def getInputletInstances(self):
from gamepack.thb.cards import AttackCard
from gamepack.thb.characters.youmu import Youmu
from gamepack.thb.common import CharChoice
from gamepack.thb.inputlets import ActionInputlet
from gamepack.thb.inputlets import ChooseGirlInputlet
from gamepack.thb.inputlets import ChooseIndividualCardInputlet
from gamepack.thb.inputlets import ChooseOptionInputlet
from gamepack.thb.inputlets import ChoosePeerCardInputlet
from gamepack.thb.inputlets import ProphetInputlet
g, p = self.makeGame()
ilets = [
ActionInputlet(self, ['cards', 'showncards'], []),
ChooseGirlInputlet(self, {p: [CharChoice(Youmu)]}),
ChooseIndividualCardInputlet(self, [AttackCard()]),
ChooseOptionInputlet(self),
ChoosePeerCardInputlet(self, p, ['cards']),
ProphetInputlet(self, [AttackCard()]),
]
for i in ilets:
i.actor = p
return g, p, ilets
def testChooseGirlInputlet(self):
from game.autoenv import user_input
from gamepack.thb.common import CharChoice
from gamepack.thb.characters.youmu import Youmu
from gamepack.thb.characters.seiga import Seiga
from gamepack.thb.inputlets import ChooseGirlInputlet
g, p = self.makeGame()
choices = [CharChoice(Youmu), CharChoice(Seiga)]
mapping = {p: choices}
ilet = ChooseGirlInputlet(self, mapping)
ilet.actor = p
ilet.set_choice(choices[0])
eq_(ilet.data(), 0)
p.client.gdlist.append([r'>I:ChooseGirl:\d+', 0])
ilet = ChooseGirlInputlet(self, mapping)
eq_(user_input([p], ilet), choices[0])
def apply_action(self):
# WHOLE BUNCH OF MEGA HACK
old = self.target
g = Game.getgame()
old_life, maxlife_delta = old.life, old.maxlife - old.__class__.maxlife
ActionStage.force_break()
'''
turn = PlayerTurn.get_current(old)
try:
turn.pending_stages[:] = []
except Exception:
pass
'''
tgt = KOFCharacterSwitchHandler.switch(old)
tgt.life = old_life
tgt.maxlife += maxlife_delta
for l in ('cards', 'showncards', 'equips', 'fatetell', 'special'):
s, t = getattr(old, l), getattr(tgt, l)
for i in list(s):
i.move_to(t)
for s in old.skills:
if 'character' not in s.skill_category:
tgt.skills.append(s)
for act in g.action_stack:
# Meh... good enough
if act.source is old:
act.source = tgt
if act.target is old:
act.target = tgt
if isinstance(act, LaunchCard):
act.target_list[:] = [
tgt if p is old else p for p in act.target_list
]
tgt.tags = old.tags
tgt.choices.append(CharChoice(old.__class__))
if tgt.life > tgt.maxlife:
g.process_action(LifeLost(tgt, tgt, tgt.life - tgt.maxlife))
self.transition = [old, tgt]
g.emit_event('character_debut', (old, tgt))
return True
def apply_action(self):
g = Game.getgame()
params = self.params
from cards import Deck
g.deck = Deck()
g.ehclasses = []
g.double_curtain = params['double_curtain']
if g.double_curtain:
g.identities = g.identities[1:] + g.identities[-1:]
# choose girls init -->
from .characters import get_characters
chars = get_characters(*g.character_categories)
from .characters.akari import Akari
# ANCHOR(test)
testing = list(settings.TESTING_CHARACTERS)
testing = filter_out(chars, lambda c: c.__name__ in testing)
def choosed(char):
try:
chars.remove(char)
except:
pass
try:
testing.remove(char)
except:
pass
