def setUpClass(cls) -> None:
cls.artist1 = Artist('Steve', 'UK')
cls.artist2 = Artist('John', 'USA')
cls.album1 = Album('s_album1', 2019, cls.artist1)
cls.album2 = Album('j_album1', 2017, cls.artist2)
cls.song1 = Song('s_song', cls.artist1, 2018, 180, cls.album1)
cls.song2 = Song('j_song', cls.artist2, 2017, 150, cls.album2)
def test_adding_song_raises_error_when_artists_doesnt_match(self):
a = Artist('Lana Del Ray', 'USA')
a1 = Artist('Adele', 'UK')
b = Album('Born to Die', 2012, 'alternative/indie', a)
b1 = Album('21', 2011, 'pop/soul', a1)
c = Song('Blue Jeans', a, 2012, 240, b)
with self.assertRaises(WrongArtistError):
b1.add_song(c)
def get_covers(artist, pth, lastfm):
for album in artist.albums:
album = Album(album)
if not image.is_fine(album.image):
print parser.unescape(album.name)
image.fix(album, pth, lastfm)
def test_add_song_works_correct(self):
art1 = Artist("Mettalica", "USA")
alb1 = Album('Death magnetic', 2008, 'Thrash metal', art1)
song1 = Song('That Was Just Your Life', 2008, 426, art1, alb1)
len_1 = len(alb1.songs)
self.assertEqual(alb1.songs, [song1])
song2 = Song('The End of the Line', 2008, 470, art1, alb1)
len_2 = len(alb1.songs)
self.assertEqual(len_1, len_2 - 1)
song1 = Song('That Was Just Your Life', 2008, 426, art1, alb1)
len_3 = len(alb1.songs)
self.assertEqual(len_2, len_3)
def load_data():
new_artist = None
new_album = None
artist_list = []
with open("albums.txt", "r") as albums:
for line in albums:
artist_field, album_field, year_field, song_field = tuple(
line.strip('\n').split('\t'))
year_field = int(year_field)
print(artist_field, album_field, year_field, song_field)
if new_artist is None:
new_artist = Artist(artist_field)
elif new_artist.name != artist_field:
new_artist.add_album(new_album)
artist_list.append(new_artist)
new_artist = Artist(artist_field)
new_album = None
if new_album is None:
new_album = Album(album_field, year_field, new_artist)
elif new_album.name != album_field:
new_artist.add_album(new_album)
new_album = Album(album_field, year_field, new_artist)
new_song = Song(song_field, new_artist)
new_album.add_song(new_song)
if new_artist is not None:
if new_album is not None:
new_artist.add_album(new_album)
artist_list.append(new_artist)
return artist_list
def test_repr_check(self):
a = Artist('Ed Sheeran', 'UK')
b = Album('Divide', 2017, 'pop', a)
c = Song('Supermarket Flowers', a, 2017, 221, b)
self.assertEqual(repr(c), c.name)
def test_creating_song_adds_it_to_albums_songs_list(self):
a = Artist('Ed Sheeran', 'UK')
b = Album('Divide', 2017, 'pop', a)
c = Song('New Man', a, 2017, 189, b)
self.assertIn(c, b.songs)
def setUpClass(cls) -> None:
cls.artist1 = Artist('Steve', 'UK')
cls.album1 = Album('s_album1', 2019, cls.artist1)
cls.song1 = Song('s_song', cls.artist1, 2018, 180, cls.album1)
def test_property_albums_number(self):
self.album2 = Album('s_album2', 2018, self.artist1)
self.assertEqual(self.artist1.albums_number, 2)
def test_song_number_is_calculated_right(self):
a = Artist('Ed Sheeran', 'UK')
b = Album('Divide', 2017, 'pop', a)
c = Song('Galway Girl', a, 2017, 248, b)
d = Song('Castle on the Hill', a, 2017, 421, b)
self.assertEqual(a.songs_number, 2)
def test_albums_number_is_calculated_right(self):
a = Artist('Panic At The Disco', 'USA')
b = Album('Pray for the Wicked', 2018, 'rock/alternative', a)
c = Album('Death of a Bachelor', 2016, 'rock/alternative', a)
self.assertEqual(a.albums_number, 2)
