How can you incorporate automated testing into your quality assurance plan?

1. Define your test objectives (including what aspects of the code need to be tested) 2. Plan your testing strategy (i.e., tools and frameworks to use, what to focus on, etc) based on your test objectives. 3. Write your test scripts in a programming language of your choice. 4. Automate the testing process using a tool (e.g., Jenkins, Azure DevOps, etc).

Defining clean and concise test cases along with KPIs to measure them is a no brainer and crucial step for success. Without defining these and having them ready you will never be able to achieve process improvement.

Um bom plano de testes é aquele que atenda o processo de negócio abrangendo todas suas convergências sejam embarcadas ou não. Para cada funcionalidade executada deverá estar um exemplo de resultado satisfatório. O teste deverá ser executado em uma ambiente que não seja o de desenvolvimento. É fundamental que o teste seja executado por um profissional (QA) e que seja gravado para que possa ser reproduzido ou auditado de forma neutra.

Excellent approach! Automating tests from the early stages of development is crucial for ensuring software quality. Thinking like a programmer when writing tests, adopting CI/CD, and choosing efficient tools are essential steps. Continuous integration and proactive monitoring make a significant difference. A great guide for those aiming for efficiency and reliability in system development!

Maximise test coverage - It should include positive, negative and out of scope test as well. Efficiency & Scalability - It can run for non working hours in a loop to test the threshold. Cost efficiency & accuracy - It avoid continuous manual effort and the chance of missing sanity testing. Choose a Framework - Dont choose random scripting for small number of test cases. Better to choose a framework, If a software is build on C/C , Python and Golang the framework can be cmocka, pytest and go run respectively. Automation Environment - Choose to build a CI/CD job on Jenkins or host the test on Azure or AWS based on the software requirment.

The main thing to call out when looking for an automation tool is there is no perfect tool that will fit everything from your checklist right out of the box so the faster you will realize the faster you will be able to decide which tool serves you the best. And in this process it is imperative to make an absolute must feature list when looking for a tool.

This choice should not be merely based on the popularity of the tools but rather on their compatibility with the specific needs of the project at hand. It's important to choose tools that align with the team's skills, integrate seamlessly with the development process, including CI/CD pipelines, and consider long-term sustainability, weighing the benefits of open-source versus commercial options.

As I mentioned above depending on if you’re carrying out verification or validation activities the tools/frameworks you use will vary depending on the activity and the context. Selenium is used for web applications. TestNG and other Unit frameworks are used for unit testing (though some folks use these for other types of testing as well). Robot Framework follows a low code keyword driven approach that is perfect for validation testing. TestNG and JUnit for verification testing. A good practice is to evaluate the problem you are trying to solve and then building a tooling and test harness strategy that coincides with your testing and quality objectives. This ensures that the tools/frameworks you choose will be effective and meet your needs.

I recommend continuing with Robot Framework and Cypress. Robot Framework's versatility and keyword-driven approach offer efficient and maintainable automated test scripts. Cypress, with its robust capabilities for end-to-end testing of web applications, complements Robot Framework well. This combination leverages your existing expertise, ensuring a seamless transition for effective testing, from web interfaces to broader application functionality. Additionally, both tools support integration into CI/CD pipelines, enhancing overall testing efficiency and maintaining a focus on quality assurance throughout the development lifecycle.

I design and execute robust test scripts to ensure the quality and reliability of software applications. Leveraging Robot Framework's modular approach, I create maintainable scripts, emphasizing keyword-driven testing for enhanced reusability. In Cypress, I excel in crafting end-to-end tests for web applications, systematically identifying defects and collaborating seamlessly with development teams for timely resolution. My scripts are seamlessly integrated into CI/CD pipelines, providing continuous feedback. With a keen eye on efficiency and coverage, I continuously refine and expand my automated testing suite, contributing to the overall success of quality assurance initiatives.

