T&)=0: virtual bool +find(const T&) const=0: virtual bool +size() const: size_t +empty() const: bool +full() const: bool -copy(const ListType<T>&): void operator << (ostream&, const ListType<U>&): ostream& The classes UListType and OList Type are as follows: UListType<T>::ListType<T> +UListType(size_t =10) +insert(const T&): bool terase(const T&): bool +find(const T&) const: bool OListType<T>:: ListType<T> +OListType(size_t =10) +insert(const T&): bool +erase(const T&): bool +find(const T&) const: bool Show transcribed image text NOTE: When ‘printing’ the list with the overloaded output operator, it should output the elements of the list separated by a comma-space, no new line-feeds. Derive classes UListType (filename UListType.h) and OListType (filename OListType.h) from the abstract class ListType (filename ListType.h). Main program file should be named Programo2.cpp and should illustrate that both the unordered and ordered lists are working. Since the main program should effectively be your “test plan’, submitting the test_plan.pdf document is not necessary for this assignment.
Use the following abstract list class in order to derive UListType and oList Type and name this file ListType.h. The list structure will use a dynamic array for its storage mechanism. ListType #*list: T #capacity: size_t #count: size_t +ListType(size_t =10) +List Type(const List Type&) +-ListType(): virtual +operator=(const ListType&): const ListType& +insert(const T&)=0: virtual bool teraseAll(): virtual void +erase(const T&)=0: virtual bool +find(const T&) const=0: virtual bool +size() const: size_t +empty() const: bool +full() const: bool -copy(const ListType&): void operator

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Answer to NOTE: When ‘printing’ the list with the overloaded output operator, it should output the elements of the list separated …