public void ConvertNote_AccidGes(string accid, Model.AccidType accidType)
{
meinote.SetAccidGes(accid);
NoteConverter.ConvertNote(convertedNote, meinote);
Assert.AreEqual(accidType, convertedNote.AccidGes);
}
public void ConvertNoteTest_Ratio(int num, int numbase)
{
meinote.SetNum(num.ToString());
meinote.SetNumbase(numbase.ToString());
NoteConverter.ConvertNote(convertedNote, meinote);
Assert.AreEqual(new Fraction(num, numbase), convertedNote.Ratio);
}
public void ConvertNoteTest_Duration(string meidur, Model.Duration dur)
{
if (meidur != null)
{
meinote.SetDur(meidur);
}
NoteConverter.ConvertNote(convertedNote, meinote);
Assert.AreEqual(dur, convertedNote.Duration);
}
public void ConvertNoteTest_Fermata(string fermata, bool assert)
{
if (fermata != null)
{
meinote.SetFermata(fermata);
}
NoteConverter.ConvertNote(convertedNote, meinote);
Assert.AreEqual(assert, convertedNote.Fermata);
}
public void ConvertNoteTest_Coloration(string colored, bool assert)
{
if (colored != null)
{
meinote.SetColored(colored);
}
NoteConverter.ConvertNote(convertedNote, meinote);
Assert.AreEqual(assert, convertedNote.Coloration);
}
public void ConvertNoteTest_WrittenPitch(string _pname, string _oct, int _base40)
{
if (_pname != null)
{
meinote.SetPname(_pname);
}
if (_oct != null)
{
meinote.SetOct(_oct);
}
NoteConverter.ConvertNote(convertedNote, meinote);
Assert.AreEqual(_base40, convertedNote.WrittenPitch);
}
public void ConvertNoteTest_Stem(string pos, string dir, Model.StemDesc stem)
{
if (dir != null)
{
meinote.SetStemDir(dir);
}
if (pos != null)
{
meinote.SetStemPos(pos);
}
NoteConverter.ConvertNote(convertedNote, meinote);
Assert.AreEqual(stem, convertedNote.Stem);
}