private void KernelOnTcpIpRecv(TcpIpTraceData data)
{
if (_stopping)
{
return;
}
if (Program.bmobile == "true" && mobile || Program.bmobile == "false")
{
lock (_mCounters)
{
if (dicData.ContainsKey(data.ProcessName))
{
dicData[data.ProcessName].Received =
dicData[data.ProcessName].Received + data.size / 1024f / 1024f;
}
else
{
dicData.Add(data.ProcessName,
new Counters {
Received = data.size / 1024f / 1024f, Sent = 0
});
}
}
}
}
private void HandleTcpIpRev(TcpIpTraceData data)
{
if (data.ProcessID == pid)
{
traceOutput.Write(data.TimeStampRelativeMSec, data.ProcessID, data.ThreadID, data.EventName,
$"{data.daddr}:{data.dport} <- {data.saddr}:{data.sport} (0x{data.connid:X})");
}
}
private void HandleTcpIp(TcpIpTraceData data)
{
if (data.ProcessID == pid)
{
traceOutput.WriteLine($"{data.TimeStampRelativeMSec:0.0000} ({data.ProcessID}.{data.ThreadID}) {data.EventName} " +
$"{data.saddr}:{data.sport} -> {data.daddr}:{data.dport} (0x{data.connid:X})");
}
}
public void LogEvent(TcpIpTraceData data)
{
LogRow text = new LogRow();
_netWriter.WriteHeader(data, text);
text.Add(data.saddr.ToString());
text.Add(data.sport.ToString());
text.Add(data.daddr.ToString());
text.Add(data.dport.ToString());
_netWriter.WriteRow(text);
}
void ReceivePacketUpdateUI(TcpIpTraceData obj)
{
sizeReceived += obj.size;
++numReceived;
lblNumPacketsReceived.Text = numReceived.ToString();
lblSize.Text = sizeReceived.ToString();
textBox1.AppendText("RECEIVED: " +
"\tDest: " + obj.daddr.ToString() +
"\tSrc: " + obj.saddr.ToString() +
"\tSPort: " + obj.sport.ToString() +
"\tDPort: " + obj.dport.ToString() +
"\tSize: " + obj.size.ToString() +
"\tSeq: " + obj.seqnum.ToString() +
"\tProcess: " + obj.ProcessName +
"\tHash: " + obj.Dump(true, false) +
Environment.NewLine
);
this.Text = kernelsession.EventsLost.ToString();
}
private void Kernel_TcpIpRecv(TcpIpTraceData obj)
{
Invoke(new dlgReceivePacketUpdate(ReceivePacketUpdateUI), new object[] { obj });
}