private void UpdateSpotify(GeneralProfileDataModel dataModel)
{
// Spotify
if (!dataModel.Spotify.Running && SpotifyLocalAPI.IsSpotifyRunning())
{
SetupSpotify();
}
var status = _spotify.GetStatus();
if (status == null)
{
return;
}
dataModel.Spotify.Playing = status.Playing;
dataModel.Spotify.Running = SpotifyLocalAPI.IsSpotifyRunning();
if (status.Track != null)
{
dataModel.Spotify.Artist = status.Track.ArtistResource?.Name;
dataModel.Spotify.SongName = status.Track.TrackResource?.Name;
dataModel.Spotify.Album = status.Track.AlbumResource?.Name;
dataModel.Spotify.SongLength = status.Track.Length;
}
if (dataModel.Spotify.SongLength > 0)
{
dataModel.Spotify.SongPercentCompleted =
(int)(status.PlayingPosition / dataModel.Spotify.SongLength * 100.0);
}
}
public GeneralProfileModel(DeviceManager deviceManager, LuaManager luaManager,
AudioCaptureManager audioCaptureManager) : base(deviceManager, luaManager)
{
_lastMusicUpdate = DateTime.Now;
Settings = SettingsProvider.Load <GeneralProfileSettings>();
DataModel = new GeneralProfileDataModel();
audioCaptureManager.AudioDeviceChanged += AudioDeviceChanged;
}
private void UpdateDay(GeneralProfileDataModel dataModel)
{
var now = DateTime.Now;
dataModel.CurrentTime.Hours24 = now.Hour;
dataModel.CurrentTime.Minutes = now.Minute;
dataModel.CurrentTime.Seconds = now.Second;
dataModel.CurrentTime.Hours12 = now.Hour >= 13
? now.Hour - 12
: now.Hour;
}
public void UpdateMusicPlayers(GeneralProfileDataModel dataModel)
{
// This is quite resource hungry so only update it once every two seconds
if (DateTime.Now - _lastMusicUpdate < TimeSpan.FromSeconds(2))
{
return;
}
_lastMusicUpdate = DateTime.Now;
UpdateSpotify(dataModel);
UpdateGooglePlayMusic(dataModel);
}
private void UpdateGooglePlayMusic(GeneralProfileDataModel dataModel)
{
// Google Play Music
var appData = Environment.GetFolderPath(Environment.SpecialFolder.ApplicationData);
var json = appData + @"\Google Play Music Desktop Player\json_store\playback.json";
if (!File.Exists(json))
{
return;
}
dataModel.GooglePlayMusic = JsonConvert.DeserializeObject <GooglePlayMusic>(File.ReadAllText(json));
}
private void UpdateAudio(GeneralProfileDataModel dataModel)
{
// Update microphone, only bother with OverallPeak
if (_defaultRecording != null)
{
dataModel.Audio.Recording.OverallPeak = _recordingInfo.PeakValue;
}
if (_defaultPlayback == null)
{
return;
}
// Update volume if a default device is found
dataModel.Audio.Volume = AudioEndpointVolume.FromDevice(_defaultPlayback).GetMasterVolumeLevelScalar();
// Update speakers, only do overall, left and right for now
// TODO: When adding list support lets do all channels
var peakValues = _playbackInfo.GetChannelsPeakValues();
dataModel.Audio.Playback.OverallPeak = _playbackInfo.PeakValue;
dataModel.Audio.Playback.LeftPeak = peakValues[0];
dataModel.Audio.Playback.RightPeak = peakValues[1];
}
private void UpdateActiveWindow(GeneralProfileDataModel dataModel)
{
dataModel.ActiveWindow.ProcessName = ActiveWindowHelper.ActiveWindowProcessName;
dataModel.ActiveWindow.WindowTitle = ActiveWindowHelper.ActiveWindowWindowTitle;
}
private void UpdateKeyStates(GeneralProfileDataModel dataModel)
{
dataModel.Keyboard.NumLock = ((ushort)GetKeyState(0x90) & 0xffff) != 0;
dataModel.Keyboard.CapsLock = ((ushort)GetKeyState(0x14) & 0xffff) != 0;
dataModel.Keyboard.ScrollLock = ((ushort)GetKeyState(0x91) & 0xffff) != 0;
}
private void UpdateCpu(GeneralProfileDataModel dataModel)
{
if (_cores == null || _overallCpu == null)
{
return;
}
// CPU is only updated every 15 frames, the performance counter gives 0 if updated too often
_cpuFrames++;
if (_cpuFrames < 16)
{
return;
}
_cpuFrames = 0;
// Update cores, not ideal but data models don't support lists.
if (_cores[0] != null)
{
dataModel.Cpu.Core1Usage = (int)_cores[0].NextValue();
}
if (_cores[1] != null)
{
dataModel.Cpu.Core2Usage = (int)_cores[1].NextValue();
}
if (_cores[2] != null)
{
dataModel.Cpu.Core3Usage = (int)_cores[2].NextValue();
}
if (_cores[3] != null)
{
dataModel.Cpu.Core4Usage = (int)_cores[3].NextValue();
}
if (_cores[4] != null)
{
dataModel.Cpu.Core5Usage = (int)_cores[4].NextValue();
}
if (_cores[5] != null)
{
dataModel.Cpu.Core6Usage = (int)_cores[5].NextValue();
}
if (_cores[6] != null)
{
dataModel.Cpu.Core7Usage = (int)_cores[6].NextValue();
}
if (_cores[7] != null)
{
dataModel.Cpu.Core8Usage = (int)_cores[7].NextValue();
}
dataModel.Cpu.TotalUsage = (int)_overallCpu.NextValue();
// Get RAM usage
var memoryStatus = new PerformanceInfo.MEMORYSTATUSEX();
var gotMemoryStatus = PerformanceInfo.GlobalMemoryStatusEx(memoryStatus);
if (!gotMemoryStatus)
{
return;
}
dataModel.Performance.RamTotal = (memoryStatus.ullTotalPhys / 1024f) / 1024f;
dataModel.Performance.RamFree = (memoryStatus.ullAvailPhys / 1024f) / 1024f;
dataModel.Performance.RamUsed = dataModel.Performance.RamTotal - dataModel.Performance.RamFree;
}
