Age | Commit message (Collapse) | Author |
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--HG--
rename : src/xine-engine/scratch.h => include/xine/scratch.h
rename : src/xine-utils/xmllexer.h => include/xine/xmllexer.h
rename : src/xine-utils/xmlparser.h => include/xine/xmlparser.h
rename : src/libspucmml/xine_cmml_decoder.c => src/spu_dec/cmml_decoder.c
rename : src/libspuhdmv/xine_hdmv_decoder.c => src/spu_dec/spuhdmv_decoder.c
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--HG--
rename : src/libmusepack/xine_musepack_decoder.c => src/audio_dec/xine_musepack_decoder.c
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The supplied functions and constants allow to define a video output area
(called video window) within the OSD area to show for example a small
preview of the current channel in the top right corner while zapping
through the channel list displayed as OSD.
A VDPAU enabled xine-lib implements VO_CAP_VIDEO_WINDOW_OVERLAY already.
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The new _x_compute_interval functions uses clock_gettime() which is
not provided on OS X. If _POSIX_TIMERS is not defined, use the older
gettimeofday().
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--HG--
rename : src/xine-engine/buffer.h => include/xine/buffer.h
rename : src/libmad/xine_mad_decoder.c => src/audio_dec/xine_mad_decoder.c
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m4/pthreads.m4
* Mingw GCC says that '-pthread' option is unknown.
* Correct library name under Mingw is -lpthreadGC2.
src/xine-engine/demux.c
* function _x_compute_interval cannot be compiled
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This avoids use of strlen(), which doesn't cope well with UTF-16, and
also has the ID3 parser double-NUL-terminate the buffered string.
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broken streams (missing or doubled images in dpb).
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--HG--
rename : src/libmpeg2new/Makefile.am => src/video_dec/libmpeg2new/Makefile.am
rename : src/libmpeg2new/libmpeg2/Makefile.am => src/video_dec/libmpeg2new/libmpeg2/Makefile.am
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ao_loop() called sched_yield() to give other threads a chance to acquire
driver->lock. But on multi-core systems, it takes too long to wake up the
acquiring thread so that ao_loop() takes driver->lock again before the
other threads had a chance to acquire it.
Therefore a cond var is introduced which ao_loop() can wait for. The
cond var will be signalled when one of the other threads has acquired
driver->lock. This prevents starvation.
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--HG--
rename : src/libmpeg2new/include/Makefile.am => src/video_dec/libmpeg2new/include/Makefile.am
rename : src/libmpeg2new/libmpeg2/Makefile.am => src/video_dec/libmpeg2new/libmpeg2/Makefile.am
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--HG--
rename : doc/faq/faq.sgml => doc/faq/faq.docbook
rename : doc/hackersguide/intro.sgml => doc/hackersguide/intro.docbook
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pause/resume freeze with pulseaudio).
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--HG--
rename : doc/faq/faq.sgml => doc/faq/faq.docbook
rename : src/xine-engine/buffer.h => include/xine/buffer.h
rename : src/xine-engine/xine_internal.h => include/xine/xine_internal.h
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Don't give up immediately if demux_unstick_ao_loop() reports that xine might
be stuck, because it's not necessarily so.
According to my tests, this fixes
http://bugs.kde.org/show_bug.cgi?id=180339#c42 and
http://bugs.debian.org/514114.
This has been tested with Amarok and kde 4.1.x (with phonon) and kaffeine.
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(If this causes xine-lib to hang on certain broken streams, we have a problem.)
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It could be because of no free decoder (it should be tried again later).
