How to use test_direct_method method in freezegun

Best Python code snippet using freezegun

main.py

Source:main.py

...60        print(f"-> Simulation Time: {simulation_time:.6f} s\n")61    if render:62        dfa.render_digraph(output_filename.replace('FA', 'DFA'), view_pdf)63        print('[OUT] DFA digraph generated!')64def test_direct_method(regex, input_test = None, simulate = False, render=True, output_filename='', view_pdf=True):65    tokenizer = Tokenizer(regex, is_direct_tokenization=True)66    tokens = tokenizer.get_tokens()67    parser = TreeParser(tokens)68    tree = parser.parse()69    # Direct DFA (from regex)70    regex_dfa = RegexDFA(tree, tokenizer.symbols_stream, input_test)71    if simulate and input_test:72        start_time = process_time()73        regex_dfa.simulate()74        end_time = process_time()75        print(f"Direct DFA accepts input '{input_test}'? ", regex_dfa.regex_accept_status)76        simulation_time = end_time - start_time77        print(f"-> Simulation Time: {simulation_time:.6f} s\n")78    if render:79        regex_dfa.render_digraph(output_filename, view_pdf)80        print('[OUT] Direct DFA digraph generated!')81def main():82    option = None83    while option != 0:84        print(MAIN_MENU)85        option = int(input('> '))86        if option == 1:87            fa_option = None88            input_regex = None89            input_test = None90            while fa_option != 0:91                if not input_regex or not input_test:92                    input_regex = input('Enter the regex: ')93                    input_test = input('Enter the eval expr: ')94                print(FA_MENU)95                fa_option = int(input('> '))96                if fa_option == 1:97                    try:98                        test_thompson_and_subsets(99                            regex = input_regex,100                            input_test = input_test,101                            simulate = True,102                            render = True103                        )104                    except Exception as e:105                        print(f'\n\tAn error ocurred, please check your regex: {e}')106                    reset_regex = input('-> Do you want to reset regex expr? (y/n): ') or 'n'107                    if reset_regex and reset_regex.lower() == 'y':108                        input_regex = input('Enter the regex: ')109                        input_test = input('Enter the eval expr: ')110                elif fa_option == 2:111                    try:112                        test_direct_method(113                            regex = input_regex,114                            input_test = input_test,115                            simulate = True,116                            render = True117                        )118                    except Exception as e:119                        print(f'\n\tAn error ocurred, please check your regex: {e}')120                    reset_regex = input('-> Do you want to reset regex expr? (y/n): ') or 'n'121                    if reset_regex and reset_regex.lower() == 'y':122                        input_regex = input('Enter the regex: ')123                        input_test = input('Enter the eval expr: ')124                elif fa_option == 3:125                    fa_option = 0126                else:127                    print('Not a valid option, going back to main menu...')128                    fa_option = 0129        elif option == 2:130            test_option = None131            while test_option != 0:132                print(TESTS_MENU)133                test_option = int(input('> '))134                if test_option == 1 or test_option == 2:135                    clean_test_render_folder()136                    try:137                        test_lines = []138                        if test_option == 1:139                            # Test ABC txt file140                            test_lines = load_txt_file(ABC_TEST_PATH)141                        elif test_option == 2:142                            # Test Binary txt file143                            test_lines = load_txt_file(BINARY_TEST_PATH)144                        iteration = 0145                        for regex_test in test_lines:146                            # Simulation input is not required, we only want to generate the NFA & DFA outputs 147                            test_thompson_and_subsets(148                                regex = regex_test,149                                render = True,150                                output_filename = f"./tests/renders/FA_{iteration}.gv",151                                view_pdf = False152                            )153                            test_direct_method(154                                regex = regex_test,155                                render = True,156                                output_filename = f"./tests/renders/RegexDFA_{iteration}.gv",157                                view_pdf = False158                            )159                            iteration += 1160                        print(f"-> {'ABC' if test_option == 1 else 'Binary' } tests passed!")161                    except Exception as e:162                        print(f'\n\tAn error ocurred, please regex on test file: {e}')163                elif test_option == 3:164                    test_option = 0165                else:166                    print('Not a valid option, going back to main menu...')167                    test_option = 0...

test_dataframe.py

Source:test_dataframe.py

...100    def test_pd_df(self):101        self.create_ionosphere(IONOSPHERE_TABLE)102        pd_df = DataFrame(self.odps.get_table(IONOSPHERE_TABLE)).to_pandas()103    @ci_skip_case104    def test_direct_method(self):105        self.create_ionosphere(IONOSPHERE_TABLE)106        df = DataFrame(self.odps.get_table(IONOSPHERE_TABLE)).roles(label='class')107        train, test = df.split(0.6)108        lr = LogisticRegression(epsilon=0.01)109        model = lr.train(train)110        predicted = model.predict(test)111        predicted.to_pandas()112    @ci_skip_case113    def test_dynamic_output(self):114        self.create_ionosphere(IONOSPHERE_TABLE)115        df = DataFrame(self.odps.get_table(IONOSPHERE_TABLE))116        df = df.roles(label=df['class'])117        filtered, importance = select_features(df)118        print(filtered.describe().execute())...

test_structural_solution.py

Source:test_structural_solution.py

...24    correct_modal_shape = np.load('matrices\\structural_solution\\mode_shapes.npy')25    26    assert np.allclose(natural_frequencies, correct_natural_frequencies)27    assert np.allclose(modal_shape, correct_modal_shape)28def test_direct_method(preprocessor):29    solution = SolutionStructural(preprocessor)30    frequencies = np.arange(0, 200+1, 2)31    32    direct_method = solution.direct_method(frequencies, is_viscous_lumped=True)33    correct_direct_method = np.load('matrices\\structural_solution\\direct_method.npy')34    assert np.allclose(direct_method, correct_direct_method)35def test_mode_superposition(preprocessor):36    solution = SolutionStructural(preprocessor)37    frequencies = np.arange(0, 200+1, 2)38    modes = 20039    mode_superposition = solution.mode_superposition(frequencies, modes, fastest=True)40    correct_mode_superposition = np.load('matrices\\structural_solution\\mode_superposition.npy')...

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