def KeyOk(self):
sel = self["list"].getCurrent()[0]
if (sel == "searchEPGe2"):
if self.epgserchplugin:
self.epgserchplugin(session=self.session, servicelist=self)
elif (sel == "searchEPG"):
if config.dbp.usevkeyboard.value:
self.session.openWithCallback(self.beginSearch, VirtualKeyBoard, title = _("Enter event to search:"), text = "")
else:
self.session.openWithCallback(self.beginSearch,InputBox, title = _("Enter event to search:"), windowTitle = _("Search in EPG cache"), text="")
elif (sel == "searchEPGLast"):
self.session.open(NEpgSearchLast)
elif (sel == "downloadEPG"):
if self.checkDevice():
self.ref = self.session.nav.getCurrentlyPlayingServiceReference()
if config.nemepg.downskyit.value:
self.downloadItEPG()
elif config.nemepg.downskyuk.value:
self.downloadUkEPG()
elif (sel == "e2LoaderEpg") or (sel == "e2LoaderEpgI"):
self.downIMode = { 'e2LoaderEpg':False, 'e2LoaderEpgI':True }[sel]
msg = _('Do you want download EPG\nusing e2_loadepg?')
self.epgDBox = self.session.openWithCallback(self.downEPG,MessageBox, msg, MessageBox.TYPE_YESNO)
self.epgDBox.setTitle(_("Download EPG"))
elif (sel == "reloadEPG"):
if self.e2Loader:
searchPaths = ['/tmp/%s','/media/usb/%s','/media/cf/%s','/media/hdd/%s']
for path in searchPaths:
epgFile = (path % 'ext.epg.dat')
if fileExists(epgFile):
system("mv " + epgFile + " " + config.nemepg.path.value + "/epg.dat")
msg = _('Load EPG data in Enigma cache from:\n%s/epg.dat.\nPlease Wait...') % config.nemepg.path.value
self.epgRBox = self.session.open(MessageBox, msg, MessageBox.TYPE_INFO)
self.epgRBox.setTitle(_("Loading EPG"))
self.reloadEPGTimer.start(500, False)
elif (sel == "eraseEPG"):
msg = _('Erasing EPG Chache.\nPlease Wait...')
self.epgCBox = self.session.open(MessageBox, msg, MessageBox.TYPE_INFO)
self.epgCBox.setTitle(_("Erasing EPG cache"))
self.clearEPGTimer.start(500, False)
elif (sel == "backupEPG"):
msg = _('Backup Enigma EPG data on:\n%s.\nPlease Wait...') % config.nemepg.path.value
self.epgBBox = self.session.open(MessageBox, msg, MessageBox.TYPE_INFO)
self.epgBBox.setTitle(_("Backing-up EPG"))
self.saveEPGTimer.start(500, False)
elif (sel == "createTIMER"):
serviceref = ServiceReference(getSid(config.nemepg.skyitch.value))
begin = 1239332400
end = 1239333600
name = "Download EPG Daily"
description = "Please do not remove this entry!"
timer = RecordTimerEntry(serviceref, begin, end, name, description, 66, False, 2, 1)
timer.repeated = 127
self.session.openWithCallback(self.finishedAdd, TimerEntry, timer)
elif (sel == "openTIMER"):
self.session.open(TimerEditList)
elif (sel == "epglog"):
self.session.open(dbpShowPanel, '/usr/log/crossepg.log' ,_('EPG Timer log'))
elif (sel == "configEPG"):
self.session.openWithCallback(self.saveConfig, NSetup, "epg")
def __init__(
self,
session,
serviceref,
begin,
end,
name,
description,
eit,
disabled=False,
justplay=False,
afterEvent=AFTEREVENT.AUTO,
checkOldTimers=False,
dirname=None,
tags=None,
):
self.session = session
RecordTimerEntry.__init__(
self,
serviceref,
begin,
end,
name,
description,
eit,
disabled=False,
justplay=False,
afterEvent=AFTEREVENT.AUTO,
checkOldTimers=False,
dirname=None,
tags=None,
)
def addTimer(
session,
serviceref,
begin,
end,
name,
description,
disabled,
justplay,
afterevent,
dirname,
tags,
repeated,
logentries=None,
eit=0,
):
serviceref = unquote(serviceref)
rt = session.nav.RecordTimer
print "mao1", dirname
if not dirname:
dirname = preferredTimerPath()
print "mao2", dirname
try:
timer = RecordTimerEntry(
ServiceReference(serviceref),
begin,
end,
name,
description,
eit,
disabled,
justplay,
afterevent,
dirname=dirname,
tags=tags,
)
timer.repeated = repeated
if logentries:
timer.log_entries = logentries
conflicts = rt.record(timer)
if conflicts:
errors = []
for conflict in conflicts:
errors.append(conflict.name)
return {"result": False, "message": "Conflicting Timer(s) detected! %s" % " / ".join(errors)}
except Exception, e:
print e
return {"result": False, "message": "Could not add timer '%s'!" % name}
def recordNow(session, infinite):
rt = session.nav.RecordTimer
serviceref = session.nav.getCurrentlyPlayingServiceReference().toString()
try:
event = session.nav.getCurrentService().info().getEvent(0)
except Exception:
event = None
if not event and not infinite:
return {
"result": False,
"message": "No event found! Not recording!"
}
if event:
(begin, end, name, description, eit) = parseEvent(event)
begin = time()
msg = "Instant record for current Event started"
else:
name = "instant record"
description = ""
eit = 0
if infinite:
begin = time()
end = begin + 3600 * 10
msg = "Infinite Instant recording started"
timer = RecordTimerEntry(
ServiceReference(serviceref),
begin,
end,
name,
description,
eit,
False,
False,
0,
dirname=preferredInstantRecordPath()
)
timer.dontSave = True
if rt.record(timer):
return {
"result": False,
"message": "Timer conflict detected! Not recording!"
}
return {
"result": True,
"message": msg
}
def recordNow(self, param):
if not config.misc.recording_allowed.value:
return (False, _("Recording is currently disabled!"))
limitEvent = True
if param == "undefinitely" or param == "infinite":
ret = (True, "Infinite Instant recording started")
limitEvent = False
else:
ret = ( True, "Instant record for current Event started" )
serviceref = ServiceReference(self.session.nav.getCurrentlyPlayingServiceReference().toString())
event = None
try:
service = self.session.nav.getCurrentService()
event = service.info().getEvent(0)
except Exception:
print "[Webcomponents.Timer] recordNow Exception!"
begin = time()
end = begin + 3600 * 10
name = "instant record"
description = ""
eventid = 0
if event is not None:
curEvent = parseEvent(event)
name = curEvent[2]
description = curEvent[3]
eventid = curEvent[4]
if limitEvent:
end = curEvent[1]
else:
if limitEvent:
ret = ( False, "No event found! Not recording!" )
if ret[0]:
location = preferredInstantRecordPath()
timer = RecordTimerEntry(serviceref, begin, end, name, description, eventid, False, False, 0, dirname=location)
timer.dontSave = True
recRet = self.recordtimer.record(timer)
if recRet is not None:
# a conflict is rather unlikely, but this can also indicate a non-recordable service
ret = (False, "Timer conflict detected! Not recording!" )
return ret
def program_seek_vps_multiple_closed(self, retval): self.program_seek_vps_multiple_started = -1 self.found_vps_multiple = sorted(self.found_vps_multiple) for evt_begin, evt_id, evt in self.found_vps_multiple: # eigenen Timer überprüfen, wenn Zeiten nicht überschrieben werden dürfen if not self.timer.vpsplugin_overwrite and evt_begin <= self.timer.end: self.next_events.append(evt_id) self.timer.log(0, "[VPS] add event_id "+ str(evt_id)) else: canbeadded = True evt_begin += 60 evt_end = evt.getBeginTime() + evt.getDuration() - 60 now = time() for checktimer in self.session.nav.RecordTimer.timer_list: if checktimer == self.timer: continue if (checktimer.begin - now) > 3600*24: break if checktimer.service_ref.ref.toCompareString() == self.timer.service_ref.ref.toCompareString() or checktimer.service_ref.ref.toCompareString() == self.rec_ref.toCompareString(): if checktimer.begin <= evt_begin and checktimer.end >= evt_end: if not checktimer.vpsplugin_enabled or not checktimer.vpsplugin_overwrite: canbeadded = False # manuell angelegter Timer mit VPS if checktimer.vpsplugin_enabled and checktimer.name == "" and checktimer.vpsplugin_time is not None: checktimer.eit = evt_id checktimer.name = evt.getEventName() checktimer.description = evt.getShortDescription() checktimer.vpsplugin_time = None checktimer.log(0, "[VPS] changed timer (found same PDC-Time as in other VPS-recording)") canbeadded = False break if canbeadded: newevent_data = parseEvent(evt) newEntry = RecordTimerEntry(ServiceReference(self.rec_ref), *newevent_data) newEntry.vpsplugin_enabled = True newEntry.vpsplugin_overwrite = True newEntry.log(0, "[VPS] added this timer (found same PDC-Time as in other VPS-recording)") # Wenn kein Timer-Konflikt auftritt, wird der Timer angelegt. NavigationInstance.instance.RecordTimer.record(newEntry)
def copyTimer(self, start, duration): starttime = start - config.recording.margin_before.value * 60 endtime = start + duration + config.recording.margin_after.value * 60 self.new_timer_copy = RecordTimerEntry(ServiceReference(self.rec_ref), starttime, endtime, self.timer.name, self.timer.description, self.timer.eit, False, False, AFTEREVENT.AUTO, False, self.timer.dirname, self.timer.tags) self.new_timer_copy.vpsplugin_enabled = True self.new_timer_copy.vpsplugin_overwrite = self.timer.vpsplugin_overwrite self.new_timer_copy.log(0, "[VPS] added this timer") NavigationInstance.instance.RecordTimer.record(self.new_timer_copy)
def recordNow(self, param):
limitEvent = True
if param == "undefinitely" or param == "infinite":
ret = (True, "Infinite Instant recording started")
limitEvent = False
else:
ret = (True, "Instant record for current Event started")
serviceref = ServiceReference(self.session.nav.getCurrentlyPlayingServiceReference().toString())
event = None
try:
service = self.session.nav.getCurrentService()
event = service.info().getEvent(0)
except Exception:
print "[Webcomponents.Timer] recordNow Exception!"
begin = time()
end = begin + 3600 * 10
name = "instant record"
description = ""
eventid = 0
if event is not None:
curEvent = parseEvent(event)
name = curEvent[2]
description = curEvent[3]
eventid = curEvent[4]
if limitEvent:
end = curEvent[1]
else:
if limitEvent:
ret = (False, "No event found! Not recording!")
if ret[0]:
location = config.movielist.last_videodir.value
timer = RecordTimerEntry(
serviceref, begin, end, name, description, eventid, False, False, 0, dirname=location
)
timer.dontSave = True
self.recordtimer.record(timer)
return ret
def addTimer(session, serviceref, begin, end, name, description, disabled, justplay, afterevent, dirname, tags, repeated, vpsinfo=None, logentries=None, eit=0, always_zap=-1):
serviceref = unquote(serviceref)
rt = session.nav.RecordTimer
print "mao1", dirname
if not dirname:
dirname = preferredTimerPath()
print "mao2", dirname
try:
timer = RecordTimerEntry(
ServiceReference(serviceref),
begin,
end,
name,
description,
eit,
disabled,
justplay,
afterevent,
dirname=dirname,
tags=tags)
timer.repeated = repeated
if logentries:
timer.log_entries = logentries
conflicts = rt.record(timer)
if conflicts:
errors = []
for conflict in conflicts:
errors.append(conflict.name)
return {
"result": False,
"message": _("Conflicting Timer(s) detected! %s") % " / ".join(errors)
}
#VPS
if vpsinfo is not None:
timer.vpsplugin_enabled = vpsinfo["vpsplugin_enabled"]
timer.vpsplugin_overwrite = vpsinfo["vpsplugin_overwrite"]
timer.vpsplugin_time = vpsinfo["vpsplugin_time"]
if always_zap <> -1:
if hasattr(timer,"always_zap"):
timer.always_zap = always_zap == 1
except Exception, e:
print e
return {
"result": False,
"message": _("Could not add timer '%s'!") % name
}
def getTimers(self):
self._timer_list = []
self._processed_timers = []
baseurl = self.getBaseUrl()
print "[GBIpboxRemoteTimer] get remote timer list"
try:
httprequest = urllib2.urlopen(baseurl + '/web/timerlist')
xmldoc = minidom.parseString(httprequest.read())
timers = xmldoc.getElementsByTagName('e2timer')
for timer in timers:
serviceref = ServiceReference(getValueFromNode(timer, 'e2servicereference'))
begin = int(getValueFromNode(timer, 'e2timebegin'))
end = int(getValueFromNode(timer, 'e2timeend'))
name = getValueFromNode(timer, 'e2name')
description = getValueFromNode(timer, 'e2description')
eit = int(getValueFromNode(timer, 'e2eit'))
disabled = int(getValueFromNode(timer, 'e2disabled'))
justplay = int(getValueFromNode(timer, 'e2justplay'))
afterevent = int(getValueFromNode(timer, 'e2afterevent'))
repeated = int(getValueFromNode(timer, 'e2repeated'))
location = getValueFromNode(timer, 'e2location')
tags = getValueFromNode(timer, 'e2tags').split(" ")
entry = RecordTimerEntry(serviceref, begin, end, name, description, eit, disabled, justplay, afterevent, dirname = location, tags = tags, descramble = 1, record_ecm = 0, isAutoTimer = 0, always_zap = 0)
entry.repeated = repeated
entry.orig = RecordTimerEntry(serviceref, begin, end, name, description, eit, disabled, justplay, afterevent, dirname = location, tags = tags, descramble = 1, record_ecm = 0, isAutoTimer = 0, always_zap = 0)
entry.orig.repeated = repeated
if entry.shouldSkip() or entry.state == TimerEntry.StateEnded or (entry.state == TimerEntry.StateWaiting and entry.disabled):
insort(self._processed_timers, entry)
else:
insort(self._timer_list, entry)
except Exception, e:
print "[GBIpboxRemoteTimer]", e
def UPDT(self, args):
# <id> <settings>
args = args.split(None, 1)
if len(args) != 2:
payload = "%d argument error" % (CODE_SYNTAX,)
return self.sendLine(payload)
try:
timerId = int(args[0])
except ValueError:
payload = "%d argument error" % (CODE_SYNTAX,)
return self.sendLine(payload)
list = self.getTimerList()
if timerId < 1:
payload = "%d argument error" % (CODE_SYNTAX,)
return self.sendLine(payload)
if len(list) >= timerId: oldTimer = list[timerId - 1]
else: oldTimer = None
try:
flags, channelid, datestring, beginstring, endstring, priority, lifetime, name, description = args[1].split(':')
flags = int(flags)
service_ref = ServiceReference(self.channelList[int(channelid)-1])
datestruct = strptime(datestring, '%Y-%m-%d')
timestruct = strptime(beginstring, '%H%M')
begin = mktime((datestruct.tm_year, datestruct.tm_mon, datestruct.tm_mday, timestruct.tm_hour, timestruct.tm_min, 0, datestruct.tm_wday, datestruct.tm_yday, -1))
timestruct = strptime(endstring, '%H%M')
end = mktime((datestruct.tm_year, datestruct.tm_mon, datestruct.tm_mday, timestruct.tm_hour, timestruct.tm_min, 0, datestruct.tm_wday, datestruct.tm_yday, -1))
del datestruct, timestruct
except ValueError as e:
payload = "%d argument error" % (CODE_SYNTAX,)
return self.sendLine(payload)
except KeyError as e:
payload = "%d argument error" % (CODE_SYNTAX,)
return self.sendLine(payload)
if end < begin: end += 86400 # Add 1 day, beware - this is evil and might not work correctly due to dst
timer = RecordTimerEntry(service_ref, begin, end, name, description, 0, disabled=flags & 1 == 0)
if oldTimer:
recordTimer.removeEntry(oldTimer)
timer.justplay = oldTimer.justplay
timer.afterEvent = oldTimer.afterEvent
timer.dirname = oldTimer.dirname
timer.tags = oldTimer.tags
timer.log_entries = oldTimer.log_entries
conflict = recordTimer.record(timer)
if conflict is None:
return self.sendTimerLine(timer, timerId, last=True)
else:
payload = "%d timer conflict detected, original timer lost." % (CODE_ERR_LOCAL,)
return self.sendLine(payload)
def standbyTimeout(self):
print "goto deep3"
from RecordTimer import RecordTimerEntry
RecordTimerEntry.TryQuitMainloop()
def parseTimer(self,
timer,
epgcache,
serviceHandler,
recordHandler,
checkEvtLimit,
evtLimit,
timers,
conflicting,
similars,
skipped,
existing,
timerdict,
moviedict,
taskname,
simulateOnly=False):
new = 0
modified = 0
# enable multiple timer if services or bouquets specified (eg. recording the same event on sd service and hd service)
enable_multiple_timer = (
(timer.services
and 's' in config.plugins.autotimer.enable_multiple_timer.value
or False)
or (timer.bouquets
and 'b' in config.plugins.autotimer.enable_multiple_timer.value
or False))
# Precompute timer destination dir
dest = timer.destination or config.usage.default_path.value
# Workaround to allow search for umlauts if we know the encoding
match = timer.match.replace('\xc2\x86', '').replace('\xc2\x87', '')
if timer.encoding != 'UTF-8':
try:
match = match.decode('UTF-8').encode(timer.encoding)
except UnicodeDecodeError:
pass
self.isIPTV = bool(
[service for service in timer.services if ":http" in service])
# As well as description, also allow timers on individual IPTV streams
if timer.searchType == "description" or self.isIPTV:
epgmatches = []
casesensitive = timer.searchCase == "sensitive"
if not casesensitive:
match = match.lower()
test = []
if timer.services:
test = [(service, 0, -1, -1) for service in timer.services]
elif timer.bouquets:
for bouquet in timer.bouquets:
services = serviceHandler.list(eServiceReference(bouquet))
if services:
while True:
service = services.getNext()
if not service.valid():
break
playable = not (service.flags &
(eServiceReference.isMarker
| eServiceReference.isDirectory))
if playable:
test.append((service.toString(), 0, -1, -1))
else: # Get all bouquets
bouquetlist = []
refstr = '1:134:1:0:0:0:0:0:0:0:FROM BOUQUET \"bouquets.tv\" ORDER BY bouquet'
bouquetroot = eServiceReference(refstr)
mask = eServiceReference.isDirectory
if config.usage.multibouquet.value:
bouquets = serviceHandler.list(bouquetroot)
if bouquets:
while True:
s = bouquets.getNext()
if not s.valid():
break
if s.flags & mask:
info = serviceHandler.info(s)
if info:
bouquetlist.append(s)
else:
info = serviceHandler.info(bouquetroot)
if info:
bouquetlist.append(bouquetroot)
if bouquetlist:
for bouquet in bouquetlist:
if not bouquet.valid():
continue
if bouquet.flags & eServiceReference.isDirectory:
services = serviceHandler.list(bouquet)
if services:
while True:
service = services.getNext()
if not service.valid():
break
playable = not (
service.flags &
(eServiceReference.isMarker
| eServiceReference.isDirectory))
if playable:
test.append(
(service.toString(), 0, -1, -1))
if test:
# Get all events
# eEPGCache.lookupEvent( [ format of the returned tuples, ( service, 0 = event intersects given start_time, start_time -1 for now_time), ] )
test.insert(0, 'RITBDSE')
allevents = epgcache.lookupEvent(test) or []
# Filter events
for serviceref, eit, name, begin, duration, shortdesc, extdesc in allevents:
if timer.searchType == "description":
if match in (shortdesc if casesensitive else
shortdesc.lower()) or match in (
extdesc if casesensitive else
extdesc.lower()):
epgmatches.append((serviceref, eit, name, begin,
duration, shortdesc, extdesc))
else: # IPTV streams (if not "description" search)
if timer.searchType == 'exact' and match == (name if casesensitive else name.lower()) or \
timer.searchType == 'partial' and match in (name if casesensitive else name.lower()) or \
timer.searchType == 'start' and (name if casesensitive else name.lower()).startswith(match):
epgmatches.append((serviceref, eit, name, begin,
duration, shortdesc, extdesc))
else:
# Search EPG, default to empty list
if timer.searchType in typeMap:
EPG_searchType = typeMap[timer.searchType]
else:
EPG_searchType = typeMap["partial"]
epgmatches = epgcache.search(
('RITBDSE', 3000, EPG_searchType, match,
caseMap[timer.searchCase])) or []
# Sort list of tuples by begin time 'B'
epgmatches.sort(key=itemgetter(3))
# Contains the the marked similar eits and the conflicting strings
similardict = defaultdict(list)
# Loop over all EPG matches
preveit = False
for idx, (serviceref, eit, name, begin, duration, shortdesc,
extdesc) in enumerate(epgmatches):
eserviceref = eServiceReference(serviceref)
evt = epgcache.lookupEventId(eserviceref, eit)
evtBegin = begin
evtEnd = end = begin + duration
if not evt:
msg = "[AutoTimer] Could not create Event!"
print(msg)
skipped.append(
(name, begin, end, str(serviceref), timer.name, msg))
continue
# Try to determine real service (we always choose the last one)
n = evt.getNumOfLinkageServices()
if n > 0:
i = evt.getLinkageService(eserviceref, n - 1)
serviceref = i.toString()
# If event starts in less than 60 seconds skip it
# if begin < time() + 60:
# print("[AutoTimer] Skipping " + name + " because it starts in less than 60 seconds")
# skipped += 1
# continue
# Set short description to equal extended description if it is empty.
if not shortdesc:
shortdesc = extdesc
# Convert begin time
timestamp = localtime(begin)
# Update timer
timer.update(begin, timestamp)
# Check if eit is in similar matches list
# NOTE: ignore evtLimit for similar timers as I feel this makes the feature unintuitive
similarTimer = False
if eit in similardict:
similarTimer = True
dayofweek = None # NOTE: ignore day on similar timer
else:
# If maximum days in future is set then check time
if checkEvtLimit:
if begin > evtLimit:
msg = "[AutoTimer] Skipping an event because of maximum days in future is reached"
# print(msg)
skipped.append(
(name, begin, end, serviceref, timer.name, msg))
continue
# If the timer actually has a timespan set it will be:
# start[[hr], [min]], end[[hr], [min]], daySpan
# (if it has none the timespan will be (None,))
# (see calculateDayspan() in AutoTimerComponent.py) where daySpan is
# True if the timespan "ends before it starts" (so passes over
# midnight).
# If we have a timer for which daySpan is true and the day-offset of the
# begin time for the programme/broadcast we are checking is before that
# of the autotimer timespan start then we need to bring the dayofweek
# check forward by 1 day when checking it. (i.e. we pretend the
# recording starts a day before it does, but *just* for the dayofweek
# filter check).
# e.g.
# Monday AT for 23:00 to 02:00 should match a programme on
# Tuesday at 01:00.
# The rest of the checks stay the same (which is why we don't need to
# check for the autotimer timespan end being after the begin time for
# the programme).
#
tdow = timestamp.tm_wday
if (timer.timespan[0] != None) and timer.timespan[2]:
begin_offset = 60 * timestamp.tm_hour + timestamp.tm_min
timer_offset = 60 * timer.timespan[0][0] + timer.timespan[
0][1]
if begin_offset < timer_offset:
tdow = (tdow - 1) % 7
dayofweek = str(tdow)
# Check timer conditions
# NOTE: similar matches do not care about the day/time they are on, so ignore them
if timer.checkServices(serviceref) \
or timer.checkDuration(duration) \
or (not similarTimer and (
timer.checkTimespan(timestamp)
or timer.checkTimeframe(begin)
)) or timer.checkFilter(name, shortdesc, extdesc, dayofweek):
msg = "[AutoTimer] Skipping an event because of filter check"
# print(msg)
skipped.append((name, begin, end, serviceref, timer.name, msg))
continue
if timer.hasOffset():
# Apply custom Offset
begin, end = timer.applyOffset(begin, end)
offsetBegin = timer.offset[0]
offsetEnd = timer.offset[1]
else:
# Apply E2 Offset
begin -= config.recording.margin_before.value * 60
end += config.recording.margin_after.value * 60
offsetBegin = config.recording.margin_before.value * 60
offsetEnd = config.recording.margin_after.value * 60
# Overwrite endtime if requested
if timer.justplay and not timer.setEndtime:
end = begin
# Eventually change service to alternative
if timer.overrideAlternatives:
serviceref = timer.getAlternative(serviceref)
# Append to timerlist and abort if simulating
timers.append((name, begin, end, serviceref, timer.name))
if simulateOnly:
continue
# Check for existing recordings in directory
if timer.avoidDuplicateDescription == 3:
# Reset movie Exists
movieExists = False
if dest and dest not in moviedict:
self.addDirectoryToMovieDict(moviedict, dest,
serviceHandler)
for movieinfo in moviedict.get(dest, ()):
if self.checkSimilarity(timer, name, movieinfo.get("name"),
shortdesc,
movieinfo.get("shortdesc"),
extdesc, movieinfo.get("extdesc")):
print(
"[AutoTimer] We found a matching recorded movie, skipping event:",
name)
movieExists = True
break
if movieExists:
msg = "[AutoTimer] Skipping an event because movie already exists"
# print(msg)
skipped.append(
(name, begin, end, serviceref, timer.name, msg))
continue
# Initialize
newEntry = None
oldExists = False
# Check for double Timers
# We first check eit and if user wants us to guess event based on time
# we try this as backup. The allowed diff should be configurable though.
for rtimer in timerdict.get(serviceref, ()):
if rtimer.eit == eit or (
config.plugins.autotimer.try_guessing.getValue()
and timeSimilarityPercent(rtimer, evtBegin, evtEnd,
timer) > 80):
oldExists = True
# Abort if we don't want to modify timers or timer is repeated
if config.plugins.autotimer.refresh.value == "none" or rtimer.repeated:
# print("[AutoTimer] Won't modify existing timer because either no modification allowed or repeated timer")
break
if eit == preveit:
break
try: # protect against vps plugin not being present
vps_changed = rtimer.vpsplugin_enabled != timer.vps_enabled or rtimer.vpsplugin_overwrite != timer.vps_overwrite
except AttributeError:
vps_changed = False
if (evtBegin - offsetBegin != rtimer.begin
) or (evtEnd + offsetEnd != rtimer.end) or (
shortdesc != rtimer.description) or vps_changed:
if rtimer.isAutoTimer and eit == rtimer.eit:
print(
"[AutoTimer] AutoTimer %s modified this automatically generated timer."
% (timer.name))
# rtimer.log(501, "[AutoTimer] AutoTimer %s modified this automatically generated timer." % (timer.name))
preveit = eit
else:
if config.plugins.autotimer.refresh.getValue(
) != "all":
print(
"[AutoTimer] Won't modify existing timer because it's no timer set by us"
)
break
rtimer.log(
501,
"[AutoTimer] Warning, AutoTimer %s messed with a timer which might not belong to it: %s ."
% (timer.name, rtimer.name))
newEntry = rtimer
modified += 1
self.modifyTimer(rtimer, name, shortdesc, begin, end,
serviceref, eit)
# rtimer.log(501, "[AutoTimer] AutoTimer modified timer: %s ." % (rtimer.name))
break
else:
# print("[AutoTimer] Skipping timer because it has not changed.")
existing.append(
(name, begin, end, serviceref, timer.name))
break
elif timer.avoidDuplicateDescription >= 1 and not rtimer.disabled:
if self.checkSimilarity(timer, name, rtimer.name,
shortdesc, rtimer.description,
extdesc, rtimer.extdesc):
print(
"[AutoTimer] We found a timer with similar description, skipping event"
)
oldExists = True
break
# We found no timer we want to edit
if newEntry is None:
# But there is a match
if oldExists:
continue
# We want to search for possible doubles
for rtimer in chain.from_iterable(itervalues(timerdict)):
if not rtimer.disabled:
if self.checkDoubleTimers(timer, name, rtimer.name,
begin, rtimer.begin, end,
rtimer.end, serviceref,
str(rtimer.service_ref),
enable_multiple_timer):
oldExists = True
print(
"[AutoTimer] We found a timer with same StartTime, skipping event"
)
break
if timer.avoidDuplicateDescription >= 2:
if self.checkSimilarity(timer, name, rtimer.name,
shortdesc,
rtimer.description,
extdesc, rtimer.extdesc):
oldExists = True
# print("[AutoTimer] We found a timer (any service) with same description, skipping event")
break
if oldExists:
continue
if timer.checkCounter(timestamp):
print(
"[AutoTimer] Not adding new timer because counter is depleted."
)
continue
newEntry = RecordTimerEntry(ServiceReference(serviceref),
begin, end, name, shortdesc, eit)
newEntry.log(
500,
"[AutoTimer] Try to add new timer based on AutoTimer %s." %
(timer.name))
newEntry.log(509,
"[AutoTimer] Timer start on: %s" % ctime(begin))
# Mark this entry as AutoTimer (only AutoTimers will have this Attribute set)
newEntry.isAutoTimer = True
newEntry.autoTimerId = timer.id
# Apply afterEvent
if timer.hasAfterEvent():
afterEvent = timer.getAfterEventTimespan(localtime(end))
if afterEvent is None:
afterEvent = timer.getAfterEvent()
if afterEvent is not None:
newEntry.afterEvent = afterEvent
newEntry.dirname = timer.destination
newEntry.justplay = timer.justplay
newEntry.vpsplugin_enabled = timer.vps_enabled
newEntry.vpsplugin_overwrite = timer.vps_overwrite
if hasattr(timer, 'always_zap') and hasattr(
newEntry, 'always_zap'):
newEntry.always_zap = timer.always_zap
tags = timer.tags[:]
if config.plugins.autotimer.add_autotimer_to_tags.value:
if TAG not in tags:
tags.append(TAG)
if config.plugins.autotimer.add_name_to_tags.value:
tagname = timer.name.strip()
if tagname:
tagname = tagname[0].upper() + tagname[1:].replace(
" ", "_")
if tagname not in tags:
tags.append(tagname)
newEntry.tags = tags
if oldExists:
# XXX: this won't perform a sanity check, but do we actually want to do so?
recordHandler.timeChanged(newEntry)
if renameTimer is not None and timer.series_labeling:
renameTimer(newEntry, name, evtBegin, evtEnd)
else:
conflictString = ""
if similarTimer:
conflictString = similardict[eit].conflictString
msg = "[AutoTimer] Try to add similar Timer because of conflicts with %s." % (
conflictString)
print(msg)
newEntry.log(504, msg)
# Try to add timer
conflicts = recordHandler.record(newEntry)
if conflicts and not timer.hasOffset(
) and not config.recording.margin_before.value and not config.recording.margin_after.value and len(
conflicts) > 1:
change_end = change_begin = False
conflict_begin = conflicts[1].begin
conflict_end = conflicts[1].end
if conflict_begin == newEntry.end:
newEntry.end -= 30
change_end = True
elif newEntry.begin == conflict_end:
newEntry.begin += 30
change_begin = True
if change_end or change_begin:
conflicts = recordHandler.record(newEntry)
if conflicts:
if change_end:
newEntry.end += 30
elif change_begin:
newEntry.begin -= 30
else:
print(
"[AutoTimer] The conflict is resolved by offset time begin/end (30 sec) for %s."
% newEntry.name)
if conflicts:
# Maybe use newEntry.log
conflictString += ' / '.join([
"%s (%s)" %
(x.name, strftime("%Y%m%d %H%M", localtime(x.begin)))
for x in conflicts
])
print("[AutoTimer] conflict with %s detected" %
(conflictString))
if config.plugins.autotimer.addsimilar_on_conflict.value:
# We start our search right after our actual index
# Attention we have to use a copy of the list, because we have to append the previous older matches
lepgm = len(epgmatches)
for i in xrange(lepgm):
servicerefS, eitS, nameS, beginS, durationS, shortdescS, extdescS = epgmatches[
(i + idx + 1) % lepgm]
if self.checkSimilarity(timer,
name,
nameS,
shortdesc,
shortdescS,
extdesc,
extdescS,
force=True):
# Check if the similar is already known
if eitS not in similardict:
print("[AutoTimer] Found similar Timer: " +
name)
# Store the actual and similar eit and conflictString, so it can be handled later
newEntry.conflictString = conflictString
similardict[eit] = newEntry
similardict[eitS] = newEntry
similarTimer = True
if beginS <= evtBegin:
# Event is before our actual epgmatch so we have to append it to the epgmatches list
epgmatches.append(
(servicerefS, eitS, nameS, beginS,
durationS, shortdescS, extdescS))
# If we need a second similar it will be found the next time
else:
similarTimer = False
newEntry = similardict[eitS]
break
if conflicts is None:
timer.decrementCounter()
new += 1
newEntry.extdesc = extdesc
timerdict[serviceref].append(newEntry)
if renameTimer is not None and timer.series_labeling:
renameTimer(newEntry, name, evtBegin, evtEnd)
# Similar timers are in new timers list and additionally in similar timers list
if similarTimer:
similars.append(
(name, begin, end, serviceref, timer.name))
similardict.clear()
# Don't care about similar timers
elif not similarTimer:
conflicting.append(
(name, begin, end, serviceref, timer.name))
if config.plugins.autotimer.disabled_on_conflict.value:
msg = "[AutoTimer] Timer disabled because of conflicts with %s." % (
conflictString)
print(msg)
newEntry.log(503, msg)
newEntry.disabled = True
# We might want to do the sanity check locally so we don't run it twice - but I consider this workaround a hack anyway
conflicts = recordHandler.record(newEntry)
self.result = (new, modified)
self.completed.append(taskname)
sleep(0.5)
def addTimer(session,
serviceref,
begin,
end,
name,
description,
disabled,
justplay,
afterevent,
dirname,
tags,
repeated,
vpsinfo=None,
logentries=None,
eit=0,
always_zap=-1,
pipzap=-1,
allow_duplicate=1,
autoadjust=-1):
rt = session.nav.RecordTimer
if not dirname:
dirname = preferredTimerPath()
# IPTV Fix
serviceref = serviceref.replace('%253a', '%3a')
try:
timer = RecordTimerEntry(ServiceReference(serviceref),
begin,
end,
name,
description,
eit,
disabled,
justplay,
afterevent,
dirname=dirname,
tags=tags)
timer.repeated = repeated
if logentries:
timer.log_entries = logentries
conflicts = rt.record(timer)
if conflicts:
errors = []
conflictinfo = []
for conflict in conflicts:
errors.append(conflict.name)
conflictinfo.append({
"serviceref":
str(conflict.service_ref),
"servicename":
conflict.service_ref.getServiceName().replace(
'\xc2\x86', '').replace('\xc2\x87', ''),
"name":
conflict.name,
"begin":
conflict.begin,
"end":
conflict.end,
"realbegin":
strftime("%d.%m.%Y %H:%M",
(localtime(float(conflict.begin)))),
"realend":
strftime("%d.%m.%Y %H:%M",
(localtime(float(conflict.end))))
})
return {
"result":
False,
"message":
_("Conflicting Timer(s) detected! %s") % " / ".join(errors),
"conflicts":
conflictinfo
}
# VPS
if vpsinfo is not None:
timer.vpsplugin_enabled = vpsinfo["vpsplugin_enabled"]
timer.vpsplugin_overwrite = vpsinfo["vpsplugin_overwrite"]
timer.vpsplugin_time = vpsinfo["vpsplugin_time"]
if always_zap != -1:
if hasattr(timer, "always_zap"):
timer.always_zap = always_zap == 1
if hasattr(timer, "zapbeforerecord"):
timer.zapbeforerecord = always_zap == 1
if hasattr(timer, "autoadjust"):
if autoadjust == -1:
autoadjust = config.recording.adjust_time_to_event.value and 1 or 0
autoadjust = autoadjust
if hasattr(timer, "allow_duplicate"):
allow_duplicate = allow_duplicate
if pipzap != -1:
if hasattr(timer, "pipzap"):
timer.pipzap = pipzap == 1
except Exception as e:
print(str(e))
return {
"result": False,
"message": _("Could not add timer '%s'!") % name
}
return {"result": True, "message": _("Timer '%s' added") % name}
def parseTimer(self,
timer,
epgcache,
serviceHandler,
recordHandler,
checkEvtLimit,
evtLimit,
timers,
conflicting,
similars,
skipped,
timerdict,
moviedict,
simulateOnly=False):
new = 0
modified = 0
# Search EPG, default to empty list
epgmatches = epgcache.search(
('RITBDSE', 1000, typeMap[timer.searchType], timer.match,
caseMap[timer.searchCase])) or []
# Sort list of tuples by begin time 'B'
epgmatches.sort(key=itemgetter(3))
# Contains the the marked similar eits and the conflicting strings
similardict = defaultdict(list)
# Loop over all EPG matches
for idx, (serviceref, eit, name, begin, duration, shortdesc,
extdesc) in enumerate(epgmatches):
startLog()
# timer destination dir
dest = timer.destination or config.usage.default_path.value
evtBegin = begin
evtEnd = end = begin + duration
doLog("possible epgmatch %s" % (name))
doLog("Serviceref %s" % (str(serviceref)))
eserviceref = eServiceReference(serviceref)
evt = epgcache.lookupEventId(eserviceref, eit)
if not evt:
doLog("Could not create Event!")
