private SecurityToken getTransformedToken(TokenStore ts, int hash) {
SecurityToken recoveredToken = ts.getToken(Integer.toString(hash));
if (recoveredToken != null && recoveredToken.getTokenHash() == hash) {
String transformedTokenId = recoveredToken.getTransformedTokenIdentifier();
if (transformedTokenId != null) {
return ts.getToken(transformedTokenId);
}
}
return null;
}
private static SecurityToken getToken(Message message) {
TokenStore tokenStore = getTokenStore(message);
SAMLTokenPrincipal principal =
(SAMLTokenPrincipal) message.get(WSS4JInInterceptor.PRINCIPAL_RESULT);
if (tokenStore != null && principal != null) {
return tokenStore.getToken(principal.getId());
} else {
return null;
}
}
private String getUTDerivedKey() throws WSSecurityException {
List<WSHandlerResult> results =
CastUtils.cast(
(List<?>) message.getExchange().getInMessage().get(WSHandlerConstants.RECV_RESULTS));
for (WSHandlerResult rResult : results) {
List<WSSecurityEngineResult> wsSecEngineResults = rResult.getResults();
for (WSSecurityEngineResult wser : wsSecEngineResults) {
Integer actInt = (Integer) wser.get(WSSecurityEngineResult.TAG_ACTION);
String utID = (String) wser.get(WSSecurityEngineResult.TAG_ID);
if (actInt.intValue() == WSConstants.UT_NOPASSWORD) {
if (utID == null || utID.length() == 0) {
utID = wssConfig.getIdAllocator().createId("UsernameToken-", null);
}
Date created = new Date();
Date expires = new Date();
expires.setTime(created.getTime() + 300000);
SecurityToken tempTok = new SecurityToken(utID, created, expires);
byte[] secret = (byte[]) wser.get(WSSecurityEngineResult.TAG_SECRET);
tempTok.setSecret(secret);
tokenStore.add(tempTok);
return utID;
}
}
}
return null;
}
private String getEncryptedKey() {
List<WSHandlerResult> results =
CastUtils.cast(
(List<?>) message.getExchange().getInMessage().get(WSHandlerConstants.RECV_RESULTS));
for (WSHandlerResult rResult : results) {
List<WSSecurityEngineResult> wsSecEngineResults = rResult.getResults();
for (WSSecurityEngineResult wser : wsSecEngineResults) {
Integer actInt = (Integer) wser.get(WSSecurityEngineResult.TAG_ACTION);
String encryptedKeyID = (String) wser.get(WSSecurityEngineResult.TAG_ID);
if (actInt.intValue() == WSConstants.ENCR
&& encryptedKeyID != null
&& encryptedKeyID.length() != 0) {
Date created = new Date();
Date expires = new Date();
expires.setTime(created.getTime() + 300000);
SecurityToken tempTok = new SecurityToken(encryptedKeyID, created, expires);
tempTok.setSecret((byte[]) wser.get(WSSecurityEngineResult.TAG_SECRET));
tempTok.setSHA1(
getSHA1((byte[]) wser.get(WSSecurityEngineResult.TAG_ENCRYPTED_EPHEMERAL_KEY)));
tokenStore.add(tempTok);
return encryptedKeyID;
}
}
}
return null;
}
private String setupEncryptedKey(TokenWrapper wrapper, Token sigToken)
throws WSSecurityException {
WSSecEncryptedKey encrKey = this.getEncryptedKeyBuilder(wrapper, sigToken);
String id = encrKey.getId();
byte[] secret = encrKey.getEphemeralKey();
Date created = new Date();
Date expires = new Date();
expires.setTime(created.getTime() + 300000);
SecurityToken tempTok =
new SecurityToken(id, encrKey.getEncryptedKeyElement(), created, expires);
tempTok.setSecret(secret);
// Set the SHA1 value of the encrypted key, this is used when the encrypted
// key is referenced via a key identifier of type EncryptedKeySHA1
tempTok.setSHA1(getSHA1(encrKey.getEncryptedEphemeralKey()));
tokenStore.add(tempTok);
String bstTokenId = encrKey.getBSTTokenId();
// If direct ref is used to refer to the cert
// then add the cert to the sec header now
