def test_nodes_have_heading(self):
checker_graph = get_graph(
file_name=settings.CHECKER_DIAGNOSIS_FILE_NAME)
node = checker_graph.node["n43n2"]
self.assertEqual(
node["heading"],
u"Choose the option that best describes your debt problem")
def test_nodes_have_description(self):
_graph = get_graph(file_name=settings.DIAGNOSIS_FILE_NAME)
node = _graph.node["n404"]
self.assertEqual(
unicode(node["description"]),
u"<p><strong>The client has received a letter of proceedings, letter of issue or have a court date.</strong></p>\n<p>No financial assessment is required.</p>",
)
def test_nodes_have_subheading(self):
_graph = get_graph(file_name=settings.DIAGNOSIS_FILE_NAME)
node = _graph.node["n97"]
self.assertEqual(
node["context"]["subheading"],
u"If a local authority is involved in taking a child into care and the applicant has received a letter of proceedings or letter of issue sent or client has a court date, a financial assessment is not required",
)
def handle_noargs(self, *args, **options):
graph = get_graph(settings.CHECKER_DIAGNOSIS_FILE_NAME)
paths = dict()
def find_paths(nodes):
node = nodes[-1]
children = graph.successors(node)
for child in children:
find_paths(nodes + [child])
if not children:
path = nodes[1:]
text = ""
for node in path:
label = text_type(graph.node[node]["label"])
text += " - %s\n" % strip_tags(label)
paths["/".join(path)] = text
find_paths(["start"])
print("%d paths in %s\n" %
(len(paths), settings.CHECKER_DIAGNOSIS_FILE_NAME))
for key in sorted(paths):
print(key)
print(paths[key])
EligibilityCheckSerializerBase,
PropertySerializerBase,
PersonalDetailsSerializerBase,
CaseSerializerBase,
IncomeSerializerBase,
SavingsSerializerBase,
DeductionsSerializerBase,
PersonSerializerBase,
AdaptationDetailsSerializerBase,
ThirdPartyDetailsSerializerBase,
)
from checker.models import ReasonForContacting, ReasonForContactingCategory
checker_graph = SimpleLazyObject(
lambda: get_graph(file_name=settings.CHECKER_DIAGNOSIS_FILE_NAME))
class PropertySerializer(PropertySerializerBase):
@property
def errors(self):
return super(PropertySerializer, self).errors
class Meta(PropertySerializerBase.Meta):
fields = ("value", "mortgage_left", "share", "id", "disputed", "main")
class IncomeSerializer(IncomeSerializerBase):
class Meta(IncomeSerializerBase.Meta):
fields = (
"earnings",
def setUp(self):
self.graph = get_graph(file_name=settings.ORIGINAL_DIAGNOSIS_FILE_NAME)
call_command('loaddata', 'initial_category')
def setUp(self):
self.graph = get_graph(file_name=settings.DIAGNOSIS_FILE_NAME)
self.checker_graph = get_graph(
file_name=settings.CHECKER_DIAGNOSIS_FILE_NAME)
call_command("loaddata", "initial_category")
call_command("loaddata", "initial_mattertype")