def state_results(self, filter_args: Dict[str, str],
lookup_fields: List[str], loc_lookup: str) -> List[dict]:
# Adding additional state filters if specified
if self.geo_layer_filters:
self.queryset = self.queryset.filter(
**{f"{loc_lookup}__in": self.geo_layer_filters})
else:
# Adding null filter for state for specific partial index
# when not using geocode_filter
filter_args[f"{loc_lookup}__isnull"] = False
geo_queryset = self.queryset.filter(**filter_args).values(
*lookup_fields)
if self.subawards:
geo_queryset = geo_queryset.annotate(
transaction_amount=Sum("amount"))
else:
geo_queryset = geo_queryset.annotate(transaction_amount=Sum(
"generated_pragmatic_obligation")).values(
"transaction_amount", *lookup_fields)
state_pop_rows = PopCounty.objects.filter(county_number="000").values()
populations = {
row["state_name"].lower(): row["latest_population"]
for row in state_pop_rows
}
# State names are inconsistent in database (upper, lower, null)
# Used lookup instead to be consistent
results = []
for x in geo_queryset:
shape_code = x[loc_lookup]
per_capita = None
population = populations.get(
code_to_state.get(shape_code, {
"name": "None"
}).get("name").lower())
if population:
per_capita = (Decimal(x["transaction_amount"]) /
Decimal(population)).quantize(Decimal(".01"))
results.append({
"shape_code":
shape_code,
"aggregated_amount":
x["transaction_amount"],
"display_name":
code_to_state.get(shape_code, {
"name": "None"
}).get("name").title(),
"population":
population,
"per_capita":
per_capita,
})
return results
def build_elasticsearch_result(self, response: dict) -> Dict[str, dict]:
results = {}
geo_info_buckets = response.get("group_by_agg_key",
{}).get("buckets", [])
for bucket in geo_info_buckets:
if bucket.get("key") == "NULL":
display_name = None
shape_code = None
population = None
else:
geo_info = json.loads(bucket.get("key"))
state_code = geo_info["state_code"] or ""
population = int(
geo_info["population"]) if geo_info["population"] else None
if self.geo_layer == GeoLayer.STATE:
shape_code = state_code.upper()
display_name = geo_info["state_name"] or code_to_state.get(
state_code, {}).get("name", "")
display_name = display_name.title()
elif self.geo_layer == GeoLayer.COUNTY:
state_fips = geo_info["state_fips"] or code_to_state.get(
state_code, {}).get("fips", "")
display_name = (geo_info["county_name"] or "").title()
shape_code = f"{state_fips}{geo_info['county_code']}"
else:
state_fips = geo_info["state_fips"] or code_to_state.get(
state_code, {}).get("fips", "")
display_name = f"{state_code}-{geo_info['congressional_code']}".upper(
)
shape_code = f"{state_fips}{geo_info['congressional_code']}"
per_capita = None
amount = int(bucket.get("sum_field",
{"value": 0})["value"]) / Decimal("100")
if population:
per_capita = (Decimal(amount) / Decimal(population)).quantize(
Decimal(".01"))
results[shape_code] = {
"amount": amount,
"display_name": display_name or None,
"shape_code": shape_code or None,
"population": population,
"per_capita": per_capita,
"award_count": int(bucket.get("doc_count", 0)),
}
return results
def district_results(self, state_lookup: str, geo_queryset: QuerySet) -> List[dict]:
# Returns congressional district results formatted for map
state_pop_rows = PopCongressionalDistrict.objects.all().values()
populations = {
f"{row['state_code']}{row['congressional_district']}": row["latest_population"] for row in state_pop_rows
}
results = []
for x in geo_queryset:
shape_code = code_to_state.get(x[state_lookup])["fips"] + pad_codes(
self.geo_layer.value, x["code_as_float"]
)
per_capita = None
population = populations.get(shape_code)
if population:
per_capita = (Decimal(x["transaction_amount"]) / Decimal(population)).quantize(Decimal(".01"))
results.append(
{
"shape_code": shape_code,
"aggregated_amount": x["transaction_amount"],
"display_name": x[state_lookup] + "-" + pad_codes(self.geo_layer.value, x["code_as_float"]),
"population": population,
"per_capita": per_capita,
}
)
return results
def state_results(self, filter_args, lookup_fields, loc_lookup):
# Adding additional state filters if specified
if self.geo_layer_filters:
self.queryset = self.queryset.filter(
**{'{}__{}'.format(loc_lookup, 'in'): self.geo_layer_filters})
else:
# Adding null filter for state for specific partial index
# when not using geocode_filter
filter_args['{}__isnull'.format(loc_lookup)] = False
