public async Task Test_app_full()
{
long distance = 1000000;
long hours = 13440;
_download.GetStarships().Returns(TestFactory.CreateMock());
Starship starship = TestFactory.CreateMock().FirstOrDefault();
Consumable consumable = new Consumable(TimeUnit.Week, 1);
_function.SeparateConsumable(starship.consumables).Returns(consumable);
_function.CalculateHours(consumable).Returns(hours);
_function.CalculateStops(distance, starship.MGLT.ToInt64(), hours).Returns(74);
App app = new App(_download, _logger, _function);
await app.Start(distance);
long expected = 74;
_logger.Received().Success($"The starship Millennium Falcon needs {expected} stop(s)");
_logger.Received(2).Message(Arg.Any <string>());
_logger.Received(1).Success(Arg.Any <string>());
_logger.Received(0).Error(Arg.Any <string>());
}
/// <summary>
/// Calculates the distance for each starship
/// </summary>
/// <param name="starships"></param>
private void CalculateStops(long distance, List <Starship> starships)
{
foreach (Starship starship in starships)
{
if (starship.MGLT.ToLower().Equals("unknown"))
{
_logger.Error($"Unknown MGLT for {starship.name}");
continue;
}
Consumable consumable = _function.SeparateConsumable(starship.consumables);
long hours = _function.CalculateHours(consumable);
long stops = _function.CalculateStops(distance, starship.MGLT.ToInt64(), hours);
_logger.Success($"The starship {starship.name} needs {stops} stop(s)");
}
}
public void Test_calculate_stops()
{
var stops = _function.CalculateStops(1000000, 80, 168);
Assert.Equal(74, stops);
}