def parseConfig(configuration, list, version = None, uniqueTimerId = 0, defaultTimer = None):
try:
intVersion = int(version)
except ValueError:
print('[AutoTimer] Config version "%s" is not a valid integer, assuming old version' % version)
intVersion = -1
if intVersion < 5:
parseConfigOld(configuration, list, uniqueTimerId)
return
if defaultTimer is not None:
# Read in defaults for a new timer
for defaults in configuration.findall("defaults"):
parseEntry(defaults, defaultTimer, True)
for timer in configuration.findall("timer"):
uniqueTimerId += 1
baseTimer = preferredAutoTimerComponent(
uniqueTimerId,
'',
'',
True
)
if parseEntry(timer, baseTimer):
list.append(baseTimer)
def addAutotimerFromSearchString(session, match): from AutoTimerComponent import preferredAutoTimerComponent from AutoTimerImporter import AutoTimerImporter from plugin import autotimer # Create instance if needed if autotimer is None: from AutoTimer import AutoTimer autotimer = AutoTimer() autotimer.readXml() session.openWithCallback( importerCallback, AutoTimerImporter, preferredAutoTimerComponent( autotimer.getUniqueId(), match, '', # Match True # Enabled ), match, # Proposed Match None, # Proposed Begin None, # Proposed End None, # Proposed Disabled None, # Proposed ServiceReference None, # Proposed afterEvent None, # Proposed justplay None, # Proposed dirname, can we get anything useful here? [] # Proposed tags )
def parseConfig(configuration, list, version = None, uniqueTimerId = 0, defaultTimer = None):
try:
intVersion = int(version)
except ValueError:
print('[AutoTimer] Config version "%s" is not a valid integer, assuming old version' % version)
intVersion = -1
if intVersion < 5:
parseConfigOld(configuration, list, uniqueTimerId)
return
if defaultTimer is not None:
# Read in defaults for a new timer
for defaults in configuration.findall("defaults"):
parseEntry(defaults, defaultTimer, True)
for timer in configuration.findall("timer"):
uniqueTimerId += 1
baseTimer = preferredAutoTimerComponent(
uniqueTimerId,
'',
'',
True
)
if parseEntry(timer, baseTimer):
list.append(baseTimer)
def addAutotimerFromSearchString(session, match): from AutoTimerComponent import preferredAutoTimerComponent from AutoTimerImporter import AutoTimerImporter from plugin import autotimer # Create instance if needed if autotimer is None: from AutoTimer import AutoTimer autotimer = AutoTimer() autotimer.readXml() session.openWithCallback( importerCallback, AutoTimerImporter, preferredAutoTimerComponent( autotimer.getUniqueId(), match, '', # Match True # Enabled ), match, # Proposed Match None, # Proposed Begin None, # Proposed End None, # Proposed Disabled None, # Proposed ServiceReference None, # Proposed afterEvent None, # Proposed justplay None, # Proposed dirname, can we get anything useful here? [] # Proposed tags )
def readXml(self):
# Abort if no config found
if not os_path.exists(XML_CONFIG):
print("[AutoTimer] No configuration file present")
return
# Parse if mtime differs from whats saved
mtime = os_path.getmtime(XML_CONFIG)
if mtime == self.configMtime:
print("[AutoTimer] No changes in configuration, won't parse")
return
# Save current mtime
self.configMtime = mtime
# Parse Config
try:
configuration = cet_parse(XML_CONFIG).getroot()
except:
try:
if os_path.exists(XML_CONFIG + "_old"):
os_rename(XML_CONFIG + "_old", XML_CONFIG + "_old(1)")
os_rename(XML_CONFIG, XML_CONFIG + "_old")
print(
"[AutoTimer] autotimer.xml is corrupt rename file to /etc/enigma2/autotimer.xml_old"
)
except:
pass
if Standby.inStandby is None:
AddPopup(_(
"The autotimer file (/etc/enigma2/autotimer.xml) is corrupt. A new and empty config was created. A backup of the config can be found here (/etc/enigma2/autotimer.xml_old) "
