singrdk/base/Services/NetStack/Protocol/DhcpOptions.cs

1441 lines
44 KiB
C#

///////////////////////////////////////////////////////////////////////////////
//
// Microsoft Research Singularity
//
// Copyright (c) Microsoft Corporation. All rights reserved.
//
// File: DhcpOptions.cs
//
// Note: Partial RFC1533 implementation.
//
using NetStack.Common;
using System;
using System.Collections;
using System.Net.IP;
using Drivers.Net;
namespace NetStack.Protocols
{
public interface IDhcpOption
{
byte OptionCode { get; }
int PayloadLength { get; }
int Pack(byte[]! dstBuffer, ref int offset);
}
public class InvalidDhcpOptionLength : SystemException
{
public InvalidDhcpOptionLength()
: base()
{
}
public InvalidDhcpOptionLength(String message)
: base(message)
{
}
public InvalidDhcpOptionLength(String message,
Exception innerException)
: base(message, innerException)
{
}
public InvalidDhcpOptionLength(String format, params object [] args)
: base (String.Format(format, args))
{
}
}
public class DhcpIPv4Option : IDhcpOption
{
private byte option;
private IPv4 address;
private const int payloadLength = 4;
public DhcpIPv4Option(byte option, IPv4 address)
{
this.option = option;
this.address = address;
}
public byte OptionCode
{
get { return option; }
}
public int PayloadLength
{
get { return payloadLength; }
}
public IPv4 Value
{
get { return address; }
}
public int Pack(byte[]! dstBuffer, ref int offset)
{
dstBuffer[offset++] = option;
dstBuffer[offset++] = (byte)payloadLength;
byte[] b = address.GetAddressBytes();
dstBuffer[offset++] = b[0];
dstBuffer[offset++] = b[1];
dstBuffer[offset++] = b[2];
dstBuffer[offset++] = b[3];
return payloadLength + 2;
}
public static IDhcpOption! Parse(byte option,
byte length,
byte[]! srcBuffer,
int offset)
{
if (length != payloadLength) {
throw new InvalidDhcpOptionLength();
}
return new DhcpIPv4Option(option,
IPv4.ParseBytes(srcBuffer, offset));
}
}
public class DhcpMultiIPv4Option : IDhcpOption
{
private byte option;
private IPv4 []! addresses;
public DhcpMultiIPv4Option(byte option, IPv4 []! addresses)
{
this.option = option;
this.addresses = addresses;
base();
}
public byte OptionCode
{
get { return option; }
}
public int PayloadLength
{
get { return addresses.Length * 4; }
}
public IPv4[]! Values
{
get { return addresses; }
}
public int Pack(byte[]! dstBuffer, ref int offset)
{
dstBuffer[offset++] = option;
dstBuffer[offset++] = (byte)(addresses.Length * 4);
foreach (IPv4 address in addresses) {
address.CopyOut(dstBuffer, offset);
offset += IPv4.Length;
}
return addresses.Length * 4 + 2;
}
public static IDhcpOption! Parse(byte option, byte length,
byte[]! srcBuffer, int offset)
{
if ((length & 3) != 0) {
throw new InvalidDhcpOptionLength();
}
IPv4 [] addresses = new IPv4 [length / 4];
for (int i = 0; i < addresses.Length; i++) {
addresses[i] = IPv4.ParseBytes(srcBuffer, offset);
offset += IPv4.Length;
}
return new DhcpMultiIPv4Option(option, addresses);
}
}
public class DhcpByteOption : IDhcpOption
{
private byte value;
private byte option;
private const int payloadLength = 1;
public DhcpByteOption(byte option, byte value)
{
this.option = option;
this.value = value;
}
public byte OptionCode
{
get { return option; }
}
public int PayloadLength
{
get { return payloadLength; }
}
public byte Value
{
get { return value; }
}
public int Pack(byte[]! dstBuffer, ref int offset)
{
dstBuffer[offset++] = option;
dstBuffer[offset++] = (byte)payloadLength;
dstBuffer[offset++] = value;
return payloadLength + 2;
}
public static IDhcpOption! Parse(byte option, byte length,
byte[]! srcBuffer, int offset)
{
byte value = srcBuffer[offset];
return new DhcpByteOption(option, value);
}
}
public class DhcpMultiByteOption : IDhcpOption
{
private byte option;
private byte [] values;
public DhcpMultiByteOption(byte option, byte [] values)
{
this.option = option;
this.values = values;
}
public byte OptionCode
{
get { return option; }
}
public int PayloadLength
{
get { return values.Length; }
}
public byte[] Values
{
get { return values; }
}
public int Pack(byte[]! dstBuffer, ref int offset)
{
dstBuffer[offset++] = option;
dstBuffer[offset++] = (byte)values.Length;
foreach (byte value in this.values) {
dstBuffer[offset++] = value;
}
return values.Length + 2;
}
public static IDhcpOption! Parse(byte option, byte length,
byte[]! srcBuffer, int offset)
{
byte [] values = new byte [length];
for (int i = 0; i < values.Length; i++) {
values[i] = srcBuffer[offset++];
}
return new DhcpMultiByteOption(option, values);
}
}
public class DhcpStringOption : IDhcpOption
{
private byte option;
private char [] chars;
public DhcpStringOption(byte option, char [] chars)
{
this.option = option;
this.chars = chars;
}
public byte OptionCode
{
get { return option; }
}
public int PayloadLength
{
get { return chars.Length; }
}
public string! Value
{
get { return new string(chars); }
}
public int Pack(byte[]! dstBuffer, ref int offset)
{
dstBuffer[offset++] = option;
dstBuffer[offset++] = (byte)chars.Length;
foreach (char c in this.chars) {
dstBuffer[offset++] = (byte)c;
}
// NB We do not zero-terminate string as options
// have a length field. However, see some
// zero-terminated strings in the wild (???)
