async def send_account(channel: discord.TextChannel,
a_player: classes.ActivePlayer):
"""
Actually send its account to the player.
:param channel: Current match channel.
:param a_player: Player to send the account to.
"""
msg = None
# Try 3 times to send a DM:
ctx = a_player.account.get_new_context(ContextWrapper.user(a_player.id))
for j in range(3):
try:
msg = await disp.ACC_UPDATE.send(ctx, account=a_player.account)
break
except discord.errors.Forbidden:
pass
if not msg:
# Else validate the account and send it to staff channel instead
await disp.ACC_CLOSED.send(channel, a_player.mention)
await a_player.account.validate()
msg = await disp.ACC_STAFF.send(ContextWrapper.channel(
cfg.channels["staff"]),
f'<@&{cfg.roles["admin"]}>',
a_player.mention,
account=a_player.account)
# Set the account message, log the account:
a_player.account.message = msg
await disp.ACC_LOG.send(ContextWrapper.channel(cfg.channels["spam"]),
a_player.name, a_player.id, a_player.account.id)
async def on_rule_accept(player, interaction_id, interaction,
interaction_values):
user = interaction.user
if modules.loader.is_all_locked():
raise modules.interactions.InteractionNotAllowed
# reaction to the rule message?
p = Player.get(user.id)
if not p: # if new player
# create a new profile
p = Player(user.id, user.name)
await modules.roles.role_update(p)
await modules.database.async_db_call(modules.database.set_element,
"users", p.id, p.get_data())
await disp.REG_RULES.send(
ContextWrapper.channel(cfg.channels["register"]), user.mention)
elif p.is_away:
p.is_away = False
await modules.roles.role_update(p)
await p.db_update("away")
await disp.AWAY_BACK.send(
ContextWrapper.channel(cfg.channels["register"]), p.mention)
else:
i_ctx = InteractionContext(interaction)
await disp.REG_RULES_ALREADY.send(i_ctx)
await modules.roles.role_update(p)
async def on_ready():
# Initialise matches channels
Match.init_channels(client, cfg.channels["matches"])
modules.roles.init(client)
# Init signal handler
modules.signal.init()
# fetch rule message, remove all reaction but the bot's
channel = client.get_channel(cfg.channels["rules"])
msg = await channel.fetch_message(channel.last_message_id)
if msg.author.id == client.user.id:
ctx = _interactions_handler.get_new_context(msg)
await disp.RULES.edit(ctx)
else:
ctx = _interactions_handler.get_new_context(channel)
await disp.RULES.send(ctx)
# Update all players roles
for p in Player.get_all_players_list():
await modules.roles.role_update(p)
_add_main_handlers(client)
if not modules.lobby.get_all_names_in_lobby():
try:
last_lobby = modules.database.get_field(
"restart_data", 0, "last_lobby")
except KeyError:
pass
else:
for p_id in last_lobby:
try:
player = Player.get(int(p_id))
if player and not modules.lobby.is_lobby_stuck(
) and player.is_registered:
modules.lobby.add_to_lobby(player)
except ValueError:
pass
modules.database.set_field("restart_data", 0,
{"last_lobby": list()})
names = modules.lobby.get_all_names_in_lobby()
if names:
await disp.LB_QUEUE.send(
ContextWrapper.channel(cfg.channels["lobby"]),
names_in_lobby=modules.lobby.get_all_names_in_lobby())
modules.loader.unlock_all(client)
log.info('Client is ready!')
