II. ADT (textbook connection: chapter 11) If emacs is not your favorite tool, you could switch to a more friendly editor from this point on. Create an ADT for a fruit object by creating 3 files: fruit.h, fruit.c, and client.c a. fruit.h file should define a pointer to a struct fruit - typedef the pointer to this structure as FruitType - and include the prototypes of functions create, destroy, add, print; don't forget ifndef statements b. fruit.c file should define: 2 o structure fruit as having one string of length 25 and two floats: name, weight, pricePerPound o definition of create that takes one string and two floats to be used for name, weight, pricePerPound (in this order), and returns a pointer to the new fruit object allocated dynamically on the heap; assume all parameter values will be valid for this type (i.e. no error checking required) o definition of destroy that deallocates the variable of this type o definition of add that takes two fruit objects and (a) if the names of the two fruits are the same, it creates a new fruit object on the heap whose values are as follows: the name of the new fruit is the same as the name in the incoming objects, the weight of the new fruit is the sum of the weights of the incoming objects, and the pricePerPound is the average of the prices of the incoming objects, the function returns the pointer to this new fruit object; (b) if the names of the two fruits are not the same, the function returns NULL o definition of print that prints the fruit object to screen - format the string so that it prints something like: apple, 250 pounds, 4.25 USD per pound o extra credit (1 point): figure out how to write a function similar to toString method in Java that would return the fruit object as a string; C contains functions that can help you convert floats or ints to strings but this is extra credit since this is beyond the scope of our coursework c. client.c file should test your fruit ADT in an appropriate, memory-considerate fashion. Compile and run using Valgrind. Make sure you get no run-time and/or memory leaks and errors