aniani/ezstream
1
0
Fork 0
mirror of https://gitlab.xiph.org/xiph/ezstream.git synced 2025-01-03 14:56:35 -05:00
Code

Clean up and install example configuration files.

Browse Source 
git-svn-id: https://svn.xiph.org/trunk/ezstream@12531 0101bb08-14d6-0310-b084-bc0e0c8e3800
This commit is contained in:
moritz 2007-02-24 21:12:54 +00:00
parent 4b5c770f29
commit e89737c651
6 changed files with 229 additions and 193 deletions
Show Stats Download Patch File Download Diff File Expand all files Collapse all files

7
conf/Makefile.am
View File

@ -2,4 +2,9 @@
AUTOMAKE_OPTIONS = foreign
EXTRA_DIST = ezstream_mp3.xml ezstream_reencoding_example_mp3.xml ezstream_reencoding_example_theora.xml ezstream_reencoding_example_vorbis.xml ezstream_vorbis.xml
CLEANFILES = core *.core *~ .*~
examplesdir = @EXAMPLES_DIR@
dist_examples_DATA = ezstream_mp3.xml ezstream_reencoding_example_mp3.xml \
ezstream_reencoding_example_theora.xml \
ezstream_reencoding_example_vorbis.xml ezstream_vorbis.xml

35
conf/ezstream_mp3.xml
View File

@ -1,24 +1,31 @@
<!-- This example is for a input playlist that must contain
all MP3 files. ezstream will perform NO reencoding, and
the destination stream bitrate, channels, etc. will be those
of the input files -->
<!--
EXAMPLE: MP3 playlist stream WITHOUT reencoding
This example streams a playlist that contains only MP3 files. No other file
formats may be listed. Since ezstream will not be doing any reencoding, the
resulting stream format (bitrate, samplerate, channels) will be of the
respective input files.
-->
<ezstream>
<url>http://localhost:8000/stream</url>
<sourcepassword>hackme</sourcepassword>
<format>MP3</format>
<filename>playlist.m3u</filename>
<!-- The following settings are used to describe your stream
to the server. It's up to you to make sure the
bitrate/quality/samplerate/channels
match up to your input stream -->
<svrinfoname>My Stream</svrinfoname>
<svrinfourl>http://www.oddsock.org</svrinfourl>
<!--
The following settings are used to describe your stream to the server.
It's up to you to make sure that the bitrate/samplerate/channels
information matches up with your input stream files. Note that
<svrinfoquality /> only applies to Ogg Vorbis streams.
-->
<svrinfoname>My Stream</svrinfoname>
<svrinfourl>http://www.oddsock.org</svrinfourl>
<svrinfogenre>RockNRoll</svrinfogenre>
<svrinfodescription>This is a stream description</svrinfodescription>
<svrinfobitrate>128</svrinfobitrate>
<!-- Quality is only applicable to ogg vorbis streams -->
<!-- <svrinfoquality>1.0</svrinfoquality> -->
<svrinfobitrate>128</svrinfobitrate>
<svrinfochannels>2</svrinfochannels>
<svrinfosamplerate>44100</svrinfosamplerate>
<svrinfopublic>1</svrinfopublic>
<!--
Prohibit the server to advertise the stream on a public YP directory:
-->
<svrinfopublic>0</svrinfopublic>
</ezstream>

