Examples with XMLOutputter org.jdom.output.XMLOutputter used on opensource projects

Example 1 with XMLOutputter

use of org.jdom.output.XMLOutputter in project freud by LMAX-Exchange.

the class JdomTreeAdaptor method documentToString.

public static String documentToString(final Document document) {
    XMLOutputter outputter = new XMLOutputter();
    StringWriter writer = new StringWriter();
    try {
        outputter.output(document, writer);
        return writer.toString();
    } catch (IOException e) {
        return e.toString();
    }
}

Example 2 with XMLOutputter

use of org.jdom.output.XMLOutputter in project nhin-d by DirectProject.

the class HumanReadableTextAssembler method assembleHtmlBody.

/**
   * This method will assemble html bounce message
   * 
   * @return bounce html message
   * @throws IOException
   */
protected String assembleHtmlBody(List<Address> rejectedRecipients, String errorMessage) throws IOException {
    List<UnescapedText> lstToUnescape = new ArrayList<UnescapedText>();
    Element html = new Element("html");
    Element body = new Element("body");
    html.addContent(body);
    {
        Element p = new Element("p");
        body.addContent(p);
        UnescapedText text = new UnescapedText(bounceHeader);
        lstToUnescape.add(text);
        p.addContent(text);
    }
    {
        Element p = new Element("p");
        body.addContent(p);
        p.setText(this.recipientsTitle);
        Element ul = new Element("ul");
        p.addContent(ul);
        for (Address address : rejectedRecipients) {
            Element li = new Element("li");
            ul.addContent(li);
            li.addContent(address.toString());
        }
    }
    {
        Element p = new Element("p");
        body.addContent(p);
        p.setText(this.errorMessageTitle);
        Element br = new Element("br");
        p.addContent(br);
        if ((errorMessage != null) && errorMessage.length() > 0) {
            p.addContent(errorMessage);
        } else {
            UnescapedText text = new UnescapedText(this.errorMessageDefault);
            lstToUnescape.add(text);
            p.addContent(text);
        }
    }
    {
        Element p = new Element("p");
        body.addContent(p);
        UnescapedText text = new UnescapedText(bounceFooter);
        lstToUnescape.add(text);
        p.addContent(text);
    }
    Document document = new Document(html);
    String randomStr;
    {
        // Determine which string indicator can be used to indicate that a
        // string should not be escaped.
        ByteArrayOutputStream byteArrayOutputStream = new ByteArrayOutputStream();
        XMLOutputter outputter = new NoEscapeXMLOutputter(Format.getPrettyFormat());
        outputter.output(document, byteArrayOutputStream);
        String htmlString = new String(byteArrayOutputStream.toByteArray());
        randomStr = getUniqueString();
        while (htmlString.indexOf(randomStr) > -1) {
            randomStr = getUniqueString();
        }
    }
    String htmlString;
    {
        for (UnescapedText unescapedText : lstToUnescape) {
            unescapedText.setUnescapedIndicator(randomStr);
        }
        XMLOutputter outputter = new UnescapedAwareXMLOutputter(Format.getPrettyFormat(), randomStr);
        ByteArrayOutputStream byteArrayOutputStream = new ByteArrayOutputStream();
        outputter.output(document, byteArrayOutputStream);
        htmlString = new String(byteArrayOutputStream.toByteArray());
    }
    return htmlString;
}

Example 3 with XMLOutputter

use of org.jdom.output.XMLOutputter in project symmetric-ds by JumpMind.

the class AbstractXmlPublisherExtensionPoint method finalizeXmlAndPublish.

protected void finalizeXmlAndPublish(Context context) {
    Map<String, Element> contextCache = getXmlCache(context);
    Collection<Element> buffers = contextCache.values();
    for (Iterator<Element> iterator = buffers.iterator(); iterator.hasNext(); ) {
        String xml = new XMLOutputter(xmlFormat).outputString(new Document(iterator.next()));
        log.debug("Sending XML to IPublisher: {}", xml);
        iterator.remove();
        long ts = System.currentTimeMillis();
        publisher.publish(context, xml.toString());
        amountOfTimeToPublishMessagesSinceLastPrintTime += (System.currentTimeMillis() - ts);
        numberOfMessagesPublishedSinceLastPrintTime++;
    }
    if ((System.currentTimeMillis() - lastStatisticsPrintTime) > timeBetweenStatisticsPrintTime) {
        synchronized (this) {
            if ((System.currentTimeMillis() - lastStatisticsPrintTime) > timeBetweenStatisticsPrintTime) {
                log.info(name + " published " + numberOfMessagesPublishedSinceLastPrintTime + " messages in the last " + (System.currentTimeMillis() - lastStatisticsPrintTime) / 1000 + " seconds.  Spent " + (amountOfTimeToPublishMessagesSinceLastPrintTime / numberOfMessagesPublishedSinceLastPrintTime) + "ms of publishing time per message");
                lastStatisticsPrintTime = System.currentTimeMillis();
                numberOfMessagesPublishedSinceLastPrintTime = 0;
                amountOfTimeToPublishMessagesSinceLastPrintTime = 0;
            }
        }
    }
}

