Examples with ListData net.sourceforge.processdash.data.ListData used on opensource projects

Example 16 with ListData

use of net.sourceforge.processdash.data.ListData in project processdash by dtuma.

the class DefectAnalysisPage method writePhasePieArgs.

private void writePhasePieArgs(String titleKey, String dataElem) {
    out.println("for=.");
    out.println("colorScheme=byPhase");
    out.println("skipRowHdr=true");
    out.print("title=");
    out.println(resources.getString(titleKey));
    ListData allPhases = getProcessList("Phase_List");
    for (int i = 0; i < allPhases.size(); i++) {
        String num = Integer.toString(i + 1);
        String phaseName = (String) allPhases.get(i);
        String displayName = Translator.translate(phaseName);
        out.println("h" + num + "=" + displayName);
        out.println("d" + num + "=" + phaseName + "/" + dataElem);
    }
}

Example 17 with ListData

use of net.sourceforge.processdash.data.ListData in project processdash by dtuma.

the class PlanAnalysisPage method writeHTML.

protected void writeHTML() throws IOException {
    writeHTMLHeader("Plan.Title");
    // get information about the current process
    ListData overheadPhases = getProcessList("Overhead_Phase_List");
    ListData failurePhases = getProcessList("Failure_Phase_List");
    // write the size charts
    if (metricIsDefined("SIZE_METRIC_NAME")) {
        writeChartHTML(LINE_CHART, SIZE_CHART);
        writeChartHTML(LINE_CHART, SIZE_ERR_CHART);
    }
    // write the total time charts
    writeChartHTML(LINE_CHART, TIME_CHART);
    writeChartHTML(LINE_CHART, TIME_ERR_CHART);
    // write overhead time charts
    for (int i = 0; i < overheadPhases.size(); i++) writeChartHTML(LINE_CHART, PCT_TIME_CHART, fmtArg("phase", overheadPhases.get(i)));
    if (overheadPhases.size() > 1)
        writeChartHTML(LINE_CHART, PCT_OVERHEAD_TIME_CHART);
    // write failure time charts
    for (int i = 0; i < failurePhases.size(); i++) writeChartHTML(LINE_CHART, PCT_TIME_CHART, fmtArg("phase", failurePhases.get(i)));
    if (failurePhases.size() > 1)
        writeChartHTML(LINE_CHART, PCT_FAILURE_TIME_CHART);
    // write time in phase chart
    writeChartHTML(PIE_CHART, PHASE_TIME_CHART);
    out.write("</body></html>\n");
}

Example 18 with ListData

use of net.sourceforge.processdash.data.ListData in project processdash by dtuma.

the class ProcessDashboard method registerHierarchyDataElement.

private void registerHierarchyDataElement() {
    ListData propItem = new ListData();
    propItem.add(props);
    propItem.add(String.valueOf(hierChangeCount++));
    data.putValue(DashHierarchy.DATA_REPOSITORY_NAME, propItem);
}

Example 19 with ListData

use of net.sourceforge.processdash.data.ListData in project processdash by dtuma.

the class TaskScheduleChartSettings method savePreferredChartOrdering.

/**
     * In some settings, the user is given an option of selecting a subset of
     * charts and arranging them in a preferred ordering.  This method will
     * save that preferred ordering for a given task list.
     */
public static void savePreferredChartOrdering(String taskListID, List<String> chartIds, DataRepository data) {
    // When more than one person opens a particular dataset, someone may
    // have a older version of the charts (or may not have the charting
    // add-on installed at all).  In that case, the person with fewer
    // charts may save a list that is incomplete (does not contain all of
    // the available chart IDs).  Look through the previous version of our
    // saved setting, find any items that are missing from the new list,
    // and insert them into the new list in our best guess of the right
    // order.  Note that we can't reliably infer the ordering intent of a
    // user who isn't working with a full set of charts.  But fortunately,
    // if the user with missing charts makes no changes to the order, the
    // algorithm below will effectively retain the previous ordering
    // without changes.
    List<String> newChartIds = new ArrayList<String>(chartIds);
    List<String> oldOrder = getPreferredChartOrdering(taskListID, data);
    int insertPos = 0;
    for (String oneId : oldOrder) {
        int pos = newChartIds.indexOf(oneId);
        if (pos == -1) {
            newChartIds.add(insertPos++, oneId);
        } else {
            insertPos = pos + 1;
        }
    }
    // Now that we have constructed the list, save it to the repository.
    ListData l = new ListData();
    for (String id : newChartIds) l.add(id);
    data.putValue(SETTINGS_PREFIX + taskListID + CHART_ORDERING_SETTING, l);
}

Example 20 with ListData

use of net.sourceforge.processdash.data.ListData in project processdash by dtuma.

the class TaskScheduleChartSettings method getPreferredChartOrdering.

/**
     * In some settings, the user is given an option of selecting a subset of
     * charts and arranging them in a preferred ordering.  This method will
     * retrieve that preferred ordering for a given task list.
     */
public static List<String> getPreferredChartOrdering(String taskListID, DataRepository data) {
    SimpleData sd = data.getSimpleValue(SETTINGS_PREFIX + taskListID + CHART_ORDERING_SETTING);
    if (sd == null)
        sd = data.getSimpleValue(SETTINGS_PREFIX + GLOBAL_QUALIFIER + CHART_ORDERING_SETTING);
    ListData l = ListData.asListData(sd);
    return (l == null ? Collections.EMPTY_LIST : l.asList());
}