Best practices for mobile app testing neobricNeobric
Building a great app requires to check off against some key points across design, test, security and performance. Here's a quick reckoner for the quality side of mobile app development.
Localization testing ensures software behaves according to local culture and settings. It checks user interfaces, content, and documentation are designed for the target country or region. Localization testing verifies typographical errors, cultural appropriateness, and linguistic errors by having multiple testers repeat functions. Automating localization testing can reduce costs and time needed for testing, but requires domain expertise and handling changes across all languages remains challenging.
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.
This document summarizes a student project to design an intelligent personal assistant (IPA) that responds to voice commands. The IPA will perform tasks on a computer like setting alarms, opening apps, conducting web searches through voice recognition. It will answer questions from its own knowledge or the web. The project will use technologies like Google APIs, machine learning, and Python frameworks. Its goals are to simplify computer use through voice and help disabled users access technology.
This document summarizes a student project to design an intelligent personal assistant (IPA) that accepts voice commands. The IPA will perform tasks on a computer like setting alarms, opening apps, and answering questions using voice recognition and artificial intelligence. It will access information from the web to respond. The project will use technologies like Google APIs, machine learning languages, and Django framework. Its goals are to simplify computer use through voice and help disabled users.
This document provides a checklist for testing mobile applications. It includes checks for device-specific functionality, network connectivity, app-specific tests, user interface tests, and store-specific checks. The checklist is meant to test generic app characteristics and provides over 100 individual checks across various categories to ensure proper functionality and behavior in different contexts.
The document introduces the Mobello mobile web app framework. It provides an overview of Mobello, describing it as a JavaScript framework for building richly interactive mobile web apps. It outlines key Mobello concepts like scene controllers, navigators, components for UI elements, theming capabilities, and the Mobello Studio IDE. The document also compares declarative vs programmatic approaches and shows code examples for key framework aspects like scenes, navigation, animation, and component creation.
The aim of this talk was to make people aware of the scale of the mobile challenge, the various problem areas and some ideas to help avoid/ overcome them
Best practices for mobile app testing neobricNeobric
Building a great app requires to check off against some key points across design, test, security and performance. Here's a quick reckoner for the quality side of mobile app development.
Localization testing ensures software behaves according to local culture and settings. It checks user interfaces, content, and documentation are designed for the target country or region. Localization testing verifies typographical errors, cultural appropriateness, and linguistic errors by having multiple testers repeat functions. Automating localization testing can reduce costs and time needed for testing, but requires domain expertise and handling changes across all languages remains challenging.
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.
This document summarizes a student project to design an intelligent personal assistant (IPA) that responds to voice commands. The IPA will perform tasks on a computer like setting alarms, opening apps, conducting web searches through voice recognition. It will answer questions from its own knowledge or the web. The project will use technologies like Google APIs, machine learning, and Python frameworks. Its goals are to simplify computer use through voice and help disabled users access technology.
This document summarizes a student project to design an intelligent personal assistant (IPA) that accepts voice commands. The IPA will perform tasks on a computer like setting alarms, opening apps, and answering questions using voice recognition and artificial intelligence. It will access information from the web to respond. The project will use technologies like Google APIs, machine learning languages, and Django framework. Its goals are to simplify computer use through voice and help disabled users.
This document provides a checklist for testing mobile applications. It includes checks for device-specific functionality, network connectivity, app-specific tests, user interface tests, and store-specific checks. The checklist is meant to test generic app characteristics and provides over 100 individual checks across various categories to ensure proper functionality and behavior in different contexts.
The document introduces the Mobello mobile web app framework. It provides an overview of Mobello, describing it as a JavaScript framework for building richly interactive mobile web apps. It outlines key Mobello concepts like scene controllers, navigators, components for UI elements, theming capabilities, and the Mobello Studio IDE. The document also compares declarative vs programmatic approaches and shows code examples for key framework aspects like scenes, navigation, animation, and component creation.
