Examples with EVTaskListData net.sourceforge.processdash.ev.EVTaskListData used on opensource projects

Example 1 with EVTaskListData

use of net.sourceforge.processdash.ev.EVTaskListData in project processdash by dtuma.

the class DataExtractionScaffold method getEVTaskLists.

private List<EVTaskList> getEVTaskLists(boolean includePersonal, boolean includeRollups) {
    String[] taskListNames = EVTaskList.findTaskLists(data);
    List<EVTaskList> result = new ArrayList<EVTaskList>(taskListNames.length);
    TaskLabeler taskLabeler = null;
    for (String taskListName : taskListNames) {
        EVTaskList tl = EVTaskList.openExisting(taskListName, data, hierarchy, null, false);
        if (tl instanceof EVTaskListData && !includePersonal)
            continue;
        if (tl instanceof EVTaskListRollup && !includeRollups)
            continue;
        tl.recalc();
        tl = new EVTaskListMerged(tl, false, true, null);
        if (taskLabeler == null) {
            taskLabeler = new DefaultTaskLabeler(this);
            taskLabeler.recalculate();
        }
        tl.setTaskLabeler(taskLabeler);
        result.add(tl);
    }
    return result;
}

Example 2 with EVTaskListData

use of net.sourceforge.processdash.ev.EVTaskListData in project processdash by dtuma.

the class EVReport method writeTaskTable.

private static void writeTaskTable(Writer out, EVTaskList taskList, EVTaskFilter filter, EVReportSettings settings, String namespace) throws IOException {
    HTMLTableWriter writer = new HTMLTableWriter();
    boolean showTimingIcons = taskList instanceof EVTaskListData && !settings.isExporting();
    TableModel table = customizeTaskTableWriter(writer, taskList, filter, settings, showTimingIcons);
    writer.setTableAttributes("class='sortable' id='" + namespace + "task' border='1'");
    writer.writeTable(out, table);
}

Example 3 with EVTaskListData

use of net.sourceforge.processdash.ev.EVTaskListData in project processdash by dtuma.

the class HierarchySynchronizer method syncSchedule.

