Testing installable mobile apps analogues

- Violation of app store policies or guidelines related to content, privacy, security, etc. - Crashes, bugs or stability issues identified during review. - Poor user experience such as confusing or cluttered UI, lack of functionality. - Submission errors like missing information, screenshots or metadata. - Monetization issues including inappropriate in-app purchases or subscriptions.

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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.

Building a useful set of devices for testing apps requires significant knowledge of the Android ecosystem. Once assembled, the device matrix provides broad, efficient coverage with minimal investment.

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Learn how a web tester can move to mobile application testing. Softheme's presentation for SQA Days 2012

YouTube Link: https://youtu.be/aCBQm5yLc9w ** Appium Certification Training: https://www.edureka.co/appium-training-mobile-automation-testing ** This edureka "Top 10 Mobile Application Testing Tools" PPT you will learn about the best testing tools being used in the mobile application industry. This PPT discusses tools that work on android, iOS or both. Follow us to never miss an update in the future. YouTube: https://www.youtube.com/user/edurekaIN Instagram: https://www.instagram.com/edureka_learning/ Facebook: https://www.facebook.com/edurekaIN/ Twitter: https://twitter.com/edurekain LinkedIn: https://www.linkedin.com/company/edureka Castbox: https://castbox.fm/networks/505?country=in

This document provides an overview of mobile testing. It discusses types of mobile apps and operating systems, factors to consider when choosing a platform, different types of mobile testing including installation, functional, localization, usability, and more. It also outlines various tools that can be used for mobile testing on both iOS and Android platforms such as Xcode, Android Studio, Genymotion, and others. Guidelines for both iOS and Android are also referenced.

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.

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

Device Fragmentation is a Big Challenge Devices Vary in Screen Size, Memory, Processing Power, Hardware Features etc. Apple iPhone is Least Fragmented among All Mobile Platforms Testing on All Target Handset/Devices Almost Impractical if Number of Target Handsets is Large Testing on All Target Operator Networks Almost Impractical if Number of Target Operators is Large Network Operator may Impose Certain Constraints

Ever wonder why some mobile applications loved by millions ? Ever wonder why few mobile applications stand on top of the list of million apps ? Its the quality and usability of the product that drives them to the top of the -already-crowded- marketplace. do they stand on top just because the makers do app store marketing and SEO ? or Its just the genre of the application that is need of the hour ? How can you deliver an application that is useful and also usable ? How can you deliver an application that won't crash on most of the phones and run flawlessly ? How can you provide the maximum test coverage of your mobile app, that is practically impossible to achieve ? Do I have to perform expensive usability testing ? do I have to buy mobile clouds ? do I have to perform emulator testing along with real device testing ? Why should I have a social media channel that engage real users ? Why should I crowd source my mobile application testing ? upto what extend I can crowd source ? how much lab testing is sufficient and upto what % of defects can be captured using lab testing ? do I have to consider the power consumed by my mobile app ? what level of mobile application testing automation I shall be able to perform ? what are all the tools I shall be using ? This webinar will try to address most of the questions. Mobile testing OS / Market Coverage / Challenges in Mobile testing World Available Testing techniques (Lab testing, Beta user testing (Internal and external) , Usability testing, Field testing, Functional Automation testing) Emulator testing Vs Real device testing Practical Usability testing Mobile Testing Functional Automation (Open Source Tools) Is it possible to provide 100% coverage in Mobile testing ? Who should attend: Mobile Application testers, Mobile Handheld testers, Mobile Usability testers, Product Managers, Test and Tech Leads

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.

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,

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.

The document proposes using the open source tool JMeter to perform mobile performance testing in a low-cost manner. It describes capturing the HTTP traffic between a mobile app and server by routing all requests from a real device through a proxy server with JMeter installed. This allows generating test scripts that closely mimic real-world usage without requiring expensive tools or emulators. The approach is device and application independent, producing accurate results without network latency issues encountered through other tools.

Lviv Quality Assurance Day 2018 ДІАНА ПІНЧУК «Testing installable mobile apps analogues: Android Instant Apps, Progressive Web Apps & Accelerated Mobile Pages» Телеграм канал: wwww.t.me/goqameetup Фейсбук сторінці: www.fb.com/goqaevent Сайт: www.qaday.org

The document provides an overview of progressive web apps (PWAs). It discusses the history and idea behind PWAs, defining them as websites that are built using common web technologies but adopt features that make them feel like native mobile applications. The key pillars that transform websites into PWAs are listed as being reliable, fast, engaging, and integrated. Core building blocks like service workers and web app manifests are explained. Example case studies are given that demonstrate performance improvements from adopting PWAs. Limitations are also outlined.

Presented at Web Directions Code, Melbourne If you have a website—particularly one that generates revenue for your organization—you need a Progressive Web App. So where do you begin? How do you decide which features of a Progressive Web App make sense for your users? What tools can make the process easier (or harder)? In this practical session, Jason will guide you through the key design decisions you’ll need to make about your Progressive Web App and how those decisions impact the scope of your project. He'll also teach you how to avoid common pitfalls and help you take full advantage of Progressive Web App technology.

Presentación para el Google Developer Group DevFest 2016 de Granada sobre "Progressive Web Apps" y todo lo relacionado con ellas

Keynote covering what Progressive Web Apps mean to the market and what issues of native apps they need to fix.

