Examples with org.jaxdb.www.ddlx_0_5.xLygluGCXAA.$Integer org.jaxdb.www.ddlx_0_5.xLygluGCXAA.$Integer used on opensource projects

Example 46 with org.jaxdb.www.ddlx_0_5.xLygluGCXAA.$Integer

use of org.jaxdb.www.ddlx_0_5.xLygluGCXAA.$Integer in project jaxdb by jaxdb.

the class SQLiteDecompiler method makeColumn.

@Override
$Column makeColumn(final String columnName, final String typeName, final long size, final int decimalDigits, final String _default, final Boolean nullable, final Boolean autoIncrement) {
    final $Column column;
    if (typeName.startsWith("BIGINT")) {
        final $Bigint type = newColumn($Bigint.class);
        if (size != 2000000000)
            type.setPrecision$(new $Bigint.Precision$((byte) size));
        if (_default != null)
            type.setDefault$(new $Bigint.Default$(Long.valueOf(_default)));
        if (autoIncrement != null && autoIncrement)
            type.setGenerateOnInsert$(new $Bigint.GenerateOnInsert$($Integer.GenerateOnInsert$.AUTO_5FINCREMENT));
        column = type;
    } else if (typeName.startsWith("BINARY")) {
        final $Binary type = newColumn($Binary.class);
        final Long length = getLength(typeName);
        if (length != null)
            type.setLength$(new $Binary.Length$(length));
        column = type;
    } else if (typeName.startsWith("BLOB")) {
        final $Blob type = newColumn($Blob.class);
        final Long length = getLength(typeName);
        if (length != null)
            type.setLength$(new $Blob.Length$(length));
        column = type;
    } else if ("BOOLEAN".equals(typeName)) {
        final $Boolean type = newColumn($Boolean.class);
        if (_default != null)
            type.setDefault$(new $Boolean.Default$(Boolean.parseBoolean(_default)));
        column = type;
    } else if (typeName.startsWith("VARCHAR") || typeName.startsWith("CHARACTER")) {
        final $Char type = newColumn($Char.class);
        if (typeName.startsWith("VARCHAR"))
            type.setVarying$(new $Char.Varying$(true));
        final Long length = getLength(typeName);
        if (length != null)
            type.setLength$(new $Char.Length$(length));
        if (_default != null)
            type.setDefault$(new $Char.Default$(_default.substring(1, _default.length() - 1)));
        column = type;
    } else if (typeName.startsWith("TEXT")) {
        final $Clob type = newColumn($Clob.class);
        final Long length = getLength(typeName);
        if (length != null)
            type.setLength$(new $Clob.Length$(length));
        column = type;
    } else if ("DATE".equals(typeName)) {
        final $Date type = newColumn($Date.class);
        if (_default != null)
            type.setDefault$(new $Date.Default$(_default.substring(1, _default.length() - 1)));
        column = type;
    } else if ("DATETIME".equals(typeName)) {
        final $Datetime type = newColumn($Datetime.class);
        if (size != 2000000000)
            type.setPrecision$(new $Datetime.Precision$((byte) size));
        if (_default != null)
            type.setDefault$(new $Datetime.Default$(_default.substring(1, _default.length() - 1)));
        column = type;
    } else if (typeName.startsWith("DECIMAL")) {
        final $Decimal type = newColumn($Decimal.class);
        if (!"DECIMAL(15,0)".equals(typeName)) {
            final int open = typeName.indexOf('(');
            if (open > 0) {
                final int comma = typeName.indexOf(',', open + 1);
                if (comma > open) {
                    final int close = typeName.indexOf(')', comma + 1);
                    if (close > comma) {
                        type.setPrecision$(new $Decimal.Precision$(Integer.valueOf(typeName.substring(open + 1, comma).trim())));
                        type.setScale$(new $Decimal.Scale$(Integer.valueOf(typeName.substring(comma + 1, close).trim())));
                    }
                }
            }
        }
        if (_default != null)
            type.setDefault$(new $Decimal.Default$(new BigDecimal(_default)));
        column = type;
    } else if ("DOUBLE".equals(typeName)) {
        final $Double type = newColumn($Double.class);
        if (_default != null)
            type.setDefault$(new $Double.Default$(Double.valueOf(_default)));
        column = type;
    } else // }
    if ("FLOAT".equals(typeName)) {
        final $Float type = newColumn($Float.class);
        if (_default != null)
            type.setDefault$(new $Float.Default$(Float.valueOf(_default)));
        column = type;
    } else if (typeName.startsWith("INT") || typeName.startsWith("MEDIUMINT")) {
        final $Int type = newColumn($Int.class);
        if (size != 2000000000)
            type.setPrecision$(new $Int.Precision$((byte) size));
        if (_default != null)
            type.setDefault$(new $Int.Default$(Integer.valueOf(_default)));
        if ("INTEGER".equals(typeName))
            type.setGenerateOnInsert$(new $Int.GenerateOnInsert$($Integer.GenerateOnInsert$.AUTO_5FINCREMENT));
        column = type;
    } else if ("SMALLINT".equals(typeName)) {
        final $Smallint type = newColumn($Smallint.class);
        if (size != 2000000000)
            type.setPrecision$(new $Smallint.Precision$((byte) size));
        if (_default != null)
            type.setDefault$(new $Smallint.Default$(Short.valueOf(_default)));
        if (autoIncrement != null && autoIncrement)
            type.setGenerateOnInsert$(new $Smallint.GenerateOnInsert$($Integer.GenerateOnInsert$.AUTO_5FINCREMENT));
        column = type;
    } else if ("TIME".equals(typeName)) {
        final $Time type = newColumn($Time.class);
        if (size != 2000000000)
            type.setPrecision$(new $Time.Precision$((byte) size));
        if (_default != null)
            type.setDefault$(new $Time.Default$(_default.substring(1, _default.length() - 1)));
        column = type;
    } else if ("TINYINT".equals(typeName)) {
        final $Tinyint type = newColumn($Tinyint.class);
        if (size != 2000000000)
            type.setPrecision$(new $Tinyint.Precision$((byte) size));
        if (_default != null)
            type.setDefault$(new $Tinyint.Default$(Byte.valueOf(_default)));
        if (autoIncrement != null && autoIncrement)
            type.setGenerateOnInsert$(new $Tinyint.GenerateOnInsert$($Integer.GenerateOnInsert$.AUTO_5FINCREMENT));
        column = type;
    } else {
        throw new UnsupportedOperationException("Unsupported column type: " + typeName);
    }
    column.setName$(new $Column.Name$(columnName));
    if (nullable != null && !nullable)
        column.setNull$(new $Column.Null$(false));
    return column;
}

