def throw_away_card(self, game_id: str, player_name: str, card_idx: int):
# check if game exists + status
if not self.__does_game_exist(game_id):
# todo exception type
raise Exception("requested game doesn't exist")
if self.__get_game_status(game_id) == "created":
# todo exception type
raise Exception(
"game has not started - waiting for the second player")
# assign it to variable
curr_game = self.__games[game_id]
player = curr_game.get_player_by_name(player_name)
card_name = player.hand[card_idx]
if curr_game.game_status != player_name:
# todo exception type
raise Exception("it is not " + player_name + "\'s turn")
# save state to database
game_status, player_1_status, player_2_status = curr_game.get_state()
state = State(game_id, game_status, player_1_status, player_2_status,
1, card_name)
self.add_turn(state)
# throw away card
curr_game.last_played_card = [player.hand[card_idx], 'thrown_away']
player.hand[card_idx] = generate_card()
curr_game.change_turn()
def setUp(self):
self.db = Database(db_num=15)
self.r = self.db.redis
self.r.flushall()
self.state = State(self.db)
self.state.modify_balance(PUB_KEY_X_FOR_KNOWN_SE, 20)
def __init__(self, root: SimpleBlock, db: Database, p2p: Network):
self._db = db
self._p2p = p2p
self.root = root
self._state = State(self._db)
self._orphans = Orphanage(self._db)
self.current_node_hashes = RedisSet(db, 'all_nodes')
self._block_index = RedisHashMap(db, 'block_index', int, SimpleBlock)
self._block_heights = RedisHashMap(db, 'block_heights', int, int)
self._heights = RedisHashMap(db, 'heights', int)
self._initialized = RedisFlag(db, 'initialized')
self.head = self._get_top_block()
self._seeker = Seeker(
self, self._p2p
) # format: (total_work, block_hash) - get early blocks first
self.currently_seeking = set()
# todo: temp till primary chain is done in redis so queries are quick
self._primary_chain = PrimaryChain(self._db, 'primary_chain')
if not self._initialized.is_true:
self._first_initialize()
self._initialized.set_true()
def test_api(self):
scope = ['https://spreadsheets.google.com/feeds']
credentials = ServiceAccountCredentials.from_json_keyfile_name(
'client-secret.json', scope)
sh = gspread.authorize(credentials).open_by_key(
'1SjJG2RzITf8qAmYDU9RFnWVaMP9912y8KfbuJe8th-c')
work_sheets = sh.worksheets()
assert len(work_sheets) == 14
country_id = str(uuid.uuid4().hex)
for ws_count, worksheet in enumerate(sh.worksheets()):
# TODO write State By Country Here
state_name = MockConfig().getStateName(worksheet.title)
state_id = str(uuid.uuid4().hex)
state = State(id=state_id,
object_id=state_id,
country_id=str(country_id),
name_mm_uni=str(state_name),
name_mm_zawgyi=Rabbit.uni2zg(state_name))
cal_day_list = worksheet.col_values(1)
hij_day_list = worksheet.col_values(2)
sehri_time_list = worksheet.col_values(3)
iftari_time_list = worksheet.col_values(4)
for i, (cal_day, hij_day, seh_time, iftar_time) in enumerate(
zip(cal_day_list, hij_day_list, sehri_time_list,
iftari_time_list)):
if i is not 0:
article_id = str(uuid.uuid4().hex)
article = Day(
id=article_id,
object_id=article_id,
country_id=str(country_id),
state_id=str(state.object_id),
day=i,
day_mm=str(MockConfig().get_mm_num(i)),
sehri_time=str(seh_time) + " am",
sehri_time_desc="Sehri",
sehri_time_desc_mm_zawgyi=Rabbit.uni2zg("ဝါချည်ချိန်"),
sehri_time_desc_mm_uni="ဝါချည်ချိန်",
iftari_time=str(iftar_time) + " pm",
dua_mm_uni=MockConfig().daily_dua(i)["dua_mm"],
dua_mm_zawgyi=Rabbit.uni2zg(
MockConfig().daily_dua(i)["dua_mm"]),
dua_ar=MockConfig().daily_dua(i)["dua_ar"],
dua_en=MockConfig().daily_dua(i)["dua_en"],
iftari_time_desc="Iftari",
iftari_time_desc_mm_zawgyi=Rabbit.uni2zg("ဝါဖြေချိန်"),
iftari_time_desc_mm_uni="ဝါဖြေချိန်")
def play_card(self, game_id: str, player_name: str, card_idx: int):
# check if game exists + status
if not self.__does_game_exist(game_id):
# todo exception type
raise Exception("requested game doesn't exist")
if self.__get_game_status(game_id) == "created":
# todo exception type
raise Exception(
"game has not started - waiting for the second player")
# assign it to variable
curr_game = self.__games[game_id]
player = curr_game.get_player_by_name(player_name)
card_name = player.hand[card_idx]
card = CARD_DEFINITIONS[card_name]
# check if its his turn
if curr_game.game_status != player_name:
# todo exception type
raise Exception("it is not " + player_name + "\'s turn")
# check if player has material to play the card
if not curr_game.can_player_play_card(player_name, card):
# todo exception type
raise Exception("player cannot afford such card")
# save state to database
game_status, player_1_status, player_2_status = curr_game.get_state()
state = State(game_id, game_status, player_1_status, player_2_status,
0, card_name)
self.add_turn(state)
# play card
curr_game.last_played_card = [player.hand[card_idx], 'played']
if card_name == "zlodej":
curr_game.play_zlodej()
else:
curr_game.play_card(card)
curr_game.change_turn()
player.hand[card_idx] = generate_card()
# checking end of game
over = curr_game.is_over()
if over:
return over
else:
return False
#Вывод данных
data = Session.query(Sight)
for row in data:
print("\"{}\" год: {} Область: {} Страна: {}".format(
row.name, row.year, row.state.name, row.state.country.name))
if __name__ == '__main__':
print("Вывод достопримечательностей\n")
printSights()
#Добавление данных
Russia = Session.query(Country).filter(Country.name == "Россия").one()
Volgograd = State("Волгоградсткая Область", Russia)
Session.add(Volgograd)
Session.commit()
newSigt = Sight(
"Родина-Мать", 1967,
"Lorem ipsum dolor sit amet, consectetur adipisicing elit. Assumenda velit quis, ex iusto, nam molestias dolore quia asperiores alias obcaecati maiores consequatur qui porro natus totam commodi earum, odio itaque.",
Volgograd)
Session.add(newSigt)
Session.commit()
print()
print("Добавлены данные\nДостопримечательность: Родина-Мать")
printSights()
#Каскадное удаление данных
USA = Session.query(Country).filter(Country.name == "США").one()
Session.delete(USA)