private WeatherData GetInfo()
{
PastWeather pastWeather = null;
WeatherData data = new WeatherData();
// set input parameters for the API
LocalWeatherInput input = new LocalWeatherInput();
input.query = m_info_future.query;
input.num_of_days = m_info_future.num_of_days;
input.date = m_info_future.date;
input.format = "JSON";
// call the local weather method with input parameters
OpenWeatherAPI api = new OpenWeatherAPI();
LocalWeather localWeather = api.GetLocalWeather(input);
//set data in datastore based on which kind of datastore refresh was requested
if (m_reftype == RefreshType.AddLeft)
{
DataStore.Instance().AddLeft(pastWeather);
}
else if (m_reftype == RefreshType.AddLeft)
{
DataStore.Instance().AddRight(localWeather);
}
else
{
DataStore.Instance().SetWeather(localWeather, pastWeather);
}
return(data);
}
/// <summary>
/// This event handler method calls
/// the ProcessHistoricalData method of the ProcessorClass class
/// </summary>
/// <param name="sender"></param>
/// <param name="e"></param>
protected void DisplayHistoricalDataButton_Click(object sender, EventArgs e)
{
//ProcessorClass.ProcessHistoricalData();
try
{
String location = SearchTextBox.Text.ToString();
PastWeatherInput input = new PastWeatherInput();
input.query = location;
input.date = "2013-03-01";
input.enddate = "2018-03-03";
input.format = "JSON";
/* Call the GetPastWeather method and pass in input parameters*/
API_Implementation api = new API_Implementation();
PastWeather pastWeather = api.GetPastWeather(input);
/*Display Results*/
DisplayResultsTextBox.Text = "\r\n Date: " + pastWeather.data.weather[0].date;
DisplayResultsTextBox.Text += "\r\n Max Temp(C): " + pastWeather.data.weather[0].maxtempC;
DisplayResultsTextBox.Text += "\r\n Max Temp(F): " + pastWeather.data.weather[0].maxtempF;
DisplayResultsTextBox.Text += "\r\n Min Temp(C): " + pastWeather.data.weather[0].mintempC;
DisplayResultsTextBox.Text += "\r\n Min Temp(F): " + pastWeather.data.weather[0].mintempF;
DisplayResultsTextBox.Text += "\r\n Cloud Cover: " + pastWeather.data.weather[0].hourly[0].cloudcover;
DisplayResultsTextBox.Text += "\r\n Humidity: " + pastWeather.data.weather[0].hourly[0].humidity;
DisplayResultsTextBox.Text += "\r\n Pressure: " + pastWeather.data.weather[0].hourly[0].pressure;
DisplayResultsTextBox.Text += "\r\n Visibility: " + pastWeather.data.weather[0].hourly[0].visibility;
DisplayResultsTextBox.Text += "\r\n Wind Speed: " + pastWeather.data.weather[0].hourly[0].windspeedMiles;
}
catch (Exception ex)
{
ex.GetBaseException();
}
}
public PastWeather GetPastWeather(PastWeatherInput input)
{
// create URL based on input paramters
string apiURL = ApiBaseURL + "past-weather.ashx?q=" + input.query + "&format=" + input.format + "&extra=" + input.extra + "&enddate=" + input.enddate + "&date=" + input.date + "&includelocation=" + input.includelocation + "&callback=" + input.callback + "&key=" + PremiumAPIKey;
// get the web response
string result = new RequestHandler(apiURL).Process();
// deserialize the json output into the c#classes created earlier
PastWeather pWeather = null;
if (result != null)
{
result = result.Replace("No moonset", "11:47 AM");
}
try
{
pWeather = (PastWeather) new JavaScriptSerializer().Deserialize(result, typeof(PastWeather));
}
catch (FormatException ex)
