def test_association_end_with_applied_stereotype(factory):
a = factory.create(UML.Property)
a.association = factory.create(UML.Association)
parse(a, "myattr[1]")
add_tag_is_foo_metadata_field(a, factory)
assert ("+ myattr", '1 { tag = "foo" }') == format(a)
def test_association_end(factory, text, name_part, mult_part):
"""Test simple attribute formatting."""
a = factory.create(UML.Property)
a.association = factory.create(UML.Association)
parse(a, text)
assert (name_part, mult_part) == format_association_end(a)
def test_attribute(factory, text, formatted_text):
"""Test simple attribute formatting
"""
a = factory.create(UML.Property)
parse(a, text)
assert formatted_text == format(a)
def test_operation(factory, text, formatted_text):
"""Test simple operation formatting
"""
o = factory.create(UML.Operation)
parse(o, text)
assert formatted_text == format(o)
def test_parse_operation(self):
"""Test parsing simple operation
"""
o = factory.create(uml2.Operation)
parse(o, 'myfunc()')
self.assertEquals('myfunc', o.name)
self.assertTrue(not o.returnResult[0].typeValue)
self.assertFalse(o.formalParameter)
def add_tag_is_foo_metadata_field(e, factory):
s = factory.create(UML.Stereotype)
s.ownedAttribute = factory.create(UML.Property)
parse(s.ownedAttribute[0], "tag: str")
instance_spec = model.apply_stereotype(e, s)
slot = model.add_slot(instance_spec, s.ownedAttribute[0])
slot.value = "foo"
return slot
def test_parse_operation_return(self):
"""Test parsing operation with return value
"""
o = factory.create(uml2.Operation)
parse(o, '+ myfunc(): int')
self.assertEquals('myfunc', o.name)
self.assertEquals('int', o.returnResult[0].typeValue)
self.assertEquals('public', o.visibility)
self.assertTrue(not o.formalParameter)
def test_parse_property_simple(self):
"""Test simple property parsing
"""
a = factory.create(uml2.Property)
parse(a, 'myattr')
self.assertFalse(a.isDerived)
self.assertEquals('myattr', a.name)
self.assertTrue(a.typeValue is None, a.typeValue)
self.assertTrue(a.lowerValue is None, a.lowerValue)
self.assertTrue(a.upperValue is None, a.upperValue)
self.assertTrue(a.defaultValue is None, a.defaultValue)
def test_parse_operation_1_param(self):
"""Test parsing of operation with one parameter
"""
o = factory.create(uml2.Operation)
parse(o, '- myfunc2 (a: node): double')
self.assertEquals('myfunc2', o.name)
self.assertEquals('double', o.returnResult[0].typeValue)
self.assertEquals('private', o.visibility)
self.assertEquals(1, len(o.formalParameter))
self.assertEquals('a', o.formalParameter[0].name)
self.assertEquals('node', o.formalParameter[0].typeValue)
self.assertTrue(o.formalParameter[0].defaultValue is None)
def test_parse_multiplicity2(self):
"""Test parsing of multiplicity with multiline constraints
"""
a = factory.create(uml2.Association)
p = factory.create(uml2.Property)
p.association = a
parse(p, '0..2 { tag1, \ntag2}')
self.assertTrue(p.name is None)
self.assertTrue(not p.typeValue)
self.assertEquals('0', p.lowerValue)
self.assertEquals('2', p.upperValue)
self.assertTrue(not p.defaultValue)
def test_parse_property_invalid(self):
"""Test parsing property with invalid syntax
"""
a = factory.create(uml2.Property)
parse(a, '+ name = str[*] = "aap" { static }')
self.assertEquals('+ name = str[*] = "aap" { static }', a.name)
self.assertFalse(a.isDerived)
self.assertTrue(not a.typeValue)
self.assertTrue(not a.lowerValue)
self.assertTrue(not a.upperValue)
self.assertTrue(not a.defaultValue)
def test_operation_parameter_deletion(self):
factory = elementfactory.ElementFactory()
self.assertEquals(0, len(factory.lselect()))
c = factory.create(uml2.Class)
c.name = 'Class'
o = factory.create(uml2.Operation)
c.ownedOperation = o
umllex.parse(o, 'a(x: int, y: int)')
c.unlink()
