private bool loadDeckFromMemory(string deckName)
{
JsonDeck deck;
bool loadSuccess = false;
if (playerDeck)
{
loadSuccess = SaveAndLoadJson.loadStruct(SaveAndLoadJson.getBaseFilePath(playerDecks, deckName), out deck);
}
else
{
loadSuccess = SaveAndLoadJson.loadStruct(SaveAndLoadJson.getResourcePath(baddyDecks, deckName), out deck);
}
if (!loadSuccess)
{
if (!SaveAndLoadJson.loadStruct(SaveAndLoadJson.getResourcePath(baddyDecks, "errorDeck"), out deck))
{
return(false);
}
}
//get card class types from names
Type[] cardClasses = new Type[deck.cardTypeName.Length];
for (int i = 0; i < deck.cardTypeName.Length; i++)
{
cardClasses[i] = Type.GetType(deck.cardTypeName[i]);
}
addCardsToDeck(cardClasses);
return(loadSuccess);
}
public void loadDeck(string deckName) {
clearDeck();
//TODO add confirmation screen when loading/exiting deck editor
JsonDeck deckLoad;
if(SaveAndLoadJson.loadStruct( getDeckPath() + "/" + deckName, out deckLoad) == false) {
Debug.LogError("selected deck does not exist in " + getDeckPath());
return;
}
Card c = null;
object obj;
for(int i = 0; i < deckLoad.cardTypeName.Length; i++) {
obj = Activator.CreateInstance(Type.GetType(deckLoad.cardTypeName[i]));
if(obj != null) {
if(obj is Card) {
c = (Card)obj;
addCardToDeck(c);
continue;
}
}
Debug.LogError("card " + deckLoad.cardTypeName[i]+ " could not be loaded\n" +
"check that the card class with that name exists");
}
this.deckName.text = deckName;
}
private void loadSoundLevels()
{
SoundLevelsDiskSave loadedLevels;
bool fileExists = SaveAndLoadJson.loadStruct(soundFilePath(), out loadedLevels);
if (fileExists)
{
setMusicVolume(loadedLevels.musicLevel);
setSfxVolume(loadedLevels.sfxLevel);
}
}