public void Decrypt2_Test()
{
var key = new KeySinglePermutation.Key(3, "СКАНЕР");
var output = new KeySinglePermutation.Output("Й ЕРЕС ИМОНИПЗНЛЕСАМЫЬНТ", key);
var input = Method.Decrypt(output);
Assert.AreEqual("СИСТЕМНЫЙ ПАРОЛЬ ИЗМЕНЕН", input.Value);
}
public void Decrypt1_Test()
{
var key = new KeySinglePermutation.Key(3, "ПАМИР");
var output = new KeySinglePermutation.Output("ГРДВББАЕРИУЗТАТ", key);
var input = Method.Decrypt(output);
Assert.AreEqual("ВРАГБУДЕТРАЗБИТ", input.Value);
}
public IActionResult DecryptKeySinglePermutation([FromBody] KeySinglePermutationModel.OutputModel outputModel)
{
var method = new KeySinglePermutation();
var key = new KeySinglePermutation.Key(outputModel.Key.RowCount, outputModel.Key.KeyWord);
var output = new KeySinglePermutation.Output(outputModel.Value, key);
var input = method.Decrypt(output);
var result = new KeySinglePermutationModel()
{
Input = new KeySinglePermutationModel.InputModel()
{
Key = outputModel.Key,
Value = input.Value
},
Output = outputModel
};
return(View("KeySingleProtection", result));
}
public ActionResult EncryptKeySingleProtection(KeySinglePermutationModel.InputModel inputModel)
{
var method = new KeySinglePermutation();
var key = new KeySinglePermutation.Key(inputModel.Key.RowCount, inputModel.Key.KeyWord);
var input = new KeySinglePermutation.Input(inputModel.Value, key);
var output = method.Encrypt(input);
var result = new KeySinglePermutationModel()
{
Input = inputModel,
Output = new KeySinglePermutationModel.OutputModel()
{
Key = inputModel.Key,
Value = output.Value
}
};
return(View("KeySingleProtection", result));
}