private void TriggerCallback() { try { IEnumerable <object> values = ReadData.ReadDataFromDataSources(datasetConfig, datasetConfig.DatasetConfigRows, activConnections, StartedAsService); if (values != null) { dbInterface.Write(values); } } catch (ThreadAbortException ex) { //ThreadExceptionOccured.Invoke(this, new ThreadExceptionEventArgs(ex)); } catch (Exception ex) { if (StartedAsService) { ThreadExceptionOccured.Invoke(this, new ThreadExceptionEventArgs(ex)); } else { throw; } } }
protected void Reader() { Debug.WriteLine("reader started"); var result = new List <byte>(BufferSize); var buffer = new byte[BufferSize]; while (true) { var bytesRead = Stream.Read(buffer, 0, BufferSize); if (bytesRead == 0) { break; } for (var i = 0; i < bytesRead; i++) { var b = buffer[i]; result.Add(b); if (b == _delimiter.Last() && result.ToArray().Reverse().Take(_delimiter.Length).Reverse().ToArray().SequenceEqual(_delimiter)) { result.RemoveRange(result.Count - _delimiter.Length, _delimiter.Length); Debug.WriteLine("tcp got data " + result.Count); ReadData?.Invoke(result.ToArray()); result.Clear(); } } } Debug.WriteLine("reader ended"); }
void Run() { sb = new StringBuilder(); re = new ReadData(); Calc(); Console.Write(sb.ToString()); }
protected override void Seed(TelegramCookingHelper.Classes.Context context) { // This method will be called after migrating to the latest version. // You can use the DbSet<T>.AddOrUpdate() helper extension method // to avoid creating duplicate seed data. var readData = new ReadData(); foreach (var meal in readData.Meals) { context.Meals.AddOrUpdate(meal); context.SaveChanges(); } foreach (var ing in readData.Ingredients) { context.Ingredients.AddOrUpdate(ing); context.SaveChanges(); } foreach (var dish in readData.Dishes) { dish.MainIngredient = context.Ingredients.First(ing => ing.Name == dish.MainIngredient.Name); dish.Meal = context.Meals.First(m => m.Name == dish.Meal.Name); context.Dishes.AddOrUpdate(dish); context.SaveChanges(); } }
public IActionResult Get() { var data = new ReadData(() => _stockHub.Clients.All.SendAsync("Stock Data", MockData.GetStockData())); return(Ok(new { Message = "Request Completed" })); }
public void GetSurname() { ReadData dataTest = new ReadData("beidpkcs11.dll"); dataTest.GetSurname(); //Assert.AreEqual("SPECIMEN", dataTest.GetSurname()); }
private void SendData() { while (true) { Thread.Sleep(1000); uint portNum = Convert.ToUInt32(portString); IntPtr comHandle = InitPort(portNum, 9600, 'N', 8, 1, false); readData = ReadDataCallBackFunc; CommSetCallBack(readData); CommStartR(); byte param = Convert.ToByte(comboboxString); Random random = new Random(); byte x = 0x00; byte y = 0x00; byte[] command = { 0x86, x, y, param, 0x00, 0x0a }; byte[] crc = CRC16.crc_16(command); byte[] sendData = new byte[command.Length + 2]; command.CopyTo(sendData, 0); sendData[sendData.Length - 2] = crc[1]; sendData[sendData.Length - 1] = crc[0]; bool isWriteSuccessful = CommSendDataFunction(sendData, 8); ClosePort(); } }
public void GetCertificateLabels() { ReadData dataTest = new ReadData("beidpkcs11.dll"); List <string> labels = dataTest.GetCertificateLabels(); Assert.IsTrue(labels.Contains("Authentication"), "Find Authentication certificate"); }
public void GetDateOfBirth() { ReadData dataTest = new ReadData("beidpkcs11.dll"); dataTest.GetDateOfBirth(); //Assert.AreEqual("01 JAN 1971", dataTest.GetDateOfBirth()); }
