def startup(self):
super().startup()
self.having_nightmare = UserList()
cmd_params = dict(chan=False,
pm=True,
playing=True,
phases=("night", ),
users=self.having_nightmare)
self.north_cmd = command("north", "n", **cmd_params)(functools.partial(
self.move, "n"))
self.east_cmd = command("east", "e", **cmd_params)(functools.partial(
self.move, "e"))
self.south_cmd = command("south", "s", **cmd_params)(functools.partial(
self.move, "s"))
self.west_cmd = command("west", "w", **cmd_params)(functools.partial(
self.move, "w"))
def wolf_kill(var, wrapper, message):
"""Kills one or more players as a wolf."""
role = get_main_role(wrapper.source)
# eventually cub will listen on targeted_command and block kills that way
if var.DISEASED_WOLVES:
wrapper.pm(messages["ill_wolves"])
return
pieces = re.split(" +", message)
targets = []
orig = []
nevt = Event("wolf_numkills", {"numkills": 1})
nevt.dispatch(var)
num_kills = nevt.data["numkills"]
if len(pieces) < num_kills:
wrapper.pm(messages["wolf_must_target_multiple"])
return
targs = iter(pieces) # allow random words to follow the initial line without issue
for i in range(num_kills):
target = get_target(var, wrapper, next(targs, None), not_self_message="no_suicide")
if target is None:
return
if is_known_wolf_ally(var, wrapper.source, target):
wrapper.pm(messages["wolf_no_target_wolf"])
return
if target in orig:
wrapper.pm(messages["wolf_must_target_multiple"])
return
orig.append(target)
evt = Event("targeted_command", {"target": target, "misdirection": True, "exchange": True})
if not evt.dispatch(var, wrapper.source, target):
return
target = evt.data["target"]
targets.append(target)
KILLS[wrapper.source] = UserList(targets)
if len(orig) > 1:
# TODO: Expand this so we can support arbitrarily many kills (instead of just one or two)
wrapper.pm(messages["player_kill_multiple"].format(*orig))
msg = messages["wolfchat_kill_multiple"].format(wrapper.source, *orig)
debuglog("{0} ({1}) KILL: {2} ({4}) and {3} ({5})".format(wrapper.source, role, *targets, get_main_role(targets[0]), get_main_role(targets[1])))
else:
wrapper.pm(messages["player_kill"].format(orig[0]))
msg = messages["wolfchat_kill"].format(wrapper.source, orig[0])
debuglog("{0} ({1}) KILL: {2} ({3})".format(wrapper.source, role, targets[0], get_main_role(targets[0])))
send_wolfchat_message(var, wrapper.source, msg, var.WOLF_ROLES, role=role, command="kill")
def wolf_kill(var, wrapper, message):
"""Kill one or more players as a wolf."""
# verify this user can actually kill
if not get_all_roles(wrapper.source) & Wolf & Killer:
return
pieces = re.split(" +", message)
targets = []
orig = []
nevt = Event("wolf_numkills", {"numkills": 1, "message": ""})
nevt.dispatch(var)
num_kills = nevt.data["numkills"]
if not num_kills:
if nevt.data["message"]:
wrapper.pm(messages[nevt.data["message"]])
return
if len(pieces) < num_kills:
wrapper.pm(messages["wolf_must_target_multiple"])
return
for targ in pieces[:num_kills]:
target = get_target(var, wrapper, targ, not_self_message="no_suicide")
if target is None:
return
if is_known_wolf_ally(var, wrapper.source, target):
wrapper.pm(messages["wolf_no_target_wolf"])
return
if target in orig:
wrapper.pm(messages["wolf_must_target_multiple"])
return
orig.append(target)
target = try_misdirection(var, wrapper.source, target)
if try_exchange(var, wrapper.source, target):
return
targets.append(target)
KILLS[wrapper.source] = UserList(targets)
if len(orig) > 1:
wrapper.pm(messages["player_kill_multiple"].format(orig))
msg = messages["wolfchat_kill_multiple"].format(wrapper.source, orig)
debuglog("{0} KILL: {1} ({3}) and {2} ({4})".format(wrapper.source, targets[0], targets[1], get_main_role(targets[0]), get_main_role(targets[1])))
else:
wrapper.pm(messages["player_kill"].format(orig[0]))
msg = messages["wolfchat_kill"].format(wrapper.source, orig[0])
debuglog("{0} KILL: {1} ({2})".format(wrapper.source, targets[0], get_main_role(targets[0])))
send_wolfchat_message(var, wrapper.source, msg, Wolf, role="wolf", command="kill")
def on_transition_day_begin2(evt, var):
LASTGIVEN.clear()
for shaman, given in SHAMANS.items():
for totem, targets in given.items():
for target in targets:
victim = RETARGET[shaman].get(target, target)
