Because the parent process lacks information about the current shell
size, the child has to send both the current and the new shell size to
the parent. The parent then applies the delta to the window size. This
can produce different results for calls with the same arguments,
whenever a previous call did not have enough time to update the child
with its new size.
The implementation is replaced by applying the delta in the child.
Differential Revision: https://phabricator.services.mozilla.com/D160261
Implementations of nsIEmbeddingSiteWindow and nsIBaseWindow largely
overlap, and where they don't, the nsIEmbeddingSiteWindow implementation
of the otherwise shared interface is primarily stubbed out with the
exception of Get/SetDimensions().
This patch moves a reimplementation of Get/SetDimensions() from
nsIEmbeddingSiteWindow to nsIBaseWindow. The other methods of
nsIEmbeddingSiteWindow remain covered by nsIBaseWindow.
Get/SetDimensions() can be implemented as part of nsIWebBrowserChrome
where nsIBaseWindow is not necessary. This removes the need for
nsIEmbeddingSiteWindow.
Blur() has also been moved to nsIWebBrowserChrome, as only
nsContentTreeOwner has an actual implementation which we in theory also
want to call from BrowserChild/Parent, but the spec suggests to
"selectively or uniformly ignore calls".
GetVisibility() had an implementation in BrowserChild that pretended to
always be visible. Instead of providing an interface for that,
nsDocShell now handles the not implemented case for tree owners.
nsIEmbeddingSiteWindow::GetSiteWindow() used to call through to
nsIBaseWindow::GetParentNativeWindow().
The Get/SetDimensions() implementation has been replaced with a strongly
typed setter, which is now also used directly from nsGlobalWindowOuter
to avoid problems that come with autodetecting unchanged dimensions,
when the current dimensions are outdated (e.g. immediately reverting a
change can be ignored).
Differential Revision: https://phabricator.services.mozilla.com/D160260
Because the parent process lacks information about the current shell
size, the child has to send both the current and the new shell size to
the parent. The parent then applies the delta to the window size. This
can produce different results for calls with the same arguments,
whenever a previous call did not have enough time to update the child
with its new size.
The implementation is replaced by applying the delta in the child.
Differential Revision: https://phabricator.services.mozilla.com/D160261
Implementations of nsIEmbeddingSiteWindow and nsIBaseWindow largely
overlap, and where they don't, the nsIEmbeddingSiteWindow implementation
of the otherwise shared interface is primarily stubbed out with the
exception of Get/SetDimensions().
This patch moves a reimplementation of Get/SetDimensions() from
nsIEmbeddingSiteWindow to nsIBaseWindow. The other methods of
nsIEmbeddingSiteWindow remain covered by nsIBaseWindow.
Get/SetDimensions() can be implemented as part of nsIWebBrowserChrome
where nsIBaseWindow is not necessary. This removes the need for
nsIEmbeddingSiteWindow.
Blur() has also been moved to nsIWebBrowserChrome, as only
nsContentTreeOwner has an actual implementation which we in theory also
want to call from BrowserChild/Parent, but the spec suggests to
"selectively or uniformly ignore calls".
GetVisibility() had an implementation in BrowserChild that pretended to
always be visible. Instead of providing an interface for that,
nsDocShell now handles the not implemented case for tree owners.
nsIEmbeddingSiteWindow::GetSiteWindow() used to call through to
nsIBaseWindow::GetParentNativeWindow().
The Get/SetDimensions() implementation has been replaced with a strongly
typed setter, which is now also used directly from nsGlobalWindowOuter
to avoid problems that come with autodetecting unchanged dimensions,
when the current dimensions are outdated (e.g. immediately reverting a
change can be ignored).
Differential Revision: https://phabricator.services.mozilla.com/D160260
Because the parent process lacks information about the current shell
size, the child has to send both the current and the new shell size to
the parent. The parent then applies the delta to the window size. This
can produce different results for calls with the same arguments,
whenever a previous call did not have enough time to update the child
with its new size.
