class ComponentRecur(Component):
propertyCardinality_STATUS_Fix = (definitions.cICalProperty_STATUS, )
@staticmethod
def mapKey(uid, rid=None):
if uid:
result = "u:" + uid
if rid is not None:
result += rid
return result
else:
return None
@staticmethod
def sort_by_dtstart_allday(e1, e2):
if e1.self.mStart.isDateOnly() and e2.self.mStart.isDateOnly():
return e1.self.mStart < e2.self.mStart
elif e1.self.mStart.isDateOnly():
return True
elif (e2.self.mStart.isDateOnly()):
return False
elif e1.self.mStart == e2.self.mStart:
if e1.self.mEnd == e2.self.mEnd:
# Put ones created earlier in earlier columns in day view
return e1.self.mStamp < e2.self.mStamp
else:
# Put ones that end later in earlier columns in day view
return e1.self.mEnd > e2.self.mEnd
else:
return e1.self.mStart < e2.self.mStart
@staticmethod
def sort_by_dtstart(e1, e2):
if e1.self.mStart == e2.self.mStart:
if (e1.self.mStart.isDateOnly() and e2.self.mStart.isDateOnly()
or not e1.self.mStart.isDateOnly()
and not e2.self.mStart.isDateOnly()):
return False
else:
return e1.self.mStart.isDateOnly()
else:
return e1.self.mStart < e2.self.mStart
def __init__(self, parent=None):
super(ComponentRecur, self).__init__(parent=parent)
self.mMaster = self
self.mMapKey = None
self.mSummary = None
self.mStamp = DateTime()
self.mHasStamp = False
self.mStart = DateTime()
self.mHasStart = False
self.mEnd = DateTime()
self.mHasEnd = False
self.mDuration = False
self.mHasRecurrenceID = False
self.mAdjustFuture = False
self.mAdjustPrior = False
self.mRecurrenceID = None
self.mRecurrences = None
# This is a special check we do only for STATUS due to a calendarserver bug
self.cardinalityChecks += (self.check_cardinality_STATUS_Fix, )
def duplicate(self, parent=None):
other = super(ComponentRecur, self).duplicate(parent=parent)
# Special determination of master
other.mMaster = self.mMaster if self.recurring() else self
other.mMapKey = self.mMapKey
other.mSummary = self.mSummary
if (self.mStamp is not None):
other.mStamp = self.mStamp.duplicate()
other.mHasStamp = self.mHasStamp
other.mStart = self.mStart.duplicate()
other.mHasStart = self.mHasStart
other.mEnd = self.mEnd.duplicate()
other.mHasEnd = self.mHasEnd
other.mDuration = self.mDuration
other.mHasRecurrenceID = self.mHasRecurrenceID
other.mAdjustFuture = self.mAdjustFuture
other.mAdjustPrior = self.mAdjustPrior
if self.mRecurrenceID is not None:
other.mRecurrenceID = self.mRecurrenceID.duplicate()
other._resetRecurrenceSet()
return other
def canGenerateInstance(self):
return not self.mHasRecurrenceID
def recurring(self):
return (self.mMaster is not None) and (self.mMaster is not self)
def setMaster(self, master):
self.mMaster = master
self.initFromMaster()
def getMaster(self):
return self.mMaster
def getMapKey(self):
if self.mMapKey is None:
self.mMapKey = str(uuid.uuid4())
return self.mMapKey
def getMasterKey(self):
return ComponentRecur.mapKey(self.mUID)
def initDTSTAMP(self):
# Save new one
super(ComponentRecur, self).initDTSTAMP()
# Get the new one
temp = self.loadValueDateTime(definitions.cICalProperty_DTSTAMP)
self.mHasStamp = temp is not None
if self.mHasStamp:
self.mStamp = temp
def getStamp(self):
return self.mStamp
def hasStamp(self):
return self.mHasStamp
def getStart(self):
return self.mStart
def hasStart(self):
return self.mHasStart
def getEnd(self):
return self.mEnd
def hasEnd(self):
return self.mHasEnd
def useDuration(self):
return self.mDuration
def isRecurrenceInstance(self):
return self.mHasRecurrenceID
def isAdjustFuture(self):
return self.mAdjustFuture
def isAdjustPrior(self):
return self.mAdjustPrior
def getRecurrenceID(self):
return self.mRecurrenceID
def isRecurring(self):
return (self.mRecurrences
is not None) and self.mRecurrences.hasRecurrence()
def getRecurrenceSet(self):
return self.mRecurrences
def setUID(self, uid):
super(ComponentRecur, self).setUID(uid)
# Update the map key
if self.mHasRecurrenceID:
self.mMapKey = self.mapKey(self.mUID, self.mRecurrenceID.getText())
else:
self.mMapKey = self.mapKey(self.mUID)
def getSummary(self):
return self.mSummary
def setSummary(self, summary):
self.mSummary = summary
def getDescription(self):
# Get DESCRIPTION
txt = self.loadValueString(definitions.cICalProperty_DESCRIPTION)
if txt is not None:
return txt
else:
return ""
def getLocation(self):
# Get LOCATION
txt = self.loadValueString(definitions.cICalProperty_LOCATION)
if txt is not None:
return txt
else:
return ""
def finalise(self):
super(ComponentRecur, self).finalise()
# Get DTSTAMP
temp = self.loadValueDateTime(definitions.cICalProperty_DTSTAMP)
self.mHasStamp = temp is not None
if self.mHasStamp:
self.mStamp = temp
# Get DTSTART
temp = self.loadValueDateTime(definitions.cICalProperty_DTSTART)
self.mHasStart = temp is not None
if self.mHasStart:
self.mStart = temp
# Get DTEND
temp = self.loadValueDateTime(definitions.cICalProperty_DTEND)
if temp is None:
# Try DURATION instead
temp = self.loadValueDuration(definitions.cICalProperty_DURATION)
if temp is not None:
self.mHasEnd = False
self.mEnd = self.mStart + temp
self.mDuration = True
else:
# If no end or duration then use the start (bumped by one day for
# an all day event)
self.mHasEnd = False
self.mEnd = self.mStart.duplicate()
if self.mEnd.isDateOnly():
self.mEnd.offsetDay(1)
self.mDuration = False
else:
self.mHasEnd = True
self.mEnd = temp
self.mDuration = False
# Get SUMMARY
temp = self.loadValueString(definitions.cICalProperty_SUMMARY)
if temp is not None:
self.mSummary = temp
# Get RECURRENCE-ID
self.mHasRecurrenceID = (self.countProperty(
definitions.cICalProperty_RECURRENCE_ID) != 0)
if self.mHasRecurrenceID:
self.mRecurrenceID = self.loadValueDateTime(
definitions.cICalProperty_RECURRENCE_ID)
# Update the map key
if self.mHasRecurrenceID:
self.mMapKey = self.mapKey(self.mUID, self.mRecurrenceID.getText())
# Also get the RANGE parameter
attrs = self.findFirstProperty(
definitions.cICalProperty_RECURRENCE_ID).getParameters()
if definitions.cICalParameter_RANGE in attrs:
self.mAdjustFuture = (
attrs[definitions.cICalParameter_RANGE][0].getFirstValue()
== definitions.cICalParameter_RANGE_THISANDFUTURE)
self.mAdjustPrior = (
attrs[definitions.cICalParameter_RANGE][0].getFirstValue()
== definitions.cICalParameter_RANGE_THISANDPRIOR)
else:
self.mAdjustFuture = False
self.mAdjustPrior = False
else:
self.mMapKey = self.mapKey(self.mUID)
self._resetRecurrenceSet()
def validate(self, doFix=False):
"""
Validate the data in this component and optionally fix any problems. Return
a tuple containing two lists: the first describes problems that were fixed, the
second problems that were not fixed. Caller can then decide what to do with unfixed
issues.
