feat(identity-trust): add governed DSAR coverage

This commit is contained in:
2026-08-21 12:15:56 +02:00
parent b9a158c2cb
commit 8d1ca493bb
3 changed files with 820 additions and 0 deletions
@@ -0,0 +1,461 @@
from __future__ import annotations
from collections.abc import Mapping, Sequence
from dataclasses import dataclass
from datetime import datetime, timezone
from sqlalchemy import or_
from sqlalchemy.orm import Session
from govoplan_core.core.dsar import (
DsarErasureActionRef,
DsarExecutionResultRef,
DsarRecordRef,
DsarSubjectRef,
dsar_capability_name,
)
from govoplan_identity_trust.backend.db.models import (
AssuranceEvidence,
DevicePublicKey,
KeyAccessDecisionRecord,
TrustKeyEpoch,
)
IDENTITY_TRUST_DSAR_CAPABILITY = dsar_capability_name("identity_trust")
_MAX_RECORDS = 5_000
_CONFLICT = object()
@dataclass(frozen=True, slots=True)
class _SubjectSelectors:
account_id: str | None
identity_id: str | None
device_id: str | None
key_id: str | None
class IdentityTrustDsarProvider:
provider_id = "identity_trust"
module_id = "identity_trust"
def search_subject(
self,
session: object,
*,
tenant_id: str,
subject: DsarSubjectRef,
) -> Sequence[DsarRecordRef]:
db = _session(session)
selectors = _subject_selectors(subject)
if selectors is None:
return ()
devices = db.query(DevicePublicKey).filter(
DevicePublicKey.tenant_id == tenant_id
)
if selectors.account_id:
devices = devices.filter(
DevicePublicKey.account_id == selectors.account_id
)
if selectors.identity_id:
devices = devices.filter(
DevicePublicKey.identity_id == selectors.identity_id
)
if selectors.device_id:
devices = devices.filter(DevicePublicKey.device_id == selectors.device_id)
if selectors.key_id:
devices = devices.filter(DevicePublicKey.key_id == selectors.key_id)
records: list[DsarRecordRef] = [
_device_record(row)
for row in _limited(
devices,
DevicePublicKey.registered_at,
DevicePublicKey.id,
label="device key",
)
]
if selectors.account_id:
assurances = db.query(AssuranceEvidence).filter(
AssuranceEvidence.tenant_id == tenant_id,
AssuranceEvidence.account_id == selectors.account_id,
)
if selectors.key_id:
assurances = assurances.filter(
AssuranceEvidence.device_key_id == selectors.key_id
)
records.extend(
_assurance_record(row)
for row in _limited(
assurances,
AssuranceEvidence.verified_at,
AssuranceEvidence.id,
label="assurance evidence",
)
)
decisions = db.query(KeyAccessDecisionRecord).filter(
KeyAccessDecisionRecord.tenant_id == tenant_id,
KeyAccessDecisionRecord.account_id == selectors.account_id,
)
if selectors.key_id:
decisions = decisions.filter(
KeyAccessDecisionRecord.device_key_id == selectors.key_id
)
records.extend(
_access_decision_record(row)
for row in _limited(
decisions,
KeyAccessDecisionRecord.created_at,
KeyAccessDecisionRecord.id,
label="key-access decision",
)
)
subject_conditions = []
if selectors.device_id:
subject_conditions.append(
(TrustKeyEpoch.subject_kind == "device")
& (TrustKeyEpoch.subject_id == selectors.device_id)
)
elif not selectors.key_id:
if selectors.account_id:
subject_conditions.append(
(TrustKeyEpoch.subject_kind == "account")
& (TrustKeyEpoch.subject_id == selectors.account_id)
)
if selectors.identity_id:
subject_conditions.append(
(TrustKeyEpoch.subject_kind == "identity")
& (TrustKeyEpoch.subject_id == selectors.identity_id)
)
if subject_conditions:
epochs = db.query(TrustKeyEpoch).filter(
TrustKeyEpoch.tenant_id == tenant_id,
or_(*subject_conditions),
)
records.extend(
_epoch_record(row)
for row in _limited(
epochs,
TrustKeyEpoch.effective_at,
TrustKeyEpoch.id,
label="key epoch",
)
)
if len(records) > _MAX_RECORDS:
raise ValueError(
"Identity Trust DSAR result limit exceeded; narrow the selectors."
