public async Task When_Move_Product_Other_Warehouse()
{
//Arrange
var loggerMock = new Mock <ILogger <MovementService> >();
Mock <IGenericRepository <Movement> > repositoryMovementMock = new MockMovementRepository().Queryable();
Mock <IGenericRepository <Product> > repositoryProductMock = new MockProductRepository()
.GetProductByIdAsync()
.UpdateProductAsync()
.Queryable();
var mockUnitOfWork = new MockUnitOfWork().MovementRepository(repositoryMovementMock)
.ProductRepository(repositoryProductMock)
.SaveChangesAsync();
var movementService = new MovementService(mockUnitOfWork.Object, loggerMock.Object);
MoveProducts moveProducts = new MoveProducts
{
Quantity = 3,
ProductId = Guid.Parse("B99BC862-C515-4D61-97D8-4D2B188A19F3"),
CurrentWarehouseId = Guid.Parse("351BA5AA-C78D-4491-931A-76603D729392"),
NewWarehouseId = Guid.Parse("C347ED5D-1F33-49EE-A58D-B7F2310192A6")
};
//Act
var result = await movementService.MoveProductOtherWarehouse(moveProducts);
//Assert
Assert.NotNull(result);
Assert.True(result.ToList().Count > 0);
}
public async Task <IEnumerable <Movement> > MoveProductOtherWarehouse(MoveProducts moveProducts)
{
List <Movement> movements = new List <Movement>();
var productsWarehouse = _unitOfWork.MovementRepository
.Queryable()
.Where(f => f.ProductId.Equals(moveProducts.ProductId) && f.WarehouseId.Equals(moveProducts.CurrentWarehouseId))
.ToList();
if (productsWarehouse.Count > 0)
{
var residuaryQuantity = productsWarehouse.Sum(x => x.Type ? x.Quantity : -x.Quantity);
if (residuaryQuantity > moveProducts.Quantity)
{
movements.Add(await InsertProductWareahouse(new Movement
{
Type = true,
ProductId = moveProducts.ProductId,
Price = moveProducts.Price,
WarehouseId = moveProducts.NewWarehouseId,
Quantity = moveProducts.Quantity
}));
movements.Add(await InsertProductWareahouse(new Movement
{
Type = false,
ProductId = moveProducts.ProductId,
Price = moveProducts.Price,
WarehouseId = moveProducts.CurrentWarehouseId,
Quantity = moveProducts.Quantity
}));
return(movements);
}
}
_logger.LogInformation("product not found in the selected warehouse");
throw new BusinessException("product not found in the selected warehouse");
}
public async Task When_Error_Move_Product_Other_Warehouse()
{
//Arrange
var loggerMock = new Mock <ILogger <MovementService> >();
Mock <IGenericRepository <Movement> > repositoryMovementMock = new MockMovementRepository().Queryable();
Mock <IGenericRepository <Product> > repositoryProductMock = new MockProductRepository()
.GetProductByIdAsync()
.UpdateProductAsync()
.Queryable();
var mockUnitOfWork = new MockUnitOfWork().MovementRepository(repositoryMovementMock)
.ProductRepository(repositoryProductMock)
.SaveChangesAsync();
var movementService = new MovementService(mockUnitOfWork.Object, loggerMock.Object);
MoveProducts moveProducts = new MoveProducts
{
Quantity = 23,
ProductId = Guid.Parse("A16C605C-0A1A-4E63-857F-68019CE2575C"),
CurrentWarehouseId = Guid.Parse("351BA5AA-C78D-4491-931A-76603D729392"),
NewWarehouseId = Guid.Parse("C347ED5D-1F33-49EE-A58D-B7F2310192A6")
};
Exception exception = null;
//Act
try
{
await movementService.MoveProductOtherWarehouse(moveProducts);
}
catch (Exception ex)
{
exception = ex;
}
//Assert
Assert.True("product not found in the selected warehouse" == exception.Message);
Assert.True(typeof(BusinessException) == exception.GetType());
}
