public void GroupSearch()
{
var para = (IStTxtPara)m_text.ContentsOA.ParagraphsOS.First();
ISegment seg = para.SegmentsOS.First();
var model = new ComplexConcPatternModel(Cache);
model.Root.Children.Add(new ComplexConcGroupNode {
Minimum = 1, Maximum = 2, Children =
{
new ComplexConcWordNode {
Category = m_verb
},
new ComplexConcOrNode(),
new ComplexConcWordNode {
Category = m_adj
}
}
});
model.Root.Children.Add(new ComplexConcWordNode {
Category = m_noun
});
model.Compile();
Assert.That(model.Search(m_text.ContentsOA), Is.EquivalentTo(new IParaFragment[] { new ParaFragment(seg, 0, 23, null) }).Using(m_fragmentComparer));
model.Root.Children.Clear();
model.Root.Children.Add(new ComplexConcGroupNode {
Minimum = 1, Maximum = -1, Children =
{
new ComplexConcWordNode {
Category = m_verb
},
new ComplexConcGroupNode {
Minimum = 0, Maximum = -1, Children =
{
new ComplexConcWordNode {
Category = m_adj
},
new ComplexConcOrNode(),
new ComplexConcWordNode {
Category = m_noun
}
}
},
}
});
model.Compile();
Assert.That(model.Search(m_text.ContentsOA), Is.EquivalentTo(new IParaFragment[] { new ParaFragment(seg, 0, 23, null) }).Using(m_fragmentComparer));
}
protected override List <IParaFragment> SearchForMatches()
{
List <IParaFragment> matches = new List <IParaFragment>();
if (m_patternModel.IsPatternEmpty)
{
return(matches);
}
using (new WaitCursor(this))
{
m_patternModel.Compile();
ParseUnparsedParagraphs();
foreach (IStText text in ConcDecorator.InterestingTexts)
{
matches.AddRange(m_patternModel.Search(text));
if (m_patternModel.CouldNotParseAllParagraphs)
{
MessageBox.Show(string.Format(ITextStrings.ComplexConcControl_NotAllParasParsed, text.ChooserNameTS.Text),
ITextStrings.ComplexConcControl_ResultsMayBeIncomplete, MessageBoxButtons.OK,
MessageBoxIcon.Warning);
}
}
}
return(matches);
}
public void ParagraphWithInvalidParse()
{
var para = (IStTxtPara)m_text.ContentsOA.ParagraphsOS.First();
ISegment seg = para.SegmentsOS.First();
var model = new ComplexConcPatternModel(Cache);
model.Root.Children.Add(new ComplexConcMorphNode {
Category = m_noun
});
model.Compile();
Assert.That(model.Search(m_text.ContentsOA), Is.EquivalentTo(new IParaFragment[] { new ParaFragment(seg, 17, 23, null) }).Using(m_fragmentComparer));
// cause analyses and baseline to get out-of-sync
seg.AnalysesRS.RemoveAt(0);
Assert.That(model.Search(m_text.ContentsOA), Is.EquivalentTo(new IParaFragment[] { new ParaFragment(seg, 17, 23, null) }).Using(m_fragmentComparer));
}
protected override List <IParaFragment> SearchForMatches()
{
List <IParaFragment> matches = new List <IParaFragment>();
if (m_patternModel.IsPatternEmpty)
{
return(matches);
}
using (new WaitCursor(this))
{
m_patternModel.Compile();
ParseUnparsedParagraphs();
foreach (IStText text in ConcDecorator.InterestingTexts)
{
matches.AddRange(m_patternModel.Search(text));
}
}
return(matches);
}
public void InvalidTags()
{
var para = (IStTxtPara)m_text.ContentsOA.ParagraphsOS.First();
ISegment seg = para.SegmentsOS.First();
var model = new ComplexConcPatternModel(Cache);
model.Root.Children.Add(new ComplexConcWordNode {
Category = m_verb
});
model.Compile();
Assert.That(model.Search(m_text.ContentsOA), Is.EquivalentTo(new IParaFragment[] { new ParaFragment(seg, 0, 11, null) }).Using(m_fragmentComparer));
