internal Socks5Client(Socket clientSocket, DestroyDelegate destroy, AuthenticationList authList, ref LogMain log)
{
_ClientSocket = clientSocket;
_Destroyer = destroy;
_AuthList = authList;
Log = log;
}
public HttpClient(Socket clientSocket, DestroyDelegate destroyer)
{
ClientSocket = clientSocket;
_destroyer = destroyer;
RequestedPath = null;
HeaderFields = null;
}
protected Client(Socket clientSocket, DestroyDelegate destroyer)
{
_mBuffer = new byte[0x1000];
_mRemoteBuffer = new byte[0x400];
ClientSocket = clientSocket;
_destroyer = destroyer;
}
public RelayThread(SocketConnection ClientConnection, SocketConnection RemoteConnection, DestroyDelegate Destroyer, Client client)
{
this.ClientConnection = ClientConnection;
this.RemoteConnection = RemoteConnection;
this.Destroyer = Destroyer;
this.client = client;
}
protected Client()
{
_mBuffer = new byte[0x1000];
_mRemoteBuffer = new byte[0x400];
ClientSocket = null;
_destroyer = null;
}
protected Client()
{
_mBuffer = new byte[0x1000];
_mRemoteBuffer = new byte[0x400];
ClientSocket = null;
_destroyer = null;
}
protected Client(Socket clientSocket, DestroyDelegate destroyer)
{
_mBuffer = new byte[0x1000];
_mRemoteBuffer = new byte[0x400];
ClientSocket = clientSocket;
_destroyer = destroyer;
}
public HttpClient(Socket clientSocket, DestroyDelegate destroyer)
{
ClientSocket = clientSocket;
_destroyer = destroyer;
RequestedPath = null;
HeaderFields = null;
}
///<summary>Initializes a new instance of the SocksClient class.</summary>
///<param name="ClientSocket">The Socket connection between this proxy server and the local client.</param>
///<param name="Destroyer">The method to be called when this SocksClient object disconnects from the local client and the remote server.</param>
///<param name="AuthList">The list with valid username/password combinations.</param>
///<remarks>If the AuthList is non-null, every client has to authenticate before he can use this proxy server to relay data. If it is null, the clients don't have to authenticate.</remarks>
public SocksClient(Socket ClientSocket, DestroyDelegate Destroyer, AuthenticationList AuthList) : base(ClientSocket, Destroyer)
{
this.AuthList = AuthList;
if (AuthList != null && AuthList.Count > 0)
{
MustAuthenticate = true;
}
}
public GFWPressDecryptAsyncForwarder(Socket ClientSocket, DestroyDelegate Destroyer, Socket DestinationSocket, SecretKey key) : base(ClientSocket, Destroyer)
{
this.DestinationSocket = DestinationSocket;
this._key = key;
_sendingQueue = new ConcurrentList <byte>();
this.ClientSocket.ReceiveBufferSize = 16 * 1024;
this.ClientSocket.SendBufferSize = 16 * 1024;
this.DestinationSocket.ReceiveBufferSize = 16 * 1024;
this.DestinationSocket.SendBufferSize = 16 * 1024;
}
public GFWPressEncryptAsyncForwarder(Socket ClientSocket, DestroyDelegate Destroyer, Socket DestinationSocket, SecretKey key) : base(ClientSocket, Destroyer)
{
//this.MapTo = MapTo;
this.DestinationSocket = DestinationSocket;
this._key = key;
this.ClientSocket.ReceiveBufferSize = 16 * 1024;
this.ClientSocket.SendBufferSize = 16 * 1024;
this.DestinationSocket.ReceiveBufferSize = 16 * 1024;
this.DestinationSocket.SendBufferSize = 16 * 1024;
}
public static void InitializeDelegates()
{
delCreate = Create;
delReceive = Receive;
delDestroy = Destroy;
delStart = Start;
InitializeDelegatesOnNative(Marshal.GetFunctionPointerForDelegate(delCreate),
Marshal.GetFunctionPointerForDelegate(delReceive),
Marshal.GetFunctionPointerForDelegate(delDestroy),
Marshal.GetFunctionPointerForDelegate(delStart));
}
///<summary>Initializes a new instance of the Client class.</summary>
///<param name="ClientSocket">The <see cref ="Socket">Socket</see> connection between this proxy server and the local client.</param>
///<param name="Destroyer">The callback method to be called when this Client object disconnects from the local client and the remote server.</param>
public Client(Socket ClientSocket, DestroyDelegate Destroyer)
{
lock (_idLock)
{
_id++;
InstanceID = _id;
}
_cacheClientBufferHeaders = true;
_cacheRemoteBufferHeaders = true;
_cachedClientBuffer = new List <byte>();
_cachedRemoteBuffer = new List <byte>();
this.ClientSocket = ClientSocket;
this.Destroyer = Destroyer;
}
///<summary>Initializes a new instance of the Client object.</summary>
///<remarks>Both the ClientSocket property and the DestroyDelegate are initialized to null.</remarks>
public Client()
{
lock (_idLock)
{
_id++;
InstanceID = _id;
}
_cacheClientBufferHeaders = true;
_cacheRemoteBufferHeaders = true;
_cachedClientBuffer = new List <byte>();
_cachedRemoteBuffer = new List <byte>();
ClientSocket = null;
Destroyer = null;
}
protected CustomBioDescription(string name)
{
var index = BIO_get_new_index();
_methodPointer = BIO_meth_new(index, name);
_write = new WriteDelegate(Write);
_read = new ReadDelegate(Read);
_create = new CreateDelegate(Create);
_destroy = new DestroyDelegate(Destroy);
_control = new ControlDelegate(Control);
BIO_meth_set_write(_methodPointer, _write);
BIO_meth_set_read(_methodPointer, _read);
BIO_meth_set_ctrl(_methodPointer, _control);
BIO_meth_set_create(_methodPointer, _create);
BIO_meth_set_destroy(_methodPointer, _destroy);
}
/// <summary>
/// Initializes a new instance of the <see cref="WafNative"/> class.
