One thing we do in the Fennec CLH is to make a speculative connection
based on the URI that's passed in. However, by the time the CLH runs,
we're far along into startup, and the advantage of a speculative
connection is reduced. This patch implements making speculative
connection as a method in GeckoThread, so that Fennec can make a
speculative connection without relying on the Fennec CLH.
Many Gecko operations depend on the profile being available. This
patch adds a PROFILE_READY Gecko state so that we can queue calls
until profile is loaded.
First we need to set the Gecko thread JNIEnv* in nsAndroidStartup, but
after that we can initialize and deinitialize the rest of JNI, including
AndroidBridge, in GeckoAppShell. This makes nsAppShell control the
AndroidBridge lifetime. Over time, parts of the AndroidBridge
functionality will be migrated to nsAppShell.
This patch transforms RestrictedProfiles to delegate isAllowed() and
canLoadUrl() calls to an object implementing the RestrictionConfiguration
interface.
DefaultConfiguration, GuestProfileConfiguration and
RestrictedProfileConfiguration are implementing RestrictionConfiguration
and will take care of handling the restrictions for the different types
of profiles.
The C++ GLContext wrapper doesn't know about the changes to the GL state that the
Java code does, so Java must be careful to restore the GL state to the way
it was. The ScopedGLState RAII code doesn't quite accomplish this because of caching
in the C++ GLContext wrapper, so we have to do this directly from Java code.
This patch adds AndroidBridge::HandleUncaughtException calls to generated JNI wrappers. Also, the JNI annotation now accepts the noThrow flag to indicate that the JNI caller wishes to handle Exceptions manually.
ThrowException throws a new exception with the appropriate message, meant for native JNI methods that return to Java code (i.e. methods in AndroidJNI.cpp).
HandleUncaughtException will be called by the generated JNI stubs that C++ code uses. HandleUncaughtException calls the new GeckoAppShell.handleUncaughtException method, which behaves exactly like the normal uncaught exception handler (annotates the crash report and crashes). GeckoAppShell.handleUncaughtException has the noThrow annotation that will be seen by the generated code; as a result, its generated stub will not call HandleUncaughtException and result in a loop.
