class URLRadio(CommonPlaySkill):
def __init__(self):
super(URLRadio, self).__init__('URL Radio')
file_name = 'url_list.json'
skill_path = "/opt/mycroft/skills/skill-url-radio.pcwii"
with open(join(skill_path, file_name)) as f:
self.channel_list = json.load(f)
self.log.info(str(self.channel_list))
self.mediaplayer = VlcService(config={'low_volume': 10, 'duck': True})
self.audio_state = 'stopped' # 'playing', 'stopped'
def initialize(self):
self.log.info('initializing URLRadio')
self.load_data_files(dirname(__file__))
super(URLRadio, self).initialize()
def CPS_match_query_phrase(self, phrase):
"""
The method is invoked by the PlayBackControlSkill.
"""
self.log.info('URLRadio received the following phrase: ' + phrase)
for each_channel in self.channel_list[
"stations"]: # loop through every interval
if phrase in each_channel["name"]:
print("Station Found, Exiting!")
data = each_channel
return phrase, CPSMatchLevel.TITLE, data
break
else:
print("Station Not Found, Searching!")
return None
def CPS_start(self, phrase, data):
""" Starts playback.
Called by the playback control skill to start playback if the
skill is selected (has the best match level)
"""
self.log.info(
'URLRadio Skill received the following phrase and Data: ' +
phrase + ' ' + str(data))
self.speak_dialog('now.playing',
data={"channel": data["name"]},
expect_response=False)
wait_while_speaking
url = str(data["url"])
self.mediaplayer.add_list(url)
self.audio_state = 'playing'
self.mediaplayer.play()
pass
def stop(self):
if self.audio_state == 'playing':
self.mediaplayer.stop()
self.mediaplayer.clear_list()
LOG.debug('Stopping stream')
self.audio_state = 'stopped'
return True
class YoutubeSkill(CommonPlaySkill):
def __init__(self):
super().__init__(name='YoutubeSkill')
self.audio_state = 'stopped' # 'playing', 'stopped', 'paused'
self.station_name = None
self.stream_url = None
self.mpeg_url = None
self.process = None
self.regexes = {}
self.mediaplayer = VlcService(config={'low_volume': 10, 'duck': True})
self.audio_state = 'stopped' # 'playing', 'stopped'
# self.add_event('mycroft.audio.service.pause', CPS_pause)
# self.add_event('mycroft.audio.service.resume', CPS_resume)
def CPS_match_query_phrase(self, phrase):
# Look for regex matches starting from the most specific to the least
# Play <data>
match = re.search(self.translate_regex('on_youtube'), phrase)
if match:
data = re.sub(self.translate_regex('on_youtube'), '', phrase)
LOG.debug('CPS Match (on_youtube): ' + data)
return phrase, CPSMatchLevel.EXACT, data
return phrase, CPSMatchLevel.GENERIC, phrase
def CPS_start(self, phrase, data):
LOG.debug('CPS Start: ' + data)
self.search_youtube(data)
def CPS_resume(self, phrase, data):
self.mediaplayer.play()
def CPS_pause(self, phrase, data):
self.mediaplayer.pause()
# Attempt to find the first result matching the query string
def search_youtube(self, search_term):
tracklist = []
res = requests.get(search_url + search_term)
# TODO: check status code etc...
html = res.content
soup = BeautifulSoup(html, 'html.parser')
vids = soup.findAll(attrs={'class': 'yt-uix-tile-link'})
for vid in vids:
if not re.match('/watch\?v=\w{11}', vid['href']):
LOG.debug('no media: ' + vid['href'])
continue
self.vid_url = vid['href']
self.vid_name = vid.string
self.stream_url = self.get_stream_url(self.vid_url)
LOG.debug('Found stream URL: ' + self.vid_url)
LOG.debug('Media title: ' + self.vid_name)
tracklist.append(self.stream_url)
self.mediaplayer.add_list(tracklist)
self.audio_state = 'playing'
self.speak_dialog('now.playing')
wait_while_speaking()
self.mediaplayer.play()
return
# We didn't find any playable results
self.speak_dialog('not.found')
wait_while_speaking()
LOG.debug('Could not find any results with the query term: ' +
search_term)
def get_stream_url(self, youtube_url):
abs_url = base_url + youtube_url
LOG.debug('pafy processing: ' + abs_url)
streams = pafy.new(abs_url)
LOG.debug('audiostreams found: ' + str(streams.audiostreams))
bestaudio = streams.getbestaudio()
LOG.debug('audiostream selected: ' + str(bestaudio))
return bestaudio.url
def stop(self):
if self.audio_state == 'playing':
self.mediaplayer.stop()
self.mediaplayer.clear_list()
LOG.debug('Stopping stream')
self.audio_state = 'stopped'
self.station_name = None
self.station_id = None
self.stream_url = None
return True
# these don't work (yet?)
def pause(self, message=None):
if self.audio_state == 'playing':
self.mediaplayer.pause()
self.audio_state = 'paused'
def resume(self, message=None):
if self.audio_state == 'paused':
self.mediaplayer.play()
self.audio_state = 'playing'
def next_track(self, message):
self.mediaplayer.next()
def prev_track(self, message):
self.mediaplayer.previous()
def shutdown(self):
if self.audio_state == 'playing':
self.mediaplayer.stop()
self.mediaplayer.clear_list()
# Get the correct localized regex
def translate_regex(self, regex):
if regex not in self.regexes:
path = self.find_resource(regex + '.regex')
if path:
with open(path) as f:
string = f.read().strip()
self.regexes[regex] = string
return self.regexes[regex]
class TuneinSkill(CommonPlaySkill):
def __init__(self):
super().__init__(name="TuneinSkill")
self.mediaplayer = VlcService(config={'low_volume': 10, 'duck': True})
self.audio_state = "stopped" # 'playing', 'stopped'
self.station_name = None
self.stream_url = None
self.mpeg_url = None
self.regexes = {}
def CPS_match_query_phrase(self, phrase):
# Look for regex matches starting from the most specific to the least
# Play <data> internet radio on tune in
match = re.search(self.translate_regex('internet_radio_on_tunein'),
phrase)
if match:
data = re.sub(self.translate_regex('internet_radio_on_tunein'), '',
phrase)
LOG.debug("CPS Match (internet_radio_on_tunein): " + data)
return phrase, CPSMatchLevel.EXACT, data
# Play <data> radio on tune in
match = re.search(self.translate_regex('radio_on_tunein'), phrase)
if match:
data = re.sub(self.translate_regex('radio_on_tunein'), '', phrase)
LOG.debug("CPS Match (radio_on_tunein): " + data)
return phrase, CPSMatchLevel.EXACT, data
# Play <data> on tune in
match = re.search(self.translate_regex('on_tunein'), phrase)
if match:
data = re.sub(self.translate_regex('on_tunein'), '', phrase)
LOG.debug("CPS Match (on_tunein): " + data)
return phrase, CPSMatchLevel.EXACT, data
# Play <data> internet radio
match = re.search(self.translate_regex('internet_radio'), phrase)
if match:
data = re.sub(self.translate_regex('internet_radio'), '', phrase)
LOG.debug("CPS Match (internet_radio): " + data)
return phrase, CPSMatchLevel.CATEGORY, data
# Play <data> radio
match = re.search(self.translate_regex('radio'), phrase)
if match:
data = re.sub(self.translate_regex('radio'), '', phrase)
LOG.debug("CPS Match (radio): " + data)
return phrase, CPSMatchLevel.CATEGORY, data
return phrase, CPSMatchLevel.GENERIC, phrase
def CPS_start(self, phrase, data):
LOG.debug("CPS Start: " + data)
self.find_station(data)
@intent_file_handler('StreamRequest.intent')
def handle_stream_intent(self, message):
self.find_station(message.data["station"])
LOG.debug("Station data: " + message.data["station"])
def apply_aliases(self, search_term):
# Allow search terms to be expanded or aliased
home = expanduser('~')
alias_file = home + '/tunein_aliases.yaml'
if path.exists(alias_file):
with open(alias_file, 'r') as file:
alias_list = yaml.load(file)
if search_term in alias_list:
search_term = alias_list[search_term]
return search_term
# Attempt to find the first active station matching the query string
def find_station(self, search_term):
tracklist = []
LOG.debug("pre-alias search_term: " + search_term)
search_term = self.apply_aliases(search_term)
LOG.debug("aliased search_term: " + search_term)
payload = {"query": search_term}
# get the response from the TuneIn API
res = requests.post(base_url, data=payload, headers=headers)
dom = parseString(res.text)
# results are each in their own <outline> tag as defined by OPML (https://en.wikipedia.org/wiki/OPML)
entries = dom.getElementsByTagName("outline")
# Loop through outlines in the lists
for entry in entries:
# Only look at outlines that are of type=audio and item=station
if (entry.getAttribute("type")
== "audio") and (entry.getAttribute("item") == "station"):
if (entry.getAttribute("key") != "unavailable"):
if (entry.getAttribute("text") == "triple j Unearthed"):
continue
# stop the current stream if we have one running
if (self.audio_state == "playing"):
self.stop()
# Ignore entries that are marked as unavailable
self.mpeg_url = entry.getAttribute("URL")
self.station_name = entry.getAttribute("text")
# this URL will return audio/x-mpegurl data. This is just a list of URLs to the real streams
self.stream_url = self.get_stream_url(self.mpeg_url)
self.audio_state = "playing"
self.speak_dialog("now.playing",
{"station": self.station_name})
wait_while_speaking()
LOG.debug("Found stream URL: " + self.stream_url)
tracklist.append(self.stream_url)
self.mediaplayer.add_list(tracklist)
self.mediaplayer.play()
return
# We didn't find any playable stations
self.speak_dialog("not.found")
wait_while_speaking()
LOG.debug("Could not find a station with the query term: " +
search_term)
def get_stream_url(self, mpegurl):
res = requests.get(mpegurl)
# Get the first line from the results
for line in res.text.splitlines():
return self.process_url(line)
def stop(self):
if self.audio_state == "playing":
self.mediaplayer.stop()
self.mediaplayer.clear_list()
LOG.debug("Stopping stream")
self.audio_state = "stopped"
