The document discusses mobility testing for applications developed for mobile devices, highlighting its functionality, consistency, and usability through both manual and automated testing. Various tools are mentioned for testing on Android and iOS platforms, including Appium, Calabash, and UIAutomation, each with unique features and capabilities. It also emphasizes the importance of testing tools that do not require code modifications and supports both native and web applications.

1. Mobility
Testing
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2. Introduction
Mobility testing is an activity by which app software
developed to hand held the mobile devices is tested to its
functionality, consistency or usability. Mobility testing can
be automated and manual type of testing.
Mobility Testing can be done by the helping of various
tools:

3.  Appium to Android & iOS Testing Tool:
This is an open-source project to cross platform test automation. Basically,
it’s an HTTP server managing Web Driver sessions. This supports the tests
in any frame work or in any languages that can creates an HTTP requests.
No application code needs to be modified to testing. Any test is suitable for
execute on both iOS and Android on actual devices and emulators. It
supports the native, hybrid or web applications.
 Calabash to Android or iOS Testing Tool:
Used with the Cucumber, TCs are written in natural languages then
translated for test scripts that execute within frame work. This works well
with the Java, Ruby, .NET, Flex or many other programming languages.

4.  Monkey Talk to Android & iOS Testing Tool:
Both the testers & developers utilize this accomplish the functional
test platform for Android and iOS applications. This consists of
three parts: IDE, an Agent or scripts. IDE creates the test scripts
using record & play-back. Agent is the test instrumentations library
for which application links. Tests can be data driven from a spread
sheet using the CVS format.
 UIAutomator to Android Testing Tool:
It creates the functional Android UI TCs. The scripts are written in
JS. The UIAutomator viewer is used for executes or examines the
test outcomes. The complex sets of user processes can be
reproduced & it can access the native devices buttons too.

5.  Selendroid to Android Testing tool:
No application code modification is required for use the Selendroid,
which is basically selenium for Android applications. Selenium two &
Web-Driver API are basis for the test code. Frame work interacts with
multiple devices and device emulators simultaneously. Selendroid even
supports the device hot swapping. There’s an inspection component to
recording the device UI state for TC creation.
 Frank to iOS Testing Tool:
This is an iOS only test frame work combining the cucumber / JSON.
Although it has benefits of not requiring the application code changes,
this is difficult to execute directly on devices. This is most suited to
emulators or web based applications.

6.  Keep It Functional to iOS Testing Tool:
KIF is an open-source frame work developed to iOS
mobile application UI testing. This utilizes accessibility API
built into iOS in order for simulate actual user interactions. Apples
switch for swift makes its use of Objective ‘C’ a pitfalls going forward.
 IOS Driver to iOS Testing Tool:
IOS Driver utilizes the selenium & web drivers API for testing the iOS
mobile applications. It is default is to execute on emulators, where
executions is bullish & scalable. The present version works with the
devices, but really executes more gradually in that case. No
application source-code requires modification or no additional
applications are loaded on device the under test. IOS Driver is
designed for execute as a selenium grid node, which improves the
test speed as it enables parallel GUI testing.

7.  UI-Automation to IOS Testing Tools:
It is Apple’s test automation frame work. JS is used for operates the
devices UI. As the proprietary-tool, it doesn’t play well with the other
tools and methodologies.
 Native driver testing Tool:
This is an implementation of web driver API which drives of UI of the
native app rather than a web app.
Plan to make native driver a multiplatform tool. Currently working on
following versions:
IOS - usable & in SVN repository
Android - usable & in SVN repository
Windows - Experimental & prototype phase
The web driver is used to do the functional testing of web apps on many
platforms or browsers. By the applying of web driver & all related
technologies for native apps.

8. Contact Us
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Email:
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Website:
www.precisetestingsolution.com

9. Thank you