public void PigLatin_WhenSeveralWordsPassedIn_ShouldEachWordAsPigLatin()
{
// arrange
string constStr = "keep on coding";
PigLatin x = new PigLatin();
string pigLatinStr = "eepkay onway odingcay";
// act
string actual = x.PigLatinKata(constStr);
// arrange
Assert.Equal(pigLatinStr, actual);
}
public void PigLatin_WhenPassedStrStartingWithConst_ShouldReturnAppendedStr()
{
// arrange
string constStr = "northcoders";
PigLatin x = new PigLatin();
string pigLatinStr = "orthcodersnay";
// act
string actual = x.PigLatinKata(constStr);
// assert
Assert.Equal(pigLatinStr, actual);
}
public void PigLatin_WhenPassedStrStartingWithSeveralConst_ShouldReturnAppendedStr()
{
// arrange
string constStr = "sheffield";
PigLatin x = new PigLatin();
string pigLatinStr = "effieldshay";
// act
string actual = x.PigLatinKata(constStr);
// assert
Assert.Equal(pigLatinStr, actual);
}
public void PigLatin_WhenPassedStrStartingWithVowel_ShouldReturnAppendedStr()
{
// arrange
string vowelStr = "algorithm";
PigLatin x = new PigLatin();
string pigLatinStr = "algorithmway";
// act
string actual = x.PigLatinKata(vowelStr);
// assert
Assert.Equal(pigLatinStr, actual);
}
public void PigLatin_WhenStrHasUpperAndLower_ShouldReturnUpperAndLower()
{
// arrange
string constStr = "KEep ON cODinG";
PigLatin x = new PigLatin();
string pigLatinStr = "EepKay ONway ODinGcay";
// act
string actual = x.PigLatinKata(constStr);
// assert
Assert.Equal(pigLatinStr, actual);
}
private static void Run()
{
StringReverse.Init();
Console.WriteLine("");
PigLatin.Init();
Console.WriteLine("");
VowelCount.Init();
Console.WriteLine("");
Palindrome.CheckIfPalindrome();
Console.WriteLine("");
WordsInString.Init();
Console.WriteLine("");
KeyGeneration.Generate();
}
public void PigLatin_WhenPunctuationPresent_ShouldKeepPunctuation()
{
// arrange
string constStr = "keep on coding.";
string constStr2 = "keep! on coding.";
string constStr3 = "keep! on, coding.";
PigLatin x = new PigLatin();
string pigLatinStr = "eepkay onway odingcay.";
string pigLatinStr2 = "eepkay! onway odingcay.";
string pigLatinStr3 = "eepkay! onway, odingcay.";
// act
string actual = x.PigLatinKata(constStr);
string actual2 = x.PigLatinKata(constStr2);
string actual3 = x.PigLatinKata(constStr3);
// assert
Assert.Equal(pigLatinStr, actual);
Assert.Equal(pigLatinStr2, actual2);
Assert.Equal(pigLatinStr3, actual3);
}
public void Xr_is_treated_like_a_single_vowel()
{
Assert.That(PigLatin.Translate("xray"), Is.EqualTo("xrayay"));
}
public void Sch_is_treated_like_a_single_consonant()
{
Assert.That(PigLatin.Translate("school"), Is.EqualTo("oolschay"));
}
public void Th_is_treated_like_a_single_consonant()
{
Assert.That(PigLatin.Translate("therapy"), Is.EqualTo("erapythay"));
}
public void Qu_is_treated_like_a_single_consonant()
{
Assert.That(PigLatin.Translate("queen"), Is.EqualTo("eenquay"));
}
public string First_letter_and_ay_are_moved_to_the_end_of_words_that_start_with_consonants(string word)
{
return(PigLatin.Translate(word));
}
public void Word_beginning_with_thr()
{
Assert.Equal("ushthray", PigLatin.Translate("thrush"));
}
public void Word_beginning_with_qu_and_a_preceding_consonant()
{
Assert.Equal("aresquay", PigLatin.Translate("square"));
}
public void TestInitialize()
{
pigLatin = new PigLatin();
}
public void TestCleanup()
{
pigLatin = null;
}
public void Word_beginning_with_qu()
{
Assert.Equal("eenquay", PigLatin.Translate("queen"));
}
public void Word_beginning_with_a_vowel_and_followed_by_a_qu()
{
Assert.Equal("equalay", PigLatin.Translate("equal"));
}
public void Word_beginning_with_th()
{
Assert.Equal("erapythay", PigLatin.Translate("therapy"));
}
public void Word_beginning_with_p()
{
Assert.Equal("igpay", PigLatin.Translate("pig"));
}
public string Ay_is_added_to_words_that_start_with_vowels(string word)
{
return(PigLatin.Translate(word));
}
public void Word_beginning_with_k()
{
Assert.Equal("oalakay", PigLatin.Translate("koala"));
}
public void Ch_is_treated_like_a_single_consonant()
{
Assert.That(PigLatin.Translate("chair"), Is.EqualTo("airchay"));
}
public void Word_beginning_with_a()
{
Assert.Equal("appleay", PigLatin.Translate("apple"));
}
public void Qu_and_a_single_preceding_consonant_are_treated_like_a_single_consonant()
{
Assert.That(PigLatin.Translate("square"), Is.EqualTo("aresquay"));
}
public void Word_beginning_with_y()
{
Assert.Equal("ellowyay", PigLatin.Translate("yellow"));
}
public void Thr_is_treated_like_a_single_consonant()
{
Assert.That(PigLatin.Translate("thrush"), Is.EqualTo("ushthray"));
}
public void Word_beginning_with_x()
{
Assert.Equal("enonxay", PigLatin.Translate("xenon"));
}
public void Yt_is_treated_like_a_single_vowel()
{
Assert.That(PigLatin.Translate("yttria"), Is.EqualTo("yttriaay"));
}
public void Word_beginning_with_q_without_a_following_u()
{
Assert.Equal("atqay", PigLatin.Translate("qat"));
}
public void Phrases_are_translated()
{
Assert.That(PigLatin.Translate("quick fast run"), Is.EqualTo("ickquay astfay unray"));
}
public void Word_beginning_with_ch()
{
Assert.Equal("airchay", PigLatin.Translate("chair"));
}
