def __init__(self, persist=None):
'''Create a Authentication instance, and sees if you are currently in a
persistence environment or not.'''
if not persist:
self._persist = Persistence()
else:
self._persist = persist
def new(type):
"""Create a new game.
type -- The type of game (PvP, or type of AI.)
"""
white_player_id = 1 # str(uuid.uuid1())
black_player_id = 2 # str(uuid.uuid1())
board = Board()
persistence = Persistence(db)
game_id = persistence.save_new_game(white_player_id, black_player_id,
pickle.dumps(board))
resp = {
u'board': board.display_json(),
u'board_serialized': repr(board),
u'turn': board.turns_taken,
u'player': board.current_player,
u'game_id': game_id,
u'white_player': white_player_id,
u'black_player': black_player_id,
u'moves': board.display_previous_moves(),
u'winner': board.winner,
u'status_code': u'NEW_GAME',
u'status_message': u'New Game Created.',
}
return json.dumps(resp)
def run(self):
main_config = Config(self.main_config_file)
main_module = main_config.get_module()
if not main_module:
print "Error parsing main configuration file %s"\
% self.main_config_file
return False
modules_configs = self._get_modules_configs(self.modules_dir)
cron_manager = CronManager(main_module.executor,
main_module.crons_path,
main_module.crons_prefix)
persistence = Persistence(main_module.persistence_file)
# Identify new modules added
new_modules = presistence.filter_old(modules_configs)
old_modules = list(set(modules_configs) - set(new_modules))
# Clean persistence by deleting the modules removed
deleted_modules = persistence.clean(old_modules)
# For those deleted from the persistence, remove the cron
for module_config in deleted_modules:
config = Config(module_config)
module = config.get_module()
if module:
cron_manager.delete(module)
# Add new modules to persistence and load their crons
for module_config in new_modules:
config = Config(module_config)
module = config.get_module()
if module:
cron_manager.load(module)
persistence.store(module)
def new(type):
"""Create a new game.
type -- The type of game (PvP, or type of AI.)
"""
white_player_id = 1 # str(uuid.uuid1())
black_player_id = 2 # str(uuid.uuid1())
board = Board()
persistence = Persistence(db)
game_id = persistence.save_new_game(white_player_id, black_player_id, pickle.dumps(board))
resp = {
u'board': board.display_json(),
u'board_serialized': repr(board),
u'turn': board.turns_taken,
u'player': board.current_player,
u'game_id': game_id,
u'white_player': white_player_id,
u'black_player': black_player_id,
u'moves': board.display_previous_moves(),
u'winner': board.winner,
u'status_code': u'NEW_GAME',
u'status_message': u'New Game Created.',
}
return json.dumps(resp)
def test_persistence_init_fail(self):
test_persist = Persistence('foo')
with self.assertRaises(
OSError,
msg=
'Should throw OSError on trying to create two references to one shelve'
):
Persistence('foo')
def ensure_file(bot: Bot, persistence: Persistence, file_id: str) -> dict:
f_key = f"file:{file_id}"
file_data = persistence.get_last(f_key)
if file_data is None:
print(f"Retrieving file {file_id}")
file = bot.get_file(file_id=file_id)
file_data = file.to_dict()
persistence.add(f_key, file_data)
return file_data
def __init__(self):
# Persistence
super().__init__()
self.__current_jsons = defaultdict(dict)
if config["crawler"] == "xlsx":
self.__info_getter = XLSXCrawler()
elif config["crawler"] == "gspread":
self.__info_getter = GSpreadCrawler()
elif config["crawler"] == "gspread2":
self.__info_getter = GSpreadCrawler2()
self.persistence = Persistence()
def move_piece(game_id, from_, to_):
"""
"""
persistence = Persistence(db)
game = persistence.load_game(game_id)
if (game is not None):
try:
board = pickle.loads(game.board)
board.move_piece(from_, to_)
persistence.update_game(game_id, pickle.dumps(board), board.winner)
resp = {
u'board':
board.display_json(),
u'board_serialized':
repr(board),
u'turn':
board.turns_taken,
u'player':
board.current_player,
u'game_id':
game_id,
u'white_player':
game.white_player_id,
u'black_player':
game.black_player_id,
u'winner':
board.winner,
u'moves':
board.display_previous_moves(),
u'promotable_pieces':
[p.name for p in board.promotable_pieces()],
u'status_code':
u'UPDATED',
# TODO: Update to used previous_move property and {piece}
u'status_message':
u'Piece moved from {from_} to {to_}'.format(from_=from_,
to_=to_)
}
except IllegalMoveException:
#TODO: Prepare an error message
resp = {'board': None, 'turn': None, 'error': 'Invalid move'}
else:
#TODO: Prepare an error message
resp = {
'board': None,
'turn': None,
'error': 'Could not find chess game for current player.'
