Test Automation Framework Designs

Here is the presentation of the lectore that a gave at my work (3Base group) about the web testing with Selenium and TestNG

This document discusses test automation approaches and best practices. It defines test automation as using software to perform test activities like execution and checking results. The document outlines how test automation fits into the software development lifecycle and notes that reducing manual testing and redundant tasks is key to success. It also discusses factors to consider for test automation, types of tests that can be automated, and technologies used for test automation like object-based and image-based recognition.

Using Selenium for Automated testing - basic level: short introduction into the selectors and basic methods used in writing a simple script with Selenium Webdriver.

The document discusses automation testing basics, including that automation testing is done using automated tools to write and execute test cases. It explains that automation testing should be used for tasks that are time-consuming, repeated, tedious, or involve high risk test cases. The document also lists some popular free and commercial automation testing tools.

The document discusses automation testing using Selenium. It provides an overview of Selenium, including what it is, its components like Selenium IDE, Selenium RC, Selenium Grid, and Selenium WebDriver. It explains the features and advantages of each component. Selenium is an open source tool that allows automated testing of web applications across different browsers and platforms. It supports recording and playback of tests and can help reduce testing time and costs through automation.

This document discusses designing an effective test automation strategy. It notes that current testing processes often lack sufficient test coverage and ROI turns negative. It emphasizes defining the proper scope and selecting an automation solution that can cover that scope. The document then introduces iLeap 2.0, an automation platform from Impetus Technologies that integrates open-source frameworks and tools to automate functional, API/web service, and security testing according to best practices. iLeap 2.0 is said to improve test coverage and maximize ROI.

The document discusses test automation process and framework. It provides details on what test automation means, benefits of automation, guidelines for identifying test cases to automate, challenges in automation, and components of an automation framework like data tables, libraries, object repositories, scripts, and results.

This document provides an overview of test automation using Cucumber and Calabash. It discusses using Cucumber to write automated test specifications in plain language and Calabash to execute those tests on Android apps. It outlines the environments, tools, and basic steps needed to get started, including installing Ruby and DevKit, creating Cucumber feature files, and using Calabash APIs to automate user interactions like tapping, entering text, and scrolling. The document also explains how to run tests on an Android app and generate an HTML report of the results.

Katalon Studio is a free and robust automation solution for API, Web, and Mobile testing. It integrates all necessary components with built-in keywords and project templates into a complete automation framework. Katalon Studio is easy to use for beginners but still offers advanced capabilities for experienced users. This solution is trusted by an active community of over 150K users from 150+ countries around the world. In this knolx, we’ll take a look at what is API Testing and how the katalon studio is helpful in API Testing.

Choosing an appropriate tool and building the right framework are typically thought of as the main challenges in implementing successful test automation. However, long term success requires that other key questions must be answered including: - What are our objectives? - How should we be organized? - Will our processes need to change? - Will our test environment support test automation? - What skills will we need? - How and when should we implement? In this workshop, Lee will discuss how to assess your test automation readiness and build a strategy for long term success. You will interactively walk through the assessment process and build a test automation strategy based on input from the group. Attend this workshop and you will take away a blue print and best practices for building an effective test automation strategy in your organization. • Understand the key aspects of a successful test automation function • Learn how to assess your test automation readiness • Develop a test automation strategy specific to your organization

Slides from a session presented by Fadi Stephan from Kaizenko at the 2019 Global Scrum Gathering in Austin, TX on 05/20/2019 DC. Also see the blog series on Agile Testing at https://www.kaizenko.com/agile-testing/ Abstract: Many teams struggle with fitting in testing activities inside of a Sprint. They end up doing primarily development activities in a Sprint and push testing activities to run in dedicated testing Sprints following the coding Sprints or have a coding and testing Sprint running in parallel. However, in Scrum, the output of every Sprint is a potentially shippable product increment. This means the product increment should be well tested within the Sprint and ready to be delivered. Come to this presentation to learn how to tackle testing on an Agile team, what kind of tests to execute, what to automate and what not to automate, the different test responsibilities, and when to run which tests. Leave with a testing strategy that you can start applying the next day to gradually get a team to start testing from day 1 of the Sprint and deliver a true product increment at the end of each Sprint.

This document provides an overview of Selenium, an open source tool for automating web application testing. It discusses why and when to automate testing, the key features and components of Selenium including Selenium WebDriver, Selenium Grid, and Selenium IDE. It also covers how to install Selenium and write sample test scripts using Selenium commands. The document explains the architectures of Selenium Grid and the user interface of Selenium IDE. It concludes by discussing other uses of Selenium and the future of testing.

This document provides an overview of test automation using Selenium. It discusses reasons to automate testing such as supporting regression testing and finding defects missed by manual testing. It also discusses when not to automate, such as when an application's behavior is unstable. The document then covers the Selenium framework, its components like Selenium IDE and WebDriver, and languages it supports like Java. It also discusses concepts in object-oriented programming relevant to test automation like classes, objects, inheritance and more.

