private void buttonShowContent_Click(object sender, System.EventArgs e)
{
int termHC;
int entryCounter = 1;
listEntries.Items.Clear();
hash.Clear();
try
{
termHC = Int32.Parse(textTermID.Text);
}
catch (Exception)
{
termHC = Word.GetTermId(textTermID.Text.ToLower());
LexemeConstructor ctor = new LexemeConstructor(OMEnv.ScriptMorphoAnalyzer,
OMEnv.DictionaryServer);
string normForm = ctor.GetNormalizedToken(textTermID.Text);
labelNormForm.Text = "Normalized Form: " + normForm;
termHC = Word.GetTermId(normForm.ToLower());
}
if (termHC != -1)
{
labelHC.Text = termHC.ToString();
recMain = (TermIndexRecord)FullTextIndexer.Instance.GetTermRecordMain(termHC);
recMem = (TermIndexRecord)FullTextIndexer.Instance.GetTermRecordMem(termHC);
if (recMain != null)
{
FillList(recMain, ref entryCounter, Color.LightSkyBlue);
}
if (recMem != null)
{
FillList(recMem, ref entryCounter, Color.LightYellow);
}
}
else
{
MessageBox.Show("No such term in the index");
}
}
// 1. find ordinary lexeme which is in the dictionary
// 2. find mapped lexeme
// 3. find wordform after morphoanalysis
// 4. find mapped wordform after morphoanalysis
// 4. test several rules in the morphogrammar
// Test reverse transformations - from lexeme to wordforms
[Test] public void LexemeConstructor()
{
Word word = new Word();
LexemeConstructor constructor = new LexemeConstructor(OMEnv.ScriptMorphoAnalyzer,
OMEnv.DictionaryServer);
word.Token = "paper";
constructor.NormalizeToken(word);
AssertIfTrue("Did not find ordinary lexeme which is in the dictionary", word.Token == "paper");
word.Token = "brightly";
constructor.NormalizeToken(word);
AssertIfTrue("Did not find mapped lexeme: " + word.Token, word.Token == "bright");
word.Token = "chessboards";
constructor.NormalizeToken(word);
AssertIfTrue("Did not find wordform after morphoanalysis", word.Token == "chessboard");
//-----------------------------------------------------------------
word.Token = "computerizations";
constructor.NormalizeToken(word);
Console.WriteLine(word.Token);
AssertIfTrue("Did not find mapped wordform after morphoanalysis", word.Token == "computerize");
int variant = RetrieveIndexFromBits(word.StartOffset);
string str = OMEnv.DictionaryServer.GetLexemeMapping("computerize", variant);
AssertIfTrue("Reversed transoformations failed", str == "computerizations");
//-----------------------------------------------------------------
word.Token = "garbage-garbage";
constructor.NormalizeToken(word);
Console.WriteLine(word.Token);
AssertIfTrue("Did not find mapped wordform after morphoanalysis", word.Token == "garbage-garbage");
//-----------------------------------------------------------------
word.Token = "paid";
constructor.NormalizeToken(word);
Console.WriteLine(word.Token);
AssertIfTrue("Did not find wordform [paid] after morphoanalysis", word.Token == "pay");
word.Token = "crabbing";
constructor.NormalizeToken(word);
Console.WriteLine(word.Token);
AssertIfTrue("Did not find wordform [crabbing] after morphoanalysis: " + word.Token, word.Token == "crab");
word.Token = "swimming";
constructor.NormalizeToken(word);
Console.WriteLine(word.Token);
AssertIfTrue("Did not find wordform [swimming] after morphoanalysis", word.Token == "swim");
word.Token = "prices";
constructor.NormalizeToken(word);
Console.WriteLine(word.Token);
AssertIfTrue("Did not find wordform [swimming] after morphoanalysis", word.Token == "price");
word.Token = "ies";
constructor.NormalizeToken(word);
Console.WriteLine(word.Token);
AssertIfTrue("Did not find wordform [swimming] after morphoanalysis", word.Token == "ies");
}