}
return json.dumps(resp)
def detail_report(id: int):
"""
Print a detailed report.
This will fetch a specific activity from the database, then provide a detailed
report for it.
"""
# Load the peak data.
db = Persistence()
if not (activity := db.load_by_id(id)):
print(f"Cannot find activity #{id}")
return
def detail_plot_report(id: int):
"""
Plot the result of an activity.
This will fetch a specific activity from the database, then plot its power
and heart rate data.
"""
# Load the peak data.
db = Persistence()
if not (activity := db.load_by_id(id)):
print(f"Cannot find activity #{id}")
return
def __init__(self, quizname, num_of_attempts):
'''This method initializes a new Quiz object with the basic
attributes, a name and the number of alloted attempts. This is
done by calling the Quiz class in structure.py, and giving it the
quizname and num_of-attempts attributes in this method. It then
creates a self.quiz variable that will be used to refer to the
quiz in further methods. As well, an instance of persistance is
created to store the quiz.
quizname: String
num_of_attempts: Int
'''
self.quiz = Quiz(quizname, num_of_attempts)
self.question_bank = QuestionBank()
self.persist = Persistence()
def delete_topic(id):
topic = Topic.query.filter_by(id=id).first()
if topic is not None:
if request.method == 'POST':
try:
devices = Device.query.with_parent(topic)
for device in devices:
print(topic.topic)
delete = Persistence().delete_device_topic(device,topic)
if not delete:
flash("Problems deleting topic from the device")
return render_template('topics/delete.html',device=device)
#Delete the database register
db.session.delete(topic)
db.session.commit()
flash("The topic was removed")
return redirect(url_for('topic.topic_index'))
except Exception as e:
print(e)
flash("DB Deleted Failed - %s".format(e))
else:
flash("Topic Not Found")
return render_template('topics/delete.html',topic=topic)
async def main():
bot = commands.Bot(command_prefix=commands.when_mentioned_or("?"), description="Another random discord bot")
with open('auth.json') as jf:
data = json.loads(jf.read())
bot.key_dis = data['discord']
bot.key_yt = data['youtube']
bot.key_azure = data['azure']
bot.resources = "resources/"
bot.get_images = utility.get_images
bot.db = Persistence()
bot.var = {}
@bot.event
async def on_ready():
for g in bot.guilds:
bot.var[g.id] = {}
print("rdy")
bot.add_cog(Cat(bot))
bot.add_cog(Image(bot))
#bot.add_cog(Filter(bot))
bot.add_cog(Various(bot))
bot.add_cog(Audio(bot))
bot.add_cog(Anime(bot))
try:
await bot.start(bot.key_dis)
except KeyboardInterrupt:
await bot.db.close()
await bot.logout()
def start_service():
config = CleanerConfig()
persistence = Persistence(config)
cherrypy.tree.mount(root=DBInstanceRestful(config, persistence),
script_name="/dbinstance")
cherrypy.tree.mount(root=DBReplicaRestful(config, persistence),
script_name="/dbreplica")
cherrypy.quickstart(None, "/")
def power_report():
"""
Print a power report.
This will fetch activities from the database, then:
- Find the maximum for each power peak (e.g., max 5 seconds, 30 seconds, etc).
- Print the activity data for each activity, sorted in date order with a break
between each week.
- Print the maximum we found for each power peak as a final summary.
