def addTimedAction(self, time, task, name):
"""Add a task to be run once, at a specific time."""
handle = self.unregisterTask(name)
if not handle:
handle = TaskHandler(self, time, 0, task, name)
else:
handle.reset(time, 0, task, True)
self.scheduleTask(handle)
def addTimedAction(self, time, task, name):
"""
This method is used to add an action to be run once, at a specific time.
"""
handle = self.unregisterTask(name)
if not handle:
handle = TaskHandler(self, time, 0, task, name)
else:
handle.reset(time, 0, task, 1)
self.scheduleTask(handle)
def addActionOnDemand(self, task, name):
"""
This method is used to add a task to the scheduler that will not be scheduled
until specifically requested.
"""
handle = self.unregisterTask(name)
if not handle:
handle = TaskHandler(self, time(), 0, task, name)
else:
handle.reset(time(), 0, task, 1)
self.setOnDemand(handle)
def addActionOnDemand(self, task, name):
"""Add a task to be run only on demand.
Adds a task to the scheduler that will not be scheduled
until specifically requested.
"""
handle = self.unregisterTask(name)
if handle:
handle.reset(time(), 0, task, True)
else:
handle = TaskHandler(self, time(), 0, task, name)
handle.setOnDemand()
self.setOnDemand(handle)
def addActionOnDemand(self, task, name):
"""Add a task to be run only on demand.
Adds a task to the scheduler that will not be scheduled
until specifically requested.
"""
handle = self.unregisterTask(name)
if handle:
handle.reset(time(), 0, task, True)
else:
handle = TaskHandler(self, time(), 0, task, name)
handle.setOnDemand()
self.setOnDemand(handle)
def addTimedAction(self, time, task, name):
"""Add a task to be run once, at a specific time."""
handle = self.unregisterTask(name)
if handle:
handle.reset(time, 0, task, True)
else:
handle = TaskHandler(self, time, 0, task, name)
self.scheduleTask(handle)
def addPeriodicAction(self, start, period, task, name):
"""
This method is used to add an action to be run at a specific initial time,
and every period thereafter.
The scheduler will not reschedule a task until the last scheduled instance
of the task has completed.
If a task with the given name is already registered with the scheduler,
that task will be removed from the scheduling queue and registered
anew as a periodic task.
"""
handle = self.unregisterTask(name)
if not handle:
handle = TaskHandler(self, start, period, task, name)
else:
handle.reset(start, period, task, 1)
self.scheduleTask(handle)
def addPeriodicAction(self, start, period, task, name):
"""Add a task to be run periodically.
Adds an action to be run at a specific initial time,
and every period thereafter.
The scheduler will not reschedule a task until the last
scheduled instance of the task has completed.
If a task with the given name is already registered with
the scheduler, that task will be removed from the scheduling
queue and registered anew as a periodic task.
"""
handle = self.unregisterTask(name)
if not handle:
handle = TaskHandler(self, start, period, task, name)
else:
handle.reset(start, period, task, True)
self.scheduleTask(handle)
from flask import Blueprint
from flask import render_template
from flask import request
from TaskHandler import TaskHandler
from TodoHandler import TodoHandler
from TodoTagsHandler import TodoTagsHandler
import ResponseHandler
import DecodeToken
from flask_api import status
tasks = Blueprint('tasks', __name__, template_folder='templates')
task_handler = TaskHandler()
todo_handler = TodoHandler()
@tasks.route('/', methods=['GET','POST'])
def new_task():
user_id = DecodeToken.get_user_id(request.headers)
if user_id is not None:
if request.method == 'POST':
post_content = request.json
response_http_code = task_handler.create(user_id, post_content.get("data"))
elif request.method == 'GET':
response = task_handler.get_all_tasks_and_todos(user_id)
return ResponseHandler.construct_json_response(
{
"http_code": response.get("http_code"),
"data": response.get("data")
}
)
else:
