def perform_key_handshake(self):
"""Perform a key handshake and initialize crypto keys"""
esn = get_esn()
if not esn:
LOG.error('Cannot perform key handshake, missing ESN')
return False
LOG.info('Performing key handshake with ESN: {}',
common.censure(esn) if len(esn) > 50 else esn)
try:
header, _ = _process_json_response(
self._post(ENDPOINTS['manifest'], self.handshake_request(esn)))
header_data = self.decrypt_header_data(header['headerdata'], False)
self.crypto.parse_key_response(header_data, esn, True)
except MSLError as exc:
if exc.err_number == 207006 and common.get_system_platform(
) == 'android':
msg = (
'Request failed validation during key exchange\r\n'
'To try to solve this problem read the Wiki FAQ on add-on GitHub.'
)
raise MSLError(msg) from exc
raise
# Delete all the user id tokens (are correlated to the previous mastertoken)
self.crypto.clear_user_id_tokens()
LOG.debug('Key handshake successful')
return True
def run_addon_configuration(show_end_msg=False):
"""
Add-on configuration wizard,
automatically configures profiles and add-ons dependencies, based on user-supplied data and device characteristics
"""
system = get_system_platform()
debug('Running add-on configuration wizard ({})', system)
G.settings_monitor_suspend(True, False)
is_4k_capable = is_device_4k_capable()
_set_profiles(system, is_4k_capable)
_set_kodi_settings(system)
_set_isa_addon_settings(is_4k_capable, system == 'android')
# This settings for now used only with android devices and it should remain disabled (keep it for test),
# in the future it may be useful for other platforms or it may be removed
G.ADDON.setSettingBool('enable_force_hdcp', False)
# Enable UpNext if it is installed and enabled
G.ADDON.setSettingBool(
'UpNextNotifier_enabled',
getCondVisibility('System.AddonIsEnabled(service.upnext)'))
G.settings_monitor_suspend(False)
if show_end_msg:
show_ok_dialog(get_local_string(30154), get_local_string(30157))
def __init__(self):
self.current_message_id = None
self.rndm = random.SystemRandom()
# Set the Crypto handler
if common.get_system_platform() == 'android':
from .android_crypto import AndroidMSLCrypto as MSLCrypto
else:
from .default_crypto import DefaultMSLCrypto as MSLCrypto
self.crypto = MSLCrypto()
def initial_addon_configuration(self):
"""
Initial addon configuration,
helps users to automatically configure addon parameters for proper viewing of videos
"""
run_initial_config = self.ADDON.getSettingBool('run_init_configuration')
if run_initial_config:
import resources.lib.common as common
import resources.lib.kodi.ui as ui
self.settings_monitor_suspended(True)
system = common.get_system_platform()
common.debug('Running initial addon configuration dialogs on system: {}'.format(system))
if system in ['osx', 'ios', 'xbox']:
self.ADDON.setSettingBool('enable_vp9_profiles', False)
self.ADDON.setSettingBool('enable_hevc_profiles', True)
elif system == 'windows':
# Currently inputstream does not support hardware video acceleration on windows,
# there is no guarantee that we will get 4K without video hardware acceleration,
# so no 4K configuration
self.ADDON.setSettingBool('enable_vp9_profiles', True)
self.ADDON.setSettingBool('enable_hevc_profiles', False)
elif system == 'android':
ultrahd_capable_device = False
premium_account = ui.ask_for_confirmation(common.get_local_string(30154),
common.get_local_string(30155))
if premium_account:
ultrahd_capable_device = ui.ask_for_confirmation(common.get_local_string(30154),
common.get_local_string(30156))
if ultrahd_capable_device:
ui.show_ok_dialog(common.get_local_string(30154),
common.get_local_string(30157))
ia_enabled = xbmc.getCondVisibility('System.HasAddon(inputstream.adaptive)')
if ia_enabled:
xbmc.executebuiltin('Addon.OpenSettings(inputstream.adaptive)')
else:
ui.show_ok_dialog(common.get_local_string(30154),
common.get_local_string(30046))
self.ADDON.setSettingBool('enable_vp9_profiles', False)
self.ADDON.setSettingBool('enable_hevc_profiles', True)
else:
# VP9 should have better performance since there is no need for 4k
self.ADDON.setSettingBool('enable_vp9_profiles', True)
self.ADDON.setSettingBool('enable_hevc_profiles', False)
self.ADDON.setSettingBool('enable_force_hdcp', ultrahd_capable_device)
elif system == 'linux':
# Too many different linux systems, we can not predict all the behaviors
# Some linux distributions have encountered problems with VP9,
# OMSC users complain that hevc creates problems
self.ADDON.setSettingBool('enable_vp9_profiles', False)
self.ADDON.setSettingBool('enable_hevc_profiles', False)
else:
self.ADDON.setSettingBool('enable_vp9_profiles', False)
self.ADDON.setSettingBool('enable_hevc_profiles', False)
self.ADDON.setSettingBool('run_init_configuration', False)
self.settings_monitor_suspended(False)
def _get_new_esn(self):
if common.get_system_platform() == 'android':
return generate_android_esn()
# In the all other systems, create a new ESN by using the existing ESN prefix
current_esn = G.LOCAL_DB.get_value('esn', table=TABLE_SESSION)
from re import search
esn_prefix_match = search(r'.+-', current_esn)
if not esn_prefix_match:
raise Exception('It was not possible to generate a new ESN. Before try login.')
