def configure_group_for_test(cls, metafunc):
'''
Configures **group** fixture for a test.
Acts only if **group** fixture is present in the signature of a test function or signature(s) of any of its fixture(s) in its fixture hierarchy.
To be used in **pytest_generate_tests** hook in **conftest.py**.
Args:
metafunc: **pytest**'s MetaFunc object
Note:
The **group** fixture yields a **DataRecord** object containing the following keys:
- **name**: Group name
- **config**: **Configuration** object assigned to the group.
- **thread_name**: Thread name for the thread in which the Test Group is running.
'''
from arjuna import Arjuna, ArjunaOption, log_debug, C
from arjuna.tpi.engine.data.markup import record
log_debug("{} {}".format(metafunc.function, metafunc.fixturenames))
group_params = Arjuna.get_group_params()
conf = None
m = metafunc.function.__module__
group = record(**group_params).build(context='Group').all_records[0]
log_debug(
"Parameterizing distributor for module: {} with group: {}".format(
m, group))
metafunc.parametrize("group",
argvalues=[group],
ids=["G"],
indirect=True)
def wait(self, *, max_wait=60, poll_interval=0.5):
from arjuna import log_debug
log_debug(
"Dynamic wait call triggered with max_wait: {}".format(max_wait))
end_time = time.time() + max_wait
e = None
etrace = None
while (True):
try:
if self.is_met():
return self.get_call_result()
except ConditionException as ce:
raise ce
except WaitableError as we:
e = we
import traceback
etrace = traceback.format_exc()
pass
except Exception as f:
import traceback
raise Exception(
"An unexpected exception occured in dynamic wait. Message: {}. Trace: {}"
.format(str(f), traceback.format_exc()))
time.sleep(poll_interval)
ctime = time.time()
if (ctime > end_time):
break
raise ArjunaTimeoutError(self.__class__.__name__, str(e) + etrace)
def __getitem__(self, name):
from arjuna import log_debug
if self.has(name):
return self.__mdict[name]
else:
log_debug(f"Meta dict does not have {name}. Returning None.")
return None
def __getattr__(self, label):
wmd = self._get_wmd_for_label(label)
from arjuna import log_debug
log_debug("Finding element with label: {} and wmd: {}".format(label, wmd))
try:
return self._locate_with_wmd(wmd)
except ArjunaTimeoutError:
raise GuiWidgetForLabelNotPresentError(self.__gui, label)
def add_element_meta_data(self, name, context, raw_locators, meta):
wmd = GuiWidgetMetaData.create_wmd(*raw_locators, meta=meta)
name = name.lower()
if not self.has(name):
self.__ns[name] = {}
self.__ns[name][context] = wmd
from arjuna import log_debug
log_debug("Loaded {} label. EMD: {}".format(name, str(wmd)))
def _as_wmd(self):
'''
Convert this **GuiWidgetDefinition** to **GuiWidgetMetaData** object
'''
wmd = self._as_raw_wmd()
from arjuna import log_debug
log_debug("Unformatted Widget def is: " + str(wmd))
fmt_wmd = wmd.create_formatted_wmd(**self.__fmt_args)
return fmt_wmd
def find_element(cls, container, byType, byValue):
from arjuna import log_debug
log_debug(
f"Finding element in container:{container} with wtype:{byType} and wvalue:{byValue}"
)
try:
return container.find_element(cls.BY_MAP[byType.upper()], byValue)
except Exception as e:
raise GuiWidgetNotFoundError("By.{}={}".format(byType, byValue))
def __init__(self, mdict=None):
from arjuna import log_debug
temp_dict = not mdict and CIStringDict() or CIStringDict(mdict)
self.__mdict = CIStringDict()
self.__process_type(temp_dict)
self.__process_relations(temp_dict)
self.__process_filters(temp_dict)
self.__process_settings(temp_dict)
log_debug("Meta dictionary is: {}".format(repr_dict(self.__mdict)))
def __load(self):
from arjuna import log_debug
log_debug("Selecting mailbox: {}".format(self.name))
if self._server._ready:
MailBoxConditions(self).Select().wait(max_wait=30)
_, data = self._server._imap.search(None, 'ALL')
self.__count = sum(1 for num in data[0].split())
log_debug("Selected mailbox: {}".format(self.name))
else:
raise Exception("A mailbox can be selected only with active connection to IMAP server.")
