def __init__(self, *args):
self.scheduleDetails = []
self.idOffset = 0
self.lastScheduleModified = 0
if Settings.getScheduleSetting() == Settings.SCHEDULE_SETTINGS:
self._loadFromSettings()
elif Settings.getScheduleSetting() == Settings.SCHEDULE_FILE:
self._loadFromFile()
def __init__(self, *args):
self.scheduleDetails = []
self.idOffset = 0
self.lastScheduleModified = 0
if Settings.getScheduleSetting() == Settings.SCHEDULE_SETTINGS:
self._loadFromSettings()
elif Settings.getScheduleSetting() == Settings.SCHEDULE_FILE:
self._loadFromFile()
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
if weatherAddon not in ["", None]:
log("Using weather addon %s" % weatherAddon)
xbmc.executebuiltin('RunScript(%s,0)' % weatherAddon, False)
# Before we start, make sure that the settings have been updated correctly
Settings.cleanAddonSettings()
screenWindow = ScreensaverWindow.createScreensaverWindow()
xbmcgui.Window(10000).setProperty("VideoScreensaverRunning", "true")
didScreensaverTimeout = False
try:
# Now show the window and block until we exit
screensaverTimeout = Settings.screensaverTimeout()
scheduleSetting = Settings.getScheduleSetting()
if (screensaverTimeout < 1) and (scheduleSetting == Settings.SCHEDULE_OFF):
log("Starting Screensaver in Modal Mode")
screenWindow.doModal()
else:
log("Starting Screensaver in Show Mode")
screenWindow.show()
# The timeout is in minutes, and the sleep is in msec, so convert the
# countdown into the correct "sleep units" which will be every 0.1 seconds
checkInterval = 100
countdown = screensaverTimeout * 60 * (1000 / checkInterval)
# Now wait until the screensaver is closed
while not screenWindow.isComplete():
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
if weatherAddon not in ["", None]:
log("Using weather addon %s" % weatherAddon)
xbmc.executebuiltin('RunScript(%s,0)' % weatherAddon, False)
# Before we start, make sure that the settings have been updated correctly
Settings.cleanAddonSettings()
screenWindow = ScreensaverWindow.createScreensaverWindow()
xbmcgui.Window(10000).setProperty("VideoScreensaverRunning", "true")
didScreensaverTimeout = False
try:
# Now show the window and block until we exit
screensaverTimeout = Settings.screensaverTimeout()
scheduleSetting = Settings.getScheduleSetting()
if (screensaverTimeout < 1) and (scheduleSetting
== Settings.SCHEDULE_OFF):
log("Starting Screensaver in Modal Mode")
screenWindow.doModal()
else:
log("Starting Screensaver in Show Mode")
screenWindow.show()
# The timeout is in minutes, and the sleep is in msec, so convert the
# countdown into the correct "sleep units" which will be every 0.1 seconds
checkInterval = 100
countdown = screensaverTimeout * 60 * (1000 / checkInterval)
# Now wait until the screensaver is closed