"""
# Load the activity data.
db = Persistence()
if not (activities := db.load_all()):
print("No data to report on")
return
def get_gathered_set_names(persistence: Persistence):
sets = set()
for gs in persistence.list("gathered_stickers"):
if isinstance(gs, str):
gs = json.loads(gs)
set_name = gs.get("set_name")
if set_name:
sets.add(set_name)
return sets
def start_service():
persistence = Persistence()
cherrypy.tree.mount(root=UserController(persistence),
script_name="/user")
cherrypy.tree.mount(root=RewardUserController(persistence),
script_name="/reward")
root_conf = {'/': {'tools.staticdir.on': True,
'tools.staticdir.dir': '%s/static' % home_path(),
'tools.staticdir.index': 'lottery.html'}}
cherrypy.quickstart(None, "/", config=root_conf)
def move_piece(game_id, from_, to_):
"""
"""
persistence = Persistence(db)
game = persistence.load_game(game_id)
if (game is not None):
try:
board = pickle.loads(game.board)
board.move_piece(from_, to_)
persistence.update_game(game_id, pickle.dumps(board), board.winner)
resp = {
u'board': board.display_json(),
u'board_serialized': repr(board),
u'turn': board.turns_taken,
u'player': board.current_player,
u'game_id': game_id,
u'white_player': game.white_player_id,
u'black_player': game.black_player_id,
u'winner': board.winner,
u'moves': board.display_previous_moves(),
u'promotable_pieces': [p.name for p in board.promotable_pieces()],
u'status_code': u'UPDATED',
# TODO: Update to used previous_move property and {piece}
u'status_message': u'Piece moved from {from_} to {to_}'.format(from_=from_, to_=to_)
}
except IllegalMoveException:
#TODO: Prepare an error message
resp = {
'board': None,
'turn': None,
'error': 'Invalid move'
}
else:
#TODO: Prepare an error message
resp = {
'board': None,
'turn': None,
'error': 'Could not find chess game for current player.'
}
return json.dumps(resp)
def __init__(self, name, path, database_path):
#TODO: it is better if we override __new__ method in Project class instead of receive None args
if name != None and database_path != None: #new project called
if name[:-4] != '.nav':
name += '.nav'
self.name = name
self.path = path
self.database_path = database_path
self.adjacency_matrices = []
self.neighbourhood_matrices = []
self.analysis = []
self.state = 'new'
self.persistence = Persistence()
self.save_file('w')
self.bio_handler = BioHandler(database_path)
self.save_project()
else: #open project called
self.path = path
self.persistence = Persistence()
def __init__(self, name, path, database_path):
#TODO: it is better if we override __new__ method in Project class instead of receive None args
if name != None and database_path != None: #new project called
if name[:-4] != '.nav':
name += '.nav'
self.name = name
self.path = path
self.database_path = database_path
self.adjacency_matrices = []
self.neighbourhood_matrices = []
self.analysis = []
self.state = 'new'
self.persistence = Persistence()
self.save_file('w')
self.bio_handler = BioHandler(database_path)
self.save_project()
else: #open project called
self.path = path
self.persistence = Persistence()
def game(game_id):
""" Returns the chess board for the game specified"""
persistence = Persistence(db)
game = persistence.load_game(game_id)
board = pickle.loads(game.board)
resp = {
u'board': board.display_json(),
u'board_serialized': repr(board),
u'turn': board.turns_taken,
u'player': board.current_player,
u'game_id': game_id,
u'white_player': game.white_player_id,
u'black_player': game.black_player_id,
u'winner': board.winner,
u'moves': board.display_previous_moves(),
u'promotable_pieces': [p.name for p in board.promotable_pieces()]
}
return json.dumps(resp)
def game(game_id):
""" Returns the chess board for the game specified"""
persistence = Persistence(db)
game = persistence.load_game(game_id)
board = pickle.loads(game.board)
resp = {
u'board': board.display_json(),
u'board_serialized': repr(board),
u'turn': board.turns_taken,
u'player': board.current_player,
u'game_id': game_id,
u'white_player': game.white_player_id,
u'black_player': game.black_player_id,
u'winner': board.winner,
u'moves': board.display_previous_moves(),
u'promotable_pieces': [p.name for p in board.promotable_pieces()]
}
return json.dumps(resp)
class CovidUpdater(threading.Thread):
def __init__(self):
