# # This file is part of SickGear. # # SickGear is free software: you can redistribute it and/or modify # it under the terms of the GNU General Public License as published by # the Free Software Foundation, either version 3 of the License, or # (at your option) any later version. # # SickGear is distributed in the hope that it will be useful, # but WITHOUT ANY WARRANTY; without even the implied warranty of # MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the # GNU General Public License for more details. # # You should have received a copy of the GNU General Public License # along with SickGear. If not, see <http://www.gnu.org/licenses/>. import datetime import operator import os import re import threading import traceback from exceptions_helper import ex, MultipleShowObjectsException, AuthException import sickgear from . import db, failed_history, helpers, history, logger, search, show_name_helpers from .classes import Proper from .common import ARCHIVED, FAILED, DOWNLOADED, SNATCHED_ANY, SNATCHED_PROPER, \ NeededQualities, Quality from .history import dateFormat from .name_parser.parser import InvalidNameException, InvalidShowException, NameParser from .sgdatetime import SGDatetime from _23 import map_consume from six import string_types # noinspection PyUnreachableCode if False: # noinspection PyUnresolvedReferences from typing import AnyStr, Dict, List, Tuple from .providers.generic import GenericProvider def search_propers(provider_proper_obj=None): # type: (Dict[AnyStr, List[Proper]]) -> None """ :param provider_proper_obj: Optional dict with provider keys containing Proper objects :return: """ if not sickgear.DOWNLOAD_PROPERS: return logger.log(('Checking Propers from recent search', 'Beginning search for new Propers')[None is provider_proper_obj]) age_shows, age_anime = sickgear.BACKLOG_LIMITED_PERIOD + 2, 14 aired_since_shows = datetime.datetime.now() - datetime.timedelta(days=age_shows) aired_since_anime = datetime.datetime.now() - datetime.timedelta(days=age_anime) recent_shows, recent_anime = _recent_history(aired_since_shows, aired_since_anime) if recent_shows or recent_anime: propers = _get_proper_list(aired_since_shows, recent_shows, recent_anime, proper_dict=provider_proper_obj) if propers: _download_propers(propers) else: logger.log('No downloads or snatches found for the last %s%s days to use for a Propers search' % (age_shows, ('', ' (%s for anime)' % age_anime)[helpers.has_anime()])) run_at = '' if None is provider_proper_obj: _set_last_proper_search(datetime.datetime.now()) proper_sch = sickgear.search_propers_scheduler if None is proper_sch.start_time: run_in = proper_sch.last_run + proper_sch.cycle_time - datetime.datetime.now() run_at = ', next check ' if datetime.timedelta() > run_in: run_at += 'imminent' else: hours, remainder = divmod(run_in.seconds, 3600) minutes, seconds = divmod(remainder, 60) run_at += 'in approx. ' + ('%dm, %ds' % (minutes, seconds), '%dh, %dm' % (hours, minutes))[0 < hours] logger.log('Completed search for new Propers%s' % run_at) else: logger.log('Completed checking Propers from recent search') def get_old_proper_level(show_obj, tvid, prodid, season, episode_numbers, old_status, new_quality, extra_no_name, version, is_anime=False): """ :param show_obj: show object :type show_obj: sickgear.tv.TVShow :param tvid: tvid :type tvid: int :param prodid: prodid :type prodid: int or long :param season: season number :type season: int :param episode_numbers: episode numbers :type episode_numbers: List[int] :param old_status: old status :type old_status: int :param new_quality: new quality :type new_quality: int :param extra_no_name: extra info from release name :type extra_no_name: AnyStr :param version: version :type version: int :param is_anime: is anime :type is_anime: bool :return: tuple of: proper level, extra info from release name, release name :rtype: Tuple[int, AnyStr, AnyStr] """ level = 0 rel_name = None if old_status not in SNATCHED_ANY: level = Quality.get_proper_level(extra_no_name, version, is_anime) elif show_obj: my_db = db.DBConnection() np = NameParser(False, show_obj=show_obj) for episode in episode_numbers: # noinspection