def test_xmi_save_none_value(tmpdir):
f = tmpdir.mkdir('pyecore-tmp').join('default_none_value.xmi')
# Build a simple metamodel
Root = Ecore.EClass('Root')
Root.eStructuralFeatures.append(Ecore.EReference('element', Ecore.EObject))
Root.eStructuralFeatures.append(Ecore.EAttribute('name', Ecore.EString))
Root.eStructuralFeatures.append(
Ecore.EAttribute('ints', Ecore.EInt, upper=-1))
pack = Ecore.EPackage('mypack',
nsURI='http://mypack/1.0',
nsPrefix='mypack_pref')
pack.eClassifiers.append(Root)
r = Root()
r.element = None
r.name = None
r.ints.extend([3, 4, 5])
rset = ResourceSet()
resource = rset.create_resource(URI(str(f)))
resource.append(r)
resource.save(options={XMIOptions.SERIALIZE_DEFAULT_VALUES: True})
with open(str(f), 'r') as f:
tree = etree.parse(f)
xmlroot = tree.getroot()
assert xmlroot[0].tag in ('name', 'element')
assert xmlroot[1].tag in ('name', 'element')
assert xmlroot[0].tag != xmlroot[1].tag
class A(object):
name = Ecore.EAttribute(eType=Ecore.EString)
children = Ecore.EReference(upper=-1, containment=True)
parent = Ecore.EReference(eOpposite=children)
values = Ecore.EAttribute(eType=Ecore.EInt, upper=-1)
def __init__(self, name=None, children=None):
if children:
self.children.update(children)
self.name = name
def __repr__(self):
return self.name
def test_xmi_save_load_EDate(tmpdir):
from datetime import datetime
f = tmpdir.mkdir('pyecore-tmp').join('default_date.xmi')
# Build a simple metamodel
Root = Ecore.EClass('Root')
Root.eStructuralFeatures.append(Ecore.EAttribute('date', Ecore.EDate))
pack = Ecore.EPackage('mypack',
nsURI='http://mypack/1.0',
nsPrefix='mypack_pref')
pack.eClassifiers.append(Root)
date = datetime.utcnow()
r = Root()
r.date = date
rset = ResourceSet()
resource = rset.create_resource(URI(str(f)))
resource.append(r)
resource.save()
rset = ResourceSet()
rset.metamodel_registry[pack.nsURI] = pack
resource = rset.get_resource(URI(str(f)))
assert resource.contents[0].date == date
def test_xmi_multiroot_save(tmpdir):
# Define a simple model that will be split in many roots
A = Ecore.EClass('A')
A.eStructuralFeatures.append(Ecore.EAttribute('name', Ecore.EString))
pack1 = Ecore.EPackage('pack1', nsURI='http://pack1/1.0', nsPrefix='pack1')
pack1.eClassifiers.append(A)
B = Ecore.EClass('B')
B.eStructuralFeatures.append(Ecore.EAttribute('age', Ecore.EInt))
B.eStructuralFeatures.append(Ecore.EReference('to_a', A))
pack2 = Ecore.EPackage('pack2', nsURI='http://pack2/1.0', nsPrefix='pack2')
pack2.eClassifiers.append(B)
f = tmpdir.mkdir('pyecore-tmp').join('multi_root.xmi')
rset = ResourceSet()
resource = rset.create_resource(URI(str(f)))
resource.append(pack1)
resource.append(pack2)
resource.save()
with open(str(f), 'r') as f:
tree = etree.parse(f)
xmlroot = tree.getroot()
assert xmlroot.tag == '{{{0}}}XMI'.format(XMI_URL)
def test__pythonic_names():
p = ecore.EPackage('MyPackage')
c1 = ecore.EClass('MyClass')
p.eClassifiers.append(c1)
a1 = ecore.EAttribute('att', ecore.EString, upper=-1)
c1.eStructuralFeatures.append(a1)
c2 = ecore.EClass('pass')
p.eClassifiers.append(c2)
a2 = ecore.EAttribute('else', ecore.EString, upper=-1)
c2.eStructuralFeatures.append(a2)
assert c2.name == 'pass'
assert a2.name == 'else'
with pythonic_names():
assert c1.name == 'MyClass'
assert a1.name == 'att'
assert c2.name == 'pass_'
assert a2.name == 'else_'
assert c2.name == 'pass'
assert a2.name == 'else'
def test_json_save_multiple_roots(tmpdir):
A = Ecore.EClass('A')
A.eStructuralFeatures.append(Ecore.EAttribute('name', Ecore.EString))
pack = Ecore.EPackage('pack', 'packuri', 'pack')
pack.eClassifiers.append(A)
f = tmpdir.mkdir('pyecore-tmp').join('multiple.json')
resource = JsonResource(URI(str(f)))
resource.append(A(name='root1'))
