def method_test_title_description(
request,
param1: int = Query(..., title="param 1 title"),
param2: str = Query("A Default", description="param 2 desc"),
file: UploadedFile = File(..., description="file param desc"),
):
return dict(i=param1, f=param2)
def test_multi_query(
request,
i: int = Query(...),
s: str = Query("a-str"),
data: TestData4 = Query(...),
nested_data: TestData = Query(..., alias="nested-data"),
):
return dict(s=s, i=i, data=data, nested_data=nested_data)
def query_params_mixed_schema(
request,
query1: int,
query2: int = 5,
filters: Filter = Query(...),
data: Data = Query(...),
):
return dict(query1=query1,
query2=query2,
filters=filters.dict(),
data=data.dict())
def get_datapoint_setpoint_latest(
request,
datapoint_filter_params: DatapointFilterParams = Query(...),
setpoint_filter_params: SetpointFilterParams = Query(...),
):
"""
Return the latest setpoints for datapoints targeted by the filter.
"""
response = dp_setpoint_view.list_latest(
request=request,
datapoint_filter_params=datapoint_filter_params,
related_filter_params=setpoint_filter_params,
)
return response
def get_datapoint_value_latest(
request,
datapoint_filter_params: DatapointFilterParams = Query(...),
value_filter_params: ValueMessageFilterParams = Query(...),
):
"""
Return the latest values for datapoints targeted by the filter.
"""
response = dp_value_view.list_latest(
request=request,
datapoint_filter_params=datapoint_filter_params,
related_filter_params=value_filter_params,
)
return response
def get_datapoint_schedule_history(
request,
datapoint_filter_params: DatapointFilterParams = Query(...),
schedule_filter_params: ScheduleMessageFilterParams = Query(...),
):
"""
Return one or more schedule messages for datapoints targeted by the filter.
"""
response = dp_schedule_view.list_history(
request=request,
datapoint_filter_params=datapoint_filter_params,
related_filter_params=schedule_filter_params,
)
return response
def listview4(
request,
filters: Filters = Query(...),
):
return {
"filters": filters,
}
def get_datapoint_forecast_latest(
request,
product_run_filter_params: dp_forecast_view.PathParams = Path(...),
datapoint_filter_params: DatapointFilterParams = Query(...),
forecast_filter_params: dp_forecast_view.ForecastFilterParams = Query(...),
):
"""
Return the latest setpoints for datapoints targeted by the filter.
"""
response = dp_forecast_view.list_history(
request=request,
datapoint_filter_params=datapoint_filter_params,
related_filter_params=forecast_filter_params,
second_related_filter_params=product_run_filter_params,
)
return response
def listview5(
request,
body: conlist(int, min_items=1),
a_query: Data = Query(...),
):
return {
"query": a_query.data.query,
"body": body,
}
def listview2(
request,
body: List[int],
query: List[int] = Query(...),
):
return {
"query": query,
"body": body,
}
def student_list(request,query_params: PageSizeQuerySchema = Query(...)):
if any([request.auth['is_superuser'],request.auth['is_teacher']]):
response, status = app.get(
request, StudentSerializer, many=True, is_student=True
)
else:
response = {"status":"failed","msg":"permission denied"}
status = 403
return JsonResponse(response, status=status)
def listview1(
request,
query: List[int] = Query(...),
form: List[int] = Form(...),
):
return {
"query": query,
"form": form,
}
def get_datapoint_metadata_latest(
request,
datapoint_filter_params: DatapointFilterParams = Query(...),
):
"""
Return a queryset of datapoints matching the requested filter
parameters.
"""
response = dpm_view.list_latest(
request=request, datapoint_filter_params=datapoint_filter_params)
return response
class PaginationBase(ABC):
class Input(Schema):
pass
InputSource = Query(...)
def __init__(self, **kwargs: DictStrAny) -> None:
pass
@abstractmethod
def paginate_queryset(self, items: QuerySet, request: HttpRequest,
**params: DictStrAny) -> QuerySet:
pass # pragma: no cover
def teacher_list(request, query_params: PageSizeQuerySchema = Query(...)):
if request.auth['is_superuser']:
response, status = app.get(
request, TeacherSerializer, many=True, is_teacher=True
)
elif request.auth['is_teacher']:
response, status = app.get(
request, Person, TeacherSerializer, many=False, is_teacher=True, id=request.auth['id']
)
else:
response = {"status":"failed","msg":"permission denied"}
status = 403
return JsonResponse(response,status=status)
def get_plant_latest(
request,
filter_params: PlantFilterParams = Query(...),
):
"""
Return the latest state of the Plant objects.
Plants define the metadata necessary to compute optimized schedules or
forecasts for a physical entities, e.g. represent PV plants or buildings.
"""
response = plant_view.list_latest(request=request,
filter_params=filter_params)
return response
def get_product_run_latest(
request,
filter_params: ProductRunFilterParams = Query(...),
):
"""
Return the latest state of the `Product` objects.
Each entry specifies the metadata necessary (alongside with `Plant`) to
trigger requests to a defined product service, like e.g. a PV Forecast.
"""
response = product_run_view.list_latest(request=request,
filter_params=filter_params)
return response
class PaginationBase(ABC):
class Input(Schema):
pass
InputSource = Query(...)
class Output(Schema):
items: List[Any]
count: int
items_attribute: str = "items"
def __init__(self,
*,
pass_parameter: Optional[str] = None,
**kwargs: Any) -> None:
self.pass_parameter = pass_parameter
@abstractmethod
def paginate_queryset(
self,
queryset: QuerySet,
pagination: Any,
**params: DictStrAny,
) -> Any:
pass # pragma: no cover
def _items_count(self, queryset: QuerySet) -> int:
"""
Since lists are mainly compatible with QuerySets and can be passed to paginator.
We will first to try to use .count - and if not there will use a len
"""
try:
# forcing to find queryset.count instead of list.count:
return queryset.all().count()
except AttributeError:
return len(queryset)
def get_query_param_required_type(request, query: int = Query(...)):
return f"foo bar {query}"
def get_query_param_required(request, query=Query(...)):
return f"foo bar {query}"
def get_query_param(request, query=Query(None)):
if query is None:
return "foo bar"
return f"foo bar {query}"
def events(request, filters: Filters = Query(...)):
return {"filters": filters.dict()}
def view4query(request, q: OtherModel = Query(...)):
assert isinstance(q, OtherModel)
return q
def query_params_schema(request, filters: Filter = Query(...)):
return filters.dict()
def get_query_aliased_name(request, query: AliasedSchema = Query(...)):
return f"foo bar {query.query}"
def listview6(
request,
object_id: List[int] = Query(None, alias="id"),
):
return {"query": object_id}
