mirror of
https://github.com/jellyfin/jellyfin-kodi.git
synced 2024-12-26 02:36:10 +00:00
302880f67a
Added ThreadPoolExecutor and used to process GET requests in multiple threads which enables chunks of data to always be available for processing. Processing of the data can happen as soon as the first chunk arrives. Refactored the code to help implement. The idea is the "params" are built in batch and passed to the thread pool which get the actual results.
387 lines
11 KiB
Python
387 lines
11 KiB
Python
# -*- coding: utf-8 -*-
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from __future__ import division, absolute_import, print_function, unicode_literals
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#################################################################################################
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import logging
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import threading
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from six.moves import queue as Queue
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from kodi_six import xbmc
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import requests
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from helper import settings, stop, event, window, create_id
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from jellyfin import Jellyfin
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from jellyfin import api
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from jellyfin.exceptions import HTTPException
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#################################################################################################
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LOG = logging.getLogger("JELLYFIN." + __name__)
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LIMIT = min(int(settings('limitIndex') or 50), 50)
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DTHREADS = int(settings('limitThreads') or 3)
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#################################################################################################
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def get_jellyfinserver_url(handler):
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if handler.startswith('/'):
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handler = handler[1:]
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LOG.info("handler starts with /: %s", handler)
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return "{server}/%s" % handler
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def browse_info():
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return (
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"DateCreated,EpisodeCount,SeasonCount,Path,Genres,Studios,Taglines,MediaStreams,Overview,Etag,"
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"ProductionLocations,Width,Height,RecursiveItemCount,ChildCount"
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)
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def _http(action, url, request={}, server_id=None):
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request.update({'url': url, 'type': action})
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return Jellyfin(server_id).http.request(request)
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def _get(handler, params=None, server_id=None):
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return _http("GET", get_jellyfinserver_url(handler), {'params': params}, server_id)
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def _post(handler, json=None, params=None, server_id=None):
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return _http("POST", get_jellyfinserver_url(handler), {'params': params, 'json': json}, server_id)
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def _delete(handler, params=None, server_id=None):
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return _http("DELETE", get_jellyfinserver_url(handler), {'params': params}, server_id)
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def validate_view(library_id, item_id):
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''' This confirms a single item from the library matches the view it belongs to.
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Used to detect grouped libraries.
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'''
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try:
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result = _get("Users/{UserId}/Items", {
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'ParentId': library_id,
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'Recursive': True,
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'Ids': item_id
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})
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except Exception as error:
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LOG.exception(error)
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return False
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return True if len(result['Items']) else False
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def get_single_item(parent_id, media):
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return _get("Users/{UserId}/Items", {
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'ParentId': parent_id,
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'Recursive': True,
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'Limit': 1,
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'IncludeItemTypes': media
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})
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def get_filtered_section(parent_id=None, media=None, limit=None, recursive=None, sort=None, sort_order=None,
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filters=None, extra=None, server_id=None):
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''' Get dynamic listings.
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'''
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params = {
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'ParentId': parent_id,
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'IncludeItemTypes': media,
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'IsMissing': False,
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'Recursive': recursive if recursive is not None else True,
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'Limit': limit,
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'SortBy': sort or "SortName",
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'SortOrder': sort_order or "Ascending",
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'ImageTypeLimit': 1,
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'IsVirtualUnaired': False,
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'Fields': browse_info()
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}
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if filters:
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if 'Boxsets' in filters:
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filters.remove('Boxsets')
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params['CollapseBoxSetItems'] = settings('groupedSets.bool')
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params['Filters'] = ','.join(filters)
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if settings('getCast.bool'):
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params['Fields'] += ",People"
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if media and 'Photo' in media:
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params['Fields'] += ",Width,Height"
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if extra is not None:
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params.update(extra)
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return _get("Users/{UserId}/Items", params, server_id)
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def get_movies_by_boxset(boxset_id):
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for items in get_items(boxset_id, "Movie"):
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yield items
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def get_episode_by_show(show_id):
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query = {
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'url': "Shows/%s/Episodes" % show_id,
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'params': {
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'EnableUserData': True,
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'EnableImages': True,
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'UserId': "{UserId}",
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'Fields': api.info()
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}
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}
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for items in _get_items(query):
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yield items
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def get_episode_by_season(show_id, season_id):
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query = {
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'url': "Shows/%s/Episodes" % show_id,
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'params': {
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'SeasonId': season_id,
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'EnableUserData': True,
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'EnableImages': True,
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'UserId': "{UserId}",
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'Fields': api.info()
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}
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}
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for items in _get_items(query):
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yield items
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def get_items(parent_id, item_type=None, basic=False, params=None):
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query = {
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'url': "Users/{UserId}/Items",
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'params': {
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'ParentId': parent_id,
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'IncludeItemTypes': item_type,
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'SortBy': "SortName",
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'SortOrder': "Ascending",
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'Fields': api.basic_info() if basic else api.info(),
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'CollapseBoxSetItems': False,
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'IsVirtualUnaired': False,
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'EnableTotalRecordCount': False,
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'LocationTypes': "FileSystem,Remote,Offline",
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'IsMissing': False,
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'Recursive': True
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}
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}
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if params:
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query['params'].update(params)
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for items in _get_items(query):
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yield items
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def get_artists(parent_id=None, basic=False, params=None, server_id=None):
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query = {
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'url': "Artists",
