/// ------------------------------------------------------------------------------------
protected override bool SaveChanges()
{
if (!AmbiguousSequencesChanged)
{
_grid.IsDirty = false;
return(false);
}
var ambigSeqList = new AmbiguousSequences();
foreach (var row in _grid.GetRows().Where(r => r.Index != _grid.NewRowIndex))
{
var phone = row.Cells["seq"].Value as string;
var basechar = row.Cells["base"].Value as string;
// Don't bother saving anything if there isn't
// a phone (sequence) or base character.
if (phone != null && phone.Trim().Length > 0 &&
basechar != null && basechar.Trim().Length > 0)
{
var seq = new AmbiguousSeq(phone.Trim());
seq.BaseChar = basechar.Trim();
seq.Convert = (row.Cells["convert"].Value != null && (bool)row.Cells["convert"].Value);
seq.IsGenerated = (bool)row.Cells["generated"].Value;
ambigSeqList.Add(seq);
}
}
App.MsgMediator.SendMessage("BeforeAmbiguousSequencesSaved", ambigSeqList);
_project.SaveAndLoadAmbiguousSequences(ambigSeqList);
App.MsgMediator.SendMessage("AfterAmbiguousSequencesSaved", ambigSeqList);
_project.ReloadDataSources();
return(true);
}
public void AmbiguousSeqTest_WordInitial()
{
m_ambigSeqList.Add("\u1D50b");
_prj.AmbiguousSequences.AddRange(m_ambigSeqList);
string[] result = Parse("\u1D50bai", true, true, out uncertainties);
Assert.AreEqual(3, result.Length);
Assert.AreEqual("\u1D50b", result[0]);
}
