public void DefiningAndCustomizingVersionThroughBaseImplementation()
{
// In this example I'll show how you can work with Version and how ConfORM understands OOP
var orm = new ObjectRelationalMapper();
var mapper = new Mapper(orm, new CoolPatternsAppliersHolder(orm));
// In this case I will use the definition of table-to-class strategy class by class
orm.TablePerClass<CurrencyDefinition>();
orm.TablePerClass<Company>();
orm.TablePerClass<Customer>();
orm.TablePerClass<Provider>();
// Defining relations
orm.OneToOne<Company, Customer>();
orm.OneToOne<Company, Provider>();
// In the follow line I'm defining which is the property used as Version for all classes inherited from VersionedEntity
orm.VersionProperty<VersionedEntity>(ve=> ve.Version);
// In the follow line I'm customizing the column-name for the property used as Version for all classes inherited from VersionedEntity....
// Note : VersionedEntity is not an entity, it is only a base class.
mapper.Class<VersionedEntity>(cm => cm.Version(ve => ve.Version, vm => vm.Column("Revision")));
// In the follow line I'm customizing the column-name for the property used as Version only for the class Provider
// Note : You can move the follow line before the previous and the result does not change, this is because ConfORM can understand
// which is a base customization and which is the specific customization.
mapper.Class<Provider>(cm => cm.Version(ve => ve.Version, vm => vm.Column("IncrementalVersion")));
// Note : I have to create mappings for the whole domain; Entity and VersionedEntity are excluded from de mapping because out-side
// root-entities hierarchy (root-entities are : CurrencyDefinition, Company, Customer, Provider)
var mapping = mapper.CompileMappingFor(typeof(Entity).Assembly.GetTypes().Where(t => t.Namespace == typeof(Entity).Namespace));
Console.Write(mapping.AsString());
}
public void DefiningAndCustomizingVersionThroughBaseImplementation()
{
// In this example I'll show how you can work with Version and how ConfORM understands OOP
var orm = new ObjectRelationalMapper();
var mapper = new Mapper(orm, new CoolPatternsAppliersHolder(orm));
// In this case I will use the definition of table-to-class strategy class by class
orm.TablePerClass <CurrencyDefinition>();
orm.TablePerClass <Company>();
orm.TablePerClass <Customer>();
orm.TablePerClass <Provider>();
// Defining relations
orm.OneToOne <Company, Customer>();
orm.OneToOne <Company, Provider>();
// In the follow line I'm defining which is the property used as Version for all classes inherited from VersionedEntity
orm.VersionProperty <VersionedEntity>(ve => ve.Version);
// In the follow line I'm customizing the column-name for the property used as Version for all classes inherited from VersionedEntity....
// Note : VersionedEntity is not an entity, it is only a base class.
mapper.Class <VersionedEntity>(cm => cm.Version(ve => ve.Version, vm => vm.Column("Revision")));
// In the follow line I'm customizing the column-name for the property used as Version only for the class Provider
// Note : You can move the follow line before the previous and the result does not change, this is because ConfORM can understand
// which is a base customization and which is the specific customization.
mapper.Class <Provider>(cm => cm.Version(ve => ve.Version, vm => vm.Column("IncrementalVersion")));
// Note : I have to create mappings for the whole domain; Entity and VersionedEntity are excluded from de mapping because out-side
// root-entities hierarchy (root-entities are : CurrencyDefinition, Company, Customer, Provider)
var mapping = mapper.CompileMappingFor(typeof(Entity).Assembly.GetTypes().Where(t => t.Namespace == typeof(Entity).Namespace));
Console.Write(mapping.AsString());
}
public void WhenNotRegisteredAsEntityNotRecognizeInverseRelation()
{
var mapper = new ObjectRelationalMapper();
mapper.OneToOne <User, Person>();
mapper.IsOneToOne(typeof(Person), typeof(User)).Should().Be.False();
}
public void WhenExplicitRegisteredRecognizeInverseRelationAsImplicit()
