This presentation provides an overview of Appium, an open source test automation framework for mobile apps. It discusses what Appium is, its prerequisites for Windows installation, and the step-by-step process for installing and configuring Appium on Windows. It also describes how to find an app's package and activity details, inspect app elements using UIAutomatorViewer, locate elements in Appium tests, and discover mobile devices in Chrome for web testing.
The new build mechanism replacing Ant for Android development is based on Gradle, the popular build tool from the Groovy ecosystem. Ken Kousen introduces you to Gradle for Android developers and shows how easy it is to integrate Gradle into Android projects. We’ll show the latest version of the Android Studio IDE to develop applications. Join Ken to discuss using the Android plugin for Gradle; adding dependencies and alternate repositories; creating custom tasks; implementing both unit and integration tests; using alternative build types, product flavors, and variants; and more. Leave with an appreciation and understanding of Gradle and how to use it in your development environment.
This document summarizes key points about view controller lifecycles, autolayout, and scroll views in iOS development. It discusses when view controller methods like viewDidLoad and viewWillAppear are called, and best practices for performing tasks in each method. It also provides an overview of using autolayout constraints to layout user interfaces, and examples of setting up and configuring scroll views.
This document provides an overview of developing Android applications using Java and the Android SDK. It discusses why to use Android and its open source model. It then covers setting up Eclipse with the Android SDK, creating a basic "Hello World" app, understanding the activity lifecycle, and debugging apps. It also demonstrates a simple stopwatch app and discusses publishing apps on the Google Play store.
Speech recognition, also known as automatic speech recognition, allows a computer to understand human voice and perform tasks. It uses acoustic and language models to recognize speech. Acoustic models are statistical representations of sounds created from audio recordings and transcriptions, while language models predict word sequences. There are two main types: speaker-dependent systems require user training to recognize individual voices more accurately, while speaker-independent systems used in applications like phones do not require training but are generally less accurate. The speech recognition process involves digitizing speech, analyzing acoustic signals, and linguistically interpreting the speech to recognize words.
The project was started with a sole aim in mind that the design should be able to recognize the voice of a person by analyzing the speech signal. The simulation is done in MATLAB. The design of the project is based on using the Linear prediction filter coefficient (LPC) and Principal component analysis (PCA) on data (princomp) for the speech signal analysis. The Sample Collection process is accomplished by using the microphone to record the speech of male/female. After executing the program the speech is analyzed by the analysis part of our MATLAB program code and our design should be able to identify and give the judgment that the recorded speech signal is same as that of our desired output.
This is a ppt on speech recognition system or automated speech recognition system. I hope that it would be helpful for all the people searching for a presentation on this technology
This document provides instructions for setting up Appium on Windows to test Android apps. It involves installing prerequisites like Java, Android SDK, Eclipse plugins. Then configuring Appium by launching the inspector, specifying Android and general settings like server address. Next it covers connecting an Android device in USB debugging mode, verifying the connection, and using UI Automator Viewer to inspect app elements. It also explains how to get the app package name and activity using APKInfo. Finally it describes setting up an Eclipse project for Appium, adding required jars, and running a sample test script providing device and app capabilities.
The new build mechanism replacing Ant for Android development is based on Gradle, the popular build tool from the Groovy ecosystem. Ken Kousen introduces you to Gradle for Android developers and shows how easy it is to integrate Gradle into Android projects. We’ll show the latest version of the Android Studio IDE to develop applications. Join Ken to discuss using the Android plugin for Gradle; adding dependencies and alternate repositories; creating custom tasks; implementing both unit and integration tests; using alternative build types, product flavors, and variants; and more. Leave with an appreciation and understanding of Gradle and how to use it in your development environment.
This document summarizes key points about view controller lifecycles, autolayout, and scroll views in iOS development. It discusses when view controller methods like viewDidLoad and viewWillAppear are called, and best practices for performing tasks in each method. It also provides an overview of using autolayout constraints to layout user interfaces, and examples of setting up and configuring scroll views.
This document provides an overview of developing Android applications using Java and the Android SDK. It discusses why to use Android and its open source model. It then covers setting up Eclipse with the Android SDK, creating a basic "Hello World" app, understanding the activity lifecycle, and debugging apps. It also demonstrates a simple stopwatch app and discusses publishing apps on the Google Play store.