if (bstTokenId != null && bstTokenId.length() > 0) {
encrKey.prependBSTElementToHeader(secHeader);
}
return id;
}
private String setupUTDerivedKey(UsernameToken sigToken) throws WSSecurityException {
boolean useMac = hasSignedPartsOrElements();
WSSecUsernameToken usernameToken = addDKUsernameToken(sigToken, useMac);
String id = usernameToken.getId();
byte[] secret = usernameToken.getDerivedKey();
Date created = new Date();
Date expires = new Date();
expires.setTime(created.getTime() + 300000);
SecurityToken tempTok =
new SecurityToken(id, usernameToken.getUsernameTokenElement(), created, expires);
tempTok.setSecret(secret);
tokenStore.add(tempTok);
return id;
}
public Credential validateWithSTS(Credential credential, Message message)
throws WSSecurityException {
try {
SecurityToken token = new SecurityToken();
Element tokenElement = null;
int hash = 0;
if (credential.getSamlAssertion() != null) {
SamlAssertionWrapper assertion = credential.getSamlAssertion();
byte[] signatureValue = assertion.getSignatureValue();
if (signatureValue != null && signatureValue.length > 0) {
hash = Arrays.hashCode(signatureValue);
}
tokenElement = credential.getSamlAssertion().getElement();
} else if (credential.getUsernametoken() != null) {
tokenElement = credential.getUsernametoken().getElement();
hash = credential.getUsernametoken().hashCode();
} else if (credential.getBinarySecurityToken() != null) {
tokenElement = credential.getBinarySecurityToken().getElement();
hash = credential.getBinarySecurityToken().hashCode();
} else if (credential.getSecurityContextToken() != null) {
tokenElement = credential.getSecurityContextToken().getElement();
hash = credential.getSecurityContextToken().hashCode();
}
token.setToken(tokenElement);
TokenStore ts = null;
if (!disableCaching) {
ts = getTokenStore(message);
if (ts == null) {
ts = tokenStore;
}
if (ts != null && hash != 0) {
SecurityToken transformedToken = getTransformedToken(ts, hash);
if (transformedToken != null && !transformedToken.isExpired()) {
SamlAssertionWrapper assertion = new SamlAssertionWrapper(transformedToken.getToken());
credential.setPrincipal(new SAMLTokenPrincipalImpl(assertion));
credential.setTransformedToken(assertion);
return credential;
}
}
}
token.setTokenHash(hash);
STSClient c = stsClient;
if (c == null) {
c = STSUtils.getClient(message, "sts");
}
synchronized (c) {
System.setProperty("noprint", "true");
SecurityToken returnedToken = null;
if (useIssueBinding && useOnBehalfOf) {
ElementCallbackHandler callbackHandler = new ElementCallbackHandler(tokenElement);
c.setOnBehalfOf(callbackHandler);
returnedToken = c.requestSecurityToken();
c.setOnBehalfOf(null);
} else if (useIssueBinding && !useOnBehalfOf && credential.getUsernametoken() != null) {
c.getProperties()
.put(SecurityConstants.USERNAME, credential.getUsernametoken().getName());
c.getProperties()
.put(SecurityConstants.PASSWORD, credential.getUsernametoken().getPassword());
returnedToken = c.requestSecurityToken();
c.getProperties().remove(SecurityConstants.USERNAME);
c.getProperties().remove(SecurityConstants.PASSWORD);
} else {
List<SecurityToken> tokens = c.validateSecurityToken(token);
returnedToken = tokens.get(0);
}
if (returnedToken != token) {
SamlAssertionWrapper assertion = new SamlAssertionWrapper(returnedToken.getToken());
credential.setTransformedToken(assertion);
credential.setPrincipal(new SAMLTokenPrincipalImpl(assertion));
if (!disableCaching && hash != 0 && ts != null) {
ts.add(returnedToken);
token.setTransformedTokenIdentifier(returnedToken.getId());
