def api():
global __rdio__, __rdio_state__
if not __rdio__:
__rdio__ = Rdio("u4lennlndjhvfnitfntn3mcvzi", "YO2oHvLK5rOCQTnFJvNq-Q", __rdio_state__)
if not __rdio_state__.get('device_code'):
url, device_code = __rdio__.begin_authentication()
raw_input('After entering the device code "{}" into {} press enter'.format(device_code, url))
__rdio__.complete_authentication()
print __rdio_state__
return __rdio__
class RdioHelper:
RDIO_USER_CONFIG = "~/.rdio-tool.json"
def __init__(self, options):
# load the persistent state
config_path = os.path.expanduser(self.RDIO_USER_CONFIG)
if os.path.exists(config_path):
self.config = json.load(file(config_path))
else:
self.config = {"auth_state": {}}
# set up the keys
if options.consumer_key is not None:
self.config["consumer_key"] = options.consumer_key
if options.consumer_secret is not None:
self.config["consumer_secret"] = options.consumer_secret
# create the Rdio client object
self.client = Rdio(self.config["consumer_key"], self.config["consumer_secret"], self.config["auth_state"])
if options.authenticate:
import webbrowser
webbrowser.open(self.client.begin_authentication("oob"))
verifier = raw_input("Enter the PIN from the Rdio site: ").strip()
self.client.complete_authentication(verifier)
# save state
with file(config_path, "w") as f:
json.dump(self.config, f, indent=True)
f.write("\n")
def authenticate(self):
import webbrowser
webbrowser.open(self.client.begin_authentication("oob"))
verifier = raw_input("Enter the PIN from the Rdio site: ").strip()
self.client.complete_authentication(verifier)
def getObjectFromShortCode(self, short_code):
return self.client.getObjectFromShortCode(short_code=short_code)
def getObjectFromUrl(self, path):
return self.client.getObjectFromUrl(url=path)
def getNewReleases(self, **args):
return self.client.getNewReleases(**args)
def getArtistsInCollection(self, **args):
return self.client.getArtistsInCollection(**args)
def __init__(self, options):
# load the persistent state
config_path = os.path.expanduser(self.RDIO_USER_CONFIG)
if os.path.exists(config_path):
self.config = json.load(file(config_path))
else:
self.config = {"auth_state": {}}
# set up the keys
if options.consumer_key is not None:
self.config["consumer_key"] = options.consumer_key
if options.consumer_secret is not None:
self.config["consumer_secret"] = options.consumer_secret
# create the Rdio client object
self.client = Rdio(self.config["consumer_key"], self.config["consumer_secret"], self.config["auth_state"])
if options.authenticate:
import webbrowser
webbrowser.open(self.client.begin_authentication("oob"))
verifier = raw_input("Enter the PIN from the Rdio site: ").strip()
self.client.complete_authentication(verifier)
# save state
with file(config_path, "w") as f:
json.dump(self.config, f, indent=True)
f.write("\n")
def generate_rdio_playlist():
"""
Generate a list of Rdio track IDs
"""
state = {}
rdio_api = Rdio(secrets['RDIO_CONSUMER_KEY'],
secrets['RDIO_CONSUMER_SECRET'], state)
songs = []
with open('data/songs.csv') as f:
rows = csv.DictReader(f)
for row in rows:
if row['rdio']:
song_object = rdio_api.getObjectFromUrl(url=row['rdio'])
if song_object['type'] == 't':
songs.append(song_object['key'])
print ','.join(songs)
def generate_rdio_playlist():
"""
Generate a list of Rdio track IDs
"""
state = {}
rdio_api = Rdio(
secrets['RDIO_CONSUMER_KEY'],
secrets['RDIO_CONSUMER_SECRET'],
state
)
songs = []
with open('data/songs.csv') as f:
rows = csv.DictReader(f)
for row in rows:
if row['rdio']:
song_object = rdio_api.getObjectFromUrl(url=row['rdio'])
if song_object['type'] == 't':
songs.append(song_object['key'])
print ','.join(songs)
def handle(self, room_name, *args, **kwargs):