"""
# Do normal checks
fixed, unfixed = super(ComponentRecur, self).validate(doFix)
# Check that any UNTIL value matches that for DTSTART
if self.mHasStart and self.mRecurrences:
dtutc = self.mStart.duplicateAsUTC()
for rrule in self.mRecurrences.getRules():
if rrule.getUseUntil():
if rrule.getUntil().isDateOnly() ^ self.mStart.isDateOnly(
):
logProblem = "[%s] Value types must match: %s, %s" % (
self.getType(),
definitions.cICalProperty_DTSTART,
definitions.cICalValue_RECUR_UNTIL,
)
if doFix:
rrule.getUntil().setDateOnly(
self.mStart.isDateOnly())
if not self.mStart.isDateOnly():
rrule.getUntil().setHHMMSS(
dtutc.getHours(), dtutc.getMinutes(),
dtutc.getSeconds())
rrule.getUntil().setTimezone(
Timezone(utc=True))
self.mRecurrences.changed()
fixed.append(logProblem)
else:
unfixed.append(logProblem)
return fixed, unfixed
def check_cardinality_STATUS_Fix(self, fixed, unfixed, doFix):
"""
Special for bug with STATUS where STATUS:CANCELLED is added alongside
another STATUS. In this case we want STATUS:CANCELLED to win.
"""
for propname in self.propertyCardinality_STATUS_Fix:
if self.countProperty(propname) > 1:
logProblem = "[%s] Too many properties: %s" % (self.getType(),
propname)
if doFix:
# Check that one of them is STATUS:CANCELLED
for prop in self.getProperties(propname):
if prop.getTextValue().getValue().upper(
) == definitions.cICalProperty_STATUS_CANCELLED:
self.removeProperties(propname)
self.addProperty(
Property(
propname, definitions.
cICalProperty_STATUS_CANCELLED))
fixed.append(logProblem)
break
else:
unfixed.append(logProblem)
else:
unfixed.append(logProblem)
def _resetRecurrenceSet(self):
# May need to create items
self.mRecurrences = None
if ((self.countProperty(definitions.cICalProperty_RRULE) != 0)
or (self.countProperty(definitions.cICalProperty_RDATE) != 0)
or (self.countProperty(definitions.cICalProperty_EXRULE) != 0)
or
(self.countProperty(definitions.cICalProperty_EXDATE) != 0)):
self.mRecurrences = RecurrenceSet()
# Get RRULEs
self.loadValueRRULE(definitions.cICalProperty_RRULE,
self.mRecurrences, True)
# Get RDATEs
self.loadValueRDATE(definitions.cICalProperty_RDATE,
self.mRecurrences, True)
# Get EXRULEs
self.loadValueRRULE(definitions.cICalProperty_EXRULE,
self.mRecurrences, False)
# Get EXDATEs
self.loadValueRDATE(definitions.cICalProperty_EXDATE,
self.mRecurrences, False)
def FixStartEnd(self):
# End is always greater than start if start exists
if self.mHasStart and self.mEnd <= self.mStart:
# Use the start
self.mEnd = self.mStart.duplicate()
self.mDuration = False
# Adjust to approriate non-inclusive end point
if self.mStart.isDateOnly():
self.mEnd.offsetDay(1)
# For all day events it makes sense to use duration
self.mDuration = True
else:
# Use end of current day
self.mEnd.offsetDay(1)
self.mEnd.setHHMMSS(0, 0, 0)
def expandPeriod(self, period, results):
# Check for recurrence and True master
if ((self.mRecurrences is not None)
and self.mRecurrences.hasRecurrence()
and not self.isRecurrenceInstance()):
# Expand recurrences within the range
items = []
self.mRecurrences.expand(self.mStart, period, items)
# Look for overridden recurrence items
cal = self.mParentComponent
if cal is not None:
# Remove recurrence instances from the list of items
recurs = []
cal.getRecurrenceInstancesIds(
definitions.cICalComponent_VEVENT, self.getUID(), recurs)
recurs.sort()
if len(recurs) != 0:
temp = []
temp = set_difference(items, recurs)
items = temp
# Now get actual instances
instances = []
cal.getRecurrenceInstancesItems(
definitions.cICalComponent_VEVENT, self.getUID(),
instances)
# Get list of each ones with RANGE
prior = []
future = []
for iter in instances:
if iter.isAdjustPrior():
prior.append(iter)
if iter.isAdjustFuture():
future.append(iter)
# Check for special behaviour
if len(prior) + len(future) == 0:
# Add each expanded item
for iter in items:
results.append(self.createExpanded(self, iter))
else:
# Sort each list first
prior.sort(self.sort_by_dtstart)
future.sort(self.sort_by_dtstart)
# Add each expanded item
for iter1 in items:
# Now step through each using the slave item
# instead of the master as appropriate
slave = None
# Find most appropriate THISANDPRIOR item
for i in range(len(prior) - 1, 0, -1):
riter2 = prior[i]
if riter2.getStart() > iter1:
slave = riter2
break
# Find most appropriate THISANDFUTURE item
for i in range(len(future) - 1, 0, -1):
riter2 = future.elementAt(i)
if riter2.getStart() < iter1:
slave = riter2
break
if slave is None:
slave = self
results.append(self.createExpanded(slave, iter1))
else:
# Add each expanded item
for iter in items:
results.append(self.createExpanded(self, iter))
elif self.withinPeriod(period):
if self.isRecurrenceInstance():
rid = self.mRecurrenceID
else:
rid = None
results.append(ComponentExpanded(self, rid))
def withinPeriod(self, period):
# Check for recurrence
if ((self.mRecurrences is not None)
and self.mRecurrences.hasRecurrence()):
items = []
self.mRecurrences.expand(self.mStart, period, items)
return len(items) != 0
else:
# Does event span the period (assume self.mEnd > self.mStart)
# Check start (inclusive) and end (exclusive)
if self.mEnd <= period.getStart() or self.mStart >= period.getEnd(
):
return False
else:
return True
def changedRecurrence(self):
# Clear cached values
if self.mRecurrences is not None:
self.mRecurrences.changed()
# Editing
def editSummary(self, summary):
# Updated cached value
self.mSummary = summary
# Remove existing items
self.editProperty(definitions.cICalProperty_SUMMARY, summary)
def editDetails(self, description, location):
# Edit existing items
self.editProperty(definitions.cICalProperty_DESCRIPTION, description)
self.editProperty(definitions.cICalProperty_LOCATION, location)
def editTiming(self):
# Updated cached values
self.mHasStart = False
self.mHasEnd = False
self.mDuration = False
self.mStart.setToday()
self.mEnd.setToday()
# Remove existing DTSTART & DTEND & DURATION & DUE items
self.removeProperties(definitions.cICalProperty_DTSTART)
