def test_get_connected_elements__wrong_keyword_arg(self):
m1 = CMetaclass("m1")
try:
m1.get_connected_elements(a="m1")
exception_expected_()
except CException as e:
eq_(
e.value, "unknown keyword argument 'a', should be one of: " +
"['add_associations', 'add_stereotypes', 'process_stereotypes', 'add_bundles', 'process_bundles', "
+ "'stop_elements_inclusive', 'stop_elements_exclusive']")
def test_get_connected_elements_stop_elements_inclusive_wrong_types(self):
m1 = CMetaclass("m1")
try:
m1.get_connected_elements(stop_elements_inclusive="m1")
exception_expected_()
except CException as e:
eq_(
e.value,
"expected one element or a list of stop elements, but got: 'm1'"
)
try:
m1.get_connected_elements(stop_elements_inclusive=["m1"])
exception_expected_()
except CException as e:
eq_(
e.value,
"expected one element or a list of stop elements, but got: '['m1']' with element of wrong type: 'm1'"
)
def test_get_connected_elements_empty(self):
m1 = CMetaclass("m1")
eq_(set(m1.get_connected_elements()), {m1})
decision_category_to_contexts_relation = category.association(domain_metaclass,
"has context: [category] * -> [context] *")
decision_to_contexts_relation = decision.association(domain_metaclass, "has context: [decision] * -> [context] *")
context_relations_type = CStereotype("Decision Category To Contexts Relation Type",
extended=[decision_category_to_contexts_relation, decision_to_contexts_relation])
decide_for_all_instances_of = CStereotype("decide for all instances of", superclasses=context_relations_type)
decide_for_some_instances_of = CStereotype("decide for some instances of", superclasses=context_relations_type)
do_nothing_design_solution = CMetaclass("Do Nothing", superclasses=design_solution)
# bundles
_all = CBundle("Guidance Meta Model", elements=model_element.get_connected_elements())
guidance_metamodel_hierarchy = CBundle("Guidance Meta Model Hierarchy", elements=model_element.get_connected_elements(
stop_elements_exclusive=domain_metaclass))
guidance_metamodel_details = CBundle("Guidance Meta Model Details",
elements=design_solution.get_connected_elements(
stop_elements_inclusive=domain_metaclass,
stop_elements_exclusive=[model_element, do_nothing_design_solution, practice,
pattern]))
force_impact_metaclasses = [force_impact_relation.source, force_impact_relation.target]
force_impact_type_bundle = CBundle("Force Impact Types",
elements=force_impact_metaclasses + force_impact_type.get_connected_elements(
add_stereotypes=True,
stop_elements_inclusive=force_impact_metaclasses))
as well as an ``edge_relation`` to define a graph of such nodes.
"""
from codeable_models import CMetaclass, CBundle
# node types
activity_node = CMetaclass("Activity Node")
control_node = CMetaclass("Control Node", superclasses=activity_node)
initial_node = CMetaclass("Initial Node", superclasses=control_node)
final_node = CMetaclass("Final Node", superclasses=control_node)
activity_final_node = CMetaclass("Activity Final Node", superclasses=final_node)
fork_node = CMetaclass("Fork Node", superclasses=control_node)
join_node = CMetaclass("Join Node", superclasses=control_node)
decision_node = CMetaclass("Decision Node", superclasses=control_node, attributes={"decision": str})
merge_node = CMetaclass("Merge Node", superclasses=control_node)
action = CMetaclass("Action", superclasses=activity_node)
accept_event_action = CMetaclass("Accept Event Action", superclasses=action)
accept_time_event_action = CMetaclass("Accept Time Event Action", superclasses=accept_event_action,
attributes={"description": str})
send_signal_action = CMetaclass("Send Signal Action", superclasses=action)
# edges
edge_relation = activity_node.association(activity_node, "next: [source] * -> [target] *")
_all = CBundle("activity_metamodel_all",
elements=activity_node.get_connected_elements(add_stereotypes=True))
activity_metamodel_views = [
_all, {}]
"Decision Category To Contexts Relation Type",
extended=[
decision_category_to_contexts_relation, decision_to_contexts_relation
])
decide_for_all_instances_of = CStereotype("decide for all instances of",
superclasses=context_relations_type)
decide_for_some_instances_of = CStereotype("decide for some instances of",
superclasses=context_relations_type)
do_nothing_design_solution = CMetaclass("Do Nothing",
superclasses=design_solution)
# bundles
_all = CBundle("Guidance Meta Model",
elements=model_element.get_connected_elements())
guidance_metamodel_hierarchy = CBundle(
"Guidance Meta Model Hierarchy",
elements=model_element.get_connected_elements(
stop_elements_exclusive=domain_metaclass))
guidance_metamodel_details = CBundle(
"Guidance Meta Model Details",
elements=design_solution.get_connected_elements(
stop_elements_inclusive=domain_metaclass,
stop_elements_exclusive=[
model_element, do_nothing_design_solution, practice, pattern
]))
force_impact_metaclasses = [
This is a simple component metamodel. As it is used for explaining meta-modelling with stereotypes, it is
described in :ref:`meta_model_stereotypes`.