def random_char():
return g.random.choice(testing + chars)
# choose boss
candidates = g.random.sample(chars, 4)
candidates.extend(testing)
if Game.CLIENT_SIDE:
candidates = [None] * len(candidates)
idx = sync_primitive(g.random.randrange(len(g.players)), g.players)
boss = g.boss = g.players[idx]
boss.identity = Identity()
boss.identity.type = Identity.TYPE.BOSS
g.process_action(RevealIdentity(boss, g.players))
boss.choices = [CharChoice(c) for c in candidates]
boss.choices.append(CharChoice(Akari))
boss.reveal(boss.choices)
mapping = {boss: boss.choices}
with InputTransaction('ChooseGirl', [boss], mapping=mapping) as trans:
c = user_input([boss], ChooseGirlInputlet(g, mapping), 30,
'single', trans)
c = c or boss.choices[-1]
c.chosen = boss
g.players.reveal(c)
trans.notify('girl_chosen', (boss, c))
if c.char_cls is Akari:
c = CharChoice(random_char())
g.players.reveal(c)
choosed(c.char_cls)
# mix it in advance
# so the others could see it
boss = g.switch_character(boss, c.char_cls)
# boss's hp bonus
if g.n_persons > 5:
boss.maxlife += 1
boss.life = boss.maxlife
# reseat
seed = get_seed_for(g.players)
random.Random(seed).shuffle(g.players)
g.emit_event('reseat', None)
# tell the others their own identity
il = list(g.identities)
g.random.shuffle(il)
for p in g.players.exclude(boss):
p.identity = Identity()
id = il.pop()
if Game.SERVER_SIDE:
p.identity.type = id
g.process_action(RevealIdentity(p, p))
# others choose girls
pl = g.players.exclude(boss)
candidates = g.random.sample(chars, 3 * len(pl) - len(testing))
candidates.extend(testing)
g.random.shuffle(candidates)
if Game.CLIENT_SIDE:
candidates = [None] * len(candidates)
del c
for p in pl:
p.choices = [CharChoice(c) for c in candidates[:3]]
p.choices.append(CharChoice(Akari))
p.reveal(p.choices)
del candidates[:3]
mapping = {p: p.choices for p in pl} # CAUTION, DICT HERE
with InputTransaction('ChooseGirl', pl, mapping=mapping) as trans:
ilet = ChooseGirlInputlet(g, mapping)
ilet.with_post_process(
lambda p, rst: trans.notify('girl_chosen', (p, rst)) or rst)
result = user_input(pl, ilet, type='all', trans=trans)
# not enough chars for random, reuse unselected
for p in pl:
if result[p]:
result[p].chosen = p
choosed(result[p].char_cls)
# mix char class with player -->
for p in pl:
c = result[p]
c = c or p.choices[-1]
g.players.reveal(c)
if c.char_cls is Akari:
c = CharChoice(random_char())
g.players.reveal(c)
choosed(c.char_cls)
p = g.switch_character(p, c.char_cls)
# -------
for p in g.players:
log.info(
u'>> Player: %s:%s %s',
p.__class__.__name__,
Identity.TYPE.rlookup(p.identity.type),
p.account.username,
)
# -------
g.emit_event('game_begin', g)
for p in g.players:
g.process_action(DistributeCards(p, amount=4))
pl = g.players.rotate_to(boss)
for i, p in enumerate(cycle(pl)):
if i >= 6000: break
if not p.dead:
try:
g.process_action(PlayerTurn(p))
except InterruptActionFlow:
pass
return True
def apply_action(self):
g = Game.getgame()
from cards import Deck
g.deck = Deck()
g.ehclasses = list(action_eventhandlers) + g.game_ehs.values()
H, M, A = Identity.TYPE.HAKUREI, Identity.TYPE.MORIYA, Identity.TYPE.ADMIN