)
return tuple(
sorted(records, key=lambda item: (item.resource_type, item.resource_id))
)
def plan_erasure(
self,
session: object,
*,
tenant_id: str,
subject: DsarSubjectRef,
records: Sequence[DsarRecordRef],
) -> Sequence[DsarErasureActionRef]:
del tenant_id
_session(session)
if _subject_selectors(subject) is None:
raise ValueError("Identity Trust DSAR subject selectors conflict.")
actions: list[DsarErasureActionRef] = []
for record in records:
_validate_record(record)
device = record.resource_type == "device_public_key"
actions.append(
DsarErasureActionRef(
action_id=(
f"identity_trust:{'manual_review' if device else 'retain'}:"
f"{record.resource_type}:{record.resource_id}"
),
provider_id=self.provider_id,
module_id=self.module_id,
kind="manual_review" if device else "retain",
resource_type=record.resource_type,
resource_id=record.resource_id,
title=("Review " if device else "Retain ") + record.title,
rationale=(
"Revocation or removal must account for encrypted-resource "
"recovery, active sessions, and the current key epoch."
if device
else record.retention_reason
or "Trust and access evidence remains immutable."
),
executable=False,
)
)
return tuple(actions)
def execute_erasure(
self,
session: object,
*,
tenant_id: str,
subject: DsarSubjectRef,
actions: Sequence[DsarErasureActionRef],
request_id: str,
) -> Sequence[DsarExecutionResultRef]:
del tenant_id
_session(session)
if _subject_selectors(subject) is None:
raise ValueError("Identity Trust DSAR subject selectors conflict.")
results: list[DsarExecutionResultRef] = []
for action in actions:
_validate_action(action)
if action.executable or action.kind not in {"manual_review", "retain"}:
raise ValueError(
"Identity Trust DSAR publishes non-executable actions only."
)
results.append(
DsarExecutionResultRef(
action_id=action.action_id,
status="blocked",
summary=(
"The device key remains unchanged pending cryptographic "
"recovery and revocation review."
if action.kind == "manual_review"
else "Trust and key-access evidence remains immutable."
),
evidence={"request_id": request_id},
)
)
return tuple(results)
def _subject_selectors(subject: DsarSubjectRef) -> _SubjectSelectors | None:
references = subject.external_references
values = {
"account_id": _coalesce(
subject.account_id,
references.get("identity_trust.account"),
references.get("access.account"),
),
"identity_id": _coalesce(
subject.identity_id,
references.get("identity_trust.identity"),
references.get("identity.id"),
),
"device_id": _coalesce(
references.get("identity_trust.device"),
references.get("identity_trust.device_id"),
),
"key_id": _coalesce(
references.get("identity_trust.key"),
references.get("identity_trust.key_id"),
),
}
if any(value is _CONFLICT for value in values.values()):
return None
account_id = _optional_string(values["account_id"])
identity_id = _optional_string(values["identity_id"])
if not (account_id or identity_id):
return None
return _SubjectSelectors(
account_id=account_id,
identity_id=identity_id,
device_id=_optional_string(values["device_id"]),
key_id=_optional_string(values["key_id"]),
)
def _limited(query, first, second, *, label: str):
rows = query.order_by(first, second).limit(_MAX_RECORDS + 1).all()
if len(rows) > _MAX_RECORDS:
raise ValueError(
f"Identity Trust DSAR {label} limit exceeded; narrow the selectors."
)
return rows
def _device_record(row: DevicePublicKey) -> DsarRecordRef:
return DsarRecordRef(
provider_id="identity_trust",
module_id="identity_trust",
resource_type="device_public_key",
resource_id=row.id,
category="personal_device_trust",
title=f"Device public key {row.key_id[:255]}",
data={
"identity_id": row.identity_id,
"account_id": row.account_id,
"device_id": row.device_id,
"key_id": row.key_id,
"algorithm": row.algorithm,
"public_jwk": _public_jwk(row.public_jwk),
"purpose": row.purpose,
"assurance_level": row.assurance_level,
"attestation_ref": (row.attestation_ref or "")[:1_000] or None,
"status": row.status,
"epoch": row.epoch,
"registered_at": _iso(row.registered_at),
"expires_at": _iso(row.expires_at),
"revoked_at": _iso(row.revoked_at),
"revocation_reason": (row.revocation_reason or "")[:4_000] or None,
},
observed_at=_aware(row.updated_at),
retention_reason=(
"Device-key changes require recovery and active-resource review."
