Merge remote-tracking branch 'upstream/master' into gh-actions

This commit is contained in:
Zachary Klosko 2021-01-03 14:47:19 -05:00
commit 4a36f85743
27 changed files with 1327 additions and 37 deletions

View File

@ -12,10 +12,7 @@ define('COMPANY_SITE' , 'libretime.org');
define('COMPANY_SITE_URL' , 'http://libretime.org');
define('SUPPORT_ADDRESS' , 'https://discourse.libretime.org/');
define("AIRTIMEPRO_API_URL", "https://account.example.com:5001/api/");
define('HELP_URL' , 'https://discourse.libretime.org/');
define('FAQ_URL' , 'http://libretime.org/faq');
define('WHOS_USING_URL' , 'https://github.com/orgs/LibreTime/people');
define('TERMS_AND_CONDITIONS_URL' , 'https://github.com/LibreTime/libretime/blob/master/README.md');
define('PRIVACY_POLICY_URL' , 'https://github.com/LibreTime/code-of-conduct/blob/master/CODE_OF_CONDUCT.md');

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@ -163,11 +163,6 @@ $pages[] = array(
'action' => 'help',
'resource' => 'dashboard'
),
array(
'label' => _('FAQ'),
'uri' => FAQ_URL,
'target' => "_blank"
),
array(
'label' => _('User Manual'),
'uri' => USER_MANUAL_URL,

View File

@ -90,7 +90,7 @@ class ScheduleController extends Zend_Controller_Action
AirtimeTableView::injectTableJavaScriptDependencies($headScript, $baseUrl, $CC_CONFIG['airtime_version']);
$this->view->headScript()->appendFile($baseUrl.'js/libs/moment.min.js?'.$CC_CONFIG['airtime_version'], 'text/javascript');
$this->view->headScript()->appendFile($baseUrl.'js/libs/moment-timezone-with-data-2010-2020.min.js?'.$CC_CONFIG['airtime_version'], 'text/javascript');
$this->view->headScript()->appendFile($baseUrl.'js/libs/moment-timezone.min.js?'.$CC_CONFIG['airtime_version'], 'text/javascript');
$this->view->headScript()->appendFile($baseUrl.'js/airtime/utilities/utilities.js?'.$CC_CONFIG['airtime_version'],'text/javascript');
$this->view->headScript()->appendFile($baseUrl.'js/airtime/buttons/buttons.js?'.$CC_CONFIG['airtime_version'],'text/javascript');

View File

@ -284,8 +284,8 @@ class Application_Model_StreamSetting
'output' => 'icecast',
'user' => $config['stationId'],
'pass' => Application_Model_Preference::getDefaultIcecastPassword(),
// Kind of ugly... convert prefix int to ascii char
'mount' => $config['stationId'] . '_' . chr($prefix[1] + 96),
// Manually setting default mountpoint
'mount' => 'airtime_128',
);
}

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@ -21,9 +21,9 @@
this.settings = {
'elementId': id_element, // leave alone
'autoplay': false, // or true (only works on some browsers)
'forceHTTPS': true, // or true if the stream is in SSL (beware of the listening port, usually 8000)
'replacePort':false, // false for disabled or '8000' as the usual start port, forces to specify replacePortTo.
'replacePortTo':'' // either '' to use the default port of the browser (80/http, 443/https) or '8443' to force the port of the stream.
'forceHTTPS': false, // or true if the stream is in SSL (beware of the listening port, usually 8000)
'replacePort': false, // false for disabled or '8000' as the usual start port, forces to specify replacePortTo.
'replacePortTo': '' // either '' to use the default port of the browser (80/http, 443/https) or '8443' to force the port of the stream.
};
if (this.playerMode == "manual") {
@ -109,7 +109,7 @@
Html5Player.prototype.play = function() {
console.log('play');
playerhtml5_audio.src = this.settings.url+'?'+Math.floor(Math.random() * Math.floor(100000));
playerhtml5_audio.src = this.settings.url;
playerhtml5_audio.play();
togglePlayStopButton();
};
@ -267,4 +267,4 @@
</div>
</body>
</html>
</html>

File diff suppressed because one or more lines are too long

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@ -36,11 +36,12 @@ If the service isn't wanting to restart, look at its status for clues as to why
> If you find yourself constantly needing to restart a service, there's a chance it was never set to autostart on system boot. Use `sudo systemctl enable servicename` to fix this problem.
## 3. Basic troubleshooting
## 3. Known problems
If you have one of these issues, please try to resolve it with the instructions below before moving on in the
troubleshooting checklist.
- **Streaming player on Microsite and Listen player on Dashboard not working?** The problem could be caused by a bug in writing to the database during the setup wizard. This can be fixed by going to **Settings** -> **Stream Settings** and toggling the **Default Streaming** and **Custom/ 3rd Party Streaming** option, accepting the popup dialogues, and clicking **Save** at the top of the settings page.
- **File not importing successfully?** Libretime has been known to work with MP3 and WAV files, encoded using 41,100 Hz. Variable Bit Rate (VBR) files are currently hit or miss with the importer. Please convert your file to an MP3 or WAV at 41,100 Hz. and try uploading again.
- **Podcast hosted by Anchor.fm not importing?** There is no known work-around at this time. Ask your producers to provide their show files manually or check with the show's distributer.
- **Tracks won't publish?** We know the Publish screen is broken and we're working on it. A potential work-around is to use an external podcast host like [Anchor.fm](https://www.anchor.fm) or [Blubrry](https://blubrry.com/).

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@ -34,7 +34,7 @@ s2_namespace = ref ''
s3_namespace = ref ''
just_switched = ref false
%include "ls_lib_legacy.liq"
%include "ls_lib.liq"
sources = ref []
source_id = ref 0

