def __init__(self, id, item_factory: ItemFactory, data):
super().__init__(
item_factory.create_dictionary_from_nouns(
data.get("inventory") or set()))
self.id = id
self.name = data["name"]
self._description = data["description"]
self.exits = data["exits"]
self.rules = data.get("rules") or {}
class TestPlayerMethods(unittest.TestCase):
def setUp(self):
self.item_factory = ItemFactory(item_data)
self.player = Player(
inventory={},
wearing=self.item_factory.create_dictionary_from_nouns(
[Noun.BOXER_SHORTS]),
score=0,
health=100, # percent
caffeine_level=50 # milligrams
)
def test_combing(self):
comb = self.item_factory.create_from_noun(Noun.COMB)
beard_oil = self.item_factory.create_from_noun(Noun.BEARD_OIL)
self.assertEqual(self.player.beard_status, BeardHealth.STRAGGLY_MESS)
(result, message) = self.player.do_verb(Verb.COMB, Noun.BEARD)
self.assertFalse(
result, "Shouldn't be able to comb if you're not holding a comb")
self.player.give(comb)
(result, message) = self.player.do_verb(Verb.COMB)
self.assertFalse(
result,
"I didn't provide a noun, so what the hell did I just comb?")
self.assertEqual(
message, "Comb what?",
"Unexpected message when trying to comb without a noun")
(result, message) = self.player.do_verb(Verb.COMB, Noun.BOXER_SHORTS)
self.assertFalse(result,
"You should *not* be able to comb your shorts")
self.assertEqual(
message, "You can't comb that.",
"Unexpected message when trying to comb without a noun")
(result, message) = self.player.do_verb(Verb.COMB, Noun.BEARD)
self.assertTrue(result)
self.assertEqual(
self.player.beard_status, BeardHealth.QUITE_TIDY,
"Combing beard without oil should result in QUITE TIDY")
(result, message) = self.player.do_verb(Verb.COMB, Noun.BEARD)
self.assertFalse(result)
self.assertEqual(
self.player.beard_status, BeardHealth.QUITE_TIDY,
"Combing an already tidy beard should change nothing.")
self.player.give(beard_oil)
(result, message) = self.player.do_verb(Verb.COMB, Noun.BEARD)
self.assertFalse(
result, "Just having the beard oil should make no difference")
self.assertEqual(
self.player.beard_status, BeardHealth.QUITE_TIDY,
"Just having the beard oil should make no difference")
self.player.wear(Noun.BEARD_OIL)
(result, message) = self.player.do_verb(Verb.COMB, Noun.BEARD)
self.assertTrue(
result,
"Combing a QUITE TIDY beard while wearing the beard oil should work"
)
self.assertEqual(
self.player.beard_status, BeardHealth.PERFECTION,
"Combing a QUITE TIDY beard while wearing the beard oil should result in PERFECTION"
)
def test_riding(self):
# Something you can't ride
(result, message) = self.player.do_verb(Verb.RIDE, Noun.BOXER_SHORTS)
self.assertFalse(result, "Shouldn't be able to ride boxer shorts!")
# Something you can ride
bike = self.item_factory.create_from_noun(Noun.PENNY_FARTHING)
self.assertFalse(self.player.is_riding_anything)
(result, message) = self.player.do_verb(Verb.RIDE, Noun.PENNY_FARTHING)
self.assertFalse(
result,
"Shouldn't be able to ride the bike unless you're holding it.")
self.player.give(bike)
(result, message) = self.player.do_verb(Verb.RIDE, Noun.PENNY_FARTHING)
self.assertTrue(
result, "Should be able to ride the bike if you're holding it.")
