public void LogApplicationError(Exception e, RequestInfo req)
{
ApplicationError = e;
RequestInfo = req;
}
public void LogConnectionClosedAbruptly(Socket s, RequestInfo req)
{
if (string.IsNullOrEmpty(req.RelativePath))
ConnectionClosedAbruptlyWithoutUrl = true;
RequestInfo = req;
}
public void LogConnectionEndedNormally(Socket s, RequestInfo req)
{
foreach (var logger in Loggers)
logger.LogConnectionEndedNormally(s, req);
}
public void LogConnectionEndedNormally(Socket s, RequestInfo req)
{
ConnectionClosedNormally = true;
RequestInfo = req;
}
public void LogConnectionClosedAbruptly(Socket s, RequestInfo req)
{
foreach (var logger in Loggers)
logger.LogConnectionClosedAbruptly(s, req);
}
public void LogApplicationError(Exception e, RequestInfo req)
{
foreach (var logger in Loggers)
logger.LogApplicationError(e, req);
}
public void LogConnectionEndedNormally(Socket s, RequestInfo req)
{
try
{
var now = Now;
TimeSpan requestTime;
lock (connectionReceivedLock)
{
ConcurrentConnectionsNow--;
// Stop the watch
requestTime = StopConnectionTimer(s);
}
if (req.ResponseStatusCode != 200 && req.ResponseStatusCode != 301)
return;
// Look for the times with our method
// We could do with a global lock here, but that just sounds so bad.
// Instead, we try to avoid a global lock as much as possible, and count on another method
// to give us a finer grained lock.
LinkedList<RequestTimes> timesForEndpoint;
lock (CreateAndReturnRelativePathLock(req.RelativePath, out timesForEndpoint))
{
var verbTimes = timesForEndpoint.FirstOrDefault(t => t.HttpMethod == req.HttpMethod);
if (verbTimes == null)
{
// First request to this endpoint with this method. Add it.
verbTimes = new RequestTimes(req.HttpMethod, req.RelativePath, requestTime);
timesForEndpoint.AddLast(verbTimes);
}
else
{
// Just update the times
if (verbTimes.MinimumTime > requestTime)
verbTimes.MinimumTime = requestTime;
if (verbTimes.MaximumTime < requestTime)
verbTimes.MaximumTime = requestTime;
verbTimes.AverageTime = new TimeSpan((verbTimes.NumRequests * verbTimes.AverageTime.Ticks + requestTime.Ticks) / (verbTimes.NumRequests + 1));
verbTimes.NumRequests++;
}
}
}
catch
{
}
}
public void LogConnectionClosedAbruptly(Socket s, RequestInfo req)
{
try
{
StopConnectionTimer(s);
lock (abruptClosingLock)
{
AbruptConnectionCloses++;
}
}
catch
{
}
}
public void LogApplicationError(Exception e, RequestInfo req)
{
lock (applicationErrorsLock)
{
ApplicationErrors.AddLast(new ApplicationError(req.HttpMethod, req.RelativePath, e));
}
}
