/// <summary>
/// Test showing how adjectival forms conflate
/// </summary>
//JAVA TO C# CONVERTER WARNING: Method 'throws' clauses are not available in .NET:
//ORIGINAL LINE: public void testAdjectives() throws java.io.IOException
public virtual void testAdjectives()
{
CzechAnalyzer cz = new CzechAnalyzer(TEST_VERSION_CURRENT);
/* ending with ý/á/é */
assertAnalyzesTo(cz, "mladý", new string[] {"mlad"});
assertAnalyzesTo(cz, "mladí", new string[] {"mlad"});
assertAnalyzesTo(cz, "mladého", new string[] {"mlad"});
assertAnalyzesTo(cz, "mladých", new string[] {"mlad"});
assertAnalyzesTo(cz, "mladému", new string[] {"mlad"});
assertAnalyzesTo(cz, "mladým", new string[] {"mlad"});
assertAnalyzesTo(cz, "mladé", new string[] {"mlad"});
assertAnalyzesTo(cz, "mladém", new string[] {"mlad"});
assertAnalyzesTo(cz, "mladými", new string[] {"mlad"});
assertAnalyzesTo(cz, "mladá", new string[] {"mlad"});
assertAnalyzesTo(cz, "mladou", new string[] {"mlad"});
/* ending with í */
assertAnalyzesTo(cz, "jarní", new string[] {"jarn"});
assertAnalyzesTo(cz, "jarního", new string[] {"jarn"});
assertAnalyzesTo(cz, "jarních", new string[] {"jarn"});
assertAnalyzesTo(cz, "jarnímu", new string[] {"jarn"});
assertAnalyzesTo(cz, "jarním", new string[] {"jarn"});
assertAnalyzesTo(cz, "jarními", new string[] {"jarn"});
}
//JAVA TO C# CONVERTER WARNING: Method 'throws' clauses are not available in .NET:
//ORIGINAL LINE: public void testReusableTokenStream() throws Exception
public virtual void testReusableTokenStream()
{
Analyzer analyzer = new CzechAnalyzer(TEST_VERSION_CURRENT);
assertAnalyzesTo(analyzer, "Pokud mluvime o volnem", new string[] { "mluvim", "voln" });
assertAnalyzesTo(analyzer, "Česká Republika", new string[] { "česk", "republik" });
}
/// <summary>
/// Test showing how adjectival forms conflate
/// </summary>
//JAVA TO C# CONVERTER WARNING: Method 'throws' clauses are not available in .NET:
//ORIGINAL LINE: public void testAdjectives() throws java.io.IOException
public virtual void testAdjectives()
{
CzechAnalyzer cz = new CzechAnalyzer(TEST_VERSION_CURRENT);
/* ending with ý/á/é */
assertAnalyzesTo(cz, "mladý", new string[] { "mlad" });
assertAnalyzesTo(cz, "mladí", new string[] { "mlad" });
assertAnalyzesTo(cz, "mladého", new string[] { "mlad" });
assertAnalyzesTo(cz, "mladých", new string[] { "mlad" });
assertAnalyzesTo(cz, "mladému", new string[] { "mlad" });
assertAnalyzesTo(cz, "mladým", new string[] { "mlad" });
assertAnalyzesTo(cz, "mladé", new string[] { "mlad" });
assertAnalyzesTo(cz, "mladém", new string[] { "mlad" });
assertAnalyzesTo(cz, "mladými", new string[] { "mlad" });
assertAnalyzesTo(cz, "mladá", new string[] { "mlad" });
assertAnalyzesTo(cz, "mladou", new string[] { "mlad" });
/* ending with í */
assertAnalyzesTo(cz, "jarní", new string[] { "jarn" });
assertAnalyzesTo(cz, "jarního", new string[] { "jarn" });
assertAnalyzesTo(cz, "jarních", new string[] { "jarn" });
assertAnalyzesTo(cz, "jarnímu", new string[] { "jarn" });
assertAnalyzesTo(cz, "jarním", new string[] { "jarn" });
assertAnalyzesTo(cz, "jarními", new string[] { "jarn" });
}
/// <summary>
/// Test some possessive suffixes
/// </summary>
//JAVA TO C# CONVERTER WARNING: Method 'throws' clauses are not available in .NET:
//ORIGINAL LINE: public void testPossessive() throws java.io.IOException
public virtual void testPossessive()
{
CzechAnalyzer cz = new CzechAnalyzer(TEST_VERSION_CURRENT);
assertAnalyzesTo(cz, "Karlův", new string[] { "karl" });
assertAnalyzesTo(cz, "jazykový", new string[] { "jazyk" });
}
/// <summary>
/// Test that very short words are not stemmed.
