def main():
path = ''
while path == '':
path = askdirectory(title='Please choose path to crawl!')
crawler = MusicCrawler(path)
songs = crawler.generate_playlist()
pname = ''
print('\n')
while pname == '':
pname = input('Please insert playlist name: ')
playlist = Playlist(pname)
playlist.add_songs(songs)
print('\n')
# print(playlist.playlist1)
print('\n')
print(playlist.pprint_playlist())
print('\n')
print(playlist.artists())
print('\n')
playlist.save()
playlist.remove_all_songs(playlist.playlist1)
print(playlist.pprint_playlist())
print('\n')
playlist.load(askopenfilename(title='Please choose playlist file to load'))
print('\n')
print(playlist.pprint_playlist())
print('\n')
print(playlist.artists())
print('\n')
def main():
path = '/home/kolchakov/Desktop/mp3/CD1/'
crawler = MusicCrawler(path)
songs = crawler.generate_playlist()
my_playlist = Playlist('rock')
my_playlist.add_songs(songs)
while True:
command = input("enter command>>")
if command == "next":
print (my_playlist.next_song())
class TestMusicCrawler(unittest.TestCase):
def setUp(self):
self.my_music_crawler = MusicCrawler("/home/emil/Downloads/Rammstein-GH.2009/CD1/")
def test_init(self):
self.assertEqual(self.my_music_crawler.path, "/home/emil/Downloads/Rammstein-GH.2009/CD1/")
def test_generate_playlist_raw_format(self):
self.my_music_crawler.generate_playlist()
self.my_music_crawler.generated_playlist.save("emoemo.json")
class TestMusicCrawler(unittest.TestCase):
def setUp(self):
self.mcw = MusicCrawler('/home/tanija/Music/Metallica')
def test_get_music_files(self):
self.assertSequenceEqual(self.mcw.get_music_files(),
[efwef, feje.mp3, cdk])
def test_generate_palylist(self):
self.assertEqual(self.mcw.generate_palylist(), {})
class TestMusicCrawler(unittest.TestCase):
def setUp(self):
self.my_music_crawler = MusicCrawler(
"/home/emil/Downloads/Rammstein-GH.2009/CD1/")
def test_init(self):
self.assertEqual(self.my_music_crawler.path,
"/home/emil/Downloads/Rammstein-GH.2009/CD1/")
def test_generate_playlist_raw_format(self):
self.my_music_crawler.generate_playlist()
self.my_music_crawler.generated_playlist.save("emoemo.json")
class MusicPlayer():
def __init__(self, directory):
self.mc = MusicCrawler(directory)
self.playlist = self.mc.generate_playlist()
def playSound(self):
pass
@staticmethod
def loop():
musicPlayer = MusicPlayer("/home/tony/Music/")
while True:
command = input("> ")
#firstPlay = True
pygame.init()
pygame.mixer.music.load(musicPlayer.mc.mp3_files[0])
pos = 0.0
if command == "play":
pygame.mixer.music.set_pos(pos)
pygame.mixer.music.play()
elif command == "pause":
pos = pygame.mixer.music.get_pos()
pygame.mixer.music.pause()
elif command == "quit":
print("bye!")
break
else:
print("Invalid command!")
class MusicPlayer():
def __init__(self, directory):
self.mc = MusicCrawler(directory)
self.playlist = self.mc.generate_playlist()
def playSound(self):
pass
@staticmethod
def loop():
musicPlayer = MusicPlayer("/home/tony/Music/")
while True:
command = input("> ")
#firstPlay = True
pygame.init()
pygame.mixer.music.load(musicPlayer.mc.mp3_files[0])
pos = 0.0
if command == "play":
pygame.mixer.music.set_pos(pos)
pygame.mixer.music.play()
elif command == "pause":
pos = pygame.mixer.music.get_pos()
pygame.mixer.music.pause()
elif command == "quit":
print("bye!")
break
else:
print("Invalid command!")
