public void noAlgorithm()
{
EncryptMessage msg = new EncryptMessage();
msg.SetContent(strContent);
msg.Encrypt(rgbKey128);
}
public void EncryptCompressed()
{
string msg = "Ths is some content";
EncryptMessage encryptMessage = new EncryptMessage();
encryptMessage.SetContent(msg);
JWK encryptionKey = JWK.GenerateKey("A128GCM");
// encryptMessage.AddAttribute(HeaderKeys.EncryptionAlgorithm, CBORObject.FromObject(EncryptionAlgorithm), Attributes.PROTECTED);
Recipient recipient = new Recipient(encryptionKey);
encryptMessage.AddRecipient(recipient);
// recipient.ClearUnprotected();
if (recipient.RecipientType == RecipientType.Direct && encryptionKey.ContainsName("alg"))
{
encryptMessage.AddAttribute("enc", encryptionKey.AsString("alg"), Attributes.PROTECTED);
}
else
{
encryptMessage.AddAttribute("enc", "A128GCM", Attributes.PROTECTED);
}
msg = encryptMessage.EncodeCompressed();
}
public void TestDecodeUnknown()
{
EncryptMessage msg = new EncryptMessage();
msg.AddAttribute(HeaderKeys.Algorithm, AlgorithmValues.AES_GCM_128, Attributes.PROTECTED);
// msg.AddAttribute(HeaderKeys.IV, CBORObject.FromObject(rgbIV96), Attributes.PROTECTED);
msg.SetContent(rgbContent);
CBORObject obj = CBORObject.NewMap();
obj.Add("kty", "oct");
obj.Add("k", Encoding.UTF8.GetString(Base64.Encode(rgbKey128)));
JWK key = new JWK(obj);
Recipient recipient = new Recipient(key, "dir");
msg.AddRecipient(recipient);
string rgbMsg = msg.Encode();
JoseException e = Assert.ThrowsException <JoseException>(() =>
msg = (EncryptMessage)Message.DecodeFromString(rgbMsg));
Assert.AreEqual(e.Message, ("Message was not tagged and no default tagging option given"));
}
public void incorrectKeySize()
{
EncryptMessage msg = new EncryptMessage();
msg.AddAttribute(HeaderKeys.Algorithm, AlgorithmValues.AES_GCM_128, true);
msg.SetContent(strContent);
msg.Encrypt(rgbKey256);
}
public void unsupportedAlgorithm()
{
EncryptMessage msg = new EncryptMessage();
msg.AddAttribute(HeaderKeys.Algorithm, AlgorithmValues.HMAC_SHA_256, true);
msg.SetContent(strContent);
msg.Encrypt(rgbKey128);
}
public void unknownAlgorithm()
{
EncryptMessage msg = new EncryptMessage();
msg.AddAttribute(HeaderKeys.Algorithm, CBORObject.FromObject("Unknown"), true);
msg.SetContent(strContent);
msg.Encrypt(rgbKey128);
}
public void nullKey()
{
EncryptMessage msg = new EncryptMessage();
msg.AddAttribute(HeaderKeys.Algorithm, AlgorithmValues.AES_GCM_128, Attributes.PROTECTED);
msg.SetContent(strContent);
msg.Encrypt();
}
public void incorrectIV()
{
EncryptMessage msg = new EncryptMessage();
msg.AddAttribute(HeaderKeys.Algorithm, AlgorithmValues.AES_GCM_128, true);
msg.AddAttribute(HeaderKeys.IV, CBORObject.FromObject(rgbIV128), false);
msg.SetContent(strContent);
msg.Encrypt(rgbKey128);
}
public void testSetContent_byteArr()
{
byte[] rgbData = new byte[] { 1, 2, 3, 4, 5, 6, 7 };
Message instance = new EncryptMessage();
instance.SetContent(rgbData);
byte[] result = instance.GetContent();
Assert.AreEqual(result, (rgbData));
}
public void noAlgorithm()
{
EncryptMessage msg = new EncryptMessage();
msg.SetContent(strContent);
Recipient r = new Recipient(key128, AlgorithmValues.Direct);
