def getScheduleEntry(self):
# Get the current time that we are checking the schedule for
localTime = time.localtime()
currentTime = (localTime.tm_hour * 60) + localTime.tm_min
# Get the current day of the week
# 0 = Monday 6 = Sunday
today = localTime.tm_wday
# Make sure that the day returned is within our expected list
if today not in Settings.DAY_TYPE:
log("Schedule: Unknown day today %d, setting to everyday" % today)
today = Settings.EVERY_DAY
# Check if we need to refresh the schedule details from the file
# in case they have changed
if Settings.getScheduleSetting() == Settings.SCHEDULE_FILE:
# Check if the file has changed
scheduleFileName = Settings.getScheduleFile()
if scheduleFileName not in [None, ""]:
if xbmcvfs.exists(scheduleFileName):
statFile = xbmcvfs.Stat(scheduleFileName)
modified = statFile.st_mtime()
if modified != self.lastScheduleModified:
log("Schedule: Schedule file has changed (%s)" % str(modified))
# We use the offset to work out if the data has changed
if self.idOffset > 0:
self.idOffset = 0
else:
self.idOffset = 1000
# Clear the existing schedule items
self.scheduleDetails = []
# Load the new schedule items
self._loadFromFile()
# Check the scheduled items to see if any cover the current time
for item in self.scheduleDetails:
if (item['start'] <= currentTime) and (item['end'] >= currentTime):
# Make sure this is for the current day
if (today == Settings.EVERY_DAY) or (item['day'] in [Settings.EVERY_DAY, today]):
return item['id']
# Check for the case where the time laps over midnight
if item['start'] > item['end']:
if (currentTime >= item['start']) or (currentTime <= item['end']):
# Check to see if we are restricting to day
if (today == Settings.EVERY_DAY) or (item['day'] == Settings.EVERY_DAY):
return item['id']
else:
if (currentTime >= item['start']) and (item['day'] in [Settings.EVERY_DAY, today]):
return item['id']
else:
# The day is set for the start of the time interval
# so if we go over to the next day we need to update
# what the expected day is
nextDay = Settings.getNextDay(item['day'])
if (currentTime <= item['end']) and (item['day'] in [Settings.EVERY_DAY, nextDay]):
return item['id']
return -1
def _loadFromFile(self):
# Get the videos schedule that is stored in the file
scheduleFileName = Settings.getScheduleFile()
if scheduleFileName in [None, ""]:
log("Schedule: No schedule file set")
return
log("Schedule: Searching for schedule file: %s" % scheduleFileName)
# Return False if file does not exist
if not xbmcvfs.exists(scheduleFileName):
log("Schedule: No schedule file found: %s" % scheduleFileName)
return
# Save off the time this file was modified
statFile = xbmcvfs.Stat(scheduleFileName)
self.lastScheduleModified = statFile.st_mtime()
log("Schedule: Reading in schedule file with modify time: %s" % str(self.lastScheduleModified))
# The file exists, so start loading it
try:
# Need to first load the contents of the file into
# a string, this is because the XML File Parse option will
# not handle formats like smb://
scheduleFile = xbmcvfs.File(scheduleFileName, 'r')
scheduleFileStr = scheduleFile.read()
scheduleFile.close()
# Create an XML parser
scheduleXml = ET.ElementTree(ET.fromstring(scheduleFileStr))
rootElement = scheduleXml.getroot()
log("Schedule: Root element is = %s" % rootElement.tag)
# Check which format if being used
if rootElement.tag == "schedule":
log("Schedule: Schedule format file detected")
# <schedule>
# <rule start="14:24" end="14:37" video="video3.mkv" overlay="WindowFrame1.png" />
# </schedule>
# Get the directory that the schedule file is in as this might be needed
# if we have local paths in the XML file
directory = os_path_split(scheduleFileName)[0]
# There could be multiple rule entries, so loop through all of them
itemNum = self.idOffset + 1
for ruleElem in scheduleXml.findall('rule'):
if ruleElem is not None:
videoFile = ruleElem.get('video', None)
overlayFile = ruleElem.get('overlay', None)
startTime = self._convertTimeToMinutes(ruleElem.get('start', "00:00"))
endTime = self._convertTimeToMinutes(ruleElem.get('end', "00:00"))
day = self._convertDayFormat(ruleElem.get('day', None))
if (videoFile not in [None, ""]) and (startTime not in [None, ""]) and (endTime not in [None, ""]):
# Make it a full path if it is not already
if videoFile.startswith('..') or (("/" not in videoFile) and ("\\" not in videoFile)):
videoFile = os_path_join(directory, videoFile)
if overlayFile not in [None, ""]:
if overlayFile.startswith('..') or (("/" not in overlayFile) and ("\\" not in overlayFile)):
overlayFile = os_path_join(directory, overlayFile)
log("Schedule File: Item %d (Start:%d, End:%d) contains video %s" % (itemNum, startTime, endTime, videoFile))
# Check if the video file exists
if os_path_isfile(videoFile):
details = {'id': itemNum, 'start': startTime, 'end': endTime, 'day': day, 'video': videoFile, 'overlay': overlayFile}
self.scheduleDetails.append(details)
else:
log("Schedule: File does not exist: %s" % videoFile)
itemNum = itemNum + 1
else:
log("Schedule: Unknown schedule file format")
del scheduleXml
except:
log("Schedule: Failed to process schedule file: %s" % scheduleFileName, xbmc.LOGERROR)
log("Schedule: %s" % traceback.format_exc(), xbmc.LOGERROR)