Android Instant Apps allow users to experience apps without installing them by only loading the portions of the app needed for the current task. They increase adoption rates and remove friction for users. Some key benefits are reducing app size for distribution, dealing with poor network connectivity, and expanding apps to budget devices with new business models like for online retailers. However, development requires refactoring code into modules, addressing technical debt, and ensuring the user experience is consistent between instant and installed apps while following best practices and permissions for instant apps. Testing is also more challenging with fragmentation, network conditions, app links, and user flows between apps and installation.

Progressive web apps have been around for some years now, but adoption rate appears to be slow. In this talk Nichola will review the baseline and enhanced PWA criteria to explore why this might be. In addition we’ll also cover what’s new, benefits experienced by early adopters, tracking tips, how to get into the Play Store; as well as some of the current downsides and security considerations.

Progressive Web Apps (PWAs) are websites that utilize modern web capabilities to deliver native app-like experiences to users. PWAs are built using common web technologies including HTTPS, service workers, and web app manifests. Service workers allow PWAs to work offline by caching app assets and responding to fetch events. When installed on a user's homescreen, PWAs can load quickly and feel like native applications while retaining the benefits of the web such as being discoverable, installable, and updatable.

Progressive Web Applications are a new way to think about using the web to provide great user experiences using the best web platform features. The education market has many opportunities to benefit their communities using PWAs to deliver information and application experiences across all devices and platforms.

The document summarizes new trends on the web platform that are making the mobile web experience more like native apps. It discusses how progressive web apps (PWAs) can offer reliable, fast and engaging experiences through features like service workers, web app manifests, and push notifications. PWAs provide low friction access to content through features like add to home screen and deep linking, while remaining lightweight and not requiring app installation. The document outlines the evolution of the web platform and browser capabilities that now enable high-quality app-like experiences through progressive enhancement using new standards and APIs.

Progressive Web Apps use modern web capabilities to provide an app-like experience to users. They are responsive and work across all device types. PWAs aim to load quickly, even with uncertain network conditions. They also respond smoothly to user interactions without janky or laggy behavior. Features like the web manifest and service workers help make PWAs feel like native apps to users. Implementing strategies such as the PRPL pattern and following performance best practices from RAIL can help optimize PWAs. Case studies on Twitter and Alibaba found business benefits from users adding PWAs to their home screens, including increased engagement.

Let's focus on the Mobile Web and talk about the keys to a building a great mobile experience. From AMP (=Accelerated Mobile Pages) as a starting point up to PWA (=Progressive Web Apps). I will cover the steps through some of the key features we see as core to the modern web experience. As a bonus, we will close with new APIs that expending the web even farther.

Progressive Web Apps aim to provide an app-like user experience through features like push notifications, offline support, and installation prompts while maintaining the key web-based advantages of universality, security, and lack of dependence on app stores. They work across browsers using progressive enhancement and rely on modern web APIs like service workers and the web app manifest to provide app-like functionality, falling back to support core content on all platforms through techniques like polyfilling and graceful degradation. While browser support for some features like service workers is still evolving, Progressive Web Apps aim to make high-quality web apps available to all.

This document provides an overview of Google Workbox, a set of JavaScript libraries and build tools for implementing service workers and progressive web apps (PWAs). It discusses how Workbox can help with caching strategies, avoid errors, and reduce complexity when developing PWAs. The presentation agenda covers why developers should care about PWAs, service workers, and manifest files, and how Workbox can improve performance, resilience, and the PWA experience. It also demonstrates Workbox features like precaching, routing strategies, and using the Workbox CLI and libraries in development.

New internet users are coming online around the world and are facing very different constraints to accessing the internet. In this talk, we'll cover what we've learned from building experiences for new internet users and walk through how you can build great experiences that work well for billions of users around the world. This is a presentation from Google I/O 2017, the video is available at https://www.youtube.com/watch?v=wD3rpdiLMyY Speakers: Tal Oppenheimer, Mariya Moeva, Robert Nyman https://twitter.com/taloppenheimer https://twitter.com/marrrr https://twitter.com/robertnyman

The document discusses progressive web apps (PWAs) and outlines key considerations for creating a PWA. It addresses questions around what a PWA is, how to make a website feel like an app, offline functionality, push notifications, and creating a roadmap. Examples from companies that implemented PWAs successfully are provided. The conclusion recommends developing a progressive roadmap that starts with baseline PWA features and builds out functionality over time based on priorities and initiatives.

This document discusses building a progressive web app for an educational system. It begins by explaining the limitations of native mobile apps and regular web browsing. Progressive web apps aim to provide the rich experience of native apps while avoiding downloads through the use of service workers, responsive design, and app-like interfaces. The document then reviews related work on improving the mobile web experience. It presents the architecture of progressive web apps, including the application shell model and role of service workers. Finally, it proposes a system architecture for a progressive web app for education and concludes that these apps reduce burdens on users compared to native apps or regular web browsing.

Miracle, head of SEO at Erudite discusses the flaws of native apps and how progressive web apps will overcome these issues to improve performance and usability.

AMP — Accelerated Mobile Pages — is no longer an up-and-coming experimental project. It’s now integrated into Google’s regular results and its use has expanded far beyond publishers; it is now being deployed by retailers and others. Whether you’re just getting started with AMP or are looking to get more from your existing AMP efforts, this session explores the latest developments and what you should do to take advantage of them.

Progressive web apps (PWAs) are a new type of application that combines the best of the web and the best of native apps. PWAs use newer web platform features and service workers to deliver app-style experiences to users. Some key benefits of PWAs include providing responsive and reliable experiences that load instantly and feel like regular apps to users, while also being able to reach users on any device via a web URL rather than an app store. PWAs aim to reduce the barriers between the web and native apps.