private void ReadHeaders(IStreamWrapper inputStream) { Console.WriteLine("readHeaders()"); string line; while ((line = inputStream.StreamReadLine()) != null) { if (line.Equals("")) { Console.WriteLine("got headers"); return; } var separator = line.IndexOf(':'); if (separator == -1) { throw new Exception("invalid http header line: " + line); } var name = line.Substring(0, separator); var pos = separator + 1; while ((pos < line.Length) && (line[pos] == ' ')) { pos++; // strip any spaces } var value = line.Substring(pos, line.Length - pos); Console.WriteLine("header: {0}:{1}", name, value); httpHeaders[name] = value; } }
public CryptoProtocol(IStreamWrapper under, byte[] key, byte[] iv) { if (under == null) { throw new ArgumentNullException("under"); } if (key == null || key.Length <= 0) { throw new ArgumentNullException("key"); } if (iv == null || iv.Length <= 0) { throw new ArgumentNullException("iv"); } this.under = under; var aes = new AesManaged { Key = key, IV = iv }; this.encryptor = aes.CreateEncryptor(); this.decryptor = aes.CreateDecryptor(); }
/// <summary> /// Provides data for the specified data format and index (ISTREAM). /// </summary> /// <param name="dataFormat">Data format.</param> /// <param name="index">Index of data.</param> /// <param name="streamData">Action generating the data.</param> /// <remarks> /// Uses Stream instead of IEnumerable(T) because Stream is more likely /// to be natural for the expected scenarios. /// </remarks> public void SetData(short dataFormat, int index, Action <Stream> streamData) { _dataObjects.Add( new DataObject { FORMATETC = new FORMATETC { cfFormat = dataFormat, ptd = IntPtr.Zero, dwAspect = DVASPECT.DVASPECT_CONTENT, lindex = index, tymed = TYMED.TYMED_ISTREAM }, GetData = () => { // Create IStream for data var ptr = IntPtr.Zero; var iStream = NativeMethods.CreateStreamOnHGlobal(IntPtr.Zero, true); if (streamData != null) { // Wrap in a .NET-friendly Stream and call provided code to fill it using (var stream = new IStreamWrapper(iStream)) { streamData(stream); } } // Return an IntPtr for the IStream ptr = Marshal.GetComInterfaceForObject(iStream, typeof(IStream)); Marshal.ReleaseComObject(iStream); return(new Tuple <IntPtr, int>(ptr, NativeMethods.S_OK)); }, }); }
public void SetData(short dataFormat, int index, FileDescriptor descriptor) { _dataObjects.Add( new DataObject { FORMATETC = new FORMATETC { cfFormat = dataFormat, ptd = IntPtr.Zero, dwAspect = DVASPECT.DVASPECT_CONTENT, lindex = index, tymed = TYMED.TYMED_ISTREAM }, GetData = () => { // Create IStream for data var iStream = NativeMethods.CreateStreamOnHGlobal(IntPtr.Zero, true); if (descriptor.StreamContents != null) { // Wrap in a .NET-friendly Stream and call provided code to fill it using (var stream = new IStreamWrapper(iStream)) { descriptor.StreamContents(descriptor.GrfData, descriptor.FilePath, stream, descriptor.Argument); } } // Return an IntPtr for the IStream IntPtr ptr = Marshal.GetComInterfaceForObject(iStream, typeof(IStream)); Marshal.ReleaseComObject(iStream); return(new Utilities.Extension.Tuple <IntPtr, int>(ptr, NativeMethods.S_OK)); }, }); }
/// <summary> /// The stream wrapper in use for document downloads/uploads /// </summary> /// <returns></returns> public virtual IStreamWrapper DefaultStreamWrapper() { if (defaultStreamWrapper == null) { defaultStreamWrapper = new CenterDeviceStreamWrapper(); } return(defaultStreamWrapper); }
public DataWriter(IStreamWrapper streamObj, IValue textEncoding, ByteOrderEnum?byteOrder, string lineSplitter, string convertibleSplitterOfLines, bool writeBOM) { ByteOrder = byteOrder ?? ByteOrderEnum.LittleEndian; LineSplitter = lineSplitter ?? "\r\n"; ConvertibleSplitterOfLines = convertibleSplitterOfLines; _writeBOM = writeBOM; TextEncoding = textEncoding; _binaryWriter = new BinaryWriter(streamObj.GetUnderlyingStream(), _workingEncoding); }
