def test_failure_invalid_type(self):
# The validation fails if the arg value is not a string.
with mock.patch("guiserver.manage.options", {"arg1": 42}):
with self.assert_sysexit(self.error.format("arg1")):
manage._validate_required("arg1")
def test_failure_missing(self):
# The validation fails if the value is missing.
with mock.patch("guiserver.manage.options", {"arg1": None}):
with self.assert_sysexit(self.error.format("arg1")):
manage._validate_required("arg1")
def test_failure_empty(self):
# The validation fails if the stripped value is an empty string.
with mock.patch("guiserver.manage.options", {"arg1": " "}):
with self.assert_sysexit(self.error.format("arg1")):
manage._validate_required("arg1")
def test_success_multiple_args(self):
# The validation passes for multiple args.
options = {"arg1": "value1", "arg2": "value2"}
with mock.patch("guiserver.manage.options", options):
manage._validate_required(*options.keys())
def test_failure_multiple_args(self):
# The validation fails if one of the arg values is an empty string.
options = {"arg1": "value1", "arg2": ""}
with mock.patch("guiserver.manage.options", options):
with self.assert_sysexit(self.error.format("arg2")):
manage._validate_required(*options.keys())
def test_failure_invalid_type(self):
# The validation fails if the arg value is not a string.
with mock.patch('guiserver.manage.options', {'arg1': 42}):
with self.assert_sysexit(self.error.format('arg1')):
manage._validate_required('arg1')
def test_success(self):
# The validation passes if the args are correctly found.
with mock.patch("guiserver.manage.options", {"arg1": "value1"}):
manage._validate_required("arg1")
def test_failure_missing(self):
# The validation fails if the value is missing.
with mock.patch('guiserver.manage.options', {'arg1': None}):
with self.assert_sysexit(self.error.format('arg1')):
manage._validate_required('arg1')
def test_failure_empty(self):
# The validation fails if the stripped value is an empty string.
with mock.patch('guiserver.manage.options', {'arg1': ' '}):
with self.assert_sysexit(self.error.format('arg1')):
manage._validate_required('arg1')
def test_success_multiple_args(self):
# The validation passes for multiple args.
options = {'arg1': 'value1', 'arg2': 'value2'}
with mock.patch('guiserver.manage.options', options):
manage._validate_required(*options.keys())
def test_failure_multiple_args(self):
# The validation fails if one of the arg values is an empty string.
options = {'arg1': 'value1', 'arg2': ''}
with mock.patch('guiserver.manage.options', options):
with self.assert_sysexit(self.error.format('arg2')):
manage._validate_required(*options.keys())
def test_success(self):
# The validation passes if the args are correctly found.
with mock.patch('guiserver.manage.options', {'arg1': 'value1'}):
manage._validate_required('arg1')
def test_failure_empty(self):
# The validation fails if the stripped value is an empty string.
with mock.patch('guiserver.manage.options', {'arg1': ' '}):
with self.assert_sysexit(self.error.format('arg1')):
manage._validate_required('arg1')
def test_failure_multiple_args(self):
# The validation fails if one of the arg values is an empty string.
options = {'arg1': 'value1', 'arg2': ''}
with mock.patch('guiserver.manage.options', options):
with self.assert_sysexit(self.error.format('arg2')):
manage._validate_required(*options.keys())
def test_success_multiple_args(self):
# The validation passes for multiple args.
options = {'arg1': 'value1', 'arg2': 'value2'}
with mock.patch('guiserver.manage.options', options):
manage._validate_required(*options.keys())
def test_success(self):
# The validation passes if the args are correctly found.
with mock.patch('guiserver.manage.options', {'arg1': 'value1'}):
manage._validate_required('arg1')
