// private helper methods
private Card DrawCard()
{
// turn over playing deck to serve as new drawing deck
if (this.drawing.Size == 0)
{
MauMaster.Log("> turn over playing deck to serve as new drawing deck");
// save topmost card of playing stack
Card topmostPlayingCard = this.playing.Pop();
// copy rest of playing deck to drawing deck
while (!this.playing.IsEmpty)
{
Card tmp = this.playing.Pop();
this.drawing.Push(tmp);
}
// shuffle drawing stack
this.drawing.Shuffle();
// restore topmost card of playing stack
this.playing.Push(topmostPlayingCard);
}
return(this.drawing.Pop());
}
public bool PlayCard(CardColor requestedColor)
{
for (int i = 0; i < this.hand.Size; i++)
{
Card card = this.hand[i];
// 'Bube' upon 'Bube' not allowed ("Bube auf Bube" stinkt)
if (card.Picture == CardPicture.Bube)
{
continue;
}
if (card.Color == requestedColor)
{
this.hand.Remove(i);
this.playing.Push(card);
String s = String.Format("> {0} plays {1}", this.name, card);
MauMaster.Log(s);
this.PrintMauMauIf();
return(true);
}
}
return(false);
}
public bool PlayCard(CardColor requestedColor, CardPicture requestedPicture)
{
for (int i = 0; i < this.hand.Size; i++)
{
Card card = this.hand[i];
if (card.Color == requestedColor || card.Picture == requestedPicture)
{
this.hand.Remove(i);
this.playing.Push(card);
String s = String.Format("> {0} plays {1}", this.name, card);
MauMaster.Log(s);
this.PrintMauMauIf();
return(true);
}
}
// 'Bube' maybe played upon every card!
for (int i = 0; i < this.hand.Size; i++)
{
Card card = this.hand[i];
if (card.Picture == CardPicture.Bube)
{
this.hand.Remove(i);
this.playing.Push(card);
String s = String.Format("> {0} plays {1}", this.name, card);
MauMaster.Log(s);
this.PrintMauMauIf();
return(true);
}
}
return(false);
}
private static void TestUnit_12_StressTestMauMaster()
{
MauMaster.PrintVersion();
MauMaster mm = new MauMaster(new String[] { "Hans", "Sepp", "Ulli" });
int minRounds = Int32.MaxValue;
int minRoundsIndex = -1;
int maxRounds = -1;
int maxRoundsIndex = -1;
for (int i = 1; i < 1000; i++)
{
mm.Init(i);
mm.Play();
if (mm.Rounds < minRounds)
{
minRounds = mm.Rounds;
minRoundsIndex = i;
}
if (mm.Rounds > maxRounds)
{
maxRounds = mm.Rounds;
maxRoundsIndex = i;
}
Console.WriteLine("Game at {0,5}: {1}", i, mm.Rounds);
}
Console.WriteLine("Minumum number of rounds: {0} [Index {1}]", minRounds, minRoundsIndex);
Console.WriteLine("Maximum number of rounds: {0} [Index {1}]", maxRounds, maxRoundsIndex);
}
private static void TestUnit_11_SingleTestMauMaster()
{
MauMaster.PrintVersion();
MauMaster mm = new MauMaster(new String[] { "Hans", "Sepp", "Ulli" });
int randomSeed = 188;
mm.Init(randomSeed);
mm.Play();
}
private static void TestUnit_10_PlayTheGame()
{
MauMaster.PrintVersion();
String[] names = MauMaster.ReadPlayers();
MauMaster mm = new MauMaster(names);
mm.Init(1);
mm.Play();
}
public void DrawCards(int number)
{
for (int i = 0; i < number; i++)
{
Card card = this.DrawCard();
this.hand.Add(card);
String msg = String.Format("> {0} draws {1} from drawing deck!", this.name, card);
MauMaster.Log(msg);
}
}
public void PlayArbitraryCard()
{
int lastIndex = this.hand.Size - 1;
Card card = this.hand[lastIndex];
this.hand.Remove(lastIndex);
this.playing.Push(card);
String s = String.Format("> {0} plays {1}", this.name, card);
MauMaster.Log(s);
this.PrintMauMauIf();
}
private void PrintMauMauIf()
{
if (this.hand.Size == 1)
{
String s = String.Format("==> {0} says 'Mau'", this.name);
MauMaster.Log(s);
}
else if (this.hand.Size == 0)
{
String s = String.Format("##> {0} says 'MAU MAU !!!'", this.name);
MauMaster.Log(s);
}
}
private void PlaySeven()
{
for (int i = 0; i < this.hand.Size; i++)
{
Card card = this.hand[i];
if (card.Picture == CardPicture.Sieben)
{
this.hand.Remove(i);
this.playing.Push(card);
String s = String.Format("> {0} drops {1} onto deck!", this.name, card);
MauMaster.Log(s);
this.PrintMauMauIf();
return;
}
}
throw new InvalidOperationException("ERROR (PlaySeven): Should never be reached");
}
public bool CounterSeven(int numCardsToDraw)
{
if (this.HasSeven())
{
// players holds '7' in his hand
String msg = String.Format("> {0} counters '7' with another '7' !", this.name);
MauMaster.Log(msg);
this.PlaySeven();
return(true);
}
else
{
// players must draw cards
String msg = String.Format("> {0} cannot respond to '7', draws {1} card(s)!",
this.name, numCardsToDraw);
MauMaster.Log(msg);
this.DrawCards(numCardsToDraw);
return(false);
}
}