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@ -0,0 +1,24 @@
if bitrate == 24 then
ignore(output_stereo(%fdkaac(bitrate = 24, aot="mpeg4_he_aac_v2", afterburner=false, sbr_mode=true), !source))
elsif bitrate == 32 then
ignore(output_stereo(%fdkaac(bitrate = 32, aot="mpeg4_he_aac_v2", afterburner=false, sbr_mode=true), !source))
elsif bitrate == 48 then
ignore(output_stereo(%fdkaac(bitrate = 48, aot="mpeg4_he_aac_v2", afterburner=false, sbr_mode=true), !source))
elsif bitrate == 64 then
ignore(output_stereo(%fdkaac(bitrate = 64, aot="mpeg4_he_aac_v2", afterburner=false, sbr_mode=true), !source))
elsif bitrate == 96 then
ignore(output_stereo(%fdkaac(bitrate = 96, aot="mpeg4_aac_lc", afterburner=false, sbr_mode=true), !source))
elsif bitrate == 128 then
ignore(output_stereo(%fdkaac(bitrate = 128, aot="mpeg4_aac_lc", afterburner=false, sbr_mode=true), !source))
elsif bitrate == 160 then
ignore(output_stereo(%fdkaac(bitrate = 160, aot="mpeg4_aac_lc", afterburner=true, sbr_mode=true), !source))
elsif bitrate == 192 then
ignore(output_stereo(%fdkaac(bitrate = 192, aot="mpeg4_aac_lc", afterburner=true, sbr_mode=true), !source))
elsif bitrate == 224 then
ignore(output_stereo(%fdkaac(bitrate = 224, aot="mpeg4_aac_lc", afterburner=true, sbr_mode=true), !source))
elsif bitrate == 256 then
ignore(output_stereo(%fdkaac(bitrate = 256, aot="mpeg4_aac_lc", afterburner=true, sbr_mode=true), !source))
elsif bitrate == 320 then
ignore(output_stereo(%fdkaac(bitrate = 320, aot="mpeg4_aac_lc", afterburner=true, sbr_mode=true), !source))
end

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@ -0,0 +1,68 @@
if bitrate == 24 then
if stereo then
ignore(output_stereo(%mp3(bitrate = 24, stereo = true), !source))
else
ignore(output_mono(%mp3(bitrate = 24, stereo = false), mean(!source)))
end
elsif bitrate == 32 then
if stereo then
ignore(output_stereo(%mp3(bitrate = 32, stereo = true), !source))
else
ignore(output_mono(%mp3(bitrate = 32, stereo = false), mean(!source)))
end
elsif bitrate == 48 then
if stereo then
ignore(output_stereo(%mp3(bitrate = 48, stereo = true), !source))
else
ignore(output_mono(%mp3(bitrate = 48, stereo = false), mean(!source)))
end
elsif bitrate == 64 then
if stereo then
ignore(output_stereo(%mp3(bitrate = 64, stereo = true), !source))
else
ignore(output_mono(%mp3(bitrate = 64, stereo = false), mean(!source)))
end
elsif bitrate == 96 then
if stereo then
ignore(output_stereo(%mp3(bitrate = 96, stereo = true), !source))
else
ignore(output_mono(%mp3(bitrate = 96, stereo = false), mean(!source)))
end
elsif bitrate == 128 then
if stereo then
ignore(output_stereo(%mp3(bitrate = 128, stereo = true), !source))
else
ignore(output_mono(%mp3(bitrate = 128, stereo = false), mean(!source)))
end
elsif bitrate == 160 then
if stereo then
ignore(output_stereo(%mp3(bitrate = 160, stereo = true), !source))
else
ignore(output_mono(%mp3(bitrate = 160, stereo = false), mean(!source)))
end
elsif bitrate == 192 then
if stereo then
ignore(output_stereo(%mp3(bitrate = 192, stereo = true), !source))
else
ignore(output_mono(%mp3(bitrate = 192, stereo = false), mean(!source)))
end
elsif bitrate == 224 then
if stereo then
ignore(output_stereo(%mp3(bitrate = 224, stereo = true), !source))
else
ignore(output_mono(%mp3(bitrate = 224, stereo = false), mean(!source)))
end
elsif bitrate == 256 then
if stereo then
ignore(output_stereo(%mp3(bitrate = 256, stereo = true), !source))
else
ignore(output_mono(%mp3(bitrate = 256, stereo = false), mean(!source)))
end
elsif bitrate == 320 then
if stereo then
ignore(output_stereo(%mp3(bitrate = 320, stereo = true), !source))
else
ignore(output_mono(%mp3(bitrate = 320, stereo = false), mean(!source)))
end
end

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@ -0,0 +1,60 @@
if not icecast_vorbis_metadata then
source := add(normalize=false, [amplify(0.00001, noise()), !source])
end
if bitrate == 24 or bitrate == 32 or bitrate == 48 then
if stereo then
ignore(output_stereo(%vorbis(quality=-0.1, channels = 2), !source))
else
ignore(output_mono(%vorbis(quality=-0.1, channels = 1), mean(!source)))
end
elsif bitrate == 64 then
if stereo then
ignore(output_stereo(%vorbis(quality=0, channels = 2), !source))
else
ignore(output_mono(%vorbis(quality=0, channels = 1), mean(!source)))
end
elsif bitrate == 96 then
if stereo then
ignore(output_stereo(%vorbis(quality=0.2, channels = 2), !source))
else
ignore(output_mono(%vorbis(quality=0.2, channels = 1), mean(!source)))
end
elsif bitrate == 128 then
if stereo then
ignore(output_stereo(%vorbis(quality=0.4, channels = 2), !source))
else
ignore(output_mono(%vorbis(quality=0.4, channels = 1), mean(!source)))
end
elsif bitrate == 160 then
if stereo then
ignore(output_stereo(%vorbis(quality=0.5, channels = 2), !source))
else
ignore(output_mono(%vorbis(quality=0.5, channels = 1), mean(!source)))
end
elsif bitrate == 192 then
if stereo then
ignore(output_stereo(%vorbis(quality=0.6, channels = 2), !source))
else
ignore(output_mono(%vorbis(quality=0.6, channels = 1), mean(!source)))
end
elsif bitrate == 224 then
if stereo then
ignore(output_stereo(%vorbis(quality=0.7, channels = 2), !source))
else
ignore(output_mono(%vorbis(quality=0.7, channels = 1), mean(!source)))
end
elsif bitrate == 256 then
if stereo then
ignore(output_stereo(%vorbis(quality=0.8, channels = 2), !source))
else
ignore(output_mono(%vorbis(quality=0.8, channels = 1), mean(!source)))
end
elsif bitrate == 320 then
if stereo then
ignore(output_stereo(%vorbis(quality=0.9, channels = 2), !source))
else
ignore(output_mono(%vorbis(quality=0.9, channels = 1), mean(!source)))
end
end