{
var mapper = new ObjectRelationalMapper();
mapper.TablePerClass<User>();
mapper.TablePerClass<Person>();
mapper.OneToOne<User, Person>();
mapper.IsMasterOneToOne(typeof(Person), typeof(User)).Should().Be.False();
}
public void WhenExplicitRegisteredRecognizeRelation()
{
var mapper = new ObjectRelationalMapper();
mapper.TablePerClass<User>();
mapper.TablePerClass<Person>();
mapper.OneToOne<User, Person>();
mapper.IsOneToOne(typeof(User), typeof(Person)).Should().Be.True();
}
public void WhenExplicitRegisteredRecognizeInverseRelationAsImplicit()
{
var mapper = new ObjectRelationalMapper();
mapper.TablePerClass <User>();
mapper.TablePerClass <Person>();
mapper.OneToOne <User, Person>();
mapper.IsMasterOneToOne(typeof(Person), typeof(User)).Should().Be.False();
}
public void WhenExplicitRegisteredRecognizeRelation()
{
var mapper = new ObjectRelationalMapper();
mapper.TablePerClass <User>();
mapper.TablePerClass <Person>();
mapper.OneToOne <User, Person>();
mapper.IsOneToOne(typeof(User), typeof(Person)).Should().Be.True();
}
public void DomainDefinition(ObjectRelationalMapper orm)
{
orm.TablePerClass<Animal>();
orm.TablePerClass<User>();
orm.TablePerClass<StateProvince>();
orm.TablePerClassHierarchy<Zoo>();
orm.ManyToMany<Human, Human>();
orm.OneToOne<User, Human>();
}
public void DomainDefinition(ObjectRelationalMapper orm)
{
orm.TablePerClass <Animal>();
orm.TablePerClass <User>();
orm.TablePerClass <StateProvince>();
orm.TablePerClassHierarchy <Zoo>();
orm.ManyToMany <Human, Human>();
orm.OneToOne <User, Human>();
}
public void WhenUnidirectionalOneToOneThenShouldBeManyToOne()
{
var orm = new ObjectRelationalMapper();
orm.TablePerClass(new[] {typeof (MyClass), typeof (MyOneClass)});
orm.OneToOne<MyClass, MyOneClass>();
orm.IsOneToOne(typeof (MyClass), typeof (MyOneClass)).Should().Be.False();
orm.IsManyToOne(typeof(MyClass), typeof(MyOneClass)).Should().Be.True();
orm.IsMasterOneToOne(typeof(MyClass), typeof(MyOneClass)).Should().Be.True();
}
public void WhenUnidirectionalOneToOneThenShouldBeManyToOne()
{
var orm = new ObjectRelationalMapper();
orm.TablePerClass(new[] { typeof(MyClass), typeof(MyOneClass) });
orm.OneToOne <MyClass, MyOneClass>();
orm.IsOneToOne(typeof(MyClass), typeof(MyOneClass)).Should().Be.False();
orm.IsManyToOne(typeof(MyClass), typeof(MyOneClass)).Should().Be.True();
orm.IsMasterOneToOne(typeof(MyClass), typeof(MyOneClass)).Should().Be.True();
}
public void IntegrationWithObjectRelationalMapper()
{
var orm = new ObjectRelationalMapper();
orm.TablePerClass <AEntity>();
orm.TablePerClass <BEntity>();
orm.OneToOne <AEntity, BEntity>();
HbmMapping mapping = GetMapping(orm);
VerifyAEntityMapping <HbmManyToOne>(mapping);
}
public void WhenExplicitRegisteredAsOneToOneNotRecognizeRelation()
{
var mapper = new ObjectRelationalMapper();
mapper.TablePerClass<AEntity>();
mapper.TablePerClass<BEntity>();
mapper.OneToOne<AEntity, BEntity>();
mapper.IsOneToMany(typeof(BEntity), typeof(AEntity)).Should().Be.False();
// the default behaviour map an unidirectional one-to-one as a many-to-one (for NHibernate)
// mapper.IsManyToOne(typeof(AEntity), typeof(BEntity)).Should().Be.False();
}
public void WhenExplicitRegisteredAsOneToOneNotRecognizeRelation()
{
var mapper = new ObjectRelationalMapper();
mapper.TablePerClass <AEntity>();
mapper.TablePerClass <BEntity>();
mapper.OneToOne <AEntity, BEntity>();
mapper.IsOneToMany(typeof(BEntity), typeof(AEntity)).Should().Be.False();
// the default behaviour map an unidirectional one-to-one as a many-to-one (for NHibernate)
// mapper.IsManyToOne(typeof(AEntity), typeof(BEntity)).Should().Be.False();
}
public void WhenIsManyToOneAndMasterOneToOneThenApplyUniqueAndCascadeOnAssociationProperty()
{
var orm = new ObjectRelationalMapper();
orm.TablePerClass(new[] { typeof(Customer), typeof(Address) });
orm.OneToOne<Customer, Address>();
var mapper = new Mapper(orm);
var mappings = mapper.CompileMappingFor(new[] {typeof (Customer)});
HbmClass customer = mappings.RootClasses.Single();