Speech recognition, also known as automatic speech recognition, allows a computer to understand human voice and perform tasks. It uses acoustic and language models to recognize speech. Acoustic models are statistical representations of sounds created from audio recordings and transcriptions, while language models predict word sequences. There are two main types: speaker-dependent systems require user training to recognize individual voices more accurately, while speaker-independent systems used in applications like phones do not require training but are generally less accurate. The speech recognition process involves digitizing speech, analyzing acoustic signals, and linguistically interpreting the speech to recognize words.
The project was started with a sole aim in mind that the design should be able to recognize the voice of a person by analyzing the speech signal. The simulation is done in MATLAB. The design of the project is based on using the Linear prediction filter coefficient (LPC) and Principal component analysis (PCA) on data (princomp) for the speech signal analysis. The Sample Collection process is accomplished by using the microphone to record the speech of male/female. After executing the program the speech is analyzed by the analysis part of our MATLAB program code and our design should be able to identify and give the judgment that the recorded speech signal is same as that of our desired output.
This is a ppt on speech recognition system or automated speech recognition system. I hope that it would be helpful for all the people searching for a presentation on this technology
This document provides instructions for setting up Appium on Windows to test Android apps. It involves installing prerequisites like Java, Android SDK, Eclipse plugins. Then configuring Appium by launching the inspector, specifying Android and general settings like server address. Next it covers connecting an Android device in USB debugging mode, verifying the connection, and using UI Automator Viewer to inspect app elements. It also explains how to get the app package name and activity using APKInfo. Finally it describes setting up an Eclipse project for Appium, adding required jars, and running a sample test script providing device and app capabilities.
The document provides instructions for getting started with Android development, including system requirements, downloading the Android Developer Tools, creating a "HelloWorld" project, understanding the structure of an Android app, and how to run and test the app on an emulator or real Android device. Key steps include downloading the Android SDK, creating a new project in Eclipse, configuring the "Run" settings, and ensuring USB debugging is enabled to run the app directly on a connected device.
The document provides information about setting up the Android development environment using Eclipse. It discusses downloading the Android SDK starter package, installing the ADT plugin for Eclipse, and adding Android platforms and components to the SDK using the Android SDK and AVD Manager. The typical layout of the Eclipse IDE for Android development is shown, including the ADT plugin extensions. Steps for creating an Android Virtual Device for use with the emulator are also outlined.
Appium is a test automation tool that allows testing of mobile web, native, and hybrid applications across various platforms. It supports automation of apps on Android and iOS. Appium uses JSON wire protocol to communicate between the Appium server and client libraries. For Android, it uses UIAutomator framework to interact with apps, while for iOS it uses XCUITest framework. Setting up Appium requires installing Java, Android Studio or Xcode, appium server and client libraries. The appium server acts as a middle-ware between the test scripts and mobile platforms by routing commands to appropriate framework-specific modules.
This document provides instructions for installing the Java Development Kit (JDK), Android SDK, Eclipse, and Android Development Tools (ADT) plugin to set up an Android development environment. It also demonstrates creating a basic "Hello World" Android project in Eclipse called "HelloAndroid" that displays plain text.
This document is a tutorial on how to develop Android Wear apps for beginners. It discusses setting up the development environment, creating an Android Wear virtual device, and connecting the virtual device to a handheld device. Specifically, it instructs the user to download necessary software like Android Studio, SDK tools, and the Android Wear companion app. It then provides step-by-step instructions on creating an Android virtual device, connecting it to the handheld device using ADB, and testing basic notifications. The tutorial is part of a multi-part series on Android Wear app development for beginners.
This document is a tutorial on how to set up an Android development environment to build Android Wear apps. It discusses downloading and installing the Java Development Kit (JDK), Android Studio IDE, Android SDK, and creating an Android Virtual Device (AVD) emulator. It then demonstrates creating a new Android Wear project from a sample app provided by Google and running the app on the AVD emulator. The tutorial is intended for beginners and covers the basic setup and running of a simple Android Wear 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.
