def _exec_command(self, string_return=False):
result = {IS_INSTANCE: [],
HAS_INSTANCES: [],
BOTH: [],
NO_TAXON: []}
target_entities = self._read_target_entities()
targeted = 0
for an_entity in target_entities:
print an_entity
type_relation = self._decide_type_relation(an_entity)
if type_relation == IS_INSTANCE:
result[IS_INSTANCE].append(self._json_dumper.json_of_entity(an_entity))
elif type_relation == HAS_INSTANCES:
result[HAS_INSTANCES].append(self._json_dumper.json_of_entity(an_entity))
elif type_relation == BOTH:
result[BOTH].append(self._json_dumper.json_of_entity(an_entity))
else:
result[NO_TAXON].append(self._json_dumper.json_of_entity(an_entity))
targeted += 1
if string_return:
return json_to_string(result, indent=4)
else:
write_json_object(result, self._out_file, indent=4)
def _serialize_results(self, string_return):
print "\n\nSerializing results...\n\n"
write_json_object(json_object=self._candidate_classes,
path=self._out_file,
indent=4)
def _serialize_results(self, string_return):
# TODO: implement string_return mode. Now, we are assuming string_return=False
write_json_object(json_object=self._summary_list,
path=self._out_file,
indent=4)
def _serialize_results(self, string_return):
print "\n\nSerializing results...\n\n"
write_json_object(json_object=self._candidate_classes,
path=self._out_file,
indent=4)
def _serialize_results(self, target_classes, string_return):
# TODO: consider string_return??
write_json_object(json_object=target_classes,
path=self._out_file,
indent=4)
def _serialize_results(self, target_classes, string_return):
# TODO: consider string_return??
write_json_object(json_object=target_classes, path=self._out_file, indent=4)
def _serialize_results(self, string_return):
# TODO: implement string_return mode. Now, we are assuming string_return=False
write_json_object(json_object=self._summary_list,
path=self._out_file,
indent=4)
