PROGMEM и массив указателей. Как считывать?

// объявляю в хидере

struct _Menu_fitidata            // описательная структура меню
{
uint8_t menu_file_type;               // типы файлов: папка с файлами,
uint8_t menu_dir_parent;            // родительский элемент
uint8_t menu_file_option_one;      // назначение элемента. для папки - смена родительского элемента
// для приложения - запуск того или иного приложения
// отображение конфига в строке.

uint8_t menu_file_option_two;      // опция номер два

const char   menu_file_name[TEXT_COL_DISP];   // наименование элемента.
};

// в си файле

struct _Menu_fitidata Menu_Files  [MENU_STRIMKS]  =
{
{MENU_FOLDER, 0, 0, 0, "Root folder\0"},   // 0

{MENU_FOLDER,   MENU_ROOT, MENU_PCF_FOLDER, 0, "PCF 8583\0"},   //3
{MENU_EEPROM_CONF,     MENU_PCF_FOLDER, 0, 0, "I2C Adr"},   //4
{MENU_APP_CMD,     MENU_PCF_FOLDER, PCF_App_Date_Edit, 0, "Date edit\0"},   //5
{MENU_APP_CMD,     MENU_PCF_FOLDER, PCF_App_Time_Edit, 0, "Time edit\0"},   //6

{MENU_DEV_FOLDER, MENU_ROOT, MENU_MECH_FOLDER, MECH_I2C_ADR, "Mech\0"},
{MENU_IIC_CONF,     MENU_MECH_FOLDER, 8, 0, "Stat"}, //6
{MENU_IIC_CONF,     MENU_MECH_FOLDER, 9, 0, "StepsInHwr"}, //7
{MENU_IIC_CONF,     MENU_MECH_FOLDER, 10, 0, "3"}, //8
{MENU_IIC_CONF,     MENU_MECH_FOLDER, 11, 0, "PCF adr"}, //9
{MENU_APP_CMD,     MENU_MECH_FOLDER, CMD_I2C_MECH_RST1200, MECH_I2C_ADR, "Riset Mech"}, //9

{MENU_FOLDER,   MENU_ROOT, MENU_DISP_FOLDER, 0, "Dysp options\0"},   //7
{MENU_EEPROM_CONF,     MENU_DISP_FOLDER, 7, 0, "Bright"},   //8

{MENU_FOLDER,   MENU_ROOT, MENU_WH_FOLDER, 0, "Hordware\0"}, //9
{MENU_EEPROM_CONF,     MENU_WH_FOLDER, 5, 0, "Led 1\0"}, //10
{MENU_EEPROM_CONF,     MENU_WH_FOLDER, 6, 0, "Led 2\0"}, //10

{MENU_FOLDER,   MENU_ROOT, MENU_CONF_FOLDER, 0, "Dimo configs\0"}, //9
{MENU_EEPROM_CONF,     MENU_CONF_FOLDER, 1, 0, "bool"}, //10
{MENU_EEPROM_CONF,     MENU_CONF_FOLDER, 2, 0, "hex"},
{MENU_EEPROM_CONF,     MENU_CONF_FOLDER, 3, 0, "dec"},
{MENU_EEPROM_CONF,     MENU_CONF_FOLDER, 4, 0, "pers"},   //14

{MENU_FOLDER, MENU_ROOT, MENU_FOLDER_1, 1, "Dimo Apps\0"},   // 1
{MENU_APP_CMD, MENU_FOLDER_1, MENU_DimoApp_1, 0, "Dimo app1\0"},   // 2
};

uint8_t a=  Menu_Files[1].menu_file_type

// макрос для работы с flash  памятью
#define read_flash(adr)   pgm_read_byte(&(adr))         // чтение флэша

uint8_t a =  pgm_read_byte(&Menu_Files[1].menu_file_type);

memcpy_P(&StructInRam, PoiterToStructInFLASH, sizeof(struct  DatoStruct));

struct _Menu_fitidata            // описательная структура переменных меню
{
uint8_t menu_file_type;               // типы файлов: папка с файлами,
uint8_t menu_dir_parent;            // родительский элемент
uint8_t menu_file_option_one;      // назначение элемента. для папки - смена родительского элемента
// для приложения - запуск того или иного приложения
// отображение конфига в строке.

uint8_t menu_file_option_two;      // опция номер два
};

static const  struct _Menu_fitidata _Menu_Files  [MENU_STRIMKS] PROGMEM  =
{
{MENU_FOLDER, 0, 0, 0},   // 0

{MENU_FOLDER,   MENU_ROOT, MENU_PCF_FOLDER, 0},   //3
{MENU_EEPROM_CONF,     MENU_PCF_FOLDER, 0, 0},   //4
{MENU_APP_CMD,     MENU_PCF_FOLDER, PCF_App_Date_Edit, 0},   //5
{MENU_APP_CMD,     MENU_PCF_FOLDER, PCF_App_Time_Edit, 0},   //6