self.station_name = None
self.stream_url = None
self.mpeg_url = None
return True
def shutdown(self):
if self.audio_state == 'playing':
self.mediaplayer.stop()
self.mediaplayer.clear_list()
# Check what kind of url was pulled from the x-mpegurl data
def process_url(self, url):
if (len(url) > 4):
if url[-3:] == 'm3u':
return url[:-4]
if url[-3:] == 'pls':
return self.process_pls(url)
else:
return url
return url
# Pull down the pls data and pull out the real stream url out of it
def process_pls(self, url):
res = requests.get(url)
# Loop through the data looking for the first url
for line in res.text.splitlines():
if line.startswith("File1="):
return line[6:]
# Get the correct localized regex
def translate_regex(self, regex):
if regex not in self.regexes:
path = self.find_resource(regex + '.regex')
if path:
with open(path) as f:
string = f.read().strip()
self.regexes[regex] = string
return self.regexes[regex]
class TuneinSkill(CommonPlaySkill):
def __init__(self):
super().__init__(name="TuneinSkill")
self.mediaplayer = VlcService(config={'low_volume': 10, 'duck': True})
self.audio_state = "stopped" # 'playing', 'stopped'
self.station_name = None
self.stream_url = None
self.mpeg_url = None
self.regexes = {}
self.aliases = {}
def initialize(self):
self.init_websettings()
self.settings_change_callback = self.init_websettings
def init_websettings(self):
self.get_aliases()
def CPS_match_query_phrase(self, phrase):
# Look for regex matches starting from the most specific to the least
# Play <data> internet radio on tune in
match = re.search(self.translate_regex('internet_radio_on_tunein'), phrase)
if match:
data = re.sub(self.translate_regex('internet_radio_on_tunein'), '', phrase)
LOG.debug("CPS Match (internet_radio_on_tunein): " + data)
return phrase, CPSMatchLevel.EXACT, data
# Play <data> radio on tune in
match = re.search(self.translate_regex('radio_on_tunein'), phrase)
if match:
data = re.sub(self.translate_regex('radio_on_tunein'), '', phrase)
LOG.debug("CPS Match (radio_on_tunein): " + data)
return phrase, CPSMatchLevel.EXACT, data
# Play <data> on tune in
match = re.search(self.translate_regex('on_tunein'), phrase)
if match:
data = re.sub(self.translate_regex('on_tunein'), '', phrase)
LOG.debug("CPS Match (on_tunein): " + data)
return phrase, CPSMatchLevel.EXACT, data
# Play <data> internet radio
match = re.search(self.translate_regex('internet_radio'), phrase)
if match:
data = re.sub(self.translate_regex('internet_radio'), '', phrase)
LOG.debug("CPS Match (internet_radio): " + data)
return phrase, CPSMatchLevel.CATEGORY, data
# Play <data> radio
match = re.search(self.translate_regex('radio'), phrase)
if match:
data = re.sub(self.translate_regex('radio'), '', phrase)
LOG.debug("CPS Match (radio): " + data)
return phrase, CPSMatchLevel.CATEGORY, data
return phrase, CPSMatchLevel.GENERIC, phrase
def CPS_start(self, phrase, data):
LOG.debug("CPS Start: " + data)
self.find_station(data)
@intent_file_handler('StreamRequest.intent')
def handle_stream_intent(self, message):
self.find_station(message.data["station"])
LOG.debug("Station data: " + message.data["station"])
def get_aliases(self):
self.aliases.clear()
for i in range(0, MAXALIASES):
_station = self.settings.get(f"station{i}", False)
_alias = self.settings.get(f"alias{i}", False)
if _station and _alias:
self.aliases[_alias.lower()] = _station.lower()
def remove_aliases(self, search_term):
""" Applies the aliases either defined in the webconfig or using ~/tunein_aliases.yaml (deprecated)"""
# backwards compat
if not self.aliases:
home = expanduser('~')
alias_file = home + '/tunein_aliases.yaml'
if path.exists(alias_file):
with open(alias_file, 'r') as file:
self.aliases = yaml.load(file, Loader=yaml.FullLoader)
for alias, station in self.aliases.items():
if alias in search_term:
search_term = search_term.replace(alias, station)
LOG.debug(f"Removed alias. Search_term: {search_term}")
return search_term
# Attempt to find the first active station matching the query string
def find_station(self, search_term):
tracklist = []
retry = True
search_term = self.remove_aliases(search_term)
dom = request_api(search_term)
# results are each in their own <outline> tag as defined by OPML (https://en.wikipedia.org/wiki/OPML)
# fuzzy matches the query to the given stations NodeList
match, perc = _fuzzy_match(search_term, dom.getElementsByTagName("outline"))
# No matching stations
if match is None:
self.speak_dialog("not.found")
wait_while_speaking()
LOG.debug("Could not find a station with the query term: " + search_term)
return
# stop the current stream if we have one running
if self.audio_state == "playing":
self.stop()
# Ignore entries that are marked as unavailable
self.mpeg_url = match.getAttribute("URL")
self.station_name = match.getAttribute("text")
# this URL will return audio/x-mpegurl data. This is just a list of URLs to the real streams
self.stream_url = self.get_stream_url(self.mpeg_url)
self.audio_state = "playing"
self.speak_dialog("now.playing", {"station": self.station_name})
wait_while_speaking()
LOG.debug("Station: " + self.station_name)
LOG.debug("Station name fuzzy match percent: " + str(perc))
LOG.debug("Stream URL: " + self.stream_url)
tracklist.append(self.stream_url)
self.mediaplayer.add_list(tracklist)
self.mediaplayer.play()
def get_stream_url(self, mpegurl):
res = requests.get(mpegurl)
# Get the first line from the results
for line in res.text.splitlines():
return self.process_url(line)
def stop(self):
if self.audio_state == "playing":
self.mediaplayer.stop()
self.mediaplayer.clear_list()
LOG.debug("Stopping stream")
self.audio_state = "stopped"
self.station_name = None
self.stream_url = None
self.mpeg_url = None
return True
def shutdown(self):
if self.audio_state == 'playing':
self.mediaplayer.stop()
self.mediaplayer.clear_list()
# Check what kind of url was pulled from the x-mpegurl data
def process_url(self, url):
if (len(url) > 4):
if url[-3:] == 'm3u':
return url[:-4]
if url[-3:] == 'pls':
return self.process_pls(url)
else:
return url
return url
# Pull down the pls data and pull out the real stream url out of it
def process_pls(self, url):
res = requests.get(url)
# Loop through the data looking for the first url
for line in res.text.splitlines():
if line.startswith("File1="):
return line[6:]
# Get the correct localized regex
def translate_regex(self, regex):
if regex not in self.regexes:
path = self.find_resource(regex + '.regex')
if path:
with open(path) as f:
string = f.read().strip()
self.regexes[regex] = string
return self.regexes[regex]
class USBMusicSkill(CommonPlaySkill):
def __init__(self):
super(USBMusicSkill, self).__init__('USBMusicSkill')
self.mediaplayer = VlcService(config={'low_volume': 10, 'duck': True})
self.song_list = []
self.prev_status = False
self.song_artist = ""
self.song_label = ""
self.song_album = ""
self.auto_play = False
self.insert_command = ""
self.command_enable = False
self.prev_status = False
self.status = False
self.library_ready = False
self.path = ""
self.local_path = ""
self.smb_path = ""
self.smb_uname = ""
self.smb_pass = ""
self.usb_monitor = NewThread
self.usbdevice = usbdev
self.observer = self.usbdevice.startListener()
#self.audio_service = None
self.audio_state = 'stopped' # 'playing', 'stopped'
LOG.info("USB Music Skill Loaded!")
def initialize(self):
self.load_data_files(dirname(__file__))
#self.audio_service = AudioService(self.bus)
LOG.info("USB Music Skill Initialized!")
self.halt_usb_monitor_thread()
self.init_usb_monitor_thread()
self.settings_change_callback = self.on_websettings_changed
self.on_websettings_changed()
def on_websettings_changed(self): # called when updating mycroft home page
self.auto_play = self.settings.get(
"auto_play", False) # used to enable / disable auto_play
self.local_path = self.settings.get("local_path", "/home/pi/Music")
self.smb_path = self.settings.get("smb_path",
"//192.168.0.20/SMBMusic")
self.smb_uname = self.settings.get("smb_uname", "guest")
self.smb_pass = self.settings.get("smb_pass", "")
self.insert_command = self.settings.get("insert_command", "")
if len(self.insert_command) > 0:
self.command_enable = self.settings.get("command_enable", False)
else:
LOG.info('No Command Specified, Enable Set to: False')
self.command_enable = False
LOG.info('USB-Music Settings Changed, Command Enable now: ' +
str(self.command_enable))
LOG.info('USB-Music Settings Changed, AutoPlay now: ' +
str(self.auto_play))
LOG.info('USB-Music Settings Changed, SMB Path now: ' +
str(self.smb_path))
LOG.info('USB-Music Settings Changed, Local Path now: ' +
str(self.local_path))
def send_message(
self,
message): # Sends the remote received commands to the messagebus
LOG.info("Sending a command to the message bus: " + message)
payload = json.dumps({
"type": "recognizer_loop:utterance",
"context": "",
"data": {
"utterances": [message]
}
})
uri = 'ws://localhost:8181/core'
ws = create_connection(uri)
ws.send(payload)
ws.close()
def init_usb_monitor_thread(self): # creates the workout thread
self.usb_monitor.idStop = False
self.usb_monitor.id = 101
self.usb_monitor.idThread = threading.Thread(
target=self.start_usb_thread,
args=(self.usb_monitor.id, lambda: self.usb_monitor.idStop))
self.usb_monitor.idThread.start()
def halt_usb_monitor_thread(self): # requests an end to the workout
try:
self.usb_monitor.id = 101
self.usb_monitor.idStop = True
self.usb_monitor.idThread.join()
except Exception as e:
LOG.error(
e) # if there is an error attempting the workout then here....
