def test_coded_layout_regions_passed_to_match_window_request(
driver, fake_connector_class, vg_runner, spy):
eyes = Eyes(vg_runner)
eyes.server_connector = fake_connector_class()
driver.get(
"https://applitools.github.io/demo/TestPages/SimpleTestPage/index.html"
)
eyes.open(driver, "Test Visual Grid",
"Test regions are passed to render request")
eyes.check(Target.window().fully().layout(Region(1, 2, 3, 4)).floating(
5, Region(6, 7, 8,
9)).accessibility(Region(10, 11, 12, 13),
AccessibilityRegionType.LargeText))
eyes.close_async()
server_connector = vg_runner._get_all_running_tests(
)[0].eyes.server_connector
vg_runner.get_all_test_results(False)
_, match_data = server_connector.input_calls["match_window"][0]
ims = match_data.options.image_match_settings
assert len(server_connector.input_calls["match_window"]) == 1
assert ims.layout_regions == [Region(1, 2, 3, 4)]
assert ims.floating_match_settings == [
FloatingMatchSettings(Region(6, 7, 8, 9), FloatingBounds(5, 5, 5, 5))
]
assert ims.accessibility == [
AccessibilityRegion(10, 11, 12, 13, AccessibilityRegionType.LargeText)
]
def get_regions(self, eyes, screenshot):
# type: (SeleniumEyes, EyesWebDriverScreenshot) -> List[FloatingMatchSettings]
elements = self._fetch_elements(eyes.driver)
regions = (_region_from_element(el, screenshot) for el in elements)
return [
FloatingMatchSettings(region, self.floating_bounds)
for region in regions
]
def collect_regions_from_selectors(image_match_settings, regions,
region_selectors):
# type:(ImageMatchSettings,List[Region],List[List[VisualGridSelector]])->ImageMatchSettings
if not regions:
return image_match_settings
current_counter = current_type_index = 0
current_type_region_count = len(region_selectors[0])
mutable_regions = [
[], # Ignore Regions
[], # Layout Regions
[], # Strict Regions
[], # Content Regions
[], # Floating Regions
[], # Target Element Location
]
for region in regions:
can_add_region = False
while not can_add_region:
current_counter += 1
if current_counter > current_type_region_count:
current_type_index += 1
current_type_region_count = len(
region_selectors[current_type_index])
current_counter = 0
else:
can_add_region = True
mutable_regions[current_type_index].append(region)
# location = Point.ZERO()
# If target element location available
# if mutable_regions[5]:
# location = mutable_regions[5][0].location
image_match_settings.ignore_regions = mutable_regions[0]
image_match_settings.layout_regions = mutable_regions[1]
image_match_settings.strict_regions = mutable_regions[2]
image_match_settings.content_regions = mutable_regions[3]
# TODO: Implement floating regions
floating_match_settings = []
for i, reg in enumerate(mutable_regions[4]):
if reg.area == 0:
continue
vgs = region_selectors[4][i]
gfr = vgs.category
if isinstance(gfr, GetFloatingRegion):
fms = FloatingMatchSettings(reg, gfr.bounds)
floating_match_settings.append(fms)
image_match_settings.floating_match_settings = floating_match_settings
return image_match_settings
def collect_regions_from_selectors(image_match_settings, regions,
region_selectors):
# type:(ImageMatchSettings,List[Region],List[List[VisualGridSelector]])->ImageMatchSettings
if not regions:
return image_match_settings
mutable_regions = [
[], # Ignore Regions
[], # Layout Regions
[], # Strict Regions
[], # Content Regions
[], # Floating Regions
[], # Target Element Location
]
r_selector_counts = [len(r) for r in region_selectors] # mapping of
prev_count = 0
for selectors_count, m_specific_regions in zip(r_selector_counts,
mutable_regions):
if selectors_count == 0:
continue
next_count = prev_count + selectors_count
m_specific_regions.extend(regions[prev_count:next_count])
prev_count = next_count
location = Point.ZERO()
# If target element location available
selector_regions_index = len(mutable_regions) - 1
if mutable_regions[selector_regions_index]:
location = mutable_regions[selector_regions_index][0].location
