public static BindingList <T> ForEachNewOrExistingItem <T>(this BindingList <T> source, Action <T> handler)
{
source.ForEachNewItem(handler).ForEach(handler);
return(source);
}
public SolitaireGame()
{
Width = DefaultWidth;
Height = DefaultHeight;
System.Console.WriteLine("--- solitare ---");
this.MyStatus = new StatusControl().AttachContainerTo(this).MoveContainerTo(
(DefaultWidth - StatusControl.Width) / 2,
(DefaultHeight - StatusControl.Height)
);
var GameOverBox = new TextBox
{
Width = DefaultWidth,
TextAlignment = System.Windows.TextAlignment.Center,
Foreground = Brushes.White,
Background = Brushes.Transparent,
BorderThickness = new Thickness(0),
IsReadOnly = true,
FontSize = 24,
}.MoveTo(0, DefaultHeight / 2).AttachTo(this);
// add autoscroll ?
this.MyDeck.SizeTo(DefaultWidth, DefaultHeight);
this.MyDeck.AttachContainerTo(this);
this.MyDeck.GetRank = e => (int)RankMapping[e];
System.Console.WriteLine("adding card infos... ");
MyDeck.UnusedCards.AddRange(CardInfo.FullDeck());
this.MyStatus.Score = -1;
this.MyStatus.CardsLeft = this.MyDeck.UnusedCards.Count;
this.MyStatus.Update();
MyDeck.Stacks.ListChanged +=
(sender, args) =>
{
if (args.ListChangedType == ListChangedType.ItemAdded)
{
// fixme: dynamically set backside for this card
//var s = MyDeck.Stacks[args.NewIndex];
//s.SetBackground(MyDeck.GfxPath + "/spider.empty.png");
}
};
System.Console.WriteLine("creating stacklists... ");
PlayStacks = MyDeck.CreateStackList();
TempStacks = MyDeck.CreateStackList();
GoalStacks = MyDeck.CreateStackList();
PlayStacks.ForEachNewItem(
delegate(CardStack s)
{
s.CardMargin = new Vector { Y = 20 };
s.Update();
s.Cards.ListChanged +=
(sender, args) =>
{
if (args.ListChangedType == ListChangedType.ItemDeleted)
s.RevealLastCard();
};
}
);
GameOver += delegate
{
GameOverBox.Text = "Congratulations! You Won!";
};
System.Console.WriteLine("creating goalstack... ");
var Margin = (DefaultWidth - CardInfo.Width * 7) / 8;
var ReserveStack = new CardStack().MoveTo(Margin, Margin);
var UsedChoiceStack = new CardStack().MoveTo(Margin + CardInfo.Width + Margin, Margin);
var ChoiceStack = new CardStack().MoveTo(Margin + CardInfo.Width + Margin, Margin);
TempStacks.AddRange(
ReserveStack,
UsedChoiceStack,
ChoiceStack
);
ReserveStack.CardMargin.X = 0;
ReserveStack.CardMargin.Y = 0;
UsedChoiceStack.CardMargin.X = 0;
UsedChoiceStack.CardMargin.Y = 0;
ChoiceStack.CardMargin.X = 20;
ChoiceStack.CardMargin.Y = 0;
#region rules
Func<bool> Rule_WinConditionMet =
delegate
{
if (PlayStacks.All(s => s.Cards.Count > 0))
return false;
if (TempStacks.All(s => s.Cards.Count == 0))
return false;
return true;
};
Func<Card, Card, bool> RuleForStackingCardsInGoalStack =
(Previous, Current) =>
{
if (Cheat)
return true;
if (Previous == null)
return Current.Info.Rank == CardInfo.RankEnum.RankAce;
if (Previous.Info.Suit != Current.Info.Suit)
return false;
if (Previous.Rank != Current.Rank + 1)
return false;
return true;
};
Func<Card, Card, bool> RuleForStackingCardsInPlayStack =
(Previous, Current) =>
{
if (Cheat)
return true;
if (Previous.Info.SuitColor == Current.Info.SuitColor)
return false;
if (Previous.Rank + 1 != Current.Rank)
return false;
return true;
};
#endregion
MyDeck.ApplyCardRules += delegate(Card card)
{
card.MovedByLocalPlayer +=
delegate
{
MyStatus.Moves++;
MyStatus.Update();
};
card.ValidateDragStart =
delegate
{
if (Cheat)
return true;
// cannot remove cards from goal stack
if (GoalStacks.Contains(card))
return false;
if (TempStacks.Contains(card))
{
return (card == ChoiceStack.LastOrDefault());
}
// cannot drag a pile of cards unless alternate colors and descending numbers
return card.SelectedCards.AllWithPrevious(RuleForStackingCardsInPlayStack);
};
card.ValidateDragStop =
CandidateStack =>
{
if (Cheat)
return true;
if (TempStacks.Contains(CandidateStack))
{
return false;
}
if (PlayStacks.Contains(CandidateStack))
{
if (CandidateStack.Cards.Count == 0)
return card.Info.Rank == CardInfo.RankEnum.RankKing;
return (RuleForStackingCardsInPlayStack(CandidateStack.Cards.Last(), card));
}
if (GoalStacks.Contains(CandidateStack))
{
if (card.StackedCards.Length > 0)
return false;
return (RuleForStackingCardsInGoalStack(CandidateStack.Cards.LastOrDefault(), card));
}
return false;
};
};
GoalStacks.ForEachNewItem(
s =>
{
s.CardMargin.X = 0;
s.CardMargin.Y = 0;
s.Cards.ForEachNewItem(
card =>
{
this.MyStatus.CardsLeft--;
this.MyStatus.Update();
if (card.Info.Rank == CardInfo.RankEnum.RankKing)
{
card.VisibleSide = Card.SideEnum.BackSide;
if (Rule_WinConditionMet())
{
// winner!
