def __init(self):
self.__add_command_parsers()
if self.storage_type == TaskStorageType.xml:
logging.debug("using xml file: " + self.task_file_location)
self.task_loader = TaskLoaderXml(self.task_file_location)
elif self.storage_type == TaskStorageType.pickle:
logging.debug("using pickle file: " + self.task_file_location)
self.task_loader = ObjectLoaderPickle(self.task_file_location)
else:
logging.error("Unrecognized storage type: '" +
str(self.storage_type.name) +
"' - using xml instead")
self.task_loader = TaskLoaderXml(self.task_file_location)
try:
self.tasks = self.task_loader.get()
except FileNotFoundError:
logging.info(self.task_file_location + " - file doesn't exist")
self.tasks = []
except TaskFileBrokenException as e:
print('Task file broken. Not saving changes!')
logging.error(self.task_file_location +
' - file broken. Not saving changes!')
self.tasks = e.args[0]
self.allowedToSaveTasks = False
self.periodic_task_generator = PeriodicTaskGenerator(
self.periodic_tasks_location, self.events_location)
self.periodic_task_progress_handler = PeriodicTaskProgressHandler(
self.periodic_tasks_location, self.events_location)
class PeriodicTaskProgressHandler:
def __init__(self, periodic_filename, event_filename):
self.periodic_file = periodic_filename
self.event_filename = event_filename
self.tasks_prefix = 'periodic_tasks_data_'
self.periodic_task_generator = PeriodicTaskGenerator(self.periodic_file, self.event_filename)
def set_done(self, task_id):
return_value = False
self.__handle_date_progression()
tasks = self.periodic_task_generator.get_tasks()
try:
if 0 <= task_id < len(tasks):
return_value = SharedPreferences().put(self.__generate_preference_string(tasks[task_id].name),
str(tasks[task_id].date_to_finish))
except TypeError: # len(tasks) is Null
pass
return return_value
def set_undone(self, task_id):
return_value = None
self.__handle_date_progression()
tasks = self.periodic_task_generator.get_tasks()
try:
if 0 <= task_id < len(tasks):
return_value = SharedPreferences().clear_key(self.__generate_preference_string(tasks[task_id].name))
except TypeError: # len(tasks) is Null
pass
return return_value
def is_done(self, task_id):
return_value = False
self.__handle_date_progression()
tasks = self.periodic_task_generator.get_tasks()
try:
if 0 <= task_id < len(tasks):
if SharedPreferences().get(self.__generate_preference_string(tasks[task_id].name)):
return_value = True
except TypeError: # len(tasks) is Null
pass
return return_value
def reset(self):
SharedPreferences().clear_starting_pattern(self.tasks_prefix)
def __handle_date_progression(self):
tasks = self.periodic_task_generator.get_tasks()
for task_id, task in enumerate(tasks):
saved_value = SharedPreferences().get(self.__generate_preference_string(task.name))
if saved_value is not None:
if task.type is TaskType.event:
if datetime.datetime.strptime(saved_value[:], '%Y-%m-%d').date().year < DateHelper.get_today_short().year:
SharedPreferences().clear_key(self.__generate_preference_string(task.name))
else:
if task.date_to_finish > datetime.datetime.strptime(saved_value[:], '%Y-%m-%d').date():
SharedPreferences().clear_key(self.__generate_preference_string(task.name))
def __generate_preference_string(self, value):
return self.tasks_prefix + str(value)
def test_get_events_without_shift_ok(self, mock_load):
ptg = PeriodicTaskGenerator('test', 'test2')
returned_tasks = ptg.get_tasks(0)
self.assertTrue(self.mock_date_short.called)
self.assertTrue(self.mock_date_long.called)
self.assertEqual(mock_load.call_count, 1)
self.assertEqual(len(returned_tasks), 1)
def test_get_tasks_with_shift_7_ok(self, mock_load):
ptg = PeriodicTaskGenerator('test', 'test2')
returned_tasks = ptg.get_tasks(7)
self.assertTrue(self.mock_date_short.called)
self.assertTrue(self.mock_date_long.called)
self.assertEqual(mock_load.call_count, 1)
self.assertEqual(len(returned_tasks), 2)
self.assertEqual(returned_tasks[0].name, 'task1')
self.assertEqual(returned_tasks[1].name, 'task4')
def test_get_list_next_occurrence_ok(self, mock_load):
ptg = PeriodicTaskGenerator('test', 'test2')
returned_tasks = ptg.get_list_next_occurrence()
self.assertTrue(self.mock_date_short.called)
self.assertTrue(self.mock_date_long.called)
self.assertEqual(mock_load.call_count, 1)
self.assertEqual(len(returned_tasks), 4)
self.assertEqual(returned_tasks[0].date_to_finish, DateTimeHelper.get_fixed_date(4))
self.assertEqual(returned_tasks[1].date_to_finish, DateTimeHelper.get_fixed_date(10))
self.assertEqual(returned_tasks[2].date_to_finish, DateTimeHelper.get_fixed_date(9))
self.assertEqual(returned_tasks[3].date_to_finish, DateTimeHelper.get_fixed_date(8))
def __command_undone(self, args):
try:
if int(args[0]) > len(self.tasks):
raise IndexError
if int(args[0]) < 0:
return_value = self.periodic_task_progress_handler.set_undone(
self.__translate_periodic_task_id(int(args[0])))
if return_value is None:
return MumjolandiaResponseObject(
status=MumjolandiaReturnValue.