msg.AddRecipient(r);
msg.Encrypt();
}
public void unknownAlgorithm()
{
EncryptMessage msg = new EncryptMessage();
msg.AddAttribute(HeaderKeys.Algorithm, CBORObject.FromObject("Unknown"), Attributes.PROTECTED);
msg.SetContent(strContent);
Recipient r = new Recipient(key128, AlgorithmValues.Direct);
msg.AddRecipient(r);
msg.Encrypt();
}
public void unsupportedAlgorithm()
{
EncryptMessage msg = new EncryptMessage();
msg.AddAttribute(HeaderKeys.Algorithm, AlgorithmValues.HMAC_SHA_256, Attributes.PROTECTED);
msg.SetContent(strContent);
Recipient r = new Recipient(key128, AlgorithmValues.Direct);
msg.AddRecipient(r);
msg.Encrypt();
}
public void EncryptNoRecipients()
{
EncryptMessage msg = new EncryptMessage();
msg.AddAttribute(HeaderKeys.Algorithm, AlgorithmValues.AES_GCM_128, Attributes.PROTECTED);
msg.SetContent(rgbContent);
CoseException e = Assert.ThrowsException <CoseException>(() =>
msg.Encrypt());
Assert.AreEqual(e.Message, ("No recipients supplied"));
}
public void testSetContent_String()
{
String strData = "12345678";
byte[] rgbData = new byte[] { 49, 50, 51, 52, 53, 54, 55, 56 };
Message instance = new EncryptMessage();
instance.SetContent(strData);
byte[] result = instance.GetContent();
Assert.AreEqual(result, (rgbData));
}
public void testHasContent()
{
Message instance = new EncryptMessage();
Boolean expResult = false;
Boolean result = instance.HasContent();
Assert.AreEqual(expResult, (expResult));
instance.SetContent(new byte[10]);
result = instance.HasContent();
Assert.AreEqual(result, (true));
}
public void incorrectIV()
{
EncryptMessage msg = new EncryptMessage();
msg.AddAttribute(HeaderKeys.Algorithm, AlgorithmValues.AES_GCM_128, Attributes.PROTECTED);
msg.AddAttribute(HeaderKeys.IV, CBORObject.FromObject(rgbIV128), Attributes.UNPROTECTED);
msg.SetContent(strContent);
Recipient r = new Recipient(key128, AlgorithmValues.Direct);
msg.AddRecipient(r);
msg.Encrypt();
}
public void EncryptNoAlgorithm()
{
EncryptMessage msg = new EncryptMessage();
msg.AddRecipient(recipient128);
msg.SetContent(rgbContent);
CoseException e = Assert.ThrowsException <CoseException>(() =>
msg.Encrypt());
Assert.AreEqual(e.Message, ("No Algorithm Specified"));
}
public void EncryptUnknownAlgorithm()
{
EncryptMessage msg = new EncryptMessage();
msg.AddRecipient(recipient128);
msg.AddAttribute(HeaderKeys.Algorithm, CBORObject.FromObject("Unknown"), Attributes.PROTECTED);
msg.SetContent(rgbContent);
CoseException e = Assert.ThrowsException <CoseException>(() =>
msg.Encrypt());
Assert.AreEqual(e.Message, ("Unknown Algorithm Specified"));
}
public void EncryptUnsupportedAlgorithm()
{
EncryptMessage msg = new EncryptMessage();
msg.AddRecipient(recipient128);
msg.AddAttribute(HeaderKeys.Algorithm, AlgorithmValues.HMAC_SHA_256, Attributes.PROTECTED);
msg.SetContent(rgbContent);
CoseException e = Assert.ThrowsException <CoseException>(() =>
msg.Encrypt());
Assert.AreEqual(e.Message, ("Incorrect key size" /*"Unsupported Algorithm Specified"*/));
}
public void encryptNoEmitContent()
{
EncryptMessage msg = new EncryptMessage(true, false);
msg.AddAttribute(HeaderKeys.Algorithm, AlgorithmValues.AES_GCM_128, true);