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'params': {
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'UserId': "{UserId}",
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'ParentId': parent_id,
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'SortBy': "SortName",
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'SortOrder': "Ascending",
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'Fields': api.basic_info() if basic else api.music_info(),
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'CollapseBoxSetItems': False,
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'IsVirtualUnaired': False,
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'EnableTotalRecordCount': False,
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'LocationTypes': "FileSystem,Remote,Offline",
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'IsMissing': False,
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'Recursive': True
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}
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}
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if params:
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query['params'].update(params)
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for items in _get_items(query, server_id):
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yield items
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def get_albums_by_artist(artist_id, basic=False):
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params = {
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'SortBy': "DateCreated",
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'ArtistIds': artist_id
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}
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for items in get_items(None, "MusicAlbum", basic, params):
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yield items
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def get_songs_by_artist(artist_id, basic=False):
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params = {
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'SortBy': "DateCreated",
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'ArtistIds': artist_id
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}
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for items in get_items(None, "Audio", basic, params):
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yield items
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@stop()
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def _get_items(query, server_id=None):
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''' query = {
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'url': string,
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'params': dict -- opt, include StartIndex to resume
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}
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'''
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items = {
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'Items': [],
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'TotalRecordCount': 0,
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'RestorePoint': {}
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}
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url = query['url']
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query.setdefault('params', {})
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params = query['params']
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try:
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test_params = dict(params)
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test_params['Limit'] = 1
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test_params['EnableTotalRecordCount'] = True
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items['TotalRecordCount'] = _get(url, test_params, server_id=server_id)['TotalRecordCount']
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except Exception as error:
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LOG.exception("Failed to retrieve the server response %s: %s params:%s", url, error, params)
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else:
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params.setdefault('StartIndex', 0)
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def get_query_params(params, start, count):
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params_copy = dict(params)
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params_copy['StartIndex'] = start
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params_copy['Limit'] = count
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return params_copy
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query_params = [get_query_params(params, offset, LIMIT) \
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for offset in xrange(params['StartIndex'], items['TotalRecordCount'], LIMIT)]
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from itertools import izip
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# multiprocessing.dummy.Pool completes all requests in multiple threads but has to
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# complete all tasks before allowing any results to be processed. ThreadPoolExecutor
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# allows for completed tasks to be processed while other tasks are completed on other
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# threads. Dont be a dummy.Pool, be a ThreadPoolExecutor
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import concurrent.futures
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p = concurrent.futures.ThreadPoolExecutor(DTHREADS)
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results = p.map(lambda params: _get(url, params, server_id=server_id), query_params)
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for params, result in izip(query_params, results):
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query['params'] = params
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result = result or {'Items': []}
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items['Items'].extend(result['Items'])
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# Using items to return data and communicate a restore point back to the callee is
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# a violation of the SRP. TODO: Seperate responsibilities.
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items['RestorePoint'] = query
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yield items
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del items['Items'][:]
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class GetItemWorker(threading.Thread):
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is_done = False
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def __init__(self, server, queue, output):
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self.server = server
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self.queue = queue
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self.output = output
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threading.Thread.__init__(self)
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def run(self):
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with requests.Session() as s:
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while True:
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try:
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item_ids = self.queue.get(timeout=1)
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except Queue.Empty:
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self.is_done = True
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LOG.info("--<[ q:download/%s ]", id(self))
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return
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request = {
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'type': "GET",
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'handler': "Users/{UserId}/Items",
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'params': {
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'Ids': ','.join(str(x) for x in item_ids),
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'Fields': api.info()
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}
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}
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try:
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result = self.server.http.request(request, s)
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for item in result['Items']:
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if item['Type'] in self.output:
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self.output[item['Type']].put(item)
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except HTTPException as error:
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LOG.error("--[ http status: %s ]", error.status)
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if error.status == 'ServerUnreachable':
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self.is_done = True
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break
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except Exception as error:
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LOG.exception(error)
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self.queue.task_done()
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if window('jellyfin_should_stop.bool'):
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break
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class TheVoid(object):
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def __init__(self, method, data):
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''' If you call get, this will block until response is received.
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This is used to communicate between entrypoints.
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'''
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if type(data) != dict:
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raise Exception("unexpected data format")
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data['VoidName'] = str(create_id())
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LOG.info("---[ contact MU-TH-UR 6000/%s ]", method)
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LOG.debug(data)
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event(method, data)
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self.method = method
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self.data = data
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def get(self):
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while True:
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response = window('jellyfin_%s.json' % self.data['VoidName'])
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if response != "":
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LOG.debug("--<[ nostromo/jellyfin_%s.json ]", self.data['VoidName'])
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window('jellyfin_%s' % self.data['VoidName'], clear=True)
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return response
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if window('jellyfin_should_stop.bool'):
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LOG.info("Abandon mission! A black hole just swallowed [ %s/%s ]", self.method, self.data['VoidName'])
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return
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xbmc.sleep(100)
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LOG.info("--[ void/%s ]", self.data['VoidName'])
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