When ContentCacheInParent::RequestIMEToCommitComposition() returns true,
the remote process will synthesize eCompositionCommit event. This causes
destroying TextComposition event in the remote process (by
IMEStateManager::DispatchCompositionEvent()). Then,
IMEStateManager::DispatchCompositionEvent() will recreate new TextComposition
instance when it receives new composition event. Then, it may request
to commit composition to the main process via PuppetWidget accidentally.
So, after PuppetWidget::RequestIMEToCommitComposition() synthesizes
eCompositionCommit, PuppetWidget should discard following composition events
until it receives eCompositionStart since they are unnecessary for the content
and they are for the old composition, i.e., outdated events.
MozReview-Commit-ID: BNRcoYxABpd
--HG--
extra : rebase_source : caea469afeed8cc373aeca33199ac0d570052569
The property in question is the offset from the content process to the
chrome process, but it gets called various things for historical
reasons. Let's be consistent and just call it the chrome offset
everywhere.
Also, in some places this was needlessly getting turned into a
nsIntPoint via ToUnknownPoint(), only to be turned back into a
LayoutDeviceIntPoint at all the use sites. So this patch also updates
some function signatures to avoid the needless conversion.
No functional changes.
MozReview-Commit-ID: AuhEUfa64Uj
--HG--
extra : rebase_source : 20e1895fefd944f98307a8437f977252ee2c3185
According to the log in crash reports, eCompositionCommitRequestHandled is
sent to ContentCacheInParent twice or more for a composition. This causes
breaking mPendingCompositionCount and mPendingEventsNeedingAck management.
Currently, nsIWidget::NotifyIME() should be called only by
TextComposition::RequestToCommit(). Therefore, the method should manage if
it should request it actually. If the composition has already received
eCompositionCommit(AsIs) event, it shouldn't request it because parent process
may have already stated new composition and it shouldn't be broken by request
for old composition.
MozReview-Commit-ID: 2ekSa6EIeRP
--HG--
extra : rebase_source : d23aa29ce7871e83b99cec8c15aff0c580e08fb4
Currently if you write an async IPDL method which has a return value, we expose
a SendXXX method which returns a MozPromise. This MozPromise can then be
->Then-ed to run code when it is resolved or rejected.
Unfortunately, using this API loses ordering guarantees which IPDL provides.
MozPromise::Then takes an event target, which the resolve runnable is dispatched
to. This means that the resolve callback's code doesn't have any ordering
guarantees relative to the processing of other IPC messages coming over the same
protocol.
This adds a new overload to SendXXX with two additional arguments, a lambda
callback which is called if the call succeeds, and a lambda callback which is
called if the call fails. These will be called in order with other IPC messages
sent over the same protocol.
MozReview-Commit-ID: FZHJJaSDoZy
Because UBSan complains about casting -1:
> runtime error: load of value 4294967295, which is not a valid value for type 'nsCursor'
--HG--
extra : rebase_source : 037a96700228ea0d427afa7c25c40490c701cdc4
Telemetry and some performance profiles show that Msg_NotifyIMEFocus can take
a few seconds to complete, and jank the browser. With bug 1217700, it removes
the necessity of sync Msg_NotifyIMEFocus, so in this patch we make this async
for performance improvement.
MozReview-Commit-ID: 15eUwMJ2Q7H
--HG--
extra : rebase_source : b463e6e881ca5ebec00d0f76e29ca103059b3ddd
Android now supports telling an IME that it shouldn't store user-entered content into it's dictionary/language model/etc. and we want to automatically enable this in private browsing.
As the code that handles input on Android doesn't have any notion of tabs (and therefore of the difference between normal and private tabs), the best way to get that info across is to retrieve it directly within the IMEStateManager from the corresponding document and store it in the inputContext, which is then passed to Java for Fennec to handle.
Implementing this within Gecko also has the benefit that this part of the code can be used by other platforms as well should they want to support similar features in the future.
MozReview-Commit-ID: DsxjC4Ma7DR
--HG--
extra : rebase_source : f0940cb40170ab32cf5a172d07a61d083427be8a
nsIWidget::NotifyIME() should call only TextEventDispatcher::NotifyIME() if it's necessary. Then, TextEventDispatcher::NotifyIME() calls TextEventDispatcherListener::NotifyIME() if it's necessary. E.g., requests to IME are necessary only for TextInputProcessor or native IME handler because the composition is only owned by one of them. However, notifications are necessary for both of them since focused editor contents and its focus state are shared.