Example 4 with XMLOutputter

use of org.jdom.output.XMLOutputter in project OpenClinica by OpenClinica.

the class FormBuilderTest method createTable.

public String createTable() {
    Element root = new Element("table");
    root.setAttribute("border", "0");
    Document doc = new Document(root);
    Element thead = new Element("thead");
    Element th = new Element("th");
    th.addContent("A header");
    th.setAttribute("class", "aka_header_border");
    thead.addContent(th);
    Element th2 = new Element("th");
    th2.addContent("Another header");
    th2.setAttribute("class", "aka_header_border");
    thead.addContent(th2);
    root.addContent(thead);
    Element tr1 = new Element("tr");
    Element td1 = new Element("td");
    td1.setAttribute("valign", "top");
    td1.setAttribute("class", "cellBorders");
    td1.setText("cell contents");
    tr1.addContent(td1);
    root.addContent(tr1);
    XMLOutputter outp = new XMLOutputter();
    Format format = Format.getPrettyFormat();
    format.setOmitDeclaration(true);
    outp.setFormat(format);
    Writer writer = new StringWriter();
    try {
        outp.output(doc, writer);
    } catch (IOException e) {
        // To change body of catch statement use
        e.printStackTrace();
    // File | Settings | File Templates.
    }
    return writer.toString();
}

Example 5 with XMLOutputter

use of org.jdom.output.XMLOutputter in project OpenClinica by OpenClinica.

the class HorizontalFormBuilder method createMarkup.

