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How to use start_execution method in Slash

Best Python code snippet using slash

generate_result.py

Source:generate_result.py

...11rows = []12filename = "evaluation_results.csv"13if __name__ == '__main__':14    symfz_ct = SimpleSymbolicFuzzer(program_2_sym)15    symfz_ct.start_execution(tries=100)16    print(symfz_ct.branches_uncovered)17    rows.append(['Program 2', str(symfz_ct.calculate_branch_coverage())+"%", 100, str(symfz_ct.execution_time)+" seconds"])18    symfz_ct = SimpleSymbolicFuzzer(program_4_sym)19    symfz_ct.start_execution(tries=100)20    print(symfz_ct.branches_uncovered)21    rows.append(['Program 4', str(symfz_ct.calculate_branch_coverage())+"%", 100, str(symfz_ct.execution_time)+" seconds"])22    symfz_ct = SimpleSymbolicFuzzer(program_6_sym, precision = 2)23    symfz_ct.start_execution(tries=100)24    print(symfz_ct.branches_uncovered)25    rows.append(['Program 6', str(symfz_ct.calculate_branch_coverage())+"%", 100, str(symfz_ct.execution_time)+" seconds"])26    symfz_ct = SimpleSymbolicFuzzer(program_9_sym, precision = 4, external_func_length = 5)27    symfz_ct.start_execution(tries=100)28    print(symfz_ct.branches_uncovered)29    rows.append(['Program 9', str(symfz_ct.calculate_branch_coverage())+"%", 100, str(symfz_ct.execution_time)+" seconds"])30    symfz_ct = SimpleSymbolicFuzzer(program_11_sym, precision = 2, external_func_length = 9)31    symfz_ct.start_execution(tries=0)32    print(symfz_ct.branches_uncovered)33    rows.append(['Program 11', str(symfz_ct.calculate_branch_coverage())+"%", 100, str(symfz_ct.execution_time)+" seconds"])34    symfz_ct = SimpleSymbolicFuzzer(program_12_sym, precision = 2, external_func_length = 7)35    symfz_ct.start_execution(tries=0)36    print(symfz_ct.branches_uncovered)37    rows.append(['Program 12', str(symfz_ct.calculate_branch_coverage())+"%", 100, str(symfz_ct.execution_time)+" seconds"])38    symfz_ct = SimpleSymbolicFuzzer(program_14_sym, precision = 0, external_func_length = 5)39    symfz_ct.start_execution(tries=100)40    print(symfz_ct.branches_uncovered)41    rows.append(['Program 14', str(symfz_ct.calculate_branch_coverage())+"%", 100, str(symfz_ct.execution_time)+" seconds"])42    with open(filename, 'w') as csvfile: 43        # creating a csv writer object 44        csvwriter = csv.writer(csvfile) 45            46        # writing the fields 47        csvwriter.writerow(fields) 48            49        # writing the data rows ...

test.py

Source:test.py

...8from target_programs.program_14 import program_14_sym9from SymbolicFuzzer import SimpleSymbolicFuzzer10if __name__ == '__main__':11    # symfz_ct = SimpleSymbolicFuzzer(program_1_sym)12    # symfz_ct.start_execution(tries=100)13    # print(symfz_ct.branches_uncovered)14    # symfz_ct = SimpleSymbolicFuzzer(program_2_sym)15    # symfz_ct.start_execution(tries=100)16    # print(symfz_ct.branches_uncovered)17    # symfz_ct = SimpleSymbolicFuzzer(program_4_sym)18    # symfz_ct.start_execution(tries=100)19    # print(symfz_ct.branches_uncovered)20    # symfz_ct = SimpleSymbolicFuzzer(program_6_sym, precision = 0)21    # symfz_ct.start_execution(tries=10)22    # print(symfz_ct.branches_uncovered)23    # symfz_ct = SimpleSymbolicFuzzer(program_9_sym, precision = 4, external_func_length = 5)24    # symfz_ct.start_execution(tries=100)25    # print(symfz_ct.branches_uncovered)26    # symfz_ct = SimpleSymbolicFuzzer(program_11_sym, precision = 2, external_func_length = 9)27    # symfz_ct.start_execution(tries=0)28    # print(symfz_ct.branches_uncovered)29    # symfz_ct = SimpleSymbolicFuzzer(program_12_sym, precision = 2, external_func_length = 7)30    # symfz_ct.start_execution(tries=0)31    # print(symfz_ct.branches_uncovered)32    symfz_ct = SimpleSymbolicFuzzer(program_14_sym, precision = 0, external_func_length = 5)33    symfz_ct.start_execution(tries=100)34    print(symfz_ct.branches_uncovered)35    print(symfz_ct.execution_time, "seconds")...

uncovered_branches_extractor.py

Source:uncovered_branches_extractor.py

...8from target_programs.program_14 import *9from SymbolicFuzzer import SimpleSymbolicFuzzer10#if __name__ == '__main__':11# symfz_ct = SimpleSymbolicFuzzer(program_1_sym)12# symfz_ct.start_execution(tries=100)13# print(symfz_ct.branches_uncovered)14# symfz_ct = SimpleSymbolicFuzzer(program_2_sym)15# symfz_ct.start_execution(tries=100)16# print(symfz_ct.branches_uncovered)17# symfz_ct = SimpleSymbolicFuzzer(program_4_sym)18# symfz_ct.start_execution(tries=100)19# print(symfz_ct.branches_uncovered)20# symfz_ct = SimpleSymbolicFuzzer(program_6_sym, precision = 0)21# symfz_ct.start_execution(tries=10)22# print(symfz_ct.branches_uncovered)23# symfz_ct = SimpleSymbolicFuzzer(program_9_sym, precision = 4, external_func_length = 5)24# symfz_ct.start_execution(tries=100)25# print(symfz_ct.branches_uncovered)26# symfz_ct = SimpleSymbolicFuzzer(program_11_sym, precision = 2, external_func_length = 9)27# symfz_ct.start_execution(tries=0)28# print(symfz_ct.branches_uncovered)29# symfz_ct = SimpleSymbolicFuzzer(program_12_sym, precision = 2, external_func_length = 7)30# symfz_ct.start_execution(tries=0)31# print(symfz_ct.branches_uncovered)32symfz_ct = SimpleSymbolicFuzzer(program_14_sym, precision = 0, external_func_length = 5)33symfz_ct.start_execution(tries=100)34print(symfz_ct.branches_uncovered)35print(symfz_ct.execution_time, "seconds")...

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