/** If we are synchronizing a project for an individual, and that
     * individual has not edited their earned value schedule yet, sync
     * the initial period in their earned value schedule to reflect the
     * information entered in the team plan.
     */
private void syncSchedule() {
    // only operate on individual schedules.
    if (isTeam())
        return;
    // if no schedule information was found, there is nothing to do.
    if (startDate == null && hoursPerWeek == 0)
        return;
    // look up the name of the EV schedule for the individual. If we
    // don't find a valid/existing schedule name, abort.
    List names = EVTaskList.getPreferredTaskListsForPath(dataRepository, projectPath);
    if (names == null || names.size() != 1)
        return;
    String taskListName = (String) names.get(0);
    if (!EVTaskListData.validName(taskListName))
        return;
    if (!EVTaskListData.exists(dataRepository, taskListName))
        return;
    // open the schedule.
    EVTaskListData tl = new EVTaskListData(taskListName, dataRepository, hierarchy, false);
    EVSchedule currentSchedule = tl.getSchedule();
    // schedule for future use.
    if (tl.getID() != null) {
        forceData(projectPath, TeamDataConstants.PROJECT_SCHEDULE_NAME, StringData.create(taskListName));
        forceData(projectPath, TeamDataConstants.PROJECT_SCHEDULE_ID, StringData.create(tl.getID()));
    }
    // see if it is OK for us to change this schedule.  If the dates are
    // locked, then we must have created it, so we can change it.
    // Otherwise, if it looks like a default schedule (only one manual row),
    // it is fine to replace it.
    boolean isLocked = currentSchedule.areDatesLocked();
    boolean isDefault = (currentSchedule.getRowCount() == 1 || currentSchedule.get(2).isAutomatic());
    if (!isLocked && !isDefault)
        return;
    // construct a schedule according to the specifications in the WBS.
    EVSchedule wbsSchedule = new EVSchedule(startDate, hoursPerWeek, endWeek, scheduleExceptions, currentSchedule.getLevelOfEffort(), true);
    // retrieve information about the last values we synced to the schedule
    ListData lastSyncedHoursList = asListData(tl.getMetadata(TeamDataConstants.PROJECT_SCHEDULE_SYNC_SCHEDULE));
    double syncPdt = asDouble(tl.getMetadata(TeamDataConstants.PROJECT_SCHEDULE_SYNC_PDT));
    // flags to keep track of what changes are made.
    boolean madeChange = false;
    boolean needSyncUpdate = false;
    if (isDefault || lastSyncedHoursList == null) {
        if (!currentSchedule.isEquivalentTo(wbsSchedule)) {
            currentSchedule.copyFrom(wbsSchedule);
            madeChange = true;
        }
        needSyncUpdate = true;
    } else {
        EVSchedule lastSyncedSchedule = new EVSchedule(lastSyncedHoursList, true);
        EVSchedule origSchedule = currentSchedule.copy();
        mergeSchedules(currentSchedule, lastSyncedSchedule, syncPdt);
        if (wbsSchedule.isEquivalentTo(lastSyncedSchedule))
            // the wbs schedule hasn't changed since our last sync, so
            // there are no new changes to incorporate.  (Note that it
            // was still necessary for us to call mergeSchedules though,
            // to compute the list of user discrepancies for reverse sync)
            madeChange = false;
        else if (origSchedule.isEquivalentTo(currentSchedule))
            // no changes were made to the schedule, but we still need
            // to update the sync data.
            needSyncUpdate = true;
        else
            madeChange = needSyncUpdate = true;
    }
    // make certain the dates in the schedule are locked
    if (!currentSchedule.areDatesLocked()) {
        currentSchedule.setDatesLocked(true);
        madeChange = true;
    }
    // save the "last synced hours" value for future reference
    tl.setMetadata(TeamDataConstants.PROJECT_SCHEDULE_SYNC_SCHEDULE, wbsSchedule.getSaveList().formatClean());
    // save the "last synced pdt" value for future reference
    tl.setMetadata(TeamDataConstants.PROJECT_SCHEDULE_SYNC_PDT, Double.toString(hoursPerWeek * 60));
    if (madeChange) {
        // record the timezone that we've used to sync the schedule
        String tz = TimeZone.getDefault().getID();
        tl.setMetadata(EVMetadata.TimeZone.ID, tz);
        // save the task list
        if (!whatIfMode)
            tl.save();
        changes.add("Updated the earned value schedule");
    } else if (needSyncUpdate) {
        // no changes were made, but we need to save sync data.  It's OK to
        // do this, even in what-if mode.
        tl.saveMetadata();
    }
}

Example 4 with EVTaskListData

use of net.sourceforge.processdash.ev.EVTaskListData in project processdash by dtuma.

the class EVWeekReport method writeReport.