),
type=MessageBox.TYPE_ERROR,
timeout=0,
id="AutoTimerLoadFailed")
self.timers = []
self.defaultTimer = preferredAutoTimerComponent(
0, # Id
"", # Name
"", # Match
True # Enabled
)
try:
self.writeXml()
configuration = cet_parse(XML_CONFIG).getroot()
except:
print(
"[AutoTimer] fatal error, the autotimer.xml cannot create")
return
# Empty out timers and reset Ids
del self.timers[:]
self.defaultTimer.clear(-1, True)
parseConfig(configuration, self.timers, configuration.get("version"),
0, self.defaultTimer)
self.uniqueTimerId = len(self.timers)
def addAutotimerFromEvent(session, evt = None, service = None):
from AutoTimerComponent import preferredAutoTimerComponent
from AutoTimerImporter import AutoTimerImporter
from plugin import autotimer
# Create instance if needed
if autotimer is None:
from AutoTimer import AutoTimer
autotimer = AutoTimer()
autotimer.readXml()
match = evt and evt.getEventName() or ""
name = match or "New AutoTimer"
sref = None
if service is not None:
service = str(service)
myref = eServiceReference(service)
if not (myref.flags & eServiceReference.isGroup):
# strip all after last :
pos = service.rfind(':')
if pos != -1:
if service[pos-1] == ':':
pos -= 1
service = service[:pos+1]
sref = ServiceReference(myref)
if evt:
# timespan defaults to +- 1h
begin = evt.getBeginTime()-3600
end = begin + evt.getDuration()+7200
else:
begin = end = 0
# XXX: we might want to make sure that we actually collected any data because the importer does not do so :-)
session.openWithCallback(
importerCallback,
AutoTimerImporter,
preferredAutoTimerComponent(
autotimer.getUniqueId(),
name,
'', # Match
True # Enabled
),
match, # Proposed Match
begin, # Proposed Begin
end, # Proposed End
None, # Proposed Disabled
sref, # Proposed ServiceReference
None, # Proposed afterEvent
None, # Proposed justplay
None, # Proposed dirname, can we get anything useful here?
[] # Proposed tags
)
def __init__(self): # Initialize self.timers = [] self.configMtime = -1 self.uniqueTimerId = 0 self.defaultTimer = preferredAutoTimerComponent( 0, # Id "", # Name "", # Match True # Enabled )
def __init__(self): # Initialize self.timers = [] self.configMtime = -1 self.uniqueTimerId = 0 self.defaultTimer = preferredAutoTimerComponent( 0, # Id "", # Name "", # Match True # Enabled )
def addAutotimerFromEvent(session, evt = None, service = None):
from AutoTimerComponent import preferredAutoTimerComponent
from AutoTimerImporter import AutoTimerImporter
from plugin import autotimer
# Create instance if needed
if autotimer is None:
from AutoTimer import AutoTimer
autotimer = AutoTimer()
autotimer.readXml()
match = evt and evt.getEventName() or ""
name = match or "New AutoTimer"
sref = None
if service is not None:
service = str(service)
myref = eServiceReference(service)
if not (myref.flags & eServiceReference.isGroup):
# strip all after last :
pos = service.rfind(':')
if pos != -1:
if service[pos-1] == ':':
pos -= 1
service = service[:pos+1]
sref = ServiceReference(myref)
if evt:
# timespan defaults to +- 1h
begin = evt.getBeginTime()-3600
end = begin + evt.getDuration()+7200
else:
begin = end = 0
# XXX: we might want to make sure that we actually collected any data because the importer does not do so :-)
session.openWithCallback(
importerCallback,
AutoTimerImporter,
preferredAutoTimerComponent(
autotimer.getUniqueId(),
name,
'', # Match
True # Enabled
),
match, # Proposed Match
begin, # Proposed Begin
end, # Proposed End
None, # Proposed Disabled
sref, # Proposed ServiceReference
None, # Proposed afterEvent
None, # Proposed justplay
None, # Proposed dirname, can we get anything useful here?