task_done_wrong_parameter,
arguments=args)
else:
return_name = PeriodicTaskGenerator(
self.periodic_tasks_location,
self.events_location).get_tasks()[
self.__translate_periodic_task_id(args[0])].name
else:
self.tasks[int(args[0])].status = TaskStatus.not_done
self.__save_if_allowed()
return_name = self.tasks[int(args[0])].name
return MumjolandiaResponseObject(
status=MumjolandiaReturnValue.task_undone_ok,
arguments=[return_name])
except (IndexError, ValueError):
return MumjolandiaResponseObject(
status=MumjolandiaReturnValue.task_done_wrong_parameter,
arguments=args)
def __command_periodic(self, args):
# todo: done/undone information not included in print; dont add here, but create class to handle
# (see comment in self.task_get)
return_list = []
return_indexes = []
tasks = PeriodicTaskGenerator(
self.periodic_tasks_location,
self.events_location).get_list_next_occurrence()
for n, t in enumerate(tasks):
return_list.append(t)
return_indexes.append(self.__translate_periodic_task_id(n))
return MumjolandiaResponseObject(
status=MumjolandiaReturnValue.task_get,
arguments=[return_indexes, return_list])
def __init__(self, periodic_filename, event_filename):
self.periodic_file = periodic_filename
self.event_filename = event_filename
self.tasks_prefix = 'periodic_tasks_data_'
self.periodic_task_generator = PeriodicTaskGenerator(self.periodic_file, self.event_filename)
class TaskSupervisor(MumjolandiaSupervisor):
def __init__(self, storage_type=TaskStorageType.xml):
super().__init__()
self.storage_type = storage_type
self.periodic_tasks_location = ConfigLoader.get_mumjolandia_location(
) + "data/periodic_tasks.xml"
self.periodic_task_generator = None
self.periodic_task_progress_handler = None
self.events_location = ConfigLoader.get_mumjolandia_location(
) + "data/events.xml"
self.task_file_location = ConfigLoader.get_mumjolandia_location(
) + "data/tasks." + self.storage_type.name.lower()
self.allowedToSaveTasks = True # if loaded tasks are broken they wont be overwritten to not loose them
self.task_loader = None
self.tasks = None
self.__init()
def __init(self):
self.__add_command_parsers()
if self.storage_type == TaskStorageType.xml:
logging.debug("using xml file: " + self.task_file_location)
self.task_loader = TaskLoaderXml(self.task_file_location)
elif self.storage_type == TaskStorageType.pickle:
logging.debug("using pickle file: " + self.task_file_location)
self.task_loader = ObjectLoaderPickle(self.task_file_location)
else:
logging.error("Unrecognized storage type: '" +
str(self.storage_type.name) +
"' - using xml instead")
self.task_loader = TaskLoaderXml(self.task_file_location)
try:
self.tasks = self.task_loader.get()
except FileNotFoundError:
logging.info(self.task_file_location + " - file doesn't exist")
self.tasks = []
except TaskFileBrokenException as e:
print('Task file broken. Not saving changes!')
logging.error(self.task_file_location +
' - file broken. Not saving changes!')