132
conf/ezstream_reencoding_example_mp3.xml
View File

@ -1,79 +1,79 @@
<!-- This example is for a input playlist that can contain
FLAC, MP3, and OggVorbis files and a output stream that
is MP3. The output stream settings (bitrate, channels, etc.)
are controlled by the parameters to lame. (see the encode setting
for the MP3 format later in this file). -->
<!--
EXAMPLE: MP3 playlist stream WITH reencoding and sequential playback
This example streams a playlist that may contain MP3, Ogg Vorbis and FLAC
files. Ezstream will use external decoders to read the media files, and
reencode them to MP3 using the lame MP3 encoder. The output stream settings
are controlled via the paramters to lame.
-->
<ezstream>
<url>http://localhost:8000/stream</url>
<sourcepassword>hackme</sourcepassword>
<!-- This is what form your output will take. If you are
reencoding, this is the format to reencode to, if not
then you need to make sure all your input files are in this
format. -->
<!--
Since the reencoding feature is enabled below, <format /> sets the
output format of the stream.
-->
<format>MP3</format>
<filename>tracks.m3u</filename>
<!-- The following settings are used to describe your stream
to the server. It's up to you to make sure the
bitrate/quality/samplerate/channels
match up to your output stream -->
<svrinfoname>My Stream</svrinfoname>
<svrinfourl>http://www.oddsock.org</svrinfourl>
<filename>playlist.m3u</filename>
<!--
Explicitly disable playlist shuffling. Sequential playback is also the
default.
-->
<shuffle>0</shuffle>
<!--
The following settings are used to describe your stream to the server.
It's up to you to make sure that the bitrate/samplerate/channels
information matches up with your lame encoder settings below.
-->
<svrinfoname>My Stream</svrinfoname>
<svrinfourl>http://www.oddsock.org</svrinfourl>
<svrinfogenre>RockNRoll</svrinfogenre>
<svrinfodescription>This is a stream description</svrinfodescription>
<svrinfobitrate>128</svrinfobitrate>
<!-- Quality is only applicable to ogg vorbis streams -->
<!-- <svrinfoquality>1.0</svrinfoquality> -->
<svrinfochannels>2</svrinfochannels>
<svrinfosamplerate>44100</svrinfosamplerate>
<svrinfopublic>1</svrinfopublic>
<svrinfobitrate>56</svrinfobitrate>
<svrinfochannels>1</svrinfochannels>
<svrinfosamplerate>220500</svrinfosamplerate>
<!--
Prohibit the server to advertise the stream on a public YP directory:
-->
<svrinfopublic>0</svrinfopublic>
<reencode>
<enable>1</enable>
<!-- Each encdec block specifies a pair of programs used for decoding and
encoding of the stream. If reencoding is enabled, then all input files
must be first decoded before being sent to the encoder. EZSTREAM uses
file extensions to match up input files with the appropraite decoder,
and uses the <format> setting to match up the output format with the
appropriate encoder.
Note: It it up to you to set the appropriate bitrate/samplerate/channels
of the output stream by using command line paramters to the encoders. Use
the examples defined here as a guide. All output from decoders should be in
RAW format, and all input to the encoders should also be in RAW format. -->
<!-- Enable the reencoding feature: -->
<enable>1</enable>
<!--
Each <encdec /> element specifies a pair of programs to be used for
decoding and encoding, respectively, and which file extension and
output stream format they apply to.
All the configuration of the output stream is usually done by using
the appropriate command line parameters of the encoders in the
<encode /> elements.
New encdec sections can be added for new input/output formats.
-->
<encdec>
<!-- Support for THEORA (ffmpeg2theora does both decoding and encoding
so we don't need an encode part) -->
<format>THEORA</format>
<match>.avi</match>
<decode>ffmpeg2theora -x 192 -y 128 -a -1 -v 0 "@T@" -o -</decode>
<!-- Support for FLAC decoding: -->
<format>FLAC</format>
<match>.flac</match>
<decode>flac -s -d --force-raw-format --sign=signed --endian=little -o - "@T@"</decode>
<!-- <encode>Not supported Yet</encode> -->
</encdec>
<encdec>
<!-- Support for THEORA (ffmpeg2theora does both decoding and encoding
so we don't need an encode part) -->
<format>THEORA</format>
<match>.mpg</match>
<decode>ffmpeg2theora -a -1 -v 2 "@T@" -o -</decode>
<!--
Support for MP3 decoding via madplay, and encoding via LAME:
-->
<format>MP3</format>
<match>.mp3</match>
<decode>madplay -o raw:- "@T@"</decode>
<encode>lame -r -x -b 56 -s 44.1 --resample 22.05 -a - -</encode>
</encdec>
<encdec>
<!--
Support for Vorbis decoding via oggdec, and encoding via oggenc:
-->
<format>VORBIS</format>
<match>.ogg</match>
<decode>oggdec -R -o - "@T@"</decode>
<encode>oggenc -r -q 1.5 --resample=44100 -t "@M@" -</encode>
</encdec>
<encdec>
<!-- Support for FLAC decoding (input files) -->
<format>FLAC</format>
<match>.flac</match>
<decode>flac -s -d --force-raw-format --sign=signed --endian=little "@T@" -o -</decode>
<encode>Not supported Yet</encode>
</encdec>
<encdec>
<!-- Support for MP3 decoding via madplay, and encoding via LAME -->
<format>MP3</format>
<match>.mp3</match>
<decode>madplay -o raw:- "@T@"</decode>
<encode>lame -r -x -b 56 -s 44.1 --resample 22.05 -a - -</encode>
</encdec>
<encdec>
<!-- Support for Vorbis decoding via oggdec, and encoding via oggenc -->
<format>VORBIS</format>
<match>.ogg</match>
<decode>oggdec --raw=1 "@T@" -o -</decode>
<encode>oggenc -Q -r -q 0 --resample=44100 --downmix -t "@M@" -c STREAMER=ezstream -</encode>
</encdec>
<!-- New encdec sections can be added for new input/output formats -->
</reencode>
</ezstream>

