Package com.sun.xml.ws.security.trust.elements

Examples of com.sun.xml.ws.security.trust.elements.RequestedProofToken

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        //==========================================
        // Create proof key and RequestedProofToken
        //==========================================
          
        RequestedProofToken proofToken = null;
        Entropy serverEntropy = null;
        int keySize = 0;
        if (wstVer.getSymmetricKeyTypeURI().equals(keyType)){
            proofToken = eleFac.createRequestedProofToken();
             // Get client entropy
            byte[] clientEntr = null;
            final Entropy clientEntropy = rst.getEntropy();
            if (clientEntropy != null){
                final BinarySecret clientBS = clientEntropy.getBinarySecret();
                if (clientBS == null){
                    if(log.isLoggable(Level.FINE)) {
                        log.log(Level.FINE,
                                LogStringsMessages.WST_1009_NULL_BINARY_SECRET());
                    }
                }else {
                    clientEntr = clientBS.getRawValue();
                }
            }
           
            // Get KeySize
            keySize = (int)rst.getKeySize();
            if (keySize < 1 && secParas != null){
                keySize = (int) secParas.getKeySize();
            }
            if (keySize < 1){
                keySize = DEFAULT_KEY_SIZE;
            }
            if(log.isLoggable(Level.FINE)) {
                log.log(Level.FINE,
                        LogStringsMessages.WST_1010_KEY_SIZE(keySize, DEFAULT_KEY_SIZE));
            }
           
            byte[] key = WSTrustUtil.generateRandomSecret(keySize/8);
            final BinarySecret serverBS = eleFac.createBinarySecret(key, wstVer.getNonceBinarySecretTypeURI());
            serverEntropy = eleFac.createEntropy(serverBS);
           
            // compute the secret key
            try {
                if (clientEntr != null && clientEntr.length > 0){
                    proofToken.setComputedKey(URI.create(wstVer.getCKPSHA1algorithmURI()));
                    proofToken.setProofTokenType(RequestedProofToken.COMPUTED_KEY_TYPE);
                    key = SecurityUtil.P_SHA1(clientEntr, key, keySize/8);
                }else{
                    proofToken.setProofTokenType(RequestedProofToken.BINARY_SECRET_TYPE);
                    proofToken.setBinarySecret(serverBS);
                }
            } catch (Exception ex){
                log.log(Level.SEVERE,
                        LogStringsMessages.WST_0013_ERROR_SECRET_KEY(wstVer.getCKPSHA1algorithmURI(), keySize, appliesTo), ex);
                throw new WSTrustException(LogStringsMessages.WST_0013_ERROR_SECRET_KEY(wstVer.getCKPSHA1algorithmURI(), keySize, appliesTo), ex);
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        //==========================================
        // Create proof key and RequestedProofToken
        //==========================================
          
        RequestedProofToken proofToken = null;
        Entropy serverEntropy = null;
        int keySize = 0;
        if (wstVer.getSymmetricKeyTypeURI().equals(keyType)){
            proofToken = eleFac.createRequestedProofToken();
             // Get client entropy
            byte[] clientEntr = null;
            final Entropy clientEntropy = rst.getEntropy();
            if (clientEntropy != null){
                final BinarySecret clientBS = clientEntropy.getBinarySecret();
                if (clientBS == null){
                    if(log.isLoggable(Level.FINE)) {
                        log.log(Level.FINE,
                                LogStringsMessages.WST_1009_NULL_BINARY_SECRET());
                    }
                }else {
                    clientEntr = clientBS.getRawValue();
                }
            }
           
            // Get KeySize
            keySize = (int)rst.getKeySize();
            if (keySize < 1 && secParas != null){
                keySize = (int) secParas.getKeySize();
            }
            if (keySize < 1){
                keySize = DEFAULT_KEY_SIZE;
            }
            if(log.isLoggable(Level.FINE)) {
                log.log(Level.FINE,
                        LogStringsMessages.WST_1010_KEY_SIZE(keySize, DEFAULT_KEY_SIZE));
            }
           
            byte[] key = WSTrustUtil.generateRandomSecret(keySize/8);
            final BinarySecret serverBS = eleFac.createBinarySecret(key, wstVer.getNonceBinarySecretTypeURI());
            serverEntropy = eleFac.createEntropy(serverBS);
           
