Automation testing on ios platform using appiumAmbreen Khan
Appium is an open source test automation framework for testing native, hybrid and mobile web applications across platforms like iOS, Android and Windows. It allows writing tests using the same WebDriver API that can be reused across platforms. Appium uses vendor-provided frameworks like XCUITest for iOS automation. XCUITest is different from the older UIAutomation framework in features supported and changes to element locators. When testing on real iOS devices, a developer account and certificates are required to code sign apps. Tests need to be updated to use different locators like accessibility ID instead of XPath due to performance issues and API changes in XCUITest.
This document discusses Android and iOS automation using Appium. It provides an overview of Appium, including that it is an open source test automation tool for mobile apps that supports automation of native, hybrid and mobile web apps. It also outlines the features of Appium, how to set up automation for Android and iOS apps, and demonstrates automating a mobile web app.
Appium is a tool for automating native and hybrid mobile apps. This document discusses how to set up an Appium project to test Android apps. It covers installing Appium and related tools on Windows, setting desired capabilities, locating elements, performing actions, validating results, and running tests. The goal is to create an IntelliJ project that uses Appium to test a sample Android app by interacting with app elements and verifying the app's behavior.
"Learn All Aspects Of Appium step by step, Enhance your skills & Launch Your Career, On-Demand Course affordable price & classes on virtually every topic.Try Before You Buy
for maven online training visit: https://goo.gl/YKsHBZ"
Appium is an open-source tool for automating native, mobile web, and hybrid applications on iOS mobile, Android mobile, and Windows desktop platforms. Native apps are those written using iOS, Android, or Windows SDKs. Mobile web apps are web apps accessed using a mobile browser (Appium supports Safari on iOS and Chrome or the built-in 'Browser' app on Android). Hybrid apps have a wrapper around a "webview" -- a native control that enables interaction with web content. Projects like Apache Cordova or Phonegap make it easy to build apps using web technologies that are then bundled into a native wrapper, creating a hybrid app.
Importantly, Appium is "cross-platform": it allows you to write tests against multiple platforms (iOS, Android, Windows), using the same API. This enables code reuse between iOS, Android, and Windows testsuites.
Automation testing on ios platform using appiumAmbreen Khan
Appium is an open source test automation framework for testing native, hybrid and mobile web applications across platforms like iOS, Android and Windows. It allows writing tests using the same WebDriver API that can be reused across platforms. Appium uses vendor-provided frameworks like XCUITest for iOS automation. XCUITest is different from the older UIAutomation framework in features supported and changes to element locators. When testing on real iOS devices, a developer account and certificates are required to code sign apps. Tests need to be updated to use different locators like accessibility ID instead of XPath due to performance issues and API changes in XCUITest.
This document discusses Android and iOS automation using Appium. It provides an overview of Appium, including that it is an open source test automation tool for mobile apps that supports automation of native, hybrid and mobile web apps. It also outlines the features of Appium, how to set up automation for Android and iOS apps, and demonstrates automating a mobile web app.
Appium is a tool for automating native and hybrid mobile apps. This document discusses how to set up an Appium project to test Android apps. It covers installing Appium and related tools on Windows, setting desired capabilities, locating elements, performing actions, validating results, and running tests. The goal is to create an IntelliJ project that uses Appium to test a sample Android app by interacting with app elements and verifying the app's behavior.
"Learn All Aspects Of Appium step by step, Enhance your skills & Launch Your Career, On-Demand Course affordable price & classes on virtually every topic.Try Before You Buy
for maven online training visit: https://goo.gl/YKsHBZ"
Appium is an open-source tool for automating native, mobile web, and hybrid applications on iOS mobile, Android mobile, and Windows desktop platforms. Native apps are those written using iOS, Android, or Windows SDKs. Mobile web apps are web apps accessed using a mobile browser (Appium supports Safari on iOS and Chrome or the built-in 'Browser' app on Android). Hybrid apps have a wrapper around a "webview" -- a native control that enables interaction with web content. Projects like Apache Cordova or Phonegap make it easy to build apps using web technologies that are then bundled into a native wrapper, creating a hybrid app.
