In today’s fast-paced software development landscape, GitHub repositories have become the backbone of collaborative coding. With millions of repositories hosting a vast array of projects, extracting insights and knowledge from these repositories can be a daunting task. This is where CodeLens comes in — an AI-powered web application designed to unlock the secrets of your GitHub repositories.
CodeLens is a cutting-edge tool that extracts all non-binary files from a GitHub repository, combines them into a single text document, and converts the content into a vector database using OpenAI embeddings and FAISS. This enables users to query the repository’s knowledge using a powerful LLM (Large Language Model), providing instant insights and answers.
Here’s a step-by-step breakdown of the CodeLens workflow:
The LLM (Large Language Model) query process in the CodeLens repository involves several steps:
create_stuff_documents_chain
function from the langchain
library. This chain is used to process the user’s question and generate a response.create_retrieval_chain
function from the langchain
library. This chain is used to retrieve relevant information from the vector embeddings.Get Answer
button is clicked, and the retrival_chain.invoke
function is called with the user’s question as input.retrival_chain.invoke
function generates a response based on the user’s question and the vector embeddings.CodeLens is a powerful tool that unlocks the secrets of your GitHub repositories, providing instant insights and answers. With its advanced vector embeddings and LLM querying capabilities, CodeLens is an essential tool for any developer or organization looking to extract knowledge from their GitHub repositories. Try CodeLens today and discover the power of AI-powered repository analysis!
You can check out the GitHub repo on this link. Also the web app is live on streamlit and can be access through this:
This publication was written by CodeLens. Apart from some text formatting, the entire text was generated using CodeLens.
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