ts.add(Integer.toString(hash), token);
}
}
return credential;
}
} catch (RuntimeException e) {
throw e;
} catch (Exception e) {
throw new WSSecurityException(
WSSecurityException.ErrorCode.FAILURE, e, "invalidSAMLsecurity");
}
}
private void doSignBeforeEncrypt() {
TokenWrapper sigTokenWrapper = getSignatureToken();
Token sigToken = sigTokenWrapper.getToken();
String sigTokId = null;
Element sigTokElem = null;
try {
SecurityToken sigTok = null;
if (sigToken != null) {
if (sigToken instanceof SecureConversationToken
|| sigToken instanceof SecurityContextToken
|| sigToken instanceof IssuedToken
|| sigToken instanceof KerberosToken
|| sigToken instanceof SpnegoContextToken) {
sigTok = getSecurityToken();
} else if (sigToken instanceof X509Token) {
if (isRequestor()) {
sigTokId = setupEncryptedKey(sigTokenWrapper, sigToken);
} else {
sigTokId = getEncryptedKey();
}
} else if (sigToken instanceof UsernameToken) {
if (isRequestor()) {
sigTokId = setupUTDerivedKey((UsernameToken) sigToken);
} else {
sigTokId = getUTDerivedKey();
}
}
} else {
policyNotAsserted(sbinding, "No signature token");
return;
}
if (sigTok == null && StringUtils.isEmpty(sigTokId)) {
policyNotAsserted(sigTokenWrapper, "No signature token id");
return;
} else {
policyAsserted(sigTokenWrapper);
}
if (sigTok == null) {
sigTok = tokenStore.getToken(sigTokId);
}
// if (sigTok == null) {
// REVISIT - no token?
// }
boolean tokIncluded = true;
if (includeToken(sigToken.getInclusion())) {
Element el = sigTok.getToken();
sigTokElem = cloneElement(el);
this.addEncryptedKeyElement(sigTokElem);
} else if (isRequestor() && sigToken instanceof X509Token) {
Element el = sigTok.getToken();
sigTokElem = cloneElement(el);
this.addEncryptedKeyElement(sigTokElem);
} else {
tokIncluded = false;
}
// Add timestamp
List<WSEncryptionPart> sigs = getSignedParts();
if (timestampEl != null) {
WSEncryptionPart timestampPart = convertToEncryptionPart(timestampEl.getElement());
sigs.add(timestampPart);
}
if (isRequestor()) {
addSupportingTokens(sigs);
if (!sigs.isEmpty()) {
signatures.add(doSignature(sigs, sigTokenWrapper, sigToken, sigTok, tokIncluded));
}
doEndorse();
} else {
// confirm sig
assertSupportingTokens(sigs);
addSignatureConfirmation(sigs);
if (!sigs.isEmpty()) {
doSignature(sigs, sigTokenWrapper, sigToken, sigTok, tokIncluded);
}
}
// Encryption
TokenWrapper encrTokenWrapper = getEncryptionToken();
Token encrToken = encrTokenWrapper.getToken();
SecurityToken encrTok = null;
if (sigToken.equals(encrToken)) {
// Use the same token
encrTok = sigTok;
} else {
policyNotAsserted(sbinding, "Encryption token does not equal signature token");
return;
}
List<WSEncryptionPart> enc = getEncryptedParts();
// Check for signature protection
if (sbinding.isSignatureProtection()) {
if (mainSigId != null) {
WSEncryptionPart sigPart = new WSEncryptionPart(mainSigId, "Element");
sigPart.setElement(bottomUpElement);
enc.add(sigPart);
}
if (sigConfList != null && !sigConfList.isEmpty()) {
enc.addAll(sigConfList);
}
}
if (isRequestor()) {
enc.addAll(encryptedTokensList);
}
doEncryption(encrTokenWrapper, encrTok, tokIncluded, enc, false);
} catch (Exception e) {
throw new Fault(e);
}
}
private void doEncryptBeforeSign() {
try {
TokenWrapper encryptionWrapper = getEncryptionToken();
Token encryptionToken = encryptionWrapper.getToken();
List<WSEncryptionPart> encrParts = getEncryptedParts();
List<WSEncryptionPart> sigParts = getSignedParts();
// if (encryptionToken == null && encrParts.size() > 0) {
// REVISIT - nothing to encrypt?