/// </summary>
//JAVA TO C# CONVERTER WARNING: Method 'throws' clauses are not available in .NET:
//ORIGINAL LINE: public void testDontStem() throws java.io.IOException
public virtual void testDontStem()
{
CzechAnalyzer cz = new CzechAnalyzer(TEST_VERSION_CURRENT);
assertAnalyzesTo(cz, "e", new string[] { "e" });
assertAnalyzesTo(cz, "zi", new string[] { "zi" });
}
public virtual void testReusableTokenStreamLegacy()
{
Analyzer analyzer = new CzechAnalyzer(Version.LUCENE_30);
assertAnalyzesTo(analyzer, "Pokud mluvime o volnem", new string[] { "mluvime", "volnem" });
assertAnalyzesTo(analyzer, "Česká Republika", new string[] { "česká", "republika" });
}
//JAVA TO C# CONVERTER WARNING: Method 'throws' clauses are not available in .NET:
//ORIGINAL LINE: public void testWithStemExclusionSet() throws java.io.IOException
public virtual void testWithStemExclusionSet()
{
CharArraySet set = new CharArraySet(TEST_VERSION_CURRENT, 1, true);
set.add("hole");
CzechAnalyzer cz = new CzechAnalyzer(TEST_VERSION_CURRENT, CharArraySet.EMPTY_SET, set);
assertAnalyzesTo(cz, "hole desek", new string[] { "hole", "desk" });
}
/// <summary>
/// Test showing how feminine noun forms conflate
/// </summary>
//JAVA TO C# CONVERTER WARNING: Method 'throws' clauses are not available in .NET:
//ORIGINAL LINE: public void testFeminineNouns() throws java.io.IOException
public virtual void testFeminineNouns()
{
CzechAnalyzer cz = new CzechAnalyzer(TEST_VERSION_CURRENT);
/* ending with hard consonant */
assertAnalyzesTo(cz, "kost", new string[] { "kost" });
assertAnalyzesTo(cz, "kosti", new string[] { "kost" });
assertAnalyzesTo(cz, "kostí", new string[] { "kost" });
assertAnalyzesTo(cz, "kostem", new string[] { "kost" });
assertAnalyzesTo(cz, "kostech", new string[] { "kost" });
assertAnalyzesTo(cz, "kostmi", new string[] { "kost" });
/* ending with a soft consonant */
// note: in this example sing nom. and sing acc. don't conflate w/ the rest
assertAnalyzesTo(cz, "píseň", new string[] { "písň" });
assertAnalyzesTo(cz, "písně", new string[] { "písn" });
assertAnalyzesTo(cz, "písni", new string[] { "písn" });
assertAnalyzesTo(cz, "písněmi", new string[] { "písn" });
assertAnalyzesTo(cz, "písních", new string[] { "písn" });
assertAnalyzesTo(cz, "písním", new string[] { "písn" });
/* ending with e */
assertAnalyzesTo(cz, "růže", new string[] { "růh" });
assertAnalyzesTo(cz, "růží", new string[] { "růh" });
assertAnalyzesTo(cz, "růžím", new string[] { "růh" });
assertAnalyzesTo(cz, "růžích", new string[] { "růh" });
assertAnalyzesTo(cz, "růžemi", new string[] { "růh" });
assertAnalyzesTo(cz, "růži", new string[] { "růh" });