[] # Proposed tags
)
def parseConfig(configuration, list, version=None, uniqueTimerId=0, defaultTimer=None):
if version != CURRENT_CONFIG_VERSION:
parseConfigOld(configuration, list, uniqueTimerId)
return
if defaultTimer is not None:
# Read in defaults for a new timer
for defaults in configuration.findall("defaults"):
parseEntry(defaults, defaultTimer, True)
for timer in configuration.findall("timer"):
uniqueTimerId += 1
baseTimer = preferredAutoTimerComponent(uniqueTimerId, "", "", True)
if parseEntry(timer, baseTimer):
list.append(baseTimer)
def __init__(self):
# Initialize
self.timers = []
self.configMtime = -1
self.uniqueTimerId = 0
self.defaultTimer = preferredAutoTimerComponent(
0, # Id
"", # Name
"", # Match
True # Enabled
)
self.epgcache = eEPGCache.getInstance()
# Create dict of all movies in all folders used by an autotimer to compare with recordings
self.serviceHandler = eServiceCenter.getInstance()
self.moviedict = {}
self.normalizedTimers = {}
print "[AutoTimer] init ..."
def parseConfig(configuration,
list,
version=None,
uniqueTimerId=0,
defaultTimer=None):
if version != CURRENT_CONFIG_VERSION:
parseConfigOld(configuration, list, uniqueTimerId)
return
if defaultTimer is not None:
# Read in defaults for a new timer
for defaults in configuration.findall("defaults"):
parseEntry(defaults, defaultTimer, True)
for timer in configuration.findall("timer"):
uniqueTimerId += 1
baseTimer = preferredAutoTimerComponent(uniqueTimerId, '', '', True)
if parseEntry(timer, baseTimer):
list.append(baseTimer)
def parseConfigOld(configuration, list, uniqueTimerId = 0):
print("[AutoTimer] Trying to parse old config")
# Iterate Timers
for timer in configuration.findall("timer"):
# Increment uniqueTimerId
uniqueTimerId += 1
# Get name (V2+)
name = timer.get("name")
if name:
name = name.encode("UTF-8")
# Get name (= match) (V1)
else:
# Read out name
name = getValue(timer.findall("name"), "").encode("UTF-8")
if not name:
print('[AutoTimer] Erroneous config is missing attribute "name", skipping entry')
continue
# Read out match (V3+)
match = timer.get("match")
if match:
# Read out match
match = match.encode("UTF-8")
if not match:
print('[AutoTimer] Erroneous config contains empty attribute "match", skipping entry')
continue
# V2-
else:
# Setting match to name
match = name
# See if Timer is ensabled (V2+)
enabled = timer.get("enabled")
if enabled:
if enabled == "no":
enabled = False
elif enabled == "yes":
enabled = True
else:
print('[AutoTimer] Erroneous config contains invalid value for "enabled":', enabled,', skipping entry')
enabled = False
# V1
else:
elements = timer.findall("enabled")
if elements:
if getValue(elements, "yes") == "no":
enabled = False
else:
enabled = True
else:
enabled = True
# Read out timespan (V4+; Falling back on missing definition should be OK)
start = timer.get("from")
end = timer.get("to")
if start and end:
start = [int(x) for x in start.split(':')]
end = [int(x) for x in end.split(':')]
timetuple = (start, end)
# V3-
else:
elements = timer.findall("timespan")
Len = len(elements)
if Len:
# Read out last definition
start = elements[Len-1].get("from")
end = elements[Len-1].get("to")
if start and end:
start = [int(x) for x in start.split(':')]
end = [int(x) for x in end.split(':')]
timetuple = (start, end)
else:
print('[AutoTimer] Erroneous config contains invalid definition of "timespan", ignoring definition')
timetuple = None
else:
timetuple = None
# Read out allowed services (V*)
elements = timer.findall("serviceref")
if elements:
servicelist = []
for service in elements:
value = service.text
if value:
myref = eServiceReference(str(value))
if not (myref.flags & eServiceReference.isGroup):
# strip all after last :
pos = value.rfind(':')
if pos != -1:
if value[pos-1] == ':':
pos -= 1
value = value[:pos+1]
servicelist.append(value)
else:
servicelist = None
# Read out allowed bouquets (V* though officially supported since V4)
bouquets = []
for bouquet in timer.findall("bouquet"):
value = bouquet.text
if value:
bouquets.append(value)
# Read out offset (V4+)
offset = timer.get("offset")
if offset:
offset = offset.split(",")
if len(offset) == 1:
before = after = int(offset[0] or 0) * 60
else:
before = int(offset[0] or 0) * 60
after = int(offset[1] or 0) * 60
offset = (before, after)
# V3-
else:
elements = timer.findall("offset")
Len = len(elements)
if Len:
value = elements[Len-1].get("both")
if value == '':
before = int(elements[Len-1].get("before", 0)) * 60
after = int(elements[Len-1].get("after", 0)) * 60
else:
before = after = int(value) * 60
offset = (before, after)
else:
offset = None
# Read out counter
counter = int(timer.get("counter", '0'))
counterLeft = int(timer.get("left", counter))
counterLimit = timer.get("lastActivation")
counterFormat = timer.get("counterFormat", "")
lastBegin = int(timer.get("lastBegin", 0))
# Read out justplay
justplay = int(timer.get("justplay", '0'))
setEndtime = int(timer.get("setEndtime", '1'))
# Read out avoidDuplicateDescription
avoidDuplicateDescription = int(timer.get("avoidDuplicateDescription", 0))
searchForDuplicateDescription = int(timer.get("searchForDuplicateDescription", 3)) - 1
if searchForDuplicateDescription < 0 or searchForDuplicateDescription > 2:
searchForDuplicateDescription = 2
# Read out afterevent (compatible to V* though behaviour for V3- is different as V4+ allows multiple afterevents while the last definication was chosen before)
idx = {
"none": AFTEREVENT.NONE,
"deepstandby": AFTEREVENT.DEEPSTANDBY,
"shutdown": AFTEREVENT.DEEPSTANDBY,
"standby": AFTEREVENT.STANDBY,
"auto": AFTEREVENT.AUTO
}
afterevent = []
for element in timer.findall("afterevent"):
value = element.text
if value in idx:
value = idx[value]
else:
print('[AutoTimer] Erroneous config contains invalid value for "afterevent":', afterevent,', ignoring definition')
continue
start = element.get("from")
end = element.get("to")
if start and end:
start = [int(x) for x in start.split(':')]
end = [int(x) for x in end.split(':')]
afterevent.append((value, (start, end)))
else:
afterevent.append((value, None))
# Read out exclude (V*)
idx = {"title": 0, "shortdescription": 1, "description": 2, "dayofweek": 3}
excludes = ([], [], [], [])
for exclude in timer.findall("exclude"):
where = exclude.get("where")
value = exclude.text
if not (value and where):
continue
if where in idx:
excludes[idx[where]].append(value.encode("UTF-8"))
# Read out includes (use same idx) (V4+ feature, should not harm V3-)
includes = ([], [], [], [])
for include in timer.findall("include"):
where = include.get("where")
value = include.text
if not (value and where):
continue
if where in idx:
includes[idx[where]].append(value.encode("UTF-8"))
# Read out max length (V4+)
maxlen = timer.get("maxduration")
if maxlen:
maxlen = int(maxlen)*60
# V3-
else:
elements = timer.findall("maxduration")
if elements:
maxlen = getValue(elements, None)
if maxlen is not None:
maxlen = int(maxlen)*60
else:
maxlen = None
# Read out recording path
destination = timer.get("destination", "").encode("UTF-8") or None
# Read out recording tags
tags = []
for tag in timer.findall("tag"):
value = tag.text
if not value:
continue
tags.append(value.encode("UTF-8"))
# Finally append timer
list.append(preferredAutoTimerComponent(
uniqueTimerId,
name,
match,
enabled,
timespan = timetuple,
services = servicelist,
offset = offset,
afterevent = afterevent,
exclude = excludes,
include = includes,
maxduration = maxlen,
destination = destination,
matchCount = counter,
matchLeft = counterLeft,
matchLimit = counterLimit,
matchFormatString = counterFormat,
lastBegin = lastBegin,
justplay = justplay,
setEndtime = setEndtime,
avoidDuplicateDescription = avoidDuplicateDescription,
searchForDuplicateDescription = searchForDuplicateDescription,
bouquets = bouquets,
tags = tags
))
def parseConfigOld(configuration, list, uniqueTimerId = 0):
print("[AutoTimer] Trying to parse old config")
# Iterate Timers
for timer in configuration.findall("timer"):
# Increment uniqueTimerId
uniqueTimerId += 1
# Get name (V2+)
name = timer.get("name")
if name:
name = name.encode("UTF-8")
# Get name (= match) (V1)
else:
# Read out name
name = getValue(timer.findall("name"), "").encode("UTF-8")
if not name:
print('[AutoTimer] Erroneous config is missing attribute "name", skipping entry')
continue
# Read out match (V3+)
match = timer.get("match")
if match:
# Read out match
match = match.encode("UTF-8")
if not match:
print('[AutoTimer] Erroneous config contains empty attribute "match", skipping entry')
continue
# V2-
else:
# Setting match to name
match = name
# See if Timer is ensabled (V2+)
enabled = timer.get("enabled")
if enabled:
if enabled == "no":
enabled = False
elif enabled == "yes":
enabled = True
else:
print('[AutoTimer] Erroneous config contains invalid value for "enabled":', enabled,', skipping entry')
enabled = False
# V1
else:
elements = timer.findall("enabled")
if elements:
if getValue(elements, "yes") == "no":
enabled = False
else:
enabled = True
else:
enabled = True
# Read out timespan (V4+; Falling back on missing definition should be OK)
start = timer.get("from")
end = timer.get("to")
if start and end:
start = [int(x) for x in start.split(':')]
end = [int(x) for x in end.split(':')]
timetuple = (start, end)
# V3-
else:
elements = timer.findall("timespan")
Len = len(elements)
if Len:
# Read out last definition
start = elements[Len-1].get("from")
end = elements[Len-1].get("to")
if start and end:
start = [int(x) for x in start.split(':')]
end = [int(x) for x in end.split(':')]
timetuple = (start, end)
else:
print('[AutoTimer] Erroneous config contains invalid definition of "timespan", ignoring definition')
timetuple = None
else:
timetuple = None
# Read out allowed services (V*)
elements = timer.findall("serviceref")
if elements:
servicelist = []
for service in elements:
value = service.text
if value:
myref = eServiceReference(str(value))
if not (myref.flags & eServiceReference.isGroup):
# strip all after last :
pos = value.rfind(':')
if pos != -1:
if value[pos-1] == ':':
pos -= 1
value = value[:pos+1]
servicelist.append(value)
else:
servicelist = None
# Read out allowed bouquets (V* though officially supported since V4)
bouquets = []
for bouquet in timer.findall("bouquet"):
value = bouquet.text
if value:
bouquets.append(value)
# Read out offset (V4+)
offset = timer.get("offset")
if offset:
offset = offset.split(",")
if len(offset) == 1:
before = after = int(offset[0] or 0) * 60
else:
before = int(offset[0] or 0) * 60
after = int(offset[1] or 0) * 60
offset = (before, after)
# V3-
else:
elements = timer.findall("offset")
Len = len(elements)
if Len:
value = elements[Len-1].get("both")
if value == '':
before = int(elements[Len-1].get("before", 0)) * 60
after = int(elements[Len-1].get("after", 0)) * 60
else:
before = after = int(value) * 60
offset = (before, after)
else:
offset = None
# Read out counter
counter = int(timer.get("counter", '0'))
counterLeft = int(timer.get("left", counter))
counterLimit = timer.get("lastActivation")
counterFormat = timer.get("counterFormat", "")
lastBegin = int(timer.get("lastBegin", 0))
# Read out justplay
justplay = int(timer.get("justplay", '0'))
setEndtime = int(timer.get("setEndtime", '1'))
