public void testEncryptAndPublishCk()
{
fixture_.encryptor_.clearKekData_();
Assert.AssertEquals(false, fixture_.encryptor_.getIsKekRetrievalInProgress_());
fixture_.encryptor_.regenerateCk();
// Unlike the ndn-group-encrypt unit tests, we don't check
// isKekRetrievalInProgress_ true because we use a synchronous face which
// finishes immediately.
Blob plainText = new Blob("Data to encrypt");
EncryptedContent encryptedContent = fixture_.encryptor_
.encrypt(plainText.getImmutableArray());
Name ckPrefix = encryptedContent.getKeyLocatorName();
Assert.AssertTrue(new Name("/some/ck/prefix/CK")
.equals(ckPrefix.getPrefix(-1)));
Assert.AssertTrue(encryptedContent.hasInitialVector());
Assert.AssertTrue(!encryptedContent.getPayload().equals(plainText));
// Check that the KEK Interest has been sent.
Assert.AssertTrue(fixture_.face_.sentInterests_[0].getName().getPrefix(6)
.equals(new Name("/access/policy/identity/NAC/dataset/KEK")));
Data kekData = fixture_.face_.sentData_[0];
Assert.AssertTrue(kekData.getName().getPrefix(6)
.equals(new Name("/access/policy/identity/NAC/dataset/KEK")));
Assert.AssertEquals(7, kekData.getName().size());
ILOG.J2CsMapping.Collections.Collections.Clear(fixture_.face_.sentData_);
ILOG.J2CsMapping.Collections.Collections.Clear(fixture_.face_.sentInterests_);
fixture_.face_.receive(new Interest(ckPrefix).setCanBePrefix(true)
.setMustBeFresh(true));
Name ckName = fixture_.face_.sentData_[0].getName();
Assert.AssertTrue(ckName.getPrefix(4).equals(new Name("/some/ck/prefix/CK")));
Assert.AssertTrue(ckName.get(5).equals(new Name.Component("ENCRYPTED-BY")));
Name extractedKek = ckName.getSubName(6);
Assert.AssertTrue(extractedKek.equals(kekData.getName()));
Assert.AssertEquals(false, fixture_.encryptor_.getIsKekRetrievalInProgress_());
}