self.firebase = firebase.FirebaseApplication(settings.FIREBASE_URL)
auth = firebase.FirebaseAuthentication(settings.FIREBASE_TOKEN,
'*****@*****.**')
self.firebase.authentication = auth
self.rdio = Rdio(RDIO_OAUTH2_KEY, RDIO_OAUTH2_SECRET, {})
self.party_name = room_name
self.party_data = self.get_party_data()
self.currently_playing = None
self.last_saw_users = datetime.now()
self.currently_playing = None
if 'player' in self.party_data and 'playingTrack' in self.party_data[
'player']:
track_key = self.party_data['player']['playingTrack']['trackKey']
self.current_track_duration = self.rdio.get(
keys=track_key)[track_key]['duration']
self.current_start_time = datetime.now() - timedelta(
seconds=self.party_data['player']['position'])
else:
self.current_track_duration = None
self.current_start_time = None
self.run()
def handle(self, room_name, *args, **kwargs):
self.firebase = firebase.FirebaseApplication(settings.FIREBASE_URL)
auth = firebase.FirebaseAuthentication(settings.FIREBASE_TOKEN, '*****@*****.**')
self.firebase.authentication = auth
self.rdio = Rdio(RDIO_OAUTH2_KEY, RDIO_OAUTH2_SECRET, {})
self.party_name = room_name
self.party_data = self.get_party_data()
self.currently_playing = None
self.last_saw_users = datetime.now()
self.currently_playing = None
if 'player' in self.party_data and 'playingTrack' in self.party_data['player']:
track_key = self.party_data['player']['playingTrack']['trackKey']
self.current_track_duration = self.rdio.get(keys=track_key)[track_key]['duration']
self.current_start_time = datetime.now() - timedelta(seconds=self.party_data['player']['position'])
else:
self.current_track_duration = None
self.current_start_time = None
self.run()
def get_base_rdio_client():
config = _get_stored_config()
config = _add_missing_config(config)
needs_auth = len(config.client_state) == 0
rdio = Rdio(
config.credentials.client_id,
config.credentials.client_secret,
config.client_state
)
if needs_auth:
rdio.begin_authentication()
url, device_code = rdio.begin_authentication()
print u"Please enter device code {} on {}".format(device_code, url)
rdio.complete_authentication()
_set_stored_config(config)
return rdio
class Command(BaseCommand):
def handle(self, room_name, *args, **kwargs):
self.firebase = firebase.FirebaseApplication(settings.FIREBASE_URL)
auth = firebase.FirebaseAuthentication(settings.FIREBASE_TOKEN,
'*****@*****.**')
self.firebase.authentication = auth
self.rdio = Rdio(RDIO_OAUTH2_KEY, RDIO_OAUTH2_SECRET, {})
self.party_name = room_name
self.party_data = self.get_party_data()
self.currently_playing = None
self.last_saw_users = datetime.now()
self.currently_playing = None
if 'player' in self.party_data and 'playingTrack' in self.party_data[
'player']:
track_key = self.party_data['player']['playingTrack']['trackKey']
self.current_track_duration = self.rdio.get(
keys=track_key)[track_key]['duration']
self.current_start_time = datetime.now() - timedelta(
seconds=self.party_data['player']['position'])
else:
self.current_track_duration = None
self.current_start_time = None
self.run()
def get_party_data(self):
pd = defaultdict(lambda: defaultdict(int))
pd.update(self.firebase.get(self.party_name, None) or {})
return pd
def run(self):
self.keep_running = True
while self.keep_running:
try:
self.keep_running = self.tick()
except Exception:
logging.exception("AH DAEMON PROBLEM")
time.sleep(1)
def play_next_track(self):
if 'queue' in self.party_data:
queue = self.party_data['queue']
ordered_tracks = sorted(queue.values(),
key=lambda x: len(x['votes']),
reverse=True)
try:
next_track = ordered_tracks[0]
except IndexError:
next_track = None
if next_track:
self.firebase.delete(self.party_name + '/queue',
next_track['id'])
self.play_track(next_track)
else:
self.play_track(None)
else:
self.play_track(None)
def send_play_track_message(self, rdio_track):
message = {
'artist': rdio_track['artist'],
'title': rdio_track['name'],
'iconUrl': rdio_track['icon'],
'timestamp': datetime.now().isoformat(),
'trackUrl': rdio_track['shortUrl'],
'trackKey': rdio_track['key'],
'type': 'NewTrack'
}
self.firebase.post(self.party_name + "/messages/", message)
def play_track(self, track):
self.currently_playing = track
player_object = {
'position': 0,
'playState': 1 if track else 0,
'playingTrack': track
}
self.firebase.put(self.party_name, 'player', player_object)
if track:
track_key = track['trackKey']
rdio_track = self.rdio.get(keys=track_key)[track_key]
self.current_track_duration = rdio_track['duration']
self.current_start_time = datetime.now()
self.send_play_track_message(rdio_track)
else:
self.current_track_duration = None
self.current_start_time = None
self.reset_skippers()
def get_skippers(self):
try:
return dict([(skipper['key'], skipper)
for skipper in self.party_data['skippers'].values()
]).values()
except KeyError:
return []
def get_online_users(self):
return [
user for user in self.party_data.get('people', {}).values()
if user['isOnline']
]
def should_skip(self):
return len(self.get_skippers()) > len(self.get_online_users()) / 2
def tick(self):
self.party_data = self.get_party_data()
position = (datetime.now() -
(self.current_start_time or datetime.now())).seconds
if (not self.currently_playing
or position > self.current_track_duration
or self.should_skip()):
self.play_next_track()
else:
self.firebase.put(self.party_name + '/player/', 'position',
position)
return self.should_keep_running()
def reset_skippers(self):
self.firebase.delete(self.party_name, 'skippers')
def should_keep_running(self):
""" Kill if no one is online in the room any more """
people = self.party_data['people']
users_online = bool(
[person for person in people.values() if person['isOnline']])
if not users_online and (datetime.now() -
self.last_saw_users) > WAIT_FOR_USERS:
return False
else:
self.last_saw_users = datetime.now()
return True
class Command(BaseCommand):
def add_arguments(self, parser):
parser.add_argument('room_name', type=str)
def handle(self, room_name, *args, **kwargs):
self.firebase = firebase.FirebaseApplication(settings.FIREBASE_URL)
auth = firebase.FirebaseAuthentication(settings.FIREBASE_TOKEN, '*****@*****.**')
self.firebase.authentication = auth
self.rdio = Rdio(RDIO_OAUTH2_KEY, RDIO_OAUTH2_SECRET, {})
self.party_name = room_name
self.party_data = self.get_party_data()
self.currently_playing = None
self.last_saw_users = datetime.now()
self.currently_playing = None
if 'player' in self.party_data and 'playingTrack' in self.party_data['player']:
track_key = self.party_data['player']['playingTrack']['trackKey']
self.current_track_duration = self.rdio.get(keys=track_key)[track_key]['duration']
self.current_start_time = datetime.now() - timedelta(seconds=self.party_data['player']['position'])
else:
self.current_track_duration = None
self.current_start_time = None
self.run()
def get_party_data(self):
pd = defaultdict(lambda: defaultdict(int))
pd.update(self.firebase.get(self.party_name, None) or {})
return pd
def run(self):
self.keep_running = True
while self.keep_running:
try:
self.keep_running = self.tick()
except Exception:
logging.exception("AH DAEMON PROBLEM")
time.sleep(1)
def _vote_score(self, track):
votes = track['votes'].values()
upvotes = filter(lambda x: x == "like", votes)
downvotes = filter(lambda x: x == "dislike", votes)
return len(upvotes) - len(downvotes)
