def test_build_options(self):
"""Test usage of BuildOptions."""
# delete instance of BuildOptions
BuildOptions.__metaclass__._instances.pop(BuildOptions, None)
# make sure BuildOptions is a singleton class
bo1 = BuildOptions()
bo2 = BuildOptions()
bo3 = BuildOptions({'foo': 'bar'}) # note: argument is ignored, an instance is already available
self.assertTrue(bo1 is bo2)
self.assertTrue(bo1 is bo3)
# test basic functionality
BuildOptions.__metaclass__._instances.pop(BuildOptions, None)
bo = BuildOptions({
'debug': False,
'force': True
})
self.assertTrue(not bo['debug'])
self.assertTrue(bo['force'])
# updating is impossible (methods are not even available)
self.assertErrorRegex(TypeError, '.*item assignment.*', lambda x: bo.update(x), {'debug': True})
self.assertErrorRegex(AttributeError, '.*no attribute.*', lambda x: bo.__setitem__(*x), ('debug', True))
# only valid keys can be set
BuildOptions.__metaclass__._instances.pop(BuildOptions, None)
msg = "Encountered unknown keys .* \(known keys: .*"
self.assertErrorRegex(KeyError, msg, BuildOptions, {'thisisclearlynotavalidbuildoption': 'FAIL'})
# test init_build_options and build_option functions
self.assertErrorRegex(KeyError, msg, init_build_options, {'thisisclearlynotavalidbuildoption': 'FAIL'})
bo = init_build_options({
'robot_path': '/some/robot/path',
'stop': 'configure',
})
# specific build options should be set
self.assertEqual(bo['robot_path'], '/some/robot/path')
self.assertEqual(bo['stop'], 'configure')
# all possible build options should be set (defaults are used where needed)
self.assertEqual(sorted(bo.keys()), sorted(BuildOptions.KNOWN_KEYS))
# there should be only one BuildOptions instance
bo2 = BuildOptions()
self.assertTrue(bo is bo2)
def test_build_options(self):
"""Test usage of BuildOptions."""
# delete instance of BuildOptions
BuildOptions.__metaclass__._instances.pop(BuildOptions, None)
# make sure BuildOptions is a singleton class
bo1 = BuildOptions()
bo2 = BuildOptions()
bo3 = BuildOptions({
'foo': 'bar'
}) # note: argument is ignored, an instance is already available
self.assertTrue(bo1 is bo2)
self.assertTrue(bo1 is bo3)
# test basic functionality
BuildOptions.__metaclass__._instances.pop(BuildOptions, None)
bo = BuildOptions({'debug': False, 'force': True})
self.assertTrue(not bo['debug'])
self.assertTrue(bo['force'])
# updating is impossible (methods are not even available)
self.assertErrorRegex(TypeError, '.*item assignment.*',
lambda x: bo.update(x), {'debug': True})
self.assertErrorRegex(AttributeError, '.*no attribute.*',
lambda x: bo.__setitem__(*x), ('debug', True))
# only valid keys can be set
BuildOptions.__metaclass__._instances.pop(BuildOptions, None)
msg = "Encountered unknown keys .* \(known keys: .*"
self.assertErrorRegex(KeyError, msg, BuildOptions,
{'thisisclearlynotavalidbuildoption': 'FAIL'})
# test init_build_options and build_option functions
self.assertErrorRegex(KeyError, msg, init_build_options,
{'thisisclearlynotavalidbuildoption': 'FAIL'})
bo = init_build_options({
'robot_path': '/some/robot/path',
'stop': 'configure',
})
# specific build options should be set
self.assertEqual(bo['robot_path'], '/some/robot/path')
self.assertEqual(bo['stop'], 'configure')
# all possible build options should be set (defaults are used where needed)
self.assertEqual(sorted(bo.keys()), sorted(BuildOptions.KNOWN_KEYS))
# there should be only one BuildOptions instance
bo2 = BuildOptions()
self.assertTrue(bo is bo2)