skipped.append(
(name, begin, end, str(serviceref), timer.name, getLog()))
continue
# Try to determine real service (we always choose the last one)
n = evt.getNumOfLinkageServices()
if n > 0:
i = evt.getLinkageService(eserviceref, n - 1)
serviceref = i.toString()
doLog("Serviceref2 %s" % (str(serviceref)))
# If event starts in less than 60 seconds skip it
if begin < time() + 60:
doLog(
"Skipping an event because it starts in less than 60 seconds"
)
skipped.append(
(name, begin, end, serviceref, timer.name, getLog()))
continue
# Convert begin time
timestamp = localtime(begin)
# Update timer
timer.update(begin, timestamp)
# Check if eit is in similar matches list
# NOTE: ignore evtLimit for similar timers as I feel this makes the feature unintuitive
similarTimer = False
if eit in similardict:
similarTimer = True
dayofweek = None # NOTE: ignore day on similar timer
else:
# If maximum days in future is set then check time
if checkEvtLimit:
if begin > evtLimit:
doLog(
"Skipping an event because of maximum days in future is reached"
)
skipped.append((name, begin, end, serviceref,
timer.name, getLog()))
continue
dayofweek = str(timestamp.tm_wday)
# Check timer conditions
# NOTE: similar matches do not care about the day/time they are on, so ignore them
if timer.checkServices(serviceref):
doLog("Skipping an event because of check services")
skipped.append(
(name, begin, end, serviceref, timer.name, getLog()))
continue
if timer.checkDuration(duration):
doLog("Skipping an event because of duration check")
skipped.append(
(name, begin, end, serviceref, timer.name, getLog()))
continue
if not similarTimer:
if timer.checkTimespan(timestamp):
doLog("Skipping an event because of timestamp check")
skipped.append(
(name, begin, end, serviceref, timer.name, getLog()))
continue
if timer.checkTimeframe(begin):
doLog("Skipping an event because of timeframe check")
skipped.append(
(name, begin, end, serviceref, timer.name, getLog()))
continue
# Initialize
newEntry = None
oldExists = False
allow_modify = True
# Eventually change service to alternative
if timer.overrideAlternatives:
serviceref = timer.getAlternative(serviceref)
if timer.series_labeling and sp_getSeasonEpisode is not None:
allow_modify = False
#doLog("Request name, desc, path %s %s %s" % (name,shortdesc,dest))
sp = sp_getSeasonEpisode(serviceref, name, evtBegin, evtEnd,
shortdesc, dest)
if sp and type(sp) in (tuple, list) and len(sp) == 4:
name = sp[0] or name
shortdesc = sp[1] or shortdesc
dest = sp[2] or dest
doLog(str(sp[3]))
#doLog("Returned name, desc, path %s %s %s" % (name,shortdesc,dest))
allow_modify = True
else:
# Nothing found
doLog(str(sp))
# If AutoTimer name not equal match, do a second lookup with the name
if timer.name.lower() != timer.match.lower():
#doLog("Request name, desc, path %s %s %s" % (timer.name,shortdesc,dest))
sp = sp_getSeasonEpisode(serviceref, timer.name,
evtBegin, evtEnd, shortdesc,
dest)
if sp and type(sp) in (tuple, list) and len(sp) == 4:
name = sp[0] or name
shortdesc = sp[1] or shortdesc
dest = sp[2] or dest
doLog(str(sp[3]))
#doLog("Returned name, desc, path %s %s %s" % (name,shortdesc,dest))
allow_modify = True
else:
doLog(str(sp))
if timer.checkFilter(name, shortdesc, extdesc, dayofweek):
doLog("Skipping an event because of filter check")
skipped.append(
(name, begin, end, serviceref, timer.name, getLog()))
continue
if timer.hasOffset():
# Apply custom Offset
begin, end = timer.applyOffset(begin, end)
else:
# Apply E2 Offset
if ServiceRecordingSettings:
begin -= ServiceRecordingSettings.instance.getMarginBefore(
eserviceref)
end += ServiceRecordingSettings.instance.getMarginAfter(
eserviceref)
else:
begin -= config.recording.margin_before.value * 60
end += config.recording.margin_after.value * 60
# Overwrite endtime if requested
if timer.justplay and not timer.setEndtime:
end = begin
# Check for existing recordings in directory
if timer.avoidDuplicateDescription == 3:
# Reset movie Exists
movieExists = False
if dest and dest not in moviedict:
self.addDirectoryToMovieDict(moviedict, dest,
serviceHandler)
for movieinfo in moviedict.get(dest, ()):
if self.checkDuplicates(timer, name, movieinfo.get("name"),
shortdesc,
movieinfo.get("shortdesc"),
extdesc, movieinfo.get("extdesc")):
doLog(
"We found a matching recorded movie, skipping event:",
name)
movieExists = True
break
if movieExists:
doLog("Skipping an event because movie already exists")
skipped.append(
(name, begin, end, serviceref, timer.name, getLog()))
continue
# Check for double Timers
# We first check eit and if user wants us to guess event based on time
# we try this as backup. The allowed diff should be configurable though.
for rtimer in timerdict.get(serviceref, ()):
if rtimer.eit == eit:
oldExists = True
doLog("We found a timer based on eit")
newEntry = rtimer
break
elif config.plugins.autotimer.try_guessing.value:
if timer.hasOffset():
# Remove custom Offset
rbegin = rtimer.begin + timer.offset[0]
rend = rtimer.end - timer.offset[1]
else:
# Remove E2 Offset
rbegin = rtimer.begin + config.recording.margin_before.value * 60
rend = rtimer.end - config.recording.margin_after.value * 60
# As alternative we could also do a epg lookup
#revent = epgcache.lookupEventId(rtimer.service_ref.ref, rtimer.eit)
#rbegin = revent.getBeginTime() or 0
#rduration = revent.getDuration() or 0
#rend = rbegin + rduration or 0
if getTimeDiff(rbegin, rend, evtBegin,
evtEnd) > ((duration / 10) * 8):
oldExists = True
doLog("We found a timer based on time guessing")
newEntry = rtimer
break
if timer.avoidDuplicateDescription >= 1 \
and not rtimer.disabled:
if self.checkDuplicates(timer, name, rtimer.name,
shortdesc, rtimer.description,
extdesc, rtimer.extdesc):
# if searchForDuplicateDescription > 1 then check short description
oldExists = True
doLog(
"We found a timer (similar service) with same description, skipping event"
)
break
# We found no timer we want to edit
if newEntry is None:
# But there is a match
if oldExists:
doLog(
"Skipping an event because a timer on same service exists"
)
skipped.append(
(name, begin, end, serviceref, timer.name, getLog()))
continue
# We want to search for possible doubles
if timer.avoidDuplicateDescription >= 2:
for rtimer in chain.from_iterable(itervalues(timerdict)):
if not rtimer.disabled:
if self.checkDuplicates(timer, name, rtimer.name,
shortdesc,
rtimer.description,
extdesc, rtimer.extdesc):
oldExists = True
doLog(
"We found a timer (any service) with same description, skipping event"
)
break
if oldExists:
doLog(
"Skipping an event because a timer on any service exists"
)
skipped.append((name, begin, end, serviceref,
timer.name, getLog()))
continue
if timer.checkCounter(timestamp):
doLog("Not adding new timer because counter is depleted.")
skipped.append(
(name, begin, end, serviceref, timer.name, getLog()))
continue
# if set option for check/save timer in filterlist and only if not found an existing timer
isnewFilterEntry = False
if (config.plugins.autotimer.series_save_filter.value
or timer.series_save_filter) and oldExists == False:
# only if use series_labeling and if sp_getSeasonEpisode was succesful
if timer.series_labeling and sp_getSeasonEpisode is not None:
if sp and type(sp) in (tuple, list) and len(sp) == 4:
ret = self.addToFilterfile(str(sp[0]), begin,
simulateOnly)
if ret:
if simulateOnly:
doLog(
"only simulate - new Timer would be saved in autotimer_filter"
)
else:
doLog("new Timer saved in autotimer_filter")
isnewFilterEntry = True
else:
skipped.append(
(name, begin, end, serviceref, timer.name,
getLog()))
continue
# Append to timerlist and abort if simulating
timers.append((name, begin, end, serviceref, timer.name, getLog()))
if simulateOnly:
continue
if newEntry is not None:
# Abort if we don't want to modify timers or timer is repeated
if config.plugins.autotimer.refresh.value == "none" or newEntry.repeated:
doLog(
"Won't modify existing timer because either no modification allowed or repeated timer"
)
continue
if hasattr(newEntry, "isAutoTimer"):
msg = "[AutoTimer] AutoTimer %s modified this automatically generated timer." % (
timer.name)
doLog(msg)
newEntry.log(501, msg)
elif config.plugins.autotimer.add_autotimer_to_tags.value and TAG in newEntry.tags:
msg = "[AutoTimer] AutoTimer %s modified this automatically generated timer." % (
timer.name)
doLog(msg)
newEntry.log(501, msg)
else:
if config.plugins.autotimer.refresh.value != "all":
doLog(
"Won't modify existing timer because it's no timer set by us"
)
continue
msg = "[AutoTimer] Warning, AutoTimer %s messed with a timer which might not belong to it: %s ." % (
timer.name, newEntry.name)
doLog(msg)
newEntry.log(501, msg)
if newEntry.begin != begin or newEntry.end != end or newEntry.name != name:
modified += 1
#self.addToSearchLogfile(newEntry,"#", simulateOnly)
if allow_modify:
modified_for_searchlog = True if newEntry.begin != begin or newEntry.end != end or newEntry.name != name else False
self.modifyTimer(newEntry, name, shortdesc, begin, end,
serviceref, eit)
if modified_for_searchlog:
self.addToSearchLogfile(newEntry, "#", simulateOnly)
msg = "[AutoTimer] AutoTimer modified timer: %s ." % (
newEntry.name)
doLog(msg)
newEntry.log(501, msg)
else:
msg = "[AutoTimer] AutoTimer modification not allowed for timer: %s ." % (
newEntry.name)
doLog(msg)
else:
newEntry = RecordTimerEntry(ServiceReference(serviceref),
begin, end, name, shortdesc, eit)
msg = "[AutoTimer] Try to add new timer based on AutoTimer %s." % (
timer.name)
doLog(msg)
newEntry.log(500, msg)
# Mark this entry as AutoTimer (only AutoTimers will have this Attribute set)
# It is only temporarily, after a restart it will be lost,
# because it won't be stored in the timer xml file
newEntry.isAutoTimer = True
# Apply afterEvent
if timer.hasAfterEvent():
afterEvent = timer.getAfterEventTimespan(localtime(end))
if afterEvent is None:
afterEvent = timer.getAfterEvent()
if afterEvent is not None:
newEntry.afterEvent = afterEvent
newEntry.dirname = dest
newEntry.calculateFilename()
newEntry.justplay = timer.justplay
newEntry.vpsplugin_enabled = timer.vps_enabled
newEntry.vpsplugin_overwrite = timer.vps_overwrite
tags = timer.tags[:]
if config.plugins.autotimer.add_autotimer_to_tags.value:
if TAG not in tags:
tags.append(TAG)
if config.plugins.autotimer.add_name_to_tags.value:
tagname = timer.name.strip()
if tagname:
tagname = tagname[0].upper() + tagname[1:].replace(
" ", "_")
if tagname not in tags:
tags.append(tagname)
newEntry.tags = tags
if oldExists:
# XXX: this won't perform a sanity check, but do we actually want to do so?
recordHandler.timeChanged(newEntry)
else:
conflictString = ""
if similarTimer:
conflictString = similardict[eit].conflictString
msg = "[AutoTimer] Try to add similar Timer because of conflicts with %s." % (
conflictString)
doLog(msg)
newEntry.log(504, msg)
# Try to add timer
conflicts = recordHandler.record(newEntry)
if conflicts:
# Maybe use newEntry.log
conflictString += ' / '.join([
"%s (%s)" %
(x.name, strftime("%Y%m%d %H%M", localtime(x.begin)))
for x in conflicts
])
doLog("conflict with %s detected" % (conflictString))
if config.plugins.autotimer.addsimilar_on_conflict.value:
# We start our search right after our actual index
# Attention we have to use a copy of the list, because we have to append the previous older matches
lepgm = len(epgmatches)
for i in xrange(lepgm):
servicerefS, eitS, nameS, beginS, durationS, shortdescS, extdescS = epgmatches[
(i + idx + 1) % lepgm]
if self.checkDuplicates(timer,
name,
nameS,
shortdesc,
shortdescS,
extdesc,
extdescS,
force=True):
# Check if the similar is already known
if eitS not in similardict:
doLog("Found similar Timer: " + name)
# Store the actual and similar eit and conflictString, so it can be handled later
newEntry.conflictString = conflictString
similardict[eit] = newEntry
similardict[eitS] = newEntry
similarTimer = True
if beginS <= evtBegin:
# Event is before our actual epgmatch so we have to append it to the epgmatches list
epgmatches.append(
(servicerefS, eitS, nameS, beginS,
durationS, shortdescS, extdescS))
# If we need a second similar it will be found the next time
else:
similarTimer = False
newEntry = similardict[eitS]
break
if conflicts is None:
timer.decrementCounter()
new += 1
if isnewFilterEntry:
self.addToSearchLogfile(newEntry, "++", simulateOnly)
else:
self.addToSearchLogfile(newEntry, "+", simulateOnly)
newEntry.extdesc = extdesc
timerdict[serviceref].append(newEntry)
# Similar timers are in new timers list and additionally in similar timers list
if similarTimer:
similars.append(
(name, begin, end, serviceref, timer.name))
similardict.clear()
# Don't care about similar timers
elif not similarTimer:
conflicting.append(
(name, begin, end, serviceref, timer.name))
self.addToSearchLogfile(newEntry, "x", simulateOnly)
if config.plugins.autotimer.disabled_on_conflict.value:
msg = "[AutoTimer] Timer disabled because of conflicts with %s." % (
conflictString)
doLog(msg)
newEntry.log(503, msg)
newEntry.disabled = True
# We might want to do the sanity check locally so we don't run it twice - but I consider this workaround a hack anyway
conflicts = recordHandler.record(newEntry)
return (new, modified)
def addTimer(session,
serviceref,
begin,
end,
name,
description,
disabled,
justplay,
afterevent,
dirname,
tags,
repeated,
vpsinfo=None,
logentries=None,
eit=0,
always_zap=-1):
rt = session.nav.RecordTimer
if not dirname:
dirname = preferredTimerPath()
try:
timer = RecordTimerEntry(ServiceReference(serviceref),
begin,
end,
name,
description,
eit,
disabled,
justplay,
afterevent,
dirname=dirname,
tags=tags)
timer.repeated = repeated
if logentries:
timer.log_entries = logentries
conflicts = rt.record(timer)
if conflicts:
errors = []
conflictinfo = []
for conflict in conflicts:
errors.append(conflict.name)
conflictinfo.append({
"serviceref":
str(conflict.service_ref),
"servicename":
conflict.service_ref.getServiceName().replace(
'\xc2\x86', '').replace('\xc2\x87', ''),
"name":
conflict.name,
"begin":
conflict.begin,
"end":
conflict.end,
"realbegin":
strftime("%d.%m.%Y %H:%M",
(localtime(float(conflict.begin)))),
"realend":
strftime("%d.%m.%Y %H:%M",
(localtime(float(conflict.end))))
})
return {
"result":
False,
"message":
_("Conflicting Timer(s) detected! %s") % " / ".join(errors),
"conflicts":
conflictinfo
}
#VPS
if vpsinfo is not None:
timer.vpsplugin_enabled = vpsinfo["vpsplugin_enabled"]
timer.vpsplugin_overwrite = vpsinfo["vpsplugin_overwrite"]
timer.vpsplugin_time = vpsinfo["vpsplugin_time"]
if always_zap <> -1:
if hasattr(timer, "always_zap"):
timer.always_zap = always_zap == 1
except Exception, e:
print e
return {
"result": False,
"message": _("Could not add timer '%s'!") % name
}
def editTimer(self, param):
print "[WebComponents.Timer] editTimer"
#OK first we need to parse all of your Parameters
#For some of them (like afterEvent or justplay) we can use default values
#for others (the serviceReference or the Begin/End time of the timer
#we have to quit if they are not set/have illegal values
if 'sRef' not in param:
return (False, "Missing Parameter: sRef")
service_ref = ServiceReference(param['sRef'])
repeated = int(param.get('repeated') or 0)
if 'begin' not in param:
return (False, "Missing Parameter: begin")
begin = int(float(param['begin']))
if 'end' not in param:
return (False, "Missing Parameter: end")
end = int(float(param['end']))
tm = time()
if tm <= begin:
pass
elif tm > begin and tm < end and repeated == 0:
begin = time()
elif repeated == 0:
return (False,
"Illegal Parameter value for Parameter begin : '%s'" %
begin)
if 'name' not in param:
return (False, "Missing Parameter: name")
name = param['name']
if 'description' not in param:
return (False, "Missing Parameter: description")
description = param['description'].replace("\n", " ")
eit = param.get("eit", None)
if eit is None or eit.strip() == "":
eit = 0
else:
try:
eit = int(eit)
except ValueError:
return (False,
"Illegal Parameter value for Parameter edit : '%s'" %
eit)
print "[WebComponents.Sources.Timer]: eit=%d" % eit
if eit != 0:
#check if the given event exists, if it doesn't return an error
epgcache = eEPGCache.getInstance()
event = epgcache.lookupEventId(eServiceReference(param['sRef']),
eit)
if event is None:
return (False, "Event with id %d not found" % eit)
eit = event.getEventId()
disabled = False #Default to: Enabled
if 'disabled' in param:
if param['disabled'] == "1":
disabled = True
else:
#TODO - maybe we can give the user some useful hint here
pass
justplay = False #Default to: Record
if 'justplay' in param:
if param['justplay'] == "1":
justplay = True
afterEvent = 3 #Default to Afterevent: Auto
if 'afterevent' in param:
if (param['afterevent'] == "0") or (param['afterevent']
== "1") or (param['afterevent']
== "2"):
afterEvent = int(param['afterevent'])
dirname = preferredTimerPath()
if 'dirname' in param and param['dirname']:
dirname = param['dirname']
tags = []
if 'tags' in param and param['tags']:
tags = unescape(param['tags']).split(' ')
delold = 0
if 'deleteOldOnSave' in param:
delold = int(param['deleteOldOnSave'])
#Try to edit an existing Timer
if delold:
if 'channelOld' in param and param['channelOld']:
channelOld = ServiceReference(param['channelOld'])
else:
return (False, "Missing Parameter: channelOld")
# We do need all of the following Parameters, too, for being able of finding the Timer.
# Therefore so we can neither use default values in this part nor can we
# continue if a parameter is missing
if 'beginOld' not in param:
return (False, "Missing Parameter: beginOld")
beginOld = int(param['beginOld'])
if 'endOld' not in param:
return (False, "Missing Parameter: endOld")
endOld = int(param['endOld'])
#let's try to find the timer
try:
for timer in self.recordtimer.timer_list + self.recordtimer.processed_timers:
if str(timer.service_ref) == str(channelOld):
if int(timer.begin) == beginOld:
if int(
timer.end
) == endOld: #we've found the timer we've been searching for
#set the new data
timer.service_ref = service_ref
timer.begin = begin
timer.end = end
timer.name = name
timer.description = description
timer.eit = eit
timer.disabled = disabled
timer.justplay = justplay
timer.afterEvent = afterEvent
timer.dirname = dirname
timer.tags = tags
timer.repeated = repeated
timer.processRepeated()
#sanity check
timersanitycheck = TimerSanityCheck(
self.session.nav.RecordTimer.timer_list,
timer)
conflicts = None
if not timersanitycheck.check():
conflicts = timersanitycheck.getSimulTimerList(
)
if conflicts is not None:
for x in conflicts:
if x.setAutoincreaseEnd(entry):
self.session.nav.RecordTimer.timeChanged(
x)
if not timersanitycheck.check():
conflicts = timersanitycheck.getSimulTimerList(
)
if conflicts is None:
self.recordtimer.timeChanged(
timer) #go and save it
print "[WebComponents.Timer] editTimer: Timer changed!"
return (True, "Timer '%s' changed" %
(timer.name))
else:
print "[WebComponents.Timer] editTimer conflicting Timers: %s" % (
conflicts)
msg = ""
for t in conflicts:
msg = "%s / %s" % (msg, t.name)
return (
False,
"Conflicting Timer(s) detected! %s" %
(msg))
except Exception as e:
#obviously some value was not good, return an error
print e
return (False, "Changing the timer for '%s' failed!" % name)
return (
False,
"Could not find timer '%s' with given start and end time!" %
name)
#Try adding a new Timer
try:
#Create a new instance of recordtimerentry
timer = RecordTimerEntry(service_ref,
begin,
end,
name,
description,
eit,
disabled,
justplay,
afterEvent,
dirname=dirname,
tags=tags)
timer.repeated = repeated
#add the new timer
conflicts = self.recordtimer.record(timer)
if conflicts is None:
return (True, "Timer '%s' added" % (timer.name))
else:
print "[WebComponents.Timer] editTimer conflicting Timers: %s" % (
conflicts)
msg = ""
for timer in conflicts:
msg = "%s / %s" % (msg, timer.name)
return (False, "Conflicting Timer(s) detected! %s" % (msg))
except Exception, e:
#something went wrong, most possibly one of the given paramater-values was wrong
print "[WebComponents.Timer] editTimer exception: %s" % (e)
return (False, "Could not add timer '%s'!" % name)
def timerAdd(self):
cur = self["list"].getCurrent()
event = cur[0]
if event is None:
return
serviceref = cur[1]
isRecordEvent = isRepeat = firstNextRepeatEvent = isRunning = False
eventid = event.getEventId()
begin = event.getBeginTime()
end = begin + event.getDuration()
refstr = ':'.join(serviceref.ref.toString().split(':')[:11])
for timer in self.session.nav.RecordTimer.getAllTimersList():
needed_ref = ':'.join(
timer.service_ref.ref.toString().split(':')[:11]) == refstr
if needed_ref and timer.eit == eventid and (
begin < timer.begin <= end
or timer.begin <= begin <= timer.end):
isRecordEvent = True
break
elif needed_ref and timer.repeated and self.session.nav.RecordTimer.isInRepeatTimer(
timer, event):
isRecordEvent = True
break
if isRecordEvent:
isRepeat = timer.repeated
prev_state = timer.state
isRunning = prev_state in (1, 2)
title_text = isRepeat and _(
"Attention, this is repeated timer!\n") or ""
firstNextRepeatEvent = isRepeat and (
begin < timer.begin <= end
or timer.begin <= begin <= timer.end) and not timer.justplay
menu = [(_("Delete timer"), "delete"), (_("Edit timer"), "edit")]
buttons = ["red", "green"]
if not isRunning:
if firstNextRepeatEvent and timer.isFindRunningEvent(
) and not timer.isFindNextEvent():
menu.append((_("Options disable timer"), "disablerepeat"))
else:
menu.append((_("Disable timer"), "disable"))
buttons.append("yellow")
elif prev_state == 2 and firstNextRepeatEvent:
menu.append(
(_("Options disable timer"), "disablerepeatrunning"))
buttons.append("yellow")
menu.append((_("Timer Overview"), "timereditlist"))
def timerAction(choice):
if choice is not None:
if choice[1] == "delete":
self.removeTimer(timer)
elif choice[1] == "edit":
self.session.openWithCallback(self.finishedEdit,
TimerEntry, timer)
elif choice[1] == "disable":
self.disableTimer(timer, prev_state)
elif choice[1] == "timereditlist":
self.session.open(TimerEditList)
elif choice[1] == "disablerepeatrunning":
self.disableTimer(timer,
prev_state,
repeat=True,
record=True)
elif choice[1] == "disablerepeat":
self.disableTimer(timer, prev_state, repeat=True)
self.session.openWithCallback(
timerAction,
ChoiceBox,
title=title_text +
_("Select action for timer '%s'.") % timer.name,
list=menu,
keys=buttons)
else:
newEntry = RecordTimerEntry(serviceref,
checkOldTimers=True,
dirname=preferredTimerPath(),
*parseEvent(event))
newEntry.justplay = config.recording.timer_default_type.value == "zap"
newEntry.always_zap = config.recording.timer_default_type.value == "zap+record"
self.session.openWithCallback(self.finishedAdd, TimerEntry,
newEntry)
def recordNow(session, infinite):
rt = session.nav.RecordTimer
serviceref = session.nav.getCurrentlyPlayingServiceReference().toString()
try:
event = session.nav.getCurrentService().info().getEvent(0)
except Exception:
event = None
if not event and not infinite:
return {
"result": False,
"message": _("No event found! Not recording!")
}
if event:
(begin, end, name, description, eit) = parseEvent(event)
begin = time()
msg = _("Instant record for current Event started")
else:
name = "instant record"
description = ""
eit = 0
if infinite:
begin = time()
end = begin + 3600 * 10
msg = _("Infinite Instant recording started")
timer = RecordTimerEntry(
ServiceReference(serviceref),
begin,
end,
name,
description,
eit,
False,
False,
0,
dirname=preferredInstantRecordPath()
)
timer.dontSave = True
if rt.record(timer):
return {
"result": False,
"message": _("Timer conflict detected! Not recording!")
}
nt = {
"serviceref": str(timer.service_ref),
"servicename": timer.service_ref.getServiceName().replace('\xc2\x86', '').replace('\xc2\x87', ''),
"eit": timer.eit,
"name": timer.name,
"begin": timer.begin,
"end": timer.end,
"duration": timer.end - timer.begin
}
return {
"result": True,
"message": msg,
"newtimer": nt
}
def parseEPG(self, simulateOnly = False):
if NavigationInstance.instance is None:
print("[AutoTimer] Navigation is not available, can't parse EPG")
return (0, 0, 0, [], [], [])
total = 0
new = 0
modified = 0
timers = []
conflicting = []
similar = defaultdict(list) # Contains the the marked similar eits and the conflicting strings
similars = [] # Contains the added similar timers
# NOTE: the config option specifies "the next X days" which means today (== 1) + X
delta = timedelta(days = config.plugins.autotimer.maxdaysinfuture.value + 1)
evtLimit = mktime((date.today() + delta).timetuple())
checkEvtLimit = delta.days > 1
del delta
# Read AutoTimer configuration
self.readXml()
# Get E2 instances
epgcache = eEPGCache.getInstance()
serviceHandler = eServiceCenter.getInstance()
recordHandler = NavigationInstance.instance.RecordTimer
# Save Recordings in a dict to speed things up a little
# We include processed timers as we might search for duplicate descriptions
# The recordict is always filled
#Question: It might be better to name it timerdict
#Question: Move to a separate function getTimerDict()
#Note: It is also possible to use RecordTimer isInTimer(), but we won't get the timer itself on a match
recorddict = defaultdict(list)
for timer in chain(recordHandler.timer_list, recordHandler.processed_timers):
if timer and timer.service_ref:
if timer.eit is not None:
event = epgcache.lookupEventId(timer.service_ref.ref, timer.eit)
extdesc = event and event.getExtendedDescription() or ''
timer.extdesc = extdesc
elif not hasattr(timer, 'extdesc'):
timer.extdesc = ''
recorddict[str(timer.service_ref)].append(timer)
# Create dict of all movies in all folders used by an autotimer to compare with recordings
# The moviedict will be filled only if one AutoTimer is configured to avoid duplicate description for any recordings
#Question: It might be better to name it recorddict
moviedict = defaultdict(list)
# Iterate Timer
for timer in self.getEnabledTimerList():
# Precompute timer destination dir
dest = timer.destination or config.usage.default_path.value
# Workaround to allow search for umlauts if we know the encoding
match = timer.match
if timer.encoding != 'UTF-8':
try:
match = match.decode('UTF-8').encode(timer.encoding)
except UnicodeDecodeError:
pass
if timer.searchType == "description":
test = []
epgmatches = []
casesensitive = timer.searchCase == "sensitive"
if not casesensitive:
match = match.lower()
#if timer.services or timer.bouquets:
# Service filter defined
# Search only using the specified services
for service in timer.services:
test.append( (service, 0, -1, -1 ) )
mask = (eServiceReference.isMarker | eServiceReference.isDirectory)
for bouquet in timer.bouquets:
services = serviceHandler.list(eServiceReference(bouquet))
if not services is None:
while True:
service = services.getNext()
if not service.valid(): #check end of list
break
if not (service.flags & mask):
test.append( (service.toString(), 0, -1, -1 ) )
if not test:
#else:
# No service filter defined
# Search within all services - could be very slow
# Get all bouquets
bouquetlist = []
refstr = '1:134:1:0:0:0:0:0:0:0:FROM BOUQUET \"bouquets.tv\" ORDER BY bouquet'
bouquetroot = eServiceReference(refstr)
mask = eServiceReference.isDirectory
if config.usage.multibouquet.value:
bouquets = serviceHandler.list(bouquetroot)
if bouquets:
while True:
s = bouquets.getNext()
if not s.valid():
break
if s.flags & mask:
info = serviceHandler.info(s)
if info:
bouquetlist.append((info.getName(s), s))
else:
info = serviceHandler.info(bouquetroot)
if info:
bouquetlist.append((info.getName(bouquetroot), bouquetroot))
# Get all services
mask = (eServiceReference.isMarker | eServiceReference.isDirectory)
for name, bouquet in bouquetlist:
if not bouquet.valid(): #check end of list
break
if bouquet.flags & eServiceReference.isDirectory:
services = serviceHandler.list(bouquet)
if not services is None:
while True:
service = services.getNext()
if not service.valid(): #check end of list
break
if not (service.flags & mask):
test.append( (service.toString(), 0, -1, -1 ) )
if test:
# Get all events
# eEPGCache.lookupEvent( [ format of the returned tuples, ( service, 0 = event intersects given start_time, start_time -1 for now_time), ] )
test.insert(0, 'RITBDSE')
allevents = epgcache.lookupEvent( test ) or []
# Filter events
for serviceref, eit, name, begin, duration, shortdesc, extdesc in allevents:
if match in (shortdesc if casesensitive else shortdesc.lower()) \
or match in (extdesc if casesensitive else extdesc.lower()):
epgmatches.append( (serviceref, eit, name, begin, duration, shortdesc, extdesc) )
else:
# Search EPG, default to empty list
epgmatches = epgcache.search(('RITBDSE', 1000, typeMap[timer.searchType], match, caseMap[timer.searchCase])) or []
# Sort list of tuples by begin time 'B'
epgmatches.sort(key=itemgetter(3))
# Reset the the marked similar servicerefs
similar.clear()
# Loop over all EPG matches
for idx, ( serviceref, eit, name, begin, duration, shortdesc, extdesc ) in enumerate( epgmatches ):
# Loop over all EPG matches
for idx, ( serviceref, eit, name, begin, duration, shortdesc, extdesc ) in enumerate( epgmatches ):
#Question: Do we need this?
#Question: Move to separate function getRealService()
eserviceref = eServiceReference(serviceref)
evt = epgcache.lookupEventId(eserviceref, eit)
if not evt:
print("[AutoTimer] Could not create Event!")
continue
# Try to determine real service (we always choose the last one)
n = evt.getNumOfLinkageServices()
if n > 0:
i = evt.getLinkageService(eserviceref, n-1)
serviceref = i.toString()
evtBegin = begin
evtEnd = end = begin + duration
# If event starts in less than 60 seconds skip it
if begin < time() + 60:
print("[AutoTimer] Skipping an event because it starts in less than 60 seconds")
continue
# Convert begin time
timestamp = localtime(begin)
# Update timer
timer.update(begin, timestamp)
# Check if eit is in similar matches list
# NOTE: ignore evtLimit for similar timers as I feel this makes the feature unintuitive
similarTimer = False
if eit in similar:
similarTimer = True
dayofweek = None # NOTE: ignore day on similar timer
else:
# If maximum days in future is set then check time
if checkEvtLimit:
if begin > evtLimit:
continue
dayofweek = str(timestamp.tm_wday)
# Check timer conditions
# NOTE: similar matches to not care about the day/time they are on, so ignore them
if timer.checkServices(serviceref) \
or timer.checkDuration(duration) \
or (not similarTimer and (\
timer.checkTimespan(timestamp) \
or timer.checkTimeframe(begin) \
)) or timer.checkFilter(name, shortdesc, extdesc, dayofweek):
continue
if timer.hasOffset():
# Apply custom Offset
begin, end = timer.applyOffset(begin, end)
else:
# Apply E2 Offset
begin -= config.recording.margin_before.value * 60
end += config.recording.margin_after.value * 60
# Overwrite endtime if requested
if timer.justplay and not timer.setEndtime:
end = begin
# Eventually change service to alternative
if timer.overrideAlternatives:
serviceref = timer.getAlternative(serviceref)
total += 1
# Append to timerlist and abort if simulating
timers.append((name, begin, end, serviceref, timer.name))
if simulateOnly:
continue
# Check for existing recordings in directory
if timer.avoidDuplicateDescription == 3:
# Reset movie Exists
movieExists = False
if dest and dest not in moviedict:
#Question: Move to a separate function getRecordDict()
print("[AutoTimer] listing of movies in " + dest + " failed")
event = info.getEvent(movieref)
if event is None:
continue
"shortdesc": info.getInfoString(movieref, iServiceInformation.sDescription),
"extdesc": event.getExtendedDescription() or '' # XXX: does event.getExtendedDescription() actually return None on no description or an empty string?
for movieinfo in moviedict.get(dest, ()):
if movieinfo.get("name") == name \
and movieinfo.get("shortdesc") == shortdesc:
# Some channels indicate replays in the extended descriptions
# If the similarity percent is higher then 0.8 it is a very close match
extdescM = movieinfo.get("extdesc")
if ( len(extdesc) == len(extdescM) and extdesc == extdescM ) \
or ( 0.8 < SequenceMatcher(lambda x: x == " ",extdesc, extdescM).ratio() ):
print("[AutoTimer] We found a matching recorded movie, skipping event:", name)
movieExists = True
break
if movieExists:
continue
# Initialize
newEntry = None
oldExists = False
# Check for double Timers
# We first check eit and if user wants us to guess event based on time
# we try this as backup. The allowed diff should be configurable though.
for rtimer in recorddict.get(serviceref, ()):
if rtimer.eit == eit or config.plugins.autotimer.try_guessing.value and getTimeDiff(rtimer, evtBegin, evtEnd) > ((duration/10)*8):
oldExists = True
# Abort if we don't want to modify timers or timer is repeated
if config.plugins.autotimer.refresh.value == "none" or rtimer.repeated:
print("[AutoTimer] Won't modify existing timer because either no modification allowed or repeated timer")
break
if hasattr(rtimer, "isAutoTimer"):
rtimer.log(501, "[AutoTimer] AutoTimer %s modified this automatically generated timer." % (timer.name))
else:
if config.plugins.autotimer.refresh.value != "all":
print("[AutoTimer] Won't modify existing timer because it's no timer set by us")
break
rtimer.log(501, "[AutoTimer] Warning, AutoTimer %s messed with a timer which might not belong to it." % (timer.name))
newEntry = rtimer
modified += 1
# Modify values saved in timer
newEntry.name = name
newEntry.description = shortdesc
newEntry.begin = int(begin)
newEntry.end = int(end)
newEntry.service_ref = ServiceReference(serviceref)
break
elif timer.avoidDuplicateDescription >= 1 \
and not rtimer.disabled \
and rtimer.name == name \
and rtimer.description == shortdesc:
# Some channels indicate replays in the extended descriptions
# If the similarity percent is higher then 0.8 it is a very close match
if ( len(extdesc) == len(rtimer.extdesc) and extdesc == rtimer.extdesc ) \
or ( 0.8 < SequenceMatcher(lambda x: x == " ",extdesc, rtimer.extdesc).ratio() ):
oldExists = True
print("[AutoTimer] We found a timer (similar service) with same description, skipping event")
break
# We found no timer we want to edit
if newEntry is None:
# But there is a match
if oldExists:
continue
# We want to search for possible doubles
if timer.avoidDuplicateDescription >= 2:
for rtimer in chain.from_iterable( itervalues(recorddict) ):
if not rtimer.disabled \
and rtimer.name == name \
and rtimer.description == shortdesc:
# Some channels indicate replays in the extended descriptions
# If the similarity percent is higher then 0.8 it is a very close match
if ( len(extdesc) == len(rtimer.extdesc) and extdesc == rtimer.extdesc ) \
or ( 0.8 < SequenceMatcher(lambda x: x == " ",extdesc, rtimer.extdesc).ratio() ):
oldExists = True
print("[AutoTimer] We found a timer (any service) with same description, skipping event")
break
if oldExists:
continue
if timer.checkCounter(timestamp):
print("[AutoTimer] Not adding new timer because counter is depleted.")
continue
newEntry = RecordTimerEntry(ServiceReference(serviceref), begin, end, name, shortdesc, eit)
newEntry.log(500, "[AutoTimer] Try to add new timer based on AutoTimer %s." % (timer.name))
# Mark this entry as AutoTimer (only AutoTimers will have this Attribute set)
# It is only temporarily, after a restart it will be lost,
# because it won't be stored in the timer xml file
newEntry.isAutoTimer = True
# Apply afterEvent
if timer.hasAfterEvent():
afterEvent = timer.getAfterEventTimespan(localtime(end))
if afterEvent is None:
afterEvent = timer.getAfterEvent()
if afterEvent is not None:
newEntry.afterEvent = afterEvent
newEntry.dirname = timer.destination
newEntry.justplay = timer.justplay
newEntry.tags = timer.tags
newEntry.vpsplugin_enabled = timer.vps_enabled
newEntry.vpsplugin_overwrite = timer.vps_overwrite
if oldExists:
# XXX: this won't perform a sanity check, but do we actually want to do so?
recordHandler.timeChanged(newEntry)
else:
conflictString = ""
if similarTimer:
conflictString = similar[eit].conflictString
newEntry.log(504, "[AutoTimer] Try to add similar Timer because of conflicts with %s." % (conflictString))
# Try to add timer
conflicts = recordHandler.record(newEntry)
if conflicts:
conflictString += ' / '.join(["%s (%s)" % (x.name, strftime("%Y%m%d %H%M", localtime(x.begin))) for x in conflicts])
print("[AutoTimer] conflict with %s detected" % (conflictString))
if conflicts and config.plugins.autotimer.addsimilar_on_conflict.value:
# We start our search right after our actual index
# Attention we have to use a copy of the list, because we have to append the previous older matches
lepgm = len(epgmatches)
for i in xrange(lepgm):
servicerefS, eitS, nameS, beginS, durationS, shortdescS, extdescS = epgmatches[ (i+idx+1)%lepgm ]
if shortdesc == shortdescS:
# Some channels indicate replays in the extended descriptions
# If the similarity percent is higher then 0.8 it is a very close match
if ( len(extdesc) == len(extdescS) and extdesc == extdescS ) \
or ( 0.8 < SequenceMatcher(lambda x: x == " ",extdesc, extdescS).ratio() ):
# Check if the similar is already known
if eitS not in similar:
print("[AutoTimer] Found similar Timer: " + name)
# Store the actual and similar eit and conflictString, so it can be handled later
newEntry.conflictString = conflictString
similar[eit] = newEntry
similar[eitS] = newEntry
similarTimer = True
if beginS <= evtBegin:
# Event is before our actual epgmatch so we have to append it to the epgmatches list
epgmatches.append((servicerefS, eitS, nameS, beginS, durationS, shortdescS, extdescS))
# If we need a second similar it will be found the next time
break
else:
similarTimer = False
newEntry = similar[eitS]
break
if conflicts is None:
timer.decrementCounter()
new += 1
newEntry.extdesc = extdesc
recorddict[serviceref].append(newEntry)
# Similar timers are in new timers list and additionally in similar timers list
if similarTimer:
similars.append((name, begin, end, serviceref, timer.name))
similar.clear()
# Don't care about similar timers
elif not similarTimer:
conflicting.append((name, begin, end, serviceref, timer.name))
if config.plugins.autotimer.disabled_on_conflict.value:
newEntry.log(503, "[AutoTimer] Timer disabled because of conflicts with %s." % (conflictString))
newEntry.disabled = True
# We might want to do the sanity check locally so we don't run it twice - but I consider this workaround a hack anyway
conflicts = recordHandler.record(newEntry)
return (total, new, modified, timers, conflicting, similars)
# Supporting functions
def addDirectoryToMovieDict(self, moviedict, dest, serviceHandler):
movielist = serviceHandler.list(eServiceReference("2:0:1:0:0:0:0:0:0:0:" + dest))
if movielist is None:
print("[AutoTimer] listing of movies in " + dest + " failed")
else:
append = moviedict[dest].append
while 1:
movieref = movielist.getNext()
if not movieref.valid():
break
if movieref.flags & eServiceReference.mustDescent:
continue
info = serviceHandler.info(movieref)
if info is None:
continue
event = info.getEvent(movieref)
if event is None:
continue
append({
"name": info.getName(movieref),
"shortdesc": info.getInfoString(movieref, iServiceInformation.sDescription),
"extdesc": event.getExtendedDescription() or '' # XXX: does event.getExtendedDescription() actually return None on no description or an empty string?
