The Power of Generative AI in Automatic Bug Fixing скачать в хорошем качестве

The Power of Generative AI in Automatic Bug Fixing

Hey everyone! Welcome to another episode of my Code to Care series. This video is the second part of our Bug Fixing with GenAI videos, we dive deeper into the potential of generative AI in automatically fixing bugs in software development. 🚀 We explore the SWE (Software Engineering) Bench database, a comprehensive collection of 2,294 real-world bug fix scenarios from 12 popular Python repositories, including Django and Flask. These repositories average 3,000 files and 438,000 lines of code, reflecting the real challenges developers face. Each fix typically involves changes to two files and 33 lines of code, highlighting the precision required. The goal is to see if LLMs can generate fixes without breaking existing tests and even add new tests to validate the fixes. 🛠️ 🔍 Key Takeaways: Explore the SWE Bench Database: Discover a comprehensive benchmarking database with 2,294 real-world bug fix scenarios from 12 popular Python repositories, including Django and Flask. Understand the Scale of the Repositories: Learn about the size and complexity of the repositories, which average 3,000 files and 438,000 lines of code, reflecting real-world development challenges. Precision in Bug Fixes: Gain insights into the typical complexity of bug fixes, which often involve changes to just two files and 33 lines of code, highlighting the precision required in software development. Components of the Data Set: Understand the structure of the SWE Bench data set, including problem descriptions, original code bases, real fixes, and new tests to validate the fixes. AI's Role in Bug Fixing: See how large language models are being tested to generate bug fixes that do not break existing tests and effectively solve issues, pushing the boundaries of AI in software development. Future of AI in Bug Fixing: Get a preview of the next video, which will delve into the performance of these models and the exciting future of AI in bug fixing. Leave me a comment if you have new topics I should be discussing. Check out my LinkedIn: / @donwoodlock --- Timestamps: 0:00 -0:26 Introduction and overview of video 0:27 - 0:40 The high cost of fixing bugs in the software industry 0:41 - 1:06 Introduction of the SWE Bench 1:07 - 1:54 Structure of the SWE Bench database 1:54 - 2:21 Details on the code bases from GitHub 2:22 - 3:31 Components of the input data sets 3:32 - 4:56 Information on the repositories 4:57 - 5:15 Overview of the task for LLMs to generate bug fixes 5:16 - 5:57 Conclusion and preview of the next video ABOUT INTERSYSTEMS Established in 1978, InterSystems Corporation is the leading provider of data technology for extremely critical data in healthcare, finance, and logistics. It’s cloud-first data platforms solve interoperability, speed, and scalability problems for large organizations around the globe. InterSystems Corporation is ranked by Gartner, KLAS, Forrester and other industry analysts as the global leader in Data Access and Interoperability. InterSystems is the global market leader in Healthcare and Financial Services. Website: https://www.intersystems.com/ Youtube: / @intersystemscorp LinkedIn: / intersystems #llm #datareadiness #AIdata #LLMdata #codetocare #generativeai #bugfixing #softwaredevelopment #ai #productivity #techinnovation #softwareengineering #aisoftwares #codetocare #technology #techtips #developer