async Task IServer.Access(int accessCount, IPilot pilot, Game game)
{
reshuffledDuringAccess = false;
var accessDepth = 0;
for (var accessesLeft = accessCount; accessesLeft > 0; accessesLeft--)
{
if (accessDepth > Zone.Cards.Count)
{
break;
}
var nextCard = Zone.Cards[accessDepth];
// TODO show top of R&D and cards in root
// TODO2: should draw facedown
// TODO3: nice if we could display the pile, not just the top+root
var cardToAccess = await pilot.ChooseACard().Declare("Which card to access now?", new List <Card> {
nextCard
}, game);
accessDepth++;
await new AccessCard(cardToAccess, game).AwaitEnd(); // TODO show the already seen on the side, maintaining proper order CR: 7.2.1.b
if (reshuffledDuringAccess) // CR: 7.2.1.c
{
accessDepth = 0;
reshuffledDuringAccess = false;
}
}
}
async Task IInstallDestination.TrashAlike(Card card)
{
// CR: 8.2.5.d
if (card.Type is Program && false /* disable until we get proper MU-based trashing below */)
{
var programs = zone.Cards.Where(it => it.Type is Program);
var old = await pilot.ChooseACard().Declare("Which program to trash?", programs, game); // actually declare zero or many, unless MU is constrained then a minimum
old.MoveTo(game.runner.zones.heap.zone); // TODO reuse an actual trash abstraction
}
}
async Task IServer.Access(int accessCount, IPilot pilot, Game game)
{
var interestingCards = Zone.Cards.Where(it => it.Type is Agenda).ToList();
while (interestingCards.Count > 0) // TODO actually access the rest of the cards too, e.g. for Obelus-HadesShard
{
var cardToAccess = await pilot.ChooseACard().Declare("Which card to access now?", interestingCards, game);
interestingCards.Remove(cardToAccess);
await new AccessCard(cardToAccess, game).AwaitEnd();
}
}
async Task IServer.Access(int accessCount, IPilot pilot, Game game)
{
var unaccessed = new List <Card>(Zone.Cards);
for (var accessesLeft = accessCount; accessesLeft > 0; accessesLeft--)
{
var card = await pilot.ChooseACard().Declare("Which card to access now?", unaccessed, game);
unaccessed.Remove(card);
await new AccessCard(card, game).AwaitEnd();
}
}
async Task IServer.Access(int accessCount, IPilot pilot, Game game)
{
if (Zone.Cards.Count == 0)
{
return;
}
var unaccessed = new List <Card>(Zone.Cards);
for (var accessesLeft = accessCount; accessesLeft > 0; accessesLeft--)
{
var randomCard = unaccessed
.OrderBy(it => random.Next())
.First();
var cardToAccess = await pilot.ChooseACard().Declare("Which card to access now?", new List <Card> {
randomCard
}, game);
unaccessed.Remove(cardToAccess); // TODO : draw already accessed cards on the side
await new AccessCard(cardToAccess, game).AwaitEnd();
}
}
public virtual IDecision <string, Card> ChooseACard()
{
return(basic.ChooseACard());
}