private static void StatisticsHandler(PacketSampleStatistics statistics)
{
DateTime currentTimestamp = statistics.Timestamp;
DateTime previousTimestamp = _lastTimestamp;
_lastTimestamp = currentTimestamp;
if (previousTimestamp == DateTime.MinValue)
{
return;
}
double delayInSeconds = (currentTimestamp - previousTimestamp).TotalSeconds;
double bitsPerSecond = statistics.AcceptedBytes * 8 / delayInSeconds;
double packetsPerSecond = statistics.AcceptedPackets / delayInSeconds;
MessageBox.Show(statistics.Timestamp + " BPS: " + bitsPerSecond + " PPS: " + packetsPerSecond);
// Print timestamp and samples
}
private static void StatisticsHandler(PacketSampleStatistics statistics)
{
// Current sample time
DateTime currentTimestamp = statistics.Timestamp;
// Previous sample time
DateTime previousTimestamp = _lastTimestamp;
// Set _lastTimestamp for the next iteration
_lastTimestamp = currentTimestamp;
// If there wasn't a previous sample than skip this iteration (it's the first iteration)
if (previousTimestamp == DateTime.MinValue)
return;
// Calculate the delay from the last sample
double delayInSeconds = (currentTimestamp - previousTimestamp).TotalSeconds;
// Calculate bits per second
double bitsPerSecond = statistics.AcceptedBytes * 8 / delayInSeconds;
// Calculate packets per second
double packetsPerSecond = statistics.AcceptedPackets / delayInSeconds;
// Print timestamp and samples
Console.WriteLine(statistics.Timestamp + " BPS: " + bitsPerSecond + " PPS: " + packetsPerSecond);
}
private static void StatisticsHandler(PacketSampleStatistics statistics)
{
// Current sample time
DateTime currentTimestamp = statistics.Timestamp;
// Previous sample time
DateTime previousTimestamp = _lastTimestamp;
// Set _lastTimestamp for the next iteration
_lastTimestamp = currentTimestamp;
// If there wasn't a previous sample than skip this iteration (it's the first iteration)
if (previousTimestamp == DateTime.MinValue)
{
return;
}
// Calculate the delay from the last sample
double delayInSeconds = (currentTimestamp - previousTimestamp).TotalSeconds;
// Calculate bits per second
double bitsPerSecond = statistics.AcceptedBytes * 8 / delayInSeconds;
// Calculate packets per second
double packetsPerSecond = statistics.AcceptedPackets / delayInSeconds;
// Print timestamp and samples
_tr.WriteLine(statistics.Timestamp + " BPS: " + bitsPerSecond + " PPS: " + packetsPerSecond);
//if (_wr.IsExecutionAborted())
// __communicator.Break();
}
