def __start_work(self, quest_name, timestamp):
assert_person(quest_name in self.quests,
f'quest named {quest_name} not found')
assert_person(self.quests[quest_name]['start_timestamp'] is None,
f'quest named {quest_name} is already started')
quest = self.quests[quest_name]
# проверить, что указанное время старта равно или позже последнего лога по этому квесту
logs_obj = Logs(self.logs_path)
logs = logs_obj.get_logs(select=['timestamp'],
where=f'quest_id="{quest["id"]}" AND action="log_work"')
if logs:
last_log_timestamp = logs[-1][0]
last_log_timestamp = parse_timestamp(last_log_timestamp)
assert_person(last_log_timestamp <= timestamp,
f'the given start datetime ({timestamp})'
f' is before a last log of the quest ({last_log_timestamp})')
quest['start_timestamp'] = timestamp
logs_obj.log(
timestamp=str(timestamp),
quest_id=quest['id'],
action='start_work',
points={},
bookmark='')
logs_obj.close()
def __log_work(self, quest_name, timestamp, points, bookmark):
"""
:param quest_name: 'name'
:param timestamp: pandas.Timestamp object
:param points: {'Minuten': 48, }
:param bookmark: 'any text'
"""
assert_person(quest_name in self.quests,
f'quest named {quest_name} not found')
quest = self.quests[quest_name]
assert_person(quest['start_timestamp'] is not None,
f'quest named {quest_name} is not started')
assert_person(quest['start_timestamp'] <= timestamp,
f'the given log timestamp ({timestamp})'
f' is after a start timestamp of the quest ({quest["start_timestamp"]})')
for point_name in points:
assert_person(point_name in quest['points'],
f'point named {point_name} is not in quest {quest_name} points')
quest['bookmark'] = bookmark
for point_name in points:
point = quest['points'][point_name]
point['total_points'] += points[point_name]
date = timestamp.date()
if quest['first_date'] is None:
quest['first_date'] = date
quest['last_date'] = date
quest['start_timestamp'] = None
logs_obj = Logs(self.logs_path)
logs_obj.log(
timestamp=str(timestamp),
quest_id=quest['id'],
action='log_work',
points=points,
bookmark=bookmark)
logs_obj.close()
person = Passenger(display_game, surface, "John", colors["BLACK"],
int(display_width / 2), int(display_height / 2))
ticket = Ticket(display_game, surface, "Ticket", colors["BLACK"],
display_width - 80, display_height - 80, 20, 20)
cash_register = CashRegister(display_game, surface, "Cash Register",
colors["GREEN"], 100, 10)
objects = (person, ticket, cash_register)
logs = Logs()
active_key = ""
while True:
for event in pygame.event.get():
if event.type == QUIT:
logs.close()
pygame.quit()
sys.exit()
if event.type == KEYDOWN:
temp = ""
if event.key == K_LEFT:
lead_x_change = -step_size
active_key = "Left"
temp = active_key + " " + person.current_pos()
elif event.key == K_RIGHT:
lead_x_change = step_size
active_key = "Right"
temp = active_key + " " + person.current_pos()
elif event.key == K_UP:
lead_y_change = -step_size
active_key = "Up"