def numeric_replace(self, in_words=""):
word_list = in_words.split()
return_list = []
for each_word in word_list:
try:
new_word = w2n.word_to_num(each_word)
except Exception as e:
# LOG.info(e)
new_word = each_word
return_list.append(new_word)
return_string = ' '.join(str(e) for e in return_list)
return return_string
def parse_music_utterance(self, phrase):
# Todo: move Regex to file for language support
# Todo: This needs to be refactored as it is not a sustainable way to search music
# returns what was spoken in the utterance
return_item = "none"
return_type = "any"
str_request = str(phrase)
LOG.info("Parse Music Received: " + str_request)
primary_regex = r"((?<=album) (?P<album>.*$))|((?<=by) (?P<artist1>.*$))|((?<=artist) (?P<artist>.*$))|((?<=song) (?P<label>.*$))"
secondary_regex = None
if str_request.find('some') != -1:
secondary_regex = r"((?<=some) (?P<any>.*$))"
elif str_request.find('my') != -1:
secondary_regex = r"((?<=my) (?P<any>.*$))"
elif str_request.find('all') != -1:
secondary_regex = r"((?<=all) (?P<any>.*$))"
elif str_request.find('any') != -1:
secondary_regex = r"((?<=any) (?P<any>.*$))"
else:
secondary_regex = r"((?<=play) (?P<any>.*$))"
key_found = re.search(primary_regex, str_request)
if key_found:
LOG.info("Primary Regex Key Found")
if key_found.group("label"):
LOG.info("found label")
return_item = key_found.group("label")
return_type = "label"
elif key_found.group("artist"):
LOG.info("found artist")
return_item = key_found.group("artist")
return_type = "artist"
elif key_found.group("artist1"): # secondary artist
LOG.info("found artist")
return_item = key_found.group("artist1")
return_type = "artist"
elif key_found.group("album"):
LOG.info("found album")
return_item = key_found.group("album")
return_type = "album"
else:
LOG.info("Primary Regex Key Not Found")
if secondary_regex:
key_found = re.search(secondary_regex, str_request)
if key_found.group("any"):
LOG.info("Secondary Regex Key Found")
return_item = key_found.group("any")
return_type = "any"
else:
LOG.info("Secondary Regex Key Not Found")
return_item = "none"
return_type = "none"
# Returns the item that was requested and the type of the requested item ie. artist, album, label
return return_item, return_type
def search_music_library(self, search_string, category="any"):
found_list = [
] # this is a dict that will contain all the items found in the library
LOG.info("searching the music library for: " + str(search_string) +
", " + str(category))
if category == "any":
found_list = self.search_music_item(search_string,
category="label")
if len(found_list) > 0:
return found_list
LOG.info("Label: " + search_string + ", Not Found!")
found_list = self.search_music_item(search_string,
category="artist")
if len(found_list) > 0:
return found_list
LOG.info("Artist: " + search_string + ", Not Found!")
found_list = self.search_music_item(search_string,
category="album")
if len(found_list) > 0:
return found_list
found_list = self.search_music_item(search_string,
category="location")
if len(found_list) > 0:
return found_list
if len(found_list) == 0:
LOG.info("Album: " + search_string + ", Not Found!")
return
else:
found_list = self.search_music_item(search_string,
category=str(category))
if len(found_list) > 0:
return found_list
def search_music_item(self, search_item, category="label"):
# category options: label, artist, album
found_list = [
] # this is a dict of all the items found that match the search
search_item = self.numeric_replace(search_item)
search_words = search_item.replace("-", "").lower().split()
# check each song in the list for strings that match all the words in the search
for each_song in self.song_list: # check each song in the list for the one we are looking for
item_name = each_song[category].replace("-", "")
if len(item_name) > 0:
item_name = self.numeric_replace(item_name)
if all(words in item_name.lower() for words in search_words):
found_length = len(each_song['label'].split())
info = {
"location": each_song['location'],
"label": each_song['label'],
"album": each_song['album'],
"artist": each_song['artist'],
"source": each_song['source']
}
found_list.append(info)
LOG.info('Found the following songs: ' + str(found_list))
# remove duplicates
temp_list = [] # this is a dict
for each_song in found_list:
info = {
"location": each_song['location'],
"label": each_song['label'],
"album": each_song['album'],
"artist": each_song['artist'],
"source": each_song['source']
} # Todo this is missing in the kodi skill????
song_title = str(each_song['label'])
if song_title not in str(temp_list):
temp_list.append(info)
else:
if len(each_song['label']) == len(song_title):
LOG.info('found duplicate')
else:
temp_list.append(info)
found_list = temp_list
return found_list # returns a dictionary of matched movies
def merge_library(self, dict1, dict2):
return dict1 + dict2
def start_usb_thread(self, my_id, terminate):
"""
This thread monitors the USB port for an insertion / removal event
"""
# Todo automatically play when stick is inserted
LOG.info("USB Monitoring Loop Started!")
while not terminate(): # wait while this interval completes
time.sleep(
1
) # Todo make the polling time a variable or make it a separate thread
# get the status of the connected usb device
self.status = self.usbdevice.isDeviceConnected()
if self.status != self.prev_status:
LOG.info("USB Status Changed!")
self.prev_status = self.status
if self.status: # Device inserted
# remove any existing mount points
self.usbdevice.uMountPathUsbDevice()
LOG.info("Device Inserted!")
device = self.usbdevice.getDevData()
# mount the device and get the path
self.path = self.usbdevice.getMountPathUsbDevice()
LOG.info("Stat: " + str(self.status))
LOG.info("dev: " + str(device))
LOG.info("path: " + str(self.path))
LOG.info("---------------------------------")
self.speak_dialog('update.library',
data={"source": str("usb")},
expect_response=False)
wait_while_speaking()
self.song_list = [
i for i in self.song_list if not (i['source'] == 'usb')
]
self.song_list = self.merge_library(
self.song_list, self.create_library(self.path, "usb"))
if self.command_enable:
self.send_message(self.insert_command)
if self.auto_play:
self.play_all(self.song_list)
else:
#self.audio_service.stop()
self.mediaplayer.stop()
# unmount the path
self.usbdevice.uMountPathUsbDevice()
LOG.info("Device Removed!")
# Todo remove context "USB" so all play requests start with this skill
self.speak_dialog('usb.removed', expect_response=False)
wait_while_speaking()
self.song_list = []
self.path = ""
self.on_websettings_changed()
self.usbdevice.stopListener(self.observer)
def play_all(self, library):
LOG.info('Automatically playing the USB Device')
tracklist = []
for each_song in library:
LOG.info("CPS Now Playing... " + each_song['label'] +
" from location: " + each_song['location'])
url = each_song['location']
tracklist.append(url)
random.shuffle(tracklist)
self.speak_dialog('now.playing')
wait_while_speaking()
self.mediaplayer.add_list(tracklist)
self.mediaplayer.play()
#self.audio_service.play(tracklist)
self.audio_state = 'playing'
def create_library(self, source_path, source_type="usb"):
# Todo - add regex to remove numbers from the begining of filenames to get song name (\d{1,3}|)( - |)(?P<song_Name>.+)
self.library_ready = False
new_library = []
for root, d_names, f_names in os.walk(str(source_path)):
for fileName in f_names:
audio = None
foundType = [
musicType for musicType in MUSIC_TYPES
if (musicType.lower() in fileName.lower())
]
if bool(foundType):
song_path = str(root) + "/" + str(fileName)
if True:
# try: # Removed to find error
if "flac" in str(foundType[0]): # add flac filter
audio = FLAC(song_path)
# LOG.info("Checking FLAC Tags" + str(audio))
elif "aac" in str(foundType[0]): # add flac filter:
audio = AAC(song_path)
# LOG.info("Checking aac Tags" + str(audio))
elif "mp3" in str(foundType[0]): # add flac filter:
try:
audio = EasyID3(song_path)
except ID3NoHeaderError:
LOG.info("No ID Tags Found... " + song_path)
audio = {}
# LOG.info("Checking mp3 Tags" + str(audio))
elif "m4a" in str(foundType[0]): # add flac filter:
audio = MP4(song_path)
# LOG.info("Checking m4a Tags" + str(audio))
if audio is not None: # An ID3 tag found
if 'title' not in audio.keys():
trim_length = (len(str(foundType[0])) + 1) * -1
self.song_label = str(fileName)[:trim_length]
else:
self.song_label = audio['title'][0]
#LOG.info("Validating title: " + self.song_label)
if 'artist' not in audio.keys():
if 'Contributing artists' in audio.keys():
self.song_artist = audio[
'Contributing artists'][0]
else:
self.song_artist = ""
else:
self.song_artist = audio['artist'][0]
#LOG.info("Validating artist: " + self.song_artist)
if 'album' not in audio.keys():
self.song_album = ""
else:
self.song_album = audio['album'][0]
else: # There was no ID3 Tag found, use filename as song title
trim_length = (len(str(foundType[0])) + 1) * -1
self.song_label = str(fileName)[:trim_length]
self.song_artist = ""
self.song_album = ""
info = {
"location": song_path,
"label": self.song_label,
"artist": self.song_artist,
"album": self.song_album,
"source": str(source_type)
}
new_library.append(info)
song_count = len(new_library)
if song_count == 0:
self.speak_dialog('no.files',
data={"source": str(source_type)},
expect_response=False)
else:
self.speak_dialog('scan.complete',
data={
"count": str(song_count),
"source": str(source_type)
},
expect_response=False)
wait_while_speaking()
LOG.info("Added: " + str(song_count) + " to the library from the " +
str(source_type) + " Device")
self.library_ready = True
return new_library
def CPS_match_query_phrase(self, phrase):
"""
The method is invoked by the PlayBackControlSkill.