self.removeProperties(definitions.cICalProperty_DTEND)
self.removeProperties(definitions.cICalProperty_DURATION)
self.removeProperties(definitions.cICalProperty_DUE)
def editTimingDue(self, due):
# Updated cached values
self.mHasStart = False
self.mHasEnd = True
self.mDuration = False
self.mStart = due
self.mEnd = due
# Remove existing DUE & DTSTART & DTEND & DURATION items
self.removeProperties(definitions.cICalProperty_DUE)
self.removeProperties(definitions.cICalProperty_DTSTART)
self.removeProperties(definitions.cICalProperty_DTEND)
self.removeProperties(definitions.cICalProperty_DURATION)
# Now create properties
prop = Property(definitions.cICalProperty_DUE, due)
self.addProperty(prop)
def editTimingStartEnd(self, start, end):
# Updated cached values
self.mHasStart = self.mHasEnd = True
self.mStart = start
self.mEnd = end
self.mDuration = False
self.FixStartEnd()
# Remove existing DTSTART & DTEND & DURATION & DUE items
self.removeProperties(definitions.cICalProperty_DTSTART)
self.removeProperties(definitions.cICalProperty_DTEND)
self.removeProperties(definitions.cICalProperty_DURATION)
self.removeProperties(definitions.cICalProperty_DUE)
# Now create properties
prop = Property(definitions.cICalProperty_DTSTART, start)
self.addProperty(prop)
# If its an all day event and the end one day after the start, ignore it
temp = start.duplicate()
temp.offsetDay(1)
if not start.isDateOnly() or end != temp:
prop = Property(definitions.cICalProperty_DTEND, end)
self.addProperty(prop)
def editTimingStartDuration(self, start, duration):
# Updated cached values
self.mHasStart = True
self.mHasEnd = False
self.mStart = start
self.mEnd = start + duration
self.mDuration = True
# Remove existing DTSTART & DTEND & DURATION & DUE items
self.removeProperties(definitions.cICalProperty_DTSTART)
self.removeProperties(definitions.cICalProperty_DTEND)
self.removeProperties(definitions.cICalProperty_DURATION)
self.removeProperties(definitions.cICalProperty_DUE)
# Now create properties
prop = Property(definitions.cICalProperty_DTSTART, start)
self.addProperty(prop)
# If its an all day event and the duration is one day, ignore it
if (not start.isDateOnly() or (duration.getWeeks() != 0)
or (duration.getDays() > 1)):
prop = Property(definitions.cICalProperty_DURATION, duration)
self.addProperty(prop)
def editRecurrenceSet(self, recurs):
# Must have items
if self.mRecurrences is None:
self.mRecurrences = RecurrenceSet()
# Updated cached values
self.mRecurrences = recurs
# Remove existing RRULE, EXRULE, RDATE & EXDATE
self.removeProperties(definitions.cICalProperty_RRULE)
self.removeProperties(definitions.cICalProperty_EXRULE)
self.removeProperties(definitions.cICalProperty_RDATE)
self.removeProperties(definitions.cICalProperty_EXDATE)
# Now create properties
for iter in self.mRecurrences.getRules():
prop = Property(definitions.cICalProperty_RRULE, iter)
self.addProperty(prop)
for iter in self.getExrules():
prop = Property(definitions.cICalProperty_EXRULE, iter)
self.addProperty(prop)
for iter in self.mRecurrences.getDates():
prop = Property(definitions.cICalProperty_RDATE, iter)
self.addProperty(prop)
for iter in self.mRecurrences.getExdates():
prop = Property(definitions.cICalProperty_EXDATE, iter)
self.addProperty(prop)
def excludeRecurrence(self, start):
# Must have items
if self.mRecurrences is None:
return
# Add to recurrence set and clear cache
self.mRecurrences.subtract(start)
# Add property
prop = Property(definitions.cICalProperty_EXDATE, start)
self.addProperty(prop)
def excludeFutureRecurrence(self, start):
# Must have items
if self.mRecurrences is None:
return
# Adjust RRULES to end before start
self.mRecurrences.excludeFutureRecurrence(start)
# Remove existing RRULE & RDATE
self.removeProperties(definitions.cICalProperty_RRULE)
self.removeProperties(definitions.cICalProperty_RDATE)
# Now create properties
for iter in self.mRecurrences.getRules():
prop = Property(definitions.cICalProperty_RRULE, iter)
self.addProperty(prop)
for iter in self.mRecurrences.getDates():
prop = Property(definitions.cICalProperty_RDATE, iter)
self.addProperty(prop)
def initFromMaster(self):
# Only if not master
if self.recurring():
# Redo this to get cached values from master
self.finalise()
# If this component does not have its own start property, use the
# recurrence id
# i.e. the start time of this instance has not changed - something
# else has
if not self.hasProperty(definitions.cICalProperty_DTSTART):
self.mStart = self.mRecurrenceID
# If this component does not have its own end/duration property,
# the determine
# the end from the master duration
if (not self.hasProperty(definitions.cICalProperty_DTEND) and
not self.hasProperty(definitions.cICalProperty_DURATION)):
# End is based on original events settings
self.mEnd = self.mStart + (self.mMaster.getEnd() -
self.mMaster.getStart())
# If this instance has a duration, but no start of its own, then we
# need to readjust the end
# to account for the start being changed to the recurrence id
elif (self.hasProperty(definitions.cICalProperty_DURATION)
and not self.hasProperty(definitions.cICalProperty_DTSTART)):
temp = self.loadValueDuration(
definitions.cICalProperty_DURATION)
self.mEnd = self.mStart + temp
def createExpanded(self, master, recurid):
return ComponentExpanded(master, recurid)
class ComponentRecur(Component):
propertyCardinality_STATUS_Fix = (
definitions.cICalProperty_STATUS,
)
@staticmethod
def mapKey(uid, rid=None):
if uid:
result = "u:" + uid
if rid is not None:
result += rid
return result
else:
return None
@staticmethod
def sort_by_dtstart_allday(e1, e2):
if e1.self.mStart.isDateOnly() and e2.self.mStart.isDateOnly():
return e1.self.mStart < e2.self.mStart
elif e1.self.mStart.isDateOnly():
return True
elif (e2.self.mStart.isDateOnly()):
return False
elif e1.self.mStart == e2.self.mStart:
if e1.self.mEnd == e2.self.mEnd:
# Put ones created earlier in earlier columns in day view
return e1.self.mStamp < e2.self.mStamp
else:
# Put ones that end later in earlier columns in day view
return e1.self.mEnd > e2.self.mEnd
else:
return e1.self.mStart < e2.self.mStart
@staticmethod
def sort_by_dtstart(e1, e2):
if e1.self.mStart == e2.self.mStart:
if (
e1.self.mStart.isDateOnly() and e2.self.mStart.isDateOnly() or
not e1.self.mStart.isDateOnly() and not e2.self.mStart.isDateOnly()
):
return False
else:
return e1.self.mStart.isDateOnly()
else:
return e1.self.mStart < e2.self.mStart
def __init__(self, parent=None):
super(ComponentRecur, self).__init__(parent=parent)
self.mMaster = self
self.mMapKey = None
self.mSummary = None
self.mStamp = DateTime()
self.mHasStamp = False
self.mStart = DateTime()
self.mHasStart = False
self.mEnd = DateTime()
self.mHasEnd = False
self.mDuration = False
self.mHasRecurrenceID = False
self.mAdjustFuture = False
self.mAdjustPrior = False
self.mRecurrenceID = None
self.mRecurrences = None
# This is a special check we do only for STATUS due to a calendarserver bug
self.cardinalityChecks += (
self.check_cardinality_STATUS_Fix,
)
def duplicate(self, parent=None):
other = super(ComponentRecur, self).duplicate(parent=parent)
# Special determination of master
other.mMaster = self.mMaster if self.recurring() else self
other.mMapKey = self.mMapKey
other.mSummary = self.mSummary
if (self.mStamp is not None):
other.mStamp = self.mStamp.duplicate()
other.mHasStamp = self.mHasStamp
other.mStart = self.mStart.duplicate()
other.mHasStart = self.mHasStart
other.mEnd = self.mEnd.duplicate()
other.mHasEnd = self.mHasEnd
other.mDuration = self.mDuration
other.mHasRecurrenceID = self.mHasRecurrenceID
other.mAdjustFuture = self.mAdjustFuture
other.mAdjustPrior = self.mAdjustPrior
if self.mRecurrenceID is not None:
other.mRecurrenceID = self.mRecurrenceID.duplicate()
other._resetRecurrenceSet()
return other
def canGenerateInstance(self):
return not self.mHasRecurrenceID
def recurring(self):
return (self.mMaster is not None) and (self.mMaster is not self)
def setMaster(self, master):
self.mMaster = master
self.initFromMaster()
def getMaster(self):
return self.mMaster
def getMapKey(self):
if self.mMapKey is None:
self.mMapKey = str(uuid.uuid4())
return self.mMapKey
def getMasterKey(self):
return ComponentRecur.mapKey(self.mUID)
def initDTSTAMP(self):
# Save new one
super(ComponentRecur, self).initDTSTAMP()
# Get the new one
temp = self.loadValueDateTime(definitions.cICalProperty_DTSTAMP)
self.mHasStamp = temp is not None
if self.mHasStamp:
self.mStamp = temp
def getStamp(self):
return self.mStamp
def hasStamp(self):
return self.mHasStamp
def getStart(self):
return self.mStart
def hasStart(self):
return self.mHasStart
def getEnd(self):
return self.mEnd
def hasEnd(self):
return self.mHasEnd
def useDuration(self):
return self.mDuration
def isRecurrenceInstance(self):
return self.mHasRecurrenceID
def isAdjustFuture(self):
return self.mAdjustFuture
def isAdjustPrior(self):
return self.mAdjustPrior
def getRecurrenceID(self):
return self.mRecurrenceID
def isRecurring(self):
return (self.mRecurrences is not None) and self.mRecurrences.hasRecurrence()
def getRecurrenceSet(self):
return self.mRecurrences
def setUID(self, uid):
super(ComponentRecur, self).setUID(uid)
# Update the map key
if self.mHasRecurrenceID:
self.mMapKey = self.mapKey(self.mUID, self.mRecurrenceID.getText())
else:
self.mMapKey = self.mapKey(self.mUID)
def getSummary(self):
return self.mSummary
def setSummary(self, summary):
self.mSummary = summary
def getDescription(self):
# Get DESCRIPTION
txt = self.loadValueString(definitions.cICalProperty_DESCRIPTION)
if txt is not None:
return txt
else:
return ""
def getLocation(self):
# Get LOCATION
txt = self.loadValueString(definitions.cICalProperty_LOCATION)
if txt is not None:
return txt
else:
return ""
def finalise(self):
super(ComponentRecur, self).finalise()
# Get DTSTAMP
temp = self.loadValueDateTime(definitions.cICalProperty_DTSTAMP)
self.mHasStamp = temp is not None
if self.mHasStamp:
self.mStamp = temp
# Get DTSTART
temp = self.loadValueDateTime(definitions.cICalProperty_DTSTART)
self.mHasStart = temp is not None
if self.mHasStart:
self.mStart = temp
# Get DTEND
temp = self.loadValueDateTime(definitions.cICalProperty_DTEND)
if temp is None:
# Try DURATION instead
temp = self.loadValueDuration(definitions.cICalProperty_DURATION)
if temp is not None:
self.mHasEnd = False
self.mEnd = self.mStart + temp
self.mDuration = True
else:
# If no end or duration then use the start (bumped by one day for
# an all day event)
self.mHasEnd = False
self.mEnd = self.mStart.duplicate()
if self.mEnd.isDateOnly():
self.mEnd.offsetDay(1)
self.mDuration = False
else:
self.mHasEnd = True
self.mEnd = temp
self.mDuration = False
# Get SUMMARY
temp = self.loadValueString(definitions.cICalProperty_SUMMARY)
if temp is not None:
self.mSummary = temp
# Get RECURRENCE-ID
self.mHasRecurrenceID = (self.countProperty(definitions.cICalProperty_RECURRENCE_ID) != 0)
if self.mHasRecurrenceID:
self.mRecurrenceID = self.loadValueDateTime(definitions.cICalProperty_RECURRENCE_ID)
# Update the map key
if self.mHasRecurrenceID:
self.mMapKey = self.mapKey(self.mUID, self.mRecurrenceID.getText())
# Also get the RANGE parameter
attrs = self.findFirstProperty(definitions.cICalProperty_RECURRENCE_ID).getParameters()
if definitions.cICalParameter_RANGE in attrs:
self.mAdjustFuture = (attrs[definitions.cICalParameter_RANGE][0].getFirstValue() == definitions.cICalParameter_RANGE_THISANDFUTURE)
self.mAdjustPrior = (attrs[definitions.cICalParameter_RANGE][0].getFirstValue() == definitions.cICalParameter_RANGE_THISANDPRIOR)
else:
self.mAdjustFuture = False
self.mAdjustPrior = False
else:
self.mMapKey = self.mapKey(self.mUID)
self._resetRecurrenceSet()
def validate(self, doFix=False):
"""
Validate the data in this component and optionally fix any problems. Return
a tuple containing two lists: the first describes problems that were fixed, the
second problems that were not fixed. Caller can then decide what to do with unfixed
issues.
