#ifndef MuxClient_h
#define MuxClient_h

#include "Arduino.h"

#define digital_write 0
#define analog_write 1
#define digital_read 2
#define analog_read 3

class MuxClient {

	public:
		MuxClient();
		MuxClient(int adress, int type);
		// static enum readType {digitalWrite, analogWrite, digitalRead, analogRead};
		static void setupMux(int adressPin1, int adressPin2, int adressPin3, int adressPin4, int data, int enable);
		static void powerMux(bool state); //true = Pin Low = Power ON!
		bool powerMux();
		void setAdress(int adress);
		int read();
		int bufferedRead(int bufferSize, int scale);
		void listen();
		void write(int value);
		static int dataPin;
		// static String errorMessage;

	
		int clientAdress;
		// String clientName;
		int clientType;
	private:
		int outputDigital;
		int outputAnalog;
		int bufferValue[64];
		unsigned int counter;
		static bool muxReady;
		static int adressPins[4];
		static int enablePin;
		static bool state; //true = Pin Low = Power ON!
};

#endif

/*

MuxClient fanSenseLeft(16, digitalRead);
MuxClient potentiometer(8, analogRead);
MuxClient switch(3, digitalRead);
Button switch_pro(switch); // requires Button.h

setupMux(A0, 8, 4, 7, A7, A6);

switchState = switch.read();


if (switch_pro.buttonState == pressed) {
	// do something when button is pressed
}
if (switch_pro.buttonState == released) {
	// do something when button is released
}
if (switch_pro.buttonState == held && switch_pro.holdTime > 500) {
	// do something when button has been held for 500ms
	if (switch_pro.interval(50)) {
        // do something repeatedly at 50ms interval
    }
}




*/