use super::*;
pub(in crate::deployment_truth::tests) fn sample_external_lifecycle_pending_artifacts()
-> (ExternalLifecyclePlanV1, ExternalLifecyclePendingReportV1) {
let mut plan = sample_plan();
plan.expected_canisters[0].control_class = CanisterControlClassV1::UserControlled;
let mut inventory = sample_matching_inventory();
inventory.observed_canisters[0].control_class = CanisterControlClassV1::UserControlled;
inventory.observed_canisters[0].controllers = vec!["user-principal".to_string()];
let check = sample_check(plan, inventory);
let lifecycle_plan = external_lifecycle_plan_from_check(
"external-lifecycle-plan-1",
"lifecycle-authority-1",
&check,
);
let proposal_report = external_upgrade_proposal_report_from_lifecycle_plan(
"external-upgrade-proposals-1",
&lifecycle_plan,
&check,
);
let pending_report = external_lifecycle_pending_report_from_plan(
"external-lifecycle-pending-1",
&lifecycle_plan,
&proposal_report,
);
(lifecycle_plan, pending_report)
}
pub(in crate::deployment_truth::tests) fn sample_external_upgrade_proposal_and_receipt()
-> (ExternalUpgradeProposalV1, ExternalUpgradeReceiptV1) {
let (proposal, receipt, _) = sample_external_upgrade_proposal_receipt_and_check();
(proposal, receipt)
}
pub(in crate::deployment_truth::tests) fn sample_external_upgrade_proposal_receipt_and_check() -> (
ExternalUpgradeProposalV1,
ExternalUpgradeReceiptV1,
DeploymentCheckV1,
) {
let mut plan = sample_plan();
plan.expected_canisters[0].control_class = CanisterControlClassV1::UserControlled;
let mut inventory = sample_matching_inventory();
inventory.observed_canisters[0].control_class = CanisterControlClassV1::UserControlled;
inventory.observed_canisters[0].controllers = vec!["user-principal".to_string()];
let check = sample_check(plan, inventory);
let lifecycle_plan = external_lifecycle_plan_from_check(
"external-lifecycle-plan-1",
"lifecycle-authority-1",
&check,
);
let proposal_report = external_upgrade_proposal_report_from_lifecycle_plan(
"external-upgrade-proposals-1",
&lifecycle_plan,
&check,
);
let proposal = proposal_report.proposals[0].clone();
let receipt = external_upgrade_receipt_from_observation(
"external-upgrade-receipt-1",
&proposal,
ExternalUpgradeConsentStateV1::ExecutedExternally,
Some("user-principal".to_string()),
Some(&check.inventory.observed_canisters[0]),
);
(proposal, receipt, check)
}
pub(in crate::deployment_truth::tests) fn assert_required_policy_requirement(
policy: &ExternalUpgradeVerificationPolicyV1,
requirement: LifecycleVerificationRequirementV1,
expected_value: Option<&str>,
) {
let row = policy
.verification_requirements
.iter()
.find(|row| row.requirement == requirement)
.expect("verification requirement should be present");
assert_eq!(
row.status,
ExternalUpgradeVerificationRequirementStatusV1::Required
);
assert_eq!(row.expected_value.as_deref(), expected_value);
}
pub(in crate::deployment_truth::tests) fn matching_external_verification_observation(
proposal: &ExternalUpgradeProposalV1,
) -> ExternalUpgradeVerificationObservationV1 {
ExternalUpgradeVerificationObservationV1 {
source: ExternalVerificationObservationSourceV1::SuppliedObservation,
deployment_check_id: None,
deployment_check_digest: None,
inventory_id: Some("inventory-verified".to_string()),
observed_at: Some("2026-05-26T00:00:00Z".to_string()),
live_inventory_observed: true,
controller_observation_present: true,
observed_control_class: Some(proposal.control_class),
observed_module_hash: proposal.target_installed_module_hash.clone(),
observed_canonical_embedded_config_sha256: proposal
.target_canonical_embedded_config_sha256
.clone(),
protected_call_ready: Some(true),
}
}
pub(in crate::deployment_truth::tests) fn sample_external_completion_sources() -> (
ExternalUpgradeProposalV1,
ExternalUpgradeConsentEvidenceV1,
ExternalUpgradeVerificationCheckV1,
) {
let (proposal, receipt, deployment_check) =
sample_external_upgrade_proposal_receipt_and_check();
let consent_evidence = external_upgrade_consent_evidence_from_receipt(
"external-upgrade-consent-evidence-1",
&proposal,
&receipt,
)
.expect("consent evidence should build");
let policy = external_upgrade_verification_policy_from_proposal(
"external-upgrade-verification-policy-1",
&proposal,
);
let observation =
external_upgrade_verification_observation_from_check(&policy, &deployment_check)
.expect("sample deployment check should produce verification observation");
let verification_check = external_upgrade_verification_check_from_policy(
"external-upgrade-verification-check-1",
&policy,
observation,
);
(proposal, consent_evidence, verification_check)
}
pub(in crate::deployment_truth::tests) fn assert_inventory_verification_mismatch(
mutate: impl FnOnce(&mut DeploymentCheckV1),
requirement: LifecycleVerificationRequirementV1,
) {
let (proposal, _, mut deployment_check) = sample_external_upgrade_proposal_receipt_and_check();
mutate(&mut deployment_check);
let policy = external_upgrade_verification_policy_from_proposal(
"external-upgrade-verification-policy-1",
&proposal,
);
let observation =
external_upgrade_verification_observation_from_check(&policy, &deployment_check)
.expect("deployment check should still produce verification observation");
let check = external_upgrade_verification_check_from_policy(
"external-upgrade-verification-check-1",
&policy,
observation,
);
assert_eq!(
check.observation.source,
ExternalVerificationObservationSourceV1::DeploymentTruthInventory
);
assert_eq!(
check.verification_result,
ExternalUpgradeVerificationResultV1::Mismatch
);
assert!(check.requirement_results.iter().any(|row| {
row.requirement == requirement
&& row.status == ExternalUpgradeVerificationRequirementStatusV1::Required
&& row.satisfied == Some(false)
}));
validate_external_upgrade_verification_check_for_deployment_check(
&check,
&policy,
&deployment_check,
)
.expect("mismatch check should still validate against its source inventory");
}