101
conf/ezstream_reencoding_example_theora.xml
View File

@ -1,58 +1,71 @@
<!-- This example is for a input playlist that can contain
avi and mpg (video) files files and a output stream that
is OggTheora. The output stream settings (bitrate, channels, etc.)
are controlled by the parameters to ffmpeg2theora. (see the decode setting
for the THEORA format later in this file). -->
<!--
EXAMPLE: Ogg Theora playlist stream WITH reencoding and sequential playback
This example streams a playlist that may contain .avi and MPEG files.
Ezstream will use the ffmpeg2theora program to both decode and reencode the
video files to Ogg Theora. The output stream settings are controlled via the
paramters to ffmpeg2theora.
-->
<ezstream>
<url>http://localhost:8000/theora.ogg</url>
<sourcepassword>hackme</sourcepassword>
<!-- This is what form your output will take. If you are
reencoding, this is the format to reencode to, if not
then you need to make sure all your input files are in this
format. -->
<!--
Since the reencoding feature is enabled below, <format /> sets the
output format of the stream.
-->
<format>THEORA</format>
<filename>tracks.m3u</filename>
<!-- The following settings are used to describe your stream
to the server. It's up to you to make sure the
bitrate/quality/samplerate/channels
match up to your output stream -->
<svrinfoname>My Stream</svrinfoname>
<svrinfourl>http://www.oddsock.org</svrinfourl>
<svrinfogenre>RockNRoll</svrinfogenre>
<filename>playlist.m3u</filename>
<!--
Playlist shuffling is disabled, when the <shuffle /> element does not
exist or is commented out:
-->
<!-- <shuffle>1</shuffle> -->
<!--
The following settings are used to describe your stream to the server.
It's up to you to make sure that the bitrate/quality/samplerate/channels
information matches up with your oggenc encoder settings below.
-->
<svrinfoname>My Stream</svrinfoname>
<svrinfourl>http://www.oddsock.org</svrinfourl>
<svrinfogenre>Documentary</svrinfogenre>
<svrinfodescription>This is a stream description</svrinfodescription>
<svrinfobitrate>128</svrinfobitrate>
<!-- Quality is only applicable to ogg vorbis streams -->
<!-- <svrinfoquality>1.0</svrinfoquality> -->
<svrinfobitrate>200</svrinfobitrate>
<svrinfochannels>2</svrinfochannels>
<svrinfosamplerate>44100</svrinfosamplerate>
<svrinfopublic>1</svrinfopublic>
<!--
A missing or commented out <svrinfopublic /> element means no
advertising on YP for this broadcast:
-->
<!-- <svrinfopublic>1</svrinfopublic> -->
<reencode>
<enable>1</enable>
<!-- Each encdec block specifies a pair of programs used for decoding and
encoding of the stream. If reencoding is enabled, then all input files
must be first decoded before being sent to the encoder. EZSTREAM uses
file extensions to match up input files with the appropraite decoder,
and uses the <format> setting to match up the output format with the
appropriate encoder.
Note: It it up to you to set the appropriate bitrate/samplerate/channels
of the output stream by using command line paramters to the encoders. Use
the examples defined here as a guide. All output from decoders should be in
RAW format, and all input to the encoders should also be in RAW format. -->
<!-- Enable the reencoding feature: -->
<enable>1</enable>
<!--
Each <encdec /> element specifies a pair of programs to be used for
decoding and encoding, respectively, and which file extension and
output stream format they apply to.
All the configuration of the output stream is usually done by using
the appropriate command line parameters of the encoders in the
<encode /> elements.
New encdec sections can be added for new input/output formats.
-->
<encdec>
<!-- Support for THEORA (ffmpeg2theora does both decoding and encoding
so we don't need an encode part) -->
<format>THEORA</format>
<match>.avi</match>
<decode>ffmpeg2theora -x 192 -y 128 -a -1 -v 0 "@T@" -o -</decode>
<!--
Support for THEORA. Ogg Theora streams are created differently
with ffmpeg2theora, which does the complete reencoding on its
own. Therefore, we only supply a <decode /> element and let
ezstream pass through the resulting stream unaltered to Icecast.
-->
<format>THEORA</format>
<match>.avi</match>
<decode>ffmpeg2theora -x 192 -y 128 -a 0 -v 4 --title "@M@" -o - "@T@"</decode>
</encdec>
<encdec>
<!-- Support for THEORA (ffmpeg2theora does both decoding and encoding
so we don't need an encode part) -->
<format>THEORA</format>
<match>.mpg</match>
<decode>ffmpeg2theora -a -1 -v 2 "@T@" -o -</decode>
<format>THEORA</format>
<match>.mpg</match>
<decode>ffmpeg2theora -x 192 -y 128 -a 0 -v 4 --title "@M@" -o - "@T@"</decode>
</encdec>
<!-- New encdec sections can be added for new input/output formats -->
</reencode>
</ezstream>

