Package org.apache.cxf.ws.security.trust

Examples of org.apache.cxf.ws.security.trust.TrustException

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                    if ("Status".equals(rstrChild.getLocalName())) {
                        Element e2 =
                            DOMUtils.getFirstChildWithName(rstrChild, rstrChild.getNamespaceURI(), "Code");
                        String s = DOMUtils.getContent(e2);
                        if (!s.endsWith("/status/valid")) {
                            throw new TrustException(LOG, "VALIDATION_FAILED");
                        }
                       
                    } else if ("RequestedSecurityToken".equals(rstrChild.getLocalName())) {
                        Element requestedSecurityTokenElement = DOMUtils.getFirstElement(rstrChild);
                        String id = findID(null, null, requestedSecurityTokenElement);
                        if (StringUtils.isEmpty(id)) {
                            throw new TrustException("NO_ID", LOG);
                        }
                        SecurityToken requestedSecurityToken = new SecurityToken(id);
                        requestedSecurityToken.setToken(requestedSecurityTokenElement);
                        tokens.add(requestedSecurityToken);
                    }
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            el = DOMUtils.getNextElement(el);
        }
        Element rstDec = rst;
        String id = findID(rar, rur, rstDec);
        if (StringUtils.isEmpty(id)) {
            throw new TrustException("NO_ID", LOG);
        }
        SecurityToken token = new SecurityToken(id, rstDec, lte);
        token.setAttachedReference(rar);
        token.setUnattachedReference(rur);
        token.setIssuerAddress(location);
        token.setTokenType(tt);

        byte[] secret = null;

        if (rpt != null) {
            Element child = DOMUtils.getFirstElement(rpt);
            QName childQname = DOMUtils.getElementQName(child);
            if (childQname.equals(new QName(namespace, "BinarySecret"))) {
                // First check for the binary secret
                String b64Secret = DOMUtils.getContent(child);
                secret = Base64.decode(b64Secret);
            } else if (childQname.equals(new QName(WSConstants.ENC_NS, WSConstants.ENC_KEY_LN))) {
                secret = decryptKey(child);
            } else if (childQname.equals(new QName(namespace, "ComputedKey"))) {
                // Handle the computed key
                Element computedKeyChild = entropy == null ? null : DOMUtils.getFirstElement(entropy);
                byte[] serviceEntr = null;

                if (computedKeyChild != null) {
                    QName computedKeyChildQName = DOMUtils.getElementQName(computedKeyChild);
                    if (computedKeyChildQName.equals(new QName(WSConstants.ENC_NS, WSConstants.ENC_KEY_LN))) {
                        serviceEntr = decryptKey(computedKeyChild);
                    } else if (computedKeyChildQName.equals(new QName(namespace, "BinarySecret"))) {
                        String content = DOMUtils.getContent(computedKeyChild);
                        serviceEntr = Base64.decode(content);
                    }
                }
               
                if (serviceEntr != null) {
                    // Right now we only use PSHA1 as the computed key algo
                    P_SHA1 psha1 = new P_SHA1();

                    int length = (keySize > 0) ? keySize : 256;
                    if (algorithmSuite != null) {
                        AlgorithmSuiteType algType = algorithmSuite.getAlgorithmSuiteType();
                        length = (keySize > 0) ? keySize : algType.getMaximumSymmetricKeyLength();
                    }
                    try {
                        secret = psha1.createKey(requestorEntropy, serviceEntr, 0, length / 8);
                    } catch (WSSecurityException e) {
                        throw new TrustException("DERIVED_KEY_ERROR", LOG, e);
                    }
                } else {
                    // Service entropy missing
                    throw new TrustException("NO_ENTROPY", LOG);
                }
            }
        } else if (requestorEntropy != null) {
            // Use requester entropy as the key
            secret = requestorEntropy;
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                return
                    (byte[])result.get(0).get(
                        WSSecurityEngineResult.TAG_SECRET
                    );
            } catch (IOException e) {
                throw new TrustException("ENCRYPTED_KEY_ERROR", LOG, e);
            }
        }
    }
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            el = DOMUtils.getNextElement(el);
        }
        Element rstDec = rst;
        String id = findID(rar, rur, rstDec);
        if (StringUtils.isEmpty(id)) {
            throw new TrustException("NO_ID", LOG);
        }
        SecurityToken token = new SecurityToken(id, rstDec, lte);
        token.setAttachedReference(rar);
        token.setUnattachedReference(rur);
        token.setIssuerAddress(location);
        token.setTokenType(tt);

        byte[] secret = null;

