def test_door_pair(self):
loc1 = Location("room1", "room one")
loc2 = Location("room2", "room two")
key = Key("key")
door_one_two = Door("two", loc2, "door to room two", locked=True, opened=False)
door_two_one = door_one_two.reverse_door("one", loc1, "door to room one", reverse_open_msg="door one open", reverse_close_msg="door one close",
this_open_msg="door two open", this_close_msg="door two close")
loc1.add_exits([door_one_two])
loc2.add_exits([door_two_one])
door_one_two.key_code = 555
key.key_for(door_one_two)
pubsub1 = PubsubCollector()
pubsub2 = PubsubCollector()
loc1.get_wiretap().subscribe(pubsub1)
loc2.get_wiretap().subscribe(pubsub2)
self.assertTrue(door_two_one.locked)
self.assertFalse(door_two_one.opened)
lucy = Living("lucy", "f")
door_two_one.unlock(lucy, item=key)
self.assertFalse(door_one_two.locked)
door_two_one.open(lucy)
self.assertTrue(door_one_two.opened)
pubsub.sync()
self.assertEqual(["door one open"], pubsub1.messages)
self.assertEqual([], pubsub2.messages)
door_one_two.close(lucy)
door_one_two.lock(lucy, item=key)
self.assertTrue(door_two_one.locked)
self.assertFalse(door_two_one.opened)
pubsub1.clear()
pubsub2.clear()
pubsub.sync()
self.assertEqual([], pubsub1.messages)
self.assertEqual(["door two close"], pubsub2.messages)
def test_exits(self):
hall = Location("hall")
attic = Location("attic")
exit1 = Exit("ladder1", attic, "The first ladder leads to the attic.")
exit2 = Exit("up", attic, "Second ladder to attic.")
exit3 = Exit("ladder3", attic, "Third ladder to attic.")
exit4 = Exit("window", attic, "A window.", "A window, maybe if you open it you can get out?")
hall.add_exits([exit1, exit2, exit3, exit4])
self.assertTrue(hall.exits["up"] is exit2)
self.assertTrue(hall.exits["ladder3"] is exit3)
self.assertTrue(hall.exits["window"] is exit4)
self.assertEqual(['[hall]', 'The first ladder leads to the attic. Third ladder to attic. Second ladder to attic. A window.'], strip_text_styles(hall.look()))
self.assertEqual("Third ladder to attic.", exit3.description)
self.assertEqual("A window, maybe if you open it you can get out?", exit4.description)
with self.assertRaises(ActionRefused):
exit1.activate(None)
with self.assertRaises(ActionRefused):
exit1.deactivate(None)
with self.assertRaises(ActionRefused):
exit1.close(None, None)
with self.assertRaises(ActionRefused):
exit1.open(None, None)
with self.assertRaises(ActionRefused):
exit1.lock(None, None)
with self.assertRaises(ActionRefused):
exit1.unlock(None, None)
with self.assertRaises(ActionRefused):
exit1.manipulate("frobnitz", None)
with self.assertRaises(ActionRefused):
exit1.read(None)
def test_move(self):
hall = Location("hall")
person = Living("person", "m", race="human")
monster = NPC("dragon", "f", race="dragon")
monster.aggressive = True
key = Item("key")
stone = Item("stone")
hall.init_inventory([person, key])
stone.move(hall, person)
wiretap = Wiretap(hall)
self.assertTrue(person in hall)
self.assertTrue(key in hall)
key.contained_in = person # hack to force move to actually check the source container
with self.assertRaises(KeyError):
key.move(person, person)
key.contained_in = hall # put it back as it was
key.move(person, person)
self.assertFalse(key in hall)
self.assertTrue(key in person)
self.assertEqual([], wiretap.msgs, "item.move() should be silent")
with self.assertRaises(ActionRefused) as x:
key.move(monster, person) # aggressive monster should fail
self.assertTrue("not a good idea" in str(x.exception))
monster.aggressive = False
key.move(monster, person) # non-aggressive should be ok
def test_move(self):
hall = Location("hall")
attic = Location("attic")
rat = Living("rat", "n", race="rodent")
hall.init_inventory([rat])
wiretap_hall = Wiretap(hall)
wiretap_attic = Wiretap(attic)
self.assertTrue(rat in hall.livings)
self.assertFalse(rat in attic.livings)
self.assertEqual(hall, rat.location)
rat.move(attic)
self.assertTrue(rat in attic.livings)
self.assertFalse(rat in hall.livings)
self.assertEqual(attic, rat.location)
self.assertEqual([("hall", "Rat leaves.")], wiretap_hall.msgs)
self.assertEqual([("attic", "Rat arrives.")], wiretap_attic.msgs)
# now try silent
wiretap_hall.clear()
wiretap_attic.clear()
rat.move(hall, silent=True)
self.assertTrue(rat in hall.livings)
self.assertFalse(rat in attic.livings)
self.assertEqual(hall, rat.location)
self.assertEqual([], wiretap_hall.msgs)
self.assertEqual([], wiretap_attic.msgs)
def test_custom_verbs(self):
player = Player("julie", "f")
player.verbs["xywobble"] = "p1"
room = Location("room")
chair1 = Item("chair1")
chair1.verbs["frobnitz"] = "c1"
chair2 = Item("chair2")
chair2.verbs["frobnitz"] = "c2"
chair_in_inventory = Item("chair3")
chair_in_inventory.verbs["kowabooga"] = "c3"
room.init_inventory([chair1, player, chair2])
# check inventory NOT affecting player custom verbs, but DOES affect location verbs
self.assertEqual({"xywobble": "p1"}, player.verbs)
self.assertEqual({"frobnitz": "c2", "xywobble": "p1"}, room.verbs)
player.insert(chair_in_inventory, player)
self.assertEqual({"xywobble": "p1"}, player.verbs)
self.assertEqual({"frobnitz": "c2", "xywobble": "p1", "kowabooga": "c3"}, room.verbs)
player.remove(chair_in_inventory, player)
self.assertEqual({"frobnitz": "c2", "xywobble": "p1"}, room.verbs)
player.insert(chair_in_inventory, player)
self.assertEqual({"frobnitz": "c2", "xywobble": "p1", "kowabooga": "c3" }, room.verbs)
room2 = Location("room2")
self.assertEqual({}, room2.verbs)
chair1.move(room2, player)
self.assertEqual({"xywobble": "p1", "kowabooga": "c3" }, room.verbs)
self.assertEqual({"frobnitz": "c1"}, room2.verbs)
chair2.move(room2, player)
self.assertEqual({"xywobble": "p1", "kowabooga": "c3"}, room.verbs)
self.assertEqual({"frobnitz": "c2"}, room2.verbs)
player.move(room2)
self.assertEqual({}, room.verbs)
self.assertEqual({"frobnitz": "c2", "xywobble": "p1", "kowabooga": "c3"}, room2.verbs)
def test_move(self):
hall = Location("hall")
attic = Location("attic")
rat = Living("rat", "n", race="rodent")
hall.init_inventory([rat])
wiretap_hall = Wiretap(hall)
wiretap_attic = Wiretap(attic)
self.assertTrue(rat in hall.livings)
self.assertFalse(rat in attic.livings)
self.assertEqual(hall, rat.location)
rat.move(attic)
self.assertTrue(rat in attic.livings)
self.assertFalse(rat in hall.livings)
self.assertEqual(attic, rat.location)
pubsub.sync()
self.assertEqual([("hall", "Rat leaves.")], wiretap_hall.msgs)
self.assertEqual([("attic", "Rat arrives.")], wiretap_attic.msgs)
# now try silent
wiretap_hall.clear()
wiretap_attic.clear()
rat.move(hall, silent=True)
pubsub.sync()
self.assertTrue(rat in hall.livings)
self.assertFalse(rat in attic.livings)
self.assertEqual(hall, rat.location)
self.assertEqual([], wiretap_hall.msgs)
self.assertEqual([], wiretap_attic.msgs)
def test_socialize(self):
player = Player("fritz", "m")
attic = Location("Attic", "A dark attic.")