return generate_esn(esn_prefix_match.group(0))
def _get_cdm_file_path():
if common.get_system_platform() == 'linux':
lib_filename = 'libwidevinecdm.so'
elif common.get_system_platform() in ['windows', 'uwp']:
lib_filename = 'widevinecdm.dll'
elif common.get_system_platform() == 'osx':
lib_filename = 'libwidevinecdm.dylib'
# import ctypes.util
# lib_filename = util.find_library('libwidevinecdm.dylib')
else:
lib_filename = None
if not lib_filename:
raise Exception(
'Widevine library filename not mapped for this operative system')
# Get the CDM path from inputstream.adaptive (such as: ../.kodi/cdm)
from xbmcaddon import Addon
addon = Addon('inputstream.adaptive')
cdm_path = xbmcvfs.translatePath(addon.getSetting('DECRYPTERPATH'))
if not common.folder_exists(cdm_path):
raise Exception(f'The CDM path {cdm_path} not exists')
return common.join_folders_paths(cdm_path, lib_filename)
def generate_esn(user_data):
"""Generate an ESN if on android or return the one from user_data"""
if common.get_system_platform() == 'android':
import subprocess
try:
manufacturer = subprocess.check_output(
['/system/bin/getprop',
'ro.product.manufacturer']).decode('utf-8').strip(' \t\n\r')
if manufacturer:
model = subprocess.check_output(
['/system/bin/getprop',
'ro.product.model']).decode('utf-8').strip(' \t\n\r')
# This product_characteristics check seem no longer used, some L1 devices not have the 'tv' value
# like Xiaomi Mi Box 3 or SM-T590 devices and is cause of wrong esn generation
# product_characteristics = subprocess.check_output(
# ['/system/bin/getprop',
# 'ro.build.characteristics']).decode('utf-8').strip(' \t\n\r')
# Property ro.build.characteristics may also contain more then one value
# has_product_characteristics_tv = any(
# value.strip(' ') == 'tv' for value in product_characteristics.split(','))
# Netflix Ready Device Platform (NRDP)
nrdp_modelgroup = subprocess.check_output(
['/system/bin/getprop',
'ro.nrdp.modelgroup']).decode('utf-8').strip(' \t\n\r')
# if has_product_characteristics_tv and \
# g.LOCAL_DB.get_value('drm_security_level', '', table=TABLE_SESSION) == 'L1':
if g.LOCAL_DB.get_value('drm_security_level',
'',
table=TABLE_SESSION) == 'L1':
esn = 'NFANDROID2-PRV-'
if nrdp_modelgroup:
esn += nrdp_modelgroup + '-'
else:
esn += model.replace(' ', '').upper() + '-'
else:
esn = 'NFANDROID1-PRV-'
esn += 'T-L3-'
esn += '{:=<5.5}'.format(manufacturer.upper())
esn += model.replace(' ', '=').upper()
esn = sub(r'[^A-Za-z0-9=-]', '=', esn)
system_id = g.LOCAL_DB.get_value('drm_system_id',
table=TABLE_SESSION)
if system_id:
esn += '-' + str(system_id) + '-'
common.debug('Android generated ESN: {}', esn)
return esn
except OSError:
pass
return user_data.get('esn', '')
def __init__(self, *args, **kwargs): # pylint: disable=unused-argument
self.changes_applied = False
self.esn = get_esn()
self.esn_new = None
self.wv_force_sec_lev = G.LOCAL_DB.get_value(
'widevine_force_seclev',
WidevineForceSecLev.DISABLED,
table=TABLE_SESSION)
self.wv_sec_lev_new = None
self.is_android = common.get_system_platform() == 'android'
self.action_exit_keys_id = [
ACTION_PREVIOUS_MENU, ACTION_PLAYER_STOP, ACTION_NAV_BACK
]
super().__init__(*args)
def get_license(self, license_data):
"""
Requests and returns a license for the given challenge and sid
:param license_data: The license data provided by isa
:return: Base64 representation of the license key or False unsuccessful
"""
LOG.debug('Requesting license')
challenge, sid = license_data.decode('utf-8').split('!')
sid = base64.standard_b64decode(sid).decode('utf-8')
timestamp = int(time.time() * 10000)
xid = str(timestamp + 1610)
params = [{
'drmSessionId': sid,
'clientTime': int(timestamp / 10000),
'challengeBase64': challenge,
'xid': xid
}]
self.manifest_challenge = challenge
endpoint_url = ENDPOINTS['license'] + create_req_params(
0, 'prefetch/license')
try:
response = self.msl_requests.chunked_request(
endpoint_url,
self.msl_requests.build_request_data(self.last_license_url,
params, 'drmSessionId'),
get_esn())
except MSLError as exc:
if exc.err_number == '1044' and common.get_system_platform(
) == 'android':
msg = (
'This title is not available to watch instantly. Please try another title.\r\n'
'To try to solve this problem you can force "Widevine L3" from the add-on Expert settings.\r\n'
'More info in the Wiki FAQ on add-on GitHub.')
