public void WhenExistsApplierOfSameTypeThenDoesNotAdd()
{
IPatternsAppliersHolder source = new EmptyPatternsAppliersHolder();
var toAdd = new BidirectionalManyToManyInverseApplier();
source.Collection.Add(toAdd);
source.Merge(new BidirectionalManyToManyInverseApplier());
source.Collection.Count.Should().Be(1);
source.Collection.Single().Should().Be.SameInstanceAs(toAdd);
}
public void WhenExistWithSameNameThenRemoveAndAdd()
{
IPatternsAppliersHolder source = new EmptyPatternsAppliersHolder();
var domainInspector = new Mock <IDomainInspector>();
var toRemove = new ConfOrm.Patterns.BidirectionalManyToManyInverseApplier(domainInspector.Object);
source.Collection.Add(toRemove);
var toAdd = new BidirectionalManyToManyInverseApplier();
source.UnionWith(toAdd);
source.Collection.Count.Should().Be(1);
source.Collection.Single().Should().Be.SameInstanceAs(toAdd);
}
public void WhenSecondIsNotNullThenUnion()
{
IPatternsAppliersHolder first = new EmptyPatternsAppliersHolder();
var domainInspector = new Mock <IDomainInspector>();
first.Collection.Add(new ConfOrm.Patterns.BidirectionalManyToManyInverseApplier(domainInspector.Object));
IPatternsAppliersHolder second = new EmptyPatternsAppliersHolder();
var bidirectionalManyToManyInverseApplier = new BidirectionalManyToManyInverseApplier();
second.Collection.Add(bidirectionalManyToManyInverseApplier);
second.RootClass.Add(new ARootClassApplier());
var unionResult = first.UnionWith(second);
unionResult.Collection.Count.Should().Be(1);
unionResult.RootClass.Count.Should().Be(1);
unionResult.Collection.Single().Should().Be.SameInstanceAs(bidirectionalManyToManyInverseApplier);
}
