List of usage examples for org.bouncycastle.asn1.x500 X500Name getInstance
public static X500Name getInstance(Object obj)
From source file:net.sf.keystore_explorer.gui.dialogs.DGenerateKeyPairCert.java
License:Open Source License
private void addExtensionsPressed() { PublicKey subjectPublicKey = keyPair.getPublic(); PublicKey caPublicKey = null; X500Name caIssuerName = null; BigInteger caSerialNumber = null; if (issuerCert != null) { caIssuerName = X500Name.getInstance(issuerCert.getIssuerDN()); caPublicKey = issuerCert.getPublicKey(); caSerialNumber = issuerCert.getSerialNumber(); } else {// w w w. j a va2 s.c o m caIssuerName = jdnName.getDistinguishedName(); // May be null caPublicKey = keyPair.getPublic(); String serialNumberStr = jtfSerialNumber.getText().trim(); if (serialNumberStr.length() != 0) { try { caSerialNumber = new BigInteger(serialNumberStr); } catch (NumberFormatException ex) { // Don't set serial number } } } DAddExtensions dAddExtensions = new DAddExtensions(this, extensions, caPublicKey, caIssuerName, caSerialNumber, subjectPublicKey); dAddExtensions.setLocationRelativeTo(this); dAddExtensions.setVisible(true); if (dAddExtensions.getExtensions() != null) { extensions = dAddExtensions.getExtensions(); } }
From source file:net.sf.portecle.crypto.NameUtil.java
License:Open Source License
/** * Gets the common name from the given X500Principal. * //from w w w.j a v a 2 s . c o m * @param name the X.500 principal * @return the common name, null if not found */ /* default */static String getCommonName(X500Principal name) { if (name == null) { return null; } return getCommonName(X500Name.getInstance(name.getEncoded())); }
From source file:org.apache.poi.poifs.crypt.dsig.facets.XAdESXLSignatureFacet.java
License:Apache License
@Override public void postSign(Document document) throws MarshalException { LOG.log(POILogger.DEBUG, "XAdES-X-L post sign phase"); QualifyingPropertiesDocument qualDoc = null; QualifyingPropertiesType qualProps = null; // check for XAdES-BES NodeList qualNl = document.getElementsByTagNameNS(XADES_132_NS, "QualifyingProperties"); if (qualNl.getLength() == 1) { try {/* w ww . ja v a 2 s. co m*/ qualDoc = QualifyingPropertiesDocument.Factory.parse(qualNl.item(0)); } catch (XmlException e) { throw new MarshalException(e); } qualProps = qualDoc.getQualifyingProperties(); } else { throw new MarshalException("no XAdES-BES extension present"); } // create basic XML container structure UnsignedPropertiesType unsignedProps = qualProps.getUnsignedProperties(); if (unsignedProps == null) { unsignedProps = qualProps.addNewUnsignedProperties(); } UnsignedSignaturePropertiesType unsignedSigProps = unsignedProps.getUnsignedSignatureProperties(); if (unsignedSigProps == null) { unsignedSigProps = unsignedProps.addNewUnsignedSignatureProperties(); } // create the XAdES-T time-stamp NodeList nlSigVal = document.getElementsByTagNameNS(XML_DIGSIG_NS, "SignatureValue"); if (nlSigVal.getLength() != 1) { throw new IllegalArgumentException("SignatureValue is not set."); } RevocationData tsaRevocationDataXadesT = new RevocationData(); LOG.log(POILogger.DEBUG, "creating XAdES-T time-stamp"); XAdESTimeStampType signatureTimeStamp = createXAdESTimeStamp(Collections.singletonList(nlSigVal.item(0)), tsaRevocationDataXadesT); // marshal the XAdES-T extension unsignedSigProps.addNewSignatureTimeStamp().set(signatureTimeStamp); // xadesv141::TimeStampValidationData if (tsaRevocationDataXadesT.hasRevocationDataEntries()) { ValidationDataType validationData = createValidationData(tsaRevocationDataXadesT); insertXChild(unsignedSigProps, validationData); } if (signatureConfig.getRevocationDataService() == null) { /* * Without revocation data service we cannot construct the XAdES-C * extension. */ return; } // XAdES-C: complete certificate refs CompleteCertificateRefsType completeCertificateRefs = unsignedSigProps.addNewCompleteCertificateRefs(); CertIDListType certIdList = completeCertificateRefs.addNewCertRefs(); /* * We skip the signing certificate itself according to section * 4.4.3.2 of the XAdES 1.4.1 specification. */ List<X509Certificate> certChain = signatureConfig.getSigningCertificateChain(); int chainSize = certChain.size(); if (chainSize > 1) { for (X509Certificate cert : certChain.subList(1, chainSize)) { CertIDType certId = certIdList.addNewCert(); XAdESSignatureFacet.setCertID(certId, signatureConfig, false, cert); } } // XAdES-C: complete revocation refs CompleteRevocationRefsType completeRevocationRefs = unsignedSigProps.addNewCompleteRevocationRefs(); RevocationData revocationData = signatureConfig.getRevocationDataService().getRevocationData(certChain); if (revocationData.hasCRLs()) { CRLRefsType crlRefs = completeRevocationRefs.addNewCRLRefs(); completeRevocationRefs.setCRLRefs(crlRefs); for (byte[] encodedCrl : revocationData.getCRLs()) { CRLRefType crlRef = crlRefs.addNewCRLRef(); X509CRL crl; try { crl = (X509CRL) this.certificateFactory.generateCRL(new ByteArrayInputStream(encodedCrl)); } catch (CRLException e) { throw new RuntimeException("CRL parse error: " + e.getMessage(), e); } CRLIdentifierType crlIdentifier = crlRef.addNewCRLIdentifier(); String issuerName = crl.getIssuerDN().getName().replace(",", ", "); crlIdentifier.setIssuer(issuerName); Calendar cal = Calendar.getInstance(); cal.setTime(crl.getThisUpdate()); crlIdentifier.setIssueTime(cal); crlIdentifier.setNumber(getCrlNumber(crl)); DigestAlgAndValueType digestAlgAndValue = crlRef.addNewDigestAlgAndValue(); XAdESSignatureFacet.setDigestAlgAndValue(digestAlgAndValue, encodedCrl, signatureConfig.getDigestAlgo()); } } if (revocationData.hasOCSPs()) { OCSPRefsType ocspRefs = completeRevocationRefs.addNewOCSPRefs(); for (byte[] ocsp : revocationData.getOCSPs()) { try { OCSPRefType ocspRef = ocspRefs.addNewOCSPRef(); DigestAlgAndValueType digestAlgAndValue = ocspRef.addNewDigestAlgAndValue(); XAdESSignatureFacet.setDigestAlgAndValue(digestAlgAndValue, ocsp, signatureConfig.getDigestAlgo()); OCSPIdentifierType ocspIdentifier = ocspRef.addNewOCSPIdentifier(); OCSPResp ocspResp = new OCSPResp(ocsp); BasicOCSPResp