// create a tag that occurs after the segment
ITextTag ttag = MakeTag(m_text, m_np, seg, 6, seg, 6);
Assert.That(model.Search(m_text.ContentsOA), Is.EquivalentTo(new IParaFragment[] { new ParaFragment(seg, 0, 11, null) }).Using(m_fragmentComparer));
ttag.Delete();
// create a tag where the begin index is greater than the end index
MakeTag(m_text, m_np, seg, 5, seg, 4);
Assert.That(model.Search(m_text.ContentsOA), Is.EquivalentTo(new IParaFragment[] { new ParaFragment(seg, 0, 11, null) }).Using(m_fragmentComparer));
}
public void AlternationSearch()
{
var para = (IStTxtPara)m_text.ContentsOA.ParagraphsOS.First();
ISegment seg = para.SegmentsOS.First();
var model = new ComplexConcPatternModel(Cache);
model.Root.Children.Add(new ComplexConcWordNode {
Category = m_noun
});
model.Root.Children.Add(new ComplexConcOrNode());
model.Root.Children.Add(new ComplexConcWordNode {
Category = m_verb
});
model.Compile();
Assert.That(model.Search(m_text.ContentsOA), Is.EquivalentTo(new IParaFragment[] { new ParaFragment(seg, 0, 11, null), new ParaFragment(seg, 17, 23, null) }).Using(m_fragmentComparer));
model.Root.Children.Clear();
model.Root.Children.Add(new ComplexConcWordNode {
Category = m_noun
});
model.Root.Children.Add(new ComplexConcOrNode());
model.Root.Children.Add(new ComplexConcWordNode {
Category = m_verb
});
model.Root.Children.Add(new ComplexConcOrNode());
model.Compile();
Assert.That(model.Search(m_text.ContentsOA), Is.EquivalentTo(new IParaFragment[] { new ParaFragment(seg, 0, 11, null), new ParaFragment(seg, 17, 23, null) }).Using(m_fragmentComparer));
model.Root.Children.Clear();
model.Root.Children.Add(new ComplexConcGroupNode {
Children =
{
new ComplexConcWordNode {
Category = m_verb
},
new ComplexConcOrNode(),
new ComplexConcWordNode {
Form = MakeVernString("yalola")
}
}
});
model.Root.Children.Add(new ComplexConcOrNode());
model.Root.Children.Add(new ComplexConcMorphNode {
Gloss = MakeAnalysisString("green")
});
model.Compile();
Assert.That(model.Search(m_text.ContentsOA), Is.EquivalentTo(new IParaFragment[] { new ParaFragment(seg, 0, 11, null), new ParaFragment(seg, 12, 15, null), new ParaFragment(seg, 17, 23, null) }).Using(m_fragmentComparer));
model.Root.Children.Clear();
model.Root.Children.Add(new ComplexConcTagNode {
Tag = m_np
});
model.Root.Children.Add(new ComplexConcOrNode());
model.Root.Children.Add(new ComplexConcMorphNode {
Gloss = MakeAnalysisString("green")
});
model.Root.Children.Add(new ComplexConcOrNode());
model.Root.Children.Add(new ComplexConcWordNode {
Category = m_noun
});
model.Compile();
Assert.That(model.Search(m_text.ContentsOA), Is.EquivalentTo(new IParaFragment[] { new ParaFragment(seg, 12, 23, null) }).Using(m_fragmentComparer));
model.Root.Children.Clear();
model.Root.Children.Add(new ComplexConcWordNode {
Category = m_noun
});
model.Root.Children.Add(new ComplexConcOrNode());
model.Root.Children.Add(new ComplexConcOrNode());
model.Root.Children.Add(new ComplexConcWordNode {
Category = m_verb
});
model.Compile();
Assert.That(model.Search(m_text.ContentsOA), Is.EquivalentTo(new IParaFragment[] { new ParaFragment(seg, 0, 11, null), new ParaFragment(seg, 17, 23, null) }).Using(m_fragmentComparer));
}
public void QuantifierSearch()
{
var para = (IStTxtPara)m_text.ContentsOA.ParagraphsOS.First();
