public virtual void testPshAckPacketHeaderValues()
{
assertEquals(Packets.IPProtocols_Fields.TCP, _pshAck.IPProtocol);
assertEquals(Packets.IPProtocols_Fields.TCP, _pshAck.Protocol);
assertEquals("IP Checksum mismatch, should be 0x38a2, but is " + System.Convert.ToString(_pshAck.IPChecksum, 16), 0x38a2, _pshAck.IPChecksum);
assertEquals("(IP) Checksum mismatch, should be 0x38a2, but is " + System.Convert.ToString(_pshAck.Checksum, 16), 0x38a2, _pshAck.Checksum);
IPPacket.TestProbe probe = new Packets.IPPacket.TestProbe(_pshAck);
assertTrue("Computed IP checksum mismatch, should be " + System.Convert.ToString(_pshAck.IPChecksum, 16) + ", but is " + System.Convert.ToString(probe.ComputedSenderIPChecksum, 16) + ", (" + System.Convert.ToString(probe.ComputedReceiverIPChecksum, 16) + ")", _pshAck.ValidChecksum);
assertEquals("Version mismatch, should be " + Packets.IPVersions_Fields.IPV4 + ", but is " + _pshAck.Version, Packets.IPVersions_Fields.IPV4, _pshAck.Version);
assertEquals("TOS incorrect, should be 0, but is " + _pshAck.TypeOfService, 0, _pshAck.TypeOfService);
assertEquals("Length incorrect, should be 62, but is " + _pshAck.Length, 62, _pshAck.Length);
assertEquals("ID incorrect, should be 0x8708, but is " + _pshAck.Id, 0x8708, _pshAck.Id);
assertEquals("Fragment flags incorrect, should be 0, but are " + _pshAck.FragmentFlags, 2, _pshAck.FragmentFlags);
assertEquals("Fragment offset incorrect, should be 0, but is " + _pshAck.FragmentOffset, 0, _pshAck.FragmentOffset);
assertEquals("Time-to-live incorrect, should be 63, but is " + _pshAck.TimeToLive, 63, _pshAck.TimeToLive);
}
public static void MyTest1()
{
byte[] SYN_ACK_PACKET = new byte[] { (byte)(0x00), (byte)(0x10), (byte)(0x7b), (byte)(0x38), (byte)(0x46), (byte)(0x33), (byte)(0x08), (byte)(0x00), (byte)(0x20), (byte)(0x89), (byte)(0xa5), (byte)(0x9f), (byte)(0x08), (byte)(0x00), (byte)(0x45), (byte)(0x00), (byte)(0x00), (byte)(0x2c), (byte)(0x93), (byte)(0x83), (byte)(0x40), (byte)(0x00), (byte)(0xff), (byte)(0x06), (byte)(0x6c), (byte)(0x38), (byte)(0xac), (byte)(0x10), (byte)(0x70), (byte)(0x32), (byte)(0x87), (byte)(0x0d), (byte)(0xd8), (byte)(0xbf), (byte)(0x00), (byte)(0x19), (byte)(0x50), (byte)(0x49), (byte)(0x78), (byte)(0xbe), (byte)(0xe0), (byte)(0xa7), (byte)(0x9f), (byte)(0x3a), (byte)(0xb4), (byte)(0x03), (byte)(0x60), (byte)(0x12), (byte)(0x22), (byte)(0x38), (byte)(0xfc), (byte)(0xc7), (byte)(0x00), (byte)(0x00), (byte)(0x02), (byte)(0x04), (byte)(0x05), (byte)(0xb4), (byte)(0x70), (byte)(0x6c) };
byte[] PSH_ACK_PACKET = new byte[] { (byte)(0x08), (byte)(0x00), (byte)(0x20), (byte)(0x89), (byte)(0xa5), (byte)(0x9f), (byte)(0x00), (byte)(0x10), (byte)(0x7b), (byte)(0x38), (byte)(0x46), (byte)(0x33), (byte)(0x08), (byte)(0x00), (byte)(0x45), (byte)(0x00), (byte)(0x00), (byte)(0x3e), (byte)(0x87), (byte)(0x08), (byte)(0x40), (byte)(0x00), (byte)(0x3f), (byte)(0x06), (byte)(0x38), (byte)(0xa2), (byte)(0x87), (byte)(0x0d), (byte)(0xd8), (byte)(0xbf), (byte)(0xac), (byte)(0x10), (byte)(0x70), (byte)(0x32), (byte)(0x50), (byte)(0x49), (byte)(0x00), (byte)(0x19), (byte)(0x9f), (byte)(0x3a), (byte)(0xb4), (byte)(0x03), (byte)(0x78), (byte)(0xbe), (byte)(0xe0), (byte)(0xf8), (byte)(0x50), (byte)(0x18), (byte)(0x7d), (byte)(0x78), (byte)(0x86), (byte)(0xf0), (byte)(0x00), (byte)(0x00), (byte)(0x45), (byte)(0x48), (byte)(0x4c), (byte)(0x4f), (byte)(0x20), (byte)(0x61), (byte)(0x6c), (byte)(0x70), (byte)(0x68), (byte)(0x61), (byte)(0x2e), (byte)(0x61), (byte)(0x70), (byte)(0x70), (byte)(0x6c), (byte)(0x65), (byte)(0x2e), (byte)(0x65), (byte)(0x64), (byte)(0x75), (byte)(0x0d), (byte)(0x0a) };
// get link layer length
int linkLayerLen = LinkLayer.getLinkLayerLength(Packets.LinkLayers.EN10MB);
// create syn-ack packet
IPPacket _synAck = new IPPacket(linkLayerLen, SYN_ACK_PACKET);
// create psh-ack packet
IPPacket _pshAck = new IPPacket(linkLayerLen, PSH_ACK_PACKET);
// create packet with random garbage
byte[] badBytes = new byte[SYN_ACK_PACKET.Length];
(new System.Random()).NextBytes((badBytes));
IPPacket _baddie = new IPPacket(linkLayerLen, badBytes);
IPPacket.TestProbe probe = new Packets.IPPacket.TestProbe(_synAck);
Console.WriteLine("Computed IP checksum mismatch, should be " + System.Convert.ToString(_synAck.IPChecksum, 16) + ", but is " + System.Convert.ToString(probe.ComputedSenderIPChecksum, 16) + ", (" + System.Convert.ToString(probe.ComputedReceiverIPChecksum, 16) + ") ---- {0}", _synAck.ValidChecksum);
Console.WriteLine("From: {0}, To:{1}", _synAck.SourceAddress, _synAck.DestinationAddress);
}
public static void MyTest1()
{
byte[] SYN_ACK_PACKET = new byte[]{(byte) (0x00), (byte) (0x10), (byte) (0x7b), (byte) (0x38), (byte) (0x46), (byte) (0x33), (byte) (0x08), (byte) (0x00), (byte) (0x20), (byte) (0x89), (byte) (0xa5), (byte) (0x9f), (byte) (0x08), (byte) (0x00), (byte) (0x45), (byte) (0x00), (byte) (0x00), (byte) (0x2c), (byte) (0x93), (byte) (0x83), (byte) (0x40), (byte) (0x00), (byte) (0xff), (byte) (0x06), (byte) (0x6c), (byte) (0x38), (byte) (0xac), (byte) (0x10), (byte) (0x70), (byte) (0x32), (byte) (0x87), (byte) (0x0d), (byte) (0xd8), (byte) (0xbf), (byte) (0x00), (byte) (0x19), (byte) (0x50), (byte) (0x49), (byte) (0x78), (byte) (0xbe), (byte) (0xe0), (byte) (0xa7), (byte) (0x9f), (byte) (0x3a), (byte) (0xb4), (byte) (0x03), (byte) (0x60), (byte) (0x12), (byte) (0x22), (byte) (0x38), (byte) (0xfc), (byte) (0xc7), (byte) (0x00), (byte) (0x00), (byte) (0x02), (byte) (0x04), (byte) (0x05), (byte) (0xb4), (byte) (0x70), (byte) (0x6c)};
byte[] PSH_ACK_PACKET = new byte[]{(byte) (0x08), (byte) (0x00), (byte) (0x20), (byte) (0x89), (byte) (0xa5), (byte) (0x9f), (byte) (0x00), (byte) (0x10), (byte) (0x7b), (byte) (0x38), (byte) (0x46), (byte) (0x33), (byte) (0x08), (byte) (0x00), (byte) (0x45), (byte) (0x00), (byte) (0x00), (byte) (0x3e), (byte) (0x87), (byte) (0x08), (byte) (0x40), (byte) (0x00), (byte) (0x3f), (byte) (0x06), (byte) (0x38), (byte) (0xa2), (byte) (0x87), (byte) (0x0d), (byte) (0xd8), (byte) (0xbf), (byte) (0xac), (byte) (0x10), (byte) (0x70), (byte) (0x32), (byte) (0x50), (byte) (0x49), (byte) (0x00), (byte) (0x19), (byte) (0x9f), (byte) (0x3a), (