def WritePollutionToFile(self):
pop_size = 6
dR = DataReader()
ContextListPop = dR.getContextFileWithPath("D:\docu\KL\Variant\listPop")
ListPop = ContextListPop.split('\n')
# print(listPop)
ArrPop, ArrWeightPath = self.CreatePollution("D:\docu\KL\Data\mid.py")
ArrPop = ArrPop[1:pop_size]
dictPathPop = dict(zip(ListPop, ArrPop))
print(list(dictPathPop.values())[0])
for i in range(1,pop_size):
variantPath = "D:\docu\KL\Variant\\" + list(dictPathPop.keys())[i-1]
dR.writeToFile(variantPath,list(dictPathPop.values())[i-1])
def CrossOver(self,fnameA,funNameA,fnameB,funNameB,importStringA,importStringB):
dR = DataReader()
# cutpointA = self.GetCutOffPoint(fnameA,funNameA,importStringA)
# cutpointB = self.GetCutOffPoint(fnameB,funNameB,importStringB)
cutpointA = 5
cutpointB = 4
contextA = dR.getContextFileWithPath(fnameA)
contextB = dR.getContextFileWithPath(fnameB)
treeA = ast.parse(contextA)
treeB = ast.parse(contextB)
helper = AstHelper()
nodeCutA = helper.GetNodeByLineNo(cutpointA,treeA)
nodeCutB = helper.GetNodeByLineNo(cutpointB,treeB)
lineNodeCutA = helper.GetFullStatementNode(nodeCutA)
lineNodeCutB = helper.GetFullStatementNode(nodeCutB)
# print(lineNodeCutA)
# print(lineNodeCutB)
indexA = contextA.find(lineNodeCutA)
indexB = contextB.find(lineNodeCutB)
print(indexA)
print(contextA[:indexA])
print(contextB[indexA:])
# print(contextA[:indexA] + contextB[indexA:])
# print(contextB[:indexA] + contextA[indexA:])
# elif indexB > indexA:
# print(contextB[:indexA] + contextA[indexA:indexB] + contextB[indexB:])
# print("dòng lệnh bị cắt trong A : " + str(cutpointA))
# print("full nội dung dòng lệnh trong A : " + str(lineNodeCutA))
# print(contextA[indexA:])
# print(contextA[:indexA])
# print("dòng lệnh bị cắt trong B : " + str(cutpointB))
# print("full nội dung dòng lệnh trong B : " + str(lineNodeCutB))
# print(contextB[indexB:])
# print(contextB[:indexB])
# print("Đoạn giữa : ")
print(contextA[indexA:indexB])
# print(indexA)
# print(indexB)
# if indexA <= indexB:
# print(contextA[indexA:indexB])
# else:
# print(contextA[indexB:indexA])
return cutpointA, cutpointB
def FitnessFunction(self,funName, importString):
exec (importString)
global a
fitnessPoint = 0.0
WPRate = 0.2
WFRate = 0.8
countTestPass = 0 # pass testcase pass
countTestFail = 0 # pass testcase fail
currentResult = []
dT = DataReader()
testReader = ReadFile()
ctx = dT.getContextFileWithPath("D:\\docu\\KL\\Data\\unitTest1.py")
results, testCaseResuts, tests, totalPassed, totalFailed = testReader.importResultsFile()
TestCaseResult,resultsTestCaseMap = testReader.ImportResultTestCase()
# print(TestCaseResult)
# print(resultsTestCaseMap)
# print(results)
# print(testCaseResuts)
# print(tests)
for i in range(len(tests)):
# print(tests[i])
try:
exec('global a; a = %s(*(tests[i]))' % funName)
except:
print("something wrong")
countTestFail = countTestFail - 1 # magic code here
currentResult.append(a)
for i in range(len(currentResult)):
if currentResult[i] == list(resultsTestCaseMap.keys())[i][0]:
if resultsTestCaseMap[list(resultsTestCaseMap.keys())[i][0], list(resultsTestCaseMap.keys())[i][1]] == True:
countTestPass = countTestPass + 1
elif resultsTestCaseMap[list(resultsTestCaseMap.keys())[i][0], list(resultsTestCaseMap.keys())[i][1]] == False:
countTestFail = countTestFail + 1
print("Test pass : "******"Test fail : " + str(countTestFail))
fitnessPoint = WPRate * countTestPass + WFRate * countTestFail
# for res in currentResult:
# if res in resultsTestCaseMap.keys()[1]:
# print(res)
return fitnessPoint
def CreatePollution(self,fname):
PolutionArr = []
tracer = Tracer()
dR = DataReader()
weightpathMap,lineArr = tracer.getLineInfor(fname,"mid","from Data.mid import mid")
lineArrWeightPath = []
context = dR.getContextFileWithPath(fname)
tree = ast.parse(context)
astHelper = AstHelper()
