def checkDestination(self, inputContent):
###############################
#Grab imge and imgeprocessing
self.grabAndHandleImage(r"D:\Temp\TA\Mask\WaitDestinationCheck.xml",
inputContent)
for i in range(25):
waitDoneFlag = 0
colorResult = self.handleImage.recognizeColor([20, 35], [20, 35],
[20, 30])
if colorResult == 1:
MyLog.debug("Please wait!!! Wait for information")
print "Please wait"
#Grab imge and imgeprocessing
self.grabAndHandleImage(
r"D:\Temp\TA\Mask\WaitDestinationCheck.xml", inputContent)
time.sleep(4)
else:
waitDoneFlag = 1
break
if waitDoneFlag == 1:
recFlag = self.loopCheckDes(620, 680, 620, 320, 20, inputContent)
if recFlag == 0:
self.inputC.deleteEntry()
return recFlag
else:
self.passFlag = 0
self.msg = "Failed!!! Timeout"
MyLog.error("Failed!!! Timeout")
print "Failed!!! Timeout"
def loopCheckDes(self, csX, csY, ceX, ceY, offset, inputContent):
##########################################
'''
When loopCheckDes is used csX,csY,ceX,ceY is equvilent to abt drag parameters
The offset para is to recorrect the drag action. It is different with loopCheck
You don't have to decide the number of loop
'''
MyLog.debug("Now in loopCheckDestinatons")
print "Now we are in loopCheckDes"
self.grabAndHandleImage(r"D:\Temp\TA\Mask\DestinationCheck.xml",
inputContent)
chResult, disL, flag, rect, countNum = self.handleImage.recognizeCharacters_RC(
)
firstLine = chResult[0]
print chResult[0]
checkFlag = 1
if countNum < 3:
MyLog.error("Something wrong happens, please check Image " +
str(self.MGB.ImgFN))
print "Something wrong happens, please check Image " + self.MGB.ImgFN
checkFlag = 0
while (1):
self.touch.dragCoords(csX, csY, ceX, ceY)
#time.sleep(1)
self.touch.dragCoords(csX, csY, ceX, abs(csY - offset))
time.sleep(1)
self.grabAndHandleImage(r"D:\Temp\TA\Mask\DestinationCheck.xml",
inputContent)
chResult, disL, flag, rect, countNum = self.handleImage.recognizeCharacters_RC(
)
if chResult[0] == firstLine:
break
else:
firstLine = chResult[0]
if countNum < 3:
#########################################################################
#Here we should now in this cluster MIB2+ the destination always shows 3 result
#So we can code like this
#If not we should change our logic
#########################################################################
print "Something wrong happens, please check Image " + self.MGB.ImgFN
checkFlag = 0
return checkFlag
def initTools(self):
########################
self.MGB = PyMGB.PyMGB(isVirtual=False)
self.MGB.startGrabbing()
#Touch screen Initialization
self.touch = CTouchScreen()
if self.touch.initParams(26839, 1, self.touch.CANCaseXL,
self.touch.DISPLAY_TOP):
MyLog.info("TouchScreen is OK")
print "touchScreen is OK"
else:
MyLog.error("TouchScreen failed")
print "touchScreen failed"
self.runCases()
def runInputDestination(self):
###################################
print self.recogCharacter["DestinationInput"]
if self.recogCharacter["DestinationInput"]["NormalInput"]:
for case in self.recogCharacter["DestinationInput"]["NormalInput"]:
try:
#switch input method
if self.recogCharacter["DestinationInput"]["NormalInput"][
case]["Input method"] == "Free research":
MyLog.debug("Now run " + case + ":" +\
self.recogCharacter["DestinationInput"]["NormalInput"][case]["Name"])
self.report.write(
self.row, 0,
self.recogCharacter["DestinationInput"]
["NormalInput"][case]["Name"])
self.freeSearch(self.recogCharacter["DestinationInput"]
["NormalInput"][case]["Input content"])
if self.passFlag == 1:
self.report.write(self.row, 1, "Passed")
else:
self.report.write(self.row, 1, "Failed")
self.report.write(self.row, 2, self.msg)
self.row = self.row + 1
self.msg = ""
self.passFlag = 1
'''
####################################################################################
If you have to use favorite or other ways to input destination, please add code here
####################################################################################
'''
except Exception as e:
MyLog.error(e.message + " recogCharacters failed")
self.msg = e.message + " recogCharacters failed"
self.report.write(self.row, 1, "Failed")
self.report.write(self.row, 2, self.msg)
self.msg = ""
self.passFlag = 1
print e.message + " recogCharacters failed"
def checkCharacters(self, inputContent):
#################################
if len(inputContent) > 1:
self.grabAndHandleImage(r"D:\Temp\TA\Mask\CharactersCheck.xml",
inputContent[0])
chResult, disL, flag, rect = self.handleImage.recognizeCharacters()
if disL > 0.87:
print rect.left, rect.top, rect.right, rect.bottom
self.touch.touchScreen(self.handleImage.mask[0] + rect.left + (rect.right-rect.left)/2,\
self.handleImage.mask[1] + rect.top + (rect.bottom - rect.top)/2,\
500, 1, 1)
return 1
else:
recFlag = self.loopCheck(1070, 250, 300, 240, 3,
inputContent[0])
if recFlag == 0:
self.inputC.deleteEntry()
return recFlag
else:
#One by one check
#Grab imge and imgeprocessing
oneCharacter = inputContent[0].encode("utf-8")
try:
print oneCharacter
except Exception as e:
MyLog.error(e.message + " Can't print characters")
print e.message + " Can't print characters"
if oneCharacter.isalpha():
#Touch OK button in the bottom screen.
