v0.2.0

Added

• Native stdio MCP transport (Anthropic-canonical pattern) — new
  mcp-aemps stdio command runs the server over stdin/stdout via
  mcp.server.fastmcp.FastMCP. 17 official CIMA tools registered.
  Clients now configure us with the universal pattern:

  {"command": "uvx", "args": ["mcp-aemps@latest", "stdio"]}

  No HTTP server, no port management, no mcp-remote bridge required.
• npm wrapper mcp-aemps (unscoped, npx mcp-aemps@latest) — thin
  Node.js shim that delegates to the Python implementation via uvx,
  with fallback to pipx run and pip-installed mcp-aemps. Lets users
  who only have Node tooling install us seamlessly. Published with
  npm Trusted Publisher (OIDC) — no token in CI.
• .github/workflows/npm.yml auto-publishes the npm wrapper on every
  minor release (vX.Y.0), synchronised with the Docker image cadence.

Changed

• Claude Desktop installer default = stdio (was: mcp-remote HTTP
  bridge). The new entry is {"command": "uvx", "args": ["mcp-aemps@latest", "stdio"]}. Falls back to the HTTP bridge with
  install_claude_desktop(transport="http", ...) if you prefer to
  point Claude Desktop at a long-running shared server.
• 36 tests (was 32) — added stdio tool surface coverage and a transport
  switch test for the Claude Desktop installer.

Architecture

• New app/stdio_server.py — separate transport layer that builds a
  FastMCP instance and registers each tool as a thin wrapper over
  cima_client. Shares the same cima_client, safe_cima_call,
  bounded_gather, and metadata helpers as the HTTP path, so JSON
  shapes are identical across transports.
• npm/ directory — TypeScript-free wrapper kept minimal (one Node.js
  script + manifest). Source distributed via git+https, so changes
  flow through git push like the rest of the codebase.