def test_parse_abbreviation_ll(self):
c = Coffee('LL')
self.assertTrue(c.validate())
self.assertEqual(c.specs, {
'type': 'Latte',
'size': 'Large',
})
def test_parse(self):
c = Coffee('Large Cap')
self.assertTrue(c.validate())
self.assertEqual(c.specs, {
'type': 'Cappuccino',
'size': 'Large',
})
def test_parse_abbreviation4(self):
c = Coffee('lfw')
self.assertTrue(c.validate())
self.assertEqual(c.specs, {
'type': 'Flat White',
'size': 'Large',
})
def test_parse_abbreviation2(self):
c = Coffee('SC')
self.assertTrue(c.validate())
self.assertEqual(c.specs, {
'type': 'Cappuccino',
'size': 'Small',
})
def test_parse_words_iced_coffee2(self):
c = Coffee('Skim Iced Chocolate')
self.assertTrue(c.validate())
self.assertEqual(c.specs, {
'type': 'Iced Chocolate',
'milk': 'Skim',
})
def test_parse_words_lactose_free(self):
c = Coffee('Lactose Free Cap')
self.assertTrue(c.validate())
self.assertEqual(c.specs, {
'type': 'Cappuccino',
'milk': 'Lactose Free',
})
def test_parse_words(self):
c = Coffee('Small Latte')
self.assertTrue(c.validate())
self.assertEqual(c.specs, {
'type': 'Latte',
'size': 'Small',
})
def test_parse_abbreviation3(self):
c = Coffee('lffw')
self.assertTrue(c.validate())
self.assertEqual(c.specs, {
'type': 'Flat White',
'milk': 'Lactose Free',
})
def test_parse_words4(self):
c = Coffee('Regular Flat White')
self.assertTrue(c.validate())
self.assertEqual(c.specs, {
'type': 'Flat White',
'size': 'Regular',
})
def test_parse_words3(self):
c = Coffee('Large Flat white')
self.assertTrue(c.validate())
self.assertEqual(c.specs, {
'type': 'Flat White',
'size': 'Large',
})
def test_parse_abbreviation_cl(self):
c = Coffee('CL')
self.assertTrue(c.validate())
self.assertEqual(c.specs, {
'type': 'Cappuccino',
'size': 'Large',
})
def test_parse_words_and_abbreviations_and_bigrams(self):
c = Coffee('Large FW 3 Sugars')
self.assertTrue(c.validate())
self.assertEqual(c.specs, {
'type': 'Flat White',
'size': 'Large',
'sugar': '3 Sugars',
})
def test_shelley2(self):
c = Coffee('yo beanie boy give me a smol iced latte pls')
self.assertEqual(c.specs, {
'size': 'Small',
'iced': 'Iced',
'type': 'Latte',
})
self.assertTrue(c.validate())
def test_parse_bigram_sugars(self):
c = Coffee('Large Cap 2 Sugars')
self.assertTrue(c.validate())
self.assertEqual(c.specs, {
'type': 'Cappuccino',
'size': 'Large',
'sugar': '2 Sugars',
})
def test_iced_choc_vs_iced_hot_choc(self):
self.assertEqual(str(Coffee('icy choc')), 'Regular Iced Chocolate')
self.assertEqual(str(Coffee('chocolate iced')),
'Regular Iced Hot Chocolate')
self.assertEqual(str(Coffee('icy cold chocolate')),
'Regular Iced Hot Chocolate')
self.assertEqual(str(Coffee('iced chocco')), 'Regular Iced Chocolate')
self.assertEqual(str(Coffee('hot chocco')), 'Regular Hot Chocolate')
def test_parse_words2(self):
c = Coffee('Small doubleshot cap')
self.assertTrue(c.validate())
self.assertEqual(c.specs, {
'type': 'Cappuccino',
'size': 'Small',
'strength': 'Extra-shot',
})
def test_parse_words_iced(self):
c = Coffee('Large Iced Latte')
self.assertTrue(c.validate())
self.assertEqual(c.specs, {
'type': 'Latte',
'size': 'Large',
'iced': 'Iced',
})
def test_joel(self):
c = Coffee(
'It is a truth universally acknowledged, that a single joel in possession of a good fortune, must be in want of an extra-shot piccolo latte in the morning, plox.'
