initiate-automation-test-project

Create Robot Project

CLI Node js project, to initiate all required directories and files that almost needed to start new automation test project using RobotFramework Library.

Installation

npm i -g initiate-automation-test-project

Quick Usage

open the termainl at the path you want to initiate the project then write:

initiate-test <project-name> <project-type>

• replace the <project-name> by the name you want
• replace the <project-type> by one of these choices [app, web, api]

Advanced Usage

initiate-test

you should answer the following questions:

? Project name: >>
? Project type (app, web, or, api): >>
? Author name: >>
? Environments (e.g., env1 env2, env3, seperated by spaces): >>
? Credentials needed? ...
> yes
> no
...

Next Release

After initiating your project, you will have the ability to define new directories by simply inserting them as a list. The package will then create these directories for you. Additionally, in the next release, we are planning to introduce a feature that generates test cases, eliminating the need to reinvent the wheel. Stay tuned for updates and enhancements to further streamline your automation test project setup.

Advantages

Creating an npm package for automating the setup of directories and files for various types of automation test projects, particularly those built by RobotFramework, can offer several advantages:

1. Time-Saving Automation: Setting up directories and files manually can be time-consuming. Your npm package can significantly reduce the time needed for the initial setup, allowing users to focus more on writing test cases and improving the overall testing process.

2. Consistency and Standardization: By providing a standardized directory structure and predefined files with the necessary lines and keywords, your package ensures consistency across different test projects. This standardization can lead to better collaboration and understanding among team members working on various automation projects.

3. Reduced Human Error: Manual setups often involve the risk of human error, which can lead to inconsistencies and bugs in the testing process. Your npm package helps in reducing such errors by automating the creation of standardized files and directories.

4. Easy Replication and Scalability: With your package, users can easily replicate the same directory and file structure for multiple projects, ensuring scalability and uniformity in the testing environment. This can be particularly beneficial when managing multiple testing projects simultaneously.

5. Simplified Onboarding Process: New team members can quickly get started with the testing process by using your npm package. It can serve as a comprehensive guide for understanding the project structure and the essential lines and keywords needed for efficient test automation.

6. Customization and Flexibility: While providing a standard structure, your package can also allow for customization and flexibility, enabling users to modify and adapt the predefined files and directories according to their specific project requirements.

7. Enhanced Collaboration: A standardized project structure and predefined files foster better collaboration among team members, as everyone follows the same conventions and guidelines. This can lead to improved communication and productivity within the testing team.

8. Continuous Integration and Deployment (CI/CD) Integration: Your npm package can seamlessly integrate with CI/CD pipelines, ensuring automated testing workflows and facilitating faster and more reliable deployment processes.

By addressing the initial setup complexities and providing a standardized structure, your npm package can significantly improve the efficiency and effectiveness of automation testing projects built using RobotFramework, ultimately leading to more robust and reliable software development processes.