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.
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.
Mobile Application Testing Training PresentationMobiGnosis
Mobile Application Testing Training Presentation in Bangalore by experienced Professionals in Industry. Get a FREE Demo Now. Visit http://www.mobignosis.com/mobile-testing-training/
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.
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.
This document discusses mobile application testing and automation. It covers:
- The types of mobile application testing including functionality, usability, and consistency testing as well as testing on emulators and different devices.
- The challenges of mobile app testing like different devices, operating systems, and networks.
- Popular mobile platforms and types of mobile apps.
- The approach to mobile app testing including installation/uninstallation, workflows, performance, localization, and device interactions.
- Types of mobile app testing like UI, compatibility, interruptions, and security testing.
- The importance and benefits of automation for mobile app testing.
- Popular mobile automation tools like MonkeyRunner, UIAutomator,
Mobile Application Testing by Javed AnsariJaved Ansari
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.
Software Assurance, LLC a Dallas-based Testing-centric Company offers specialized Mobile App Testing - We define your Mobile Apps Strategy - Faster, Better & Economically.
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.
Mobile Application Testing Training PresentationMobiGnosis
Mobile Application Testing Training Presentation in Bangalore by experienced Professionals in Industry. Get a FREE Demo Now. Visit http://www.mobignosis.com/mobile-testing-training/
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.
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.
This document discusses mobile application testing and automation. It covers:
- The types of mobile application testing including functionality, usability, and consistency testing as well as testing on emulators and different devices.
- The challenges of mobile app testing like different devices, operating systems, and networks.
- Popular mobile platforms and types of mobile apps.
- The approach to mobile app testing including installation/uninstallation, workflows, performance, localization, and device interactions.
- Types of mobile app testing like UI, compatibility, interruptions, and security testing.
- The importance and benefits of automation for mobile app testing.
- Popular mobile automation tools like MonkeyRunner, UIAutomator,
Mobile Application Testing by Javed AnsariJaved Ansari
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.
Software Assurance, LLC a Dallas-based Testing-centric Company offers specialized Mobile App Testing - We define your Mobile Apps Strategy - Faster, Better & Economically.
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.
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.
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?
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.
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.
Software testing is the process of evaluation a software item to detect differences between given input and expected output. Also to assess the feature of A software item. Testing assesses the quality of the product. Software testing is a process that should be done during the development process. In other words software testing is a verification and validation process.
Software testing can also provide an objective, independent view of the software to allow the business to appreciate and understand the risks of software implementation. Test techniques include, but are not limited to the process of executing a program or application with the intent of finding software bugs (errors or other defects).
Software testing can be stated as the process of validating and verifying that a computer program/application/product:
• meets the requirements that guided its design and development,
• works as expected,
• can be implemented with the same characteristics,
• and satisfies the needs of stakeholders.
Software Development Process Cycle:-
PLAN (P): Device a plan. Define your objective and determine the strategy and supporting methods required to achieve that objective.
DO (D): Execute the plan. Create the conditions and perform the necessary training to execute the plan.
CHECK (C): Check the results. Check to determine whether work is progressing according to the plan and whether the results are obtained.
ACTION (A): Take the necessary and appropriate action if checkup reveals that the work is not being performed according to plan or not as anticipated.
This document provides an overview and agenda for a presentation on automation testing using IBM Rational Functional Tester. It discusses what automation testing is, why it is useful, and when it should be implemented. It also addresses common myths about automation testing and provides tips for successful automation. Finally, it covers features of IBM Rational Functional Tester, including how to set up a test environment and record scripts to automate testing.
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.
Manual testing involves manually testing software by playing the role of an end user and using test cases to ensure correct behavior. It is important early in development when automation is not possible and for testing visual elements. A test plan is a document that outlines test objectives, workflows and processes while a test case specifies conditions to determine if a feature works as intended. Both exploratory and black/white box testing have pros and cons for finding bugs. Bugzilla is a bug tracking system that helps developers manage issues.
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.
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
This talk was presented at VodQA Gurgaon 3rd edition (11 July 2013)
Talk Abstract:
In midst of testing functional aspect of your mobile apps, performance testing is often ignored or takes a back seat. With the strict quality checks on app stores and other platforms, it becomes all the more essentials for your app to meet performance criteria. We would be focusing on understanding these criteria in detail, their impact and ways to tackle them.