"""
LOG.info('USBMusicSkill received the following phrase: ' + phrase)
if self.status or self.library_ready: # Confirm the USB is inserted
LOG.info("USBMusicSkill is Searching for requested media...")
play_request = self.parse_music_utterance(
phrase) # get the requested Music Item
LOG.info("USBMusicSkill Parse Routine Returned: " +
str(play_request))
music_playlist = self.search_music_library(
play_request[0],
category=play_request[1]) # search for the item in the library
if music_playlist is None:
return None # until a match is found
else:
if len(music_playlist) > 0:
match_level = CPSMatchLevel.EXACT
data = music_playlist
LOG.info('Music found that matched the request!')
return phrase, match_level, data
else:
return None # until a match is found
else:
LOG.info("Device or Library Not Ready, Passing on this request")
return None
def CPS_start(self, phrase, data):
""" Starts playback.
Called by the playback control skill to start playback if the
skill is selected (has the best match level)
"""
tracklist = []
LOG.info(
'USBMusicSkill, Playback received the following phrase and Data: '
+ phrase + ' ' + str(data))
for each_song in data:
LOG.info("CPS Now Playing... " + each_song['label'] +
" from location: " + each_song['location'])
url = each_song['location']
tracklist.append(url)
#LOG.info(str(tracklist))
self.speak_dialog('now.playing')
wait_while_speaking()
#self.audio_service.play(tracklist)
#random.shuffle(tracklist)
self.mediaplayer.add_list(tracklist)
self.mediaplayer.play()
self.audio_state = 'playing'
pass
@intent_handler(
IntentBuilder('').require("UpdateKeyword").require(
"USBKeyword").require("LibraryKeyword"))
def handle_update_usb_library_intent(self, message):
LOG.info("Called Update Library Intent")
if self.usbdevice.isDeviceConnected():
device = self.usbdevice.getDevData()
# mount the device and get the path
self.path = self.usbdevice.getMountPathUsbDevice()
self.speak_dialog(
'update.library',
data={"source": str(message.data.get("USBKeyword"))},
expect_response=False)
wait_while_speaking()
self.song_list = [
i for i in self.song_list if not (i['source'] == 'usb')
]
self.song_list = self.merge_library(
self.song_list, self.create_library(self.path, "usb"))
else:
self.usbdevice.uMountPathUsbDevice()
# Play Music Added here
self.speak_dialog('usb.not.mounted', expect_response=False)
wait_while_speaking()
LOG.info("USB Device Not Detected")
# Todo: Add an unmount / release command
@intent_handler(
IntentBuilder('').require("RemoveKeyword").require("USBKeyword"))
def handle_remove_usb_intent(self, message):
self.usbdevice.uMountPathUsbDevice()
LOG.info("Device Removed!")
@intent_handler(
IntentBuilder('').require("UpdateKeyword").require(
"NetworkKeyword").require("LibraryKeyword"))
def handle_get_smb_music_intent(self, message):
self.path = self.usbdevice.MountSMBPath(self.smb_path, self.smb_uname,
self.smb_pass)
self.speak_dialog(
'update.library',
data={"source": str(message.data.get("NetworkKeyword"))},
expect_response=False)
wait_while_speaking()
self.song_list = [
i for i in self.song_list if not (i['source'] == 'smb')
]
self.song_list = self.merge_library(
self.song_list, self.create_library(self.path, "smb"))
LOG.info("SMB Mounted!")
@intent_handler(
IntentBuilder('').require("UpdateKeyword").require(
"LocalKeyword").require("LibraryKeyword"))
def handle_get_local_music_intent(self, message):
self.path = self.local_path
self.speak_dialog(
'update.library',
data={"source": str(message.data.get("LocalKeyword"))},
expect_response=False)
wait_while_speaking()
self.song_list = [
i for i in self.song_list if not (i['source'] == 'local')
]
self.song_list = self.merge_library(
self.song_list, self.create_library(self.path, "local"))
LOG.info("Local Mounted!")
@intent_handler(
IntentBuilder('').require("UpdateKeyword").require(
"MusicKeyword").require("LibraryKeyword"))
def handle_get_All_available_intent(self, message):
self.path = self.usbdevice.MountSMBPath(self.smb_path, self.smb_uname,
self.smb_pass)
self.speak_dialog(
'update.library',
data={"source": str(message.data.get("MusicKeyword"))},
expect_response=False)
wait_while_speaking()
self.song_list = [
i for i in self.song_list if not (i['source'] == 'smb')
]
self.song_list = self.merge_library(
self.song_list, self.create_library(self.path, "smb"))
LOG.info("SMB Mounted!")
self.path = self.local_path
self.song_list = [
i for i in self.song_list if not (i['source'] == 'local')
]
self.song_list = self.merge_library(
self.song_list, self.create_library(self.path, "local"))
LOG.info("Local Mounted!")
if self.usbdevice.isDeviceConnected():
device = self.usbdevice.getDevData()
# mount the device and get the path
self.path = self.usbdevice.getMountPathUsbDevice()
self.speak_dialog(
'update.library',
data={"source": str(message.data.get("USBKeyword"))},
expect_response=False)
wait_while_speaking()
self.song_list = [
i for i in self.song_list if not (i['source'] == 'usb')
]
self.song_list = self.merge_library(
self.song_list, self.create_library(self.path, "usb"))
@intent_handler(
IntentBuilder('').require("StartKeyword").require(
"USBKeyword").require('ScanKeyword'))
def handle_start_usb_intent(self, message):
# Todo: add ability to stop the thread when the skill re-loads
LOG.info('Thread Running: ' + str(self.usb_monitor.idThread.isAlive()))
if self.usb_monitor.idThread.isAlive():
LOG.info("Scan is already running!")
else:
LOG.info("Scan should start!")
self.init_usb_monitor_thread()
@intent_handler(
IntentBuilder('').require("ShowKeyword").require(
"MusicKeyword").require('LibraryKeyword'))
def handle_show_music_library_intent(self, message):
LOG.info(str(self.song_list))
LOG.info('Library Size: ' + str(len(self.song_list)))
def stop(self):
if self.audio_state == 'playing':
#self.audio_service.stop()
self.mediaplayer.stop()
LOG.debug('Stopping stream')
self.audio_state = 'stopped'
return True
#LOG.info('Stopping USB Monitor Thread!')
#self.halt_usb_monitor_thread()
pass
class IHeartRadioSkill(CommonPlaySkill):
def __init__(self):
super().__init__(name="IHeartRadioSkill")
self.mediaplayer = VlcService(config={'low_volume': 10, 'duck': True})
self.audio_state = "stopped" # 'playing', 'stopped'
self.station_name = None
self.station_id = None
self.stream_url = None
self.regexes = {}
self.set_urls()
self.settings.set_changed_callback(self.set_urls)
def set_urls(self):
country = self.settings.get('country', 'default')
country_code = self.location['city']['state']['country']['code'].lower(
) if country == 'default' else country
if country_code[-1] != '.':
country_code = country_code + '.'
