public static Forecast GetForecast()
{
try {
var excludeBlocks = new Exclude[]
{
Exclude.alerts,
Exclude.minutely,
Exclude.hourly,
//Exclude.daily,
Exclude.flags
};
var request = new ForecastIORequest(ApiKey, 46.280613f, -119.340984f, DateTime.Now, Unit.us, null, excludeBlocks);
var forecast = request.Get();
return new Forecast(forecast.daily.data[0].apparentTemperatureMax,
forecast.daily.data[0].apparentTemperatureMin,
forecast.currently.temperature,
forecast.currently.summary,
forecast.currently.icon);
}
catch (WebException ex)
{
return new Forecast(0, 0, 0, "The weather man called in sick.", "broken");
}
}
public void getWeather()
{
var request = new ForecastIORequest(api_key, Lat, Long, Unit.auto);
ForecastIOResponse response = request.Get();
Temperature = Math.Round(response.currently.temperature).ToString();
Condition = response.currently.summary;
Town = city;
TFCond = response.daily.data[0].summary;
TFHigh = Math.Round(response.daily.data[0].temperatureMax).ToString();
TFLow = Math.Round(response.daily.data[0].temperatureMin).ToString();
//Should we say Good Morning, Afternoon or Evening?
TimeSpan morning_end = new TimeSpan(12, 00, 0); //10am
TimeSpan afternoon_end = new TimeSpan(18, 00, 0); //7pm
TimeSpan now = DateTime.Now.TimeOfDay;
string greeting = "Good Morning";
if (now > afternoon_end)
greeting = "Good Evening";
else if (now > morning_end)
greeting = "Good Afternoon";
Console.WriteLine(greeting + ". The current weather in " + Town + " is " + Condition + " at " + Temperature + " degrees. Today is expected to be " + TFCond + " with a top of " + TFHigh + ", and a low of " + TFLow);
return;
}
public IHttpActionResult Get(string zipCode, int? years = 10)
{
// Now we can make our first API call to map the zip code
// to the geo coordinates we need
//
var zipCodeResponse = RequestGeoFromZipcode(zipCode);
// Let's make sure the zip code was mapped properly before proceeding
//
if (zipCodeResponse == null)
{
return BadRequest("The zip code could not be mapped to a latitude and longitude");
}
var zipcodeWeather = new ZipcodeWeather
{
City = zipCodeResponse.City,
State = zipCodeResponse.State,
Latitude = zipCodeResponse.Latitude,
Longitude = zipCodeResponse.Longitude
};
// Grab the current date so we can create offsets from it
//
var startDate = DateTime.Now;
// Now loop according to 'years' and use the index each time to make a request back
// in time
//
foreach (var offset in Enumerable.Range(0, (int) years))
{
// Calculate the date for this iteration
//
var pastDate = startDate.AddYears(-offset);
// Make the actual forecast.io call
//
var request = new ForecastIORequest(ConfigurationManager.AppSettings["forecast-io-key"], zipCodeResponse.Latitude, zipCodeResponse.Longitude, pastDate, Unit.us);
var response = request.Get();
// Create the temp object we need to return and add it to the list
//
zipcodeWeather.HistoricalTemperatures.Add(new HistoricalTemperature
{
Date = pastDate,
High = response.daily.data[0].temperatureMax,
Low = response.daily.data[0].temperatureMin
});
}
// Use the WebAPI base method to return a 200-response with the list as
// the payload
//
return Ok(zipcodeWeather);
}
/// <summary>
/// Gets daily weather conditions given latitude and longitude. Currently synchronous
/// </summary>
/// <param name="latitude">lat</param>
/// <param name="longitude">long</param>
/// <returns>Weather object with condition and temperature from weather service</returns>
public static Weather GetWeather(float latitude, float longitude)
{
var request = new ForecastIORequest(API_KEY, latitude, longitude, DateTime.Now, Unit.us);
var response = request.Get();
DailyForecast forecast = response.daily.data.First();
Temperature temperature = WeatherServiceHelper.GetDailyTemperature(forecast.apparentTemperatureMin, forecast.apparentTemperatureMax);
WeatherCondition condition = WeatherServiceHelper.GetDailyCondition(forecast.icon);
return new Weather(condition, temperature);
}
static void Main(string[] args)
{
var request = new ForecastIORequest("Your ForecastIO API Key", 45.292f, -75.896f, Unit.si); // Set your location by inputting a longitude/latitude coordinate
var response = request.Get();
string temp = Math.Round(response.currently.temperature, 1).ToString();
string time = response.currently.time.ToDateTime().ToLocalTime().ToShortTimeString().ToString(); //unix timestamp converted to local time
string AccountSid = "Your Twilio AccountSid Key";
string AuthToken = "Your Twilio AuthToken Key";
var twilio = new TwilioRestClient(AccountSid, AuthToken);
var message = twilio.SendMessage("Your Twilio Generated Number", "Your Personal Phone Number","TIME: " + time + " WEATHER: " + temp + " degrees", "");
if (message.RestException != null)
{
var error = message.RestException.Message;
Console.WriteLine(error);
}
}
/// <summary>
/// Called when the package is started.
/// </summary>
public override void OnStart()
{
ServicePointManager.SecurityProtocol = SecurityProtocolType.Tls12;
this.configuration = PackageHost.GetSettingAsConfigurationSection <ForecastIOConfigurationSection>("forecastIOConfigurationSection", true);
int nbSeconde = 0;
Task.Factory.StartNew(() =>
{
while (PackageHost.IsRunning)
{
if (nbSeconde == 0)
{
foreach (StationElement station in this.configuration.Stations)
{
PackageHost.WriteInfo("Getting forecast for {0}", station.Name);
try
{
ForecastIOResponse response = new ForecastIORequest(this.configuration.ApiKey, (float)station.Latitude, (float)station.Longitude, this.configuration.Unit, this.configuration.Language).Get();
PackageHost.PushStateObject <ForecastIOResponse>(station.Name, response, lifetime: (int)this.configuration.RefreshInterval.TotalSeconds * 2);
PackageHost.WriteInfo("Weather for {0} done. Report date @ {1}", station.Name, response.currently.time.ToDateTime().ToLocalTime().ToLongTimeString());
}
catch (Exception ex)
{
PackageHost.WriteError("Unable to get the weather for {0} : {1}", station.Name, ex.Message);
}
}
}
Thread.Sleep(1000);
nbSeconde++;
if (nbSeconde == (int)this.configuration.RefreshInterval.TotalSeconds)
{
nbSeconde = 0;
}
}
});
}
public object GetWeather(double dLatitude = 47.4886, double dLongitude = -117.5786)
{
Debug.WriteLine(GetType().FullName + "." + MethodBase.GetCurrentMethod().Name);
//NOTE:
//The first thousand API calls you make every day are free, period.
//Every API call after that costs $0.0001 each.
//Credit us with a “Powered by Forecast” badge that links to http://forecast.io/ wherever you display data from the API.
//https://api.forecast.io/forecast/ec8fab02bc1bf58c04e74c58bc2c3525/47.4886,-117.5786
//https://github.com/f0xy/forecast.io-csharp // API Key, Lat, Long, Unit
var request = new ForecastIORequest("ec8fab02bc1bf58c04e74c58bc2c3525", (float)dLatitude, (float)dLongitude, Unit.us);
var response = request.Get();
var strSummary = response.daily.summary;
var currently = response.currently;
List<DailyForecast> tempList = new ListStack<DailyForecast>();
tempList.AddRange(response.daily.data);
if (!tempList.Any())
return new HttpResponseException(HttpStatusCode.BadRequest);
//Ember Data expects a JSon array and an id in all returns
const int id = 1;
var currentWeather = new { currently.summary, currently.icon, currently.temperature };
var dailyWeather =
tempList.AsQueryable()
.Select(
x =>
new
{
x.summary,
x.icon,
x.temperatureMin,
x.temperatureMinTime,
x.temperatureMax,
x.temperatureMaxTime
})
.ToList();
var data = new { id, strSummary, currentWeather, dailyWeather };
var weatherItems = new List<object>() { data }.AsEnumerable();
return new { weatherItems };
}
public IWeatherData GetWeatherData(IToponymData toponym)
{
var request = new ForecastIORequest(_apiKey, (float)toponym.Latitude, (float)toponym.Longitude, Unit.si);
var response = request.Get();
return new ForecastWeatherData(response);
}
// Get Forecast information for a location using "Forecast.io" API
// We are using Forecast.io.45 wrapper library to contact Forecast.io API
public WeatherModel GetForecast(float lat, float lon)
{
// ForecastIORequest(API key, lat, lon, measurement unit)
var request = new ForecastIORequest("d1d02d9b39d4125af3216ea665368a5c", lat, lon, Unit.us);
var response = request.Get();
WeatherModel weather = new WeatherModel(response);
return weather;
}
public WeatherModel GetLocalForecast(float lat, float lon)
{
var request = new ForecastIORequest("d1d02d9b39d4125af3216ea665368a5c", lat, lon, Unit.us);
var response = request.Get();
WeatherModel weather = new WeatherModel(response);
return weather;
}
private async Task GetWeatherInfo(ForecastDevice device, CancellationToken cancellationToken)
{
var latitude = (float)device.Latitude;
var longitude = (float)device.Longitude;
ForecastIOResponse response;
try
{
var request = new ForecastIORequest(_apiKey, latitude, longitude, Unit.si);
response = _policy.Execute(() => request.Get());
}
catch (WebException)
{
return;
}
catch (Exception e)
