Package xbird.xquery.dm.ser

Examples of xbird.xquery.dm.ser.SAXSerializer.emit()


        // execute              
        FastMultiByteArrayOutputStream out = new FastMultiByteArrayOutputStream();
        SAXWriter writer = new SAXWriter(out, "UTF-8");
        final Serializer ser = new SAXSerializer(writer);
        Sequence<? extends Item> result = processor.execute(mod);
        ser.emit(result);
        writer.flush();

        System.err.println(sw);
        return out.toString();
    }
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        // execute
        FastMultiByteArrayOutputStream out = new FastMultiByteArrayOutputStream();
        SAXWriter writer = new SAXWriter(out, "UTF-8");
        final Serializer ser = new SAXSerializer(writer);
        Sequence<? extends Item> result = processor.execute(mod);
        ser.emit(result);
        //processor.execute(mod, ser);
        writer.flush();

        System.err.println(sw);
        return out.toString();
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        final StringWriter sw = new StringWriter();
        final SAXWriter writer = new SAXWriter(sw);
        writer.setXMLDeclaration(false);
        final SAXSerializer ser = new SAXSerializer(writer, sw);
        try {
            ser.emit(_citem);
        } catch (XQueryException e) {
            throw new XQRTException("eval failed!: " + e.getMessage());
        }
        return sw.toString();
    }
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        Writer writer = new NoopWriter();
        SAXWriter saxHandler = new SAXWriter(writer, "UTF-8"); // SAXWriter implements ContentHandler
        saxHandler.setPrettyPrint(true); // enabled formatting
        saxHandler.setXMLDeclaration(true); // insert XML declaration to output
        Serializer ser = new SAXSerializer(saxHandler);
        ser.emit(result); // emit SAX events to SAX handler

        for(Item item : result) {// Note that every Sequence instances implement Iterable.
            // get string value
            String stringValue = item.stringValue();
            // get type
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            // print string value
            System.out.println(item); // item.toString() invokes item.stringValue()

            // Item is subclass of Sequence, thus it can also be converted to SAX events.
            ser.emit(item);
        }

        // The above 'for each' is equivalent to the following expression.
        IFocus focus = result.iterator(); // IFocus extends Iterable
        while(result.next(focus)) {
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                            XQueryModule mod = proc.parse(query, baseUri);
                            Sequence result = proc.execute(mod);
                            SAXWriter saxwriter = new SAXWriter(res_sw, SAXWriter.DEFAULT_ENCODING);
                            saxwriter.setXMLDeclaration(false);
                            Serializer ser = new SAXSerializer(saxwriter, res_sw);
                            ser.emit(result);
                        } catch (Throwable ex) {
                            final int errors = expectedErrors.getLength();
                            if(errors == 0) {
                                final Node expectedOutputs = (Node) xpath.evaluate("./*[local-name()='output-file'][last()]", testCase, XPathConstants.NODE);
                                assert (expectedOutputs != null);
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                        XQueryModule mod = proc.parse(query, baseUri);
                        Sequence result = proc.execute(mod);
                        SAXWriter saxwriter = new SAXWriter(res_sw, SAXWriter.DEFAULT_ENCODING);
                        saxwriter.setXMLDeclaration(false);
                        Serializer ser = new SAXSerializer(saxwriter, res_sw);
                        ser.emit(result);
                    } catch (Throwable ex) {
                        final int errors = expectedErrors.getLength();
                        if(errors == 0) {
                            final Node expectedOutputs = (Node) xpath.evaluate("./*[local-name()='output-file'][last()]", testCase, XPathConstants.NODE);
                            assert (expectedOutputs != null);
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        // execute              
        FastMultiByteArrayOutputStream out = new FastMultiByteArrayOutputStream();
        SAXWriter writer = new SAXWriter(out, "UTF-8");
        final Serializer ser = new SAXSerializer(writer);
        Sequence<? extends Item> result = processor.execute(mod);
        ser.emit(result);
        writer.flush();

        System.err.println(sw);
        return out.toString();
    }
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        // execute
        FastMultiByteArrayOutputStream out = new FastMultiByteArrayOutputStream();
        SAXWriter writer = new SAXWriter(out, "UTF-8");
        final Serializer ser = new SAXSerializer(writer);
        Sequence<? extends Item> result = processor.execute(mod);
        ser.emit(result);
        //processor.execute(mod, ser);
        writer.flush();

        System.err.println(sw);
        return out.toString();
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        QueryRequest request = new QueryRequest(query, ReturnType.ASYNC_REMOTE_SEQUENCE);
        Sequence<Item> resultSeq = (Sequence<Item>) engine.execute(request);
        Writer writer = new NoopWriter();
        SAXWriter saxwr = new SAXWriter(writer, "UTF-8");
        Serializer ser = new SAXSerializer(saxwr, writer);
        ser.emit(resultSeq);
    }

    public static void main(String[] args) {
        TestListenerAdapter adapter = new TestListenerAdapter();
        TestNG testng = new TestNG();
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