await disp.RDY.send(ContextWrapper.channel(cfg.channels["spam"]),
cfg.VERSION)
async def init(self):
for p in self.p_list:
self.players[p.id] = p
await p.on_match_selected(self.match.proxy)
# print(f"{p.name}, matches: {p.stats.nb_matches_played}")
# ctx = ContextWrapper.user(p.id)
# try:
# await disp.MATCH_DM_PING.send(ctx, match.id, match.channel.name)
# except discord.errors.Forbidden:
# log.warning(f"Player id:[{p.id}], name:[{p.name}] is refusing DMs")
# Open match channel
await roles.modify_match_channel(self.match.channel, view=True)
await disp.LB_MATCH_STARTING.send(
ContextWrapper.channel(cfg.channels["lobby"]),
self.match.channel.id)
players_ping = " ".join(p.mention for p in self.players.values())
await disp.MATCH_INIT.send(self.match.channel, players_ping)
# Initialize teams
self.match.teams[0] = Team(0, f"Team 1", self.match.proxy)
self.match.teams[1] = Team(1, f"Team 2", self.match.proxy)
await self.info()
self.auto_captain.start()
await disp.CAP_AUTO_ANNOUNCE.send(self.match.channel)
def get_new_context(self, ctx):
self.__locked = True
if self.__msg:
self.clean()
ctx = ContextWrapper.wrap(ctx)
ctx.interaction_payload = self.__payload
return ctx
async def _lobby_loop():
for p in _lobby_list:
now = tools.timestamp_now()
if p.lobby_stamp < (now - 7800):
remove_from_lobby(p)
await disp.LB_TOO_LONG.send(
ContextWrapper.channel(cfg.channels["lobby"]),
p.mention,
names_in_lobby=get_all_names_in_lobby())
elif p.lobby_stamp < (now - 7200):
if p not in _warned_players:
ih = interactions.InteractionHandler(p, views.reset_button)
_warned_players[p] = ih
_add_ih_callback(ih, p)
ctx = ih.get_new_context(
ContextWrapper.channel(cfg.channels["lobby"]))
await disp.LB_WARNING.send(ctx, p.mention)
async def decline(captain, interaction_id, interaction, values):
ctx = ContextWrapper.wrap(self.match.channel,
author=interaction.user)
self.clean()
if captain is self.expected:
await disp.CONFIRM_DECLINE.send(ctx)
else:
await disp.CONFIRM_CANCELED.send(ctx)
async def timeout(self, ctx, *args):
if len(args) == 1 and args[0] == "help":
await disp.RM_TIMEOUT_HELP.send(ctx)
return
if len(ctx.message.mentions) != 1:
await disp.RM_MENTION_ONE.send(ctx)
return
player = Player.get(ctx.message.mentions[0].id)
if not player:
# player isn't even registered in the system...
player = Player(ctx.message.mentions[0].id,
ctx.message.mentions[0].name)
await db.async_db_call(db.set_element, "users", player.id,
player.get_data())
if player.is_lobbied:
lobby.remove_from_lobby(player)
await disp.RM_LOBBY.send(
ContextWrapper.channel(cfg.channels["lobby"]),
player.mention,
names_in_lobby=lobby.get_all_names_in_lobby())
if player.match:
await disp.RM_IN_MATCH.send(ctx)
return
if len(args) == 0:
if player.is_timeout:
await disp.RM_TIMEOUT_INFO.send(
ctx,
dt.utcfromtimestamp(
player.timeout).strftime("%Y-%m-%d %H:%M UTC"))
return
await roles.role_update(player)
await roles.perms_muted(False, player.id)
await disp.RM_TIMEOUT_NO.send(ctx)
return
# =timeout @player remove
if len(args) == 1 and args[0] == 'remove':
player.timeout = 0
await player.db_update("timeout")
await disp.RM_TIMEOUT_FREE.send(ctx, player.mention)
await roles.role_update(player)
await roles.perms_muted(False, player.id)
return
# Check if command is correct (=timeout @player 12 d)
time = tools.time_calculator(" ".join(args))
if time == 0:
await disp.RM_TIMEOUT_INVALID.send(ctx)
return
end_time = tools.timestamp_now() + time
player.timeout = end_time
await roles.role_update(player)
await player.db_update("timeout")
await roles.perms_muted(True, player.id)
await disp.RM_TIMEOUT.send(
ctx, player.mention,
dt.utcfromtimestamp(end_time).strftime("%Y-%m-%d %H:%M UTC"))
async def on_match_over(self):
player_pings = [" ".join(tm.all_pings) for tm in self.match.teams]
self.auto_info_loop.cancel()
self.ih.clean()
self.match.plugin_manager.on_round_over()
round_no = self.match.round_no
self.match.ready_next_process()
await disp.MATCH_ROUND_OVER.send(self.match.channel, *player_pings, round_no)
try:
await census.process_score(self.match.data, self.match.last_start_stamp, self.match.channel)
try:
await i_maker.publish_match_image(self.match)
except Exception as e:
# Should not happen
log.error(f"Error in publish_match_image : {e}")
await disp.PUBLISH_ERROR.send(ContextWrapper.channel(cfg.channels["results"]), self.match.id, round_no)
except ApiNotReachable as e:
log.error(f"ApiNotReachable caught when processing scores : {e.url}")
await disp.API_SCORE_ERROR.send(ContextWrapper.channel(cfg.channels["results"]), self.match.id, round_no)
self.match.start_next_process()
async def base_select(captain, interaction_id, interaction, values):
author = interaction.user
ctx = ContextWrapper.wrap(self.__match.channel, author=interaction.user)
try:
value = int(values[0])
except (ValueError, IndexError):
raise InteractionInvalid("invalid value!")
