class TestProducePathBetweenTwoSquares:
from Model import Board
test_board = Board()
a1 = test_board.dict_of_64_squares["a1"]
f1 = test_board.dict_of_64_squares["f1"]
d4 = test_board.dict_of_64_squares["d4"]
b6 = test_board.dict_of_64_squares["b6"]
b7 = test_board.dict_of_64_squares["b7"]
test_path_one = [
test_board.dict_of_64_squares["b1"],
test_board.dict_of_64_squares["c1"],
test_board.dict_of_64_squares["d1"],
test_board.dict_of_64_squares["e1"],
]
test_path_two = [
test_board.dict_of_64_squares["b2"],
test_board.dict_of_64_squares["c3"],
]
test_path_three = [
test_board.dict_of_64_squares["c5"],
]
test_path_four = []
@pytest.mark.parametrize(
"test_input_1, test_input_2, test_input_3, expected", [
(a1, f1, test_board, test_path_one),
(a1, d4, test_board, test_path_two),
(d4, b6, test_board, test_path_three),
(b6, b7, test_board, test_path_four),
(a1, b6, test_board, test_path_four),
])
def test_works_for_expected_input(self, test_input_1, test_input_2,
test_input_3, expected):
# Returns expected value when passed valid input.
result = produce_path_between_two_squares(test_input_1, test_input_2,
test_input_3)
assert set(result) == set(
expected
), "Expected path to match expected set of Squares but it did not."
class TestIsLegalMoveCastling:
white_player = Player(1)
black_player = Player(0)
board_one = Board()
board_one.pieces_into_specified_positions({
"a1": Rook(None, white_player),
"b1": Knight(None, white_player),
"c1": Bishop(None, white_player),
"d1": Queen(None, white_player),
"e1": King(None, white_player),
"c4": Bishop(None, white_player),
"f3": Knight(None, white_player),
"h1": Rook(None, white_player),
"a2": Pawn(None, white_player),
"b2": Pawn(None, white_player),
"c2": Pawn(None, white_player),
"d2": Pawn(None, white_player),
"e4": Pawn(None, white_player),
"f2": Pawn(None, white_player),
"g2": Pawn(None, white_player),
"h2": Pawn(None, white_player),
"a7": Pawn(None, black_player),
"b7": Pawn(None, black_player),
"c7": Pawn(None, black_player),
"d6": Pawn(None, black_player),
"e5": Pawn(None, black_player),
"f7": Pawn(None, black_player),
"g7": Pawn(None, black_player),
"h7": Pawn(None, black_player),
"a8": Rook(None, black_player),
"b8": Knight(None, black_player),
"g4": Bishop(None, black_player),
"d8": Queen(None, black_player),
"e8": King(None, black_player),
"f8": Bishop(None, black_player),
"g8": Knight(None, black_player),
"h8": Rook(None, black_player),
})
board_two = Board()
board_two.pieces_into_specified_positions({
"a1":
Rook(None, white_player),
"b1":
Knight(None, white_player),
"c1":
Bishop(None, white_player),
"d1":
Queen(None, white_player),
"e1":
King(None, white_player, True),
"c4":
Bishop(None, white_player),
"f3":
Knight(None, white_player),
"h1":
Rook(None, white_player),
"a2":
Pawn(None, white_player),
"b2":
Pawn(None, white_player),
"c2":
Pawn(None, white_player),
"d2":
Pawn(None, white_player),
"e4":
Pawn(None, white_player),
"f2":
Pawn(None, white_player),
"g2":
Pawn(None, white_player),
"h2":
Pawn(None, white_player),
"a7":
Pawn(None, black_player),
"b7":
Pawn(None, black_player),
"c7":
Pawn(None, black_player),
"d6":
Pawn(None, black_player),
"e5":
Pawn(None, black_player),
"f7":
Pawn(None, black_player),
