In the header file for this question, a struct called Superhero is defined like this: typedef struct $\{$

char$*$ name;

short feetInHeight;

short inchesInHeight;

char$*$ superpower;

char$*$ traits;

$\}$ Superhero;

First, write a function that takes in $5$ parameters: a pointer to a char array representing a name, two shorts representing feet in height and inches in height respectively, a pointer to a char array representing a superpower, and a pointer to a char array representing the traits; and returns the address of a dynamically $($i$.$e$.,$ uses malloc$)$ created Superhero struct variable storing those parameters.

Use this function header:

Superhero$*$ createSuperhero$($const char$*$ name, short feetInHeight, short inchesInHeight, const char$*$ superpower, const char$*$ traits$)$

For example, given the code $($name$,$ superpower and traits are Cstrings storing the proper information$)$:

Superhero$*$ superhero $=$ createSuperhero$($name$,6,0,$ superpower, traits$)$;

printf$("\%$s

$\%$d$\backslash \text{'}\%$d$\backslash "$

$\%$s: $\%$s

$",$ superhero$->$name, superhero$->$feetInHeight, superhero$->$inchesInHeight, superhero$->$superpower, superhero$->$traits$)$;

will result in an output like this:

Thunderstrike $6\text{'}0"$ Weather Control: Harnessing storms, Thunderstrike commands thunder and lightning, using nature's fury to protect the innocent and fight against evil.

You can assume all the height measurements are valid $($i$.$e$.,$ feet & inches will not be negative$),$ and all the Cstrings are properly formed $(\backslash 0$ terminated$).$ Field variables name, superpower, and traits in the struct must be created dynamically and are copies of the parameters, instead of simply pointing to the parameters$$ addresses. This is called $$deep$-$copy$.$

Next, write another function that takes in $1$ parameter: the address of a Superhero struct variable; and releases $($i$.$e$.,$ uses free$)$ the memory created for the $3$ field variables name, superpower, and traits.

Use this function header:

void clearSuperhero$($Superhero$*$ superhero$)$

Note that the parameter can be NULL $($if so the function should do nothing$).$ Also, this function does not release the memory used for the struct variable, but only those used by the variable$$s fields. To release all the memory dynamically allocated for the struct variable, you should call the free$()$ function with the address of this struct variable right after the function returns. For details read Question $3.$

Only include the a$2\_$question$2.$h header file and the function definitions $($and your helper functions, if any$)$ in the source file and name it as a$2\_$question$2.$c$.$ Do not use recursion in your answer.