var ini_read_var(STRING *filename, char* section, STRING *entry, var defaultValue)
{
STRING *tmp = "#64";
STRING *def = "#64";
ini_read(tmp, filename, section, entry, str_for_num(def, defaultValue));
return str_to_num(tmp);
}
void gui_update_a4() {
if (panA4Cube != NULL) {
set(panA4Cube, SHOW);
if (player != NULL) {
if (txtA4Cube != NULL) {
set(txtA4Cube, SHOW);
str_for_num((txtA4Cube.pstring)[0], player.PL_A4_COUNT);
}
}
}
}
/*
--------------------------------------------------
void mpPlay(STRING *songName)
Desc:
Returns: -
--------------------------------------------------
*/
void mpPlay(STRING *songName) {
WriteLog("[ ] Now playing: ");
if(media_playing(mpHandle)) media_stop(mpHandle);
if(mpCount > mpSongs - 1 || mpCount < 0) return;
str_cpy(_mpSongTemp,songName);
str_trunc(_mpSongTemp, str_len(EXT_MUSIC)-1 ); // because our four chars are: .ogg
WriteLog(_mpSongTemp);
NewLine();
str_cpy(mpSongTemp,PATH_MUSIC);
str_cat(mpSongTemp,songName);
str_for_num(_mpCount, mpCount); // strcpy is unnecessary here
mpHandle = media_play(mpSongTemp,NULL,VOL_MUSIC);
while(media_playing(mpHandle)) wait(1);
mpNext();
}
void gui_update_hearts() {
if (player != NULL) {
if (player.PL_HEALTH > 0) {
set(panHeart3, SHOW);
} else {
reset(panHeart3, SHOW);
}
if (player.PL_HEALTH > 1) {
set(panHeart2, SHOW);
} else {
reset(panHeart2, SHOW);
}
if (player.PL_HEALTH > 2) {
set(panHeart1, SHOW);
} else {
reset(panHeart1, SHOW);
}
if (txtLifes != NULL) {
str_for_num((txtLifes.pstring)[0], nPlayerLifes);
}
}
}
void ini_write_var(STRING *filename, char* section, STRING *entry, var value)
{
ini_write(filename, section, entry, str_for_num(NULL, value));
}
// Logging of doubles
void log_print(char* _info, double _in) {
str_for_num(strLogTemp, _in);
log_print(_info, strLogTemp.chars);
}
