function addServerCertificateToTrustedCertificateInDiscoveryServer(server, callback) {
const filename = server.certificateFile;
fs.existsSync(filename).should.eql(true);
const certificate = readCertificate(filename);
discovery_server.serverCertificateManager.trustCertificate(certificate, callback);
}
setTimeout(function () {
callback(null, {
process: server_exec,
pid_collected: pid_collected,
endpointUrl: "opc.tcp://" + os.hostname() + ":" + port + "/UA/SampleServer",
serverCertificate: crypto_utils.readCertificate(serverCertificateFilename)
});
}, 100);
// create a first channel (client1) with
function (callback) {
//xx console.log(" creating initial channel with some certificate");
const certificateFile1 = m("certificates/client_cert_2048.pem");
const privateKeyFile1 = m("certificates/client_key_2048.pem");
client1 = OPCUAClient.create({
certificateFile: certificateFile1,
privateKeyFile: privateKeyFile1,
securityMode: opcua.MessageSecurityMode.Sign,
securityPolicy: opcua.SecurityPolicy.Basic128Rsa15,
serverCertificate: serverCertificate
});
const certificate = readCertificate(certificateFile1);
test.server.serverCertificateManager.trustCertificate(certificate,callback);
},
// create a second channel (client2)
// with a different certificate ....
function (callback) {
// creating second channel with different credential
console.log(" creating second channel with different certificate");
const certificateFile2 = m("certificates/client_cert_3072.pem");
const privateKeyFile2 = m("certificates/client_key_3072.pem");
client2 = OPCUAClient.create({
certificateFile: certificateFile2,
privateKeyFile: privateKeyFile2,
securityMode: opcua.MessageSecurityMode.Sign,
securityPolicy: opcua.SecurityPolicy.Basic256,
serverCertificate: serverCertificate
});
const certificate = readCertificate(certificateFile2);
test.server.serverCertificateManager.trustCertificate(certificate,callback);
},