def main():
image_dir = default_image_dir
files = [image_dir+"/"+f for f in os.listdir(image_dir) if os.path.isfile(os.path.join(image_dir, f)) and f.endswith(".png")]
git.clone_repo(REFERENCE_IMAGES_GIT, TEST_DIR)
for method, arguments in test_arguments.iteritems():
for args in arguments:
# Prepend a "-" for every key in the arguments dict and then flatten the list
command_arguments = [i for tuple in args.items() for i in ("-"+str(tuple[0]),str(tuple[1]))]
for f in files:
tester.run_test(test_binary, reference_binary, method, command_arguments, f, run_reference_program=False, test_dir=TEST_DIR)
def main():
image_dir = default_image_dir
files = [
image_dir + "/" + f for f in os.listdir(image_dir)
if os.path.isfile(os.path.join(image_dir, f)) and f.endswith(".png")
]
git.clone_repo(REFERENCE_IMAGES_GIT, TEST_DIR)
for method, arguments in test_arguments.iteritems():
for args in arguments:
# Prepend a "-" for every key in the arguments dict and then flatten the list
command_arguments = [
i for tuple in args.items()
for i in ("-" + str(tuple[0]), str(tuple[1]))
]
for f in files:
tester.run_test(test_binary,
reference_binary,
method,
command_arguments,
f,
run_reference_program=False,
test_dir=TEST_DIR)
def run_rest_test():
test_value = {
'Name': [int(request.args.get('name'))],
'Environment': [int(request.args.get('environment'))],
'Type': [int(request.args.get('type'))],
'Code': [int(request.args.get('code'))]
}
name = request.args.get('name')
print("Received API: " + name)
actual_status = [request.args.get('status')]
prediction, probability, expectation = run_test(test_value, actual_status, get_training_data())
return jsonify({
"prediction": prediction,
"probability": probability,
"expectation": expectation
})
def run_average_for_size(code,runs,size):
sys.stdout.write("[")
runtimes = []
for r in xrange(runs):
shuffled = generate_shuffled_int_array(size)
sortd = sorted(shuffled)
# BUG if you remove the following line this doesn't work
sys.stdout.write(".")
sys.stdout.flush()
#print "%s # %s" % (id(shuffled), id(sortd))
(eq, time) = run_test(code, shuffled, sortd)
if (eq != True):
return False;
runtimes.append(time)
sys.stdout.write("]")
sys.stdout.flush()
return reduce(lambda x, y: x + y, runtimes) / len(runtimes)
def train_loop(env: gym.Env, agents: Tuple[Agent, Agent]):
"""
Training loop for the agents
:param env: The gym.Env
:param agents: A tuple with the two agents: (defender, attacker)
"""
writer = SummaryWriter(log_dir=f'runs/OuterLoopTrain')
logger.info(f'Starting training...')
for epoch in range(SETTINGS.EPOCHS):
logger.info(f'Epoch {epoch + 1}/{SETTINGS.EPOCHS}:')
if SETTINGS.SIMULATE_MATCHES:
simulated = simulate_matches(env, agents, SETTINGS.N_MATCHES,
epoch, SETTINGS.USE_CUSTOM_GAMES)
else:
sim_name = f'matches_{epoch}_{SETTINGS.N_MATCHES}.pkl'
simulated = load_matches(sim_name, matches_dir)
if SETTINGS.GENERATE_DATASET:
build_dataset(simulated, epoch + 1)
for player, agent in zip(['DEF', 'ATK'], agents):
logger.info(f'Training {player} agent...')
for limit in LAST_MOVES:
logger.info(f'Training with at most last {limit} moves...')
dataset = load_dataset(epoch + 1, limit, SETTINGS.N_MATCHES,
player, datasets_dir)
agent.train(dataset, limit)
logger.info(f'Agent {player} trained.')