def _externalize(self):
try:
self.__guidef = GuiDef(self.__guimgr.name_store, self._automator,
self.label, self.def_file_path)
except Exception as e:
import traceback
raise GuiNamespaceLoadingError(self,
str(e) + traceback.format_exc())
from arjuna import log_debug
log_debug("Gui Namespace loading completed for {}.".format(self.label))
def __create_relative_by(cls, byType, byValue, relations):
from arjuna import log_debug
relative_by = RelativeBy({byType: byValue})
for k,v in relations.items():
try:
getattr(relative_by, cls.RELATION_MAP[k.lower()])(v)
except:
pass
log_debug("Root" + str(relative_by.root))
log_debug("Filters" + str(relative_by.filters))
return relative_by
def locate(self, locator):
from arjuna import log_debug
from arjuna.core.error import ArjunaTimeoutError
from arjuna.tpi.error import GuiWidgetNotPresentError
wmd = locator._as_wmd()
log_debug("Finding element with wmd: {}.".format(wmd))
try:
return getattr(self.__wmd_finder,
wmd.meta["type"].name.lower())(wmd)
except ArjunaTimeoutError:
raise GuiWidgetNotPresentError(self.__gui, wmd)
def email_at(self, ordinal, _reload=True):
'''
Email at an ordinal/position - human counted, 1 is the oldest email position.
'''
from arjuna import log_debug
log_debug("Reading email at ordinal >{}< from mailbox {} at email server >{}<".format(
ordinal, self.name, self._server.host
))
if _reload:
self.__load()
_, data = self._server._imap.fetch(str(ordinal), '(RFC822)')
return Email(pyemail.message_from_string(data[0][1].decode()))
def _load_anchor_element(self):
label = self._gui_def.anchor_element_name
from arjuna import log_debug
log_debug(
"Loading Anchor Element for {} Gui. anchor label in GNS: {}.".
format(
self.label,
self._gui_def.anchor_element_name,
))
if label is not None:
getattr(self.gns, label)
def _create_firefox(cls,
config,
driver_path,
browser_bin_path,
svc_url,
proxy=None):
from selenium.webdriver import Firefox
from selenium.webdriver import FirefoxOptions
from selenium.webdriver import FirefoxProfile
profile = FirefoxProfile()
# if config["arjuna_options"]["BROWSER_PROXY_ON"]:
# proxy = Proxy()
# proxy_string = "{}.{}".format(
# config["arjuna_options"]["BROWSER_PROXY_HOST"],
# config["arjuna_options"]["BROWSER_PROXY_PORT"]
# )
# proxy.http_proxy = proxy_string
# proxy.ssl_proxy = proxy_string
# profile.set_proxy(proxy)
caps = DesiredCapabilities.FIREFOX
caps.update(config["driverCapabilities"])
from arjuna import log_debug
log_debug("Is proxy set for Firefox?: {}".format(proxy is not None))
if proxy is not None:
proxy.add_to_capabilities(caps)
caps['acceptInsecureCerts'] = True
options = FirefoxOptions()
if browser_bin_path.lower() != "not_set":
options.binary_location = browser_bin_path
if cls.are_browser_prefs_set(config):
for pref, value in config["browserPreferences"].items():
options.set_preference(pref, value)
if config["arjuna_options"]["BROWSER_HEADLESS"]:
options.add_argument("-headless")
if cls.are_browser_args_set(config):
for arg in config["browserArgs"]:
options.add_argument(arg)
from selenium import webdriver
return webdriver.Remote(svc_url,
browser_profile=profile,
options=options)
def _create_chrome(cls,
config,
driver_path,
browser_bin_path,
svc_url,
proxy=None):
from selenium.webdriver import Chrome, ChromeOptions
caps = DesiredCapabilities.CHROME
caps.update(config["driverCapabilities"])
# if config["arjuna_options"]["BROWSER_PROXY_ON"]:
# proxy = Proxy()
# proxy_string = "{}.{}".format(
# config["arjuna_options"]["BROWSER_PROXY_HOST"],
# config["arjuna_options"]["BROWSER_PROXY_PORT"]
# )
# proxy.http_proxy = proxy_string
# proxy.ssl_proxy = proxy_string
# proxy.add_to_capabilities(caps)
from arjuna import log_debug
log_debug("Is proxy set for Chrome?: {}".format(proxy is not None))
if proxy is not None:
proxy.add_to_capabilities(caps)
caps['acceptInsecureCerts'] = True
options = ChromeOptions()
if browser_bin_path.lower() != "not_set":
options.binary_location = browser_bin_path
if cls.are_browser_prefs_set(config):
options.add_experimental_option("prefs",
config["browserPreferences"])
if config["arjuna_options"]["BROWSER_HEADLESS"]:
options.add_argument("--headless")
if cls.are_browser_args_set(config):
for arg in config["browserArgs"]:
options.add_argument(arg)
if cls.are_extensions_set(config):
for ext in config["browserExtensions"]:
options.add_extension(ext)
caps[ChromeOptions.KEY] = options.to_capabilities()[ChromeOptions.KEY]
from selenium import webdriver
return webdriver.Remote(svc_url, caps)
def find_elements(cls, container, byType, byValue, *, relations=None, filters=None):
from arjuna import log_debug
log_debug(f"Finding elements in container:{container} with wtype:{byType} and wvalue:{byValue} with relations: {relations} and filters: {filters}")
sbyType = cls.BY_MAP[byType.upper()]
if not relations:
elements = container.find_elements(sbyType, byValue)
else:
# Currently Selenium supports Relative locator only for find_elements and at driver level
# For nested element finding change to WebDriver instance if relations are defined.
if isinstance(container, WebElement):
container = container.parent
rby = cls.__create_relative_by(sbyType, byValue, relations)
log_debug("Selenium find_elements call made with RelativeBy: {}".format(rby.to_dict()))
elements = container.find_elements(rby)
if len(elements) == 0:
raise GuiWidgetNotFoundError("By.{}={}".format(byType, byValue), message="No element found for Selenium locator")
if filters is not None:
if "pos" in filters:
log_debug("Filtering elements with filter: {}".format(filters["pos"]))
try:
extracted_elements = filters["pos"].extract(elements)
if type(extracted_elements) is not list:
return [extracted_elements]
else:
return extracted_elements
except Exception as e:
log_debug("Exception in filters processing: {}".format(e))
raise GuiWidgetNotFoundError("By.{}={}".format(byType, byValue), message="No element found for Selenium locator after applying position filters.")
return elements
def __process_widgetdef_in_relations(self, wmd):
from arjuna import log_debug
from arjuna.core.error import ArjunaTimeoutError
from arjuna.tpi.error import GuiWidgetNotPresentError
log_debug(
"Processing GuiWidgetDefinition relationships for GuiWidgetMetaData: {} in gui: {}"
.format(wmd, self.__gui))
for k, v in wmd.meta.relations.items():
from arjuna import GuiWidgetDefinition
if isinstance(v, GuiWidgetDefinition):
log_debug(
"Triggering locating operation for GuiWidgetDefinition {} in relations dict."
.format(v))
rwmd = v._as_wmd()
rwmd = self.__process_widgetdef_in_relations(rwmd)
log_debug("Finding element with wmd: {}.".format(rwmd))
try:
wmd.meta.relations[k] = getattr(
self.__wmd_finder, rwmd.meta["type"].name.lower())(
rwmd).dispatcher.driver_element
except ArjunaTimeoutError:
raise GuiWidgetNotPresentError(self.__gui, rwmd)
# = self.locate(v).dispatcher.driver_element
log_debug(
"Replaced relation {} with corresponding GuiElement in relations dict."
.format(k))
return wmd
def __init__(self, mdict=None):
from arjuna import log_debug
log_debug("Input Meta Dict for Meta creation: {}".format(
repr_dict(mdict)))
temp_dict = not mdict and CIStringDict() or CIStringDict(mdict)
self.__mdict = CIStringDict()
self.__process_type(temp_dict)
self.__process_relations(temp_dict)
self.__process_filters(temp_dict)
self.__process_settings(temp_dict)
self.__mdict.update({
k: v
for k, v in temp_dict.items()
if k.lower() not in {"type", "relations", "settings", "filters"}
})
log_debug("Meta dictionary is: {}".format(repr_dict(self.__mdict)))
def translate(cls, locator):
from arjuna import log_debug
rltype = locator.ltype
rlvalue = locator.lvalue
glvalue = None
try:
gltype = GenericLocateWith[rltype.upper()]
except Exception as e:
raise Exception(
"Invalid locator across all automators: {}={}. Error: {}".