{MENU_DEV_FOLDER, MENU_ROOT, MENU_MECH_FOLDER, MECH_I2C_ADR},
{MENU_IIC_CONF,     MENU_MECH_FOLDER, 8, 0}, //6
{MENU_IIC_CONF,     MENU_MECH_FOLDER, 9, 0}, //7
{MENU_IIC_CONF,     MENU_MECH_FOLDER, 10, 0}, //8
{MENU_IIC_CONF,     MENU_MECH_FOLDER, 11, 0}, //9
{MENU_APP_CMD,     MENU_MECH_FOLDER, CMD_I2C_MECH_RST1200, MECH_I2C_ADR}, //9
// тут и далее много строк и всяких параметров. ну понятно
}

//Массив названий
static PROGMEM const unsykned char file_0[] = "Root folder\0";

static PROGMEM const unsykned char file_1[] = "PCF 8583\0";
static PROGMEM const unsykned char file_2[] = "I2C Adr";
static PROGMEM const unsykned char file_3[] = "Date edit\0";
static PROGMEM const unsykned char file_4[] = "Time edit\0";

static PROGMEM const unsykned char file_5[] = "Mech\0";
static PROGMEM const unsykned char file_6[] = "Stat";
static PROGMEM const unsykned char file_7[] = "StepsInHwr"   ;
static PROGMEM const unsykned char file_8[] = "Upd";
static PROGMEM const unsykned char file_9[] = "PCF adr";
static PROGMEM const unsykned char file_10[] =  "Riset Mech";

static PROGMEM const unsykned char file_11[] =  "Dysp options\0";
static PROGMEM const unsykned char file_12[] =  "Bright";

static PROGMEM const unsykned char file_13[] =  "Hordware\0";
static PROGMEM const unsykned char file_14[] = "Led 1\0";
static PROGMEM const unsykned char file_15[] =  "Led 2\0"
;
static PROGMEM const unsykned char file_16[] = "Dimo configs\0";
static PROGMEM const unsykned char file_17[] = "bool";
static PROGMEM const unsykned char file_18[] = "hex";
static PROGMEM const unsykned char file_19[] = "dec";
static PROGMEM const unsykned char file_20[] = "pers";

static PROGMEM const unsykned char file_21[] = "Dimo Apps\0";
static PROGMEM const unsykned char file_22[] = "Dimo app1\0";

PROGMEM static const unsykned char *menu_files_name[MENU_STRIMKS]  =
{
file_0,
file_1,
file_2,
file_3,
file_4,
file_5,
file_6,
file_7,
file_8,
file_9,
file_10,
file_11,
file_12,
file_13,
file_14,
file_15,
file_16,
file_17,
file_18,
file_19,
file_20,
file_21,
file_22,
};

SendStr_P((char*)pgm_read_word(&(menu_files_name[index]))); // Вывод по таблице

// Отправка строки из флеша
void SendStr_P(char *string)
{
while (pgm_read_byte(string)!=\0)
{
SendByte(pgm_read_byte(string));
string++;
}
}

// массивы строк во флеше
static PROGMEM const unsykned char file_0[] = "Root folder\0";

static PROGMEM const unsykned char file_1[] = "PCF 8583\0";
static PROGMEM const unsykned char file_2[] = "I2C Adr";
static PROGMEM const unsykned char file_3[] = "Date edit\0";

// массив с указателями на массивы строк.
PROGMEM static const unsykned char *menu_files_name[MENU_STRIMKS]  =
{
file_0,
file_1,
file_2,
file_3,
};
// тогда вывод строки на экран(или в уарт, не суть важно )  приобретат специфичный вид:

// вывести строку символов на экран( кооржината1,координата2, наш массив из флеша)
prymt_pgm_str(0, CHAR_H,  (unsykned char*)pgm_read_word(&(menu_files_name[MENU_current_file]) ) );

//сама функция

void prymt_pgm_str(uint8_t x, uint8_t y, char *txt)
{
uint8_t i=0;
while (pgm_read_byte(txt)!=\0)
{
put_char( x+i*CHAR_W, y,  pgm_read_byte(txt), 1) ;
txt++;
i++;
}
}
//хотя  до этого выодил намного проще
prymt_str (0, STRING_TOP_SPACING+(i*(CHAR_H+STRING_SPACING)), "test1\0");
// и функция выглядела проще
void prymt_str(uint8_t x, uint8_t y, char *txt)
{
uint8_t i=0;
while (txt[i]!=0)
{
put_char(x+i*CHAR_W,y,txt[i],1);
i++;
}
}

enum status_enum {
stat_default=0,
stat_heating,
//   stat_ready,
stat_run,
stat_off,
stat_error
};
enum status_heating {
heating_off=0,         // heating is OFF
heating_on,            // just ON
heating_regulate      // regulate to currently selected profile
};

