def test_compute(self):
myItems = item()
myItem = item.classify(myItems, inputs['smtext'])
myItem.num_items = 5
myItems.price = 1.00
myCompute = item.compute(myItems)
self.assertEqual(myItem.taxes, float(inputs['taxes']))
def test_create_total(self):
receipt = []
myItems = item()
myItem = item.classify(myItems, inputs['smtext'])
receipt.append(create_line(myItems, inputs['smtext']))
test = create_total(receipt)
self.assertEqual(test, inputs['smtext_out'])
def myReceipt(f):
try:
myItems = item()
lines = f.read().splitlines()
receipt = []
try:
for line in lines:
# get our updated items with taxes and totals
myItem = myItems.classify(line)
myItems.compute()
myItems.roundup()
myItems.sub_total()
receipt.append(create_line(myItems, line))
# create the final receipt
return create_total(receipt)
except Exception as e:
print e
except Exception as e:
print e
def myReceipt(f):
try:
myItems = item()
lines = f.read().splitlines()
receipt = []
try:
for line in lines:
# get our updated items with taxes and totals
myItem = myItems.classify(line)
myItems.compute()
myItems.roundup()
myItems.sub_total()
receipt.append(create_line(myItems, line))
# create the final receipt
return create_total(receipt)
except Exception as e:
print e
except Exception as e:
print e
def test_create_line(self):
myItems = item()
myItem = item.classify(myItems, inputs['smtext'])
test = (create_line(myItems, inputs['smtext']))
self.assertEqual(test[0], inputs['cl_tax'])
def test_subtotal(self):
myItems = item()
myItem = item.classify(myItems, inputs['smtext'])
myItems.sub_total()
self.assertEqual(myItem.subtotal, float(inputs['subtotal']))
def test_roundup(self):
myItems = item()
myItem = item.classify(myItems, inputs['smtext'])
myItem.taxes = inputs['rtaxes']
myItems.roundup()
self.assertEqual(myItem.taxes, float(inputs['roundup_ans']))
def test_classify(self):
myItems = item()
myItem = item.classify(myItems, inputs['smtext'])
self.assertEqual(str(myItem.tax), inputs['tax'])
self.assertEqual(str(myItem.duty), inputs['duty'])
self.assertEqual(myItem.price, float(inputs['price']))
def test_classify_items_init(self):
myItems = item()
with open('classifications.json', 'r') as f:
read_data = f.read()
jsonData = json.loads(read_data)
self.assertEqual(myItems.item_class, jsonData)