This document provides an overview of mobile automation using Appium. It discusses the need for mobile automation and provides definitions and explanations of key concepts like Appium, its architecture, desired capabilities, and installation process. The document also touches on the Appium server, Android Virtual Device (AVD) Manager, emulators, and concludes with the promise of a live demo.
Native automation tooling for mobile application testing.pptx
The document discusses native and non-native mobile automation tools. Native tools like Espresso and XCUITest work directly within a mobile app's codebase and development framework, allowing direct access to app objects. Non-native tools like Appium and Calabash interact with apps through a server, relying on instrumentation libraries. Native tools have benefits like better performance and object handling since they are part of the app, while non-native tools allow black-box testing but with slower server-based interactions. The document advocates using native tools and building cross-functional teams for more efficient test automation.
This document discusses testing strategies for mobile applications. It covers the types of mobile application testing including interface testing, usability testing, performance testing, security testing, and service testing. It also discusses challenges in mobile application testing related to device variation and differences in operating systems and versions. Finally, it discusses strategies for mobile application testing including using real devices, emulators, and cloud-based testing on remote real devices.
The document discusses mobile application testing, including the types of mobile applications like web, native, and hybrid applications; different mobile platforms like Android and iOS; how to test aspects like installation, features, and network connectivity; challenges in mobile application testing like lack of devices; and how to overcome challenges using emulators and automation tools.
The document discusses challenges in mobile automation testing and provides an overview of Appium as a tool for mobile test automation. It covers Appium architecture, requirements, capabilities, and tips for scaling mobile tests. Advanced Appium actions like horizontal and vertical swiping and chained locators are mentioned. The document also discusses visual testing, accessibility testing, and performance testing for mobile apps using Appium.
Appium is an open source test automation framework for testing native, hybrid and mobile web applications across platforms like iOS, Android and Windows. It allows writing tests using the same WebDriver API that can be reused across platforms. Appium uses vendor-provided frameworks like XCUITest for iOS automation. XCUITest is different from the older UIAutomation framework in features supported and changes to element locators. When testing on real iOS devices, a developer account and certificates are required to code sign apps. Tests need to be updated to use different locators like accessibility ID instead of XPath due to performance issues and API changes in XCUITest.
Different testing requirements that mobile applications have, challenges and solutions Challenges 1. Complex mobile testing matrix, Expensive test environment 2. Repetitive testing 3. Mobile testing for devices located at various locations Solutions: • Risk Based Testing approach • Using Mobile device emulators • Use of Automation tools • Leveraging external services
Slides used in workshop on "Getting started with Appium 2.0" at AppiumConf 2021
https://confengine.com/conferences/appium-conf-2021/proposal/15634/getting-started-with-appium-20
Do'd and Don'ts for mobile application testing, basic guide for learning mobile testing, covers different aspects for mobile testing includes android and iphone test methodology.
Also highlights different types of testing, mobile platforms, testing frameworks, emulator and simulator differences.
YouTube Link: https://youtu.be/DFq5mntzOQk
** Appium Certification Training: https://www.edureka.co/appium-training-mobile-automation-testing **
This Edureka "What is Appium" PPT will give you a general introduction to Appium, a tool that has widespread acceptance in the mobile application testing industry.
The following topics will be discussed in the PPT:
What is Appium?
Why Choose Appium?
How does it Work?
Appium Installation
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The presentation basics about the mobile application strategies and concepts. Good source for the beginners. Get your app tested by us: [email protected]
Introduction to Unified Functional Testing 12 (UFT)
This document provides an introduction to Unified Functional Testing (UFT), formerly known as QuickTest Professional (QTP). It discusses what UFT is, some of its key features and advantages over other testing tools. It describes the testing process in UFT including designing test scripts. It provides details on the components of a UFT test script and highlights some limitations of UFT.
