Automate Docker containerization with two-service docker-compose and multi-stage Dockerfile workflows.
npx skills add https://github.com/bonisoft3/iris --skill sayt-cnt
Please help me install this Agent Skill. Skill: sayt-cnt Source: https://github.com/bonisoft3/iris/tree/main/plugins/sayt/skills/cnt Command: npx skills add https://github.com/bonisoft3/iris --skill sayt-cnt
Containerizing development and integration workflows can be complex; this skill provides a standard pattern with Dockerfile multi-stage targets and compose-based orchestration to simplify building, running, and testing in isolated environments.
Create a Dockerfile with debug/ develop-style targets and an adjacent compose.yaml defining develop and integrate services at the repo root.
High-intent search queries and answers about installing and using this skill.
This approach uses a two-service docker-compose pattern with develop and integrate services defined in a compose.yaml file at the repo root, providing isolated environments that mirror real-world deployment.
A Docker-in-Docker (dind) workflow with a socat proxy provides safe daemon access during integration testing. It enforces host networking to enable seamless service interaction within isolated local environments.
Structuring a multi-stage Dockerfile for development involves creating debug and develop-style targets. You define these targets in the Dockerfile and reference them in an adjacent compose.yaml file to isolate build dependencies.
Yes, you can use host.env files for secrets in docker-compose. The workflow enforces host.env-based secret handling alongside host networking to enable repeatable local environments without exposing sensitive data.
Automating containerized dev and test workflows is best handled via standard patterns: a multi-stage Dockerfile for distinct targets, two-service docker-compose orchestration, and a dind workflow with a socat proxy for safe daemon access.
Docker-in-Docker integration tests may fail to access host services if host networking is not enforced. This pattern requires host networking and a socat proxy to enable seamless daemon and service interaction.
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