def test_app_info(self, fix_registered):
"Test getting info for the app."
from relayr import Client
token = fix_registered.testset1['token']
c = Client(token=token)
app = c.get_app()
assert hasattr(app, 'id')
def test_app_info(self, fix_registered):
"Test getting info for the app."
from relayr import Client
token = fix_registered.testset1['token']
c = Client(token=token)
app = c.get_app()
assert hasattr(app, 'id')
def test_get_appdev_token(self, fix_registered):
"Test get appdev token."
from relayr import Client
token = fix_registered.testset1['token']
c = Client(token=token)
app = c.get_app()
res = c.api.get_oauth2_appdev_token(app.id)
assert res['token'] == token
def test_get_appdev_token(self, fix_registered):
"Test get appdev token."
from relayr import Client
token = fix_registered.testset1['token']
c = Client(token=token)
app = c.get_app()
res = c.api.get_oauth2_appdev_token(app.id)
assert res['token'] == token
def test_users_resources(self, fix_registered):
"Test get user's resources."
from relayr import Client
from relayr.resources import User, Publisher, App, Device
token = fix_registered.testset1['token']
c = Client(token=token)
usr = c.get_user()
assert usr.__class__ == User
assert c.get_app().__class__ == App
assert next(usr.get_apps()).__class__ == App
assert next(usr.get_devices()).__class__ == Device
assert next(usr.get_publishers()).__class__ == Publisher
def test_users_resources(self, fix_registered):
"Test get user's resources."
from relayr import Client
from relayr.resources import User, Publisher, App, Device
token = fix_registered.testset1['token']
c = Client(token=token)
usr = c.get_user()
assert usr.__class__ == User
assert c.get_app().__class__ == App
assert next(usr.get_apps()).__class__ == App
assert next(usr.get_devices()).__class__ == Device
assert next(usr.get_publishers()).__class__ == Publisher
def test_app_update(self, fix_registered):
"Test update info for some app."
# This is actually done twice for making this an idempotent operation.
from relayr import Client
token = fix_registered.testset1['token']
c = Client(token=token)
app = c.get_app()
initial_app_name = app.name
# update name to something silly
silly_name = 'HolyWhat?'
app.update(name=silly_name)
assert app.name == silly_name
# update name to previous name
app.update(name=initial_app_name)
assert app.name == initial_app_name
def test_app_update(self, fix_registered):
"Test update info for some app."
# This is actually done twice for making this an idempotent operation.
from relayr import Client
token = fix_registered.testset1['token']
c = Client(token=token)
app = c.get_app()
initial_app_name = app.name
# update name to something silly
silly_name = 'HolyWhat?'
app.update(name=silly_name)
assert app.name == silly_name
# update name to previous name
app.update(name=initial_app_name)
assert app.name == initial_app_name
def test_read_pubnub_device_10s(self, fix_registered):
"Test connect to a device via PubNub and read data for some time."
import time
from relayr import Client
from relayr.resources import Device
token = fix_registered.testset1['token']
deviceID = fix_registered.testset1['deviceID']
self.received_data = []
c = Client(token=token)
dev = Device(id=deviceID, client=c).get_info()
usr = c.get_user()
app = c.get_app()
conn = usr.connect_device(app, dev, self.receive)
conn.start()
time.sleep(10)
conn.stop()
assert len(self.received_data) > 0
for item in self.received_data:
assert 'ts' in item
