LNR-server-02-cascading-failure-scenario-simulatio

import json from dbfread import DBF def convert_DBFfile_to_JSONfile(json_input_path: str) -> str: json_input_path = json_input_path.strip().replace('"', '') with open(json_input_path, 'r') as file: data = json.load(file) infrastructure_information = data['infrastructure_information'] with open(infrastructure_information, 'r') as file: data = json.load(file) network_files = data['network_dbf_files'] all_network_data = {'nodes': [], 'edges': []} for network in network_files: points_file = network['points'] lines_file = network['lines'] # Read DBF points points_dbf = DBF(points_file, load=True) points_list = list(points_dbf) for row in points_list: coords = [row.get('X'), row.get('Y')] # Assume 'X' and 'Y' fields exist node_prop = { 'Code': row.get('Code'), 'Facility': row.get('Facility'), 'Service Area': row.get('SA'), 'Location': row.get('location'), 'Demands': row.get('Demands'), 'Coordinates': coords, 'Infrastructure Type': row.get('IT') } all_network_data['nodes'].append(node_prop) # Read DBF lines lines_dbf = DBF(lines_file, load=True) lines_list = list(lines_dbf) for row in lines_list: edge_prop = { 'Code': row.get('Code'), 'Start': row.get('Start_node'), 'End': row.get('End_node'), 'Infrastructure Type': row.get('IT') } all_network_data['edges'].append(edge_prop) output_json_path = 'infrastructure_networks.json' with open(output_json_path, 'w') as outfile: json.dump(all_network_data, outfile, indent=4) with open(json_input_path, 'r') as file: global_data = json.load(file) global_data['infrastructure_networks'] = output_json_path with open(json_input_path, 'w') as file: json.dump(global_data, file, indent=4) return "The path to infrastructure_networks has been saved in Global_data.json"