node3 = astHelper.GetNodeByLineNo(3,tree)
for i in weightpathMap:
if i.weight > 0:
lineArrWeightPath.append(i)
for line in lineArrWeightPath:
node = astHelper.GetNodeByLineNo(line.lineNo,tree)
newContext = astHelper.DeleteNode(context,node)
# print(newContext)
PolutionArr.append(newContext)
# print(line.lineNo)
# print(astor.to_source(node))
return PolutionArr,lineArrWeightPath
def getLineToTest2(self,funName,fname):
global current
dataReader = DataReader()
testReader = ReadFile()
results, testCaseResuts, tests, totalPassed, totalFailed = testReader.importResultsFile()
dataProg = dataReader.file_len(fname)
numOfLine, arrLines = dataProg
# init lineToTest
for i in range(1, numOfLine):
if i not in lineToTest.keys():
lineToTest[i] = []
for i in list(lineToTest):
lineToTest[i] = []
for i in list(testToLines):
testToLines[i] = []
for i in range(len(tests)):
current = tests[i]
testToLines[tests[i]] = []
sys.settrace(self.traceit)
exec('%s(*(tests[i]))' % funName)
# print(lineToTest)
first2pairs = {k: lineToTest[k] for k in list(lineToTest)[:15]}
print(first2pairs)
def getLineToTest(self, fname, funName, x):
exec(x)
global current
global results
global totalPassed
global totalFailed
global numOfLine
global arrLines
weightPathMap = {}
dataReader = DataReader()
testReader = ReadFile()
results, testCaseResuts, tests, totalPassed, totalFailed = testReader.importResultsFile(
)
dataProg = dataReader.file_len(fname)
numOfLine, arrLines = dataProg
# funName = os.path.splitext('mid5.py')[0]
# print(funName)
# print(len(tests))
for i in range(1, numOfLine):
if i not in lineToTest.keys():
lineToTest[i] = []
for i in list(lineToTest):
lineToTest[i] = []
for i in list(testToLines):
testToLines[i] = []
for i in range(len(tests)):
current = tests[i]
testToLines[tests[i]] = []
tracer = Tracer()
sys.settrace(tracer.traceit)
try:
exec('%s(*(tests[i]))' % funName)
except:
print("something wrong")
# print(numOfLine)
# for i in range(1, numOfLine):
# if i not in lineToTest.keys():
# lineToTest[i] = []
# print(tests)
# print(results)
# print(lineToTest)
# print(testToLines)
# for key in testToLines.keys():
# if results[key] == True:
# for line in testToLines[key]:
# weightPathMap[line] = 0
# elif results[key] == False:
# for line in testToLines[key]:
# if line in weightPathMap:
# weightPathMap[line] = 0.5
# else:
# weightPathMap[line] = 1
# print(results)
firstLineToTestpairs = {
k: lineToTest[k]
for k in list(lineToTest)[:numOfLine]
}
firstTestToLinespairs = {}
for i in range(len(tests)):
firstTestToLinespairs[tests[i]] = []
for key, val in firstLineToTestpairs.items():
for r in results.keys():
if results[r] == False and r in val:
weightPathMap[key] = 1
elif results[r] == True and r in val:
weightPathMap[key] = 0
for key, val in firstLineToTestpairs.items():
for r in results.keys():
if results[r] == True and r in val and weightPathMap[key] == 1:
weightPathMap[key] = 0.5
return weightPathMap, firstLineToTestpairs
def getProg(self):
dataReader = DataReader()
context = dataReader.getContextFile()
return context
if __name__ == '__main__':
# tracedr = Tracer()
# helper = Helper()
#
# h = Tranformer()
# arr = h.ModifyProgByDeleteStmt(tracedr,"D:\docu\KL\Data\mid.py")
# for iline in range(len(arr)):
# print(arr[iline].rank)
# ct = helper.UpdateVariant(arr)
# print(ct)
# helper.WriteToFile(ct)
# flag = Flag(0)
dR = DataReader()
context = dR.getContextFileWithPath("D:\docu\KL\Variant\Pop3.py")
tree = ast.parse(context)
helper = AstHelper()
node5 = helper.GetNodeByLineNo(5, tree)
# print(astor.to_source(node9))
node4 = helper.GetNodeByLineNo(4, tree)
# print(astor.to_source(node4))
stringNode4 = helper.GetFullStatementNode(node4)
stringNode5 = helper.GetFullStatementNode(node5)
# print(stringNode4)
print(stringNode5)
# newContext = helper.InsertAfter(context,node8,node4)