public TestMainForm(IApplication application) { InitializeComponent(); handle = new HandleIO(); bios = new BlockConfigurationIO(application, application.GetEpromRW()); }
public MainForm(IApplication application) { InitializeComponent(); handle = new HandleIO(); bios = new BlockConfigurationIO(application, application.GetEpromRW()); bios.Options.AttemptsToReadWriteEntries = 5; }
public void SaveToDevice(HandleIO pObject) { try { string protectStart = "@JOB#000#" + string.Format("{0:X2}", platformIO.Options.Device) + platformIO.Options.ProtectionStart + "$"; platform.SendPacket(new Packet(protectStart, DateTime.Now, null)); int[] pages = { 0, 1, 2, 3 }; foreach (int page in pages) { for (int line = 0; line < 16; line++) { string data = pObject.Eprom[page].Lines[line].ToString(); platformIO.Write(platformIO.Options.Device, page + 1, line * 16, 16, data); switch (platformIO.LastOperation) { case ResultOperation.Succes: if (eSaveCompleteReadEpromLine != null) { eSaveCompleteReadEpromLine(this, new EventArgs()); } break; case ResultOperation.Timeout: if (eSaveTimeoutReadEpromLine != null) { eSaveTimeoutReadEpromLine(this, new EventArgs()); } return; case ResultOperation.MorePopit: if (eSaveMorePopitReadEpromLine != null) { eSaveMorePopitReadEpromLine(this, new EventArgs()); } return; default: return; } } } } finally { string protectEnd = "@JOB#000#" + string.Format("{0:X2}", platformIO.Options.Device) + platformIO.Options.ProtectionEnd + "$"; platform.SendPacket(new Packet(protectEnd, DateTime.Now, null)); } }
public void SaveToFile(string filePath, FileFormat format, HandleIO handle) { IEFSaver svr = null; svr = platform.GetEFSaver(FileFormat.EF2XML); SaveToEprom(handle); svr.Save(filePath, handle.Eprom); }
public void LoadDefault(HandleIO handle) { Eprom eprom = new Eprom(0x00); for (int by = 0; by < 256; by++) { eprom[0][by] = 0xff; } handle.Eprom = eprom; handle.VisionBlock = CreateBlock(eprom); handle.ProgrammVersion = new Version(0, 0, 0, 0); }
public LoadForm(BlockConfigurationIO bios, HandleIO handle) { InitializeComponent(); pBios = bios; hio = handle; pBios.eCompleteReadEpromLine += new EventHandler(pBios_eCompleteReadEpromLine); pBios.eMorePopitReadEpromLine += new EventHandler(pBios_eMorePopitReadEpromLine); pBios.eTimeoutReadEpromLine += new EventHandler(pBios_eTimeoutReadEpromLine); incer = new Incer(IncP); initer = new Initer(InitProgressBar); mes = new Messeger(ShowMessage); obj = new object(); }
public SaveForm(BlockConfigurationIO bios, HandleIO obje) { InitializeComponent(); pBios = bios; pObject = obje; obj = new object(); incer = new Incer(IncP); initer = new Initer(InitProgressBar); DialogResult = DialogResult.OK; pBios.eSaveCompleteReadEpromLine += new EventHandler(pBios_eSaveCompleteReadEpromLine); pBios.eSaveMorePopitReadEpromLine += new EventHandler(pBios_eSaveMorePopitReadEpromLine); pBios.eSaveTimeoutReadEpromLine += new EventHandler(pBios_eSaveTimeoutReadEpromLine); }
public void LoadFromFile(string filePath, HandleIO handle, FileFormat format) { IEFLoader ldr = platform.GetEFLoader(format); Eprom eprom = new Eprom(); eprom = ldr.Load(filePath); if (eprom != null) { handle.Eprom = eprom; handle.VisionBlock = CreateBlock(eprom); if (handle.VisionBlock != null) { handle.CRC16 = CalculateCRC16(eprom); handle.ProgrammVersion = new Version(0, 0, 0, 0); } } }