So, it doesn't need to call nsBaseWidget::NotifyIMEInternal() if all NotifyIMEInternal() implementations are moved to proper TextEventDispatcherListener::NotifyIME(). Currently, nsBaseWidget::NotifyIMEInternal() is implemented only by PuppetWidget. It sends notifications and requests to the parent process for native IME. Therefore, we can move NotifyIMEInternal() implementation to TextEventDispatcherListener::NotifyIME() which is implemented by PuppetWidget.
This patch moves PuppetWidget::NotifyIMEInternal() implementation to PuppetWidget::NotifyIME() of TextEventDispatcherListener class, not of nsIWidget and removes NotifyIMEInternal() completely.
With this change, handling order is changed. Old behavior is, TextEventDispatcher::NotifyIME() calls TextEventDispatcherListener::NotifyIME() before handling NOTIFY_IME_OF_FOCUS and then, nsBaseWidget::NotifyIME() sends the notification to the parent process. However, new behavior is, the notification is sent before TextEventDispatcher::NotifyIME() handles NOTIFY_IME_OF_FOCUS. Therefore, with new handling order, TextEventDispatcher can have IME notification requests after setting focus correctly. Additionally, TextEventDispatcher for PuppetWidget updates the notification requests at every event dispatch via TextEventDispatcher::BeginInputTransactionInternal() by the previous patch.
So, with those patches, IMEContentObserver can refer actual IME notification requests correctly even after we'll make focus notification to async message.
MozReview-Commit-ID: JwdQ68BjTXL
--HG--
extra : rebase_source : fbc7e311d83aab3b38fdd5c1b5c24d85458eb77b
In the parent process, every nsIWidget instance like nsWindow has TextEventDispatcher instance after dispatching a keyboard event or a composition event. Then, TextEventDispatcher manages whether there is composition and handles NotifyIME. However, PuppetWidget doesn't have it unless it synthesizes keyboard events or composition events for tests.
This causes PuppetWidget implementing nsIWidget::NotifyIME() with nsBaseWidget::NotifyIMEInternal() which is a virtual method only implemented by PuppetWidget. For consistent implementation around here, we should move NotifyIMEInternal() implementation to TextEventDispatcherListener::NotifyIME() which is called by TextEventDispatcher::NotifyIME(). Then, PuppetWidget can handle NotifyIME() easier.
This patch creates TextEventDispatcher::BeginInputTransactionFor() which takes pointer to a dispatching event and pointer to PuppetWidget. It emulates each corresponding event dispatcher method for managing composing state and begins input transaction for the dispatching event.
Unfortunately, this implementation is ugly due to duplicated code. However, this is enough for now. When we need to make TextEventDispatcher manage more states, we should add methods which are shared by both BeginInputTransactionFor() and event dispatcher method.
MozReview-Commit-ID: GeP028luZjR
--HG--
extra : rebase_source : ce71ce4d7ba52aeb12bff2c403c9a6df47ea3a11
The problem is, only when requesting IME to commit or cancel composition is handled synchronously, TabParent does not send the dispatched eCompositionCommit(AsIs) event to the remote process. Therefore, TabParent (and ContentCacheInParent) never receives the message from the remote process.
This patch makes TabChild notifies TabParent of eCompositionCommitRequestHandled special event message after TabChild dispatches eCompositionCommit into the DOM tree. Then, ContentCacheInParent should decrease mPendingCompositionCount and mPendingEventsNeedingAck as usual composition event messages.
MozReview-Commit-ID: 7ec5HPiE687
--HG--
extra : rebase_source : a9366abf6f8feec2d6ac639fd37f5b5c6ddd9586
Synth mouse move events are triggered by layout changes, which should
not interrupt reflow.
MozReview-Commit-ID: 5VFJFOXH3BB
--HG--
extra : rebase_source : ac976b508fac0aa661b75c630c55528d518ec52f
PBrowser::RequestNativeKeyBindings() is used only when somebody tries to
execute native key bindings for synthesized keyboard events. Therefore, it
doesn't need to retrieve edit commands for all editor types. Instead, it
should take the editor type and just return the edit commands for it.
MozReview-Commit-ID: HF4Gz99SBQP
--HG--
extra : rebase_source : e332d2ef5ae36949a9a362d8f95c5d427c9812e7
Now, nsIWidget::ExecuteNativeKeyBinding() isn't used by anybody for executing
edit commands. Instead, they need array of edit commands for the key
combination. So, the method should be renamed to GetEditCommands() and just
return edit commands as an array.
MozReview-Commit-ID: 4G0B1lJ8Lbe
--HG--
extra : rebase_source : 4a5829281d59677c773950c34d91a1cd8074d243
Synthesized keyboard events in child process doesn't have edit commands when
it's being dispatched. With the old design, PuppetWidget needed to store all
edit commands for dispatching keyboard event but it's not necessary now because
WidgetKeyboardEvent will get only necessary edit commands when
WidgetKeyboardEvent::ExecuteEditCommands() is called.
