public Dictionary<string, inverter> loadInverters(String siteName)
{
Dictionary<String, inverter> allInvs = new Dictionary<string, inverter>();
inverter oneInv;
String serialNo, company, otherName, model, sensorSN;
long sitePower, inverterPower;
int type;
invType invTp;
using(SqlCommand cde = new SqlCommand(
"select company, sitePower, serialNo, otherName, inverterPower, model, type, sensorSN "+
" from inverter join site on siteName = name " +
"where siteName = '"+ siteName+"';", con))
{
SqlDataReader myRdr = cde.ExecuteReader();
while (myRdr.Read()) {
company = myRdr.GetString(0);
sitePower = myRdr.GetInt64(1);
serialNo = myRdr.GetString(2);
otherName = myRdr.GetString(3);
inverterPower = myRdr.GetInt64(4);
model = myRdr.GetString(5);
type = (int)myRdr.GetByte(6);
sensorSN = myRdr.GetString(7);
switch(type){
case 1:
invTp = invType.WEBBOX;
break;
case 2:
invTp = invType.SENSOR;
break;
default:
invTp = invType.INVERTER;
break;
}
oneInv = new inverter(company, siteName, sitePower, serialNo, otherName, inverterPower, model, invTp, sensorSN, true);
allInvs.Add(oneInv.serialNo, oneInv);
}
myRdr.Close();
}
return allInvs;
}
void dumpANode(String siteName, XmlNode xnd)
{
string[] strInfo;
DateTime dtMeasure;
String strUnit;
int measurePeriod;
String[] measureNamesSplitted;
inverter inv;
String internalName;
measureDef mDef;
try
{
switch (xnd.Name)
{
case "Info":
return;
case "CurrentPublic":
case "MeanPublic":
strInfo = getNodeInfo(xnd);
measureNamesSplitted = glob.decodeName(strInfo[2]);
dtMeasure = getNodeDate(xnd);
strUnit = getNodeValueString(xnd, "Unit");
measurePeriod = getNodeValInt(xnd, "Period");
if (!glob.inverters.ContainsKey(strInfo[1]))
{
inv = new inverter("???", siteName, 0, strInfo[1], strInfo[0], 0, "???");
glob.inverters.Add(inv.serialNo, inv);
}
else
inv = glob.inverters[strInfo[1]];
if (glob.allMNames.ContainsKey(strInfo[2]))
{
internalName = glob.allMNames[strInfo[2]];
}
else
{
Console.WriteLine("Measure: " + strInfo[2] + " not found in allMNames");
return;
}
if (internalName == null)
return;
if (!glob.allM.ContainsKey(internalName))
{
MessageBox.Show ("No measure definition for " + strInfo[2] + "("+internalName+")");
return;
}
mDef = glob.allM[internalName];
switch (mDef.valueDataType)
{
case valueDTP.INT:
inv.setValue(dtMeasure, measureNamesSplitted[3], strInfo[2], getNodeValInt(xnd, "Mean"));
break;
case valueDTP.DOUBLE:
inv.setValue(dtMeasure, measureNamesSplitted[3], strInfo[2], getNodeValDouble(xnd, "Mean"));
break;
case valueDTP.STRING:
inv.setValue(dtMeasure, measureNamesSplitted[3], strInfo[2], getNodeValueString(xnd, "Mean"));
break;
case valueDTP.M3INT:
int[] valIntArray = new int[3];
valIntArray[0] = getNodeValInt(xnd, "Mean");
valIntArray[1] = getNodeValInt(xnd, "Min");
valIntArray[2] = getNodeValInt(xnd, "Max");
inv.setValue(dtMeasure, measureNamesSplitted[3], strInfo[2], valIntArray);
break;
case valueDTP.M3DOUBLE:
double[] valDoubleArray = new Double[3];
valDoubleArray[0] = getNodeValDouble(xnd, "Mean");
valDoubleArray[1] = getNodeValDouble(xnd, "Min");
valDoubleArray[2] = getNodeValDouble(xnd, "Max");
inv.setValue(dtMeasure, measureNamesSplitted[3], strInfo[2], valDoubleArray);
break;
}
break;
default:
MessageBox.Show("Site: " + siteName + ", Name of node unknown: " + xnd.Name + ": " + xnd.InnerText);
break;
}
}
catch (Exception ex)
{
throw ex;
}
}