(result, message) = self.player.do_verb(Verb.DISMOUNT,
Noun.BOXER_SHORTS)
self.assertFalse(
result,
"Shouldn't be able to dismount something you're not riding.")
self.assertTrue(self.player.is_riding_anything)
self.assertTrue(self.player.is_riding(Noun.PENNY_FARTHING))
self.assertFalse(self.player.is_riding(Noun.BOXER_SHORTS))
(item, message) = self.player.take(Noun.PENNY_FARTHING)
self.assertIsNone(
item, "Shouldn't be able to drop something you're riding.")
(result, message) = self.player.do_verb(Verb.DISMOUNT,
Noun.PENNY_FARTHING)
self.assertTrue(
result, "Should be able to dismount the bike if you're riding it.")
self.assertFalse(self.player.is_riding_anything)
# Shouldn't be able to ride anything twice
(result, message) = self.player.do_verb(Verb.RIDE, Noun.PENNY_FARTHING)
(result, message) = self.player.do_verb(Verb.RIDE, Noun.PENNY_FARTHING)
self.assertFalse(
result, "Shouldn't be able to ride more than one thing at once.")
self.player.do_verb(Verb.DISMOUNT, Noun.PENNY_FARTHING)
rules = {"can_ride": (False, "You can't ride that in here!")}
(result, message) = self.player.do_verb(Verb.RIDE, Noun.PENNY_FARTHING,
rules)
self.assertFalse(result,
"Shouldn't be able to ride if prohibited by rules.")
self.assertEqual(message, "You can't ride that in here!")
def test_basic_wearing(self):
self.assertFalse(
self.player.is_fully_clothed,
"Player wearing just boxers shouldn't read as fully clothed.")
# These trousers aren't wearable:
attrs = {
'has_trait.return_value': False,
'get_trait.return_value': None
}
trousers = Mock(id="trousers", name="trousers", **attrs)
self.player.give(trousers)
(result, message) = self.player.wear("trousers")
self.assertFalse(
result,
"Should not be able to wear an item with no wearable trait")
self.assertEqual(message, "You can't wear that.",
"Unexpected message from wear failure")
# This shirt is wearable and moveable
def has_trait(trait):
return trait in ("wearable", "moveable")
def get_trait(trait):
return {} if trait in ("wearable", "moveable") else None
attrs = {
'has_trait.side_effect': has_trait,
'get_trait.side_effect': get_trait
}
shirt = Mock(id="shirt", name="shirt", **attrs)
self.player.give(shirt)
(result, message) = self.player.wear("shirt")
self.assertTrue(
result,
f"Should be able to wear a basic wearable item. Message was: {message}"
)
def test_wearing_tops(self):
# Two wearable, moveable tops:
def has_trait(trait):
return trait in ("wearable", "moveable")
def get_trait(trait):
if trait in ("wearable"): return {"slot": "top"}
if trait in ("moveable"): return {}
return None
attrs = {
'has_trait.side_effect': has_trait,
'get_trait.side_effect': get_trait
}
shirt1 = Mock(id="shirt1", name="shirt one", **attrs)
shirt2 = Mock(id="shirt2", name="shirt two", **attrs)
self.player.give(shirt1)
self.player.give(shirt2)
(result, message) = self.player.wear("shirt1")
self.assertTrue(
result,
f"Should be able to wear one top. Failure message was: {message}")
(result, message) = self.player.wear("shirt2")
self.assertFalse(
result,
f"Should not be able to wear two tops. Unexpected success message was: {message}"
)
self.assertIn(
"take something off", message,
"Failure message on trying to wear two shirts should include correct advice."
