def parseEIMML(view, peer, matchingAddresses, eimml):
if isMeAddress(peer):
# If the Chandler EIMML message is from me then
# ignore it.
return (0, None)
try:
item = inbound(matchingAddresses, eimml)
mailStamp = MailStamp(item)
mailStamp.fromEIMML = True
return (1, mailStamp)
except sharingErrors.MalformedData, e:
# The eimml records contained bogus
# syntax and will not be processed
# Raising an error here would result
# in the entire mail download being
# terminated so we log the error
# instead
logging.exception(e)
return (-1, None)
def parseEIMML(view, peer, matchingAddresses, eimml):
if isMeAddress(peer):
# If the Chandler EIMML message is from me then
# ignore it.
return (0, None)
try:
item = inbound(matchingAddresses, eimml)
mailStamp = MailStamp(item)
mailStamp.fromEIMML = True
return (1, mailStamp)
except sharingErrors.MalformedData, e:
# The eimml records contained bogus
# syntax and will not be processed
# Raising an error here would result
# in the entire mail download being
# terminated so we log the error
# instead
logging.exception(e)
return (-1, None)
def RoundTrip(self):
view0 = self.views[0]
view1 = self.views[1]
item0 = view0.findUUID(self.uuid)
pje = schema.Item(itsView=view0, itsName="pje")
morgen = schema.Item(itsView=view1, itsName="morgen")
item0.setTriageStatus(pim.TriageEnum.later)
pim.EventStamp(item0).add()
event = pim.EventStamp(item0)
event.anyTime = False
# morgen sends to pje
self.assert_(not pim.has_stamp(item0, sharing.SharedItem))
view0.commit()
text = sharing.outbound([pje], item0)
view0.commit()
self.assert_(pim.has_stamp(item0, sharing.SharedItem))
# pje receives from morgen
self.assert_(view1.findUUID(self.uuid) is None)
view1.commit()
item1 = sharing.inbound(morgen, text)
view1.commit()
self.assert_(pim.has_stamp(item1, sharing.SharedItem))
self.assertEqual(item1.displayName, "test displayName")
self.assertEqual(item1.body, "test body")
self.assertEqual(item1.triageStatus, pim.TriageEnum.later)
shared0 = sharing.SharedItem(item0)
shared1 = sharing.SharedItem(item1)
self.assert_(not list(shared0.getConflicts()))
# verify inbound filters (URIs defined in model.py)
filter = sharing.getFilter(['cid:[email protected]'])
item0.setTriageStatus(pim.TriageEnum.now)
view0.commit()
text = sharing.outbound([pje], item0)
view0.commit()
view1.commit()
sharing.inbound(morgen, text, filter=filter)
view1.commit()
# triageStatus is unchanged because we filtered it on inbound
self.assertEqual(item1.triageStatus, pim.TriageEnum.later)
self.assert_(not shared1.conflictingStates)
item0.setTriageStatus(pim.TriageEnum.done)
view0.commit()
text = sharing.outbound([pje], item0, filter=filter)
view0.commit()
view1.commit()
sharing.inbound(morgen, text)
view1.commit()
# triageStatus is unchanged because we filtered it on outbound
self.assertEqual(item1.triageStatus, pim.TriageEnum.later)
self.assert_(not shared1.conflictingStates)
item0.setTriageStatus(pim.TriageEnum.now)
view0.commit()
text = sharing.outbound([pje], item0)
view0.commit()
view1.commit()
sharing.inbound(morgen, text)
view1.commit()
# with no filtering, triageStatus is now changed
self.assertEqual(item1.triageStatus, pim.TriageEnum.now)
# conflict
item0.displayName = "changed by morgen"
item1.displayName = "changed by pje"
view0.commit()
text = sharing.outbound([pje], item0)
view0.commit()
view1.commit()
sharing.inbound(morgen, text)
view1.commit()
conflicts = list(shared1.getConflicts())
self.assert_(conflicts)
# try sending when there are pending conflicts
try:
sharing.outbound([morgen], item1)
except sharing.ConflictsPending:
pass # This is what we're expecting
else:
raise Exception("We were expecting a ConflictsPending exception")
# removal
view0.commit()
text = sharing.outboundDeletion(view0, [pje], self.uuid)
view0.commit()
# allowDeletion flag False
view1.commit()
sharing.inbound(morgen, text, allowDeletion=False)
view1.commit() # to give a chance for a deleted item to go away
self.assert_(view1.findUUID(self.uuid) is not None)
# allowDeletion flag True
sharing.inbound(morgen, text, allowDeletion=True)
view1.commit() # to give a chance for a deleted item to go away
self.assert_(view1.findUUID(self.uuid) is None)
# adding item back
text = sharing.outbound([pje], item0)
item1 = sharing.inbound(morgen, text)
shared1 = sharing.SharedItem(item1)
self.assert_(view1.findUUID(self.uuid) is item1)
# overlapping but identical modifications results in no conflicts
item0.displayName = "changed"
item1.displayName = "changed"
view0.commit()
text = sharing.outbound([pje], item0)
view0.commit()
view1.commit()
sharing.inbound(morgen, text)
view1.commit()
# Examine the conflicts and ensure the 'title' field isn't conflicting
self.assert_(not shared1.conflictingStates)
# Verify that an out of sequence update is ignored
before = shared1.getPeerState(morgen, create=False)
beforeAgreed = before.agreed # copy the old agreed recordset
# item0.displayName is "changed"
view0.itsVersion = 2 # Back in time
# Now item0.displayName is "test displayName"
text = sharing.outbound([pje], item0)
try:
sharing.inbound(morgen, text, debug=False)
except sharing.OutOfSequence:
pass # Thisis what we're expecting
else:
raise Exception("We were expecting an OutOfSequence exception")
after = shared1.getPeerState(morgen, create=False)
self.assertEqual(beforeAgreed, after.agreed)