public Dictionary <string, byte[]> GetAllDataByte() { ReadData dataTest = new ReadData("beidpkcs11.dll"); return(dataTest.GetAllDataByte()); //Assert.AreEqual("SPECIMEN", dataTest.GetSurname()); }
protected override async Task <ReadData> ReadBuffer(byte[] managedBuffer) { while (true) { ReadData readData = await ReadBufferInternal(managedBuffer); if (readData.eof && blobIndex >= 0 && blobIndex < NumberOfBlobs) { // this is a multi-blob read; open the next one await OpenBlob(); if (readData.nRead > 0) { readData.eof = false; // we read some data; return it now return(readData); } // otherwise go around the loop again and read some data from the next blob } else { return(readData); } } }
public List <Transaction> Sales() { Console.WriteLine(1); IGetAll readObject = new ReadData(); return(readObject.GetAllTransactions()); }
private Task ReadFile(FileSystemInfo myFile) { return(Task.Run(() => ReadData.Add(new FileClientContents { FileName = myFile.Name, FileContents = FileReader.ReadFileToString(myFile.FullName) }))); }
//バイナリ書き込み void WriteBinary(BinaryWriter writer) { writer.Write(MagicID); writer.Write(Version); ReadData.Write(writer); config.Write(writer); GalleryData.Write(writer); }
public void SaveDataButton() { SavePosition(); SaveEvents(); AssetDatabase.Refresh(); PlayerEventTrack.EventData = ReadData.Read("Saved_data"); PlayerEventTrack.PositionData = ReadData.Read("Position_data"); }
public void ConvertTest() { string s; s = ReadData.Convert("11.11,22.22"); //Assert.AreEqual("11,11 22,22", s); Assert.AreEqual("X: 11,11Y: 22,22", s); }
/// <summary> /// Metoda dodaje dane to lisy zamówieñ /// </summary> private void TestData() { string pathApplication = Directory.GetCurrentDirectory(); string pathDirectory = pathApplication.Remove(pathApplication.IndexOf(@"t\bin\D") + 1); string pathFile = System.IO.Path.Combine(pathDirectory, @"TestFiles\z.csv"); ReadData.CsvToList(pathFile); }
public void GetPhotoFile() { ReadData dataTest = new ReadData("beidpkcs11.dll"); byte[] photoFile = dataTest.GetPhotoFile(); Bitmap photo = new Bitmap(new MemoryStream(photoFile)); Assert.AreEqual(140, photo.Width); Assert.AreEqual(200, photo.Height); }
//バイナリ書き込み void WriteBinary(BinaryWriter writer) { writer.Write(MagicID); writer.Write(Version); ReadData.Write(writer); Engine.Config.Write(writer); GalleryData.Write(writer); Engine.Param.WriteSystemData(writer); }
public void IntegrityFails() { ReadData dataTest = new ReadData("beidpkcs11.dll"); Integrity integrityTest = new Integrity(); byte[] idFile = dataTest.GetIdFile(); byte[] idSignatureFile = dataTest.GetIdSignatureFile(); byte[] certificateRRN = null; Assert.False(integrityTest.Verify(idFile, idSignatureFile, certificateRRN)); }
public void IntegrityIdentityFileWrongSignature() { ReadData dataTest = new ReadData("beidpkcs11.dll"); Integrity integrityTest = new Integrity(); byte[] idFile = dataTest.GetIdFile(); byte[] idSignatureFile = dataTest.GetAddressSignatureFile(); byte[] certificateRRN = dataTest.GetCertificateRNFile(); Assert.False(integrityTest.Verify(idFile, idSignatureFile, certificateRRN)); }
