You want to improve your automation testing skills. What are the most important ones to learn?

To improve automation testing skills, focus on mastering key tools and frameworks such as Selenium WebDriver, Appium, or Cypress for web and mobile automation. Learn programming languages like Java, Python, or JavaScript, as they are commonly used in automation scripting. Understand test automation design patterns and best practices to create robust, maintainable test suites. Dive deep into continuous integration and delivery (CI/CD) practices to integrate automation into the development pipeline effectively. Explore advanced topics like API testing, performance testing, and containerization to broaden skill set. Finally, prioritize learning about industry trends, emerging technologies, and agile methodologies to stay relevant and adaptable

To improve your automation testing skills, you should focus on learning Selenium WebDriver for UI testing and Postman for API testing. These tools are widely used, have a large community of support, and offer comprehensive features for their respective test areas.

Based on my experience, here's what I recommend enhancing your automation testing skills: Programming Prowess: Master a language like Python or Java, focusing on OOP, design patterns, and data structures for efficient, reusable code. API Testing: Learn tools like Postman or Rest Assured to thoroughly test the core logic of modern, API-driven applications. Framework Fluency: Specialize in web automation frameworks like Selenium or Cypress to create scalable test suites. Mobile Expertise: Use a framework like Appium for cross-platform mobile app testing in a growing market. CI/CD Integration: Understand CI/CD tools (Jenkins, CircleCI, AWS CodePipeline, etc.) to streamline feedback and maintain quality in development cycles.

Programming Languages Testing Frameworks Version Control Systems Build Tools Continuous Integration/Continuous Deployment (CI/CD) Testing Frameworks and Libraries Page Object Model (POM) API Testing Database Testing Browser Developer Tools Performance Testing Containerization Security Testing Continuous Learning Soft Skills

Master a programming language to an advanced level. But above that try to learn - different programming paradigms, - clean code practices - and design patterns up to an extent where you are able to write libraries in the programming language of your choice. Try solving different problems applying OOPs concepts.

A mi parecer es crucial comprender los principios fundamentales de la automatización de pruebas y familiarizarse con las herramientas y tecnologías relevantes, como Selenium WebDriver, Appium o Postman y actualmente en mi caso de Cypress. Además, es importante desarrollar habilidades en la escritura de scripts de prueba, la implementación de frameworks de pruebas, la gestión de datos de prueba y la integración de pruebas. Sin olvidar la importancia mejorar la capacidad para analizar y dise?ar casos de prueba, así como comprender los principios de dise?o de pruebas y las mejores prácticas de QA.

Testing tool and frameworks based upon the application layer and choice of Programming Language. 1. Front-end Web = Selenium, Jest, Puppeteer, Cypress etc. 2. Back-end = Rest Assured, Requests, Retrofit, HttpClient in Java 3. Database testing = DBUnit, SQLUnit, Knex.js etc 4. Mobile = Appium, Calabash etc. Then a unit testing framework can be clubbed for controlling test case execution such JUnit, TestNG, Pytest etc.

Utilizar mapas mentais para identificar a cobertura do processo e, consequentemente planejar o esfor?o do time para implementar os testes.

In my opinion, it's crucial to grasp the fundamental principles of test automation and become familiar with relevant tools and technologies, such as Selenium WebDriver, Appium, or Postman, and currently in my case, Cypress. Additionally, it's important to develop skills in test script writing, implementing test frameworks, managing test data, and test integration. Not to mention the importance of enhancing the ability to analyze and design test cases, as well as understanding test design principles and QA best practices.

Testing tools and frameworks facilitate efficient and effective software testing. For unit testing, frameworks like JUnit (Java) and NUnit (.NET) provide structured test suites and assertions. For UI testing, Selenium WebDriver offers automated browser interactions. Tools like Postman aid API testing, while JMeter is ideal for performance testing. Cypress is a popular choice for end-to-end testing. Continuous integration tools like Jenkins and GitLab CI help automate testing workflows. These tools empower developers to validate software functionality, performance, and reliability, ensuring high-quality products.

One of the most important skills to learn in automation testing is Test Design & Development. This encompasses creating effective & efficient test cases, understanding the application's functionality, & designing tests that cover critical scenarios. It involves structuring tests to maximize coverage while minimizing redundancy, ensuring maintainability & scalability of the test suite. Also, mastering this skill involves proficiency in programming languages used for automation, such as Python or Java, to write robust and reusable test scripts. Test Design & Development skills are foundational for successful automation testing, enabling testers to create comprehensive & reliable test suites that thoroughly validate software functionality.

