File OledController.hpp

enum OLED_COLOR {
    Black = 0x00,
    White = 0x01
};

enum OLED_Error_t {
    OLED_OK = 0x00,
    OLED_ERR = 0x01
};

void oledDispatch (
    const CoprocReq_OledReq & request
) 

void oledDrawArc (
    uint8_t x,
    uint8_t y,
    uint8_t radius,
    uint16_t start_angle,
    uint16_t sweep,
    OLED_COLOR color
) 

void oledDrawCircle (
    uint8_t par_x,
    uint8_t par_y,
    uint8_t par_r,
    OLED_COLOR color
) 

void oledDrawLine (
    uint8_t x1,
    uint8_t y1,
    uint8_t x2,
    uint8_t y2,
    OLED_COLOR color
) 

void oledDrawPixel (
    uint8_t x,
    uint8_t y,
    OLED_COLOR color
) 

void oledDrawRectangle (
    uint8_t x1,
    uint8_t y1,
    uint8_t x2,
    uint8_t y2,
    OLED_COLOR color
) 

void oledFill (
    OLED_COLOR color
) 

OLED_Error_t oledFillBuffer (
    uint8_t * buf,
    uint32_t len
) 

bool oledGetDisplayOn () 

void oledInit (
    const CoprocReq_OledInit & init
) 

void oledInitOld (
    void
) 

void oledInitStm () 

void oledPolyline (
    const OLED_VERTEX * par_vertex,
    uint16_t par_size,
    OLED_COLOR color
) 

void oledSetContrast (
    const uint8_t value
) 

void oledSetCursor (
    uint8_t x,
    uint8_t y
) 

void oledSetDisplayOn (
    const bool on
) 

bool oledTestConnection () 

void oledUpdateScreen (
    void
) 

char oledWriteChar (
    char ch,
    FontDef Font,
    OLED_COLOR color
) 

void oledWriteCommand (
    uint8_t byte
) 

void oledWriteData (
    uint8_t * buffer,
    size_t buff_size
) 

char oledWriteString (
    const char * str,
    FontDef Font,
    OLED_COLOR color
) 

#define OLED_BUFFER_SIZE 1024

#define OLED_I2C_ADDR 0x3C