private void writeReport(String taskListName, EVTaskList evModel, Date effDate, EVReportSettings settings, EVTaskFilter taskFilter, EVTaskListFilter privacyFilter, int purpose) throws IOException {
    EVSchedule schedule = evModel.getSchedule();
    double totalPlanTime = schedule.getMetrics().totalPlan();
    boolean hideNames = settings.getBool(EVReport.CUSTOMIZE_HIDE_NAMES);
    boolean showAssignedTo = (evModel instanceof EVTaskListRollup) && !hideNames;
    boolean showTimingIcons = (evModel instanceof EVTaskListData && !isExporting() && purpose == PLAIN_REPORT);
    boolean showMilestones = evModel.showMilestoneColumn();
    boolean showLabels = evModel.showLabelsColumn();
    int numOptionalCols = //
    (showAssignedTo ? 1 : 0) + (showMilestones ? 1 : 0) + (showLabels ? 1 : 0);
    boolean monthly = isMonthly(settings);
    Resources effRes = (monthly ? monthRes : resources);
    // Calculate the dates one week/month before and after the effective date.
    Date lastWeek, nextWeek;
    if (monthly) {
        long eff = effDate.getTime();
        lastWeek = roundToMonthEnd(new Date(eff - 5 * MILLIS_PER_WEEK));
        nextWeek = roundToMonthEnd(new Date(eff + MILLIS_PER_WEEK));
    } else {
        lastWeek = adjustDate(effDate, -EVSchedule.WEEK_MILLIS);
        nextWeek = adjustDate(effDate, EVSchedule.WEEK_MILLIS);
    }
    Date startDate = schedule.getStartDate();
    if (lastWeek.before(startDate))
        lastWeek = startDate;
    Date effDateDisplay = new Date(effDate.getTime() - 1000);
    Date nextWeekDisplay = new Date(nextWeek.getTime() - 1000);
    // calculate flags describing whether the actual current date falls
    // within our reporting period
    long now = System.currentTimeMillis();
    boolean reportingPeriodIncludesToday = (lastWeek.getTime() < now && now <= effDate.getTime());
    boolean reportingPeriodPrecedesToday = (effDate.getTime() < now && now <= nextWeek.getTime());
    // Calculate future cutoff dates for task dependency display
    Date dependDate = getFutureCutoffDate(effDate, Settings.getInt("ev.numDependencyWeeks", monthly ? 5 : 3));
    Date revDependDate = getFutureCutoffDate(effDate, Settings.getInt("ev.numReverseDependencyWeeks", 6));
    // Get a slice of the schedule representing the previous week.
    EVSchedule filteredSchedule = getEvSchedule(evModel, taskFilter);
    EVSchedule.Period weekSlice = EVScheduleRollup.getSlice(filteredSchedule, lastWeek, effDate);
    // Now scan the task list looking for information we need.
    TableModel tasks = evModel.getSimpleTableModel(taskFilter);
    int taskListLen = tasks.getRowCount();
    // keep track of tasks that should be displayed in the three lists.
    boolean[] completedLastWeek = new boolean[taskListLen];
    boolean[] inProgressThisWeek = new boolean[taskListLen];
    boolean[] dueThroughNextWeek = new boolean[taskListLen];
    byte[] progress = new byte[taskListLen];
    Map<String, DependencyForCoord> upcomingDependencies = new HashMap<String, DependencyForCoord>();
    List<RevDependencyForCoord> reverseDependencies = new ArrayList<RevDependencyForCoord>();
    Arrays.fill(completedLastWeek, false);
    Arrays.fill(inProgressThisWeek, false);
    Arrays.fill(dueThroughNextWeek, false);
    boolean oneCompletedLastWeek = false;
    boolean oneInProgressThisWeek = false;
    boolean oneDueNextWeek = false;
    // keep track of the people assigned to the current schedule
    Set allIndividuals = new HashSet();
    String ignoreIndividual = null;
    if (evModel instanceof EVTaskListData && purpose == PLAIN_REPORT)
        allIndividuals.add(ignoreIndividual = getOwner());
    // retrieve information about the actual time that was logged to tasks
    // during the effective time period
    double[] actualTimeThisWeek = getActualTimeSpent(tasks, lastWeek, effDate);
    double completedTasksTimeThisWeek = 0;
    double inProgressTasksTimeThisWeek = 0;
    // keep track of the two total plan/actual time to date for
    // completed tasks.
    double completedTasksTotalPlanTime = 0;
    double completedTasksTotalActualTime = 0;
    // keep track of plan and actual value, this week and to date
    double planValueThisWeek = 0;
    double valueEarnedThisWeek = 0;
    double planValueToDate = 0;
    double valueEarnedToDate = 0;
    for (int i = 0; i < taskListLen; i++) {
        double taskValue = parseTime(tasks.getValueAt(i, -EVTaskList.PLAN_DTIME_COLUMN));