Importantly, Appium is "cross-platform": it allows you to write tests against multiple platforms (iOS, Android, Windows), using the same API. This enables code reuse between iOS, Android, and Windows testsuites.
The document discusses Appium, an open source test automation framework for testing native, hybrid and mobile web apps. It provides an overview of Appium and how it can be used to test both mobile web and mobile apps on Android and iOS. The document also summarizes how to set up the environment for Android automation using Appium, including writing sample scripts and discussing framework best practices. Advanced locator strategies for Appium like MobileBy, ByAccessibilityId and ByAndroidUIAutomator are also covered.
The document discusses automation testing for mobile apps using Appium. Appium allows for cross-platform mobile app testing by using the same tests across iOS and Android platforms. It functions by proxying commands to the devices to run tests using technologies like UIAutomation for iOS and UiAutomator for Android. While useful for local testing, Appium has limitations for scaling tests in continuous integration environments, where services like Sauce Labs are better suited.
The document discusses challenges in mobile automation testing and provides an overview of Appium as a tool for mobile test automation. It covers Appium architecture, requirements, capabilities, and tips for scaling mobile tests. Advanced Appium actions like horizontal and vertical swiping and chained locators are mentioned. The document also discusses visual testing, accessibility testing, and performance testing for mobile apps using Appium.
How to do continuous integration, test, distribution by using Microsoft App Center
1.First build
2.Real-time build status label
3.Build with Environment variables
4.Build with Keystore
5.Encrypt and compress by using AndResGuard
6.Test on devices
7.Distribute to member
8.Connect to Fabric and distribute to members
9.Publish to Google Play automatically
Appium Architecture | How Appium Works | EdurekaEdureka!
YouTube Link: https://youtu.be/oPbVESfiiyE
** Appium Certification Training: https://www.edureka.co/appium-training-mobile-automation-testing **
This Edureka "Appium Architecture" PPT will explain the key constituents of the appium architecture. You will understand how all these elements are weaved together to make one of the most successful automation testing tools.
The following topics will be discussed in the PPT:
What is Appium?
Appium Concepts
JSON Wire Protocol
Appium Architecture
Appium on Android
Appium on iOS
Learn how to install Appium - http://bit.ly/appium_install
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
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This document provides an overview of mobile automation using Appium. It discusses the need for mobile automation and provides definitions and explanations of key concepts like Appium, its architecture, desired capabilities, and installation process. The document also touches on the Appium server, Android Virtual Device (AVD) Manager, emulators, and concludes with the promise of a live demo.
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This document provides instructions for setting up a development environment for React and React Native. It includes steps for installing Node.js, a code editor like Atom or VS Code, React, the Android and iOS SDKs, React Native, and optional tools like Genymotion emulator and Expo. It also describes configuring environment variables, creating a basic "Hello World" app in both React and React Native, running and debugging apps on devices or emulators, and setting up the ESLint linter.
The document discusses Appium, an open source test automation framework for testing native, hybrid and mobile web apps. It provides an overview of Appium and how it can be used to test both mobile web and mobile apps on Android and iOS. The document also summarizes how to set up the environment for Android automation using Appium, including writing sample scripts and discussing framework best practices. Advanced locator strategies for Appium like MobileBy, ByAccessibilityId and ByAndroidUIAutomator are also covered.
The document discusses automation testing for mobile apps using Appium. Appium allows for cross-platform mobile app testing by using the same tests across iOS and Android platforms. It functions by proxying commands to the devices to run tests using technologies like UIAutomation for iOS and UiAutomator for Android. While useful for local testing, Appium has limitations for scaling tests in continuous integration environments, where services like Sauce Labs are better suited.
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How to do continuous integration, test, distribution by using Microsoft App Center
1.First build
2.Real-time build status label
3.Build with Environment variables
4.Build with Keystore
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6.Test on devices
7.Distribute to member
8.Connect to Fabric and distribute to members
9.Publish to Google Play automatically
Appium Architecture | How Appium Works | EdurekaEdureka!
YouTube Link: https://youtu.be/oPbVESfiiyE
** Appium Certification Training: https://www.edureka.co/appium-training-mobile-automation-testing **
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What is Appium?
