def answer_claim(prof, toput, key, side, answer) :
table = repo.Table.get(key)
if table.claim is None :
logging.warn('%s @%s/%s tries to answer absent claim', prof.user, key, side)
return
proto = table.protocol
if table.user_by_side(side) != prof.user :
logging.warn('User %s answering claim for %s@%s/%s', prof.user, table.user_by_side(side), key, side)
return
if bridge.relation_idx(proto.contract[-1], side) % 2 == 0 :
logging.warn('User %s@%s/%s answering claim being part of claimant or claimant himself'
, prof.user, key, side)
return
toput.append(table)
if answer == '0' : # declined
table.claim = '00' + table.claim[2]
table.broadcast(m('claim.decline'))
return
if not table.claim.endswith(bridge.partner_side(side)) : #partner didn't yet answered
table.claim += side
return
# partner answered, so deal is done
toput.append(proto)
deal = proto.deal
trickcnt = int(table.claim[:2])
proto.tricks = int(proto.contract[0]) + 6 - trickcnt
proto.result = bridge.tricks_to_result(proto.contract, deal.vulnerability, trickcnt)
toput.append(table.broadcast(m('end.play', contract = proto.contract.replace('d', 'x').replace('r','xx')\
, declearer = proto.contract[-1]\
, points = proto.result\
, tricks = trickcnt\
, protocol_url = 'protocol.html?%s' % deal.key())))
start_new_deal(table, toput)
def current_table_state(user, place, table, allow_moves=True) :
tkey = table.key()
umap = table.usermap()
messages = [m('player.sit', position = p, name = u.nickname(), tid = str(tkey))
for p, u in umap.iteritems()]
p = table.protocol
if p is None :
if len(umap) == 4 :
logging.warn('4 users @%s, but deal not dealed', tkey)
actions.start_new_deal(table, [])
table.put()
return messages
deal = p.deal
moves = p.moves
hand = actions.hand_left(deal.hand_by_side(place), moves)
messages += [m('hand', cards = hand, side = place)
, m('start.bidding', vuln = deal.vulnerability, dealer = deal.dealer)]
if len(p.bidding) == 0 :
return messages
side = deal.dealer
place_idx = bridge.SIDES.index(place)
part_idx = (place_idx + 2) % 4
def bidmes(bid, side, part_idx) :
s = bid.split(':', 1)
b = s[0]
if len(s) > 1 and side != part_idx:
alert = s[1]
return m('bid', side = side, alert = process_chat_message(alert), bid = b)
else:
return m('bid', side = side, bid = b)
for bid in p.bidding[:-1] :
messages.append(bidmes(bid, side, part_idx))
side = (side + 1) % 4
last_bid = bidmes(p.bidding[-1], side, part_idx)
last_bid['value']['dbl_mode'] = actions.get_dbl_mode(p.bidding)
messages.append(last_bid)
c = p.contract
if c is None :
return messages
decl_side = c[-1]
dummy_side = p.dummy()
messages.append(m('start.play', contract = c.replace('d', 'x').replace('r','xx')
, lead = (bridge.SIDES.index(c[-1]) + 1) % 4))
move_done = len(moves) > 0
if place == dummy_side :
messages.append(m('hand', cards = actions.hand_left(deal.hand_by_side(decl_side), moves)
, side = decl_side))
elif move_done or decl_side == place:
messages.append(m('hand', cards = actions.hand_left(deal.hand_by_side(dummy_side), moves)
, side = dummy_side))
if move_done :
trump = c[1]
full_rounds_played = len(moves) / 4
rounds_total = int(math.ceil(float(len(moves)) / 4))
decl_tricks, taker = bridge.decl_tricks_and_next_move_offset(moves[:(rounds_total - 2) * 4], trump)
cards_to_show = moves[(rounds_total - 2) * 4:]
lasttrick, lasttaker = bridge.decl_tricks_and_next_move_offset(cards_to_show, trump)
if len(cards_to_show) > 3 :
if taker % 2 == 1 :
decl_tricks += 2 - (rounds_total - full_rounds_played) - lasttrick
else :
decl_tricks += lasttrick
defen_tricks = full_rounds_played - decl_tricks
decl_idx = bridge.SIDES.index(decl_side)
if decl_idx % 2 == 0 :
ns_t = decl_tricks
ew_t = defen_tricks
else :
ns_t = defen_tricks
ew_t = decl_tricks
messages.append(m('tricks', NS = ns_t, EW = ew_t))
rel_idx = (decl_idx + 1)
if len(cards_to_show) > 3 :
lastrnd = cards_to_show[:4]
lt_base = taker + rel_idx
messages += [m('move', card = lastrnd[i], side = bridge.SIDES[(lt_base + i)%4]) for i in xrange(4)]
move_offs = bridge.decl_tricks_and_next_move_offset(lastrnd, trump)[1] + taker
currnd = cards_to_show[4:]
else :
currnd = cards_to_show
move_offs = taker
s = (rel_idx + move_offs) % 4
for card in currnd :
messages.append(m('move', card = card, side = bridge.SIDES[s]))
s = (s + 1) % 4
s = bridge.SIDES[(rel_idx + taker + lasttaker) % 4]
if s == dummy_side and place == decl_side :
messages[-1]['value']['next'] = dummy_side
hand = actions.hand_left(deal.hand_by_side(dummy_side), moves)
s = decl_side
else :
messages[-1]['value']['next'] = s
if allow_moves and s == place:
if rounds_total != full_rounds_played and bridge.has_same_suit(hand, currnd[0]):
messages[-1]['value']['allowed'] = currnd[0] / 13
else :
messages[-1]['value']['allowed'] = 'any'
if table.claim is None :
return messages
tricks_s = table.claim[:2]
tricks = int(table.claim[:2])
claim_side = table.claim[2]
if tricks > 0 :
claim_res = bridge.tricks_to_result(c, deal.vulnerability, tricks)
messages.append(m('claim', side=claim_side, tricks=tricks_s, result=claim_res))
if bridge.relation_idx(claim_side, place) % 2 == 1 : #opponent claim
part_side = bridge.SIDES[part_idx]
messages.append(m('hand', cards=actions.hand_left(deal.hand_by_side(claim_side), moves), side=claim_side))
messages.append(m('hand', cards=actions.hand_left(deal.hand_by_side(part_side), moves), side=part_side))
messages.append(m('hand', cards=actions.hand_left(deal.hand_by_side(dummy_side), moves), side=dummy_side))
return messages