raise MSLError(msg) from exc
raise
# This xid must be used also for each future Event request, until playback stops
G.LOCAL_DB.set_value('xid', xid, TABLE_SESSION)
self.licenses_xid.insert(0, xid)
self.licenses_session_id.insert(0, sid)
self.licenses_release_url.insert(
0, response[0]['links']['releaseLicense']['href'])
if self.msl_requests.msl_switch_requested:
self.msl_requests.msl_switch_requested = False
self.bind_events()
return base64.standard_b64decode(response[0]['licenseResponseBase64'])
def get_inputstream_listitem(videoid):
"""Return a listitem that has all inputstream relevant properties set for playback of the given video_id"""
service_url = f'http://127.0.0.1:{G.LOCAL_DB.get_value("nf_server_service_port")}'
manifest_path = MANIFEST_PATH_FORMAT.format(videoid.value)
list_item = xbmcgui.ListItem(path=service_url + manifest_path,
offscreen=True)
list_item.setContentLookup(False)
list_item.setMimeType('application/xml+dash')
list_item.setProperty('IsPlayable', 'true')
# Allows the add-on to always have play callbacks also when using the playlist (Kodi versions >= 20)
list_item.setProperty('ForceResolvePlugin', 'true')
try:
import inputstreamhelper
is_helper = inputstreamhelper.Helper('mpd', drm='widevine')
inputstream_ready = is_helper.check_inputstream()
except Exception as exc: # pylint: disable=broad-except
# Captures all types of ISH internal errors
import traceback
LOG.error(traceback.format_exc())
raise InputStreamHelperError(str(exc)) from exc
if not inputstream_ready:
raise Exception(common.get_local_string(30046))
list_item.setProperty(key='inputstream.adaptive.stream_headers',
value=f'user-agent={common.get_user_agent()}')
list_item.setProperty(key='inputstream.adaptive.license_type',
value='com.widevine.alpha')
list_item.setProperty(key='inputstream.adaptive.manifest_type',
value='mpd')
list_item.setProperty(key='inputstream.adaptive.license_key',
value=service_url +
LICENSE_PATH_FORMAT.format(videoid.value) +
'||b{SSM}!b{SID}|')
list_item.setProperty(key='inputstream.adaptive.server_certificate',
value=INPUTSTREAM_SERVER_CERTIFICATE)
list_item.setProperty(key='inputstream', value='inputstream.adaptive')
# Set PSSH/KID to pre-initialize the DRM to get challenge/session ID data in the ISA manifest proxy callback
if common.get_system_platform() != 'android':
list_item.setProperty(key='inputstream.adaptive.pre_init_data',
value=PSSH_KID)
return list_item
def _get_manifest(self, viewable_id, esn, challenge, sid):
if common.get_system_platform() != 'android' and (not challenge or not sid):
LOG.error('DRM session data not valid (Session ID: {}, Challenge: {})', challenge, sid)
from pprint import pformat
cache_identifier = f'{esn}_{viewable_id}'
try:
# The manifest must be requested once and maintained for its entire duration
manifest = G.CACHE.get(CACHE_MANIFESTS, cache_identifier)
expiration = int(manifest['expiration'] / 1000)
if (expiration - time.time()) < 14400:
# Some devices remain active even longer than 48 hours, if the manifest is at the limit of the deadline
# when requested by am_stream_continuity.py / events_handler.py will cause problems
# if it is already expired, so we guarantee a minimum of safety ttl of 4h (14400s = 4 hours)
raise CacheMiss()
if LOG.is_enabled:
LOG.debug('Manifest for {} obtained from the cache', viewable_id)
# Save the manifest to disk as reference
common.save_file_def('manifest.json', json.dumps(manifest).encode('utf-8'))
return manifest
except CacheMiss:
pass
isa_addon = xbmcaddon.Addon('inputstream.adaptive')
hdcp_override = isa_addon.getSettingBool('HDCPOVERRIDE')
hdcp_4k_capable = common.is_device_4k_capable() or G.ADDON.getSettingBool('enable_force_hdcp')
hdcp_version = []
if not hdcp_4k_capable and hdcp_override:
hdcp_version = ['1.4']
if hdcp_4k_capable and hdcp_override:
hdcp_version = ['2.2']
manifest_ver = G.ADDON.getSettingString('msl_manifest_version')
profiles = enabled_profiles()
LOG.info('Requesting manifest (version {}) for\nVIDEO ID: {}\nESN: {}\nHDCP: {}\nPROFILES:\n{}',
manifest_ver,
viewable_id,
common.censure(esn) if len(esn) > 50 else esn,
hdcp_version,
pformat(profiles, indent=2))
