iFrame Automation Using Python Appium

iFrame Overview

An iframe, short for "inline frame," is an HTML element used to embed another HTML document within the current document. It allows content from one webpage to be displayed within a designated area of another webpage. This enables website developers to integrate external content seamlessly into their own web pages, such as embedding videos, maps, or other interactive elements. iFrames are commonly used for displaying advertisements, social media widgets, videos, and other types of content sourced from external websites.

Identifying iFrames in Web Browser Inspections

To verify whether an element is an iframe, you can inspect the element in your web browser. If the tag name of the element is <iframe>, or if its parent tag is <iframe>, then the page contains an iframe. You can identify iFrames by looking at the HTML structure of the webpage using the browser's developer tools.

Example 

Consider an example scenario where a user accesses an embedded video from the algoshack website, as shown:

You can perform the following leveraging algoQA

User Actions:

1. Open the mobile browser.
2. Navigate to the algoshack.com website.
3. Wait for the embedded YouTube video to load.
4. Interact with the controls of the YouTube video (play, pause, seek, etc.).
5. Verify the title and description of the video.
6. Switch back to the main content of the website.
7. Navigate back to the algoshack.com website.
8. Close the browser session.

Code snippet

GWT steps:

Setting iframe XPath leveraging algoQA 

You can set the iframe XPath leveraging algoQA during the profiling process.

Perform the following:

1. Navigate to the Main Canvas after creating an offline model. 
2. Edit the node on which you wish to add the iframe ID. 
3. Control List Panel window appears. In this window, click the icon to update the iFrame ID (XPath) in the following format as shown:

   XPath = //a[contains(.,'algoQA')] || <iFrame ID>. Refer to the following image for more details: