private static Div generateCompletionShade(IDatesMapper datesMapper, LimitingResourceQueueElement queueElement) {
int workableHours = queueElement
.getLimitingResourceQueue()
.getResource()
.getCalendar()
.getCapacityOn(PartialDay.wholeDay(queueElement.getEndDate()))
.roundToHours();
Long shadeWidth = (24 - workableHours) *
DatesMapperOnInterval.MILISECONDS_PER_HOUR / datesMapper.getMilisecondsPerPixel();
Long lShadeLeft = (workableHours - queueElement.getEndHour()) *
DatesMapperOnInterval.MILISECONDS_PER_HOUR / datesMapper.getMilisecondsPerPixel();
int shadeLeft = lShadeLeft.intValue() + shadeWidth.intValue();
Div notWorkableHoursShade = new Div();
notWorkableHoursShade.setContext("");
notWorkableHoursShade.setSclass("limiting-completion");
notWorkableHoursShade.setStyle("left: " + shadeLeft + "px; width: " + shadeWidth.intValue() + "px;");
return notWorkableHoursShade;
}
@Override
public List<GenericDayAssignment> distributeForDay(PartialDay day, EffortDuration effort) {
List<GenericDayAssignment> result = new ArrayList<GenericDayAssignment>();
for (ResourceWithAssignedDuration each : hoursDistributor.distributeForDay(day, effort)) {
result.add(GenericDayAssignment.create(day.getDate(), each.duration, each.resource));
}
return result;
}
@Override
public EffortDuration getWorkableTime() {
if (getBaseCalendar() == null) {
return null;
}
return getBaseCalendar().getCapacityOn(
PartialDay.wholeDay(selectedDate));
}
private void reattachAndLoadCalendar(TaskElement taskElement) {
BaseCalendar calendar = taskElement.getCalendar();
if (calendar == null) {
return;
}
baseCalendarDAO.reattach(calendar);
forceLoadCalendar(calendar);
calendar.getCapacityOn(PartialDay.wholeDay(taskElement.getIntraDayStartDate().getDate()));
}
