def __init__(self, player, string, prevHand=None):
"""evaluate string for player. rules are to be applied in any case"""
if hasattr(self, 'string'):
# I am from cache
return
# shortcuts for speed:
self._player = weakref.ref(player)
self.ruleset = player.game.ruleset
self.intelligence = player.intelligence if player else AIDefault()
self.string = string
self.__robbedTile = Tile.unknown
self.prevHand = prevHand
self.__won = None
self.__score = None
self.__callingHands = None
self.__mjRule = None
self.ruleCache = {}
self.__lastTile = None
self.__lastSource = TileSource.Unknown
self.__announcements = set()
self.__lastMeld = 0
self.__lastMelds = MeldList()
self.tiles = None
self.melds = MeldList()
self.bonusMelds = MeldList()
self.usedRules = []
self.__rest = TileList()
self.__arranged = None
self.__parseString(string)
self.__won = self.lenOffset == 1 and player.mayWin
if Debug.hand or (Debug.mahJongg and self.lenOffset == 1):
self.debug(fmt('{callers}',
callers=callers(exclude=['__init__'])))
Hand.indent += 1
_hideString = string
self.debug(fmt('New Hand {_hideString} {self.lenOffset}'))
try:
self.__arrange()
self.__calculate()
self.__arranged = True
except Hand.__NotWon as notwon:
if Debug.mahJongg:
self.debug(fmt(str(notwon)))
self.__won = False
self.__score = Score()
finally:
self._fixed = True
if Debug.hand or (Debug.mahJongg and self.lenOffset == 1):
_hideSelf = str(self)
_hideScore = str(self.score)
self.debug(fmt(
'Fixing {_hideSelf} {self.won} {_hideScore}'))
Hand.indent -= 1
def __init__(self, player, string, prevHand=None):
"""evaluate string for player. rules are to be applied in any case"""
if hasattr(self, 'string'):
# I am from cache
return
# shortcuts for speed:
self._player = weakref.ref(player)
self.ruleset = player.game.ruleset
self.intelligence = player.intelligence if player else AIDefault()
self.string = string
self.__robbedTile = Tile.unknown
self.prevHand = prevHand
self.__won = None
self.__score = None
self.__callingHands = None
self.__mjRule = None
self.ruleCache = {}
self.__lastTile = None
self.__lastSource = TileSource.Unknown
self.__announcements = set()
self.__lastMeld = 0
self.__lastMelds = MeldList()
self.tiles = None
self.melds = MeldList()
self.bonusMelds = MeldList()
self.usedRules = []
self.__rest = TileList()
self.__arranged = None
self.__parseString(string)
self.__won = self.lenOffset == 1 and player.mayWin
if Debug.hand or (Debug.mahJongg and self.lenOffset == 1):
self.debug(fmt('{callers}',
callers=callers(exclude=['__init__'])))
Hand.indent += 1
self.debug('New Hand {} {}'.format(string, self.lenOffset))
try:
self.__arrange()
self.__calculate()
self.__arranged = True
except Hand.__NotWon as notwon:
if Debug.mahJongg:
self.debug(fmt(str(notwon)))
self.__won = False
self.__score = Score()
finally:
self._fixed = True
if Debug.hand or (Debug.mahJongg and self.lenOffset == 1):
self.debug('Fixing {} {} {}'.format(self, self.won, self.score))
Hand.indent -= 1
def __maybeMahjongg(self):
"""check if this is a mah jongg hand.
Return a sorted list of matching MJ rules, highest
total first. If no rule matches, return None"""
if self.lenOffset == 1 and self.player.mayWin:
matchingMJRules = [x for x in self.ruleset.mjRules
if x.appliesToHand(self)]
if matchingMJRules:
if self.robbedTile and self.robbedTile.isConcealed:
# Millington 58: robbing hidden kong is only
# allowed for 13 orphans
matchingMJRules = [
x for x in matchingMJRules
if 'mayrobhiddenkong' in x.options]
result = sorted(matchingMJRules, key=lambda x: -x.score.total())
if Debug.mahJongg:
self.debug(fmt('{callers} Found {matchingMJRules}',
callers=callers()))
return result
def __maybeMahjongg(self):
"""check if this is a mah jongg hand.
Return a sorted list of matching MJ rules, highest
total first. If no rule matches, return None"""
if self.lenOffset == 1 and self.player.mayWin:
matchingMJRules = [x for x in self.ruleset.mjRules
if x.appliesToHand(self)]
if matchingMJRules:
if self.robbedTile and self.robbedTile.isConcealed:
# Millington 58: robbing hidden kong is only
# allowed for 13 orphans
matchingMJRules = [
x for x in matchingMJRules
if 'mayrobhiddenkong' in x.options]
result = sorted(matchingMJRules, key=lambda x: -x.score.total())
if Debug.mahJongg:
self.debug(fmt('{callers} Found {matchingMJRules}',
callers=callers()))
return result
def logMessage(msg, prio, showDialog, showStack=False, withGamePrefix=True):
"""writes info message to log and to stdout"""
# pylint: disable=R0912
if isinstance(msg, Exception):
msg = __exceptionToString(msg)
msg = str(msg)
msg = translateServerMessage(msg)
__logUnicodeMessage(prio, __enrichMessage(msg, withGamePrefix))
if showStack:
if showStack is True:
lower = 2
else:
lower = -showStack - 3
for line in traceback.format_stack()[lower:-3]:
if 'logException' not in line:
__logUnicodeMessage(prio, ' ' + line.strip())
if int(Debug.callers):
__logUnicodeMessage(prio, callers(int(Debug.callers)))
if showDialog and not Internal.isServer:
if prio == logging.INFO:
return Information(msg)
else:
return Sorry(msg, always=True)
return NoPrompt(msg)
def __exit__(self, exc_type, exc_value, trback):
if Debug.random:
self.rnd.game.debug(
'{} out of {} calls to random by {} from {}'.format(
CountingRandom.count - self.oldCount, CountingRandom.count,
self.what, callers()))