def _track_comparator(self, track_a, track_b):
a_score = self._vote_score(track_a)
b_score = self._vote_score(track_b)
if a_score == b_score:
try:
a_time = parser.parse(track_a['timestamp'])
b_time = parser.parse(track_b['timestamp'])
return -cmp(a_time, b_time)
except KeyError:
pass
return cmp(a_score, b_score)
def play_next_track(self):
if 'queue' in self.party_data:
queue = self.party_data['queue']
ordered_tracks = sorted(queue.values(), cmp=self._track_comparator, reverse=True)
try:
next_track = ordered_tracks[0]
except IndexError:
next_track = None
if next_track:
self.firebase.delete(self.party_name + '/queue', next_track['id'])
self.play_track(next_track)
else:
self.play_track(None)
else:
self.play_track(None)
def send_play_track_message(self, rdio_track):
message = {
'artist': rdio_track['artist'],
'title': rdio_track['name'],
'iconUrl': rdio_track['icon'],
'timestamp': datetime.utcnow().isoformat(),
'trackUrl': rdio_track['shortUrl'],
'trackKey': rdio_track['key'],
'type': 'NewTrack'
}
self.firebase.post(self.party_name + "/messages/", message)
def play_track(self, track):
self.currently_playing = track
player_object = {
'position': 0,
'playState': 1 if track else 0,
'playingTrack': track
}
self.firebase.put(self.party_name, 'player', player_object)
if track:
track_key = track['trackKey']
rdio_track = self.rdio.get(keys=track_key)[track_key]
self.current_track_duration = rdio_track['duration']
self.current_start_time = datetime.now()
self.send_play_track_message(rdio_track)
else:
self.current_track_duration = None
self.current_start_time = None
self.reset_skippers()
def get_skippers(self):
try:
return dict([
(skipper['key'], skipper) for skipper in self.party_data['skippers'].values()
]).values()
except KeyError:
return []
def get_online_users(self):
return [
user for user in self.party_data.get('people', {}).values() if user['isOnline']
]
def should_skip(self):
return len(self.get_skippers()) > len(self.get_online_users()) / 2
def tick(self):
self.party_data = self.get_party_data()
position = (datetime.now() - (self.current_start_time or datetime.now())).seconds
if (not self.currently_playing or position > self.current_track_duration or self.should_skip()):
self.play_next_track()
else:
self.firebase.put(self.party_name + '/player/', 'position', position)
return self.should_keep_running()
def reset_skippers(self):
self.firebase.delete(self.party_name, 'skippers')
def should_keep_running(self):
""" Kill if no one is online in the room any more """
people = self.party_data['people']
users_online = bool([
person for person in people.values() if person['isOnline']
])
if users_online:
self.last_saw_users = datetime.now()
if not users_online and (datetime.now() - self.last_saw_users) > WAIT_FOR_USERS:
return False
else:
return True
def _init_rdio(self):
self._rdio = Rdio(self._addon.get_setting('apikey'), self._addon.get_setting('apisecret'), self._state['rdio_api'])
class RdioApi:
_AMF_ENDPOINT = 'http://www.rdio.com/api/1/amf/'
_STATE_FILE_NAME = 'rdio-state.json'
_RDIO_DOMAIN = 'localhost'
_RDIO_PLAYBACK_SECRET = "A3wxEb2mooMZYl8nDOi2rg"
_RDIO_PLAYBACK_SECRET_SEED = 5381
_INITIAL_STATE = {'rdio_api': {'auth_state': {}}, 'playback_token': None, 'current_user': None, 'rdio_cookie': None}
def __init__(self, addon):
self._addon = addon
self._net = Net()
self._state = addon.load_data(self._STATE_FILE_NAME)
if not self._state:
addon.log_debug("Persistent auth state not loaded - initialising new state")
self._state = self._INITIAL_STATE
else:
addon.log_debug("Loaded persistent auth state")
self._init_rdio()
def _init_rdio(self):
self._rdio = Rdio(self._addon.get_setting('apikey'), self._addon.get_setting('apisecret'), self._state['rdio_api'])
