def play(self):
if self.AI_type == "timers": return
if not self._should_play_this_turn(): return
#print self.number, "plays turn", self.world.turn
self._update_effect_users_and_workers()
self._update_time_has_come()
self._send_workers_to_forgotten_building_sites()
self._idle_workers_gather()
self._send_explorer()
if self._attacked_places:
self._eventually_attack(self._attacked_places)
self._attacked_places = []
elif self.constant_attacks:
self._eventually_attack(self._enemy_presence)
if self.research:
self.idle_buildings_research()
self._raise_dead()
self._build_a_warehouse_if_useful()
self.get(10, self.equivalent("peasant"))
try:
self._follow_plan()
except RuntimeError:
warning("recursion error with %s; current ai.txt line is: %s",
self.AI_type, self._plan[self._line_nb])
if IS_DEV_VERSION:
exception("")
self._line_nb += 1 # go to next step
def get_all_orders_from_server(self):
# assertion: the orders arrive in the right order (guaranteed by the server)
s = self.main_server.read_line()
if s is not None:
debug("main server data for %s: %s", self.login, s)
args = s.split()
if args[0] == "all_orders":
self.orders_digest.update(s) # used by the synchronization debugger
players_orders = args[1:]
for player_orders in players_orders:
player, orders = player_orders.split("/")
orders = orders.replace(NEWLINE_REPLACEMENT, "\n").replace(SPACE_REPLACEMENT, " ")
for order in orders.strip().split("\n"): # strip() to remove empty order at the end of the list
direct_player = self.get_client_by_login(player).player
if direct_player:
debug("player: %s order: %s", player, order)
self.queue_command(direct_player, order)
if order != "update" and not order.startswith("control"):
self._all_orders += order.replace("order 0 0 ", "") + ";"
self._all_orders = self._all_orders[-100:]
elif args[0] == "synchronization_error":
try:
send_error_to_metaserver(self.get_sync_debug_msg_1())
send_error_to_metaserver(self.get_sync_debug_msg_2())
except:
exception("error sending sync debug data")
else:
warning("ignored data from server: %s", s)
def cmd_order(self, args):
self.group_had_enough_mana = False
try:
order_id = self.world.get_next_order_id() # used when several workers must create the same construction site
forget_previous = args[0] == "0"
del args[0]
imperative = args[0] == "1"
del args[0]
if args[0] == "reset_group":
self._reset_group(args[1])
return
for u in self.group:
if u.group and u.group != self.group:
u.group.remove(u)
u.group = None
if u.player in self.allied_control: # in case the unit has died or has been converted
try:
if args[0] == "default":
u.take_default_order(args[1], forget_previous, imperative, order_id)
else:
u.take_order(args, forget_previous, imperative, order_id)
except:
exception("problem with order: %s" % args)
except:
exception("problem with order: %s" % args)
def update(self):
s = self.main_server.read_line()
if s is not None:
args = s.split()
if args[0] == "pong":
chrono.stop("ping")
elif args[0] == "all_orders":
self.all_orders.append(args[1:])
self.delay = time.time() - self.interface.next_update
elif args[0] == "synchronization_error":
if IS_DEV_VERSION:
open(
"user/tmp/%s-%s.txt" %
(self.world.previous_state[0],
md5(self.world.previous_state[1]).hexdigest()),
"w").write(self.world.previous_state[1])
open(
"user/tmp/%s-%s.txt" %
(self.world.previous_previous_state[0],
md5(self.world.previous_previous_state[1]).hexdigest(
)), "w").write(self.world.previous_previous_state[1])
else:
try:
send_error_to_metaserver(self.get_sync_debug_msg_1())
send_error_to_metaserver(self.get_sync_debug_msg_2())
except:
exception("error sending sync debug data")
else:
warning("ignored data from server: %s", s)
# check for timeout and alert server
if time.time() > self._previous_update + 5.0:
self.main_server.write_line("timeout")
self._previous_update += 5.0
def cmd_order(self, args):
self.group_had_enough_mana = False
try:
order_id = self.world.get_next_order_id(
) # used when several workers must create the same construction site
forget_previous = args[0] == "0"