The document describes an automated test framework developed using Cucumber to reduce testing costs and improve coverage. Cucumber allows writing tests in a readable format and mapping them to code. The framework uses Cucumber's Gherkin language, page object model, and integrates with tools like Selenium and Jenkins for cross-browser testing and continuous integration. Test reports are generated using Extent Reports and screenshots of failed tests. The framework aims to minimize gaps between developers and stakeholders through behavior-driven development and automation.

This document discusses test automation, including what it means, when it should be used, best practices, and examples of automation tools. Test automation involves writing software to reproduce the steps of a manual test process. It is useful for speeding up testing, improving coverage, and ensuring consistency. Tests that are repeated or will be run frequently are good candidates for automation. Common automation tools include NUnit, JUnit, Sahi, QTP, JMeter and Load Runner. Best practices include choosing the right tool, only automating repeated tests, identifying automatable cases, and using a data-driven approach.

This document provides guidelines for effective test automation at IBM Global Services. It discusses that automation is viewed as a silver bullet but can also frustrate if not implemented properly. The document recommends starting simple and increasing complexity as skills grow. It provides considerations for automation, such as tests that are long, repetitive, and non-subjective. The document outlines 10 guidelines for automation, including establishing standards, separating what from how, using a six phase process, and defining required skills. It also discusses functional decomposition and keyword-driven methodologies and provides an overview of automation tools.

Selenium is a suite of tools used for browser automation testing. It was introduced in 2004 and is developed using JavaScript. Selenium has four main components: IDE, Remote Control, WebDriver and Grid. It is used to test web applications and can perform functional, regression and load testing. The Selenium IDE records user interactions in the Firefox browser and exports test cases to various languages. It has advantages like being open source and easy to use, but only supports the Firefox browser.

What are the Key drivers for automation? What are the Challenges in Agile automation and How to deal with them? How to automate? Who will automate? Which tool to select? Commercial or open source? What to automate? Which features? Here is what our experience says

The document discusses page object design patterns for test automation. It describes four main steps: 1) Expose the service or page being tested rather than using WebDriver APIs directly in tests. 2) Eliminate random sleeps by adding wait methods. 3) Support different users by overloading methods or using parameters. 4) Initialize page objects using a page factory to avoid duplicating lookup code. It also discusses using coordinators to synchronize tests by waiting for events from the application under test.

This document provides guidance on conducting manual test estimation for the pre-sale phase of a project. It discusses factors to consider like requirements, environments, and complexity. Main activities to estimate include requirements review, test design, execution, and bug handling. Regression is calculated based on sprint count, tested functionality percentage, and environments. Risks like changing requirements and infrastructure issues are accounted for with multipliers. A demo is provided of estimating a real project involving calculations, environments, and risks. Statistics on past projects estimated duration and team size are also included.

The document discusses simplifying test automation through the use of design patterns. It begins by defining code smells that make tests complex, such as duplication, conditional logic, obscure tests, and fragile tests. It then explains several design patterns that can address these smells, including template method for removing duplication, strategy for replacing conditional logic, factory/builder for constructing complex objects, composite for grouping objects, and decorator for adding responsibilities dynamically. The document advocates for clean, well-structured test code through applying these patterns.

This document discusses patterns for test automation frameworks. It begins by introducing common patterns like page objects, business layer, and factories. It then provides examples of page object and business layer page object patterns. The document also discusses test data patterns and different ways to specify test data and locators. Finally, it outlines advantages of using patterns like reduced complexity, reusability, and maintenance. The key message is that the best pattern depends on the specific test automation context.

Once your organization has successfully implemented Agile methodologies, there are two major areas that will require improvements: Continuous Integration and Automated Testing. This presentation illustrates why it's important to invest in an Automated Testing Framework (ATF) to reduce technical debt, increase quality and accelerate time to market. Learn more at www.agiletestingframework.com.

This document provides guidance on becoming an expert in test automation. It recommends learning multiple automation tools to test different applications and platforms, including Selenium for web, Appium for mobile, REST Assured for APIs, and tools like Robot Framework and Winium for desktop. The document also stresses the importance of creating reusable, scalable automation frameworks that integrate with other tools and are not dependent on a single language or platform. It suggests attending meetups and talks to learn from other experts and stay up to date on new techniques and tools in the evolving field of test automation.

Test automation framework designs by Martin Lienhard. In this slide Martin describes the phases of designing a test automation framework, and why we should move far, far away from record & playback test scripts. Data-driven and parameterized tests from external files, DBs, etc. External UI maps of locators. Using multiple test tools (Selenium/WebDriver being the favorite, of course). Testing across multiple environments on parallel deployment paths with different application versions. Online courses offered by Martin: https://www.udemy.com/beginning-webdriver-and-java/

This document provides an overview and summary of new features in Visual Studio 2010 and Team Foundation Server 2010. It begins with introducing the product lineup and changes to MSDN subscriptions. Major sections then summarize new capabilities in project management, reporting, version control, architecture/modeling tools, development aids like profiling and testing tools like lab management and coded UI tests. The document aims to outline the key updates and highlights for developers across the application lifecycle with Visual Studio 2010 and TFS.