protected void Button1_Click(object sender, EventArgs e) { try { if (lblEmpID.Text == "" && lblEmpName.Text == "") { string display = "Please Select Emplyee From The List to Calculate Salary Breakups!"; ClientScript.RegisterStartupScript(this.GetType(), "myalert", "alert('" + display + "');", true); Button2.Enabled = false; } string myString = lblName.Text; ReadData r = new ReadData(); if (r.FindString(myString) == true) { lblWhatHappened.ForeColor = System.Drawing.Color.Red; lblWhatHappened.Text = "Record Already Exists"; Button2.Enabled = false; Button3.Enabled = false; } else { lblWhatHappened.ForeColor = System.Drawing.Color.DarkGreen; lblWhatHappened.Text = "Available To Record!"; Button2.Enabled = true; Button3.Enabled = true; Button1.Enabled = false; Button2.Enabled = true; string empname = lblName.Text; string empno = lblID.Text; float basic = Convert.ToInt32(txtCalculateSalary.Text); float hra = Convert.ToInt32(basic * 0.4); float da = Convert.ToInt32(basic * 0.6); float gross = Convert.ToInt32(basic + hra + da); float pf = Convert.ToInt32(gross * 0.13); float tax = Convert.ToInt32(gross * 0.2); float deductions = Convert.ToInt32(pf + tax); float netsalary = Convert.ToInt32(gross - deductions); lblEmpBasic.Text = basic.ToString();; lblHRA.Text = hra.ToString(); lblDA.Text = da.ToString(); lblGross.Text = gross.ToString(); lblPF.Text = pf.ToString(); lblTax.Text = tax.ToString(); lblDeductions.Text = deductions.ToString(); lblTotal.Text = netsalary.ToString(); } } catch (SqlException myex) { ClientScript.RegisterStartupScript(this.GetType(), "myalert", "alert('" + myex + "');", true); Button2.Enabled = false; } }
public ReadDataTest() { var serviceProvider = new ServiceCollection() .AddLogging() .BuildServiceProvider(); var loggerFactor = serviceProvider.GetService <ILoggerFactory>(); _ReadData = new ReadData(loggerFactor); }
public void GetCertificateRNFile() { ReadData dataTest = new ReadData("beidpkcs11.dll"); byte[] certificateRNFile = dataTest.GetCertificateRNFile(); X509Certificate certificateRN; Assert.DoesNotThrow(delegate { certificateRN = new X509Certificate(certificateRNFile); }); certificateRN = new X509Certificate(certificateRNFile); Assert.True(certificateRN.Issuer.Contains("Root")); }
static void Main(string[] args) { ReadData data; Heuristic heuristic; data = new ReadData("../../data/input/stations.txt", "../../data/input/students_di_s.txt", "../../data/input/Buses.txt", "../../data/input/distance.txt"); heuristic = new Heuristic(data.School, data.Stations, data.Buses); heuristic.Mode = 1; heuristic.Limittime = 1800; heuristic.StartTime = 21600; heuristic.Run(); heuristic.PrintSolution(); data = new ReadData("../../data/input/stations.txt", "../../data/input/students_di_s.txt", "../../data/input/Buses.txt", "../../data/input/distance.txt"); heuristic = new Heuristic(data.School, data.Stations, data.Buses); heuristic.Mode = 3; // heuristic.ReSet(); heuristic.Limittime = 1800; heuristic.StartTime = 21600; heuristic.Run(); heuristic.PrintSolution(); // heuristic.PrintFileSolution("Solution_Arrival_06h"); //data = new ReadData("../../data/input/stations.txt", "../../data/input/students_ve_s.txt", "../../data/input/Buses.txt", "../../data/input/distance.txt"); //heuristic = new Heuristic(data.School, data.Stations, data.Buses); //heuristic.Mode = 2; //heuristic.Limittime = 1800; //heuristic.StartTime = 41400; //heuristic.Run(); //heuristic.PrintSolution(); //heuristic.PrintFileSolution("Solution_Back_11h30"); //data = new ReadData("../../data/input/stations.txt", "../../data/input/students_di_c.txt", "../../data/input/Buses.txt", "../../data/input/distance.txt"); //heuristic = new Heuristic(data.School, data.Stations, data.Buses); //heuristic.Mode = 1; //heuristic.Limittime = 1800; //heuristic.StartTime = 43200; //heuristic.Mode = 1; //heuristic.Run(); //heuristic.PrintSolution(); //heuristic.PrintFileSolution("Solution_Arrival_12h"); //data = new ReadData("../../data/input/stations.txt", "../../data/input/students_ve_c.txt", "../../data/input/Buses.txt", "../../data/input/distance.txt"); //heuristic = new Heuristic(data.School, data.Stations, data.Buses); //heuristic.Mode = 2; //heuristic.Limittime = 1800; //heuristic.StartTime = 58680; //heuristic.Run(); //heuristic.PrintSolution(); //heuristic.PrintFileSolution("Solution_Back_16h30"); // Route f = new Route(); // f.Show(); Console.ReadKey(); }
/// <summary> /// 获取解析结果 /// </summary> /// <typeparam name="T"></typeparam> /// <returns></returns> private async Task <T> GetRespond <T>(int time = 5) where T : ReceiveFrameBase, new() { var res2 = Task.Factory.StartNew <T>(new Func <T>(delegate { int count = 0; List <byte> buffer = new List <byte>(); SerialPort.ReadTimeout = 200; Label: try { byte[] data2 = new byte[2048]; count++; Thread.Sleep(100); var read = SerialPort.Read(data2, 0, data2.Length); if (read > 0) { var receive = data2.Take(read).ToArray(); buffer.AddRange(receive); ReadData?.Invoke(receive, BitConverter.ToString(buffer.ToArray())); RXContainer receiveFrameBase = new RXContainer(buffer.ToArray()); var res = receiveFrameBase.GetFrame <T>(); if (res.Item2) { return(res.Item1); } else { if (count > time) { return(null); } goto Label; } } else { if (count > time) { return(null); } goto Label; } } catch (Exception err) { Debug.WriteLine(err); if (count > time) { return(null); } goto Label; } })); return(await res2); }
public void GetCertificateRootFile() { ReadData dataTest = new ReadData("beidpkcs11.dll"); byte[] certificateFile = dataTest.GetCertificateRootFile(); X509Certificate certificateRoot; Assert.DoesNotThrow(delegate { certificateRoot = new X509Certificate(certificateFile); }); certificateRoot = new X509Certificate(certificateFile); Assert.AreEqual(certificateRoot.Subject, certificateRoot.Issuer, "Should be a self-signed root certificate"); Assert.True(certificateRoot.Subject.Contains("Root")); }
public void setReports() { String driverpath = Path.GetDirectoryName(Assembly.GetExecutingAssembly().Location); r1 = new ExtentHtmlReporter(driverpath + "\\" + "testresults.html"); extent = new ExtentReports(); extent.AttachReporter(r1); extent.AddSystemInfo("Opering System", "Windows 10"); ReadData.setData(driverpath); }
public void ValidityAuthenticationChain() { ReadData dataTest = new ReadData("beidpkcs11.dll"); Integrity integrityTest = new Integrity(); List<byte[]> caCerts = new List<byte[]>(); caCerts.Add(dataTest.GetCertificateCAFile()); Assert.True(integrityTest.CheckCertificateChain( caCerts, dataTest.GetCertificateAuthenticationFile())); }
public void IntegrityIdentityFileWrongCertificate() { ReadData dataTest = new ReadData("beidpkcs11.dll"); Integrity integrityTest = new Integrity(); byte[] idFile = dataTest.GetIdFile(); byte[] idSignatureFile = dataTest.GetIdSignatureFile(); byte[] certificateRoot = dataTest.GetCertificateRootFile(); Assert.False(integrityTest.Verify(idFile, idSignatureFile, certificateRoot)); }
public MainWindow() { InitializeComponent(); fullPath = System.IO.Path.GetFullPath("./resources"); // in Signature.WPF/bin/Debug/resources rd = new ReadData(); ShowData(); ReadPDF(); }
