public static int setComment(XmlNode parentNode, string comment)
{
try
{
GlobalXMLManipulatorWriter writer = new GlobalXMLManipulatorWriter(parentNode);
writer.CreateChildNode("OpenSaveComment");
writer.SetInnerText(comment);
return 0;
}
catch (Exception exception)
{
MessageBox.Show("Error at setComment comment!\n" + exception.Message);
return -1;
}
}
private int saveToXmlNode(XmlNode node)
{
GlobalXMLManipulatorWriter writer = new GlobalXMLManipulatorWriter(node);
writer.CreateChildNode("ADT_Record_UniqId");
writer.SetInnerText(this._ioph.getAdtRecord().UniqId.ToString());
if (((((this._cfgSetting.save(Si4420_Common.createChildNode(node, "ConfigurationSetting")) == 0) && (this._freqSetting.save(Si4420_Common.createChildNode(node, "FrequencySetting")) == 0)) && ((this._powerMan.save(Si4420_Common.createChildNode(node, "PowerManagement")) == 0) && (this._recSetting.save(Si4420_Common.createChildNode(node, "ReceiverSetting")) == 0))) && (((this._transSetting.save(Si4420_Common.createChildNode(node, "TransmitterSetting")) == 0) && (this._wakeUpTimer.save(Si4420_Common.createChildNode(node, "WakeUpTimer")) == 0)) && ((this._lowDutyCycle.save(Si4420_Common.createChildNode(node, "LowDutyCycle")) == 0) && (this._lowBattDet.save(Si4420_Common.createChildNode(node, "LowBattDetAnduCClock")) == 0)))) && ((((this._afc.save(Si4420_Common.createChildNode(node, "AFC")) == 0) && (this._dataRate.save(Si4420_Common.createChildNode(node, "DataRate")) == 0)) && ((this._dataFilter.save(Si4420_Common.createChildNode(node, "DataFilter")) == 0) && (this._fifo.save(Si4420_Common.createChildNode(node, "FIFO")) == 0))) && (((this.saveTransmitSettings(Si4420_Common.createChildNode(node, "TransmitSettings")) == 0) && (this.saveReceiveSettings(Si4420_Common.createChildNode(node, "ReceiveSettings")) == 0)) && (this.saveVoltage(Si4420_Common.createChildNode(node, "Voltage")) == 0))))
{
return 0;
}
return -1;
}
private int addEzConfigNode(GlobalXMLManipulatorWriter xmlRW, int cnt, string freqBand, string modulation, string crystalTolerance, string dataRate, string bandWidth, double fDev)
{
xmlRW.CreateChildNode("Config");
xmlRW.SetAttribute("ConfNum", cnt++.ToString());
xmlRW.CreateChildNode("FreqBand");
xmlRW.SetAttribute("Unit", "MHz");
xmlRW.CreateChildNode("LowEnd");
xmlRW.SetInnerText(freqBand.Split(new char[] { '-' })[0]);
xmlRW.NavigateUpOneLevel();
xmlRW.CreateChildNode("HighEnd");
xmlRW.SetInnerText(freqBand.Split(new char[] { '-' })[1]);
xmlRW.NavigateUpOneLevel();
xmlRW.NavigateUpOneLevel();
xmlRW.CreateChildNode("ModulationMode");
xmlRW.SetInnerText(modulation);
xmlRW.NavigateUpOneLevel();
xmlRW.CreateChildNode("CrystalTolerance");
xmlRW.SetInnerText(crystalTolerance);
xmlRW.NavigateUpOneLevel();
xmlRW.CreateChildNode("DataRate");
xmlRW.SetAttribute("Unit", "kbps");
xmlRW.SetInnerText(dataRate.Replace("kbps", "").Trim().Replace(',', '.'));
xmlRW.NavigateUpOneLevel();
xmlRW.CreateChildNode("ChanelBandwidth");
xmlRW.SetAttribute("Unit", "kHz");
xmlRW.SetInnerText(bandWidth.Replace("kHz", "").Trim().Replace(',', '.'));
xmlRW.NavigateUpOneLevel();
xmlRW.CreateChildNode("FrequencyDeviation");
xmlRW.SetAttribute("Unit", "kHz");
xmlRW.SetInnerText(fDev.ToString("0.#").Replace(',', '.'));
xmlRW.NavigateUpOneLevel();
int num2 = cnt - 1;
if (File.Exists(num2.ToString() + ".txt"))
{
xmlRW.CreateChildNode("Command");
int num3 = cnt - 1;
xmlRW.SetInnerText(File.ReadAllText(num3.ToString() + ".txt"));