So, PuppetWidget should stop calling TabChild::RequestNativeKeyBindings()
before dispatching keyboard events.
This patch changes browser_audioTabIcon.js which becomes permanent orange with
this change.
MozReview-Commit-ID: 1eK1mUahRMO
--HG--
extra : rebase_source : 13ce4aca8e45fa3d4b739a978bfa7dbddaf58ae3
When eKeyPress event is dispatched from TabParent to a remote process, it
should store edit command for all editor types. Then, copied
WidgetKeyboardEvent in the remote process doesn't need to request the edit
commands when its ExecuteEditCommands() is called.
Note that this patch also changes a automated test, browser_bug1316330.js,
that uses nsIDOMWindowUtils.dispatchDOMEventViaPresShell() to dispatch
repeated keyboard events in the tab. However, it should use synthesizeKey()
to emulate everything of native keyboard events and the API can dispatch
repeated keyboard events too. (And the test has a bug. It tries to wait 0.5
sec when every keydown or keypress event. However, it fails since startTime
is never initialized. This patch fixes this bug too.)
MozReview-Commit-ID: IYhyxqH3Ch8
--HG--
extra : rebase_source : 0db911e8e6ea7fc537bda76f4cc0f8952cc13dd2
Currently, edit commands for native key bindings are stored in widget. This is
stateful and really complicated in content process because it needs to cache
them.
We can make this simpler if we make WidgetKeyboardEvent store edit commands for
the key combination. Then, child process can handle it even if it's delayed
event or it's a nested event.
This patch adds arrays to WidgetKeyboardEvent to store edit commands which are
initialized with nsIWidget::ExecuteNativeKeyBinding() and adds
WidgetKeyboardEvent::ExecuteEditCommands() to execute stored edit commands as
same as nsIWidget::ExecutenativeKeyBinding().
MozReview-Commit-ID: BGRvBrLz5lp
--HG--
extra : rebase_source : b7ecd704d9c331ca1e0aedc66f230114015b853b
IMEContentObserver may need to change notifications to send when TextInputProcessor begins input transaction. In current design, IMEContentObserver needs to retrieve IMENotificationRequests at every change. However, if nsIWidget returns a reference to its IMENotificationRequests, IMEContentObserver can call it only once.
For that purpose, this patch changes nsIWidget::GetIMENotificationRequests() to nsIWidget::IMENotificationRequestsRef() and make it return |const IMENotificationRequests&|. However, if the lifetime of the instance of IMENotificationRequest is shorter than the widget instance's, it's dangerous. Therefore, it always returns TextEventDispatcher::mIMENotificationRequests. TextEventDispatcher's lifetime is longer than the widget. Therefore, this guarantees the lifetime.
On the other hand, widget needs to update TextEventDispatcher::mIMENotificationRequests before calls of nsIWidget::IMENotificationRequestsRef(). Therefore, this patch makes TextEventDispatcher update proper IMENotificationRequests when it gets focus or starts new input transaction and clear mIMENotificationRequests when it loses focus.
Note that TextEventDispatcher gets proper requests both from native text event dispatcher listener (typically, implemented by native IME handler class) and TextInputProcessor when TextInputProcessor has input transaction because even if TextInputProcessor overrides native IME, native IME still needs to know the content changes since they may get new input transaction after that.
However, there may not be native IME handler in content process. If it runs in Android, PuppetWidget may have native IME handler because widget directly handles IME in e10s mode for Android. Otherwise, native IME handler is in its parent process. So, if TextInputHandler has input transaction in content process, PuppetWidget needs to behave as native event handler. Therefore, this patch makes PuppetWidget inherit TextEventDispatcherListener and implements PuppetWidget::IMENotificationRequestsRef().
MozReview-Commit-ID: 2SW3moONTOX
--HG--
extra : rebase_source : d2634ada6c33dbf7a966fadb68608411ee24bfab
Sebastian Hengst
Alex Gaynor
Tristan Bourvon
Milan Sreckovic
Masayuki Nakano
Kartikaya Gupta
Nika Layzell
sotaro
Nicholas Nethercote
Henry Chang
Michael Layzell
Jan Henning
Bevis Tseng
Samael Wang
Andrew Osmond
Carsten "Tomcat" Book
Wes Kocher
Mike Conley
Karl Tomlinson
Ehsan Akhgari
Masatoshi Kimura
vincentliu
Sotaro Ikeda