A test automation framework is a collection of coding guidelines, methods, rules, reports and much more. These approaches give a foundation for mobile automated testing services. Its purpose is to allow a user to develop, implement and report the automation test scripts efficiently and accurately.
The customer is a mobile app development company that wanted to automate testing for a gaming app on iOS and Android. Zado proposed their EOT model to automate 80% of 350 test cases within 10 weeks. Zado chose the Selenium Robotium tool for automation. They then transferred the automated tests to the customer for maintenance while improving quality and reducing costs.
The document outlines Moqod's quality assurance guidelines and processes. It defines a bug, sets the goal of delivering bug-free software, and establishes their quality standard as software functioning as expected by the customer. It details code review, automated testing, manual testing, and the responsibilities of QA engineers in accepting or rejecting work. Testing includes unit tests, regression tests at interim milestones, and final acceptance testing against all use cases.
Today, organizations are rapidly deploying mobile versions of their customer-facing and internal applications. With the prevalence of more agile-based approaches and the challenge of an ever-increasing diversity of devices and OS versions, testers are being asked to accomplish more testing in less time. Rachel Obstler shares how leading enterprises are improving the efficiency of their mobile testing using automation, and how they identify the right processes and tools for the job. Sharing some fascinating statistics from their recent mobile quality survey of more than 69,000 mobile app developers and QA organizations in the top US enterprises, Rachel dives into the challenges identified in the survey and shares five clear ways to improve your testing process: implementing a collaborative agile process, optimizing with a development tool that naturally facilitates testing, using a combination of real and emulated devices—and when to use them, and more.
This document provides an overview of how to deliver winning mobile apps through continuous quality. It discusses establishing a mobile QA plan based on continuous quality lab (CQL) principles, including functional and non-functional testing, regression testing, and pillars of a CQL. It also outlines mobile QA best practices such as building a proper test plan, establishing a continuous integration workflow, and implementing a continuous automation regression model. The key is leveraging a hybrid cloud approach using real devices to ensure high quality, velocity, and market responsiveness for mobile apps.
Presentation about mobile applications testing with Xamarin Technology by Leaware. Presented at App Days 2016 in Munich.
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