def testDefaultPrimaryImplicatorMultipleRefsPerTriple(self):
# This test requires the dpunktnpunkt-multipleref branch of
# Archetypes to work
from Products.Relations import config
config.ALLOW_MULTIPLE_REFS_PER_TRIPLE = True
ref_ctl = getToolByName(self.portal, REFERENCE_CATALOG)
impl = rulesetmodule.DefaultPrimaryImplicator(self.ruleset)
# connect 0 and 1
ref = impl.connect(self.brains[0], self.brains[1])
self.assertNotEquals(ref, None)
brains = ref_ctl(sourceUID=self.brains[0].UID,
targetUID=self.brains[1].UID,
relationship=self.ruleset.getId())
self.assertEquals(len(brains), 1)
self.assertEquals(ref, brains[0].getObject())
# now do the same again, connect must returns another ref now
ref2 = impl.connect(self.brains[0], self.brains[1])
self.assertNotEquals(ref2, None)
# Now two references with the sample source, target and
# relationship live in the catalog
brains = ref_ctl(sourceUID=self.brains[0].UID,
targetUID=self.brains[1].UID,
relationship=self.ruleset.getId())
self.assertEquals(len(brains), 2)
ref_uids = [b.UID for b in brains]
self.failUnless(ref.UID() in ref_uids)
self.failUnless(ref2.UID() in ref_uids)
config.ALLOW_MULTIPLE_REFS_PER_TRIPLE = False
def testDefaultPrimaryImplicator(self):
ref_ctl = getToolByName(self.portal, REFERENCE_CATALOG)
impl = rulesetmodule.DefaultPrimaryImplicator(self.ruleset)
# connect 0 and 1
ref = impl.connect(self.brains[0], self.brains[1])
self.assertNotEquals(ref, None)
brains = ref_ctl(sourceUID=self.brains[0].UID,
targetUID=self.brains[1].UID,
relationship=self.ruleset.getId())
self.assertEquals(len(brains), 1)
self.assertEquals(ref, brains[0].getObject())
# now do the same again, connect must returns another ref now
ref2 = impl.connect(self.brains[0], self.brains[1])
self.assertNotEquals(ref2, None)
# Only one reference lives in the catalog, the other one was
# 'updated'
brains = ref_ctl(sourceUID=self.brains[0].UID,
targetUID=self.brains[1].UID,
relationship=self.ruleset.getId())
self.assertEquals(len(brains), 1)
def disconnect(self, reference):
ruleset = self.getRuleset()
self.calls['disconnect'].append((ruleset, reference))
impl = rulesetmodule.DefaultPrimaryImplicator(ruleset)
return impl.disconnect(reference)
def connect(self, source, target, metadata=None):
self.calls['connect'].append((source, target, metadata))
impl = rulesetmodule.DefaultPrimaryImplicator(self.getRuleset())
return impl.connect(source, target, metadata)
def disconnect(self, reference):
impl = ruleset.DefaultPrimaryImplicator(self.getRuleset())
return impl.disconnect(reference)
def connect(self, source, target, metadata=None):
impl = ruleset.DefaultPrimaryImplicator(self.getRuleset())
impl.referenceClass = ContentReference
return impl.connect(source, target, metadata)