Question

This daily will allow you to practice more with the bit wise operators and shifts. Consider the following modification of the main program from daily 3: #include void set_flag(unsigned int* flag_holder, int flag_position); void unset_flag(unsigned int * flag_holder, int flag_position); int check_flag(unsigned int flag_holder, int flag_position); void display_32_flags(unsigned int flag_holder); int main(int argc, char* argv[]) { unsigned int flag_holder = 0; set_flag(&flag_holder, 3); set_flag(&flag_holder, 16); set_flag(&flag_holder, 31); display_32_flags(flag_holder); unset_flag(&flag_holder, 31); unset_flag(&flag_holder, 3); set_flag(&flag_holder, 9); display_32_flags(flag_holder); return 0; } Write the code for the definition of unset_flag and display_32_flags so that the output of your program looks like the following: 1000 0000 0000 0001 0000 0000 0000 1000. You can think of the unset_flag function as taking an integer and making sure that the nth bit is a 0. You may find the ~ operator useful. It is used to “flip the bits” of a number making all the zero values 1’s and all the 1’s zeroes. As in the previous daily, the shifting operators and the bitwise and ( & ) and or ( | ) may also be useful. If you are doing multiplication or division then you are doing it wrong. The display_32_flags function should just print the information to the screen