public bool IsWinkelzugPossible(Field currentAdvokatTokenPosition)
{
return this.CheckVertical(currentAdvokatTokenPosition, -1) ||
this.CheckHorizontal(currentAdvokatTokenPosition, -1) ||
this.CheckHorizontal(currentAdvokatTokenPosition, 1) ||
this.CheckVertical(currentAdvokatTokenPosition, 1);
}
public void MustCreateWinkelzug_WhenFieldContainsAdvocatToken()
{
var field = new Field(0, 0) { Token = new AdvocatToken() };
var move = this.testee.CreateByToken(field.Token, new List<Field> { field });
move.Should().BeOfType<Winkelzug>();
}
public void MustCreateParagraphenzug_WhenFieldContainsParagraphToken()
{
var field = new Field(1, 0) { Token = new ParagraphToken() };
var move = this.testee.CreateByToken(field.Token, new List<Field> { field });
move.Should().BeOfType<Paragraphenzug>();
}
public void Setup()
{
this.field = A.Fake<Field>();
this.testee = new FieldViewModel(this.field);
}
public MoveResult PlaceToken(Field field)
{
if (this.currentMove == null)
{
if (field.Token is NoToken)
{
return MoveResult.CreateInvalidResult("Der erste Zug muss von einem Feld mit einem Spielstein stattfinden.");
}
var advokatTokenToTurn = this.Fields.First(t => t.Token is AdvocatToken && t.Token.Color == field.Token.Color);
if (this.IsWinkelzugPossible(advokatTokenToTurn) == false)
{
this.IsFinished = true;
var stringBuilder = new StringBuilder();
stringBuilder.Append("Spiel beendet!" + Environment.NewLine + "Gewinner:");
foreach (var winner in this.Winners)
{
stringBuilder.Append(Environment.NewLine + winner.GetColorName());
}
return MoveResult.CreateInvalidResult(stringBuilder.ToString());
}
this.currentMove = this.moveFactory.CreateByToken(field.Token, this.Fields);
}
var moveResult = this.currentMove.PerformMove(field);
if (this.currentMove.IsFinished)
{
this.currentMove = null;
}
Debug.WriteLine(this.ToString());
return moveResult;
}
private Field MoveVertical(Field currentAdvokatTokenPosition, int rowsToMoveDown)
{
if ((currentAdvokatTokenPosition.Row > 0 && rowsToMoveDown < 0) || (currentAdvokatTokenPosition.Row < 7 && rowsToMoveDown > 0))
{
return this.Fields.SelectByPosition(currentAdvokatTokenPosition.Row + rowsToMoveDown, currentAdvokatTokenPosition.Column);
}
return null;
}
private Field MoveHorizontal(Field currentAdvokatTokenPosition, int columnsToMoveRight)
{
if ((currentAdvokatTokenPosition.Column > 0 && columnsToMoveRight < 0) || (currentAdvokatTokenPosition.Column < 7 && columnsToMoveRight > 0))
{
return this.Fields.SelectByPosition(currentAdvokatTokenPosition.Row, currentAdvokatTokenPosition.Column + columnsToMoveRight);
}
return null;
}
private bool CheckVertical(Field currentAdvokatTokenPosition, int numberofColumnsToMoveDown)
{
var field = this.MoveVertical(currentAdvokatTokenPosition, numberofColumnsToMoveDown);
var candoWinkelZug = false;
if (FieldExistsAndIsFree(field))
{
var tempField = this.MoveHorizontal(field, -1);
if (FieldExistsAndIsFree(tempField))
{
return true;
}
tempField = this.MoveHorizontal(field, 1);
if (FieldExistsAndIsFree(tempField))
{
return true;
}
candoWinkelZug = this.CheckVertical(field, numberofColumnsToMoveDown);
}
if (candoWinkelZug)
{
return true;
}
return false;
}
private bool CheckHorizontal(Field currentAdvokatTokenPosition, int numberOfRowsToMoveRight)
{
var field = this.MoveHorizontal(currentAdvokatTokenPosition, numberOfRowsToMoveRight);
