def GET(self, code=None):
"""Lista os produtos cadastradas no sistema."""
#Se nenhum código de produto foi informado
if code == None:
#Capturo a lista de produtos e faço um dump dos dicionários da lista
return json.dumps(
[p.__dict__ for p in Product().selectAllProducts()])
else:
#Se um código de produto foi informado, capturo o objeto e faço um dump de seu dicionario
return json.dumps(Product().selectProduct(code).__dict__)
def test_setupProductHxListSchouldReturnListWithTwoProductHX(self):
productList = []
product = Product('thee grey',4.1,14,15,19)
product2= Product('thee aardbei',2,16,17,12)
productList.append(product)
productList.append(product2)
measureInventory = MeasureInventory.MeasureInventory(productList)
productHXList = measureInventory.setupProductHxList()
self.assertEqual(len(productHXList), 2)
def DELETE(self, code=None):
"""Apaga um produto do sistema."""
#Se o código informado não for nulo,
if code != None:
#Testo selecionar a categoria
product = Product().selectProduct(code)
#Se ela realmente existir
if product != None:
#Deleto-a
product.deleteProduct()
def test_InitSchouldCreateMeasureInventoryObjectWithProductList(self):
productList = []
product = Product('thee grey','2','14','15','19')
productList.append(product)
measureInventory = MeasureInventory.MeasureInventory(productList)
self.assertEqual(measureInventory.products, productList)
def fetch_all(self):
model_obj_list = []
# 根据参数拼接SQL，执行
sql = """ select * from tb """
# 获取数据库结果
result = [
{
'nid': '1',
'name': 'seven',
'rrp': 10,
'selling_price': 9
},
]
# 循环所有的结果，格式化为模型
for item in result:
model_obj_list.append(
Product(nid=item['nid'],
name=item['name'],
price=Price(rrp=item['rrp'],
selling_price=item['selling_price'])))
return model_obj_list
def test_calculateTotalAverageInGramsSchouldReturnCorrectTotalWeight(self):
productList = []
product = Product('thee grey','2','14','15','19')
MeasurementList=[29,30,29,30,31,31,30,29,31,30]
productList.append(product)
measureInventory = MeasureInventory.MeasureInventory(productList)
totalWeight= measureInventory.calculateTotalAverageInGrams(MeasurementList)
self.assertEqual(totalWeight, 30)
def test_calculateUnitsSchouldReturnTenUnits(self):
productList = []
product = Product('thee grey',4.1,'14','15',19)
productList.append(product)
measureInventory = MeasureInventory.MeasureInventory(productList)
Units= measureInventory.calculateUnits(59,product.container,product.weight)
self.assertEqual(Units,9)
def getProduct(self, name):
try:
self.__conn = Conn()
flag, product = self.__conn._selectEach("name", name, table="product")
product = Product(*product)
return flag, product
except Exception as e:
print(e)
return flag
def test_reject_outliersSchouldReturnListWithoutOutliers(self):
productList = []
product = Product('thee grey',4.1,14,15,19)
measurementList=[29,30,1029,30,31,31,1,29,31,30]
productList.append(product)
measureInventory = MeasureInventory.MeasureInventory(productList)
result = measureInventory.reject_outliers(measurementList)
self.assertEqual(len(result), 8)
def test_setGPIOofProductSchouldReturnCorrectDoutAndPD_SCK(self):
productList = []
product = Product('thee grey','2','14','15','19')
productList.append(product)
measureInventory = MeasureInventory.MeasureInventory(productList)
hx= measureInventory.setGPIOofProduct(product)
self.assertEqual(hx.DOUT, 14)
self.assertEqual(hx.PD_SCK, 15)
def PUT(self, strJson):
"""Inclui ou atualiza """
if strJson != None:
product = Product()
product.__dict__ = json.loads(strJson)
#Se é um novo registro, adiciono. Caso contrário, atualizo.
if product.isNew():
product.insertProduct()
else:
product.updateProduct()
def MapEnvironmentVariables(enviromentList):
productList = []
for enviromentVariables in enviromentList:
print(enviromentVariables)
variable = enviromentVariables.split(':')
product = Product(variable[0], float(variable[1]), variable[2],
variable[3], float(variable[4]))
productList.append(product)
print(len(enviromentList))
return productList
def test_ReadMultipleMeasurementsSchouldReturnListWithLenghtFive(self, mock_method):
productList = []
product = Product('thee grey',2,'14','15','19')
productList.append(product)
measureInventory = MeasureInventory.MeasureInventory(productList)
hx= measureInventory.setGPIOofProduct(product)
MeasurementList = measureInventory.ReadMultipleMeasurements(hx,5)
self.assertEqual(len(MeasurementList), 5)
def create_product():
name = request.json['name']
description = request.json['description']
price = float(request.json['price'])
barcode = request.json['barcode']
promotion = request.json['promotion']
new_product = Product(name, description, price, barcode, promotion)
db.session.add(new_product)
db.session.commit()
return product_schema.jsonify(new_product)
def test_setupProductHxListSchouldReturnCorrectAttributeValues(self):
productList = []
product = Product('thee grey',4.1,14,15,19)
productList.append(product)
measureInventory = MeasureInventory.MeasureInventory(productList)
productHXList = measureInventory.setupProductHxList()
self.assertEqual(productHXList[0].product.name, 'thee grey')
self.assertEqual(productHXList[0].product.container, 19)
self.assertEqual(productHXList[0].product.DT, 14)
self.assertEqual(productHXList[0].product.SCK, 15)
def addProduct(self, product_name, brand, price_cad, product_description,
category, sub_cat):
"""Inserts a new product into the Product collection"""
prod = Product(product_name, brand, price_cad, product_description,
category, sub_cat)
return prod_collection.insert_one({
"_id": prod.id,
"Name": prod.name,
"Brand": prod.brand,
"Price": prod.price,
"Description:": prod.description,
"Sub-Category": prod.subCategory,
"Category": prod.category
})
def __setProduct(self, product):
item = Product(*product)
self.__products.append(item)
# This is a sample Python script.
# Press Shift+F10 to execute it or replace it with your code.
# Press Double Shift to search everywhere for classes, files, tool windows, actions, and settings.
from Model.Order import Order
from Model.Product import Product
# laver et product
prod = Product(1, "hans", 123, 2, 1)
#laver en order
order = Order(1, "12-12-2000", prod, 3)
print(order.getOrderId())
p = Product(2, "otto", 123, 2, 1)
p.setName("Ole")
print(p.getName())
