reflow/firmware/profile.h

#ifndef _H_PROFILE
#define _H_PROFILE

#include <Arduino.h>

class LiquidCrystal;
class DFR_Key;

#define PI_TS_MIN 0
#define PI_TS_MAX 1

#define PI_TL 2

#define PI_TP_MIN 3
#define PI_TP_MAX 4
#define PI_TIME_MAX 5

// profile temp per second rates
#define PI_TS_RAMP_UP_MIN 6
#define PI_TS_RAMP_UP_MAX 7
#define PI_TP_RAMP_UP_MIN 8
#define PI_TP_RAMP_UP_MAX 9
#define PI_RAMP_DOWN_MIN 10
#define PI_RAMP_DOWN_MAX 11

// profile temp durations
#define PI_TS_DURATION_MIN 12
#define PI_TS_DURATION_MAX 13
#define PI_TL_DURATION_MIN 14
#define PI_TL_DURATION_MAX 15
#define PI_TP_DURATION_MIN 16
#define PI_TP_DURATION_MAX 17
#define PI_END 18

// config states
#define CS_MENU 0
#define CS_EDIT 1
#define CS_END 2

class LiquidCrystal;
class DFR_Key;

extern LiquidCrystal lcd;
extern DFR_Key keypad;

class Profile {
public:
  int data[18];

  unsigned int config_index;
  int config_state;
  int key;

  Profile();
  boolean handle_config_state();
  void print_config_state();
  void print_config_state_0();
};


class ProfileState {
public:
  int temp_min;
  int duration;
  int temp_max;
  String name;

  ProfileState() : temp_min(0), duration(0), temp_max(0) {}
  ProfileState(int min, int dur, int max = -1, const char & name = NULL) : temp_min(min), duration(dur), temp_max(max), name(name) {}
};

class SolderType {};



class Profile2 {
public:
  ProfileState states[3];

};


extern Profile2 std_profile;

void set_std_profile();

#endif