format(rltype, type(rlvalue), str(e)))
else:
log_debug("Processing locator: Type: {}; Value: {}".format(
str(gltype), rlvalue))
if gltype == GenericLocateWith.ELEMENT:
glvalue = rlvalue
elif gltype in cls.BASIC_LOCATORS:
glvalue = rlvalue
elif gltype in cls.NEED_TRANSLATION:
glvalue = rlvalue
gltype = cls.NEED_TRANSLATION[gltype]
elif gltype in cls.XPATH_LOCATORS:
glvalue = cls.XPATH_LOCATORS[gltype].format(rlvalue)
gltype = GenericLocateWith.XPATH
elif gltype == GenericLocateWith.POINT:
glvalue = cls.NAMED_ARG_LOCATORS[gltype].format(**rlvalue)
elif gltype in cls.NAMED_ARG_LOCATORS:
glvalue = cls.NAMED_ARG_LOCATORS[gltype].format(**rlvalue)
gltype = GenericLocateWith.CSS_SELECTOR
elif gltype == GenericLocateWith.CLASSES:
css_string = cls.__process_selector(rlvalue)
glvalue = cls.__process_selector(rlvalue)
gltype = GenericLocateWith.CSS_SELECTOR
elif gltype == GenericLocateWith.TAGS:
glvalue = " ".join(cls.__process_tags(rlvalue))
gltype = GenericLocateWith.CSS_SELECTOR
elif gltype in {
GenericLocateWith.NODE, GenericLocateWith.BNODE,
GenericLocateWith.FNODE
}:
gltype, glvalue = cls.__translate_node(gltype, rlvalue)
elif gltype == GenericLocateWith.AXES:
gltype, glvalue = cls.__translate_axes(gltype, rlvalue)
else:
raise Exception("Locator not supported yet by Arjuna: " +
rltype)
return GuiGenericLocator(gltype, glvalue)
def __process_type(self, temp_dict):
from arjuna import log_debug
from arjuna.core.constant import GuiWidgetType
if "type" in temp_dict:
log_debug("Copying provided type from meta dict: {}".format(
temp_dict["type"]))
try:
widget_type = temp_dict["type"]
if not isinstance(widget_type, GuiWidgetType):
self.__mdict["type"] = GuiWidgetType[widget_type.upper()]
else:
self.__mdict["type"] = temp_dict["type"]
except Exception as e:
raise Exception(
"{} is not a valid Gui widget type.".format(widget_type))
else:
self.__mdict["type"] = GuiWidgetType.ELEMENT
def _load_root_element(self):
'''
Loads root element for GuiSection.
Root element is always loaded by using GuiPage. Rest of the elements are loaded as nested elements in root.
'''
if self.__root_meta:
label, locator = self.__root_meta
if self.__root_meta[0] != "anonymous":
wmd = self._gui_def.get_wmd(label)
from arjuna import log_debug
log_debug("Loading Root Element {} for GuiSection: {}".format(
label, self.label))
self.__root_element = self._wmd_finder.element(wmd)
else:
from arjuna import log_debug
log_debug(
"Loading Root Element with Locator {} for GuiSection: {}".
format(str(locator), self.label))
self.__root_element = self._finder.locate(locator)
self.__container = self.__root_element
def __determine_root(self, root_init):
from arjuna import GuiWidgetDefinition
root_label = None
root_gns = self._gui_def.root_element_name
if root_init:
# root in __init__ as a Locator instead of GNS Label
if isinstance(root_init, GuiWidgetDefinition):
root_label = "anonymous"
else:
root_label = root_init
else:
root_label = root_gns
from arjuna import log_debug
log_debug(
"Setting Root Element for {} Gui. Label: {}. Root in GNS: {}. Root in __init__: {}."
.format(self.label, root_label, root_gns, root_init))
if root_label:
root_label = root_label.lower().strip()
return root_label, root_init
else:
return None
def find(self, dispatcher_call, wmd, context="ELEMENT"):
from arjuna import log_debug
log_debug("Finding with wmd: {}".format(str(wmd)))
from arjuna import Arjuna
found = False
js_call_name = context == "ELEMENT" and "_find_element_with_js" or "_find_multielement_with_js"
js_call = getattr(self.container, js_call_name)
locators = wmd.locators
if context != "ELEMENT":
if "POINT" in {l.ltype.name for l in locators}:
raise ConditionException(
"With.POINT can be used only with GuiElement.")
