public void Save() { BigEndianBinaryWriter TROPUSRWriter = new BigEndianBinaryWriter(new FileStream(path + "TROPUSR.DAT", FileMode.Open)); TROPUSRWriter.Write(header.StructToBytes()); TypeRecord account_id_Record = typeRecordTable[2]; TROPUSRWriter.BaseStream.Position = account_id_Record.Offset + 32; // 空行 TROPUSRWriter.Write(account_id.ToCharArray()); // 帳號 TypeRecord trophy_id_Record = typeRecordTable[3]; TROPUSRWriter.BaseStream.Position = trophy_id_Record.Offset + 16; TROPUSRWriter.Write(trophy_id.ToCharArray()); // 獎杯ID TROPUSRWriter.BaseStream.Position = trophy_id_Record.Offset + 80; //TROPUSRWriter.Write(AchievementRate[0]); // 完成度 //TROPUSRWriter.Write(AchievementRate[1]); // 完成度 //TROPUSRWriter.Write(AchievementRate[2]); // 完成度 //TROPUSRWriter.Write(AchievementRate[3]); // 完成度 TypeRecord TrophyType_Record = typeRecordTable[4]; TROPUSRWriter.BaseStream.Position = TrophyType_Record.Offset; foreach (TrophyType type in trophyTypeTable) { TROPUSRWriter.BaseStream.Position += 16; TROPUSRWriter.Write(type.StructToBytes()); } TypeRecord trophyListInfo_Record = typeRecordTable[5]; TROPUSRWriter.BaseStream.Position = trophyListInfo_Record.Offset + 16; TROPUSRWriter.Write(trophyListInfo.StructToBytes()); TypeRecord TrophyTimeInfo_Record = typeRecordTable[6]; TROPUSRWriter.BaseStream.Position = TrophyTimeInfo_Record.Offset; foreach (TrophyTimeInfo time in trophyTimeInfoTable) { TROPUSRWriter.BaseStream.Position += 16; TROPUSRWriter.Write(time.StructToBytes()); } TypeRecord unknowType7_Record = typeRecordTable[7]; TROPUSRWriter.BaseStream.Position = unknowType7_Record.Offset + 16; TROPUSRWriter.Write(unknowType7.StructToBytes()); TROPUSRWriter.Flush(); TROPUSRWriter.Close(); }
private void SendMessage(IPeerContext peerContext, Action <BinaryWriter> constructMessage) { using (var ms = new MemoryStream()) { BinaryWriter writer = new BigEndianBinaryWriter(ms); constructMessage(writer); writer.Flush(); peerContext.SendMessage(ExtensionProtocolMessageId, ms.ToArray()); } }
protected Task Send(UdpTrackerRequestMessage message) { var ms = new MemoryStream(); var writer = new BigEndianBinaryWriter(ms); message.WriteTo(writer); writer.Flush(); return(client.SendAsync(ms.ToArray(), (int)ms.Length, trackerUri.Host, trackerUri.Port)); }
public void SendMessage(byte messageId, byte[] data) { using (var ms = new MemoryStream()) { BinaryWriter writer = new BigEndianBinaryWriter(ms); writer.Write(messageId); writer.Write(data); writer.Flush(); Peer.Send(ms.ToArray()); } }
public string PrintToString(string language) { var stream = new MemoryStream(); using (var writer = new BigEndianBinaryWriter(stream)) { writer.Write(language); writer.Flush(); var response = _client.SendRequestWithResponse(new Request(FUNCTION_READER_PRINT_TO_STRING, stream.ToArray(), _objectId)); using (var reader = response.Reader) return(reader.ReadString()); } }
// Mock out the web request protected override Task <Stream> HttpGet(string requestUri) { BDictionary response; if (compact) { var ms = new MemoryStream(); var writer = new BigEndianBinaryWriter(ms); // Peer 1 writer.Write(new byte[] { 192, 168, 0, 1 }); writer.Write((ushort)5001); // Peer 2 writer.Write(new byte[] { 192, 168, 0, 2 }); writer.Write((ushort)5002); writer.Flush(); response = new BDictionary { ["peers"] = new BString(ms.ToArray()) }; } else { response = new BDictionary { ["peers"] = new BList { new BDictionary { ["ip"] = new BString("192.168.0.1"), ["port"] = new BNumber(5001) }, new BDictionary { ["ip"] = new BString("192.168.0.2"), ["port"] = new BNumber(5002) } } }; } var resultStream = new MemoryStream(response.EncodeAsBytes()); return(Task.FromResult((Stream)resultStream)); }