base = self.find_by_id(value)
if not base:
raise InteractionInvalid("unknown base!")
await self.__select_base(ctx, captain, base)
async def on_user_react(p, interaction_id, interaction,
interaction_values):
user = interaction.user
if user.id == player.id:
ctx = ContextWrapper.channel(cfg.channels["lobby"])
ctx.author = user
reset_timeout(player)
await disp.LB_REFRESHED.send(ctx)
else:
i_ctx = InteractionContext(interaction)
await disp.LB_REFRESH_NO.send(i_ctx)
raise interactions.InteractionNotAllowed
async def accept(captain, interaction_id, interaction, values):
if captain is not self.expected:
i_ctx = InteractionContext(interaction)
await disp.CONFIRM_NOT_CAPTAIN.send(i_ctx,
self.expected.mention)
raise InteractionNotAllowed
elif self.confirm_func:
ctx = ContextWrapper.wrap(self.match.channel,
author=interaction.user)
kwargs = self.kwargs
self.clean()
await self.confirm_func(ctx, **kwargs)
else:
raise InteractionInvalid("no confirm function!")
async def on_answer(self, player, is_accept):
if player is self.captains[0] and not player.active:
i = 0
elif player is self.captains[1] and not player.active:
i = 1
else:
return False
if is_accept:
await self.add_captain(i, player)
else:
self.captains[i] = None
ctx = ContextWrapper.wrap(self.match.channel, author=player)
await disp.CAP_DENY_OK.send(ctx)
self.auto_captain.restart()
await self.get_new_auto(i)
return True
async def terminate_account(a_player: classes.ActivePlayer):
"""
Terminate the account: ask the user to log off and remove the reaction.
:param a_player: Player whose account should be terminated.
"""
# Get account and terminate it
acc = a_player.account
acc.terminate()
# Remove the reaction handler and update the account message
await disp.ACC_UPDATE.edit(acc.message, account=acc)
# If account was validated, ask the player to log off:
if acc.is_validated and acc.message.channel.id != cfg.channels["staff"]:
await disp.ACC_OVER.send(ContextWrapper.user(acc.a_player.id))
# If account was validated, update the db with usage
if acc.is_validated:
# Prepare data
p_usage = {
"id": acc.id,
"time_start": acc.last_usage["time_start"],
"time_stop": acc.last_usage["time_stop"],
"match_id": a_player.match.id
}
# Update the account element
await db.async_db_call(db.push_element, "accounts_usage", acc.id,
{"usages": acc.last_usage})
try:
# Update the player element
await db.async_db_call(db.push_element, "accounts_usage",
a_player.id, {"usages": p_usage})
except db.DatabaseError:
# If the player element doesn't exist, create it
data = dict()
data["_id"] = a_player.id
data["unique_usages"] = a_player.unique_usages
data["usages"] = [p_usage]
await db.async_db_call(db.set_element, "accounts_usage",
a_player.id, data)
# Reset the account state
acc.clean()
del _busy_accounts[acc.id]
_available_accounts[acc.id] = acc
async def on_dm(message):
# Check if too many requests from this user:
if await spam_checker.is_spam(message.author, message.channel):
return
if message.content[:1] == "=":
message.content = message.content[1:]
if message.content.lower().startswith(("stat", "stats", "s")):
await on_stats(message.author)
elif message.content.lower().startswith(("modmail ", "dm ", "staff ")):
i = message.content.index(' ')
message.content = message.content[i + 1:]
player = Player.get(message.author.id)
await disp.BOT_DM.send(ContextWrapper.channel(cfg.channels["staff"]),
player=player,
msg=message)
await disp.BOT_DM_RECEIVED.send(message.author)
elif message.content.lower().startswith(("help", "h")):
await disp.HELP.send(message.author, is_dm=True)
spam_checker.unlock(message.author.id)
async def is_spam(author, channel, ctx=None):
a_id = author.id
if a_id in __spam_list and __spam_list[a_id] > 0:
if a_id in __last_requests and __last_requests[
a_id] < tools.timestamp_now() - 30:
log.info(
f"Automatically unlocked id[{a_id}], name[{author.name}] from spam filter"
)
unlock(a_id)