we = None
for locator in locators:
try:
if locator.ltype.name == "POINT":
# Assumption here is that this container is automator.
size, dispatcher = js_call(locator.lvalue)
elif locator.ltype.name == "JS":
size, dispatcher = js_call(locator.lvalue)
else:
lvalue = locator.lvalue
if locator.ltype.name == "XPATH":
if not lvalue.startswith("."):
lvalue = "." + lvalue
size, dispatcher = dispatcher_call(locator.ltype.name,
lvalue)
return locator.ltype.name, locator.lvalue, size, dispatcher
except WaitableError as e:
we = e
except Exception as f:
raise f
else:
we = None
if not found:
raise GuiWidgetNotFoundError(*wmd.locators,
container=self.__container)
def __getattr__(self, name):
wmd = self.__gui_def.get_wmd(name)
from arjuna import log_debug
log_debug(
"Finding element with label: {}, wmd: {} and fargs: {}".format(
name, wmd, self.__fargs))
fmt_wmd = wmd.create_formatted_wmd(**self.__fargs)
for k, v in fmt_wmd.meta.relations.items():
from arjuna.interact.gui.auto.finder.wmd import GuiWidgetMetaData
if type(v) is str:
log_debug(
"Formatting related label {} in relations dict.".format(k))
rwmd = self.__gui_def.get_wmd(v)
log_debug(
"Retrieved GuiWidgetMetaData {} for label {} in relations dict."
.format(rwmd, k))
log_debug("Formatting with args: {}".format(self.__fargs))
frwmd = rwmd.create_formatted_wmd(**self.__fargs)
fmt_wmd.meta.relations[k] = self.__gns._locate_with_wmd(
frwmd).dispatcher.driver_element
log_debug(
"Replaced label {} with corresponding GuiElement in relations dict."
.format(k, frwmd))
return self.__gns._locate_with_wmd(fmt_wmd)
def __process_labels_in_relations(self, wmd):
from arjuna import log_debug
log_debug("Processing relationship for GuiWidgetMetaData: {} in gui: {}".format(wmd, self.__gui))
for k,v in wmd.meta.relations.items():
from arjuna.interact.gui.auto.finder.wmd import GuiWidgetMetaData
if type(v) is str:
log_debug("Triggering locating operation for label {} in relations dict.".format(k))
wmd.meta.relations[k] = getattr(self, v).dispatcher.driver_element
log_debug("Replaced label {} with corresponding GuiElement in relations dict.".format(k))
return wmd
def find_element(cls, container, byType, byValue, *, relations=None, filters=None):
from arjuna import log_debug
log_debug(f"Finding element in container:{container} with wtype:{byType} and wvalue:{byValue} with relations: {relations} and filters: {filters}")
elements = cls.find_elements(container, byType, byValue, relations=relations, filters=filters)
return elements[0]
def execute_javascript(cls, driver, script, *args):
from arjuna import log_debug
log_debug("Executing JavaScript {} with args {}.".format(script, args))
return driver.execute_script(script, *args)
def select_tests(cls, pytest_items, pytest_config):
'''
Select tests from items collected by pytest, based on Arjuna rules.
Arguments:
pytest_items: List of pytest `Item` objects. Each item represents a collected test function node.
pytest_config: pytest Config object
'''
from arjuna import log_debug
def process_nodename(item):
return item.name.split("[")[0]
from arjuna import Arjuna
from arjuna.core.error import ExclusionRuleMet, NoInclusionRuleMet
from arjuna import C
selector = Arjuna.get_test_selector()
final_selection = []
deselected = []
qual_names = set()
for item in pytest_items:
nid = item.nodeid
log_debug(f"Processing {nid} as collected by pytest")
# if item.name.split("[")[0] == "test":
# continue
qual_name = None
# For a test function
# Root dir should be folder containing the module
# E.g. check_config_03_create_conf.py::check_create_config[G]
temp_full_path = os.path.join(pytest_config.rootdir,
item.nodeid.split('::')[0])
full_dotted_notation = temp_full_path.replace("/", ".").replace(
'\\', ".").replace(".py", "")
full_dotted_notation = full_dotted_notation.replace("..", ".")