SqlResolve result = my_db.select( 'SELECT resource FROM history' ' WHERE indexer = ? AND showid = ?' ' AND season = ? AND episode = ? AND ' '(%s) ORDER BY date DESC LIMIT 1' % (' OR '.join(['action LIKE "%%%02d"' % x for x in SNATCHED_ANY])), [tvid, prodid, season, episode]) if not result or not isinstance(result[0]['resource'], string_types) or not result[0]['resource']: continue nq = Quality.scene_quality(result[0]['resource'], show_obj.is_anime) if nq != new_quality: continue try: p = np.parse(result[0]['resource']) except (BaseException, Exception): continue level = Quality.get_proper_level(p.extra_info_no_name(), p.version, show_obj.is_anime) extra_no_name = p.extra_info_no_name() rel_name = result[0]['resource'] break return level, extra_no_name, rel_name def get_webdl_type(extra_info_no_name, rel_name): """ :param extra_info_no_name: extra info from release name :type extra_info_no_name: AnyStr :param rel_name: release name :type rel_name: AnyStr :return: web dl type :rtype: AnyStr """ if not sickgear.WEBDL_TYPES: load_webdl_types() for t in sickgear.WEBDL_TYPES: try: if re.search(r'\b%s\b' % t[1], extra_info_no_name, flags=re.I): return t[0] except (BaseException, Exception): continue return ('webdl', 'webrip')[None is re.search(r'\bweb.?dl\b', rel_name, flags=re.I)] def load_webdl_types(): """ Fetch all web dl/rip types """ new_types = [] default_types = [('Amazon', r'AMZN|AMAZON'), ('Netflix', r'NETFLIX|NF'), ('Hulu', r'HULU')] url = 'https://raw.githubusercontent.com/SickGear/sickgear.extdata/main/SickGear/webdl_types.txt' url_data = helpers.get_url(url) my_db = db.DBConnection() sql_result = my_db.select('SELECT * FROM webdl_types') old_types = [(r['dname'], r['regex']) for r in sql_result] if isinstance(url_data, string_types) and url_data.strip(): try: for line in url_data.splitlines(): try: (key, val) = line.strip().split('::', 1) except (BaseException, Exception): continue if None is key or None is val: continue new_types.append((key, val)) except (IOError, OSError): pass cl = [] for nt in new_types: if nt not in old_types: cl.append(['REPLACE INTO webdl_types (dname, regex) VALUES (?,?)', [nt[0], nt[1]]]) for ot in old_types: if ot not in new_types: cl.append(['DELETE FROM webdl_types WHERE dname = ? AND regex = ?', [ot[0], ot[1]]]) if cl: my_db.mass_action(cl) else: new_types = old_types sickgear.WEBDL_TYPES = new_types + default_types def _search_provider(cur_provider, provider_propers, aired_since_shows, recent_shows, recent_anime): # type: (GenericProvider, List, datetime.datetime, List[Tuple[int, int]], List[Tuple[int, int]]) -> None try: # we need to extend the referenced list from parameter to update the original var provider_propers.extend(cur_provider.find_propers(search_date=aired_since_shows, shows=recent_shows, anime=recent_anime)) except AuthException as e: logger.error('Authentication error: %s' % ex(e)) except (BaseException, Exception) as e: logger.error('Error while searching %s, skipping: %s' % (cur_provider.name, ex(e))) logger.error(traceback.format_exc()) if not provider_propers: logger.log('No Proper releases found at [%s]' % cur_provider.name) def _get_proper_list(aired_since_shows, # type: datetime.datetime recent_shows, # type: List[Tuple[int, int]] recent_anime, # type: List[Tuple[int, int]] proper_dict=None # type: Dict[AnyStr, List[Proper]] ): # type: (...) -> List[Proper] """ :param aired_since_shows: date since aired :param recent_shows: list of recent shows :param recent_anime: list of recent anime shows :param proper_dict: dict with provider keys containing Proper objects :return: list of propers """ propers = {} # make sure the episode has been downloaded before history_limit = datetime.datetime.now() - datetime.timedelta(days=30) my_db = db.DBConnection() # for each provider get a list of arbitrary Propers orig_thread_name = threading.current_thread().name # filter provider list for: # 1. from recent search: recent search enabled providers # 2. native proper search: active search enabled providers provider_list = list(filter( lambda p: p.is_active() and (p.enable_recentsearch, p.enable_backlog)[None is proper_dict], sickgear.providers.sorted_sources())) search_threads = [] if None is proper_dict: # if not a recent proper search create a thread per provider to search for Propers proper_dict = {} for cur_provider in provider_list: if not recent_anime and cur_provider.anime_only: continue provider_id = cur_provider.get_id() logger.log('Searching for new Proper releases at [%s]' % cur_provider.name) proper_dict[provider_id] = [] search_threads.append(threading.Thread(target=_search_provider, kwargs={'cur_provider': cur_provider, 'provider_propers': proper_dict[provider_id], 'aired_since_shows': aired_since_shows, 'recent_shows': recent_shows, 'recent_anime': recent_anime}, name='%s :: [%s]' % (orig_thread_name, cur_provider.name))) search_threads[-1].start() # wait for all searches to finish for cur_thread in search_threads: cur_thread.join() for cur_provider in provider_list: if not recent_anime and cur_provider.anime_only: continue found_propers = proper_dict.get(cur_provider.get_id(), []) if not found_propers: continue # if they haven't been added by a different provider than add the Proper to the list for cur_proper in found_propers: name = _generic_name(cur_proper.name) if name in propers: continue try: np = NameParser(False, show_obj=cur_proper.parsed_show_obj, indexer_lookup=False) parse_result = np.parse(cur_proper.name) except (InvalidNameException, InvalidShowException, Exception): continue # get the show object cur_proper.parsed_show_obj = (cur_proper.parsed_show_obj or helpers.find_show_by_id(parse_result.show_obj.tvid_prodid)) if None is cur_proper.parsed_show_obj: logger.error('Skip download; cannot find show with ID [%s] at %s' % (cur_proper.prodid, sickgear.TVInfoAPI(cur_proper.tvid).name)) continue cur_proper.tvid = cur_proper.parsed_show_obj.tvid cur_proper.prodid = cur_proper.parsed_show_obj.prodid if not (-1 != cur_proper.prodid and parse_result.series_name and parse_result.episode_numbers and (cur_proper.tvid, cur_proper.prodid) in recent_shows + recent_anime): continue # only get anime Proper if it has release group and version if parse_result.is_anime and not parse_result.release_group and -1 == parse_result.version: logger.debug('Ignored Proper with no release group and version in name [%s]' % cur_proper.name) continue if not show_name_helpers.pass_wordlist_checks(cur_proper.name, parse=False, indexer_lookup=False, show_obj=cur_proper.parsed_show_obj): logger.debug('Ignored unwanted Proper [%s]' % cur_proper.name) continue re_x = dict(re_prefix='.*', re_suffix='.*') result = show_name_helpers.contains_any(cur_proper.name, cur_proper.parsed_show_obj.rls_ignore_words, rx=cur_proper.parsed_show_obj.rls_ignore_words_regex, **re_x) if None is not result and result: logger.debug('Ignored Proper containing ignore word [%s]' % cur_proper.name) continue result = show_name_helpers.contains_any(cur_proper.name, cur_proper.parsed_show_obj.rls_require_words, rx=cur_proper.parsed_show_obj.rls_require_words_regex, **re_x) if None is not result and not result: logger.debug('Ignored Proper for not containing any required word [%s]' % cur_proper.name) continue cur_size = getattr(cur_proper, 'size', None) if failed_history.has_failed(cur_proper.name, cur_size, cur_provider.name): continue cur_proper.season = parse_result.season_number if None is not parse_result.season_number else 1 cur_proper.episode = parse_result.episode_numbers[0] # check if we actually want this Proper (if it's the right quality) sql_result = my_db.select( 'SELECT release_group, status, version, release_name' ' FROM tv_episodes' ' WHERE indexer = ? AND showid = ?' ' AND season = ? AND episode = ?' ' LIMIT 1', [cur_proper.tvid, cur_proper.prodid, cur_proper.season, cur_proper.episode]) if not sql_result: continue # only keep the Proper if we already retrieved the same quality ep (don't get better/worse ones) # check if we want this release: same quality as current, current has correct status # restrict other release group releases to Proper's old_status, old_quality = Quality.split_composite_status(int(sql_result[0]['status'])) cur_proper.quality = Quality.name_quality(cur_proper.name, parse_result.is_anime) cur_proper.is_repack, cur_proper.properlevel = Quality.get_proper_level( parse_result.extra_info_no_name(), parse_result.version, parse_result.is_anime, check_is_repack=True) cur_proper.proper_level = cur_proper.properlevel # local non global value if old_status in SNATCHED_ANY: old_release_group = '' # noinspection SqlResolve history_results = my_db.select( 'SELECT resource FROM history' ' WHERE indexer = ? AND showid = ?' ' AND season = ? AND episode = ? AND quality = ? AND date >= ?' ' AND (%s) ORDER BY date DESC LIMIT 1' % ' OR '.join( ['action = "%d%02d"' % (old_quality, x) for x in SNATCHED_ANY]), [cur_proper.tvid, cur_proper.prodid, cur_proper.season, cur_proper.episode, cur_proper.quality, history_limit.strftime(history.dateFormat)]) if len(history_results): try: old_release_group = np.parse(history_results[0]['resource']).release_group except (BaseException, Exception): pass else: old_release_group = sql_result[0]['release_group'] try: same_release_group = parse_result.release_group.lower() == old_release_group.lower() except (BaseException, Exception): same_release_group = parse_result.release_group == old_release_group if old_status not in SNATCHED_ANY + [DOWNLOADED, ARCHIVED] \ or cur_proper.quality != old_quality \ or (cur_proper.is_repack and not same_release_group): continue np = NameParser(False, show_obj=cur_proper.parsed_show_obj, indexer_lookup=False) try: extra_info = np.parse(sql_result[0]['release_name']).extra_info_no_name() except (BaseException, Exception): extra_info = None # don't take Proper of the same level we already downloaded old_proper_level, old_extra_no_name, old_name = \ get_old_proper_level(cur_proper.parsed_show_obj, cur_proper.tvid, cur_proper.prodid, cur_proper.season, parse_result.episode_numbers, old_status, cur_proper.quality, extra_info, parse_result.version, parse_result.is_anime) if cur_proper.proper_level <= old_proper_level: continue is_web = (old_quality in (Quality.HDWEBDL, Quality.FULLHDWEBDL, Quality.UHD4KWEB) or (old_quality == Quality.SDTV and isinstance(sql_result[0]['release_name'], string_types) and re.search(r'\Wweb.?(dl|rip|.([hx]\W?26[45]|hevc))\W', sql_result[0]['release_name'], re.I))) if is_web: old_name = (old_name, sql_result[0]['release_name'])[old_name in ('', None)] old_webdl_type = get_webdl_type(old_extra_no_name, old_name) new_webdl_type = get_webdl_type(parse_result.extra_info_no_name(), cur_proper.name) if old_webdl_type != new_webdl_type: logger.debug(f'Ignored Proper webdl source [{old_webdl_type}], does not match existing webdl source' f' [{new_webdl_type}] for [{cur_proper.name}]') continue # for webdls, prevent Propers from different groups log_same_grp = 'Ignored Proper from release group [%s] does not match existing group [%s] for [%s]' \ % (parse_result.release_group, old_release_group, cur_proper.name) if sickgear.PROPERS_WEBDL_ONEGRP and is_web and not same_release_group: logger.debug(log_same_grp) continue # check if we actually want this Proper (if it's the right release group and a higher version) if parse_result.is_anime: old_version = int(sql_result[0]['version']) if not (-1 < old_version < parse_result.version): continue if not same_release_group: logger.debug(log_same_grp) continue found_msg = 'Found anime Proper v%s to replace v%s' % (parse_result.version, old_version) else: found_msg = 'Found Proper [%s]' % cur_proper.name # noinspection SqlResolve history_results = my_db.select( 'SELECT resource FROM history' ' WHERE indexer = ? AND showid = ?' ' AND season = ? AND episode = ? AND quality = ? AND date >= ?' ' AND (%s)' % ' OR '.join(['action LIKE "%%%02d"' % x for x in SNATCHED_ANY + [DOWNLOADED, ARCHIVED]]), [cur_proper.tvid, cur_proper.prodid, cur_proper.season, cur_proper.episode, cur_proper.quality, history_limit.strftime(history.dateFormat)]) # skip if the episode has never downloaded, because a previous quality is required to match the Proper if not len(history_results): logger.debug('Ignored Proper cannot find a recent history item for [%s]' % cur_proper.name) continue # make sure that none of the existing history downloads are the same Proper as the download candidate clean_proper_name = _generic_name(helpers.remove_non_release_groups( cur_proper.name, cur_proper.parsed_show_obj.is_anime)) is_same = False for hitem in history_results: # if the result exists in history already we need to skip it if clean_proper_name == _generic_name(helpers.remove_non_release_groups( os.path.basename(hitem['resource']))): is_same = True break if is_same: logger.log('Ignored Proper already in history [%s]' % cur_proper.name) continue logger.debug(found_msg) # finish populating the Proper instance # cur_proper.show_obj = cur_proper.parsed_show_obj.prodid cur_proper.provider = cur_provider cur_proper.extra_info = parse_result.extra_info cur_proper.extra_info_no_name = parse_result.extra_info_no_name cur_proper.release_group = parse_result.release_group cur_proper.is_anime = parse_result.is_anime cur_proper.version = parse_result.version propers[name] = cur_proper cur_provider.log_result('Propers', len(propers), '%s' % cur_provider.name) return list(propers.values()) def _download_propers(proper_list): # type: (List[Proper]) -> None """ download propers from given list :param proper_list: proper list """ verified_propers = True consumed_proper = [] downloaded_epid = set() _epid = operator.attrgetter('tvid', 'prodid', 'season', 'episode') while verified_propers: verified_propers = set() # get verified list; sort the list of unique Propers for highest proper_level, newest first for cur_proper in sorted( filter(lambda p: p not in consumed_proper, # allows Proper to fail or be rejected and another to be tried (with a different name) filter(lambda p: _epid(p) not in downloaded_epid, proper_list)), key=operator.attrgetter('properlevel', 'date'), reverse=True): # type: Proper epid = _epid(cur_proper) # if the show is in our list and there hasn't been a Proper already added for that particular episode # then add it to our list of Propers if epid not in list(map(_epid, verified_propers)): logger.log('Proper may be useful [%s]' % cur_proper.name) verified_propers.add(cur_proper) else: # use Proper with the highest level remove_propers = set() map_consume(lambda vp: remove_propers.add(vp), filter(lambda p: (epid == _epid(p) and cur_proper.proper_level > p.proper_level), verified_propers)) if remove_propers: verified_propers -= remove_propers logger.log('A more useful Proper [%s]' % cur_proper.name) verified_propers.add(cur_proper) for cur_proper in list(verified_propers): consumed_proper += [cur_proper] # scene release checking scene_only = getattr(cur_proper.provider, 'scene_only', False) non_scene_fallback = getattr(cur_proper.provider, 'scene_loose', False) \ or getattr(cur_proper.provider, 'scene_loose_active', False) scene_rej_nuked = getattr(cur_proper.provider, 'scene_rej_nuked', False) scene_nuked_active = getattr(cur_proper.provider, 'scene_nuked_active', False) if any([scene_only, non_scene_fallback, scene_rej_nuked, scene_nuked_active]) \ and not cur_proper.parsed_show_obj.is_anime: scene_or_contain = getattr(cur_proper.provider, 'scene_or_contain', '') scene_contains = False if scene_only and scene_or_contain: re_extras = dict(re_prefix='.*', re_suffix='.*') r = show_name_helpers.contains_any(cur_proper.name, scene_or_contain, **re_extras) if None is not r and r: scene_contains = True if scene_contains and not scene_rej_nuked: reject = False else: reject, url = search.can_reject(cur_proper.name) if reject: if isinstance(reject, string_types): if scene_rej_nuked and not scene_nuked_active: logger.debug('Rejecting nuked release. Nuke reason [%s] source [%s]' % (reject, url)) else: logger.debug('Considering nuked release. Nuke reason [%s] source [%s]' % (reject, url)) reject = False elif scene_contains or non_scene_fallback: reject = False else: logger.debug('Rejecting as not scene release listed at any [%s]' % url) if reject: continue # make the result object ep_obj = cur_proper.parsed_show_obj.get_episode(cur_proper.season, cur_proper.episode) result = cur_proper.provider.get_result([ep_obj], cur_proper.url) if None is result: continue result.name = cur_proper.name result.quality = cur_proper.quality result.version = cur_proper.version result.properlevel = cur_proper.proper_level result.is_repack = cur_proper.is_repack result.puid = cur_proper.puid # snatch it if