def get_text(self, *regions):
# type: (*OCRRegion) -> List[Text]
result = []
for ocr_region in regions:
self._process_app_output(ocr_region)
image = ocr_region.app_output_with_screenshot.screenshot.image
screenshot_url = self._server_connector.try_upload_image(
image_utils.get_bytes(image))
data = TextSettingsData(
app_output=AppOutput(
screenshot_url=screenshot_url,
location=Point.ZERO(),
dom_url=ocr_region.app_output_with_screenshot.app_output.
dom_url,
),
language=ocr_region._language,
min_match=ocr_region._min_match,
regions=[
ExpectedTextRegion(
0,
0,
width=image.width,
height=image.height,
expected=ocr_region._hint,
)
],
)
result.extend(
self._server_connector.get_text_in_running_session_image(data))
return result
def get_locators(self, visual_locator_settings):
# type: (VisualLocatorSettings) -> LOCATORS_TYPE
argument_guard.not_none(visual_locator_settings)
logger.info(
"Get locators with given names: {}".format(visual_locator_settings.names)
)
logger.info("Requested viewport screenshot for visual locators..")
viewport_screenshot = self._get_viewport_screenshot()
self._debug_screenshot_provider.save(
viewport_screenshot,
"Visual locators: {}".format(visual_locator_settings.names),
)
image = image_utils.get_bytes(viewport_screenshot)
logger.info("Post visual locators screenshot...")
viewport_screenshot_url = self._server_connector.try_upload_image(image)
logger.info("Screenshot URL: {}".format(viewport_screenshot_url))
data = VisualLocatorsData(
app_name=self._eyes.configure.app_name,
image_url=viewport_screenshot_url,
first_only=visual_locator_settings.values.is_first_only,
locator_names=visual_locator_settings.values.names,
)
logger.info("Post visual locators: {}".format(data))
return self._server_connector.post_locators(data)
def get_app_output():
scale_provider = self._eyes.update_scaling_params()
viewport_screenshot = self._eyes.get_scaled_cropped_viewport_image(
scale_provider)
image = image_utils.get_bytes(viewport_screenshot)
screenshot_url = self._server_connector.try_upload_image(image)
dom_json = self._eyes._try_capture_dom()
dom_url = self._eyes._try_post_dom_capture(dom_json)
return AppOutput(dom_url=dom_url,
screenshot_url=screenshot_url,
location=Point.ZERO())
def prepare_match_data(match_data):
# type: (MatchWindowData) -> bytes
screenshot64 = match_data.app_output.screenshot64
if screenshot64:
match_data.app_output.screenshot64 = None
image = image_utils.image_from_base64(screenshot64)
screenshot_bytes = image_utils.get_bytes(image) # type: bytes
else:
screenshot_bytes = b""
match_data_json = json_utils.to_json(match_data)
logger.debug("MatchWindowData {}".format(match_data_json))
match_data_json_bytes = match_data_json.encode("utf-8") # type: bytes
match_data_size_bytes = pack(">L", len(match_data_json_bytes)) # type: bytes
body = match_data_size_bytes + match_data_json_bytes + screenshot_bytes
return body
def _perform_match(
self,
user_inputs, # type: UserInputs
app_output_width_screenshot, # type: AppOutputWithScreenshot
check_settings, # type: CheckSettings
replace_last, # type: bool
image_match_settings, # type: ImageMatchSettings
agent_setup, # type: Text
render_id, # type: Text
source, # type: Text
):
# type: (...) -> MatchResult
name = check_settings.values.name
variant_id = check_settings.values.variation_group_id
screenshot = app_output_width_screenshot.screenshot
app_output = app_output_width_screenshot.app_output
if screenshot:
app_output.screenshot_bytes = image_utils.get_bytes(
screenshot.image)
match_window_data = MatchWindowData(
ignore_mismatch=False,
user_inputs=user_inputs,
options=Options(
name=name,
user_inputs=user_inputs,
replace_last=replace_last,
ignore_mismatch=False,
ignore_match=False,
force_mismatch=False,
force_match=False,
image_match_settings=image_match_settings,
source=source,
render_id=render_id,
variant_id=variant_id,
),
app_output=app_output,
tag=name,
agent_setup=agent_setup,
render_id=render_id,
)
return self._server_connector.match_window(self._running_session,
match_window_data)
def test_match_window_with_image_uploading(started_connector, server_status):
# type: (ServerConnector, int) -> None
data = copy(MATCH_WINDOW_DATA_OBJ)
data.app_output.screenshot_url = None
data.app_output.screenshot_bytes = image_utils.get_bytes(
image_utils.image_from_base64(IMAGE_BASE_64))
rendering_info = RenderingInfo(
access_token="some access",
service_url="https://render-wus.applitools.com",
results_url=
"https://eyespublicwustemp.blob.core.windows.net/temp/__random__?sv=2017-04-17&sr=c&sig=aAArw3au%",
stitching_service_url="https://some.stitchingserviceuri.com",
)
with patch(
"applitools.core.server_connector.ServerConnector.render_info",
return_value=rendering_info,
):
with patch(
"applitools.core.server_connector.ClientSession.put",
return_value=MockResponse(None, None, server_status),
):
with patch(
"applitools.core.server_connector.ClientSession.post",
side_effect=mocked_requests_post,
):
if server_status in [200, 201]:
started_connector.match_window(RUNNING_SESSION_OBJ, data)
else:
with pytest.raises(EyesError):
started_connector.match_window(RUNNING_SESSION_OBJ,
data)
if server_status in [200, 201]:
target_url = data.app_output.screenshot_url
assert target_url.startswith(
"https://eyespublicwustemp.blob.core.windows.net/temp/")
assert target_url.endswith("?sv=2017-04-17&sr=c&sig=aAArw3au%")
assert "__random__" not in target_url
def _perform_match(
self,
user_inputs, # type: UserInputs
app_output_width_screenshot, # type: AppOutputWithScreenshot
name, # type: Text
ignore_mismatch, # type: bool
image_match_settings, # type: ImageMatchSettings
agent_setup, # type: Text
render_id, # type: Text
):
# type: (...) -> MatchResult
screenshot = app_output_width_screenshot.screenshot
app_output = app_output_width_screenshot.app_output
if screenshot:
app_output.screenshot_bytes = image_utils.get_bytes(
screenshot.image)
match_window_data = MatchWindowData(
ignore_mismatch=ignore_mismatch,
user_inputs=user_inputs,
options=Options(
name=name,
user_inputs=user_inputs,
ignore_mismatch=ignore_mismatch,
ignore_match=False,
force_mismatch=False,
force_match=False,
image_match_settings=image_match_settings,
render_id=render_id,
),
app_output=app_output,
tag=name,
agent_setup=agent_setup,
render_id=render_id,
)
return self._server_connector.match_window(self._running_session,
match_window_data)