public void Open(IStreamWrapper stream, string password = null, FileNamesEncodingInZipFile encoding = FileNamesEncodingInZipFile.Auto) { ZipFile.DefaultEncoding = Encoding.GetEncoding(866); // f**k non-russian encodings on non-ascii files _zip = ZipFile.Read(stream.GetUnderlyingStream(), new ReadOptions() { Encoding = ChooseEncoding(encoding) }); _zip.Password = password; }
public ClientEndpoint(IServer server, IDataContext context, TcpClient client) { this.server = server; this.dataContext = context; this.Tcp = client; this.tcpStream = client.GetStream(); this.messageFramer = new FramedProtocol(this.tcpStream); this.clientIpAddress = Utils.TCPClient2IPAddress(this.Tcp); this.tcpStream.ReadTimeout = 1000; // TODO: remove this from server this.CurrentStatus = Status.Uninitialized; }
public ClientEndpoint(IServer server, IDataContext context, TcpClient client) { this.server = server; this.dataContext = context; this.Tcp = client; this.tcpStream = client.GetStream(); this.messageFramer = new FramedProtocol(this.tcpStream); this.clientIpAddress = Utils.TCPClient2IPAddress(this.Tcp); this.tcpStream.ReadTimeout = 1000; // TODO: remove this from server this.CurrentStatus = Status.Uninitialized; }
public void CopyTo(IValue targetStream, int bufferSize = 0) { IStreamWrapper sw = targetStream.GetRawValue() as IStreamWrapper; if (sw == null) throw RuntimeException.InvalidArgumentType("targetStream"); var stream = sw.GetUnderlyingStream(); if (bufferSize == 0) _underlyingStream.CopyTo(stream); else _underlyingStream.CopyTo(stream, bufferSize); }
public void Init(string _serv, int _prt, string _login, string _password) { this.Server = _serv; this.portNum = _prt; this.Login = _login; this.password = _password; this.InitStaticDSA(); this.FreeClient(); this.client = new TcpClient(this.Server, this.portNum); this.stream = this.client.GetStream(); this.stream.ReadTimeout = 7000; this.messageFramer = new FramedProtocol(this.stream); }
private static bool IsStream(object input, out IStreamWrapper wrapper) { wrapper = null; if (input is Поток) { var obj = input; if (obj is IStreamWrapper wrap) { wrapper = wrap; return(true); } } return(false); }
private void ParseRequest(IStreamWrapper inputStream) { var request = inputStream.StreamReadLine(); var tokens = request.Split(' '); if (tokens.Length != 3) { throw new Exception("invalid http request line"); } httpMethod = tokens[0].ToUpper(); httpUrl = tokens[1]; Console.WriteLine("starting: " + request); }
private static bool IsStream(IValue input, out IStreamWrapper wrapper) { wrapper = null; if (input.DataType == DataType.Object) { var obj = input.AsObject(); if (obj is IStreamWrapper wrap) { wrapper = wrap; return(true); } } return(false); }
private void OpenStream(IStreamWrapper streamObj, string encoding = null, string lineDelimiter = "\n", string eolDelimiter = null) { TextReader imReader; if (encoding == null) { imReader = FileOpener.OpenReader(streamObj.GetUnderlyingStream()); } else { var enc = КодировкаТекста.GetEncoding(encoding); imReader = FileOpener.OpenReader(streamObj.GetUnderlyingStream(), enc); } _reader = GetCustomLineFeedReader(imReader, lineDelimiter, eolDelimiter, AnalyzeDefaultLineFeed); }
private void OpenStream(IStreamWrapper streamObj, IValue encoding = null, string lineDelimiter = "\n", string eolDelimiter = null) { TextReader imReader; if (encoding == null) { imReader = Environment.FileOpener.OpenReader(streamObj.GetUnderlyingStream(), Encoding.Default); } else { var enc = TextEncodingEnum.GetEncoding(encoding); imReader = Environment.FileOpener.OpenReader(streamObj.GetUnderlyingStream(), enc); } _reader = GetCustomLineFeedReader(imReader, lineDelimiter, eolDelimiter, AnalyzeDefaultLineFeed); }
