def finish_auction(self):
# Refund
if len(self.bids) == 0:
if self.auction.seller != SELLER:
self.give_item(self.seller)
return True
# Buyer
if not self.auction.is_buy_now or self.auction.buyer_id == 0:
bid = self.bids[0]
self.buyer = Engine(DummyRequest(bid.buyer.id))
self.buyer.start()
self.buyer.user.profile.earn('cash', bid.max_price - bid.price)
bid.is_refunded = True
bid.save()
else:
self.buyer = Engine(DummyRequest(self.auction.buyer_id))
self.buyer.start()
self.give_item(self.buyer)
# Seller
if not self.auction.is_buy_now or self.auction.buyer_id == 0:
price = self.auction.current_price
self.seller.user.profile.earn('cash', self.auction.current_price)
else:
price = self.auction.buy_it_now_price
self.seller.user.profile.earn('cash', self.auction.buy_it_now_price)
self.seller.notify.add(type='auction', key='income', value=price, date=None)
self.buyer.notify.add(type='auction', key='outcome', value=price, date=None)
self.seller.notify.add(type='auction', key='transaction', value=1, date=None)
self.buyer.notify.add(type='auction', key='transaction', value=1, date=None)
if len(self.bids) == 1: return True
if not self.auction.is_buy_now or self.auction.buyer_id == 0:
self.bids = self.bids[1:]
for bid in self.bids:
if bid.is_refunded == True: continue
profile = UserProfile.objects.get_by_id(bid.buyer.id)
profile.earn('cash', bid.max_price)
bid.is_refunded = True
bid.save()
def test_click_bomb():
e = Engine(10, 10, 10)
for i in range(10):
for j in range(10):
if not e.check_location(i, j):
return
assert False, "Clicking bomb spaces did not return false."
def main():
# Init first "game" on screen
print("Start")
game = games.Home()
# Check if running on pi
try:
import RPi.GwwPIO as gpio
from display.stripDisplay import StripDisplay
display = StripDisplay()
except (ImportError, RuntimeError):
from display.pygamePixelDisplay import PygamePixelDisplay
display = PygamePixelDisplay(caption="PiTable Emulator",
gridSize=[16, 16],
width=1000,
height=1000,
space=2)
screensaver = games.Anim()
# Init Engine
engine = Engine(game, screensaver, display)
engine.init()
engine.run()
def test_longer_runs_are_better(self):
e = Engine(
'CoinPoker', 1,
{
1: {'name': 'joe', 'balance': 1000, 'status': 1},
2: {'name': 'jane', 'balance': 1000, 'status': 1},
},
50, 100, 0,
)
e.available_actions()
mc = MonteCarlo(e, 1)
mc.run(10)
assert len(mc.current_actions) > 0
total_traversions = sum(a[2] for a in mc.current_actions)
assert total_traversions > 1, 'Must have traversed something!'
total_traversions_batches = 0
for n in range(1, 11):
mc = MonteCarlo(e, 1)
mc.run(1)
assert len(mc.current_actions) > 0
total_traversions_batches += sum(a[2] for a in mc.current_actions)
assert total_traversions_batches > 1, 'Must have traversed something!'
assert total_traversions > total_traversions_batches
def __init__(self):
# Create the main app Log file
log.basicConfig(filename="MeoTech.log",
level=log.DEBUG,
format="%(asctime)s %(levelname)s: %(message)s",
datafmt="%d-%m-%Y %H:%M:%S")
# Init Panda
ShowBase.__init__(self)
# Init Engine
self.engine = Engine(self)
# Init Game
self.game = Game(self)
# Debug stuff
wantDebug = True
if wantDebug:
self.engine.showBulletDebug()
print " "
print "Panda Render.ls()"
print "--------------------------------------------------------"
print render.ls()
print "--------------------------------------------------------"
def test_toggle_flag():
e = Engine(10, 10, 10)
orig_space = e.get_display_board()[0, 0]
e.toggle_flag(0, 0)
assert e.get_display_board()[0, 0] == Spaces.FLAG
e.toggle_flag(0, 0)
assert e.get_display_board()[0, 0] == orig_space
def __init__(self):
welcome("Server")
config.arguments = Arguments()
config.file_manager = File_Manager(dir=config.arguments.destination)
config.graphical_user_interface = GUI()
config.engine = Engine(self)
fps_counter = FPS_extractor()
data_acquisition = DAQ_extractor(config.file_manager.new_folderpath)
extractors = [fps_counter, data_acquisition]
config.engine.load_extractors(extractors)
try:
print("Initiating tracking via {}".format(
config.arguments.importer))
import_command = "from importers.{} import Importer".format(
config.arguments.importer)