})
def checkSimilarity(self, timer, name1, name2, shortdesc1, shortdesc2, extdesc1, extdesc2):
foundTitle = (name1 == name2)
foundShort = (shortdesc1 == shortdesc2) if timer.searchForDuplicateDescription > 0 else True
foundExt = True
# NOTE: only check extended if short description already is a match because otherwise
# it won't evaluate to True anyway
if timer.searchForDuplicateDescription == 2 and foundShort:
# Some channels indicate replays in the extended descriptions
# If the similarity percent is higher then 0.8 it is a very close match
foundExt = ( len(extdesc1) == len(extdesc2) and extdesc1 == extdesc2 ) \
or ( 0.8 < SequenceMatcher(lambda x: x == " ",extdesc1, extdesc2).ratio() )
return (total, new, modified, timers, conflicting, similars)
def addTimer(session, serviceref, begin, end, name, description, disabled, justplay, afterevent, dirname, tags, repeated, vpsinfo=None, logentries=None, eit=0, always_zap=-1):
rt = session.nav.RecordTimer
if not dirname:
dirname = preferredTimerPath()
try:
timer = RecordTimerEntry(
ServiceReference(serviceref),
begin,
end,
name,
description,
eit,
disabled,
justplay,
afterevent,
dirname=dirname,
tags=tags)
timer.repeated = repeated
if logentries:
timer.log_entries = logentries
conflicts = rt.record(timer)
if conflicts:
errors = []
conflictinfo = []
for conflict in conflicts:
errors.append(conflict.name)
conflictinfo.append({
"serviceref": str(conflict.service_ref),
"servicename": conflict.service_ref.getServiceName().replace('\xc2\x86', '').replace('\xc2\x87', ''),
"name": conflict.name,
"begin" : conflict.begin,
"end" : conflict.end,
"realbegin":strftime("%d.%m.%Y %H:%M", (localtime(float(conflict.begin)))),
"realend":strftime("%d.%m.%Y %H:%M", (localtime(float(conflict.end))))
})
return {
"result": False,
"message": _("Conflicting Timer(s) detected! %s") % " / ".join(errors),
"conflicts" : conflictinfo
}
#VPS
if vpsinfo is not None:
timer.vpsplugin_enabled = vpsinfo["vpsplugin_enabled"]
timer.vpsplugin_overwrite = vpsinfo["vpsplugin_overwrite"]
timer.vpsplugin_time = vpsinfo["vpsplugin_time"]
if always_zap <> -1:
if hasattr(timer,"always_zap"):
timer.always_zap = always_zap == 1
except Exception, e:
print e
return {
"result": False,
"message": _("Could not add timer '%s'!") % name
}
def parseTimer(self, timer, epgcache, serviceHandler, recordHandler, checkEvtLimit, evtLimit, timers, conflicting, similars, skipped, timerdict, moviedict, simulateOnly=False):
new = 0
modified = 0
# enable multiple timer if services or bouquets specified (eg. recording the same event on sd service and hd service)
enable_multiple_timer = ((timer.services and 's' in config.plugins.autotimer.enable_multiple_timer.value or False) or (timer.bouquets and 'b' in config.plugins.autotimer.enable_multiple_timer.value or False))
# Workaround to allow search for umlauts if we know the encoding
match = timer.match.replace('\xc2\x86', '').replace('\xc2\x87', '')
if timer.encoding != 'UTF-8':
try:
match = match.decode('UTF-8').encode(timer.encoding)
except UnicodeDecodeError:
pass
if timer.searchType == "favoritedesc":
epgmatches = []
casesensitive = timer.searchCase == "sensitive"
if not casesensitive:
match = match.lower()
test = []
if timer.services or timer.bouquets:
if timer.services:
test = [(service, 0, -1, -1) for service in timer.services]
if timer.bouquets:
for bouquet in timer.bouquets:
services = serviceHandler.list(eServiceReference(bouquet))
if services:
while True:
service = services.getNext()
if not service.valid():
break
playable = not (service.flags & (eServiceReference.isMarker | eServiceReference.isDirectory)) or (service.flags & eServiceReference.isNumberedMarker)
if playable:
test.append((service.toString(), 0, -1, -1))
else: # Get all bouquets
bouquetlist = []
if config.usage.multibouquet.value:
refstr = '1:7:1:0:0:0:0:0:0:0:FROM BOUQUET "bouquets.tv" ORDER BY bouquet'
bouquetroot = eServiceReference(refstr)
bouquets = serviceHandler.list(bouquetroot)
if bouquets:
while True:
s = bouquets.getNext()
if not s.valid():
break
if s.flags & eServiceReference.isDirectory and not s.flags & eServiceReference.isInvisible:
info = serviceHandler.info(s)
if info:
bouquetlist.append(s)
else:
service_types_tv = '1:7:1:0:0:0:0:0:0:0:(type == 1) || (type == 17) || (type == 22) || (type == 25) || (type == 31) || (type == 134) || (type == 195)'
refstr = '%s FROM BOUQUET "userbouquet.favourites.tv" ORDER BY bouquet' % (service_types_tv)
bouquetroot = eServiceReference(refstr)
info = serviceHandler.info(bouquetroot)
if info:
bouquetlist.append(bouquetroot)
if bouquetlist:
for bouquet in bouquetlist:
if not bouquet.valid():
break
if bouquet.flags & eServiceReference.isDirectory:
services = serviceHandler.list(bouquet)
if services:
while True:
service = services.getNext()
if not service.valid():
break
playable = not (service.flags & (eServiceReference.isMarker | eServiceReference.isDirectory)) or (service.flags & eServiceReference.isNumberedMarker)
if playable:
test.append((service.toString(), 0, -1, -1))
if test:
# Get all events
# eEPGCache.lookupEvent( [ format of the returned tuples, ( service, 0 = event intersects given start_time, start_time -1 for now_time), ] )
test.insert(0, 'RITBDSE')
allevents = epgcache.lookupEvent(test) or []
# Filter events
for serviceref, eit, name, begin, duration, shortdesc, extdesc in allevents:
if match in (shortdesc if casesensitive else shortdesc.lower()) or match in (extdesc if casesensitive else extdesc.lower()) or match in (name if casesensitive else name.lower()):
epgmatches.append((serviceref, eit, name, begin, duration, shortdesc, extdesc))
else:
# Search EPG, default to empty list
epgmatches = epgcache.search(('RITBDSE', int(config.plugins.autotimer.max_search_events_match.value), typeMap[timer.searchType], match, caseMap[timer.searchCase])) or []
# Sort list of tuples by begin time 'B'
epgmatches.sort(key=itemgetter(3))
# Contains the the marked similar eits and the conflicting strings
similardict = defaultdict(list)
# Loop over all EPG matches
for idx, (serviceref, eit, name, begin, duration, shortdesc, extdesc) in enumerate(epgmatches):
startLog()
# timer destination dir
dest = timer.destination or config.usage.default_path.value
evtBegin = begin
evtEnd = end = begin + duration
doLog("[AutoTimer] possible epgmatch %s" % (name))
doLog("[AutoTimer] Serviceref %s" % serviceref)
eserviceref = eServiceReference(serviceref)
evt = epgcache.lookupEventId(eserviceref, eit)
if not evt:
doLog("[AutoTimer] Could not create Event!")
skipped.append((name, begin, end, serviceref, timer.name, getLog()))
continue
# Try to determine real service (we always choose the last one)
#n = evt.getNumOfLinkageServices()
#if n > 0:
# i = evt.getLinkageService(eserviceref, n-1)
# serviceref = i.toString()
# doLog("[AutoTimer] Serviceref2 %s" % serviceref)
# If event starts in less than 60 seconds skip it
if begin < time() + 60:
doLog("[AutoTimer] Skipping an event because it starts in less than 60 seconds")
skipped.append((name, begin, end, serviceref, timer.name, getLog()))
continue
# Set short description to equal extended description if it is empty.
if not shortdesc and timer.descShortEqualExt and extdesc:
shortdesc = extdesc
# Convert begin time
timestamp = localtime(begin)
# Update timer
timer.update(begin, timestamp)
# Check if eit is in similar matches list
# NOTE: ignore evtLimit for similar timers as I feel this makes the feature unintuitive
similarTimer = False
if eit in similardict:
similarTimer = True
dayofweek = None # NOTE: ignore day on similar timer
else:
# If maximum days in future is set then check time
if checkEvtLimit:
if begin > evtLimit:
doLog("[AutoTimer] Skipping an event because of maximum days in future is reached")
skipped.append((name, begin, end, serviceref, timer.name, getLog()))
continue
dayofweek = str(timestamp.tm_wday)
# Update dayofweek when programmes that cross midnight and have a dayofweek filter
end_timestamp = localtime(end)
end_dayofweek = str(end_timestamp.tm_wday)
if end_dayofweek != dayofweek:
dayofweek = end_dayofweek
# Check timer conditions
# NOTE: similar matches do not care about the day/time they are on, so ignore them
if timer.checkServices(serviceref):
doLog("[AutoTimer] Skipping an event because of check services")
skipped.append((name, begin, end, serviceref, timer.name, getLog()))
continue
if timer.checkDuration(duration):
doLog("[AutoTimer] Skipping an event because of duration check")
skipped.append((name, begin, end, serviceref, timer.name, getLog()))
continue
if not similarTimer:
if timer.checkTimespan(timestamp):
doLog("[AutoTimer] Skipping an event because of timestamp check")
skipped.append((name, begin, end, serviceref, timer.name, getLog()))
continue
if timer.checkTimeframe(begin):
doLog("[AutoTimer] Skipping an event because of timeframe check")
skipped.append((name, begin, end, serviceref, timer.name, getLog()))
continue
# Initialize
newEntry = None
oldEntry = None
oldExists = False
allow_modify = True
newAT = None
# Eventually change service to alternative
if timer.overrideAlternatives:
serviceref = timer.getAlternative(serviceref)
if timer.series_labeling and sp_getSeasonEpisode is not None:
allow_modify = False
doLog("[AutoTimer SeriesPlugin] Request name, desc, path %s %s %s" % (name, shortdesc, dest))
sp = sp_getSeasonEpisode(serviceref, name, evtBegin, evtEnd, shortdesc, dest, True)
if sp and type(sp) in (tuple, list) and len(sp) > 3:
name = sp[0] or name
shortdesc = sp[1] or shortdesc
dest = sp[2] or dest
doLog(str(sp[3]))
allow_modify = True
doLog("[AutoTimer SeriesPlugin] Returned name, desc, path %s %s %s" % (name, shortdesc, dest))
else:
# Nothing found
doLog(str(sp))
# If AutoTimer name not equal match, do a second lookup with the name
if timer.name.lower() != timer.match.lower():
doLog("[AutoTimer SeriesPlugin] Request name, desc, path %s %s %s" % (timer.name, shortdesc, dest))
sp = sp_getSeasonEpisode(serviceref, timer.name, evtBegin, evtEnd, shortdesc, dest, True)
if sp and type(sp) in (tuple, list) and len(sp) > 3:
name = sp[0] or name
shortdesc = sp[1] or shortdesc
dest = sp[2] or dest
doLog(str(sp[3]))
allow_modify = True
doLog("[AutoTimer SeriesPlugin] Returned name, desc, path %s %s %s" % (name, shortdesc, dest))
else:
doLog(str(sp))
if timer.checkFilter(name, shortdesc, extdesc, dayofweek):
doLog("[AutoTimer] Skipping an event because of filter check")
skipped.append((name, begin, end, serviceref, timer.name, getLog()))
continue
if timer.hasOffset():
# Apply custom Offset
begin, end = timer.applyOffset(begin, end)
offsetBegin = timer.offset[0]
offsetEnd = timer.offset[1]
else:
# Apply E2 Offset
begin -= config.recording.margin_before.value * 60
end += config.recording.margin_after.value * 60
offsetBegin = config.recording.margin_before.value * 60
offsetEnd = config.recording.margin_after.value * 60
# Overwrite endtime if requested
if timer.justplay and not timer.setEndtime:
end = begin
evtEnd = evtBegin
# Check for existing recordings in directory
if timer.avoidDuplicateDescription == 3:
# Reset movie Exists
movieExists = False
if dest and dest not in moviedict:
self.addDirectoryToMovieDict(moviedict, dest, serviceHandler)
for movieinfo in moviedict.get(dest, ()):
if self.checkSimilarity(timer, name, movieinfo.get("name"), shortdesc, movieinfo.get("shortdesc"), extdesc, movieinfo.get("extdesc"), isMovie=True):
doLog("[AutoTimer] We found a matching recorded movie, skipping event:", name)
movieExists = True
break
if movieExists:
doLog("[AutoTimer] Skipping an event because movie already exists")
skipped.append((name, begin, end, serviceref, timer.name, getLog()))
continue
# Check for double Timers
# We first check eit and if user wants us to guess event based on time
# we try this as backup. The allowed diff should be configurable though.
for rtimer in timerdict.get(serviceref, ()):
try: # protect against vps plugin not being present
vps_changed = hasVps and (rtimer.vpsplugin_enabled != timer.vps_enabled or rtimer.vpsplugin_overwrite != timer.vps_overwrite)
except:
vps_changed = False
time_changed = (evtBegin - offsetBegin != rtimer.begin) or (evtEnd + offsetEnd != rtimer.end)
desc_changed = (timer.avoidDuplicateDescription >= 1 and shortdesc and rtimer.description and shortdesc != rtimer.description) or (timer.avoidDuplicateDescription >= 2 and extdesc and rtimer.extdesc and extdesc != rtimer.extdesc)
if rtimer.eit == eit:
oldExists = True
doLog("[AutoTimer] We found a timer based on eit")
if time_changed or desc_changed or vps_changed:
newEntry = rtimer
oldEntry = [rtimer.name, rtimer.description, rtimer.extdesc, rtimer.begin, rtimer.end, rtimer.service_ref, rtimer.eit, rtimer.disabled]
break
elif config.plugins.autotimer.try_guessing.value:
if timeSimilarityPercent(rtimer, evtBegin, evtEnd, timer) > 80:
oldExists = True
doLog("[AutoTimer] We found a timer based on time guessing")
if time_changed or desc_changed or vps_changed:
newEntry = rtimer
oldEntry = [rtimer.name, rtimer.description, rtimer.extdesc, rtimer.begin, rtimer.end, rtimer.service_ref, rtimer.eit, rtimer.disabled]
break
if oldExists is None and timer.avoidDuplicateDescription >= 1 and not rtimer.disabled:
# searchForDuplicateDescription is 1 - check short description / searchForDuplicateDescription is 2 - check extended description
if self.checkSimilarity(timer, name, rtimer.name, shortdesc, rtimer.description, extdesc, rtimer.extdesc):
oldExists = True
doLog("[AutoTimer] We found a timer (similar service) with same description, skipping event")
break
# We found no timer we want to edit
if newEntry is None:
# But there is a match
if oldExists:
doLog("[AutoTimer] Skipping an event because a timer on same service exists")
skipped.append((name, begin, end, serviceref, timer.name, getLog()))
continue
# We want to search for possible doubles
for rtimer in chain.from_iterable(itervalues(timerdict)):
if not rtimer.disabled:
if self.checkDoubleTimers(timer, name, rtimer.name, begin, rtimer.begin, end, rtimer.end, serviceref, rtimer.service_ref.ref.toString(), enable_multiple_timer):
oldExists = True
print("[AutoTimer] We found a timer with same start time, skipping event")
break
if timer.avoidDuplicateDescription >= 2:
if self.checkSimilarity(timer, name, rtimer.name, shortdesc, rtimer.description, extdesc, rtimer.extdesc):
oldExists = True
doLog("[AutoTimer] We found a timer (any service) with same description, skipping event")
break
if oldExists:
doLog("[AutoTimer] Skipping an event because a timer on any service exists")
skipped.append((name, begin, end, serviceref, timer.name, getLog()))
continue
if timer.checkCounter(timestamp):
doLog("[AutoTimer] Not adding new timer because counter is depleted.")
skipped.append((name, begin, end, serviceref, timer.name, getLog()))
continue
# if set option for check/save timer in filterlist and only if not found an existing timer
isnewFilterEntry = False
if (config.plugins.autotimer.series_save_filter.value or timer.series_save_filter) and not oldExists:
if timer.series_labeling and sp_getSeasonEpisode is not None:
if sp and type(sp) in (tuple, list) and len(sp) == 4:
ret = self.addToFilterfile(str(sp[0]), begin, simulateOnly)
if sp and type(sp) in (tuple, list) and len(sp) > 3:
filter_title = str(sp[0])
if len(sp) > 4:
filter_title = "{series:s} - S{season:02d}E{rawepisode:s} - {title:s}".format(**sp[4])
ret = self.addToFilterfile(filter_title, begin, simulateOnly, str(sp[0]))
if ret:
if simulateOnly:
doLog("[AutoTimer SeriesPlugin] only simulate - new Timer would be saved in autotimer_filter")
else:
doLog("[AutoTimer SeriesPlugin] new Timer saved in autotimer_filter")
isnewFilterEntry = True
else:
skipped.append((name, begin, end, serviceref, timer.name, getLog()))
continue
# Append to timerlist and abort if simulating
timers.append((name, begin, end, serviceref, timer.name, getLog()))
if simulateOnly:
continue
if newEntry is not None:
# Abort if we don't want to modify timers or timer is repeated
if config.plugins.autotimer.refresh.value == "none" or newEntry.repeated:
doLog("[AutoTimer] Won't modify existing timer because either no modification allowed or repeated timer")
continue
if "autotimer" in newEntry.flags:
msg = "[AutoTimer] AutoTimer %s modified this automatically generated timer." % (timer.name)
doLog(msg)
newEntry.log(501, msg)
else:
if config.plugins.autotimer.refresh.value != "all":
doLog("[AutoTimer] Won't modify existing timer because it's no timer set by us")
continue
msg = "[AutoTimer] Warning, AutoTimer %s messed with a timer which might not belong to it: %s ." % (timer.name, newEntry.name)
doLog(msg)
newEntry.log(501, msg)
changed = newEntry.begin != begin or newEntry.end != end or newEntry.name != name
if allow_modify:
if oldExists and newEntry.service_ref.ref.toString() == serviceref and newEntry.eit == eit and newEntry.name == name and newEntry.begin < begin and newEntry.end < end and (0 < begin - newEntry.end <= 600):
begin = newEntry.begin
doLog("[AutoTimer] This same eit and different times end - update only end")
if self.modifyTimer(newEntry, name, shortdesc, begin, end, serviceref, eit, base_timer=timer):
msg = "[AutoTimer] AutoTimer modified timer: %s ." % (newEntry.name)
doLog(msg)
newEntry.log(501, msg)
if changed:
self.addToSearchLogfile(newEntry, "#", simulateOnly)
modified += 1
else:
msg = "[AutoTimer] AutoTimer modification not allowed for timer %s because conflicts or double timer." % (newEntry.name)
doLog(msg)
if oldEntry:
self.setOldTimer(newEntry, oldEntry)
doLog("[AutoTimer] conflict for modification timer %s detected return to old timer" % (newEntry.name))
continue
else:
msg = "[AutoTimer] AutoTimer modification not allowed for timer: %s ." % (newEntry.name)
doLog(msg)
continue
else:
newEntry = RecordTimerEntry(ServiceReference(serviceref), begin, end, name, shortdesc, eit)
newAT = True
msg = "[AutoTimer] Try to add new timer based on AutoTimer %s." % (timer.name)
doLog(msg)
newEntry.log(500, msg)
msg = "[AutoTimer] Timer start on: %s" % ctime(begin)
doLog(msg)
newEntry.log(509, msg)
# Mark this entry as AutoTimer
newEntry.flags.add("autotimer")
# Mark this entry as timer name
newEntry.flags.add(stringToXML(timer.name))
# Apply afterEvent
if timer.hasAfterEvent():
afterEvent = timer.getAfterEventTimespan(localtime(end))
if afterEvent is None:
afterEvent = timer.getAfterEvent()
if afterEvent is not None:
newEntry.afterEvent = afterEvent
newEntry.dirname = dest
newEntry.calculateFilename()
newEntry.justplay = timer.justplay
newEntry.vpsplugin_enabled = timer.vps_enabled
newEntry.vpsplugin_overwrite = timer.vps_overwrite
newEntry.conflict_detection = timer.conflict_detection
newEntry.always_zap = timer.always_zap
newEntry.zap_wakeup = timer.zap_wakeup
tags = timer.tags[:]
if config.plugins.autotimer.add_autotimer_to_tags.value:
if 'AutoTimer' not in tags:
tags.append('AutoTimer')
if config.plugins.autotimer.add_name_to_tags.value:
tagname = timer.name.strip()
if tagname:
tagname = tagname[0].upper() + tagname[1:].replace(" ", "_")
if tagname not in tags:
tags.append(tagname)
newEntry.tags = tags
if oldExists and newAT is None:
if self.isResolvedConflict(newEntry):
recordHandler.timeChanged(newEntry)
else:
if oldEntry:
self.setOldTimer(newEntry, oldEntry)
doLog("[AutoTimer] rechecking - conflict for timer %s detected return to old timer" % (newEntry.name))
continue
elif newAT:
newAT = newEntry
conflictString = ""
if similarTimer:
conflictString = similardict[eit].conflictString
msg = "[AutoTimer] Try to add similar Timer because of conflicts with %s." % (conflictString)
doLog(msg)
newEntry.log(504, msg)
# add new timer in AT timer list
atDoubleTimer = False
refstr = ':'.join(newEntry.service_ref.ref.toString().split(':')[:11])
for at in addNewTimers:
needed_ref = ':'.join(at.service_ref.ref.toString().split(':')[:11]) == refstr
if needed_ref and at.eit == newEntry.eit and (newEntry.begin < at.begin <= newEntry.end or at.begin <= newEntry.begin <= at.end):
atDoubleTimer = True
break
if atDoubleTimer:
doLog("[AutoTimer] ignore double new auto timer %s." % newEntry.name)
continue
else:
addNewTimers.append(newEntry)
# Try to add timer
conflicts = recordHandler.record(newEntry)
if conflicts and not timer.hasOffset() and not config.recording.margin_before.value and not config.recording.margin_after.value and len(conflicts) > 1:
change_end = change_begin = False
conflict_begin = conflicts[1].begin
conflict_end = conflicts[1].end
if conflict_begin == newEntry.end:
newEntry.end -= 30
change_end = True
elif newEntry.begin == conflict_end:
newEntry.begin += 30
change_begin = True
if change_end or change_begin:
conflicts = recordHandler.record(newEntry)
if conflicts:
if change_end:
newEntry.end += 30
elif change_begin:
newEntry.begin -= 30
else:
doLog("[AutoTimer] The conflict is resolved by offset time begin/end (30 sec) for %s." % newEntry.name)
if conflicts:
# Maybe use newEntry.log
conflictString += ' / '.join(["%s (%s)" % (x.name, strftime("%Y%m%d %H%M", localtime(x.begin))) for x in conflicts])
doLog("[AutoTimer] conflict with %s detected" % (conflictString))
if config.plugins.autotimer.addsimilar_on_conflict.value:
# We start our search right after our actual index
# Attention we have to use a copy of the list, because we have to append the previous older matches
lepgm = len(epgmatches)
for i in xrange(lepgm):
servicerefS, eitS, nameS, beginS, durationS, shortdescS, extdescS = epgmatches[(i + idx + 1) % lepgm]
if self.checkSimilarity(timer, name, nameS, shortdesc, shortdescS, extdesc, extdescS, force=True):
# Check if the similar is already known
if eitS not in similardict:
doLog("[AutoTimer] Found similar Timer: " + name)
# Store the actual and similar eit and conflictString, so it can be handled later
newEntry.conflictString = conflictString
similardict[eit] = newEntry
similardict[eitS] = newEntry
similarTimer = True
if beginS <= evtBegin:
# Event is before our actual epgmatch so we have to append it to the epgmatches list
epgmatches.append((servicerefS, eitS, nameS, beginS, durationS, shortdescS, extdescS))
# If we need a second similar it will be found the next time
else:
similarTimer = False
newEntry = similardict[eitS]
break
if conflicts is None:
timer.decrementCounter()
if newEntry in (recordHandler.timer_list[:] + recordHandler.processed_timers[:]):
new += 1
if isnewFilterEntry:
self.addToSearchLogfile(newEntry, "++", simulateOnly)
else:
self.addToSearchLogfile(newEntry, "+", simulateOnly)
newEntry.extdesc = extdesc
timerdict[serviceref].append(newEntry)
# Similar timers are in new timers list and additionally in similar timers list
if similarTimer:
similars.append((name, begin, end, serviceref, timer.name))
similardict.clear()
else:
doLog("[AutoTimer] ignore double timer %s." % newEntry.name)
# Don't care about similar timers
elif not similarTimer:
conflicting.append((name, begin, end, serviceref, timer.name))
if config.plugins.autotimer.disabled_on_conflict.value:
msg = "[AutoTimer] Timer disabled because of conflicts with %s." % (conflictString)
doLog(msg)
newEntry.log(503, msg)
newEntry.disabled = True
if newEntry in (recordHandler.timer_list[:] + recordHandler.processed_timers[:]):
recordHandler.timeChanged(newEntry)
else:
# We might want to do the sanity check locally so we don't run it twice - but I consider this workaround a hack anyway
conflicts = recordHandler.record(newEntry)
elif newAT != newEntry and newEntry in (recordHandler.timer_list[:] + recordHandler.processed_timers[:]):
if not self.isResolvedConflict(newEntry):
newEntry.disabled = True
recordHandler.timeChanged(newEntry)
doLog("[AutoTimer] Unknown conflict, disable this timer %s." % newEntry.name)
return (new, modified)
def editTimer(self, param):
print "[WebComponents.Timer] editTimer"
#OK first we need to parse all of your Parameters
#For some of them (like afterEvent or justplay) we can use default values
#for others (the serviceReference or the Begin/End time of the timer
#we have to quit if they are not set/have illegal values
if 'sRef' not in param:
return (False, "Missing Parameter: sRef")
service_ref = ServiceReference(param['sRef'])
repeated = int(param.get('repeated') or 0)
if 'begin' not in param:
return (False, "Missing Parameter: begin")
begin = int(float(param['begin']))
if 'end' not in param:
return (False, "Missing Parameter: end")
end = int(float(param['end']))
tm = time()
if tm <= begin:
pass
elif tm > begin and tm < end and repeated == 0:
begin = time()
elif repeated == 0:
return (False,
"Illegal Parameter value for Parameter begin : '%s'" %
begin)
if 'name' not in param:
return (False, "Missing Parameter: name")
name = param['name']
if 'description' not in param:
return (False, "Missing Parameter: description")
description = param['description'].replace("\n", " ")
disabled = False #Default to: Enabled
if 'disabled' in param:
if param['disabled'] == "1":
disabled = True
else:
#TODO - maybe we can give the user some useful hint here
pass
justplay = False #Default to: Record
if 'justplay' in param:
if param['justplay'] == "1":
justplay = True
afterEvent = 3 #Default to Afterevent: Auto
if 'afterevent' in param:
if (param['afterevent'] == "0") or (param['afterevent']
== "1") or (param['afterevent']
== "2"):
afterEvent = int(param['afterevent'])
dirname = config.movielist.last_timer_videodir.value
if 'dirname' in param and param['dirname']:
dirname = param['dirname']
tags = []
if 'tags' in param and param['tags']:
tags = unescape(param['tags']).split(' ')
delold = 0
if 'deleteOldOnSave' in param:
delold = int(param['deleteOldOnSave'])
#Try to edit an existing Timer
if delold:
if 'channelOld' in param and param['channelOld']:
channelOld = ServiceReference(param['channelOld'])
else:
return (False, "Missing Parameter: channelOld")
# We do need all of the following Parameters, too, for being able of finding the Timer.
# Therefore so we can neither use default values in this part nor can we
# continue if a parameter is missing
if 'beginOld' not in param:
return (False, "Missing Parameter: beginOld")
beginOld = int(param['beginOld'])
if 'endOld' not in param:
return (False, "Missing Parameter: endOld")
endOld = int(param['endOld'])
#let's try to find the timer
try:
for timer in self.recordtimer.timer_list + self.recordtimer.processed_timers:
if str(timer.service_ref) == str(channelOld):
if int(timer.begin) == beginOld:
if int(timer.end) == endOld:
#we've found the timer we've been searching for
#Let's apply the new values
timer.service_ref = service_ref
timer.begin = int(begin)
timer.end = int(end)
timer.name = name
timer.description = description
timer.disabled = disabled
timer.justplay = justplay
timer.afterEvent = afterEvent
timer.repeated = repeated
timer.dirname = dirname
timer.tags = tags
#send the changed timer back to enigma2 and hope it's good
self.session.nav.RecordTimer.timeChanged(timer)
print "[WebComponents.Timer] editTimer: Timer changed!"
return (True, "Timer %s has been changed!" %
(timer.name))
except Exception:
#obviously some value was not good, return an error
return (False, "Changing the timer for '%s' failed!" % name)
return (
False,
"Could not find timer '%s' with given start and end time!" %
name)
#Try adding a new Timer
try:
#Create a new instance of recordtimerentry
timer = RecordTimerEntry(service_ref,
begin,
end,
name,
description,
0,
disabled,
justplay,
afterEvent,
dirname=dirname,
tags=tags)
timer.repeated = repeated
#add the new timer
self.recordtimer.record(timer)
return (True, "Timer added successfully!")
except Exception:
#something went wrong, most possibly one of the given paramater-values was wrong
return (False, "Could not add timer '%s'!" % name)
return (False, "Unexpected Error")
def getInfo(session=None, need_fullinfo=False):
# TODO: get webif versione somewhere!
info = {}
global STATICBOXINFO
if not (STATICBOXINFO is None or need_fullinfo):
return STATICBOXINFO
info['brand'] = getBoxBrand()
info['model'] = getBoxType()
info['platform'] = boxbranding.getMachineBuild()
try:
info['procmodel'] = getBoxProc()
except: # noqa: E722
info['procmodel'] = boxbranding.getMachineProcModel()
try:
info['procmodeltype'] = getBoxProcType()
except: # noqa: E722
info['procmodeltype'] = None
try:
info['lcd'] = getLcd()
except: # noqa: E722
info['lcd'] = 0
try:
info['grabpip'] = getGrabPip()
except: # noqa: E722
info['grabpip'] = 0
cpu = about.getCPUInfoString()
info['chipset'] = cpu
info['cpubrand'] = about.getCPUBrand()
info['socfamily'] = boxbranding.getSoCFamily()
info['cpuarch'] = about.getCPUArch()
if config.OpenWebif.about_benchmark.value is True:
info['cpubenchmark'] = about.getCPUBenchmark()
else:
info['cpubenchmark'] = _("Disabled in configuration")
info['flashtype'] = about.getFlashType()
memFree = 0
for line in open("/proc/meminfo", 'r'):
parts = line.split(':')
key = parts[0].strip()
if key == "MemTotal":
info['mem1'] = parts[1].strip().replace("kB", _("kB"))
elif key in ("MemFree", "Buffers", "Cached"):
memFree += int(parts[1].strip().split(' ', 1)[0])
info['mem2'] = "%s %s" % (memFree, _("kB"))
info['mem3'] = _("%s free / %s total") % (info['mem2'], info['mem1'])
info['uptime'] = about.getBoxUptime()
info["webifver"] = OPENWEBIFVER
info['imagedistro'] = boxbranding.getImageDistro()
info['oever'] = boxbranding.getImageBuild()
info['visionversion'] = boxbranding.getVisionVersion()
info['visionrevision'] = boxbranding.getVisionRevision()
info['visionmodule'] = about.getVisionModule()
if fileExists("/etc/openvision/multiboot"):
multibootflag = open("/etc/openvision/multiboot", "r").read().strip()
if multibootflag == "1":
info['multiboot'] = _("Yes")
else:
info['multiboot'] = _("No")
else:
info['multiboot'] = _("Yes")
info['enigmaver'] = getEnigmaVersionString()
info['driverdate'] = about.getDriverInstalledDate()
info['kernelver'] = boxbranding.getKernelVersion()
info['dvbapitype'] = about.getDVBAPI()
info['gstreamerversion'] = about.getGStreamerVersionString(cpu)
info['ffmpegversion'] = about.getFFmpegVersionString()
info['pythonversion'] = about.getPythonVersionString()
try:
info['hwserial'] = getHWSerial()
except: # noqa: E722
info['hwserial'] = None
if (info['hwserial'] is None or info['hwserial'] == "unknown"):
info['hwserial'] = about.getCPUSerial()
try:
info['boxrctype'] = getBoxRCType()
except: # noqa: E722
info['boxrctype'] = None
if (info['boxrctype'] is None or info['boxrctype'] == "unknown"):
if fileExists("/usr/bin/remotecfg"):
info['boxrctype'] = _("Amlogic remote")
elif fileExists("/usr/sbin/lircd"):
info['boxrctype'] = _("LIRC remote")
info['ovrctype'] = boxbranding.getRCType()
info['ovrcname'] = boxbranding.getRCName()
info['ovrcidnum'] = boxbranding.getRCIDNum()
info['transcoding'] = boxbranding.getHaveTranscoding()
info['multitranscoding'] = boxbranding.getHaveMultiTranscoding()
info['displaytype'] = boxbranding.getDisplayType()
info['updatedatestring'] = about.getUpdateDateString()
info['enigmadebuglvl'] = eGetEnigmaDebugLvl()
info['imagearch'] = boxbranding.getImageArch()
info['imagefolder'] = boxbranding.getImageFolder()
info['imagefilesystem'] = boxbranding.getImageFileSystem()
info['feedsurl'] = boxbranding.getFeedsUrl()
info['developername'] = boxbranding.getDeveloperName()
info['builddatestring'] = about.getBuildDateString()
info['imagefpu'] = boxbranding.getImageFPU()
info['havemultilib'] = boxbranding.getHaveMultiLib()
try:
info['fp_version'] = getFPVersion()
except: # noqa: E722
info['fp_version'] = None
info['tuners'] = []
for i in list(range(0, nimmanager.getSlotCount())):
print(
"[OpenWebif] -D- tuner '%d' '%s' '%s'" %
(i, nimmanager.getNimName(i), nimmanager.getNim(i).getSlotName()))
info['tuners'].append({
"name":
nimmanager.getNim(i).getSlotName(),
"type":
nimmanager.getNimName(i) + " (" +
nimmanager.getNim(i).getFriendlyType() + ")",
"rec":
"",
"live":
""
})
info['ifaces'] = []
ifaces = iNetwork.getConfiguredAdapters()
for iface in ifaces:
info['ifaces'].append({
"name":
iNetwork.getAdapterName(iface),
"friendlynic":
getFriendlyNICChipSet(iface),
"linkspeed":
getLinkSpeed(iface),
"mac":
iNetwork.getAdapterAttribute(iface, "mac"),
"dhcp":
iNetwork.getAdapterAttribute(iface, "dhcp"),
"ipv4method":
getIPv4Method(iface),
"ip":
formatIp(iNetwork.getAdapterAttribute(iface, "ip")),
"mask":
formatIp(iNetwork.getAdapterAttribute(iface, "netmask")),
"v4prefix":
sum([
bin(int(x)).count('1') for x in formatIp(
iNetwork.getAdapterAttribute(iface, "netmask")).split('.')