if not victim:
continue
if totem == "death": # this totem stacks
if shaman not in DEATH:
DEATH[shaman] = UserList()
DEATH[shaman].append(victim)
elif totem == "protection": # this totem stacks
PROTECTION.append(victim)
elif totem == "revealing":
REVEALING.add(victim)
elif totem == "narcolepsy":
NARCOLEPSY.add(victim)
elif totem == "silence":
SILENCE.add(victim)
elif totem == "desperation":
DESPERATION.add(victim)
elif totem == "impatience": # this totem stacks
IMPATIENCE.append(victim)
elif totem == "pacifism": # this totem stacks
PACIFISM.append(victim)
elif totem == "influence":
INFLUENCE.add(victim)
elif totem == "exchange":
EXCHANGE.add(victim)
elif totem == "lycanthropy":
LYCANTHROPY.add(victim)
elif totem == "luck":
LUCK.add(victim)
elif totem == "pestilence":
PESTILENCE.add(victim)
elif totem == "retribution":
RETRIBUTION.add(victim)
elif totem == "misdirection":
MISDIRECTION.add(victim)
elif totem == "deceit":
DECEIT.add(victim)
else:
event = Event("apply_totem", {})
event.dispatch(var, rolename, totem, shaman, victim)
if target is not victim:
shaman.send(messages["totem_retarget"].format(
victim, target))
LASTGIVEN[shaman][totem].append(victim)
havetotem.append(victim)
def give_totem(var, wrapper, target, prefix, role, msg):
"""Give a totem to a player. Return the value of SHAMANS[user]."""
orig_target = target
orig_role = get_main_role(orig_target)
target = try_misdirection(var, wrapper.source, target)
if try_exchange(var, wrapper.source, target):
return
targrole = get_main_role(target)
wrapper.send(messages["shaman_success"].format(prefix, msg, orig_target))
debuglog("{0} ({1}) TOTEM: {2} ({3}) as {4} ({5})".format(
wrapper.source, role, target, targrole, orig_target, orig_role))
return UserList((target, orig_target))
def lynch(var, wrapper, message):
"""Use this to vote for a candidate to be lynched."""
if not message:
show_votes.func(var, wrapper, message)
return
if wrapper.private:
return
msg = re.split(" +", message)[0].strip()
can_vote_bot = var.CURRENT_GAMEMODE.can_vote_bot(var)
voted = get_target(var,
wrapper,
msg,
allow_self=var.SELF_LYNCH_ALLOWED,
allow_bot=can_vote_bot,
not_self_message="no_self_lynch")
if not voted:
return
if try_absent(var, wrapper.source):
return
ABSTAINS.discard(wrapper.source)
for votee in list(VOTES): # remove previous vote
if votee is voted and wrapper.source in VOTES[votee]:
break
if wrapper.source in VOTES[votee]:
VOTES[votee].remove(wrapper.source)
if not VOTES.get(votee) and votee is not voted:
del VOTES[votee]
break
if voted not in VOTES:
VOTES[voted] = UserList()
if wrapper.source not in VOTES[voted]:
VOTES[voted].append(wrapper.source)
channels.Main.send(messages["player_vote"].format(
wrapper.source, voted))
global LAST_VOTES
LAST_VOTES = None # reset
chk_decision(var)
def on_transition_day_begin2(evt, var):
for shaman, (victim, target) in SHAMANS.items():
totem = TOTEMS[shaman]
if totem == "death": # this totem stacks
if shaman not in DEATH:
DEATH[shaman] = UserList()
DEATH[shaman].append(victim)
elif totem == "protection": # this totem stacks
PROTECTION.append(victim)
elif totem == "revealing":
REVEALING.add(victim)
elif totem == "narcolepsy":
NARCOLEPSY.add(victim)
elif totem == "silence":
SILENCE.add(victim)
elif totem == "desperation":
DESPERATION.add(victim)
elif totem == "impatience": # this totem stacks
IMPATIENCE.append(victim)
elif totem == "pacifism": # this totem stacks
PACIFISM.append(victim)
elif totem == "influence":
INFLUENCE.add(victim)
elif totem == "exchange":
EXCHANGE.add(victim)
elif totem == "lycanthropy":
LYCANTHROPY.add(victim)
elif totem == "luck":
LUCK.add(victim)
elif totem == "pestilence":
PESTILENCE.add(victim)
elif totem == "retribution":
RETRIBUTION.add(victim)
elif totem == "misdirection":
MISDIRECTION.add(victim)
elif totem == "deceit":
DECEIT.add(victim)
# other totem types possibly handled in an earlier event,
# as such there is no else: clause here
if target is not victim:
shaman.send(messages["totem_retarget"].format(victim))
LASTGIVEN[shaman] = victim
havetotem.extend(filter(None, LASTGIVEN.values()))
def give_totem(var, wrapper, target, prefix, role, msg):
"""Give a totem to a player. Return the value of SHAMANS[user]."""