ISegment seg = para.SegmentsOS.First();
var model = new ComplexConcPatternModel(Cache);
model.Root.Children.Add(new ComplexConcWordNode {
Minimum = 0, Maximum = -1
});
model.Compile();
Assert.That(model.Search(m_text.ContentsOA), Is.EquivalentTo(new IParaFragment[] { new ParaFragment(seg, 0, 27, null) }).Using(m_fragmentComparer));
model.Root.Children.Clear();
model.Root.Children.Add(new ComplexConcWordNode {
Category = m_noun
});
model.Root.Children.Add(new ComplexConcWordNode {
Minimum = 0, Maximum = -1
});
model.Compile();
Assert.That(model.Search(m_text.ContentsOA), Is.EquivalentTo(new IParaFragment[] { new ParaFragment(seg, 17, 27, null) }).Using(m_fragmentComparer));
model.Root.Children.Clear();
model.Root.Children.Add(new ComplexConcMorphNode {
Gloss = MakeAnalysisString("1SgSubj")
});
model.Root.Children.Add(new ComplexConcMorphNode {
Minimum = 1, Maximum = -1
});
model.Root.Children.Add(new ComplexConcMorphNode {
Form = MakeVernString("ra")
});
model.Compile();
Assert.That(model.Search(m_text.ContentsOA), Is.EquivalentTo(new IParaFragment[] { new ParaFragment(seg, 0, 11, null) }).Using(m_fragmentComparer));
model.Root.Children.Clear();
model.Root.Children.Add(new ComplexConcWordNode {
Category = m_verb
});
model.Root.Children.Add(new ComplexConcWordNode {
Category = m_adj, Minimum = 0, Maximum = 1
});
model.Root.Children.Add(new ComplexConcWordNode {
Category = m_noun
});
model.Compile();
Assert.That(model.Search(m_text.ContentsOA), Is.EquivalentTo(new IParaFragment[] { new ParaFragment(seg, 0, 23, null) }).Using(m_fragmentComparer));
model.Root.Children.Clear();
model.Root.Children.Add(new ComplexConcWordBdryNode());
model.Root.Children.Add(new ComplexConcMorphNode {
Category = m_verb, Minimum = 1, Maximum = 3
});
model.Root.Children.Add(new ComplexConcWordBdryNode());
model.Compile();
Assert.That(model.Search(m_text.ContentsOA), Is.Empty);
model.Root.Children.Clear();
model.Root.Children.Add(new ComplexConcWordBdryNode());
model.Root.Children.Add(new ComplexConcMorphNode {
Category = m_verb, Minimum = 1, Maximum = 4
});
model.Root.Children.Add(new ComplexConcWordBdryNode());
model.Compile();
Assert.That(model.Search(m_text.ContentsOA), Is.EquivalentTo(new IParaFragment[] { new ParaFragment(seg, 0, 11, null) }).Using(m_fragmentComparer));
}
public void WordBoundarySearch()
{
var para = (IStTxtPara)m_text.ContentsOA.ParagraphsOS.First();
ISegment seg = para.SegmentsOS.First();
var model = new ComplexConcPatternModel(Cache);
model.Root.Children.Add(new ComplexConcMorphNode {
Form = MakeVernString("bili")
});
model.Compile();
Assert.That(model.Search(m_text.ContentsOA), Is.EquivalentTo(new IParaFragment[] { new ParaFragment(seg, 0, 11, null) }).Using(m_fragmentComparer));
model.Root.Children.Clear();
model.Root.Children.Add(new ComplexConcWordBdryNode());
model.Root.Children.Add(new ComplexConcMorphNode {
Form = MakeVernString("bili")
});
model.Compile();
Assert.That(model.Search(m_text.ContentsOA), Is.Empty);
model.Root.Children.Clear();
model.Root.Children.Add(new ComplexConcMorphNode {
Form = MakeVernString("bili")
});
model.Root.Children.Add(new ComplexConcWordBdryNode());
model.Compile();
Assert.That(model.Search(m_text.ContentsOA), Is.Empty);
model.Root.Children.Clear();
