def test_isidentifier():
"""Test the isidentifier() function,
which checks if a string contains a valid Python identifier.
"""
for name in ["va_lid", "_va_lid", "va_lid_", "v4l1d"]:
assert isidentifier(name)
for name in ["1nvalid"]:
assert not isidentifier(name)
def test_isidentifier():
"""Test the isidentifier() function,
which checks if a string contains a valid Python identifier.
"""
for name in [
'va_lid',
'_va_lid',
'va_lid_',
'v4l1d',
]:
assert isidentifier(name)
for name in [
'1nvalid',
]:
assert not isidentifier(name)
def __dir__(self):
"""List all Robot Variables (UPPER_CASE),
Test Libraries and Keyword (CamelCase) names,
which are valid Python identifiers.
"""
names = []
for name in self._variables:
name = name[2:-1] # Strip ${}
if isidentifier(name):
names.append(name.upper())
for alias, lib in self._libraries.items():
names.append(alias)
# dir() returns the Library's CamelCase Keyword names:
names.extend(dir(lib))
return names
def __dir__(self):
"""List all Robot Variables (UPPER_CASE),
Test Libraries and Keyword (CamelCase) names,
which are valid Python identifiers.
"""
names = []
for name in self._variables:
name = name[2:-1] # Strip ${}
if isidentifier(name):
names.append(name.upper())
for alias, lib in self._libraries.items():
names.append(alias)
# dir() returns the Library's CamelCase Keyword names:
names.extend(dir(lib))
return names
def __dir__(self):
"""List all Robot Variables (UPPER_CASE),
Test Libraries and Keyword (CamelCase) names,
which are valid Python identifiers.
"""
names = super(TestRobot, self).__dir__()
variables = self._variables
if not isdict(variables):
# Robot > 2.8
variables = variables.as_dict()
for name in variables:
name = name[2:-1] # Strip ${}
if isidentifier(name):
names.append(name.upper())
for alias, lib in self._libraries.items():
names.append(alias)
# dir() returns the Library's CamelCase Keyword names:
lib = self[alias]
names.extend(dir(lib))
return names