@Override
public String createMarkup() {
    // If the CRF is involved with ViewDataEntry and already has
    // data associated with it, pass on the responsibility to another object
    ViewPersistanceHandler persistanceHandler = new ViewPersistanceHandler();
    if (isDataEntry) {
        List<ItemDataBean> itemDataBeans;
        persistanceHandler = new ViewPersistanceHandler();
        itemDataBeans = persistanceHandler.fetchPersistedData(sectionBean.getId(), eventCRFbean.getId());
        if (!itemDataBeans.isEmpty()) {
            hasDbFormValues = true;
        }
        persistanceHandler.setItemDataBeans(itemDataBeans);
    }
    // Keep track of whether a group has any repeat behavior; true or false
    boolean repeatFlag;
    //Should the table have dark borders?
    boolean hasBorders = false;
    if (sectionBean != null) {
        hasBorders = (sectionBean.getBorders() > 0);
    }
    // The CellFactory object that generates the content for HTML table TD
    // cells.
    CellFactory cellFactory = new CellFactory();
    RepeatManager repeatManager = new RepeatManager();
    FormBeanUtil formUtil = new FormBeanUtil();
    ViewBuilderUtil builderUtil = new ViewBuilderUtil();
    // The number of repeating table rows that the group will start with.
    int repeatNumber;
    // the div tag that will be the root
    Element divRoot = new Element("div");
    divRoot.setAttribute("id", "tableRoot");
    Document doc = new Document();
    ProcessingInstruction pi = new ProcessingInstruction(Result.PI_DISABLE_OUTPUT_ESCAPING, "");
    doc.addContent(pi);
    doc.setRootElement(divRoot);
    // Show the section's title, subtitle, or instructions
    builderUtil.showTitles(divRoot, this.getSectionBean());
    // One way to generate an id for the repeating tbody or tr element
    int uniqueId = 0;
    // The tabindex attribute for select and input tags
    int tabindex = tabindexSeed;
    boolean hasDiscrepancyMgt = false;
    StudyBean studBean = this.getStudyBean();
    if (studBean != null && studBean.getStudyParameterConfig().getDiscrepancyManagement().equalsIgnoreCase("true")) {
        hasDiscrepancyMgt = true;
    }
    // its list of DisplayItemBeans
    for (DisplayItemGroupBean displayItemGroup : this.displayItemGroups) {
        List<DisplayItemBean> currentDisplayItems = displayItemGroup.getItems();
        // A Map that contains persistent (stored in a database), repeated
        // rows
        // in a matrix type table
        // The Map index is the Item id of the first member of the row; the
        // value is a List
        // of item beans that make up the row
        SortedMap<Integer, List<ItemDataBean>> ordinalItemDataMap = new TreeMap<Integer, List<ItemDataBean>>();
        // Is this a persistent matrix table and does it already have
        // repeated rows
        // in the database?
        boolean hasStoredRepeatedRows = false;
        boolean unGroupedTable = displayItemGroup.getItemGroupBean().getName().equalsIgnoreCase(BeanFactory.UNGROUPED) || !displayItemGroup.getGroupMetaBean().isRepeatingGroup();
        // Load any database values into the DisplayItemBeans
        if (hasDbFormValues) {
            currentDisplayItems = persistanceHandler.loadDataIntoDisplayBeans(currentDisplayItems, (!unGroupedTable));
            /*
                 * The highest number ordinal represents how many repeated rows
                 * there are. If the ordinal in ItemDataBeans > 1, then we know
                 * that the group has persistent repeated rows. Get a structure
                 * that maps each ordinal (i.e., >= 2) to its corresponding List
                 * of ItemDataBeans. Then iterate the existing DisplayBeans,
                 * with the number of new rows equaling the highest ordinal
                 * number minus 1. For example, in a List of ItemDataBeans, if
                 * the highest ordinal property among these beans is 5, then the
                 * matrix table has 4 repeated rows from the database. Provide
                 * each new row with its values by using the ItemDataBeans.
                 */
            if (!unGroupedTable && persistanceHandler.hasPersistentRepeatedRows(currentDisplayItems)) {
                hasStoredRepeatedRows = true;
                // if the displayitems contain duplicate item ids, then
                // these duplicates
                // represent repeated rows. Separate them into a Map of new
                // rows that
                // will be appended to the HTML table.
                ordinalItemDataMap = persistanceHandler.handleExtraGroupRows();
            }
        }
        // end if hasDbFormValues
        // Does the table have a group header?
        String groupHeader = displayItemGroup.getGroupMetaBean().getHeader();
        boolean hasGroupHeader = groupHeader != null && groupHeader.length() > 0;
        // Add group header, if there is one
        if (hasGroupHeader) {
            Element divGroupHeader = new Element("div");
            // necessary?
            divGroupHeader.setAttribute("class", "aka_group_header");
            Element strong = new Element("strong");
            strong.setAttribute("style", "float:none");
            strong.addContent(groupHeader);
            divGroupHeader.addContent(strong);
            divRoot.addContent(divGroupHeader);
        }
        // This group represents "orphaned" items (those without a group) if
        // the FormGroupBean has a group label of UNGROUPED
        Element orphanTable = null;
        if (unGroupedTable) {
            orphanTable = formUtil.createXHTMLTableFromNonGroup(currentDisplayItems, tabindex, hasDiscrepancyMgt, hasDbFormValues, false);
            // We have to track the point the tabindex has reached here
            // The tabindex will increment by the size of the
