def proinfomation():
initdataPath = "../data/initdata.txt"
res = util.read_line(initdataPath)
countDic = {}
for item in res:
proId = int(item.split()[0])
pyfilename = os.path.join("../data/", str(proId), "WA_py",
item.split()[1])
faultLines = list(map(int, item[item.index("[") + 1:-1].split(",")))
if proId not in countDic.keys():
countDic[proId] = {
"Title": "",
"totalVersion": 0,
"totalLines": 0,
"testcaseNum": 0,
"maxLine": -1,
"minLine": 9999,
"countFault": 0
}
testcasedir = os.path.join("../data/", str(proId), "TEST_DATA")
testList = os.listdir(testcasedir)
countDic[proId]["testcaseNum"] = len(testList) // 2
countDic[proId]["countFault"] += len(faultLines)
countDic[proId]["totalVersion"] += 1
tempcontent = util.read_line(pyfilename)
countDic[proId]["totalLines"] += len(tempcontent)
countDic[proId]["maxLine"] = max(countDic[proId]["maxLine"],
len(tempcontent))
countDic[proId]["minLine"] = min(countDic[proId]["minLine"],
len(tempcontent))
countDic[3919]["title"] = "Judge triangle"
countDic[3921]["title"] = "Palindrome"
countDic[3922]["title"] = "Division"
countDic[3923]["title"] = "Basketball game"
countDic[3930]["title"] = "Minimum currency payment problem"
countDic[3943]["title"] = "Full Permutation"
countDic[3955]["title"] = "Rotate string"
countDic[3919][
"description"] = "determine what kind of triangle it is based on the given three edges"
countDic[3921][
"description"] = "write a program to determine if the input string is a palindrome"
countDic[3922][
"description"] = "output the result of a/b, the result is rounded off, if b is equal to 0, then output error"
countDic[3923][
"description"] = "for each line of input, calulate the player's efficiency value"
countDic[3930][
"description"] = "calculate the minimum number of coins required to pay"
countDic[3943][
"description"] = "print the permutations of 1 to N are output in lexicographic order"
countDic[3955][
"description"] = "judge if the string A and string B are rotated string"
for item in countDic.items():
print(item)
def avg_rank(faultLine, dataFileName):
dataList = util.read_line(dataFileName)
res = {}
res['totLine'] = len(dataList[0].split()) - 1
for onelineinfo in dataList:
suslist = onelineinfo.split()
formular_name = suslist[0]
suslist = list(map(float, suslist[1:]))
res[formular_name] = getAVGRank(faultLine, suslist)
return res
def work(pyFilePath, testDataDirPath):
src = pyFilePath
testDataPath = testDataDirPath
cov, res = getSrcCov(src, testDataPath)
print(cov, res)
list = util.read_line(src)
lineMax = len(list)
lineNum, caseNum, casePass, caseFail, siCovCase, siCovPass, siCovFail, siunCovCase, siunCovPass, siunCovFail = CountInfo(
lineMax, cov, res)
sus_oc = {}
sus_tu = {}
sus_op = {}
sus_ds = {}
sus_jac = {}
for lineIndex in range(1, lineNum + 1):
sus_oc[lineIndex] = SBFL_Formular.cal_ochiai(caseFail, casePass,
siCovFail[lineIndex],
siCovPass[lineIndex],
siunCovFail[lineIndex],
siunCovPass[lineIndex])
sus_tu[lineIndex] = SBFL_Formular.cal_turantula(
caseFail, casePass, siCovFail[lineIndex], siCovPass[lineIndex],
siunCovFail[lineIndex], siunCovPass[lineIndex])
sus_op[lineIndex] = SBFL_Formular.cal_op2(caseFail, casePass,
siCovFail[lineIndex],
siCovPass[lineIndex],
siunCovFail[lineIndex],
siunCovPass[lineIndex])
sus_ds[lineIndex] = SBFL_Formular.cal_dstar(caseFail, casePass,
siCovFail[lineIndex],
siCovPass[lineIndex],
siunCovFail[lineIndex],
siunCovPass[lineIndex], 3)
sus_jac[lineIndex] = SBFL_Formular.cal_jaccard(caseFail, casePass,
siCovFail[lineIndex],
siCovPass[lineIndex],
siunCovFail[lineIndex],
siunCovPass[lineIndex])
return lineNum, sus_oc, sus_tu, sus_op, sus_ds, sus_jac
def loadInitData():
