def doUpdateCheck(self):
""" Will run the whole flow for update, Return None. """
updater = getUpdater()
if updater and updater.ShouldCheckUpdates():
(_is_latest, _latest_ver, _latest_url) = updater.IsLatestVersion()
if not _is_latest:
if updater.ShouldAutoUpdate() and _latest_url:
if updater.DownloadUpdate(_latest_url, _latest_ver):
WriteDebug('Update zip downloaded, restarting!')
restart()
elif not updater.ShouldAutoUpdate() and _latest_url:
getInteractor().notifyNewVersion\
(updater.CurrentVersion(), _latest_ver, _latest_url)
def _put_user_single_input_in_queue(self):
query = getInteractor().getSearchInput\
(DIRC_LOGS.INSERT_MOVIE_NAME_FOR_QUERY)
self.interactive = True
WriteDebug('The query from the user is: %s' % query)
new_single_input = getSingleInputFromQuery(query)
WriteDebug('Created SingleInput from the query, adding it to the queue')
self.single_input_queue.putSingleInput(new_single_input)
def startWorking(queries = [], files = [], directories = []):
""" The entry point for the real work of SubiT. The parameters are those
that parsed successfully from the command line.
"""
WriteDebug('Starting SubiT\'s real work.')
WriteDebug('Running from: %s' % GetProgramDir())
WriteDebug('Creating SUBIT_WORKER_THREAD daemon thread.')
SUBIT_WORKER_THREAD = SubiTWorkerThread(queries, files, directories)
SUBIT_WORKER_THREAD.setDaemon(True)
SUBIT_WORKER_THREAD.start()
WriteDebug('SUBIT_WORKER_THREAD created and started.')
# In Gui mode, after calling load(), the thread enters the event loop so
# we don't need to take to much care about the rest of the code.
getInteractor().load()
# In Console modes however, we wait for the worker thread to finish
# (otherwise, we are ending the run in here beacuse there is no event loop
# for the console).
if (getInteractor().InteractionType in \
[InteractionTypes.Console, InteractionTypes.ConsoleSilent]):
while SUBIT_WORKER_THREAD.isAlive():
sleep(0.05)
from SubStages.ISubStage import ISubStage
from SubStages.ISubStage import getSubProviderByName
from Utils import WriteDebug, getlist
from Logs import INFO as INFO_LOGS
from Logs import WARN as WARN_LOGS
from Logs import DIRECTION as DIRC_LOGS
from Logs import BuildLog
from Interaction import getInteractor
writeLog = getInteractor().writeLog
class MovieSubStage(ISubStage):
""" The stage that comes right after we get results from querying the site.
In case of querying for a movie, this stage realy stand for a single
movie, but in case that we are querying for an episode in a series,
this stage will represent a single episode, and not the whole series.
What it means is that if the site under a certain provider provides a
whole series in a query, the SubPorvider will need to enter the series
and extract all the episode under it.
"""
def __init__(self, provider_name, movie_name, movie_code,
versions_sum, extra = {}):
""" Simple constructor. movie_name is the display name of the results,
movie_code is the code representing the movie_name in the site,
versions_sum is a string representing the versions that this movie
stores under it.
"""
self.provider_name = provider_name
self.movie_name = movie_name
def run(self):
""" Execute the procedure. """
# Wait until the interactor finishes the loading procedure
while not getInteractor() or not getInteractor().IsLoaded():
sleep(0.05)
# We can set the writeLog variable only after the interactor was
# loaded, because before that, we don't have the right underlying
# function for the writeLog.
writeLog = getInteractor().writeLog
if getInteractor().InteractionType == InteractionTypes.Gui:
from SubProviders import getSelectedLanguages
# We need to ask the user to select his languages.
if not getSelectedLanguages():
getInteractor().showLanguageSelection()
# We are checking for update in each program's load.
self.doUpdateCheck()
# Now we are ready for the real work.
from SubFlow import SubFlow
close_on_finish = SubiTConfig.Singleton().getBoolean\
('Global', 'close_on_finish', False)
interactive_by_interactor = getInteractor().InteractionType in [
InteractionTypes.Console, InteractionTypes.Gui]
self.interactive = \
interactive_by_interactor and self.interactive_by_input
writeLog(INFO_LOGS.STARTING)
if self.single_input_queue.empty() and interactive_by_interactor:
WriteDebug('The queue is empty from the start, adding user query.')
self._put_user_single_input_in_queue()
while not self.single_input_queue.empty():
WriteDebug('Getting next_single_input form the queue.')
next_single_input = self.single_input_queue.getSingleInput()
WriteDebug('Got next_single_input: %s' % next_single_input.printableInfo())
writeLog(INFO_LOGS.STARTING_PROCESSING_OF_SINGLE_INPUT %
next_single_input.printableInfo())
writeLog(GUI_SPECIAL_LOGS.SEARCH_LINE_UPDATE % next_single_input.query)
try:
SubFlow(next_single_input).process(self.interactive)
except Exception as eX:
WriteDebug('Failed processing the next_single_input: %s' % eX)
writeLog(BuildLog(WARN_LOGS._TYPE_,
'SingleInput failure: %s' % str(eX)))
else:
writeLog(FINISH_LOGS.FINISHED_PROCESSING_SINGLE_INPUT %
next_single_input.printableInfo())
# Update the stats after processing the SingleInput
self._update_working_stats(next_single_input)
if self.single_input_queue.empty() and not close_on_finish:
WriteDebug('Queue is empty, getting query from the user.')
self._put_user_single_input_in_queue()
WriteDebug('Successful downloads: %s' % self.number_of_success)
WriteDebug('Failed downloads: %s' % self.number_of_failures)
# Finish up.
writeLog(FINISH_LOGS.FINISHED)
writeLog(FINISH_LOGS.APPLICATION_WILL_NOW_EXIT)
# Close program in this stage.
exit(2, self._get_exit_code())