return chars.Length + 2;
}
public static IDhcpOption! Parse(byte option, byte length,
byte[]! srcBuffer, int offset)
{
int end;
for (end = offset; end < offset + length; end++)
if (srcBuffer[end] < 32)
break;
char [] chars = new char [end - offset];
for (int i = 0; i < chars.Length; i++) {
chars[i] = (char)srcBuffer[offset + i];
}
return new DhcpStringOption(option, chars);
}
}
public class DhcpWordOption : IDhcpOption
{
private byte option;
private ushort value;
private const int payloadLength = 2;
public DhcpWordOption(byte option, ushort value)
{
this.option = option;
this.value = value;
}
public byte OptionCode
{
get { return option; }
}
public int PayloadLength
{
get { return payloadLength; }
}
public ushort Value
{
get { return value; }
}
public int Pack(byte[]! dstBuffer, ref int offset)
{
dstBuffer[offset++] = option;
dstBuffer[offset++] = (byte)payloadLength;
dstBuffer[offset++] = (byte)(value >> 8);
dstBuffer[offset++] = (byte)value;
return payloadLength + 2;
}
public static IDhcpOption! Parse(byte option, byte length,
byte[]! srcBuffer, int offset)
{
if (length != payloadLength) {
throw new InvalidDhcpOptionLength();
}
int value = ((int)srcBuffer[offset++]) << 8;
value |= (int)srcBuffer[offset];
return new DhcpWordOption(option, (ushort)value);
}
}
public class DhcpMultiWordOption : IDhcpOption
{
private ushort[] values;
private byte option;
public DhcpMultiWordOption(byte option, ushort[] values)
{
this.option = option;
this.values = values;
}
public byte OptionCode
{
get { return option; }
}
public int PayloadLength
{
get { return 2 * values.Length; }
}
public ushort[] Values
{
get { return values; }
}
public int Pack(byte[]! dstBuffer, ref int offset)
{
dstBuffer[offset++] = option;
dstBuffer[offset++] = (byte)(2 * values.Length);
foreach (ushort value in values) {
dstBuffer[offset++] = (byte)(value >> 8);
dstBuffer[offset++] = (byte)value;
}
return 2 * values.Length + 2;
}
public static IDhcpOption! Parse(byte option, byte length,
byte[]! srcBuffer, int offset)
{
if ((length & 1) != 0) {
throw new InvalidDhcpOptionLength();
}
ushort [] values = new ushort [length / 2];
for (int i = 0; i < values.Length; i++) {
int tmp = ((int)srcBuffer[offset++]) << 8;
tmp += (int)srcBuffer[offset++];
values[i] = (ushort)tmp;
}
return new DhcpMultiWordOption(option, values);
}
}
public class DhcpDWordOption : IDhcpOption
{
private byte option;
private uint value;
private const int payloadLength = 4;
public DhcpDWordOption(byte option, uint value)
{
this.option = option;
this.value = value;
}
public byte OptionCode
{
get { return option; }
}
public int PayloadLength
{
get { return payloadLength; }
}
public uint Value
{
get { return value; }
}
public int Pack(byte[]! dstBuffer, ref int offset)
{
dstBuffer[offset++] = option;
dstBuffer[offset++] = (byte)payloadLength;
dstBuffer[offset++] = (byte)(value >> 24);
dstBuffer[offset++] = (byte)(value >> 16);
dstBuffer[offset++] = (byte)(value >> 8);
dstBuffer[offset++] = (byte)value;
return payloadLength + 2;
}
public static IDhcpOption! Parse(byte option, byte length,
byte[]! srcBuffer, int offset)
{
if (length != 4) {
throw new InvalidDhcpOptionLength();
}
int value = ((int)srcBuffer[offset++]) << 24;
value |= ((int)srcBuffer[offset++]) << 16;
value |= ((int)srcBuffer[offset++]) << 8;
value |= ((int)srcBuffer[offset]);
return new DhcpDWordOption(option, (uint)value);
}
}
public class DhcpMultiDWordOption : IDhcpOption
{
private uint[] values;
private byte option;
