public Object GetAverageWeatherReport(string date, string place, string lat, string lon)
{
IDatabase db = AppConstant.rediscon.GetDatabase();
string darksky = db.StringGet("DarkSky1" + lat + "," + lon);
Console.WriteLine("darksky");
string openweather = db.StringGet("OpenWeather1" + place);
Console.WriteLine("openweather");
string apixu = db.StringGet("Apixu" + place + date);
Console.WriteLine("apixu");
if (darksky != null && openweather != null && apixu != null)
{
JObject json1 = JObject.Parse(darksky);
JObject json2 = JObject.Parse(openweather);
JObject json3 = JObject.Parse(apixu);
decimal tempc = ((5 * (Convert.ToDecimal(json1["currently"]["temperature"]) - 32)) / 9 + (Convert.ToDecimal(json2["main"]["temp"]) - 273) + (5 * (Convert.ToDecimal(json3["current"]["temp_f"]) - 32)) / 9) / 3;
decimal tempf = ((9 * (tempc)) / 5) + 32;
decimal temphumid = (((Convert.ToDecimal(json1["currently"]["humidity"]) * 100) + Convert.ToDecimal(json2["main"]["humidity"])) + Convert.ToDecimal(json3["current"]["humidity"])) / 3;
decimal temppressure = ((Convert.ToDecimal(json1["currently"]["pressure"]) + Convert.ToDecimal(json2["main"]["pressure"])) + Convert.ToDecimal(json3["current"]["pressure_mb"])) / 3;
decimal tempwind = ((Convert.ToDecimal(json1["currently"]["windSpeed"]) + (Convert.ToDecimal(json2["wind"]["speed"])) * 10) + Convert.ToDecimal(json3["current"]["wind_kph"])) / 3;
decimal tempapprent = (((5 * (Convert.ToDecimal(json1["currently"]["apparentTemperature"]) - 32)) / 9) + ((Convert.ToDecimal(json2["main"]["temp"])) - 273) + Convert.ToDecimal(json3["current"]["feelslike_c"])) / 3;
AverageReport obj3 = new AverageReport();
obj3.Temp_C = Math.Round(tempc, 2);
obj3.Temp_F = Math.Round(tempf, 2);
obj3.Pressure = Math.Round(temppressure, 2);
obj3.Humidity = Math.Round(temphumid, 1);
obj3.AppearentTemp = Math.Round(tempapprent, 1);
obj3.WindSpeed = Math.Round(tempwind, 2);
return(Ok(obj3));
}
else
{
WeatherService obj = new WeatherService();
JObject json3 = JObject.Parse(obj.GetAPixuWeatherReport(place));
JObject json2 = JObject.Parse(obj.GetOpenWeatherMap(place));
JObject json1 = JObject.Parse(obj.GetDarkSkyWeatherReport(lat + "," + lon));
decimal tempc = ((5 * (Convert.ToDecimal(json1["currently"]["temperature"]) - 32)) / 9 + (Convert.ToDecimal(json2["main"]["temp"]) - 273) + (5 * (Convert.ToDecimal(json3["current"]["temp_f"]) - 32)) / 9) / 3;
decimal tempf = ((9 * (tempc)) / 5) + 32;
decimal temphumid = (((Convert.ToDecimal(json1["currently"]["humidity"]) * 100) + Convert.ToDecimal(json2["main"]["humidity"])) + Convert.ToDecimal(json3["current"]["humidity"])) / 3;
decimal temppressure = ((Convert.ToDecimal(json1["currently"]["pressure"]) + Convert.ToDecimal(json2["main"]["pressure"])) + Convert.ToDecimal(json3["current"]["pressure_mb"])) / 3;
decimal tempwind = ((Convert.ToDecimal(json1["currently"]["windSpeed"]) + (Convert.ToDecimal(json2["wind"]["speed"])) * 10) + Convert.ToDecimal(json3["current"]["wind_kph"])) / 3;
decimal tempapprent = (((5 * (Convert.ToDecimal(json1["currently"]["apparentTemperature"]) - 32)) / 9) + ((Convert.ToDecimal(json2["main"]["temp"])) - 273) + Convert.ToDecimal(json3["current"]["feelslike_c"])) / 3;
AverageReport obj3 = new AverageReport();
obj3.Temp_C = Math.Round(tempc, 2);
obj3.Temp_F = Math.Round(tempf, 2);
obj3.Pressure = Math.Round(temppressure, 2);
obj3.Humidity = Math.Round(temphumid, 1);
obj3.AppearentTemp = Math.Round(tempapprent, 1);
obj3.WindSpeed = Math.Round(tempwind, 2);
return(Ok(obj3));
}
}
public Object GetAverageWeatherReport(ApiRequest apirequest)
{
Console.WriteLine("Data from Cache");
Console.WriteLine("GetAverageData");
IDatabase db = AppConstant.rediscon.GetDatabase();
string darksky = db.StringGet("DarkSky" + apirequest.Place + apirequest.RequestDate.date);
Console.WriteLine("darksky");
