List of buildDocument() Examples

Examples of buildDocument()

client.net.sf.saxon.ce.Configuration.buildDocument()
Build a document, using specified options for parsing and building. @param url the URL of the document to be fetched and parsed. @throws XPathException if the URL cannot be dereferenced or if parsing fails
com.tridion.tcdl.DocumentBuilder.buildDocument()
net.sf.clairv.index.builder.DocumentBuilder.buildDocument()
Parses the file content from the given input stream and saves the changes in the specified doc object. @param is the input stream @param doc the document object @return true if the operation succeeds; false otherwise
net.sf.saxon.Configuration.buildDocument()
Build a document tree, using options set on this Configuration and on the supplied source object. Options set on the source object override options set in the Configuration. The Source object must be one of the kinds of source recognized by Saxon, or a source that can be resolved using the registered {@link SourceResolver}. @param source the Source to be used. This may be an {@link AugmentedSource}, allowing options to be specified for the way in which this document will be built. If an AugmentedSource is supplied then options set in the AugmentedSource take precendence over options set in the Configuration.
From Saxon 9.2, this method always creates a new tree, it never wraps or returns an existing tree.
@return the document node of the constructed document @throws XPathException if any errors occur during document parsing or validation. Detailederrors occurring during schema validation will be written to the ErrorListener associated with the AugmentedSource, if supplied, or with the Configuration otherwise. @since 8.9. Modified in 9.0 to avoid copying a supplied document where this is notnecessary. Modified in 9.2 so that this interface always constructs a new tree; it never wraps an existing document, even if an AugmentedSource that requests wrapping is supplied.
net.sf.saxon.query.QueryProcessor.buildDocument()
Convenience method for building Saxon's internal representation of a source XML document. The document will be built using the default NamePool, which means that any process that uses it must also use the default NamePool. @param source Any javax.xml.transform.Source object representing the document againstwhich queries will be executed. Note that a Saxon {@link net.sf.saxon.om.DocumentInfo DocumentInfo}(indeed any {@link net.sf.saxon.om.NodeInfo NodeInfo}) can be used as a Source. To use a third-party DOM Document as a source, create an instance of {@link javax.xml.transform.dom.DOMSource DOMSource} to wrap it.
For additional control over the way in which the source document is processed, supply an {@link net.sf.saxon.AugmentedSource AugmentedSource} object and set appropriate options on the object.
@return the DocumentInfo representing the root node of the resulting document object.
net.sf.saxon.query.StaticQueryContext.buildDocument()
Convenience method for building Saxon's internal representation of a source XML document. The document will be built using Configuration (and NamePool) associated with this StaticQueryContext.
This method is retained for backwards compatibility; however, it is merely a wrapper around the method {@link Configuration#buildDocument}, which should be called in preference.
@param source Any javax.xml.transform.Source object representing the document againstwhich queries will be executed. Note that a Saxon {@link net.sf.saxon.om.DocumentInfo DocumentInfo}(indeed any {@link net.sf.saxon.om.NodeInfo NodeInfo}) can be used as a Source. To use a third-party DOM Document as a source, create an instance of {@link javax.xml.transform.dom.DOMSource DOMSource} to wrap it.
For additional control over the way in which the source document is processed, supply an {@link net.sf.saxon.AugmentedSource AugmentedSource} object and set appropriateoptions on the object.
@return the DocumentInfo representing the root node of the resulting document object. @since 8.4 @deprecated since 9.2: use {@link Configuration#buildDocument(javax.xml.transform.Source)}
nl.vu.few.anytimereasoning.workbench.utils.XMLManager.buildDocument()
org.apache.lenya.cms.publication.DocumentBuilder.buildDocument()
Builds a document. @param publication The publication the document belongs to. @param url The URL of the form /{publication-id}/{area}/{document-id}{language-suffix}.{extension}. @return A document. @throws DocumentBuildException when something went wrong.
org.codehaus.staxmate.dom.DOMConverter.buildDocument()
This method will create a {@link org.w3c.dom.Document} instance usingthe default JAXP DOM document construction mechanism and populated using the given StAX stream reader. Namespace-awareness will be enabled for the {@link DocumentBuilderFactory} constructed; if this is not wanted,caller should construct DocumentBuilder separately.
Note: underlying stream reader will not be closed by calling this method. @param r Stream reader from which input is read. @return Document - DOM document object. @throws XMLStreamException If the reader threw such exception (toindicate a parsing or I/O problem)
org.pdf4j.saxon.Configuration.buildDocument()
Build a document tree, using options set on this Configuration and on the supplied source object. Options set on the source object override options set in the Configuration. The Source object must be one of the kinds of source recognized by Saxon, or a source that can be resolved using the registered SourceResolver. @param source the Source to be used. This may be an {@link AugmentedSource}, allowing options to be specified for the way in which this document will be built.
A new tree will be built, using either the Tiny Tree or the Linked Tree implementation, except under the following circumstances:
- The supplied object is a DocumentInfo. In this case a new tree will be built only if validation or whitespace stripping has been requested in the Configuration; otherwise the DocumentInfo will be returned unchanged.
- The supplied object is an AugmentedSource wrapping a DocumentInfo. In this case a new tree will be built if wrap=no has been specified, if validation has been requested, or if whitespace stripping has been requested, either in the AugmentedSource or in the Configuration.
- The supplied object is a DOMSource. In this case a new tree will be built if validation or whitespace stripping has been requested in the Configuration, or if the DOM Node is not a Document Node; in other cases the Document node of the DOMSource will be wrapped in a Saxon {@link org.pdf4j.saxon.dom.DocumentWrapper}, except in the case where the DOM Document node is a {@link org.pdf4j.saxon.dom.DocumentOverNodeInfo}, in which case the DocumentInfo that it wraps is returned.
- The supplied object is an AugmentedSource wrapping a DOMSource. In this case a new tree will be built if wrap=no has been specified, if validation has been requested, or if whitespace stripping has been requested, either in the AugmentedSource or in the Configuration.
The choice between a tiny tree and a linked tree is determined first be the properties of the AugmentedSource if that's what is supplied; otherwise by the properties of this Configuration. @return the document node of the constructed or wrapped document @throws XPathException if any errors occur during document parsing or validation. Detailederrors occurring during schema validation will be written to the ErrorListener associated with the AugmentedSource, if supplied, or with the Configuration otherwise. @since 8.9. Modified in 9.0 to avoid copying a supplied document where this is notnecessary.