The implementation is replaced by applying the delta in the child.
Differential Revision: https://phabricator.services.mozilla.com/D160261
Implementations of nsIEmbeddingSiteWindow and nsIBaseWindow largely
overlap, and where they don't, the nsIEmbeddingSiteWindow implementation
of the otherwise shared interface is primarily stubbed out with the
exception of Get/SetDimensions().
This patch moves a reimplementation of Get/SetDimensions() from
nsIEmbeddingSiteWindow to nsIBaseWindow. The other methods of
nsIEmbeddingSiteWindow remain covered by nsIBaseWindow.
Get/SetDimensions() can be implemented as part of nsIWebBrowserChrome
where nsIBaseWindow is not necessary. This removes the need for
nsIEmbeddingSiteWindow.
Blur() has also been moved to nsIWebBrowserChrome, as only
nsContentTreeOwner has an actual implementation which we in theory also
want to call from BrowserChild/Parent, but the spec suggests to
"selectively or uniformly ignore calls".
GetVisibility() had an implementation in BrowserChild that pretended to
always be visible. Instead of providing an interface for that,
nsDocShell now handles the not implemented case for tree owners.
nsIEmbeddingSiteWindow::GetSiteWindow() used to call through to
nsIBaseWindow::GetParentNativeWindow().
The Get/SetDimensions() implementation has been replaced with a strongly
typed setter, which is now also used directly from nsGlobalWindowOuter
to avoid problems that come with autodetecting unchanged dimensions,
when the current dimensions are outdated (e.g. immediately reverting a
change can be ignored).
Differential Revision: https://phabricator.services.mozilla.com/D160260
The IPCDataTransfer type is used to transfer Clipboard/Drag & Drop payloads
over IPC to allow them to be written to or read from the relevant system
interfaces. Previously, the system which was used was somewhat complex, and
tried to use Shmem in some cases to store buffers out of line. Now that
BigBuffer is available, it can be simplified substantially.
In addition, this change removed the memory buffer overload of GetSurfaceData,
as the only consumer was using it to immediately send the payload over IPC as a
nsCString. It was changed to instead use `BigBuffer` as that is more efficient
in a large buffer situation, and reduces the number of required copies.
Differential Revision: https://phabricator.services.mozilla.com/D151852
The IPCDataTransfer type is used to transfer Clipboard/Drag & Drop payloads
over IPC to allow them to be written to or read from the relevant system
interfaces. Previously, the system which was used was somewhat complex, and
tried to use Shmem in some cases to store buffers out of line. Now that
BigBuffer is available, it can be simplified substantially.
In addition, this change removed the memory buffer overload of GetSurfaceData,
as the only consumer was using it to immediately send the payload over IPC as a
nsCString. It was changed to instead use `BigBuffer` as that is more efficient
in a large buffer situation, and reduces the number of required copies.
Differential Revision: https://phabricator.services.mozilla.com/D151852
By making image loading in <embed> and <object> behave more like when
an <iframe> loads an image, we can make sure that the synthetic
document generated is process switched if the image is cross
origin. This is done by making image loading in nsObjectLoadingContent
follow the document loading path.
We also make sure that we pass the image size back to the embedder
element to not get stuck with the intrinsic size.
To avoid named targeting being able to target these synthetic
documents, as well as showing up in `Window.frames` and being counted
in `Window.length`, we keep a filtered list of non-synthetic browsing
contexts for that use-case.
This feature is controlled by two prefs:
* browser.opaqueResponseBlocking.syntheticBrowsingContext
This triggers the creation of synthetic documents for images loaded
in <object> or embed.
* browser.opaqueResponseBlocking.syntheticBrowsingContext.filter
This turns on the filtering of synthetic browsing contexts in named
targeting, `Window.length` and `Window.frames`.