The aim of this talk was to make people aware of the scale of the mobile challenge, the various problem areas and some ideas to help avoid/ overcome them
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/
7 mobile app usability testing best practices by UserTestingUserTesting
You should test throughout the development process. That way you can catch problems early, when they are easier to fix. The general rule is: Test early, test often. If you’re doing Agile development, you should conduct user testing every week or two, to validate the work you’ve just done and guide what you do next. We’ve heard heartbreaking stories from companies that left mobile testing until the end of development. They found significant problems, but launched anyway because it was too late to make major changes. A good approach is to test at each stage in the development process.
Does the idea of releasing your next app or mobile website make you queasy? Test away your fears! Download our eBooks to explore fast, easy ways to improve mobile websites and apps at every stage of development: http://info.usertesting.com/Mobile-Usability-Testing-Strategy-eBook.html
This document provides best practices for embedded firmware design to make the development process less painful. It recommends using C instead of C++ for firmware programming due to its portability, speed, and clear behavior. State machines should be used everywhere to manage complexity, avoid rare bugs, and make code more testable and reusable. A modular design separates behavior from hardware to enable faster desktop debugging. A hardware abstraction layer isolates hardware interfaces from behavior for portability. On-device debugging should only be used as a last resort due to its slowness compared to desktop debugging.
The document discusses test case design and components. It defines a test case as a set of test inputs, execution conditions and expected results to exercise a program path or verify a requirement. Test cases have three main components - inputs, outputs and execution order. The document also discusses advantages of effective test cases such as higher probability of detecting defects and delivering higher quality software. It describes black box and white box testing approaches and provides tips for writing good test cases and prioritizing test cases.
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.
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.
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.
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.
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.
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.
As organizations implement their mobile strategy, testing teams must support new technologies—while still maintaining existing systems. Melissa Tondi describes the major trends and innovations in mobile technology, usage patterns, tools, and test equipment that you should consider when transitioning existing test teams or starting new ones. Based on more than two years of research with a lab-based consultant team, Melissa focuses on areas that balance efficiency and productivity, including use of a Device Matrix technique to select devices to test against and when to use emulators and simulators rather than physical devices. She offers solutions to ensure you have a comprehensive mobile test strategy and focuses on challenges—including understanding mobile-specific integration testing and which automation tools to use—that have inundated traditional test teams. Melissa describes how to build a well-organized device lab and incorporate testing scenarios—such as gesture and interruption testing—that are unique to mobile.
The candidate has over 4 years of experience in software quality assurance, specializing in mobile application testing. They have experience testing both iOS and Android applications, writing automated test scripts using tools like Appium and Selenium. The candidate has worked as a QA tester for companies like Intuit and IHeartRadio, where they performed tasks like requirements analysis, test case design, defect logging, and participating in agile processes. They have expertise in both manual and automated testing, and have experience working with defect tracking and test management tools such as Jira and TestLink.
Best Practices for Localization Testing ServicesPuran Mehra
By following these best practices, you can improve the quality and usability of localized software, ensuring that it meets the expectations and requirements of users across different languages and regions.
https://www.crestechsoftware.com/services/non-functional-quality-assurance/globalization-testing/
2015 Mastering SAP Tech - Enterprise Mobility - Testing Lessons LearnedEneko Jon Bilbao
Lessons learned from a large enterprise mobility roll-out project for an Asset Management and maintenance workforce. Managing User expectations, testing tools, gotcha areas and what we did about them. Presentation from Mastering SAP Technology conference 2015.
App Testing Tools and Frameworks A Comparative Analysis.pdflubnayasminsebl
Welcome To
App Testing Tools and Frameworks: A Comparative Analysis
Because they provide convenience, enjoyment, and utility, mobile applications have become an essential part of our daily lives. The rivalry among developers is intense as the demand for these apps keeps growing. Delivering a top-notch, bug-free mobile application is essential for standing out in the crowded app market. Mobile app testing becomes crucial in this situation.
App testing involves assessing a mobile app to make sure it works as intended, satisfies user expectations, and syncs up with App Testing different devices and operating systems. An effective testing method can find problems and fix them, improving user satisfaction, raising ratings, and eventually increasing the likelihood of success in the app market. This in-depth introduction to mobile app testing will cover the significance of.