public DhcpMultiDWordOption(byte option, uint[] values)
{
this.option = option;
this.values = values;
}
public byte OptionCode
{
get { return option; }
}
public int PayloadLength
{
get { return 4 * values.Length; }
}
public uint[] Values
{
get { return values; }
}
public int Pack(byte[]! dstBuffer, ref int offset)
{
dstBuffer[offset++] = option;
dstBuffer[offset++] = (byte)(4 * values.Length);
foreach (uint value in values) {
dstBuffer[offset++] = (byte)(value >> 24);
dstBuffer[offset++] = (byte)(value >> 16);
dstBuffer[offset++] = (byte)(value >> 8);
dstBuffer[offset++] = (byte)value;
}
return 4 * values.Length + 2;
}
public static IDhcpOption! Parse(byte option, byte length,
byte[]! srcBuffer, int offset)
{
if ((length & 3) != 0) {
throw new InvalidDhcpOptionLength();
}
uint [] values = new uint [length / 4];
for (int i = 0; i < values.Length; i++) {
values[i] = ((uint)srcBuffer[offset++]) << 24;
values[i] |= ((uint)srcBuffer[offset++]) << 16;
values[i] |= ((uint)srcBuffer[offset++]) << 8;
values[i] |= ((uint)srcBuffer[offset++]);
}
return new DhcpMultiDWordOption(option, values);
}
}
public delegate IDhcpOption! ParseDhcpOption(byte type,
byte length,
byte[]! srcBuffer,
int offset);
public class DhcpOptionParser
{
static SortedList parsers;
internal class Parser
{
public string OptionName;
public ParseDhcpOption Parse;
public Parser(string optionName, ParseDhcpOption parseMethod)
{
this.OptionName = optionName;
this.Parse = parseMethod;
}
};
public static string GetOptionName(byte optionCode)
{
Parser parser = (Parser) parsers[optionCode];
if (parser != null) {
return parser.OptionName;
}
return "Unknown";
}
public static SortedList! Parse(byte[]! data, int offset, int length)
{
const byte PadByte = 0;
const byte EndByte = 255;
SortedList dhcpOptions = new SortedList();
while (offset != length) {
// skip padding
while (data[offset] == PadByte) {
offset++;
if (offset == length) {
goto finished_options;
}
}
if (data[offset] == EndByte) {
break;
}
byte @opt = data[offset++];
byte optlen = data[offset++];
if (optlen == 0) {
// Unknown, ignore
continue;
}
if (optlen + offset > length) {
break;
}
// Remove any outstanding option with the same option number
// before adding option to list of those already parsed to
// prevent SortedList::Add from throwing ArgumentException
dhcpOptions.Remove(opt);
try {
Parser parser = (Parser) parsers[@opt];
if (parser != null) {
dhcpOptions.Add(
opt, parser.Parse(@opt, optlen, data, offset)
);
}
else {
// For unknowns fall back to multi-byte parser
dhcpOptions.Add(
@opt, DhcpMultiByteOption.Parse(@opt, optlen,
data, offset)
);
}
}
catch (InvalidDhcpOptionLength) {
}
offset += optlen;
}
finished_options:
return dhcpOptions;
}
public static SortedList! Parse(IBuffer! buffer)
{
// This is an unnecessary copy
byte [] data = new byte [buffer.Available];
buffer.ReadBytes(data, 0, data.Length);
return Parse(data, 0, data.Length);
}
static DhcpOptionParser()
{
parsers = new SortedList();
#region GeneratedTable
parsers.Add(DhcpSubnetMask.OptionCode,
new Parser("SubnetMask",
new ParseDhcpOption(DhcpIPv4Option.Parse)));
parsers.Add(DhcpTimeOffset.OptionCode,
new Parser("TimeOffset",
new ParseDhcpOption(DhcpDWordOption.Parse)));
parsers.Add(DhcpRouter.OptionCode,
new Parser("Router",
new ParseDhcpOption(DhcpMultiIPv4Option.Parse)));
parsers.Add(DhcpTimeServer.OptionCode,
new Parser("TimeServer",
new ParseDhcpOption(DhcpMultiIPv4Option.Parse)));
parsers.Add(DhcpNameServer.OptionCode,
new Parser("NameServer",
