Using nodewatch.py for productivity

<< imports >>.py

import datetime
import operator
from dateutil.relativedelta import relativedelta # do a 'pip install python-dateutil' for this

@nodewatch Due This Month.py

@language python

<< imports >>
@others

categoryname = 'LTD: 04 Due This Month'
today = datetime.date.today() + relativedelta(months=1)
tasks = get_tasks_by_date(today, comparator=operator.le)
c.theNodewatchController.add(categoryname, tasks)

@nodewatch Due This Week.py

@language python

<< imports >>
@others

categoryname = 'LTD: 03 Due This Week'
today = datetime.date.today() + relativedelta(days=7)
tasks = get_tasks_by_date(today, comparator=operator.le)
c.theNodewatchController.add(categoryname, tasks)

@nodewatch Due Today.py

@language python

<< imports >>
@others

categoryname = 'LTD: 01 Due Today'
today = datetime.date.today()
tasks = get_tasks_by_date(today, comparator=operator.eq)
c.theNodewatchController.add(categoryname, tasks)

@nodewatch Due Tomorrow.py

@language python

<< imports >>
@others

categoryname = 'LTD: 02 Due Tomorrow'
today = datetime.date.today() + relativedelta(days=1)
tasks = get_tasks_by_date(today, comparator=operator.eq)
c.theNodewatchController.add(categoryname, tasks)

@nodewatch Past Due.py

@language python

<< imports >>
@others

categoryname = 'LTD: 00 Past Due'
today = datetime.date.today()
tasks = get_tasks_by_date(today, comparator=operator.lt)
c.theNodewatchController.add(categoryname, tasks)

get_tasks_by_date.py

## workhorse
def get_tasks_by_date(date, comparator=operator.lt):
  n = []
  for v in c.all_unique_nodes():
    duedate = c.cleo.getat(v, 'duedate')
    nextworkdate = c.cleo.getat(v, 'nextworkdate')
    priority = c.cleo.getat(v, 'priority')
    if priority: priority = int(priority)
    if (((duedate and comparator(duedate,date)) or
        (nextworkdate and comparator(nextworkdate,date)))
        and priority != 100):
      n.append(v)
  return n