self.tasks = e.args[0]
self.allowedToSaveTasks = False
self.periodic_task_generator = PeriodicTaskGenerator(
self.periodic_tasks_location, self.events_location)
self.periodic_task_progress_handler = PeriodicTaskProgressHandler(
self.periodic_tasks_location, self.events_location)
def __get_today(self):
return datetime.datetime.today()
def __save_if_allowed(self):
if self.allowedToSaveTasks:
logging.debug("saving tasks to: '" + self.task_file_location + "'")
self.task_loader.save(self.tasks)
def __add_command_parsers(self):
self.command_parsers['add'] = self.__command_add
self.command_parsers['bump'] = self.__command_bump
self.command_parsers['b'] = self.__command_bump
self.command_parsers['done'] = self.__command_done
self.command_parsers['edit'] = self.__command_edit
self.command_parsers['e'] = self.__command_edit
self.command_parsers['find'] = self.__command_find
self.command_parsers['f'] = self.__command_find
self.command_parsers['help'] = self.__command_help
self.command_parsers['ls'] = self.__command_get
self.command_parsers['periodic'] = self.__command_periodic
self.command_parsers['rm'] = self.__command_delete
self.command_parsers['set'] = self.__command_set
self.command_parsers['undone'] = self.__command_undone
def __command_add(self, args):
if len(args) < 1:
return MumjolandiaResponseObject(
status=MumjolandiaReturnValue.task_name_not_given)
else:
name = ' '.join(args[0:])
try:
self.tasks.append(
TaskFactory.get_task(
name,
date_to_finish=str(DateHelper.get_today_long()),
))
except IncorrectDateFormatException:
logging.warning("Task '" + name +
"' not added - incorrect date format")
return MumjolandiaResponseObject(
status=MumjolandiaReturnValue.task_incorrect_date_format)
logging.debug("Added task '" + name + "'")
self.__save_if_allowed()
return MumjolandiaResponseObject(
status=MumjolandiaReturnValue.task_added,
arguments=[name, len(self.tasks) - 1])
def __command_get(
self, args
): # 'get' - return today, 'get 1' - return tomorrow,get '0' - return all
return_list = []
return_indexes = []
return_status = MumjolandiaReturnValue.task_get
day_amount = 0
today = self.__get_today()
if args:
try:
day_amount = int(args[0])
except ValueError:
if args[0] != 'x':
return MumjolandiaResponseObject(
status=MumjolandiaReturnValue.task_get_wrong_data,
arguments=args)
if args[0] == 'x': # task get x ### every task that has finish date not set
for i, t in enumerate(self.tasks):
if t.date_to_finish is None:
if t.status is not TaskStatus.done:
return_list.append(t)
return_indexes.append(i)
elif int(args[0]) == 0: # task get 0
for i, t in enumerate(self.tasks):
return_list.append(t)
return_indexes.append(i)
else: # task get [number]
for i, t in enumerate(self.tasks):
target = datetime.datetime.combine(
self.__get_today() +
datetime.timedelta(days=day_amount),
datetime.datetime.min.time())
if t.date_to_finish is not None:
if t.date_to_finish.year == target.year and \
t.date_to_finish.month == target.month and \
t.date_to_finish.day == target.day:
return_list.append(t)
return_indexes.append(i)
else: # task get
for i, t in enumerate(self.tasks):
# first tasks for today
# won't show task for today if it's 7 am and task was added at ie. 9 am
# this is expected behaviour so "task set x" sets hour and minute to 00:00, so everything is showed
if t.date_to_finish is not None and t.status is not TaskStatus.done:
if (t.date_to_finish - today).days * 24 + (
t.date_to_finish -
today).seconds // 3600 <= t.reminder * 24:
return_list.append(t)
return_indexes.append(i)
continue
# now not finished tasks from previous days
if t.status == TaskStatus.not_done and t.date_to_finish <= today:
return_list.append(t)
return_indexes.append(i)
# tasks from previous days and finished today
if t.date_finished is not None:
if t.status == TaskStatus.done:
if t.date_finished.year == today.year and \
t.date_finished.month == today.month and \
t.date_finished.day == today.day:
return_list.append(t)
return_indexes.append(i)
try:
return_indexes, return_list = zip(
*self.__sort_ls(list(zip(return_indexes, return_list))))
# zip returned tuples
return_list = list(return_list)
return_indexes = list(return_indexes)
except ValueError:
# it occurs when lists are empty: ValueError: not enough values to unpack (expected 2, got 0)
pass
if args and args[0] == 'x':