private byte[] BuildResponse() { BDictionary response; if (_compact) { var ms = new MemoryStream(); var writer = new BigEndianBinaryWriter(ms); // Peer 1 writer.Write(new byte[] { 192, 168, 0, 1 }); writer.Write((ushort)5001); // Peer 2 writer.Write(new byte[] { 192, 168, 0, 2 }); writer.Write((ushort)5002); writer.Flush(); response = new BDictionary { ["peers"] = new BString(ms.ToArray()), }; } else { response = new BDictionary { ["peers"] = new BList { new BDictionary { ["ip"] = new BString("192.168.0.1"), ["port"] = new BNumber(5001), }, new BDictionary { ["ip"] = new BString("192.168.0.2"), ["port"] = new BNumber(5002), }, }, }; } return(response.EncodeAsBytes()); }
public void PrintReports(Stream output, string language) { if (!output.CanWrite) { throw new ArgumentException("Stream is not writable."); } var wrapper = new RemoteStreamWrapper(_client, output); var id = _client.RegisterLocalObject(wrapper); var stream = new MemoryStream(); using (var writer = new BigEndianBinaryWriter(stream)) { writer.Write(wrapper.ObjectId); writer.Write(language); writer.Flush(); _client.SendRequestWithResponse(new Request(FUNCTION_READER_PRINT_REPORTS, stream.ToArray(), _objectId)); } }
public void Save() { using (var fileStream = new FileStream(Path.Combine(path, TROPUSR_FILE_NAME), FileMode.Open)) using (var TROPUSRWriter = new BigEndianBinaryWriter(fileStream)) { TROPUSRWriter.Write(header.StructToBytes()); TypeRecord account_id_Record = typeRecordTable[2]; TROPUSRWriter.BaseStream.Position = account_id_Record.Offset + 32; // 空行 TROPUSRWriter.Write(this.account_id); // 帳號 TypeRecord trophy_id_Record = typeRecordTable[3]; TROPUSRWriter.BaseStream.Position = trophy_id_Record.Offset + 16; TROPUSRWriter.Write(trophy_id.ToCharArray()); // 獎杯ID TROPUSRWriter.BaseStream.Position = trophy_id_Record.Offset + 80; TypeRecord TrophyType_Record = typeRecordTable[4]; TROPUSRWriter.BaseStream.Position = TrophyType_Record.Offset; foreach (TrophyType type in trophyTypeTable) { TROPUSRWriter.BaseStream.Position += 16; TROPUSRWriter.Write(type.StructToBytes()); } TypeRecord trophyListInfo_Record = typeRecordTable[5]; TROPUSRWriter.BaseStream.Position = trophyListInfo_Record.Offset + 16; TROPUSRWriter.Write(trophyListInfo.StructToBytes()); TypeRecord TrophyTimeInfo_Record = typeRecordTable[6]; TROPUSRWriter.BaseStream.Position = TrophyTimeInfo_Record.Offset; foreach (TrophyTimeInfo time in trophyTimeInfoTable) { TROPUSRWriter.BaseStream.Position += 16; TROPUSRWriter.Write(time.StructToBytes()); } TypeRecord unknowType7_Record = typeRecordTable[7]; TROPUSRWriter.BaseStream.Position = unknowType7_Record.Offset + 16; TROPUSRWriter.Write(unknowType7.StructToBytes()); TROPUSRWriter.Flush(); TROPUSRWriter.Close(); } }
public void Send(byte[] data) { writer.Write(data.Length); writer.Write(data); writer.Flush(); }
