d9/d50/firstlay_8h_source.html

// firstlay.h

#ifndef _FIRSTLAY_H

#define _FIRSTLAY_H


//choose 0 off 1 on

#define DEBUG_TERM 0

//#define DEBUG_TERM 1


#include <inttypes.h>

#include "gui.h"

#include "wizard_types.h"

#include "wizard_load_unload.h"


#ifdef __cplusplus

extern "C" {

#endif //__cplusplus


#pragma pack(push)

#pragma pack(1)


typedef enum {

    _FL_INIT,

    _FL_GCODE_HEAD,

    _FL_GCODE_BODY,

    _FL_GCODE_DONE

} _FL_STATE;


#define FIRSTLAY_SCREEN_TERM_X 25

#define FIRSTLAY_SCREEN_TERM_Y 10

typedef struct

{

    _FL_STATE state;

    window_progress_t progress;

#if DEBUG_TERM == 0

    window_text_t text_state;

#else

    window_term_t term;

    term_t terminal;

    uint8_t term_buff[TERM_BUFF_SIZE(FIRSTLAY_SCREEN_TERM_X, FIRSTLAY_SCREEN_TERM_Y)]; //chars and attrs (640 bytes) + change bitmask (40 bytes)

#endif


    float extruder_start_len;

    LD_UNLD_STATE_t load_unload_state;


    window_text_t text_Z_pos;

    window_text_t text_direction_arrow;

    window_numb_t spin_baby_step;


    float Z_offset;

    float Z_offset_request;


    //it is being deleted i do not know why. size isue?

    /*const char**      head_gcode;

    const char**      body_gcode;

    size_t            head_gcode_sz;

    size_t            body_gcode_sz;

    size_t            gcode_sz;*/


    uint32_t timer0;

} firstlay_screen_t;


//#pragma pack(1) makes enums 8 bit

typedef struct

{

    //_TEST_STATE_t state_heat;

    _TEST_STATE_t state_load;

    _TEST_STATE_t state_print;


} firstlay_data_t;


#pragma pack(pop)


extern void wizard_firstlay_event_dn(firstlay_screen_t *p_screen);


extern void wizard_firstlay_event_up(firstlay_screen_t *p_screen);


extern void wizard_init_screen_firstlay(int16_t id_body,

    firstlay_screen_t *p_screen, firstlay_data_t *p_data);

/*

extern int wizard_firstlay_heat(int16_t id_body,

        firstlay_screen_t* p_screen, firstlay_data_t* p_data);


extern int wizard_firstlay_load(int16_t id_body,

        firstlay_screen_t* p_screen, firstlay_data_t* p_data);

*/

extern int wizard_firstlay_print(int16_t id_body,

    firstlay_screen_t *p_screen, firstlay_data_t *p_data, float z_offset);


#ifdef __cplusplus

}

#endif //__cplusplus


#endif //_FIRSTLAY_H