It provides a ``component`` meta-class with a generic ``component_type`` stereotype for extensions
with component types, as well as a ``connectors_relation`` meta-class association with a generic ``connector_type``
stereotype for extensions with connector types.
"""
from codeable_models import CMetaclass, CBundle, CStereotype
# Component and component type
component = CMetaclass("Component")
component_type = CStereotype("Component Type", extended=component)
# connector relation and connector type
connectors_relation = component.association(
component, "connected to: [source] * -> [target] *")
# attribute description can be used for explaining e.g. how the type affects the connector or what parts are affected
connector_type = CStereotype("Connector Type",
extended=connectors_relation,
attributes={"description": str})
_all_elements = component.get_connected_elements(add_stereotypes=True) + \
connector_type.get_connected_elements(add_stereotypes=True) + \
component_type.get_connected_elements(add_stereotypes=True)
_all = CBundle("component_model_all", elements=_all_elements)
componentMetamodelViews = [_all, {}]
class TestLinkObjectsForMetaclasses:
def setup(self):
self.mcl = CMetaclass("MCL")
def test_reference_to_link(self):
code = CMetaclass("Code")
source = CMetaclass("Source")
code_association = code.association(source, "[contained_code] * -> [source] *")
code_a = CMetaclass("Code A", superclasses=code)
code_b = CMetaclass("Code B", superclasses=code)
a_b_association = code_a.association(code_b, "a_b: [code_a] * -> [code_b] *", superclasses=code)
source_1 = CClass(source, "source_1")
code_a1 = CClass(code_a, "code_a1")
code_b1 = CClass(code_b, "code_b1")
code_b2 = CClass(code_b, "code_b2")
code_b3 = CClass(code_b, "code_b3")
a_b_links = add_links({code_a1: [code_b1, code_b2]}, association=a_b_association)
code_links = add_links({source_1: [code_a1, code_b2, code_b1, a_b_links[0], a_b_links[1]]},
role_name="contained_code")
eq_(len(code_links), 5)
# test getter methods on class
eq_(set(source_1.get_linked(role_name="contained_code")),
{code_a1, code_b2, code_b1, a_b_links[0], a_b_links[1]})
eq_(set(source_1.linked), {code_a1, code_b2, code_b1, a_b_links[0], a_b_links[1]})
eq_(set(source_1.links), set(code_links))
eq_(set(source_1.get_links_for_association(code_association)), set(code_links))
eq_(set(get_links([source_1])), set(code_links))
# test getter methods on link
eq_(a_b_links[0].get_linked(role_name="source"), [source_1])
eq_(a_b_links[0].linked, [source_1])
eq_(a_b_links[0].links, [code_links[3]])
eq_(a_b_links[0].get_links_for_association(code_association), [code_links[3]])
eq_(set(get_links([a_b_links[0]])), {code_links[3]})
eq_(set(get_links([code_a1, a_b_links[0], a_b_links[1]])),
{code_links[0], a_b_links[0], a_b_links[1], code_links[3], code_links[4]})
# test add/delete links
code_b3_link = code_a1.add_links(code_b3)[0]
source_1.add_links(code_b3_link)
eq_(set(code_a1.linked), {code_b1, code_b2, source_1, code_b3})
eq_(set(source_1.linked), {code_a1, code_b2, code_b1, a_b_links[0], a_b_links[1], code_b3_link})
eq_(code_b3_link.linked, [source_1])
a_b_links[1].delete_links([source_1])
eq_(set(source_1.linked), {code_a1, code_b2, code_b1, a_b_links[0], code_b3_link})
source_1.delete_links([code_a1, a_b_links[0]])
eq_(set(source_1.linked), {code_b2, code_b1, code_b3_link})
# test whether class links fail on metaclass
cl_a = CClass(self.mcl, "CLA")
cl_b = CClass(self.mcl, "CLB")
cl_association = cl_a.association(cl_b, "[a] * -> [b] *")
o_a = CObject(cl_a, "oa")
o_b = CObject(cl_a, "ob")
object_link = add_links({o_a: [o_b]}, association=cl_association)[0]
try:
add_links({source_1: [code_a1, code_b2, code_b1, object_link]}, role_name="contained_code")
