def test_import_tasks(self):
task100 = Task('Task100')
task100.label = "added"
task100.unique_id = "1"
task101 = Task('Task100')
task101.label = "updated"
task101.deleted = False
task101.unique_id = "1"
task102 = Task('Task100')
task102.deleted = True
task102.label = "deleted"
task102.unique_id = "1"
tasks_list = [task100, task101, task102]
sync_results = self.importer.import_tasks(tasks_list)
sync_results_list = sync_results.get_list()
self.assertTrue(len(sync_results_list) == 3)
print(sync_results_list)
self.assertTrue(sync_results_list[0] == SyncAction.ADDED)
self.assertTrue(sync_results_list[1] == SyncAction.UPDATED)
self.assertTrue(sync_results_list[2] == SyncAction.DELETED)
def add(self, text, label, project, date_expression) -> List[Task]:
assert type(text) and type(label) and type(project)\
and type(date_expression) is str
task_list = list()
if self.__date_generator.validate_input(date_expression):
for due_date in self.__date_generator.get_due_dates(
date_expression):
task = Task(text)
task.label = label
task.project = project
task.date_expression = date_expression
task.due_date = due_date
self.append(task)
task_list.append(task)
else:
raise AttributeError(
f"Provided date expression {date_expression} is invalid")
return task_list