#include

#include

bool compare(char* s1, char* s2){

// write code here for 3.2

return false;

}

int main ()

{

char C[4];

char D[4];

char E[4];

char* str = "hello";

char* str2 = "hello";

char* str3 = "oy";

int i;

C[0] = 'o';

C[1] = 'y';

C[2] = '!';

C[3] = '\0';

printf("C as chars: ");

for (i=0; i

printf ("%c", C[i]);

}

printf (" ");

printf ("C as string: %s ", C); // This works if the string terminator is used.

D[0] = 'o';

D[1] = 'y';

D[2] = '!';

D[3] = '\0';

printf ("D as string: %s ", D);

E[0] = 'o';

E[1] = 'h';

E[2] = '?';

E[3] = '\0';

printf ("E as string: %s ", E);

printf ("str as string: %s ", str); // The usual way, since this is a string.

printf("str as chars: ");

for (i=0; i

printf ("%c", str[i]);

}

printf (" ");

// Test equality with == (3.1)

if(C == D) {

printf("C and D are == ");

}

if(C == E) {

printf("C and E are == ");

}

if(C == str) {

printf("C and str are == ");

}

if(str == str2) {

printf("str and str2 are == ");

}

if(C == str3) {

printf("C and str3 are == ");

}

// Test equality with compare function (3.2)

if(compare(C, D) == true) {

printf("C and D are == with compare() ");

}

if(compare(C, E) == true) {

printf("C and E are == with compare() ");

}

if(compare(C, str) == true) {

printf("C and str are == with compare() ");

}

if(compare(str, str2) == true) {

printf("str and str2 are == with compare() ");

}

if(compare(C, str3) == true) {

printf("C and str3 are == with compare() ");

}

}

Exercise 3.2: Make a compare.c file in your repository and complete a compare() function to evaluate whether two strings are equal. To do this, you will need to step through each string comparing characters, until you reach the string termination character. Be sure your code works for all the tested cases above, plus any others that might be important