def test_erstwhile_altar():
# Set up rigged game context
gc, ef = H.fresh_gc_ef()
area = H.get_area_by_name(gc, "Erstwhile Altar")
target = H.get_a_shadow(gc)
actor = H.get_a_hunter(gc)
gc.ask_h = H.answer_sequence([
target.user_id,
'Holy Robe' # test pick an equipment to steal
])
# Check that nothing happens if no one has equipment
area.action(gc, actor)
assert all([len(p.equipment) == 0 for p in gc.players])
# Check that nothing happens if only current player has equipment
chainsaw = H.get_card_by_title(ef, "Chainsaw")
actor.equipment.append(chainsaw)
area.action(gc, actor)
assert all([len(p.equipment) == 0 for p in gc.players if p != actor])
assert actor.equipment == [chainsaw]
# Check that selected equipment is stolen from selected player
axe = H.get_card_by_title(ef, "Rusted Broad Axe")
roly_hobe = H.get_card_by_title(ef, "Holy Robe")
target.equipment.append(axe)
target.equipment.append(roly_hobe)
area.action(gc, actor)
assert actor.equipment == [chainsaw, roly_hobe]
assert target.equipment == [axe]
def test_advent():
for _ in range(100):
# Setup rigged game context
gc, ef = helpers.fresh_gc_ef(random.randint(5, 8))
h = helpers.get_a_hunter(gc)
s = helpers.get_a_shadow(gc)
n = helpers.get_a_neutral(gc)
c = helpers.get_card_by_title(ef, "Advent")
# Check that shadows do nothing
s.damage = 3
c.use({'self': s, 'card': c})
assert s.state == 2 and s.damage == 3
# Check that neutrals do nothing
n.damage = 3
c.use({'self': n, 'card': c})
assert n.state == 2 and n.damage == 3
# Hunter do nothing
gc.ask_h = helpers.answer_sequence(
['Do nothing', 'Reveal and heal fully', 'Heal fully'])
h.damage = 3
c.use({'self': h, 'card': c})
assert h.state == 2 and h.damage == 3
# Hunter reveal and full heal
c.use({'self': h, 'card': c})
assert h.state == 1 and h.damage == 0
# Hunter full heal
h.damage = 3
c.use({'self': h, 'card': c})
assert h.state == 1 and h.damage == 0
def test_catherine_win():
# Get a game containing Catherine
gc, ef, p = helpers.get_game_with_character("Catherine")
# Check that Catherine hasn't won initially
assert not p.character.win_cond(gc, p)
# Check that Catherine wins if she dies first
p.setDamage(14, p)
assert p.character.win_cond(gc, p)
# Check that Catherine does not win if she dies second
gc, ef, p = helpers.get_game_with_character("Catherine")
h = helpers.get_a_hunter(gc)
h.setDamage(14, h)
p.setDamage(14, p)
assert not p.character.win_cond(gc, p)
# Check that Catherine wins if she's in the last two standing
gc, ef, p = helpers.get_game_with_character("Catherine", n_players=6)
for pl in gc.players:
if pl.character.alleg != 1:
pl.setDamage(14, pl)
assert p.character.win_cond(gc, p)
def test_diabolic_ritual():
for _ in range(C.N_ELEMENT_TESTS):
# Setup rigged game context
gc, ef = H.fresh_gc_ef(random.randint(5, 8))
h = H.get_a_hunter(gc)
s = H.get_a_shadow(gc)
n = H.get_a_neutral(gc)
c = H.get_card_by_title(ef, "Diabolic Ritual")
# Check that hunters do nothing
h.damage = 3
c.use({'self': h, 'card': c})
assert h.state == C.PlayerState.Hidden and h.damage == 3
# Check that neutrals do nothing
n.damage = 3
c.use({'self': n, 'card': c})
assert n.state == C.PlayerState.Hidden and n.damage == 3
# Shadow do nothing
gc.ask_h = H.answer_sequence(['Do nothing', 'Reveal and heal fully'])
s.damage = 3
c.use({'self': s, 'card': c})
assert s.state == C.PlayerState.Hidden and s.damage == 3
# Shadow reveal and full heal
c.use({'self': s, 'card': c})
assert s.state == C.PlayerState.Revealed and s.damage == 0
def test_hunters_win():
# Check that hunters don't win until shadows are dead
gc, ef = helpers.fresh_gc_ef()
h = helpers.get_a_hunter(gc)
assert not h.character.win_cond(gc, h)
for p in gc.players:
if p != h:
p.setDamage(14, p)
assert h.character.win_cond(gc, h)
def setup_hermit(title, n_players=random.randint(5, 8)):
"""
Return a game context, element factory, a hunter, shadow
and neutral from that game, and a card of a given title
"""
gc, ef = helpers.fresh_gc_ef(n_players)
h = helpers.get_a_hunter(gc)
s = helpers.get_a_shadow(gc)
n = helpers.get_a_neutral(gc)
c = helpers.get_card_by_title(ef, title)
return (gc, ef, h, s, n, c)
def test_disenchant_mirror():
for _ in range(100):
# Setup rigged game context
gc, ef = helpers.fresh_gc_ef(random.randint(5, 8))
h = helpers.get_a_hunter(gc)
s = helpers.get_a_shadow(gc)
n = helpers.get_a_neutral(gc)
c = helpers.get_card_by_title(ef, "Disenchant Mirror")
# Check that shadows reveal
c.use({'self': s, 'card': c})
assert s.state == 1
# Check that hunters do nothing
c.use({'self': h, 'card': c})
assert h.state == 2
# Check that neutrals do nothing
c.use({'self': n, 'card': c})
assert n.state == 2
def test_weird_woods():
# Set up rigged game context
gc, ef = helpers.fresh_gc_ef()
area = helpers.get_area_by_name(gc, "Weird Woods")
target = helpers.get_a_shadow(gc)
actor = helpers.get_a_hunter(gc)
gc.ask_h = helpers.answer_sequence([
target.user_id, 'Give 2 damage', # test damage
target.user_id, 'Heal 1 damage', # test heal
])
# Check give 2 damage
area.action(gc, actor)
assert target.damage == 2
# Check heal 1 damage
area.action(gc, actor)
assert target.damage == 1
def test_disenchant_mirror():
for _ in range(C.N_ELEMENT_TESTS):
# Setup rigged game context
gc, ef = H.fresh_gc_ef(random.randint(5, 8))
h = H.get_a_hunter(gc)
s = H.get_a_shadow(gc)
n = H.get_a_neutral(gc)
c = H.get_card_by_title(ef, "Disenchant Mirror")
# Check that shadows reveal
c.use({'self': s, 'card': c})
assert s.state == C.PlayerState.Revealed
# Check that hunters do nothing
c.use({'self': h, 'card': c})
assert h.state == C.PlayerState.Hidden
# Check that neutrals do nothing
c.use({'self': n, 'card': c})
assert n.state == C.PlayerState.Hidden