exception_expected_()
except CException as e:
eq_("link target is an object link, but source is a class", e.value)
def test_link_association_has_a_compatible_superclass(self):
code = CMetaclass("Code")
source = CMetaclass("Source")
code.association(source, "[contained_code] * -> [source] *")
code_a = CMetaclass("Code A", superclasses=code)
code_b = CMetaclass("Code B", superclasses=code)
a_b_association = code_a.association(code_b, "a_b: [code_a] * -> [code_b] *")
source_1 = CClass(source, "source_1")
code_a1 = CClass(code_a, "code_a1")
code_b1 = CClass(code_b, "code_b1")
code_b2 = CClass(code_b, "code_b2")
links = add_links({code_a1: [code_b1, code_b2]}, association=a_b_association)
try:
add_links({source_1: [code_a1, code_b2, code_b1, links[0], links[1]]},
role_name="contained_code")
exception_expected_()
except CException as e:
eq_("the metaclass link's association is missing a compatible classifier", e.value)
a_b_association.superclasses = self.mcl
try:
add_links({source_1: [code_a1, code_b2, code_b1, links[0], links[1]]},
role_name="contained_code")
exception_expected_()
except CException as e:
eq_("no common metaclass for classes or links found", e.value)
a_b_association.superclasses = code_b
add_links({source_1: [code_a1, code_b2, code_b1, links[0], links[1]]},
role_name="contained_code")
def test_association_to_association_not_possible(self):
clx = CMetaclass("X")
cla = CMetaclass("A")
clb = CMetaclass("B")
a_b_association = cla.association(clb, "a_b: [a] * -> [b] *")
try:
clx.association(a_b_association, "[x] * -> [a_b_association] *")
exception_expected_()
except CException as e:
eq_("metaclass 'X' is not compatible with association target 'a_b'", e.value)
def test_link_to_link(self):
collection1 = CMetaclass("Collection1")
collection2 = CMetaclass("Collection2")
collections_association = collection1.association(collection2,
"element references: [references] * -> [referenced] *")
type_a = CMetaclass("Type A", superclasses=collection1)
type_b = CMetaclass("Type B", superclasses=collection1)
a_b_association = type_a.association(type_b, "a_b: [type_a] * -> [type_b] *", superclasses=collection1)
type_c = CMetaclass("Type C", superclasses=collection2)
type_d = CMetaclass("Type D", superclasses=[collection1, collection2])
c_d_association = type_c.association(type_d, "c_d: [type_c] * -> [type_d] *", superclasses=collection2)
a_d_association = type_a.association(type_d, "a_d: [type_a] * -> [type_d] *",
superclasses=[collection1, collection2])
a1 = CClass(type_a, "a1")
b1 = CClass(type_b, "b1")
b2 = CClass(type_b, "b2")
c1 = CClass(type_c, "c1")
c2 = CClass(type_c, "c2")
d1 = CClass(type_d, "d1")
a_b_links = add_links({a1: [b1, b2]}, association=a_b_association)
c_d_links = add_links({d1: [c1, c2]}, association=c_d_association)
a_d_links = add_links({a1: [d1]}, association=a_d_association)
references_links = add_links({a_b_links[0]: c_d_links[0],
a_b_links[1]: [c1, c2, d1, c_d_links[1], c_d_links[0]],
a_d_links[0]: [a_d_links[0], c_d_links[1], c1, d1]}, role_name="referenced")
eq_(set(a_b_links[0].get_linked(role_name="referenced")),
{c_d_links[0]})
eq_(set(a_b_links[0].linked), {c_d_links[0]})
eq_(set(a_b_links[0].links), {references_links[0]})
eq_(set(a_b_links[0].get_links_for_association(collections_association)), {references_links[0]})
eq_(set(get_links([a_b_links[0]])), {references_links[0]})
eq_(set(a_b_links[1].get_linked(role_name="referenced")),
{c1, c2, d1, c_d_links[1], c_d_links[0]})
eq_(set(a_b_links[1].linked), {c1, c2, d1, c_d_links[1], c_d_links[0]})
correct_links_set = {references_links[1], references_links[2], references_links[3], references_links[4],
references_links[5]}
