def execute(cls, spyd_server, room, client, command_string, arguments, raw_args):
if len(arguments):
if room.temporary:
if not client.allowed(set_temporary_room_timeleft):
raise InsufficientPermissions(set_temporary_room_timeleft.denied_message)
else:
if not client.allowed(set_permanent_room_timeleft):
raise InsufficientPermissions(set_permanent_room_timeleft.denied_message)
try:
modifier, value = timestring.parseTimeString(raw_args)
if modifier == '+':
new_timeleft = min(MAXTIMELEFT, max(0, room.timeleft + value))
elif modifier == '-':
new_timeleft = min(MAXTIMELEFT, max(0, room.timeleft - value))
elif modifier == '=':
new_timeleft = min(MAXTIMELEFT, max(0, value))
timeleft = prettytime.createDurationString(new_timeleft)
room._broadcaster.server_message(info(timeleft_set_str, client=client, timeleft=timeleft))
room.timeleft = new_timeleft
except timestring.MalformedTimeString:
raise GenericError("Invalid time string specified.")
else:
timeleft = prettytime.createDurationString(room.timeleft)
client.send_server_message(info(timeleft_get_str, timeleft=timeleft))
def on_player_disconnected(self, player):
if self._tist_state == tist_states.WAITING_TRAITOR:
if self.room.playing_count < self.min_players:
self._tist_traitor_waiting_deferred.cancel()
self._waiting_players_message()
elif self._tist_state == tist_states.WAITING_PLAYERS:
self._waiting_players_message()
elif self._tist_state == tist_states.PLAYING:
if player is self._tist_traitor:
self.room._broadcaster.server_message(
info('The traitor, {name#traitor}, has left the game.',
traitor=player))
self._ended()
else:
alive_non_traitorous_players = [
p for p in self.room.players
if p.state.is_alive and p is not self._tist_traitor
]
if len(alive_non_traitorous_players) == 0:
self.room._broadcaster.server_message(
info(
'The the last living innocent player, {name#player}, has left the game. The traitor, {name#traitor}, is victorious.',
traitor=self._tist_traitor,
player=player))
def _select_traitor(self, player):
self._tist_traitor = player
self._tist_state = tist_states.PLAYING
self.room._broadcaster.server_message(info('The traitor has been selected. Trust no one!'))
player.client.send_server_message(info('You are the traitor! Go kill them all...sneakily.'))
for player in self.room.players:
ModeBase.on_player_request_spawn(self, player)
self.room._broadcaster.sound(12)
def _start_info_message(self):
self.room._broadcaster.server_message(
info(
'Welcome to the Trouble in SauerTown gamemode. The first player to press their taunt bind will be the traitor.'
))
self.room._broadcaster.server_message(
info(
'If no players do this a traitor will be selected at random in 5 seconds.'
))
def _select_traitor(self, player):
self._tist_traitor = player
self._tist_state = tist_states.PLAYING
self.room._broadcaster.server_message(
info('The traitor has been selected. Trust no one!'))
player.client.send_server_message(
info('You are the traitor! Go kill them all...sneakily.'))
for player in self.room.players:
ModeBase.on_player_request_spawn(self, player)
self.room._broadcaster.sound(12)
def handle(room, client, pause):
if not client.allowed(pause_resume_functionality):
raise InsufficientPermissions(pause_resume_functionality.denied_message)
if pause:
if room.is_paused and not room.is_resuming: raise StateError('The game is already paused.')
room.pause()
room._broadcaster.server_message(info("{name#client} has paused the game.", client=client))
elif not pause:
if not room.is_paused: raise StateError('The game is already resumed.')
room.resume()
room._broadcaster.server_message(info("{name#client} has resumed the game.", client=client))
def execute(cls, spyd_server, room, client, command_string, arguments,
raw_args):
try:
cn, mode_name, map_name = parse_arguments(raw_args)
if mode_name is not None:
valid_mode_names = list(gamemodes.keys())
mode_name_match = match_fuzzy(str(mode_name), valid_mode_names)
if mode_name_match is None:
raise GenericError(
'Could not resolve mode name {value#mode_name} to valid mode. Please try again.',
mode_name=mode_name)
mode_name = mode_name_match
if map_name is not None:
map_name = yield resolve_map_name(room, map_name)
duel_command_msg = duel_command.format(client=client)
challenge_details = get_challenge_details(mode_name, map_name)
if cn is not None:
target = room.get_client(int(cn))
if target is client:
raise GenericError("You can't duel yourself.")