resource.append(A(name='root2'))
resource.save()
dct = json.load(open(str(f)))
assert type(dct) is list
assert dct[0]['name'] == 'root1'
assert dct[1]['name'] == 'root2'
def test_json_save_multiple_roots_roundtrip(tmpdir):
A = Ecore.EClass('A')
A.eStructuralFeatures.append(Ecore.EAttribute('name', Ecore.EString))
pack = Ecore.EPackage('pack', 'packuri', 'pack')
pack.eClassifiers.append(A)
f = tmpdir.mkdir('pyecore-tmp').join('multiple.json')
resource = JsonResource(URI(str(f)))
resource.append(A(name='root1'))
resource.append(A(name='root2'))
resource.save()
global_registry[pack.nsURI] = pack
resource = JsonResource(URI(str(f)))
resource.load()
assert len(resource.contents) == 2
assert resource.contents[0].name == 'root1'
assert resource.contents[1].name == 'root2'
del global_registry[pack.nsURI]
def test_load_multipleroot_with_refs():
rset = ResourceSet()
multi_root = path.join('tests', 'xmi', 'xmi-tests',
'multiple_with_refs.xmi')
package = Ecore.EPackage('amm', 'ammuri', 'amm')
A = Ecore.EClass('A')
A.eStructuralFeatures.append(Ecore.EAttribute('name', Ecore.EString))
A.eStructuralFeatures.append(Ecore.EReference('toa', A))
A.eStructuralFeatures.append(Ecore.EReference('contains', A,
containment=True))
package.eClassifiers.append(A)
rset.metamodel_registry[package.nsURI] = package
resource = rset.get_resource(URI(str(multi_root)))
root1, root2 = resource.contents
assert root1.contains.toa is root2
assert root1.name == 'root1'
assert root2.name == 'root2'
assert root1.contains.name == 'inner'
def lib():
package = Ecore.EPackage('mypackage')
package.nsURI = 'http://simplemetamodel/1.0'
package.nsPrefix = 'simplemm'
AbsA = Ecore.EClass('AbsA', abstract=True)
A = Ecore.EClass('A', superclass=(AbsA, ))
SubA = Ecore.EClass('SubA', superclass=(A, ))
MyRoot = Ecore.EClass('MyRoot')
MyRoot.a_container = Ecore.EReference('a_container',
eType=AbsA,
upper=-1,
containment=True)
MyRoot.eStructuralFeatures.append(MyRoot.a_container)
MyRoot.eStructuralFeatures.append(
Ecore.EAttribute('trans', eType=Ecore.EString, transient=True))
package.eClassifiers.extend([MyRoot, A, SubA, AbsA])
package.MyRoot = MyRoot
package.SubA = SubA
package.A = A
# we register the metamodel first
global_registry[package.nsURI] = package
return package
class Point(object):
x = Ecore.EAttribute(eType=Ecore.EDouble)
y = Ecore.EAttribute(eType=Ecore.EDouble)
z = Ecore.EAttribute(eType=Ecore.EDouble)
class Root(object):
name = Ecore.EAttribute(eType=Ecore.EString)
many_a = Ecore.EReference(eType=A, upper=-1, containment=True)
eclasses = Ecore.EReference(eType=Ecore.EClass,
upper=-1,
containment=True)
class A(object):
name = Ecore.EAttribute(eType=Ecore.EString)
def __init__(self, name):
self.name = name
class A(object):
name = Ecore.EAttribute('name', Ecore.EString)
age = Ecore.EAttribute('age', Ecore.EInt)
names = Ecore.EAttribute(eType=Ecore.EString, upper=-1)
@when(lambda self, parent: self.name)
@mapping
def createEClass(self: Ecore.EClass, parent: Ecore.EPackage) -> Ecore.EClass:
result.name = self.name + 'Copy'
result.abstract = self.abstract
for attribute in self.eAttributes:
result.eStructuralFeatures.append(copyEAttribute(attribute))
parent.eClassifiers.append(self)
@mapping
def copyEAttribute(self: Ecore.EAttribute) -> Ecore.EAttribute:
result.name = self.name + 'Copy'
result.lowerBound = self.lowerBound
result.upperBound = self.upperBound
result.eType = self.eType
root = Ecore.EPackage('test')
A1 = Ecore.EClass('A1')
root.eClassifiers.append(A1)
A1.eStructuralFeatures.append(Ecore.EAttribute('name', eType=Ecore.EString))
inPackage = root
result = createEPackage(inPackage)
rset = ResourceSet()
outresource = rset.create_resource(URI('testt.xmi'))
outresource.append(result)
outresource.save()
