def test_results(expected_items, descriptions, search_value):
expected_items = [Prescription(description=description) for description in expected_items]
items = [Prescription(description=description) for description in descriptions]
search = Search(search_value, items)
assert expected_items == search.results
def test_value_result_starts_with_when_one_character():
expected_item = Prescription(description='A')
expected_items = [expected_item]
items = []
items.append(expected_item)
items.append(Prescription(description='bA'))
search = Search('a', items)
assert expected_items == search._value_results
def test_value_fuzzy_result():
expected_item_first = Prescription(description='ABECD')
expected_item_second = Prescription(description='ABICD')
expected_items = [expected_item_first, expected_item_second]
items = []
items.append(expected_item_first)
items.append(expected_item_second)
items.append(Prescription(description='DEFG'))
search = Search('abe', items)
assert expected_items == search._value_fuzzy_results
def test_value_result_contains_when_multiple_characters():
expected_item_first = Prescription(description='ABCD')
expected_item_second = Prescription(description='BCDE')
expected_items = [expected_item_first, expected_item_second]
items = []
items.append(expected_item_first)
items.append(expected_item_second)
items.append(Prescription(description='DEFG'))
search = Search('bc', items)
assert expected_items == search._value_results
def test_value_fuzzy_result_none_fuzzy():
expected_items = []
items = [Prescription(description='D')]
search = Search('D', items)
search.value_fuzzy = None
assert expected_items == search._value_fuzzy_results
def _build_prescription(self, description, national_drug_code,
cost_per_unit, pricing_unit, is_over_the_counter,
is_brand, is_high_cost):
return Prescription(description=description,
national_drug_code=national_drug_code,
cost_per_unit=cost_per_unit,
pricing_unit=pricing_unit,
is_over_the_counter=is_over_the_counter,
is_brand=is_brand,
is_high_cost=is_high_cost)
def test_init_prescription_with_keyword_args():
prescription = Prescription(description='apple',
national_drug_code=0,
cost_per_unit=0,
pricing_unit='',
is_over_the_counter=False,
is_brand=False,
is_high_cost=False)
assert prescription
assert 'APL' == prescription.fuzzy
from app.meda_sync_search.models.prescription import Prescription
from app.meda_sync_search.services.prescription_loader import PrescriptionLoader
expected_prescriptions_data = [
OrderedDict([('NDC Description', '12-HR DECONGEST 120 MG CAPLET'),
('NDC', '113005452'), ('NADAC_Per_Unit', ' $0.34 '),
('Effective_Date', '5/17/17'), ('Pricing_Unit', 'EA'),
('OTC', 'Y'), ('Brand/Generic', 'G'),
('As of Date', '6/7/17'), ('High Cost', 'Low')]),
]
expected_prescription = Prescription(
description='12-HR DECONGEST 120 MG CAPLET',
national_drug_code=113005452,
cost_per_unit=0.34,
pricing_unit='EA',
is_over_the_counter=True,
is_brand=False,
is_high_cost=False)
def test_init_prescription_loader_service():
expected_data_file_path = '/'
prescription_loader = PrescriptionLoader(expected_data_file_path)
assert prescription_loader
assert expected_data_file_path == prescription_loader.data_file_path
@patch(
'app.meda_sync_search.services.prescription_loader.PrescriptionLoader._read'
assert expected_prescriptions == prescriptions_data_transformer.transform()
prescriptions_data = [
OrderedDict([('NDC Description', 'desc1'), ('NDC', '1'),
('NADAC_Per_Unit', ' $0.34 '), ('Effective_Date', '5/17/17'),
('Pricing_Unit', 'EA'), ('OTC', 'Y'), ('Brand/Generic', 'G'),
('As of Date', '6/7/17'), ('High Cost', 'Low')]),
OrderedDict([('NDC Description', 'desc2'), ('NDC', '2'),
('NADAC_Per_Unit', '$1.34'), ('Effective_Date', '5/17/17'),
('Pricing_Unit', 'ML'), ('OTC', 'N'), ('Brand/Generic', 'B'),
('As of Date', '6/7/17'), ('High Cost', 'High')]),
]
expected_prescriptions = [
Prescription(description='desc1',
national_drug_code=1,
cost_per_unit=.34,
pricing_unit='EA',
is_over_the_counter=True,
is_brand=False,
is_high_cost=False),
Prescription(description='desc2',
national_drug_code=2,
cost_per_unit=1.34,
pricing_unit='ML',
is_over_the_counter=False,
is_brand=True,
is_high_cost=True)
]
def test_hash():
expected_hash = int(hashlib.sha1(expected_serialize_str).hexdigest(), 16)
prescription = Prescription()
assert expected_hash == prescription.__hash__()
def test_repr():
prescription = Prescription()
assert expected_serialize_str == prescription.__repr__()
def test_serialize():
prescription = Prescription()
assert expected_serialize_str == prescription.serialize()
def test_init_prescription():
prescription = Prescription()
assert prescription