lib.rs

				(20, test_relay_header(20, state_root_10_at_20).hash()),
				parachains_10_at_20,
				proof_10_at_20,
			),);
			assert_eq!(
				Pallet::<TestRuntime>::best_parachain_head(ParaId(1)),
				Some(head_data(1, 5))
			);

			// then if someone is pretending to provide updated head#10 of parachain#1 at relay
			// block#30, and actualy provides it
			//
			// => we'll update value
			proceed(30, state_root_10_at_30);
			assert_ok!(Pallet::<TestRuntime>::submit_parachain_heads(
				Origin::signed(1),
				(30, test_relay_header(30, state_root_10_at_30).hash()),
				parachains_10_at_30,
				proof_10_at_30,
			),);
			assert_eq!(
				Pallet::<TestRuntime>::best_parachain_head(ParaId(1)),
				Some(head_data(1, 10))
			);
		});
	}

	#[test]
	fn storage_keys_computed_properly() {
		assert_eq!(
			ParasInfo::<TestRuntime>::storage_map_final_key(ParaId(42)).to_vec(),
			ParasInfoKeyProvider::final_key("Parachains", &ParaId(42)).0
		);

		assert_eq!(
			ImportedParaHeads::<TestRuntime>::storage_double_map_final_key(
				ParaId(42),
				ParaHash::from([21u8; 32])
			)
			.to_vec(),
			ImportedParaHeadsKeyProvider::final_key(
				"Parachains",
				&ParaId(42),
				&ParaHash::from([21u8; 32])
			)
			.0,
		);
	}

	generate_owned_bridge_module_tests!(BasicOperatingMode::Normal, BasicOperatingMode::Halted);
}