]),
"gw":
formatIp(iNetwork.getAdapterAttribute(iface, "gateway")),
"ipv6":
getAdapterIPv6(iface)['addr'],
"ipmethod":
getIPMethod(iface),
"firstpublic":
getAdapterIPv6(iface)['firstpublic']
})
info['hdd'] = []
for hdd in harddiskmanager.hdd:
dev = hdd.findMount()
if dev:
stat = os.statvfs(dev)
free = stat.f_bavail * stat.f_frsize / 1048576.
else:
free = -1
if free <= 1024:
free = "%i %s" % (free, _("MB"))
else:
free = free / 1024.
free = "%.1f %s" % (free, _("GB"))
size = hdd.diskSize() * 1000000 / 1048576.
if size > 1048576:
size = "%.1f %s" % ((size / 1048576.), _("TB"))
elif size > 1024:
size = "%.1f %s" % ((size / 1024.), _("GB"))
else:
size = "%d %s" % (size, _("MB"))
iecsize = hdd.diskSize()
# Harddisks > 1000 decimal Gigabytes are labelled in TB
if iecsize > 1000000:
iecsize = (iecsize + 50000) // float(100000) / 10
# Omit decimal fraction if it is 0
if (iecsize % 1 > 0):
iecsize = "%.1f %s" % (iecsize, _("TB"))
else:
iecsize = "%d %s" % (iecsize, _("TB"))
# Round harddisk sizes beyond ~300GB to full tens: 320, 500, 640, 750GB
elif iecsize > 300000:
iecsize = "%d %s" % (((iecsize + 5000) // 10000 * 10), _("GB"))
# ... be more precise for media < ~300GB (Sticks, SSDs, CF, MMC, ...): 1, 2, 4, 8, 16 ... 256GB
elif iecsize > 1000:
iecsize = "%d %s" % (((iecsize + 500) // 1000), _("GB"))
else:
iecsize = "%d %s" % (iecsize, _("MB"))
info['hdd'].append({
"model":
hdd.model(),
"capacity":
size,
"labelled_capacity":
iecsize,
"free":
free,
"mount":
dev,
"friendlycapacity":
_("%s free / %s total") % (free, size + ' ("' + iecsize + '")')
})
info['shares'] = []
autofiles = ('/etc/auto.network', '/etc/auto.network_vti')
for autofs in autofiles:
if fileExists(autofs):
method = "autofs"
for line in open(autofs).readlines():
if not line.startswith('#'):
# Replace escaped spaces that can appear inside credentials with underscores
# Not elegant but we wouldn't want to expose credentials on the OWIF anyways
tmpline = line.replace("\ ", "_")
tmp = tmpline.split()
if not len(tmp) == 3:
continue
name = tmp[0].strip()
type = "unknown"
if "cifs" in tmp[1]:
# Linux still defaults to SMBv1
type = "SMBv1.0"
settings = tmp[1].split(",")
for setting in settings:
if setting.startswith("vers="):
type = setting.replace("vers=", "SMBv")
elif "nfs" in tmp[1]:
type = "NFS"
# Default is r/w
mode = _("r/w")
settings = tmp[1].split(",")
for setting in settings:
if setting == "ro":
mode = _("r/o")
uri = tmp[2]
parts = []
parts = tmp[2].split(':')
if parts[0] == "":
server = uri.split('/')[2]
uri = uri.strip()[1:]
else:
server = parts[0]
ipaddress = None
if server:
# Will fail on literal IPs
try:
# Try IPv6 first, as will Linux
if has_ipv6:
tmpaddress = None
tmpaddress = getaddrinfo(server, 0, AF_INET6)
if tmpaddress:
ipaddress = "[" + list(
tmpaddress)[0][4][0] + "]"
# Use IPv4 if IPv6 fails or is not present
if ipaddress is None:
tmpaddress = None
tmpaddress = getaddrinfo(server, 0, AF_INET)
if tmpaddress:
ipaddress = list(tmpaddress)[0][4][0]
except: # noqa: E722
pass
friendlyaddress = server
if ipaddress is not None and not ipaddress == server:
friendlyaddress = server + " (" + ipaddress + ")"
info['shares'].append({
"name": name,
"method": method,
"type": type,
"mode": mode,
"path": uri,
"host": server,
"ipaddress": ipaddress,
"friendlyaddress": friendlyaddress
})
# TODO: fstab
info['EX'] = ''
if session:
try:
# gets all current stream clients for images using eStreamServer
# TODO: merge eStreamServer and streamList
# TODO: get tuner info for streams
# TODO: get recoding/timer info if more than one
info['streams'] = []
try:
from enigma import eStreamServer
streamServer = eStreamServer.getInstance()
if streamServer is not None:
for x in streamServer.getConnectedClients():
servicename = ServiceReference(
x[1]).getServiceName() or "(unknown service)"
if int(x[2]) == 0:
strtype = "S"
else:
strtype = "T"
info['streams'].append({
"ref": x[1],
"name": servicename,
"ip": x[0],
"type": strtype
})
except Exception as error:
print("[OpenWebif] -D- no eStreamServer %s" % error)
recs = NavigationInstance.instance.getRecordings()
if recs:
# only one stream and only TV
from Plugins.Extensions.OpenWebif.controllers.stream import streamList
s_name = ''
# s_cip = ''
print("[OpenWebif] -D- streamList count '%d'" %
len(streamList))
if len(streamList) == 1:
from Screens.ChannelSelection import service_types_tv
# from enigma import eEPGCache
# epgcache = eEPGCache.getInstance()
serviceHandler = eServiceCenter.getInstance()
services = serviceHandler.list(
eServiceReference('%s ORDER BY name' %
(service_types_tv)))
channels = services and services.getContent("SN", True)
s = streamList[0]
srefs = s.ref.toString()
for channel in channels:
if srefs == channel[0]:
s_name = channel[1] + ' (' + s.clientIP + ')'
break
print("[OpenWebif] -D- s_name '%s'" % s_name)
# only for debug
for stream in streamList:
srefs = stream.ref.toString()
print("[OpenWebif] -D- srefs '%s'" % srefs)
sname = ''
timers = []
for timer in NavigationInstance.instance.RecordTimer.timer_list:
if timer.isRunning() and not timer.justplay:
timers.append(
removeBad(timer.service_ref.getServiceName()))
print("[OpenWebif] -D- timer '%s'" %
timer.service_ref.getServiceName())
# TODO: more than one recording
if len(timers) == 1:
sname = timers[0]
if sname == '' and s_name != '':
sname = s_name
print("[OpenWebif] -D- recs count '%d'" % len(recs))
for rec in recs:
feinfo = rec.frontendInfo()
frontendData = feinfo and feinfo.getAll(True)
if frontendData is not None:
cur_info = feinfo.getTransponderData(True)
if cur_info:
nr = frontendData['tuner_number']
info['tuners'][nr]['rec'] = getOrbitalText(
cur_info) + ' / ' + sname
service = session.nav.getCurrentService()
if service is not None:
sname = service.info().getName()
feinfo = service.frontendInfo()
frontendData = feinfo and feinfo.getAll(True)
if frontendData is not None:
cur_info = feinfo.getTransponderData(True)
if cur_info:
nr = frontendData['tuner_number']
info['tuners'][nr]['live'] = getOrbitalText(
cur_info) + ' / ' + sname
except Exception as error:
info['EX'] = error
info['timerpipzap'] = False
info['timerautoadjust'] = False
try:
timer = RecordTimerEntry('', 0, 0, '', '', 0)
if hasattr(timer, "pipzap"):
info['timerpipzap'] = True
if hasattr(timer, "autoadjust"):
info['timerautoadjust'] = True
except Exception as error:
print("[OpenWebif] -D- RecordTimerEntry check %s" % error)
STATICBOXINFO = info
return info
def processTimers(self, timers):
update_queue = []
for iceTimer in timers:
# print "[IceTV] iceTimer:", iceTimer
try:
action = iceTimer.get("action", "").encode("utf8")
state = iceTimer.get("state", "").encode("utf8")
name = iceTimer.get("name", "").encode("utf8")
start = int(
timegm(
strptime(iceTimer["start_time"].split("+")[0],
"%Y-%m-%dT%H:%M:%S")))
duration = 60 * int(iceTimer["duration_minutes"])
channel_id = long(iceTimer["channel_id"])
ice_timer_id = iceTimer["id"].encode("utf8")
if action == "forget":
for timer in _session.nav.RecordTimer.timer_list:
if timer.ice_timer_id == ice_timer_id:
# print "[IceTV] removing timer:", timer
_session.nav.RecordTimer.removeEntry(timer)
break
else:
self.deleteTimer(ice_timer_id)
elif state == "completed":
continue # Completely ignore completed timers - the server should not be sending those back to us anyway.
elif channel_id in self.channel_service_map:
completed = False
for timer in _session.nav.RecordTimer.processed_timers:
if timer.ice_timer_id == ice_timer_id:
# print "[IceTV] completed timer:", timer
iceTimer["state"] = "completed"
iceTimer["message"] = "Done"
update_queue.append(iceTimer)
completed = True
updated = False
if not completed:
for timer in _session.nav.RecordTimer.timer_list:
if timer.ice_timer_id == ice_timer_id:
# print "[IceTV] updating timer:", timer
if self.updateTimer(
timer, name, start -
config.recording.margin_before.value *
60, start + duration +
config.recording.margin_after.value *
60,
self.channel_service_map[channel_id]):
if not self.modifyTimer(timer):
iceTimer["state"] = "failed"
iceTimer[
"message"] = "Failed to update the timer"
update_queue.append(iceTimer)
else:
self.onTimerChanged(timer)
updated = True
created = False
if not completed and not updated:
channels = self.channel_service_map[channel_id]
# print "[IceTV] channel_id %s maps to" % channel_id, channels
db = eDVBDB.getInstance()
for channel in channels:
serviceref = ServiceReference(
"1:0:1:%x:%x:%x:EEEE0000:0:0:0:" %
(channel[2], channel[1], channel[0]))
if db.isValidService(channel[1], channel[0],
channel[2]):
# print "[IceTV] %s is valid" % str(serviceref), serviceref.getServiceName()
recording = RecordTimerEntry(
serviceref,
start -
config.recording.margin_before.value * 60,
start + duration +
config.recording.margin_after.value * 60,
name,
"",
None,
ice_timer_id=ice_timer_id)
conflicts = _session.nav.RecordTimer.record(
recording)
if conflicts is None:
iceTimer["state"] = "pending"
iceTimer["message"] = "Added"
created = True
break
else:
names = [r.name for r in conflicts]
iceTimer["state"] = "failed"
iceTimer[
"message"] = "Timer conflict: " + ", ".join(
names)
update_queue.append(iceTimer)
# print "[IceTV] Timer conflict:", conflicts
self.addLog("Timer %s conflicts with %s" %
(name, ", ".join(names)))
else:
iceTimer["state"] = "failed"
iceTimer["message"] = "No matching service"
update_queue.append(iceTimer)
if not completed and not updated and not created:
iceTimer["state"] = "failed"
update_queue.append(iceTimer)
else:
iceTimer["state"] = "failed"
iceTimer[
"message"] = "No valid service mapping for channel_id %d" % channel_id
update_queue.append(iceTimer)
except (IOError, RuntimeError, KeyError) as ex:
print "[IceTV] Can not process iceTimer:", ex
# Send back updated timer states
res = True
try:
self.putTimers(update_queue)
self.addLog("Timers updated OK")
except KeyError as ex:
print "[IceTV] ", str(ex)
res = False
except (IOError, RuntimeError) as ex:
msg = "Can not update timers: " + str(ex)
if hasattr(ex, "response") and hasattr(ex.response, "text"):
msg += "\n%s" % str(ex.response.text).strip()
self.addLog(msg)
res = False
return res
def parseEPG(self, simulateOnly = False):
if NavigationInstance.instance is None:
print "[AutoTimer] Navigation is not available, can't parse EPG"
return (0, 0, 0, [], [])
total = 0
new = 0
modified = 0
timers = []
conflicting = []
self.readXml()
# Save Recordings in a dict to speed things up a little
# We include processed timers as we might search for duplicate descriptions
recorddict = {}
for timer in NavigationInstance.instance.RecordTimer.timer_list + NavigationInstance.instance.RecordTimer.processed_timers:
recorddict.setdefault(str(timer.service_ref), []).append(timer)
# Iterate Timer
for timer in self.getEnabledTimerList():
# Workaround to allow search for umlauts if we know the encoding
match = timer.match
if timer.encoding != 'UTF-8':
try:
match = match.decode('UTF-8').encode(timer.encoding)
except UnicodeDecodeError:
pass
# Search EPG, default to empty list
epgcache = eEPGCache.getInstance()
ret = epgcache.search(('RI', 500, typeMap[timer.searchType], match, caseMap[timer.searchCase])) or ()
for serviceref, eit in ret:
eserviceref = eServiceReference(serviceref)
evt = epgcache.lookupEventId(eserviceref, eit)
if not evt:
print "[AutoTimer] Could not create Event!"
continue
# Try to determine real service (we always choose the last one)
n = evt.getNumOfLinkageServices()
if n > 0:
i = evt.getLinkageService(eserviceref, n-1)
serviceref = i.toString()
# Gather Information
name = evt.getEventName()
description = evt.getShortDescription()
begin = evt.getBeginTime()
duration = evt.getDuration()
end = begin + duration
# If event starts in less than 60 seconds skip it
if begin < time() + 60:
continue
# Convert begin time
timestamp = localtime(begin)
# Update timer
timer.update(begin, timestamp)
# Check Duration, Timespan and Excludes
if timer.checkServices(serviceref) \
or timer.checkDuration(duration) \
or timer.checkTimespan(timestamp) \
or timer.checkFilter(name, description,
evt.getExtendedDescription(), str(timestamp.tm_wday)):
continue
if timer.hasOffset():
# Apply custom Offset
begin, end = timer.applyOffset(begin, end)
else:
# Apply E2 Offset
begin -= config.recording.margin_before.value * 60
end += config.recording.margin_after.value * 60
# Eventually change service to alternative
if timer.overrideAlternatives:
serviceref = timer.getAlternative(serviceref)
total += 1
# Append to timerlist and abort if simulating
timers.append((name, begin, end, serviceref, timer.name))
if simulateOnly:
continue
# Initialize
newEntry = None
oldExists = False
# Check for double Timers
# We first check eit and if user wants us to guess event based on time
# we try this as backup. The allowed diff should be configurable though.
for rtimer in recorddict.get(serviceref, ()):
if rtimer.eit == eit or config.plugins.autotimer.try_guessing.value and getTimeDiff(rtimer, begin, end) > ((duration/10)*8):
oldExists = True
# Abort if we don't want to modify timers or timer is repeated
if config.plugins.autotimer.refresh.value == "none" or rtimer.repeated:
print "[AutoTimer] Won't modify existing timer because either no modification allowed or repeated timer"
break
if hasattr(rtimer, "isAutoTimer"):
print "[AutoTimer] Modifying existing AutoTimer!"
else:
if config.plugins.autotimer.refresh.value != "all":
print "[AutoTimer] Won't modify existing timer because it's no timer set by us"
break
print "[AutoTimer] Warning, we're messing with a timer which might not have been set by us"
newEntry = rtimer
modified += 1
# Modify values saved in timer
newEntry.name = name
newEntry.description = description
newEntry.begin = int(begin)
newEntry.end = int(end)
newEntry.service_ref = ServiceReference(serviceref)
break
elif timer.avoidDuplicateDescription == 1 and not rtimer.disabled and rtimer.name == name and rtimer.description == description:
oldExists = True
print "[AutoTimer] We found a timer with same description, skipping event"
break
# We found no timer we want to edit
if newEntry is None:
# But there is a match
if oldExists:
continue
# We want to search for possible doubles
if timer.avoidDuplicateDescription == 2:
# I thinks thats the fastest way to do this, though it's a little ugly
try:
for list in recorddict.values():
for rtimer in list:
if not rtimer.disabled and rtimer.name == name and rtimer.description == description:
raise AutoTimerIgnoreTimerException("We found a timer with same description, skipping event")
except AutoTimerIgnoreTimerException, etite:
print etite
continue
if timer.checkCounter(timestamp):
continue
print "[AutoTimer] Adding an event."
newEntry = RecordTimerEntry(ServiceReference(serviceref), begin, end, name, description, eit)
# Mark this entry as AutoTimer (only AutoTimers will have this Attribute set)
newEntry.isAutoTimer = True
# Apply afterEvent
if timer.hasAfterEvent():
afterEvent = timer.getAfterEventTimespan(localtime(end))
if afterEvent is None:
afterEvent = timer.getAfterEvent()
if afterEvent is not None:
newEntry.afterEvent = afterEvent
newEntry.dirname = timer.destination
newEntry.justplay = timer.justplay
newEntry.tags = timer.tags
if oldExists:
# XXX: this won't perform a sanity check, but do we actually want to do so?
NavigationInstance.instance.RecordTimer.timeChanged(newEntry)
else:
conflicts = NavigationInstance.instance.RecordTimer.record(newEntry)
if conflicts and config.plugins.autotimer.disabled_on_conflict.value:
newEntry.disabled = True
# We might want to do the sanity check locally so we don't run it twice - but I consider this workaround a hack anyway
conflicts = NavigationInstance.instance.RecordTimer.record(newEntry)
conflicting.append((name, begin, end, serviceref, timer.name))
if conflicts is None:
timer.decrementCounter()
new += 1
recorddict.setdefault(serviceref, []).append(newEntry)
else:
conflicting.append((name, begin, end, serviceref, timer.name))
timestruct.tm_hour, timestruct.tm_min, 0, datestruct.tm_wday,
datestruct.tm_yday, -1))
del datestruct, timestruct
except ValueError, e:
payload = "%d argument error" % (CODE_SYNTAX, )
return self.sendLine(payload)
except KeyError, e:
payload = "%d argument error" % (CODE_SYNTAX, )
return self.sendLine(payload)
if end < begin:
end += 86400 # Add 1 day, beware - this is evil and might not work correctly due to dst
timer = RecordTimerEntry(service_ref,
begin,
end,
name,
description,
0,
disabled=flags & 1 == 0)
if oldTimer:
recordTimer.removeEntry(oldTimer)
timer.justplay = oldTimer.justplay
timer.afterEvent = oldTimer.afterEvent
timer.dirname = oldTimer.dirname
timer.tags = oldTimer.tags
timer.log_entries = oldTimer.log_entries
conflict = recordTimer.record(timer)
if conflict is None:
return self.sendTimerLine(timer, timerId, last=True)
else:
def check_and_add_event(self, neweventid):
if not config.plugins.vps.allow_seeking_multiple_pdc.value:
return
epgcache = eEPGCache.getInstance()
evt = epgcache.lookupEventId(self.rec_ref, neweventid)
if evt:
evt_begin = evt.getBeginTime() + 60
evt_end = evt.getBeginTime() + evt.getDuration() - 60
if evt_begin < self.timer.begin:
return
for checktimer in self.session.nav.RecordTimer.timer_list:
if checktimer == self.timer:
continue
if (checktimer.begin - evt_begin) > 3600 * 2:
break
compareString = checktimer.service_ref.ref.toCompareString()
if compareString == self.timer.service_ref.ref.toCompareString(
) or compareString == self.rec_ref.toCompareString():
if checktimer.eit == neweventid:
return
if checktimer.begin <= evt_begin and checktimer.end >= evt_end:
if checktimer.vpsplugin_enabled is None or not checktimer.vpsplugin_enabled:
return
# manuell angelegter Timer mit VPS
if checktimer.name == "" and checktimer.vpsplugin_time is not None:
checktimer.eit = neweventid
checktimer.name = evt.getEventName()
checktimer.description = evt.getShortDescription()
checktimer.vpsplugin_time = None
checktimer.log(
0,
"[VPS] changed timer (found same PDC-Time as in other VPS-recording)"
)
return
# eigenen Timer überprüfen, wenn Zeiten nicht überschrieben werden dürfen
if not self.timer.vpsplugin_overwrite and evt_begin <= self.timer.end:
check_already_existing = [
x for (x, y) in self.next_events if y == neweventid
]
if len(check_already_existing) > 0:
start = check_already_existing.pop()
if start == evt_begin:
return
else:
self.next_events.remove((start, neweventid))
self.timer.log(
0, "[VPS] delete event_id " + str(neweventid) +
" because of delay " + str(evt_begin - start))
self.next_events.append((evt_begin, neweventid))
self.next_events = sorted(self.next_events)
self.timer.log(0, "[VPS] add event_id " + str(neweventid))
else:
newevent_data = parseEvent(evt)
newEntry = RecordTimerEntry(ServiceReference(self.rec_ref),
*newevent_data)
newEntry.vpsplugin_enabled = True
newEntry.vpsplugin_overwrite = True
newEntry.dirname = self.timer.dirname
newEntry.log(
0,
"[VPS] added this timer (found same PDC-Time as in other VPS-recording)"
)
# Wenn kein Timer-Konflikt auftritt, wird der Timer angelegt.
res = NavigationInstance.instance.RecordTimer.record(newEntry)
self.timer.log(0, "[VPS] added another timer, res " + str(res))
def editTimer(self, param):
print "[WebComponents.Timer] editTimer"
#OK first we need to parse all of your Parameters
#For some of them (like afterEvent or justplay) we can use default values
#for others (the serviceReference or the Begin/End time of the timer
#we have to quit if they are not set/have illegal values
if 'sRef' not in param:
return ( False, _("Missing Parameter: sRef") )
service_ref = ServiceReference(param['sRef'])
repeated = int(param.get('repeated') or 0)
if 'begin' not in param:
return ( False, _("Missing Parameter: begin") )
begin = int(float(param['begin']))
if 'end' not in param:
return ( False, _("Missing Parameter: end") )
end = int(float(param['end']))
tm = int( time() )
if tm <= begin:
pass
elif tm > begin and tm < end and repeated == 0:
pass
elif repeated == 0:
return ( False, _("Illegal Parameter value for Parameter begin : '%s'") % begin )
if 'applyMargin' in param:
if param['applyMargin'] == "1":
begin -= config.recording.margin_before.value * 60
end += config.recording.margin_after.value * 60
if 'name' not in param:
return ( False, _("Missing Parameter: name") )
name = param['name']
if 'description' not in param:
return ( False, _("Missing Parameter: description") )
description = param['description'].replace("\n", " ")
eit = param.get("eit", None)
if eit is None or eit.strip() == "":
eit = 0
else:
try: eit = int(eit)
except ValueError: return ( False, _("Illegal Parameter value for Parameter eit : '%s'") % eit )
print "[WebComponents.Sources.Timer]: eit=%d" %eit
if eit != 0:
#check if the given event exists, if it doesn't the timer may be already running
epgcache = eEPGCache.getInstance()
event = epgcache.lookupEventId(eServiceReference(param['sRef']), eit)
if event:
eit = event.getEventId()
#TODO add some subservice handling
else:
print "[WebComponents.Sources.Timer] event not found, will be ignored"
disabled = False #Default to: Enabled
if 'disabled' in param:
if param['disabled'] == "1":
disabled = True
else:
#TODO - maybe we can give the user some useful hint here
pass
justplay = False #Default to: Record
if 'justplay' in param:
if param['justplay'] == "1":
justplay = True
if not justplay and not config.misc.recording_allowed.value:
return (False, _("Recording is currently disabled!"))
afterEvent = 3 #Default to Afterevent: Auto
if 'afterevent' in param:
if (param['afterevent'] == "0") or (param['afterevent'] == "1") or (param['afterevent'] == "2"):
afterEvent = int(param['afterevent'])
dirname = preferredTimerPath()
if 'dirname' in param and param['dirname']:
dirname = param['dirname']
tags = []
if 'tags' in param and param['tags']:
tags = unescape(param['tags']).split(' ')
delold = 0
if 'deleteOldOnSave' in param:
delold = int(param['deleteOldOnSave'])
#Try to edit an existing Timer
if delold:
if 'channelOld' in param and param['channelOld']:
channelOld = ServiceReference(param['channelOld'])
else:
return ( False, _("Missing Parameter: channelOld") )
# We do need all of the following Parameters, too, for being able of finding the Timer.
# Therefore so we can neither use default values in this part nor can we
# continue if a parameter is missing
if 'beginOld' not in param:
return ( False, _("Missing Parameter: beginOld") )
beginOld = int(param['beginOld'])
if 'endOld' not in param:
return ( False, _("Missing Parameter: endOld") )
endOld = int(param['endOld'])
#let's try to find the timer
try:
for timer in self.recordtimer.timer_list + self.recordtimer.processed_timers:
if str(timer.service_ref) == str(channelOld):
if int(timer.begin) == beginOld:
if int(timer.end) == endOld: #we've found the timer we've been searching for
#set the new data
timer.service_ref = service_ref
timer.begin = begin
timer.end = end
timer.name = name
timer.description = description
timer.eit = eit
timer.disabled = disabled
timer.justplay = justplay
timer.afterEvent = afterEvent
timer.dirname = dirname
timer.tags = tags
timer.repeated = repeated
timer.processRepeated()
#sanity check
timersanitycheck = TimerSanityCheck(self.session.nav.RecordTimer.timer_list, timer)
conflicts = None
if not timersanitycheck.check():
conflicts = timersanitycheck.getSimulTimerList()
if conflicts is not None:
for x in conflicts:
if x.setAutoincreaseEnd(entry):
self.session.nav.RecordTimer.timeChanged(x)
if not timersanitycheck.check():
conflicts = timersanitycheck.getSimulTimerList()
if conflicts is None:
self.recordtimer.timeChanged(timer) #go and save it
print "[WebComponents.Timer] editTimer: Timer changed!"
return ( True, "Timer '%s' changed" %(timer.name) )
else:
print "[WebComponents.Timer] editTimer conflicting Timers: %s" %(conflicts)
msg = ""
for t in conflicts:
msg = "%s / %s" %(msg, t.name)
return (False, _("Conflicting Timer(s) detected! %s") %(msg))
except Exception as e:
#obviously some value was not good, return an error
import traceback
print traceback.format_exc()
return ( False, _("Changing the timer for '%s' failed!") % name )
return ( False, _("Could not find timer '%s' with given start and end time!") % name )
#Try adding a new Timer
try:
#Create a new instance of recordtimerentry
timer = RecordTimerEntry(service_ref, begin, end, name, description, eit, disabled, justplay, afterEvent, dirname=dirname, tags=tags)
timer.repeated = repeated
#add the new timer
conflicts = self.recordtimer.record(timer)
if conflicts is None:
return ( True, _("Timer '%s' added") %(timer.name) )
else:
print "[WebComponents.Timer] editTimer conflicting Timers: %s" %(conflicts)
msg = ""
for timer in conflicts:
msg = "%s / %s" %(msg, timer.name)
return (False, _("Conflicting Timer(s) detected! %s") %(msg))
except Exception, e:
#something went wrong, most possibly one of the given paramater-values was wrong
print "[WebComponents.Timer] editTimer exception: %s" %(e)
return ( False, _("Could not add timer '%s'!") % name )
def activate(self):
next_state = self.state + 1
self.log(5, "activating state %d" % next_state)
if next_state == self.StatePrepared:
if self.tryPrepare():
self.log(6, "prepare ok, waiting for begin")
# create file to "reserve" the filename
# because another recording at the same time on another service can try to record the same event
# i.e. cable / sat.. then the second recording needs an own extension... when we create the file
# here than calculateFilename is happy
if not self.justplay:
open(self.Filename + ".ts", "w").close()
# fine. it worked, resources are allocated.
self.next_activation = self.begin
self.backoff = 0
return True
self.log(7, "prepare failed")
if self.first_try_prepare:
self.first_try_prepare = False
cur_ref = NavigationInstance.instance.getCurrentlyPlayingServiceReference(
)
if cur_ref and not cur_ref.getPath():
if not config.recording.asktozap.value:
self.log(8, "asking user to zap away")
if config.plugins.merlinEpgCenter.showTimerMessages.value:
self.session.openWithCallback(
self.failureCB,
MessageBox,
_("A timer failed to record!\nDisable TV and try again?\n"
),
timeout=20)
else: # zap without asking
self.log(9, "zap without asking")
if config.plugins.merlinEpgCenter.showTimerMessages.value:
self.session.open(
MessageBox,
_("In order to record a timer, the TV was switched to the recording service!\n"
),
type=MessageBox.TYPE_INFO,
timeout=config.merlin2.
timeout_message_channel_switch.value)
self.failureCB(True)
elif cur_ref:
self.log(
8,
"currently running service is not a live service.. so stop it makes no sense"
)
else:
self.log(
8,
"currently no service running... so we dont need to stop it"
)
return False
elif next_state == self.StateRunning:
# if this timer has been cancelled, just go to "end" state.
if self.cancelled:
return True
if self.justplay:
if Screens.Standby.inStandby:
self.log(11, "wakeup and zap")
#set service to zap after standby
Screens.Standby.inStandby.prev_running_service = self.service_ref.ref
#wakeup standby
Screens.Standby.inStandby.Power()
else:
self.log(11, "zapping")
NavigationInstance.instance.playService(
self.service_ref.ref)
return True
else:
self.log(11, "start recording")
record_res = self.record_service.start()
if record_res:
self.log(13, "start record returned %d" % record_res)
self.do_backoff()
# retry
self.begin = time() + self.backoff
return False
return True
elif next_state == self.StateEnded:
old_end = self.end
if self.setAutoincreaseEnd():
self.log(
12, "autoincrase recording %d minute(s)" % int(
(self.end - old_end) / 60))
self.state -= 1
return True
self.log(12, "stop recording")
if not self.justplay:
NavigationInstance.instance.stopRecordService(
self.record_service)
self.record_service = None
if self.afterEvent == AFTEREVENT.STANDBY:
if not Screens.Standby.inStandby and config.plugins.merlinEpgCenter.showTimerMessages.value: # not already in standby
self.session.openWithCallback(
self.sendStandbyNotification,
MessageBox,
_("A finished record timer wants to set your\nDreambox to standby. Do that now?"
),
timeout=20)
elif self.afterEvent == AFTEREVENT.DEEPSTANDBY:
if not Screens.Standby.inTryQuitMainloop: # not a shutdown messagebox is open
if Screens.Standby.inStandby: # in standby
RecordTimerEntry.TryQuitMainloop(
) # start shutdown handling without screen
elif config.plugins.merlinEpgCenter.showTimerMessages.value:
self.session.openWithCallback(
self.sendTryQuitMainloopNotification,
MessageBox,
_("A finished record timer wants to shut down\nyour Dreambox. Shutdown now?"
),
timeout=20)
return True
def finish(self, *args, **kwargs):
if self.showPendingServicesMessageShown:
self.msg.close()
print("[EPGRefresh] Debug: Refresh finished!")
if config.plugins.epgrefresh.enablemessage.value:
Notifications.AddPopup(_("EPG refresh finished."),
MessageBox.TYPE_INFO,
4,
ENDNOTIFICATIONID,
domain=NOTIFICATIONDOMAIN)
epgrefreshtimer.cleanup()
self.maybeStopAdapter()
if config.plugins.epgrefresh.epgsave.value:
Notifications.AddPopup(_("EPG refresh save."),
MessageBox.TYPE_INFO,
4,
ENDNOTIFICATIONID,
domain=NOTIFICATIONDOMAIN)
from enigma import eEPGCache
myEpg = None
myEpg = eEPGCache.getInstance()
myEpg.save()
force_auto_shutdown = self.session.nav.wasTimerWakeup() and \
config.plugins.epgrefresh.afterevent.value == "auto" and \
Screens.Standby.inStandby and config.misc.standbyCounter.value == 1 and \
config.misc.prev_wakeup_time.value == config.plugins.epgrefresh.wakeup_time.value
if not self.forcedScan:
# shutdown
if config.plugins.epgrefresh.afterevent.value == "standby" or force_auto_shutdown:
if not Screens.Standby.inTryQuitMainloop:
if (not config.plugins.epgrefresh.dontshutdownonabort.value
and self.doStopRunningRefresh
) or not self.doStopRunningRefresh:
self.forcedScan = False
if Screens.Standby.inStandby:
RecordTimerEntry.TryQuitMainloop()
else:
Notifications.AddNotificationWithCallback(
self.sendTryQuitMainloopNotification,
MessageBox,
_("EPGRefresh wants to shut down\nyour Dreambox. Shutdown now?"
),
timeout=10,
domain=NOTIFICATIONDOMAIN)
# idle
elif config.plugins.epgrefresh.afterevent.value == "idle":
if not Screens.Standby.inStandby:
Notifications.AddNotificationWithCallback(
self.sendStandbyNotification,
MessageBox,
_("EPGRefresh wants to set your\nDreambox to idle. Do that now?"
),
timeout=10,
domain=NOTIFICATIONDOMAIN)
self.doStopRunningRefresh = False
self.forcedScan = False
self.isrunning = False
self._nextTodo()
def addTimer(session,
serviceref,
begin,
end,
name,
description,
disabled,
justplay,
afterevent,
dirname,
tags,
repeated,
vpsinfo=None,
logentries=None,
eit=0,
always_zap=-1):
rt = session.nav.RecordTimer
print "mao1", dirname
if not dirname:
dirname = preferredTimerPath()
print "mao2", dirname
try:
timer = RecordTimerEntry(ServiceReference(serviceref),
begin,
end,
name,
description,
eit,
disabled,
justplay,
afterevent,
dirname=dirname,
tags=tags)
timer.repeated = repeated
if logentries:
timer.log_entries = logentries
conflicts = rt.record(timer)
if conflicts:
errors = []
for conflict in conflicts:
errors.append(conflict.name)
return {
"result":
False,
"message":
_("Conflicting Timer(s) detected! %s") % " / ".join(errors)
}
#VPS
if vpsinfo is not None:
timer.vpsplugin_enabled = vpsinfo["vpsplugin_enabled"]
timer.vpsplugin_overwrite = vpsinfo["vpsplugin_overwrite"]
timer.vpsplugin_time = vpsinfo["vpsplugin_time"]
if always_zap <> -1:
if hasattr(timer, "always_zap"):
timer.always_zap = always_zap == 1
except Exception, e:
print e
return {
"result": False,
"message": _("Could not add timer '%s'!") % name
}
def parseEPG(self, simulateOnly=False):
if NavigationInstance.instance is None:
print "[AutoTimer] Navigation is not available, can't parse EPG"
return (0, 0, 0, [], [])
total = 0
new = 0
modified = 0
timers = []
conflicting = []
self.readXml()
# Save Recordings in a dict to speed things up a little
# We include processed timers as we might search for duplicate descriptions
recorddict = {}
for timer in NavigationInstance.instance.RecordTimer.timer_list + NavigationInstance.instance.RecordTimer.processed_timers:
recorddict.setdefault(str(timer.service_ref), []).append(timer)
# Iterate Timer
for timer in self.getEnabledTimerList():
# Workaround to allow search for umlauts if we know the encoding
match = timer.match
if timer.encoding != 'UTF-8':
try:
match = match.decode('UTF-8').encode(timer.encoding)
except UnicodeDecodeError:
pass
# Search EPG, default to empty list
epgcache = eEPGCache.getInstance()
ret = epgcache.search(('RI', 500, typeMap[timer.searchType], match,
caseMap[timer.searchCase])) or ()
for serviceref, eit in ret:
eserviceref = eServiceReference(serviceref)
evt = epgcache.lookupEventId(eserviceref, eit)
if not evt:
print "[AutoTimer] Could not create Event!"
continue
# Try to determine real service (we always choose the last one)
n = evt.getNumOfLinkageServices()
if n > 0:
i = evt.getLinkageService(eserviceref, n - 1)
serviceref = i.toString()
# Gather Information
name = evt.getEventName()
description = evt.getShortDescription()
begin = evt.getBeginTime()
duration = evt.getDuration()
end = begin + duration
# If event starts in less than 60 seconds skip it
if begin < time() + 60:
continue
# Convert begin time
timestamp = localtime(begin)
# Update timer
timer.update(begin, timestamp)
# Check Duration, Timespan and Excludes
if timer.checkServices(serviceref) \
or timer.checkDuration(duration) \
or timer.checkTimespan(timestamp) \
or timer.checkFilter(name, description,
evt.getExtendedDescription(), str(timestamp.tm_wday)):
continue
if timer.hasOffset():
# Apply custom Offset
begin, end = timer.applyOffset(begin, end)
else:
# Apply E2 Offset
begin -= config.recording.margin_before.value * 60
end += config.recording.margin_after.value * 60
# Eventually change service to alternative
if timer.overrideAlternatives:
serviceref = timer.getAlternative(serviceref)
total += 1
# Append to timerlist and abort if simulating
timers.append((name, begin, end, serviceref, timer.name))
if simulateOnly:
continue
# Initialize
newEntry = None
oldExists = False
# Check for double Timers
# We first check eit and if user wants us to guess event based on time
# we try this as backup. The allowed diff should be configurable though.
for rtimer in recorddict.get(serviceref, ()):
if rtimer.eit == eit or config.plugins.autotimer.try_guessing.value and getTimeDiff(
rtimer, begin, end) > ((duration / 10) * 8):
oldExists = True
# Abort if we don't want to modify timers or timer is repeated
if config.plugins.autotimer.refresh.value == "none" or rtimer.repeated:
print "[AutoTimer] Won't modify existing timer because either no modification allowed or repeated timer"
break
if hasattr(rtimer, "isAutoTimer"):
print "[AutoTimer] Modifying existing AutoTimer!"
else:
if config.plugins.autotimer.refresh.value != "all":
print "[AutoTimer] Won't modify existing timer because it's no timer set by us"
break
print "[AutoTimer] Warning, we're messing with a timer which might not have been set by us"
newEntry = rtimer
modified += 1
# Modify values saved in timer
newEntry.name = name
newEntry.description = description
newEntry.begin = int(begin)
newEntry.end = int(end)
newEntry.service_ref = ServiceReference(serviceref)
break
elif timer.avoidDuplicateDescription == 1 and not rtimer.disabled and rtimer.name == name and rtimer.description == description:
oldExists = True
print "[AutoTimer] We found a timer with same description, skipping event"
break
# We found no timer we want to edit
if newEntry is None:
# But there is a match
if oldExists:
continue
# We want to search for possible doubles
if timer.avoidDuplicateDescription == 2:
# I thinks thats the fastest way to do this, though it's a little ugly
try:
for list in recorddict.values():
for rtimer in list:
if not rtimer.disabled and rtimer.name == name and rtimer.description == description:
raise AutoTimerIgnoreTimerException(
"We found a timer with same description, skipping event"
)
except AutoTimerIgnoreTimerException, etite:
print etite
continue
if timer.checkCounter(timestamp):
continue
print "[AutoTimer] Adding an event."
newEntry = RecordTimerEntry(ServiceReference(serviceref),
begin, end, name, description,
eit)
# Mark this entry as AutoTimer (only AutoTimers will have this Attribute set)
newEntry.isAutoTimer = True
# Apply afterEvent
if timer.hasAfterEvent():
afterEvent = timer.getAfterEventTimespan(localtime(end))
if afterEvent is None:
afterEvent = timer.getAfterEvent()
if afterEvent is not None:
newEntry.afterEvent = afterEvent
newEntry.dirname = timer.destination
newEntry.justplay = timer.justplay
newEntry.tags = timer.tags
if oldExists:
# XXX: this won't perform a sanity check, but do we actually want to do so?
NavigationInstance.instance.RecordTimer.timeChanged(
newEntry)
else:
conflicts = NavigationInstance.instance.RecordTimer.record(
newEntry)
if conflicts and config.plugins.autotimer.disabled_on_conflict.value:
newEntry.disabled = True
# We might want to do the sanity check locally so we don't run it twice - but I consider this workaround a hack anyway
conflicts = NavigationInstance.instance.RecordTimer.record(
newEntry)
conflicting.append(
(name, begin, end, serviceref, timer.name))
if conflicts is None:
timer.decrementCounter()
new += 1
recorddict.setdefault(serviceref, []).append(newEntry)
else:
conflicting.append(
(name, begin, end, serviceref, timer.name))
def getInfo(session=None, need_fullinfo=False):
# TODO: get webif versione somewhere!
info = {}
global STATICBOXINFO
if not (STATICBOXINFO is None or need_fullinfo):
return STATICBOXINFO
info['brand'] = getMachineBrand()
info['model'] = getMachineName()
info['boxtype'] = getBoxType()
info['machinebuild'] = getMachineBuild()
try: # temporary due OE-A
info['lcd'] = getLcd()
except: # noqa: E722
info['lcd'] = 0
try: # temporary due OE-A
info['grabpip'] = getGrabPip()
except: # noqa: E722
info['grabpip'] = 0
chipset = "unknown"
if fileExists("/etc/.box"):
f = open("/etc/.box", 'r')
model = f.readline().strip().lower()
f.close()
if model.startswith("ufs") or model.startswith("ufc"):
if model in ("ufs910", "ufs922", "ufc960"):
chipset = "SH4 @266MHz"
else:
chipset = "SH4 @450MHz"
elif model in ("topf", "tf7700hdpvr"):
chipset = "SH4 @266MHz"
elif model.startswith("azbox"):
f = open("/proc/stb/info/model", 'r')
model = f.readline().strip().lower()
f.close()
if model == "me":
chipset = "SIGMA 8655"
elif model == "minime":
chipset = "SIGMA 8653"
else:
chipset = "SIGMA 8634"
elif model.startswith("spark"):
if model == "spark7162":
chipset = "SH4 @540MHz"
else:
chipset = "SH4 @450MHz"
elif fileExists("/proc/stb/info/azmodel"):
f = open("/proc/stb/info/model", 'r')
model = f.readline().strip().lower()
f.close()
if model == "me":
chipset = "SIGMA 8655"
elif model == "minime":
chipset = "SIGMA 8653"
else:
chipset = "SIGMA 8634"
elif fileExists("/proc/stb/info/model"):
f = open("/proc/stb/info/model", 'r')
model = f.readline().strip().lower()
f.close()
if model == "tf7700hdpvr":
chipset = "SH4 @266MHz"
elif model == "nbox":
chipset = "STi7100 @266MHz"
elif model == "arivalink200":
chipset = "STi7109 @266MHz"
elif model in ("adb2850", "adb2849", "dsi87"):
chipset = "STi7111 @450MHz"
elif model in ("sagemcom88", "esi88"):
chipset = "STi7105 @450MHz"
elif model.startswith("spark"):
if model == "spark7162":
chipset = "STi7162 @540MHz"
else:
chipset = "STi7111 @450MHz"
elif model == "dm800":
chipset = "bcm7401"
elif model == "dm800se":
chipset = "bcm7405"
elif model == "dm500hd":
chipset = "bcm7405"
elif model == "dm7020hd":
chipset = "bcm7405"
elif model == "dm8000":
chipset = "bcm7400"
elif model == "dm820":
chipset = "bcm7435"
elif model == "dm7080":
chipset = "bcm7435"
elif model == "dm520":
chipset = "bcm73625"
elif model == "dm525":
chipset = "bcm73625"
elif model == "dm900":
chipset = "bcm7252S"
elif model == "dm920":
chipset = "bcm7252S"
if fileExists("/proc/stb/info/chipset"):
f = open("/proc/stb/info/chipset", 'r')
chipset = f.readline().strip()
f.close()
info['chipset'] = chipset
memFree = 0
for line in open("/proc/meminfo", 'r'):
parts = line.split(':')
key = parts[0].strip()
if key == "MemTotal":
info['mem1'] = parts[1].strip().replace("kB", _("kB"))
elif key in ("MemFree", "Buffers", "Cached"):
memFree += int(parts[1].strip().split(' ', 1)[0])
info['mem2'] = "%s %s" % (memFree, _("kB"))
info['mem3'] = _("%s free / %s total") % (info['mem2'], info['mem1'])
try:
f = open("/proc/uptime", "r")
uptime = int(float(f.readline().split(' ', 2)[0].strip()))
f.close()
uptimetext = ''
if uptime > 86400:
d = uptime / 86400
uptime = uptime % 86400
uptimetext += '%dd ' % d
uptimetext += "%d:%.2d" % (uptime / 3600, (uptime % 3600) / 60)
except: # noqa: E722
uptimetext = "?"
info['uptime'] = uptimetext
info["webifver"] = OPENWEBIFVER
info['imagedistro'] = getImageDistro()
info['friendlyimagedistro'] = getFriendlyImageDistro()
info['oever'] = getOEVersion()
info['imagever'] = getImageVersion()
ib = getImageBuild()
if ib:
info['imagever'] = info['imagever'] + "." + ib
info['enigmaver'] = getEnigmaVersionString()
info['driverdate'] = getDriverDate()
info['kernelver'] = about.getKernelVersionString()
try:
from Tools.StbHardware import getFPVersion
except ImportError:
from Tools.DreamboxHardware import getFPVersion
try:
info['fp_version'] = getFPVersion()
except: # noqa: E722
info['fp_version'] = None
friendlychipsetdescription = _("Chipset")
friendlychipsettext = info['chipset'].replace("bcm", "Broadcom ")
if friendlychipsettext in ("7335", "7356", "7362", "73625", "7424", "7425",
"7429"):
friendlychipsettext = "Broadcom " + friendlychipsettext
if not (info['fp_version'] is None or info['fp_version'] == 0):
friendlychipsetdescription = friendlychipsetdescription + " (" + _(
"Frontprocessor Version") + ")"
friendlychipsettext = friendlychipsettext + " (" + str(
info['fp_version']) + ")"
info['friendlychipsetdescription'] = friendlychipsetdescription
info['friendlychipsettext'] = friendlychipsettext
info['tuners'] = []
for i in list(range(0, nimmanager.getSlotCount())):
print(
"[OpenWebif] -D- tuner '%d' '%s' '%s'" %
(i, nimmanager.getNimName(i), nimmanager.getNim(i).getSlotName()))
info['tuners'].append({
"name":
nimmanager.getNim(i).getSlotName(),
"type":
nimmanager.getNimName(i) + " (" +
nimmanager.getNim(i).getFriendlyType() + ")",
"rec":
"",
"live":
""
})
info['ifaces'] = []
ifaces = iNetwork.getConfiguredAdapters()
for iface in ifaces:
info['ifaces'].append({
"name":
iNetwork.getAdapterName(iface),
"friendlynic":
getFriendlyNICChipSet(iface),
"linkspeed":
getLinkSpeed(iface),
"mac":
iNetwork.getAdapterAttribute(iface, "mac"),
"dhcp":
iNetwork.getAdapterAttribute(iface, "dhcp"),
"ipv4method":
getIPv4Method(iface),
"ip":
formatIp(iNetwork.getAdapterAttribute(iface, "ip")),
"mask":
formatIp(iNetwork.getAdapterAttribute(iface, "netmask")),
"v4prefix":
sum([
bin(int(x)).count('1') for x in formatIp(
iNetwork.getAdapterAttribute(iface, "netmask")).split('.')
