public void Create_Test4()
{
Exception e = Assert.Throws <Exception>(() => new EdhocInitiator(keyEdDSA.PublicKey()));
Assert.That(e.Message, Is.EqualTo("Need to supply a private key with the signing key"));
}
void ProcessFile(FileInfo testCase)
{
if (testCase.Extension != ".json")
{
return;
}
if (testCase.Name[0] == '.')
{
return;
}
Debug.Print($"Working on file {testCase}");
Console.WriteLine("Working on file '" + testCase + "'");
string inputText = testCase.OpenText().ReadToEnd();
CBORObject test = CBORObject.FromJSONString(inputText);
KeySet decodeKeys = new KeySet();
KeySet signKeys = new KeySet();
CBORObject input = test["input"];
CWT cwt = new CWT();
if (input.ContainsKey("encrypted"))
{
OneKey key = LoadKey(input["encrypted"]["key"]);
cwt.EncryptionKey = key;
decodeKeys.AddKey(key);
}
if (input.ContainsKey("mac0"))
{
OneKey key = LoadKey(input["mac0"]["key"]);
cwt.MacKey = key;
decodeKeys.AddKey(key);
}
if (input.ContainsKey("sign0"))
{
OneKey key = LoadKey(input["sign0"]["key"]);
cwt.SigningKey = key;
signKeys.AddKey(key.PublicKey());
}
CWT cwt2 = CWT.Decode(FromHex(test["output"]["cbor"].AsString()), decodeKeys, signKeys);
CBORObject token = input["token"];
foreach (CBORObject key in token.Keys)
{
CBORObject value = token[key];
CBORObject key2 = key;
if (key.AsString().EndsWith("_hex"))
{
value = CBORObject.FromObject(FromHex(value.AsString()));
key2 = CBORObject.FromObject(key.AsString().Substring(0, key.AsString().Length - 4));
}
cwt.SetClaim(key2, value);
Assert.True(cwt2.HasClaim(key2), $"Missing Claim {key2}");
Assert.AreEqual(value, cwt.GetClaim(key2));
}
byte[] foo = cwt.EncodeToBytes();
cwt2 = CWT.Decode(foo, decodeKeys, signKeys);
foreach (CBORObject key in token.Keys)
{
CBORObject value = token[key];
CBORObject key2 = key;
if (key.AsString().EndsWith("_hex"))
{
value = CBORObject.FromObject(FromHex(value.AsString()));
key2 = CBORObject.FromObject(key.AsString().Substring(0, key.AsString().Length - 4));
}
Assert.True(cwt2.HasClaim(key2));
Assert.AreEqual(value, cwt.GetClaim(key2));
}
}
public void TestRpk()
{
TlsKeyPair tlsKey = new TlsKeyPair(RpkOneKey.PublicKey(), RpkOneKey);
TLSClientEndPoint ep = new TLSClientEndPoint(RpkOneKey);
}
static void Main(string[] args)
{
Options options = null;
ParserResult <Options> optionResult = CommandLine.Parser.Default.ParseArguments <Options>(args)
.WithParsed(o => { options = o; })
.WithNotParsed(o => {
Console.WriteLine("Invalid command line");
Console.WriteLine(o.ToString());
Environment.Exit(1);
});
Console.Title = options.Title;
#if false
{
// Generate a pair of CWT messages signed by a third key.
OneKey clientKey = OneKey.GenerateKey(AlgorithmValues.ECDSA_256, GeneralValues.KeyType_EC);
OneKey serverKey = OneKey.GenerateKey(AlgorithmValues.ECDSA_256, GeneralValues.KeyType_EC);
OneKey caKey = OneKey.GenerateKey(AlgorithmValues.ECDSA_256, GeneralValues.KeyType_EC);
CWT clientCwt = new CWT();
clientCwt.Cnf = new Confirmation(clientKey.PublicKey());
clientCwt.SigningKey = caKey;
CBORObject clientCwtCbor = clientCwt.EncodeToCBOR();
string clientCwtStr = clientCwtCbor.ToString();
byte[] clientCwtBytes = clientCwt.EncodeToBytes();
CWT serverCwt = new CWT()
{
Cnf = new Confirmation(serverKey),
SigningKey = caKey
};
CBORObject serverCwtCbor = serverCwt.EncodeToCBOR();
string serverCwtStr = serverCwtCbor.ToString();
byte[] serverCwtBytes = serverCwt.EncodeToBytes();
string caStr = caKey.EncodeToCBORObject().ToString();
}
#endif
LogManager.Instance = new FileLogManager(Console.Out);
FillDispatchTable(dispatchTable);
Oscore.Register(dispatchTable);
#if DEV_VERSION
Groups.FillDispatchTable(dispatchTable);
#endif
#if DO_ACE
AceAuthz.AddCommands(dispatchTable);
// Setup plain OAuth
AceAuthzHandler = new AceAuthz();
#endif
#if DO_RD
ResourceDirectory.AddCommands(dispatchTable);
#endif
if (options.Script != null)
{
TextReader x = new StreamReader(options.Script);
RunScript(x);
x.Dispose();
}
RunScript(Console.In);
}