string openweather = db.StringGet("OpenWeather" + apirequest.Place + apirequest.RequestDate.date);
Console.WriteLine("openweather");
string apixu = db.StringGet("Apixu" + apirequest.Place + apirequest.RequestDate.date);
Console.WriteLine("apixu");
if (darksky != null && openweather != null && apixu != null)
{
JObject json1 = JObject.Parse(darksky);
JObject json2 = JObject.Parse(openweather);
JObject json3 = JObject.Parse(apixu);
decimal tempc = ((5 * (Convert.ToDecimal(json1["currently"]["temperature"]) - 32)) / 9 + (Convert.ToDecimal(json2["main"]["temp"]) - 273) + (5 * (Convert.ToDecimal(json3["current"]["temp_f"]) - 32)) / 9) / 3;
decimal tempf = ((9 * (tempc)) / 5) + 32;
decimal temphumid = (((Convert.ToDecimal(json1["currently"]["humidity"]) * 100) + Convert.ToDecimal(json2["main"]["humidity"])) + Convert.ToDecimal(json3["current"]["humidity"])) / 3;
decimal temppressure = ((Convert.ToDecimal(json1["currently"]["pressure"]) + Convert.ToDecimal(json2["main"]["pressure"])) + Convert.ToDecimal(json3["current"]["pressure_mb"])) / 3;
decimal tempwind = ((Convert.ToDecimal(json1["currently"]["windSpeed"]) + (Convert.ToDecimal(json2["wind"]["speed"])) * 10) + Convert.ToDecimal(json3["current"]["wind_kph"])) / 3;
decimal tempapprent = (((5 * (Convert.ToDecimal(json1["currently"]["apparentTemperature"]) - 32)) / 9) + ((Convert.ToDecimal(json2["main"]["temp"])) - 273) + Convert.ToDecimal(json3["current"]["feelslike_c"])) / 3;
AverageReport obj3 = new AverageReport();
obj3.Temp_C = Math.Round(tempc, 2);
obj3.Temp_F = Math.Round(tempf, 2);
obj3.Pressure = Math.Round(temppressure, 2);
obj3.Humidity = Math.Round(temphumid, 1);
obj3.AppearentTemp = Math.Round(tempapprent, 1);
obj3.WindSpeed = Math.Round(tempwind, 2);
return(Ok(obj3));
}
else
{
// Console.WriteLine("Data from Api");
WeatherService obj = new WeatherService();
// Console.WriteLine("apiplace"+apirequest.Place);
JObject json3 = JObject.Parse(obj.GetAPixuWeatherReport(apirequest.Place));
// Console.WriteLine("apiplace"+apirequest.Place);
JObject json2 = JObject.Parse(obj.GetOpenWeatherMap(apirequest.Place));
// Console.WriteLine("apiplace"+apirequest.lat+","+apirequest.lon);
JObject json1 = JObject.Parse(obj.GetDarkSkyWeatherReport(apirequest.lat + "," + apirequest.lon));
decimal tempc = ((5 * (Convert.ToDecimal(json1["currently"]["temperature"]) - 32)) / 9 + (Convert.ToDecimal(json2["main"]["temp"]) - 273) + (5 * (Convert.ToDecimal(json3["current"]["temp_f"]) - 32)) / 9) / 3;
decimal tempf = ((9 * (tempc)) / 5) + 32;
decimal temphumid = (((Convert.ToDecimal(json1["currently"]["humidity"]) * 100) + Convert.ToDecimal(json2["main"]["humidity"])) + Convert.ToDecimal(json3["current"]["humidity"])) / 3;
decimal temppressure = ((Convert.ToDecimal(json1["currently"]["pressure"]) + Convert.ToDecimal(json2["main"]["pressure"])) + Convert.ToDecimal(json3["current"]["pressure_mb"])) / 3;
decimal tempwind = ((Convert.ToDecimal(json1["currently"]["windSpeed"]) + (Convert.ToDecimal(json2["wind"]["speed"])) * 10) + Convert.ToDecimal(json3["current"]["wind_kph"])) / 3;
decimal tempapprent = (((5 * (Convert.ToDecimal(json1["currently"]["apparentTemperature"]) - 32)) / 9) + ((Convert.ToDecimal(json2["main"]["temp"])) - 273) + Convert.ToDecimal(json3["current"]["feelslike_c"])) / 3;
AverageReport obj3 = new AverageReport();
obj3.Temp_C = Math.Round(tempc, 2);
obj3.Temp_F = Math.Round(tempf, 2);
obj3.Pressure = Math.Round(temppressure, 2);
obj3.Humidity = Math.Round(temphumid, 1);
obj3.AppearentTemp = Math.Round(tempapprent, 1);
obj3.WindSpeed = Math.Round(tempwind, 2);
return(Ok(obj3));
}
// weatherunlock=JsonConvert.DeserializeObject<WeatherUnlock>(db.StringGet("WeatherUnlock"+apirequest.Place+apirequest.RequestDate.date));
// var openweather=Convert.Json(db.StringGet("OpenWeather"+apirequest.Place+apirequest.RequestDate.date));
