def runGame():
global WIN_COUNT, LOSS_COUNT, WIN_TURN_SUM, LOSS_TURN_SUM
# Set up for the match, and report on its details:
currentState = BC.BC_state()
if SINGLE_RUN_MODE:
print('**** Baroque Chess Gamemaster v'+VERSION+' *****')
print('The Gamemaster says, "Players, introduce yourselves."')
print(' (Playing WHITE:) '+player1.introduce())
print(' (Playing BLACK:) '+player2.introduce())
try:
p1comment = player1.prepare(player2.nickname())
except:
report = 'Player 1 ('+player1.nickname()+' failed to prepare, and loses by default.'
print(report)
report = 'Congratulations to Player 2 ('+player2.nickname()+')!'
print(report)
return
try:
p2comment = player2.prepare(player1.nickname())
except:
report = 'Player 2 ('+player2.nickname()+' failed to prepare, and loses by default.'
print(report)
report = 'Congratulations to Player 1 ('+player1.nickname()+')!'
print(report)
return
if SINGLE_RUN_MODE:
print('\nThe Gamemaster says, "Let\'s Play!"\n')
print('The initial state is...')
currentRemark = "The game is starting."
WHITEsTurn = True
name = None
global FINISHED
FINISHED = False
WINNER = "not yet known"
turnCount = 1
if SINGLE_RUN_MODE:
print(currentState)
while not FINISHED:
# Whoever's turn it is, well, move!
who = currentState.whose_move
if who==BC.WHITE:
side = 'WHITE'; other_side='BLACK'
else: side = 'BLACK'; other_side='WHITE'
global CURRENT_PLAYER
CURRENT_PLAYER = who
if WHITEsTurn:
move_fn = player1.makeMove
name = player1.nickname()
else:
move_fn = player2.makeMove
name = player2.nickname()
playerResult = timeout(move_fn,args=(currentState, currentRemark, TIME_PER_MOVE), kwargs={}, timeout_duration=TIME_PER_MOVE, default=(None,"I give up!"));
WHITEsTurn = not WHITEsTurn
# Let's analyze the response of the player.
moveAndState, currentRemark = playerResult
if moveAndState==None:
print("No move returned by "+side+".")
WINNER = other_side
FINISHED = True; break
# First we handle a special case where there might be a draw, due to
# no legal moves available to the current player.
# The player has to return a specific string if it can't find a legal move.
if currentRemark == "I believe I have no legal moves.":
if VALIDATE_MOVES:
(isDraw, newState) = V.any_legal_move(currentState)
if isDraw:
FINISHED=True
print("Stalemate: "+side+" has no moves!"); break
else:
print("You claim there are no legal moves,")
print("but you COULD go here: ")
print(newState.__repr__())
print("Game over. "+side+" loses.")
WINNER = other_side
FINISHED=True
break;
else:
print("Player "+side+" is requesting a draw. With move validation off,")
print("we need a human umpire to OK this.")
answer = input("Enter Y to declare a draw, or N to disallow the draw: ")
if answer.lower()=='y': WINNER='DRAW'
else: WINNER=other_side
FINISHED = True; break
# Some move was returned, so let's find out if it was valid.
try:
move, newState = moveAndState
startsq, endsq = move
i,j=startsq
ii,jj=endsq
if SINGLE_RUN_MODE:
print(side+"'s move: the "+BC.CODE_TO_INIT[currentState.board[i][j]]+\
" at ("+str(i)+", "+str(j)+") to ("+str(ii)+", "+str(jj)+").")
except Exception as e:
print("The moveAndState value did not have the proper form of [move, newState] or")
print("the move did not have the proper form such as ((3, 7), (5, 7)).")
WINNER = other_side
FINISHED = True;
if VALIDATE_MOVES:
(status, result)=V.validate(move, currentState, newState)
if not status:
print("Illegal move by "+side) # Returned state is:\n" + str(currentState))
print(result)
print(side+"'s proposed, new state is: ")
print(newState.__repr__())
WINNER = other_side
FINISHED=True
break
else:
print("valid move")
print(result)
moveReport = "Turn "+str(turnCount)+": Move is by "+side
if SINGLE_RUN_MODE:
print(moveReport)
utteranceReport = name +' says: '+currentRemark
if SINGLE_RUN_MODE:
print(utteranceReport)
currentState = newState
possibleWin = winTester(currentState)
if possibleWin != "No win":
WINNER = side
FINISHED = True
if SINGLE_RUN_MODE:
print(currentState)
print(possibleWin)
break
if SINGLE_RUN_MODE:
print(currentState)
turnCount += 1
if turnCount > TURN_LIMIT:
FINISHED=True
print("TURN_LIMIT exceeded! ("+str(TURN_LIMIT)+")")
break
if SINGLE_RUN_MODE:
print("Game over.")
if (WINNER=="not yet known") or (WINNER == "DRAW"):
print("The outcome is a DRAW. Nobody wins.")
else:
if not SINGLE_RUN_MODE:
if WINNER == "WHITE":
WIN_COUNT += 1
WIN_TURN_SUM += turnCount
elif WINNER == "BLACK":
LOSS_COUNT += 1
LOSS_TURN_SUM += turnCount
print("Congratulations to the winner: "+WINNER+" "+ str(turnCount))
def runGame():
# Set up for the match, and report on its details:
currentState = BC.BC_state()
print('**** Baroque Chess Gamemaster v'+VERSION+' *****')
print('The Gamemaster says, "Players, introduce yourselves."')
print(' (Playing WHITE:) '+player1.introduce())
print(' (Playing BLACK:) '+player2.introduce())
try:
p1comment = player1.prepare(player2.nickname())
except:
report = 'Player 1 ('+player1.nickname()+' failed to prepare, and loses by default.'
print(report)
report = 'Congratulations to Player 2 ('+player2.nickname()+')!'
print(report)
return
try:
p2comment = player2.prepare(player1.nickname())
except:
report = 'Player 2 ('+player2.nickname()+' failed to prepare, and loses by default.'
print(report)
report = 'Congratulations to Player 1 ('+player1.nickname()+')!'
print(report)
return
print('\nThe Gamemaster says, "Let\'s Play!"\n')
print('The initial state is...')
currentRemark = "The game is starting."