msg.AddAttribute(HeaderKeys.IV, CBORObject.FromObject(rgbIV96), false);
msg.SetContent(strContent);
msg.Encrypt(rgbKey128);
CBORObject cn = msg.EncodeToCBORObject();
Assert.IsTrue(cn[2].IsNull);
}
public void testDecodeFromBytes_byteArr_MessageTag()
{
EncryptMessage msg = new EncryptMessage(true, false);
msg.AddAttribute(HeaderKeys.Algorithm, AlgorithmValues.AES_GCM_128, Attributes.PROTECTED);
msg.AddAttribute(HeaderKeys.IV, CBORObject.FromObject(rgbIV96), Attributes.PROTECTED);
msg.SetContent(rgbContent);
msg.Encrypt(rgbKey128);
byte[] rgbMsg = msg.EncodeToBytes();
msg = (EncryptMessage)Message.DecodeFromBytes(rgbMsg);
Assert.AreEqual(false, (msg.HasContent()));
}
public void EncryptIncorrectIV()
{
EncryptMessage msg = new EncryptMessage();
msg.AddRecipient(recipient128);
msg.AddAttribute(HeaderKeys.Algorithm, AlgorithmValues.AES_GCM_128, Attributes.PROTECTED);
msg.AddAttribute(HeaderKeys.IV, CBORObject.FromObject(rgbIV128), Attributes.UNPROTECTED);
msg.SetContent(rgbContent);
CoseException e = Assert.ThrowsException <CoseException>(() =>
msg.Encrypt());
Assert.AreEqual(e.Message, ("IV size is incorrect."));
}
public void roundTrip()
{
EncryptMessage msg = new EncryptMessage();
msg.AddAttribute(HeaderKeys.Algorithm, AlgorithmValues.AES_GCM_128, true);
msg.AddAttribute(HeaderKeys.IV, CBORObject.FromObject(rgbIV96), false);
msg.SetContent(strContent);
msg.Encrypt(rgbKey128);
byte[] rgbMsg = msg.EncodeToBytes();
msg = (EncryptMessage)Message.DecodeFromBytes(rgbMsg);
msg.Decrypt(rgbKey128);
Assert.AreEqual <string>(msg.GetContentAsString(), strContent);
}
public void encryptNoEmitContent()
{
EncryptMessage msg = new EncryptMessage(true, false);
msg.AddAttribute(HeaderKeys.Algorithm, AlgorithmValues.AES_GCM_128, Attributes.PROTECTED);
msg.AddAttribute(HeaderKeys.IV, CBORObject.FromObject(rgbIV96), Attributes.UNPROTECTED);
msg.SetContent(strContent);
Recipient r = new Recipient(key128, AlgorithmValues.Direct);
msg.AddRecipient(r);
msg.Encrypt();
CBORObject cn = msg.EncodeToCBORObject();
Assert.IsTrue(cn[2].IsNull);
}
public void nullKeyForDecrypt()
{
EncryptMessage msg = new EncryptMessage(true, true);
// thrown.expect(CoseException.class);
// thrown.expectMessage("No Encrypted Content Specified");
msg.AddAttribute(HeaderKeys.Algorithm, AlgorithmValues.AES_GCM_128, true);
msg.AddAttribute(HeaderKeys.IV, CBORObject.FromObject(rgbIV96), false);
msg.SetContent(strContent);
msg.Encrypt(rgbKey128);
byte[] rgb = msg.EncodeToBytes();
msg = (EncryptMessage)Message.DecodeFromBytes(rgb);
msg.Decrypt(null);
}
public void roundTripDetached()
{
EncryptMessage msg = new EncryptMessage(true, false);
msg.AddAttribute(HeaderKeys.Algorithm, AlgorithmValues.AES_GCM_128, true);
msg.AddAttribute(HeaderKeys.IV, CBORObject.FromObject(rgbIV96), false);
msg.SetContent(strContent);
msg.Encrypt(rgbKey128);
byte[] content = msg.GetEncryptedContent();
byte[] rgb = msg.EncodeToBytes();
msg = (EncryptMessage)Message.DecodeFromBytes(rgb);
msg.SetEncryptedContent(content);
msg.Decrypt(rgbKey128);
}
static void BuildCompact(JSON control, KeySet keys)
{
// Encrypted or Signed?
