def test_event_delegated(self):
e = kolabformat.Event()
e.setSummary("test")
e.setStart(kolabformat.cDateTime(2014,7,1, 12,30,0))
att1 = kolabformat.Attendee(kolabformat.ContactReference("*****@*****.**"))
att1.setRole(kolabformat.NonParticipant)
att1.setPartStat(kolabformat.PartDelegated)
att1.setDelegatedTo([kolabformat.ContactReference("*****@*****.**")])
att2 = kolabformat.Attendee(kolabformat.ContactReference("*****@*****.**"))
att2.setRole(kolabformat.Required)
att2.setPartStat(kolabformat.PartNeedsAction)
att2.setDelegatedFrom([kolabformat.ContactReference("*****@*****.**")])
e.setAttendees([att1, att2])
self.assertEqual(len(att1.delegatedTo()), 1)
self.assertEqual(len(att2.delegatedFrom()), 1)
xml = kolabformat.writeEvent(e)
e1 = kolabformat.readEvent(xml, False)
# print xml
attendees_ = e1.attendees()
self.assertEqual(len(attendees_), 2)
self.assertEqual(len(attendees_[0].delegatedTo()), 1)
self.assertEqual(len(attendees_[1].delegatedFrom()), 1)
delegatees = attendees_[0].delegatedTo()
self.assertEqual(delegatees[0].email(), "*****@*****.**")
def test_event_delegated(self):
e = kolabformat.Event()
e.setSummary("test")
e.setStart(kolabformat.cDateTime(2014, 7, 1, 12, 30, 0))
att1 = kolabformat.Attendee(
kolabformat.ContactReference("*****@*****.**"))
att1.setRole(kolabformat.NonParticipant)
att1.setPartStat(kolabformat.PartDelegated)
att1.setDelegatedTo([kolabformat.ContactReference("*****@*****.**")])
att2 = kolabformat.Attendee(
kolabformat.ContactReference("*****@*****.**"))
att2.setRole(kolabformat.Required)
att2.setPartStat(kolabformat.PartNeedsAction)
att2.setDelegatedFrom([kolabformat.ContactReference("*****@*****.**")])
e.setAttendees([att1, att2])
self.assertEqual(len(att1.delegatedTo()), 1)
self.assertEqual(len(att2.delegatedFrom()), 1)
xml = kolabformat.writeEvent(e)
e1 = kolabformat.readEvent(xml, False)
# print xml
attendees_ = e1.attendees()
self.assertEqual(len(attendees_), 2)
self.assertEqual(len(attendees_[0].delegatedTo()), 1)
self.assertEqual(len(attendees_[1].delegatedFrom()), 1)
delegatees = attendees_[0].delegatedTo()
self.assertEqual(delegatees[0].email(), "*****@*****.**")
def to_cdatetime(_datetime, with_timezone=True, as_utc=False):
"""
Convert a datetime.dateime object into a kolabformat.cDateTime instance
"""
# convert date into UTC timezone
if as_utc and hasattr(_datetime, "tzinfo"):
if _datetime.tzinfo is not None:
_datetime = _datetime.astimezone(pytz.utc)
else:
datetime = _datetime.replace(tzinfo=pytz.utc)
with_timezone = False
(
year,
month,
day,
) = (
_datetime.year,
_datetime.month,
_datetime.day,
)
if hasattr(_datetime, 'hour'):
(
hour,
minute,
second
) = (
_datetime.hour,
_datetime.minute,
_datetime.second
)
_cdatetime = kolabformat.cDateTime(year, month, day, hour, minute, second)
else:
_cdatetime = kolabformat.cDateTime(year, month, day)
if with_timezone and hasattr(_datetime, "tzinfo"):
if _datetime.tzinfo.__str__() in ['UTC','GMT']:
_cdatetime.setUTC(True)
else:
_cdatetime.setTimezone(_datetime.tzinfo.__str__())
if as_utc:
_cdatetime.setUTC(True)
return _cdatetime
def to_cdatetime(_datetime, with_timezone=True, as_utc=False):
"""
Convert a datetime.dateime object into a kolabformat.cDateTime instance
"""
# convert date into UTC timezone
if as_utc and hasattr(_datetime, "tzinfo"):
if _datetime.tzinfo is not None:
_datetime = _datetime.astimezone(pytz.utc)
else:
datetime = _datetime.replace(tzinfo=pytz.utc)
with_timezone = False
(
year,
month,
day,
) = (
_datetime.year,
_datetime.month,
_datetime.day,
)
if hasattr(_datetime, 'hour'):
(
hour,
minute,
second
) = (
_datetime.hour,
_datetime.minute,
_datetime.second
)
_cdatetime = kolabformat.cDateTime(year, month, day, hour, minute, second)
else:
_cdatetime = kolabformat.cDateTime(year, month, day)