__last_requests[a_id] = tools.timestamp_now()
if a_id not in __spam_list:
__spam_list[a_id] = 1
return False
__spam_list[a_id] += 1
if __spam_list[a_id] == 1:
return False
if __spam_list[a_id] % __SPAM_MSG_FREQUENCY == 0:
if not ctx:
ctx = ContextWrapper.wrap(channel, author=author)
await disp.STOP_SPAM.send(ctx)
return True
async def unregister(self, ctx):
if not await _check_channels(ctx, cfg.channels["register"]):
return
player = await get_check_player(ctx)
if not player:
return
if player.is_lobbied:
lobby.remove_from_lobby(player)
await disp.RM_LOBBY.send(
ContextWrapper.channel(cfg.channels["lobby"]),
player.mention,
names_in_lobby=lobby.get_all_names_in_lobby())
if not player.match:
try:
await db.async_db_call(db.remove_element, "users", player.id)
except db.DatabaseError:
pass # ignored if not yet in db
await roles.remove_roles(player.id)
player.remove()
await disp.RM_OK.send(ctx)
return
await disp.RM_IN_MATCH.send(ctx)
async def remove(self, ctx):
if ctx.channel.id == cfg.channels["lobby"]:
player = await get_check_player(ctx)
if not player:
return
if player.is_lobbied:
lobby.remove_from_lobby(player)
await disp.RM_LOBBY.send(
ContextWrapper.channel(cfg.channels["lobby"]),
player.mention,
names_in_lobby=lobby.get_all_names_in_lobby())
return
await disp.RM_NOT_LOBBIED.send(ctx)
return
# if ctx.channel.id == cfg.channels["register"]:
# player = await get_check_player(ctx)
# if not player:
# return
# #TODO: remove ig names
else:
await disp.WRONG_CHANNEL_2.send(ctx, ctx.command.name,
f"<#{ctx.channel.id}>")
async def launch(ctx, id_list, tier):
print("TIER 1")
players = list()
for p_id in id_list:
player = Player.get(p_id)
if not player:
print(f"user {p_id}")
user = await bot.fetch_user(p_id)
player = Player(user.id, user.name)
await db.async_db_call(db.set_element, "users", player.id,
player.get_data())
await player.register(None)
players.append(player)
for p in players:
lobby.add_to_lobby(p)
if tier == 1:
return
print("TIER 2")
await asyncio.sleep(1)
match = players[0].match
while match.status is not MatchStatus.IS_CAPTAIN:
await asyncio.sleep(1)
cap_1_ctx = ContextWrapper.wrap(ctx.channel)
cap_1_ctx.message = ctx.message
cap_1_ctx.author = ctx.guild.get_member(players[0].id)
await match.on_volunteer(players[0])
cap_2_ctx = ContextWrapper.wrap(ctx.channel)
cap_2_ctx.message = ctx.message
cap_2_ctx.author = ctx.guild.get_member(players[1].id)
await match.on_volunteer(players[1])
if tier == 2:
return
print("TIER 3")
while match.status is not MatchStatus.IS_PICKING:
await asyncio.sleep(1)
picked = ContextWrapper.user(players[2].id)
cap_1_ctx.message.mentions.clear()
cap_1_ctx.message.mentions.append(picked.author)
await match.command.pick(cap_1_ctx, [""])
if tier == 3:
return
print("TIER 4")
while match.status is not MatchStatus.IS_FACTION:
await asyncio.sleep(1)
cap_2_ctx.message.mentions.clear()
cap_1_ctx.message.mentions.clear()
await match.command.pick(cap_2_ctx, ["VS"])
await match.command.pick(cap_1_ctx, ["TR"])
if tier == 4:
return
print("TIER 5")
while match.status is not MatchStatus.IS_BASING:
await asyncio.sleep(1)
# We assume tester is an admin
await match.command.base(ctx, ["ceres"])
if tier == 5:
return
print("TIER 6")
while match.status is not MatchStatus.IS_WAITING:
await asyncio.sleep(1)
match.change_check("online")
match.change_check("account")
await match.command.ready(cap_1_ctx)
await match.command.ready(cap_2_ctx)
async def _send_stuck_msg():
await disp.LB_STUCK.send(ContextWrapper.channel(cfg.channels["lobby"]))
async def _auto_ping():
if _MatchClass.find_empty() is None:
return
await disp.LB_NOTIFY.send(ContextWrapper.channel(cfg.channels["lobby"]),
f'<@&{cfg.roles["notify"]}>', get_lobby_len(),
cfg.general["lobby_size"])
async def _remove_msg(self, msg, view):
try:
ctx = ContextWrapper.wrap(msg)
await ctx.edit(view=view)
except NotFound:
log.warning("NotFound exception when trying to remove message!")
