def history(self):
import main
tod_user = main.tod_login('auth.cfg')
activity = tod_user.activity.get(object_type='item',
object_id=self.__task_dict['id'],
event_type='completed')
return activity
from os import path # will let me call files from a specific path
import requests
import scriptabit
import pickle
import todoist
import main
import random
import json
from hab_task import HabTask
from todo_task import TodTask
from datetime import datetime
# from datetime import timedelta
from dateutil import parser
#Here's where I'm putting my login stuff for Todoist.
tod_user = main.tod_login('auth.cfg')
# todayFilter = tod_user.filters.add('todayFilter', 'today')
# tod_user.commit()
tod_user.sync()
tod_projects = tod_user.projects.all()
tod_inboxID = tod_projects[0].data['id']
#Telling the site where the config stuff for Habitica can go and get a list of habitica tasks...
auth = main.get_started('auth.cfg')
# import pdb
#Getting all complete and incomplete habitica dailies and todos
hab_tasks, r1 = main.get_all_habtasks(auth)
#Okay, now I need a list of todoist tasks. How do achieve that.
import json
from subprocess import call # useful for running command line commands in python
from urllib2 import urlopen
from bisect import bisect
import logging
import netrc
import sys
from time import sleep
from webbrowser import open_new_tab
from docopt import docopt
from pprint import pprint
#Here's where I'm putting my login stuff for Todoist.
tod_user = main.tod_login('auth.cfg')
tod_projects = tod_user.projects.all()
tod_inboxID = tod_projects[0].data['id']
#Telling the site where the config stuff for Habitica can go and get a list of habitica tasks...
auth, hbt = main.get_started('auth.cfg')
#Getting all complete and incomplete habitica dailies and todos
hab_tasks, r1, r2 = main.get_all_habtasks(auth)
#Okay, now I need a list of todoist tasks. How do achieve that.
tod_tasks = []
tod_items = tod_user.items
tod_tasklist = tod_items.all()
for i in range(0, len(tod_tasklist)):
tod_tasks.append(TodTask(tod_tasklist[i].data))
def syncHistories(matchDict):
"""
I wanted to see if I could convince recurring habs and tods to sync based on history.
Assuming both recur...
"""
from dates import parse_date_utc
from dateutil import parser
from datetime import datetime
from datetime import timedelta
from main import complete_hab, update_hab
from main import tod_login
tod_user = tod_login('auth.cfg')
todList = {}
for tid in matchDict:
try:
matchDict[tid]['recurs']
except:
print(tid)
matchDict[tid]['recurs'] = matchDict[tid]['tod'].recurring
if matchDict[tid]['recurs'] == 'Yes':
hab = matchDict[tid]['hab']
tod = matchDict[tid]['tod']
habHistory = hab.history
todHistory = tod.history
try:
lastTod = parser.parse(todHistory[0]['event_date']).date()
except:
lastTod = tod.due.date()
habLen = len(habHistory) - 1
try:
lastHab = datetime.fromtimestamp(habHistory[habLen]['date']/1000).date() - timedelta(days=1)
except:
lastHab = hab.due.date() - timedelta(days=1)
lastNow = datetime.today().date()
if lastHab > hab.due.date():
newHab = sync_hab2todo(hab, tod)
r = update_hab(newHab)
if lastTod != lastHab:
if lastHab < lastTod and hab.dueToday == True:
print("Updating daily hab %s to match tod" % tod.name)
r = complete_hab(hab)
print(r)
elif lastTod < lastHab: # and hab.dueToday == False:
if lastTod < lastNow == False:
print("Updating daily tod %s to match hab" % tod.name)
#fix_tod = tod_user.items.get_by_id(tid)
#fix_tod.close() #this to be uncommented in a week or so
print(lastTod)
print(lastHab)
print(lastNow)
elif hab.due.date() < lastNow:
print("Hey, tod %s looks like it's getting pretty late. Think about tackling that one?" % tod.name)
print(lastTod)
print(lastHab)
print(hab.due)
else:
print("This one doesn't apply, right?")
print(tod.name)
print(lastTod)
print(lastHab)
print(hab.due)
tod_user.commit()
return matchDict
def history(self):
import main
tod_user = main.tod_login('auth.cfg')
activity = tod_user.activity.get(object_type='item', object_id = self.__task_dict['id'], event_type='completed')
return activity
def syncHistories(matchDict):
"""
I wanted to see if I could convince recurring habs and tods to sync based on history.
Assuming both recur...
"""
from dates import parse_date_utc
from dateutil import parser
from datetime import datetime
from datetime import timedelta
from main import complete_hab, update_hab
from main import tod_login
tod_user = tod_login('auth.cfg')
todList = {}
for tid in matchDict:
try:
matchDict[tid]['recurs']
except:
print(tid)
matchDict[tid]['recurs'] = matchDict[tid]['tod'].recurring
if matchDict[tid]['recurs'] == 'Yes':
hab = matchDict[tid]['hab']
tod = matchDict[tid]['tod']
habHistory = hab.history
todHistory = tod.history
try:
lastTod = parser.parse(todHistory[0]['event_date']).date()
except:
lastTod = tod.due.date()
habLen = len(habHistory) - 1
try:
lastHab = datetime.fromtimestamp(
habHistory[habLen]['date'] /
1000).date() - timedelta(days=1)
except:
lastHab = hab.due.date() - timedelta(days=1)
lastNow = datetime.today().date()
if lastHab > hab.due.date():
newHab = sync_hab2todo(hab, tod)
r = update_hab(newHab)
if lastTod != lastHab:
if lastHab < lastTod and hab.dueToday == True:
print("Updating daily hab %s to match tod" % tod.name)
r = complete_hab(hab)
print(r)
elif lastTod < lastHab: # and hab.dueToday == False:
if lastTod < lastNow == False:
print("Updating daily tod %s to match hab" % tod.name)
#fix_tod = tod_user.items.get_by_id(tid)
#fix_tod.close() #this to be uncommented in a week or so
print(lastTod)
print(lastHab)
print(lastNow)
elif hab.due.date() < lastNow:
print(
"Hey, tod %s looks like it's getting pretty late. Think about tackling that one?"
% tod.name)
print(lastTod)
print(lastHab)
print(hab.due)
else:
print("This one doesn't apply, right?")
print(tod.name)
print(lastTod)
print(lastHab)
print(hab.due)
tod_user.commit()
return matchDict