private void HandleResult(ThrottlingRpcResult rpcResult, long requestStartTime, long requestCompletionTime, ThrottlingRpcClient client)
{
long msecInterval = ThrottlingRpcClientImpl.GetMsecInterval(requestStartTime, requestCompletionTime);
if (rpcResult != ThrottlingRpcResult.Failed && msecInterval <= 5000L)
{
this.HandleSuccessfulResponse();
}
else if (rpcResult != ThrottlingRpcResult.Failed)
{
ThrottlingRpcClientImpl.tracer.TraceError <string, long>(0L, "RPC request to mailbox server {0} took {1} milliseconds and treated as failed", this.serverName, msecInterval);
ThrottlingRpcClientImpl.EventLogger.LogEvent(ThrottlingClientEventLogConstants.Tuple_RpcRequestTimedout, this.serverName, new object[]
{
this.serverName,
msecInterval
});
this.HandleFailure(requestCompletionTime, null);
}
else
{
this.HandleFailure(requestCompletionTime, client);
}
ThrottlingRpcClientImpl.Unref(client);
this.perfCounters.AddRequestStatus(rpcResult, msecInterval);
}
private bool ShouldBypassRpc()
{
if (this.failureCount >= 2)
{
long msecInterval = ThrottlingRpcClientImpl.GetMsecInterval(this.lastFailureTime, Stopwatch.GetTimestamp());
if (msecInterval < 60000L)
{
ThrottlingRpcClientImpl.EventLogger.LogEvent(ThrottlingClientEventLogConstants.Tuple_RpcRequestBypassed, this.serverName, new object[]
{
this.serverName,
this.failureCount,
TimeSpan.FromMilliseconds((double)msecInterval)
});
return(true);
}
}
return(false);
}