julie = NPC("julie", "f")
julie.move(attic)
player.move(attic)
parsed = player.parse("wave all")
self.assertEqual("wave", parsed.verb)
self.assertEqual([julie], parsed.who_order)
who, playermsg, roommsg, targetmsg = player.soul.process_verb_parsed(
player, parsed)
self.assertEqual({julie}, who)
self.assertEqual("You wave happily at julie.", playermsg)
with self.assertRaises(tale.soul.UnknownVerbException):
player.parse("befrotzificate all and me")
with self.assertRaises(NonSoulVerb) as x:
player.parse("befrotzificate all and me",
external_verbs={"befrotzificate"})
parsed = x.exception.parsed
self.assertEqual("befrotzificate", parsed.verb)
self.assertEqual([julie, player], parsed.who_order)
attic.add_exits([Exit("south", "target", "door")])
try:
player.parse("push south")
self.fail(
"push south should throw a parse error because of the exit that is used"
)
except ParseError:
pass
with self.assertRaises(NonSoulVerb):
player.parse("fart south")
parsed = player.parse("hug julie")
player.validate_socialize_targets(parsed)
def test_print_location(self):
p = Player("julie", "f")
key = Item("key")
bag = Container("bag")
room = Location("room")
bag.insert(key, p)
p.insert(bag, p)
room.insert(p, p)
with self.assertRaises(Exception):
p.tell_object_location(None, None)
p.tell_object_location(key, None)
self.assertEqual(["(It's not clear where key is).\n"],
p.test_get_output_paragraphs())
p.tell_object_location(key, None, print_parentheses=False)
self.assertEqual(["It's not clear where key is.\n"],
p.test_get_output_paragraphs())
p.tell_object_location(key, bag)
result = "".join(p.test_get_output_paragraphs())
self.assertTrue("in bag" in result and "in your inventory" in result)
p.tell_object_location(key, room)
self.assertTrue("in your current location" in "".join(
p.test_get_output_paragraphs()))
p.tell_object_location(bag, p)
self.assertTrue(
"in your inventory" in "".join(p.test_get_output_paragraphs()))
p.tell_object_location(p, room)
self.assertTrue("in your current location" in "".join(
p.test_get_output_paragraphs()))
def test_socialize(self):
player = Player("fritz", "m")
attic = Location("Attic", "A dark attic.")
julie = NPC("julie", "f")
julie.move(attic)
player.move(attic)
parsed = player.parse("wave all")
self.assertEqual("wave", parsed.verb)
self.assertEqual([julie], parsed.who_order)
who, playermsg, roommsg, targetmsg = player.soul.process_verb_parsed(player, parsed)
self.assertEqual({julie}, who)
self.assertEqual("You wave happily at julie.", playermsg)
with self.assertRaises(tale.soul.UnknownVerbException):
player.parse("befrotzificate all and me")
with self.assertRaises(NonSoulVerb) as x:
player.parse("befrotzificate all and me", external_verbs={"befrotzificate"})
parsed = x.exception.parsed
self.assertEqual("befrotzificate", parsed.verb)
self.assertEqual([julie, player], parsed.who_order)
attic.add_exits([Exit("south", "target", "door")])
try:
player.parse("push south")
self.fail("push south should throw a parse error because of the exit that is used")
except ParseError:
pass
with self.assertRaises(NonSoulVerb):
player.parse("fart south")
parsed = player.parse("hug julie")
player.validate_socialize_targets(parsed)
def setUp(self):
mud_context.driver = TestDriver()
mud_context.config = DemoStory()._get_config()
self.hall = Location("Main hall", "A very large hall.")
self.attic = Location("Attic", "A dark attic.")
self.street = Location("Street", "An endless street.")
e1 = Exit("up", self.attic, "A ladder leads up.")
e2 = Exit(["door", "east"], self.street, "A heavy wooden door to the east blocks the noises from the street outside.")
self.hall.add_exits([e1, e2])
self.table = Item("table", "oak table", "a large dark table with a lot of cracks in its surface")
self.key = Item("key", "rusty key", "an old rusty key without a label", short_description="Someone forgot a key.")
self.magazine = Item("magazine", "university magazine")
self.magazine2 = Item("magazine", "university magazine")
self.rat = NPC("rat", "n", race="rodent")
self.rat2 = NPC("rat", "n", race="rodent")
self.fly = NPC("fly", "n", race="insect", short_description="A fly buzzes around your head.")
self.julie = NPC("julie", "f", title="attractive Julie", description="She's quite the looker.")
self.julie.aliases = {"chick"}
self.player = Player("player", "m")
self.pencil = Item("pencil", title="fountain pen")
self.pencil.aliases = {"pen"}
self.bag = Container("bag")
self.notebook_in_bag = Item("notebook")
self.bag.insert(self.notebook_in_bag, self.player)
self.player.insert(self.pencil, self.player)
self.player.insert(self.bag, self.player)
self.hall.init_inventory([self.table, self.key, self.magazine, self.magazine2, self.rat, self.rat2, self.julie, self.player, self.fly])
def test_move(self):
hall = Location("hall")
person = Living("person", "m", race="human")
monster = NPC("dragon", "f", race="dragon")
monster.aggressive = True
key = Item("key")
stone = Item("stone")
hall.init_inventory([person, key])
stone.move(hall, person)
wiretap = Wiretap(hall)
self.assertTrue(person in hall)
self.assertTrue(key in hall)
key.contained_in = person # hack to force move to actually check the source container
with self.assertRaises(KeyError):
key.move(person, person)
key.contained_in = hall # put it back as it was
key.move(person, person)
self.assertFalse(key in hall)
self.assertTrue(key in person)
self.assertEqual([], wiretap.msgs, "item.move() should be silent")
with self.assertRaises(ActionRefused) as x:
key.move(monster, person) # aggressive monster should fail
self.assertTrue("not a good idea" in str(x.exception))
monster.aggressive = False
key.move(monster, person) # non-aggressive should be ok
def test_aliases(self):
loc = Location("hall", "empty hall")
exit = Exit("up", "attic", "ladder to attic")
door = Door("door", "street", "door to street")
exit2 = Exit(["down", "hatch", "manhole"], "underground", "hatch to underground")
door2 = Door(["east", "garden"], "garden", "door east to garden")
self.assertEqual("up", exit.name)
self.assertEqual("door", door.name)
loc.add_exits([exit, door, exit2, door2])
self.assertEqual({"up", "door", "down", "hatch", "manhole", "east", "garden"}, set(loc.exits.keys()))
self.assertEqual(loc.exits["down"], loc.exits["hatch"])
def test_aliases(self):
loc = Location("hall", "empty hall")
exit = Exit("up", "attic", "ladder to attic")
door = Door("door", "street", "door to street")
exit2 = Exit(["down", "hatch", "manhole"], "underground",
"hatch to underground")
door2 = Door(["east", "garden"], "garden", "door east to garden")
self.assertEqual("up", exit.name)
self.assertEqual("door", door.name)
loc.add_exits([exit, door, exit2, door2])
self.assertEqual(
{"up", "door", "down", "hatch", "manhole", "east", "garden"},
set(loc.exits.keys()))
self.assertEqual(loc.exits["down"], loc.exits["hatch"])
def test_destroy_deferreds(self):
ctx = Context(driver=mud_context.driver, clock=None, config=None, player_connection=None)
thing = Item("thing")
player = Player("julie", "f")
wolf = NPC("wolf", "m")
loc = Location("loc")
mud_context.driver.defer(datetime.datetime.now(), thing.move)
