def test_get_front_products(admin_user): shop1 = get_default_shop() shop2 = Shop.objects.create(status=ShopStatus.ENABLED) supplier = get_default_supplier() p1 = create_product("product1", shop=shop1, supplier=supplier) p2 = create_product("product2", shop=shop1, supplier=supplier) sp1 = ShopProduct.objects.get(shop=shop1, product=p1) sp2 = ShopProduct.objects.get(shop=shop1, product=p2) # add products to other shop sp3 = ShopProduct.objects.create(shop=shop2, product=p1) sp4 = ShopProduct.objects.create(shop=shop2, product=p2) request = get_request("/api/shuup/front/products/", admin_user) response = FrontProductViewSet.as_view({"get": "list"})(request) response.render() assert response.status_code == status.HTTP_200_OK products_data = json.loads(response.content.decode("utf-8")) # should return only 2 procuts with 2 shops each assert len(products_data) == 2 products = sorted(products_data, key=lambda p: p["id"]) assert products[0]["id"] == p1.id assert products[0]["shop_products"] == [sp1.id, sp3.id] assert products[1]["id"] == p2.id assert products[1]["shop_products"] == [sp2.id, sp4.id]
def test_get_front_products(admin_user): shop1 = get_default_shop() shop2 = Shop.objects.create(status=ShopStatus.ENABLED) supplier = get_default_supplier() p1 = create_product("product1", shop=shop1, supplier=supplier) p2 = create_product("product2", shop=shop1, supplier=supplier) sp1 = ShopProduct.objects.get(shop=shop1, product=p1) sp2 = ShopProduct.objects.get(shop=shop1, product=p2) # add products to other shop sp3 = ShopProduct.objects.create(shop=shop2, product=p1) sp4 = ShopProduct.objects.create(shop=shop2, product=p2) request = get_request("/api/shuup/front/products/", admin_user) response = FrontProductViewSet.as_view({"get": "list"})(request) response.render() assert response.status_code == status.HTTP_200_OK products_data = json.loads(response.content.decode("utf-8")) # should return only 2 procuts with 2 shops each assert len(products_data) == 2 products = sorted(products_data, key=lambda p: p["id"]) assert products[0]["id"] == p1.id assert products[0]["shop_products"] == [sp1.id, sp3.id] assert products[1]["id"] == p2.id assert products[1]["shop_products"] == [sp2.id, sp4.id]
def test_nearby_products(admin_user): get_default_shop() supplier = create_simple_supplier("supplier1") # create Apple and its products shop1 = Shop.objects.create(status=ShopStatus.ENABLED) shop1.contact_address = MutableAddress.objects.create( name="Apple Infinite Loop", street="1 Infinite Loop", country="US", city="Cupertino", latitude=37.331667, longitude=-122.030146) shop1.save() product1 = create_product("macbook", shop1, supplier=supplier) product2 = create_product("imac", shop1, supplier=supplier) # create Google and its products shop2 = Shop.objects.create(status=ShopStatus.ENABLED) shop2.contact_address = MutableAddress.objects.create( name="Google", street="1600 Amphitheatre Pkwy", country="US", city="Mountain View", latitude=37.422000, longitude=-122.084024) shop2.save() product3 = create_product("nexus 1", shop2, supplier=supplier) product4 = create_product("nexux 7", shop2, supplier=supplier) my_position_to_apple = 2.982 my_position_to_google = 10.57 # YMCA my_position = (37.328330, -122.063612) # fetch products and their closest shops params = { "lat": my_position[0], "lng": my_position[1], "ordering": "-distance" } request = get_request("/api/shuup/front/products/", admin_user, data=params) response = FrontProductViewSet.as_view({"get": "list"})(request) response.render() assert response.status_code == status.HTTP_200_OK products = json.loads(response.content.decode("utf-8")) assert len(products) == 4 assert products[0]["id"] == product3.id assert products[0]["name"] == product3.name assert products[0][ "closest_shop_distance"] - my_position_to_google < 0.05 # 5 meters of error margin assert products[1]["id"] == product4.id assert products[1]["name"] == product4.name assert products[1][ "closest_shop_distance"] - my_position_to_google < 0.05 # 5 meters of error margin assert products[2]["id"] == product1.id assert products[2]["name"] == product1.name assert products[2][ "closest_shop_distance"] - my_position_to_apple < 0.05 # 5 meters of error margin assert products[3]["id"] == product2.id assert products[3]["name"] == product2.name assert products[3][ "closest_shop_distance"] - my_position_to_apple < 0.05 # 5 meters of error margin
def test_nearby_products(admin_user): get_default_shop() supplier = create_simple_supplier("supplier1") # create Apple and its products shop1 = Shop.objects.create(status=ShopStatus.ENABLED) shop1.contact_address = MutableAddress.objects.create( name="Apple Infinite Loop", street="1 Infinite Loop", country="US", city="Cupertino", latitude=37.331667, longitude=-122.030146 ) shop1.save() product1 = create_product("macbook", shop1, supplier=supplier) product2 = create_product("imac", shop1, supplier=supplier) # create Google and its products shop2 = Shop.objects.create(status=ShopStatus.ENABLED) shop2.contact_address = MutableAddress.objects.create( name="Google", street="1600 Amphitheatre Pkwy", country="US", city="Mountain View", latitude=37.422000, longitude=-122.084024 ) shop2.save() product3 = create_product("nexus 1", shop2, supplier=supplier) product4 = create_product("nexux 7", shop2, supplier=supplier) my_position_to_apple = 2.982 my_position_to_google = 10.57 # YMCA my_position = (37.328330, -122.063612) # fetch products and their closest shops params = {"lat": my_position[0], "lng": my_position[1], "ordering": "-distance"} request = get_request("/api/shuup/front/products/", admin_user, data=params) response = FrontProductViewSet.as_view({"get": "list"})(request) response.render() assert response.status_code == status.HTTP_200_OK products = json.loads(response.content.decode("utf-8")) assert len(products) == 4 assert products[0]["id"] == product3.id assert products[0]["name"] == product3.name assert products[0]["closest_shop_distance"] - my_position_to_google < 0.05 # 5 meters of error margin assert products[1]["id"] == product4.id assert products[1]["name"] == product4.name assert products[1]["closest_shop_distance"] - my_position_to_google < 0.05 # 5 meters of error margin assert products[2]["id"] == product1.id assert products[2]["name"] == product1.name assert products[2]["closest_shop_distance"] - my_position_to_apple < 0.05 # 5 meters of error margin assert products[3]["id"] == product2.id assert products[3]["name"] == product2.name assert products[3]["closest_shop_distance"] - my_position_to_apple < 0.05 # 5 meters of error margin