# encoding:utf-8 # author:Prinz23 # project:tmdb_api __author__ = 'Prinz23' __version__ = '1.0' __api_version__ = '1.0.0' import json import logging import datetime import re from six import iteritems from sg_helpers import get_url, try_int from lib.dateutil.parser import parser from lib.dateutil.tz.tz import _datetime_to_timestamp from lib.exceptions_helper import ConnectionSkipException, ex from .tmdb_exceptions import * from lib.tvinfo_base import TVInfoBase, TVInfoImage, TVInfoImageSize, TVInfoImageType, Character, Crew, \ crew_type_names, Person, RoleTypes, TVInfoEpisode, TVInfoIDs, TVInfoSeason, PersonGenders, TVINFO_TVMAZE, \ TVINFO_TVDB, TVINFO_IMDB, TVINFO_TMDB, TVINFO_TWITTER, TVINFO_INSTAGRAM, TVINFO_FACEBOOK, TVInfoShow, \ TVInfoSocialIDs, TVInfoNetwork from lib import tmdbsimple # noinspection PyUnreachableCode if False: from typing import Any, AnyStr, Dict, List, Optional, Union from six import integer_types log = logging.getLogger('tmdb.api') log.addHandler(logging.NullHandler()) tz_p = parser() tmdbsimple.API_KEY = 'edc5f123313769de83a71e157758030b' id_map = {TVINFO_IMDB: 'imdb_id', TVINFO_TVDB: 'tvdb_id', TVINFO_FACEBOOK: 'facebook_id', TVINFO_TWITTER: 'twitter_id', TVINFO_INSTAGRAM: 'instagram_id'} tv_show_map = {'name': 'seriesname', 'id': 'id', 'first_air_date': 'firstaired', 'status': 'status', 'original_language': 'language'} def tmdb_GET(self, path, params=None): url = self._get_complete_url(path) params = self._get_params(params) return get_url(url=url, params=params, json=True, raise_skip_exception=True) def tmdb_POST(self, path, params=None, payload=None): url = self._get_complete_url(path) params = self._get_params(params) data = json.dumps(payload) if payload else payload return get_url(url=url, params=params, post_data=data, json=True, raise_skip_exception=True) tmdbsimple.base.TMDB._GET = tmdb_GET tmdbsimple.base.TMDB._POST = tmdb_POST _TMDB_CONSTANTS_CACHE = {'date': datetime.datetime(2000, 1, 1), 'data': {}} def get_tmdb_constants(): # type: (...) -> Dict """return tmdbsimple Configuration().info() or cached copy""" global _TMDB_CONSTANTS_CACHE # only retrieve info data if older then 3 days if 3 < (datetime.datetime.now() - _TMDB_CONSTANTS_CACHE['date']).days or not _TMDB_CONSTANTS_CACHE['data']: try: tv_genres = {g['id']: g['name'] for g in tmdbsimple.Genres().tv_list()['genres']} response = tmdbsimple.Configuration().info() sorted_poster_sizes = sorted((try_int(_p.replace('w', '')) for _p in response['images']['poster_sizes'] if 'original' != _p), reverse=True) sorted_backdrop_sizes = sorted((try_int(_p.replace('w', '')) for _p in response['images']['backdrop_sizes'] if 'original' != _p), reverse=True) sorted_profile_sizes = sorted((try_int(_p.replace('w', '')) for _p in response['images']['profile_sizes'] if 'original' != _p and not _p.startswith('h')), reverse=True) _TMDB_CONSTANTS_CACHE = { 'date': datetime.datetime.now(), 'data': { 'genres': tv_genres, 'img_base_url': response['images']['secure_base_url'], 'img_profile_sizes': response['images']['profile_sizes'], 'poster_sizes': response['images']['poster_sizes'], 'backdrop_sizes': response['images']['backdrop_sizes'], 'logo_sizes': response['images']['logo_sizes'], 'still_sizes': response['images']['still_sizes'], 'change_keys': response['change_keys'], 'size_map': { TVInfoImageType.poster: { TVInfoImageSize.original: 'original', TVInfoImageSize.medium: 'w%s' % next((s for s in sorted_poster_sizes if s < 400), 342), TVInfoImageSize.small: 'w%s' % next((s for s in sorted_poster_sizes if s < 200), 185) }, TVInfoImageType.fanart: { TVInfoImageSize.original: 'original', TVInfoImageSize.medium: 'w%s' % next((s for s in sorted_backdrop_sizes if s < 1000), 