self.geo_queryset = self.queryset.filter(**filter_args).values(
*lookup_fields)
if self.subawards:
self.geo_queryset = self.geo_queryset.annotate(
transaction_amount=Sum('amount'))
else:
self.geo_queryset = self.geo_queryset \
.annotate(transaction_amount=Sum('generated_pragmatic_obligation')) \
.values('transaction_amount', *lookup_fields)
# State names are inconsistent in database (upper, lower, null)
# Used lookup instead to be consistent
results = [{
'shape_code':
x[loc_lookup],
'aggregated_amount':
x['transaction_amount'],
'display_name':
code_to_state.get(x[loc_lookup], {
'name': 'None'
}).get('name').title()
} for x in self.geo_queryset]
return results
def state_results(self, filter_args, lookup_fields, loc_lookup):
# Adding additional state filters if specified
if self.geo_layer_filters:
self.queryset = self.queryset.filter(
**{'{}__{}'.format(loc_lookup, 'in'): self.geo_layer_filters})
else:
# Adding null filter for state for specific partial index
# when not using geocode_filter
filter_args['{}__isnull'.format(loc_lookup)] = False
self.geo_queryset = self.queryset.filter(**filter_args) \
.values(*lookup_fields)
filter_types = self.filters[
'award_type_codes'] if 'award_type_codes' in self.filters else award_type_mapping
self.geo_queryset = sum_transaction_amount(self.geo_queryset,
filter_types=filter_types)
# State names are inconsistent in database (upper, lower, null)
# Used lookup instead to be consistent
results = [{
'shape_code':
x[loc_lookup],
'aggregated_amount':
x['transaction_amount'],
'display_name':
code_to_state.get(x[loc_lookup], {
'name': 'None'
}).get('name').title()
} for x in self.geo_queryset]
return results
def state_results(self, filter_args, lookup_fields, loc_lookup):
# Adding additional state filters if specified
if self.geo_layer_filters:
self.queryset = self.queryset.filter(**{'{}__{}'.format(loc_lookup, 'in'): self.geo_layer_filters})
else:
# Adding null filter for state for specific partial index
# when not using geocode_filter
filter_args['{}__isnull'.format(loc_lookup)] = False
self.geo_queryset = self.queryset.filter(**filter_args).values(*lookup_fields)
if self.subawards:
self.geo_queryset = self.geo_queryset.annotate(transaction_amount=Sum('amount'))
else:
self.geo_queryset = self.geo_queryset \
.annotate(transaction_amount=Sum('generated_pragmatic_obligation')) \
.values('transaction_amount', *lookup_fields)
# State names are inconsistent in database (upper, lower, null)
# Used lookup instead to be consistent
results = [{
'shape_code': x[loc_lookup],
'aggregated_amount': x['transaction_amount'],
'display_name': code_to_state.get(x[loc_lookup], {'name': 'None'}).get('name').title()
} for x in self.geo_queryset]
return results
def state_results(self, filter_args, lookup_fields, loc_lookup):
# Adding additional state filters if specified
if self.geo_layer_filters:
self.queryset = self.queryset.filter(**{"{}__{}".format(loc_lookup, "in"): self.geo_layer_filters})
else:
# Adding null filter for state for specific partial index
# when not using geocode_filter
filter_args["{}__isnull".format(loc_lookup)] = False
self.geo_queryset = self.queryset.filter(**filter_args).values(*lookup_fields)
if self.subawards:
self.geo_queryset = self.geo_queryset.annotate(transaction_amount=Sum("amount"))
else:
self.geo_queryset = self.geo_queryset.annotate(
transaction_amount=Sum("generated_pragmatic_obligation")
).values("transaction_amount", *lookup_fields)
# State names are inconsistent in database (upper, lower, null)
# Used lookup instead to be consistent
results = [
{
"shape_code": x[loc_lookup],
"aggregated_amount": x["transaction_amount"],
"display_name": code_to_state.get(x[loc_lookup], {"name": "None"}).get("name").title(),
}
for x in self.geo_queryset
]
return results
def county_results(self, state_lookup: str, county_name: str, geo_queryset: QuerySet) -> List[dict]:
# Returns county results formatted for map
state_pop_rows = PopCounty.objects.exclude(county_number="000").values()
populations = {f"{row['state_code']}{row['county_number']}": row["latest_population"] for row in state_pop_rows}
results = []
for x in geo_queryset:
shape_code = code_to_state.get(x[state_lookup])["fips"] + pad_codes(
self.geo_layer.value, x["code_as_float"]
)
per_capita = None
population = populations.get(shape_code)
if population:
per_capita = (Decimal(x["transaction_amount"]) / Decimal(population)).quantize(Decimal(".01"))
