susumu.yata
null+****@clear*****
Wed Dec 3 19:46:07 JST 2014
susumu.yata 2014-12-03 19:46:07 +0900 (Wed, 03 Dec 2014) New Revision: 3e2ee1ecd23edd0fa66c80781f02c97ee6381bd6 https://github.com/groonga/grnxx/commit/3e2ee1ecd23edd0fa66c80781f02c97ee6381bd6 Message: Simplify tests for Column. Modified files: test/test_column.cpp Modified: test/test_column.cpp (+48 -249) =================================================================== --- test/test_column.cpp 2014-12-03 19:20:56 +0900 (032ca58) +++ test/test_column.cpp 2014-12-03 19:46:07 +0900 (c869aa1) @@ -22,274 +22,79 @@ #include "grnxx/db.hpp" #include "grnxx/table.hpp" -void test_column() { - // Create a database with the default options. - auto db = grnxx::open_db(""); +template <typename T> +void test_column(const T &value) { + constexpr grnxx::DataType data_type = T::type(); - // Create a table with the default options. + // Create a table and insert the first row. + auto db = grnxx::open_db(""); auto table = db->create_table("Table"); - - // Append the first row. grnxx::Int row_id = table->insert_row(); - // Create a column named "Bool". - auto bool_column = table->create_column("Bool", grnxx::BOOL_DATA); - assert(bool_column->table() == table); - assert(bool_column->name() == "Bool"); - assert(bool_column->data_type() == grnxx::BOOL_DATA); - assert(!bool_column->reference_table()); - assert(!bool_column->is_key()); - assert(bool_column->num_indexes() == 0); - - // Create a column named "Int". - auto int_column = table->create_column("Int", grnxx::INT_DATA); - assert(int_column->table() == table); - assert(int_column->name() == "Int"); - assert(int_column->data_type() == grnxx::INT_DATA); - assert(!int_column->reference_table()); - assert(!int_column->is_key()); - assert(int_column->num_indexes() == 0); - - // Create a column named "Float". - auto float_column = table->create_column("Float", grnxx::FLOAT_DATA); - assert(float_column->table() == table); - assert(float_column->name() == "Float"); - assert(float_column->data_type() == grnxx::FLOAT_DATA); - assert(!float_column->reference_table()); - assert(!float_column->is_key()); - assert(float_column->num_indexes() == 0); - - // Create a column named "GeoPoint". - auto geo_point_column = - table->create_column("GeoPoint", grnxx::GEO_POINT_DATA); - assert(geo_point_column->table() == table); - assert(geo_point_column->name() == "GeoPoint"); - assert(geo_point_column->data_type() == grnxx::GEO_POINT_DATA); - assert(!geo_point_column->reference_table()); - assert(!geo_point_column->is_key()); - assert(geo_point_column->num_indexes() == 0); - -// // Create a column named "Text". - auto text_column = table->create_column("Text", grnxx::TEXT_DATA); - assert(text_column->table() == table); - assert(text_column->name() == "Text"); - assert(text_column->data_type() == grnxx::TEXT_DATA); - assert(!text_column->reference_table()); - assert(!text_column->is_key()); - assert(text_column->num_indexes() == 0); - - // Create a column named "Reference". - grnxx::ColumnOptions options; - options.reference_table_name = "Table"; - auto reference_column = - table->create_column("Reference", grnxx::INT_DATA, options); - assert(reference_column->table() == table); - assert(reference_column->name() == "Reference"); - assert(reference_column->data_type() == grnxx::INT_DATA); - assert(reference_column->reference_table() == table); - assert(!reference_column->is_key()); - assert(int_column->num_indexes() == 0); - - // Create a column named "BoolVector". - auto bool_vector_column = - table->create_column("BoolVector", grnxx::BOOL_VECTOR_DATA); - assert(bool_vector_column->table() == table); - assert(bool_vector_column->name() == "BoolVector"); - assert(bool_vector_column->data_type() == grnxx::BOOL_VECTOR_DATA); - assert(!bool_vector_column->reference_table()); - assert(!bool_vector_column->is_key()); - assert(bool_vector_column->num_indexes() == 0); - - // Create a column named "IntVector". - auto int_vector_column = - table->create_column("IntVector", grnxx::INT_VECTOR_DATA); - assert(int_vector_column->table() == table); - assert(int_vector_column->name() == "IntVector"); - assert(int_vector_column->data_type() == grnxx::INT_VECTOR_DATA); - assert(!int_vector_column->reference_table()); - assert(!int_vector_column->is_key()); - assert(int_vector_column->num_indexes() == 