def formulation(request, formulation_id, backend_name="django"):
backend = get_backend(backend_name)
drug_searcher = DrugSearcher(backend)
rows = drug_searcher.get_prices_for_formulation_with_id(formulation_id)
# Don't like that, but results is being changed in the constructor of the table.
rows_graph = deepcopy(rows)
formulation_name = drug_searcher.get_formulation_name_with_id(formulation_id)
formulation_msh = drug_searcher.get_formulation_msh_with_id(formulation_id)
formulation_table = FormulationTable(rows)
formulation_graph = FormulationGraph(rows_graph, formulation_msh)
search_form = SearchForm()
products_href = reverse('formulation_products', args=[str(formulation_id),
backend_name])
formulation_tab = get_formulation_tab(None)
similar_products_tab = get_similar_products_tab(products_href)
menu = Menu([formulation_tab, similar_products_tab])
price_popups = []
for price_fields in rows:
price_popups.append(PricePopup(price_fields))
return render_to_response('formulation.html',
{'formulation_table': formulation_table,
'formulation_graph': formulation_graph,
'formulation_msh': formulation_msh,
'price_popups': price_popups,
'menu' : menu,
'search_form' : search_form,
'sub_title' : formulation_name},RequestContext(request))
def formulation_products(request, formulation_id, backend_name="django"):
backend = get_backend(backend_name)
drug_searcher = DrugSearcher(backend)
rows = drug_searcher.get_product_registrations_based_on_formulation_with_id(
formulation_id)
supplier_table = ProductTable(rows)
search_form = SearchForm()
formulation_name = drug_searcher.get_formulation_name_with_id(
formulation_id)
formulation_href = reverse('formulation-by-id',
args=[str(formulation_id), backend_name])
formulation_tab = get_formulation_tab(formulation_href)
similar_products_tab = get_similar_products_tab()
menu = Menu([formulation_tab, similar_products_tab])
return render_to_response(
'formulation_products.html', {
'supplier_table': supplier_table,
'search_form': search_form,
'menu': menu,
'sub_title': "Formulation",
'sub_sub_title': formulation_name,
}, RequestContext(request))
def search(request):
search_term = request.GET.get('search', None)
initial_form_values = {'search': search_term}
if search_term is not None:
backend_name = request.GET.get('backend', "django")
backend = get_backend(backend_name)
drug_searcher = DrugSearcher(backend)
rows = drug_searcher.get_formulations_that_match(search_term)
results_table = ResultsTable(rows, search_term)
search_results_tab = get_search_results_tab()
menu = Menu([search_results_tab])
else:
menu = None
results_table = None
search_form = SearchForm(initial=initial_form_values)
return render_to_response('search.html', {
'search_form': search_form,
'results_table': results_table,
'menu': menu
}, RequestContext(request))
def search(request):
search_term = request.GET.get('search', None)
initial_form_values = {'search' : search_term}
if search_term is not None:
backend_name = request.GET.get('backend', "django")
backend = get_backend(backend_name)
drug_searcher = DrugSearcher(backend)
rows = drug_searcher.get_formulations_that_match(search_term)
results_table = ResultsTable(rows, search_term)
search_results_tab = get_search_results_tab()
menu = Menu([search_results_tab])
else:
menu = None
results_table = None
search_form = SearchForm(initial = initial_form_values)
return render_to_response('search.html',
{'search_form': search_form,
'results_table': results_table,
'menu' : menu},RequestContext(request))
def formulation_products(request, formulation_id, backend_name="django"):
backend = get_backend(backend_name)
drug_searcher = DrugSearcher(backend)
rows = drug_searcher.get_product_registrations_based_on_formulation_with_id(formulation_id)
