ModuleLattice128Endpoint.cs

using Waher.Networking.XMPP.P2P.SymmetricCiphers;
using Waher.Security.PQC;
 
namespace Waher.Networking.XMPP.P2P.E2E
{
    public class ModuleLattice128Endpoint : ModuleLatticeEndpoint
    {
        public ModuleLattice128Endpoint()
            : this(new Aes256())
        {
        }
 
        public ModuleLattice128Endpoint(IE2eSymmetricCipher DefaultSymmetricCipher)
            : base(ML_KEM.ML_KEM_512, ML_KEM.ML_KEM_512.KeyGen(true),
                  ML_DSA.ML_DSA_44, ML_DSA.ML_DSA_44.KeyGen(true),
                  DefaultSymmetricCipher)
        {
        }
 
        public ModuleLattice128Endpoint(byte[] PublicKey, IE2eSymmetricCipher DefaultSymmetricCipher)
            : base(PublicKey, ML_KEM.ML_KEM_512, ML_DSA.ML_DSA_44, DefaultSymmetricCipher)
        {
        }
 
        public ModuleLattice128Endpoint(ML_KEM_Keys KeyEncapsulationMechanismKeys, 
            ML_DSA_Keys SignatureAlgorithmKeys, IE2eSymmetricCipher DefaultSymmetricCipher)
            : base(ML_KEM.ML_KEM_512, KeyEncapsulationMechanismKeys,
                  ML_DSA.ML_DSA_44, SignatureAlgorithmKeys, DefaultSymmetricCipher)
        {
        }
 
        public override int SecurityStrength => 128;
 
        public override string LocalName => "ml128";
 
        public override IE2eEndpoint Create(int SecurityStrength)
        {
            return new ModuleLattice128Endpoint(this.DefaultSymmetricCipher.CreteNew());
        }
 
        public override IE2eEndpoint CreatePrivate(byte[] Secret)
        {
            this.GeneratePrivateKeys(Secret, out ML_KEM_Keys KemKeys, out ML_DSA_Keys DsaKeys);
            return new ModuleLattice128Endpoint(KemKeys, DsaKeys, this.DefaultSymmetricCipher.CreteNew());
        }
 
        public override IE2eEndpoint CreatePublic(byte[] PublicKey)
        {
            return new ModuleLattice128Endpoint(PublicKey, this.DefaultSymmetricCipher.CreteNew());
        }
    }
}