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Automated browser control via the `browser-use` CLI. Navigate pages, fill forms, click elements, take screenshots, and extract content from the command line. Used by `apply-to-job` to drive real ATS portals end-to-end while the human watches.
Instalar com Codex ou Claude Copie este prompt, cole no Codex, Claude ou outro assistente e deixe que ele revise a página da skill e instale para você.
Baseado na classificação ocupacional SOC
| name | browser-use |
| description | Automated browser control via the `browser-use` CLI. Navigate pages, fill forms, click elements, take screenshots, and extract content from the command line. Used by `apply-to-job` to drive real ATS portals end-to-end while the human watches. |
Automated browser control via the browser-use CLI. Navigate pages, fill forms, click elements, take screenshots, and extract content — all from the command line. Backed by Playwright Chromium under the hood.
browser-use installed (pip install browser-use)python -m playwright install chromium)Every browser-use command needs the venv activated. On Linux you also need to point DISPLAY at the active session and (optionally) tell Playwright where its browsers live.
# activate the venv that has browser-use installed
source <path/to/venv>/bin/activate
# Linux only — point at the active X/Wayland display
export DISPLAY=:0 # adjust to match the running session (:0, :1, ...)
# optional — pin the Playwright browser cache location
export PLAYWRIGHT_BROWSERS_PATH="$HOME/.playwright"
macOS and Windows do not need DISPLAY; the headed flag just opens a native window.
# Open a URL (headed — visible window)
browser-use --headed open <url>
# Open headless (no visible window)
browser-use open <url>
# See numbered interactive elements on current page
browser-use state
# Click element by index
browser-use click <index>
# Type into an input field by index
browser-use input <index> "text"
# Take a screenshot
browser-use screenshot output.png
# Scroll the page
browser-use scroll [up|down]
# Go back
browser-use back
# Press keys (e.g. Enter, Tab)
browser-use keys Enter
# Select from dropdown
browser-use select <index> "value"
# Extract page content
browser-use extract
# Close the browser
browser-use close
browser-use sessions — list active sessionsbrowser-use --session <name> open <url> — named session for persistence across commandsbrowser-use --session <name> close — close one named sessionFor sites that require an authenticated login (LinkedIn, some company portals), use a persistent Chrome user-data directory so the login session survives across restarts. The --profile flag stores cookies and local storage between commands.
browser-use --headed --profile --session linkedin open https://www.linkedin.com
Notes:
--session reuse the cookies.browser-use; check browser-use doctor if you need the exact path.DISPLAY points at an active X/Wayland session and PLAYWRIGHT_BROWSERS_PATH (if set) resolves to an installed Chromium build.browser-use doctor.browser-use close then retry. For a specific session: browser-use --session <name> close.python -m playwright install chromium.Generate accurate, readable D2 block diagrams for software, research, and system explanations from a text brief. Normalize components and edges, write a canonical .d2 source file, render compact sketch-style SVG and optional PNG artifacts by default, support optional LaTeX equation blocks when the diagram genuinely needs them, keep arrows unlabeled unless a label adds concrete meaning, and emit Telegram file directives when needed.
Create, edit, Git-version, compile, and deliver scientific LaTeX papers, reports, and research-derived PDF summaries. Use for venue-aware templates such as ICLR, NeurIPS, ICML, CVPR, ACL, ACM, and IEEE; experiment-result tables; architecture figures or diagrams; deep-research/pro-research/fast-research to PDF summaries; and .tex to PDF builds with latexmk.
Generate and edit images with Google Gemini Nano Banana Pro from prompts and optional reference images, using GEMINI_API_KEY from .env.local when available.
Extract and return figures from already-downloaded local PDFs with PyMuPDF, optionally reusing PageIndex artifacts for page selection and verifying shortlisted candidates multimodally before delivery.
Author, validate, run, and oversee OpenColab project workflows that coordinate multiple agents through bounded loops, decisions, and human gates.
Deep scientific investigation with papercli. Iterative search, broad PDF corpus download and reading, equation-level analysis, and exhaustive referenced markdown findings.