        Date completed = (Date) tasks.getValueAt(i, EVTaskList.DATE_COMPLETE_COLUMN);
        // check to see if the task was due this week, or in the past
        Date due = (Date) tasks.getValueAt(i, EVTaskList.PLAN_DATE_COLUMN);
        if (due != null && due.before(effDate)) {
            planValueToDate += taskValue;
            if (!due.before(lastWeek))
                planValueThisWeek += taskValue;
        }
        if (completed != null && completed.before(effDate)) {
            completedTasksTotalPlanTime += taskValue;
            completedTasksTotalActualTime += parseTime(tasks.getValueAt(i, -EVTaskList.ACT_DTIME_COLUMN));
            valueEarnedToDate += taskValue;
            if (!completed.before(lastWeek) && completed.before(nextWeek)) {
                completedLastWeek[i] = oneCompletedLastWeek = true;
                completedTasksTimeThisWeek += actualTimeThisWeek[i];
                valueEarnedThisWeek += taskValue;
            } else if (actualTimeThisWeek[i] > 0) {
                // if the task was marked complete in the past, but
                // someone logged time against it this week, display
                // it in the "in progress" table.
                inProgressThisWeek[i] = oneInProgressThisWeek = true;
                inProgressTasksTimeThisWeek += actualTimeThisWeek[i];
            }
        } else {
            Date replannedDue = (Date) tasks.getValueAt(i, EVTaskList.REPLAN_DATE_COLUMN);
            Date taskStarted = (Date) tasks.getValueAt(i, EVTaskList.ACT_START_DATE_COLUMN);
            // Check to see if the task was in progress this week
            if (taskStarted != null && taskStarted.before(effDate) && (completed == null || completed.after(effDate))) {
                inProgressThisWeek[i] = oneInProgressThisWeek = true;
                inProgressTasksTimeThisWeek += actualTimeThisWeek[i];
            }
            // Check to see if the task is due next week
            if ((due != null && due.after(startDate) && due.before(nextWeek)) || (replannedDue != null && replannedDue.after(startDate) && replannedDue.before(nextWeek))) {
                dueThroughNextWeek[i] = oneDueNextWeek = true;
            }
            if ((inProgressThisWeek[i] || dueThroughNextWeek[i]) && (due != null)) {
                if (!due.after(effDate))
                    progress[i] = BEHIND_SCHEDULE;
                else if (due.after(nextWeek))
                    progress[i] = AHEAD_OF_SCHEDULE;
            }
            Date projectedDate = (Date) tasks.getValueAt(i, EVTaskList.PROJ_DATE_COLUMN);
            findUpcomingDependencies(tasks, upcomingDependencies, i, projectedDate, dependDate, ignoreIndividual);
            // point in collecting reverse dependencies.
            if (!hideNames)
                findReverseDependencies(tasks, reverseDependencies, revDependDate, i);
        }
        List assignedTo = (List) tasks.getValueAt(i, -EVTaskList.ASSIGNED_TO_COLUMN);
        if (assignedTo != null)
            allIndividuals.addAll(assignedTo);
    }
    double cpi = completedTasksTotalPlanTime / completedTasksTotalActualTime;
    boolean showTimeThisWeek = (completedTasksTimeThisWeek > 0 || inProgressTasksTimeThisWeek > 0);
    // look up planned values from the schedule, if appropriate
    if (!monthly || Settings.getBool("ev.month.extrapolatePV", true)) {
        planValueThisWeek = weekSlice.planValue();
        planValueToDate = weekSlice.getCumPlanValue();
    }
    // look up earned values from the schedule, if not in monthly mode
    if (!monthly) {
        valueEarnedThisWeek = weekSlice.earnedValue();
        valueEarnedToDate = weekSlice.getCumEarnedValue();
    }
    if (isTopLevel(purpose)) {
        String taskListDisplayName = EVTaskList.cleanupName(taskListName);
        String titleHTML = effRes.format("Title_FMT", taskListDisplayName);
        titleHTML = HTMLUtils.escapeEntities(titleHTML);
        StringBuffer header = new StringBuffer(HEADER_HTML);
        StringUtils.findAndReplace(header, TITLE_VAR, titleHTML);
        if (taskFilter != null)
            header.insert(header.indexOf("</head>"), FILTER_HEADER_HTML);
        if (isExportingToExcel())
            StringUtils.findAndReplace(header, "hideIfCollapsed", "ignore");
        out.print(header);
        out.print("<h2>");
        String endDateStr = monthly ? formatMonth(effDateDisplay) : encodeHTML(effDateDisplay);
