set('admin_access.secrets_key', base64_encode(random_bytes(32))); $cipher = app(SecretCipher::class); expect($cipher->decrypt($cipher->encrypt('hunter2')))->toBe('hunter2'); }); it('accepts the base64: prefix as well, because the documented generator omits it', function () { config()->set('admin_access.secrets_key', 'base64:'.base64_encode(random_bytes(32))); $cipher = app(SecretCipher::class); expect($cipher->decrypt($cipher->encrypt('hunter2')))->toBe('hunter2'); }); it('refuses rather than silently falling back to APP_KEY', function () { config()->set('admin_access.secrets_key', ''); expect(fn () => app(SecretCipher::class)->encrypt('x')) ->toThrow(RuntimeException::class, 'SECRETS_KEY'); expect(app(SecretCipher::class)->isUsable())->toBeFalse(); }); it('refuses a key that is not 32 bytes', function () { config()->set('admin_access.secrets_key', 'zu-kurz'); expect(fn () => app(SecretCipher::class)->encrypt('x')) ->toThrow(RuntimeException::class, '32 bytes'); }); it('reports unusable for a malformed key, not just an empty one', function () { // Codex R15#3, P2: isUsable() used to check only "is the string // nonempty", so a SET-but-malformed SECRETS_KEY (wrong length, garbage // base64) read back as usable even though encrypter() — called from the // very same encrypt()/decrypt() this object exposes — rejects exactly // this value two lines below. EditMailbox::save() and // MailboxTester::run() both gate on isUsable() specifically to avoid an // uncaught RuntimeException reaching the operator; a lying isUsable() // means that guard does not fire in exactly the configuration it exists // for. config()->set('admin_access.secrets_key', 'zu-kurz'); expect(app(SecretCipher::class)->isUsable())->toBeFalse(); // Same key, same verdict from the method it must never disagree with. expect(fn () => app(SecretCipher::class)->encrypt('x')) ->toThrow(RuntimeException::class, '32 bytes'); });