del args[0]
imperative = args[0] == "1"
del args[0]
if args[0] == "reset_group":
self._reset_group(args[1])
return
for u in self.group:
if u.group and u.group != self.group:
u.group.remove(u)
u.group = None
if u.player in self.allied_control: # in case the unit has died or has been converted
try:
if args[0] == "default":
u.take_default_order(args[1], forget_previous,
imperative, order_id)
else:
u.take_order(args, forget_previous, imperative,
order_id)
except:
exception("problem with order: %s" % args)
except:
exception("problem with order: %s" % args)
def update(self):
# normal updates
for p in self.players[:]:
if p in self.players:
try:
p.update()
except:
exception("")
for o in self.active_objects[:]:
# much faster way to check if "o in self.active_objects":
if o.place is not None:
try:
o.update()
except:
exception("")
# slow updates (called every second)
if self.time >= self._previous_slow_update + 1000:
for o in self.active_objects[:]:
# much faster way to check if "o in self.active_objects":
if o.place is not None:
try:
o.slow_update()
except:
exception("")
for p in self.players[:]:
if p in self.players:
try:
p.slow_update()
except:
exception("")
self._previous_slow_update += 1000
# signal the end of the updates for this time
self.time += VIRTUAL_TIME_INTERVAL
for p in self.players[:]:
if p.is_human():
p.ready = False
try:
def _copy(l):
return set(copy.copy(o) for o in l)
collision_debug = None
# collision_debug = copy.deepcopy(self.collision)
if p.is_local_human(): # avoid unnecessary copies
if p.cheatmode:
observed_before_squares = self.squares
else:
observed_before_squares = p.observed_before_squares
p.push("voila", self.time, _copy(p.memory),
_copy(p.perception), p.observed_squares.keys(),
observed_before_squares, collision_debug)
except:
exception("")
# if no "true" player is playing any more, end the game
if not self.true_playing_players:
for p in self.players:
p.quit_game()
def update(self):
s = self.main_server.read_line()
if s is not None:
args = s.split()
if args[0] == "pong":
chrono.stop("ping")
elif args[0] == "all_orders":
self.all_orders.append(args[1:])
self.delay = time.time() - self.interface.next_update
elif args[0] == "synchronization_error":
if IS_DEV_VERSION:
open("user/tmp/%s-%s.txt" % (
self.world.previous_state[0],
md5(self.world.previous_state[1]).hexdigest()),
"w").write(self.world.previous_state[1])
open("user/tmp/%s-%s.txt" % (
self.world.previous_previous_state[0],
md5(self.world.previous_previous_state[1]).hexdigest()),
"w").write(self.world.previous_previous_state[1])
else:
try:
send_error_to_metaserver(self.get_sync_debug_msg_1())
send_error_to_metaserver(self.get_sync_debug_msg_2())
except:
exception("error sending sync debug data")
else:
warning("ignored data from server: %s", s)
# check for timeout and alert server
if time.time() > self._previous_update + 5.0:
self.main_server.write_line("timeout")
self._previous_update += 5.0
def attribute_bgsize(self, value):
try:
bgsize = value.lower()
self.bgsize = bgsize if bgsize == 'fit' else QtCore.QSize(
*map(int, bgsize.split(',')))
except:
log.exception('Invalid background size: %s', value)
def unit_class(self, s):
"""Get a class-like unit generator from its name.
Example: unit_class("peasant") to get a peasant generator
At the moment, unit_classes contains also: upgrades, abilities...
"""
if not self.unit_classes.has_key(s):
try:
base = self.unit_base_classes[rules.get(s, "class")[0]]
except:
if rules.get(s, "class") != ["faction"]:
warning("no class defined for %s", s)
self.unit_classes[s] = None
return
try:
dct = rules.get_dict(s)
t = Type(s, (base, ), dct)
if base is Upgrade:
t = base(s, dct) # factory-prototypes are only for units
self.unit_classes[s] = t
except:
exception("problem with unit_class('%s')", s)
self.unit_classes[s] = None
return
return self.unit_classes[s]
def unit_class(self, s):
"""Get a class-like unit generator from its name.
Example: unit_class("peasant") to get a peasant generator
At the moment, unit_classes contains also: upgrades, abilities...