async def on_ready(captain, interaction_id, interaction,
interaction_values):
ctx = ContextWrapper.wrap(self.match.channel,
author=interaction.user)
ctx.cmd_name = "ready"
await self.ready(ctx, captain)
async def process_score(match: 'match.classes.MatchData',
start_time: int,
match_channel: 'TextChannel' = None):
"""
Calculate the result score for the MatchData object provided.
:param match: MatchData object to fill with scores.
:param start_time: Round start timestamp: will process score starting form this time.
:param match_channel: Match channel for illegal weapons display (optional).
:raise ApiNotReachable: If an API call fail.
"""
# Temp data structures
ig_dict = dict()
current_ill_weapons = dict()
# Start and end timestamps
start = start_time
end = start + (match.round_length * 60)
# Fill player dictionary (in-game id -> player object)
for tm in match.teams:
for player in tm.players:
if not player.is_disabled:
ig_dict[int(player.ig_id)] = player
else:
print(f"{player.name} is disabled!")
# Request url:
url = f'http://census.daybreakgames.com/s:{cfg.general["api_key"]}/get/ps2:v2/characters_event/?character_id=' \
f'{",".join(str(p.ig_id) for p in ig_dict.values())}&type=KILL&after={start}&before={end}&c:limit=500'
j_data = await http_request(url, retries=5)
if j_data["returned"] == 0:
raise ApiNotReachable(f"Empty answer on score calculation (url={url})")
event_list = j_data["characters_event_list"]
ill_weapons = dict()
# Loop through all events retrieved:
for event in event_list:
# Get opponent player
oppo = ig_dict.get(int(event["character_id"]))
if not oppo:
# interaction with outside player, skip it
continue
opo_loadout = oppo.get_loadout(int(event["character_loadout_id"]))
player = ig_dict.get(int(event["attacker_character_id"]))
if not player:
# interaction with outside player, skip it
continue
player_loadout = player.get_loadout(int(event["attacker_loadout_id"]))
# Get weapon
weap_id = int(event["attacker_weapon_id"])
is_hs = int(event["is_headshot"]) == 1
weapon = Weapon.get(weap_id)
if not weapon:
log.error(f'Weapon not found in database: id={weap_id}')
weapon = Weapon.get(0)
# Parse event into loadout objects
if oppo is player:
# Player killed themselves
player_loadout.add_one_suicide()
elif oppo.team is player.team:
# Team-kill
player_loadout.add_one_tk()
opo_loadout.add_one_death(0)
else:
# Regular kill
if not weapon.is_banned:
# If weapon is allowed
pts = weapon.points
player_loadout.add_one_kill(pts, is_hs)
opo_loadout.add_one_death(pts)
else:
# If weapon is banned, add it to illegal weapons list
player_loadout.add_illegal_weapon(weapon.id)
if player not in ill_weapons:
ill_weapons[player] = AutoDict()
ill_weapons[player].auto_add(weapon.id, 1)
# Display all banned-weapons uses for this player:
for player in ill_weapons.keys():
for weap_id in ill_weapons[player]:
weapon = Weapon.get(weap_id)
if match_channel:
await display.SC_ILLEGAL_WE.send(match_channel, player.mention,
weapon.name, match.id,
ill_weapons[player][weap_id])
await display.SC_ILLEGAL_WE.send(
ContextWrapper.channel(cfg.channels["staff"]),
player.mention, weapon.name, match.id,
ill_weapons[player][weap_id])
# Also get base captures
await get_captures(match, start, end)
def main(launch_str=""):
_define_log(launch_str)
# Init order MATTERS
log.info("Starting init...")
