Introduction

1. Utility to easily integrate Applitools VisualAI with your JAVA-TestNG automation framework
2. This is a library which implements basic utilities for Applitools (com.applitools)
3. Dashboard link: https://eyes.applitools.com/

Build

mvn clean install -DskipTests

If facing issues with dependencies not being resolved from https://jitpack.io, then check the settings.xml file you're using for building your maven projects. If you've proxies configured in the same, then make sure jitpack.io is part of nonProxyHosts configuration. For instance

<proxy>
    <id>httpmyproxy</id>
    <active>true</active>
    <protocol>http</protocol>
    <host>someHost</host>
    <port>8080</port>
    <username>UserName</username>
    <password>Password</password>
    <nonProxyHosts>*.google.com|*jitpack.io</nonProxyHosts>
</proxy>

How to consume the dependency

<dependency>
   <groupId>com.github.znsio</groupId>
   <artifactId>ApplitoolsIntegration</artifactId>
   <version>x.x.x</version>
</dependency>

How to configure Applitools (Visual Testing) in your automation framework

1. To disable visual validation for the tests, set IS_VISUAL to false in config properties of your automation framework repo

2. For running visual validations:

   1. Set IS_VISUAL to true in config properties of your automation framework repo
   2. Set the environment variable for APPLITOOLS_API_KEY like this

      export APPLITOOLS_API_KEY=<Your API KEY>
      

      Applitools API Key can be picked from user Dashboard https://eyes.applitools.com/
   3. Properties file: Create a applitools.properties file either in src/test/resources directory in your automation framework. Specify the path of the file in you config.properties of your automation framework like this:

      APPLITOOLS_CONFIGURATION_FILE=./src/test/resources/applitools.properties
      

      The applitools.properties file should have the following mandatory attributes:

      SERVER_URL=https://eyes.applitools.com/
      CONCURRENCY=<Integer Value>
      MATCH_LEVEL=strict
      SEND_DOM=<true or false>
      STITCH_MODE=css
      TAKE_FULL_PAGE_SCREENSHOT=<true or false>
      VIEWPORT_SIZE=1200x700
      USE_UFG=<true or false>
      SHOW_LOGS=<true or false>
      SAVE_BASELINE_FOR_NEW_TESTS=<true or false>
      FAIL_TEST_WHEN_DIFFERENCE_FOUND=<true or false>
      

   4. Annotate the test with the visual TestNG group annotation which you want to run as part of visual validation. If the test is not part of visual group, visual validations will not take place for that test even if IS_DISABLED value is set to false and test contains the eyes validations. For instance,

      @Test(description = "Validating login with valid username and password", groups = {"visual"})
      public void validLoginTest(String username, String password, String expectedMessage) throws InterruptedException {
      
         performLogin(username, password);
         verifyMessageAfterLogin(expectedMessage);
      }
      

   5. To perform Visual Validations on a test, add any of the following commands in the test wherever you need to run visual validation. Use one of the following approaches:

      1. Full Screen/Visible Viewport validation (Eyes.checkWindow()):

         The eyes check window command captures an image of all the content in the browser window. When capturing on a local browser/App, If the content in the window is larger than the viewport, then the command captures multiple images at different offsets in the window and stitches them together to obtain an image that includes all the content in the window.

         eyes.checkWindow("<A string message giving info about which screen you're validating>");
         

         For Instance:

         eyes.checkWindow("HomePage");
         

      2. Fluent API Check (Eyes.check()):

         In the Fluent API you create and configure checkpoints using the eyes$check method. You pass this method a parameter that is created from a chain of methods calls from the target and checksettings classes. The particular chain of methods you call, determines the target that will be checked and how it is configured.

         eyes.check("<string message>", <constraints>);
         

         1. For instance

            eyes.check("Home Page", Target.window().strict()
            .layout(By.xpath("//div[@class='ReactVirtualized__Grid items']"),
               By.id("breadcrumb-container"),
               By.className("//div[@class='  breadcrumb-section']"))
            .ignore(By.xpath("//div[@class='component-layout']//div[@class" + "='img-animate'][1]"),
               By.xpath("//div[@class='banner-components-runtime']/div")));
            

         2. For more detailed explanation and different examples, visit URL: The Eyes SDK check Fluent API

   6. Using Ultra Fast Grid:

      Applitools Ultrafast Grid allows you to perform visual testing across multiple browsers and devices in seconds, to make sure that your content is visually perfect on every device, screen size, and browser combination. To Run Visual Validations on multiple Browser Types Using Ultra Fast Grid, Set USE_UFG to true in applitools.properties file of your automation framework repo. Browser Combination need to be added in setUFGBrowserConfig(Configuration eyesConfig) under ApplitoolsConfigurationManager class as illustrated in Below example:

      eyesConfig.addBrowser(1512, 866, BrowserType.CHROME);
      eyesConfig.addBrowser(1600, 1200, BrowserType.FIREFOX);
      eyesConfig.addBrowser(1024, 768, BrowserType.SAFARI);
      eyesConfig.addDeviceEmulation(DeviceName.Galaxy_Note_10);
      eyesConfig.addDeviceEmulation(DeviceName.iPhone_11_Pro_Max);
      

      For More Details on Configuring Ultra Fast Grid, Visit: Ultrafast Grid configuration

   7. Setting correct Viewport Size:

      1. Incorrect Viewport size will cause the tests to be skipped with exception as EyesException: Unable to set Viewport Size.
      2. In that case, follow the below process to set Viewport Size Correctly:
         • Navigate to Site: https://whatismyviewport.com/ to get the viewport size.
         • Set the Viewport size in VIEWPORT_SIZE in format: Widthxheight in applitools.properties file of your automation framework repo

3. Dynamic properties: For setting any additional property to either batch/test properties which is not already configured in ApplitoolsConfigurationManager class, set that attribute key and value at either System Property level or at Environment variable. Any key with prefix AP_BATCH_ (for Batch Property) or AP_TEST_ (for Test property) set at System property or Environment variable level will be set as Applitools's Batch/Test property respectively. The method which takes care of this configuration is setPropertiesFromSystemVariables defined inside ApplitoolsConfigurationManager class. For instance, if you're setting environment variable like export AP_BATCH_Version=0.0.1 and export AP_TEST_Version=0.0.1, then on Applitools dashboard, you'll see the corresponding properties as Version:0.0.1 for Batch/Test property respectively

4. Pipeline configuration:

   1. Set an environment variable IS_VISUAL to true for configuring visual validations for pipeline executions. This property takes precedence over the IS_VISUAL property value of config.properties in your automation framework repo.
   2. The ApplitoolsConfigurationManager class takes care of setting the following batch/test properties in case the test execution is happening on CI (Pipeline)

      BUILD_ID
      AGENT_NAME
      BRANCH_NAME
      

      All these properties will be set as either batch/test properties if the execution is happening on CI, and if they are either set at System property or System environment variable. If your pipeline is using different keys to set the above attributes then the ones we're using above, for each such key, you can define the new key value in the config.proprties file of your automation framework like below:

      BUILD_ID=BUILD_BUILDID
      BRANCH_NAME=BUILD_SOURCEBRANCHNAME