Speakers:
Rupesh Dubey: Rupesh has 5+ years of experience in Test Automation and Manual testing and have been with ThoughtWorks for more than 3 years. He has worked in various domains including HealthCare and Business Consulting.
Priyank Dhillon: He has around 8 years of experience as QA. He has worked on domains such as Telecom, Video and E-commerce and has been involved in different aspects of testing such as Security, White box, Performance. He has worked in software automation testing using wide range of automation tools, doing manual testing and in requirement analysis.
Native, Web or Hybrid Mobile App Development?Sura Gonzalez
The document discusses different approaches to developing mobile apps, including native apps, web apps, and hybrid apps. Native apps are developed specifically for a single platform using that platform's tools and programming languages. They have full access to device features but have high development and maintenance costs. Web apps are developed with web technologies like HTML, CSS, and JavaScript and run in a mobile browser, allowing cross-platform use but more limited access to device features. Hybrid apps combine native and web technologies by wrapping web views in a native container, giving them full device access and lower costs than native apps. The document explores the characteristics and tradeoffs of each approach.
Mobile Application Development: Hybrid, Native and Mobile Web AppsPaul Sons
Orion eSolutions offer the best and the most reliable Hybrid, Native, Mobile Application Development services using the latest platform. To know mobile app development stages and usages visit orionesolutions.com
Mobile application testing involves testing software applications developed for mobile devices to ensure they function properly and do not interfere with core device functionality, with testing performed directly on mobile devices across various operating systems like Android, iOS, Windows Mobile and Blackberry. Key aspects of mobile application testing include verifying installation, uninstallation, network connectivity, user interface flows, battery usage and that the application performs as expected under different conditions. Automation tools, emulators and simulators are often used to supplement testing done directly on physical mobile devices.
Mobile application testing involves testing applications developed for mobile devices to ensure they function properly on those devices. It differs from mobile device testing, which tests the core functionality of the devices themselves, like connectivity and battery life. Popular mobile platforms include Android, iOS, Blackberry and Windows Mobile. Testing covers installation, uninstallation, network connectivity, handling of calls/SMS, screen orientation, low memory/battery conditions, and ensuring applications don't interfere with other device functionality. Automation tools can help with testing on actual devices or emulators.
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.
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.
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?
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.
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.
Software testing is the process of evaluation a software item to detect differences between given input and expected output. Also to assess the feature of A software item. Testing assesses the quality of the product. Software testing is a process that should be done during the development process. In other words software testing is a verification and validation process.
Software testing can also provide an objective, independent view of the software to allow the business to appreciate and understand the risks of software implementation. Test techniques include, but are not limited to the process of executing a program or application with the intent of finding software bugs (errors or other defects).
Software testing can be stated as the process of validating and verifying that a computer program/application/product:
• meets the requirements that guided its design and development,
• works as expected,
• can be implemented with the same characteristics,
• and satisfies the needs of stakeholders.
Software Development Process Cycle:-
PLAN (P): Device a plan. Define your objective and determine the strategy and supporting methods required to achieve that objective.
DO (D): Execute the plan. Create the conditions and perform the necessary training to execute the plan.
CHECK (C): Check the results. Check to determine whether work is progressing according to the plan and whether the results are obtained.
ACTION (A): Take the necessary and appropriate action if checkup reveals that the work is not being performed according to plan or not as anticipated.
This document provides an overview and agenda for a presentation on automation testing using IBM Rational Functional Tester. It discusses what automation testing is, why it is useful, and when it should be implemented. It also addresses common myths about automation testing and provides tips for successful automation. Finally, it covers features of IBM Rational Functional Tester, including how to set up a test environment and record scripts to automate testing.
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.
Manual testing involves manually testing software by playing the role of an end user and using test cases to ensure correct behavior. It is important early in development when automation is not possible and for testing visual elements. A test plan is a document that outlines test objectives, workflows and processes while a test case specifies conditions to determine if a feature works as intended. Both exploratory and black/white box testing have pros and cons for finding bugs. Bugzilla is a bug tracking system that helps developers manage issues.
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.
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
This talk was presented at VodQA Gurgaon 3rd edition (11 July 2013)
Talk Abstract:
In midst of testing functional aspect of your mobile apps, performance testing is often ignored or takes a back seat. With the strict quality checks on app stores and other platforms, it becomes all the more essentials for your app to meet performance criteria. We would be focusing on understanding these criteria in detail, their impact and ways to tackle them.
Speakers:
Rupesh Dubey: Rupesh has 5+ years of experience in Test Automation and Manual testing and have been with ThoughtWorks for more than 3 years. He has worked in various domains including HealthCare and Business Consulting.
Priyank Dhillon: He has around 8 years of experience as QA. He has worked on domains such as Telecom, Video and E-commerce and has been involved in different aspects of testing such as Security, White box, Performance. He has worked in software automation testing using wide range of automation tools, doing manual testing and in requirement analysis.
Native, Web or Hybrid Mobile App Development?Sura Gonzalez
The document discusses different approaches to developing mobile apps, including native apps, web apps, and hybrid apps. Native apps are developed specifically for a single platform using that platform's tools and programming languages. They have full access to device features but have high development and maintenance costs. Web apps are developed with web technologies like HTML, CSS, and JavaScript and run in a mobile browser, allowing cross-platform use but more limited access to device features. Hybrid apps combine native and web technologies by wrapping web views in a native container, giving them full device access and lower costs than native apps. The document explores the characteristics and tradeoffs of each approach.
Mobile Application Development: Hybrid, Native and Mobile Web AppsPaul Sons
Orion eSolutions offer the best and the most reliable Hybrid, Native, Mobile Application Development services using the latest platform. To know mobile app development stages and usages visit orionesolutions.com
Mobile application testing involves testing software applications developed for mobile devices to ensure they function properly and do not interfere with core device functionality, with testing performed directly on mobile devices across various operating systems like Android, iOS, Windows Mobile and Blackberry. Key aspects of mobile application testing include verifying installation, uninstallation, network connectivity, user interface flows, battery usage and that the application performs as expected under different conditions. Automation tools, emulators and simulators are often used to supplement testing done directly on physical mobile devices.
Mobile application testing involves testing applications developed for mobile devices to ensure they function properly on those devices. It differs from mobile device testing, which tests the core functionality of the devices themselves, like connectivity and battery life. Popular mobile platforms include Android, iOS, Blackberry and Windows Mobile. Testing covers installation, uninstallation, network connectivity, handling of calls/SMS, screen orientation, low memory/battery conditions, and ensuring applications don't interfere with other device functionality. Automation tools can help with testing on actual devices or emulators.
The document discusses different types of mobile apps including native apps, web apps, and hybrid apps. Native apps are developed specifically for one platform and take full advantage of device features. Web apps run in a browser and have lower performance than native apps due to latency. Hybrid apps install like native apps but are built with web technologies and access device capabilities through plugins. The document also compares factors between mobile and desktop testing like different devices, networks, and operating systems. It provides statistics on mobile operating system market shares and version distributions.
The document discusses different types of mobile apps including native apps, web apps, and hybrid apps. Native apps are developed specifically for one platform and take full advantage of device features. Web apps run in a browser and have lower performance than native apps due to latency. Hybrid apps install like native apps but are built with web technologies and access device capabilities through plugins. The document also compares factors between mobile and desktop testing like different devices, networks, and operating systems. It provides statistics on mobile operating system market shares and version distributions.
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.
This document provides information on testing mobile applications. It discusses the different types of testing needed such as functionality, compatibility, and usability testing. It also outlines considerations for the variety of mobile platforms, operating systems, devices and versions. Tools that can be used for testing on emulators, virtual devices and real devices are presented. The document provides best practices for thorough mobile application testing.
Mobile application testing involves testing applications created for mobile devices to ensure proper functionality and compatibility. It includes testing installation/uninstallation, network connectivity, voice/SMS handling, user interface elements, battery usage, and compatibility with other device functions. The goal is to verify the application performs as intended under different conditions and does not disrupt normal device operation.
This document provides a summary of the top 20 Android apps of 2011 according to a TechCrunch report from Mobile Banner Intel. It lists the apps, including Any.DO, Lightbox, Amazon MP3, AirDroid, and SwiftKey X Keyboard. For each app, it provides a brief description of the app's functionality and reviews what users are saying about the apps in the Google Play store. The document also includes legal disclaimers about the report.