// var weatherbitcurrent=JsonConvert.DeserializeObject<WeathrBit>(db.StringGet("WeatherBitCurrent"+apirequest.Place+apirequest.RequestDate.date));
// var apixu=JsonConvert.DeserializeObject<APixuWeatherReport>(db. StringGet("Apixu"+apirequest.Place+apirequest.RequestDate.date));
// Console.WriteLine(openweather.main.temp);
// var avgtemp=Convert.ToInt32(openweather.main.temp);
// var avcpreciptate=;
// var avgwindspeed=;
}
public Object GetAverageWeatherReport(ApiRequest apirequest)
{
Console.WriteLine("1");
Thread.Sleep(4000);
Console.WriteLine("2");
Console.WriteLine("GetAverageData");
IDatabase db = AppConstant.rediscon.GetDatabase();
string darksky = db.StringGet("DarkSky" + apirequest.Place + apirequest.RequestDate.date);
Console.WriteLine("darksky");
JObject json1 = JObject.Parse(darksky);
Console.WriteLine(Convert.ToInt32(json1["currently"]["windSpeed"]));
Console.WriteLine(Convert.ToInt32(json1["currently"]["temperature"]));
Console.WriteLine(Convert.ToInt32(json1["currently"]["humidity"]));
Console.WriteLine(Convert.ToInt32(json1["currently"]["pressure"]));
Console.WriteLine(Convert.ToInt32(json1["currently"]["apparentTemperature"]));
string openweather = db.StringGet("OpenWeather" + apirequest.Place + apirequest.RequestDate.date);
Console.WriteLine("openweather");
JObject json2 = JObject.Parse(openweather);
Console.WriteLine(json2["main"]["temp"]);
Console.WriteLine(json2["main"]["pressure"]);
Console.WriteLine(json2["main"]["humidity"]);
Console.WriteLine(json2["wind"]["speed"]);
Console.WriteLine(json2["main"]["temp"]);
string apixu = db.StringGet("Apixu" + apirequest.Place + apirequest.RequestDate.date);
Console.WriteLine("apixu");
JObject json3 = JObject.Parse(apixu);
Console.WriteLine(json3["current"]["temp_f"]);
Console.WriteLine(json3["current"]["humidity"]);
Console.WriteLine(json3["current"]["pressure_mb"]);
Console.WriteLine(json3["current"]["wind_kph"]);
Console.WriteLine(json3["current"]["feelslike_c"]);
int tempc = ((5 * (Convert.ToInt32(json1["currently"]["temperature"]) - 32)) / 9 + (Convert.ToInt32(json2["main"]["temp"]) - 273) + (5 * (Convert.ToInt32(json3["current"]["temp_f"]) - 32)) / 9) / 3;
int tempf = ((9 * (tempc)) / 5) + 32;
Console.WriteLine(tempc);
Console.WriteLine(tempf);
int temphumid = ((Convert.ToInt32(json1["currently"]["humidity"]) + Convert.ToInt32(json2["main"]["humidity"])) + Convert.ToInt32(json3["current"]["humidity"])) / 3;
int temppressure = ((Convert.ToInt32(json1["currently"]["pressure"]) + Convert.ToInt32(json2["main"]["pressure"])) + Convert.ToInt32(json3["current"]["pressure_mb"])) / 3;
int tempwind = ((Convert.ToInt32(json1["currently"]["windSpeed"]) + Convert.ToInt32(json2["wind"]["speed"])) + Convert.ToInt32(json3["current"]["wind_kph"])) / 3;
int tempapprent = ((Convert.ToInt32(json1["currently"]["apparentTemperature"]) + Convert.ToInt32(json2["main"]["temp"])) + Convert.ToInt32(json3["current"]["feelslike_c"])) / 3;
AverageReport obj = new AverageReport();
obj.Temp_C = tempc;
obj.Temp_F = tempf;
obj.Pressure = temppressure;
obj.Humidity = temphumid;
obj.AppearentTemp = tempapprent;
obj.WindSpeed = tempwind;
return(obj);
// weatherunlock=JsonConvert.DeserializeObject<WeatherUnlock>(db.StringGet("WeatherUnlock"+apirequest.Place+apirequest.RequestDate.date));
// var openweather=Convert.Json(db.StringGet("OpenWeather"+apirequest.Place+apirequest.RequestDate.date));
// var weatherbitcurrent=JsonConvert.DeserializeObject<WeathrBit>(db.StringGet("WeatherBitCurrent"+apirequest.Place+apirequest.RequestDate.date));
// var apixu=JsonConvert.DeserializeObject<APixuWeatherReport>(db. StringGet("Apixu"+apirequest.Place+apirequest.RequestDate.date));
// Console.WriteLine(openweather.main.temp);
// var avgtemp=Convert.ToInt32(openweather.main.temp);
// var avcpreciptate=;
// var avgwindspeed=;
}
