public void Execute_can_castle_both_side(Colours colour, bool side)
{
int rank = colour == Colours.White ? 1 : 8;
var king = new KingEntity(colour);
var kingStartFile = King.StartPositionFor(colour).X;
var kingDestinationFile = side ? ChessFile.G : ChessFile.C;
var kingStartLoc = $"{kingStartFile}{rank}".ToBoardLocation();
var kingDestination = $"{kingDestinationFile}{rank}".ToBoardLocation();
var rook = new RookEntity(colour);
var rookStartFile = side ? ChessFile.H : ChessFile.A;
var rookDestinationFile = side ? ChessFile.F : ChessFile.D;
var rookStart = $"{rookStartFile}{rank}".ToBoardLocation();
var rookDestination = $"{rookDestinationFile}{rank}".ToBoardLocation();
var actualKingMove = new BoardMove(kingStartLoc, kingDestination, (int)DefaultActions.MoveOnly);
var actualRookMove = new BoardMove(rookStart, rookDestination, (int)DefaultActions.MoveOnly);
SetupLocationReturn(kingStartLoc, king);
SetupLocationReturn(rookStart, rook);
SetupMockActionForMoveType((int)DefaultActions.MoveOnly);
Action.Execute(actualKingMove);
VerifyActionWasCreated((int)DefaultActions.MoveOnly);
VerifyActionWasExecuted(actualKingMove);
VerifyActionWasExecuted(actualRookMove);
}
public ChessValidationStepsMocker SetupKingCastleEligibility(bool eligible)
{
ChessPieceEntity entity = new KingEntity(Colours.White);
_castleValidationStepsMock.Setup(m =>
m.IsKingAllowedToCastle(
It.IsAny <BoardMove>(),
It.IsAny <IReadOnlyBoardState <ChessPieceEntity> >(),
out entity))
.Returns(eligible);
return(this);
}
