def test():
# Start a session with last.fm
last_session = lastfm.session()
last_session.get_data()
# Make an song fingerprint object
song_id = echonest.en_session()
print "Audio recording will begin in five seconds"
time.sleep(5)
print "Grabbing audio for 20 seconds"
audio.grab_audio('my_test.wav')
print "Audio has been grabbed"
#audio.export_to_raw('my_test.wav', 'my_test.raw')
out = check_output(['./echoprint-codegen ' 'my_test.wav 10 20'], shell=True)
toparse = ast.literal_eval(out)
code = toparse[0]['code']
found = song_id.identify(code)
song_title = found['response']['songs'][0]['title']
song_artist = found['response']['songs'][0]['artist_name']
print song_title
print song_artist
last_session.scrobble(song_artist, song_title)
def main():
# Make our object instances
scrobbler = lastfm.session()
identifer = echonest.en_session()
state = True
if scrobbler.dataP():
scrobbler.get_data()
else:
scrobbler.auth()
scrobbler.save_data()
while state:
try:
# TODO Main application loop
audio.grab_audio('input.wav')
out = check_output(['./echoprint-codegen ' 'input.wav'], shell=True)
toparse = ast.literal_eval(out)
code = parse(toparse)
response = identifer.identify(code)
content = response['response']['songs']
if content == []:
#STUFF
print "Empty response, track not scrobbled"
time.sleep(60)
else:
title = response['response']['songs'][0]['title']
artist = response['response']['songs'][0]['artist_name']
songid = response['response']['songs'][0]['id']
# Subract 25 from length to account for recording and processing time
length = (identifer.get_length(songid) - 21)
scrobbler.scrobble(artist, title)
print "Scrobbled %s by %s" % (title, artist)
print "Sleeping for %d seconds" % length
audio.clean_up('input.wav')
time.sleep(length)
except:
# Errors break the program
state = False
print "Well, something broke"