new ParseDhcpOption(DhcpMultiIPv4Option.Parse)));
parsers.Add(DhcpDomainNameServer.OptionCode,
new Parser("DomainNameServer",
new ParseDhcpOption(DhcpMultiIPv4Option.Parse)));
parsers.Add(DhcpLogServer.OptionCode,
new Parser("LogServer",
new ParseDhcpOption(DhcpMultiIPv4Option.Parse)));
parsers.Add(DhcpCookieServer.OptionCode,
new Parser("CookieServer",
new ParseDhcpOption(DhcpMultiIPv4Option.Parse)));
parsers.Add(DhcpLprServer.OptionCode,
new Parser("LprServer",
new ParseDhcpOption(DhcpMultiIPv4Option.Parse)));
parsers.Add(DhcpImpressServer.OptionCode,
new Parser("ImpressServer",
new ParseDhcpOption(DhcpMultiIPv4Option.Parse)));
parsers.Add(DhcpResourceLocationServer.OptionCode,
new Parser("ResourceLocationServer",
new ParseDhcpOption(DhcpMultiIPv4Option.Parse)));
parsers.Add(DhcpHostName.OptionCode,
new Parser("HostName",
new ParseDhcpOption(DhcpStringOption.Parse)));
parsers.Add(DhcpBootFileSize.OptionCode,
new Parser("BootFileSize",
new ParseDhcpOption(DhcpWordOption.Parse)));
parsers.Add(DhcpMeritDumpFile.OptionCode,
new Parser("MeritDumpFile",
new ParseDhcpOption(DhcpStringOption.Parse)));
parsers.Add(DhcpDomainName.OptionCode,
new Parser("DomainName",
new ParseDhcpOption(DhcpStringOption.Parse)));
parsers.Add(DhcpSwapServer.OptionCode,
new Parser("SwapServer",
new ParseDhcpOption(DhcpIPv4Option.Parse)));
parsers.Add(DhcpRootPath.OptionCode,
new Parser("RootPath",
new ParseDhcpOption(DhcpStringOption.Parse)));
parsers.Add(DhcpExtensionsPath.OptionCode,
new Parser("ExtensionsPath",
new ParseDhcpOption(DhcpStringOption.Parse)));
parsers.Add(DhcpIPForwarding.OptionCode,
new Parser("IPForwarding",
new ParseDhcpOption(DhcpByteOption.Parse)));
parsers.Add(DhcpForwardRemoteSourceRoute.OptionCode,
new Parser("ForwardRemoteSourceRoute",
new ParseDhcpOption(DhcpByteOption.Parse)));
parsers.Add(DhcpPolicyFilter.OptionCode,
new Parser("PolicyFilter",
new ParseDhcpOption(DhcpMultiIPv4Option.Parse)));
parsers.Add(DhcpMaximumDatagramReassembly.OptionCode,
new Parser("MaximumDatagramReassembly",
new ParseDhcpOption(DhcpWordOption.Parse)));
parsers.Add(DhcpDefaultTtl.OptionCode,
new Parser("DefaultTtl",
new ParseDhcpOption(DhcpByteOption.Parse)));
parsers.Add(DhcpPathMtuAgingTimeout.OptionCode,
new Parser("PathMtuAgingTimeout",
new ParseDhcpOption(DhcpDWordOption.Parse)));
parsers.Add(DhcpPathMtuPlateauTable.OptionCode,
new Parser("PathMtuPlateauTable",
new ParseDhcpOption(DhcpMultiWordOption.Parse)));
parsers.Add(DhcpInterfaceMtu.OptionCode,
new Parser("InterfaceMtu",
new ParseDhcpOption(DhcpWordOption.Parse)));
parsers.Add(DhcpAllSubnetsLocal.OptionCode,
new Parser("AllSubnetsLocal",
new ParseDhcpOption(DhcpByteOption.Parse)));
parsers.Add(DhcpBroadcastAddress.OptionCode,
new Parser("BroadcastAddress",
new ParseDhcpOption(DhcpIPv4Option.Parse)));
parsers.Add(DhcpMaskDiscovery.OptionCode,
new Parser("MaskDiscovery",
new ParseDhcpOption(DhcpByteOption.Parse)));
parsers.Add(DhcpMaskSupplier.OptionCode,
new Parser("MaskSupplier",
new ParseDhcpOption(DhcpByteOption.Parse)));
parsers.Add(DhcpRouterDiscovery.OptionCode,
new Parser("RouterDiscovery",
new ParseDhcpOption(DhcpByteOption.Parse)));
parsers.Add(DhcpRouterSolicitationAddress.OptionCode,
new Parser("RouterSolicitationAddress",
new ParseDhcpOption(DhcpIPv4Option.Parse)));
parsers.Add(DhcpStaticRoutes.OptionCode,
new Parser("StaticRoutes",
new ParseDhcpOption(DhcpMultiIPv4Option.Parse)));
parsers.Add(DhcpTrailerEncapsulate.OptionCode,
new Parser("TrailerEncapsulate",
new ParseDhcpOption(DhcpByteOption.Parse)));
