Daniel Knott presents on the challenges of mobile test automation. He discusses different platforms like Android and iOS that have different user interfaces, hardware, and software versions that must be tested. He then outlines solutions like using Robotium for Android test automation, KIF for iOS testing, and crowd sourcing testing by doing internal beta releases.
This document discusses UI testing with Xamarin.Forms. It recommends focusing UI tests on verifying UI flow and interactions without looking at system functionality. The document covers test principles, writing tests using AAA pattern, using Behavior Driven Development approach with Gherkin, identifying controls with AutomationId, running tests on App Center Test Cloud, and integrating UI tests with DevOps. Demo code shows writing queries inside and outside Repl(), and sample tests.
Unit testing in Android involves testing individual units or components of an Android application to verify their correctness. This is done during development by the developer. The document discusses what unit testing involves, provides examples of unit tests for a number validator class and interval overlapping detector class, and discusses test doubles, constraints of unit testing in Android, where to unit test in an Android app, and test-driven development.
This document provides an overview of Robotium, an open source test framework for Android. The presentation covers what Robotium is, how to set it up, why it's needed compared to standard Android testing, how to write tests using the Robotium Solo API, tips and tricks, and additional resources. The purpose of Robotium is to simplify Android testing by providing instrumentation of UI components without needing deep knowledge of Android internals or how the app works.
The document discusses various options for testing Oracle ADF applications, including:
1. JDeveloper primarily offers testing of the model layer using JUnit and Ant for automating test runs.
2. Other tools that can be used to test ADF applications at different levels include FitNesse, StrutsTestCase, ServletUnit, XMLUnit, Cactus, HttpUnit, HtmlUnit, and Selenium IDE.
3. Demos are planned to show testing model components with JUnit, running JUnit tests with Ant, and performing end-to-end testing with tools like HttpUnit and Cactus.
The document provides an overview of testing on Android. It discusses test driven development (TDD) and behavior driven development (BDD). It describes the built-in Android testing framework, which is based on JUnit 3 and supports unit, functional, and activity tests. It outlines various test case types like ActivityInstrumentationTestCase2 that can be used to test Activities. It also documents utilities for writing tests, such as TouchUtils for simulating user interactions and ViewAsserts for making assertions about Views. The document guides the reader through an example of setting up an Android project and test project to apply TDD techniques.
Open Source Test Workshop for QA Testers, Developers, IT ManagersClever Moe
A live meet-up of QA testers, software developers, and IT managers needing to surface performance bottlenecks and functional issues in Web applications, Rich Internet Applications (RIA, using Flex, Flax, Ajax,) BPM, and SOA.
This document provides an overview and summary of automation testing at Gett, a transportation platform. It discusses the technical complexity of testing multiple mobile platforms, tools used like Selenium and Appium, architecture including encapsulating objects for each system under test, and tips for mobile testing including handling tables and setting location in simulations. The role of automation includes continuous integration/delivery testing, load testing, and post-production monitoring.
This document discusses UI testing with Xamarin.Forms. It recommends focusing UI tests on verifying UI flow and interactions without looking at system functionality. The document covers test principles, writing tests using AAA pattern, using Behavior Driven Development approach with Gherkin, identifying controls with AutomationId, running tests on App Center Test Cloud, and integrating UI tests with DevOps. Demo code shows writing queries inside and outside Repl(), and sample tests.
Unit testing in Android involves testing individual units or components of an Android application to verify their correctness. This is done during development by the developer. The document discusses what unit testing involves, provides examples of unit tests for a number validator class and interval overlapping detector class, and discusses test doubles, constraints of unit testing in Android, where to unit test in an Android app, and test-driven development.
This document provides an overview of Robotium, an open source test framework for Android. The presentation covers what Robotium is, how to set it up, why it's needed compared to standard Android testing, how to write tests using the Robotium Solo API, tips and tricks, and additional resources. The purpose of Robotium is to simplify Android testing by providing instrumentation of UI components without needing deep knowledge of Android internals or how the app works.
The document discusses various options for testing Oracle ADF applications, including:
1. JDeveloper primarily offers testing of the model layer using JUnit and Ant for automating test runs.
2. Other tools that can be used to test ADF applications at different levels include FitNesse, StrutsTestCase, ServletUnit, XMLUnit, Cactus, HttpUnit, HtmlUnit, and Selenium IDE.
3. Demos are planned to show testing model components with JUnit, running JUnit tests with Ant, and performing end-to-end testing with tools like HttpUnit and Cactus.
The document provides an overview of testing on Android. It discusses test driven development (TDD) and behavior driven development (BDD). It describes the built-in Android testing framework, which is based on JUnit 3 and supports unit, functional, and activity tests. It outlines various test case types like ActivityInstrumentationTestCase2 that can be used to test Activities. It also documents utilities for writing tests, such as TouchUtils for simulating user interactions and ViewAsserts for making assertions about Views. The document guides the reader through an example of setting up an Android project and test project to apply TDD techniques.
Open Source Test Workshop for QA Testers, Developers, IT ManagersClever Moe
A live meet-up of QA testers, software developers, and IT managers needing to surface performance bottlenecks and functional issues in Web applications, Rich Internet Applications (RIA, using Flex, Flax, Ajax,) BPM, and SOA.
This document provides an overview and summary of automation testing at Gett, a transportation platform. It discusses the technical complexity of testing multiple mobile platforms, tools used like Selenium and Appium, architecture including encapsulating objects for each system under test, and tips for mobile testing including handling tables and setting location in simulations. The role of automation includes continuous integration/delivery testing, load testing, and post-production monitoring.