"""
if not self.unit_classes.has_key(s):
try:
base = self.unit_base_classes[rules.get(s, "class")[0]]
except:
if rules.get(s, "class") != ["race"]:
warning("no class defined for %s", s)
self.unit_classes[s] = None
return
try:
dct = rules.get_dict(s)
t = Type(s, (base,), dct)
if base is Upgrade:
t = base(s, dct) # factory-prototypes are only for units
self.unit_classes[s] = t
except:
exception("problem with unit_class('%s')", s)
self.unit_classes[s] = None
return
return self.unit_classes[s]
def update(self):
# normal updates
for p in self.players[:]:
if p in self.players:
try:
p.update()
except:
exception("")
for o in self.active_objects[:]:
# much faster way to check if "o in self.active_objects":
if o.place is not None:
try:
o.update()
except:
exception("")
# slow updates (called every second)
if self.time >= self._previous_slow_update + 1000:
for o in self.active_objects[:]:
# much faster way to check if "o in self.active_objects":
if o.place is not None:
try:
o.slow_update()
except:
exception("")
for p in self.players[:]:
if p in self.players:
try:
p.slow_update()
except:
exception("")
self._previous_slow_update += 1000
# signal the end of the updates for this time
self.time += VIRTUAL_TIME_INTERVAL
for p in self.players[:]:
if p.is_human():
p.ready = False
try:
def _copy(l):
return set(copy.copy(o) for o in l)
collision_debug = None
# collision_debug = copy.deepcopy(self.collision)
if p.is_local_human(): # avoid unnecessary copies
if p.cheatmode:
observed_before_squares = self.squares
else:
observed_before_squares = p.observed_before_squares
p.push("voila", self.time,
_copy(p.memory), _copy(p.perception),
p.observed_squares.keys(),
observed_before_squares,
collision_debug)
except:
exception("")
# if no "true" player is playing any more, end the game
if not self.true_playing_players:
for p in self.players:
p.quit_game()
def _put_building_site(self, type, target):
place, x, y, _id = target.place, target.x, target.y, target.id # remember before deletion
if not hasattr(place, "place"): # target is a square
place = target
if not (getattr(target, "is_an_exit", False)
or type.is_buildable_anywhere):
target.delete() # remove the meadow replaced by the building
remember_land = True
else:
remember_land = False
site = BuildingSite(self.player, place, x, y, type)
if remember_land:
site.building_land = target
if getattr(target, "is_an_exit", False):
site.block(target)
# update the orders of the workers
order = self.orders[0]
for unit in self.player.units:
if unit is self:
continue
for n in range(len(unit.orders)):
try:
if unit.orders[n] == order:
# why not before: unit.orders[n].cancel() ?
unit.orders[n] = BuildPhaseTwoOrder(unit, [site.id]) # the other peasants help the first one
unit.orders[n].on_queued()
except: # if order is not a string?
exception("couldn't check unit order")
self.orders[0] = BuildPhaseTwoOrder(self, [site.id])
self.orders[0].on_queued()
def _put_building_site(self, type, target):
place, x, y, _id = target.place, target.x, target.y, target.id # remember before deletion
if not hasattr(place, "place"): # target is a square
place = target
if not (getattr(target, "is_an_exit", False)
or type.is_buildable_anywhere):
target.delete() # remove the meadow replaced by the building
remember_land = True
else:
remember_land = False
site = BuildingSite(self.player, place, x, y, type)
if remember_land:
site.building_land = target
if getattr(target, "is_an_exit", False):
site.block(target)
# update the orders of the workers
order = self.orders[0]
for unit in self.player.units:
if unit is self:
continue
for n in range(len(unit.orders)):
try:
if unit.orders[n] == order:
# why not before: unit.orders[n].cancel() ?
unit.orders[n] = BuildPhaseTwoOrder(unit, [site.id]) # the other peasants help the first one
unit.orders[n].on_queued()
except: # if order is not a string?