Example 47 with org.jaxdb.www.ddlx_0_5.xLygluGCXAA.$Integer

use of org.jaxdb.www.ddlx_0_5.xLygluGCXAA.$Integer in project jss by dogtagpki.

the class CMCStatusInfo method addBodyPartID.

/**
 * Adds a BodyPartID to the bodyList SEQUENCE.
 */
public void addBodyPartID(int id) {
    INTEGER id1 = new INTEGER(id);
    assert (id1.compareTo(BODYIDMAX) <= 0);
    bodyList.addElement(id1);
}

Example 48 with org.jaxdb.www.ddlx_0_5.xLygluGCXAA.$Integer

use of org.jaxdb.www.ddlx_0_5.xLygluGCXAA.$Integer in project jss by dogtagpki.

the class PKIPublicationInfo method encode.

@Override
public void encode(Tag implicitTag, OutputStream ostream) throws IOException {
    SEQUENCE seq = new SEQUENCE();
    seq.addElement(new INTEGER(action));
    seq.addElement(pubInfos);
    seq.encode(implicitTag, ostream);
}

Example 49 with org.jaxdb.www.ddlx_0_5.xLygluGCXAA.$Integer

use of org.jaxdb.www.ddlx_0_5.xLygluGCXAA.$Integer in project jss by dogtagpki.

the class EncryptedPrivateKeyInfo method createPBES2.

