def test_validations_for_lenght_and_duplicate_setting(self):
root = model.ConfmlConfiguration("dummy_conf")
conf1 = root.create_configuration("conf1.confml")
fea = conf1.create_feature("fea1")
set1 = model.ConfmlStringSetting("setting1",
desc="description one",
name="setting",
length="4")
fea.add_feature(set1)
set1.value = "abcdefg"
conf2 = root.create_configuration("conf2.confml")
fea = conf2.create_feature("fea1")
set2 = model.ConfmlStringSetting("setting1",
desc="description two",
name="setting new")
fea.add_feature(set2)
validator_classes = get_validator_classes()
context = ValidationContext(root)
validators = [vc(context) for vc in validator_classes]
for validator in validators:
validator.validate()
self.assertEquals(len(context.problems), 3, context.problems)
self.assertEquals(
context.problems[0].msg,
"Setting fea1.setting1: Exact number of characters must be 4 (value has 7)",
context.problems)
self.assertEquals(
context.problems[1].msg,
"Feature fea1.setting1 has '2' definitions in files ['conf1.confml', 'conf2.confml']",
context.problems)
def test_length_constraint_validator_with_singe_feature(self):
conf = model.ConfmlConfiguration("foo")
fea = model.ConfmlStringSetting("test", length="4")
conf.add_feature(fea)
# Test lenght validation
fea.value = "test mee"
context = ValidationContext(conf)
valid = LengthConstraintValidator(context)
valid.validate()
self.assertEquals(context.problems[0].type,
'model.confml.invalid_value.length')
# Test minLenght validation
context.problems = []
del fea.length
fea.minLength = 10
valid.validate()
self.assertEquals(context.problems[0].type,
'model.confml.invalid_value.minlength',
context.problems[0])
# Test maxLenght validation
context.problems = []
del fea.minLength
fea.maxLength = 4
valid.validate()
self.assertEquals(context.problems[0].type,
'model.confml.invalid_value.maxlength',
context.problems[0])
def test_duplicate_feature_validator_with_sequence_duplicates(self):
root = model.ConfmlConfiguration("dummy_conf")
conf1 = root.create_configuration("conf1.confml")
fea = conf1.create_feature("fea1")
set1 = model.ConfmlSequenceSetting("setting1",
desc="description one",
name="setting")
set1.add_feature(
model.ConfmlSetting("sub_setting1",
desc="description one",
name="sub_setting one"))
fea.add_feature(set1)
conf2 = root.create_configuration("conf2.confml")
fea = conf2.create_feature("fea1")
set2 = model.ConfmlSequenceSetting("setting1",
desc="description one",
name="setting")
set2.add_feature(
model.ConfmlSetting("sub_setting1",
desc="description two",
name="sub_setting two"))
fea.add_feature(set2)
context = ValidationContext(root)
valid = DuplicateFeatureValidator(context)
valid.validate()
self.assertEquals(len(context.problems), 1, context.problems)
self.assertEquals(
context.problems[0].msg,
"Feature fea1 has '2' definitions in files ['conf1.confml', 'conf2.confml']",
context.problems)
def test_validations_for_duplicate_setting(self):
root = model.ConfmlConfiguration("dummy_conf")
conf1 = root.create_configuration("conf1.confml")
fea = conf1.create_feature("fea1")
set1 = model.ConfmlStringSetting("setting1",
desc="description one",
name="setting")
fea.add_feature(set1)
conf2 = root.create_configuration("conf2.confml")
fea = conf2.create_feature("fea1")
set2 = model.ConfmlStringSetting("setting1",
desc="description two",
name="setting new")
fea.add_feature(set2)
validator_classes = get_validator_classes()
context = ValidationContext(root)
validators = [vc(context) for vc in validator_classes]
for validator in validators:
validator.validate()
self.assertEquals(len(context.problems), 2, context.problems)
self.assertEquals(
context.problems[0].msg,
"Feature fea1.setting1 has '2' definitions in files ['conf1.confml', 'conf2.confml']",
context.problems)
def test_duplicate_setting_fix_with_duplicates_with_options(self):
root = model.ConfmlConfiguration("dummy_conf")
conf1 = root.create_configuration("conf1.confml")
fea = conf1.create_feature("fea1")
set1 = model.ConfmlStringSetting("setting1",
desc="description one",
name="setting")
set1.add(api.Option('op1', 'val1'))
set1.add(api.Option('op2', 'val2'))
fea.add_feature(set1)
conf2 = root.create_configuration("conf2.confml")
