def createResOriginalFaultVersionInShellArgsMode():
mutation_list = []
with open(
"./second_order_mutant_extend/result/logs/res_execute_mutant.txt",
"r") as f:
mutation_list = f.read()
mutation_list = mutation_list.split("\n")[:-1]
f.close()
input_path = args.inputs_dir
input_list = []
with open("./output/input_list.txt", "r") as f:
input_list = f.read().split("\n")[:-1]
f.close()
# 打开所有测试用例文件，读取文件内的参数
list_input_args = []
for i in range(len(input_list)):
f = open(input_path + input_list[i], 'r')
input_args = f.read()
list_input_args.append(input_args)
f.close()
file_name = ""
compile_dir = args.second_order_mutant_path + "compile/"
con_list = os.walk(compile_dir)
for path, path_l, file_names in con_list:
file_name = file_names[0]
file_name = file_name[:util.findIndex(file_name, "_")[-1]]
f = open("./create_res_original_fault_version_second_order_in.sh", "w")
f.write("chmod 777 " + compile_dir + "*\n")
f.write(
"rm ./output/res_original_version.in ./output/res_fault_version.in\n")
f.write(
"touch ./output/res_original_version.in ./output/res_fault_version.in\n"
)
f.write("\n\n")
#f = open("./create_res_original_fault_version_in.sh", "a")
for excute_mutation in mutation_list:
f.write("mkdir ./temp_outputs/\n")
for input_args, input_sample in zip(list_input_args, input_list):
f.write('echo "<<<<<<<<<<<' + file_name + '_' + excute_mutation +
'.c.exe ||run| ' + input_sample + '"\n')
f.write('timeout ' + str(args.timeout) + " " + compile_dir +
file_name + '_' + excute_mutation + '.c.exe ' +
input_args + ' > ./temp_outputs/' + input_sample +
'.out\n')
f.write(
"python ./second_order_mutant_extend/append_res_original_version_in.py --true_root_dir "
+ args.true_root_dir + "\n")
f.write(
"python ./second_order_mutant_extend/append_res_fault_version_in.py --defect_root_dir "
+ args.defect_root_dir + "\n")
f.write("rm -rf ./temp_outputs/\n")
f.write("\n")
f.close()
def createRunDefectSourceScriptArgsMode(defect_root_dir, defect_source_path,
timeout, inputs_dir):
# 获取测试用例文件列表
f = open("./output/input_list.txt", 'r')
input_paths = f.read().split("\n")[:-1]
f.close()
# 打开所有测试用例文件，读取文件内的参数
list_input_args = []
for i in range(len(input_paths)):
f = open(inputs_dir + input_paths[i], 'r')
input_args = f.read()
list_input_args.append(input_args)
f.close()
# 生成运行缺陷源代码的run_cov.sh脚本
f = open(defect_root_dir + "run_cov.sh", "w")
f.writelines("rm -rf " + defect_root_dir + "gcov\nmkdir " +
defect_root_dir + "gcov\nmkdir " + defect_root_dir +
"outputs\n")
f.writelines("gcc -fprofile-arcs -ftest-coverage " + defect_source_path +
" -o " + defect_source_path + ".exe -lm\n")
source_file_name = defect_source_path[
util.findIndex(defect_source_path, "/")[-1] +
1:util.findIndex(defect_source_path, ".")[-1]]
f.writelines("mv " + source_file_name + ".gcno " + defect_source_path +
".gcno\n\n")
for i in range(len(input_paths)):
command = 'echo ">>>>>>>>running test ' + str(i + 1) + '"\n'
f.writelines(command)
command = "timeout " + str(timeout) + " " \
+ defect_source_path +".exe " \
+ list_input_args[i] +" > "\
+ defect_root_dir + "outputs/" + input_paths[i]+".out\n" \
+ "mv " + source_file_name + ".gcda " + defect_source_path + ".gcda\n" \