),
)
def _assurance_record(row: AssuranceEvidence) -> DsarRecordRef:
return DsarRecordRef(
provider_id="identity_trust",
module_id="identity_trust",
resource_type="assurance_evidence",
resource_id=row.id,
category="identity_assurance_evidence",
title="Identity assurance evidence",
data={
"account_id": row.account_id,
"device_key_id": row.device_key_id,
"evidence_ref": row.evidence_ref[:1_000],
"assurance_level": row.assurance_level,
"provider_id": row.provider_id,
"verified_at": _iso(row.verified_at),
"expires_at": _iso(row.expires_at),
},
observed_at=_aware(row.created_at),
immutable_evidence=True,
retention_reason=(
"Assurance verification is immutable security and accountability evidence."
),
)
def _epoch_record(row: TrustKeyEpoch) -> DsarRecordRef:
return DsarRecordRef(
provider_id="identity_trust",
module_id="identity_trust",
resource_type="key_epoch",
resource_id=row.id,
category="cryptographic_access_history",
title="Subject key epoch",
data={
"subject_kind": row.subject_kind,
"subject_id": row.subject_id,
"epoch": row.epoch,
"previous_epoch": row.previous_epoch,
"state": row.state,
"history_policy": row.history_policy,
"reason": row.reason[:4_000],
"access_decision_ref": row.access_decision_ref[:1_000],
"effective_at": _iso(row.effective_at),
},
observed_at=_aware(row.effective_at),
immutable_evidence=True,
retention_reason="Key-epoch history is immutable cryptographic-access evidence.",
)
def _access_decision_record(row: KeyAccessDecisionRecord) -> DsarRecordRef:
return DsarRecordRef(
provider_id="identity_trust",
module_id="identity_trust",
resource_type="key_access_decision",
resource_id=row.id,
category="cryptographic_access_decision",
title="Key-access decision",
data={
"decision_ref": row.decision_ref,
"account_id": row.account_id,
"device_key_id": row.device_key_id,
"subject_kind": row.subject_kind,
"subject_id": row.subject_id,
"key_epoch": row.key_epoch,
"access_decision_ref": row.access_decision_ref[:1_000],
"purpose": row.purpose[:255],
"allowed": row.allowed,
"reason": row.reason[:4_000],
"resource_ref": (row.resource_ref or "")[:1_000] or None,
"function_assignment_id": row.function_assignment_id,
"delegation_id": row.delegation_id,
"recorded_at": _iso(row.created_at),
},
observed_at=_aware(row.created_at),
immutable_evidence=True,
retention_reason=(
"Key-access decisions are immutable authorization and security evidence."
),
)
def _public_jwk(value: object) -> dict[str, object]:
if not isinstance(value, Mapping):
raise ValueError("Identity Trust public JWK is invalid.")
projection: dict[str, object] = {}
for key in ("kty", "crv", "x", "y", "use", "alg"):
if key in value:
projection[key] = str(value[key])[:2_000]
key_ops = value.get("key_ops")
if key_ops is not None:
if not isinstance(key_ops, list) or len(key_ops) > 20:
raise ValueError("Identity Trust public JWK key operations are invalid.")
projection["key_ops"] = [str(item)[:120] for item in key_ops]
return projection
def _coalesce(*values: str | None) -> str | None | object:
normalized = {str(value).strip() for value in values if str(value or "").strip()}
if len(normalized) > 1:
return _CONFLICT
return next(iter(normalized), None)
def _optional_string(value: object) -> str | None:
return value if isinstance(value, str) and value else None
def _iso(value: datetime | None) -> str | None:
aware = _aware(value)
return aware.isoformat() if aware else None
def _aware(value: datetime | None) -> datetime | None:
if value is None or value.tzinfo is not None:
return value
return value.replace(tzinfo=timezone.utc)
def _session(value: object) -> Session:
if not isinstance(value, Session):
raise TypeError("Identity Trust DSAR requires a SQLAlchemy Session.")
