using namespace std; ///////////////////////////////////////////////////////////////////////////////////////// TEST_CASE("variant_array_view::ctor", "[variant_array_view]") { SECTION("empty") { variant_array_view a; CHECK(a.is_valid() == false); variant_array_view b(a); CHECK(b.is_valid() == false); variant var; variant_array_view c = var.create_array_view(); CHECK(c.is_valid() == false); CHECK(c.is_dynamic() == false); CHECK(c.get_rank_type(0).is_valid() == false); CHECK(c.get_rank() == 0); CHECK(c.get_type().is_valid() == false); CHECK(c.get_size() == 0); CHECK(c.get_size(0) == 0); CHECK(c.get_size(0, 0) == 0); CHECK(c.get_size_variadic({}) == 0); CHECK(c.set_size(0) == false); CHECK(c.set_size(0, 0) == false); CHECK(c.set_size(0, 0, 0) == false); CHECK(c.set_size_variadic(0, {}) == false);
policy::prop::bind_as_ptr ) ; } ///////////////////////////////////////////////////////////////////////////////////////// TEST_CASE("property - class - get/set - bind_as_ptr - array", "[property]") { property_member_policy obj; type prop_type = type::get(obj); property array_prop = prop_type.get_property("array"); REQUIRE(array_prop.is_array() == true); variant array_obj = array_prop.get_value(obj); // the array is returned by pointer variant_array_view vec_array = array_obj.create_array_view(); REQUIRE(vec_array.is_valid() == true); REQUIRE(array_obj.is_type<std::vector<int>*>() == true); REQUIRE(array_obj.get_value<std::vector<int>*>() == &obj._array); } ///////////////////////////////////////////////////////////////////////////////////////// TEST_CASE("property - class - get/set - bind_as_ptr - raw_array", "[property]") { property_member_policy obj; type prop_type = type::get(obj); property array_prop = prop_type.get_property("raw_array"); REQUIRE(array_prop.is_array() == true); variant array_obj = array_prop.get_value(obj); // the array is returned by pointer