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@ -0,0 +1,68 @@
if bitrate == 24 then
if stereo then
ignore(output_stereo(%opus(bitrate = 24, channels = 2, signal="music", application="audio", complexity=10, vbr="constrained"), !source))
else
ignore(output_mono(%opus(bitrate = 24, channels = 1, signal="music", application="audio", complexity=10, vbr="constrained"), mean(!source)))
end
elsif bitrate == 32 then
if stereo then
ignore(output_stereo(%opus(bitrate = 32, channels = 2, signal="music", application="audio", complexity=10, vbr="constrained"), !source))
else
ignore(output_mono(%opus(bitrate = 32, channels = 1, signal="music", application="audio", complexity=10, vbr="constrained"), mean(!source)))
end
elsif bitrate == 48 then
if stereo then
ignore(output_stereo(%opus(bitrate = 48, channels = 2, signal="music", application="audio", complexity=10, vbr="constrained"), !source))
else
ignore(output_mono(%opus(bitrate = 48, channels = 1, signal="music", application="audio", complexity=10, vbr="constrained"), mean(!source)))
end
elsif bitrate == 64 then
if stereo then
ignore(output_stereo(%opus(bitrate = 64, channels = 2, signal="music", application="audio", complexity=10, vbr="constrained"), !source))
else
ignore(output_mono(%opus(bitrate = 64, channels = 1, signal="music", application="audio", complexity=10, vbr="constrained"), mean(!source)))
end
elsif bitrate == 96 then
if stereo then
ignore(output_stereo(%opus(bitrate = 96, channels = 2, signal="music", application="audio", complexity=10, vbr="constrained"), !source))
else
ignore(output_mono(%opus(bitrate = 96, channels = 1, signal="music", application="audio", complexity=10, vbr="constrained"), mean(!source)))
end
elsif bitrate == 128 then
if stereo then
ignore(output_stereo(%opus(bitrate = 128, channels = 2, signal="music", application="audio", complexity=10, vbr="constrained"), !source))
else
ignore(output_mono(%opus(bitrate = 128, channels = 1, signal="music", application="audio", complexity=10, vbr="constrained"), mean(!source)))
end
elsif bitrate == 160 then
if stereo then
ignore(output_stereo(%opus(bitrate = 160, channels = 2, signal="music", application="audio", complexity=10, vbr="constrained"), !source))
else
ignore(output_mono(%opus(bitrate = 160, channels = 1, signal="music", application="audio", complexity=10, vbr="constrained"), mean(!source)))
end
elsif bitrate == 192 then
if stereo then
ignore(output_stereo(%opus(bitrate = 192, channels = 2, signal="music", application="audio", complexity=10, vbr="constrained"), !source))
else
ignore(output_mono(%opus(bitrate = 192, channels = 1, signal="music", application="audio", complexity=10, vbr="constrained"), mean(!source)))
end
elsif bitrate == 224 then
if stereo then
ignore(output_stereo(%opus(bitrate = 224, channels = 2, signal="music", application="audio", complexity=10, vbr="constrained"), !source))
else
ignore(output_mono(%opus(bitrate = 224, channels = 1, signal="music", application="audio", complexity=10, vbr="constrained"), mean(!source)))
end
elsif bitrate == 256 then
if stereo then
ignore(output_stereo(%opus(bitrate = 256, channels = 2, signal="music", application="audio", complexity=10, vbr="constrained"), !source))
else
ignore(output_mono(%opus(bitrate = 256, channels = 1, signal="music", application="audio", complexity=10, vbr="constrained"), mean(!source)))
end
elsif bitrate == 320 then
if stereo then
ignore(output_stereo(%opus(bitrate = 320, channels = 2, signal="music", application="audio", complexity=10, vbr="constrained"), !source))
else
ignore(output_mono(%opus(bitrate = 320, channels = 1, signal="music", application="audio", complexity=10, vbr="constrained"), mean(!source)))
end
end

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@ -0,0 +1,24 @@
if bitrate == 24 then
ignore(output_stereo(%fdkaac(bitrate = 24, aot="mpeg4_he_aac_v2", afterburner=false, sbr_mode=true), !source))
elsif bitrate == 32 then
ignore(output_stereo(%fdkaac(bitrate = 32, aot="mpeg4_he_aac_v2", afterburner=false, sbr_mode=true), !source))
elsif bitrate == 48 then
ignore(output_stereo(%fdkaac(bitrate = 48, aot="mpeg4_he_aac_v2", afterburner=false, sbr_mode=true), !source))
elsif bitrate == 64 then
ignore(output_stereo(%fdkaac(bitrate = 64, aot="mpeg4_he_aac_v2", afterburner=false, sbr_mode=true), !source))
elsif bitrate == 96 then
ignore(output_stereo(%fdkaac(bitrate = 96, aot="mpeg4_aac_lc", afterburner=false, sbr_mode=true), !source))
elsif bitrate == 128 then
ignore(output_stereo(%fdkaac(bitrate = 128, aot="mpeg4_aac_lc", afterburner=false, sbr_mode=true), !source))
elsif bitrate == 160 then
ignore(output_stereo(%fdkaac(bitrate = 160, aot="mpeg4_aac_lc", afterburner=true, sbr_mode=true), !source))
elsif bitrate == 192 then
ignore(output_stereo(%fdkaac(bitrate = 192, aot="mpeg4_aac_lc", afterburner=true, sbr_mode=true), !source))
elsif bitrate == 224 then
ignore(output_stereo(%fdkaac(bitrate = 224, aot="mpeg4_aac_lc", afterburner=true, sbr_mode=true), !source))
elsif bitrate == 256 then
ignore(output_stereo(%fdkaac(bitrate = 256, aot="mpeg4_aac_lc", afterburner=true, sbr_mode=true), !source))
elsif bitrate == 320 then
ignore(output_stereo(%fdkaac(bitrate = 320, aot="mpeg4_aac_lc", afterburner=true, sbr_mode=true), !source))
end