{
}
return(pWeather);
}
/// <summary>
/// This method consumes the WorldWeather Premium API
/// to show past weather data of any given location
/// for a given period
/// </summary>
public void GetHistoricalData()
{
try
{
String location = SearchTextBox.Text.ToString();
PastWeatherInput input = new PastWeatherInput();
input.query = location;
input.date = "2017-01-01";
input.enddate = "2019-01-01";
input.format = "JSON";
/* Call the GetPastWeather method and pass in input parameters*/
API_Implementation api = new API_Implementation();
PastWeather pastWeather = api.GetPastWeather(input);
/*Display Results*/
DisplayResultsTextBox.Text = "\r\n Date: " + pastWeather.data.weather[0].date;
DisplayResultsTextBox.Text += "\r\n Max Temp(C): " + pastWeather.data.weather[0].maxtempC;
DisplayResultsTextBox.Text += "\r\n Max Temp(F): " + pastWeather.data.weather[0].maxtempF;
DisplayResultsTextBox.Text += "\r\n Min Temp(C): " + pastWeather.data.weather[0].mintempC;
DisplayResultsTextBox.Text += "\r\n Min Temp(F): " + pastWeather.data.weather[0].mintempF;
DisplayResultsTextBox.Text += "\r\n Cloud Cover: " + pastWeather.data.weather[0].hourly[0].cloudcover;
}
catch (Exception ex) {
ex.GetBaseException();
}
}
/// <summary>
/// This method gets the historical
/// weather data of a given location
/// for a given period of time
/// </summary>
/// <param name="input"></param>
/// <returns>weather history</returns>
public PastWeather GetPastWeather(PastWeatherInput input)
{
/* Create URL based on input paramters */
string apiURL = ApiBaseURL + "past-weather.ashx?q=" + input.query + "&format=" + input.format + "&extra=" + input.extra + "&enddate=" + input.enddate + "&date=" + input.date + "&includelocation=" + input.includelocation + "&callback=" + input.callback + "&key=" + APIKey;
/* Get the web response */
string result = RequestHandler.Process(apiURL);
/* Serialize the json output and parse in the helper class */
PastWeather pWeather = (PastWeather) new JavaScriptSerializer().Deserialize(result, typeof(PastWeather));
return(pWeather);
}
/// <summary>
/// Adds information to the left of Linked list. ie if we want to fetch historical data far into the past
/// </summary>
/// <param name="future"></param>
public void AddLeft(PastWeather past)
{
lock (accesssynch)
{
if (m_start == null || past.data.weather == null)//we cant recover from this situation
{
HandleError();
return;
}
List <premium.pastweather.Weather> pastweathers = past.data.weather;
Node first = null;
Node last = null;
foreach (premium.pastweather.Weather weather in pastweathers)
{
WeatherData data = fillDataPast(weather);
data.m_location = past.data.request[0].query;
//Todo: determine this value
data.m_rainchance = 0;
Node node = new Node();
node.data = data;
node.datetime = data.m_date;
if (first == null)
{
first = node;
last = first;
}
else
{
last.next = node;
node.prev = last;
last = node;
}
}
last.next = m_start;
m_start.prev = last;
m_start = first;
moveleft();
}
}
public ActionResult Index()
{
#region Weather
#region Current
string Miasto = "Limanowa";
if (!Request["Wybrane_miasto"].IsEmpty())
{
Miasto = Request["Wybrane_miasto"];
}
weatherInfo.WeatherInfo.root checkWeather = new WeatherInfo.root();
weather weather = new weather();
checkWeather = weather.DownloadWeather(Miasto);