xmlRW.NavigateUpOneLevel();
}
else
{
Console.WriteLine(((cnt - 1)).ToString() + " missing");
}
xmlRW.NavigateUpOneLevel();
return cnt;
}
private int saveToXmlNode(XmlNode node)
{
GlobalXMLManipulatorWriter writer = new GlobalXMLManipulatorWriter(node);
writer.CreateChildNode("ADT_Record_UniqId");
writer.SetInnerText(this._ioph.getAdtRecord().UniqId.ToString());
if (((((this._cfgSetting.save(Si4022_Common.createChildNode(node, "ConfigurationSetting")) == 0) && (this._freqSetting.save(Si4022_Common.createChildNode(node, "FrequencySetting")) == 0)) && ((this._powerMan.save(Si4022_Common.createChildNode(node, "PowerManagement")) == 0) && (this._fifo.save(Si4022_Common.createChildNode(node, "FIFO")) == 0))) && (((this._dataRate.save(Si4022_Common.createChildNode(node, "DataRate")) == 0) && (this._lowBattDet.save(Si4022_Common.createChildNode(node, "LowBattDet")) == 0)) && ((this._wakeUpTimer.save(Si4022_Common.createChildNode(node, "WakeUpTimer")) == 0) && (this._extFeat.save(Si4022_Common.createChildNode(node, "ExtendedFeatures")) == 0)))) && ((this._preamb.save(Si4022_Common.createChildNode(node, "PreambleLenght")) == 0) && (this.saveVoltage(Si4022_Common.createChildNode(node, "Voltage")) == 0)))
{
return 0;
}
return -1;
}
public int save(XmlNode parentNode, bool createMainNode)
{
try
{
GlobalXMLManipulatorWriter writer = new GlobalXMLManipulatorWriter(parentNode);
if (createMainNode)
{
writer.CreateChildNode(mainXmlNodeName());
}
XmlNode iteratorNode = writer.IteratorNode;
writer.CreateChildNode("UniqId");
writer.SetInnerText(this.UniqId.ToString());
if (this._portAddress.save(iteratorNode) != 0)
{
return -1;
}
return 0;
}
catch (Exception exception)
{
GlobalServices.ErrMsg("ADTRecord.save()", "Writing XML failed\n" + exception.Message);
return -1;
}
}
public int save(XmlNode parentNode)
{
try
{
GlobalXMLManipulatorWriter writer = new GlobalXMLManipulatorWriter(parentNode);
writer.CreateChildNode("IOPortAddress");
writer.CreateChildNode("PortType");
writer.SetAttribute("name", this.portType.ToString());
switch (this.portType)
{
case PortType.RS232:
writer.CreateChildNode("RS232Address");
writer.CreateChildNode("COMPortId");
writer.SetInnerText(this.comAddr.COMPortId.ToString());
break;
case PortType.USB_FTDI:
writer.CreateChildNode("USB_FTDI_Address");
writer.CreateChildNode("SerialNo");
writer.SetInnerText(this.usbFtdiAddr.SerialNo);
writer.NavigateUpOneLevel();
writer.CreateChildNode("LocationId");
writer.SetInnerText(this.usbFtdiAddr.LocationId.ToString());
writer.NavigateUpOneLevel();
writer.CreateChildNode("DeviceIdx");
writer.SetInnerText(this.usbFtdiAddr.DeviceIdx.ToString());
writer.NavigateUpOneLevel();
writer.CreateChildNode("Description");
writer.SetInnerText(this.usbFtdiAddr.Description);
break;
case PortType.USB_EZLink:
writer.CreateChildNode("USB_EZLink_Address");
writer.CreateChildNode("DeviceIndex");
writer.SetInnerText(this.usbEzLinkAddr.devIdx.ToString());
writer.NavigateUpOneLevel();
writer.CreateChildNode("FrequencyBand");
writer.SetInnerText(this.usbEzLinkAddr.freqBand.ToString());
break;
}
return 0;
}
catch
{
GlobalServices.ErrMsg("IOPortAddress.save()", "Writing XML failed");
return -1;
}
}
public void StoreAdtRecUniqId(XmlNode root, int uniqId)
{
GlobalXMLManipulatorWriter writer = new GlobalXMLManipulatorWriter(root);
writer.CreateChildNode("ADT_Record_UniqId");
writer.SetInnerText(uniqId.ToString());
}
