TraversibleRelationship GetTraversibleRelationship(TheoreticalRelationship relationship)
{
if (ReferenceEquals(relationship, null))
{
return(null);
}
return(new TraversibleRelationship(relationship.TicketRelationship,
relationship.PrimaryTicket,
relationship.SecondaryTicket,
relationship.Relationship?.GetIdentity()));
}
public void GetRelevantHierarchicalRelationships_does_not_include_a_relationship_which_permits_circles(DirectionalRelationship relationship,
Identity <long, Ticket> ticketId,
[Frozen] IGetsHierarchicalTicketRelationships relationshipProvider,
PossiblyCircularHierarchicalTicketRelationshipProviderAdapter sut)
{
var theoreticalRelationship = new TheoreticalRelationship {
Relationship = relationship,
PrimaryTicket = ticketId
};
relationship.Behaviour.ProhibitCircularRelationship = false;
sut.GetRelevantHierarchicalRelationships(new[] { theoreticalRelationship });
Mock.Get(relationshipProvider)
.Verify(x => x.GetRelationships(It.Is <IIdentity <Ticket>[]>(p => p.Length == 0)), Times.Once);
}
public void GetRelevantHierarchicalRelationships_can_get_a_relationship_with_a_secondary_ticket_identity(DirectionalRelationship relationship,
Identity <long, Ticket> ticketId,
[Frozen] IGetsHierarchicalTicketRelationships relationshipProvider,
PossiblyCircularHierarchicalTicketRelationshipProviderAdapter sut)
{
var theoreticalRelationship = new TheoreticalRelationship {
Relationship = relationship,
SecondaryTicket = ticketId
};
relationship.Behaviour.ProhibitCircularRelationship = true;
sut.GetRelevantHierarchicalRelationships(new[] { theoreticalRelationship });
Mock.Get(relationshipProvider)
.Verify(x => x.GetRelationships(ticketId), Times.Once);
}
public void GetTraversibleRelationships_does_not_return_removed_hierarchical_relationship([Frozen] IMapper mapper,
TheoreticalRelationship rel1,
HierarchicalTicketRelationship hRel1,
TraversibleRelationship trav1,
TraversibleRelationshipProvider sut)
{
rel1.Type = TheoreticalRelationshipType.Removed;
rel1.TicketRelationship = Identity.Create <TicketRelationship>(5);
((IEntity)hRel1.TicketRelationship).IdentityValue = 5L;
Mock.Get(mapper).Setup(x => x.Map <TraversibleRelationship>(rel1)).Returns(trav1);
var result = sut.GetTraversibleRelationships(new[] { rel1 }, new[] { hRel1 });
Assert.That(result, Is.Empty);
}
public void GetTraversibleRelationships_does_not_return_removed_theoretical_relationship([Frozen] IMapper mapper,
TheoreticalRelationship rel1,
TraversibleRelationship trav1,
TraversibleRelationshipProvider sut)
{
rel1.Type = TheoreticalRelationshipType.Removed;
Mock.Get(mapper).Setup(x => x.Map <TraversibleRelationship>(rel1)).Returns(trav1);
var result = sut.GetTraversibleRelationships(new[] { rel1 }, Enumerable.Empty <HierarchicalTicketRelationship>());
Assert.That(result, Is.Empty);
}
public void GetTraversibleRelationships_returns_mapped_existing_and_added_theoretical_relationships([Frozen] IMapper mapper,
TheoreticalRelationship rel1,
TheoreticalRelationship rel2,
TraversibleRelationship trav1,
TraversibleRelationship trav2,
TraversibleRelationshipProvider sut)
{
rel1.Type = TheoreticalRelationshipType.Existing;
rel2.Type = TheoreticalRelationshipType.Added;
Mock.Get(mapper).Setup(x => x.Map <TraversibleRelationship>(rel1)).Returns(trav1);
Mock.Get(mapper).Setup(x => x.Map <TraversibleRelationship>(rel2)).Returns(trav2);
var result = sut.GetTraversibleRelationships(new[] { rel1, rel2 }, Enumerable.Empty <HierarchicalTicketRelationship>());
Assert.That(result, Is.EquivalentTo(new[] { trav1, trav2 }));
}
