Expose a conservative browser-cli tool surface to MCP hosts without duplicating browser-control logic: every tool is a thin adapter over the existing Python SDK, and each call builds a fresh BrowserCLI so the real browser stays the only owner of tab and navigation state. The MCP process resolves BROWSER_CLI_PROFILE, BROWSER_CLI_REMOTE, and BROWSER_CLI_KEY explicitly instead of passing None down, so a pinned server targets one browser rather than fanning listing calls out across every connected browser. Explicit tool arguments still win. Tool names keep a browser_ prefix for hosts that expose raw MCP names, while BROWSER_CLI_MCP_TOOL_PREFIX lets hosts that already namespace by server drop it and avoid names like browser_cli_testing_browser_tabs_list. JavaScript evaluation, raw commands, storage writes, and session import stay unexposed, and Streamable HTTP refuses non-loopback binds because the endpoint has no authentication of its own; remote browsers go through browser-cli's authenticated remote transport instead. MCP stays an optional extra, so normal installs are unaffected.
6 lines
157 B
Python
6 lines
157 B
Python
"""Stateless Model Context Protocol adapter for browser-cli."""
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from browser_cli.mcp.server import create_server, main
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__all__ = ["create_server", "main"]
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