This document discusses various topics related to mobile application testing. It covers what mobile application testing is, why it is important, challenges, different testing methodologies like legacy testing, behavior driven testing and crowd sourcing. It also discusses types of testing like functionality, UI, interruption, security and performance testing. Tools for testing on emulators and actual devices are compared. Specific test areas like UI, interruption, gesture testing are described.
Appium is an open-source tool for automating native, mobile web, and hybrid applications on iOS mobile, Android mobile, and Windows desktop platforms. Native apps are those written using iOS, Android, or Windows SDKs. Mobile web apps are web apps accessed using a mobile browser (Appium supports Safari on iOS and Chrome or the built-in 'Browser' app on Android). Hybrid apps have a wrapper around a "webview" -- a native control that enables interaction with web content. Projects like Apache Cordova or Phonegap make it easy to build apps using web technologies that are then bundled into a native wrapper, creating a hybrid app.
Importantly, Appium is "cross-platform": it allows you to write tests against multiple platforms (iOS, Android, Windows), using the same API. This enables code reuse between iOS, Android, and Windows testsuites.
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.
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 is booming, and that's a good thing! But with multiple operating systems and tens of thousands of devices on the market, how can you ensure your app delights your users everywhere, every time, at every turn?
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.
Sitam Jana presents on mobile automation. The document discusses challenges in mobile testing like compatibility and regression testing. It then covers mobile automation tools like Appium, Robotium and MonkeyRunner that can automate testing on Android and iOS. The last sections provide steps to set up the environment and demonstrate MonkeyRunner through sample code and configuration in Eclipse.
The document discusses automation testing for mobile apps using Appium. Appium allows for cross-platform mobile app testing by using the same tests across iOS and Android platforms. It functions by proxying commands to the devices to run tests using technologies like UIAutomation for iOS and UiAutomator for Android. While useful for local testing, Appium has limitations for scaling tests in continuous integration environments, where services like Sauce Labs are better suited.
The document discusses Appium, an open source test automation framework for testing native, hybrid and mobile web apps. It provides an overview of Appium and how it can be used to test both mobile web and mobile apps on Android and iOS. The document also summarizes how to set up the environment for Android automation using Appium, including writing sample scripts and discussing framework best practices. Advanced locator strategies for Appium like MobileBy, ByAccessibilityId and ByAndroidUIAutomator are also covered.
"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"
We will learn more about mobile application testing using the Appium automation testing Framework. We'll explore how it is different from web application testing, what is the importance of mobile application testing and lastly, why should we choose appium as a testing tool.
SwaamTech, is an independent QA and Software Testing company helping clients to bring quality in there products. Contact us for testing of your SmartPhone App testing: [email protected]
This document provides an introduction to software testing. It defines software testing as a process used to identify correctness, completeness, and quality of computer software. The key points covered include: why software testing is important; who should be involved in testing; when testing should start and stop in the software development lifecycle; the differences between verification and validation; types of errors; types of testing including manual and automation; methods like black box and white box testing; levels of testing from unit to acceptance; and definitions of test plans and test cases.
Evaluación de usabilidad de aplicaciones para dispositivos móviles dotados de...
La evaluación tuvo como objetivo evaluar la usabilidad de dos aplicaciones móviles existentes para personas discapacitadas centrándose en usuarios en silla de ruedas eléctrica. Se realizó un test con un usuario, analizando su experiencia con tareas como localizar puntos de interés y calcular rutas. Los resultados mostraron que las aplicaciones requerían mucho entrenamiento y mejoras en la intuibilidad de botones y funciones. La técnica de evaluación fue útil para mejorar los requisitos de futuras aplicaciones móviles accesibles.
El documento describe los diferentes tipos de pruebas de software, incluyendo pruebas de unidad, integración, validación, sistema, caja blanca y caja negra. Explica que las pruebas de unidad prueban módulos individuales, mientras que las pruebas de integración prueban la interfaz entre módulos. Las pruebas de validación y sistema verifican que el software cumple con los requisitos funcionales y se integra correctamente.
This document discusses performance testing for mobile applications. It outlines the importance of performance testing given the growth of mobile platforms and users' tendency to abandon apps with performance issues. It then describes various types of mobile apps and some common performance challenges. The rest of the document provides techniques for testing aspects like network performance, battery usage, and memory consumption on different mobile devices and networks. It also lists some tools that can be used for performance testing of mobile apps.
Mobile Device Client Application Performance Testing
What is the most important factor in mobile UX?
Performance is perhaps the most important factor for mobile user experience. Your users will literally stop using your service if it does not respond fast enough.
But evaluating and testing the performance of a mobile application is not as straight forward as evaluating and testing the performance of traditional web-based solutions as there are several other variables such as application structure (browser versus native), network used (2G, 3G, 4G, etc.), payload structure, etc.
Mobile Performance Testing consists of three parts:
Part 1 - Client Application performance
Part 2 - Server performance
Part 3 - Network performance
This presentation is from part 1 of a series of 3 webinars in which we will explain these three parts.
