toHaveCount(12); }); it('registers taxonomy metadata for every first-slice entry', function (): void { foreach (OperatorOutcomeTaxonomy::all() as $entries) { foreach ($entries as $entry) { expect($entry['axis'])->toBeInstanceOf(OperatorSemanticAxis::class) ->and($entry['classification'])->toBeInstanceOf(OperatorStateClassification::class) ->and($entry['next_action_policy'])->toBeInstanceOf(OperatorNextActionPolicy::class) ->and($entry['label'])->not->toBe('') ->and($entry['notes'])->not->toBe(''); } } }); it('qualifies overloaded operator-facing labels in the first slice', function (): void { expect(BadgeCatalog::spec(BadgeDomain::OperationRunStatus, 'queued')->label)->toBe('Queued for execution') ->and(BadgeCatalog::spec(BadgeDomain::OperationRunOutcome, 'blocked')->label)->toBe('Blocked by prerequisite') ->and(BadgeCatalog::spec(BadgeDomain::EvidenceCompleteness, 'missing')->label)->toBe('Not collected yet') ->and(BadgeCatalog::spec(BadgeDomain::TenantReviewCompleteness, 'stale')->label)->toBe('Refresh review inputs') ->and(BadgeCatalog::spec(BadgeDomain::BaselineSnapshotFidelity, 'unsupported')->label)->toBe('Support limited') ->and(BadgeCatalog::spec(BadgeDomain::RestoreRunStatus, 'partial')->label)->toBe('Applied with follow-up') ->and(BadgeCatalog::spec(BadgeDomain::RestoreResultStatus, 'manual_required')->label)->toBe('Manual follow-up needed') ->and(BadgeCatalog::spec(BadgeDomain::RestoreCheckSeverity, 'warning')->label)->toBe('Review before running'); }); it('rejects diagnostic warning or danger taxonomy combinations', function (): void { expect(fn (): BadgeSpec => new BadgeSpec( label: 'Invalid diagnostic warning', color: 'warning', semanticAxis: OperatorSemanticAxis::EvidenceDepth, classification: OperatorStateClassification::Diagnostic, nextActionPolicy: OperatorNextActionPolicy::None, ))->toThrow(InvalidArgumentException::class); }); it('rejects primary warning badges without a next-action policy', function (): void { expect(fn (): BadgeSpec => new BadgeSpec( label: 'Invalid primary warning', color: 'warning', semanticAxis: OperatorSemanticAxis::ExecutionOutcome, classification: OperatorStateClassification::Primary, nextActionPolicy: OperatorNextActionPolicy::None, ))->toThrow(InvalidArgumentException::class); });