+ "gcov " + defect_source_path + ".exe" \
+ "\nmv " + source_file_name + ".c.gcov " \
+ defect_root_dir + "gcov/" + source_file_name \
+ ".gcov." + str(i+1) + "\n\n"
f.writelines(command)
f.writelines("rm " + defect_source_path + ".gcno\n")
f.writelines("rm " + defect_source_path + ".gcda\n")
f.close()
def select(self, selectId, throw=False):
try:
ix = findIndex(lambda item: item[0] == selectId, self._iddList,
True)
self.current(ix)
self.event_generate('<<ComboboxSelect>>')
except ValueError:
if throw: raise KeyError("selectId '%s' not found" % selectId)
def setOptionRandomly(self, answer, dummy1, dummy2, dummy3):
optionList = [(answer, True), (dummy1, False), (dummy2, False),
(dummy3, False)]
random.shuffle(optionList)
answerButtonNumber = findIndex(lambda x: x[1], optionList) + 1
options = [x[0] for x in optionList]
self.setAnswerButton(answerButtonNumber)
self.setButtonsText(options[0], options[1], options[2], options[3])
def createResOriginalFaultVersionInShellFileMode():
f_create_shell = open("./create_res_original_fault_version_in.sh", "w")
mutation_list = []
with open(args.mutant_root + "res_execute_mutant.txt", "r") as f:
mutation_list = f.read()
mutation_list = mutation_list.split("\n")[:-1]
f.close()
input_path = args.inputs_dir
input_list = []
with open("./output/input_list.txt", "r") as f:
input_list = f.read().split("\n")[:-1]
f.close()
file_name = ""
compile_dir = "./_SBFL_randomization_higher_order_mutant_set/compile/"
con_list = os.walk(compile_dir)
for path, path_l, file_names in con_list:
file_name = file_names[0]
file_name = file_name[:util.findIndex(file_name, "_")[-1]]
f_create_shell.write("chmod 777 " + compile_dir +"*\n")
f_create_shell.write("rm ./_SBFL_randomization_higher_order_mutant_set/res_original_version.in ./_SBFL_randomization_higher_order_mutant_set/res_fault_version.in\n")
f_create_shell.write("touch ./_SBFL_randomization_higher_order_mutant_set/res_original_version.in ./_SBFL_randomization_higher_order_mutant_set/res_fault_version.in\n")
f_create_shell.write("\n\n")
#f = open("./create_res_original_fault_version_in.sh", "a")
for excute_mutation in mutation_list:
f_create_shell.write("mkdir ./temp_outputs/\n")
for input_sample in input_list:
f_create_shell.write("nowtime=`date +'%Y-%m-%d %H:%M:%S'`\n")
f_create_shell.write('echo "=====[nowtime]: "$nowtime\n')
f_create_shell.write('echo "<<<<<<<<<<<'+file_name+'_' + excute_mutation + '.c.exe ||run| '+ input_sample +'"\n')
f_create_shell.write('timeout ' + str(args.timeout) + " " + compile_dir + file_name + '_' + excute_mutation + '.c.exe < ' + input_path + input_sample + ' > ./temp_outputs/' + input_sample + '.out\n')
f_create_shell.write('return_code=$?\n')
f_create_shell.write('echo return_code=$return_code\n')
f_create_shell.write('if [ $return_code -eq 124 ]; then\n')
f_create_shell.write('rm -rf ' + compile_dir + file_name + '_' + excute_mutation + '.c.exe\n')
f_create_shell.write('echo \"' + compile_dir + file_name + '_' + excute_mutation + '.c.exe was deleted successfully.\"\n')
f_create_shell.write('fi\n')
f_create_shell.write('if [ $return_code -eq 134 ]; then\n')
f_create_shell.write('rm -rf ' + compile_dir + file_name + '_' + excute_mutation + '.c.exe\n')