Components Of Android 5. Sample Application 6. Future Prospect 7. Android Job in Market What is Android? Android is a linux-based operating system designed primarily for touch-screen mobile devices such as smartphones and tablets computers. Initially developed by Android Inc.,
This document provides instructions for setting up an environment for Android development. It discusses downloading and installing the Java Development Kit (JDK), Android SDK, and Android Studio. It also covers configuring a real Android device or emulator for testing apps. The document demonstrates creating a basic "Hello World" Android app in Android Studio and reviewing the underlying code and manifest file. It then briefly describes a more advanced app that scans for nearby WiFi access points when a button is pressed.
The document discusses the history and evolution of smartphones from early devices like the Motorola DynaTAC 8000x to modern smartphones. It covers key aspects of smartphones like operating systems (Android, iOS, etc.), mobile development platforms, and the architecture and components of the Android operating system. It provides instructions on setting up development environments and outlines the basic process for creating a simple "Hello World" Android app, including key files like the manifest, layout files, and Java source code. Finally, it discusses a more complex example app for scanning and displaying nearby WiFi access points.
This document provides an overview of setting up the Android development environment and creating basic Android projects. It discusses downloading the necessary software including the Java Development Kit, Eclipse IDE, and Android SDK. It also explains how to install the Android Developer Tools plugin for Eclipse. The document demonstrates how to create a simple "Hello World" project and tabbed application. It discusses accessing sensors on Android devices like GPS and accelerometers. Finally, it covers using local SQLite and remote databases to store and access data.
This document provides an overview of setting up the Android development environment and creating basic Android projects. It discusses downloading the necessary software including the Java Development Kit, Eclipse IDE, and Android SDK. It also explains how to install the Android Developer Tools plugin for Eclipse. The document demonstrates how to create a simple "Hello World" project and tabbed application. It discusses accessing sensors on Android devices like GPS and accelerometers. Finally, it covers using local SQLite and remote databases to store and access data.
Appium Mobile Testing - Nakov at js.talks() Conference - Nov 2021Svetlin Nakov
Automated testing of Android apps with Appium, JavaScript and Mocha
In this lesson the speaker explains the concepts of mobile app testing and will demonstrate the "Appium" tool for writing automated UI tests for Android mobile apps in JavaScript.
The live demo automates the UI interaction of simple Android app, running in a local Android emulator, automated by Appium, through JavaScript with Mocha-based automated tests.
The speaker also demonstrates how to implement Appium-based Android tests in GitHub Actions CI/CD pipeline.
The document outlines a series of Android labs covering topics such as linear layout, relative layout, table layout, list view layout, menus, dialogs, widgets, shared preferences, SQLite, intents, content providers, and broadcast receivers. It also provides references to additional Android resources for further learning. The labs are designed to teach Android fundamentals and cover creating basic UI layouts using different layout types, adding interactivity with menus and dialogs, storing and retrieving data, and implementing core Android application concepts.
How to configure Appium with android IDE & eclipseHaitham Refaat
To configure Appium with Android IDE and Eclipse, you must:
1. Check your Android version and API level to ensure compatibility.
2. Download and install Android Studio, accepting licenses and selecting installation options.
3. Create a new Android project and fix any Gradle errors.
4. Download and install Appium, starting the server and adding the correct capabilities to match the emulator configuration.
This document provides an overview of Android development. It outlines the Android platforms, Google Play, system architecture, installation requirements, and IDE. It discusses creating a "Hello World" project using Model-View-Controller. It also covers the Android Debug Bridge, activities, fragments, and differences between native, web and hybrid apps. Key topics include Android versions, top 5 phones, publishing apps, and using emulators and the Android Virtual Device Manager.
TOPS Technologies offer Professional Android Training in Ahmedabad.
Ahmedabad Office (C G Road)
903 Samedh Complex,
Next to Associated Petrol Pump,
CG Road,
Ahmedabad 380009.
http://www.tops-int.com/live-project-training-android.html
Most experienced IT Training Institute in Ahmedabad known for providing Android course as per Industry Standards and Requirement.
This document provides an overview of setting up an Android development environment and creating basic Android projects. It discusses downloading the Java Development Kit (JDK), Eclipse IDE, Android SDK, and Android Developer Tools (ADT) plugin. It also explains creating a "Hello World" project, typical project components, and accessing sensors and databases in Android applications.