TLE-ICT COMPUTER SYSTEMS SERVICING DIAGNOSING COMPUTER SYSTEMizarahmendoza
Application software refers to computer programs designed to perform specific tasks or functions for end-users. Unlike system software, which manages computer hardware and provides a platform for running application software, application software is directly used by individuals or organizations to fulfill their needs.
Examples of application software include:
Word processors like Microsoft Word, Google Docs, or LibreOffice Writer for creating documents.
Spreadsheet software like Microsoft Excel, Google Sheets, or LibreOffice Calc for organizing and analyzing data.
Presentation software like Microsoft PowerPoint, Google Slides, or LibreOffice Impress for creating slideshows.
Web browsers like Google Chrome, Mozilla Firefox, or Microsoft Edge for accessing the internet.
Email clients like Microsoft Outlook, Gmail, or Mozilla Thunderbird for managing emails.
Graphics software like Adobe Photoshop, GIMP, or CorelDRAW for editing images.
Multimedia players like VLC media player, Windows Media Player, or iTunes for playing audio and video files.
Database management systems like Microsoft Access, MySQL, or Oracle for storing and managing data.
Accounting software like QuickBooks, Xero, or FreshBooks for managing financial transactions.
Project management software like Trello, Asana, or Microsoft Project for planning and organizing tasks and projects.
These are just a few examples, as application software covers a wide range of programs catering to various needs and industries.
Application software refers to computer programs or software applications designed to perform specific tasks or functions for users. This type of software is distinct from system software, which includes operating systems, device drivers, utilities, and other essential software that enables the computer to function.
Application software serves a wide range of purposes and can be categorized into various types based on their functions and usage. Some common categories of application software include:
Productivity Software: These are applications that help users create, edit, manage, and share documents, presentations, spreadsheets, and other types of files. Examples include Microsoft Office (Word, Excel, PowerPoint), Google Workspace (Docs, Sheets, Slides), and LibreOffice.
Communication Software: These applications facilitate communication between individuals or groups. They include email clients, instant messaging applications, video conferencing software, and collaborative tools. Examples include Microsoft Outlook, Gmail, Skype, Slack, and Zoom.
Web Browsers: Web browsers are software applications that allow users to access and interact with content on the World Wide Web. Examples include Google Chrome, Mozilla Firefox, Microsoft Edge, and Safari.
Media Players and Editors: These applications are used for playing and editing multimedia files such as audio, video, and images. Examples include VLC Media Player, Windows Media Player, Adobe Photoshop, and Adobe Premiere Pro.
The document discusses considerations for developing a mobile application versus a mobile web site. It notes that mobile apps can access native device features but have a higher development and maintenance cost. Mobile websites have a lower cost but cannot access certain device capabilities and may have a less rich user experience. The document also examines different types of mobile apps and strategies for marketing an app within app marketplaces.
The document discusses different types of application software:
1. Desktop apps which run on computers and laptops, including word processors, personal finance software, web browsers, games, and media players.
2. Web apps which are accessed over the internet and do not require installation, such as online email, Google Docs, and Facebook.
3. Mobile apps which are designed for smartphones and tablets, including examples like Snapchat, Messenger, and Instagram.
You may have heard people talking about using an application or an app. But what exactly does that mean? An application (or app) is a type of software that allows you to perform specific tasks. Applications for desktop or laptop computers are sometimes called desktop applications, and those for mobile devices are called mobile apps. When you open an application, it runs inside the operating system until you close it. Much of the time, you will have more than one application open at the same time, and this is known as multitasking.
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Mobile application testing focuses on testing the functionality and features of a mobile app, whereas mobile testing is broader and tests the native features of mobile devices like calls, SMS, media players, etc. Some common mobile platforms tested include iOS, Android, Blackberry and Windows. Testing involves checking installation/uninstallation, functionality, connectivity, performance on different devices and networks, and response to invalid user inputs. Various tools are used for testing, debugging, automation, and performance testing.
This presentation represents the Mobile Application testing fundamentals. This presentation will describe How Mobile testing is different from Web testing. It will give you brief information about different mobile application techniques which needs to be taken care while testing Mobile Applications.