if country == 'global' or not self.test_for_local_api(country_code):
country_code = ''
self.search_url = "http://{}api.iheart.com/api/v3/search/all".format(
country_code)
self.station_url = "https://{}api.iheart.com/api/v2/content/liveStations/".format(
country_code)
def test_for_local_api(self, country_code):
try:
payload = {
"keywords": "test",
"maxRows": 1,
"bundle": "false",
"station": "true",
"artist": "false",
"track": "false",
"playlist": "false",
"podcast": "false"
}
search_url = "http://{}api.iheart.com/api/v3/search/all".format(
country_code)
r = requests.get(search_url, params=payload, headers=headers)
return r.status_code == 200
except:
return False
def CPS_match_query_phrase(self, phrase):
# Look for regex matches starting from the most specific to the least
# Play <data> internet radio on i heart radio
match = re.search(self.translate_regex('internet_radio_on_iheart'),
phrase)
if match:
data = re.sub(self.translate_regex('internet_radio_on_iheart'), '',
phrase)
LOG.debug("CPS Match (internet_radio_on_iheart): " + data)
return phrase, CPSMatchLevel.EXACT, data
# Play <data> radio on i heart radio
match = re.search(self.translate_regex('radio_on_iheart'), phrase)
if match:
data = re.sub(self.translate_regex('radio_on_iheart'), '', phrase)
LOG.debug("CPS Match (radio_on_iheart): " + data)
return phrase, CPSMatchLevel.EXACT, data
# Play <data> on i heart radio
match = re.search(self.translate_regex('on_iheart'), phrase)
if match:
data = re.sub(self.translate_regex('on_iheart'), '', phrase)
LOG.debug("CPS Match (on_iheart): " + data)
return phrase, CPSMatchLevel.EXACT, data
# Play <data> internet radio
match = re.search(self.translate_regex('internet_radio'), phrase)
if match:
data = re.sub(self.translate_regex('internet_radio'), '', phrase)
LOG.debug("CPS Match (internet_radio): " + data)
return phrase, CPSMatchLevel.CATEGORY, data
# Play <data> radio
match = re.search(self.translate_regex('radio'), phrase)
if match:
data = re.sub(self.translate_regex('radio'), '', phrase)
LOG.debug("CPS Match (radio): " + data)
return phrase, CPSMatchLevel.CATEGORY, data
return phrase, CPSMatchLevel.GENERIC, phrase
def CPS_start(self, phrase, data):
LOG.debug("CPS Start: " + data)
self.find_station(data)
@intent_file_handler('StreamRequest.intent')
def handle_stream_intent(self, message):
self.find_station(message.data["station"])
LOG.debug("Station data: " + message.data["station"])
def find_station(self, search_term):
tracklist = []
payload = {
"keywords": search_term,
"maxRows": 1,
"bundle": "false",
"station": "true",
"artist": "false",
"track": "false",
"playlist": "false",
"podcast": "false"
}
# get the response from the IHeartRadio API
search_res = requests.get(self.search_url,
params=payload,
headers=headers)
search_obj = json.loads(search_res.text)
if (len(search_obj["results"]["stations"]) > 0):
self.station_name = search_obj["results"]["stations"][0]["name"]
self.station_id = search_obj["results"]["stations"][0]["id"]
LOG.debug("Station name: " + self.station_name + " ID: " +
str(self.station_id))
# query the station URL using the ID
station_res = requests.get(self.station_url + str(self.station_id))
station_obj = json.loads(station_res.text)
self.audio_state = "playing"
self.speak_dialog("now.playing", {"station": self.station_name})
wait_while_speaking()
# Use the first stream URL
for x in list(station_obj["hits"][0]["streams"])[0:1]:
self.stream_url = station_obj["hits"][0]["streams"][x]
break
LOG.debug("Station URL: " + self.stream_url)
tracklist.append(self.stream_url)
self.mediaplayer.add_list(tracklist)
self.mediaplayer.play()
else:
self.speak_dialog("not.found")
wait_while_speaking()
def stop(self):
if self.audio_state == "playing":
self.mediaplayer.stop()
self.mediaplayer.clear_list()
LOG.debug("Stopping stream")
self.audio_state = "stopped"
self.station_name = None
self.station_id = None
self.stream_url = None
return True
def shutdown(self):
if self.audio_state == 'playing':
self.mediaplayer.stop()
self.mediaplayer.clear_list()
# Get the correct localized regex
def translate_regex(self, regex):
if regex not in self.regexes:
path = self.find_resource(regex + '.regex')
if path:
with open(path) as f:
string = f.read().strip()
self.regexes[regex] = string
return self.regexes[regex]
class AmznMusicSkill(CommonPlaySkill):
def __init__(self):
super().__init__(name="AmznMusicSkill")
# self.mediaplayer = MPlayerService(config=None, bus=None)
self.mediaplayer = VlcService(config={'low_volume': 10, 'duck': True})
self.state = 'idle'
self.cps_id = "amzn-music"
self.am = None
self.vocabs = [] # keep a list of vocabulary words
self.username = ""
self.password = ""
self.library_only = True
def initialize(self):
self.username = self.settings.get("username", "")
self.password = self.settings.get("password", "")
self.library_only = self.settings.get("library_only", True)
# self._load_vocab_files()
# handle credentials
if (not self.username) and (not self.password):
credentials = self._load_credentials_store()
if credentials:
self.username = base64.b64decode(credentials['e'])
self.password = base64.b64decode(credentials['p'])
if self.username and self.password:
LOG.debug("login to amazon music")
self.am = AmazonMusic(credentials=[self.username, self.password])
self.mediaplayer.clear_list()
# Setup handlers for playback control messages
self.add_event('mycroft.audio.service.next', self.next)
self.add_event('mycroft.audio.service.prev', self.previous)
self.add_event('mycroft.audio.service.pause', self.pause)
self.add_event('mycroft.audio.service.resume', self.resume)
self.add_event('mycroft.audio.service.lower_volume', self.lower_volume)
self.add_event('mycroft.audio.service.restore_volume',
self.restore_volume)
self.add_event('recognizer_loop:audio_output_start', self.lower_volume)
self.add_event('recognizer_loop:record_begin', self.lower_volume)
self.add_event('recognizer_loop:audio_output_end', self.restore_volume)
self.add_event('recognizer_loop:record_end', self.restore_volume)
self.add_event('mycroft.audio.service.track_info',
self._track_info_handler)
self.add_event('mycroft.audio.playing_track',
self._playing_track_handler)
self.mediaplayer.set_track_start_callback(self._track_start_handler)
def CPS_match_query_phrase(self, phrase):
LOG.debug("phrase {} lib-only".format(phrase, self.library_only))
# Not ready to play
if not self.am:
return None
if 'amazon' in phrase.lower():
bonus = 0.1
else:
bonus = 0
#phrase = re.sub(self.translate('on_amazon_regex'), '', phrase)
#LOG.debug("phrase {}".format(phrase))
phrase = self._clean_utterance(phrase)
LOG.debug("clean phrase {}".format(phrase))
confidence, data = self.continue_playback(phrase, bonus)
if not data:
confidence, data = self.specific_query(phrase, bonus)
if not data:
confidence, data = self.generic_query(phrase, bonus)
if data:
if confidence > 0.9:
confidence = CPSMatchLevel.EXACT
elif confidence > 0.7:
confidence = CPSMatchLevel.MULTI_KEY
elif confidence > 0.5:
confidence = CPSMatchLevel.TITLE
else:
confidence = CPSMatchLevel.CATEGORY
return phrase, confidence, data
def continue_playback(self, phrase, bonus=0.0):
LOG.debug("phrase {}".format(phrase))
if phrase.strip() == 'amazon':
return (1.0, {'data': None, 'name': None, 'type': 'continue'})
else:
return None, None
def specific_query(self, phrase, bonus=0.0):
LOG.debug("phrase {}".format(phrase))
# Check if playlist
match = re.match(self.translate('playlist_regex'), phrase)
LOG.debug("match playlist {}".format(match))
if match:
bonus += 0.1
playlist, conf, data = \
self.get_best_playlist(match.groupdict()['playlist'])
confidence = min(conf + bonus, 1.0)
if not playlist:
return 0, None
return (confidence, {
'asin': data['asin'],
'title': data['title'],
'name': playlist,
'type': 'Playlist'
})
# Check album
match = re.match(self.translate('album_regex'), phrase)
LOG.debug("match album {}".format(phrase))
if match:
bonus += 0.1
album = match.groupdict()['album']
return self.query_album(album, bonus)
# Check artist
match = re.match(self.translate('artist_regex'), phrase)
LOG.debug("match artist {}".format(phrase))
if match:
bonus += 0.1
artist = match.groupdict()['artist']
return self.query_artist(artist, bonus)
# Check song/track
match = re.match(self.translate('song_regex'), phrase)
LOG.debug("match song {}".format(phrase))
if match:
bonus += 0.1
track = match.groupdict()['track']
return self.query_track(track, bonus)
# Check genre
match = re.match(self.translate('genre_regex'), phrase)
LOG.debug("match genre {}".format(phrase))
if match:
bonus += 0.1
genre = match.groupdict()['genre']
return self.query_genre(genre, bonus)
return None, None
def generic_query(self, phrase, bonus=0.0):
LOG.debug("phrase {}".format(phrase))
playlist, conf, asin = self.get_best_playlist(phrase)
if conf > 0.5:
return (conf, {'asin': asin, 'name': playlist, 'type': 'Playlist'})
else:
return self.query_album(phrase, bonus)
def query_genre(self, genre, bonus=0.0):
LOG.debug("genre {}".format(genre))
results = self.am.search(genre,
library_only=self.library_only,
tracks=True,
albums=False,
playlists=False,
artists=False,
stations=False)
best_score = 0.0
best_match = ""
for res in results:
if 'track' in res[0]:
for hit in res[1]['hits']:
primaryGenre = hit['document']['primaryGenre']
score = fuzzy_match(genre.lower(), primaryGenre.lower())
if score > best_score:
best_match = primaryGenre
best_score = score
if (best_score + bonus) >= 1.0:
break
if best_score > 0.0:
conf = min(best_score + bonus, 1.0)
return (conf, {
'genre': best_match,
'name': genre,
'type': 'Genre'
})
def query_track(self, trackname, bonus=0.0):
LOG.debug("trackname {}".format(trackname))
by_word = ' {} '.format(self.translate('by'))
artist = ""
if len(trackname.split(by_word)) > 1:
trackname, artist = trackname.split(by_word)
# trackname = '*{}* artist:{}'.format(trackname, artist)
bonus += 0.1
LOG.debug("trackname {} artist {}".format(trackname, artist))
results = self.am.search(trackname,
library_only=self.library_only,
tracks=True,
albums=False,
playlists=False,
artists=False,
stations=False)
tracks = {}
for res in results:
if 'track' in res[0]:
for hit in res[1]['hits']:
title = hit['document']['title'].lower()
if artist:
title += (' ' + hit['document']['artistName'].lower())
asin = hit['document']['asin']
tracks[title] = {
'asin': asin,
'albumAsin': hit['document']['albumAsin'],
'artist': hit['document']['artistName'],
'title': hit['document']['title']
}
if tracks:
match = trackname
if artist:
match += (' ' + artist)
key, confidence = match_one(match.lower(), list(tracks.keys()))
if confidence > 0.7:
confidence = min(confidence + bonus, 1.0)
return (confidence, {
'asin': tracks[key]['asin'],
'albumAsin': tracks[key]['albumAsin'],
'name': key,
'artist': tracks[key]['artist'],
'title': tracks[key]['title'],
'type': 'Song'
})
return None, None
def query_artist(self, artist, bonus=0.0):
results = self.am.search(artist,
library_only=self.library_only,
tracks=False,
albums=False,
playlists=False,
artists=True,
stations=False)
artists = {}
for res in results:
if 'artists' in res[0]:
for hit in res[1]['hits']:
name = hit['document']['name'].lower()
asin = hit['document']['asin']
artists[name] = {
'asin': asin,
'name': hit['document']['name']
}
if artists:
key, confidence = match_one(artist.lower(), list(artists.keys()))
if confidence > 0.7:
confidence = min(confidence + bonus, 1.0)
return (confidence, {
'asin': artists[key]['asin'],
'name': key,
'artist': artists[key]['name'],
'type': 'Artist'
})
return None, None
def query_album(self, album, bonus=0.0):
LOG.debug("album {}".format(album))
by_word = ' {} '.format(self.translate('by'))
artist = ""
if len(album.split(by_word)) > 1:
album, artist = album.split(by_word)
bonus += 0.1
LOG.debug("album {} artist {}".format(album, artist))
results = self.am.search(album,
library_only=self.library_only,
tracks=False,
albums=True,
playlists=False,
artists=False,
stations=False)
albums = {}
for res in results:
if 'album' in res[0]:
for hit in res[1]['hits']:
title = hit['document']['title'].lower()
if artist:
title += (' ' + hit['document']['artistName'].lower())
asin = hit['document']['asin']
albums[title] = {
'asin': asin,
'artist': hit['document']['artistName'],
'title': hit['document']['title']
}
if albums:
match = album
if artist:
match += (' ' + artist)
key, confidence = match_one(match.lower(), list(albums.keys()))
if confidence > 0.7:
confidence = min(confidence + bonus, 1.0)
return (confidence, {
'asin': albums[key]['asin'],
'artist': albums[key]['artist'],
'title': albums[key]['title'],
'name': key,
'type': 'Album'
})
return None, None
def get_best_playlist(self, playlist):
""" Get best playlist matching the provided name
Arguments:
playlist (str): Playlist name
Returns: (str) best match, confidence, asin
"""
LOG.debug("playlist {}".format(playlist))
results = self.am.search(playlist,
library_only=self.library_only,
tracks=False,
albums=False,
playlists=True,
artists=False,
stations=False)
playlists = {}
for res in results:
# LOG.debug(res[0])
if 'playlist' in res[0]:
for hit in res[1]['hits']:
title = hit['document']['title'].lower()
asin = hit['document']['asin']
playlists[title] = {
'asin': asin,
'title': hit['document']['title']
}
if playlists:
key, confidence = match_one(playlist.lower(),
list(playlists.keys()))
LOG.debug("key {} confidence {}".format(key, confidence))
if confidence > 0.7:
return key, confidence, playlists[key]
return None, 0, None
def CPS_start(self, phrase, data):
LOG.debug("phrase: {} data: {}".format(phrase, data))
tracklist = []
if 'continue' in data['type']:
self.resume()
return
# single track
if 'Song' in data['type']:
stream_url = self._get_track_url_from_album(
data['asin'], data['albumAsin'])
if stream_url:
tracklist.append(stream_url)
elif ('Album' in data['type']) or ('Playlist' in data['type']):
if 'Album' in data['type']:
entity = self.am.get_album(data['asin'])
else:
entity = self.am.get_playlists(data['asin'])
for track in entity.tracks:
stream_url = ""
LOG.debug("getting url for {}".format(track.name))
try:
stream_url = track.stream_url
except Exception as e:
LOG.error(e)
LOG.debug(stream_url)
if stream_url:
tracklist.append(stream_url)
elif 'Artist' in data['type']:
results = self.am.search(data['name'],
library_only=self.library_only,
tracks=True,
albums=False,
playlists=False,
artists=False,
stations=False)
tracklist = self._get_tracklist_from_searchresult(results, data)
elif 'Genre' in data['type']:
results = self.am.search(data['genre'],
library_only=self.library_only,
tracks=True,
albums=False,
playlists=False,
artists=False,
stations=False)
tracklist = self._get_tracklist_from_searchresult(results, data)
if len(tracklist):
if self.state in ['playing', 'paused']:
self.mediaplayer.stop()
self.mediaplayer.clear_list()
self.mediaplayer.add_list(tracklist)
self.speak(self._get_play_message(data))
self.mediaplayer.play()
self.state = 'playing'
else:
LOG.debug("empty tracklist!")
def _get_tracklist_from_searchresult(self, result, data):
tracklist = []
for res in result:
for hit in res[1]['hits']:
stream_url = ""
if data['type'] == 'Artist':
if hit['document']['artistAsin'] == data['asin']:
album_asin = hit['document']['albumAsin']
track_asin = hit['document']['asin']
stream_url = self._get_track_url_from_album(
track_asin, album_asin)
elif data['type'] == 'Genre':
if hit['document']['primaryGenre'] == data['genre']:
album_asin = hit['document']['albumAsin']
track_asin = hit['document']['asin']
stream_url = self._get_track_url_from_album(
track_asin, album_asin)
if stream_url:
tracklist.append(stream_url)
return tracklist
def _get_play_message(self, data):
message = ""
data_type = data['type']
if data_type == 'Album':
message = self.dialog_renderer.render(
"ListeningTo{}".format(data_type), {
'album': data['title'],
'artist': data['artist']
})
elif data_type == 'Song':
message = self.dialog_renderer.render(
"ListeningTo{}".format(data_type), {
'tracks': data['title'],
'artist': data['artist']
})
elif data_type == 'Artist':
message = self.dialog_renderer.render(
"ListeningTo{}".format(data_type), {'artist': data['artist']})
elif data_type == 'Playlist':
message = self.dialog_renderer.render(
"ListeningTo{}".format(data_type), {'playlist': data['name']})
elif data_type == 'Genre':
message = self.dialog_renderer.render(
"ListeningTo{}".format(data_type), {'genre': data['genre']})
return message
def _get_track_url_from_album(self, track_asin, album_asin):
LOG.debug("track_asin {}, album_asin {}".format(
track_asin, album_asin))
stream_url = ""
album = self.am.get_album(album_asin)
for track in album.tracks:
if (track.identifierType == 'ASIN') and \
(track.identifier == track_asin):
LOG.debug("getting url for {}".format(track.name))
try:
stream_url = track.stream_url
except Exception as e:
LOG.error(e)
break
# LOG.debug(stream_url)
return stream_url
def stop(self):
if self.state != 'idle':
self.mediaplayer.stop()
self.state = 'idle'
return True
else:
return False
def pause(self):
if self.state == 'playing':
self.mediaplayer.pause()
self.state = 'paused'
return True
return False
def resume(self):
if self.state == 'paused':
self.mediaplayer.resume()
self.state = 'playing'
return True
return False
def next(self):
if self.state == 'playing':
self.mediaplayer.next()
return True
return False
def previous(self):
if self.state == 'playing':
self.mediaplayer.previous()
return True
return False
def lower_volume(self):
if self.state == 'playing':
self.mediaplayer.lower_volume()
return True
return False
def restore_volume(self):
if self.state == 'playing':
self.mediaplayer.restore_volume()
return True
return False
def shutdown(self):
if self.state != 'idle':
self.mediaplayer.stop()
self.mediaplayer.clear_list()
def _track_start_handler(self):
LOG.debug("_track_start_handler")
def _playing_track_handler(self):
LOG.debug("_playing_track_handler")
def _track_info_handler(self):
LOG.debug("_track_info_handler")
# @intent_file_handler('music.amzn.intent')
# def handle_music_amzn(self, message):
# self.speak_dialog('music.amzn')
"""
Read credentials from file 'credentials.store' that is located in
the skills base directory, e.g. /opt/mycroft/skills/amzn-music.comcross
The credentials file is a pickled dictionary where the data is
base64 encoded. This isn't super secure but will hinder the casual
shoulder surfer to read the password
"""
def _load_credentials_store(self):
credentials = {}
skill_dir = dirname(__file__)
credentials_file = 'credentials.store'
if path.exists(skill_dir):
file_list = listdir(skill_dir)
if credentials_file in file_list:
with open(skill_dir + '/' + credentials_file, 'rb') as f:
credentials = pickle.load(f)
return credentials
def _load_vocab_files(self):
