private HttpResponse QueueContentsResponse()
{
var queue = new QueueTracks();
var track = Player.CurrentTrack;
if (track != null)
{
var container = Player.ActivePlaylist ?? Player.MediaLibrary;
var canp = new CanpData
{
DatabaseId = id,
ContainerId = container.Id,
ContainerItemId = track.Id,
TrackId = track.Id
};
queue.Add(new QueueTrack()
{
TrackSpecs = canp.Data,
AlbumId = (track.Album != null) ? track.Album.PersistentId : 0,
Album = track.AlbumName,
AlbumArtist = (track.AlbumArtist != null) ? track.AlbumArtist.Id : 0,
Artist = track.ArtistName,
Title = track.Title,
Genre = track.GenreName,
MediaKind = 1,
QueueIndex = 1,
Upcoming = false
});
}
return(new DmapResponse(new
{
ceQR = new
{
mstt = 200,
muty = (byte)0,
ceQu = true, // update???
mlcl = queue,
apsm = false,
aprm = (byte)0
}
}));
}
private HttpResponse QueueContentsResponse()
{
var queue = new QueueTracks();
var track = Player.CurrentTrack;
if (track != null)
{
var container = Player.ActivePlaylist ?? Player.MediaLibrary;
var canp = new CanpData
{
DatabaseId = id,
ContainerId = container.Id,
ContainerItemId = track.Id,
TrackId = track.Id
};
queue.Add(new QueueTrack()
{
TrackSpecs = canp.Data,
AlbumId = (track.Album != null) ? track.Album.PersistentId : 0,
Album = track.AlbumName,
AlbumArtist = (track.AlbumArtist != null) ? track.AlbumArtist.Id : 0,
Artist = track.ArtistName,
Title = track.Title,
Genre = track.GenreName,
MediaKind = 1,
QueueIndex = 1,
Upcoming = false
});
}
return new DmapResponse(new
{
ceQR = new
{
mstt = 200,
muty = (byte)0,
ceQu = true, // update???
mlcl = queue,
apsm = false,
aprm = (byte)0
}
});
}
private HttpResponse PlayStatusUpdateResponse()
{
var revisionStr = Request.QueryString["revision-number"];
uint revisionNumber = 0;
if (!string.IsNullOrEmpty(revisionStr) && uint.TryParse(revisionStr, out revisionNumber))
{
if (Session.CtrlIntRevision > 0)
{
while (revisionNumber > Session.CtrlIntRevision)
{
Thread.Sleep(50);
if (!Request.IsClientConnected)
{
using (Player.BeginRead())
return(new DmapResponse(new
{
cmst = new
{
mstt = 200,
cmsr = 0,
caps = (byte)2, // play status
cash = (byte)Player.CurrentShuffleMode, // shuffle status
carp = (byte)Player.CurrentRepeatMode, // repeat status
cavc = true, //
caas = (int)Player.AvailableShuffleModes << 1,
caar = (int)Player.AvailableRepeatModes << 1,
casu = false,
//ceQu = false,
//ceMQ = true,
//ceNQ = 0
}
}));
}
}
}
else
{
Session.CtrlIntRevision = 1;
}
}
using (Player.BeginRead())
{
var state = new Dictionary <string, object>()
{
{ "mstt", 200 },
{ "cmsr", Session.CtrlIntRevision + 1 },
{ "caps", (byte)Player.CurrentState },
{ "cash", (byte)Player.CurrentShuffleMode },
{ "carp", (byte)Player.CurrentRepeatMode },
{ "cavc", true }, // volume controllable
{ "caas", (int)Player.AvailableShuffleModes << 1 },
{ "caar", (int)Player.AvailableRepeatModes << 1 },
{ "casu", false },
{ "ceGS", false },
/*
* { "cavs", false },
* { "cafs", false },
* { "cafe", false },
* { "cave", false }*/
};
var track = Player.CurrentTrack;
if (track != null)
{
var liveTrack = track as ILiveTrack;
var isLive = liveTrack != null && liveTrack.IsLiveStream;
var container = Player.ActivePlaylist ?? Player.MediaLibrary;
/*var containerItemId = container.Id;
* var trackList = container.Tracks as IList<ITrack>;
* if (trackList != null)
* containerItemId = container.Id + 1 + trackList.IndexOf(track);*/
state["cmmk"] = 1;
state["canp"] = new CanpData
{
DatabaseId = id,
ContainerId = container.Id,
ContainerItemId = track.Id,
TrackId = track.Id
}.Data;