/// <summary> /// Writes an entire shapefile to disk in one call using a geometryCollection. /// </summary> /// <remarks> /// Assumes the type given for the first geometry is the same for all subsequent geometries. /// For example, is, if the first Geometry is a Multi-polygon/ Polygon, the subsequent geometies are /// Muli-polygon/ polygon and not lines or points. /// The dbase file for the corresponding shapefile contains one column called row. It contains /// the row number. /// </remarks> /// <param name="filename">The filename to write to (minus the .shp extension).</param> /// <param name="geometryCollection">The GeometryCollection to write.</param> public virtual void Write(string filename, GeometryCollection geometryCollection) { System.IO.FileStream shpStream = new System.IO.FileStream(filename + ".shp", System.IO.FileMode.Create); System.IO.FileStream shxStream = new System.IO.FileStream(filename + ".shx", System.IO.FileMode.Create); BigEndianBinaryWriter shpBinaryWriter = new BigEndianBinaryWriter(shpStream); BigEndianBinaryWriter shxBinaryWriter = new BigEndianBinaryWriter(shxStream); // assumes ShapeHandler handler = Shapefile.GetShapeHandler(Shapefile.GetShapeType(geometryCollection.Geometries[0])); IGeometry body; int numShapes = geometryCollection.NumGeometries; // calc the length of the shp file, so it can put in the header. int shpLength = 50; for (int i = 0; i < numShapes; i++) { body = geometryCollection.Geometries[i]; shpLength += 4; // length of header in WORDS shpLength += handler.GetLength(body); // length of shape in WORDS } int shxLength = 50 + (4 * numShapes); // write the .shp header ShapefileHeader ShapeHeader = new ShapefileHeader(); ShapeHeader.FileLength = shpLength; // get envelope in external coordinates IEnvelope env = geometryCollection.EnvelopeInternal; IEnvelope bounds = ShapeHandler.GetEnvelopeExternal(new PrecisionModel(geometryFactory.PrecisionModel), env); ShapeHeader.Bounds = bounds; // assumes Geometry type of the first item will the same for all other items // in the collection. ShapeHeader.ShapeType = Shapefile.GetShapeType(geometryCollection.Geometries[0]); ShapeHeader.Write(shpBinaryWriter); // write the .shx header ShapefileHeader shxHeader = new ShapefileHeader(); shxHeader.FileLength = shxLength; shxHeader.Bounds = ShapeHeader.Bounds; // assumes Geometry type of the first item will the same for all other items in the collection. shxHeader.ShapeType = Shapefile.GetShapeType(geometryCollection.Geometries[0]); shxHeader.Write(shxBinaryWriter); // write the individual records. int _pos = 50; // header length in WORDS for (int i = 0; i < numShapes; i++) { body = geometryCollection.Geometries[i]; int recordLength = handler.GetLength(body); shpBinaryWriter.WriteIntBE(i + 1); shpBinaryWriter.WriteIntBE(recordLength); shxBinaryWriter.WriteIntBE(_pos); shxBinaryWriter.WriteIntBE(recordLength); _pos += 4; // length of header in WORDS handler.Write(body, shpBinaryWriter, geometryFactory); _pos += recordLength; // length of shape in WORDS } shxBinaryWriter.Flush(); shxBinaryWriter.Close(); shpBinaryWriter.Flush(); shpBinaryWriter.Close(); // WriteDummyDbf(filename + ".dbf", numShapes); }
