public async Task Delete_HasNotActiveRents_ShouldDelete()
{
var oldCount = Subscribers.Count;
var subscriber = Subscribers.First();
if (!subscriber.Rents.Any())
{
subscriber.Rents.Add(new Rent(null, null)
{
IsActive = false
});
}
var returnVal = await SubscribersService.Delete(subscriber.Id);
#region Assert returnVal
Assert.That(returnVal.Lastname, Is.EqualTo(subscriber.Lastname));
Assert.That(returnVal.Firstname, Is.EqualTo(subscriber.Firstname));
Assert.That(returnVal.Middlename, Is.EqualTo(subscriber.Middlename));
Assert.That(returnVal.IsDeleted, Is.True);
#endregion
Assert.That(Subscribers.Count, Is.EqualTo(oldCount));
var deletedSubscriber = Subscribers.SingleOrDefault(x => x.Id == subscriber.Id);
Assert.That(deletedSubscriber, Is.Not.Null);
Assert.That(deletedSubscriber.IsDeleted, Is.True);
}
public void Delete_ShouldThrownSubscriberHasActiveRentsException()
{
var subscriber = Subscribers.First();
if (!subscriber.Rents.Any())
{
subscriber.Rents.Add(new Rent(null, null)
{
IsActive = true
});
}
Assert.Throws <SubscriberHasActiveRentsException>(async() => await SubscribersService.Delete(subscriber.Id));
}
public async Task Delete_ShouldDeleted()
{
var oldCount = Subscribers.Count;
var subscriber = Subscribers.First();
subscriber.Rents.Clear();
var returnVal = await SubscribersService.Delete(subscriber.Id);
#region Assert returnVal
Assert.That(returnVal.Lastname, Is.EqualTo(subscriber.Lastname));
Assert.That(returnVal.Firstname, Is.EqualTo(subscriber.Firstname));
Assert.That(returnVal.Middlename, Is.EqualTo(subscriber.Middlename));
#endregion
Assert.That(Subscribers.Count, Is.EqualTo(oldCount - 1));
Assert.That(Subscribers.SingleOrDefault(x => x.Id == subscriber.Id), Is.Null);
}