def get_songs_contains_key_words(self, keywords):
yeganeh = Artist("mohsen", "yeganeh", datetime.datetime(1985, 4, 4))
khaje_amiri = Artist("ehsan", "kaje_amiri",
datetime.datetime(1987, 5, 6))
songs_list = [
Song("akarin_bar", yeganeh, 123, SongTypes.pop, ["love"], None),
Song("avalin_bar", khaje_amiri, 456, SongTypes.pop, ["love"], None)
]
return songs_list
def get_recommendation(self, playlist, recent_played, favorite_songs,
favorite_albums, favorite_artists):
yeganeh = Artist("mohsen", "yeganeh", datetime.datetime(1985, 4, 4))
khaje_amiri = Artist("ehsan", "kaje_amiri",
datetime.datetime(1987, 5, 6))
songs_list = [
Song("akarin_bar", yeganeh, 123, SongTypes.pop, ["love"], None),
Song("avalin_bar", khaje_amiri, 456, SongTypes.pop, ["love"], None)
]
return songs_list
def add_songs_from_dom(self, songs_dom):
for song_dom_element in songs_dom:
song_title = song_dom_element.contents[0]
link_to_song_lyrics = song_dom_element['href']
response_from_song_lyrics_page = requests.get(link_to_song_lyrics)
song_lyrics_page = BeautifulSoup(
response_from_song_lyrics_page.text, 'html.parser')
title = song_lyrics_page.find_all('h1')[0].contents[0]
year = song_lyrics_page.find_all('div',
{'class': 'date'})[0].contents[0]
lyrics = song_lyrics_page.find_all(
'div', {'class': 'lyrics'})[0].find_all('p')
song = Song(self, title, year, lyrics)
song.record_lyrics()
def reco_from_csv(self, csv):
vals = csv.split(",")
s = Song()
s.songid = vals[0]
#Ignore vals[1]
s.mood = vals[2]
s.genre = vals[3]
s.userid = vals[4]
s.album = vals[5]
s.artist = vals[6]
s.title = vals[7]
s.tempo = vals[8]
return s
def pl_from_csv(self, csv):
vals = csv.split(",")
s = Song()
s.songid = vals[0]
s.userid = vals[1] #For readability, mainly
s.title = vals[2]
s.artist = vals[3]
s.mood = vals[4]
s.genre = vals[5]
s.tempo = vals[6]
return s
def minik(self, url):
# 解析参数
result = parse.urlparse(url)
params = parse.parse_qs(result.query)
if "uid" in params and 'jobid' in params:
uid = params['uid'][0]
jobid = params['jobid'][0]
else:
fragment = str(result.fragment)
if fragment.find("-&-") != -1:
array = fragment.replace("/details/", "").split("-&-")
uid = array[0]
jobid = array[1]
else:
jobid = fragment.replace("/details/", "").replace("--ml--", "")
params = parse.parse_qs(result.query)
uid = params['uid'][0]
req_url = "http://weixin.singworld.cn/api/record/record_detail/?&uid={0}&jobid={1}".format(
uid, jobid)
content = Converter.get_content(req_url)
music_info = json.loads(content)['data']['record']
song_url = "http://{0}/{1}".format(music_info['domain'],
music_info['url'])
song = Song(music_info['song_name'], song_url)
return song
def matched(widget, model, iter):
item = model[iter]
data_a = item[4]
data_b = item[5]
self.aview.matched = [data_a, data_b]
self.albumfilter.refilter()
if data_b == 'blm.!ARTIST!':
# Matched an artist: show albums
return False
elif exists(data_b):
# Matched a song: queue to playlist
sng = Song(filename=item[5])
self.aview.queue(sng)
# Go back to empty search
self.aview.matched = False
searchentry = widget.get_entry()
searchentry.set_text('')
return True
#elif len(self.albumfilter) == 1:
else:
# Matched an album: load it in a panel
album = Album(data_b, data_a, self.songs_tree)
if hasattr(album, 'name'):
self.aview.on_album_matched(album)
# Go back to empty search
self.aview.matched = False
searchentry = widget.get_entry()
searchentry.set_text('')
return True
def __init__(self, artist_name, album_name, songs_tree):
"""Initialization of the Album() model class.
