Mobile Software and Hardware Solution

{

“status”: 0,

“sessionId”: “abcdefg-1234-5678-abcd-111122223333”,

“value”: {

“message”: “Uploads Successful”,

“uploadCount”: 1,

“rejectCount”: 0,

“expiresIn”: 1800,

“uploads”: {

“myAppFile“: “abcdefg-1234-5678-abcd-111122223333/SampleApp-iOS.ipa“

},

“rejects”: {}

}

}

desired_capabilities_cloud = {
   ‘testdroid_username’:    testdroid_username,
   ‘testdroid_password:     testdroid_password,
   ‘testdroid_project:      ‘Appium iOS Project 1’,
   ‘testdroid_target:       ‘iOS’,
   ‘testdroid_description:  ‘Appium project description’,
   ‘testdroid_testrun:      ‘Test Run 1’,
   ‘testdroid_device:       testdroid_device,
   ‘testdroid_app:          ‘sample/SampleApp-iOS.ipa’,
   ‘testdroid_platformName: ’iOS’,
   ‘testdroid_deviceName:   ‘iPhone device’,
   ‘testdroid_bundleId:     ‘com.bitbar.testdroid.SampleApp-iOS’
}

$ python sample-appium_ios.py

## Example script that tests Clash of Clans tutorial first steps
## Works on different resolutions, both iOS and Android

import unittest

from time import sleep
from AppiumCloudTest import AppiumCloudTest, log
from selenium.common.exceptions import WebDriverException

class ClashOfClansTest(AppiumCloudTest):
   def setUp(self):
      # AppiumCloudTest takes settings from environment variables
      super(ClashOfClansTest, self).setUp()

   def test_tutorial(self):
      driver = self.get_driver() # Initialize Appium connection to device

      sleep(10) # Wait for game to load

      # Use this to get detected screen hierarchy
      # print self.driver.page_source

      # Dismiss the in-app purchases dialog if it shows
      okayButton = None
      if self.isAndroid():
         try:
            okayButton = driver.find_element_by_id('button3')
            okayButton.click()
            sleep(5)
         except WebDriverException:
            log("There was no in-app purchases dialog")
      else: # iOS
         self.driver.implicitly_wait(5) # Wait only 5 seconds to find it
         try:
            okayButton = driver.find_element_by_accessibility_id('Okay')
            okayButton.click()
            # No need to sleep here
         except WebDriverException:
            log("There was no in-app purchases dialog")
         self.driver.implicitly_wait(30)

      # Cancel iOS Game Center login
      if self.isIOS():
         #print self.driver.page_source
         try:
            self.driver.implicitly_wait(5)
            cancelButton = driver.find_element_by_accessibility_id('Cancel')
            log("Cancelling iOS Game Center login…")
            cancelButton.click()
            sleep(2)
         except WebDriverException:
            log("The Game Center login was not displayed")
         self.driver.implicitly_wait(30)

      self.screenshot("welcome-chief")

      # Check that a goldmine is on screen
      rect = self.find_image("queryimages/tutorial_goldmine.png",
         screenshot_match="screenshots/goldmine_match.png")
      self.assertIsNotNone(rect,
         "There should be a goldmine on screen at beginning of tutorial")
      log('Gold mine found at %s %s! Continuing…' % (rect[0], rect[1]))

      # Dismiss the bubbles
      self.tap_middle()
      sleep(2) # second blabla
      self.tap_middle()
      sleep(2) # Goblin appears
      self.tap_middle()
      sleep(1)

      # Go to shop
      # NOTE: tap_image does also assert, fails test if target not recognized
      self.tap_image("queryimages/shopbutton.png")
      sleep(1)

# Buy cannon
      self.screenshot('cannon')
      self.tap_image("queryimages/cannon.png")
      sleep(2)

      # Place the cannon
      self.screenshot('place_the_cannon')
      self.tap_image("queryimages/place_the_cannon.png", width_modifier=0.75)
      sleep(2)
      self.screenshot('finish_now')
      # Use gem to finish right away
      self.tap_image("queryimages/finish_now.png")
      sleep(3)
      # Bring it on!
      self.screenshot('bring_it_on')
      self.tap_image("queryimages/bring_it_on.png", height_modifier=0.75)
      sleep(10)
      self.screenshot('battle')
      sleep(10)
      self.screenshot('end_of_battle')

      # To be continued…

if __name__ == '__main__':
   unittest.main()

def find_image(self, queryimage_file, screenshot_match=None):
   log('Trying to find %s in current screen' % queryimage_file)

   fd,screenshot_file = tempfile.mkstemp()
   try:  
      os.close(fd)
      # print screenshot_file
      head, tail = os.path.split(screenshot_file)
      self.screenshot(tail, path=head)
      head,tail = os.path.split(queryimage_file)
      screenshot_match='%s/%s-match.png' %
         (self.screenshot_dir, tail.split('.')[0])
      return ImageFinder.findImages(queryimage_file,
         "%s.png" % screenshot_file,
         scale_tolerance=0.9,
         screenshot_match=screenshot_match)
   finally:
      os.remove(screenshot_file)
def screenshot(self, name, path=None):
   full_path=None
   if path:
      full_path='%s/%s.png' % (path,name)
   else:
      full_path='%s/%s.png' % (self.screenshot_dir, name)

   try:
      self.get_driver().save_screenshot(full_path)
   except WebDriverException: # for iOS, sometimes times out, so retry!
      #log("Failed taking screenshot %s - retrying" % full_path)
      self.get_driver().save_screenshot(full_path)

   #
   width,height = get_image_size(full_path)
   if(height > width):
      if self.platform_name == 'Android':
         #log("Rotating screenshot 270 degrees")
         os.system('sips -r 270 %s >/dev/null 2&>1' % full_path)
      else:
         #log("Rotating screenshot 90 degrees")
         os.system('sips -r 90 %s >/dev/null 2&>1' % full_path)
def tap_image(self, query_image,
   width_modifier=0.5, height_modifier=0.5, retries=2):

   retries_left = retries
   rect = None
   while retries_left > 0 and not rect:
      rect = self.find_image(query_image)
      retries_left = retries_left - 1
   image_name = os.path.split(query_image)[1]
   self.assertIsNotNone(rect, "Image %s is on screen" % image_name)
   x = rect[0]+rect[2]*width_modifier
   y = rect[1]+rect[3]*height_modifier
   log('%s button found at %s %s (%sx%s), tapping at %s %s' %
      (image_name, rect[0], rect[1], rect[2], rect[3], x, y))

   self.tap(x,y)

def tap(self, x, y):
   log('Tapping at %s,%s' % (x,y))
   driver = self.get_driver()
   if self.isAndroid():
      if self.isSelendroid():
         touch_actions = TouchActions(driver)
         touch_actions.tap_and_hold(x, y).release(x,y).perform()
      else:
         action = TouchAction(driver)
         action.press(x=x, y=y).release().perform()
      else: # iOS
         action = TouchAction(driver)
         # TODO: Temporary hack
         # On iPhone 4S = res. 480 x 320 for taps but screenshots are 960 x 640
         action.press(x=int(x/2), y=int(y/2)).release().perform()