idlist = [A, H, H, M, M]
del H, M, A
pl = g.players[1:]
seed = sync_primitive(g.random.getrandbits(32), g.players)
random.Random(seed).shuffle(pl)
g.players[1:] = pl
g.emit_event('reseat', None)
for p, identity in zip(g.players, idlist):
p.identity = Identity()
p.identity.type = identity
g.process_action(RevealIdentity(p, g.players))
force_hakurei = BatchList(g.players[1:3])
force_moriya = BatchList(g.players[3:5])
g.forces = BatchList([force_hakurei, force_moriya])
from . import characters
g.switch_character(g.players[0], CharChoice(characters.koakuma.Koakuma))
g.koakuma = koakuma = g.players[0]
koakuma.tags['books'] = g.total_books
koakuma.maxlife += 4
koakuma.life += 4
# choose girls -->
chars = characters.get_characters('book')
try:
chars.remove(characters.koakuma.Koakuma)
except:
pass
g.random.shuffle(chars)
testing = list(settings.TESTING_CHARACTERS)
testing = filter_out(chars, lambda c: c.__name__ in testing)
chars = g.random.sample(chars, 24)
if Game.SERVER_SIDE:
choices = [CharChoice(cls) for cls in chars[-20:]]
else:
choices = [CharChoice(None) for _ in xrange(20)]
del chars[-20:]
for p in g.players[1:]:
c = choices[-4:]
del choices[-4:]
akari = CharChoice(characters.akari.Akari)
akari.real_cls = chars.pop()
c.append(akari)
c.extend([CharChoice(cls) for cls in testing])
p.choices = c
p.reveal(c)
pl = g.players[1:]
mapping = {p: p.choices for p in pl}
with InputTransaction('ChooseGirl', pl, mapping=mapping) as trans:
ilet = ChooseGirlInputlet(g, mapping)
ilet.with_post_process(lambda p, rst: trans.notify('girl_chosen', (p, rst)) or rst)
rst = user_input(pl, ilet, timeout=30, type='all', trans=trans)
for p in pl:
c = rst[p] or p.choices[0]
g.switch_character(p, c)
g.emit_event('game_begin', g)
for p in g.players:
g.process_action(DistributeCards(p, amount=4))
pl = g.players
for i, idx in enumerate(cycle(range(len(pl)))):
if i >= 6000: break
p = pl[idx]
if p.dead:
g.process_action(PlayerRevive(p, p, 2))
g.process_action(DrawCards(p, 2))
continue
g.emit_event('player_turn', p)
try:
g.process_action(PlayerTurn(p))
except InterruptActionFlow:
pass
def apply_action(self):
g = Game.getgame()
params = self.params
from cards import Deck
g.picks = []
g.deck = Deck()
g.ehclasses = list(action_eventhandlers) + g.game_ehs.values()
H, M = Identity.TYPE.HAKUREI, Identity.TYPE.MORIYA
if params['random_seat']:
# reseat
seed = get_seed_for(g.players)
random.Random(seed).shuffle(g.players)
g.emit_event('reseat', None)
L = [[H, H, M, M, H, M], [H, M, H, M, H, M]]
rnd = random.Random(get_seed_for(g.players))
L = rnd.choice(L) * 2
s = rnd.randrange(0, 6)
idlist = L[s:s+6]
del L, s, rnd
else:
idlist = [H, M, H, M, H, M]
del H, M
for p, identity in zip(g.players, idlist):
p.identity = Identity()
p.identity.type = identity
g.process_action(RevealIdentity(p, g.players))
force_hakurei = BatchList()
force_moriya = BatchList()
force_hakurei.pool = []
force_moriya.pool = []
for p in g.players:
if p.identity.type == Identity.TYPE.HAKUREI:
force_hakurei.append(p)
p.force = force_hakurei
elif p.identity.type == Identity.TYPE.MORIYA:
force_moriya.append(p)