bool canDoWinkelZug = false;
if (FieldExistsAndIsFree(field))
{
var tempField = this.MoveVertical(field, -1);
if (FieldExistsAndIsFree(tempField))
{
return true;
}
tempField = this.MoveVertical(field, 1);
if (FieldExistsAndIsFree(tempField))
{
return true;
}
canDoWinkelZug = this.CheckHorizontal(field, 1);
}
if (canDoWinkelZug)
{
return true;
}
return false;
}
private static bool FieldExistsAndIsFree(Field f)
{
return f != null && f.Token is NoToken;
}
public void PlaceTokenDelegatesMoveWhenTokenIsNullAndCalledTheSecondTime()
{
var move = A.Fake<IMove>();
var startField = new Field(0, 0) { Token = new AdvocatToken() };
var endField = new Field(1, 0);
A.CallTo(() => this.moveFactory.CreateByToken(A<Token>._, A<IEnumerable<Field>>._)).Returns(move);
this.testee.PlaceToken(startField);
this.testee.PlaceToken(endField);
A.CallTo(() => move.PerformMove(A<Field>._)).MustHaveHappened(Repeated.Exactly.Twice);
}
public void PlaceTokenCallsMoveFactoryWhenTokenIsNotNullAndCalledTheFirstTime()
{
var field = new Field(0, 0) { Token = new AdvocatToken() };
this.board.SelectByPosition(4, 4).Token = new AdvocatToken();
this.testee.PlaceToken(field);
A.CallTo(() => this.moveFactory.CreateByToken(A<Token>._, A<IEnumerable<Field>>._)).MustHaveHappened();
}
public void PlaceTokenCallsMoveFactoryAgainWhenPreviousMoveReportedIsFinished()
{
var move = A.Fake<IMove>();
var startField = new Field(0, 0) { Token = new AdvocatToken() };
var secondField = new Field(1, 0);
var thirdField = new Field(1, 1) { Token = new AdvocatToken() };
this.board.SelectByPosition(4, 4).Token = new AdvocatToken();
A.CallTo(() => this.moveFactory.CreateByToken(A<Token>._, A<IEnumerable<Field>>._)).Returns(move);
// CreateByToken is called here as no move has been set yet.
this.testee.PlaceToken(startField);
A.CallTo(() => move.IsFinished).Returns(true);
this.testee.PlaceToken(secondField);
// CreateByToken is called here because move has previously beent set to null.
this.testee.PlaceToken(thirdField);
A.CallTo(() => this.moveFactory.CreateByToken(A<Token>._, A<IEnumerable<Field>>._)).MustHaveHappened(Repeated.Exactly.Twice);
}
private Field GetField(string fieldData)
{
if (string.IsNullOrEmpty(fieldData) || (fieldData.Length < 7 && fieldData.Length > 8))
{
throw new ArgumentException("The provided field data is not valid.");
}
var fieldPositionStartIndex = fieldData.IndexOf('[') + 1;
var fieldPositionEndIndex = fieldData.IndexOf(']') - 1;
var row = int.Parse(fieldData.Substring(fieldPositionStartIndex, 1));
var column = int.Parse(fieldData.Substring(fieldPositionEndIndex, 1));
var result = new Field(row, column);
switch (fieldData.Substring(0, 2))
{
case "AT":
result.Token = new AdvocatToken();
break;
case "PT":
result.Token = new ParagraphToken();
break;
case "NO":
return result;
default:
throw new ArgumentException("Provided token type is invalid!");
}
var containsColor = fieldData.Substring(3, 1) == "[";
if (containsColor)
{
switch (fieldData.Substring(2, 1))
{
case "R":
result.Token.Color = Colors.Red;
break;
case "G":
result.Token.Color = Colors.Green;
break;
case "B":
result.Token.Color = Colors.Blue;
break;
case "Y":
result.Token.Color = Colors.Yellow;
break;
}
}
return result;
}
public FieldViewModel(Field field)
{
this.field = field;
}
