def test_diff_between_different_hosts(self):
"""
This test case creates a host and the compares it
with another different host using the ModelObjectDiff class
"""
h1 = Host(name='host1', os='Windows')
h2 = Host(name='host1', os='Linux')
diff = ModelObjectDiff(h1, h2)
self.assertTrue(diff.existDiff())
def test_diff_between_different_hosts(self):
"""
This test case creates a host and the compares it
with another different host using the ModelObjectDiff class
"""
h1 = Host(name='host1', os='Windows')
h2 = Host(name='host1', os='Linux')
diff = ModelObjectDiff(h1, h2)
self.assertTrue(diff.existDiff())
def addUpdate(self, newModelObject):
conflict = False
diff = ModelObjectDiff(self, newModelObject)
for k, v in diff.getPropertiesDiff().items():
attribute = self.__getAttribute(k)
prop_update = self.propertyTieBreaker(attribute, *v)
if isinstance(prop_update, tuple):
conflict = True
else:
setattr(self, attribute, prop_update)
if conflict:
self.updates.append(ConflictUpdate(self, newModelObject))
return conflict
def addUpdate(self, newModelObject):
conflict = False
diff = ModelObjectDiff(self, newModelObject)
for k, v in diff.getPropertiesDiff().items():
attribute = self.__getAttribute(k)
prop_update = self.propertyTieBreaker(attribute, *v)
if isinstance(prop_update, tuple):
conflict = True
else:
setattr(self, attribute, prop_update)
if conflict:
self.updates.append(ConflictUpdate(self, newModelObject))
return conflict
def addUpdate(self, newModelObject):
conflict = False
diff = ModelObjectDiff(self, newModelObject)
for k, v in diff.getPropertiesDiff().items():
attribute = self.__getAttribute(k)
prop_update = self.propertyTieBreaker(attribute, *v)
if (not isinstance(prop_update, tuple) or CONF.getMergeStrategy()):
# if there's a strategy set by the user, apply it
if isinstance(prop_update, tuple):
prop_update = MergeSolver(CONF.getMergeStrategy()).solve(
prop_update[0], prop_update[1])
setattr(self, attribute, prop_update)
else:
conflict = True
if conflict:
self.updates.append(ConflictUpdate(self, newModelObject))
return conflict
def addUpdate(self, newModelObject):
conflict = False
diff = ModelObjectDiff(self, newModelObject)
for k, v in diff.getPropertiesDiff().items():
attribute = self.publicattrsrefs().get(k)
prop_update = self.propertyTieBreaker(attribute, *v)
if not isinstance(prop_update, tuple) or CONF.getMergeStrategy():
# if there's a strategy set by the user, apply it
if isinstance(prop_update, tuple):
prop_update = MergeSolver(CONF.getMergeStrategy())
prop_update = prop_update.solve(prop_update[0], prop_update[1])
setattr(self, attribute, prop_update)
else:
conflict = True
if conflict:
self.updates.append(ConflictUpdate(self, newModelObject))
return conflict
def needs_merge(self, new_obj):
return ModelObjectDiff(self, new_obj).existDiff()