def test_mappings(self):
# This is more of a linter than a test. If it passes, then
# everything is fine. If it fails, then it means things are
# not fine. Not fine? Yeah, it means that there are two fields
# with the same name, but different types in the
# mappings that share an index. That doesn't work in ES.
# Doing it as a test seemed like a good idea since
# it's likely to catch epic problems, but isn't in the runtime
# code.
# Verify mappings that share the same index don't conflict
for index in es_utils.all_read_indexes():
merged_mapping = {}
for cls_name, mapping in list(es_utils.get_mappings(index).items()):
mapping = mapping['properties']
for key, val in list(mapping.items()):
if key not in merged_mapping:
merged_mapping[key] = (val, [cls_name])
continue
# FIXME - We're comparing two dicts here. This might
# not work for non-trivial dicts.
if merged_mapping[key][0] != val:
raise es_utils.MappingMergeError(
'%s key different for %s and %s' %
(key, cls_name, merged_mapping[key][1]))
merged_mapping[key][1].append(cls_name)
def test_mappings(self):
# This is more of a linter than a test. If it passes, then
# everything is fine. If it fails, then it means things are
# not fine. Not fine? Yeah, it means that there are two fields
# with the same name, but different types in the
# mappings. That doesn't work in ES.
# Doing it as a test seemed like a good idea since
# it's likely to catch epic problems, but isn't in the runtime
# code.
merged_mapping = {}
for cls_name, mapping in es_utils.get_mappings().items():
mapping = mapping['properties']
for key, val in mapping.items():
if key not in merged_mapping:
merged_mapping[key] = (val, [cls_name])
continue
# FIXME - We're comparing two dicts here. This might
# not work for non-trivial dicts.
if merged_mapping[key][0] != val:
raise es_utils.MappingMergeError(
'%s key different for %s and %s' %
(key, cls_name, merged_mapping[key][1]))
merged_mapping[key][1].append(cls_name)