def markEdited(self, item, attrs):
attrs.difference_update(_IGNORE_EDIT_ATTRIBUTES)
if not attrs or reminders.isDead(getattr(item, 'proxiedItem', item)):
return
me = item.getCurrentMeEmailAddress()
who = None # We will mark this message as "edited by" this user.
if stamping.has_stamp(item, mail.MailStamp):
# For Mail items, we want to update the From: address of the master
# to match something in the user's list of addresses (Bug 8534).
# We actually want to bypass all proxying here, and apply the
# CC/From header changes to the master item.
mailItem = getattr(item, 'proxiedItem', item)
message = mail.MailStamp(getattr(mailItem, 'inheritFrom',
mailItem))
if stamping.has_stamp(message, mail.MailStamp):
meAddresses = mail.getCurrentMeEmailAddresses(item.itsView)
sender = message.getSender()
if sender in meAddresses:
# Already addressed by this user; don't need to do
# anything more here.
who = sender
else:
# Try to find a matching recipient; any field will do
# (so far as arguments to getRecipients() go, we've already
# preferentially excluded the sender, but should still check
# originators & bcc). Also, if we're just now marking the item
# as edited for the first time, make sure the (old) sender's in
# the CC list.
addSenderToCC = (sender is not None) and \
(items.Modification.edited not in item.modifiedFlags)
for recipient in message.getRecipients():
if who is None and recipient in meAddresses:
who = recipient
if addSenderToCC and sender is recipient:
addSenderToCC = False
if who is None:
# No match in for loop; use the current "me" address
who = me
if addSenderToCC:
message.ccAddress.append(sender)
# Update the from address
message.fromAddress = who
if who is None:
who = item.getMyModifiedByAddress()
item.changeEditState(who=who)
def markEdited(self, item, attrs):
attrs.difference_update(_IGNORE_EDIT_ATTRIBUTES)
if not attrs or reminders.isDead(getattr(item, 'proxiedItem', item)):
return
me = item.getCurrentMeEmailAddress()
who = None # We will mark this message as "edited by" this user.
if stamping.has_stamp(item, mail.MailStamp):
# For Mail items, we want to update the From: address of the master
# to match something in the user's list of addresses (Bug 8534).
# We actually want to bypass all proxying here, and apply the
# CC/From header changes to the master item.
mailItem = getattr(item, 'proxiedItem', item)
message = mail.MailStamp(getattr(mailItem, 'inheritFrom', mailItem))
if stamping.has_stamp(message, mail.MailStamp):
meAddresses = mail.getCurrentMeEmailAddresses(item.itsView)
sender = message.getSender()
if sender in meAddresses:
# Already addressed by this user; don't need to do
# anything more here.
who = sender
else:
# Try to find a matching recipient; any field will do
# (so far as arguments to getRecipients() go, we've already
# preferentially excluded the sender, but should still check
# originators & bcc). Also, if we're just now marking the item
# as edited for the first time, make sure the (old) sender's in
# the CC list.
addSenderToCC = (sender is not None) and \
(items.Modification.edited not in item.modifiedFlags)
for recipient in message.getRecipients():
if who is None and recipient in meAddresses:
who = recipient
if addSenderToCC and sender is recipient:
addSenderToCC = False
if who is None:
# No match in for loop; use the current "me" address
who = me
if addSenderToCC:
message.ccAddress.append(sender)
# Update the from address
message.fromAddress = who
if who is None:
who = item.getMyModifiedByAddress()
item.changeEditState(who=who)
def appendChange(self, desc, op, attr, *args):
super(RecurrenceProxy, self).appendChange(desc, op, attr, *args)
item = self.proxiedItem
if (not stamping.has_stamp(item, EventStamp) or
EventStamp(item).rruleset is None):
super(RecurrenceProxy, self).makeChanges()
elif self.changing is not None:
self.makeChanges()
def appendChange(self, desc, op, attr, *args):
super(RecurrenceProxy, self).appendChange(desc, op, attr, *args)
item = self.proxiedItem
if (not stamping.has_stamp(item, EventStamp)
or EventStamp(item).rruleset is None):
super(RecurrenceProxy, self).makeChanges()
elif self.changing is not None:
self.makeChanges()
def makeChange(self, item, change):
# easy for set, not too bad for stamp addition, del is maybe
# tricky, and add/remove require duplicating reflists
event = EventStamp(item)
changeType = change[1]
if changeType == 'set':
attr = change[2]
self._updateEdited(
item for item in event.modifications
if not item.hasModifiedAttribute(attr)
)
event.changeAll(attr, change[3])
return attr
elif changeType == 'addStamp':
self._updateEdited(
item for item in event.modifications
if not stamping.has_stamp(item, change[2])
)
event.addStampToAll(change[2].stamp_type)
return stamping.Stamp.stamp_types.name
elif changeType == 'removeStamp':
self._updateEdited(
item for item in event.modifications
if stamping.has_stamp(item, change[2])
)
event.removeStampFromAll(change[2].stamp_type)
return stamping.Stamp.stamp_types.name
elif changeType in ('add', 'remove', 'append'):
attr = change[0].descriptor.name
self._updateEdited(
item for item in event.modifications
if not item.hasModifiedAttribute(attr)
)
masterItem = event.getMaster().itsItem
attrName, newValue = _multiChange(masterItem, change)
with EventStamp(masterItem).noRecurrenceChanges():
setattr(masterItem, attrName, newValue)
return attrName
elif (changeType == 'delete' and
change[0].descriptor.name == EventStamp.rruleset.name):
event.removeRecurrence()
return EventStamp.rruleset.name
else:
assert False
def makeChange(self, item, change):
# easy for set, not too bad for stamp addition, del is maybe
# tricky, and add/remove require duplicating reflists
event = EventStamp(item)
changeType = change[1]
if changeType == 'set':
attr = change[2]
self._updateEdited(item for item in event.modifications
if not item.hasModifiedAttribute(attr))
event.changeAll(attr, change[3])
return attr
elif changeType == 'addStamp':
self._updateEdited(item for item in event.modifications
if not stamping.has_stamp(item, change[2]))
event.addStampToAll(change[2].stamp_type)
return stamping.Stamp.stamp_types.name
elif changeType == 'removeStamp':
self._updateEdited(item for item in event.modifications
if stamping.has_stamp(item, change[2]))
event.removeStampFromAll(change[2].stamp_type)
return stamping.Stamp.stamp_types.name
elif changeType in ('add', 'remove', 'append'):
attr = change[0].descriptor.name
self._updateEdited(item for item in event.modifications
if not item.hasModifiedAttribute(attr))
masterItem = event.getMaster().itsItem
attrName, newValue = _multiChange(masterItem, change)
with EventStamp(masterItem).noRecurrenceChanges():
setattr(masterItem, attrName, newValue)
return attrName
elif (changeType == 'delete'
and change[0].descriptor.name == EventStamp.rruleset.name):
event.removeRecurrence()
return EventStamp.rruleset.name
else:
assert False