f_create_shell.write('echo \"' + compile_dir + file_name + '_' + excute_mutation + '.c.exe was deleted successfully.\"\n')
f_create_shell.write('fi\n')
f_create_shell.write('if [ $return_code -eq 139 ]; then\n')
f_create_shell.write('rm -rf ' + compile_dir + file_name + '_' + excute_mutation + '.c.exe\n')
f_create_shell.write('echo \"' + compile_dir + file_name + '_' + excute_mutation + '.c.exe was deleted successfully.\"\n')
f_create_shell.write('fi\n')
f_create_shell.write('\n')
f_create_shell.write("python3 SBFL_randomization_higher_order_MBFL/append_res_original_version_in.py --true_root_dir " + args.true_root_dir + "\n")
f_create_shell.write("python3 SBFL_randomization_higher_order_MBFL/append_res_fault_version_in.py --defect_root_dir " + args.defect_root_dir + "\n")
f_create_shell.write("rm -rf ./temp_outputs/\n")
f_create_shell.write("\n")
f_create_shell.close()
def select(self, selectId, throw=False):
self.select_clear(0, tk.END)
try:
ix = findIndex(lambda item: item[0] == selectId, self._iddList,
True)
self.select_set(ix)
self.event_generate('<<ListboxSelect>>')
except ValueError:
if throw: raise KeyError("selectId '%s' not found" % selectId)
with open("mutation_operator_no_space.json", 'r') as f:
s = f.read()
f.close()
return json.loads(s)
if __name__ == "__main__":
# read the source file
source_list = readSource(parserCommad().defect_source_path)
# read mutant operator
mutant_opt = getMutantOperator()
# to find and write all the feasible operator
with open("./output/all_res_record.txt", 'w') as f:
f.write("") # create and clean res_record.txt
f.close()
f = open("./output/all_res_record.txt", 'a')
for line_index in range(len(source_list)):
source_line = source_list[line_index]
for key in mutant_opt:
if util.isFind(source_line, key):
for value in mutant_opt[key]:
for loc in util.findIndex(source_line, key):
f.write("line: " + str(line_index + 1) + " index: " +
str(loc) + " original: " + key +
"\tmutated: " + value + '\n')
f.close()
mutant_index = int(res_record_line.split("index: ")[1].split(" original:")[0])
original = res_record_line.split("original: ")[1].split(" mutated:")[0]
mutated = res_record_line.split("mutated: ")[1]
mu_source = f.readlines()
main_str = mu_source[original_line - 1]
left_str = main_str[:mutant_index]
right_str = main_str[mutant_index + len(original):]
mu_source[original_line - 1] = left_str + mutated + right_str
f.seek(0, 0) # Reset the pointer of reading file
for mu_source_line in mu_source:
f.writelines(mu_source_line)
f.close()
if __name__ == "__main__":
args = parserCommad()
defect_source_name = args.defect_source_path[util.findIndex(args.defect_source_path, "/")[-1] + 1:]
defect_source_path = args.defect_source_path[: util.findIndex(args.defect_source_path, "/")[-1] + 1]
mutant_root = args.mutant_root
# print(defect_source_name)
# print(defect_source_path)
str_mutant_source_path = mutant_root + "Mutant_source/"
if not os.path.exists(str_mutant_source_path):
os.mkdir(str_mutant_source_path)
Mutation(mutant_root+"res_record.txt", defect_source_name,
defect_source_path, str_mutant_source_path)
help='mutant root dictionary.')