Usage:
alb = Album('Artist', 'Album name', songs_tree)
"""
self.__is_loaded = False
# Try to load an Album() object with the artist, name and the tree.
try:
alb = songs_tree[artist_name][album_name]
except KeyError:
return self.__is_loaded
self.__is_loaded = True
alb.sort(key=lambda item: item[6])
self.name = album_name
self.artist = artist_name
self.tracks = []
self.statistics = self.__get_statistics()
for sng in alb:
self.tracks.append(
Song(title=sng[0],
artist=sng[1],
album=sng[2],
comment=sng[3],
genre=sng[4],
year=sng[5],
track=sng[6],
length=sng[7],
filename=sng[8]))
def shuffle_song_asked(self):
if len(self.database) > 1:
index = randrange(len(self.database))
song_inf = self.database[index]
song = Song(filename=song_inf[8])
self.extensions.load_event('OnPlayNewSong', song)
def load_playlist(self, csv):
vals = csv.split(",")
s = Song()
s.songid = vals[0]
s.userid = vals[1] #For readability, mainly
s.title = vals[2]
s.artist = vals[3]
s.mood = vals[4]
s.genre = vals[5]
return s
def reco_from_csv(self,csv):
vals = csv.split(",")
s = Song()
s.songid = vals[0]
#Ignore vals[1]
s.mood = vals[2]
s.genre = vals[3]
s.userid = vals[4]
s.album = vals[5]
s.artist = vals[6]
s.title = vals[7]
s.tempo = vals[8]
return s
class Interpretation(BaseModel):
def __init__(self, database):
self.song = Song(database)
self.database = database
def create_interpretation(self, data):
data['wave_file'] = 'storage/wave_files/' + md5(
str(data['song_id']) + data['registry'] +
list_to_csv(data['effects'])) + '.wav'
rtttl = self.song.get_song_rtttl_by_id(data['song_id'])
wav_generator = WavGenerator(data['song_id'], data['registry'], rtttl,
data['effects'])
wav_generator.save()
data['effects'] = list_to_csv(data['effects'])
self.database.query(
'INSERT INTO interpretations(song_id, registry, effects, wave_file, votes) VALUES(?, ?, ?, ?, ?)',
(data['song_id'], data['registry'], data['effects'],
data['wave_file'], 0))
data['id'] = self.database.cursor.lastrowid
return data
def get_all_interpretations(self):
interpretations = self.database.fetch('SELECT * FROM interpretations')
return interpretations
def get_interpretation_by_id(self, id):
interpretation = self.database.fetch(
'SELECT * FROM interpretations WHERE id=?', (id, ))
return interpretation[0]
def get_interpretation_votes_by_id(self, id):
interpretation = self.database.fetch(
'SELECT votes FROM interpretations WHERE id=?', (id, ))
return interpretation[0]['votes']
def get_interpretations_by_song_id(self, song_id):
interpretations = self.database.fetch(
'SELECT * FROM interpretations WHERE song_id=?', (song_id, ))
return interpretations
def get_interpretations_wave_files_by_song_id(self, song_id):
wave_files = self.database.fetch(
'SELECT * FROM interpretations WHERE song_id=?', (song_id, ))
return wave_files
def upvote_interpretation_by_id(self, id):
self.database.query(
'UPDATE interpretations SET votes = votes + 1 WHERE id=?', (id, ))
def downvote_interpretation_by_id(self, id):
self.database.query(
'UPDATE interpretations SET votes = votes - 1 WHERE id=?', (id, ))
def addSong(file, title, artist=None, cover=None):
song = Song(owner=current_user.no,
title=title,
artist=artist,
cover=cover,
file=file,
p=randomStringDigits(32))
db.session.add(song)
db.session.commit()
async def add_song(song: Song):
try:
song.added = datetime.now().strftime("%Y-%m-%d %H:%M:%S")
repository.add_song(song)
songId = repository.get_songId_by_name(song.name)
return {'id': songId}
except Exception as ex:
raise HTTPException(status_code=400, detail='Unable to add Song')
def quanmin_ktv(self, url):
api = "http://localhost:8050/render.html?url={0}&timeout=10&wait=0.5".format(
url)
content = subprocess.getoutput("curl %s" % api)