            // compute the secret key
            try {
                if (clientEntr != null && clientEntr.length > 0){
                    proofToken.setComputedKey(URI.create(wstVer.getCKPSHA1algorithmURI()));
                    proofToken.setProofTokenType(RequestedProofToken.COMPUTED_KEY_TYPE);
                    key = SecurityUtil.P_SHA1(clientEntr, key, keySize/8);
                }else{
                    proofToken.setProofTokenType(RequestedProofToken.BINARY_SECRET_TYPE);
                    proofToken.setBinarySecret(serverBS);
                }
            } catch (Exception ex){
                log.log(Level.SEVERE,
                        LogStringsMessages.WST_0013_ERROR_SECRET_KEY(wstVer.getCKPSHA1algorithmURI(), keySize, appliesTo), ex);
                throw new WSTrustException(LogStringsMessages.WST_0013_ERROR_SECRET_KEY(wstVer.getCKPSHA1algorithmURI(), keySize, appliesTo), ex);
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        // AppliesTo
        final AppliesTo scopes = ((RequestSecurityToken)request).getAppliesTo();
       
        final RequestedProofToken proofToken = wsscEleFac.createRequestedProofToken();
        // Get client entropy
        byte[] clientEntr = null;
        final Entropy clientEntropy = ((RequestSecurityToken)request).getEntropy();
        if (clientEntropy != null){
            final BinarySecret clientBS = clientEntropy.getBinarySecret();
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        }
               
        // AppliesTo
        //final AppliesTo scopes = ((RequestSecurityToken)request).getAppliesTo();
       
        final RequestedProofToken proofToken = wsscEleFac.createRequestedProofToken();
       
        // Get client entropy
        byte[] clientEntr = null;
        final Entropy clientEntropy = ((RequestSecurityToken)request).getEntropy();
        if (clientEntropy != null){
            final BinarySecret clientBS = clientEntropy.getBinarySecret();
            if (clientBS == null){
                //ToDo
                if (log.isLoggable(Level.FINE)) {
                    log.log(Level.FINE,
                            LogStringsMessages.WSSC_0009_CLIENT_ENTROPY_VALUE("null"));
                }
            }else {
                clientEntr = clientBS.getRawValue();
                if (log.isLoggable(Level.FINE)) {
                    log.log(Level.FINE,
                            LogStringsMessages.WSSC_0009_CLIENT_ENTROPY_VALUE(clientEntropy.toString()));
                }
            }
        }
        parseAssertion(scToken, clientEntropy);
              
        int keySize = (int)((RequestSecurityToken)request).getKeySize();
        if (keySize < 1 && symBinding!=null ){
            final AlgorithmSuite algoSuite = symBinding.getAlgorithmSuite();
            keySize = algoSuite.getMinSKLAlgorithm();
        }
        if (keySize < 1){
            keySize = DEFAULT_KEY_SIZE;
        }
        if (log.isLoggable(Level.FINE)) {
        log.log(Level.FINE,
                LogStringsMessages.WSSC_0011_KEY_SIZE_VALUE(keySize, WSSCContract.DEFAULT_KEY_SIZE));
        }
       
        byte[] secret = WSTrustUtil.generateRandomSecret(keySize/8);
        final String proofTokenType = (clientEntr == null ||clientEntr.length ==0)
        ? wsTrustVer.getSymmetricKeyTypeURI() :wsTrustVer.getNonceBinarySecretTypeURI();
        Entropy serverEntropy = null;
        if(reqServerEntr){
            final BinarySecret serverBS = wsscEleFac.createBinarySecret(secret, proofTokenType);
            if (proofTokenType.equals(wsTrustVer.getNonceBinarySecretTypeURI())){
                serverEntropy = wsscEleFac.createEntropy(serverBS);
                proofToken.setProofTokenType(RequestedProofToken.COMPUTED_KEY_TYPE);
                proofToken.setComputedKey(computeKeyAlgo);
               
