Linux Tactic

Streamline Your Development: A Quick Guide to Using Windows Subsystem for Linux

There are two primary operating systems that most computer users are familiar with: Windows and Linux. While Windows is the most popular operating system, Linux is also widely adopted by developers, thanks to its open-source nature and flexibility.

Cross-platform development has become increasingly important, and developers need to test their software on multiple operating systems. The Windows Subsystem for Linux (WSL) is a tool that enables developers to run a full version of Linux on Windows, eliminating the need for a separate machine.

In this article, we will explore the benefits of WSL and provide a step-by-step guide to install and set up WSL on a Windows machine.

Windows vs Linux operating systems

Windows and Linux are two very different operating systems that have their own advantages and disadvantages. Windows is a proprietary operating system developed and marketed by Microsoft, whereas Linux is an open-source operating system that is developed collaboratively by a community of programmers.

Windows is known for its user-friendly interface, compatibility with a wide range of software, and extensive technical support, while Linux is known for its stability, security, and flexibility. While both operating systems have their pros and cons, developers often prefer Linux due to its command-line interface and customizability.

Need for cross-platform development

Cross-platform development has become essential for software developers, as it enables them to write code that will run seamlessly on different operating systems. For instance, a developer may create an application on a Windows machine, but the end-users may be accessing the application on a Linux or Mac machine.

Cross-platform development ensures that the application can work well on all these platforms, without requiring significant modifications. WSL enables developers to test their applications on Linux, without requiring a separate machine.to WSL and its benefits

Windows Subsystem for Linux (WSL) is a feature in Windows 10 that enables developers to run a full version of Linux alongside Windows.

WSL allows developers to use Linux commands and tools natively on Windows without the need for a virtual machine. With WSL, developers can test their Linux applications on Windows without switching between operating systems.

WSL supports most Linux applications, including popular programming languages such as Python, Ruby, and Node.js. The biggest advantage of WSL is that it eliminates the need for a dedicated Linux machine, which can save hardware costs and reduce overall complexity of the development environment.

Installation of WSL

Steps for installation

To install WSL on Windows, follow these steps:

1. Open the Settings app on your Windows 10 machine.

2. Click on the ‘Update & Security’ option.

3. Select ‘For Developers’ from the left panel.

4. Under ‘Use developer features’, check the ‘Developer mode’ box.

5. A pop-up will appear, select ‘Yes’ to enable developer mode.

6. Open the Microsoft Store and search for ‘Ubuntu’.

7. Select ‘Ubuntu’ and click ‘Install’.

Enabling necessary requirements and installing Linux distribution

Before launching the Linux distribution, you need to enable Virtual Machine Platform. Follow these steps:

1.

Right-click on the Start button and click on ‘Apps and features.’

2. Click on ‘Programs and Features’ on the right panel.

3. Click on ‘Turn Windows features on or off’ on the left panel.

4. Select ‘Virtual Machine Platform’ and click ‘OK.’

5.

Restart your computer to finish the update.

Initial Ubuntu set up

Once Ubuntu is installed, launch the application. You will be prompted to create a new username and password.

Once you have entered the credentials, you will have access to a full version of Ubuntu terminal. You can now use Linux commands and tools on Windows without switching between operating systems.

Conclusion

Windows Subsystem for Linux is an excellent tool for developers who need to test their software on Linux without investing in a separate machine. WSL eliminates the need for complex virtual machines and simplifies the development environment.

By following the steps outlined in this article, developers can easily install and set up WSL on their Windows machine.

Using WSL

Running Linux tools and software on Windows

WSL allows developers to run Linux tools and software natively on their Windows machine. This means that they can use familiar tools, such as Git and SSH, to carry out their work on Windows.

WSL supports most Linux applications, including popular programming languages such as Python, Ruby, and Node.js. Developers can now execute Linux commands directly on the Windows command prompt, without the need for a separate Linux environment.

Integrated Linux terminal in Windows instance

WSL provides an integrated Linux terminal in the Windows instance. This feature enables developers to switch between the Windows and Linux environments seamlessly without interruption to their workflow.

The Linux terminal can be accessed by opening the Ubuntu application on Windows or by launching the terminal directly from the command prompt. The terminal is fully customizable, allowing developers to change the color scheme, font size, and other settings to suit their preferences.

Development of cross-platform applications

WSL simplifies the development of cross-platform applications. Developers can create, test, and debug Linux applications on their Windows machine, without requiring a separate Linux environment.