It covers how to performance test mobile Client Applications on a mobile device. We will feature 'Angry Birds', explain how to performance test this mobile application and discuss what tools get the best results.
Best Mobile App Testing Services by ProvaSolutions are here to stay.Get a Free Mobile App Testing Services Trial Today.Read More: http://bit.ly/2leGRtd
This document discusses building an ideal mobile app testing strategy. It recommends including various types of testing at different stages, such as unit testing, exploratory testing, build acceptance testing, and regression testing. It emphasizes testing apps on real devices rather than emulators to uncover issues related to hardware diversity, screen sizes, customizations, and memory/CPU. The document advocates enabling real device testing earlier in the process to lower bug fixing costs. It also recommends automating tests to speed up release cycles and integrating testing with continuous integration processes. The ideal strategy is described as using a cloud-based solution like Keynote Mobile Testing to provide on-demand access to many real devices for various types of automated and manual testing by development teams.
This document discusses mobile application testing. It begins with an introduction of the author and their position at Seesaa Viet Nam .Co.,Ltd. It then covers topics such as what a mobile application is, the challenges of testing mobile apps, how mobile application testing is done, and the differences between testing mobile apps versus mobile web apps. It emphasizes using test automation, emulators, and actual devices during the testing process. It concludes with best practices for mobile application testing such as understanding the network and device landscape and performing various types of testing on actual devices.
Mobile Application Security Testing, Testing for Mobility App | www.idexcel.com
Application development has come a long way in last two decades, but it is puzzling to see that despite major security breaches, security testing takes a back seat as compared to other forms of quality testing measures such as usability or functional testing.
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
Mobile App Testing Strategy by RapidValue SolutionsRapidValue
There has been an increase in the adoption of smartphones, tablets and several mobile devices with the passage of time. And it has led to an enormous growth of mobile applications in recent years. Mobile device is considered to be the primary medium of interaction for the customers and also, businesses worldwide. And mobile applications are, actually, driving the communication.
People, generally, do not give much importance to mobile application testing because of its expensive nature. But it is very much essential to ensure that the consumers have a great experience, every time they use the application.
The aim of mobile application testing should be to acquire knowledge about the quality of the service that you are offering. Does it work properly or not? Will it provide services as per the expectation of the customer? These questions need to be answered to ensure that the customer comes back to you, for your service again. Mobile testing is becoming more and more complicated and complex with each passing day. Strategies are invented and used to simplify the mobile application testing.
This presentation primarily addresses, the strategy to be adopted in mobile app testing, the types of mobile app testing and the stages to be followed, before the application is set live.
Appium is a tool for automating native and hybrid mobile apps. This document discusses how to set up an Appium project to test Android apps. It covers installing Appium and related tools on Windows, setting desired capabilities, locating elements, performing actions, validating results, and running tests. The goal is to create an IntelliJ project that uses Appium to test a sample Android app by interacting with app elements and verifying the app's behavior.
Appium is an open-source tool for automating native, mobile web, and hybrid applications on iOS mobile, Android mobile, and Windows desktop platforms. Native apps are those written using iOS, Android, or Windows SDKs. Mobile web apps are web apps accessed using a mobile browser (Appium supports Safari on iOS and Chrome or the built-in 'Browser' app on Android). Hybrid apps have a wrapper around a "webview" -- a native control that enables interaction with web content. Projects like Apache Cordova or Phonegap make it easy to build apps using web technologies that are then bundled into a native wrapper, creating a hybrid app.
Importantly, Appium is "cross-platform": it allows you to write tests against multiple platforms (iOS, Android, Windows), using the same API. This enables code reuse between iOS, Android, and Windows testsuites.
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.
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 is booming, and that's a good thing! But with multiple operating systems and tens of thousands of devices on the market, how can you ensure your app delights your users everywhere, every time, at every turn?
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.
Sitam Jana presents on mobile automation. The document discusses challenges in mobile testing like compatibility and regression testing. It then covers mobile automation tools like Appium, Robotium and MonkeyRunner that can automate testing on Android and iOS. The last sections provide steps to set up the environment and demonstrate MonkeyRunner through sample code and configuration in Eclipse.
The document discusses automation testing for mobile apps using Appium. Appium allows for cross-platform mobile app testing by using the same tests across iOS and Android platforms. It functions by proxying commands to the devices to run tests using technologies like UIAutomation for iOS and UiAutomator for Android. While useful for local testing, Appium has limitations for scaling tests in continuous integration environments, where services like Sauce Labs are better suited.
The document discusses Appium, an open source test automation framework for testing native, hybrid and mobile web apps. It provides an overview of Appium and how it can be used to test both mobile web and mobile apps on Android and iOS. The document also summarizes how to set up the environment for Android automation using Appium, including writing sample scripts and discussing framework best practices. Advanced locator strategies for Appium like MobileBy, ByAccessibilityId and ByAndroidUIAutomator are also covered.