search.snatch_episode(result, SNATCHED_PROPER): downloaded_epid.add(_epid(cur_proper)) def get_needed_qualites(needed=None): # type: (sickgear.common.NeededQualities) -> sickgear.common.NeededQualities """ :param needed: optional needed object :return: needed object """ if not isinstance(needed, NeededQualities): needed = NeededQualities() if not sickgear.DOWNLOAD_PROPERS or needed.all_needed: return needed age_shows, age_anime = sickgear.BACKLOG_LIMITED_PERIOD + 2, 14 aired_since_shows = datetime.datetime.now() - datetime.timedelta(days=age_shows) aired_since_anime = datetime.datetime.now() - datetime.timedelta(days=age_anime) my_db = db.DBConnection() sql_result = my_db.select( 'SELECT DISTINCT s.indexer AS tv_id, s.indexer_id AS prod_id, e.season, e.episode' ' FROM history AS h' ' INNER JOIN tv_episodes AS e' ' ON (h.indexer = e.indexer AND h.showid = e.showid' ' AND h.season = e.season AND h.episode = e.episode)' ' INNER JOIN tv_shows AS s' ' ON (e.indexer = s.indexer AND e.showid = s.indexer_id)' ' WHERE h.date >= %s' % min(aired_since_shows, aired_since_anime).strftime(dateFormat) + ' AND (%s)' % ' OR '.join(['h.action LIKE "%%%02d"' % x for x in SNATCHED_ANY + [DOWNLOADED, FAILED]]) ) for cur_result in sql_result: if needed.all_needed: break try: show_obj = helpers.find_show_by_id({int(cur_result['tv_id']): int(cur_result['prod_id'])}, check_multishow=True) except MultipleShowObjectsException: continue if show_obj: needed.check_needed_types(show_obj) if needed.all_show_qualities_needed(show_obj) or needed.all_qualities_needed: continue ep_obj = show_obj.get_episode(season=cur_result['season'], episode=cur_result['episode']) if ep_obj: ep_status, ep_quality = Quality.split_composite_status(ep_obj.status) if ep_status in SNATCHED_ANY + [DOWNLOADED, ARCHIVED]: needed.check_needed_qualities([ep_quality]) return needed def _recent_history(aired_since_shows, aired_since_anime): # type: (datetime.datetime, datetime.datetime) -> Tuple[List[Tuple[int, int]], List[Tuple[int, int]]] """ :param aired_since_shows: aired since date :param aired_since_anime: aired anime since date """ recent_shows, recent_anime = [], [] my_db = db.DBConnection() sql_result = my_db.select( 'SELECT DISTINCT s.indexer AS tv_id, s.indexer_id AS prod_id' ' FROM history AS h' ' INNER JOIN tv_episodes AS e' ' ON (h.indexer = e.indexer AND h.showid = e.showid' ' AND h.season = e.season AND h.episode = e.episode)' ' INNER JOIN tv_shows AS s' ' ON (e.indexer = s.indexer AND e.showid = s.indexer_id)' ' WHERE h.date >= %s' % min(aired_since_shows, aired_since_anime).strftime(dateFormat) + ' AND (%s)' % ' OR '.join(['h.action LIKE "%%%02d"' % x for x in SNATCHED_ANY + [DOWNLOADED, FAILED]]) ) for cur_result in sql_result: try: show_obj = helpers.find_show_by_id({int(cur_result['tv_id']): int(cur_result['prod_id'])}, check_multishow=True) except MultipleShowObjectsException: continue if show_obj: if not show_obj.is_anime: (cur_result['tv_id'], cur_result['prod_id']) not in recent_shows and \ recent_shows.append((cur_result['tv_id'], cur_result['prod_id'])) else: (cur_result['tv_id'], cur_result['prod_id']) not in recent_anime and show_obj.is_anime and \ recent_anime.append((cur_result['tv_id'], cur_result['prod_id'])) return recent_shows, recent_anime def _generic_name(name): return name.replace('.', ' ').replace('-', ' ').replace('_', ' ').lower() def _set_last_proper_search(when): logger.debug(f'Setting the last Proper search in the DB to {when}') my_db = db.DBConnection() sql_result = my_db.select('SELECT * FROM info') if 0 == len(sql_result): my_db.action('INSERT INTO info (last_backlog, last_indexer, last_proper_search) VALUES (?,?,?)', [0, 0, SGDatetime.timestamp_near(when)]) else: # noinspection SqlConstantCondition my_db.action('UPDATE info SET last_proper_search=%s WHERE 1=1' % SGDatetime.timestamp_near(when)) def next_proper_timeleft(): return sickgear.search_propers_scheduler.time_left() def get_last_proper_search(): my_db = db.DBConnection() sql_result = my_db.select('SELECT * FROM info') try: last_proper_search = int(sql_result[0]['last_proper_search']) except (BaseException, Exception): return 1 return last_proper_search