basicOcspResp = (BasicOCSPResp) ocspResp.getResponseObject(); Calendar cal = Calendar.getInstance(); cal.setTime(basicOcspResp.getProducedAt()); ocspIdentifier.setProducedAt(cal); ResponderIDType responderId = ocspIdentifier.addNewResponderID(); RespID respId = basicOcspResp.getResponderId(); ResponderID ocspResponderId = respId.toASN1Object(); DERTaggedObject derTaggedObject = (DERTaggedObject) ocspResponderId.toASN1Primitive(); if (2 == derTaggedObject.getTagNo()) { ASN1OctetString keyHashOctetString = (ASN1OctetString) derTaggedObject.getObject(); byte key[] = keyHashOctetString.getOctets(); responderId.setByKey(key); } else { X500Name name = X500Name.getInstance(derTaggedObject.getObject()); String nameStr = name.toString(); responderId.setByName(nameStr); } } catch (Exception e) { throw new RuntimeException("OCSP decoding error: " + e.getMessage(), e); } } } // marshal XAdES-C // XAdES-X Type 1 timestamp List<Node> timeStampNodesXadesX1 = new ArrayList<Node>(); timeStampNodesXadesX1.add(nlSigVal.item(0)); timeStampNodesXadesX1.add(signatureTimeStamp.getDomNode()); timeStampNodesXadesX1.add(completeCertificateRefs.getDomNode()); timeStampNodesXadesX1.add(completeRevocationRefs.getDomNode()); RevocationData tsaRevocationDataXadesX1 = new RevocationData(); LOG.log(POILogger.DEBUG, "creating XAdES-X time-stamp"); XAdESTimeStampType timeStampXadesX1 = createXAdESTimeStamp(timeStampNodesXadesX1, tsaRevocationDataXadesX1); if (tsaRevocationDataXadesX1.hasRevocationDataEntries()) { ValidationDataType timeStampXadesX1ValidationData = createValidationData(tsaRevocationDataXadesX1); insertXChild(unsignedSigProps, timeStampXadesX1ValidationData); } // marshal XAdES-X unsignedSigProps.addNewSigAndRefsTimeStamp().set(timeStampXadesX1); // XAdES-X-L CertificateValuesType certificateValues = unsignedSigProps.addNewCertificateValues(); for (X509Certificate certificate : certChain) { EncapsulatedPKIDataType encapsulatedPKIDataType = certificateValues.addNewEncapsulatedX509Certificate(); try { encapsulatedPKIDataType.setByteArrayValue(certificate.getEncoded()); } catch (CertificateEncodingException e) { throw new RuntimeException("certificate encoding error: " + e.getMessage(), e); } } RevocationValuesType revocationValues = unsignedSigProps.addNewRevocationValues(); createRevocationValues(revocationValues, revocationData); // marshal XAdES-X-L Node n = document.importNode(qualProps.getDomNode(), true); qualNl.item(0).getParentNode().replaceChild(n, qualNl.item(0)); }
From source file:org.cesecore.certificates.ca.X509CA.java
License:Open Source License
/** * Sequence is ignored by X509CA. The ctParams argument will NOT be kept after the function call returns, * and is allowed to contain references to session beans. * //from w w w . jav a2 s . c om * @throws CAOfflineException if the CA wasn't active * @throws InvalidAlgorithmException if the signing algorithm in the certificate profile (or the CA Token if not found) was invalid. * @throws IllegalValidityException if validity was invalid * @throws IllegalNameException if the name specified in the certificate request was invalid * @throws CertificateExtensionException if any of the certificate extensions were invalid * @throws OperatorCreationException if CA's private key contained an unknown algorithm or provider * @throws CertificateCreateException if an error occurred when trying to create a certificate. * @throws SignatureException if the CA's certificate's and request's certificate's and signature algorithms differ */ private Certificate generateCertificate(final EndEntityInformation subject, final RequestMessage request, final PublicKey publicKey, final int keyusage, final Date notBefore, final Date notAfter, final CertificateProfile certProfile, final Extensions extensions, final String sequence, final PublicKey caPublicKey, final PrivateKey caPrivateKey, final String provider, CertificateGenerationParams certGenParams) throws CAOfflineException, InvalidAlgorithmException, IllegalValidityException, IllegalNameException, CertificateExtensionException, OperatorCreationException, CertificateCreateException, SignatureException { // We must only allow signing to take place if the CA itself is on line, even if the token is on-line. // We have to allow expired as well though, so we can renew expired CAs if ((getStatus() != CAConstants.CA_ACTIVE) && ((getStatus() != CAConstants.CA_EXPIRED))) { final String msg = intres.getLocalizedMessage("error.caoffline", getName(), getStatus()); if (log.isDebugEnabled()) { log.debug(msg); // This is something we handle so no need to log with higher priority } throw new CAOfflineException(msg); } final String sigAlg; if (certProfile.getSignatureAlgorithm() == null) { sigAlg = getCAToken().getSignatureAlgorithm(); } else { sigAlg = certProfile.getSignatureAlgorithm(); } // Check that the signature algorithm is one of the allowed ones if (!ArrayUtils.contains(AlgorithmConstants.AVAILABLE_SIGALGS, sigAlg)) { final String msg = intres.getLocalizedMessage("createcert.invalidsignaturealg", sigAlg); throw new InvalidAlgorithmException(msg); } // Check if this is a root CA we are creating final boolean isRootCA = certProfile.getType() == CertificateConstants.CERTTYPE_ROOTCA; final X509Certificate cacert = (X509Certificate) getCACertificate(); // Check CA certificate PrivateKeyUsagePeriod if it exists (throws CAOfflineException if it exists and is not within this time) CertificateValidity.checkPrivateKeyUsagePeriod(cacert); // Get certificate validity time notBefore and notAfter final CertificateValidity val = new CertificateValidity(subject, certProfile, notBefore, notAfter, cacert, isRootCA); final BigInteger serno; { // Serialnumber is either random bits, where random generator is initialized by the serno generator. // Or a custom serial number defined in the end entity object final ExtendedInformation ei = subject.getExtendedinformation(); if (certProfile.getAllowCertSerialNumberOverride()) { if (ei != null && ei.certificateSerialNumber() != null) { serno = ei.certificateSerialNumber(); } else { serno = SernoGeneratorRandom.instance().getSerno(); } } else { serno = SernoGeneratorRandom.instance().getSerno(); if ((ei != null) && (ei.certificateSerialNumber() != null)) { final String msg = intres.getLocalizedMessage( "createcert.certprof_not_allowing_cert_sn_override_using_normal", ei.certificateSerialNumber().toString(16)); log.info(msg); } } } // Make DNs String dn = subject.getCertificateDN(); if (certProfile.getUseSubjectDNSubSet()) { dn = certProfile.createSubjectDNSubSet(dn); } final X500NameStyle nameStyle; if (getUsePrintableStringSubjectDN()) { nameStyle = PrintableStringNameStyle.INSTANCE; } else { nameStyle = CeSecoreNameStyle.INSTANCE; } if (certProfile.getUseCNPostfix()) { dn = CertTools.insertCNPostfix(dn, certProfile.getCNPostfix(), nameStyle); } // Will we use LDAP DN order (CN first) or X500 DN order (CN last) for the subject DN final boolean ldapdnorder; if ((getUseLdapDNOrder() == false) || (certProfile.getUseLdapDnOrder() == false)) { ldapdnorder = false; } else { ldapdnorder = true; } final X500Name subjectDNName; if (certProfile.getAllowDNOverride() && (request != null) && (request.getRequestX500Name() != null)) { subjectDNName = request.getRequestX500Name(); if (log.isDebugEnabled()) { log.debug("Using X509Name from request instead of user's registered."); } } else { final ExtendedInformation ei = subject.getExtendedinformation(); if (certProfile.getAllowDNOverrideByEndEntityInformation() && ei != null && ei.getRawSubjectDn() != null) { final String stripped = StringTools.strip(ei.getRawSubjectDn()); final String escapedPluses = CertTools.handleUnescapedPlus(stripped); final String emptiesRemoved = DNFieldsUtil.removeAllEmpties(escapedPluses); final X500Name subjectDNNameFromEei = CertTools.stringToUnorderedX500Name(emptiesRemoved, CeSecoreNameStyle.INSTANCE); if (subjectDNNameFromEei.toString().length() > 0) { subjectDNName = subjectDNNameFromEei; if (log.isDebugEnabled()) { log.debug( "Using X500Name from end entity information instead of user's registered subject DN fields."); log.debug("ExtendedInformation.getRawSubjectDn(): " + ei.getRawSubjectDn() + " will use: " + CeSecoreNameStyle.INSTANCE.toString(subjectDNName)); } } else { subjectDNName = CertTools.stringToBcX500Name(dn, nameStyle, ldapdnorder); } } else { subjectDNName = CertTools.stringToBcX500Name(dn, nameStyle, ldapdnorder); } } // Make sure the DN does not contain dangerous characters if (StringTools.hasStripChars(subjectDNName.toString())) { if (log.isTraceEnabled()) { log.trace("DN with illegal name: " + subjectDNName); } final String msg = intres.getLocalizedMessage("createcert.illegalname"); throw new IllegalNameException(msg); } if (log.isDebugEnabled()) { log.debug("Using subjectDN: " + subjectDNName.toString()); } // We must take the issuer DN directly from the CA-certificate otherwise we risk re-ordering the DN // which many applications do not like. X500Name issuerDNName; if (isRootCA) { // This will be an initial root CA, since no CA-certificate exists // Or it is a root CA, since the cert is self signed. If it is a root CA we want to use the same encoding for subject and issuer, // it might have changed over the years. if (log.isDebugEnabled()) { log.debug("Using subject DN also as issuer DN, because it is a root CA"); } issuerDNName = subjectDNName; } else { issuerDNName = X500Name.getInstance(cacert.getSubjectX500Principal().getEncoded()); if (log.isDebugEnabled()) { log.debug("Using issuer DN directly from the CA certificate: " + issuerDNName.toString()); } } SubjectPublicKeyInfo pkinfo; try { pkinfo = new SubjectPublicKeyInfo((ASN1Sequence) ASN1Primitive.fromByteArray(publicKey.getEncoded())); } catch (IOException e) { throw new IllegalStateException("Caught unexpected IOException.", e); } final X509v3CertificateBuilder certbuilder = new X509v3CertificateBuilder(issuerDNName, serno, val.getNotBefore(), val.getNotAfter(), subjectDNName, pkinfo); // Only created and used if Certificate Transparency is enabled final X509v3CertificateBuilder precertbuilder = certProfile.isUseCertificateTransparencyInCerts() ? new X509v3CertificateBuilder(issuerDNName, serno, val.getNotBefore(), val.getNotAfter(), subjectDNName, pkinfo) : null; // Check that the certificate fulfills name constraints if (cacert instanceof X509Certificate) { GeneralNames altNameGNs = null; String altName = subject.getSubjectAltName(); if (certProfile.getUseSubjectAltNameSubSet()) { altName = certProfile.createSubjectAltNameSubSet(altName); } if (altName != null && altName.length() > 0) { altNameGNs = CertTools.getGeneralNamesFromAltName(altName); } CertTools.checkNameConstraints((X509Certificate) cacert, subjectDNName, altNameGNs); } // If the subject has Name Constraints, then name constraints must be enabled in the certificate profile! if (subject.getExtendedinformation() != null) { final ExtendedInformation ei = subject.getExtendedinformation(); final List<String> permittedNC = ei.getNameConstraintsPermitted(); final List<String> excludedNC = ei.getNameConstraintsExcluded(); if ((permittedNC != null && !permittedNC.isEmpty()) || (excludedNC != null && !excludedNC.isEmpty())) { if (!certProfile.getUseNameConstraints()) { throw new CertificateCreateException( "Tried to issue a certificate with Name Constraints without having enabled NC in the certificate profile."); } } } // // X509 Certificate Extensions // // Extensions we will add to the certificate, later when we have filled the structure with // everything we want. final ExtensionsGenerator extgen = new ExtensionsGenerator(); // First we check if there is general extension override, and add all extensions from // the request in that case if (certProfile.getAllowExtensionOverride() && extensions != null) { ASN1ObjectIdentifier[] oids = extensions.getExtensionOIDs(); for (ASN1ObjectIdentifier oid : oids) { final Extension ext = extensions.getExtension(oid); if (log.isDebugEnabled()) { log.debug("Overriding extension with oid: " + oid); } try { extgen.addExtension(oid, ext.isCritical(), ext.getParsedValue()); } catch (IOException e) { throw new IllegalStateException("Caught unexpected IOException.", e); } } } // Second