def get_backend(name):
if name == "test":
backend = TestBackend()
else:
backend = DjangoBackend()
return backend
def setUp(self):
self.backend = DjangoBackend()
self.expected_ciprofloxacin_results = \
{"formulation":"ciprofloxacin 500mg tablet",
"country": "Democratic Republic of Congo",
"msh_price": Decimal("0.033000"),
"fob_price": Decimal("0.000003"),
"landed_price": Decimal("0.000004"),
"fob_currency": 'EUR',
"period": 2009,
"issue_unit":100,
"landed_currency": 'EUR',
'incoterm':"CIF"}
self.ciprofloxacin = self.set_up_and_return_drc_ciprofloxacin(
fob_price=Decimal("0.000003"), landed_price=Decimal("0.000004"))
self.expected_ciprofloxacin_results['url'] = reverse(
'formulation-by-id', args=[self.ciprofloxacin.id, ""])
self.biofloxx = self.set_up_and_return_biofloxx(self.ciprofloxacin)
def setUp(self):
self.backend = DjangoBackend()
self.expected_ciprofloxacin_results = \
{"formulation":"ciprofloxacin 500mg tablet",
"country": "Democratic Republic of Congo",
"msh_price": Decimal("0.000002"),
"fob_price": Decimal("0.000003"),
"landed_price": Decimal("0.000004"),
"fob_currency": 'EUR',
"period": 2009,
"issue_unit":100,
"landed_currency": 'EUR',
'url': '/formulation/1/'}
ciprofloxacin = self.setup_drc_ciprofloxacin(fob_price=Decimal("0.000003"),
msh_price=Decimal("0.000002"),
landed_price=Decimal("0.000004"))
self.setup_suppliers_of_formulation(ciprofloxacin)
def setUp(self):
self.backend = DjangoBackend()
self.expected_ciprofloxacin_results = \
{"formulation":"ciprofloxacin 500mg tablet",
"country": "Democratic Republic of Congo",
"msh_price": Decimal("0.033000"),
"fob_price": Decimal("0.000003"),
"landed_price": Decimal("0.000004"),
"fob_currency": 'EUR',
"period": 2009,
"issue_unit":100,
"landed_currency": 'EUR',
'incoterm':"CIF"}
self.ciprofloxacin = self.set_up_and_return_drc_ciprofloxacin(fob_price=Decimal("0.000003"),
landed_price=Decimal("0.000004"))
self.expected_ciprofloxacin_results['url'] = reverse('formulation-by-id',
args=[self.ciprofloxacin.id, ""])
self.biofloxx = self.set_up_and_return_biofloxx(self.ciprofloxacin)
class DjangoBackendTest(SarpamTestCase):
def setUp(self):
self.backend = DjangoBackend()
self.expected_ciprofloxacin_results = \
{"formulation":"ciprofloxacin 500mg tablet",
"country": "Democratic Republic of Congo",
"msh_price": Decimal("0.033000"),
"fob_price": Decimal("0.000003"),
"landed_price": Decimal("0.000004"),
"fob_currency": 'EUR',
"period": 2009,
"issue_unit":100,
"landed_currency": 'EUR',
'incoterm':"CIF"}
self.ciprofloxacin = self.set_up_and_return_drc_ciprofloxacin(
fob_price=Decimal("0.000003"), landed_price=Decimal("0.000004"))
self.expected_ciprofloxacin_results['url'] = reverse(
'formulation-by-id', args=[self.ciprofloxacin.id, ""])
self.biofloxx = self.set_up_and_return_biofloxx(self.ciprofloxacin)
def test_search_for_ciprofloxacin_returns_ciprofloxacin_500mg(self):
first_row = self.get_first_row_of_formulations_that_match(
"ciprofloxacin")
self.assertEquals("ciprofloxacin 500mg tablet",
first_row['formulation'])
def test_search_is_case_insensitive(self):
first_row = self.get_first_row_of_formulations_that_match(
"CIPROFLOXACIN")
self.assertEquals("ciprofloxacin 500mg tablet",
first_row['formulation'])
def get_first_row_of_formulations_that_match(self, search_string):
results = self.backend.get_formulations_that_match(search_string)
return results[0]
def get_first_row_of_prices_for_ciprofloxacin(self):
return self.get_first_row_of_prices_for_formulation(self.ciprofloxacin)
def get_first_row_of_prices_for_formulation(self, formulation):