def test_generate_playlist(self):
crawler = MusicCrawler(self.songs_path)
# should have only two identical songs from different formats - .ogg & .mp3
playlist = crawler.generate_playlist()
song_count = 2
for idx in range(song_count):
with self.subTest(song_idx=idx):
song_DRAKE_WORST_BEHAVIOUR = playlist.next_song()
self.assertEqual(song_DRAKE_WORST_BEHAVIOUR.title,
'Worst Behavior')
self.assertEqual(song_DRAKE_WORST_BEHAVIOUR.artist, 'Drake')
self.assertEqual(song_DRAKE_WORST_BEHAVIOUR.album,
'Nothing Was The Same')
self.assertEqual(song_DRAKE_WORST_BEHAVIOUR.length, '4:37')
self.assertEqual(song_DRAKE_WORST_BEHAVIOUR.timedelta_length,
timedelta(hours=0, minutes=4, seconds=37))
self.assertEqual(
str(song_DRAKE_WORST_BEHAVIOUR),
'Drake - Worst Behavior from Nothing Was The Same - 4:37')
class Test_MusicCrawler(unittest.TestCase):
def setUp(self):
path = '/home/petar-ivanov/Desktop/Music/'
self.crawler = MusicCrawler(path)
def test_generate_playlist(self):
playlist = self.crawler.generate_playlist()
self.assertEqual(
str(playlist.songs_list[0]),
'Alex P. - Belucci (mp3zoneBG.net) from [mp3zoneBG.net] - 0:02:42')
def make_choice(self):
self.welcome()
while True:
choise = input("Enter command: ")
if choise.split()[0] == "play" and choise.split()[1] == "from":
current_crawler = MusicCrawler(choise.split()[2])
current_playlist = MusicCrawler(choise.split()[2]).generate_playlist()
for song in current_playlist.songs:
self.playlist.songs.append(song)
print(self.playlist)
num_song = input("Enter the number of the song you want to play: ")
print()
song_to_play = current_crawler.get_raw_playlist()[int(num_song) - 1]
self.play(song_to_play)
elif choise == "list":
print(self.playlist)
elif choise == "exit":
break
elif choise.split()[0] == "save" and choise.split()[1] == "to":
Playlist("New Playlist").save(choise.split()[2])
def make_choice(self):
self.welcome()
while True:
choise = input("Enter command: ")
if choise.split()[0] == "play" and choise.split()[1] == "from":
current_crawler = MusicCrawler(choise.split()[2])
current_playlist = MusicCrawler(
choise.split()[2]).generate_playlist()
for song in current_playlist.songs:
self.playlist.songs.append(song)
print(self.playlist)
num_song = input(
"Enter the number of the song you want to play: ")
print()
song_to_play = current_crawler.get_raw_playlist()[int(num_song)
- 1]
self.play(song_to_play)
elif choise == "list":
print(self.playlist)
elif choise == "exit":
break
elif choise.split()[0] == "save" and choise.split()[1] == "to":
Playlist("New Playlist").save(choise.split()[2])
def main():
file_names = {}
print("Welcome to buggy console Audio Player!")
print("You can use the following commands:")
print('-------------------------------------------')
print("load <directory> - makes new playslist\n"
"load <playlist> - load existing playlist"
" /*json extensions only*/\n"
"save <file name> - saves loaded playlist\n"
"show - shows the current playlist\n"
"play --<song> - plays the given song\n"
"qiut or exit - closes the player\n")
while True:
selection = input('Enter a command > ')
if selection == 'exit' or selection == 'quit':
exit()
elif selection.startswith('load'):
params = selection.split(' ')
if params[1].endswith('.json'):
my_playlist = Playlist.load(params[1])
else:
my_playlist = MusicCrawler(params[1])
my_playlist.generate_playlist()
file_names = my_playlist.file_names
my_playlist = my_playlist.playlist
print(my_playlist.to_string())
elif selection.startswith('play'):
params = selection.split('--')
print('Now playng ' + params[1])
print('Press "n" to stop song\n'
'"m" to Mute or Unmute song\n'
'"*"" or "/" to Increase/Decrease Volume')
# The player in quiet mode with Keys control
call(['mpg123', file_names[params[1]], '-qK'])
print(my_playlist.to_string())
def main():
file_names = {}
print("Welcome to buggy console Audio Player!")
