This makes UpdateLayerTree synchronous enough to ensure that the layer
transaction from the child reaches the compositor. Given the comment in
http://searchfox.org/mozilla-central/rev/484d2b7f51b7aed035147bbb4a565061659d9278/dom/interfaces/base/nsIDOMWindowUtils.idl#106
this seems to be the original intent of this function anyways. Without this, we
can have a race between the child talking to the compositor and the child
talking to the parent talking to the compositor.
This also changes GetCompositorBridgeChild to work even when the widget doesn't
have a CompositorBridge
This makes UpdateLayerTree synchronous enough to ensure that the layer
transaction from the child reaches the compositor. Given the comment in
http://searchfox.org/mozilla-central/rev/484d2b7f51b7aed035147bbb4a565061659d9278/dom/interfaces/base/nsIDOMWindowUtils.idl#106
this seems to be the original intent of this function anyways. Without this, we
can have a race between the child talking to the compositor and the child
talking to the parent talking to the compositor.
This also changes GetCompositorBridgeChild to work even when the widget doesn't
have a CompositorBridge
This adds the call NS_SetCurrentThreadName() to the thread created using
base::Thread (e.g. the Compositor thread) so that the name gets annotated in the
crash report and displayed on socorro.
MozReview-Commit-ID: 9bNeHlhbicA
--HG--
extra : amend_source : a7c0c09e7fa057df4c0e212e1579961c3f9617b1
extra : histedit_source : 8919f69bc68861858105efed12cc0a37404b38b0
The lifetime of async IPDL returned promise may be longer than its actor.
That is, the handler (receiver) may have not resolve/reject the promise when the actor
is destroyed. In this case, we have to reject all the pending promises before
ActorDestroy() is called on the "sender" side.
Besides, the handler (receiver) can reject with reason "ActorDestroyed" to silently
cancel the promise without trying to reply to the remote actor which may
have died. The sender-side promise is responsible for rejecting the pending promises,
which will be done in MessageChannel::RejectPendingPromisesForActor().
MozReview-Commit-ID: 4XjmquZzDBO
--HG--
extra : rebase_source : 48539e35e4587e09be1d66497b1ea32d1a95ee9a
This function is arguably nicer than calling NS_ProcessNextEvent
manually, is slightly more efficient, and will enable better auditing
for NS_ProcessNextEvent when we do Quantum DOM scheduling changes.
The wrapper should have the same liftime as the underlying
MessageLoop. This patch use the MessageLoop's DestructionObserver to
manage the lifetime of the wrapper.
MozReview-Commit-ID: 44ps4TKl3yQ
The wrapper should have the same liftime as the underlying
MessageLoop. This patch use the MessageLoop's DestructionObserver to
manage the lifetime of the wrapper.
MozReview-Commit-ID: 44ps4TKl3yQ
The new telemetry tag is for probing the best IPC message pre-allocate size to avoid
realloc overhead. We only count those message size which is greater than 4096.
This tag integrates IPC_MESSAGE_SIZE and MESSAGE_MANAGER_MESSAGE_SIZE2 which
have both expired.
MozReview-Commit-ID: GjvuidGJ7pz
--HG--
extra : rebase_source : 1da13b3f2b5b042d0445abd6051993e2fb317f93
Takes functionality that was in the WebAuthentication class that now
needs to be handled by the parent process, and moves it to the
U2FTokenManager singleton class. U2FTokenManager is created on the
PBackground thread during the first WebAuthn transaction, and manages
hardware access and transaction management for the lifetime of the
browser session. Patch also adds parent classes for WebAuthn IPC
protocol.
MozReview-Commit-ID: EnhgUTPdlMZ
Takes functionality once in the WebAuthentication DOM class that needs
to be handled by the content process, and moves it to a
singleton (per-content-process) manager class. This allows the
WebAuthn API to centralize management of transactions and IPC
channels. Patch also creates the child (content-process) classes for
WebAuthn IPC channels.
MozReview-Commit-ID: 6ju2LK8lvNR
We proxy all accessibility information for the content through the main process
so its unnecessary and possibly confusing to expose accessibility information
from the content processes. Further ATK's use of dbus uses syscalls that we
would like to disallow within sandboxed content processes.
PLayerTransaction's constructor was previously synchronous so we could
return a TextureFactoryIdentifier. This is quite reliably available
already in the case of opening a tab, due to RenderFrameParent knowing
which compositor it is attached to, so we can make the constructor
asynchronous.
In the top-level widget case, we add a new synchronous message to find
the TextureFactoryIdentifier.
PLayerTransaction's constructor was previously synchronous so we could
return a TextureFactoryIdentifier. This is quite reliably available
already in the case of opening a tab, due to RenderFrameParent knowing
which compositor it is attached to, so we can make the constructor
asynchronous.
In the top-level widget case, we add a new synchronous message to find
the TextureFactoryIdentifier.
