public TRes Sync(TReq request, RpcTimeouts timeouts = null)
{
AssertBound();
if (!Async)
{
AssertThreading();
}
var task = StartInternal(Lifetime.Eternal, request, SynchronousScheduler.Instance);
var stopwatch = new Stopwatch();
stopwatch.Start();
var timeoutsToUse = RpcTimeouts.GetRpcTimeouts(timeouts);
if (!task.Wait(timeoutsToUse.ErrorAwaitTime))
{
throw new TimeoutException($"Sync execution of rpc `{Location}` is timed out in {timeoutsToUse.ErrorAwaitTime.TotalMilliseconds} ms");
}
stopwatch.Stop();
var freezeTime = stopwatch.ElapsedMilliseconds;
if (freezeTime > timeoutsToUse.WarnAwaitTime.TotalMilliseconds)
{
Log.Root.Error("Sync execution of rpc `{0}` executed too long: {1} ms", Location, freezeTime);
}
return(task.Result.Value.Unwrap());
}
public static RpcTimeouts GetRpcTimeouts([CanBeNull] RpcTimeouts timeouts)
{
RpcTimeouts timeoutsToUse;
if (RespectRpcTimeouts)
{
timeoutsToUse = timeouts ?? Default;
}
else
{
timeoutsToUse = timeouts == null
? Maximal
: Max(timeouts, Maximal);
}
return(timeoutsToUse);
}
public static RpcTimeouts Max(RpcTimeouts x, RpcTimeouts y)
{
return(new RpcTimeouts(
x.WarnAwaitTime > y.WarnAwaitTime ? x.WarnAwaitTime : y.WarnAwaitTime,
x.ErrorAwaitTime > y.ErrorAwaitTime ? x.ErrorAwaitTime : y.ErrorAwaitTime));
}
public TRes Sync(TReq request, RpcTimeouts timeouts = null)
{
Assertion.AssertNotNull(myHandler, "myHandler != null");
return(myHandler(myBindLifetime, request).Result.Value.Unwrap());
}