/* ending with a */
assertAnalyzesTo(cz, "žena", new string[] { "žn" });
assertAnalyzesTo(cz, "ženy", new string[] { "žn" });
assertAnalyzesTo(cz, "žen", new string[] { "žn" });
assertAnalyzesTo(cz, "ženě", new string[] { "žn" });
assertAnalyzesTo(cz, "ženám", new string[] { "žn" });
assertAnalyzesTo(cz, "ženu", new string[] { "žn" });
assertAnalyzesTo(cz, "ženo", new string[] { "žn" });
assertAnalyzesTo(cz, "ženách", new string[] { "žn" });
assertAnalyzesTo(cz, "ženou", new string[] { "žn" });
assertAnalyzesTo(cz, "ženami", new string[] { "žn" });
}
/// <summary>
/// Test showing how neuter noun forms conflate
/// </summary>
//JAVA TO C# CONVERTER WARNING: Method 'throws' clauses are not available in .NET:
//ORIGINAL LINE: public void testNeuterNouns() throws java.io.IOException
public virtual void testNeuterNouns()
{
CzechAnalyzer cz = new CzechAnalyzer(TEST_VERSION_CURRENT);
/* ending with o */
assertAnalyzesTo(cz, "město", new string[] { "měst" });
assertAnalyzesTo(cz, "města", new string[] { "měst" });
assertAnalyzesTo(cz, "měst", new string[] { "měst" });
assertAnalyzesTo(cz, "městu", new string[] { "měst" });
assertAnalyzesTo(cz, "městům", new string[] { "měst" });
assertAnalyzesTo(cz, "městě", new string[] { "měst" });
assertAnalyzesTo(cz, "městech", new string[] { "měst" });
assertAnalyzesTo(cz, "městem", new string[] { "měst" });
assertAnalyzesTo(cz, "městy", new string[] { "měst" });
/* ending with e */
assertAnalyzesTo(cz, "moře", new string[] { "moř" });
assertAnalyzesTo(cz, "moří", new string[] { "moř" });
assertAnalyzesTo(cz, "mořím", new string[] { "moř" });
assertAnalyzesTo(cz, "moři", new string[] { "moř" });
assertAnalyzesTo(cz, "mořích", new string[] { "moř" });
assertAnalyzesTo(cz, "mořem", new string[] { "moř" });
/* ending with ě */
assertAnalyzesTo(cz, "kuře", new string[] { "kuř" });
assertAnalyzesTo(cz, "kuřata", new string[] { "kuř" });
assertAnalyzesTo(cz, "kuřete", new string[] { "kuř" });
assertAnalyzesTo(cz, "kuřat", new string[] { "kuř" });
assertAnalyzesTo(cz, "kuřeti", new string[] { "kuř" });
assertAnalyzesTo(cz, "kuřatům", new string[] { "kuř" });
assertAnalyzesTo(cz, "kuřatech", new string[] { "kuř" });
assertAnalyzesTo(cz, "kuřetem", new string[] { "kuř" });
assertAnalyzesTo(cz, "kuřaty", new string[] { "kuř" });
/* ending with í */
assertAnalyzesTo(cz, "stavení", new string[] { "stavn" });
assertAnalyzesTo(cz, "stavením", new string[] { "stavn" });
assertAnalyzesTo(cz, "staveních", new string[] { "stavn" });
assertAnalyzesTo(cz, "staveními", new string[] { "stavn" });
}
/// <summary>
/// Test some exceptional rules, implemented as rewrites.
