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Original commit message from CVS: * gst/playback/gstdecodebin.c: (gst_decode_bin_init), (find_compatibles), (close_pad_link), (try_to_link_1), (no_more_pads), (close_link), (type_found): * gst/playback/gstplaybasebin.c: (new_decoded_pad): * gst/playback/gstplaybin.c: (gen_video_element), (gen_audio_element): Set state on newly added element to READY so that negotiation can happen ASAP. Addes some more debug info. Do not try to plug pads with multiple caps structures or ANY because it is too dangerous since we do not do dynamic replugging. |
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| .. | ||
| .gitignore | ||
| decodetest.c | ||
| gstdecodebin.c | ||
| gstplaybasebin.c | ||
| gstplaybasebin.h | ||
| gstplaybin.c | ||
| gststreaminfo.c | ||
| gststreaminfo.h | ||
| Makefile.am | ||
| README | ||
| test.c | ||
| test2.c | ||
| test3.c | ||
| test4.c | ||
decoderbin:
A bin with a sinkpad that decodes the data into raw formats. It works by sending
the input data through a typefind element and then recursively autoplugs elements
from the registry until a raw format is obtained. It will then create a new ghostpad
on itself to signal the app of the new pad.
TODO
- reuse of decoderbin, cleanup in READY state
- threading after demuxing?
- error handling
baseplaybin:
A bin with an uri property. It will find the right source element from the registry
and connect a decoderbin to it. When going to the PAUSED state, it will iterate the
decoderbin and listen for new pad signals from it. It will connect a queue to each
new pad and will iterate the decoderbin until one of the queues is filled. It is
assumed that by that time all the streams will be found so that when leaving the
PAUSED state, one can query the number of streams in the media file with the given
uri.
Before going to the PLAYING state, it is possible to connect a custom element to
each of the streams. To do that, you have to add the element to the bin and then
connect the pad(s) from the stream(s). You do not have to add the elements in
a thread, the bin will take care of then when it's needed. You are allowed to use
threads inside the elements, of course.
The bin tries to be smart and doesn't add a queue when there is only one possible
stream.
TODO
- reuse, cleanup in ready state
- debugging
- when the first pad is closed, it's possible that another dynamic element is
added somewhere so that we need a queue for the first pad as well.
- error handling
playbin:
Extends baseplaybin, sets up default audiosink and videosink for first audio/video
stream detected. implements seeking and querying on the configured sinks.
TODO
- reuse, refcounting, cleanup in READY state
- debugging
- error handling