deploy-lab-plugin

To containerize a Python MCP server, you need a multi-stage Dockerfile, a non-root runtime user, an entrypoint script for environment variable validation, and a functional /health endpoint. This approach generates canonical Docker configurations to streamline plugin deployment.

Setting up docker-compose for a Rust plugin involves generating a docker-compose.yaml file with env_file usage for configuration, named volumes, port mappings, and healthchecks. This configuration ensures runtime health monitoring and streamlined deployment for your lab plugin.

The best way to validate environment variables before starting a Docker container is using an entrypoint.sh script. This script checks required environment variables at runtime before the server starts, preventing startup failures due to missing configuration values.

Yes, you can audit existing container configurations for drift. This process checks your current Dockerfile and docker-compose.yaml against canonical standards, identifying deviations from required multi-stage builds, non-root users, env_file usage, and health endpoint setups.

Yes, this Docker deployment approach fully supports TypeScript MCP server plugins. It generates canonical containerization configurations including multi-stage Dockerfiles, docker-compose.yaml scaffolding, and health endpoints tailored for TypeScript plugin environments.

A non-root runtime user is required in the Dockerfile to enhance container security. Canonical containerization configurations mandate running the server process as a non-root user to minimize potential security risks and privilege escalation during deployment.