Package org.apache.commons.ssl.asn1

Examples of org.apache.commons.ssl.asn1.DEROctetString

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        byte[] bytes = spki.getPublicKeyData().getBytes();
        digest.update(bytes, 0, bytes.length);
        digest.doFinal(resBuf, 0);

        this.keyidentifier = new DEROctetString(resBuf);
        this.certissuer = GeneralNames.getInstance(name.toASN1Primitive());
        this.certserno = new ASN1Integer(serialNumber);
    }
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      * create an AuthorityKeyIdentifier with a precomputed key identifier
      */
     public AuthorityKeyIdentifier(
         byte[]                  keyIdentifier)
     {
         this.keyidentifier = new DEROctetString(keyIdentifier);
         this.certissuer = null;
         this.certserno = null;
     }
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    public AuthorityKeyIdentifier(
        byte[]                  keyIdentifier,
        GeneralNames            name,
        BigInteger              serialNumber)
    {
        this.keyidentifier = new DEROctetString(keyIdentifier);
        this.certissuer = GeneralNames.getInstance(name.toASN1Primitive());
        this.certserno = new ASN1Integer(serialNumber);
    }
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    {
        for (int i = 0; i < testNameIsConstraint.length; i++)
        {
            PKIXNameConstraintValidator constraintValidator = new PKIXNameConstraintValidator();
            constraintValidator.intersectPermittedSubtree(new GeneralSubtree(
                new GeneralName(nameType, new DEROctetString(
                    testNameIsConstraint[i]))));
            constraintValidator.checkPermitted(new GeneralName(nameType,
                new DEROctetString(testName)));
        }
        for (int i = 0; i < testNameIsNotConstraint.length; i++)
        {
            PKIXNameConstraintValidator constraintValidator = new PKIXNameConstraintValidator();
            constraintValidator.intersectPermittedSubtree(new GeneralSubtree(
                new GeneralName(nameType, new DEROctetString(
                    testNameIsNotConstraint[i]))));
            try
            {
                constraintValidator.checkPermitted(new GeneralName(nameType,
                    new DEROctetString(testName)));
                fail("not permitted name allowed: " + nameType);
            }
            catch (PKIXNameConstraintValidatorException e)
            {
                // expected
            }
        }
        for (int i = 0; i < testNameIsConstraint.length; i++)
        {
            PKIXNameConstraintValidator constraintValidator = new PKIXNameConstraintValidator();
            constraintValidator.addExcludedSubtree(new GeneralSubtree(new GeneralName(
                nameType, new DEROctetString(testNameIsConstraint[i]))));
            try
            {
                constraintValidator.checkExcluded(new GeneralName(nameType,
                    new DEROctetString(testName)));
                fail("excluded name missed: " + nameType);
            }
            catch (PKIXNameConstraintValidatorException e)
            {
                // expected
            }
        }
        for (int i = 0; i < testNameIsNotConstraint.length; i++)
        {
            PKIXNameConstraintValidator constraintValidator = new PKIXNameConstraintValidator();
            constraintValidator.addExcludedSubtree(new GeneralSubtree(new GeneralName(
                nameType, new DEROctetString(testNameIsNotConstraint[i]))));
            constraintValidator.checkExcluded(new GeneralName(nameType,
                new DEROctetString(testName)));
        }
        for (int i = 0; i < testNames1.length; i++)
        {
            PKIXNameConstraintValidator constraintValidator = new PKIXNameConstraintValidator();
            constraintValidator.addExcludedSubtree(new GeneralSubtree(new GeneralName(
                nameType, new DEROctetString(testNames1[i]))));
            constraintValidator.addExcludedSubtree(new GeneralSubtree(new GeneralName(
                nameType, new DEROctetString(testNames2[i]))));
            PKIXNameConstraintValidator constraints2 = new PKIXNameConstraintValidator();
            for (int j = 0; j < testUnion[i].length; j++)
            {
                constraints2.addExcludedSubtree(new GeneralSubtree(
                    new GeneralName(nameType, new DEROctetString(
                        testUnion[i][j]))));
            }
            if (!constraints2.equals(constraintValidator))
            {
                fail("union wrong: " + nameType);
            }
            constraintValidator = new PKIXNameConstraintValidator();
            constraintValidator.intersectPermittedSubtree(new GeneralSubtree(
                new GeneralName(nameType, new DEROctetString(testNames1[i]))));
            constraintValidator.intersectPermittedSubtree(new GeneralSubtree(
                new GeneralName(nameType, new DEROctetString(testNames2[i]))));
            constraints2 = new PKIXNameConstraintValidator();
            if (testInterSection[i] != null)
            {
                constraints2.intersectPermittedSubtree(new GeneralSubtree(
                new GeneralName(nameType, new DEROctetString(
                    testInterSection[i]))));
            }
            else
            {
                constraints2.intersectEmptyPermittedSubtree(nameType);
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        if (aCert.hasUnsupportedCriticalExtension())
        {
            fail("unsupported extensions found with no extensions");
        }
       
        gen.addExtension("1.1", true, new DEROctetString(new byte[10]));
       
        gen.addExtension("2.2", false, new DEROctetString(new byte[20]));
       
        aCert = gen.generate(privKey, "BC");
       
        Set exts = aCert.getCriticalExtensionOIDs();
       
        if (exts.size() != 1 || !exts.contains("1.1"))
        {
            fail("critical extension test failed");
        }

        exts = aCert.getNonCriticalExtensionOIDs();
       
        if (exts.size() != 1 || !exts.contains("2.2"))
        {
            fail("non-critical extension test failed");
        }
       
        if (!aCert.hasUnsupportedCriticalExtension())
        {
            fail("unsupported extensions not found");
        }
       
        byte[]        extString = aCert.getExtensionValue("1.1");
        ASN1Encodable extValue = X509ExtensionUtil.fromExtensionValue(extString);
       
        if (!extValue.equals(new DEROctetString(new byte[10])))
        {
            fail("wrong extension value found for 1.1");
        }
       
        testCertWithBaseCertificateID();
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        return keyidentifier;
    }

    public ASN1Primitive toASN1Primitive()
    {
        return new DEROctetString(keyidentifier);
    }
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                        ecP.getH().intValue());
            }

            DERBitString    bits = info.getPublicKeyData();
            byte[]          data = bits.getBytes();
            ASN1OctetString key = new DEROctetString(data);

            //
            // extra octet string - one of our old certs...
            //
            if (data[0] == 0x04 && data[1] == data.length - 2
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            extractBytes(encKey, 0, bX);
            extractBytes(encKey, 32, bY);

            try
            {
                info = new SubjectPublicKeyInfo(new AlgorithmIdentifier(CryptoProObjectIdentifiers.gostR3410_2001, params), new DEROctetString(encKey));
            }
            catch (IOException e)
            {
                return null;
            }
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        else if (tag == iPAddress)
        {
            byte[] enc = toGeneralNameEncoding(name);
            if (enc != null)
            {
                this.obj = new DEROctetString(enc);
            }
            else
            {
                throw new IllegalArgumentException("IP Address is invalid");
            }
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        AlgorithmIdentifier algId,
        ASN1Encodable       privateKey,
        ASN1Set             attributes)
        throws IOException
    {
        this.privKey = new DEROctetString(privateKey.toASN1Primitive().getEncoded(ASN1Encoding.DER));
        this.algId = algId;
        this.attributes = attributes;
    }
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