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--HG--
rename : src/libxineadec/gsm610/long_term.c => contrib/gsm610/long_term.c
rename : src/libxineadec/gsm610/lpc.c => contrib/gsm610/lpc.c
rename : src/libxineadec/gsm610/rpe.c => contrib/gsm610/rpe.c
rename : src/libxineadec/gsm610/short_term.c => contrib/gsm610/short_term.c
rename : src/libfaad/common.h => contrib/libfaad/common.h
rename : src/xine-engine/broadcaster.h => include/xine/broadcaster.h
rename : src/xine-engine/buffer.h => include/xine/buffer.h
rename : src/xine-engine/refcounter.h => include/xine/refcounter.h
rename : src/xine-engine/video_out.h => include/xine/video_out.h
rename : src/xine-engine/vo_scale.h => include/xine/vo_scale.h
rename : src/xine-utils/xineutils.h => include/xine/xineutils.h
rename : src/libxineadec/fooaudio.c => src/audio_dec/fooaudio.c
rename : src/liba52/xine_a52_decoder.c => src/audio_dec/xine_a52_decoder.c
rename : src/libdts/xine_dts_decoder.c => src/audio_dec/xine_dts_decoder.c
rename : src/libfaad/xine_faad_decoder.c => src/audio_dec/xine_faad_decoder.c
rename : src/libxineadec/xine_lpcm_decoder.c => src/audio_dec/xine_lpcm_decoder.c
rename : src/libmad/xine_mad_decoder.c => src/audio_dec/xine_mad_decoder.c
rename : src/libmusepack/xine_musepack_decoder.c => src/audio_dec/xine_musepack_decoder.c
rename : src/libxineadec/nsf.c => src/combined/nsf_decoder.c
rename : src/libspucc/cc_decoder.c => src/spu_dec/cc_decoder.c
rename : src/libspudec/xine_spu_decoder.c => src/spu_dec/spu_decoder.c
rename : src/libspudec/spu.c => src/spu_dec/spudec.c
rename : src/libspudec/spu.h => src/spu_dec/spudec.h
rename : src/libsputext/xine_sputext_decoder.c => src/spu_dec/sputext_decoder.c
rename : src/libspucc/xine_cc_decoder.c => src/spu_dec/xine_cc_decoder.c
rename : src/libxinevdec/bitplane.c => src/video_dec/bitplane.c
rename : src/libxinevdec/foovideo.c => src/video_dec/foovideo.c
rename : src/libxinevdec/gdkpixbuf.c => src/video_dec/gdkpixbuf.c
rename : src/libxinevdec/image.c => src/video_dec/image.c
rename : src/libmpeg2/slice_xvmc_vld.c => src/video_dec/libmpeg2/slice_xvmc_vld.c
rename : src/libmpeg2/xine_mpeg2_decoder.c => src/video_dec/libmpeg2/xine_mpeg2_decoder.c
rename : src/libmpeg2new/include/Makefile.am => src/video_dec/libmpeg2new/include/Makefile.am
rename : src/libmpeg2new/libmpeg2/motion_comp_vis.c => src/video_dec/libmpeg2new/libmpeg2/motion_comp_vis.c
rename : src/libmpeg2new/xine_mpeg2new_decoder.c => src/video_dec/libmpeg2new/xine_mpeg2new_decoder.c
rename : src/libxinevdec/rgb.c => src/video_dec/rgb.c
rename : src/libxinevdec/yuv.c => src/video_dec/yuv.c
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This requires that many other files include config.h themselves.
Also convert <config.h> to "config.h".
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--HG--
rename : src/libxinevdec/image.c => src/video_dec/image.c
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(Bug 182)
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--HG--
rename : src/libmpeg2/motion_comp.c => src/video_dec/libmpeg2/motion_comp.c
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--HG--
rename : include/xine.h.in => include/xine.h
rename : src/libspudvb/xine_spudvb_decoder.c => src/spu_dec/spudvb_decoder.c
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The ARGB layer is based on the idea and scratch implementation of Julian
Scheel. Each OSD object may be associated with a client ARGB buffer which
holds the content of the OSD, hence there is no need to copy the buffer
content.
So far an OSD's reference coordinate system was defined by coded video
resolution. By specifing an OSD's extent, capable hardware or software
implementations my scale an arbitrarily sized OSD to the video output
area while blending.
Additional constants have been defined to allow vo_drivers to report
their capabilities and to allow clients to check whether an OSD
implementation supports these new features.
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The test stream sometimes causes the ASF demuxer to report "unknown GUID"
several times then act as if the headers have been received, with the audio
output thread waiting forever for data to be passed to it by the decoder, in
this case the ffmpeg audio decoder.
This particular hang occurs if playback is stopped before the demuxer has
decided that headers have been received (later, and we'd have the problem
which the parent cset of this cset fixes); having the demuxer control insert
empty audio buffers where it would otherwise wait forever for the audio
output thread to receive some data.
Test stream: mmsh://213.92.19.8:80/radiodeejay?MSWMExt=.asf
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