def resolve_query(self, query_str):
"""Parse query and get corresponding stats."""
params = self.parse_query(query_str)
# Get activities.
activities = Strava.get_activities(self.auth, params)
if len(activities) == 0:
logging.warning(
"There are no activites that matched your query: %s\n",
query_str)
return
print()
aggregate = params.get('total')
if aggregate:
print('Total stats:')
for agg in aggregate:
print(f"{agg.capitalize()}: ", end='')
if agg == 'count':
print(f"{len(activities)}")
elif agg == 'distance':
print(
f"{Strava.format_distance(Strava.get_total_distance(activities))}"
)
elif agg == 'time':
print(
f"{Strava.format_time(Strava.get_total_time(activities))}"
)
else: # Total elevation.
print(
f"{round(Strava.get_total_elevation(activities), 2)}m")
if params.get('stats'):
for dist in Stats.milestones[params['type']]:
params['distance'] = dist * 1000
activities = Strava.get_activities(self.auth, params)
if len(activities
): # Print the count only if there are activities.
print(f"{dist}k: {len(activities)}")
print()
else:
# Print activity information.
for act in activities:
Strava.print_activity(act)
print()
def get(self):
strava = Strava()
strava.access_token(self.get_current_token())
athlete = strava.get_athlete()
if athlete['profile'].startswith("avatar"):
athlete['profile'] = "/static/images/commuter_avatar.png"
year = datetime.date.today().year
month = datetime.date.today().month
mongo = MongoClient('mongo')
user_settings = mongo.strava.settings.find_one({"_id": self.get_current_user()})
context = dict()
context['year'] = year
context['month'] = calendar.month_name[month]
context['days_left'] = utils.days_left()
context['currencies'] = sorted(list(pycountry.currencies), key=lambda currency: currency.name)
self.render("index.html", context=context, athlete=athlete, settings=user_settings)
def get_Mayor_of_Mountain(self,effort_offset = 0) :
s = Strava()
s_util = SegmentMayor(self.segment_id)
# need to call this with the save offset if available
efforts_data = s.get_segment_efforts(self.segment_id,offset = effort_offset)
#print efforts_data
# go through and iterrate over the segment efforts
# Strava returns 50 ride efforts at a time
while self.process_efforts_segment_frequency(efforts_data):
# call get efforts repeatedly
effort_offset += 50
efforts_data = {} # clear it
#print "offset is now %d" % effort_offset
efforts_data = s.get_segment_efforts(self.segment_id,offset = effort_offset)
# if this was the last bunch, make sure to add to the offset that last bunch of efforts
if len(efforts_data['efforts']) < 50 :
effort_offset += len(efforts_data['efforts'])
# save the offset so it can be used in future if needed
self.last_segment_effort_offset = effort_offset
return s_util.get_segment_top_mayors()
def get_Mayor_of_Mountain(self, effort_offset=0):
s = Strava()
s_util = SegmentMayor(self.segment_id)
# need to call this with the save offset if available
efforts_data = s.get_segment_efforts(self.segment_id,
offset=effort_offset)
#print efforts_data
# go through and iterrate over the segment efforts
# Strava returns 50 ride efforts at a time
while self.process_efforts_segment_frequency(efforts_data):
# call get efforts repeatedly
effort_offset += 50
efforts_data = {} # clear it
#print "offset is now %d" % effort_offset
efforts_data = s.get_segment_efforts(self.segment_id,
offset=effort_offset)
# if this was the last bunch, make sure to add to the offset that last bunch of efforts
if len(efforts_data['efforts']) < 50:
effort_offset += len(efforts_data['efforts'])
# save the offset so it can be used in future if needed
self.last_segment_effort_offset = effort_offset
return s_util.get_segment_top_mayors()
def get(self):
strava = Strava()
mongo = MongoClient('mongo')
strava_client_secret = os.environ.get('STRAVA_CLIENT_SECRET')
strava_client_id= os.environ.get('STRAVA_CLIENT_ID')