                // compute the secret key
                try {
                    secret = SecurityUtil.P_SHA1(clientEntr, secret, keySize/8);
                } catch (Exception ex){
                    log.log(Level.SEVERE,
                            LogStringsMessages.WSSC_0012_COMPUTE_SECKEY(), ex);
                    throw new WSSecureConversationException(LogStringsMessages.WSSC_0012_COMPUTE_SECKEY(), ex);
                }
               
            } else {
                proofToken.setProofTokenType(RequestedProofToken.BINARY_SECRET_TYPE);
                proofToken.setBinarySecret(serverBS);
            }
        }else if (clientEntropy != null){
            secret = clientEntr;
            proofToken.setProofTokenType(RequestedProofToken.BINARY_SECRET_TYPE);
            proofToken.setBinarySecret(clientEntropy.getBinarySecret());
        }
               
        Lifetime lifetime = (Lifetime)((RequestSecurityToken)request).getLifetime();
       
        if(lifetime != null){
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            final RequestSecurityTokenResponse rstr, final IssuedTokenContext context)
            throws WSSecureConversationException {
        //final AppliesTo scope = rstr.getAppliesTo();
        final RequestedSecurityToken rqSecToken = rstr.getRequestedSecurityToken();
        final Token token = rqSecToken.getToken();
        final RequestedProofToken rqProofToken = rstr.getRequestedProofToken();
        final String proofTokenType = rqProofToken.getProofTokenType();
        if(proofTokenType.equals(RequestedProofToken.BINARY_SECRET_TYPE)){
            final BinarySecret binarySecret = rqProofToken.getBinarySecret();
            if(binarySecret.getType().equals(this.wsTrustVer.getSymmetricKeyTypeURI())){
                final byte [] secret = binarySecret.getRawValue();
                context.setProofKey(secret);
            }
        }else if(proofTokenType.equals(RequestedProofToken.ENCRYPTED_KEY_TYPE)){
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            // Requested References
            final RequestedAttachedReference attachedRef = rstr.getRequestedAttachedReference();
            final RequestedUnattachedReference unattachedRef = rstr.getRequestedUnattachedReference();
           
            // RequestedProofToken
            final RequestedProofToken proofToken = rstr.getRequestedProofToken();
           
            // Obtain the secret key for the context
            final byte[] key = getKey(rstr, proofToken, rst);
           
            if(key != null){
                context.setProofKey(key);
            }
           
            //get the creation time and expires time and set it in the context
            setLifetime(rstr, context);
           
            if(securityToken == null && proofToken == null){
                log.log(Level.SEVERE,
                        LogStringsMessages.WSSC_0002_NULL_TOKEN());
                throw new WSSecureConversationException(LogStringsMessages.WSSC_0002_NULL_TOKEN());
            }
           
            if (securityToken != null){
                context.setSecurityToken(securityToken.getToken());
            }
           
            if(attachedRef != null){
                context.setAttachedSecurityTokenReference(attachedRef.getSTR());
            }
           
            if (unattachedRef != null){
                context.setUnAttachedSecurityTokenReference(unattachedRef.getSTR());
            }
        }if (rst.getRequestType().toString().equals(wsTrustVer.getRenewRequestTypeURI())){
            final RequestedSecurityToken securityToken = rstr.getRequestedSecurityToken();
            // RequestedProofToken
            final RequestedProofToken proofToken = rstr.getRequestedProofToken();
           
            // Obtain the secret key for the context
            final byte[] key = getKey(rstr, proofToken, rst);
                       