Mobile Application Development and Types(1)IsraelSoga
This document provides an overview of mobile application development. It discusses the history and types of mobile apps, including native, hybrid, and web apps. It also describes popular mobile development platforms like iOS and Android. The mobile app development process is outlined including planning, design, development, testing, and deployment. Finally, it discusses cross-platform frameworks that allow developing apps for multiple platforms like React Native, Xamarin, Flutter, and Ionic.
The four common types of mobile apps are- native, hybrid, web, and progressive web apps. In the end, I have also discussed the top 5 future trends of the mobile app that are going to change the world.
Application Software in Computer and Services.pptxJessaBejer1
This document discusses different types of application software. It begins by defining application software as software designed to perform specific tasks rather than operating system tasks. There are three main types of application software: desktop apps which run on computers and laptops, web apps which are accessed over a network, and mobile apps which run on smartphones and tablets.
Some examples of desktop apps include word processors, web browsers, games, media players, and gadgets. Word processors allow document creation, web browsers access the internet, games provide entertainment, media players handle audio and video, and gadgets offer small tools. Web apps can be accessed in a browser and include online email, Google Docs, and Facebook. Mobile apps run on mobile devices and
Similar to Mobile application testing tutorial (20)
A Study of Variable-Role-based Feature Enrichment in Neural Models of CodeAftab Hussain
Understanding variable roles in code has been found to be helpful by students
in learning programming -- could variable roles help deep neural models in
performing coding tasks? We do an exploratory study.
- These are slides of the talk given at InteNSE'23: The 1st International Workshop on Interpretability and Robustness in Neural Software Engineering, co-located with the 45th International Conference on Software Engineering, ICSE 2023, Melbourne Australia
Flutter is a popular open source, cross-platform framework developed by Google. In this webinar we'll explore Flutter and its architecture, delve into the Flutter Embedder and Flutter’s Dart language, discover how to leverage Flutter for embedded device development, learn about Automotive Grade Linux (AGL) and its consortium and understand the rationale behind AGL's choice of Flutter for next-gen IVI systems. Don’t miss this opportunity to discover whether Flutter is right for your project.
AI Fusion Buddy Review: Brand New, Groundbreaking Gemini-Powered AI AppGoogle
AI Fusion Buddy Review: Brand New, Groundbreaking Gemini-Powered AI App
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(1) AI Genie Review: https://sumonreview.com/ai-genie-review
(2) SocioWave Review: https://sumonreview.com/sociowave-review
(3) AI Partner & Profit Review: https://sumonreview.com/ai-partner-profit-review
(4) AI Ebook Suite Review: https://sumonreview.com/ai-ebook-suite-review
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Introducing Crescat - Event Management Software for Venues, Festivals and Eve...Crescat
Crescat is industry-trusted event management software, built by event professionals for event professionals. Founded in 2017, we have three key products tailored for the live event industry.
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2. What is Mobile Application Testing
Types of Mobile Application
Mobile Platforms
How to test Mobile Applications
3. Mobile application testing is a process by which application software developed for
handheld mobile devices is tested for its functionality, usability and consistency.
It is similar to software testing but the testing will be performed on a mobile device
instead of performing on a system.
Mobile applications either come pre-installed or can be installed from mobile software
distribution platforms.
4. There are three types of Mobile Application:-
1. Web Applications
2. Native Applications
3. Hybrid Applications
5. Web apps are not real applications; they are actually websites that open in
your smartphone with the help of a web browser.
Benefits:-
1. Easy Access
2. No installation is required, as compared to native or hybrid app
Downside:-
1. Mobile websites cannot use some of the features. For example, access
to the file system and local resources isn’t available in websites.
2. Users won’t have the app’s icon on their home screen as a constant
reminder. The website needs to be opened in a web browser only.
3. While native and hybrid apps appear on the App Store and Google Play,
web apps won’t. So redistribution is not that sensible.
6. ◦ Native apps are developed for a specific mobile platform using particular
programming languages and technologies. IOS apps, for example, are written in
Objective-C and Swift, Android apps in Java or Kotlin. C++ is used for native
Windows and Blackberry apps. Example:- Instagram
◦ This means that a separate version of the app must be developed for each
platform. You can’t reuse any piece of code from another platform version, as it is
written in a completely different programming language. That’s why native app
development is considered to be the most time-consuming and most expensive.
◦ Pros:-
◦ 1. Native mobile apps provide fast performance and a high degree of reliability.