"g7":
Pawn(None, black_player),
"h7":
Pawn(None, black_player),
"a8":
Rook(None, black_player),
"b8":
Knight(None, black_player),
"g4":
Bishop(None, black_player),
"d8":
Queen(None, black_player),
"e8":
King(None, black_player),
"f8":
Bishop(None, black_player),
"g8":
Knight(None, black_player),
"h8":
Rook(None, black_player),
})
board_three = Board()
board_three.pieces_into_specified_positions({
"a1":
Rook(None, white_player),
"b1":
Knight(None, white_player),
"c1":
Bishop(None, white_player),
"d1":
Queen(None, white_player),
"e1":
King(None, white_player),
"c4":
Bishop(None, white_player),
"f3":
Knight(None, white_player),
"h1":
Rook(None, white_player, True),
"a2":
Pawn(None, white_player),
"b2":
Pawn(None, white_player),
"c2":
Pawn(None, white_player),
"d2":
Pawn(None, white_player),
"e4":
Pawn(None, white_player),
"f2":
Pawn(None, white_player),
"g2":
Pawn(None, white_player),
"h2":
Pawn(None, white_player),
"a7":
Pawn(None, black_player),
"b7":
Pawn(None, black_player),
"c7":
Pawn(None, black_player),
"d6":
Pawn(None, black_player),
"e5":
Pawn(None, black_player),
"f7":
Pawn(None, black_player),
"g7":
Pawn(None, black_player),
"h7":
Pawn(None, black_player),
"a8":
Rook(None, black_player),
"b8":
Knight(None, black_player),
"g4":
Bishop(None, black_player),
"d8":
Queen(None, black_player),
"e8":
King(None, black_player),
"f8":
Bishop(None, black_player),
"g8":
Knight(None, black_player),
"h8":
Rook(None, black_player),
})
board_four = Board()
board_four.pieces_into_specified_positions({
"a1": Rook(None, white_player),
"b1": Knight(None, white_player),
"c1": Bishop(None, white_player),
"d1": Queen(None, white_player),
"e1": King(None, white_player),
"f3": Knight(None, white_player),
"h1": Rook(None, white_player),
"a2": Pawn(None, white_player),
"b2": Pawn(None, white_player),
"c2": Pawn(None, white_player),
"d2": Pawn(None, white_player),
"e4": Pawn(None, white_player),
"f2": Pawn(None, white_player),
"g2": Pawn(None, white_player),
"h2": Pawn(None, white_player),
"a7": Pawn(None, black_player),
"b6": Pawn(None, black_player),
"c7": Pawn(None, black_player),
"d7": Pawn(None, black_player),
"e5": Pawn(None, black_player),
"f7": Pawn(None, black_player),
"g7": Pawn(None, black_player),
"h7": Pawn(None, black_player),
"a8": Rook(None, black_player),
"b8": Knight(None, black_player),
"a6": Bishop(None, black_player),
"d8": Queen(None, black_player),
"e8": King(None, black_player),
"f8": Bishop(None, black_player),
"g8": Knight(None, black_player),
"h8": Rook(None, black_player),
})
board_five = Board()
board_five.pieces_into_specified_positions({
"a1": Rook(None, white_player),
"b1": Knight(None, white_player),
"c1": Bishop(None, white_player),
"d1": Queen(None, white_player),
"e1": King(None, white_player),
"f3": Knight(None, white_player),
"h1": Rook(None, white_player),
"a2": Pawn(None, white_player),
"b2": Pawn(None, white_player),
"c2": Pawn(None, white_player),
"d2": Pawn(None, white_player),
"e4": Pawn(None, white_player),
"f2": Pawn(None, white_player),
"g2": Pawn(None, white_player),
"h2": Pawn(None, white_player),
"a7": Pawn(None, black_player),
"b6": Pawn(None, black_player),
"c7": Pawn(None, black_player),
"d7": Pawn(None, black_player),