Support slides for the test automation workshop realized at the iMasters Android DevConference 2015 at São Paulo. The workshop focus was around Unit Tests with JUnit, UI Tests with Espresso and UIAutomator and Testing your app in the cloud with Testdroid.
The document discusses developing cross-platform apps using web technologies. It introduces Kenichi Kambara and his apps XTranslator and Sekai Phone. It then covers using tools like jQuery, jQuery Mobile, and PhoneGap to build cross-platform apps with a common codebase that can be wrapped into native Android, iOS, Firefox OS and Tizen apps. It provides code examples and tips for supporting the user interface, logic, and distribution across platforms.
100 effective software testing tools that boost your TestingBugRaptors
Bugraptors always remains up to date with ongoing trends, technological changes and latest tools used in Manual Testing as well as in Automation Testing.
Different Android Test Automation Frameworks - What Works You the Best?Bitbar
Watch a live presentation at http://offer.bitbar.com/different-android-testing-frameworks-what-works-you-the-best
Implementing the test automation as part of your daily activities can provide you an enormous value: coverage to detect bugs and errors, early and later during the development, reducing the costs of failure, save time through its repeatability and earlier verification. Today, there are bunch of different options available for testing frameworks on Android – what would work the best for you?
Stay tuned and join our upcoming webinars at http://bitbar.com/testing/webinars/
This article is for Robotium beginners.Robotium is a test automation tool for android application programmers.This presentation explains you basics of robotium and writing test cases for all UI components.
The document describes Daniel Knott's presentation on "Mobile App Testing – Challenges, Solutions and Best Practices" given at the Scandinavian Agile Conference 2012. It provides background on Daniel Knott and his work as quality assurance manager at XING AG, a business social network. It then outlines some of the challenges of mobile app testing like different platforms, internationalization issues, and carrier networks. The presentation discusses solutions like test automation using Robotium and KIF and provides code examples, and shares best practices.
IC Test Automation is a test automation tool that can test any application across multiple platforms without programming. It saves time and increases quality by automating manual tests like integration, regression, and response time tests. Some customers choose it because it is easy to use and can test applications written in languages like .NET, Cobol, Java, and on platforms including mobile. It imports requirements from various file formats and features test data using ODBC as well as optical character recognition for images.
The document discusses innovative tools for mobile testing including Sikuli for user behavior testing, MonkeyRunner for interacting with device SDKs, ImageMagick for image processing, and MOET for test design patterns. It provides an overview of each tool, how they can be customized for mobile, and demoed automating an address book app on Android and iOS using these open source tools.
The document outlines a session on mobile end-to-end testing using simulators. It discusses simulator basics for BlackBerry and Android, how to start and control simulators through commands and libraries. It then describes the Moet framework for defining a device-agnostic application interface and implementing it for different platforms using simulator libraries. Tests can then be written independently of devices and run by binding to the appropriate implementation at runtime. Logging and image comparison are available for test verification.
Mobile Quality Night Vienna 2015 - Testobject Appium in der CloudRudolf Grötz
This document discusses mobile app testing and introduces TestObject as a solution. It notes that mobile app quality is important to avoid users abandoning apps after issues but that mobile testing is complex due to device and OS fragmentation. TestObject allows running tests on over 170 devices to get broad coverage, running tests in parallel for fast feedback, and reusing existing Selenium/Appium tests within minutes.
UI testing tools like Selenium and Sakuli can be used to automate testing of web and desktop applications. Sakuli builds on Selenium and adds capabilities for native desktop recognition using images. Tests can be run on containers for scalability. Sakuli examples show how to test a web app, validate a PDF, and control both web and rich clients by ordering in a web app and validating reports in a desktop client. Containers, Kubernetes, and tools like Skaffold and Jenkins can help implement continuous testing in a repeatable and scalable way.
- The document discusses various topics around testing Android applications such as creating test projects, different types of tests (unit, integration, UI, etc.), testing frameworks like JUnit, using annotations, running and debugging tests.
- It provides an overview of key concepts and tools required for testing including testing on emulators and real devices, using mocks, assertions and view assertions in tests.
- The document demonstrates how to structure tests, write test cases with different assertions and annotations, and debug issues by running tests in Eclipse and from the command line.
Eclipse Summit Europe '10 - Test UI Aspects of Plug-insTonny Madsen
This document contains a presentation about testing the user interface (UI) aspects of Eclipse plug-ins. It discusses using JUnit and simple tools to test UI parts of an application. It provides various strategies for testing perspectives, views, editors, and interaction using mouse/keyboard events, widget manipulation, and command execution. It also covers parameterized tests and ensuring no error messages are logged.
This presentation was presented in Android Only! 2011 conference on June 14th.
With more than 300 different Android devices out on 6 different platform versions, application developers are facing a real nightmare when trying validate that their applications really work on their customers' devices. While fragmentation is a new thing in Android platform, it is not new in software industry and there are several ways to deal with device fragmentation from testing point of view.
This presentation discusses most common approaches to tackle fragmentation from application developer's point of view and explains why testing for device compatibility is a must for any serious Android application developer.
This is a presentation about mobile apps testing using Appium. The presentation conrtains tips on comprehensive testing of apps written for various devices and platforms.
Presentation by Yaroslav Pernerovskyy (Lead Test Engineer, GlobalLogic, Kyiv), delivered at UA Mobile, November 22, 2014.
More details - http://uamobile.org
Sitam Jana presents on mobile automation. The document discusses challenges in mobile testing like compatibility and regression testing. It then covers mobile automation tools like Appium, Robotium and MonkeyRunner that can automate testing on Android and iOS. The last sections provide steps to set up the environment and demonstrate MonkeyRunner through sample code and configuration in Eclipse.
