class TwoWayNewTasksState4(BaseState):
def init(self):
super(TwoWayNewTasksState4, self).init('ssddfz[s]', self.newTasksCount)
def handleNewObject(self, (subject, description, startDate, dueDate,
completionDateTime, parentId, categories)):
parent = self.taskMap[parentId] if parentId and self.taskMap.has_key(
parentId) else None
if self.version < 5:
startDateTime = DateTime() if startDate == Date() else DateTime(
year=startDate.year,
month=startDate.month,
day=startDate.day,
hour=self.disp().settings.getint('view', 'efforthourstart'))
dueDateTime = DateTime() if dueDate == Date() else DateTime(
year=dueDate.year,
month=dueDate.month,
day=dueDate.day,
hour=self.disp().settings.getint('view', 'efforthourend'))
task = Task(subject=subject,
description=description,
startDateTime=startDateTime,
dueDateTime=dueDateTime,
completionDateTime=completionDateTime,
parent=parent)
self.disp().window.addIPhoneTask(task, [self.categoryMap[catId] for catId in categories \
if self.categoryMap.has_key(catId)])
self.disp().log(_('New task %s'), task.id())
self.taskMap[task.id()] = task
self.pack('s', task.id())
def pack(self, value):
if value == DateTime():
value = None
if value is not None:
value = value.replace(microsecond=0,
tzinfo=None).isoformat(sep=' ')
return super(InfiniteDateTimeItem, self).pack(value)
def feed(self, data):
super(InfiniteDateTimeItem, self).feed(data)
if self.state == 2:
if self.value is None:
self.value = DateTime()
else:
self.value = parseDateTime(self.value)
def handleNewObject(self, args):
reminderDateTime = None
recurrence = None
priority = 0
if self.version < 2:
subject, taskId, description, startDate, dueDate, completionDate = args
categories = None
elif self.version < 5:
subject, taskId, description, startDate, dueDate, completionDate, categories = args
categories = [self.categoryMap[catId] for catId in categories]
else:
(subject, taskId, description, startDate, dueDate, completionDate,
reminderDateTime, priority, hasRecurrence, recPeriod, recRepeat,
recSameWeekday, categories) = args
categories = [self.categoryMap[catId] for catId in categories]
if hasRecurrence:
recurrence = Recurrence(unit={
0: 'daily',
1: 'weekly',
2: 'monthly',
3: 'yearly'
}[recPeriod],
amount=recRepeat,
sameWeekday=recSameWeekday)
if self.version < 5:
startDateTime = DateTime(
startDate.year, startDate.month, startDate.day,
self.disp().settings.getint(
'view',
'efforthourstart')) if startDate != Date() else DateTime()
dueDateTime = DateTime(
dueDate.year, dueDate.month, dueDate.day,
self.disp().settings.getint(
'view',
'efforthourend')) if dueDate != Date() else DateTime()
completionDateTime = DateTime(
completionDate.year, completionDate.month, completionDate.day
) if completionDate != Date() else DateTime()
else:
startDateTime = startDate
dueDateTime = dueDate
completionDateTime = completionDate
try:
task = self.taskMap[taskId]
except KeyError:
if self.version >= 5:
self.pack('s', '')
else:
self.disp().log(_('Modify task %s'), task.id())
self.disp().window.modifyIPhoneTask(task, subject, description,
startDateTime, dueDateTime,
completionDateTime,
reminderDateTime, recurrence,
priority, categories)
if self.version >= 5:
self.pack('s', task.id())
class TwoWayNewTasksState(BaseState):
def init(self):
super(TwoWayNewTasksState, self).init('ssddd[s]', self.newTasksCount)
def handleNewObject(self, (subject, description, startDate, dueDate,
completionDate, categories)):
task = Task(subject=subject,
description=description,
startDateTime=DateTime(startDate.year, startDate.month,
startDate.day),
dueDateTime=DateTime(dueDate.year, dueDate.month,
dueDate.day),
completionDateTime=DateTime(completionDate.year,
completionDate.month,
completionDate.day))
self.disp().window.addIPhoneTask(task, [self.categoryMap[catId] for catId in categories \
if self.categoryMap.has_key(catId)])
self.disp().log(_('New task %s'), task.id())
self.taskMap[task.id()] = task
self.pack('s', task.id())
class FullFromDeviceTaskState(BaseState):
def init(self):
super(FullFromDeviceTaskState, self).init('ssddd[s]', self.taskCount)
def handleNewObject(self, (subject, description, startDate, dueDate,
completionDate, categories)):
task = Task(subject=subject,
description=description,
startDateTime=DateTime(startDate.year, startDate.month,
startDate.day),
dueDateTime=DateTime(dueDate.year, dueDate.month,
dueDate.day),
completionDateTime=DateTime(completionDate.year,
completionDate.month,
completionDate.day))
self.disp().window.addIPhoneTask(
task, [self.categoryMap[id_] for id_ in categories])
self.count += 1
self.ui.SetProgress(self.count, self.total)
self.pack('s', task.id())
def parseDateTime(self, fieldValue, defaultHour=0, defaultMinute=0,
defaultSecond=0, dayfirst=False):
if not fieldValue:
return None
try:
dateTime = dparser.parse(fieldValue.decode('UTF-8'),
dayfirst=dayfirst, fuzzy=True).replace(tzinfo=None)
hour, minute, second = dateTime.hour, dateTime.minute, dateTime.second
if 0 == hour == minute == second:
hour = defaultHour
minute = defaultMinute
second = defaultSecond
return DateTime(dateTime.year, dateTime.month, dateTime.day,
hour, minute, second)
except: # pylint: disable=W0702
return None