/**
 * Export a private key in PBES2 format, using a random PBKDF2 salt.
 *
 * Token must support the CKM_PKCS5_PBKD2 mechanism.
 *
 * @param saltLen Length of salt in bytes (default: 16)
 * @param kdfIterations PBKDF2 iterations (default: 2000)
 * @param encAlg The symmetric encryption algorithm for enciphering the
 *               private key.  Determines the size of derived key.
 * @param pwd Password
 * @param charToByteConverter The mechanism for converting the characters
 *      in the password into bytes.  If null, the default mechanism
 *      will be used, which is UTF8.
 * @param privateKeyInfo The encoded PrivateKeyInfo to be encrypted and
 *                       stored in the EncryptedContentInfo.
 */
public static EncryptedPrivateKeyInfo createPBES2(int saltLen, int kdfIterations, EncryptionAlgorithm encAlg, Password pwd, KeyGenerator.CharToByteConverter charToByteConverter, PrivateKeyInfo privateKeyInfo) throws NotInitializedException, NoSuchAlgorithmException, InvalidKeyException, InvalidAlgorithmParameterException, TokenException, CharConversionException {
    if (encAlg == null)
        throw new IllegalArgumentException("encAlg cannot be null");
    if (pwd == null)
        throw new IllegalArgumentException("pwd cannot be null");
    if (privateKeyInfo == null)
        throw new IllegalArgumentException("privateKeyInfo cannot be null");
    if (kdfIterations < 1)
        kdfIterations = 2000;
    if (saltLen < 1)
        saltLen = 16;
    try {
        // generate random PBKDF2 salt
        SecureRandom random = new SecureRandom();
        byte[] salt = new byte[saltLen];
        random.nextBytes(salt);
        // derive symmetric key from passphrase using PBKDF2
        CryptoManager cm = CryptoManager.getInstance();
        CryptoToken token = cm.getInternalCryptoToken();
        KeyGenerator kg = token.getKeyGenerator(PBEAlgorithm.PBE_PKCS5_PBKDF2);
        PBEKeyGenParams pbekgParams = new PBEKeyGenParams(pwd.getChars(), salt, kdfIterations, encAlg);
        if (charToByteConverter != null)
            kg.setCharToByteConverter(charToByteConverter);
        kg.initialize(pbekgParams);
        SymmetricKey sk = kg.generate();
        // encrypt PrivateKeyInfo
        byte[] iv = new byte[encAlg.getBlockSize()];
        random.nextBytes(iv);
        Cipher cipher = token.getCipherContext(encAlg);
        cipher.initEncrypt(sk, new IVParameterSpec(iv));
        byte[] encData = cipher.doFinal(ASN1Util.encode(privateKeyInfo));
        // construct KDF AlgorithmIdentifier
        SEQUENCE paramsKdf = new SEQUENCE();
        paramsKdf.addElement(new OCTET_STRING(salt));
        paramsKdf.addElement(new INTEGER(kdfIterations));
        paramsKdf.addElement(new INTEGER(sk.getLength()));
        AlgorithmIdentifier algIdKdf = new AlgorithmIdentifier(PBEAlgorithm.PBE_PKCS5_PBKDF2.toOID(), paramsKdf);
        // construct encryption AlgorithmIdentifier
        AlgorithmIdentifier algIdEnc = new AlgorithmIdentifier(encAlg.toOID(), new OCTET_STRING(iv));
        // construct "composite" PBES2 AlgorithmIdentifier
        SEQUENCE paramsPBES2 = new SEQUENCE();
        paramsPBES2.addElement(algIdKdf);
        paramsPBES2.addElement(algIdEnc);
        AlgorithmIdentifier algIdPBES2 = new AlgorithmIdentifier(PBEAlgorithm.PBE_PKCS5_PBES2.toOID(), paramsPBES2);
        // construct EncryptedPrivateKeyInfo
        return new EncryptedPrivateKeyInfo(algIdPBES2, new OCTET_STRING(encData));
    } catch (IllegalBlockSizeException e) {
        throw new RuntimeException("IllegalBlockSizeException in EncryptedContentInfo.createPBES2: " + e.getMessage(), e);
    } catch (BadPaddingException e) {
        throw new RuntimeException("BadPaddingException in EncryptedContentInfo.createPBES2: " + e.getMessage(), e);
    }
}

Example 50 with org.jaxdb.www.ddlx_0_5.xLygluGCXAA.$Integer

use of org.jaxdb.www.ddlx_0_5.xLygluGCXAA.$Integer in project jss by dogtagpki.

the class KeyFactorySpi1_2 method engineGeneratePrivate.