Differential Revision: https://phabricator.services.mozilla.com/D148117
Before this change, BrowserChild::RecvUIResolutionChanged calls
UIResolutionChangedSync first, then updates CV bounds. With the setup, when
UIResolutionChangedInternal gets called, the CV bounds hasn't yet been updated
so that UpdateSizesBeforeReflow doesn't get the proper metrics.
This change consists of three parts;
1) Use UIResolutionChangedSync instead of UIResolutionChanged in
nsDocumentViewer::SetBoundsWithFlags which calls
nsPresContext::AppUnitsPerDevPixel which needs to be actually updated by
UIResolutionChangedSync.
2) Move the UIResolutionChangedSync call in RecvUIResolutionChanged after
the SetPositionAndSize in the function.
3) Add a UpdateSizesBeforeReflow call in UIResolutionChangedInternal
As for 1), nsDocumentViewer::SetBoundsWithFlags calls
nsPresContext::AppUnitsPerDevPixel so that UIResolutionChangedInternal needs to be
called synchronously rather than asynchronously.
As for 2), SetPositionAndSize gets called only if the BrowserChild size is changed,
so we need to call UIResolutionChangedSync in other cases.
Differential Revision: https://phabricator.services.mozilla.com/D153687
This still doesn't fire on print settings changes, so it uses the
default page size. Which is probably better than nothing, but...
To make viewport-size media-query listeners work more generally for
printed documents, we would need to re-clone the top document
unconditionally for all print settings changes, which needs front-end
work at least, and is dubious if the page changes dynamically.
Differential Revision: https://phabricator.services.mozilla.com/D150499
The IPCDataTransfer type is used to transfer Clipboard/Drag & Drop payloads
over IPC to allow them to be written to or read from the relevant system
interfaces. Previously, the system which was used was somewhat complex, and
tried to use Shmem in some cases to store buffers out of line. Now that
BigBuffer is available, it can be simplified substantially.
In addition, this change removed the memory buffer overload of GetSurfaceData,
as the only consumer was using it to immediately send the payload over IPC as a
nsCString. It was changed to instead use `BigBuffer` as that is more efficient
in a large buffer situation, and reduces the number of required copies.
Differential Revision: https://phabricator.services.mozilla.com/D151852
The IPCDataTransfer type is used to transfer Clipboard/Drag & Drop payloads
over IPC to allow them to be written to or read from the relevant system
interfaces. Previously, the system which was used was somewhat complex, and
tried to use Shmem in some cases to store buffers out of line. Now that
BigBuffer is available, it can be simplified substantially.
In addition, this change removed the memory buffer overload of GetSurfaceData,
as the only consumer was using it to immediately send the payload over IPC as a
nsCString. It was changed to instead use `BigBuffer` as that is more efficient
in a large buffer situation, and reduces the number of required copies.
Differential Revision: https://phabricator.services.mozilla.com/D151852
This prevents copies and avoids the hack we have to avoid this, which
right now is using nsDependent{C,}String.
Non-virtual actors can still use `nsString` if they need to on the
receiving end.
Differential Revision: https://phabricator.services.mozilla.com/D152519
When the session storage prefs are enabled, GeckoSession updateSessionState will provide the bundle of information, including zoom, scroll, and form data, to the delegate. Currently works for Fission and on Fenix.
Differential Revision: https://phabricator.services.mozilla.com/D148215
When setting focus to input element, Gecko sets focused element to central via
`zoomToFocusedInput`. So when we receives `focusin` event, content may be
scrolled and zoomed. To pass correct element rectangle, we have to wait until
it is completed.
Fennec added `PanZoom:StateChange` event to listen APZ state. So GV should use
same way.
Differential Revision: https://phabricator.services.mozilla.com/D150453
When the session storage prefs are enabled, GeckoSession updateSessionState will provide the bundle of information, including zoom, scroll, and form data, to the delegate. Currently works for Fission and on Fenix.
Differential Revision: https://phabricator.services.mozilla.com/D148215
When setting focus to input element, Gecko sets focused element to central via
`zoomToFocusedInput`. So when we receives `focusin` event, content may be
scrolled and zoomed. To pass correct element rectangle, we have to wait until
it is completed.
