public report(string xmlReply, string path, string DocElement)
{
XmlDocument _xDoc = GetXmlDocument(xmlReply);
if (Convert.ToString(_xDoc.SelectSingleNode("/reply/readTagIDs").InnerText) == "")
{
Console.WriteLine("Kein Tag gefunden!");
}
else
{
string _tag = Convert.ToString(_xDoc.SelectSingleNode("/reply/readTagIDs/returnValue").InnerXml);
// split
string[] split_version = _tag.Split(new string[] { "<tag>" }, StringSplitOptions.None);
foreach (string _t in split_version) //<tag> Element hinzufügen
{
if (_t.Length < 2)
{
continue;
}
string x = "<tag>" + _t;
this.tag.Add(x);
}
foreach (string _t in tag)
{
string fullPath = "/tag/";
XmlDocument _xDocTag = GetXmlDocument(_t);
this.ID = Convert.ToInt32(_xDoc.SelectSingleNode(DocElement + "id").InnerText);
this.tagID = Convert.ToString(_xDocTag.SelectSingleNode(fullPath + "/tagID").InnerText);
this.tagPC = Convert.ToString(_xDocTag.SelectSingleNode(fullPath + "/tagPC").InnerText);
this.utcTime = Convert.ToDateTime(_xDocTag.SelectSingleNode(fullPath + "/utcTime").InnerText);
string _ant = Convert.ToString(_xDocTag.SelectSingleNode(fullPath + "antennaName").InnerText);
Enum.TryParse(_ant, out antennaName _enum);
this.antenna = _enum;
this.rSSI = Convert.ToInt32(_xDocTag.SelectSingleNode(fullPath + "/rSSI").InnerText);
this.channel = Convert.ToInt32(_xDocTag.SelectSingleNode(fullPath + "/channel").InnerText);
this.power = Convert.ToInt32(_xDocTag.SelectSingleNode(fullPath + "/power").InnerText);
_ant = Convert.ToString(_xDocTag.SelectSingleNode(fullPath + "/polarization").InnerText);
Enum.TryParse(_ant, out Polarisation _pol);
this.polarization = _pol;
Tag _tags = new Tag();
_tags.ID = this.tagID;
_tags.PC = this.tagPC;
this.list.Add(_tags.Copy());
}
Console.WriteLine(tag.Count + "Tag gefunden.");
}
}
/// <summary>
/// Initializes a new instance of the <see cref="DVBSChannel"/> class.
/// </summary>
/// <param name="chan">The chan.</param>
public DVBSChannel(DVBSChannel chan)
: base(chan)
{
_polarisation = chan.Polarisation;
_symbolRate = chan.SymbolRate;
_switchingFrequency = chan.SwitchingFrequency;
DisEqc = chan.DisEqc;
_bandType = chan.BandType;
_modulation = chan.ModulationType;
_innerFecRate = chan.InnerFecRate;
_pilot = chan.Pilot;
_rollOff = chan.Rolloff;
_satelliteIndex = chan.SatelliteIndex;
}
private TPolarization Translate(Polarisation pol)
{
switch (pol)
{
case Polarisation.CircularL:
case Polarisation.LinearH:
return(TPolarization.TPol_Horizontal);
case Polarisation.CircularR:
case Polarisation.LinearV:
return(TPolarization.TPol_Vertical);
default:
return(TPolarization.TPol_None);
}
}
/// <summary>
/// Sends the DiSEqC command.
/// </summary>
/// <param name="command">The DiSEqC command.</param>
/// <param name="polarisation">The horizontal or vertical polarisation..</param>
/// <returns>True if succeeded: false otherwise.</returns>
private bool sendCommand(byte[] command, Polarisation polarisation)
{
IntPtr commandBuffer = Marshal.AllocCoTaskMem(1024);
for (int index = 0; index < command.Length; ++index)
{
Marshal.WriteByte(commandBuffer, index, command[index]);
}
Logger.Instance.Write("TechnoTrend DiSEqC handler: sending command " + ConvertToHex(command));
int reply = bdaapiSetDiSEqCMsg(handle, commandBuffer, (byte)command.Length, 1, 0, (short)polarisation);
if (reply != 0)
{
Logger.Instance.Write("TechnoTrend DiSEqC handler: command failed error code 0x" + reply.ToString("X"));
}
else
{
Logger.Instance.Write("TechnoTrend DiSEqC handler: command succeeded");
}
return(reply == 0);
}
private static extern APIErrorCodes bdaapiSetDiSEqCMsg(IntPtr device, byte[] data, byte bytes, byte repeat, byte tone, Polarisation polarisation);
/// <summary>
/// Initializes a new instance of the <see cref="DVBSChannel"/> class.
/// </summary>
/// <param name="chan">The chan.</param>
public DVBSChannel(DVBSChannel chan)
: base(chan)
{
_polarisation = chan.Polarisation;
_symbolRate = chan.SymbolRate;
_switchingFrequency = chan.SwitchingFrequency;
DisEqc = chan.DisEqc;
_bandType = chan.BandType;
_modulation = chan.ModulationType;
_innerFecRate = chan.InnerFecRate;
_pilot = chan.Pilot;
_rollOff = chan.Rolloff;
_satelliteIndex = chan.SatelliteIndex;
}
private static extern APIErrorCodes bdaapiSetDiSEqCMsg( IntPtr device, byte[] data, byte bytes, byte repeat, byte tone, Polarisation polarisation );
private TPolarization Translate(Polarisation pol)
{
switch (pol)
{
case Polarisation.CircularL:
case Polarisation.LinearH:
return TPolarization.TPol_Horizontal;
case Polarisation.CircularR:
case Polarisation.LinearV:
return TPolarization.TPol_Vertical;
default:
return TPolarization.TPol_None;
}
}
/// <summary>
/// Sends the DiSEqC command.
/// </summary>
/// <param name="command">The DiSEqC command.</param>
/// <param name="polarisation">The horizontal or vertical polarisation..</param>
/// <returns>True if succeeded: false otherwise.</returns>
private bool sendCommand(byte[] command, Polarisation polarisation)
{
IntPtr commandBuffer = Marshal.AllocCoTaskMem(1024);
for (int index = 0; index < command.Length; ++index)
Marshal.WriteByte(commandBuffer, index, command[index]);
Logger.Instance.Write("TechnoTrend DiSEqC handler: sending command " + ConvertToHex(command));
int reply = bdaapiSetDiSEqCMsg(handle, commandBuffer, (byte)command.Length, 1, 0, (short)polarisation);
if (reply != 0)
Logger.Instance.Write("TechnoTrend DiSEqC handler: command failed error code 0x" + reply.ToString("X"));
else
Logger.Instance.Write("TechnoTrend DiSEqC handler: command succeeded");
return (reply == 0);
}
/**
* Задать поляризацию для которой рассчитана ДН.
* @param polarisation поляризация для которой рассчитана ДН.
*/
public void setPolarisation(Polarisation polarisation)
{
this.polarisation = polarisation;
}
