p8952/bocker
Bocker
Bocker is a minimal container management tool written in Bash that implements core container functionality using Linux namespaces and control groups. It serves as a Linux container manager capable of starting and managing isolated processes and images through low-level kernel features.
The project includes an OCI image tool for pulling, saving, and building container images compatible with industry standards. It further integrates a cgroup resource controller to restrict CPU and memory consumption for isolated processes.
The tool covers the full container lifecycle, including process isolation and image management. This encompasses the ability to build custom images, pull from remote registries, and execute commands within active containers.
Features
- Container Isolation - Uses Linux kernel namespaces to provide full operating system environment isolation for processes.
- Container Image Management - Implements utilities for building custom container images from local configurations.
- Remote Image Pulling - Includes a utility to pull specified container images and versions from remote registries.
- Container Lifecycle Administration - Implements administrative controls for starting, stopping, and monitoring isolated containers.
- Container Runtime Managers - Ships a suite of tools for listing, logging, and removing container runtime instances.
- Containerized Execution - Starts isolated environments based on images to execute defined commands.
- OCI Container Engines - Implements an OCI-compliant engine for building, saving, and pulling container images.
- Bash Container Implementations - Implements a minimal container management tool in Bash using Linux namespaces and cgroups.
- Linux Container Managers - Provides a system for starting and managing isolated processes and images through kernel features.
- Control-Group-Based Resource Management - Uses cgroup-based resource management to enforce memory and CPU limits on isolated processes.
- Container Resource Constraints - Enforces CPU and memory allocation limits to ensure host system stability during container execution.
- Kernel Resource Limiting - Restricts CPU and memory consumption of isolated processes using Linux control groups.
- Container Shell Access - Provides a mechanism to execute commands and gain interactive shell access within active containers.
- Containerization - Listed in the “Containerization” section of the Build Your Own X awesome list.
- Containers and Virtualization - A Docker-like container engine in Bash.
- Infrastructure and Containers - A simple container implementation written in Bash.
- Infrastructure and Systems - A Docker-like container engine written in Bash.
- Container Engines - Minimalist container implementation written in bash.
- Core Infrastructure - Minimalist container implementation written in shell script.
- Developer Utilities - Docker implementation in Bash.
- Development and Deployment - Docker implementation written in shell script.
Star history
How this analysis was created: This summary and feature list are AI-generated from collected project material and can contain mistakes. Stars, license and language are imported from GitHub. Inclusion does not mean that we have tested or audited this project. Check the source documentation for any feature you depend on. Learn more on our About page.
