async def report(self, environ, body, resources_by_hrefs,
properties, base_href, base_resource, depth):
requested = None
for el in body:
if el.tag == '{urn:ietf:params:xml:ns:caldav}time-range':
requested = el
else:
raise AssertionError("unexpected XML element")
tz = get_calendar_timezone(base_resource)
def tzify(dt):
return as_tz_aware_ts(dt, tz).astimezone(pytz.utc)
(start, end) = _parse_time_range(requested)
assert start.tzinfo
assert end.tzinfo
ret = ICalendar()
ret['VERSION'] = '2.0'
ret['PRODID'] = PRODID
fb = FreeBusy()
fb['DTSTAMP'] = vDDDTypes(tzify(datetime.datetime.now()))
fb['DTSTART'] = vDDDTypes(start)
fb['DTEND'] = vDDDTypes(end)
fb['FREEBUSY'] = [item async for item in iter_freebusy(
webdav.traverse_resource(base_resource, base_href, depth),
start, end, tzify)]
ret.add_component(fb)
return webdav.Response(status='200 OK', body=[ret.to_ical()])
def extract_from_calendar(incal, requested):
"""Extract requested components/properties from calendar.
:param incal: Calendar to filter
:param requested: <calendar-data> element with requested
components/properties
"""
for tag in requested:
if tag.tag == ('{%s}comp' % NAMESPACE):
if incal.name == tag.get('name'):
c = ICalendar()
_extract_from_component(incal, c, tag)
incal = c
elif tag.tag == ('{%s}expand' % NAMESPACE):
(start, end) = _parse_time_range(tag)
incal = expand_calendar_rrule(incal, start, end)
elif tag.tag == ('{%s}limit-recurrence-set' % NAMESPACE):
# TODO(jelmer): https://github.com/jelmer/xandikos/issues/103
raise NotImplementedError(
'limit-recurrence-set is not yet implemented')
elif tag.tag == ('{%s}limit-freebusy-set' % NAMESPACE):
# TODO(jelmer): https://github.com/jelmer/xandikos/issues/104
raise NotImplementedError(
'limit-freebusy-set is not yet implemented')
else:
raise AssertionError('invalid element %r' % tag)
return incal
def extractEqual(self, incal_str, outcal_str):
incal = ICalendar.from_ical(incal_str)
expected_outcal = ICalendar.from_ical(outcal_str)
outcal = ICalendar()
caldav.extract_from_calendar(incal, outcal, self.requested)
self.assertEqual(expected_outcal.to_ical().decode(),
outcal.to_ical().decode(),
ET.tostring(self.requested))
def extractEqual(self, incal_str, outcal_str):
incal = ICalendar.from_ical(incal_str)
expected_outcal = ICalendar.from_ical(outcal_str)
outcal = ICalendar()
outcal = caldav.extract_from_calendar(incal, self.requested)
self.maxDiff = None
self.assertMultiLineEqual(
expected_outcal.to_ical().decode(),
outcal.to_ical().decode(),
ET.tostring(self.requested),
)
def get_value_ext(self, base_href, resource, el, environ, requested):
if len(requested) == 0:
serialized_cal = b''.join(resource.get_body())
else:
c = ICalendar()
calendar = calendar_from_resource(resource)
if calendar is None:
raise KeyError
extract_from_calendar(calendar, c, requested)
serialized_cal = c.to_ical()
# TODO(jelmer): Don't hardcode encoding
el.text = serialized_cal.decode('utf-8')