supplier_table = ProductTable(rows)
search_form = SearchForm()
formulation_name = drug_searcher.get_formulation_name_with_id(formulation_id)
formulation_href = reverse('formulation-by-id', args=[str(formulation_id),
backend_name])
formulation_tab = get_formulation_tab(formulation_href)
similar_products_tab = get_similar_products_tab()
menu = Menu([formulation_tab, similar_products_tab])
return render_to_response('formulation_products.html',
{'supplier_table' : supplier_table,
'search_form' : search_form,
'menu' : menu,
'sub_title' : "Formulation",
'sub_sub_title' : formulation_name,
},
RequestContext(request))
def supplier(request, formulation_id, backend_name="django"):
backend = get_backend(backend_name)
drug_searcher = DrugSearcher(backend)
rows = drug_searcher.get_products_based_on_formulation_with_id(formulation_id)
supplier_table = SupplierTable(rows)
return render_to_response('formulation_suppliers.html',
{'supplier_table':supplier_table})
def supplier_catalogue(request, supplier_id, backend_name="django"):
backend = get_backend(backend_name)
drug_searcher = DrugSearcher(backend)
registrations = drug_searcher.get_registrations_from_supplier_with_id(supplier_id)
search_form = SearchForm()
catalogue_tab = get_catalogue_tab()
menu = Menu([catalogue_tab])
supplier_name = drug_searcher.get_name_of_supplier_with_id(supplier_id)
return render_to_response('supplier_catalogue.html',
{'registrations': registrations,
'menu': menu,
'search_form': search_form,
'sub_title': supplier_name,
'backend': backend_name},RequestContext(request))
def supplier_catalogue(request, supplier_id, backend_name="django"):
backend = get_backend(backend_name)
drug_searcher = DrugSearcher(backend)
registrations = drug_searcher.get_registrations_from_supplier_with_id(
supplier_id)
search_form = SearchForm()
catalogue_tab = get_catalogue_tab()
menu = Menu([catalogue_tab])
supplier_name = drug_searcher.get_name_of_supplier_with_id(supplier_id)
return render_to_response(
'supplier_catalogue.html', {
'registrations': registrations,
'menu': menu,
'search_form': search_form,
'sub_title': supplier_name,
'backend': backend_name
}, RequestContext(request))
def formulation(request, formulation_id, backend_name="django"):
backend = get_backend(backend_name)
drug_searcher = DrugSearcher(backend)
rows = drug_searcher.get_prices_for_formulation_with_id(formulation_id)
# Don't like that, but results is being changed in the constructor of the table.
rows_graph = deepcopy(rows)
formulation_name = drug_searcher.get_formulation_name_with_id(
formulation_id)
formulation_msh = drug_searcher.get_formulation_msh_with_id(formulation_id)
formulation_table = FormulationTable(rows)
formulation_graph = FormulationGraph(rows_graph, formulation_msh)
search_form = SearchForm()
products_href = reverse('formulation_products',
args=[str(formulation_id), backend_name])
formulation_tab = get_formulation_tab(None)
similar_products_tab = get_similar_products_tab(products_href)
menu = Menu([formulation_tab, similar_products_tab])
price_popups = []
for price_fields in rows:
price_popups.append(PricePopup(price_fields))
return render_to_response(
'formulation.html', {
'formulation_table': formulation_table,
'formulation_graph': formulation_graph,
'formulation_msh': formulation_msh,
'price_popups': price_popups,
'menu': menu,
'search_form': search_form,
'sub_title': "Formulation",
'sub_sub_title': formulation_name
}, RequestContext(request))
def formulation(request, formulation_id, backend_name="django"):
backend = get_backend(backend_name)
drug_searcher = DrugSearcher(backend)
rows = drug_searcher.get_prices_for_formulation_with_id(formulation_id)
# Don't like that, but results is being changed in the constructor of the table.
from copy import deepcopy
rows_graph = deepcopy(rows)
formulation_name = drug_searcher.get_formulation_name_with_id(formulation_id)
formulation_msh = drug_searcher.get_formulation_msh_with_id(formulation_id)
formulation_table = FormulationTable(rows)
formulation_graph = FormulationGraph(rows_graph, formulation_msh)
results_href = None
referer = request.META.get('HTTP_REFERER')
if referer is not None:
referer_parts = re.sub('^https?:\/\/', '', referer).split('/')
referer_host = referer_parts[0]
if referer_host == '' or referer_host == request.META.get('HTTP_HOST'):
results_href = referer
search_form = SearchForm()
return render_to_response('formulation.html',
{'formulation_table': formulation_table,
'formulation_graph': formulation_graph,
'formulation_name': formulation_name,
'formulation_msh': formulation_msh,
'results_href' : results_href,
'search_form' : search_form});
def setUp(self):
test_backend = TestBackend()
self.drug_searcher = DrugSearcher(test_backend)
class DrugSearcherTest(SarpamTestCase):
def setUp(self):
test_backend = TestBackend()
self.drug_searcher = DrugSearcher(test_backend)
def test_prices_converted_to_usd(self):
self.set_up_exchange_rate_for_nad()
fob_price_in_nad = 58.64
landed_price_in_nad = 67.44
exchange_rate = 0.12314
issue_unit = 500
fob_price_in_usd = (fob_price_in_nad * exchange_rate) / issue_unit
landed_price_in_usd = (landed_price_in_nad *
exchange_rate) / issue_unit
rows = self.drug_searcher.get_formulations_that_match("amitriptyline")
row = rows[0]
self.assertEquals(fob_price_in_usd, row['fob_price'])
self.assertEquals(landed_price_in_usd, row['landed_price'])
def test_no_error_when_issue_unit_none(self):
rows = self.drug_searcher.get_formulations_that_match(
"issue unit none")
row = rows[0]
self.assertEquals(None, row['fob_price'])
self.assertEquals(None, row['landed_price'])
def test_prices_for_amoxycillin_is_converted_to_usd(self):
self.set_up_exchange_rate_for_nad()
self.set_up_exchange_rate_for_usd()
fob_price_in_nad = 58.64
landed_price_in_nad = 67.44
exchange_rate = 0.12314
issue_unit = 500
fob_price_in_usd = (fob_price_in_nad * exchange_rate) / issue_unit
landed_price_in_usd = (landed_price_in_nad *
exchange_rate) / issue_unit
rows = self.drug_searcher.get_prices_for_formulation_with_id(
"amitriptyline")
row = rows[0]
self.assertEquals(fob_price_in_usd, row['fob_price'])
self.assertEquals(landed_price_in_usd, row['landed_price'])
def test_gets_formulation_name_from_backend_given_id(self):
name = self.drug_searcher.get_formulation_name_with_id(1)
self.assertEquals("amitriptyline 25mg tablet", name)
def get_formulations_that_match_amox(self):
self.set_up_exchange_rate_for_eur()
self.set_up_exchange_rate_for_nad()
self.set_up_exchange_rate_for_usd()
return self.drug_searcher.get_formulations_that_match("amox")
def test_matching_formulations_grouped_by_formulation_name(self):
formulations = self.get_formulations_that_match_amox()
self.assertEquals(3, len(formulations))
amoxycillin125 = formulations[0]
amoxycillin500 = formulations[1]
tamoxifen = formulations[2]
self.assertEquals(amoxycillin125['formulation'],
"amoxycillin 125mg/5ml suspension")
self.assertEquals(amoxycillin500['formulation'],
"amoxycillin 500mg tablet/capsule")
self.assertEquals(tamoxifen['formulation'], "tamoxifen 20mg tablet")
def test_matching_formulations_include_median_fob_price(self):
formulations = self.get_formulations_that_match_amox()
# fob prices are:
# Angola None
# DRC 0.004
# Namibia 0.005
# Botswana 0.009
amoxycillin125 = formulations[0]
fob_price_for_namibia = 4.36
nad_exchange_rate = 0.12314
issue_unit = 100
expected_median = (fob_price_for_namibia *
nad_exchange_rate) / issue_unit
self.assertAlmostEquals(expected_median, amoxycillin125['fob_price'])
def test_matching_formulations_include_median_landed_price(self):
