Retrieve the DOM elements visually selected in the browser, including bulletproof selectors, context, and comments. Use this to access raw selection data or regenerate missing .dom.md context files.
MIT
605,578 tools. Updated 2026-09-24 01:32
"Using Python to Locate and Retrieve Browser Element Selectors" matching MCP tools:
- Retrieve interactable page elements with selectors and text. Filter by type, viewport visibility, and paginate results for precise element selection.MIT
- Retrieve the browser accessibility tree with ARIA roles, accessible names, and CSS selectors. Filter by specific roles or paginate results using limit and offset.MIT
- Click a webpage element by its accessibility ref from page_a11y. Automatically scrolls it into view first, eliminating the need for CSS selectors.MIT
- Automate browser element interaction by clicking specified CSS selectors during web application security testing and penetration testing workflows.MIT
- Drag a web element from one location to another using CSS selectors to automate browser interactions through the AdsPower LocalAPI MCP Server.MIT
Matching MCP Servers
- AlicenseAqualityDmaintenanceAn MCP server for indexing and searching local text files using late-interaction retrieval (ColBERT-style MaxSim), enabling token-level relevance matching.2MIT
- FlicenseNot gradedqualityDmaintenanceEnables interactive element inspection on any website, allowing users to click elements and send detailed information (tag, classes, styles, attributes) to Claude for analysis.-
Matching MCP Connectors
Run Python code from natural language prompts, with optional PyPI package install.
Programmatic headless browser sessions: create, interact, browse, and extract - rendered in a real
- Type text into browser input elements using CSS selectors, requiring session escalation and justification for controlled automation.MIT
- Capture a structured snapshot of a web page with Markdown and element selectors to locate and interact with elements via refs.MIT
- Click elements on web pages using CSS selectors to perform browser automation tasks. Requires session escalation and justification for each action.MIT
- Locate any element on a webpage using visible text, ARIA role, label, CSS selector, or XPath. Returns a unique CSS selector and element details for interaction.Apache 2.0
- Click a browser element and log it as a recording step. Locate by ARIA role, text, or CSS selector; confirm destructive actions.MIT
- Fill form inputs using CSS or text-based selectors, with auto-scroll and focus, even on sites with strict CSP.MIT
- Fill form input fields with values using CSS or text selectors. Auto-scrolls and focuses the element, works on strict CSP sites via Chrome Debugger API.MIT
- Extract sanitized HTML from web pages to analyze structure, identify form fields, and plan automation selectors for web crawling operations.MIT
- Translate RosettaScripts XML protocols into PyRosetta Python code for computational protein design and analysis.MIT
- Click any page element using CSS or text selectors. Auto-scrolls into view and uses real mouse events to work on modern SPAs and strict sites.MIT
- Retrieve specific documents, scripts, and resources from Claude skills to access Python scripts, reference materials, example data files, and images using pattern matching.Apache 2.0
- Retrieve all UI elements detected on the annotated page, including names, CSS selectors, positions, and sizes. Use this data to interpret user references to specific interface components.MIT
- Perform browser actions like click, fill, and type using element references or CSS selectors. Returns updated page state after interactions.MIT
- Locate UI elements on Android screens using selectors like text, resource ID, or class name to identify buttons, text fields, or other components for automation tasks.MIT
- Execute Python code to generate interactive visualizations, plots, and dashboards, then view them in a browser via a unique URL.BSD 3-Clause