StepperModule.h

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#ifndef StepperModule_h
#define StepperModule_h
 
#include "../../Defines.h"
 
//#include "../UIModule/UI.h"
 
//!the main loop for the StepperModule (this is the FeederStateMachine)
void loop_StepperModule();
 
//!called on setup()
void setup_StepperModule();
 
//!the Blink the LED - and it will use the latest BUZZER status (so MQTT could set buzzer on.. then call this)
//void stepperModule_BlinkLED();
 
/**
SerialDebug.println("Valid Commands: ");
SerialDebug.println("         H == help, this message");
SerialDebug.println(" 0x0, s, c == Single Feed ");
SerialDebug.println("         a == AutoFeed ");
SerialDebug.println("         u == UNO ");
SerialDebug.println("         m == MINI ");
SerialDebug.println("         L == Tumbler ");
SerialDebug.println("         B == Buzzer On");
SerialDebug.println("         b == Buzzer Off");
SerialDebug.println("         G == Gateway On");
SerialDebug.println("         g == gateway Off");
SerialDebug.println("         R == clean credentials");
SerialDebug.println("         O == OTA update");
SerialDebug.println("         X == clean EPROM");
 SerialDebug.println("         T == tilt on");
 SerialDebug.println("         t == tilt off");
 
 
*/
//!processes a single character command from BLE (or from MQTT converted to a single character)
void stepperModule_ProcessClientCmdFinal(char cmd);
 
#ifdef ESP_M5
#define LED 2
 
#else
 
/*volume info, B = buzzOn, b = buzzOff*/
//#define BUZZON 1
//#define BUZZOFF 0
 
/*feederType*/
#define UNO         1
#define MINI        2
#define TUMBLER     3
/*ESP32 GPIO*/
#define LED         2
//#define BUZZ     26
 
 
//! retreives the feeder type, UNO or MINI
extern int getFeederType();
 
//! retrieves the buzzer status
boolean getBuzzStatus_StepperModule();
 
#endif  //ESP_M5
 
#endif // Dispense_h