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Test Author Guide
This guide describes how to create test scripts and enhances them by applying different test elements such as dataset, variables, and verification points.
Tests in the Functional Test perspective
When you develop Java, HTML, or Terminal-based applications, you can use HCL OneTest™ UI to create traditional functional tests for these applications. You must first record the tests and then use HCL OneTest UI to run the tests before you can view the test results.
Preparing the functional test environment
This section describes the tasks you must perform to configure the functional test environment.
Preparing for functional testing in the Google Chrome browser
You can use HCL OneTest™ UI to test HTML applications in the Google Chrome browser. To do this, you must enable the Google Chrome browser and add the HCL OneTest UI extension for Google Chrome™ to the browser.
Enabling the Google Chrome browser
To use HCL OneTest™ UI to test HTML applications that run on Google Chrome browser, you must enable the Google Chrome browser manually.
Adding the Google Chrome extension from the Chrome Web store
To perform functional testing in the Google Chrome browser, an extension is required to be added to the browser that enables communication between HCL OneTest™ UI and the Google Chrome browser through a web server. This extension, known as HCL OneTest UI for Google Chrome™, is available with your HCL OneTest UI installation. Alternatively, the extension is also available on the Google Chrome web store. To test applications loaded in Google Chrome, you must enable the browser, which adds the extension to the browser.

