public void insertNewPartitureABC(string path, string login, int originalVersionId)
{
ABCParser parser = new ABCParser();
ABCScore newScore = parser.GetABCScore(path);
partiture partiture = new partiture
{
pk_partiture_id = partituresTable.Count() + 1,
work_number = newScore.Header.Reference.ToString(),
title = newScore.Header.Titles.FirstOrDefault <string>(),
tempo = newScore.Header.Tempo,
meter = newScore.Header.Meter,
note_length = newScore.Header.NoteLength,
part_key = newScore.Header.Key,
filepath = path,
version_of = (originalVersionId > 0) ? originalVersionId : partituresTable.Count() + 1
};
if (newScore.Header.Composers.Count() > 0)
{
creators creators = new creators
{
pk_creators_id = creatorsTable.Count() + 1,
composer = newScore.Header.Composers.FirstOrDefault(),
poet = newScore.Header.Composers.FirstOrDefault(),
authors_of = (partituresTable.Count() > 0) ? partituresTable.Count() + 1 : 1
};
creatorsTable.InsertOnSubmit(creators);
}
instruments instrument = new instruments
{
pk_instrument_id = instrumentsTable.Count() + 1,
instrument_name = newScore.Header.Instrument.ToString(),
fk_part_in = (partituresTable.Count() > 0) ? partituresTable.Count() + 1 : 1
};
instrumentsTable.InsertOnSubmit(instrument);
software soft = new software
{
pk_software_id = softwareTable.Count() + 1,
software_name = newScore.Header.Encoding.Software,
encoding_date = newScore.Header.Encoding.EncodingDate,
fk_used_for_encoding = (partituresTable.Count() > 0) ? partituresTable.Count() + 1 : 1
};
addedby added = new addedby
{
id = addedTable.Count() + 1,
fk_user_id = GetUserIdByLogin(login),
fk_partiture_id = (partituresTable.Count() > 0) ? partituresTable.Count() + 1 : 1,
added_on = DateTime.Now
};
partituresTable.InsertOnSubmit(partiture);
softwareTable.InsertOnSubmit(soft);
addedTable.InsertOnSubmit(added);
db.SubmitChanges();
}
public ABCScore GetABCScore(String filename)
{
ABCScore score = new ABCScore();
score.Header = GetHeader(filename);
// score.Body = GetBody(score.Header.Key, filename);
return(score);
}
/*
* Converts score in ABC to equivalent in MusicXML
* @param score -- score in ABC
* @returns path -- path to score in MusicXML
*/
public static string Convert(ABCScore score)
{
string path = "";
XDocument result = new XDocument();
XElement root = new XElement("score-partwise");
XElement movementNumber = new XElement("movement-number", score.Header.Titles.First <string>());
XElement movementTitle = new XElement("movement-title", score.Header.Titles.First <string>());
root.Add(movementNumber);
root.Add(movementTitle);
XElement work = new XElement("work");
XElement worktitle = new XElement("work-title", score.Header.Titles.First <string>());
work.Add(worktitle);
XElement identification = new XElement("identification");
foreach (string c in score.Header.Composers)
{
XElement creator = new XElement("creator", c);
creator.Add(creator);
identification.Add(creator);
}
XElement part = new XElement("part");
foreach (ABCMeasure measure in score.Body.Measures)
{
int i = 0;
XElement xmlmeasure = new XElement("measure", new XAttribute("number", i));
foreach (Note note in measure.Notes)
{
XElement xmlnote = new XElement("note");
if (note.isChord)
{
xmlnote.Add(new XElement("chord"));
}
if (note.isRest)
{
xmlnote.Add(new XElement("rest"));
XElement duration = new XElement("duration", note.Duration);
XElement type = new XElement("type", note.Type);
xmlnote.Add(duration, type);
}
else
{
XElement pitch = new XElement("pitch", new XElement("step", note.Pitch.Step),
new XElement("alter", note.Pitch.Alter),
new XElement("octave", note.Pitch.Octave));
XElement duration = new XElement("duration", note.Duration);
XElement accidental = new XElement("accidental", note.Accidental);
xmlnote.Add(pitch, duration, accidental);
xmlmeasure.Add(xmlnote);
}
}
i++;
part.Add(xmlmeasure);
}
root.Add(work, identification, part);
path = score.Header.Titles.FirstOrDefault <string>() + "converted.musicxml";
result.Save(path);
return(path);
}