parsers.Add(DhcpArpCacheTimeout.OptionCode,
new Parser("ArpCacheTimeout",
new ParseDhcpOption(DhcpDWordOption.Parse)));
parsers.Add(DhcpEthernetEncapsulation.OptionCode,
new Parser("EthernetEncapsulation",
new ParseDhcpOption(DhcpByteOption.Parse)));
parsers.Add(DhcpTcpDefaultTtl.OptionCode,
new Parser("TcpDefaultTtl",
new ParseDhcpOption(DhcpByteOption.Parse)));
parsers.Add(DhcpTcpKeepalive.OptionCode,
new Parser("TcpKeepalive",
new ParseDhcpOption(DhcpByteOption.Parse)));
parsers.Add(DhcpTcpKeepaliveGarbage.OptionCode,
new Parser("TcpKeepaliveGarbage",
new ParseDhcpOption(DhcpByteOption.Parse)));
parsers.Add(DhcpNisDomain.OptionCode,
new Parser("NisDomain",
new ParseDhcpOption(DhcpStringOption.Parse)));
parsers.Add(DhcpNisServers.OptionCode,
new Parser("NisServers",
new ParseDhcpOption(DhcpMultiIPv4Option.Parse)));
parsers.Add(DhcpNtpServers.OptionCode,
new Parser("NtpServers",
new ParseDhcpOption(DhcpMultiIPv4Option.Parse)));
parsers.Add(DhcpVendorSpecific.OptionCode,
new Parser("VendorSpecific",
new ParseDhcpOption(DhcpMultiByteOption.Parse)));
parsers.Add(DhcpNetBiosNameServer.OptionCode,
new Parser("NetBiosNameServer",
new ParseDhcpOption(DhcpMultiIPv4Option.Parse)));
parsers.Add(DhcpNetBiosDistributionServer.OptionCode,
new Parser("NetBiosDistributionServer",
new ParseDhcpOption(DhcpMultiIPv4Option.Parse)));
parsers.Add(DhcpNetBiosType.OptionCode,
new Parser("NetBiosType",
new ParseDhcpOption(DhcpByteOption.Parse)));
parsers.Add(DhcpNetBiosScope.OptionCode,
new Parser("NetBiosScope",
new ParseDhcpOption(DhcpMultiDWordOption.Parse)));
parsers.Add(DhcpXWindowsFontServer.OptionCode,
new Parser("XWindowsFontServer",
new ParseDhcpOption(DhcpMultiIPv4Option.Parse)));
parsers.Add(DhcpXWindowsDisplayManager.OptionCode,
new Parser("XWindowsDisplayManager",
new ParseDhcpOption(DhcpMultiIPv4Option.Parse)));
parsers.Add(DhcpRequestedIPAddress.OptionCode,
new Parser("RequestedIPAddress",
new ParseDhcpOption(DhcpIPv4Option.Parse)));
parsers.Add(DhcpIPAddressLeaseTime.OptionCode,
new Parser("IPAddressLeaseTime",
new ParseDhcpOption(DhcpDWordOption.Parse)));
parsers.Add(DhcpOverloadIndicator.OptionCode,
new Parser("OverloadIndicator",
new ParseDhcpOption(DhcpByteOption.Parse)));
parsers.Add(DhcpMessageType.OptionCode,
new Parser("MessageType",
new ParseDhcpOption(DhcpByteOption.Parse)));
parsers.Add(DhcpServerID.OptionCode,
new Parser("ServerID",
new ParseDhcpOption(DhcpIPv4Option.Parse)));
parsers.Add(DhcpParameterRequest.OptionCode,
new Parser("ParameterRequest",
new ParseDhcpOption(DhcpMultiByteOption.Parse)));
parsers.Add(DhcpMessage.OptionCode,
new Parser("Message",
new ParseDhcpOption(DhcpStringOption.Parse)));
parsers.Add(DhcpMaximumMessageSize.OptionCode,
new Parser("MaximumMessageSize",
new ParseDhcpOption(DhcpWordOption.Parse)));
parsers.Add(DhcpRenewalTime.OptionCode,
new Parser("RenewalTime",
new ParseDhcpOption(DhcpDWordOption.Parse)));
parsers.Add(DhcpRebindingTime.OptionCode,
new Parser("RebindingTime",
new ParseDhcpOption(DhcpDWordOption.Parse)));
parsers.Add(DhcpClassID.OptionCode,
new Parser("ClassID",
new ParseDhcpOption(DhcpStringOption.Parse)));
parsers.Add(DhcpClientID.OptionCode,
new Parser("ClientID",
new ParseDhcpOption(DhcpMultiByteOption.Parse)));
parsers.Add(DhcpAutoConfigure.OptionCode,
new Parser("AutoConfigure",
new ParseDhcpOption(DhcpByteOption.Parse)));
#endregion // GeneratedTable
}
private DhcpOptionParser()
{
}
}
//
// FOR THE FOLLOWING REGION EDIT THE CODE GENERATOR
// NOT THE GENERATED CODE...
