UNO digital pins 0 to 7 are connected to Port D of the ATmega328 microcontroller while digital pins 8 to 13 are to Port B. You are to implement a function whose functionality is similar to pinMode(). The function allows the simultaneous configuration of multiple pins by using DDRB/DDRD and PORTB/PORTD internally. The function should be named as multi-pinMod) For example, a single function call to multi-pinModQ should allow the configuration of * digital pins 3, 4, and 5 as OUPUT pins, * digital pins 7 and 8 as INPUT pins, and * digital pins 10 and 11 as INPUT PULLUP pins Note that the previous configuration of all the other digital pins should not be changed 3. (20%) Specify the single function call to multi-pinMod( ) that allows the configuration of * e * digital pins 3, 4, and 5 as OUPUT pins, digital pins 7 and 8 as INPUT pins, and digital pins 10 and 11 as INPUT_PULLUP pins Again the function call is not supposed to change the previous configuration of all the other digital pins UNO digital pins 0 to 7 are connected to Port D of the ATmega328 microcontroller while digital pins 8 to 13 are to Port B. You are to implement a function whose functionality is similar to pinMode(). The function allows the simultaneous configuration of multiple pins by using DDRB/DDRD and PORTB/PORTD internally. The function should be named as multi-pinMod) For example, a single function call to multi-pinModQ should allow the configuration of * digital pins 3, 4, and 5 as OUPUT pins, * digital pins 7 and 8 as INPUT pins, and * digital pins 10 and 11 as INPUT PULLUP pins Note that the previous configuration of all the other digital pins should not be changed 3. (20%) Specify the single function call to multi-pinMod( ) that allows the configuration of * e * digital pins 3, 4, and 5 as OUPUT pins, digital pins 7 and 8 as INPUT pins, and digital pins 10 and 11 as INPUT_PULLUP pins Again the function call is not supposed to change the previous configuration of all the other digital pins