formulations = self.get_formulations_that_match_amox()
amoxycillin125 = formulations[0]
landed_price_for_namibia = 4.93
nad_exchange_rate = 0.12314
issue_unit = 100
expected_median = (landed_price_for_namibia *
nad_exchange_rate) / issue_unit
self.assertAlmostEquals(expected_median,
amoxycillin125['landed_price'])
def test_amitrilon_25_returned_as_product_based_on_amitryptyline(self):
registrations = self.get_amitrilon_25_registrations()
self.assertEquals("AMITRILON-25", registrations[0]['product']['name'])
self.assertEquals("AMITRILON-25", registrations[1]['product']['name'])
def test_afrifarmacia_and_aspen_returned_as_suppliers_of_amitryptyline(
self):
registrations = self.get_amitrilon_25_registrations()
afrifarmacia = {
'id': 1,
'name': u"Afrifármacia, Lda",
'url': "/suppliers/1/test"
}
aspen_pharmacare = {
'id': 2,
'name': "Aspen Pharmacare Ltd, S.A",
'url': "/suppliers/2/test"
}
self.assertEquals(afrifarmacia, registrations[0]['supplier'])
self.assertEquals(aspen_pharmacare, registrations[1]['supplier'])
def test_stallion_laboratories_returned_as_manufacturer_of_amitryptyline(
self):
registrations = self.get_amitrilon_25_registrations()
stallion = {'name': "STALLION LABORATORIES LTD-INDIA"}
self.assertEquals(stallion, registrations[0]['manufacturer'])
self.assertEquals(stallion, registrations[1]['manufacturer'])
def get_amitrilon_25_registrations(self):
registrations = self.drug_searcher.get_product_registrations_based_on_formulation_with_id(
1)
return registrations
def test_amitrilon_25_returned_as_product_supplied_by_afrifarmacia(self):
products = self.drug_searcher.get_products_from_supplier_with_id(1)
amitrilon25 = {}
amitrilon25['product'] = "AMITRILON-25"
amitrilon25['formulation_name'] = "amitriptyline 25mg tablet"
amitrilon25['formulation_url'] = "/formulation/1/test"
expected_products = [amitrilon25]
self.assertEquals(expected_products, products)
def setUp(self):
test_backend = TestBackend()
self.drug_searcher = DrugSearcher(test_backend)
class DrugSearcherTest(SarpamTestCase):
def setUp(self):
test_backend = TestBackend()
self.drug_searcher = DrugSearcher(test_backend)
def test_prices_converted_to_usd(self):
self.setup_exchange_rate_for_nad()
fob_price_in_nad = 58.64
landed_price_in_nad = 67.44
exchange_rate = 0.12314
issue_unit = 500
fob_price_in_usd = (fob_price_in_nad * exchange_rate) / issue_unit
landed_price_in_usd = (landed_price_in_nad * exchange_rate) / issue_unit
rows = self.drug_searcher.get_formulations_that_match("amitriptyline")
row = rows[0]
self.assertEquals(fob_price_in_usd, row['fob_price'])
self.assertEquals(landed_price_in_usd, row['landed_price'])
def test_no_error_when_issue_unit_none(self):
rows = self.drug_searcher.get_formulations_that_match("issue unit none")
row = rows[0]
self.assertEquals(None, row['fob_price'])
self.assertEquals(None, row['landed_price'])
def test_prices_for_amoxycillin_is_converted_to_usd(self):
self.setup_exchange_rate_for_nad()
fob_price_in_nad = 58.64
landed_price_in_nad = 67.44
exchange_rate = 0.12314
issue_unit = 500
fob_price_in_usd = (fob_price_in_nad * exchange_rate) / issue_unit
landed_price_in_usd = (landed_price_in_nad * exchange_rate) / issue_unit
rows = self.drug_searcher.get_prices_for_formulation_with_id("amitriptyline")
row = rows[0]
self.assertEquals(fob_price_in_usd, row['fob_price'])
self.assertEquals(landed_price_in_usd, row['landed_price'])
def test_gets_formulation_name_from_backend_given_id(self):
name = self.drug_searcher.get_formulation_name_with_id(1)
self.assertEquals("amitriptyline 25mg tablet", name)
def get_formulations_that_match_amox(self):
self.setup_exchange_rate_for_eur()
self.setup_exchange_rate_for_nad()
self.setup_exchange_rate_for_usd()
return self.drug_searcher.get_formulations_that_match("amox")
def test_matching_formulations_grouped_by_formulation_name(self):
formulations = self.get_formulations_that_match_amox()
self.assertEquals(3, len(formulations))