API Testing: For applications with a backend API, implement automated API testing to validate data exchange between the frontend and backend. Tools like Postman, RestAssured, and supertest can be helpful. Continuous Integration (CI) and Continuous Deployment (CD): Integrate automated tests into your CI/CD pipeline to run tests automatically whenever there's a code change. This helps catch issues early in the development process. Maintainable Test Code: Write maintainable and readable test code. Follow best practices such as the Arrange-Act-Assert (AAA) pattern for unit tests and use page objects for better organization in UI tests. Parallel Testing:

Implement Unit Testing: Start with unit testing to verify the correctness of individual components or functions. Write test cases to cover different scenarios, including edge cases. Use mocking frameworks to isolate units of code for effective testing. Integration Testing: Implement integration tests to ensure that different components of your application work together seamlessly. Focus on testing interactions between modules, APIs, databases, and external services. End-to-End (E2E) Testing: Consider incorporating end-to-end testing to validate the entire application workflow from a user's perspective. Tools like Selenium, Cypress, and TestCafe are popular for E2E testing.

In order to ensure that the information the tests are providing can be effectively use to help those that will decide whether the quality is being met it is good to integrate these with your tooling that is utilized by the project team and management. For example you can integrate with Jira for granular test result information mapped to stories that can be consumed by the project team to make decisions on whether they built the software correctly and if they built the correct software. You can integrate with Elastic Search so that you can use Kibana to visualize data that is higher level and easy for management to consume. Information that can be used to determine a go/no go decision.

With 4.5 years of experience in QA and automation using Robot Framework and Cypress, I excel in delivering refined test results. My expertise lies in creating modular, maintainable test scripts that ensure comprehensive coverage. I have successfully integrated automated testing into CI/CD pipelines, enabling quick feedback on code changes. Leveraging Cypress, I've strengthened end-to-end testing for web applications. Continuous improvement is ingrained in my approach, allowing me to adapt scripts to evolving application requirements. My testing strategies prioritize collaboration and effective communication, ensuring the delivery of high-quality software

Test Data Management: Manage test data effectively to ensure consistency and repeatability of tests. Consider using tools or techniques for creating, maintaining, and resetting test data. Performance Testing: Integrate performance testing into your QA plan to assess the application's responsiveness, scalability, and stability under different load conditions. Continuous Monitoring: Implement continuous monitoring of test results and performance metrics. Use tools like Grafana, Prometheus, or others to gain insights into the health of your application.

After you have defined clear test cases and selected your preferred automation tool build a reliable CI/CD pipeline to make the whole process modular and easier to maintain.

The testing process cannot be automated. Testing is a skilled activity performed by folks that study the craft and know about “systems”. What you can do, is use automation to help in this regard. By using automation as part of the testing process you are effectively using technology to not only boost your test coverage, but also speed things up that would normally take you longer to achieve. All this while the human performs the skilled activity of testing by focusing on finding the unknown unknowns. The things that are not automated because you don’t know what they are yet!

I automate the testing process by developing modular, maintainable scripts. Leveraging keyword-driven testing in Robot Framework, I enhance reusability and readability. In Cypress, I design end-to-end tests for web applications, ensuring comprehensive coverage. Integration with CI/CD pipelines facilitates automatic testing on code commits, enabling rapid feedback. I collaborate closely with cross-functional teams to align testing efforts with project goals and continuously refine scripts for evolving applications. This automation approach enhances efficiency, accelerates release cycles, and ensures the delivery of high-quality software.

It's important to consider scenario writing in BDD (Behavior Driven Development), describing business value (Gherkin) for the team to outline software behavior in plain text (Cucumber). Programming logic mastery is key for effective test automation. Each language has its own particularities, such as its syntax, its data types and its orientation, but the logic behind them all is the same. - Scalability and best practices (Clean Code) - Git/GitHub, an essential cloud-based tool, hosts Git, a version control system(VCS). - Jenkins, a CI tool, automates builds, detects integration issues post-commit or merge, and triggers automated unit and functional tests to ensure code integrity in agile teams with frequent integrations.

There is an importance of seamlessly integrating automated testing into Continuous Integration/Continuous Deployment (CI/CD) pipelines. For example: Incorporating automated testing into CI/CD pipelines ensures that every code change is automatically tested before deployment, reducing the chances of bugs making it to production.

Muito bom, para se ter uma noção da coisa, para ficar melhor poderia adicionar o link de cada ferramenta mencionada. O texto não é cheio de detalhes mas dá pra passar.