/// </summary>
/// <param name="handle">Can't be a null pointer. Waf library must be loaded by now</param>
internal WafNative(IntPtr handle)
{
_initField = GetDelegateForNativeFunction <InitDelegate>(handle, "ddwaf_init");
_destroyField = GetDelegateForNativeFunction <DestroyDelegate>(handle, "ddwaf_destroy");
_initContextField = GetDelegateForNativeFunction <InitContextDelegate>(handle, "ddwaf_context_init");
_runField = GetDelegateForNativeFunction <RunDelegate>(handle, "ddwaf_run");
_contextDestroyField = GetDelegateForNativeFunction <ContextDestroyDelegate>(handle, "ddwaf_context_destroy");
_resultFreeField = GetDelegateForNativeFunction <ResultFreeDelegate>(handle, "ddwaf_result_free");
_objectInvalidField = GetDelegateForNativeFunction <ObjectInvalidDelegate>(handle, "ddwaf_object_invalid");
_objectStringLengthFieldX64 =
Environment.Is64BitProcess ?
GetDelegateForNativeFunction <ObjectStringLengthDelegateX64>(handle, "ddwaf_object_stringl") :
null;
_objectStringLengthFieldX86 =
Environment.Is64BitProcess ?
null :
GetDelegateForNativeFunction <ObjectStringLengthDelegateX86>(handle, "ddwaf_object_stringl");
_objectSignedField = GetDelegateForNativeFunction <ObjectSignedDelegate>(handle, "ddwaf_object_signed");
_objectUnsignField = GetDelegateForNativeFunction <ObjectUnsignedDelegate>(handle, "ddwaf_object_unsigned");
_objectArrayField = GetDelegateForNativeFunction <ObjectArrayDelegate>(handle, "ddwaf_object_array");
_objectMapField = GetDelegateForNativeFunction <ObjectMapDelegate>(handle, "ddwaf_object_map");
_objectArrayAddField = GetDelegateForNativeFunction <ObjectArrayAddDelegate>(handle, "ddwaf_object_array_add");
_objectMapAddFieldX64 =
Environment.Is64BitProcess ?
GetDelegateForNativeFunction <ObjectMapAddDelegateX64>(handle, "ddwaf_object_map_addl") :
null;
_objectMapAddFieldX86 =
Environment.Is64BitProcess ?