private void HandlePOSTRequest(IStreamWrapper inputStream, IStreamWriterWrapper outputStream) { // this post data processing just reads everything into a memory stream. // this is fine for smallish things, but for large stuff we should really // hand an input stream to the request processor. However, the input stream // we hand him needs to let him see the "end of the stream" at this content // length, because otherwise he won't know when he's seen it all! //Console.WriteLine("get post data start"); using (var ms = streamFactory.GetMemoryStreamWrapper()) { if (httpHeaders.ContainsKey("Content-Length")) { var contentLen = Convert.ToInt32(httpHeaders["Content-Length"]); if (contentLen > MaxPostSize) { throw new Exception($"POST Content-Length({contentLen}) too big for this server"); } var buf = new byte[BufSize]; var toRead = contentLen; while (toRead > 0) { //Console.WriteLine("starting Read, to_read={0}", toRead); var numread = inputStream.Read(buf, 0, Math.Min(BufSize, toRead)); //Console.WriteLine("read finished, numread={0}", numread); if (numread == 0) { if (toRead == 0) { break; } throw new Exception("client disconnected during post"); } toRead -= numread; ms.Write(buf, 0, numread); } ms.Seek(0, SeekOrigin.Begin); } //Console.WriteLine("get post data end"); postHandler(httpUrl, ms, outputStream); } }
public void CopyTo(object targetStream, int bufferSize = 0) { IStreamWrapper sw = targetStream as IStreamWrapper; if (sw == null) { throw RuntimeException.InvalidArgumentType("targetStream"); } var stream = sw.GetUnderlyingStream(); if (bufferSize == 0) { _underlyingStream.CopyTo(stream); } else { _underlyingStream.CopyTo(stream, bufferSize); } }
public void SetUpSecureChannel() { try { var ecdh1 = new ECDHWrapper(AgreementLength); this.messageFramer.Send(ecdh1.PubData); var serverPublicKey = this.messageFramer.Receive(); byte[] agreement = ecdh1.calcAgreement(serverPublicKey); const int AESKeyLength = 32; byte[] aesKey = new byte[AESKeyLength]; Array.Copy(agreement, 0, aesKey, 0, AESKeyLength); this.cryptoWrapper = new CryptoProtocol(this.messageFramer, aesKey, Iv1); } catch (Exception ex) { Logger.Debug(string.Format("Error while stting up secure channel: {0}{1}", Environment.NewLine, ex)); throw new ServerSendInvalidDataException(string.Empty, ex); } }
public CryptoProtocol(IStreamWrapper under, byte[] key, byte[] iv) { if (under == null) { throw new ArgumentNullException("under"); } if (key == null || key.Length <= 0) { throw new ArgumentNullException("key"); } if (iv == null || iv.Length <= 0) { throw new ArgumentNullException("iv"); } this.under = under; var aes = new AesManaged { Key = key, IV = iv }; this.encryptor = aes.CreateEncryptor(); this.decryptor = aes.CreateDecryptor(); }
/// <summary> /// Init secure channel (this.Cryptor) /// </summary> /// <returns></returns> private void SetUpSecureChannel() { try { var ecdh1 = new ECDHWrapper(AgreementLength); var recCliPub = this.messageFramer.Receive(); this.messageFramer.Send(ecdh1.PubData); var agr = ecdh1.calcAgreement(recCliPub); const int AESKeyLength = 32; var aeskey = new byte[AESKeyLength]; Array.Copy(agr, 0, aeskey, 0, AESKeyLength); this.cryptoWrapper = new CryptoProtocol(this.messageFramer, aeskey, CryptoIv1); } catch (Exception ex) { Log.DebugFormat("Error while completing agreement: {0}{1}", Environment.NewLine, ex); this.cryptoWrapper = null; throw new SecureChannelInitFailedException(string.Empty, ex); } }
public ShapeLoaderAdapter(IShapeLoader loader, IStreamWrapper wrapper) { loader_ = loader; wrapper_ = wrapper; }
public DocumentsRestClient(IOAuthInfoProvider oauthInfoProvider, IRestClientConfiguration configuration, IRestClientErrorHandler errorHandler, IStreamWrapper streamWrapper, string apiVersionPrefix) : base(oauthInfoProvider, configuration, errorHandler, apiVersionPrefix) { this.streamWrapper = streamWrapper; }
internal static Stream WrapDownloadStream(Stream stream, IStreamWrapper streamWrapper) { return(streamWrapper?.WrapDownloadStream(stream) ?? stream); }