/// </summary>
//JAVA TO C# CONVERTER WARNING: Method 'throws' clauses are not available in .NET:
//ORIGINAL LINE: public void testExceptions() throws java.io.IOException
public virtual void testExceptions()
{
CzechAnalyzer cz = new CzechAnalyzer(TEST_VERSION_CURRENT);
/* rewrite of št -> sk */
assertAnalyzesTo(cz, "český", new string[] { "česk" });
assertAnalyzesTo(cz, "čeští", new string[] { "česk" });
/* rewrite of čt -> ck */
assertAnalyzesTo(cz, "anglický", new string[] { "anglick" });
assertAnalyzesTo(cz, "angličtí", new string[] { "anglick" });
/* rewrite of z -> h */
assertAnalyzesTo(cz, "kniha", new string[] { "knih" });
assertAnalyzesTo(cz, "knize", new string[] { "knih" });
/* rewrite of ž -> h */
assertAnalyzesTo(cz, "mazat", new string[] { "mah" });
assertAnalyzesTo(cz, "mažu", new string[] { "mah" });
/* rewrite of c -> k */
assertAnalyzesTo(cz, "kluk", new string[] { "kluk" });
assertAnalyzesTo(cz, "kluci", new string[] { "kluk" });
assertAnalyzesTo(cz, "klucích", new string[] { "kluk" });
/* rewrite of č -> k */
assertAnalyzesTo(cz, "hezký", new string[] { "hezk" });
assertAnalyzesTo(cz, "hezčí", new string[] { "hezk" });
/* rewrite of *ů* -> *o* */
assertAnalyzesTo(cz, "hůl", new string[] { "hol" });
assertAnalyzesTo(cz, "hole", new string[] { "hol" });
/* rewrite of e* -> * */
assertAnalyzesTo(cz, "deska", new string[] { "desk" });
assertAnalyzesTo(cz, "desek", new string[] { "desk" });
}
//JAVA TO C# CONVERTER WARNING: Method 'throws' clauses are not available in .NET:
//ORIGINAL LINE: public void testWithStemExclusionSet() throws java.io.IOException
public virtual void testWithStemExclusionSet()
{
CharArraySet set = new CharArraySet(TEST_VERSION_CURRENT, 1, true);
set.add("hole");
CzechAnalyzer cz = new CzechAnalyzer(TEST_VERSION_CURRENT, CharArraySet.EMPTY_SET, set);
assertAnalyzesTo(cz, "hole desek", new string[] {"hole", "desk"});
}
/// <summary>
/// Test some possessive suffixes
/// </summary>
//JAVA TO C# CONVERTER WARNING: Method 'throws' clauses are not available in .NET:
//ORIGINAL LINE: public void testPossessive() throws java.io.IOException
public virtual void testPossessive()
{
CzechAnalyzer cz = new CzechAnalyzer(TEST_VERSION_CURRENT);
assertAnalyzesTo(cz, "Karlův", new string[] {"karl"});
assertAnalyzesTo(cz, "jazykový", new string[] {"jazyk"});
}
/// <summary>
/// Test showing how neuter noun forms conflate
/// </summary>
//JAVA TO C# CONVERTER WARNING: Method 'throws' clauses are not available in .NET:
//ORIGINAL LINE: public void testNeuterNouns() throws java.io.IOException
public virtual void testNeuterNouns()
{
CzechAnalyzer cz = new CzechAnalyzer(TEST_VERSION_CURRENT);
/* ending with o */
assertAnalyzesTo(cz, "město", new string[] {"měst"});
assertAnalyzesTo(cz, "města", new string[] {"měst"});
assertAnalyzesTo(cz, "měst", new string[] {"měst"});
assertAnalyzesTo(cz, "městu", new string[] {"měst"});
assertAnalyzesTo(cz, "městům", new string[] {"měst"});
assertAnalyzesTo(cz, "městě", new string[] {"měst"});
assertAnalyzesTo(cz, "městech", new string[] {"měst"});
assertAnalyzesTo(cz, "městem", new string[] {"měst"});
