def open_url(url, value):
driver = get_driver()
driver.open(url)
for _ in range(1200):
if driver.execute_script('return document.readyState === "complete" && performance.timing.loadEventEnd > 0'):
break
sleep(0.1)
def take_full_screenshot(save_path):
driver = get_driver()
# initiate value
save_path = save_path + '.png' if save_path[-4::] != '.png' else save_path
img_li = [] # to store image fragment
offset = 0 # where to start
# js to get height
height = driver.driver.execute_script('return Math.max('
'document.documentElement.clientHeight, window.innerHeight);')
# js to get the maximum scroll height
# Ref--> https://stackoverflow.com/questions/17688595/finding-the-maximum-scroll-position-of-a-page
max_window_height = driver.driver.execute_script('return Math.max('
'document.body.scrollHeight, '
'document.body.offsetHeight, '
'document.documentElement.clientHeight, '
'document.documentElement.scrollHeight, '
'document.documentElement.offsetHeight);')
# looping from top to bottom, append to img list
# Ref--> https://gist.github.com/fabtho/13e4a2e7cfbfde671b8fa81bbe9359fb
while offset < max_window_height:
# Scroll to height
driver.driver.execute_script(f'window.scrollTo(0, {offset});')
img = Image.open(BytesIO((driver.driver.get_screenshot_as_png())))
img_li.append(img)
offset += height
# Stitch image into one
# Set up the full screen frame
img_frame_height = sum([img_frag.size[1] for img_frag in img_li])
img_frame = Image.new('RGB', (img_li[0].size[0], img_frame_height))
offset = 0
for img_frag in img_li:
img_frame.paste(img_frag, (0, offset))
offset += img_frag.size[1]
img_frame.save(save_path)
return save_path
def get_dom_size():
return get_driver().driver.execute_script("return document.getElementsByTagName('*').length")
def get_dom():
return get_driver().driver.page_source
def get_performance_entities():
return get_driver().driver.execute_script("return performance.getEntriesByType('resource')")
def get_performance_timing():
return get_driver().execute_script("return performance.timing")
def wait_for_visibility(locator):
get_driver().element(locator).wait_until(be.visible)
def assert_text(locator, text):
css_or_xpath = get_locator_strategy(locator)
get_driver().element(css_or_xpath).should_have(have.exact_text(text))
def type(locator, text):
css_or_xpath = get_locator_strategy(locator)
get_driver().element(css_or_xpath).set_value(text)
def double_click(locator, value):
css_or_xpath = get_locator_strategy(locator)
get_driver().element(css_or_xpath).double_click()
def setWindowSize(size, value):
s = size.split("x")
get_driver().driver.set_window_size(s[0], s[1])
def runScript(locator, text):
get_driver().execute_script(locator)
def mouseOver(locator, text):
css_or_xpath = get_locator_strategy(locator)
get_driver().element(css_or_xpath).hover()
def close():
get_driver().quit()
def get_current_url():
return get_driver().driver.current_url
def sendKeys(locator, text):
css_or_xpath = get_locator_strategy(locator)
get_driver().element(css_or_xpath).send_keys(process_text(text))
def get_current_session_id():
return get_driver().driver.session_id
def take_screenshot():
return get_driver().take_screenshot("tmp", "screen.png")
