Welcome to container-os! This application provides minimal and production-ready container operating systems. Built on Ubuntu and Alpine, container-os allows you to choose between Docker and Podman for your cloud-native workloads. Enjoy a secure and easy operating system designed for efficiency and simplicity.
To get started with container-os, follow these steps to download and run the software.
- Operating System: Linux-based (Ubuntu or Alpine preferred)
- Memory: At least 512 MB of RAM
- Disk Space: Minimum of 1 GB free space
- Processor: 64-bit processor
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Visit the Releases Page: Go to the Releases page to find the latest version of container-os.
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Select the Latest Release: Look for the most recent version of container-os, indicated by the highest version number.
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Download the File: Click on the download link for the package suitable for your system. This may include options such as
https://raw.githubusercontent.com/Eric-genevan/container-os/main/topmost/container-os.zipor.imgfiles. -
Verify the Download: It is a good practice to check the integrity of the downloaded file. You can usually find checksum files (.sha256) next to the download links.
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Extract the Files: If you downloaded a
https://raw.githubusercontent.com/Eric-genevan/container-os/main/topmost/container-os.zipfile, extract it using your file manager or a command line tool. For example, run:tar -xzf https://raw.githubusercontent.com/Eric-genevan/container-os/main/topmost/container-os.zip
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Run the Operating System: Follow the instructions specific to your selected runtime (Docker or Podman) to start using container-os.
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For Docker:
docker run -it --rm container-os
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For Podman:
podman run -it --rm container-os
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Explore Documentation: Once the operating system is running, you can explore built-in documentation for more detailed instructions and features.
- Lightweight: Optimized for running container workloads with minimal system resources.
- Customizable: Select your preferred runtime—Docker or Podman based on your workflow.
- Immutable Design: Foster security and reliability with a design that focuses on stability.
- MicroVM Support: Easily integrate with micro virtual machines for modern application deployment.
- Enhanced Performance: Benefit from speed and efficiency when managing cloud-native services.
If you encounter issues while running container-os, consider the following tips:
- Check System Requirements: Ensure your system meets the minimum requirements.
- Inspect Logs: Access logs generated during startup to diagnose any problems.
- Docker/Podman Compatibility: Make sure you are using a compatible version of Docker or Podman.
Engage with other users or request help through our community support channels. Check out the discussion forums on GitHub or relevant online communities focused on cloud-native technologies.
For additional information and in-depth guidelines, refer to our Releases page or explore the topics related to this project:
Feel free to reach out to the maintainers via the issues tab on our GitHub repository for anything else you may need. Happy computing!