def test_duration_is_calculated_right(self):
a = Artist('Lana Del Ray', 'USA')
b = Album('Born to Die', 2012, 'alternative/indie', a)
c = Song('Blue Jeans', a, 2012, 240, b)
d = Song('Born to Die', a, 2012, 320, b)
self.assertEqual(b.duration, c.duration + d.duration)
from classes import Artist, Album, Song
# import classes as clx
if __name__ == "__main__":
art1 = Artist("Mettalica", "USA")
alb1 = Album('Death magnetic', 2008, 'Thrash metal', art1)
song1 = Song('That Was Just Your Life', 2008, 426, art1, alb1)
song2 = Song('The End of the Line', 2008, 470, art1, alb1)
alb2 = Album('St. Anger', 2003, 'Thrash metal', art1)
song3 = Song('Frantic', 2003, 348, art1, alb2)
art2 = Artist('Motorhead', "USA")
song4 = Song('Enter Sandman', 1991, 330, art1)
song4.add_artist(art2)
print(art1.songs_number, alb1.duration,
alb1.songs_number, art1.album_number,
song4.features, art2.album_number)
def get_album_details(set_id, user):
# gets list of pictuers in the album
try: photosets = json.loads(
flickrObj.photosets.getPhotos(photoset_id=set_id, user_id=user).decode(encoding='utf-8'))
except:
time.sleep(5)
photosets = json.loads(flickrObj.photosets.getPhotos(photoset_id=set_id, user_id=user).decode(encoding='utf-8'))
# creates album object we are analyzing and sets the album id, album url, and album name
newalbum = Album(set_id, user_id=user)
add_album_url(newalbum)
albumName = photosets['photoset']['title']
newalbum.name = albumName
# initializes minimum and maximum posted/taken time
"""first_posted = json.loads(
flickrObj.photos.getInfo(photo_id=photosets['photoset']['photo'][0]['id']).decode(
encoding='utf-8'))['photo']['dates']['posted']
first_taken = json.loads(
flickrObj.photos.getInfo(photo_id=photosets['photoset']['photo'][0]['id']).decode(
encoding='utf-8'))['photo']['dates']['taken']"""
# converts the text time into unix timestamp
mint = 1577840461 # 01/01/2020
maxt = 915152461 # 01/01/1990
minp = 1577840461
maxp = 915152461
# counter in loop which counts number of pictures in album
album_size = 0
# number of pictures of species of interest in the album
num_species = 0
count1 = 1
# loops through each picture in the photoset creatingi a photo class object for each image
if len(photosets['photoset']['photo']) >=500 :
print(photosets['photoset']["total"])
count1+=1
count = 1
# if photosets['photoset']['pages'] > 1:
# for page in range(0,photosets['photoset']['pages']):
# photosets1 = json.loads(
# flickrObj.photosets.getPhotos(photoset_id=set_id, user_id=user,page = page+1).decode(encoding='utf-8'))
# for j in photosets1['photoset']['photo']:
# start = time.time()
# # print( str(count) + " " + j['id'])
# count += 1
# try:
# photoInfo = json.loads(flickrObj.photos.getInfo(photo_id=j['id']).decode(encoding='utf-8'))
# except:
# time.sleep(10)
# photoInfo = json.loads(flickrObj.photos.getInfo(photo_id=j['id']).decode(encoding='utf-8'))
# if "photo" not in photoInfo:
# continue
# newphoto = Photo(photo_info=photoInfo)
# newphoto.albumId = set_id
# # add_photo_url(newphoto)
# newphoto.url = photoInfo['photo']['urls']['url'][0]['_content']
# newphoto.photo_description = photoInfo['photo']['description']['_content']
# if "location" in photoInfo["photo"]:
# photolocation = photoInfo['photo']['location']
# newphoto.photoLocationX = float(photolocation['latitude'])
# newphoto.photoLocationY = float(photolocation['longitude'])
# newphoto.location = (newphoto.photoLocationX, newphoto.photoLocationY)
