def non_hd_filter_export(self):
helper_methods = Helper_Methods(self.driver)
gridPage = GridPage(self.driver)
settingsPage = SettingsPage(self.driver)
editorPage = EditorPage(self.driver)
helper_methods.addAllFiltersFromManager()
# taps on the settings icon
gridPage.tapSettingsIcon()
# taps the hd switch
settingsPage.HDExportButtonTap()
self.driver.back()
for x in filter_list:
helper_methods.setupFilter()
# taps on the filter
print("(" '%s' ")" % x)
for i in range(0, 50):
try:
WebDriverWait(self.driver, 30).until(
EC.presence_of_element_located(
(By.ID, ("com.jsdev.instasize:id/ibExport"))))
filter = self.driver.find_element_by_xpath("("
"%s"
")" % x)
filter.click()
editorPage.purchase_premium_banner()
break
except NoSuchElementException:
sleep(2)
editorPage.swipeInEditor()
pass
helper_methods.filterExportInstagram()
def test_social_media_icons(self):
gridPage = GridPage(self.driver)
settings_page = SettingsPage(self.driver)
settings_page_asserts = SettingsPageAsserts(self.driver)
gridPage.tapSettingsIcon()
settings_page.settings_premium_purchase()
settings_page.tap_instagram_icon()
settings_page_asserts.instagram_layout_assert()
sleep(5)
self.driver.back()
settings_page.tap_facebook_icon()
sleep(5)
self.driver.back()
settings_page.tap_twitter_icon()
settings_page_asserts.twitter_app_assert()
sleep(5)
self.driver.back()
settings_page.tap_youtube_icon()
settings_page_asserts.youtube_app_assert()
sleep(5)
self.driver.back()
settings_page.tap_snapchat_icon()
sleep(5)
self.driver.back()
sleep(2)
self.driver.back()
settings_page_asserts.hd_switch_assert()
def whats_new_test(self):
gridPage = GridPage(self.driver)
gridPageAsserts = GridPageAsserts(self.driver)
gridPage.tapWhatsNewBtn()
sleep(5)
self.driver.back()
gridPageAsserts.settingsIconAssert()
def test_privacy_policy(self):
grid_page = GridPage(self.driver)
settings_page = SettingsPage(self.driver)
asserts = SettingsPageAsserts(self.driver)
grid_page.tapSettingsIcon()
settings_page.settings_premium_purchase()
settings_page.tap_terms_and_conditions()
asserts.terms_and_conditions_assert()
def test_write_a_review_in_settings(self):
grid_page = GridPage(self.driver)
settings_page = SettingsPage(self.driver)
asserts = SettingsPageAsserts(self.driver)
grid_page.tapSettingsIcon()
settings_page.settings_premium_purchase()
settings_page.tap_write_a_review()
asserts.play_store_assert()
def test_send_feedback_in_settings(self):
grid_page = GridPage(self.driver)
settings_page = SettingsPage(self.driver)
asserts = SettingsPageAsserts(self.driver)
grid_page.tapSettingsIcon()
settings_page.settings_premium_purchase()
settings_page.tap_send_feedback()
settings_page.tap_gmail_for_feedback()
asserts.gmail_assert()
def instasize_btn_test(self):
gridPage = GridPage(self.driver)
editorPage = EditorPage(self.driver)
helper_methods = Helper_Methods(self.driver)
helper_methods.setupFilter()
# taps on the yellow instasize button
editorPage.tapInstasizeButton()
helper_methods.filterExportInstagram()
# Asserts the + button is displayed
gridPage.addPhotoFind()
def tools_test(self):
gridPage = GridPage(self.driver)
helper_methods = Helper_Methods(self.driver)
editorPage = EditorPage(self.driver)
helper_methods.setupFilter()
# taps the tools feature
editorPage.tapToolsFeature()
# taps on all tool features
editorPage.tapOnAllTools()
helper_methods.filterExportInstagram()
# Asserts the + button is displayed
gridPage.addPhotoFind()
def login_to_profile(self):
profilePage = ProfilePage(self.driver)
helper_methods = Helper_Methods(self.driver)
grid_page = GridPage(self.driver)
helper_methods.setupFilter()
helper_methods.filterExportInstagram()
profilePage.openProfilePage()
profilePage.tapSignIn()
profilePage.enterLoginInfo()
profilePage.tapSignUp()
grid_page.GDPR_skip()
gridPageAsserts = GridPageAsserts(self.driver)
gridPageAsserts.settingsIconAssert()
def create_new_profile_test(self):
profilePage = ProfilePage(self.driver)
helper_methods = Helper_Methods(self.driver)
gridPageAsserts = GridPageAsserts(self.driver)
grid_page = GridPage(self.driver)
helper_methods.setupFilter()
helper_methods.filterExportInstagram()
profilePage.openProfilePage()
profilePage.name_generator()
profilePage.email_generator()
profilePage.pw_generator()
profilePage.tap_profile_image()
profilePage.tap_first_image_in_gallery()
profilePage.tap_done_in_gallery()
profilePage.tapSignUp()
grid_page.GDPR_skip()
gridPageAsserts.premium_badge_assert()
