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How to use nb_tests method in Lemoncheesecake

Best Python code snippet using lemoncheesecake

ashtest.py

Source:ashtest.py

1def read_tests(filepath):2    global GLOBAL_DEBUG3    GLOBAL_DEBUG = True4    print('-------------------------------')5    type2python = {6        'Boolean' : bool,7        'Integer' : int,8        'String' : str9    }10    res2python = {11        'false' : False,12        'true' : True13    }14    f = open(filepath, mode='r')15    lines = f.readlines()16    f.close()17    nb_tests = {18        'skipped' : 0,19        'success' : 0,20        'failed'  : 0,21        'total'   : 0,22    }23    for i, line in enumerate(lines, start=1):24        if i < 3: continue # headers25        try:26            data    = line.split('\t')27            idt     = data[0]28            status  = data[1]29            py      = data[2]30            lua     = data[3]31            title   = data[4]32            content = data[5]33            content_exec = content.replace('\\n', '\n')34            resval  = data[6]35            restyp  = data[7]36            try:37                numtok  = int(data[8].rstrip())38            except ValueError:39                numtok = None40            asserts  = data[9:]41            if len(asserts) > 0:42                asserts[-1] = asserts[-1].rstrip()43        except (ValueError, IndexError) as e:44            print(f'[TEST]    {nb_tests["total"]+1:03} Skipping line {i:05d} {e}')45            nb_tests['skipped'] += 146            nb_tests['total']   += 147            continue48        if status == 'Do':49            print(f'[TEST]    {nb_tests["total"]+1:03} {title} : {content}')50            try:51                # Tokenizing52                res = Tokenizer(False).tokenize(content_exec)53                if numtok is not None and len(res) != numtok:54                    shell.write(f'[FAILED]  Wrong number of tokens, expecting {numtok} got {len(res)}\n', 'COMMENT')55                    nb_tests['failed'] += 156                    nb_tests['total']  += 157                    continue58                for assertcheck in asserts:59                    data = assertcheck.split('::')60                    if len(data) == 4:61                        what = data[0]62                        where = data[1]63                        typ = data[2]64                        val = data[3]65                        if what == 'Tokens':66                            where = int(where)67                            if res[where].typ.name != typ:68                                shell.write(f'[FAILED]  Wrong type of token, expecting {typ} got {res[where].typ}\n', 'COMMENT')69                                nb_tests['failed'] += 170                                nb_tests['total']  += 171                                continue72                            else:73                                if res[where].val != val: # all value are strings74                                    shell.write(f'[FAILED]  Wrong value of token, expecting {val} got {res[where].val}\n', 'COMMENT')75                                    nb_tests['failed'] += 176                                    nb_tests['total']  += 177                                    continue78                                else:79                                    shell.write(f'[ASSERT]  Assert ok for token {where} of type {typ} of val {val}\n', 'STRING')80                # Parsing & Interpreting81                ast = parser.parse(res)82                res = interpreter.do_ast(ast)83                ok = False84                if restyp in type2python:85                    if type(res) == type2python[restyp]:86                        if restyp == 'Boolean':87                            if res == res2python[resval]:88                                ok = True89                        elif restyp == 'Integer':90                            if res == int(resval):91                                ok = True92                        elif restyp == 'String':93                            if "'" + res + "'" == resval:94                                ok = True95                if ok:96                     shell.write(f'[SUCCESS] Expected {resval} of type {restyp} and got: {res} of type {type(res)}\n', 'STRING')97                     nb_tests['success'] += 198                     nb_tests['total']   += 199                else:100                    shell.write(f'[FAILED]  Expected {resval} of type {restyp} and got: {res} of type {type(res)}\n', 'COMMENT')101                    nb_tests['failed'] += 1102                    nb_tests['total']  += 1103            except Exception as e:104                shell.write(f'[FAILED]  Exception: {e}\n', 'COMMENT')105                traceback.print_exception(*sys.exc_info())106                nb_tests['failed'] += 1107                nb_tests['total']  += 1108    print('-------------------------------')109    if nb_tests["success"] + nb_tests["failed"] + nb_tests["skipped"] != nb_tests['total']:110        raise Exception("[ERROR] Total of tests not equal to total of tests failed/skipped/success")111    shell.write(f'Nb test success:   {nb_tests["success"]:05d} ({round(nb_tests["success"]/nb_tests["total"]*100):3d}%)\n', 'STRING')112    if nb_tests["failed"] == 0:113        shell.write(f'Nb test failed:    {nb_tests["failed"]:05d} ({round(nb_tests["failed"]/nb_tests["total"]*100):3d}%)\n', 'STRING')114    else:115        shell.write(f'Nb test failed:    {nb_tests["failed"]:05d} ({round(nb_tests["failed"]/nb_tests["total"]*100):3d}%)\n', 'COMMENT')116    shell.write(f'Nb test skipped:   {nb_tests["skipped"]:05d} ({round(nb_tests["skipped"]/nb_tests["total"]*100):3d}%)\n', 'KEYWORD')117    print('-------------------------------')118    print(f'Total test passed: {nb_tests["total"]:05d}')119    print('-------------------------------')...