exception("couldn't check unit order")
self.orders[0] = BuildPhaseTwoOrder(self, [site.id])
self.orders[0].on_queued()
def _menu(self, strict=False):
menu = []
try: # TODO: remove this "try... except" when rules.txt checking is implemented
for order_class in get_orders_list():
menu.extend(order_class.menu(self, strict=strict))
except:
exception("problem with %s.menu() of %s", order_class, self.type_name)
return menu
def attribute_bgpos(self, value):
try:
x, y = value.lower().split(',')
x = x if x in ['left', 'center', 'right'] else int(x)
y = y if y in ['top', 'center', 'bottom'] else int(y)
self.bgpos = (x, y)
except:
log.exception('Invalid background position: %s', value)
def _menu(self, strict=False):
menu = []
try: # XXX remove this "try... except" when rules.txt checking is implemented
for order_class in get_orders_list():
menu.extend(order_class.menu(self, strict=strict))
except:
exception("problem with %s.menu() of %s", order_class, self.type_name)
return menu
def loop(self):
while (self.__dict__): # cf clean()
if not self._command_queue.empty():
player, order = self._command_queue.get()
try:
player.execute_command(order)
except:
exception("")
else:
time.sleep(.01)
def speak(text):
assert isinstance(text, unicode)
global _tts_previous_start_time
if not is_available: return
with _lock:
try:
_tts.Speak(text, pyTTS.tts_async, pyTTS.tts_purge_before_speak)
except:
exception("error during tts_speak('%s'): back to recorded speech", text)
_tts_previous_start_time = time.time()
def loop(self):
while(self.__dict__): # cf clean()
if not self._command_queue.empty():
player, order = self._command_queue.get()
try:
player.execute_command(order)
except:
exception("")
else:
time.sleep(.01)
def handle_error(self):
try:
debug("Server.handle_error %s", sys.exc_info()[0])
except:
pass
if sys.exc_info()[0] in [SystemExit, KeyboardInterrupt]:
sys.exit()
else:
try:
exception("Server.handle_error")
except:
pass
def main():
try:
for i, message in enumerate(streamer.iter_stream(STREAM_URL)):
handle_message(message)
if i and i % 100 == 0:
log.info('Processed %d messages', i)
except KeyboardInterrupt:
log.info('Bye bye!')
except Exception, e:
log.exception('Error handling message: %s', e)
log.warn('Exiting...')
return 1
def main():
try:
try:
init_media()
revision_checker.start_if_needed()
Application().main()
except SystemExit:
raise
except:
exception("error")
finally:
close_media()
def main():
try:
for i, message in enumerate(streamer.iter_stream(STREAM_URL)):
handle_message(message)
if i and i % 100 == 0:
log.info('Processed %d messages', i)
except KeyboardInterrupt:
log.info('Bye bye!')
except Exception, e:
log.exception('Error handling message: %s', e)
log.warn('Exiting...')
return 1
def main():
try:
try:
init_media()
revision_checker.start_if_needed()
Application().main()
except SystemExit:
raise
except:
exception("error")
finally:
close_media()
def handle_error(self):
try:
debug("Server.handle_error %s", sys.exc_info()[0])
except:
pass
if sys.exc_info()[0] in [SystemExit, KeyboardInterrupt]:
sys.exit()
else:
try:
exception("Server.handle_error")
except:
pass
def action_fly_to_remote_target(self):
dmax = int_distance(self.x, self.y, self.action_target.x, self.action_target.y)
self.o = int_angle(self.x, self.y, self.action_target.x, self.action_target.y) # turn toward the goal
self._d = self.speed * VIRTUAL_TIME_INTERVAL / 1000 # used by _future_coords and _heuristic_value
x, y = self._future_coords(0, dmax)
if not self.place.contains(x, y):
try:
new_place = self.world.get_place_from_xy(x, y)
self.move_to(new_place, x, y, self.o)
except:
exception("problem when flying to a new square")
else:
self.move_to(self.place, x, y)
def _loop(self):
self._must_loop = True
while(self._must_loop):
if not self._command_queue.empty():
player, order = self._command_queue.get()
try:
if player is None:
order()
else:
player.execute_command(order)
except:
exception("")
else:
time.sleep(.001)
def _loop(self):
self._must_loop = True
while (self._must_loop):
if not self._command_queue.empty():
player, order = self._command_queue.get()
try:
if player is None:
order()
else:
player.execute_command(order)
except:
exception("")
else:
time.sleep(.001)
def main():
try:
init_media()
revision_checker.start_if_needed()
if "connect_localhost" in sys.argv:
connect_and_play()
else:
main_menu()
except SystemExit:
raise
except:
exception("error")
finally:
close_media()
def main():
try:
init_media()
revision_checker.start_if_needed()
if "connect_localhost" in sys.argv:
connect_and_play()
else:
main_menu()
except SystemExit:
raise
except:
exception("error")
finally:
close_media()
def start_server(parameters=sys.argv, is_standalone=True):
try:
server = Server(parameters, is_standalone)
server.startup()
finally:
try:
info("closing server...")
