def test_user_list():
sean = User("sean")
assert all([isinstance(l, UserList) for l in sean.lists])
data = dict(
name="Star Wars in machete order", description="Some descriptive text", privacy="public", display_numbers=True
)
# create list
l = UserList.create(creator=sean.username, **data)
for k, v in data.items():
assert getattr(l, k) == v
# get list
l = UserList.get(data["name"], sean.username)
l = sean.get_list(data["name"])
for k, v in data.items():
assert getattr(l, k) == v
# PUT to add and remove items from list
l.add_items()
for k, v in data.items():
assert getattr(l, k) == v
l.remove_items()
for k, v in data.items():
assert getattr(l, k) == v
# like and unlike a list
l.like()
l.unlike()
# just test to ensure that iterating over list items works
l.__iter__()
# delete entire list
l.delete_list()
def test_watching():
sean = User("sean")
sean.username = "******"
assert isinstance(sean.watching, Movie)
sean.username = "******"
assert isinstance(sean.watching, TVEpisode)
sean.username = "******"
assert sean.watching is None
def test_watching():
sean = User('sean')
sean.username = '******'
assert isinstance(sean.watching, Movie)
sean.username = '******'
assert isinstance(sean.watching, TVEpisode)
sean.username = '******'
assert sean.watching is None
def watching_now(self):
"""A list of all :class:`User`'s watching a movie."""
from trakt.users import User
data = yield self.ext + '/watching'
users = []
for user in data:
users.append(User(**user))
yield users
def get_trakt_user(self, username):
try:
return User(username)
except Exception as e:
self._error_and_analytics(
error_message=f"Error in get_trakt_user: {e}",
function_name=inspect.currentframe().f_code.co_name)
return None
def test_requests():
getters = [get_all_requests, User('sean').get_follower_requests]
for getter in getters:
requests = getter()
assert isinstance(requests, list)
assert all([isinstance(r, Request) for r in requests])
for request in requests:
r = request.approve()
assert r is None
r = request.deny()
assert r is None
def test_user_list():
sean = User('sean')
assert all([isinstance(l, UserList) for l in sean.lists])
data = dict(name='Star Wars in machete order',
description='Some descriptive text',
privacy='public',
display_numbers=True)
# create list
l = UserList.create(creator=sean.username, **data)
for k, v in data.items():
assert getattr(l, k) == v
# get list
l = UserList.get(data['name'], sean.username)
l = sean.get_list(data['name'])
for k, v in data.items():
assert getattr(l, k) == v
# enumerate list items
instancetypes = (Movie, TVShow, TVSeason, TVEpisode, Person)
assert all([isinstance(k, instancetypes) for k in l])
# PUT to add and remove items from list
l.add_items()
for k, v in data.items():
assert getattr(l, k) == v
l.remove_items()
for k, v in data.items():
assert getattr(l, k) == v
# like and unlike a list
l.like()
l.unlike()
# just test to ensure that iterating over list items works
l.__iter__()
# delete entire list
l.delete_list()
def comments(self):
"""All comments (shouts and reviews) for this :class:`Movie`. Most
recent comments returned first.
"""
# TODO (jnappi) Pagination
from trakt.users import User
data = yield (self.ext + '/comments')
self._comments = []
for com in data:
user = User(**com.get('user'))
self._comments.append(
Comment(user=user, **{k: com[k] for k in com if k != 'user'})
)
yield self._comments
def getTraktShows(syncUser):
my = User(syncUser.getTraktUserName())
for y in range(len(my.watched_shows)):
dict = my.watched_shows[y].seasons[-1]
# gets the episodes (change to -1 to get current season value
# -2 gets all teh episodes you've watched
fKey = dict.keys()[-2]
values = dict[fKey]
last_episode_watched = values[-1]
episode_Number = last_episode_watched['number']
date_Watched_At = last_episode_watched['last_watched_at']
traktShow = TvShow(my.watched_shows[y].title, date_Watched_At,
episode_Number)
syncUser.addShow(traktShow)
def login(self):
try:
username = self.ids.username.text
global moviesDB
moviesDB = imdb.IMDb()
myuser = User(str(username))
global watchlist
watchlist = myuser.watchlist_movies
global myline
try:
dataget()
# after you get new values update the variables connected to widgets
except:
print('Error')
dataget()
self.manager.current = "giris_basarili"
except:
self.manager.current = "giris_hatali"
def getTraktShows(syncUser): my = User(syncUser.getTraktUserName()) for y in range(len(my.watched_shows)): theDict = my.watched_shows[y].seasons[-1] # # gets the episodes (change to -1 to get current season value # # -2 gets all teh episodes you've watched fKey = list(theDict.keys())[-2] #dictionaries change the first value on a whim, sometimes its episodes sometimes its numbers if(fKey == "number"): fKey = list(theDict.keys())[-1] values = theDict[fKey] last_episode_watched = values[-1] episode_Number = last_episode_watched['number'] date_Watched_At = last_episode_watched['last_watched_at'] traktShow = TvShow(my.watched_shows[y].title, date_Watched_At, episode_Number); syncUser.addShow(traktShow)