p.force = force_moriya
g.forces = BatchList([force_hakurei, force_moriya])
# ----- roll ------
roll = range(len(g.players))
g.random.shuffle(roll)
pl = g.players
roll = sync_primitive(roll, pl)
roll = [pl[i] for i in roll]
g.emit_event('game_roll', roll)
first = roll[0]
g.emit_event('game_roll_result', first)
# ----
# choose girls -->
from . import characters
chars = characters.get_characters('faith')
g.random.shuffle(chars)
# ANCHOR(test)
testing = list(settings.TESTING_CHARACTERS)
testing = filter_out(chars, lambda c: c.__name__ in testing)
chars = g.random.sample(chars, 30 - len(testing))
chars.extend(testing)
if Game.SERVER_SIDE:
choices = [CharChoice(cls) for cls in chars[-24:]]
else:
choices = [CharChoice(None) for _ in xrange(24)]
del chars[-24:]
for p in g.players:
c = choices[-3:]
del choices[-3:]
akari = CharChoice(characters.akari.Akari)
akari.real_cls = chars.pop()
c.append(akari)
p.choices = c
p.choices_chosen = []
p.reveal(c)
mapping = {p: p.choices for p in g.players}
rst = user_input(g.players, SortCharacterInputlet(g, mapping, 2), timeout=30, type='all')
for p in g.players:
p.choices_chosen = [mapping[p][i] for i in rst[p][:2]]
for p in g.players:
a, b = p.choices_chosen
b.chosen = None
p.force.reveal(b)
g.switch_character(p, a)
p.force.pool.append(b)
del p.choices_chosen
for p in g.players:
if p.player is first:
first = p
break
pl = g.players
first_index = pl.index(first)
order = BatchList(range(len(pl))).rotate_to(first_index)
for p in pl:
g.process_action(RevealIdentity(p, pl))
g.emit_event('game_begin', g)
for p in pl:
g.process_action(DistributeCards(p, amount=4))
pl = g.players.rotate_to(first)
rst = user_input(pl[1:], ChooseOptionInputlet(DeathHandler(), (False, True)), type='all')
for p in pl[1:]:
rst.get(p) and g.process_action(RedrawCards(p, p))
pl = g.players
for i, idx in enumerate(cycle(order)):
if i >= 6000: break
p = pl[idx]
if p.dead: continue
g.emit_event('player_turn', p)
try:
g.process_action(PlayerTurn(p))
except InterruptActionFlow:
pass
return True
def apply_action(self):
g = Game.getgame()
from . import cards
g.pick_history = []
g.deck = cards.Deck(cards.kof_card_definition)
g.ehclasses = []
g.current_player = None
for i, p in enumerate(g.players):
p.identity = Identity()
p.identity.type = (Identity.TYPE.HAKUREI,
Identity.TYPE.MORIYA)[i % 2]
# choose girls -->
from characters import get_characters
chars = get_characters('kof')
testing = list(settings.TESTING_CHARACTERS)
testing = filter_out(chars, lambda c: c.__name__ in testing)
_chars = g.random.sample(chars, 10)
_chars.extend(testing)
from characters.akari import Akari
if Game.SERVER_SIDE:
choice = [CharChoice(cls) for cls in _chars[-10:]]
for c in g.random.sample(choice, 4):
c.real_cls = c.char_cls
c.char_cls = Akari
elif Game.CLIENT_SIDE:
choice = [CharChoice(None) for i in xrange(10)]
# -----------
g.players.reveal(choice)
# roll
roll = range(len(g.players))
g.random.shuffle(roll)
pl = g.players
roll = sync_primitive(roll, pl)
roll = [pl[i] for i in roll]
g.emit_event('game_roll', roll)
first = roll[0]
second = roll[1]
g.emit_event('game_roll_result', first)