//
#region GeneratedClasses
public class DhcpSubnetMask
{
public const byte OptionCode = 1;
public static IDhcpOption! Create(IPv4 address)
{
return new DhcpIPv4Option(OptionCode, address);
}
}
public class DhcpTimeOffset
{
public const byte OptionCode = 2;
public static IDhcpOption! Create(uint value)
{
return new DhcpDWordOption(OptionCode, value);
}
}
public class DhcpRouter
{
public const byte OptionCode = 3;
public static IDhcpOption! Create(IPv4[]! addresses)
{
return new DhcpMultiIPv4Option(OptionCode, addresses);
}
}
public class DhcpTimeServer
{
public const byte OptionCode = 4;
public static IDhcpOption! Create(IPv4[]! addresses)
{
return new DhcpMultiIPv4Option(OptionCode, addresses);
}
}
public class DhcpNameServer
{
public const byte OptionCode = 5;
public static IDhcpOption! Create(IPv4[]! addresses)
{
return new DhcpMultiIPv4Option(OptionCode, addresses);
}
}
public class DhcpDomainNameServer
{
public const byte OptionCode = 6;
public static IDhcpOption! Create(IPv4[]! addresses)
{
return new DhcpMultiIPv4Option(OptionCode, addresses);
}
}
public class DhcpLogServer
{
public const byte OptionCode = 7;
public static IDhcpOption! Create(IPv4[]! addresses)
{
return new DhcpMultiIPv4Option(OptionCode, addresses);
}
}
public class DhcpCookieServer
{
public const byte OptionCode = 8;
public static IDhcpOption! Create(IPv4[]! addresses)
{
return new DhcpMultiIPv4Option(OptionCode, addresses);
}
}
public class DhcpLprServer
{
public const byte OptionCode = 9;
public static IDhcpOption! Create(IPv4[]! addresses)
{
return new DhcpMultiIPv4Option(OptionCode, addresses);
}
}
public class DhcpImpressServer
{
public const byte OptionCode = 10;
public static IDhcpOption! Create(IPv4[]! addresses)
{
return new DhcpMultiIPv4Option(OptionCode, addresses);
}
}
public class DhcpResourceLocationServer
{
public const byte OptionCode = 11;
public static IDhcpOption! Create(IPv4[]! addresses)
{
return new DhcpMultiIPv4Option(OptionCode, addresses);
}
}
public class DhcpHostName
{
public const byte OptionCode = 12;
public static IDhcpOption! Create(char [] chars)
{
return new DhcpStringOption(OptionCode, chars);
}
}
public class DhcpBootFileSize
{
public const byte OptionCode = 13;
public static IDhcpOption! Create(ushort value)
{
return new DhcpWordOption(OptionCode, value);
}
}
public class DhcpMeritDumpFile
{
public const byte OptionCode = 14;
public static IDhcpOption! Create(char [] chars)
{
return new DhcpStringOption(OptionCode, chars);
}
}
public class DhcpDomainName
{
public const byte OptionCode = 15;
public static IDhcpOption! Create(char [] chars)
{
return new DhcpStringOption(OptionCode, chars);
}
}
public class DhcpSwapServer
{
public const byte OptionCode = 16;
public static IDhcpOption! Create(IPv4 address)
{
return new DhcpIPv4Option(OptionCode, address);
}
}
public class DhcpRootPath
{
public const byte OptionCode = 17;
public static IDhcpOption! Create(char [] chars)
{
return new DhcpStringOption(OptionCode, chars);
}
}
public class DhcpExtensionsPath
{
public const byte OptionCode = 18;
public static IDhcpOption! Create(char [] chars)
{
return new DhcpStringOption(OptionCode, chars);
}
}
public class DhcpIPForwarding
{
public const byte OptionCode = 19;
public static IDhcpOption! Create(byte value)
{
return new DhcpByteOption(OptionCode, value);
}
}
public class DhcpForwardRemoteSourceRoute
{
public const byte OptionCode = 20;
public static IDhcpOption! Create(byte value)
{
return new DhcpByteOption(OptionCode, value);
}
}
public class DhcpPolicyFilter
{
public const byte OptionCode = 21;
public static IDhcpOption! Create(IPv4[]! addresses)