# Persistence
super().__init__()
self.__current_jsons = defaultdict(dict)
if config["crawler"] == "xlsx":
self.__info_getter = XLSXCrawler()
elif config["crawler"] == "gspread":
self.__info_getter = GSpreadCrawler()
elif config["crawler"] == "gspread2":
self.__info_getter = GSpreadCrawler2()
self.persistence = Persistence()
def update_all(self):
for table in SHEET_DATA.keys():
final_json = self.__info_getter.get_worksheet_data(table)
diff_result = dictdiffer.diff(self.__current_jsons[table],
final_json,
dot_notation=False)
list_diff_result = list(diff_result)
if len(list_diff_result) > 0:
self.__current_jsons[table] = final_json
with app.test_request_context():
update(list_diff_result)
logging.info(list_diff_result)
with open(os.path.join(CURRENT_DIR, 'data_' + table + '.json'),
'w') as outfile:
json.dump(final_json, outfile, indent=4)
self.persistence.insert(final_json)
with open(
os.path.join(CURRENT_DIR,
'last_update_' + table + '.json'),
'w') as outfile:
json.dump(list_diff_result, outfile, indent=4)
def run(self):
while (True):
logging.info("compute")
self.update_all()
time.sleep(30)
def update_items():
Cache.lock_items.acquire()
items_to_insert = []
items_to_edit = []
items_to_delete = []
for i in Cache.list_items.values():
aux = {'id': i.id, 'index': i.index, 'file_path': i.file_path, 'description': i.description}
if i.status == 1:
items_to_insert.append(aux)
elif i.status == 2:
items_to_edit.append(aux)
elif i.status == 3:
items_to_delete.append(aux)
Persistence.update_items(items_to_insert, items_to_edit, items_to_delete)
Cache.list_items.clear()
Cache.get_items_from_db()
Cache.lock_items.release()
def get_items_from_db():
Cache.lock_items.acquire()
try:
r = Persistence.get_items()
for i in range(len(r)):
new_item = Item(r[i]['description'], r[i]['file_path'], r [i]['index'], r[i]['id'], 0)
Cache.add_item(new_item.id, new_item)
except Exception as e:
print(str(e))
Cache.needs_update = False
Cache.lock_items.release()
class Manager(object):
def __init__(self):
self._user = None
self._persistence = Persistence()
@property
def user(self):
return self._user
def createUser(self, name, password):
self._user = User(name, password)
def save(self):
self._persistence.save(self._user)
def load(self):
try:
self._user = self._persistence.load()
except:
print 'No user existing.'
def __init__(self, passGrade: int, quiz: Quiz, questionSet: QuestionBank,
students: Class, weight: int):
'''
The method to initialize the class. Upon being initialized, it sets up the persistence
service, and grabs the quiz you'd like to edit, as well as the question set you'd like to access, and the class of students
who's quiz you're editing. It also initializes an empty list, changeLog, which is used in every method to provide a list of
'notes' of changes you've made so other professors or assistants can look at them and see recent changes.
passGrade: int
quiz : Quiz
questionSet: QuestionBank
students : Class
weight: int
'''
self.passGrade = 50
self.changeLog = []
self.weight = 5
self.persist = Persistence()
self.quiz = self.persist.retrieve(Quiz, quiz)
self.questionSet = self.persist.retrieve(QuestionBank, questionSet)
self.students = self.persist.retrieve(Class, students)
def promote_piece(game_id, piece_code):
persistence = Persistence(db)
game = persistence.load_game(game_id)
if (game is not None):
try:
board = pickle.loads(game.board)
piece = PieceFactory.create(piece_code)
board.promote_pawn(piece)
persistence.update_game(game_id, pickle.dumps(board), board.winner)
resp = {
u'board': board.display_json(),
u'turn': board.turns_taken,
u'player': board.current_player,
u'game_id': game_id,
u'white_player': game.white_player_id,
u'black_player': game.black_player_id,
u'winner': board.winner,
u'moves': board.display_previous_moves(),
u'promotable_pieces': [p.name for p in board.promotable_pieces()],
u'status_code': u'UPDATED',
# TODO: Update to used previous_move property and {piece}
u'status_message': u'Pawn promoted to {piece}'.format(piece=piece)
}
except IllegalMoveException:
#TODO: Prepare an error message
resp = {
'board': None,
'turn': None,
'error': 'Invalid move'
}
else:
#TODO: Prepare an error message
resp = {
'board': None,
'turn': None,
'error': 'Could not find chess game for current player.'