119
conf/ezstream_reencoding_example_vorbis.xml
View File

@ -1,74 +1,75 @@
<!--
EXAMPLE: Ogg Vorbis playlist stream WITH reencoding and random playback
This example streams a playlist that may contain MP3, Ogg Vorbis and FLAC
files. Ezstream will use external decoders to read the media files, and
reencode them to Ogg Vorbis using the oggenc encoder. The output stream
settings are controlled via the paramters to oggenc.
-->
<ezstream>
<url>http://localhost:8000/vorbis.ogg</url>
<sourcepassword>hackme</sourcepassword>
<!-- This is what form your output will take. If you are
reencoding, this is the format to reencode to, if not
then you need to make sure all your input files are in this
format. -->
<!--
Since the reencoding feature is enabled below, <format /> sets the
output format of the stream.
-->
<format>VORBIS</format>
<filename>tracks.m3u</filename>
<!-- The following settings are used to describe your stream
to the server. It's up to you to make sure the
bitrate/quality/samplerate/channels
match up to your output stream -->
<svrinfoname>My Stream</svrinfoname>
<svrinfourl>http://www.oddsock.org</svrinfourl>
<filename>playlist.m3u</filename>
<!-- Enable playlist shuffling: -->
<shuffle>1</shuffle>
<!--
The following settings are used to describe your stream to the server.
It's up to you to make sure that the bitrate/quality/samplerate/channels
information matches up with your oggenc encoder settings below.
-->
<svrinfoname>My Stream</svrinfoname>
<svrinfourl>http://www.oddsock.org</svrinfourl>
<svrinfogenre>RockNRoll</svrinfogenre>
<svrinfodescription>This is a stream description</svrinfodescription>
<svrinfobitrate>128</svrinfobitrate>
<!-- Quality is only applicable to ogg vorbis streams -->
<!-- <svrinfoquality>1.0</svrinfoquality> -->
<svrinfobitrate>88</svrinfobitrate>
<svrinfoquality>1.5</svrinfoquality>
<svrinfochannels>2</svrinfochannels>
<svrinfosamplerate>44100</svrinfosamplerate>
<svrinfopublic>1</svrinfopublic>
<!-- Allow the server to advertise the stream on a public YP directory: -->
<svrinfopublic>1</svrinfopublic>
<reencode>
<enable>1</enable>
<!-- Each encdec block specifies a pair of programs used for decoding and
encoding of the stream. If reencoding is enabled, then all input files
must be first decoded before being sent to the encoder. EZSTREAM uses
file extensions to match up input files with the appropraite decoder,
and uses the <format> setting to match up the output format with the
appropriate encoder.
Note: It it up to you to set the appropriate bitrate/samplerate/channels
of the output stream by using command line paramters to the encoders. Use
the examples defined here as a guide. All output from decoders should be in
RAW format, and all input to the encoders should also be in RAW format. -->
<!-- Enable the reencoding feature: -->
<enable>1</enable>
<!--
Each <encdec /> element specifies a pair of programs to be used for
decoding and encoding, respectively, and which file extension and
output stream format they apply to.
All the configuration of the output stream is usually done by using
the appropriate command line parameters of the encoders in the
<encode /> elements.
New encdec sections can be added for new input/output formats.
-->
<encdec>
<!-- Support for THEORA (ffmpeg2theora does both decoding and encoding
so we don't need an encode part) -->
<format>THEORA</format>
<match>.avi</match>
<decode>ffmpeg2theora -x 192 -y 128 -a -1 -v 0 "@T@" -o -</decode>
<!-- Support for FLAC decoding: -->
<format>FLAC</format>
<match>.flac</match>
<decode>flac -s -d --force-raw-format --sign=signed --endian=little -o - "@T@"</decode>
<!-- <encode>Not supported Yet</encode> -->
</encdec>
<encdec>
<!-- Support for THEORA (ffmpeg2theora does both decoding and encoding
so we don't need an encode part) -->
<format>THEORA</format>
<match>.mpg</match>
<decode>ffmpeg2theora -a -1 -v 2 "@T@" -o -</decode>
<!--
Support for MP3 decoding via madplay, and encoding via LAME:
-->
<format>MP3</format>
<match>.mp3</match>
<decode>madplay -o raw:- "@T@"</decode>
<encode>lame -r -x -b 56 -s 44.1 --resample 22.05 -a - -</encode>
</encdec>
<encdec>
<!--
Support for Vorbis decoding via oggdec, and encoding via oggenc:
-->
<format>VORBIS</format>
<match>.ogg</match>
<decode>oggdec -R -o - "@T@"</decode>
<encode>oggenc -r -q 1.5 --resample=44100 -t "@M@" -</encode>
</encdec>
<encdec>
<!-- Support for FLAC decoding (input files) -->
<format>FLAC</format>
<match>.flac</match>
<decode>flac -s -d --force-raw-format --sign=signed --endian=little "@T@" -o -</decode>
<encode>Not supported Yet</encode>
</encdec>
<encdec>
<!-- Support for MP3 decoding via madplay, and encoding via LAME -->
<format>MP3</format>
<match>.mp3</match>
<decode>madplay -o raw:- "@T@"</decode>
<encode>lame -r -x -b 56 -s 44.1 --resample 22.05 -a - -</encode>
</encdec>
<encdec>
<!-- Support for Vorbis decoding via oggdec, and encoding via oggenc -->
<format>VORBIS</format>
<match>.ogg</match>
<decode>oggdec --raw=1 "@T@" -o -</decode>
<encode>oggenc -Q -r -q 0 --resample=44100 --downmix -t "@M@" -c STREAMER=ezstream -</encode>
</encdec>
<!-- New encdec sections can be added for new input/output formats -->
</reencode>
</ezstream>

