// When the REMOTE side receives a quote request over chat (maybe from
// LOCAL side subscribing to T42.RFQ.QuoteInquiryStream),
// REMOTE side calls T42.RFQ.SendQuoteResponse to send a
// response back.
// Server calls Bridge to send response over chat
private void SendQuoteResponseMethodHandler(
IServerMethod method,
IMethodInvocationContext invocationContext,
IInstance caller,
IServerMethodResultBuilder resultBuilder,
Action <IServerMethodResult> asyncResponseCallback,
object cookie)
{
var args = invocationContext.Arguments.ToDictionary(cv => cv.Name, cv => cv);
var quantity = args.ContainsKey("quantity") ? (double?)args.SafeGetDouble("quantity") : null;
bridge_.SendQuoteInquiryResponse(
new RfqQuoteInquiryResponse(
RfqResponseType.Quote,
args.TryGetString("responseMessage"),
args["requestId"].Value.AsString,
args["requestParty"].Value.AsString,
args["counterParty"].Value.AsString,
args.TryGetString("productName"),
null,
quantity,
args.SafeGetDouble("price")));
asyncResponseCallback(resultBuilder.Build());
}
static void Main(string[] args)
{
Glue42 glue42 = null;
var initializeOptions = new InitializeOptions()
{
ApplicationName = "Hello Glue42 Interop",
InitializeTimeout = TimeSpan.FromSeconds(5)
};
Glue42.InitializeGlue(initializeOptions)
.ContinueWith((glue) =>
{
//unable to register glue
if (glue.Status == TaskStatus.Faulted)
{
Log("Unable to initialize Glue42");
return;
}
glue42 = glue.Result;
// subscribe to interop connection status event
glue42.Interop.ConnectionStatusChanged += InteropOnConnectionStatusChanged;
// Register synchronous calling endpoint, called HelloGlue.
// we could use the serverEndpoint returned by this method to later unregister it by calling glue.Interop.UnregisterEndpoint
IServerMethod serverEndpoint = glue42.Interop.RegisterSynchronousEndpoint(mdb => mdb.SetMethodName("HelloGlue"), OnHelloWorldInvoked);
Log($"Registered endpoint called {serverEndpoint.Definition.Name}");
Log("Initialized Glue.");
});
string input;
// start the main loop, take console inputs until '!q' is passed.
// send each line as an invocation argument, if not empty
while (!string.Equals(input = Console.ReadLine(), "!q", StringComparison.CurrentCultureIgnoreCase))
{
if (glue42 == null)
{
return;
}
InteropSendOperation(glue42, input);
}
}
private static IServerMethodResult OnHelloWorldInvoked(
IServerMethod method,
IMethodInvocationContext invocationContext,
IInstance caller,
IServerMethodResultBuilder resultBuilder,
object cookie)
{
Log($"{caller.ApplicationName} said hello with these arguments: {{{invocationContext.Arguments.AsString()}}}");
// let's simulate a problem on the implementation side
if (++invocationIndex_ % 3 == 0)
{
throw new Exception("Oops! Something happened!");
}
// return empty (void) result.
return(resultBuilder.Build());
}
// When the REMOTE side receives a comment from LOCAL side over chat
// (maybe by LOCAL side calling T42.RFQ.SendCommentToCounterParty)
// Server sends comment using Bridge, and
// on the REMOTE side Server pushes comment to T42.RFQ.RequestPartyCommentStream
// When the REMOTE side replies back by calling T42.RFQ.SendCommentToRequestParty
// Server calls Bridge to send comment back over the chat and
// on the LOCAL side pushes comment to T42.RFQ.CounterPartyCommentStream
private void SendCommentToRequestPartyMethodHandler(
IServerMethod method,
IMethodInvocationContext invocationContext,
IInstance caller,
IServerMethodResultBuilder resultBuilder,
Action <IServerMethodResult> asyncResponseCallback,
object cookie)
{
var args = invocationContext.Arguments.ToDictionary(cv => cv.Name, cv => cv);
bridge_.SendCommentToRequestParty(
new RfqComment(
args.TryGetString("requestId"),
args["requestParty"].Value.AsString,
args["counterParty"].Value.AsString,
args.TryGetString("productName"),
args["comment"].Value.AsString));
asyncResponseCallback(resultBuilder.Build());
}