"""
# Do normal checks
fixed, unfixed = super(ComponentRecur, self).validate(doFix)
# Check that any UNTIL value matches that for DTSTART
if self.mHasStart and self.mRecurrences:
dtutc = self.mStart.duplicateAsUTC()
for rrule in self.mRecurrences.getRules():
if rrule.getUseUntil():
if rrule.getUntil().isDateOnly() ^ self.mStart.isDateOnly():
logProblem = "[%s] Value types must match: %s, %s" % (
self.getType(),
definitions.cICalProperty_DTSTART,
definitions.cICalValue_RECUR_UNTIL,
)
if doFix:
rrule.getUntil().setDateOnly(self.mStart.isDateOnly())
if not self.mStart.isDateOnly():
rrule.getUntil().setHHMMSS(dtutc.getHours(), dtutc.getMinutes(), dtutc.getSeconds())
rrule.getUntil().setTimezone(Timezone(utc=True))
self.mRecurrences.changed()
fixed.append(logProblem)
else:
unfixed.append(logProblem)
return fixed, unfixed
def check_cardinality_STATUS_Fix(self, fixed, unfixed, doFix):
"""
Special for bug with STATUS where STATUS:CANCELLED is added alongside
another STATUS. In this case we want STATUS:CANCELLED to win.
"""
for propname in self.propertyCardinality_STATUS_Fix:
if self.countProperty(propname) > 1:
logProblem = "[%s] Too many properties: %s" % (self.getType(), propname)
if doFix:
# Check that one of them is STATUS:CANCELLED
for prop in self.getProperties(propname):
if prop.getTextValue().getValue().upper() == definitions.cICalProperty_STATUS_CANCELLED:
self.removeProperties(propname)
self.addProperty(Property(propname, definitions.cICalProperty_STATUS_CANCELLED))
fixed.append(logProblem)
break
else:
unfixed.append(logProblem)
else:
unfixed.append(logProblem)
def _resetRecurrenceSet(self):
# May need to create items
self.mRecurrences = None
if (
(self.countProperty(definitions.cICalProperty_RRULE) != 0) or
(self.countProperty(definitions.cICalProperty_RDATE) != 0) or
(self.countProperty(definitions.cICalProperty_EXRULE) != 0) or
(self.countProperty(definitions.cICalProperty_EXDATE) != 0)
):
self.mRecurrences = RecurrenceSet()
# Get RRULEs
self.loadValueRRULE(definitions.cICalProperty_RRULE, self.mRecurrences, True)
# Get RDATEs
self.loadValueRDATE(definitions.cICalProperty_RDATE, self.mRecurrences, True)
# Get EXRULEs
self.loadValueRRULE(definitions.cICalProperty_EXRULE, self.mRecurrences, False)
# Get EXDATEs
self.loadValueRDATE(definitions.cICalProperty_EXDATE, self.mRecurrences, False)
def FixStartEnd(self):
# End is always greater than start if start exists
if self.mHasStart and self.mEnd <= self.mStart:
# Use the start
self.mEnd = self.mStart.duplicate()
self.mDuration = False
# Adjust to approriate non-inclusive end point
if self.mStart.isDateOnly():
self.mEnd.offsetDay(1)
# For all day events it makes sense to use duration
self.mDuration = True
else:
# Use end of current day
self.mEnd.offsetDay(1)
self.mEnd.setHHMMSS(0, 0, 0)
def expandPeriod(self, period, results):
# Check for recurrence and True master
if ((self.mRecurrences is not None) and self.mRecurrences.hasRecurrence()
and not self.isRecurrenceInstance()):
# Expand recurrences within the range
items = []
self.mRecurrences.expand(self.mStart, period, items)
# Look for overridden recurrence items
cal = self.mParentComponent
if cal is not None:
# Remove recurrence instances from the list of items
recurs = []
cal.getRecurrenceInstancesIds(definitions.cICalComponent_VEVENT, self.getUID(), recurs)
recurs.sort()
if len(recurs) != 0:
temp = []
temp = set_difference(items, recurs)
items = temp
# Now get actual instances
instances = []
cal.getRecurrenceInstancesItems(definitions.cICalComponent_VEVENT, self.getUID(), instances)
# Get list of each ones with RANGE
prior = []
future = []
for iter in instances:
if iter.isAdjustPrior():
prior.append(iter)
if iter.isAdjustFuture():
future.append(iter)
# Check for special behaviour
if len(prior) + len(future) == 0:
# Add each expanded item
for iter in items:
results.append(self.createExpanded(self, iter))
else:
# Sort each list first
prior.sort(self.sort_by_dtstart)
future.sort(self.sort_by_dtstart)
# Add each expanded item
for iter1 in items:
# Now step through each using the slave item
# instead of the master as appropriate
slave = None
# Find most appropriate THISANDPRIOR item
for i in range(len(prior) - 1, 0, -1):
riter2 = prior[i]
if riter2.getStart() > iter1:
slave = riter2
break
# Find most appropriate THISANDFUTURE item
for i in range(len(future) - 1, 0, -1):
riter2 = future.elementAt(i)
if riter2.getStart() < iter1:
slave = riter2
break
if slave is None:
slave = self
results.append(self.createExpanded(slave, iter1))
else:
# Add each expanded item
for iter in items:
results.append(self.createExpanded(self, iter))
elif self.withinPeriod(period):
if self.isRecurrenceInstance():
rid = self.mRecurrenceID
else:
rid = None
results.append(ComponentExpanded(self, rid))
def withinPeriod(self, period):
# Check for recurrence
if ((self.mRecurrences is not None) and self.mRecurrences.hasRecurrence()):
items = []
self.mRecurrences.expand(self.mStart, period, items)
return len(items) != 0
else:
# Does event span the period (assume self.mEnd > self.mStart)
# Check start (inclusive) and end (exclusive)
if self.mEnd <= period.getStart() or self.mStart >= period.getEnd():
return False
else:
return True
def changedRecurrence(self):
# Clear cached values
if self.mRecurrences is not None:
self.mRecurrences.changed()
# Editing
def editSummary(self, summary):
# Updated cached value
self.mSummary = summary
# Remove existing items
self.editProperty(definitions.cICalProperty_SUMMARY, summary)
def editDetails(self, description, location):
# Edit existing items
self.editProperty(definitions.cICalProperty_DESCRIPTION, description)
self.editProperty(definitions.cICalProperty_LOCATION, location)
def editTiming(self):
# Updated cached values
self.mHasStart = False
self.mHasEnd = False
self.mDuration = False
self.mStart.setToday()
self.mEnd.setToday()
# Remove existing DTSTART & DTEND & DURATION & DUE items
self.removeProperties(definitions.cICalProperty_DTSTART)
self.removeProperties(definitions.cICalProperty_DTEND)
