public void RecordRpcStats()
{
var gameletData = new DeveloperLogEvent.Types.GameletData
{
Type = DeveloperLogEvent.Types.GameletData.Types.Type.GameletEdge
};
var rpcAction = actionRecorder.CreateToolAction(MetricActionType);
rpcAction.Record(delegate {
rpcAction.UpdateEvent(new DeveloperLogEvent {
GameletData = gameletData
});
(rpcAction as RpcRecorder).Record(FakeMethod, Status.DefaultSuccess, 1000);
});
var expectedRpcDetails = new GrpcServiceCallDetails
{
ServiceName = FakeServiceName,
ServiceMethod = FakeMethodName,
Status = new Status(StatusCode.OK, null),
RoundtripLatency = 1000 * 1000 // 1000ms in us
};
if (logEvent.GrpcCallDetails == null)
{
logEvent.GrpcCallDetails = new List <GrpcServiceCallDetails>();
}
logEvent.GrpcCallDetails.Add(expectedRpcDetails);
logEvent.GameletData = gameletData;
metrics.Received(1).RecordEvent(EventType, logEvent);
AssertTimerUsedCorrectly();
}
public async Task RecordAsyncSuccessAsync()
{
var gameletData = new DeveloperLogEvent.Types.GameletData
{
Type = DeveloperLogEvent.Types.GameletData.Types.Type.GameletEdge
};
var action = actionRecorder.CreateToolAction(MetricActionType);
await action.RecordAsync(Task.Run(() =>
{
action.UpdateEvent(new DeveloperLogEvent {
GameletData = gameletData
});
action.Record(FakeMethod, Status.DefaultSuccess, 1000);
}));
var expectedRpcDetails = new GrpcServiceCallDetails
{
ServiceName = FakeServiceName,
ServiceMethod = FakeMethodName,
Status = new Status(StatusCode.OK, null),
RoundtripLatency = 1000 * 1000 // 1000ms in us
};
logEvent.GrpcCallDetails.Add(expectedRpcDetails);
logEvent.GameletData = gameletData;
metrics.Received(1).RecordEvent(EventType, logEvent);
AssertTimerUsedCorrectly();
}
