def test_MultiDateBehavior(self):
parseRDate = MultiDateBehavior.transformToNative
self.assertEqual(
str(parseRDate(textLineToContentLine("RDATE;VALUE=DATE:19970304,19970504,19970704,19970904"))),
"<RDATE{'VALUE': ['DATE']}[datetime.date(1997, 3, 4), datetime.date(1997, 5, 4), datetime.date(1997, 7, 4), datetime.date(1997, 9, 4)]>"
)
self.assertEqual(
str(parseRDate(textLineToContentLine("RDATE;VALUE=PERIOD:19960403T020000Z/19960403T040000Z,19960404T010000Z/PT3H"))),
"<RDATE{'VALUE': ['PERIOD']}[(datetime.datetime(1996, 4, 3, 2, 0, tzinfo=tzutc()), datetime.datetime(1996, 4, 3, 4, 0, tzinfo=tzutc())), (datetime.datetime(1996, 4, 4, 1, 0, tzinfo=tzutc()), datetime.timedelta(0, 10800))]>"
)
def test_MultiDateBehavior(self):
"""
Test MultiDateBehavior
"""
parseRDate = MultiDateBehavior.transformToNative
self.assertEqual(
str(parseRDate(textLineToContentLine("RDATE;VALUE=DATE:19970304,19970504,19970704,19970904"))),
"<RDATE{'VALUE': ['DATE']}[datetime.date(1997, 3, 4), datetime.date(1997, 5, 4), datetime.date(1997, 7, 4), datetime.date(1997, 9, 4)]>"
)
self.assertEqual(
str(parseRDate(textLineToContentLine("RDATE;VALUE=PERIOD:19960403T020000Z/19960403T040000Z,19960404T010000Z/PT3H"))),
"<RDATE{'VALUE': ['PERIOD']}[(datetime.datetime(1996, 4, 3, 2, 0, tzinfo=tzutc()), datetime.datetime(1996, 4, 3, 4, 0, tzinfo=tzutc())), (datetime.datetime(1996, 4, 4, 1, 0, tzinfo=tzutc()), datetime.timedelta(0, 10800))]>"
)
def test_parseDTStart(self):
"""
Should take a content line and return a datetime object.
"""
self.assertEqual(
parseDtstart(textLineToContentLine("DTSTART:20060509T000000")),
datetime.datetime(2006, 5, 9, 0, 0))
def test_parseDTStart(self):
"""
Should take a content line and return a datetime object.
"""
self.assertEqual(
parseDtstart(textLineToContentLine("DTSTART:20060509T000000")),
datetime.datetime(2006, 5, 9, 0, 0)
)
def readAlarmRecord(view, alarmRecord, vobjs):
vobj = getVobj(alarmRecord, vobjs)
if alarmRecord.trigger not in translator.emptyValues:
valarm = vobj.add('valarm')
try:
val = translator.fromICalendarDateTime(view, alarmRecord.trigger)[0]
valarm.add('trigger').value = val
except:
valarm.trigger = textLineToContentLine("TRIGGER:" +
alarmRecord.trigger)
if alarmRecord.description not in translator.emptyValues:
valarm.add('description').value = alarmRecord.description
if alarmRecord.repeat not in translator.emptyValues:
valarm.add('repeat').value = str(alarmRecord.repeat)
if alarmRecord.duration not in translator.emptyValues:
valarm.add('repeat').value = str(alarmRecord.duration)
valarm.repeat.isNative = False
def readAlarmRecord(view, alarmRecord, vobjs):
vobj = getVobj(alarmRecord, vobjs)
if alarmRecord.trigger not in translator.emptyValues:
valarm = vobj.add('valarm')
try:
val = translator.fromICalendarDateTime(view,
alarmRecord.trigger)[0]
valarm.add('trigger').value = val
except:
valarm.trigger = textLineToContentLine("TRIGGER:" +
alarmRecord.trigger)
if alarmRecord.description not in translator.emptyValues:
valarm.add('description').value = alarmRecord.description
if alarmRecord.repeat not in translator.emptyValues:
valarm.add('repeat').value = str(alarmRecord.repeat)
if alarmRecord.duration not in translator.emptyValues:
valarm.add('repeat').value = str(alarmRecord.duration)
valarm.repeat.isNative = False
def fromICalendarDateTime(text, multivalued=False):
prefix = 'dtstart' # arbitrary
if not text.startswith(';') and not text.startswith(':'):
# no parameters
prefix += ':'
line = textLineToContentLine(prefix + text)
if multivalued:
line.behavior = MultiDateBehavior
else:
line.behavior = DateOrDateTimeBehavior
line.transformToNative()
anyTime = getattr(line, 'x_osaf_anytime_param', "").upper() == 'TRUE'
allDay = False
start = line.value
if not multivalued:
start = [start]
if type(start[0]) == datetime.date:
allDay = not anyTime
start = [force_datetime(dt) for dt in start]
else:
tzid = line.params.get('X-VOBJ-ORIGINAL-TZID')
if tzid is None:
# RDATEs and EXDATEs won't have an X-VOBJ-ORIGINAL-TZID
tzid = getattr(line, 'tzid_param', None)
if start[0].tzinfo == du_utc:
tzinfo = TimeZone.utc
elif tzid is None:
tzinfo = TimeZone.floating
else:
# this parameter was broken, fixed in vobject 0.6.6, handle either
# a string or take the first element of a list
if not isinstance(tzid, basestring):
tzid = tzid[0]
tzinfo = TimeZone[tzid]
start = [dt.replace(tzinfo=tzinfo) for dt in start]
if not multivalued:
start = start[0]
return (start, allDay, anyTime)
def readEventRecord(view, eventRecord, vobjs):
vevent = getVobj(eventRecord, vobjs)
master = None
uuid, recurrenceID = translator.splitUUID(view, eventRecord.uuid)