"Learn All Aspects Of Appium step by step, Enhance your skills & Launch Your Career, On-Demand Course affordable price & classes on virtually every topic.Try Before You Buy
for maven online training visit: https://goo.gl/YKsHBZ"
Native automation tooling for mobile application testing.pptxMesut Günes
The document discusses native and non-native mobile automation tools. Native tools like Espresso and XCUITest work directly within a mobile app's codebase and development framework, allowing direct access to app objects. Non-native tools like Appium and Calabash interact with apps through a server, relying on instrumentation libraries. Native tools have benefits like better performance and object handling since they are part of the app, while non-native tools allow black-box testing but with slower server-based interactions. The document advocates using native tools and building cross-functional teams for more efficient test automation.
This document discusses testing strategies for mobile applications. It covers the types of mobile application testing including interface testing, usability testing, performance testing, security testing, and service testing. It also discusses challenges in mobile application testing related to device variation and differences in operating systems and versions. Finally, it discusses strategies for mobile application testing including using real devices, emulators, and cloud-based testing on remote real devices.
The document discusses mobile application testing, including the types of mobile applications like web, native, and hybrid applications; different mobile platforms like Android and iOS; how to test aspects like installation, features, and network connectivity; challenges in mobile application testing like lack of devices; and how to overcome challenges using emulators and automation tools.
The document discusses challenges in mobile automation testing and provides an overview of Appium as a tool for mobile test automation. It covers Appium architecture, requirements, capabilities, and tips for scaling mobile tests. Advanced Appium actions like horizontal and vertical swiping and chained locators are mentioned. The document also discusses visual testing, accessibility testing, and performance testing for mobile apps using Appium.
Automation testing on ios platform using appiumAmbreen Khan
Appium is an open source test automation framework for testing native, hybrid and mobile web applications across platforms like iOS, Android and Windows. It allows writing tests using the same WebDriver API that can be reused across platforms. Appium uses vendor-provided frameworks like XCUITest for iOS automation. XCUITest is different from the older UIAutomation framework in features supported and changes to element locators. When testing on real iOS devices, a developer account and certificates are required to code sign apps. Tests need to be updated to use different locators like accessibility ID instead of XPath due to performance issues and API changes in XCUITest.
Different testing requirements that mobile applications have, challenges and solutions Challenges 1. Complex mobile testing matrix, Expensive test environment 2. Repetitive testing 3. Mobile testing for devices located at various locations Solutions: • Risk Based Testing approach • Using Mobile device emulators • Use of Automation tools • Leveraging external services
Slides used in workshop on "Getting started with Appium 2.0" at AppiumConf 2021
https://confengine.com/conferences/appium-conf-2021/proposal/15634/getting-started-with-appium-20
Do'd and Don'ts for mobile application testing, basic guide for learning mobile testing, covers different aspects for mobile testing includes android and iphone test methodology.
Also highlights different types of testing, mobile platforms, testing frameworks, emulator and simulator differences.
YouTube Link: https://youtu.be/DFq5mntzOQk
** Appium Certification Training: https://www.edureka.co/appium-training-mobile-automation-testing **
This Edureka "What is Appium" PPT will give you a general introduction to Appium, a tool that has widespread acceptance in the mobile application testing industry.
The following topics will be discussed in the PPT:
What is Appium?
Why Choose Appium?
How does it Work?
Appium Installation
Follow us to never miss an update in the future.
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Castbox: https://castbox.fm/networks/505?country=in
The presentation basics about the mobile application strategies and concepts. Good source for the beginners. Get your app tested by us: [email protected]
Introduction to Unified Functional Testing 12 (UFT)Archana Krushnan
This document provides an introduction to Unified Functional Testing (UFT), formerly known as QuickTest Professional (QTP). It discusses what UFT is, some of its key features and advantages over other testing tools. It describes the testing process in UFT including designing test scripts. It provides details on the components of a UFT test script and highlights some limitations of UFT.
This document provides an overview of Selenium, including what it is, its main components, features, and how it can be used for testing web applications. Selenium is an open source tool for automating web applications that supports many programming languages and browsers. It consists of three main components - Selenium IDE for recording and playback of tests within Firefox, Selenium RC which acts as a server to launch browsers, and Selenium Grid to run tests across multiple browsers and machines in parallel. The document also discusses Selenium commands (Selenese), integrating it with languages like Java, and how it can be used for test case development, execution, and reporting.