# Keep a list of all the vocabulary words for this skill. Later
# these words will be removed from utterances as part of the station
# name.
vocab_dirs = [
join(dirname(__file__), 'vocab', self.lang),
join(dirname(__file__), 'locale', self.lang)
]
for vocab_dir in vocab_dirs:
if path.exists(vocab_dir):
for vocab_type in listdir(vocab_dir):
if vocab_type.endswith(".voc"):
with open(join(vocab_dir, vocab_type), 'r') as vocfile:
for line in vocfile:
parts = line.strip().split("|")
vocab = parts[0]
self.vocabs.append(vocab)
if not self.vocabs:
LOG.error('No vocab loaded, ' + vocab_dirs + ' does not exist')
def _clean_utterance(self, utterance):
# LOG.debug("in {}".format(utterance))
utt = utterance.split(" ")
common_words = self.translate("common.words").split(",")
# LOG.debug("common_words {}".format(common_words))
# LOG.debug("vocabs {}".format(self.vocabs))
for i in range(0, len(utt)):
if utt[i] in self.vocabs or utt[i] in common_words:
utt[i] = ""
res = ""
for u in utt:
res += "{} ".format(u)
prev_len = len(res) + 1
while prev_len > len(res):
res.replace(" ", " ")
prev_len = len(res)
# LOG.debug("out {}".format(res))
return res.strip()
def _get_match_level_by_category(self, cat_name):
LOG.debug(cat_name)
category = cat_name.lower()
if "artists" in category:
return CPSMatchLevel.ARTIST
elif "tracks" in category:
return CPSMatchLevel.TITLE
elif "albums" in category:
return CPSMatchLevel.TITLE
elif "stations" in category:
return CPSMatchLevel.CATEGORY
elif "playlists" in category:
return CPSMatchLevel.CATEGORY
else:
return None
class PodcastSkill(CommonPlaySkill):
def __init__(self):
super(PodcastSkill, self).__init__(name="PodcastSkill")
self.process = None
self.user_agent = 'Mozilla/5.0 (X11; Linux x86_64) AppleWebKit/537.11 (KHTML, like Gecko) Chrome/23.0.1271.64 Safari/537.11'
self.mediaplayer = VlcService(config={'low_volume': 10, 'duck': True})
self.state = 'idle'
self.cps_id = "amzn-music"
def initialize(self):
self.mediaplayer.clear_list()
# Setup handlers for playback control messages
self.add_event('mycroft.audio.service.next', self.next)
self.add_event('mycroft.audio.service.prev', self.previous)
self.add_event('mycroft.audio.service.pause', self.pause)
self.add_event('mycroft.audio.service.resume', self.resume)
self.add_event('mycroft.audio.service.lower_volume', self.lower_volume)
self.add_event('mycroft.audio.service.restore_volume',
self.restore_volume)
def CPS_match_query_phrase(self, phrase):
self.log.debug("phrase {}".format(phrase))
# Not ready to play
if not self.mediaplayer:
return None
data = None
best_index = -1
best_confidence = 0.0
if 'podcast' in phrase.lower():
bonus = 0.1
else:
bonus = 0
podcast_names = [self.settings["nameone"], self.settings["nametwo"], self.settings["namethree"]]
podcast_urls = [self.settings["feedone"], self.settings["feedtwo"], self.settings["feedthree"]]
# fuzzy matching
for index, name in enumerate(podcast_names):
confidence = min(fuzzy_match(name.lower(), phrase.lower()) + bonus,
1.0)
if confidence > best_confidence:
best_index = index
best_confidence = confidence
self.log.debug("index {}, name {}, confidence {}".format(index, name, confidence))
# check for exact match
data = self.chosen_podcast(phrase, podcast_names, podcast_urls)
if data:
confidence = CPSMatchLevel.EXACT
elif best_index >= 0:
data = podcast_urls[best_index]
if best_confidence > 0.9:
confidence = CPSMatchLevel.EXACT
elif best_confidence > 0.6:
confidence = CPSMatchLevel.TITLE
elif best_confidence > 0.1:
confidence = CPSMatchLevel.CATEGORY
else:
confidence = CPSMatchLevel.GENERIC
self.log.info("phrase: {} confidence: {} data: {}".format(phrase,
confidence,
data))
return phrase, confidence, data
def CPS_start(self, phrase, data):
self.log.info("CPS_start phrase: {} data: {}".format(phrase, data))
tracklist = []
parsed_feed = pp.parse(data, urllib.request.urlopen(Request(data,
data=None, headers={'User-Agent': self.user_agent}))
)
episode_title = (parsed_feed['episodes'][0]['title'])
# try and parse the rss feed, some are incompatible
try:
episode = (parsed_feed["episodes"][0]["enclosures"][0]["url"])
except:
self.speak_dialog('badrss')
# check for any redirects
episode = urllib.request.urlopen(Request(episode, data=None, headers={'User-Agent': self.user_agent}))
redirected_episode = episode.geturl()
http_episode = re.sub('https', 'http', redirected_episode)
self.log.info("http_episode: {}".format(http_episode))
tracklist.append(http_episode)
if self.state in ['playing', 'paused']:
self.mediaplayer.stop()
self.mediaplayer.clear_list()
self.mediaplayer.add_list(tracklist)
# self.speak(self._get_play_message(data))
self.mediaplayer.play()
self.state = 'playing'
def chosen_podcast(self, utter, podcast_names, podcast_urls):
for index, name in enumerate(podcast_names):
# skip if podcast slot left empty
if not name:
continue
if name.lower() in utter.lower():
listen_url = podcast_urls[index]
break
else:
listen_url = ""
return listen_url
@intent_file_handler('PlayPodcast.intent')
def handle_play_podcast_intent(self, message):
utter = message.data['utterance']
self.enclosure.mouth_think()
podcast_names = [self.settings["nameone"], self.settings["nametwo"], self.settings["namethree"]]
podcast_urls = [self.settings["feedone"], self.settings["feedtwo"], self.settings["feedthree"]]
for try_count in range(0, 2):
listen_url = self.chosen_podcast(utter, podcast_names, podcast_urls)
if listen_url:
break
utter = self.get_response('nomatch')
else:
self.speak_dialog('not.found')
return False
# normalise feed and parse it
normalised_feed = pp.normalize_feed_url(listen_url)
parsed_feed = pp.parse(normalised_feed, urllib.request.urlopen(Request(normalised_feed, data=None, headers={'User-Agent': self.user_agent})))
# Check what episode the user wants
episode_index = 0
# This block adds functionality for the user to choose an episode
while(True):
episode_title = parsed_feed['episodes'][episode_index]['title']
podcast_title = parsed_feed['title']
data_dict = {"podcast_title": podcast_title,
"episode_title": episode_title}
if episode_index == 0:
response = self.get_response('play.previous',
data=data_dict,
on_fail='please.repeat')
else:
response = self.get_response('play.next.previous',
data=data_dict,
on_fail='please.repeat')
# error check
if response is None:
break
if "stop" in response:
self.speak("Operation cancelled.")
return False
elif "play" in response:
break
elif "previous" in response:
episode_index += 1
elif "next" in response:
# ensure index doesnt go below zero
if episode_index != 0:
episode_index -= 1
self.speak("Playing podcast.")
wait_while_speaking()
# try and parse the rss feed, some are incompatible
try:
episode = (parsed_feed["episodes"][episode_index]["enclosures"][0]["url"])
except:
self.speak_dialog('badrss')
# check for any redirects
episode = urllib.request.urlopen(Request(episode, data=None, headers={'User-Agent': self.user_agent}))
redirected_episode = episode.geturl()
# convert stream to http for mpg123 compatibility
http_episode = re.sub('https', 'http', redirected_episode)
# if audio service module is available use it
if self.audioservice:
self.audioservice.play(http_episode, message.data['utterance'])
else: # othervice use normal mp3 playback
self.process = play_mp3(http_episode)
self.enclosure.mouth_text(episode_title)
@intent_file_handler('LatestEpisode.intent')
def handle_latest_episode_intent(self, message):
utter = message.data['utterance']
self.enclosure.mouth_think()
podcast_names = [self.settings["nameone"], self.settings["nametwo"], self.settings["namethree"]]
podcast_urls = [self.settings["feedone"], self.settings["feedtwo"], self.settings["feedthree"]]
# check if the user specified a podcast to check for a new podcast
for index, name in enumerate(podcast_names):
# skip if podcast slot left empty
if not name:
continue
if name.lower() in utter.lower():
parsed_feed = pp.parse(podcast_urls[index],
urllib.request.urlopen(Request(podcast_urls[index], data=None, headers={'User-Agent': self.user_agent})))
last_episode = (parsed_feed['episodes'][0]['title'])
speech_string = "The latest episode of " + name + " is " + last_episode
break
else:
# if no podcast names are provided, list all new episodes
new_episodes = []
for index, url in enumerate(podcast_urls):
# skip if url slot left empty
if not url:
continue
parsed_feed = pp.parse(podcast_urls[index],
urllib.request.urlopen(Request(podcast_urls[index], data=None, headers={'User-Agent': self.user_agent})))
last_episode = (parsed_feed['episodes'][0]['title'])
new_episodes.append(last_episode)
# skip if i[0] slot left empty
elements = [": ".join(i) for i in zip(podcast_names, new_episodes) if i[0]]
speech_string = "The latest episodes are the following: "
speech_string += ", ".join(elements[:-2] + [" and ".join(elements[-2:])])
self.speak(speech_string)
def stop(self):
if self.state != 'idle':
self.mediaplayer.stop()
self.state = 'idle'
return True
else:
return False
def pause(self):
if self.state == 'playing':
self.mediaplayer.pause()
self.state = 'paused'
return True
return False
def resume(self):
if self.state == 'paused':
self.mediaplayer.resume()
self.state = 'playing'
return True
return False
def next(self):
if self.state == 'playing':
self.mediaplayer.next()
return True
return False
def previous(self):
if self.state == 'playing':
self.mediaplayer.previous()
return True
return False
def lower_volume(self):
if self.state == 'playing':
self.mediaplayer.lower_volume()
return True
return False
def restore_volume(self):
if self.state == 'playing':
self.mediaplayer.restore_volume()
return True
return False
def shutdown(self):
if self.state != 'idle':
self.mediaplayer.stop()
self.mediaplayer.clear_list()
class IHeartRadioSkill(CommonPlaySkill):
def __init__(self):
super().__init__(name="IHeartRadioSkill")
self.mediaplayer = VlcService(config={'low_volume': 10, 'duck': True})
self.audio_state = "stopped" # 'playing', 'stopped'
self.station_name = None
self.station_id = None
self.stream_url = None
self.regexes = {}
self.mute_commercials = False
def initialize(self):
self.gui.register_handler('skill.pause.event', self.handle_pause_event)
self.gui.register_handler('skill.timer.event', self.setCurrentTrack)
self.gui.register_handler('skill.mute.event', self.handle_mute_event)
self.gui.register_handler('skill.volume.event', self.handle_volume_event)
self.settings_change_callback = self.set_urls
self.set_urls()
def handle_pause_event(self, message):
if self.audio_state == "playing":
LOG.debug("Pause clicked")
self.gui["playPauseImage"] = "play.svg"
self.gui["audio_state"] = "stopped" # needed for gui Timer
self.stop()
else:
LOG.debug("Play clicked")
self.gui["playPauseImage"] = "pause.svg"
self.audio_state = "playing"
self.gui["audio_state"] = "playing" # needed for gui Timer
self.stream_url = self.gui["streamURL"] # Restore these variables
self.station_id = self.gui["stationID"]
tracklist = []
tracklist.append(self.stream_url)
self.mediaplayer.add_list(tracklist)
self.mediaplayer.play()
def handle_mute_event(self, message):
muteState = message.data["state"]
LOG.info("in mute event: "+str(muteState))
self.mute_commercials = muteState
# Volume can be done via voice or by the slider on the UI
def handle_volume_event(self, message):
level = message.data["level"]
LOG.debug("in volume event: "+str(level))
self.bus.emit(Message("mycroft.volume.set", data={"percent": level/10 })) # Needs value between 0.0 and 1.0
def set_urls(self):
country = self.settings.get('country', 'default')
country_code = self.location['city']['state']['country']['code'].lower() if country == 'default' else country
if country_code[-1] != '.':
country_code = country_code + '.'