eq_(set(a_b_links[1].links), correct_links_set)
eq_(set(a_b_links[1].get_links_for_association(collections_association)), correct_links_set)
eq_(set(get_links([a_b_links[1]])), correct_links_set)
eq_(set(a_d_links[0].get_linked(role_name="referenced")),
{a_d_links[0], c_d_links[1], c1, d1})
eq_(set(a_d_links[0].linked), {a_d_links[0], c_d_links[1], c1, d1})
correct_links_set = {references_links[6], references_links[7], references_links[8], references_links[9]}
eq_(set(a_d_links[0].links), correct_links_set)
eq_(set(a_d_links[0].get_links_for_association(collections_association)), correct_links_set)
eq_(set(get_links([a_d_links[0]])), correct_links_set)
def test_links_as_attribute_values(self):
code = CMetaclass("Code")
source = CMetaclass("Source")
code.association(source, "[contained_code] * -> [source] *")
code_a = CMetaclass("Code A", superclasses=code)
code_b = CMetaclass("Code B", superclasses=code)
a_b_association = code_a.association(code_b, "a_b: [code_a] * -> [code_b] *", superclasses=code)
CClass(source, "source_1")
code_a1 = CClass(code_a, "code_a1")
code_b1 = CClass(code_b, "code_b1")
code_b2 = CClass(code_b, "code_b2")
a_b_links = add_links({code_a1: [code_b1, code_b2]}, association=a_b_association)
links_list = [code_a1, code_b2, code_b1, a_b_links[0], a_b_links[1]]
collection_type = CMetaclass("Collection Type", attributes={
"primary_code": code,
"default_value_code": a_b_links[0],
"codes": list,
"default_values_list": links_list
})
collection = CClass(collection_type)
eq_(collection.get_value("primary_code"), None)
eq_(collection.get_value("default_value_code"), a_b_links[0])
eq_(collection.get_value("codes"), None)
eq_(collection.get_value("default_values_list"), links_list)
collection.set_value("primary_code", a_b_links[1])
collection.set_value("default_value_code", a_b_links[1])
collection.set_value("codes", [code_a1, a_b_links[0]])
collection.set_value("default_values_list", [a_b_links[0], a_b_links[1]])
eq_(collection.get_value("primary_code"), a_b_links[1])
eq_(collection.get_value("default_value_code"), a_b_links[1])
eq_(collection.get_value("codes"), [code_a1, a_b_links[0]])
eq_(collection.get_value("default_values_list"), [a_b_links[0], a_b_links[1]])
collection.values = {'default_values_list': [a_b_links[0]], "codes": []}
eq_(collection.values, {'default_value_code': a_b_links[1],
'default_values_list': [a_b_links[0]],
'codes': [],
'primary_code': a_b_links[1]})
collection.delete_value("primary_code")
collection.delete_value("default_value_code")
collection.delete_value("codes")
collection.delete_value("default_values_list")
eq_(collection.get_value("primary_code"), None)
eq_(collection.get_value("default_value_code"), None)
eq_(collection.get_value("codes"), None)
eq_(collection.get_value("default_values_list"), None)
def create_simple_link_object_test_setup(self):
self.a = CMetaclass("A")
self.a1 = CMetaclass("A1", superclasses=self.a)
self.a2 = CMetaclass("A2", superclasses=self.a)
self.a_association = self.a1.association(self.a2, "[a1] * -> [a2] *", superclasses=self.a)
self.b = CMetaclass("B")
self.b_a_association = self.b.association(self.a, "[b] * -> [a] *")
self.a1_1 = CClass(self.a1, "a1_1")
self.a1_2 = CClass(self.a1, "a1_2")
self.a2_1 = CClass(self.a2, "a2_1")
self.b_1 = CClass(self.b, "b_1")
self.a_links = add_links({self.a2_1: [self.a1_1, self.a1_2]}, association=self.a_association)
self.b_a_links = add_links({self.b_1: [self.a_links[0], self.a_links[1]]}, association=self.b_a_association)
def test_attributes_on_association_classifier(self):
self.create_simple_link_object_test_setup()
eq_(self.b_a_association.attributes, [])
eq_(self.b_a_association.attribute_names, [])
try:
self.b_a_association.attributes = {
"i1": int,
"i2": 15,
"s1": str,
"s2": "abc"
}
exception_expected_()
except CException as e:
eq_("setting of attributes not supported for associations", e.value)
eq_(self.b_a_association.get_attribute("i1"), None)
def test_superclass_sub_class_method_on_association_classifier(self):
self.create_simple_link_object_test_setup()
eq_(self.a_association.superclasses, [self.a])
eq_(self.a_association.subclasses, [])
eq_(self.b_a_association.superclasses, [])
eq_(self.b_a_association.subclasses, [])
eq_(self.a.subclasses, [self.a1, self.a2, self.a_association])
try:
another_sc = CClass(self.mcl, "ASC")
self.a_association.superclasses = [self.a, another_sc]
exception_expected_()
except CException as e:
eq_("cannot add superclass 'ASC': not a metaclass or metaclass association", e.value)
try:
another_sc = CStereotype("ASC")
self.a_association.superclasses = [self.a, another_sc]
exception_expected_()
except CException as e:
eq_("cannot add superclass 'ASC': not a metaclass or metaclass association", e.value)
another_sc = CMetaclass("ASC")
self.a_association.superclasses = [self.a, another_sc]
eq_(self.a_association.superclasses, [self.a, another_sc])
eq_(set(self.a_association.all_superclasses), {self.a, another_sc})
a2_association = self.a1.association(self.a2, "[a1] * -> [a2] *", superclasses=self.a)
self.a_association.superclasses = [a2_association]
eq_(self.a_association.superclasses, [a2_association])
eq_(self.a_association.all_subclasses, set())
eq_(self.a_association.all_superclasses, {a2_association, self.a})
eq_(a2_association.superclasses, [self.a])
eq_(a2_association.subclasses, [self.a_association])
eq_(a2_association.all_subclasses, {self.a_association})
eq_(a2_association.has_subclass(self.a_association), True)
eq_(a2_association.has_subclass(self.a1), False)
eq_(a2_association.has_superclass(self.a_association), False)
eq_(a2_association.has_superclass(self.a), True)
eq_(self.a_association.is_classifier_of_type(self.a_association), True)
eq_(self.a_association.is_classifier_of_type(a2_association), True)
eq_(self.a_association.is_classifier_of_type(self.a), True)
eq_(self.a_association.is_classifier_of_type(self.a1), False)
# test linking still works after superclass changes
self.b_1.delete_links([self.a_links[0], self.a_links[1]])
eq_(self.b_1.get_linked(), [])
self.b_a_links = set_links({self.b_1: [self.a_links[1], self.a_links[0]]}, association=self.b_a_association)
eq_(self.b_1.get_linked(), [self.a_links[1], self.a_links[0]])
def test_delete_linked_association(self):
self.create_simple_link_object_test_setup()
self.a_association.delete()
eq_(self.a.subclasses, [self.a1, self.a2])
eq_(self.a2_1.get_linked(), [])
eq_(self.b_1.get_linked(), [])
def test_delete_linking_association(self):
self.create_simple_link_object_test_setup()
self.b_a_association.delete()
eq_(self.a2_1.get_linked(), [self.a1_1, self.a1_2])
eq_(self.b_1.get_linked(), [])
def test_link_object_classifier(self):
self.create_simple_link_object_test_setup()
eq_(self.a_links[0].classifier, self.a_association)
eq_(self.b_a_links[0].classifier, self.b_a_association)
try:
self.a_links[0].classifier = self.b_a_association
exception_expected_()
except CException as e:
eq_("Changes to the classifier (i.e., the association) of a link" +
" should not be performed with CObject methods", e.value)
def test_link_object_class_object_class(self):
self.create_simple_link_object_test_setup()
eq_(self.a_links[0].class_object_class, None)
eq_(self.b_a_links[0].class_object_class, None)
def test_link_object_instance_of(self):
self.create_simple_link_object_test_setup()
eq_(self.a_links[0].instance_of(self.a_association), True)
eq_(self.a_links[0].instance_of(self.b_a_association), False)
