/// <summary>
/// This method gets the tidal data of
/// a given location in a given period of time
/// </summary>
/// <param name="input"></param>
/// <returns>tidal data</returns>
public MarineWeather GetMarineWeather(MarineWeatherInput input)
{
/* Create URL based on input paramters */
string apiURL = ApiBaseURL + "marine.ashx?q=" + input.query + "&format=" + input.format + "&fx=" + input.fx + "&callback=" + input.callback + "&key=" + APIKey;
/*Get the web response*/
string result = RequestHandler.Process(apiURL);
/*Serialize the json output and parse in the helper class*/
MarineWeather mWeather = (MarineWeather) new JavaScriptSerializer().Deserialize(result, typeof(MarineWeather));
return(mWeather);
}
/// <summary>
/// This method consumes the World Weather
/// PremiumAPI to show marine data in JSON format,
/// and display results in a Textbox
/// </summary>
public void GetTidalData()
{
try
{
/* Set input parameters for the API */
MarineWeatherInput input = new MarineWeatherInput();
input.query = "45,-2";
input.format = "JSON";
/* Call GetMarineWeather() method with input parameters */
API_Implementation api = new API_Implementation();
MarineWeather marineWeather = api.GetMarineWeather(input);
/* Display Results */
DisplayResultsTextBox.Text = "\r\n Date: " + marineWeather.data.weather[0].date;
DisplayResultsTextBox.Text += "\r\n Min Temp (c): " + marineWeather.data.weather[0].mintempC;
DisplayResultsTextBox.Text += "\r\n Max Temp (c): " + marineWeather.data.weather[0].maxtempC;
DisplayResultsTextBox.Text += "\r\n Cloud Cover: " + marineWeather.data.weather[0].hourly[0].cloudcover;
}
catch (Exception ex) {
ex.GetBaseException();
}
}
/// <summary>
/// This event handler method calls
/// the ProcessTidalData method of the ProcessorClass class
/// </summary>
/// <param name="sender"></param>
/// <param name="e"></param>
protected void DisplayTidalDataButton_Click(object sender, EventArgs e)
{
// ProcessorClass.ProcessTidalData();
try
{
/* Set input parameters for the API */
MarineWeatherInput input = new MarineWeatherInput();
input.query = "45,-2";
input.format = "JSON";
/* Call GetMarineWeather() method with input parameters */
API_Implementation api = new API_Implementation();
MarineWeather marineWeather = api.GetMarineWeather(input);
/* Display Results */
DisplayResultsTextBox.Text = "\r\n Date: " + marineWeather.data.weather[0].date;
DisplayResultsTextBox.Text += "\r\n Min Temp (c): " + marineWeather.data.weather[0].mintempC;
DisplayResultsTextBox.Text += "\r\n Max Temp (c): " + marineWeather.data.weather[0].maxtempC;
DisplayResultsTextBox.Text += "\r\n Cloud Cover: " + marineWeather.data.weather[0].hourly[0].cloudcover;
DisplayResultsTextBox.Text += "\r\n Cloud Cover: " + marineWeather.data.weather[0].hourly[0].swellDir16Point;
DisplayResultsTextBox.Text += "\r\n Swell Height: " + marineWeather.data.weather[0].hourly[0].swellHeight_m;
DisplayResultsTextBox.Text += "\r\n Swell Direction: " + marineWeather.data.weather[0].hourly[0].swellDir;
DisplayResultsTextBox.Text += "\r\n Humidity: " + marineWeather.data.weather[0].hourly[0].humidity;
DisplayResultsTextBox.Text += "\r\n Pressure: " + marineWeather.data.weather[0].hourly[0].pressure;
DisplayResultsTextBox.Text += "\r\n Visibility: " + marineWeather.data.weather[0].hourly[0].visibility;
DisplayResultsTextBox.Text += "\r\n Wind Speed: " + marineWeather.data.weather[0].hourly[0].windspeedMiles;
DisplayResultsTextBox.Text += "\r\n Water Temp: " + marineWeather.data.weather[0].hourly[0].waterTemp_C;
DisplayResultsTextBox.Text += "\r\n Sunrise: " + marineWeather.data.weather[0].astronomy[0].sunrise;
DisplayResultsTextBox.Text += "\r\n Sunset: " + marineWeather.data.weather[0].astronomy[0].sunset;
DisplayResultsTextBox.Text += "\r\n Moonrise: " + marineWeather.data.weather[0].astronomy[0].moonrise;
DisplayResultsTextBox.Text += "\r\n Moonset: " + marineWeather.data.weather[0].astronomy[0].moonset;
}
catch (Exception ex)
{
ex.GetBaseException();
}
}
public void Test_TidalDataMethod()
{
MarineWeatherInput input = new MarineWeatherInput();
Assert.IsNull(input.format);
}
