public void MixedPunctuationAndLettersShouldBeHandled()
{
string[] input =
{
"7",
"!^_!qrt",
"2"
};
string output = new CaesarCipher(MoqUtil.SetupRandMock(input)).SolveIt();
Assert.AreEqual("!^_!stv", output);
}
public void MixedPunctuationWithNumbersAndLettersShouldBeHandled()
{
string[] input =
{
"12",
"123456abc!£$",
"2"
};
string output = new CaesarCipher(MoqUtil.SetupRandMock(input)).SolveIt();
Assert.AreEqual("123456cde!£$", output);
}
public void BasicAlphabeticalTest()
{
string[] input =
{
"3",
"abc",
"2"
};
string output = new CaesarCipher(MoqUtil.SetupRandMock(input)).SolveIt();
Assert.AreEqual("cde", output);
}
public void BasicCipher()
{
string[] input =
{
"11",
"middle-Outz",
"2"
};
// Do something
string output = new CaesarCipher(MoqUtil.SetupRandMock(input)).SolveIt();
Assert.AreEqual("okffng-Qwvb", output);
}
public void FailingTest1()
{
string[] input =
{
"10",
"www.abc.xy",
// We're not handling a wrap factor which will, in turn, wrap the output off the
// end of the array.
"87"
};
string output = new CaesarCipher(MoqUtil.SetupRandMock(input)).SolveIt();
Assert.AreEqual("fff.jkl.gh", output);
}
public static void Caesar(string text, int key)
{
Console.WriteLine("=====CaesarCipher=====");
Console.WriteLine($"Text Data: \"{text}\"");
Console.WriteLine($"key: {key}");
Console.WriteLine("Encrypted Data:");
var encryptText = CaesarCipher.Encipher(text, key);
Console.WriteLine($"Encrypt Text: \"{encryptText}\"");
Console.WriteLine("Decrypted Data:");
var decryptText = CaesarCipher.Decipher(encryptText, key);
Console.WriteLine($"Decrypt Text: \"{decryptText}\"");
Console.WriteLine();
}
public void MixOfRotatingLettersNormalLettersNumbersAndPunctuationShouldBeHandled()
{
string[] input =
{
"6",
"zf11@~",
"2"
};
string output = new CaesarCipher(MoqUtil.SetupRandMock(input)).SolveIt();
Assert.AreEqual("bh11@~", output);
}
public void WrapAroundShouldBeHandled()
{
string[] input =
{
"3",
"www",
"87"
};
string output = new CaesarCipher(MoqUtil.SetupRandMock(input)).SolveIt();
Assert.AreEqual("fff", output);
}
public void UppercaseRotatingLettersShouldBeHandled()
{
string[] input =
{
"3",
"XYZ",
"2"
};
string output = new CaesarCipher(MoqUtil.SetupRandMock(input)).SolveIt();
Assert.AreEqual("ZAB", output);
}
public void UpperCaseLettersShouldBeHandled()
{
string[] input =
{
"3",
"ABC",
"2"
};
string output = new CaesarCipher(MoqUtil.SetupRandMock(input)).SolveIt();
Assert.AreEqual("CDE", output);
}
public void SmallFactorShouldBeHandled()
{
string[] input =
{
"3",
"XXX",
"1"
};
string output = new CaesarCipher(MoqUtil.SetupRandMock(input)).SolveIt();
Assert.AreEqual("YYY", output);
}
public void RotatingLetterShouldWrapAround()
{
string[] input =
{
"3",
"xyz",
"2"
};
string output = new CaesarCipher(MoqUtil.SetupRandMock(input)).SolveIt();
Assert.AreEqual("zab", output);
}
public void PunctuationShouldBeIgnored()
{
// 32 - 47 inclusive
// 58 - 64 inclusive
// 91 - 96 inclusive
// 123 - 126 inclusive
string[] input =
{
"30",
"!\"#$%&'()*+-./:;<=>?`{|}~[\\]^_@",
"2"
};
string output = new CaesarCipher(MoqUtil.SetupRandMock(input)).SolveIt();
Assert.AreEqual("!\"#$%&'()*+-./:;<=>?`{|}~[\\]^_@", output);
}
public void PoundAndEuroSignShouldBeHandled()
{
string[] input =
{
"4",
"£€£€",
"2"
};
string output = new CaesarCipher(MoqUtil.SetupRandMock(input)).SolveIt();
Assert.AreEqual("£€£€", output);
}
public void NumbersShouldBeIgnored()
{
string[] input =
{
"6",
"123456",
"2"
};
string output = new CaesarCipher(MoqUtil.SetupRandMock(input)).SolveIt();
Assert.AreEqual("123456", output);
}