"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"
We will learn more about mobile application testing using the Appium automation testing Framework. We'll explore how it is different from web application testing, what is the importance of mobile application testing and lastly, why should we choose appium as a testing tool.
SwaamTech, is an independent QA and Software Testing company helping clients to bring quality in there products. Contact us for testing of your SmartPhone App testing: [email protected]
This document provides an introduction to software testing. It defines software testing as a process used to identify correctness, completeness, and quality of computer software. The key points covered include: why software testing is important; who should be involved in testing; when testing should start and stop in the software development lifecycle; the differences between verification and validation; types of errors; types of testing including manual and automation; methods like black box and white box testing; levels of testing from unit to acceptance; and definitions of test plans and test cases.
Evaluación de usabilidad de aplicaciones para dispositivos móviles dotados de...Alejandro Zappala Delgado
La evaluación tuvo como objetivo evaluar la usabilidad de dos aplicaciones móviles existentes para personas discapacitadas centrándose en usuarios en silla de ruedas eléctrica. Se realizó un test con un usuario, analizando su experiencia con tareas como localizar puntos de interés y calcular rutas. Los resultados mostraron que las aplicaciones requerían mucho entrenamiento y mejoras en la intuibilidad de botones y funciones. La técnica de evaluación fue útil para mejorar los requisitos de futuras aplicaciones móviles accesibles.
El documento describe los diferentes tipos de pruebas de software, incluyendo pruebas de unidad, integración, validación, sistema, caja blanca y caja negra. Explica que las pruebas de unidad prueban módulos individuales, mientras que las pruebas de integración prueban la interfaz entre módulos. Las pruebas de validación y sistema verifican que el software cumple con los requisitos funcionales y se integra correctamente.
This document discusses performance testing for mobile applications. It outlines the importance of performance testing given the growth of mobile platforms and users' tendency to abandon apps with performance issues. It then describes various types of mobile apps and some common performance challenges. The rest of the document provides techniques for testing aspects like network performance, battery usage, and memory consumption on different mobile devices and networks. It also lists some tools that can be used for performance testing of mobile apps.
Mobile Device Client Application Performance Testing XBOSoft
What is the most important factor in mobile UX?
Performance is perhaps the most important factor for mobile user experience. Your users will literally stop using your service if it does not respond fast enough.
But evaluating and testing the performance of a mobile application is not as straight forward as evaluating and testing the performance of traditional web-based solutions as there are several other variables such as application structure (browser versus native), network used (2G, 3G, 4G, etc.), payload structure, etc.
Mobile Performance Testing consists of three parts:
Part 1 - Client Application performance
Part 2 - Server performance
Part 3 - Network performance
This presentation is from part 1 of a series of 3 webinars in which we will explain these three parts.
It covers how to performance test mobile Client Applications on a mobile device. We will feature 'Angry Birds', explain how to performance test this mobile application and discuss what tools get the best results.
Best Mobile App Testing Services by ProvaSolutions are here to stay.Get a Free Mobile App Testing Services Trial Today.Read More: http://bit.ly/2leGRtd
This document discusses building an ideal mobile app testing strategy. It recommends including various types of testing at different stages, such as unit testing, exploratory testing, build acceptance testing, and regression testing. It emphasizes testing apps on real devices rather than emulators to uncover issues related to hardware diversity, screen sizes, customizations, and memory/CPU. The document advocates enabling real device testing earlier in the process to lower bug fixing costs. It also recommends automating tests to speed up release cycles and integrating testing with continuous integration processes. The ideal strategy is described as using a cloud-based solution like Keynote Mobile Testing to provide on-demand access to many real devices for various types of automated and manual testing by development teams.
This document discusses mobile application testing. It begins with an introduction of the author and their position at Seesaa Viet Nam .Co.,Ltd. It then covers topics such as what a mobile application is, the challenges of testing mobile apps, how mobile application testing is done, and the differences between testing mobile apps versus mobile web apps. It emphasizes using test automation, emulators, and actual devices during the testing process. It concludes with best practices for mobile application testing such as understanding the network and device landscape and performing various types of testing on actual devices.
Mobile Application Security Testing, Testing for Mobility App | www.idexcel.comIdexcel Technologies
Application development has come a long way in last two decades, but it is puzzling to see that despite major security breaches, security testing takes a back seat as compared to other forms of quality testing measures such as usability or functional testing.
The Essentials of Mobile App Testing and MonitoringMobilePundits
Mobile Technology is transforming the way people use their cell phones. Although demand is highest for consumer apps, enterprise applications are evolving too, allowing businesses to work more productively In this document we look at how the testing of mobile applications helps to achieve quality. Here we explore a typical way that an app is developed, look at the testing stages involved, answer some of the frequent questions concerning testing, and provide a definition of the common testing terms.
Mobile Application Testing - White PaperJade Global
Mobile applications are the sole reason for the rise in popularity of smartphones. The ease and convenience of mobile applications usage has created a huge dependency on it. Over the years, the number and variety of consumer and enterprise mobile applications has grown phenomenally.