        out.print(effRes.format("Header_HTML_FMT", endDateStr));
        if (!isExporting() || getParameter(EFF_DATE_PARAM) == null) {
            if (lastWeek.compareTo(startDate) > 0)
                printNavLink(lastWeek, "Previous", settings, purpose);
            printNavLink(nextWeek, "Next", settings, purpose);
            if (!isExporting())
                printGoToDateLink(effDate, schedule, settings, purpose);
        }
        out.print("</h2>\n");
        EVReport.printFilterInfo(out, taskFilter, settings, isExporting(), isExportingToExcel());
        EVReport.printScheduleErrors(out, filteredSchedule.getMetrics().getErrors());
    } else {
        out.print("<div class='");
        out.print(purpose == LEAF_REPORT ? "collapsed" : "expanded");
        out.print("'><h2>");
        printExpansionIcon();
        out.print(encodeHTML(taskListName));
        out.print("</h2>\n");
        out.print("<div class='subsection");
        if (purpose != LEAF_REPORT)
            out.print(" hideIfCollapsed");
        out.print("'>");
    }
    String indivDetail = "";
    if (purpose == LEAF_REPORT)
        indivDetail = " class='hideIfCollapsed'";
    String hh = (purpose == SPLIT_REPORT ? "h2" : "h3");
    String personalDataID = evModel.getPersonalDataID();
    boolean shouldHideSummary = (privacyFilter != null && personalDataID != null && privacyFilter.include(personalDataID) == false);
    if (!shouldHideSummary) {
        interpOut("<" + hh + indivDetail + ">${Summary.Header}");
        if (isTopLevel(purpose) && showAssignedTo && !isExporting()) {
            String splitLink = (String) env.get("REQUEST_URI");
            if (purpose == PLAIN_REPORT)
                splitLink = HTMLUtils.appendQuery(splitLink, SPLIT_PARAM, "t");
            else
                splitLink = HTMLUtils.removeParam(splitLink, SPLIT_PARAM);
            out.print("&nbsp;&nbsp;<span class='nav'><a href='");
            out.print(splitLink);
            out.print("'>");
            out.print(resources.getHTML(purpose == PLAIN_REPORT ? "Show_Split" : "Show_Rollup"));
            out.print("</a></span>");
        }
        out.print("</" + hh + ">");
        out.print("<table border=1 name='summary'><tr><td></td><td></td>");
        if (taskFilter == null)
            interpOut("<td class=header colspan=3>${Summary.Direct_Hours}" + "</td><td></td>");
        interpOut("<td class=header colspan=3>${Summary.Earned_Value}" + //
        "</td></tr>\n" + "<tr><td></td><td></td>");
        if (taskFilter == null)
            interpOut("<td class=header>${Summary.Plan}</td>" + "<td class=header>${Summary.Actual}</td>" + "<td class=header>${Summary.Ratio}</td><td></td>");
        interpOut("<td class=header>${Summary.Plan}</td>" + "<td class=header>${Summary.Actual}</td>" + "<td class=header>${Summary.Ratio}</td></tr>\n");
        String thisWeekKey;
        String keySuffix = (monthly ? "_Month" : "_Week");
        if (reportingPeriodIncludesToday)
            thisWeekKey = "This" + keySuffix;
        else if (reportingPeriodPrecedesToday)
            thisWeekKey = "Last" + keySuffix;
        else
            thisWeekKey = "This_Period";
        out.print("<tr><td class=left>" + effRes.getHTML("Summary." + thisWeekKey) + "</td><td></td>");
        if (taskFilter == null) {
            double directTimeThisWeek;
            if (monthly)
                directTimeThisWeek = sumActualTime(actualTimeThisWeek);
            else
                directTimeThisWeek = weekSlice.getActualDirectTime();
            printTimeData(weekSlice.getPlanDirectTime(), directTimeThisWeek);
            out.print("<td></td>");
        }
        printPctData(//
        planValueThisWeek / totalPlanTime, valueEarnedThisWeek / totalPlanTime);
        out.print("</tr>\n");
        out.print("<tr><td class=left>" + encodeHTML(resources.format("Summary.To_Date_FMT", effDateDisplay)) + "</td><td></td>");
        double directTimeToDate = 0;
        if (taskFilter == null) {
            if (monthly)
                directTimeToDate = schedule.get(0).getActualDirectTime() + sumActualTime(getActualTimeSpent(tasks, startDate, effDate));
            else
                directTimeToDate = weekSlice.getCumActualDirectTime();
            printTimeData(weekSlice.getCumPlanDirectTime(), directTimeToDate);
            out.print("<td></td>");
        }
        printPctData(//
