This was done automatically replacing:
s/mozilla::Move/std::move/
s/ Move(/ std::move(/
s/(Move(/(std::move(/
Removing the 'using mozilla::Move;' lines.
And then with a few manual fixups, see the bug for the split series..
MozReview-Commit-ID: Jxze3adipUh
The frame is notified via its mListener, which is an observer of the
nsImageLoadingContent (mContent).
This last one only notifies for the current and pending requests, otherwise it's
a bug we need to fix there, not wallpaper here, since that'd mean that we forgot
to cancel the previous request. Added assertions to that effect.
Notify() is only called with the this object as a first argument from
imgRequestProxy, so it'd better be non-null, too.
MozReview-Commit-ID: DHaOLph2EAo
ImageLoadingContent.currentURI returns the "URI" of currentRequest, which is
the URI used to start that request. Some consumers need to know the final URI
of that request instead.
If the image request gets redirected on loading (e.g. an add-on intercepts the
request), currentRequestFinalURI will be the redirected URI, while currentURI
would be the original URI before redirect.
MozReview-Commit-ID: 9lX063uAIp1
ImageLoadingContent.currentURI returns the "URI" of currentRequest, which is
the URI used to start that request. Some consumers need to know the final URI
of that request instead.
If the image request gets redirected on loading (e.g. an add-on intercepts the
request), currentRequestFinalURI will be the redirected URI, while currentURI
would be the original URI before redirect.
MozReview-Commit-ID: 9lX063uAIp1
We queried 'loadingprincipal' attribute on the common call path, however
this should be queried if it's loaded by System Principal.
Also rename loadingprincipal to triggeringprincipal
The imgLoader code consistently uses the term 'loadingPrincipal' for the
principal that is called the triggeringPrincipal everywhere else it's used.
This is confusing, and since we need to make changes to how those values are
determined, it should be fixed beforehand.
MozReview-Commit-ID: 8CTHwayzcaD
In order to let necko postpone the load of favicon, we have to set request context ID to the http channel that is created to load favicon.
This patch starts with passing a request context ID to nsContentUtils::LoadImage and makes other necessary changes to set the request context ID to the channel.
Use a boolean to prevent calling SetBlockedRequest asynchronously.
Also use the same boolean to prevent some evil code reenters LoadImage.
Then we should redesign the correct bahavior in those follow-up bugs,
Bug 1353685 - Should ServiceWorker call SetBlockedRequest
Bug 1353683 - consider calling SetBlockedRequest in nsCORSListenerProxy::UpdateChannel
Bug 1371237 - consider calling SetBlockedRequest in nsContentSecurityManager::CheckChannel
As a follow-up from bug 1206961, we will remove calling CanLoadImage in
this bug. Also in the case of CSP check failed, we will call
SetBlockedRequest in those cases.
See https://bugzilla.mozilla.org/show_bug.cgi?id=1267075#c30 for the
analysis between the old and new setup.
This part is mainly to mark the channel as urgent-start if src related
attributes in HTMLImageElement and HTMLInputElement is set and the channel is
open due to user interaction. Unfortunately, we cannot just check the event
state just after creating channel since some loading image tasks will be queue
and execute in stable state. Thus, I store the event state in elements and
pass it to the place where create the channel.
MozReview-Commit-ID: GBdAkPfVzsn
TimeStamp::ProcessCreations()'s aIsInconsistent outparam is ignored by the
majority of its caller. This patch makes it optional. Notably, this makes
ProcessCreation() easier to use in a constructor's initializer list.
This is a bug from https://hg.mozilla.org/mozilla-central/rev/2d171d75b746 (bug 1157546). It took a shortcut in trying to get around one of the downsides of tracking visibility on frames instead of content nodes.
We cannot get our primary frame during FrameCreate calls because FrameCreate is called during the frame's Init() function, which happens before the primary frame pointer is set.
So when TrackImage is called from FrameCreate |frame| will be null but mFrameCreateCalled will be true. So we won't hit the early return that tries to detect nonvisible images.
The comment being removed is just wrong. We can obtain a frame for <feImage> just as well as any other image type.
The thing that is different about <feImage> is that it calls IncApproximateVisibleCount() followed by FrameCreated() in the frame's Init() function. This means that the frame is marked visible at the time of the FrameCreated, and there will be no further calls to TrackImage (because there are no further changes). So the FrameCreated call is the last chance to mark this image visible. The regressing changeset tries to get around this by just considering the image visible whenever we know a frame exists (because of mFrameCreateCalled) but can't access it. This ends up affecting all types of images, not just <feImage>.
The above paragraph is also true for SVG <image> that are non-display.