The burgeoning use of mobile devices has created enormous opportunities for organizations to leverage mobile to increase sales, advertise products, and collaborate with internal and external resources. However, with increasing usage, the need to perform testing on these devices is increasing significantly. This is not an easy task considering the number of devices, device operating systems, and operating system versions. To manage the number of variations, organizations rely on mobile testing tools to support their testing efforts. David Dang shares his experiences analyzing numerous mobile testing tool platforms for a prominent shopping network. Learn how identifying the "right" mobile testing tool depends on multiple factors such as supported devices, level of testing, resources, and required integration with other tools. Take back to share with your team a review of common tools on the market and the pros and cons of each.
- The presentation discusses various topics related to mobile application testing such as types of mobile applications, challenges in mobile testing, automation tools, and common errors.
- It covers the different types of mobile applications like native, web-based, and hybrid apps. Testing types include functional, performance, usability, and more. Challenges include device fragmentation, networks, and usability.
- Automation tools discussed include Appium, Ranorex, and Android DDMS. Common errors pertain to functionality, interfaces, interrupt handling, and compatibility across devices.
Mobile application-testing for shanethatechshanethatech
This document discusses best practices for mobile application testing. It identifies several challenges of mobile testing, including device variation, lack of testing tools, need for skilled automation specialists, and cloud computing issues. It recommends a testing strategy that utilizes emulators, mobile cloud solutions with remote devices, and some real device testing. It also recommends automating tests to reduce manual work. The document outlines various types of mobile application tests, including usability, compatibility, interface, services, performance, security, and more. It stresses the importance of addressing the challenges of mobile testing to successfully deliver high quality mobile apps.
Welcome to
What is website development?
Due to the enormous diversity and extensive usage of mobile devices, providing excellent experiences on mobile is particularly difficult and gratifying. We discuss the difficulties involved with testing mobile applications in this guide, along with practical solutions.
What Is Testing for Mobile Applications?
Applications that are being created for mobile devices are tested using a procedure called mobile application testing. The primary goals are to test the apps' usability, stability, and functioning.
For an app to survive in the market today, mobile application testing is essential. The application is also tested in numerous other areas, such as its performance, security, and UI, to provide the best quality for the end users.
Various Mobile Apps
The three primary categories of mobile applications are as follows:
Native apps are those that are created App Testing specifically for a given platform or operating system (OS). They have the extra benefit of being faster and more dependable in terms of performance because they concentrate on a single OS, but they are expensive to maintain.
Web apps: Similar to native apps, web apps have the primary distinction of being accessible on mobile devices using a web browser. Although it was inexpensive to design, it is totally reliant on the device's browser.
Apps that combine native and web-based functionality are known as hybrid apps. The HTML and JavaScript files are shown in a full-screen format using a web view control. These apps are easy to create and affordable, but they lack the speed and power of native apps.
It's time to start automating the test cases if you have a mobile application and have been running the same tests for it release after release in order to save time, effort, and increase your ROI. You should do this by spending money on a solution that enables automation in your mobile application.
The Benefits of Mobile Testing for Your App
To ensure compatibility, usability, and consistency, apps must currently be tested across a range of mobile platforms and operating systems. Automation testing can be used to create apps that are adaptable to different platforms and scalable.
It makes sense to use automation for a variety of repetitive processes, including regression and performance testing, as manual testing is time-consuming, expensive, and prone to errors.
The use of automated testing will enable testers to swiftly check for mistakes, flaws, and vulnerabilities in the application's new or most recent updates or changes. Furthermore, it aids them in:
• Conducted parallel testing on multiple devices
• Tests on reuse
• Obtain better protection
• Get a higher ROI
Types And Techniques Of Testing Mobile Applications
To find as many flaws as they can in various settings and scenarios, testers of mobile apps need a diversity of testing abilities and methods.
For QA personnel to get started, the following are some essential mobile testing types and
Experitest-Infosys Co-Webinar on Mobile Continuous IntegrationExperitest
Experitest & Infosys held a co-webinar, discussing Continuous Integration & Mobile Performance Test Strategies, Tools and Certification services that can guarantee a quality app for the end user.
Challenges In Mobile App Testing and Their Solution.pdfpCloudy
Mobile app testing faces many challenges due to device fragmentation, rapidly changing technology, and short development cycles. Some solutions to these challenges include automated testing tools, cloud-based testing platforms, and testing on actual devices rather than just emulators. Adopting strategies like automation, continuous testing, and usability and security testing can help ensure apps work across different devices and environments while meeting user needs.
This document provides an overview of mobile application testing. It discusses why mobile testing is important, the types of mobile applications and testing, challenges in mobile testing like device fragmentation, and methods for testing mobile apps. Key aspects covered include testing installation, networks, user interfaces, different mobile platforms, and automation tools. The document emphasizes the need for thorough testing across various devices and environments to ensure apps work as intended and are bug-free before release.
