internal static bool IsTranscodeRequired(string ext)
{
Plugin.FileCodec codec = GetFileCodec(ext);
return(Plugin.settings.transcode.useMusicBeeSettings ||
Plugin.settings.transcode.enableDSP ||
Plugin.settings.transcode.replayGainMode != Plugin.ReplayGainMode.Off ||
Plugin.settings.transcode.formats.Contains(codec));
}
private void applyButton_Click(object sender, EventArgs e)
{
List <Plugin.FileCodec> formats = new List <Plugin.FileCodec> {
Plugin.FileCodec.Unknown
};
foreach (var item in transcodeFormats.CheckedItems)
{
Plugin.FileCodec codec = AudioStream.GetFileCodec(transcodeFormats.GetItemText(item));
Debug.Assert(codec != Plugin.FileCodec.Unknown);
formats.Add(codec);
}
ushort validPort;
if (ushort.TryParse(portInput.Text, out validPort))
{
if (port != validPort && port > 1)
{
validPort = Plugin.settings.serverPort;
}
}
Settings settings = new Settings
{
serverName = serverNameInput.Text,
serverPort = validPort,
transcode = new AudioStream.TranscodeOptions
{
usePCM = pcm.Checked,
useMusicBeeSettings = mbAudio.Checked,
enableDSP = dsp.Checked,
replayGainMode = replayGainTrack.Checked ? Plugin.ReplayGainMode.Track
: replayGainAlbum.Checked ? Plugin.ReplayGainMode.Album
: replayGainSmart.Checked ? Plugin.ReplayGainMode.Smart
: Plugin.ReplayGainMode.Off,
formats = formats
},
optimisedUserAgent = null,
optimisedMetadata = null,
optimisationPinned = pinOptimisation.Checked
};
Save(settings);
}
private void SetFormSettingsInternal(Settings settings)
{
serverNameInput.Text = settings.serverName;
portInput.Text = settings.serverPort.ToString();
pinOptimisation.Checked = settings.optimisationPinned;
pinOptimisation.Enabled = settings.optimisedMetadata != null;
optimiseLabel.Text = Plugin.TrimToCharacter(optimiseLabel.Text, ':') + ": " + (settings.optimisedUserAgent ?? "None");
pcm.Checked = settings.transcode.usePCM;
mbAudio.Checked = settings.transcode.useMusicBeeSettings;
dsp.Checked = settings.transcode.enableDSP;
switch (settings.transcode.replayGainMode)
{
case Plugin.ReplayGainMode.Album:
replayGainAlbum.Checked = true;
break;
case Plugin.ReplayGainMode.Track:
replayGainTrack.Checked = true;
break;
case Plugin.ReplayGainMode.Smart:
replayGainSmart.Checked = true;
break;
default:
replayGainOff.Checked = true;
break;
}
for (int i = 0; i < transcodeFormats.Items.Count; i++)
{
var item = transcodeFormats.Items[i];
Plugin.FileCodec codec = AudioStream.GetFileCodec(transcodeFormats.GetItemText(item));
Debug.Assert(codec != Plugin.FileCodec.Unknown);
if (settings.transcode.formats.Contains(codec))
{
transcodeFormats.SetItemChecked(i, true);
}
}
}
internal static Plugin.FileCodec GetFileCodec(string ext)
{
Plugin.FileCodec result = Plugin.FileCodec.Unknown;
switch (ext.ToLower())
{
case "mp3": {
result = Plugin.FileCodec.Mp3;
} break;
case "m4a":
case "m4b":
case "m4p":
case "m4r":
case "3gp":
case "mp4":
case "aac": {
// alac might sometimes be reported as aac
// but anything that supports aac should support alac, too
result = Plugin.FileCodec.Aac;
} break;
case "flac": {
result = Plugin.FileCodec.Flac;
} break;
case "ogv":
case "oga":
case "ogx":
case "ogm":
case "ogg": {
result = Plugin.FileCodec.Ogg;
} break;
case "wv":
case "wavpack": {
result = Plugin.FileCodec.WavPack;
} break;
case "wma": {
result = Plugin.FileCodec.Wma;
} break;
case "tak": {
result = Plugin.FileCodec.Tak;
} break;
case "mpc":
case "mpp":
case "mp+": {
result = Plugin.FileCodec.Mpc;
} break;
case "wav":
case "wave": {
result = Plugin.FileCodec.Wave;
} break;
case "asx": {
result = Plugin.FileCodec.Asx;
} break;
case "alac": {
result = Plugin.FileCodec.Alac;
} break;
case "aif":
case "aifc":
case "aiff": {
result = Plugin.FileCodec.Aiff;
} break;
case "l16":
case "au":
case "pcm": {
result = Plugin.FileCodec.Pcm;
} break;
case "opus": {
result = Plugin.FileCodec.Opus;
} break;
case "spx": {
result = Plugin.FileCodec.Spx;
} break;
case "dsd": {
result = Plugin.FileCodec.Dsd;
} break;
}
return(result);
}