Test Author Guide
This guide describes how to create test scripts and enhances them by applying different test elements such as dataset, variables, and verification points.
- Tests in the UI Test perspective
  When you develop web applications, Windows-based applications, or mobile applications, you can use HCL OneTest™ UI to create functional tests for these applications. You must first record the tests and then use HCL OneTest UI to run the tests before you can view the test results.
- Tests in the Functional Test perspective
  When you develop Java, HTML, or Terminal-based applications, you can use HCL OneTest™ UI to create traditional functional tests for these applications. You must first record the tests and then use HCL OneTest UI to run the tests before you can view the test results.
  - Preparing the functional test environment
    This section describes the tasks you must perform to configure the functional test environment.
    - Automatically enabled environment for functional testing
      From HCL OneTest™ UI version 9.1 onwards, HCL OneTest UI automatically enables the environments for functional testing.
    - Before you record
      Before you can start recording functional test scripts, perform the following setup and configuration tasks:
    - Enabling Java environments
      You need to enable Java™ environments before you can use HCL OneTest™ UI to test Java applications. HCL OneTest UI is shipped with a JRE that is automatically enabled during your installation. The JRE is called "Default JRE." To enable other JREs, or if you install a new JRE, you must run the enabler again.
    - Enabling web browsers
      To test the HTML applications in HCL OneTest™ UI, you must enable web browsers. You can then record and play back tests by using the browsers that you enabled.
    - Multiwindow support for functional HTML tests
      When you record functional test scripts for HTML applications, HCL OneTest™ UI provides multiwindow support to record actions that you perform on multiple windows of the same browser instance.
    - Preparing for functional testing in the Google Chrome browser
      You can use HCL OneTest™ UI to test HTML applications in the Google Chrome browser. To do this, you must enable the Google Chrome browser and add the HCL OneTest UI extension for Google Chrome™ to the browser.
      - Google Chrome browser support
        With HCL OneTest™ UI, you can test HTML applications that are loaded in the Google Chrome browser in Microsoft Windows environments.
      - Enabling the Google Chrome browser
        To use HCL OneTest™ UI to test HTML applications that run on Google Chrome browser, you must enable the Google Chrome browser manually.
        Adding the Google Chrome extension from the Chrome Web store
        To perform functional testing in the Google Chrome browser, an extension is required to be added to the browser that enables communication between HCL OneTest™ UI and the Google Chrome browser through a web server. This extension, known as HCL OneTest UI for Google Chrome™, is available with your HCL OneTest UI installation. Alternatively, the extension is also available on the Google Chrome web store. To test applications loaded in Google Chrome, you must enable the browser, which adds the extension to the browser.
        Adding the Google Chrome extension bundled with the product
        To perform functional testing in the Google Chrome browser, you must install an extension for the Chrome browser. You can install the extension that is bundled with the product if you do not have access to the internet connection.
      - Changing the web server port for communication with Google Chrome
        The default web server port for communication between Google Chrome and HCL OneTest™ UI is set on the Webserver Configuration page in the Preferences dialog box in HCL OneTest UI, as well as in the options for the HCL OneTest UI for Google Chrome™ extension. If this default port is already in use on the workstation where you are testing applications in Google Chrome, change it and specify an available port.
    - Enabling the Eclipse non-p2 based applications for functional testing
      If the application under test is a non-p2 Eclipse based application, you can enable the Eclipse platform for functional testing using the Eclipse enabler.
    - Enabling the Eclipse p2- based applications for functional testing
      If the application-under-test is based on p2-based Eclipse, you must enable the Eclipse platform for testing using the Eclipse Software Updates feature.
    - Enabling stand-alone Standard Widget Toolkit applications
      You must enable stand-alone Standard Widget Toolkit (SWT) support before using HCL OneTest™ UI to test SWT applications in the application under test.
    - Configuring applications for testing
      You must configure your Java™, HTML, VB.NET, SAP GUI, Flex or Windows® applications for functional testing by providing the name, path, and other information that HCL OneTest™ UI uses to start and run the application. You use the Application Configuration Tool to configure applications.
    - Configuring the Java environment for testing
      You must configure JREs for testing Java only when the application under test is either Internet Explorer or a Java-based application that requires a Java distinct from the Java which is bundled with the product. The configured Java provides path, run options, and other information that HCL OneTest™ UI needs to access and use your JREs.
    - Configuring browsers for testing
      You need to configure your browsers for HTML testing with HCL OneTest™ UI. To configue browsers, you must provide name, path, and other information about the browsers.
    - Browser enablement diagnostic tool
      The Browser Enablement Diagnostic Tool is used to diagnose problems you might have with enabling your browser for HTML testing. The tool will diagnose the enablement problem and report how to solve the problem.
    - Enabling the Java plug-in of a browser
      The Oracle Java™ plug-in of your browser(s) must be enabled in order for some applets to be tested, and for the View Results link that launches the Verification Point Comparator from the HTML log to work properly. If you get an error regarding the plug-in during HTML testing, or when trying to launch the Comparator, use the following steps to fix the problem.
    - Adding references to external resources
      Functional test scripts or projects may refer to or use external resources like the DLLs in .Net IDE or JAR files in Eclipse IDE. To enable the scripts or projects to use these files, you must add references to these files in HCL OneTest™ UI.
    - Proxy settings for freeform DataWindow PowerBuilder controls
      In HCL OneTest™ UI, from version 8.2.1 onwards, new proxies are available for recording and playback on freeform DataWindow PowerBuilder controls in functional test scripts. By default, in a HCL OneTest UI 8.2.1 installation, scripts that you recorded using the old proxies can be played back normally but any new scripts that you record will use these new proxies.
    - Setting up the environment for testing AJAX-based web applications
      You can test AJAX-based applications in two different ways; by setting the Auto Trace option to true or by setting the Auto Trace option to false. If you set the Auto Trace option to false, you must use the HCL OneTest™ UI APIs for AJAX in the script by manually inserting them.
    - Enabling SAP client and server
      To use HCL OneTest™ UI to test SAP applications, you must enable the SAP client and SAP server.
    - Enabling applications with WebDynPro controls for functional testing
      When you playback functional test scripts to test HTML applications with WebDynPro controls, you may get object not found exception or a weak recognition warning even if the control exists.
    - Enabling the GEF application
      You must enable the GEF support before using HCL OneTest™ UI to test GEF objects on the application under test.
    - Enabling response time breakdown
      You can enable response time breakdown to see how much time is spent in each part of the application as the test runs. To collect response time breakdown, the data collection infrastructure must be installed and running on all computers that are used in the distributed application under test.
    - Flex applications testing process
      The testing process is based on the tasks that Flex developers and testers perform. The process for automating functional tests of Flex applications differs, depending on the way developers create the application under test.
    - Importing and exporting configuration and customization files
      You can configure and customize files in the configuration and the customization directories. The configuration files contains information such as the application that must be configured for testing. However, the customization files contain information about the external jar files used in your project, customization of any recognition properties, and third-party proxy extensions. You can export these files and later deploy them using the export and import utility. The default location for the configuration and customization file is C:\ProgramData\HCL\OneTestUI. For example: If you want to use the same configuration and customization files on different computers, you can archive these files and later deploy them using this utility.
    - Setting preferences
      You use the Preferences dialog box to customize HCL OneTest™ UI in a number of different areas, such as settings for time options; colors for the Verification Point Editor, the Verification Point Comparator, and the Object Map Editor; highlight color for test objects; operating system; playback; delays; log; playback monitor; ScriptAssure(TM); recorder; recording monitor; and the workbench.
  - Functional test assets
    This section describes the different types of functional test assets that are available in HCL OneTest™ UI.
  - Functional test projects
    A functional test project stores application test assets such as scripts, object maps, verification point baseline files, and script templates. You must create a functional test project before you can record scripts.
  - Working with functional test scripts (Windows-only)
    This section describes the process of creating functional test scripts to test your applications.
  - Verification points
    Verification points verify whether an expected behavior occurred during a test playback, or they verify whether there is a change in the state of a control or an object. When you create a verification point, you capture information about a control or an object in the application to establish this information as a baseline for comparison during the playback.
  - Functional tests with external data
    You can use external data to data-drive functional tests. When you data-drive a test, the script uses variables for key application input fields and programs instead of literal values so that you can use external data as you data-drive the application you are testing.
  - Testing terminal-based applications
    Use the HCL OneTest™ UI Terminal-based Applications feature to create test scripts and automate your host-application test cases. You can test host attributes, host field attributes, and screen-flow through a host application. It uses terminal verification points and properties, as well as synchronization code to identify the readiness of terminal for user input.
- Extending the UI Test perspective with custom Java™ code
  You can use custom code to extend the default Web UI testing capabilities. You can write custom Java™ code and call the code from the test. You can also specify that results from the tests that are affected by your custom code to be included in reports.
- Extending the Functional Test perspective
  You can use custom code to extend the default functional testing capabilities. You can write custom code and call the code from the test. You can also specify that results from the tests that are affected by your custom code to be included in reports.
- Extending the functionality in the Visual Studio IDE
  These topics describe various ways that you can customize HCL OneTest™ UI or use the application programming interface (API) to extend HCL OneTest UI functionality.
- Experimental Features
  HCL OneTest™ UI contains a set of pre-releases that enable you to test various experimental features. These experimental features, while still in progress, are introduced early in the release to seek your feedback on its overall functionality and performance. You can play around with these capabilities before they are made available and supported as a general feature in an upcoming release.

