How to use

JDBCConnectionException

in

org.hibernate.exception

  || SQLNonTransientConnectionException.class.isInstance( sqlException )
  || SQLTransientConnectionException.class.isInstance( sqlException ) ) {
return new JDBCConnectionException( message, sqlException, sql );

return new JDBCConnectionException( message, sqlException, sql );

  @Override
  public JDBCException convert(SQLException sqlException, String message, String sql) {
    final int errorCode = JdbcExceptionHelper.extractErrorCode( sqlException ) & 0xFF;
    if (errorCode == SQLITE_TOOBIG || errorCode == SQLITE_MISMATCH) {
      return new DataException( message, sqlException, sql );
    }
    else if (errorCode == SQLITE_BUSY || errorCode == SQLITE_LOCKED) {
      return new LockAcquisitionException( message, sqlException, sql );
    }
    else if ((errorCode >= SQLITE_IOERR && errorCode <= SQLITE_PROTOCOL) || errorCode == SQLITE_NOTADB) {
      return new JDBCConnectionException( message, sqlException, sql );
    }
    // returning null allows other delegates to operate
    return null;
  }
};

  || SQLNonTransientConnectionException.class.isInstance( sqlException )
  || SQLTransientConnectionException.class.isInstance( sqlException ) ) {
return new JDBCConnectionException( message, sqlException, sql );

  || SQLNonTransientConnectionException.class.isInstance( sqlException )
  || SQLTransientConnectionException.class.isInstance( sqlException ) ) {
return new JDBCConnectionException( message, sqlException, sql );

/**
 * Convert the given SQLException into Hibernate's JDBCException hierarchy.
 *
 * @param sqlException The SQLException to be converted.
 * @param message      An optional error message.
 * @param sql          Optionally, the sql being performed when the exception occurred.
 * @return The resulting JDBCException.
 */
public JDBCException convert(SQLException sqlException, String message, String sql) {
  String sqlStateClassCode = JDBCExceptionHelper.extractSqlStateClassCode( sqlException );
  if ( sqlStateClassCode != null ) {
    if ( SQL_GRAMMAR_CATEGORIES.contains( sqlStateClassCode ) ) {
      return new SQLGrammarException( message, sqlException, sql );
    }
    else if ( INTEGRITY_VIOLATION_CATEGORIES.contains( sqlStateClassCode ) ) {
      String constraintName = extracter.extractConstraintName( sqlException );
      return new ConstraintViolationException( message, sqlException, sql, constraintName );
    }
    else if ( CONNECTION_CATEGORIES.contains( sqlStateClassCode ) ) {
      return new JDBCConnectionException( message, sqlException, sql );
    }
  }
  return handledNonSpecificException( sqlException, message, sql );
}

  || SQLNonTransientConnectionException.class.isInstance( sqlException )
  || SQLTransientConnectionException.class.isInstance( sqlException ) ) {
return new JDBCConnectionException( message, sqlException, sql );

  @Override
  public JDBCException convert(SQLException sqlException, String message, String sql) {
    final int errorCode = sqlException.getErrorCode();
    if (errorCode == SQLITE_CONSTRAINT) {
      final String constraintName = EXTRACTER.extractConstraintName(sqlException);
      return new ConstraintViolationException(message, sqlException, sql, constraintName);
    } else if (errorCode == SQLITE_TOOBIG || errorCode == SQLITE_MISMATCH) {
      return new DataException(message, sqlException, sql);
    } else if (errorCode == SQLITE_BUSY || errorCode == SQLITE_LOCKED) {
      return new LockAcquisitionException(message, sqlException, sql);
    } else if ((errorCode >= SQLITE_IOERR && errorCode <= SQLITE_PROTOCOL) || errorCode == SQLITE_NOTADB) {
      return new JDBCConnectionException(message, sqlException, sql);
    }
    return new GenericJDBCException(message, sqlException, sql);
  }
};

return new JDBCConnectionException( message, sqlException, sql );

return new JDBCConnectionException( message, sqlException, sql );

return new JDBCConnectionException( message, sqlException, sql );

return new JDBCConnectionException( message, sqlException, sql );

/**
 * Convert the given SQLException into Hibernate's JDBCException hierarchy.
 *
 * @param sqlException The SQLException to be converted.
 * @param message      An optional error message.
 * @param sql          Optionally, the sql being performed when the exception occurred.
 * @return The resulting JDBCException.
 */
public JDBCException convert(SQLException sqlException, String message, String sql) {
  int errorCode = JDBCExceptionHelper.extractErrorCode( sqlException );
  if ( isMatch( getConnectionErrorCodes(), errorCode ) ) {
    return new JDBCConnectionException( message, sqlException, sql );
  }
  else if ( isMatch( getSQLGrammarErrorCodes(), errorCode ) ) {
    return new SQLGrammarException( message, sqlException, sql );
  }
  else if ( isMatch( getIntegrityViolationErrorCodes(), errorCode ) ) {
    String constraintName = extracter.extractConstraintName( sqlException );
    return new ConstraintViolationException( message, sqlException, sql, constraintName );
  }
  else if ( isMatch( getLockAcquisitionErrorCodes(), errorCode ) ) {
    return new LockAcquisitionException( message, sqlException, sql );
  }
  return handledNonSpecificException( sqlException, message, sql );
}

  return adaptInstantiationException((net.sf.hibernate.InstantiationException) ex);
if (ex instanceof net.sf.hibernate.exception.JDBCConnectionException)
  return new org.hibernate.exception.JDBCConnectionException(ex.getMessage(), getSQLExceptionFromThrowable(ex.getCause()));
if (ex instanceof net.sf.hibernate.exception.LockAcquisitionException)
  return new org.hibernate.exception.LockAcquisitionException(ex.getMessage(), getSQLExceptionFromThrowable(ex.getCause()));