print("You can use the following commands:")
print('-------------------------------------------')
print("load <directory> - makes new playslist\n"
"load <playlist> - load existing playlist"
" /*json extensions only*/\n"
"save <file name> - saves loaded playlist\n"
"show - shows the current playlist\n"
"play --<song> - plays the given song\n"
"qiut or exit - closes the player\n")
while True:
selection = input('Enter a command > ')
if selection == 'exit' or selection == 'quit':
exit()
elif selection.startswith('load'):
params = selection.split(' ')
if params[1].endswith('.json'):
my_playlist = Playlist.load(params[1])
else:
my_playlist = MusicCrawler(params[1])
my_playlist.generate_playlist()
file_names = my_playlist.file_names
my_playlist = my_playlist.playlist
print(my_playlist.to_string())
elif selection.startswith('play'):
params = selection.split('--')
print('Now playng ' + params[1])
print('Press "n" to stop song\n'
'"m" to Mute or Unmute song\n'
'"*"" or "/" to Increase/Decrease Volume')
# The player in quiet mode with Keys control
call(['mpg123', file_names[params[1]], '-qK'])
print(my_playlist.to_string())
def setUp(self):
self.mcw = MusicCrawler('/home/tanija/Music/Metallica')
def setUp(self):
self.my_music_crawler = MusicCrawler("/home/emil/Downloads/Rammstein-GH.2009/CD1/")
def menu():
print("welcome to the best music player ever")
t = True
playlist = None
p = None
while t:
print("1. Create new Playlist")
print("2. Load existing Playlist")
print("3. Save current playlist")
print("4. View Playlist")
print("5. PLay song")
print("6. Exit")
choice = input("> ")
if choice == "1":
print("Enter name for new Playlist > "),
name = input()
print("Enter the filepath to your music > ")
filepath = input()
m = MusicCrawler(filepath)
playlist = m.generate_playlist()
playlist.name = name
print("Playlist {} created".format(playlist.name))
elif choice == "2":
print("Enter the filepath to your playlist > ")
filepath = input()
playlist = load(filepath)
if playlist is not None:
print("Playlist {} loaded".format(playlist.name))
elif choice == "3":
if playlist is None:
print("No playlist loaded")
else:
print("Enter filepath to save > ")
filepath = input()
playlist.save(filepath)
elif choice == "4":
for i, song in enumerate(playlist.songs):
print("[{}] {}".format(i, song))
elif choice == "5":
print("Enter song number > ")
number = int(input())
if number < 0 or number >= len(playlist.songs):
print("song number doesnt exist!")
else:
if p is not None:
p.terminate()
os.system("pkill -9 play")
p = multiprocessing.Process(target=playSong,
args=(playlist.songs, number))
p.start()
print()
elif choice == "6":
if p is not None:
p.terminate()
os.system("pkill -9 play")
print("Thank you! Come again!")
sys.exit(0)
else:
print("Wrong input! try again")
def test_generate_playlist(self):
mc = MusicCrawler('/home/stoyaneft/Music')
print()
print(mc.generate_playlist())
def add_dir(self):
crawler = MusicCrawler(self.directory)
self.playlist = crawler.generate_playlist()
def __init__(self, directory):
self.mc = MusicCrawler(directory)
self.playlist = self.mc.generate_playlist()
process.kill()
print(10 * '-')
print("Menu:")
print("1. Generate songs from a directory and make a playlist.")
print("2. PPrint playlist.")
print("3. Get next song.")
print("4. Play song.")
print("5. Stop song.")
print("0. Exit.")
while True:
choice = input("Enter your choice: ")
if choice is '1':
directory = input("Type your directory: ")
crawler = MusicCrawler(directory)
new_playlist = crawler.generate_playlist()
elif choice is '2':
new_playlist.pprint_playlist()
elif choice is '3':
current_song = new_playlist.next_song()
print("The next song is: {}".format(current_song))
elif choice is '4':
bam = play(current_song.title + '.mp3')
elif choice is '5':
stop(bam)
else:
sys.exit()
def main():
crawler = MusicCrawler(MUSIC_DIR)
songs_data = crawler.generate_songs()
pl = Playlist('Playlist1')
pl.add_songs(songs_data)
pl.pprint_playlist()
def test_generate_playlist(self):
mc = MusicCrawler('/home/stoyaneft/Music')
print()
print(mc.generate_playlist())
def add_song(self, path):
self._playlist.add_song(MusicCrawler.extract_song(path))
def setUp(self):
self.my_music_crawler = MusicCrawler(
"/home/emil/Downloads/Rammstein-GH.2009/CD1/")
def __init__(self, directory):
self.mc = MusicCrawler(directory)
self.playlist = self.mc.generate_playlist()
def test_crawl(self):
""" Crawl the directories and test if the songs list has the expected mp3 files """
crawler = MusicCrawler(self.songs_path)
# our songs list contain the absolute paths to the songs
drake_song = crawler.songs[0] # our path has only one music file
self.assertTrue(drake_song.endswith('Drake - Worst Behavior.mp3'))
def setUp(self):
path = '/home/petar-ivanov/Desktop/Music/'
self.crawler = MusicCrawler(path)
def load_playlist(self, *, path, name='', repeat=False, shuffle=False):
crawler = MusicCrawler(path)
self._playlist = crawler.generate_playlist(name=name,
repeat=repeat,
shuffle=shuffle)
