def test_fuzzy_actor_converter():
"""Tests fuzzy matching for Actor converter."""
game = make_test_game(["Alice", "Bob"])
@inject_converters
def hey(game: Game, actor: Actor) -> str:
return f"Hello, {actor.name}"
assert hey(game, "alice") == "Hello, Alice"
def test_status_event():
"""Tests status change events."""
actor_names = ["Alpha", "Bravo"]
game = make_test_game(actor_names)
log = []
class Chk(Subscriber):
@handler
def f(self, event: EStatusChange):
log.append(event.new_val)
Chk(game)
game.actors[0].status["key1"] = 2
assert log == [2]
def test_activation_by_event():
"""Tests activation via events, directly or via converters."""
game = make_test_game(["Alice", "Bob"])
alice = game.actors[0]
bob = game.actors[1]
a_v = alice.abilities[0] # VoteAbility(game, owner=alice, name="Vote")
b_v = bob.abilities[0] # VoteAbility(game, owner=bob, name="Vote")
game.phase_system.bump_phase() # start the day
tally: Tally = game.aux.filter_by_type(Tally)[0]
game.process_event(EActivate(game, a_v, target=bob), process_now=True)
assert tally.results.vote_leaders == [bob]
game.process_event(EActivate(game, "Alice/ability/Vote", target="unvote"),
process_now=True)
assert tally.results.vote_leaders == []
def test_alive_constraint():
"""Tests alive constraint."""
game = make_test_game(["Alice", "Bob", "Charlie"])
alice = game.actors[0]
bob = game.actors[1]
# a_v = alice.abilities[0] # VoteAbility(game, owner=alice, name="Vote")
b_v = bob.abilities[0] # VoteAbility(game, owner=bob, name="Vote")
tally: Tally = game.aux.filter_by_type(Tally)[0]
game.phase_system.bump_phase() # start the day
# Test whether alive constraint works :)
bob.status["dead"] = True
e = EActivate(game, b_v,
target=alice) # should fail to activate - Bob is dead
game.process_event(e, process_now=True)
assert tally.results.vote_counts == []
def test_phase_constraint():
"""Tests phase constraint for voting."""
game = make_test_game(["Alice", "Bob"])
alice = game.actors[0]
bob = game.actors[1]
a_v = alice.abilities[0] # VoteAbility(game, owner=alice, name="Vote")
b_v = bob.abilities[0] # VoteAbility(game, owner=bob, name="Vote")
tally: Tally = game.aux.filter_by_type(Tally)[0]
# Won't work - game still in "startup"
game.process_event(EActivate(game, a_v, target=bob), process_now=True)
assert tally.results.vote_leaders == []
game.phase_system.bump_phase() # start the day
# Now it should work :)
game.process_event(EActivate(game, a_v, target=bob), process_now=True)
assert tally.results.vote_leaders == [bob]
def test_gen_action_ability():
"""Tests action and ability generation."""
actor_names = ["Alpha", "Bravo"]
def fake_action(self: Action):
assert self.game.actor_names == actor_names
AcFake = Action.generate(fake_action, name="AcFake", doc="Fake action")
AbFake = Ability.generate(AcFake, name="AbFake", doc="Fake ability")
@Ability.generate
def AbFake2(self: Action):
"""fake ability 2"""
assert self.game.actor_names == actor_names
game = make_test_game(actor_names)
a_abil = AbFake(game, owner=game.actors[0], name="a_abil")
a_abil.activate()
b_abil = AbFake2(game, owner="Bravo", name="b_abil")
b_abil.activate()
def test_builder_direct():
"""Tests the `test_builder()` function directly."""
actor_names = ["Wendy", "Pickle"]
game = make_test_game(actor_names)
assert game.actor_names == actor_names
def test_events_and_subscribers():
"""General test of events and subscribers.
Also makes sure order is deterministic.
"""
actor_names = ["Alpha", "Bravo"]
game = make_test_game(actor_names)
log = []
class EFake(Event):
"""Fake event"""
class X1(Action):
def doit(self):
log.append("X1")
class A(Subscriber):
@handles(Event)
def f(self, event: Event):
log.append("A.f")
class B(A):
@handler
def g(self, event: EFake) -> None:
log.append("B.g")
class C(Subscriber):
@handles(EFake)
def h1(self, event) -> List[X1]:
log.append("C.h1")
return [X1(self.game, self)]
@handler
def h2(self, event: X1.Pre) -> List[Action]:
log.append("C.h2")
return []
@handler
def h3(self, event: X1.Post) -> None:
log.append("C.h3")
# Also legal:
# -> Union[List[Action], List[X1]]
# Illegal handlers
# @handles(Event)
# def z1(self, event) -> Action:
# return Action(self.game, self)
# @handles(Event)
# def z2(self, event) -> Optional[Action]:
# return None
a = A(game)
b = B(game)
c = C(game)
e = EFake(game)
game.process_event(e, process_now=True)
assumed_log = [
"B.g",
"C.h1",
"A.f",
"A.f",
"C.h2",
"A.f",
"A.f",
"X1",
"C.h3",
"A.f",
"A.f",
]
assert log == assumed_log
