private void SplitIntoParses()
{
int iIndex = 0;
XmlNode parseNode = GetNextParseInSentence(m_node, iIndex);
while (parseNode != null)
{
PcPatrParse parse = new PcPatrParse(parseNode);
m_aParses.SetValue(parse, iIndex);
iIndex++;
parseNode = GetNextParseInSentence(m_node, iIndex);
}
}
public void LoadSimpleAnaFile()
{
PcPatrDocument doc;
PcPatrSentence sentence;
string sFile = Path.Combine(m_ksTestData, "Simple.ana");
string sGrammarFile;
CheckLoadAnaFile(sFile, 1, 1, out doc, out sentence, out sGrammarFile);
Assert.IsNull(sGrammarFile, "Expect grammar file of Simple.ana to be null");
CheckSentenceInAna(m_sSimpleSentenceXml, sentence.Node, "Simple");
PcPatrParse parse = sentence.FirstParse;
CheckParseInSentence(m_sSimpleSentenceParseXml, parse.Node, 1, 1, "Simple");
}
public void LoadComplexAnaFile()
{
PcPatrDocument doc;
PcPatrSentence sentence;
string sFile = Path.Combine(m_ksTestData, "Complex.ana");
string sGrammarFile;
CheckLoadAnaFile(sFile, 1, 4, out doc, out sentence, out sGrammarFile);
Assert.IsNull(sGrammarFile, "Expect grammar file of Complex.ana to be null");
CheckSentenceInAna(m_sComplexSentenceXml, sentence.Node, "Complex");
PcPatrParse parse = sentence.FirstParse;
CheckParseInSentence(m_sComplexSentenceParseOneXml, parse.Node, 1, 1, "Complex");
parse = sentence.NextParse;
CheckParseInSentence(m_sComplexSentenceParseTwoXml, parse.Node, 1, 2, "Complex");
parse = sentence.GoToParse(2);
CheckParseInSentence(m_sComplexSentenceParseTwoXml, parse.Node, 1, 2, "Complex");
}
public void GetFeatureStructuresBasedOnId()
{
PcPatrDocument doc;
PcPatrSentence sentence;
string sFile = Path.Combine(m_ksTestData, "Simple.ana");
string sGrammarFile;
CheckLoadAnaFile(sFile, 1, 1, out doc, out sentence, out sGrammarFile);
Assert.IsNull(sGrammarFile, "Expect grammar file of Simple.ana to be null");
CheckSentenceInAna(m_sSimpleSentenceXml, sentence.Node, "Simple");
PcPatrParse parse = sentence.FirstParse;
m_app.Parse = parse;
CheckFeatureStructureAtId("_1._1", "SimpleSentenceParseId_1._1.xml");
CheckFeatureStructureAtId("_1._14", "SimpleSentenceParseId_1._14.xml");
CheckFeatureStructureAtId("_1._25", "SimpleSentenceParseId_1._25.xml");
CheckFeatureStructureAtId("_1._25lex", "SimpleSentenceParseId_1._25Lexfs.xml");
CheckFeatureStructureAtId("_1._25gloss", "SimpleSentenceParseId_1._25Lexfs.xml");
}
public void LoadMultiAnaFile()
{
PcPatrDocument doc;
PcPatrSentence sentence;
string sFile = Path.Combine(m_ksTestData, "MultiSentences.ana");
string sGrammarFile;
CheckLoadAnaFile(sFile, 34, 4, out doc, out sentence, out sGrammarFile);
Assert.AreEqual(@"..\..\testdata\calpatr2.grm", sGrammarFile, "Grammar file from Multi");
CheckSentenceInAna(m_sMultiSentencesSentenceOneXml, sentence.Node, "Multi");
PcPatrParse parse = sentence.FirstParse;
CheckParseInSentence(m_sMultiSentencesSentenceOneParseOneXml, parse.Node, 1, 1, "Multi");
parse = sentence.NextParse;
CheckParseInSentence(m_sMultiSentencesSentenceOneParseTwoXml, parse.Node, 1, 2, "Multi");
// Test next sentence
// get 9th sentence
for (int i = 1; i < 9; i++)
{
Assert.AreEqual(i, doc.CurrentSentenceNumber, "Current Sentence Number");
sentence = doc.NextSentence;
}
parse = sentence.FirstParse;
CheckParseInSentence(m_sMultiSentencesSentenceNineParseOneXml, parse.Node, 9, 1, "Multi");
Assert.AreEqual(1, sentence.CurrentParseNumber, "Current Parse Number");
parse = sentence.NextParse;
CheckParseInSentence(m_sMultiSentencesSentenceNineParseTwoXml, parse.Node, 9, 2, "Multi");
Assert.AreEqual(2, sentence.CurrentParseNumber, "Current Parse Number");
// Test previous sentence
// get first sentence
for (int i = 1; i < 9; i++)
{
sentence = doc.PreviousSentence;
}
CheckSentenceInAna(m_sMultiSentencesSentenceOneXml, sentence.Node, "Multi sent 1");
parse = sentence.FirstParse;
CheckParseInSentence(m_sMultiSentencesSentenceOneParseOneXml, parse.Node, 1, 1, "Multi sent 1 parse 1");
parse = sentence.NextParse;
CheckParseInSentence(m_sMultiSentencesSentenceOneParseTwoXml, parse.Node, 1, 2, "Multi setn 1 parse 2");
// Test last sentence
sentence = doc.LastSentence;
CheckSentenceInAna(m_sMultiSentencesSentenceLastXml, sentence.Node, "Multi");
// Test go to sentence
// go to 9th sentence
sentence = doc.GoToSentence(9);
parse = sentence.FirstParse;
CheckParseInSentence(m_sMultiSentencesSentenceNineParseOneXml, parse.Node, 9, 1, "Multi");
sentence = doc.GoToSentence(1); // get first
CheckSentenceInAna(m_sMultiSentencesSentenceOneXml, sentence.Node, "Multi");
sentence = doc.GoToSentence(-1); // too small; get first
CheckSentenceInAna(m_sMultiSentencesSentenceOneXml, sentence.Node, "Multi");
sentence = doc.GoToSentence(38); // get last
CheckSentenceInAna(m_sMultiSentencesSentenceLastXml, sentence.Node, "Multi");
sentence = doc.GoToSentence(100); // too large; return last
CheckSentenceInAna(m_sMultiSentencesSentenceLastXml, sentence.Node, "Multi");
}
private void ShowParseTree(PcPatrSentence sentence, PcPatrParse parse)
{
m_parse = parse;
if (sentence.Parses.Length > 0 && parse != null)
{
XmlNode node = parse.Node;
if (node != null)
{
XmlDocument treeDoc = MakeTreeDocFromNode(node);
XmlNode xmlTree = treeDoc.SelectSingleNode("//TreeDescription/node");
ShowTree(treeDoc, xmlTree, sentence);
}
}
else
{
m_tree.Root = null;
m_tree.Invalidate();
}
EnableDisableItems();
UpdateStatusBar(sentence);
wbFeatureStructure.Navigate(m_sInitFeatureMessagePath);
}
private void SplitIntoParses()
{
int iIndex = 0;
XmlNode parseNode = GetNextParseInSentence(m_node, iIndex);
while (parseNode != null)
{
PcPatrParse parse = new PcPatrParse(parseNode);
m_aParses.SetValue(parse, iIndex);
iIndex++;
parseNode = GetNextParseInSentence(m_node, iIndex);
}
}
