Build a more efficient development workflow
The examples in the previous unit showed how Windows capabilities can help developers overcome common challenges throughout the development process. Looking across those examples, several best practices emerge that can help development teams improve consistency, streamline common tasks, and work more efficiently.
To help reduce friction and improve productivity, consider these best practices and how Windows capabilities can support them.
Standardize development environments
Use repeatable configurations to help ensure developers start with consistent tools, settings, and workflows.
Why it matters: Standardized environments can simplify onboarding, reduce setup time, and minimize configuration differences across teams.
Support cross-platform workflows
Provide access to both Windows and Linux workflows when developing and testing applications across environments.
Why it matters: Cross-platform workflows can reduce the need to switch devices or maintain multiple development environments.
Use containers for consistency
Use containers to help create repeatable testing and development environments that behave consistently across systems.
Why it matters: Consistent environments can reduce troubleshooting caused by configuration differences, helping applications behave more consistently across development, testing, and production environments.
Reduce context switching
Keep development, troubleshooting, and research activities within the same workflow whenever practical.
Why it matters: Fewer workflow interruptions can help developers resolve issues more efficiently and stay focused on their work.
Use AI-assisted tools strategically
Use AI-assisted tools to help accelerate routine tasks, answer questions, and provide development guidance when appropriate. AI-generated suggestions should be reviewed and validated before being incorporated into production code or development workflows.
Why it matters: Developers can spend more time building and testing applications instead of performing repetitive tasks or searching for information.
Tip
Before continuing to the knowledge check, see if you can match each best practice to one or more Windows capabilities discussed in this module. Some best practices might be supported by more than one capability.
Consider which capabilities would help developers:
- Standardize development environments
- Support cross-platform workflows
- Use containers for consistency
- Reduce context switching
- Use AI-assisted tools strategically
Making these connections can help reinforce your understanding of when and why to use each capability.
Suggested capability matches
The following examples show how the best practices in this unit align with the Windows capabilities discussed throughout the module.
| Best practice | Windows capability |
|---|---|
| Standardize development environments | Windows Developer Configurations |
| Support cross-platform workflows | Coreutils for Windows and WSL containers |
| Use containers for consistency | WSL containers* |
| Reduce context switching | Intelligent Terminal** |
| Use AI-assisted tools strategically | Windows Development Skills |
* WSL containers are currently in public preview. Verify the latest Microsoft documentation before recommending them for production use.
** Intelligent Terminal is currently in experimental preview. Verify the latest Microsoft documentation before recommending it for production use.
Note
The suggested matches shown in this table aren't the only possible solutions. Depending on your needs, multiple Windows capabilities might be used together to support a development workflow.
Why it matters
The most effective development environments help developers spend less time setting up tools, troubleshooting issues, and switching between workflows—and more time building applications. By applying these best practices and understanding which Windows capabilities support them, development teams can create more efficient and consistent workflows.