MyDeck.Sounds.win();
if (this.GameOver != null)
this.GameOver();
}
}
}
);
}
);
GoalStacks.AddRange(
Enumerable.Range(0, 4).ToArray(
i => new CardStack().MoveTo(DefaultWidth - ((CardInfo.Width + Margin) * 4) + i * (CardInfo.Width + Margin), Margin)
)
);
System.Console.WriteLine("creating playstack... ");
PlayStacks.AddRange(
Enumerable.Range(0, 7).ToArray(
i => new CardStack().MoveTo(Margin + i * (CardInfo.Width + Margin), Margin * 3 + CardInfo.Height).Apply(s => s.Cards.AddRange(MyDeck.FetchCards(i + 1)))
)
);
ReserveStack.Cards.AddRange(MyDeck.FetchCards(MyDeck.UnusedCards.Count));
ReserveStack.Update();
PlayStacks.ForEach(k => k.Last().VisibleSide = Card.SideEnum.TopSide);
UsedChoiceStack.Cards.ForEachNewItem(
card => card.VisibleSide = Card.SideEnum.BackSide
);
ChoiceStack.Cards.ForEachNewItem(
card => card.VisibleSide = Card.SideEnum.TopSide
);
ChoiceStack.Click +=
delegate
{
ChoiceStack.Update();
}
;
ReserveStack.Overlay.Cursor = Cursors.Hand;
ReserveStack.Cards.ForEachNewItem(
card => card.VisibleSide = Card.SideEnum.BackSide
);
var ReserveStackEnabled = true;
ReserveStack.Click +=
delegate
{
if (!ReserveStackEnabled)
return;
if (ReserveStack.Cards.Count == 0)
{
MyDeck.Sounds.deal();
ChoiceStack.FirstOrDefault().Apply(
card =>
{
card.AnimatedMoveToStack(ReserveStack, null, null);
}
);
UsedChoiceStack.FirstOrDefault().Apply(
card =>
{
card.AnimatedMoveToStack(ReserveStack, null, null);
}
);
}
else
{
ReserveStackEnabled = false;
ChoiceStack.Cards.ToArray().ForEach(
card =>
{
card.AttachToStack(UsedChoiceStack);
}
);
UsedChoiceStack.Update();
3.Times(
SignalNext =>
ReserveStack.LastOrDefault().Apply(
card =>
{
card.BringToFront();
Console.WriteLine(card.ToString());
card.AnimatedMoveToStack(ChoiceStack, null, null);
MyDeck.Sounds.deal();
200.AtDelay(SignalNext);
}
)
);
}
// a timepoint when movements are done.. this should ba an event actually
2000.AtDelay(() => ReserveStackEnabled = true);
};
}
public FreeCellGame()
{
Width = DefaultWidth;
Height = DefaultHeight;
var Margin = (DefaultWidth - CardInfo.Width * 8) / 9;
var GameOverBox = new TextBox
{
Width = DefaultWidth,
TextAlignment = System.Windows.TextAlignment.Center,
Foreground = Brushes.White,
Background = Brushes.Transparent,
BorderThickness = new Thickness(0),
IsReadOnly = true,
FontSize = 24,
}.MoveTo(0, DefaultHeight / 2).AttachTo(this);
GameOver += delegate
{
GameOverBox.Text = "Congratulations! You Won!";
};
#region king
var KingCanvas = new Canvas
{
Width = 96,
Height = 96
}.AttachTo(this).MoveTo(
(DefaultWidth - 32) / 2,
Margin * 2 + (CardInfo.Height - 32) / 2
);
var KingRight = new kingbitm().AttachTo(KingCanvas);
var KingLeft = new kingleft().AttachTo(KingCanvas);
var KingSmile = new kingsmil().AttachTo(KingCanvas);
KingSmile.Hide();
#endregion
this.MyDeck.Overlay.MouseMove +=
(sender, args) =>
{
var p = args.GetPosition(this.MyDeck.Overlay);
if (p.X < DefaultWidth / 2)
{
KingLeft.Show();
KingRight.Hide();
}
else
{
KingLeft.Hide();
KingRight.Show();
}
};
this.MyStatus = new StatusControl().AttachContainerTo(this).MoveContainerTo(
(DefaultWidth - StatusControl.Width) / 2,
(DefaultHeight - StatusControl.Height)
);
//this.MyStatus.Container.Hide();
// add autoscroll ?