Appium is an open-source test automation framework for use in testing native mobile apps, hybrid and mobile web apps. It allows automation of tests across platforms like Android and iOS. Appium uses the WebDriver protocol for communication and follows a client-server architecture where the client sends commands to the Appium server which then executes them on the mobile device. Appium supports locator strategies like ID, XPath and testing features like parallel test execution across devices. It has advantages such as being free, open-source, supporting multiple platforms and frameworks but also has limitations such as requiring app access and slow test speeds.
The document discusses different types of mobile application testing including functional testing, memory leakage testing, update testing, interrupt testing, power consumption testing, and security testing. It provides examples of each type of testing and explains their importance in thoroughly validating mobile app functionality and performance.
Mobile Application Testing involves testing functionality, performance, compatibility, security and more across different mobile devices, platforms, and networks. Some key challenges include testing on a variety of devices with different hardware, operating systems, and mobile networks as well as coping with frequent requirement changes in an agile development environment. Automation is difficult given short iterations and lack of tools designed for collaborative agile processes.
We can know about what is mobile application. Especially we can know about Hybrid Mobile Application.
Hybrid mobile Application's Overview information and few thing about Native and Web mobile applications.
This document provides information about Appium, an open source test automation framework for use with native, hybrid and mobile web apps. It discusses Appium's architecture and features, how to set up Appium for testing iOS and Android apps, different language clients available and requirements for writing tests in Java. The document also covers new capabilities and strategies introduced in Appium, such as TouchActions and MultiTouchActions.
Appium and Selendroid
Desired Capabilities
UI Automator and Challenges faced in finding elements
Wait & Handling Keyboard
Touch Actions and Wait Actions
Android Key Events
Android and iOS Scenarios
Overall Flow using an e-Commerce app
Alternative Solution of Appium
Pros and Cons of Appium
A Step-by-Step Guide to Test Automation with Appium.pdfflufftailshop
Software testing is critical in ensuring any application's success in the digital world. With an ever-growing number of devices and operating systems, guaranteeing flawless functionality across multiple platforms can be daunting. This is where Appium comes to the rescue.
Appium is an open source test automation tool that allows testing of native, hybrid and mobile web applications on actual devices, emulators and simulators. It uses the same API across iOS and Android platforms so test code is reusable. Appium communicates with devices by sending JSON commands via HTTP and establishes test sessions based on desired capabilities. It supports automating common gestures like taps, swipes and scrolling.
A Comprehensive Appium Guide for Hybrid App Automation Testing.pdfkalichargn70th171
Companies strive to enhance customer engagement through frequent feature updates in today's fast-paced digital landscape. The imperative to deliver reliable, bug-free applications quickly is paramount. To meet these demands, a robust testing process is indispensable.
An overview of Appium mobile testing framework, presented at the Selenium Israel Meetup (http://bit.ly/1yyY80D) on February 2014, by Daniel Puterman, Applitools Head Developer.
appiumpresent-211128171811.pptx projet de presentationEnochBidima3
This document provides an introduction and overview of Appium, an open source tool for automating mobile applications. It discusses that Appium allows testing of native, hybrid, and mobile web applications on iOS and Android platforms. It also outlines the key benefits of Appium, including that it is open source, cross-platform, supports various frameworks, and has an active community. The document then describes Appium's architecture, how it works with Android and iOS, and system requirements for setting up Appium tests. Finally, it provides basic steps for getting started with Appium testing and some cons to using Appium.
This document discusses Android and iOS automation using Appium. It provides an overview of Appium, including that it is an open source test automation tool for mobile apps that supports automation of native, hybrid and mobile web apps. It also outlines the features of Appium, how to set up automation for Android and iOS apps, and demonstrates automating a mobile web app.
The ultimate guide to mobile app testing with appiumheadspin2
Appium is an open-source test automation tool that allows developers to test mobile apps across platforms. It works by communicating with the mobile device and app to run automated tests scripts written in various programming languages. Appium tests can check that the user experience is seamless across different devices. The tool was initially created to test iOS apps but now supports Android as well. It has become popular for testing apps with user interfaces like games and banking apps across both iOS and Android devices.