if (track.Album != null)
{
state["asai"] = track.Album.PersistentId;
}
if (!isLive)
{
state["cann"] = track.Title;
state["cana"] = track.ArtistName;
state["canl"] = track.AlbumName;
state["cang"] = track.GenreName;
state["cast"] = (uint)Math.Round(track.Duration.TotalMilliseconds);
state["cant"] = (uint)Math.Round((track.Duration - Player.CurrentPosition).TotalMilliseconds);
}
else
{
state["cann"] = track.Title;
state["cana"] = track.ArtistName;
state["canl"] = track.AlbumName;
state["cang"] = track.GenreName;
state["cant"] = uint.MaxValue;
}
state["casu"] = true;
//state["ceMQ"] = false;
//state["ceNQ"] = 0;
}
state["ceQu"] = false;
return(new DmapResponse(new
{
cmst = state
}));
}
}
private HttpResponse PlayStatusUpdateResponse()
{
var revisionStr = Request.QueryString["revision-number"];
uint revisionNumber = 0;
if (!string.IsNullOrEmpty(revisionStr) && uint.TryParse(revisionStr, out revisionNumber))
{
if (Session.CtrlIntRevision > 0)
{
while (revisionNumber > Session.CtrlIntRevision)
{
Thread.Sleep(50);
if (!Request.IsClientConnected)
{
using (Player.BeginRead())
return new DmapResponse(new
{
cmst = new
{
mstt = 200,
cmsr = 0,
caps = (byte)2, // play status
cash = (byte)Player.CurrentShuffleMode, // shuffle status
carp = (byte)Player.CurrentRepeatMode, // repeat status
cavc = true, //
caas = (int)Player.AvailableShuffleModes << 1,
caar = (int)Player.AvailableRepeatModes << 1,
casu = false,
//ceQu = false,
//ceMQ = true,
//ceNQ = 0
}
});
}
}
}
else
Session.CtrlIntRevision = 1;
}
using (Player.BeginRead())
{
var state = new Dictionary<string, object>()
{
{ "mstt", 200 },
{ "cmsr", Session.CtrlIntRevision + 1 },
{ "caps", (byte)Player.CurrentState },
{ "cash", (byte)Player.CurrentShuffleMode },
{ "carp", (byte)Player.CurrentRepeatMode },
{ "cavc", true }, // volume controllable
{ "caas", (int)Player.AvailableShuffleModes << 1 },
{ "caar", (int)Player.AvailableRepeatModes << 1 },
{ "casu", false },
{ "ceGS", false },
/*
{ "cavs", false },
{ "cafs", false },
{ "cafe", false },
{ "cave", false }*/
};
var track = Player.CurrentTrack;
if (track != null)
{
var liveTrack = track as ILiveTrack;
var isLive = liveTrack != null && liveTrack.IsLiveStream;
var container = Player.ActivePlaylist ?? Player.MediaLibrary;
/*var containerItemId = container.Id;
var trackList = container.Tracks as IList<ITrack>;
if (trackList != null)
containerItemId = container.Id + 1 + trackList.IndexOf(track);*/
state["cmmk"] = 1;
state["canp"] = new CanpData
{
DatabaseId = id,
ContainerId = container.Id,
ContainerItemId = track.Id,
TrackId = track.Id
}.Data;
if (track.Album != null)
state["asai"] = track.Album.PersistentId;
if (!isLive)
{
state["cann"] = track.Title;
state["cana"] = track.ArtistName;
state["canl"] = track.AlbumName;
state["cang"] = track.GenreName;
state["cast"] = (uint)Math.Round(track.Duration.TotalMilliseconds);
state["cant"] = (uint)Math.Round((track.Duration - Player.CurrentPosition).TotalMilliseconds);
}
else
{
state["cann"] = track.Title;
state["cana"] = track.ArtistName;
state["canl"] = track.AlbumName;
state["cang"] = track.GenreName;
state["cant"] = uint.MaxValue;
}
state["casu"] = true;
//state["ceMQ"] = false;
//state["ceNQ"] = 0;
}
state["ceQu"] = false;
return new DmapResponse(new
{
cmst = state
});
}
}
/// <summary>
/// Answers the /ctrl-int/dbid/getproperty request
///
/// Query string arguments are:
/// session-id: id of the remote session;
/// properties: comma-separated list of properties to get. Remote seems using only 'volume'.