Fennec added `PanZoom:StateChange` event to listen APZ state. So GV should use
same way.
Differential Revision: https://phabricator.services.mozilla.com/D150453
The current implementation of TimelineConsumers contains some unnecessary
complexity due to how it is initialized as a singleton, and the need for it to
be initialized and used in a threadsafe way. This patch attempts to simplify it
by making all members static, and removing the need to explicitly observe
shutdown for cleanup.
In addition, this approach avoids the risk of the type being accessed from
off-main-thread during initialization or shutdown.
Depends on D150442
Differential Revision: https://phabricator.services.mozilla.com/D150443
When the session storage prefs are enabled, GeckoSession updateSessionState will provide the bundle of information, including zoom, scroll, and form data, to the delegate. Currently works for Fission and on Fenix.
Differential Revision: https://phabricator.services.mozilla.com/D148215
When the session storage prefs are enabled, GeckoSession updateSessionState will provide the bundle of information, including zoom, scroll, and form data, to the delegate. Currently works for Fission and on Fenix.
Differential Revision: https://phabricator.services.mozilla.com/D148215
We want to skip InitRendering only when parent side does not requested to connect layers. Current implementation is not clear about meaning of "mLayersConnected == Some(false)". It has the following 2 meanings.
[1] parent side does not request to connect layers.
[2] parent side requested to connect layers, but the connect was failed.
We need to distinguish between [1] and [2]. mLayersConnectRequested is added for it.
Differential Revision: https://phabricator.services.mozilla.com/D149637
In bug 1728062 we made it so that we that we skip
BrowserChild::ReinitRendering if the BrowserChild is not connected to
a compositor. This was in order to avoid initializing the compositor
for windowless browsers.
However, in cases where the GPU process dies before an initial
InitRendering has completed, then the BrowserChild will also be left
not connected to a compositor, with mLayersConnected == Some(false).
ReinitRendering will be called once the new GPU process has been
launched, but due to this condition we will exit early, and the tab
will be left in an unusable state.
To fix this, this patch changes the early return condition to only
check for mLayersConnected.isNothing(), ie we never even attempted to
initialize rendering. When it is Some(false), ie we attempted and
failed, then ReinitializeRendering is still executed.
Differential Revision: https://phabricator.services.mozilla.com/D149619
With the use of mStorageAccessPermissionGranted reduced to a single meaning, it turns out to be entirely redundant with the variable on the inner window.
Depends on D147867
Differential Revision: https://phabricator.services.mozilla.com/D147868
With the use of mStorageAccessPermissionGranted reduced to a single meaning, it turns out to be entirely redundant with the variable on the inner window.
Depends on D147867
Differential Revision: https://phabricator.services.mozilla.com/D147868
This is largely a straightforward find and replace of various methods, with the
unnecessary arguments removed and compiler errors fixed.
Differential Revision: https://phabricator.services.mozilla.com/D148532
With the use of mStorageAccessPermissionGranted reduced to a single meaning, it turns out to be entirely redundant with the variable on the inner window.
Depends on D147867
Differential Revision: https://phabricator.services.mozilla.com/D147868
For making this, `BrowserParent` (temporarily) store sent keyboard events which
wants reply from the remote process. Then, when it gets a reply event received,
it compares whether the event data is broken or not.
Differential Revision: https://phabricator.services.mozilla.com/D145944
Previously, even for remote in-process iframes, it was only possible to retrieve the top level BrowsingContext for the remote process by getting the managing BrowserParent.
This makes it possible to get the correct BrowsingContext even for in-process iframes.
Differential Revision: https://phabricator.services.mozilla.com/D147716
If a IPCDataTransferItem fails to be converted, the subsequent IPCDataTransferItems
will be ignored, and the data in Shmem won't be deallocated properly if any.
Differential Revision: https://phabricator.services.mozilla.com/D145940
