[Feature]: docker support

### Description

Implement Docker support to simplify installation and execution across various environments. By containerizing CSD, users can run the tool without worrying about setting up dependencies or configuring the environment manually. This feature will enable seamless usage of CSD in different systems and facilitate easy integration into CI/CD pipelines.

### Feature Functions

1. **Dockerfile Creation:**
- Develop a `Dockerfile` that defines the Docker image for CSD.
- Include all necessary dependencies, including Rust, Python, and required plugins.
- Optimize the image for minimal size and fast build times.

2. **Pre-built Docker Image:**
- Build and publish a Docker image to a public container registry like Docker Hub or GitHub Container Registry.
- Tag the images properly for versioning and updates.

3. **Usage Documentation:**
- Provide clear instructions on how to pull and run the Docker image.
- Include examples for common use cases, such as scanning a local codebase:
```bash
docker run --rm -v /path/to/code:/app/code csd:latest scan /app/code
```
- Explain how to pass configurations and plugins if needed.

4. **Volume and Configuration Handling:**
- Ensure the Docker container can accept volume mounts for code directories and configuration files.
- Allow users to supply custom plugins or configurations through mounted volumes or environment variables.

5. **CI/CD Pipeline Integration:**
- Provide guidelines and examples for integrating the Dockerized CSD into CI/CD systems like GitHub Actions, GitLab CI/CD, Jenkins, etc.
- Demonstrate automated scanning as part of the build or deployment process.

6. **Multi-Platform Support:**
- Configure the Docker build to support multiple architectures (e.g., `amd64`, `arm64`) to cater to a wider range of host systems.

7. **Security Best Practices:**
- Follow Docker security best practices:
- Run the application as a non-root user inside the container.
- Keep the base image and dependencies up to date.
- Minimize the attack surface by only including necessary components.

8. **Automated Builds and Updates:**
- Set up automated builds of the Docker image whenever changes are pushed to the repository.
- Ensure that new releases trigger a rebuild and publication of the Docker image with updated tags.

9. **Testing the Docker Image:**
- Validate the Dockerized version of CSD with tests to ensure it functions identically to the native installation.
- Test the image across different environments and Docker versions.

10. **Community Feedback and Support:**
- Encourage users to provide feedback on the Docker implementation.
- Monitor issues related to the Docker image and address them promptly.

### Notes

_No response_