Using the DEO board, develop a C program that initializes the LEDG register such that only LEDO is lit. The program shall then implement a loop where it asks the user for an input that is either 'or . If the user chooses Y, then the current LED should be turned off and the LED immediately before it should be turned on instead. If the current LED is 0, then consider LED9 to be the one immediately before it. If the user chooses l, then the current LED should be turned off and the LED immediately after it should be turned on instead. If the current LED is 9, then consider LEDO to be the one immediately after it. Example: If currently LED 5 is on and the user chooses r, then LED 5 turns off and LED 4 turns on instead If the user chooses anything other then 'or I, then ask him to choose again. Hints: .You may use the bitwise right and left shift operators, e.g. temp-temp>l: shifts bits of temp by one position to the right Using the DEO board, develop a C program that initializes the LEDG register such that only LEDO is lit. The program shall then implement a loop where it asks the user for an input that is either 'or . If the user chooses Y, then the current LED should be turned off and the LED immediately before it should be turned on instead. If the current LED is 0, then consider LED9 to be the one immediately before it. If the user chooses l, then the current LED should be turned off and the LED immediately after it should be turned on instead. If the current LED is 9, then consider LEDO to be the one immediately after it. Example: If currently LED 5 is on and the user chooses r, then LED 5 turns off and LED 4 turns on instead If the user chooses anything other then 'or I, then ask him to choose again. Hints: .You may use the bitwise right and left shift operators, e.g. temp-temp>l: shifts bits of temp by one position to the right