780), TVInfoImageSize.small: 'w%s' % next((s for s in sorted_backdrop_sizes if s < 500), 300) }, TVInfoImageType.person_poster: { TVInfoImageSize.original: 'original', TVInfoImageSize.medium: 'w%s' % next((s for s in sorted_profile_sizes if s < 400), 185), TVInfoImageSize.small: 'w%s' % next((s for s in sorted_profile_sizes if s < 150), 45) } } } } except (BaseException, Exception): poster_sizes = ['w92', 'w154', 'w185', 'w342', 'w500', 'w780', 'original'] sorted_poster_sizes = sorted((try_int(_p.replace('w', '')) for _p in poster_sizes if 'original' != _p), reverse=True) backdrop_sizes = ['w300', 'w780', 'w1280', 'original'] sorted_backdrop_sizes = sorted((try_int(_p.replace('w', '')) for _p in backdrop_sizes if 'original' != _p), reverse=True) profile_sizes = ['w45', 'w185', 'h632', 'original'] sorted_profile_sizes = sorted((try_int(_p.replace('w', '')) for _p in profile_sizes if 'original' != _p and not _p.startswith('h')), reverse=True) _TMDB_CONSTANTS_CACHE['data'] = { 'genres': {10759: 'Action & Adventure', 16: 'Animation', 35: 'Comedy', 80: 'Crime', 99: 'Documentary', 18: 'Drama', 10751: 'Family', 10762: 'Kids', 9648: 'Mystery', 10763: 'News', 10764: 'Reality', 10765: 'Sci-Fi & Fantasy', 10766: 'Soap', 10767: 'Talk', 10768: 'War & Politics', 37: 'Western'}, 'img_base_url': r'https://image.tmdb.org/t/p/', 'img_profile_sizes': ['w45', 'w185', 'h632', 'original'], 'poster_sizes': poster_sizes, 'backdrop_sizes': backdrop_sizes, 'logo_sizes': ['w45', 'w92', 'w154', 'w185', 'w300', 'w500', 'original'], 'still_sizes': ['w92', 'w185', 'w300', 'original'], 'change_keys': ['adult', 'air_date', 'also_known_as', 'alternative_titles', 'biography', 'birthday', 'budget', 'cast', 'certifications', 'character_names', 'created_by', 'crew', 'deathday', 'episode', 'episode_number', 'episode_run_time', 'freebase_id', 'freebase_mid', 'general', 'genres', 'guest_stars', 'homepage', 'images', 'imdb_id', 'languages', 'name', 'network', 'origin_country', 'original_name', 'original_title', 'overview', 'parts', 'place_of_birth', 'plot_keywords', 'production_code', 'production_companies', 'production_countries', 'releases', 'revenue', 'runtime', 'season', 'season_number', 'season_regular', 'spoken_languages', 'status', 'tagline', 'title', 'translations', 'tvdb_id', 'tvrage_id', 'type', 'video', 'videos'], 'size_map': { TVInfoImageType.poster: { TVInfoImageSize.original: 'original', TVInfoImageSize.medium: 'w%s' % next((s for s in sorted_poster_sizes if s < 400), 342), TVInfoImageSize.small: 'w%s' % next((s for s in sorted_poster_sizes if s < 200), 185) }, TVInfoImageType.fanart: { TVInfoImageSize.original: 'original', TVInfoImageSize.medium: 'w%s' % next((s for s in sorted_backdrop_sizes if s < 1000), 780), TVInfoImageSize.small: 'w%s' % next((s for s in sorted_backdrop_sizes if s < 500), 300) }, TVInfoImageType.person_poster: { TVInfoImageSize.original: 'original', TVInfoImageSize.medium: 'w%s' % next((s for s in sorted_profile_sizes if s < 400), 185), TVInfoImageSize.small: 'w%s' % next((s for s in sorted_profile_sizes if s < 150), 45) } } } pass return _TMDB_CONSTANTS_CACHE['data'] class TmdbIndexer(TVInfoBase): API_KEY = tmdbsimple.API_KEY supported_person_id_searches = [TVINFO_TMDB, TVINFO_IMDB, TVINFO_TWITTER, TVINFO_INSTAGRAM, TVINFO_FACEBOOK] supported_id_searches = [TVINFO_TMDB, TVINFO_IMDB, TVINFO_TVDB] # noinspection PyUnusedLocal # noinspection PyDefaultArgument def __init__(self, *args, **kwargs): super(TmdbIndexer, self).