)
self.assertEqual(c.specs, {
'type': 'Piccolo Latte',
'strength': 'Extra-shot',
})
self.assertTrue(c.validate())
def test_liam(self):
c = Coffee(
'let\'s try this again. I would very much enjoy if you could provide me with an Iced latte please thank you for listening to my TED Talk'
)
self.assertEqual(c.specs, {
'type': 'Latte',
'iced': 'Iced',
})
self.assertTrue(c.validate())
def test_parse_words_many(self):
c = Coffee('Soy decaf latte with 2 sugars')
self.assertTrue(c.validate())
self.assertEqual(
c.specs, {
'type': 'Latte',
'sugar': '2 Sugars',
'decaf': 'Decaf',
'milk': 'Soy',
})
def test_minimal_spec(self):
c = Coffee('')
self.assertFalse(c.validate())
self.assertTrue(c.add_spec('type', 'C'))
self.assertTrue(c.validate())
self.assertTrue(c.add_spec('size', 'l'))
self.assertTrue(c.validate())
# Still valid if we add more.
self.assertTrue(c.add_spec('milk', 'soy'))
def test_parse(self):
c = Coffee('Large Cap')
self.assertTrue(c.validate())
self.assertEquals(c.specs['type'], 'Cappuccino')
self.assertEquals(c.specs['size'], 'Large')
c = Coffee('LC')
self.assertTrue(c.validate())
self.assertEquals(c.specs['type'], 'Cappuccino')
self.assertEquals(c.specs['size'], 'Large')
c = Coffee('SC')
self.assertTrue(c.validate())
self.assertEquals(c.specs['type'], 'Cappuccino')
self.assertEquals(c.specs['size'], 'Small')
c = Coffee('Large Cap 2 Sugars')
self.assertTrue(c.validate())
self.assertEquals(c.specs['type'], 'Cappuccino')
self.assertEquals(c.specs['size'], 'Large')
self.assertEquals(c.specs['sugar'], '2 Sugars')
c = Coffee('Small strong cap')
self.assertTrue(c.validate())
self.assertEquals(c.specs['type'], 'Cappuccino')
self.assertEquals(c.specs['size'], 'Small')
self.assertEquals(c.specs['strength'], 'Extra-shot')
c = Coffee('Small doubleshot cap')
self.assertTrue(c.validate())
self.assertEquals(c.specs['type'], 'Cappuccino')
self.assertEquals(c.specs['size'], 'Small')
self.assertEquals(c.specs['strength'], 'Extra-shot')
c = Coffee('Small Latte')
self.assertTrue(c.validate())
self.assertEquals(c.specs['type'], 'Latte')
self.assertEquals(c.specs['size'], 'Small')
c = Coffee('SL')
self.assertTrue(c.validate())
self.assertEquals(c.specs['type'], 'Latte')
self.assertEquals(c.specs['size'], 'Small')
c = Coffee('RegL')
self.assertTrue(c.validate())
self.assertEquals(c.specs['type'], 'Latte')
self.assertEquals(c.specs['size'], 'Regular')
c = Coffee('LL')
self.assertTrue(c.validate())
self.assertEquals(c.specs['type'], 'Latte')
self.assertEquals(c.specs['size'], 'Large')
c = Coffee('CL')
self.assertTrue(c.validate())
self.assertEquals(c.specs['type'], 'Cappuccino')
self.assertEquals(c.specs['size'], 'Large')
c = Coffee('CL 2S')
self.assertTrue(c.validate())
self.assertEquals(c.specs['type'], 'Cappuccino')
self.assertEquals(c.specs['size'], 'Large')
self.assertEquals(c.specs['sugar'], '2 Sugars')
c = Coffee('Large Iced Latte')
self.assertTrue(c.validate())
self.assertEquals(c.specs['type'], 'Latte')
self.assertEquals(c.specs['size'], 'Large')
self.assertEquals(c.specs['iced'], 'Iced')
