public void delete_is_idempotent()
{
var insert = new InsertEvent()
{
Text = "one"
};
var delete = new DeleteEvent();
_projection.On(insert);
_projection.On(delete);
_projection.On(delete);
var loaded = _collection.FindOneById(delete.AggregateId);
Assert.IsNull(loaded);
}
public void delete_does_not_generates_multiple_notifications()
{
var insert = new InsertEvent()
{
Text = "one"
};
var delete = new DeleteEvent();
_projection.On(insert);
_projection.On(delete);
_projection.On(delete);
var loaded = _collection.FindOneById(delete.AggregateId);
Assert.AreEqual(2, SpyNotifier.Counter);
}
public async Task delete_does_not_generates_multiple_notifications()
{
var insert = new InsertEvent()
{
Text = "one"
};
var delete = new DeleteEvent();
await _projection.On(insert);
await _projection.On(delete);
await _projection.On(delete);
Assert.AreEqual(2, SpyNotifier.Counter);
}
public async Task delete_is_idempotent()
{
var insert = new InsertEvent()
{
Text = "one"
};
var delete = new DeleteEvent();
await _projection.On(insert);
await _projection.On(delete);
await _projection.On(delete);
var loaded = await _collection.FindOneByIdAsync(delete.AggregateId.AsString());
Assert.IsNull(loaded);
}
public void On(DeleteEvent delete)
{
_collection.Delete(delete, delete.AggregateId);
}
public Task On(DeleteEvent delete)
{
return(_collection.DeleteAsync(delete, delete.AggregateId.AsString()));
}