◦ 2. Users can use some apps without an internet connection.(Ex. Video games)
◦ Cons:-
◦ 1. Expensive to develop.
◦ 2. Long development time
7. A hybrid app is a program that is built using HTML 5, CSS and JavaScript and
wrapped in native container. The native container loads maximum information on the
page as soon as the user navigates the application. Example:-LinkedIn
If a native app and a web app got married and had a kid, it would be a hybrid app.
Advantages:-
1. Reusing the code:- the code is written once and deployed across all mobile
platforms.
2. Reducing development time and cost:- the code is written once, which
substantially reduces development time and costs compared to native apps which
require development for iOS and development for Android.
Disadvantage:-
1. Slower performance and transition between pages.
2. Dependency on the browser’s speed.
8.
9. Features Native Apps Hybrid Apps
Cross Platform Support No Yes
Speed Very Fast Good
Security High Low
Graphics Better Graphics Lesser graphics than native
apps
Internet Connection Not required always Required
Integration
The camera, address book,
geolocation, and other
features native to the device
can be seamlessly
integrated into native apps.
Some device features may
be harder to integrate into
hybrid apps.
10. Types of Applications in Mobile:-
1. Pre-installed Applications
2. Installable Applications
1. Pre-installed Applications:-
Applications which are shipped as in built software with the mobile device
No installation/Un-installation involved
Crashes can cause severe damage to ROM.
2 . Installable Applications:-
Can be upgraded
Can be installed/Un-installed from the device
Can be downloaded from App Store or OTA(Over the Air) the URL which leads to
download the application.
11. The following table gives an overview of some of the popular mobile operating
systems available in market:
Operating
System
Developed by Popularity
(Low, Medium,
High)
Latest available
version
Android Google Inc High 9 (Pie)
IOS Apple Inc High 11.4
Blackberry Blackberry ltd Low Blackberry 10.3.3
Windows Microsoft Inc Medium Windows 10
Symbian Symbian
foundation
Low Discontinued
12. Based on some generic survey, the usage of different operating systems in the
market can be depicted as shown below.
13. 1. Device Choice :- With Android we have much greater choice of handsets for
consumers in terms of device and screen size, price and colour.
2. The home screen on iOS is not as customizable as the one on
Android:-
2.1 On my iPhone, the only things I can change about the home screen are:
2.1.1 Choosing a different image for the wallpaper
2.1.2 Changing the order of the app icons
2.1.3 Creating folders in which I can place multiple app icons
2.2 That is not much compared to what you can do in Android. These are the features
I miss most:
I cannot move app icons around and place them anywhere I want on the home
screen
I cannot use widgets. The only place where you can have widgets in iOS is
the Notifications Screen.
14. 3. Design:-
IPhone does not have back button.
The title in Android applications is normally placed at the top left of the screen,
whereas iOS app's title will be centered.
Android uses a drawer menu as a navigation pattern, whereas iOS' pattern is a tab
bar.
4. Media files cannot be transferred to a Windows PC, as easily, when
using an iPhone:-
If you are a Mac user, transferring your files is not an issue. However, if you are a
Windows PC user, moving media files on and from an iPhone can be daunting at
first. With an Android device, all you have to do is plug it into a USB port on your
Windows computer. Things are different with iPhones. If you want to transfer music or
video files, you must download and install iTunes and use this app instead of File
Explorer. Also, when I wanted to copy some photos from my iPhone to my Windows
10 PC, I had to search for a way to do it. So far, the best method I found for doing
that is to use the Microsoft Photos app to import pictures from the iPhone.
15. Take a look at the following table. It differentiates tablets, e-book readers, and
smartphones based on their characteristics.
Device Tablets E-book
Readers
Smart Phones
What it is Tablets are portable
computer devices.
Unlike traditional
computers, they don’t
have keyboards or
mouse, however the
entire screen is touch
sensitive.
E-book readers—also
called e-readers—are
similar to tablet
computers, except
they are mainly
designed for reading e-
books (digital,
downloadable books).
A smartphone is a
powerful mobile phone
that is designed to run
a variety of
applications in addition
to providing phone
service.
Used for Almost all the jobs
which we can do with
traditional computers
or desktops.
Reading e-books Web browsing,
watching videos,
reading e-books, and
playing games
Example Samsung Tablets Amazon Kindle,
Barnes & Noble Nook.