def authenticate(self):
# TODO Should internationalize error messages in exceptions thrown here
self._addon.log_notice("Authenticating to Rdio")
try:
auth_url = self._rdio.begin_authentication('oob')
except RdioProtocolException, rpe:
self._addon.log_error('Rdio begin_authentication failed: ' + str(rpe))
raise RdioAuthenticationException('Check your API credentials in plugin settings')
parsed_auth_url = urlparse(auth_url)
url_base = "%s://%s" % (parsed_auth_url.scheme, parsed_auth_url.netloc)
self._addon.log_notice("Authorizing OAuth token " + auth_url)
html = self._net.http_GET(auth_url).content
login_path = CommonFunctions.parseDOM(html, 'form', {'name': 'login'}, 'action')
if login_path:
login_url = url_base + login_path[0]
username = self._addon.get_setting('username')
password = self._addon.get_setting('password')
self._addon.log_notice("Logging in to Rdio using URL %s" % (login_url))
html = self._net.http_POST(login_url, {'username': username, 'password': password}).content
login_error_html = CommonFunctions.parseDOM(html, 'div', {'class': 'error-message'})
if login_error_html:
error_messages = CommonFunctions.parseDOM(login_error_html, 'li')
if error_messages:
error_message = error_messages[0] if type(error_messages) is list else error_messages
else:
error_message = login_error_html
raise RdioAuthenticationException(error_message)
oauth_token_values = CommonFunctions.parseDOM(html, 'input', {'name': 'oauth_token'}, 'value')
if not oauth_token_values:
raise RdioAuthenticationException("Login failed, check username in plugin settings")
oauth_token = oauth_token_values[0]
verifier = CommonFunctions.parseDOM(html, 'input', {'name': 'verifier'}, 'value')[0]
self._addon.log_notice("Approving oauth token %s with pin %s" % (oauth_token, verifier))
approval_result = self._net.http_POST(auth_url, {'oath_token': oauth_token, 'verifier': verifier, 'approve': ''})
self._addon.log_debug(approval_result.content)
self._addon.log_notice("Verifying OAuth token on Rdio API with pin " + verifier)
self._rdio.complete_authentication(verifier)
self._addon.log_notice("Extracting Rdio cookie")
self._addon.log_debug("Cookies: " + str(self._net.get_cookies()))
self._state['rdio_cookie'] = self._net.get_cookies()['.rdio.com']['/']['r'].value
self._addon.log_debug("Extracted Rdio cookie: " + self._state['rdio_cookie'])
self._addon.log_notice("Getting playback token")
self._state['playback_token'] = self._rdio.call('getPlaybackToken', domain=self._RDIO_DOMAIN)
self._addon.log_notice("Getting current user")
self._state['current_user'] = self._rdio.call('currentUser')['key']
self._save_state()
self._addon.log_notice("Successfully authenticated to Rdio")
#!/usr/bin/python
from rdio_consumer_credentials import *
from rdioapi import Rdio
state = {}
r = Rdio(RDIO_CONSUMER_KEY, RDIO_CONSUMER_SECRET, state)
import webbrowser
webbrowser.open(r.begin_authentication('oob'))
verifier = raw_input('Enter the PIN from the Rdio site: ').strip()
r.complete_authentication(verifier)
from pprint import pprint
i = 0
batch = 2500
while True:
print "fetching collection tracks %d -> %d" % (i, i+batch)
tracks = r.call('getTracksInCollection', count=i+batch, start=i)
trackIds = []
for t in tracks:
if 'isAvailableOffline' in t and t['isAvailableOffline']:
trackIds.append(t['key'])
print "\tfound %d synced tracks tracks" % (len(trackIds))
if len(trackIds):
keys = ','.join(trackIds)
r.call('setAvailableOffline', offline=False, keys=keys)
i += batch
if len(tracks) < batch:
print "that was it"
class RdioApi:
_RDIO_API_ENDPOINT = 'https://www.rdio.com/api/1'
_AMF_ENDPOINT = _RDIO_API_ENDPOINT + '/amf/'