The document summarizes the agenda for a lecture on maps, speech recognition, and other Android topics. It includes:
1) An overview of using the Google Maps API to display maps and get the user's location in an Android app.
2) A discussion of using speech recognition through an intent to enable voice input in an Android app.
3) Brief mentions of other topics covered like Kotlin stats, non-native development options, monetization, sensors, and VR/AR.
Velocity Conference: Increasing Speed To Market In Mobile Development Through...Intuit Inc.
In the past few years, Intuit has put an intense focus on ramping up its innovation engine. A big part of this effort is speeding up time-to-market for its hundreds of native mobile apps, while maintaining the highest quality standards. The apps need to work across an ever-increasing number of devices and versions of the operating system.
Once our engineers had access to all possible combinations of devices and operating systems, they needed to be able to kick off automated testing whenever they checked in code. We enable mobile continuous integration by integrating our virtual device lab with our test execution platform and Jenkins system. A notification system detects the arrival of a new build of our mobile products, which kicks off execution of automated tests based on a pre-configured test matrix.
The result is a 95% reduction in the time it takes to test our mobile apps.
Support slides for the test automation workshop realized at the iMasters Android DevConference 2015 at São Paulo. The workshop focus was around Unit Tests with JUnit, UI Tests with Espresso and UIAutomator and Testing your app in the cloud with Testdroid.
The document discusses developing cross-platform apps using web technologies. It introduces Kenichi Kambara and his apps XTranslator and Sekai Phone. It then covers using tools like jQuery, jQuery Mobile, and PhoneGap to build cross-platform apps with a common codebase that can be wrapped into native Android, iOS, Firefox OS and Tizen apps. It provides code examples and tips for supporting the user interface, logic, and distribution across platforms.
100 effective software testing tools that boost your TestingBugRaptors
Bugraptors always remains up to date with ongoing trends, technological changes and latest tools used in Manual Testing as well as in Automation Testing.
Different Android Test Automation Frameworks - What Works You the Best?Bitbar
Watch a live presentation at http://offer.bitbar.com/different-android-testing-frameworks-what-works-you-the-best
Implementing the test automation as part of your daily activities can provide you an enormous value: coverage to detect bugs and errors, early and later during the development, reducing the costs of failure, save time through its repeatability and earlier verification. Today, there are bunch of different options available for testing frameworks on Android – what would work the best for you?
Stay tuned and join our upcoming webinars at http://bitbar.com/testing/webinars/
This article is for Robotium beginners.Robotium is a test automation tool for android application programmers.This presentation explains you basics of robotium and writing test cases for all UI components.
The document describes Daniel Knott's presentation on "Mobile App Testing – Challenges, Solutions and Best Practices" given at the Scandinavian Agile Conference 2012. It provides background on Daniel Knott and his work as quality assurance manager at XING AG, a business social network. It then outlines some of the challenges of mobile app testing like different platforms, internationalization issues, and carrier networks. The presentation discusses solutions like test automation using Robotium and KIF and provides code examples, and shares best practices.
IC Test Automation is a test automation tool that can test any application across multiple platforms without programming. It saves time and increases quality by automating manual tests like integration, regression, and response time tests. Some customers choose it because it is easy to use and can test applications written in languages like .NET, Cobol, Java, and on platforms including mobile. It imports requirements from various file formats and features test data using ODBC as well as optical character recognition for images.
The document discusses innovative tools for mobile testing including Sikuli for user behavior testing, MonkeyRunner for interacting with device SDKs, ImageMagick for image processing, and MOET for test design patterns. It provides an overview of each tool, how they can be customized for mobile, and demoed automating an address book app on Android and iOS using these open source tools.
The document outlines a session on mobile end-to-end testing using simulators. It discusses simulator basics for BlackBerry and Android, how to start and control simulators through commands and libraries. It then describes the Moet framework for defining a device-agnostic application interface and implementing it for different platforms using simulator libraries. Tests can then be written independently of devices and run by binding to the appropriate implementation at runtime. Logging and image comparison are available for test verification.
Mobile Quality Night Vienna 2015 - Testobject Appium in der CloudRudolf Grötz
This document discusses mobile app testing and introduces TestObject as a solution. It notes that mobile app quality is important to avoid users abandoning apps after issues but that mobile testing is complex due to device and OS fragmentation. TestObject allows running tests on over 170 devices to get broad coverage, running tests in parallel for fast feedback, and reusing existing Selenium/Appium tests within minutes.
UI testing tools like Selenium and Sakuli can be used to automate testing of web and desktop applications. Sakuli builds on Selenium and adds capabilities for native desktop recognition using images. Tests can be run on containers for scalability. Sakuli examples show how to test a web app, validate a PDF, and control both web and rich clients by ordering in a web app and validating reports in a desktop client. Containers, Kubernetes, and tools like Skaffold and Jenkins can help implement continuous testing in a repeatable and scalable way.
- The document discusses various topics around testing Android applications such as creating test projects, different types of tests (unit, integration, UI, etc.), testing frameworks like JUnit, using annotations, running and debugging tests.
- It provides an overview of key concepts and tools required for testing including testing on emulators and real devices, using mocks, assertions and view assertions in tests.
- The document demonstrates how to structure tests, write test cases with different assertions and annotations, and debug issues by running tests in Eclipse and from the command line.
Eclipse Summit Europe '10 - Test UI Aspects of Plug-insTonny Madsen
This document contains a presentation about testing the user interface (UI) aspects of Eclipse plug-ins. It discusses using JUnit and simple tools to test UI parts of an application. It provides various strategies for testing perspectives, views, editors, and interaction using mouse/keyboard events, widget manipulation, and command execution. It also covers parameterized tests and ensuring no error messages are logged.
This presentation was presented in Android Only! 2011 conference on June 14th.
With more than 300 different Android devices out on 6 different platform versions, application developers are facing a real nightmare when trying validate that their applications really work on their customers' devices. While fragmentation is a new thing in Android platform, it is not new in software industry and there are several ways to deal with device fragmentation from testing point of view.
This presentation discusses most common approaches to tackle fragmentation from application developer's point of view and explains why testing for device compatibility is a must for any serious Android application developer.
This is a presentation about mobile apps testing using Appium. The presentation conrtains tips on comprehensive testing of apps written for various devices and platforms.
Presentation by Yaroslav Pernerovskyy (Lead Test Engineer, GlobalLogic, Kyiv), delivered at UA Mobile, November 22, 2014.
More details - http://uamobile.org
Sitam Jana presents on mobile automation. The document discusses challenges in mobile testing like compatibility and regression testing. It then covers mobile automation tools like Appium, Robotium and MonkeyRunner that can automate testing on Android and iOS. The last sections provide steps to set up the environment and demonstrate MonkeyRunner through sample code and configuration in Eclipse.
The document summarizes the agenda for a lecture on maps, speech recognition, and other Android topics. It includes:
1) An overview of using the Google Maps API to display maps and get the user's location in an Android app.
2) A discussion of using speech recognition through an intent to enable voice input in an Android app.
3) Brief mentions of other topics covered like Kotlin stats, non-native development options, monetization, sensors, and VR/AR.
Velocity Conference: Increasing Speed To Market In Mobile Development Through...Intuit Inc.
In the past few years, Intuit has put an intense focus on ramping up its innovation engine. A big part of this effort is speeding up time-to-market for its hundreds of native mobile apps, while maintaining the highest quality standards. The apps need to work across an ever-increasing number of devices and versions of the operating system.
Once our engineers had access to all possible combinations of devices and operating systems, they needed to be able to kick off automated testing whenever they checked in code. We enable mobile continuous integration by integrating our virtual device lab with our test execution platform and Jenkins system. A notification system detects the arrival of a new build of our mobile products, which kicks off execution of automated tests based on a pre-configured test matrix.
The result is a 95% reduction in the time it takes to test our mobile apps.
This document provides an overview and agenda for a 4-hour workshop on Windows 10 app development. The agenda includes introductions to Universal Windows Platform (UWP), XAML controls, networking, LINQ, data binding, SQLite local database, toast notifications, and adaptive user interfaces. It also demonstrates some basic concepts like making HTTP requests, using LINQ queries, and handling different device orientations through visual states.
YuryMakedonov_GUI_TestAutomation_QAI_Canada_2007_14hYury M
This document summarizes a presentation on foundations of GUI test automation. The presentation covers mainstream GUI testing tools, major test automation approaches and frameworks, and the test automation process. It is intended for those involved in GUI test automation performed by independent testing teams, including specialists, testers, and managers. The presentation compares developers' testing to independent functional testing and discusses automated testing versus regression test automation. It also addresses myths about the expense of commercial GUI testing tools.
The document discusses automated testing of web applications. It presents different approaches to web testing including GUI automation, HTML automation, and DOM automation. Selenium RC is introduced as a testing platform that uses DOM automation. Selenium RC allows tests to be run programmatically across browsers and platforms. It can be extended with custom commands and locators to better suit specific applications like ones built with the JavaScript framework qooxdoo.
This document provides an introduction to JUnit, a unit testing framework for Java. It discusses why unit testing is important, how to write and organize JUnit tests, how to use assertions and mocks, and how to integrate JUnit with IDEs and build tools like Maven and Ant. Key aspects covered include the benefits of unit testing, the core components and design of JUnit, best practices for test-driven development and test maintenance, and resources for learning more about JUnit.
Similar to Challenges in mobile test automation - 2011 (20)
In this talk I am sharing the challenges of being a remote leader. I am sharing tips and insights on how to overcome the issues with remote work.
Remote work isn't easy and this talk should give you an idea about remote leadership problems and what you can do to overcome them.
Leading a testing team of individual people with different skills and mindsets is a challenging task. Modern leaders should support, help, guide, and coach the direct reports to grow their skill set to become a better tester. In this talk, Daniel will introduce the testing wheel to you and what it's all about.
The content of the testing wheel will help leaders to shape their testing team and to support, help, guide, and coach each person in the team on an individual level.
The testing wheel is an instrument to bring potential problems or missing skills to the top and is a basis for discussion. It will further help the direct report to grow their own skills set. On the other side it will help the leader to guide and coach the team member.
Join my talk to learn all about the testing wheel.
Key Takeaways
1. What is the testing wheel and how a leader and the direct reports can benefit from it.
2. How to configure the testing wheel for the individual needs.
3. How to use the results from the testing wheel to shape the testing team and how to guide and coach team members.
Mobile testing is a complex task. In this talk I shared insights on how to gather more data about your customers and how you can make use of this data for your testing activities. Furthermore, I share insights on how to scale mobile releases across multiple development teams.
5 soft skills every software tester should have in order to improve the daily work. The skills will help to tackle testing challenges and to keep up with the technology changes.
This talk describes my way from a lead test engineer to a senior product manager. I am also sharing information about my book Hands-On Mobile App Testing and the testing community.
