Write a C program named enter$\_$ints.c$.$ The program will allow the user to enter as many ints as they want. It should first prompt the user for the number of ints that they will enter. It must then dynamically allocate exactly enough space for the ints using malloc. It should then allow the user to enter them $($on a single line or multiple lines$).$ It should then print the contents of the array. Then the memory should be freed. Compile enter$\_$ints.c into an executable named enter$\_$ints. Some example runs are shown below $($please match the output formatting exactly, note there is one space after the question mark and not a newline$)$

Hint: You cannot use scanf, but you can use the getint$()$ function.

Hint$2$: do not declare a fixed$-$size array such as int array$[$count$]$;$.$ You must use malloc.

Note: prior to C$99($e$.$g$.$ in Kernighan book$),$ array sizes needed to be determinable at compile time.

Hint$3$: The autograder will try to compile enter$\_$ints.c only $($it assumes no additional $.$c files are being used$).$

$ $./$enter$\_$ints $($Sample Output$)$

How many numbers will you enter? $5$

$135579$

array$[0]=1$

array$[1]=3$

array$[2]=55$

array$[3]=7$

array$[4]=9$

$ $./$enter$\_$ints

How many numbers will you enter? $4$

$8$

$6$

$47$

$2$

array$[0]=8$

array$[1]=6$

array$[2]=47$

array$[3]=2$