bs = BeautifulSoup(content, 'html.parser')
song_url = bs.find('video').attrs['src']
song_name = bs.find("h3", {"id": "song_name"}).text
song = Song(song_name, song_url)
return song
def pl_from_csv(self,csv):
vals = csv.split(",")
s = Song()
s.songid = vals[0]
s.userid = vals[1] #For readability, mainly
s.title = vals[2]
s.artist = vals[3]
s.mood = vals[4]
s.genre = vals[5]
s.tempo = vals[6]
return s
def minik2(self, uid, jobid):
# 解析参数
req_url = "http://weixin.singworld.cn/api/record/record_detail/?&uid={0}&jobid={1}".format(
uid, jobid)
content = Converter.get_content(req_url)
music_info = json.loads(content)['data']['record']
song_url = "http://{0}/{1}".format(music_info['domain'],
music_info['url'])
song = Song(music_info['song_name'], song_url)
return song
def search_song_in_website(searched_song_string):
"""Return SearchResult Object"""
searched_song_string = searched_song_string.strip()
if searched_song_string == "":
return
search_url = construct_search_url(searched_song_string)
response = requests.get(search_url)
if response.status_code != requests.codes.ok:
return
html_text = response.text
soup = BeautifulSoup(html_text, 'html.parser')
result_list = soup.find_all("div", {"class": "lm-list"})
# Result list must be only one
if len(result_list) != 1:
print("ERROR")
return
songs_rows = result_list[0].findChildren("div", recursive=False)
if len(songs_rows) == 1:
# Check if there are no more
div = songs_rows[0]
if len(div.find_all("div")) == 1:
# No songs found
result = SearchResult(searched_song_string, [])
return result
count = len(songs_rows)
if count == 0:
print("NO SONGS")
return
all_songs = []
for i in range(0, count):
song = songs_rows[i]
singer = (song.select(".lm-link--secondary")[0])['title']
song_name_link_tag = (song.select(".lm-link--primary")[0])
link = song_name_link_tag['href']
if link[0] == "/":
link = link[1:]
link = BASE_URL + link
name = song_name_link_tag['title']
song = Song(name, singer, link)
all_songs.append(song)
result = SearchResult(searched_song_string, all_songs)
return result
def changba(self, url):
content = Converter.get_content(url)
# <div class="title">普通的disco【洛天依】</div>
# (function(){var a="http://qiniuuwmp3.changba.com/939278470.mp3"
name_matches = re.findall(r'<div class="title">(.*)</div>', content,
re.M)
url_matches = re.findall(r'https?:.*\.mp3",', content, re.M)
song_name = name_matches[0].replace("\",", "")
song_url = url_matches[0].replace("\",", "")
song = Song(song_name, song_url)
return song
def set_max_track():
data = Song.objects().order_by("-track_n")[0]
print data.track_n
songsMeta = SongsMeta.objects().all()
if(len(songsMeta)>0):
m = songsMeta[0]
else:
m = SongsMeta()
m.n = data.track_n
m.save()
def set_max_track():
data = Song.objects().order_by("-track_n")[0]
print data.track_n
songsMeta = SongsMeta.objects().all()
if (len(songsMeta) > 0):
m = songsMeta[0]
else:
m = SongsMeta()
m.n = data.track_n
m.save()
def scan_file(self, file_path):
"""
:param file_path:
:return:
"""
song = taglib.File(file_path)
return Song(
track=self.get_tag(song, 'TRACKNUMBER', 0), title=self.get_tag(song, 'TITLE', '- No title -'),
album=self.get_tag(song, 'ALBUM', '- No album -'), rating=self.get_tag(song, 'RATING', 0)
)
def vote(self):
SongID = strip_tags(self.request.POST.get('SongID'));
song = db.GqlQuery("SELECT * FROM Song where id = :1", int(SongID)).get()
if song is not None:
song.votes += 1
else:
Name = strip_tags(self.request.POST.get('Name'));
Artist = strip_tags(self.request.POST.get('Artist'));
song = Song(key_name=SongID,
id=int(SongID),
name=Name,
artist=Artist,
votes=1)
song.put()
songs = get_current_songs()
session = get_current_session()
time_left = get_time_left(session)