eq_(self.a_links[0].instance_of(self.a), True)
eq_(self.a_links[0].instance_of(self.a1), False)
try:
cl = CClass(self.mcl, "CL")
eq_(self.a_links[0].instance_of(cl), False)
exception_expected_()
except CException as e:
eq_("'CL' is not an association or a metaclass", e.value)
eq_(self.b_a_links[0].instance_of(self.a_association), False)
eq_(self.b_a_links[0].instance_of(self.b_a_association), True)
eq_(self.b_a_links[0].instance_of(self.a), False)
def test_link_object_delete(self):
self.create_simple_link_object_test_setup()
self.a_links[0].delete()
self.b_a_links[0].delete()
eq_(self.b_1.get_linked(), [self.a_links[1]])
eq_(self.a2_1.get_linked(), [self.a1_2])
eq_(self.a_links[1].get_linked(), [self.b_1])
try:
self.a_links[0].get_value("a")
exception_expected_()
except CException as e:
eq_("can't get value 'a' on deleted link", e.value)
try:
self.a_links[0].delete_value("a")
exception_expected_()
except CException as e:
eq_("can't delete value 'a' on deleted link", e.value)
try:
self.a_links[0].set_value("a", 1)
exception_expected_()
except CException as e:
eq_("can't set value 'a' on deleted link", e.value)
try:
self.a_links[0].values = {"a": 1}
exception_expected_()
except CException as e:
eq_("can't set values on deleted link", e.value)
def test_class_link_classifier_bundable(self):
self.create_simple_link_object_test_setup()
bundle = CBundle("Bundle", elements=self.a.get_connected_elements())
eq_(set(bundle.elements), {self.a, self.a1, self.a2, self.b})
try:
bundle.elements = self.a.get_connected_elements(add_links=True)
exception_expected_()
except CException as e:
eq_("unknown keyword argument 'add_links', should be one of:" +
" ['add_associations', 'add_stereotypes', 'process_stereotypes', 'add_bundles', 'process_bundles'," +
" 'stop_elements_inclusive', 'stop_elements_exclusive']", e.value)
eq_(self.a_association.bundles, [])
bundle.elements = self.a.get_connected_elements(add_associations=True)
eq_(set(bundle.elements), {self.a, self.a1, self.a2, self.b, self.a_association})
eq_(self.a_association.bundles, [bundle])
bundle2 = CBundle("Bundle2", elements=self.a_association.get_connected_elements(add_associations=True))
eq_(set(bundle2.elements), {self.a, self.a1, self.a2, self.b, self.a_association})
eq_(set(self.a_association.bundles), {bundle, bundle2})
bundle2.delete()
eq_(set(self.a_association.bundles), {bundle})
self.a_association.delete()
eq_(set(bundle.elements), {self.a, self.a1, self.a2, self.b})
def test_class_link_bundable(self):
self.create_simple_link_object_test_setup()
bundle = CBundle("Bundle", elements=self.a1_1.class_object.get_connected_elements())
eq_(set(bundle.elements), {self.a1_1.class_object, self.a1_2.class_object, self.a2_1.class_object})
try:
bundle.elements = self.a1_1.class_object.get_connected_elements(add_associations=True)
exception_expected_()
except CException as e:
eq_("unknown keyword argument 'add_associations', should be one of:" +
" ['add_links', 'add_bundles', 'process_bundles', 'stop_elements_inclusive', " +
"'stop_elements_exclusive']", e.value)
bundle.elements = self.b_1.class_object.get_connected_elements()
eq_(set(bundle.elements), {self.b_1.class_object})
eq_(self.a_links[0].bundles, [])
bundle.elements = self.b_1.class_object.get_connected_elements(add_links=True)
eq_(set(bundle.elements), {self.b_1.class_object, self.a_links[0], self.a_links[1]})
eq_(self.a_links[0].bundles, [bundle])
bundle2 = CBundle("Bundle2", elements=self.a_links[0].get_connected_elements(add_links=True))
eq_(set(bundle2.elements), {self.b_1.class_object, self.a_links[0], self.a_links[1]})
eq_(set(self.a_links[0].bundles), {bundle, bundle2})
bundle2.delete()
