static void bmp_file_open(char *bmp)
{
int n;
bitmap_file = bmp;
temp_file = strcat(strcpy(alloc(strlen(bitmap_file)+strlen(MAP_TMP_APP)+1),
bitmap_file),
MAP_TMP_APP);
ifd = open(bitmap_file, O_RDONLY);
if (ifd<0) pdie("Cannot open bitmap file");
ofd = open(temp_file, O_CREAT|O_WRONLY, 0644);
if (ofd<0) pdie("Cannot open temporary file");
temp_register(temp_file);
n = get_std_headers(ifd, &fh, &bmh, lh);
if (verbose >= 3) printf("get_std_headers: returns %d\n", n);
if (n<0) die("read file '%s': %s", bitmap_file, strerror(errno));
switch (n) {
case 1:
case 2:
die("Not a bitmap file '%s'", bitmap_file);
case 3:
die("Unsupported bitmap file '%s' (%d bit color)", bitmap_file,
bmh.numBitPlanes*bmh.numBitsPerPlane);
case 4:
case 5:
die("Unrecognized auxiliary header in file '%s'", bitmap_file);
default:
;
}
}
/** Główna funkcja programu
*/
int main(void)
{
FuncPtr FPtr;
ioinit();
hd44780_clear();
hd44780_bl_on();
hd44780_cursor_off();
load_basic_settings(EEPROM_BASIC_SETTINGS_BEGIN);
load_temp_sensors_settings(EEPROM_TEMP_SETTINGS_BEGIN);
load_outputs_settings(EEPROM_OUTS_SETTING_BEGIN);
load_timers_settings(EEPROM_TIMERS_SETTING_BEGIN);
load_timersv_settings(EEPROM_TIMERSV_SETTING_BEGIN);
load_topoff_settings(EEPROM_TOPOFF_SETTINGS_BEGIN);
hd44780_printOnLcdDelay(PSTR(PROGRAM_FULL_NAME));
hd44780_clear();
sei();
rtc_get_time();
rtc_get_date();
gui_client_present();
log_write_record(LOG_EVENT_START,0,0,0);
for (;;) {
wdt_reset();
qbuttons_process();
ui_key_pressed();
if (key_pressed && alarms_notification_enabled() && alarms_is_active() ){
alarms_block_notification();
menu_set(1,1,0,0);
key_pressed = NONE;
}
//########################### akcje wykonywane kiedy minie sekunda
if (SF(FLAG_SECOND_PAST)) {
SSF(FLAG_FORCE_LCD_REFRESH);
temp_counter++;
top_off_check_time();
top_off_process();
CSF(FLAG_SECOND_PAST);
}
//########################### akcje wykonywane kiedy minie pół sekundy
if (SF(FLAG_HALF_SECOND_PAST)) {
SSF(FLAG_FORCE_LCD_SEMI_REFRESH);
if (alarms_is_active() && alarms_notification_enabled()) {
buzzer_toggle();
} else {
buzzer_off();
}
CSF(FLAG_HALF_SECOND_PAST);
}
//######################################## odświeżenie wyswietlacza LCD
if (system_flags & LCD_REFRESH_MASK) {
//if (back_light_counter < LCD_BL_SHUTOFF_TIME) { hd44780_bl_on(); }
FPtr=(FuncPtr)pgm_read_word(&FuncPtrTable[menu_func_index()]);
hd44780_outcmd(HD44780_HOME);
FPtr();
menu_dummy();
CSF(FLAG_FORCE_LCD_REFRESH);
CSF(FLAG_FORCE_LCD_SEMI_REFRESH);
}
//########################### akcje wykonywane kiedy minie minuta
if (SF(FLAG_MINUTE_PAST)) {
//if (back_light_counter < 0xFF) { back_light_counter++; }
//if (back_light_counter >= LCD_BL_SHUTOFF_TIME) { hd44780_bl_off(); }
timers_process();
timersv_process();
if (alarms_block_notification_counter < ALARM_MAX_BLOCK_VALUE) {
alarms_block_notification_counter++;
}
CSF(FLAG_MINUTE_PAST);
}
//########################### akcje wykonywane kiedy minie godzina
if (SF(FLAG_HOUR_PAST)) {
temp_register();
CSF(FLAG_HOUR_PAST);
}
//########################### akcje wykonywane jak minie dzień
if (SF(FLAG_DAY_PAST)) {
rtc_get_time();
rtc_get_date();
CSF(FLAG_DAY_PAST);
}
//########################### pomiar temeratury
if (temp_counter > TEMP_SENSOR_READ_INTERVAL) {
temp_read_temperature();
temp_counter = 0;
}
//######################################## obsługa interfejsu szeregowego
gui_cm_process_char();
//######################################## aktualizacja stanu wyjść
outputs_update();
}
return 0;
}