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@ -0,0 +1,389 @@
def notify(m)
command = "timeout --signal=KILL 45 pyponotify --media-id=#{m['schedule_table_id']} &"
log(command)
system(command)
end
def notify_queue(m)
f = !dynamic_metadata_callback
ignore(f(m))
notify(m)
end
def notify_stream(m)
json_str = string.replace(pattern="\n",(fun (s) -> ""), json_of(m))
#if a string has a single apostrophe in it, let's comment it out by ending the string before right before it
#escaping the apostrophe, and then starting a new string right after it. This is why we use 3 apostrophes.
json_str = string.replace(pattern="'",(fun (s) -> "'\''"), json_str)
command = "timeout --signal=KILL 45 pyponotify --webstream='#{json_str}' --media-id=#{!current_dyn_id} &"
if !current_dyn_id != "-1" then
log(command)
system(command)
end
end
# A function applied to each metadata chunk
def append_title(m) =
log("Using stream_format #{!stream_metadata_type}")
if list.mem_assoc("mapped", m) then
#protection against applying this function twice. It shouldn't be happening
#and bug file with Liquidsoap.
m
else
if !stream_metadata_type == 1 then
[("title", "#{!show_name} - #{m['artist']} - #{m['title']}"), ("mapped", "true")]
elsif !stream_metadata_type == 2 then
[("title", "#{!station_name} - #{!show_name}"), ("mapped", "true")]
else
if "#{m['artist']}" == "" then
[("title", "#{m['title']}"), ("mapped", "true")]
else
[("title", "#{m['artist']} - #{m['title']}"), ("mapped", "true")]
end
end
end
end
def transition(a,b) =
log("transition called...")
add(normalize=false,
[ sequence([ blank(duration=0.01),
fade.initial(duration=!default_dj_fade, b) ]),
fade.final(duration=!default_dj_fade, a) ])
end
# we need this function for special transition case(from default to queue)
# we don't want the trasition fade to have effect on the first song that would
# be played siwtching out of the default(silent) source
def transition_default(a,b) =
log("transition called...")
if !just_switched then
just_switched := false
add(normalize=false,
[ sequence([ blank(duration=0.01),
fade.initial(duration=!default_dj_fade, b) ]),
fade.final(duration=!default_dj_fade, a) ])
else
just_switched := false
b
end
end
# Define a transition that fades out the
# old source, adds a single, and then
# plays the new source
def to_live(old,new) =
# Fade out old source
old = fade.final(old)
# Compose this in sequence with
# the new source
sequence([old,new])
end
def output_to(output_type, type, bitrate, host, port, pass, mount_point, url, description, genre, user, s, stream, connected, name, channels) =
source = ref s
def on_error(msg)
connected := "false"
command = "timeout --signal=KILL 45 pyponotify --error='#{msg}' --stream-id=#{stream} --time=#{!time} &"
system(command)
log(command)
5.
end
def on_connect()
connected := "true"
command = "timeout --signal=KILL 45 pyponotify --connect --stream-id=#{stream} --time=#{!time} &"
system(command)
log(command)
end
stereo = (channels == "stereo")
if output_type == "icecast" then
user_ref = ref user
if user == "" then
user_ref := "source"
end
output_mono = output.icecast(host = host,
port = port,
password = pass,
mount = mount_point,
fallible = true,
url = url,
description = description,
name = name,
genre = genre,
user = !user_ref,
on_error = on_error,
on_connect = on_connect)
output_stereo = output.icecast(host = host,
port = port,
password = pass,
mount = mount_point,
fallible = true,
url = url,
description = description,
name = name,
genre = genre,
user = !user_ref,
on_error = on_error,
on_connect = on_connect)
if type == "mp3" then
%include "mp3.liq"
end
if type == "ogg" then
%include "ogg.liq"
end
%ifencoder %opus
if type == "opus" then
%include "opus.liq"
end
%endif
%ifencoder %fdkaac
if type == "aac" then
%include "fdkaac.liq"
end
%endif
else
user_ref = ref user
if user == "" then
user_ref := "source"
end
output_mono = output.shoutcast(id = "shoutcast_stream_#{stream}",
host = host,
port = port,
password = pass,
fallible = true,
url = url,
genre = genre,
name = description,
user = !user_ref,
on_error = on_error,
on_connect = on_connect)
output_stereo = output.shoutcast(id = "shoutcast_stream_#{stream}",
host = host,
port = port,
password = pass,
fallible = true,
url = url,
genre = genre,
name = description,
user = !user_ref,
on_error = on_error,
on_connect = on_connect)
if type == "mp3" then
%include "mp3.liq"
end
%ifencoder %fdkaac
if type == "aac" then
%include "fdkaac.liq"
end
%endif
end
end
# Add a skip function to a source
# when it does not have one
# by default
#def add_skip_command(s)
# # A command to skip
# def skip(_)
# # get playing (active) queue and flush it
# l = list.hd(server.execute("queue.secondary_queue"))
# l = string.split(separator=" ",l)
# list.iter(fun (rid) -> ignore(server.execute("queue.remove #{rid}")), l)
#
# l = list.hd(server.execute("queue.primary_queue"))
# l = string.split(separator=" ", l)
# if list.length(l) > 0 then
# source.skip(s)
# "Skipped"
# else
# "Not skipped"
# end
# end
# # Register the command:
# server.register(namespace="source",
# usage="skip",
# description="Skip the current song.",
# "skip",fun(s) -> begin log("source.skip") skip(s) end)
#end
def clear_queue(s)
source.skip(s)
end
def set_dynamic_source_id(id) =
current_dyn_id := id
string_of(!current_dyn_id)
end
def get_dynamic_source_id() =
string_of(!current_dyn_id)
end
#cc-4633
# NOTE
# A few values are hardcoded and may be dependent:
# - the delay in gracetime is linked with the buffer duration of input.http
# (delay should be a bit less than buffer)
# - crossing duration should be less than buffer length
# (at best, a higher duration will be ineffective)
# HTTP input with "restart" command that waits for "stop" to be effected
# before "start" command is issued. Optionally it takes a new URL to play,
# which makes it a convenient replacement for "url".
# In the future, this may become a core feature of the HTTP input.
# TODO If we stop and restart quickly several times in a row,
# the data bursts accumulate and create buffer overflow.
# Flushing the buffer on restart could be a good idea, but
# it would also create an interruptions while the buffer is
# refilling... on the other hand, this would avoid having to
# fade using both cross() and switch().
def input.http_restart(~id,~initial_url="http://dummy/url")
source = audio_to_stereo(input.http(buffer=5.,max=15.,id=id,autostart=false,initial_url))
def stopped()
"stopped" == list.hd(server.execute("#{id}.status"), default="")
end
server.register(namespace=id,
"restart",
usage="restart [url]",
fun (url) -> begin
if url != "" then
log(string_of(server.execute("#{id}.url #{url}")))
end
log(string_of(server.execute("#{id}.stop")))
add_timeout(0.5,
{ if stopped() then
log(string_of(server.execute("#{id}.start"))) ;
(-1.)
else 0.5 end})
"OK"
end)
# Dummy output should be useless if HTTP stream is meant
# to be listened to immediately. Otherwise, apply it.
#
# output.dummy(fallible=true,source)
source
end
# Transitions between URL changes in HTTP streams.
def cross_http(~debug=true,~http_input_id,source)
id = http_input_id
last_url = ref ""
change = ref false
def on_m(m)
notify_stream(m)
changed = m["source_url"] != !last_url
log("URL now #{m['source_url']} (change: #{changed})")
if changed then
if !last_url != "" then change := true end
last_url := m["source_url"]
end
end
# We use both metadata and status to know about the current URL.
# Using only metadata may be more precise is crazy corner cases,
# but it's also asking too much: the metadata may not pass through
# before the crosser is instantiated.
# Using only status in crosser misses some info, eg. on first URL.
source = on_metadata(on_m,source)
cross_d = 3.
def crosser(a,b,ma,mb,sa,sb)
url = list.hd(server.execute('#{id}.url'), default="")
status = list.hd(server.execute('#{id}.status'))
on_m([("source_url",url)])
if debug then
log("New track inside HTTP stream")
log(" status: #{status}")
log(" need to cross: #{!change}")
log(" remaining #{source.remaining(sa)} sec before, \
#{source.remaining(sb)} sec after")
end
if !change then
change := false
# In principle one should avoid crossing on a live stream
# it'd be okay to do it here (eg. use add instead of sequence)
# because it's only once per URL, but be cautious.
sequence([fade.out(duration=cross_d,sa),fade.in(sb)])
else
# This is done on tracks inside a single stream.
# Do NOT cross here or you'll gradually empty the buffer!
sequence([sa,sb])
end
end
# Setting conservative=true would mess with the delayed switch below
cross(duration=cross_d,conservative=false,crosser,source)
end
# Custom fallback between http and default source with fading of
# beginning and end of HTTP stream.
# It does not take potential URL changes into account, as long as
# they do not interrupt streaming (thanks to the HTTP buffer).
def http_fallback(~http_input_id,~http,~default)
id = http_input_id
# We use a custom switching predicate to trigger switching (and thus,
# transitions) before the end of a track (rather, end of HTTP stream).
# It is complexified because we don't want to trigger switching when
# HTTP disconnects for just an instant, when changing URL: for that
# we use gracetime below.
def gracetime(~delay=3.,f)
last_true = ref 0.
{ if f() then
last_true := gettimeofday()
true
else
gettimeofday() < !last_true+delay
end }
end
def connected()
status = list.hd(server.execute("#{id}.status"), default="")
not(list.mem(status,["polling","stopped"]))
end
connected = gracetime(connected)
def to_live(a,b) =
log("TRANSITION to live")
add(normalize=false,
[fade.initial(b),fade.final(a)])
end
def to_static(a,b) =
log("TRANSITION to static")
sequence([fade.out(a),fade.initial(b)])
end
switch(
track_sensitive=false,
transitions=[to_live,to_static],
[(# make sure it is connected, and not buffering
{connected() and source.is_ready(http) and !webstream_enabled}, http),
({true},default)])
end