rows = self.backend.get_prices_for_formulation_with_id(formulation.id)
return rows[0]
def check_column_matches_expected_field_with_name(self, name):
first_row = self.get_first_row_of_prices_for_ciprofloxacin()
self.assertEquals(self.expected_ciprofloxacin_results[name],
first_row[name])
def test_ciprofloxacin_country_can_be_retrieved_by_id(self):
self.check_column_matches_expected_field_with_name('country')
def test_ciprofloxacin_fob_price_can_be_retrieved_by_id(self):
self.check_column_matches_expected_field_with_name('fob_price')
def test_ciprofloxacin_landed_price_can_be_retrieved_by_id(self):
self.check_column_matches_expected_field_with_name('landed_price')
def test_ciprofloxacin_fob_currency_can_be_retrieved_by_id(self):
self.check_column_matches_expected_field_with_name('fob_currency')
def test_ciprofloxacin_period_can_be_retrieved_by_id(self):
self.check_column_matches_expected_field_with_name('period')
def test_ciprofloxacin_issue_unit_can_be_retrieved_by_id(self):
self.check_column_matches_expected_field_with_name('issue_unit')
def test_ciprofloxacin_issue_landed_currency_can_be_retrieved_by_id(self):
self.check_column_matches_expected_field_with_name('landed_currency')
def test_ciprofloxacin_incoterm_can_be_retrieved_by_id(self):
self.check_column_matches_expected_field_with_name('incoterm')
def test_ciprofloxacin_supplier_can_be_retrieved_by_id(self):
ciprofloxacin = Formulation()
ciprofloxacin.save()
camox = self.set_up_and_return_camox()
price = Price(formulation=ciprofloxacin, supplier=camox)
price.save()
row = self.get_first_row_of_prices_for_formulation(ciprofloxacin)
self.assertEquals("Camox Pharmaceuticals (Pty) Ltd", row['supplier'])
def test_ciprofloxacin_supplier_country_can_be_retrieved_by_id(self):
ciprofloxacin = Formulation()
ciprofloxacin.save()
nibia = self.set_up_and_return_nibia()
price = Price(formulation=ciprofloxacin, supplier_country=nibia)
price.save()
row = self.get_first_row_of_prices_for_formulation(ciprofloxacin)
self.assertEquals("Nibia", row['supplier_country'])
def test_ciprofloxacin_manufacture_country_can_be_retrieved_by_id(self):
ciprofloxacin = Formulation()
ciprofloxacin.save()
samgala = self.set_up_and_return_samgala()
price = Price(formulation=ciprofloxacin, manufacture_country=samgala)
price.save()
row = self.get_first_row_of_prices_for_formulation(ciprofloxacin)
self.assertEquals("Samgala", row['manufacture_country'])
def test_ciprofloxacin_volume_can_be_retrieved_by_id(self):
ciprofloxacin = Formulation()
ciprofloxacin.save()
price = Price(formulation=ciprofloxacin, volume=10000)
price.save()
row = self.get_first_row_of_prices_for_formulation(ciprofloxacin)
self.assertEquals(10000, row['volume'])
def test_formulation_name_can_be_retrieved_by_id(self):
name = self.backend.get_formulation_name_with_id(self.ciprofloxacin.id)
self.assertEquals("ciprofloxacin 500mg tablet", name)
def test_formulation_msh_can_be_retrieved_by_id(self):
self.set_up_msh_for_ciprofloxacin()
msh_price = self.backend.get_formulation_msh_with_id(
self.ciprofloxacin.id)
self.assertEquals(self.expected_ciprofloxacin_results['msh_price'],
msh_price)
def test_ciprofloxacin_product_can_be_retrieved_by_id(self):
self.set_up_minimal_biofloxx_registrations()
registrations = self.get_product_registrations_based_on_ciprofloxacin()
self.assertEquals("BIOFLOXX 500 MG",
registrations[0]['product']['name'])
def test_ciprofloxacin_suppliers_can_be_retrieved_by_id(self):
self.set_up_biofloxx_registrations_with_suppliers_and_manufacturers()
registrations = self.get_product_registrations_based_on_ciprofloxacin()
