private void doIssuanceProtocol(
IssuerAbcEngine issuerEngine,
UserAbcEngine userEngine,
IssuancePolicy ip,
List<Attribute> issuerAtts)
throws Exception {
// Initialize ABC4Trust Issuance Protocol Issuer side
// Returns an IssuancePolicy from CryptoEngineIssuer to be passed to CryptoEngineUser
// initialization
IssuanceMessageAndBoolean issuerIm = issuerEngine.initIssuanceProtocol(ip, issuerAtts);
assertFalse(issuerIm.isLastMessage());
// Initialize ABC4Trust Issuance Protocol Prover side
// FIXME: userEngine indirectly calls CryptoEngineUser.createIssuanceToken() with the
// IssuancePolicy from the Issuer and returns an IssuanceToken
// contained in the IssuanceMessage. This IssuanceToken is simply NOT used for now in the next
// step of the UProve Credential Issuance protocol.
// However, this seems to be the only proper way for now to initialise CryptoEngineUser to a
// working state, despite the createIssuanceToken() step being
// an optional step for the advanced Issuance setting not supported by UProve for now.
IssuMsgOrCredDesc userIm = userEngine.issuanceProtocolStep(issuerIm.getIssuanceMessage());
// Execute the UProve issuance protocol:
// Prover side asks issuer for first message
issuerIm = issuerEngine.issuanceProtocolStep(userIm.im);
assertFalse(issuerIm.isLastMessage());
// Prover side generates second message based on the first message
userIm = userEngine.issuanceProtocolStep(issuerIm.getIssuanceMessage());
// Prover side asks issuer for third message based on the second message
assertNotNull(userIm.im);
issuerIm = issuerEngine.issuanceProtocolStep(userIm.im);
assertNotNull(issuerIm.getIssuanceMessage());
// Prover side generates UProve Tokens based on the third message
userIm = userEngine.issuanceProtocolStep(issuerIm.getIssuanceMessage());
boolean userLastMessage = (userIm.cd != null);
assertTrue(issuerIm.isLastMessage() == userLastMessage);
assertNull(userIm.im);
assertNotNull(userIm.cd);
// CredentialDescription actualCredDesc = userIm.cd;
// ObjectFactory of = new ObjectFactory();
// String actualCredentialDesc =
// XmlUtils.toNormalizedXML(of.createCredentialDescription(actualCredDesc));
// System.out.println(actualCredentialDesc);
}
@Test()
public void test() throws Exception {
UProveUtils uproveUtils = new UProveUtils();
Injector issuerInjector =
Guice.createInjector(
IntegrationModuleFactory.newModule(
new Random(1231), uproveUtils.getIssuerServicePort()));
Injector userInjector =
Guice.createInjector(
IntegrationModuleFactory.newModule(new Random(1231), uproveUtils.getUserServicePort()));
Injector verifierInjector =
Guice.createInjector(
IntegrationModuleFactory.newModule(
new Random(1231), uproveUtils.getVerifierServicePort()));
// Step 1. Load the credit card specification into the keystore.
CredentialSpecification creditCardSpec =
(CredentialSpecification)
XmlUtils.getObjectFromXML(
this.getClass()
.getResourceAsStream(
"/eu/abc4trust/sampleXml/uprove/credentialSpecificationCreditcardVisa.xml"),
true);
KeyManager keyManager = issuerInjector.getInstance(KeyManager.class);
keyManager.storeCredentialSpecification(creditCardSpec.getSpecificationUID(), creditCardSpec);
KeyManager userKeyManager = userInjector.getInstance(KeyManager.class);
userKeyManager.storeCredentialSpecification(
creditCardSpec.getSpecificationUID(), creditCardSpec);
// Step 2. Load the issuance policy and attributes.
IssuancePolicy ip =
(IssuancePolicy)
XmlUtils.getObjectFromXML(
this.getClass()
.getResourceAsStream(
"/eu/abc4trust/sampleXml/uprove/issuancePolicyCreditcardVisa.xml"),
true);
// Populate CreditCard attribute values..