"e5": Pawn(None, black_player),
"f7": Pawn(None, black_player),
"g7": Pawn(None, black_player),
"h7": Pawn(None, black_player),
"a8": Rook(None, black_player),
"b8": Knight(None, black_player),
"f1": Bishop(None, black_player),
"d8": Queen(None, black_player),
"e8": King(None, black_player),
"f8": Bishop(None, black_player),
"g8": Knight(None, black_player),
"h8": Rook(None, black_player),
})
board_six = Board()
board_six.pieces_into_specified_positions({
"a1": Rook(None, white_player),
"b1": Knight(None, white_player),
"c1": Bishop(None, white_player),
"d1": Queen(None, white_player),
"e1": King(None, white_player),
"f1": Bishop(None, white_player),
"f3": Knight(None, white_player),
"h1": Rook(None, white_player),
"a2": Pawn(None, white_player),
"b2": Pawn(None, white_player),
"c2": Pawn(None, white_player),
"d2": Pawn(None, white_player),
"e2": Pawn(None, white_player),
"f2": Pawn(None, white_player),
"g2": Pawn(None, white_player),
"h2": Pawn(None, white_player),
"a7": Pawn(None, black_player),
"b7": Pawn(None, black_player),
"c7": Pawn(None, black_player),
"d7": Pawn(None, black_player),
"e7": Pawn(None, black_player),
"f7": Pawn(None, black_player),
"g7": Pawn(None, black_player),
"h7": Pawn(None, black_player),
"a8": Rook(None, black_player),
"b8": Knight(None, black_player),
"c8": Bishop(None, black_player),
"d8": Queen(None, black_player),
"e8": King(None, black_player),
"f8": Bishop(None, black_player),
"g8": Knight(None, black_player),
"h8": Rook(None, black_player),
})
board_seven = Board()
board_seven.pieces_into_specified_positions({
"a1":
Rook(None, white_player),
"a3":
Knight(None, white_player),
"e3":
Bishop(None, white_player),
"d3":
Queen(None, white_player),
"e1":
King(None, white_player),
"f1":
Bishop(None, white_player),
"f3":
Knight(None, white_player),
"h1":
Rook(None, white_player),
"a2":
Pawn(None, white_player),
"b2":
Pawn(None, white_player),
"c2":
Pawn(None, white_player),
"d4":
Pawn(None, white_player),
"e2":
Pawn(None, white_player),
"f2":
Pawn(None, white_player),
"g2":
Pawn(None, white_player),
"h2":
Pawn(None, white_player),
"a7":
Pawn(None, black_player),
"b7":
Pawn(None, black_player),
"c6":
Pawn(None, black_player),
"d5":
Pawn(None, black_player),
"e6":
Pawn(None, black_player),
"f7":
Pawn(None, black_player),
"g7":
Pawn(None, black_player),
"h7":
Pawn(None, black_player),
"a8":
Rook(None, black_player),
"b8":
Knight(None, black_player),
"c8":
Bishop(None, black_player),
"a5":
Queen(None, black_player),
"e8":
King(None, black_player),
"f8":
Bishop(None, black_player),
"g8":
Knight(None, black_player),
"h8":
Rook(None, black_player),
})
board_eight = Board()
board_eight.pieces_into_specified_positions({
"a1":
Rook(None, white_player),
"e3":
Bishop(None, white_player),
"d2":
Queen(None, white_player),
"e1":
King(None, white_player),
"f1":
Bishop(None, white_player),
"f3":
Knight(None, white_player),
"h1":
Rook(None, white_player),
"a2":
Pawn(None, white_player),
"b2":
Pawn(None, white_player),
"d4":
Pawn(None, white_player),
"e2":
Pawn(None, white_player),
"f2":
Pawn(None, white_player),
"g2":
Pawn(None, white_player),
"h2":
Pawn(None, white_player),
"a7":
Pawn(None, black_player),
"b7":
Pawn(None, black_player),
"c7":