resp = return_json_data('true',session[VOTES_KEY],time_left.vote,session[SEARCHES_KEY],time_left.search,jsonifySongs(songs))
#resp = '{"Success":true,"Remain":'+str(MIN_BETWEEN_VOTES)+',"Result":'+ simplejson.dumps(jsonifySongs(songs)) +'}'
self.response.out.write(resp)
def load_playlist(self,csv):
vals = csv.split(",")
s = Song()
s.songid = vals[0]
s.userid = vals[1] #For readability, mainly
s.title = vals[2]
s.artist = vals[3]
s.mood = vals[4]
s.genre = vals[5]
return s
def populate(self, playlist_id):
if playlist_id in (1, 2):
# Automatic playlists based on listening stats
if playlist_id == 1:
tb = 'stats_songs'
lm = 50
elif playlist_id == 2:
tb = 'stats_albums'
lm = 10
result = []
txt = ('select * from %s order by tracks desc limit %u' % (tb, lm))
sql = SQLite()
cur = sql.execute(txt)
for sg in cur:
result.append(sg)
sql.close()
for item in result:
if playlist_id == 1:
sng = Song(filename=item[0])
if hasattr(sng, 'title'):
self.on_new_song_queued(sng)
elif playlist_id == 2:
album_name = item[0]
for it in self.songs_tree:
if album_name in self.songs_tree[it]:
self.on_new_album_queued(Album(it, album_name,
self.songs_tree))
break
elif playlist_id > 3:
# User-created playlists
user_plist = self.user_playlists[playlist_id]
plist = self.playlists_mgmnt.load_playlist(user_plist)
for item in plist:
sng = Song(filename=item)
if hasattr(sng, 'title'):
self.on_new_song_queued(sng)
def get_songs(song_id: str):
songs = []
if song_id:
try:
songs.append(Song.objects.get(id=song_id))
except DoesNotExist:
return make_response('', 404)
else:
songs = Song.objects()
return make_response(jsonify(_resolve_songs(*songs)), 200)
def quan_min(self, url):
content = Converter.get_content(url)
bs = BeautifulSoup(content, 'html.parser')
elements = bs.find_all('script', type='text/javascript')
song = None
for element in elements:
if element is not None and str(
element.string).startswith("window.__DATA__"):
info = str(element.string).replace("window.__DATA__ =",
"").replace(";", "")
music_info = json.loads(info)["detail"]
song = Song(music_info["song_name"], music_info["playurl"])
break
return song
def wow(self, url):
api = "http://localhost:8050/render.html?url={0}&timeout=10&wait=0.5".format(
url)
logger.info("wow url: %s" % api)
# content = self.get_content(api)
content = subprocess.getoutput("curl %s" % api)
# class="name">盛夏的果实</p>
# id="audio" src="http://wow-thunder.b0.upaiyun.com/record/201712/00E07E00A270_20171208185730_fmliMb.mp3" preload="metadata"></audio>
name_matches = re.findall(r'class="name">(.*)</p>', content, re.M)
url_matches = re.findall(r'http://wow-thunder.*\.mp3', content, re.M)
song_name = name_matches[0]
song_url = url_matches[0]
song = Song(song_name, song_url)
return song
def youchang(self, url):
result = parse.urlparse(url)
if url.find("shareDetail") != -1:
fragment = result.fragment
index = str(fragment).replace("/shareDetail/", "")
elif url.find("?id="):
index = str(result.query).replace("id=", "")
api_url = "https://uc.ipktv.com/youCS/youC20170216/wxYouCApi20170330/index"
headers = {
'User-Agent':
"Mozilla/5.0 (Windows NT 6.1; WOW64) AppleWebKit/537.36 (KHTML, like Gecko) Chrome/39.0.2171.95 Safari/537.36 MicroMessenger/6.5.2.501 NetType/WIFI WindowsWechat QBCore/3.43.691.400 QQBrowser/9.0.2524.400"
}
values = {
"header": {
"data_type": "proxy",
"data_direction": "request",
"server": "vod_http_server",
"id": "vod_http_server"
},
"request": {
"function":
10207,
"version":
"1.0",
"clientFunc":
"dataQuery",
"privateFunc":
"immediateIndex",
"fondDebug":
"",
"id":
"{0}".format(index),
"user_id":
"113081042",
"url":
"https://uc.ipktv.com/youCS/youC20170216/youCShare/index#/shareDetail/"
+ index
},
"comment": ""