orig_target = target
orig_role = get_main_role(orig_target)
evt = Event("targeted_command", {
"target": target,
"misdirection": True,
"exchange": True
})
if not evt.dispatch(var, wrapper.source, target):
return
target = evt.data["target"]
targrole = get_main_role(target)
wrapper.send(messages["shaman_success"].format(prefix, msg, orig_target))
debuglog("{0} ({1}) TOTEM: {2} ({3}) as {4} ({5})".format(
wrapper.source, role, target, targrole, orig_target, orig_role))
return UserList((target, orig_target))
class SleepyMode(GameMode):
"""A small village has become the playing ground for all sorts of supernatural beings."""
def __init__(self, arg=""):
super().__init__(arg)
self.ROLE_GUIDE = {
10: [
"wolf", "werecrow", "traitor", "cultist", "seer", "prophet",
"priest", "dullahan", "cursed villager", "blessed villager"
],
12: ["wolf(2)", "vigilante"],
15: ["wolf(3)", "detective", "vengeful ghost"],
18: ["wolf(4)", "harlot", "monster"],
21: ["wolf(5)", "village drunk", "monster(2)", "gunner"],
}
# Make sure priest is always prophet AND blessed, and that drunk is always gunner
self.SECONDARY_ROLES["blessed villager"] = ["priest"]
self.SECONDARY_ROLES["prophet"] = ["priest"]
self.SECONDARY_ROLES["gunner"] = ["village drunk"]
self.EVENTS = {
"dullahan_targets": EventListener(self.dullahan_targets),
"transition_night_begin": EventListener(self.setup_nightmares),
"chk_nightdone": EventListener(self.prolong_night),
"transition_day_begin": EventListener(self.nightmare_kill),
"del_player": EventListener(self.happy_fun_times),
"revealroles": EventListener(self.on_revealroles)
}
def startup(self):
super().startup()
self.having_nightmare = UserList()
cmd_params = dict(chan=False,
pm=True,
playing=True,
phases=("night", ),
users=self.having_nightmare)
self.north_cmd = command("north", "n", **cmd_params)(functools.partial(
self.move, "n"))
self.east_cmd = command("east", "e", **cmd_params)(functools.partial(
self.move, "e"))
self.south_cmd = command("south", "s", **cmd_params)(functools.partial(
self.move, "s"))
self.west_cmd = command("west", "w", **cmd_params)(functools.partial(
self.move, "w"))
def teardown(self):
from src import decorators
super().teardown()
def remove_command(name, command):
if len(decorators.COMMANDS[name]) > 1:
decorators.COMMANDS[name].remove(command)
else:
del decorators.COMMANDS[name]
remove_command("north", self.north_cmd)
remove_command("n", self.north_cmd)
remove_command("east", self.east_cmd)
remove_command("e", self.east_cmd)
remove_command("south", self.south_cmd)
remove_command("s", self.south_cmd)
remove_command("west", self.west_cmd)
remove_command("w", self.west_cmd)
self.having_nightmare.clear()
def dullahan_targets(self, evt, var, dullahan, max_targets):
evt.data["targets"].update(var.ROLES["priest"])
def setup_nightmares(self, evt, var):
if random.random() < 1 / 5:
with var.WARNING_LOCK:
t = threading.Timer(
60, self.do_nightmare,
(var, random.choice(get_players()), var.NIGHT_COUNT))
t.daemon = True
t.start()
@handle_error
def do_nightmare(self, var, target, night):
if var.PHASE != "night" or var.NIGHT_COUNT != night:
return
if target not in get_players():
return
self.having_nightmare.clear()
self.having_nightmare.append(target)
target.send(messages["sleepy_nightmare_begin"])
target.send(messages["sleepy_nightmare_navigate"])
self.correct = [None, None, None]
self.fake1 = [None, None, None]
self.fake2 = [None, None, None]
directions = ["n", "e", "s", "w"]
self.step = 0
self.prev_direction = None
opposite = {"n": "s", "e": "w", "s": "n", "w": "e"}
for i in range(3):
corrdir = directions[:]
f1dir = directions[:]
f2dir = directions[:]
if i > 0:
corrdir.remove(opposite[self.correct[i - 1]])
f1dir.remove(opposite[self.fake1[i - 1]])
f2dir.remove(opposite[self.fake2[i - 1]])
else:
corrdir.remove("s")
f1dir.remove("s")
f2dir.remove("s")
self.correct[i] = random.choice(corrdir)
self.fake1[i] = random.choice(f1dir)
self.fake2[i] = random.choice(f2dir)
self.prev_direction = "n"
self.start_direction = "n"
self.on_path = set()
self.nightmare_step()
