image-blog-xcuitest
February 26, 2018

What Is XCUITest?

Mobile Application Testing

XCUITest is growing in popularity. Here, we break down what XCUITest is, why use it, and how to use it.

What Is XCUITest?

XCUITest is a UI testing framework launched by Apple in 2015. 

XCUITest is part of XCode. This allows you to easily develop UI tests that reflect the users’ interface with the application. 

Why XCUITest Is Popular

Development teams have started to adopt XCUITest to get fast and reliable feedback. There are five reasons why XCUITest is popular.

1. Intuitive

Using XCUITest is quite intuitive for developers as it runs from within the XCode IDE.

2. Fast

Test execution against iOS devices is faster than any other UI test automation tool due to the framework architecture

3. Reliable

Due to the architecture of the framework, test execution using XCUITest generates more reliable results and eliminates flakiness

4. Mature

The APIs and the framework became significantly more mature during the last year

5. Test Maintenance

Since the app has been instrumented, the framework works directly at the object level which reduces maintenance efforts that usually happen due to changes in the applications.

How XCUITest Supports CI

It's important that automated testing supports CI. Using XCUITest as your framework can help. 

For instance, many teams still execute their tests on simulators/local devices from the developers workstation. By using XCUITest, you can get more value out testing. Especially when you execute XCUITest as part of your CI processes. This allows you to get continuous feedback on real devices and end-user conditions.

How Do I Use XCUITest?

Here's how to use XCUITest.

1. Set Up Your XCode Project

First, you'll need to get started with XCode, if you haven't already. Get started >>

XCUITest is part of XCode. So, you'll be able to use this framework within XCode.

2. Generate Your Test IPA Package in XCUITest

When you're ready to test your app, you'll generate your test IPA package.

You can do this by going to Product in the menu, selecting Build For, and then Testing.

 

 

This generates the test package.

3. Integrate XCUITest With the Right Tools

To get the most out of XCUITest, you'll want to integrate it with the right tools. 

By integrating Perfecto and XCUITest, you'll get:

  • Easy test automation setup and creation.
  • Stable test execution in the cloud.
  • Scalable testing in parallel and enhanced coverage.
  • Detailed reporting and fast feedback.

Try XCUITest With Perfecto

See for yourself how you can get the most out of XCUITest by pairing it with Perfecto.

Try it now >>

Example: Run XCUITest on Multiple Devices With Perfecto

Of course XCUITest cases can only be executed on a single device at a time. So if you want to run these tests in parallel, you will not be able to do this out of the box.

Here's how to run XCUITest in parallel with the Quantum framework on Perfecto Cloud.

1. Create IPA Test Files

As noted above, you'll need to create your IPA test files first.

Here are two IPA test files you can use, available on GitLab:

After the IPA files are built, you'll upload these files onto your Perfecto-hosted cloud repository.

2. Prepare Your Quantum Project

Next, you'll download and install QAF start project.

In this example, we're using IntelliJ Community Edition as the IDE, with the PerfectoContinuous Quality Lab plugin.

After you've installed QAF, make edits to the application.properties file under resources folder. Change the following to your user credential and hosted-cloud domain name:

Codee

Next, you will need to create a custom steps file, and place it under the steps folder (src/main/java/com.quantum/steps).

Right-click on steps folder -> New -> File, and then name it and save it as XCUITestStepsDefs.java.

Then add the following code as shown below. Make sure you are referencing to the test IPA files that you had created earlier.

CodeDDD

Now, we need to create a scenario file and place it under scenario folder (src/main/resources/scenarios).

Right-click on scenarios folder -> New -> File, and then name it and save it as xcuitest.feature

Then add the following code as shown below:

Coded 2

The final file we need is a TestNG configuration file to allow us to run multiple devices in parallel. Therefore, we need to create this file and place it under config folder (src/main/resources/config).

Right-click on config folder -> New -> File, and then name it and save it as testng_XCUITestDemo.xml (or whatever name make sense).

We'll set it up to run three different iPhone devices in parallel. The selection of device is set to be any available iPhone S-type phone. However, if you want to select a specific device then you need to change the parameter capabilities from “model” to “deviceName” and set it with the device UDID number.

Capture 66

In my example, I will be using the wildcard for iPhone. And each of my test suites are unique.

More Code 3

3. Run XCUITest on Multiple Devices in Parallel

Right-click on testng_EspressoDemo.xml file -> and select “Run…” from menu item.

Codee 6

View the all devices running XCUITest script. Click on Perfecto Dashboard pane to view devices testing in progress.

Code 55

Get Started With XCUITest — and Perfecto

Perfecto recently released advanced support for XCUITest. This enables development teams to utilize the advantages of XCUITest, while also leveraging Perfecto’s cloud-based capabilities.

In addition, Perfecto extended the XCUITest framework by adding the ability to control and setup the device the same way end users do. This enables teams to validate that their apps will function as expected in the real world.

Ready to try testing with XCUITest and Perfecto? Get your free trial today.

Test XCUITest With Perfecto

 

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