def to_dict(klass, **kw):
result = {klass.slug: []}
for lab_test in LabTest.list():
serialised = serialize_model(lab_test)
if lab_test.RESULT_CHOICES:
serialised["result_choices"] = {k: v for k, v, in lab_test.RESULT_CHOICES}
result[klass.slug].append(serialised)
return result
def to_dict(klass):
"""
Serialise referral routes for the client
"""
return dict(name=klass.name,
description=klass.description,
slug=klass.slug(),
verb=klass.verb,
progressive_verb=klass.progressive_verb,
past_verb=klass.past_verb,
page_title=klass.page_title,
additional_models=[
serialize_model(m) for m in klass.additional_models
])
def to_dict(klass):
"""
Serialise referral routes for the client
"""
return dict(
name=klass.name,
description=klass.description,
slug=klass.slug(),
verb=klass.verb,
progressive_verb=klass.progressive_verb,
past_verb=klass.past_verb,
page_title=klass.page_title,
additional_models=[
serialize_model(m) for m in klass.additional_models
]
)
def test_serialize_readonly(self):
self.assertEqual(True, schemas.serialize_model(FamousLastWords)['readOnly'])
def test_serialize_sort(self):
self.assertEqual('name', schemas.serialize_model(HatWearer)['sort'])
def test_serialize(self):
self.assertEqual(colour_serialized, schemas.serialize_model(Colour))
def test_serialize_modal(self):
self.assertEqual(
'lg',
schemas.serialize_model(FamousLastWords)['modal_size'])
def test_serialize(self):
self.assertEqual(colour_serialized, schemas.serialize_model(Colour))