parser.add_argument('--version', action='version',
version='%(prog)s 1.0')
results = parser.parse_args()
return results
if __name__ == "__main__":
compile_dir = parserCommad().mutant_root + "compile/"
file_name_list = os.listdir(compile_dir)
file_name = file_name_list[0]
replace_index = util.findIndex(file_name, "_")
file_name = file_name[:replace_index[-1]]
mutation_dir = parserCommad().mutant_root + "Mutation_source/"
mutation_file_list = os.listdir(mutation_dir)
mutation_file_number = len(mutation_file_list)
with open("./_MBFL_randomization_higher_order_mutant_set/res_execute_mutant.txt", 'w') as f:
f.write("") # create and clean res_record.txt
f.close()
f = open("./_MBFL_randomization_higher_order_mutant_set/res_execute_mutant.txt", 'a')
for i in range(mutation_file_number):
file_temp_name = file_name + "_" +str(i+1) + ".c.exe"
if file_temp_name in file_name_list:
f.write(str(i+1)+"\n")
def createResOriginalFaultVersionInShellArgsMode():
f_create_shell = open(
"./create_RQ1_ideal_res_original_fault_version_in.sh", "w")
mutation_list = []
with open("./_RQ1_mutant_set/mutant_set_ideal/res_execute_mutant.txt",
"r") as f:
mutation_list = f.read()
mutation_list = mutation_list.split("\n")[:-1]
f.close()
input_path = args.inputs_dir
input_list = []
with open("output/input_list.txt", "r") as f:
input_list = f.read().split("\n")[:-1]
f.close()
# 打开所有测试用例文件，读取文件内的参数
list_input_args = []
for i in range(len(input_list)):
f = open(input_path + input_list[i], 'r')
input_args = f.read()
list_input_args.append(input_args)
f.close()
file_name = ""
compile_dir = "./_RQ1_mutant_set/mutant_set_ideal/compile/"
con_list = os.walk(compile_dir)
for path, path_l, file_names in con_list:
file_name = file_names[0]
file_name = file_name[:util.findIndex(file_name, "_")[-1]]
f_create_shell.write("chmod 777 " + compile_dir + "*\n")
f_create_shell.write(
"rm " +
"./_RQ1_mutant_set/mutant_set_ideal/res_original_version.in ./_RQ1_mutant_set/mutant_set_ideal/res_fault_version.in\n"
)
f_create_shell.write(
"touch ./_RQ1_mutant_set/mutant_set_ideal/res_original_version.in ./_RQ1_mutant_set/mutant_set_ideal/res_fault_version.in\n"
)
f_create_shell.write("\n\n")
#f = open("./create_res_original_fault_version_in.sh", "a")
for excute_mutation in mutation_list:
f_create_shell.write("mkdir ./temp_outputs/\n")
for input_args, input_sample in zip(list_input_args, input_list):
f_create_shell.write("nowtime=`date +'%Y-%m-%d %H:%M:%S'`\n")
f_create_shell.write('echo "=====[nowtime]: "$nowtime\n')
f_create_shell.write('echo "<<<<<<<<<<<' + file_name + '_' +
excute_mutation + '.c.exe ||run| ' +
input_sample + '"\n')
f_create_shell.write('timeout ' + str(args.timeout) + " " +
compile_dir + file_name + '_' +
excute_mutation + '.c.exe ' + input_args +
' > ./temp_outputs/' + input_sample +
'.out\n')
f_create_shell.write('return_code=$?\n')
f_create_shell.write('echo return_code=$return_code\n')
f_create_shell.write('if [ $return_code -eq 124 ]; then\n')
f_create_shell.write('rm -rf ' + compile_dir + file_name + '_' +
excute_mutation + '.c.exe\n')
f_create_shell.write('echo \"' + compile_dir + file_name + '_' +
excute_mutation +
'.c.exe was deleted successfully.\"\n')
f_create_shell.write('fi\n')
f_create_shell.write('if [ $return_code -eq 134 ]; then\n')
f_create_shell.write('rm -rf ' + compile_dir + file_name + '_' +
excute_mutation + '.c.exe\n')
f_create_shell.write('echo \"' + compile_dir + file_name + '_' +
excute_mutation +
'.c.exe was deleted successfully.\"\n')
f_create_shell.write('fi\n')
f_create_shell.write('if [ $return_code -eq 139 ]; then\n')
f_create_shell.write('rm -rf ' + compile_dir + file_name + '_' +
excute_mutation + '.c.exe\n')
f_create_shell.write('echo \"' + compile_dir + file_name + '_' +
excute_mutation +
'.c.exe was deleted successfully.\"\n')
f_create_shell.write('fi\n')
f_create_shell.write('\n')
f_create_shell.write(
"python3 ideal_higher_mutant_set_extend/append_RQ1_ideal_res_original_version_in.py --true_root_dir "
+ args.true_root_dir + "\n")
f_create_shell.write(
"python3 ideal_higher_mutant_set_extend/append_RQ1_ideal_res_fault_version_in.py --defect_root_dir "
+ args.defect_root_dir + "\n")
f_create_shell.write("rm -rf ./temp_outputs/\n")
f_create_shell.write("\n")
f_create_shell.close()