_STATE_FILE_NAME = 'rdio-state.json'
_RDIO_DOMAIN = 'localhost'
_RDIO_PLAYBACK_SECRET = "6JSuiNxJ2cokAK9T2yWbEOPX"
_RDIO_PLAYBACK_SECRET_SEED = 5381
_INITIAL_STATE = {
'rdio_api': {
'auth_state': {}
},
'playback_token': None,
'current_user': None,
'rdio_cookie': None,
'authorization_key': None
}
def __init__(self, addon):
self._addon = addon
self._cookie_file = os.path.join(self._addon.get_profile(),
'rdio_cookies.txt')
self._net = Net(user_agent=getUserAgent(),
cookie_file=self._cookie_file)
self._state = addon.load_data(self._STATE_FILE_NAME)
if not self._state:
addon.log_debug(
"Persistent auth state not loaded - initialising new state")
self._state = self._INITIAL_STATE
else:
# Check for keys added to state that might not be in the saved copy
if 'authorization_key' not in self._state:
self._state['authorization_key'] = None
addon.log_debug("Loaded persistent auth state")
self._init_rdio()
def _init_rdio(self):
self._rdio = Rdio(self._addon.get_setting('apikey'),
self._addon.get_setting('apisecret'),
self._state['rdio_api'])
def authenticate(self):
self._addon.log_notice("Authenticating to Rdio")
try:
auth_url = self._rdio.begin_authentication('oob')
except RdioProtocolException, rpe:
self._addon.log_error('Rdio begin_authentication failed: ' +
str(rpe))
raise RdioAuthenticationException(
'Check your API credentials in plugin settings')
parsed_auth_url = urlparse(auth_url)
parsed_params = parse_qs(parsed_auth_url.query)
oauth_token = parsed_params['oauth_token'][0]
self._addon.log_notice("Authorizing OAuth token")
oauth_state = self.call_direct('getOAuth1State', token=oauth_token)
verifier = oauth_state['verifier']
self.call_direct('approveOAuth1App',
token=oauth_token,
verifier=verifier)
self._addon.log_notice("Appoved oauth token")
self._addon.log_notice("Extracting Rdio cookie")
self._state['rdio_cookie'] = self._net.get_cookies(
)['.rdio.com']['/']['r'].value
self._addon.log_notice("Verifying OAuth token on Rdio API")
self._rdio.complete_authentication(verifier)
self._addon.log_notice("Getting playback token")
self._state['playback_token'] = self._rdio.call(
'getPlaybackToken', domain=self._RDIO_DOMAIN)
self._addon.log_notice("Getting current user")
self._state['current_user'] = self._rdio.call('currentUser')['key']
self._save_state()
self._addon.log_notice("Successfully authenticated to Rdio")
class RdioApi:
_RDIO_API_ENDPOINT = 'https://www.rdio.com/api/1'
_AMF_ENDPOINT = _RDIO_API_ENDPOINT + '/amf/'
_STATE_FILE_NAME = 'rdio-state.json'
_RDIO_DOMAIN = 'localhost'
_RDIO_PLAYBACK_SECRET = "6JSuiNxJ2cokAK9T2yWbEOPX"
_RDIO_PLAYBACK_SECRET_SEED = 5381
_INITIAL_STATE = {'rdio_api': {'auth_state': {}}, 'playback_token': None, 'current_user': None, 'rdio_cookie': None, 'authorization_key': None}
def __init__(self, addon):
self._addon = addon
self._cookie_file = os.path.join(self._addon.get_profile(), 'rdio_cookies.txt')
self._net = Net(user_agent = getUserAgent(), cookie_file = self._cookie_file)
self._state = addon.load_data(self._STATE_FILE_NAME)
if not self._state:
addon.log_debug("Persistent auth state not loaded - initialising new state")
self._state = self._INITIAL_STATE
else:
# Check for keys added to state that might not be in the saved copy
if 'authorization_key' not in self._state:
self._state['authorization_key'] = None
addon.log_debug("Loaded persistent auth state")
self._init_rdio()
def _init_rdio(self):
self._rdio = Rdio(self._addon.get_setting('apikey'), self._addon.get_setting('apisecret'), self._state['rdio_api'])
def authenticate(self):
self._addon.log_notice("Authenticating to Rdio")
try:
auth_url = self._rdio.begin_authentication('oob')
except RdioProtocolException, rpe:
self._addon.log_error('Rdio begin_authentication failed: ' + str(rpe))
raise RdioAuthenticationException('Check your API credentials in plugin settings')
parsed_auth_url = urlparse(auth_url)
parsed_params = parse_qs(parsed_auth_url.query)
oauth_token = parsed_params['oauth_token'][0]
self._addon.log_notice("Authorizing OAuth token")
oauth_state = self.call_direct('getOAuth1State', token = oauth_token)
verifier = oauth_state['verifier']
self.call_direct('approveOAuth1App', token = oauth_token, verifier = verifier)
self._addon.log_notice("Appoved oauth token")
self._addon.log_notice("Extracting Rdio cookie")
self._state['rdio_cookie'] = self._net.get_cookies()['.rdio.com']['/']['r'].value
self._addon.log_notice("Verifying OAuth token on Rdio API")
self._rdio.complete_authentication(verifier)
self._addon.log_notice("Getting playback token")
self._state['playback_token'] = self._rdio.call('getPlaybackToken', domain=self._RDIO_DOMAIN)
self._addon.log_notice("Getting current user")
self._state['current_user'] = self._rdio.call('currentUser')['key']
self._save_state()
self._addon.log_notice("Successfully authenticated to Rdio")
def _init_rdio(self):
self._rdio = Rdio(self._addon.get_setting('apikey'),
self._addon.get_setting('apisecret'),
self._state['rdio_api'])
class RdioApi:
_RDIO_API_ENDPOINT = 'https://www.rdio.com/api/1'
_AMF_ENDPOINT = _RDIO_API_ENDPOINT + '/amf/'
_STATE_FILE_NAME = 'rdio-state.json'
_RDIO_DOMAIN = 'localhost'
_RDIO_PLAYBACK_SECRET = "6JSuiNxJ2cokAK9T2yWbEOPX"
_RDIO_PLAYBACK_SECRET_SEED = 5381
_INITIAL_STATE = {'rdio_api': {'auth_state': {}}, 'playback_token': None, 'current_user': None, 'rdio_cookie': None, 'authorization_key': None}
@staticmethod
def debug(statement):
print statement
def __init__(self):
self._cookie_file = os.path.join('rdio_cookies.txt')
self._net = Net(user_agent = getUserAgent(), cookie_file = self._cookie_file)
self.debug('Persistent auth state not loaded')
self._state = self._INITIAL_STATE
self._init_rdio()
self.authenticate()
radio = RdioRadio(self)
radio.start_radio("r139688", None)
track = radio.next_track()
if track:
print "Play"
print track['key']
stream_url = self.resolve_playback_url(track['key'])
if stream_url:
print "Play this"
print stream_url
def _init_rdio(self):
self._rdio = Rdio('by3ypa9tdw5qbmbthk6x89yf', 'HNMaWqBTND', self._state['rdio_api'])
def authenticate(self):
self.debug("Authenticating to Rdio")
try:
auth_url = self._rdio.begin_authentication('oob')
except RdioProtocolException, rpe:
self.debug('Rdio begin_authentication failed: ' + str(rpe))
raise RdioAuthenticationException('Check your API credentials in plugin settings')
parsed_auth_url = urlparse(auth_url)
parsed_params = parse_qs(parsed_auth_url.query)
oauth_token = parsed_params['oauth_token'][0]
self.debug("Authorizing OAuth token")
oauth_state = self.call_direct('getOAuth1State', token = oauth_token)
verifier = oauth_state['verifier']
self.call_direct('approveOAuth1App', token = oauth_token, verifier = verifier)
self.debug("Appoved oauth token")
self.debug("Extracting Rdio cookie")
self._state['rdio_cookie'] = self._net.get_cookies()['.rdio.com']['/']['r'].value
self._state['rdio_cookie'] = '.eJyrVorPyU9OzElVslJQSs1T0lFQigexjQ1NTc0sjcxA_FIg39DCCChkYAnilwH5BrUAvXEOGg.9G6g7Q_SSvlPMzhL81TvUMKUJx0'
self.debug("Verifying OAuth token on Rdio API")
self._rdio.complete_authentication(verifier)
self.debug("Getting playback token")
self._state['playback_token'] = self._rdio.call('getPlaybackToken', domain=self._RDIO_DOMAIN)
self.debug("Getting current user")
self._state['current_user'] = self._rdio.call('currentUser')['key']
self._save_state()
self.debug("Successfully authenticated to Rdio")
API.''')