Appium Concepts
JSON Wire Protocol
Appium Architecture
Appium on Android
Appium on iOS
Learn how to install Appium - http://bit.ly/appium_install
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
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Deploy, Scale and Manage your Application with AWS Elastic BeanstalkAmazon Web Services
AWS Elastic Beanstalk provides an easy way to quickly deploy, manage, and scale applications in the AWS cloud. Through interactive demos, this session will discuss the best practices for deploying and scaling your application, provisioning additional AWS resources and performance tuning. We will also do a deep dive into the recently launched Elastic Beanstalk features and cover some of best practices for using Elastic Beanstalk. This session will benefit both new and experienced users of Elastic Beanstalk.
This document discusses Sling Models in AEM, including what they are, why they are useful, how to use them, and examples of Sling Model annotations. Sling Models allow mapping of Sling objects like resources and requests to plain Java objects using annotations. They reduce coding efforts and make code more maintainable by avoiding redundant code. The document covers the necessary dependencies, common annotations like @Model, @Inject, @Optional, and examples of injecting resources, child resources, and retrieving values from the request.
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Lezione 02 React and React Native installation and ConfigurationUniversity of Catania
This document provides instructions for setting up a development environment for React and React Native. It includes steps for installing Node.js, a code editor like Atom or VS Code, React, the Android and iOS SDKs, React Native, and optional tools like Genymotion emulator and Expo. It also describes configuring environment variables, creating a basic "Hello World" app in both React and React Native, running and debugging apps on devices or emulators, and setting up the ESLint linter.
This document discusses how to create a mobile app using Cordova (PhoneGap). It covers setting up the development environment, adding iOS and Android platforms, and deploying the app to emulators. Key steps include installing Node.js and Cordova, creating an app project, adding platforms, and running the app on emulators or a device. Platform guides provide additional documentation.
This document discusses various tools for deploying Elixir applications to production including Distillery, eDeliver, Conform, and Heroku. Distillery compiles and packages Elixir applications. eDeliver builds applications on remote servers and deploys to staging and production. Conform injects configuration settings into releases. The document provides instructions for using these tools and considerations for managing configuration across environments.
BLCN532 Lab 1Set up your development environmentV2.0.docxmoirarandell
BLCN532 Lab 1
Set up your development environment
V2.0
Introduction
This course introduces students to blockchain development for enterprise environments. Before you can develop software applications, you need to ensue your development environment is in place. That means you’ll need all the tools and infrastructure installed and configured to support enterprise blockchain software development projects.
In this lab you’ll set up your own Hyperledger Fabric development environment and install the course software from the textbook. When you finish this lab, you’ll have a working development environment and will be ready to start running and modifying blockchain applications.
The instructions in your textbook are for Mac and Linux computers.
However
, there is no guarantee that your installation of MacOS or Linux is completely compatible with the environment in which the commands from the textbook work properly. For that reason, I
STRONGLY SUGGEST
that you acquire an Ubuntu 16.04 Virtual Machine (VM) for your labs. Using an Ubuntu 16.04 VM will make the labs far easier to complete.
The instructions in this course’s labs assume that your computer runs the Windows operating system. If you run MacOS or Linux, you can get
Vagrant
and
VirtualBox
for those operating systems and follow the gist of the “Initial setup for Windows computers”.
Lab Deliverables:
To complete this lab, you must create a
Lab Report file
and submit the file in iLearn. The Lab Report file must be a Microsoft Word format (.docx), and have the filename with the following format:
BLCN532_SECTION_STUDENTID_LASTNAME_FIRSTNAME_Lab01.docx
· SECTION is the section number of your current course (2 digits)
· STUDENTID is your student ID number (with leading zeros)
· LASTNAME is your last name, FIRSTNAME is your first name
To get started, create a Microsoft Word document (.docx) with the correct filename for this lab. You’ll be asked to enter text and paste screenshots into the lab report file.
