cimdit/cimditprofile.h

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/**
* \file cimditprofile.h
* \brief Declaration of the CimditProfile class
* \author GrumpyDeveloper (Sascha Nitsch)
* \copyright 2022 Sascha Nitsch
* Licensed under MIT license
*
*/
#ifndef CIMDITPROFILE_H_
#define CIMDITPROFILE_H_
// our defines
#include "defines.h"
// system includes
#include <inttypes.h>
// library include
#include <HID-Project.h>
// own include
#include "cimdithal.h"
/**
* \class CimditProfile
* \brief Profile storage and action class
*/
class CimditProfile {
public:
/// constructor
CimditProfile();
/// \brief initialize
void begin();
/// a button has been pressed or release
/// \param num which button number
/// \param state current button state (true if pressed)
void buttonAction(uint8_t num, bool state);
/// an axis was moved
/// \param num which axis number
/// \param state current axis state (absolute value)
void axisAction(uint8_t num, uint16_t state);
/// an axis was moved
/// \param num which axis number
/// \param delta rotary delta value
void rotaryAction(uint8_t num, int8_t delta);
/// periodic tick function, for timeouts, turning off display a.s.o.
void tick();
/// print flash(profile) content to serial
void printFlash();
/// write flash(profile) content from serial
void writeFlash();
/// set user string
/// \param timeout timout for string
/// \param input string to print out
void setUserString(uint8_t timeout, const char* input);
/// display user submitted graphic
void userDisplay();
/// mapping types
enum MappingType {
/// no mapping
MAPPING_NONE = 0,
/// mapped as joystick button (only works for buttons)
JOYSTICK_BUTTON,
/// mapped as joystick axis (only works for analog values)
JOYSTICK_AXIS,
/// mapped as mouse button (only works for buttons)
MOUSE_BUTTON,
/// mapped as mouse relative/incremental X axis (works for analog values, rotary encoder and buttons)
MOUSE_REL_X_AXIS,
/// mapped as mouse relative/incremental Y axis (works for analog values, rotary encoder and buttons)
MOUSE_REL_Y_AXIS,
/// mapped as mouse relative/incremental wheel (works for rotary encoder and buttons)
MOUSE_REL_WHEEL,
/// select to next profile
NEXT_PROFILE,
/// select to previous profile
PREV_PROFILE,
/// confirm selection
SWITCH_PROFILE,
/// macro key pressed
MACRO_PRESS,
/// macro key released
MACRO_RELEASE,
/// mapping as keyboard button
KEYBOARD_BUTTON,
};
/// enums for use in macros
enum MACROCOMMANDS {
/// null terminator
MACRO_NULL = 0,
/// end marker
MACRO_END = 0,
// time functions
/// speed for typing (chars per second)
MACRO_SPEED, // 1
/// wait a while (in ms)
MACRO_DELAY, // 2
// press/release functions
/// key press
MACRO_KEY_PRESS, // 3
/// key release
MACRO_KEY_RELEASE, // 4
/// joystick button press
MACRO_JOY_PRESS, // 5
/// joystick button release
MACRO_JOY_RELEASE, // 6
/// mouse press
MACRO_MOUSE_PRESS, // 7
/// mouse release
MACRO_MOUSE_RELEASE, // 8
/// mouse wheel rotation
MACRO_MOUSE_WHEEL, // 9
// typing functions
/// type a series of keys (press, delay, release)<repeated>
MACRO_TYPE, // 10
// axis mapping functions
/// move mouse X according to given value
MACRO_MOUSE_REL_X, // 11
/// move mouse Y according to given value
MACRO_MOUSE_REL_Y, // 12
/// move mouse X according to an analog axis
MACRO_MOUSE_REL_X_AXIS, // 13
/// move mouse Y according to an analog axis
MACRO_MOUSE_REL_Y_AXIS, // 14
};
private:
/// get unsigned int 8 from EEPROM and advance one byte
/// \return eeprom value
uint8_t nextUInt8();
/// get unsigned int 16 from EEPROM and advance two byte
/// \return eeprom value
uint16_t nextUInt16();
/// get 0-terminated string from EEPROM
/// \param destination destination pointer
void nextString(unsigned char* destination);
/// initialize profile structures
void initProfiles();
/// load profile
/// \param profileNum number of profile to load
void load(uint8_t);
/// scan macros and optionally execute fiven Macro
/// \param macroNum number of macro
/// \param execute should macro be executed (true) or just scanned (false)
void scanOrExecuteMacro(uint8_t macroNum, bool execute);
#ifdef EXTERNAL_EEPROM
/**
* \brief write to eeprom
* \param addr addr to write to
* \param val value to write
*/
void eepromWrite(uint16_t addr, uint8_t val);
#endif
/**
* \brief show activation confirmation
*/
void showActivate();
/**
* show currently active profile
*/
void showActiveProfile();
/**
* show user string
*/
void showUserString();
/**
* \brief print out text centered on display
* \param text
*/
void printTextCentered(const char* text);
/// list of profile names
char m_profiles[NUMBER_OF_PROFILES][16];
/// number of profiles
uint8_t m_numProfiles;
/// active profile
uint8_t m_activeProfile;
/// selecting profile
uint8_t m_selectingProfile;
/// Mapping structure
struct Map {
/// number of (button/axis/rotary)
uint8_t m_number;
/// mapping type
MappingType m_type;
/// optional value
int8_t m_value;
};
/// number of mapped buttons
uint8_t m_numMappedButtons;
/// actual button mappings
Map m_mappedButtons[64];
/// number of mapped axis
uint8_t m_numMappedAxis;
/// actual axis mappings
Map m_mappedAxis[16];
/// number of mapped rotary
uint8_t m_numMappedRotary;
/// actual rotary mappings
Map m_mappedRotary[8];
/// automatic mouse movement in X direction
int16_t m_mouseMoveX;
/// automatic mouse movement in Y direction
int16_t m_mouseMoveY;
/// current EEPROM position
uint16_t m_eepromPosition;
/// number of macros
uint8_t m_numMacros;
/// macro start position
uint16_t *m_macroStart;
/// different display states
enum DISPLAY_STATE {
/// almost blank display to protect oled
DISPLAY_BLANK = 0,
/// show current profile
DISPLAY_PROFILE,
/// show confirmation screen
DISPLAY_CONFIRMATION,
/// show user submitted (via USB) string
DISPLAY_USER_STRING
};
/// active display state
DISPLAY_STATE m_displayState;
/// time when state started
uint32_t m_stateStarted;
/// time when state should be timed out
uint32_t m_stateTimeout;
/// time for next bar update
uint32_t m_nextBarUpdate;
/// screen saver last dot X position
uint8_t m_dotX;
/// screen saver last dot Y position
uint8_t m_dotY;
/// user submitted string to output
char m_userString[43];
/// timeout of submitted string
uint32_t m_userTimeout;
float m_relMouseX, m_relMouseY;
uint16_t m_customImage;
};
#endif // CIMDITPROFILE_H_