mud_context.driver.defer(datetime.datetime.now(), player.move)
mud_context.driver.defer(datetime.datetime.now(), wolf.move)
mud_context.driver.defer(datetime.datetime.now(), loc.move)
self.assertEqual(4, len(mud_context.driver.deferreds))
thing.destroy(ctx)
player.destroy(ctx)
wolf.destroy(ctx)
loc.destroy(ctx)
self.assertEqual(0, len(mud_context.driver.deferreds), "all deferreds must be removed")
def test_destroy_deferreds(self):
ctx = Context(driver=mud_context.driver)
thing = Item("thing")
player = Player("julie", "f")
wolf = Monster("wolf", "m")
loc = Location("loc")
mud_context.driver.defer(datetime.datetime.now(), thing, "method")
mud_context.driver.defer(datetime.datetime.now(), player, "method")
mud_context.driver.defer(datetime.datetime.now(), wolf, "method")
mud_context.driver.defer(datetime.datetime.now(), loc, "method")
self.assertEqual(4, len(mud_context.driver.deferreds))
thing.destroy(ctx)
player.destroy(ctx)
wolf.destroy(ctx)
loc.destroy(ctx)
self.assertEqual(0, len(mud_context.driver.deferreds), "all deferreds must be removed")
def test_destroy_player(self):
ctx = Context()
loc = Location("loc")
player = Player("julie", "f")
player.privileges = {"wizard"}
player.create_wiretap(loc)
player.insert(Item("key"), player)
loc.init_inventory([player])
self.assertEqual(loc, player.location)
self.assertTrue(len(player.inventory) > 0)
self.assertTrue(player in loc.livings)
player.destroy(ctx)
import gc
gc.collect()
self.assertTrue(len(player.inventory) == 0)
self.assertFalse(player in loc.livings)
self.assertIsNone(player.location, "destroyed player should end up nowhere (None)")
def test_wiretap(self):
attic = Location("Attic", "A dark attic.")
player = Player("fritz", "m")
io = ConsoleIo(None)
io.supports_smartquotes = False
pc = PlayerConnection(player, io)
player.set_screen_sizes(0, 100)
julie = NPC("julie", "f")
julie.move(attic)
player.move(attic)
julie.tell("message for julie")
attic.tell("message for room")
self.assertEqual(["message for room\n"], player.test_get_output_paragraphs())
with self.assertRaises(ActionRefused):
player.create_wiretap(julie)
player.privileges = {"wizard"}
player.create_wiretap(julie)
player.create_wiretap(attic)
julie.tell("message for julie")
attic.tell("message for room")
pubsub.sync()
output = pc.get_output()
self.assertTrue("[wiretapped from 'Attic': message for room]" in output)
self.assertTrue("[wiretapped from 'julie': message for julie]" in output)
self.assertTrue("[wiretapped from 'julie': message for room]" in output)
self.assertTrue("message for room " in output)
# test removing the wiretaps
player.clear_wiretaps()
import gc
gc.collect()
julie.tell("message for julie")
attic.tell("message for room")
self.assertEqual(["message for room\n"], player.test_get_output_paragraphs())
def test_destroy_player(self):
ctx = Context(None, None, None, None)
loc = Location("loc")
player = Player("julie", "f")
player.privileges = {"wizard"}
player.create_wiretap(loc)
player.insert(Item("key"), player)
loc.init_inventory([player])
self.assertEqual(loc, player.location)
self.assertTrue(len(player.inventory) > 0)
self.assertTrue(player in loc.livings)
player.destroy(ctx)
import gc
gc.collect()
self.assertTrue(len(player.inventory) == 0)
self.assertFalse(player in loc.livings)
self.assertIsNone(player.location,
"destroyed player should end up nowhere (None)")
def setUp(self):
mud_context.driver = TestDriver()
mud_context.config = DemoStory()._get_config()
self.hall = Location("Main hall", "A very large hall.")
self.attic = Location("Attic", "A dark attic.")
self.street = Location("Street", "An endless street.")
e1 = Exit("up", self.attic, "A ladder leads up.")
e2 = Exit(
["door", "east"], self.street,
"A heavy wooden door to the east blocks the noises from the street outside."