amoxycillin125 = formulations[0]
amoxycillin500 = formulations[1]
tamoxifen = formulations[2]
self.assertEquals(amoxycillin125['formulation'],
"amoxycillin 125mg/5ml suspension")
self.assertEquals(amoxycillin500['formulation'],
"amoxycillin 500mg tablet/capsule")
self.assertEquals(tamoxifen['formulation'],
"tamoxifen 20mg tablet")
def test_matching_formulations_include_median_fob_price(self):
formulations = self.get_formulations_that_match_amox()
# fob prices are:
# Angola None
# DRC 0.004
# Namibia 0.005
# Botswana 0.009
amoxycillin125 = formulations[0]
fob_price_for_namibia = 4.36
nad_exchange_rate = 0.12314
issue_unit = 100
expected_median = (fob_price_for_namibia * nad_exchange_rate) / issue_unit
self.assertAlmostEquals(expected_median, amoxycillin125['fob_price'])
def test_matching_formulations_include_median_landed_price(self):
formulations = self.get_formulations_that_match_amox()
amoxycillin125 = formulations[0]
landed_price_for_namibia = 4.93
nad_exchange_rate = 0.12314
issue_unit = 100
expected_median = (landed_price_for_namibia * nad_exchange_rate) / issue_unit
self.assertAlmostEquals(expected_median, amoxycillin125['landed_price'])
def test_none_returned_for_median_of_empty_list(self):
empty_list = []
median = self.drug_searcher.get_median(empty_list)
self.assertEquals(None, median)
def test_middle_value_returned_for_median_of_list_with_odd_length(self):
price_list = [0.09, 0.05, 0.14]
median = self.drug_searcher.get_median(price_list)
self.assertAlmostEquals(0.09, median)
def test_average_of_middle_values_returned_for_median_of_list_with_even_length(self):
price_list = [0.04, 0.05, 0.14, 0.07]
median = self.drug_searcher.get_median(price_list)
self.assertAlmostEquals(0.06, median)
def test_none_values_ignored_when_calculating_median_fob_price_of_list(self):
price_list = [{'fob_price':None, 'landed_price':None},
{'fob_price':0.09, 'landed_price':None},
{'fob_price':None, 'landed_price':None},
{'fob_price':0.05, 'landed_price':None},
{'fob_price':None, 'landed_price':None},
{'fob_price':0.14, 'landed_price':None}]
median = self.drug_searcher.get_median_prices(price_list)
self.assertAlmostEquals(0.09, median[0])
def test_none_values_ignored_when_calculating_median_landed_price_of_list(self):
price_list = [{'landed_price':None, 'fob_price':None},
{'landed_price':0.09, 'fob_price':None},
{'landed_price':None, 'fob_price':None},
{'landed_price':0.05, 'fob_price':None},
{'landed_price':None, 'fob_price':None},
{'landed_price':0.14, 'fob_price':None}]
median = self.drug_searcher.get_median_prices(price_list)
self.assertAlmostEquals(0.09, median[1])
def get_amitrilon_25(self):
products = self.drug_searcher.get_products_based_on_formulation_with_id(1)
amitrilon25 = products[0]
return amitrilon25
def test_amitrilon_25_returned_as_product_based_on_amitryptyline(self):
amitrilon25 = self.get_amitrilon_25()
self.assertEquals("AMITRILON-25", amitrilon25['product'])
def test_afrifarmacia_returned_as_supplier_of_amitryptyline(self):
amitrilon25 = self.get_amitrilon_25()
self.assertEquals(u"Afrifármacia, Lda, Aspen Pharmacare Ltd, S.A",
amitrilon25['suppliers'])
class DrugSearcherTest(SarpamTestCase):
def setUp(self):
test_backend = TestBackend()
self.drug_searcher = DrugSearcher(test_backend)
def test_prices_converted_to_usd(self):
self.set_up_exchange_rate_for_nad()
fob_price_in_nad = 58.64
landed_price_in_nad = 67.44
exchange_rate = 0.12314
issue_unit = 500
fob_price_in_usd = (fob_price_in_nad * exchange_rate) / issue_unit
landed_price_in_usd = (landed_price_in_nad * exchange_rate) / issue_unit
rows = self.drug_searcher.get_formulations_that_match("amitriptyline")
row = rows[0]
self.assertEquals(fob_price_in_usd, row['fob_price'])
self.assertEquals(landed_price_in_usd, row['landed_price'])
def test_no_error_when_issue_unit_none(self):
rows = self.drug_searcher.get_formulations_that_match("issue unit none")
row = rows[0]
self.assertEquals(None, row['fob_price'])
