def _fishing(self, rank):
'''
Process the act of going fishing.
'''
turn = self.state['g'].get_turn_pid()
if True == self.DEBUG_FUNC:
print "pid {0} going fishing.".format(turn)
FAIL = ''
if 0 == turn:
if self.chance(
self.FAIL_CHANCE): # correct len, wrong tags for this msg
msg = sp.serialize_draw_request()
FAIL = 'ERR_INVALID_XML'
else:
msg = sp.serialize_fishing()
self.write(msg)
if '' != FAIL:
self._recv_error(FAIL)
return -1
# if pool is out of cards, card == None; will get xml shell w/o a card
card = self.state['g'].go_fishing()
msg = sp.serialize_cards([card])
if 0 == turn:
self.read(length=len(msg), expect=msg)
if True == self.DEBUG_FUNC:
print " fishing card:{0}, rank:{1}, msg:{2}".format(
card, rank, msg)
ZERO = False
if (None != card) and (False == card.has_rank(rank)):
msg = sp.serialize_cards([None])
ZERO = True
if 0 == turn:
if self.chance(self.FAIL_CHANCE
): # invalid card and incorrect for this msg
if True == ZERO:
msg = sp.serialize_draw_request() # just need 4 bytes
else:
msg = sp.serialize_cards([Card(
5, 15)]) # just need bogus card (12 bytes)
FAIL = 'ERR_INVALID_CARD'
self.write(msg)
else:
self.read(length=len(msg), expect=msg)
if '' != FAIL:
self._recv_error(FAIL)
return -1
else:
return 0
def _fishing(self, rank):
'''
Process the act of going fishing.
'''
turn = self.state['g'].get_turn_pid()
if True == self.DEBUG_FUNC:
print "pid {0} going fishing.".format(turn)
FAIL = ''
if 0 == turn:
# these msg's need 4 chars to prevent recv timeout
if self.chance(self.FAIL_CHANCE): # correct len, wrong tags for this msg
msg = sp.serialize_draw_request()
FAIL = 'ERR_INVALID_XML'
else:
msg = sp.serialize_fishing()
self.write(msg)
if '' != FAIL:
self._recv_error(FAIL)
return -1
# if pool is out of cards, card == None; will get xml shell w/o a card
card = self.state['g'].go_fishing()
msg = sp.serialize_cards([card])
if 0 == turn:
self.read(length=len(msg), expect=msg)
if True == self.DEBUG_FUNC:
print " fishing card:{0}, rank:{1}, msg:{2}".format(card, rank, msg)
ZERO = False
if (None != card) and (False == card.has_rank(rank)):
msg = sp.serialize_cards([None])
ZERO = True
if 0 == turn:
if self.chance(self.FAIL_CHANCE): # invalid card and incorrect for this msg
if True == ZERO:
msg = sp.serialize_draw_request() # just need 4 bytes
else:
msg = sp.serialize_cards([Card(5,15)]) # just need bogus card (12 bytes)
FAIL = 'ERR_INVALID_CARD'
self.write(msg)
else:
self.read(length=len(msg), expect=msg)
if '' != FAIL:
self._recv_error(FAIL)
return -1
return 0
def _reload_empty_hand(self):
'''
Process the act of reloading hand with cards if it is empty.
'''
turn = self.state['g'].get_turn_pid()
if True == self.state['g'].is_hand_empty():
if True == self.DEBUG_FUNC:
print "pid {0} drawing hand.".format(turn)
FAIL = ''
if 0 == turn:
if self.chance(self.FAIL_CHANCE
): # correct len, wrong tags for this msg
msg = sp.serialize_turn(0)
msg = msg[5:]
FAIL = 'ERR_INVALID_XML'
else:
msg = sp.serialize_draw_request()
self.write(msg)
new_hand = self.state['g'].draw_new_hand()
if 0 == turn:
if '' != FAIL:
msg = sp.serialize_error(FAIL)
self.read(length=len(msg), expect=msg)
return -1
else:
msg = sp.serialize_cards(new_hand)
self.read(length=len(msg), expect=msg)
if True == self.DEBUG_FUNC:
print " new hand: {0}".format(new_hand)
return 0
def _reload_empty_hand(self):
'''
Process the act of reloading hand with cards if it is empty.
'''
turn = self.state['g'].get_turn_pid()
if True == self.state['g'].is_hand_empty():
if True == self.DEBUG_FUNC:
print "pid {0} drawing hand.".format(turn)
FAIL = ''
if 0 == turn:
if self.chance(self.FAIL_CHANCE): # correct len, wrong tags for this msg
msg = sp.serialize_turn(0)
msg = msg[5:]
FAIL = 'ERR_INVALID_XML'
else:
msg = sp.serialize_draw_request()
self.write(msg)
new_hand = self.state['g'].draw_new_hand()
if 0 == turn:
if '' != FAIL:
msg = sp.serialize_error(FAIL)
self.read(length=len(msg), expect=msg)
return -1
else:
msg = sp.serialize_cards(new_hand)
self.read(length=len(msg), expect=msg)
if True == self.DEBUG_FUNC:
print " new hand: {0}".format(new_hand)
return 0
