def leave(args):
table = user.table
table.leave(user)
channels.do_tinfo(table, "{} has left the table.".format(user.name))
user.table = None
if len(table.users) < 1:
del table
def tutor(args):
if args is None:
do_help(user, ['table', 'tutor'])
return
card_name = ' '.join(args)
if user.table.tutor(user, card_name):
channels.do_tinfo(user.table, "{} tutored {} from their library.".format(user.name, card_name))
else:
user.presenter.show_msg("Failed to find '{}' in your library.".format(card_name))
def life(args):
if args is None:
user.presenter.show_msg("Do what with your life total?")
return
if not is_int(args[0]):
do_help(user, ['table', 'hp'])
return
user.table.life_totals[user] += int(args[0])
channels.do_tinfo(user.table, "{} set their life total to {}.".format(user.name, user.table.life_totals[user]))
def discard(args):
table = user.table
if not is_int(args[0]):
do_help(user, ['table', 'play'])
card_index = int(args[0])
if card_index >= len(table.hands[user]):
user.presenter.show_msg("Out of range!")
return
card = table.hands[user][int(args[0])]
table.discard(user, card)
channels.do_tinfo(user.table, "{} discards {}.".format(user.name, card.name))
def dice(args):
if args is not None:
if str(args[0]).isdigit():
die_size = int(args[0])
else:
do_help(user, ['table', 'dice'])
return
else:
die_size = 6 # Default dice size
roll = randint(1, die_size)
channels.do_tinfo(user.table, "{} rolled {} on a {} sided dice.".format(user.name, roll, die_size))
def grexile(args):
table = user.table
if args is None or not is_int(args[0]):
do_help(user, ['table', 'grexile'])
return
card_index = int(args[0])
if card_index >= len(table.graveyards[user]):
user.presenter.show_msg("Out of range!")
return
card = table.graveyards[user][card_index]
table.grexile(user, card)
channels.do_tinfo(user.table, "exiles {} from their graveyard.".format(user.name, card.name))
def unearth(args):
table = user.table
if args is None or not is_int(args[0]):
do_help(user, ['table', 'unearth'])
return
card_index = int(args[0])
if card_index >= len(table.graveyards[user]):
user.presenter.show_msg("Out of range!")
return
card = table.graveyards[user][card_index]
table.unearth(user, card)
channels.do_tinfo(user.table, "{} unearths their {}.".format(user.name, card.name))
def return_(args):
table = user.table
if args is None or not is_int(args[0]):
do_help(user, ['table', 'return'])
return
card_index = int(args[0])
if card_index >= len(table.battlefields[user]):
user.presenter.show_msg("Out of range!")
return
card = table.battlefields[user][card_index]
table.return_(user, card)
channels.do_tinfo(user.table, "{} returns {} to their hand.".format(user.name, card.name))
def join(args):
if args is None:
do_help(user, ['table', 'join'])
return
table_name = ' '.join(args)
for t in user.room.tables:
if table_name == t.name:
if len(t.users) < 2 or user in t.users:
t.join(user)
user.table = t
channels.do_tinfo(user.table, "{} has joined the table.".format(t.name))
return
user.presenter.show_msg("Could not find table '{}'.".format(table_name))
def draw(args):
if len(user.table.libraries[user]) < 1:
user.presenter.show_msg("Your library is empty!")
return
if args is None:
user.table.draw(user)
channels.do_tinfo(user.table, "{} draws a card.".format(user.name))
return
if not is_int(args[0]):
do_help(user, ['table', 'draw'])
return
no_cards = int(args[0])
if no_cards < 1:
user.presenter.show_msg("Ummm... how would you even... Uhh... I don't... No. Just, no.")
return
user.table.draw(user, no_cards)
channels.do_tinfo(user.table, "{} draws {} cards.".format(user.name, no_cards))
def untap(args):
table = user.table
if args is None:
do_help(user, ['table', 'untap'])
return
if is_int(args[0]):
card_index = int(args[0])
if card_index >= len(table.battlefields[user]):
user.presenter.show_msg("Out of range!")
return
card = table.battlefields[user][card_index]
if not card.tapped:
user.presenter.show_msg("'{}' is not tapped.".format(card.name))
return
card.untap()
channels.do_tinfo(user.table, "{} untaps {}.".format(user.name, card.name))
elif args[0] == "all":
for card in table.battlefields[user]:
card.untap()
channels.do_tinfo(user.table, "{} untaps all their cards.".format(user.name))
else:
do_help(user, ['table', 'tap'])
def scoop(args):
if user.table is None:
user.presenter.show_msg("You're not at a table!")
return
user.table.scoop(user)
channels.do_tinfo(user.table, "{} scoops it up!".format(user.name))
def shuffle(args):
user.table.shuffle(user)
channels.do_tinfo(user.table, "{} shuffled their library.".format(user.name))
