def _run(self,
device=None,
serialno=None,
stoptime=7200,
width=1080,
height=1920,
isPraise=True):
if device == None:
device, serialno = ViewClient.connectToDeviceOrExit()
elif serialno == None:
serialno = device.serialno
device.startActivity("com.jm.video/.ui.main.SplashActivity")
time.sleep(8)
device.touch(width / 2, height / 2)
vc = ViewClient(device, serialno)
device.touch(width / 2, height / 2)
while True:
vc.swipe(width / 2, height / 4 * 1, width / 2, height / 4 * 3)
t = random.randint(1, 20)
print t
if t > stoptime - int(time.time()):
t = stoptime = int(time.time())
if t % 2 == 0:
time.sleep(t / 2)
vc.findViewByIdOrRaise("com.jm.video:id/praise").touch()
time.sleep(t / 2)
else:
time.sleep(t)
if int(time.time()) >= stoptime:
break
device.shell("am force-stop com.jm.video")
def __call__(self):
vc = ViewClient(self.__device, self.__serialno)
steps = 90
start_factor = .75
end_factor = .55
if self.__serialno == "04a38409344082e7":
steps = 90
start_factor = .75
end_factor = .55
elif self.__serialno == "010e3939219f5389":
steps = 155
start_factor = .70
end_factor = .45
elif self.__serialno == "22db15d035057ece":
steps = 200
start_factor = .65
end_factor = .35
elif self.__serialno == "8aee2aaa":
steps = 100
start_factor = .75
end_factor = .55
info = self.__device.getDisplayInfo()
x = int(info['width'] * .5)
start_y = int(info['height'] * start_factor)
end_y = int(info['height'] * end_factor)
vc.swipe(x, start_y, x, end_y, steps)
vc.sleep(2)
vc.swipe(x, start_y, x, end_y, steps)
vc.sleep(2)
vc.swipe(x, start_y, x, end_y, steps)
def __call__(self):
vc = ViewClient(self.__device, self.__serialno)
info = self.__device.getDisplayInfo()
end_x = int(info['width'] / 4)
start_y = int(info['height'] / 2)
if self.__serialno == "04a38409344082e7":
vc.swipe(0, start_y, end_x, start_y, 100)
elif self.__serialno == "010e3939219f5389":
vc.swipe(0, start_y, end_x, start_y, 150)
vc.swipe(0, start_y, end_x, start_y, 100)
vc.sleep(2)
vc.touch(int(end_x * 4 * .9), start_y)
def testAppFromTestcase(apkPath,
testCaseFile,
avdSerialno="",
waitInterval=1,
takeSnapshots=False,
allowCrashes=False,
uninstallApp=True):
"""
Tests an app according to a specific test case loaded from a JSON file generated by a previous test
:param apkPath: The path to the APK to test
:type apkPath: str
:param testCaseFile: The path to the test case file from whence the actions are loaded
:type testCaseFile: str
:param avdSerialno: The serial number of the Android virtual device (in case multiple devices are running simultaneously)
:type avdSerialno: str
:param waitInterval: The time (in seconds) to wait between actions
:type waitInterval: int
:param takeSnapshots: Whether to take snapshots of the device screen after every performed action (default: False)
:type takeSnapshots: bool
:param allowCrashes: Whether to allow the app under test to crash. If (by default) False, the app will be re-started and re-tested.