Choosing the Right Testing Strategy to Scale up Mobile App Testing.pdfpCloudy
The document discusses the importance of developing a robust mobile app testing strategy to handle the challenges of mobile app testing at scale. It outlines 14 key elements that should be considered when creating a testing strategy, including device selection, deciding between automated and manual testing, network connectivity testing, performance testing, and security testing. The document stresses the need for a balanced approach that blends automated and manual testing techniques to effectively test mobile apps.
QualiTest places an emphasis on its mobile testing services to ensure that efficient testing is performed on each mobile device, version & platform - http://bit.ly/1DOBbv9
Explain the different types of Apps testing and Outsourcing QA.pdfLorryThomas1
The evolution of mobile app testing mirrors the rapid advancements in portable technology and user transformation.
Significantly, testing was often out-of-the-box, with an immediate focus on functionality rather than user background.
Early mobile app tests were mostly manual, leading to inefficiency and inconveniences.
The Guide to Selecting The Right Mobile App Testing Tool.pdfflufftailshop
Mobile technology has revolutionized how we work and play, making it easier to stay connected with the world. As a result, businesses of all sizes are now investing in mobile applications to increase their customer base and reach new markets.
Mobile application testing is challenging due to the variety of mobile devices, operating systems, and networks. There are different types of mobile applications (native, web, and hybrid) that require different testing approaches. An effective mobile application testing strategy selects devices for testing, uses emulators for initial testing, and considers cloud-based testing to test across multiple devices simultaneously. Test cases should be developed to test the usability, compatibility, interfaces, services, performance, and security of the mobile application.
Mobile application testing faces several key challenges, including the variety of mobile devices with different hardware capabilities, diverse mobile platforms and operating systems, and different mobile networks. Effective mobile application testing requires testing across multiple devices, platforms, and networks. It also requires the use of emulators and cloud-based testing to efficiently test applications. The document outlines various types of mobile application testing including compatibility, interface, services, and performance testing. It discusses test strategies, common issues encountered in testing, and the importance of automation to address the complexities of mobile application testing.
Experitest & Capgemini held a co-webinar on the topic: A Secure Mobile Testing Cloud Resource - Accessible Anytime Anywhere. This interactive webinar will help you to learn more about a Cloud solution that offers features, functions and benefits for each member of the mobile-applications development team:
* For developers an easy reproduction of bugs and the ability to reserve a time slot;
* For QA managers, how to plan in advance device usage and control applications under test;
* For device lab managers a 24x7 continuous testing environment;
* For manual QA testers learn to emulate keyboards for devices and script automation;
* For automation engineers, automate tests via desktop, reserve devices, & generate reports;
* For the security team, resource access from the cloud within your company firewall;
* For executives – reduce user-device procurement costs, speed time-to-market, and improve user/customer experiences.
Security is a high priority when developing and testing mobile apps for companies that are sensitive to security. Access to a provider’s Cloud-hosted testing resources may be convenient and cost-effective, but the security of that environment falls under their control. What was originally a solution becomes a risk to your institution’s data and information.
Among other challenges faced by developers and testers using generic Cloud testing resources:
* Securing a location for devices.
* Concentrating a central pool of devices accessed by offsite development and testing teams;
* Distribution of work across geographically isolated teams;
* Specific device identification and availability;
1. The document discusses various topics related to software testing including definitions of software testing, applications of software testing, software testing methodologies, types of functional testing and non-functional testing.
2. It defines software testing as a method to check if a software product matches requirements and ensures it is defect-free. Testing evaluates if developed software meets specified requirements and identifies defects.
3. Applications of testing include cost-effective development, product improvement, customer satisfaction, and quality checks through testing functionality, reliability, usability and other attributes.
Compatibility testing is the process of evaluating the compatibility of the mobile app with various platforms, devices, and environments.
To Read more, visit: https://www.kiwiqa.com/compatibility-testing-service.html
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2. Mobile Application Testing by
Javed Ansari
2
What is Mobile Application Testing?
Why Mobile Application Testing?
Key Challenges in Enterprise Mobility Testing
Mobile Testing Methodologies/Approach
oLegacy Mobile Testing Approach
oBehavior Driven Testing (BDT) Approach
oCrowd Sourcing for Mobile Application Testing
Available ways for testing Mobile Applications
Types of Mobile Application Testing
Mobile Testing Using Emulators
UI Testing for Mobile Applications
Mobile Application UI Testing
Interruption Testing for Mobile Applications
Gesture Testing for Mobile Applications Continued..
Agenda
3. Mobile Application Testing by
Javed Ansari
3
Security Testing for Mobile Applications
Performance Testing for Mobile Applications
Popular Mobile Application Testing Tools
Remote Based Mobile Application Testing Tools Comparison
Desktop Based Mobile Application Testing Tools Comparison
Analyze and Choose what is best for you!
Conclusion
Thank you and Questions?
Agenda Continued..
4. Mobile Application Testing by
Javed Ansari
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Mobile Application Testing is a process though which testing can be performed to verify the
functionality, Usability and Stability of the developed mobile applications.
