public async Task <object> GetEntityTypes()
{
var result = await _dbEntityRoot.Ask <object>(new GetEntityTypes());
return(result);
}
public async Task <object> GetAllProducts()
{
return(await _actor.Ask(new Messages.Products.GetAllProductsCommand()));
}
public void Anonymous()
{
Receive <AuthenticateConnection>(msg =>
{
if (client.Connected)
{
reader.ReadLineAsync().MapAsync(line => new UnauthenticatedClientRequest(JsonConvert.DeserializeObject <Request>(line)))
.PipeTo(Self, Self);
}
else
{
Stop();
}
});
Receive <UnauthenticatedClientRequest>(msg =>
{
var req = msg.Request;
switch (req.RequestType)
{
case RequestType.Login:
case RequestType.CreateAccount:
clients.Ask <AccountAuthenticationStatus>(new IsAuthenticated(req.ToTyped <Account>(), req.RequestType)).PipeTo(Self, Self);
break;
default:
SendResponse(new Response
{
ResponseType = ResponseType.InvalidCommand,
Payload =
"Invalid command - client has to be authenticated first via login or account creation"
});
accountName = null;
Become(Anonymous);
Self.Tell(new AuthenticateConnection());
break;
}
});
Receive <AccountAuthenticationStatus>(msg =>
{
switch (msg.Status)
{
case AuthenticationStatus.Authenticated:
SendResponse(new Response
{
ResponseType = ResponseType.AuthenticationFailure,
Payload = "Account " + msg.AccountInfo.AccountName + " is already connected and authenticated."
});
Stop();
return;
case AuthenticationStatus.NotAuthenticated:
switch (msg.RequestType)
{
case RequestType.Login:
accountVerification.Tell(msg.AccountInfo, Self);
break;
case
RequestType.CreateAccount:
accountCreation.Tell(msg.AccountInfo, Self);
break;
}
return;
}
});
Receive <AuthenticationSuccessful>(msg =>
{
SendResponse(new Response
{
ResponseType = ResponseType.ConnectionAccepted
});
accountName = msg.AccountName;
Become(Authenticated);
clients.Tell(new AddClient(msg.AccountName));
Self.Tell(new WaitForCommand());
});
Receive <AuthenticationFailed>(msg =>
{
SendResponse(new Response
{
ResponseType = ResponseType.AuthenticationFailure,
Payload = msg.Message
});
accountName = null;
Become(Anonymous);
Self.Tell(new AuthenticateConnection());
});
}
/// <summary>
/// TBD
/// </summary>
/// <param name="message">TBD</param>
/// <param name="timeout">TBD</param>
/// <returns>TBD</returns>
public override Task <object> Ask(object message, TimeSpan?timeout)
{
return(_actor.Ask(message, timeout));
}
public static async Task <ActorResultBuilder> Query(this ActorSelection actor, object message)
{
var answer = await actor.Ask(message);
return(new ActorResultBuilder(answer));
}
private void HandleTryInitializeChat(Messages.TryInitializeChat tryInitiailizeChatMsg)
{
_chatCoordinatorActor.Ask <Messages.StartChat>(new Messages.TryInitializeChat(tryInitiailizeChatMsg.From, tryInitiailizeChatMsg.To))
.PipeTo <Messages.StartChat>(Self);
}
public Task <ReplyUserFeedbacksMessage> AskUserFeedbackCollection()
{
return(_remotePersistenceActor.Ask <ReplyUserFeedbacksMessage>(new RequestUserFeedbacksMessage()));
}
// public static T SendSynchronousMessage<T>(IActorRef actorRef, object message, TimeSpan timeout)
// {
// ColoredConsole.LogSendSynchronousMessage(message.GetType().Name, message.ToString(), actorRef);
// return actorRef.Ask<T>(message, timeout).Result;
// }
public static T SendSynchronousMessage <T>(ActorSelection actorSelection, object message, TimeSpan timeout)
{
ColoredConsole.LogSendSynchronousMessage(message.GetType().Name, message.ToString(), actorSelection);
return(actorSelection.Ask <T>(message, timeout).Result);
}
public async Task <Guid> Create()
{
var result = await _akkaServer.Ask <Status>(new Create(Guid.NewGuid()));
return(result.To <Guid>());
}