def addScheduledShow(self, channelList, channeldata, appending):
self.log("addScheduledShow")
chan = 0
epcount = 0
startingep = 0
curchan = channeldata.channelNumber
curruleid = self.getRuleIndex(channeldata)
currentchantime = channelList.lastExitTime + channeldata.totalTimePlayed
if channeldata.Playlist.size() == 0:
return False
try:
chan = int(self.optionValues[0])
epcount = int(self.optionValues[3])
startingep = int(self.optionValues[4]) - 1
except:
pass
if startingep < 0:
startingep = 0
# If the next scheduled show has already passed, then skip it
if currentchantime > self.nextScheduledTime:
thedate = datetime.datetime.fromtimestamp(self.nextScheduledTime)
delta = datetime.timedelta(days=1)
thedate += delta
self.optionValues[4] = str(startingep + epcount)
# self.optionValues[5] = thedate.strftime(xbmc.getRegion("dateshort"))
self.optionValues[5] = thedate.strftime("%d/%m/%Y")
self.log("Past the scheduled date and time, skipping")
self.saveOptions(channeldata)
return True
if chan > channelList.maxChannels or chan < 1 or epcount < 1:
self.log("channel number is invalid")
return False
if len(channelList.channels) < chan or channelList.channels[chan - 1].isSetup == False:
if channelList.myOverlay.isMaster:
channelList.setupChannel(chan, True, True, False)
else:
channelList.setupChannel(chan, True, False, False)
if channelList.channels[chan - 1].Playlist.size() < 1:
self.log("scheduled channel isn't valid")
return False
# If the total time played value hasn't been updated
if appending == False:
timedif = self.nextScheduledTime - channelList.lastExitTime
else:
# If the total time played value HAS been updated
timedif = self.nextScheduledTime + channeldata.totalTimePlayed - channelList.myOverlay.timeStarted
showindex = 0
# Find the proper location to insert the show(s)
while timedif > 120 or showindex < self.startIndex:
timedif -= channeldata.getItemDuration(showindex)
showindex = channeldata.fixPlaylistIndex(showindex + 1)
# Shows that there was a looparound, so exit.
if showindex == 0:
self.log("Couldn't find a location for the show")
return False
# If there is nothing after the selected show index and the time is still
# too far away, don't do anything
if (channeldata.Playlist.size() - (showindex + 1) <= 0) and (timedif < -300):
return False
# rearrange episodes to get an optimal time
if timedif < -300 and channeldata.isRandom:
# This is a crappy way to do it, but implementing a subset sum algorithm is
# a bit daunting at the moment. Plus this uses a minimum amount of memory, so as
# a background task it works well.
lasttime = int(abs(timedif))
# Try a maximum of 5 loops
for loops in range(5):
newtime = self.rearrangeShows(showindex, lasttime, channeldata, channelList)
if channelList.threadPause() == False:
return False
# If no match found, then stop
# If the time difference is less than 2 minutes, also stop
if newtime == lasttime or newtime < 120:
break
lasttime = newtime
for i in range(epcount):
item = PlaylistItem()
item.duration = channelList.channels[chan - 1].getItemDuration(startingep + i)
item.filename = channelList.channels[chan - 1].getItemFilename(startingep + i)
item.description = channelList.channels[chan - 1].getItemDescription(startingep + i)
item.title = channelList.channels[chan - 1].getItemTitle(startingep + i)
item.episodetitle = channelList.channels[chan - 1].getItemEpisodeTitle(startingep + i)
channeldata.Playlist.itemlist.insert(showindex, item)
channeldata.Playlist.totalDuration += item.duration
showindex += 1
thedate = datetime.datetime.fromtimestamp(self.nextScheduledTime)
delta = datetime.timedelta(days=1)
thedate += delta
self.startIndex = showindex
self.optionValues[4] = str(startingep + epcount + 1)
# self.optionValues[5] = thedate.strftime(xbmc.getRegion("dateshort"))
self.optionValues[5] = thedate.strftime("%d/%m/%Y")
self.saveOptions(channeldata)
