// [InlineData(Letters.b)]
// [InlineData(Letters.c)]
// [InlineData(Letters.d)]
// [InlineData(Letters.e)]
// [InlineData(Letters.f)]
// [InlineData(Letters.g)]
// [InlineData(Letters.h)]
// [InlineData(Letters.i)]
// [InlineData(Letters.j)]
// [InlineData(Letters.k)]
// [InlineData(Letters.l)]
// [InlineData(Letters.m)]
// [InlineData(Letters.n)]
// [InlineData(Letters.o)]
// [InlineData(Letters.p)]
// [InlineData(Letters.q)]
// [InlineData(Letters.r)]
// [InlineData(Letters.s)]
// [InlineData(Letters.t)]
// [InlineData(Letters.u)]
// [InlineData(Letters.v)]
// [InlineData(Letters.w)]
// [InlineData(Letters.x)]
// [InlineData(Letters.y)]
// [InlineData(Letters.z)]
public void ConvertMessage_ShouldReturnCharacterAtIndex13MoreThanCharacterPassedIn(string character)
{
var actualResult = Rot13.ConvertMessage(character);
Assert.Equal(Letters.m.ToString(), actualResult);
}
public void ConvertMessage_ShouldReturnEncryptedCaseSensitiveString(string plaintext, string expectedCipherText)
{
var actualCipherText = Rot13.ConvertMessage(plaintext);
Assert.Equal(expectedCipherText, actualCipherText);
}
public void ConvertMessage_ShouldNotAlterNumbersSymbolsOrSpaces(string plaintext, string expectedCipherText)
{
var actualCipherText = Rot13.ConvertMessage(plaintext);
Assert.Equal(expectedCipherText, actualCipherText);
}
public void ConvertMessage_ShouldReturnCharacterAtIndex13MoreThanCharacterPassedIn(string letter, string expectedLetter)
{
var actualLetter = Rot13.ConvertMessage(letter);
Assert.Equal(expectedLetter, actualLetter);
}
