TEST(MBB_05_02, convertFahrenheitToCelsius)
{
TemperatureConverter converter = TemperatureConverter();
const double fahrenheit = 69.8;
EXPECT_TRUE(mbcommon::doublesAreEqual(21.0,
converter.fahrenheitToCelsius(fahrenheit)));
}
TEST(MBB_05_02, convertingFromCelsiusToFahrenheit)
{
TemperatureConverter converter = TemperatureConverter();
const double celsius = 50.0;
EXPECT_TRUE(mbcommon::doublesAreEqual(122.0,
converter.celsiusToFahrenheit(celsius)));
}
TEST(MBB_05_02, convertKelvinToCelsius)
{
TemperatureConverter converter = TemperatureConverter();
const double kelvin = 100.0;
EXPECT_TRUE(mbcommon::doublesAreEqual(-173.15,
converter.kelvinToCelsius(kelvin)));
}
TEST(MBB_05_02, convertingFromCelsiusToKelvin)
{
TemperatureConverter converter = TemperatureConverter();
const double celsius = 100.70;
EXPECT_TRUE(mbcommon::doublesAreEqual(373.85,
converter.celsiusToKelvin(celsius)));
}
int Thermometer::getTemperature()
{
TemperatureConverter();
return temperature;
}
// Excercise 02
//==============
TEST(MBB_05_02, toLowCelsiusTemperatureWhileConvertingToKelvin)
{
TemperatureConverter converter = TemperatureConverter();
const double celsius = CESIUS_MIN - 0.01;
EXPECT_THROW(converter.celsiusToKelvin(celsius), std::out_of_range);
}
TEST(MBB_05_02, toLowFahrenheitTemperature)
{
TemperatureConverter converter = TemperatureConverter();
const double fahrenheit = FAHRENHEIT_MIN - 0.05;
EXPECT_THROW(converter.fahrenheitToCelsius(fahrenheit), std::out_of_range);
}
TEST(MBB_05_02, toLowKelvinTemperature)
{
TemperatureConverter converter = TemperatureConverter();
const double kelvin = KELVIN_MIN -10.0;
EXPECT_THROW(converter.kelvinToCelsius(kelvin), std::out_of_range);
}
