private static void TestStep09()
{
Byte[] result;
result = Step09.Encrypt(Encoding.ASCII.GetBytes("abcdef"));
Console.WriteLine("Step 09 Encrypt: >>>" + ToString(result) + "<<<");
result = Step09.Decrypt(result);
Console.WriteLine("Step 09 Decrypt: >>>" + ToString(result) + "<<<");
}
/// <summary>
/// Run a test case, evaluate the result, and print the evaulation to the console
/// </summary>
/// <param name="testString">The string to be encrypted</param>
/// <param name="testTitle">The name of the test case</param>
/// <returns>True if the testString encrypted then decrypted and ended up equal to testString, false otherwise </returns>
private static Boolean Test(String testString, String testTitle)
{
String text = testString;
Console.WriteLine(testTitle + ": Starting with " + text);
Byte[] encryptedText;
encryptedText = (new Step01()).Encrypt(Encoding.ASCII.GetBytes(text));
encryptedText = Step02.Encrypt(encryptedText, 'q', 2);
encryptedText = Step03.Encrypt(encryptedText);
encryptedText = Step04.Encrypt(encryptedText);
encryptedText = Step05.Encrypt(encryptedText);
encryptedText = Step06.Encrypt(encryptedText);
encryptedText = Step07.Encrypt(encryptedText);
encryptedText = Step08.Encrypt(encryptedText);
encryptedText = Step09.Encrypt(encryptedText);
byte[] mapping = BuildRandomMapping2();
encryptedText = Step10.Encrypt(encryptedText, mapping);
// Skip Step 11 because it's a one-way encryption
encryptedText = Step12.Encrypt(encryptedText);
encryptedText = Step13.Encrypt(encryptedText);
encryptedText = Step14.Encrypt(encryptedText);
encryptedText = (new Step15()).Encrypt(encryptedText);
// Console.WriteLine("Decrypting " + ToString(encryptedText));
Byte[] decryptedText;
decryptedText = (new Step15()).Decrypt(encryptedText);
decryptedText = Step14.Decrypt(decryptedText);
decryptedText = Step13.Decrypt(decryptedText);
decryptedText = Step12.Decrypt(decryptedText);
// Skip Step 11 because it's a one-way encryption
decryptedText = Step10.Decrypt(decryptedText, mapping);
decryptedText = Step09.Decrypt(decryptedText);
decryptedText = Step08.Decrypt(decryptedText);
decryptedText = Step07.Decrypt(decryptedText);
decryptedText = Step06.Decrypt(decryptedText);
decryptedText = Step05.Decrypt(decryptedText);
decryptedText = Step04.Decrypt(decryptedText);
decryptedText = Step03.Decrypt(decryptedText);
decryptedText = Step02.Decrypt(decryptedText, 2);
decryptedText = (new Step01()).Decrypt(decryptedText);
// Console.WriteLine("Result = " + ToString(decryptedText));
if (Encoding.ASCII.GetBytes(text).ToString().Equals(decryptedText.ToString()))
{
Console.WriteLine(testTitle + " Passed");
return(true);
}
else
{
Console.WriteLine(testTitle + " FAILED");
return(false);
}
}
/// <summary> Run a single test case and print every intermediate step for debugging.
/// The results of each step are printed but not evaluated. </summary>
private static void PerformStepByStepTest()
{
String clearText = "abcde";
Console.WriteLine("Starting with " + clearText);
Console.WriteLine("Encrypting...");
// Step 01
Byte[] encryptedTextStep01 = (new Step01()).Encrypt(Encoding.ASCII.GetBytes(clearText));
Console.WriteLine("Step 01: " + ToString(encryptedTextStep01));
Byte[] decryptedTextStep01 = (new Step01()).Decrypt(encryptedTextStep01);
Console.WriteLine(" Decrypts to " + ToString(decryptedTextStep01));
// Step 02
Byte[] encryptedTextStep02 = Step02.Encrypt(encryptedTextStep01, 'q', 2);
Console.WriteLine("Step 02: " + ToString(encryptedTextStep02));
Byte[] decryptedTextStep02 = Step02.Decrypt(encryptedTextStep02, 2);
Console.WriteLine(" Decrypts to " + ToString(decryptedTextStep02));
//Step 03
Byte[] encryptedTextStep03 = Step03.Encrypt(encryptedTextStep02);
Console.WriteLine("Step 03: " + ToString(encryptedTextStep03));
Byte[] decryptedTextStep03 = Step03.Decrypt(encryptedTextStep03);
Console.WriteLine(" Decrypts to " + ToString(decryptedTextStep03));
//Step 04
Byte[] encryptedTextStep04 = Step04.Encrypt(encryptedTextStep03);
Console.WriteLine("Step 04: " + ToString(encryptedTextStep04));
Byte[] decryptedTextStep04 = Step04.Decrypt(encryptedTextStep04);
Console.WriteLine(" Decrypts to " + ToString(decryptedTextStep04));
//Step 05
Byte[] encryptedTextStep05 = Step05.Encrypt(encryptedTextStep04);
Console.WriteLine("Step 05: " + ToString(encryptedTextStep05));
Byte[] decryptedTextStep05 = Step05.Decrypt(encryptedTextStep05);
Console.WriteLine(" Decrypts to " + ToString(decryptedTextStep05));
//Step 06
Byte[] encryptedTextStep06 = Step06.Encrypt(encryptedTextStep05);
Console.WriteLine("Step 06: " + ToString(encryptedTextStep06));
Byte[] decryptedTextStep06 = Step06.Decrypt(encryptedTextStep06);
Console.WriteLine(" Decrypts to " + ToString(decryptedTextStep06));
//Step 07
Byte[] encryptedTextStep07 = Step07.Encrypt(encryptedTextStep06);
Console.WriteLine("Step 07: " + ToString(encryptedTextStep07));
Byte[] decryptedTextStep07 = Step07.Decrypt(encryptedTextStep07);
Console.WriteLine(" Decrypts to " + ToString(decryptedTextStep07));
//Step 08
Byte[] encryptedTextStep08 = Step08.Encrypt(encryptedTextStep07);
Console.WriteLine("Step 08: " + ToString(encryptedTextStep08));
Byte[] decryptedTextStep08 = Step08.Decrypt(encryptedTextStep08);
Console.WriteLine(" Decrypts to " + ToString(decryptedTextStep08));
//Step 09
Byte[] encryptedTextStep09 = Step09.Encrypt(encryptedTextStep08);
Console.WriteLine("Step 09: " + ToString(encryptedTextStep09));
Byte[] decryptedTextStep09 = Step09.Decrypt(encryptedTextStep09);
Console.WriteLine(" Decrypts to " + ToString(decryptedTextStep09));
//Step 10
Byte[] mapping = BuildRandomMapping3();
Byte[] encryptedTextStep10 = Step10.Encrypt(encryptedTextStep09, mapping);
Console.WriteLine("Step 10: " + ToString(encryptedTextStep10));
Byte[] decryptedTextStep10 = Step10.Decrypt(encryptedTextStep10, mapping);
Console.WriteLine(" Decrypts to " + ToString(decryptedTextStep10));
// We skip Step 11 because it uses one-way encryption
// Step 12
Byte[] encryptedTextStep12 = Step12.Encrypt(encryptedTextStep10);
Console.WriteLine("Step 12: " + ToString(encryptedTextStep12));
Byte[] decryptedTextStep12 = Step12.Decrypt(encryptedTextStep12);
Console.WriteLine(" Decrypts to " + ToString(decryptedTextStep12));
}