def end_game(game):
def sort_players(player_id):
return (int(game['players'][player_id]['customers']), sum(game['players'][player_id]['resources'].values()))
game['player_order'] = sorted(game['player_order'], key=sort_players, reverse=True)
push(game, 'end', {"players": [game['players'][p] for p in game['player_order']]})
for player in game['players'].values():
communication.request(player, "game/%s" % player['id'], method="DELETE")
def end_turn(db, game, player, forced=False):
def run_end_turn():
next_turn(db, game)
print "Ended turn"
game['turn_id'] = None
db.save(game)
if forced:
push(game, 'timeout', {'player': player, 'turn': game['turn'], 'round': game['round']})
communication.request(player, "game/%s/end_turn" % player['id'])
thread.start_new_thread(run_end_turn, ())
return {"status": "success"}
def trade(db, game, player, offering, requesting):
if not has_enough_resources(player, offering):
abort(400, "You don't have enough stuff!")
players = [game['players'][p] for p in game['player_order'] if not p == player['id']]
random.shuffle(players) # Don't give one person first refusal
print "Player ", player['id'], " offering ", offering, " for ", requesting
trade_id = uuid4().hex
push(game, 'trade', {"round": game['round'], "turn": game['turn'], "player": player, 'offering': offering, 'requesting': requesting, "trade_id": trade_id})
if sum(offering.values()) >= (sum(requesting.values()) * config.BANK_TRADE_RATE):
# The bank will take the trade
charge_resources(player, offering)
for resource in requesting:
player['resources'][resource] += requesting[resource]
log_action(game, player, 'bank-trade', {"offer": offering, "request": requesting})
push(game, 'trade-bank-accepted', {"trade_id": trade_id})
db.save(game)
return {"player": player, 'accepted_by': 'bank'}
for p in players:
if has_enough_resources(p, requesting):
response, data = communication.request(p, "game/%s/trade" % p['id'], {"player": player['id'], "offering": offering, "requesting": requesting})
if response.status == 200:
charge_resources(player, offering)
charge_resources(p, requesting)
for resource in offering:
p['resources'][resource] += offering[resource]
for resource in requesting:
player['resources'][resource] += requesting[resource]
log_action(game, player, 'trade', {"offer": offering, "request": requesting, "traded_with": p['id']})
push(game, 'trade-accepted', {"trade_id": trade_id, "player": p})
db.save(game)
return {"player": player, 'accepted_by': p['id']}
log_action(game, player, 'trade-rejected', {"offer": offering, "request": requesting})
push(game, 'trade-rejected', {"trade_id": trade_id})
abort(500, "No bites")
def next_turn(db, game):
turn_taken = False
if config.DELAY > 0:
time.sleep(config.DELAY)
while not turn_taken: # Find the next player ready to make a move
game['turn'] = game['turn'] + 1
if game['turn'] >= len(game['player_order']):
# Next round
game['round'] += 1
game['turn'] = 0
if game_is_over(game):
return end_game(game)
print "Starting round %i" % game['round']
game['player_order'].reverse()
generated = run_generators(game['players'])
if len(generated.keys()) > 0:
push(game, 'new-round', {'round': game['round'], 'players': copy(game['players']), "generated": generated})
else:
push(game, 'new-round', {'round': game['round'], 'players': copy(game['players'])})
player = game['players'][game['player_order'][game['turn']]] # Wow - nice line
response, data = communication.request(player, "game/%s/start_turn" % player['id'])
if response.status == 200:
turn_id = uuid4().hex
game['turn_id'] = turn_id
player['actions'] = {}
db.save(game)
turn_taken = True
push(game, 'start-turn', {'player': player, 'turn': game['turn'], 'round': game['round']})
def force_turn_end():
g = db.get(game['id'])
if g['turn_id'] == turn_id:
# The turn hasn't changed
print "Out of time"
end_turn(db, game, player, forced=True)
turn_timeout = Timer(config.TURN_TIMEOUT, force_turn_end)
turn_timeout.start()
else:
db.save(game)
log_action(game, player, 'turn-skipped')
push(game, 'turn-skipped', {'player': player, 'turn': game['turn'], 'round': game['round']})
def start_game(db, players):
print "Starting game"
game_id = uuid4().hex
game = {
"id": game_id,
"players": {},
"player_order": [],
"turn": len(players),
"turn_id": None,
"round": 0,
"pushes": []
}
used_names =[]
for player in players:
p = setup_player(player)
i = 0
while p['name'] in used_names:
i += 1
p['name'] = p['player'] + ' %i' % i
used_names.append(p['name'])
game['players'][p['id']] = p
game['player_order'].append(p['id'])
generators_to_use = copy(config.GENERATORS.keys())
random.shuffle(generators_to_use)
p = 0
max_generators = 0
# First pass out all generators as evenly as possible
while (len(generators_to_use) > 0):
game['players'][game['player_order'][p]]['generators'][generators_to_use.pop()] += 1
total_generators = sum(game['players'][game['player_order'][p]]['generators'].values())
if total_generators > max_generators:
max_generators = total_generators
p += 1
if p == len(game['player_order']):
p = 0
# Now ensure everyone has an equal amount
generators_to_use = copy(config.GENERATORS.keys())
random.shuffle(generators_to_use)
for p in game['players']:
while sum(game['players'][p]['generators'].values()) < max_generators:
game['players'][p]['generators'][generators_to_use.pop()] += 1
started_players = []
for player in game['players'].values():
response, data = communication.request(player, "game/%s" % (player['id']), {"player": player, "endpoint": "http://localhost:8080/game/%s" % game_id}, 'PUT')
if response.status != 200:
for p in started_players:
communication.request(player, "game/%s/cancel" % (player['id']), {"player": player})
return False
started_players.append(player)
db.save(game)
next_turn(db, game)
return game_id