if recurrenceID is not None:
master = vobjs[uuid]
m_start = master.dtstart
anyTime = False
if getattr(m_start, 'value_param', '') == 'DATE':
recurrenceID = recurrenceID.date()
anyTime = (getattr(m_start, 'x_osaf_anytime_param', '') == 'TRUE')
elif recurrenceID.tzinfo == view.tzinfo.floating:
recurrenceID = recurrenceID.replace(tzinfo=None)
elif recurrenceID.tzinfo == view.tzinfo.UTC:
# convert UTC recurrence-id (which is legal, but unusual in
# iCalendar) to the master's dtstart timezone
tzid = getattr(m_start, 'tzid_param', None)
if tzid is not None:
tzinfo = view.tzinfo.getInstance(tzid)
recurrenceID = recurrenceID.astimezone(tzinfo)
vevent.add('recurrence-id').value = recurrenceID
if eventRecord.dtstart in translator.emptyValues:
if recurrenceID is not None:
dtstart = vevent.add('dtstart')
dtstart.value = recurrenceID
if anyTime:
dtstart.x_osaf_anytime_param = "TRUE"
else:
vevent.dtstart = textLineToContentLine("DTSTART" + eventRecord.dtstart)
pruneDateTimeParam(vevent.dtstart)
registerTZID(view, vevent.dtstart)
for name in ['duration', 'status', 'location']:
eimValue = getattr(eventRecord, name)
if eimValue not in translator.emptyValues:
line = vevent.add(name)
line.value = eimValue
line.isNative = False
if hasattr(vevent, 'duration'):
vevent.duration.value = vevent.duration.value.upper()
elif recurrenceID:
vevent.add('duration').value = master.duration.value
vevent.duration.isNative = False
timestamp = datetime.utcnow()
vevent.add('dtstamp').value = timestamp.replace(tzinfo=view.tzinfo.UTC)
# rruleset
for rule_name in ('rrule', 'exrule'):
rules = []
record_value = getattr(eventRecord, rule_name)
if record_value not in translator.emptyValues:
for rule_value in record_value.split(':'):
rule_value = freq_first(rule_value)
# EIM concatenates multiple rules with :
rules.append(
textLineToContentLine(rule_name + ":" + rule_value))
vevent.contents[rule_name] = rules
for date_name in ('rdate', 'exdate'):
record_value = getattr(eventRecord, date_name)
if record_value not in translator.emptyValues:
# multiple dates should always be on one line
setattr(vevent, date_name,
textLineToContentLine(date_name + record_value))
pruneDateTimeParam(getattr(vevent, date_name))
def readEventRecord(view, eventRecord, vobjs):
vevent = getVobj(eventRecord, vobjs)
master = None
uuid, recurrenceID = translator.splitUUID(view, eventRecord.uuid)
if recurrenceID is not None:
master = vobjs[uuid]
m_start = master.dtstart
anyTime = False
if getattr(m_start, 'value_param', '') == 'DATE':
recurrenceID = recurrenceID.date()
anyTime = (getattr(m_start, 'x_osaf_anytime_param', '') == 'TRUE')
elif recurrenceID.tzinfo == view.tzinfo.floating:
recurrenceID = recurrenceID.replace(tzinfo=None)
elif recurrenceID.tzinfo == view.tzinfo.UTC:
# convert UTC recurrence-id (which is legal, but unusual in
# iCalendar) to the master's dtstart timezone
tzid = getattr(m_start, 'tzid_param', None)
if tzid is not None:
tzinfo = view.tzinfo.getInstance(tzid)
recurrenceID = recurrenceID.astimezone(tzinfo)
vevent.add('recurrence-id').value = recurrenceID
if eventRecord.dtstart in translator.emptyValues:
if recurrenceID is not None:
dtstart = vevent.add('dtstart')
dtstart.value = recurrenceID
if anyTime:
dtstart.x_osaf_anytime_param = "TRUE"
else:
vevent.dtstart = textLineToContentLine("DTSTART" +
eventRecord.dtstart)
pruneDateTimeParam(vevent.dtstart)
registerTZID(view, vevent.dtstart)
for name in ['duration', 'status', 'location']:
eimValue = getattr(eventRecord, name)
if eimValue not in translator.emptyValues:
line = vevent.add(name)
line.value = eimValue
line.isNative = False
if hasattr(vevent, 'duration'):
vevent.duration.value = vevent.duration.value.upper()
elif recurrenceID:
vevent.add('duration').value = master.duration.value
vevent.duration.isNative = False
timestamp = datetime.utcnow()
vevent.add('dtstamp').value = timestamp.replace(tzinfo=view.tzinfo.UTC)
# rruleset
for rule_name in ('rrule', 'exrule'):
rules = []
record_value = getattr(eventRecord, rule_name)
if record_value not in translator.emptyValues:
for rule_value in record_value.split(':'):
rule_value = freq_first(rule_value)
# EIM concatenates multiple rules with :
rules.append(textLineToContentLine(rule_name + ":" + rule_value))
vevent.contents[rule_name] = rules
for date_name in ('rdate', 'exdate'):
record_value = getattr(eventRecord, date_name)
if record_value not in translator.emptyValues:
# multiple dates should always be on one line
setattr(vevent, date_name,
textLineToContentLine(date_name + record_value))
pruneDateTimeParam(getattr(vevent, date_name))