        planValueToDate / totalPlanTime, valueEarnedToDate / totalPlanTime);
        out.print("</tr>\n");
        double numWeeks = Double.NaN;
        if (startDate != null)
            numWeeks = (effDate.getTime() - startDate.getTime() - EVSchedule.dstDifference(startDate.getTime(), effDate.getTime())) / (double) MILLIS_PER_WEEK;
        if (monthly) {
            numWeeks = numWeeks / WEEKS_PER_MONTH;
            interpOut("<tr" + indivDetail + "><td class=left>" + "${Month.Summary.Average_per_Month}</td><td></td>");
        } else {
            interpOut("<tr" + indivDetail + "><td class=left>${Summary.Average_per_Week}</td><td></td>");
        }
        if (taskFilter == null) {
            double planTimePerWeek = weekSlice.getCumPlanDirectTime() / numWeeks;
            double actualTimePerWeek = directTimeToDate / numWeeks;
            printTimeData(planTimePerWeek, actualTimePerWeek);
            out.print("<td></td>");
        }
        double planEVPerWeek = planValueToDate / (totalPlanTime * numWeeks);
        double actualEVPerWeek = valueEarnedToDate / (totalPlanTime * numWeeks);
        printPctData(planEVPerWeek, actualEVPerWeek);
        out.print("</tr>\n");
        if (taskFilter == null) {
            interpOut("<tr" + indivDetail + "><td class=left>${Summary.Completed_Tasks_To_Date}" + "</td><td></td>");
            printData(formatTime(completedTasksTotalPlanTime), formatTime(completedTasksTotalActualTime), 1.0 / cpi, "timeFmt");
            out.print("<td></td><td></td><td></td><td></td></tr>\n");
        }
        out.print("</table>\n");
    }
    if (purpose == PLAIN_REPORT || purpose == LEAF_REPORT) {
        out.print("<div class='hideIfCollapsed'>\n");
        // create a table writer with appropriate renderers.
        HTMLTableWriter tableWriter = createTableWriter(evModel, hideNames, showTimingIcons);
        // to draw the completed tasks table, remove the "task with timing
        // icons" renderer if it happens to be in use.
        HTMLTableWriter.CellRenderer taskRenderer = tableWriter.getCellRenderer(EVTaskList.TASK_COLUMN);
        tableWriter.setCellRenderer(EVTaskList.TASK_COLUMN, EVReport.EV_CELL_RENDERER);
        String completedTasksTooltip = encodeHTML(resources.format("Completed_Tasks.Header_Tip_FMT", lastWeek, effDateDisplay));
        String completedTasksHeader;
        if (reportingPeriodIncludesToday)
            completedTasksHeader = effRes.getHTML("Completed_Tasks.Header");
        else if (reportingPeriodPrecedesToday)
            completedTasksHeader = effRes.getHTML("Completed_Tasks.Header_Last");
        else if (monthly)
            completedTasksHeader = effRes.format("Completed_Tasks.Header_Month_HTML_FMT", formatMonth(effDateDisplay));
        else
            completedTasksHeader = completedTasksTooltip;
        out.print("<h3 title='" + completedTasksTooltip + "'>" + completedTasksHeader + "</h3>\n");
        if (!oneCompletedLastWeek)
            interpOut("<p><i>${None}</i>\n");
        else {
            printCompletedTaskTableHeader(showTimeThisWeek, showAssignedTo, showMilestones, showLabels, monthly);
            double totalPlannedTime = 0;
            double totalActualTime = 0;
            double totalPlannedValue = 0;
            for (int i = 0; i < taskListLen; i++) {
                if (!completedLastWeek[i])
                    continue;
                double taskPlannedTime = parseTime(tasks.getValueAt(i, -EVTaskList.PLAN_TIME_COLUMN));
                double taskActualTime = parseTime(tasks.getValueAt(i, -EVTaskList.ACT_TIME_COLUMN));
                double taskPlannedValue = ((Double) tasks.getValueAt(i, -EVTaskList.PLAN_VALUE_COLUMN)).doubleValue();
                totalPlannedTime += taskPlannedTime;
                totalActualTime += taskActualTime;
                totalPlannedValue += taskPlannedValue;
                printCompletedLine(tableWriter, tasks, i, showTimeThisWeek ? actualTimeThisWeek : null, showAssignedTo, showMilestones, showLabels);
            }
            interpOut("<tr class='sortbottom'><td><b>${Completed_Tasks.Total}" + "&nbsp;</b></td><td class='timeFmt'>");
            out.print(formatTime(totalPlannedTime) + "</td>");
            out.print("<td class='timeFmt'>");
            out.print(formatTime(totalActualTime) + "</td>");
            if (showTimeThisWeek) {
                out.print("<td class='timeFmt'>");
