| public Serialize ( object graph ) : byte[] | ||
| graph | object | 직렬화할 객체 |
| return | byte[] | |
public void Serialize_By_SymmetricEncryptor() {
var user = UserInfo.GetSample();
foreach(var encryptor in symmetricEncryptors) {
var serializer = new EncryptSerializer<UserInfo>(new BinarySerializer<UserInfo>(), encryptor);
var data = serializer.Serialize(user);
var user2 = serializer.Deserialize(data);
Assert.AreEqual(user.FirstName, user2.FirstName);
Assert.AreEqual(user.FavoriteMovies.Count, user.FavoriteMovies.Count);
}
}
public void XmlSerialize_With_Compress_Encryption([Values(typeof(SharpBZip2Compressor),
typeof(GZipCompressor),
typeof(DeflateCompressor),
typeof(SevenZipCompressor))] Type compressorType,
[Values(typeof(AriaSymmetricEncryptor),
typeof(RC2SymmetricEncryptor),
typeof(TripleDESSymmetricEncryptor))] Type encryptorType) {
var xmlSerializer = XmlSerializer<List<User>>.Instance;
var compressor = (ICompressor)ActivatorTool.CreateInstance(compressorType);
var encryptor = (ISymmetricEncryptor)ActivatorTool.CreateInstance(encryptorType);
var serializer = new EncryptSerializer<List<User>>(new CompressSerializer<List<User>>(xmlSerializer, compressor), encryptor);
var users = GetSampleUsers(10);
var usersData = serializer.Serialize(users);
var deserializedUsers = serializer.Deserialize(usersData);
CollectionAssert.AreEqual(users, deserializedUsers);
}