if with_timezone and hasattr(_datetime, "tzinfo"):
if _datetime.tzinfo.__str__() in ['UTC','GMT']:
_cdatetime.setUTC(True)
else:
_cdatetime.setTimezone(_datetime.tzinfo.__str__())
if as_utc:
_cdatetime.setUTC(True)
return _cdatetime
def set_start(self, _datetime):
valid_datetime = False
if isinstance(_datetime, datetime.date):
valid_datetime = True
if isinstance(_datetime, datetime.datetime):
# If no timezone information is passed on, make it UTC
if _datetime.tzinfo == None:
_datetime = _datetime.replace(tzinfo=pytz.utc)
valid_datetime = True
if not valid_datetime:
raise InvalidEventDateError, _("Event start needs datetime.date or datetime.datetime instance")
(
year,
month,
day,
) = (
_datetime.year,
_datetime.month,
_datetime.day,
)
if hasattr(_datetime, 'hour'):
(
hour,
minute,
second
) = (
_datetime.hour,
_datetime.minute,
_datetime.second
)
_cdatetime = kolabformat.cDateTime(year, month, day, hour, minute, second)
else:
_cdatetime = kolabformat.cDateTime(year, month, day)
if hasattr(_datetime, "tzinfo"):
_cdatetime.setTimezone(_datetime.tzinfo.__str__())
self.event.setStart(_cdatetime)
def test_event_basic(self):
e = kolabformat.Event()
e.setSummary("test")
start = kolabformat.cDateTime(2014,7,1, 12,30,0)
start.setTimezone("Europe/London")
e.setStart(start)
ex = e.exceptionDates()
ex.size()
ex.push_back(kolabformat.cDateTime(2014,7,5))
ex.size()
e.exceptionDates().size()
e.setExceptionDates(ex)
e.exceptionDates().size()
xml = kolabformat.writeEvent(e)
e1 = kolabformat.readEvent(xml, False)
xml1 = kolabformat.writeEvent(e1)
self.assertEqual(xml, xml1)
def test_event_basic(self):
e = kolabformat.Event()
e.setSummary("test")
start = kolabformat.cDateTime(2014, 7, 1, 12, 30, 0)
start.setTimezone("Europe/London")
e.setStart(start)
ex = e.exceptionDates()
ex.size()
ex.push_back(kolabformat.cDateTime(2014, 7, 5))
ex.size()
e.exceptionDates().size()
e.setExceptionDates(ex)
e.exceptionDates().size()
xml = kolabformat.writeEvent(e)
e1 = kolabformat.readEvent(xml, False)
xml1 = kolabformat.writeEvent(e1)
self.assertEqual(xml, xml1)
def set_dtstamp(self, _datetime):
(
year,
month,
day,
hour,
minute,
second
) = (
_datetime.year,
_datetime.month,
_datetime.day,
_datetime.hour,
_datetime.minute,
_datetime.second
)
self.event.setLastModified(
kolabformat.cDateTime(year, month, day, hour, minute, second)
)
def set_lastmodified(self, _datetime=None):
valid_datetime = False
if isinstance(_datetime, datetime.date):
valid_datetime = True
if isinstance(_datetime, datetime.datetime):
valid_datetime = True
if _datetime == None:
valid_datetime = True
_datetime = datetime.datetime.now()
if not valid_datetime:
raise InvalidEventDateError, _("Event start needs datetime.date or datetime.datetime instance")
(
year,
month,
day,
) = (
_datetime.year,
_datetime.month,
_datetime.day,
)
if hasattr(_datetime, 'hour'):
(
hour,
minute,
second
) = (
_datetime.hour,
_datetime.minute,
_datetime.second
)
else:
(hour, minute, second) = (0,0,0)
self.event.setLastModified(kolabformat.cDateTime(year, month, day, hour, minute, second))
def set_created(self, _datetime=None):
if _datetime == None:
_datetime = datetime.datetime.now()
(
year,
month,
day,
hour,
minute,
second
) = (
_datetime.year,
_datetime.month,
_datetime.day,
_datetime.hour,
_datetime.minute,
_datetime.second
)
self.event.setCreated(
kolabformat.cDateTime(year, month, day, hour, minute, second)
)
import kolabformat e = kolabformat.Event() ex = e.exceptionDates() ex.size() ex.push_back(kolabformat.cDateTime(1,1,1)) ex.size() e.exceptionDates().size() e.setExceptionDates(ex) e.exceptionDates().size() string = kolabformat.writeEvent(e); print string; e1 = kolabformat.readEvent(string, False); string = kolabformat.writeEvent(e1); print string;