winners = run_test(env, agents, epoch + 1)
writer.add_scalar(f"AgentWins/DEF",
sum(1 for i in winners if i == 'DEF'), epoch)
writer.add_scalar(f"AgentWins/ATK",
sum(1 for i in winners if i == 'ATK'), epoch)
writer.add_scalar(f"AgentWins/DRAWS",
sum(1 for i in winners if i is None), epoch)
writer.flush()
writer.close()
raise tester.EndTest (True)
def test12 (n):
def t (test, name):
h = test.inv.health (arkham.health_stamina)
h.reduce (5)
hv = h.cur ()
yield fun.matchclass (arkham.GameplayAction_Stay) # wait for next round
for y in cast_spell (True, *list (5 if i < n else 1 for i in range (4))): yield y
yield lambda action: " %d " % n in action.name ()
assert h.cur () == hv + n
yield fun.matchclass (arkham.GameplayAction_Stay)
raise tester.EndTest (True)
return t
if __name__ == "__main__":
tester.run_test (test_ah.Game (Test (test_item ("Old Journal", test1))))
tester.run_test (test_ah.Game (Test (test_item ("Ancient Tome", test2))))
tester.run_test (test_ah.Game (Test (test_item ("Alien Statue", test3, mod_unique.UniqueDeck))))
tester.run_test (test_ah.Game (Test (test_item ("Ancient Tablet", test4, mod_unique.UniqueDeck))))
tester.run_test (test_ah.Game (Test (test_item ("Cabala of Saboth", test5, mod_unique.UniqueDeck))))
tester.run_test (test_ah.Game (Test (test_item ("Cultes des Goules", test6, mod_unique.UniqueDeck))))
tester.run_test (test_ah.Game (Test (test_item ("Healing Stone", test7, mod_unique.UniqueDeck))))
tester.run_test (test_ah.Game (Test (test_item ("Nameless Cults", test8, mod_unique.UniqueDeck))))
tester.run_test (test_ah.Game (Test (test_item ("Necronomicon", test9, mod_unique.UniqueDeck))))
tester.run_test (test_ah.Game (Test (test_item ("Ruby of R'lyeh", test10, mod_unique.UniqueDeck))))
tester.run_test (test_ah.Game (Test (test_item ("The King in Yellow", test11, mod_unique.UniqueDeck))))
tester.run_test (test_ah.Game (Test (test_item ("Heal", test12 (1), mod_spell.SpellDeck))))
tester.run_test (test_ah.Game (Test (test_item ("Heal", test12 (2), mod_spell.SpellDeck))))
tester.run_test (test_ah.Game (Test (test_item ("Heal", test12 (3), mod_spell.SpellDeck))))
import tester, sys
res = tester.run_test(input_file="template.ecc",
uut_name="template_test",
inputs=[("a", 24), ("b", 24)],
outputs=[("q", 16)],
is_clocked=False,
input_vectors=[[0x010203,
0x040506], [0x01FF00, 0x010100],
[0x7F7F7F, 0x020304]],
output_results=[[32], [0], [1143]])
sys.exit(res)
import tester, sys
res = tester.run_test(input_file="rgb_greyscale.ecc",
uut_name="rgb_greyscale",
inputs=[("input", 24)],
outputs=[("output", 24)],
is_clocked=False,
input_vectors=[[0xFF0000], [0x040404], [0x800080],
[0x808000], [0xFFFFFF]],
output_results=[[0x3F3F3F], [0x040404], [0x404040],
[0x606060], [0xFDFDFD]])
sys.exit(res)
def __init__(self):
tester.TestGame.__init__(self, Test1())
@self.pass_evade_check_hook.match(tester.match_combat(Game1), tester.match_investigator("1"), fun.any)
def do(combat, investigator, monster):
raise tester.EndTest(True)
class Test2(Test1):
def actions(self):
yield fun.matchclass(arkham.GameplayAction_Stay)
yield fun.matchclass(arkham.GameplayAction_DealWithMonster)
yield fun.matchclass(arkham.GameplayAction_Evade)
yield fun.matchclass(arkham.GameplayAction_NormalCheckHook)
for roll in (4,):
yield roll
yield fun.matchclass(arkham.GameplayAction_FailRoll)
class Game2(tester.TestGame):
def __init__(self):
tester.TestGame.__init__(self, Test2())
@self.fail_evade_check_hook.match(tester.match_combat(Game2), tester.match_investigator("1"), fun.any)