// }
if (encryptionToken != null && encrParts.size() > 0) {
// The encryption token can be an IssuedToken or a
// SecureConversationToken
String tokenId = null;
SecurityToken tok = null;
if (encryptionToken instanceof IssuedToken
|| encryptionToken instanceof KerberosToken
|| encryptionToken instanceof SecureConversationToken
|| encryptionToken instanceof SecurityContextToken
|| encryptionToken instanceof SpnegoContextToken) {
tok = getSecurityToken();
} else if (encryptionToken instanceof X509Token) {
if (isRequestor()) {
tokenId = setupEncryptedKey(encryptionWrapper, encryptionToken);
} else {
tokenId = getEncryptedKey();
}
} else if (encryptionToken instanceof UsernameToken) {
if (isRequestor()) {
tokenId = setupUTDerivedKey((UsernameToken) encryptionToken);
} else {
tokenId = getUTDerivedKey();
}
}
if (tok == null) {
// if (tokenId == null || tokenId.length() == 0) {
// REVISIT - no tokenId? Exception?
// }
if (tokenId != null && tokenId.startsWith("#")) {
tokenId = tokenId.substring(1);
}
/*
* Get hold of the token from the token storage
*/
tok = tokenStore.getToken(tokenId);
}
boolean attached = false;
if (includeToken(encryptionToken.getInclusion())) {
Element el = tok.getToken();
this.addEncryptedKeyElement(cloneElement(el));
attached = true;
} else if (encryptionToken instanceof X509Token && isRequestor()) {
Element el = tok.getToken();
this.addEncryptedKeyElement(cloneElement(el));
attached = true;
}
WSSecBase encr = doEncryption(encryptionWrapper, tok, attached, encrParts, true);
handleEncryptedSignedHeaders(encrParts, sigParts);
if (timestampEl != null) {
WSEncryptionPart timestampPart = convertToEncryptionPart(timestampEl.getElement());
sigParts.add(timestampPart);
}
if (isRequestor()) {
this.addSupportingTokens(sigParts);
} else {
addSignatureConfirmation(sigParts);
}
// Sign the message
// We should use the same key in the case of EncryptBeforeSig
if (sigParts.size() > 0) {
signatures.add(
this.doSignature(sigParts, encryptionWrapper, encryptionToken, tok, attached));
}
if (isRequestor()) {
this.doEndorse();
}
// Check for signature protection and encryption of UsernameToken
if (sbinding.isSignatureProtection() || encryptedTokensList.size() > 0 && isRequestor()) {
List<WSEncryptionPart> secondEncrParts = new ArrayList<WSEncryptionPart>();
// Now encrypt the signature using the above token
if (sbinding.isSignatureProtection()) {
if (this.mainSigId != null) {
WSEncryptionPart sigPart = new WSEncryptionPart(this.mainSigId, "Element");
sigPart.setElement(bottomUpElement);
secondEncrParts.add(sigPart);
}
if (sigConfList != null && !sigConfList.isEmpty()) {
secondEncrParts.addAll(sigConfList);
}
}
if (isRequestor()) {
secondEncrParts.addAll(encryptedTokensList);
}
Element secondRefList = null;
if (encryptionToken.isDerivedKeys() && !secondEncrParts.isEmpty()) {
secondRefList = ((WSSecDKEncrypt) encr).encryptForExternalRef(null, secondEncrParts);
this.addDerivedKeyElement(secondRefList);
} else if (!secondEncrParts.isEmpty()) {
// Encrypt, get hold of the ref list and add it
secondRefList = ((WSSecEncrypt) encr).encryptForRef(null, encrParts);
this.addDerivedKeyElement(secondRefList);
}
}
}
} catch (RuntimeException ex) {
throw ex;
} catch (Exception ex) {
throw new Fault(ex);
}
}