{
return new DhcpMultiIPv4Option(OptionCode, addresses);
}
}
public class DhcpMaximumDatagramReassembly
{
public const byte OptionCode = 22;
public static IDhcpOption! Create(ushort value)
{
return new DhcpWordOption(OptionCode, value);
}
}
public class DhcpDefaultTtl
{
public const byte OptionCode = 23;
public static IDhcpOption! Create(byte value)
{
return new DhcpByteOption(OptionCode, value);
}
}
public class DhcpPathMtuAgingTimeout
{
public const byte OptionCode = 24;
public static IDhcpOption! Create(uint value)
{
return new DhcpDWordOption(OptionCode, value);
}
}
public class DhcpPathMtuPlateauTable
{
public const byte OptionCode = 25;
public static IDhcpOption! Create(ushort [] values)
{
return new DhcpMultiWordOption(OptionCode, values);
}
}
public class DhcpInterfaceMtu
{
public const byte OptionCode = 26;
public static IDhcpOption! Create(ushort value)
{
return new DhcpWordOption(OptionCode, value);
}
}
public class DhcpAllSubnetsLocal
{
public const byte OptionCode = 27;
public static IDhcpOption! Create(byte value)
{
return new DhcpByteOption(OptionCode, value);
}
}
public class DhcpBroadcastAddress
{
public const byte OptionCode = 28;
public static IDhcpOption! Create(IPv4 address)
{
return new DhcpIPv4Option(OptionCode, address);
}
}
public class DhcpMaskDiscovery
{
public const byte OptionCode = 29;
public static IDhcpOption! Create(byte value)
{
return new DhcpByteOption(OptionCode, value);
}
}
public class DhcpMaskSupplier
{
public const byte OptionCode = 30;
public static IDhcpOption! Create(byte value)
{
return new DhcpByteOption(OptionCode, value);
}
}
public class DhcpRouterDiscovery
{
public const byte OptionCode = 31;
public static IDhcpOption! Create(byte value)
{
return new DhcpByteOption(OptionCode, value);
}
}
public class DhcpRouterSolicitationAddress
{
public const byte OptionCode = 32;
public static IDhcpOption! Create(IPv4 address)
{
return new DhcpIPv4Option(OptionCode, address);
}
}
public class DhcpStaticRoutes
{
public const byte OptionCode = 33;
public static IDhcpOption! Create(IPv4[]! addresses)
{
return new DhcpMultiIPv4Option(OptionCode, addresses);
}
}
public class DhcpTrailerEncapsulate
{
public const byte OptionCode = 34;
public static IDhcpOption! Create(byte value)
{
return new DhcpByteOption(OptionCode, value);
}
}
public class DhcpArpCacheTimeout
{
public const byte OptionCode = 35;
public static IDhcpOption! Create(uint value)
{
return new DhcpDWordOption(OptionCode, value);
}
}
public class DhcpEthernetEncapsulation
{
public const byte OptionCode = 36;
public static IDhcpOption! Create(byte value)
{
return new DhcpByteOption(OptionCode, value);
}
}
public class DhcpTcpDefaultTtl
{
public const byte OptionCode = 37;
public static IDhcpOption! Create(byte value)
{
return new DhcpByteOption(OptionCode, value);
}
}
public class DhcpTcpKeepalive
{
public const byte OptionCode = 38;
public static IDhcpOption! Create(byte value)
{
return new DhcpByteOption(OptionCode, value);
}
}
public class DhcpTcpKeepaliveGarbage
{
public const byte OptionCode = 39;
public static IDhcpOption! Create(byte value)
{
return new DhcpByteOption(OptionCode, value);
}
}
public class DhcpNisDomain
{
public const byte OptionCode = 40;
public static IDhcpOption! Create(char [] chars)
{
return new DhcpStringOption(OptionCode, chars);
}
}
public class DhcpNisServers
{
public const byte OptionCode = 41;
public static IDhcpOption! Create(IPv4[]! addresses)
{
return new DhcpMultiIPv4Option(OptionCode, addresses);
}
}
public class DhcpNtpServers
{
public const byte OptionCode = 42;
