def check_availability(self):
availability_dict = self.instance.get_availability()
purchases_dict = self.solution.get_amount_supplied().kfilter(
lambda k: k[0] in self.instance.get_suppliers()
)
check_dict = SuperDict.from_dict(
{k: availability_dict[k] - purchases_dict[k] for k in availability_dict}
)
return check_dict.vfilter(lambda v: v < 0)
def setUp(self):
super().setUp()
self.full_inst_path = self._get_path("./data/instance.json")
self.full_inst = SuperDict.from_dict(
self.import_schema(self.full_inst_path))
# Removing parameter tables
self.full_inst["properties"] = self.full_inst["properties"].vfilter(
lambda v: v["type"] == "array")
self.one_tab_inst_path = self._get_path("./data/one_table.json")
self.one_tab_inst = SuperDict.from_dict(
self.import_schema(self.one_tab_inst_path))
self.app_name = "test"
self.second_app_name = "test_sec"
self.default_output_path = self._get_path("./data/output")
self.other_output_path = self._get_path("./data/output_path")
self.last_path = self.default_output_path
self.all_methods = TupList(
["getOne", "getAll", "deleteOne", "deleteAll", "update", "post"])
def test_one_table_schema(self):
runner = CliRunner()
result = runner.invoke(
generate_from_schema,
[
"-p",
self.one_tab_inst_path,
"-a",
self.app_name,
"-o",
self.other_output_path,
],
)
self.assertEqual(result.exit_code, 0)
instance = SuperDict.from_dict(
{"properties": {
"data": self.one_tab_inst
}})
self.last_path = self.other_output_path
self.check(instance=instance, output_path=self.other_output_path)
def __init__(self, data: dict):
self.data = SuperDict.from_dict(data)