bool sprawdz = true;
if (checkWeather != null)
{
sprawdz = true;
// lastweather.SaveWeather(checkWeather);
ViewBag.weatherName = checkWeather.name;
ViewBag.weatherCountry = checkWeather.sys.country;
ViewBag.weatherTemp = checkWeather.main.temp.ToString();
ViewBag.weatherfeelsLike = checkWeather.main.feels_like.ToString();
ViewBag.weatherTempMax = checkWeather.main.temp_max.ToString();
ViewBag.weatherTempMin = checkWeather.main.temp_min.ToString();
ViewBag.weatherPressure = checkWeather.main.pressure.ToString();
ViewBag.weatherHumidity = checkWeather.main.humidity.ToString();
ViewBag.weatherWindSpeed = checkWeather.wind.speed.ToString();
}
else
{
sprawdz = false;
ViewBag.error = "Brak miasta " + Miasto + " w bazie danych";
}
#endregion
#region Historia
weatherInfo.HistoriWeatherInfo.root yeasterdayweater = new weatherInfo.HistoriWeatherInfo.root();
PastWeather pastWeather = new PastWeather();
UnixTime wczorajTime = new UnixTime();
int time = wczorajTime.WczorajUnixTime();
int dtNow = 15;
if (sprawdz == true)
{
yeasterdayweater = pastWeather.DownloandLastWeather(checkWeather.coord.lat, checkWeather.coord.lon, time);
//dtNow = pastWeather.ActualTime(yeasterdayweater);
}
if (yeasterdayweater.hourly != null && dtNow != -1)
{
ViewBag.yeasterdayWeaterTemp = yeasterdayweater.hourly[dtNow].temp;
if (checkWeather.main.temp > yeasterdayweater.hourly[dtNow].temp)
{
int one = (int)((checkWeather.main.temp - yeasterdayweater.hourly[dtNow].temp) * 100);
double two = (double)one / 100;
ViewBag.yeasterdayDifferenceTempInt = two;
ViewBag.yeasterdayDifferenceTempString = "cieplej ";
}
else if (checkWeather.main.temp < yeasterdayweater.hourly[dtNow].temp)
{
int one = (int)((yeasterdayweater.hourly[dtNow].temp - checkWeather.main.temp) * 100);
double two = (double)one / 100;
ViewBag.yeasterdayDifferenceTempInt = two;
ViewBag.yeasterdayDifferenceTempString = "zimniej ";
}
ViewBag.yeasterdayWeaterfeelslike = yeasterdayweater.hourly[dtNow].feels_like;
if (checkWeather.main.feels_like > yeasterdayweater.hourly[dtNow].feels_like)
{
int one = (int)((checkWeather.main.feels_like - yeasterdayweater.hourly[dtNow].feels_like) * 100);
double two = (double)one / 100;
ViewBag.yeasterdayDifferencefeelslikeInt = two;
ViewBag.yeasterdayDifferencefeelslikeString = "cieplej ";
}
else if (checkWeather.main.feels_like < yeasterdayweater.hourly[dtNow].feels_like)
{
int one = (int)((yeasterdayweater.hourly[dtNow].feels_like - checkWeather.main.feels_like) * 100);
double two = (double)one / 100;
ViewBag.yeasterdayDifferencefeelslikeint = two;
ViewBag.yeasterdayDifferencefeelslikeString = "zimniej ";
}
ViewBag.yeasterdayWeaterPressure = yeasterdayweater.hourly[dtNow].pressure;
if (checkWeather.main.pressure > yeasterdayweater.hourly[dtNow].pressure)
{
ViewBag.yeasterdayDifferencePressureInt = checkWeather.main.pressure - yeasterdayweater.hourly[dtNow].pressure;
ViewBag.yeasterdayDifferencePressureString = "wyższe";
}
else if (checkWeather.main.pressure < yeasterdayweater.hourly[dtNow].pressure)
{
ViewBag.yeasterdayDifferencePressureInt = yeasterdayweater.hourly[dtNow].pressure - checkWeather.main.pressure;
ViewBag.yeasterdayDifferencePressureString = "niższe";
}
ViewBag.yeasterdayWeaterHumidity = yeasterdayweater.hourly[dtNow].humidity;
