def __init__(self, *args, **kwargs) -> None:
locators_path = kwargs.pop("locators_path",
locators.default_locators_path())
# Parse user-given plugins
plugins = kwargs.get("plugins", "")
plugins = set(p for p in plugins.split(",") if p)
# Add testability if requested
if "use_testability" in args:
args = [arg for arg in args if arg != "use_testability"]
plugins.add("SeleniumTestability")
# Refresh plugins list
kwargs["plugins"] = ",".join(plugins)
SeleniumLibrary.__init__(self, *args, **kwargs)
self.logger = logging.getLogger(__name__)
self.using_testability = bool("SeleniumTestability" in plugins)
# Add support for locator aliases
self.locators = locators.LocatorsDatabase(locators_path)
self._element_finder.register("alias",
self._find_by_alias,
persist=True)
self._embedding_screenshots = False
self._previous_screenshot_directory = None
# Embed screenshots in logs by default
if not notebook.IPYTHON_AVAILABLE:
self._embedding_screenshots = True
self._previous_screenshot_directory = self.set_screenshot_directory(
EMBED)
def __init__(self, *args, **kwargs) -> None:
self.logger = logging.getLogger(__name__)
self.using_testability = False
if "use_testability" in args:
self.using_testability = True
args = filter(lambda x: x != "use_testability", args)
if "plugins" in kwargs.keys(
) and "SeleniumTestability" in kwargs["plugins"]:
# SeleniumTestability already included as plugin
self.using_testability = True
elif self.using_testability and "plugins" in kwargs.keys():
# Adding SeleniumTestability as SeleniumLibrary plugin
kwargs["plugins"] += ",SeleniumTestability"
elif self.using_testability:
# Setting SeleniumTestability as SeleniumLibrary plugin
kwargs["plugins"] = "SeleniumTestability"
locators_path = kwargs.pop("locators_path", locators.DEFAULT_DATABASE)
SeleniumLibrary.__init__(self, *args, **kwargs)
self.drivers = []
self.locators = locators.LocatorsDatabase(locators_path)
self._element_finder.register("alias",
self._find_by_alias,
persist=True)
def test_duplicate_name():
content = copy.deepcopy(CONTENT)
content[0]["name"] = content[2]["name"]
database = locators.LocatorsDatabase(to_stream(content))
database.load()
assert database.error is not None
assert len(database.locators) == 0
def test_load_malformed():
stream = io.StringIO("not-a-json{]}\\''")
database = locators.LocatorsDatabase(stream)
database.load()
assert database.error is not None
assert len(database.error) == 2
assert len(database.locators) == 0
def test_missing_name():
content = copy.deepcopy(CONTENT)
del content[1]["name"]
database = locators.LocatorsDatabase(to_stream(content))
database.load()
assert database.error is not None
assert len(database.locators) == 0
def test_reset_error():
database = locators.LocatorsDatabase()
database.path = io.StringIO("some-error")
database.load()
assert database.error is not None
assert len(database.locators) == 0
database.path = to_stream(CONTENT)
database.load()
assert database.error is None
assert len(database.locators) == 3
def test_load_missing():
database = locators.LocatorsDatabase("not/a/valid/path")
database.load()
assert database.error is None
assert len(database.locators) == 0
def test_load_empty():
database = locators.LocatorsDatabase(to_stream({}))
database.load()
assert database.error is None
assert len(database.locators) == 0
def test_load_ok():
database = locators.LocatorsDatabase(to_stream(CONTENT))
database.load()
assert database.error is None
assert len(database.locators) == 3
def valid_database():
database = locators.LocatorsDatabase(to_stream(CONTENT))
database.load()
return database