//public string UpdateCalibrationConfig(HttpListenerContext context)
public string UpdateConfig(IHttpContext context)
{
var json = "";
JsonCalibrationSettingsData settings;
var invC = new CultureInfo("");
try
{
var data = new StreamReader(context.Request.InputStream).ReadToEnd();
json = WebUtility.UrlDecode(data.Substring(5));
// de-serialize it to the settings structure
settings = json.FromJson <JsonCalibrationSettingsData>();
}
catch (Exception ex)
{
var msg = "Error de-serializing Calibration Settings JSON: " + ex.Message;
cumulus.LogMessage(msg);
cumulus.LogDebugMessage("Calibration Data: " + json);
context.Response.StatusCode = 500;
return(msg);
}
try
{
// process the settings
cumulus.LogMessage("Updating calibration settings");
// offsets
cumulus.Calib.Press.Offset = Convert.ToDouble(settings.pressure.offset, invC);
cumulus.Calib.Temp.Offset = Convert.ToDouble(settings.temp.offset, invC);
cumulus.Calib.InTemp.Offset = Convert.ToDouble(settings.tempin.offset, invC);
cumulus.Calib.Hum.Offset = settings.hum.offset;
cumulus.Calib.WindDir.Offset = settings.winddir.offset;
cumulus.Calib.Solar.Offset = Convert.ToDouble(settings.solar.offset);
cumulus.Calib.UV.Offset = Convert.ToDouble(settings.uv.offset, invC);
cumulus.Calib.WetBulb.Offset = Convert.ToDouble(settings.wetbulb.offset, invC);
// multipliers
cumulus.Calib.Press.Mult = Convert.ToDouble(settings.pressure.multiplier, invC);
cumulus.Calib.WindSpeed.Mult = Convert.ToDouble(settings.windspd.multiplier, invC);
cumulus.Calib.WindGust.Mult = Convert.ToDouble(settings.gust.multiplier, invC);
cumulus.Calib.Temp.Mult = Convert.ToDouble(settings.temp.multiplier, invC);
cumulus.Calib.Temp.Mult2 = Convert.ToDouble(settings.temp.multiplier2, invC);
cumulus.Calib.Hum.Mult = Convert.ToDouble(settings.hum.multiplier, invC);
cumulus.Calib.Hum.Mult2 = Convert.ToDouble(settings.hum.multiplier2, invC);
cumulus.Calib.Rain.Mult = Convert.ToDouble(settings.rain.multiplier, invC);
cumulus.Calib.Solar.Mult = Convert.ToDouble(settings.solar.multiplier, invC);
cumulus.Calib.UV.Mult = Convert.ToDouble(settings.uv.multiplier, invC);
cumulus.Calib.WetBulb.Mult = Convert.ToDouble(settings.wetbulb.multiplier, invC);
// spike removal
cumulus.Spike.TempDiff = Convert.ToDouble(settings.temp.spike, invC);
cumulus.Spike.HumidityDiff = Convert.ToDouble(settings.hum.spike, invC);
cumulus.Spike.WindDiff = Convert.ToDouble(settings.windspd.spike, invC);
cumulus.Spike.GustDiff = Convert.ToDouble(settings.gust.spike, invC);
cumulus.Spike.MaxHourlyRain = Convert.ToDouble(settings.rain.spikehour, invC);
cumulus.Spike.MaxRainRate = Convert.ToDouble(settings.rain.spikerate, invC);
cumulus.Spike.PressDiff = Convert.ToDouble(settings.pressure.spike, invC);
// limits
cumulus.Limit.TempHigh = Convert.ToDouble(settings.temp.limitmax, invC);
cumulus.Limit.TempLow = Convert.ToDouble(settings.temp.limitmin, invC);
cumulus.Limit.DewHigh = Convert.ToDouble(settings.dewpt.limitmax, invC);
cumulus.Limit.PressHigh = Convert.ToDouble(settings.pressure.limitmax, invC);
cumulus.Limit.PressLow = Convert.ToDouble(settings.pressure.limitmin, invC);
cumulus.Limit.WindHigh = Convert.ToDouble(settings.gust.limitmax, invC);
// Save the settings
cumulus.WriteIniFile();
// Clear the spike alarm
cumulus.SpikeAlarm.Triggered = false;
// Log the new values
cumulus.LogMessage("Setting new calibration values...");
cumulus.LogOffsetsMultipliers();
context.Response.StatusCode = 200;
}
catch (Exception ex)
