class MonkeyLib:
def __init__(self, apk, package, mainActivity, runActivity, bundle):
# Connects to the current device, returning a MonkeyDevice object
self.device = MonkeyRunner.waitForConnection()
self.easy_device = EasyMonkeyDevice(self.device)
self.apk = apk
self.package = package
self.bundle = bundle
self.main = self.component(package, mainActivity)
self.run = self.component(package, runActivity)
def component(self, package, activity):
return package + '/' + activity
# I N S T A L L / U N I N S T A L L
def install(self):
# Installs the Android package. Notice that this method returns a boolean, so you can test to see if the installation worked.
print('INSTALL APP ' + self.apk)
self.device.installPackage(self.apk)
def remove(self):
print('REMOVE APP ' + self.package)
self.device.removePackage(self.package)
# S Y N C
def waitVisible(self, idstr):
print('VISIBLE ' + idstr)
v = By.id(idstr)
while (not self.easy_device.visible(v)):
print('wait ' + str(v))
#print('visible');
return v
def sleep(self, s):
MonkeyRunner.sleep(s)
# A C T I V I T Y
def mainActivity(self):
print('MAIN')
self.device.startActivity(component=self.main)
self.sleep(3)
def activity(self):
print('ACTIVITY ' + str(self.run))
self.device.startActivity(component=self.run)
self.sleep(3)
def activity2(self, action, extras):
print('ACTIVITY ' + str(self.run) + ' extras:' + str(extras))
extras.update(self.bundle)
self.device.startActivity(component=self.run,
action=action,
extras=extras)
self.sleep(3)
def kill(self):
print('KILL')
self.device.shell('am force-stop ' + self.package)
# S E A R C H
def search(self, w):
print('SEARCH ' + w)
v = self.waitVisible('id/search')
sv = By.id('id/search')
self.easy_device.touch(sv, MonkeyDevice.DOWN_AND_UP)
self.easy_device.type(sv, w)
self.easy_device.press('KEYCODE_ENTER', MonkeyDevice.DOWN_AND_UP)
self.sleep(3)
# K E Y B O A R D E V E N T S
def pressKey(self, k):
print('PRESS ' + k)
self.device.press(k, MonkeyDevice.DOWN_AND_UP)
def back(self):
print('BACK')
pressKey('KEYCODE_BACK')
# T O U C H E V E N T S
def touch(self, id):
print('TOUCH ' + id)
bid = By.id(id)
self.easy_device.touch(bid, MonkeyDevice.DOWN_AND_UP)
def touchView(self, vn):
print('TOUCH ' + str(vn))
p = self.device.getHierarchyViewer().getAbsoluteCenterOfView(vn)
self.device.touch(p.x, p.y, MonkeyDevice.DOWN_AND_UP)
def touchout(self):
print('TOUCHOUT')
self.device.touch(10, 100, MonkeyDevice.DOWN_AND_UP)
def drag(self):
print('DRAG')
self.device.drag((600, 400), (300, 200), 2, 10)
#self.sleep(3)
# T R A V E R S A L
def traverseFrom(self, start, process):
process(start)
if start.children != None:
for node in start.children:
self.traverseFrom(node, process)
def rtraverseFrom(self, start, process):
process(start)
if start.children != None:
for node in reversed(start.children):
self.rtraverseFrom(node, process)
def ytraverse(self, node):
yield node
if node.children != None:
for child in node.children:
for node2 in self.ytraverse(child):
yield node2
def ytraverseFrom(self, start, process):
for node in self.ytraverse(start):
if process(node):
break
def yrtraverse(self, node):
yield node
if node.children != None:
for child in reversed(node.children):
for node2 in self.yrtraverse(child):
yield node2
def yrtraverseFrom(self, start, process):
for node in self.yrtraverse(start):
if process(node):
break
# V I E W S
def findViewById(self, id):
return self.device.getHierarchyViewer().findViewById(id)
#def findViewById2(self,id):
# By.id(id).findView(self.device.getHierarchyViewer())
def getViewIds(self):
return self.device.getViewIdList()
# I M A G I N G
def snapshot(self):
# Takes a screenshot: a MonkeyImage
return self.device.takeSnapshot()
def toFile(self, shot, fname):
# Writes the screenshot to a file
shot.writeToFile('shot-' + fname + '.png', 'png')
def ESC_key():
signal.signal(signal.SIGINT, exitGracefully)
global edevice
edevice = EasyMonkeyDevice(device)
edevice.press('KEYCODE_BACK', md.DOWN_AND_UP)
