Mobile Test Automation

Mobile application testing focuses on testing the functionality and features of mobile applications. It is performed by application vendors. Mobile testing focuses on testing the native features of mobile devices like calls, SMS, Bluetooth, etc. It is performed by handset makers. A simulator mimics the outward behavior of a target but not its internal state, while a simulation accurately models both the outward behavior and underlying internal state of a target. Types of mobile application testing include usability, compatibility, interface, services, low-level resource, performance, and operational testing. The general structure of a mobile testing framework includes application packages, instrumentation, test runners, and test packages. Common bugs in mobile applications include critical bugs, block bugs, major bugs, and minor

The document compares three mobile automation testing tools: Appium, Calabash, and Robotium. Appium provides a cross-platform solution that supports Android, iOS, and FirefoxOS. It uses the Selenium WebDriver JSON protocol and can run tests written in various languages. Calabash consists of Android and iOS libraries for interacting with mobile apps via gestures and assertions. It also supports testing HTML5 parts of hybrid apps. Robotium is an Android testing framework that simplifies writing functional tests using minimal app knowledge. It handles multiple app activities and integrates with build tools.

The document discusses open source testing tools for mobile applications. It begins by explaining that mobile testing requires automating both the application and the full user environment. It then reviews five popular open source test frameworks - Selenium, Appium, Calabash, Espresso, and XCTest UI - comparing their suitability for different uses like web, native, and hybrid apps. Key criteria that organizations should consider when choosing a framework include supporting multiple frameworks, flexibility, autonomy, full end-to-end coverage, and unattended reliable testing. The document concludes with a demonstration of a test automation tool called Quantum that integrates various open source frameworks.

Watch a live presentation at http://offer.bitbar.com/parallel-test-runs-with-appium-on-real-mobile-devices Appium is an open source test automation framework and currently one of the hottest framework for mobile app, game and web testing. In this webinar, we’ll discuss about the best practices, how to use Appium for different types of apps, games and web apps, and how to use all new features around it – the parallel test runs, image recognition and more! Stay tuned and join our upcoming webinars at http://bitbar.com/testing/webinars/

Appium is an open source test automation framework for testing native and hybrid mobile apps. It allows writing tests in any language and on any platform to test the same app submitted to app stores. Appium uses the WebDriver protocol to remotely control apps using UIAutomator on Android and Instruments on iOS. This allows testing apps on real devices and emulators with a single test script. Appium supports platforms include Android, iOS, and mobile web apps and can test apps on a local device or cloud-based services like SauceLabs.

This document provides an overview of Appium, an open-source test automation tool for mobile applications. It allows testing of native, hybrid, and mobile web apps across iOS and Android platforms. Appium uses the Selenium WebDriver API and supports many programming languages. It can test on both simulators/emulators and real devices. While it has some limitations like no image comparison, its benefits include easy setup, cross-platform capability, and integration with continuous integration and device farms.

Selenium is an industry standard for web testing. Most of test automation engineers are well versed with this tool, and even use its broad capabilities to execute some mobile tests. Inspired by Selenium and built based on testing approach Appium was created. It is an open-source tool for automating native, mobile web, and hybrid applications on iOS and Android platforms. In this how-to webinar, we will show you how you can utilize your Selenium skills to scale your mobile testing with Appium. Join Giovanni Rago, Customer Success Manager at Sauce Labs, in this event that will give you new insights into the way you approach mobile testing. Here are the main takeaways: -- Difference between Selenium and Appium -- Which Selenium skills can be used when testing in Appium -- What’s the best testing strategy for mobile -- How much more there is to learn about Appium

Speaker: Karim Fanadka, HPE Software Session Slides: http://www.srijan.net/webinar/building-high-performance-qa-team/ Karim is a DevTest manager at HPE Software and his team is responsible for testing their new SaaS product, the StormRunner Load. In this webinar, Karim shares his experience of building a QA team that is agile, efficient, and uses the latest testing frameworks. He will also talk about continuous testing, automation, test based analytics and hotfixes. Karim start's off the challenges in agile QA and then moves on to solving these challenges. The best part is when he shares the trick to delivering to production every 1.5 months, even for a high pressure enterprise product. The Q/A session also brings out some very interesting topics, going into greater details and various suggestions that you can implement for your own QA teams.

This document summarizes a mobile app dev-test meetup kickoff event. The meetup aimed to discuss increasing development velocity challenges, real devices vs emulators, real-life examples, and challenges for development and testing. The agenda also included an open discussion and planning for the next quarterly meetup. Key trends like mobile payments, wearables, and expectations for iOS 8 adoption were briefly highlighted. Challenges around balancing velocity and quality with growing app complexity and evolving test matrices were also noted.

