Add Intra 8x8 support
Add no_deblocking support inside T8x8
Add CABAC parse support
Add static data sheet for dequant
Fix bugs and clean/astyle the code
Remove build warnings
Modify the UT cases
Fix the ParseNalHeader bug
This makes sure the code is at least somewhat tested. Ideally those
assembly functions should be upgraded to work in 64 bit mode as well,
but until then it's better to actually use them in the configurations
where they can be built.
The apple assembler for arm can handle the gnu binutils style
macros just fine these days, so there is no need to duplicate all
of these macros in two syntaxes, when the new one works fine in all cases.
We already require a new enough assembler to support the gnu binutils
style features since we use the .rept directive in a few places.
The apple assembler for arm64 can handle the gnu binutils style
macros just fine, so there is no need to duplicate all of these
macros in two syntaxes, when the new one works fine in all cases.
We already require a new enough assembler to support the gnu binutils
style features since we use the .rept directive in a few places.
This makes for a chroma plane of 2x2. The SIMD versionf of generic
downscalers assume that the width and height is at least 2, since
it does an unconditional loop for the body of the image, and a
separate step for the last pixel and last row. The SIMD versions
assume that (width-1) and (height-1) are larger than zero.
This is the same fix as in e8cdbd2ea7, but making sure it applies
to both dimensions, that commit only fixed it for one of the
dimensions.
This fixes spurious crashes in EncodeDecodeTestAPI.SimulcastSVC.
Previously this used unofficial, apple specific syntax (with fallback
macros for gnu binutils), since Xcode 5.x didn't support the official
syntax of these instructions. Since Xcode 6 has been out for quite a
number of months already, it should be safe to require this (for
building 64 bit binaries for iOS, armv7 builds can still be built
with older Xcode versions).
This clarifies the code by avoiding apple specific syntax in the
assembler instructions.
