#define TOTAL	3	// Total number of analog sensors

#define SIREN_PORT	PORTH		// Siren Port
#define SIREN_PIN	3			// Siren Pin Number

#define PHONE	"+13472603586"	// Operator Phone Number
#define FOREMAN "+12052604026"
#define OPEN_VALUE	266     // 1.9 V
#define CLOSE_VALUE	978    // 4.8V
#define AN_PIN	 	5

unsigned char IsOpened_Flag = 0;
unsigned int sec_counter = 0;
unsigned int valve_counter =0;
unsigned int avg = 0;

unsigned char Was_Sent=255;


unsigned char GLOBAL_FLAG=0;

unsigned int temp[TOTAL];

unsigned int GetTemp(unsigned char w);
void Send_Valve_Report( char phone_number[]);
void Check_Valves(void);
void CheckForCommand(char phone[], char message[]);
void SuperControl(void);


void Send_Valve_Report( char phone_number[]) {
	char alrt_msg[140]="Valve Report: ";
	char part[50];
	char ret = sprintf(part,"Valve was opened %d times. Avg time of  %d , ",valve_counter,avg);
	strcat(alrt_msg, part);

	int ErrorCode = DroneCell_Text(phone_number,alrt_msg );	// text alert
}

void Check_Valves(void) {
	if  (IsOpened_Flag) {
		if  ( a2dConvert10bit(AN_PIN) <= OPEN_VALUE ) {
			sec_counter = sec_counter + 4;
		}
		else if ( a2dConvert10bit(AN_PIN) >= CLOSE_VALUE ) {
			IsOpened_Flag = 0;
			if ( avg == 0) {
				avg = sec_counter;
			}
			else {
				avg = (sec_counter + avg) /2;
			}
			sec_counter =0;
			valve_counter++;
           	 	 }
	}

	else if  ( a2dConvert10bit(AN_PIN) <= OPEN_VALUE ) {
		 IsOpened_Flag = 1;
	}

	signed char hours_now = Hours_Now();
	if (Was_Sent != hours_now) {
			Send_Valve_Report(FOREMAN);
			valve_counter = 0;
			avg = 0;
			Was_Sent = hours_now;
	}
}
void CheckForTrigger(void) {
	unsigned char flag=0;
	char alrt_msg[140]="Alert: ";
	int ErrorCode = 0;

	rprintfInit(DebugPrint); rprintf("Reading Values: \n");
	for (unsigned char w=0;w<TOTAL;w++) {
		// Set Criteria for Alert
		temp[w] = GetTemp(w);
		rprintf("Door #%d = %d ,",w,temp[w] );
		if (temp[w] == 0) { 	// Check Condition
			char part[50];
	   		char ret = sprintf(part,"Door %d is %d , ",w,temp[w]);
			strcat(alrt_msg, part);
			flag = 1;
		}
	}
	if (flag==1 && GLOBAL_FLAG==0) {
		rprintfInit(DebugPrint);	rprintf("Triggered! Sending Alert Message\n");
		rprintfStr(alrt_msg); rprintf("\n");
		ErrorCode = DroneCell_Text(PHONE,alrt_msg );	// text alert
		GLOBAL_FLAG = 1;
	}
}


void CheckForCommand(char phone[], char message[]) {
	int ErrorCode=0;

	char status_msg[140]="Status: ";

	//********** Status Report **********//
	if (message[0] == 'S' || message[0] == 's') {
		rprintfInit(DebugPrint);	rprintf(" -> Status\n");

		//******* Read all Analog Inputs *******//
		for (unsigned char w=0;w<TOTAL;w++) {
			temp[w] = GetTemp(w);
			char part[100];
	   		char ret = sprintf(part,"Door %d is %d deg, ",w,temp[w]);
			strcat(status_msg, part);
			delay_ms(5);
		}
		rprintfInit(DebugPrint);	rprintf("Status Msg is ");rprintfStr(status_msg);rprintf("\n");
		ErrorCode = DroneCell_Text(phone,status_msg);
	}

	//********** Activate Siren **********//
	else if (message[0] == 'A' || message[0] == 'a') {
		rprintfInit(DebugPrint);	rprintf(" -> Activate\n");
		PORT_ON(SIREN_PORT,SIREN_PIN);
		ErrorCode = DroneCell_Text(phone,"Command Acknowledged, Siren Activated.");			// Delete SMS Message #1 that was just received
	}

	//********** Quiet Siren **********//
	else if (message[0] == 'Q' || message[0] == 'q') {
		rprintfInit(DebugPrint);	rprintf(" -> Quiet\n");
		PORT_OFF(SIREN_PORT,SIREN_PIN);
		ErrorCode = DroneCell_Text(phone,"Command Acknowledged, Siren Quieted.");			// Delete SMS Message #1 that was just received
	}

		//********** Reset **********//
	else if (message[0] == 'R' || message[0] == 'r') {
		rprintfInit(DebugPrint);	rprintf(" -> Reset\n");
		PORT_OFF(SIREN_PORT,SIREN_PIN);
		GLOBAL_FLAG= 0;
		ErrorCode = DroneCell_Text(phone,"Command Acknowledged, Resetting System.");			// Delete SMS Message #1 that was just received
	}

			//********** Reset **********//
	else if (message[0] == 'V' || message[0] == 'v') {
		rprintfInit(DebugPrint);	rprintf(" -> Valve Report\n");
		Send_Valve_Report(phone);
	}

	ErrorCode = DroneCell_DeleteMsg(1);
	rprintfInit(DebugPrint); rprintf("\nDeleted SMS Message #1\n");
}


unsigned int GetTemp(unsigned char w) {
	return a2dConvert10bit(w);
}

void SuperControl(void) {
	int ErrorCode=0;
	//********** Startup Message **********//
	ErrorCode = DroneCell_Text(PHONE,"System Initated. Commands: Status, Alarm, Quiet, Reset");
	rprintfInit(DebugPrint); rprintf(" Sent Text Message Error Code %d \n",ErrorCode);
	delay_ms(2000);

	while(1) {
	rprintfInit(DebugPrint); rprintf("\n");
	/* -------------- Read Message Index # 1 ------------ */
		char message[30];
		char phone_num[13];
		ErrorCode = DroneCell_MsgRead(1,phone_num,message);
		// No SMS Message in Index #1
		if (ErrorCode == NO_MESSAGE) {
			rprintfInit(DebugPrint); rprintf("1 %d - No SMS Message\n", ErrorCode);
		}
		else {
			// Print the SMS Message that I received
			rprintfInit(DebugPrint);
			rprintf("Message is : ");
			for (unsigned char i=0;i<ErrorCode;i++) {
				DebugPrint(message[i]);
			}
			// Print the Phone Number the Message is From
			rprintf("\nPhone # is : ");
			char myphone[12];
		 	for (unsigned char i=0;i<12;i++) {
				myphone[i] = phone_num[i];
				DebugPrint(phone_num[i]);
			}
			CheckForCommand(myphone,message);
		}
		Check_Valves();
		CheckForTrigger();
		delay_ms(3500);
	}

}