public void IgnoreCasingWhenGivenTwoAnagrams()
{
AnagramSelector selector = new AnagramSelector();
Assert.True(selector.WordPairIsAnagram("George Bush", "He bugs Gore"));
Assert.True(selector.WordPairIsAnagram("William Shakespeare", "I am a weakish speller"));
}
public void RecognizesShuffledAlphabetsAsAnagrams()
{
AnagramSelector selector = new AnagramSelector();
Assert.True(selector.WordPairIsAnagram("restful", "fluster"));
Assert.True(selector.WordPairIsAnagram("forty five", "over fifty"));
}
public void IgnoreWhitespacesWhenGivenTwoAnagrams()
{
AnagramSelector selector = new AnagramSelector();
Assert.True(selector.WordPairIsAnagram("a gentleman", "elegant man"));
Assert.True(selector.WordPairIsAnagram("nag a ram", "anagram"));
}
public void ReportsTrueWhenGivenTwoAnagrams()
{
AnagramSelector selector = new AnagramSelector();
Assert.True(selector.WordPairIsAnagram("restful", "fluster"));
Assert.True(selector.WordPairIsAnagram("forty five", "over fifty"));
}
public void SelectsAnagramsOfAWordWithNoMatches()
{
AnagramSelector selector = new AnagramSelector();
var selection = selector.SelectAnagrams("some",
new List <string> {
"stream", "something", "maters"
});
Assert.True(selection.SequenceEqual(
new List <string>()));
}
public void DisplayEmptyListWhenNoAnagramIsPresentInTheList()
{
AnagramSelector selector = new AnagramSelector();
var selection = selector.SelectAnagrams("listen",
new List <string> {
"list", "help", "sit"
});
Assert.True(selection.SequenceEqual(
new List <string> {
}));
}
public void WhenListIsEmptyReturnsNoLines()
{
//Instanciando clase de selector de anagramas
AnagramSelector selector = new AnagramSelector();
//Creando lista vacia
List <string> words = new List <string>();
List <string> result = selector.Group(words);
CollectionAssert.AreEqual(new List <string>(), result);
}
public void WhenIs2AnagramsReturnsALineWith2Words()
{
//Instanciando clase de selector de anagramas
AnagramSelector selector = new AnagramSelector();
//Creando lista vacia
List <string> words = new List <string>()
{
"SACO", "CASO"
};
List <string> result = selector.Group(words);
List <string> expected = new List <string>()
{
"SACO CASO "
};
CollectionAssert.AreEqual(expected, result);
}
public void WhenIs6WordsWithEspecialCharsWith2SetsOf3AnagramsReturns1LineWith3Words()
{
//Instanciando clase de selector de anagramas
AnagramSelector selector = new AnagramSelector();
//Creando lista vacia
List <string> words = new List <string>()
{
"SÁCÖ", "SHÉRFÜ'R", "FRÜSHÉ'R", "RÉFRÜ'SH", "CÁSÖ", "ÁSCÖ"
};
List <string> result = selector.Group(words);
List <string> expected = new List <string>()
{
"SÁCÖ CÁSÖ ÁSCÖ ", "SHÉRFÜ'R FRÜSHÉ'R RÉFRÜ'SH "
};
CollectionAssert.AreEqual(expected, result);
}
public void WhenIs4WordsWith1SetsOf3AnagramsReturns1LineWith3Words()
{
//Instanciando clase de selector de anagramas
AnagramSelector selector = new AnagramSelector();
//Creando lista vacia
List <string> words = new List <string>()
{
"SACO", "SHERFER", "FRESHER", "REFRESH"
};
List <string> result = selector.Group(words);
List <string> expected = new List <string>()
{
"SHERFER FRESHER REFRESH "
};
CollectionAssert.AreEqual(expected, result);
}
public void ReportsNonAnagramsSameLength()
{
AnagramSelector selector = new AnagramSelector();
Assert.False(selector.WordPairIsAnagram("elas", "else"));
}
public void ReportsNonAnagramsDifferentLength()
{
AnagramSelector selector = new AnagramSelector();
Assert.False(selector.WordPairIsAnagram("something", "else"));
}
public void IgnoreSpecialCharactersWhenGivenTwoAnagrams()
{
AnagramSelector selector = new AnagramSelector();
Assert.True(selector.WordPairIsAnagram("Church of Scientology", "rich-chosen goofy cult"));
}
public void ReportsFalseWhenGivenTwoNonAnagrams()
{
AnagramSelector selector = new AnagramSelector();
Assert.False(selector.WordPairIsAnagram("something", "else"));
}
