def set_up_and_return_price(self):
ciprofloxacin = Formulation(name="ciprofloxacin 500mg tablet")
ciprofloxacin.save()
price = Price(formulation=ciprofloxacin)
price.save()
return price
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_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_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_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_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'])
class SarpamTestCase(TestCase):
def __init__(self, method_name):
self.ciprofloxacin = None
TestCase.__init__(self, method_name)
def set_up_and_return_biofloxx(self, formulation):
biofloxx = Product(formulation=formulation, name="BIOFLOXX 500 MG")
biofloxx.save()
return biofloxx
def set_up_and_return_drc_ciprofloxacin(self, fob_price="1.8", landed_price="2.085",
fob_currency='EUR', issue_unit=100,
landed_currency='EUR',
volume=None):
self.ciprofloxacin = Formulation(name="ciprofloxacin 500mg tablet")
self.ciprofloxacin.save()
drc = Country(code='CD', name='Democratic Republic of Congo')
drc.save()
incoterm = Incoterm(name="CIF")
incoterm.save()
price = Price(formulation=self.ciprofloxacin, country=drc,
fob_price=fob_price, fob_currency=fob_currency,
landed_price=landed_price, period=2009,
issue_unit=issue_unit,
landed_currency=landed_currency, incoterm=incoterm)
price.save()
return self.ciprofloxacin
def set_up_msh_for_ciprofloxacin(self):
msh = MSHPrice(formulation=self.ciprofloxacin, period=2009,
price=Decimal("0.033"))
msh.save()
def set_up_exchange_rate(self, symbol, rate, year):
exchange_rate = ExchangeRate(symbol=symbol, rate=rate, year=year)
exchange_rate.save()
def set_up_exchange_rate_for_nad(self):
self.set_up_exchange_rate(symbol='NAD', rate=0.12314, year=2009)
def set_up_exchange_rate_for_usd(self):
self.set_up_exchange_rate(symbol='USD', rate=1.03, year=2007)
self.set_up_exchange_rate(symbol='USD', rate=1.0, year=2009)
def set_up_exchange_rate_for_eur(self):
self.set_up_exchange_rate(symbol='EUR', rate=1.39071, year=2009)
def set_up_exchange_rate_for_zar(self):
self.set_up_exchange_rate(symbol='ZAR', rate='0.11873', year='2009')
def contains(self, string_to_search, sub_string):
return string_to_search.find(sub_string) > -1
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_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_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 set_up_and_return_drc_ciprofloxacin(self, fob_price="1.8", landed_price="2.085",
fob_currency='EUR', issue_unit=100,
landed_currency='EUR',
volume=None):
self.ciprofloxacin = Formulation(name="ciprofloxacin 500mg tablet")
self.ciprofloxacin.save()
drc = Country(code='CD', name='Democratic Republic of Congo')
drc.save()
incoterm = Incoterm(name="CIF")
incoterm.save()
price = Price(formulation=self.ciprofloxacin, country=drc,
fob_price=fob_price, fob_currency=fob_currency,
landed_price=landed_price, period=2009,
issue_unit=issue_unit,
landed_currency=landed_currency, incoterm=incoterm)
price.save()
return self.ciprofloxacin
def setup_drc_ciprofloxacin(self, fob_price="1.8", landed_price="2.085",
msh_price="0.033",
fob_currency='EUR', issue_unit=100,
landed_currency='EUR'):
ciprofloxacin = Formulation(name="ciprofloxacin 500mg tablet")
ciprofloxacin.save()
drc = Country(code='CD', name='Democratic Republic of Congo')
drc.save()
msh = MSHPrice(formulation=ciprofloxacin, period=2009, price=msh_price)
msh.save()
price = Price(formulation=ciprofloxacin, country=drc,
fob_price=fob_price, fob_currency=fob_currency,
landed_price=landed_price, period=2009,
issue_unit=issue_unit,
landed_currency=landed_currency)
price.save()
return ciprofloxacin
def create_and_return_aciclovir(self):
aciclovir = Formulation(name="aciclovir 200mg tablet")
aciclovir.save()
return aciclovir