exec(import_command, globals())
except Exception as e:
print("Invalid importer selected.\n", e)
config.importer = Importer()
config.importer.start()
config.importer.route()
def load_game(file_path,
is_save,
scr_wd=80,
scr_ht=40,
fov_mode=False,
debug=False):
with open(file_path, 'r', encoding='utf-8') as file:
data = json.load(file)
if is_save:
engine = Serializer.deserialize_engine(data)
else:
engine = Engine(screen_width=scr_wd,
screen_height=scr_ht,
fov_mode=fov_mode,
debug=debug)
engine.map.walls = []
engine.map.free_all_cells()
for x, y in data['coords']:
new_wall = Wall(x, y, 1, 1)
engine.map.walls.append(new_wall)
engine.map.cells[y][x].block()
engine.player = EngineInitializer.init_player(
engine, engine.load_type)
engine.mobs = EngineInitializer.init_entities(
engine, engine.load_type)
return engine
def __init__(self):
welcome("Server")
arguments = Arguments()
file_manager = File_Manager(dir=arguments.destination)
print(arguments.video)
graphical_user_interface = GUI()
ENGINE = Engine(self, graphical_user_interface, file_manager,
arguments)
fps_counter = FPS_extractor()
data_acquisition = DAQ_extractor(file_manager.new_folderpath)
extractors = [fps_counter, data_acquisition]
ENGINE.load_extractors(extractors)
try:
print("Initiating tracking via {}".format(arguments.importer))
import_command = "from importers.{} import Importer".format(
arguments.importer)
exec(import_command, globals())
except Exception as e:
print("Invalid importer selected.\n", e)
importer = Importer(ENGINE)
importer.route()
def main(library_file: str, scenario_file: str, query_file: str = None):
domain_desc = parsing.domain_description.parse_file(library_file)
print('Parsed domain description:')
for statement in domain_desc.statements:
print(statement)
scenario = parsing.scenario.parse_file(scenario_file)
print('Parsed scenario:')
for statement in scenario.observations:
print(statement)
for statement in scenario.action_occurrences:
print(statement)
queries = parsing.query.parse_file(query_file)
print('Parsed queries:')
for statement in queries:
print(statement)
engine = Engine()
if len(queries) == 0:
print("The library and the scenario are valid.")
if engine.run(scenario=scenario, domain_desc=domain_desc):
print('After the engine ran We found', len(engine.models), 'models')
i = 0
for model in engine.models:
print('Final model:', i, '\n', model)
print('Action history for model', i, 'is:', model.action_history)
i += 1
if len(engine.models) != 0:
for query in queries:
print('Query:', query, 'was evaluated to:', query.validate(engine.models, scenario))
else:
for query in queries:
print('Query:', query, 'was evaluated to:', query.validate(engine.models, scenario))
def test_player_stats(self):
e = Engine(
'CoinPoker',
1,
{
1: {
'name': 'joe',
'balance': 1000,
'status': 1
},
2: {
'name': 'jane',
'balance': 1000,
'status': 1
},
},
50,
100,
0,
)
e.available_actions()
stats = ES.player_stats(e, e.s)
assert 'actions' in stats
assert len(stats['actions']) >= 4
assert 0 < stats['hs'] < 100
def autopilot_mode():
print("Autopilot mode has been activated.")
configuration_parser.read('./config/configuration.txt')
configuration = configuration_parser['Files']
counter = read_actions(configuration)
engine = Engine(configuration, counter, actions)
engine.execute()
def launch_engine():
if request.method == 'POST' and check_request(request.json):
url = request.json['url']
username = request.json['username']
password = request.json['password']
location = request.json['location']
text = ScraperManager().get_text_content(url)
# if the scrap is too long
if text is None:
return json.dumps({'send': False, 'error': 'scrap'})
engine = Engine(text=text,
username=username,
password=password,
location=location)
data = engine.run()
if data is not None:
return json.dumps({
'send': True,
'success': True,
'text': data.get('text'),
'pure': data.get('pure'),
'yago': data.get('yago')
})
return json.dumps({'send': True, 'success': False})
return json.dumps({'send': False, 'error': 'error'})
def test_click_safe():
b1 = np.array([[Spaces.BOMB, Spaces.UNKNOWN], [Spaces.BOMB, Spaces.BOMB]])
e = Engine(10, 10, 1)
e._board = b1
e._width = 2
e._height = 2