biotech_labs = self.get_supplier_record(self.biotech_labs,
"Biotech Laboratories")
camox = self.get_supplier_record(self.camox,
"Camox Pharmaceuticals (Pty) Ltd")
self.assertEquals(biotech_labs, registrations[0]['supplier'])
self.assertEquals(camox, registrations[1]['supplier'])
def get_supplier_record(self, supplier, name):
url = "/suppliers/%d/" % (supplier.id)
record = {'name': name, 'url': url}
return record
def test_null_suppliers_can_be_retrieved_by_id(self):
self.set_up_minimal_biofloxx_registrations()
registrations = self.get_product_registrations_based_on_ciprofloxacin()
self.assertEquals(None, registrations[0]['supplier'])
self.assertEquals(None, registrations[1]['supplier'])
def test_null_manufacturers_can_be_retrieved_by_id(self):
self.set_up_minimal_biofloxx_registrations()
registrations = self.get_product_registrations_based_on_ciprofloxacin()
self.assertEquals(None, registrations[0]['manufacturer'])
self.assertEquals(None, registrations[1]['manufacturer'])
def test_ciprofloxacin_manufacturers_can_be_retrieved_by_id(self):
self.set_up_biofloxx_registrations_with_suppliers_and_manufacturers()
registrations = self.get_product_registrations_based_on_ciprofloxacin()
unique_pharma = {'name': "Unique Pharmaceutical Labs, India"}
self.assertEquals(unique_pharma, registrations[0]['manufacturer'])
self.assertEquals(unique_pharma, registrations[1]['manufacturer'])
def test_ciprofloxacin_countries_can_be_retrieved_by_id(self):
self.set_up_minimal_biofloxx_registrations()
registrations = self.get_product_registrations_based_on_ciprofloxacin()
nibia = {'name': "Nibia"}
samgala = {'name': "Samgala"}
self.assertEquals(nibia, registrations[0]['country'])
self.assertEquals(samgala, registrations[1]['country'])
def test_supplier_name_can_be_retrieved_by_id(self):
biotech = self.set_up_and_return_biotech_labs()
supplier_name = self.backend.get_name_of_supplier_with_id(biotech.id)
self.assertEquals("Biotech Laboratories", supplier_name)
def test_msh_price_none_for_formulation_with_no_msh(self):
first_row = self.get_first_row_of_prices_for_ciprofloxacin()
self.assertEquals(None, first_row['msh_price'])
def test_msh_price_none_for_matching_formulation_with_no_msh(self):
results = self.backend.get_formulations_that_match('ciprofloxacin')
first_row = results[0]
self.assertEquals(None, first_row['msh_price'])
def test_biofloxx_returned_as_a_product_supplied_by_biotech_labs(self):
self.set_up_biofloxx_registrations_with_suppliers_and_manufacturers()
products = self.backend.get_products_from_supplier_with_id(
self.biotech_labs.id)
biofloxx = {
'product': "BIOFLOXX 500 MG",
'formulation_name': "ciprofloxacin 500mg tablet",
'formulation_url': "/formulation/1/"
}
expected_products = [biofloxx]
self.assertEquals(expected_products, products)
def get_product_registrations_based_on_ciprofloxacin(self):
registrations = self.backend.get_product_registrations_based_on_formulation_with_id(
self.ciprofloxacin.id)
return registrations
def set_up_biofloxx_registrations_with_suppliers_and_manufacturers(self):
nibia = self.set_up_and_return_nibia()
samgala = self.set_up_and_return_samgala()
unique_pharma = self.set_up_and_return_unique_pharma()
self.biotech_labs = self.set_up_and_return_biotech_labs()
self.camox = self.set_up_and_return_camox()
self.set_up_biofloxx_registration(manufacturer=unique_pharma,
supplier=self.biotech_labs,
country=nibia)
self.set_up_biofloxx_registration(manufacturer=unique_pharma,
supplier=self.camox,
country=samgala)
def set_up_minimal_biofloxx_registrations(self):