/// <summary> /// Writes the geometry information from the specified IFeatureLayer to the file /// </summary> /// <param name="filename">A filename</param> /// <param name="Layer">An IFeatureLayer to save</param> public virtual void Write(string filename, IFeatureSet Layer) { if (Layer == null) return; if (Layer.Features == null) return; if (Layer.Features.Count == 0) return; string rootname, shpFile, shxFile; rootname = System.IO.Path.GetDirectoryName(filename) + "\\" + System.IO.Path.GetFileNameWithoutExtension(filename); shpFile = rootname + ".shp"; shxFile = rootname + ".shx"; System.IO.FileStream shpStream = new System.IO.FileStream(shpFile, System.IO.FileMode.Create); System.IO.FileStream shxStream = new System.IO.FileStream(shxFile, System.IO.FileMode.Create); BigEndianBinaryWriter shpBinaryWriter = new BigEndianBinaryWriter(shpStream); BigEndianBinaryWriter shxBinaryWriter = new BigEndianBinaryWriter(shxStream); // assumes // ShapeHandler handler = Shapefile.GetShapeHandler(Shapefile.GetShapeType(geometryCollection.Geometries[0])); ShapeHandler handler = null; switch (Layer.Features[0].FeatureType) { case FeatureTypes.Unspecified: return; case FeatureTypes.Line: handler = new MultiLineHandler(); break; case FeatureTypes.Point: handler = new PointHandler(); break; case FeatureTypes.Polygon: handler = new PolygonHandler(); break; } IBasicGeometry body; int numShapes = Layer.Features.Count; // calc the length of the shp file, so it can put in the header. int shpLength = 50; for (int i = 0; i < numShapes; i++) { body = Layer.Features[i].BasicGeometry; shpLength += 4; // length of header in WORDS shpLength += handler.GetLength(body); // length of shape in WORDS } int shxLength = 50 + (4 * numShapes); // write the .shp header ShapefileHeader ShapeHeader = new ShapefileHeader(); ShapeHeader.FileLength = shpLength; // get envelope in external coordinates IEnvelope env = Layer.Envelope; //IEnvelope bounds = ShapeHandler.GetEnvelopeExternal(new PrecisionModel(geometryFactory.PrecisionModel), env); ShapeHeader.Bounds = env; // write the .shx header ShapefileHeader shxHeader = new ShapefileHeader(); shxHeader.FileLength = shxLength; shxHeader.Bounds = ShapeHeader.Bounds; // assumes Geometry type of the first item will the same for all other items // in the collection. switch(Layer.FeatureType) { case FeatureTypes.Polygon: ShapeHeader.ShapeType = ShapeGeometryTypes.Polygon; shxHeader.ShapeType = ShapeGeometryTypes.Polygon; break; case FeatureTypes.Point: ShapeHeader.ShapeType = ShapeGeometryTypes.Point; shxHeader.ShapeType = ShapeGeometryTypes.Point; break; case FeatureTypes.Line: ShapeHeader.ShapeType = ShapeGeometryTypes.LineString; shxHeader.ShapeType = ShapeGeometryTypes.LineString; break; } ShapeHeader.Write(shpBinaryWriter); // assumes Geometry type of the first item will the same for all other items in the collection. shxHeader.Write(shxBinaryWriter); // write the individual records. int _pos = 50; // header length in WORDS for (int i = 0; i < numShapes; i++) { body = Layer.Features[i].BasicGeometry; int recordLength = handler.GetLength(body); shpBinaryWriter.WriteIntBE(i + 1); shpBinaryWriter.WriteIntBE(recordLength); shxBinaryWriter.WriteIntBE(_pos); shxBinaryWriter.WriteIntBE(recordLength); _pos += 4; // length of header in WORDS handler.Write(body, shpBinaryWriter, geometryFactory); _pos += recordLength; // length of shape in WORDS } shxBinaryWriter.Flush(); shxBinaryWriter.Close(); shpBinaryWriter.Flush(); shpBinaryWriter.Close(); }