/// <summary> /// Сохранить конфигурацию устройства в Eprom /// </summary> /// <param name="handle">Описатель</param> public void SaveToEprom(HandleIO handle) { for (int i = 0; i < 16; i++) { if (handle.VisionBlock.Indicators[i].IndicatorType != IndicatorType.Default) { handle.Eprom[1][i * 16 + 0] = handle.VisionBlock.Indicators[i].Con; handle.Eprom[1][i * 16 + 1] = handle.VisionBlock.Indicators[i].Address; handle.Eprom[1][i * 16 + 2] = handle.VisionBlock.Indicators[i].Offset; handle.Eprom[1][i * 16 + 3] = handle.VisionBlock.Indicators[i].OffsetThr.TotalOffset; handle.Eprom[1][i * 16 + 5] = handle.VisionBlock.Indicators[i].OffsetPp.TotalOffset; handle.Eprom[1][i * 16 + 6] = handle.VisionBlock.Indicators[i].PointPosition; } switch (handle.VisionBlock.Indicators[i].IndicatorType) { case IndicatorType.Column32: handle.Eprom[1][i * 16 + 7] = 1; break; case IndicatorType.Column32Bipolar: handle.Eprom[1][i * 16 + 7] = 2; break; case IndicatorType.ThreeDigit: handle.Eprom[1][i * 16 + 7] = 3; break; case IndicatorType.FourDigit: handle.Eprom[1][i * 16 + 7] = 4; break; case IndicatorType.FiveDigit: handle.Eprom[1][i * 16 + 7] = 5; break; case IndicatorType.Clock: handle.Eprom[1][i * 16 + 7] = 6; break; } byte[] factArray = BitConverter.GetBytes(handle.VisionBlock.Indicators[i].Fact); ReverseBytes(factArray); byte[] CorrectoffsetArray = BitConverter.GetBytes(handle.VisionBlock.Indicators[i].CorrectOffset); ReverseBytes(CorrectoffsetArray); byte[] minArray = BitConverter.GetBytes(handle.VisionBlock.Indicators[i].Thr_MIN); ReverseBytes(minArray); byte[] maxArray = BitConverter.GetBytes(handle.VisionBlock.Indicators[i].Thr_MAX); ReverseBytes(maxArray); for (int ind = 0; ind < 4; ind++) { handle.Eprom[2][i * 16 + ind] = factArray[ind]; handle.Eprom[2][(i * 16) + (ind + 4)] = CorrectoffsetArray[ind]; handle.Eprom[2][(i * 16) + (ind + 8)] = minArray[ind]; handle.Eprom[2][(i * 16) + (ind + 12)] = maxArray[ind]; } handle.Eprom[0][0x18] = handle.VisionBlock.Address; handle.Eprom[0][0x10] = handle.VisionBlock.Speed; handle.Eprom[0][0x11] = handle.VisionBlock.TypeCRC; handle.Eprom[0][0xe0] = handle.VisionBlock.SpeedOpros; handle.Eprom[0][0xd0] = handle.VisionBlock.NumbersOfIndicators; for (int j = 0; j < 8; j++) { handle.Eprom[0][0xf0 + j * 2] = handle.VisionBlock.Cmds[j].Address; handle.Eprom[0][0xf0 + ((j * 2) + 1)] = handle.VisionBlock.Cmds[j].SizeBuffer; } ushort crc16 = CalculateCRC16(handle.Eprom); handle.Eprom[3][0] = (byte)crc16; handle.Eprom[3][1] = (byte)(crc16 >> 8); } }
/// <summary> /// Сохранить конфигурацию устройства в Eprom /// </summary> /// <param name="handle">Описатель</param> public void SaveToEprom(HandleIO handle) { for (int i = 0; i < 16; i++) { if (handle.VisionBlock.Indicators[i].IndicatorType != IndicatorType.Default) { handle.Eprom[1][i * 16 + 0] = handle.VisionBlock.Indicators[i].Con; handle.Eprom[1][i * 16 + 1] = handle.VisionBlock.Indicators[i].Address; handle.Eprom[1][i * 16 + 2] = handle.VisionBlock.Indicators[i].Offset; handle.Eprom[1][i * 16 + 