def import_from_cloud(self):
gridPage = GridPage(self.driver)
gridPageAsserts = GridPageAsserts(self.driver)
helper_methods = Helper_Methods(self.driver)
editor_page = EditorPage(self.driver)
# taps on the + icon
gridPage.addPhotoTap()
# taps on cloud option
gridPage.tapOnCloudOption()
# taps on the second image
gridPage.tapOnCloudImageInSystem()
editor_page.purchase_premium_editor_popup()
helper_methods.filterExportInstagram()
gridPageAsserts.settingsIconAssert()
def camera_test(self):
gridPage = GridPage(self.driver)
helper_methods = Helper_Methods(self.driver)
editor_page = EditorPage(self.driver)
gridPage.purchasPremiumEditor()
gridPage.addPhotoTap()
# taps on the camera icon
gridPage.tap_camera_icon()
# takes a picture
gridPage.take_photo()
# taps on ok
gridPage.tap_camera_ok()
editor_page.purchase_premium_editor_popup()
helper_methods.filterExportInstagram()
gridPage.addPhotoFind()
def delete_multiple_images(self):
gridPage = GridPage(self.driver)
gridPageAsserts = GridPageAsserts(self.driver)
helper_methods = Helper_Methods(self.driver)
helper_methods.setupFilter()
helper_methods.filterExportInstagram()
helper_methods.setupFilter()
helper_methods.filterExportInstagram()
# Taps on the top left image on the grid
gridPage.tapTopLeftPhotoOnGrid()
# taps on the second image on grid screen
gridPage.tap_second_grid_image()
# Taps on delete icon
gridPage.tapDeleteIconOnGrid()
# Taps on cancel
gridPage.tapCancelButton()
# Taps on delete icon
gridPage.tapDeleteIconOnGrid()
# Taps on delete button in popup
gridPage.tapDeleteButton()
gridPageAsserts.settingsIconAssert()
def delete_image(self):
gridPage = GridPage(self.driver)
gridPageAsserts = GridPageAsserts(self.driver)
helper_methods = Helper_Methods(self.driver)
helper_methods.setupFilter()
helper_methods.filterExportInstagram()
# Taps on the top left image on the grid
gridPage.tapTopLeftPhotoOnGrid()
# Taps on delete icon
gridPage.tapDeleteIconOnGrid()
# Taps on cancel
gridPage.tapCancelButton()
# Taps on delete icon
gridPage.tapDeleteIconOnGrid()
# Taps on delete button in popup
gridPage.tapDeleteButton()
# Asserts the image was deleted successfully
gridPageAsserts.gridPagePhotoNotPresent()
def test_filter_uploads(self):
driver_builder = DriverBuilderAndroid()
driver = driver_builder.driver
# taps on the + icon
addPhoto = GridPage(driver)
addPhoto.addPhotoTap()
# Asserts collapseIcon is displayed
collapseIcon = GridPage(driver)
collapseIcon.collapseIconFind()
# taps on the native photos container
tapPhotoContainer = GridPage(driver)
tapPhotoContainer.photoContainers()
# Asserts allPhotosButton is displayed
allPhotosButton = PhotoLibraryAsserts(driver)
allPhotosButton.allPhotosButton()
# taps on the top left photo
tap2ndPhoto = GridPage(driver)
tap2ndPhoto.second_grid_image()
# taps on the filter
filters = EditorPage(driver)
filters.bDayFilter()
# taps on date spinner
bDaySpinner = EditorPage(driver)
bDaySpinner.tapBdayDateSpinner()
# swipes down on the date spinner
tapOn1999 = EditorPage(driver)
tapOn1999.tapBdaySpinnerForInput()
# taps on create my filter button
tapOnCreateMyFilter = EditorPage(driver)
tapOnCreateMyFilter.tapCreateMyFilter()
# taps on Use Filter
tapUseFilter = EditorPage(driver)
tapUseFilter.tapUseFilter()
# Asserts tvFilterLevel is displayed
tvFilterLevel = PhotoLibraryAsserts(driver)
tvFilterLevel.tvFilterLevel()
# takes a screenshot and pulls it to a specific folder
sleep(10)
run('adb shell screencap -p /sdcard/screencap.png', shell=True)
sleep(10)
run("adb pull /sdcard/screencap.png /Users/tyler/Desktop/imageComparisonFiles",
shell=True)
sleep(10)
# loads the two input images
imageA = cv2.imread(
'/Users/tyler/Desktop/imageComparisonFiles/s6BirthdayScreenshot.png'
)
imageB = cv2.imread(
'/Users/tyler/Desktop/imageComparisonFiles/screencap.png')
# convert the images to grayscale
grayA = cv2.cvtColor(imageA, cv2.COLOR_BGR2GRAY)
grayB = cv2.cvtColor(imageB, cv2.COLOR_BGR2GRAY)
# compute the Structural Similarity Index (SSIM) between the two images, ensuring that the difference image is returned
(score, diff) = compare_ssim(grayA, grayB, full=True)
diff = (diff * 255).astype("uint8")
SSIM = ("SSIM: {}".format(score))
print(SSIM)
if ("{}".format(score)) <= '.80':
print('SSIM is too low, please test manually', 'FAILED')
else:
print('SSIM is within acceptable range')
# Tears down the test
quitTest = EditorPage(driver)
quitTest.driverQuit()