The acute software testing process, tools we use and tools we\'ve developed. We test with both open source and licensed-based products, such as Selenium and Mercury.

Oracle Application Testing Suite (ATS) provides an integrated solution for testing applications, middleware, and infrastructure from end-to-end. It includes tools for test management, functional testing, load testing, and diagnostics to ensure quality, performance, and reliability. ATS offers accelerators to optimize testing for Oracle applications, SOA, Web services, and Application Development Framework applications.

The document summarizes Microsoft's Visual Studio Team System (VSTS) and Visual Studio 2010 products. It discusses key features like integrated development tools, source code management, work item tracking, build automation, testing capabilities, and support for different development processes. VSTS aims to improve team productivity and collaboration through an integrated platform for the entire development lifecycle. Visual Studio 2010 offers various editions that provide features for coding, testing, modeling, database development, and other tasks.

Microsoft's approach focuses on removing barriers between roles, clearly defining a process, and providing quality-centric tools integrated throughout the lifecycle. Their solution includes Visual Studio Team Suite, Microsoft Solutions Framework process guidance, and Visual Studio Team Foundation Server. This unified platform supports agile, CMMI, and customized processes while enabling traceability, management of work items, and integration of tasks like version control, testing, and reporting.

The document provides information about managing a website, including testing and evaluating it before and after publishing. It discusses submitting project documents, presentations, and exams. It also covers levels of web development, maintenance, testing the site for errors, and evaluating the design. Methods of acquiring server space, obtaining a domain name, and uploading the site are also outlined.

Chad Green is a project lead at HP Enterprise Services responsible for an IT acquisition system. He is providing an overview of new features in Visual Studio 2010 and Team Foundation Server 2010, including improved branch visualization, test impact analysis, requirements management, agile planning tools, and testing capabilities like IntelliTrace and test lab management. The release dates for Visual Studio 2010 and TFS 2010 are also provided.

Automated testing helps identify software bugs earlier through unit testing, code coverage, code analysis, web testing, load testing, and test case management. These tools help ensure software works as intended under normal and peak usage while finding errors. Static code analysis further checks for design, naming, security, and other issues based on configurable rules.

Automated testing helps identify software bugs earlier through unit testing, code coverage, code analysis, web testing, load testing, and test case management. These tools help ensure software quality by finding defects early in development and validating that code works as intended under normal and peak loads. Static code analysis further helps enforce coding standards and reduces code reviews. Together, these automated testing practices help reduce software defects and associated economic costs.

Automated testing helps identify software bugs earlier through unit testing, code coverage, code analysis, web testing, load testing, and test case management. These tools help ensure software works as intended under normal and peak usage while finding errors and allowing for more efficient development. Static code analysis further helps enforce coding standards and reduce issues through configurable rules.

Automated testing helps identify software bugs earlier through unit testing, code coverage, code analysis, web testing, load testing, and test case management. These tools help ensure software quality by finding defects early in development and validating that code performs as expected under normal and peak loads. Static code analysis further helps enforce coding standards and reduces code reviews. Together, these automated testing practices can help eliminate an estimated $22.2 billion in costs annually from software defects in the US economy.

Automated testing helps identify software bugs earlier through unit testing, code coverage, code analysis, web testing, load testing, and test case management. These tools help ensure software works as intended under normal and peak usage while finding errors. Static code analysis further checks for design, naming, security, and other issues based on configurable rules.

Automated testing helps identify software bugs earlier through unit testing, code coverage, code analysis, web testing, load testing, and test case management. These tools help ensure software quality by finding defects early in development and validating that code performs as expected under normal and peak loads. Static code analysis further helps enforce coding standards and reduces code reviews.

Automated testing helps identify software bugs earlier through unit testing, code coverage, code analysis, web testing, load testing, and test case management. These tools help ensure software quality by finding defects early in development and validating that code performs as expected under normal and peak loads. Static code analysis further helps enforce coding standards and reduces code reviews.

Automated testing helps identify software bugs earlier through unit testing, code coverage, code analysis, web testing, load testing, and test case management. These tools improve quality by finding defects early, validating that changes don't break existing functionality, and ensuring applications can handle expected user loads. Static code analysis also helps enforce coding standards and reduces code review effort.

Automated testing helps identify software bugs earlier through unit testing, code coverage, code analysis, web testing, load testing, and test case management. These tools help ensure software quality by finding defects early in development and validating that code performs as expected under normal and peak loads. Static code analysis further helps enforce coding standards and reduces code reviews. Together, these automated testing practices help reduce software defects and associated economic costs.

Automated testing helps identify software bugs earlier through unit testing, code coverage, code analysis, web testing, load testing, and test case management. These tools improve quality by finding defects early in development and ensuring code changes do not break existing functionality. Static code analysis further helps enforce coding standards and reduces code reviews. Load, stress, and performance testing validate how applications function under normal and peak usage to identify scalability issues.