public async Task <ActionResult> GetDetailedWeather(vmZipCodeEntry model)
{
string apiKey = "e1db07dc00a073bfedbd4ef37ba27fd8";
var openWeather = new OpenWeatherAPI(apiKey);
string response = await openWeather.ProcessResponse(model.ZipCode);
// return response;
var data = JsonConvert.DeserializeObject <OpenWeatherResults>(response);
//return data.main.CurrentTemp.ToString();
var viewModel = new vmDetailedWeather
{
temp = data.main.CurrentTemp,
city = data.name,
main = data.weather[0].main,
description = data.weather[0].description,
speed = data.wind.speed,
humidity = data.main.humidity,
temp_max = data.main.temp_max,
temp_min = data.main.temp_min,
pressure = data.main.pressure,
// rainfall =data.clouds.all,
sunrise = data.sys.sunrise,
sunset = data.sys.sunset
};
return(View("DetailedWeather", viewModel));
}
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);
}
public async Task <ActionResult> Index(vmZipCodeEntry model)
{
string apiKey = "e1db07dc00a073bfedbd4ef37ba27fd8";
var openWeather = new OpenWeatherAPI(apiKey);
string response = await openWeather.ProcessResponse(model.ZipCode);
// return response;
var data = JsonConvert.DeserializeObject <OpenWeatherResults>(response);
//return data.main.CurrentTemp.ToString();
var viewModel = new vmBasicWeather
{
zip = ToInt32(model.ZipCode),
temp = data.main.CurrentTemp,
city = data.name,
main = data.weather[0].main,
description = data.weather[0].description
};
return(View("BasicWeather", viewModel));
}
public ActionResult AsyncSearchCityName(string cityName)
{
ApplicationConfiguration configuration = new ApplicationConfiguration();
configuration.Load();
try
{
IRestResponse response = OpenWeatherAPI.Get(configuration.BaseAddressAPI, cityName, configuration.Query, configuration.APIKey);
if (response.StatusCode == System.Net.HttpStatusCode.OK)
{
ContentResult content = new ContentResult();
content = Content(response.Content, "application/json");
return(content);
}
else
{
return(Json(null, JsonRequestBehavior.AllowGet));
}
}
catch (Exception ex)
{
TempData["Error"] = ex.Message;
return(Content(null, "application/json; charset=utf-8"));
}
}
public async Task GetCurrentWeather(string city)
{
var openWeatherAPIClient = new OpenWeatherAPI(Configuration.config.OpenWeatherAPIKey);
var result = await openWeatherAPIClient.QueryAsync(city);
string response = $"The temperature in {city} is {result}C";
await ReplyAsync(response);
}
public void CurrentWeatherTest()
{
OpenWeatherAPI openWeatherAPI = new OpenWeatherAPI(HttpClientFactory.CreateClient(), "a1fcc507923163ff1bae113a80d8f82a");
var sut = Task.Run(() => openWeatherAPI.GetCurrentWeather(80339));
sut.Wait();
var json = sut.Result;
}
public void OneCallAPITest_GetWeatherForFourteenDays_ReturnsTrue()
{
OpenWeatherAPI sut = new OpenWeatherAPI(HttpClientFactory.CreateClient(), "a1fcc507923163ff1bae113a80d8f82a");
var data = Task.Run(() => sut.GetWeatherForFourteenDays(80339));
data.Wait();
var result = data.Result;
result.Should().BeOfType(typeof(FourteenDayValuesDomainModel));
}
public void GetForecastStrategy_FourteenDayForecastStrategy_ReturnsFourteenDayForecastStrategy()
{
//arr
var sut = ForecastTypeEnum.fourteenDays;
IWeatherForecastProvider weatherForecastProvider = new OpenWeatherAPI(HttpClientFactory.CreateClient(), "a1fcc507923163ff1bae113a80d8f82a");
WeatherForecast weatherForecast = new WeatherForecast(weatherForecastProvider);
//act
var result = ForecastStrategyFactory.GetForecastStrategy(sut, weatherForecast);
//assert
result.Should().BeOfType(typeof(FourteenDayForecastStrategy));
}
public void GetWeatherForecastForZip_OpenWeatherOneCallAPI_ReturnsFourteenDayForecast()
{
//arr
IWeatherForecastProvider weatherForecastProvider = new OpenWeatherAPI(HttpClientFactory.CreateClient(), "a1fcc507923163ff1bae113a80d8f82a");
WeatherForecast sut = new WeatherForecast(weatherForecastProvider);
//act
var result = sut.GetFourteenDayWeatherForecast(80339, TemperatureStrategyFactory.GetTemperatureStrategy(TemperatureTypeEnum.Celsius), DateTime.Now);
//assert
result.Count.Should().Be(14);
}
public async Task <IActionResult> InputZipCode(vmZipCodeEntry model)
{
string apiKey = "e1db07dc00a073bfedbd4ef37ba27fd8";
var openWeather = new OpenWeatherAPI(apiKey);
string response = await openWeather.ProcessResponse(model.ZipCode);
string zipCode = model.ZipCode;
var test = new vmRawJson();
test.output = response;
return(View("RawJson", test));
// return View("RawJson", test);
}
static void Main(string[] args)
{
// Create the API client
var openWeatherAPI = new OpenWeatherAPI("d83a046287643b8cb45524900cb0bb88");
while (true)
{
// Ask for a city to get weather data from
Console.Write("Please enter a valid city id: ");
// Try to parse the input
// TODO here of course we should check if the id entered is valid (does this city even exist?)
int.TryParse(Console.ReadLine(), out int id);
// Process the data from the given API
var currentWeather = openWeatherAPI.GetCurrentWeatherData(id).Result;
// Output the temperature
Console.WriteLine($"Current Temperature: {currentWeather.Main.Temperature.ToCelsius()} °C");
}
}
public List <string> GetForecast(
int zipcode,
DateTime date,
TemperatureTypeEnum temperatureType,
ForecastTypeEnum forecastType)
{
try
{
CheckParametersValid(zipcode, date, temperatureType, forecastType);
}
catch (ArgumentException ae)
{
//ToDo Fehlermeldung an UI
}
// = "Orchestrierung", ruft Methoden auf ohne zu wissen, woher bspw. Parameter herkommen
// Funktionales Programmieren
_temperatureStrategy = TemperatureStrategyFactory.GetTemperatureStrategy(temperatureType);
// Exercise: New Provider (e.g. Random) and change next Line to see if it still work
IWeatherForecastProvider weatherForecastProvider = new OpenWeatherAPI(HttpClientFactory.CreateClient(), "a1fcc507923163ff1bae113a80d8f82a");
WeatherForecast weatherForecast = new WeatherForecast(weatherForecastProvider);
_forecastStrategy = ForecastStrategyFactory.GetForecastStrategy(forecastType, weatherForecast);
List <string> result = new List <string>();
try
{
result = _forecastStrategy.GetForecast(zipcode, _temperatureStrategy, date);
}
catch (ZipNotFoundException ex)
{
result.Add(ex.Message);
}
catch (Exception ex)
{
result.Add($"Exception: {ex.Message}");
}
return(result);
}
public CurrentWeather GetCurrentWeather(float latitude, float longitude)
{
IWeatherSource weatherAPI = new OpenWeatherAPI("Enter the Open weather API key");
return(weatherAPI.GetCurrentWeather(latitude, longitude));
}