Content
• Applications for Mobile Devices
• How can a mobile app be tested?
• Mobile App Functional Testing Checklist
• Mobile App Usability Testing Checklist
• Mobile App Performance Testing Checklist
• Mobile App Security Testing Checklist
Applications for Mobile Devices
Let's first grasp the different types of applications before delving into the technicalities of mobile app testing. The three categories of mobile applications SEO Expate Bangladesh Ltd are as follows: Mobile Application Types Testing.
Native apps are created specifically for a given operating system, as their name suggests. These programs do not support other operating systems; for example, apps made for Android OS will only run on Android OS-compatible devices; they will not run on iOS or Windows OS-compatible devices. These programs must first be loaded on the devices utilizing the online stores made accessible for the respective operating systems; for example, users can use the "Play Store" to download Android apps. Developers create these apps using native device APIs and UI, providing a positive user experience.
How can a mobile app be tested?
Mobile application testing is quite similar to other software testing in that a test strategy must be created prior to beginning the actual testing of the application.Among many other things, the test plan should include the scope of the testing, testing strategies or approaches for each type of testing, hardware and environment requirements, and a list of automation tools (if any). The testing team must also develop thorough test cases and scenarios with test data. Additionally, since not every scenario can be tested using automation technologies, the testing team must decide whether to use automated testing. The group must decide which test cases or locations will use automation technologies.
Mobile App Functional Testing Checklist
• Functional testing for mobile apps involves evaluating the features or functionalities of the created application.
• Check the fields' validations. Mandatory checks, character checks, length checks, and error warnings are all exam
The document discusses best practices and challenges for mobile application testing. It covers differences between mobile and traditional web testing such as integration, interruption, and gesture testing. Challenges include the variety of devices, simulating real life scenarios, usability, automation, and performance testing. Guidelines provided include determining a test matrix based on factors like market share and risk, setting up a mobile lab with different devices, and choosing automated or manual testing methods.
This document discusses mobile testing trends, challenges, and innovations. It covers the proliferation of devices, accelerated release cycles, and increased workload for test teams as trends. Unique challenges include understanding mobile strategies, transitioning traditional test teams to support mobile, and supporting more testing permutations efficiently. Innovations discussed include using emulators and simulators in testing labs and when each is appropriate. The document also provides an overview of different types of mobile technologies, solutions, configurations, and testing like connectivity, gestures, interruptions, and more.
A Developer's Guide to Mobile App TestingTestgrid.io
In today's fast-paced digital landscape, quality assurance is paramount for mobile app success. This comprehensive guide delves deep into the nuances of mobile app testing, providing practical strategies for overcoming common challenges and ensuring flawless user experiences. From performance optimization to compatibility testing, this book equips you with the knowledge and tools needed to conquer the complexities of modern app development
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/
7 mobile app usability testing best practices by UserTestingUserTesting
You should test throughout the development process. That way you can catch problems early, when they are easier to fix. The general rule is: Test early, test often. If you’re doing Agile development, you should conduct user testing every week or two, to validate the work you’ve just done and guide what you do next. We’ve heard heartbreaking stories from companies that left mobile testing until the end of development. They found significant problems, but launched anyway because it was too late to make major changes. A good approach is to test at each stage in the development process.
Does the idea of releasing your next app or mobile website make you queasy? Test away your fears! Download our eBooks to explore fast, easy ways to improve mobile websites and apps at every stage of development: http://info.usertesting.com/Mobile-Usability-Testing-Strategy-eBook.html
This document provides best practices for embedded firmware design to make the development process less painful. It recommends using C instead of C++ for firmware programming due to its portability, speed, and clear behavior. State machines should be used everywhere to manage complexity, avoid rare bugs, and make code more testable and reusable. A modular design separates behavior from hardware to enable faster desktop debugging. A hardware abstraction layer isolates hardware interfaces from behavior for portability. On-device debugging should only be used as a last resort due to its slowness compared to desktop debugging.
The document discusses test case design and components. It defines a test case as a set of test inputs, execution conditions and expected results to exercise a program path or verify a requirement. Test cases have three main components - inputs, outputs and execution order. The document also discusses advantages of effective test cases such as higher probability of detecting defects and delivering higher quality software. It describes black box and white box testing approaches and provides tips for writing good test cases and prioritizing test cases.
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.
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.
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.
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.
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.
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.
As organizations implement their mobile strategy, testing teams must support new technologies—while still maintaining existing systems. Melissa Tondi describes the major trends and innovations in mobile technology, usage patterns, tools, and test equipment that you should consider when transitioning existing test teams or starting new ones. Based on more than two years of research with a lab-based consultant team, Melissa focuses on areas that balance efficiency and productivity, including use of a Device Matrix technique to select devices to test against and when to use emulators and simulators rather than physical devices. She offers solutions to ensure you have a comprehensive mobile test strategy and focuses on challenges—including understanding mobile-specific integration testing and which automation tools to use—that have inundated traditional test teams. Melissa describes how to build a well-organized device lab and incorporate testing scenarios—such as gesture and interruption testing—that are unique to mobile.
The candidate has over 4 years of experience in software quality assurance, specializing in mobile application testing. They have experience testing both iOS and Android applications, writing automated test scripts using tools like Appium and Selenium. The candidate has worked as a QA tester for companies like Intuit and IHeartRadio, where they performed tasks like requirements analysis, test case design, defect logging, and participating in agile processes. They have expertise in both manual and automated testing, and have experience working with defect tracking and test management tools such as Jira and TestLink.
Best Practices for Localization Testing ServicesPuran Mehra
By following these best practices, you can improve the quality and usability of localized software, ensuring that it meets the expectations and requirements of users across different languages and regions.
https://www.crestechsoftware.com/services/non-functional-quality-assurance/globalization-testing/
2015 Mastering SAP Tech - Enterprise Mobility - Testing Lessons LearnedEneko Jon Bilbao
Lessons learned from a large enterprise mobility roll-out project for an Asset Management and maintenance workforce. Managing User expectations, testing tools, gotcha areas and what we did about them. Presentation from Mastering SAP Technology conference 2015.
App Testing Tools and Frameworks A Comparative Analysis.pdflubnayasminsebl
Welcome To
App Testing Tools and Frameworks: A Comparative Analysis
Because they provide convenience, enjoyment, and utility, mobile applications have become an essential part of our daily lives. The rivalry among developers is intense as the demand for these apps keeps growing. Delivering a top-notch, bug-free mobile application is essential for standing out in the crowded app market. Mobile app testing becomes crucial in this situation.
App testing involves assessing a mobile app to make sure it works as intended, satisfies user expectations, and syncs up with App Testing different devices and operating systems. An effective testing method can find problems and fix them, improving user satisfaction, raising ratings, and eventually increasing the likelihood of success in the app market. This in-depth introduction to mobile app testing will cover the significance of.
Content
• Applications for Mobile Devices
• How can a mobile app be tested?
• Mobile App Functional Testing Checklist
• Mobile App Usability Testing Checklist
• Mobile App Performance Testing Checklist
• Mobile App Security Testing Checklist
Applications for Mobile Devices
Let's first grasp the different types of applications before delving into the technicalities of mobile app testing. The three categories of mobile applications SEO Expate Bangladesh Ltd are as follows: Mobile Application Types Testing.
Native apps are created specifically for a given operating system, as their name suggests. These programs do not support other operating systems; for example, apps made for Android OS will only run on Android OS-compatible devices; they will not run on iOS or Windows OS-compatible devices. These programs must first be loaded on the devices utilizing the online stores made accessible for the respective operating systems; for example, users can use the "Play Store" to download Android apps. Developers create these apps using native device APIs and UI, providing a positive user experience.
How can a mobile app be tested?
Mobile application testing is quite similar to other software testing in that a test strategy must be created prior to beginning the actual testing of the application.Among many other things, the test plan should include the scope of the testing, testing strategies or approaches for each type of testing, hardware and environment requirements, and a list of automation tools (if any). The testing team must also develop thorough test cases and scenarios with test data. Additionally, since not every scenario can be tested using automation technologies, the testing team must decide whether to use automated testing. The group must decide which test cases or locations will use automation technologies.