code = self.get_argument("code")
access_token, athlete = strava.exchange_token(client_id=strava_client_id, client_secret=strava_client_secret, code=code)
user = mongo.strava.settings.find_one({"_id": athlete['email']})
if user:
mongo.strava.settings.update({"_id": athlete['email']}, {"$set": { "access_token": access_token} })
else:
mongo.strava.settings.save({
"_id": athlete['email'],
"access_token": access_token,
"settings_ok": False,
"cost_per_commute": 0,
"currency": "USD"
})
self.set_secure_cookie("user", athlete['email'])
self.redirect("/")
def test_Strava_get_efforts_whenCalledWithMockedAPI_returnsEffortsFromTestData(self):
with mock.patch('webrequest.getjsonfromurl') as mock_geturl:
self.setupTestData()
mock_geturl.return_value = self.efforts
starttime = datetime(year=2016, month=4, day=3, hour=1, minute=2, second=3)
endtime = datetime(year=2016, month=4, day=10, hour=18, minute=0, second=0)
efforts = Strava().get_efforts('123456', starttime, endtime)
args = mock_geturl.call_args[0]
params = args[1]
self.assertEqual(params['start_date_local'], '2016-04-03T01:02:03')
self.assertEqual(params['end_date_local'], '2016-04-10T18:00:00')
self.assertIn('/123456/', args[0])
def get(self):
if not self.get_current_user():
raise tornado.web.HTTPError(401, "Access denied")
year = datetime.date.today().year
month = datetime.date.today().month
after = datetime.datetime(year, month, 01, 0, 0).strftime("%s")
mongo = MongoClient("mongo")
user_settings = mongo.strava.settings.find_one({"_id": self.get_current_user()})
strava = Strava()
strava.access_token(self.get_current_token())
athlete = strava.get_athlete()
activities = strava.get_activities(per_page=200, after=after)
results = dict()
results["count"] = 0
results["count_total"] = len(activities)
results["kudos"] = 0
results["achievement"] = 0
for r in activities:
if r['type'] == 'Ride' and r['commute']:
results["count"] = results.get("count", 0) + 1
results["distance"] = results.get("distance", 0) + r["distance"]
results["kudos"] = results.get("kudos", 0) + r['kudos_count']
results["achievement"] = results.get("achievement", 0) + r['achievement_count']
results["moving_time"] = results.get("moving_time", 0) + r['moving_time']
results["elevation"] = results.get("elevation", 0) + r['total_elevation_gain']
results['money_saved'] = "%s %.2f" % (user_settings.get("currency", "USD"), (results.get("count", 0) * float(user_settings["cost_per_commute"])))
results["distance"] = "%.2f" % round(utils.distance(athlete['measurement_preference'], results.get("distance", 0)) / 1000, 2)
results["elevation"] = utils.elevation(athlete['measurement_preference'], results.get("elevation", 0))
results["moving_time"] = utils.moving_time(results.get("moving_time", 0))
results["commutes_percentage"] = utils.commutes_percentage(results["count"], results["count_total"])
self.write(json.dumps(results))
def get(self):
strava_client_id= os.environ.get('STRAVA_CLIENT_ID')
strava = Strava()
authorize_url = strava.authorization_url(client_id=strava_client_id, redirect_uri='https://www.cashmyrides.com/done')
self.render("index.html", authorize_url=authorize_url)
def compile_efforts(self, year=None, week_number=None):
log.info('Method=compile_efforts Year=%s WeekNumber=%s' %
(year, week_number))
leagues = {}
starttime = datetime.combine(
date.today() - timedelta(date.today().weekday()),
datetime.min.time())
key_name = self.get_sotw_key_name()
if year != None and week_number != None:
key_name = 'sotw_%s_%s' % (year, week_number)
d = "%s-W%s" % (year, week_number)
r = datetime.strptime(d + '-0', "%Y-W%W-%w")
starttime = datetime.combine(r - timedelta(r.weekday()),
datetime.min.time())
endtime = starttime + timedelta(days=6, hours=20)
log.info('Method=compile_efforts ResultKey=%s' % key_name)
log.info(
'Method=compile_efforts Message="Getting segment data from redis"')