The document provides instructions for getting started with Android development, including system requirements, downloading the Android Developer Tools, creating a "HelloWorld" project, understanding the structure of an Android app, and how to run and test the app on an emulator or real Android device. Key steps include downloading the Android SDK, creating a new project in Eclipse, configuring the "Run" settings, and ensuring USB debugging is enabled to run the app directly on a connected device.
The document provides information about setting up the Android development environment using Eclipse. It discusses downloading the Android SDK starter package, installing the ADT plugin for Eclipse, and adding Android platforms and components to the SDK using the Android SDK and AVD Manager. The typical layout of the Eclipse IDE for Android development is shown, including the ADT plugin extensions. Steps for creating an Android Virtual Device for use with the emulator are also outlined.
Appium is a test automation tool that allows testing of mobile web, native, and hybrid applications across various platforms. It supports automation of apps on Android and iOS. Appium uses JSON wire protocol to communicate between the Appium server and client libraries. For Android, it uses UIAutomator framework to interact with apps, while for iOS it uses XCUITest framework. Setting up Appium requires installing Java, Android Studio or Xcode, appium server and client libraries. The appium server acts as a middle-ware between the test scripts and mobile platforms by routing commands to appropriate framework-specific modules.
This document provides instructions for installing the Java Development Kit (JDK), Android SDK, Eclipse, and Android Development Tools (ADT) plugin to set up an Android development environment. It also demonstrates creating a basic "Hello World" Android project in Eclipse called "HelloAndroid" that displays plain text.
This document is a tutorial on how to develop Android Wear apps for beginners. It discusses setting up the development environment, creating an Android Wear virtual device, and connecting the virtual device to a handheld device. Specifically, it instructs the user to download necessary software like Android Studio, SDK tools, and the Android Wear companion app. It then provides step-by-step instructions on creating an Android virtual device, connecting it to the handheld device using ADB, and testing basic notifications. The tutorial is part of a multi-part series on Android Wear app development for beginners.
This document is a tutorial on how to set up an Android development environment to build Android Wear apps. It discusses downloading and installing the Java Development Kit (JDK), Android Studio IDE, Android SDK, and creating an Android Virtual Device (AVD) emulator. It then demonstrates creating a new Android Wear project from a sample app provided by Google and running the app on the AVD emulator. The tutorial is intended for beginners and covers the basic setup and running of a simple Android Wear 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.
Components Of Android 5. Sample Application 6. Future Prospect 7. Android Job in Market What is Android? Android is a linux-based operating system designed primarily for touch-screen mobile devices such as smartphones and tablets computers. Initially developed by Android Inc.,
This document provides instructions for setting up an environment for Android development. It discusses downloading and installing the Java Development Kit (JDK), Android SDK, and Android Studio. It also covers configuring a real Android device or emulator for testing apps. The document demonstrates creating a basic "Hello World" Android app in Android Studio and reviewing the underlying code and manifest file. It then briefly describes a more advanced app that scans for nearby WiFi access points when a button is pressed.
The document discusses the history and evolution of smartphones from early devices like the Motorola DynaTAC 8000x to modern smartphones. It covers key aspects of smartphones like operating systems (Android, iOS, etc.), mobile development platforms, and the architecture and components of the Android operating system. It provides instructions on setting up development environments and outlines the basic process for creating a simple "Hello World" Android app, including key files like the manifest, layout files, and Java source code. Finally, it discusses a more complex example app for scanning and displaying nearby WiFi access points.
This document provides an overview of setting up the Android development environment and creating basic Android projects. It discusses downloading the necessary software including the Java Development Kit, Eclipse IDE, and Android SDK. It also explains how to install the Android Developer Tools plugin for Eclipse. The document demonstrates how to create a simple "Hello World" project and tabbed application. It discusses accessing sensors on Android devices like GPS and accelerometers. Finally, it covers using local SQLite and remote databases to store and access data.
This document provides an overview of setting up the Android development environment and creating basic Android projects. It discusses downloading the necessary software including the Java Development Kit, Eclipse IDE, and Android SDK. It also explains how to install the Android Developer Tools plugin for Eclipse. The document demonstrates how to create a simple "Hello World" project and tabbed application. It discusses accessing sensors on Android devices like GPS and accelerometers. Finally, it covers using local SQLite and remote databases to store and access data.
