public void ParseXml(string xml)
{
_automations = new FastDictionary<string, FastList<Automation>>();
_tracksMapping = new string[0];
_tracksById = new FastDictionary<string, Track>();
_masterBars = new FastList<MasterBar>();
_barsOfMasterBar = new FastList<string[]>();
_voicesOfBar = new FastDictionary<string, string[]>();
_barsById = new FastDictionary<string, Bar>();
_voiceById = new FastDictionary<string, Voice>();
_beatsOfVoice = new FastDictionary<string, string[]>();
_beatById = new FastDictionary<string, Beat>();
_rhythmOfBeat = new FastDictionary<string, string>();
_rhythmById = new FastDictionary<string, GpxRhythm>();
_notesOfBeat = new FastDictionary<string, string[]>();
_noteById = new FastDictionary<string, Note>();
_tappedNotes = new FastDictionary<string, bool>();
ParseDom(Std.LoadXml(xml));
}
public override Score ReadScore()
{
// at first we need to load the binary file system
// from the GPX container
var fileSystem = new GpxFileSystem();
fileSystem.FileFilter = s => s == GpxFileSystem.ScoreGpif;
fileSystem.Load(_data);
// convert data to string
var data = fileSystem.Files[0].Data;
var xml = Std.ToString(data);
// lets set the fileSystem to null, maybe the garbage collector will come along
// and kick the fileSystem binary data before we finish parsing
fileSystem.Files = null;
fileSystem = null;
// the score.gpif file within this filesystem stores
// the score information as XML we need to parse.
var parser = new GpxParser();
parser.ParseXml(xml);
parser.Score.Finish();
return parser.Score;
}
