public GenerationOutput(XmlOffshore _offShore, XmlOnshore onshore, XmlGas gas, XmlCoal coal, Emission emission, HeatRate heatRate)
{
this.OffShore = _offShore;
this.Onshore = onshore;
this.Gas = gas;
this.Coal = coal;
this.Emission = emission;
this.Heatrate = heatRate;
}
public void Read()
{
System.Globalization.CultureInfo ci = new System.Globalization.CultureInfo("en-US");
System.Threading.Thread.CurrentThread.CurrentCulture = ci;
string file_xml_generation = ConfigurationManager.AppSettings["GenerationReport"];
string file_xml_reference = ConfigurationManager.AppSettings["ReferenceData"];
string file_xml_write = ConfigurationManager.AppSettings["outputXml"];
ParseXmlReferenceData xmlRef = new ParseXmlReferenceData(file_xml_reference);
ParseXmlGenerationReport xmlGeneration = new ParseXmlGenerationReport();
var xReport = xmlGeneration.Read(file_xml_generation);
XmlOffshore offShore = new XmlOffshore(xReport);
List <WindOffShore> offshoreList = offShore.Read();
XmlOnshore onshore = new XmlOnshore(xReport);
List <WindOnshore> onshoreList = onshore.Read();
XmlGas gas = new XmlGas(xReport);
Dictionary <int, List <Gas> > gasList = gas.Read();
//gas.GasTotalGeneration();
XmlCoal coal = new XmlCoal(xReport);
Dictionary <int, List <Coal> > coalList = coal.Read();
//coal.CoalTotalGeneration();
Emission emission = new Emission(gasList, coalList);
//emission.HighestEmissionByDate();
HeatRate ht = new HeatRate(coalList);
//ht.ActualHeatRates();
GenerationOutput outputXml = new GenerationOutput(offShore, onshore, gas, coal, emission, ht);
outputXml.XmlWrite(file_xml_write);
}