nibia = self.set_up_and_return_nibia()
samgala = self.set_up_and_return_samgala()
self.set_up_biofloxx_registration(manufacturer=None,
supplier=None,
country=nibia)
self.set_up_biofloxx_registration(manufacturer=None,
supplier=None,
country=samgala)
def set_up_biofloxx_registration(self, manufacturer, supplier, country):
registration = ProductRegistration(product=self.biofloxx,
manufacturer=manufacturer,
supplier=supplier,
country=country)
registration.save()
def set_up_and_return_biotech_labs(self):
biotech_laboratories = Supplier(name="Biotech Laboratories")
biotech_laboratories.save()
return biotech_laboratories
def set_up_and_return_camox(self):
camox_pharmaceuticals = Supplier(
name="Camox Pharmaceuticals (Pty) Ltd")
camox_pharmaceuticals.save()
return camox_pharmaceuticals
def set_up_and_return_unique_pharma(self):
unique_pharma = Manufacturer(name="Unique Pharmaceutical Labs, India")
unique_pharma.save()
return unique_pharma
def set_up_and_return_nibia(self):
nibia = Country(code='NB', name='Nibia')
nibia.save(self)
return nibia
def set_up_and_return_samgala(self):
samgala = Country(code='SM', name='Samgala')
samgala.save(self)
return samgala
class DjangoBackendTest(SarpamTestCase):
def setUp(self):
self.backend = DjangoBackend()
self.expected_ciprofloxacin_results = \
{"formulation":"ciprofloxacin 500mg tablet",
"country": "Democratic Republic of Congo",
"msh_price": Decimal("0.000002"),
"fob_price": Decimal("0.000003"),
"landed_price": Decimal("0.000004"),
"fob_currency": 'EUR',
"period": 2009,
"issue_unit":100,
"landed_currency": 'EUR',
'url': '/formulation/1/'}
ciprofloxacin = self.setup_drc_ciprofloxacin(fob_price=Decimal("0.000003"),
msh_price=Decimal("0.000002"),
landed_price=Decimal("0.000004"))
self.setup_suppliers_of_formulation(ciprofloxacin)
def test_search_for_ciprofloxacin_returns_ciprofloxacin_500mg(self):
results = self.backend.get_formulations_that_match('ciprofloxacin')
self.assertEquals(self.expected_ciprofloxacin_results, results[0])
def test_search_is_case_sensitive(self):
results = self.backend.get_formulations_that_match('CIPROFLOXACIN')
self.assertEquals(self.expected_ciprofloxacin_results, results[0])
def get_first_row_of_prices_with_formulation_id_1(self):
rows = self.backend.get_prices_for_formulation_with_id(1)
return rows[0]
def check_column_matches_expected_field_with_name(self, name):
first_row = self.get_first_row_of_prices_with_formulation_id_1()
self.assertEquals(self.expected_ciprofloxacin_results[name],\
first_row[name])
def test_ciprofloxacin_country_can_be_retrieved_by_id(self):
self.check_column_matches_expected_field_with_name('country')
def test_ciprofloxacin_fob_price_can_be_retrieved_by_id(self):
self.check_column_matches_expected_field_with_name('fob_price')
def test_ciprofloxacin_landed_price_can_be_retrieved_by_id(self):
self.check_column_matches_expected_field_with_name('landed_price')
def test_ciprofloxacin_msh_price_can_be_retrieved_by_id(self):
self.check_column_matches_expected_field_with_name('msh_price')
def test_ciprofloxacin_fob_currency_can_be_retrieved_by_id(self):
self.check_column_matches_expected_field_with_name('fob_currency')
def test_ciprofloxacin_period_can_be_retrieved_by_id(self):
self.check_column_matches_expected_field_with_name('period')
def test_ciprofloxacin_issue_unit_can_be_retrieved_by_id(self):
self.check_column_matches_expected_field_with_name('issue_unit')
def test_ciprofloxacin_issue_landed_currency_can_be_retrieved_by_id(self):
self.check_column_matches_expected_field_with_name('landed_currency')
