def test_generatePossibleMoves_2blackpiecesOnFirstTurn(self):
black = Pieces.Black()
board = {1: black, 2: black}
possibleBoard1 = {5: black, 2: black}
possibleBoard2 = {6: black, 2: black}
possibleBoard3 = {1: black, 6: black}
possibleBoard4 = {1: black, 7: black}
self.assertEqual(Checkers.generatePossibleMoves(board, 1), [possibleBoard1, possibleBoard2, possibleBoard3, possibleBoard4])
def test_generatePossibleMoves_rightJumpsFor1BlackPieceAnd1RedPieceOnFirstTurn(self):
black = Pieces.Black()
board = {1: black, 6: self.red}
self.assertEqual(Checkers.generatePossibleMoves(board, 1), [{10: black}])
def test_generatePossibleMoves_rightMovesFor1BlackPieceAnd1RedPieceOnSecondTurn(self):
black = Pieces.Black()
board = {1: black, 29: self.red}
self.assertEqual(Checkers.generatePossibleMoves(board, 2), [{1: black, 25: self.red}])
def test_generatePossibleMoves_rightMovesFor1BlackPieceOnSecondTurn(self):
black = Pieces.Black()
board = {1: black}
self.assertEqual(Checkers.generatePossibleMoves(board, 2), [])
def test_generatePossibleMoves_rightMovesFor1BlackPieceOnFirstTurn(self):
black = Pieces.Black()
board = {1: black}
self.assertEqual(Checkers.generatePossibleMoves(board, 1), [{5: black}, {6: black}])
def test_generatePossibleMoves_twoPossibleJumps(self):
black = Pieces.Black()
board = {1: black, 6: self.red, 14: self.red, 15: self.red}
expectedBoard = [{15: self.red, 17: black}, {14: self.red, 19: black}]
self.assertEqual(Checkers.generatePossibleMoves(board, 1), expectedBoard)
def test_generatePossibleMoves_rightJumpsFor1BlackPieceAnd1RedPieceOnSecondTurn(self):
black = Pieces.Black()
board = {1: black, 6: self.red}
expectedBoard = [{1: black, 2: Pieces.RedKing()}]
self.assertEqual(Checkers.generatePossibleMoves(board, 2), expectedBoard)
def makeMove(board, weights, whoseTurn):
moves = Checkers.generatePossibleMoves(board, whoseTurn)
moveValues = {move: assignValue(move, weights) for move in moves}
bestMoves = getKeysWithHighestValue(moveValues)
bestMove = random.choice(bestMoves)
return bestMove