this.MyDeck.SizeTo(DefaultWidth, DefaultHeight);
this.MyDeck.AttachContainerTo(this);
this.MyDeck.GetRank = e => (int)RankMapping[e];
System.Console.WriteLine("--- freecell ---");
System.Console.WriteLine("adding card infos... ");
MyDeck.UnusedCards.AddRange(CardInfo.FullDeck());
this.MyStatus.CardsLeft = MyDeck.UnusedCards.Count;
this.MyStatus.Score = -1;
this.MyStatus.Update();
System.Console.WriteLine("creating stacklists... ");
PlayStacks = MyDeck.CreateStackList();
PlayStacks.ForEachNewItem(
k =>
{
k.CardMargin = new Vector { Y = 20 };
k.Update();
}
);
TempStacks = MyDeck.CreateStackList();
Func<bool> Rule_WinConditionMet =
delegate
{
if (PlayStacks.All(s => s.Cards.Count > 0))
return false;
if (TempStacks.All(s => s.Cards.Count == 0))
return false;
return true;
};
Action MyStatus_UpdateCardsLeft =
delegate
{
MyStatus.CardsLeft = 0;
PlayStacks.ForEach(q => MyStatus.CardsLeft += q.Cards.Count);
TempStacks.ForEach(q => MyStatus.CardsLeft += q.Cards.Count);
};
GoalStacks = MyDeck.CreateStackList();
GoalStacks.ForEachNewItem(
k =>
{
k.CardMargin.Y = 0;
k.Cards.ForEachNewItem(
card =>
{
Console.WriteLine("GoalStacks ForEachNewItem " + new { k.CardMargin.Y });
if (card.Info.Rank == CardInfo.RankEnum.RankKing)
{
KingSmile.Show();
card.VisibleSide = Card.SideEnum.BackSide;
if (Rule_WinConditionMet())
{
// winner!
MyDeck.Sounds.win();
if (this.GameOver != null)
this.GameOver();
}
else
{
600.AtDelay(KingSmile.Hide);
}
}
MyStatus_UpdateCardsLeft();
MyStatus.Update();
}
);
}
);
Func<Card, Card, bool> RuleForStackingCardsInGoalStack =
(Previous, Current) =>
{
if (Cheat)
return true;
if (Previous == null)
return Current.Info.Rank == CardInfo.RankEnum.RankAce;
if (Previous.Info.Suit != Current.Info.Suit)
return false;
if (Previous.Rank != Current.Rank + 1)
return false;
return true;
};
Func<Card, Card, bool> RuleForStackingCardsInPlayStack =
(Previous, Current) =>
{
if (Cheat)
return true;
if (Previous.Info.SuitColor == Current.Info.SuitColor)
return false;
if (Previous.Rank + 1 != Current.Rank)
return false;
return true;
};
#region rules
MyDeck.ApplyCardRules += delegate(Card card)
{
#region MovedByLocalPlayer
card.MovedByLocalPlayer +=
delegate
{
var FrozenTokens = new
{
card.CurrentStack,
card.PreviousStack
};
Console.WriteLine(new { HistoryMove = card, StackedCards = card.StackedCards.Length, Previous = card.PreviousStack, Current = card.CurrentStack }.ToString());
History.History.Add(
delegate
{
// we already are at the state we want to be
if (card.CurrentStack == FrozenTokens.PreviousStack)
return;
card.VisibleSide = Card.SideEnum.TopSide;
card.AnimatedMoveToStack(FrozenTokens.PreviousStack, null);
this.MyDeck.Sounds.deal();
MyStatus.Moves--;
MyStatus_UpdateCardsLeft();
MyStatus.Update();
},
delegate
{
MyStatus.Moves++;
MyStatus.Update();
// we already are at the state we want to be
if (card.CurrentStack == FrozenTokens.CurrentStack)
return;
card.AnimatedMoveToStack(FrozenTokens.CurrentStack, null);
this.MyDeck.Sounds.deal();
}
);
};
#endregion
card.VisibleSide = Card.SideEnum.TopSide;
