Chromedp
UnclaimedA faster, simpler way to drive browsers supporting the Chrome DevTools Protocol in Go.
Visit WebsiteTL;DR - Chromedp
- Go package for browser automation.
- Utilizes Chrome DevTools Protocol.
- No external dependencies required.
Pricing: Free forever
Best for: Individuals & startups
4.4/5 across review platforms
Pros & Cons
Pros
- Faster and simpler browser automation in Go
- No external dependencies
- Extensive examples available for complex tasks
- Supports headless mode for efficient execution
- Provides access to the full Chrome DevTools Protocol
Cons
- Requires Go programming knowledge
- Connection loss to browser can cause 'context canceled' errors
- Chrome exits on Linux when Go program finishes by default (can be overridden)
Ratings Across the Web
4.4(100 reviews)
Ratings aggregated from independent review platforms. Learn more
Preview
Key Features
Drive browsers supporting Chrome DevTools ProtocolGo package for browser automationHeadless browser support (default)Programmatic control over browser actionsTake full page screenshots
Pricing Plans
Open Source
Free
- Full source code access
- MIT License license
- Community support
- Self-hosted
About Chromedp
By Toolradar Team·
Chromedp is a Go package designed for driving web browsers that support the Chrome DevTools Protocol. It provides a streamlined and efficient method for automating browser interactions without requiring external dependencies. This tool is ideal for developers and testers who need to programmatically control browser behavior, perform web scraping, automate testing, or generate screenshots of web pages.
Chromedp simplifies complex browser automation tasks by offering a high-level API for common actions, while also providing access to the full capabilities of the Chrome DevTools Protocol. It's particularly useful for Go developers looking to integrate browser automation into their applications, offering a robust and performant solution for interacting with Chrome, Chromium, and other compatible browsers.
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Chromedp FAQ
How does chromedp handle browser execution in headless environments?
The simplest method is to run the Go program using chromedp inside the `chromedp/headless-shell` Docker image. This image includes a smaller, headless build of Chrome that chromedp can automatically detect and utilize.
What is the default mode for Chrome when driven by chromedp, and how can this be changed?
By default, Chrome runs in headless mode when driven by chromedp. To override this, users can refer to `DefaultExecAllocatorOptions` and an example demonstrating how to modify these default settings.
How does chromedp prevent resource leaks when a Go program finishes on Linux?
On Linux, chromedp is configured to automatically force-kill any started Chrome child processes when the Go program concludes. If a long-running Chrome instance is required, it should be launched manually and connected using `RemoteAllocator`.
What causes a "context canceled" error in chromedp, and what does it signify?
This error occurs when the connection to the browser is lost, leading chromedp to cancel the associated context. Common scenarios include manually closing the browser, or the browser process being terminated or killed.
How can an `Action` that returns multiple values be used with `chromedp.Run`?
To use an `Action` that returns multiple values with `chromedp.Run`, it must be wrapped with an `ActionFunc`. This allows the action to be executed within the `chromedp.Run` context while handling its return values.
Source: github.com