Mobile App Functional Testing Checklist
• Functional testing for mobile apps involves evaluating the features or functionalities of the created application.
• Check the fields' validations. Mandatory checks, character checks, length checks, and error warnings are all exam
The document discusses best practices and challenges for mobile application testing. It covers differences between mobile and traditional web testing such as integration, interruption, and gesture testing. Challenges include the variety of devices, simulating real life scenarios, usability, automation, and performance testing. Guidelines provided include determining a test matrix based on factors like market share and risk, setting up a mobile lab with different devices, and choosing automated or manual testing methods.
This document discusses mobile testing trends, challenges, and innovations. It covers the proliferation of devices, accelerated release cycles, and increased workload for test teams as trends. Unique challenges include understanding mobile strategies, transitioning traditional test teams to support mobile, and supporting more testing permutations efficiently. Innovations discussed include using emulators and simulators in testing labs and when each is appropriate. The document also provides an overview of different types of mobile technologies, solutions, configurations, and testing like connectivity, gestures, interruptions, and more.
A Developer's Guide to Mobile App TestingTestgrid.io
In today's fast-paced digital landscape, quality assurance is paramount for mobile app success. This comprehensive guide delves deep into the nuances of mobile app testing, providing practical strategies for overcoming common challenges and ensuring flawless user experiences. From performance optimization to compatibility testing, this book equips you with the knowledge and tools needed to conquer the complexities of modern app development
Samyuktha Javangula is seeking a challenging position as a software tester where she can apply her 4+ years of experience testing web, standalone, and mobile applications. She has expertise in manual testing, test planning, test case development, defect reporting, and working in Agile methodologies. She is proficient in testing functionality, security, and performance on both Android and iOS mobile platforms.
If mobile apps are part of your business, having real-time insight on app performance, crashes, usage and transactions is critical. Data derived directly from mobile app usage—called “mobile data”—can help you deliver better performing apps and increase application visibility. With the massive increase in smartphone and mobile app usage, your app’s performance is more important than ever. Learn how to gain Operational Intelligence from your mobile apps with Splunk MINT.
If mobile apps are part of your business, having real-time insight on app performance, crashes, usage and transactions is critical. Data derived directly from mobile app usage—called “mobile data”—can help you deliver better performing apps and increase application visibility. With the massive increase in smartphone and mobile app usage, your app’s performance is more important than ever. Learn how to gain Operational Intelligence from your mobile apps with Splunk MINT.
If mobile apps are part of your business, having real-time insight on app performance, crashes, usage and transactions is critical. Data derived directly from mobile app usage—called “mobile data”—can help you deliver better performing apps and increase application visibility. With the massive increase in smartphone and mobile app usage, your app’s performance is more important than ever. Learn how to gain Operational Intelligence from your mobile apps with Splunk MINT.
If mobile apps are part of your business, having real-time insight on app performance, crashes, usage and transactions is critical. Data derived directly from mobile app usage—called “mobile data”—can help you deliver better performing apps and increase application visibility. With the massive increase in smartphone and mobile app usage, your app’s performance is more important than ever. Learn how to gain Operational Intelligence from your mobile apps with Splunk MINT.
Native App Development Services by Suma Softjamesava5
Suma Soft empowers businesses with cutting-edge native app development services. We leverage our expertise in platform-specific technologies to build high-performance, feature-rich apps that deliver an unparalleled user experience.
Learnings from Mobile Application TestingThoughtworks
This document provides an overview of mobile app testing challenges and best practices. It discusses the different types of mobile apps (native, mobile web, and hybrid), as well as challenges related to the large number of devices and OS versions, simulating real-life scenarios, usability, and development practices. Automation testing tools are presented, along with the importance of selecting representative devices for testing, simulating real-life scenarios, monitoring device logs, and using automation selectively on devices and simulators. The document concludes by offering ThoughtWorks' mobile app testing services.
Samyuktha Javangula is seeking a challenging position as a software tester where she can apply her 4+ years of experience testing web, standalone, and mobile applications. She has experience testing on multiple devices and platforms including Android, iOS, and desktop. She is proficient in functionality, black box, system, and regression testing and has experience developing test plans, cases, and automation. She has worked extensively with tools like JIRA, TestLink, and Bugzilla.
