def test_that_it_works(self) -> None:
another_cls = mapry.Class(name='another_cls',
plural='',
description='',
ref='')
embed = mapry.Embed(name='some_embed', description='', ref='')
embed.properties = {
"another_ref":
dummy_property(name='another_ref',
a_type=another_cls,
composite=embed)
}
cls = mapry.Class(name='some_class', plural='', description='', ref='')
cls.properties = {
"some_primitive":
dummy_property(name="some_primitive",
a_type=mapry.Path(),
composite=cls),
"some_ref":
dummy_property(name="some_ref", a_type=cls, composite=cls),
"some_embed":
dummy_property(name="some_embed", a_type=embed, composite=cls)
}
self.assertListEqual([another_cls, cls], mapry.references(a_type=cls))
def test_self_referencing_class(self) -> None:
cls = mapry.Class(name='some_class', plural='', description='', ref='')
cls.properties = {
"some_ref": dummy_property(name="some_ref",
a_type=cls,
composite=cls)
}
self.assertListEqual([cls], mapry.references(a_type=cls))
def test_optional(self) -> None:
cls = mapry.Class(name='some_class', plural='', description='', ref='')
cls.properties = {
"bff":
mapry.Property(ref='',
name='friends',
a_type=cls,
description='',
json='',
optional=True,
composite=cls)
}
self.assertListEqual([cls], mapry.references(a_type=cls))
def _parse_definitions(graph: mapry.Graph) -> str:
"""
Generate the code that defines the parsing functions of Jsoncpp.
:param graph: mapry definition of the object graph
:return: generated code
"""
nongraph_composites = [] # type: List[Union[mapry.Embed, mapry.Class]]
nongraph_composites.extend(graph.embeds.values())
nongraph_composites.extend(graph.classes.values())
# yapf: disable
references = {
composite: mapry.references(a_type=composite)
for composite in nongraph_composites}
# yapf: enable
return _PARSE_JSONCPP_TPL.render(
graph=graph,
nongraph_composites=nongraph_composites,
references=references).rstrip()