/// </summary>
/// <returns>
/// cmgt --+
/// mstt 4 200 (status)
/// cmvo 4 100 (volume, 0-100)
/// </returns>
private HttpResponse GetPropertyResponse()
{
var allProps = Request.QueryString["properties"];
var values = new Dictionary <string, object>();
values["mstt"] = 200;
if (!string.IsNullOrEmpty(allProps))
{
var props = allProps.Split(',');
using (Player.BeginRead())
{
var track = Player.CurrentTrack;
var liveTrack = track as ILiveTrack;
var isLive = liveTrack != null && liveTrack.IsLiveStream;
foreach (var prop in props)
{
switch (prop)
{
case "dmcp.volume":
values["cmvo"] = Player.CurrentVolume;
break;
case "dacp.playerstate":
values["caps"] = (byte)Player.CurrentState;
break;
case "dacp.nowplaying":
if (track != null)
{
var container = Player.ActivePlaylist ?? Player.MediaLibrary;
/*var containerItemId = container.Id;
* var trackList = container.Tracks as IList<ITrack>;
* if (trackList != null)
* containerItemId = container.Id + 1 + trackList.IndexOf(track);*/
values["canp"] = new CanpData
{
DatabaseId = id,
ContainerId = container.Id,
ContainerItemId = track.Id,
TrackId = track.Id
}.Data;
if (!isLive)
{
values["cann"] = track.Title;
values["cana"] = track.ArtistName;
values["canl"] = track.AlbumName;
values["cang"] = track.GenreName;
}
else
{
values["cann"] = liveTrack.LiveTitle;
values["cana"] = liveTrack.LiveArtistName;
values["canl"] = liveTrack.LiveAlbumName;
values["cang"] = liveTrack.LiveGenreName;
}
if (track.Album != null)
{
values["asai"] = track.Album.PersistentId;
}
values["cmmk"] = 1;
}
break;
case "dacp.playingtime":
if (track != null)
{
if (!isLive)
{
values["cast"] = (uint)Math.Round(track.Duration.TotalMilliseconds);
values["cant"] = (uint)Math.Round((track.Duration - Player.CurrentPosition).TotalMilliseconds);
}
else
{
values["cant"] = uint.MaxValue;
}
}
break;
case "dacp.volumecontrollable":
values["cavc"] = true;
break;
case "dacp.availableshufflestates":
values["caas"] = (int)Player.AvailableShuffleModes << 1;
break;
case "dacp.availablerepeatstates":
values["caar"] = (int)Player.AvailableRepeatModes << 1;
break;
case "dacp.shufflestate":
values["cash"] = (byte)Player.CurrentShuffleMode;
break;
case "dacp.repeatstate":
values["carp"] = (byte)Player.CurrentRepeatMode;
break;
case "dacp.fullscreenenabled":
values["cafe"] = false;
break;
case "dacp.fullscreen":
values["cafs"] = (byte)0;
break;
case "dacp.visualizerenabled":
values["cave"] = false;
break;
case "dacp.visualizer":
values["cavs"] = (byte)0;
break;
}
}
}
}
return(new DmapResponse(new { cmgt = values }));
}
/// <summary>
/// Answers the /ctrl-int/dbid/getproperty request
///
/// Query string arguments are:
/// session-id: id of the remote session;
/// properties: comma-separated list of properties to get. Remote seems using only 'volume'.
/// </summary>
/// <returns>
/// cmgt --+
/// mstt 4 200 (status)
/// cmvo 4 100 (volume, 0-100)
/// </returns>
private HttpResponse GetPropertyResponse()
{
var allProps = Request.QueryString["properties"];
var values = new Dictionary<string, object>();
values["mstt"] = 200;
if (!string.IsNullOrEmpty(allProps))
{
var props = allProps.Split(',');
using (Player.BeginRead())
{
var track = Player.CurrentTrack;
var liveTrack = track as ILiveTrack;
var isLive = liveTrack != null && liveTrack.IsLiveStream;
foreach (var prop in props)
switch (prop)
{
case "dmcp.volume":
values["cmvo"] = Player.CurrentVolume;
break;
case "dacp.playerstate":
values["caps"] = (byte)Player.CurrentState;
break;
case "dacp.nowplaying":
if (track != null)
{
var container = Player.ActivePlaylist ?? Player.MediaLibrary;
/*var containerItemId = container.Id;
var trackList = container.Tracks as IList<ITrack>;
if (trackList != null)
containerItemId = container.Id + 1 + trackList.IndexOf(track);*/
values["canp"] = new CanpData
{
DatabaseId = id,
ContainerId = container.Id,
ContainerItemId = track.Id,
TrackId = track.Id
}.Data;
if (!isLive)
{
values["cann"] = track.Title;
values["cana"] = track.ArtistName;
values["canl"] = track.AlbumName;
values["cang"] = track.GenreName;
}
else
{
values["cann"] = liveTrack.LiveTitle;
values["cana"] = liveTrack.LiveArtistName;
values["canl"] = liveTrack.LiveAlbumName;
values["cang"] = liveTrack.LiveGenreName;
}
if (track.Album != null)
values["asai"] = track.Album.PersistentId;
values["cmmk"] = 1;
}
break;
case "dacp.playingtime":
if (track != null)
{
if (!isLive)
{
values["cast"] = (uint)Math.Round(track.Duration.TotalMilliseconds);
values["cant"] = (uint)Math.Round((track.Duration - Player.CurrentPosition).TotalMilliseconds);
}
else
{
values["cant"] = uint.MaxValue;
}
}
break;
case "dacp.volumecontrollable":
values["cavc"] = true;
break;
case "dacp.availableshufflestates":
values["caas"] = (int)Player.AvailableShuffleModes << 1;
break;
case "dacp.availablerepeatstates":
values["caar"] = (int)Player.AvailableRepeatModes << 1;
break;
case "dacp.shufflestate":
values["cash"] = (byte)Player.CurrentShuffleMode;
break;
case "dacp.repeatstate":
values["carp"] = (byte)Player.CurrentRepeatMode;
break;
case "dacp.fullscreenenabled":
values["cafe"] = false;
break;
case "dacp.fullscreen":
values["cafs"] = (byte)0;
break;
case "dacp.visualizerenabled":
values["cave"] = false;
break;
case "dacp.visualizer":
values["cavs"] = (byte)0;
break;
}
}
}
return new DmapResponse(new { cmgt = values });
}