0); + // Create a column named "Column". + auto column = table->create_column("Column", data_type); + assert(column->table() == table); + assert(column->name() == "Column"); + assert(column->data_type() == data_type); + assert(!column->reference_table()); + assert(!column->is_key()); + assert(column->num_indexes() == 0); - // Create a column named "FloatVector". - auto float_vector_column = - table->create_column("FloatVector", grnxx::FLOAT_VECTOR_DATA); - assert(float_vector_column->table() == table); - assert(float_vector_column->name() == "FloatVector"); - assert(float_vector_column->data_type() == grnxx::FLOAT_VECTOR_DATA); - assert(!float_vector_column->reference_table()); - assert(!float_vector_column->is_key()); - assert(float_vector_column->num_indexes() == 0); - - // Create a column named "GeoPointVector". - auto geo_point_vector_column = - table->create_column("GeoPointVector", grnxx::GEO_POINT_VECTOR_DATA); - assert(geo_point_vector_column->table() == table); - assert(geo_point_vector_column->name() == "GeoPointVector"); - assert(geo_point_vector_column->data_type() == grnxx::GEO_POINT_VECTOR_DATA); - assert(!geo_point_vector_column->reference_table()); - assert(!geo_point_vector_column->is_key()); - assert(geo_point_vector_column->num_indexes() == 0); - - // Create a column named "TextVector". - auto text_vector_column = - table->create_column("TextVector", grnxx::TEXT_VECTOR_DATA); - assert(text_vector_column->table() == table); - assert(text_vector_column->name() == "TextVector"); - assert(text_vector_column->data_type() == grnxx::TEXT_VECTOR_DATA); - assert(!text_vector_column->reference_table()); - assert(!text_vector_column->is_key()); - assert(text_vector_column->num_indexes() == 0); - - // Create a column named "ReferenceVector". - options.reference_table_name = "Table"; - auto reference_vector_column = - table->create_column("ReferenceVector", grnxx::INT_VECTOR_DATA, options); - assert(reference_vector_column->table() == table); - assert(reference_vector_column->name() == "ReferenceVector"); - assert(reference_vector_column->data_type() == grnxx::INT_VECTOR_DATA); - assert(reference_vector_column->reference_table() == table); - assert(!reference_vector_column->is_key()); - assert(reference_vector_column->num_indexes() == 0); - - // Check that the default values are stored. + // Check if N/A is stored or not. grnxx::Datum datum; + T stored_value; + column->get(row_id, &datum); + assert(datum.type() == data_type); + datum.force(&stored_value); + assert(stored_value.is_na()); + + // Set a value and get it. + column->set(row_id, value); + column->get(row_id, &datum); + assert(datum.type() == data_type); + datum.force(&stored_value); + assert(stored_value.match(value)); +} - bool_column->get(row_id, &datum); - assert(datum.type() == grnxx::BOOL_DATA); - assert(datum.as_bool().is_na()); - - int_column->get(row_id, &datum); - assert(datum.type() == grnxx::INT_DATA); - assert(datum.as_int().is_na()); - - float_column->get(row_id, &datum); - assert(datum.type() == grnxx::FLOAT_DATA); - assert(datum.as_float().is_na()); - - geo_point_column->get(row_id, &datum); - assert(datum.type() == grnxx::GEO_POINT_DATA); - assert(datum.as_geo_point().is_na()); - - text_column->get(row_id, &datum); - assert(datum.type() == grnxx::TEXT_DATA); - assert(datum.as_text().is_na()); - - reference_column->get(row_id, &datum); - assert(datum.type() == grnxx::INT_DATA); - assert(datum.as_int().is_na()); - - bool_vector_column->get(row_id, &datum); - assert(datum.type() == grnxx::BOOL_VECTOR_DATA); - assert(datum.as_bool_vector().is_na()); - - int_vector_column->get(row_id, &datum); - assert(datum.type() == grnxx::INT_VECTOR_DATA); - assert(datum.as_int_vector().is_na()); - - float_vector_column->get(row_id, &datum); - assert(datum.type() == grnxx::FLOAT_VECTOR_DATA); - assert(datum.as_float_vector().is_na()); - - geo_point_vector_column->get(row_id, &datum); - assert(datum.type() == grnxx::GEO_POINT_VECTOR_DATA); - assert(datum.as_geo_point_vector().is_na()); - - text_vector_column->get(row_id, &datum); - assert(datum.type() == grnxx::TEXT_VECTOR_DATA); - assert(datum.as_text_vector().is_na()); - - reference_vector_column->get(row_id, &datum); - assert(datum.type() == grnxx::INT_VECTOR_DATA); - assert(datum.as_int_vector().is_na()); - - // Set