There is a common pattern on the web where a click listener is registered on a
container element high up in the DOM tree, and based on the target of the click
events, it performs the appropriate action. In such cases, our existing fluffing
code was not getting activated anywhere inside the container, because the entire
container was considered clickable. However, this is not user-friendly because
often the actual targets inside the container are small and hard to hit. Also,
the fluffing code will often take the container element itself as the target,
even if the user actually hit something inside the container.
This patch changes this behaviour so when an event hits inside a clickable
container, fluffing still occurs, but is restricted to DOM descendants of the
container. This allows fluffing to work in the above scenarios, and since the
events will bubble up to the container, the listeners on the container are
guaranteed to still trigger.
Adds a new TrustDomain for OCSP Signers which will always allow all acceptible
signature digest algorithms. Calls to most other TrustDomain methods are passed
through to the owning NSSCertDBTrustDomain.
There is a common pattern on the web where a click listener is registered on a
container element high up in the DOM tree, and based on the target of the click
events, it performs the appropriate action. In such cases, our existing fluffing
code was not getting activated anywhere inside the container, because the entire
container was considered clickable. However, this is not user-friendly because
often the actual targets inside the container are small and hard to hit. Also,
the fluffing code will often take the container element itself as the target,
even if the user actually hit something inside the container.
This patch changes this behaviour so when an event hits inside a clickable
container, fluffing still occurs, but is restricted to DOM descendants of the
container. This allows fluffing to work in the above scenarios, and since the
events will bubble up to the container, the listeners on the container are
guaranteed to still trigger.
========
https://hg.mozilla.org/integration/gaia-central/rev/494ef969c9dd
Author: Gabriele Svelto <gsvelto@mozilla.com>
Desc: Merge pull request #31005 from gabrielesvelto/bug-1147237-do-not-listen-to-mozl10n-ready
Bug 1147237 - Do not wait for the mozL10n.ready event and clean up the tests so that they are fully stateless r=kgrandon
========
https://hg.mozilla.org/integration/gaia-central/rev/183076fdd54a
Author: Gabriele Svelto <gsvelto@mozilla.com>
Desc: Bug 1147237 - Do not wait for the mozL10n.ready event and clean up the tests so that they are fully stateless r=kgrandon
This patch finally breaks up forwarding received RIL messages to the
main thread before they go to the RIL worker. Any RIL message that is
received on th I/O thread is forwarded directly to the RIL worker
thread and handed over to the RIL worker JS code.
The patch includes a number of changes. They all depend on each other,
so there's no good way of landing them one-by-one.
* |RilConsumer| now runs on the RIL worker thread.
* |RilWorker| uses tasks to register/unregister |RilConsumer| in the worker.
* |RilConsumer| uses |RilSocket| instead of |StreamSocket|.
* With |RilSocket|, received RIL messages do not go through main. They are
forwared to the RIL worker and handed over to JS immediately.
This patch separates the current interface of |RilConsumer| into
two distinct classes. |RilWorker| provides the public interface
and |RilConsumer| provides the internal implementation. Running
|RilConsumer| on a worker thread will be easier this way.
With this patch, |RilSocket| and it's helpers forward received data
via a WCTD. This will hand over the worker's JS context to the RIL
consumer.
In a later patch, the RIL consumer will be moved onto the RIL worker
thread and call the JS ril-worker code directly.
|RilSocket| and |RilSocketConsumer| are copies of the respective stream-
socket classes. Improvements to the RIL I/O code will be implemented on
top of the new classes.
--HG--
rename : ipc/unixsocket/StreamSocket.cpp => ipc/ril/RilSocket.cpp
rename : ipc/unixsocket/StreamSocket.h => ipc/ril/RilSocket.h
rename : ipc/unixsocket/StreamSocketConsumer.cpp => ipc/ril/RilSocketConsumer.cpp
rename : ipc/unixsocket/StreamSocketConsumer.h => ipc/ril/RilSocketConsumer.h