            // displayItemGroup List
            tabindex += currentDisplayItems.size();
            divRoot.addContent(orphanTable);
            continue;
        }
        // end if unGroupedTable
        uniqueId++;
        String repeatParentId = "repeatParent" + uniqueId;
        repeatNumber = displayItemGroup.getGroupMetaBean().getRepeatNum();
        // If the form has repeat behavior, this number is > 0
        // Do not allow repeat numbers < 1
        //            repeatNumber = repeatNumber < 1 ? 1 : repeatNumber;
        // And a limit of 12
        repeatNumber = repeatNumber > 12 ? 12 : repeatNumber;
        // This is always true during this iteration
        repeatFlag = displayItemGroup.getGroupMetaBean().isRepeatingGroup();
        Element table = createTable();
        // add the thead element
        Element thead = this.createThead();
        table.addContent(thead);
        divRoot.addContent(table);
        // Add the first row for the th tags
        Element thRow = new Element("tr");
        thead.addContent(thRow);
        // Does this group involve a Horizontal checkbox or radio button?
        boolean hasResponseLayout = builderUtil.hasResponseLayout(currentDisplayItems);
        // add th elements to the thead element
        // We have to create an extra thead column for the Remove Row
        // button, if
        // the table involves repeating rows
        List<Element> thTags = repeatFlag ? createTheadContentsFromDisplayItems(currentDisplayItems, true, hasBorders) : createTheadContentsFromDisplayItems(currentDisplayItems, false, hasBorders);
        for (Element el : thTags) {
            thRow.addContent(el);
        }
        if (hasResponseLayout) {
            Element thRowSubhead = new Element("tr");
            thead.addContent(thRowSubhead);
            addResponseLayoutRow(thRowSubhead, currentDisplayItems, hasBorders);
        }
        // Create the tbody tag
        Element tbody;
        Element row;
        Element td;
        tbody = this.createTbody();
        // The table adds the tbody to the XML or markup
        table.addContent(tbody);
        // For each row in the table
        // for (int i = 1; i <= repeatNumber; i++) {
        row = new Element("tr");
        // If the group has repeat behavior and repeats row by row,
        // then the
        // repetition model type attributes have to be added to the tr tag
        int repeatMax = displayItemGroup.getGroupMetaBean().getRepeatMax();
        // Make sure repeatMax >= 1
        repeatMax = repeatMax < 1 ? 40 : repeatMax;
        if (repeatFlag && !(isDataEntry && hasStoredRepeatedRows)) {
            row = repeatManager.addParentRepeatAttributes(row, repeatParentId, repeatNumber, repeatMax);
        }
        // The content for the table cells. For each item...
        for (DisplayItemBean displayBean : currentDisplayItems) {
            // What type of input: text, radio, checkbox, etc.?
            String responseName = displayBean.getMetadata().getResponseSet().getResponseType().getName();
            // is radio or checkbox, and the response_layout is horizontal
            if (displayBean.getMetadata().getResponseLayout().equalsIgnoreCase("horizontal") && (responseName.equalsIgnoreCase("checkbox") || responseName.equalsIgnoreCase("radio"))) {
                Element[] elements = cellFactory.createCellContentsForChecks(responseName, displayBean, displayBean.getMetadata().getResponseSet().getOptions().size(), ++tabindex, false, false);
                for (Element el : elements) {
                    el = builderUtil.setClassNames(el);
                    if (hasBorders) {
                        this.createDarkBorders(el);
                    }
                    if (repeatFlag) {
                        el = repeatManager.addChildRepeatAttributes(el, repeatParentId, displayBean.getItem().getId(), null);
                    }
                    row.addContent(el);
                }
                // move to the next item
                continue;
            }
            td = new Element("td");
            td = builderUtil.setClassNames(td);
            if (hasBorders) {
                this.createDarkBorders(td);
            }
            // Create cells within each row
            td = cellFactory.createCellContents(td, responseName, displayBean, ++tabindex, hasDiscrepancyMgt, hasDbFormValues, false);
            if (repeatFlag) {
                td = repeatManager.addChildRepeatAttributes(td, repeatParentId, displayBean.getItem().getId(), null);
            }
            row.addContent(td);
        }
        // We need an extra cell for holding the "Remove Row" button
        if (repeatFlag) {
            builderUtil.addRemoveRowControl(row, repeatParentId, hasBorders);
        }
        tbody.addContent(row);
        if (hasStoredRepeatedRows) {
            List<Element> storedRepeatedRows = builderUtil.generatePersistentMatrixRows(ordinalItemDataMap, currentDisplayItems, tabindex, repeatParentId, hasDiscrepancyMgt, false, hasBorders);
            // add these new rows to the table
            for (Element newRow : storedRepeatedRows) {
                tbody.addContent(newRow);
            }
        }
        // repeaters
        if (repeatFlag) {
            builderUtil.createAddRowControl(tbody, repeatParentId, (builderUtil.calcNumberofColumns(displayItemGroup) + 1), hasBorders);
        }
    }
    // end for displayFormGroup
    XMLOutputter outp = new XMLOutputter();
    Format format = Format.getPrettyFormat();
    format.setOmitDeclaration(true);
    outp.setFormat(format);
    Writer writer = new StringWriter();
    try {
        outp.output(doc, writer);
    } catch (IOException e) {
        e.printStackTrace();
    }
    return writer.toString();
}