and get values. - bool_column->set(row_id, grnxx::Bool(true)); - bool_column->get(row_id, &datum); - assert(datum.type() == grnxx::BOOL_DATA); - assert(datum.as_bool().is_true()); - - int_column->set(row_id, grnxx::Int(123)); - int_column->get(row_id, &datum); - assert(datum.type() == grnxx::INT_DATA); - assert(datum.as_int().raw() == 123); - - float_column->set(row_id, grnxx::Float(1.25)); - float_column->get(row_id, &datum); - assert(datum.type() == grnxx::FLOAT_DATA); - assert(datum.as_float().raw() == 1.25); - - grnxx::GeoPoint geo_point(grnxx::Int(123), grnxx::Int(456)); - geo_point_column->set(row_id, geo_point); - geo_point_column->get(row_id, &datum); - assert(datum.type() == grnxx::GEO_POINT_DATA); - assert(datum.as_geo_point().raw_latitude() == 123); - assert(datum.as_geo_point().raw_longitude() == 456); - - grnxx::Text text(grnxx::Text("ABC")); - text_column->set(row_id, text); - text_column->get(row_id, &datum); - assert(datum.type() == grnxx::TEXT_DATA); - assert((datum.as_text() == text).is_true()); - - reference_column->set(row_id, row_id); - reference_column->get(row_id, &datum); - assert(datum.type() == grnxx::INT_DATA); - assert(datum.as_int().match(row_id)); - - grnxx::Bool bool_vector_value[] = { +int main() { + test_column(grnxx::Bool(true)); + test_column(grnxx::Int(123)); + test_column(grnxx::Float(1.25)); + test_column(grnxx::GeoPoint(grnxx::Int(123), grnxx::Int(456))); + test_column(grnxx::GeoPoint(grnxx::Float(1.25), grnxx::Float(-1.25))); + test_column(grnxx::Text("ABC")); + + grnxx::Bool bool_values[] = { grnxx::Bool(true), grnxx::Bool(false), grnxx::Bool(true) }; - grnxx::BoolVector bool_vector(bool_vector_value, 3); - bool_vector_column->set(row_id, bool_vector); - bool_vector_column->get(row_id, &datum); - assert(datum.type() == grnxx::BOOL_VECTOR_DATA); - assert((datum.as_bool_vector() == bool_vector).is_true()); + grnxx::BoolVector bool_vector(bool_values, 3); + test_column(bool_vector); - grnxx::Int int_vector_value[] = { + grnxx::Int int_values[] = { grnxx::Int(123), grnxx::Int(-456), grnxx::Int(789) }; - grnxx::IntVector int_vector(int_vector_value, 3); - int_vector_column->set(row_id, int_vector); - int_vector_column->get(row_id, &datum); - assert(datum.type() == grnxx::INT_VECTOR_DATA); - assert((datum.as_int_vector() == int_vector).is_true()); + grnxx::IntVector int_vector(int_values, 3); + test_column(int_vector); - grnxx::Float float_vector_value[] = { + grnxx::Float float_values[] = { grnxx::Float(1.23), grnxx::Float(-4.56), grnxx::Float(7.89) }; - grnxx::FloatVector float_vector(float_vector_value, 3); - float_vector_column->set(row_id, float_vector); - float_vector_column->get(row_id, &datum); - assert(datum.type() == grnxx::FLOAT_VECTOR_DATA); - assert((datum.as_float_vector() == float_vector).is_true()); + grnxx::FloatVector float_vector(float_values, 3); + test_column(float_vector); - grnxx::GeoPoint geo_point_vector_value[] = { + grnxx::GeoPoint geo_point_values[] = { { 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::GeoPointVector geo_point_vector(geo_point_vector_value, 3); - geo_point_vector_column->set(row_id, geo_point_vector); - geo_point_vector_column->get(row_id, &datum); - assert(datum.type() == grnxx::GEO_POINT_VECTOR_DATA); - assert((datum.as_geo_point_vector() == geo_point_vector).is_true()); - - grnxx::Int reference_vector_value[] = { - grnxx::Int(0), - grnxx::Int(0), - grnxx::Int(0) - }; - grnxx::IntVector reference_vector(reference_vector_value, 3); - reference_vector_column->set(row_id, reference_vector); - reference_vector_column->get(row_id, &datum); - assert(datum.type() == grnxx::INT_VECTOR_DATA); - assert((datum.as_int_vector() == reference_vector).is_true()); + grnxx::GeoPointVector geo_point_vector(geo_point_values, 3); + test_column(geo_point_vector); grnxx::Text text_values[] = { grnxx::Text("abc"), @@ -297,13 +102,7 @@ void test_column() { grnxx::Text("ghi") }; grnxx::TextVector text_vector(text_values, 3); - text_vector_column->set(row_id, text_vector); - text_vector_column->get(row_id, &datum); - assert(datum.type() == grnxx::TEXT_VECTOR_DATA); - assert((datum.as_text_vector() == text_vector).is_true()); -} + test_column(text_vector); -int main() { - test_column(); return 0; } -------------- next part -------------- HTML����������������������������...下载