public void Save() { BigEndianBinaryWriter TROPTRNSWriter = new BigEndianBinaryWriter(new FileStream(path + "TROPTRNS.DAT", FileMode.Open)); TROPTRNSWriter.Write(header.StructToBytes()); TypeRecord account_id_Record = typeRecordTable[2]; TROPTRNSWriter.BaseStream.Position = account_id_Record.Offset + 32; // 空行 TROPTRNSWriter.Write(account_id.ToCharArray()); TypeRecord trophy_id_Record = typeRecordTable[3]; TROPTRNSWriter.BaseStream.Position = trophy_id_Record.Offset + 16; // 空行 TROPTRNSWriter.Write(trophy_id.ToCharArray()); TROPTRNSWriter.BaseStream.Position = trophy_id_Record.Offset + 32; // 字串長度不定,直接跳過 TROPTRNSWriter.Write(u1); Console.WriteLine(trophyInfoTable.Count); TROPTRNSWriter.Write(trophyInfoTable.Count + 1); // AllGetTrophysCount AllSyncPSNTrophyCount = 0; for (int i = 0; i < trophyInfoTable.Count; i++) { if (trophyInfoTable[i].IsSync) { AllSyncPSNTrophyCount++; } } // AllSyncPSNTrophyCount++; TROPTRNSWriter.Write(AllSyncPSNTrophyCount + 1); // Type 4 TypeRecord TrophyType_Record = typeRecordTable[4]; TROPTRNSWriter.BaseStream.Position = TrophyType_Record.Offset; TROPTRNSWriter.BaseStream.Position += 16; TROPTRNSWriter.Write(trophyInitTime.StructToBytes()); for (int i = 0; i < trophyInfoTable.Count; i++) { TROPTRNSWriter.BaseStream.Position += 16; TrophyInfo ti = trophyInfoTable[i]; ti.SequenceNumber = i + 1; // 整理順序 //if (i == 0) { // ti._unknowInt2 = 0x100000; //} else { // ti._unknowInt2 = 0x100000; //} ti._unknowInt3 = 0; trophyInfoTable[i] = ti; TROPTRNSWriter.Write(trophyInfoTable[i].StructToBytes()); } byte[] emptyStruct = new byte[Marshal.SizeOf(typeof(TrophyInfo))]; Array.Clear(emptyStruct, 0, emptyStruct.Length); TrophyInfo emptyTrophyInfo = emptyStruct.ToStruct <TrophyInfo>(); for (int i = trophyInfoTable.Count; i < TrophyType_Record.Size; i++) { TROPTRNSWriter.BaseStream.Position += 16; emptyTrophyInfo.SequenceNumber = i + 1; TROPTRNSWriter.Write(emptyTrophyInfo.StructToBytes()); } TROPTRNSWriter.Flush(); TROPTRNSWriter.Close(); }
public void Save() { BigEndianBinaryWriter TROPTRNSWriter = new BigEndianBinaryWriter(new FileStream(path + "TROPTRNS.DAT", FileMode.Open)); TROPTRNSWriter.Write(header.StructToBytes()); TypeRecord account_id_Record = typeRecordTable[2]; TROPTRNSWriter.BaseStream.Position = account_id_Record.Offset + 32; // 空行 TROPTRNSWriter.Write(account_id.ToCharArray()); TypeRecord trophy_id_Record = typeRecordTable[3]; TROPTRNSWriter.BaseStream.Position = trophy_id_Record.Offset + 16; // 空行 TROPTRNSWriter.Write(trophy_id.ToCharArray()); TROPTRNSWriter.BaseStream.Position = trophy_id_Record.Offset + 32; // 字串長度不定,直接跳過 TROPTRNSWriter.Write(u1); Console.WriteLine(trophyInfoTable.Count); TROPTRNSWriter.Write(trophyInfoTable.Count+1); // AllGetTrophysCount AllSyncPSNTrophyCount = 0; for (int i = 0; i < trophyInfoTable.Count; i++) { if (trophyInfoTable[i].IsSync) { AllSyncPSNTrophyCount++; } } // AllSyncPSNTrophyCount++; TROPTRNSWriter.Write(AllSyncPSNTrophyCount+1); // Type 4 TypeRecord TrophyType_Record = typeRecordTable[4]; TROPTRNSWriter.BaseStream.Position = TrophyType_Record.Offset; TROPTRNSWriter.BaseStream.Position += 16; TROPTRNSWriter.Write(trophyInitTime.StructToBytes()); for (int i = 0; i < trophyInfoTable.Count; i++) { TROPTRNSWriter.BaseStream.Position += 16; TrophyInfo ti = trophyInfoTable[i]; ti.SequenceNumber = i+1; // 整理順序 //if (i == 0) { // ti._unknowInt2 = 0x100000; //} else { // ti._unknowInt2 = 0x100000; //} ti._unknowInt3 = 0; trophyInfoTable[i] = ti; TROPTRNSWriter.Write(trophyInfoTable[i].StructToBytes()); } byte[] emptyStruct = new byte[Marshal.SizeOf(typeof(TrophyInfo))]; Array.Clear(emptyStruct, 0, emptyStruct.Length); TrophyInfo emptyTrophyInfo = emptyStruct.ToStruct<TrophyInfo>(); for (int i = trophyInfoTable.Count; i < TrophyType_Record.Size; i++) { TROPTRNSWriter.BaseStream.Position += 16; emptyTrophyInfo.SequenceNumber = i + 1; TROPTRNSWriter.Write(emptyTrophyInfo.StructToBytes()); } TROPTRNSWriter.Flush(); TROPTRNSWriter.Close(); }