if (checkWeather.main.humidity > yeasterdayweater.hourly[dtNow].humidity)
{
ViewBag.yeasterdayDifferenceHumidityInt = checkWeather.main.humidity - yeasterdayweater.hourly[dtNow].humidity;
ViewBag.yeasterdayDifferenceHumidityString = "wyższe";
}
else if (checkWeather.main.humidity < yeasterdayweater.hourly[dtNow].humidity)
{
ViewBag.yeasterdayDifferenceHumidityInt = yeasterdayweater.hourly[dtNow].humidity - checkWeather.main.humidity;
ViewBag.yeasterdayDifferenceHumidityString = "niższe";
}
ViewBag.yeasterdayWeaterWeaterWindSpeed = yeasterdayweater.hourly[dtNow].wind_speed;
if (checkWeather.wind.speed > yeasterdayweater.hourly[dtNow].wind_speed)
{
ViewBag.yeasterdayDifferenceWindSpeedInt = checkWeather.wind.speed - yeasterdayweater.hourly[dtNow].wind_speed;
ViewBag.yeasterdayDifferenceWindSpeedString = "mocniejszy";
}
else if (checkWeather.wind.speed < yeasterdayweater.hourly[dtNow].wind_speed)
{
ViewBag.yeasterdayDifferenceWindSpeedInt = yeasterdayweater.hourly[dtNow].wind_speed - checkWeather.wind.speed;
ViewBag.yeasterdayDifferenceWindSpeedString = "słabszy";
}
}
else
{
ViewBag.lastError = "Nie udało się pobrać danych wczorajszego dnia";
}
#endregion
#region Prognoza
FutureWeatherInfo.root futureWeather = new FutureWeatherInfo.root();
FutureWeather dowloand = new FutureWeather();
UnixTime unixTime = new UnixTime();
if (sprawdz == true)
{
futureWeather = dowloand.DownloandFutureWeather(checkWeather.coord.lat, checkWeather.coord.lon);
Nazwa_Miasta = checkWeather.name;
publicLat = checkWeather.coord.lat;
publicLon = checkWeather.coord.lon;
}
if (futureWeather.daily != null)
{
ViewBag.futureWeatherTemp = futureWeather.daily[0].temp.day;
if (checkWeather.main.temp > futureWeather.daily[0].temp.day)
{
int one = (int)((checkWeather.main.temp - futureWeather.daily[0].temp.day) * 100);
double two = (double)one / 100;
ViewBag.futureDifferenceTempInt = two;
ViewBag.futureDifferenceTempString = "zimniej ";
}
else if (checkWeather.main.temp < futureWeather.daily[0].temp.day)
{
int one = (int)((futureWeather.daily[0].temp.day - checkWeather.main.temp) * 100);
double two = (double)one / 100;
ViewBag.futureDifferenceTempInt = two;
ViewBag.futureDifferenceTempString = "cieplej ";
}
ViewBag.futureWeatherTempMax = futureWeather.daily[0].temp.max;
if (checkWeather.main.temp_max > futureWeather.daily[0].temp.max)
{
int one = (int)((checkWeather.main.temp_max - futureWeather.daily[0].temp.max) * 100);
double two = (double)one / 100;
ViewBag.futureDifferenceTempMaxInt = two;
ViewBag.futureDifferenceTempMaxString = "zimniej";
}
else if (checkWeather.main.temp_max < futureWeather.daily[0].temp.max)
{
int one = (int)((futureWeather.daily[0].temp.max - checkWeather.main.temp_max) * 100);
double two = (double)one / 100;
ViewBag.futureDifferenceTempMaxInt = two;
ViewBag.futureDifferenceTempMaxString = "cieplej";
}
ViewBag.futureWeatherTempMin = futureWeather.daily[0].temp.min;
if (checkWeather.main.temp_min > futureWeather.daily[0].temp.min)
{
int one = (int)((checkWeather.main.temp_min - futureWeather.daily[0].temp.min) * 100);
double two = (double)one / 100;
ViewBag.futureDifferenceTempMinInt = two;
ViewBag.futureDifferenceTempMinString = "zimniej ";
}
else if (checkWeather.main.temp_min > futureWeather.daily[0].temp.min)
{
int one = (int)((futureWeather.daily[0].temp.min - checkWeather.main.temp_min) * 100);
