public static LSMeta copy(LSMeta meta)
{
LSMeta ret = new LSMeta();
apply(meta, ret);
return(ret);
}
void metaDec(LSMeta meta)
{
try
{
meta.desc = Z.gzd(meta.desc).Replace("\r", "").Replace("\n", "\r\n");
}
catch
{
//meta.desc = "(encoding failed)";
}
}
void metaEnc(LSMeta meta)
{
try
{
meta.desc = Z.gze(meta.desc.Replace("\r", ""));
}
catch
{
meta.desc = "(encoding failed)";
}
}
public static void apply(LSMeta src, LSMeta target)
{
target.src = src.src;
target.ptn = src.ptn;
target.tit = src.tit;
target.yield = src.yield;
target.encoding = src.encoding;
target.reader = src.reader;
target.freq = src.freq;
target.grp = src.grp;
target.urldecode = src.urldecode;
target.desc = src.desc;
target.bnc = src.bnc;
}
public bool eq(LSMeta meta)
{
return
(src == meta.src &&
ptn == meta.ptn &&
tit == meta.tit &&
yield == meta.yield &&
encoding == meta.encoding &&
reader == meta.reader &&
freq == meta.freq &&
grp == meta.grp &&
urldecode == meta.urldecode &&
bnc == meta.bnc);
// description left out intentionally
}
public bool eq(LSMeta meta)
{
return
src == meta.src &&
ptn == meta.ptn &&
tit == meta.tit &&
yield == meta.yield &&
encoding == meta.encoding &&
reader == meta.reader &&
freq == meta.freq &&
grp == meta.grp &&
urldecode == meta.urldecode &&
bnc == meta.bnc;
// description left out intentionally
}
public void apply(LSMeta meta)
{
LSMeta.apply(meta, this);
}
public static LSMeta copy(LSMeta meta)
{
LSMeta ret = new LSMeta();
apply(meta, ret);
return ret;
}
public static void apply(LSMeta src, LSMeta target)
{
target.src = src.src;
target.ptn = src.ptn;
target.tit = src.tit;
target.yield = src.yield;
target.encoding = src.encoding;
target.reader = src.reader;
target.freq = src.freq;
target.grp = src.grp;
target.urldecode = src.urldecode;
target.desc = src.desc;
target.bnc = src.bnc;
}
public LSSettings()
{
s_devRec = s_devMic = s_devOut = "";
micLeft = true;
micRight = false;
mp3 = new LSParams();
mp3.enabled = true;
mp3.compression = LSCompression.cbr;
mp3.bitrate = 192;
mp3.quality = 2;
mp3.channels = LSChannels.stereo;
mp3.ext = "mp3";
ogg = new LSParams();
ogg.enabled = false;
ogg.compression = LSCompression.q;
ogg.bitrate = 192;
ogg.quality = 5;
ogg.channels = LSChannels.stereo;
ogg.ext = "ogg";
samplerate = 44100;
reverbP = 0;
reverbS = 90;
serverPresets = new List<LSServerPreset>();
host = "become.stream.r-a-d.io";
port = 1337;
user = "******";
pass = "******";
mount = "main";
relay = LSRelay.ice;
title = "Loopstream";
description = "Cave Explorer Committee";
genre = "Post-Avant Jazzcore";
url = "https://github.com/9001/loopstream";
pubstream = false;
latin = false;
tagAuto = true;
meta = new LSMeta();
metas = new List<LSMeta>();
triggers = new List<LSTrigger>();
resetPresets();
//presets[0] = new LSPreset(1, 1, 0.32, 1, true, true, true); //DEBUG
//presets[0] = new LSPreset(0.5, 0.875, 0.32, 0.75, true, true, true); //DEBUG
mixer = new LSPreset();
mixer.apply(presets[0]);
splash = true;
vu = true;
testDevs = true;
killmic = false;
recMp3 = true;
recOgg = true;
recPCM = false;
showUnavail = false;
autoconn = false;
autohide = false;
// Backwards compatibility
warn_poor = warn_drop = true;
lim_poor = 0.92;
lim_drop = 0.78;
Logger.app.a("Base LSSettings ready, doing init");
init();
}
void metaEnc(LSMeta meta)
{
try
{
meta.desc = Z.gze(meta.desc.Replace("\r", ""));
}
catch
{
meta.desc = "(encoding failed)";
}
}
void metaDec(LSMeta meta)
{
try
{
meta.desc = Z.gzd(meta.desc).Replace("\r", "").Replace("\n", "\r\n");
}
catch
{
//meta.desc = "(encoding failed)";
}
}
public LSSettings()
{
s_devRec = s_devMic = s_devOut = "";
micLeft = true;
micRight = false;
mp3 = new LSParams();
mp3.enabled = true;
mp3.compression = LSCompression.cbr;
mp3.bitrate = 192;
mp3.quality = 2;
mp3.channels = LSChannels.stereo;
mp3.ext = "mp3";
ogg = new LSParams();
ogg.enabled = false;
ogg.compression = LSCompression.q;
ogg.bitrate = 192;
ogg.quality = 5;
ogg.channels = LSChannels.stereo;
ogg.ext = "ogg";
samplerate = 44100;
reverbP = 0;
reverbS = 90;
serverPresets = new List <LSServerPreset>();
host = "become.stream.r-a-d.io";
port = 1337;
user = "******";
pass = "******";
mount = "main";
relay = LSRelay.ice;
title = "Loopstream";
description = "Cave Explorer Committee";
genre = "Post-Avant Jazzcore";
url = "https://github.com/9001/loopstream";
pubstream = false;
latin = false;
tagAuto = true;
meta = new LSMeta();
metas = new List <LSMeta>();
triggers = new List <LSTrigger>();
resetPresets();
//presets[0] = new LSPreset(1, 1, 0.32, 1, true, true, true); //DEBUG
//presets[0] = new LSPreset(0.5, 0.875, 0.32, 0.75, true, true, true); //DEBUG
mixer = new LSPreset();
mixer.apply(presets[0]);
splash = true;
vu = true;
testDevs = true;
killmic = false;
recMp3 = true;
recOgg = true;
recPCM = false;
showUnavail = false;
autoconn = false;
autohide = false;
// Backwards compatibility
warn_poor = warn_drop = true;
lim_poor = 0.92;
lim_drop = 0.78;
Logger.app.a("Base LSSettings ready, doing init");
init();
}
public void apply(LSMeta meta)
{
LSMeta.apply(meta, this);
}