Continuous testing for mobile requires that dev teams have an environment that can easily scale. Although real device testing is a must, using emulators early in the development cycle gives teams a cost-effective and quick alternative for test automation in the cloud. This webinar will explore how to implement the Espresso, a widely used framework for testing mobile apps for the Android OS, on emulators. Espresso provides APIs for writing UI tests to simulate user interactions within a single target app.

This document provides an overview and demo of Perfecto Mobile's Continuous Quality Lab (CQ Lab) automation testing capabilities using Selenium and Appium. It discusses the CQ Lab architecture, how to set up automation tests using the desired capabilities, different mobile application types, and object identification. It then demonstrates creating a sample automation project and script in Eclipse, running the test, and reviewing the execution report in the Perfecto Mobile cloud platform.

This document provides an agenda and introduction for a webinar on achieving 100% test coverage for mobile applications. The webinar will discuss mobile testing challenges, optimizing the mobile app lifecycle through planning, definition, execution and automation. It will also cover how Perfecto Mobile's cloud platform can help solve these challenges. Panelists from InfoStretch and Perfecto Mobile will introduce their companies and solutions. They will then take questions from webinar participants.

Dan Cuellar - the creator of the Appium: the leading open-source test automation framework for mobile testing - shared 10 secrets about Appium that you may have never heard before. Dan also talked about what’s new in Appium 1.5 and what’s on the Appium road map for the rest of 2016.

This appium tutorial covers Basics of appium,installation steps,Appium working architecture,Strengths of appium over other tools,limitations. For more details visit http://qa-masters.com/trainings/mobile-testing-trainings/appium

Appium is an open source test automation framework for use with native, hybrid and mobile web apps. It drives iOS and Android apps using the WebDriver protocol. Appium uses a client-server architecture with the Appium server executing commands on a mobile device. Tests are written using various client libraries that communicate with the Appium server via the JSON wire protocol over HTTP.

Appium Philosophy and Design Appium Philosophy Appium Design Appium Client-Server Architecture Appium Session Appium Desired Capabilities Appium Server - Appium Client - Appium Desktop Advantages of the CSA Setup Android Project

This document provides an overview of mobile automation testing using Appium. It discusses Appium's capabilities for testing native and hybrid mobile apps across Android, iOS, and Windows platforms. It covers topics like installing Appium and the Android emulator, writing tests for mobile web and app automation, different locator strategies for Android and iOS, and best practices for creating an Appium test framework with tools like Maven and TestNG. Live demonstrations of testing mobile apps like Twitter and Facebook using Appium are also proposed.

Mobile users have high expectations for apps, with nearly 80% deleting apps after first use due to bad design, slow loading, or crashes. Testing mobile apps is challenging due to a variety of devices, platforms, and user expectations. An effective mobile testing strategy uses a combination of emulators, physical devices, cloud/mobile testing tools, and both automated and manual testing methods across the application lifecycle to ensure quality, performance, and reliability.

Este documento proporciona información sobre Android, una plataforma de software para dispositivos móviles que incluye sistema operativo, framework y aplicaciones. Se desarrolló como una plataforma de código abierto y permite distribuir aplicaciones libremente. Está basado en Linux y usa Java para la interfaz de usuario.

El documento proporciona información sobre los servicios de desarrollo de aplicaciones móviles nativas con Xamarin de HJR, incluyendo su experiencia en Xamarin, marcos de prueba como Xamarin UI Test, y una demostración de las capacidades de Xamarin.

This document discusses mobile application testing. It begins with an introduction to the author's experience in mobile development and quality assurance. It then covers trends in mobile technology and applications. The main sections discuss approaches to testing mobile applications, including requirement analysis, challenges for different mobile platforms, and focus areas for testing like performance, security and compatibility. Automated and manual testing strategies are also outlined.

El documento resume una presentación sobre pruebas avanzadas en granjas de dispositivos. Explica que los Centros Expertos de Testing & QA y Movilidad de atSistemas colaboran para ofrecer servicios de testing automatizado multiplataforma en la nube. Se detalla cómo la solución utiliza Selenium, Appium, AWS Device Farm y Jenkins para ejecutar pruebas funcionales en la aplicación iMemento de forma automatizada y obtener resultados.

¿Te gustaría tener toda la documentación de tu proceso de pruebas en una sola solución? ¿Inviertes mucho tiempo gestionando la trazabilidad de los resultados? ¿Tienes elementos suficientes para medir el avance de las pruebas? Te presentamos Zephyr y Zapi, los add-ons para JIRA.

How to start with Appium on Android Devices. Basics of Appium. How to setup appium on Windows? Advantages of Appium

This is a presentation that overviews Xamarin Test Cloud's ability to test hundreds of cross-platform mobiles devices.

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