public static IDhcpOption! Create(IPv4[]! addresses)
{
return new DhcpMultiIPv4Option(OptionCode, addresses);
}
}
public class DhcpVendorSpecific
{
public const byte OptionCode = 43;
public static IDhcpOption! Create(byte [] values)
{
return new DhcpMultiByteOption(OptionCode, values);
}
}
public class DhcpNetBiosNameServer
{
public const byte OptionCode = 44;
public static IDhcpOption! Create(IPv4[]! addresses)
{
return new DhcpMultiIPv4Option(OptionCode, addresses);
}
}
public class DhcpNetBiosDistributionServer
{
public const byte OptionCode = 45;
public static IDhcpOption! Create(IPv4[]! addresses)
{
return new DhcpMultiIPv4Option(OptionCode, addresses);
}
}
public class DhcpNetBiosType
{
public const byte OptionCode = 46;
public static IDhcpOption! Create(byte value)
{
return new DhcpByteOption(OptionCode, value);
}
}
public class DhcpNetBiosScope
{
public const byte OptionCode = 47;
public static IDhcpOption! Create(uint [] values)
{
return new DhcpMultiDWordOption(OptionCode, values);
}
}
public class DhcpXWindowsFontServer
{
public const byte OptionCode = 48;
public static IDhcpOption! Create(IPv4[]! addresses)
{
return new DhcpMultiIPv4Option(OptionCode, addresses);
}
}
public class DhcpXWindowsDisplayManager
{
public const byte OptionCode = 49;
public static IDhcpOption! Create(IPv4[]! addresses)
{
return new DhcpMultiIPv4Option(OptionCode, addresses);
}
}
public class DhcpRequestedIPAddress
{
public const byte OptionCode = 50;
public static IDhcpOption! Create(IPv4 address)
{
return new DhcpIPv4Option(OptionCode, address);
}
}
public class DhcpIPAddressLeaseTime
{
public const byte OptionCode = 51;
public static IDhcpOption! Create(uint value)
{
return new DhcpDWordOption(OptionCode, value);
}
}
public class DhcpOverloadIndicator
{
public const byte OptionCode = 52;
public static IDhcpOption! Create(byte value)
{
return new DhcpByteOption(OptionCode, value);
}
}
public class DhcpMessageType
{
public const byte OptionCode = 53;
public static IDhcpOption! Create(byte value)
{
return new DhcpByteOption(OptionCode, value);
}
}
public class DhcpServerID
{
public const byte OptionCode = 54;
public static IDhcpOption! Create(IPv4 address)
{
return new DhcpIPv4Option(OptionCode, address);
}
}
public class DhcpParameterRequest
{
public const byte OptionCode = 55;
public static IDhcpOption! Create(byte [] values)
{
return new DhcpMultiByteOption(OptionCode, values);
}
}
public class DhcpMessage
{
public const byte OptionCode = 56;
public static IDhcpOption! Create(char [] chars)
{
return new DhcpStringOption(OptionCode, chars);
}
}
public class DhcpMaximumMessageSize
{
public const byte OptionCode = 57;
public static IDhcpOption! Create(ushort value)
{
return new DhcpWordOption(OptionCode, value);
}
}
public class DhcpRenewalTime
{
public const byte OptionCode = 58;
public static IDhcpOption! Create(uint value)
{
return new DhcpDWordOption(OptionCode, value);
}
}
public class DhcpRebindingTime
{
public const byte OptionCode = 59;
public static IDhcpOption! Create(uint value)
{
return new DhcpDWordOption(OptionCode, value);
}
}
public class DhcpClassID
{
public const byte OptionCode = 60;
public static IDhcpOption! Create(char [] chars)
{
return new DhcpStringOption(OptionCode, chars);
}
}
public class DhcpClientID
{
public const byte OptionCode = 61;
public static IDhcpOption! Create(byte [] values)
{
return new DhcpMultiByteOption(OptionCode, values);
}
}
public class DhcpAutoConfigure
{
public const byte OptionCode = 116;
public static IDhcpOption! Create(byte value)
{
return new DhcpByteOption(OptionCode, value);
}
}
#endregion // GeneratedClasses
}