/// <summary>
/// Parse the iTunes XML and then upload the stats to the user account
///
/// </summary>
public void ParseiTunesXML()
{
startstop.AccessPoint oAccessPoint = new startstop.AccessPoint();
// Validate the user
ValidatedUserInfo = oAccessPoint.LoginUser(APIKey, txbUserName.Text, txbPassword.Text);
// Check to see if the user is validated
if (ValidatedUserInfo.Validated) // User details invalid
{
// We should really access the iTunes XML file, but for now this will.
//iTunes classes
iTunesAppClass itunes = new iTunesAppClass();
IITLibraryPlaylist mainLibrary = itunes.LibraryPlaylist;
IITTrackCollection tracks = mainLibrary.Tracks;
IITFileOrCDTrack currTrack;
int _numberOfTracks = tracks.Count;
startstop.UserStatLog oStat = new startstop.UserStatLog();
// Total number of tracks (This is done here, because, well, we decrement the number of tracks)
oStat = new startstop.UserStatLog();
oStat.Count = _numberOfTracks;
oStat.DetailedStatGuid = cNumberOfTunesInLibraryStatID;
oStat.DetailedStatOverviewGUID = cStatOverview;
oStat.UserGuid = ValidatedUserInfo.UserGUID;
if (!DebugMode)
{
oAccessPoint.AddUserStat(APIKey, oStat);
}
// oReturnMessage = oDevAPI.ExactStatUpdateForUserWithDayHistory(APIKey, _UserID, cNumberOfTunesInLibraryStatID, tracks.Count, 0,"");
AddLine("Updated your startstop.me stats with the number of tracks in your iTunes library");
// Total number of plays
int _TotalNumberOfPlays = 0;
// The highest played track
int _MostPlayedCount = 0;
string _MostPlayedTrack = "";
// Number of unplayed tracks
int _UnplayedTracks = 0;
// Total time played
TimeSpan oTimeTimePlayed = new TimeSpan(0, 0, 0);
TimeSpan oTimeUnplayed = new TimeSpan(0, 0, 0);
// Here we can go through all the files and update some more stats
while (_numberOfTracks != 1)
{
// Iterate throught the tracks.
_numberOfTracks--;
currTrack = tracks[_numberOfTracks] as IITFileOrCDTrack;
// Check this is a song
if (currTrack.KindAsString.Contains("audio"))
{
_TotalNumberOfPlays += currTrack.PlayedCount;
string[] _timeSplit = currTrack.Time.Split(':');
TimeSpan _tracktime = new TimeSpan();
// Minutes and Seconds
if (_timeSplit.Length == 2)
{
_tracktime = new TimeSpan(0, int.Parse(_timeSplit[0]), int.Parse(_timeSplit[1]));
}
// Hours Minutes and seconds
if (_timeSplit.Length == 3)
{
_tracktime = new TimeSpan(int.Parse(_timeSplit[0]), int.Parse(_timeSplit[1]), int.Parse(_timeSplit[2]));
}
if (currTrack.PlayedCount > _MostPlayedCount)
{
_MostPlayedCount = currTrack.PlayedCount;
_MostPlayedTrack = currTrack.Name;
oMostPlayedSong.SongTitle = currTrack.Name;
oMostPlayedSong.AlbumnTitle = currTrack.Album;
oMostPlayedSong.Genre = currTrack.Genre;
oMostPlayedSong.Notes = "";
oMostPlayedSong.ReportingUserID = ValidatedUserInfo.UserID;
// Catch if there is an invalid date.
if (currTrack.Year != 0)
{
oMostPlayedSong.Year = new DateTime(currTrack.Year, 1, 1, 0, 0, 0);
}
}
if (currTrack.Unplayed)
{
_UnplayedTracks++;
oTimeUnplayed = oTimeUnplayed.Add(_tracktime);
}
else
{
// Repeat through these to give us the total time
for (int i = 0; i < currTrack.PlayedCount; i++)
{
oTimeTimePlayed = oTimeTimePlayed.Add(_tracktime);
}
}
} // end track kind check.
}
#region update the stats with startstop
AddLine("Added total number of plays");
// we should swap all this rhubarb for a dictionary, it doesn't need to be this complex. That way we can iterate through the dictionary.
// Anyway, for now, this will work.