How to scale mobile testing across several teamsDaniel Knott
Testbash Munich talk about mobile testing scaling. In this talk I present the technologies we use at XING to scale our mobile testing accross several teams. Solutions for automation, releases and more are included
10 Mobile App Testing Mistakes To Avoid by Daniel KnottDaniel Knott
The document discusses 10 common mistakes to avoid when testing mobile apps. These include: not listening to customer feedback; not following platform UI guidelines; failing to test mobile-specific use cases like interruptions and battery drainage; trying to test everything instead of focusing on critical functions; not performing real-world testing; overlooking backend functionality by only testing the UI; automating tests at the wrong layer; testing on a single device instead of a range; neglecting update/installation testing; and not adequately addressing security testing. The author emphasizes focusing testing efforts on the most important functions and devices based on customer usage data.
How to Scale Mobile Testing Across Several TeamsDaniel Knott
This document discusses how to scale mobile testing across several teams. It describes the challenges of scaling mobile testing in a company that started as primarily web-focused. Key steps discussed include establishing feature teams for each mobile platform, implementing a release train model with fixed release dates, growing test automation capabilities for both iOS and Android using shared frameworks, and investing in tools and infrastructure like a mobile test farm. The document emphasizes that communication is important, mobile skills are needed, and the testing environment requires ongoing investment and reconsideration.
This is my talk in german about Mobile Testing. This time I was asked questions from the audience before my talk and I prepared a nice slide deck with the answers and more about mobile testing.
This document discusses hands-on mobile app testing. It notes that there are over 3 million apps available across major app stores, with over 100 billion downloads, but many apps are not well tested or deleted after first use. It emphasizes testing on different device types and operating system versions. It recommends establishing a beta testing program to get early feedback from real users. The mobile test pyramid prioritizes manual testing, integration tests, and unit tests over end-to-end UI tests. References are provided for tools to conduct stress testing, beta testing, and using device clouds and labs.
How to Break your App - Workshop - Testbash 2015Daniel Knott
Mobile phones are available since the middle of the 1980s. Since then, the devices changed savagely but the biggest change happened in 2007, when the first iPhone was presented by Apple. Since then, the mobile smartphone market knows only one direction – UP! Since 8 years touch devices are everywhere, from smartphones to tablets.
More than 2 millions apps are available for download in the stores of the biggest vendors and this number is still increasing. There are apps for photos, music, games, office and many more categories just to name some of them.
But what about the quality of those apps? Are those apps reliable, trust worthy, easy to use, well developed and tested? The latest world quality report from Sogeti shows that almost half (45 percent) of mobile apps are not well tested in terms of functionality, performance and security.
This workshop includes insights into the challenging job of mobile testing from native to web apps. Best practices will be provided to become a better mobile tester. Besides that, this workshop will show different test techniques from functional to non functional mobile testing, test automation tools and how to handle the device fragmentation.
The workshop will not include practical mobile test automation. However, the participants will be able to test different mobile apps manually based on the content of the workshop.
How to Break your App - Best Practices in Mobile App TestingDaniel Knott
These are the slides from my keynote talk at the Mobile App Europe conference 2014 in Potsdam. Unfortunately, I was not able to give the talk because of sickness, but nevertheless I want to share the slides with you guys. If you have any questions, don't hesitate to get in contact with me.
Batteries -Introduction – Types of Batteries – discharging and charging of battery - characteristics of battery –battery rating- various tests on battery- – Primary battery: silver button cell- Secondary battery :Ni-Cd battery-modern battery: lithium ion battery-maintenance of batteries-choices of batteries for electric vehicle applications.
Fuel Cells: Introduction- importance and classification of fuel cells - description, principle, components, applications of fuel cells: H2-O2 fuel cell, alkaline fuel cell, molten carbonate fuel cell and direct methanol fuel cells.
International Conference on NLP, Artificial Intelligence, Machine Learning an...gerogepatton
International Conference on NLP, Artificial Intelligence, Machine Learning and Applications (NLAIM 2024) offers a premier global platform for exchanging insights and findings in the theory, methodology, and applications of NLP, Artificial Intelligence, Machine Learning, and their applications. The conference seeks substantial contributions across all key domains of NLP, Artificial Intelligence, Machine Learning, and their practical applications, aiming to foster both theoretical advancements and real-world implementations. With a focus on facilitating collaboration between researchers and practitioners from academia and industry, the conference serves as a nexus for sharing the latest developments in the field.
Redefining brain tumor segmentation: a cutting-edge convolutional neural netw...IJECEIAES
Medical image analysis has witnessed significant advancements with deep learning techniques. In the domain of brain tumor segmentation, the ability to
precisely delineate tumor boundaries from magnetic resonance imaging (MRI)
scans holds profound implications for diagnosis. This study presents an ensemble convolutional neural network (CNN) with transfer learning, integrating
the state-of-the-art Deeplabv3+ architecture with the ResNet18 backbone. The
model is rigorously trained and evaluated, exhibiting remarkable performance
metrics, including an impressive global accuracy of 99.286%, a high-class accuracy of 82.191%, a mean intersection over union (IoU) of 79.900%, a weighted
IoU of 98.620%, and a Boundary F1 (BF) score of 83.303%. Notably, a detailed comparative analysis with existing methods showcases the superiority of
our proposed model. These findings underscore the model’s competence in precise brain tumor localization, underscoring its potential to revolutionize medical
image analysis and enhance healthcare outcomes. This research paves the way
for future exploration and optimization of advanced CNN models in medical
imaging, emphasizing addressing false positives and resource efficiency.