if hasattr(server, "ticker"):
server.ticker.cancel()
server.unregister()
# make sure channels are closed (useful?)
for c in server.clients:
c.close()
server.close()
except:
exception("couldn't close the server")
def start_server(parameters=sys.argv, is_standalone=True):
try:
server = Server(parameters, is_standalone)
server.startup()
finally:
try:
info("closing server...")
if hasattr(server, "ticker"):
server.ticker.cancel()
server.unregister()
# make sure channels are closed (useful?)
for c in server.clients:
c.close()
server.close()
except:
exception("couldn't close the server")
def unpack(self, map_string):
self._original_map_string = map_string
try:
self.mapfile, content = map_string.split("***", 1)
if self.mapfile != "zip":
self.map_string = base64.b64decode(content)
open(os.path.join(TMP_PATH, "recent_map.txt"), "wb").write(self.map_string)
else:
zf = os.path.join(TMP_PATH, "recent_map.tmp")
open(zf, "wb").write(base64.b64decode(content))
zd = os.path.join(TMP_PATH, "recent_map")
shutil.rmtree(zd, True)
zipdir.unzipdir(zf, zd)
self.mapfile = zd
os.remove(zf)
except:
exception("unpacking problem")
def unpack(self, map_string):
self._original_map_string = map_string
try:
self.mapfile, content = map_string.split("***", 1)
if self.mapfile != "zip":
self.map_string = base64.b64decode(content)
open(os.path.join(TMP_PATH, "recent_map.txt"),
"wb").write(self.map_string)
else:
zf = os.path.join(TMP_PATH, "recent_map.tmp")
open(zf, "wb").write(base64.b64decode(content))
zd = os.path.join(TMP_PATH, "recent_map")
shutil.rmtree(zd, True)
zipdir.unzipdir(zf, zd)
self.mapfile = zd
os.remove(zf)
except:
exception("unpacking problem")
def connect_and_play(host="127.0.0.1", port=options.port, auto=False):
try:
server = ConnectionToServer(host, port)
ServerMenu(server, auto=auto).loop()
server.close() # without this, the server isn't closed after a game
except UnreachableServerError:
voice.alert(mp.SERVER_UNREACHABLE)
except WrongServerError:
voice.alert(mp.UNEXPECTED_REPLY + [compatibility_version()])
except CompatibilityOrLoginError:
voice.alert(mp.CONNECTION_REJECTED + [compatibility_version()] + mp.OR_LOGIN_REJECTED)
except ConnectionAbortedError:
voice.alert(mp.CONNECTION_INTERRUPTED)
except SystemExit:
raise
except:
voice.alert(mp.ERROR_DURING_CONNECTION)
exception("error during connection to server")
def connect_and_play(host="127.0.0.1", port=options.port, auto=False):
try:
server = ConnectionToServer(host, port)
ServerMenu(server, auto=auto).loop()
server.close() # without this, the server isn't closed after a game
except UnreachableServerError:
voice.alert(mp.SERVER_UNREACHABLE)
except WrongServerError:
voice.alert(mp.UNEXPECTED_REPLY + [compatibility_version()])
except CompatibilityOrLoginError:
voice.alert(mp.CONNECTION_REJECTED + [compatibility_version()] +
mp.OR_LOGIN_REJECTED)
except ConnectionAbortedError:
voice.alert(mp.CONNECTION_INTERRUPTED)
except SystemExit:
raise
except:
voice.alert(mp.ERROR_DURING_CONNECTION)
exception("error during connection to server")
def save(self):
f = open(SAVE_PATH, "w")
i = stats.Stats(None, None)._get_weak_user_id()
f.write("%s\n" % i)
self.world.remove_links_for_savegame()
self._rules = rules
self._ai = definitions._ai
self._style = style
if self.record_replay:
self._replay_file.flush()
os.fsync(self._replay_file.fileno()) # just to be sure
self._replay_file_content = open(self._replay_file.name).read()
try:
pickle.dump(self, f)
voice.info(mp.OK)
except:
exception("save game failed")
voice.alert(mp.BEEP)
self.world.restore_links_for_savegame()
def save(self):
f = open(SAVE_PATH, "w")
i = stats.Stats(None, None)._get_weak_user_id()
f.write("%s\n" % i)
self.world.remove_links_for_savegame()
self._rules = rules
self._ai = definitions._ai
self._style = style
if self.record_replay:
self._replay_file.flush()
os.fsync(self._replay_file.fileno()) # just to be sure
self._replay_file_content = open(self._replay_file.name).read()
try:
pickle.dump(self, f)
voice.info(mp.OK)
except:
exception("save game failed")
voice.alert(mp.BEEP)
self.world.restore_links_for_savegame()
def connect_and_play(host="127.0.0.1", port=config.port):
try:
server = ConnectionToServer(host, port)
ServerMenu(server).loop()
server.close() # without this, the server isn't closed after a game
except UnreachableServerError:
# "failure: the server unreachable. The server is closed or behind a firewall or behind a router."
voice.alert([4081])
except WrongServerError:
# "failure: unexpected reply from the server. The server is not a SoundRTS server" (version)
voice.alert([4082, compatibility_version()])
except CompatibilityOrLoginError:
# "failure: connexion rejected the server. The server is not a SoundRTS server" (version)
# "or your login has been rejected"
voice.alert([4083, compatibility_version(), 4084])
except ConnectionAbortedError:
voice.alert([4102]) # connection aborted
except SystemExit:
raise
except:
voice.alert([4085]) # "error during connexion to server"
exception("error during connection to server")
def connect_and_play(host="127.0.0.1", port=config.port):
try:
server = ConnectionToServer(host, port)
ServerMenu(server).loop()
server.close() # without this, the server isn't closed after a game
except UnreachableServerError:
# "failure: the server unreachable. The server is closed or behind a firewall or behind a router."
voice.alert([4081])
except WrongServerError:
# "failure: unexpected reply from the server. The server is not a SoundRTS server" (version)
voice.alert([4082, compatibility_version()])
except CompatibilityOrLoginError:
# "failure: connexion rejected the server. The server is not a SoundRTS server" (version)
# "or your login has been rejected"
voice.alert([4083, compatibility_version(), 4084])
except ConnectionAbortedError:
voice.alert([4102]) # connection aborted
except SystemExit:
raise
except:
voice.alert([4085]) # "error during connexion to server"
exception("error during connection to server")
def play(self):
if self.never_played:
self.attack_squares = [self.world.grid[name] for name in self.world.starting_squares]
if self.units[0].place in self.attack_squares: # may not happen if additional units in other squares
self.attack_squares.remove(self.units[0].place)
self.my_base = self.units[0].place
worldrandom.shuffle(self.attack_squares)
self.never_played = False
self.idle_peasants_gather()
if self.constant_attacks:
self.try_constant_attacks()
if self.research:
self.idle_buildings_research()
if self.raise_dead:
self.raise_dead_units()
if self.send_soldiers_to_base and self.my_base is not None:
if self.send_timer == 0:
self.send_soldiers_to_my_base()
self.send_timer = 40
else:
self.send_timer -= 1
if self.AI_timer == 0:
if not self.is_building_or_repairing: # XXX: not perfect (one building at a time; problems if peasants destroyed) but the AI must not be too good
try:
if not self.build_a_warehouse_if_useful():
self._play()
except RuntimeError: # XXX: maximum recursion (for example if no TownHall and no Peasant)
warning("recursion error with %s; current ai.txt line is: %s",
self.AI_type, self._plan[self._line_nb])
if VERSION[-4:] == "-dev":
exception("")
self._line_nb += 1 # go to next step; useful?
