Shoulder.dev transforms codebases into tailored learning experiences. Below are organized categories of the codebase to help you start with your initial focus.
Understanding the importance of secure Docker credential storage. This includes learning about the common challenges and best practices for managing credentials.
Understanding the role of Docker credential helpers in facilitating secure access to Docker registries. This includes familiarizing oneself with their functionality and the different types of credential helpers.
Understanding how to configure Docker to use credential helpers. This involves learning about the credsStore option in ~/.docker/config.json and its role in selecting the desired helper.
Understanding the CLI commands and interaction mechanisms for working with credential helpers. This covers commands like store, get, erase, and list, and their corresponding payloads.
Learning about the Go programming language and the libraries used for developing Docker credential helpers. This includes understanding the core principles of Go and its strengths for building CLI tools.
Understanding the Go testing framework and debugging techniques. This includes learning how to write unit tests for credential helper logic and use debugging tools to pinpoint issues.
Understanding the architectural design of the Docker credential helpers project. This includes understanding the code structure, dependencies, and design patterns employed.
Understanding how to ensure cross-platform compatibility for the credential helpers. This involves learning about different operating systems (macOS, Windows, Linux) and the challenges related to portability.
Understanding the Docker build process for creating and distributing credential helpers. This involves learning about Dockerfiles, build commands, and release procedures.
Understanding the CI/CD workflows for the Docker credential helpers project. This includes understanding the automated build, test, and deployment pipeline, and the role of tools like GitHub Actions.
Understanding the security best practices for developing and deploying Docker credential helpers. This involves learning about security vulnerabilities, hardening techniques, and secure coding practices.
Understanding the different key management techniques used in credential helpers. This includes learning about secrets, encryption, and secure storage mechanisms like the OS X Keychain or Windows Credential Manager.
Understanding how to integrate Docker credential helpers with external services like password managers or secret management systems. This involves learning about APIs, communication protocols, and security considerations.
Understanding the importance of clear and comprehensive documentation for Docker credential helpers. This involves learning about writing user guides, API documentation, and best practices for improving the user experience.