Introduction- e - waste – definition - sources of e-waste– hazardous substances in e-waste - effects of e-waste on environment and human health- need for e-waste management– e-waste handling rules - waste minimization techniques for managing e-waste – recycling of e-waste - disposal treatment methods of e- waste – mechanism of extraction of precious metal from leaching solution-global Scenario of E-waste – E-waste in India- case studies.
Advanced control scheme of doubly fed induction generator for wind turbine us...IJECEIAES
This paper describes a speed control device for generating electrical energy on an electricity network based on the doubly fed induction generator (DFIG) used for wind power conversion systems. At first, a double-fed induction generator model was constructed. A control law is formulated to govern the flow of energy between the stator of a DFIG and the energy network using three types of controllers: proportional integral (PI), sliding mode controller (SMC) and second order sliding mode controller (SOSMC). Their different results in terms of power reference tracking, reaction to unexpected speed fluctuations, sensitivity to perturbations, and resilience against machine parameter alterations are compared. MATLAB/Simulink was used to conduct the simulations for the preceding study. Multiple simulations have shown very satisfying results, and the investigations demonstrate the efficacy and power-enhancing capabilities of the suggested control system.
Software Engineering and Project Management - Introduction, Modeling Concepts...Prakhyath Rai
Introduction, Modeling Concepts and Class Modeling: What is Object orientation? What is OO development? OO Themes; Evidence for usefulness of OO development; OO modeling history. Modeling
as Design technique: Modeling, abstraction, The Three models. Class Modeling: Object and Class Concept, Link and associations concepts, Generalization and Inheritance, A sample class model, Navigation of class models, and UML diagrams
Building the Analysis Models: Requirement Analysis, Analysis Model Approaches, Data modeling Concepts, Object Oriented Analysis, Scenario-Based Modeling, Flow-Oriented Modeling, class Based Modeling, Creating a Behavioral Model.
The CBC machine is a common diagnostic tool used by doctors to measure a patient's red blood cell count, white blood cell count and platelet count. The machine uses a small sample of the patient's blood, which is then placed into special tubes and analyzed. The results of the analysis are then displayed on a screen for the doctor to review. The CBC machine is an important tool for diagnosing various conditions, such as anemia, infection and leukemia. It can also help to monitor a patient's response to treatment.
Embedded machine learning-based road conditions and driving behavior monitoringIJECEIAES
Car accident rates have increased in recent years, resulting in losses in human lives, properties, and other financial costs. An embedded machine learning-based system is developed to address this critical issue. The system can monitor road conditions, detect driving patterns, and identify aggressive driving behaviors. The system is based on neural networks trained on a comprehensive dataset of driving events, driving styles, and road conditions. The system effectively detects potential risks and helps mitigate the frequency and impact of accidents. The primary goal is to ensure the safety of drivers and vehicles. Collecting data involved gathering information on three key road events: normal street and normal drive, speed bumps, circular yellow speed bumps, and three aggressive driving actions: sudden start, sudden stop, and sudden entry. The gathered data is processed and analyzed using a machine learning system designed for limited power and memory devices. The developed system resulted in 91.9% accuracy, 93.6% precision, and 92% recall. The achieved inference time on an Arduino Nano 33 BLE Sense with a 32-bit CPU running at 64 MHz is 34 ms and requires 2.6 kB peak RAM and 139.9 kB program flash memory, making it suitable for resource-constrained embedded systems.
artificial intelligence and data science contents.pptxGauravCar
What is artificial intelligence? Artificial intelligence is the ability of a computer or computer-controlled robot to perform tasks that are commonly associated with the intellectual processes characteristic of humans, such as the ability to reason.
› ...
Artificial intelligence (AI) | Definitio
KuberTENes Birthday Bash Guadalajara - K8sGPT first impressionsVictor Morales
K8sGPT is a tool that analyzes and diagnoses Kubernetes clusters. This presentation was used to share the requirements and dependencies to deploy K8sGPT in a local environment.
2. Daniel Knott
Manager Quality Assurance
daniel.knott@xing.com
Daniel Knott has a technical background with different programming languages and quality
assurance tools. After his vocational education at IBM Deutschland GmbH, he studied
Computer Science with a focus on quality assurance. Since 2010 Daniel is working as a
Quality Assurance Manager at XING AG. In different projects he was responsible for the test
management, test automation and test execution in agile teams at XING. Currently, he works
in the mobile team, where he is involved in the test management and test automation on
Android and iPhone devices. Daniel likes to work in agile software development teams and to
automate test cases using technologies such as Robotium, KIF (Keep It Functional),
Selenium and Java. His XING profile: https://www.xing.com/profile/Daniel_Knott
3. 1. Challenges
2. Solutions
3. Conclusion
What’s inside?
