private void NewAdapter_Click(object sender, RoutedEventArgs e)
{
MAC m;
do
{
m = MAC.Random();
} while (network.TakenMacAddresses.Contains(m));
sys.NetworkInterfaces.Add(m, new Adapter(m, sys.ID));
network.TakenMacAddresses.Add(m);
UpdateView();
}
public void ToBytesAndBack1()
{
Optionlist ol = new Optionlist();
ol.Add(new DHCPOption(Tag.dhcpServerID, IP.Broadcast.ToBytes()));
ol.Add(new DHCPOption(Tag.router, IP.Broadcast.ToBytes()));
ol.Add(new DHCPOption(Tag.subnetmask, IP.Zero.ToBytes()));
ol.Add(new DHCPOption(Tag.domainserver, IP.Broadcast.ToBytes()));
DHCPDatagram DHCP1 = new DHCPDatagram(1, 78974564, 1, 10, 0, 0, true, IP.Broadcast, null, null, null, MAC.Random(), ol);
UDPHeader UDP1 = new UDPHeader(100, 101, DHCP1.ToBytes());
IPv4Header ipv41 = new IPv4Header(1, false, false, 30, IPv4Header.ProtocolType.UDP, IP.Zero, IP.Broadcast, new byte[0], UDP1.ToBytes());
byte[] Bytes = ipv41.ToBytes();
IPv4Header ipv42 = new IPv4Header(Bytes);
UDPHeader UDP2 = new UDPHeader(ipv42.Datagram);
DHCPDatagram DHCP2 = new DHCPDatagram(UDP2.Datagram);
Assert.Equal(ipv41.ToBytes(), ipv42.ToBytes());
Assert.Equal(UDP1.ToBytes(), UDP2.ToBytes());
Assert.Equal(DHCP1.ToBytes(), DHCP2.ToBytes());
}