self.assertEquals(None, row['landed_price'])
def test_prices_for_amoxycillin_is_converted_to_usd(self):
self.set_up_exchange_rate_for_nad()
self.set_up_exchange_rate_for_usd()
fob_price_in_nad = 58.64
landed_price_in_nad = 67.44
exchange_rate = 0.12314
issue_unit = 500
fob_price_in_usd = (fob_price_in_nad * exchange_rate) / issue_unit
landed_price_in_usd = (landed_price_in_nad * exchange_rate) / issue_unit
rows = self.drug_searcher.get_prices_for_formulation_with_id("amitriptyline")
row = rows[0]
self.assertEquals(fob_price_in_usd, row['fob_price'])
self.assertEquals(landed_price_in_usd, row['landed_price'])
def test_gets_formulation_name_from_backend_given_id(self):
name = self.drug_searcher.get_formulation_name_with_id(1)
self.assertEquals("amitriptyline 25mg tablet", name)
def get_formulations_that_match_amox(self):
self.set_up_exchange_rate_for_eur()
self.set_up_exchange_rate_for_nad()
self.set_up_exchange_rate_for_usd()
return self.drug_searcher.get_formulations_that_match("amox")
def test_matching_formulations_grouped_by_formulation_name(self):
formulations = self.get_formulations_that_match_amox()
self.assertEquals(3, len(formulations))
amoxycillin125 = formulations[0]
amoxycillin500 = formulations[1]
tamoxifen = formulations[2]
self.assertEquals(amoxycillin125['formulation'],
"amoxycillin 125mg/5ml suspension")
self.assertEquals(amoxycillin500['formulation'],
"amoxycillin 500mg tablet/capsule")
self.assertEquals(tamoxifen['formulation'],
"tamoxifen 20mg tablet")
def test_matching_formulations_include_median_fob_price(self):
formulations = self.get_formulations_that_match_amox()
# fob prices are:
# Angola None
# DRC 0.004
# Namibia 0.005
# Botswana 0.009
amoxycillin125 = formulations[0]
fob_price_for_namibia = 4.36
nad_exchange_rate = 0.12314
issue_unit = 100
expected_median = (fob_price_for_namibia * nad_exchange_rate) / issue_unit
self.assertAlmostEquals(expected_median, amoxycillin125['fob_price'])
def test_matching_formulations_include_median_landed_price(self):
formulations = self.get_formulations_that_match_amox()
amoxycillin125 = formulations[0]
landed_price_for_namibia = 4.93
nad_exchange_rate = 0.12314
issue_unit = 100
expected_median = (landed_price_for_namibia * nad_exchange_rate) / issue_unit
self.assertAlmostEquals(expected_median, amoxycillin125['landed_price'])
def test_amitrilon_25_returned_as_product_based_on_amitryptyline(self):
registrations = self.get_amitrilon_25_registrations()
self.assertEquals("AMITRILON-25", registrations[0]['product']['name'])
self.assertEquals("AMITRILON-25", registrations[1]['product']['name'])
def test_afrifarmacia_and_aspen_returned_as_suppliers_of_amitryptyline(self):
registrations = self.get_amitrilon_25_registrations()
afrifarmacia = {'id': 1, 'name':u"Afrifármacia, Lda",
'url':"/suppliers/1/test"}
aspen_pharmacare = {'id': 2, 'name':"Aspen Pharmacare Ltd, S.A",
'url':"/suppliers/2/test"}
self.assertEquals(afrifarmacia, registrations[0]['supplier'])
self.assertEquals(aspen_pharmacare, registrations[1]['supplier'])
def test_stallion_laboratories_returned_as_manufacturer_of_amitryptyline(self):
registrations = self.get_amitrilon_25_registrations()
stallion = {'name':"STALLION LABORATORIES LTD-INDIA"}
self.assertEquals(stallion, registrations[0]['manufacturer'])
self.assertEquals(stallion, registrations[1]['manufacturer'])
def get_amitrilon_25_registrations(self):
registrations = self.drug_searcher.get_product_registrations_based_on_formulation_with_id(1)
return registrations
def test_amitrilon_25_returned_as_product_supplied_by_afrifarmacia(self):
products = self.drug_searcher.get_products_from_supplier_with_id(1)
amitrilon25 = {}
amitrilon25['product'] = "AMITRILON-25"
amitrilon25['formulation_name'] = "amitriptyline 25mg tablet"
amitrilon25['formulation_url'] = "/formulation/1/test"
expected_products = [amitrilon25]
self.assertEquals(expected_products, products)
