public void Empty_Space_String_Are_Not_Anagram_Equals_False()
{
Anagrams anagrams = new Anagrams();
var result = anagrams.IsAnagram("", "");
Assert.AreEqual(false, result);
}
public void Roam_And_Moro_Are_Anagram_EqualsFalse()
{
Anagrams anagrams = new Anagrams();
var result = anagrams.IsAnagram("room", "roam");
Assert.AreEqual(false, result);
}
public static void Main(string[] args)
{
if (args.Length != 2)
{
Console.WriteLine("usage: dotnet run min_word_length max_word_count");
}
var minWordLength = int.Parse(args[0]);
var maxWordCount = int.Parse(args[1]);
var map = new CharacterCountMap(searchText);
var wordlist = LoadWordlist(minWordLength, map);
//foreach(var anagram in Anagrams.Find(wordlist, map, maxWordCount))
Parallel.ForEach(wordlist, x =>
{
Console.WriteLine("Processing subtree for {0}", x);
foreach (var anagram in Anagrams.Find(
wordlist.Where(y => y != x),
map.Subtract(x),
maxWordCount - 1))
{
var final = x + " " + anagram;
Console.WriteLine(final);
CheckForMatch(final);
}
});
}
public void Null_Strings_Are_Not_Anagram_Equals_False()
{
Anagrams anagrams = new Anagrams();
var result = anagrams.IsAnagram(null, null);
Assert.AreEqual(false, result);
}
public void First_Word_With_Whitespace_And_Second_Without_Equals_True()
{
Anagrams anagrams = new Anagrams();
var result = anagrams.IsAnagram("store scum", "customers");
Assert.AreEqual(true, result);
}
public void Customers_And_Store_Scum_Are_Anagram_Equals_True()
{
Anagrams anagrams = new Anagrams();
var result = anagrams.IsAnagram("store scum", "customers");
Assert.AreEqual(true, result);
}
public void AnagramEqualityTestDiffLength()
{
Anagrams compare = new Anagrams();
string word1 = "igazság";
string word2 = "gazság";
Assert.AreEqual(true, compare.wordCompare(word1, word2));
}
public void AnagramEqualityTestDiffChars()
{
Anagrams compare = new Anagrams();
string word1 = "axaxaxaxaxa";
string word2 = "axayayaxaxa";
Assert.AreEqual(true, compare.wordCompare(word1, word2));
}
public void AnagramEqualityTest()
{
Anagrams compare = new Anagrams();
string word1 = "one plus twelve";
string word2 = "two plus eleven";
Assert.AreEqual(true, compare.wordCompare(word1, word2));
}
public void indicate_two_words_are_not_anagrams_if_one_is_empty()
{
var anagramsApp = new Anagrams();
var wordsAreAnagrams = anagramsApp.DetermineIfWordsAreAnagrams("rat", "");
Assert.False(wordsAreAnagrams);
}
public void TestMarkSchemeYes()
{
Assert.AreEqual("Anagrams", Anagrams.Checker("OLYMPIAD", "OLYMPIAD"));
Assert.AreEqual("Anagrams", Anagrams.Checker("LEMON", "MELON"));
Assert.AreEqual("Anagrams", Anagrams.Checker("COVERSLIP", "SLIPCOVER"));
Assert.AreEqual("Anagrams", Anagrams.Checker("TEARDROP", "PREDATOR"));
Assert.AreEqual("Anagrams", Anagrams.Checker("ABBCCCDDD", "DDDCCCBBA"));
}
public void AbesBase()
{
string[] wordList = { "abe's", "base","race","car","care"};
Anagrams anagrams = new Anagrams(wordList);
Assert.IsTrue(anagrams["ABES"].Count == 2);
}
public void TestMarkSchemeNo()
{
Assert.AreEqual("Not Anagrams", Anagrams.Checker("I", "A"));
Assert.AreEqual("Not Anagrams", Anagrams.Checker("FORTY", "FORT"));
Assert.AreEqual("Not Anagrams", Anagrams.Checker("ONE", "SIX"));
Assert.AreEqual("Not Anagrams", Anagrams.Checker("GREEN", "RANGE"));
Assert.AreEqual("Not Anagrams", Anagrams.Checker("ABBCCCDDD", "AAABBBCCD"));
}
public void return_the_list_of_anagrams_if_the_input_has_three_characters()
{
var expectedAnagrams = new List <String> {
"bir", "bri", "ibr", "irb", "rbi", "rib"
};
Anagrams.Of("bir").Should().BeEquivalentTo(expectedAnagrams);
}
public void ThreeWords_in_Rout()
{
string Anagram = "boaster";
string Expected = "boaster boaters borates rebatos sorbate";
string rout = @"C:\Users\David\Desktop\Anagrams.txt";
Anagrams test5 = new Anagrams();
Assert.AreEqual(Expected, test5.Finder(Anagram, rout));
}
public List <string> GetLongestAnagramList()
{
if (!Anagrams.Any() || LongestListIndex >= Anagrams.Count)
{
return(new List <string>());
}
return(Anagrams[LongestListIndex]);
}
public void TwoWords()
{
string Anagram = "kinship";
string Expected = "kinship pinkish";