def test_formulation_name_can_be_retrieved_by_id(self):
name = self.backend.get_formulation_name_with_id(1)
self.assertEquals("ciprofloxacin 500mg tablet", name)
def test_formulation_msh_can_be_retrieved_by_id(self):
msh = self.backend.get_formulation_msh_with_id(1)
self.assertEquals(self.expected_ciprofloxacin_results['msh_price'], msh)
def test_ciprofloxacin_product_can_be_retrieved_by_id(self):
products = self.backend.get_products_based_on_formulation_with_id(1)
biofloxx = products[0]
self.assertEquals("BIOFLOXX 500 MG", biofloxx['product'])
def test_ciprofloxacin_suppliers_can_be_retrieved_by_id(self):
products = self.backend.get_products_based_on_formulation_with_id(1)
biofloxx = products[0]
expected_suppliers= ['Biotech Laboratories', \
'Camox Pharmaceuticals (Pty) Ltd']
self.assertEquals(expected_suppliers, biofloxx['suppliers'])
class DjangoBackendTest(SarpamTestCase):
def setUp(self):
self.backend = DjangoBackend()
self.expected_ciprofloxacin_results = \
{"formulation":"ciprofloxacin 500mg tablet",
"country": "Democratic Republic of Congo",
"msh_price": Decimal("0.033000"),
"fob_price": Decimal("0.000003"),
"landed_price": Decimal("0.000004"),
"fob_currency": 'EUR',
"period": 2009,
"issue_unit":100,
"landed_currency": 'EUR',
'incoterm':"CIF"}
self.ciprofloxacin = self.set_up_and_return_drc_ciprofloxacin(fob_price=Decimal("0.000003"),
landed_price=Decimal("0.000004"))
self.expected_ciprofloxacin_results['url'] = reverse('formulation-by-id',
args=[self.ciprofloxacin.id, ""])
self.biofloxx = self.set_up_and_return_biofloxx(self.ciprofloxacin)
def test_search_for_ciprofloxacin_returns_ciprofloxacin_500mg(self):
first_row = self.get_first_row_of_formulations_that_match("ciprofloxacin")
self.assertEquals("ciprofloxacin 500mg tablet", first_row['formulation'])
def test_search_is_case_insensitive(self):
first_row = self.get_first_row_of_formulations_that_match("CIPROFLOXACIN")
self.assertEquals("ciprofloxacin 500mg tablet",
first_row['formulation'])
def get_first_row_of_formulations_that_match(self, search_string):
results = self.backend.get_formulations_that_match(search_string)
return results[0]
def get_first_row_of_prices_for_ciprofloxacin(self):
return self.get_first_row_of_prices_for_formulation(self.ciprofloxacin)
def get_first_row_of_prices_for_formulation(self, formulation):
rows = self.backend.get_prices_for_formulation_with_id(formulation.id)
return rows[0]
def check_column_matches_expected_field_with_name(self, name):
first_row = self.get_first_row_of_prices_for_ciprofloxacin()
self.assertEquals(self.expected_ciprofloxacin_results[name],
first_row[name])
def test_ciprofloxacin_country_can_be_retrieved_by_id(self):
self.check_column_matches_expected_field_with_name('country')
def test_ciprofloxacin_fob_price_can_be_retrieved_by_id(self):
self.check_column_matches_expected_field_with_name('fob_price')
def test_ciprofloxacin_landed_price_can_be_retrieved_by_id(self):
self.check_column_matches_expected_field_with_name('landed_price')
def test_ciprofloxacin_fob_currency_can_be_retrieved_by_id(self):
self.check_column_matches_expected_field_with_name('fob_currency')
def test_ciprofloxacin_period_can_be_retrieved_by_id(self):
self.check_column_matches_expected_field_with_name('period')
def test_ciprofloxacin_issue_unit_can_be_retrieved_by_id(self):
self.check_column_matches_expected_field_with_name('issue_unit')
def test_ciprofloxacin_issue_landed_currency_can_be_retrieved_by_id(self):
self.check_column_matches_expected_field_with_name('landed_currency')