}
return json.dumps(resp)
def run(args):
logging.info('Starting bot')
config = BotConfig(args.config)
logging.info('Will use next config parameters:\n%s' % config)
global global_broker
global_broker = TransmissionBroker(config, Persistence(config.persistence_file))
global global_updater
global_updater = Updater(token=config.token)
dispatcher = global_updater.dispatcher
dispatcher.add_error_handler(telegram_error)
list_handler = CommandHandler('list', list_command)
dispatcher.add_handler(list_handler)
add_handler = CommandHandler('add', add_command)
dispatcher.add_handler(add_handler)
stop_handler = CommandHandler('stop', stop_command)
dispatcher.add_handler(stop_handler)
remove_handler = CommandHandler('remove', remove_command)
dispatcher.add_handler(remove_handler)
help_handler = CommandHandler('help', help_command)
dispatcher.add_handler(help_handler)
start_handler = CommandHandler('start', start_command)
dispatcher.add_handler(start_handler)
secret_handler = CommandHandler('secret', secret_command)
dispatcher.add_handler(secret_handler)
os_handler = CommandHandler('uname', os_command)
dispatcher.add_handler(os_handler)
unknown_handler = MessageHandler([Filters.command], help_command)
dispatcher.add_handler(unknown_handler)
global_updater.start_polling()
global global_error_exit
global_updater.is_idle = True
while global_updater.is_idle:
if global_error_exit:
global_updater.stop()
sys.exit(1)
time.sleep(0.1)
def __init__(self):
self.persistence = Persistence()
self.matrix_ctrl = MatrixController()
signal.signal(signal.SIGINT, self.sigint_handler)
self.sender = "*****@*****.**"
self.pwd = "weatherapp"
while True:
username = self.matrix_ctrl.get_username()
if username == MatrixController.USER_EXIT:
self.matrix_ctrl.exit()
break
pattern = self.matrix_ctrl.get_input_pattern()
pattern = self.pattern_to_string(pattern)
try:
self.user_logged = self.persistence.login(username, pattern)
except Exception as error:
self.matrix_ctrl.display_error(error)
else:
self.matrix_ctrl.display_success(self.user_logged)
self.record_weather()
def promote_piece(game_id, piece_code):
persistence = Persistence(db)
game = persistence.load_game(game_id)
if (game is not None):
try:
board = pickle.loads(game.board)
piece = PieceFactory.create(piece_code)
board.promote_pawn(piece)
persistence.update_game(game_id, pickle.dumps(board), board.winner)
resp = {
u'board': board.display_json(),
u'turn': board.turns_taken,
u'player': board.current_player,
u'game_id': game_id,
u'white_player': game.white_player_id,
u'black_player': game.black_player_id,
u'winner': board.winner,
u'moves': board.display_previous_moves(),
u'promotable_pieces':
[p.name for p in board.promotable_pieces()],
u'status_code': u'UPDATED',
# TODO: Update to used previous_move property and {piece}
u'status_message':
u'Pawn promoted to {piece}'.format(piece=piece)
}
except IllegalMoveException:
#TODO: Prepare an error message
resp = {'board': None, 'turn': None, 'error': 'Invalid move'}
else:
#TODO: Prepare an error message
resp = {
'board': None,
'turn': None,
'error': 'Could not find chess game for current player.'
}
return json.dumps(resp)
class PersistenceManager:
def __init__(self, path, log):
self.last_request = time.time() - CACHE_TIME
self.log = log
self.twitterAPI = TwitterAPI()
self.repository = Persistence(path, logging.getLogger(__name__))
self.repository.init_db()
def list(self):
if (time.time() - self.last_request) >= CACHE_TIME:
t = TwitterAPI()
active = t.get_active_tweets("#riverguard", "36.528580",
"-6.213026", RADIUS)["statuses"]
passive = t.get_passive_tweets("36.528580", "-6.213026",
RADIUS)["statuses"]
passive = t.extract_image_tweets(passive)[:15]
v = VisionAPI()
passive = v.tag_images(passive)
relevant_tags = ["waste", "algae", "fish", "water", "litter"]
passive = self.filter_non_relevant_tweets(passive, relevant_tags)
tweets = active + passive
self.log.info('getting tweets from twitter')
for tweet in tweets:
self.repository.create(tweet)
self.last_request = time.time()
return self.repository.list()
def filter_non_relevant_tweets(self, tweets, relevant_tags):
filtered_tweets = []
for tweet in tweets:
tags = [tag["Label"] for tag in tweet["tags"]]
if set(relevant_tags) & set(tags):
filtered_tweets.append(tweet)
return filtered_tweets
def start(self):
Persistence.load_from_disk(self.active_chain, self.utxo_set)
server = ThreadedTCPServer(
("0.0.0.0", Params.PORT_CURRENT),
TCPHandler,
self.active_chain,
self.side_branches,
self.orphan_blocks,
self.utxo_set,
self.mempool,
self.peerManager,
self.mine_interrupt,
self.ibd_done,
self.chain_lock,
self.peers_lock,
)