}
req = request.Request(api_url, headers=headers, method="POST")
response = request.urlopen(req, json.dumps(values).encode())
json_obj = json.loads(response.read().decode())
print(json_obj)
music_info = json_obj['response']['data']['row']
song = Song(music_info['_title'],
music_info['_merge_songs_file_url_mp3'])
return song
def insert_init_data():
Album.drop_collection()
Song.drop_collection()
data = json.loads(open("mapped_songs.json", "r").read())
count = 0
for movie_name in data:
movie = data[movie_name]
a = Album()
a.name = movie_name
a.directors = movie.get("directors", None)
a.music_directors = movie.get("music_directors", None)
a.image_url = movie.get("img", None)
a.actors = movie.get("actors", None)
a.save()
print "saved :: ", a.name
for song_title_path in movie.get("song_entries", []):
if (not song_title_path): continue
song_title, path = song_title_path
s = Song()
s.title = song_title
# s.lyricists = song.get("lyricists",None)
# s.singers = song.get("singers",None)
s.path = path
s.album = a
s.track_n = count
count += 1
s.save()
print " ", "saved song : ", s.title, s.album
poll = Poll.create_next_poll("telugu")
print poll.to_json()
print Poll.get_current_poll("telugu").to_json()
set_max_track()
def insert_init_data():
Album.drop_collection()
Song.drop_collection()
data = json.loads(open("mapped_songs.json","r").read())
count = 0
for movie_name in data:
movie = data[movie_name]
a = Album()
a.name = movie_name
a.directors = movie.get("directors",None)
a.music_directors = movie.get("music_directors",None)
a.image_url = movie.get("img",None)
a.actors = movie.get("actors",None)
a.save()
print "saved :: ", a.name
for song_title_path in movie.get("song_entries",[]):
if(not song_title_path): continue
song_title , path = song_title_path
s = Song()
s.title = song_title
# s.lyricists = song.get("lyricists",None)
# s.singers = song.get("singers",None)
s.path = path
s.album = a
s.track_n = count
count +=1
s.save()
print " ", "saved song : " , s.title , s.album
poll = Poll.create_next_poll("telugu")
print poll.to_json()
print Poll.get_current_poll("telugu").to_json()
set_max_track()
def add_song():
r = request.get_json()
song_data = base64.b64decode(r.get('song').encode('utf-8'))
# Read song metadata
metadata = MP3(BytesIO(song_data))
title = str(metadata.get('TIT2'))
album = str(metadata.get('TALB'))
artist = str(metadata.get('TPE1'))
runtime = int(metadata.info.length)
bitrate = int(metadata.info.bitrate)
new_song = Song(
title=title,
artist=artist,
album=album,
runtime=runtime,
bitrate=bitrate,
)
new_song.song.put(BytesIO(song_data), content_type='audio/mpeg')
new_song.save()
return make_response(jsonify(_resolve_songs(new_song)), 200)
def get_highest_poll_song(cls, stream_id):
poll = cls.get_current_poll(stream_id)
mx = -1
mx_song = None
for poll_item in poll.poll_items:
poll_item.song = Song.objects(id=poll_item.song.id).get()
print poll_item.song.title , poll_item.poll_count
if(poll_item.poll_count>=mx):
if(poll_item.poll_count==mx):
if(random.randint(0,1)==1):
continue
mx = poll_item.poll_count
mx_song = poll_item.song
return mx_song
def process_song(self, song):
source.track('processing_song')
if (SeenRecording.objects(mbid=song.mbid)):
source.track('seen_song')
return
SeenRecording(mbid=song.mbid).save()
if Song.objects(mbid=song.mbid):
source.track('already_present')
# We already have the song
return
lyric = scraper.get_lyrics(artist=song.artist, title=song.title)
source.track('searching_for_lyric')
if lyric:
source.track('found_lyric')
song.add_lyric(lyric['string'], lyric['source'])
song.save()
class Interpretation(BaseModel):
def __init__(self, database):
self.song = Song(database)
self.database = database