                out.print(formatTime(completedTasksTimeThisWeek) + "</td>");
            }
            if (totalPlannedTime > 0) {
                double totalPctSpent = totalActualTime / totalPlannedTime;
                out.print("<td>" + EVSchedule.formatPercent(totalPctSpent) + "</td>");
            } else {
                out.print("<td>&nbsp;</td>");
            }
            // Empty td for assigned to, planned date, and labels columns
            int noSumCol = 1 + numOptionalCols;
            for (int i = 0; i < noSumCol; ++i) out.print("<td>&nbsp;</td>");
            out.print("<td>" + EVSchedule.formatPercent(totalPlannedValue) + "</td></tr>\n");
            out.println("</table>");
        }
        // put the "task with timing icons" renderer back in place if necessary
        tableWriter.setCellRenderer(EVTaskList.TASK_COLUMN, taskRenderer);
        String inProgressTooltip = encodeHTML(resources.format("Tasks_In_Progress.Header_Tip_FMT", effDateDisplay));
        String inProgressHeader;
        if (reportingPeriodIncludesToday || reportingPeriodPrecedesToday)
            inProgressHeader = effRes.getHTML("Tasks_In_Progress.Header");
        else
            inProgressHeader = encodeHTML(resources.format("Tasks_In_Progress.Header_Long_FMT", effDateDisplay));
        out.print("<h3 title='" + inProgressTooltip + "'>" + inProgressHeader + "</h3>\n");
        if (!oneInProgressThisWeek)
            interpOut("<p><i>${None}</i>\n");
        else {
            printUncompletedTaskTableHeader(showTimeThisWeek, showAssignedTo, showMilestones, showLabels, true, monthly);
            double totalPlannedTime = 0;
            double totalActualTime = 0;
            double totalPlannedValue = 0;
            double totalPlannedTimeRemaining = 0;
            double totalUnearnedValue = 0;
            for (int i = 0; i < taskListLen; ++i) {
                if (!inProgressThisWeek[i])
                    continue;
                double taskPlannedTime = parseTime(tasks.getValueAt(i, -EVTaskList.PLAN_TIME_COLUMN));
                double taskActualTime = parseTime(tasks.getValueAt(i, -EVTaskList.ACT_TIME_COLUMN));
                double taskPlannedValue = ((Double) tasks.getValueAt(i, -EVTaskList.PLAN_VALUE_COLUMN)).doubleValue();
                double taskPlannedTimeRemaining = taskPlannedTime - taskActualTime;
                double taskUnearnedValue = computeUnearnedValue(tasks, i);
                totalPlannedTime += taskPlannedTime;
                totalActualTime += taskActualTime;
                totalPlannedValue += taskPlannedValue;
                totalPlannedTimeRemaining += (taskPlannedTimeRemaining > 0) ? taskPlannedTimeRemaining : 0;
                totalUnearnedValue += taskUnearnedValue;
                printInProgressLine(tableWriter, tasks, progress[i], i, taskPlannedTimeRemaining, showTimeThisWeek ? actualTimeThisWeek : null, showAssignedTo, showMilestones, showLabels, taskUnearnedValue);
            }
            interpOut("<tr class='sortbottom'><td><b>${Tasks_In_Progress.Total}" + "&nbsp;</b></td><td class='timeFmt'>");
            out.print(formatTime(totalPlannedTime) + "</td>");
            out.print("<td class='timeFmt'>");
            out.print(formatTime(totalActualTime) + "</td>");
            if (showTimeThisWeek) {
                out.print("<td class='timeFmt'>");
                out.print(formatTime(inProgressTasksTimeThisWeek) + "</td>");
            }
            out.print("<td>" + EVSchedule.formatPercent(totalPlannedValue) + "</td>");
            if (totalPlannedTime > 0) {
                double totalPctSpent = totalActualTime / totalPlannedTime;
                out.print("<td>" + EVSchedule.formatPercent(totalPctSpent) + "</td>");
            } else {
                out.print("<td>&nbsp;</td>");
            }
            // Empty td because there is no total for Planned Date and Dep.
            int noSumCol = 2 + numOptionalCols;
            for (int i = 0; i < noSumCol; ++i) out.print("<td>&nbsp;</td>");
            out.print("<td class='timeFmt'>");
            out.print(formatTime(totalPlannedTimeRemaining) + "</td>");
            out.println("<td>" + EVSchedule.formatPercent(totalUnearnedValue) + "</td>");
            out.println("</tr>\n</table>");
        }
        String dueTasksTooltip = encodeHTML(resources.format("Due_Tasks.Header_Tip_FMT", effDateDisplay, nextWeekDisplay));