        if (rpt != null) {
            Element child = DOMUtils.getFirstElement(rpt);
            QName childQname = DOMUtils.getElementQName(child);
            if (childQname.equals(new QName(namespace, "BinarySecret"))) {
                // First check for the binary secret
                String b64Secret = DOMUtils.getContent(child);
                secret = Base64.decode(b64Secret);
            } else if (childQname.equals(new QName(WSConstants.ENC_NS, WSConstants.ENC_KEY_LN))) {
                secret = decryptKey(child);
            } else if (childQname.equals(new QName(namespace, "ComputedKey"))) {
                // Handle the computed key
                Element computedKeyChild = entropy == null ? null : DOMUtils.getFirstElement(entropy);
                byte[] serviceEntr = null;

                if (computedKeyChild != null) {
                    QName computedKeyChildQName = DOMUtils.getElementQName(computedKeyChild);
                    if (computedKeyChildQName.equals(new QName(WSConstants.ENC_NS, WSConstants.ENC_KEY_LN))) {
                        serviceEntr = decryptKey(computedKeyChild);
                    } else if (computedKeyChildQName.equals(new QName(namespace, "BinarySecret"))) {
                        String content = DOMUtils.getContent(computedKeyChild);
                        serviceEntr = Base64.decode(content);
                    }
                }
               
                if (serviceEntr != null) {
                    // Right now we only use PSHA1 as the computed key algo
                    P_SHA1 psha1 = new P_SHA1();

                    int length = (keySize > 0) ? keySize : 256;
                    if (algorithmSuite != null) {
                        length = (keySize > 0) ? keySize : algorithmSuite.getMaximumSymmetricKeyLength();
                    }
                    try {
                        secret = psha1.createKey(requestorEntropy, serviceEntr, 0, length / 8);
                    } catch (ConversationException e) {
                        throw new TrustException("DERIVED_KEY_ERROR", LOG, e);
                    }
                } else {
                    // Service entropy missing
                    throw new TrustException("NO_ENTROPY", LOG);
                }
            }
        } else if (requestorEntropy != null) {
            // Use requester entropy as the key
            secret = requestorEntropy;
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                return
                    (byte[])result.get(0).get(
                        WSSecurityEngineResult.TAG_SECRET
                    );
            } catch (IOException e) {
                throw new TrustException("ENCRYPTED_KEY_ERROR", LOG, e);
            }
        }
    }
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                    if ("Status".equals(rstrChild.getLocalName())) {
                        Element e2 =
                            DOMUtils.getFirstChildWithName(rstrChild, rstrChild.getNamespaceURI(), "Code");
                        String s = DOMUtils.getContent(e2);
                        if (!s.endsWith("/status/valid")) {
                            throw new TrustException(LOG, "VALIDATION_FAILED");
                        }
                       
                    } else if ("RequestedSecurityToken".equals(rstrChild.getLocalName())) {
                        Element requestedSecurityTokenElement = DOMUtils.getFirstElement(rstrChild);
                        String id = findID(null, null, requestedSecurityTokenElement);
                        if (StringUtils.isEmpty(id)) {
                            throw new TrustException("NO_ID", LOG);
                        }
                        SecurityToken requestedSecurityToken = new SecurityToken(id);
                        requestedSecurityToken.setToken(requestedSecurityTokenElement);
                        tokens.add(requestedSecurityToken);
                    }
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            el = DOMUtils.getNextElement(el);
        }
        Element rstDec = rst;
        String id = findID(rar, rur, rstDec);
        if (StringUtils.isEmpty(id)) {
            throw new TrustException("NO_ID", LOG);
        }
        SecurityToken token = new SecurityToken(id, rstDec, lte);
        token.setAttachedReference(rar);
        token.setUnattachedReference(rur);
        token.setIssuerAddress(location);
        token.setTokenType(tt);

        byte[] secret = null;

        if (rpt != null) {
            Element child = DOMUtils.getFirstElement(rpt);
            QName childQname = DOMUtils.getElementQName(child);
            if (childQname.equals(new QName(namespace, "BinarySecret"))) {
                // First check for the binary secret
                String b64Secret = DOMUtils.getContent(child);
                secret = Base64.decode(b64Secret);
            } else if (childQname.equals(new QName(WSConstants.ENC_NS, WSConstants.ENC_KEY_LN))) {
                secret = decryptKey(child);
            } else if (childQname.equals(new QName(namespace, "ComputedKey"))) {
                // Handle the computed key
                Element computedKeyChild = entropy == null ? null : DOMUtils.getFirstElement(entropy);
                byte[] serviceEntr = null;

                if (computedKeyChild != null) {
                    QName computedKeyChildQName = DOMUtils.getElementQName(computedKeyChild);
                    if (computedKeyChildQName.equals(new QName(WSConstants.ENC_NS, WSConstants.ENC_KEY_LN))) {
                        serviceEntr = decryptKey(computedKeyChild);
                    } else if (computedKeyChildQName.equals(new QName(namespace, "BinarySecret"))) {
                        String content = DOMUtils.getContent(computedKeyChild);
                        serviceEntr = Base64.decode(content);
                    }
                }
               