xid = None
# On non-Android systems, we pre-initialize the DRM with default PSSH/KID, this allows to obtain Challenge/SID
# to achieve 1080p resolution.
# On Android, pre-initialize DRM is possible but cannot keep the same DRM session, will result in an error
# because the manifest license data do not match the current DRM session, then we do not use it and
# we still make the license requests.
if manifest_ver == 'v1':
endpoint_url, request_data = self._build_manifest_v1(viewable_id=viewable_id, hdcp_version=hdcp_version,
hdcp_override=hdcp_override, profiles=profiles,
challenge=challenge)
else: # Default - most recent version
endpoint_url, request_data, xid = self._build_manifest_v2(viewable_id=viewable_id,
hdcp_version=hdcp_version,
hdcp_override=hdcp_override,
profiles=profiles,
challenge=challenge, sid=sid)
manifest = self.msl_requests.chunked_request(endpoint_url, request_data, esn, disable_msl_switch=False)
if manifest_ver == 'default' and 'license' in manifest['video_tracks'][0]:
self.needs_license_request = False
# This xid must be used also for each future Event request, until playback stops
G.LOCAL_DB.set_value('xid', xid, TABLE_SESSION)
self.licenses_xid.insert(0, xid)
self.licenses_session_id.insert(0, manifest['video_tracks'][0]['license']['drmSessionId'])
self.licenses_release_url.insert(0,
manifest['video_tracks'][0]['license']['links']['releaseLicense']['href'])
self.licenses_response = manifest['video_tracks'][0]['license']['licenseResponseBase64']
else:
self.needs_license_request = True
if LOG.is_enabled:
# Save the manifest to disk as reference
common.save_file_def('manifest.json', json.dumps(manifest).encode('utf-8'))
# Save the manifest to the cache to retrieve it during its validity
expiration = int(manifest['expiration'] / 1000)
G.CACHE.add(CACHE_MANIFESTS, cache_identifier, manifest, expires=expiration)
return manifest
def play(videoid):
"""Play an episode or movie as specified by the path"""
is_upnext_enabled = g.ADDON.getSettingBool('UpNextNotifier_enabled')
# For db settings 'upnext_play_callback_received' and 'upnext_play_callback_file_type' see action_controller.py
is_upnext_callback_received = g.LOCAL_DB.get_value(
'upnext_play_callback_received', False)
is_upnext_callback_file_type_strm = g.LOCAL_DB.get_value(
'upnext_play_callback_file_type', '') == 'strm'
# This is the only way found to know if the played item come from the add-on itself or from Kodi library
# also when Up Next Add-on is used
is_played_from_addon = not g.IS_ADDON_EXTERNAL_CALL or (
g.IS_ADDON_EXTERNAL_CALL and is_upnext_callback_received
and not is_upnext_callback_file_type_strm)
common.info('Playing {} from {} (Is Up Next Add-on call: {})', videoid,
'add-on' if is_played_from_addon else 'external call',
is_upnext_callback_received)
# Profile switch when playing from Kodi library
if not is_played_from_addon:
if not _profile_switch():
xbmcplugin.endOfDirectory(g.PLUGIN_HANDLE, succeeded=False)
return
# Get metadata of videoid
try:
metadata = api.get_metadata(videoid)
common.debug('Metadata is {}', metadata)
except MetadataNotAvailable:
common.warn('Metadata not available for {}', videoid)
metadata = [{}, {}]
# Check parental control PIN
pin_result = _verify_pin(metadata[0].get('requiresPin', False))
if not pin_result:
if pin_result is not None:
ui.show_notification(common.get_local_string(30106), time=8000)
xbmcplugin.endOfDirectory(g.PLUGIN_HANDLE, succeeded=False)
return
# Generate the xbmcgui.ListItem to be played
list_item = get_inputstream_listitem(videoid)
# STRM file resume workaround (Kodi library)
resume_position = _strm_resume_workaroud(is_played_from_addon, videoid)
if resume_position == '':
xbmcplugin.setResolvedUrl(handle=g.PLUGIN_HANDLE,
succeeded=False,
listitem=list_item)
return
info_data = None
event_data = {}
videoid_next_episode = None
# Get Infolabels and Arts for the videoid to be played, and for the next video if it is an episode (for UpNext)
if not is_played_from_addon or is_upnext_enabled:
if is_upnext_enabled and videoid.mediatype == common.VideoId.EPISODE:
# When UpNext is enabled, get the next episode to play
videoid_next_episode = _upnext_get_next_episode_videoid(
videoid, metadata)
info_data = infolabels.get_info_from_netflix(
[videoid, videoid_next_episode]
if videoid_next_episode else [videoid])
info, arts = info_data[videoid.value]
# When a item is played from Kodi library or Up Next add-on is needed set info and art to list_item
list_item.setInfo('video', info)
list_item.setArt(arts)
# Get event data for videoid to be played (needed for sync of watched status with Netflix)
if (g.ADDON.getSettingBool('ProgressManager_enabled') and videoid.mediatype
in [common.VideoId.MOVIE, common.VideoId.EPISODE]
and is_played_from_addon):
# Enable the progress manager only when:
# - It is not an add-on external call
# - It is an external call, but the played item is not a STRM file
# Todo:
# in theory to enable in Kodi library need implement the update watched status code for items of Kodi library
# by using JSON RPC Files.SetFileDetails https://github.com/xbmc/xbmc/pull/17202
# that can be used only on Kodi 19.x
event_data = _get_event_data(videoid)
event_data['videoid'] = videoid.to_dict()
event_data['is_played_by_library'] = not is_played_from_addon
if 'raspberrypi' in common.get_system_platform():
_raspberry_disable_omxplayer()
xbmcplugin.setResolvedUrl(handle=g.PLUGIN_HANDLE,
succeeded=True,
listitem=list_item)
g.LOCAL_DB.set_value('last_videoid_played',
videoid.to_dict(),
table=TABLE_SESSION)
# Start and initialize the action controller (see action_controller.py)
common.debug('Sending initialization signal')
common.send_signal(common.Signals.PLAYBACK_INITIATED, {
'videoid':
videoid.to_dict(),
'videoid_next_episode':
