def calculate_par_time(self, race: Race) -> timedelta:
par_time = timedelta(microseconds=0)
for i in range(1, self.qualifier_cutoff + 1):
if race.get_entrant_by_place(i).finish_time is None:
self.logger.error("error: qualifier finish time is None")
return
self.logger.debug(f"finish time for rank {i} is "
f"{race.get_entrant_by_place(i).finish_time}")
par_time += race.get_entrant_by_place(i).finish_time
par_time = par_time / self.qualifier_cutoff
return par_time
def test_generate_race_and_add_car_correctly(self):
client = mqtt.Client('test')
race = Race(client, 't1', 't2')
car_coords = {
'timestamp': 1,
'carIndex': 1,
'location': {
'lat': 0,
'long': 0
}
}
race.update_car_info(car_coords)
assert len(race.get_participants().values()) == 1
def test_generate_race_update_with_invalid_json_does_not_change(self):
client = mqtt.Client('test')
race = Race(client, 't1', 't2')
car_coords = {
#'timestamp': 1, Incorrect car_coords
'carIndex': 1,
'location': {
'lat': 0,
'long': 0
}
}
race.update_car_info(car_coords)
assert len(race.get_participants().values()) == 0
def test_generate_race_add_two_cars_and_update_one_makes_him_leader(self):
client = mqtt.Client('test')
race = Race(client, 't1', 't2')
c1 = {'timestamp': 1, 'carIndex': 1, 'location': {'lat': 0, 'long': 0}}
race.update_car_info(c1)
c2 = {'timestamp': 1, 'carIndex': 2, 'location': {'lat': 0, 'long': 0}}
race.update_car_info(c2)
c2['timestamp'] = 3
c2['location'] = {'lat': 0.1, 'long': 0.1}
race.update_car_info(c2)
assert len(race.get_participants().values()) == 2
assert race.get_participants()[2].get_car_position() == 1
def select(id):
# Bring the race in
sql = "SELECT * from races WHERE id = %s"
values = [id]
result = run_sql(sql, values)[0]
race = Race(result['title'], result['date'], result['distance'], result['elevation'], result['id'])
return race
def update_race(id):
title = request.form["title"]
date = request.form["date"]
distance = request.form["distance"]
elevation = request.form["elevation"]
new_race = Race(title, date, distance, elevation, id)
race_repository.update(new_race)
return redirect("/races")
def test_generate_race_add_two_cars_both_have_positions(self):
client = mqtt.Client('test')
race = Race(client, 't1', 't2')
c1 = {'timestamp': 1, 'carIndex': 1, 'location': {'lat': 0, 'long': 0}}
race.update_car_info(c1)
c2 = {'timestamp': 1, 'carIndex': 2, 'location': {'lat': 0, 'long': 0}}
race.update_car_info(c2)
assert len(race.get_participants().values()) == 2
assert race.get_participants()[1].get_car_position() == 1
assert race.get_participants()[2].get_car_position() == 2
def select_all():
races = []
sql = "SELECT * from races"
results = run_sql(sql)
for row in results:
race = Race(row['title'], row['date'], row['distance'],row['elevation'], row['id'])
races.append(race)
return races
def connect_to_broker(broker, broker_port):
mqtt.Client.connected_flag = False
client = mqtt.Client("mat_app")
client.on_connect = on_connect
client.on_message = on_message
client.connect(broker, port=broker_port)
race = Race(client, 'carStatus', 'events')
print(type(client))
client.user_data_set(race)
client.loop_forever()
def races(runner):
races = []
sql = "SELECT * from races WHERE runner_id = %s"
values = [runner.id]
results = run_sql(sql, values)
for row in results:
race = Race(row['title'], row['distance'], row['elevation'],
row['runner_id'], row['id'])
races.append(race)
return races
def race_updated(self, race: Race, entrant_name: str):
# so the sound doesn't play when the user starts obs next time
if self.last_session_race == race.name:
return
self.started_at = race.started_at
for trigger in self.triggers:
self.logger.debug(trigger)
if trigger.check_trigger(race,
race.get_entrant_by_name(entrant_name)):
self.play_media_callback(trigger.media_file_path,
self.monitoring_type)
self.logger.debug("trigger fired")
def test_generate_race_a_car_has_a_position_assigned_always(self):
client = mqtt.Client('test')
race = Race(client, 't1', 't2')
c1 = {'timestamp': 1, 'carIndex': 1, 'location': {'lat': 0, 'long': 0}}
race.update_car_info(c1)
assert len(race.get_participants().values()) == 1
assert race.get_participants()[1].get_car_position() == 1
def get(self, id=None):
data = ApiRace.parser.parse_args()
races = Race(data['track'], data['day'])
if not races.getRaces():
external = FetchRaces(data['track'], data['day']).response()
races.setRaces(external)
return races.getRaces()['runs']
def new(self):
"""
Creates a new race
"""
parser = reqparse.RequestParser()
parser.add_argument('name', required=True)
parser.add_argument('description', required=True)
parser.add_argument('restrictions', type=list)
parser.add_argument('exclusive_skills', type=list)
parse_result = parser.parse_args(req=self.request)
# Document.from_json() gets a string as an argument,
# so we need to use `json.dumps()` here
rs = Race.from_json(dumps(parse_result)).save()