:type allowCrashes: bool
:param uninstallApp: Whether to uninstall the app under test before returning
:type uninstallApp: bool
:return: A bool indicating the success/failure of the test
"""
try:
# 1. Connect to the virtual device
prettyPrint("Connecting to device", "debug")
if avdSerialno != "":
vc = ViewClient(*ViewClient.connectToDeviceOrExit(
ignoreversioncheck=True, verbose=True, serialno=avdSerialno))
else:
vc = ViewClient(*ViewClient.connectToDeviceOrExit(
ignoreversioncheck=True, verbose=True))
# 1.a. Analyzing app
prettyPrint("Analyzing app using \"androguard\"", "debug")
apk, dx, vm = analyzeAPK(apkPath)
appComponents = extractAppComponents(apk)
# 2. Install package and configure Introspy (if requested)
prettyPrint("Installing package \"%s\"" % apkPath, "debug")
subprocess.call([vc.adb, "-s", avdSerialno, "install", "-r", apkPath])
# 3. Load and parse test case file
prettyPrint("Loading the test case file \"%s\"" % testCaseFile,
"debug")
if not os.path.exists(testCaseFile):
prettyPrint("Could not find the test case file", "error")
return False
content = json.loads(open(testCaseFile).read())
if len(content["events"]) < 1:
prettyPrint("Could not retrieve events to run", "error")
# 4. Iterate over events and execute them
tapEvents = [
"Button", "CheckBox", "RadioButton", "Switch", "ToggleButton"
]
touchEvents = ["longtouch", "touch"]
textEvents = ["EditText"]
swipeEvents = ["swipeleft", "swiperight"]
pressEvents = ["press"]
for e in content["events"]:
# 4.1. Parse and execute event
if e["type"] == "activity":
try:
prettyPrint("Starting activity \"%s\"" % e["id"], "debug")
vc.device.startActivity(e["id"])
except exceptions.RuntimeError as rte:
prettyPrint("Unable to start activity \"%s\"" % e["id"],
"warning")
elif e["type"] == "broadcast":
prettyPrint("Broadcasting intent action: %s" % e["intent"],
"debug")
vc.device.shell("am broadcast -a %s" % e["intent"])
elif e["type"] in tapEvents:
prettyPrint(
"Tapping %s at (%s, %s)" % (e["type"], e["x"], e["y"]),
"debug")
vc.touch(int(e["x"]), int(e["y"]))
elif e["type"] in textEvents:
prettyPrint(
"Writing \"%s\" to EditText field \"%s\"" %
(e["text"], e["id"]), "debug")
allviews = vc.getViewsById()
if len(allviews) < 1 or e["id"] not in allviews.keys():
prettyPrint(
"Could not find EditText with id \"%s\". Skipping" %
e["id"], "warning")
else:
allviews[e["id"]].setText(e["text"])
elif e["type"] in swipeEvents:
prettyPrint(
"Swiping screen from (%s, %s) to (%s, %s)" %
(e["x"], e["y"], e["xd"], e["yd"]), "debug")
vc.swipe(int(e["x"]), int(e["y"]), int(e["xd"]), int(e["yd"]))
elif e["type"] in pressEvents:
prettyPrint("Pressing \"%s\"" % e["key"], "debug")
vc.device.press(e["key"])
elif e["type"].lower().find("touch") != -1:
if e["type"] == "longtouch":
prettyPrint("Long touching at (%s,%s)" % (e["x"], e["y"]),
"debug")
vc.longTouch(int(e["x"]), int(e["y"]))
else:
prettyPrint("Touching at (%s,%s)" % (e["x"], e["y"]),
"debug")
vc.touch(int(e["x"]), int(e["y"]))
# 4.2. Wait for [waitInterval] seconds and take a snapshot if instructed to
if waitInterval > 0:
prettyPrint("Waiting for %s seconds" % waitInterval, "debug")
time.sleep(waitInterval)
if takeSnapshots:
prettyPrint("Taking snapshot", "debug")
snapshot = vc.device.takeSnapshot()
snapshot.save(
"%s_%s.png" %
(appComponents["package_name"], str(int(time.time()))))
# 4.3. Check whether the performed action crashed or stopped (sent to background) the app
if _appCrashed(vc, avdSerialno):
if not allowCrashes:
prettyPrint(
"The previous action(s) caused the app to crash. Exiting",
"warning")
if uninstallApp:
prettyPrint("Uninstalling app \"%s\"" %
appComponents["package_name"])
subprocess.call([
vc.adb, "-s", avdSerialno, "uninstall",
appComponents["package_name"]
])
return False
prettyPrint(
"The previous action(s) caused the app to crash. Restarting",
"warning")
vc.device.startActivity("%s/%s" %
(appComponents["package_name"],
appComponents["main_activity"]))
time.sleep(
waitInterval) # Give time for the main activity to start
elif _appStopped(vc, appComponents, avdSerialno):
prettyPrint(
"The previous action(s) stopped the app. Restarting",
"warning")
vc.device.startActivity("%s/%s" %
(appComponents["package_name"],
appComponents["main_activity"]))
time.sleep(
waitInterval) # Give time for the main activity to start
# 6. Uninstalling app under test
if uninstallApp:
prettyPrint("Uninstalling app \"%s\"" %
appComponents["package_name"])
subprocess.call([
vc.adb, "-s", avdSerialno, "uninstall",
appComponents["package_name"]
])
except Exception as e:
prettyPrintError(e)
return False
return True