# ----
# akaris = {} # DO NOT USE DICT! THEY ARE UNORDERED!
akaris = []
A, B = first, second
order = [A, B, B, A, A, B, B, A, A, B]
A.choices = []
B.choices = []
A.remaining = [2]
B.remaining = [2]
choice_mapping = {A: choice, B: choice}
del A, B
with InputTransaction('ChooseGirl', g.players,
mapping=choice_mapping) as trans:
for p in order:
c = user_input([p], ChooseGirlInputlet(g, choice_mapping), 10,
'single', trans)
if not c:
# first non-chosen char
for c in choice:
if not c.chosen:
c.chosen = p
break
if issubclass(c.char_cls, Akari):
akaris.append((p, c))
c.chosen = p
p.choices.append(c)
trans.notify('girl_chosen', (p, c))
# reveal akaris for themselves
for p, c in akaris:
c.char_cls = c.real_cls
p.reveal(c)
for c in choice:
del c.chosen
list_shuffle(first.choices, first)
list_shuffle(second.choices, second)
mapping = {first: first.choices, second: second.choices}
with InputTransaction('ChooseGirl', g.players,
mapping=mapping) as trans:
ilet = ChooseGirlInputlet(g, mapping)
ilet.with_post_process(
lambda p, rst: trans.notify('girl_chosen', (p, rst)) or rst)
rst = user_input(pl, ilet, type='all', trans=trans)
def s(p):
c = rst[p] or p.choices[0]
p = g.next_character(p, c)
p.choices.remove(c)
return p
first, second = s(first), s(second)
order = [1, 0] if first is g.players[0] else [0, 1]
pl = g.players
for p in pl:
g.process_action(RevealIdentity(p, pl))
g.emit_event('game_begin', g)
for p in pl:
g.process_action(DistributeCards(p, amount=4 if p is first else 3))
for i in order:
g.emit_event('character_debut', (None, g.players[i]))
for i, idx in enumerate(cycle(order)):
p = g.players[idx]
if i >= 6000: break
if p.dead:
KOFCharacterSwitchHandler.do_switch_dead()
p = g.players[idx] # player changed
assert not p.dead
try:
g.emit_event('player_turn', p)
g.process_action(PlayerTurn(p))
except InterruptActionFlow:
pass
def apply_action(self):
src, tgt = self.source, self.target
src.choices.append(CharChoice(tgt.__class__))
return True
def apply_action(self):
g = Game.getgame()
params = self.params
from cards import Deck
g.stats = []
g.deck = Deck()
g.ehclasses = []
if params['random_force']:
seed = get_seed_for(g.players)
random.Random(seed).shuffle(g.players)
g.draw_extra_card = params['draw_extra_card']
f1 = BatchList()
f2 = BatchList()
g.forces = BatchList([f1, f2])
H, M = Identity.TYPE.HAKUREI, Identity.TYPE.MORIYA
for p, id, f in zip(g.players, [H, H, M, M], [f1, f1, f2, f2]):
p.identity = Identity()
p.identity.type = id
p.force = f
f.append(p)
pl = g.players
for p in pl:
g.process_action(RevealIdentity(p, pl))
# ----- roll ------
roll = range(len(pl))
g.random.shuffle(roll)
roll = sync_primitive(roll, pl)
roll = [pl[i] for i in roll]
g.emit_event('game_roll', roll)
for i in range(1, 3):
if roll[i].force == roll[0].force:
roll.append(roll.pop(i))
g.players[:] = roll
g.emit_event('game_roll_result', g.players[0])
g.emit_event('reseat', None)
# ----
# ban / choose girls -->
from . import characters
chars = characters.get_characters('2v2')
seed = get_seed_for(g.players)
random.Random(seed).shuffle(chars)
# ANCHOR(test)
testing = list(settings.TESTING_CHARACTERS)
testing = filter_out(chars, lambda c: c.__name__ in testing)
chars.extend(testing)
chars = chars[-20:]
choices = [CharChoice(cls) for cls in chars]
banned = set()
mapping = {p: choices for p in g.players}
with InputTransaction('BanGirl', g.players, mapping=mapping) as trans:
for p in g.players:
c = user_input([p],
ChooseGirlInputlet(g, mapping),
timeout=30,
trans=trans)
c = c or [_c for _c in choices if not _c.chosen][0]
c.chosen = p
banned.add(c.char_cls)
trans.notify('girl_chosen', (p, c))
assert len(banned) == 4
g.stats.extend([{
'event': 'ban',
'attributes': {
'gamemode': g.__class__.__name__,
'character': i.__name__
}
} for i in banned])
chars = [_c for _c in chars if _c not in banned]