Automatizar n?o é apenas codificar, mas entender o que está sendo testado. Uma boa automa??o vem de um teste manual bem feito, de uma documenta??o rica e de uma codifica??o simples de entender e manutenir.

Test design and development involve creating comprehensive test cases to validate software functionality and performance. Identify test scenarios based on requirements and risks. Develop test cases covering functional, non-functional, and edge cases. Utilize testing frameworks like TestNG or PyTest for automated test script development. Execute tests, analyze results, and iterate for continuous improvement. Collaboration between developers and testers ensures thorough test coverage and high-quality software.

To enhance automation testing skills, focusing on test execution and reporting is crucial. Understanding how to efficiently execute tests, including proper test sequencing and handling of dependencies, ensures reliable and comprehensive test coverage. Additionally, mastering reporting tools and techniques allows testers to communicate results effectively, providing valuable insights to stakeholders. A strong grasp of test execution and reporting enables testers to identify issues promptly, improve test efficiency, and enhance the overall quality of the software being tested in automation frameworks like Robot Framework.

Test execution involves running test cases to validate software functionality and performance. Utilize automated testing tools or manual testing processes. Monitor test execution for failures or errors. Generate comprehensive test reports detailing test results, including passed, failed, and pending tests. Analyze test reports to identify issues and track progress. Communicate findings to stakeholders for informed decision-making and continuous improvement.

Debugging: Focuses on identifying and fixing the root cause of a specific error or unexpected behavior in a program or system. Often involves stepping through the code line by line using a debugger to identify where the issue arises. Requires a deeper understanding of the code and its intended functionality. Troubleshooting: Is a broader process that encompasses identifying, isolating, and resolving problems in a system, not necessarily limited to software. May involve gathering information, testing different hypotheses, and applying various techniques to determine the root cause. Does not always require in-depth knowledge of the underlying code.

Debugging and troubleshooting are integral parts of software development. Identify and diagnose issues by analyzing code, logs, and user feedback. Utilize debugging tools like breakpoints, logging, and stack traces to pinpoint errors. Reproduce issues in controlled environments to isolate root causes. Collaborate with team members to brainstorm solutions and implement fixes. Test solutions rigorously to ensure effectiveness. Document troubleshooting steps and resolutions for future reference.

Version Control System: To manage codebase and track changes allowing developers to work collaboratively ensuring that changes are integrated smoothly. Build Automation Tools: Use a CI/CD tool to automate the build, test, and deployment processes. Configure to trigger builds automatically whenever changes are pushed to the repository. Test Automation Frameworks: Write and run automated tests that can be integrated into the CI/CD pipeline Infrastructure as Code: Tools like Terraform or Ansible to automate the provisioning and configuration of test environments ensuring consistent and reproducible environments. Continuous Monitoring and Feedback: Use monitoring tools to track the performance and behavior of your application in real-time.

For continuous integration (CI) and continuous delivery (CD) automation, it is important to focus on tools that facilitate development pipeline automation. I recommend starting with Jenkins and GitLab CI/CD. Both tools are widely used in the industry and offer robust features to automate software building, testing, and deployment efficiently and reliably.

Improving proficiency in automation testing demands a combination of theoretical understanding and practical application. Mastery of the system under test and proficiency in programming languages are essential, alongside a thorough grasp of the arsenal of automation libraries and frameworks. Instead of solely relying on tutorials or videos, it's crucial to delve into documentation to gain deeper insights into the tools being used. It's advisable to learn at least one tool or library for each type of automation. Reporting and debugging is another aspect which goes unnoticed but very essential to have an effective automation suite, Learn about different reporting libraries and their integration, log levels and their implementation

Continuous learning(new languages/technologies) new tools only doesn't help....one has to have handson experience in developing the frameworks,writing code,deploying them,executing them and then generating reports and maintaining the scripts.

ROI of automation testing High skills are required to pick which cases need to be automated and used for the software development for quick feedback as well E2E testing should be considered .

Os principais benefícios do teste automatizado: 70% mais ágil do que o teste manual. Resultado confiável. Economia de tempo e custo. Mais eficácia e precis?o. Sem necessidade de interven??o humana. Testes minuciosos com mais frequência. Menor tempo de lan?amento de um software.

A automa??o de testes requer um conjunto de conhecimentos e habilidades específicas, tanto técnicas como gerenciais. A equipe deve ser capaz de planear, projetar, implementar, executar e gerir os testes automatizados de forma eficiente e eficaz.