- arm-fpu-fix patch: Drop the host tools hunk added in 5.9.0-2, fixed upstream
Also rename the patch file from
qtwebengine-opensource-src-5.9.0-arm-fpu-fix.patch to
qtwebengine-opensource-src-5.9.2-arm-fpu-fix.patch because the patch was
rebased. Otherwise, it is easy to miss that the patch was rebased. (I
did, I only noticed it now while working on the RPM Fusion package. And
I might easily have missed it again and run into a build failure due to
that.)
* Sat Oct 14 2017 Kevin Kofler <Kevin@tigcc.ticalc.org> - 5.9.2-2
- Do not call the Chromium unbundling script on re2, QtWebEngine now
auto-detects and uses the system re2 out of the box
- Drop system-re2 patch (patching the no longer used unbundle/re2.gn), the
QtWebEngine re2/BUILD.gn is already correct
* Fri Jun 30 2017 Kevin Kofler <Kevin@tigcc.ticalc.org> - 5.9.1-1
- Update to 5.9.1
- Rebase qtbug-61521 patch (drop the parts that are already in 5.9.1)
- Drop backported GN aarch64 patches already included in 5.9.1
* Sun Jun 25 2017 Kevin Kofler <Kevin@tigcc.ticalc.org> - 5.9.0-3
- Fix broken binary compatibility for C memory management functions (incomplete
upstream fix for QTBUG-60565)
* Tue Jun 13 2017 Kevin Kofler <Kevin@tigcc.ticalc.org> - 5.9.0-2
- arm-fpu-fix patch: Also build the host tools (i.e., GN) with the correct FPU
This ensures GN does not get built with NEON on 32-bit armv7hl. The ARM
builders don't necessarily support NEON. (The Fedora one apparently
does, but the RPM Fusion one apparently does not.)
* Add the dependency on the SSE2 build to a target QtWebEngine actually
uses.
* Also handle v8_build_shared in the V8 inspector, so the symbols
actually get exported.
- Backport upstream patch to fix native builds on ARM and aarch64
(QTBUG-61128)
- Drop "Backport patch to fix FTBFS with GCC on aarch64 from upstream
Chromium"
- Drop "Delete all "toolprefix = " lines from
build/toolchain/linux/BUILD.gn"
Runtime detection would be nice to have, but for now this is the same
state as in 5.8. NEON is also not runtime-detected there. The x86_64 and
aarch64 builds will get the SIMD optimizations, the i686 and armv7hl
ones won't for now.
* add missing configs for the blink_x86_sse2 source set in
src/3rdparty/chromium/third_party/WebKit/Source/platform/BUILD.gn
* in src/core/core_module.pro, when processing NINJA_SOLIBS, ignore the
dummy convert_dict shared library used only to get a .pri file
Instead of relying on base/cpu.h, copy its implementation of __cpuid for
GCC/Clang (from base/cpu.cc) and use the original SSE2 detection code
from ANGLE using __cpuid.
- Build the SSE2 code in a separate compilation unit on i686.
- Make supportsSSE2() return always true rather than always false on
x86_64.
- Make supportsSSE2() call the detection code from base/cpu.h instead of
always returning false on i686.