#a-z or A-Z only need to check if input is right after touch OK button
MyLog.debug("Now input English characters")
print "Now input English characters"
self.inputC.touchCoords(1180, 580, 200, 2, 0)
return 1
elif oneCharacter.isdigit():
#0-9 only need to check if input is right
MyLog.debug("Now input numbers")
print "Now input numbers"
return 1
else:
#chinese characters you have to check carefully. Loopcheck if necessary
self.grabAndHandleImage(r"D:\Temp\TA\Mask\CharactersCheck.xml",
inputContent[0])
chResult, disL, flag, rect = self.handleImage.recognizeCharacters(
)
if disL > 0.87:
print rect.left, rect.top, rect.right, rect.bottom
self.touch.touchScreen(self.handleImage.mask[0] + rect.left + (rect.right-rect.left)/2,\
self.handleImage.mask[1] + rect.top + (rect.bottom - rect.top)/2,\
500, 1, 1)
return 1
else:
recFlag = self.loopCheck(1070, 250, 300, 240, 3,
inputContent[0])
if recFlag == 0:
self.inputC.deleteEntry()
return recFlag
def freeSearch(self, inputContent):
##################################
self.desInPrecondition(380, 140)
#Input characters Initialization
self.inputC = PyInputKeyboard.CKeyboard()
if self.inputC.initParams(26839, 1, self.inputC.CANCaseXL, 1):
MyLog.info("Keyinput initialization success")
print "Keyinput initializition success"
self.inputC.readKeyboardLayout()
print "##############################"
print "os.path.realpath(__file__)=%s" % os.path.realpath(__file__)
if len(inputContent) > 1:
self.inputC.enterString(inputContent[1], 200, 2, 0)
#time.sleep(5)
checkFlag = self.checkCharacters(inputContent)
if checkFlag == 0:
#Then you input characters one by one
for i in range(len(inputContent[0])):
self.inputC.enterString(inputContent[2][i], 200, 2, 0)
#print inputContent[0][i]
detailCheckFlag = self.checkCharacters(
[inputContent[0][i]])
if detailCheckFlag == 0:
self.msg = "Failed!!! characters not found"
self.passFlag = 0
MyLog.error("Failed!!! characters not found")
print "failed!!! characters not founded"
break
if detailCheckFlag != 0:
time.sleep(3)
self.grabAndHandleImage(
r"D:\Temp\TA\Mask\CharactersInputCheck.xml",
inputContent[0])
chResult, disL, flag, rect = self.handleImage.recognizeCharacters(
)
if disL > 0.9:
self.checkDestination(inputContent[0])
else:
self.msg = "Failed!!! characters not found"
self.passFlag = 0
MyLog.error("Failed!!! characters not found")
print "failed!!! characters not founded"
else:
self.checkDestination(inputContent[0])
time.sleep(2)
#self.inputC.deleteEntry()
else:
self.inputC.enterString(inputContent[0], 200, 2, 0)
#time.sleep(5)
#Touch OK button to input string
self.inputC.touchCoords(1180, 580, 200, 2, 0)
time.sleep(3)
self.grabAndHandleImage(
r"D:\Temp\TA\Mask\CharactersInputCheck.xml", inputContent[0])
chResult, disL, flag, rect = self.handleImage.recognizeCharacters()
if disL > 0.9:
self.checkDestination(inputContent[0])
else:
self.msg = "Failed!!! characters not found"
self.passFlag = 0
MyLog.error("Failed!!! characters not found")
print "Failed!!! characters not founded"
#self.inputC.deleteEntry()
self.inputC.deinitParams()
def runRouteCalculation(self):
##################################
def checkParkPop():
popString = "驻车信息"
for i in range(5):
self.grabAndHandleImage(
r"D:\Temp\TA\Mask\NaviParkingInformation.xml",
popString.decode("utf-8"))
chResult, disL, flag, rect = self.handleImage.recognizeCharacters(
)
if disL > 0.9:
time.sleep(5)
else:
return 1
return 0
def setPOI(coordX, coordY):
self.touch.touchScreen(coordX, coordY, 500, 1, 1)
time.sleep(3)
self.touch.touchScreen(260, 145, 500, 1, 1)
time.sleep(10)
if self.recogCharacter["RouteCalculation"]:
for case in self.recogCharacter["RouteCalculation"]:
MyLog.debug("Now run RouteCalculation case")
print self.report
self.routeCalPrecondition()
if not self.recogCharacter["RouteCalculation"][case]["Map"]:
MyLog.debug("Now run " + case + ":" +\
self.recogCharacter["RouteCalculation"][case]["Name"])
coords = self.recogCharacter["RouteCalculation"][case][
"Coords"]
#Set POI
setPOI(coords[0], coords[1])
#Check parking
if not checkParkPop(): #timeout.
