| Commit message (Collapse) | Author | Age | Lines |
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This removes an unused Telemetry enum
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Excludes layers/ipc/CompositorBridgeParent and CrossProcessCompositorBridgeParent
because the latter purposely uses functions implemented in the former.
See also code comment in CrossProcessCompositorBridgeParent.cpp
Note: likely dead code for us anyway; likely not worth investing in to solve.
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De-unified build requires <string.h> instead of <cstring> to
prevent stdlib confusion.
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With de-unified building we have to re-apply the fix-up
for <cstdio>, and additionally the same for <cstring>
to prevent the compiler picking the wrong versions of
standard functions.
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Legacy, unmaintained and untested D3D9 stereo
output behind a hidden pref that nobody ever uses... :P
'nuf said. Resolves #1450
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This gets rid of platform-dependent hard-coded defaults, but keeps
build-time blocking if there is no GL provider (in which case layers
acceleration almost certainly won't work because it needs a GL
compositor and would likely crash without)
New prefs are
- layers.acceleration.enabled to enable HWA
- layers.acceleration.force to force it enabled (requires .enabled to be
set as well)
This is the platform part of this issue. The rest will be front-end work
(Preference UI integration and pref migration)
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- Teach GLContext about gpu_shader5
- Downgrade shader language version if gpu_shader5 support isn't found.
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required indexing but not the extensions.
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"Why is this still `blocked by default for platform`.. Everyone on Linux
forces it on anyway once they are aware of it." -- Tobin
Tag #1319
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Since the updated OTS supports proper checking of graphite fonts we no
longer need to rely of harfbuzz for them.
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This gets rid of deprecated GetVersionEx() calls as a bonus.
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- Move header licensing from tri-license to MPL 2.0. MPL-compatible
other licensing has been retained where originally present.
- Remove individual superseded licensing terms.
- Remove patches, outdated readmes & incomplete patch summaries.
- Remove incomplete cairo release notes (only went up to 1.6.4 anyway).
- Rewrite COPYING to indicate the current state of the library in tree.
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entire polygon.
This fixes a bug that was introduced three years ago in BZ bug 1268854.
What happened was that the final pass over the polygon assumed that the
current polygon was living in plane[0]. But due to the double buffering,
the "current" polygon alternates between plane[0] and plane[1].
The bug had also introduced an early exit so that we could hit the final
pass at a time where the current, now empty, polygon was in plane[1]. So
we would incorrectly treat all 32 points in plane[0] as part of the
final polygon.
This bug was responsible for intermittently unreasonable numbers in
CompositorOGL's fill rate / overdraw overlay.
This fixes a regression caused by the fix for CVE-2016-5252.
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This reverts commit 09a8b2f19689b679b1268a3004ec5e3f37b9732a.
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entire polygon.
This fixes a regression caused by the fix for CVE-2016-5252
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Fallout from 227b23606b0401245c9f0b15effd45b876b90260
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This fixes flickering/bars/stripes showing up during quickly-updating
operations on Intel hardware when using XRENDER.
For more information, refer to the code comment.
See #1061
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Mozilla tried to enable XRENDER support with backends other than Cairo
in 286348:e13aaaaf1962 /
https://hg.mozilla.org/mozilla-central/rev/e13aaaaf1962 - at least until
they decided to completely remove XRENDER support.
The change looked innocent enough, but actually turned out to do exactly
the opposite: it forcefully enabled image offscreen surfaces with GTK2
when it was previously disabled (since
gfxPrefs::UseImageOffscreenSurfaces() will always return true) and, by
extension, disabled the XRENDER-based functionality by creating a
non-Xlib surface.
Interestingly, a previously enabled double buffering check was also
disabled by this, but since the comment for this was diverging with the
code, that behavior just sounds like yet another bug.
Instead of disabling image offscreen surfaces (at least when using the
GTK2 backend), let's force the creation of Xlib-based image surfaces
when XRENDER support is enabled. This will let UXP use the more
common/modern code paths, but also make scrolling much faster again. Too
fast scrolling may induce tearing (if not smoothed), but on the other
hand performs much better in remote computing contexts.
As an added benefit, GTK3-based builds should roughly behave the same
way. Further tests with the GTK3-backend enabled will be required in the
future.
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