# else:
# newphoto.location = 0;
#
# # add_photo_description(newphoto)
# # add_photo_location(newphoto)
#
# '''
# NEED TO BE DONE:
# make photo_list a list of photo objects (appending newphoto ) instead of a
# list of photo ids, which it currently is
#
# see: line 177
# '''
#
# taken = photoInfo['photo']['dates']['taken']
# # converts the text time into unix timestamp
# taken = datetime.strptime(taken, '%Y-%m-%d %H:%M:%S')
# # print(type(taken))
# taken = int(time.mktime(taken.timetuple()))
# posted = int(photoInfo['photo']['dates']['posted'])
# # posted = int(time.mktime(datetime.strptime(posted, '%Y-%m-%d %H:%M:%S').timetuple()))
# # resets the max/min time if its later/earlier respectively
# if taken < mint:
# mint = taken
# if taken > maxt:
# maxt = taken
# if posted < minp:
# minp = posted
# if posted > maxp:
# maxp = posted
# # adds the photo to the photolist attribute of the album object
# newalbum.photo_list[j['id']] = newphoto
#
# album_size += 1
# stop = time.time()
# duration = stop - start
# # checks to see if picture has tag of species of interest and updates the count
# # if j['id'] in photolist :
# # num_species+=1
# newalbum.time_range_posted = int(maxp) - int(minp)
# newalbum.time_range_taken = int(maxt) - int(mint)
# # updates album size
# newalbum.size = album_size
# # calculates species of interest ratio to total number of photos in album
# # newalbum.species_ratio = float(num_species)/float(album_size)
return newalbum
def test_creating_album_adds_it_to_artists_albums_list(self):
a = Artist('Lana Del Ray', 'USA')
b = Album('Born to Die', 2012, 'alternative/indie', a)
self.assertIn(b, a.albums)
def song_number_is_calculated_right(self):
a = Artist('Lana Del Ray', 'USA')
b = Album('Born to Die', 2012, 'alternative/indie', a)
c = Song('Blue Jeans', a, 2012, 240, b)
d = Song('Born to Die', a, 2012, 320, b)
self.assertEqual(b.songs_number, 2)
def test_creating_song_adds_it_to_artists_songs_list(self):
a = Artist('Ed Sheeran', 'UK')
b = Album('Divide', 2017, 'pop', a)
c = Song('Shape of You', a, 2017, 234, b)
self.assertIn(c, a.songs)
from classes import Artist, Album, Song
if __name__ == '__main__':
a = Artist('Ed Sheeran', 'GB')
s = Artist('Edn', 'GB')
b = Album('Divide', 2015, 'pop', a)
print(a.albums)
print(a.songs)
c = Song('Galway Girl', a, 2016, 150, b, 9)
print(a.songs)
print(c.duration)
from classes import Artist, Album, Song
if __name__ == '__main__':
artist1 = Artist('Steve', 'UK')
artist2 = Artist('John', 'USA')
steve_album1 = Album('s_album1', 2019, 'Indie rock', artist1)
john_album1 = Album('j_album1', 2018, 'Alternative rock', artist2)
john_album2 = Album('j_album2', 2017, 'Heavy metal', artist2)
steve_song1 = Song('s_song1', artist1, [artist2], 2019, 180, steve_album1)
steve_song2 = Song('s_song2', artist1, [artist2], 2019, 220)
john_song1 = Song('j_song1', artist2, [artist1], 2017, 150, john_album1)
john_song2 = Song('j_song2', artist2, [artist1], 2018, 300, john_album2)
john_song3 = Song('j_song3', artist2, [artist1], 2019, 180, john_album1)
# Exception:
steve_song3 = Song('s_song3', artist1, [artist2], 2019, 210, john_album1)
# print(artist1.albums)
# print(artist2.albums)
# print(steve_album1.songs)
# print(john_album1.songs)
# print(artist1.songs)
# print(artist2.songs)
# print(john_album1.duration)
def get_albums():
#creates flickr object
flickrObj = flickrapi.FlickrAPI(key, secret, format="json")