HbmManyToOne customerAddress = customer.Properties.OfType<HbmManyToOne>().Single();
customerAddress.unique.Should().Be.True();
customerAddress.cascade.Should().Be("all");
}
public void WhenIsManyToOneAndMasterOneToOneThenApplyUniqueAndCascadeOnAssociationProperty()
{
var orm = new ObjectRelationalMapper();
orm.TablePerClass(new[] { typeof(Customer), typeof(Address) });
orm.OneToOne<Customer, Address>();
var mapper = new Mapper(orm);
var mappings = mapper.CompileMappingFor(new[] {typeof (Customer)});
HbmClass customer = mappings.RootClasses.Single();
HbmManyToOne customerAddress = customer.Properties.OfType<HbmManyToOne>().Single();
customerAddress.unique.Should().Be.True();
customerAddress.cascade.Should().Be("all");
}
public void IntegrationWithObjectRelationalMapper()
{
var orm = new ObjectRelationalMapper();
orm.TablePerClass<AEntity>();
orm.TablePerClass<BEntity>();
orm.OneToOne<AEntity, BEntity>();
orm.Cascade<AEntity, BEntity>(Cascade.Persist | Cascade.Remove);
HbmMapping mapping = GetMapping(orm);
// the default behaviour map an unidirectional one-to-one as a many-to-one (for NHibernate)
HbmClass rc = mapping.RootClasses.First(r => r.Name.Contains("AEntity"));
rc.Properties.Should().Have.Count.EqualTo(2);
rc.Properties.Select(p => p.Name).Should().Have.SameValuesAs("Name", "B");
var relation = rc.Properties.First(p => p.Name == "B");
((HbmManyToOne)relation).cascade.Should().Contain("persist").And.Contain("delete");
}
public void IntegrationWithOrmWhenCustomerIsTheMaster()
{
var orm = new ObjectRelationalMapper();
orm.TablePerClass(new[] {typeof (Customer), typeof (Address)});
orm.ManyToOne<Customer, Address>();
orm.OneToOne<Address, Customer>();
var mapper = new Mapper(orm);
var mappings = mapper.CompileMappingFor(new[] { typeof(Customer), typeof(Address) });
HbmClass customer = mappings.RootClasses.Single(c=> c.Name.Contains("Customer"));
HbmManyToOne customerAddress = customer.Properties.OfType<HbmManyToOne>().Single();
customerAddress.unique.Should().Be.True();
customerAddress.cascade.Should().Be("all");
HbmClass address = mappings.RootClasses.Single(c => c.Name.Contains("Address"));
HbmOneToOne addressCustomer = address.Properties.OfType<HbmOneToOne>().Single();
addressCustomer.propertyref.Should().Be("Address");
}
public void IntegrationWithObjectRelationalMapper()
{
var orm = new ObjectRelationalMapper();
orm.TablePerClass <AEntity>();
orm.TablePerClass <BEntity>();
orm.OneToOne <AEntity, BEntity>();
orm.Cascade <AEntity, BEntity>(Cascade.Persist | Cascade.Remove);
HbmMapping mapping = GetMapping(orm);
// the default behaviour map an unidirectional one-to-one as a many-to-one (for NHibernate)
HbmClass rc = mapping.RootClasses.First(r => r.Name.Contains("AEntity"));
rc.Properties.Should().Have.Count.EqualTo(2);
rc.Properties.Select(p => p.Name).Should().Have.SameValuesAs("Name", "B");
var relation = rc.Properties.First(p => p.Name == "B");
((HbmManyToOne)relation).cascade.Should().Contain("persist").And.Contain("delete");
}
public void IntegrationWithOrmWhenCustomerIsTheMaster()
{
var orm = new ObjectRelationalMapper();
orm.TablePerClass(new[] { typeof(Customer), typeof(Address) });
orm.ManyToOne <Customer, Address>();
orm.OneToOne <Address, Customer>();
var mapper = new Mapper(orm);
var mappings = mapper.CompileMappingFor(new[] { typeof(Customer), typeof(Address) });
HbmClass customer = mappings.RootClasses.Single(c => c.Name.Contains("Customer"));
HbmManyToOne customerAddress = customer.Properties.OfType <HbmManyToOne>().Single();
customerAddress.unique.Should().Be.True();
customerAddress.cascade.Should().Be("all");
HbmClass address = mappings.RootClasses.Single(c => c.Name.Contains("Address"));
HbmOneToOne addressCustomer = address.Properties.OfType <HbmOneToOne>().Single();
addressCustomer.propertyref.Should().Be("Address");
}
public void WhenNotRegisteredAsEntityNotRecognizeRelation()
{
var mapper = new ObjectRelationalMapper();
mapper.OneToOne<User, Person>();
mapper.IsOneToOne(typeof(User), typeof(Person)).Should().Be.False();
}