Provide the full C++ main.cpp, mystring.cpp and mystring.h. Part of the output is provided below This week you'll be making the following refinements to the class that you wrote in the last assignment. All the requirements from that class are still in force. For example, all MyStrings must always be stored in a dynamic array that is exactly the correct size to store the string. Your score on this assignment willtake into consideration your work on both the previous assignment and this assignment.1. Extraction OperatorJust like the operator that reads C-strings, your operator should skip any leading spaces and then read characters into the string up to the first whitespace character.For reasons of convenience, we will impose a limit of 127 on the number of characters this function will read. This is so you can temporarily read into a non-dynamic array and then copy what you need into your data member, which will be a dynamic array. Note that this does not mean that all MyStrings willalways have a maximum of 127 characters. For example, you might get a MyString with more than 127 characters by using the MyString constructor or by concatenating two MyStrings.You should create a constant for the maximum input size. Declare it in the public area of the class. It should be static.Hint: Don't try to read character by character in a loop. Use the extraction operator to read the input into a non-dynamic array, then use strcpy() to copy it into your data member. Make sure to allocate the correct amount of memory.Hint: if you use the extraction operator as suggested above, you will not have to skip leading whitespace, because the extraction operator does that for you.2. A read() functionThe read() function will allow the client programmer to specify the delimiting character (the character at which reading will stop). It should work just like the getline() function works for c-strings; that is, it should place everything up to but not including the delimiting character into the calling object, and itshould also consume (and discard) the delimiting character. This will be a void function that will take two arguments, a stream and the delimiting character. It should not skip leading spaces. The limit of 127 characters imposed on the function above also applies to this function.Hint: Don't try to read character by character in a loop. Use the in.getline() function to read the input into a non-dynamic array, then use strcpy() to copy it into your data member.3. Concatenation OperatorOverload the + operator to do MyString concatenation. The operator must be able to handle either MyString objects or C-strings on either side of the operator. Be careful with the memory management here. You'll have to allocate enough memory to hold the new MyString. I suggest using strcpy() to get the leftoperand into the result MyString, and then strcat() to append the right operand. Both strcpy() and strcat() should be used as if they are void, even though they do have return values.You may not have more than one operator+() function.4. Combined Concatenation/Assignment OperatorOverload the shorthand += to combine concatenation and assignment. Only MyStrings can be on the left-hand side of a += operation, but either MyStrings or C-strings may appear on the right side. If you pay close attention to the += operator from the feetInches class, these may be the easiest points of thesemester.You may not have more than one operator+=() function.5. Add Documentation Testing basic String creation & printingstring [0] = Wowstring [1] = C++ is neat!string [2] =string [3] = a-zNow reading MyStrings from filefirst, word by wordRead string = TheRead string = firstRead string = timeRead string = weRead string = willRead string = readRead string = individualRead string = words,Read string = nextRead string = weRead string = readRead string = wholeRead string = linesnow, line by lineRead string = The first time we willRead string =read individual words, nextRead string = we read whole linesTesting access to characters (using const)Whole string is abcdefghijklmnopqsrtuvwxyznow char by char: abcdefghijklmnopqsrtuvwxyzTesting access to characters (using non-const)Start with abcdefghijklmnopqsrtuvwxyz and convert to ABCDEFGHIJKLMNOPQSRTUVWXYZTesting relational operators between MyStringsComparing app to appleIs left