What is Mobile Application Testing?
5. Mobile Application Testing by
Javed Ansari
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Why Mobile Application Testing?
The face of IT is changing very fast in today’s world. Unlike a decade back when we had bulky desktops
with limited connectivity and that too were mostly getting used by IT dependent companies and end
users had only started to learn about the computers, now the users are becoming smart and have
adapted the new technologies in their daily life and believe me this trend is not going to stop until we
will bring whole universe at our figure tips.
When we talk about Mobile Applications, Testing becomes an important factor for a successful Mobile
Application Development due to the following factors.
Frequent Releases for Mobile Apps
Involvement of Various Devices
Involvement of Various OS
Technology
Convergence
Exponential
growth in Cloud
and Mobile
Computing
Complex and
Fragmented
Technologies
Global
Acceptance of
Mobility
6. Mobile Application Testing by
Javed Ansari
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Key Challenges for Enterprise Mobility Testing
Various Device Hardwares
Various Operating Systems
Various Browsers
Various Networks
7. Mobile Application Testing by
Javed Ansari
7
Legacy Mobile Testing Approach
Test Environment Setup
Test Data Setup Test Setup Emulators Setup Tools Setup
Identifying Testing Tools
Device Emulators OS Emulators Actual Devices
Identifying Testing Parameters
Device Hardware Operating System Browsers Device Settings
Identifying Test Scenarios
Application
Functions
Device
Interactions
Usability Performance
Network
Impacts
Interruptions
8. Mobile Application Testing by
Javed Ansari
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Behavior Driven Testing (BDT) Approach
Focus on requirements
Identifies different flows
application behavior.
Useful for automating
multichannel applications
Compatible with open
source tools
Behavior-driven testing is an iterative, incremental and agile
methodology.
Behavior-driven testing combines the general techniques and principles of
TDD and BDD
9. Mobile Application Testing by
Javed Ansari
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Behavior Driven Testing (BDT) Approach Continued..
Advantages of BDT
• Usable domain language for team as well as BA.
• Never have to rewrite specs as behavior does not change
• Good fit for an application having big data sets and rarely changing test cases.
• Good usability and re-usability of test scripts and good test flow coverage.
• Data and code are separately managed and maintained.
• Easy to reproduce a failed scenario or case at developer-end.
BDT Supported Tools
• > Cucumber
• > Phone Monkey
• > Calabash
11. Mobile Application Testing by
Javed Ansari
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Advantages of Crowd sourced Mobile Testing
Higher Quality: The core testing team may not have all the resources to test the
software in different environments and in different situations as it may not be possible to
have all the resources to create different environments in which the software should be
tested.
Cost Control: It is cost effective, as the product company pays only for the valid bugs
reported. Usually time to test the software is comparably lesser, so it leads to better
productivity and thus is cheaper than hiring engineers, designers, and specialists.
Fast Market: 2-3 day test cycles instead of 2--‐3 weeks
High Complexity: The quality of mobile application testing is achieved by using different
devices, languages and locations. The pool of testers is diverse with variations in languages
as well as locales. This helps testing applications which are based on localization.
12. Mobile Application Testing by
Javed Ansari
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Available ways for Mobile Application Testing
• An emulator is hardware or software or both that duplicates (or emulates) the
functions of one computer system (the guest) in another computer system (the host)
Using Emulators
•Having an account with a vendor that lets you access remote real devices at any time is very
handy.
Remote Real Devices in Cloud
• Emulators and remote, real-device solutions that support script & playback
functionality are time-savers that can allow you to execute more test cases with a
higher degree of consistency. Clearly, a solution that integrates real and emulated
devices is ideal.
Automate Wherever Possible
•If devices are not launched yet, a prototype of that device model is given by the device
manufacturer.
On Actual Device
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Javed Ansari
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Types of Mobile Application Testing
Mobile
Testing
Sanity
Testing
Functional
Testing
User
Interface
Testing
Interruption
Testing
Security
Testing
Performance/
Stress testing
Field Testing
14. Mobile Application Testing by
Javed Ansari
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Mobile Testing Using Emulators
When developing code for mobile devices, it’s always good to test it out on the targeted device(s).
However, it’s not always convenient or cost-effective to have access to the real thing. That’s where
mobile device emulators and simulators come into play.
Emulator
Mimics your
software and a
part hardware
Interruption ,
Network
Connectivity
testing and
Memory Leak
issues are not
possible.
Multiple
Device/Screen
Resolution
Support
Cross Platform
Testing is
possible
15. Mobile Application Testing by
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UI Testing for Mobile Applications
Due to diversity in mobile hardware and platforms, testing programs need to incorporate GUI and
compatibility tests in addition to the standard functionality tests.