List<Attribute> issuerAtts = new ArrayList<Attribute>();
this.populateAttributes(issuerAtts);
// Step 3. Init the issuer
IssuerAbcEngine issuerEngine = issuerInjector.getInstance(IssuerAbcEngine.class);
ReloadTokensInMemoryCommunicationStrategy reloadTokens =
(ReloadTokensInMemoryCommunicationStrategy)
userInjector.getInstance(ReloadTokensCommunicationStrategy.class);
reloadTokens.setIssuerAbcEngine(issuerEngine);
reloadTokens.setIssuancePolicy(ip);
int idemixKeyLength = 2048;
int uproveKeylength = 2048;
URI cryptographicMechanism = CryptoUriUtil.getUproveMechanism();
SystemParameters sysParam =
SystemParametersUtil.generatePilotSystemParameters_WithIdemixSpecificKeySize(
idemixKeyLength, uproveKeylength);
userKeyManager.storeSystemParameters(sysParam);
keyManager.storeSystemParameters(sysParam);
URI uid = ip.getCredentialTemplate().getIssuerParametersUID();
URI hash = CryptoUriUtil.getHashSha256();
URI revocationId = new URI("issuer-cpr-rev-id");
IssuerParameters issuerParameters =
issuerEngine.setupIssuerParameters(
creditCardSpec, sysParam, uid, hash, cryptographicMechanism, revocationId, null);
// Store received issuer parameters in all keymanagers...
keyManager.storeIssuerParameters(issuerParameters.getParametersUID(), issuerParameters);
userKeyManager.storeIssuerParameters(issuerParameters.getParametersUID(), issuerParameters);
KeyManager verifierKeyManager = verifierInjector.getInstance(KeyManager.class);
verifierKeyManager.storeIssuerParameters(issuerParameters.getParametersUID(), issuerParameters);
verifierKeyManager.storeSystemParameters(sysParam);
// Step 4. Issue a credit card credential.
UserAbcEngine userEngine = userInjector.getInstance(UserAbcEngine.class);
this.doIssuanceProtocol(issuerEngine, userEngine, ip, issuerAtts);
// Step 5. Generate a PresentationToken using a simple HotelBooking Policy with creditcard only
// credential
PresentationPolicyAlternatives presentationPolicyAlternatives =
(PresentationPolicyAlternatives)
XmlUtils.getObjectFromXML(
this.getClass()
.getResourceAsStream(
"/eu/abc4trust/sampleXml/uprove/presentationPolicySimpleHotelBookingCreditCardOnly.xml"),
true);
PresentationToken presentationToken =
userEngine.createPresentationToken(presentationPolicyAlternatives);
// FIXME: Using createPresentationToken again with the same presentationPolicyAlternatives
// causes a crash in MockIdentitySelection
// PresentationToken presentationToken1 =
// userEngine.createPresentationToken(presentationPolicyAlternatives);
PresentationPolicyAlternatives presentationPolicyAlternatives2 =
(PresentationPolicyAlternatives)
XmlUtils.getObjectFromXML(
this.getClass()
.getResourceAsStream(
"/eu/abc4trust/sampleXml/uprove/presentationPolicySimpleHotelBookingCreditCardOnlyNoPseudonym.xml"),
true);
PresentationToken presentationToken2 =
userEngine.createPresentationToken(presentationPolicyAlternatives2);
// We have run out of UProveTokens and must renew credential
if (presentationToken2 == null) {
this.doIssuanceProtocol(issuerEngine, userEngine, ip, issuerAtts);
presentationToken2 = userEngine.createPresentationToken(presentationPolicyAlternatives2);
}
// Step 6. Verify the generated PresentationToken
// Init the Issuer engine
VerifierAbcEngine verifierEngine = verifierInjector.getInstance(VerifierAbcEngine.class);
boolean verifyOK = true;
try {
PresentationTokenDescription verifyResult =
verifierEngine.verifyTokenAgainstPolicy(
presentationPolicyAlternatives, presentationToken, false);
assertNotNull(verifyResult);
} catch (TokenVerificationException ex) {
verifyOK = false;
System.out.println("Token Verify FAILED!!");
}
assertTrue(verifyOK);
try {
PresentationTokenDescription verifyResult2 =
verifierEngine.verifyTokenAgainstPolicy(
presentationPolicyAlternatives2, presentationToken2, false);
assertNotNull(verifyResult2);
} catch (TokenVerificationException ex) {
verifyOK = false;
System.out.println("Token Verify FAILED!!");
}
assertTrue(verifyOK);
// // try to shut down UProve Services...
// int exitCode = userInjector.getInstance(UProveBindingManager.class).stop();
// assertEquals("U-Prove exe must have exit code 0", 0, exitCode);
// exitCode = issuerInjector.getInstance(UProveBindingManager.class).stop();
// assertEquals("U-Prove exe must have exit code 0", 0, exitCode);
// exitCode = verifierInjector.getInstance(UProveBindingManager.class).stop();
// assertEquals("U-Prove exe must have exit code 0", 0, exitCode);
}