2Challenges in Mobile Test Automation | Daniel Knott | Potsdam, 15.11.2011
4. 3Challenges in Mobile Test Automation | Daniel Knott | Potsdam, 15.11.2011
Challenges
6. Challenges – Platforms
5Challenges in Mobile Test Automation | Daniel Knott | Potsdam, 15.11.2011
More
than
one
Vendor
Different
User
Interfaces
Different
Hardware
Different
So7ware
Versions
One
Vendor
Different
Hardware
Different
So7ware
Versions
8. Challenges – Carrier Network
7Challenges in Mobile Test Automation | Daniel Knott | Potsdam, 15.11.2011
9. 8Challenges in Mobile Test Automation | Daniel Knott | Potsdam, 15.11.2011
Solution –
Test Automation
10. Solution – Robotium
9Challenges in Mobile Test Automation | Daniel Knott | Potsdam, 15.11.2011
Black
Box
Test
Tool
Based
on
Java
and
JUnit
3
Support
from
Android
1.6
Simulate
User
InteracHon
Simple
Structure
Device
&
Simulator
11. Solution – Robotium
10Challenges in Mobile Test Automation | Daniel Knott | Potsdam, 15.11.2011
public
void
testLoginFailed()
throws
Exception
{
solo.enterText(0,
“wrongusername”);
solo.enterText(1,
“wrongpassword”);
solo.clickOnButton(solo.getString(com.xing.android.R.string.button_login));
solo.waitForActivity("com.xing.android.activities.SpinnerLoginActivity",
2000);
assertTrue("ERROR:
Error
message
is
not
shown",
verifyTextIsPresent(solo.getString(
com.xing.android.R.string.dialog_error_body)));
solo.clickOnButton(solo.getString(com.xing.android.R.string.dialog_button));
}
12. Solution – Robotium
11Challenges in Mobile Test Automation | Daniel Knott | Potsdam, 15.11.2011
public
void
testLoginFailed()
throws
Exception
{
solo.enterText(0,
“wrongusername”);
solo.enterText(1,
“wrongpassword”);
solo.clickOnButton(solo.getString(com.xing.android.R.string.button_login));
solo.waitForActivity("com.xing.android.activities.SpinnerLoginActivity",
2000);
assertTrue("ERROR:
Error
message
is
not
shown",
verifyTextIsPresent(solo.getString(
com.xing.android.R.string.dialog_error_body)));
solo.clickOnButton(solo.getString(com.xing.android.R.string.dialog_button));
}
13. Solution – Robotium
12Challenges in Mobile Test Automation | Daniel Knott | Potsdam, 15.11.2011
public
void
testLoginFailed()
throws
Exception
{
solo.enterText(0,
“wrongusername”);
solo.enterText(1,
“wrongpassword”);
solo.clickOnButton(solo.getString(com.xing.android.R.string.button_login));
solo.waitForActivity("com.xing.android.activities.SpinnerLoginActivity",
2000);
assertTrue("ERROR:
Error
message
is
not
shown",
verifyTextIsPresent(solo.getString(
com.xing.android.R.string.dialog_error_body)));
solo.clickOnButton(solo.getString(com.xing.android.R.string.dialog_button));
}
14. Solution – Robotium
13Challenges in Mobile Test Automation | Daniel Knott | Potsdam, 15.11.2011
public
void
testLoginFailed()
throws
Exception
{
solo.enterText(0,
“wrongusername”);
solo.enterText(1,
“wrongpassword”);
solo.clickOnButton(solo.getString(com.xing.android.R.string.button_login));
solo.waitForActivity("com.xing.android.activities.SpinnerLoginActivity",
2000);
assertTrue("ERROR:
Error
message
is
not
shown",
verifyTextIsPresent(solo.getString(
com.xing.android.R.string.dialog_error_body)));
solo.clickOnButton(solo.getString(com.xing.android.R.string.dialog_button));
}
16. Solution – KIF (Keep It Functional)
15Challenges in Mobile Test Automation | Daniel Knott | Potsdam, 15.11.2011
Grey
Box
Test
Tool
ObjecHve
C
Currently
Simulator
only
Simulate
User
InteracHon
Really
Fast
&
Easy
to
integrate
17. Solution – KIF (Keep It Functional)
16Challenges in Mobile Test Automation | Daniel Knott | Potsdam, 15.11.2011
+
(id)scenarioLoginWithWrongCredentials
{
KIFTestScenario
*scenario
=
[KIFTestScenario
scenarioWithDescription:@"Test
the
login
wrong
credentials"];
[scenario
addStep:[KIFTestStep
stepToEnterText:@"wrongusername"
intoViewWithAccessibilityLabel:@"Login
User
Name"]];
[scenario
addStep:[KIFTestStep
stepToEnterText:@"wrongpassword"
intoViewWithAccessibilityLabel:@"Login
Password"]];
[scenario
addStep:[KIFTestStep
stepToTapViewWithAccessibilityLabel:@"done"]];
[scenario
addStep:[KIFTestStep
stepToWaitForViewWithAccessibilityLabel:LocalizedString
(@"ID_LOGIN_FAILED_MESSAGE")]];
[scenario
addStep:[KIFTestStep
stepToTapViewWithAccessibilityLabel:LocalizedString
(@"ACC_FIELD_USER_NAME_LOGIN")]];
18. Solution – KIF (Keep It Functional)
17Challenges in Mobile Test Automation | Daniel Knott | Potsdam, 15.11.2011
+
(id)scenarioLoginWithWrongCredentials
{
KIFTestScenario
*scenario
=
[KIFTestScenario
scenarioWithDescription:@"Test
the
login
wrong
credentials"];
[scenario
addStep:[KIFTestStep
stepToEnterText:@"wrongusername"
intoViewWithAccessibilityLabel:@"Login
User
Name"]];
[scenario
addStep:[KIFTestStep
