public DecryptionTypeEncode()
{
var rsaParams = RSA.Create().ExportParameters(true);
payload = new Payload {
hoge = "hugahuga", hage = "nanonano"
};
var ehs256 = new LitJWT.JwtEncoder(new LitJWT.Algorithms.HS256Algorithm(LitJWT.Algorithms.HS256Algorithm.GenerateRandomRecommendedKey()));
var ehs384 = new LitJWT.JwtEncoder(new LitJWT.Algorithms.HS384Algorithm(LitJWT.Algorithms.HS384Algorithm.GenerateRandomRecommendedKey()));
var ehs512 = new LitJWT.JwtEncoder(new LitJWT.Algorithms.HS512Algorithm(LitJWT.Algorithms.HS512Algorithm.GenerateRandomRecommendedKey()));
var ers256 = new LitJWT.JwtEncoder(new LitJWT.Algorithms.RS256Algorithm(() => RSA.Create(rsaParams), () => RSA.Create(rsaParams)));
var ers384 = new LitJWT.JwtEncoder(new LitJWT.Algorithms.RS384Algorithm(() => RSA.Create(rsaParams), () => RSA.Create(rsaParams)));
var ers512 = new LitJWT.JwtEncoder(new LitJWT.Algorithms.RS512Algorithm(() => RSA.Create(rsaParams), () => RSA.Create(rsaParams)));
hs256 = new LitJWT.JwtDecoder(ehs256.SignAlgorithm);
hs384 = new LitJWT.JwtDecoder(ehs384.SignAlgorithm);
hs512 = new LitJWT.JwtDecoder(ehs512.SignAlgorithm);
rs256 = new LitJWT.JwtDecoder(ers256.SignAlgorithm);
rs384 = new LitJWT.JwtDecoder(ers384.SignAlgorithm);
rs512 = new LitJWT.JwtDecoder(ers512.SignAlgorithm);
b1 = ehs256.EncodeAsUtf8Bytes(payload, null, (x, writer) => writer.Write(Utf8Json.JsonSerializer.SerializeUnsafe(x)));
b2 = ehs384.EncodeAsUtf8Bytes(payload, null, (x, writer) => writer.Write(Utf8Json.JsonSerializer.SerializeUnsafe(x)));
b3 = ehs512.EncodeAsUtf8Bytes(payload, null, (x, writer) => writer.Write(Utf8Json.JsonSerializer.SerializeUnsafe(x)));
b4 = ers256.EncodeAsUtf8Bytes(payload, null, (x, writer) => writer.Write(Utf8Json.JsonSerializer.SerializeUnsafe(x)));
b5 = ers384.EncodeAsUtf8Bytes(payload, null, (x, writer) => writer.Write(Utf8Json.JsonSerializer.SerializeUnsafe(x)));
b6 = ers512.EncodeAsUtf8Bytes(payload, null, (x, writer) => writer.Write(Utf8Json.JsonSerializer.SerializeUnsafe(x)));
}
public JwtEncode()
{
key = Encoding.UTF8.GetBytes("hogehogehogehoge");
litJwtEncoder = new LitJWT.JwtEncoder(new LitJWT.Algorithms.HS256Algorithm(key));
jwtEncoder = new JWT.JwtEncoder(new JWT.Algorithms.HMACSHA256Algorithm(), new JWT.Serializers.JsonNetSerializer(), new JWT.JwtBase64UrlEncoder());
jwtHandler = new JwtSecurityTokenHandler()
{
SetDefaultTimesOnTokenCreation = false
};
handlerKey = new Microsoft.IdentityModel.Tokens.SymmetricSecurityKey(key);
}
public EncryptionTypeEncode()
{
payload = new Payload {
hoge = "hugahuga", hage = "nanonano"
};
var rsaParams = RSA.Create().ExportParameters(true);
hs256 = new LitJWT.JwtEncoder(new LitJWT.Algorithms.HS256Algorithm(LitJWT.Algorithms.HS256Algorithm.GenerateRandomRecommendedKey()));
hs384 = new LitJWT.JwtEncoder(new LitJWT.Algorithms.HS384Algorithm(LitJWT.Algorithms.HS384Algorithm.GenerateRandomRecommendedKey()));
hs512 = new LitJWT.JwtEncoder(new LitJWT.Algorithms.HS512Algorithm(LitJWT.Algorithms.HS512Algorithm.GenerateRandomRecommendedKey()));
rs256 = new LitJWT.JwtEncoder(new LitJWT.Algorithms.RS256Algorithm(() => RSA.Create(rsaParams), () => RSA.Create(rsaParams)));
rs384 = new LitJWT.JwtEncoder(new LitJWT.Algorithms.RS384Algorithm(() => RSA.Create(rsaParams), () => RSA.Create(rsaParams)));
rs512 = new LitJWT.JwtEncoder(new LitJWT.Algorithms.RS512Algorithm(() => RSA.Create(rsaParams), () => RSA.Create(rsaParams)));
}
static void Main(string[] args)
{
//// Get recommended-size random key.
//var key = HS256Algorithm.GenerateRandomRecommendedKey();
//// Create encoder, JwtEncoder is thread-safe and recommend to store static/singleton.
//var encoder = new JwtEncoder(new HS256Algorithm(key));
//// Encode with payload, expire, and use specify payload serializer.
//var token = encoder.Encode(new PayloadSample { foo = "pay", bar = "load" }, TimeSpan.FromMinutes(30),
// (x, writer) => writer.Write(Utf8Json.JsonSerializer.SerializeUnsafe(x)));
//var token2 = encoder.Encode(new PayloadSample { foo = "pay", bar = "load" }, TimeSpan.FromMinutes(30),
// (x, writer) => writer.Write(Encoding.UTF8.GetBytes(JsonConvert.SerializeObject(x))));
////byte[] input;
////Convert.ToBase64String(input).TrimEnd('=').Replace('+', '-').Replace('/', '_');
//// Create decoder, JwtDecoder is also thread-safe so recommend to store static/singleton.
//var decoder = new JwtDecoder(encoder.SignAlgorithm);
////var result = decoder.TryDecode(token, x => Utf8Json.JsonSerializer.Deserialize<PayloadSample>(x.ToArray()), out var payload);
//var result = decoder.TryDecode(token, x => JsonConvert.DeserializeObject<PayloadSample>(Encoding.UTF8.GetString(x)), out var payload);
//if (result == DecodeResult.Success)
//{
// Console.WriteLine((payload.foo, payload.bar));
//}
//Console.WriteLine(token);
var payload = new { hoge = "hugahuga", hage = "nanonano" };
var rsaParams = RSA.Create().ExportParameters(true);
var rs256 = new LitJWT.JwtEncoder(new LitJWT.Algorithms.RS256Algorithm(() => RSA.Create(rsaParams), () => RSA.Create(rsaParams)));
var foo = rs256.Encode(payload, null, (x, writer) => writer.Write(Utf8Json.JsonSerializer.SerializeUnsafe(x)));
}