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%include "/etc/airtime/liquidsoap.cfg"
set("log.file.path", log_file)
set("server.telnet", true)
set("server.telnet.port", 1234)
# set("init.daemon.pidfile.path", "/var/run/airtime/airtime-liquidsoap.pid")
#Dynamic source list
#dyn_sources = ref []
webstream_enabled = ref false
time = ref string_of(gettimeofday())
#live stream setup
set("harbor.bind_addr", "0.0.0.0")
current_dyn_id = ref '-1'
pypo_data = ref '0'
stream_metadata_type = ref 0
default_dj_fade = ref 0.
station_name = ref ''
show_name = ref ''
dynamic_metadata_callback = ref fun (~new_track=false, s) -> begin () end
s1_connected = ref ''
s2_connected = ref ''
s3_connected = ref ''
s4_connected = ref ''
s1_namespace = ref ''
s2_namespace = ref ''
s3_namespace = ref ''
just_switched = ref false
%include "ls_lib.liq"
sources = ref []
source_id = ref 0
def check_version(~version=liquidsoap.version, major, minor) =
v = list.map(int_of_string, string.split(separator="\.", version))
list.nth(v,0,default=0) > major or list.nth(v,0,default=0) == major and list.nth(v,1,default=0) >= minor
end
# cue cut fix for liquidsoap <1.2.2
#
# This was most likely broken on 1.1.1 (debian) as well.
#
# adapted from https://github.com/savonet/liquidsoap/issues/390#issuecomment-277562081
#
def fix_cue_in(~cue_in_metadata='liq_cue_in', m) =
# 0.04 might need to be adjusted according to your frame size
if float_of_string(m[cue_in_metadata]) < 0.04 then
[(cue_in_metadata, "0")]
else
[]
end
end
def create_source()
l = request.equeue(id="s#{!source_id}", length=0.5)
l = audio_to_stereo(id="queue_src", l)
l = if not check_version(1, 3) then
map_metadata(fix_cue_in, l)
else
l
end
l = cue_cut(l)
l = amplify(1., override="replay_gain", l)
# the crossfade function controls fade in/out
l = crossfade(duration=0., smart=true, l)
l = on_metadata(notify_queue, l)
sources := list.append([l], !sources)
server.register(namespace="queues",
"s#{!source_id}_skip",
fun (s) -> begin log("queues.s#{!source_id}_skip")
clear_queue(l)
"Done"
end)
source_id := !source_id + 1
end
create_source()
create_source()
create_source()
create_source()
create_source()
create_source()
create_source()
create_source()
queue = add(!sources, normalize=false)
pair = insert_metadata(queue)
dynamic_metadata_callback := fst(pair)
queue = snd(pair)
output.dummy(fallible=true, queue)
http = input.http_restart(id="http")
http = cross_http(http_input_id="http",http)
output.dummy(fallible=true, http)
stream_queue = http_fallback(http_input_id="http", http=http, default=queue)
stream_queue = map_metadata(update=false, append_title, stream_queue)
ignore(output.dummy(stream_queue, fallible=true))
server.register(namespace="vars",
"pypo_data",
fun (s) -> begin log("vars.pypo_data") pypo_data := s "Done" end)
server.register(namespace="vars",
"stream_metadata_type",
fun (s) -> begin log("vars.stream_metadata_type") stream_metadata_type := int_of_string(s) s end)
server.register(namespace="vars",
"show_name",
fun (s) -> begin log("vars.show_name") show_name := s s end)
server.register(namespace="vars",
"station_name",
fun (s) -> begin log("vars.station_name") station_name := s s end)
server.register(namespace="vars",
"bootup_time",
fun (s) -> begin log("vars.bootup_time") time := s s end)
server.register(namespace="streams",
"connection_status",
fun (s) -> begin log("streams.connection_status") "1:#{!s1_connected},2:#{!s2_connected},3:#{!s3_connected},4:#{!s4_connected}" end)
server.register(namespace="vars",
"default_dj_fade",
fun (s) -> begin log("vars.default_dj_fade") default_dj_fade := float_of_string(s) s end)
server.register(namespace="dynamic_source",
description="Enable webstream output",
usage='start',
"output_start",
fun (s) -> begin log("dynamic_source.output_start")
notify([("schedule_table_id", !current_dyn_id)])
webstream_enabled := true "enabled" end)
server.register(namespace="dynamic_source",
description="Enable webstream output",
usage='stop',
"output_stop",
fun (s) -> begin log("dynamic_source.output_stop") webstream_enabled := false "disabled" end)
server.register(namespace="dynamic_source",
description="Set the streams cc_schedule row id",
usage="id <id>",
"id",
fun (s) -> begin log("dynamic_source.id") set_dynamic_source_id(s) end)
server.register(namespace="dynamic_source",
description="Get the streams cc_schedule row id",
usage="get_id",
"get_id",
fun (s) -> begin log("dynamic_source.get_id") get_dynamic_source_id() end)
#server.register(namespace="dynamic_source",
# description="Start a new dynamic source.",
# usage="start <uri>",
# "read_start",
# fun (uri) -> begin log("dynamic_source.read_start") begin_stream_read(uri) end)
#server.register(namespace="dynamic_source",
# description="Stop a dynamic source.",
# usage="stop <id>",
# "read_stop",
# fun (s) -> begin log("dynamic_source.read_stop") stop_stream_read(s) end)
#server.register(namespace="dynamic_source",
# description="Stop a dynamic source.",
# usage="stop <id>",
# "read_stop_all",
# fun (s) -> begin log("dynamic_source.read_stop") destroy_dynamic_source_all() end)
default = amplify(id="silence_src", 0.00001, noise())
ref_off_air_meta = ref off_air_meta
if !ref_off_air_meta == "" then
ref_off_air_meta := "LibreTime - offline"
end
def map_off_air_meta(m) =
[("title", !ref_off_air_meta)]
end
default = map_metadata(map_off_air_meta, default)
ignore(output.dummy(default, fallible=true))
master_dj_enabled = ref false
live_dj_enabled = ref false
scheduled_play_enabled = ref false
def make_master_dj_available()
master_dj_enabled := true
end
def make_master_dj_unavailable()
master_dj_enabled := false
end
def make_live_dj_available()
live_dj_enabled := true
end
def make_live_dj_unavailable()
live_dj_enabled := false
end
def make_scheduled_play_available()
scheduled_play_enabled := true
just_switched := true
end
def make_scheduled_play_unavailable()
scheduled_play_enabled := false
end
def update_source_status(sourcename, status) =
command = "timeout --signal=KILL 45 pyponotify --source-name=#{sourcename} --source-status=#{status} &"
system(command)
log(command)
end
def live_dj_connect(header) =
update_source_status("live_dj", true)
end
def live_dj_disconnect() =
update_source_status("live_dj", false)
end
def master_dj_connect(header) =
update_source_status("master_dj", true)
end
def master_dj_disconnect() =
update_source_status("master_dj", false)
end
# Auth function for live stream
# @Category LiveStream
# @param user Username to check against LibreTime API
# @param password Password to check against LibreTime API
# @param ~type Type of password to check, "dj" or "master, default: "master"
def check_auth(user="", password="", ~type="master") =
log("#{type} user #{user} connected",label="#{type}_source")
# Check auth based on return value from auth script
ret = test_process("python3 #{auth_path} --#{type} #{user} #{password}")
if ret then
log("#{type} user #{user} authenticated",label="#{type}_source")
else
log("#{type} user #{user} auth failed",label="#{type}_source",level=2)
end
ret
end
# Check master source auth
# @Category LiveStream
# @param user Username to check against LibreTime API
# @param password Password to check against LibreTime API
def check_master_dj_client(user, password) =
check_auth(user, password)
end
# Check dj/show source auth
# @Category LiveStream
# @param user Username to check against LibreTime API
# @param password Password to check against LibreTime API
def check_dj_client(user, password) =
check_auth(user, password, type="dj")
end
s = switch(id="schedule_noise_switch",
track_sensitive=false,
transitions=[transition_default, transition],
[({!scheduled_play_enabled}, stream_queue), ({true}, default)]
)
s = if dj_live_stream_port != 0 and dj_live_stream_mp != "" then
dj_live =
audio_to_stereo(
input.harbor(id="live_dj_harbor",
dj_live_stream_mp,
port=dj_live_stream_port,
auth=check_dj_client,
max=40.,
on_connect=live_dj_connect,
on_disconnect=live_dj_disconnect))
ignore(output.dummy(dj_live, fallible=true))
switch(id="show_schedule_noise_switch",
track_sensitive=false,
transitions=[transition, transition],
[({!live_dj_enabled}, dj_live), ({true}, s)]
)
else
s
end
s = if master_live_stream_port != 0 and master_live_stream_mp != "" then
master_dj =
audio_to_stereo(
input.harbor(id="master_harbor",
master_live_stream_mp,
port=master_live_stream_port,
auth=check_master_dj_client,
max=40.,
on_connect=master_dj_connect,
on_disconnect=master_dj_disconnect))
ignore(output.dummy(master_dj, fallible=true))
switch(id="master_show_schedule_noise_switch",
track_sensitive=false,
transitions=[transition, transition],
[({!master_dj_enabled}, master_dj), ({true}, s)]
)
else
s
end
# Attach a skip command to the source s:
#add_skip_command(s)
server.register(namespace="streams",
description="Stop Master DJ source.",
usage="master_dj_stop",
"master_dj_stop",
fun (s) -> begin log("streams.master_dj_stop") make_master_dj_unavailable() "Done." end)
server.register(namespace="streams",
description="Start Master DJ source.",
usage="master_dj_start",
"master_dj_start",
fun (s) -> begin log("streams.master_dj_start") make_master_dj_available() "Done." end)
server.register(namespace="streams",
description="Stop Live DJ source.",
usage="live_dj_stop",
"live_dj_stop",
fun (s) -> begin log("streams.live_dj_stop") make_live_dj_unavailable() "Done." end)
server.register(namespace="streams",
description="Start Live DJ source.",
usage="live_dj_start",
"live_dj_start",
fun (s) -> begin log("streams.live_dj_start") make_live_dj_available() "Done." end)
server.register(namespace="streams",
description="Stop Scheduled Play source.",
usage="scheduled_play_stop",
"scheduled_play_stop",
fun (s) -> begin log("streams.scheduled_play_stop") make_scheduled_play_unavailable() "Done." end)
server.register(namespace="streams",
description="Start Scheduled Play source.",
usage="scheduled_play_start",
"scheduled_play_start",
fun (s) -> begin log("streams.scheduled_play_start") make_scheduled_play_available() "Done." end)
if output_sound_device then
success = ref false
log(output_sound_device_type)
%ifdef output.alsa
if output_sound_device_type == "ALSA" then
ignore(output.alsa(s))
success := true
end
%endif
%ifdef output.ao
if output_sound_device_type == "AO" then
ignore(output.ao(s))
success := true
end
%endif
%ifdef output.oss
if output_sound_device_type == "OSS" then
ignore(output.oss(s))
success := true
end
%endif
%ifdef output.portaudio
if output_sound_device_type == "Portaudio" then
ignore(output.portaudio(s))
success := true
end
%endif
%ifdef output.pulseaudio
if output_sound_device_type == "Pulseaudio" then
ignore(output.pulseaudio(s))
success := true
end
%endif
if (!success == false) then
ignore(output.prefered(s))
end
end
if s1_enable == true then
if s1_output == 'shoutcast' then
s1_namespace := "shoutcast_stream_1"
else
s1_namespace := s1_mount
end
server.register(namespace=!s1_namespace, "connected", fun (s) -> begin log("#{!s1_namespace}.connected") !s1_connected end)
output_to(s1_output, s1_type, s1_bitrate, s1_host, s1_port, s1_pass,
s1_mount, s1_url, s1_description, s1_genre, s1_user, s, "1",
s1_connected, s1_name, s1_channels)
end
if s2_enable == true then
if s2_output == 'shoutcast' then
s2_namespace := "shoutcast_stream_2"
else
s2_namespace := s2_mount
end
server.register(namespace=!s2_namespace, "connected", fun (s) -> begin log("#{!s2_namespace}.connected") !s2_connected end)
output_to(s2_output, s2_type, s2_bitrate, s2_host, s2_port, s2_pass,
s2_mount, s2_url, s2_description, s2_genre, s2_user, s, "2",
s2_connected, s2_name, s2_channels)
end
if s3_enable == true then
if s3_output == 'shoutcast' then
s3_namespace := "shoutcast_stream_3"
else
s3_namespace := s3_mount
end
server.register(namespace=!s3_namespace, "connected", fun (s) -> begin log("#{!s3_namespace}.connected") !s3_connected end)
output_to(s3_output, s3_type, s3_bitrate, s3_host, s3_port, s3_pass,
s3_mount, s3_url, s3_description, s3_genre, s3_user, s, "3",
s3_connected, s3_name, s3_channels)
end
s4_namespace = ref ''
if s4_enable == true then
log("Stream 4 Enabled")
if s4_output == 'shoutcast' then
s4_namespace := "shoutcast_stream_4"
else
s4_namespace := s4_mount
end
server.register(namespace=!s4_namespace, "connected", fun (s) -> begin log("#{!s4_namespace}.connected") !s4_connected end)
output_to(s4_output, s4_type, s4_bitrate, s4_host, s4_port, s4_pass,
s4_mount, s4_url, s4_name, s4_genre, s4_user, s, "4",
s4_connected, s4_description, s4_channels)
end
command = "timeout --signal=KILL 45 pyponotify --liquidsoap-started &"
log(command)
system(command)

