public static AckImpl CreateAckFunction(TaskCompletionSource <StartMatchBackfillOutcome> future)
{
return(new AckImpl((ack, response) =>
{
log.DebugFormat("Got ack {0} with response {1}", ack, response);
if (null == ack)
{
future.TrySetResult(new StartMatchBackfillOutcome(new GameLiftError(GameLiftErrorType.SERVICE_CALL_FAILED)));
return;
}
var success = (bool)ack;
if (success)
{
var deserialized = JsonConvert.DeserializeObject <BackfillMatchmakingResponse>(response as string);
var translation = BackfillDataMapper.ParseFromBufferedBackfillMatchmakingResponse(deserialized);
future.TrySetResult(new StartMatchBackfillOutcome(translation));
}
else
{
future.TrySetResult(new StartMatchBackfillOutcome(new GameLiftError(GameLiftErrorType.SERVICE_CALL_FAILED)));
}
}));
}
AckImpl CreateAckFunction(TaskCompletionSource <StartMatchBackfillOutcome> future)
{
return(new AckImpl((ack, response) =>
{
log.DebugFormat("Got ack {0} with response {1}", ack, response);
if (null == ack)
{
future.TrySetResult(new StartMatchBackfillOutcome(new GameLiftError(GameLiftErrorType.SERVICE_CALL_FAILED)));
return;
}
var success = (bool)ack;
if (success)
{
var deserialized = Com.Amazon.Whitewater.Auxproxy.Pbuffer.BackfillMatchmakingResponse.Parser.ParseJson(response as string);
var translation = BackfillDataMapper.ParseFromBufferedBackfillMatchmakingResponse(deserialized);
future.TrySetResult(new StartMatchBackfillOutcome(translation));
}
else
{
SetFutureErrorResult(future, response);
}
}));
}
public async Task <GenericOutcome> StopMatchmaking(StopMatchBackfillRequest request)
{
var stopMatchmakingRequest = BackfillDataMapper.CreateBufferedStopMatchmakingRequest(request);
var response = await SendAsync(stopMatchmakingRequest).ConfigureAwait(false);
return(ParseHttpResponse(response));
}
public GenericOutcome StopMatchmaking(Aws.GameLift.Server.Model.StopMatchBackfillRequest request)
{
var translation = BackfillDataMapper.CreateBufferedStopMatchmakingRequest(request);
var future = new TaskCompletionSource <GenericOutcome>();
var ackFunction = CreateAckFunction(future);
return(EmitEvent(translation, ackFunction, future, STOP_MATCH_BACKFILL_ERROR));
}
public GenericOutcome StopMatchmaking(StopMatchBackfillRequest request)
{
log.DebugFormat("Stopping matchmaking backfill for ticket={0}", request.TicketId);
var stopMatchmaking = BackfillDataMapper.CreateBufferedStopMatchmakingRequest(request);
var future = new TaskCompletionSource <GenericOutcome>();
var ackFunction = CreateAckFunction(future);
return(EmitEvent(stopMatchmaking, ackFunction, future, STOP_MATCH_BACKFILL_ERROR));
}
public StartMatchBackfillOutcome BackfillMatchmaking(StartMatchBackfillRequest request)
{
log.DebugFormat("Backfilling matchmaking for ticket={0}", request.TicketId);
var backfillMatchmaking = BackfillDataMapper.CreateBufferedBackfillMatchmakingRequest(request);
var future = new TaskCompletionSource <StartMatchBackfillOutcome>();
var ackFunction = CreateAckFunction(future);
return(EmitEvent(backfillMatchmaking, ackFunction, future, START_MATCH_BACKFILL_ERROR));
}
public async Task <StartMatchBackfillOutcome> BackfillMatchmaking(StartMatchBackfillRequest request)
{
var body = BackfillDataMapper.CreateBufferedBackfillMatchmakingRequest(request);
var response = await SendAsync(body).ConfigureAwait(false);
if (response.IsSuccessStatusCode)
{
var deserialized = BackfillMatchmakingResponse.Parser.ParseJson(await response.Content.ReadAsStringAsync().ConfigureAwait(false));
var translation = BackfillDataMapper.ParseFromBufferedBackfillMatchmakingResponse(deserialized);
new StartMatchBackfillOutcome(translation);
}
return(new StartMatchBackfillOutcome(new GameLiftError(GameLiftErrorType.SERVICE_CALL_FAILED)));
}