string rout = @"C:\Users\David\Desktop\Anagrams.txt";
Anagrams test3 = new Anagrams();
Assert.AreEqual(Expected, test3.Finder(Anagram, rout));
}
public string GetLongestWordWithAnagram()
{
if (!Anagrams.Any() || LongestWordIndex >= Anagrams.Count)
{
return(string.Empty);
}
return(Anagrams[LongestWordIndex].First());
}
public void SixWords_in_Rout()
{
string Anagram = "enlist";
string Expected = "enlist elints inlets listen silent tinsel";
string rout = @"C:\Users\David\Desktop\Anagrams.txt";
Anagrams test4 = new Anagrams();
Assert.AreEqual(Expected, test4.Finder(Anagram, rout));
}
public void GroupAnagrams_AllAnagramsOfOneWord_ReturnAllGrouped()
{
var input = new[] { "abcdf", "bacdf", "cdfab", "dfabc", "fabcd" };
var expected = new[]
{
new[] { "abcdf", "bacdf", "cdfab", "dfabc", "fabcd" }
};
Assert.Equal(expected, Anagrams.GroupAnagrams(input));
}
public void TestWords()
{
string Expected = "crepitus cuprites pictures piecrust";
string Anagram = "crepitus"; // Anagrama
string Words = "hamilton cuprites pictures piecrust"; // Conjunto de palabras
Anagrams test2 = new Anagrams();
Assert.AreEqual(Expected, test2.Find(Anagram, Words));
}
public void ThreeWords()
{
string Expected = "hola olah hlao";
string Anagram = "hola"; // Anagrama
string Words = "olah hlao vizco"; // Conjunto de palabras
Anagrams test3 = new Anagrams();
Assert.AreEqual(Expected, test3.Find(Anagram, Words));
}
public void OneWords()
{
string Expected = "hola olah";
string Anagram = "hola"; // Anagrama
string Words = "olah"; // Conjunto de palabras
Anagrams test2 = new Anagrams();
Assert.AreEqual(Expected, test2.Find(Anagram, Words));
}
public void AnagramasTest()
{
var input = "ABCD";
var solution = new Anagrams();
var anagrams = solution.GetAnagrams(input);
Assert.IsTrue(anagrams.Count == solution.GetMaxAnagrams(input), "Invalid number of anagrams");
}
public void EmptyString()
{
string Anagram = null;
string Expected = null;
string Words = null;
Anagrams test1 = new Anagrams();
Assert.AreEqual(Expected, test1.Find(Anagram, Words));
}
public void OneWords()
{
string Anagram = "mash";
string Expected = "mash hasm";
string Words = "hasm";
Anagrams test2 = new Anagrams();
Assert.AreEqual(Expected, test2.Find(Anagram, Words));
}
public void FiveWords()
{
string Expected = "hola hlao";
string Anagram = "hola"; // Anagrama
string Words = "camicasegrande barbaro budo hlao vizco"; // Conjunto de palabras
Anagrams test2 = new Anagrams();
Assert.AreEqual(Expected, test2.Find(Anagram, Words));
}
public void indicate_two_words_are_not_anagrams_if_they_are_not_of_equal_length()
{
var word1 = "rat";
var word2 = "ta";
var anagramsApp = new Anagrams();
var wordsAreAnagrams = anagramsApp.DetermineIfWordsAreAnagrams(word1, word2);
Assert.False(wordsAreAnagrams);
}
public void indicate_when_two_words_are_anagrams_of_each_other()
{
var word1 = "rat";
var word2 = "tar";
var anagramsApp = new Anagrams();
var wordsAreAnagrams = anagramsApp.DetermineIfWordsAreAnagrams(word1, word2);
Assert.True(wordsAreAnagrams);
}
public void return_the_list_of_anagrams_if_the_input_has_four_characters()
{
var expectedAnagrams = new List <String> {
"biro", "bior", "brio", "broi", "boir", "bori",
"ibro", "ibor", "irbo", "irob", "iobr", "iorb",
"rbio", "rboi", "ribo", "riob", "roib", "robi",
"obir", "obri", "oibr", "oirb", "orbi", "orib"
};
Anagrams.Of("biro").Should().BeEquivalentTo(expectedAnagrams);
}
public void ShouldReturnAnagrams()
{
var input = new[] { "cat", "act", "asdf", "who", "how" };
var cut = new Anagrams();
var anagrams = cut.Find(input);
Assert.AreEqual(4, anagrams.Count);
Assert.IsTrue(anagrams.Contains("cat"));
Assert.IsTrue(anagrams.Contains("act"));
Assert.IsTrue(anagrams.Contains("who"));
Assert.IsTrue(anagrams.Contains("how"));
}
public void AnagramsTest()
{
Assert.AreEqual(new List <string> {
"a"
}, Anagrams.AnagramsMethod("a", new List <string> {
"a", "b", "c", "d"
}));
Assert.AreEqual(new List <string> {
"carer", "arcre", "carre"
}, Anagrams.AnagramsMethod("racer", new List <string> {
"carer", "arcre", "carre", "racrs", "racers", "arceer", "raccer", "carrer", "cerarr"
}));
}
