/// <summary>
/// This method sets and gets the FCDA of an LN0.
/// </summary>
/// <param name="ldInst">
/// Attribute "inst" that belongs to LDevice class, it is used on the FCDA class.
/// </param>
/// <param name="lN">
/// Logical node selected where FCDA will be assigned.
/// </param>
/// <param name="dataTypeTemplates">
/// DataTypeTemplates Node of the SCL project. This node is used to create and assign the information
/// to the Logical Node.
/// </param>
/// <returns>
/// It returns the FCDA of the logical Node selected.
/// </returns>
public tDataSet GetLN0FCDAs(tLDevice ld, LN0 lN, tDataTypeTemplates dataTypeTemplates)
{
this.ldevice = ld;
this.ldInst = ld.inst;
//this.objectManagement = new ObjectManagement();
this.lnClass = lN.lnClass.ToString();
this.lnInst = lN.inst;
this.lnType = lN.lnType;
this.CreateFCDAs(lN, dataTypeTemplates);
return(this.dataSet);
}
public int AddLDevice(string inst, string ap, tDataTypeTemplates tpl)
{
if (tpl == null)
{
return(-1);
}
if (accessPointField == null)
{
AddAP(ap);
}
var ld = new tLDevice();
if (inst == null)
{
ld.inst = "TEMPLATE_LD" + (++tIED.nld).ToString();
}
else
{
ld.inst = inst;
}
tLNodeType tln0;
int lnt0 = tpl.GetLNType("TEMPLATE.LLN0");
if (lnt0 != -1)
{
tln0 = tpl.LNodeType [lnt0];
}
else
{
tln0 = new tLNodeType(name, "LLN0", name + ".LLN0");
tpl.AddLNodeType(tln0);
}
tLNodeType tln;
int lnt = tpl.GetLNType("TEMPLATE.LPHD");
if (lnt != -1)
{
tln = tpl.LNodeType [lnt];
}
else
{
tln = new tLNodeType(name, "LPHD", name + ".LPHD");
tpl.AddLNodeType(tln);
}
var ln0 = new LN0();
ln0.lnType = tln0.id;
ld.LN0 = ln0;
var ln = new tLN();
ln.inst = 1;
ln.lnType = tln.id;
ln.lnClass = tln.lnClass;
ld.AddLN(ln);
int api = this.GetAP(ap);
if (api == -1)
{
api = this.AddAP(ap);
}
return(this.AccessPoint[api].Server.AddLDevice(ld));
}
