public OmniDigitalSignature Deserialize(Omnix.Serialization.RocketPack.RocketPackReader r, int rank) { if (rank > 256) { throw new System.FormatException(); } // Read property count uint propertyCount = r.GetUInt32(); string p_name = string.Empty; OmniDigitalSignatureAlgorithmType p_algorithmType = (OmniDigitalSignatureAlgorithmType)0; System.ReadOnlyMemory <byte> p_publicKey = System.ReadOnlyMemory <byte> .Empty; System.ReadOnlyMemory <byte> p_privateKey = System.ReadOnlyMemory <byte> .Empty; for (; propertyCount > 0; propertyCount--) { uint id = r.GetUInt32(); switch (id) { case 0: // Name { p_name = r.GetString(32); break; } case 1: // AlgorithmType { p_algorithmType = (OmniDigitalSignatureAlgorithmType)r.GetUInt64(); break; } case 2: // PublicKey { p_publicKey = r.GetMemory(8192); break; } case 3: // PrivateKey { p_privateKey = r.GetMemory(8192); break; } } } return(new OmniDigitalSignature(p_name, p_algorithmType, p_publicKey, p_privateKey)); }
public OmniAgreement Deserialize(Omnix.Serialization.RocketPack.RocketPackReader r, int rank) { if (rank > 256) { throw new System.FormatException(); } // Read property count uint propertyCount = r.GetUInt32(); Omnix.Serialization.RocketPack.Timestamp p_creationTime = Omnix.Serialization.RocketPack.Timestamp.Zero; OmniAgreementAlgorithmType p_algorithmType = (OmniAgreementAlgorithmType)0; System.ReadOnlyMemory <byte> p_publicKey = System.ReadOnlyMemory <byte> .Empty; System.ReadOnlyMemory <byte> p_privateKey = System.ReadOnlyMemory <byte> .Empty; for (; propertyCount > 0; propertyCount--) { uint id = r.GetUInt32(); switch (id) { case 0: // CreationTime { p_creationTime = r.GetTimestamp(); break; } case 1: // AlgorithmType { p_algorithmType = (OmniAgreementAlgorithmType)r.GetUInt64(); break; } case 2: // PublicKey { p_publicKey = r.GetMemory(8192); break; } case 3: // PrivateKey { p_privateKey = r.GetMemory(8192); break; } } } return(new OmniAgreement(p_creationTime, p_algorithmType, p_publicKey, p_privateKey)); }
public AuthenticationMessage Deserialize(Omnix.Serialization.RocketPack.RocketPackReader r, int rank) { if (rank > 256) { throw new System.FormatException(); } // Read property count uint propertyCount = r.GetUInt32(); System.ReadOnlyMemory <byte>[] p_hashes = System.Array.Empty <System.ReadOnlyMemory <byte> >(); for (; propertyCount > 0; propertyCount--) { uint id = r.GetUInt32(); switch (id) { case 0: // Hashes { var length = r.GetUInt32(); p_hashes = new System.ReadOnlyMemory <byte> [length]; for (int i = 0; i < p_hashes.Length; i++) { p_hashes[i] = r.GetMemory(32); } break; } } } return(new AuthenticationMessage(p_hashes)); }
public OmniHashcash Deserialize(Omnix.Serialization.RocketPack.RocketPackReader r, int rank) { if (rank > 256) { throw new System.FormatException(); } // Read property count uint propertyCount = r.GetUInt32(); OmniHashcashAlgorithmType p_algorithmType = (OmniHashcashAlgorithmType)0; System.ReadOnlyMemory <byte> p_key = System.ReadOnlyMemory <byte> .Empty; for (; propertyCount > 0; propertyCount--) { uint id = r.GetUInt32(); switch (id) { case 0: // AlgorithmType { p_algorithmType = (OmniHashcashAlgorithmType)r.GetUInt64(); break; } case 1: // Key { p_key = r.GetMemory(32); break; } } } return(new OmniHashcash(p_algorithmType, p_key)); }
public OmniHash Deserialize(Omnix.Serialization.RocketPack.RocketPackReader r, int rank) { if (rank > 256) { throw new System.FormatException(); } OmniHashAlgorithmType p_algorithmType = (OmniHashAlgorithmType)0; System.ReadOnlyMemory <byte> p_value = System.ReadOnlyMemory <byte> .Empty; { p_algorithmType = (OmniHashAlgorithmType)r.GetUInt64(); } { p_value = r.GetMemory(256); } return(new OmniHash(p_algorithmType, p_value)); }
public ProfileMessage Deserialize(Omnix.Serialization.RocketPack.RocketPackReader r, int rank) { if (rank > 256) { throw new System.FormatException(); } // Read property count uint propertyCount = r.GetUInt32(); System.ReadOnlyMemory <byte> p_sessionId = System.ReadOnlyMemory <byte> .Empty; AuthenticationType p_authenticationType = (AuthenticationType)0; KeyExchangeAlgorithm[] p_keyExchangeAlgorithms = System.Array.Empty <KeyExchangeAlgorithm>(); KeyDerivationAlgorithm[] p_keyDerivationAlgorithms = System.Array.Empty <KeyDerivationAlgorithm>(); CryptoAlgorithm[] p_cryptoAlgorithms = System.Array.Empty <CryptoAlgorithm>(); HashAlgorithm[] p_hashAlgorithms = System.Array.Empty <HashAlgorithm>(); for (; propertyCount > 0; propertyCount--) { uint id = r.GetUInt32(); switch (id) { case 0: // SessionId { p_sessionId = r.GetMemory(32); break; } case 1: // AuthenticationType { p_authenticationType = (AuthenticationType)r.GetUInt64(); break; } case 2: // KeyExchangeAlgorithms { var length = r.GetUInt32(); p_keyExchangeAlgorithms = new KeyExchangeAlgorithm[length]; for (int i = 0; i < p_keyExchangeAlgorithms.Length; i++) { p_keyExchangeAlgorithms[i] = (KeyExchangeAlgorithm)r.GetUInt64(); } break; } case 3: // KeyDerivationAlgorithms { var length = r.GetUInt32(); p_keyDerivationAlgorithms = new KeyDerivationAlgorithm[length]; for (int i = 0; i < p_keyDerivationAlgorithms.Length; i++) { p_keyDerivationAlgorithms[i] = (KeyDerivationAlgorithm)r.GetUInt64(); } break; } case 4: // CryptoAlgorithms { var length = r.GetUInt32(); p_cryptoAlgorithms = new CryptoAlgorithm[length]; for (int i = 0; i < p_cryptoAlgorithms.Length; i++) { p_cryptoAlgorithms[i] = (CryptoAlgorithm)r.GetUInt64(); } break; } case 5: // HashAlgorithms { var length = r.GetUInt32(); p_hashAlgorithms = new HashAlgorithm[length]; for (int i = 0; i < p_hashAlgorithms.Length; i++) { p_hashAlgorithms[i] = (HashAlgorithm)r.GetUInt64(); } break; } } } return(new ProfileMessage(p_sessionId, p_authenticationType, p_keyExchangeAlgorithms, p_keyDerivationAlgorithms, p_cryptoAlgorithms, p_hashAlgorithms)); }