opts, args = op.parse_args()
if len(args) < 3:
op.error('missing required arguments')
key = args[0]
secret = args[1]
query = ' '.join(args[2:])
# Figure out the URL for the Flash player that we're going to
# impersonate
flash_url = resolve_url(FLASH_PLAYER_URL)
# Create a REST API client
ra = Rdio(key, secret, {})
# Create an AMF API client
svc = RemotingService(AMF_ENDPOINT, referer=flash_url, amf_version=3)
svc.addHeader('Auth', chr(5))
rdio_svc = svc.getService('rdio')
# Search for the track to play
results = ra.search(query=query, types=','.join(['Track']),
count=1)['results']
if not results:
fail('no results found')
# Get a playback token
token = ra.getPlaybackToken(domain='std.in')
def rdio(self):
if self._cached_rdio is None:
self._cached_rdio = Rdio(
self.client_id, self.client_secret, self.oauth_state)
return self._cached_rdio
def _init_rdio(self):
self._rdio = Rdio('by3ypa9tdw5qbmbthk6x89yf', 'HNMaWqBTND', self._state['rdio_api'])
def test_creation_with_urls(self):
"""Can the Rdio class be instantiated with the optional urls param?"""
state = {}
rdio_client = Rdio(self.client_id, self.consumer_secret, state, {})
self.assertIsInstance(rdio_client, Rdio)
def test_creation(self):
"""Can the Rdio class be instantiated?"""
state = {}
rdio_client = Rdio(self.client_id, self.consumer_secret, state)
self.assertIsInstance(rdio_client, Rdio)
def test_creation(self):
state = {}
rdio_client = Rdio(self.CONSUMER_KEY, self.CONSUMER_SECRET, state)
self.assertIsInstance(rdio_client, Rdio)
default=None,
help="Description for playlist")
parser.add_argument('-c',
dest='track_count',
action='store',
default=3,
help="How many tracks per artists to add to playlist. Defaults to 3")
args = parser.parse_args()
if not args.input_file or not args.pl_name or not args.pl_desc:
raise InputError('You must specify an input file containing a list of artists, \
a name for your playlist, and a description for the playlist')
# Oauth authentication needed for creating the new playlist
state = {}
r = Rdio(CONSUMER_KEY, CONSUMER_SECRET, state)
print 'Get PIN code from the following URL: %s' % r.begin_authentication('oob')
r.complete_authentication(raw_input('enter pin code:'))
# Read the list of artists
artists = open(args.input_file, 'r').readlines()
# Find track keys for top 3 tracks per artist
pl_tracks = []
for a in artists:
try:
url = '/artist/' + a.strip().title().replace(' ', '_').replace('&', '') + '/'
artist_key = r.getObjectFromUrl(url=url)['key']
tracks = r.getTracksForArtist(artist=artist_key, count=args.track_count)
# make sure key is for a track and for the right artist
track_keys = [t['key'] for t in tracks \
def rdio(self):
if self.__cached_rdio is None:
self.__cached_rdio = Rdio('7v2443fffahpt4fazmmh3hx7', '2nzyX96YAu',
self.oauth_state)
return self.__cached_rdio