* hhamon/cookie_path_fix:
[Security] renamed Cookie::isHttponly() to Cookie::isHttpOnly()
[HttpKernel] renamed Cookie::isHttponly() to Cookie::isHttpOnly()
[BrowserKit] renamed Cookie::isHttponly() to Cookie::isHttpOnly()
[HttpFoundation] fix cookie path default value to / and added some new unit tests to cover the class
* DuoSRX/code-coverage:
[HttpFoundation] Fixed a typo in response->setLastModified()
[HttpFoundation] Added some more tests on response
[HttpFoundation] Added some tests on Response
[HttpFoundation] Replace a duplicated test with a method in Response
Fixed code coverage generation when resources folder are deeper
* jakzal/FileLocatorTest:
[Config] Added missing tests to satisfy 100% test coverage of FileLocator. Made sure that every path returned with locate() is unique.
* digitalkaoz/httpkernel-debug:
[HttpKernel] added tests for debug stuff
[HttpKernel] reset handling if subject::handle throws an exception, otherwise it wouldnt be able to handle furthermore
* schmittjoh/security:
[Security] forward the entire access denied exception instead of only the message
[Security] changed defaults for MessageDigestEncoder
TICKET #9557: session isn't required when using http basic authentification mecanism for example
[Security] improved entropy to make collision attacks harder
[Security] added the 'key' attribute of RememberMeToken to serialized string to be stored in session
Fix the Acl schema generator script.
Added support for the full range of escaped values in double quoted
strings in chapter 5 of the YAML 1.1 and 1.2 specs. The escaping
and unescaping strategies were factored out into separate classes to
keep the logic isolated.
Added examples from the spec to the unit tests for all escaped values.
Doctrine's EventManager implementation has several advantages over the
EventDispatcher implementation of Symfony2. Therefore I suggest that we
use their implementation.
Advantages:
* Event Listeners are objects, not callbacks. These objects have handler
methods that have the same name as the event. This helps a lot when
reading the code and makes the code for adding an event listener shorter.
* You can create Event Subscribers, which are event listeners with an
additional getSubscribedEvents() method. The benefit here is that the
code that registers the subscriber doesn't need to know about its
implementation.
* All events are defined in static Events classes, so users of IDEs benefit
of code completion
* The communication between the dispatching class of an event and all
listeners is done through a subclass of EventArgs. This subclass can be
tailored to the type of event. A constructor, setters and getters can be
implemented that verify the validity of the data set into the object.
See examples below.
* Because each event type corresponds to an EventArgs implementation,
developers of event listeners can look up the available EventArgs methods
and benefit of code completion.
* EventArgs::stopPropagation() is more flexible and (IMO) clearer to use
than notifyUntil(). Also, it is a concept that is also used in other
event implementations
Before:
class EventListener
{
public function handle(EventInterface $event, $data) { ... }
}
$dispatcher->connect('core.request', array($listener, 'handle'));
$dispatcher->notify('core.request', new Event(...));
After (with listeners):
final class Events
{
const onCoreRequest = 'onCoreRequest';
}
class EventListener
{
public function onCoreRequest(RequestEventArgs $eventArgs) { ... }
}
$evm->addEventListener(Events::onCoreRequest, $listener);
$evm->dispatchEvent(Events::onCoreRequest, new RequestEventArgs(...));
After (with subscribers):
class EventSubscriber
{
public function onCoreRequest(RequestEventArgs $eventArgs) { ... }
public function getSubscribedEvents()
{
return Events::onCoreRequest;
}
}
$evm->addEventSubscriber($subscriber);
$evm->dispatchEvent(Events::onCoreRequest, new RequestEventArgs(...));