null :
GetDelegateForNativeFunction <ObjectMapAddDelegateX86>(handle, "ddwaf_object_map_addl");
_objectFreeField = GetDelegateForNativeFunction <ObjectFreeDelegate>(handle, "ddwaf_object_free", out _objectFreeFuncPtrField);
_getVersionField = GetDelegateForNativeFunction <GetVersionDelegate>(handle, "ddwaf_get_version");
// setup logging
var setupLogging = GetDelegateForNativeFunction <SetupLoggingDelegate>(handle, "ddwaf_set_log_cb");
// convert to a delegate and attempt to pin it by assigning it to field
setupLogCallbackField = LoggingCallback;
// set the log level and setup the logger
var level = GlobalSettings.Source.DebugEnabled ? DDWAF_LOG_LEVEL.DDWAF_DEBUG : DDWAF_LOG_LEVEL.DDWAF_INFO;
setupLogging(Marshal.GetFunctionPointerForDelegate(setupLogCallbackField), level);
}
///<summary>Initializes a new instance of the HttpClient class.</summary>
///<param name="ClientSocket">The <see cref ="Socket">Socket</see> connection between this proxy server and the local client.</param>
///<param name="Destroyer">The callback method to be called when this Client object disconnects from the local client and the remote server.</param>
public HttpClient(Socket ClientSocket, DestroyDelegate Destroyer) : base(ClientSocket, Destroyer)
{
this.OnClientHeadersParsed += new ClientHeadersParsed(HttpClient_OnClientHeadersParsed);
this.OnRemoteHeadersParsed += new RemoteHeadersParsed(HttpClient_OnRemoteHeadersParsed);
}
///<summary>Initializes a new instance of the PortMapClient class.</summary>
///<param name="ClientSocket">The <see cref ="Socket">Socket</see> connection between this proxy server and the local client.</param>
///<param name="Destroyer">The callback method to be called when this Client object disconnects from the local client and the remote server.</param>
///<param name="MapTo">The IP EndPoint to send the incoming data to.</param>
public PortMapClient(Socket ClientSocket, DestroyDelegate Destroyer, IPEndPoint MapTo) : base(ClientSocket, Destroyer)
{
this.MapTo = MapTo;
}
///<summary>Initializes a new instance of the SocksClient class.</summary>
///<param name="ClientSocket">The Socket connection between this proxy server and the local client.</param>
///<param name="Destroyer">The method to be called when this SocksClient object disconnects from the local client and the remote server.</param>
///<param name="AuthList">The list with valid username/password combinations.</param>
///<remarks>If the AuthList is non-null, every client has to authenticate before he can use this proxy server to relay data. If it is null, the clients don't have to authenticate.</remarks>
public SocksClient(Socket ClientSocket, DestroyDelegate Destroyer, AuthenticationList AuthList) : base(ClientSocket, Destroyer)
{
this.AuthList = AuthList;
}
///<summary>Initializes a new instance of the Client class.</summary>
///<param name="ClientSocket">The <see cref ="Socket">Socket</see> connection between this proxy server and the local client.</param>
///<param name="Destroyer">The callback method to be called when this Client object disconnects from the local client and the remote server.</param>
public Client(Socket ClientSocket, DestroyDelegate Destroyer)
{
this.ClientSocket = ClientSocket;
this.Destroyer = Destroyer;
}
private static extern int Internal_BIO_meth_set_destroy(BIO_METHOD biom, DestroyDelegate method);
///<summary>Initializes a new instance of the FtpClient class.</summary>
///<param name="ClientSocket">The Socket connection between this proxy server and the local client.</param>
///<param name="Destroyer">The callback method to be called when this Client object disconnects from the local client and the remote server.</param>
public FtpClient(SecureSocket ClientSocket, DestroyDelegate Destroyer) : base(ClientSocket, Destroyer) {}
public GFWPressEncryptForwarder(Socket ClientSocket, DestroyDelegate Destroyer, Socket DestinationSocket, SecretKey key) : base(ClientSocket, Destroyer)
{
ClientSocket.Blocking = false;
this.DestinationSocket = DestinationSocket;
this._key = key;
}
///<summary>Initializes a new instance of the Client class.</summary>
///<param name="ClientSocket">The <see cref ="Socket">Socket</see> connection between this proxy server and the local client.</param>
///<param name="Destroyer">The callback method to be called when this Client object disconnects from the local client and the remote server.</param>
public Client(Socket ClientSocket, DestroyDelegate Destroyer)
{
this.ClientSocket = ClientSocket;
this.Destroyer = Destroyer;
}
///<summary>Initializes a new instance of the SocksClient class.</summary>
///<param name="ClientSocket">The Socket connection between this proxy server and the local client.</param>
///<param name="Destroyer">The method to be called when this SocksClient object disconnects from the local client and the remote server.</param>
///<param name="AuthList">The list with valid username/password combinations.</param>
///<remarks>If the AuthList is non-null, every client has to authenticate before he can use this proxy server to relay data. If it is null, the clients don't have to authenticate.</remarks>