NOTE: All screenshots MUST be readable. Use the Ubuntu Screen Capture utility (see the lab video.) Make sure that you label each screenshot (i.e. Step 2.1.3) and provide screenshots in order. For commands that produce lots of output, I only want to see the last full screen when the command finishes. Provide FULL screenshots, NOT cropped images.
SECTION 1: Initial setup for Windows computers (Chapter 3)
Step 1.1: Install Oracle Virtualbox (Windows, Linux, MacOS)
Oracle Virtualbox is an open source virtualization environment that allows you to run multiple virtual machines and containers on a single personal computer. Virtualbox is free and it is easy to install.
In your favorite web browser, navigate to:
https://www.virtualbox.org/
and click the “Download Virtualbox” button. Click the “Windows hosts” link to download the main installation executable. You should also click the “All supported platforms” under the “Extension Pack” heading to download extra software supp.
Build a private cloud – prototype and test with open nebulaA B M Moniruzzaman
The document provides step-by-step instructions for installing and configuring OpenNebula to build a private cloud using VMware ESXi 5.0 as the hypervisor. Key steps include downloading and installing VMware Workstation 9.0 and ESXi 5.0, importing the OpenNebula sandbox virtual appliance, powering on the sandbox VM, and logging into the OpenNebula interface using Sunstone. The fully configured private cloud can then be used to deploy and test virtual machines.
This document provides steps to set up IOS 11 for testing mobile apps using Appium. It outlines installing required software like Java, Ruby, Node.js, Xcode, and Appium. It describes setting environment variables, cloning the WebDriverAgent repository, and connecting iOS devices. Desired capabilities for Appium tests on iOS 11 are also provided.
Orangescrum In App Chat Add-on User ManualOrangescrum
The In-App chat add-on will help you to install the add-on & guide you about the features of chat add-on.
It's a real-time chat widget built for the Orangescrum Community Version. It offers fully secure, single or multi-user chat with private messaging, chat invitations and more.
Explore chat add-on details at: http://www.orangescrum.org/add-on/chat
This document provides instructions for setting up the development environment for building mobile apps with React Native using Expo. It outlines 10 steps: 1) downloading Expo XDE, 2) installing Expo client apps, 3) running a "Hello World" app, 4) installing a code editor like Atom or Visual Studio Code, 5) installing Git, 6) installing Node.js, 7) optionally installing the Android emulator Genymotion, 8) adding VS Code extensions, 9) optionally installing ESLint for linting, and 10) testing the installation and basic Expo commands.
This document provides instructions for automating tests on iOS apps using Appium. It outlines the requirements including a Mac machine, Appium, Xcode, Eclipse IDE, and an iOS device. It describes setting up Appium server and configuring it to communicate with the iOS webkit debug proxy and device. It also explains the project structure in Eclipse, including test, page object, and driver packages and running the tests from Jenkins.
The document discusses setting up a Hackintosh (macOS on non-Apple hardware) to use as a local build server for continuous integration with Jenkins. It describes choosing hardware components, installing macOS using Clover and related tools, setting up Jenkins, addressing performance issues, and procedures for updating macOS, Xcode, Nvidia drivers and other software. Maintaining a Hackintosh may require more troubleshooting than a standard Mac but provides better performance and value than Apple hardware.
Installing iOS and Android Simulators on MacOSXKen Skistimas
This document provides instructions for installing iOS and Android simulators on your computer. It explains that emulators allow you to test responsive design, local app builds, and conduct remote usability testing. For iOS, it instructs to get Xcode from the App Store and find the simulator. For Android, it instructs to download the Android SDK, unzip it, launch the SDK manager to install platforms and emulators, and edit bash profile for shortcuts. It also provides tips on setting up a local web server to test sites on simulators.
DevNet Associate : Python introductionJoel W. King
The document provides an introduction to Python programming and resources for learning Python. It discusses installing Python on personal computers or using containers. It also summarizes using Jupyter notebooks for Python, debugging Python code in VS Code, and additional learning resources like Coursera courses and DevNet labs. Key takeaways are that the session provides a foundation for learning Python concepts and using additional resources for more in-depth learning.