def create_interpretation(self, data):
data['wave_file'] = 'storage/wave_files/' + md5(str(data['song_id']) + data['registry'] + list_to_csv(data['effects'])) + '.wav'
rtttl = self.song.get_song_rtttl_by_id(data['song_id'])
wav_generator = WavGenerator(data['song_id'], data['registry'], rtttl, data['effects'])
wav_generator.save()
data['effects'] = list_to_csv(data['effects'])
self.database.query('INSERT INTO interpretations(song_id, registry, effects, wave_file, votes) VALUES(?, ?, ?, ?, ?)', (data['song_id'], data['registry'], data['effects'], data['wave_file'], 0))
data['id'] = self.database.cursor.lastrowid
return data
def get_all_interpretations(self):
interpretations = self.database.fetch('SELECT * FROM interpretations')
return interpretations
def get_interpretation_by_id(self, id):
interpretation = self.database.fetch('SELECT * FROM interpretations WHERE id=?', (id,))
return interpretation[0]
def get_interpretation_votes_by_id(self, id):
interpretation = self.database.fetch('SELECT votes FROM interpretations WHERE id=?', (id,))
return interpretation[0]['votes']
def get_interpretations_by_song_id(self, song_id):
interpretations = self.database.fetch('SELECT * FROM interpretations WHERE song_id=?', (song_id,))
return interpretations
def get_interpretations_wave_files_by_song_id(self, song_id):
wave_files = self.database.fetch('SELECT * FROM interpretations WHERE song_id=?', (song_id,))
return wave_files
def upvote_interpretation_by_id(self, id):
self.database.query('UPDATE interpretations SET votes = votes + 1 WHERE id=?', (id,))
def downvote_interpretation_by_id(self, id):
self.database.query('UPDATE interpretations SET votes = votes - 1 WHERE id=?', (id,))
def get_init_data(stream_id, user=None):
from requests import stream_events_handler
song = Song.objects().order_by("-last_played")[0]
poll = Poll.get_current_poll(stream_id)
init_data = InitData()
if (user):
init_data.user = user
poll_item = user.get_poll_item(poll)
if (poll_item):
init_data.user_poll_item_id = str(poll_item.id) #string
init_data.poll = poll
init_data.n_user = len(stream_events_handler.event_listeners[stream_id])
init_data.current_song = song
return init_data
def get_init_data(stream_id, user=None):
from requests import stream_events_handler
song = Song.objects().order_by("-last_played")[0]
poll = Poll.get_current_poll(stream_id)
init_data = InitData()
if(user):
init_data.user = user
poll_item = user.get_poll_item(poll)
if(poll_item):
init_data.user_poll_item_id = str(poll_item.id)#string
init_data.poll = poll
init_data.n_user = len( stream_events_handler.event_listeners[stream_id])
init_data.current_song = song
return init_data
def create_next_poll(cls, stream_id , save_in_db = True):
#pick , 7 songs,
# create poll items ,
# create poll item with the stream Id
#return
total_songs = SongsMeta.objects().get().n
poll = Poll()
poll.stream_id = stream_id
if(save_in_db):
poll.save()
poll_items = []
try:
temp_track_hash = {}
while(len(poll_items)<7):
try:
random_track_n = random.randint(0,total_songs)
if(temp_track_hash.get(random_track_n, None)): continue# dont repeat tracks
song = Song.objects(track_n=random_track_n).get()
poll_item = PollItem(song = song , poll_count =0 , poll= poll)
poll_items.append(poll_item)
temp_track_hash[random_track_n] = True
except (MultipleObjectsReturned, DoesNotExist) as ex:
pass
for poll_item in poll_items:
if(save_in_db):
poll_item.save()
poll.poll_items = poll_items
if(save_in_db):
poll.save()#again with updates pollItems
except Exception as ex:
print ex
poll.delete()
poll = None
for poll_item in poll_items:
if(save_in_db):
poll_item.delete()
return poll
def search(self, query, limit=10):
"""Full text search on mongodb.