__init__(*args, **kwargs) response = get_tmdb_constants() self.img_base_url = response.get('img_base_url') self.size_map = response.get('size_map') self.tv_genres = response.get('genres') def _search_show(self, name=None, ids=None, **kwargs): # type: (AnyStr, Dict[integer_types, integer_types], Optional[Any]) -> List[TVInfoShow] """This searches TMDB for the series name, """ def _make_result_dict(s): tvs = TVInfoShow() tvs.seriesname, tvs.id, tvs.firstaired, tvs.genre_list, tvs.overview, tvs.poster, tvs.ids = \ s['name'], s['id'], s.get('first_air_date'), \ [self.tv_genres.get(g) for g in s.get('genre_ids') or []], \ s.get('overview'), s.get('poster_path') and '%s%s%s' % ( self.img_base_url, self.size_map[TVInfoImageType.poster][TVInfoImageSize.original], s.get('poster_path')), \ TVInfoIDs(tvdb=s.get('external_ids') and s['external_ids'].get('tvdb_id'), tmdb=s['id'], rage=s.get('external_ids') and s['external_ids'].get('tvrage_id'), imdb=s.get('external_ids') and s['external_ids'].get('imdb_id') and try_int(s['external_ids'].get('imdb_id', '').replace('tt', ''), None)) return tvs results = [] if ids: for t, p in iteritems(ids): if t in self.supported_id_searches: if t == TVINFO_TMDB: cache_id_key = 's-id-%s-%s' % (TVINFO_TMDB, p) is_none, shows = self._get_cache_entry(cache_id_key) if not self.config.get('cache_search') or (None is shows and not is_none): try: show = tmdbsimple.TV(id=p).info(append_to_response='external_ids') except (BaseException, Exception): continue self._set_cache_entry(cache_id_key, show, expire=self.search_cache_expire) else: show = shows if show: results.extend([_make_result_dict(show)]) elif t in (TVINFO_IMDB, TVINFO_TVDB): cache_id_key = 's-id-%s-%s' % (t, p) is_none, shows = self._get_cache_entry(cache_id_key) if not self.config.get('cache_search') or (None is shows and not is_none): try: show = tmdbsimple.Find(id=(p, 'tt%07d' % p)[t == TVINFO_IMDB]).info( external_source=id_map[t]) if show.get('tv_results') and 1 == len(show['tv_results']): show = tmdbsimple.TV(id=show['tv_results'][0]['id']).info( append_to_response='external_ids') except (BaseException, Exception): continue self._set_cache_entry(cache_id_key, show, expire=self.search_cache_expire) else: show = shows if show: results.extend([_make_result_dict(s) for s in show.get('tv_results') or (show.get('id') and [show]) or []]) if name: for n in ([name], name)[isinstance(name, list)]: cache_name_key = 's-name-%s' % n is_none, shows = self._get_cache_entry(cache_name_key) if not self.config.get('cache_search') or (None is shows and not is_none): try: shows = tmdbsimple.Search().tv(query=n) self._set_cache_entry(cache_name_key, shows, expire=self.search_cache_expire) results.extend([_make_result_dict(s) for s in shows.get('results') or []]) except (BaseException, Exception) as e: log.debug('Error searching for show: %s' % ex(e)) else: results.extend([_make_result_dict(s) for s in (shows and shows.get('results')) or []]) seen = set() results = [seen.add(r.id) or r for r in results if r.id not in seen] return results def _convert_person_obj(self, person_obj): gender = PersonGenders.tmdb_map.get(person_obj.get('gender'), PersonGenders.unknown) try: birthdate = person_obj.get('birthday') and tz_p.parse(person_obj.get('birthday')).date() except (BaseException, Exception): birthdate = None try: deathdate = person_obj.get('deathday') and tz_p.parse(person_obj.get('deathday')).date() except (BaseException, Exception): deathdate = None cast = person_obj.get('cast') or person_obj.get('tv_credits', {}).get('cast') characters = [] for character in cast or []: show = TVInfoShow() show.id = character.get('id') show.ids = TVInfoIDs(ids={TVINFO_TMDB: show.id}) show.seriesname = character.get('original_name') show.overview = character.get('overview') show.firstaired = character.get('first_air_date') characters.append( Character(name=character.get('character'), show=show) ) pi = person_obj.get('images') image_url, main_image, thumb_url, main_thumb, image_list = None, None, None, None, [] if pi: for i in sorted(pi['profiles'], key=lambda a: a['vote_average'] or 0, reverse=True): if not any((main_image, main_thumb)): if 500 < i['height'] and not image_url: image_url = '%s%s%s' % \ (self.img_base_url, self.size_map[TVInfoImageType.person_poster][TVInfoImageSize.original], i['file_path']) thumb_url = '%s%s%s' % \ (self.img_base_url, self.size_map[TVInfoImageType.person_poster][TVInfoImageSize.medium], i['file_path']) elif not thumb_url: thumb_url = '%s%s%s' % \ (self.img_base_url, self.size_map[TVInfoImageType.person_poster][TVInfoImageSize.original], i['file_path']) if image_url and thumb_url: main_image_url, main_thumb = image_url, thumb_url image_list.append( TVInfoImage( image_type=TVInfoImageType.person_poster, sizes={_s: '%s%s%s' % (self.img_base_url, self.size_map[TVInfoImageType.person_poster][_s], i['file_path']) for _s in (TVInfoImageSize.original, TVInfoImageSize.medium, TVInfoImageSize.small)}, aspect_ratio=i['aspect_ratio'], height=i['height'], width=i['width'], lang=i['iso_639_1'], rating=i['vote_average'], votes=i['vote_count'] ) ) return Person(p_id=person_obj.get('id'), gender=gender, name=person_obj.get('name'), birthdate=birthdate, deathdate=deathdate, bio=person_obj.get('biography'), birthplace=person_obj.get('place_of_birth'), homepage=person_obj.get('homepage'), characters=characters, image=main_image, thumb_url=main_thumb, images=image_list, akas=set(person_obj.get('also_known_as') or []), ids={TVINFO_TMDB: person_obj.get('id'), TVINFO_IMDB: person_obj.get('imdb_id') and try_int(person_obj['imdb_id'].replace('nm', ''), None)}) def _search_person(self, name=None, ids=None): # type: (AnyStr, Dict[integer_types, integer_types]) -> List[Person] """ search for person by name :param name: name to search for :param ids: dict of ids to search :return: list of found person's """ results, ids = [], ids or {} search_text_obj = tmdbsimple.Search() for tv_src in self.supported_person_id_searches: if tv_src in ids: if TVINFO_TMDB == tv_src: try: people_obj = self.get_person(ids[tv_src]) except ConnectionSkipException as e: raise e except (BaseException, Exception): people_obj = None if people_obj and not any(1 for r in results if r.id == people_obj.id): results.append(people_obj) elif tv_src in (TVINFO_IMDB, TVINFO_TMDB): try: cache_key_name = 'p-src-%s-%s' % (tv_src, ids.get(tv_src)) is_none, result_objs = self._get_cache_entry(cache_key_name) if None is result_objs and not is_none: result_objs = tmdbsimple.Find(id=(ids.get(tv_src), 'nm%07d' % ids.get(tv_src))[TVINFO_IMDB == tv_src]).info( external_source=id_map[tv_src]).get('person_results') self._set_cache_entry(cache_key_name, result_objs) except ConnectionSkipException as e: raise e except (BaseException, Exception): result_objs = None if result_objs: for person_obj in result_objs: if not any(1 for r in results if r.id == person_obj['id']): results.append(self._convert_person_obj(person_obj)) else: continue if name: cache_key_name = 'p-src-text-%s' % name is_none, people_objs = self._get_cache_entry(cache_key_name) if None is people_objs and not is_none: try: people_objs = search_text_obj.person(query=name, include_adult=True) self._set_cache_entry(cache_key_name, people_objs) except ConnectionSkipException as e: raise e except (BaseException, Exception): people_objs = None if people_objs and people_objs.get('results'): for person_obj in people_objs['results']: if not any(1 for r in results if r.id == person_obj['id']): results.append(self._convert_person_obj(person_obj)) return results def get_person(self, p_id, get_show_credits=False, get_images=False, **kwargs): # type: (integer_types, bool, bool, Any) -> Optional[Person] kw = {} to_append = [] if get_show_credits: to_append.append('tv_credits') if get_images: to_append.append('images') if to_append: kw['append_to_response'] = ','.join(to_append) cache_key_name = 'p-%s-%s' % (p_id, '-'.join(to_append)) is_none, people_obj = self._get_cache_entry(cache_key_name) if None is people_obj and not is_none: try: people_obj = tmdbsimple.People(id=p_id).info(**kw) except ConnectionSkipException as e: raise e except (BaseException, Exception): people_obj = None self._set_cache_entry(cache_key_name, people_obj) if people_obj: return self._convert_person_obj(people_obj) def _convert_show(self, show_dict): # type: (Dict) -> TVInfoShow tv_s = TVInfoShow() if show_dict: tv_s.seriesname = show_dict.get('name') or show_dict.get('original_name') or show_dict.get('original_title') org_title = show_dict.get('original_name') or show_dict.get('original_title') if org_title != tv_s.seriesname: tv_s.aliases = [org_title] tv_s.id = show_dict.get('id') tv_s.seriesid = tv_s.id tv_s.language = show_dict.get('original_language') tv_s.overview = show_dict.get('overview') tv_s.firstaired = show_dict.get('first_air_date') tv_s.vote_count = show_dict.get('vote_count') tv_s.vote_average = show_dict.get('vote_average') tv_s.popularity = show_dict.get('popularity') tv_s.origin_countries = show_dict.get('origin_country') or [] tv_s.genre_list = [] for g in show_dict.get('genre_ids') or []: if g in self.tv_genres: tv_s.genre_list.append(self.tv_genres.get(g)) tv_s.genre = ', '.join(tv_s.genre_list) image_url = show_dict.get('poster_path') and '%s%s%s' % \ (self.img_base_url, self.size_map[TVInfoImageType.poster][TVInfoImageSize.original], show_dict.get('poster_path')) thumb_image_url = show_dict.get('poster_path') and '%s%s%s' % \ (self.img_base_url, self.size_map[TVInfoImageType.poster][TVInfoImageSize.small], show_dict.get('poster_path')) backdrop_url = show_dict.get('backdrop_path') and '%s%s%s' % \ (self.img_base_url, self.size_map[TVInfoImageType.fanart][TVInfoImageSize.original], show_dict.get('backdrop_path')) tv_s.poster = image_url tv_s.poster_thumb = thumb_image_url tv_s.fanart = backdrop_url tv_s.ids = TVInfoIDs(tmdb=tv_s.id) return tv_s def _get_show_list(self, src_method, result_count, **kwargs): result = [] try: c_page = 1 while len(result) < result_count: results = src_method(page=c_page, **kwargs) t_pages = results.get('total_pages') if c_page != results.get('page') or c_page >= t_pages: break c_page += 1 if results and 'results' in results: result += [self._convert_show(t) for t in results['results']] else: break except (BaseException, Exception): pass return result[:result_count] def get_trending(self, result_count=100, time_window='day', **kwargs): """ list of trending tv shows for day or week :param result_count: :param time_window: valid values: 'day', 'week' """ t_windows = ('day', 'week')['week' == time_window] return self._get_show_list(tmdbsimple.Trending(media_type='tv', time_window=t_windows).info, result_count) def get_popular(self, result_count=100, **kwargs): return self._get_show_list(tmdbsimple.TV().popular, result_count) def get_top_rated(self, result_count=100, **kwargs): return self._get_show_list(tmdbsimple.TV().top_rated, result_count) def discover(self, result_count=100, **kwargs): """ Discover TV shows by different types of data like average rating, number of votes, genres, the network they aired on and air dates. Discover also supports a nice list of sort options. See below for all of the available options. Also note that a number of filters support being comma (,) or pipe (|) separated. Comma's are treated like an AND and query while