void ping_PingReply(Metro.NetworkLayer.IpV4.IpV4Packet ipHeader, Metro.TransportLayer.Icmp.IcmpPacket icmpHeader, int roundTripTime)
{
lock (threadLocker)
{
PingUpdate pu = new PingUpdate();
pu.ipHeader = ipHeader;
pu.icmpHeader = icmpHeader;
pu.RoundTripTime = roundTripTime;
pu.dateReceived = DateTime.Now;
PingList.Add(pu);
pingReady = true;
this.Invoke(mivPing);
}
}
void ping_PingTimeout()
{
lock (threadLocker)
{
ping.CancelPing();
PingUpdate pu = new PingUpdate();
pu.ipHeader = null;
pu.icmpHeader = null;
pu.RoundTripTime = 0;
PingList.Add(pu);
this.Invoke(mivPing);
pingReady = true;
}
}
void ping_PingTimeout()
{
lock(threadLocker)
{
ping.CancelPing();
PingUpdate pu = new PingUpdate();
pu.ipHeader = null;
pu.icmpHeader = null;
pu.RoundTripTime = 0;
PingList.Add(pu);
this.Invoke(mivPing);
pingReady = true;
}
}
void ping_PingReply(Metro.NetworkLayer.IpV4.IpV4Packet ipHeader, Metro.TransportLayer.Icmp.IcmpPacket icmpHeader, int roundTripTime)
{
lock(threadLocker)
{
PingUpdate pu = new PingUpdate();
pu.ipHeader = ipHeader;
pu.icmpHeader = icmpHeader;
pu.RoundTripTime = roundTripTime;
pu.dateReceived = DateTime.Now;
PingList.Add(pu);
pingReady = true;
this.Invoke(mivPing);
}
}