Adding the Google Chrome extension from the Chrome Web store

To perform functional testing in the Google Chrome browser, an extension is required to be added to the browser that enables communication between HCL OneTest™ UI and the Google Chrome browser through a web server. This extension, known as HCL OneTest™ UI for Google Chrome™, is available with your HCL OneTest™ UI installation. Alternatively, the extension is also available on the Google Chrome web store. To test applications loaded in Google Chrome, you must enable the browser, which adds the extension to the browser.

Before you begin

If you already enabled the Google Chrome browser manually through the Enable Environments for Testing dialog box in HCL OneTest™ UI, and you want to install the latest updates to the HCL OneTest™ UI for Google Chrome extension from the Google Chrome web store, first disable the browser by clicking Disable in the Enable Environments for Testing dialog box, and then add the extension from the web store by completing the procedure below.

About this task

Procedure

In the Google Chrome browser, click the Customize and Control Google Chrome icon, and then click Settings.
On the Settings page, in the right pane, click Extensions.
Click Want to browse gallery instead. The Google Chrome web store opens.
In the Search field, type HCL OneTest™ UI and press Enter. The HCL OneTest™ UI for Google Chrome extension is displayed.
Click Add to Chrome.

Results

The HCL OneTest™ UI for Google Chrome extension is added to the Google Chrome browser, and the browser is enabled for functional testing.

What to do next

Verify that the browser is enabled by opening the Enable Environments dialog box in HCL OneTest™ UI. After you verify that the browser is enabled, you can start testing applications in the Google Chrome browser.