/// <summary> /// Handles closing this object and sub-objects that support being closed. /// </summary> /// <returns>Returns true if close was successful.</returns> public bool Close() { bool closeSuccess = true; RootNode = null; if (SaveFile.Close()) { SaveFile = null; } else { closeSuccess = false; } if (StaticData.Close()) { StaticData = null; } else { closeSuccess = false; } return(closeSuccess); }
/// <summary> /// Creates a new save file and refreshes the scene UI /// </summary> /// <param name="name">name of the save file to create</param> public void Create(string name) { SaveFile sdb = new SaveFile(name); sdb.Close(); RefreshSaveFileList(); }
public void Save() { var saveFile = new SaveFile(_filename); SavePlayer(saveFile); SaveInventory(saveFile); SavePersistenceComponents(saveFile); saveFile.Close(); }
public void Load() { var saveFile = new SaveFile(_filename); LoadPlayer(saveFile); LoadInventory(saveFile); LoadPersistenceComponents(saveFile); saveFile.Close(); }
[TearDown] public void Dispose() { //deletes the testing save files if (saveFile.IsOpen()) { saveFile.Close(); } SaveFile.DeleteSaveFile("testing", saveFile.GetPath()); //clear the console /*/*/ var assembly = Assembly.GetAssembly(typeof(UnityEditor.ActiveEditorTracker)); var type = assembly.GetType("UnityEditor.LogEntries"); var method = type.GetMethod("Clear"); method.Invoke(new object(), null); //*/ }
private void cmdStartTest_Click(object sender, EventArgs e) { System.DateTime CurveTime; float wfmPerSec = 0; System.Diagnostics.Stopwatch stopWatch = new System.Diagnostics.Stopwatch(); string temp; bool saveToDisk = cbxSaveToDisk.Checked; StreamWriter SaveFile = null; string SaveDirectory = txtSaveDirectory.Text; byte[] DataBuffer; int AcqLength = 0; int CurveCount = 0; int DataLength; int BytesRemaining; // Curve data conversion parameters int pt_off; float xinc; float xzero; float ymult; float yoff; float yzero; float xvalue; float yvalue; cmdStartTest.Enabled = false; lblCurveCount.Text = CurveCount.ToString(); lblWfmPerSec.Text = wfmPerSec.ToString("f"); Application.DoEvents(); // Allow the front panel to redraw if (saveToDisk) { // Check that the save directory is valid if (!System.IO.Directory.Exists(SaveDirectory)) { MessageBox.Show("Invalid save directory. Please enter a valid directory then try again.", "Error: Invalid Directory", MessageBoxButtons.OK, MessageBoxIcon.Error); cmdStartTest.Enabled = true; return; } } // Prompt the user to prep the scope if (MessageBox.Show("Please setup the scope then press OK to start Curve Streaming. Once Curve Streaming has started you will not be able to control the scope until Curve Streaming is ended.", "Setup Scope", MessageBoxButtons.OKCancel, MessageBoxIcon.Information) == DialogResult.Cancel) { cmdStartTest.Enabled = true; return; } // Open a connection to the instrument try { //TekScope = new MessageBasedSession(txtVisaResourceName.Text.Trim()); TekScope = GlobalResourceManager.Open(txtVisaResourceName.Text.Trim()) as IMessageBasedSession; TekScope.Clear(); } catch (Exception ex) { // Show and error message then exit if the connection fails MessageBox.Show(ex.Message, "Error Opening Connection to Instrument", MessageBoxButtons.OK, MessageBoxIcon.Error); TekScope = null; cmdStartTest.Enabled = true; return; } GatherCurves = true; cmdEndTest.Enabled = true; // Setup the waveform transfer TekScope.FormattedIO.WriteLine("*CLS"); TekScope.FormattedIO.WriteLine("*CLE"); TekScope.FormattedIO.WriteLine("DATa:SOUrce CH1"); TekScope.FormattedIO.WriteLine("DATa:ENCdg RIBinary"); TekScope.FormattedIO.WriteLine("DATa:STARt 0"); TekScope.FormattedIO.WriteLine("HORizontal:ACQLENGTH?"); temp = TekScope.RawIO.ReadString().Trim(); AcqLength = Int32.Parse(temp); TekScope.FormattedIO.WriteLine(String.Format("DATa:STOP {0}", AcqLength)); TekScope.FormattedIO.WriteLine("WFMOutpre:ENCdg BINary"); TekScope.FormattedIO.WriteLine("WFMOutpre:BYT_Nr 1"); // Get the needed values from the scope to scale the data TekScope.FormattedIO.WriteLine("WFMOutpre:PT_Off?"); temp = TekScope.RawIO.ReadString().Trim(); pt_off = Int32.Parse(temp); TekScope.FormattedIO.WriteLine("WFMOutpre:XINcr?"); temp = TekScope.RawIO.ReadString().Trim(); xinc = Single.Parse(temp); TekScope.FormattedIO.WriteLine("WFMOutpre:XZEro?"); temp = TekScope.RawIO.ReadString().Trim(); xzero = Single.Parse(temp); TekScope.FormattedIO.WriteLine("WFMOutpre:YMUlt?"); temp = TekScope.RawIO.ReadString().Trim(); ymult = Single.Parse(temp); TekScope.FormattedIO.WriteLine("WFMOutpre:YOFf?"); temp = TekScope.RawIO.ReadString().Trim().TrimEnd('0').TrimEnd('.'); yoff = Single.Parse(temp); TekScope.FormattedIO.WriteLine("WFMOutpre:YZEro?"); temp = TekScope.RawIO.ReadString().Trim(); yzero = Single.Parse(temp); // Turn on curve streaming TekScope.FormattedIO.WriteLine("CURVEStream?"); stopWatch.Reset(); stopWatch.Start(); // While still collecting curves. Ends when the user clicks End Test while (GatherCurves) { int NumBytesCharCount = 0; string BlockHeader = ""; TekScope.TimeoutMilliseconds = 200; // Loop until the block header is found while (BlockHeader.Length == 0) { try { // Read the length of the string that contains the length of the data // Note: If this times out it just means that no curve has been sent out yet so need to wait again BlockHeader = TekScope.RawIO.ReadString(2); if (BlockHeader == ";\n") // Then it's the terminator from the previous curve so throw it out and try again. { BlockHeader = ""; } } catch (IOTimeoutException) { } catch (Exception ex) { MessageBox.Show(ex.Message, "Error Occured", MessageBoxButtons.OK, MessageBoxIcon.Error); break; } wfmPerSec = (float)CurveCount / ((float)stopWatch.ElapsedMilliseconds / (float)1000); lblWfmPerSec.Text = wfmPerSec.ToString("f"); Application.DoEvents(); if (!GatherCurves) { break; } } if (!GatherCurves) { break; } if (saveToDisk) { // Create a file with the current date and time as the name CurveTime = DateTime.Now; string FileName = String.Format("{0}{1}-{2:D2}-{3:D2}_{4:D2}{5:D2}{6:D2}.{7:D3}.csv", txtSaveDirectory.Text, CurveTime.Year, CurveTime.Month, CurveTime.Day, CurveTime.Hour, CurveTime.Minute, CurveTime.Second, CurveTime.Millisecond); SaveFile = new StreamWriter(FileName, false, Encoding.ASCII, BUFFER_SIZE * 10); } // Calculate the xvalue for the first point in the record xvalue = (((float)(-pt_off)) * xinc) + xzero; // Get the number of bytes that make up the data length string NumBytesCharCount = Int32.Parse(BlockHeader.TrimStart('#'), System.Globalization.NumberStyles.HexNumber); // Read the data length string temp = TekScope.RawIO.ReadString(NumBytesCharCount); DataLength = int.Parse(temp); BytesRemaining = DataLength; // Read the back the data, process it and save it to the file TekScope.TimeoutMilliseconds = 5000; while (BytesRemaining > 0) { // Read bytes from scope if (BytesRemaining >= BUFFER_SIZE) { //DataBuffer = TekScope.ReadByteArray(BUFFER_SIZE); DataBuffer = TekScope.RawIO.Read(BUFFER_SIZE); BytesRemaining -= BUFFER_SIZE; } else { DataBuffer = TekScope.RawIO.Read(BytesRemaining); BytesRemaining = 0; } // Convert byte values to floating point values then write to .csv file foreach (byte DataPoint in DataBuffer) { yvalue = ((Convert.ToSingle((sbyte)DataPoint) - yoff) * ymult) + yzero; if (saveToDisk) { SaveFile.WriteLine(xvalue.ToString() + "," + yvalue.ToString()); } // Note: Converting to .CSV is very time consuming operation. // Save in a binary format to maximize speed. Highly recommended for waveforms >= 1 Million points. xvalue += xinc; } } if (saveToDisk) { SaveFile.Close(); } CurveCount++; wfmPerSec = (float)CurveCount / ((float)stopWatch.ElapsedMilliseconds / (float)1000); lblWfmPerSec.Text = wfmPerSec.ToString("f"); lblCurveCount.Text = CurveCount.ToString(); Application.DoEvents(); } // Send Device Clear to stop the curve streaming TekScope.Clear(); TekScope.Dispose(); TekScope = null; cmdStartTest.Enabled = true; cmdEndTest.Enabled = false; }
/// <summary> /// Closes the currently opened save file /// </summary> public void Close() { rightBlockImage.SetActive(true); leftBlockImage.SetActive(false); saveFile.Close(); }
[TearDown] public void Dispose() { //deletes the testing save files saveFile.Close(); SaveFile.DeleteSaveFile("testing", saveFile.GetPath()); }
public bool Process() { BoardSize = DefaultBoardSize; ReadFile lInput = new ReadFile(); if (string.IsNullOrEmpty(InputFileName)) { lInput.OpenConsole(); } else { lInput.OpenFile(InputFileName); } if (lInput.IsError()) { return(SetErrorMessage(lInput)); } SGFTokens lTokens = SGFScanner.Tokenize(lInput); if (lTokens.IsError()) { return(SetErrorMessage(lTokens)); } if (RemoveWhiteSpace) { lTokens.RemoveAllWhiteSpace(); } lTokens.ProcessProperties(ProcessProperty); if (Pretty) { lTokens.Pretty(); } SaveFile lOutput = new SaveFile(); try { if (string.IsNullOrEmpty(OutputFileName)) { lOutput.Create(); } else { lOutput.Create(OutputFileName); } if (lOutput.IsOk()) { lTokens.ToFile(lOutput); } if (lOutput.IsError()) { return(SetErrorMessage(lOutput)); } } finally { lOutput.Close(); } return(true); }