model.Root.Children.Add(new ComplexConcWordBdryNode());
model.Root.Children.Add(new ComplexConcMorphNode {
Category = m_noun
});
model.Root.Children.Add(new ComplexConcMorphNode {
Category = m_noun
});
model.Root.Children.Add(new ComplexConcWordBdryNode());
model.Compile();
Assert.That(model.Search(m_text.ContentsOA), Is.EquivalentTo(new IParaFragment[] { new ParaFragment(seg, 17, 23, null) }).Using(m_fragmentComparer));
model.Root.Children.Clear();
model.Root.Children.Add(new ComplexConcWordBdryNode());
model.Root.Children.Add(new ComplexConcMorphNode {
Category = m_noun
});
model.Root.Children.Add(new ComplexConcWordBdryNode());
model.Compile();
Assert.That(model.Search(m_text.ContentsOA), Is.Empty);
model.Root.Children.Clear();
model.Root.Children.Add(new ComplexConcMorphNode {
Category = m_adj
});
model.Root.Children.Add(new ComplexConcMorphNode {
Category = m_noun
});
model.Compile();
Assert.That(model.Search(m_text.ContentsOA), Is.Empty);
model.Root.Children.Clear();
model.Root.Children.Add(new ComplexConcMorphNode {
Category = m_adj
});
model.Root.Children.Add(new ComplexConcWordBdryNode());
model.Root.Children.Add(new ComplexConcMorphNode {
Category = m_noun
});
model.Compile();
Assert.That(model.Search(m_text.ContentsOA), Is.EquivalentTo(new IParaFragment[] { new ParaFragment(seg, 12, 23, null) }).Using(m_fragmentComparer));
model.Root.Children.Clear();
model.Root.Children.Add(new ComplexConcWordBdryNode());
model.Compile();
Assert.That(model.Search(m_text.ContentsOA), Is.Empty);
model.Root.Children.Clear();
model.Root.Children.Add(new ComplexConcMorphNode {
Category = m_adj
});
model.Root.Children.Add(new ComplexConcWordBdryNode());
model.Root.Children.Add(new ComplexConcWordBdryNode());
model.Root.Children.Add(new ComplexConcMorphNode {
Category = m_noun
});
model.Compile();
Assert.That(model.Search(m_text.ContentsOA), Is.Empty);
model.Root.Children.Clear();
model.Root.Children.Add(new ComplexConcWordBdryNode());
model.Root.Children.Add(new ComplexConcMorphNode {
Minimum = 0, Maximum = -1
});
model.Compile();
Assert.That(model.Search(m_text.ContentsOA), Is.EquivalentTo(new IParaFragment[] { new ParaFragment(seg, 0, 11, null),
new ParaFragment(seg, 12, 15, null), new ParaFragment(seg, 17, 23, null) }).Using(m_fragmentComparer));
}
public void SimpleSearch()
{
var para = (IStTxtPara)m_text.ContentsOA.ParagraphsOS.First();
ISegment seg = para.SegmentsOS.First();
var model = new ComplexConcPatternModel(Cache);
model.Root.Children.Add(new ComplexConcWordNode {
Category = m_verb
});
model.Compile();
Assert.That(model.Search(m_text.ContentsOA), Is.EquivalentTo(new IParaFragment[] { new ParaFragment(seg, 0, 11, null) }).Using(m_fragmentComparer));
model.Root.Children.Clear();
model.Root.Children.Add(new ComplexConcWordNode {
InflFeatures = { { GetFeature("nounAgr"), new FS {
{ GetFeature("num"), new ClosedFeatureValue(GetValue("sg"), false) }
} } }
});
model.Compile();
Assert.That(model.Search(m_text.ContentsOA), Is.EquivalentTo(new IParaFragment[] { new ParaFragment(seg, 17, 23, null) }).Using(m_fragmentComparer));
model.Root.Children.Clear();
model.Root.Children.Add(new ComplexConcWordNode {
InflFeatures = { { GetFeature("tense"), new ClosedFeatureValue(GetValue("pres"), true) } }
});
model.Compile();