self.removeProperties(definitions.cICalProperty_DURATION)
self.removeProperties(definitions.cICalProperty_DUE)
def editTimingDue(self, due):
# Updated cached values
self.mHasStart = False
self.mHasEnd = True
self.mDuration = False
self.mStart = due
self.mEnd = due
# Remove existing DUE & DTSTART & DTEND & DURATION items
self.removeProperties(definitions.cICalProperty_DUE)
self.removeProperties(definitions.cICalProperty_DTSTART)
self.removeProperties(definitions.cICalProperty_DTEND)
self.removeProperties(definitions.cICalProperty_DURATION)
# Now create properties
prop = Property(definitions.cICalProperty_DUE, due)
self.addProperty(prop)
def editTimingStartEnd(self, start, end):
# Updated cached values
self.mHasStart = self.mHasEnd = True
self.mStart = start
self.mEnd = end
self.mDuration = False
self.FixStartEnd()
# Remove existing DTSTART & DTEND & DURATION & DUE items
self.removeProperties(definitions.cICalProperty_DTSTART)
self.removeProperties(definitions.cICalProperty_DTEND)
self.removeProperties(definitions.cICalProperty_DURATION)
self.removeProperties(definitions.cICalProperty_DUE)
# Now create properties
prop = Property(definitions.cICalProperty_DTSTART, start)
self.addProperty(prop)
# If its an all day event and the end one day after the start, ignore it
temp = start.duplicate()
temp.offsetDay(1)
if not start.isDateOnly() or end != temp:
prop = Property(definitions.cICalProperty_DTEND, end)
self.addProperty(prop)
def editTimingStartDuration(self, start, duration):
# Updated cached values
self.mHasStart = True
self.mHasEnd = False
self.mStart = start
self.mEnd = start + duration
self.mDuration = True
# Remove existing DTSTART & DTEND & DURATION & DUE items
self.removeProperties(definitions.cICalProperty_DTSTART)
self.removeProperties(definitions.cICalProperty_DTEND)
self.removeProperties(definitions.cICalProperty_DURATION)
self.removeProperties(definitions.cICalProperty_DUE)
# Now create properties
prop = Property(definitions.cICalProperty_DTSTART, start)
self.addProperty(prop)
# If its an all day event and the duration is one day, ignore it
if (not start.isDateOnly() or (duration.getWeeks() != 0)
or (duration.getDays() > 1)):
prop = Property(definitions.cICalProperty_DURATION, duration)
self.addProperty(prop)
def editRecurrenceSet(self, recurs):
# Must have items
if self.mRecurrences is None:
self.mRecurrences = RecurrenceSet()
# Updated cached values
self.mRecurrences = recurs
# Remove existing RRULE, EXRULE, RDATE & EXDATE
self.removeProperties(definitions.cICalProperty_RRULE)
self.removeProperties(definitions.cICalProperty_EXRULE)
self.removeProperties(definitions.cICalProperty_RDATE)
self.removeProperties(definitions.cICalProperty_EXDATE)
# Now create properties
for iter in self.mRecurrences.getRules():
prop = Property(definitions.cICalProperty_RRULE, iter)
self.addProperty(prop)
for iter in self.getExrules():
prop = Property(definitions.cICalProperty_EXRULE, iter)
self.addProperty(prop)
for iter in self.mRecurrences.getDates():
prop = Property(definitions.cICalProperty_RDATE, iter)
self.addProperty(prop)
for iter in self.mRecurrences.getExdates():
prop = Property(definitions.cICalProperty_EXDATE, iter)
self.addProperty(prop)
def excludeRecurrence(self, start):
# Must have items
if self.mRecurrences is None:
return
# Add to recurrence set and clear cache
self.mRecurrences.subtract(start)
# Add property
prop = Property(definitions.cICalProperty_EXDATE, start)
self.addProperty(prop)
def excludeFutureRecurrence(self, start):
# Must have items
if self.mRecurrences is None:
return
# Adjust RRULES to end before start
self.mRecurrences.excludeFutureRecurrence(start)
# Remove existing RRULE & RDATE
self.removeProperties(definitions.cICalProperty_RRULE)
self.removeProperties(definitions.cICalProperty_RDATE)
# Now create properties
for iter in self.mRecurrences.getRules():
prop = Property(definitions.cICalProperty_RRULE, iter)
self.addProperty(prop)
for iter in self.mRecurrences.getDates():
prop = Property(definitions.cICalProperty_RDATE, iter)
self.addProperty(prop)
def initFromMaster(self):
# Only if not master
if self.recurring():
# Redo this to get cached values from master
self.finalise()
# If this component does not have its own start property, use the
# recurrence id
# i.e. the start time of this instance has not changed - something
# else has
if not self.hasProperty(definitions.cICalProperty_DTSTART):
self.mStart = self.mRecurrenceID
# If this component does not have its own end/duration property,
# the determine
# the end from the master duration
if (
not self.hasProperty(definitions.cICalProperty_DTEND) and
not self.hasProperty(definitions.cICalProperty_DURATION)
):
# End is based on original events settings
self.mEnd = self.mStart + (self.mMaster.getEnd() - self.mMaster.getStart())
# If this instance has a duration, but no start of its own, then we
# need to readjust the end
# to account for the start being changed to the recurrence id
elif (self.hasProperty(definitions.cICalProperty_DURATION) and
not self.hasProperty(definitions.cICalProperty_DTSTART)):
temp = self.loadValueDuration(definitions.cICalProperty_DURATION)
self.mEnd = self.mStart + temp
def createExpanded(self, master, recurid):
return ComponentExpanded(master, recurid)
class VFreeBusy(Component):
propertyCardinality_1 = (
definitions.cICalProperty_DTSTAMP,
definitions.cICalProperty_UID,
)
propertyCardinality_0_1 = (
definitions.cICalProperty_CONTACT,
definitions.cICalProperty_DTSTART,
definitions.cICalProperty_DTEND,
definitions.cICalProperty_ORGANIZER,
definitions.cICalProperty_URL,
)
propertyValueChecks = ICALENDAR_VALUE_CHECKS
def __init__(self, parent=None):
super(VFreeBusy, self).__init__(parent=parent)
self.mStart = DateTime()
self.mHasStart = False
self.mEnd = DateTime()
self.mHasEnd = False
self.mDuration = False
self.mCachedBusyTime = False
self.mSpanPeriod = None
self.mBusyTime = None
def duplicate(self, parent=None):
other = super(VFreeBusy, self).duplicate(parent=parent)
other.mStart = self.mStart.duplicate()
other.mHasStart = self.mHasStart