// Total number of plays
oStat = new startstop.UserStatLog();
oStat.Count = _TotalNumberOfPlays;
oStat.DetailedStatGuid = cTotalNumberOfPlays;
oStat.DetailedStatOverviewGUID = cStatOverview;
oStat.UserGuid = ValidatedUserInfo.UserGUID;
if (!DebugMode)
{
oAccessPoint.AddUserStat(APIKey, oStat);
}
// Unplayed tracks
oStat = new startstop.UserStatLog();
oStat.Count = _UnplayedTracks;
oStat.DetailedStatGuid = cUnplayedTunes;
oStat.DetailedStatOverviewGUID = cStatOverview;
oStat.UserGuid = ValidatedUserInfo.UserGUID;
if (!DebugMode)
{
oAccessPoint.AddUserStat(APIKey, oStat);
}
// Most played tracks
oStat = new startstop.UserStatLog();
oStat.Count = _MostPlayedCount;
oStat.DetailedStatGuid = cMostPlayesOnaSong;
oStat.DetailedStatOverviewGUID = cStatOverview;
oStat.UserGuid = ValidatedUserInfo.UserGUID;
if (!DebugMode)
{
oAccessPoint.AddUserStat(APIKey, oStat);
}
// Amount of time played
oStat = new startstop.UserStatLog();
oStat.Count = 0;
oStat.Note = oTimeTimePlayed.Days + "d " + oTimeTimePlayed.Hours + "h " + oTimeTimePlayed.Minutes + "m";
oStat.DetailedStatGuid = cTimePlayed;
oStat.DetailedStatOverviewGUID = cStatOverview;
oStat.UserGuid = ValidatedUserInfo.UserGUID;
if (!DebugMode)
{
oAccessPoint.AddUserStat(APIKey, oStat);
}
// Amount of time played
oStat = new startstop.UserStatLog();
oStat.Count = 0;
oStat.Note = oTimeUnplayed.Days + "d " + oTimeUnplayed.Hours + "h " + oTimeUnplayed.Minutes + "m";
oStat.DetailedStatGuid = cTimeUnPlayed;
oStat.DetailedStatOverviewGUID = cStatOverview;
oStat.UserGuid = ValidatedUserInfo.UserGUID;
if (!DebugMode)
{
oAccessPoint.AddUserStat(APIKey, oStat);
}
// Amount of time played
oStat = new startstop.UserStatLog();
oStat.Count = 0;
oStat.Note = _MostPlayedTrack;
oStat.DetailedStatGuid = cMostPlayedSong;
oStat.DetailedStatOverviewGUID = cStatOverview;
oStat.UserGuid = ValidatedUserInfo.UserGUID;
if (!DebugMode)
{
oAccessPoint.AddUserStatMusic(APIKey, oStat, oMostPlayedSong);
}
oStat = new startstop.UserStatLog();
oStat.Count = 0;
oStat.Note = DateTime.Now.ToString();
oStat.DetailedStatGuid = cLastUpdate;
oStat.DetailedStatOverviewGUID = cStatOverview;
oStat.UserGuid = ValidatedUserInfo.UserGUID;
if (!DebugMode)
{
oAccessPoint.AddUserStat(APIKey, oStat);
}
AddLine("All done folks! Visit www.startstop.me to see your stats");
#endregion
}
else
{
AddLine("User cannot be logged in");
MessageBox.Show("Sorry your login details aren't correct");
}
}
/// <remarks/>
public void AddUserStatMusicAsync(string APIKey, UserStatLog oUserStat, AudioContent oAudioContent, object userState) {
if ((this.AddUserStatMusicOperationCompleted == null)) {
this.AddUserStatMusicOperationCompleted = new System.Threading.SendOrPostCallback(this.OnAddUserStatMusicOperationCompleted);
}
this.InvokeAsync("AddUserStatMusic", new object[] {
APIKey,
oUserStat,
oAudioContent}, this.AddUserStatMusicOperationCompleted, userState);
}
/// <remarks/>
public void AddUserStatMusicAsync(string APIKey, UserStatLog oUserStat, AudioContent oAudioContent) {
this.AddUserStatMusicAsync(APIKey, oUserStat, oAudioContent, null);
}
public MessageResponse AddUserStatMusic(string APIKey, UserStatLog oUserStat, AudioContent oAudioContent) {
object[] results = this.Invoke("AddUserStatMusic", new object[] {
APIKey,
oUserStat,
oAudioContent});
return ((MessageResponse)(results[0]));
}
/// <remarks/>
public void AddUserStatAsync(string APIKey, UserStatLog oUserStat) {
this.AddUserStatAsync(APIKey, oUserStat, null);
}
public MessageResponse AddUserStat(string APIKey, UserStatLog oUserStat) {
object[] results = this.Invoke("AddUserStat", new object[] {
APIKey,
oUserStat});
return ((MessageResponse)(results[0]));
}