byte) (0xb4), (byte) (0x03), (byte) (0x78), (byte) (0xbe), (byte) (0xe0), (byte) (0xf8), (byte) (0x50), (byte) (0x18), (byte) (0x7d), (byte) (0x78), (byte) (0x86), (byte) (0xf0), (byte) (0x00), (byte) (0x00), (byte) (0x45), (byte) (0x48), (byte) (0x4c), (byte) (0x4f), (byte) (0x20), (byte) (0x61), (byte) (0x6c), (byte) (0x70), (byte) (0x68), (byte) (0x61), (byte) (0x2e), (byte) (0x61), (byte) (0x70), (byte) (0x70), (byte) (0x6c), (byte) (0x65), (byte) (0x2e), (byte) (0x65), (byte) (0x64), (byte) (0x75), (byte) (0x0d), (byte) (0x0a)};
// get link layer length
int linkLayerLen = LinkLayer.getLinkLayerLength(Packets.LinkLayers.EN10MB);
// create syn-ack packet
IPPacket _synAck = new IPPacket(linkLayerLen, SYN_ACK_PACKET);
// create psh-ack packet
IPPacket _pshAck = new IPPacket(linkLayerLen, PSH_ACK_PACKET);
// create packet with random garbage
byte[] badBytes = new byte[SYN_ACK_PACKET.Length];
(new System.Random()).NextBytes((badBytes));
IPPacket _baddie = new IPPacket(linkLayerLen, badBytes);
IPPacket.TestProbe probe = new Packets.IPPacket.TestProbe(_synAck);
Console.WriteLine("Computed IP checksum mismatch, should be " + System.Convert.ToString(_synAck.IPChecksum, 16) + ", but is " + System.Convert.ToString(probe.ComputedSenderIPChecksum, 16) + ", (" + System.Convert.ToString(probe.ComputedReceiverIPChecksum, 16) + ") ---- {0}", _synAck.ValidChecksum);
Console.WriteLine("From: {0}, To:{1}", _synAck.SourceAddress, _synAck.DestinationAddress);
}
public virtual void testPshAckPacketHeaderValues()
{
assertEquals(Packets.IPProtocols_Fields.TCP, _pshAck.IPProtocol);
assertEquals(Packets.IPProtocols_Fields.TCP, _pshAck.Protocol);
assertEquals("IP Checksum mismatch, should be 0x38a2, but is " + System.Convert.ToString(_pshAck.IPChecksum, 16), 0x38a2, _pshAck.IPChecksum);
assertEquals("(IP) Checksum mismatch, should be 0x38a2, but is " + System.Convert.ToString(_pshAck.Checksum, 16), 0x38a2, _pshAck.Checksum);
IPPacket.TestProbe probe = new Packets.IPPacket.TestProbe(_pshAck);
assertTrue("Computed IP checksum mismatch, should be " + System.Convert.ToString(_pshAck.IPChecksum, 16) + ", but is " + System.Convert.ToString(probe.ComputedSenderIPChecksum, 16) + ", (" + System.Convert.ToString(probe.ComputedReceiverIPChecksum, 16) + ")", _pshAck.ValidChecksum);
assertEquals("Version mismatch, should be " + Packets.IPVersions_Fields.IPV4 + ", but is " + _pshAck.Version, Packets.IPVersions_Fields.IPV4, _pshAck.Version);
assertEquals("TOS incorrect, should be 0, but is " + _pshAck.TypeOfService, 0, _pshAck.TypeOfService);
assertEquals("Length incorrect, should be 62, but is " + _pshAck.Length, 62, _pshAck.Length);
assertEquals("ID incorrect, should be 0x8708, but is " + _pshAck.Id, 0x8708, _pshAck.Id);
assertEquals("Fragment flags incorrect, should be 0, but are " + _pshAck.FragmentFlags, 2, _pshAck.FragmentFlags);
assertEquals("Fragment offset incorrect, should be 0, but is " + _pshAck.FragmentOffset, 0, _pshAck.FragmentOffset);
assertEquals("Time-to-live incorrect, should be 63, but is " + _pshAck.TimeToLive, 63, _pshAck.TimeToLive);
}