double two = (double)one / 100;
ViewBag.futureDifferenceTempMinInt = two;
ViewBag.futureDifferenceTempMinString = "cieplej ";
}
ViewBag.futureWeatherFeelsLike = futureWeather.daily[0].feels_Like.day;
if (checkWeather.main.feels_like > futureWeather.daily[0].feels_Like.day)
{
int one = (int)((checkWeather.main.feels_like - futureWeather.daily[0].feels_Like.day) * 100);
double two = (double)one / 100;
ViewBag.futureDifferenceFeelsLikeInt = two;
ViewBag.futureDifferenceFeelsLikeString = "zimniej ";
}
else if (checkWeather.main.feels_like < futureWeather.daily[0].feels_Like.day)
{
int one = (int)((futureWeather.daily[0].feels_Like.day - checkWeather.main.feels_like) * 100);
double two = (double)one / 100;
ViewBag.futureDifferenceFeelsLikeInt = two;
ViewBag.futureDifferenceFeelsLikeString = "cieplej ";
}
ViewBag.futureWeatherPressure = futureWeather.daily[0].pressure;
if (checkWeather.main.pressure > futureWeather.daily[0].pressure)
{
int one = (int)((checkWeather.main.pressure - futureWeather.daily[0].pressure) * 100);
double two = (double)one / 100;
ViewBag.futureDifferencePressureInt = two;
ViewBag.futureDifferencePressureString = "niższe ";
}
else if (checkWeather.main.pressure < futureWeather.daily[0].pressure)
{
int one = (int)((futureWeather.daily[0].pressure - checkWeather.main.pressure) * 100);
double two = (double)one / 100;
ViewBag.futureDifferencePressureInt = two;
ViewBag.futureDifferencePressureString = "wyższe ";
}
ViewBag.futureWeatherHumidity = futureWeather.daily[0].humidity;
if (checkWeather.main.humidity > futureWeather.daily[0].humidity)
{
int one = (int)((checkWeather.main.humidity - futureWeather.daily[0].humidity) * 100);
double two = (double)one / 100;
ViewBag.futureDifferenceHumidityInt = two;
ViewBag.futureDifferenceHumidityString = "niższe ";
}
else if (checkWeather.main.humidity < futureWeather.daily[0].humidity)
{
int one = (int)((futureWeather.daily[0].humidity - checkWeather.main.humidity) * 100);
double two = (double)one / 100;
ViewBag.futureDifferenceHumidityInt = two;
ViewBag.futureDifferenceHumidityString = "wyższe ";
}
ViewBag.futureWeatherWindSpeed = futureWeather.daily[0].wind_speed;
if (checkWeather.wind.speed > futureWeather.daily[0].wind_speed)
{
int one = (int)((checkWeather.wind.speed - futureWeather.daily[0].wind_speed) * 100);
double two = (double)one / 100;
ViewBag.futureDifferenceWindSpeedInt = two;
ViewBag.futureDifferenceWindSpeedString = "słabszy ";
}
else if (checkWeather.wind.speed < futureWeather.daily[0].wind_speed)
{
int one = (int)((futureWeather.daily[0].wind_speed - checkWeather.wind.speed) * 100);
double two = (double)one / 100;
ViewBag.futureDifferenceWindSpeedInt = two;
ViewBag.futureDifferenceWindSpeedString = "mocniejszy ";
}
}//szegóły jutrzejszego dnia
else
{
ViewBag.FutureError = "Nie udało się pobrać prognozowanej pogody";
}
if (futureWeather.daily != null)
{
ViewBag.weatherLon = checkWeather.coord.lon;
ViewBag.weatherLat = checkWeather.coord.lat;
string dzień = unixTime.AktualnyDzieńString(futureWeather.daily[0].dt);
ViewBag.futureWeatherOneDay = dzień;
ViewBag.futureWeatherOneTemp = futureWeather.daily[0].temp.day;
ViewBag.futureWeatherOnePop = futureWeather.daily[0].pop * 100;
dzień = unixTime.AktualnyDzieńString(futureWeather.daily[1].dt);
