Battery Powered Pulse Counter

Develop code for Pic XLP microcontroller that can count pulses (max 50hz, 50% duty cycle). Must provide some kind of software debouncing. Utilise energy saving techniques to keep micro in low power mode. inputs: 3 digital inputs; one for pulse counting and two alarm inputs. If one of the two alarm inputs go high send alert data packet to Alert Recipients mobile no Update Report Packet: Every xx hours send current register data along with status of the two digital inputs along with the battery ADC value 0-9 in a compressed packet format, you decide. Store the following totalized register pulse count data: hourly pulse count, last 24 hours daily pulse count, last 14 days weekly pulse count, last 8 weeks monthly pulse count, last 12 months. Develop protocol to: Read / Write the RTCC clock Change the freq at which Update Report packet below is sent to recipients mobile as SMS packet. Read / Write SMS message Centre Read / Write SMS recipients mobile no Read / Write SMS Alert recipients mobile no Read / Write the status of alert digital inputs Read / Write (clear) Register data for: hourly, daily, weekly and monthly All packets must have a CRC calculation. All Command / responses must be made via UART, IRDA or SMS. IDE / Language of choice is MPLAB C or MikroC