Source Code Energy Optimizer

Developer Names: Sevhena Walker, Mya Hussain, Ayushi Amin, Tanveer Brar, Nivetha Kuruparan Supervisor: Dr. David Istvan

Date of project start: September 16th 2024

Project Overview: The goal of this project is to develop tools to improve the energy efficiency of engineered software through refactoring without altering the intent of the source code.

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Key Features

1. Refactoring Library

   • Provides automated refactoring tools aimed at optimising code for energy efficiency while preserving its functional behaviour.
   • Analyses code to identify energy-intensive patterns and recommends or applies energy-saving transformations.
   • Ensures refactored code remains maintainable and efficient across different platforms.

2. Python-Specific Refactoring Optimization

   • Tailors energy-efficient refactoring strategies based on the specific characteristics of Python.
   • Provides guidelines and transformations to minimise energy consumption while maintaining code compatibility.
   • Adapts to the unique performance and energy model of Python.

3. Library Plugin

   • Offers a plugin extension for popular IDEs and platforms, allowing developers to easily incorporate the refactoring library into their existing workflows.
   • Provides real-time suggestions and refactoring options within the development environment, enhancing usability and accessibility.

The folders and files for this project are as follows:

docs - Documentation for the project

refs - Reference material used for the project, including papers

src - Source code

test - Test cases