Examples of client.net.sf.saxon.ce.Configuration.buildDocument()

                err.setXPathContext(c);
                err.setErrorCode("FODC0002");
                throw err;
            }


            DocumentInfo newdoc = config.buildDocument(documentKey.toString());
            controller.registerDocument(newdoc, documentKey);
            controller.addUnavailableOutputDestination(documentKey);
            return getFragment(newdoc, fragmentId, c);


        } catch (XPathException err) {

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Examples of com.tridion.tcdl.DocumentBuilder.buildDocument()

    DocumentBuilder documentBuilder = getDocumentBuilder();
    OutputDocument output = new OutputDocument();
    TagDispatcher dispatcher = new TagDispatcher(context, output, registry);
    TCDLParser parser = new TCDLParser(registry.getNamespaceList(), null);
    parser.parse(dispatcher, originalBody);
    documentBuilder.buildDocument(context, output, writer);
    return writer.toString();
  }


  /**
   * Evaluate an expresison if it's in a ${expression} notation. Otherwiese, return the original expression.

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Examples of net.sf.clairv.index.builder.DocumentBuilder.buildDocument()

      try {
        FileInputStream fis = new FileInputStream(file);
        log.debug("Building document from file: "
            + file.getAbsolutePath());
        Document doc = docFactory.createDocument();
        builder.buildDocument(fis, doc);
        return doc;
      } catch (FileNotFoundException e) {
        log.error("File in use or not found");
        return null;
      } catch (DocumentHandlerException e) {

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Examples of net.sf.saxon.Configuration.buildDocument()

                if (source == null) {
                    // indicate it was not possible to convert to a Source type
                    throw new NoTypeConversionAvailableException(body, Source.class);
                }


                DocumentInfo doc = config.buildDocument(source);
                dynamicQueryContext.setContextItem(doc);
            } finally {
                // can deal if is is null
                IOHelper.close(is);
            }

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Examples of net.sf.saxon.Configuration.buildDocument()

                if (source == null) {
                    // indicate it was not possible to convert to a Source type
                    throw new NoTypeConversionAvailableException(body, Source.class);
                }


