Mayeutica - Python

Mayeutica is a Python library that aims to enhance the problem-solving abilities and critical thinking skills of programmers. It is inspired by the Socratic method of teaching and fosters a dialectic approach to problem-solving.

Features

• Socratic Questioning: Mayeutica encourages programmers to think critically and ask insightful questions to analyze problems deeply.

• Code Structuring: The library provides tools and techniques to structure code in a way that promotes clear thinking and modular design.

• Debugging Assistance: Mayeutica helps programmers identify and resolve bugs and errors through a systematic approach.

• Collaboration: The library supports collaborative problem-solving by facilitating discussions and sharing code snippets with team members.

Installation

To install Mayeutica, you can use pip:

pip install mayeutica

Usage

Import the Mayeutica module in your Python program:

import mayeutica

To start using Mayeutica, create an instance of the Mayeutica class:

m = mayeutica.Mayeutica()

Ask a question to facilitate problem analysis and understanding:

m.ask('What is the input to the function?')

The library also provides functionality to structure code for better readability and maintainability. For example, you can create modules and classes for encapsulating related functionality:

class ExampleClass:
    def __init__(self):
        # Constructor code here
  
    def example_method(self):
        # Method code here

Mayeutica also assists in debugging by encouraging programmers to ask questions like "What is the expected output?" and "What is the actual output?". By systematically analyzing the code and asking relevant questions, programmers can identify and resolve issues efficiently.

Examples

Here are some examples showcasing Mayeutica's usage in real-life scenarios:

Module Structuring

# my_module.py

class MyClass:
    def __init__(self):
        # Constructor code here
  
    def my_method(self):
        # Method code here

Debugging Assistance

def divide(a, b):
    result = a / b
    return result

# Debugging the above code using Mayeutica
m.ask('What is the expected output?')
m.ask('What is the actual output?')
m.ask('What are the input values?')

Conclusion

With Mayeutica, Python programmers can enhance their problem-solving skills, improve code structure, and gain proficiency in debugging. By adopting a dialectic approach of questioning and analysis, Mayeutica empowers programmers to become better problem solvers. Give it a try and experience the benefits of critical thinking in programming!

For more information and detailed documentation, visit the Mayeutica Python GitHub repository.