existing_challenge = get_existing_challenge(target, client)
if existing_challenge is not None:
begin_duel(room, client, target, existing_challenge)
else:
save_specific_challenge(client, target, mode_name,
map_name)
target.send_server_message(
info(cn_chall_msg,
client=client,
challenge_details=challenge_details,
duel_command=duel_command_msg))
client.send_server_message(info(chall_sent_msg))
else:
save_general_challenge(client, mode_name, map_name)
room.server_message(info(looking_msg,
client=client,
challenge_details=challenge_details,
duel_command=duel_command_msg),
exclude=(client, ))
client.send_server_message(info(chall_sent_msg))
except:
traceback.print_exc()
def execute(cls, spyd_server, room, client, command_string, arguments,
raw_args):
if len(arguments):
try:
room.resume_delay = max(0, min(10, int(arguments[0])))
room._broadcaster.server_message(
info(
"{name#client} has set the resume delay to {value#resume_delay} seconds.",
client=client,
resume_delay=room.resume_delay))
except:
raise UsageError("The resume delay must be an number.")
else:
client.send_server_message(
info("The resume delay is {value#resume_delay} seconds.",
resume_delay=room.resume_delay))
def client_change_room(client, target_room, announce_follow=True):
player = client.get_player()
try:
room_entry_context = target_room.get_entry_context(client, player)
except RoomEntryFailure as e:
raise GenericError(e.message)
if announce_follow:
client.room._broadcaster.server_message(info(
"{name#client} is leaving to join {room#room}. Use {action#follow} to go there too.",
client=client,
room=target_room,
follow="follow"),
exclude=[client])
old_room = client.room
old_room.client_leave(client)
old_room.last_destination_room = target_room.name
client.room = target_room
target_room.client_enter(room_entry_context)
def on_player_disconnected(self, player):
if self._tist_state == tist_states.WAITING_TRAITOR:
if self.room.playing_count < self.min_players:
self._tist_traitor_waiting_deferred.cancel()
self._waiting_players_message()
elif self._tist_state == tist_states.WAITING_PLAYERS:
self._waiting_players_message()
elif self._tist_state == tist_states.PLAYING:
if player is self._tist_traitor:
self.room._broadcaster.server_message(info('The traitor, {name#traitor}, has left the game.', traitor=player))
self._ended()
else:
alive_non_traitorous_players = filter(lambda p: p.state.is_alive and p is not self._tist_traitor, self.room.players)
if len(alive_non_traitorous_players) == 0:
self.room._broadcaster.server_message(info('The the last living innocent player, {name#player}, has left the game. The traitor, {name#traitor}, is victorious.', traitor=self._tist_traitor, player=player))
def _waiting_players_message(self):
deficit = self.min_players - self.room.playing_count
format_args = {
'min_players': self.min_players,
'deficit': deficit,
'pl': 's' if deficit > 1 else '',
}
self.room._broadcaster.server_message(info('The Trouble in SauerTown gamemode must be played with at least {min_players} players. Waiting for {deficit} more player{pl}.'.format(**format_args)))
def handle(room, client, pause):
if not client.allowed(pause_resume_functionality):
raise InsufficientPermissions(
pause_resume_functionality.denied_message)
if pause:
if room.is_paused and not room.is_resuming:
raise StateError('The game is already paused.')
room.pause()
room._broadcaster.server_message(
info(f"{client.get_player().name} has paused the game."))
elif not pause:
if not room.is_paused:
raise StateError('The game is already resumed.')
room.resume()
room._broadcaster.server_message(
info(f"{client.get_player().name} has resumed the game."))