we see if there is Key usage override Extensions overridenexts = extgen.generate(); if (certProfile.getAllowKeyUsageOverride() && (keyusage >= 0)) { if (log.isDebugEnabled()) { log.debug("AllowKeyUsageOverride=true. Using KeyUsage from parameter: " + keyusage); } if ((certProfile.getUseKeyUsage() == true) && (keyusage >= 0)) { final KeyUsage ku = new KeyUsage(keyusage); // We don't want to try to add custom extensions with the same oid if we have already added them // from the request, if AllowExtensionOverride is enabled. // Two extensions with the same oid is not allowed in the standard. if (overridenexts.getExtension(Extension.keyUsage) == null) { try { extgen.addExtension(Extension.keyUsage, certProfile.getKeyUsageCritical(), ku); } catch (IOException e) { throw new IllegalStateException("Caught unexpected IOException.", e); } } else { if (log.isDebugEnabled()) { log.debug( "KeyUsage was already overridden by an extension, not using KeyUsage from parameter."); } } } } // Third, check for standard Certificate Extensions that should be added. // Standard certificate extensions are defined in CertificateProfile and CertificateExtensionFactory // and implemented in package org.ejbca.core.model.certextensions.standard final CertificateExtensionFactory fact = CertificateExtensionFactory.getInstance(); final List<String> usedStdCertExt = certProfile.getUsedStandardCertificateExtensions(); final Iterator<String> certStdExtIter = usedStdCertExt.iterator(); overridenexts = extgen.generate(); while (certStdExtIter.hasNext()) { final String oid = certStdExtIter.next(); // We don't want to try to add standard extensions with the same oid if we have already added them // from the request, if AllowExtensionOverride is enabled. // Two extensions with the same oid is not allowed in the standard. if (overridenexts.getExtension(new ASN1ObjectIdentifier(oid)) == null) { final CertificateExtension certExt = fact.getStandardCertificateExtension(oid, certProfile); if (certExt != null) { final byte[] value = certExt.getValueEncoded(subject, this, certProfile, publicKey, caPublicKey, val); if (value != null) { extgen.addExtension(new ASN1ObjectIdentifier(certExt.getOID()), certExt.isCriticalFlag(), value); } } } else { if (log.isDebugEnabled()) { log.debug("Extension with oid " + oid + " has been overridden, standard extension will not be added."); } } } // Fourth, check for custom Certificate Extensions that should be added. // Custom certificate extensions is defined in certextensions.properties final List<Integer> usedCertExt = certProfile.getUsedCertificateExtensions(); final Iterator<Integer> certExtIter = usedCertExt.iterator(); while (certExtIter.hasNext()) { final Integer id = certExtIter.next(); final CertificateExtension certExt = fact.getCertificateExtensions(id); if (certExt != null) { // We don't want to try to add custom extensions with the same oid if we have already added them // from the request, if AllowExtensionOverride is enabled. // Two extensions with the same oid is not allowed in the standard. if (overridenexts.getExtension(new ASN1ObjectIdentifier(certExt.getOID())) == null) { final byte[] value = certExt.getValueEncoded(subject, this, certProfile, publicKey, caPublicKey, val); if (value != null) { extgen.addExtension(new ASN1ObjectIdentifier(certExt.getOID()), certExt.isCriticalFlag(), value); } } else { if (log.isDebugEnabled()) { log.debug("Extension with oid " + certExt.getOID() + " has been overridden, custom extension will not be added."); } } } } // Finally add extensions to certificate generator final Extensions exts = extgen.generate(); ASN1ObjectIdentifier[] oids = exts.getExtensionOIDs(); try { for (ASN1ObjectIdentifier oid : oids) { final Extension extension = exts.getExtension(oid); if (oid.equals(Extension.subjectAlternativeName)) { // subjectAlternativeName extension value needs special handling ExtensionsGenerator sanExtGen = getSubjectAltNameExtensionForCert(extension, precertbuilder != null); Extensions sanExts = sanExtGen.generate(); Extension eext = sanExts.getExtension(oid); certbuilder.addExtension(oid, eext.isCritical(), eext.getParsedValue()); // adding subjetAlternativeName extension to certbuilder if (precertbuilder != null) { // if a pre-certificate is to be published to a CTLog eext = getSubjectAltNameExtensionForCTCert(extension).generate().getExtension(oid); precertbuilder.addExtension(oid, eext.isCritical(), eext.getParsedValue()); // adding subjectAlternativeName extension to precertbuilder eext = sanExts.getExtension(new ASN1ObjectIdentifier("1.3.6.1.4.1.11129.2.4.6")); if (eext != null) { certbuilder.addExtension(eext.getExtnId(), eext.isCritical(), eext.getParsedValue()); // adding nrOfRedactedLabels extension to certbuilder } } } else { // if not a subjectAlternativeName extension, just add it to both certbuilder and precertbuilder final boolean isCritical = extension.isCritical(); // We must get the raw octets here in order to be able to create invalid extensions that is not constructed from proper ASN.1 final byte[] value = extension.getExtnValue().getOctets(); certbuilder.addExtension(extension.getExtnId(), isCritical, value); if (precertbuilder != null) { precertbuilder.addExtension(extension.getExtnId(), isCritical, value); } } } // Add Certificate Transparency extension. It needs to access the certbuilder and // the CA key so it has to be processed here inside X509CA. if (ct != null && certProfile.isUseCertificateTransparencyInCerts() && certGenParams.getConfiguredCTLogs() != null && certGenParams.getCTAuditLogCallback() != null) { // Create pre-certificate // A critical extension is added to prevent this cert from being used ct.addPreCertPoison(precertbuilder); // Sign pre-certificate /* * TODO: Should be able to use a special CT signing certificate. * It should have CA=true and ExtKeyUsage=PRECERTIFICATE_SIGNING_OID, * and should not have any other key usages. */ final ContentSigner signer = new BufferingContentSigner( new JcaContentSignerBuilder(sigAlg).setProvider(provider).build(caPrivateKey), 20480); final X509CertificateHolder certHolder = precertbuilder.build(signer); final X509Certificate cert = (X509Certificate) CertTools .getCertfromByteArray(certHolder.getEncoded()); // Get certificate chain final List<Certificate> chain = new ArrayList<Certificate>(); chain.add(cert); chain.addAll(getCertificateChain()); // Submit to logs and get signed timestamps byte[] sctlist = null; try { sctlist = ct.fetchSCTList(chain, certProfile, certGenParams.getConfiguredCTLogs()); } finally { // Notify that pre-cert has been successfully or unsuccessfully submitted so it can be audit logged. certGenParams.getCTAuditLogCallback().logPreCertSubmission(this, subject, cert, sctlist != null); } if (sctlist != null) { // can be null if the CTLog has been deleted from the configuration ASN1ObjectIdentifier sctOid = new ASN1ObjectIdentifier(CertificateTransparency.SCTLIST_OID); certbuilder.addExtension(sctOid, false, new DEROctetString(sctlist)); } } else { if (log.isDebugEnabled()) { String cause = ""; if (ct == null) { cause += "CT is not available in this version of EJBCA."; } else { if (!certProfile.isUseCertificateTransparencyInCerts()) { cause += "CT is not enabled in the certificate profile. "; } if (certGenParams == null) { cause += "Certificate generation parameters was null."; } else if (certGenParams.getCTAuditLogCallback() == null) { cause += "No CT audit logging callback was passed to X509CA."; } else if (certGenParams.getConfiguredCTLogs() == null) { cause += "There are no CT logs configured in System Configuration."; } } log.debug("Not logging to CT. " + cause); } } } catch (CertificateException e) { throw new CertificateCreateException( "Could not process CA's private key when parsing Certificate Transparency extension.", e); } catch (IOException e) { throw new CertificateCreateException( "IOException was caught when parsing Certificate Transparency extension.", e); } catch (CTLogException e) { throw new CertificateCreateException( "An exception occurred because too many CT servers were down to satisfy the certificate profile.", e); } // // End of extensions // if (log.isTraceEnabled()) { log.trace(">certgen.generate"); } final ContentSigner signer = new BufferingContentSigner( new JcaContentSignerBuilder(sigAlg).setProvider(provider).build(caPrivateKey), 20480); final X509CertificateHolder certHolder = certbuilder.build(signer); X509Certificate cert; try { cert = (X509Certificate) CertTools.getCertfromByteArray(certHolder.getEncoded()); } catch (IOException e) { throw new IllegalStateException("Unexpected IOException caught when parsing certificate holder.", e); } catch (CertificateException e) { throw new CertificateCreateException("Could not create certificate from CA's private key,", e); } if (log.isTraceEnabled()) { log.trace("<certgen.generate"); } // Verify using the CA certificate before returning // If we can not verify the issued certificate using the CA certificate we don't want to issue this cert // because something is wrong... final PublicKey verifyKey; // We must use the configured public key if this is a rootCA, because then we can renew our own certificate, after changing // the keys. In this case the _new_ key will not match the current CA certificate. if ((cacert != null) && (!isRootCA)) { verifyKey = cacert.getPublicKey(); } else { verifyKey = caPublicKey; } try { cert.verify(verifyKey); } catch (InvalidKeyException e) { throw new CertificateCreateException("CA's public key was invalid,", e); } catch (NoSuchAlgorithmException e) { throw new CertificateCreateException(e); } catch (NoSuchProviderException e) { throw new IllegalStateException("Provider was unknown", e); } catch (CertificateException e) { throw new CertificateCreateException(e); } // If we have a CA-certificate, verify that we have all path verification stuff correct if (cacert != null) { final byte[] aki = CertTools.getAuthorityKeyId(cert); final byte[] ski = CertTools.getSubjectKeyId(isRootCA ? cert : cacert); if ((aki != null) && (ski != null)) { final boolean eq = Arrays.equals(aki, ski); if (!eq) { final String akistr = new String(Hex.encode(aki)); final String skistr = new String(Hex.encode(ski)); final String msg = intres.getLocalizedMessage("createcert.errorpathverifykeyid", akistr, skistr); log.error(msg); // This will differ if we create link certificates, NewWithOld, therefore we can not throw an exception here. } } final Principal issuerDN = cert.getIssuerX500Principal(); final Principal caSubjectDN = cacert.getSubjectX500Principal(); if ((issuerDN != null) && (caSubjectDN != null)) { final boolean eq = issuerDN.equals(caSubjectDN); if (!eq) { final String msg = intres.getLocalizedMessage("createcert.errorpathverifydn", issuerDN.getName(), caSubjectDN.getName()); log.error(msg); throw new CertificateCreateException(msg); } } } // Before returning from this method, we will set the private key and provider in the request message, in case the response message needs to be signed if (request != null) { request.setResponseKeyInfo(caPrivateKey, provider); } if (log.isDebugEnabled()) { log.debug("X509CA: generated certificate, CA " + this.getCAId() + " for DN: " + subject.getCertificateDN()); } return cert; }
From source file:org.cesecore.certificates.ca.X509CA.java
License:Open Source License