if (control.ContainsKey("signing"))
{
JOSE.SignMessage sign = new JOSE.SignMessage();
JOSE.Signer signer = new JOSE.Signer(keys[0]);
sign.SetContent(control["input"]["payload"].AsString());
sign.AddSigner(signer);
JSON xx = control["signing"]["protected"];
foreach (string key in xx.Keys)
{
signer.AddProtected(key, xx[key]);
}
string output = sign.EncodeCompact();
Message msg = Message.DecodeFromString(output);
CheckMessage(msg, keys[0], control["input"]);
}
else if (control.ContainsKey("encrypting_key"))
{
JOSE.EncryptMessage enc = new EncryptMessage();
JSON xx = control["encrypting_content"]["protected"];
foreach (string key in xx.Keys)
{
enc.AddProtected(key, xx[key]);
}
JOSE.Recipient recip = new Recipient(keys[0], control["input"]["alg"].AsString(), enc);
enc.AddRecipient(recip);
enc.SetContent(control["input"]["plaintext"].AsString());
string output = enc.EncodeCompact();
Message msg = Message.DecodeFromString(output);
CheckMessage(msg, keys[0], control["input"]);
}
}
static void BuildCompact(CBORObject control, JwkSet keys)
{
// Encrypted or Signed?
if (control.ContainsKey("signing"))
{
SignMessage sign = new SignMessage();
Signer signer = new Signer(keys[0]);
sign.SetContent(control["input"]["payload"].AsString());
sign.AddSigner(signer);
CBORObject xx = control["signing"]["protected"];
foreach (CBORObject key in xx.Keys)
{
signer.AddAttribute(key, xx[key], Attributes.PROTECTED);
}
string output = sign.EncodeCompressed();
Message msg = Message.DecodeFromString(output);
CheckMessage(msg, keys[0], control["input"]);
}
else if (control.ContainsKey("encrypting_key"))
{
EncryptMessage enc = new EncryptMessage();
CBORObject xx = control["encrypting_content"]["protected"];
foreach (CBORObject key in xx.Keys)
{
enc.AddAttribute(key, xx[key], Attributes.PROTECTED);
}
Recipient recip = new Recipient(keys[0], control["input"]["alg"].AsString(), enc);
enc.AddRecipient(recip);
enc.SetContent(control["input"]["plaintext"].AsString());
string output = enc.EncodeCompressed();
Message msg = Message.DecodeFromString(output);
CheckMessage(msg, keys[0], control["input"]);
}
}
public void roundTrip()
{
EncryptMessage msg = new EncryptMessage();
msg.AddAttribute(HeaderKeys.Algorithm, AlgorithmValues.AES_GCM_128, Attributes.PROTECTED);
msg.AddAttribute(HeaderKeys.IV, CBORObject.FromObject(rgbIV96), Attributes.UNPROTECTED);
msg.SetContent(strContent);
Recipient r = new Recipient(key128, AlgorithmValues.Direct);
msg.AddRecipient(r);
msg.Encrypt();
byte[] rgbMsg = msg.EncodeToBytes();
msg = (EncryptMessage)Message.DecodeFromBytes(rgbMsg);
r = msg.RecipientList[0];
r.SetKey(key128);
msg.Decrypt(r);
Assert.AreEqual <string>(msg.GetContentAsString(), strContent);
}
public void roundTripDetached()
{
EncryptMessage msg = new EncryptMessage(true, false);
msg.AddAttribute(HeaderKeys.Algorithm, AlgorithmValues.AES_GCM_128, Attributes.PROTECTED);
msg.AddAttribute(HeaderKeys.IV, CBORObject.FromObject(rgbIV96), Attributes.UNPROTECTED);
msg.SetContent(strContent);
Recipient r = new Recipient(key128, AlgorithmValues.Direct);
msg.AddRecipient(r);
msg.Encrypt();
byte[] content = msg.GetEncryptedContent();
byte[] rgb = msg.EncodeToBytes();
msg = (EncryptMessage)Message.DecodeFromBytes(rgb);
msg.SetEncryptedContent(content);
r = msg.RecipientList[0];
r.SetKey(key128);
msg.Decrypt(r);
}