public void UpdateDecks(bool reselectActiveDeck = true, IEnumerable <Deck> forceUpdate = null)
{
var selectedDeck = SelectedDecks.FirstOrDefault();
var decks =
DeckList.Instance.Decks.Where(
d =>
(string.IsNullOrEmpty(DeckNameFilter) ||
d.Name.ToLowerInvariant().Contains(DeckNameFilter.ToLowerInvariant())) &&
DeckMatchesSelectedDeckType(d) && DeckMatchesSelectedTags(d) &&
(SelectedClasses.Any(
c =>
((c.ToString() == "All" || d.Class == c.ToString()) && !d.Archived) ||
(c.ToString() == "Archived" && d.Archived)))).ToList();
if (forceUpdate == null)
{
forceUpdate = new List <Deck>();
}
foreach (var deck in _displayedDecks.Where(dpi => !decks.Contains(dpi.Deck) || forceUpdate.Contains(dpi.Deck)).ToList())
{
_displayedDecks.Remove(deck);
}
foreach (var deck in decks.Where(d => !_displayedDecks.Select(x => x.Deck).Contains(d)))
{
_displayedDecks.Add(GetDeckPickerItemFromCache(deck));
}
Sort();
if (selectedDeck != null && reselectActiveDeck && decks.Contains(selectedDeck))
{
SelectDeck(selectedDeck);
}
ActiveDeck?.StatsUpdated();
}
public void UpdateDecks(bool reselectActiveDeck = true, bool simpleRefill = true)
{
var selectedDeck = SelectedDecks.FirstOrDefault();
_refillingList = true;
var decks =
DeckList.Instance.Decks.Where(
d =>
(string.IsNullOrEmpty(DeckNameFilter) ||
d.Name.ToLowerInvariant().Contains(DeckNameFilter.ToLowerInvariant())) &&
DeckMatchesSelectedDeckType(d) && DeckMatchesSelectedTags(d) &&
(SelectedClasses.Any(
c =>
((c.ToString() == "All" || d.Class == c.ToString()) && !d.Archived) ||
(c.ToString() == "Archived" && d.Archived)))).ToList();
if (simpleRefill)
{
foreach (var deck in _displayedDecks.Where(dpi => !decks.Contains(dpi.Deck)).ToList())
{
_displayedDecks.Remove(deck);
}
foreach (var deck in decks.Where(d => !_displayedDecks.Select(x => x.Deck).Contains(d)))
{
_displayedDecks.Add(GetDeckPickerItemFromCache(deck));
}
}
Sort();
_refillingList = false;
_reselectingDecks = true;
if (selectedDeck != null && reselectActiveDeck && decks.Contains(selectedDeck))
{
SelectDeck(selectedDeck);
}
_reselectingDecks = false;
if (ActiveDeck != null)
{
ActiveDeck.StatsUpdated();
}
}
public void UpdateDecks(bool reselectActiveDeck = true, bool simpleRefill = true)
{
_refillingList = true;
var decks =
DeckList.Instance.Decks.Where(
d =>
(string.IsNullOrEmpty(DeckNameFilter) || d.Name.ToLowerInvariant().Contains(DeckNameFilter.ToLowerInvariant())) &&
DeckMatchesSelectedDeckType(d) && DeckMatchesSelectedTags(d) &&
(SelectedClasses.Any(
c =>
((c.ToString() == "All" || d.Class == c.ToString()) && !d.Archived) ||
(c.ToString() == "Archived" && d.Archived)))).ToList();
if (simpleRefill)
{
_displayedDecks.Clear();
foreach (var deck in decks)
{
_displayedDecks.Add(new NewDeckPickerItem(deck));
}
}
else
{
var displayedDecksTemp = new List <NewDeckPickerItem>();
foreach (var dpi in _displayedDecks)
{
if (!decks.Contains(dpi.Deck))
{
displayedDecksTemp.Add(dpi);
}
}
foreach (var dpi in displayedDecksTemp)
{
_displayedDecks.Remove(dpi);
}
displayedDecksTemp.Clear();
foreach (var deck in decks)
{
if (!_displayedDecks.Any(x => x.Deck == deck))
{
displayedDecksTemp.Add(new NewDeckPickerItem(deck));
}
}
foreach (var dpi in displayedDecksTemp)
{
_displayedDecks.Add(dpi);
}
}
Sort();
_refillingList = false;
_reselectingDecks = true;
if (reselectActiveDeck && decks.Contains(DeckList.Instance.ActiveDeck))
{
SelectDeck(DeckList.Instance.ActiveDeck);
}
_reselectingDecks = false;
}