def test_create_EAnnotation():
c = Class()
assert c.eAnnotations == []
annotation = c.create_EAnnotation(source='testsrc')
assert annotation in c.eAnnotations
assert annotation.source == 'testsrc'
def test_all_owned_elements():
p = Package()
c = Class()
sub = Package()
p.packagedElement.append(sub)
sub.packagedElement.append(c)
assert len(list(p.all_owned_elements())) == 2
assert c in p.all_owned_elements()
assert sub in p.all_owned_elements()
assert c in sub.all_owned_elements()
assert c.not_own_self() is True
def test_owner():
c = Class()
p = Property()
c.ownedAttribute.append(p)
assert c.owner is None
assert p.owner is c
def test_ownedElement():
c = Class()
p = Property()
assert len(c.ownedElement) == 0
c.ownedAttribute.append(p)
assert p in c.ownedElement
def test_qualified_name():
p = Package(name='p')
c = Class(name='c')
sub = Package(name='sub')
p.packagedElement.append(sub)
sub.packagedElement.append(c)
assert c.qualifiedName == 'p::sub::c'
def test_class_superclass_derived():
c1 = Class()
c2 = Class()
assert len(c1.superClass) == 0
c1.superClass.append(c2)
assert len(c1.superClass) == 1
assert c2 in c1.superClass
c1.superClass.remove(c2)
assert len(c1.superClass) == 0
c1.superClass.insert(0, c2)
assert len(c1.superClass) == 1
assert c2 in c1.superClass
del c1.superClass[0]
assert len(c1.superClass) == 0
assert repr(c1.superClass)
def test_package_nestingPackage():
p1, p2 = Package(), Package()
assert p1.nestingPackage is None
p2.nestingPackage = p1
assert p2.nestingPackage is p1
assert p2 in p1.packagedElement
assert p2 in p1.nestedPackage
p2.nestingPackage = None
assert p2.nestingPackage is None
assert p2 not in p1.packagedElement
assert p2 not in p1.nestedPackage
with pytest.raises(BadValueError):
p1.nestingPackage = Class()
def test_has_owner():
c = Class()
p = Property()
c.ownedAttribute.append(p)
assert c.has_owner() is False
assert p.has_owner() is True