def generateTrace(self):
numTestCase = int(self.taskSetting['monkeyLength']) / int(self.taskSetting['traceLength'])
traceLength = int(self.taskSetting["traceLength"])
sleepTime = int(self.taskSetting["sleepTime"])
#record start
file = open('./state/trace.txt', 'w')
file.write('********** start **********' + '\n')
file.close
for i in xrange(numTestCase):
adbList = []
isPass = True
if i != 0:
self.adb.restartAPP()
time.sleep(sleepTime)
for j in xrange(traceLength):
self.adb.clearLogcat()
print '-------------------------------------------------------'
print 'testcase: ' + str(i)
print 'tracelength: ' + str(j)
self.adb.uiDump()
self.adb.screencapDump()
parseXML = ParseXML('0.xml')
xml = parseXML.readTree()
clickableButtonList = parseXML.checkClickableButton(xml)
computerVision = ComputerVision('0.xml', '0.png', clickableButtonList, self.adb.appPackageName)
computerVision.drawBounds()
rAdClickableButtonLlist = computerVision.drawAdBounds()
if self.taskSetting["algorithm"] == "monkeyCV":
from TestCaseGenerator import Monkey
gen = Monkey()
adFlag, adBounds = computerVision.checkInterstitial()
#clickableCvButtonList = computerVision.findContoursForNoClickable(clickableButtonList)
clickableCvButtonList = computerVision.findContoursForNoClickable(rAdClickableButtonLlist, self.taskSetting["ROI"])
testInput = gen.getTestInput(clickableCvButtonList)
if testInput == 'empty':
adbList.append('adb -s ' + str(self.adb.serialNumber) + ' shell input ' + 'keyevent 4')
self.adb.adbExecute('keyevent', 0, 0)
else:
#if adFlag == True and len(adBounds) > 0:
try:
if len(adBounds) > 0:
inputX = (int(adBounds[0]) + int(adBounds[2])) / 2
inputY = (int(adBounds[1]) + int(adBounds[3])) / 2
else:
inputX = (int(testInput[0]) + int(testInput[2])) / 2
inputY = (int(testInput[1]) + int(testInput[3])) / 2
except ValueError:
print 'ValueError'
time.sleep(sleepTime)
try:
if clickableButtonList[0][4] == self.adb.appPackageName:
#computerVision.findContoursTest(clickableButtonList)
computerVision.compareState()
num = random.randint(0,99)
if num <= 10:
adbList.append('adb -s ' + str(self.adb.serialNumber) + ' shell input ' + 'keyevent 4')
self.adb.adbExecute('keyevent', inputX, inputY)
else:
adbList.append('adb -s ' + str(self.adb.serialNumber) + ' shell input ' + 'tap ' + str(inputX) + ' ' + str(inputY))
self.adb.adbExecute('click', inputX, inputY)
else:
adbList.append('adb -s ' + str(self.adb.serialNumber) + " shell am force-stop " + str(self.adb.appPackageName))
adbList.append('adb -s ' + str(self.adb.serialNumber) + " shell am start " + str(self.adb.appPackageName) + '/' + str(self.adb.firstActivityName))
self.adb.restartAPP()
except IndexError:
print 'IndexError'
time.sleep(sleepTime)
elif self.taskSetting["algorithm"] == "monkeyXML":
from TestCaseGenerator import Monkey
gen = Monkey()
testInput = gen.getTestInput(clickableButtonList)
try :
inputX = (int(testInput[0]) + int(testInput[2])) / 2
inputY = (int(testInput[1]) + int(testInput[3])) / 2
except ValueError:
print 'ValueError'
time.sleep(sleepTime)
try:
if clickableButtonList[0][4] == self.adb.appPackageName:
num = random.randint(0,99)
if num <= 10:
adbList.append('adb -s ' + str(self.adb.serialNumber) + ' shell input ' + 'keyevent 4')
self.adb.adbExecute('keyevent', inputX, inputY)
else:
adbList.append('adb -s ' + str(self.adb.serialNumber) + ' shell input ' + 'tap ' + str(inputX) + ' ' + str(inputY))
self.adb.adbExecute('click', inputX, inputY)
else:
adbList.append('adb -s ' + str(self.adb.serialNumber) + " shell am force-stop " + str(self.adb.appPackageName))
adbList.append('adb -s ' + str(self.adb.serialNumber) + " shell am start " + str(self.adb.appPackageName) + '/' + str(self.adb.firstActivityName))
self.adb.restartAPP()
except IndexError:
print 'IndexError'
time.sleep(sleepTime)
time.sleep(sleepTime)
#check code stack and log files
self.adb.generateLog()
csResult = self.checkCodeStack('./state/log.txt')
if csResult != "pass":
isPass = False
adbList.append(str(csResult))
break
if self.taskSetting["instrument"] == "True":
lc.calculate_line_coverage(self.adb.appPackageName)
else:
pass
print adbList
#End of a trace, and start writing trace.txt
if isPass == True:
print 'testcase: pass'
file = open('./state/trace.txt', 'a')
file.write('---------- testcase ' + str(i) + ' pass----------' + '\n')
for adb in adbList:
file.write(str(adb) + '\n')
file.close
else:
print 'testcase: fail'
file.write('---------- testcase ' + str(i) + ' fail----------' + '\n')
file = open('./state/trace.txt', 'a')
for adb in adbList:
file.write(str(adb) + '\n')
file.close