assertAnalyzesTo(cz, "městy", new string[] {"měst"});
/* ending with e */
assertAnalyzesTo(cz, "moře", new string[] {"moř"});
assertAnalyzesTo(cz, "moří", new string[] {"moř"});
assertAnalyzesTo(cz, "mořím", new string[] {"moř"});
assertAnalyzesTo(cz, "moři", new string[] {"moř"});
assertAnalyzesTo(cz, "mořích", new string[] {"moř"});
assertAnalyzesTo(cz, "mořem", new string[] {"moř"});
/* ending with ě */
assertAnalyzesTo(cz, "kuře", new string[] {"kuř"});
assertAnalyzesTo(cz, "kuřata", new string[] {"kuř"});
assertAnalyzesTo(cz, "kuřete", new string[] {"kuř"});
assertAnalyzesTo(cz, "kuřat", new string[] {"kuř"});
assertAnalyzesTo(cz, "kuřeti", new string[] {"kuř"});
assertAnalyzesTo(cz, "kuřatům", new string[] {"kuř"});
assertAnalyzesTo(cz, "kuřatech", new string[] {"kuř"});
assertAnalyzesTo(cz, "kuřetem", new string[] {"kuř"});
assertAnalyzesTo(cz, "kuřaty", new string[] {"kuř"});
/* ending with í */
assertAnalyzesTo(cz, "stavení", new string[] {"stavn"});
assertAnalyzesTo(cz, "stavením", new string[] {"stavn"});
assertAnalyzesTo(cz, "staveních", new string[] {"stavn"});
assertAnalyzesTo(cz, "staveními", new string[] {"stavn"});
}
/// <summary>
/// Test that very short words are not stemmed.
/// </summary>
//JAVA TO C# CONVERTER WARNING: Method 'throws' clauses are not available in .NET:
//ORIGINAL LINE: public void testDontStem() throws java.io.IOException
public virtual void testDontStem()
{
CzechAnalyzer cz = new CzechAnalyzer(TEST_VERSION_CURRENT);
assertAnalyzesTo(cz, "e", new string[] {"e"});
assertAnalyzesTo(cz, "zi", new string[] {"zi"});
}
/// <summary>
/// Test some exceptional rules, implemented as rewrites.
/// </summary>
//JAVA TO C# CONVERTER WARNING: Method 'throws' clauses are not available in .NET:
//ORIGINAL LINE: public void testExceptions() throws java.io.IOException
public virtual void testExceptions()
{
CzechAnalyzer cz = new CzechAnalyzer(TEST_VERSION_CURRENT);
/* rewrite of št -> sk */
assertAnalyzesTo(cz, "český", new string[] {"česk"});
assertAnalyzesTo(cz, "čeští", new string[] {"česk"});
/* rewrite of čt -> ck */
assertAnalyzesTo(cz, "anglický", new string[] {"anglick"});
assertAnalyzesTo(cz, "angličtí", new string[] {"anglick"});
/* rewrite of z -> h */
assertAnalyzesTo(cz, "kniha", new string[] {"knih"});
assertAnalyzesTo(cz, "knize", new string[] {"knih"});
/* rewrite of ž -> h */
assertAnalyzesTo(cz, "mazat", new string[] {"mah"});
assertAnalyzesTo(cz, "mažu", new string[] {"mah"});
/* rewrite of c -> k */
assertAnalyzesTo(cz, "kluk", new string[] {"kluk"});
assertAnalyzesTo(cz, "kluci", new string[] {"kluk"});
assertAnalyzesTo(cz, "klucích", new string[] {"kluk"});
/* rewrite of č -> k */
assertAnalyzesTo(cz, "hezký", new string[] {"hezk"});
assertAnalyzesTo(cz, "hezčí", new string[] {"hezk"});
/* rewrite of *ů* -> *o* */
assertAnalyzesTo(cz, "hůl", new string[] {"hol"});
assertAnalyzesTo(cz, "hole", new string[] {"hol"});
/* rewrite of e* -> * */
assertAnalyzesTo(cz, "deska", new string[] {"desk"});
assertAnalyzesTo(cz, "desek", new string[] {"desk"});
}
//JAVA TO C# CONVERTER WARNING: Method 'throws' clauses are not available in .NET:
//ORIGINAL LINE: public void testReusableTokenStream() throws Exception
public virtual void testReusableTokenStream()
{
Analyzer analyzer = new CzechAnalyzer(TEST_VERSION_CURRENT);
assertAnalyzesTo(analyzer, "Pokud mluvime o volnem", new string[] {"mluvim", "voln"});
assertAnalyzesTo(analyzer, "Česká Republika", new string[] {"česk", "republik"});
}
public virtual void testReusableTokenStreamLegacy()
{
Analyzer analyzer = new CzechAnalyzer(Version.LUCENE_30);
assertAnalyzesTo(analyzer, "Pokud mluvime o volnem", new string[] {"mluvime", "volnem"});
assertAnalyzesTo(analyzer, "Česká Republika", new string[] {"česká", "republika"});
}
/// <summary>
/// Test showing how masculine noun forms conflate
/// </summary>
//JAVA TO C# CONVERTER WARNING: Method 'throws' clauses are not available in .NET:
//ORIGINAL LINE: public void testMasculineNouns() throws java.io.IOException
public virtual void testMasculineNouns()
{
CzechAnalyzer cz = new CzechAnalyzer(TEST_VERSION_CURRENT);
/* animate ending with a hard consonant */
assertAnalyzesTo(cz, "pán", new string[] {"pán"});
assertAnalyzesTo(cz, "páni", new string[] {"pán"});
assertAnalyzesTo(cz, "pánové", new string[] {"pán"});
assertAnalyzesTo(cz, "pána", new string[] {"pán"});
assertAnalyzesTo(cz, "pánů", new string[] {"pán"});
assertAnalyzesTo(cz, "pánovi", new string[] {"pán"});
assertAnalyzesTo(cz, "pánům", new string[] {"pán"});
assertAnalyzesTo(cz, "pány", new string[] {"pán"});
assertAnalyzesTo(cz, "páne", new string[] {"pán"});
assertAnalyzesTo(cz, "pánech", new string[] {"pán"});
assertAnalyzesTo(cz, "pánem", new string[] {"pán"});
/* inanimate ending with hard consonant */
assertAnalyzesTo(cz, "hrad", new string[] {"hrad"});
assertAnalyzesTo(cz, "hradu", new string[] {"hrad"});
assertAnalyzesTo(cz, "hrade", new string[] {"hrad"});
assertAnalyzesTo(cz, "hradem", new string[] {"hrad"});
assertAnalyzesTo(cz, "hrady", new string[] {"hrad"});
assertAnalyzesTo(cz, "hradech", new string[] {"hrad"});
assertAnalyzesTo(cz, "hradům", new string[] {"hrad"});
assertAnalyzesTo(cz, "hradů", new string[] {"hrad"});
/* animate ending with a soft consonant */
assertAnalyzesTo(cz, "muž", new string[] {"muh"});
assertAnalyzesTo(cz, "muži", new string[] {"muh"});
assertAnalyzesTo(cz, "muže", new string[] {"muh"});
assertAnalyzesTo(cz, "mužů", new string[] {"muh"});
assertAnalyzesTo(cz, "mužům", new string[] {"muh"});
assertAnalyzesTo(cz, "mužích", new string[] {"muh"});
assertAnalyzesTo(cz, "mužem", new string[] {"muh"});
/* inanimate ending with a soft consonant */
assertAnalyzesTo(cz, "stroj", new string[] {"stroj"});
assertAnalyzesTo(cz, "stroje", new string[] {"stroj"});
assertAnalyzesTo(cz, "strojů", new string[] {"stroj"});
assertAnalyzesTo(cz, "stroji", new string[] {"stroj"});
assertAnalyzesTo(cz, "strojům", new string[] {"stroj"});
assertAnalyzesTo(cz, "strojích", new string[] {"stroj"});
assertAnalyzesTo(cz, "strojem", new string[] {"stroj"});
/* ending with a */
assertAnalyzesTo(cz, "předseda", new string[] {"předsd"});
assertAnalyzesTo(cz, "předsedové", new string[] {"předsd"});
