susumu.yata
null+****@clear*****
Mon Nov 17 16:10:55 JST 2014
susumu.yata 2014-11-17 16:10:55 +0900 (Mon, 17 Nov 2014) New Revision: 606cde204657c65bb066852328fdd6b63a58a3e0 https://github.com/groonga/grnxx/commit/606cde204657c65bb066852328fdd6b63a58a3e0 Message: Add a test for Vector<GeoPoint>. (#109) Modified files: test/test_data_types.cpp Modified: test/test_data_types.cpp (+73 -0) =================================================================== --- test/test_data_types.cpp 2014-11-17 16:10:44 +0900 (b3c4689) +++ test/test_data_types.cpp 2014-11-17 16:10:55 +0900 (4661ccd) @@ -1124,6 +1124,78 @@ void test_int_vector() { assert((na != na).is_na()); } +void test_geo_point_vector() { + grnxx::GeoPoint data[] = { + { grnxx::Float(43.068661), grnxx::Float(141.350755) }, // Sapporo. + { grnxx::Float(35.681382), grnxx::Float(139.766084) }, // Tokyo. + { grnxx::Float(34.702485), grnxx::Float(135.495951) }, // Osaka. + grnxx::GeoPoint::na() + }; + + grnxx::GeoPointVector sto = grnxx::GeoPointVector(data, 3); + grnxx::GeoPointVector ton = grnxx::GeoPointVector(data + 1, 3); + grnxx::GeoPointVector empty = grnxx::GeoPointVector::empty(); + grnxx::GeoPointVector na = grnxx::GeoPointVector::na(); + + assert(sto.type() == grnxx::GEO_POINT_VECTOR_DATA); + assert(ton.type() == grnxx::GEO_POINT_VECTOR_DATA); + assert(empty.type() == grnxx::GEO_POINT_VECTOR_DATA); + assert(na.type() == grnxx::GEO_POINT_VECTOR_DATA); + + assert(sto[0].latitude() == data[0].latitude()); + assert(sto[1].latitude() == data[1].latitude()); + assert(sto[2].latitude() == data[2].latitude()); + + assert(ton[0].latitude() == data[1].latitude()); + assert(ton[1].latitude() == data[2].latitude()); + assert(ton[2].latitude() == data[3].latitude()); + + assert(sto[0].longitude() == data[0].longitude()); + assert(sto[1].longitude() == data[1].longitude()); + assert(sto[2].longitude() == data[2].longitude()); + + assert(ton[0].longitude() == data[1].longitude()); + assert(ton[1].longitude() == data[2].longitude()); + assert(ton[2].longitude() == data[3].longitude()); + + assert(sto.size().value() == 3); + assert(ton.size().value() == 3); + assert(empty.size().value() == 0); + assert(na.size().is_na()); + + assert(!sto.is_empty()); + assert(!sto.is_empty()); + assert(empty.is_empty()); + assert(!na.is_empty()); + + assert(!sto.is_na()); + assert(!ton.is_na()); + assert(!empty.is_na()); + assert(na.is_na()); + + assert((sto == sto).is_true()); + assert((sto == ton).is_false()); + assert((sto == empty).is_false()); + assert((sto == na).is_na()); + assert((ton == ton).is_true()); + assert((ton == empty).is_false()); + assert((ton == na).is_na()); + assert((empty == empty).is_true()); + assert((empty == na).is_na()); + assert((na == na).is_na()); + + assert((sto != sto).is_false()); + assert((sto != ton).is_true()); + assert((sto != empty).is_true()); + assert((sto != na).is_na()); + assert((ton != ton).is_false()); + assert((ton != empty).is_true()); + assert((ton != na).is_na()); + assert((empty != empty).is_false()); + assert((empty != na).is_na()); + assert((na != na).is_na()); +} + int main() { test_bool(); test_int(); @@ -1132,5 +1204,6 @@ int main() { test_text(); test_bool_vector(); test_int_vector(); + test_geo_point_vector(); return 0; } -------------- next part -------------- HTML����������������������������...Download
