public async Task ClusterOneTimeSetUp()
{
// create remote client and cluster
RcClient = await ConnectToRemoteControllerAsync().CfAwait();
RcCluster = await RcClient.CreateClusterAsync(RcClusterConfiguration).CfAwait();
}
protected async ValueTask <IHazelcastClient> StartClientAsync(string serverXml, bool enableSsl, bool?validateCertificateChain,
bool?validateCertificateName, bool?checkCertificateRevocation, string certSubjectName, byte[] clientCertificate,
string certPassword, bool failFast = false)
{
RcCluster = await RcClient.CreateClusterAsync(serverXml);
RcMember = await RcClient.StartMemberAsync(RcCluster);
var options = HazelcastOptions.Build();
options.Networking.Addresses.Clear();
//options.Networking.Addresses.Add("localhost:5701");
options.Networking.Addresses.Add("127.0.0.1:5701");
((IClusterOptions)options).ClusterName = RcCluster.Id;
options.LoggerFactory.Creator = () => LoggerFactory;
var sslOptions = options.Networking.Ssl;
sslOptions.Enabled = enableSsl;
sslOptions.ValidateCertificateChain = validateCertificateChain ?? sslOptions.ValidateCertificateChain;
sslOptions.ValidateCertificateName = validateCertificateName ?? sslOptions.ValidateCertificateName;
sslOptions.CertificateName = certSubjectName ?? sslOptions.CertificateName;
sslOptions.CheckCertificateRevocation = checkCertificateRevocation ?? sslOptions.CheckCertificateRevocation;
if (failFast)
{
// default value is 20s but if we know we are going to fail, no point trying again and again
options.Networking.ConnectionRetry.ClusterConnectionTimeoutMilliseconds = 2_000;
}
if (enableSsl && clientCertificate != null)
{
var certFilePath = CreateTmpFile(clientCertificate);
sslOptions.CertificatePath = certFilePath;
if (certPassword != null)
{
sslOptions.CertificatePassword = certPassword;
}
}
return(await HazelcastClientFactory.StartNewClientAsync(options));
}