assertAnalyzesTo(cz, "předsedy", new string[] {"předsd"});
assertAnalyzesTo(cz, "předsedů", new string[] {"předsd"});
assertAnalyzesTo(cz, "předsedovi", new string[] {"předsd"});
assertAnalyzesTo(cz, "předsedům", new string[] {"předsd"});
assertAnalyzesTo(cz, "předsedu", new string[] {"předsd"});
assertAnalyzesTo(cz, "předsedo", new string[] {"předsd"});
assertAnalyzesTo(cz, "předsedech", new string[] {"předsd"});
assertAnalyzesTo(cz, "předsedou", new string[] {"předsd"});
/* ending with e */
assertAnalyzesTo(cz, "soudce", new string[] {"soudk"});
assertAnalyzesTo(cz, "soudci", new string[] {"soudk"});
assertAnalyzesTo(cz, "soudců", new string[] {"soudk"});
assertAnalyzesTo(cz, "soudcům", new string[] {"soudk"});
assertAnalyzesTo(cz, "soudcích", new string[] {"soudk"});
assertAnalyzesTo(cz, "soudcem", new string[] {"soudk"});
}
/// <summary>
/// Test showing how masculine noun forms conflate
/// </summary>
//JAVA TO C# CONVERTER WARNING: Method 'throws' clauses are not available in .NET:
//ORIGINAL LINE: public void testMasculineNouns() throws java.io.IOException
public virtual void testMasculineNouns()
{
CzechAnalyzer cz = new CzechAnalyzer(TEST_VERSION_CURRENT);
/* animate ending with a hard consonant */
assertAnalyzesTo(cz, "pán", new string[] { "pán" });
assertAnalyzesTo(cz, "páni", new string[] { "pán" });
assertAnalyzesTo(cz, "pánové", new string[] { "pán" });
assertAnalyzesTo(cz, "pána", new string[] { "pán" });
assertAnalyzesTo(cz, "pánů", new string[] { "pán" });
assertAnalyzesTo(cz, "pánovi", new string[] { "pán" });
assertAnalyzesTo(cz, "pánům", new string[] { "pán" });
assertAnalyzesTo(cz, "pány", new string[] { "pán" });
assertAnalyzesTo(cz, "páne", new string[] { "pán" });
assertAnalyzesTo(cz, "pánech", new string[] { "pán" });
assertAnalyzesTo(cz, "pánem", new string[] { "pán" });
/* inanimate ending with hard consonant */
assertAnalyzesTo(cz, "hrad", new string[] { "hrad" });
assertAnalyzesTo(cz, "hradu", new string[] { "hrad" });
assertAnalyzesTo(cz, "hrade", new string[] { "hrad" });
assertAnalyzesTo(cz, "hradem", new string[] { "hrad" });
assertAnalyzesTo(cz, "hrady", new string[] { "hrad" });
assertAnalyzesTo(cz, "hradech", new string[] { "hrad" });
assertAnalyzesTo(cz, "hradům", new string[] { "hrad" });
assertAnalyzesTo(cz, "hradů", new string[] { "hrad" });
/* animate ending with a soft consonant */
assertAnalyzesTo(cz, "muž", new string[] { "muh" });
assertAnalyzesTo(cz, "muži", new string[] { "muh" });
assertAnalyzesTo(cz, "muže", new string[] { "muh" });
assertAnalyzesTo(cz, "mužů", new string[] { "muh" });
assertAnalyzesTo(cz, "mužům", new string[] { "muh" });
assertAnalyzesTo(cz, "mužích", new string[] { "muh" });
assertAnalyzesTo(cz, "mužem", new string[] { "muh" });
/* inanimate ending with a soft consonant */
assertAnalyzesTo(cz, "stroj", new string[] { "stroj" });
assertAnalyzesTo(cz, "stroje", new string[] { "stroj" });
assertAnalyzesTo(cz, "strojů", new string[] { "stroj" });
assertAnalyzesTo(cz, "stroji", new string[] { "stroj" });
assertAnalyzesTo(cz, "strojům", new string[] { "stroj" });
assertAnalyzesTo(cz, "strojích", new string[] { "stroj" });