return value
_RESOURCE_TYPES = {
"device_public_key",
"assurance_evidence",
"key_epoch",
"key_access_decision",
}
def _validate_record(record: DsarRecordRef) -> None:
if (
record.provider_id != "identity_trust"
or record.module_id != "identity_trust"
):
raise ValueError("Identity Trust DSAR cannot plan a foreign provider record.")
if record.resource_type not in _RESOURCE_TYPES or not record.resource_id:
raise ValueError("Identity Trust DSAR record identity is invalid.")
def _validate_action(action: DsarErasureActionRef) -> None:
if (
action.provider_id != "identity_trust"
or action.module_id != "identity_trust"
):
raise ValueError("Identity Trust DSAR cannot execute a foreign action.")
if not action.action_id.startswith("identity_trust:"):
raise ValueError("Identity Trust DSAR action identity is invalid.")
__all__ = ["IDENTITY_TRUST_DSAR_CAPABILITY", "IdentityTrustDsarProvider"]
@@ -26,6 +26,10 @@ from govoplan_core.core.modules import (
from govoplan_core.core.provider_governance import declared_module_architecture
from govoplan_core.db.base import Base
from govoplan_identity_trust.backend.db import models
from govoplan_identity_trust.backend.dsar_provider import (
IDENTITY_TRUST_DSAR_CAPABILITY,
IdentityTrustDsarProvider,
)
from govoplan_identity_trust.backend.service import SqlIdentityTrustService
@@ -64,6 +68,10 @@ def _service(_context: ModuleContext) -> SqlIdentityTrustService:
return SqlIdentityTrustService()
def _dsar_provider(_context: ModuleContext) -> IdentityTrustDsarProvider:
return IdentityTrustDsarProvider()
manifest = ModuleManifest(
id=MODULE_ID,
name=MODULE_NAME,
@@ -72,6 +80,10 @@ manifest = ModuleManifest(
provides_interfaces=(
ModuleInterfaceProvider(name="identity_trust.directory", version="1.0.0"),
ModuleInterfaceProvider(name="identity_trust.assurance", version="1.0.0"),
ModuleInterfaceProvider(
name=IDENTITY_TRUST_DSAR_CAPABILITY,
version="0.1.0",
),
),
permissions=(
_permission(
@@ -165,6 +177,7 @@ manifest = ModuleManifest(
capability_factories={
CAPABILITY_IDENTITY_TRUST_DIRECTORY: _service,
CAPABILITY_IDENTITY_TRUST_ASSURANCE: _service,
IDENTITY_TRUST_DSAR_CAPABILITY: _dsar_provider,
},
capability_documentation={
CAPABILITY_IDENTITY_TRUST_DIRECTORY: CapabilityDocumentation(
@@ -177,6 +190,14 @@ manifest = ModuleManifest(
summary="Verifies bounded, recent assurance evidence for high-risk cryptographic operations.",
contract_version="1.0.0",
),
IDENTITY_TRUST_DSAR_CAPABILITY: CapabilityDocumentation(
label="Identity Trust data-subject request provider",
summary=(
"Exports bounded device-key and assurance records while keeping "
"cryptographic history under governed retention and review."
),
contract_version="0.1.0",
),
},
migration_spec=MigrationSpec(
module_id=MODULE_ID,
@@ -202,6 +223,47 @@ manifest = ModuleManifest(
),
),
documentation=(
DocumentationTopic(
id="identity-trust.data-subject-requests",
title="Identity Trust data-subject requests",
summary=(
"Export tenant-scoped device trust, assurance, epoch, and key-access "
"evidence without private or operational key material."
),
body=(
"Identity Trust correlates exact account and identity identifiers in "
"the active tenant and can narrow results to an exact device or key. "
"The access package includes bounded public-key registration fields, "
"assurance state, matching key epochs, and key-access decisions. It "
"never exports private JWK parameters, request digests, idempotency "
"keys, or arbitrary provenance payloads. Device-key revocation requires "
"manual review of recovery, active encrypted resources, and the current "
"epoch. Assurance, epoch, and access-decision records remain immutable "
"security evidence."
),
layer="configured",
documentation_types=("admin", "user"),
audience=("user", "administrator", "security_officer", "auditor"),
related_modules=("core", "access", "encryption", "postbox"),
metadata={
"help_contexts": [
"identity_trust.settings.devices",
"identity_trust.admin.trust",
"privacy.data-subject-requests",
],
"consequence_classes": {
"export_trust_state": (
"Returns bounded public trust and assurance evidence only."
