gitraw rag

[m-c-frank]

write a gitraw-server that is running on my local machine which takes in a github username, github reponame and path/filename to a file and returns a plain message line {"content":the actual file content} it should just use curl and listen for requests and then curl raw. i guess i just think github workflows are too slow therefore i need my llms to have access to simple microservices and the gitraw can be used to index whats available and to get like little readmes to understand how the tools work

[m-c-frank]

okay so the way to do it is using microserver.sh:

#!/bin/bash

# Step 1: Create Flask app
cat > app.py <<EOF
from flask import Flask, request, jsonify

app = Flask(__name__)

@app.route('/', methods=['POST'])
def echo():
    return jsonify(request.json)

if __name__ == '__main__':
    app.run(host='0.0.0.0', port=8000)
EOF

# Step 2: Create Dockerfile
cat > Dockerfile <<EOF
FROM python:3.9-slim
WORKDIR /app
COPY app.py /app
RUN pip install Flask
CMD ["python", "/app/app.py"]
EOF

# Step 3: Check if the container name already exists
if [ $(docker ps -a -q -f name=flask-app) ]; then
    echo "Container 'flask-app' already exists. Removing it..."
    docker stop flask-app
    docker rm flask-app
fi

# Step 4: Build and Run Docker Container
docker build -t flask-app .
docker run -d -p 8000:8000 --name flask-app flask-app

# Optional Step 5: Test the setup using curl
echo "To test, run: curl -X POST -d '{\"key\":\"value\"}' -H 'Content-Type: application/json' http://localhost:8000/"

[m-c-frank]

now make adapt the python code to just run curl or something as minimal as that to get the content of a github file using raw.githubusercontent.com. specify the most minimal json interface and make it as short as possible.

[m-c-frank]

Here are five different methods to create a gitraw-server on your local machine:

Method 1: Using Flask and the requests library

1. Use Flask to create a Python web server.
2. Define an endpoint that listens for requests containing the desired parameters (GitHub username, repo name, file path).
3. Extract the parameters from the request.
4. Use the requests library to send a GET request to GitHub's raw file API, passing the provided parameters in the URL.
5. Retrieve the content of the file from the API response and return it as a plain message line.

Efficiency: This method is efficient as it involves minimal steps and uses two widely-used libraries (Flask and requests) to handle the web server and API requests respectively.

Method 2: Using Node.js and the axios library

1. Use Node.js to create a JavaScript server.
2. Define a route that listens for requests containing the required parameters.
3. Extract the parameters from the request.
4. Use the axios library to send a GET request to GitHub's raw file API, passing the parameters in the URL.
5. Retrieve the file content from the API response and return it as a plain message line.

Efficiency: This method is efficient due to its concise process flow, relying on an asynchronous framework (Node.js) and a lightweight HTTP client (axios).

Method 3: Using Ruby and the net/http library

1. Use Ruby to create a web server.
2. Define a route that receives requests with the necessary parameters.
3. Extract the parameters from the request.
4. Use the net/http library to send a GET request to GitHub's raw file API, passing the parameters in the URL.
5. Retrieve the file content from the API response and return it as a plain message line.

Efficiency: This method is efficient as it uses a minimalistic approach with the net/http library, which is built into Ruby, to handle the HTTP request.

Method 4: Using Go's built-in HTTP package

1. Use Go to write a simple HTTP server.
2. Create a handler for the desired endpoint that captures the required parameters.
3. Extract the parameters from the request.
4. Use the built-in net/http package to send a GET request to GitHub's raw file API, including the parameters in the URL.
5. Retrieve the file content from the API response and return it as a plain message line.

Efficiency: This method is efficient since it leverages Go's standard library, eliminating the need for external dependencies, and allows for optimal performance due to Go's lightweight design.

Method 5: Using PHP's built-in HTTP functions

1. Use PHP to create a server-side script.
2. Define a route that listens for requests containing the necessary parameters.
3. Extract the parameters from the request.
4. Use the built-in HTTP functions (e.g., file_get_contents) in PHP to send a GET request to GitHub's raw file API, passing the parameters in the URL.
5. Retrieve the file content from the API response and return it as a plain message line.

Efficiency: This method is efficient as it utilizes PHP's built-in functions for HTTP requests, reducing the number of steps and external dependencies.