def do_command(self):
super(NewEffortCommand, self).do_command()
for effort in self.efforts: # pylint: disable=W0621
task = effort.task()
if task not in self.__oldActualStartDateTimes and effort.getStart() < task.actualStartDateTime():
self.__oldActualStartDateTimes[task] = task.actualStartDateTime()
task.setActualStartDateTime(effort.getStart())
task.addEffort(effort)
def do_command(self):
super(NewEffortCommand, self).do_command()
for effort in self.efforts: # pylint: disable=W0621
task = effort.task()
if task not in self.__oldActualStartDateTimes and effort.getStart(
) < task.actualStartDateTime():
self.__oldActualStartDateTimes[
task] = task.actualStartDateTime()
task.setActualStartDateTime(effort.getStart())
task.addEffort(effort)
def renderPeriod(self, effort):
if self._hasRepeatedPeriod(effort):
return ''
start = effort.getStart()
if self.aggregation == 'details':
return render.dateTimePeriod(start, effort.getStop())
elif self.aggregation == 'day':
return render.date(start.date())
elif self.aggregation == 'week':
return render.weekNumber(start)
elif self.aggregation == 'month':
return render.month(start)
def _hasRepeatedPeriod(self, effort):
''' Return whether the effort has the same period as the previous
effort record. '''
index = self.presentation().index(effort)
previousEffort = index > 0 and self.presentation()[index-1] or None
return previousEffort and effort.getStart() == previousEffort.getStart()