def test_choose_inventory_4_n1_print(self, mock_items, mock_output):
inventory = [
'Rabadon\'s Deathcap', 'Abyssal\' Mask', 'Rapidfire Cannon',
'Boots of Lucidity'
]
selection = -1
expected = "WARNING: The number of items selected is negative.\n"
choose_inventory(inventory, selection)
self.assertEqual(expected, mock_output.getvalue())
def test_choose_inventory_4_2(self, mock_items, mock_output):
inventory = [
'Rabadon\'s Deathcap', 'Abyssal\' Mask', 'Rapidfire Cannon',
'Boots of Lucidity'
]
selection = 2
self.assertEqual(['Boots of Lucidity', 'Rapidfire Cannon'],
choose_inventory(inventory, selection))
def test_choose_inventory_4_n1_value(self, mock_items, mock_output):
inventory = [
'Rabadon\'s Deathcap', 'Abyssal\' Mask', 'Rapidfire Cannon',
'Boots of Lucidity'
]
selection = -1
expected = []
self.assertEqual(expected, choose_inventory(inventory, selection))
def main():
"""
Create a character for Dungeons and Dragons.
User inputs the length of the name to be generated
Attributes and inventory are rolled.
:postcondition: character name, attributes, and inventory will be printed
"""
# Ask user for the length of their username
name_length = int(input("Enter the length of your username: "******"Rolling for strength, dexterity, constitution, intelligence, wisdom, charisma..."
)
character = lab05.create_character(name_length)
# Show rolls
print(
f"You rolled: {character[1][1]}, {character[2][1]}, {character[3][1]}, {character[4][1]}, {character[5][1]}, {character[6][1]}!"
)
print("\n")
# A list of possible items in the game
item_list = [
'Rabadon\'s Deathcap', 'Seraph\'s Embrace', 'Liandry\'s Torment',
'Morellonomicon', 'Warmog\'s Armor', 'Randuin\'s Omen',
'Banshee\'s Veil', 'Abyssal\' Mask', 'Infinity Edge',
'The Bloodthirster', 'Phantom Dancer', 'Rapidfire Cannon',
'Boots of Lucidity', 'Boots of Swiftness', 'Boots of Alacrity',
'Mercury Treads'
]
# Show items in the store
print("--Available items in the store--")
for item in item_list:
print(item)
print("\n")
# Ask user for how many items they would like
num_of_items = int(input("How many items would you like? (MAX 16): "))
print("\n")
print("----------------------------------------------------")
# Choose items for the character's inventory using choose_inventory()
character_items = lab05.choose_inventory(item_list, num_of_items)
character.append(character_items)
# Print character info
lab05.print_character(character)
return
def main():
"""
Drive the program.
Tests the functions created in this module.
"""
print('Welcome to the D&D Character Generator!\n')
name_length = int(
input('How many syllables should your character\'s name have?: '))
character_info = create_character(name_length)
print_character(character_info)
shop_items = [
'Sword of Sanctimony', 'Potion of Python', 'Daggers of Deception',
'Staff of Serenity', 'Juggling Balls of JavaScript',
'Detonator of Divide-by-Zero', 'Gloves of Genius',
'Map of Misdirection', 'Crossbow of Courage',
'Charm of Chris\' Approval', 'Cloak of Confusion',
'Takashi\'s Donut Box', 'Bottle of Binary', 'Axe of Asking Questions'
]
print('\nToday there are', len(shop_items),
'shop items available. They are:')
for i in shop_items:
print(i)
item_number = int(input('\nHow many items would you like to purchase?: '))
item_selection = choose_inventory(shop_items, item_number)
print('You received these items:')
for i in item_selection:
print(i)
character_info.append(item_selection)
print('\n~~~ Your final character! ~~~')
print_character(character_info)
def test_empty_values(self):
self.assertEqual([], choose_inventory([], 0))
def test_successful(self):
for i in choose_inventory(['c', 'b', 'd', 'a', 'e'], 3):
self.assertIn(i, ['a', 'b', 'c', 'd', 'e'])
def test_greater_selection(self):
self.assertEqual(['a', 'b', 'c'], choose_inventory(['c', 'a', 'b'], 5))
def test_equal_selection(self):
self.assertEqual(['a', 'b', 'c'], choose_inventory(['c', 'a', 'b'], 3))
def test_negative_selection(self):
self.assertEqual([], choose_inventory(['c', 'b', 'd', 'a', 'e'], 0))
def test_choose_inventory_0_0(self, mock_items, mock_output):
inventory = []
selection = 0
expected = []
self.assertEqual(expected, choose_inventory(inventory, selection))
def test_choose_inventory_0_4_print(self, mock_items, mock_output):
inventory = []
selection = 4
expected = "WARNING: The number of items selected is larger than the size of the inventory.\n"
choose_inventory(inventory, selection)
self.assertEqual(expected, mock_output.getvalue())
def test_choose_inventory_0_n1_print(self, mock_items, mock_output):
inventory = []
selection = -1
expected = "WARNING: The number of items selected is negative.\n"
choose_inventory(inventory, selection)
self.assertEqual(expected, mock_output.getvalue())