image_match_settings.ignore_regions = filter_empty_entries(
mutable_regions[0], location)
image_match_settings.layout_regions = filter_empty_entries(
mutable_regions[1], location)
image_match_settings.strict_regions = filter_empty_entries(
mutable_regions[2], location)
image_match_settings.content_regions = filter_empty_entries(
mutable_regions[3], location)
floating_match_settings = []
for i, reg in enumerate(mutable_regions[4]):
if reg.area == 0:
continue
vgs = region_selectors[4][i]
gfr = vgs.category
if isinstance(gfr, GetFloatingRegion):
fms = FloatingMatchSettings(reg, gfr.bounds)
floating_match_settings.append(fms)
image_match_settings.floating_match_settings = floating_match_settings
return image_match_settings
def test_perform_match_collect_regions_from_screenshot(
mwt, app_output_with_screenshot, eyes_base_mock):
ignore_region = Region(5, 6, 7, 8)
max_offset = 25
floating_region = Region(0, 1, 2, 3)
content_region = Region(1, 2, 2, 1)
accessibility_region = AccessibilityRegion(
1, 2, 1, 2, AccessibilityRegionType.GraphicalObject)
check_settings = (CheckSettings().ignore(ignore_region).floating(
max_offset, floating_region).content(content_region).accessibility(
accessibility_region))
image_match_settings = mwt.create_image_match_settings(
check_settings, eyes_base_mock)
with patch("applitools.core.server_connector.ServerConnector.match_window"
) as smw:
mwt.perform_match(
app_output_with_screenshot,
"Name",
False,
image_match_settings,
eyes_base_mock,
check_settings=check_settings,
)
match_window_data = smw.call_args[0][1] # type: MatchWindowData
ims = match_window_data.options.image_match_settings
assert ims.content_regions == [content_region]
assert ims.ignore_regions == [ignore_region]
assert ims.floating_match_settings == [
FloatingMatchSettings(
region=floating_region,
bounds=FloatingBounds(
max_up_offset=max_offset,
max_down_offset=max_offset,
max_left_offset=max_offset,
max_right_offset=max_offset,
),
)
]
assert ims.accessibility == [accessibility_region]
def collect_regions_from_selectors(image_match_settings, regions,
region_selectors):
# type:(ImageMatchSettings,List[Region],List[List[VisualGridSelector]])->ImageMatchSettings
if not regions:
return image_match_settings
logger.debug("""
start collect_regions_from_selectors()
regions: {}
region_selectors: {}
""".format(regions, region_selectors))
mutable_regions = [
[], # Ignore Regions
[], # Layout Regions
[], # Strict Regions
[], # Content Regions
[], # Floating Regions
[], # Accessibility Regions
[], # Target Element Location
]
r_selector_counts = [len(r) for r in region_selectors] # mapping of
prev_count = 0
for i, (selectors_count, m_specific_regions) in enumerate(
zip(r_selector_counts, mutable_regions)):
if selectors_count == 0:
continue
next_count = prev_count + selectors_count
for region_selector, region in zip(region_selectors[i],
regions[prev_count:next_count]):
padding = getattr(region_selector.category, "padding", None)
if padding:
region = region.padding(padding)
m_specific_regions.append(region)
prev_count = next_count
location = Point.ZERO()
# If target element location available
selector_regions_index = len(mutable_regions) - 1
if mutable_regions[selector_regions_index]:
location = mutable_regions[selector_regions_index][0].location
image_match_settings.ignore_regions = filter_empty_entries(
mutable_regions[0], location)
image_match_settings.layout_regions = filter_empty_entries(
mutable_regions[1], location)
image_match_settings.strict_regions = filter_empty_entries(
mutable_regions[2], location)
image_match_settings.content_regions = filter_empty_entries(
mutable_regions[3], location)
image_match_settings.floating_match_settings = [
FloatingMatchSettings(reg, gfr.floating_bounds)
for (reg, gfr) in filter_empty_entries_and_combine(
mutable_regions[4], location, region_selectors[4])
if isinstance(gfr, GetFloatingRegion)
]
image_match_settings.accessibility = [
AccessibilityRegion.from_(reg, gfr.accessibility_type)