def do(combat, investigator, monster):
raise tester.EndTest(True)
tester.run_test(Game1())
tester.run_test(Game2())
item = game.deck (self.__class__.item_deck)\
.draw (lambda arg: arg.name () == self.__class__.item_name)
inv.take_item(game, item)
assert inv.wield_item(game, item)
class MyMonster(arkham.MonsterProto):
def __init__(self):
arkham.MonsterProto.__init__(self, "MyMonster")
def horror_check(self):
return arkham.pass_check
for i in range(5):
game.add_monster(arkham.Monster(MyMonster()), inv.location())
@classmethod
def actions(cls, test):
yield fun.matchclass(arkham.GameplayAction_Stay)
yield fun.take_first()
yield fun.matchclass(arkham.GameplayAction_Fight)
yield fun.matchclass(arkham.GameplayAction_Multiple)
yield fun.matchclass(arkham.GameplayAction_IncurDamage)
assert len(test.inv.trophies()) == 5
raise tester.EndTest(True)
if __name__ == "__main__":
tester.run_test(test_ah.Game(Test(ModuleProto1)))
tester.run_test(test_ah.Game(Test(ModuleProto2)))
tester.run_test(test_ah.Game(Test(ModuleProto3)))
def setup_investigator (self, game, inv):
item = game.deck (self.__class__.item_deck)\
.draw (lambda arg: arg.name () == self.__class__.item_name)
inv.take_item (game, item)
assert inv.wield_item (game, item)
class MyMonster (arkham.MonsterProto):
def __init__ (self):
arkham.MonsterProto.__init__ (self, "MyMonster")
def horror_check (self):
return arkham.pass_check
for i in range (5):
game.add_monster (arkham.Monster (MyMonster ()), inv.location ())
@classmethod
def actions (cls, test):
yield fun.matchclass (arkham.GameplayAction_Stay)
yield fun.take_first ()
yield fun.matchclass (arkham.GameplayAction_Fight)
yield fun.matchclass (arkham.GameplayAction_Multiple)
yield fun.matchclass (arkham.GameplayAction_IncurDamage)
assert len (test.inv.trophies ()) == 5
raise tester.EndTest (True)
if __name__ == "__main__":
tester.run_test (test_ah.Game (Test (ModuleProto1)))
tester.run_test (test_ah.Game (Test (ModuleProto2)))
tester.run_test (test_ah.Game (Test (ModuleProto3)))
tester.TestGame.__init__ (self, Test1 ())
@self.pass_evade_check_hook.match \
(tester.match_combat (Game1),
tester.match_investigator ("1"), fun.any)
def do (combat, investigator, monster):
raise tester.EndTest (True)
class Test2 (Test1):
def actions (self):
yield fun.matchclass (arkham.GameplayAction_Stay)
yield fun.matchclass (arkham.GameplayAction_DealWithMonster)
yield fun.matchclass (arkham.GameplayAction_Evade)
yield fun.matchclass (arkham.GameplayAction_NormalCheckHook)
for roll in 4,: yield roll
yield fun.matchclass (arkham.GameplayAction_FailRoll)
class Game2 (tester.TestGame):
def __init__ (self):
tester.TestGame.__init__ (self, Test2 ())
@self.fail_evade_check_hook.match \
(tester.match_combat (Game2),
tester.match_investigator ("1"), fun.any)
def do (combat, investigator, monster):
raise tester.EndTest (True)
tester.run_test (Game1 ())
tester.run_test (Game2 ())
h = test.inv.health(arkham.health_stamina)
h.reduce(5)
hv = h.cur()
yield fun.matchclass(arkham.GameplayAction_Stay) # wait for next round
for y in cast_spell(True, *list(5 if i < n else 1 for i in range(4))):
yield y
yield lambda action: " %d " % n in action.name()
assert h.cur() == hv + n
yield fun.matchclass(arkham.GameplayAction_Stay)
raise tester.EndTest(True)
return t
if __name__ == "__main__":
tester.run_test(test_ah.Game(Test(test_item("Old Journal", test1))))
tester.run_test(test_ah.Game(Test(test_item("Ancient Tome", test2))))
tester.run_test(
test_ah.Game(