def execute(cls, spyd_server, room, client, command_string, arguments, raw_args):
if len(arguments):
player = room.get_player(int(arguments[0]))
else:
player = client.get_player()
time_online_str = shortDurationString(player.client.time_online)
client.send_server_message(info(stats_msg, player=player, time_online_str=time_online_str))
def execute(cls, spyd_server, room, client, command_string, arguments, raw_args):
if len(arguments):
target = room.get_client(int(arguments[0]))
else:
target = client
formatted_groups = ", ".join(map(lambda group: smf.format("{value#group}", group=group), target._client_permissions.get_group_names()))
client.send_server_message(info("groups: {formatted_groups}", formatted_groups=formatted_groups))
def on_auth_success(self, auth_success):
if auth_success is not None:
self.client.add_group_name_provider(auth_success.group_provider)
if auth_success.room_message is not None and self.client.connection_sequence_complete:
auth_success.room_message_kwargs['client'] = self.client
self.client.room._broadcaster.server_message(info(auth_success.room_message, **auth_success.room_message_kwargs))
self.auth_deferred.callback(auth_success)
self.auth_deferred = None
def _waiting_players_message(self):
deficit = self.min_players - self.room.playing_count
format_args = {
'min_players': self.min_players,
'deficit': deficit,
'pl': 's' if deficit > 1 else '',
}
self.room._broadcaster.server_message(
info(
'The Trouble in SauerTown gamemode must be played with at least {min_players} players. Waiting for {deficit} more player{pl}.'
.format(**format_args)))
def on_player_death(self, player, killer):
if self._tist_state == tist_states.PLAYING:
player.client.send_server_message(info('You have been betrayed, choose your friends more wisely.'))
alive_non_traitorous_players = filter(lambda p: p.state.is_alive and p is not self._tist_traitor, self.room.players)
if player is self._tist_traitor:
if player is killer:
self.room._broadcaster.server_message(info('The traitor, {name#traitor}, has suicided.', traitor=player))
else:
self.room._broadcaster.server_message(info('The traitor, {name#traitor}, has been put down by {name#killer}.', killer=killer, traitor=player))
self._ended()
else:
if len(alive_non_traitorous_players) == 0:
if killer is self._tist_traitor:
self.room._broadcaster.server_message(info('The traitor, {name#traitor}, has slaughtered all the innocents, claiming victory.', traitor=killer))
else:
self.room._broadcaster.server_message(info('The last innocent has died. The traitor, {name#traitor}, is victorious.', traitor=killer))
self._ended()
ModeBase.on_player_death(self, player, killer)
def on_auth_success(self, auth_success):
if auth_success is not None:
self.client.add_group_name_provider(auth_success.group_provider)
if auth_success.room_message is not None and self.client.connection_sequence_complete:
auth_success.room_message_kwargs['client'] = self.client
self.client.room._broadcaster.server_message(
info(auth_success.room_message,
**auth_success.room_message_kwargs))
self.auth_deferred.callback(auth_success)
self.auth_deferred = None
def execute(cls, spyd_server, room, client, command_string, arguments, raw_args):
try:
cn, mode_name, map_name = parse_arguments(raw_args)
if mode_name is not None:
valid_mode_names = gamemodes.keys()
mode_name_match = match_fuzzy(str(mode_name), valid_mode_names)
if mode_name_match is None:
raise GenericError('Could not resolve mode name {value#mode_name} to valid mode. Please try again.', mode_name=mode_name)
mode_name = mode_name_match
if map_name is not None:
map_name = yield resolve_map_name(room, map_name)
duel_command_msg = duel_command.format(client=client)
challenge_details = get_challenge_details(mode_name, map_name)
if cn is not None:
target = room.get_client(int(cn))
if target is client:
raise GenericError("You can't duel yourself.")
existing_challenge = get_existing_challenge(target, client)
if existing_challenge is not None:
begin_duel(room, client, target, existing_challenge)
else:
save_specific_challenge(client, target, mode_name, map_name)
target.send_server_message(info(cn_chall_msg, client=client, challenge_details=challenge_details, duel_command=duel_command_msg))
client.send_server_message(info(chall_sent_msg))
else:
save_general_challenge(client, mode_name, map_name)
room.server_message(info(looking_msg, client=client, challenge_details=challenge_details, duel_command=duel_command_msg), exclude=(client,))
client.send_server_message(info(chall_sent_msg))
except:
traceback.print_exc()
def on_player_death(self, player, killer):
if self._tist_state == tist_states.PLAYING:
player.client.send_server_message(
info('You have been betrayed, choose your friends more wisely.'