),
"review_device_revocation": (
"Requires recovery and encrypted-resource impact review."
),
"retain_security_evidence": (
"Preserves epoch, assurance, and access-decision history."
),
},
},
),
DocumentationTopic(
id="identity-trust.device-keys",
title="Device keys and key epochs",
+297
View File
@@ -0,0 +1,297 @@
from __future__ import annotations
import json
import unittest
from datetime import UTC, datetime
from sqlalchemy import create_engine
from sqlalchemy.orm import Session
from govoplan_core.core.dsar import DsarProvider, DsarSubjectRef
from govoplan_core.db.base import Base
from govoplan_core.privacy.dsar_workflow import (
create_data_subject_request,
search_data_subject_request,
)
from govoplan_identity_trust.backend.db.models import (
AssuranceEvidence,
DevicePublicKey,
KeyAccessDecisionRecord,
TrustKeyEpoch,
)
from govoplan_identity_trust.backend.dsar_provider import (
IDENTITY_TRUST_DSAR_CAPABILITY,
IdentityTrustDsarProvider,
)
from govoplan_identity_trust.backend.manifest import manifest
NOW = datetime(2026, 8, 21, 12, 0, tzinfo=UTC)
class _Registry:
def __init__(self, provider: IdentityTrustDsarProvider) -> None:
self.provider = provider
def capability_names(self):
return (IDENTITY_TRUST_DSAR_CAPABILITY,)
def capability_owner(self, name):
if name != IDENTITY_TRUST_DSAR_CAPABILITY:
raise KeyError(name)
return "identity_trust"
def tenant_entitlement_resolver(self):
class _Resolver:
@staticmethod
def resolve(session, tenant_id):
del session, tenant_id
return type(
"State", (), {"effective_modules": ("identity_trust",)}
)()
return _Resolver()
def require_tenant_capability(self, name, session, **kwargs):
del session, kwargs
if name != IDENTITY_TRUST_DSAR_CAPABILITY:
raise KeyError(name)
return self.provider
def manifests(self):
return (type("Manifest", (), {"id": "identity_trust"})(),)
class IdentityTrustDsarProviderTests(unittest.TestCase):
def setUp(self) -> None:
self.engine = create_engine("sqlite+pysqlite:///:memory:")
Base.metadata.create_all(self.engine)
self.session = Session(self.engine)
self.provider = IdentityTrustDsarProvider()
self.assertIsInstance(self.provider, DsarProvider)
self._seed()
self.session.commit()
def tearDown(self) -> None:
self.session.close()
self.engine.dispose()
def _seed(self) -> None:
self.session.add_all(
(
DevicePublicKey(
id="device-key-row-1",
tenant_id="tenant-1",
identity_id="identity-1",
account_id="account-1",
device_id="device-1",
key_id="key-1",
algorithm="EdDSA",
public_jwk={
"kty": "OKP",
"crv": "Ed25519",
"x": "public-coordinate",
"d": "private-jwk-do-not-export",
"unknown": "arbitrary-jwk-do-not-export",
},
purpose="postbox",
assurance_level="substantial",
attestation_ref="evidence:attestation-1",
status="active",
epoch=1,
registration_digest="registration-digest-do-not-export",
idempotency_key="device-idempotency-do-not-export",
registered_at=NOW,
created_by="account-1",
updated_by="account-1",
),
DevicePublicKey(
id="device-key-other-tenant",
tenant_id="tenant-2",
identity_id="identity-1",
account_id="account-1",
device_id="device-other-tenant",
key_id="key-other-tenant",
algorithm="EdDSA",
public_jwk={"kty": "OKP", "x": "other-tenant-public"},
purpose="postbox",
assurance_level="substantial",
status="active",
epoch=1,
registration_digest="other-digest",
idempotency_key="other-key",
registered_at=NOW,
),
)
)
self.session.add(
AssuranceEvidence(
id="assurance-1",
tenant_id="tenant-1",
account_id="account-1",
device_key_id="key-1",
evidence_ref="assurance:evidence-1",
assurance_level="substantial",
provider_id="bund-id",
verified_at=NOW,
expires_at=NOW,
provenance={"secret": "assurance-provenance-do-not-export"},
recorded_by="security-officer",
)
)
self.session.add(
TrustKeyEpoch(
id="epoch-1",
tenant_id="tenant-1",
subject_kind="account",
subject_id="account-1",
epoch=2,
previous_epoch=1,
state="active",
history_policy="forward_only",