Question

Provide the full C++ main.cpp, mystring.cpp and mystring.h. Part of the output is provided below This week you'll be making the following refinements to the class that you wrote in the last assignment. All the requirements from that class are still in force. For example, all MyStrings must always be stored in a dynamic array that is exactly the correct size to store the string. Your score on this assignment willtake into consideration your work on both the previous assignment and this assignment.1. Extraction OperatorJust like the >> operator that reads C-strings, your >> operator should skip any leading spaces and then read characters into the string up to the first whitespace character.For reasons of convenience, we will impose a limit of 127 on the number of characters this function will read. This is so you can temporarily read into a non-dynamic array and then copy what you need into your data member, which will be a dynamic array. Note that this does not mean that all MyStrings willalways have a maximum of 127 characters. For example, you might get a MyString with more than 127 characters by using the MyString constructor or by concatenating two MyStrings.You should create a constant for the maximum input size. Declare it in the public area of the class. It should be static.Hint: Don't try to read character by character in a loop. Use the extraction operator to read the input into a non-dynamic array, then use strcpy() to copy it into your data member. Make sure to allocate the correct amount of memory.Hint: if you use the extraction operator as suggested above, you will not have to skip leading whitespace, because the extraction operator does that for you.2. A read() functionThe read() function will allow the client programmer to specify the delimiting character (the character at which reading will stop). It should work just like the getline() function works for c-strings; that is, it should place everything up to but not including the delimiting character into the calling object, and itshould also consume (and discard) the delimiting character. This will be a void function that will take two arguments, a stream and the delimiting character. It should not skip leading spaces. The limit of 127 characters imposed on the >> function above also applies to this function.Hint: Don't try to read character by character in a loop. Use the in.getline() function to read the input into a non-dynamic array, then use strcpy() to copy it into your data member.3. Concatenation OperatorOverload the + operator to do MyString concatenation. The operator must be able to handle either MyString objects or C-strings on either side of the operator. Be careful with the memory management here. You'll have to allocate enough memory to hold the new MyString. I suggest using strcpy() to get the leftoperand into the result MyString, and then strcat() to append the right operand. Both strcpy() and strcat() should be used as if they are void, even though they do have return values.You may not have more than one operator+() function.4. Combined Concatenation/Assignment OperatorOverload the shorthand += to combine concatenation and assignment. Only MyStrings can be on the left-hand side of a += operation, but either MyStrings or C-strings may appear on the right side. If you pay close attention to the += operator from the feetInches class, these may be the easiest points of thesemester.You may not have more than one operator+=() function.5. Add Documentation Testing basic String creation & printingstring [0] = Wowstring [1] = C++ is neat!string [2] =string [3] = a-zNow reading MyStrings from filefirst, word by wordRead string = TheRead string = firstRead string = timeRead string = weRead string = willRead string = readRead string = individualRead string = words,Read string = nextRead string = weRead string = readRead string = wholeRead string = linesnow, line by lineRead string = The first time we willRead string =read individual words, nextRead string = we read whole linesTesting access to characters (using const)Whole string is abcdefghijklmnopqsrtuvwxyznow char by char: abcdefghijklmnopqsrtuvwxyzTesting access to characters (using non-const)Start with abcdefghijklmnopqsrtuvwxyz and convert to ABCDEFGHIJKLMNOPQSRTUVWXYZTesting relational operators between MyStringsComparing app to appleIs left < right? trueIs left <= right? trueIs left right? falseIs left >= right? falseDoes left == right? falseDoes left != right ? trueComparing apple toIs left right? falseIs left <= right? falseIs left right? trueIs left > right? trueDoes left == right? falseDoes left != right ? trueComparing to BananaIs left < right? trueIs left <= right? trueIs left right? falseIs left >= right? falseDoes left == right? falseDoes left != right ? trueComparing Banana to BananaIs left right? falseIs left <= right? trueIs left right? falseIs left right? trueDoes left == right? trueDoes left != right ? falseTesting relations between MyStrings and char *Comparing he to helloIs left right? trueIs left <= right? trueIs left right? falseIs left >= right? falseDoes left == right? falseDoes left != right ? trueComparing why to wackityIs left right? falseIs left <= right? falseIs left right? trueIs left >= right? trueDoes left == right? falseDoes left != right ? trueTesting concatentation on MyStringsoutrageous + milk = outrageousmilkmilk + = milkcow = COWcowbell = cowbellTesting concatentation between MyString and char *abcde XYZ = abcdeXYZXYZ abcde = XYZabcde----- Testing shorthand concat/assign on MyStringswho what = whowhatandwhowhatwhat + WHEN = whatWHENandwhatWHEN

Accepted Answer

Step 1:Extraction Operator (>>): This operator reads input into a temporary non-dynamic array,…