return "{}".format(rs.id)
def update_qualifier_text(self, race: Race, full_name: str):
if not self.is_enabled():
return
entrant = race.get_entrant_by_name(full_name)
self.logger.debug(entrant)
self.par_text = " "
self.entrant_score = " "
if race.entrants_count_finished >= self.qualifier_cutoff:
par_time = self.calculate_par_time(race)
self.logger.debug(par_time)
self.par_text = timer_to_str(par_time, self.decimals)
if entrant and entrant.finish_time is not None:
entrant_score = min(2 - (entrant.finish_time / par_time), 1.05)
self.entrant_score = "{:04.2f}".format(entrant_score)
self.logger.debug(self.entrant_score)
def get_test_race(
status_value="in_progress", version=1, entrants_count=2,
started_at=datetime.now(timezone.utc),
start_delay=timedelta(seconds=-15),
opened_at=datetime.now(timezone.utc), ended_at=None,
cancelled_at: datetime = None, entrants: List[Entrant] = None,
opened_by: User = None
) -> Race:
entrant_count_finished = list.count(
(list((x.status.value == "finished" for x in entrants))), True)
test_race = Race(name="tested-raceroom-0420",
status=Status(value=status_value,
verbose_value="", help_text=""),
category=get_test_race_category(),
goal=Goal("", False),
info="A test race",
url="",
data_url="",
websocket_url="",
websocket_bot_url="",
websocket_oauth_url="",
entrants_count=entrants_count,
entrants_count_inactive=0,
entrants_count_finished=entrant_count_finished,
entrants=entrants,
version=version,
started_at=started_at,
start_delay=start_delay,
ended_at=ended_at,
cancelled_at=cancelled_at,
unlisted=False,
time_limit=timedelta(days=1),
streaming_required=True,
auto_start=True,
opened_by=opened_by,
opened_at=opened_at,
monitors=[],
recordable=True,
recorded=False,
recorded_by=None,
allow_comments=True,
hide_comments=False,
allow_midrace_chat=True
)
return test_race
def test_generate_race_with_null_client_returns_null_client(self):
race = Race(None, '', '')
assert race.get_client() is None
'description':
'The Zerg Swarm is a terrifying and ruthless amalgamation of biologically advanced, arthropodal aliens. Dedicated to the pursuit of genetic perfection, the zerg relentlessly hunt down and assimilate advanced species across the galaxy, incorporating useful genetic code into their own. They are named "the Swarm" per their ability to rapidly create strains, and the relentless assaults they employ to overwhelm their foes.'
}, {
'name':
'Terran',
'description':
'The terrans are a young species with psionic potential. The terrans of the Koprulu sector descend from the survivors of a disastrous 23rd century colonization mission from Earth.[1] Compared to the protoss and zerg, the terrans are highly factionalized and endure frequent wars amongst themselves in addition to the more recent conflicts with their alien neighbors. Nevertheless, terrans stand as one of the three dominant species of the galaxy.'
}, {
'name':
'Protoss',
'description':
'The protoss, a.k.a. the Firstborn, are a sapient humanoid race native to Aiur. Their advanced technology complements and enhances their psionic mastery.'
}]
for race in races:
new_race = Race(name=race['name'], description=race['description'])
session.add(new_race)
session.commit()
race_ids[race['name']] = new_race.id
print race_ids
'''
Units
'''
race_units = {
'Zerg': [{
'name': 'Mutalisk',
'description':
'The mutalisk\'s attack strikes three targets in succession, dealing 9 damage to the first, 3 to the second, and 1 to the last.',
'mineral_cost': 100,
'vespene_cost': 100,
runner_3 = Runner("Vito", "Corleone")
runner_repository.save(runner_3)
runner_4 = Runner("Malcolm", "Tucker")
runner_repository.save(runner_4)
runner_5 = Runner("Jimmy", "Garroppolo")
runner_repository.save(runner_5)
runner_6 = Runner("Eddie", "Vedder")
runner_repository.save(runner_6)
runner_7 = Runner("Sabrina", "Pace")
runner_repository.save(runner_7)
runner_8 = Runner("Jasmine", "Paris")
runner_repository.save(runner_8)
runner_9 = Runner("Emilie", "Forsberg")
runner_repository.save(runner_9)
race_1 = Race("Dumyat Dash", '2020-08-28', 6.2, 457)
race_repository.save(race_1)
race_2 = Race("Cockelroy", '2020-01-01', 3.4, 132)
race_repository.save(race_2)
race_3 = Race("Ochil 2000s", '2020-11-28', 33.0, 1200)
race_repository.save(race_3)
race_4 = Race("EPIC Trail 10K", '2021-01-30', 10, 421)
race_repository.save(race_4)
# race_time_1 = Race_time(race_1, runner_1, 32)
# race_time_repository.save(race_time_1)
race_result_1 = Race_result(race_1, runner_2, 42)
race_result_repository.save(race_result_1)
race_result_2 = Race_result(race_1, runner_1, 43)
race_result_repository.save(race_result_2)
def test_generate_race_returns_empty_cars(self):
race = Race(None, '', '')
assert race.get_participants() == {}
def test_generate_race_returns_zero_distance(self):
race = Race(None, '', '')
assert race.get_race_distance() == 0