def test_ciprofloxacin_incoterm_can_be_retrieved_by_id(self):
self.check_column_matches_expected_field_with_name('incoterm')
def test_ciprofloxacin_supplier_can_be_retrieved_by_id(self):
ciprofloxacin = Formulation()
ciprofloxacin.save()
camox = self.set_up_and_return_camox()
price = Price(formulation=ciprofloxacin, supplier=camox)
price.save()
row = self.get_first_row_of_prices_for_formulation(ciprofloxacin)
self.assertEquals("Camox Pharmaceuticals (Pty) Ltd", row['supplier'])
def test_ciprofloxacin_supplier_country_can_be_retrieved_by_id(self):
ciprofloxacin = Formulation()
ciprofloxacin.save()
nibia = self.set_up_and_return_nibia()
price = Price(formulation=ciprofloxacin, supplier_country=nibia)
price.save()
row = self.get_first_row_of_prices_for_formulation(ciprofloxacin)
self.assertEquals("Nibia", row['supplier_country'])
def test_ciprofloxacin_manufacture_country_can_be_retrieved_by_id(self):
ciprofloxacin = Formulation()
ciprofloxacin.save()
samgala = self.set_up_and_return_samgala()
price = Price(formulation=ciprofloxacin, manufacture_country=samgala)
price.save()
row = self.get_first_row_of_prices_for_formulation(ciprofloxacin)
self.assertEquals("Samgala", row['manufacture_country'])
def test_ciprofloxacin_volume_can_be_retrieved_by_id(self):
ciprofloxacin = Formulation()
ciprofloxacin.save()
price = Price(formulation=ciprofloxacin, volume=10000)
price.save()
row = self.get_first_row_of_prices_for_formulation(ciprofloxacin)
self.assertEquals(10000, row['volume'])
def test_formulation_name_can_be_retrieved_by_id(self):
name = self.backend.get_formulation_name_with_id(self.ciprofloxacin.id)
self.assertEquals("ciprofloxacin 500mg tablet", name)
def test_formulation_msh_can_be_retrieved_by_id(self):
self.set_up_msh_for_ciprofloxacin()
msh_price = self.backend.get_formulation_msh_with_id(self.ciprofloxacin.id)
self.assertEquals(self.expected_ciprofloxacin_results['msh_price'],
msh_price)
def test_ciprofloxacin_product_can_be_retrieved_by_id(self):
self.set_up_minimal_biofloxx_registrations()
registrations = self.get_product_registrations_based_on_ciprofloxacin()
biofloxx = {'name' : "BIOFLOXX 500 MG"}
self.assertEquals(biofloxx, registrations[0]['product'])
def test_ciprofloxacin_suppliers_can_be_retrieved_by_id(self):
self.set_up_biofloxx_registrations_with_suppliers_and_manufacturers()
registrations = self.get_product_registrations_based_on_ciprofloxacin()
biotech_labs = self.get_supplier_record(self.biotech_labs,
"Biotech Laboratories")
camox = self.get_supplier_record(self.camox,
"Camox Pharmaceuticals (Pty) Ltd")
self.assertEquals(biotech_labs, registrations[0]['supplier'])
self.assertEquals(camox, registrations[1]['supplier'])
def get_supplier_record(self, supplier, name):
url = "/suppliers/%d/" % (supplier.id)
record = {'name' : name,
'url' : url}
return record
def test_null_suppliers_can_be_retrieved_by_id(self):
self.set_up_minimal_biofloxx_registrations()
registrations = self.get_product_registrations_based_on_ciprofloxacin()
self.assertEquals(None, registrations[0]['supplier'])
self.assertEquals(None, registrations[1]['supplier'])
def test_null_manufacturers_can_be_retrieved_by_id(self):
self.set_up_minimal_biofloxx_registrations()
registrations = self.get_product_registrations_based_on_ciprofloxacin()
self.assertEquals(None, registrations[0]['manufacturer'])
self.assertEquals(None, registrations[1]['manufacturer'])
def test_ciprofloxacin_manufacturers_can_be_retrieved_by_id(self):
self.set_up_biofloxx_registrations_with_suppliers_and_manufacturers()
