Quiver

Quiver is your second brain in the cloud, designed to easily store and retrieve unstructured information. It's like Obsidian and powered by generative AI.

Features

Store Anything: Quiver can handle almost any type of data you throw at it. Text, images, code snippets, you name it.
Generative AI: Quiver uses advanced AI to help you generate and retrieve information.
Fast and Efficient: Designed with speed and efficiency in mind. Quiver makes sure you can access your data as quickly as possible.
Secure: Your data is stored securely in the cloud and is always under your control.
Compatible Files:
- Text
- Markdown
- PDF
- Audio
- Video
Open Source: Quiver is open source and free to use.

Demo

Getting Started

These instructions will get you a copy of the project up and running on your local machine for development and testing purposes.

Prerequisites

What things you need to install the software and how to install them.

Python 3.10 or higher
Pip
Virtualenv
Supabase account
Supabase API key
Supabase URL

Installing

Clone the repository

git clone

Create a virtual environment

virtualenv venv

Activate the virtual environment

source venv/bin/activate

Install the dependencies

pip install -r requirements.txt

Create a streamlit secrets.toml file

touch secrets.toml

Add the following to the secrets.toml file

supabase_url = "SUPABASE_URL"
supabase_service_key = "SUPABASE_SERVICE_KEY"
openai_api_key = "OPENAI_API_KEY"

Run the migration script on the Supabase database

-- Enable the pgvector extension to work with embedding vectors
       create extension vector;

       -- Create a table to store your documents
       create table documents (
       id bigserial primary key,
       content text, -- corresponds to Document.pageContent
       metadata jsonb, -- corresponds to Document.metadata
       embedding vector(1536) -- 1536 works for OpenAI embeddings, change if needed
       );

       CREATE FUNCTION match_documents(query_embedding vector(1536), match_count int)
           RETURNS TABLE(
               id bigint,
               content text,
               metadata jsonb,
               -- we return matched vectors to enable maximal marginal relevance searches
               embedding vector(1536),
               similarity float)
           LANGUAGE plpgsql
           AS $$
           # variable_conflict use_column
       BEGIN
           RETURN query
           SELECT
               id,
               content,
               metadata,
               embedding,
               1 -(documents.embedding <=> query_embedding) AS similarity
           FROM
               documents
           ORDER BY
               documents.embedding <=> query_embedding
           LIMIT match_count;
       END;
       $$;

Run the app

streamlit run main.py

Built With

Python - The programming language used.
Streamlit - The web framework used.
Supabase - The open source Firebase alternative.

Contributing

Open a pull request and we'll review it as soon as possible.

gjb117 / quiver