c = Coffee('Large Flat white')
self.assertTrue(c.validate())
self.assertEquals(c.specs['type'], 'Flat White')
self.assertEquals(c.specs['size'], 'Large')
c = Coffee('Large FW 3 Sugars')
self.assertTrue(c.validate())
self.assertEquals(c.specs['type'], 'Flat White')
self.assertEquals(c.specs['size'], 'Large')
self.assertEquals(c.specs['sugar'], '3 Sugars')
c = Coffee('Regular Flat White')
self.assertTrue(c.validate())
self.assertEquals(c.specs['type'], 'Flat White')
self.assertEquals(c.specs['size'], 'Regular')
c = Coffee('Soy decaf latte with 2 sugars')
self.assertTrue(c.validate())
self.assertEquals(c.specs['type'], 'Latte')
self.assertEquals(c.specs['sugar'], '2 Sugars')
self.assertEquals(c.specs['decaf'], 'Decaf')
self.assertEquals(c.specs['milk'], 'Soy')
c = Coffee('yfw')
self.assertTrue(c.validate())
self.assertEquals(c.specs['type'], 'Flat White')
self.assertEquals(c.specs['milk'], 'Soy')
c = Coffee('Soy Iced Coffee')
self.assertTrue(c.validate())
self.assertEquals(c.specs['type'], 'Iced Coffee')
self.assertEquals(c.specs['milk'], 'Soy')
c = Coffee('Skim Iced Chocolate')
self.assertTrue(c.validate())
self.assertEquals(c.specs['type'], 'Iced Chocolate')
self.assertEquals(c.specs['milk'], 'Skim')
def test_print_reg_latte(self):
c = Coffee('Reg L')
self.assertEqual('Regular Latte', str(c))
def test_print_large_latte(self):
c = Coffee('LL')
self.assertEqual('Large Latte', str(c))
def testPrint(self):
c = Coffee('Large Cap')
self.assertEquals('Large Cappuccino', str(c))
c = Coffee('SC')
self.assertEquals('Small Cappuccino', str(c))
c = Coffee('Large Cap 2 Sugars')
self.assertEquals('Large Cappuccino with 2 Sugars', str(c))
c = Coffee('Small strong cap')
self.assertEquals('Small Extra-shot Cappuccino', str(c))
c = Coffee('Small Latte')
self.assertEquals('Small Latte', str(c))
c = Coffee('RegL')
self.assertEquals('Regular Latte', str(c))
c = Coffee('LL')
self.assertEquals('Large Latte', str(c))
c = Coffee('Large Iced Latte')
self.assertEquals('Large Iced Latte', str(c))
c = Coffee('Large Flat white')
self.assertEquals('Large Flat White', str(c))
c = Coffee('Large FW 3 Sugars')
self.assertEquals('Large Flat White with 3 Sugars', str(c))
c = Coffee('Regular Flat White')
self.assertEquals('Regular Flat White', str(c))
c = Coffee('Soy decaf latte with 2 sugars')
self.assertEquals('Regular Soy Decaf Latte with 2 Sugars', str(c))
c = Coffee('Can I')
self.assertFalse(c.validate())
def test_print_large_iced_latte(self):
c = Coffee('Large Iced Latte')
self.assertEqual('Large Iced Latte', str(c))
def test_print_large_flat_white(self):
c = Coffee('Large Flat white')
self.assertEqual('Large Flat White', str(c))
def test_print_large_flat_white_3s(self):
c = Coffee('Large FW 3 Sugars')
self.assertEqual('Large Flat White with 3 Sugars', str(c))
def test_print_regular_flat_white(self):
c = Coffee('Regular Flat White')
self.assertEqual('Regular Flat White', str(c))
def test_print_soy_decaf_latte_2s(self):
c = Coffee('Soy decaf latte with 2 sugars')
self.assertEqual('Regular Soy Decaf Latte with 2 Sugars', str(c))