Also submit any search queries to be crawled.
Returns a list of models.Song objects
"""
#TODO: Hopefully mongoengine supports this soon.
resultset = db.command(
'text', # text search
'song', # must be consistant with mongoengien
search=query,
project={
'lyric': 0, # conserve bandwidth?
},
limit=limit)['results']
#sort resultset by mongo full text search's score
resultset = sorted(resultset, key=lambda x: x['score'], reverse=True)
result = [Song(id=x['obj']['_id'], **x['obj']) for x in resultset]
# Also report search query
self.enqueue_query(query)
return result
def song(song_id):
if not current_app.config['GENERATE_ENABLED']:
return redirect(url_for('web.landing'))
song = Song.get(song_id)
if not song:
return redirect(url_for('web.landing'))
pre_chorus = Line.get(song.pre_chorus_id)
chorus = Line.get(song.chorus_id)
verse = Line.get(song.verse_id)
bridge = Line.get(song.bridge_id)
return render_template(
'generate.html',
pre_chorus=pre_chorus,
chorus=chorus,
verse=verse,
bridge=bridge,
)
class ApiController(object):
def __init__(self, database):
self.song = Song(database)
self.interpretation = Interpretation(database)
@cherrypy.expose
@cherrypy.tools.json_out()
def index(self):
return self.respond_failure('The API root has no resources.')
@cherrypy.tools.json_out()
@cherrypy.expose
def create_song(self, rtttl):
try:
if len(rtttl) == 0:
raise Exception('Empty RTTTL string.')
data = {
'rtttl': str(rtttl)
}
data = self.song.create_song(data)
return self.respond_success(data = data)
except Exception as e:
return self.respond_failure(str(e))
@cherrypy.tools.json_out()
@cherrypy.expose
def create_interpretation(self, song_id, registry, effects):
try:
if len(song_id) == 0:
raise Exception('Empty song ID.')
if len(registry) == 0:
raise Exception('Empty registry.')
if len(effects) == 0:
effects = []
else:
effects = effects.split(',')
data = {
'song_id': int(song_id),
'registry': str(registry),
'effects': list(effects)
}
data = self.interpretation.create_interpretation(data)
return self.respond_success(data = data)
except Exception as e:
return self.respond_failure(str(e))
@cherrypy.expose
@cherrypy.tools.json_out()
def list_songs(self):
try:
songs = self.song.get_all_songs()
data = {
'songs': list(songs)
}
return self.respond_success(data = data)
except Exception as e:
return self.respond_failure(str(e))
@cherrypy.expose
@cherrypy.tools.json_out()
def list_song_files(self, id):
try:
wave_form_file = self.song.get_song_wave_form_file_by_id(id)
wave_files = self.interpretation.get_interpretations_wave_files_by_song_id(id)
data = {
'wave_form_file': str(wave_form_file),
'wave_files': list(wave_files)
}
return self.respond_success(data = data)
except Exception as e:
return self.respond_failure(str(e))
@cherrypy.expose
@cherrypy.tools.json_out()
def get_notes(self, id):
try:
notes = self.song.get_song_rtttl_by_id(id)
data = {
'notes': str(notes)
}
return self.respond_success(data = data)
except Exception as e:
return self.respond_failure(str(e))
@cherrypy.expose
@cherrypy.tools.json_out()
def get_wave_file(self, id):
try:
interpretation = self.interpretation.get_interpretation_by_id(id)
data = {
'wave_file': str(interpretation['wave_file'])
}
return self.respond_success(data = data)
except Exception as e:
return self.respond_failure(str(e))
@cherrypy.expose
@cherrypy.tools.json_out()
def get_wave_form(self, id):
try:
wave_form_file = self.song.get_song_wave_form_file_by_id(id)
data = {
'wave_form_file': str(wave_form_file)
}
return self.respond_success(data = data)
except Exception as e:
return self.respond_failure(str(e))
@cherrypy.expose
@cherrypy.tools.json_out()
def submit_vote(self, id, vote):
try:
if int(vote) > 0:
self.interpretation.upvote_interpretation_by_id(id)
else:
self.interpretation.downvote_interpretation_by_id(id)
