private static string SkyDoc(string address)
{
string table;
SkyEventArgs args = null;
table = "<tr><th colspan=\"5\">WeatherFlow Smart Weather Station Sky</th></tr>";
table += "<tr><th>Value</th><th>Name</th><th>Custom Notification</th><th>Value</th><th>Notes</th></tr>";
if (WeatherFlowNS.NS.NodeData.ContainsKey(address))
{
args = (SkyEventArgs)WeatherFlowNS.NS.NodeData[address];
table += TableRow("Last Update", address, "0", "", "Time in seconds since last update");
table += TableRow("Illumination", address, "1", args.Illumination, "");
table += TableRow("UV Index", address, "2", args.UV, "");
table += TableRow("Solar Radiation", address, "3", args.SolarRadiation, "");
table += TableRow("Wind Speed", address, "4", args.WindSpeed, "");
table += TableRow("Gust Speed", address, "5", args.GustSpeed, "");
table += TableRow("Wind Lull", address, "6", args.WindLull, "");
table += TableRow("Wind Direction", address, "7", args.WindDirection, "");
table += TableRow("Rain Rate", address, "8", args.RainRate, "");
table += TableRow("Daily Rainfall", address, "9", args.Rain, "");
table += TableRow("Battery", address, "10", args.Battery, "");
table += TableRow("Rain Type", address, "11", args.PrecipitationType, "");
}
else
{
table += TableRow("Last Update", address, "0", "", "Time in seconds since last update");
table += TableRow("Illumination", address, "1", "###", "");
table += TableRow("UV Index", address, "2", "###", "");
table += TableRow("Solar Radiation", address, "3", "###", "");
table += TableRow("Wind Speed", address, "4", "###", "");
table += TableRow("Gust Speed", address, "5", "###", "");
table += TableRow("Wind Lull", address, "6", "###", "");
table += TableRow("Wind Direction", address, "7", "###", "");
table += TableRow("Rain Rate", address, "8", "###", "");
table += TableRow("Daily Rainfall", address, "9", "###", "");
table += TableRow("Battery", address, "10", "###", "");
table += TableRow("Rain Type", address, "11", "###", "");
}
table += "<tr><th colspan=\"5\"> </th></tr>";
return(table);
}
private void SkyObservations(string json)
{
JavaScriptSerializer serializer = new JavaScriptSerializer();
try {
SkyObj = serializer.Deserialize <SkyData>(json);
SkyObj.valid = true;
WFNodeServer.SkyEventArgs evnt = new SkyEventArgs(SkyObj);
evnt.SetDaily = CalcDailyPrecipitation();
evnt.Raw = json;
try {
WeatherFlowNS.NS.RaiseSkyEvent(this, evnt);
} catch (Exception ex) {
WFLogging.Warning("Failed to process Sky event. " + ex.Message);
}
WeatherFlowNS.NS.RaiseUpdateEvent(this, new UpdateEventArgs((int)SkyObj.obs[0][0].GetValueOrDefault(), SkyObj.serial_number, DataType.SKY));
} catch (Exception ex) {
WFLogging.Error("Deserialization failed for sky data: " + ex.Message);
WFLogging.Verbose(json);
return;
}
}
internal void WSObservations(string json)
{
JavaScriptSerializer serializer = new JavaScriptSerializer();
ObsData obs;
double elevation = 0;
try {
try {
obs = serializer.Deserialize <ObsData>(json);
} catch (Exception ex) {
WFLogging.Error("Deserialization failed for WebSocket data: " + ex.Message);
WFLogging.Error(json);
return;
}
if (json.Contains("obs_sky"))
{
//SkyObj = new SkyData();
// The first websocket packet seems to be cached data and it
// doesn't include some things like the device serial number.
// Without the serial number, we can't really process it
if (obs.source == "cache")
{
return;
}
SkyObj.device_id = obs.device_id;
SkyObj.firmware_revision = obs.firmware_revision;
SkyObj.hub_sn = obs.hub_sn;
SkyObj.obs = obs.obs;
SkyObj.serial_number = obs.serial_number;
SkyObj.type = obs.type;
SkyObj.valid = true;
WFNodeServer.SkyEventArgs evnt = new SkyEventArgs(SkyObj);
evnt.SetDaily = CalcDailyPrecipitation();
evnt.Raw = json;
// This fails the first time, why?
WeatherFlowNS.NS.RaiseSkyEvent(this, evnt);
WeatherFlowNS.NS.RaiseUpdateEvent(this, new UpdateEventArgs((int)SkyObj.obs[0][0], SkyObj.serial_number, DataType.SKY));
}
else if (json.Contains("obs_air"))
{
//AirObj = new AirData();
if (obs.source == "cache")
{
return;
}
AirObj.device_id = obs.device_id;
AirObj.firmware_revision = obs.firmware_revision;
AirObj.hub_sn = obs.hub_sn;
AirObj.obs = obs.obs;
AirObj.serial_number = obs.serial_number;
AirObj.type = obs.type;
AirObj.valid = true;
// Look up elevation
StationInfo si = wf_station.FindStationAir(AirObj.serial_number);
if (si != null)
{
elevation = si.elevation;
}
AirEventArgs evnt = new AirEventArgs(AirObj);
evnt.SetDewpoint = 0;
evnt.SetApparentTemp = 0;
evnt.SetTrend = 1;
evnt.SetSeaLevel = SeaLevelPressure(AirObj.obs[0][(int)AirIndex.PRESSURE].GetValueOrDefault(), elevation);
evnt.Raw = json;
if (SkyObj.valid)
{
try {
evnt.SetDewpoint = CalcDewPoint();
evnt.SetApparentTemp = FeelsLike(AirObj.obs[0][(int)AirIndex.TEMPURATURE].GetValueOrDefault(),
AirObj.obs[0][(int)AirIndex.HUMIDITY].GetValueOrDefault(),
SkyObj.obs[0][(int)SkyIndex.WIND_SPEED].GetValueOrDefault());
// Trend is -1, 0, 1 while event wants 0, 1, 2
evnt.SetTrend = PressureTrend() + 1;
// Heat index & Windchill ??
} catch {
}
}
else
{
}
WeatherFlowNS.NS.RaiseAirEvent(this, evnt);
WeatherFlowNS.NS.RaiseUpdateEvent(this, new UpdateEventArgs((int)AirObj.obs[0][0], AirObj.serial_number, DataType.AIR));
}
} catch (Exception ex) {
WFLogging.Error("Failed to process websocket observation data: " + ex.Message);
return;
}
}
