From e58f00e0f1d8f3bb314497ac5e43b259ae6eef71 Mon Sep 17 00:00:00 2001 From: KOSASIH Date: Sat, 3 Aug 2024 16:26:50 +0700 Subject: [PATCH] Create RegulatoryKnowledgeGraph.js --- .../RegulatoryKnowledgeGraph.js | 91 +++++++++++++++++++ 1 file changed, 91 insertions(+) create mode 100644 blockchain_integration/pi_network/PiComply/src/regulatory-knowledge-graph/RegulatoryKnowledgeGraph.js diff --git a/blockchain_integration/pi_network/PiComply/src/regulatory-knowledge-graph/RegulatoryKnowledgeGraph.js b/blockchain_integration/pi_network/PiComply/src/regulatory-knowledge-graph/RegulatoryKnowledgeGraph.js new file mode 100644 index 000000000..5c4b5b0b4 --- /dev/null +++ b/blockchain_integration/pi_network/PiComply/src/regulatory-knowledge-graph/RegulatoryKnowledgeGraph.js @@ -0,0 +1,91 @@ +import { GraphQLSchema } from "graphql"; +import { Neo4jDriver } from "neo4j-driver"; +import { RDFStore } from "rdf-store"; +import { Ontology } from "../ontology/Ontology"; +import { Reasoner } from "../reasoner/Reasoner"; + +class RegulatoryKnowledgeGraph { + constructor(neo4jDriver, rdfStore, ontology, reasoner) { + this.neo4jDriver = neo4jDriver; + this.rdfStore = rdfStore; + this.ontology = ontology; + this.reasoner = reasoner; + this.graphQLSchema = new GraphQLSchema({ + typeDefs: ` + type ComplianceRule { + id: ID! + description: String! + regulatoryText: String! + applicableTo: [String!]! + } + + type ComplianceResult { + id: ID! + ruleId: ID! + status: String! + data: String! + } + + type Query { + complianceRules: [ComplianceRule!]! + complianceResults(ruleId: ID!): [ComplianceResult!]! + } + `, + resolvers: { + Query: { + complianceRules: async () => { + const results = await this.neo4jDriver.cypher("MATCH (n:ComplianceRule) RETURN n"); + return results.records.map((record) => record.get("n").properties); + }, + complianceResults: async (parent, { ruleId }) => { + const results = await this.neo4jDriver.cypher("MATCH (n:ComplianceResult { ruleId: $ruleId }) RETURN n", { ruleId }); + return results.records.map((record) => record.get("n").properties); + }, + }, + }, + }); + } + + async init() { + // Initialize Neo4j driver + await this.neo4jDriver.init(); + + // Initialize RDF store + await this.rdfStore.init(); + + // Initialize ontology + await this.ontology.init(); + + // Initialize reasoner + await this.reasoner.init(); + } + + async addComplianceRule(rule) { + // Add compliance rule to Neo4j graph + await this.neo4jDriver.cypher("CREATE (n:ComplianceRule { id: $id, description: $description, regulatoryText: $regulatoryText, applicableTo: $applicableTo })", rule); + + // Add compliance rule to RDF store + await this.rdfStore.addTriple(rule.id, "http://example.com/ontology#description", rule.description); + await this.rdfStore.addTriple(rule.id, "http://example.com/ontology#regulatoryText", rule.regulatoryText); + await this.rdfStore.addTriple(rule.id, "http://example.com/ontology#applicableTo", rule.applicableTo); + + // Reason over the graph to infer new relationships + await this.reasoner.reason(); + } + + async addComplianceResult(result) { + // Add compliance result to Neo4j graph + await this.neo4jDriver.cypher("CREATE (n:ComplianceResult { id: $id, ruleId: $ruleId, status: $status, data: $data })", result); + + // Add compliance result to RDF store + await this.rdfStore.addTriple(result.id, "http://example.com/ontology#ruleId", result.ruleId); + await this.rdfStore.addTriple(result.id, "http://example.com/ontology#status", result.status); + await this.rdfStore.addTriple(result.id, "http://example.com/ontology#data", result.data); + } + + async queryGraphQL(query) { + return this.graphQLSchema.execute(query); + } +} + +export { RegulatoryKnowledgeGraph };