1 // OpenNN: Open Neural Networks Library 2 // www.opennn.net 3 // 4 // I N P U T S E L E C T I O N T E S T C L A S S 5 // 6 // Artificial Intelligence Techniques SL 7 // artelnics@artelnics.com 8 9 #include "inputs_selection_test.h" 10 11 InputsSelectionTest()12InputsSelectionTest::InputsSelectionTest() : UnitTesting() 13 { 14 } 15 16 ~InputsSelectionTest()17InputsSelectionTest::~InputsSelectionTest() 18 { 19 } 20 21 test_constructor()22void InputsSelectionTest::test_constructor() // @todo 23 { 24 cout << "test_constructor\n"; 25 26 NeuralNetwork nn; 27 DataSet ds; 28 29 TrainingStrategy training_strategy(&nn, &ds); 30 31 GrowingInputs gi1(&training_strategy); 32 33 assert_true(gi1.has_training_strategy() == true, LOG); 34 35 GrowingInputs gi2; 36 37 assert_true(gi2.has_training_strategy() == false, LOG); 38 39 } 40 test_destructor()41void InputsSelectionTest::test_destructor() // @todo 42 { 43 cout << "tes_destructor\n"; 44 45 GrowingInputs* gi = new GrowingInputs; 46 47 delete gi; 48 } 49 50 test_get_training_strategy_pointer()51void InputsSelectionTest::test_get_training_strategy_pointer() // @todo 52 { 53 cout << "test_get_training_strategy_pointer\n"; 54 55 NeuralNetwork nn; 56 DataSet ds; 57 58 TrainingStrategy training_strategy(&nn,&ds); 59 60 GrowingInputs gi(&training_strategy); 61 62 assert_true(gi.get_training_strategy_pointer() != nullptr, LOG); 63 } 64 65 test_set_training_strategy_pointer()66void InputsSelectionTest::test_set_training_strategy_pointer() // @todo 67 { 68 cout << "test_set_training_strategy_pointer\n"; 69 70 NeuralNetwork nn; 71 DataSet ds; 72 73 TrainingStrategy training_strategy(&nn, &ds); 74 75 GrowingInputs growing_inputs; 76 77 growing_inputs.set_training_strategy_pointer(&training_strategy); 78 79 assert_true(growing_inputs.get_training_strategy_pointer() != nullptr, LOG); 80 } 81 test_set_default()82void InputsSelectionTest::test_set_default() // @todo 83 { 84 cout << "test_set_default\n"; 85 86 } 87 test_set_loss_calculation_method()88void InputsSelectionTest::test_set_loss_calculation_method() // @todo 89 { 90 cout << "test_set_loss_calculation_method\n"; 91 92 } 93 94 test_get_final_loss()95void InputsSelectionTest::test_get_final_loss() // @todo 96 { 97 cout << "test_get_final_loss\n"; 98 99 } 100 test_calculate_losses()101void InputsSelectionTest::test_calculate_losses() // @todo 102 { 103 cout << "test_calculate_losses\n"; 104 105 } 106 test_get_parameters_order()107void InputsSelectionTest::test_get_parameters_order() // @todo 108 { 109 cout << "test_get_parameters_order\n"; 110 111 } 112 113 114 // Unit testing methods 115 run_test_case()116void InputsSelectionTest::run_test_case() // @todo 117 { 118 cout << "Running inputs selection algorithm test case...\n"; 119 120 121 // Constructor and destructor methods 122 123 test_constructor(); 124 test_destructor(); 125 126 // Get methods 127 128 test_get_training_strategy_pointer(); 129 130 // Set methods 131 132 test_set_training_strategy_pointer(); 133 test_set_default(); 134 test_get_final_loss(); 135 test_calculate_losses(); 136 test_get_parameters_order(); 137 138 cout << "End of inputs selection algorithm test case.\n\n"; 139 } 140 141