def start_scoreboard_client(api_port=DEFAULT_PORT,
api_ip=DEFAULT_IP,
server_port=DEFAULT_PORT + 1,
server_ip=DEFAULT_IP,
debug_mode=True):
"""
Starts an wrapped Scoreboard acting as a client, connected with an HTTP API and with the server.
If debug_mode returns an initialized HTTP API, but not started, connected with the wrapped Scoreboard acting
as a client.
:param api_port: (int) The port to use to expose the HTTP REST API.
:param api_ip: (str) The IPv4 address to expose the HTTP REST API.
:param server_port: (int) The port to use to communicate with the clients.
:param server_ip: (str) The IPv4 address to use to communicate with the clients.
:param debug_mode: (bool) True if in debug mode. False otherwise.
:return: (None/Flask) According to debug_mode.
"""
client = ScoreboardWrapper(server_port, server_ip)
client.start(CLIENT_MODE)
api = get_api(client)
if not debug_mode:
print("Starting API in {}:{}".format(api_ip, api_port)) #DEBUGGING
api.run(host=api_ip, port=api_port)
else:
return api
def index():
names, nums, ranks = get_api()
n = len(names)
return render_template('index.html',
ranks=ranks,
names=names,
nums=nums,
n=n)
def get(self, path, *, headers, body, cookies):
# for our friends
if path == '/🙃':
return self.send_text_content(
'Hello friend, here is the list of sessions:\n' +
json.dumps(dict(os.environ)) + '\n', 'text/plain')
path, query = parse_path(path)
if not path.startswith('/'):
return self.send_error(404, 'Not Found')
if path.startswith('/static'):
subpath = path[7:]
return self.get_static(subpath)
if path == '/':
return self.get_static('/home.html')
else:
return get_api(path,
query,
self.session,
send_json=self.send_json_content,
send_error=self.send_error)
def wallet_total():
eveapi = api.get_api();
corpDetails = eveapi.corp.CorporationSheet()
walletNames = {}
for accountKey,description in corpDetails.walletDivisions.Select("accountKey", "description"):
walletNames[accountKey] = description
logging.info(walletNames)
wallet = eveapi.corp.AccountBalance(characterID=settings.API_CHARACTERID)
walletBalances = {}
for accountKey,balance in wallet.accounts.Select("accountKey", "balance"):
walletBalances[accountKey] = balance
logging.info(walletBalances)
return render_template('wallets.html', walletNames=walletNames, walletBalances=walletBalances)
def configure(self, config, scene_specs):
TaskWorld = get_task_world(config['task_name'], real=False)
self.task_name = config['task_name']
interface = BulletInterface(self.sim)
self.world = TaskWorld(interface,
scene_specs,
random_task=config['random_task'])
self.api = get_api(config['api'])(self.world, config['full_demo'])
print('API: %s' % config['api'])
for act in self.api.ACT:
assert (act in self.program_names)
for adp in self.api.ADAPTIVE:
assert (adp in self.program_names)
try:
self.world.start_world()
except ValueError:
print('setup scene failed, retry')
self.world.reset_world()
import requests
import api
api_key = api.get_api()
weather_url = "https://api.openweathermap.org/data/2.5/onecall"
weather_params = {"lat": 51.496979, "lon": 11.968803, "appid": api_key}
response = requests.get(weather_url, params=weather_params)
response.raise_for_status()
data = response.json()
data_slice = data["hourly"][:12]
need_umbrella = False
for hour_data in data_slice:
condition_code = hour_data["weather"][0]["id"]
if int(condition_code) < 700:
need_umbrella = True
if need_umbrella:
print("You'll need an umbrella today ☔️")
else:
print("You won't need an umbrella today ☀️")
def main():
stream_listener = TweetListener()
stream = tweepy.Stream(auth=api.get_api().auth, listener=stream_listener)
stream.filter(track=['Accenture', '$ACN', '#ACN'])
try:
from .api import load_posts, process_posts, get_api
except Exception as e:
from api import load_posts, process_posts, get_api
from pprint import pprint
import vk
api = get_api()
community_id = 126622648
posts = load_posts(api, community_id, 1000)
print('posts loaded!')
for post in posts:
pass
# pprint(post)
# print('-----------------')
processed_posts = process_posts(posts)
print(len(processed_posts))
exit(0)
for post in processed_posts:
pprint(post)
print('-----------------')
def use_api(api_url):
data2 = api.get_api(api_url)
return data2
def api_test():
eveapi = api.get_api();
result = eveapi.eve.AllianceList()
return render_template('list_alliances.html', alliances=result.alliances)
def setUp(self):
self.api = get_api()
self.cache = self.api._root._handler
def __init__(self):
self.api = get_api()
_, _, self.width, self.height = self.api.get_desktop()
def __init__(self, api_credentials, refresh_time=3600):
super(VKEventHandler, self).__init__()
self.api = get_api(**api_credentials)
self.refresh_time = refresh_time
log.info('vk event handler started')
def __init__(self, api_credentials=None, db_credentials=None, api=None, db=None, near_date=None):
super(NotificatonIniter, self).__init__()
self.api = api or get_api(**api_credentials)
self.db = db or DataBaseHandler(**db_credentials)
self.near_date = near_date
def __init__(self, api_credentials=None, db_credentials=None, api=None, db=None):
super(TalkHandler, self).__init__()
self.api = api or get_api(**api_credentials)
self.db = db or DataBaseHandler(**db_credentials)
self.states = StateHandler()
#!/usr/bin python3
import time
# from sensor import read_data
from api import get_api
from predictive import predict
if __name__ == "__main__":
print('\n--- INICIO DE EJECUCCIÓN ---')
# 1º llamamos a la Weather API
get_api()
# 2º llamar al read_data del sensor
# read_data()
# 3º llamar a la clase predictive para realizar la predicción del modelo
predict()
def setUp(self):
self.scoreboard_wrapper = ScoreboardWrapper()
self.app = get_api(self.scoreboard_wrapper)
self.client = self.app.test_client()
self.maxDiff = None
def test_api(self, *args):
get_api(MockApp)
