Browser Swarm Docs
  • 🚀Welcome
    • What is Browser Swarm?
  • Understanding Headless Browsers
  • Quickstart Guide
  • Framework Compatibility
  • 🌟 Core Concepts
    • Starting a Browser Task
  • Interacting with Browser Tasks
  • Task Lifecycle Management
  • ⚙️Advanced Features
    • Stealth Automation
  • Proxy Integration
  • Real-Time Monitoring
  • Responsive Viewports
  • Session Debugging & Replay
  • File Handling (Downloads & Uploads)
  • Capturing Screenshots & PDFs
  • Persistent Contexts
  • Extension Support
  • Session Tagging & Metadata
  • 🎯Practical Examples
    • Automating Form Interactions
  • Efficient Data Scraping
  • Automated Web Testing
  • Cost Optimization Strategies
  • Handling Extended Tasks
  • Selecting Execution Regions
  • Monitoring Resource Usage
  • Leveraging Task Metadata
  • Pricing and Subscription
  • Account and Team Management
  • Managing Limits and Concurrency
  • Authentication Automation
  • Security Best Practices
  • 🔌Ecosystem Integrations
    • Integration Overview
  • 💻Developer Resources
    • APIs and SDKs Overview
  • Node.js Integration
  • Python Integration
  • Browser Task API
  • Project Management API
  • Context Management API
  • Browser Extensions API
  • 🙋‍♂️Support & Resources
    • Getting Help
  • Dashboard Overview
  • FAQs & Troubleshooting
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  • ⏱️ Task Termination Methods
  • 🕒 Configuring Task Timeouts
  • 🔍 Debugging Completed Tasks
  • 📊 Monitoring Task Usage

Task Lifecycle Management

Understanding the lifecycle of a browser task in Browser Swarm is crucial for optimizing resource usage, ensuring reliability, and effectively debugging automation workflows.


⏱️ Task Termination Methods

Browser tasks can conclude through various mechanisms:

  1. Automatic Timeout: Each task has a default timeout, configurable at the project level or overridden per task. Tasks exceeding this duration will automatically terminate.

  2. Manual Termination: You can explicitly end tasks by:

    • Programmatically closing the browser (e.g., browser.close() or driver.quit()).

    • Using the Sessions API to terminate the task.

    • Releasing keep-alive tasks when they're no longer needed.

  3. Unhandled Errors: Unexpected issues, such as network interruptions or uncaught exceptions in your automation code, can lead to premature task termination. Implement robust error handling to mitigate this risk.


🕒 Configuring Task Timeouts

Timeouts can be set at two levels:

  • Project-Level Timeout: Defines the default timeout for all tasks within a project.Browserbase

  • Task-Level Timeout: Overrides the project default for individual tasks, allowing fine-grained control over task durations.

Adjust these settings based on the expected duration of your automation workflows to prevent unintended terminations.


🔍 Debugging Completed Tasks

Utilize the Session Inspector to analyze and debug completed tasks:

  • Session Replay: Reconstruct and review browser interactions step-by-step.

  • Network Monitor: Inspect HTTP requests, responses, and timings.

  • Console & Logs: Examine JavaScript outputs and debug messages.

  • Performance Metrics: Assess CPU, memory usage, and other vital statistics.

These tools provide comprehensive insights to identify and resolve issues effectively.


📊 Monitoring Task Usage

Track and analyze your browser task usage through:

  • Dashboard: Access the Overview Dashboard to view total browser minutes, active tasks, usage trends, and billing information.

  • Sessions List: Browse your task history to examine durations, statuses, and resource consumption.

For programmatic access to usage metrics, refer to the Measuring Usage Guide.


By effectively managing the lifecycle of your browser tasks, you can ensure optimal performance, cost-efficiency, and reliability in your automation processes.

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Last updated 1 month ago