facade

I am getting a namespacing issue when trying to extend the Response facade in Laravel 5. I have created a new folder tree under the app directory called Extensions\Facades . In this folder I have a file called AjaxResponse.php which has the following contents: <?php namespace App\Extensions\Facades; use Illuminate\Support\Facades\Response; class AjaxResponse extends Response{ public static function send($code,$body,$http_code=200){ parent::json( array( 'status'=>(string)$code, 'body' =>$body ) )->setStatusCode($http_code)->send(); exit(); } } I am registering this as a service provider in

I have acquired a memory location from DirectX where my vertex information is stored. An extremely convenient way to deal with vertex information is to use a std::vector<> of a struct containing vertex info. Given that I have a pointer to a large buffer, could I use a std::vector to manage the elements in the buffer? Constructing a std::vector regularly causes it to have its own address, which isn't really what I want. Could I use operator placement new somehow? Yousf Yes you can. Use custom allocator . In this allocator return address of your DirectX memory. Here is a complete examlpe based

I've been trying to figure out what the difference between app->bind and app->singleton are when setting up a service provider in Laravel. I was under the impression that if I register an singleton it would return the same instance of the object each time it was called vs bind which would be a new instance. Here is simple example: Facade: use Illuminate\Support\Facades\Facade; class DataFacade extends Facade { protected static function getFacadeAccessor() { return 'Data'; } } ServiceProvider: use Illuminate\Support\ServiceProvider; class DataServiceProvider extends ServiceProvider { public

I have checked with the wikipedia article , and it seems like it is missing the c++ version of a code example. I am not able to fully appreciate the Facade pattern without this, can you please help explain it to me using C++? Facade pattern: provides a unified - simplified interface to a complex subsystem or set of interfaces. It provides a higher level interface simultaneously decoupling the client from the complex subsystem. An example to help you understand .. a cab driver. You tell the cab driver 'Take me to PointX' (unified simplified high-level interface) who then begins on a sequence of

I'm not really understanding the point of a facade. public abstract class AbstractFacade<T> { private Class<T> entityClass; public AbstractFacade(Class<T> entityClass) { this.entityClass = entityClass; } protected abstract EntityManager getEntityManager(); public void create(T entity) { getEntityManager().persist(entity); } public void edit(T entity) { getEntityManager().merge(entity); } public void remove(T entity) { getEntityManager().remove(getEntityManager().merge(entity)); } public T find(Object id) { return getEntityManager().find(entityClass, id); } public List<T> findAll() {