initdataPath = "../data/initdata.txt"
res = util.read_line(initdataPath)
return res
siunCovPass[lineIndex])
sus_ds[lineIndex] = SBFL_Formular.cal_dstar(caseFail, casePass,
siCovFail[lineIndex],
siCovPass[lineIndex],
siunCovFail[lineIndex],
siunCovPass[lineIndex], 3)
sus_jac[lineIndex] = SBFL_Formular.cal_jaccard(caseFail, casePass,
siCovFail[lineIndex],
siCovPass[lineIndex],
siunCovFail[lineIndex],
siunCovPass[lineIndex])
return lineNum, sus_oc, sus_tu, sus_op, sus_ds, sus_jac
if __name__ == '__main__':
src = '../data/check/check2.py'
testDataPath = '../data/check/testdata1'
srclist = util.read_line(src)
lineNum, sus_oc, sus_tu, sus_op, sus_ds, sus_jac = work(src, testDataPath)
# print(lineNum)
for i in range(1, lineNum + 1):
print("%-10s" % ("line " + str(i) + ":"), end=' ')
# print("%-100s" % (srclist[i-1]), end=' ')
print("%-15s" % ("sus_oc:" + str(round(sus_oc[i], 5))), end=' ')
print("%-15s" % ("sus_tu:" + str(round(sus_tu[i], 5))), end=' ')
print("%-15s" % ("sus_op:" + str(round(sus_op[i], 5))), end=' ')
print("%-15s" % ("sus_ds:" + str(round(sus_ds[i], 5))), end=' ')
print("%-15s" % ("sus_jac:" + str(round(sus_jac[i], 5))), )
# print(sorted(sus_oc.items(), key=lambda x: x[1],reverse=True))
def work(granularity, pyFilePath, testDataDirPath):
src = pyFilePath
testDataPath = testDataDirPath
mutatePath = './mutant/mutant.py'
mutateOutPutDir = './mutant_output'
programOutPutDir = './program_output'
cov, res, order = getSrcCov(granularity, src, testDataPath, programOutPutDir)
caseNum = len(res)
list = util.read_line(src)
lineMax = len(list)
mutantcnt = 0
sus_jac = {}
sus_oc = {}
sus_op = {}
sus_tu = {}
sus_ds = {}
vis = {}
for i in range(1, lineMax + 1):
sus_jac[i] = 0
sus_oc[i] = 0
sus_op[i] = 0
sus_tu[i] = 0
sus_ds[i] = 0
vis[i] = 0
for i in range(caseNum):
if res[i] == False:
for lineIndex in cov[i]:
if vis[lineIndex] == 1:
continue
vis[lineIndex] = 1
line = list[lineIndex - 1]
temp_sus_jac = [0]
temp_sus_oc = [0]
temp_sus_op = [0]
temp_sus_tu = [0]
temp_sus_ds = [0]
for key, value in MBFL_Formular.mutation_trick.items():
if "#" in line:
continue
if key in line:
for mutation_operator in value:
linelen = len(line)
pos = 0
while pos >= 0 and pos < linelen:
pos = line.find(key, pos)
if pos == -1:
break
newline = line[0:pos] + mutation_operator + line[pos + len(key):]
pos += len(key)
newlist = list[:]
newlist[lineIndex - 1] = newline
util.write_file(mutatePath, newlist)
if util.CheckCompile(mutatePath):
mutantcnt += 1
else:
continue
starttime = datetime.datetime.now()
temp_cov, temp_res, temp_order = getSrcCov(granularity, mutatePath, testDataPath,
mutateOutPutDir)
Akf, Anf, Akp, Anp = getInfo(granularity, temp_order, caseNum, res, mutateOutPutDir,
programOutPutDir)
endtime = datetime.datetime.now()
logcontent = "%d行%d位置从%s变异到%s %d %d %d %d %s执行%d变异体所耗时间%f" % (
lineIndex, pos, key, mutation_operator, Akf, Anf, Akp, Anp, src, mutantcnt,
(endtime - starttime).seconds)
util.logInfo("./REAL_MutantTime.txt", logcontent)
temp_sus_jac.append(MBFL_Formular.cal_jaccard(Akf, Anf, Akp, Anp))
temp_sus_oc.append(MBFL_Formular.cal_ochiai(Akf, Anf, Akp, Anp))
temp_sus_op.append(MBFL_Formular.cal_op2(Akf, Anf, Akp, Anp))
temp_sus_tu.append(MBFL_Formular.cal_tarantula(Akf, Anf, Akp, Anp))
temp_sus_ds.append(MBFL_Formular.cal_dstar(Akf, Anf, Akp, Anp, 3))
sus_jac[lineIndex] = max(sus_jac[lineIndex], max(temp_sus_jac))
sus_oc[lineIndex] = max(sus_oc[lineIndex], max(temp_sus_oc))
sus_op[lineIndex] = max(sus_op[lineIndex], max(temp_sus_op))
sus_ds[lineIndex] = max(sus_ds[lineIndex], max(temp_sus_ds))
sus_tu[lineIndex] = max(sus_tu[lineIndex], max(temp_sus_tu))
return lineMax, sus_jac, sus_oc, sus_op, sus_tu, sus_ds