        String dueTasksHeader;
        if (reportingPeriodIncludesToday)
            dueTasksHeader = effRes.getHTML("Due_Tasks.Header");
        else if (reportingPeriodPrecedesToday)
            dueTasksHeader = effRes.getHTML("Due_Tasks.Header_This");
        else
            dueTasksHeader = encodeHTML(resources.format("Due_Tasks.Header_Long_FMT", nextWeekDisplay));
        out.print("<h3 title='" + dueTasksTooltip + "'>" + dueTasksHeader + "</h3>\n");
        if (!oneDueNextWeek)
            interpOut("<p><i>${None}</i>\n");
        else {
            printUncompletedTaskTableHeader(false, showAssignedTo, showMilestones, showLabels, false, monthly);
            double timeRemaining = 0;
            for (int i = 0; i < taskListLen; i++) if (dueThroughNextWeek[i]) {
                double forecastTimeRemaining = computeTaskForecastTimeRemaining(tasks, i, cpi);
                printDueLine(tableWriter, tasks, progress[i], i, cpi, forecastTimeRemaining, showAssignedTo, showMilestones, showLabels);
                if (progress[i] != AHEAD_OF_SCHEDULE && forecastTimeRemaining > 0)
                    timeRemaining += forecastTimeRemaining;
            }
            out.print("<tr class='sortbottom'><td align=right colspan=");
            int colspan = 6 + numOptionalCols;
            out.print(Integer.toString(colspan));
            interpOut("><b>${Due_Tasks.Total}" + "&nbsp;</b></td><td class='timeFmt'>");
            out.print(formatTime(timeRemaining));
            out.println("</td></tr>\n</table>");
        }
        out.print("</div>\n");
    } else {
        EVTaskListRollup parentEVModel = (EVTaskListRollup) evModel;
        for (int i = 0; i < parentEVModel.getSubScheduleCount(); i++) {
            EVTaskList childModel = parentEVModel.getSubSchedule(i);
            String childName = EVTaskList.cleanupName(childModel.getTaskListName());
            int childPurpose = (childModel instanceof EVTaskListRollup ? SUB_REPORT : LEAF_REPORT);
            writeReport(childName, childModel, effDate, settings, taskFilter, privacyFilter, childPurpose);
        }
    }
    if (!isTopLevel(purpose)) {
        // end the "subsection" div we started earlier.
        out.print("</div></div>");
    } else {
        interpOut("<" + hh + ">${Dependencies.Header}</" + hh + ">\n");
        discardInternalReverseDependencies(upcomingDependencies, reverseDependencies, allIndividuals);
        if (upcomingDependencies.isEmpty() && reverseDependencies.isEmpty())
            interpOut("<p><i>${None}</i>\n");
        else {
            if (!hideNames && !reverseDependencies.isEmpty())
                printReverseDependencyTable(tasks, reverseDependencies, showAssignedTo);
            List<DependencyForCoord> depsForCoord = new ArrayList<DependencyForCoord>(upcomingDependencies.values());
            Collections.sort(depsForCoord);
            int pos = 0;
            for (DependencyForCoord coord : depsForCoord) {
                printUpcomingDependencies(coord, tasks, showAssignedTo, hideNames, showMilestones, showLabels, pos++);
            }
        }
        if (isExporting())
            EVReport.writeExportFooter(out);
        if (!isExportingToExcel())
            interpOut(EXPORT_HTML);
        out.print(FOOTER_HTML);
    }
}

Example 5 with EVTaskListData

use of net.sourceforge.processdash.ev.EVTaskListData in project processdash by dtuma.

the class TeamProjectSetupWizard method createIndivSchedule.

protected String createIndivSchedule(String scheduleName) {
    // if an older schedule exists with this same name, delete it.
    // (Based on our checks above, the older task list should be empty
    // anyway.  But we don't want to reuse its task list ID.)
    EVTaskList oldList = EVTaskList.openExisting(scheduleName, getDataRepository(), getPSPProperties(), getObjectCache(), false);
    if (oldList != null)
        oldList.save(null);
    EVTaskListData schedule = new EVTaskListData(scheduleName, getDataRepository(), getPSPProperties(), false);
    schedule.addTask(getPrefix(), getDataRepository(), getPSPProperties(), null, false);
    schedule.getSchedule().setDatesLocked(true);
    schedule.setMetadata(PROJECT_SCHEDULE_SYNC_SCHEDULE, schedule.getSchedule().getSaveList().formatClean());
    schedule.setMetadata(PROJECT_SCHEDULE_SYNC_PDT, Double.toString(schedule.getSchedule().get(1).planDirectTime()));
    schedule.save();
    return schedule.getID();
}