                DocumentInfo doc = config.buildDocument(source);
                dynamicQueryContext.setContextItem(doc);
            } finally {
                // can deal if is is null
                IOHelper.close(is);
            }

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Examples of net.sf.saxon.query.QueryProcessor.buildDocument()

            StaticQueryContext staticQueryContext = new StaticQueryContext();
            QueryProcessor qp = new QueryProcessor(configuration, staticQueryContext);
            XQueryExpression xQueryExpression = qp.compileQuery(query);
            //if SAXON worked with JDOM directly we could replace the next with:
            ///DocumentInfo saxonDocInfo = qp.buildDocument(new DocumentWrapper(_parentDecomposition.getInternalDataDocument(), null));
            DocumentInfo saxonDocInfo = qp.buildDocument(new StreamSource(
                    new StringReader(outputter.outputString(document))));
            DynamicQueryContext dynamicQueryContext = new DynamicQueryContext();
            dynamicQueryContext.setContextNode(saxonDocInfo);
            resultObj = xQueryExpression.evaluateSingle(dynamicQueryContext);
            NodeInfo nodeInfo = (NodeInfo) resultObj;

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Examples of net.sf.saxon.query.QueryProcessor.buildDocument()

            StaticQueryContext staticQueryContext = new StaticQueryContext();
            QueryProcessor qp = new QueryProcessor(configuration, staticQueryContext);
            XQueryExpression xQueryExpression = qp.compileQuery(query);
            //if SAXON worked with JDOM directly (like it claims to) we could replace the next with:
            ///DocumentInfo saxonDocInfo = qp.buildDocument(new DocumentWrapper(_parentDecomposition.getInternalDataDocument(), null));
            DocumentInfo saxonDocInfo = qp.buildDocument(new StreamSource(
                    new StringReader(outputter.outputString(element))));
            DynamicQueryContext dynamicQueryContext = new DynamicQueryContext();
            dynamicQueryContext.setContextNode(saxonDocInfo);
            List nodeList = xQueryExpression.evaluate(dynamicQueryContext);
            //my code to parse SAXON resulting XML tree and produce a string

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Examples of net.sf.saxon.query.QueryProcessor.buildDocument()

        net.sf.saxon.query.StaticQueryContext context = new net.sf.saxon.query.StaticQueryContext();
        QueryProcessor qp = new QueryProcessor(config, context);
        try {
            XQueryExpression exp = qp.compileQuery("generate-id(/bye_mum/hi_there)");


            DocumentInfo doc = qp.buildDocument(new StreamSource(new StringReader(
                    "<bye_mum inf='h'><hi_there/></bye_mum>")));
            DynamicQueryContext dynamicQueryContext = new DynamicQueryContext();
            dynamicQueryContext.setContextNode(doc);
            Object o = exp.evaluateSingle(dynamicQueryContext);
System.out.println("o = " + o);

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Examples of net.sf.saxon.query.StaticQueryContext.buildDocument()

              domDoc = domBuilder.parse(file);
            }
            
            NodeInfo saxonDoc = null;
            if (mode.equals("saxon")) {
              saxonDoc = context.buildDocument(new StreamSource(new ByteArrayInputStream(fileData)));
            }
    
            if (mode.startsWith("fi")) {
              if (mode.indexOf("stax") >= 0) {
//                data = serializeWithStax(doc, staxOutputFactory);

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Examples of net.sf.saxon.query.StaticQueryContext.buildDocument()

                      doc2 = builder.build(new ByteArrayInputStream(fileData), baseURI);
                    } else {
                      doc2 = builder.build(new ByteArrayInputStream(data), baseURI);
                    }
                  } else if (mode.equals("saxon")) { // just for deser comparison
                    context.buildDocument(new StreamSource(new ByteArrayInputStream(fileData)));
                  } else if (mode.equals("dom")) {
                    domDoc = domBuilder.parse(new ByteArrayInputStream(fileData));
  //                  System.err.println(domDoc.getClass().getName());
                  } else if (mode.startsWith("fi") && mode.indexOf("stax") >=0 ) {
                    fistaxMethod.invoke(fistaxReader, new Object[] {new ByteArrayInputStream(data)});

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