Does this skill support testing multiple pages at once?

Yes, the skill includes page management commands to open new tabs, list all active pages, and switch focus between them using page indices.

How do I start the browser using this skill?

You can verify the status and launch the browser daemon by running 'atr browser status' followed by 'atr browser start' if it is not already running.

Where are the screenshots saved?

When using the '--file' flag with the screenshot command, images are automatically saved to the /tmp/ directory with a timestamped filename.

Is the browser headless or visible?

By default, the ATR browser runs in visible (non-headless) mode, allowing you to watch the automation in real-time for easier debugging and verification.

Can I target elements without complex CSS selectors?

Yes, you can use 'atr browser snapshot' to see unique element IDs (UIDs) like 'e0' or 'e5', or target elements directly by their visible text or aria-labels.

ATR Browser Automation

Name: ATR Browser Automation
Author: imyousuf

byimyousuf

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Browser Automation

Controls and automates web browsers for testing, debugging, and data extraction directly through Claude Code.

About

The ATR Browser skill enables Claude to control a persistent browser daemon for advanced web automation and testing. It allows for seamless navigation, form filling, and element interaction using various targeting methods like CSS selectors or unique element IDs. Designed for reliability, it provides deep inspection capabilities including DOM snapshots, network request monitoring, console log access, and timestamped screenshots, making it an essential tool for debugging test failures and automating complex web workflows without losing coding context.

Key Features

Visual verification with full-page and timestamped screenshots
Persistent browser daemon for stateful multi-step automation
Advanced element targeting via UIDs, text, aria-labels, and CSS
Integrated debugging via console logs and network request tracking
1 GitHub stars
Comprehensive page inspection with DOM snapshots and HTML export

Use Cases

Verifying UI changes and visual regressions during development
Automated end-to-end testing and real-time debugging of web applications
Programmatic web scraping and data collection from complex SPAs

About

Key Features

Visual verification with full-page and timestamped screenshots
Persistent browser daemon for stateful multi-step automation
Advanced element targeting via UIDs, text, aria-labels, and CSS
Integrated debugging via console logs and network request tracking
1 GitHub stars
Comprehensive page inspection with DOM snapshots and HTML export

Use Cases

Verifying UI changes and visual regressions during development
Automated end-to-end testing and real-time debugging of web applications
Programmatic web scraping and data collection from complex SPAs