def timeout(func, args=(), kwargs={}, timeout_duration=1, default=None):
'''This function will spawn a thread and run the given function using the args, kwargs and
return the given default value if the timeout_duration is exceeded
'''
import threading
class PlayerThread(threading.Thread):
def __init__(self):
threading.Thread.__init__(self)
self.result = default
def run(self):
try:
self.result = func(*args, **kwargs)
except Exception as e:
print(
"The agent threw an exception, or there was a problem with the time."
)
print(sys.exc_info())
print(e[2])
self.result = default
pt = PlayerThread()
pt.start()
started_at = time.time()
# print("take_turn started at: " + str(started_at))
pt.join(timeout_duration)
ended_at = time.time()
# print("take_turn ended at: " + str(ended_at))
diff = ended_at - started_at
print("Used %0.4f seconds in take_turn, out of %0.4f" %
(diff, timeout_duration))
if pt.isAlive():
print("Took too long.")
print("We are now terminating the game.")
print("Player " + CURRENT_PLAYER + " loses.")
if USE_HTML:
gameToHTML.reportResult(
"Player " + CURRENT_PLAYER +
" took too long (%0.4f seconds) and thus loses." % diff)
if USE_HTML: gameToHTML.endHTML()
exit()
else:
# print("Within the time limit -- nice!")
return pt.result
def runGame():
currentState = INITIAL_STATE
print('The Gamemaster says, "Our game type for this match is: ' +
GAME_TYPE + '"')
print('The Gamemaster says, "Players, introduce yourselves."')
print(' (Playing White:) ' + player1.who_am_i())
print(' (Playing Black:) ' + player2.who_am_i())
if USE_HTML:
html.startHTML(player1.moniker(), player1.who_am_i(),
player2.moniker(), player2.who_am_i(), GAME_TYPE, K, 1)
try:
p1comment = player1.get_ready(INITIAL_STATE, K, 'W', player2.moniker())
except Exception as e:
report = 'Player 1 (' + player1.moniker(
) + ' failed to prepare, and loses by default.'
print(report)
if USE_HTML: html.reportResult(report)
report = 'Congratulations to Player 2 (' + player2.moniker() + ')!'
print(report)
if USE_HTML: html.reportResult(report)
if USE_HTML: html.endHTML()
print(e)
return
try:
p2comment = player2.get_ready(INITIAL_STATE, K, 'B', player1.moniker())
except Exception as e:
report = 'Player 2 (' + player2.moniker(
) + ' failed to prepare, and loses by default.'
print(report)
if USE_HTML: html.reportResult(report)
report = 'Congratulations to Player 1 (' + player1.moniker() + ')!'
print(report)
if USE_HTML: html.reportResult(report)
if USE_HTML: html.endHTML()
print(e)
return
print('The Gamemaster says, "Let\'s Play!"')
print('The initial state is...')
currentRemark = "The game is starting."
if USE_HTML: html.stateToHTML(currentState)
WhitesTurn = True
name = None
global FINISHED
FINISHED = False
turnCount = 0
printState(currentState)
while not FINISHED:
who = currentState.whose_turn
if WhitesTurn:
playerResult = player1.take_turn(currentState, currentRemark,
TIME_PER_MOVE)
name = player1.moniker()
WhitesTurn = False
else:
playerResult = player2.take_turn(currentState, currentRemark,
TIME_PER_MOVE)
name = player2.moniker()
WhitesTurn = True
moveAndState, currentRemark = playerResult
if moveAndState == None:
FINISHED = True
continue
move, currentState = moveAndState
moveReport = "In turn " + str(
turnCount) + ", move is by " + who + " to " + str(move)
print(moveReport)
utteranceReport = name + ' says: ' + currentRemark
print(utteranceReport)
if USE_HTML: html.reportResult(moveReport)
if USE_HTML: html.reportResult(utteranceReport)
possibleWin = TTS_win_tester.get_win(currentState, move, K)
if possibleWin != "No win":
FINISHED = True
printState(currentState)
if USE_HTML: html.stateToHTML(currentState, finished=True)
print(possibleWin)
if USE_HTML: html.reportResult(possibleWin)
if USE_HTML: html.endHTML()
return
printState(currentState)
if USE_HTML: html.stateToHTML(currentState)
turnCount += 1
if turnCount == TURN_LIMIT: FINISHED = True
#printState(currentState)
#if USE_HTML: html.stateToHTML(currentState)
who = currentState.whose_turn
print("Game over; it's a draw.")