                if (serviceEntr != null) {
                    // Right now we only use PSHA1 as the computed key algo
                    P_SHA1 psha1 = new P_SHA1();

                    int length = (keySize > 0) ? keySize : 256;
                    if (algorithmSuite != null) {
                        length = (keySize > 0) ? keySize : algorithmSuite.getMaximumSymmetricKeyLength();
                    }
                    try {
                        secret = psha1.createKey(requestorEntropy, serviceEntr, 0, length / 8);
                    } catch (ConversationException e) {
                        throw new TrustException("DERIVED_KEY_ERROR", LOG, e);
                    }
                } else {
                    // Service entropy missing
                    throw new TrustException("NO_ENTROPY", LOG);
                }
            }
        } else if (requestorEntropy != null) {
            // Use requester entropy as the key
            secret = requestorEntropy;
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                return
                    (byte[])result.get(0).get(
                        WSSecurityEngineResult.TAG_SECRET
                    );
            } catch (IOException e) {
                throw new TrustException("ENCRYPTED_KEY_ERROR", LOG, e);
            }
        }
    }
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                    if ("Status".equals(rstrChild.getLocalName())) {
                        Element e2 =
                            DOMUtils.getFirstChildWithName(rstrChild, rstrChild.getNamespaceURI(), "Code");
                        String s = DOMUtils.getContent(e2);
                        if (!s.endsWith("/status/valid")) {
                            throw new TrustException(LOG, "VALIDATION_FAILED");
                        }
                       
                    } else if ("RequestedSecurityToken".equals(rstrChild.getLocalName())) {
                        Element requestedSecurityTokenElement = DOMUtils.getFirstElement(rstrChild);
                        String id = findID(null, null, requestedSecurityTokenElement);
                        if (StringUtils.isEmpty(id)) {
                            throw new TrustException("NO_ID", LOG);
                        }
                        SecurityToken requestedSecurityToken = new SecurityToken(id);
                        requestedSecurityToken.setToken(requestedSecurityTokenElement);
                        tokens.add(requestedSecurityToken);
                    }
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            el = DOMUtils.getNextElement(el);
        }
        Element rstDec = rst;
        String id = findID(rar, rur, rstDec);
        if (StringUtils.isEmpty(id)) {
            throw new TrustException("NO_ID", LOG);
        }
        SecurityToken token = new SecurityToken(id, rstDec, lte);
        token.setAttachedReference(rar);
        token.setUnattachedReference(rur);
        token.setIssuerAddress(location);
        token.setTokenType(tt);

        byte[] secret = null;

        if (rpt != null) {
            Element child = DOMUtils.getFirstElement(rpt);
            QName childQname = DOMUtils.getElementQName(child);
            if (childQname.equals(new QName(namespace, "BinarySecret"))) {
                // First check for the binary secret
                String b64Secret = DOMUtils.getContent(child);
                secret = Base64.decode(b64Secret);
            } else if (childQname.equals(new QName(WSConstants.ENC_NS, WSConstants.ENC_KEY_LN))) {
                secret = decryptKey(child);
            } else if (childQname.equals(new QName(namespace, "ComputedKey"))) {
                // Handle the computed key
                Element computedKeyChild = entropy == null ? null : DOMUtils.getFirstElement(entropy);
                byte[] serviceEntr = null;

                if (computedKeyChild != null) {
                    QName computedKeyChildQName = DOMUtils.getElementQName(computedKeyChild);
                    if (computedKeyChildQName.equals(new QName(WSConstants.ENC_NS, WSConstants.ENC_KEY_LN))) {
                        serviceEntr = decryptKey(computedKeyChild);
                    } else if (computedKeyChildQName.equals(new QName(namespace, "BinarySecret"))) {
                        String content = DOMUtils.getContent(computedKeyChild);
                        serviceEntr = Base64.decode(content);
                    }
                }
               
                if (serviceEntr != null) {
                    // Right now we only use PSHA1 as the computed key algo
                    P_SHA1 psha1 = new P_SHA1();

                    int length = (keySize > 0) ? keySize : 256;
                    if (algorithmSuite != null) {
                        AlgorithmSuiteType algType = algorithmSuite.getAlgorithmSuiteType();
                        length = (keySize > 0) ? keySize : algType.getMaximumSymmetricKeyLength();
                    }
                    try {
                        secret = psha1.createKey(requestorEntropy, serviceEntr, 0, length / 8);
                    } catch (ConversationException e) {
                        throw new TrustException("DERIVED_KEY_ERROR", LOG, e);
                    }
                } else {
                    // Service entropy missing
                    throw new TrustException("NO_ENTROPY", LOG);
                }
            }
        } else if (requestorEntropy != null) {
            // Use requester entropy as the key
            secret = requestorEntropy;
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