public void IntegrityIdentityFile() { ReadData dataTest = new ReadData("beidpkcs11.dll"); Integrity integrityTest = new Integrity(); byte[] idFile = dataTest.GetIdFile(); byte[] idSignatureFile = dataTest.GetIdSignatureFile(); byte[] certificateRRN = dataTest.GetCertificateRNFile(); Assert.IsTrue(integrityTest.Verify(idFile, idSignatureFile, certificateRRN)); }
public Dao Fetch(Guid id, Type type, IDbConnection connection, IDbTransaction transaction) { // todo [kk]: check that type is derived from PersistenceModel var tableName = GetTableName(type); CreateTableIfNotExists(tableName, connection, transaction); var text = $@"SELECT [Data] FROM [{tableName}] WHERE Id = @id"; var data = ReadData(connection, transaction, text, ("id", Id2Str(id))); if (data == null || data.Count == 0) { return(null); } var model = Json.Deserialize(data.Single(), type) as Dao; return(model); }
public void ValidityAuthenticationChain() { ReadData dataTest = new ReadData("beidpkcs11D.dll"); Integrity integrityTest = new Integrity(); List <byte[]> caCerts = new List <byte[]>(); caCerts.Add(dataTest.GetCertificateCAFile()); Assert.True(integrityTest.CheckCertificateChain( caCerts, dataTest.GetCertificateAuthenticationFile())); }
public void GetIdFile() { ReadData dataTest = new ReadData("beidpkcs11.dll"); byte[] idFile = dataTest.GetIdFile(); int i = 0; // poor man's tlv parser... // we'll check the first two tag fields (01 and 02) Assert.AreEqual(0x01, idFile[i++]); // Tag i += idFile[i]; // Length - skip value i++; Assert.AreEqual(0x02, idFile[i]); // Tag }
public void IntegrityAddressFile() { ReadData dataTest = new ReadData("beidpkcs11.dll"); Integrity integrityTest = new Integrity(); byte[] addressFile = trimRight(dataTest.GetAddressFile()); byte[] idSignatureFile = dataTest.GetIdSignatureFile(); byte[] concatFiles = new byte[addressFile.Length + idSignatureFile.Length]; Array.Copy(addressFile, 0, concatFiles, 0, addressFile.Length); Array.Copy(idSignatureFile, 0, concatFiles, addressFile.Length, idSignatureFile.Length); byte[] addressSignatureFile = dataTest.GetAddressSignatureFile(); byte[] certificateRRN = dataTest.GetCertificateRNFile(); Assert.True(integrityTest.Verify(concatFiles, addressSignatureFile, certificateRRN)); }
public void SignSignature() { // Sign Sign signTest = new Sign("beidpkcs11.dll"); byte[] testdata = new byte[] { 0, 1, 2, 3, 4, 5, 6, 7, 8 }; byte[] signeddata = signTest.DoSign(testdata, "Signature"); Assert.IsNotNull(signeddata); // Verification ReadData dataTest = new ReadData("beidpkcs11.dll"); Integrity integrityTest = new Integrity(); Assert.False(integrityTest.Verify(testdata, signeddata, dataTest.GetCertificateAuthenticationFile())); Assert.True(integrityTest.Verify(testdata, signeddata, dataTest.GetCertificateSignatureFile())); }
public void StoreCertificateRNFile() { ReadData dataTest = new ReadData("beidpkcs11.dll"); byte[] certificateRNFile = dataTest.GetCertificateRNFile(); X509Certificate2 certificateRN = new X509Certificate2(certificateRNFile); X509Store mystore = new X509Store(StoreName.My); mystore.Open(OpenFlags.ReadWrite); mystore.Add(certificateRN); }
public void GetSlotDescription() { ReadData dataTest = new ReadData("beidpkcs11.dll"); Assert.AreEqual("ACS CCID USB Reader 0", dataTest.GetSlotDescription()); }
public void GetTokenInfoLabel() { ReadData dataTest = new ReadData("beidpkcs11.dll"); Assert.AreEqual("BELPIC", dataTest.GetTokenInfoLabel().Trim()); }
