private void buttonMultiApply_Click(object sender, EventArgs e) { byte byAddr, bySize; try { if (textBoxMultiAddress.Text.Length <= 0 || textBoxMultiAddress.Text.Length > 2 || textBoxMultiSize.Text.Length <= 0 || textBoxMultiSize.Text.Length > 2) { throw new FormatException(); } byAddr = Convert.ToByte(textBoxMultiAddress.Text, 16); bySize = Convert.ToByte(textBoxMultiSize.Text, 16); } catch { MessageBox.Show("Format incorrect. Hex?", "Warning"); return; } if (bySize < 1 || bySize > EEPROM_API.PAGE_SIZE) { MessageBox.Show("Incorrect Input. The range of the input should be 1 to " + EEPROM_API.PAGE_SIZE.ToString(), "Warning"); return; } byte isReadWrite = 0; byte[] byDataArray = new byte[bySize]; if (radioButtonReadMulti.Checked == true) { LastErrCode = EEPROM_API.ReadMultiByte(byAddr, bySize, byDataArray, out isReadWrite); if (LastErrCode != IMCAPIErrCode.IMC_ERR_NO_ERROR) { MessageBox.Show("Fails to ReadMultiByte EERPOM " + LastErrCode.ToString("X4")); return; } textBoxMultiData.Text = ConvertByte2HexString(byDataArray, isReadWrite); } else { if (textBoxMultiData.Text.Length != bySize * 2) { MessageBox.Show("Incorrect Input. The data not match the size", "Warning"); return; } byDataArray = String2ByteArray(textBoxMultiData.Text); LastErrCode = EEPROM_API.WriteMultiByte(byAddr, bySize, byDataArray, out isReadWrite); if (LastErrCode != IMCAPIErrCode.IMC_ERR_NO_ERROR) { MessageBox.Show("Fails to WriteMultiByte EERPOM " + LastErrCode.ToString("X4")); return; } } textBoxMultiNumReadWrite.Text = isReadWrite.ToString("X2"); }
private void EEPROM_Load(object sender, EventArgs e) { byte[] byLibVersion = new byte[EEPROM_API.IMC_LIB_VERSION_SIZE]; LastErrCode = EEPROM_API.GetLibVersion(byLibVersion); if (LastErrCode != IMCAPIErrCode.IMC_ERR_NO_ERROR) { MessageBox.Show("Fails to get library version " + LastErrCode.ToString("X4")); return; } int nRealSize; textBoxLibVersion.Text = ConvertByte2String(byLibVersion, byLibVersion.Length, out nRealSize); LastErrCode = EEPROM_API.GetEEPROMSize(out ROMSize); if (LastErrCode != IMCAPIErrCode.IMC_ERR_NO_ERROR) { MessageBox.Show("Fails to get EERPOM size version " + LastErrCode.ToString("X4")); return; } textBoxEEPROMSize.Text = ROMSize.ToString(); LastErrCode = EEPROM_API.Initialize(); if (LastErrCode != IMCAPIErrCode.IMC_ERR_NO_ERROR) { MessageBox.Show("Fails to Initialize the EEPROM library" + LastErrCode.ToString("X4")); return; } }
private void EEPROM_FormClosed(object sender, FormClosedEventArgs e) { LastErrCode = EEPROM_API.Deinitialize(); if (LastErrCode != IMCAPIErrCode.IMC_ERR_NO_ERROR) { MessageBox.Show("Fails to Deinitialize the EEPROM library" + LastErrCode.ToString("X4")); return; } }
private void buttonByteApply_Click(object sender, EventArgs e) { byte byAddr; try { if (textBoxByteAddress.Text.Length <= 0 || textBoxByteAddress.Text.Length > 2) { throw new FormatException(); } byAddr = Convert.ToByte(textBoxByteAddress.Text, 16); } catch { MessageBox.Show("Address format incorrect. Hex?", "Warning"); return; } if (radioButtonReadByte.Checked == true) { byte byData; LastErrCode = EEPROM_API.ReadByte(byAddr, out byData); if (LastErrCode != IMCAPIErrCode.IMC_ERR_NO_ERROR) { MessageBox.Show("Fails to ReadByte EERPOM " + LastErrCode.ToString("X4")); return; } textBoxByteData.Text = byData.ToString("X2"); } else { byte byData; try { if (textBoxByteData.Text.Length <= 0 || textBoxByteData.Text.Length > 2) { throw new FormatException(); } byData = Convert.ToByte(textBoxByteData.Text, 16); } catch { MessageBox.Show("Format incorrect. Hex?", "Warning"); return; } LastErrCode = EEPROM_API.WriteByte(byAddr, byData); if (LastErrCode != IMCAPIErrCode.IMC_ERR_NO_ERROR) { MessageBox.Show("Fails to WriteByte EERPOM " + LastErrCode.ToString("X4")); return; } } }