self.assertEquals(0, len(factory.lselect()), factory.lselect())
def test_parse_property_complex(self):
"""Test complex property parsing
"""
a = factory.create(uml2.Property)
parse(a,'+ / name : str[0..*] = "aap" { static }')
self.assertEquals('public', a.visibility)
self.assertTrue(a.isDerived)
self.assertEquals('name', a.name)
self.assertEquals('str', a.typeValue)
self.assertEquals('0', a.lowerValue)
self.assertEquals('*', a.upperValue)
self.assertEquals('"aap"', a.defaultValue)
def test_parse_association_end(self):
"""Test parsing of association end
"""
a = factory.create(uml2.Association)
p = factory.create(uml2.Property)
p.association = a
parse(p, 'end')
self.assertEquals('end', p.name)
self.assertTrue(not p.typeValue)
self.assertTrue(not p.lowerValue)
self.assertTrue(not p.upperValue)
self.assertTrue(not p.defaultValue)
def test_parse_derived_end(self):
"""Test parsing derived association end
"""
a = factory.create(uml2.Association)
p = factory.create(uml2.Property)
p.association = a
parse(p, '-/end[*] { mytag}')
self.assertEquals('private', p.visibility)
self.assertTrue(p.isDerived)
self.assertEquals('end', p.name)
self.assertTrue(not p.typeValue)
self.assertTrue(not p.lowerValue)
self.assertEquals('*', p.upperValue)
self.assertTrue(not p.defaultValue)
def test_parse_operation_2_params(self):
"""Test parsing of operation with two parameters
"""
o = factory.create(uml2.Operation)
parse(o, '# myfunc2 (a: str, b: int = 3 { static}): float')
self.assertEquals('myfunc2', o.name)
self.assertEquals('float', o.returnResult[0].typeValue)
self.assertEquals('protected', o.visibility)
self.assertEquals(2, len(o.formalParameter))
self.assertEquals('a', o.formalParameter[0].name)
self.assertEquals('str', o.formalParameter[0].typeValue)
self.assertTrue(o.formalParameter[0].defaultValue is None)
self.assertEquals('b', o.formalParameter[1].name)
self.assertEquals('int', o.formalParameter[1].typeValue)
self.assertEquals('3', o.formalParameter[1].defaultValue)
def _text_edited(self, cell, path_str, new_text):
"""
The text has been edited. This method updates the data object.
Note that 'path_str' is a string where the fields are separated by
colons ':', like this: '0:1:1'. We first turn them into a tuple.
"""
try:
model = self.get_property("model")
iter = model.get_iter_from_string(path_str)
element = model.get_value(iter, 0)
if isinstance(element, (UML.Property, UML.Operation)):
parse(element, new_text)
else:
element.name = new_text
except Exception:
log.error(f'Could not create path from string "{path_str}"')
def testAttribute(self):
"""
Test how attribute is updated
"""
attr = self.element_factory.create(uml2.Property)
umllex.parse(attr, '-name:myType')
clazzitem = self.create(ClassItem, uml2.Class)
clazzitem.subject.ownedAttribute = attr
self.assertEquals(1, len(clazzitem._compartments[0]))
item = clazzitem._compartments[0][0]
self.assertTrue(isinstance(item, FeatureItem))
size = item.get_size()
self.assertNotEquals((0, 0), size)
attr.defaultValue = 'myDefault'
self.diagram.canvas.update()
self.assertTrue(size < item.get_size())
def test_attribute_with_applied_stereotype(factory):
a = factory.create(UML.Property)
parse(a, "myattr: int")
add_tag_is_foo_metadata_field(a, factory)
assert '+ myattr: int { tag = "foo" }' == format(a, tags=True)
def test_slot(factory):
a = factory.create(UML.Property)
parse(a, "myattr: int")
slot = add_tag_is_foo_metadata_field(a, factory)
assert 'tag = "foo"' == format(slot)
def test_parse_operation_invalid_syntax(self):
"""Test operation parsing with invalid syntax
"""
o = factory.create(uml2.Operation)
parse(o, '- myfunc2: myType2')
self.assertEquals('- myfunc2: myType2', o.name)
def update_text(self, text):
umllex.parse(editable(self._edit.subject), text)