return MumjolandiaResponseObject(
status=return_status, arguments=[return_indexes, return_list])
# todo: create class that will return periodic tasks for today; do not loop over tasks form
# PeriodicTasksGenerator and parse them here
tasks = self.periodic_task_generator.get_tasks(day_amount)
for n, t in enumerate(tasks):
if self.periodic_task_progress_handler.is_done(
self.__translate_periodic_task_id(
self.__translate_periodic_task_id(n))):
t.status = TaskStatus.done
else:
t.status = TaskStatus.not_done
if t.type is TaskType.event and t.status is TaskStatus.done:
if today.date() > t.date_to_finish:
continue
return_list.insert(0, t)
return_indexes.insert(0, self.__translate_periodic_task_id(n))
return MumjolandiaResponseObject(
status=return_status, arguments=[return_indexes, return_list])
def __command_help(self, args):
return MumjolandiaResponseObject(
status=MumjolandiaReturnValue.task_help,
arguments=[
'add [name]\n'
'[b]ump\n'
'done\n'
'edit [id] [name]\n'
'[f]ind] [str]\n'
'ls (show today and previous uncompleted\n'
'ls 0 (show all tasks\n'
'ls x (show tasks without date)\n'
'ls [delta] (show tasks for given day)\n'
'ls [name || id]\n'
'periodic\n'
'set [id] [delta_from_today/none]\n'
'undone\n'
])
def __command_delete(self, args):
try:
task_id = args[0]
except IndexError:
return MumjolandiaResponseObject(
status=MumjolandiaReturnValue.task_delete_incorrect_index,
arguments=['none'])
# parameter comes as string. If we can parse it to int then we remove by id. If not, then by name
try:
tid = int(task_id)
try:
self.tasks.pop(tid)
self.__save_if_allowed()
return MumjolandiaResponseObject(
status=MumjolandiaReturnValue.task_delete_success,
arguments=[task_id, str(1)])
except IndexError: # wrong index
return MumjolandiaResponseObject(
status=MumjolandiaReturnValue.task_delete_incorrect_index,
arguments=[task_id])
except ValueError: # parameter type is not int
deleted_counter = 0
for t in reversed(
self.tasks
): # reversing allows to remove elements on fly without breaking ids
if t.name == task_id:
self.tasks.remove(t)
deleted_counter += 1
if deleted_counter == 0:
return MumjolandiaResponseObject(
status=MumjolandiaReturnValue.task_delete_incorrect_name,
arguments=[task_id])
else:
self.__save_if_allowed()
return MumjolandiaResponseObject(
status=MumjolandiaReturnValue.task_delete_success,
arguments=[task_id, str(deleted_counter)])
def __command_edit(self, args):
try:
task_id = int(args[0])
except IndexError: # first argument not given
return MumjolandiaResponseObject(
status=MumjolandiaReturnValue.task_edit_wrong_index,
arguments=['None'])
try:
if len(args) < 2:
raise IndexError
new_task = TaskFactory.get_task(name=' '.join(args[1:]),
date_to_finish=self.tasks[int(
args[0])].date_to_finish)
self.tasks[task_id] = new_task
self.__save_if_allowed()
return MumjolandiaResponseObject(
status=MumjolandiaReturnValue.task_edit_ok,
arguments=[str(task_id)])
except IndexError:
return MumjolandiaResponseObject(
status=MumjolandiaReturnValue.task_edit_wrong_index,
arguments=[str(task_id)])
def __command_set(self, args):
try:
if int(args[0]) > len(self.tasks) or int(args[0]) < 0:
raise IndexError
# parsing first argument
if args[1].lower() == 'None'.lower():
self.tasks[int(args[0])].date_to_finish = None
else: # set is for day not hour so part of date is removed
self.tasks[int(args[0])].date_to_finish = self.__get_today().replace(microsecond=0,
second=0,
minute=0,
hour=0) + \
datetime.timedelta(days=int(args[1]))
# parsing second argument
if len(args) > 2:
self.tasks[int(args[0])].reminder = int(args[2])
self.__save_if_allowed()
return MumjolandiaResponseObject(
status=MumjolandiaReturnValue.task_set_ok,
arguments=[self.tasks[int(args[0])].name, args[1]])
except IndexError:
return MumjolandiaResponseObject(
status=MumjolandiaReturnValue.task_set_incorrect_parameter,
arguments=args)
except ValueError:
return MumjolandiaResponseObject(
status=MumjolandiaReturnValue.task_set_incorrect_parameter,
arguments=args)
def __command_done(self, args):
try:
if int(args[0]) > len(self.tasks):
raise IndexError
if int(args[0]) < 0:
return_value = self.periodic_task_progress_handler.set_done(
self.__translate_periodic_task_id(int(args[0])))
if return_value is not True:
return MumjolandiaResponseObject(
status=MumjolandiaReturnValue.