]),
"gw":
formatIp(iNetwork.getAdapterAttribute(iface, "gateway")),
"ipv6":
getAdapterIPv6(iface)['addr'],
"ipmethod":
getIPMethod(iface),
"firstpublic":
getAdapterIPv6(iface)['firstpublic']
})
info['hdd'] = []
for hdd in harddiskmanager.hdd:
dev = hdd.findMount()
if dev:
stat = os.statvfs(dev)
free = stat.f_bavail * stat.f_frsize / 1048576.
else:
free = -1
if free <= 1024:
free = "%i %s" % (free, _("MB"))
else:
free = free / 1024.
free = "%.1f %s" % (free, _("GB"))
size = hdd.diskSize() * 1000000 / 1048576.
if size > 1048576:
size = "%.1f %s" % ((size / 1048576.), _("TB"))
elif size > 1024:
size = "%.1f %s" % ((size / 1024.), _("GB"))
else:
size = "%d %s" % (size, _("MB"))
iecsize = hdd.diskSize()
# Harddisks > 1000 decimal Gigabytes are labelled in TB
if iecsize > 1000000:
iecsize = (iecsize + 50000) // float(100000) / 10
# Omit decimal fraction if it is 0
if (iecsize % 1 > 0):
iecsize = "%.1f %s" % (iecsize, _("TB"))
else:
iecsize = "%d %s" % (iecsize, _("TB"))
# Round harddisk sizes beyond ~300GB to full tens: 320, 500, 640, 750GB
elif iecsize > 300000:
iecsize = "%d %s" % (((iecsize + 5000) // 10000 * 10), _("GB"))
# ... be more precise for media < ~300GB (Sticks, SSDs, CF, MMC, ...): 1, 2, 4, 8, 16 ... 256GB
elif iecsize > 1000:
iecsize = "%d %s" % (((iecsize + 500) // 1000), _("GB"))
else:
iecsize = "%d %s" % (iecsize, _("MB"))
info['hdd'].append({
"model":
hdd.model(),
"capacity":
size,
"labelled_capacity":
iecsize,
"free":
free,
"mount":
dev,
"friendlycapacity":
_("%s free / %s total") % (free, size + ' ("' + iecsize + '")')
})
info['shares'] = []
autofiles = ('/etc/auto.network', '/etc/auto.network_vti')
for autofs in autofiles:
if fileExists(autofs):
method = "autofs"
for line in open(autofs).readlines():
if not line.startswith('#'):
# Replace escaped spaces that can appear inside credentials with underscores
# Not elegant but we wouldn't want to expose credentials on the OWIF anyways
tmpline = line.replace("\ ", "_")
tmp = tmpline.split()
if not len(tmp) == 3:
continue
name = tmp[0].strip()
type = "unknown"
if "cifs" in tmp[1]:
# Linux still defaults to SMBv1
type = "SMBv1.0"
settings = tmp[1].split(",")
for setting in settings:
if setting.startswith("vers="):
type = setting.replace("vers=", "SMBv")
elif "nfs" in tmp[1]:
type = "NFS"
# Default is r/w
mode = _("r/w")
settings = tmp[1].split(",")
for setting in settings:
if setting == "ro":
mode = _("r/o")
uri = tmp[2]
parts = []
parts = tmp[2].split(':')
if parts[0] == "":
server = uri.split('/')[2]
uri = uri.strip()[1:]
else:
server = parts[0]
ipaddress = None
if server:
# Will fail on literal IPs
try:
# Try IPv6 first, as will Linux
if has_ipv6:
tmpaddress = None
tmpaddress = getaddrinfo(server, 0, AF_INET6)
if tmpaddress:
ipaddress = "[" + list(
tmpaddress)[0][4][0] + "]"
# Use IPv4 if IPv6 fails or is not present
if ipaddress is None:
tmpaddress = None
tmpaddress = getaddrinfo(server, 0, AF_INET)
if tmpaddress:
ipaddress = list(tmpaddress)[0][4][0]
except: # noqa: E722
pass
friendlyaddress = server
if ipaddress is not None and not ipaddress == server:
friendlyaddress = server + " (" + ipaddress + ")"
info['shares'].append({
"name": name,
"method": method,
"type": type,
"mode": mode,
"path": uri,
"host": server,
"ipaddress": ipaddress,
"friendlyaddress": friendlyaddress
})
# TODO: fstab
info['transcoding'] = TRANSCODING
info['EX'] = ''
if session:
try:
# gets all current stream clients for images using eStreamServer
# TODO: merge eStreamServer and streamList
# TODO: get tuner info for streams
# TODO: get recoding/timer info if more than one
info['streams'] = []
try:
from enigma import eStreamServer
streamServer = eStreamServer.getInstance()
if streamServer is not None:
for x in streamServer.getConnectedClients():
servicename = ServiceReference(
x[1]).getServiceName() or "(unknown service)"
if int(x[2]) == 0:
strtype = "S"
else:
strtype = "T"
info['streams'].append({
"ref": x[1],
"name": servicename,
"ip": x[0],
"type": strtype
})
except Exception as error:
print("[OpenWebif] -D- no eStreamServer %s" % error)
recs = NavigationInstance.instance.getRecordings()
if recs:
# only one stream and only TV
from Plugins.Extensions.OpenWebif.controllers.stream import streamList
s_name = ''
# s_cip = ''
print("[OpenWebif] -D- streamList count '%d'" %
len(streamList))
if len(streamList) == 1:
from Screens.ChannelSelection import service_types_tv
# from enigma import eEPGCache
# epgcache = eEPGCache.getInstance()
serviceHandler = eServiceCenter.getInstance()
services = serviceHandler.list(
eServiceReference('%s ORDER BY name' %
(service_types_tv)))
channels = services and services.getContent("SN", True)
s = streamList[0]
srefs = s.ref.toString()
for channel in channels:
if srefs == channel[0]:
s_name = channel[1] + ' (' + s.clientIP + ')'
break
print("[OpenWebif] -D- s_name '%s'" % s_name)
# only for debug
for stream in streamList:
srefs = stream.ref.toString()
print("[OpenWebif] -D- srefs '%s'" % srefs)
sname = ''
timers = []
for timer in NavigationInstance.instance.RecordTimer.timer_list:
if timer.isRunning() and not timer.justplay:
timers.append(
removeBad(timer.service_ref.getServiceName()))
print("[OpenWebif] -D- timer '%s'" %
timer.service_ref.getServiceName())
# TODO: more than one recording
if len(timers) == 1:
sname = timers[0]
if sname == '' and s_name != '':
sname = s_name
print("[OpenWebif] -D- recs count '%d'" % len(recs))
for rec in recs:
feinfo = rec.frontendInfo()
frontendData = feinfo and feinfo.getAll(True)
if frontendData is not None:
cur_info = feinfo.getTransponderData(True)
if cur_info:
nr = frontendData['tuner_number']
info['tuners'][nr]['rec'] = getOrbitalText(
cur_info) + ' / ' + sname
service = session.nav.getCurrentService()
if service is not None:
sname = service.info().getName()
feinfo = service.frontendInfo()
frontendData = feinfo and feinfo.getAll(True)
if frontendData is not None:
cur_info = feinfo.getTransponderData(True)
if cur_info:
nr = frontendData['tuner_number']
info['tuners'][nr]['live'] = getOrbitalText(
cur_info) + ' / ' + sname
except Exception as error:
info['EX'] = error
info['timerpipzap'] = False
info['timerautoadjust'] = False
try:
timer = RecordTimerEntry('', 0, 0, '', '', 0)
if hasattr(timer, "pipzap"):
info['timerpipzap'] = True
if hasattr(timer, "autoadjust"):
info['timerautoadjust'] = True
except Exception as error:
print("[OpenWebif] -D- RecordTimerEntry check %s" % error)
STATICBOXINFO = info
return info
def addTimer(
session,
serviceref,
begin,
end,
name,
description,
disabled,
justplay,
afterevent,
dirname,
tags,
repeated,
logentries=None,
eit=0,
):
recordHandler = NavigationInstance.instance.RecordTimer
msgTimeout = config.plugins.skyrecorder.msgtimeout.value
if not dirname:
try:
dirname = config.plugins.skyrecorder.anytimefolder.value
except Exception:
dirname = preferredTimerPath()
print "mao1", dirname
try:
timer = RecordTimerEntry(
ServiceReference(serviceref),
begin,
end,
name,
description,
eit,
disabled,
justplay,
afterevent,
dirname=dirname,
tags=tags,
)
timer.repeated = repeated
if logentries:
timer.log_entries = logentries
print "rrgggg"
conflicts = recordHandler.record(timer)
if conflicts:
errors = []
for conflict in conflicts:
errors.append(conflict.name)
print "duuuupppppppeeeeee"
return {"result": False, "message": "Conflicting Timer(s) detected! %s" % " / ".join(errors)}
except Exception, e:
print "adupppeee"
print e
return {"result": False, "message": "Could not add timer '%s'!" % name}
def standbyTimeout(self): from RecordTimer import RecordTimerEntry RecordTimerEntry.TryQuitMainloop()
def check(self):
# Simulation ggf. stoppen
if self.timer.state > TimerEntry.StateWaiting and self.simulate_recordService:
self.stop_simulation()
# VPS wurde wieder deaktiviert oder Timer wurde beendet
if self.timer is None or self.timer.state == TimerEntry.StateEnded or self.timer.cancelled:
self.program_abort()
self.stop_simulation()
return -1
if self.timer.vpsplugin_enabled == False or config.plugins.vps.enabled.value == False:
if self.activated_auto_increase:
self.timer.autoincrease = False
self.program_abort()
self.stop_simulation()
return -1
self.nextExecution = 180
if config.plugins.vps.initial_time.value < 2 and self.timer.vpsplugin_overwrite:
initial_time = 120
else:
initial_time = config.plugins.vps.initial_time.value * 60
if self.timer.vpsplugin_overwrite == True:
if self.timer.state == TimerEntry.StateWaiting or self.timer.state == TimerEntry.StatePrepared:
# Startzeit verschieben
if (self.timer.begin - 60) < time():
if self.org_timer_begin == 0:
self.org_timer_begin = self.timer.begin
elif (self.org_timer_begin +
self.max_extending_timer) < time():
# Sendung begann immer noch nicht -> abbrechen
self.timer.abort()
self.session.nav.RecordTimer.doActivate(self.timer)
self.program_abort()
self.stop_simulation()
self.timer.log(
0,
"[VPS] abort timer, waited enough to find Event-ID"
)
return -1
self.timer.begin += 60
if (self.timer.end - self.timer.begin) < 300:
self.timer.end += 180
# auf Timer-Konflikt prüfen
timersanitycheck = TimerSanityCheck(
self.session.nav.RecordTimer.timer_list,
self.timer)
if not timersanitycheck.check():
self.timer.abort()
self.session.nav.RecordTimer.doActivate(self.timer)
self.program_abort()
self.stop_simulation()
self.timer.log(
0, "[VPS] abort timer due to TimerSanityCheck")
return -1
self.session.nav.RecordTimer.timeChanged(self.timer)
if 30 < self.nextExecution:
self.nextExecution = 30
# Programm starten
if not self.program_running:
if self.timer.state == TimerEntry.StateRunning:
self.program_start()
elif initial_time > 0:
if (self.timer.begin - initial_time) <= time():
self.program_start()
else:
n = self.timer.begin - initial_time - time()
if n < self.nextExecution:
self.nextExecution = n
if self.timer.state == TimerEntry.StateRunning:
if self.activated_auto_increase and self.org_timer_end != 0 and (
self.org_timer_end + (4 * 3600)) < time():
# Aufnahme läuft seit 4 Stunden im Autoincrease -> abbrechen
self.timer.autoincrease = False
self.activated_auto_increase = False
self.dont_restart_program = True
self.program_abort()
self.stop_simulation()
self.timer.log(0,
"[VPS] stop recording, too much autoincrease")
try:
if self.timer.vpsplugin_wasTimerWakeup:
self.timer.vpsplugin_wasTimerWakeup = False
if not Screens.Standby.inTryQuitMainloop:
RecordTimerEntry.TryQuitMainloop(False)
except:
pass
return self.nextExecution
def recordNow(session, infinite):
rt = session.nav.RecordTimer
serviceref = session.nav.getCurrentlyPlayingServiceReference().toString()
try:
event = session.nav.getCurrentService().info().getEvent(0)
except Exception:
event = None
if not event and not infinite:
return {
"result": False,
"message": "No event found! Not recording!"
}
if event:
(begin, end, name, description, eit) = parseEvent(event)
begin = time()
msg = "Instant record for current Event started"
else:
name = "instant record"
description = ""
eit = 0
if infinite:
begin = time()
end = begin + 3600 * 10
msg = "Infinite Instant recording started"
timer = RecordTimerEntry(
ServiceReference(serviceref),
begin,
end,
name,
description,
eit,
False,
False,
0,
dirname=preferredInstantRecordPath()
)
timer.dontSave = True
if rt.record(timer):
return {
"result": False,
"message": "Timer conflict detected! Not recording!"
}
nt = {
"serviceref": str(timer.service_ref),
"servicename": timer.service_ref.getServiceName().replace('\xc2\x86', '').replace('\xc2\x87', ''),
"eit": timer.eit,
"name": timer.name,
"begin": timer.begin,
"end": timer.end,
"duration": timer.end - timer.begin
}
return {
"result": True,
"message": msg,
"newtimer": nt
}
def editTimer(self, param):
print "[WebComponents.Timer] editTimer"
# OK first we need to parse all of your Parameters
# For some of them (like afterEvent or justplay) we can use default values
# for others (the serviceReference or the Begin/End time of the timer
# we have to quit if they are not set/have illegal values
if "sRef" not in param:
return (False, "Missing Parameter: sRef")
service_ref = ServiceReference(param["sRef"])
repeated = int(param.get("repeated") or 0)
if "begin" not in param:
return (False, "Missing Parameter: begin")
begin = int(float(param["begin"]))
if "end" not in param:
return (False, "Missing Parameter: end")
end = int(float(param["end"]))
tm = time()
if tm <= begin:
pass
elif tm > begin and tm < end and repeated == 0:
begin = time()
elif repeated == 0:
return (False, "Illegal Parameter value for Parameter begin : '%s'" % begin)
if "name" not in param:
return (False, "Missing Parameter: name")
name = param["name"]
if "description" not in param:
return (False, "Missing Parameter: description")
description = param["description"].replace("\n", " ")
disabled = False # Default to: Enabled
if "disabled" in param:
if param["disabled"] == "1":
disabled = True
else:
# TODO - maybe we can give the user some useful hint here
pass
justplay = False # Default to: Record
if "justplay" in param:
if param["justplay"] == "1":
justplay = True
afterEvent = 3 # Default to Afterevent: Auto
if "afterevent" in param:
if (param["afterevent"] == "0") or (param["afterevent"] == "1") or (param["afterevent"] == "2"):
afterEvent = int(param["afterevent"])
dirname = config.movielist.last_timer_videodir.value
if "dirname" in param and param["dirname"]:
dirname = param["dirname"]
tags = []
if "tags" in param and param["tags"]:
tags = unescape(param["tags"]).split(" ")
delold = 0
if "deleteOldOnSave" in param:
delold = int(param["deleteOldOnSave"])
# Try to edit an existing Timer
if delold:
if "channelOld" in param and param["channelOld"]:
channelOld = ServiceReference(param["channelOld"])
else:
return (False, "Missing Parameter: channelOld")
# We do need all of the following Parameters, too, for being able of finding the Timer.
# Therefore so we can neither use default values in this part nor can we
# continue if a parameter is missing
if "beginOld" not in param:
return (False, "Missing Parameter: beginOld")
beginOld = int(param["beginOld"])
if "endOld" not in param:
return (False, "Missing Parameter: endOld")
endOld = int(param["endOld"])
# let's try to find the timer
try:
for timer in self.recordtimer.timer_list + self.recordtimer.processed_timers:
if str(timer.service_ref) == str(channelOld):
if int(timer.begin) == beginOld:
if int(timer.end) == endOld:
# we've found the timer we've been searching for
# Let's apply the new values
timer.service_ref = service_ref
timer.begin = int(begin)
timer.end = int(end)
timer.name = name
timer.description = description
timer.disabled = disabled
timer.justplay = justplay
timer.afterEvent = afterEvent
timer.repeated = repeated
timer.dirname = dirname
timer.tags = tags
# send the changed timer back to enigma2 and hope it's good
self.session.nav.RecordTimer.timeChanged(timer)
print "[WebComponents.Timer] editTimer: Timer changed!"
return (True, "Timer %s has been changed!" % (timer.name))
except Exception:
# obviously some value was not good, return an error
return (False, "Changing the timer for '%s' failed!" % name)
return (False, "Could not find timer '%s' with given start and end time!" % name)
# Try adding a new Timer
try:
# Create a new instance of recordtimerentry
timer = RecordTimerEntry(
service_ref,
begin,
end,
name,
description,
0,
disabled,
justplay,
afterEvent,
dirname=dirname,
tags=tags,
)
timer.repeated = repeated
# add the new timer
self.recordtimer.record(timer)
return (True, "Timer added successfully!")
except Exception:
# something went wrong, most possibly one of the given paramater-values was wrong
return (False, "Could not add timer '%s'!" % name)
return (False, "Unexpected Error")
def parseTimer(self,
timer,
epgcache,
serviceHandler,
recordHandler,
checkEvtLimit,
evtLimit,
timers,
conflicting,
similars,
timerdict,
moviedict,
simulateOnly=False):
new = 0
modified = 0
skipped = 0
# Precompute timer destination dir
dest = timer.destination or config.usage.default_path.getValue()
# Workaround to allow search for umlauts if we know the encoding
match = timer.match.replace('\xc2\x86', '').replace('\xc2\x87', '')
if timer.encoding != 'UTF-8':
try:
match = match.decode('UTF-8').encode(timer.encoding)
except UnicodeDecodeError:
pass
if timer.searchType == "description":
epgmatches = []
mask = (eServiceReference.isMarker | eServiceReference.isDirectory)
casesensitive = timer.searchCase == "sensitive"
if not casesensitive:
match = match.lower()
# Service filter defined
# Search only using the specified services
test = [(service, 0, -1, -1) for service in timer.services]
for bouquet in timer.bouquets:
services = serviceHandler.list(eServiceReference(bouquet))
if not services is None:
while True:
service = services.getNext()
if not service.valid(): #check end of list
break
if not (service.flags & mask):
test.append((service.toString(), 0, -1, -1))
if not test:
# No service filter defined
# Search within all services - could be very slow
# Get all bouquets
bouquetlist = []
refstr = '1:134:1:0:0:0:0:0:0:0:FROM BOUQUET \"bouquets.tv\" ORDER BY bouquet'
bouquetroot = eServiceReference(refstr)
mask = eServiceReference.isDirectory
if config.usage.multibouquet.getValue():
bouquets = serviceHandler.list(bouquetroot)
if bouquets:
while True:
s = bouquets.getNext()
if not s.valid():
break
if s.flags & mask:
info = serviceHandler.info(s)
if info:
bouquetlist.append((info.getName(s), s))
else:
info = serviceHandler.info(bouquetroot)
if info:
bouquetlist.append(
(info.getName(bouquetroot), bouquetroot))
# Get all services
mask = (eServiceReference.isMarker
| eServiceReference.isDirectory)
for name, bouquet in bouquetlist:
if not bouquet.valid(): #check end of list
break
if bouquet.flags & eServiceReference.isDirectory:
services = serviceHandler.list(bouquet)
if not services is None:
while True:
service = services.getNext()
if not service.valid(): #check end of list
break
if not (service.flags & mask):
test.append(
(service.toString(), 0, -1, -1))
if test:
# Get all events
# eEPGCache.lookupEvent( [ format of the returned tuples, ( service, 0 = event intersects given start_time, start_time -1 for now_time), ] )
test.insert(0, 'RITBDSE')
allevents = epgcache.lookupEvent(test) or []
# Filter events
for serviceref, eit, name, begin, duration, shortdesc, extdesc in allevents:
if match in (shortdesc if casesensitive else shortdesc.lower()) \
or match in (extdesc if casesensitive else extdesc.lower()):
epgmatches.append((serviceref, eit, name, begin,
duration, shortdesc, extdesc))
else:
# Search EPG, default to empty list
epgmatches = epgcache.search(
('RITBDSE', 3000, typeMap[timer.searchType], match,
caseMap[timer.searchCase])) or []
# Sort list of tuples by begin time 'B'
epgmatches.sort(key=itemgetter(3))
# Contains the the marked similar eits and the conflicting strings
similardict = defaultdict(list)
# Loop over all EPG matches
preveit = False
for idx, (serviceref, eit, name, begin, duration, shortdesc,
extdesc) in enumerate(epgmatches):
eserviceref = eServiceReference(serviceref)
evt = epgcache.lookupEventId(eserviceref, eit)
if not evt:
print("[AutoTimer] Could not create Event!")
continue
# Try to determine real service (we always choose the last one)
n = evt.getNumOfLinkageServices()
if n > 0:
i = evt.getLinkageService(eserviceref, n - 1)
serviceref = i.toString()
evtBegin = begin
evtEnd = end = begin + duration
# If event starts in less than 60 seconds skip it
# if begin < time() + 60:
# print ("[AutoTimer] Skipping " + name + " because it starts in less than 60 seconds")
# skipped += 1
# continue
# Set short description to equal extended description if it is empty.
if not shortdesc:
shortdesc = extdesc
# Convert begin time
timestamp = localtime(begin)
# Update timer
timer.update(begin, timestamp)
# Check if eit is in similar matches list
# NOTE: ignore evtLimit for similar timers as I feel this makes the feature unintuitive
similarTimer = False
if eit in similardict:
similarTimer = True
dayofweek = None # NOTE: ignore day on similar timer
else:
# If maximum days in future is set then check time
if checkEvtLimit:
if begin > evtLimit:
continue
dayofweek = str(timestamp.tm_wday)
# Check timer conditions
# NOTE: similar matches do not care about the day/time they are on, so ignore them
if timer.checkServices(serviceref) \
or timer.checkDuration(duration) \
or (not similarTimer and (\
timer.checkTimespan(timestamp) \
or timer.checkTimeframe(begin) \
)) or timer.checkFilter(name, shortdesc, extdesc, dayofweek):
continue
if timer.hasOffset():
# Apply custom Offset
begin, end = timer.applyOffset(begin, end)
else:
# Apply E2 Offset
begin -= config.recording.margin_before.getValue() * 60
end += config.recording.margin_after.getValue() * 60
# Overwrite endtime if requested
if timer.justplay and not timer.setEndtime:
end = begin
# Eventually change service to alternative
if timer.overrideAlternatives:
serviceref = timer.getAlternative(serviceref)
# Append to timerlist and abort if simulating
timers.append((name, begin, end, serviceref, timer.name))
if simulateOnly:
continue
# Check for existing recordings in directory
if timer.avoidDuplicateDescription == 3:
# Reset movie Exists
movieExists = False
if dest and dest not in moviedict:
self.addDirectoryToMovieDict(moviedict, dest,
serviceHandler)
for movieinfo in moviedict.get(dest, ()):
if self.checkSimilarity(timer, name, movieinfo.get("name"),
shortdesc,
movieinfo.get("shortdesc"),
extdesc, movieinfo.get("extdesc")):
print(
"[AutoTimer] We found a matching recorded movie, skipping event:",
name)
movieExists = True
break
if movieExists:
continue
# Initialize
newEntry = None
oldExists = False
# Check for double Timers
# We first check eit and if user wants us to guess event based on time
# we try this as backup. The allowed diff should be configurable though.
for rtimer in timerdict.get(serviceref, ()):
if (rtimer.eit == eit
or config.plugins.autotimer.try_guessing.getValue()
) and getTimeDiff(rtimer, evtBegin, evtEnd) > (
(duration / 10) * 8):
oldExists = True
# Abort if we don't want to modify timers or timer is repeated
if config.plugins.autotimer.refresh.getValue(
) == "none" or rtimer.repeated:
print(
"[AutoTimer] Won't modify existing timer because either no modification allowed or repeated timer"
)
break
if eit == preveit:
break
if (evtBegin -
(config.recording.margin_before.getValue() * 60) !=
rtimer.begin) or (
evtEnd +
(config.recording.margin_after.getValue() * 60)
!= rtimer.end):
if rtimer.isAutoTimer and eit == rtimer.eit:
print(
"[AutoTimer] AutoTimer %s modified this automatically generated timer."
% (timer.name))
rtimer.log(
501,
"[AutoTimer] AutoTimer %s modified this automatically generated timer."
% (timer.name))
preveit = eit
else:
if config.plugins.autotimer.refresh.getValue(
) != "all":
print(
"[AutoTimer] Won't modify existing timer because it's no timer set by us"
)
break
rtimer.log(
501,
"[AutoTimer] Warning, AutoTimer %s messed with a timer which might not belong to it."
% (timer.name))
newEntry = rtimer
modified += 1
self.modifyTimer(rtimer, name, shortdesc, begin, end,
serviceref)
break
else:
print(
"[AutoTimer] Skipping timer because it has not changed."
)
skipped += 1
break
elif timer.avoidDuplicateDescription >= 1 and not rtimer.disabled:
if self.checkSimilarity(timer, name, rtimer.name,
shortdesc, rtimer.description,
extdesc, rtimer.extdesc):
print(
"[AutoTimer] We found a timer with similar description, skipping event"
)
oldExists = True
break
# We found no timer we want to edit
if newEntry is None:
# But there is a match
if oldExists:
continue
# We want to search for possible doubles
for rtimer in chain.from_iterable(itervalues(timerdict)):
if not rtimer.disabled:
if self.checkDoubleTimers(timer, name, rtimer.name,
begin, rtimer.begin, end,
rtimer.end):
oldExists = True
# print("[AutoTimer] We found a timer with same StartTime, skipping event")
break
if timer.avoidDuplicateDescription >= 2:
if self.checkSimilarity(timer, name, rtimer.name,
shortdesc,
rtimer.description,
extdesc, rtimer.extdesc):
oldExists = True
print(
"[AutoTimer] We found a timer (any service) with same description, skipping event"
)
break
if oldExists:
continue
if timer.checkCounter(timestamp):
print(
"[AutoTimer] Not adding new timer because counter is depleted."
)
continue
newEntry = RecordTimerEntry(ServiceReference(serviceref),
begin, end, name, shortdesc, eit)
newEntry.log(
500,
"[AutoTimer] Try to add new timer based on AutoTimer %s." %
(timer.name))
# Mark this entry as AutoTimer (only AutoTimers will have this Attribute set)
newEntry.isAutoTimer = True
# Apply afterEvent
if timer.hasAfterEvent():
afterEvent = timer.getAfterEventTimespan(localtime(end))
if afterEvent is None:
afterEvent = timer.getAfterEvent()
if afterEvent is not None:
newEntry.afterEvent = afterEvent
newEntry.dirname = timer.destination
newEntry.justplay = timer.justplay
newEntry.vpsplugin_enabled = timer.vps_enabled
newEntry.vpsplugin_overwrite = timer.vps_overwrite
tags = timer.tags[:]
if config.plugins.autotimer.add_autotimer_to_tags.getValue():
tags.append('AutoTimer')
if config.plugins.autotimer.add_name_to_tags.getValue():
tagname = timer.name.strip()
if tagname:
tagname = tagname[0].upper() + tagname[1:].replace(
" ", "_")
tags.append(tagname)
newEntry.tags = tags
if oldExists:
# XXX: this won't perform a sanity check, but do we actually want to do so?
recordHandler.timeChanged(newEntry)
if renameTimer is not None and timer.series_labeling:
renameTimer(newEntry, name, evtBegin, evtEnd)
else:
conflictString = ""
if similarTimer:
conflictString = similardict[eit].conflictString
newEntry.log(
504,
"[AutoTimer] Try to add similar Timer because of conflicts with %s."
% (conflictString))
# Try to add timer
conflicts = recordHandler.record(newEntry)
if conflicts:
# Maybe use newEntry.log
conflictString += ' / '.join([
"%s (%s)" %
(x.name, strftime("%Y%m%d %H%M", localtime(x.begin)))
for x in conflicts
])
print("[AutoTimer] conflict with %s detected" %
(conflictString))
if config.plugins.autotimer.addsimilar_on_conflict.getValue(
):
# We start our search right after our actual index
# Attention we have to use a copy of the list, because we have to append the previous older matches
lepgm = len(epgmatches)
for i in xrange(lepgm):
servicerefS, eitS, nameS, beginS, durationS, shortdescS, extdescS = epgmatches[
(i + idx + 1) % lepgm]
if self.checkSimilarity(timer,
name,
nameS,
shortdesc,
shortdescS,
extdesc,
extdescS,
force=True):
# Check if the similar is already known
if eitS not in similardict:
print("[AutoTimer] Found similar Timer: " +
name)
# Store the actual and similar eit and conflictString, so it can be handled later
newEntry.conflictString = conflictString
similardict[eit] = newEntry
similardict[eitS] = newEntry
similarTimer = True
if beginS <= evtBegin:
# Event is before our actual epgmatch so we have to append it to the epgmatches list
epgmatches.append(
(servicerefS, eitS, nameS, beginS,
durationS, shortdescS, extdescS))
# If we need a second similar it will be found the next time
else:
similarTimer = False
newEntry = similardict[eitS]
break
if conflicts is None:
timer.decrementCounter()
new += 1
newEntry.extdesc = extdesc
timerdict[serviceref].append(newEntry)
if renameTimer is not None and timer.series_labeling:
renameTimer(newEntry, name, evtBegin, evtEnd)
# Similar timers are in new timers list and additionally in similar timers list
if similarTimer:
similars.append(
(name, begin, end, serviceref, timer.name))
similardict.clear()
# Don't care about similar timers
elif not similarTimer:
conflicting.append(
(name, begin, end, serviceref, timer.name))
if config.plugins.autotimer.disabled_on_conflict.getValue(
):
newEntry.log(
503,
"[AutoTimer] Timer disabled because of conflicts with %s."