pipe's are an OR. Some examples of what can be done with discover can be found at https://www.themoviedb.org/documentation/api/discover. kwargs: language: (optional) ISO 639-1 code. sort_by: (optional) Available options are 'vote_average.desc', 'vote_average.asc', 'first_air_date.desc', 'first_air_date.asc', 'popularity.desc', 'popularity.asc' sort_by: (optional) Allowed values: vote_average.desc, vote_average.asc, first_air_date.desc, first_air_date.asc, popularity.desc, popularity.asc Default: popularity.desc air_date.gte: (optional) Filter and only include TV shows that have a air date (by looking at all episodes) that is greater or equal to the specified value. air_date.lte: (optional) Filter and only include TV shows that have a air date (by looking at all episodes) that is less than or equal to the specified value. first_air_date.gte: (optional) Filter and only include TV shows that have a original air date that is greater or equal to the specified value. Can be used in conjunction with the "include_null_first_air_dates" filter if you want to include items with no air date. first_air_date.lte: (optional) Filter and only include TV shows that have a original air date that is less than or equal to the specified value. Can be used in conjunction with the "include_null_first_air_dates" filter if you want to include items with no air date. first_air_date_year: (optional) Filter and only include TV shows that have a original air date year that equal to the specified value. Can be used in conjunction with the "include_null_first_air_dates" filter if you want to include items with no air date. timezone: (optional) Used in conjunction with the air_date.gte/lte filter to calculate the proper UTC offset. Default America/New_York. vote_average.gte: (optional) Filter and only include movies that have a rating that is greater or equal to the specified value. Minimum 0. vote_count.gte: (optional) Filter and only include movies that have a rating that is less than or equal to the specified value. Minimum 0. with_genres: (optional) Comma separated value of genre ids that you want to include in the results. with_networks: (optional) Comma separated value of network ids that you want to include in the results. without_genres: (optional) Comma separated value of genre ids that you want to exclude from the results. with_runtime.gte: (optional) Filter and only include TV shows with an episode runtime that is greater than or equal to a value. with_runtime.lte: (optional) Filter and only include TV shows with an episode runtime that is less than or equal to a value. include_null_first_air_dates: (optional) Use this filter to include TV shows that don't have an air date while using any of the "first_air_date" filters. with_original_language: (optional) Specify an ISO 639-1 string to filter results by their original language value. without_keywords: (optional) Exclude items with certain keywords. You can comma and pipe seperate these values to create an 'AND' or 'OR' logic. screened_theatrically: (optional) Filter results to include items that have been screened theatrically. with_companies: (optional) A comma separated list of production company ID's. Only include movies that have one of the ID's added as a production company. with_keywords: (optional) A comma separated list of keyword ID's. Only includes TV shows that have one of the ID's added as a keyword. :param result_count: """ return self._get_show_list(tmdbsimple.Discover().tv, result_count, **kwargs) def _get_show_data(self, sid, language, get_ep_info=False, banners=False, posters=False, seasons=False, seasonwides=False, fanart=False, actors=False, **kwargs): # type: (integer_types, AnyStr, bool, bool, bool, bool, bool, bool, bool, Optional[Any]) -> bool # note: this is only working for images fetching currently self.show_not_found = False to_append = ['external_ids', 'alternative_titles', 'content_ratings'] if any((banners, posters, seasons, seasonwides, fanart)): to_append.append('images') if actors: to_append.append('aggregate_credits') if get_ep_info: to_append.append('episode_groups') try: tmdb = tmdbsimple.TV(sid) show_data = tmdb.info(append_to_response=','.join(to_append)) except (BaseException, Exception): self.show_not_found = True return False if not show_data: self.show_not_found = True return False self._set_show_data(sid, 'seriesid', show_data['id']) runtime = None for r in sorted(show_data['episode_run_time'], reverse=True): if 40 < r < 50: runtime = r break if 20 < r < 40: runtime = r break if not runtime and show_data['episode_run_time']: runtime = max(show_data['episode_run_time'] or [0]) or None self._set_show_data(sid, 'runtime', runtime) image_url = show_data.get('poster_path') and '%s%s%s' % \ (self.img_base_url, self.size_map[TVInfoImageType.poster][TVInfoImageSize.original], show_data.get('poster_path')) if image_url: self._set_show_data(sid, 'poster', image_url) thumb_image_url = show_data.get('poster_path') and '%s%s%s' % \ (self.img_base_url, self.size_map[TVInfoImageType.poster][TVInfoImageSize.small], show_data.get('poster_path')) self._set_show_data(sid, 'poster_thumb', thumb_image_url) backdrop_url = show_data.get('backdrop_path') and '%s%s%s' % \ (self.img_base_url, self.size_map[TVInfoImageType.fanart][TVInfoImageSize.original], show_data.get('backdrop_path')) if backdrop_url: self._set_show_data(sid, 'fanart', backdrop_url) self.shows[sid].genre_list = [] for g in show_data.get('genre_ids') or []: if g in self.tv_genres: self.shows[sid].genre_list.append(self.tv_genres.get(g)) self._set_show_data(sid, 'genre', ', '.join(self.shows[sid].genre_list)) self.shows[sid].networks = [ TVInfoNetwork(name=n.get('name'), n_id=n.get('id'), country_code=n.get('origin_country')) for n in show_data['networks'] or [] ] if show_data['networks']: self.shows[sid].network = show_data['networks'][0]['name'] self.shows[sid].network_id = show_data['networks'][0].get('id') self.shows[sid].network_country_code = show_data['networks'][0].get('origin_country') for k, v in iteritems(show_data): if k in tv_show_map: self._set_show_data(sid, tv_show_map.get(k, k), v) self._set_show_data(sid, 'ids', TVInfoIDs( tvdb=show_data['external_ids'].get('tvdb_id'), tmdb=show_data['id'], rage=show_data['external_ids'].get('tvrage_id'), imdb=show_data['external_ids'].get('imdb_id') and try_int(show_data['external_ids'].get('imdb_id', '').replace('tt', ''), None))) self._set_show_data(sid, 'social_ids', TVInfoSocialIDs(twitter=show_data['external_ids'].get('twitter_id'), instagram=show_data['external_ids'].get('instagram_id'), facebook=show_data['external_ids'].get('facebook_id'))) if 'images' in show_data: show_obj = self.shows[sid] # type: TVInfoShow show_obj.poster_loaded = True show_obj.banner_loaded = True show_obj.fanart_loaded = True for img_type, img_list in iteritems(show_data['images']): img_type = {'backdrops': TVInfoImageType.fanart, 'posters': TVInfoImageType.poster}.get(img_type) for img in img_list: show_obj.images.setdefault(img_type, []).append( TVInfoImage( image_type=img_type, sizes={ t_s: '%s%s%s' % (self.img_base_url, self.size_map[img_type][t_s], img['file_path']) for t_s in [TVInfoImageSize.original, TVInfoImageSize.medium, TVInfoImageSize.small] }, rating=img['vote_average'], votes=img['vote_count'], lang=img['iso_639_1'], height=img['height'], width=img['width'], aspect_ratio=img['aspect_ratio'] ) ) return True