protected static async Task HandleTrackInfoAsync(LocalSpotifyTrackInfo localTrackInfo)
{
try
{
if (!SoftwareHttpManager.HasSpotifyAccessToken())
{
// initialize the token
await SoftwareHttpManager.InitializeSpotifyClientGrantAsync();
}
} catch (Exception e)
{
Logger.Error("Code Time: Unable to access spotify, error: " + e.Message);
return;
}
if (!SoftwareHttpManager.HasSpotifyAccessToken())
{
return;
}
bool hasLocalTrackData = (localTrackInfo.name != null && localTrackInfo.artist != null)
? true : false;
bool hasCurrentTrackData = (CurrentTrackInfo != null && CurrentTrackInfo.name != null && CurrentTrackInfo.artist != null)
? true : false;
bool isNewTrack = true;
if (hasLocalTrackData && hasCurrentTrackData &&
localTrackInfo.name.Equals(CurrentTrackInfo.name) &&
localTrackInfo.artist.Equals(CurrentTrackInfo.artist))
{
isNewTrack = false;
}
HttpResponseMessage response = null;
try
{
if (isNewTrack && hasLocalTrackData)
{
if (hasCurrentTrackData)
{
// close the previous track
CurrentTrackInfo.end = SoftwareCoUtil.getNowInSeconds();
// send it to the app server
response = await SoftwareHttpManager.SendRequestAsync(
HttpMethod.Post, "/data/music", CurrentTrackInfo.GetAsJson());
}
// fill in the missing attributes from the spotify API
await SoftwareHttpManager.GetSpotifyTrackInfoAsync(localTrackInfo);
// send it to the app server
response = await SoftwareHttpManager.SendRequestAsync(
HttpMethod.Post, "/data/music", localTrackInfo.GetAsJson());
CurrentTrackInfo = localTrackInfo.Clone();
}
else if (hasCurrentTrackData && !hasLocalTrackData)
{
// send this to close it
CurrentTrackInfo.end = SoftwareCoUtil.getNowInSeconds();
// send it to the app server
response = await SoftwareHttpManager.SendRequestAsync(
HttpMethod.Post, "/data/music", CurrentTrackInfo.GetAsJson());
CurrentTrackInfo = null;
}
} catch (Exception e) {
Logger.Error("Code Time: Unable to process track information, error: " + e.Message);
}
if (response != null && !SoftwareHttpManager.IsOk(response))
{
Logger.Error(response.ToString());
}
}