In C++. Please do not use "this pointer" we haven't learn this yet.

Also, show your sample output as proof that the code works.Thanks

2. (50 marks) A string in C++ is simply an array of characters with the null character(10) used to mark the end of the string. C++provides a set of string handling function in as well as IO functions in . With the addition of the STL (Standard Template Library), C++ now provides a string class. But for this assignment, you are to develop your own string class. This will give you a chance to develop and work with a C++ class, define constructors and destructors, define member functions outside of th operator (and understand why!), work with C-Style strings and pointers, dynamically allocate memory and free it when done. e class body, develop a copy constructor and assignment Of course, you must also do suitable testing which implies writing a main function that uses your new string class. Submit your assignment under URCourses. The following is the skeleton of the Mystring class declaration. Mystring.h file is provided. You must produce the Mystring.cpp and main.cpp files. class Mystring private: char pData; pointer to simple C-style representation of the string //i.e., sequence of characters terminated by null) "pData is only a pointer. You must allocate space for /the actual character data /length of the string int length; /possibly other private data public: MyString0: onstructorcreate empty string MyString(char *cString); /constructorcreate a string whose data is a copy of /cString MyStringo: /destructor -- don't forget to free space allocated by the constructor i.e., the space allocated for the character data MyString(MyString const&s); override the default copy constructorwhy? importantthink about it possible test question MyString operator= (MyString const& s); //override default assignment operator void PutO void Reverse) reverse the string /output string MyString operator (MyString const& s): concatenation operator other useful member functions as you wish In addition, prepare a graphical explanation of each of your member functions. (Pseudo code or flowchart or some diagram to show your design.)