code-procrastinator 0.2.1

Python Package for functions that will procrastinate on their outputs

Code Procrastinator

Code Procrastinator is a Python package that humanizes your code by giving it the ability to procrastinate—just like you! :D

Instead of executing tasks efficiently, it gets distracted, mindlessly browses the internet, or justifies its procrastination with excuses.

PyPI Link

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Team Members

Bryant To Andrew Bao Jasmine Zhang Imran Ahmed

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Installation

You can install Code Procrastinator from PyPI using pip: This package requires Python 3.7 or higher

pip install code-procrastinator

Contributing

Want to improve Code Procrastinator? Follow these steps to set up your development environment!

Clone Repository

git clone https://github.com/software-students-spring2025/3-python-package-jeff-bezos.git
cd 3-python-package-jeff-bezos

Create a Virtual Environment

pip install pipenv
pipenv shell

Building

We automatically upload our package to PyPi using twine.
Before merging anything, ensure your contributions pass the unit tests

Important: PyPI will not let you upload a duplicate version, make sure to increment your version in your pyproject.toml file before pushing any changes. (Ex: 0.1.6 -> 0.1.7)

pytest procrastinator.py

Procrastinate()

The procrastinate function simulates what a human might do when procrastinating—whether it's scrolling the web, making excuses, or delaying execution.

Usage

To use Code Procrastinator in your own Python projects, simply import and call the procrastinate function:

from code_procrastinator import procrastinate

# Make your program procrastinate for up to 10 seconds, with 3 random delays
procrastinate(10, 3)

Function Behavior

• Randomly selects a number of unique delays between 0 and max_time.
• After each delay, it executes a random procrastination action.
• Available actions include:
  • Printing excuses for procrastination.
  • Opening a fun website for distraction.

Arguments

Argument	Type	Description
max_time	int	The maximum number of seconds for any delay. Must be greater than 0.
delay_count	int	The number of procrastination delays. Must be greater than 0.

Exceptions

• ValueError: Raised if max_time or delay_count is less than or equal to 0.

Return Value

• set: A set of unique delay times used during procrastination.

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Example Usage

>>> procrastinate(10, 3)
Procrastinating...
Let's take an internet break! :D https://en.wikipedia.org/wiki/Special:Random
Procrastinating...
Wow, this 4-hour video essay looks interesting...
Procrastinating...
I'll do it tomorrow

excuse_wrapper()

The excuse_wrapper function will also procrasinate on providing correct output, will relay an excuse, and has a chance to completely fail on the task.

Usage

Import excuse_wrapper, and use it as a decorator for the original function

from code_procrastinator import excuse_wrapper
@procrastinator.excuse_wrapper
def add(x, y):
    return x + y
add(1, 2)

Example Usage

>>> add(1. 2)
Optimizing best possible answer
Processing... 25% done.
Still thinking... 50% done.
Someone just deleted my work... I need to start over again...
TBH... forget this I'll do it tomorrow.

reaffirm_program()

The reaffirm_program function checks if the input message contains any positive keywords. When it detects encouragement, it prints a motivational message and confirms that the program is ready to continue running. This function is useful when you want your application to "get back on track" after a period of procrastination.

Example Usage

from code_procrastinator import reaffirm_program

# Provide a message with positive keywords to trigger the function
result = reaffirm_program("You're awesome and brilliant!")
print(result)  # Expected output: "Program is now running! Let's do this!"

Function Behavior

• Positive Check: Scans the input message for predefined positive keywords (e.g., "awesome", "fantastic", "great").
• Encouragement: If a positive keyword is found, it prints a random motivational message from a set of positive responses.
• Confirmation: Returns the string "Program is now running! Let's do this!" to signal that the program can proceed.
• Default Behavior: If no positive keywords are detected, it prints a default message requesting encouragement and returns None.

Arguments

Argument	Type	Description
message	str	The input message which is checked for positive keywords.

Return Value

• str: Returns "Program is now running! Let's do this!" if the input contains positive keywords.
• None:Returns None if no positive keywords are found.

random_fail_wrapper()

The random_fail_wrapper function decorator randomly determines whether the decorated function will execute normally or fail by raising an IllDoItLaterException. In both cases, a randomly chosen message prints to the console

Usage

Import random_fail_wrapper from Code Procrastinator

from code_procrastinator import random_fail_wrapper

@random_fail_wrapper
def compute_sum(a, b):
    return a + b

compute_sum(3, 4)

Function Behavior

• Random Check: Generates a random number between 1 and 100.
• Failure Path: If the number is less than 50, it raises an IllDoItLaterException with a randomly selected excuse.
• Success Path: Otherwise, it prints a message from RUN_MESSAGE and executes the function, returning its result.

Exceptions

• IllDoItLaterException: Raised if the randomly generated number is between 1 and 50.

Return Value

• wrapper: A wrapper of the original function with the additional random failure "functionality"

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Example Output

• Successful Execution

>>> compute_sum(3, 4)
Ugh, I guess I'll run this now.
7

• Failure (Exception Raised)

>>> compute_sum(3, 4)
IllDoItLaterException: Oh wait, I left my oven running. Sorry, but I cant run this code right now, I have to go...