/** * Generate a CRL or a deltaCRL//w w w . j a va 2 s.c om * * @param certs * list of revoked certificates * @param crlnumber * CRLNumber for this CRL * @param isDeltaCRL * true if we should generate a DeltaCRL * @param basecrlnumber * caseCRLNumber for a delta CRL, use 0 for full CRLs * @param certProfile * certificate profile for CRL Distribution point in the CRL, or null * @return CRL * @throws CryptoTokenOfflineException * @throws IllegalCryptoTokenException * @throws IOException * @throws SignatureException * @throws NoSuchProviderException * @throws InvalidKeyException * @throws CRLException * @throws NoSuchAlgorithmException */ private X509CRLHolder generateCRL(CryptoToken cryptoToken, Collection<RevokedCertInfo> certs, long crlPeriod, int crlnumber, boolean isDeltaCRL, int basecrlnumber) throws CryptoTokenOfflineException, IllegalCryptoTokenException, IOException, SignatureException, NoSuchProviderException, InvalidKeyException, CRLException, NoSuchAlgorithmException { final String sigAlg = getCAInfo().getCAToken().getSignatureAlgorithm(); if (log.isDebugEnabled()) { log.debug("generateCRL(" + certs.size() + ", " + crlPeriod + ", " + crlnumber + ", " + isDeltaCRL + ", " + basecrlnumber); } // Make DNs final X509Certificate cacert = (X509Certificate) getCACertificate(); final X500Name issuer; if (cacert == null) { // This is an initial root CA, since no CA-certificate exists // (I don't think we can ever get here!!!) final X500NameStyle nameStyle; if (getUsePrintableStringSubjectDN()) { nameStyle = PrintableStringNameStyle.INSTANCE; } else { nameStyle = CeSecoreNameStyle.INSTANCE; } issuer = CertTools.stringToBcX500Name(getSubjectDN(), nameStyle, getUseLdapDNOrder()); } else { issuer = X500Name.getInstance(cacert.getSubjectX500Principal().getEncoded()); } final Date thisUpdate = new Date(); final Date nextUpdate = new Date(); nextUpdate.setTime(nextUpdate.getTime() + crlPeriod); final X509v2CRLBuilder crlgen = new X509v2CRLBuilder(issuer, thisUpdate); crlgen.setNextUpdate(nextUpdate); if (certs != null) { if (log.isDebugEnabled()) { log.debug("Adding " + certs.size() + " revoked certificates to CRL. Free memory=" + Runtime.getRuntime().freeMemory()); } final Iterator<RevokedCertInfo> it = certs.iterator(); while (it.hasNext()) { final RevokedCertInfo certinfo = (RevokedCertInfo) it.next(); crlgen.addCRLEntry(certinfo.getUserCertificate(), certinfo.getRevocationDate(), certinfo.getReason()); } if (log.isDebugEnabled()) { log.debug("Finished adding " + certs.size() + " revoked certificates to CRL. Free memory=" + Runtime.getRuntime().freeMemory()); } } // Authority key identifier if (getUseAuthorityKeyIdentifier() == true) { byte[] caSkid = (cacert != null ? CertTools.getSubjectKeyId(cacert) : null); if (caSkid != null) { // Use subject key id from CA certificate AuthorityKeyIdentifier aki = new AuthorityKeyIdentifier(caSkid); crlgen.addExtension(Extension.authorityKeyIdentifier, getAuthorityKeyIdentifierCritical(), aki); } else { // Generate from SHA1 of public key ASN1InputStream asn1InputStream = new ASN1InputStream(new ByteArrayInputStream(cryptoToken .getPublicKey(getCAToken().getAliasFromPurpose(CATokenConstants.CAKEYPURPOSE_CRLSIGN)) .getEncoded())); try { SubjectPublicKeyInfo apki = new SubjectPublicKeyInfo( (ASN1Sequence) asn1InputStream.readObject()); AuthorityKeyIdentifier aki = new AuthorityKeyIdentifier(apki); crlgen.addExtension(Extension.authorityKeyIdentifier, getAuthorityKeyIdentifierCritical(), aki); } finally { asn1InputStream.close(); } } } // Authority Information Access final ASN1EncodableVector accessList = new ASN1EncodableVector(); if (getAuthorityInformationAccess() != null) { for (String url : getAuthorityInformationAccess()) { if (StringUtils.isNotEmpty(url)) { GeneralName accessLocation = new GeneralName(GeneralName.uniformResourceIdentifier, new DERIA5String(url)); accessList.add(new AccessDescription(AccessDescription.id_ad_caIssuers, accessLocation)); } } } if (accessList.size() > 0) { AuthorityInformationAccess authorityInformationAccess = AuthorityInformationAccess .getInstance(new DERSequence(accessList)); // "This CRL extension MUST NOT be marked critical." according to rfc4325 crlgen.addExtension(Extension.authorityInfoAccess, false, authorityInformationAccess); } // CRLNumber extension if (getUseCRLNumber() == true) { CRLNumber crlnum = new CRLNumber(BigInteger.valueOf(crlnumber)); crlgen.addExtension(Extension.cRLNumber, this.getCRLNumberCritical(), crlnum); } if (isDeltaCRL) { // DeltaCRLIndicator extension CRLNumber basecrlnum = new CRLNumber(BigInteger.valueOf(basecrlnumber)); crlgen.addExtension(Extension.deltaCRLIndicator, true, basecrlnum); } // CRL Distribution point URI and Freshest CRL DP if (getUseCrlDistributionPointOnCrl()) { String crldistpoint = getDefaultCRLDistPoint(); List<DistributionPoint> distpoints = generateDistributionPoints(crldistpoint); if (distpoints.size() > 0) { IssuingDistributionPoint idp = new IssuingDistributionPoint( distpoints.get(0).getDistributionPoint(), false, false, null, false, false); // According to the RFC, IDP must be a critical extension. // Nonetheless, at the moment, Mozilla is not able to correctly // handle the IDP extension and discards the CRL if it is critical. crlgen.addExtension(Extension.issuingDistributionPoint, getCrlDistributionPointOnCrlCritical(), idp); } if (!isDeltaCRL) { String crlFreshestDP = getCADefinedFreshestCRL(); List<DistributionPoint> freshestDistPoints = generateDistributionPoints(crlFreshestDP); if (freshestDistPoints.size() > 0) { CRLDistPoint ext = new CRLDistPoint((DistributionPoint[]) freshestDistPoints .toArray(new DistributionPoint[freshestDistPoints.size()])); // According to the RFC, the Freshest CRL extension on a // CRL must not be marked as critical. Therefore it is // hardcoded as not critical and is independent of // getCrlDistributionPointOnCrlCritical(). crlgen.addExtension(Extension.freshestCRL, false, ext); } } } final X509CRLHolder crl; if (log.isDebugEnabled()) { log.debug("Signing CRL. Free memory=" + Runtime.getRuntime().freeMemory()); } final String alias = getCAToken().getAliasFromPurpose(CATokenConstants.CAKEYPURPOSE_CRLSIGN); try { final ContentSigner signer = new BufferingContentSigner(new JcaContentSignerBuilder(sigAlg) .setProvider(cryptoToken.getSignProviderName()).build(cryptoToken.getPrivateKey(alias)), 20480); crl = crlgen.build(signer); } catch (OperatorCreationException e) { // Very fatal error throw new RuntimeException("Can not create Jca content signer: ", e); } if (log.isDebugEnabled()) { log.debug("Finished signing CRL. Free memory=" + Runtime.getRuntime().freeMemory()); } // Verify using the CA certificate before returning // If we can not verify the issued CRL using the CA certificate we don't want to issue this CRL // because something is wrong... final PublicKey verifyKey; if (cacert != null) { verifyKey = cacert.getPublicKey(); if (log.isTraceEnabled()) { log.trace("Got the verify key from the CA certificate."); } } else { verifyKey = cryptoToken.getPublicKey(alias); if (log.isTraceEnabled()) { log.trace("Got the verify key from the CA token."); } } try { final ContentVerifierProvider verifier = new JcaContentVerifierProviderBuilder().build(verifyKey); if (!crl.isSignatureValid(verifier)) { throw new SignatureException("Error verifying CRL to be returned."); } } catch (OperatorCreationException e) { // Very fatal error throw new RuntimeException("Can not create Jca content signer: ", e); } catch (CertException e) { throw new SignatureException(e.getMessage(), e); } if (log.isDebugEnabled()) { log.debug("Returning CRL. Free memory=" + Runtime.getRuntime().freeMemory()); } return crl; }