other.mEnd = self.mEnd.duplicate()
other.mHasEnd = self.mHasEnd
other.mDuration = self.mDuration
other.mCachedBusyTime = False
other.mBusyTime = None
return other
def getType(self):
return definitions.cICalComponent_VFREEBUSY
def getMimeComponentName(self):
return itipdefinitions.cICalMIMEComponent_VFREEBUSY
def finalise(self):
# Do inherited
super(VFreeBusy, self).finalise()
# Get DTSTART
temp = self.loadValueDateTime(definitions.cICalProperty_DTSTART)
self.mHasStart = temp is not None
if self.mHasStart:
self.mStart = temp
# Get DTEND
temp = self.loadValueDateTime(definitions.cICalProperty_DTEND)
if temp is None:
# Try DURATION instead
temp = self.loadValueDuration(definitions.cICalProperty_DURATION)
if temp is not None:
self.mEnd = self.mStart + temp
self.mDuration = True
else:
# Force end to start, which will then be fixed to sensible
# value later
self.mEnd = self.mStart
else:
self.mHasEnd = True
self.mDuration = False
self.mEnd = temp
def fixStartEnd(self):
# End is always greater than start if start exists
if self.mHasStart and self.mEnd <= self.mStart:
# Use the start
self.mEnd = self.mStart.duplicate()
self.mDuration = False
# Adjust to appropiate non-inclusive end point
if self.mStart.isDateOnly():
self.mEnd.offsetDay(1)
# For all day events it makes sense to use duration
self.mDuration = True
else:
# Use end of current day
self.mEnd.offsetDay(1)
self.mEnd.setHHMMSS(0, 0, 0)
def getStart(self):
return self.mStart
def hasStart(self):
return self.mHasStart
def getEnd(self):
return self.mEnd
def hasEnd(self):
return self.mHasEnd
def useDuration(self):
return self.mDuration
def getSpanPeriod(self):
return self.mSpanPeriod
def getBusyTime(self):
return self.mBusyTime
def editTiming(self):
# Updated cached values
self.mHasStart = False
self.mHasEnd = False
self.mDuration = False
self.mStart.setToday()
self.mEnd.setToday()
# Remove existing DTSTART & DTEND & DURATION & DUE items
self.removeProperties(definitions.cICalProperty_DTSTART)
self.removeProperties(definitions.cICalProperty_DTEND)
self.removeProperties(definitions.cICalProperty_DURATION)
def editTimingStartEnd(self, start, end):
# Updated cached values
self.mHasStart = self.mHasEnd = True
self.mStart = start
self.mEnd = end
self.mDuration = False
self.fixStartEnd()
# Remove existing DTSTART & DTEND & DURATION & DUE items
self.removeProperties(definitions.cICalProperty_DTSTART)
self.removeProperties(definitions.cICalProperty_DTEND)
self.removeProperties(definitions.cICalProperty_DURATION)
# Now create properties
prop = Property(definitions.cICalProperty_DTSTART, start)
self.addProperty(prop)
# If its an all day event and the end one day after the start, ignore it
temp = start.duplicate()
temp.offsetDay(1)
if not start.isDateOnly() or end != temp:
prop = Property(definitions.cICalProperty_DTEND, end)
self.addProperty(prop)
def editTimingStartDuration(self, start, duration):
# Updated cached values
self.mHasStart = True
self.mHasEnd = False
self.mStart = start
self.mEnd = start + duration
self.mDuration = True
# Remove existing DTSTART & DTEND & DURATION & DUE items
self.removeProperties(definitions.cICalProperty_DTSTART)
self.removeProperties(definitions.cICalProperty_DTEND)
self.removeProperties(definitions.cICalProperty_DURATION)
self.removeProperties(definitions.cICalProperty_DUE)
# Now create properties
prop = Property(definitions.cICalProperty_DTSTART, start)
self.addProperty(prop)
# If its an all day event and the duration is one day, ignore it
if (not start.isDateOnly() or (duration.getWeeks() != 0)
or (duration.getDays() > 1)):
prop = Property(definitions.cICalProperty_DURATION, duration)
self.addProperty(prop)
# Generating info
def expandPeriodComp(self, period, list):
# Cache the busy-time details if not done already
if not self.mCachedBusyTime:
self.cacheBusyTime()
# See if period intersects the busy time span range
if (self.mBusyTime is not None) and period.isPeriodOverlap(
self.mSpanPeriod):
list.append(self)
def expandPeriodFB(self, period, list):
# Cache the busy-time details if not done already
if not self.mCachedBusyTime:
self.cacheBusyTime()
# See if period intersects the busy time span range
if (self.mBusyTime is not None) and period.isPeriodOverlap(
self.mSpanPeriod):
for fb in self.mBusyTime:
list.append(FreeBusy(fb))
def cacheBusyTime(self):
# Clear out any existing cache
self.mBusyTime = []
# Get all FREEBUSY items and add those that are BUSY
min_start = DateTime()
max_end = DateTime()
props = self.getProperties()
result = props.get(definitions.cICalProperty_FREEBUSY, ())
for iter in result:
# Check the properties FBTYPE parameter
type = 0
is_busy = False
if iter.hasParameter(definitions.cICalParameter_FBTYPE):
fbyype = iter.getParameterValue(
definitions.cICalParameter_FBTYPE)
if fbyype.upper() == definitions.cICalParameter_FBTYPE_BUSY:
is_busy = True
type = FreeBusy.BUSY
elif fbyype.upper(
) == definitions.cICalParameter_FBTYPE_BUSYUNAVAILABLE:
is_busy = True
type = FreeBusy.BUSYUNAVAILABLE
elif fbyype.upper(
) == definitions.cICalParameter_FBTYPE_BUSYTENTATIVE:
is_busy = True
type = FreeBusy.BUSYTENTATIVE
else:
is_busy = False
type = FreeBusy.FREE
else:
# Default is busy when no parameter
is_busy = True
type = FreeBusy.BUSY
# Add this period
if is_busy:
multi = iter.getMultiValue()
if (multi is not None) and (multi.getType()
== Value.VALUETYPE_PERIOD):
for o in multi.getValues():
# Double-check type
period = None
if isinstance(o, PeriodValue):
period = o
# Double-check type
if period is not None:
self.mBusyTime.append(
FreeBusy(type, period.getValue()))
if len(self.mBusyTime) == 1:
min_start = period.getValue().getStart()
max_end = period.getValue().getEnd()
else:
if min_start > period.getValue().getStart():
min_start = period.getValue().getStart()
if max_end < period.getValue().getEnd():
max_end = period.getValue().getEnd()
# If nothing present, empty the list
if len(self.mBusyTime) == 0:
self.mBusyTime = None
else:
# Sort the list by period
self.mBusyTime.sort(cmp=lambda x, y: x.getPeriod().getStart().