{
cumulus.LogMessage("Error setting Calibration settings: " + ex.Message);
cumulus.LogDebugMessage("Calibration Data: " + json);
context.Response.StatusCode = 500;
return(ex.Message);
}
return("success");
}
//public string UpdateCalibrationConfig(HttpListenerContext context)
public string UpdateCalibrationConfig(IHttpContext context)
{
try
{
var InvC = new CultureInfo("");
var data = new StreamReader(context.Request.InputStream).ReadToEnd();
var json = WebUtility.UrlDecode(data.Substring(5));
// de-serialize it to the settings structure
var settings = JsonConvert.DeserializeObject <JsonCalibrationSettingsData>(json);
// process the settings
cumulus.LogMessage("Updating calibration settings");
// offsets
cumulus.PressOffset = Convert.ToDouble(settings.offsets.pressure, InvC);
cumulus.TempOffset = Convert.ToDouble(settings.offsets.temperature, InvC);
cumulus.InTempoffset = Convert.ToDouble(settings.offsets.indoortemp, InvC);
cumulus.HumOffset = settings.offsets.humidity;
cumulus.WindDirOffset = settings.offsets.winddir;
cumulus.SolarOffset = Convert.ToDouble(settings.offsets.solar);
cumulus.UVOffset = Convert.ToDouble(settings.offsets.uv, InvC);
cumulus.WetBulbOffset = Convert.ToDouble(settings.offsets.wetbulb, InvC);
// multipliers
cumulus.PressMult = Convert.ToDouble(settings.multipliers.pressure, InvC);
cumulus.WindSpeedMult = Convert.ToDouble(settings.multipliers.windspeed, InvC);
cumulus.WindGustMult = Convert.ToDouble(settings.multipliers.windgust, InvC);
cumulus.TempMult = Convert.ToDouble(settings.multipliers.outdoortemp, InvC);
cumulus.HumMult = Convert.ToDouble(settings.multipliers.humidity, InvC);
cumulus.RainMult = Convert.ToDouble(settings.multipliers.rainfall, InvC);
cumulus.SolarMult = Convert.ToDouble(settings.multipliers.solar, InvC);
cumulus.UVMult = Convert.ToDouble(settings.multipliers.uv, InvC);
cumulus.WetBulbMult = Convert.ToDouble(settings.multipliers.wetbulb, InvC);
// spike removal
cumulus.SpikeTempDiff = Convert.ToDouble(settings.spikeremoval.outdoortemp, InvC);
cumulus.SpikeHumidityDiff = Convert.ToDouble(settings.spikeremoval.humidity, InvC);
cumulus.SpikeWindDiff = Convert.ToDouble(settings.spikeremoval.windspeed, InvC);
cumulus.SpikeGustDiff = Convert.ToDouble(settings.spikeremoval.windgust, InvC);
cumulus.SpikeMaxHourlyRain = Convert.ToDouble(settings.spikeremoval.maxhourlyrain, InvC);
cumulus.SpikeMaxRainRate = Convert.ToDouble(settings.spikeremoval.maxrainrate, InvC);
cumulus.SpikePressDiff = Convert.ToDouble(settings.spikeremoval.pressure, InvC);
// limits
cumulus.LimitTempHigh = Convert.ToDouble(settings.limits.temphigh, InvC);
cumulus.LimitTempLow = Convert.ToDouble(settings.limits.templow, InvC);
cumulus.LimitDewHigh = Convert.ToDouble(settings.limits.dewhigh, InvC);
cumulus.LimitPressHigh = Convert.ToDouble(settings.limits.presshigh, InvC);
cumulus.LimitPressLow = Convert.ToDouble(settings.limits.presslow, InvC);
cumulus.LimitWindHigh = Convert.ToDouble(settings.limits.windhigh, InvC);
cumulus.ErrorLogSpikeRemoval = settings.log;
// Save the settings
cumulus.WriteIniFile();
// Clear the spike alarm
cumulus.SpikeAlarmState = false;
// Log the new values
cumulus.LogMessage("Setting new calibration values...");
cumulus.LogOffsetsMultipliers();
context.Response.StatusCode = 200;
}
catch (Exception ex)
{
cumulus.LogMessage(ex.Message);
context.Response.StatusCode = 500;
return(ex.Message);
}
return("success");
}
//public string UpdateCalibrationConfig(HttpListenerContext context)