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if bitrate == 24 then
if stereo then
ignore(output_stereo(%mp3(bitrate = 24, stereo = true), !source))
else
ignore(output_mono(%mp3(bitrate = 24, stereo = false), mean(!source)))
end
elsif bitrate == 32 then
if stereo then
ignore(output_stereo(%mp3(bitrate = 32, stereo = true), !source))
else
ignore(output_mono(%mp3(bitrate = 32, stereo = false), mean(!source)))
end
elsif bitrate == 48 then
if stereo then
ignore(output_stereo(%mp3(bitrate = 48, stereo = true), !source))
else
ignore(output_mono(%mp3(bitrate = 48, stereo = false), mean(!source)))
end
elsif bitrate == 64 then
if stereo then
ignore(output_stereo(%mp3(bitrate = 64, stereo = true), !source))
else
ignore(output_mono(%mp3(bitrate = 64, stereo = false), mean(!source)))
end
elsif bitrate == 96 then
if stereo then
ignore(output_stereo(%mp3(bitrate = 96, stereo = true), !source))
else
ignore(output_mono(%mp3(bitrate = 96, stereo = false), mean(!source)))
end
elsif bitrate == 128 then
if stereo then
ignore(output_stereo(%mp3(bitrate = 128, stereo = true), !source))
else
ignore(output_mono(%mp3(bitrate = 128, stereo = false), mean(!source)))
end
elsif bitrate == 160 then
if stereo then
ignore(output_stereo(%mp3(bitrate = 160, stereo = true), !source))
else
ignore(output_mono(%mp3(bitrate = 160, stereo = false), mean(!source)))
end
elsif bitrate == 192 then
if stereo then
ignore(output_stereo(%mp3(bitrate = 192, stereo = true), !source))
else
ignore(output_mono(%mp3(bitrate = 192, stereo = false), mean(!source)))
end
elsif bitrate == 224 then
if stereo then
ignore(output_stereo(%mp3(bitrate = 224, stereo = true), !source))
else
ignore(output_mono(%mp3(bitrate = 224, stereo = false), mean(!source)))
end
elsif bitrate == 256 then
if stereo then
ignore(output_stereo(%mp3(bitrate = 256, stereo = true), !source))
else
ignore(output_mono(%mp3(bitrate = 256, stereo = false), mean(!source)))
end
elsif bitrate == 320 then
if stereo then
ignore(output_stereo(%mp3(bitrate = 320, stereo = true), !source))
else
ignore(output_mono(%mp3(bitrate = 320, stereo = false), mean(!source)))
end
end