Pawn(None, black_player),
"d6":
Pawn(None, black_player),
"e7":
Pawn(None, black_player),
"f7":
Pawn(None, black_player),
"g7":
Pawn(None, black_player),
"h7":
Pawn(None, black_player),
"a8":
Rook(None, black_player),
"b8":
Knight(None, black_player),
"b1":
Bishop(None, black_player),
"d8":
Queen(None, black_player),
"e8":
King(None, black_player),
"f8":
Bishop(None, black_player),
"g8":
Knight(None, black_player),
"h8":
Rook(None, black_player),
})
turn_one = Turn(starting_board=board_one,
player=white_player,
starting_square=board_one.dict_of_64_squares["e1"],
ending_square=board_one.dict_of_64_squares["g1"])
turn_two = Turn(starting_board=board_one,
player=white_player,
starting_square=board_one.dict_of_64_squares["h1"],
ending_square=board_one.dict_of_64_squares["f1"])
turn_three = Turn(starting_board=board_one,
player=white_player,
starting_square=board_one.dict_of_64_squares["e1"],
ending_square=board_one.dict_of_64_squares["f1"])
turn_four = Turn(starting_board=board_one,
player=white_player,
starting_square=board_one.dict_of_64_squares["e1"],
ending_square=board_one.dict_of_64_squares["e2"])
turn_five = Turn(starting_board=board_two,
player=white_player,
starting_square=board_two.dict_of_64_squares["e1"],
ending_square=board_two.dict_of_64_squares["g1"])
turn_six = Turn(starting_board=board_three,
player=white_player,
starting_square=board_three.dict_of_64_squares["e1"],
ending_square=board_three.dict_of_64_squares["g1"])
turn_seven = Turn(starting_board=board_four,
player=white_player,
starting_square=board_four.dict_of_64_squares["e1"],
ending_square=board_four.dict_of_64_squares["g1"])
turn_eight = Turn(starting_board=board_five,
player=white_player,
starting_square=board_five.dict_of_64_squares["e1"],
ending_square=board_five.dict_of_64_squares["g1"])
turn_nine = Turn(starting_board=board_six,
player=white_player,
starting_square=board_six.dict_of_64_squares["e1"],
ending_square=board_six.dict_of_64_squares["g1"])
turn_ten = Turn(starting_board=board_seven,
player=white_player,
starting_square=board_seven.dict_of_64_squares["e1"],
ending_square=board_seven.dict_of_64_squares["g1"])
turn_eleven = Turn(starting_board=board_eight,
player=white_player,
starting_square=board_eight.dict_of_64_squares["e1"],
ending_square=board_eight.dict_of_64_squares["g1"])
@pytest.mark.parametrize(
"test_input, expected",
[
(turn_one, True), # No complications
(turn_two, False), # Rook selected to move instead of King
(turn_three, False), # King moved one space over instead of two
(turn_four, False), # King moved to different row
(turn_five, False), # King was moved in a previous turn
(turn_six, False), # Rook was moved in a previous turn
(turn_seven, False), # King passes through check while castling
(turn_eight, False), # King's path is blocked by enemy piece
(turn_nine, False), # King's path is blocked by own piece
(turn_ten, False), # King starts off in check
(turn_eleven, False), # Rook's path is blocked by enemy piece
])
def test_works_for_expected_input(self, test_input, expected):
# Returns expected value when passed valid input.
result = test_input.is_legal_move_castling()
assert result == expected, "Expected Turn to identify legal castling move."
