public void ExtractEncryptedAccounts_returns_accounts_and_caches_keys()
{
var blob = "c2FsdHNhbHRzYWx0c2FsdHNhbHRzYWx0c2FsdHNhbHRLV0MzAxW0NQiQrbiEe4yl26Ga" +
"gNu1edW/lK/INVrdUkE1+nmpiTZHlNkKKSK5NXbWGuztnk3256De1/2GtaUXjTKOMYvh" +
"eV3TJJZWHKHEbSBHJ63OXH/svTCBm1yncDDcqWicVOjQwzP5C4oTmRB9jCAE9A7kx8bZ" +
"jz2VQaAAxbKWwCFCSrzFXB22R6DwH+rpnKshrcHiflI8Fy2o000mU1XRhk1yFNqYZkiJ" +
"BH0N3aJR7AkqRRALhUaLsMgYWsCxPqD9dP0dsp7A03htUKllVMfjfRexwJfJGi2ezSUv" +
"egGVt3k=";
var cache = new Parse.DerivedKeyCache();
var accounts = Parse.ExtractEncryptedAccounts(blob.Decode64(), Password, cache);
Assert.Equal(2, accounts.Length);
Assert.Single(cache.Keys);
}
public void ComputeEncryptionKey_derives_key_and_stores_it_in_cache()
{
var cache = new Parse.DerivedKeyCache();
var key = Parse.ComputeEncryptionKey(
Password.ToBytes(),
Salt32,
new Parse.CryptoConfig(
new Parse.Pbkdf2Config(Parse.Pbkdf2Config.HashMethodType.Sha1, 10204, 32),
Parse.CryptoConfig.CipherModeType.Cbc,
Parse.CryptoConfig.IvGenerationModeType.EvpByteToKey,
Parse.CryptoConfig.SignatureModeType.None),
cache);
Assert.Equal("OAIU9FREAugcAkNtoeoUithzi2qXJQc6Gfj5WgPD0mY=".Decode64(), key);
Assert.Single(cache.Keys);
Assert.Contains(
"pbkdf2-Sha1-10204-70617373776f7264-73616c7473616c7473616c7473616c7473616c7473616c7473616c7473616c74",
cache.Keys);
}
