private void UpdateChart(DataObjectCategory dbo, DataObjectExt dObjExt, Color lineColor)
{
chartValues.Series.Clear();
if (DataObjectCapabilities.HasCapability(dbo, dObjExt.Protocol))
{
double min = dObjExt.GetLogItemMinValue(dbo);
double max = dObjExt.GetLogItemMaxValue(dbo);
if ((max - min) < 10)
{
min -= 5;
max += 5;
}
Console.WriteLine("Min " + min.ToString() + " - Max: " + max.ToString());
AddChartSerie(dObjExt.GetLogItems(dbo), dbo.Value.ToString(), lineColor, min, max);
}
if (chartValues.Series.Count > 0)
{
chartValues.DataBind();
chartValues.Update();
}
}
private void ShowData(DataObjectExt dobjExt)
{
if (dobjExt.DataAvailable)
{
SetLabelInformation(lblSensorOneTempValue, lblSensorOneTempMin, lblSensorOneTempMax, lblSensorOneTempMinTime, lblSensorOneTempMaxTime, dobjExt, DataObjectCategory.Temperature);
SetLabelInformation(lblSensorOneLuxValue, lblSensorOneLuxMin, lblSensorOneLuxMax, lblSensorOneLuxMinTime, lblSensorOneLuxMaxTime, dobjExt, DataObjectCategory.LUX);
SetLabelInformation(lblSensorOneHumidityValue, lblSensorOneHumidityValueMin, lblSensorOneHumidityValueMax, lblSensorOneHumidityValueMinTime, lblSensorOneHumidityValueMaxTime, dobjExt, DataObjectCategory.Humidity);
SetLabelInformation(lblSensorOnePressureValue, lblSensorOnePressureMin, lblSensorOnePressureMax, lblSensorOnePressureMinTime, lblSensorOnePressureMaxTime, dobjExt, DataObjectCategory.AirPressure);
SetLabelInformation(lblSensorHeatIndexValue, lblSensorHeatIndexMin, lblSensorHeatIndexMax, lblSensorHeatIndexMinTime, lblSensorHeatIndexMaxTime, dobjExt, DataObjectCategory.HeatIndex);
}
else
{
lblSensorOneHumidityValue.Text = "Fehler";
lblSensorOneTempValue.Text = "Fehler";
if (dobjExt.Protocol == DataObjectProtocol.PROTOCOL_ONE)
{
lblSensorOneLuxValue.Text = "N/A";
lblSensorOnePressureValue.Text = "N/A";
}
else if (dobjExt.Protocol == DataObjectProtocol.PROTOCOL_TWO)
{
lblSensorOneLuxValue.Text = "N/A";
lblSensorOnePressureValue.Text = "Fehler";
}
else if (dobjExt.Protocol == DataObjectProtocol.PROTOCOL_THREE)
{
lblSensorOneLuxValue.Text = "Fehler";
lblSensorOnePressureValue.Text = "Fehler";
}
}
lblSensorOneLastUpdated.Text = "Aktualisiert: " + Common.getCurrentDateTimeFormatted();
}
private void CheckAvailableData(DataObjectExt dobjExt)
{
if (dobjExt.DataAvailable)
{
lblSensorOne.Text = this.cboSensors.GetItemText(this.cboSensors.SelectedItem);
ShowData(dobjExt);
}
}
private void AddDataset(DataSource ds, DataObjectExt dobj)
{
switch (ds)
{
case DataSource.Boden: GenericAddDataToList(dataBoden, dobj, 50); break;
case DataSource.Tisch: GenericAddDataToList(dataTisch, dobj, 50); break;
}
}
private static string GetData(DataObjectExt dobjExt, DataObjectCategory dobjCat)
{
double temp = dobjExt.GetItem(dobjCat);
if (temp == double.MinValue)
{
return("Keine Daten");
}
return(HttpUtility.HtmlEncode(temp.ToString()));
}
private void GenericAddDataToList(List <DataObjectExt> lst, DataObjectExt dobj, int maxLen)
{
if (maxLen < 1)
{
return;
}
lst.Add(dobj);
while (lst.Count > maxLen)
{
lst.RemoveAt(0);
}
}
private void UpdateChart(DataObjectExt dobjExt)
{
string selected = this.cboChartSelection.GetItemText(this.cboChartSelection.SelectedItem);
DataObjectCategory dobjCat = DataObjectCategory.GetObjectCategory(selected);
if (dobjCat != null)
{
if (dobjExt.GetLogItemCount(dobjCat) > 0)
{
Color lineColor = GetChartColor(dobjCat);
UpdateChart(dobjCat, dobjExt, lineColor);
}
}
}
private void AddSensor(string name, string portName, bool active)
{