if USE_HTML: html.reportResult("Game Over; it's a draw")
if USE_HTML: html.endHTML()
def runGame():
currentState = INITIAL_STATE
print('The Gamemaster says, "Players, introduce yourselves."')
print(' (Playing White:) ' + player1.who_am_i())
print(' (Playing Black:) ' + player2.who_am_i())
if USE_HTML:
gameToHTML.startHTML(player1.moniker(), player1.who_am_i(),
player2.moniker(), player2.who_am_i(), GAME_TYPE,
K, 1)
try:
p1comment = player1.get_ready(INITIAL_STATE, K, 'W', player2.moniker())
except:
report = 'Player 1 (' + player1.moniker(
) + ' failed to prepare, and loses by default.'
print(report)
if USE_HTML: gameToHTML.reportResult(report)
report = 'Congratulations to Player 2 (' + player2.moniker() + ')!'
print(report)
if USE_HTML: gameToHTML.reportResult(report)
if USE_HTML: gameToHTML.endHTML()
return
try:
p2comment = player2.get_ready(INITIAL_STATE, K, 'B', player1.moniker())
except:
report = 'Player 2 (' + player2.moniker(
) + ' failed to prepare, and loses by default.'
print(report)
if USE_HTML: gameToHTML.reportResult(report)
report = 'Congratulations to Player 1 (' + player1.moniker() + ')!'
print(report)
if USE_HTML: gameToHTML.reportResult(report)
if USE_HTML: gameToHTML.endHTML()
return
return
print('The Gamemaster says, "Let\'s Play!"')
print('The initial state is...')
currentRemark = "The game is starting."
if USE_HTML: gameToHTML.stateToHTML(currentState)
WhitesTurn = True
name = None
global FINISHED
FINISHED = False
turnCount = 0
printState(currentState)
while not FINISHED:
who = currentState.whose_turn
global CURRENT_PLAYER
CURRENT_PLAYER = who
if WhitesTurn:
playerResult = timeout(player1.take_turn,
args=(currentState, currentRemark,
TIME_PER_MOVE),
kwargs={},
timeout_duration=TIME_PER_MOVE,
default=(None, "I give up!"))
name = player1.moniker()
WhitesTurn = False
else:
playerResult = timeout(player2.take_turn,
args=(currentState, currentRemark,
TIME_PER_MOVE),
kwargs={},
timeout_duration=TIME_PER_MOVE,
default=(None, "I give up!"))
name = player2.moniker()
WhitesTurn = True
if not playerResult:
print("No move could be found.")
break
moveAndState, currentRemark = playerResult
if moveAndState == None:
FINISHED = True
continue
move, currentState = moveAndState
if move == False:
print("No move could be found.")
break
moveReport = "In turn " + str(
turnCount) + ", move is by " + who + " to " + str(move)
print(moveReport)
utteranceReport = name + ' says: ' + currentRemark
print(utteranceReport)
if USE_HTML: gameToHTML.reportResult(moveReport)
if USE_HTML: gameToHTML.reportResult(utteranceReport)
possibleWin = get_win(currentState, move, K)
if possibleWin != "No win":
FINISHED = True
printState(currentState)
if USE_HTML: gameToHTML.stateToHTML(currentState, finished=True)
print(possibleWin)
if USE_HTML: gameToHTML.reportResult(possibleWin)
if USE_HTML: gameToHTML.endHTML()
return
printState(currentState)
if USE_HTML: gameToHTML.stateToHTML(currentState)
turnCount += 1
if turnCount == TURN_LIMIT: FINISHED = True
# printState(currentState)
# if USE_HTML: gameToHTML.stateToHTML(currentState)
who = currentState.whose_turn
print("Game over; it's a draw.")
if USE_HTML: gameToHTML.reportResult("Game Over; it's a draw")
if USE_HTML: gameToHTML.endHTML()