private async Task DataLoop(bool errorState) { var managedBuffer = new byte[bufferSize]; var readData = new ReadData { eof = false, nRead = 0 }; while ((!readData.eof) || errorState) { log.LogInformation("Waiting for buffer"); var buffer = await queue.Dequeue(); if (buffer == null) { // we were interrupted, and have returned all the necessary buffers return; } if (errorState) { client.DiscardBuffer(buffer); } else { try { if (buffer.size != bufferSize) { throw new ApplicationException("Mismatched buffer sizes " + buffer.size + " != " + bufferSize); } if (buffer.offset == -1) { buffer.offset = offset; } else if (buffer.offset != offset) { throw new ApplicationException("Buffer offset " + buffer.offset + " expected " + offset); } log.LogInformation("Waiting for buffer read"); Task<ReadData> timeout = Task.Delay(SafetyTimeout).ContinueWith((t) => new ReadData()); Task<ReadData> reads = await Task.WhenAny(timeout, ReadBuffer(managedBuffer)); if (reads == timeout) { throw new ApplicationException("Excessive timeout on read operation"); } readData = reads.Result; log.LogInformation("Got buffer read " + readData.nRead); buffer.size = readData.nRead; Marshal.Copy(managedBuffer, 0, buffer.storage, readData.nRead); log.LogInformation("Returning to client"); client.ReceiveData(buffer, readData.eof); offset += (long) buffer.size; } catch (Exception e) { SendError(e, ErrorType.IO); client.DiscardBuffer(buffer); errorState = true; } } } }
/// <summary> /// Begin an asynchronous read operation /// </summary> /// <param name="callback">Callback method to call when read operation completes</param> /// <param name="state">State object</param> /// <returns>An <see cref="System.IAsyncResult"/> object</returns> public IAsyncResult BeginRead(AsyncCallback callback, object state) { byte[] bytes = AllocateBuffer(); ReadData rd = new ReadData(callback, state, bytes); // only put a callback if the caller wants one. AsyncCallback myCallback = null; if ( callback != null ) myCallback = new AsyncCallback(OnAsyncReadDone); IAsyncResult result = _topStream.BeginRead( bytes, 0, bytes.Length, myCallback,rd ); return new WrappedAsyncResult(result, bytes); }
public void GetDateOfBirth() { ReadData dataTest = new ReadData("beidpkcs11.dll"); Assert.AreEqual("01 JAN 1971", dataTest.GetDateOfBirth()); }
public void GetCertificateLabels() { ReadData dataTest = new ReadData("beidpkcs11.dll"); List<string> labels = dataTest.GetCertificateLabels(); //Assert.True(labels.Contains("Authentication"),"Find Authentication certificate"); }
/// <summary> /// в случае совпадения контрольной суммы последний байт равен 1 /// </summary> /// <param name="size"></param> /// <returns></returns> private ReadData ReadBufferFromPort(byte size) { Thread.Sleep(_config.IntervalSleepTime); ReadData readData = new ReadData(); byte[] readBuffer = new byte[size]; try { _serialPort.Read(readBuffer, 0, size); _lastRespondedController = _currentDoorNumber; } catch (Exception exception) { _logger.Error("error read operation from method {0}\n port = {1} \n controller = {2} \n" + exception, _currentMethodName, _serialPort.PortName, _currentDoorNumber); readData.IsValid = false; readData.Buffer = new byte[0]; return readData; } byte[] buffer = new byte[readBuffer.Length - 1]; Array.Copy(readBuffer, buffer, readBuffer.Length - 1); if (GetCheckSum(buffer) == readBuffer[readBuffer.Length - 1]) { readData.IsValid = true; readData.Buffer = buffer; } else { readData.IsValid = false; readData.Buffer = new byte[0]; } return readData; }