public string UpdateCalibrationConfig(IHttpContext context)
{
try
{
var invC = new CultureInfo("");
var data = new StreamReader(context.Request.InputStream).ReadToEnd();
var json = WebUtility.UrlDecode(data.Substring(5));
// de-serialize it to the settings structure
var settings = json.FromJson <JsonCalibrationSettingsData>();
// process the settings
cumulus.LogMessage("Updating calibration settings");
// offsets
cumulus.Calib.Press.Offset = Convert.ToDouble(settings.offsets.pressure, invC);
cumulus.Calib.Temp.Offset = Convert.ToDouble(settings.offsets.temperature, invC);
cumulus.Calib.InTemp.Offset = Convert.ToDouble(settings.offsets.indoortemp, invC);
cumulus.Calib.Hum.Offset = settings.offsets.humidity;
cumulus.Calib.WindDir.Offset = settings.offsets.winddir;
cumulus.Calib.Solar.Offset = Convert.ToDouble(settings.offsets.solar);
cumulus.Calib.UV.Offset = Convert.ToDouble(settings.offsets.uv, invC);
cumulus.Calib.WetBulb.Offset = Convert.ToDouble(settings.offsets.wetbulb, invC);
// multipliers
cumulus.Calib.Press.Mult = Convert.ToDouble(settings.multipliers.pressure, invC);
cumulus.Calib.WindSpeed.Mult = Convert.ToDouble(settings.multipliers.windspeed, invC);
cumulus.Calib.WindGust.Mult = Convert.ToDouble(settings.multipliers.windgust, invC);
cumulus.Calib.Temp.Mult = Convert.ToDouble(settings.multipliers.outdoortemp, invC);
cumulus.Calib.Temp.Mult2 = Convert.ToDouble(settings.multipliers.outdoortemp2, invC);
cumulus.Calib.Hum.Mult = Convert.ToDouble(settings.multipliers.humidity, invC);
cumulus.Calib.Hum.Mult2 = Convert.ToDouble(settings.multipliers.humidity2, invC);
cumulus.Calib.Rain.Mult = Convert.ToDouble(settings.multipliers.rainfall, invC);
cumulus.Calib.Solar.Mult = Convert.ToDouble(settings.multipliers.solar, invC);
cumulus.Calib.UV.Mult = Convert.ToDouble(settings.multipliers.uv, invC);
cumulus.Calib.WetBulb.Mult = Convert.ToDouble(settings.multipliers.wetbulb, invC);
// spike removal
cumulus.Spike.TempDiff = Convert.ToDouble(settings.spikeremoval.outdoortemp, invC);
cumulus.Spike.HumidityDiff = Convert.ToDouble(settings.spikeremoval.humidity, invC);
cumulus.Spike.WindDiff = Convert.ToDouble(settings.spikeremoval.windspeed, invC);
cumulus.Spike.GustDiff = Convert.ToDouble(settings.spikeremoval.windgust, invC);
cumulus.Spike.MaxHourlyRain = Convert.ToDouble(settings.spikeremoval.maxhourlyrain, invC);
cumulus.Spike.MaxRainRate = Convert.ToDouble(settings.spikeremoval.maxrainrate, invC);
cumulus.Spike.PressDiff = Convert.ToDouble(settings.spikeremoval.pressure, invC);
// limits
cumulus.Limit.TempHigh = Convert.ToDouble(settings.limits.temphigh, invC);
cumulus.Limit.TempLow = Convert.ToDouble(settings.limits.templow, invC);
cumulus.Limit.DewHigh = Convert.ToDouble(settings.limits.dewhigh, invC);
cumulus.Limit.PressHigh = Convert.ToDouble(settings.limits.presshigh, invC);
cumulus.Limit.PressLow = Convert.ToDouble(settings.limits.presslow, invC);
cumulus.Limit.WindHigh = Convert.ToDouble(settings.limits.windhigh, invC);
cumulus.ErrorLogSpikeRemoval = settings.log;
// Save the settings
cumulus.WriteIniFile();
// Clear the spike alarm
cumulus.SpikeAlarm.Triggered = false;
// Log the new values
cumulus.LogMessage("Setting new calibration values...");
cumulus.LogOffsetsMultipliers();
context.Response.StatusCode = 200;
}
catch (Exception ex)
{
cumulus.LogMessage(ex.Message);
context.Response.StatusCode = 500;
return(ex.Message);
}
return("success");
}