return self.respond_success()
except Exception as e:
return self.respond_failure(str(e))
@cherrypy.tools.json_out()
def respond(self, success = True, message = '', data = []):
output = {
'success': success,
'message': message,
'data': data
}
return output
@cherrypy.tools.json_out()
def respond_success(self, message = 'Your request was successful.', data = []):
return self.respond(True, message, data)
@cherrypy.tools.json_out()
def respond_failure(self, message = 'Your request was a failure.', data = []):
return self.respond(False, message, data)
def load():
album = Album()
album.name = "100 Kotlu"
album.actors = [
"Krishna",
"Baladitya",
"Syerabhanu",
"Brahmanandam"
]
album.music_directors = ["Vandemataram Srinivas"]
album.directors = ["maruthi"]
album.imageUrl = "http://rgamedia.blob.core.windows.net/raagaimg/r_img/catalog/cd/a/a0001232.jpg"
album.save()
print album.to_json()
song = Song()
song.album = album
song.title = "Chirunayyu"
song.genre = None
song.lyricists = [
"Surisetty Ramarao"
]
song.singers = [
"Malathi"
]
song.rating = 10
song.save()
print song.to_json()
def __init__(self, database):
self.song = Song(database)
self.interpretation = Interpretation(database)
from pymongo import MongoClient
from models.song import Song
from mongoengine import connect
connect('test')
client = MongoClient()
db = client.test
print('hello')
for n_song in db.target.find():
mbid = n_song.get('mbid', None)
if not mbid:
continue
song = Song.objects(mbid=mbid)
if not song:
song = Song(
mbid=mbid,
title=n_song['title'],
artist=n_song['artist']
)
song.add_lyric(n_song.get('lyric', None), 'target')
song.save()
def test2():
song = Song.objects().get()
data = SON()
data["song"] = song.to_son()
print json_util.dumps(data)
def __init__(self, database):
self.song = Song(database)
self.database = database
def _run(self):
print "loading audio stream :: ", self.stream_id
while(True):
song_url_path = None
current_poll = Poll.get_current_poll(self.stream_id)
if(current_poll):
if(not IS_TEST_BUILD):
song = current_poll.get_highest_poll_song(self.stream_id)
else:
song = Song.objects(track_n=158).get()
if(song):
song_url_path = song.path
retry_poll_creation = 3
while(retry_poll_creation>0):
poll = Poll.create_next_poll(self.stream_id , not IS_TEST_BUILD)
if(poll!=None):
break
retry_poll_creation-=1
if(poll==None):
continue
if(not song_url_path):
song_url_path = "http://storage.googleapis.com/telugubeats_files/music/Telugu/devisri%20prasad/arya/amalapuram.mp3"
if(song_url_path.startswith("/Users/abhinav/Desktop/Telugu//")):
song_url_path="http://storage.googleapis.com/telugubeats_files/music/Telugu/"+urllib.quote(song_url_path[31:])
print "playing::", song_url_path
self.fd = RemoteUrlFileObject(song_url_path)
#spawn greenlet, keep reading into buffer
#block calls to seek and read if buffer is not sufficient enough
reset_data = InitData()
reset_data.poll = poll
reset_data.n_user = 1000+len( stream_events_handler.event_listeners[self.stream_id])
reset_data.current_song = song
song.last_played = datetime.utcnow()
if(not IS_TEST_BUILD):
song.save()
event_data = json_util.dumps(reset_data.to_son())
stream_events_handler.publish_event(self.stream_id, Event.RESET_POLLS_AND_SONG, event_data, from_user = None)
# if there is valid ID3 data, read it out of the file first,
# so we can skip sending it to the client
try:
self.id3 = id3reader.Reader(self.fd)
if isinstance(self.id3.header.size, int): # read out the id3 data
self.fd.seek(self.id3.header.size)
while(True):
try:
cur_time = time.time()
if(cur_time- self.last_time_stamp > self.sleep_time):
self.last_time_stamp = cur_time
self.buffer.queue_chunk(self.fd.read(self.buffer.chunk_byte_size))
gevent.sleep(self.sleep_time- time.time()+self.last_time_stamp)
except EOFError:
self.fd.close()
break
except Exception as e:
print e