URF.NET
v5.1.0
Marco de unidad de trabajo y repositorio | Equipo oficial de URF, entidades rastreables y fábrica de diseño
Este marco (más de 100.000 descargas totales) minimiza la superficie de difusión de su tecnología ORM en su aplicación. Este marco fue diseñado deliberadamente para ser liviano, de tamaño pequeño y no intimidante para extender y mantener. Cuando decimos liviano realmente queremos decir liviano, cuando se usa este framework con el proveedor Entity Framework solo hay 10 clases. Este marco liviano le permitirá crear patrones de sus aplicaciones y sistemas de manera elegante, discreta y sencilla con diseño basado en repositorio, unidad de trabajo y dominio. ¿Usar Repositorios Genéricos o no? El marco permite la libertad de ambos repositorios genéricos y la capacidad de agregar métodos de repositorio específicos de su propio dominio, en resumen, Unidad de trabajo con repositorios extensibles y genéricos .
Demostración en vivo: longle.azurewebsites.net
public class CustomerController : ODataController { private readonly ICustomerService _customerService ; private readonly IUnitOfWorkAsync _unitOfWorkAsync ; public CustomerController ( IUnitOfWorkAsync unitOfWorkAsync , ICustomerService customerService ) { _unitOfWorkAsync = unitOfWorkAsync ; _customerService = customerService ; } // GET: odata/Customers [ HttpGet ] [ Queryable ] public IQueryable < Customer > GetCustomer ( ) { return _customerService . Queryable ( ) ; } // GET: odata/Customers(5) [ Queryable ] public SingleResult < Customer > GetCustomer ( [ FromODataUri ] string key ) { return SingleResult . Create ( _customerService . Queryable ( ) . Where ( t => t . CustomerID == key ) ) ; } // PUT: odata/Customers(5) public async Task < IHttpActionResult > Put ( string key , Customer customer ) { if ( ! ModelState . IsValid ) { return BadRequest ( ModelState ) ; } if ( key != customer . CustomerID ) { return BadRequest ( ) ; } customer . TrackingState = TrackingState . Modified ; _customerService . Update ( customer ) ; try { await _unitOfWorkAsync . SaveChangesAsync ( ) ; } catch ( DbUpdateConcurrencyException ) { if ( ! CustomerExists ( key ) ) { return NotFound ( ) ; } throw ; } return Updated ( customer ) ; } // POST: odata/Customers public async Task < IHttpActionResult > Post ( Customer customer ) { if ( ! ModelState . IsValid ) { return BadRequest ( ModelState ) ; } customer . TrackingState = TrackingState . Added ; _customerService . Insert ( customer ) ; try { await _unitOfWorkAsync . SaveChangesAsync ( ) ; } catch ( DbUpdateException ) { if ( CustomerExists ( customer . CustomerID ) ) { return Conflict ( ) ; } throw ; } return Created ( customer ) ; } //// PATCH: odata/Customers(5) [ AcceptVerbs ( " PATCH " , " MERGE " ) ] public async Task < IHttpActionResult > Patch ( [ FromODataUri ] string key , Delta < Customer > patch ) { if ( ! ModelState . IsValid ) { return BadRequest ( ModelState ) ; } Customer customer = await _customerService . FindAsync ( key ) ; if ( customer == null ) { return NotFound ( ) ; } patch . Patch ( customer ) ; customer . TrackingState = TrackingState . Modified ; try { await _unitOfWorkAsync . SaveChangesAsync ( ) ; } catch ( DbUpdateConcurrencyException ) { if ( ! CustomerExists ( key ) ) { return NotFound ( ) ; } throw ; } return Updated ( customer ) ; } // DELETE: odata/Customers(5) public async Task < IHttpActionResult > Delete ( string key ) { Customer customer = await _customerService . FindAsync ( key ) ; if ( customer == null ) { return NotFound ( ) ; } customer . TrackingState = TrackingState . Deleted ; _customerService . Delete ( customer ) ; await _unitOfWorkAsync . SaveChangesAsync ( ) ; return StatusCode ( HttpStatusCode . NoContent ) ; } // GET: odata/Customers(5)/CustomerDemographics [ Queryable ] public IQueryable < CustomerDemographic > GetCustomerDemographics ( [ FromODataUri ] string key ) { return _customerService . Queryable ( ) . Where ( m => m . CustomerID == key ) . SelectMany ( m => m . CustomerDemographics ) ; } // GET: odata/Customers(5)/Orders [ Queryable ] public IQueryable < Order > GetOrders ( [ FromODataUri ] string key ) { return _customerService . Queryable ( ) . Where ( m => m . CustomerID == key ) . SelectMany ( m => m . Orders ) ; } protected override void Dispose ( bool disposing ) { if ( disposing ) { _unitOfWorkAsync . Dispose ( ) ; } base . Dispose ( disposing ) ; } private bool CustomerExists ( string key ) { return _customerService . Query ( e => e . CustomerID == key ) . Select ( ) . Any ( ) ; } }
Todos los métodos que se exponen desde Repository en Service se pueden anular para agregar cualquier lógica comercial o de dominio anterior o posterior. La lógica empresarial del dominio debe estar en la capa de Servicio y no en Controladores o Repositorios para separar preocupaciones.
ICustomerService , que siempre debe heredar IService por ejemplo, IServiceCustomerService que implementa ICustomerServicecontainer.RegisterType() ; consulte el siguiente ejemplo para obtener más detalles sobre cómo conectar DI e IoC. public interface ICustomerService : IService < Customer >
{
decimal CustomerOrderTotalByYear ( string customerId , int year ) ;
IEnumerable < Customer > CustomersByCompany ( string companyName ) ;
IEnumerable < CustomerOrder > GetCustomerOrder ( string country ) ;
}
public class CustomerService : Service < Customer > , ICustomerService
{
private readonly IRepositoryAsync < Customer > _repository ;
public CustomerService ( IRepositoryAsync < Customer > repository ) : base ( repository )
{
_repository = repository ;
}
public decimal CustomerOrderTotalByYear ( string customerId , int year )
{
// add any domain logic here
return _repository . GetCustomerOrderTotalByYear ( customerId , year ) ;
}
public IEnumerable < Customer > CustomersByCompany ( string companyName )
{
// add any domain logic here
return _repository . CustomersByCompany ( companyName ) ;
}
public IEnumerable < CustomerOrder > GetCustomerOrder ( string country )
{
// add any domain logic here
return _repository . GetCustomerOrder ( country ) ;
}
public override void Insert ( Customer entity )
{
// e.g. add any business logic here before inserting
base . Insert ( entity ) ;
}
public override void Delete ( object id )
{
// e.g. add business logic here before deleting
base . Delete ( id ) ;
}
} UnityConfig.cs
public class UnityConfig
{
private static Lazy < IUnityContainer > container = new Lazy < IUnityContainer > ( ( ) =>
{
var container = new UnityContainer ( ) ;
RegisterTypes ( container ) ;
return container ;
} ) ;
public static IUnityContainer GetConfiguredContainer ( )
{
return container . Value ;
}
public static void RegisterTypes ( IUnityContainer container )
{
container
// Register DbContext instead of IDataDataContext, which is now obsolete.
//.RegisterType(new PerRequestLifetimeManager())
. RegisterType < DbContext , NorthwindContext > ( new PerRequestLifetimeManager ( ) )
. RegisterType < IUnitOfWorkAsync , UnitOfWork > ( new PerRequestLifetimeManager ( ) )
. RegisterType < IRepositoryAsync < Customer > , Repository < Customer > > ( )
. RegisterType < IRepositoryAsync < Product > , Repository < Product > > ( )
. RegisterType < IProductService , ProductService > ( )
. RegisterType < ICustomerService , CustomerService > ( )
. RegisterType < INorthwindStoredProcedures , NorthwindContext > ( new PerRequestLifetimeManager ( ) )
. RegisterType < IStoredProcedureService , StoredProcedureService > ( ) ;
}
}
