def __init__(self, domain_path=None, base_ontology_path=None, extention_ontology_path=None):
self.domain_path = domain_path if domain_path is not None else "./Ontologies/smartbuildingprivacyvunl.ttl"
self.base_ontology_path = base_ontology_path if base_ontology_path is not None else "./Ontologies/privacyvunl.ttl"
self.extention_ontology_path = extention_ontology_path if extention_ontology_path is not None else "./Ontologies/privacyvunlv2.ttl"
self.input_util = InputUtil(self.domain_path, self.base_ontology_path, self.extention_ontology_path)
self.PRIVVULN = NSUtil.get_namespase_base_ontology()
self.PRIVVULNV2 = NSUtil.get_namespase_extrantion_ontology()
self.RDF = NSUtil.get_namespase_rdf()
self.total_score = 0
def __init__(self, input_model, base_ontology_url, extention_ontology_url,
domain_url):
self.input_model = input_model
self.PRIVVULN = NSUtil.get_namespase_base_ontology()
self.PRIVVULNV2 = NSUtil.get_namespase_extrantion_ontology()
self.RDF = NSUtil.get_namespase_rdf()
self.base_ontology_url = base_ontology_url
self.extention_ontology_url = extention_ontology_url
self.domain_url = domain_url
def __init__(self, DOMAINNAMESPACE):
self.RDF = util.get_namespase_rdf()
self.RDFS = util.get_namespase_rdfs()
self.OWL = util.get_namespase_owl()
self.XSD = util.get_namespase_xsd()
self.PRIVVULN = util.get_namespase_base_ontology()
self.PRIVVULNV2 = util.get_namespase_extrantion_ontology()
self.DOMAINNAMESPACE = DOMAINNAMESPACE
self.graph = Graph()
from rdflib import Graph, Namespace, URIRef, Literal
import rdflib
from Framework.driver import Driver
import Framework.namespace_util as NSUtil
g1 = Graph()
# source namespaces
RDF = NSUtil.get_namespase_rdf()
RDFS = NSUtil.get_namespase_rdfs()
OWL = NSUtil.get_namespase_owl()
XSD = NSUtil.get_namespase_xsd()
PRIVVULN = NSUtil.get_namespase_base_ontology()
PRIVVULNV2 = NSUtil.get_namespase_extrantion_ontology()
SBUILDING = NSUtil.get_namespase_domain_smart_building()
g1.bind('rdf' , RDF)
g1.bind('rdfs', RDFS)
g1.bind('owl' , OWL)
g1.bind('xsd' , XSD)
# custom namespace
g1.bind('privvuln',PRIVVULN)
g1.bind('privvulnv2',PRIVVULNV2)
g1.bind('sbuilding',SBUILDING)
# model namespace
def run_analyses(json):
g1 = Graph()
# source namespaces
RDF = NSUtil.get_namespase_rdf()
RDFS = NSUtil.get_namespase_rdfs()
OWL = NSUtil.get_namespase_owl()
XSD = NSUtil.get_namespase_xsd()
PRIVVULN = NSUtil.get_namespase_base_ontology()
PRIVVULNV2 = NSUtil.get_namespase_extrantion_ontology()
SBUILDING = NSUtil.get_namespase_domain_smart_building()
g1.bind('rdf', RDF)
g1.bind('rdfs', RDFS)
g1.bind('owl', OWL)
g1.bind('xsd', XSD)
# custom namespace
g1.bind('privvuln', PRIVVULN)
g1.bind('privvulnv2', PRIVVULNV2)
g1.bind('sbuilding', SBUILDING)
nodes = json["nodes"]
links = json["links"]
namespace = json["namespace"]
M = Namespace(namespace)
g1.bind('m', M)
for node in nodes:
if "name" not in node and "type" not in node:
continue
subject = M[node["name"]]
g1.add((subject, RDF.type, rdflib.term.URIRef(node["type"])))
if "superType" in node and node["superType"] != "" and node[
"superType"] and node["superType"] != str(PRIVVULNV2.Context):
g1.add((subject, RDF.type, rdflib.term.URIRef(node["superType"])))
if "attributes" in node:
for attribute in node["attributes"]:
if "name" not in attribute and "value" not in attribute and "dataType" not in attribute:
continue
if attribute["dataType"] == "int" or attribute[
"dataType"] == "double" or attribute[
"dataType"] == "string":
if attribute["value"] != '' and attribute["value"] != None:
g1.add(
(subject,
rdflib.term.URIRef(
str(PRIVVULNV2) + attribute["name"]),
Literal(attribute["value"],
datatype=rdflib.term.URIRef(
str(XSD) + attribute["dataType"]))))
for link in links:
if "subject" not in link and "predicate" not in link and "object" not in link:
continue
g1.add((rdflib.term.URIRef(link["subject"]),
rdflib.term.URIRef(link["predicate"]),
rdflib.term.URIRef(link["object"])))
driver = Driver(debug_mode=True)
print("graph has %s statements." % len(g1))
g1, risk_results, graph = driver.run_with_output(g1)
print("graph has %s statements." % len(g1))
returnJson = {
'graph': str(graph.source),
'privacy_report': risk_results,
}
return returnJson