def nightmare_step(self):
if self.prev_direction == "n":
directions = "north, east, and west"
elif self.prev_direction == "e":
directions = "north, east, and south"
elif self.prev_direction == "s":
directions = "east, south, and west"
elif self.prev_direction == "w":
directions = "north, south, and west"
if self.step == 0:
self.having_nightmare[0].send(
messages["sleepy_nightmare_0"].format(directions))
elif self.step == 1:
self.having_nightmare[0].send(
messages["sleepy_nightmare_1"].format(directions))
elif self.step == 2:
self.having_nightmare[0].send(
messages["sleepy_nightmare_2"].format(directions))
elif self.step == 3:
if "correct" in self.on_path:
self.having_nightmare[0].send(
messages["sleepy_nightmare_wake"])
self.having_nightmare.clear()
elif "fake1" in self.on_path:
self.having_nightmare[0].send(
messages["sleepy_nightmare_fake_1"])
self.step = 0
self.on_path = set()
self.prev_direction = self.start_direction
self.nightmare_step()
elif "fake2" in self.on_path:
self.having_nightmare[0].send(
messages["sleepy_nightmare_fake_2"])
self.step = 0
self.on_path = set()
self.prev_direction = self.start_direction
self.nightmare_step()
def move(self, direction, var, wrapper, message):
opposite = {"n": "s", "e": "w", "s": "n", "w": "e"}
if self.prev_direction == opposite[direction]:
wrapper.pm(messages["sleepy_nightmare_invalid_direction"])
return
advance = False
if ("correct" in self.on_path
or self.step == 0) and self.correct[self.step] == direction:
self.on_path.add("correct")
advance = True
else:
self.on_path.discard("correct")
if ("fake1" in self.on_path
or self.step == 0) and self.fake1[self.step] == direction:
self.on_path.add("fake1")
advance = True
else:
self.on_path.discard("fake1")
if ("fake2" in self.on_path
or self.step == 0) and self.fake2[self.step] == direction:
self.on_path.add("fake2")
advance = True
else:
self.on_path.discard("fake2")
if advance:
self.step += 1
self.prev_direction = direction
else:
self.step = 0
self.on_path = set()
self.prev_direction = self.start_direction
wrapper.pm(messages["sleepy_nightmare_restart"])
self.nightmare_step()
def prolong_night(self, evt, var):
if self.having_nightmare:
evt.data["actedcount"] = -1
def nightmare_kill(self, evt, var):
if self.having_nightmare and self.having_nightmare[0] in get_players():
add_dying(var, self.having_nightmare[0], "bot", "night_kill")
self.having_nightmare[0].send(messages["sleepy_nightmare_death"])
del self.having_nightmare[0]
def happy_fun_times(self, evt, var, player, all_roles, death_triggers):
if death_triggers:
if evt.params.main_role == "priest":
turn_chance = 3 / 4
seers = [
p for p in get_players(("seer", ))
if random.random() < turn_chance
]
harlots = [
p for p in get_players(("harlot", ))
if random.random() < turn_chance
]
cultists = [
p for p in get_players(("cultist", ))
if random.random() < turn_chance
]
channels.Main.send(messages["sleepy_priest_death"])
for seer in seers:
change_role(var,
seer,
"seer",
"doomsayer",
message="sleepy_doomsayer_turn")
for harlot in harlots:
change_role(var,
harlot,
"harlot",
"succubus",
message="sleepy_succubus_turn")
for cultist in cultists:
change_role(var,
cultist,
"cultist",
"demoniac",
message="sleepy_demoniac_turn")
def on_revealroles(self, evt, var, wrapper):
if self.having_nightmare:
evt.data["output"].append(
"\u0002having nightmare\u0002: {0}".format(
self.having_nightmare[0]))
# role knows about the totems they receive. This parameter is keyword-only #
# 4. Implement the "transition_day_begin" and "transition_night_end" events to give #
# out totems if the shaman didn't act, and send night messages, respectively. #
# Implementation of the "get_role_metadata" event with the "role_categories" #
# kind is also necessary for the bot to know that the role exists at all. You #
# may look at existing shamans for reference. If your shaman isn't a wolf role, #
# the "lycanthropy_role" kind should also be implemented as follows: #
# evt.data[role] = {"role": "wolf shaman", "prefix": "shaman"} #
# You will also need to implement your own "give" command; see existing #
# shamans for reference, or ask for help in our development channel. #
# #
# It is generally unneeded to modify this file to add new totems or shaman roles #
#####################################################################################
