/* * Author: Patrick-Christopher Mattulat * Company: Lynar Studios * E-Mail: webmaster@lynarstudios.com * Created: 2020-08-14 * Changed: 2020-08-14 * * */ #include #include "../../../source/boxing/Double.hpp" #include "../../../source/serialization/boxing/SerializableJSONDouble.hpp" #include "../../../source/boxing/String.hpp" #include "../../TestHelper.hpp" #include "../../../source/io/File.hpp" #include "../../../source/io/FileWriter.hpp" #include "../../../source/io/StorableFile.hpp" namespace { class DoubleTest : public ::testing::Test { protected: DoubleTest() = default; ~DoubleTest() override = default; void SetUp() override {} void TearDown() override {} }; // assignment operators TEST_F(DoubleTest, operatorAssignment) { ls_std::Double x {13.023}; ASSERT_EQ(13.023, x); x = 44.22; ASSERT_EQ(44.22, x); ls_std::Double y {3.0}; x = y; ASSERT_EQ(3.0, x); } // arithmetic operators TEST_F(DoubleTest, operatorHyphen) { ls_std::Double x {3.25}; ASSERT_DOUBLE_EQ(-3.25, -x); } TEST_F(DoubleTest, operatorAddition) { ls_std::Double x {3.1415}; ls_std::Double y {2.223}; ls_std::Double z {x + y}; ASSERT_DOUBLE_EQ(5.3645, z); ASSERT_DOUBLE_EQ(5.3645, x + 2.223); } TEST_F(DoubleTest, operatorMultiplication) { ls_std::Double x {3.14}; ls_std::Double y {2.22}; ls_std::Double z {x * y}; ASSERT_DOUBLE_EQ(6.9708, z); ASSERT_DOUBLE_EQ(6.9708, x * 2.22); } TEST_F(DoubleTest, operatorSubstraction) { ls_std::Double x {3.1415}; ls_std::Double y {2.225}; ls_std::Double z {x - y}; ASSERT_DOUBLE_EQ(0.9165, z); ASSERT_DOUBLE_EQ(0.9165, x - 2.225); } TEST_F(DoubleTest, operatorDivision) { ls_std::Double x {2.25}; ls_std::Double y {0.5}; ls_std::Double z {x / y}; ASSERT_DOUBLE_EQ(4.5, z); ASSERT_DOUBLE_EQ(4.5, x / 0.5); } // compound operators TEST_F(DoubleTest, operatorAddEqual) { ls_std::Double x {2.25000000}; ls_std::Double y {-0.39000000}; ASSERT_DOUBLE_EQ(2.25000000, x); x += 3.14000000; ASSERT_DOUBLE_EQ(5.39000000, x); x += y; ASSERT_DOUBLE_EQ(5.0000000, x); } TEST_F(DoubleTest, operatorSubEqual) { ls_std::Double x {2.25}; ls_std::Double y {-0.04}; ASSERT_DOUBLE_EQ(2.25, x); x -= 1.14; ASSERT_DOUBLE_EQ(1.11, x); x -= y; ASSERT_DOUBLE_EQ(1.15, x); } TEST_F(DoubleTest, operatorMulEqual) { ls_std::Double x {2.25000000}; ls_std::Double y {0.04000000}; ASSERT_DOUBLE_EQ(2.25000000, x); x *= 1.14000000; ASSERT_DOUBLE_EQ(2.56500000, x); x *= y; ASSERT_DOUBLE_EQ(0.102600000, x); } TEST_F(DoubleTest, operatorDivEqual) { ls_std::Double x {2.25}; ls_std::Double y {1.5}; ASSERT_DOUBLE_EQ(2.25, x); x /= 0.05; ASSERT_DOUBLE_EQ(45.0, x); x /= y; ASSERT_DOUBLE_EQ(30.0, x); } // comparison operators TEST_F(DoubleTest, operatorEqual) { ls_std::Double x {3.14159}; ls_std::Double y {3.14159}; ASSERT_TRUE(x == y); ASSERT_TRUE(y == x); ASSERT_TRUE(x == 3.14159); ASSERT_TRUE(3.14159 == x); } TEST_F(DoubleTest, operatorNotEqual) { ls_std::Double x {3.1415}; ls_std::Double y {3.1414}; ASSERT_TRUE(x != y); ASSERT_TRUE(y != x); ASSERT_TRUE(x != 3.1414); ASSERT_TRUE(3.1414 != x); } TEST_F(DoubleTest, operatorGreaterThan) { ls_std::Double x {3.1415}; ls_std::Double y {3.1414}; ASSERT_TRUE(x > y); ASSERT_TRUE(x > 3.1414); } TEST_F(DoubleTest, operatorGreaterThanNegative) { ls_std::Double x {3.1414}; ls_std::Double y {3.1414}; ASSERT_FALSE(x > y); ASSERT_FALSE(x > 