MyLog.error("Time out, Test Failed")
print "Time out, Test Failed!"
else:
self.grabAndHandleImage(
r"D:\Temp\TA\Mask\NaviRouteCalculationIconCheck.xml",
None)
likelihood = self.handleImage.recognizeImage(
r"D:\Temp\TA\MGB\RecogImage\Flag.png")
if likelihood > 0.60:
MyLog.debug(
"Get the flag Passed, and then check route information"
)
print "Get the flag Passed, and then check route information"
#After find the route flag then you should check the route info flag and get route mile info
#Then check the route info flag first
self.grabAndHandleImage(
r"D:\Temp\TA\Mask\RouteFlagInformation.xml",
None)
likelihood = self.handleImage.recognizeImage(
r"D:\Temp\TA\MGB\RecogImage\RouteCalFlag.PNG",
None)
if likelihood > 0.75:
MyLog.debug("Get the route info flag")
print "Get the route info flag"
else:
MyLog.error("Get the route info failed")
print "Get the route info failed"
#Get the route mile info
self.grabAndHandleImage(
r"D:\Temp\TA\Mask\RouteMilInformation.xml",
None)
result, disL, flag, rect, countNum = self.handleImage.recognizeCharacters_AIn(
)
print "#########################################"
print result
for i in range(countNum):
try:
print result[i]
except Exception as e:
MyLog.error("Return result is wrong " +
e.message)
print "return result is wrong " + e.message
self.touch.touchScreen(440, 135, 500, 1, 1)
time.sleep(3)
else:
MyLog.error("Failed, couldn't find the flag")
print "Failed, couldn't find the flag"
self.touch.touchScreen(440, 135, 500, 1, 1)
time.sleep(3)
elif self.recogCharacter["RouteCalculation"][case]["Map"].get(
"drag"):
MyLog.debug("Now run " + case + ":" +\
self.recogCharacter["RouteCalculation"][case]["Name"])
coordsDrag = self.recogCharacter["RouteCalculation"][case][
"Map"]["drag"]
self.touch.dragCoords(coordsDrag[0], coordsDrag[1],
coordsDrag[2], coordsDrag[3])
coords = self.recogCharacter["RouteCalculation"][case][
"Coords"]
#Set POI
setPOI(coords[0], coords[1])
#Check parking
if not checkParkPop():
MyLog.error("Time out, Test Failed")
print "Time out, Test Failed"
else:
#Need to drag the screen
self.touch.dragCoords(coordsDrag[0], coordsDrag[1],
coordsDrag[2], coordsDrag[3])
time.sleep(3)
self.grabAndHandleImage(
r"D:\Temp\TA\Mask\NaviRouteCalculationIconCheck.xml",
None)
likelihood = self.handleImage.recognizeImage(
r"D:\Temp\TA\MGB\RecogImage\Flag.png")
if likelihood > 0.60:
MyLog.debug("Recognize image passed")
print "Passed"
self.touch.touchScreen(200, 650, 500, 1,
1) #Touch navi deviation
time.sleep(3)
#After find the route flag then you should check the route info flag and get route mile info
#Check the route info flag first
self.grabAndHandleImage(
r"D:\Temp\TA\Mask\RouteFlagInformation.xml",
None)
likelihood = self.handleImage.recognizeImage(
r"D:\Temp\TA\MGB\RecogImage\RouteCalFlag.PNG",
None)
if likelihood > 0.75:
MyLog.debug("Get the route info flag")
print "Get the route info flag"
else:
MyLog.error("Get the route info failed")
print "Get the route info failed"
#Get the route mile info
self.grabAndHandleImage(
r"D:\Temp\TA\Mask\RouteMilInformation.xml",
None)
result, disL, flag, rect, countNum = self.handleImage.recognizeCharacters_AIn(
)
print "#########################################"
print result
for i in range(countNum):
try:
print result[i]
except Exception as e:
MyLog.error("return result is wrong " +
e.message)
print "return result is wrong " + e.message
self.touch.touchScreen(
440, 135, 500, 1,
1) #Touch calc navi route calculation
time.sleep(3)
else:
MyLog.error("Failed, couldn't find the flag")
print "Failed, couldn't find the flag"
self.touch.touchScreen(200, 650, 500, 1,
1) #Touch navi deviation
time.sleep(3)
self.touch.touchScreen(
440, 135, 500, 1,
1) #Touch cancel navi route calculation
time.sleep(3)
