public void SyncImpl_DecompressNullArray_ReturnsNull(Type type)
{
impl = GetImpl(type);
byte[] result = impl.Decompress(null, COMPRESSION_SETTINGS);
Assert.Null(result);
}
public void SyncImpl_DecompressEmptyArray_ReturnsEmptyArray(Type type)
{
impl = GetImpl(type);
byte[] empty = new byte[0];
byte[] result = impl.Decompress(empty, COMPRESSION_SETTINGS);
Assert.Empty(result);
}
public void SyncImpl_DecompressCompressedString_ReturnsOriginalString(Type type)
{
impl = GetImpl(type);
const string STRING = "mcvlmoqepoir4298DMKfgfgdKNEInofndogoidnoigorenoigniofoienoign983874389759835978465798469kdnfndiiudjfbniuigorenoigniofoienoign983874389759835978465798469kdnfndiiudjfbniuigorenoigniofoienoign983874389759835978465798469kdnfndiiudjfbniuigorenoigniofoienoign983874389759835978465798469kdnfndiiudjfbniuigorenoigniofoienoign983874389759835978465798469kdnfndiiudjfbniuigorenoigniofoienoign983874389759835978465798469kdnfndiiudjfbniuebujfneufsbunskjdfkje";
string compressed = impl.Compress(STRING);
Assert.Equal(STRING, impl.Decompress(compressed));
}
public void SyncImpl_CompressDataAndThenDecompress_ResultIdenticalData(Type type)
{
impl = GetImpl(type);
byte[] data = new byte[1024 * 1024];
for (int i = data.Length - 1; i >= 0; i--)
{
data[i] = (byte)(new Random().NextDouble() > 0.5d ? 5 : 75);
}
var compressionSettings = new CompressionSettings {
bufferSize = 1024
};
byte[] compressed = impl.Compress(data, compressionSettings);
byte[] decompressed = impl.Decompress(compressed, compressionSettings);
Assert.Equal(data, decompressed);
}
/// <summary>
/// Decompresses and decrypts a private RSA key
/// that was encrypted and compressed using <see cref="EncryptAndCompressPrivateKey"/>,
/// ready to be assigned to <see cref="User.PrivateKeyPem"/>.
/// </summary>
/// <param name="encryptedCompressedKey">The encrypted and compressed private key that you'd get from/to the backend (THE SERVER NEVER HAS YOUR PRIVATE KEY IN PLAIN TEXT).</param>
/// <param name="userPassword">The user's password (NOT the hash).</param>
/// <returns>The raw PEM-formatted private RSA Key (ready to be assigned to <see cref="User.PrivateKeyPem"/>).</returns>
public string DecompressAndDecryptPrivateKey(string encryptedCompressedKey, string userPassword)
{
return(aes.DecryptWithPassword(compressionUtility.Decompress(encryptedCompressedKey), userPassword));
}