public static MeasureValueBox Parse(string webPage)
{
var result = new SortedDictionary <string, object>();
var measuredValueBox = new MeasureValueBox()
{
MeasuredUtcTime = DateTime.UtcNow, PluginName = "WebPageParser"
};
var arrayParser = new ArrayParser(WebPagerReader.SelectAllElementsOfName(webPage, "td").ToArray());
result.Add("SW.MeasureTime", DateTime.Now);
arrayParser.MoveToNextElementNotEmpty(0, true);
arrayParser.MoveNext();
arrayParser.MoveToNextElementNotEmpty(0, true);
arrayParser.MoveNext();
string all = arrayParser.MoveToNextElementNotEmpty(0, true);
arrayParser.MoveNext();
result.Add("SW.All", all);
var cultureInfo = new CultureInfo("de");
result.Add("SW.ClearSky", ArrayParser.ConvertToDouble(arrayParser.SearchForExactElement("clear sky:", 1, true), cultureInfo));
result.Add("SW.RealSkyMin", ArrayParser.ConvertToDouble(arrayParser.SearchForExactElement("real sky:", 1, false), cultureInfo));
result.Add("SW.RealSkyMax", ArrayParser.ConvertToDouble(arrayParser.SearchForExactElement("real sky:", 3, false), cultureInfo));
measuredValueBox.MeasuredValues = result;
return(measuredValueBox);
}
private RectangleF GetMeasureBoxBounds(MeasureValueBox box)
{
var boxCorner = LocalToDisplay(WorldToLocal(box.TargetPosition, _Zoom, true) + box.LocalOffset);
boxCorner.X -= box.Size.Width / 2f;
boxCorner.Y -= box.Size.Height / 2f;
return(new RectangleF(boxCorner, box.Size));
}
private void SaveEnergyValues(SmlMessageFinder smlCutter, SmlMessageParser parser)
{
var box = new MeasureValueBox();
box.MeasuredUtcTime = DateTime.UtcNow;
box.MeasuredValues.Add("EHZ.MeasureTime", DateTime.Now);
box.MeasuredValues.Add("EHZ.ConsumedEnergy1", parser.ConsumedEnergy1_Wh);
box.MeasuredValues.Add("EHZ.ConsumedEnergy2", parser.ConsumedEnergy2_Wh);
box.MeasuredValues.Add("EHZ.ProducedEnergy1", parser.ProducedEnergy1_Wh);
box.MeasuredValues.Add("EHZ.ProducedEnergy2", parser.ProducedEnergy2_Wh);
box.MeasuredValues.Add("EHZ.Device", parser.Device);
box.MeasuredValues.Add("EHZ.CompanyName", parser.CompanyName);
_Queue.Send(box);
}
public static MeasureValueBox Parse(string webPage)
{
var result = new SortedDictionary <string, object>();
var measuredValueBox = new MeasureValueBox()
{
MeasuredUtcTime = DateTime.UtcNow,
PluginName = "Kostal"
};
ArrayParser arrayParser = new ArrayParser(WebPagerReader.SelectAllElementsOfName(webPage, "td").ToArray());
result.Add("PV.MeasureTime", DateTime.Now);
string typeAndName = arrayParser.MoveToNextElementNotEmpty(0, true);
string[] parseName = typeAndName.Split('\n');
string piko = string.Empty;
string name = string.Empty;
if (parseName.Length == 3)
{
piko = parseName[0].Trim();
name = parseName[2].Trim();
}
result.Add("PV.PikoType", piko);
result.Add("PV.Name", name);
result.Add("PV.CurrentACPower", ArrayParser.ConvertToInt(arrayParser.SearchForExactElement("aktuell", 1, true)));
result.Add("PV.ProducedEnergy", ArrayParser.ConvertToInt(arrayParser.SearchForExactElement("Gesamtenergie", 1, true)));
result.Add("PV.DailyEnergy", ArrayParser.ConvertToDoubleInvariantCulture(arrayParser.SearchForExactElement("Tagesenergie", 1, true)));
result.Add("PV.Status", arrayParser.SearchForExactElement("Status", 1, true));
result.Add("PV.String1Voltage", ArrayParser.ConvertToInt(arrayParser.SearchForExactElement("Spannung", 1, true)));
result.Add("PV.L1Voltage", ArrayParser.ConvertToInt(arrayParser.SearchForExactElement("Spannung", 1, true)));
result.Add("PV.String1Current", ArrayParser.ConvertToDoubleInvariantCulture(arrayParser.SearchForExactElement("Strom", 1, true)));
result.Add("PV.L1Power", ArrayParser.ConvertToInt(arrayParser.SearchForExactElement("Leistung", 1, true)));
result.Add("PV.String2Voltage", ArrayParser.ConvertToInt(arrayParser.SearchForExactElement("Spannung", 1, true)));
result.Add("PV.L2Voltage", ArrayParser.ConvertToInt(arrayParser.SearchForExactElement("Spannung", 1, true)));
result.Add("PV.String2Current", ArrayParser.ConvertToDoubleInvariantCulture(arrayParser.SearchForExactElement("Strom", 1, true)));
result.Add("PV.L2Power", ArrayParser.ConvertToInt(arrayParser.SearchForExactElement("Leistung", 1, true)));
result.Add("PV.L3Voltage", ArrayParser.ConvertToInt(arrayParser.SearchForExactElement("Spannung", 1, true)));
result.Add("PV.L3Power", ArrayParser.ConvertToInt(arrayParser.SearchForExactElement("Leistung", 1, true)));
measuredValueBox.MeasuredValues = result;
return(measuredValueBox);
}
private void CalculateConsumedPower(SmlMessageFinder smlCutter, SmlMessageParser parser)
{
if (false == _LastComsumedEnergy_Wh.MeasuredTime.HasValue)
{
// first point
_LastComsumedEnergy_Wh.MeasuredTime = smlCutter.MeasuredTime;
_LastComsumedEnergy_Wh.Value = parser.ConsumedEnergy1_Wh;
}
else
{
double?watt = CalcWattDifference(parser.ConsumedEnergy1_Wh, smlCutter.MeasuredTime,
_LastComsumedEnergy_Wh.Value, _LastComsumedEnergy_Wh.MeasuredTime.Value);
if (watt.HasValue)
{
var box = new MeasureValueBox();
box.MeasuredUtcTime = _LastComsumedEnergy_Wh.MeasuredTime.Value.ToUniversalTime();
box.MeasuredValues.Add("EHZ.MeasureTime", _LastComsumedEnergy_Wh.MeasuredTime.Value);
box.MeasuredValues.Add("EHZ.ComsumedPower", watt.Value);
_Queue.Send(box);
_LastComsumedEnergy_Wh.MeasuredTime = smlCutter.MeasuredTime;
_LastComsumedEnergy_Wh.Value = parser.ConsumedEnergy1_Wh;
}
}
}