Test(test_item("Alien Statue", test3, mod_unique.UniqueDeck))))
tester.run_test(
test_ah.Game(
Test(test_item("Ancient Tablet", test4, mod_unique.UniqueDeck))))
tester.run_test(
test_ah.Game(
Test(test_item("Cabala of Saboth", test5, mod_unique.UniqueDeck))))
tester.run_test(
test_ah.Game(
Test(test_item("Cultes des Goules", test6,
mod_unique.UniqueDeck))))
tester.run_test(
import mod_common
import mod_unique
from test_ah_items import *
def test1(test, name):
yield fun.and_(action_bound_item_named(name),
fun.matchclass(arkham.GameplayAction_Multiple))
yield fun.matchclass(arkham.GameplayAction_NormalCheckHook)
for die in 5, 5:
yield die
yield fun.matchclass(arkham.GameplayAction_IncurDamage)
yield fun.matchclass(arkham.GameplayAction_Stay)
yield fun.and_(action_bound_item_named(name),
fun.matchclass(arkham.GameplayAction_Multiple))
yield fun.matchclass(arkham.GameplayAction_NormalCheckHook)
for die in 5, 5:
yield die
yield fun.matchclass(arkham.GameplayAction_IncurDamage)
yield fun.matchclass(arkham.GameplayAction_Stay)
# check the item got dropped after two uses
for item in test.inv.wields_items():
assert item.name() != name
raise tester.EndTest(True)
if __name__ == "__main__":
tester.run_test(
test_ah.Game(
Test(test_item("Book of Dzyan", test1, mod_unique.UniqueDeck))))
import tester, sys
res = tester.run_test(input_file="cond.ecc",
uut_name="conditional",
inputs=[("x", 8)],
outputs=[("y", 8)],
is_clocked=False,
input_vectors=[[5], [127], [255]],
output_results=[[5], [127], [1]])
sys.exit(res)
yield fun.matchclass (arkham.GameplayAction_Fight)
yield fun.matchclass (arkham.GameplayAction_NormalCheckHook)
for roll in 5,: yield roll # pass horror check
for i in 1,2:
yield fun.matchclass (arkham.GameplayAction_Fight)
yield fun.matchclass (arkham.GameplayAction_NormalCheckHook)
for roll in 1,1,1: yield roll
yield fun.matchclass (arkham.GameplayAction_FailRoll)
yield fun.matchclass (arkham.GameplayAction_EndCauseHarmLoop)
yield fun.matchclass (arkham.GameplayAction_IncurDamage)
yield fun.matchclass (mod_ah.GameplayAction_Incapacitated)
assert self.inv.location ().attributes ().flag ("hospital")
raise tester.EndTest (True)
class Test2 (Test1):
def actions (self):
self.inv.health (arkham.health_sanity).reduce (3)
yield fun.matchclass (arkham.GameplayAction_Stay)
yield fun.matchclass (arkham.GameplayAction_DealWithMonster)
yield fun.matchclass (arkham.GameplayAction_Fight)
yield fun.matchclass (arkham.GameplayAction_NormalCheckHook)
for roll in 1,: yield roll # fail horror check
yield fun.matchclass (arkham.GameplayAction_FailRoll)
yield fun.matchclass (arkham.GameplayAction_IncurDamage)
yield fun.matchclass (mod_ah.GameplayAction_Incapacitated)
assert self.inv.location ().attributes ().flag ("asylum")
raise tester.EndTest (True)
tester.run_test (test_ah.Game (Test1 ()))
tester.run_test (test_ah.Game (Test2 ()))
yield 5 # pass horror check
yield fun.matchclass(arkham.GameplayAction_Fight)
yield fun.matchclass(arkham.GameplayAction_NormalCheckHook)
for die in roll:
yield die
yield fun.matchclass(arkham.GameplayAction_Stay)
raise tester.EndTest(True)
class Game1(tester.TestGame):
def __init__(self):
tester.TestGame.__init__(self, Test1())
return Game1()
tester.run_test(gen_test(arkham.family_physical, {}, 5, 5, 5))
tester.run_test(
gen_test(arkham.family_physical,
{arkham.monster_physical: arkham.reslev_resistance}, 5, 5))
tester.run_test(
gen_test(arkham.family_physical,
{arkham.monster_physical: arkham.reslev_immunity}, 5))
tester.run_test(gen_test(arkham.family_magical, {}, 5, 5, 5))