Explore the process of creating an iOS cordova native plugin using Objective-C even if you have never touched native code. This quick guide is recommended for anyone interested in mobile hybrid app development, rapid prototyping using HTML5, CSS and JavaScript. Extend your app capabilities beyond web technology and utilize device sensors and API's to create a unique user mobile app experience. Enjoy!
This document provides instructions for installing Java, Eclipse, and Maven on different operating systems. It includes downloading and installing Java SDK, Maven, and Eclipse. It also describes how to import existing Java and Maven projects into Eclipse. The document concludes with important Maven commands like mvn clean install to build projects and mvn tomcat7:run to run projects on Tomcat.
The document provides instructions for installing Microsoft .NET Framework 4.5 on a Raspberry Pi using Wine and an x86 emulator. It describes downloading and installing ExaGear Desktop to emulate an x86 system on the Raspberry Pi. It then guides installing Wine within the emulated system and using Winetricks to install .NET Framework 4.0. It explains a trick to installing 4.5 by first configuring Wine for Windows 7 before downloading and running the 4.5 installer executable under Wine.
The document provides instructions for installing Microsoft .NET Framework 4.5 on a Raspberry Pi using Wine and an x86 emulator. It describes downloading and installing ExaGear Desktop to emulate an x86 system on the Raspberry Pi. It then guides installing Wine within the emulated system and using Winetricks to install .NET Framework 4.0. It explains a trick to installing 4.5 by first configuring Wine for Windows 7 before downloading and launching the 4.5 installer executable under Wine.
This document provides instructions for installing Maven on Windows. It recommends downloading the Maven zip file from the Apache Maven website, extracting it, and configuring environment variables to point to the Java Development Kit (JDK) and Maven folders. Specifically, it instructs the user to set JAVA_HOME to the JDK folder location and MAVEN_HOME to the extracted Maven folder, then update the PATH variable to include the Maven bin folder so Maven commands can be run from any location. The document confirms the installation was successful by having the user run the "mvn --version" command.
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2. HELLO!
I am Estefanía Fdez
Head of QA at
Previously… Head of QA at
Una QA en Apuros Blog. SevillaQA.
You can find me on Twitter as @estefafdez
Or Linkedin: https://es.linkedin.com/in/estefafdez
2
5. To be able to test an iOS App you must have a Mac.
5
6. 6
Xcode 9.4 (9F1027a) already installed.
.
You can download it from: https://developer.apple.com/xcode/
Or without a developer account: https://xcodereleases.com/
17. How can I do an iOS App
to test?
17
Hello TestApp!
18. » Single View Application developed in Swift 3
for testing purposes.
» Download the code:
https://github.com/estefafdez/iOSTestApp
» iOS App extension: .ipa, .app.
18
TestApp
37. 37
Install Appium Server using Homebrew.
Type on your terminal:
» npm install -g appium@1.12.1 --unsafe-perm=true --allow-root
NOTES:
» We suggest install version: 1.12.1.
» The --unsafe-perm=true and --allow-root are not mandatory
but they are necessary sometimes.
43. 43
Check iOS installation is ok with Appium Doctor
To check if everything you need to start with Appium and iOS is
correct, type on your terminal:
» appium-doctor --ios --yes
45. 45
Configure WebDriverAgent
Create the following folder:
» mkdir -p Resources/WebDriverAgent.bundle
Go to Appium-XCUITest and WebDriverAgent folder:
» cd
"/usr/local/lib/node_modules/appium/node_modules/appium-xcuitest
-driver/WebDriverAgent/"
47. 47
Configure WebDriverAgent on Xcode.
» Now, select the WebDriverAgent project and click on the Info tab to
change on the Deployment Target , the iOS Deployment Target.
Select the iOS version you want to test your application.
48. 48
Configure WebDriverAgent on Xcode.
» On the Build Settings tab, on the Deployment settings, change the
iOS Deployment Target as well, to match the same version as the
Info tab.
53. 53
Install Appium Desktop.
» Appium Desktop is an app for Mac, Windows, and Linux which
gives you the power of the Appium automation server in a
beautiful and flexible UI. You can inspect element on an App.
» You can download it from:
https://github.com/appium/appium-desktop