3.1414); } TEST_F(DoubleTest, operatorGreaterThanEqual) { ls_std::Double x {3.1414}; ls_std::Double y {3.1414}; ls_std::Double z {3.1415}; ASSERT_TRUE(x >= y); ASSERT_TRUE(z >= y); ASSERT_TRUE(x >= 3.1414); ASSERT_TRUE(z >= 3.1414); } TEST_F(DoubleTest, operatorGreaterThanEqualNegative) { ls_std::Double x {3.1414}; ls_std::Double y {3.1415}; ASSERT_FALSE(x >= y); ASSERT_FALSE(x >= 3.1415); } TEST_F(DoubleTest, operatorLessThan) { ls_std::Double x {3.1413}; ls_std::Double y {3.1414}; ASSERT_TRUE(x < y); ASSERT_TRUE(x < 3.1414); } TEST_F(DoubleTest, operatorLessThanNegative) { ls_std::Double x {3.1414}; ls_std::Double y {3.1414}; ASSERT_FALSE(x < y); ASSERT_FALSE(x < 3.1414); } TEST_F(DoubleTest, operatorLessThanEqual) { ls_std::Double x {3.1414}; ls_std::Double y {3.1414}; ls_std::Double z {3.1415}; ASSERT_TRUE(x <= y); ASSERT_TRUE(x <= z); ASSERT_TRUE(x <= 3.1414); ASSERT_TRUE(x <= 3.1415); } TEST_F(DoubleTest, operatorLessThanEqualNegative) { ls_std::Double x {3.1415}; ls_std::Double y {3.1414}; ASSERT_FALSE(x <= y); ASSERT_FALSE(x <= 3.1414); } // increment / decrement operator TEST_F(DoubleTest, operatorIncrement) { ls_std::Double x {3.1415}; ASSERT_DOUBLE_EQ(3.1415, x); ++x; ASSERT_DOUBLE_EQ(4.1415, x); ++x; ASSERT_DOUBLE_EQ(5.1415, x); } TEST_F(DoubleTest, operatorDecrement) { ls_std::Double x {3.1415}; ASSERT_DOUBLE_EQ(3.1415, x); --x; ASSERT_DOUBLE_EQ(2.1415, x); --x; ASSERT_DOUBLE_EQ(1.1415, x); } // implementation TEST_F(DoubleTest, load) { // preparation std::shared_ptr x = std::make_shared(); std::string path = TestHelper::getResourcesFolderLocation() + "tmp_storable_double.json"; ls_std::File file {path}; file.createNewFile(); ls_std::FileWriter writer {file}; writer.write(R"({"value":3.14159})"); auto serializable = std::make_shared(x); x->setSerializable(std::dynamic_pointer_cast(serializable)); auto storable = std::make_shared(path); x->setStorable(std::dynamic_pointer_cast(storable)); // check x->load(); ASSERT_DOUBLE_EQ(3.14159, *x); file.remove(); } TEST_F(DoubleTest, marshal) { std::shared_ptr x = std::make_shared(3.14159); auto serializable = std::make_shared(x); x->setSerializable(std::dynamic_pointer_cast(serializable)); ls_std::String jsonString {x->marshal()}; ASSERT_TRUE(jsonString.contains(R"({"value":3.14159)")); *x = 17.13149; jsonString = x->marshal(); ASSERT_TRUE(jsonString.contains(R"({"value":17.1314)")); } TEST_F(DoubleTest, parse) { ls_std::Double x {}; x.parse("3.1415"); ASSERT_DOUBLE_EQ(3.1415, x); x.parse("-2.1415"); ASSERT_DOUBLE_EQ(-2.1415, x); } TEST_F(DoubleTest, toString) { ls_std::Double x {13.1543}; ASSERT_TRUE(x.toString().find("13.1543") != std::string::npos); } TEST_F(DoubleTest, unmarshal) { std::shared_ptr x = std::make_shared(3.14159); ASSERT_DOUBLE_EQ(3.14159, *x); auto serializable = std::make_shared(x); x->setSerializable(std::dynamic_pointer_cast(serializable)); x->unmarshal(R"({"value":17.4132})"); ASSERT_DOUBLE_EQ(17.4132, *x); } // additional functionality TEST_F(DoubleTest, getEpsilon) { ls_std::Double x {}; ASSERT_DOUBLE_EQ(0.00000001, x.getEpsilon()); } TEST_F(DoubleTest, getValue) { ls_std::Double x {3.1415}; ASSERT_DOUBLE_EQ(3.1415, x.getValue()); } TEST_F(DoubleTest, setEpsilon) { ls_std::Double x {}; x.setEpsilon(0.01); ASSERT_DOUBLE_EQ(0.01, x.getEpsilon()); } }