Nanook.TheGhost.ProjectSettings.saveSongFragment C# (CSharp) Method

        private void saveSongFragment(DirectoryInfo pDir, XmlWriter xml, ProjectSong ps, string version, string filename)
        {
            bool b = (filename != null && filename.Length != 0);
            if (b)
            {
                try
                {
                    FileHelper.Delete(filename);
                    xml = XmlWriter.Create(filename, xml.Settings);
                    xml.WriteComment("This is a copy of the settings from the project file.  This file can be imported with TheGHOST using Smart Mode");
                }
                catch
                {
                    return; //skip this
                }
            }

            xml.WriteStartElement("Song");
            if (!b)
            {
                //xml.WriteAttributeString("id", ps.SongQb.Id.Text);
                xml.WriteAttributeString("lastApplied", ps.LastApplied.ToString("s"));
            }
            else
                xml.WriteAttributeString("version", version);

            #region QbSettings
            xml.WriteStartElement("QbSettings");
            xml.WriteAttributeString("artist", ps.Artist);
            xml.WriteAttributeString("title", ps.Title);
            xml.WriteAttributeString("year", ps.Year);
            xml.WriteAttributeString("singer", ps.Singer.ToString());
            xml.WriteAttributeString("guitarVolume", ps.GuitarVolume.ToString());
            xml.WriteAttributeString("songVolume", ps.SongVolume.ToString());
            xml.WriteAttributeString("lastChanged", ps.QbLastChanged.ToString("s"));
            xml.WriteEndElement(); //QbSettings
            #endregion

            #region Notes
            xml.WriteStartElement("Notes");
            xml.WriteAttributeString("minMsBeforeStart", ps.MinMsBeforeNotesStart.ToString());
            xml.WriteAttributeString("hoPoMeasure", ps.Notes.HoPoMeasure.ToString());
            xml.WriteAttributeString("gh3SustainClipping", ps.Notes.Gh3SustainClipping.ToString());
            xml.WriteAttributeString("forceNoStarPower", ps.Notes.ForceNoStarPower.ToString());
            xml.WriteAttributeString("lastChanged", ps.Notes.LastChanged.ToString("s"));

            xml.WriteStartElement("NotesFiles");
            foreach (NotesFile nf in ps.Notes.Files)
            {
                xml.WriteStartElement("NotesFile");
                if (ps.Notes.BaseFile == nf)
                    xml.WriteAttributeString("baseFile", true.ToString());
                xml.WriteAttributeString("nonNoteSyncOffset", nf.NonNoteSyncOffset.ToString());
                xml.WriteStartElement("Filename");
                xml.WriteString(pathAbsToRel(nf.Filename, pDir, b));
                xml.WriteEndElement(); //Filename
                xml.WriteStartElement("Items");
                foreach (NotesFileItem nfi in nf.Items)
                {
                    xml.WriteStartElement("Item");
                    xml.WriteAttributeString("id", nfi.UniqueId.ToString());
                    xml.WriteAttributeString("name", nfi.SourceName);
                    xml.WriteAttributeString("syncOffset", nfi.SyncOffset.ToString());
                    xml.WriteEndElement(); //Item
                }
                xml.WriteEndElement(); //Items
                xml.WriteEndElement(); //NotesFile
            }
            xml.WriteEndElement(); //NotesFiles

            xml.WriteStartElement("MappedItems");
            foreach (GhNotesItem ghi in ps.Notes.GhItems)
            {
                xml.WriteStartElement("MappedItem");
                xml.WriteAttributeString("name", ghi.Name);
                if (ghi.IsMapped)
                {
                    if (ghi.MappedFileItem != null)
                        xml.WriteAttributeString("mapToItemId", ghi.MappedFileItem.UniqueId.ToString());
                    xml.WriteAttributeString("syncOffset", ghi.MappedFileItem.SyncOffset.ToString());
                    xml.WriteAttributeString("hasGeneratedBattlePower", ghi.MappedFileItem.HasGeneratedBattlePower.ToString());
                    xml.WriteAttributeString("hasGeneratedFaceOff", ghi.MappedFileItem.HasGeneratedFaceOff.ToString());
                    xml.WriteAttributeString("hasGeneratedStarPower", ghi.MappedFileItem.HasGeneratedStarPower.ToString());
                    xml.WriteAttributeString("hasGeneratedNotes", ghi.MappedFileItem.HasGeneratedNotes.ToString());
                }
                xml.WriteEndElement(); //MappedItem
            }
            xml.WriteEndElement(); //MappedItems

            xml.WriteEndElement(); //Notes
            #endregion

            #region Audio
            xml.WriteStartElement("Audio");
            xml.WriteAttributeString("lastChanged", ps.Audio.LastChanged.ToString("s"));

            xml.WriteStartElement("Preview");
            xml.WriteAttributeString("start", ps.Audio.PreviewStart.ToString());
            xml.WriteAttributeString("length", ps.Audio.PreviewLength.ToString());
            xml.WriteAttributeString("fadeLength", ps.Audio.PreviewFadeLength.ToString());
            xml.WriteAttributeString("volume", ps.Audio.PreviewVolume.ToString());
            xml.WriteAttributeString("includeGuitar", ps.Audio.PreviewIncludeGuitar.ToString());
            xml.WriteAttributeString("includeRhythm", ps.Audio.PreviewIncludeRhythm.ToString());
            xml.WriteEndElement(); //Preview

            xml.WriteStartElement("AudioFiles");
            xml.WriteAttributeString("length", ps.Audio.AudioLength.ToString());

            if (ps.Audio.SongFiles.Count != 0)
            {
                foreach (AudioFile af in ps.Audio.SongFiles)
                {
                    xml.WriteStartElement("AudioFile");
                    xml.WriteAttributeString("type", "song");
                    xml.WriteAttributeString("volume", af.Volume.ToString());
                    xml.WriteString(pathAbsToRel(af.Name, pDir, b));
                    xml.WriteEndElement(); //AudioFile
                }
            }
            else
            {
                xml.WriteStartElement("AudioFile");
                xml.WriteAttributeString("type", "song");
                xml.WriteAttributeString("volume", "100");
                xml.WriteString(string.Empty);
                xml.WriteEndElement(); //AudioFile
            }

            xml.WriteStartElement("AudioFile");
            xml.WriteAttributeString("type", "guitar");
            xml.WriteAttributeString("volume", (ps.Audio.GuitarFile == null || ps.Audio.GuitarFile.Name.Length == 0) ? "100" : ps.Audio.GuitarFile.Volume.ToString());
            xml.WriteString(ps.Audio.GuitarFile == null ? string.Empty : pathAbsToRel(ps.Audio.GuitarFile.Name, pDir, b));
            xml.WriteEndElement(); //AudioFile

            xml.WriteStartElement("AudioFile");
            xml.WriteAttributeString("type", "rhythm");
            xml.WriteAttributeString("volume", (ps.Audio.RhythmFile == null || ps.Audio.RhythmFile.Name.Length == 0) ? "100" : ps.Audio.RhythmFile.Volume.ToString());
            xml.WriteString(ps.Audio.RhythmFile == null ? string.Empty : pathAbsToRel(ps.Audio.RhythmFile.Name, pDir, b));
            xml.WriteEndElement(); //AudioFile
            xml.WriteEndElement(); //AudioFiles

            xml.WriteEndElement(); //Audio
            #endregion

            xml.WriteEndElement(); //Song

            if (b)
                xml.Close();
        }