internal static void AddFileToUpload(IRestRequest uploadRequest, string fileName, string filePath, IStreamWrapper streamWrapper, CancellationToken cancellationToken) { uploadRequest.Files.Add(new FileParameter() { Name = fileName, FileName = Path.GetFileName(filePath), ContentLength = new FileInfo(filePath).Length, ContentType = null, Writer = uploadStream => { using (var fileStream = WrapUploadStream(new FileStream(filePath, FileMode.Open, FileAccess.Read, FileShare.ReadWrite | FileShare.Delete), streamWrapper)) { CopyTo(fileStream, uploadStream, cancellationToken); } } }); }
public Disposed(IStreamWrapper wrapper) : base(wrapper) { }
internal AfterRead(IStreamWrapper wrapper, byte[] buf, int ofs, int count) : base(wrapper) { Buffer = new ArraySegment <byte>(buf, ofs, count); }
internal BeforeWrite(IStreamWrapper wrapper, byte[] buf, int ofs, int count) : base(wrapper) { Buffer = new ArraySegment <byte>(buf, ofs, count); }
/// <summary> /// Init secure channel (this.Cryptor) /// </summary> /// <returns></returns> private void SetUpSecureChannel() { try { var ecdh1 = new ECDHWrapper(AgreementLength); var recCliPub = this.messageFramer.Receive(); this.messageFramer.Send(ecdh1.PubData); var agr = ecdh1.calcAgreement(recCliPub); const int AESKeyLength = 32; var aeskey = new byte[AESKeyLength]; Array.Copy(agr, 0, aeskey, 0, AESKeyLength); this.cryptoWrapper = new CryptoProtocol(this.messageFramer, aeskey, CryptoIv1); } catch (Exception ex) { Log.DebugFormat("Error while completing agreement: {0}{1}", Environment.NewLine, ex); this.cryptoWrapper = null; throw new SecureChannelInitFailedException(string.Empty, ex); } }
protected StreamEvent(IStreamWrapper wrapper) { Wrapper = wrapper; }
public void SetData(short dataFormat, int index, FileDescriptor descriptor) { _dataObjects.Add( new DataObject { FORMATETC = new FORMATETC { cfFormat = dataFormat, ptd = IntPtr.Zero, dwAspect = DVASPECT.DVASPECT_CONTENT, lindex = index, tymed = TYMED.TYMED_ISTREAM }, GetData = () => { // Create IStream for data var iStream = NativeMethods.CreateStreamOnHGlobal(IntPtr.Zero, true); if (descriptor.StreamContents != null) { // Wrap in a .NET-friendly Stream and call provided code to fill it using (var stream = new IStreamWrapper(iStream)) { descriptor.StreamContents(descriptor.GrfData, descriptor.FilePath, stream, descriptor.Argument); } } // Return an IntPtr for the IStream IntPtr ptr = Marshal.GetComInterfaceForObject(iStream, typeof(IStream)); Marshal.ReleaseComObject(iStream); return new Tuple<IntPtr, int>(ptr, NativeMethods.S_OK); }, }); }
public void Init(string _serv, int _prt, string _login, string _password) { this.Server = _serv; this.portNum = _prt; this.Login = _login; this.password = _password; this.InitStaticDSA(); this.FreeClient(); this.client = new TcpClient(this.Server, this.portNum); this.stream = this.client.GetStream(); this.stream.ReadTimeout = 7000; this.messageFramer = new FramedProtocol(this.stream); }
public IStreamWriterWrapper GetStreamWriterWrapper(IStreamWrapper streamWrapper) { return(new StreamWriterWrapper(streamWrapper)); }
public void SetUpSecureChannel() { try { var ecdh1 = new ECDHWrapper(AgreementLength); this.messageFramer.Send(ecdh1.PubData); var serverPublicKey = this.messageFramer.Receive(); byte[] agreement = ecdh1.calcAgreement(serverPublicKey); const int AESKeyLength = 32; byte[] aesKey = new byte[AESKeyLength]; Array.Copy(agreement, 0, aesKey, 0, AESKeyLength); this.cryptoWrapper = new CryptoProtocol(this.messageFramer, aesKey, Iv1); } catch (Exception ex) { Logger.Debug(string.Format("Error while stting up secure channel: {0}{1}", Environment.NewLine, ex)); throw new ServerSendInvalidDataException(string.Empty, ex); } }
public ZipReader(IStreamWrapper stream, string password = null) { Open(stream, password); }
public AdapterLoaderPacker(IStreamWrapper wrapper) { wrapper_ = wrapper; }