{
_log.Error(e.Message, e);
return;
}
UpdateVariables(device.Id, string.Empty, response.currently);
for (var hour = 0; hour < response.hourly.data.Count; hour++)
{
var data = response.hourly.data[hour];
UpdateVariables(device.Id, $"H+{hour}_", data);
}
for (var day = 0; day < response.daily.data.Count; day++)
{
var data = response.daily.data[day];
UpdateVariables(device.Id, $"D+{day}_", data);
}
await Task.Delay(TimeSpan.FromSeconds(10), cancellationToken).ContinueWith(_ => { });
}
protected void Page_Load(object sender, EventArgs e)
{
if (!string.IsNullOrEmpty(this.Locations))
{
if (SPContext.Current.FormContext.FormMode == SPControlMode.Edit)
{
HttpContext.Current.Cache.Remove("ForecastCache");
}
else
{
var responses = new List<Utility.ForecastMyProperty>();
if (HttpContext.Current.Cache["ForecastCache"] != null)
{
responses = (List<Utility.ForecastMyProperty>)HttpContext.Current.Cache["ForecastCache"];
}
else
{
var settings = this.GetLocationsLatitude(this.Locations);
foreach (var setting in settings.Keys)
{
var value = settings[setting];
var request = new ForecastIORequest(APIKey, value.Lat, value.Long, value.DisplayName, Unit.si);
var response = request.Get();
responses.Add(new Utility.ForecastMyProperty()
{
timezone = value.DisplayName,
temperature = Convert.ToInt32(response.currently.temperature),
icon = response.currently.icon
});
}
HttpContext.Current.Cache.Add("ForecastCache", responses, null, DateTime.Now.AddSeconds(Convert.ToDouble(this.CacheLifetime)), TimeSpan.Zero, System.Web.Caching.CacheItemPriority.Normal, null);
}
rptForecast.DataSource = responses;
rptForecast.DataBind();
}
}
}
private ForecastIOResponse GetWeatherInfo(string address, DateTime dateTime)
{
// Get Latitude and Longitude for given address
Address addressInfo = GetGeoInfo(address);
ForecastIOResponse response = null;
// If the address was found (had Latitude and Longitude)
if (addressInfo != null)
{
// Get weather info from forecast API
ForecastIORequest request = new ForecastIORequest(_weatherApiKey, Convert.ToSingle(addressInfo.Coordinates.Latitude), Convert.ToSingle(addressInfo.Coordinates.Longitude), dateTime, Unit.us);
response = request.Get();
}
return response;
}
private ForecastIOResponse GetWeatherInfo(string address, bool extendHourly)
{
// Get Latitude and Longitude for given address
Address addressInfo = GetGeoInfo(address);
ForecastIOResponse response = null;
// If the address was found (had Latitude and Longitude)
if (addressInfo != null)
{
ForecastIORequest request;
if (extendHourly)
{
Extend[] extendBlocks = new Extend[]
{ Extend.hourly };
request = new ForecastIORequest(_weatherApiKey, Convert.ToSingle(addressInfo.Coordinates.Latitude), Convert.ToSingle(addressInfo.Coordinates.Longitude), Unit.us, extendBlocks);
response = request.Get();
}
else
{
// Get weather info from forecast API
request = new ForecastIORequest(_weatherApiKey, Convert.ToSingle(addressInfo.Coordinates.Latitude), Convert.ToSingle(addressInfo.Coordinates.Longitude), Unit.us);
response = request.Get();
}
}
return response;
}
/// <summary>
/// Gets the weather from the ForecastIO Api
/// </summary>
/// <returns>api object: ForecastIOResponse</returns>
public ForecastIOResponse GetWeather()
{
try
{
//My API Key 5e0d94d071dee1b6acb0ad259cc54b1b
// 55.395833f, 10.388611f these are the coordinates
// for Odense
var req = new ForecastIORequest("5e0d94d071dee1b6acb0ad259cc54b1b", 55.395833f, 10.388611f, DateTime.Now, Unit.si);
var response = req.Get();
var currentTemp = response.currently.apparentTemperature;
// retrieve houes between 0 - 23
return response;
}
catch (Exception)
{
ForecastIOResponse io = new ForecastIOResponse();
return io;
}
}
// Retrieves weather from forecast.io and populates the model
private WeatherModel GetForecastIO(float lat, float lon, string formattedAddress)
{
var request = new ForecastIORequest("d1d02d9b39d4125af3216ea665368a5c", lat, lon, Unit.us);
var response = request.Get();
WeatherModel weather = new WeatherModel(response, formattedAddress);
return weather;
}