tester.run_test(
gen_test(arkham.family_magical,
{arkham.monster_physical: arkham.reslev_resistance}, 5, 5, 5))
tester.run_test(
gen_test(arkham.family_magical,
{arkham.monster_physical: arkham.reslev_immunity}, 5, 5, 5))
import mod_ah
import test_ah
import fun
import arkham
import mod_common
import mod_unique
from test_ah_items import *
def test1(test, name):
yield fun.and_(action_bound_item_named(name), fun.matchclass(arkham.GameplayAction_Multiple))
yield fun.matchclass(arkham.GameplayAction_NormalCheckHook)
for die in 5, 5:
yield die
yield fun.matchclass(arkham.GameplayAction_IncurDamage)
yield fun.matchclass(arkham.GameplayAction_Stay)
yield fun.and_(action_bound_item_named(name), fun.matchclass(arkham.GameplayAction_Multiple))
yield fun.matchclass(arkham.GameplayAction_NormalCheckHook)
for die in 5, 5:
yield die
yield fun.matchclass(arkham.GameplayAction_IncurDamage)
yield fun.matchclass(arkham.GameplayAction_Stay)
# check the item got dropped after two uses
for item in test.inv.wields_items():
assert item.name() != name
raise tester.EndTest(True)
if __name__ == "__main__":
tester.run_test(test_ah.Game(Test(test_item("Book of Dzyan", test1, mod_unique.UniqueDeck))))
class Test(tester.Controller):
def __init__(self, proto, aspect):
tester.Controller.__init__(self)
self.aspect = aspect
self.module = proto()
def setup_players(self, game):
self.inv, = self.use_investigators(game, ["\"Ashcan\" Pete"])
def add_modules(self, idx):
idx.add_module(self.module)
def actions(self):
x = self.module.heal_action_times()
y = self.module.expected_increment(x)
h = self.inv.health(self.aspect).cur()
for i in range(x):
for action in self.module.actions():
yield action
if y != _damage:
yield fun.matchclass(arkham.GameplayAction_IncurDamage)
assert self.inv.health(self.aspect).cur() == h - _damage + y
raise tester.EndTest(True)
tester.run_test(test_ah.Game(Test(ModuleProto1, arkham.health_stamina)))
tester.run_test(test_ah.Game(Test(ModuleProto2, arkham.health_sanity)))
tester.run_test(test_ah.Game(Test(ModuleProto3, arkham.health_stamina)))
tester.run_test(test_ah.Game(Test(ModuleProto4, arkham.health_stamina)))
tester.run_test(test_ah.Game(Test(ModuleProto5, arkham.health_stamina)))
class Test(tester.Controller):
def __init__(self, proto, aspect):
tester.Controller.__init__(self)
self.aspect = aspect
self.module = proto()
def setup_players(self, game):
self.inv, = self.use_investigators(game, ['"Ashcan" Pete'])
def add_modules(self, idx):
idx.add_module(self.module)
def actions(self):
x = self.module.heal_action_times()
y = self.module.expected_increment(x)
h = self.inv.health(self.aspect).cur()
for i in range(x):
for action in self.module.actions():
yield action
if y != _damage:
yield fun.matchclass(arkham.GameplayAction_IncurDamage)
assert self.inv.health(self.aspect).cur() == h - _damage + y
raise tester.EndTest(True)
tester.run_test(test_ah.Game(Test(ModuleProto1, arkham.health_stamina)))
tester.run_test(test_ah.Game(Test(ModuleProto2, arkham.health_sanity)))
tester.run_test(test_ah.Game(Test(ModuleProto3, arkham.health_stamina)))
tester.run_test(test_ah.Game(Test(ModuleProto4, arkham.health_stamina)))
tester.run_test(test_ah.Game(Test(ModuleProto5, arkham.health_stamina)))
import tester, sys
res = tester.run_test(input_file="adder.ecc",
uut_name="adder",
inputs=[("a", 8), ("b", 8)],
outputs=[("q", 8)],
is_clocked=False,
input_vectors=[[1, 1], [12, 15], [255, 1]],
output_results=[[2], [27], [0]])
sys.exit(res)