card.ValidateDragStart =
delegate
{
if (Cheat)
return true;
// cannot remove cards from goal stack
if (GoalStacks.Contains(card))
return false;
// cannot drag a pile of cards unless alternate colors and descending numbers
return card.SelectedCards.AllWithPrevious(RuleForStackingCardsInPlayStack);
};
card.ValidateDragStop =
CandidateStack =>
{
if (Cheat)
return true;
if (TempStacks.Contains(CandidateStack))
{
// temp only holds one card
if (CandidateStack.Cards.Count > 0)
return false;
// and only one card can be inserted
if (card.StackedCards.Length > 0)
return false;
return true;
}
if (PlayStacks.Contains(CandidateStack))
{
if (CandidateStack.Cards.Count == 0)
return true;
return (RuleForStackingCardsInPlayStack(CandidateStack.Cards.Last(), card));
}
if (GoalStacks.Contains(CandidateStack))
{
if (CandidateStack.Cards.Count == 0)
{
return (RuleForStackingCardsInGoalStack(null, card));
}
return (RuleForStackingCardsInGoalStack(CandidateStack.Cards.Last(), card));
}
return false;
};
};
#endregion
System.Console.WriteLine("creating goalstack... ");
GoalStacks.AddRange(
Enumerable.Range(0, 4).ToArray(
i =>
new CardStack
{
Name = "GoalStack " + i
}.MoveTo(
DefaultWidth - Margin / 2 - ((CardInfo.Width + Margin / 2) * 4) + i * (CardInfo.Width + Margin / 2),
Margin * 2
)
)
);
System.Console.WriteLine("creating tempstack... ");
TempStacks.AddRange(
Enumerable.Range(0, 4).ToArray(
i => new CardStack
{
Name = "TempStack " + i
}.MoveTo(
Margin + i * (CardInfo.Width + Margin / 2),
Margin * 2
)
)
);
System.Console.WriteLine("creating playstack... ");
PlayStacks.AddRange(
Enumerable.Range(0, 8).ToArray(
i => new CardStack
{
Name = "PlayStack " + i
}.MoveTo(
Margin + (i) * (CardInfo.Width + Margin),
Margin * 4 + CardInfo.Height
).Apply(
s =>
{
var Count = 6;
if (i < 4)
Count = 7;
s.Cards.AddRange(MyDeck.FetchCards(Count));
}
)
)
);
}
public GameSocialLinks(Canvas Container)
{
this.Container = Container;
Buttons.ForEachNewItem(
e =>
{
var i = true;
//var x = Buttons.Where(k => i).Aggregate(Margin,
// (s, k) =>
// {
// if (k == e)
// {
// i = false;
// return s;
// }
// return s + k.Width + Margin;
// }
//);
//var y = this.Container.Height - Margin - e.Height;
e.Y = Buttons.Where(k => i).Aggregate(Margin,
(s, k) =>
{
if (k == e)
{
i = false;
return(s);
}
return(s + k.Height + Margin);
}
);
e.X = Margin;
e.Image = new Image
{
Source = e.Source,
Width = e.Width,
Height = e.Height,
Name = "GameSocialLinks_Button_Image",
Opacity = 0.6
}.AttachTo(this).MoveTo(e.X, e.Y);
e.Overlay = new Rectangle
{
Fill = Brushes.White,
Width = e.Width,
Height = e.Height,
Opacity = 0,
Cursor = Cursors.Hand,
Name = "GameSocialLinks_Button_Overlay",
}.AttachTo(this).MoveTo(e.X, e.Y);
var ImageOpacity = e.Image.ToAnimatedOpacity();
ImageOpacity.Opacity = 0.4;
e.Overlay.MouseEnter +=
delegate
{
ImageOpacity.Opacity = 1;
};
e.Overlay.MouseLeave +=
delegate
{
ImageOpacity.Opacity = 0.4;
};
e.Overlay.MouseLeftButtonUp +=
delegate
{
if (e.Click != null)
{
e.Click();
}
if (e.Hyperlink != null)
{
e.Hyperlink.NavigateTo();
}
};
}
);
}