From source file:org.cesecore.certificates.ca.X509CATest.java
License:Open Source License
private static ASN1Encodable getValueFromDN(Certificate cert, ASN1ObjectIdentifier oid) { final X500Principal principal = ((X509Certificate) cert).getSubjectX500Principal(); final X500Name xname = X500Name.getInstance(principal.getEncoded()); final RDN rdn = xname.getRDNs(oid)[0]; return rdn.getTypesAndValues()[0].getValue(); }
From source file:org.cesecore.certificates.certificate.CertificateCreateSessionTest.java
License:Open Source License
@Test public void testDnOrder() throws Exception { final CertificateProfile certprof = new CertificateProfile( CertificateProfileConstants.CERTPROFILE_FIXED_ENDUSER); assertTrue(certprof.getUseLdapDnOrder()); String finger1 = null;//from ww w . j ava 2 s. com String finger2 = null; try { int cpId = certProfileSession.addCertificateProfile(roleMgmgToken, "createCertTest", certprof); // EJBCA standard has SN means serialnumber, surname is SURNAME. Must be kept for backwards compatibility EndEntityInformation user = new EndEntityInformation("dnorder", "C=SE,O=PrimeKey,SN=12345,SURNAME=surname,CN=DnOrderTest", testx509ca.getCAId(), null, "dnoverride@anatom.se", new EndEntityType(EndEntityTypes.ENDUSER), 0, cpId, EndEntityConstants.TOKEN_USERGEN, 0, null); user.setStatus(EndEntityConstants.STATUS_NEW); user.setPassword("foo123"); SimpleRequestMessage req = new SimpleRequestMessage(keys.getPublic(), "dnorder", "foo123"); req.setIssuerDN(CertTools.getIssuerDN(testx509ca.getCACertificate())); req.setRequestDN("C=SE,O=Foo Company,SN=12345,SURNAME=surname,CN=DnOrderTest"); // This should not matter now // Make the call X509ResponseMessage resp = (X509ResponseMessage) certificateCreateSession.createCertificate( roleMgmgToken, user, req, org.cesecore.certificates.certificate.request.X509ResponseMessage.class, signSession.fetchCertGenParams()); assertNotNull("Failed to get response", resp); Certificate cert = (X509Certificate) resp.getCertificate(); finger1 = CertTools.getFingerprintAsString(cert); assertNotNull("Failed to create certificate", cert); X500Principal princ = ((X509Certificate) cert).getSubjectX500Principal(); X500Name name = X500Name.getInstance(princ.getEncoded()); assertEquals("CN=DnOrderTest,SERIALNUMBER=12345,SURNAME=surname,O=PrimeKey,C=SE", name.toString()); // Get device serial number to check that it really is the correct stuff and that SerialNumber and SurName has not gotten mixed up RDN[] rdns = name.getRDNs(new ASN1ObjectIdentifier("2.5.4.5")); // Device serial number assertEquals(1, rdns.length); AttributeTypeAndValue value = rdns[0].getFirst(); assertEquals("12345", value.getValue().toString()); rdns = name.getRDNs(new ASN1ObjectIdentifier("2.5.4.4")); // Surname (last name) value = rdns[0].getFirst(); assertEquals(1, rdns.length); assertEquals("surname", value.getValue().toString()); // Test reversing DN, should make a lot of difference certprof.setUseLdapDnOrder(false); certProfileSession.changeCertificateProfile(roleMgmgToken, "createCertTest", certprof); resp = (X509ResponseMessage) certificateCreateSession.createCertificate(roleMgmgToken, user, req, org.cesecore.certificates.certificate.request.X509ResponseMessage.class, signSession.fetchCertGenParams()); assertNotNull("Failed to get response", resp); cert = (X509Certificate) resp.getCertificate(); finger2 = CertTools.getFingerprintAsString(cert); assertNotNull("Failed to create certificate", cert); princ = ((X509Certificate) cert).getSubjectX500Principal(); name = X500Name.getInstance(princ.getEncoded()); assertEquals("C=SE,O=PrimeKey,SURNAME=surname,SERIALNUMBER=12345,CN=DnOrderTest", name.toString()); // Get device serial number to check that it really is the correct stuff and that SerialNumber and SurName has not gotten mixed up rdns = name.getRDNs(new ASN1ObjectIdentifier("2.5.4.5")); // Device serial number assertEquals(1, rdns.length); value = rdns[0].getFirst(); assertEquals("12345", value.getValue().toString()); rdns = name.getRDNs(new ASN1ObjectIdentifier("2.5.4.4")); // Surname (last name) value = rdns[0].getFirst(); assertEquals(1, rdns.length); assertEquals("surname", value.getValue().toString()); } finally { certProfileSession.removeCertificateProfile(roleMgmgToken, "createCertTest"); internalCertStoreSession.removeCertificate(finger1); internalCertStoreSession.removeCertificate(finger2); } }
From source file:org.cesecore.util.CertTools.java
License:Open Source License
/** * Checks that the given SubjectDN / SAN satisfies the Name Constraints of the given issuer (if there are any). * This method checks the Name Constraints in the given issuer only. A complete implementation of * name constraints should check the whole certificate chain. * //from w w w . j a va2 s .c om * @param issuer Issuing CA. * @param subjectDNName Subject DN to check. Optional. * @param subjectAltName Subject Alternative Name to check. Optional. * @throws CertificateExtensionException */ public static void checkNameConstraints(X509Certificate issuer, X500Name subjectDNName, GeneralNames subjectAltName) throws IllegalNameException { final byte[] ncbytes = issuer.getExtensionValue(Extension.nameConstraints.getId()); final ASN1OctetString ncstr = (ncbytes != null ? DEROctetString.getInstance(ncbytes) : null); final ASN1Sequence ncseq = (ncbytes != null ? DERSequence.getInstance(ncstr.getOctets()) : null); final NameConstraints