self.AI_timer = 100 # probably not, so make a big pause
# else:
# self.send_some_peasants_to_building_site() # Don't know if it will be needed,
# But sometimes AI forget the building being constructed
else:
self.AI_timer -= 1
def restore_game(self):
n = SAVE_PATH
if not os.path.exists(n):
voice.alert([1029]) # hostile sound
return
f = open(n)
try:
i = int(stats.Stats(None, None)._get_weak_user_id())
j = int(f.readline())
except:
i = 0
j = "error"
if i == j:
try:
game_session = pickle.load(f)
except:
exception("cannot load savegame file")
voice.alert([1029]) # hostile sound
return
game_session.run_on()
else:
warning("savegame file is not from this machine")
voice.alert([1029]) # hostile sound
def handle_message_with_entities(message):
assert message['entities']
for url_info in message['entities']['urls']:
url = url_info['expanded_url']
log.info('Found URL: %s', url)
try:
canonical_url = urlwork.canonicalize(url)
except requests.TooManyRedirects:
log.error('Too many redirects: %s', url)
except Exception, e:
log.exception('Canonicalization error: %s', e)
log.error('URL info: %r', url_info)
else:
if canonical_url != url:
log.info('=> %s', canonical_url)
source = message['user']['id']
source_url = make_tweet_url(message)
count = db.add(canonical_url, source, source_url)
if count >= int(os.environ.get('THRESHOLD', 5)):
log.info('URL %s seen %d times!', canonical_url, count)
handle_thresholded_url(canonical_url)
def restore_game(self):
n = SAVE_PATH
if not os.path.exists(n):
voice.alert([1029]) # hostile sound
return
f = open(n)
try:
i = int(stats.Stats(None, None)._get_weak_user_id())
j = int(f.readline())
except:
i = 0
j = "error"
if i == j:
try:
game_session = pickle.load(f)
except:
exception("cannot load savegame file")
voice.alert([1029]) # hostile sound
return
game_session.run_on()
else:
warning("savegame file is not from this machine")
voice.alert([1029]) # hostile sound
def handle_message_with_entities(message):
assert message['entities']
for url_info in message['entities']['urls']:
url = url_info['expanded_url']
log.info('Found URL: %s', url)
try:
canonical_url = urlwork.canonicalize(url)
except requests.TooManyRedirects:
log.error('Too many redirects: %s', url)
except Exception, e:
log.exception('Canonicalization error: %s', e)
log.error('URL info: %r', url_info)
else:
if canonical_url != url:
log.info('=> %s', canonical_url)
source = message['user']['id']
source_url = make_tweet_url(message)
count = db.add(canonical_url, source, source_url)
if count >= int(os.environ.get('THRESHOLD', 5)):
log.info('URL %s seen %d times!', canonical_url, count)
handle_thresholded_url(canonical_url)
def ext_title(self):
try:
return self.title + mp.AT + self.place.title
except:
exception("problem with %s.ext_title", self.type_name)
def ext_title(self):
try:
return self.title + [107] + self.place.title
except:
exception("problem with %s.ext_title", self.type_name)
def attribute_bgfade(self, value):
try:
self.bgfade = float(value)
except:
log.exception('Invalid bgfade value: %s', value)
def wrap(*args, **kwargs):
try:
return func(*args, **kwargs)
except Exception as err:
log.exception(err)
def update(self):
chrono.start("update")
# normal updates
self._update_terrain()
self._update_buckets()
self._update_cloaking()
self._update_detection()
for p in self.players[:]:
if p in self.players:
try:
p.update()
except:
exception("")
for o in self.active_objects[:]:
# much faster way to check if "o in self.active_objects":
if o.place is not None:
try:
o.update()
except:
exception("")
# slow updates (called every second)
if self.time >= self._previous_slow_update + 1000:
for o in self.active_objects[:]:
# much faster way to check if "o in self.active_objects":
if o.place is not None:
try:
o.slow_update()
except:
exception("")
for p in self.players[:]:
if p in self.players:
try:
p.slow_update()
except:
exception("")
self._previous_slow_update += 1000
# remove from perception the objects deleted during this turn
for p in self.players:
for o in p.perception.copy():
if o.place is None:
p.perception.remove(o)
chrono.stop("update")
self._record_sync_debug_info()
# signal the end of the updates for this time
self.time += VIRTUAL_TIME_INTERVAL
for p in self.players[:]:
try:
def _copy(l):
return set(copy.copy(o) for o in l)
collision_debug = None
# collision_debug = copy.deepcopy(self.collision)
if p.is_local_human(): # avoid unnecessary copies
if p.cheatmode:
observed_before_squares = self.squares
else:
observed_before_squares = p.observed_before_squares
p.push("voila", self.time,
_copy(p.memory), _copy(p.perception),
p.observed_squares,
observed_before_squares,
collision_debug)
except:
exception("")
# if no "true" player is playing any more, end the game
if not self.true_playing_players:
for p in self.players:
p.quit_game()
def update_perception(self):
try:
for p in self.world.players:
p.update_perception_of_object(self)
except:
exception("%s", self.type_name)
def send_error_to_metaserver(error_msg):
try:
params = urllib.urlencode({"method": "add", "msg": error_msg})
urllib.urlopen(METASERVER_URL + "errors.php?%s" % params).read()
except:
exception("could not send error message to web server")
def update_perception(self):
try:
for p in self.world.players:
p.update_perception_of_object(self)
except:
exception("%s", self.type_name)