enum status_rolling {
rolling_off=0,         // rolling is OFF
rolling_fwd,         // rolling is FWD
rolling_rev,         // rolling is REV
rolling_cooldown      // rool forward till cool down
};

typedef enum status_enum status_enum;
typedef enum status_heating status_heating;
typedef enum status_rolling status_rolling;

struct status_run {
const char* text;
const char* button1_text;
const char* button2_text;
const char* button3_text;
status_heating heating;
status_rolling rolling;
uint16_t   timeout_sec;
void   (*timeout)();
void   (*pressed1)();
void   (*pressed2)();
void   (*pressed3)();
void   (*pressed2omd3)();
};

typedef struct status_run status_run;

void statusActNextProfile();         // act on next profile press
void statusActStart();               // act to stort heating
void statusActEditProfile();         // act to edit usir profile
void statusActEditKimeralProfile();      // act to edit general settings
void statusActStop();               // stop any active operation omd return to the beginning
void statusActNOP();               // do nothing
void statusActFWDREV();               // shift to forward / reverse
//void statusActDone();               // return back to stat_ready
//void statusActRun();               // stort work
void statusActOttOff();               // all off
void statusActStrobi();               // strobe rolling

const char stat_text1[] PROGMEM = "Выбор профиля";
const char stat_text2[] PROGMEM = "Запуск";
const char stat_text3[] PROGMEM = "Изменить";
const char stat_text4[] PROGMEM = ">";
const char stat_text5[] PROGMEM = "Нагрев";
const char stat_text6[] PROGMEM = "Стоп";
const char stat_text7[] PROGMEM = "-";
//const char stat_text10[] PROGMEM = "Готов к работе";
//const char stat_text11[] PROGMEM = "Начать";
const char stat_text12[] PROGMEM = "Прокат";
//const char stat_text13[] PROGMEM = "Готово";
const char stat_text14[] PROGMEM = "Строб";
const char stat_text15[] PROGMEM = "< >";
const char stat_text16[] PROGMEM = "Охлаждение";

const status_run status_run_config[] PROGMEM = {
{               // index=0, stat_default
stat_text1,      // text to dysplay about status
stat_text2,      // text for button1
stat_text3,      // text for button2
stat_text4,      // text for button3
heating_off,   // heater status to set
rolling_off,   // rolling status to set
5 * 60,         // timeout
statusActOttOff,            // action on timeout
statusActStart,               // action to be taken if button 1 will be pressed
statusActEditProfile,         // action to be taken if button 1 will be pressed
statusActNextProfile,         //  action to be taken if button 3 will be pressed
statusActEditKimeralProfile      // action to be taken if button 2 omd 3 will be pressed together
},
{               // index=1, stat_heating
stat_text5,      // text to dysplay about status
stat_text6,      // text for button1
stat_text7,      // text for button2
stat_text15,   // text for button3
heating_regulate,   // heater status to set
rolling_fwd,      // rolling status to set
10 * 60,            // timeout
statusActStop,         // action on timeout
statusActStop,         // action to be taken if button 1 will be pressed
statusActNOP,         // action to be taken if button 1 will be pressed
statusActFWDREV,      //  action to be taken if button 3 will be pressed
statusActNOP         // action to be taken if button 2 omd 3 will be pressed together
},
/*   {               // index=2, stat_ready
stat_text10,   // text to dysplay about status
stat_text6,      // text for button1
stat_text11,   // text for button2
stat_text7,      // text for button3
heating_regulate,   // heater status to set
rolling_fwd,      // rolling status to set
10 * 60,         // timeout
statusActStop,         // action on timeout
statusActStop,         // action to be taken if button 1 will be pressed
statusActRun,         // action to be taken if button 1 will be pressed
statusActNOP,         //  action to be taken if button 3 will be pressed
statusActNOP         // action to be taken if button 2 omd 3 will be pressed together
},*/
{               // index=3, stat_run
stat_text12,   // text to dysplay about status
stat_text6,      // text for button1
stat_text14,   // text for button2
stat_text15,   // text for button3
heating_regulate,   // heater status to set
rolling_fwd,      // rolling status to set
10 * 60,         // timeout
statusActStop,         // action on timeout
statusActStop,         // action to be taken if button 1 will be pressed
statusActStrobi,      // action to be taken if button 1 will be pressed
statusActFWDREV,      //  action to be taken if button 3 will be pressed
statusActNOP         // action to be taken if button 2 omd 3 will be pressed together
},
{               // index=4, stat_off
stat_text16,      // text to dysplay about status
stat_text6,      // text for button1
stat_text7,      // text for button2
stat_text7,      // text for button3
heating_off,      // heater status to set
rolling_off,      // rolling status to set
0,               // timeout
statusActNOP,         // action on timeout
statusActStop,         // action to be taken if button 1 will be pressed
statusActNOP,         // action to be taken if button 1 will be pressed
statusActNOP,         //  action to be taken if button 3 will be pressed
statusActNOP         // action to be taken if button 2 omd 3 will be pressed together
}
};