private string GenerateObfuscatedValue(string value)
{
lock (ObfuscatedValues)
{
if (!ObfuscatedValues.Contains(value))
{
return(value);
}
}
return(GenerateObfuscatedValue(GeneratePermutationValue()));
}
/// <summary>
/// Creates and returns a random generated <see cref="string"/> with a factorial size of (x - <see cref="CurrentCombinationLength"/>) ideal for obfuscated usage.
/// </summary>
/// <returns>A random generated <see cref="string"/> with a factorial size of (x - <see cref="CurrentCombinationLength"/>) ideal for obfuscated usage, where x in the default implementation equals 62.</returns>
/// <remarks>
/// This implementation uses the values from <see cref="PermutationCharacters"/> to compute the permutation.
/// Using the standard implementation gives a close to limitless permutation in regards to obfuscation, as the value automatically grows when needed.
/// </remarks>
protected string GenerateObfuscatedValue()
{
HandlePermutationCalculation();
string obfuscatedValue = GenerateObfuscatedValue(GeneratePermutationValue());
lock (ObfuscatedValues)
{
ObfuscatedValues.Add(obfuscatedValue);
}
return(obfuscatedValue);
}