def getTraktShows():
allShows = []
my = User(settings['Users']['Smoothtalk']['traktUserName'])
for y in range(len(my.watched_shows)):
dict = my.watched_shows[y].seasons[-1]
# gets the episodes (change to -1 to get current season value
# -2 gets all teh episodes you've watched
fKey = dict.keys()[-2]
values = dict[fKey]
last_episode_watched = values[-1]
episode_Number = last_episode_watched['number']
date_Watched_At = last_episode_watched['last_watched_at']
traktShow = TvShow()
traktShow.setTitle(my.watched_shows[y])
traktShow.setLast_watched_date(date_Watched_At)
traktShow.setlast_watched_episode(episode_Number)
allShows.append(traktShow)
return allShows
def getTraktShows(settings): allShows = [] for user in settings['Users']: if(settings['Users'][user]['traktUserName'] != ''): my = User(settings['Users'][user]['traktUserName']) for y in range(len(my.watched_shows)): theDict = my.watched_shows[y].seasons[-1] # gets the episodes (change to -1 to get current season value) # -2 gets all the episodes you've watched #MIGHT NOT WORK values = theDict['episodes'] last_episode_watched = values[-1] episode_Number = last_episode_watched['number'] date_Watched_At = last_episode_watched['last_watched_at'] traktShow = TvShow(); traktShow.setTitle(my.watched_shows[y]) traktShow.setLast_watched_date(date_Watched_At) traktShow.setlast_watched_episode(episode_Number) allShows.append(traktShow) return allShows
pass
exit(0)
signal.signal(signal.SIGINT, signal_handler)
start = time.time()
if len(argv) != 3:
print("Usage: ./trakt_discord.py [username] [Discord_client_ID]")
else:
username = argv[1]
trakt_connected = False
while not trakt_connected:
try:
my = User(username)
trakt_connected = True
print(time.strftime("%Y-%m-%dT%H:%M:%S.000%Z"), ": Successfully connected to Trakt")
except Exception:
print(time.strftime("%Y-%m-%dT%H:%M:%S.000%Z"), ": Trakt Connection Failure (1)")
time.sleep(15)
client_id = argv[2]
# force this script to live on an island and catch the errors
# I don't want to see a command prompt when I'm expecting this to keep going
# Spit an error for OSError: [Errno 107] Transport endpoint is not connecte
# Discord has to be running before this is--duh
rpc_obj = rpc.DiscordIpcClient.for_platform(client_id)
while True:
try:
def test_stats():
sean = User('sean')
assert isinstance(sean.get_stats(), dict)
def test_user_ratings():
sean = User("sean")
rating_types = ["movies", "shows", "seasons", "episodes"]
for typ in rating_types:
assert all([isinstance(r, dict) for r in sean.get_ratings(typ)])
assert all([isinstance(r, dict) for r in sean.get_ratings("movies", 10)])
def test_user():
sean = User('sean')
assert sean.username == 'sean'
assert str(sean) == '<User>: sean'
def test_follow_user():
sean = User("sean")
sean.follow()
sean.unfollow()
def test_user_collections():
sean = User('sean')
for _ in range(2):
assert all([isinstance(m, Movie) for m in sean.movie_collection])
assert all([isinstance(s, TVShow) for s in sean.show_collection])
def test_stats():
sean = User("sean")
assert isinstance(sean.get_stats(), dict)
def test_get_others():
sean = User('sean')
for _ in range(2):
assert all([isinstance(u, User) for u in sean.followers])
assert all([isinstance(u, User) for u in sean.following])
assert all([isinstance(u, User) for u in sean.friends])
def test_follow_user():
sean = User('sean')
sean.follow()
sean.unfollow()
def get_user():
return User('shrijit')
def get_trakt_user(self, username):
try:
return User(username)
except Exception as e:
self._error_and_analytics(error_message=f"Error in get_trakt_user: {e}", function_name='get_trakt_user')
return None
if username is None:
quit()
else:
if username is "":
username = tk.simpledialog.askstring(
"Empty Value",
" Please Enter A Valid Username: "******"":
quit()
popup.destroy()
## IMDB, Trakt.TV Tanımları
moviesDB = imdb.IMDb()
my = User(str('lunedor'))
## Trakt.tv Watchlist Alımı
watchlist = my.watchlist_movies
# Veri İşlemleri
def callback():
### Terimler
myline = str(random.choice(watchlist))[9:1000]
movies = moviesDB.search_movie(str(myline))
id = movies[0].getID()
movie = moviesDB.get_movie(id)
title = movie['title']
year = movie["year"]
rating = movie["rating"]
runtimes = movie["runtimes"]
def test_watched():
sean = User('sean')
for _ in range(2):
assert all([isinstance(m, Movie) for m in sean.watched_movies])
assert all([isinstance(s, TVShow) for s in sean.watched_shows])
def test_user_ratings():
sean = User('sean')
rating_types = ['movies', 'shows', 'seasons', 'episodes']
for typ in rating_types:
assert all([isinstance(r, dict) for r in sean.get_ratings(typ)])
assert all([isinstance(r, dict) for r in sean.get_ratings('movies', 10)])