from kings_guard.adapters import observation_from_audit_event
from kings_guard.fixtures import load_qonto_assistant_pilot
from kings_guard.posture import PostureEvaluator


def test_qonto_pilot_produces_inflamed_posture_with_tolerance_context() -> None:
    fixture = load_qonto_assistant_pilot()
    observation = observation_from_audit_event(
        fixture.audit_event,
        subject_id=fixture.normalization_hints["subject_id"],
        capability_scope=fixture.normalization_hints["capability_scope"],
        identity_binding=fixture.normalization_hints["identity_binding"],
        egress_destination=fixture.normalization_hints["egress_destination"],
    )

    evaluation = PostureEvaluator().evaluate(fixture.genome, observation)

    assert evaluation.assessment.posture.value == "inflamed"
    assert "credential_exfil_probe" in evaluation.assessment.findings
    assert "tolerated:self-asserted-actor-claims" in evaluation.assessment.tolerated_findings
    assert evaluation.assessment.risk_score >= 80


def test_qonto_pilot_emits_advisory_only_effector_requests() -> None:
    fixture = load_qonto_assistant_pilot()
    observation = observation_from_audit_event(
        fixture.audit_event,
        subject_id=fixture.normalization_hints["subject_id"],
        capability_scope=fixture.normalization_hints["capability_scope"],
        identity_binding=fixture.normalization_hints["identity_binding"],
        egress_destination=fixture.normalization_hints["egress_destination"],
    )

    evaluation = PostureEvaluator().evaluate(fixture.genome, observation)
    signal = evaluation.signals[0]

    assert signal.target_system == "qonto-assistant"
    assert signal.signal_kind.value == "posture_hint"
    assert signal.effector_requests[0].authority_boundary == "advisory_only"
    assert signal.effector_requests[0].action == "lock_actor_temporarily"
    assert signal.effector_requests[1].target_system == "state-hub"
    assert signal.effector_requests[1].authority_boundary == "metadata_only"