def _loadFromFile(self):
# Get the videos schedule that is stored in the file
scheduleFileName = Settings.getScheduleFile()
if scheduleFileName in [None, ""]:
log("Schedule: No schedule file set")
return
log("Schedule: Searching for schedule file: %s" % scheduleFileName)
# Return False if file does not exist
if not xbmcvfs.exists(scheduleFileName):
log("Schedule: No schedule file found: %s" % scheduleFileName)
return
# Save off the time this file was modified
statFile = xbmcvfs.Stat(scheduleFileName)
self.lastScheduleModified = statFile.st_mtime()
log("Schedule: Reading in schedule file with modify time: %s" %
str(self.lastScheduleModified))
# The file exists, so start loading it
try:
# Need to first load the contents of the file into
# a string, this is because the XML File Parse option will
# not handle formats like smb://
scheduleFile = xbmcvfs.File(scheduleFileName, 'r')
scheduleFileStr = scheduleFile.read()
scheduleFile.close()
# Create an XML parser
scheduleXml = ET.ElementTree(ET.fromstring(scheduleFileStr))
rootElement = scheduleXml.getroot()
log("Schedule: Root element is = %s" % rootElement.tag)
# Check which format if being used
if rootElement.tag == "schedule":
log("Schedule: Schedule format file detected")
# <schedule>
# <rule start="14:24" end="14:37" video="video3.mkv" overlay="WindowFrame1.png" />
# </schedule>
# Get the directory that the schedule file is in as this might be needed
# if we have local paths in the XML file
directory = os_path_split(scheduleFileName)[0]
# There could be multiple rule entries, so loop through all of them
itemNum = self.idOffset + 1
for ruleElem in scheduleXml.findall('rule'):
if ruleElem is not None:
videoFile = ruleElem.get('video', None)
overlayFile = ruleElem.get('overlay', None)
startTime = self._convertTimeToMinutes(
ruleElem.get('start', "00:00"))
endTime = self._convertTimeToMinutes(
ruleElem.get('end', "00:00"))
day = self._convertDayFormat(ruleElem.get('day', None))
if (videoFile not in [None, ""]) and (startTime not in [
None, ""
]) and (endTime not in [None, ""]):
# Make it a full path if it is not already
if videoFile.startswith('..') or (
("/" not in videoFile) and
("\\" not in videoFile)):
videoFile = os_path_join(directory, videoFile)
if overlayFile not in [None, ""]:
if overlayFile.startswith('..') or (
("/" not in overlayFile) and
("\\" not in overlayFile)):
overlayFile = os_path_join(
directory, overlayFile)
log("Schedule File: Item %d (Start:%d, End:%d) contains video %s"
% (itemNum, startTime, endTime, videoFile))
# Check if the video file exists
if os_path_isfile(videoFile):
details = {
'id': itemNum,
'start': startTime,
'end': endTime,
'day': day,
'video': videoFile,
'overlay': overlayFile
}
self.scheduleDetails.append(details)
else:
log("Schedule: File does not exist: %s" %
videoFile)
itemNum = itemNum + 1
else:
log("Schedule: Unknown schedule file format")
del scheduleXml
except:
log(
"Schedule: Failed to process schedule file: %s" %
scheduleFileName, xbmc.LOGERROR)
log("Schedule: %s" % traceback.format_exc(), xbmc.LOGERROR)
def getScheduleEntry(self):
# Get the current time that we are checking the schedule for
localTime = time.localtime()
currentTime = (localTime.tm_hour * 60) + localTime.tm_min
# Get the current day of the week
# 0 = Monday 6 = Sunday
today = localTime.tm_wday
# Make sure that the day returned is within our expected list
if today not in Settings.DAY_TYPE:
log("Schedule: Unknown day today %d, setting to everyday" % today)
today = Settings.EVERY_DAY
# Check if we need to refresh the schedule details from the file
# in case they have changed
if Settings.getScheduleSetting() == Settings.SCHEDULE_FILE:
# Check if the file has changed
scheduleFileName = Settings.getScheduleFile()
if scheduleFileName not in [None, ""]:
if xbmcvfs.exists(scheduleFileName):
statFile = xbmcvfs.Stat(scheduleFileName)
modified = statFile.st_mtime()
if modified != self.lastScheduleModified:
log("Schedule: Schedule file has changed (%s)" %
str(modified))
# We use the offset to work out if the data has changed
if self.idOffset > 0:
self.idOffset = 0
else:
self.idOffset = 1000
# Clear the existing schedule items
self.scheduleDetails = []
# Load the new schedule items
self._loadFromFile()
# Check the scheduled items to see if any cover the current time
for item in self.scheduleDetails:
if (item['start'] <= currentTime) and (item['end'] >= currentTime):
# Make sure this is for the current day
if (today == Settings.EVERY_DAY) or (item['day'] in [
Settings.EVERY_DAY, today
]):
return item['id']
# Check for the case where the time laps over midnight
if item['start'] > item['end']:
if (currentTime >= item['start']) or (currentTime <=
item['end']):
# Check to see if we are restricting to day
if (today
== Settings.EVERY_DAY) or (item['day']
== Settings.EVERY_DAY):
return item['id']
else:
if (currentTime >= item['start']) and (item['day'] in [
Settings.EVERY_DAY, today
]):
return item['id']
else:
# The day is set for the start of the time interval
# so if we go over to the next day we need to update
# what the expected day is
nextDay = Settings.getNextDay(item['day'])
if (currentTime <= item['end']) and (
item['day']
in [Settings.EVERY_DAY, nextDay]):
return item['id']
return -1
