def getCalendar(self):
"""Returns new instance calendar used in Date conversions.
Returns new clone of the calendar object initialized using the the
current date (if available)
If this is no calendar is assigned the C{calendar} is used.
@return: the calendar
@see: L{setCalendar}
"""
# Makes sure we have an calendar instance
if self._calendar is None:
self._calendar = datetime.now()
# Clone the instance
timestamp = totalseconds(self._calendar - datetime(1970, 1, 1))
newCal = datetime.fromtimestamp(timestamp)
# Assigns the current time to calendar.
currentDate = self.getValue()
if currentDate is not None:
newCal = currentDate # FIXME:.setTime(currentDate)
currentTimeZone = self.getTimeZone()
if currentTimeZone is not None:
currentTimeZone # FIXME: set calendar timezone
return newCal
def getCalendar(self):
"""Returns new instance calendar used in Date conversions.
Returns new clone of the calendar object initialized using the the
current date (if available)
If this is no calendar is assigned the C{calendar} is used.
@return: the calendar
@see: L{setCalendar}
"""
# Makes sure we have an calendar instance
if self._calendar is None:
self._calendar = datetime.now()
# Clone the instance
timestamp = totalseconds(self._calendar - datetime(1970, 1, 1))
newCal = datetime.fromtimestamp(timestamp)
# Assigns the current time to calendar.
currentDate = self.getValue()
if currentDate is not None:
newCal = currentDate # FIXME:.setTime(currentDate)
currentTimeZone = self.getTimeZone()
if currentTimeZone is not None:
currentTimeZone # FIXME: set calendar timezone
return newCal
def getMaxInactiveInterval(self, session):
if session.lifetime is not None:
return int(totalseconds(session.lifetime))
else:
return self._timeout
def getMaxInactiveInterval(self, session):
if session.lifetime is not None:
return int( totalseconds(session.lifetime) )
else:
return self._timeout
