def _move(self,sessionid,pin):
self._tol = API_GAME().retrieve(sessionid)
self.title = "Torre de Londres"
# self._tol.save()
hand = [BEAD_COLOR[hand] for hand in self._move_bead(pin)]
self.render(TOLPAGE, TITLE = self.title, BEADS = self._show(), HAND = hand, LEVEL=self._tol.level,\
CRITERIA=CRITERIA, SESSIONID=sessionid, RESULT=RESULT)
def index(self, init="2", level="1"):
self.title = "Torre de Londres"
sessionid = self.get_current_gamesession()
self._tol = API_GAME().retrieve(sessionid)
if init=="0": # nova tentativa
self._tol.next(newtrial=True, houses=HOUSES_DEFAULT, table=[])
elif init=="1": # novo nível
self._tol.next(newlevel=int(level), houses=HOUSES_DEFAULT, criteria=CRITERIA, headings=HEADINGS)
elif init=="2": # novo jogo
self._tol.next(newgame="tol", maxlevel=10, newlevel=int(level), houses=HOUSES_DEFAULT, criteria=CRITERIA, headings=HEADINGS)
self.render(TOLPAGE, TITLE = self.title, BEADS = self._show(), HAND = [], LEVEL=self._tol.level,
CRITERIA=CRITERIA, SESSIONID=sessionid, RESULT=RESULT)
class TolHandler(MethodDispatcher):
"""
Jogo Torre de Londres
"""
def _show(self):
return dict([(50, dict((pin*60,[BEAD_COLOR[bead] for bead in beads])
for pin, beads in enumerate([self._tol.houses[pino] for pino in 'bml'])))
, BEAD_MODEL[self._tol.level].items()[0]])
#(550,{0:[],60:[],120:[]})])
@libs.methoddispatcher.authenticated
def index(self, init="2", level="1"):
self.title = "Torre de Londres"
sessionid = self.get_current_gamesession()
self._tol = API_GAME().retrieve(sessionid)
if init=="0": # nova tentativa
self._tol.next(newtrial=True, houses=HOUSES_DEFAULT, table=[])
elif init=="1": # novo nível
self._tol.next(newlevel=int(level), houses=HOUSES_DEFAULT, criteria=CRITERIA, headings=HEADINGS)
elif init=="2": # novo jogo
self._tol.next(newgame="tol", maxlevel=10, newlevel=int(level), houses=HOUSES_DEFAULT, criteria=CRITERIA, headings=HEADINGS)
self.render(TOLPAGE, TITLE = self.title, BEADS = self._show(), HAND = [], LEVEL=self._tol.level,
CRITERIA=CRITERIA, SESSIONID=sessionid, RESULT=RESULT)
def _take_bead_into_hand(self, nome_do_pino):
'''
Pega a bola de um pino
'''
if len(self._tol.houses[nome_do_pino])>0:
self._bead = self._tol.houses[nome_do_pino].pop()
self._tol.houses['h'].append(self._bead)
self._next = PUT_BEAD
else:
self._bead = 0 # pino vazio foi clicado
self._next = TAKE_BEAD
return self._tol.houses['h']
def _put_hand_bead_to_a_pin(self, nome_do_pino):
'''
Pega bola da mão e bota em um pino
'''
self._bead= self._tol.houses['h'].pop()
self._tol.houses[nome_do_pino].append(self._bead)
self._next = TAKE_BEAD
return self._tol.houses['h']
def _check_result(self, result = RESULT.NORMAL):
cheat = any(len(pin)> pin_max for pin, pin_max in
zip([self._tol.houses[pin] for pin in 'hbml'],PINMAX))
model = BEAD_SIEVE[self._tol.level]
correct = not any(game_pin != model_pin for game_pin, model_pin in
zip([self._tol.houses[pin] for pin in 'bml']
,[model[pin][::-1] for pin in [0,1,2]]))
moves = 0
if self._tol.trial: moves = len(self._tol.trial[-1]) // 2
#logging.info("game: %s model: %s" ,[self._tol.houses[pin] for pin in 'bml']
# , [model[pin][::-1] for pin in [0,1,2]])
return cheat and RESULT.CHEAT or \
correct and moves == BEAD_MOVES[self._tol.level] and RESULT.SUCCESS \
or correct and moves == BEAD_MOVES[self._tol.level]+1 and RESULT.ALMOST \
or correct and moves > BEAD_MOVES[self._tol.level]+1 and RESULT.BELATED \
or result
def _move_bead(self, pin, result=RESULT.NORMAL):
_MOVE_BEAD= {
PUT_BEAD: self._put_hand_bead_to_a_pin,
TAKE_BEAD: self._take_bead_into_hand
}
hand = _MOVE_BEAD[self._tol.state or TAKE_BEAD](pin)
result = self._check_result(result)
self._tol.next(houses=self._tol.houses,
table=[dict(house=pin, marker=self._bead, result=result, state=self._next, time=str(datetime.now()))])
return hand
def _move(self,sessionid,pin):
self._tol = API_GAME().retrieve(sessionid)
self.title = "Torre de Londres"
# self._tol.save()
hand = [BEAD_COLOR[hand] for hand in self._move_bead(pin)]
self.render(TOLPAGE, TITLE = self.title, BEADS = self._show(), HAND = hand, LEVEL=self._tol.level,\
CRITERIA=CRITERIA, SESSIONID=sessionid, RESULT=RESULT)
@libs.methoddispatcher.authenticated
def big(self,sessionid,y=0,x=0, **kargs):
self._move(sessionid,'b')
@libs.methoddispatcher.authenticated
def mid(self,sessionid,y=0,x=0, **kargs):
self._move(sessionid,'m')
@libs.methoddispatcher.authenticated
def lit(self,sessionid,y=0,x=0, **kargs):
self._move(sessionid,'l')