results.append(
{
"shape_code": shape_code,
"aggregated_amount": x["transaction_amount"],
"display_name": x[county_name].title() if x[county_name] is not None else x[county_name],
"population": population,
"per_capita": per_capita,
}
)
return results
def district_results(self, state_lookup):
# Returns congressional district results formatted for map
results = [{
'shape_code': code_to_state.get(x[state_lookup])['fips'] + pad_codes(self.geo_layer, x['code_as_float']),
'aggregated_amount': x['transaction_amount'],
'display_name': x[state_lookup] + '-' + pad_codes(self.geo_layer, x['code_as_float'])
} for x in self.geo_queryset]
return results
def district_results(self, state_lookup):
# Returns congressional district results formatted for map
results = [{
'shape_code': code_to_state.get(x[state_lookup])['fips'] + pad_codes(self.geo_layer, x['code_as_float']),
'aggregated_amount': x['transaction_amount'],
'display_name': x[state_lookup] + '-' + pad_codes(self.geo_layer, x['code_as_float'])
} for x in self.geo_queryset]
return results
def county_results(self, state_lookup, county_name):
# Returns county results formatted for map
results = [{
'shape_code': code_to_state.get(x[state_lookup])['fips'] + pad_codes(self.geo_layer, x['code_as_float']),
'aggregated_amount': x['transaction_amount'],
'display_name': x[county_name].title() if x[county_name] is not None else x[county_name]
} for x in self.geo_queryset]
return results
def county_results(self, state_lookup, county_name):
# Returns county results formatted for map
results = [{
'shape_code': code_to_state.get(x[state_lookup])['fips'] + pad_codes(self.geo_layer, x['code_as_float']),
'aggregated_amount': x['transaction_amount'],
'display_name': x[county_name].title() if x[county_name] is not None else x[county_name]
} for x in self.geo_queryset]
return results
def fill_missing_state_data(self):
"""Fills in blank US state names or codes from its counterpart"""
if self.state_code and self.state_name:
return
if self.country_name == 'UNITED STATES':
if (not self.state_code):
self.state_code = state_to_code.get(self.state_name)
elif (not self.state_name):
self.state_name = code_to_state.get(self.state_code)
def district_results(self, state_lookup):
# Returns congressional district results formatted for map
results = [
{
"shape_code": code_to_state.get(x[state_lookup])["fips"]
+ pad_codes(self.geo_layer, x["code_as_float"]),
"aggregated_amount": x["transaction_amount"],
"display_name": x[state_lookup] + "-" + pad_codes(self.geo_layer, x["code_as_float"]),
}
for x in self.geo_queryset
]
return results
def county_results(self, state_lookup, county_name):
# Returns county results formatted for map
results = [
{
"shape_code": code_to_state.get(x[state_lookup])["fips"]
+ pad_codes(self.geo_layer, x["code_as_float"]),
"aggregated_amount": x["transaction_amount"],
"display_name": x[county_name].title() if x[county_name] is not None else x[county_name],
}
for x in self.geo_queryset
]
return results
def fill_missing_state_data(self):
"""Fills in blank US state names or codes from its counterpart"""
if self.state_code and self.state_name:
return
if self.country_name == "UNITED STATES":
if not self.state_code:
self.state_code = state_to_code.get(self.state_name)
elif not self.state_name:
state_obj = code_to_state.get(self.state_code)
if state_obj:
self.state_name = state_obj["name"]
def fill_missing_state_data(self):
"""Fills in blank US state names or codes from its counterpart"""
if self.state_code and self.state_name:
return
if self.country_name == 'UNITED STATES':
if not self.state_code:
self.state_code = state_to_code.get(self.state_name)
elif not self.state_name:
state_obj = code_to_state.get(self.state_code)
if state_obj:
self.state_name = state_obj['name']
def legal_entity_state_name(broker_input):
if broker_input["legal_entity_state_descrip"]:
return capitalize_if_string(broker_input["legal_entity_state_descrip"])
elif broker_input["legal_entity_state_code"]:
return code_to_state.get(broker_input["legal_entity_state_code"], {}).get("name")
return None
def place_of_performance_state_description(broker_input):
if broker_input["place_of_perfor_state_desc"]:
return capitalize_if_string(broker_input["place_of_perfor_state_desc"])
elif broker_input["place_of_performance_state"]:
return code_to_state.get(broker_input["place_of_performance_state"], {}).get("name")
return None
