public void SecureClientClearsPoolWhenAllConnectionsCorrupt()
{
var pool = new ConnectionPool<ServiceEndPoint, IConnection>();
var stream = Substitute.For<IMessageExchangeStream>();
stream.When(x => x.IdentifyAsClient()).Do(x => { throw new ConnectionInitializationFailedException(""); });
for (int i = 0; i < SecureClient.RetryCountLimit; i++)
{
var connection = Substitute.For<IConnection>();
connection.Protocol.Returns(new MessageExchangeProtocol(stream));
pool.Return(endpoint, connection);
}
var request = new RequestMessage
{
Destination = endpoint,
ServiceName = "IEchoService",
MethodName = "SayHello",
Params = new object[] { "Fred" }
};
var secureClient = new SecureClient(endpoint, Certificates.Octopus, log, pool);
ResponseMessage response = null;
secureClient.ExecuteTransaction((mep) => response = mep.ExchangeAsClient(request));
// The pool should be cleared after the second failure
stream.Received(2).IdentifyAsClient();
// And a new valid connection should then be made
Assert.AreEqual("Fred...", response.Result);
}
public PollingClient(Uri subscription, SecureClient secureClient, Func <RequestMessage, ResponseMessage> handleIncomingRequest)
{
this.subscription = subscription;
this.secureClient = secureClient;
this.handleIncomingRequest = handleIncomingRequest;
thread = new Thread(ExecutePollingLoop);
thread.Name = "Polling client for " + secureClient.ServiceEndpoint + " for subscription " + subscription;
thread.IsBackground = true;
}
public PollingClient(Uri subscription, SecureClient secureClient, Func<RequestMessage, ResponseMessage> handleIncomingRequest)
{
this.subscription = subscription;
this.secureClient = secureClient;
this.handleIncomingRequest = handleIncomingRequest;
thread = new Thread(ExecutePollingLoop);
thread.Name = "Polling client for " + secureClient.ServiceEndpoint + " for subscription " + subscription;
thread.IsBackground = true;
}