Urvashi Shrivastava is a software engineer with over 7 years of experience in software quality engineering and test automation. She currently works at eBay as a Software Engineer, Quality. She has a Master's in Software Engineering from San Jose State University and experience working with languages like Java, JavaScript, and technologies including Selenium, Appium, JMeter, and more. She has worked on test automation, security testing, performance testing, and Agile development practices.
Neil Perlin - We're Going Mobile! Great! Are We Ready?LavaConConference
In this session attendees will learn:
Technical options for going mobile, including responsive design, converting traditional online help to an app, and creating a “true” app using RMAD (Rapid Mobile App Development) tools. The pros and cons of each approach and some of the tools available for creating each option.
Anticipated changes in content creation practices and workflows including the elimination of local formatting, adoption of a “mobile first” philosophy, rethinking the role of tables, and more.
How company issues like terminology standardization, strategic benefit, politics, and the development of metrics and standards can help or hinder a move to mobile.
Enroll for Android Certification in Mumbai at Asterix Solution to develop your career in Android. Make your own android app after android development training in mumbai provides under guidance of expert Trainers. For more details, visit : http://www.asterixsolution.com/android-development-training.html
2. Functional Testing
• Test the installation, login, search and other
common features
• Write test cases
• Do exploratory testing
• Execute test cases
• Do some automation
3. Security Testing
• Manual Penetration
– Cross-Site Scripting, SQL Injection, Denial of Service, Buffer Overflow, And
others
• Static Security Testing
– Confidentiality: app keeps your private data private?
– Integrity: data from your app is trusted and verified?
– Authentication: app verifies who you are in any way?
– Authorization: app properly limit user privileges?
– Availability: can any attacker take your app offline?
– Non-Repudiation: any logs of events?
• Dynamic Security Testing
– Search your active code for XSS, SQL and other common attacks
– Cross-Site Scripting, SQL Injection, Denial of Service, Buffer Overflow
– Inspect directories, leftover source code and resource files to find hidden
username/passwords, SQL strings, ODBC connectors and other sensitive
information.
4. Load & Performance Testing
• Ensure that your mobile application is prepared for
peak usage periods with a prepared load &
performance services.
• Live Load: talk to your employees to test the
application on theirs/company phones first
• Simulated Load: use simulated load testing tools to
create thousands of real browser sessions (in case of a
web app) to provide you with a complete snapshot of
your web application’s performance
• Hybrid Load: combine both testers with automated
tools.
5. Localization Testing
• Verification of context and accuracy for the localized
mobile application
• Validate translation twice with contracted translators
• Full L10N Testing:
– Content: static & dynamic
– Dates: December 1 or 1 December
– Characters: different sets of characters (French, Dutch,
Romanian, Japanese, Mandarin, etc)
– Postal Codes: only digits, or digits + letters
– Phone numbers: different formats
– Direction: rtl for exemple
6. Usability Testing
• Test the usability of your mobile application
• Is one – if not the —most vital task for a startup planning to launch a mobile
application
• Usability ideas to get started:
– Page Layout: Ask your users to evaluate the overall effectiveness of the page layout. Are they
instinctively drawn to your application’s main features, or are they directed elsewhere? Also,
are they required to scan/scroll for any important features? In short, the layout might seem
intuitive to you, but that’s probably because you designed it! Therefore, a fresh set of eyes is a
must.
– Color Schemes: This can include an evaluation of the use of colors in the background, text,
links, icons, buttons and other aspects of your mobile app.
– Findability: When conducting your user tests, give them a set of 4-5 items to find. This can
include Help, About, Instructions, Search or others. This will help you determine your
application’s level of accessibility. Remember, mobile users have far less patience than web
users, so these items need to be placed in the best spot possible. Find out where that is.
– Localization: If your application is going to be translated into other languages (or made
available in non-English speaking markets), you’ll want to make sure that your app is
consistent in terms of text, messages and symbols (e.g. dollar signs).