            //get the creation time and expires time and set it in the context
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        final WSSCElementFactory eleFac = WSSCElementFactory.newInstance();
       
        final byte[] secret = WSTrustUtil.generateRandomSecret(DEFAULT_KEY_SIZE);
        final BinarySecret binarySecret = eleFac.createBinarySecret(secret, this.wsTrustVer.getSymmetricKeyTypeURI());
       
        final RequestedProofToken proofToken = eleFac.createRequestedProofToken();
        proofToken.setProofTokenType(RequestedProofToken.BINARY_SECRET_TYPE);
        proofToken.setBinarySecret(binarySecret);
       
        final SecurityContextToken token = WSTrustUtil.createSecurityContextToken(eleFac);
        final RequestedSecurityToken rst = eleFac.createRequestedSecurityToken(token);
       
        final RequestSecurityTokenResponse rstr = eleFac.createRSTR();
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            claims = eleFac.createClaims();
        }
        final STSAttributeProvider attrProvider = WSTrustFactory.getSTSAttributeProvider();
        final Map<QName, List<String>> claimedAttrs = attrProvider.getClaimedAttributes(subject, appliesTo, tokenType, claims);
       
        RequestedProofToken proofToken = null;
        Entropy serverEntropy = null;
        int keySize = 0;
        if (wstVer.getSymmetricKeyTypeURI().equals(keyType)){
            //============================
            // Create required secret key
            //============================
           
            proofToken = eleFac.createRequestedProofToken();
           
            // Get client entropy
            byte[] clientEntr = null;
            final Entropy clientEntropy = rst.getEntropy();
            if (clientEntropy != null){
                final BinarySecret clientBS = clientEntropy.getBinarySecret();
                if (clientBS == null){
                    if(log.isLoggable(Level.FINE)) {
                        log.log(Level.FINE,
                                LogStringsMessages.WST_1009_NULL_BINARY_SECRET());
                    }
                }else {
                    clientEntr = clientBS.getRawValue();
                }
            }
           
            keySize = (int)rst.getKeySize();
            if (keySize < 1 && secParas != null){
                keySize = (int) secParas.getKeySize();
            }
            if (keySize < 1){
                keySize = DEFAULT_KEY_SIZE;
            }
            if(log.isLoggable(Level.FINE)) {
                log.log(Level.FINE,
                        LogStringsMessages.WST_1010_KEY_SIZE(keySize, DEFAULT_KEY_SIZE));
            }
           
            byte[] key = WSTrustUtil.generateRandomSecret(keySize/8);
            final BinarySecret serverBS = eleFac.createBinarySecret(key, wstVer.getNonceBinarySecretTypeURI());
            serverEntropy = eleFac.createEntropy(serverBS);
           
            // compute the secret key
            try {
                if (clientEntr != null && clientEntr.length > 0){
                    proofToken.setComputedKey(URI.create(wstVer.getCKPSHA1algorithmURI()));
                    proofToken.setProofTokenType(RequestedProofToken.COMPUTED_KEY_TYPE);
                    key = SecurityUtil.P_SHA1(clientEntr, key, keySize/8);
                }else{
                    proofToken.setProofTokenType(RequestedProofToken.BINARY_SECRET_TYPE);
                    proofToken.setBinarySecret(serverBS);
                }
            } catch (Exception ex){
                log.log(Level.SEVERE,
                        LogStringsMessages.WST_0013_ERROR_SECRET_KEY(wstVer.getCKPSHA1algorithmURI(), keySize, appliesTo), ex);
                throw new WSTrustException(LogStringsMessages.WST_0013_ERROR_SECRET_KEY(wstVer.getCKPSHA1algorithmURI(), keySize, appliesTo), ex);
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            // Requested References
            final RequestedAttachedReference attachedRef = rstr.getRequestedAttachedReference();
            final RequestedUnattachedReference unattachedRef = rstr.getRequestedUnattachedReference();
           
            // RequestedProofToken
            final RequestedProofToken proofToken = rstr.getRequestedProofToken();
           
            // Obtain the secret key for the context
            final byte[] key = getKey(wstVer, rstr, proofToken, rst, appliesTo);
           
            if(key != null){
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Related Classes of com.sun.xml.ws.security.trust.elements.RequestedProofToken

  • com.sun.xml.ws.security.secconv.WSSCClientContract
  • com.sun.xml.ws.security.secconv.WSSCContract
  • com.sun.xml.ws.security.trust.impl.IssueSamlTokenContract
  • com.sun.xml.ws.security.trust.impl.WSTrustClientContractImpl
  • com.sun.xml.ws.security.trust.impl.WSTrustContractImpl
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