task_done_wrong_parameter,
arguments=args)
else:
return_name = PeriodicTaskGenerator(
self.periodic_tasks_location,
self.events_location).get_tasks()[
self.__translate_periodic_task_id(args[0])].name
else:
self.tasks[int(args[0])].status = TaskStatus.done
self.tasks[int(args[0])].date_finished = self.__get_today()
self.__save_if_allowed()
return_name = self.tasks[int(args[0])].name
return MumjolandiaResponseObject(
status=MumjolandiaReturnValue.task_done_ok,
arguments=[return_name])
except (IndexError, ValueError):
return MumjolandiaResponseObject(
status=MumjolandiaReturnValue.task_done_wrong_parameter,
arguments=args)
def __command_undone(self, args):
try:
if int(args[0]) > len(self.tasks):
raise IndexError
if int(args[0]) < 0:
return_value = self.periodic_task_progress_handler.set_undone(
self.__translate_periodic_task_id(int(args[0])))
if return_value is None:
return MumjolandiaResponseObject(
status=MumjolandiaReturnValue.
task_done_wrong_parameter,
arguments=args)
else:
return_name = PeriodicTaskGenerator(
self.periodic_tasks_location,
self.events_location).get_tasks()[
self.__translate_periodic_task_id(args[0])].name
else:
self.tasks[int(args[0])].status = TaskStatus.not_done
self.__save_if_allowed()
return_name = self.tasks[int(args[0])].name
return MumjolandiaResponseObject(
status=MumjolandiaReturnValue.task_undone_ok,
arguments=[return_name])
except (IndexError, ValueError):
return MumjolandiaResponseObject(
status=MumjolandiaReturnValue.task_done_wrong_parameter,
arguments=args)
def __command_periodic(self, args):
# todo: done/undone information not included in print; dont add here, but create class to handle
# (see comment in self.task_get)
return_list = []
return_indexes = []
tasks = PeriodicTaskGenerator(
self.periodic_tasks_location,
self.events_location).get_list_next_occurrence()
for n, t in enumerate(tasks):
return_list.append(t)
return_indexes.append(self.__translate_periodic_task_id(n))
return MumjolandiaResponseObject(
status=MumjolandiaReturnValue.task_get,
arguments=[return_indexes, return_list])
def __command_bump(self, args):
try:
if int(args[0]) > len(self.tasks) or int(args[0]) < 0:
raise IndexError
self.tasks.append(self.tasks.pop(int(args[0])))
self.__save_if_allowed()
return MumjolandiaResponseObject(
status=MumjolandiaReturnValue.task_bump_ok,
arguments=[str(len(self.tasks) - 1), self.tasks[-1].name])
except (IndexError, ValueError):
return MumjolandiaResponseObject(
status=MumjolandiaReturnValue.task_bump_nook, arguments=args)
# todo: add ut
def __command_find(self, args):
return_indexes = []
return_list = []
if len(args) > 0:
for i, t in enumerate(self.tasks):
if str(args[0]).lower() in t.name.lower():
return_list.append(t)
return_indexes.append(i)
return MumjolandiaResponseObject(
status=MumjolandiaReturnValue.task_find,
arguments=[return_indexes, return_list])
def __translate_periodic_task_id(self, task_id):
return -(int(task_id) + 1)
def __sort_ls(self, tasks_tuple):
try:
tasks_tuple.sort(key=lambda tup: tup[1].date_to_finish,
reverse=True)
except TypeError:
# This error occurs if task is set to today, then marked as done, and then 'set none' command is excuted, so
# it stays visible in 'task ls', but has no date_to_finish
# todo: handle such a case gently
logging.error('Object has on date_to_finish set, but is sorted!')
return_tuple = []
for obj in tasks_tuple:
if obj[1].status == TaskStatus.done:
return_tuple.append(obj)
for obj in tasks_tuple:
if obj[1].status != TaskStatus.done:
return_tuple.append(obj)
return return_tuple
def test_get_tasks_without_shift_ok(self, mock_load):
ptg = PeriodicTaskGenerator('test', 'test2')
returned_tasks = ptg.get_tasks()
self.assertEqual(mock_load.call_count, 1)
self.assertEqual(len(returned_tasks), 0)