Appium Mobile Testing - Nakov at js.talks() Conference - Nov 2021Svetlin Nakov
Automated testing of Android apps with Appium, JavaScript and Mocha
In this lesson the speaker explains the concepts of mobile app testing and will demonstrate the "Appium" tool for writing automated UI tests for Android mobile apps in JavaScript.
The live demo automates the UI interaction of simple Android app, running in a local Android emulator, automated by Appium, through JavaScript with Mocha-based automated tests.
The speaker also demonstrates how to implement Appium-based Android tests in GitHub Actions CI/CD pipeline.
The document outlines a series of Android labs covering topics such as linear layout, relative layout, table layout, list view layout, menus, dialogs, widgets, shared preferences, SQLite, intents, content providers, and broadcast receivers. It also provides references to additional Android resources for further learning. The labs are designed to teach Android fundamentals and cover creating basic UI layouts using different layout types, adding interactivity with menus and dialogs, storing and retrieving data, and implementing core Android application concepts.
How to configure Appium with android IDE & eclipseHaitham Refaat
To configure Appium with Android IDE and Eclipse, you must:
1. Check your Android version and API level to ensure compatibility.
2. Download and install Android Studio, accepting licenses and selecting installation options.
3. Create a new Android project and fix any Gradle errors.
4. Download and install Appium, starting the server and adding the correct capabilities to match the emulator configuration.
This document provides an overview of Android development. It outlines the Android platforms, Google Play, system architecture, installation requirements, and IDE. It discusses creating a "Hello World" project using Model-View-Controller. It also covers the Android Debug Bridge, activities, fragments, and differences between native, web and hybrid apps. Key topics include Android versions, top 5 phones, publishing apps, and using emulators and the Android Virtual Device Manager.
TOPS Technologies offer Professional Android Training in Ahmedabad.
Ahmedabad Office (C G Road)
903 Samedh Complex,
Next to Associated Petrol Pump,
CG Road,
Ahmedabad 380009.
http://www.tops-int.com/live-project-training-android.html
Most experienced IT Training Institute in Ahmedabad known for providing Android course as per Industry Standards and Requirement.
This document provides an overview of setting up an Android development environment and creating basic Android projects. It discusses downloading the Java Development Kit (JDK), Eclipse IDE, Android SDK, and Android Developer Tools (ADT) plugin. It also explains creating a "Hello World" project, typical project components, and accessing sensors and databases in Android applications.
2. APPIUM
What is Appium?
APPIUM is a freely distributed open source mobile application UI testing
framework.
Appium allows native, hybrid and web application testing and supports
automation test on physical devices as well as on emulator or simulator both.
Appium supports all languages that have Selenium client libraries like- Java,
Objective-C, JavaScript with node.js, PHP, Ruby, Python, C# etc.
3. Prerequisite for running Appium in Windows
• Android SDK - Link
• Java Development Kit (JDK) - Link
• TestNG - Link
• Eclipse - Link
• Selenium Server Jar - Link
• WebDriver Language Binding Library - Link
• APPIUM For Windows - Link
• APK App Info On Google Play - Link
• Node.js - Link
• Microsoft.Net Framework - Link
• Eclipse External Jars - Gson , SeleniumWebDriverClient(Java) , JavaClient
4. Appium Installation on Windows.
• Step 1- Install Java and Set Environment Variables.
a) Right click on ‘My Computer’ -> Click on Properties -> Advanced System Settings -> Advanced ->
Environment Variable -> System Variables -> Click on ‘New’
b) Add ‘Variable Name’ as “JAVA_HOME”
c) Set ‘Variable Value’ as “C:Program FilesJavajre1.8.0_91” - OK
d) Right click on ‘My Computer’ -> Click on Properties -> Advanced System Settings -> Advanced ->
Environment Variable -> System Variables -> Path -> Click on “Edit”
e) Add “; C:Program FilesJavajre1.8.0_91bin” -> Click Ok
5. • Step 2- Install Android SDK in your system and Set Environment Variables.
