public unsafe PacketCommunicatorReceiveResult ReceivePacket(out Packet packet)
{
this.AssertMode(PacketCommunicatorMode.Capture);
pcap_pkthdr *pcapPkthdrPtr1;
byte * numPtr;
PacketCommunicatorReceiveResult communicatorReceiveResult = this.RunPcapNextEx(&pcapPkthdrPtr1, &numPtr);
if (communicatorReceiveResult != PacketCommunicatorReceiveResult.Ok)
{
packet = (Packet)null;
return(communicatorReceiveResult);
}
IDataLink dataLink = (IDataLink) new PcapDataLink(\u003CModule\u003E.pcap_datalink(this._pcapDescriptor));
byte * unmanagedByteArray = numPtr;
pcap_pkthdr *pcapPkthdrPtr2 = pcapPkthdrPtr1;
DateTime dateTime = new DateTime();
PacketTimestamp.PcapTimestampToDateTime((timeval *)pcapPkthdrPtr1, out dateTime);
int offset = 0;
int count = *(int *)((IntPtr)pcapPkthdrPtr2 + 8L);
byte[] data = MarshalingServices.UnamangedToManagedByteArray(unmanagedByteArray, offset, count);
packet = new Packet(data, dateTime, dataLink);
return(PacketCommunicatorReceiveResult.Ok);
}
public static unsafe void GetPcapHeader(pcap_pkthdr *header, Packet packet)
{
PacketTimestamp.DateTimeToPcapTimestamp(packet.Timestamp, (timeval *)header);
*(int *)((IntPtr)header + 12L) = packet.Length;
*(int *)((IntPtr)header + 8L) = packet.Length;
}
static PacketTimestamp()
{
PacketTimestamp.Initialize();
}
internal unsafe PacketSampleStatistics(pcap_pkthdr *packetHeader, byte *packetData)
{
PacketTimestamp.PcapTimestampToDateTime((timeval *)packetHeader, out this._timestamp);
this._acceptedPackets = (uint)*(int *)packetData;
this._acceptedBytes = (uint)*(int *)(packetData + 8L);
}