reason="Device rotation",
access_decision_ref="access:decision-1",
idempotency_key="epoch-idempotency-do-not-export",
request_digest="epoch-request-digest-do-not-export",
effective_at=NOW,
created_by="security-officer",
)
)
self.session.add(
KeyAccessDecisionRecord(
id="access-decision-1",
tenant_id="tenant-1",
decision_ref="trust-decision-1",
request_digest="access-request-digest-do-not-export",
account_id="account-1",
device_key_id="key-1",
subject_kind="postbox",
subject_id="postbox-1",
key_epoch=2,
access_decision_ref="access:authorization-1",
purpose="read-message",
allowed=True,
reason="Current device and epoch",
resource_ref="postbox:message-1",
provenance={"secret": "access-provenance-do-not-export"},
)
)
@staticmethod
def _subject() -> DsarSubjectRef:
return DsarSubjectRef(account_id="account-1", identity_id="identity-1")
def test_search_exports_bounded_trust_records(self) -> None:
records = self.provider.search_subject(
self.session, tenant_id="tenant-1", subject=self._subject()
)
self.assertEqual(
{
"device_public_key",
"assurance_evidence",
"key_epoch",
"key_access_decision",
},
{record.resource_type for record in records},
)
exported = json.dumps([record.to_dict() for record in records])
self.assertIn("public-coordinate", exported)
self.assertIn("assurance:evidence-1", exported)
self.assertIn("postbox:message-1", exported)
for excluded in (
"private-jwk-do-not-export",
"arbitrary-jwk-do-not-export",
"registration-digest-do-not-export",
"device-idempotency-do-not-export",
"assurance-provenance-do-not-export",
"epoch-request-digest-do-not-export",
"access-request-digest-do-not-export",
"access-provenance-do-not-export",
"other-tenant-public",
):
self.assertNotIn(excluded, exported)
def test_key_narrowing_and_conflicts_fail_closed(self) -> None:
narrowed = self.provider.search_subject(
self.session,
tenant_id="tenant-1",
subject=DsarSubjectRef(
account_id="account-1",
external_references={"identity_trust.key": "key-1"},
),
)
conflict = self.provider.search_subject(
self.session,
tenant_id="tenant-1",
subject=DsarSubjectRef(
account_id="account-1",
external_references={"identity_trust.account": "account-other"},
),
)
reference_only = self.provider.search_subject(
self.session,
tenant_id="tenant-1",
subject=DsarSubjectRef(
external_references={"identity_trust.key": "key-1"}
),
)
self.assertEqual(
{"device_public_key", "assurance_evidence", "key_access_decision"},
{record.resource_type for record in narrowed},
)
self.assertEqual((), conflict)
self.assertEqual((), reference_only)
def test_erasure_is_review_or_retain_only(self) -> None:
records = self.provider.search_subject(
self.session, tenant_id="tenant-1", subject=self._subject()
)
actions = self.provider.plan_erasure(
self.session,
tenant_id="tenant-1",
subject=self._subject(),
records=records,
)
self.assertEqual(
{"manual_review", "retain"}, {action.kind for action in actions}
)
results = self.provider.execute_erasure(
self.session,
tenant_id="tenant-1",
subject=self._subject(),
actions=actions,
request_id="dsar-trust-1",
)
self.assertTrue(all(result.status == "blocked" for result in results))
self.assertEqual(
"active",
self.session.get(DevicePublicKey, "device-key-row-1").status,
)
def test_manifest_and_core_workflow_discover_provider(self) -> None:
self.assertIn(
IDENTITY_TRUST_DSAR_CAPABILITY, manifest.capability_factories
)
row = create_data_subject_request(
self.session,
tenant_id="tenant-1",
reference="DSAR-TRUST-1",
request_kind="access",
subject=self._subject(),
purpose="Trust access request",
legal_basis=None,
due_at=None,
requested_by_account_id="operator-1",
)
search_data_subject_request(
self.session,
registry=_Registry(self.provider),
row=row,
expected_revision=row.resource_revision,
)
self.assertEqual("searched", row.status)
self.assertEqual(4, row.search_result["record_count"])
if __name__ == "__main__":
unittest.main()