validation.py

Source:validation.py

1from dynamic_prog.pattern_matching import PM_DTW2from BlockDTW.DTW_blocks import *3from timer import Timer4from progress_bar import update_progress5import random6def get_random_string(minsize, bound_homopol):7    random_string = ""8    while len(random_string) < minsize:9        # Considering only upper letters10        random_integer = random.randint(97, 100)11        nb_occurrences = random.randint(1, bound_homopol)12        for _ in range(nb_occurrences):13            random_string += chr(random_integer)14    return random_string15def main(nb_tests, size_min, bound_homopol):16    # nb_tests = 1017    # size_min = 100018    # bound_homopol = 1019    PT_strings = []20    for _ in range(nb_tests):21        PT_strings.append(22            [23                get_random_string(size_min, bound_homopol),24                get_random_string(size_min, bound_homopol),25            ]26        )27    classic_res = []28    # compare times29    with Timer() as classical_time:30        for i in range(nb_tests):31            update_progress(i / float(nb_tests))32            P = PT_strings[i][0]33            T = PT_strings[i][1]34            ldtw = PM_DTW(P, T)35            ldtw.fill()36            classic_res.append(ldtw.get_last_value())37        update_progress(1)38    classical_time.print("DurÃ©e classique = {} seconds")39    dtw_block_res = []40    nb_blocks = 041    with Timer() as block_time:42        for i in range(nb_tests):43            update_progress(i / float(nb_tests))44            P = PT_strings[i][0]45            T = PT_strings[i][1]46            dtw = DtwByBlocks(P, T)47            dtw_block_res.append(dtw.get_br_value())48            nb_blocks += dtw.get_nb_blocks()49        update_progress(1)50    block_time.print("DurÃ©e with blocks = {} seconds")51    timeb = block_time.value()52    print(f"DurÃ©e per block = {round(timeb,2)}/{nb_blocks} = {timeb/nb_blocks} seconds")53    # Validations54    for i in range(nb_tests):55        assert (56            classic_res[i] == dtw_block_res[i]57        ), f"Test failed with {PT_strings[i][0]} {PT_strings[i][1]}: {classic_res[i]} vs {dtw_block_res[i]}"58    print(f"We performed {nb_tests} tests, all passed !")59if __name__ == "__main__":60    if len(sys.argv) != 4:61        sys.stderr.write(62            f"Usage: python {sys.argv[0]} nb_tests min_size_P_T homopol_size_bound\n"63        )64    else:65        main(66            nb_tests=int(sys.argv[1]),67            size_min=int(sys.argv[2]),68            bound_homopol=int(sys.argv[3]),...

AStarDriver.py

Source:AStarDriver.py

1from AStar import *2print("-------------------------- A* Algorithm -----------------------------")3# Initializing total variables for stats4nb_tests = 205SOT_counter = 06SET_counter = 07NST_counter = 08T_cost = 09T_time = 010# Opening input text file11f = open("puzzles.txt", "r")12for line in f:13    start = eval(line)14    puzzle = Puzzle(start)15    a_solution, a_search, a_cost, a_time = astar(puzzle)16    if "no solution" not in a_solution:17        SOT_counter += len(a_solution)18        SET_counter += len(a_search)19    else:20        NST_counter += 121    T_cost += a_cost22    T_time += a_time23# Initializing averages variables for stats24SOA_counter = SOT_counter / nb_tests25SEA_counter = SET_counter / nb_tests26NSA_counter = NST_counter / nb_tests27A_cost = T_cost / nb_tests28A_time = T_time / nb_tests29# Output30print("Total length of solution path: " + str(SOT_counter))31print("Average length of solution path: " + str(SOA_counter))32print("Total length of search path: " + str(SET_counter))33print("Average length of search path: " + str(SEA_counter))34print("Total number of no solution: " + str(NST_counter))35print("Average number of no solution: " + str(NSA_counter))36print("Total cost: " + str(T_cost))37print("Average cost: " + str(A_cost))38print("Total execution time: " + str(T_time) + " seconds")...

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