videoid_next_episode.to_dict() if videoid_next_episode else None,
'metadata':
metadata,
'info_data':
info_data,
'is_played_from_addon':
is_played_from_addon,
'resume_position':
resume_position,
'event_data':
event_data,
'is_upnext_callback_received':
is_upnext_callback_received
},
non_blocking=True)
def _save_system_info():
# Ask to save to a file
filename = 'NFSystemInfo.txt'
path = ui.show_browse_dialog(
f'{common.get_local_string(30603)} - {filename}')
if not path:
return
# This collect the main data to allow verification checks for problems
data = f'Netflix add-on version: {G.VERSION}'
data += f'\nDebug enabled: {LOG.is_enabled}'
data += f'\nSystem platform: {common.get_system_platform()}'
data += f'\nMachine architecture: {common.get_machine()}'
data += f'\nUser agent string: {common.get_user_agent()}'
data += '\n\n#### Widevine info ####\n'
if common.get_system_platform() == 'android':
data += f'\nSystem ID: {G.LOCAL_DB.get_value("drm_system_id", "--not obtained--", TABLE_SESSION)}'
data += f'\nSecurity level: {G.LOCAL_DB.get_value("drm_security_level", "--not obtained--", TABLE_SESSION)}'
data += f'\nHDCP level: {G.LOCAL_DB.get_value("drm_hdcp_level", "--not obtained--", TABLE_SESSION)}'
wv_force_sec_lev = G.LOCAL_DB.get_value('widevine_force_seclev',
WidevineForceSecLev.DISABLED,
TABLE_SESSION)
data += f'\nForced security level setting is: {wv_force_sec_lev}'
else:
try:
from ctypes import (CDLL, c_char_p)
cdm_lib_file_path = _get_cdm_file_path()
try:
lib = CDLL(cdm_lib_file_path)
data += '\nLibrary status: Correctly loaded'
try:
lib.GetCdmVersion.restype = c_char_p
data += f'\nVersion: {lib.GetCdmVersion().decode("utf-8")}'
except Exception: # pylint: disable=broad-except
# This can happen if the endpoint 'GetCdmVersion' is changed
data += '\nVersion: Reading error'
except Exception as exc: # pylint: disable=broad-except
# This should not happen but currently InputStream Helper does not perform any verification checks on
# downloaded and installed files, so if due to an problem it installs a CDM for a different architecture
# or the files are corrupted, the user can no longer play videos and does not know what to do
data += '\nLibrary status: Error loading failed'
data += '\n>>> It is possible that is installed a CDM of a wrong architecture or is corrupted'
data += '\n>>> Suggested solutions:'
data += '\n>>> - Restore a previous version of Widevine library from InputStream Helper add-on settings'
data += '\n>>> - Report the problem to the GitHub of InputStream Helper add-on'
data += f'\n>>> Error details: {exc}'
except Exception as exc: # pylint: disable=broad-except
data += f'\nThe data could not be obtained. Error details: {exc}'
data += '\n\n#### ESN ####\n'
esn = get_esn() or '--not obtained--'
data += f'\nUsed ESN: {common.censure(esn) if len(esn) > 50 else esn}'
data += f'\nWebsite ESN: {get_website_esn() or "--not obtained--"}'
data += f'\nAndroid generated ESN: {(generate_android_esn() or "--not obtained--")}'
if common.get_system_platform() == 'android':
data += '\n\n#### Device system info ####\n'
try:
import subprocess
info = subprocess.check_output(['/system/bin/getprop'
]).decode('utf-8')
data += f'\n{info}'
except Exception as exc: # pylint: disable=broad-except
data += f'\nThe data could not be obtained. Error: {exc}'
data += '\n'
try:
common.save_file(common.join_folders_paths(path, filename),
data.encode('utf-8'))
ui.show_notification(
f'{xbmc.getLocalizedString(35259)}: {filename}') # 35259=Saved
except Exception as exc: # pylint: disable=broad-except
LOG.error('save_file error: {}', exc)
ui.show_notification('Error! Try another path')
def play(videoid):
"""Play an episode or movie as specified by the path"""
common.info('Playing {}', videoid)
is_up_next_enabled = g.ADDON.getSettingBool('UpNextNotifier_enabled')
metadata = [{}, {}]
try:
metadata = api.metadata(videoid)
common.debug('Metadata is {}', metadata)
except MetadataNotAvailable:
common.warn('Metadata not available for {}', videoid)
# Parental control PIN
pin_result = _verify_pin(metadata[0].get('requiresPin', False))
if not pin_result:
if pin_result is not None:
ui.show_notification(common.get_local_string(30106), time=10000)
xbmcplugin.endOfDirectory(g.PLUGIN_HANDLE, succeeded=False)
return
list_item = get_inputstream_listitem(videoid)
infos, art = infolabels.add_info_for_playback(
videoid, list_item, is_up_next_enabled, skip_set_progress_status=True)
resume_position = {}
event_data = {}
if g.IS_SKIN_CALL:
# Workaround for resuming strm files from library
resume_position = infos.get('resume', {}).get('position') \
if g.ADDON.getSettingBool('ResumeManager_enabled') else None
if resume_position:
index_selected = ui.ask_for_resume(
resume_position) if g.ADDON.getSettingBool(
'ResumeManager_dialog') else None
if index_selected == -1:
xbmcplugin.setResolvedUrl(handle=g.PLUGIN_HANDLE,
succeeded=False,
listitem=list_item)
return
if index_selected == 1:
resume_position = None
elif (g.ADDON.getSettingBool('ProgressManager_enabled') and
videoid.mediatype in [common.VideoId.MOVIE, common.VideoId.EPISODE]):
# To now we have this limits:
# - enabled only with items played inside the addon then not Kodi library, need impl. JSON-RPC lib update code
event_data = _get_event_data(videoid)
event_data['videoid'] = videoid.to_dict()
event_data['is_played_by_library'] = g.IS_SKIN_CALL
# Todo: UpNext addon is incompatible with netflix watched status sync feature
# Problems:
# - Need to modify the cache (to update the watched status) on every played item
# - Modifying the cache after the stop, is wrong due to below problems
# - The new fast play, 'play_url' method, cause problems with the Player callbacks, after press play next is missing the Stop event in the controller!