Assert.That(model.Search(m_text.ContentsOA), Is.EquivalentTo(new IParaFragment[] { new ParaFragment(seg, 12, 15, null), new ParaFragment(seg, 17, 23, null), new ParaFragment(seg, 24, 27, null) }).Using(m_fragmentComparer));
model.Root.Children.Clear();
model.Root.Children.Add(new ComplexConcMorphNode {
Category = m_noun
});
model.Compile();
Assert.That(model.Search(m_text.ContentsOA), Is.EquivalentTo(new IParaFragment[] { new ParaFragment(seg, 17, 23, null) }).Using(m_fragmentComparer));
model.Root.Children.Clear();
model.Root.Children.Add(new ComplexConcTagNode {
Tag = m_np
});
model.Compile();
Assert.That(model.Search(m_text.ContentsOA), Is.EquivalentTo(new IParaFragment[] { new ParaFragment(seg, 12, 23, null) }).Using(m_fragmentComparer));
model.Root.Children.Clear();
model.Root.Children.Add(new ComplexConcWordNode());
model.Compile();
Assert.That(model.Search(m_text.ContentsOA), Is.EquivalentTo(new IParaFragment[] { new ParaFragment(seg, 0, 11, null), new ParaFragment(seg, 12, 15, null), new ParaFragment(seg, 17, 23, null), new ParaFragment(seg, 24, 27, null) }).Using(m_fragmentComparer));
model.Root.Children.Clear();
model.Root.Children.Add(new ComplexConcMorphNode {
Form = MakeVernString("him")
});
model.Compile();
Assert.That(model.Search(m_text.ContentsOA), Is.EquivalentTo(new IParaFragment[] { new ParaFragment(seg, 0, 11, null) }).Using(m_fragmentComparer));
model.Root.Children.Clear();
model.Root.Children.Add(new ComplexConcMorphNode {
Entry = MakeVernString("ra")
});
model.Compile();
Assert.That(model.Search(m_text.ContentsOA), Is.EquivalentTo(new IParaFragment[] { new ParaFragment(seg, 0, 11, null) }).Using(m_fragmentComparer));
model.Root.Children.Clear();
model.Root.Children.Add(new ComplexConcMorphNode {
Gloss = MakeAnalysisString("1SgPoss")
});
model.Compile();
Assert.That(model.Search(m_text.ContentsOA), Is.EquivalentTo(new IParaFragment[] { new ParaFragment(seg, 17, 23, null) }).Using(m_fragmentComparer));
model.Root.Children.Clear();
model.Root.Children.Add(new ComplexConcMorphNode {
Category = m_adj, NegateCategory = true
});
model.Compile();
Assert.That(model.Search(m_text.ContentsOA), Is.EquivalentTo(new IParaFragment[] { new ParaFragment(seg, 0, 11, null), new ParaFragment(seg, 17, 23, null) }).Using(m_fragmentComparer));
model.Root.Children.Clear();
model.Root.Children.Add(new ComplexConcMorphNode {
Category = m_adj, NegateCategory = true, Form = MakeVernString("him"), Entry = MakeVernString("him"), Gloss = MakeAnalysisString("3SgObj")
});
model.Compile();
Assert.That(model.Search(m_text.ContentsOA), Is.EquivalentTo(new IParaFragment[] { new ParaFragment(seg, 0, 11, null) }).Using(m_fragmentComparer));
model.Root.Children.Clear();
model.Root.Children.Add(new ComplexConcMorphNode {
Category = m_adj, NegateCategory = true, Form = MakeVernString("him"), Entry = MakeVernString("hin"), Gloss = MakeAnalysisString("3SgObj")
});
model.Compile();
Assert.That(model.Search(m_text.ContentsOA), Is.Empty);
model.Root.Children.Clear();
model.Root.Children.Add(new ComplexConcWordNode());
model.Root.Children.Add(new ComplexConcTagNode());
model.Compile();
Assert.That(model.Search(m_text.ContentsOA), Is.EquivalentTo(new IParaFragment[] { new ParaFragment(seg, 0, 23, null) }).Using(m_fragmentComparer));
}