# This is a single server without initializing block download from other peers.
# So set ibd_done and let this listening server run.
self.ibd_done.set()
server.serve_forever()
def __init__(self, name, new=True):
self.players = {}
self.ladder_filename = name
self.file = Persistence(self.ladder_folder, self.ladder_filename,
self.ladder)
players = self.file.read()
# file not found or empty load some default data for testing
if not players and not new:
self.players['Ash'] = Player('Ash')
self.players['Matt'] = Player('Matt')
self.players['Mike'] = Player('Dan')
self.players['Dan'] = Player('Dan')
self.players['Emily'] = Player('Emily')
players = ['Ash', 'Matt', 'Mike', 'Dan', 'Emily']
self.save()
if players:
for player in players:
player_object = Player(player)
self.ladder.append(player_object)
self.players[player] = player_object
class TestPersistence(unittest.TestCase):
def setUp(self) -> None:
self.path = os.path.dirname(os.path.realpath(__file__))
self.name = "test_file"
self.persistence = Persistence(self.path, self.name)
def tearDown(self) -> None:
os.remove(self.persistence.path())
def test_exists(self) -> None:
self.assertTrue(self.persistence.exists())
def test_path(self) -> None:
expected = f"{self.path}/{self.name}.yaml"
actual = self.persistence.path()
self.assertEqual(expected, actual)
def test_reset(self) -> None:
with open(self.persistence.path(), "w") as f:
f.write("My best joke!")
self.persistence.reset()
with open(self.persistence.path(), "r") as f:
self.assertEqual("---", f.read())
def main():
# Collect command line arguments
# Expecting 4 input values:
# 1. Database server
# 2. Login
# 3. Password
# 4. Load Manager table id
adm_sp_value = ADMSharepointValue()
i = 1
for arg in sys.argv[1:]:
if i == 1:
adm_sp_value.database_server = arg
if i == 2:
adm_sp_value.login = arg
if i == 3:
adm_sp_value.password = arg
if i == 4:
adm_sp_value.load_manager_id = arg
i += 1
print(adm_sp_value)
# Step 1: Populate sharepoint details from ADM
persistence = Persistence(adm_sp_value)
sharepoint_value = persistence.fetch_sharepoint_attributes()
print(sharepoint_value)
if sharepoint_value is not None:
adm_sp_value.sharepoint_value = sharepoint_value
# Step 2: Populate load manager attributes
persistence.fetch_load_manager_attributes()
print(adm_sp_value)
# Step 3: Fetch active target report details
target_report_values = persistence.fetch_target_report_attributes()
print("Target Report Values: " + str(target_report_values))
adm_sp_value.target_report_values = target_report_values
# Step 4: Upload files to sharepoint.
__upload_target_reports(adm_sp_value)
def __init__(self):
self._user = None
self._persistence = Persistence()
def mine_forever():
logger.info(f'thread for mining is started....')
