public void addToDeck(CardDeckBuilder card)
{
if (specialCards == 10 && card.special)
{
return;
}
if (card.special)
{
specialCards++;
}
if (card.hero)
{
heroCards++;
}
totalPower += card.power;
totalCards++;
if (!startUp)
{
cardDeck.Add(card.name);
}
if (!ignoreFaction)
{
factionDecks[factions[selectedFaction]].Add(card);
}
addCard(cards, deck, card);
}
public void removeFromDeck(CardDeckBuilder card)
{
if (card.special)
{
specialCards--;
}
if (card.hero)
{
heroCards--;
}
totalPower -= card.power;
totalCards--;
if (!startUp)
{
cardDeck.Remove(card.name);
}
if (card.maxCount > 1)
{
factionDecks[factions[selectedFaction]].Remove(card.clone);
}
else
{
factionDecks[factions[selectedFaction]].Remove(card);
}
addCard(deck, cards, card);
}
void addCard(List <CardDeckBuilder> from, List <CardDeckBuilder> to, CardDeckBuilder card)
{
selected = null;
if (card.count > 1 && card.count == card.maxCount)
{
CardDeckBuilder c;
if (card.clone == null)
{
c = (CardDeckBuilder)Instantiate(card, offscreenPos.position, Quaternion.identity);
c.name = card.name;
card.clone = c;
c.clone = card;
}
else
{
c = card.clone;
}
c.count = 1;
card.count -= 1;
to.Add(c);
c.inDeck = !c.inDeck;
}
else if (card.count > 1 && card.maxCount > 1)
{
card.count -= 1;
card.clone.count += 1;
}
else if (card.maxCount > 1)
{
card.clone.count += 1;
from.Remove(card);
card.inDeck = !card.inDeck;
card.transform.position = offscreenPos.position;
}
else
{
from.Remove(card);
to.Add(card);
card.inDeck = !card.inDeck;
card.transform.position = offscreenPos.position;
}
}
async static Task Main(string[] args)
{
IDeckBuilder builder = new CardDeckBuilder();
List <IDeck> lstDecks = new List <IDeck>();
do
{
Console.Write("Action or ? >> ");
char input = Char.ToUpper(Console.ReadKey(true).KeyChar);
Console.WriteLine();
switch (input)
{
case 'N': //Add new deck in the list
Console.Write("Provide Deck Name: ");
lstDecks.Add(await builder.CreateNewDeck(Console.ReadLine()));
break;
case 'L': //List all decks by namaes and total cards in them
var listDeckQuery = from deck in lstDecks select builder.PrintDeckSummary(deck, enmPrinterProviders.Console);
await Task.WhenAll(listDeckQuery.ToArray());
break;
case 'S': //Shuffle all decks
var listShuffleDeckQuery = from deck in lstDecks select builder.ShuffleDeck(deck);
await Task.WhenAll(listShuffleDeckQuery.ToArray());
break;
case 'T': //Sort all decks
var listSortDeckQuery = from deck in lstDecks select builder.SortDeck(deck);
await Task.WhenAll(listSortDeckQuery.ToArray());
break;
case 'P': //Pull a card from each deck at random
var listPullCardQuery = from deck in lstDecks select builder.PullCard(deck);
ICard[] cards = await Task.WhenAll(listPullCardQuery.ToArray());
foreach (ICard c in cards)
{
Console.WriteLine($"{c.Group}-{c.Value}");
}
break;
case 'A': //Print all decks in the list
var listPrintDeckQuery = from deck in lstDecks select builder.PrintDeck(deck, enmPrinterProviders.Console);
await Task.WhenAll(listPrintDeckQuery.ToArray());
break;
case 'X':
return;
case '?':
Console.WriteLine("N - Create and Add New Deck in the List.");
Console.WriteLine("L - Summary of all Decks in the List.");
Console.WriteLine("S - Shuffle all Decks in the List.");
Console.WriteLine("T - Sort all Decks in the List.");
Console.WriteLine("P - Pull a Card from each Deck in the List at random.");
Console.WriteLine("A - Print all Decks in the List.");
break;
default:
break;
}
} while (true);
} //Main