)
def test_wearing_bottoms(self):
# Two wearable, moveable bottoms:
def has_trait(trait):
return trait in ("wearable", "moveable")
def get_trait(trait):
if trait in ("wearable"): return {"slot": "bottom"}
if trait in ("moveable"): return {}
return None
attrs = {
'has_trait.side_effect': has_trait,
'get_trait.side_effect': get_trait
}
trousers1 = Mock(id="trousers1", **attrs)
# Workaround because Mock itself has an annoying name attribute! https://docs.python.org/3/library/unittest.mock.html#mock-names-and-the-name-attribute
trousers1.configure_mock(name="trousers1")
trousers2 = Mock(id="trousers2", name="trousers two", **attrs)
# Workaround because Mock itself has an annoying name attribute! https://docs.python.org/3/library/unittest.mock.html#mock-names-and-the-name-attribute
trousers2.configure_mock(name="trousers2")
self.player.give(trousers1)
self.player.give(trousers2)
(result, message) = self.player.wear("trousers1")
self.assertTrue(
result,
f"Should be able to wear one set of bottoms. Failure message was: {message}"
)
(result, message) = self.player.wear("trousers2")
self.assertFalse(
result,
f"Should not be able to wear two sets of bottoms. Unexpected success message was: {message}"
)
self.assertIn(
"take something off", message,
"Failure message on trying to wear two pairs of trousers should include correct advice."
)
def test_wearing_status(self):
# Top
def has_trait_top(trait):
return trait in ("wearable", "moveable")
def get_trait_top(trait):
if trait in ("moveable"): return {}
if trait in ("wearable"): return {"slot": "top"}
return None
attrs = {
'has_trait.side_effect': has_trait_top,
'get_trait.side_effect': get_trait_top
}
shirt = Mock(id="shirt", **attrs)
# Workaround because Mock itself has an annoying name attribute! https://docs.python.org/3/library/unittest.mock.html#mock-names-and-the-name-attribute
shirt.configure_mock(name="shirt")
# Bottoms
def has_trait_bottom(trait):
return trait in ("wearable", "moveable")
def get_trait_bottom(trait):
if trait in ("wearable"): return {"slot": "bottom"}
if trait in ("moveable"): return {}
return None
attrs = {
'has_trait.side_effect': has_trait_bottom,
'get_trait.side_effect': get_trait_bottom
}
trousers = Mock(id="trousers", **attrs)
# Workaround because Mock itself has an annoying name attribute! https://docs.python.org/3/library/unittest.mock.html#mock-names-and-the-name-attribute
trousers.configure_mock(name="trousers")
self.player.give(shirt)
self.player.give(trousers)
# Basics
self.assertTrue(self.player.is_wearing(Noun.BOXER_SHORTS),
"Test player should start with boxers on")
self.assertFalse(
self.player.is_wearing("didgeridoo"),
"is_wearing should not be true for an arbitrary didgeridoo")
self.assertFalse(self.player.is_fully_clothed)
# Add a top and re-test
self.player.wear("shirt")
self.assertEqual(self.player.wearing_in_slot('top'), shirt)
self.assertIsNone(self.player.wearing_in_slot('bottom'))
self.assertFalse(self.player.is_fully_clothed)
# Add trousers
self.player.wear("trousers")
self.assertEqual(self.player.wearing_in_slot('top'), shirt)
self.assertEqual(self.player.wearing_in_slot('bottom'), trousers)
self.assertTrue(self.player.is_fully_clothed)
self.player.unwear("trousers")
self.assertFalse(self.player.is_fully_clothed)
self.player.unwear("shirt")
self.assertFalse(self.player.is_fully_clothed)
rooms = {}
# Build the universe.
for id, room_data in data.room_data.items():
rooms[id] = Room(id, item_factory, room_data)
o.print("\nWelcome to the Bristol Hipster Adventure.\n")
current_room = rooms["livingroom"]
visited_rooms = set()
suppress_room_description = False
no_tick = False
player = Player(
inventory=item_factory.create_dictionary_from_nouns(
data.player_data["start_inventory"]),
wearing=item_factory.create_dictionary_from_nouns(
data.player_data["start_wearing"]),
score=0,
health=100, # percent
caffeine_level=50 # milligrams
)
debugging = False
parser = Parser(Noun, Noun.UNKNOWN, Verb, Verb.GO, DIRECTIONS,
normalised_nouns, normalised_verbs)
while True:
torch = current_room.get_item_reference(