e._first_move = True
e.check_location(0, 1)
assert e.get_real_board()[0, 0] == Spaces.BOMB
assert e.get_real_board()[1, 0] == Spaces.BOMB
assert e.get_real_board()[1, 1] == Spaces.BOMB
assert e.get_real_board()[0, 1] == Spaces.THREE
b2 = np.array([[Spaces.UNKNOWN, Spaces.UNKNOWN, Spaces.BOMB],
[Spaces.UNKNOWN, Spaces.UNKNOWN, Spaces.BOMB],
[Spaces.UNKNOWN, Spaces.UNKNOWN, Spaces.BOMB]])
e._board = b2
e._width = 3
e._height = 3
e._first_move = True
e.check_location(0, 0)
assert e.get_real_board()[0, 0] == Spaces.ZERO
assert e.get_real_board()[0, 1] == Spaces.TWO
assert e.get_real_board()[0, 2] == Spaces.BOMB
assert e.get_real_board()[1, 0] == Spaces.ZERO
assert e.get_real_board()[1, 1] == Spaces.THREE
assert e.get_real_board()[1, 2] == Spaces.BOMB
assert e.get_real_board()[2, 0] == Spaces.ZERO
assert e.get_real_board()[2, 1] == Spaces.TWO
assert e.get_real_board()[2, 2] == Spaces.BOMB
def test_click_flag():
e = Engine(10, 10, 1)
orig_space = e.get_display_board()[0, 0]
e.toggle_flag(0, 0)
assert e.get_display_board()[0, 0] == Spaces.FLAG
e.check_location(0, 0)
assert e.get_display_board()[0, 0] == orig_space
def test_three_initial_model_case(self):
scenario = parsing.scenario.parse_file(
"../test_models/three_initial_model_case_scenario.txt")
domain = parsing.domain_description.parse_file(
"../test_models/three_initial_model_case_domain.txt")
engine = Engine()
engine.run(scenario, domain)
self.assertEqual(3, len(engine.models))
def test_model_destruction_observation_case(self):
scenario = parsing.scenario.parse_file(
"../test_models/model_destruction_observation_case_scenario.txt")
domain = parsing.domain_description.parse_file(
"../test_models/model_destruction_observation_case_domain.txt")
engine = Engine()
engine.run(scenario, domain)
self.assertEqual(0, len(engine.models))
def parse_and_export():
engine = Engine()
c = engine.get_all_collectors()
logging.debug("Engine_invoker: parsing data")
engine.parse_all_collectors_data()
logging.debug("Engine_invoker: exporting data")
engine.export('/root/Desktop/')
logging.debug("Engine_invoker: Complete. Exiting")
def test_model_impossible_condition_case(self):
scenario = parsing.scenario.parse_file(
"../test_models/model_impossible_condition_case_scenario.txt")
domain = parsing.domain_description.parse_file(
"../test_models/model_impossible_condition_case_domain.txt")
engine = Engine()
engine.run(scenario, domain)
self.assertEqual(1, len(engine.models))
def main(clean_directory="resources/clean_data"):
initial_time = time.time()
clean_files = [
f for f in listdir(clean_directory)
if isfile(join(clean_directory, f)) and "2" in f
]
for file in clean_files:
results = []
print(f"processing {file} file")
dataset = Dataset(f"{clean_directory}/{file}")
data_points = dataset.get_data()
count = 1
for data_point in data_points:
start = time.time()
print(f"\tlooking at {count}:{len(data_points)}")
chess_engine = Engine(data_point.board,
data_point.color,
depth=data_point.mate_in * 2,
algorithm="alpha-beta")
result_moves = chess_engine.find_next_move()
moves_to_mate = len(result_moves) // 2 + 1
duration = (time.time() - start)
print(
f"\t\tfound mate in {moves_to_mate} moves; expecting {data_point.mate_in} in {duration} seconds"
)
result_moves_string = [str(move) for move in result_moves]
results.append(
(data_point.board.fen(), "->".join(result_moves_string),
moves_to_mate, data_point.mate_in, duration))
count += 1
# if count > 10:
# break
output_name = file.split("/")[-1].split(".")[0]
output_path = f"resources/results/{output_name}_results.csv"
print(f"downloading results to {output_path}")
with open(output_path, "w") as f:
f.write(
"fen,sequence_of_moves,found_mate,best_mate,difference,compute_duration\n"
)
for result in results:
f.write(
f"{result[0]},{result[1]},{result[2]},{result[3]},{int(result[3]) - result[2]},{result[4]}\n"
)
print("_" * 80)
print(f"total time: {(time.time() - initial_time)/60} minutes")
def parse(self):
if(os.name == "nt"):
subprocess.Popen([self.script_file, self.click_dir, self.parsed_folder], cwd=os.path.dirname(os.path.realpath(__file__)))
else:
e = Engine()
e.incNumParsersRunning()
s = subprocess.Popen([self.script_file, self.click_dir, self.parsed_folder],shell=False)
