static async Task Main()
{
var primeCore = new PrimeCoreKey
{
//overrides default values
CoreKeyConfig = new CoreKeyConfig
{
Length = 50,
UseSalt = false,
CoreKeyFormatterConfig = new CoreKeyFormatterConfig
{
Format = PrimeFormatter.Ignore,
IsStrictedLength = false
}
}
};
var primeKey = primeCore.CreateKey();
Console.WriteLine(primeKey.Result);
Console.WriteLine(primeCore.IsSalted(primeKey));
var re = primeCore.ReKey(primeKey);
Console.WriteLine(re);
primeCore.AddToIgnore(new CoreKey[1] {
primeKey
});
await foreach (var item in primeCore.ReadIgnoredKeysAsync())
{
Console.WriteLine(item.Result);
}
var keyDescriptor = new KeyDescriptor
{
SecretKey = new SecretKey
{
Secret = "superSecretKey"
},
KeySignature = new KeySignature
{
Signature = "mycoolapp"
}
};
var ke = new PrimeIdentityKey(keyDescriptor);
var key = ke.CreateKey("test");
Console.WriteLine(key.Result);
var result = ke.WritePayload();
var unknown = ke.WritePayload(keyDescriptor, key.Result);
Console.WriteLine(result);
Console.WriteLine(unknown);
}
internal static CoreKey NewKey(this PrimeCoreKey prime, CoreKeyConfig config)
{
var maxLength = config.Length;
var keyBuilder = new StringBuilder();
var format = config.CoreKeyFormatterConfig;
for (int i = 0; i <= maxLength; i++)
{
GeneratedKeys(out string firstSmallChar, out string secondSmallChar, out int num, out string bigChar);
var combined = $"{firstSmallChar}{secondSmallChar}{num}{bigChar}";
if (config.UseSalt)
{
keyBuilder.Append(KeySalt.RNGCrypto(combined));
}
keyBuilder.Append(combined);
if (keyBuilder.Length > config.Length)
{
keyBuilder.Remove(maxLength, keyBuilder.Length - maxLength);
break;
}
}
if (PrimeStore.IgnoredKeys.Any(x => x.Result == keyBuilder.ToString()))
{
NewKey(prime, config);
}
if (format.Format == PrimeFormatter.Ignore || format.Format == null)
{
return new CoreKey {
Result = keyBuilder.ToString()
}
}
;
if (format.IsStrictedLength)
{
return new CoreKey {
Result = KeyFormatter.UseUnderscore(keyBuilder.ToString(), config)
}
}
;
return(new CoreKey {
Result = KeyFormatter.UseUnderscore(keyBuilder.ToString())
});
}
internal static string Refactor(this PrimeCoreKey prime, CoreKeyConfig primeCofing, CoreKey key)
{
var _ = key.Result;
var __ = _.ToCharArray();
var config = primeCofing;
var format = primeCofing.CoreKeyFormatterConfig;
var keyBuilder = new StringBuilder();
for (int i = 0; i < __.Length; i++)
{
var charRandom = new Random().Next(0, 26);
var numRandom = new Random().Next(0, 10);
var firstSmallChar = PrimeStore.chars[charRandom];
var secondSmallChar = PrimeStore.chars[charRandom.ReInvoke()];
var num = PrimeStore.nums[numRandom] * 2;
var bigChar = PrimeStore.chars[charRandom.ReInvoke()].ToUpper();
if (_.Length - i != 4)
{
continue;
}
else
{
var combine = new char[] { __[i], __[i + 1], __[i + 2], __[i + 3] };
if (config.UseSalt)
{
keyBuilder.Append(new string(combine));
}
__[i] = char.Parse(firstSmallChar);
__[i + 1] = char.Parse(secondSmallChar);
__[i + 2] = (char)num;
__[i + 3] = char.Parse(bigChar);
keyBuilder.Append(combine);
}
if (keyBuilder.Length >= config.Length)
{
keyBuilder.Remove(config.Length, keyBuilder.Length - config.Length);
break;
}
}
if (PrimeStore.IgnoredKeys.Any(x => x.Result == keyBuilder.ToString()))
{
Refactor(prime, config, key);
}
if (keyBuilder.Length < config.Length) //fail
{
return(NewKey(prime, config).Result);
}
if (format.Format == PrimeFormatter.Ignore || format.Format == null)
{
return(keyBuilder.ToString());
}
if (format.IsStrictedLength)
{
return(KeyFormatter.UseUnderscore(keyBuilder.ToString(), config));
}
return(KeyFormatter.UseUnderscore(keyBuilder.ToString()));
}