registrations = self.get_product_registrations_based_on_ciprofloxacin()
unique_pharma = {'name' : "Unique Pharmaceutical Labs, India"}
self.assertEquals(unique_pharma, registrations[0]['manufacturer'])
self.assertEquals(unique_pharma, registrations[1]['manufacturer'])
def test_ciprofloxacin_countries_can_be_retrieved_by_id(self):
self.set_up_minimal_biofloxx_registrations()
registrations = self.get_product_registrations_based_on_ciprofloxacin()
nibia = {'name':"Nibia"}
samgala = {'name':"Samgala"}
self.assertEquals(nibia, registrations[0]['country'])
self.assertEquals(samgala, registrations[1]['country'])
def test_supplier_name_can_be_retrieved_by_id(self):
biotech = self.set_up_and_return_biotech_labs()
supplier_name = self.backend.get_name_of_supplier_with_id(biotech.id)
self.assertEquals("Biotech Laboratories", supplier_name)
def test_msh_price_none_for_formulation_with_no_msh(self):
first_row = self.get_first_row_of_prices_for_ciprofloxacin()
self.assertEquals(None, first_row['msh_price'])
def test_msh_price_none_for_matching_formulation_with_no_msh(self):
results = self.backend.get_formulations_that_match('ciprofloxacin')
first_row = results[0]
self.assertEquals(None, first_row['msh_price'])
def test_biofloxx_returned_as_a_product_supplied_by_biotech_labs(self):
self.set_up_biofloxx_registrations_with_suppliers_and_manufacturers()
products = self.backend.get_products_from_supplier_with_id(self.biotech_labs.id)
biofloxx = {'product' : "BIOFLOXX 500 MG",
'formulation_name' : "ciprofloxacin 500mg tablet",
'formulation_url' : "/formulation/1/"}
expected_products = [biofloxx]
self.assertEquals(expected_products, products)
def get_product_registrations_based_on_ciprofloxacin(self):
registrations = self.backend.get_product_registrations_based_on_formulation_with_id(self.ciprofloxacin.id)
return registrations
def set_up_biofloxx_registrations_with_suppliers_and_manufacturers(self):
nibia = self.set_up_and_return_nibia()
samgala = self.set_up_and_return_samgala()
unique_pharma = self.set_up_and_return_unique_pharma()
self.biotech_labs = self.set_up_and_return_biotech_labs()
self.camox = self.set_up_and_return_camox()
self.set_up_biofloxx_registration(manufacturer=unique_pharma,
supplier=self.biotech_labs, country=nibia)
self.set_up_biofloxx_registration(manufacturer=unique_pharma,
supplier=self.camox, country=samgala)
def set_up_minimal_biofloxx_registrations(self):
nibia = self.set_up_and_return_nibia()
samgala = self.set_up_and_return_samgala()
self.set_up_biofloxx_registration(manufacturer=None,
supplier=None, country=nibia)
self.set_up_biofloxx_registration(manufacturer=None,
supplier=None, country=samgala)
def set_up_biofloxx_registration(self, manufacturer, supplier, country):
registration = ProductRegistration(product=self.biofloxx,
manufacturer=manufacturer,
supplier=supplier,
country=country)
registration.save()
def set_up_and_return_biotech_labs(self):
biotech_laboratories = Supplier(name="Biotech Laboratories")
biotech_laboratories.save()
return biotech_laboratories
def set_up_and_return_camox(self):
camox_pharmaceuticals = Supplier(name="Camox Pharmaceuticals (Pty) Ltd")
camox_pharmaceuticals.save()
return camox_pharmaceuticals
def set_up_and_return_unique_pharma(self):
unique_pharma = Manufacturer(name="Unique Pharmaceutical Labs, India")
unique_pharma.save()
return unique_pharma
def set_up_and_return_nibia(self):
nibia = Country(code='NB', name='Nibia')
nibia.save(self)
return nibia
def set_up_and_return_samgala(self):
samgala = Country(code='SM', name='Samgala')
samgala.save(self)
return samgala