def __init__(self): self.gameState = 1 #State of game: 1 if playing, 0 if game over self.player = 'white' #Current player: white player always starts self.board = Board() #The board representation self.control = Control() #The control that handles user input self.sp = Speech() #The verbal feedback given by the computer
class CF:
from globaldb import global_conn, global_cache
from Model import Section,Status,UserInfo,UserAuth,\
Board,Post,Action,ReadMark,Mail,Permissions,UserSign,\
Favourite, Clipboard, Disgest,FreqControl, Team, Admin,\
Query, Deny, Notify, Notice
from perm import ArgoTeam
db = global_conn
ch = global_cache
section = Section()
status = Status()
userinfo = UserInfo()
usersign = UserSign()
board = Board()
post = Post()
mail = Mail()
readmark = ReadMark(post=post)
perm = Permissions()
favourite = Favourite()
clipboard = Clipboard()
disgest = Disgest()
freq = FreqControl()
notify = Notify()
notice = Notice()
team = Team()
userperm = ArgoTeam(team, perm)
auth = UserAuth(table=userinfo,
status=status,
userperm=userperm,
favourite=favourite,
team=team)
action = Action(board, status, post, mail, userinfo, readmark, notify)
deny = Deny()
admin = Admin(board, userperm, post, section, deny, userinfo, mail)
query = Query(board=board,
userperm=userperm,
perm=perm,
favourite=favourite,
section=section,
post=post,
userinfo=userinfo,
team=team)
loads = [
section, status, userinfo, auth, board, post, readmark, mail, usersign,
favourite, clipboard, disgest, freq, perm, team, userperm, admin, deny,
notify, notice
]
use = {
"section": section,
"status": status,
"userinfo": userinfo,
"auth": auth,
"board": board,
"post": post,
"action": action,
"readmark": readmark,
"perm": perm,
"usersign": usersign,
"favourite": favourite,
"mail": mail,
"clipboard": clipboard,
"disgest": disgest,
"freq": freq,
"userperm": userperm,
"team": team,
"admin": admin,
"query": query,
"deny": deny,
"notify": notify,
"notice": notice,
}
@classmethod
def load(cls):
for model in cls.loads:
model.bind(db=cls.db, ch=cls.ch)
class Game():
def __init__(self):
self.gameState = 1 #State of game: 1 if playing, 0 if game over
self.player = 'white' #Current player: white player always starts
self.board = Board() #The board representation
self.control = Control() #The control that handles user input
self.sp = Speech() #The verbal feedback given by the computer
def play(self):
#What happens when the game is started:
self.sp.engine.say("Welcome to Wizard's Chess!")
self.sp.engine.runAndWait()
print ""
print "*~*~*~*~*~*~*~*~*~* Welcome to Wizard's Chess! *~*~*~*~*~*~*~*~*~*"
print "*~*~*~*~*~*~*~*~*~* Input is of the form 'Knight 1 to H3' *~*~*~*~*~*~*~*~*~*\n"
self.board.updateBoard()
self.board.printBoard() #Print the board so the player can make their first move
#The game loop: runs continuously until the game is over
while self.gameState == 1:
self.board.updatePosMoves(self.player) #Update the possible moves of the player's pieces
#move = self.control.getKeyboardInput(self.player.capitalize()) #Get the desired move from user (keyboard) input
move = self.control.getVoiceInput(self.player.capitalize())
if move: #If the user input is valid:
success = self.board.movePiece(self.player,move) #Try to move the piece
while not move or not success: #While the user input isn't valid or the piece can't be moved:
#move = self.control.getKeyboardInput(self.player.capitalize()) #Get new user input until both conditions are satisfied
move = self.control.getVoiceInput(self.player.capitalize())
if move:
success = self.board.movePiece(self.player,move)
self.board.updateBoard() #Once input is valid and piece is successfully moved:
self.board.printBoard() #Print the board to the console
self.board.updatePosMoves(self.player) #Update the possible moves of the player's pieces
self.player = self.other(self.player) #Switch players
self.gameState = self.board.continuePlay(self.player) #Check to see if the game is over
#Terminate the program once the game is over
self.sp.engine.say(self.player + " player loses!")
self.sp.engine.runAndWait()
print self.player.capitalize() + " player loses!"
sys.exit(0)
def other(self,player):
#Return the name of the other player
if player == 'white':
return 'black'
if player == 'black':
return 'white'