a) Right click on ‘My Computer’ -> Click on Properties -> Advanced System Settings -> Advanced ->
Environment Variable -> System Variables -> Click on ‘New’
b) Add ‘Variable Name’ as “ANDROID_HOME”
c) Set ‘Variable Value’ as “C:UsersdellAppDataLocalAndroidandroid-sdk”
d) Right click on ‘My Computer’ -> Click on Properties -> Advanced System Settings -> Advanced ->
Environment Variable -> System Variables -> Path -> Click on “Edit”
e) Add “;C:UsersdellAppDataLocalAndroidandroid-sdktools” -> Click Ok
f) Now add ‘platform-tools’ to the folder path.
g) Right click on ‘My Computer’ -> Click on Properties -> Advanced System Settings -> Advanced ->
Environment Variable -> System Variables -> Path -> Click on “Edit”
h) Add “; C:UsersdellAppDataLocalAndroidandroid-sdkplatform-tools” -> Click Ok
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6. 21-Jul-16
e) Open SDK Manager - “C:UsersdellAppDataLocalAndroidandroid-sdkSDK Manager.exe” – Click
OK and Install desired tools and desired Android Device Version.
• Step 3- Install Node.js
• Step 4 – Install Appium Desktop Client
7. • Step 5 - Enable Developer Mode in the phone and On the 'USB
Debugging' option
a) Open the device and in Settings go to “About Phone”
b) Tap on the ‘Build Number’ for seven times
c) Now a toaster appears as ‘You are now a Developer’
d) Go back and Click on ‘Developer Option’
e) Enable the ‘USB Debugging’
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8. • Step 6 - Install Eclipse and set up a project.
a) Download and Install Eclipse.
b) Fig. 1, Select a location to save
and execute all the
compilation done in Eclipse.
c) Fig. 2, Select A Project (Type
Alt+Shieft+N) as Java Project.
d) Click ‘Next’
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Fig. 1
Fig. 2 Fig. 3
9. 21-Jul-16
Fig. 4
Fig. 6
Fig. 5
e) Fig. 4, Select a Package for the
Java Project.
f) Fig. 5, naming of the Java
Package
g) Fig. 6, Create a Class for the
java project.
h) Fig. 7, Landing page.
Fig. 7
10. Configuring Built Paths in Eclipse.
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Fig. 8a Fig. 8b
Fig. 8c Fig. 8d
i) Fig. 8a, 8b, 8c, 8d describes
the flow of Configuring the
built paths in eclipse.
11. Appium Setup for an app.
• Appium should be installed in the PC.
• Open Appium.exe file
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12. • On clicking in the Android button, it will list down the ‘Android
Settings’
• Select the apk path Package and Activity will auto filled or else you
can find the details of the apk from the ‘ApkInfo’ installed in he
device.
• Select desired Capabilities and Check for ‘No Reset’
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14. 21-Jul-16
How to find app package and app activity
• Install Apk Info from Google play
store into the device.
• Now open the app.
• Open the desired app for which
details is required.
• Press it for few seconds to view
the Detailed Information.
15. 21-Jul-16
How to inspect elements in UI AutomartorViewer
1. Connect your device to computer.
2. Open Command prompt (Win+R, Type 'cmd' and Press 'Enter')
3. Type 'adb devices' in cmd and Press 'Enter'. It will list down the
device binary name of your device attatched.
4. Open a native app installed in your phone.
5. Browse to the android insatallation folder and open
UIAutomatorViewer.
(Location (in my machine):
C:UsersKamonasishAppDataLocalAndroidsdktoolsuiautomatorvi
ewer.bat)
6. Click on the 'Device Screenshot' to find the device image on the left
followed by a window with the detailed information of the tree nodes
in the right side and the properties information on the bottom right
side.
7. Now inspect each and every elements of the screen just by moving
the mouse
16. 21-Jul-16
How to FindElement in Appium.
• In Fig. a, Elements can be located
as.
• In Fig. b, Elements can be located
as.
Fig. a
Fig. b
18. 21-Jul-16
Inspect elements of Mobile Web Application
Discovering devices in Chrome.
• Open Chrome browser in your desktop.
19. • Open Chrome Browser in device.
• Type an URL and Click ‘Open’. View in device, it re-directs to the page.
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20. 21-Jul-16
Note: Here I have explained about the installation of Appium. For live demo it’s available anytime in my cubicle.
Also for any queries feel happy to come to me for clarification.