# Read out avoidDuplicateDescription
avoidDuplicateDescription = int(timer.get("avoidDuplicateDescription", 0))
searchForDuplicateDescription = int(timer.get("searchForDuplicateDescription", 3)) - 1
if searchForDuplicateDescription < 0 or searchForDuplicateDescription > 2:
searchForDuplicateDescription = 2
# Read out afterevent (compatible to V* though behaviour for V3- is different as V4+ allows multiple afterevents while the last definication was chosen before)
idx = {
"none": AFTEREVENT.NONE,
"deepstandby": AFTEREVENT.DEEPSTANDBY,
"shutdown": AFTEREVENT.DEEPSTANDBY,
"standby": AFTEREVENT.STANDBY,
"auto": AFTEREVENT.AUTO
}
afterevent = []
for element in timer.findall("afterevent"):
value = element.text
if value in idx:
value = idx[value]
else:
print('[AutoTimer] Erroneous config contains invalid value for "afterevent":', afterevent,', ignoring definition')
continue
start = element.get("from")
end = element.get("to")
if start and end:
start = [int(x) for x in start.split(':')]
end = [int(x) for x in end.split(':')]
afterevent.append((value, (start, end)))
else:
afterevent.append((value, None))
# Read out exclude (V*)
idx = {"title": 0, "shortdescription": 1, "description": 2, "dayofweek": 3}
excludes = ([], [], [], [])
for exclude in timer.findall("exclude"):
where = exclude.get("where")
value = exclude.text
if not (value and where):
continue
if where in idx:
excludes[idx[where]].append(value.encode("UTF-8"))
# Read out includes (use same idx) (V4+ feature, should not harm V3-)
includes = ([], [], [], [])
for include in timer.findall("include"):
where = include.get("where")
value = include.text
if not (value and where):
continue
if where in idx:
includes[idx[where]].append(value.encode("UTF-8"))
# Read out max length (V4+)
maxlen = timer.get("maxduration")
if maxlen:
maxlen = int(maxlen)*60
# V3-
else:
elements = timer.findall("maxduration")
if elements:
maxlen = getValue(elements, None)
if maxlen is not None:
maxlen = int(maxlen)*60
else:
maxlen = None
# Read out recording path
destination = timer.get("destination", "").encode("UTF-8") or None
# Read out recording tags
tags = []
for tag in timer.findall("tag"):
value = tag.text
if not value:
continue
tags.append(value.encode("UTF-8"))
# Finally append timer
list.append(preferredAutoTimerComponent(
uniqueTimerId,
name,
match,
enabled,
timespan = timetuple,
services = servicelist,
offset = offset,
afterevent = afterevent,
exclude = excludes,
include = includes,
maxduration = maxlen,
destination = destination,
matchCount = counter,
matchLeft = counterLeft,
matchLimit = counterLimit,
matchFormatString = counterFormat,
lastBegin = lastBegin,
justplay = justplay,
setEndtime = setEndtime,
avoidDuplicateDescription = avoidDuplicateDescription,
searchForDuplicateDescription = searchForDuplicateDescription,
bouquets = bouquets,
tags = tags
))
def addAutotimerFromService(session, service = None):
from AutoTimerComponent import preferredAutoTimerComponent
from AutoTimerImporter import AutoTimerImporter
from plugin import autotimer
# Create instance if needed
if autotimer is None:
from AutoTimer import AutoTimer
autotimer = AutoTimer()
autotimer.readXml()
serviceHandler = eServiceCenter.getInstance()
info = serviceHandler.info(service)
match = info and info.getName(service) or ""
name = match or "New AutoTimer"
sref = info and info.getInfoString(service, iServiceInformation.sServiceref)
if sref:
# strip all after last :
pos = sref.rfind(':')
if pos != -1:
if sref[pos-1] == ':':
pos -= 1
sref = sref[:pos+1]
sref = ServiceReference(sref)
if info:
begin = info.getInfo(service, iServiceInformation.sTimeCreate)
end = begin + info.getLength(service)
else:
begin = end = 0
from os.path import dirname
path = dirname(service.getPath())
if not path == '/':
path += '/'
