IDataSealer Create(Level level, WebKey key)
{
if ((level & Level.T_Level) == Level.T_Level)
{
throw new NotSupportedException("This method can't create timestamps");
}
return(new TripleWrapper(
#if !NETFRAMEWORK
_loggerFactory,
#endif
level, key, null));
}
IDataSealer CreateForTimemarkAuthority(Level level, WebKey key)
{
if ((level & Level.T_Level) != Level.T_Level)
{
throw new ArgumentException("This method should for a level that requires time marking");
}
return(new TripleWrapper(
#if !NETFRAMEWORK
_loggerFactory,
#endif
level, key, null));
}
public static void InitializeClass(TestContext ctx)
{
//sign with generated key
key = new WebKey(RSA.Create());
//Bob as decryption
bobEtk = new EncryptionToken(File.ReadAllBytes("bob/bobs_public_key.etk"));
//Bob (and Alice) used for decryption
alice = new EHealthP12("alice/alices_private_key_store.p12", "test");
bob = new EHealthP12("bob/bobs_private_key_store.p12", "test");
//create a tsa (fedict in this case)
tsa = new Rfc3161TimestampProvider();
}
IDataSealer Create(Level level, ITimestampProvider timestampProvider, WebKey key)
{
if (timestampProvider == null)
{
throw new ArgumentNullException("timestampProvider", "A time-stamp provider is required with this method");
}
if ((level & Level.T_Level) != Level.T_Level)
{
throw new ArgumentException("This method should for a level that requires time stamping");
}
return(new TripleWrapper(
#if !NETFRAMEWORK
_loggerFactory,
#endif
level, key, timestampProvider));
}
private void SetupKeys()
{
_rsa = new RSACryptoServiceProvider(2048);
_rsaSecurityKey = new RsaSecurityKey(_rsa);
_signingCredentials = new SigningCredentials(_rsaSecurityKey, "RS256");
var webkey = new WebKey
{
Kid = _rsaSecurityKey.KeyId ?? "AB",
Kty = "RSA",
Alg = "RSA256",
Use = "sig",
N = Convert.ToBase64String(_rsa.ExportParameters(false).Modulus),
E = Convert.ToBase64String(_rsa.ExportParameters(false).Exponent)
};
JsonWebKeyString = JsonConvert.SerializeObject(webkey);
JsonWebKey = new JsonWebKey(JsonWebKeyString);
}
