📋 Workflow Demonstration¶

There are existing implementations of workflows to showcase how bigtree can be used!

To Do Application¶

There are functions to:

• Add or remove list to To-Do application
• Add or remove item to list, default list is the 'General' list
• Prioritize a list/item by reordering them as first list/item
• Save and import To-Do application to and from an external JSON file
• Show To-Do application, which prints tree to console

In [1]:

from bigtree import AppToDo

app = AppToDo("To Do App")
app.add_item(item_name="Homework 1", list_name="School")
app.add_item(
    item_name=["Milk", "Bread"],
    list_name="Groceries",
    description="Urgent",
)
app.add_item(item_name="Cook")
app.show()

from bigtree import AppToDo app = AppToDo("To Do App") app.add_item(item_name="Homework 1", list_name="School") app.add_item( item_name=["Milk", "Bread"], list_name="Groceries", description="Urgent", ) app.add_item(item_name="Cook") app.show()

To Do App
├── School
│   └── Homework 1
├── Groceries
│   ├── Milk [description=Urgent]
│   └── Bread [description=Urgent]
└── General
    └── Cook

In [2]:

app.save("list.json")
app2 = AppToDo.load("list.json")

app.save("list.json") app2 = AppToDo.load("list.json")

Calendar Application¶

There are functions to:

• Add or remove event from Calendar
• Find event by name, or name and date
• Display calendar, which prints events to console
• Export calendar to pandas DataFrame

In [3]:

import datetime as dt
from bigtree import Calendar

calendar = Calendar("My Calendar")
calendar.add_event("Gym", "2023-01-01 18:00")
calendar.add_event(
    "Dinner",
    "2023-01-01",
    date_format="%Y-%m-%d",
    budget=20,
)
calendar.add_event("Gym", "2023-01-02 18:00")
calendar.show()

import datetime as dt from bigtree import Calendar calendar = Calendar("My Calendar") calendar.add_event("Gym", "2023-01-01 18:00") calendar.add_event( "Dinner", "2023-01-01", date_format="%Y-%m-%d", budget=20, ) calendar.add_event("Gym", "2023-01-02 18:00") calendar.show()

My Calendar
2023-01-01 00:00:00 - Dinner (budget: 20)
2023-01-01 18:00:00 - Gym
2023-01-02 18:00:00 - Gym

In [4]:

calendar.find_event("Gym")

calendar.find_event("Gym")

2023-01-01 18:00:00 - Gym
2023-01-02 18:00:00 - Gym

In [5]:

calendar.delete_event("Gym", dt.date(2023, 1, 1))
calendar.show()

calendar.delete_event("Gym", dt.date(2023, 1, 1)) calendar.show()

My Calendar
2023-01-01 00:00:00 - Dinner (budget: 20)
2023-01-02 18:00:00 - Gym

In [6]:

data_calendar = calendar.to_dataframe()
data_calendar

data_calendar = calendar.to_dataframe() data_calendar

Out[6]:

	path	name	date	time	budget
0	/My Calendar/2023/01/01/Dinner	Dinner	2023-01-01	00:00:00	20.0
1	/My Calendar/2023/01/02/Gym	Gym	2023-01-02	18:00:00	NaN