def test_nadac(self):
for s in self.suite:
newFormat = s['formatted'].replace('-', '')
if s['l'] < 10000:
newFormat = '0' + newFormat
actual = PackageNdc.parse_nadac(newFormat)
self.assertEqual(s['l'], actual.labeler)
self.assertEqual(s['prc'], actual.productCode)
self.assertEqual(s['pkc'], actual.packageCode)
self.assertEqual(s['formatted'], actual.format())
self.assertEqual(newFormat, actual.format_nadac())
def test_nadac(self):
for s in self.suite:
newFormat = s['formatted'].replace('-', '')
if s['l'] < 10000:
newFormat = '0' + newFormat
actual = PackageNdc.parse_nadac(newFormat)
self.assertEqual(s['l'], actual.labeler)
self.assertEqual(s['prc'], actual.productCode)
self.assertEqual(s['pkc'], actual.packageCode)
self.assertEqual(s['formatted'], actual.format())
self.assertEqual(newFormat, actual.format_nadac())
def map_nadac(self, x):
''' Projects an element from a record in the Medicare cost spreadsheet.
'''
ndc = PackageNdc.parse_nadac(x['NDC'])
return {'description': x['NDC Description'],
'package_code' : ndc.packageCode,
'product_code' : ndc.productCode,
'labeler' : ndc.labeler,
'package_ndc': ndc.format(),
'product_ndc': ndc.format_product(),
'price_per_unit': x['NADAC Per Unit'],
'unit': x['Pricing Unit']
}
def map_nadac(self, x):
''' Projects an element from a record in the Medicare cost spreadsheet.
'''
ndc = PackageNdc.parse_nadac(x['NDC'])
return {
'description': x['NDC Description'],
'package_code': ndc.packageCode,
'product_code': ndc.productCode,
'labeler': ndc.labeler,
'package_ndc': ndc.format(),
'product_ndc': ndc.format_product(),
'price_per_unit': x['NADAC Per Unit'],
'unit': x['Pricing Unit']
}
