public Product Delete(int id)
{
var removed = _ctx.Remove(new Product {
Id = id
}).Entity;
_ctx.SaveChanges();
return(removed);
}
public Order Delete(int id)
{
var removed = _ctx.Remove(new Order {
Id = id
}).Entity;
_ctx.SaveChanges();
return(removed);
}
public Member Delete(int id)
{
var membRemoved = _context.Remove <Member>(new Member()
{
Id = id
}).Entity;
_context.SaveChanges();
return(membRemoved);
}
public FineType Delete(int id)
{
var fineTypeRemoved = _context.Remove(new FineType()
{
Id = id
}).Entity;
_context.SaveChangesAsync();
return(fineTypeRemoved);
}
public void DeleteProduct(int productid)
{
using (var customerContext = new CustomerAppContext())
{
Products product = new Products();
product.ProductId = productid;
customerContext.Remove(product.ProductId);
customerContext.SaveChanges();
}
}
public Customer Delete(int id)
{
/*var ordersToRemove = _ctx.Orders.Where(o => o.Customer.Id == id);
* _ctx.RemoveRange(ordersToRemove);*/
var custRemoved = _ctx.Remove(new Customer {
Id = id
}).Entity;
_ctx.SaveChanges();
return(custRemoved);
}
public Customer Delete(int id)
{
/*
* //To remove all orders attached to the specific customer
* var ordersToRemove = _ctx.Orders.Where(o => o.Customer.Id == id);
* _ctx.RemoveRange(ordersToRemove);
*/
//Doesn't work for customers with orders!
//Fluint API makes it work without constraints.. Relational mapping
var custRemoved = _ctx.Remove(new Customer {
Id = id
}).Entity;
_ctx.SaveChanges();
return(custRemoved);
}
public Customer Delete(int id)
{
//For deleting customers we can also the orders that the customers have. In a real situation,
//we should talk with our customer as a developer about how we should clean up the data
//sqlite informs you about deleting things with foreign keys
//Delete Customer in this case should not delete orders
/*var ordersToRemove = _ctx.Orders.Where(o => o.Customer.ID == id);
* _ctx.RemoveRange(ordersToRemove);*/
var custRemoved = _ctx.Remove <Customer>(new Customer {
ID = id
}).Entity;
_ctx.SaveChanges();
return(custRemoved);
}