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if not icecast_vorbis_metadata then
source := add(normalize=false, [amplify(0.00001, noise()), !source])
end
if bitrate == 24 or bitrate == 32 or bitrate == 48 then
if stereo then
ignore(output_stereo(%vorbis(quality=-0.1, channels = 2), !source))
else
ignore(output_mono(%vorbis(quality=-0.1, channels = 1), mean(!source)))
end
elsif bitrate == 64 then
if stereo then
ignore(output_stereo(%vorbis(quality=0, channels = 2), !source))
else
ignore(output_mono(%vorbis(quality=0, channels = 1), mean(!source)))
end
elsif bitrate == 96 then
if stereo then
ignore(output_stereo(%vorbis(quality=0.2, channels = 2), !source))
else
ignore(output_mono(%vorbis(quality=0.2, channels = 1), mean(!source)))
end
elsif bitrate == 128 then
if stereo then
ignore(output_stereo(%vorbis(quality=0.4, channels = 2), !source))
else
ignore(output_mono(%vorbis(quality=0.4, channels = 1), mean(!source)))
end
elsif bitrate == 160 then
if stereo then
ignore(output_stereo(%vorbis(quality=0.5, channels = 2), !source))
else
ignore(output_mono(%vorbis(quality=0.5, channels = 1), mean(!source)))
end
elsif bitrate == 192 then
if stereo then
ignore(output_stereo(%vorbis(quality=0.6, channels = 2), !source))
else
ignore(output_mono(%vorbis(quality=0.6, channels = 1), mean(!source)))
end
elsif bitrate == 224 then
if stereo then
ignore(output_stereo(%vorbis(quality=0.7, channels = 2), !source))
else
ignore(output_mono(%vorbis(quality=0.7, channels = 1), mean(!source)))
end
elsif bitrate == 256 then
if stereo then
ignore(output_stereo(%vorbis(quality=0.8, channels = 2), !source))
else
ignore(output_mono(%vorbis(quality=0.8, channels = 1), mean(!source)))
end
elsif bitrate == 320 then
if stereo then
ignore(output_stereo(%vorbis(quality=0.9, channels = 2), !source))
else
ignore(output_mono(%vorbis(quality=0.9, channels = 1), mean(!source)))
end
end