28
conf/ezstream_vorbis.xml
View File

@ -1,19 +1,29 @@
<!-- This example is for a input playlist that must contain
all OggVorbis files. ezstream will perform NO reencoding, and
the destination stream bitrate, channels, etc. will be those
of the input files -->
<!--
EXAMPLE: Ogg Vorbis playlist stream WITHOUT reencoding
This example streams a playlist that contains only Ogg Vorbis files. No
other file formats may be listed. Since ezstream will not be doing any
reencoding, the resulting stream format (quality/bitrate, samplerate,
channels) will be of the respective input files.
-->
<ezstream>
<url>http://localhost:8000/vorbis.ogg</url>
<sourcepassword>hackme</sourcepassword>
<format>VORBIS</format>
<filename>playlist.m3u</filename>
<svrinfoname>My Stream</svrinfoname>
<svrinfourl>http://www.oddsock.org</svrinfourl>
<!--
The following settings are used to describe your stream to the server.
It's up to you to make sure that the bitrate/quality/samplerate/channels
information matches up with your input stream files.
-->
<svrinfoname>My Stream</svrinfoname>
<svrinfourl>http://www.oddsock.org</svrinfourl>
<svrinfogenre>RockNRoll</svrinfogenre>
<svrinfodescription>This is a stream description</svrinfodescription>
<svrinfobitrate>192</svrinfobitrate>
<svrinfoquality>4.0</svrinfoquality>
<svrinfobitrate>96</svrinfobitrate>
<svrinfoquality>2.0</svrinfoquality>
<svrinfochannels>2</svrinfochannels>
<svrinfosamplerate>44100</svrinfosamplerate>
<svrinfopublic>1</svrinfopublic>
<!-- Allow the server to advertise the stream on a public YP directory: -->
<svrinfopublic>1</svrinfopublic>
</ezstream>