# - To verify possibility problems of data mixing of controller._get_player_state()
# - The call of next video from UpNext is recognized as Skin call, because it's an external addon call, so it causes several operating problems
is_up_next_enabled = False
if 'raspberrypi' in common.get_system_platform(
) and '18' in common.GetKodiVersion().version:
# OMX Player is not compatible with netflix video streams
# Only Kodi 18 has this property, on Kodi 19 Omx Player has been removed
value = common.json_rpc('Settings.GetSettingValue',
{'setting': 'videoplayer.useomxplayer'})
if value.get('value'):
common.json_rpc('Settings.SetSettingValue', {
'setting': 'videoplayer.useomxplayer',
'value': False
})
xbmcplugin.setResolvedUrl(handle=g.PLUGIN_HANDLE,
succeeded=True,
listitem=list_item)
upnext_info = get_upnext_info(videoid, (infos, art),
metadata) if is_up_next_enabled else None
g.LOCAL_DB.set_value('last_videoid_played',
videoid.to_dict(),
table=TABLE_SESSION)
common.debug('Sending initialization signal')
common.send_signal(common.Signals.PLAYBACK_INITIATED, {
'videoid': videoid.to_dict(),
'infos': infos,
'art': art,
'timeline_markers': get_timeline_markers(metadata[0]),
'upnext_info': upnext_info,
'resume_position': resume_position,
'event_data': event_data
},
non_blocking=True)
def play(videoid):
"""Play an episode or movie as specified by the path"""
is_upnext_enabled = g.ADDON.getSettingBool('UpNextNotifier_enabled')
# For db settings 'upnext_play_callback_received' and 'upnext_play_callback_file_type' see action_controller.py
is_upnext_callback_received = g.LOCAL_DB.get_value(
'upnext_play_callback_received', False)
is_upnext_callback_file_type_strm = g.LOCAL_DB.get_value(
'upnext_play_callback_file_type', '') == 'strm'
# This is the only way found to know if the played item come from the add-on itself or from Kodi library
# also when Up Next Add-on is used
is_played_from_addon = not g.IS_ADDON_EXTERNAL_CALL or (
g.IS_ADDON_EXTERNAL_CALL and is_upnext_callback_received
and not is_upnext_callback_file_type_strm)
common.info('Playing {} from {} (Is Up Next Add-on call: {})', videoid,
'add-on' if is_played_from_addon else 'external call',
is_upnext_callback_received)
metadata = [{}, {}]
try:
metadata = api.get_metadata(videoid)
common.debug('Metadata is {}', metadata)
except MetadataNotAvailable:
common.warn('Metadata not available for {}', videoid)
# Parental control PIN
pin_result = _verify_pin(metadata[0].get('requiresPin', False))
if not pin_result:
if pin_result is not None:
ui.show_notification(common.get_local_string(30106), time=8000)
xbmcplugin.endOfDirectory(g.PLUGIN_HANDLE, succeeded=False)
return
list_item = get_inputstream_listitem(videoid)
resume_position = None
info_data = None
event_data = {}
videoid_next_episode = None
if not is_played_from_addon or is_upnext_enabled:
if is_upnext_enabled and videoid.mediatype == common.VideoId.EPISODE:
# When UpNext is enabled, get the next episode to play
videoid_next_episode = _upnext_get_next_episode_videoid(
videoid, metadata)
info_data = infolabels.get_info_from_netflix(
[videoid, videoid_next_episode]
if videoid_next_episode else [videoid])
info, arts = info_data[videoid.value]
# When a item is played from Kodi library or Up Next add-on is needed set info and art to list_item
list_item.setInfo('video', info)
list_item.setArt(arts)
if not is_played_from_addon:
# Workaround for resuming strm files from library
resume_position = (
infolabels.get_resume_info_from_library(videoid).get('position')
if g.ADDON.getSettingBool('ResumeManager_enabled') else None)
if resume_position:
index_selected = (ui.ask_for_resume(resume_position)
if g.ADDON.getSettingBool('ResumeManager_dialog')
else None)
if index_selected == -1:
xbmcplugin.setResolvedUrl(handle=g.PLUGIN_HANDLE,
succeeded=False,
listitem=list_item)
return
if index_selected == 1:
resume_position = None
if (g.ADDON.getSettingBool('ProgressManager_enabled') and videoid.mediatype
in [common.VideoId.MOVIE, common.VideoId.EPISODE]
and is_played_from_addon):