nc = (ncseq != null ? NameConstraints.getInstance(ncseq) : null); if (nc != null) { if (subjectDNName != null) { // Skip check for root CAs final X500Name issuerDNName = X500Name.getInstance(issuer.getSubjectX500Principal().getEncoded()); if (issuerDNName.equals(subjectDNName)) { return; } } final PKIXNameConstraintValidator validator = new PKIXNameConstraintValidator(); GeneralSubtree[] permitted = nc.getPermittedSubtrees(); GeneralSubtree[] excluded = nc.getExcludedSubtrees(); if (permitted != null) { validator.intersectPermittedSubtree(permitted); } if (excluded != null) { for (GeneralSubtree subtree : excluded) { validator.addExcludedSubtree(subtree); } } if (subjectDNName != null) { GeneralName dngn = new GeneralName(subjectDNName); try { validator.checkPermitted(dngn); validator.checkExcluded(dngn); } catch (PKIXNameConstraintValidatorException e) { final String dnStr = subjectDNName.toString(); final boolean isLdapOrder = dnHasMultipleComponents(dnStr) && !isDNReversed(dnStr); if (isLdapOrder) { final String msg = intres.getLocalizedMessage("nameconstraints.x500dnorderrequired"); throw new IllegalNameException(msg); } else { final String msg = intres.getLocalizedMessage("nameconstraints.forbiddensubjectdn", subjectDNName); throw new IllegalNameException(msg, e); } } } if (subjectAltName != null) { for (GeneralName sangn : subjectAltName.getNames()) { try { validator.checkPermitted(sangn); validator.checkExcluded(sangn); } catch (PKIXNameConstraintValidatorException e) { final String msg = intres.getLocalizedMessage("nameconstraints.forbiddensubjectaltname", sangn); throw new IllegalNameException(msg, e); } } } } }
From source file:org.conscrypt.java.security.TestKeyStore.java
License:Apache License
private static X509Certificate createCertificate(PublicKey publicKey, PrivateKey privateKey, X500Principal subject, X500Principal issuer, int keyUsage, boolean ca, List<KeyPurposeId> extendedKeyUsages, List<Boolean> criticalExtendedKeyUsages, List<GeneralName> subjectAltNames, List<GeneralSubtree> permittedNameConstraints, List<GeneralSubtree> excludedNameConstraints, BigInteger serialNumber) throws Exception { // Note that there is no way to programmatically make a // Certificate using java.* or javax.* APIs. The // CertificateFactory interface assumes you want to read // in a stream of bytes, typically the X.509 factory would // allow ASN.1 DER encoded bytes and optionally some PEM // formats. Here we use Bouncy Castle's // X509V3CertificateGenerator and related classes. long millisPerDay = 24 * 60 * 60 * 1000; long now = System.currentTimeMillis(); Date start = new Date(now - millisPerDay); Date end = new Date(now + millisPerDay); String keyAlgorithm = privateKey.getAlgorithm(); String signatureAlgorithm;// www . j a v a2 s . co m if (keyAlgorithm.equals("RSA")) { signatureAlgorithm = "sha256WithRSA"; } else if (keyAlgorithm.equals("DSA")) { signatureAlgorithm = "sha256WithDSA"; } else if (keyAlgorithm.equals("EC")) { signatureAlgorithm = "sha256WithECDSA"; } else if (keyAlgorithm.equals("EC_RSA")) { signatureAlgorithm = "sha256WithRSA"; } else { throw new IllegalArgumentException("Unknown key algorithm " + keyAlgorithm); } if (serialNumber == null) { byte[] serialBytes = new byte[16]; new SecureRandom().nextBytes(serialBytes); serialNumber = new BigInteger(1, serialBytes); } X509v3CertificateBuilder x509cg = new X509v3CertificateBuilder(X500Name.getInstance(issuer.getEncoded()), serialNumber, start, end, X500Name.getInstance(subject.getEncoded()), SubjectPublicKeyInfo.getInstance(publicKey.getEncoded())); if (keyUsage != 0) { x509cg.addExtension(Extension.keyUsage, true, new KeyUsage(keyUsage)); } if (ca) { x509cg.addExtension(Extension.basicConstraints, true, new BasicConstraints(true)); } for (int i = 0; i < extendedKeyUsages.size(); i++) { KeyPurposeId keyPurposeId = extendedKeyUsages.get(i); boolean critical = criticalExtendedKeyUsages.get(i); x509cg.addExtension(Extension.extendedKeyUsage, critical, new ExtendedKeyUsage(keyPurposeId)); } if (!subjectAltNames.isEmpty()) { x509cg.addExtension(Extension.subjectAlternativeName, false, new GeneralNames(subjectAltNames.toArray(new GeneralName[0])).getEncoded()); } if (!permittedNameConstraints.isEmpty() || !excludedNameConstraints.isEmpty()) { x509cg.addExtension(Extension.nameConstraints, true, new NameConstraints( permittedNameConstraints.toArray(new GeneralSubtree[permittedNameConstraints.size()]), excludedNameConstraints.toArray(new GeneralSubtree[excludedNameConstraints.size()]))); } X509CertificateHolder x509holder = x509cg .build(new JcaContentSignerBuilder(signatureAlgorithm).build(privateKey)); CertificateFactory certFactory = CertificateFactory.getInstance("X.509"); X509Certificate x509c = (X509Certificate) certFactory .generateCertificate(new ByteArrayInputStream(x509holder.getEncoded())); if (StandardNames.IS_RI) { /* * The RI can't handle the BC EC signature algorithm * string of "ECDSA", since it expects "...WITHEC...", * so convert from BC to RI X509Certificate * implementation via bytes. */ CertificateFactory cf = CertificateFactory.getInstance("X.509"); ByteArrayInputStream bais = new ByteArrayInputStream(x509c.getEncoded()); Certificate c = cf.generateCertificate(bais); x509c = (X509Certificate) c; } return x509c; }
From source file:org.cryptacular.x509.dn.NameReader.java
License:Open Source License
/** * Converts the given X.500 principal to a list of relative distinguished * names that contains the attributes comprising the DN. * * @param principal Principal to convert. * * @return X500 principal as an RDN sequence. *///w ww . j a v a 2 s .c om public static RDNSequence readX500Principal(final X500Principal principal) { final X500Name name = X500Name.getInstance(principal.getEncoded()); final RDNSequence sequence = new RDNSequence(); for (org.bouncycastle.asn1.x500.RDN rdn : name.getRDNs()) { final Attributes attributes = new Attributes(); for (AttributeTypeAndValue tv : rdn.getTypesAndValues()) { attributes.add(tv.getType().getId(), tv.getValue().toString()); } sequence.add(new RDN(attributes)); } return sequence; }