% (conflictString))
newEntry.disabled = True
# We might want to do the sanity check locally so we don't run it twice - but I consider this workaround a hack anyway
conflicts = recordHandler.record(newEntry)
self.result = (new, modified, skipped)
self.completed.append(timer.name)
sleep(0.5)
def parseEPG(self, simulateOnly = False):
if NavigationInstance.instance is None:
print "[AutoTimer] Navigation is not available, can't parse EPG"
return (0, 0, 0, [], [])
total = 0
new = 0
modified = 0
timers = []
conflicting = []
# NOTE: the config option specifies "the next X days" which means today (== 1) + X
delta = timedelta(days = config.plugins.autotimer.maxdaysinfuture.value + 1)
evtLimit = mktime((date.today() + delta).timetuple())
checkEvtLimit = delta.days > 1
del delta
self.readXml()
# Save Recordings in a dict to speed things up a little
# We include processed timers as we might search for duplicate descriptions
recorddict = {}
for rtimer in NavigationInstance.instance.RecordTimer.timer_list + NavigationInstance.instance.RecordTimer.processed_timers:
if not rtimer.disabled:
recorddict.setdefault(str(rtimer.service_ref), []).append(rtimer)
# Iterate Timer
for timer in self.getEnabledTimerList():
# Precompute timer destination dir
dest = timer.destination or config.usage.default_path.value
# Workaround to allow search for umlauts if we know the encoding
match = timer.match
if timer.encoding != 'UTF-8':
try:
match = match.decode('UTF-8').encode(timer.encoding)
except UnicodeDecodeError:
pass
# Search EPG, default to empty list
ret = self.epgcache.search(('RI', 500, typeMap[timer.searchType], match, caseMap[timer.searchCase])) or ()
for serviceref, eit in ret:
eserviceref = eServiceReference(serviceref)
evt = self.epgcache.lookupEventId(eserviceref, eit)
if not evt:
print "[AutoTimer] Could not create Event!"
continue
# Try to determine real service (we always choose the last one)
n = evt.getNumOfLinkageServices()
if n > 0:
i = evt.getLinkageService(eserviceref, n-1)
serviceref = i.toString()
# Gather Information
evtInfo = self.normalizeEvent(evt)
evtBegin = begin = evt.getBeginTime()
duration = evt.getDuration()
evtEnd = end = begin + duration
# If event starts in less than 60 seconds skip it
if begin < time() + 60:
print "[AutoTimer] Skipping an event because it starts in less than 60 seconds"
continue
# If maximum days in future is set then check time
if checkEvtLimit:
if begin > evtLimit:
continue
# Convert begin time
timestamp = localtime(begin)
# Update timer
timer.update(begin, timestamp)
# Check Duration, Timespan, Timeframe and Excludes
if timer.checkServices(serviceref) \
or timer.checkDuration(duration) \
or timer.checkTimespan(timestamp) \
or timer.checkTimeframe(begin) \
or timer.checkFilter(
evtInfo.name,
evtInfo.shortDescription,
evtInfo.extendedDescription,
str(timestamp.tm_wday)
):
continue
if timer.hasOffset():
# Apply custom Offset
begin, end = timer.applyOffset(begin, end)
else:
# Apply E2 Offset
begin -= config.recording.margin_before.value * 60
end += config.recording.margin_after.value * 60
# Eventually change service to alternative
if timer.overrideAlternatives:
serviceref = timer.getAlternative(serviceref)
total += 1
# Append to timerlist and abort if simulating
timers.append((evtInfo.name, begin, end, serviceref, timer.name))
if simulateOnly:
continue
# Check for existing recordings in directory
if timer.avoidDuplicateDescription == 3 and self.checkMovies(evtInfo, dest):
continue
# Initialize
newEntry = None
oldExists = False
# Check for double Timers
# We first check eit and if user wants us to guess event based on time
# we try this as backup. The allowed diff should be configurable though.
for rtimer in recorddict.get(serviceref, ()):
if rtimer.eit == eit or config.plugins.autotimer.try_guessing.value and getTimeDiff(rtimer, begin, end) > ((duration/10)*8):
oldExists = True
# Abort if we don't want to modify timers or timer is repeated
if config.plugins.autotimer.refresh.value == "none":
print "[AutoTimer] Won't modify existing timer because no modification allowed"
break
if rtimer.repeated:
print "[AutoTimer] Won't modify existing timer because repeated timer"
break
if hasattr(rtimer, "isAutoTimer"):
rtimer.log(501, "[AutoTimer] AutoTimer %s modified this automatically generated timer." % (timer.name,))
else:
if config.plugins.autotimer.refresh.value != "all":
print "[AutoTimer] Won't modify existing timer because it's no timer set by us"
break
rtimer.log(501, "[AutoTimer] Warning, AutoTimer %s messed with a timer which might not belong to it." % (timer.name,))
newEntry = rtimer
modified += 1
# Modify values saved in timer
newEntry.name = evtInfo.name
newEntry.description = evtInfo.shortDescription
newEntry.begin = int(begin)
newEntry.end = int(end)
newEntry.service_ref = ServiceReference(serviceref)
break
elif timer.avoidDuplicateDescription >= 1 and self.normalizeRecordTimer(rtimer) == evtInfo:
oldExists = True
print "[AutoTimer] We found a timer with same service and description, skipping event"
break
# We found no timer we want to edit
if newEntry is None:
# But there is a match
if oldExists:
continue
# We want to search for possible doubles
if timer.avoidDuplicateDescription >= 2 and self.isEventInList(evtInfo, recorddict, self.normalizeRecordTimer):
print "[AutoTimer] We found a timer with same description, skipping event"
continue
if timer.checkCounter(timestamp):
print "[AutoTimer] Not adding new timer because counter is depleted."
continue
newEntry = RecordTimerEntry(ServiceReference(serviceref), begin, end, evtInfo.name, evtInfo.shortDescription, eit)
newEntry.log(500, "[AutoTimer] Adding new timer based on AutoTimer %s." % (timer.name,))
# Mark this entry as AutoTimer (only AutoTimers will have this Attribute set)
newEntry.isAutoTimer = True
# Apply afterEvent
if timer.hasAfterEvent():
afterEvent = timer.getAfterEventTimespan(localtime(end))
if afterEvent is None:
afterEvent = timer.getAfterEvent()
if afterEvent is not None:
newEntry.afterEvent = afterEvent
newEntry.dirname = timer.destination
newEntry.justplay = timer.justplay
newEntry.tags = timer.tags
newEntry.vpsplugin_enabled = timer.vps_enabled
newEntry.vpsplugin_overwrite = timer.vps_overwrite
if oldExists:
# XXX: this won't perform a sanity check, but do we actually want to do so?
NavigationInstance.instance.RecordTimer.timeChanged(newEntry)
else:
conflicts = NavigationInstance.instance.RecordTimer.record(newEntry)
if conflicts and config.plugins.autotimer.disabled_on_conflict.value:
conflictString = ' / '.join(["%s (%s)" % (x.name, strftime("%Y%m%d %H%M", localtime(x.begin))) for x in conflicts])
newEntry.log(503, "[AutoTimer] Timer disabled because of conflicts with %s." % (conflictString,))
del conflictString
newEntry.disabled = True
# We might want to do the sanity check locally so we don't run it twice - but I consider this workaround a hack anyway
conflicts = NavigationInstance.instance.RecordTimer.record(newEntry)
conflicting.append((evtInfo.name, begin, end, serviceref, timer.name))
if conflicts is None:
timer.decrementCounter()
new += 1
recorddict.setdefault(serviceref, []).append(newEntry)
else:
conflicting.append((evtInfo.name, begin, end, serviceref, timer.name))
return (total, new, modified, timers, conflicting)
def UPDT(self, args):
# <id> <settings>
args = args.split(None, 1)
if len(args) != 2:
payload = "%d argument error" % (CODE_SYNTAX, )
return self.sendLine(payload)
try:
timerId = int(args[0])
except ValueError:
payload = "%d argument error" % (CODE_SYNTAX, )
return self.sendLine(payload)
list = self.getTimerList()
if timerId < 1:
payload = "%d argument error" % (CODE_SYNTAX, )
return self.sendLine(payload)
if len(list) >= timerId: oldTimer = list[timerId - 1]
else: oldTimer = None
try:
flags, channelid, datestring, beginstring, endstring, priority, lifetime, name, description = args[
1].split(':')
flags = int(flags)
service_ref = ServiceReference(self.channelList[int(channelid) -
1])
datestruct = strptime(datestring, '%Y-%m-%d')
timestruct = strptime(beginstring, '%H%M')
begin = mktime(
(datestruct.tm_year, datestruct.tm_mon, datestruct.tm_mday,
timestruct.tm_hour, timestruct.tm_min, 0, datestruct.tm_wday,
datestruct.tm_yday, -1))
timestruct = strptime(endstring, '%H%M')
end = mktime(
(datestruct.tm_year, datestruct.tm_mon, datestruct.tm_mday,
timestruct.tm_hour, timestruct.tm_min, 0, datestruct.tm_wday,
datestruct.tm_yday, -1))
del datestruct, timestruct
except ValueError as e:
payload = "%d argument error" % (CODE_SYNTAX, )
return self.sendLine(payload)
except KeyError as e:
payload = "%d argument error" % (CODE_SYNTAX, )
return self.sendLine(payload)
if end < begin:
end += 86400 # Add 1 day, beware - this is evil and might not work correctly due to dst
timer = RecordTimerEntry(service_ref,
begin,
end,
name,
description,
0,
disabled=flags & 1 == 0)
if oldTimer:
recordTimer.removeEntry(oldTimer)
timer.justplay = oldTimer.justplay
timer.afterEvent = oldTimer.afterEvent
timer.dirname = oldTimer.dirname
timer.tags = oldTimer.tags
timer.log_entries = oldTimer.log_entries
conflict = recordTimer.record(timer)
if conflict is None:
return self.sendTimerLine(timer, timerId, last=True)
else:
payload = "%d timer conflict detected, original timer lost." % (
CODE_ERR_LOCAL, )
return self.sendLine(payload)
def check_and_add_event(self, neweventid): if not config.plugins.vps.allow_seeking_multiple_pdc.value: return epgcache = eEPGCache.getInstance() evt = epgcache.lookupEventId(self.rec_ref, neweventid) if evt: evt_begin = evt.getBeginTime() + 60 evt_end = evt.getBeginTime() + evt.getDuration() - 60 if evt_begin < self.timer.begin: return for checktimer in self.session.nav.RecordTimer.timer_list: if checktimer == self.timer: continue if (checktimer.begin - evt_begin) > 3600*2: break compareString = checktimer.service_ref.ref.toCompareString() if compareString == self.timer.service_ref.ref.toCompareString() or compareString == self.rec_ref.toCompareString(): if checktimer.eit == neweventid: return if checktimer.begin <= evt_begin and checktimer.end >= evt_end: if checktimer.vpsplugin_enabled is None or not checktimer.vpsplugin_enabled: return # manuell angelegter Timer mit VPS if checktimer.name == "" and checktimer.vpsplugin_time is not None: checktimer.eit = neweventid checktimer.name = evt.getEventName() checktimer.description = evt.getShortDescription() checktimer.vpsplugin_time = None checktimer.log(0, "[VPS] changed timer (found same PDC-Time as in other VPS-recording)") return # eigenen Timer überprüfen, wenn Zeiten nicht überschrieben werden dürfen if not self.timer.vpsplugin_overwrite and evt_begin <= self.timer.end: check_already_existing = [x for (x,y) in self.next_events if y == neweventid] if len(check_already_existing) > 0: start = check_already_existing.pop() if start == evt_begin: return else: self.next_events.remove( (start, neweventid) ) self.timer.log(0, "[VPS] delete event_id "+ str(neweventid) +" because of delay "+ str(evt_begin - start)) self.next_events.append( (evt_begin, neweventid) ) self.next_events = sorted(self.next_events) self.timer.log(0, "[VPS] add event_id "+ str(neweventid)) else: newevent_data = parseEvent(evt) newEntry = RecordTimerEntry(ServiceReference(self.rec_ref), *newevent_data) newEntry.vpsplugin_enabled = True newEntry.vpsplugin_overwrite = True newEntry.dirname = self.timer.dirname newEntry.log(0, "[VPS] added this timer (found same PDC-Time as in other VPS-recording)") # Wenn kein Timer-Konflikt auftritt, wird der Timer angelegt. res = NavigationInstance.instance.RecordTimer.record(newEntry) self.timer.log(0, "[VPS] added another timer, res "+ str(res))
def editTimer(self, param):
print "[WebComponents.Timer] editTimer"
#OK first we need to parse all of your Parameters
#For some of them (like afterEvent or justplay) we can use default values
#for others (the serviceReference or the Begin/End time of the timer
#we have to quit if they are not set/have illegal values
if 'serviceref' in param:
param['sRef'] = str(param['serviceref'])
if 'sRef' not in param:
return ( False, "Missing Parameter: sRef" )
service_ref = ServiceReference(param['sRef'])
repeated = int(param.get('repeated') or 0)
if 'begin' not in param:
return ( False, "Missing Parameter: begin" )
begin = int(float(param['begin']))
if 'end' not in param:
return ( False, "Missing Parameter: end" )
end = int(float(param['end']))
tm = time()
if tm <= begin:
pass
elif tm > begin and tm < end and repeated == 0:
begin = time()
elif repeated == 0:
return ( False, "Illegal Parameter value for Parameter begin : '%s'" % begin )
if 'name' not in param:
return ( False, "Missing Parameter: name" )
name = param['name']
if 'description' not in param:
return ( False, "Missing Parameter: description" )
description = param['description'].replace("\n", " ")
disabled = False #Default to: Enabled
if 'disabled' in param:
if param['disabled'] == "1":
disabled = True
else:
#TODO - maybe we can give the user some useful hint here
pass
justplay = False #Default to: Record
if 'justplay' in param:
if param['justplay'] == "1":
justplay = True
afterEvent = 3 #Default to Afterevent: Auto
if 'afterevent' in param:
if (param['afterevent'] == "0") or (param['afterevent'] == "1") or (param['afterevent'] == "2"):
afterEvent = int(param['afterevent'])
dirname = preferredTimerPath()
if 'dirname' in param and param['dirname']:
dirname = param['dirname']
tags = []
if 'tags' in param and param['tags']:
tags = unescape(param['tags']).split(' ')
delold = 0
if 'deleteOldOnSave' in param:
delold = int(param['deleteOldOnSave'])
#Try to edit an existing Timer
if delold:
if 'channelOld' in param and param['channelOld']:
channelOld = ServiceReference(param['channelOld'])
else:
return ( False, "Missing Parameter: channelOld" )
# We do need all of the following Parameters, too, for being able of finding the Timer.
# Therefore so we can neither use default values in this part nor can we
# continue if a parameter is missing
if 'beginOld' not in param:
return ( False, "Missing Parameter: beginOld" )
beginOld = int(param['beginOld'])
if 'endOld' not in param:
return ( False, "Missing Parameter: endOld" )
endOld = int(param['endOld'])
#let's try to find the timer
try:
for timer in self.__recordtimer.timer_list + self.__recordtimer.processed_timers:
if str(timer.service_ref) == str(channelOld):
if int(timer.begin) == beginOld:
if int(timer.end) == endOld:
#we've found the timer we've been searching for
#Delete the old entry
self.__recordtimer.removeEntry(timer)
old = timer
timer = RecordTimerEntry(service_ref, begin, end, name, description, 0, disabled, justplay, afterEvent, dirname=dirname, tags=tags)
timer.repeated = repeated
timer.log_entries = old.log_entries
timer.processRepeated()
#send the changed timer back to enigma2 and hope it's good
conflicts = self.__recordtimer.record(timer)
if conflicts is None:
print "[WebComponents.Timer] editTimer: Timer changed!"
return ( True, "Timer '%s' changed" %(timer.name) )
else:
print "[WebComponents.Timer] editTimer conflicting Timers: %s" %(conflicts)
msg = ""
for timer in conflicts:
msg = "%s / %s" %(msg, timer.name)
return (False, "Conflicting Timer(s) detected! %s" %(msg))
except Exception:
#obviously some value was not good, return an error
return ( False, "Changing the timer for '%s' failed!" % name )
return ( False, "Could not find timer '%s' with given start and end time!" % name )
#Try adding a new Timer
try:
#Create a new instance of recordtimerentry
timer = RecordTimerEntry(service_ref, begin, end, name, description, 0, disabled, justplay, afterEvent, dirname=dirname, tags=tags)
timer.repeated = repeated
#add the new timer
conflicts = self.__recordtimer.record(timer)
if conflicts is None:
return ( True, "Timer '%s' added" %(timer.name) )
else:
print "[WebComponents.Timer] editTimer conflicting Timers: %s" %(conflicts)
msg = ""
for timer in conflicts:
msg = "%s / %s" %(msg, timer.name)
return (False, "Conflicting Timer(s) detected! %s" %(msg))
except Exception, e:
#something went wrong, most possibly one of the given paramater-values was wrong
print "[WebComponents.Timer] editTimer exception: %s" %(e)
return ( False, "Could not add timer '%s'!" % name )
service_ref = ServiceReference(self.channelList[int(channelid)-1]) datestruct = strptime(datestring, '%Y-%m-%d') timestruct = strptime(beginstring, '%H%M') begin = mktime((datestruct.tm_year, datestruct.tm_mon, datestruct.tm_mday, timestruct.tm_hour, timestruct.tm_min, 0, datestruct.tm_wday, datestruct.tm_yday, -1)) timestruct = strptime(endstring, '%H%M') end = mktime((datestruct.tm_year, datestruct.tm_mon, datestruct.tm_mday, timestruct.tm_hour, timestruct.tm_min, 0, datestruct.tm_wday, datestruct.tm_yday, -1)) del datestruct, timestruct except ValueError, e: payload = "%d argument error" % (CODE_SYNTAX,) return self.sendLine(payload) except KeyError, e: payload = "%d argument error" % (CODE_SYNTAX,) return self.sendLine(payload) if end < begin: end += 86400 # Add 1 day, beware - this is evil and might not work correctly due to dst timer = RecordTimerEntry(service_ref, begin, end, name, description, 0, disabled=flags & 1 == 0) if oldTimer: recordTimer.removeEntry(oldTimer) timer.justplay = oldTimer.justplay timer.afterEvent = oldTimer.afterEvent timer.dirname = oldTimer.dirname timer.tags = oldTimer.tags timer.log_entries = oldTimer.log_entries conflict = recordTimer.record(timer) if conflict is None: return self.sendTimerLine(timer, timerId, last=True) else: payload = "%d timer conflict detected, original timer lost." % (CODE_ERR_LOCAL,) return self.sendLine(payload)
def parseTimer(self, timer, epgcache, serviceHandler, recordHandler, checkEvtLimit, evtLimit, timers, conflicting, similars, timerdict, moviedict, simulateOnly=False):
new = 0
modified = 0
skipped = 0
# Precompute timer destination dir
dest = timer.destination or config.usage.default_path.value
match = timer.match
if timer.searchType == "description":
epgmatches = []
mask = (eServiceReference.isMarker | eServiceReference.isDirectory)
casesensitive = timer.searchCase == "sensitive"
if not casesensitive:
match = match.lower()
# Service filter defined
# Search only using the specified services
test = [(service, 0, -1, -1) for service in timer.services]
for bouquet in timer.bouquets:
services = serviceHandler.list(eServiceReference(bouquet))
if not services is None:
while True:
service = services.getNext()
if not service.valid(): #check end of list
break
if not (service.flags & mask):
test.append( (service.toString(), 0, -1, -1 ) )
if not test:
# No service filter defined
# Search within all services - could be very slow
# Get all bouquets
bouquetlist = []
refstr = '1:134:1:0:0:0:0:0:0:0:FROM BOUQUET \"bouquets.tv\" ORDER BY bouquet'
bouquetroot = eServiceReference(refstr)
mask = eServiceReference.isDirectory
if config.usage.multibouquet.value:
bouquets = serviceHandler.list(bouquetroot)
if bouquets:
while True:
s = bouquets.getNext()
if not s.valid():
break
if s.flags & mask:
info = serviceHandler.info(s)
if info:
bouquetlist.append((info.getName(s), s))
else:
info = serviceHandler.info(bouquetroot)
if info:
bouquetlist.append((info.getName(bouquetroot), bouquetroot))
# Get all services
mask = (eServiceReference.isMarker | eServiceReference.isDirectory)
for name, bouquet in bouquetlist:
if not bouquet.valid(): #check end of list
break
if bouquet.flags & eServiceReference.isDirectory:
services = serviceHandler.list(bouquet)
if not services is None:
while True:
service = services.getNext()
if not service.valid(): #check end of list
break
if not (service.flags & mask):
test.append( (service.toString(), 0, -1, -1 ) )
if test:
# Get all events
# eEPGCache.lookupEvent( [ format of the returned tuples, ( service, 0 = event intersects given start_time, start_time -1 for now_time), ] )
test.insert(0, 'RITBDSE')
allevents = epgcache.lookupEvent(test) or []
# Filter events
for serviceref, eit, name, begin, duration, shortdesc, extdesc in allevents:
if match in (shortdesc if casesensitive else shortdesc.lower()) \
or match in (extdesc if casesensitive else extdesc.lower()):
epgmatches.append( (serviceref, eit, name, begin, duration, shortdesc, extdesc) )
else:
# Search EPG, default to empty list
epgmatches = epgcache.search( ('RITBDSE', 3000, typeMap[timer.searchType], match, caseMap[timer.searchCase]) ) or []
# Sort list of tuples by begin time 'B'
epgmatches.sort(key=itemgetter(3))
# Contains the the marked similar eits and the conflicting strings
similardict = defaultdict(list)
# Loop over all EPG matches
preveit = False
for idx, ( serviceref, eit, name, begin, duration, shortdesc, extdesc ) in enumerate( epgmatches ):
eserviceref = eServiceReference(serviceref)
evt = epgcache.lookupEventId(eserviceref, eit)
if not evt:
print("[AutoTimer] Could not create Event!")
continue
# Try to determine real service (we always choose the last one)
n = evt.getNumOfLinkageServices()
if n > 0:
i = evt.getLinkageService(eserviceref, n-1)
serviceref = i.toString()
evtBegin = begin
evtEnd = end = begin + duration
# If event starts in less than 60 seconds skip it
# if begin < time() + 60:
# print ("[AutoTimer] Skipping " + name + " because it starts in less than 60 seconds")
# skipped += 1
# continue
# Set short description to equal extended description if it is empty.
if not shortdesc:
shortdesc = extdesc
# Convert begin time
timestamp = localtime(begin)
# Update timer
timer.update(begin, timestamp)
# Check if eit is in similar matches list
# NOTE: ignore evtLimit for similar timers as I feel this makes the feature unintuitive
similarTimer = False
if eit in similardict:
similarTimer = True
dayofweek = None # NOTE: ignore day on similar timer
else:
# If maximum days in future is set then check time
if checkEvtLimit:
if begin > evtLimit:
continue
dayofweek = str(timestamp.tm_wday)
# Check timer conditions
# NOTE: similar matches do not care about the day/time they are on, so ignore them
if timer.checkServices(serviceref) \
or timer.checkDuration(duration) \
or (not similarTimer and (\
timer.checkTimespan(timestamp) \
or timer.checkTimeframe(begin) \
)) or timer.checkFilter(name, shortdesc, extdesc, dayofweek):
continue
if timer.hasOffset():
# Apply custom Offset
begin, end = timer.applyOffset(begin, end)
else:
# Apply E2 Offset
begin -= config.recording.margin_before.value * 60
end += config.recording.margin_after.value * 60
# Overwrite endtime if requested
if timer.justplay and not timer.setEndtime:
end = begin
# Eventually change service to alternative
if timer.overrideAlternatives:
serviceref = timer.getAlternative(serviceref)
# Append to timerlist and abort if simulating
timers.append((name, begin, end, serviceref, timer.name))
if simulateOnly:
continue
# Check for existing recordings in directory
if timer.avoidDuplicateDescription == 3:
# Reset movie Exists
movieExists = False
if dest and dest not in moviedict:
self.addDirectoryToMovieDict(moviedict, dest, serviceHandler)
for movieinfo in moviedict.get(dest, ()):
if self.checkSimilarity(timer, name, movieinfo.get("name"), shortdesc, movieinfo.get("shortdesc"), extdesc, movieinfo.get("extdesc")):
print("[AutoTimer] We found a matching recorded movie, skipping event:", name)
movieExists = True
break
if movieExists:
continue
# Initialize
newEntry = None
oldExists = False
# Check for double Timers
# We first check eit and if user wants us to guess event based on time
# we try this as backup. The allowed diff should be configurable though.
for rtimer in timerdict.get(serviceref, ()):
if (rtimer.eit == eit or config.plugins.autotimer.try_guessing.getValue()) and getTimeDiff(rtimer, evtBegin, evtEnd) > ((duration/10)*8):
oldExists = True
# Abort if we don't want to modify timers or timer is repeated
if config.plugins.autotimer.refresh.value == "none" or rtimer.repeated:
print("[AutoTimer] Won't modify existing timer because either no modification allowed or repeated timer")
break
if eit == preveit:
break
if (evtBegin - (config.recording.margin_before.getValue() * 60) != rtimer.begin) or (evtEnd + (config.recording.margin_after.getValue() * 60) != rtimer.end) or (shortdesc != rtimer.description):
if rtimer.isAutoTimer and eit == rtimer.eit:
print ("[AutoTimer] AutoTimer %s modified this automatically generated timer." % (timer.name))
# rtimer.log(501, "[AutoTimer] AutoTimer %s modified this automatically generated timer." % (timer.name))
preveit = eit
else:
if config.plugins.autotimer.refresh.getValue() != "all":
print("[AutoTimer] Won't modify existing timer because it's no timer set by us")
break
rtimer.log(501, "[AutoTimer] Warning, AutoTimer %s messed with a timer which might not belong to it: %s ." % (timer.name, rtimer.name))
newEntry = rtimer
modified += 1
self.modifyTimer(rtimer, name, shortdesc, begin, end, serviceref, eit)
# rtimer.log(501, "[AutoTimer] AutoTimer modified timer: %s ." % (rtimer.name))
break
else:
print ("[AutoTimer] Skipping timer because it has not changed.")
skipped += 1
break
elif timer.avoidDuplicateDescription >= 1 and not rtimer.disabled:
if self.checkSimilarity(timer, name, rtimer.name, shortdesc, rtimer.description, extdesc, rtimer.extdesc ):
print("[AutoTimer] We found a timer with similar description, skipping event")
oldExists = True
break
# We found no timer we want to edit
if newEntry is None:
# But there is a match
if oldExists:
continue
# We want to search for possible doubles
for rtimer in chain.from_iterable( itervalues(timerdict) ):
if not rtimer.disabled:
if self.checkDoubleTimers(timer, name, rtimer.name, begin, rtimer.begin, end, rtimer.end ):
oldExists = True
# print("[AutoTimer] We found a timer with same StartTime, skipping event")
break
if timer.avoidDuplicateDescription >= 2:
if self.checkSimilarity(timer, name, rtimer.name, shortdesc, rtimer.description, extdesc, rtimer.extdesc ):
oldExists = True
print("[AutoTimer] We found a timer (any service) with same description, skipping event")
break
if oldExists:
continue
if timer.checkCounter(timestamp):
print("[AutoTimer] Not adding new timer because counter is depleted.")
continue
newEntry = RecordTimerEntry(ServiceReference(serviceref), begin, end, name, shortdesc, eit)
newEntry.log(500, "[AutoTimer] Try to add new timer based on AutoTimer %s." % (timer.name))
# Mark this entry as AutoTimer (only AutoTimers will have this Attribute set)
# It is only temporarily, after a restart it will be lost,
# because it won't be stored in the timer xml file
newEntry.isAutoTimer = True
# Apply afterEvent
if timer.hasAfterEvent():
afterEvent = timer.getAfterEventTimespan(localtime(end))
if afterEvent is None:
afterEvent = timer.getAfterEvent()
if afterEvent is not None:
newEntry.afterEvent = afterEvent
newEntry.dirname = timer.destination
newEntry.justplay = timer.justplay
newEntry.vpsplugin_enabled = timer.vps_enabled
newEntry.vpsplugin_overwrite = timer.vps_overwrite
tags = timer.tags[:]
if config.plugins.autotimer.add_autotimer_to_tags.value:
tags.append('AutoTimer')
if config.plugins.autotimer.add_name_to_tags.value:
tagname = timer.name.strip()
if tagname:
tagname = tagname[0].upper() + tagname[1:].replace(" ", "_")
tags.append(tagname)
newEntry.tags = tags
if oldExists:
# XXX: this won't perform a sanity check, but do we actually want to do so?
recordHandler.timeChanged(newEntry)
if renameTimer is not None and timer.series_labeling:
renameTimer(newEntry, name, evtBegin, evtEnd)
else:
conflictString = ""
if similarTimer:
conflictString = similardict[eit].conflictString
newEntry.log(504, "[AutoTimer] Try to add similar Timer because of conflicts with %s." % (conflictString))
# Try to add timer
conflicts = recordHandler.record(newEntry)
if conflicts:
# Maybe use newEntry.log
conflictString += ' / '.join(["%s (%s)" % (x.name, strftime("%Y%m%d %H%M", localtime(x.begin))) for x in conflicts])
print("[AutoTimer] conflict with %s detected" % (conflictString))
if config.plugins.autotimer.addsimilar_on_conflict.value:
# We start our search right after our actual index
# Attention we have to use a copy of the list, because we have to append the previous older matches
lepgm = len(epgmatches)
for i in xrange(lepgm):
servicerefS, eitS, nameS, beginS, durationS, shortdescS, extdescS = epgmatches[ (i+idx+1)%lepgm ]
if self.checkSimilarity(timer, name, nameS, shortdesc, shortdescS, extdesc, extdescS, force=True ):
# Check if the similar is already known
if eitS not in similardict:
print("[AutoTimer] Found similar Timer: " + name)
# Store the actual and similar eit and conflictString, so it can be handled later
newEntry.conflictString = conflictString
similardict[eit] = newEntry
similardict[eitS] = newEntry
similarTimer = True
if beginS <= evtBegin:
# Event is before our actual epgmatch so we have to append it to the epgmatches list
epgmatches.append((servicerefS, eitS, nameS, beginS, durationS, shortdescS, extdescS))
# If we need a second similar it will be found the next time
else:
similarTimer = False
newEntry = similardict[eitS]
break
if conflicts is None:
timer.decrementCounter()
new += 1
newEntry.extdesc = extdesc
timerdict[serviceref].append(newEntry)
if renameTimer is not None and timer.series_labeling:
renameTimer(newEntry, name, evtBegin, evtEnd)
# Similar timers are in new timers list and additionally in similar timers list
if similarTimer:
similars.append((name, begin, end, serviceref, timer.name))
similardict.clear()
# Don't care about similar timers
elif not similarTimer:
conflicting.append((name, begin, end, serviceref, timer.name))
if config.plugins.autotimer.disabled_on_conflict.value:
newEntry.log(503, "[AutoTimer] Timer disabled because of conflicts with %s." % (conflictString))
newEntry.disabled = True
# We might want to do the sanity check locally so we don't run it twice - but I consider this workaround a hack anyway
conflicts = recordHandler.record(newEntry)
self.result=(new, modified, skipped)
self.completed.append(timer.name)
sleep(0.5)
def timerAdd(self):
cur = self['list'].getCurrent()
event = cur[0]
if event is None:
return
serviceref = cur[1]
isRecordEvent = isRepeat = firstNextRepeatEvent = isRunning = False
eventid = event.getEventId()
begin = event.getBeginTime()
duration = event.getDuration()
end = begin + duration
refstr = ':'.join(serviceref.ref.toString().split(':')[:11])
isRepeat = False
prev_state = 0
for timer in self.session.nav.RecordTimer.timer_list:
needed_ref = ':'.join(
timer.service_ref.ref.toString().split(':')[:11]) == refstr
if needed_ref and timer.eit == eventid and (
begin < timer.begin <= end
or timer.begin <= begin <= timer.end):
isRecordEvent = True
break
if not isRecordEvent:
x = self.session.nav.RecordTimer.isInTimer(eventid, begin,
duration, refstr, True)
if x and x[1][0] in (2, 7, 12):
isRecordEvent = True
timer = x[3]
if isRecordEvent:
isRepeat = timer.repeated
prev_state = timer.state
isRunning = prev_state in (1, 2)
title_text = isRepeat and _(
'Attention, this is repeated timer!\n') or ''
firstNextRepeatEvent = isRepeat and (
begin < timer.begin <= end
or timer.begin <= begin <= timer.end) and not timer.justplay
menu = [(_('Delete timer'), 'delete'), (_('Edit timer'), 'edit')]
buttons = ['red', 'green']
if not isRunning:
if firstNextRepeatEvent and timer.isFindRunningEvent(
) and not timer.isFindNextEvent():
menu.append((_('Options disable timer'), 'disablerepeat'))
else:
menu.append((_('Disable timer'), 'disable'))
buttons.append('yellow')
elif prev_state == 2 and firstNextRepeatEvent:
menu.append(
(_('Options disable timer'), 'disablerepeatrunning'))
buttons.append('yellow')
menu.append((_('Timer Overview'), 'timereditlist'))
def timerAction(choice):
if choice is not None:
if choice[1] == 'delete':
self.removeTimer(timer)
elif choice[1] == 'edit':
self.session.openWithCallback(self.finishedEdit,
TimerEntry, timer)
elif choice[1] == 'disable':
self.disableTimer(timer, prev_state)
elif choice[1] == 'timereditlist':
self.session.open(TimerEditList)
elif choice[1] == 'disablerepeatrunning':
self.disableTimer(timer,
prev_state,
repeat=True,
record=True)
elif choice[1] == 'disablerepeat':
self.disableTimer(timer, prev_state, repeat=True)
self.session.openWithCallback(
timerAction,
ChoiceBox,
title=title_text +
_("Select action for timer '%s'.") % timer.name,
list=menu,
keys=buttons)
else:
newEntry = RecordTimerEntry(serviceref,
checkOldTimers=True,
dirname=preferredTimerPath(),
*parseEvent(event))
self.session.openWithCallback(self.finishedAdd, TimerEntry,
newEntry)
def parseTimer(self, timer, epgcache, serviceHandler, recordHandler, checkEvtLimit, evtLimit, timers, conflicting, similars, skipped, timerdict, moviedict, simulateOnly=False):
new = 0
modified = 0
# Workaround to allow search for umlauts if we know the encoding
#match = timer.match
match = timer.match.replace('\xc2\x86', '').replace('\xc2\x87', '')
if timer.encoding != 'UTF-8':
try:
match = match.decode('UTF-8').encode(timer.encoding)
except UnicodeDecodeError:
pass
if timer.searchType == "description":
epgmatches = []
mask = (eServiceReference.isMarker | eServiceReference.isDirectory)
casesensitive = timer.searchCase == "sensitive"
if not casesensitive:
match = match.lower()
# Service filter defined
# Search only using the specified services
test = [(service, 0, -1, -1) for service in timer.services]
for bouquet in timer.bouquets:
services = serviceHandler.list(eServiceReference(bouquet))
if not services is None:
while True:
service = services.getNext()
if not service.valid(): #check end of list
break
if not (service.flags & mask):
test.append( (service.toString(), 0, -1, -1 ) )
if not test:
# No service filter defined
# Search within all services - could be very slow
# Get all bouquets
bouquetlist = []
if config.usage.multibouquet.value:
refstr = '1:7:1:0:0:0:0:0:0:0:FROM BOUQUET "bouquets.tv" ORDER BY bouquet'
bouquetroot = eServiceReference(refstr)
bouquets = serviceHandler.list(bouquetroot)
if bouquets:
while True:
s = bouquets.getNext()
if not s.valid():
break
if s.flags & eServiceReference.isDirectory and not s.flags & eServiceReference.isInvisible:
info = serviceHandler.info(s)
if info:
bouquetlist.append((info.getName(s), s))
mask = (eServiceReference.isMarker | eServiceReference.isDirectory)
for name, bouquet in bouquetlist:
if not bouquet.valid(): #check end of list
break
if bouquet.flags & eServiceReference.isDirectory:
services = serviceHandler.list(bouquet)
if not services is None:
while True:
service = services.getNext()
if not service.valid(): #check end of list
break
if not (service.flags & mask):
test.append( (service.toString(), 0, -1, -1 ) )
else:
service_types_tv = '1:7:1:0:0:0:0:0:0:0:(type == 1) || (type == 17) || (type == 22) || (type == 25) || (type == 31) || (type == 134) || (type == 195)'
refstr = '%s FROM BOUQUET "userbouquet.favourites.tv" ORDER BY bouquet'%(service_types_tv)
bouquetroot = eServiceReference(refstr)
info = serviceHandler.info(bouquetroot)
if info:
bouquetlist.append((info.getName(bouquetroot), bouquetroot))
mask = (eServiceReference.isMarker | eServiceReference.isDirectory)
for name, bouquet in bouquetlist:
if bouquet.flags & eServiceReference.isDirectory:
services = serviceHandler.list(bouquet)
if not services is None:
while True:
service = services.getNext()
if not service.valid(): #check end of list
break
if not (service.flags & mask):
test.append( (service.toString(), 0, -1, -1 ) )
if test:
# Get all events
# eEPGCache.lookupEvent( [ format of the returned tuples, ( service, 0 = event intersects given start_time, start_time -1 for now_time), ] )
test.insert(0, 'RITBDSE')
allevents = epgcache.lookupEvent(test) or []
# Filter events
for serviceref, eit, name, begin, duration, shortdesc, extdesc in allevents:
if match in (shortdesc if casesensitive else shortdesc.lower()) \
or match in (extdesc if casesensitive else extdesc.lower()):
epgmatches.append( (serviceref, eit, name, begin, duration, shortdesc, extdesc) )
else:
# Search EPG, default to empty list
epgmatches = epgcache.search( ('RITBDSE', 2500, typeMap[timer.searchType], match, caseMap[timer.searchCase]) ) or []
# Sort list of tuples by begin time 'B'
epgmatches.sort(key=itemgetter(3))
# Contains the the marked similar eits and the conflicting strings
similardict = defaultdict(list)
# Loop over all EPG matches
for idx, ( serviceref, eit, name, begin, duration, shortdesc, extdesc ) in enumerate( epgmatches ):
startLog()
# timer destination dir
dest = timer.destination
evtBegin = begin
evtEnd = end = begin + duration
doLog("[AutoTimer] possible epgmatch %s" % (name))
doLog("[AutoTimer] Serviceref %s" % (str(serviceref)))
eserviceref = eServiceReference(serviceref)
evt = epgcache.lookupEventId(eserviceref, eit)
if not evt:
doLog("[AutoTimer] Could not create Event!")
skipped.append((name, begin, end, str(serviceref), timer.name, getLog()))
continue
# Try to determine real service (we always choose the last one)
n = evt.getNumOfLinkageServices()
if n > 0:
i = evt.getLinkageService(eserviceref, n-1)
serviceref = i.toString()
doLog("[AutoTimer] Serviceref2 %s" % (str(serviceref)))
# If event starts in less than 60 seconds skip it
if begin < time() + 60:
doLog("[AutoTimer] Skipping an event because it starts in less than 60 seconds")
skipped.append((name, begin, end, serviceref, timer.name, getLog()))
continue
# Set short description to equal extended description if it is empty.
if not shortdesc and timer.descShortEqualExt:
shortdesc = extdesc
# Convert begin time
timestamp = localtime(begin)
# Update timer
timer.update(begin, timestamp)
# Check if eit is in similar matches list
# NOTE: ignore evtLimit for similar timers as I feel this makes the feature unintuitive
similarTimer = False
if eit in similardict:
similarTimer = True
dayofweek = None # NOTE: ignore day on similar timer
else:
# If maximum days in future is set then check time
if checkEvtLimit:
if begin > evtLimit:
doLog("[AutoTimer] Skipping an event because of maximum days in future is reached")
skipped.append((name, begin, end, serviceref, timer.name, getLog()))
continue
dayofweek = str(timestamp.tm_wday)
# Check timer conditions
# NOTE: similar matches do not care about the day/time they are on, so ignore them
if timer.checkServices(serviceref):
doLog("[AutoTimer] Skipping an event because of check services")
skipped.append((name, begin, end, serviceref, timer.name, getLog()))
continue
if timer.checkDuration(duration):
doLog("[AutoTimer] Skipping an event because of duration check")
skipped.append((name, begin, end, serviceref, timer.name, getLog()))
continue
if not similarTimer:
if timer.checkTimespan(timestamp):
doLog("[AutoTimer] Skipping an event because of timestamp check")
skipped.append((name, begin, end, serviceref, timer.name, getLog()))
continue
if timer.checkTimeframe(begin):
doLog("[AutoTimer] Skipping an event because of timeframe check")
skipped.append((name, begin, end, serviceref, timer.name, getLog()))
continue
# Initialize
newEntry = None
oldEntry = None
oldExists = False
allow_modify = True
newAT = None
# Eventually change service to alternative
if timer.overrideAlternatives:
serviceref = timer.getAlternative(serviceref)
if timer.series_labeling and sp_getSeasonEpisode is not None:
allow_modify = False
doLog("[AutoTimer SeriesPlugin] Request name, desc, path %s %s %s" % (name, shortdesc, dest))
sp = sp_getSeasonEpisode(serviceref, name, evtBegin, evtEnd, shortdesc, dest)
if sp and type(sp) in (tuple, list) and len(sp) == 4:
name = sp[0] or name
shortdesc = sp[1] or shortdesc
dest = sp[2] or dest
doLog(str(sp[3]))
allow_modify = True
doLog("[AutoTimer SeriesPlugin] Returned name, desc, path %s %s %s" % (name, shortdesc, dest))
else:
# Nothing found
doLog(str(sp))
# If AutoTimer name not equal match, do a second lookup with the name
if timer.name.lower() != timer.match.lower():
doLog("[AutoTimer SeriesPlugin] Request name, desc, path %s %s %s" % (timer.name, shortdesc, dest))
sp = sp_getSeasonEpisode(serviceref, timer.name, evtBegin, evtEnd, shortdesc, dest)
if sp and type(sp) in (tuple, list) and len(sp) == 4:
name = sp[0] or name
shortdesc = sp[1] or shortdesc
dest = sp[2] or dest
doLog(str(sp[3]))
allow_modify = True
doLog("[AutoTimer SeriesPlugin] Returned name, desc, path %s %s %s" % (name, shortdesc, dest))
else:
doLog(str(sp))
if timer.checkFilter(name, shortdesc, extdesc, dayofweek):
doLog("[AutoTimer] Skipping an event because of filter check")
skipped.append((name, begin, end, serviceref, timer.name, getLog()))
continue
if timer.hasOffset():
# Apply custom Offset
begin, end = timer.applyOffset(begin, end)
else:
# Apply E2 Offset
begin -= config.recording.margin_before.value * 60
end += config.recording.margin_after.value * 60
# Overwrite endtime if requested
if timer.justplay and not timer.setEndtime:
end = begin
# Check for existing recordings in directory
if timer.avoidDuplicateDescription == 3:
# Reset movie Exists
movieExists = False
if dest and dest not in moviedict:
self.addDirectoryToMovieDict(moviedict, dest, serviceHandler)
for movieinfo in moviedict.get(dest, ()):
if self.checkDuplicates(timer, name, movieinfo.get("name"), shortdesc, movieinfo.get("shortdesc"), extdesc, movieinfo.get("extdesc") ):
doLog("[AutoTimer] We found a matching recorded movie, skipping event:", name)
movieExists = True
break
if movieExists:
doLog("[AutoTimer] Skipping an event because movie already exists")
skipped.append((name, begin, end, serviceref, timer.name, getLog()))
continue
# Check for double Timers
# We first check eit and if user wants us to guess event based on time
# we try this as backup. The allowed diff should be configurable though.
for rtimer in timerdict.get(serviceref, ()):
if rtimer.eit == eit:
oldExists = True
doLog("[AutoTimer] We found a timer based on eit")
newEntry = rtimer
oldEntry = rtimer
break
elif config.plugins.autotimer.try_guessing.value:
if timer.hasOffset():
# Remove custom Offset
rbegin = rtimer.begin + timer.offset[0] * 60
rend = rtimer.end - timer.offset[1] * 60
else:
# Remove E2 Offset
rbegin = rtimer.begin + config.recording.margin_before.value * 60
rend = rtimer.end - config.recording.margin_after.value * 60
# As alternative we could also do a epg lookup
#revent = epgcache.lookupEventId(rtimer.service_ref.ref, rtimer.eit)
#rbegin = revent.getBeginTime() or 0
#rduration = revent.getDuration() or 0
#rend = rbegin + rduration or 0
if getTimeDiff(rbegin, rend, evtBegin, evtEnd) > ((duration/10)*8) or timeSimilarityPercent(rtimer, evtBegin, evtEnd, timer) > 80:
oldExists = True
doLog("[AutoTimer] We found a timer based on time guessing")
newEntry = rtimer
oldEntry = rtimer
break
if timer.avoidDuplicateDescription >= 1 \
and not rtimer.disabled:
if self.checkDuplicates(timer, name, rtimer.name, shortdesc, rtimer.description, extdesc, rtimer.extdesc ):
# if searchForDuplicateDescription > 1 then check short description
oldExists = True
doLog("[AutoTimer] We found a timer (similar service) with same description, skipping event")
break
# We found no timer we want to edit
if newEntry is None:
# But there is a match
if oldExists:
doLog("[AutoTimer] Skipping an event because a timer on same service exists")
skipped.append((name, begin, end, serviceref, timer.name, getLog()))
continue
# We want to search for possible doubles
if timer.avoidDuplicateDescription >= 2:
for rtimer in chain.from_iterable( itervalues(timerdict) ):
if not rtimer.disabled:
if self.checkDuplicates(timer, name, rtimer.name, shortdesc, rtimer.description, extdesc, rtimer.extdesc ):
oldExists = True
doLog("[AutoTimer] We found a timer (any service) with same description, skipping event")
break
if oldExists:
doLog("[AutoTimer] Skipping an event because a timer on any service exists")
skipped.append((name, begin, end, serviceref, timer.name, getLog()))
continue
if timer.checkCounter(timestamp):
doLog("[AutoTimer] Not adding new timer because counter is depleted.")