DEATH = UserDict() # type: Dict[users.User, List[users.User]]
PROTECTION = UserList() # type: List[users.User]
REVEALING = UserSet() # type: Set[users.User]
NARCOLEPSY = UserSet() # type: Set[users.User]
SILENCE = UserSet() # type: Set[users.User]
DESPERATION = UserSet() # type: Set[users.User]
IMPATIENCE = UserList() # type: List[users.User]
PACIFISM = UserList() # type: List[users.User]
INFLUENCE = UserSet() # type: Set[users.User]
EXCHANGE = UserSet() # type: Set[users.User]
LYCANTHROPY = UserSet() # type: Set[users.User]
LUCK = UserSet() # type: Set[users.User]
PESTILENCE = UserSet() # type: Set[users.User]
RETRIBUTION = UserSet() # type: Set[users.User]
MISDIRECTION = UserSet() # type: Set[users.User]
DECEIT = UserSet() # type: Set[users.User]
# role knows about the totems they receive. This parameter is keyword-only #
# 4. Implement the "transition_day_begin" and "transition_night_end" events to give #
# out totems if the shaman didn't act, and send night messages, respectively. #
# Implementation of the "get_role_metadata" event with the "role_categories" #
# kind is also necessary for the bot to know that the role exists at all. You #
# may look at existing shamans for reference. If your shaman isn't a wolf role, #
# the "lycanthropy_role" kind should also be implemented as follows: #
# evt.data[role] = {"role": "wolf shaman", "prefix": "shaman"} #
# You will also need to implement your own "give" command; see existing #
# shamans for reference, or ask for help in our development channel. #
# #
# It is generally unneeded to modify this file to add new totems or shaman roles #
#####################################################################################
DEATH = UserDict() # type: UserDict[users.User, UserList]
PROTECTION = UserList()
REVEALING = UserSet()
NARCOLEPSY = UserSet()
SILENCE = UserSet()
DESPERATION = UserSet()
IMPATIENCE = UserList()
PACIFISM = UserList()
INFLUENCE = UserSet()
EXCHANGE = UserSet()
LYCANTHROPY = UserSet()
LUCK = UserSet()
PESTILENCE = UserSet()
RETRIBUTION = UserSet()
MISDIRECTION = UserSet()
DECEIT = UserSet()
def wolf_kill(var, wrapper, message):
"""Kill one or more players as a wolf."""
pieces = re.split(" +", message)
targets = []
orig = []
nevt = Event("wolf_numkills", {"numkills": 1, "message": ""})
nevt.dispatch(var)
num_kills = nevt.data["numkills"]
if not num_kills:
if nevt.data["message"]:
wrapper.pm(messages[nevt.data["message"]])
return
if len(pieces) < num_kills:
wrapper.pm(messages["wolf_must_target_multiple"])
return
for targ in pieces[:num_kills]:
target = get_target(var,
wrapper,
targ,
not_self_message="no_suicide")
if target is None:
return
if is_known_wolf_ally(var, wrapper.source, target):
wrapper.pm(messages["wolf_no_target_wolf"])
return
if target in orig:
wrapper.pm(messages["wolf_must_target_multiple"])
return
orig.append(target)
target = try_misdirection(var, wrapper.source, target)
if try_exchange(var, wrapper.source, target):
return
targets.append(target)
KILLS[wrapper.source] = UserList(targets)
if len(orig) > 1:
# TODO: Expand this so we can support arbitrarily many kills (instead of just one or two)
wrapper.pm(messages["player_kill_multiple"].format(*orig))
msg = messages["wolfchat_kill_multiple"].format(
wrapper.source, *orig)
debuglog("{0} ({1}) KILL: {2} ({4}) and {3} ({5})".format(
wrapper.source, rolename, *targets, get_main_role(targets[0]),
get_main_role(targets[1])))
else:
wrapper.pm(messages["player_kill"].format(orig[0]))
msg = messages["wolfchat_kill"].format(wrapper.source, orig[0])
debuglog("{0} ({1}) KILL: {2} ({3})".format(
wrapper.source, rolename, targets[0],
get_main_role(targets[0])))
send_wolfchat_message(var,
wrapper.source,
msg,
Wolf,
role=rolename,
command="kill")