/**
 * We don't support RSAPrivateKeySpec because it doesn't have enough
 * information. You need to provide an RSAPrivateCrtKeySpec.
 */
@Override
protected java.security.PrivateKey engineGeneratePrivate(KeySpec keySpec) throws InvalidKeySpecException {
    try {
        if (keySpec instanceof RSAPrivateCrtKeySpec) {
            // 
            // PKCS #1 RSAPrivateKey
            // 
            RSAPrivateCrtKeySpec spec = (RSAPrivateCrtKeySpec) keySpec;
            SEQUENCE privKey = new SEQUENCE();
            // version
            privKey.addElement(new INTEGER(0));
            privKey.addElement(new INTEGER(spec.getModulus()));
            privKey.addElement(new INTEGER(spec.getPublicExponent()));
            privKey.addElement(new INTEGER(spec.getPrivateExponent()));
            privKey.addElement(new INTEGER(spec.getPrimeP()));
            privKey.addElement(new INTEGER(spec.getPrimeQ()));
            privKey.addElement(new INTEGER(spec.getPrimeExponentP()));
            privKey.addElement(new INTEGER(spec.getPrimeExponentQ()));
            privKey.addElement(new INTEGER(spec.getCrtCoefficient()));
            AlgorithmIdentifier algID = new AlgorithmIdentifier(PrivateKey.RSA.toOID(), null);
            OCTET_STRING encodedPrivKey = new OCTET_STRING(ASN1Util.encode(privKey));
            PrivateKeyInfo pki = new PrivateKeyInfo(// version
            new INTEGER(0), algID, encodedPrivKey, // OPTIONAL SET OF Attribute
            (SET) null);
            return PK11PrivKey.fromPrivateKeyInfo(ASN1Util.encode(pki), TokenSupplierManager.getTokenSupplier().getThreadToken());
        } else if (keySpec instanceof DSAPrivateKeySpec) {
            DSAPrivateKeySpec spec = (DSAPrivateKeySpec) keySpec;
            SEQUENCE pqgParams = new SEQUENCE();
            pqgParams.addElement(new INTEGER(spec.getP()));
            pqgParams.addElement(new INTEGER(spec.getQ()));
            pqgParams.addElement(new INTEGER(spec.getG()));
            AlgorithmIdentifier algID = new AlgorithmIdentifier(PrivateKey.DSA.toOID(), pqgParams);
            OCTET_STRING privateKey = new OCTET_STRING(ASN1Util.encode(new INTEGER(spec.getX())));
            PrivateKeyInfo pki = new PrivateKeyInfo(// version
            new INTEGER(0), algID, privateKey, // OPTIONAL SET OF Attribute
            null);
            // Derive the public key from the private key
            BigInteger y = spec.getG().modPow(spec.getX(), spec.getP());
            byte[] yBA = y.toByteArray();
            // we need to chop off a leading zero byte
            if (y.bitLength() % 8 == 0) {
                byte[] newBA = new byte[yBA.length - 1];
                assert (newBA.length >= 0);
                System.arraycopy(yBA, 1, newBA, 0, newBA.length);
                yBA = newBA;
            }
            return PK11PrivKey.fromPrivateKeyInfo(ASN1Util.encode(pki), TokenSupplierManager.getTokenSupplier().getThreadToken(), yBA);
        } else if (keySpec instanceof PKCS8EncodedKeySpec) {
            return PK11PrivKey.fromPrivateKeyInfo((PKCS8EncodedKeySpec) keySpec, TokenSupplierManager.getTokenSupplier().getThreadToken());
        }
        throw new InvalidKeySpecException("Unsupported KeySpec type: " + keySpec.getClass().getName());
    } catch (TokenException te) {
        StringWriter sw = new StringWriter();
        PrintWriter pw = new PrintWriter(sw);
        te.printStackTrace(pw);
        throw new InvalidKeySpecException("TokenException: " + sw.toString());
    }
}