# Enable the progress manager only when:
# - It is not an add-on external call
# - It is an external call, but the played item is not a STRM file
# Todo:
# in theory to enable in Kodi library need implement the update watched status code for items of Kodi library
# by using JSON RPC Files.SetFileDetails https://github.com/xbmc/xbmc/pull/17202
# that can be used only on Kodi 19.x
event_data = _get_event_data(videoid)
event_data['videoid'] = videoid.to_dict()
event_data['is_played_by_library'] = not is_played_from_addon
if 'raspberrypi' in common.get_system_platform(
) and g.KODI_VERSION.is_major_ver('18'):
# OMX Player is not compatible with netflix video streams
# Only Kodi 18 has this property, on Kodi 19 Omx Player has been removed
value = common.json_rpc('Settings.GetSettingValue',
{'setting': 'videoplayer.useomxplayer'})
if value.get('value'):
common.json_rpc('Settings.SetSettingValue', {
'setting': 'videoplayer.useomxplayer',
'value': False
})
xbmcplugin.setResolvedUrl(handle=g.PLUGIN_HANDLE,
succeeded=True,
listitem=list_item)
g.LOCAL_DB.set_value('last_videoid_played',
videoid.to_dict(),
table=TABLE_SESSION)
common.debug('Sending initialization signal')
common.send_signal(common.Signals.PLAYBACK_INITIATED, {
'videoid':
videoid.to_dict(),
'videoid_next_episode':
videoid_next_episode.to_dict() if videoid_next_episode else None,
'metadata':
metadata,
'info_data':
info_data,
'is_played_from_addon':
is_played_from_addon,
'resume_position':
resume_position,
'event_data':
event_data,
'is_upnext_callback_received':
is_upnext_callback_received
},
non_blocking=True)
def _play(videoid, is_played_from_strm=False):
"""Play an episode or movie as specified by the path"""
is_upnext_enabled = G.ADDON.getSettingBool('UpNextNotifier_enabled')
LOG.info('Playing {}{}{}', videoid,
' [STRM file]' if is_played_from_strm else '',
' [external call]' if G.IS_ADDON_EXTERNAL_CALL else '')
# Profile switch when playing from a STRM file (library)
if is_played_from_strm:
if not _profile_switch():
xbmcplugin.endOfDirectory(G.PLUGIN_HANDLE, succeeded=False)
return
# Get metadata of videoid
try:
metadata = api.get_metadata(videoid)
LOG.debug('Metadata is {}', metadata)
except MetadataNotAvailable:
LOG.warn('Metadata not available for {}', videoid)
metadata = [{}, {}]
# Check parental control PIN
pin_result = _verify_pin(metadata[0].get('requiresPin', False))
if not pin_result:
if pin_result is not None:
ui.show_notification(common.get_local_string(30106), time=8000)
xbmcplugin.endOfDirectory(G.PLUGIN_HANDLE, succeeded=False)
return
# Generate the xbmcgui.ListItem to be played
list_item = get_inputstream_listitem(videoid)
# STRM file resume workaround (Kodi library)
resume_position = _strm_resume_workaroud(is_played_from_strm, videoid)
if resume_position == '':
xbmcplugin.setResolvedUrl(handle=G.PLUGIN_HANDLE,
succeeded=False,
listitem=list_item)
return
info_data = None
event_data = {}
videoid_next_episode = None
# Get Infolabels and Arts for the videoid to be played, and for the next video if it is an episode (for UpNext)
if is_played_from_strm or is_upnext_enabled or G.IS_ADDON_EXTERNAL_CALL:
if is_upnext_enabled and videoid.mediatype == common.VideoId.EPISODE:
# When UpNext is enabled, get the next episode to play
videoid_next_episode = _upnext_get_next_episode_videoid(
videoid, metadata)
info_data = infolabels.get_info_from_netflix(
[videoid, videoid_next_episode]
if videoid_next_episode else [videoid])
info, arts = info_data[videoid.value]
# When a item is played from Kodi library or Up Next add-on is needed set info and art to list_item
list_item.setInfo('video', info)
list_item.setArt(arts)
# Get event data for videoid to be played (needed for sync of watched status with Netflix)
if (G.ADDON.getSettingBool('ProgressManager_enabled') and videoid.mediatype
in [common.VideoId.MOVIE, common.VideoId.EPISODE]):
if not is_played_from_strm or is_played_from_strm and G.ADDON.getSettingBool(
'sync_watched_status_library'):
event_data = _get_event_data(videoid)
event_data['videoid'] = videoid.to_dict()
event_data['is_played_by_library'] = is_played_from_strm
if 'raspberrypi' in common.get_system_platform():
_raspberry_disable_omxplayer()
# Start and initialize the action controller (see action_controller.py)
LOG.debug('Sending initialization signal')
common.send_signal(common.Signals.PLAYBACK_INITIATED, {
'videoid':
videoid.to_dict(),
'videoid_next_episode':
