def get_dues(self, end_date=None):
if (end_date != None):
today = date_op.today()
if (end_date == 'today'):
end_date = today
elif ('this month' in end_date):
end_date = date_op.this_month()
elif ('this week' in end_date):
end_date = date_op.this_week()
elif ('week' in end_date):
end_date = date_op.add(today, None, None, 6)
elif ('month' in end_date):
end_date = date_op.add(today, None, 1, None)
else:
end_date = date_op.get_date(end_date)
tasks = set()
for key, value in sorted(self.todos['due'].iteritems(),
key=lambda (k, v): (v, k)):
if (end_date != None):
due_date = date_op.get_date(self.todos['due'][key])
if (date_op.compare(due_date, end_date) <= 0):
tasks.add(key)
else:
tasks.add(key)
return tasks
def get_dues(self, end_date=None):
if ( end_date != None ):
today = date_op.today()
if ( end_date == 'today' ):
end_date = today
elif ( 'this month' in end_date ):
end_date = date_op.this_month()
elif ( 'this week' in end_date ):
end_date = date_op.this_week()
elif ( 'week' in end_date ):
end_date = date_op.add(today, None, None, 6)
elif ( 'month' in end_date ):
end_date = date_op.add(today, None, 1, None)
else:
end_date = date_op.get_date(end_date)
tasks = set()
for key,value in sorted(self.todos['due'].iteritems(), key=lambda(k,v):(v,k)):
if ( end_date != None ):
due_date = date_op.get_date(self.todos['due'][key])
if ( date_op.compare(due_date, end_date) <= 0 ):
tasks.add(key)
else:
tasks.add(key)
return tasks
def __get_date_pattern(self, task):
today = date_op.today()
date_pattern = {
'today':today,
'next week':date_op.add(today, None, None, 7),
'next month':date_op.add(today, None, 1, None),
'next year':date_op.add(today, 1, None, None)}
for key in date_pattern.keys():
value = date_pattern[key]
replace = re.sub('\^'+key+' ', '^'+value+' ', task)
if ( replace != task ):
break
return replace
def __get_date_pattern(self, task):
today = date_op.today()
date_pattern = {
'today': today,
'next week': date_op.add(today, None, None, 7),
'next month': date_op.add(today, None, 1, None),
'next year': date_op.add(today, 1, None, None)
}
for key in date_pattern.keys():
value = date_pattern[key]
replace = re.sub('\^' + key + ' ', '^' + value + ' ', task)
if (replace != task):
break
return replace
def do_task(self, tid):
recur = self.is_recur(tid)
due_date = self.get_due(tid)
next_due = None
self.__task_done(tid)
if (recur != None):
if (recur == 'bimonthly'):
next_due = date_op.add(due_date, None, 2, None)
elif (recur == 'monthly'):
next_due = date_op.add(due_date, None, 1, None)
elif (recur == 'biweekly'):
next_due = date_op.add(due_date, None, None, 14)
new_task = self.replace_task(tid, due_date, next_due)
self.add_task(new_task)
def do_task(self, tid):
recur = self.is_recur(tid)
due_date = self.get_due(tid)
next_due = None
self.__task_done(tid)
if ( recur != None ):
if ( recur == 'bimonthly' ):
next_due = date_op.add(due_date, None, 2, None)
elif ( recur == 'monthly' ):
next_due = date_op.add(due_date, None, 1, None)
elif ( recur == 'biweekly' ):
next_due = date_op.add(due_date, None, None, 14)
new_task = self.replace_task(tid, due_date, next_due)
self.add_task(new_task)