tags = info.getInfoString(service, iServiceInformation.sTags)
tags = tags and tags.split(' ') or []
# XXX: we might want to make sure that we actually collected any data because the importer does not do so :-)
session.openWithCallback(
importerCallback,
AutoTimerImporter,
preferredAutoTimerComponent(
autotimer.getUniqueId(),
name,
'', # Match
True # Enabled
),
match, # Proposed Match
begin, # Proposed Begin
end, # Proposed End
None, # Proposed Disabled
sref, # Proposed ServiceReference
None, # Proposed afterEvent
None, # Proposed justplay
path, # Proposed dirname
tags # Proposed tags
)
def readXml(self, **kwargs):
if "xml_string" in kwargs:
# reset time
self.configMtime = -1
# Parse Config
configuration = cet_fromstring(kwargs["xml_string"])
# TODO : check config and create backup if wrong
else:
# Abort if no config found
if not os_path.exists(XML_CONFIG):
print("[AutoTimer] No configuration file present")
return
# Parse if mtime differs from whats saved
mtime = os_path.getmtime(XML_CONFIG)
if mtime == self.configMtime:
print("[AutoTimer] No changes in configuration, won't parse")
return
# Save current mtime
self.configMtime = mtime
# Parse Config
try:
configuration = cet_parse(XML_CONFIG).getroot()
except:
try:
if os_path.exists(XML_CONFIG + "_old"):
os_rename(XML_CONFIG + "_old", XML_CONFIG + "_old(1)")
os_rename(XML_CONFIG, XML_CONFIG + "_old")
print("[AutoTimer] autotimer.xml is corrupt rename file to /etc/enigma2/autotimer.xml_old")
except:
pass
if Standby.inStandby is None:
AddPopup(_("The autotimer file (/etc/enigma2/autotimer.xml) is corrupt. A new and empty config was created. A backup of the config can be found here (/etc/enigma2/autotimer.xml_old) "), type = MessageBox.TYPE_ERROR, timeout = 0, id = "AutoTimerLoadFailed")
self.timers = []
self.defaultTimer = preferredAutoTimerComponent(
0, # Id
"", # Name
"", # Match
True # Enabled
)
try:
self.writeXml()
configuration = cet_parse(XML_CONFIG).getroot()
except:
print("[AutoTimer] fatal error, the autotimer.xml cannot create")
return
# Empty out timers and reset Ids
del self.timers[:]
self.defaultTimer.clear(-1, True)
parseConfig(
configuration,
self.timers,
configuration.get("version"),
0,
self.defaultTimer
)
self.uniqueTimerId = len(self.timers)
def addAutotimerFromService(session, service = None):
from AutoTimerComponent import preferredAutoTimerComponent
from AutoTimerImporter import AutoTimerImporter
from plugin import autotimer
# Create instance if needed
if autotimer is None:
from AutoTimer import AutoTimer
autotimer = AutoTimer()
autotimer.readXml()
serviceHandler = eServiceCenter.getInstance()
info = serviceHandler.info(service)
match = info and info.getName(service) or ""
name = match or "New AutoTimer"
sref = info and info.getInfoString(service, iServiceInformation.sServiceref)
if sref:
# strip all after last :
pos = sref.rfind(':')
if pos != -1:
if sref[pos-1] == ':':
pos -= 1
sref = sref[:pos+1]
sref = ServiceReference(sref)
if info:
begin = info.getInfo(service, iServiceInformation.sTimeCreate)
end = begin + info.getLength(service)
else:
begin = end = 0
from os.path import dirname
path = dirname(service.getPath())
if not path == '/':
path += '/'
tags = info.getInfoString(service, iServiceInformation.sTags)
tags = tags and tags.split(' ') or []
# XXX: we might want to make sure that we actually collected any data because the importer does not do so :-)
session.openWithCallback(
importerCallback,
AutoTimerImporter,
preferredAutoTimerComponent(
autotimer.getUniqueId(),
name,
'', # Match
True # Enabled
),
match, # Proposed Match
begin, # Proposed Begin
end, # Proposed End
None, # Proposed Disabled
sref, # Proposed ServiceReference
None, # Proposed afterEvent
None, # Proposed justplay
path, # Proposed dirname
tags # Proposed tags
)