))
alive_non_traitorous_players = [
p for p in self.room.players
if p.state.is_alive and p is not self._tist_traitor
]
if player is self._tist_traitor:
if player is killer:
self.room._broadcaster.server_message(
info('The traitor, {name#traitor}, has suicided.',
traitor=player))
else:
self.room._broadcaster.server_message(
info(
'The traitor, {name#traitor}, has been put down by {name#killer}.',
killer=killer,
traitor=player))
self._ended()
else:
if len(alive_non_traitorous_players) == 0:
if killer is self._tist_traitor:
self.room._broadcaster.server_message(
info(
'The traitor, {name#traitor}, has slaughtered all the innocents, claiming victory.',
traitor=killer))
else:
self.room._broadcaster.server_message(
info(
'The last innocent has died. The traitor, {name#traitor}, is victorious.',
traitor=killer))
self._ended()
ModeBase.on_player_death(self, player, killer)
def execute(cls, spyd_server, room, client, command_string, arguments,
raw_args):
if len(arguments):
target = room.get_client(int(arguments[0]))
else:
target = client
formatted_groups = ", ".join([
smf.format("{value#group}", group=group)
for group in target._client_permissions.get_group_names()
])
client.send_server_message(
info("groups: {formatted_groups}",
formatted_groups=formatted_groups))
def execute(cls, spyd_server, room, client, command_string, arguments,
raw_args):
if len(arguments):
if room.temporary:
if not client.allowed(set_temporary_room_timeleft):
raise InsufficientPermissions(
set_temporary_room_timeleft.denied_message)
else:
if not client.allowed(set_permanent_room_timeleft):
raise InsufficientPermissions(
set_permanent_room_timeleft.denied_message)
try:
modifier, value = timestring.parseTimeString(raw_args)
if modifier == '+':
new_timeleft = min(MAXTIMELEFT,
max(0, room.timeleft + value))
elif modifier == '-':
new_timeleft = min(MAXTIMELEFT,
max(0, room.timeleft - value))
elif modifier == '=':
new_timeleft = min(MAXTIMELEFT, max(0, value))
timeleft = prettytime.createDurationString(new_timeleft)
room._broadcaster.server_message(
info(timeleft_set_str, client=client, timeleft=timeleft))
room.timeleft = new_timeleft
except timestring.MalformedTimeString:
raise GenericError("Invalid time string specified.")
else:
timeleft = prettytime.createDurationString(room.timeleft)
client.send_server_message(
info(timeleft_get_str, timeleft=timeleft))
def client_change_room(client, target_room, announce_follow=True):
player = client.get_player()
try:
room_entry_context = target_room.get_entry_context(client, player)
except RoomEntryFailure as e:
raise GenericError(e.message)
if announce_follow:
client.room._broadcaster.server_message(info("{name#client} is leaving to join {room#room}. Use {action#follow} to go there too.", client=client, room=target_room, follow="follow"), exclude=[client])
old_room = client.room
old_room.client_leave(client)
old_room.last_destination_room = target_room.name
client.room = target_room
target_room.client_enter(room_entry_context)
def execute(cls, spyd_server, room, client, command_string, arguments,
raw_args):
for room in room.manager.rooms.values():
if room.empty: continue
client.send_server_message(info(room_info_msg, room=room))
def on_player_request_spawn(self, player):
if self._tist_state == tist_states.PLAYING:
player.client.send_server_message(info('Please wait until the next round to spawn.'))
else:
ModeBase.on_player_request_spawn(self, player)
def _start_info_message(self):
self.room._broadcaster.server_message(info('Welcome to the Trouble in SauerTown gamemode. The first player to press their taunt bind will be the traitor.'))
self.room._broadcaster.server_message(info('If no players do this a traitor will be selected at random in 5 seconds.'))
def execute(cls, spyd_server, room, client, command_string, arguments,
raw_args):
client.send_server_message(info(spyd_server.server_info_model.value))
def on_player_request_spawn(self, player):
if self._tist_state == tist_states.PLAYING:
player.client.send_server_message(
info('Please wait until the next round to spawn.'))
else:
ModeBase.on_player_request_spawn(self, player)
def execute(cls, spyd_server, room, client, command_string, arguments, raw_args):
for room in room.manager.rooms.itervalues():
if room.empty: continue
client.send_server_message(info(room_info_msg, room=room))