def broadcast_new_mined_block(block_to_broadcast):
peers = self.peerManager.getPeers()
for _peer in peers:
ret = Utils.send_to_peer(
Message(Actions.BlockRev, block_to_broadcast,
Params.PORT_CURRENT), _peer)
if ret == 1:
if _peer in peers:
with self.peers_lock:
#self.peerManager.remove(_peer)
self.peerManager.block(_peer)
elif ret != 0:
with self.peers_lock:
self.peerManager.addLog(_peer, 1)
else:
with self.peers_lock:
self.peerManager.addLog(_peer, 0)
while True:
try:
block = self.assemble_and_solve_block()
if block:
threading.Thread(
target=broadcast_new_mined_block,
args=(copy.deepcopy(block), )).start()
#ret_outside_chain = False
with self.chain_lock:
#chain_use_id = [str(number).split('.')[0] + '.' + str(number).split('.')[1][:5] for number in [random.random()]][0]
#logger.info(f'####### into chain_lock: {chain_use_id} of mine_forever')
chain_idx = TCPHandler.check_block_place(block, self.active_chain, self.utxo_set, \
self.mempool, self.side_branches)
ret_outside_lock = False
if chain_idx is not None and chain_idx >= 0:
ret_outside_lock = TCPHandler.do_connect_block_and_after(block, chain_idx, self.active_chain, \
self.side_branches, self.mempool, \
self.utxo_set, self.mine_interrupt)
#logger.info(f'####### out of chain_lock: {chain_use_id} of mine_forever')
if ret_outside_lock is True:
if len(self.active_chain.chain
) % Params.SAVE_PER_SIZE == 0 or len(
self.active_chain.chain) <= 5:
Persistence.save_to_disk(self.active_chain)
if chain_idx is not None and chain_idx >= 0:
pass
elif chain_idx is None:
logger.info(
f'mined already seen block {block.id}, just discard it and go'
)
elif chain_idx == -2:
logger.info(
f"mined an orphan block {block.id}, just discard it and go"
)
elif chain_idx == -1:
logger.info(
f'a mined block {block.id} but failed validation'
)
else:
logger.info(
f'unwanted result of check block place')
except:
pass
def initialize(self):
self.pers = Persistence.start(self.mongo_url).proxy()
def list_all_games():
persistence = Persistence(db)
game_summary = persistence.list_games(None)
return json.dumps(game_summary)
def list_games(player_id):
persistence = Persistence(db)
game_summary = persistence.list_games(player_id)
return json.dumps(game_summary)
parser.add_argument("--force", "-f", action='store_const', const=True, default=False,
help="if the update action is going to be forced")
parser.add_argument("--create-virtual-contest", "-v", nargs="*",
help="creates a virtual contest")
parser.add_argument("--title",
help="title of the contest to create")
parser.add_argument("--description",
help="description of the contest to create")
parser.add_argument("--start-date", default="15",
help="sets the contest start date in format '%s', if integer given start date is X minutes from now" % TIME_FORMAT)
parser.add_argument("--duration", type=int, default=300,
help="sets the contest duration")
args = parser.parse_args()
persistence = Persistence()
try:
if args.update_users is not None:
if "*" in args.update_users:
updateUsers([], args.top, args.force)
else:
updateUsers(args.update_users, args.top, args.force)
elif args.update_problems:
updateProblems(args.force)
elif args.update_contests is not None:
if "*" in args.update_contests:
updateContests([], args.force)
else:
updateContests(args.update_contests, args.force)
elif args.show_users is not None:
showUsers(args.show_users)
def __init__(self):
self._persistence = Persistence()
self._clients = list()
self._isConnected = False
class Project:
'''
name
description
path
database_path
database_date
Persistence 1
BioHandler 1
SimilarityMatrix 1
AdjacencyMatrix *
NeighbourhoodMatrix *
'''
def __init__(self, name, path, database_path):
#TODO: it is better if we override __new__ method in Project class instead of receive None args
if name != None and database_path != None: #new project called
if name[:-4] != '.nav':
name += '.nav'
self.name = name
self.path = path
self.database_path = database_path
self.adjacency_matrices = []
self.neighbourhood_matrices = []
self.analysis = []
self.state = 'new'
self.persistence = Persistence()
self.save_file('w')
self.bio_handler = BioHandler(database_path)
self.save_project()
else: #open project called
self.path = path
self.persistence = Persistence()
def save_file(self, mode):
return self.persistence.save_project_file(self, mode)
def save_project(self):
self.persistence.update_data(self)
def load_data(self):
return self.persistence.load_project_data(self)
def end(self):
