specific prototyped typedefs since readline 4.2.
They've been working since because compatibility typedefs have been
until they were removed in readline 6.3.
Hint found here: https://bugs.gentoo.org/show_bug.cgi?id=504208
* avcodec/utvideoenc: fix slice_bits size
* avcodec/snow: split block clipping checks
* avcodec/ansi: fix integer overflow
* avcodec/msrle: use av_image_get_linesize() to calculate the linesize
* avformat/mpegtsenc: Check data array size in mpegts_write_pmt()
* avcodec/wmalosslessdec: fix mclms_coeffs* array size
* samplefmt: avoid integer overflow in av_samples_get_buffer_size()
* avcodec/vc1: reset fcm/field_mode in non advanced header parsing
* avcodec/takdec: always check bits_per_raw_sample
* avcodec/vmnc: Check that rectangles are within the picture
* dnxhdenc: fix mb_rc size
* pthread_frame: flush all threads on flush, not just the first one
* rtpdec_asf: Copy the need_parsing field from the chained demuxer
* Fix compilation on ARM with android gcc 4.7
* Allow decoding of slightly broken Nikon avi files.
* avcodec/hevc: Simplify get_qPy_pred()
* avcodec/mpeg4videodec: Check for bitstream overread in decode_vol_header()
* avcodec/h264: use subsample factors of the used pixel format
* avformat/bink: Check return value of av_add_index_entry()
* avcodec/h264: more completely check the loop filter parameters
* avcodec/alsdec: check predictor order against block length
* avcodec/hevc_ps: Use get_bits_long() in decode_vui()
* avcodec/hevc: make check for previous slice segment tighter
* avcodec/hevc: clear tab_slice_address of ctb on error.
* avcodec/hevc: hls_decode_entry: check that the previous slice segment is available before decoding the next
* avcodec/hevc: clear tab_slice_address in hevc_frame_start()
* avcodec/h264: update current_sps & sps->new only after the whole slice header decoder and init code finished
* avcodec/h264: Disallow pps_id changing between slices
* avcodec/aacdec: Fix pulse position checks in decode_pulses()
* avcodec/hevc: propagate error code from hls_coding_quadtree()
* avcodec/tiff: reset geotag_count in free_geotags()
* avcodec/vc1: Check bfraction_lut_index
* avcodec/vc1: factor read_bfraction() out
* avcodec/vc1dec: field pictures with direct mode MBs, followed by frame pictures are not supported
1.2.5 was released on 2014-01-16. It is the latest stable FFmpeg
release from the 1.2 release branch, which was cut from master on
2013-03-07. Amongst lots of other changes, it includes all changes
from ffmpeg-mt, libav master of 2013-03-07, libav 9 as of 2013-03-07.
* pkg/48508 refers only SunOS and NetBSD (in fact, only NetBSD 5 and
Solaris 10 - but I expect at least lower versions come with same
issues and higher might have improved toolchain)
* check only for x86 architectures (no sse3 on sparc, ppc, arm, mips, ...)
* only require minimum gcc version when gcc is the used compiler - SunPRO,
clang, pcc ... might behave differently
* hopefully someone picks it up and fix the binutils dependency, if required
SMPEG is a free MPEG1 video player library with sound support. Video playback is
based on the ubiquitous Berkeley MPEG player, mpeg_play v2.2. Audio is played
through a slightly modified mpegsound library, part of Splay v0.8.2. SMPEG
supports MPEG audio (MP3), MPEG-1 video, and MPEG system streams.
When cmake fails to detect the LibVLC version via pkg-config, it will
now try to look it up through the header.
Support for Intel compilers on Windows was added.
MetaObject compliation will now reliably pick the correct interface API
version to build against preventing features being unavailable or unused.
Plugin installation now uses UTF-8 encoding for everything to prevent
encoding issues.
MetaObject compliation will now reliably pick the correct interface API
version to build against preventing features being unavailable or unused.
Improved rpath handling.
Build fixed for Mac OS X.
PulseSupport::setupStreamEnvironment creates more verbose output now.
Ensure older backends retain volume control over PulseAudio streams.
either because they themselves are not ready or because a
dependency isn't. This is annotated by
PYTHON_VERSIONS_INCOMPATIBLE= 33 # not yet ported as of x.y.z
or
PYTHON_VERSIONS_INCOMPATIBLE= 33 # py-foo, py-bar
respectively, please use the same style for other packages,
and check during updates.
Use versioned_dependencies.mk where applicable.
Use REPLACE_PYTHON instead of handcoded alternatives, where applicable.
Reorder Makefile sections into standard order, where applicable.
Remove PYTHON_VERSIONS_INCLUDE_3X lines since that will be default
with the next commit.
Whitespace cleanups and other nits corrected, where necessary.
* library.mak: only run asm strip if ASMSTRIP flags are set
* configure: remove code that disables striping in the absence of some flags
* This more closely matches the actual use, also we use plain strip without these flags for striping
* avformat/utils/av_probe_input_buffer2: fix buffer passed to ffio_rewind_with_probe_data()
* avformat/utils/av_probe_input_buffer2: fix offset check
* avformat/utils/av_probe_input_buffer2: Fix pd.buf_size
Fix a crash on oom when decoding hevc.
avcodec/hevc: Check entry point arrays for malloc failure
hevc: Bound check slice_qp
hevc: Reject impossible dependent tile
hevc: remove useless clip in FUNC(sao_band_filter)()
hevc: clip pixels when transquant bypass is used
BD+ is a part of the Blu-ray Disc DRM system. This library provides
an open source implementation of the standard.
This library is not complete, in that it will never be complete
and will always require updates to stay up to date with the latest
Bluray disks released.
The general flow on this library is that the higher level 'player'
code will call us if there exist a "BDSVM/00000.svm" file on the
disk. If this is the case it will call bdplus_init(), connect the
library with other parts of BluRay player and call bdplus_start().
BD+ VM executes the DLX assembled code inside the SVM file. This
will perform thousands of AES, SHA, file reads and detailed memory
checks to guess the authenticity of the player.
If all goes well, the SVM will eventually spit out a 'conversion
table'. This is a large table (usually about 1-2MB but it varies)
which contains offsets into the M2TS video file. (usually the main
title).
