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Docker 101
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This repository documents my understanding of Docker and my attempt to build a Docker image for DGTD (Discontinuous Galerkin Time Domain) code. Docker allows us to package applications and their dependencies into isolated containers, ensuring consistency across different environments.

The documentation is up `here <https://acem.ece.illinois.edu/docs/Docker>`__.

Building the Docker Image
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To build the Docker image for DGTD code, follow these steps:

Command Line Interface (CLI)
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Use the following CLI commands to build the Docker image:

.. code-block:: sh

        docker build -t sample-image .

Replace `sample-image` with your preferred image name.

Platform Compatibility
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The Docker image can be built on both UNIX and Windows platforms. Here’s how I set it up:

- **UNIX:** Use Docker Engine.
- **Windows:** Install Docker Desktop.

Testing the Docker Image
------------------------

After building the Docker image, test its functionality on both UNIX and Windows environments:

- **UNIX:** Run tests using Docker Engine.
- **Windows:** Run tests using Docker Desktop.

The image should maintain consistency and reproducibility across platforms, demonstrating Docker's versatility in managing application dependencies.

Usage
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This repository serves as a guide for packaging DGTD code and other applications in Docker containers in the future. Adjust Dockerfile configurations and testing procedures as necessary for specific application requirements.