for (reg, gfr) in filter_empty_entries_and_combine(
mutable_regions[5], location, region_selectors[5])
if isinstance(gfr, GetAccessibilityRegion)
]
logger.debug("""
finish collect_regions_from_selectors()
image_match_settings: {}
""".format(image_match_settings))
return image_match_settings
def test_collect_regions_from_selectors(mwt, eyes_base_mock):
REGIONS = [
Region(1, 1, 1, 1),
Region(2, 2, 2, 2),
Region(3, 3, 3, 3),
Region(4, 4, 4, 4),
Region(5, 5, 5, 5),
Region(6, 6, 6, 6),
Region(6, 6, 6, 6),
Region(7, 7, 7, 7),
]
REGIONS_SELECTORS = [
[
VisualGridSelector(
".selector1",
RegionBySelector(By.TAG_NAME, "html", padding=None))
],
[],
[
VisualGridSelector(
".selector2",
RegionByElement(mock.ANY, padding={
"top": 20,
"left": 100
}),
),
VisualGridSelector(".selector3",
RegionByRectangle(Region(3, 3, 3, 3))),
],
[
VisualGridSelector(".selector3",
RegionByRectangle(Region(4, 4, 4, 4))),
VisualGridSelector(
".selector3",
RegionBySelector(By.CLASS_NAME, "some-class", {
"right": 40,
"bottom": 10
}),
),
VisualGridSelector(".selector3",
RegionByElement(mock.ANY, padding={"left":
10})),
],
[
VisualGridSelector(
".selector4",
FloatingRegionByRectangle(Rectangle(6, 6, 6, 6),
FloatingBounds(0, 2, 0, 0)),
),
],
[
VisualGridSelector(
".selector5",
AccessibilityRegionByRectangle(
AccessibilityRegion(
7, 7, 7, 7, AccessibilityRegionType.GraphicalObject)),
)
],
[],
]
check_settings = CheckSettings()
image_match_settings = mwt.create_image_match_settings(
check_settings, eyes_base_mock)
img = collect_regions_from_selectors(image_match_settings, REGIONS,
REGIONS_SELECTORS)
assert img.ignore_regions == [Region(1, 1, 1, 1)]
assert img.strict_regions == [Region(102, 22, 2, 2), Region(3, 3, 3, 3)]
assert img.content_regions == [
Region(4, 4, 4, 4),
Region(5, 5, 45, 15),
Region(16, 6, 6, 6),
]
assert img.floating_match_settings == [
FloatingMatchSettings(Region(6, 6, 6, 6), FloatingBounds(0, 2, 0, 0))
]
assert img.accessibility == [
AccessibilityRegion(7, 7, 7, 7,
AccessibilityRegionType.GraphicalObject)
]
def get_regions(self, eyes, screenshot):
# type: (SeleniumEyes, EyesWebDriverScreenshot) -> List[FloatingMatchSettings]
element = self._element(eyes.driver)
region = _region_from_element(element, screenshot)
return [FloatingMatchSettings(region, self.bounds)]
def test_collect_regions_from_selectors(mwt, eyes_base_mock):
REGIONS = [
Region(1, 1, 1, 1),
Region(2, 2, 2, 2),
Region(3, 3, 3, 3),
Region(4, 4, 4, 4),
Region(5, 5, 5, 5),
Region(6, 6, 6, 6),
Region(6, 6, 6, 6),
Region(7, 7, 7, 7),
]
REGIONS_SELECTORS = [
[
VisualGridSelector(".selector1",
RegionByRectangle(Region(1, 1, 1, 1)))
],
[],
[
VisualGridSelector(".selector2",
RegionByRectangle(Region(2, 2, 2, 2))),
VisualGridSelector(".selector3",
RegionByRectangle(Region(3, 3, 3, 3))),
],
[
VisualGridSelector(".selector3",
RegionByRectangle(Region(4, 4, 4, 4))),
VisualGridSelector(".selector3",
RegionByRectangle(Region(5, 5, 5, 5))),
VisualGridSelector(".selector3",
RegionByRectangle(Region(6, 6, 6, 6))),
],
[
VisualGridSelector(
".selector4",
FloatingRegionByRectangle(Rectangle(6, 6, 6, 6),
FloatingBounds(0, 2, 0, 0)),
),
],
[
VisualGridSelector(
".selector5",
AccessibilityRegionByRectangle(
AccessibilityRegion(
7, 7, 7, 7, AccessibilityRegionType.GraphicalObject)),
)
],
[],
]
check_settings = CheckSettings()
image_match_settings = mwt.create_image_match_settings(
check_settings, eyes_base_mock)
img = collect_regions_from_selectors(image_match_settings, REGIONS,
REGIONS_SELECTORS)
assert img.ignore_regions == [Region(1, 1, 1, 1)]
assert img.strict_regions == [Region(2, 2, 2, 2), Region(3, 3, 3, 3)]
assert img.content_regions == [
Region(4, 4, 4, 4),
Region(5, 5, 5, 5),
Region(6, 6, 6, 6),
]
assert img.floating_match_settings == [
FloatingMatchSettings(Region(6, 6, 6, 6), FloatingBounds(0, 2, 0, 0))
]
assert img.accessibility == [
AccessibilityRegion(7, 7, 7, 7,
AccessibilityRegionType.GraphicalObject)
]