public WeatherDetails GetWeatherInfoFromAPI(string city)
{
WeatherDetails APIWeatherInfo = new WeatherDetails();
string JsonResponse = autoLib.GetWeatherDataFromAPI(city.ToString());
APIWeatherInfo = parseJsonResponse(JsonResponse);
return(APIWeatherInfo);
}
static void Main(string[] args)
{
TestLibrary TestLib = new TestLibrary();
AutomationLib.WeatherCheck autoLib = new AutomationLib.WeatherCheck();
ConfigParmaeter configParameter = new ConfigParmaeter();
configParameter = TestLib.GetConfigParameterFromExternalFile();
int varianceForTempratureInCelsius = configParameter.TemperatureInCelsius;
int varianceForHumidityInPercentage = configParameter.HumidityInPercentage;
int variaceForWindSpeedInKMPH = configParameter.WindSpeedInKMPH;
string city = configParameter.City;
autoLib.LaunchBrowserAndNavigateToURL(sNDTVUrl, WeatherCheck.eBrowser.CHROME);
TestLib.NavigateToWeatherPageAndSearchForCity(city);
if (TestLib.VerifySearchedCityDisplayedOnMap(city) == "true")
{
Console.WriteLine("PASS : Searched city is displayed on the map");
}
else
{
Console.WriteLine("FAIL : Searched city is not displayed on the map");
}
WeatherDetails weatherDetailsOnNDTV = new WeatherDetails();
weatherDetailsOnNDTV = TestLib.GetWeatherInfoFromNDTV(city);
WeatherDetails weatherDetailsFromAPI = new WeatherDetails();
weatherDetailsFromAPI = TestLib.GetWeatherInfoFromAPI(city);
TestLib.VerifySearchedCityDisplayedOnMap(city);
if (TestLib.VerifyWeatherInfoBetweenNDTVAndAPI(weatherDetailsFromAPI, weatherDetailsOnNDTV, varianceForTempratureInCelsius,
varianceForHumidityInPercentage, variaceForWindSpeedInKMPH))
{
Console.WriteLine("PASS : The weather info between NDTV and API matches");
}
else
{
Console.WriteLine("FAIL : The weather info between NDTV and API does not match");
}
Console.ReadLine();
autoLib.CloseBrowser();
}
private WeatherDetails parseJsonResponse(string originalJson)
{
WeatherDetails weatherDetailsFromJson = new WeatherDetails();
JObject jsonObj = JObject.Parse(originalJson);
weatherDetailsFromJson.Condition = (string)jsonObj.SelectToken("weather[0].description");
string windspeed = (string)jsonObj.SelectToken("wind.speed");
weatherDetailsFromJson.WindSpeed = double.Parse(windspeed);
weatherDetailsFromJson.WindSpeedGust = 0;
weatherDetailsFromJson.Humidity = (int)jsonObj.SelectToken("main.humidity");
weatherDetailsFromJson.Temperature = (int)jsonObj.SelectToken("main.temp");
weatherDetailsFromJson.Temperature = weatherDetailsFromJson.Temperature - 273; //convert temperature in kelvin to celsius
return(weatherDetailsFromJson);
}
public WeatherDetails GetWeatherInfoFromNDTV(string city)
{
WeatherDetails NDTVWeatherInfo = new WeatherDetails();
autoLib.Click(WeatherCheck.eByType.XPATH, getLocatorForCityOnMap(city));
//condition
NDTVWeatherInfo.Condition = getWeatherCondition(autoLib.GetAttributeVal(WeatherCheck.eByType.CSS, ePageElements.WEATHER_DETAILS_CONDITION.GetDescription(), WeatherCheck.eAttributeValue.Text));
//WindSpeed
string windInfo = autoLib.GetAttributeVal(WeatherCheck.eByType.CSS, ePageElements.WEATHER_DETAILS_WIND.GetDescription(), WeatherCheck.eAttributeValue.Text);
NDTVWeatherInfo.WindSpeed = getWeatherWindMin(windInfo);
NDTVWeatherInfo.WindSpeedGust = getWeatherWindMax(windInfo);
//humidity
NDTVWeatherInfo.Humidity = getWeatherHumidity(autoLib.GetAttributeVal(WeatherCheck.eByType.CSS, ePageElements.WEATHER_DETAILS_HUMIDITY.GetDescription(), WeatherCheck.eAttributeValue.Text));
//temperature
NDTVWeatherInfo.Temperature = getWeatherTemperature(autoLib.GetAttributeVal(WeatherCheck.eByType.CSS, ePageElements.WEATHER_DETAILS_TEMPERATURE.GetDescription(), WeatherCheck.eAttributeValue.Text));
return(NDTVWeatherInfo);
}
public bool VerifyWeatherInfoBetweenNDTVAndAPI(WeatherDetails InfoFromAPI, WeatherDetails InfoFromNDTV,
int varianceForTemp = 0, int varianceForHumidity = 0, int varianceForWindSpeed = 0)
{
bool finalResult = false;
bool windSpeedResult = false;
bool humidityResult = false;
bool temperatureResult = false;
//compare weather condition
if (InfoFromAPI.Condition == InfoFromNDTV.Condition)
{
Console.WriteLine("PASS : Weather condition is a match");
}
else
{
Console.WriteLine("Warning : Weather condition is not a match");
Console.WriteLine("Condition from API : " + InfoFromAPI.Condition);
Console.WriteLine("Condition from NDTV : " + InfoFromNDTV.Condition);
}
//compare windSpeed
if (Math.Abs(InfoFromAPI.WindSpeed - InfoFromNDTV.WindSpeed) <= varianceForWindSpeed)
{
Console.WriteLine("PASS : Weather windSpeed is a match");
windSpeedResult = true;
}
else
{
Console.WriteLine("Fail : Weather windSpeed is not a match");
Console.WriteLine("windSpeed from API : " + InfoFromAPI.WindSpeed);
Console.WriteLine("windSpeed from NDTV : " + InfoFromNDTV.WindSpeed);
}
//compare humidity
if ((Math.Abs(InfoFromAPI.Humidity - InfoFromNDTV.Humidity) / InfoFromAPI.Humidity) * 100 <= varianceForHumidity)
{
Console.WriteLine("PASS : Weather Humidity is a match");
humidityResult = true;
}
else
{
Console.WriteLine("Fail : Weather Humidity is not a match");
Console.WriteLine("Humidity from API : " + InfoFromAPI.Humidity);
Console.WriteLine("Humidity from NDTV : " + InfoFromNDTV.Humidity);
}
//compare temperature
if (Math.Abs(InfoFromAPI.Temperature - InfoFromNDTV.Temperature) <= varianceForTemp)
{
Console.WriteLine("PASS : Weather Temperature is a match");
temperatureResult = true;
}
else
{
Console.WriteLine("Fail : Weather Temperature is not a match");
Console.WriteLine("Temperature from API : " + InfoFromAPI.Temperature);
Console.WriteLine("Temperature from NDTV : " + InfoFromNDTV.Temperature);
}
finalResult = windSpeedResult && humidityResult && temperatureResult;
return(finalResult);
}