ViewBag.futureWeatherTwoDay = dzień;
ViewBag.futureWeatherTwoTemp = futureWeather.daily[1].temp.day;
ViewBag.futureWeatherTwoPop = futureWeather.daily[1].pop * 100;
dzień = unixTime.AktualnyDzieńString(futureWeather.daily[2].dt);
ViewBag.futureWeatherThreeDay = dzień;
ViewBag.futureWeatherThreeTemp = futureWeather.daily[2].temp.day;
ViewBag.futureWeatherThreePop = futureWeather.daily[2].pop * 100;
dzień = unixTime.AktualnyDzieńString(futureWeather.daily[3].dt);
ViewBag.futureWeatherFourDay = dzień;
ViewBag.futureWeatherFourTemp = futureWeather.daily[3].temp.day;
ViewBag.futureWeatherFourPop = futureWeather.daily[3].pop * 100;
dzień = unixTime.AktualnyDzieńString(futureWeather.daily[4].dt);
ViewBag.futureWeatherFiveDay = dzień;
ViewBag.futureWeatherFiveTemp = futureWeather.daily[4].temp.day;
ViewBag.futureWeatherFivePop = futureWeather.daily[4].pop * 100;
dzień = unixTime.AktualnyDzieńString(futureWeather.daily[5].dt);
ViewBag.futureWeatherSixDay = dzień;
ViewBag.futureWeatherSixTemp = futureWeather.daily[5].temp.day;
ViewBag.futureWeatherSixPop = futureWeather.daily[5].pop * 100;
dzień = unixTime.AktualnyDzieńString(futureWeather.daily[6].dt);
ViewBag.futureWeatherSevenDay = dzień;
ViewBag.futureWeatherSevenTemp = futureWeather.daily[6].temp.day;
ViewBag.futureWeatherSevenPop = futureWeather.daily[6].pop * 100;
dzień = unixTime.AktualnyDzieńString(futureWeather.daily[7].dt);
ViewBag.futureWeatherEightDay = dzień;
ViewBag.futureWeatherEightTemp = futureWeather.daily[7].temp.day;
ViewBag.futureWeatherEightPop = futureWeather.daily[7].pop * 100;
} //Szybka probnoza na 8 dni
#endregion
#endregion
return(View());
}
/// <summary>
/// Main interface to set weather information to be used later.
/// If input is valid, we clear all current data and set new data
/// </summary>
/// <param name="future"></param>
/// <param name="past"></param>
public void SetWeather(LocalWeather future, PastWeather past = null)
{
lock (accesssynch)
{
if (future == null || future.data == null || future.data.weather == null)
{
HandleError();
return;
}
Clear();
if (past != null)//for historical data
{
List <premium.pastweather.Weather> pastweathers = past.data.weather;
foreach (premium.pastweather.Weather weather in pastweathers)
{
//create input to usable and storable weatherdata object
WeatherData data = fillDataPast(weather);
data.m_location = past.data.request[0].query;
data.m_rainchance = 0;
//Create a doubly Linked list chain to store weather of each date
Node node = new Node();
node.data = data;
node.datetime = data.m_date;
if (m_start == null)
{
m_start = node;
m_left = node;
}
else
{
m_end.next = node;
node.prev = m_end;
}
m_right = node;
m_end = node;
}
}
if (future.data.weather != null)//for future data
{
List <premium.localweather.Weather> localweathers = future.data.weather;
foreach (premium.localweather.Weather weather in localweathers)
{
WeatherData data = fillDataFuture(weather);
data.m_location = future.data.request[0].query;
//Create a doubly Linked list chain to store weather of each date
Node node = new Node();
node.data = data;
node.datetime = data.m_date;
if (m_today == null)
{
m_today = node;
}
if (m_start == null)
{
m_start = node;
m_left = node;
}
else
{
m_end.next = node;
node.prev = m_end;
}
m_right = node;
m_end = node;
}
}
}
}