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Using the Selenium Web Driver API with PHPUnit

William Shakespeare
William ShakespeareOriginal
2025-02-17 12:20:14320browse

This article explores using Facebook's webdriver package for browser emulation in PHP, building upon a previous article (not included here) that covered Selenium with PHPUnit. It focuses on acceptance testing and automating browser interactions.

Using the Selenium Web Driver API with PHPUnit

Key Differences from PHPUnit's Selenium Extension:

  • Facebook's webdriver requires manual browser session closure using tearDown(), unlike PHPUnit's automatic handling.
  • It leverages the RemoteWebDriver class for Selenium server interaction.

Implementation Steps:

  1. Installation: Use Composer to install the Facebook webdriver package: composer require facebook/webdriver --dev

  2. Test Class Setup: Create a PHPUnit test class (e.g., UserSubscriptionTestFB.php) extending PHPUnit_Framework_TestCase. The setUp() method initializes the RemoteWebDriver instance, specifying the Selenium server address (http://localhost:4444/wd/hub by default) and desired browser capabilities (e.g., Firefox or Chrome).

    <code class="language-php">public function setUp()
    {
        $this->webDriver = RemoteWebDriver::create('http://localhost:4444/wd/hub', DesiredCapabilities::firefox());
    }</code>
  3. Browser Closure: The tearDown() method is crucial for closing the browser session after each test:

    <code class="language-php">public function tearDown()
    {
        $this->webDriver->quit();
    }</code>
  4. Form Interaction: The fillFormAndSubmit() method uses findElement() with WebDriverBy to locate form elements and interact with them.

    <code class="language-php">public function fillFormAndSubmit($inputs)
    {
        $this->webDriver->get('http://vaprobash.dev/'); // Replace with your URL
        $form = $this->webDriver->findElement(WebDriverBy::id('subscriptionForm')); // Replace with your form ID
    
        foreach ($inputs as $input => $value) {
            $form->findElement(WebDriverBy::name($input))->sendKeys($value);
        }
    
        $form->submit();
    }</code>
  5. Test Cases: Test methods use data providers (assumed from the previous article) to supply test inputs. Assertions verify expected outcomes (success or error messages). Example:

    <code class="language-php">/**
     * @dataProvider validInputsProvider
     */
    public function testValidFormSubmission(array $inputs)
    {
        $this->fillFormAndSubmit($inputs);
        $content = $this->webDriver->findElement(WebDriverBy::tagName('body'))->getText();
        $this->assertEquals('Everything is Good!', $content); // Replace with your success message
    }</code>

Using the Selenium Web Driver API with PHPUnit

Using the Selenium Web Driver API with PHPUnit

  1. Screenshot Capture: The takeScreenshot() method allows capturing screenshots during test execution:

    <code class="language-php">$this->webDriver->takeScreenshot(__DIR__ . "/../../public/screenshots/screenshot.jpg");</code>
  2. Waiting for Elements: The wait() method with until() or WebDriverExpectedCondition handles asynchronous page loading:

    <code class="language-php">$this->webDriver->wait(10, 300)->until(WebDriverExpectedCondition::presenceOfElementLocated(WebDriverBy::name('username')));</code>
  3. Advanced Interactions: The article covers more advanced interactions such as drag-and-drop, alert handling, and keyboard shortcuts.

  4. Headless Testing: The article explains how to use XVFB (X virtual framebuffer) for headless browser testing on systems without a graphical display. Both methods (running XVFB separately and using xvfb-run) are detailed.

    Using the Selenium Web Driver API with PHPUnit Using the Selenium Web Driver API with PHPUnit

Useful Links (repeated from original):

The article concludes by emphasizing Selenium's broader utility beyond testing, including browser automation tasks. A FAQ section provides further guidance on installation, basic tests, exception handling, assertions, browser selection, element interaction, waiting for elements, screenshot capture, alert handling, and parallel test execution.

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