assertAnalyzesTo(cz, "strojem", new string[] { "stroj" });
/* ending with a */
assertAnalyzesTo(cz, "předseda", new string[] { "předsd" });
assertAnalyzesTo(cz, "předsedové", new string[] { "předsd" });
assertAnalyzesTo(cz, "předsedy", new string[] { "předsd" });
assertAnalyzesTo(cz, "předsedů", new string[] { "předsd" });
assertAnalyzesTo(cz, "předsedovi", new string[] { "předsd" });
assertAnalyzesTo(cz, "předsedům", new string[] { "předsd" });
assertAnalyzesTo(cz, "předsedu", new string[] { "předsd" });
assertAnalyzesTo(cz, "předsedo", new string[] { "předsd" });
assertAnalyzesTo(cz, "předsedech", new string[] { "předsd" });
assertAnalyzesTo(cz, "předsedou", new string[] { "předsd" });
/* ending with e */
assertAnalyzesTo(cz, "soudce", new string[] { "soudk" });
assertAnalyzesTo(cz, "soudci", new string[] { "soudk" });
assertAnalyzesTo(cz, "soudců", new string[] { "soudk" });
assertAnalyzesTo(cz, "soudcům", new string[] { "soudk" });
assertAnalyzesTo(cz, "soudcích", new string[] { "soudk" });
assertAnalyzesTo(cz, "soudcem", new string[] { "soudk" });
}
/// <summary>
/// Test showing how feminine noun forms conflate
/// </summary>
//JAVA TO C# CONVERTER WARNING: Method 'throws' clauses are not available in .NET:
//ORIGINAL LINE: public void testFeminineNouns() throws java.io.IOException
public virtual void testFeminineNouns()
{
CzechAnalyzer cz = new CzechAnalyzer(TEST_VERSION_CURRENT);
/* ending with hard consonant */
assertAnalyzesTo(cz, "kost", new string[] {"kost"});
assertAnalyzesTo(cz, "kosti", new string[] {"kost"});
assertAnalyzesTo(cz, "kostí", new string[] {"kost"});
assertAnalyzesTo(cz, "kostem", new string[] {"kost"});
assertAnalyzesTo(cz, "kostech", new string[] {"kost"});
assertAnalyzesTo(cz, "kostmi", new string[] {"kost"});
/* ending with a soft consonant */
// note: in this example sing nom. and sing acc. don't conflate w/ the rest
assertAnalyzesTo(cz, "píseň", new string[] {"písň"});
assertAnalyzesTo(cz, "písně", new string[] {"písn"});
assertAnalyzesTo(cz, "písni", new string[] {"písn"});
assertAnalyzesTo(cz, "písněmi", new string[] {"písn"});
assertAnalyzesTo(cz, "písních", new string[] {"písn"});
assertAnalyzesTo(cz, "písním", new string[] {"písn"});
/* ending with e */
assertAnalyzesTo(cz, "růže", new string[] {"růh"});
assertAnalyzesTo(cz, "růží", new string[] {"růh"});
assertAnalyzesTo(cz, "růžím", new string[] {"růh"});
assertAnalyzesTo(cz, "růžích", new string[] {"růh"});
assertAnalyzesTo(cz, "růžemi", new string[] {"růh"});
assertAnalyzesTo(cz, "růži", new string[] {"růh"});
/* ending with a */
assertAnalyzesTo(cz, "žena", new string[] {"žn"});
assertAnalyzesTo(cz, "ženy", new string[] {"žn"});
assertAnalyzesTo(cz, "žen", new string[] {"žn"});
assertAnalyzesTo(cz, "ženě", new string[] {"žn"});
assertAnalyzesTo(cz, "ženám", new string[] {"žn"});
assertAnalyzesTo(cz, "ženu", new string[] {"žn"});
assertAnalyzesTo(cz, "ženo", new string[] {"žn"});
assertAnalyzesTo(cz, "ženách", new string[] {"žn"});
assertAnalyzesTo(cz, "ženou", new string[] {"žn"});
assertAnalyzesTo(cz, "ženami", new string[] {"žn"});
}