•Multiple OS versions and devices
•Different Screen Orientations
•Different Screen Setup
•Rendering of images and positioning of elements
User Experience
Usability
Positive
Interaction
Appealing
Design
16. Mobile Application Testing by
Javed Ansari
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Mobile Application UI Testing – Scope and Coverage
Browser
Compatibility
Testing
Layout
Testing
Content
Testing
Look and Feel
Testing
Navigation
Testing
Instruction
Testing
17. Mobile Application Testing by
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Test Factors
Layout Continues, Relative
Navigation Logical
Position of Icons Logical, Clearly Laid out, Functional
Different Display Format Suitable
Readability Look, Display Duration
Language Grammar, Spelling
Text display Alignment, Overlap, Text Wrapping
Touch Screen Gestures, Input
Motion Sensor Pan, Overturning
Error Messages, Warning Comprehensible
Screen Setup Logical, Duration
Action Chains Logical, Comprehensible
Progress Bar Timing
Performance Load Duration, Multitasking
Mobile Applications UI Testing Criteria
18. Mobile Application Testing by
Javed Ansari
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Interruption Testing for Mobile Applications
Interruption testing is process to replicate abrupt(Unexpected) interrupt to the mobile application.
This can be achieved in various ways and techniques depending on the application under test.
Interrupt testing assures that the device native functionalities are intact and well functional even if the
application is running. Interrupt testing also assures the application robustness with the device native
features.
•Sources of Interruption
•Interruption thru Services
•Various Interruption testing Scenarios
•Achievements of Interruption Testing
20. Mobile Application Testing by
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Various Scenarios for Interruption Testing
Call Establish/Accept/Reject Interruption
Camera Activated
Low Memory
Charger Effect
Battery Removal
Social Media Notifications
Alarm Clocks
Home Button/Application Minimize
Bluetooth
Calendar Events
21. Mobile Application Testing by
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Achievements for Interruption Testing
Interruption testing cannot be done on Simulators & cloud, partial
support on emulators
Testing the application for interrupt handling is a very important
aspect of mobile testing as these interrupts are a very common
phenomenon that may occur anytime during the application run.
The interrupts must be handled properly so that they do not cause
interruption in the application functionality. The application must be
in a suspended state during the interruption but must resume
continuing its normal function after the interruption is over. The
hardware interrupts are on the highest priority and the software
interrupts can be prioritized accordingly.
22. Mobile Application Testing by
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Gesture Testing
A Gesture is a pen movement or combination of movements that match the patterns
defined by a recognizer, and is assigned special behavior within an application in order to
implement the behavior assigned to the gesture. Gestures provide a powerful mechanism
for making your application truly gesture centric.
In addition to interpreting Strokes as written characters, a recognizer can return results
that specify the user has entered a Gesture. A gesture can be a hand/face movement, Ink
stroke or pen movement that matches the set of glyphs defined by a recognizer. These
glyphs are assigned special behavioral meaning in the application. When a Gesture object
is recognized it triggers an event that you can handle in your application.
23. Mobile Application Testing by
Javed Ansari
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Gesture Sensing Technologies
Gesture interaction validation primarily dealt with application response with various
inputs like tap, touch, squeeze ,pinch.
The thought is to see a certain swipe/pinch/zoom etc. movement will work against
various UI changes. When someone makes this gesture what exactly happens in an app
across platforms.
24. Mobile Application Testing by
Javed Ansari
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Security Testing for Mobile Applications
The enterprise mobile applications extend corporate networks beyond the perimeter devices and thus
potentially expose these organizations to new types of security threats.
•Location-Independent (mobile)
•Consumerization
•Different attackers
•Identify different penetration tests
•Focus on functionality and design rather than security
Vulnerability
Analysis
Threat
Modeling
Intelligence
Gathering
25. Mobile Application Testing by
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Environmental Analysis
Focus on the company behind the app and their business case and the relating stakeholders
Analyze internal processes and structures
Architectural Analysis
App (network interfaces, used data, communication with other
Resources, session management, jailbreak/rooting detection, …)
Runtime environment (MDM, jailbreak/rooting, OS version)
Backend services (application server, databases, firewall, …)
Security Testing - Intelligence Gathering
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Identifying threats for the app - specific or
prepared threats (e. g. OWASP Top 10)
Should be done already in the development
Risk rating e. g. with OWASP Risk Rating
Developing countermeasures e. g. with best
practices or developers guides
Differences to conventional process
Most software testing processes do not include
Threat Modeling
Threat Modeling makes the complete process
more traceable and efficient for all participants
Security Testing - Thread Modeling
27. Mobile Application Testing by
Javed Ansari
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Identifying vulnerabilities in the app by previously created test cases
using the following methods.
Security Testing - Vulnerability Analysis
28. Mobile Application Testing by
Javed Ansari
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Leading enterprises in various industries depend on mobile
applications to support their core business activities. Ex. Mobile
banking
Failure to provide optimal user experience in the wake of
increased user volume may lead to service failures, unhappy
customers and loss in company’s business and reputation
Without performance testing, it may not be possible to anticipate
real world scenario and the infrastructure required to support peak
loads
Performance Testing for Mobile Applications
29. Mobile Application Testing by
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Performance Testing Types and Challenges
Limited Bandwidth
Network Latency
Packet loss
Power Consumption
Performance
Testing
Load
Testing
Endurance
Testing
Volume
Testing
Scalability
Testing
Spike
Testing
Stress
Testing
30. Mobile Application Testing by
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Mobile Application Performance Testing Tools
Report Analyzer
Test Case
Controller
Scenario
Generator
JMeter Master
Application
Under Test
JMeter
Slave
It consists of a Master system (the JMeter GUI)
which controls remote slave systems running
JMeter-server instances which concurrently
imposes load on a target server, network or
object under test by emulating traffic to and
from client software.