g.random.shuffle(chars)
if Game.CLIENT_SIDE:
chars = [None] * len(chars)
for p in g.players:
p.choices = [CharChoice(cls) for cls in chars[-4:]]
p.choices[-1].as_akari = True
del chars[-4:]
p.reveal(p.choices)
g.pause(1)
mapping = {p: p.choices for p in g.players}
with InputTransaction('ChooseGirl', g.players,
mapping=mapping) as trans:
ilet = ChooseGirlInputlet(g, mapping)
@ilet.with_post_process
def process(p, c):
c = c or p.choices[0]
trans.notify('girl_chosen', (p, c))
return c
rst = user_input(g.players,
ilet,
timeout=30,
type='all',
trans=trans)
# reveal
for p, c in rst.items():
c.as_akari = False
g.players.reveal(c)
g.set_character(p, c.char_cls)
# -------
for p in g.players:
log.info(
u'>> Player: %s:%s %s',
p.__class__.__name__,
Identity.TYPE.rlookup(p.identity.type),
p.account.username,
)
# -------
g.emit_event('game_begin', g)
for p in g.players:
g.process_action(DistributeCards(p, amount=4))
for i, p in enumerate(cycle(pl)):
if i >= 6000: break
if not p.dead:
g.emit_event('player_turn', p)
try:
g.process_action(PlayerTurn(p))
except InterruptActionFlow:
pass
return True
def apply_action(self):
g = Game.getgame()
params = self.params
from cards import Deck
g.deck = Deck()
g.ehclasses = []
if params['random_seat']:
seed = get_seed_for(g.players)
random.Random(seed).shuffle(g.players)
g.emit_event('reseat', None)
for i, p in enumerate(g.players):
p.identity = Identity()
p.identity.type = (Identity.TYPE.HAKUREI,
Identity.TYPE.MORIYA)[i % 2]
g.forces = forces = BatchList([BatchList(), BatchList()])
for i, p in enumerate(g.players):
f = i % 2
p.force = f
forces[f].append(p)
pl = g.players
for p in pl:
g.process_action(RevealIdentity(p, pl))
# choose girls -->
from . import characters
chars = characters.get_characters('3v3')
seed = get_seed_for(g.players)
random.Random(seed).shuffle(chars)
# ANCHOR(test)
testing = list(settings.TESTING_CHARACTERS)
testing = filter_out(chars, lambda c: c.__name__ in testing)
chars.extend(testing)
choices = [CharChoice(cls) for cls in chars[-16:]]
del chars[-12:]
for c in choices[:4]:
c.char_cls = characters.akari.Akari
if Game.SERVER_SIDE:
for c, cls in zip(choices[:4],
g.random.sample(chars,
4)): # yes, must random.sample
c.real_cls = cls
# ----- roll ------
roll = range(len(g.players))
g.random.shuffle(roll)
pl = g.players
roll = sync_primitive(roll, pl)
roll = [pl[i] for i in roll]
g.emit_event('game_roll', roll)
first = roll[0]
g.emit_event('game_roll_result', first)
# ----
first_index = g.players.index(first)
order_list = (0, 5, 3, 4, 2, 1)
n = len(order_list)
order = [g.players[(first_index + i) % n] for i in order_list]
# akaris = {} # DO NOT USE DICT! THEY ARE UNORDERED!
akaris = []
mapping = {p: choices for p in g.players}
with InputTransaction('ChooseGirl', g.players,
mapping=mapping) as trans:
for p in order:
c = user_input([p],
ChooseGirlInputlet(g, mapping),
timeout=30,
trans=trans)
c = c or [_c for _c in choices if not _c.chosen][0]
c.chosen = p
if issubclass(c.char_cls, characters.akari.Akari):
akaris.append((p, c))
else:
g.set_character(p, c.char_cls)
trans.notify('girl_chosen', (p, c))
# reveal akaris
if akaris:
for p, c in akaris:
c.char_cls = c.real_cls
g.players.reveal([i[1] for i in akaris])
for p, c in akaris:
g.set_character(p, c.char_cls)
# -------
for p in g.players:
log.info(
u'>> Player: %s:%s %s',
p.__class__.__name__,
Identity.TYPE.rlookup(p.identity.type),
p.account.username,
)
# -------
first = g.players[first_index]
g.emit_event('game_begin', g)
for p in g.players:
g.process_action(DrawCards(p, amount=3 if p is first else 4))
pl = g.players.rotate_to(first)
for i, p in enumerate(cycle(pl)):
if i >= 6000: break
if not p.dead:
g.emit_event('player_turn', p)
try:
g.process_action(PlayerTurn(p))
except InterruptActionFlow:
pass
return True