self.log("successfully scheduled at index " + str(self.startIndex))
return True
def addScheduledShow(self, channelList, channeldata, appending):
self.log("addScheduledShow")
chan = 0
epcount = 0
startingep = 0
curchan = channeldata.channelNumber
curruleid = self.getRuleIndex(channeldata)
currentchantime = channelList.lastExitTime + channeldata.totalTimePlayed
if channeldata.Playlist.size() == 0:
return False
try:
chan = int(self.optionValues[0])
epcount = int(self.optionValues[3])
startingep = int(self.optionValues[4]) - 1
except:
pass
if startingep < 0:
startingep = 0
# If the next scheduled show has already passed, then skip it
if currentchantime > self.nextScheduledTime:
thedate = datetime.datetime.fromtimestamp(self.nextScheduledTime)
delta = datetime.timedelta(days=1)
thedate += delta
self.optionValues[4] = str(startingep + epcount)
self.optionValues[5] = thedate.strftime("%d/%m/%Y")
self.log("Past the scheduled date and time, skipping")
self.saveOptions(channeldata)
return True
if chan > channelList.maxChannels or chan < 1 or epcount < 1:
self.log("channel number is invalid")
return False
if len(channelList.channels) < chan or channelList.channels[
chan - 1].isSetup == False:
if channelList.myOverlay.isMaster:
channelList.setupChannel(chan, True, True, False)
else:
channelList.setupChannel(chan, True, False, False)
if channelList.channels[chan - 1].Playlist.size() < 1:
self.log("scheduled channel isn't valid")
return False
# If the total time played value hasn't been updated
if appending == False:
timedif = self.nextScheduledTime - channelList.lastExitTime
else:
# If the total time played value HAS been updated
timedif = self.nextScheduledTime + channeldata.totalTimePlayed - channelList.myOverlay.timeStarted
showindex = 0
# Find the proper location to insert the show(s)
while timedif > 120 or showindex < self.startIndex:
timedif -= channeldata.getItemDuration(showindex)
showindex = channeldata.fixPlaylistIndex(showindex + 1)
# Shows that there was a looparound, so exit.
if showindex == 0:
self.log("Couldn't find a location for the show")
return False
# If there is nothing after the selected show index and the time is still
# too far away, don't do anything
if (channeldata.Playlist.size() -
(showindex + 1) <= 0) and (timedif < -300):
return False
# rearrange episodes to get an optimal time
if timedif < -300 and channeldata.isRandom:
# This is a crappy way to do it, but implementing a subset sum algorithm is
# a bit daunting at the moment. Plus this uses a minimum amount of memory, so as
# a background task it works well.
lasttime = int(abs(timedif))
# Try a maximum of 5 loops
for loops in range(5):
newtime = self.rearrangeShows(showindex, lasttime, channeldata,
channelList)
if channelList.threadPause() == False:
return False
# If no match found, then stop
# If the time difference is less than 2 minutes, also stop
if newtime == lasttime or newtime < 120:
break
lasttime = newtime
for i in range(epcount):
item = PlaylistItem()
item.duration = channelList.channels[chan - 1].getItemDuration(
startingep + i)
item.filename = channelList.channels[chan - 1].getItemFilename(
startingep + i)
item.description = channelList.channels[
chan - 1].getItemDescription(startingep + i)
item.title = channelList.channels[chan -
1].getItemTitle(startingep + i)
item.episodetitle = channelList.channels[
chan - 1].getItemEpisodeTitle(startingep + i)
channeldata.Playlist.itemlist.insert(showindex, item)
channeldata.Playlist.totalDuration += item.duration
showindex += 1
thedate = datetime.datetime.fromtimestamp(self.nextScheduledTime)
delta = datetime.timedelta(days=1)
thedate += delta
self.startIndex = showindex
self.optionValues[4] = str(startingep + epcount + 1)
self.optionValues[5] = thedate.strftime("%d/%m/%Y")
self.saveOptions(channeldata)
self.log("successfully scheduled at index " + str(self.startIndex))
return True