def testing_age_over(self):
meta_in = {
"B00001_001E": {
"label": "Estimate!! 10 years and over",
"concept": "SEX BY AGE",
"group": "B00001",
}
}
result = parseMetadata(meta_in, [])
expected = {"B00001_001E": {MetadataKey.AGE: "10+"}}
self.assertEqual(result, expected)
def __init__(self, base_url):
self.base_url = base_url
metadata = fetch_acs_metadata(self.base_url)["variables"]
metadata = trimMetadata(metadata, MEDIAN_INCOME_BY_RACE_GROUPS.keys())
self.metadata = parseMetadata(
metadata,
[MetadataKey.AGE, MetadataKey.INCOME, MetadataKey.RACE],
self.metadataInitializer,
)
self.state_fips = get_state_fips_mapping(base_url)
self.county_fips = get_county_fips_mapping(base_url)
self.data = {}
def testing_income_upper(self):
meta_in = {
"B00001_001E": {
"label": "Estimate!! $10,000 or more",
"concept": "SEX BY AGE",
"group": "B00001",
}
}
result = parseMetadata(meta_in, [])
expected = {"B00001_001E": {MetadataKey.INCOME: "$10,000+"}}
self.assertEqual(result, expected)
def testing_male(self):
meta_in = {
"B00001_001E": {
"label": "Estimate!!Male:",
"concept": "SEX BY AGE",
"group": "B00001",
}
}
result = parseMetadata(meta_in, [])
expected = {"B00001_001E": {MetadataKey.SEX: Sex.MALE}}
self.assertEqual(result, expected)
def testing_income_less_than(self):
meta_in = {
"B00001_001E": {
"label": "Estimate!! Less Than $20,000",
"concept": "SEX BY AGE",
"group": "B00001",
}
}
result = parseMetadata(meta_in, [])
expected = {"B00001_001E": {MetadataKey.INCOME: "$0-$20,000"}}
self.assertEqual(result, expected)
def testing_below_poverty(self):
meta_in = {
"B00001_001E": {
"label": "Income in the past 12 months at or above poverty level:",
"concept": "SEX BY AGE",
"group": "B00001",
}
}
result = parseMetadata(meta_in, [])
expected = {"B00001_001E": {MetadataKey.POPULATION: PovertyPopulation.ABOVE}}
self.assertEqual(result, expected)
def testing_initializer(self):
meta_in = {
"B00001_001E": {
"label": "Estimate",
"concept": "SEX BY AGE",
"group": "B00001",
}
}
result = parseMetadata(
meta_in, [], lambda grp: {"initialized": grp == "B00001_001E"})
expected = {"B00001_001E": {"initialized": True}}
self.assertEqual(result, expected)
def testing_age_order_two(self):
meta_in = {
"B00001_001E": {
"label":
"Estimate!!Total:!!Income in the past 12 months below poverty level:!!Male:!!16 and 17 years",
"concept": "SEX BY AGE",
"group": "B00001",
}
}
result = parseMetadata(meta_in, [])
age_out = result["B00001_001E"][MetadataKey.AGE]
self.assertEqual(age_out, "16-17")
def testing_without_health_insurance(self):
meta_in = {
"B00001_001E": {
"label": "Estimate!!No health insurance coverage",
"concept": "SEX BY AGE",
"group": "B00001",
}
}
result = parseMetadata(meta_in, [])
expected = {
"B00001_001E": {MetadataKey.POPULATION: HealthInsurancePopulation.WITHOUT}
}
self.assertEqual(result, expected)
def __init__(self, base_url):
self.base_url = base_url
metadata = fetch_acs_metadata(self.base_url)["variables"]
metadata = trimMetadata(metadata, [HEALTH_INSURANCE_BY_SEX_GROUPS_PREFIX])
self.metadata = parseMetadata(
metadata, [MetadataKey.AGE, MetadataKey.SEX], lambda key: dict()
)
for k, v in self.metadata.items():
if MetadataKey.POPULATION not in v:
self.metadata[k][
MetadataKey.POPULATION
] = HealthInsurancePopulation.TOTAL
self.state_fips = get_state_fips_mapping(base_url)
self.county_fips = get_county_fips_mapping(base_url)
self.data = {}
def __init__(self, base_url):
self.base_url = base_url
metadata = fetch_acs_metadata(self.base_url)["variables"]
metadata = trimMetadata(
metadata, HEALTH_INSURANCE_BY_RACE_GROUP_PREFIXES.keys()
)
self.metadata = parseMetadata(
metadata, [MetadataKey.AGE, MetadataKey.RACE], self.metadataInitializer
)
for k, v in self.metadata.items():
if MetadataKey.POPULATION not in v:
self.metadata[k][
MetadataKey.POPULATION
] = HealthInsurancePopulation.TOTAL
self.state_fips = get_state_fips_mapping(base_url)
self.county_fips = get_county_fips_mapping(base_url)
self.data = {}