skipped.append((name, begin, end, serviceref, timer.name, getLog()))
continue
# Append to timerlist and abort if simulating
timers.append((name, begin, end, serviceref, timer.name, getLog()))
if simulateOnly:
continue
if newEntry is not None:
# Abort if we don't want to modify timers or timer is repeated
if config.plugins.autotimer.refresh.value == "none" or newEntry.repeated:
doLog("[AutoTimer] Won't modify existing timer because either no modification allowed or repeated timer")
continue
if "autotimer" in newEntry.flags:
msg = "[AutoTimer] AutoTimer %s modified this automatically generated timer." % (timer.name)
doLog(msg)
newEntry.log(501, msg)
else:
if config.plugins.autotimer.refresh.value != "all":
doLog("[AutoTimer] Won't modify existing timer because it's no timer set by us")
continue
msg = "[AutoTimer] Warning, AutoTimer %s messed with a timer which might not belong to it: %s ." % (timer.name, newEntry.name)
doLog(msg)
newEntry.log(501, msg)
if allow_modify:
if self.modifyTimer(newEntry, name, shortdesc, begin, end, serviceref, eit, base_timer=timer):
msg = "[AutoTimer] AutoTimer modified timer: %s ." % (newEntry.name)
doLog(msg)
newEntry.log(501, msg)
modified += 1
else:
msg = "[AutoTimer] AutoTimer modification not allowed for timer %s because conflicts or double timer." % (newEntry.name)
doLog(msg)
if oldEntry:
self.setOldTimer(newEntry, oldEntry)
doLog("[AutoTimer] conflict for modification timer %s detected return to old timer" % (newEntry.name))
continue
else:
msg = "[AutoTimer] AutoTimer modification not allowed for timer: %s ." % (newEntry.name)
doLog(msg)
continue
else:
newEntry = RecordTimerEntry(ServiceReference(serviceref), begin, end, name, shortdesc, eit)
newAT = True
msg = "[AutoTimer] Try to add new timer based on AutoTimer %s." % (timer.name)
doLog(msg)
newEntry.log(500, msg)
# Mark this entry as AutoTimer
newEntry.flags.add("autotimer")
# Apply afterEvent
if timer.hasAfterEvent():
afterEvent = timer.getAfterEventTimespan(localtime(end))
if afterEvent is None:
afterEvent = timer.getAfterEvent()
if afterEvent is not None:
newEntry.afterEvent = afterEvent
newEntry.dirname = dest
newEntry.calculateFilename()
newEntry.justplay = timer.justplay
newEntry.vpsplugin_enabled = timer.vps_enabled
newEntry.vpsplugin_overwrite = timer.vps_overwrite
newEntry.conflict_detection = timer.conflict_detection
newEntry.always_zap = timer.always_zap
newEntry.zap_wakeup = timer.zap_wakeup
tags = timer.tags[:]
if config.plugins.autotimer.add_autotimer_to_tags.value:
if 'AutoTimer' not in tags:
tags.append('AutoTimer')
if config.plugins.autotimer.add_name_to_tags.value:
tagname = timer.name.strip()
if tagname:
tagname = tagname[0].upper() + tagname[1:].replace(" ", "_")
if tagname not in tags:
tags.append(tagname)
newEntry.tags = tags
if oldExists and newAT is None:
if self.isResolvedConflict(newEntry):
recordHandler.timeChanged(newEntry)
else:
if oldEntry:
self.setOldTimer(newEntry, oldEntry)
doLog("[AutoTimer] rechecking - conflict for timer %s detected return to old timer" % (newEntry.name))
continue
elif newAT:
newAT = newEntry
conflictString = ""
if similarTimer:
conflictString = similardict[eit].conflictString
msg = "[AutoTimer] Try to add similar Timer because of conflicts with %s." % (conflictString)
doLog(msg)
newEntry.log(504, msg)
# add new timer in AT timer list
atDoubleTimer = False
refstr = ':'.join(newEntry.service_ref.ref.toString().split(':')[:11])
for at in addNewTimers:
needed_ref = ':'.join(at.service_ref.ref.toString().split(':')[:11]) == refstr
if needed_ref and at.eit == newEntry.eit and (newEntry.begin < at.begin <= newEntry.end or at.begin <= newEntry.begin <= at.end):
atDoubleTimer = True
break
if atDoubleTimer:
doLog("[AutoTimer] ignore double new auto timer %s." % newEntry.name)
continue
else:
addNewTimers.append(newEntry)
# Try to add timer
conflicts = recordHandler.record(newEntry)
if conflicts:
# Maybe use newEntry.log
conflictString += ' / '.join(["%s (%s)" % (x.name, strftime("%Y%m%d %H%M", localtime(x.begin))) for x in conflicts])
doLog("[AutoTimer] conflict with %s detected" % (conflictString))
if config.plugins.autotimer.addsimilar_on_conflict.value:
# We start our search right after our actual index
# Attention we have to use a copy of the list, because we have to append the previous older matches
lepgm = len(epgmatches)
for i in xrange(lepgm):
servicerefS, eitS, nameS, beginS, durationS, shortdescS, extdescS = epgmatches[ (i+idx+1)%lepgm ]
if self.checkDuplicates(timer, name, nameS, shortdesc, shortdescS, extdesc, extdescS, force=True ):
# Check if the similar is already known
if eitS not in similardict:
doLog("[AutoTimer] Found similar Timer: " + name)
# Store the actual and similar eit and conflictString, so it can be handled later
newEntry.conflictString = conflictString
similardict[eit] = newEntry
similardict[eitS] = newEntry
similarTimer = True
if beginS <= evtBegin:
# Event is before our actual epgmatch so we have to append it to the epgmatches list
epgmatches.append((servicerefS, eitS, nameS, beginS, durationS, shortdescS, extdescS))
# If we need a second similar it will be found the next time
else:
similarTimer = False
newEntry = similardict[eitS]
break
if conflicts is None:
timer.decrementCounter()
if newEntry in (recordHandler.timer_list[:] + recordHandler.processed_timers[:]):
new += 1
newEntry.extdesc = extdesc
timerdict[serviceref].append(newEntry)
# Similar timers are in new timers list and additionally in similar timers list
if similarTimer:
similars.append((name, begin, end, serviceref, timer.name))
similardict.clear()
else:
doLog("[AutoTimer] ignore double timer %s." % newEntry.name)
# Don't care about similar timers
elif not similarTimer:
conflicting.append((name, begin, end, serviceref, timer.name))
if config.plugins.autotimer.disabled_on_conflict.value:
msg = "[AutoTimer] Timer disabled because of conflicts with %s." % (conflictString)
doLog(msg)
newEntry.log(503, msg)
newEntry.disabled = True
if newEntry in (recordHandler.timer_list[:] + recordHandler.processed_timers[:]):
recordHandler.timeChanged(newEntry)
else:
# We might want to do the sanity check locally so we don't run it twice - but I consider this workaround a hack anyway
conflicts = recordHandler.record(newEntry)
elif newAT != newEntry and newEntry in (recordHandler.timer_list[:] + recordHandler.processed_timers[:]):
if not self.isResolvedConflict(newEntry):
newEntry.disabled = True
recordHandler.timeChanged(newEntry)
doLog("[AutoTimer] Unknown conflict, disable this timer %s." % newEntry.name)
return (new, modified)
def addTimer(serviceref, begin, end, name, description, eit, disabled, dirname, vpsSettings, tags, logentries=None):
recordHandler = NavigationInstance.instance.RecordTimer
# config.plugins.serienRec.seriensubdir
# if not dirname:
# try:
# dirname = config.plugins.serienRec.savetopath.value
# except Exception:
# dirname = preferredTimerPath()
try:
try:
timer = RecordTimerEntry(
ServiceReference(serviceref),
begin,
end,
name,
description,
eit,
disabled=disabled,
justplay=config.plugins.serienRec.justplay.value,
zapbeforerecord=config.plugins.serienRec.zapbeforerecord.value,
justremind=config.plugins.serienRec.justremind.value,
afterEvent=int(config.plugins.serienRec.afterEvent.value),
dirname=dirname)
except Exception:
sys.exc_clear()
timer = RecordTimerEntry(
ServiceReference(serviceref),
begin,
end,
name,
description,
eit,
disabled,
config.plugins.serienRec.justplay.value | config.plugins.serienRec.justremind.value,
afterEvent=int(config.plugins.serienRec.afterEvent.value),
dirname=dirname,
tags=None)
timer.repeated = 0
# Add tags
timerTags = timer.tags[:]
timerTags.append('SerienRecorder')
if len(tags) != 0:
timerTags.extend(tags)
timer.tags = timerTags
# If eit = 0 the VPS plugin won't work properly for this timer, so we have to disable VPS in this case.
if SerienRecorder.VPSPluginAvailable and eit is not 0:
timer.vpsplugin_enabled = vpsSettings[0]
timer.vpsplugin_overwrite = timer.vpsplugin_enabled and (not vpsSettings[1])
if logentries:
timer.log_entries = logentries
timer.log(0, "[SerienRecorder] Timer angelegt")
conflicts = recordHandler.record(timer)
if conflicts:
errors = []
for conflict in conflicts:
errors.append(conflict.name)
return {
"result": False,
"message": "In Konflikt stehende Timer vorhanden! %s" % " / ".join(errors)
}
except Exception, e:
print "[%s] <%s>" % (__name__, e)
return {
"result": False,
"message": "Timer konnte nicht angelegt werden '%s'!" % e
}
def parseTimer(self, timer, epgcache, serviceHandler, recordHandler, checkEvtLimit, evtLimit, timers, conflicting, similars, skipped, timerdict, moviedict, simulateOnly=False):
new = 0
modified = 0
# Search EPG, default to empty list
epgmatches = epgcache.search( ('RITBDSE', 1000, typeMap[timer.searchType], timer.match, caseMap[timer.searchCase]) ) or []
# Sort list of tuples by begin time 'B'
epgmatches.sort(key=itemgetter(3))
# Contains the the marked similar eits and the conflicting strings
similardict = defaultdict(list)
# Loop over all EPG matches
for idx, ( serviceref, eit, name, begin, duration, shortdesc, extdesc ) in enumerate( epgmatches ):
startLog()
# timer destination dir
dest = timer.destination or config.usage.default_path.value
evtBegin = begin
evtEnd = end = begin + duration
doLog("possible epgmatch %s" % (name))
doLog("Serviceref %s" % (str(serviceref)))
eserviceref = eServiceReference(serviceref)
evt = epgcache.lookupEventId(eserviceref, eit)
if not evt:
doLog("Could not create Event!")
skipped.append((name, begin, end, str(serviceref), timer.name, getLog()))
continue
# Try to determine real service (we always choose the last one)
n = evt.getNumOfLinkageServices()
if n > 0:
i = evt.getLinkageService(eserviceref, n-1)
serviceref = i.toString()
doLog("Serviceref2 %s" % (str(serviceref)))
# If event starts in less than 60 seconds skip it
if begin < time() + 60:
doLog("Skipping an event because it starts in less than 60 seconds")
skipped.append((name, begin, end, serviceref, timer.name, getLog()))
continue
# Convert begin time
timestamp = localtime(begin)
# Update timer
timer.update(begin, timestamp)
# Check if eit is in similar matches list
# NOTE: ignore evtLimit for similar timers as I feel this makes the feature unintuitive
similarTimer = False
if eit in similardict:
similarTimer = True
dayofweek = None # NOTE: ignore day on similar timer
else:
# If maximum days in future is set then check time
if checkEvtLimit:
if begin > evtLimit:
doLog("Skipping an event because of maximum days in future is reached")
skipped.append((name, begin, end, serviceref, timer.name, getLog()))
continue
dayofweek = str(timestamp.tm_wday)
# Check timer conditions
# NOTE: similar matches do not care about the day/time they are on, so ignore them
if timer.checkServices(serviceref):
doLog("Skipping an event because of check services")
skipped.append((name, begin, end, serviceref, timer.name, getLog()))
continue
if timer.checkDuration(duration):
doLog("Skipping an event because of duration check")
skipped.append((name, begin, end, serviceref, timer.name, getLog()))
continue
if not similarTimer:
if timer.checkTimespan(timestamp):
doLog("Skipping an event because of timestamp check")
skipped.append((name, begin, end, serviceref, timer.name, getLog()))
continue
if timer.checkTimeframe(begin):
doLog("Skipping an event because of timeframe check")
skipped.append((name, begin, end, serviceref, timer.name, getLog()))
continue
# Initialize
newEntry = None
oldExists = False
allow_modify = True
# Eventually change service to alternative
if timer.overrideAlternatives:
serviceref = timer.getAlternative(serviceref)
if timer.series_labeling and sp_getSeasonEpisode is not None:
allow_modify = False
#doLog("Request name, desc, path %s %s %s" % (name,shortdesc,dest))
sp = sp_getSeasonEpisode(serviceref, name, evtBegin, evtEnd, shortdesc, dest)
if sp and type(sp) in (tuple, list) and len(sp) == 4:
name = sp[0] or name
shortdesc = sp[1] or shortdesc
dest = sp[2] or dest
doLog(str(sp[3]))
#doLog("Returned name, desc, path %s %s %s" % (name,shortdesc,dest))
allow_modify = True
else:
# Nothing found
doLog(str(sp))
# If AutoTimer name not equal match, do a second lookup with the name
if timer.name.lower() != timer.match.lower():
#doLog("Request name, desc, path %s %s %s" % (timer.name,shortdesc,dest))
sp = sp_getSeasonEpisode(serviceref, timer.name, evtBegin, evtEnd, shortdesc, dest)
if sp and type(sp) in (tuple, list) and len(sp) == 4:
name = sp[0] or name
shortdesc = sp[1] or shortdesc
dest = sp[2] or dest
doLog(str(sp[3]))
#doLog("Returned name, desc, path %s %s %s" % (name,shortdesc,dest))
allow_modify = True
else:
doLog(str(sp))
if timer.checkFilter(name, shortdesc, extdesc, dayofweek):
doLog("Skipping an event because of filter check")
skipped.append((name, begin, end, serviceref, timer.name, getLog()))
continue
if timer.hasOffset():
# Apply custom Offset
begin, end = timer.applyOffset(begin, end)
else:
# Apply E2 Offset
if ServiceRecordingSettings:
begin -= ServiceRecordingSettings.instance.getMarginBefore(eserviceref)
end += ServiceRecordingSettings.instance.getMarginAfter(eserviceref)
else:
begin -= config.recording.margin_before.value * 60
end += config.recording.margin_after.value * 60
# Overwrite endtime if requested
if timer.justplay and not timer.setEndtime:
end = begin
# Check for existing recordings in directory
if timer.avoidDuplicateDescription == 3:
# Reset movie Exists
movieExists = False
if dest and dest not in moviedict:
self.addDirectoryToMovieDict(moviedict, dest, serviceHandler)
for movieinfo in moviedict.get(dest, ()):
if self.checkDuplicates(timer, name, movieinfo.get("name"), shortdesc, movieinfo.get("shortdesc"), extdesc, movieinfo.get("extdesc") ):
doLog("We found a matching recorded movie, skipping event:", name)
movieExists = True
break
if movieExists:
doLog("Skipping an event because movie already exists")
skipped.append((name, begin, end, serviceref, timer.name, getLog()))
continue
# Check for double Timers
# We first check eit and if user wants us to guess event based on time
# we try this as backup. The allowed diff should be configurable though.
for rtimer in timerdict.get(serviceref, ()):
if rtimer.eit == eit:
oldExists = True
doLog("We found a timer based on eit")
newEntry = rtimer
break
elif config.plugins.autotimer.try_guessing.value:
if timer.hasOffset():
# Remove custom Offset
rbegin = rtimer.begin + timer.offset[0] * 60
rend = rtimer.end - timer.offset[1] * 60
else:
# Remove E2 Offset
rbegin = rtimer.begin + config.recording.margin_before.value * 60
rend = rtimer.end - config.recording.margin_after.value * 60
# As alternative we could also do a epg lookup
#revent = epgcache.lookupEventId(rtimer.service_ref.ref, rtimer.eit)
#rbegin = revent.getBeginTime() or 0
#rduration = revent.getDuration() or 0
#rend = rbegin + rduration or 0
if getTimeDiff(rbegin, rend, evtBegin, evtEnd) > ((duration/10)*8):
oldExists = True
doLog("We found a timer based on time guessing")
newEntry = rtimer
break
if timer.avoidDuplicateDescription >= 1 \
and not rtimer.disabled:
if self.checkDuplicates(timer, name, rtimer.name, shortdesc, rtimer.description, extdesc, rtimer.extdesc ):
# if searchForDuplicateDescription > 1 then check short description
oldExists = True
doLog("We found a timer (similar service) with same description, skipping event")
break
# We found no timer we want to edit
if newEntry is None:
# But there is a match
if oldExists:
doLog("Skipping an event because a timer on same service exists")
skipped.append((name, begin, end, serviceref, timer.name, getLog()))
continue
# We want to search for possible doubles
if timer.avoidDuplicateDescription >= 2:
for rtimer in chain.from_iterable( itervalues(timerdict) ):
if not rtimer.disabled:
if self.checkDuplicates(timer, name, rtimer.name, shortdesc, rtimer.description, extdesc, rtimer.extdesc ):
oldExists = True
doLog("We found a timer (any service) with same description, skipping event")
break
if oldExists:
doLog("Skipping an event because a timer on any service exists")
skipped.append((name, begin, end, serviceref, timer.name, getLog()))
continue
if timer.checkCounter(timestamp):
doLog("Not adding new timer because counter is depleted.")
skipped.append((name, begin, end, serviceref, timer.name, getLog()))
continue
# Append to timerlist and abort if simulating
timers.append((name, begin, end, serviceref, timer.name, getLog()))
if simulateOnly:
continue
if newEntry is not None:
# Abort if we don't want to modify timers or timer is repeated
if config.plugins.autotimer.refresh.value == "none" or newEntry.repeated:
doLog("Won't modify existing timer because either no modification allowed or repeated timer")
continue
if hasattr(newEntry, "isAutoTimer"):
msg = "[AutoTimer] AutoTimer %s modified this automatically generated timer." % (timer.name)
doLog(msg)
newEntry.log(501, msg)
elif config.plugins.autotimer.add_autotimer_to_tags.value and TAG in newEntry.tags:
msg = "[AutoTimer] AutoTimer %s modified this automatically generated timer." % (timer.name)
doLog(msg)
newEntry.log(501, msg)
else:
if config.plugins.autotimer.refresh.value != "all":
doLog("Won't modify existing timer because it's no timer set by us")
continue
msg = "[AutoTimer] Warning, AutoTimer %s messed with a timer which might not belong to it: %s ." % (timer.name, newEntry.name)
doLog(msg)
newEntry.log(501, msg)
modified += 1
if allow_modify:
self.modifyTimer(newEntry, name, shortdesc, begin, end, serviceref, eit)
msg = "[AutoTimer] AutoTimer modified timer: %s ." % (newEntry.name)
doLog(msg)
newEntry.log(501, msg)
else:
msg = "[AutoTimer] AutoTimer modification not allowed for timer: %s ." % (newEntry.name)
doLog(msg)
else:
newEntry = RecordTimerEntry(ServiceReference(serviceref), begin, end, name, shortdesc, eit)
msg = "[AutoTimer] Try to add new timer based on AutoTimer %s." % (timer.name)
doLog(msg)
newEntry.log(500, msg)
# Mark this entry as AutoTimer (only AutoTimers will have this Attribute set)
# It is only temporarily, after a restart it will be lost,
# because it won't be stored in the timer xml file
newEntry.isAutoTimer = True
# Apply afterEvent
if timer.hasAfterEvent():
afterEvent = timer.getAfterEventTimespan(localtime(end))
if afterEvent is None:
afterEvent = timer.getAfterEvent()
if afterEvent is not None:
newEntry.afterEvent = afterEvent
newEntry.dirname = dest
newEntry.calculateFilename()
newEntry.justplay = timer.justplay
newEntry.vpsplugin_enabled = timer.vps_enabled
newEntry.vpsplugin_overwrite = timer.vps_overwrite
tags = timer.tags[:]
if config.plugins.autotimer.add_autotimer_to_tags.value:
if TAG not in tags:
tags.append(TAG)
if config.plugins.autotimer.add_name_to_tags.value:
tagname = timer.name.strip()
if tagname:
tagname = tagname[0].upper() + tagname[1:].replace(" ", "_")
if tagname not in tags:
tags.append(tagname)
newEntry.tags = tags
if oldExists:
# XXX: this won't perform a sanity check, but do we actually want to do so?
recordHandler.timeChanged(newEntry)
else:
conflictString = ""
if similarTimer:
conflictString = similardict[eit].conflictString
msg = "[AutoTimer] Try to add similar Timer because of conflicts with %s." % (conflictString)
doLog(msg)
newEntry.log(504, msg)
# Try to add timer
conflicts = recordHandler.record(newEntry)
if conflicts:
# Maybe use newEntry.log
conflictString += ' / '.join(["%s (%s)" % (x.name, strftime("%Y%m%d %H%M", localtime(x.begin))) for x in conflicts])
doLog("conflict with %s detected" % (conflictString))
if config.plugins.autotimer.addsimilar_on_conflict.value:
# We start our search right after our actual index
# Attention we have to use a copy of the list, because we have to append the previous older matches
lepgm = len(epgmatches)
for i in xrange(lepgm):
servicerefS, eitS, nameS, beginS, durationS, shortdescS, extdescS = epgmatches[ (i+idx+1)%lepgm ]
if self.checkDuplicates(timer, name, nameS, shortdesc, shortdescS, extdesc, extdescS, force=True ):
# Check if the similar is already known
if eitS not in similardict:
doLog("Found similar Timer: " + name)
# Store the actual and similar eit and conflictString, so it can be handled later
newEntry.conflictString = conflictString
similardict[eit] = newEntry
similardict[eitS] = newEntry
similarTimer = True
if beginS <= evtBegin:
# Event is before our actual epgmatch so we have to append it to the epgmatches list
epgmatches.append((servicerefS, eitS, nameS, beginS, durationS, shortdescS, extdescS))
# If we need a second similar it will be found the next time
else:
similarTimer = False
newEntry = similardict[eitS]
break
if conflicts is None:
timer.decrementCounter()
new += 1
newEntry.extdesc = extdesc
timerdict[serviceref].append(newEntry)
# Similar timers are in new timers list and additionally in similar timers list
if similarTimer:
similars.append((name, begin, end, serviceref, timer.name))
similardict.clear()
# Don't care about similar timers
elif not similarTimer:
conflicting.append((name, begin, end, serviceref, timer.name))
if config.plugins.autotimer.disabled_on_conflict.value:
msg = "[AutoTimer] Timer disabled because of conflicts with %s." % (conflictString)
doLog(msg)
newEntry.log(503, msg)
newEntry.disabled = True
# We might want to do the sanity check locally so we don't run it twice - but I consider this workaround a hack anyway
conflicts = recordHandler.record(newEntry)
return (new, modified)
def getTimers(self):
self._timer_list = []
self._processed_timers = []
baseurl = self.getBaseUrl()
print("[ClientModeBoxRemoteTimer] get remote timer list")
try:
httprequest = urllib2.urlopen(baseurl + '/web/timerlist')
xmldoc = minidom.parseString(httprequest.read())
timers = xmldoc.getElementsByTagName('e2timer')
for timer in timers:
serviceref = ServiceReference(
getValueFromNode(timer, 'e2servicereference'))
begin = int(getValueFromNode(timer, 'e2timebegin'))
end = int(getValueFromNode(timer, 'e2timeend'))
name = getValueFromNode(timer, 'e2name')
description = getValueFromNode(timer, 'e2description')
eit = int(getValueFromNode(timer, 'e2eit'))
disabled = int(getValueFromNode(timer, 'e2disabled'))
justplay = int(getValueFromNode(timer, 'e2justplay'))
afterevent = int(getValueFromNode(timer, 'e2afterevent'))
repeated = int(getValueFromNode(timer, 'e2repeated'))
location = getValueFromNode(timer, 'e2location')
tags = getValueFromNode(timer, 'e2tags').split(" ")
entry = RecordTimerEntry(serviceref,
begin,
end,
name,
description,
eit,
disabled,
justplay,
afterevent,
dirname=location,
tags=tags,
descramble=1,
record_ecm=0,
isAutoTimer=0,
always_zap=0)
entry.repeated = repeated
entry.orig = RecordTimerEntry(serviceref,
begin,
end,
name,
description,
eit,
disabled,
justplay,
afterevent,
dirname=location,
tags=tags,
descramble=1,
record_ecm=0,
isAutoTimer=0,
always_zap=0)
entry.orig.repeated = repeated
if entry.shouldSkip(
) or entry.state == TimerEntry.StateEnded or (
entry.state == TimerEntry.StateWaiting
and entry.disabled):
insort(self._processed_timers, entry)
else:
insort(self._timer_list, entry)
except Exception as e:
print("[ClientModeBoxRemoteTimer]", e)
self.last_update_ts = time()
class vps_timer:
def __init__(self, timer, session):
self.timer = timer
self.session = session
self.program = eConsoleAppContainer()
self.dataAvail_conn = self.program.dataAvail.connect(self.program_dataAvail)
self.appClosed_conn = self.program.appClosed.connect(self.program_closed)
self.program_running = False
self.program_try_search_running = False
self.activated_auto_increase = False
self.simulate_recordService = None
self.demux = -1
self.rec_ref = None
self.found_pdc = False
self.dont_restart_program = False
self.org_timer_end = 0
self.org_timer_begin = 0
self.max_extending_timer = 4*3600
self.next_events = [ ]
self.new_timer_copy = None
self.pausing = False
def program_closed(self, retval):
self.timer.log(0, "[VPS] stop monitoring (process terminated)")
if self.program_running or self.program_try_search_running:
self.program_running = False
self.program_try_search_running = False
self.stop_simulation()
def program_dataAvail(self, str):
if self.timer is None or self.timer.state == TimerEntry.StateEnded or self.timer.cancelled:
self.program_abort()
self.stop_simulation()
return
if self.timer.vpsplugin_enabled == False or config.plugins.vps.enabled.value == False:
if self.activated_auto_increase:
self.timer.autoincrease = False
self.program_abort()
self.stop_simulation()
return
lines = str.split("\n")
for line in lines:
data = line.split()
if len(data) == 0:
continue
self.timer.log(0, "[VPS] " + line)
if data[0] == "RUNNING_STATUS":
if data[1] == "0": # undefined
if data[2] == "FOLLOWING":
data[1] = "1"
else:
data[1] = "4"
if data[1] == "1": # not running
# Wenn der Eintrag im Following (Section_Number = 1) ist,
# dann nicht beenden (Sendung begann noch gar nicht)
if data[2] == "FOLLOWING":
self.activate_autoincrease()
elif self.timer.state == TimerEntry.StateRunning and not self.pausing and not self.set_next_event():
self.stop_recording()
self.dont_restart_program = True
self.program_abort()
elif data[1] == "2": # starts in a few seconds
self.activate_autoincrease()
if self.timer.state == TimerEntry.StateWaiting:
self.session.nav.RecordTimer.doActivate(self.timer)
elif data[1] == "3": # pausing
self.pausing = True
if self.timer.state == TimerEntry.StateRunning:
self.activate_autoincrease()
elif data[1] == "4": # running
self.pausing = False
if self.timer.state == TimerEntry.StateRunning:
self.activate_autoincrease()
elif self.timer.state == TimerEntry.StateWaiting or self.timer.state == TimerEntry.StatePrepared:
# setze Startzeit auf jetzt
self.timer.begin = int(time())
self.session.nav.RecordTimer.timeChanged(self.timer)
self.activate_autoincrease()
self.program_abort()
self.stop_simulation()
vps_timers.checksoon(2000) # Programm neu starten
elif data[1] == "5": # service off-air
self.timer.vpsplugin_overwrite = False
if self.activated_auto_increase:
self.timer.autoincrease = False
self.activated_auto_increase = False
elif data[0] == "EVENT_ENDED":
if not self.set_next_event():
if self.timer.state == TimerEntry.StateRunning:
self.stop_recording()
self.program_abort()
self.stop_simulation()
elif data[0] == "OTHER_TS_RUNNING_STATUS":
if self.timer.state == TimerEntry.StateWaiting:
self.timer.start_prepare = int(time())
self.session.nav.RecordTimer.doActivate(self.timer)
self.program_abort()
self.stop_simulation()
vps_timers.checksoon(2000)
# PDC
elif data[0] == "PDC_FOUND_EVENT_ID":
self.found_pdc = True
self.timer.eit = int(data[1])
epgcache = eEPGCache.getInstance()
evt = epgcache.lookupEventId(self.rec_ref, self.timer.eit)
if evt:
self.timer.name = evt.getEventName()
self.timer.description = evt.getShortDescription()
self.program_abort()
vps_timers.checksoon(500)
elif data[0] == "FOUND_EVENT_ON_SCHEDULE":
starttime = int(data[1])
duration = int(data[2])
# Soll die Sendung laut EPG erst nach dem Ende dieses Timers beginnen?
if (not self.timer.vpsplugin_overwrite and (self.timer.end + 300) < starttime) or (self.timer.vpsplugin_overwrite and (self.timer.end + self.max_extending_timer - 1800) < starttime):
if self.new_timer_copy is None:
if self.activated_auto_increase:
self.timer.autoincrease = False
self.activated_auto_increase = False
self.copyTimer(starttime, duration)
self.timer.log(0, "[VPS] copied this timer, since the event may start later than this timer ends")
elif not self.activated_auto_increase:
self.activate_autoincrease()
elif data[0] == "EVENT_OVER" or data[0] == "CANNOT_FIND_EVENT":
self.max_extending_timer = 2*3600
if self.activated_auto_increase:
self.timer.autoincrease = False
self.activated_auto_increase = False
elif data[0] == "PDC_MULTIPLE_FOUND_EVENT":
self.check_and_add_event(int(data[1]))
# Programm meldet, dass die EIT (present/following) des Senders offenbar
# momentan fehlerhaft ist
elif data[0] == "EIT_APPARENTLY_UNRELIABLE":
if self.timer.vpsplugin_overwrite:
self.timer.vpsplugin_overwrite = False
self.timer.log(0, "[VPS] can't trust EPG currently, go to safe mode")
def stop_recording(self):
self.activated_auto_increase = False
self.timer.autoincrease = False
if self.timer.vpsplugin_overwrite:
# Stopp nach margin_after seconds
if config.plugins.vps.margin_after.value == 0:
self.timer.abort()
self.session.nav.RecordTimer.doActivate(self.timer)
else:
self.timer.end = int(time()) + config.plugins.vps.margin_after.value
self.session.nav.RecordTimer.timeChanged(self.timer)
self.stop_simulation()
else:
new_end_time = int(time()) + config.plugins.vps.margin_after.value
if new_end_time > self.timer.end:
self.timer.end = new_end_time
self.session.nav.RecordTimer.timeChanged(self.timer)
def activate_autoincrease(self):
if not self.activated_auto_increase:
self.activated_auto_increase = True
self.timer.autoincrease = True
self.timer.autoincreasetime = 60
if self.org_timer_end == 0:
self.org_timer_end = self.timer.end
self.timer.log(0, "[VPS] enable autoincrease")
if self.new_timer_copy is not None and (self.new_timer_copy in self.session.nav.RecordTimer.timer_list):
self.new_timer_copy.afterEvent = AFTEREVENT.NONE
self.new_timer_copy.dontSave = True
NavigationInstance.instance.RecordTimer.removeEntry(self.new_timer_copy)
self.new_timer_copy = None
self.timer.log(0, "[VPS] delete timer copy")
# Noch ein Event aufnehmen?
def set_next_event(self):
if not self.timer.vpsplugin_overwrite and len(self.next_events) > 0:
if not self.activated_auto_increase:
self.activate_autoincrease()
(starttime, neweventid) = self.next_events.pop(0)
self.timer.eit = neweventid
self.dont_restart_program = False
self.program_abort()
self.timer.log(0, "[VPS] record now event_id "+ str(neweventid))
vps_timers.checksoon(3000)
return True
else:
return False
def program_abort(self):
if self.program_running or self.program_try_search_running:
#self.program.sendCtrlC()
self.program.kill()
self.program_running = False
self.program_try_search_running = False
self.timer.log(0, "[VPS] stop monitoring")
def stop_simulation(self):
if self.simulate_recordService:
NavigationInstance.instance.stopRecordService(self.simulate_recordService)
self.simulate_recordService = None
self.timer.log(0, "[VPS] stop RecordService (simulation)")
def check_and_add_event(self, neweventid):
if not config.plugins.vps.allow_seeking_multiple_pdc.value:
return
epgcache = eEPGCache.getInstance()
evt = epgcache.lookupEventId(self.rec_ref, neweventid)
if evt:
evt_begin = evt.getBeginTime() + 60
evt_end = evt.getBeginTime() + evt.getDuration() - 60
if evt_begin < self.timer.begin:
return
for checktimer in self.session.nav.RecordTimer.timer_list:
if checktimer == self.timer:
continue
if (checktimer.begin - evt_begin) > 3600*2:
break
compareString = checktimer.service_ref.ref.toCompareString()
if compareString == self.timer.service_ref.ref.toCompareString() or compareString == self.rec_ref.toCompareString():
if checktimer.eit == neweventid:
return
if checktimer.begin <= evt_begin and checktimer.end >= evt_end:
if checktimer.vpsplugin_enabled is None or not checktimer.vpsplugin_enabled:
return
# manuell angelegter Timer mit VPS
if checktimer.name == "" and checktimer.vpsplugin_time is not None:
checktimer.eit = neweventid
checktimer.name = evt.getEventName()
checktimer.description = evt.getShortDescription()
checktimer.vpsplugin_time = None
checktimer.log(0, "[VPS] changed timer (found same PDC-Time as in other VPS-recording)")
return
# eigenen Timer überprüfen, wenn Zeiten nicht überschrieben werden dürfen
if not self.timer.vpsplugin_overwrite and evt_begin <= self.timer.end:
check_already_existing = [x for (x,y) in self.next_events if y == neweventid]
if len(check_already_existing) > 0:
start = check_already_existing.pop()
if start == evt_begin:
return
else:
self.next_events.remove( (start, neweventid) )
self.timer.log(0, "[VPS] delete event_id "+ str(neweventid) +" because of delay "+ str(evt_begin - start))
self.next_events.append( (evt_begin, neweventid) )
self.next_events = sorted(self.next_events)
self.timer.log(0, "[VPS] add event_id "+ str(neweventid))
else:
newevent_data = parseEvent(evt)
newEntry = RecordTimerEntry(ServiceReference(self.rec_ref), *newevent_data)
newEntry.vpsplugin_enabled = True
newEntry.vpsplugin_overwrite = True
newEntry.dirname = self.timer.dirname
newEntry.log(0, "[VPS] added this timer (found same PDC-Time as in other VPS-recording)")
# Wenn kein Timer-Konflikt auftritt, wird der Timer angelegt.
res = NavigationInstance.instance.RecordTimer.record(newEntry)
self.timer.log(0, "[VPS] added another timer, res "+ str(res))
def copyTimer(self, start, duration):
starttime = start - config.recording.margin_before.value * 60
endtime = start + duration + config.recording.margin_after.value * 60
self.new_timer_copy = RecordTimerEntry(ServiceReference(self.rec_ref), starttime, endtime, self.timer.name, self.timer.description, self.timer.eit, False, False, AFTEREVENT.AUTO, False, self.timer.dirname, self.timer.tags)
self.new_timer_copy.vpsplugin_enabled = True
self.new_timer_copy.vpsplugin_overwrite = self.timer.vpsplugin_overwrite
self.new_timer_copy.log(0, "[VPS] added this timer")
NavigationInstance.instance.RecordTimer.record(self.new_timer_copy)
# startet den Hintergrundprozess
def program_do_start(self, mode):
if self.program_running or self.program_try_search_running:
self.program_abort()
if mode == 1:
self.demux = -1
current_service = NavigationInstance.instance.getCurrentService()
if current_service:
stream = current_service.stream()
if stream:
streamdata = stream.getStreamingData()
if (streamdata and ('demux' in streamdata)):
self.demux = streamdata['demux']
if self.demux == -1:
return;
self.program_try_search_running = True
self.program_running = False
mode_program = 1
else:
self.program_try_search_running = False
self.program_running = True
mode_program = 0
sid = self.rec_ref.getData(1)
tsid = self.rec_ref.getData(2)
onid = self.rec_ref.getData(3)
demux = "/dev/dvb/adapter0/demux" + str(self.demux)
# PDC-Zeit?
if (self.timer.name == "" or self.timer.eit is None) and self.timer.vpsplugin_time is not None and not self.found_pdc:
mode_program += 2
day = strftime("%d", localtime(self.timer.vpsplugin_time))
month = strftime("%m", localtime(self.timer.vpsplugin_time))
hour = strftime("%H", localtime(self.timer.vpsplugin_time))
minute = strftime("%M", localtime(self.timer.vpsplugin_time))
cmd = vps_exe + " "+ demux +" "+ str(mode_program) +" "+ str(onid) +" "+ str(tsid) +" "+ str(sid) +" 0 "+ day +" "+ month +" "+ hour +" "+ minute
self.timer.log(0, "[VPS] seek PDC-Time")
self.program.execute(cmd)
return
cmd = vps_exe + " "+ demux +" "+ str(mode_program) +" "+ str(onid) +" "+ str(tsid) +" "+ str(sid) +" "+ str(self.timer.eit)
self.timer.log(0, "[VPS] start monitoring running-status")
self.program.execute(cmd)
def program_start(self):
self.demux = -1
if self.dont_restart_program:
return
self.rec_ref = self.timer.service_ref and self.timer.service_ref.ref
if self.rec_ref and self.rec_ref.flags & eServiceReference.isGroup:
self.rec_ref = getBestPlayableServiceReference(self.rec_ref, eServiceReference())
# recordService (Simulation) ggf. starten
if self.timer.state == TimerEntry.StateWaiting:
if self.simulate_recordService is None:
if self.rec_ref:
self.simulate_recordService = NavigationInstance.instance.recordService(self.rec_ref, True)
if self.simulate_recordService:
res = self.simulate_recordService.start()
self.timer.log(0, "[VPS] start recordService (simulation) " + str(res))
if res != 0 and res != -1:
# Fehler aufgetreten (kein Tuner frei?)
NavigationInstance.instance.stopRecordService(self.simulate_recordService)
self.simulate_recordService = None
# in einer Minute ggf. nochmal versuchen
if 60 < self.nextExecution:
self.nextExecution = 60
# Bei Overwrite versuchen ohne Fragen auf Sender zu schalten
if self.timer.vpsplugin_overwrite == True:
cur_ref = NavigationInstance.instance.getCurrentlyPlayingServiceReference()
if cur_ref and not cur_ref.getPath() and self.rec_ref.toCompareString() != cur_ref.toCompareString():
self.timer.log(9, "[VPS-Plugin] zap without asking (simulation)")
Notifications.AddNotification(MessageBox, _("In order to record a timer, the TV was switched to the recording service!\n"), type=MessageBox.TYPE_INFO, timeout=20)
NavigationInstance.instance.playService(self.rec_ref)
if 3 < self.nextExecution:
self.nextExecution = 3
else:
# ansonsten versuchen auf dem aktuellen Transponder/Kanal nach Infos zu suchen
if not self.program_try_search_running:
self.program_do_start(1)
else: # Simulation hat geklappt
if 1 < self.nextExecution:
self.nextExecution = 1
else: # Simulation läuft schon
# hole Demux
stream = self.simulate_recordService.stream()
if stream:
streamdata = stream.getStreamingData()
if (streamdata and ('demux' in streamdata)):
self.demux = streamdata['demux']
if self.demux == -1:
# ist noch nicht soweit(?), in einer Sekunde erneut versuchen
if 1 < self.nextExecution:
self.nextExecution = 1
else:
self.program_do_start(0)
elif self.timer.state == TimerEntry.StatePrepared or self.timer.state == TimerEntry.StateRunning:
stream = self.timer.record_service.stream()
if stream:
streamdata = stream.getStreamingData()
if (streamdata and ('demux' in streamdata)):
self.demux = streamdata['demux']
if self.demux != -1:
self.program_do_start(0)
# überprüft, ob etwas zu tun ist und gibt die Sekunden zurück, bis die Funktion
# spätestens wieder aufgerufen werden sollte
# oder -1, um vps_timer löschen zu lassen
def check(self):
# Simulation ggf. stoppen
if self.timer.state > TimerEntry.StateWaiting and self.simulate_recordService:
self.stop_simulation()
# VPS wurde wieder deaktiviert oder Timer wurde beendet
if self.timer is None or self.timer.state == TimerEntry.StateEnded or self.timer.cancelled:
self.program_abort()
self.stop_simulation()
return -1
if self.timer.vpsplugin_enabled == False or config.plugins.vps.enabled.value == False:
if self.activated_auto_increase:
self.timer.autoincrease = False
self.program_abort()
self.stop_simulation()
return -1
self.nextExecution = 180
if config.plugins.vps.initial_time.value < 2 and self.timer.vpsplugin_overwrite:
initial_time = 120
else:
initial_time = config.plugins.vps.initial_time.value * 60
if self.timer.vpsplugin_overwrite == True:
if self.timer.state == TimerEntry.StateWaiting or self.timer.state == TimerEntry.StatePrepared:
# Startzeit verschieben
if (self.timer.begin - 60) < time():
if self.org_timer_begin == 0:
self.org_timer_begin = self.timer.begin
elif (self.org_timer_begin + self.max_extending_timer) < time():
# Sendung begann immer noch nicht -> abbrechen
self.timer.abort()
self.session.nav.RecordTimer.doActivate(self.timer)
self.program_abort()
self.stop_simulation()
self.timer.log(0, "[VPS] abort timer, waited enough to find Event-ID")
return -1
self.timer.begin += 60
if (self.timer.end - self.timer.begin) < 300:
self.timer.end += 180
# auf Timer-Konflikt prüfen
timersanitycheck = TimerSanityCheck(self.session.nav.RecordTimer.timer_list, self.timer)
if not timersanitycheck.check():
self.timer.abort()
self.session.nav.RecordTimer.doActivate(self.timer)
self.program_abort()
self.stop_simulation()
self.timer.log(0, "[VPS] abort timer due to TimerSanityCheck")
return -1
self.session.nav.RecordTimer.timeChanged(self.timer)
if 30 < self.nextExecution:
self.nextExecution = 30
# Programm starten
if not self.program_running:
if self.timer.state == TimerEntry.StateRunning:
self.program_start()
elif initial_time > 0:
if (self.timer.begin - initial_time) <= time():
self.program_start()
else:
n = self.timer.begin - initial_time - time()
if n < self.nextExecution:
self.nextExecution = n
if self.timer.state == TimerEntry.StateRunning:
if self.activated_auto_increase and self.org_timer_end != 0 and (self.org_timer_end + (4*3600)) < time():
# Aufnahme läuft seit 4 Stunden im Autoincrease -> abbrechen
self.timer.autoincrease = False
self.activated_auto_increase = False
self.dont_restart_program = True
self.program_abort()
self.stop_simulation()
self.timer.log(0, "[VPS] stop recording, too much autoincrease")
return self.nextExecution
def __init__(self, session, serviceref, begin, end, name, description, eit, disabled = False, justplay = False, afterEvent = AFTEREVENT.AUTO, checkOldTimers = False, dirname = None, tags = None): self.session = session RecordTimerEntry.__init__(self, serviceref, begin, end, name, description, eit, disabled = False, justplay = False, afterEvent = AFTEREVENT.AUTO, checkOldTimers = False, dirname = None, tags = None)
class vps_timer:
def __init__(self, timer, session):
self.timer = timer
self.session = session
self.program = eConsoleAppContainer()
self.program.dataAvail.append(self.program_dataAvail)
self.program.appClosed.append(self.program_closed)
self.program_running = False
self.program_try_search_running = False
self.activated_auto_increase = False
self.simulate_recordService = None
self.demux = -1
self.rec_ref = None
self.found_pdc = False
self.dont_restart_program = False
self.org_timer_end = 0
self.org_timer_begin = 0
self.max_extending_timer = 4 * 3600
self.next_events = []
self.new_timer_copy = None
self.pausing = False
def program_closed(self, retval):
self.timer.log(0, "[VPS] stop monitoring (process terminated)")
if self.program_running or self.program_try_search_running:
self.program_running = False
self.program_try_search_running = False
self.stop_simulation()
def program_dataAvail(self, str):
if self.timer is None or self.timer.state == TimerEntry.StateEnded or self.timer.cancelled:
self.program_abort()
self.stop_simulation()
return
if self.timer.vpsplugin_enabled == False or config.plugins.vps.enabled.value == False:
if self.activated_auto_increase:
self.timer.autoincrease = False
self.program_abort()
self.stop_simulation()
return
lines = str.split("\n")
for line in lines:
data = line.split()
if len(data) == 0:
continue
self.timer.log(0, "[VPS] " + line)
if data[0] == "RUNNING_STATUS":
if data[1] == "0": # undefined
if data[2] == "FOLLOWING":
data[1] = "1"
else:
data[1] = "4"
if data[1] == "1": # not running
# Wenn der Eintrag im Following (Section_Number = 1) ist,
# dann nicht beenden (Sendung begann noch gar nicht)
if data[2] == "FOLLOWING":
self.activate_autoincrease()
elif self.timer.state == TimerEntry.StateRunning and not self.pausing and not self.set_next_event(
):
self.stop_recording()
self.dont_restart_program = True
self.program_abort()
elif data[1] == "2": # starts in a few seconds
self.activate_autoincrease()
if self.timer.state == TimerEntry.StateWaiting:
self.session.nav.RecordTimer.doActivate(self.timer)
elif data[1] == "3": # pausing
self.pausing = True
if self.timer.state == TimerEntry.StateRunning:
self.activate_autoincrease()
elif data[1] == "4": # running
self.pausing = False
if self.timer.state == TimerEntry.StateRunning:
self.activate_autoincrease()
elif self.timer.state == TimerEntry.StateWaiting or self.timer.state == TimerEntry.StatePrepared:
# setze Startzeit auf jetzt
self.timer.begin = int(time())
self.session.nav.RecordTimer.timeChanged(self.timer)
self.activate_autoincrease()
self.program_abort()
self.stop_simulation()
vps_timers.checksoon(2000) # Programm neu starten
elif data[1] == "5": # service off-air
self.timer.vpsplugin_overwrite = False
if self.activated_auto_increase:
self.timer.autoincrease = False
self.activated_auto_increase = False
elif data[0] == "EVENT_ENDED":
if not self.set_next_event():
if self.timer.state == TimerEntry.StateRunning:
self.stop_recording()
# program terminates by itself
#self.program_abort()
self.stop_simulation()
elif data[0] == "OTHER_TS_RUNNING_STATUS":
if self.timer.state == TimerEntry.StateWaiting:
self.timer.start_prepare = int(time())
self.session.nav.RecordTimer.doActivate(self.timer)
# program terminates by itself
#self.program_abort()
self.stop_simulation()
vps_timers.checksoon(2000)
# PDC
elif data[0] == "PDC_FOUND_EVENT_ID":
self.found_pdc = True
self.timer.eit = int(data[1])
epgcache = eEPGCache.getInstance()
evt = epgcache.lookupEventId(self.rec_ref, self.timer.eit)
if evt:
self.timer.name = evt.getEventName()
self.timer.description = evt.getShortDescription()
# program terminates by itself
#self.program_abort()
vps_timers.checksoon(500)
elif data[0] == "FOUND_EVENT_ON_SCHEDULE":
starttime = int(data[1])
duration = int(data[2])
# Soll die Sendung laut EPG erst nach dem Ende dieses Timers beginnen?
if (not self.timer.vpsplugin_overwrite and
(self.timer.end + 300) < starttime) or (
self.timer.vpsplugin_overwrite and
(self.timer.end + self.max_extending_timer - 1800) <
starttime):
if self.new_timer_copy is None:
if self.activated_auto_increase:
self.timer.autoincrease = False
self.activated_auto_increase = False
self.copyTimer(starttime, duration)
self.timer.log(
0,
"[VPS] copied this timer, since the event may start later than this timer ends"
)
elif not self.activated_auto_increase:
self.activate_autoincrease()
elif data[0] == "EVENT_OVER" or data[0] == "CANNOT_FIND_EVENT":
self.max_extending_timer = 2 * 3600
if self.activated_auto_increase:
self.timer.autoincrease = False
self.activated_auto_increase = False
elif data[0] == "PDC_MULTIPLE_FOUND_EVENT":
self.check_and_add_event(int(data[1]))
# Programm meldet, dass die EIT (present/following) des Senders offenbar
# momentan fehlerhaft ist
elif data[0] == "EIT_APPARENTLY_UNRELIABLE":
if self.timer.vpsplugin_overwrite:
self.timer.vpsplugin_overwrite = False
self.timer.log(
0, "[VPS] can't trust EPG currently, go to safe mode")
def stop_recording(self):
self.activated_auto_increase = False
self.timer.autoincrease = False
if self.timer.vpsplugin_overwrite:
# Stopp nach margin_after seconds
if config.plugins.vps.margin_after.value == 0:
self.timer.abort()
self.session.nav.RecordTimer.doActivate(self.timer)
else:
self.timer.end = int(
time()) + config.plugins.vps.margin_after.value
self.session.nav.RecordTimer.timeChanged(self.timer)
self.stop_simulation()
else:
new_end_time = int(time()) + config.plugins.vps.margin_after.value
if new_end_time > self.timer.end:
self.timer.end = new_end_time
self.session.nav.RecordTimer.timeChanged(self.timer)
def activate_autoincrease(self):
if not self.activated_auto_increase:
self.activated_auto_increase = True
self.timer.autoincrease = True
self.timer.autoincreasetime = 60
if self.org_timer_end == 0:
self.org_timer_end = self.timer.end
self.timer.log(0, "[VPS] enable autoincrease")
if self.new_timer_copy is not None and (
self.new_timer_copy
in self.session.nav.RecordTimer.timer_list):
self.new_timer_copy.afterEvent = AFTEREVENT.NONE
self.new_timer_copy.dontSave = True
NavigationInstance.instance.RecordTimer.removeEntry(
self.new_timer_copy)
self.new_timer_copy = None
self.timer.log(0, "[VPS] delete timer copy")
# Noch ein Event aufnehmen?
def set_next_event(self):
if not self.timer.vpsplugin_overwrite and len(self.next_events) > 0:
if not self.activated_auto_increase:
self.activate_autoincrease()
(starttime, neweventid) = self.next_events.pop(0)
self.timer.eit = neweventid
self.dont_restart_program = False
self.program_abort()
self.timer.log(0, "[VPS] record now event_id " + str(neweventid))
vps_timers.checksoon(3000)
return True
else:
return False
def program_abort(self):
if self.program_running or self.program_try_search_running:
#self.program.sendCtrlC()
self.program.kill()
self.program_running = False
self.program_try_search_running = False
self.timer.log(0, "[VPS] stop monitoring")
def stop_simulation(self):
if self.simulate_recordService:
NavigationInstance.instance.stopRecordService(
self.simulate_recordService)
self.simulate_recordService = None
self.timer.log(0, "[VPS] stop RecordService (simulation)")
def check_and_add_event(self, neweventid):
if not config.plugins.vps.allow_seeking_multiple_pdc.value:
return
epgcache = eEPGCache.getInstance()
evt = epgcache.lookupEventId(self.rec_ref, neweventid)
if evt:
evt_begin = evt.getBeginTime() + 60
evt_end = evt.getBeginTime() + evt.getDuration() - 60
if evt_begin < self.timer.begin:
return
for checktimer in self.session.nav.RecordTimer.timer_list:
if checktimer == self.timer:
continue
if (checktimer.begin - evt_begin) > 3600 * 2:
break
compareString = checktimer.service_ref.ref.toCompareString()
if compareString == self.timer.service_ref.ref.toCompareString(
) or compareString == self.rec_ref.toCompareString():
if checktimer.eit == neweventid:
return
if checktimer.begin <= evt_begin and checktimer.end >= evt_end:
if checktimer.vpsplugin_enabled is None or not checktimer.vpsplugin_enabled:
return
# manuell angelegter Timer mit VPS
if checktimer.name == "" and checktimer.vpsplugin_time is not None:
checktimer.eit = neweventid
checktimer.name = evt.getEventName()
checktimer.description = evt.getShortDescription()
checktimer.vpsplugin_time = None
checktimer.log(
0,
"[VPS] changed timer (found same PDC-Time as in other VPS-recording)"
)
return
# eigenen Timer überprüfen, wenn Zeiten nicht überschrieben werden dürfen
if not self.timer.vpsplugin_overwrite and evt_begin <= self.timer.end:
check_already_existing = [
x for (x, y) in self.next_events if y == neweventid
]
if len(check_already_existing) > 0:
start = check_already_existing.pop()
if start == evt_begin:
return
else:
self.next_events.remove((start, neweventid))
self.timer.log(
0, "[VPS] delete event_id " + str(neweventid) +
" because of delay " + str(evt_begin - start))
self.next_events.append((evt_begin, neweventid))
self.next_events = sorted(self.next_events)
self.timer.log(0, "[VPS] add event_id " + str(neweventid))
else:
newevent_data = parseEvent(evt)
newEntry = RecordTimerEntry(ServiceReference(self.rec_ref),
*newevent_data)
newEntry.vpsplugin_enabled = True
newEntry.vpsplugin_overwrite = True
newEntry.dirname = self.timer.dirname
newEntry.log(
0,
"[VPS] added this timer (found same PDC-Time as in other VPS-recording)"
)
# Wenn kein Timer-Konflikt auftritt, wird der Timer angelegt.
res = NavigationInstance.instance.RecordTimer.record(newEntry)
self.timer.log(0, "[VPS] added another timer, res " + str(res))
def copyTimer(self, start, duration):
starttime = start - config.recording.margin_before.value * 60
endtime = start + duration + config.recording.margin_after.value * 60
self.new_timer_copy = RecordTimerEntry(
ServiceReference(self.rec_ref), starttime, endtime,
self.timer.name, self.timer.description, self.timer.eit, False,
False, AFTEREVENT.AUTO, False, self.timer.dirname, self.timer.tags)
self.new_timer_copy.vpsplugin_enabled = True
self.new_timer_copy.vpsplugin_overwrite = self.timer.vpsplugin_overwrite
self.new_timer_copy.log(0, "[VPS] added this timer")
NavigationInstance.instance.RecordTimer.record(self.new_timer_copy)
# startet den Hintergrundprozess
def program_do_start(self, mode):
if self.program_running or self.program_try_search_running:
self.program_abort()
if mode == 1:
self.demux = -1
current_service = NavigationInstance.instance.getCurrentService()
if current_service:
stream = current_service.stream()
if stream:
streamdata = stream.getStreamingData()
if (streamdata and ('demux' in streamdata)):
self.demux = streamdata['demux']
if self.demux == -1:
return
self.program_try_search_running = True
self.program_running = False
mode_program = 1
else:
self.program_try_search_running = False
self.program_running = True
mode_program = 0
sid = self.rec_ref.getData(1)
tsid = self.rec_ref.getData(2)
onid = self.rec_ref.getData(3)
demux = "/dev/dvb/adapter0/demux" + str(self.demux)
# PDC-Zeit?
if (self.timer.name == "" or self.timer.eit is None
) and self.timer.vpsplugin_time is not None and not self.found_pdc:
mode_program += 2
day = strftime("%d", localtime(self.timer.vpsplugin_time))
month = strftime("%m", localtime(self.timer.vpsplugin_time))
hour = strftime("%H", localtime(self.timer.vpsplugin_time))
minute = strftime("%M", localtime(self.timer.vpsplugin_time))
cmd = vps_exe + " " + demux + " " + str(mode_program) + " " + str(
onid) + " " + str(tsid) + " " + str(
sid
) + " 0 " + day + " " + month + " " + hour + " " + minute
self.timer.log(0, "[VPS] seek PDC-Time")
self.program.execute(cmd)
return
cmd = vps_exe + " " + demux + " " + str(mode_program) + " " + str(
onid) + " " + str(tsid) + " " + str(sid) + " " + str(
self.timer.eit)
self.timer.log(0, "[VPS] start monitoring running-status")
self.program.execute(cmd)
def program_start(self):
self.demux = -1
if self.dont_restart_program:
return
self.rec_ref = self.timer.service_ref and self.timer.service_ref.ref
if self.rec_ref and self.rec_ref.flags & eServiceReference.isGroup:
self.rec_ref = getBestPlayableServiceReference(
self.rec_ref, eServiceReference())
# recordService (Simulation) ggf. starten
if self.timer.state == TimerEntry.StateWaiting:
if self.simulate_recordService is None:
if self.rec_ref:
self.simulate_recordService = NavigationInstance.instance.recordService(
self.rec_ref, True)
if self.simulate_recordService:
res = self.simulate_recordService.start()
self.timer.log(
0, "[VPS] start recordService (simulation) " +
str(res))
if res != 0 and res != -1:
# Fehler aufgetreten (kein Tuner frei?)
NavigationInstance.instance.stopRecordService(
self.simulate_recordService)
self.simulate_recordService = None
# in einer Minute ggf. nochmal versuchen
if 60 < self.nextExecution:
self.nextExecution = 60
# Bei Overwrite versuchen ohne Fragen auf Sender zu schalten
if self.timer.vpsplugin_overwrite == True:
cur_ref = NavigationInstance.instance.getCurrentlyPlayingServiceReference(
)
if cur_ref and not cur_ref.getPath(
) and self.rec_ref.toCompareString(
) != cur_ref.toCompareString():
self.timer.log(
9,
"[VPS-Plugin] zap without asking (simulation)"
)
Notifications.AddNotification(
MessageBox,
_("In order to record a timer, the TV was switched to the recording service!\n"
),
type=MessageBox.TYPE_INFO,
timeout=20)
NavigationInstance.instance.playService(
self.rec_ref)
if 3 < self.nextExecution:
self.nextExecution = 3
else:
# ansonsten versuchen auf dem aktuellen Transponder/Kanal nach Infos zu suchen
if not self.program_try_search_running:
self.program_do_start(1)
else: # Simulation hat geklappt
if 1 < self.nextExecution:
self.nextExecution = 1
else: # Simulation läuft schon
# hole Demux
stream = self.simulate_recordService.stream()
if stream:
streamdata = stream.getStreamingData()
if (streamdata and ('demux' in streamdata)):
self.demux = streamdata['demux']
if self.demux == -1:
# ist noch nicht soweit(?), in einer Sekunde erneut versuchen
if 1 < self.nextExecution:
self.nextExecution = 1
else:
self.program_do_start(0)
elif self.timer.state == TimerEntry.StatePrepared or self.timer.state == TimerEntry.StateRunning:
stream = self.timer.record_service.stream()
if stream:
streamdata = stream.getStreamingData()
if (streamdata and ('demux' in streamdata)):
self.demux = streamdata['demux']
if self.demux != -1:
self.program_do_start(0)
# überprüft, ob etwas zu tun ist und gibt die Sekunden zurück, bis die Funktion
# spätestens wieder aufgerufen werden sollte
# oder -1, um vps_timer löschen zu lassen
def check(self):
# Simulation ggf. stoppen
if self.timer.state > TimerEntry.StateWaiting and self.simulate_recordService:
self.stop_simulation()
# VPS wurde wieder deaktiviert oder Timer wurde beendet
if self.timer is None or self.timer.state == TimerEntry.StateEnded or self.timer.cancelled:
self.program_abort()
self.stop_simulation()
return -1
if self.timer.vpsplugin_enabled == False or config.plugins.vps.enabled.value == False:
if self.activated_auto_increase:
self.timer.autoincrease = False
self.program_abort()
self.stop_simulation()
return -1
self.nextExecution = 180
if config.plugins.vps.initial_time.value < 2 and self.timer.vpsplugin_overwrite:
initial_time = 120
else:
initial_time = config.plugins.vps.initial_time.value * 60
if self.timer.vpsplugin_overwrite == True:
if self.timer.state == TimerEntry.StateWaiting or self.timer.state == TimerEntry.StatePrepared:
# Startzeit verschieben
if (self.timer.begin - 60) < time():
if self.org_timer_begin == 0:
self.org_timer_begin = self.timer.begin
elif (self.org_timer_begin +
self.max_extending_timer) < time():
# Sendung begann immer noch nicht -> abbrechen
self.timer.abort()
self.session.nav.RecordTimer.doActivate(self.timer)
self.program_abort()
self.stop_simulation()
self.timer.log(
0,
"[VPS] abort timer, waited enough to find Event-ID"
)
return -1
self.timer.begin += 60
if (self.timer.end - self.timer.begin) < 300:
self.timer.end += 180
# auf Timer-Konflikt prüfen
timersanitycheck = TimerSanityCheck(
self.session.nav.RecordTimer.timer_list,
self.timer)
if not timersanitycheck.check():
self.timer.abort()
self.session.nav.RecordTimer.doActivate(self.timer)
self.program_abort()
self.stop_simulation()
self.timer.log(
0, "[VPS] abort timer due to TimerSanityCheck")
return -1
self.session.nav.RecordTimer.timeChanged(self.timer)
if 30 < self.nextExecution:
self.nextExecution = 30
# Programm starten
if not self.program_running:
if self.timer.state == TimerEntry.StateRunning:
self.program_start()
elif initial_time > 0:
if (self.timer.begin - initial_time) <= time():
self.program_start()
else:
n = self.timer.begin - initial_time - time()
if n < self.nextExecution:
self.nextExecution = n
if self.timer.state == TimerEntry.StateRunning:
if self.activated_auto_increase and self.org_timer_end != 0 and (
self.org_timer_end + (4 * 3600)) < time():
# Aufnahme läuft seit 4 Stunden im Autoincrease -> abbrechen
self.timer.autoincrease = False
self.activated_auto_increase = False
self.dont_restart_program = True
self.program_abort()
self.stop_simulation()
self.timer.log(0,
"[VPS] stop recording, too much autoincrease")
return self.nextExecution
def parseEPG(self, simulateOnly = False):
if NavigationInstance.instance is None:
print("[AutoTimer] Navigation is not available, can't parse EPG")
return (0, 0, 0, [], [], [])
total = 0
new = 0
modified = 0
timers = []
conflicting = []
similar = defaultdict(list) # Contains the the marked similar eits and the conflicting strings
similars = [] # Contains the added similar timers
# NOTE: the config option specifies "the next X days" which means today (== 1) + X
delta = timedelta(days = config.plugins.autotimer.maxdaysinfuture.value + 1)
evtLimit = mktime((date.today() + delta).timetuple())
checkEvtLimit = delta.days > 1
del delta
# Read AutoTimer configuration
self.readXml()
# Get E2 instances
epgcache = eEPGCache.getInstance()
serviceHandler = eServiceCenter.getInstance()
recordHandler = NavigationInstance.instance.RecordTimer
# Save Recordings in a dict to speed things up a little
# We include processed timers as we might search for duplicate descriptions
# The recordict is always filled
#Question: It might be better to name it timerdict
#Question: Move to a separate function getTimerDict()
#Note: It is also possible to use RecordTimer isInTimer(), but we won't get the timer itself on a match
recorddict = defaultdict(list)
for timer in chain(recordHandler.timer_list, recordHandler.processed_timers):
if timer and timer.service_ref:
if timer.eit is not None:
event = epgcache.lookupEventId(timer.service_ref.ref, timer.eit)
extdesc = event and event.getExtendedDescription() or ''
timer.extdesc = extdesc
elif not hasattr(timer, 'extdesc'):
timer.extdesc = ''
recorddict[str(timer.service_ref)].append(timer)
# Create dict of all movies in all folders used by an autotimer to compare with recordings
# The moviedict will be filled only if one AutoTimer is configured to avoid duplicate description for any recordings
#Question: It might be better to name it recorddict
moviedict = defaultdict(list)
# Iterate Timer
for timer in self.getEnabledTimerList():
# Precompute timer destination dir
dest = timer.destination or config.usage.default_path.value
# Workaround to allow search for umlauts if we know the encoding
match = timer.match
if timer.encoding != 'UTF-8':
try:
match = match.decode('UTF-8').encode(timer.encoding)
except UnicodeDecodeError:
pass
# Search EPG, default to empty list
epgmatches = epgcache.search(('RITBDSE', 1000, typeMap[timer.searchType], match, caseMap[timer.searchCase])) or []
# Sort list of tuples by begin time 'B'
epgmatches.sort(key=itemgetter(3))
# Reset the the marked similar servicerefs
similar.clear()
# Loop over all EPG matches
for idx, ( serviceref, eit, name, begin, duration, shortdesc, extdesc ) in enumerate( epgmatches ):
#Question: Do we need this?
#Question: Move to separate function getRealService()
eserviceref = eServiceReference(serviceref)
evt = epgcache.lookupEventId(eserviceref, eit)
if not evt:
print("[AutoTimer] Could not create Event!")
continue
# Try to determine real service (we always choose the last one)
n = evt.getNumOfLinkageServices()
if n > 0:
i = evt.getLinkageService(eserviceref, n-1)
serviceref = i.toString()
evtBegin = begin
evtEnd = end = begin + duration
# If event starts in less than 60 seconds skip it
if begin < time() + 60:
print("[AutoTimer] Skipping an event because it starts in less than 60 seconds")
continue
# Convert begin time
timestamp = localtime(begin)
# Update timer
timer.update(begin, timestamp)
# Check if eit is in similar matches list
# NOTE: ignore evtLimit for similar timers as I feel this makes the feature unintuitive
similarTimer = False
if eit in similar:
similarTimer = True
dayofweek = None # NOTE: ignore day on similar timer
else:
# If maximum days in future is set then check time
if checkEvtLimit:
if begin > evtLimit:
continue
dayofweek = str(timestamp.tm_wday)
# Check timer conditions
# NOTE: similar matches to not care about the day/time they are on, so ignore them
if timer.checkServices(serviceref) \
or timer.checkDuration(duration) \
or (not similarTimer and (\
timer.checkTimespan(timestamp) \
or timer.checkTimeframe(begin) \
)) or timer.checkFilter(name, shortdesc, extdesc, dayofweek):
continue
if timer.hasOffset():
# Apply custom Offset
begin, end = timer.applyOffset(begin, end)
else:
# Apply E2 Offset
begin -= config.recording.margin_before.value * 60
end += config.recording.margin_after.value * 60
# Eventually change service to alternative
if timer.overrideAlternatives:
serviceref = timer.getAlternative(serviceref)
total += 1
# Append to timerlist and abort if simulating
timers.append((name, begin, end, serviceref, timer.name))
if simulateOnly:
continue
# Check for existing recordings in directory
if timer.avoidDuplicateDescription == 3:
# Reset movie Exists
movieExists = False
# Eventually create cache
if dest and dest not in moviedict:
#Question: Move to a separate function getRecordDict()
movielist = serviceHandler.list(eServiceReference("2:0:1:0:0:0:0:0:0:0:" + dest))
if movielist is None:
print("[AutoTimer] listing of movies in " + dest + " failed")
else:
append = moviedict[dest].append
while 1:
movieref = movielist.getNext()
if not movieref.valid():
break
if movieref.flags & eServiceReference.mustDescent:
continue
info = serviceHandler.info(movieref)
if info is None:
continue
event = info.getEvent(movieref)
if event is None:
continue
append({
"name": info.getName(movieref),
"shortdesc": info.getInfoString(movieref, iServiceInformation.sDescription),
"extdesc": event.getExtendedDescription() or '' # XXX: does event.getExtendedDescription() actually return None on no description or an empty string?
})
del append
for movieinfo in moviedict.get(dest, ()):
if movieinfo.get("name") == name \
and movieinfo.get("shortdesc") == shortdesc:
# Some channels indicate replays in the extended descriptions
# If the similarity percent is higher then 0.8 it is a very close match
extdescM = movieinfo.get("extdesc")
if ( len(extdesc) == len(extdescM) and extdesc == extdescM ) \
or ( 0.8 < SequenceMatcher(lambda x: x == " ",extdesc, extdescM).ratio() ):
print("[AutoTimer] We found a matching recorded movie, skipping event:", name)
movieExists = True
break
if movieExists:
continue
# Initialize
newEntry = None
oldExists = False
# Check for double Timers
# We first check eit and if user wants us to guess event based on time
# we try this as backup. The allowed diff should be configurable though.
for rtimer in recorddict.get(serviceref, ()):
if rtimer.eit == eit or config.plugins.autotimer.try_guessing.value and getTimeDiff(rtimer, evtBegin, evtEnd) > ((duration/10)*8):
oldExists = True
# Abort if we don't want to modify timers or timer is repeated
if config.plugins.autotimer.refresh.value == "none" or rtimer.repeated:
print("[AutoTimer] Won't modify existing timer because either no modification allowed or repeated timer")
break
if hasattr(rtimer, "isAutoTimer"):
rtimer.log(501, "[AutoTimer] AutoTimer %s modified this automatically generated timer." % (timer.name))
else:
if config.plugins.autotimer.refresh.value != "all":
print("[AutoTimer] Won't modify existing timer because it's no timer set by us")
break
rtimer.log(501, "[AutoTimer] Warning, AutoTimer %s messed with a timer which might not belong to it." % (timer.name))
newEntry = rtimer
modified += 1
# Modify values saved in timer
newEntry.name = name
newEntry.description = shortdesc
newEntry.begin = int(begin)
newEntry.end = int(end)
newEntry.service_ref = ServiceReference(serviceref)
break
elif timer.avoidDuplicateDescription >= 1 \
and not rtimer.disabled \
and rtimer.name == name \
and rtimer.description == shortdesc:
# Some channels indicate replays in the extended descriptions
# If the similarity percent is higher then 0.8 it is a very close match
if ( len(extdesc) == len(rtimer.extdesc) and extdesc == rtimer.extdesc ) \
or ( 0.8 < SequenceMatcher(lambda x: x == " ",extdesc, rtimer.extdesc).ratio() ):
oldExists = True
print("[AutoTimer] We found a timer (similar service) with same description, skipping event")
break
# We found no timer we want to edit
if newEntry is None:
# But there is a match
if oldExists:
continue
# We want to search for possible doubles
if timer.avoidDuplicateDescription >= 2:
for rtimer in chain.from_iterable( itervalues(recorddict) ):
if not rtimer.disabled \
and rtimer.name == name \
and rtimer.description == shortdesc:
# Some channels indicate replays in the extended descriptions
# If the similarity percent is higher then 0.8 it is a very close match
if ( len(extdesc) == len(rtimer.extdesc) and extdesc == rtimer.extdesc ) \
or ( 0.8 < SequenceMatcher(lambda x: x == " ",extdesc, rtimer.extdesc).ratio() ):
oldExists = True
print("[AutoTimer] We found a timer (any service) with same description, skipping event")
break
if oldExists:
continue
if timer.checkCounter(timestamp):
print("[AutoTimer] Not adding new timer because counter is depleted.")
continue
newEntry = RecordTimerEntry(ServiceReference(serviceref), begin, end, name, shortdesc, eit)
newEntry.log(500, "[AutoTimer] Try to add new timer based on AutoTimer %s." % (timer.name))
# Mark this entry as AutoTimer (only AutoTimers will have this Attribute set)
# It is only temporarily, after a restart it will be lost,
# because it won't be stored in the timer xml file
newEntry.isAutoTimer = True
# Apply afterEvent
if timer.hasAfterEvent():
afterEvent = timer.getAfterEventTimespan(localtime(end))
if afterEvent is None:
afterEvent = timer.getAfterEvent()
if afterEvent is not None:
newEntry.afterEvent = afterEvent
newEntry.dirname = timer.destination
newEntry.justplay = timer.justplay
newEntry.tags = timer.tags
newEntry.vpsplugin_enabled = timer.vps_enabled
newEntry.vpsplugin_overwrite = timer.vps_overwrite
if oldExists:
# XXX: this won't perform a sanity check, but do we actually want to do so?
recordHandler.timeChanged(newEntry)
else:
conflictString = ""
if similarTimer:
conflictString = similar[eit].conflictString
newEntry.log(504, "[AutoTimer] Try to add similar Timer because of conflicts with %s." % (conflictString))
# Try to add timer
conflicts = recordHandler.record(newEntry)
if conflicts:
conflictString += ' / '.join(["%s (%s)" % (x.name, strftime("%Y%m%d %H%M", localtime(x.begin))) for x in conflicts])
print("[AutoTimer] conflict with %s detected" % (conflictString))
if conflicts and config.plugins.autotimer.addsimilar_on_conflict.value:
# We start our search right after our actual index
# Attention we have to use a copy of the list, because we have to append the previous older matches
lepgm = len(epgmatches)
for i in xrange(lepgm):
servicerefS, eitS, nameS, beginS, durationS, shortdescS, extdescS = epgmatches[ (i+idx+1)%lepgm ]
if shortdesc == shortdescS:
# Some channels indicate replays in the extended descriptions
# If the similarity percent is higher then 0.8 it is a very close match
if ( len(extdesc) == len(extdescS) and extdesc == extdescS ) \
or ( 0.8 < SequenceMatcher(lambda x: x == " ",extdesc, extdescS).ratio() ):
# Check if the similar is already known
if eitS not in similar:
print("[AutoTimer] Found similar Timer: " + name)
# Store the actual and similar eit and conflictString, so it can be handled later
newEntry.conflictString = conflictString
similar[eit] = newEntry
similar[eitS] = newEntry
similarTimer = True
if beginS <= evtBegin:
# Event is before our actual epgmatch so we have to append it to the epgmatches list
epgmatches.append((servicerefS, eitS, nameS, beginS, durationS, shortdescS, extdescS))
# If we need a second similar it will be found the next time
break
else:
similarTimer = False
newEntry = similar[eitS]
break
if conflicts is None:
timer.decrementCounter()
new += 1
newEntry.extdesc = extdesc
recorddict[serviceref].append(newEntry)
# Similar timers are in new timers list and additionally in similar timers list
if similarTimer:
similars.append((name, begin, end, serviceref, timer.name))
similar.clear()
# Don't care about similar timers
elif not similarTimer:
conflicting.append((name, begin, end, serviceref, timer.name))
if config.plugins.autotimer.disabled_on_conflict.value:
newEntry.log(503, "[AutoTimer] Timer disabled because of conflicts with %s." % (conflictString))
newEntry.disabled = True
# We might want to do the sanity check locally so we don't run it twice - but I consider this workaround a hack anyway
conflicts = recordHandler.record(newEntry)
return (total, new, modified, timers, conflicting, similars)