yield fun.matchclass (arkham.GameplayAction_Fight)
yield fun.matchclass (arkham.GameplayAction_NormalCheckHook)
yield 5 # pass horror check
yield fun.matchclass (arkham.GameplayAction_Fight)
yield fun.matchclass (arkham.GameplayAction_NormalCheckHook)
for die in roll: yield die
yield fun.matchclass (arkham.GameplayAction_Stay)
raise tester.EndTest (True)
class Game1 (tester.TestGame):
def __init__ (self):
tester.TestGame.__init__ (self, Test1 ())
return Game1 ()
tester.run_test (gen_test (arkham.family_physical, {}, 5, 5, 5))
tester.run_test (gen_test (arkham.family_physical, {arkham.monster_physical: arkham.reslev_resistance}, 5, 5))
tester.run_test (gen_test (arkham.family_physical, {arkham.monster_physical: arkham.reslev_immunity}, 5))
tester.run_test (gen_test (arkham.family_magical, {}, 5, 5, 5))
tester.run_test (gen_test (arkham.family_magical, {arkham.monster_physical: arkham.reslev_resistance}, 5, 5, 5))
tester.run_test (gen_test (arkham.family_magical, {arkham.monster_physical: arkham.reslev_immunity}, 5, 5, 5))
tester.run_test (gen_test (arkham.family_physical, {}, 5, 5, 5))
tester.run_test (gen_test (arkham.family_physical, {arkham.monster_magical: arkham.reslev_resistance}, 5, 5, 5))
tester.run_test (gen_test (arkham.family_physical, {arkham.monster_magical: arkham.reslev_immunity}, 5, 5, 5))
tester.run_test (gen_test (arkham.family_magical, {}, 5, 5, 5))
tester.run_test (gen_test (arkham.family_magical, {arkham.monster_magical: arkham.reslev_resistance}, 5, 5))
tester.run_test (gen_test (arkham.family_magical, {arkham.monster_magical: arkham.reslev_immunity}, 5))
yield fun.matchclass (arkham.GameplayAction_NormalCheckHook)
for y in [5] * (5 + (3 if undead else 0)): yield y
yield fun.matchclass (arkham.GameplayAction_Stay)
raise tester.EndTest (True)
return t
def test17 (test):
for y in fight_and_horror_check (5, 5): yield y
yield fun.matchclass (arkham.GameplayAction_Fight)
yield fun.matchclass (arkham.GameplayAction_NormalCheckHook)
for y in 1,1,1,1,1,1,1,1,6: yield y
yield fun.matchclass (arkham.GameplayAction_Stay)
raise tester.EndTest (True)
if __name__ == "__main__":
tester.run_test (test_ah.Game (Test (test_weapon ("Dynamite", test1))))
tester.run_test (test_ah.Game (Test (test_weapon ("Powder of Ibn-Ghazi", test2, mod_unique.UniqueDeck))))
tester.run_test (test_ah.Game (Test (test_weapon ("Silver Key", test3, mod_unique.UniqueDeck))))
tester.run_test (test_ah.Game (Test (test_weapon ("Warding Statue", test4, mod_unique.UniqueDeck))))
tester.run_test (test_ah.Game (Test (test_weapon ("Dread Curse of Azathoth", test5 (-2, +9), mod_spell.SpellDeck))))
tester.run_test (test_ah.Game (Test (test_weapon ("Bind Monster", test6 (1), mod_spell.SpellDeck, toughness=1))))
tester.run_test (test_ah.Game (Test (test_weapon ("Bind Monster", test6 (2), mod_spell.SpellDeck, toughness=2))))
tester.run_test (test_ah.Game (Test (test_weapon ("Bind Monster", test6 (3), mod_spell.SpellDeck, toughness=3))))
tester.run_test (test_ah.Game (Test (test_weapons (test7, [("Enchant Weapon", mod_spell.SpellDeck),
(".18 Derringer", mod_common.CommonDeck)],
{arkham.monster_physical: arkham.reslev_immunity}))))
tester.run_test (test_ah.Game (Test (test_weapon ("Mists of Releh", test8 (-1), mod_spell.SpellDeck, awareness=-1))))
tester.run_test (test_ah.Game (Test (test_weapon ("Mists of Releh", test8 (+1), mod_spell.SpellDeck, awareness=+1))))
# Test nighmarish/overwhelming.
tester.run_test (test_ah.Game (Test (test_weapon (".18 Derringer", test9 (1), mod_common.CommonDeck,