stepToEnterText:@"wrongpassword"
intoViewWithAccessibilityLabel:@"Login
Password"]];
[scenario
addStep:[KIFTestStep
stepToTapViewWithAccessibilityLabel:@"done"]];
[scenario
addStep:[KIFTestStep
stepToWaitForViewWithAccessibilityLabel:LocalizedString
(@"ID_LOGIN_FAILED_MESSAGE")]];
[scenario
addStep:[KIFTestStep
stepToTapViewWithAccessibilityLabel:LocalizedString
(@"ACC_FIELD_USER_NAME_LOGIN")]];
19. Solution – KIF (Keep It Functional)
18Challenges in Mobile Test Automation | Daniel Knott | Potsdam, 15.11.2011
+
(id)scenarioLoginWithWrongCredentials
{
KIFTestScenario
*scenario
=
[KIFTestScenario
scenarioWithDescription:@"Test
the
login
wrong
credentials"];
[scenario
addStep:[KIFTestStep
stepToEnterText:@"wrongusername"
intoViewWithAccessibilityLabel:@"Login
User
Name"]];
[scenario
addStep:[KIFTestStep
stepToEnterText:@"wrongpassword"
intoViewWithAccessibilityLabel:@"Login
Password"]];
[scenario
addStep:[KIFTestStep
stepToTapViewWithAccessibilityLabel:@"done"]];
[scenario
addStep:[KIFTestStep
stepToWaitForViewWithAccessibilityLabel:LocalizedString
(@"ID_LOGIN_FAILED_MESSAGE")]];
[scenario
addStep:[KIFTestStep
stepToTapViewWithAccessibilityLabel:LocalizedString
(@"ACC_FIELD_USER_NAME_LOGIN")]];
20. Solution – KIF (Keep It Functional)
19Challenges in Mobile Test Automation | Daniel Knott | Potsdam, 15.11.2011
+
(id)scenarioLoginWithWrongCredentials
{
KIFTestScenario
*scenario
=
[KIFTestScenario
scenarioWithDescription:@"Test
the
login
wrong
credentials"];
[scenario
addStep:[KIFTestStep
stepToEnterText:@"wrongusername"
intoViewWithAccessibilityLabel:@"Login
User
Name"]];
[scenario
addStep:[KIFTestStep
stepToEnterText:@"wrongpassword"
intoViewWithAccessibilityLabel:@"Login
Password"]];
[scenario
addStep:[KIFTestStep
stepToTapViewWithAccessibilityLabel:@"done"]];
[scenario
addStep:[KIFTestStep
stepToWaitForViewWithAccessibilityLabel:LocalizedString
(@"ID_LOGIN_FAILED_MESSAGE")]];
[scenario
addStep:[KIFTestStep
stepToTapViewWithAccessibilityLabel:LocalizedString
(@"ACC_FIELD_USER_NAME_LOGIN")]];
21. Solution – KIF (Keep It Functional)
20Challenges in Mobile Test Automation | Daniel Knott | Potsdam, 15.11.2011
22. 21Challenges in Mobile Test Automation | Daniel Knott | Potsdam, 15.11.2011
Solution –
Crowd Source Testing
23. Solution – Internal Beta Release
22Challenges in Mobile Test Automation | Daniel Knott | Potsdam, 15.11.2011
25. Conclusion
24Challenges in Mobile Test Automation | Daniel Knott | Potsdam, 15.11.2011
Know
your
customers
Write
test
automaHon
Combine
tools
Use
crowd
source
tesHng
Don‘t
forget
the
languages
Don‘t
forget
the
carrier
network
Provide
a
high
quality
app
26. Thank you
for your
kind
attention!
The professional network
www.xing.com
Daniel Knott
Manager Quality Assurance
daniel.knott@xing.com
@dnlkntt
http://www.adventuresinqa.com/
25Challenges in Mobile Test Automation | Daniel Knott | Potsdam, 15.11.2011
27. Links & References
26Challenges in Mobile Test Automation | Daniel Knott | Potsdam, 15.11.2011
References
Robotium [http://code.google.com/p/robotium/]
KIF [http://corner.squareup.com/2011/07/ios-integration-testing.html]
WaxSim [https://github.com/square/waxsim]
Hockeykit [http://hockeykit.net/]
Images and Logos
Apple Logo [http://www.lte-tablets.de/files/2011/08/apple_logo.jpg]
Android Logo [http://www.android.com/media/wallpaper/gif/android_logo.gif]
Windows Phone Logo [
http://upload.wikimedia.org/wikipedia/de/thumb/2/23/Windows_Phone_Logo.svg/500px-
Windows_Phone_Logo.svg.png]
Blackberry Logo [http://us.blackberry.com/legal/bblogo_gray_003.jpg]
WebOS Logo [http://upload.wikimedia.org/wikipedia/en/e/e0/WebOS_logo.svg]
Symbian Logo [
http://upload.wikimedia.org/wikipedia/de/thumb/c/c8/Symbian_OS_logo.svg/686px-
Symbian_OS_logo.svg.png]
28. Links & References
27Challenges in Mobile Test Automation | Daniel Knott | Potsdam, 15.11.2011
Images and Logos
Agile Testing Days Logo [http://agiletestingdays.com/_img/logo_header.png]
Twitter Logo [https://si0.twimg.com/a/1318896278/images/logos/twitter_newbird_white.png]
Businesswoman [
http://www.istockphoto.com/stock-photo-16742115-businesswoman-holding-a-blank-sign-
isolated.php]
Letters, by davide vizzini limbte [http://www.flickr.com/photos/limbte/4007115435/]
Little Dish, by Juan de Dios Santander Vela [
http://www.flickr.com/photos/juandesant/209098053]
App Store Logo [http://upload.wikimedia.org/wikipedia/de/0/05/App-Store-Logo.png]
Robot [http://www.nassaulibrary.org/eastrock/robot.jpg]
Robotium Logo [
http://f.hatena.ne.jp/images/fotolife/r/re_shikajiro/20110601/20110601224550.jpg]
Square Logo [
http://c580513.r13.cf2.rackcdn.com/wp-content/uploads/2011/07/
Square_Logo_Landscape1-500x214.png?9d7bd4]