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if bitrate == 24 then
if stereo then
ignore(output_stereo(%opus(bitrate = 24, channels = 2, signal="music", application="audio", complexity=10, vbr="constrained"), !source))
else
ignore(output_mono(%opus(bitrate = 24, channels = 1, signal="music", application="audio", complexity=10, vbr="constrained"), mean(!source)))
end
elsif bitrate == 32 then
if stereo then
ignore(output_stereo(%opus(bitrate = 32, channels = 2, signal="music", application="audio", complexity=10, vbr="constrained"), !source))
else
ignore(output_mono(%opus(bitrate = 32, channels = 1, signal="music", application="audio", complexity=10, vbr="constrained"), mean(!source)))
end
elsif bitrate == 48 then
if stereo then
ignore(output_stereo(%opus(bitrate = 48, channels = 2, signal="music", application="audio", complexity=10, vbr="constrained"), !source))
else
ignore(output_mono(%opus(bitrate = 48, channels = 1, signal="music", application="audio", complexity=10, vbr="constrained"), mean(!source)))
end
elsif bitrate == 64 then
if stereo then
ignore(output_stereo(%opus(bitrate = 64, channels = 2, signal="music", application="audio", complexity=10, vbr="constrained"), !source))
else
ignore(output_mono(%opus(bitrate = 64, channels = 1, signal="music", application="audio", complexity=10, vbr="constrained"), mean(!source)))
end
elsif bitrate == 96 then
if stereo then
ignore(output_stereo(%opus(bitrate = 96, channels = 2, signal="music", application="audio", complexity=10, vbr="constrained"), !source))
else
ignore(output_mono(%opus(bitrate = 96, channels = 1, signal="music", application="audio", complexity=10, vbr="constrained"), mean(!source)))
end
elsif bitrate == 128 then
if stereo then
ignore(output_stereo(%opus(bitrate = 128, channels = 2, signal="music", application="audio", complexity=10, vbr="constrained"), !source))
else
ignore(output_mono(%opus(bitrate = 128, channels = 1, signal="music", application="audio", complexity=10, vbr="constrained"), mean(!source)))
end
elsif bitrate == 160 then
if stereo then
ignore(output_stereo(%opus(bitrate = 160, channels = 2, signal="music", application="audio", complexity=10, vbr="constrained"), !source))
else
ignore(output_mono(%opus(bitrate = 160, channels = 1, signal="music", application="audio", complexity=10, vbr="constrained"), mean(!source)))
end
elsif bitrate == 192 then
if stereo then
ignore(output_stereo(%opus(bitrate = 192, channels = 2, signal="music", application="audio", complexity=10, vbr="constrained"), !source))
else
ignore(output_mono(%opus(bitrate = 192, channels = 1, signal="music", application="audio", complexity=10, vbr="constrained"), mean(!source)))
end
elsif bitrate == 224 then
if stereo then
ignore(output_stereo(%opus(bitrate = 224, channels = 2, signal="music", application="audio", complexity=10, vbr="constrained"), !source))
else
ignore(output_mono(%opus(bitrate = 224, channels = 1, signal="music", application="audio", complexity=10, vbr="constrained"), mean(!source)))
end
elsif bitrate == 256 then
if stereo then
ignore(output_stereo(%opus(bitrate = 256, channels = 2, signal="music", application="audio", complexity=10, vbr="constrained"), !source))
else
ignore(output_mono(%opus(bitrate = 256, channels = 1, signal="music", application="audio", complexity=10, vbr="constrained"), mean(!source)))
end
elsif bitrate == 320 then
if stereo then
ignore(output_stereo(%opus(bitrate = 320, channels = 2, signal="music", application="audio", complexity=10, vbr="constrained"), !source))
else
ignore(output_mono(%opus(bitrate = 320, channels = 1, signal="music", application="audio", complexity=10, vbr="constrained"), mean(!source)))
end
end

View File

@ -7,10 +7,11 @@ import logging
import subprocess
from pypo import pure
PYPO_HOME = '/var/tmp/airtime/pypo/'
PYPO_HOME = "/var/tmp/airtime/pypo/"
def run():
'''Entry-point for this application'''
"""Entry-point for this application"""
print("Airtime Liquidsoap")
parser = argparse.ArgumentParser()
parser.add_argument("-d", "--debug", help="run in debug mode", action="store_true")
@ -19,18 +20,29 @@ def run():
os.environ["HOME"] = PYPO_HOME
if args.debug:
logging.basicConfig(level=getattr(logging, 'DEBUG', None))
logging.basicConfig(level=getattr(logging, "DEBUG", None))
generate_liquidsoap_cfg.run()
''' check liquidsoap version if less than 1.3 use legacy liquidsoap script '''
liquidsoap_version = subprocess.check_output("liquidsoap --version", shell=True, universal_newlines=True)
if "1.1.1" not in liquidsoap_version:
script_path = os.path.join(os.path.dirname(__file__), 'ls_script.liq')
else:
script_path = os.path.join(os.path.dirname(__file__), 'ls_script_legacy.liq')
""" check liquidsoap version so we can run a scripts matching the liquidsoap minor version """
liquidsoap_version = subprocess.check_output(
"liquidsoap --force-start 'print(liquidsoap.version) shutdown()'",
shell=True,
universal_newlines=True,
)[0:3]
script_path = os.path.join(
os.path.dirname(__file__), liquidsoap_version, "ls_script.liq"
)
exec_args = [
"/usr/bin/liquidsoap",
"airtime-liquidsoap",
script_path,
"--verbose",
"-f",
]
if args.debug:
os.execl('/usr/bin/liquidsoap', 'airtime-liquidsoap', script_path, '--verbose', '-f', '--debug')
else:
os.execl('/usr/bin/liquidsoap', 'airtime-liquidsoap', script_path, '--verbose', '-f')
print(f"Liquidsoap {liquidsoap_version} using script: {script_path}")
exec_args.append("--debug")
os.execl(*exec_args)
run()

View File

@ -40,7 +40,7 @@ setup(name='airtime-playout',
license='AGPLv3',
packages=['pypo', 'pypo.media', 'pypo.media.update',
'liquidsoap'],
package_data={'': ['*.liq', '*.cfg', '*.types']},
package_data={'': ['**/*.liq', '*.cfg', '*.types']},
scripts=[
'bin/airtime-playout',
'bin/airtime-liquidsoap',