eq_(set(self.a_links[0].bundles), {bundle})
self.a_links[0].delete()
eq_(set(bundle.elements), {self.b_1.class_object, self.a_links[1]})
on_premise_env_type = CStereotype("On-Premises", superclasses=execution_environment_type)
datacenter_env_type = CStereotype("Datacenter", superclasses=execution_environment_type)
local_workstation_env_type = CStereotype("Local Workstation", superclasses=execution_environment_type)
#
# deployment relation types
#
deployment_relation_type = CStereotype("Deployment Relation Type", extended=deployment_relation)
deployed_on_type = CStereotype("deployed on", superclasses=deployment_relation_type)
uses_deployment_node_type = CStereotype("uses", superclasses=deployment_relation_type)
launches_deployment_node_type = CStereotype("launches", superclasses=deployment_relation_type)
provides_deployment_artifacts_type = CStereotype("provides deployment artifacts", superclasses=deployment_relation_type)
deployed_in_container_type = CStereotype("deployed in container", superclasses=deployed_on_type)
#
# deployment node relations
#
deployment_node_relation_type = CStereotype("Deployment Node Relation Type", extended=deployment_node_relation)
part_of_deployment_node_relation_type = CStereotype("part of", superclasses=deployment_node_relation_type)
runs_on_deployment_node_relation_type = CStereotype("runs on", superclasses=deployment_node_relation_type)
connects_to_deployment_node_relation_type = CStereotype("connects to", superclasses=deployment_node_relation_type)
_all = CBundle("_all",
elements=deployment_node.get_connected_elements(add_stereotypes=True,
stop_elements_inclusive=[component]) +
deployment_relation_type.get_connected_elements(add_stereotypes=True) +
deployment_node_relation_type.get_connected_elements(add_stereotypes=True))
deployment_metamodel_views = [
_all, {}]
"""
*File Name:* metamodels/domain_metamodel.py
This is a simple domain class meta-model that del domain classes and groups of those (generic groups,
and-combined and or-combined groups).
"""
from codeable_models import CMetaclass, CBundle
domain_metaclass = CMetaclass("Domain Class")
domain_metaclass_group = CMetaclass("Domain Class Group",
superclasses=domain_metaclass)
and_combined_group = CMetaclass("And-Combined Domain Class Group",
superclasses=domain_metaclass_group)
or_combined_group = CMetaclass("Or-Combined Domain Class Group",
superclasses=domain_metaclass_group)
domain_metaclass_group.association(domain_metaclass,
"[collection] * <>- [class] *")
domain_metamodel = CBundle("Domain Meta Model",
elements=domain_metaclass.get_connected_elements())
"""
from codeable_models import CMetaclass, CBundle, CStereotype
# Technology and technology type
technology = CMetaclass("Technology")
technology_type = CStereotype("Technology Type", extended=technology)
programming_language_tech_type = CStereotype("Programming Language",
superclasses=technology_type)
python_tech_type = CStereotype("Python",
superclasses=programming_language_tech_type)
javascript_tech_type = CStereotype("Javascript",
superclasses=programming_language_tech_type)
java_tech_type = CStereotype("Java",
superclasses=programming_language_tech_type)
go_tech_type = CStereotype("Go", superclasses=programming_language_tech_type)
web_framework_tech_type = CStereotype("Web Framework",
superclasses=technology_type)
express_tech_type = CStereotype("Express", superclasses=technology_type)
messaging_middleware_tech_type = CStereotype("Messaging Middleware",
superclasses=technology_type)
amqp_tech_type = CStereotype("AMQP",
superclasses=messaging_middleware_tech_type)
_all = CBundle(
"_all", elements=technology.get_connected_elements(add_stereotypes=True))
technology_metamodel_views = [_all, {}]