# Get data from the config file
cfg.get_config(launch_str)
# Set up intents
intents = Intents.none()
intents.guilds = True
intents.members = True
intents.bans = False
intents.emojis = False
intents.integrations = False
intents.webhooks = False
intents.invites = False
intents.voice_states = False
intents.presences = True
intents.messages = True
# intents.guild_messages Activated by the previous one
# intents.dm_messages Activated by the previous one
intents.reactions = False
# intents.guild_reactions
# intents.dm_reactions
intents.typing = False
intents.guild_typing = False
intents.dm_typing = False
client = commands.Bot(command_prefix=cfg.general["command_prefix"],
intents=intents)
# Remove default help
client.remove_command('help')
# Initialise db and get all the registered users and all bases from it
modules.database.init(cfg.database)
modules.database.get_all_elements(Player.new_from_data, "users")
modules.database.get_all_elements(Base, "static_bases")
modules.database.get_all_elements(Weapon, "static_weapons")
# Get Account sheet from drive
modules.accounts_handler.init(cfg.GAPI_JSON)
# Establish connection with Jaeger Calendar
modules.jaeger_calendar.init(cfg.GAPI_JSON)
# Initialise display module
ContextWrapper.init(client)
# Init lobby
modules.lobby.init(Match, client)
# Init stat processor
modules.stat_processor.init()
# Add init handlers
_add_init_handlers(client)
if launch_str == "_test":
_test(client)
# Add all cogs
modules.loader.init(client)
# Run server
client.run(cfg.general["token"])
async def on_message(client, message):
# if bot, do nothing
if message.author == client.user:
return
# if dm, send in staff
if isinstance(message.channel, DMChannel):
await on_dm(message)
return
# If message not in the bot's area of action
if message.channel.id not in cfg.channels_list:
return
if len(message.content) == 0:
return
if message.content == cfg.emojis['info']:
message.content = "=info"
if message.content[0] != cfg.general["command_prefix"]:
return
# If bot is locked
if is_all_locked():
if not is_admin(message.author):
return
# Admins can still use bot when locked
# Save actual author
actual_author = message.author
# Check if too many requests from this user:
if await spam_checker.is_spam(message.author, message.channel):
return
try:
# Make the message lower-case:
if not message.content.lower().startswith("=rename"):
message.content = message.content.lower()
message.content = message.content.replace(",", " ").replace(
"/", " ").replace(";", " ")
# Split on whitespaces
args = message.content.split()
new_args = list()
for arg in args:
if '@' in arg:
continue
try:
arg_int = int(arg)
except ValueError:
pass
else:
if arg_int >= 21154535154122752: # minimum number for discord id
member = message.channel.guild.get_member(arg_int)
if member:
message.mentions.append(member)
continue
try:
member = await message.channel.guild.fetch_member(
arg_int)
except NotFound:
message.mentions.append(FakeMember(arg_int))
continue
if member:
message.mentions.append(member)
continue
new_args.append(arg)
message.content = " ".join(new_args)
# Check for =as command
if is_admin(message.author) and message.content[0:3] == "=as":
try:
message.author = message.mentions[0]
del message.mentions[0]
i = message.content[1:].index('=')
message.content = message.content[i + 1:]
except (ValueError, IndexError):
ctx = ContextWrapper.wrap(message.channel,
author=actual_author)
await disp.WRONG_USAGE.send(ctx, "as")
spam_checker.unlock(actual_author.id)
return
await client.process_commands(message) # if not spam, processes
# Call finished, we can release user
await sleep(0.5)
finally:
spam_checker.unlock(actual_author.id)