Can you explain what int make_x_operator and make_big_bang function is doing? Thanks! #include  void inplace_swap(int *x, int *y) { *y = *x ^ *y; /* Step 1 */ *x = *x ^ *y; /* Step 2 */ *y = *x ^ *y; /* Step 3 */ } int make_x_operator(int x, int y){ return (~(x & y)) & (~((~x) & (~y))); } int make_big_bang(int x) { int negX = ~x + 1; int sign = (x | negX) >> 31; return sign + 1; } int main() { int integer_1, integer_2, integer_3, integer_4, integer_5, integer_6; int result; printf("Enter the value integer_1 given in lab worksheet: "); scanf("%x", &integer_1); printf("Enter the value integer_2 given in lab worksheet: "); scanf("%x", &integer_2); printf("Enter the value integer_3 given in lab worksheet: "); scanf("%x", &integer_3); printf("Enter the value integer_4 given in lab worksheet: "); scanf("%x", &integer_4); printf("Enter the value integer_5 given in lab worksheet: "); scanf("%x", &integer_5); printf("Enter the value integer_6 given in lab worksheet: "); scanf("%x", &integer_6); // Q1 inplace_swap(&integer_1, &integer_2); // Q2 // Check the values of integer_1, integer_2 result = make_x_operator(integer_1, integer_2); /* Step 1 */ result = make_x_operator(integer_3, integer_4); /* Step 2 */ result = make_x_operator(integer_5, integer_6); /* Step 3 */ // Q3 result = make_big_bang(integer_1); /* Step 1 */ result = make_big_bang(integer_5); /* Step 2 */ result = make_big_bang(integer_6); /* Step 3 */ return 0; }