public void GetDataFromTomorrowIoTest()
{
var fakeSite = new Mock <IRequest>();
fakeSite.Setup(r => r.Connected).Returns(true);
fakeSite.Setup(r => r.Response).Returns("{\"data\":{\"timelines\":[{\"timestep\":\"current\",\"endTime\":\"2022 - 04 - 28T20: 33:00Z\",\"startTime\":\"2022 - 04 - 28T20: 33:00Z\",\"intervals\":[{\"startTime\":\"2022 - 04 - 28T20: 33:00Z\",\"values\":{\"cloudCover\":100,\"humidity\":50,\"precipitationType\":2,\"temperature\":2.31,\"windDirection\":184.5,\"windSpeed\":2.63}}]}]}}");
TomorrowIo tomorrowIo = new TomorrowIo(fakeSite.Object);
Weather data = tomorrowIo.GetData();
var correct = new Weather(2.31, 36.16, 100, 50, 2.63, "S", "Snow");
Assert.AreEqual(correct.TemperatureCelsius, data.TemperatureCelsius);
Assert.AreEqual(correct.Humidity, data.Humidity);
Assert.AreEqual(correct.TemperatureFahrenheit, data.TemperatureFahrenheit);
Assert.AreEqual(correct.CloudCover, data.CloudCover);
Assert.AreEqual(correct.WindSpeed, data.WindSpeed);
Assert.AreEqual(correct.WindDirection, data.WindDirection);
Assert.AreEqual(correct.Precipitation, data.Precipitation);
fakeSite.Setup(r => r.Connected).Returns(false);
try
{
tomorrowIo.GetData();
}
catch
{
Assert.Pass();
}
Assert.Fail();
}
public void CheckPrecipitationTypeTest(int type, string precipitation)
{
var fakeSite = new Mock <IRequest>();
fakeSite.Setup(r => r.Connected).Returns(true);
fakeSite.Setup(r => r.Response).Returns("{\"data\":{\"timelines\":[{\"timestep\":\"current\",\"endTime\":\"2022 - 04 - 28T20: 33:00Z\",\"startTime\":\"2022 - 04 - 28T20: 33:00Z\",\"intervals\":[{\"startTime\":\"2022 - 04 - 28T20: 33:00Z\",\"values\":{\"cloudCover\":100,\"humidity\":50,\"precipitationType\":" + Convert.ToString(type) + ",\"temperature\":2.31,\"windDirection\":184.5,\"windSpeed\":2.63}}]}]}}");
TomorrowIo tomorrowIo = new TomorrowIo(fakeSite.Object);
Weather data = tomorrowIo.GetData();
var correct = new Weather(2.31, 36.16, 100, 50, 2.63, "S", precipitation);
Assert.AreEqual(correct.Precipitation, data.Precipitation);
Assert.Pass();
}
