def test_BoxingGLove(self):
glove = BoxingGlove('Punchy the third')
self.assertEqual(glove.name, 'Punchy the third')
self.assertEqual(glove.weight, 10)
self.assertEqual(glove.price, 10)
glove.explode()
glove.punch()
def test_default_boxing_weight(self):
"""Test weight of default boxing gloves"""
glove = BoxingGlove('Punch Puncher')
self.assertEqual(glove.weight, 10)
def test_default_boxing_weight(self):
"""Default boxing gloves are lighter!"""
glove = BoxingGlove('Punch Puncher')
self.assertEqual(glove.weight, 10)
Of course, Acme doesn't just sell generic products - it sells all sorts of
special specific things!
Make a subclass of `Product` named `BoxingGlove` that does the following:
- Change the default `weight` to 10 (but leave other defaults unchanged)
- Override the `explode` method to always return "...it's a glove."
- Add a `punch` method that returns "That tickles." if the weight is below 5,
"Hey that hurt!" if the weight is greater or equal to 5 but less than 15, and
"OUCH!" otherwise
Example test run:
```python
>>> from acme import BoxingGlove
>>> glove = BoxingGlove('Punchy the Third')
>>> glove.price
10
>>> glove.weight
10
>>> glove.punch()
'Hey that hurt!'
>>> glove.explode()
"...it's a glove."
```
### Part 4 - Class Report
Now you can represent your inventory - let's use these classes and write an
`acme_report.py` module to generate random products and print a summary of them.
For the purposes of these functions we will only use the `Product` class.
def test_subclass_default(self):
prod = BoxingGlove("Mike_Tyson")
self.assertEqual(prod.price, 10)
def punch(self):
if self.weight < 5:
return "That tickles."
elif self.weight >= 5 and self.weight < 15:
return "Hey that hurt!"
else:
return "OUCH!"
%load acme.py
from acme import Product
prod = Product("A Cool Toy")
print("prod.identifier", prod.identifier)
print("prod.name", prod.name)
print("prod.price", prod.price)
print("prod.weight", prod.weight)
print("prod.flammability", prod.flammability)
%load acme.py
from acme import Product
prod = Product("A Cool Toy")
print(prod.stealability())
print(prod.explode())
%load acme.py
from acme import Product, BoxingGlove
glove = BoxingGlove('Punchy the Third')
print(glove.price) # 10
print(glove.weight) # 10
print(glove.punch())
pip install -i https://test.pypi.org/simple/ lambdata-rokshanaparul
def test_boxing_glove_price(self):
"""Test that the boxing glove SKU's default price is 10."""
glove = BoxingGlove('Test boxing glove SKU')
self.assertEqual(glove.price, 10)
def test_default_attributes_boxing_glove():
"""Testing the default values of BoxingGlove"""
glove = BoxingGlove("New Gloves")
assert glove.price == 10
assert glove.weight == 10
def test_default_boxingGlove(self):
glove = BoxingGlove('Test Punch')
self.assertEqual(glove.weight, 10)
self.assertEqual(glove.stealability(), 'Very stealable!')
self.assertEqual(glove.explode(), "...it's a glove.")
from acme import Product
from acme import BoxingGlove
prod = Product('A Cool Toy')
print('name:', prod.name)
print('price:', prod.price)
print('weight:', prod.weight)
print('flammability:', prod.flammability)
print('identifier:', prod.identifier)
print('stealable?', prod.stealability())
print('explodable?', prod.explode())
print("=========================")
glove = BoxingGlove('Punchy the Third')
print('Glove price:', glove.price)
print('Glove weight:', glove.weight)
print('Glove punch:', glove.punch())
print('Glove explode:', glove.explode())
from acme import Product
from acme import BoxingGlove
from acme_report import generate_products, inventory_report
prod = Product('A Cool Toy')
glove = BoxingGlove('a glove')
print(prod.name)
print(prod.price)
print(prod.weight)
print(prod.flammability)
print(prod.identifier)
print(prod.stealability())
print(prod.explode())
print(glove.price)
print(glove.weight)
print(glove.punch())
print(glove.explode())
print(inventory_report(generate_products()))
from acme import Product
from acme import BoxingGlove
# part 1, 2
prod = Product('A Cool Toy')
print(prod.name) # 'A Cool Toy'
print(prod.price) # 10
print(prod.weight) # 20
print(prod.flammability) # 0.5
print(prod.identifier) # ?
print(prod.stealability())
print(prod.explode())
# part 3
glove = BoxingGlove('Punchy the Third')
print(glove.price) # 10
print(glove.weight) # 10
print(glove.punch()) # 'Hey that hurt!'
print(glove.explode()) # "...it's a glove."
def test_default_boxing_weight(self):
"""Test default boxing gloves are lighter."""
glove = BoxingGlove("Test glove")
self.assertEqual(glove.weight, 10)
def test_default_boxing_glove_weight(self):
"""
Test default Boxing Glove weight == 10.
"""
glove = BoxingGlove('Test Boxing Glove')
self.assertEqual(glove.weight, 10)
from acme import Product
from acme import BoxingGlove
prod = Product("A Cool Toy")
glove = BoxingGlove("Punchy the Third")
print(prod.name)
print(prod.price)
print(prod.weight)
print(prod.flammability)
print(prod.identifier)
prod.stealability()
prod.explode()
print(glove.price)
print(glove.weight)
glove.punch()
glove.explode()