public static DhcpClientIdentifier CreateFromRaw(byte[] rawData)
{
var address = new HardwareAddress((HardwareAddressType)rawData[0],
rawData.Skip(1).ToArray());
return(new DhcpClientIdentifier(address));
}
public void RawAcknowledgePacket()
{
DHCPPacketBase p = DHCPPacketFactory.Read(RawData.Acknowledge);
Assert.IsType(typeof(DHCPPacketBootReply), p);
IPv4Address expectedClientIP = new IPv4Address(new byte[] { 0, 0, 0, 0 });
IPv4Address expectedYourIP = new IPv4Address(new byte[] { 192, 168, 0, 10 });
IPv4Address expectedServerIP = new IPv4Address(new byte[] { 0, 0, 0, 0 });
IPv4Address expectedRelayIP = new IPv4Address(new byte[] { 0, 0, 0, 0 });
Assert.True(EHardwareType.Ethernet == p.HardwareAddressType, "Address type wasn't Ethernet");
Assert.True(6 == p.HardwareAddressLength, "Address length wasn't 6");
Assert.True(0 == p.Hops, "Hops wasn't 0");
Assert.True((uint)0x3d1e == p.TransactionID, string.Format("Transaction id was '{0:x}'", p.TransactionID));
Assert.True(6 == p.HardwareAddressLength, "Address length wasn't 6");
Assert.True(0 == p.Seconds, "Seconds wasn't 0");
Assert.True(0 == p.Flags, "Flags wasn't 0");
Assert.Equal(expectedClientIP.ToString(), p.ClientAddress.ToString());
Assert.Equal(expectedYourIP.ToString(), p.YourAddress.ToString());
Assert.Equal(expectedServerIP.ToString(), p.ServerAddress.ToString());
Assert.Equal(expectedRelayIP.ToString(), p.RelayAgentAddress.ToString());
HardwareAddress expectedHardwareAddress =
new HardwareAddress(new MacAddress(new byte[] { 0x00, 0x0b, 0x82, 0x01, 0xfc, 0x42 }));
byte[] expectedMac = expectedHardwareAddress.Address;
byte[] actualMac = p.ClientHardwareAddress.Address;
for (int i = 0; i < expectedMac.Length; i++)
{
byte expected = expectedMac[i];
byte actual = actualMac[i];
Assert.True(
expected == actual,
string.Format(
"Expected: '0x{0:x2}', Actual: '0x{1:x2}' at offset {2}. Expected: {3} Actual: {4}",
(byte)expected,
(byte)actual,
i,
expectedHardwareAddress,
p.ClientHardwareAddress));
}
Assert.Equal(new byte[64], p.ServerHostName);
Assert.Equal(new byte[128], p.File);
}
public void Raw()
{
HardwareAddress ha = new HardwareAddress(new MacAddress(new byte[] { 00, 11, 22, 33, 44, 55 }));
IPv4Address expectedIP = new IPv4Address(new byte[] { 1, 2, 3, 4 });
DHCPPacketBase p = new DHCPPacketBootRequest()
{
HardwareAddressType = EHardwareType.Ethernet,
Hops = 99,
TransactionID = 0x12345678,
Seconds = 0xf00f,
Flags = 0,
ClientAddress = expectedIP,
YourAddress = expectedIP,
ServerAddress = expectedIP,
RelayAgentAddress = expectedIP,
ClientHardwareAddress = ha,
ServerHostName = new byte[64],
File = new byte[128],
};
p.Options = new List <Option>()
{
new OptionEnd()
};
Assert.Equal(EHardwareType.Ethernet, p.HardwareAddressType);
Assert.Equal(99, p.Hops);
Assert.Equal((uint)0x12345678, p.TransactionID);
Assert.Equal((ushort)0xf00f, p.Seconds);
Assert.Equal((ushort)0, p.Flags);
Assert.Equal(expectedIP.ToString(), p.ClientAddress.ToString());
Assert.Equal(expectedIP.ToString(), p.YourAddress.ToString());
Assert.Equal(expectedIP.ToString(), p.ServerAddress.ToString());
Assert.Equal(expectedIP.ToString(), p.RelayAgentAddress.ToString());
Assert.Equal(ha.Address, p.ClientHardwareAddress.Address);
Assert.Equal(new byte[64], p.ServerHostName);
Assert.Equal(new byte[128], p.File);
Assert.Equal(265, p.GetRawBytes().Length);
}
private void ReadInitialValues()
{
LowpanIdentity = new LowpanIdentity(wpanApi);
LowpanCredential = new LowpanCredential(wpanApi);
LowpanScanner = new LowpanScanner(wpanApi);
ncpVersion = wpanApi.GetPropNcpVersion();
protocolVersion = wpanApi.GetPropProtocolVersion();
interfaceType = (SpinelProtocolType)wpanApi.GetPropInterfaceType();
vendor = wpanApi.GetPropVendorId().ToString();
capabilities = wpanApi.GetPropCaps();
supportedChannels = wpanApi.GetPhyChanSupported();
networkInterfaceState = wpanApi.GetNetIfUp();
threadStackState = wpanApi.GetNetStackUp();
netRole = (SpinelNetRole)wpanApi.GetNetRole();
extendedAddress = new HardwareAddress(wpanApi.GetMac_15_4_Laddr().bytes);
hardwareAddress = new HardwareAddress(wpanApi.GetPropHwaddr().bytes);
ipAddresses = NetUtilities.SpinelIPtoSystemIP(wpanApi.GetIPv6AddressTable());
ipLinkLocal = new IPAddress(wpanApi.GetIPv6LLAddr().bytes);
ipMeshLocal = new IPAddress(wpanApi.GetIPv6MLAddr().bytes);
lastStatus = (SpinelStatus)wpanApi.GetPropLastStatus();
}
private void ReadInitialValues()
{
LowpanIdentity = new LowpanIdentity(wpanApi);
LowpanCredential = new LowpanCredential(wpanApi);
ncpVersion = wpanApi.DoNCPVersion();
protocolVersion = wpanApi.DoProtocolVersion();
interfaceType = (InterfaceType)wpanApi.DoInterfaceType();
vendor = wpanApi.DoVendor();
capabilities = wpanApi.DoCaps();
supportedChannels = wpanApi.DoChannels();
scanMask = wpanApi.DoChannelsMask();
networkInterfaceState = wpanApi.DoInterfaceConfig();
threadStackState = wpanApi.DoThread();
state = (State)wpanApi.DoState();
extendedAddress = new HardwareAddress(wpanApi.DoExtendedAddress().bytes);
hardwareAddress = new HardwareAddress(wpanApi.DoPhysicalAddress().bytes);
ipAddresses = NetUtilities.SpinelIPtoSystemIP(wpanApi.DoIPAddresses());
ipLinkLocal = new IPv6Address(wpanApi.DoIPLinkLocal64().bytes);
ipMeshLocal = new IPv6Address(wpanApi.DoIPMeshLocal64().bytes);
}
public DhcpClientIdentifier(HardwareAddress clientHardwareAddress)
{
ClientHardwareAddress = clientHardwareAddress;
}