/// <summary> /// Writes a shapefile to disk. /// </summary> /// <remarks> /// Assumes the type given for the first geometry is the same for all subsequent geometries. /// For example, is, if the first Geometry is a Multi-polygon/ Polygon, the subsequent geometies are /// Muli-polygon/ polygon and not lines or points. /// The dbase file for the corresponding shapefile contains one column called row. It contains /// the row number. /// </remarks> /// <param name="filename">The filename to write to (minus the .shp extension).</param> /// <param name="geometryCollection">The GeometryCollection to write.</param> public void Write(IGeometryCollection geometryCollection) { //FileStream shpStream = new FileStream(filename + ".shp", FileMode.Create); //FileStream shxStream = new FileStream(filename + ".shx", FileMode.Create); shpStream = new MemoryStream(); shxStream = new MemoryStream(); BigEndianBinaryWriter shpBinaryWriter = new BigEndianBinaryWriter(shpStream); BigEndianBinaryWriter shxBinaryWriter = new BigEndianBinaryWriter(shxStream); // assumes ShapeHandler handler = Shapefile.GetShapeHandler(GetShapeType(geometryCollection.Geometries[0])); IGeometry body; int numShapes = geometryCollection.NumGeometries; // calc the length of the shp file, so it can put in the header. int shpLength = 50; for (int i = 0; i < numShapes; i++) { body = (IGeometry)geometryCollection.Geometries[i]; shpLength += 4; // length of header in WORDS shpLength += handler.ComputeRequiredLengthInWords(body); // length of shape in WORDS } int shxLength = 50 + (4 * numShapes); // write the .shp header ShapefileHeader shpHeader = new ShapefileHeader(); shpHeader.FileLength = shpLength; // get envelope in external coordinates Envelope env = geometryCollection.EnvelopeInternal as Envelope; Envelope bounds = ShapeHandler.GetEnvelopeExternal(geometryFactory.PrecisionModel, env); shpHeader.Bounds = bounds; // assumes Geometry type of the first item will the same for all other items // in the collection. shpHeader.ShapeType = GetShapeType(geometryCollection.Geometries[0]); shpHeader.Write(shpBinaryWriter); // write the .shx header ShapefileHeader shxHeader = new ShapefileHeader(); shxHeader.FileLength = shxLength; shxHeader.Bounds = shpHeader.Bounds; // assumes Geometry type of the first item will the same for all other items in the collection. shxHeader.ShapeType = GetShapeType(geometryCollection.Geometries[0]); shxHeader.Write(shxBinaryWriter); // write the individual records. int _pos = 50; // header length in WORDS for (int i = 0; i < numShapes; i++) { body = geometryCollection.Geometries[i]; int recordLength = handler.ComputeRequiredLengthInWords(body); shpBinaryWriter.WriteIntBE(i + 1); shpBinaryWriter.WriteIntBE(recordLength); shxBinaryWriter.WriteIntBE(_pos); shxBinaryWriter.WriteIntBE(recordLength); _pos += 4; // length of header in WORDS handler.Write(body, shpBinaryWriter, geometryFactory); _pos += recordLength; // length of shape in WORDS } shxBinaryWriter.Flush(); //shxStream.Seek(0, SeekOrigin.Begin); ////shxBinaryWriter.Close(); shpBinaryWriter.Flush(); //shpStream.Seek(0, SeekOrigin.Begin); //shpBinaryWriter.Close(); // WriteDummyDbf(filename + ".dbf", numShapes); }