if (SensorItems.ContainsKey(name))
{
throw new InvalidOperationException("Key '" + name + "' existiert bereits!");
}
DataObjectExt dobjExt = new DataObjectExt
{
Name = name,
PortName = portName,
Active = active
};
SensorItems.Add(name, dobjExt);
SensorItemsNames.Add(name);
}
private void CheckCabability(DataObjectExt dobjExt)
{
cboChartSelection.Items.Clear();
if (DataObjectCapabilities.HasTemperature(dobjExt.Protocol))
{
grpBoxTemperature.Enabled = true;
cboChartSelection.Items.Add(DataObjectCategory.Temperature.Value);
}
else
{
grpBoxTemperature.Enabled = false;
}
if (DataObjectCapabilities.HasAirPressure(dobjExt.Protocol))
{
grpBoxAirPressure.Enabled = true;
cboChartSelection.Items.Add(DataObjectCategory.AirPressure.Value);
}
else
{
grpBoxAirPressure.Enabled = false;
}
if (DataObjectCapabilities.HasHeatIndex(dobjExt.Protocol))
{
grpBoxHeatIndex.Enabled = true;
cboChartSelection.Items.Add(DataObjectCategory.HeatIndex.Value);
}
else
{
grpBoxHeatIndex.Enabled = false;
}
if (DataObjectCapabilities.HasHumidity(dobjExt.Protocol))
{
grpBoxHumidity.Enabled = true;
cboChartSelection.Items.Add(DataObjectCategory.Humidity.Value);
}
else
{
grpBoxHumidity.Enabled = false;
}
if (DataObjectCapabilities.HasLUX(dobjExt.Protocol))
{
grpBoxLUX.Enabled = true;
cboChartSelection.Items.Add(DataObjectCategory.LUX.Value);
}
else
{
grpBoxLUX.Enabled = false;
}
if (cboChartSelection.Items.Count > 0)
{
cboChartSelection.SelectedIndex = 0;
}
}
private void SetLabelInformation(Label lblValue, Label lblMinValue, Label lblMaxValue, Label lblMinTime, Label lblMaxTime, DataObjectExt dObjExt, DataObjectCategory dobjcat)
{
if (dObjExt.ItemExists(dobjcat) && DataObjectCapabilities.HasCapability(dObjExt.Items[dobjcat.Value].DataObjCategory, dObjExt.Protocol))
{
string unit = Common.getSensorValueUnit(dObjExt.Items[dobjcat.Value].SensorType);
lblValue.Text = dObjExt.Items[dobjcat.Value].Value.ToString("#.#0") + unit;
lblMinValue.Text = dObjExt.Items[dobjcat.Value].MinValue.ToString("#.#0") + unit;
lblMaxValue.Text = dObjExt.Items[dobjcat.Value].MaxValue.ToString("#.#0") + unit;
lblMinTime.Text = Common.getCurrentDateTimeFormattedNoSec(dObjExt.Items[dobjcat.Value].MinTimepoint);
lblMaxTime.Text = Common.getCurrentDateTimeFormattedNoSec(dObjExt.Items[dobjcat.Value].MaxTimepoint);
}
else
{
lblValue.Text = " --- ";
lblMinValue.Text = " --- ";
lblMaxValue.Text = " --- ";
lblMinTime.Text = " --- ";
lblMaxTime.Text = " --- ";
}
}
private string GetLineFromDataExt(string line, ref DataObjectExt dobj)
{
dobj.DataAvailable = false;
dobj.Protocol = DataObjectProtocol.NONE;
string returnValue = string.Empty;
if (line.Contains("|"))
{
string[] values = line.Split('|');
//Format: START|humidity|temperature|heatindex|....|EOF
//This format was defined within the Arduino Sketch
// e.g. (random numbers): START|40.30|25.50|26.54|EOF
// START: Indicates a Start of a data-frame
// 40.30 --> 40.30% Humidity (relative)
// 25.50 --> 25.50°C Temperature
// 26.54 --> 26.54°C Temperature/Heat-Index
// EOF: End of Frame
if (values.Length == 7 && values[0].StartsWith("START") && values[6].StartsWith("EOF")) //Protocoll second version
{
dobj.AddDataItem(DataObjectCategory.Humidity.Value, double.Parse(Common.replaceDecPoint(values[2].ToString())), DataObjectCategory.Humidity, Common.SensorValueType.Humidity);
dobj.AddDataItem(DataObjectCategory.Temperature.Value, double.Parse(Common.replaceDecPoint(values[3].ToString())), DataObjectCategory.Temperature, Common.SensorValueType.Temperature);