Building And Executing Test Cases with Appium and Various Test Frameworks.pdfpCloudy
Building and executing test cases with Appium requires choosing an appropriate test framework, writing test cases according to the framework, and then executing the test cases. Popular test frameworks that can be used with Appium include TestNG, JUnit, Appium Studio, Robot Framework, Espresso, and XCTest. Test cases are executed using tools like the command line interface, IDEs, or continuous integration services. Together, Appium and the right test framework allow organizations to automate mobile application testing.
Top 15 Appium Interview Questions and Answers in 2023.pdfAnanthReddy38
What is Appium?
Appium is an open-source mobile automation framework that allows you to write and execute automated tests for mobile applications on Android and iOS platforms.
What are the different types of mobile applications supported by Appium?
Appium supports native, hybrid, and mobile web applications.
Explain the architecture of Appium.
Appium follows a client-server architecture. The Appium server acts as a bridge between the test script and the mobile application under test. The test script communicates with the Appium server using the WebDriver protocol, which in turn interacts with the mobile device using the vendor-provided automation frameworks (e.g., UIAutomator for Android, XCUITest for iOS).
What programming languages are supported by Appium?
Appium supports several programming languages, including Java, Python, C#, Ruby, and JavaScript.
How can you install Appium?
Appium can be installed using Node.js and npm (Node Package Manager). You can install Appium by executing the command “npm install -g appium” in the command line.
What is the difference between Selenium and Appium?
Selenium is used for web application automation, while Appium is specifically designed for automating mobile applications on Android and iOS platforms.
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.
Android UI Testing with Appium
This presentation covers:
- how appium works
- setting up test development environment with AndroidStudio
- running tests
- UI automation best practices
- common problems with automation
A Comprehensive Guide to Conducting Test Automation Using Appium & Cucumber o...flufftailshop
The widespread use of mobile applications in our daily lives has created a demand for seamless integration and reliable performance. Modern tech-savvy users expect mobile apps to solve their problems seamlessly and without fail.
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.
This document provides an agenda for a presentation on mobile continuous integration and Appium. It includes topics like what Xamarin is, continuous integration, deploying and installing APKs, using Appium for automation, and configuring Android emulators for speed. Code samples are also provided for setting up a test project in Appium, finding objects, and common WebDriver commands.
Mobile UI Testing using Appium and DockerMoataz Nabil
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Sami provided a beginner-friendly introduction to Amazon Web Services (AWS), covering essential terms, products, and services for cloud deployment. Participants explored AWS' latest Gen AI offerings, making it accessible for those starting their cloud journey or integrating AI into coding practices.
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2. Index 1. 1. Need of Mobile Automation
2. 2. What is Appium
3. 3. Why Appium
4. 4. Appium in the Big picture
5. 5. Appium Architecture
6. 6. Desired Capabilities
7. 7. Appium Installation
8. 8. Appium Server
9. 9. AVD Manager
10. 10. Emulator
11. 11. Live Demo
12. 12. Mobile Objects
4. What is
Appium
1. Appium is an open-source automation tool or
we can call it an open-source automation
framework which allows us to automate the
different type of mobile applications, it could
be a web application, it could be a native or
hybrid application.
5. Why Appium
1. ● Appium is an open source
tool.
2. ● Appium is cross-platform.
3. ● It supports multiple
programming languages(java,
python, ruby, c#and many
more).
4. ● Appium can work on the
emulator as well as on the real
devices.
9. Desired Capabilities
Desired capabilities are a list of keys and values sent to the Appium server for creating a
new session.
For example:
If we want to create an android session for testing an android app, we will be required
to provide these fields in the desired capabilities file.
● platformName : Which defines on which platform we are performing testing.
● platformVersion : Operating system version is defined in this field.
● deviceName : Name of the device which we are using to run our tests on. ● app :
Defines the path to the installation file i.e. APK or .IPA file from
where the driver can get and install the application to the device.
