http_request is stateless — no session cookies persist across calls, so a
login-then-call REST flow could not carry a session headlessly. This parses
Set-Cookie response headers into a jar and builds the Cookie request
header; the jar is JSON-serialisable so a session can be saved and reloaded.
Pure standard library (json); imports no PySide6. The jar is a simple
in-memory name-value store (cookies cleared on Max-Age<=0 / empty value),
so behaviour is fully deterministic in CI.
from je_auto_control import CookieJar, parse_set_cookie
jar = CookieJar()
jar.update(login_response_set_cookie_headers) # str or list of Set-Cookie
cookie = jar.cookie_header() # "sid=abc; theme=dark"
# send `cookie` as the Cookie header on subsequent requests
jar.save("session.json")
jar = CookieJar.load("session.json")parse_set_cookie parses one Set-Cookie value into {name, value,
attributes}. CookieJar.update applies one or many Set-Cookie headers
(removing a cookie on an empty value or Max-Age<=0); set assigns
directly; cookie_header builds the request header; to_dict / from_dict
and save / load persist the jar as JSON. (Domain/path matching is
simplified — this is a session-carry jar, not a full RFC 6265 policy engine.)
AC_cookie_header builds {cookie_header, cookies} from one or many
set_cookies; AC_parse_set_cookie returns {cookie} for one header.
Both are exposed as MCP tools (ac_cookie_header / ac_parse_set_cookie)
and as Script Builder commands under Data.