project_name = C("project.name")
project_index = full_dotted_notation.find(project_name + "." +
"test")
if project_index == -1:
deselected.append(item)
continue
qual_name = full_dotted_notation[
project_index:] + "." + process_nodename(item)
# if os.path.exists(temp_full_path):
# if os.path.isfile(temp_full_path):
# test_path_index = temp_full_path.find(os.path.join(C("project.root.dir"), "test"))
# if test_path_index == -1:
# continue
# else:
# dotted_root = str(pytest_config.rootdir).replace("/",".").replace('\\',"")
# proj_suffix = dotted_root[dotted_root.find(project_name):]
# qual_name = proj_suffix + "." + process_nodeid(item) + "." + process_nodename(item)
# else:
# qual_name = process_nodeid(item) + "." + process_nodename(item)
# start_index = qual_name.find(project_name + "." + "test")
# if start_index == -1:
# if qual_name.startswith("test."):
# qual_name = project_name + "." + qual_name
# else:
# deselected.append(item)
# continue
# else:
# qual_name = qual_name[start_index:]
try:
selector.validate(Arjuna.get_test_meta_data(qual_name))
except (ExclusionRuleMet, NoInclusionRuleMet) as e:
deselected.append(item)
else:
final_selection.append(item)
if deselected:
pytest_config.hook.pytest_deselected(items=deselected)
pytest_items[:] = final_selection
def enhance_reports(cls, item, result):
'''
Automatically add screenshot to HTML Report File.
To be used in **pytest_runtest_makereport** hook in **conftest.py**.
Args:
item: **pytest**'s Item object
result: **pytest**'s TestReport object.
Note:
- For taking the screenshot, it does a look up for a **screen_shooter** attribute in the object spaces in following order:
- Function Space
- Module Space
- Session Space
- The screen_shooter attribute should contain a **ScreenShooter** i.e. an object of a class that inherits from ScreenShooter class and completes its protocol.
- This is a lenient hook. This means that if any exception happens in it, it ignores the exception and logs a warning message.
'''
try:
from arjuna import Arjuna, ArjunaOption, log_debug
ignore_passed_for_screenshots = not Arjuna.get_config().value(
ArjunaOption.REPORT_SCREENSHOTS_ALWAYS)
ignore_passed_for_network = not Arjuna.get_config().value(
ArjunaOption.REPORT_NETWORK_ALWAYS)
include_images = True
include_network = True
html_plugin = cls._get_html_report_plugin(item)
pytest_html = html_plugin
report = result.get_result()
log_debug("Node ID: {}".format(report.nodeid), contexts="report")
log_debug("Stage: {}".format(report.when), contexts="report")
extra = getattr(report, 'extra', [])
# if ignore_fixtures:
# if report.when == 'call':
# return
xfail = hasattr(report, 'wasxfail')
if ignore_passed_for_screenshots and report.passed:
include_images = False
else:
# if (report.skipped and xfail) and (report.failed and not xfail):
# extra.append(pytest_html.extras.url(app.url))
try:
screen_shooter = cls._get_protocol_object(
item, "screen_shooter")
except AttributeError:
pass
else:
try:
screen_shooter.take_screenshot(prefix=report.nodeid)
except Exception:
# any error in auto-screen shot is ignored.
pass
log_debug("Attempting to get network_recorder from request",
contexts="report")
try:
network_recorder = cls._get_protocol_object(
item, "network_recorder")
except AttributeError as e:
log_debug("No network_recorder", contexts="report")
else:
try:
log_debug("Registering traffic", contexts="report")
network_recorder.register()
log_debug("Traffic registered.", contexts="report")
except Exception as e:
log_debug("Exception in registering network traffic: " +
str(e),
contexts="report")
if ignore_passed_for_network and report.passed:
include_network = False
log_debug("Include images {}".format(include_images),
contexts="report")
log_debug("Include network {}".format(include_network),
contexts="report")
# When this place is reached by a resource that failed/erred or a test (irrespective of result)
if (report.when in {"setup", "teardown"}
and not report.passed) or report.when == "call":
test_container = Arjuna.get_report_metadata()
if test_container.has_content():
log_debug("Extra Content Found for HTML Report",
contexts="report")
extra_html = test_container.as_report_html(
include_images=include_images,
include_network=include_network)
if extra_html:
extra.append(pytest_html.extras.html(extra_html))
report.extra = extra
# For fixtures with errors, failures, clean the resources.
if report.when in {"setup", "teardown"}:
if not report.passed:
log_debug("Clearing report extras.", contexts="report")
Arjuna.get_report_metadata().clear()
else:
log_debug("Clearing report extras.", contexts="report")
Arjuna.get_report_metadata().clear()
except Exception as e:
from arjuna import log_warning
log_warning("Error in enhance_reports hook: " + str(e),
contexts="report")
raise