self.persistence.update_data(self)
def get_sequences(self):
return self.bio_handler.get_sequences()
def get_adjacency_matrices(self):
adj_matrices = {}
for matrix in self.adjacency_matrices:
adj_matrices[matrix.threshold] = matrix
return adj_matrices
def get_neighbourhood_matrices(self):
nbh_matrices = {}
for matrix in self.neighbourhood_matrices:
nbh_matrices[matrix.threshold] = matrix
return nbh_matrices
def generate_adjacency_matrices(self, adj_matrix_gen):
if adj_matrix_gen:
for threshold in range(adj_matrix_gen['begin'], adj_matrix_gen['end'] + 1):
adj_matrix = AdjacencyMatrix(self.similarity_matrix, threshold)
adj = self.get_adjacency_matrix(adj_matrix.threshold)
if adj:
self.adjacency_matrices.remove(adj)
self.adjacency_matrices.append(adj_matrix)
def generate_neighbourhood_matrices(self, nbh_matrix_gen):
if nbh_matrix_gen:
for threshold in range(nbh_matrix_gen['begin'], nbh_matrix_gen['end'] + 1):
nbh_matrix = NeighbourhoodMatrix(self.similarity_matrix, threshold)
if nbh_matrix_gen['rearrange']:
#TODO
#pass matrix and call minener
#receive new matrix and list with new order
#call method to rearrange nbh_matrix
pass
nbh = self.get_neighbourhood_matrix(nbh_matrix.threshold)
if nbh:
self.neighbourhood_matrices.remove(nbh)
self.neighbourhood_matrices.append(nbh_matrix)
def get_adjacency_matrix(self, threshold):
for matrix in self.adjacency_matrices:
if matrix.threshold == threshold:
return matrix
return None
def get_neighbourhood_matrix(self, threshold):
for matrix in self.neighbourhood_matrices:
if matrix.threshold == threshold:
return matrix
return None
def analyse_thresholds(self, analysis_type):
if analysis_type == 'distance':
th_analysis = Distance()
distance_data = None
if len(self.neighbourhood_matrices) == 101:
distance_data = th_analysis.do_analysis(self.similarity_matrix, self.neighbourhood_matrices)
self.analysis.append(th_analysis)
else:
print len(self.neighbourhood_matrices)
self.state = 'threshold'
return distance_data
def get_clustering_analysis(self, threshold):
for analysis in self.analysis:
if isinstance(analysis, Clustering) and analysis.threshold == threshold:
return analysis
return None
def clusterize(self, threshold, method):
if method == 'newmangirvan':
clus_analysis = NewmanGirvan()
nbh_matrix = self.get_neighbourhood_matrix(threshold)
clus_analysis.clusterize(nbh_matrix)
old_clus_analysis = self.get_clustering_analysis(threshold)
if old_clus_analysis:
self.analysis.remove(old_clus_analysis)
self.analysis.append(clus_analysis)
def generate_similarities(self, sequences):
self.similarity_matrix = self.bio_handler.generate_similarities(sequences)
self.state = 'similarity_matrix'
return True
class Manager(object):
def __init__(self):
self._persistence = Persistence()
self._clients = list()
self._isConnected = False
def auth(self):
if self._isConnected is True:
print 'FOP 100 - OK'
return 1
else:
print 'FOP 200 - Unauthorized'
return 0
def createAccount(self, id, name, password):
if self.auth():
account = Account(id)
client = Client(name, account, password)
self._clients.append(client)
return client
def connectAccount(self, id, password):
for c in self._clients:
if c.id == id:
if c.password == password:
self._isConnected = True
print 'FOP 100 - OK'
return c
else:
print 'FOP 200 - Unauthorized'
return None
def lookForClientByID(self, id):
if self.auth():
for c in self._clients:
if c.id == id:
print 'FOP 100 - OK'
return c
return None
def lookForClientByName(self, name):
if self.auth():
for c in self._clients:
if c.name == name:
print 'FOP 100 - OK'
return c
return None
def removeClient(self, name):
if self.auth():
c = self.lookForClientByName(name)
self._clients.remove(c)
def removeClient(self, id):
if self.auth():
c = self.lookForClientByID(id)
self._clients.remove(c)
def listClients(self):
if self.auth():
for c in self._clients:
print c.toDict()
def genReport(self):
if self.auth():
reports = list()
for c in self._clients:
reports.append(c.genReport())
return reports
def save(self):
self._persistence.save(self._clients)
def refresh(self):
self._persistence = Persistence()
self.load()
def load(self):
try:
self._clients = self._persistence.load()
except:
print 'No clients existing.'
print 'Please define a starting account.'
id = int(raw_input("Please enter an ID: "))
name = str(raw_input("Please enter a name: "))
password = str(raw_input("Please enter a password: "******"Account created."
def refresh(self):
self._persistence = Persistence()
self.load()