fea = conf2.create_feature("fea1")
set2 = model.ConfmlStringSetting("setting1",
desc="description two",
name="setting new")
set2.add(api.Option('op3', 'val3'))
set2.add(api.Option('op4', 'val4'))
fea.add_feature(set2)
context = ValidationContext(root)
valid = confml.DuplicateFeatureValidator(context)
valid.validate()
fixer = confml.DuplicateFeatureFixer()
fixer.fix(context)
set1 = conf1.get_feature('fea1').get_feature('setting1')
options = set1.options
self.assertEquals(
len(options), 2,
'After fix only options from new setting should be preserved')
self.assertEquals(options['val3'].name, 'op3')
self.assertEquals(options['val4'].name, 'op4')
def test_duplicate_setting_fix_with_duplicates(self):
root = model.ConfmlConfiguration("dummy_conf")
conf1 = root.create_configuration("conf1.confml")
fea = conf1.create_feature("fea1")
set1 = model.ConfmlStringSetting("setting1",
desc="description one",
name="setting")
fea.add_feature(set1)
conf2 = root.create_configuration("conf2.confml")
fea = conf2.create_feature("fea1")
set2 = model.ConfmlStringSetting("setting2",
desc="description two",
name="setting new")
fea.add_feature(set2)
self.assertEquals(conf1.list_all_features(), ['fea1', 'fea1.setting1'])
context = ValidationContext(root)
valid = confml.DuplicateFeatureValidator(context)
valid.validate()
self.assertEquals(len(context.problems), 1, context.problems)
self.assertEquals(
context.problems[0].msg,
"Feature fea1 has '2' definitions in files ['conf1.confml', 'conf2.confml']",
context.problems)
fixer = confml.DuplicateFeatureFixer()
fixer.fix(context)
# revalidation should now report no problems
context = ValidationContext(root)
valid = confml.DuplicateFeatureValidator(context)
valid.validate()
self.assertEquals(len(context.problems), 0, context.problems)
self.assertEquals(conf1.list_all_features(),
['fea1', 'fea1.setting1', 'fea1.setting2'])
self.assertEquals(conf2.list_all_features(), [])
def test_map_carbon_featurelist(self):
mapper = model.get_mapper('carbon')
c1 = model.ConfmlConfiguration(name="test")
c1.meta = {}
c1.meta.add('type', 'featurelist')
c2 = mapper.configuration(c1)
self.assertTrue(isinstance(c2, carbonmodel.FeatureList))
c2 = mapper.map_object(c1)
self.assertTrue(isinstance(c2, carbonmodel.FeatureList))
def test_map_carbon_configuration(self):
mapper = model.get_mapper('carbon')
c1 = model.ConfmlConfiguration("test")
c2 = mapper.configuration(c1)
c3 = c1._get_mapper('carbon').map_object(c1)
self.assertTrue(isinstance(c2, carbonmodel.CarbonConfiguration))
c2 = mapper.map_object(c1)
self.assertTrue(isinstance(c2, carbonmodel.CarbonConfiguration))
self.assertTrue(isinstance(c3, carbonmodel.CarbonConfiguration))
def test_map_carbon_configuration_with_data(self):
mapper = model.get_mapper('carbon')
c1 = model.ConfmlConfiguration("test")
c1.name = "test.confml"
c1.namespace = "com.nokia"
c2 = mapper.map_object(c1)
self.assertTrue(isinstance(c2, carbonmodel.CarbonConfiguration))
self.assertEquals(c2.name, "test.confml")
self.assertEquals(c2.namespace, "com.nokia")
self.assertEquals(c2.path, "test")
def test_duplicate_feature_validator_with_no_duplicates(self):
conf = model.ConfmlConfiguration("dummy_conf")
fea = conf.create_feature("fea1")
set1 = model.ConfmlStringSetting("setting1",
desc="description one",
name="setting")
set2 = model.ConfmlStringSetting("setting2",
desc="description two",
name="setting")
fea.add_feature(set1)
fea.add_feature(set2)
context = ValidationContext(conf)
valid = DuplicateFeatureValidator(context)
valid.validate()
self.assertEquals(context.problems, [])
def loads(self, etree):
configuration = model.ConfmlConfiguration(name=etree.get("name"),
id=etree.get("id"),
version=etree.get("version"))
configuration.lineno = utils.etree.get_lineno(etree)
# configuration.set_name(etree.get("name") or 'unknown')
configuration.set_ref(etree.get("name") or 'unknown')
for elem in etree.getchildren():
# At the moment we ignore the namespace of elements
(namespace,elemname) = get_elemname(elem.tag)
try:
reader = get_reader_for_elem(elemname)
obj = reader.loads(elem)
if obj:
configuration.add(obj)
except exceptions.ConePersistenceError,e:
add_unknown_element_warning(elem)
continue