compareDateTime(y.getPeriod().getStart()))
# Determine range
start = DateTime()
end = DateTime()
if self.mHasStart:
start = self.mStart
else:
start = min_start
if self.mHasEnd:
end = self.mEnd
else:
end = max_end
self.mSpanPeriod = Period(start, end)
self.mCachedBusyTime = True
def sortedPropertyKeyOrder(self):
return (
definitions.cICalProperty_UID,
definitions.cICalProperty_DTSTART,
definitions.cICalProperty_DURATION,
definitions.cICalProperty_DTEND,
)
class VFreeBusy(Component):
propertyCardinality_1 = (
definitions.cICalProperty_DTSTAMP,
definitions.cICalProperty_UID,
)
propertyCardinality_0_1 = (
definitions.cICalProperty_CONTACT,
definitions.cICalProperty_DTSTART,
definitions.cICalProperty_DTEND,
definitions.cICalProperty_ORGANIZER,
definitions.cICalProperty_URL,
)
propertyValueChecks = ICALENDAR_VALUE_CHECKS
def __init__(self, parent=None):
super(VFreeBusy, self).__init__(parent=parent)
self.mStart = DateTime()
self.mHasStart = False
self.mEnd = DateTime()
self.mHasEnd = False
self.mDuration = False
self.mCachedBusyTime = False
self.mSpanPeriod = None
self.mBusyTime = None
def duplicate(self, parent=None):
other = super(VFreeBusy, self).duplicate(parent=parent)
other.mStart = self.mStart.duplicate()
other.mHasStart = self.mHasStart
other.mEnd = self.mEnd.duplicate()
other.mHasEnd = self.mHasEnd
other.mDuration = self.mDuration
other.mCachedBusyTime = False
other.mBusyTime = None
return other
def getType(self):
return definitions.cICalComponent_VFREEBUSY
def getMimeComponentName(self):
return itipdefinitions.cICalMIMEComponent_VFREEBUSY
def finalise(self):
# Do inherited
super(VFreeBusy, self).finalise()
# Get DTSTART
temp = self.loadValueDateTime(definitions.cICalProperty_DTSTART)
self.mHasStart = temp is not None
if self.mHasStart:
self.mStart = temp
# Get DTEND
temp = self.loadValueDateTime(definitions.cICalProperty_DTEND)
if temp is None:
# Try DURATION instead
temp = self.loadValueDuration(definitions.cICalProperty_DURATION)
if temp is not None:
self.mEnd = self.mStart + temp
self.mDuration = True
else:
# Force end to start, which will then be fixed to sensible
# value later
self.mEnd = self.mStart
else:
self.mHasEnd = True
self.mDuration = False
self.mEnd = temp
def fixStartEnd(self):
# End is always greater than start if start exists
if self.mHasStart and self.mEnd <= self.mStart:
# Use the start
self.mEnd = self.mStart.duplicate()
self.mDuration = False
# Adjust to appropiate non-inclusive end point
if self.mStart.isDateOnly():
self.mEnd.offsetDay(1)
# For all day events it makes sense to use duration
self.mDuration = True
else:
# Use end of current day
self.mEnd.offsetDay(1)
self.mEnd.setHHMMSS(0, 0, 0)
def getStart(self):
return self.mStart
def hasStart(self):
return self.mHasStart
def getEnd(self):
return self.mEnd
def hasEnd(self):
return self.mHasEnd
def useDuration(self):
return self.mDuration
def getSpanPeriod(self):
return self.mSpanPeriod
def getBusyTime(self):
return self.mBusyTime
def editTiming(self):
# Updated cached values
self.mHasStart = False
self.mHasEnd = False
self.mDuration = False
self.mStart.setToday()
self.mEnd.setToday()
# Remove existing DTSTART & DTEND & DURATION & DUE items
self.removeProperties(definitions.cICalProperty_DTSTART)
self.removeProperties(definitions.cICalProperty_DTEND)
self.removeProperties(definitions.cICalProperty_DURATION)
def editTimingStartEnd(self, start, end):
# Updated cached values
self.mHasStart = self.mHasEnd = True
self.mStart = start
self.mEnd = end
self.mDuration = False
self.fixStartEnd()
# Remove existing DTSTART & DTEND & DURATION & DUE items
self.removeProperties(definitions.cICalProperty_DTSTART)
self.removeProperties(definitions.cICalProperty_DTEND)
self.removeProperties(definitions.cICalProperty_DURATION)
# Now create properties
prop = Property(definitions.cICalProperty_DTSTART, start)
self.addProperty(prop)
# If its an all day event and the end one day after the start, ignore it
temp = start.duplicate()
temp.offsetDay(1)
if not start.isDateOnly() or end != temp:
prop = Property(definitions.cICalProperty_DTEND, end)
self.addProperty(prop)
def editTimingStartDuration(self, start, duration):
# Updated cached values
self.mHasStart = True
self.mHasEnd = False
self.mStart = start
self.mEnd = start + duration
self.mDuration = True
# Remove existing DTSTART & DTEND & DURATION & DUE items
self.removeProperties(definitions.cICalProperty_DTSTART)
self.removeProperties(definitions.cICalProperty_DTEND)
self.removeProperties(definitions.cICalProperty_DURATION)
self.removeProperties(definitions.cICalProperty_DUE)
# Now create properties
prop = Property(definitions.cICalProperty_DTSTART, start)
self.addProperty(prop)
# If its an all day event and the duration is one day, ignore it
if (not start.isDateOnly() or (duration.getWeeks() != 0)
or (duration.getDays() > 1)):
prop = Property(definitions.cICalProperty_DURATION, duration)
self.addProperty(prop)
# Generating info
def expandPeriodComp(self, period, list):
# Cache the busy-time details if not done already
if not self.mCachedBusyTime:
self.cacheBusyTime()
# See if period intersects the busy time span range
if (self.mBusyTime is not None) and period.isPeriodOverlap(self.mSpanPeriod):
list.append(self)
def expandPeriodFB(self, period, list):
# Cache the busy-time details if not done already
if not self.mCachedBusyTime:
self.cacheBusyTime()
# See if period intersects the busy time span range
if (self.mBusyTime is not None) and period.isPeriodOverlap(self.mSpanPeriod):
for fb in self.mBusyTime:
list.append(FreeBusy(fb))
def cacheBusyTime(self):
# Clear out any existing cache
self.mBusyTime = []
# Get all FREEBUSY items and add those that are BUSY
min_start = DateTime()
max_end = DateTime()
props = self.getProperties()
result = props.get(definitions.cICalProperty_FREEBUSY, ())
for iter in result:
# Check the properties FBTYPE parameter
type = 0
is_busy = False
if iter.hasParameter(definitions.cICalParameter_FBTYPE):
fbyype = iter.getParameterValue(definitions.cICalParameter_FBTYPE)
if fbyype.upper() == definitions.cICalParameter_FBTYPE_BUSY:
is_busy = True
type = FreeBusy.BUSY
elif fbyype.upper() == definitions.cICalParameter_FBTYPE_BUSYUNAVAILABLE:
is_busy = True
type = FreeBusy.BUSYUNAVAILABLE
elif fbyype.upper() == definitions.cICalParameter_FBTYPE_BUSYTENTATIVE:
is_busy = True
type = FreeBusy.BUSYTENTATIVE
else:
is_busy = False
type = FreeBusy.FREE
else:
# Default is busy when no parameter
is_busy = True
type = FreeBusy.BUSY
# Add this period
if is_busy:
multi = iter.getMultiValue()
if (multi is not None) and (multi.getType() == Value.VALUETYPE_PERIOD):
for o in multi.getValues():
# Double-check type
period = None
if isinstance(o, PeriodValue):
period = o
# Double-check type
if period is not None:
self.mBusyTime.append(FreeBusy(type, period.getValue()))
if len(self.mBusyTime) == 1:
min_start = period.getValue().getStart()
max_end = period.getValue().getEnd()
else:
if min_start > period.getValue().getStart():
min_start = period.getValue().getStart()
if max_end < period.getValue().getEnd():
max_end = period.getValue().getEnd()
# If nothing present, empty the list
if len(self.mBusyTime) == 0:
self.mBusyTime = None
else:
# Sort the list by period
self.mBusyTime.sort(cmp=lambda x, y: x.getPeriod().getStart().compareDateTime(y.getPeriod().getStart()))
# Determine range
start = DateTime()
end = DateTime()
if self.mHasStart:
start = self.mStart
else:
start = min_start
if self.mHasEnd:
end = self.mEnd
else:
end = max_end
self.mSpanPeriod = Period(start, end)
self.mCachedBusyTime = True
def sortedPropertyKeyOrder(self):
return (
definitions.cICalProperty_UID,
definitions.cICalProperty_DTSTART,
definitions.cICalProperty_DURATION,
definitions.cICalProperty_DTEND,
)