WHITEsTurn = True
name = None
global FINISHED
FINISHED = False
WINNER = "not yet known"
turnCount = 1
print(currentState)
while not FINISHED:
# Whoever's turn it is, well, move!
who = currentState.whose_move
if who==BC.WHITE:
side = 'WHITE'; other_side='BLACK'
else: side = 'BLACK'; other_side='WHITE'
global CURRENT_PLAYER
CURRENT_PLAYER = who
if WHITEsTurn:
move_fn = player1.makeMove
name = player1.nickname()
else:
move_fn = player2.makeMove
name = player2.nickname()
playerResult = timeout(move_fn,args=(currentState, currentRemark, TIME_PER_MOVE), kwargs={}, timeout_duration=TIME_PER_MOVE, default=(None,"I give up!"));
WHITEsTurn = not WHITEsTurn
# Let's analyze the response of the player.
if side == 'BLACK':
color = 'WHITE'
other_color = 'BLUE'
else:
color = 'BLUE'
other_color = 'WHITE'
moveAndState, currentRemark = playerResult
if moveAndState==None:
print("No move returned by "+ color + " .")
WINNER = other_color
FINISHED = True; break
# First we handle a special case where there might be a draw, due to
# no legal moves available to the current player.
# The player has to return a specific string if it can't find a legal move.
if currentRemark == "I believe I have no legal moves.":
if VALIDATE_MOVES:
b1 = BC_checker.board_only(currentState)
(moves_exist, comment) = BC_checker.any_moves(b1, currentState.whose_move)
if not moves_exist:
FINISHED=True
print("Stalemate: "+color+" has no moves!"); break
else:
print("You claim there are no legal moves, but")
print(comment)
print("Game over. "+color+" loses.")
WINNER = other_color
FINISHED=True
break;
else:
print("Player "+color+" is requesting a draw. With move validation off,")
print("we need a human umpire to OK this.")
answer = input("Enter Y to declare a draw, or N to disallow the draw: ")
if answer.lower()=='y': WINNER='DRAW'
else: WINNER=other_color
FINISHED = True; break
# Some move was returned, so let's find out if it was valid.
try:
move, newState = moveAndState
startsq, endsq = move
i,j=startsq
ii,jj=endsq
except Exception as e:
print("The moveAndState value did not have the proper form of [move, newState] or")
print("the move did not have the proper form such as ((3, 7), (5, 7)).")
WINNER = other_color
FINISHED = True;
print(color+"'s move: the "+BC.CODE_TO_INIT[currentState.board[i][j]]+\
" at ("+str(i)+", "+str(j)+") to ("+str(ii)+", "+str(jj)+").")
if VALIDATE_MOVES:
b1 = BC_checker.board_only(currentState)
b2 = BC_checker.board_only(newState)
theFile = 'abcdefgh'[j]
theRank = str(8 - i) # Corrected from 7 - i, on May 14.
starting_sq_str = theFile + theRank
print("Calling the move validation service.")
(status, result)=BC_checker.validate_move(starting_sq_str, b1, b2)
if not status:
print("Illegal move by "+color) # Returned state is:\n" + str(currentState))
print(result)
print(color+"'s proposed, new state is: ")
print(newState.__repr__())
WINNER = other_color
FINISHED=True
break
else:
print("valid move")
print(result)
# print the board with symbols
PIECE_SYMBOLS = {2: '♟',
8: '♝',
14: '♜',
6: '♞',
5: '♜',
10: '♛',
12: '♚',
3: '\033[36m\033[1m♙\033[0m',
9: '\033[36m\033[1m♗\033[0m',
15: '\033[36m\033[1m♖\033[0m',
7: '\033[36m\033[1m♘\033[0m',
4: '\033[36m\033[1m♖\033[0m',
11: '\033[36m\033[1m♕\033[0m',
13: '\033[36m\033[1m♔\033[0m',
0: '♢'}
moveReport = "Turn "+str(turnCount)+": Move is by "+color
print(moveReport)
utteranceReport = name +' says: '+currentRemark
print(utteranceReport)
currentState = newState
symbol_board = ' 0 1 2 3 4 5 6 7 \n'
for r in range(8):
symbol_board += str(r)+ " "
for c in range(8):
symbol_board += PIECE_SYMBOLS[currentState.board[r][c]] + " "
symbol_board += "\n"
possibleWin = winTester(currentState)
if possibleWin != "No win":
WINNER = color
FINISHED = True
# print(currentState)
print(symbol_board)
print(possibleWin)
break
print(symbol_board)
# print(currentState)
turnCount += 1
if turnCount > TURN_LIMIT:
FINISHED=True
print("TURN_LIMIT exceeded! ("+str(TURN_LIMIT)+")")
break
print("Game over.")
if (WINNER=="not yet known") or (WINNER == "DRAW"):
print("The outcome is a DRAW. Nobody wins.")
else:
print("Congratulations to the winner: "+WINNER)