videoid_next_episode.to_dict() if videoid_next_episode else None,
'metadata':
metadata,
'info_data':
info_data,
'is_played_from_strm':
is_played_from_strm,
'resume_position':
resume_position,
'event_data':
event_data
},
non_blocking=True)
# Send callback after send the initialization signal
# to give a bit of more time to the action controller (see note in initialize_playback of action_controller.py)
xbmcplugin.setResolvedUrl(handle=G.PLUGIN_HANDLE,
succeeded=True,
listitem=list_item)
def _load_manifest(self, viewable_id, esn):
cache_identifier = esn + '_' + unicode(viewable_id)
try:
# The manifest must be requested once and maintained for its entire duration
manifest = G.CACHE.get(CACHE_MANIFESTS, cache_identifier)
expiration = int(manifest['expiration'] / 1000)
if (expiration - time.time()) < 14400:
# Some devices remain active even longer than 48 hours, if the manifest is at the limit of the deadline
# when requested by am_stream_continuity.py / events_handler.py will cause problems
# if it is already expired, so we guarantee a minimum of safety ttl of 4h (14400s = 4 hours)
raise CacheMiss()
if LOG.level == LOG.LEVEL_VERBOSE:
LOG.debug('Manifest for {} obtained from the cache',
viewable_id)
# Save the manifest to disk as reference
common.save_file_def('manifest.json',
json.dumps(manifest).encode('utf-8'))
return manifest
except CacheMiss:
pass
isa_addon = xbmcaddon.Addon('inputstream.adaptive')
hdcp_override = isa_addon.getSettingBool('HDCPOVERRIDE')
hdcp_4k_capable = common.is_device_4k_capable(
) or G.ADDON.getSettingBool('enable_force_hdcp')
hdcp_version = []
if not hdcp_4k_capable and hdcp_override:
hdcp_version = ['1.4']
if hdcp_4k_capable and hdcp_override:
hdcp_version = ['2.2']
LOG.info('Requesting manifest for {} with ESN {} and HDCP {}',
viewable_id,
common.censure(esn) if G.ADDON.getSetting('esn') else esn,
hdcp_version)
profiles = enabled_profiles()
from pprint import pformat
LOG.info('Requested profiles:\n{}', pformat(profiles, indent=2))
params = {
'type':
'standard',
'viewableId': [viewable_id],
'profiles':
profiles,
'flavor':
'PRE_FETCH',
'drmType':
'widevine',
'drmVersion':
25,
'usePsshBox':
True,
'isBranching':
False,
'isNonMember':
False,
'isUIAutoPlay':
False,
'useHttpsStreams':
True,
'imageSubtitleHeight':
1080,
'uiVersion':
G.LOCAL_DB.get_value('ui_version', '', table=TABLE_SESSION),
'uiPlatform':
'SHAKTI',
'clientVersion':
G.LOCAL_DB.get_value('client_version', '', table=TABLE_SESSION),
'desiredVmaf':
'plus_lts', # phone_plus_exp can be used to mobile, not tested
'supportsPreReleasePin':
True,
'supportsWatermark':
True,
'supportsUnequalizedDownloadables':
True,
'showAllSubDubTracks':
False,
'titleSpecificData': {
unicode(viewable_id): {
'unletterboxed': True
}
},
'videoOutputInfo': [{
'type': 'DigitalVideoOutputDescriptor',
'outputType': 'unknown',
'supportedHdcpVersions': hdcp_version,
'isHdcpEngaged': hdcp_override
}],
'preferAssistiveAudio':
False
}
if 'linux' in common.get_system_platform(
) and 'arm' in common.get_machine():
# 24/06/2020 To get until to 1080P resolutions under arm devices (ChromeOS), android excluded,
# is mandatory to add the widevine challenge data (key request) to the manifest request.
# Is not possible get the key request from the default_crypto, is needed to implement
# the wv crypto (used for android) but currently InputStreamAdaptive support this interface only
# under android OS.
# As workaround: Initially we pass an hardcoded challenge data needed to play the first video,
# then when ISA perform the license callback we replace it with the fresh license challenge data.
params['challenge'] = self.manifest_challenge
endpoint_url = ENDPOINTS[
'manifest'] + '?reqAttempt=1&reqPriority=0&reqName=prefetch/manifest'
manifest = self.msl_requests.chunked_request(
endpoint_url,
self.msl_requests.build_request_data('/manifest', params),
esn,
disable_msl_switch=False)
if LOG.level == LOG.LEVEL_VERBOSE:
# Save the manifest to disk as reference
common.save_file_def('manifest.json',
json.dumps(manifest).encode('utf-8'))
# Save the manifest to the cache to retrieve it during its validity
expiration = int(manifest['expiration'] / 1000)
G.CACHE.add(CACHE_MANIFESTS,
cache_identifier,
manifest,
expires=expiration)
return manifest