(out, err) = s.communicate()
e.decNumParsersRunning()
def test_display_board():
b1 = np.array([[Spaces.BOMB, Spaces.UNKNOWN], [Spaces.BOMB, Spaces.BOMB]])
e = Engine(10, 10, 10)
e._board = b1
dboard = e.get_display_board()
assert dboard[0, 0] == Spaces.UNKNOWN
assert dboard[0, 1] == Spaces.UNKNOWN
assert dboard[1, 0] == Spaces.UNKNOWN
assert dboard[1, 1] == Spaces.UNKNOWN
def setUp(self):
self.controller_1 = ManualController(0)
self.controller_2 = ManualController(1)
self.user_1 = User(0, self.controller_1)
self.user_2 = User(1, self.controller_2)
self.engine = Engine()
self.engine.add_user(self.user_1)
self.engine.add_user(self.user_2)
self.engine.deck = Deck(shuffle=False, is_small=False)
def starter(default_screen=True, fov_mode=False, debug=False):
scr_wd, scr_ht = 80, 40
if not default_screen:
scr_wd = int(input("Please, input the screen width: "))
scr_ht = int(input("Please, input the screen height: "))
if os.path.isfile('media/GAME_SAVE.json'):
new_or_save = str(
input(
'Load save game - print 2, load SD-map - print 1, new game - 0: '
))
if new_or_save == '2':
return Serializer.load_game('media/GAME_SAVE.json',
is_save=True,
scr_wd=scr_wd,
scr_ht=scr_ht,
fov_mode=fov_mode,
debug=debug)
elif new_or_save == '1':
return Serializer.load_game('media/SD_MAP.json',
is_save=False,
scr_wd=scr_wd,
scr_ht=scr_ht,
fov_mode=fov_mode,
debug=debug)
return Engine(screen_width=scr_wd,
screen_height=scr_ht,
fov_mode=fov_mode,
debug=debug)
new_or_load = str(input('Load SD-map - print 1, new game - 0: '))
if new_or_load == '1':
return Serializer.load_game('media/SD_MAP.json',
is_save=False,
scr_wd=scr_wd,
scr_ht=scr_ht,
fov_mode=fov_mode,
debug=debug)
return Engine(screen_width=scr_wd,
screen_height=scr_ht,
fov_mode=fov_mode,
debug=debug)
def test_showdown_hs(self):
e = Engine(
'CoinPoker',
1,
{
1: {
'name': 'joe',
'balance': 1000,
'status': 1
},
2: {
'name': 'joe',
'balance': 1000,
'status': 1
},
},
50,
100,
0,
)
e.available_actions()
# p1
e.do(['r', 100])
e.available_actions()
# p2
e.do(['c'])
e.available_actions()
# p2
e.do(['k'])
e.available_actions()
# p1
e.do(['b', 200])
e.available_actions()
# p2 has:
# preflop_1 = l
# preflop_2 = c
# flop_1 = k
hs = ES.showdown_hs(e, e.s, percentile=50)
assert hs is not None
assert 0 < hs < 1
hs2 = ES.showdown_hs(e, e.s, percentile=10)
assert hs2 < hs
hs3 = ES.showdown_hs(e, e.s, percentile=90)
assert hs3 > hs
res = ES.showdown_hs(e, e.s, 200)
hits = res.hits.hits
assert len(hits) == 200
assert hits[0]['_score'] > 4
assert hits[-1]['_score'] > 0
def __init__(self, table):
'''
Create an engine for this game
monte carlo will use the engine instances for iterations
Game will only keep track of this current game
First get actions from engine, then the repr
'''
self.engine = Engine(table.site_name, table.button, table.players, table.sb, table.bb)
self.history = {}
self.cursor = 0
def __init__(self):
self.preprocess = PreProcessing()
self.engine = Engine()
# model
model = self.engine.nn_train_fit()
test_data = self.preprocess.get_test_data()
prediction = model.predict(test_data)
print(prediction)
self.save_submit(prediction)
def start_threads():
global frozen
if not frozen:
return 'Already running'
frozen = False
for i in range(1):
e = Engine(event=event, tid=i)
e.start()
threads.append(e)
return 'Started'
def _generate_one_scenerio(self):
self._games += 1
if self._games % 1000 == 0:
print('{:,} complete'.format(self._games))
self._engine = Engine(12, 12, 30)
first_move = np.floor(
np.multiply(np.random.rand(1, 2), np.array([[10,
10]]))).astype(int)[0]
self._engine.check_location(first_move[0], first_move[1])
daters = [self._get_next_data(self._engine) for i in range(10)]
return daters
def execute_tshark_stop():
logging.getLogger().setLevel(logging.DEBUG)
logging.debug('Stopping Program')
logging.debug("Engine_invoker: getting engine instance")
engine = Engine()
logging.debug("Engine_invoker: invoking print_collector_names")
engine.print_collector_names()
logging.debug("Engine_invoker: obtaining tshark collector")
c = engine.get_collector("tshark")
logging.debug("Engine_invoker: stopping collector")
engine.stop_collector(c)