Since WSL supports most Linux applications and programming languages, developers can use their tools of choice to create applications that run on multiple operating systems. This feature is particularly useful for developers who want to create software that runs seamlessly on Windows and Linux.

Advantages of using WSL

Simplifies development and deployment using CI/CD pipeline

Continuous Integration and Continuous Deployment (CI/CD) pipelines are an essential part of the software development process. With WSL, developers can write and test their code on the same machine, eliminating the need for a separate Linux environment for testing.

This simplifies the deployment process, as developers can test their code in a Linux environment before deploying it to production. WSL ensures that code is tested and deployed efficiently, helping developers to deliver high-quality software quickly.

Testing web applications on Linux instances

Web applications need to be tested thoroughly to ensure they perform as expected. WSL allows developers to test their web applications on Linux instances, which can reveal errors and performance issues that cannot be detected on a Windows environment.

Testing on Linux instances provides a more accurate representation of how the application will perform on a Linux-based server, reducing the risk of bugs or performance issues. WSL enables developers to create and test web applications in a Linux environment without the need for a separate machine, saving hardware costs and improving efficiency.

Increased efficiency and productivity

With WSL, developers can use their preferred tools and workflows on a single machine, eliminating the need for a separate virtual machine or development environment. This streamlines the development process, allowing developers to focus on writing high-quality code.

WSL reduces the complexity of development environments, making it easier and faster to develop software. Developers can switch between the Windows and Linux environments seamlessly, further improving productivity.

Conclusion

WSL provides developers with the convenience of running Linux tools and software on their Windows machine. It eliminates the need for a separate machine, simplifying the development process and reducing hardware costs.

Developers can switch back and forth between the Windows and Linux environments with ease, using a single machine to develop cross-platform applications. The benefits of WSL include simpler development and deployment using CI/CD pipelines, testing web applications on Linux instances, and increased efficiency and productivity.

Conclusion

WSL has become a valuable tool for developers who need to test their software on different operating systems. Developers can run Linux tools and software natively on their Windows machine, eliminating the need for a separate Linux environment.

WSL simplifies the development process and improves productivity, allowing developers to focus on creating high-quality software.

Benefits of using WSL for developers

WSL provides several benefits to developers:

1. Cost savings: Developers do not need to purchase a separate Linux machine for testing.

This can save hardware costs and reduce IT overhead. 2.

Improved workflow: WSL enables developers to use familiar tools on Windows, improving workflow and reducing the learning curve associated with switching between operating systems. 3.

Flexibility: WSL supports most Linux applications, including popular programming languages such as Python, Ruby, and Node.js, making it a versatile tool for developers. 4.

Streamlined development process: Switching between the Windows and Linux environments using WSL can help streamline the development process, making it faster and more efficient.

Improved workflow and efficiency

By using WSL, developers can improve their workflow and efficiency. WSL simplifies the development environment, allowing developers to use their preferred tools and workflows on a single machine.

This can reduce the time it takes to complete software development projects, as developers can switch between the Windows and Linux environments seamlessly. Additionally, WSL supports most Linux applications, including popular programming languages, making it a versatile tool for developers.

Recommendation to try WSL

We highly recommend that developers give WSL a try. WSL simplifies development environments, improves workflow and efficiency, and reduces hardware costs.

Developers can create cross-platform applications with ease, test their web applications on Linux instances, and work with familiar tools and workflows on a single machine. To get started with WSL, simply follow the installation and set up steps outlined in this article.

With WSL, you can begin to develop and test your software on a platform that best suits your needs, without having to invest in a separate machine for each operating system. In conclusion, WSL is an excellent tool for developers who need to create, test, and deploy software on multiple operating systems.

It reduces the complexity of development environments, simplifies the deployment process, and improves workflow and efficiency. By using WSL, developers can streamline their development process, reducing the time it takes to produce high-quality software.

Windows Subsystem for Linux (WSL) simplifies the development process for developers who need to work with multiple operating systems. WSL is a feature of Windows 10 that enables developers to run a full version of Linux on Windows, eliminating the need for a separate machine.

WSL allows developers to execute Linux commands directly on the Windows command prompt and supports most Linux applications, including popular programming languages such as Python, Ruby, and Node.js. By using WSL, developers can streamline their development process, reducing the time it takes to produce high-quality software.

We highly recommend that developers give WSL a try to improve their workflow, increase productivity, and reduce hardware costs.

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