photolist = get_ids() #list of ids returned from the search on flickr
albumlist = {} # {album id: album object}
#loops through all the photos in the search
for pid in photolist:
'''
#for i in range(0,1):
pid = photolist[i]
'''
all_contexts = json.loads(
flickrObj.photos.getAllContexts(photo_id=pid).decode(
encoding='utf-8'))
#list of all set ids
if 'set' in all_contexts: #all_contexts["set"] == True
sets = all_contexts["set"]
#loops through all the sets that the photo is in
for i in sets:
set_id = i["id"]
#if the album has not already been processed
if not (set_id in albumlist):
#gets the userid for the owner of the album
user = json.loads(
flickrObj.photos.getInfo(photo_id=pid).decode(
encoding='utf-8'))['photo']['owner']['nsid']
#gets list of pictuers in the album
photosets = json.loads(
flickrObj.photosets.getPhotos(
photoset_id=set_id,
user_id=user).decode(encoding='utf-8'))
#creates album object we are analyzing and sets the album id, album url, and album name
newalbum = Album(set_id, user_id=user)
add_album_url(newalbum)
add_album_name(newalbum)
#initializes minimum and maximum posted/taken time
first_posted = json.loads(
flickrObj.photos.getInfo(
photo_id=photosets['photoset']['photo'][0]['id']).
decode(encoding='utf-8'))['photo']['dates']['posted']
first_taken = json.loads(
flickrObj.photos.getInfo(
photo_id=photosets['photoset']['photo'][0]['id']).
decode(encoding='utf-8'))['photo']['dates']['taken']
#converts the text time into unix timestamp
mint = int(
datetime.strptime(first_taken,
'%Y-%m-%d %H:%M:%S').strftime("%s"))
maxt = int(
datetime.strptime(first_taken,
'%Y-%m-%d %H:%M:%S').strftime("%s"))
minp = int(first_posted)
maxp = int(first_posted)
#counter in loop which counts number of pictures in album
album_size = 0
#number of pictures of species of interest in the album
num_species = 0
#loops through each picture in the photoset creatingi a photo class object for each image
for j in photosets['photoset']['photo']:
newphoto = Photo(photoId=j['id'])
add_photo_url(newphoto)
add_photo_description(newphoto)
#add_photo_location(newphoto)
'''
NEED TO BE DONE:
make photo_list a list of photo objects (appending newphoto ) instead of a
list of photo ids, which it currently is
see: line 177
'''
taken = json.loads(
flickrObj.photos.getInfo(photo_id=j['id']).decode(
encoding='utf-8'))['photo']['dates']['taken']
#converts the text time into unix timestamp
taken = int(
datetime.strptime(
taken, '%Y-%m-%d %H:%M:%S').strftime("%s"))
posted = int(
json.loads(
flickrObj.photos.getInfo(
photo_id=j['id']).decode(encoding='utf-8'))
['photo']['dates']['posted'])
#resets the max/min time if its later/earlier respectively
if taken < mint:
mint = taken
if taken > maxt:
maxt = taken
if posted < minp:
minp = posted
if posted > maxp:
maxp = posted
#adds the photo to the photolist attribute of the album object
newalbum.photo_list.append(j['id'])
album_size += 1
#checks to see if picture has tag of species of interest and updates the count
if j['id'] in photolist:
num_species += 1
#calculates the time range the album has for taken/posted
newalbum.time_range_posted = int(maxp) - int(minp)
newalbum.time_range_taken = int(maxt) - int(mint)
#updates album size
newalbum.size = album_size
#calculates species of interest ratio to total number of photos in album
newalbum.species_ratio = float(num_species) / float(album_size)
#adds the album to the albumlist
albumlist[newalbum.sid] = newalbum
return albumlist