if country == 'global' or not self.test_for_local_api(country_code):
country_code = ''
self.search_url = "http://{}api.iheart.com/api/v3/search/all".format(country_code)
self.station_url = "https://{}api.iheart.com/api/v2/content/liveStations/".format(country_code)
self.currentTrack_url = "https://{}api.iheart.com/api/v3/live-meta/stream/".format(country_code)
def test_for_local_api(self, country_code):
try:
payload = { "keywords" : "test", "maxRows" : 1, "bundle" : "false", "station" : "true", "artist" : "false", "track" : "false", "playlist" : "false", "podcast" : "false" }
search_url = "http://{}api.iheart.com/api/v3/search/all".format(country_code)
r = requests.get(search_url, params=payload, headers=headers)
return r.status_code == 200
except:
return False
def CPS_match_query_phrase(self, phrase):
# Look for regex matches starting from the most specific to the least
# Play <data> internet radio on i heart radio
match = re.search(self.translate_regex('internet_radio_on_iheart'), phrase)
if match:
data = re.sub(self.translate_regex('internet_radio_on_iheart'), '', phrase)
LOG.debug("CPS Match (internet_radio_on_iheart): " + data)
return phrase, CPSMatchLevel.EXACT, data
# Play <data> radio on i heart radio
match = re.search(self.translate_regex('radio_on_iheart'), phrase)
if match:
data = re.sub(self.translate_regex('radio_on_iheart'), '', phrase)
LOG.debug("CPS Match (radio_on_iheart): " + data)
return phrase, CPSMatchLevel.EXACT, data
# Play <data> on i heart radio
match = re.search(self.translate_regex('on_iheart'), phrase)
if match:
data = re.sub(self.translate_regex('on_iheart'), '', phrase)
LOG.debug("CPS Match (on_iheart): " + data)
return phrase, CPSMatchLevel.EXACT, data
# Play <data> internet radio
match = re.search(self.translate_regex('internet_radio'), phrase)
if match:
data = re.sub(self.translate_regex('internet_radio'), '', phrase)
LOG.debug("CPS Match (internet_radio): " + data)
return phrase, CPSMatchLevel.CATEGORY, data
# Play <data> radio
match = re.search(self.translate_regex('radio'), phrase)
if match:
data = re.sub(self.translate_regex('radio'), '', phrase)
LOG.debug("CPS Match (radio): " + data)
return phrase, CPSMatchLevel.CATEGORY, data
return phrase, CPSMatchLevel.GENERIC, phrase
def CPS_start(self, phrase, data):
LOG.debug("CPS Start: " + data)
self.find_station(data)
@intent_file_handler('StreamRequest.intent')
def handle_stream_intent(self, message):
self.find_station(message.data["station"])
LOG.debug("Station data: " + message.data["station"])
def find_station(self, search_term):
tracklist = []
payload = { "keywords" : search_term, "maxRows" : 1, "bundle" : "false", "station" : "true", "artist" : "false", "track" : "false", "playlist" : "false", "podcast" : "false" }
# get the response from the IHeartRadio API
search_res = requests.get(self.search_url, params=payload, headers=headers)
search_obj = json.loads(search_res.text)
if (len(search_obj["results"]["stations"]) > 0):
self.station_name = search_obj["results"]["stations"][0]["name"]
self.station_id = search_obj["results"]["stations"][0]["id"]
LOG.debug("Station name: " + self.station_name + " ID: " + str(self.station_id))
# query the station URL using the ID
station_res = requests.get(self.station_url+str(self.station_id))
station_obj = json.loads(station_res.text)
LOG.debug("Logo Url: "+station_obj["hits"][0]["logo"])
self.audio_state = "playing"
self.gui["audio_state"] = "playing"
self.speak_dialog("now.playing", {"station": self.station_name} )
wait_while_speaking()
# Use the first stream URL
for x in list(station_obj["hits"][0]["streams"])[0:1]:
self.stream_url = station_obj["hits"][0]["streams"][x]
break
LOG.debug("Station URL: " + self.stream_url)
self.gui["streamURL"] = self.stream_url
self.gui["stationID"] = self.station_id
self.gui["logoURL"] = station_obj["hits"][0]["logo"]
self.gui["description"] = station_obj["hits"][0]["description"]
self.gui["playPauseImage"] = "pause.svg"
self.setCurrentTrack("")
self.gui.show_page("controls.qml", override_idle=True)
tracklist.append(self.stream_url)
self.mediaplayer.add_list(tracklist)
self.mediaplayer.play()
else:
self.speak_dialog("not.found")
wait_while_speaking()
def setCurrentTrack(self,message):
currentTrack_res = requests.get(self.currentTrack_url+str(self.station_id)+"/currentTrackMeta")
LOG.debug("Current Track Response: "+str(currentTrack_res.status_code))
if currentTrack_res.status_code == 204 and self.mute_commercials:
self.mediaplayer.pause() # Pause until a song is put back on the Currently Playing list
if currentTrack_res.status_code == 200:
self.mediaplayer.resume() # Just in case we are paused...
currentTrack_obj = json.loads(currentTrack_res.text)
self.gui["title"] = currentTrack_obj["title"]
self.gui["artist"] = "Artist: "+currentTrack_obj["artist"]
self.gui["album"] = "Album: "+currentTrack_obj["album"]
if "imagePath" in currentTrack_obj:
self.gui["currentTrackImg"] = currentTrack_obj["imagePath"]
else:
self.gui["currentTrackImg"] = self.gui["logoURL"]
# Load the previous three songs
trackHistory_res = requests.get(self.currentTrack_url+str(self.station_id)+"/trackHistory?limit=3")
LOG.debug("Track History Response: "+str(trackHistory_res.status_code))
if trackHistory_res.status_code == 200:
trackHistory_obj = json.loads(trackHistory_res.text)
# Setup previous 1
self.gui["previous1Title"] = trackHistory_obj["data"][0]["title"]
self.gui["previous1Artist"] = "Artist: "+trackHistory_obj["data"][0]["artist"]
self.gui["previous1Album"] = "Artist: "+trackHistory_obj["data"][0]["album"]
if "imagePath" in trackHistory_obj["data"][0]:
self.gui["previous1Img"] = trackHistory_obj["data"][0]["imagePath"]
else:
self.gui["previous1Img"] = self.gui["logoURL"]
# Setup previous 2
self.gui["previous2Title"] = trackHistory_obj["data"][1]["title"]
self.gui["previous2Artist"] = "Artist: "+trackHistory_obj["data"][1]["artist"]
self.gui["previous2Album"] = "Artist: "+trackHistory_obj["data"][1]["album"]
if "imagePath" in trackHistory_obj["data"][1]:
self.gui["previous2Img"] = trackHistory_obj["data"][1]["imagePath"]
else:
self.gui["previous2Img"] = self.gui["logoURL"]
# Setup previous 3
self.gui["previous3Title"] = trackHistory_obj["data"][2]["title"]
self.gui["previous3Artist"] = "Artist: "+trackHistory_obj["data"][2]["artist"]
self.gui["previous3Album"] = "Artist: "+trackHistory_obj["data"][2]["album"]
if "imagePath" in trackHistory_obj["data"][2]:
self.gui["previous3Img"] = trackHistory_obj["data"][2]["imagePath"]
else:
self.gui["previous3Img"] = self.gui["logoURL"]
def stop(self):
if self.audio_state == "playing":
self.mediaplayer.stop()
self.mediaplayer.clear_list()
LOG.debug("Stopping stream")
self.audio_state = "stopped"
self.station_name = None
self.station_id = None
self.stream_url = None
return True
def shutdown(self):
if self.audio_state == 'playing':
self.mediaplayer.stop()
self.mediaplayer.clear_list()
# Get the correct localized regex
def translate_regex(self, regex):
if regex not in self.regexes:
path = self.find_resource(regex + '.regex')
if path:
with open(path) as f:
string = f.read().strip()
self.regexes[regex] = string
return self.regexes[regex]