autonomic-bot
1b8d26b504
- runner/harness/warm.py: stable-domain scheme (warm-<recipe>), is_warm_up probe, live_app_hexes scan, per-run realm_for naming, reap_orphan_realms. - run_recipe_ci.py: split declared deps into live-warm (shared provider + per-run realm, no deploy, realm deleted at teardown) vs cold (co-deploy). Warm path used only when provider is up; cold fallback otherwise. Reap orphan realms at run start (concurrency-safe). deploy-count excludes warm deps. Realm naming now per-run namespaced (<parent>-<6hex>). - dependent tests assert the namespaced realm pattern (stronger than ==parent). Live proof on warm keycloak: realm create -> password-grant JWT -> discovery issuer -> delete(idempotent) -> reap(keeps live hex, deletes orphan): PASS. 43 unit pass. Co-Authored-By: Claude Opus 4.8 (1M context) <noreply@anthropic.com>
90 lines
3.6 KiB
Python
90 lines
3.6 KiB
Python
"""lasuite-docs — Q2 SSO-flow acceptance test (operator-2026-05-28 SSO-dep plan).
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Refactored to the refined SSO-dep model:
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- The orchestrator deploys a per-run keycloak dep AFTER generic tiers and provisions a fresh
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realm/client/user via `harness.sso.setup_keycloak_realm`. The creds are written to
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`$CCCI_DEPS_FILE` (read here via the `deps_creds` fixture).
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- This test no longer calls `setup_keycloak_realm` itself — that's the orchestrator's job in
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the setup_custom_tests step. We just consume the credentials and exercise the OIDC flow.
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- Marked `@pytest.mark.requires_deps` so if setup_custom_tests failed, this test SKIPs with a
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clear `deps-not-ready` reason rather than red-flagging a non-recipe failure.
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"""
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from __future__ import annotations
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import base64
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import json
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import os
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import re
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import sys
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import time
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import pytest
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sys.path.insert(0, os.path.join(os.path.dirname(__file__), "..", "..", "..", "runner"))
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from harness import sso # noqa: E402
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def _b64url_decode(seg: str) -> bytes:
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pad = "=" * ((4 - len(seg) % 4) % 4)
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return base64.urlsafe_b64decode(seg + pad)
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@pytest.mark.requires_deps
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def test_oidc_password_grant_against_dep_keycloak(live_app, deps_creds):
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"""The dep keycloak issues a JWT for the pre-provisioned test user via OIDC password grant."""
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assert "keycloak" in deps_creds, (
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f"keycloak creds not in deps_creds; got {list(deps_creds.keys())}. "
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"setup_custom_tests should have populated this."
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)
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kc = deps_creds["keycloak"]
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# Sanity-check the creds shape — orchestrator-written
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assert kc["domain"]
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# WC1: realm is per-run namespaced "<parent>-<6hex>" so concurrent dependents never collide.
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assert re.fullmatch(r"lasuite-docs-[0-9a-f]{6}", kc["realm"]), (
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f"realm {kc['realm']!r} not the per-run namespaced form lasuite-docs-<6hex>"
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)
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assert kc["client_id"] == "lasuite-docs"
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assert isinstance(kc["client_secret"], str) and len(kc["client_secret"]) >= 16
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assert isinstance(kc["password"], str) and len(kc["password"]) >= 16
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# Build a creds dict in the shape sso.* primitives expect
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creds = {
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"provider": "keycloak",
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"provider_domain": kc["domain"],
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"realm": kc["realm"],
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"client_id": kc["client_id"],
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"client_secret": kc["client_secret"],
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"user": kc["user"],
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"password": kc["password"],
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"email": kc["email"],
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"discovery_url": kc["discovery_url"],
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"token_url": kc["token_url"],
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"auth_url": kc["auth_url"],
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"userinfo_url": kc["userinfo_url"],
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}
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# OIDC discovery endpoint advertises the realm
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discovery = sso.assert_discovery_endpoint(creds)
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expected_iss = f"https://{kc['domain']}/realms/{kc['realm']}"
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assert discovery.get("issuer") == expected_iss
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assert discovery.get("token_endpoint", "").startswith(expected_iss + "/")
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assert discovery.get("authorization_endpoint", "").startswith(expected_iss + "/")
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# Password grant → real JWT
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token = sso.oidc_password_grant(creds)
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assert isinstance(token, str) and token.count(".") == 2, (
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f"access_token is not a JWT: {token!r}"
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)
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payload = json.loads(_b64url_decode(token.split(".")[1]))
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assert payload.get("iss") == expected_iss, f"JWT iss={payload.get('iss')!r} != {expected_iss!r}"
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assert payload.get("azp") == kc["client_id"], (
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f"JWT azp={payload.get('azp')!r} != {kc['client_id']!r}"
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)
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assert payload.get("typ") == "Bearer", f"JWT typ={payload.get('typ')!r} != 'Bearer'"
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exp = payload.get("exp")
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assert isinstance(exp, int) and exp > time.time(), (
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f"JWT exp={exp!r} not a future timestamp (now={time.time():.0f})"
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)
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