3] = handle.VisionBlock.Indicators[i].OffsetThr.TotalOffset; handle.Eprom[1][i * 16 + 5] = handle.VisionBlock.Indicators[i].OffsetPp.TotalOffset; handle.Eprom[1][i * 16 + 6] = handle.VisionBlock.Indicators[i].PointPosition; } switch (handle.VisionBlock.Indicators[i].IndicatorType) { case IndicatorType.Column32: handle.Eprom[1][i * 16 + 7] = 1; break; case IndicatorType.Column32Bipolar: handle.Eprom[1][i * 16 + 7] = 2; break; case IndicatorType.ThreeDigit: handle.Eprom[1][i * 16 + 7] = 3; break; case IndicatorType.FourDigit: handle.Eprom[1][i * 16 + 7] = 4; break; case IndicatorType.FiveDigit: handle.Eprom[1][i * 16 + 7] = 5; break; case IndicatorType.Clock: handle.Eprom[1][i * 16 + 7] = 6; break; } byte[] factArray = BitConverter.GetBytes(handle.VisionBlock.Indicators[i].Fact); byte[] CorrectoffsetArray = BitConverter.GetBytes(handle.VisionBlock.Indicators[i].CorrectOffset); byte[] minArray = BitConverter.GetBytes(handle.VisionBlock.Indicators[i].Thr_MIN); byte[] maxArray = BitConverter.GetBytes(handle.VisionBlock.Indicators[i].Thr_MAX); for (int ind = 0; ind < 4; ind++) { handle.Eprom[2][i * 16 + ind] = factArray[ind]; handle.Eprom[2][(i * 16) + (ind + 4)] = CorrectoffsetArray[ind]; handle.Eprom[2][(i * 16) + (ind + 8)] = minArray[ind]; handle.Eprom[2][(i * 16) + (ind + 12)] = minArray[ind]; } handle.Eprom[0][0x18] = handle.VisionBlock.Address; handle.Eprom[0][0x10] = handle.VisionBlock.Speed; handle.Eprom[0][0x11] = handle.VisionBlock.TypeCRC; handle.Eprom[0][0xe0] = handle.VisionBlock.SpeedOpros; for (int j = 0; j < 8; j++) { handle.Eprom[0][0xf0 + j * 2] = handle.VisionBlock.Cmds[j].Address; handle.Eprom[0][0xf0 + ((j * 2) + 1)] = handle.VisionBlock.Cmds[j].SizeBuffer; } ushort crc16 = CalculateCRC16(handle.Eprom); handle.Eprom[3][0] = (byte)crc16; handle.Eprom[3][1] = (byte)(crc16 >> 8); } }
public void SaveToDevice(HandleIO pObject) { try { string protectStart = "@JOB#000#" + string.Format("{0:X2}", platformIO.Options.Device) + platformIO.Options.ProtectionStart + "$"; platform.SendPacket(new Packet(protectStart, DateTime.Now, null)); int[] pages = { 0, 1, 2, 3 }; foreach (int page in pages) { for (int line = 0; line < 16; line++) { string data = pObject.Eprom[page].Lines[line].ToString(); platformIO.Write(platformIO.Options.Device, page + 1, line * 16, 16, data); switch (platformIO.LastOperation) { case ResultOperation.Succes: if (eSaveCompleteReadEpromLine != null) eSaveCompleteReadEpromLine(this, new EventArgs()); break; case ResultOperation.Timeout: if (eSaveTimeoutReadEpromLine != null) eSaveTimeoutReadEpromLine(this, new EventArgs()); return; case ResultOperation.MorePopit: if (eSaveMorePopitReadEpromLine != null) eSaveMorePopitReadEpromLine(this, new EventArgs()); return; default: return; } } } } finally { string protectEnd = "@JOB#000#" + string.Format("{0:X2}", platformIO.Options.Device) + platformIO.Options.ProtectionEnd + "$"; platform.SendPacket(new Packet(protectEnd, DateTime.Now, null)); } }
public void LoadDefault(HandleIO handle) { Eprom eprom = new Eprom(0x00); for (int by = 0; by < 256; by++) { eprom[0][by] = 0xff; } handle.Eprom = eprom; handle.VisionBlock = CreateBlock(eprom); handle.ProgrammVersion = new Version(0,0,0,0); }