Test both Browser based and Native
Mobile applications using most advanced
Network behavior and Service
Virtualization.
31. Mobile Application Testing by
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Popular Mobile Application Testing Tools
Remote
Based
Paid
Perfecto Mobile
Device Anywhere
Desktop
Based
Paid
EggPlant
SeeTest
JamoSolutions
Squish
FoneMonkey
Open
Source
Robotium
Sikuli
MonkeyTalk
Robot
Framework
32. Mobile Application Testing by
Javed Ansari
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Remote Based Mobile Application Testing Tools Comparison
Functionality/Tools Perfecto Mobile Keynote Device Anywhere
Product Installation Method Web Based Downloadable Software
App Clean UP Possible Not Possible
Cloud(Global) Public
Private
Device Reservation Support
Public
Private
Supported OS iOS,
Android
BlackBerry
Windows Phone as well as Emulators support
iOS
Android
BlackBerry
Windows Phone as well as Emulators support
Automation 1. Visual Objects (OCR)
2. Real (Native) objects
3. Web Objects/HTML5 (DOM)
4. Script Portability
5. Sharing test sessions live (Video/screenshots)
6. Integrations (HP)
7. Integrations (IBM)
1. Visual Objects (OCR)
2. Web Objects/HTML5 (DOM)
3. Sharing test sessions live (Video/screenshots)
4. Integrations (HP)
5. Integrations (IBM)
ALM Integrations 1. Testing (Manual/Automation)
2. Performance testing
3. Monitoring
1. Testing (Manual/Automation)
2. Performance testing
3. Monitoring
Mobile Monitoring & Performance 1. Real device support
2. Rich reporting suite
3. Integration with ALM Tools
4. Saas Delivery model
5. Performance and network testing
1. Real device support
2. Rich reporting suite
3. Integration with ALM Tools
4. Saas Delivery model
5. Performance and network testing
3
rd
Party API connectivity Perfecto has open API support (Restful API support) No API Support
33. Mobile Application Testing by
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Desktop Based Mobile Application Testing Tools Comparison
Functionality/Tools Squish GUI Testing M-eux Test Egg Plant Robotium Sikuli MonkeyTalk
Company FrogLogic Jamo Solutions Test Plant Google Code Projects GitHub Project Gorilla Logic
Testing Areas Covered Cross Browser Testing
GUI Testing
Web testing
Mobile Testing
GUI Testing
Mobile Testing
GUI Testing,
Image Based Testing
Web Testing
Performance Analysis
Mobile Testing
GUI Testing and
Mobile Testing
GUI Testing and
Image Based Testing
Mobile Testing
Supported Languages Python
JavaScript
Ruby
Perl
Tcl
Squish specific script
APIs for a lot of
convenience
Visual Studio,
Eclipse
M-eux specific Script.
Visual Design Eclipse Python language level 2.7
(supported by Jython)
Ruby language level 1.9 and
2.0 (supported by JRuby)
Java Programming
MonkeyTalk
Supported OS iOS Cocoa Touch
Android
Web/HTML5/AJAX/Fl
ex
Android,
BalcBerry,
iOS and
Windows
Android,
BalcBerry,
iOS and
Windows
Android Android and
iOS
Android and
iOS
License Paid Paid Paid Free Free Free
34. Mobile Application Testing by
Javed Ansari
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Analyze and Choose what is best for you!
Cost
Benefit
Analysis
•Purpose of the Application
•Nature of Business
•Current and forecast
comparisons
Scope
Based
Decisions
•Device Variant Support
•Native Application or
Web Based Application
•OS Variant Support
Features
Based
Decisions
•Work on
Emulator/Device
•Integration to Test
Management Tools
•Areas to be Automated
Regression
Testing
Scope and
Complexity
of the
System
•Identifying the Core
Functionality
•Identifying the frequently
used functionality
•Indentifying the Business
impacting functionalities
Infrastructure
Decisions
• Could Based/ Standalone
• Network Infrastructure
• Mobile Features to be
used
Timelines of
the Project
•Purpose of the Application
•Special Period Business
App
•Enterprise App
35. Mobile Application Testing by
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The significant challenges and risks involved in mobile application development may
reduce the quality of the mobile applications. These risks and challenges can be mitigated
by adopting the various testing type and techniques outlined in this presentation.
The importance of testing for mobile applications can not be over sighted before making
them ready for production. An application with defects can hurt the business and the
company reputation.
Conclusion
