งานปฏิบัติ16

#define LED_PIN1 2 //
	#define LED_PIN2 3
	#define LED_PIN3 4
	#define LED_PIN4 5
	#define LED_PIN5 6
	#define LED_PIN6 7
	#define LED_PIN7 8
	#define LED_PIN8 9
	int inByte1 = 0; // incoming serial byte
	int inByte2 = 0;
	byte bit0 = B00000001; // 1
	byte bit1 = B00000010; // 2
	byte bit2 = B00000100; // 4
	byte bit3 = B00001000; // 8
	byte bit4 = B00010000; // 16
	byte bit5 = B00100000; // 32
	byte bit6 = B01000000; // 64
	byte bit7 = B10000000; // 128
	byte bitDelay = 100;
	boolean status_unlock;
	boolean status_bluetooth;
	long interval = 100; // interval at which to blink (milliseconds)
	long previousMillis = 0; // will store last time LED was updat
	int minite,sec;
	void setup()
	{
	// start serial port at 9600 bps:
	Serial.begin(9600);
	pinMode(LED_PIN1, OUTPUT);
	pinMode(LED_PIN2, OUTPUT);
	pinMode(LED_PIN3, OUTPUT);
	pinMode(LED_PIN4, OUTPUT);
	pinMode(LED_PIN5, OUTPUT);
	pinMode(LED_PIN6, OUTPUT);
	pinMode(LED_PIN7, OUTPUT);
	pinMode(LED_PIN8, OUTPUT);
	digitalWrite(LED_PIN1, LOW); // switch on LED
	digitalWrite(LED_PIN2, LOW); // switch on LED
	digitalWrite(LED_PIN3, LOW); // switch on LED
	digitalWrite(LED_PIN4, LOW); // switch on LED
	digitalWrite(LED_PIN5, LOW); // switch on LED
	digitalWrite(LED_PIN6, LOW); // switch on LED
	digitalWrite(LED_PIN7, LOW); // switch on LED
	digitalWrite(LED_PIN8, LOW); // switch on LED
	Serial.print("Arduino control LEDs Start");
	Serial.print('\n');
	}
	void loop()
	{
	while (Serial.available() > 0) {
	inByte1 = Serial.parseInt(); // get incoming byte:
	char c = Serial.read();
	if ( (c == '\n') || (c == '\r')) {
	Serial.println(" ");
	if (inByte1 & bit0){ // if bitwise AND resolves to true
	digitalWrite(LED_PIN1,HIGH); // send 1
	}
	else{ // if bitwise and resolves to false
	digitalWrite(LED_PIN1,LOW); // send 0
	}
	if (inByte1 & bit1){ // if bitwise AND resolves to true
	digitalWrite(LED_PIN2,HIGH); // send 1
	}
	else{ // if bitwise and resolves to false
	digitalWrite(LED_PIN2,LOW); // send 0
	}
	if (inByte1 & bit2){ // if bitwise AND resolves to true
	digitalWrite(LED_PIN3,HIGH); // send 1
	}
	else{ // if bitwise and resolves to false
	digitalWrite(LED_PIN3,LOW); // send 0
	}
	if (inByte1 & bit3){ // if bitwise AND resolves to true
	digitalWrite(LED_PIN4,HIGH); // send 1
	}
	else{ // if bitwise and resolves to false
	digitalWrite(LED_PIN4,LOW); // send 0
	}
	if (inByte1 & bit4){ // if bitwise AND resolves to true
	digitalWrite(LED_PIN5,HIGH); // send 1
	}
	else{ // if bitwise and resolves to false
	digitalWrite(LED_PIN5,LOW); // send 0
	}
	if (inByte1 & bit5){ // if bitwise AND resolves to true
	digitalWrite(LED_PIN6,HIGH); // send 1
	}
	else{ // if bitwise and resolves to false
	digitalWrite(LED_PIN6,LOW); // send 0
	}
	if (inByte1 & bit6){ // if bitwise AND resolves to true
	digitalWrite(LED_PIN7,HIGH); // send 1
	}
	else{ // if bitwise and resolves to false
	digitalWrite(LED_PIN7,LOW); // send 0
	}
	if (inByte1 & bit7){ // if bitwise AND resolves to true
	digitalWrite(LED_PIN8,HIGH); // send 1
	}
	else{ // if bitwise and resolves to false
	digitalWrite(LED_PIN8,LOW); // send 0
	}
	Serial.print(inByte1);
	Serial.print(" OK");
	}
	//delay(inByte2 * bitDelay); //delay
	//Serial.println("OK");
	} // if(Serial
	} //Loop