segment = redisclient.get('%s_segment' % key_name)
log.info('Method=compile_efforts Segment=%s' % segment)
neutral_zones = redisclient.smembers('%s_neutral_zones' % key_name)
log.info('Method=compile_efforts NeutralZones=%s' % neutral_zones)
log.info(
'Method=compile_efforts Message="Getting segment data from Strava" Segment=%s StartTime=%s EndTime=%s'
% (segment, starttime, endtime))
try:
segment_efforts = Strava().get_efforts(segment, starttime, endtime)
log.info(
'Method=compile_efforts Message="Data from Strava" ResultCount=%s'
% (len(segment_efforts)))
except Exception as e:
log.exception(
'Method=compile_efforts Message="Strava call failed"')
raise (e)
for segment_effort in segment_efforts:
segment_effort['neutralised'] = {}
for neutral_zone in neutral_zones:
log.info(
'Method=compile_efforts Message="Getting segment data from Strava" Segment=%s StartTime=%s EndTime=%s'
% (neutral_zone, starttime, endtime))
try:
neutral_zone_efforts = Strava().get_efforts(
neutral_zone, starttime, endtime)
log.info(
'Method=compile_efforts Message="Data from Strava" ResultCount=%s'
% (len(neutral_zone_efforts)))
except Exception as e:
log.exception(
'Method=compile_efforts Message="Strava call failed"')
raise (e)
# neutral_zone_efforts = Strava().get_efforts(neutral_zone, starttime, endtime)
for neutral_zone_effort in neutral_zone_efforts:
for segment_effort in segment_efforts:
if neutral_zone_effort['activity']['id'] == segment_effort[
'activity']['id']:
segment_effort['neutralised'][
neutral_zone] = neutral_zone_effort['elapsed_time']
divisions = redisclient.smembers('divisions')
for divisionId in divisions:
division = divisionId
# division_name = redisclient.hgetasstring(division, 'name')
leagues[division] = self.compile_league(division, segment_efforts)
return leagues
env = os.environ
# The Strava API secrets must be provided by setting the following envorinment
# variables:
# - CLIENT_ID
# - CLIENT_SECRET
# - REFRESH_TOKEN
CLIENT_ID = env['CLIENT_ID']
CLIENT_SECRET = env['CLIENT_SECRET']
REFRESH_TOKEN = env['REFRESH_TOKEN']
# The ID of the Strava Club we want to provide the badge for is provided by
# setting the following environment variable:
# - STRAVA_CLUB_ID
STRAVA_CLUB_ID = env['STRAVA_CLUB_ID']
app = Flask(__name__)
api = Api(app)
# Create the Strava instance which will handle fetching the club data from Strava
strava = Strava(CLIENT_ID, CLIENT_SECRET, REFRESH_TOKEN, STRAVA_CLUB_ID)
# Connect the /strava REST endpoint to the Strava instance
api.add_resource(StravaShield,
"/strava",
resource_class_kwargs={'strava': strava})
if __name__ == "__main__":
app.run()
def test_Strava_get_access_token_whenCalled_returnsTestDataToken(self):
self.setupTestData()
token = Strava().get_access_token()
self.assertEqual(token, self.test_data['api_token'])
def get_from_strava(self):
self.segment_object = Strava().get_segment(self.segment_id)
def get_from_strava(self):
self.athlete_object = Strava().get_athlete(self.athlete_id)
jognote_id = options.jognote_id
jognote_password = options.jognote_password
start_date = options.start_date
end_date = options.end_date
strava_email = options.strava_email
strava_password = options.strava_password
log_level = options.log_level
# set log settings
init_log(log_level)
# get jognote data
jog = Jognote(jognote_id, jognote_password, start_date, end_date, log_level)
history = jog.export()
logging.debug('%d data export from JogNote' % len(history))
# make strava object
strava = Strava(strava_email, strava_password, log_level)
for workout in history:
name = get_type_name(workout.name)
start_date = workout.date.strftime('%m/%d/%Y')
title = '%s%s' % (TITLE_PREFIX, start_date)
elapsed_time = ':'.join(list(workout.time))
distance = workout.distance
# post data
strava.add_activity(name, title, COUNTRY, LOCATION,
start_date, START_TIME, elapsed_time,
distance)