dobj.AddDataItem(DataObjectCategory.HeatIndex.Value, double.Parse(Common.replaceDecPoint(values[4].ToString())), DataObjectCategory.HeatIndex, Common.SensorValueType.Temperature);
dobj.AddDataItem(DataObjectCategory.AirPressure.Value, double.Parse(Common.replaceDecPoint(values[5].ToString())), DataObjectCategory.AirPressure, Common.SensorValueType.AirPressure);
dobj.LastUpdated = DateTime.Now;
dobj.DataAvailable = true;
dobj.AdditionalInformation = "-";
dobj.Protocol = DataObjectProtocol.PROTOCOL_TWO;
returnValue = "Luftfeuchtigkeit: " + values[2].ToString() + " %\n" +
"Temperatur: " + values[3].ToString() + " °C\n" +
"'Heat Index': " + values[4].ToString() + " °C\n" +
"Luftdruck: " + values[5].ToString() + " mb\n";
}
else if (values.Length == 5 && values[0].StartsWith("START") && values[4].StartsWith("EOF")) //Protocol first version
{
dobj.AddDataItem(DataObjectCategory.Humidity.Value, double.Parse(Common.replaceDecPoint(values[1].ToString())), DataObjectCategory.Humidity, Common.SensorValueType.Humidity);
dobj.AddDataItem(DataObjectCategory.Temperature.Value, double.Parse(Common.replaceDecPoint(values[2].ToString())), DataObjectCategory.Temperature, Common.SensorValueType.Temperature);
dobj.AddDataItem(DataObjectCategory.HeatIndex.Value, double.Parse(Common.replaceDecPoint(values[3].ToString())), DataObjectCategory.HeatIndex, Common.SensorValueType.Temperature);
dobj.LastUpdated = DateTime.Now;
dobj.DataAvailable = true;
dobj.AdditionalInformation = "-";
dobj.Protocol = DataObjectProtocol.PROTOCOL_ONE;
returnValue = "Luftfeuchtigkeit: " + values[1].ToString() + " %\n" +
"Temperatur: " + values[2].ToString() + " °C\n" +
"'Heat Index': " + values[3].ToString() + " °C\n";
}
else if (values.Length == 8 && values[0].StartsWith("START") && values[7].StartsWith("EOF")) //Protocol third version
{
dobj.AddDataItem(DataObjectCategory.Humidity.Value, double.Parse(Common.replaceDecPoint(values[2].ToString())), DataObjectCategory.Humidity, Common.SensorValueType.Humidity);
dobj.AddDataItem(DataObjectCategory.Temperature.Value, double.Parse(Common.replaceDecPoint(values[3].ToString())), DataObjectCategory.Temperature, Common.SensorValueType.Temperature);
dobj.AddDataItem(DataObjectCategory.HeatIndex.Value, double.Parse(Common.replaceDecPoint(values[4].ToString())), DataObjectCategory.HeatIndex, Common.SensorValueType.Temperature);
dobj.AddDataItem(DataObjectCategory.AirPressure.Value, double.Parse(Common.replaceDecPoint(values[5].ToString())), DataObjectCategory.AirPressure, Common.SensorValueType.AirPressure);
dobj.AddDataItem(DataObjectCategory.LUX.Value, double.Parse(Common.replaceDecPoint(values[6].ToString())), DataObjectCategory.LUX, Common.SensorValueType.LUX);
dobj.LastUpdated = DateTime.Now;
dobj.DataAvailable = true;
dobj.AdditionalInformation = "-";
dobj.Protocol = DataObjectProtocol.PROTOCOL_THREE;
returnValue = "Luftfeuchtigkeit: " + values[2].ToString() + " %\n" +
"Temperatur: " + values[3].ToString() + " °C\n" +
"'Heat Index': " + values[4].ToString() + " °C\n" +
"Luftdruck: " + values[5].ToString() + " mb\n" +
"LUX: " + values[6].ToString() + " lux\n";
}
else
{
dobj.LastUpdated = DateTime.Now;
dobj.DataAvailable = false;
dobj.AdditionalInformation = "-";
dobj.Protocol = DataObjectProtocol.NONE;
returnValue = "Fehler beim Lesen der Daten";
}
}
else
{
dobj.DataAvailable = false;
dobj.AdditionalInformation = "-";
dobj.Protocol = DataObjectProtocol.NONE;
returnValue = line;
}
return(returnValue);
}