Sony smartphones,
Samsung
smartphones, Apple
iPhone.
16.
17. Functional Testing:-
Functional testing ensures that the application is working as per the
requirements.
Memory Leakage Testing:-
A memory leakage is the type of resource leak that occurs when a computer
program incorrectly manages memory allocations in such a way that memory
which is no longer needed is not released. A memory leak reduces the
performance of the computer by reducing the amount of available memory.
18. Memory Leakage Example:-
When a button is pressed:
Get some memory, which will be used to remember the floor number Put the floor
number into the memory
Are we already on the target floor?
If so, we have nothing to do: finished
Otherwise:
Wait until the lift is idle
Go to the required floor
Release the memory we used to remember the floor number
The memory leak would occur if the floor number requested is the same floor that the
elevator is on; the condition for releasing the memory would be skipped. Each time this
case occurs, more memory is leaked.
The memory leak lasts until the system is reset. For example: if the elevator's power were
turned off or in a power outage, the program would stop running. When power was turned
on again, the program would restart and all the memory would be available again, but the
slow process of memory leak would restart together with the program
19. The leak in the above example can be corrected by bringing the 'release'
operation outside of the conditional:
When a button is pressed:
Get some memory, which will be used to remember the floor number
Put the floor number into the memory
Are we already on the target floor?
If not:
Wait until the lift is idle
Go to the required floor
Release the memory we used to remember the floor number
20. Updates Testing:-
People frequently complain about applications not working satisfactorily after an
update. So it is very important that under the update testing, we qualify that the App
will work as it was working previously.
Interrupt Testing:-
An application, while functioning, may face several interruptions like incoming calls or
network coverage outage and recovery. This can again be distinguished for:
Incoming and Outgoing SMS and MMS
Incoming and Outgoing calls
Battery Removal
Cable Insertion and Removal for data transfer
21. Power Consumption Testing:-
While we focus on power consumption testing, we are required to measure the state
of the battery at each activity level. It will give us a better understanding of power
consumption by an individual application. Power Consumption test can be done
manually; also there are some free tools available in the market such as Trepan
Profiler, Power Tutor, and Nokia Energy Profiler. These are applications which can
display the real-time power consumption on a smartphone or tablet.
Example:- Keep the mobile app in ideal condition; verify that there is no power
consumption when there is no activity happening for the app.
Security Testing:-
In this type of testing, we verify that mobile app must be secure. Example:-
Applications should encrypt user name and passwords when authenticating the user
over a network.
Verify that the application does not get operated with same user credentials on
two different mobile devices.
Verify that a session automatically gets expired if it remains inactive for more
than
22. Screen Orientation/resolution:-
There are different screen sizes for mobile applications so it is difficult to test an
application against resolution. Standard screen resolutions are given below:-
640 × 480
800 × 600
1024 × 768
1280 × 800
1366 × 768
1400 × 900
1680 × 1050
23. Available Tools:-
There are quite a few tools available in the market to make mobile UI testing
smoother and simpler. For example:
Google chrome extension
Screen fly
Browser Stack
Here we will talk about only google chrome:-
Step 1: Open the website under testing in “Google Chrome Web browser”.
Step 2: Press F12. It will open the Developer tool window, as shown in the following
screenshot
24.
25. Step 3: Click the mobile device like icon. Refer the following screenshot.
Note:- Just open the site and press Ctrl+Shift+M to see the mobile view.
26. Step 4: Select the mobile device with which you want to test the website. You can
choose the different available devices in order to do the UI verification.
27.
28. Suppose we are developing an application for flight ticket booking system. Once the
product is entirely developed, as a part of mobile testing, we need to check if the
application is working as expected with all the majorly used devices like Android phones,
iOS, Blackberry phones, and other different types of tablets and iPads.
It would be difficult for us to purchase such a large number of mobile devices and carry out
testing. So is there any smart alternate available?
The solution to this problem is to use Mobile Simulators and Mobile Emulators.
A simulator/emulator cannot mimic the following features:
1. Mobile Device Battery
2. Mobile Device’s camera
3. Difficult to mimic interruption like incoming calls and SMS.
The Android Emulator tests both the hardware and the software whereas the Android
Simulator tests only the software. It means you can test the associated parts of the
product as well by using an Emulator. But it is not possible with a simulator.