def _uniquifyNote(self, note):
origGuid = note[GUID]
srcMid = note[MID]
dstMid = self._mid(srcMid)
# duplicate schemas?
if srcMid == dstMid:
return origGuid not in self._notes
# differing schemas and note doesn't exist?
note[MID] = dstMid
if origGuid not in self._notes:
return True
# as the schemas differ and we already have a note with a different
# note type, this note needs a new guid
if not self.dupeOnSchemaChange:
self._ignoredGuids[origGuid] = True
return False
while True:
note[GUID] = incGuid(note[GUID])
self._changedGuids[origGuid] = note[GUID]
# if we don't have an existing guid, we can add
if note[GUID] not in self._notes:
return True
# if the existing guid shares the same mid, we can reuse
if dstMid == self._notes[note[GUID]][MID]:
return False
def _uniquifyNote(self, note):
origGuid = note[GUID]
srcMid = note[MID]
dstMid = self._mid(srcMid)
# duplicate schemas?
if srcMid == dstMid:
return origGuid not in self._notes
# differing schemas and note doesn't exist?
note[MID] = dstMid
if origGuid not in self._notes:
return True
# as the schemas differ and we already have a note with a different
# note type, this note needs a new guid
if not self.dupeOnSchemaChange:
self._ignoredGuids[origGuid] = True
return False
while True:
note[GUID] = incGuid(note[GUID])
self._changedGuids[origGuid] = note[GUID]
# if we don't have an existing guid, we can add
if note[GUID] not in self._notes:
return True
# if the existing guid shares the same mid, we can reuse
if dstMid == self._notes[note[GUID]][MID]:
return False