public SocksClient(Socket ClientSocket, DestroyDelegate Destroyer, AuthenticationList AuthList)
: base(ClientSocket, Destroyer)
{
this.AuthList = AuthList;
}
public HttpClient(Socket ClientSocket, DestroyDelegate Destroyer, IValidator validator)
: base(ClientSocket, Destroyer)
{
UserValidator = validator;
}
///<summary>Initializes a new instance of the HttpClient class.</summary>
///<param name="ClientSocket">The <see cref ="Socket">Socket</see> connection between this proxy server and the local client.</param>
///<param name="Destroyer">The callback method to be called when this Client object disconnects from the local client and the remote server.</param>
public HttpClient(Socket ClientSocket, DestroyDelegate Destroyer)
: base(ClientSocket, Destroyer)
{
m_bIsFtpConn = false;
m_bIsValidUser = false;
}
///<summary>Initializes a new instance of the Client object.</summary>
///<remarks>Both the ClientSocket property and the DestroyDelegate are initialized to null.</remarks>
public Client()
{
this.ClientSocket = null;
this.Destroyer = null;
}
///<summary>Initializes a new instance of the FtpClient class.</summary>
///<param name="ClientSocket">The Socket connection between this proxy server and the local client.</param>
///<param name="Destroyer">The callback method to be called when this Client object disconnects from the local client and the remote server.</param>
public FtpClient(SecureSocket ClientSocket, DestroyDelegate Destroyer) : base(ClientSocket, Destroyer)
{
}
public HttpRequest(Socket clientSocket, DestroyDelegate destroyer, UpdateRequestDelegate updateRequest)
{
_clientSocket = clientSocket;
_destroyer = destroyer;
_updateRequest = updateRequest;
}
public HttpClient(Socket clientSocket, DestroyDelegate destroyer, UpdataUrlLog updataUrlLog)
: base(clientSocket, destroyer)
{
_updataUrlLog = updataUrlLog;
}
//private IPEndPoint m_MapTo;
public TransparentForwarder(Socket ClientSocket, DestroyDelegate Destroyer, Socket DestinationSocket) : base(ClientSocket, Destroyer)
{
//this.MapTo = MapTo;
this.DestinationSocket = DestinationSocket;
}
///<summary>Initializes a new instance of the Client object.</summary>
///<remarks>Both the ClientSocket property and the DestroyDelegate are initialized to null.</remarks>
public Forwarder()
{
this.ClientSocket = null;
this.Destroyer = null;
_buffer = new byte[32 * 1024];
}
public ProxyClient(ProxyConfig config, Socket ClientSocket, DestroyDelegate Destroyer)
: base(ClientSocket, Destroyer)
{
Config = config;
}
/// <summary>Holds the value of the Buffer property.</summary>
//private byte[] m_Buffer = new byte[64*1024]; //0<->4095 = 4096
///<summary>Initializes a new instance of the Client class.</summary>
///<param name="ClientSocket">The <see cref ="Socket">Socket</see> connection between this proxy server and the local client.</param>
///<param name="Destroyer">The callback method to be called when this Client object disconnects from the local client and the remote server.</param>
public Forwarder(Socket ClientSocket, DestroyDelegate Destroyer)
{
this.ClientSocket = ClientSocket;
this.Destroyer = Destroyer;
_buffer = new byte[32 * 1024];
}
public static void BIO_meth_set_destroy(BIO_METHOD biom, DestroyDelegate method)
{
var returnCode = Internal_BIO_meth_set_destroy(biom, method);
ThrowOnErrorReturnCode(returnCode);
}
public ProxyClient(ProxyConfig config, Socket ClientSocket, DestroyDelegate Destroyer)
: base(ClientSocket, Destroyer)
{
Config = config;
}
///<summary>Initializes a new instance of the HttpClient class.</summary>
///<param name="ClientSocket">The <see cref ="Socket">Socket</see> connection between this proxy server and the local client.</param>
///<param name="Destroyer">The callback method to be called when this Client object disconnects from the local client and the remote server.</param>
public HttpClient(Socket ClientSocket, DestroyDelegate Destroyer)
: base(ClientSocket, Destroyer)
{
}
///<summary>Initializes a new instance of the PortMapClient class.</summary>
///<param name="ClientSocket">The <see cref ="Socket">Socket</see> connection between this proxy server and the local client.</param>
///<param name="Destroyer">The callback method to be called when this Client object disconnects from the local client and the remote server.</param>
///<param name="MapTo">The IP EndPoint to send the incoming data to.</param>
public PortMapClient(Socket ClientSocket, DestroyDelegate Destroyer, IPEndPoint MapTo) : base(ClientSocket, Destroyer) {
this.MapTo = MapTo;
}
public HttpClient(Socket ClientSocket, DestroyDelegate Destroyer) : base(ClientSocket, Destroyer)
{
}
///<summary>Initializes a new instance of the HttpClient class.</summary>
///<param name="ClientSocket">The <see cref ="Socket">Socket</see> connection between this proxy server and the local client.</param>
///<param name="Destroyer">The callback method to be called when this Client object disconnects from the local client and the remote server.</param>
public HttpClient(Socket ClientSocket, DestroyDelegate Destroyer) : base(ClientSocket, Destroyer)
{
BlackList = LoadBlacklist();
}