)
self.hall.add_exits([e1, e2])
self.table = Item(
"table", "oak table",
"a large dark table with a lot of cracks in its surface")
self.key = Item("key",
"rusty key",
"an old rusty key without a label",
short_description="Someone forgot a key.")
self.magazine = Item("magazine", "university magazine")
self.magazine2 = Item("magazine", "university magazine")
self.rat = NPC("rat", "n", race="rodent")
self.rat2 = NPC("rat", "n", race="rodent")
self.fly = NPC("fly",
"n",
race="insect",
short_description="A fly buzzes around your head.")
self.julie = NPC("julie",
"f",
title="attractive Julie",
description="She's quite the looker.")
self.julie.aliases = {"chick"}
self.player = Player("player", "m")
self.pencil = Item("pencil", title="fountain pen")
self.pencil.aliases = {"pen"}
self.bag = Container("bag")
self.notebook_in_bag = Item("notebook")
self.bag.insert(self.notebook_in_bag, self.player)
self.player.insert(self.pencil, self.player)
self.player.insert(self.bag, self.player)
self.hall.init_inventory([
self.table, self.key, self.magazine, self.magazine2, self.rat,
self.rat2, self.julie, self.player, self.fly
])
def test_destroy_deferreds(self):
ctx = Context(driver=mud_context.driver,
clock=None,
config=None,
player_connection=None)
thing = Item("thing")
player = Player("julie", "f")
wolf = NPC("wolf", "m")
loc = Location("loc")
mud_context.driver.defer(datetime.datetime.now(), thing.move)
mud_context.driver.defer(datetime.datetime.now(), player.move)
mud_context.driver.defer(datetime.datetime.now(), wolf.move)
mud_context.driver.defer(datetime.datetime.now(), loc.move)
self.assertEqual(4, len(mud_context.driver.deferreds))
thing.destroy(ctx)
player.destroy(ctx)
wolf.destroy(ctx)
loc.destroy(ctx)
self.assertEqual(0, len(mud_context.driver.deferreds),
"all deferreds must be removed")
def test_look_brief(self):
player = Player("fritz", "m")
attic = Location("Attic", "A dark attic.")
cellar = Location("Cellar", "A gloomy cellar.")
julie = NPC("julie", "f")
julie.move(attic, silent=True)
player.move(attic, silent=True)
player.brief = 0 # default setting: always long descriptions
player.look()
self.assertEqual(["[Attic]\n", "A dark attic.\n", "Julie is here.\n"],
player.test_get_output_paragraphs())
player.look()
self.assertEqual(["[Attic]\n", "A dark attic.\n", "Julie is here.\n"],
player.test_get_output_paragraphs())
player.look(short=True) # override
self.assertEqual(["[Attic]\n", "Present: julie\n"],
player.test_get_output_paragraphs())
player.brief = 1 # short for known, long for new locations
player.look()
self.assertEqual(["[Attic]\n", "Present: julie\n"],
player.test_get_output_paragraphs())
player.move(cellar, silent=True)
player.look()
self.assertEqual(["[Cellar]\n", "A gloomy cellar.\n"],
player.test_get_output_paragraphs())
player.look()
self.assertEqual(["[Cellar]\n"], player.test_get_output_paragraphs())
player.brief = 2 # short always
player.known_locations.clear()
player.look()
self.assertEqual(["[Cellar]\n"], player.test_get_output_paragraphs())
player.move(attic, silent=True)
player.look()
self.assertEqual(["[Attic]\n", "Present: julie\n"],
player.test_get_output_paragraphs())
player.look(short=True) # override
self.assertEqual(["[Attic]\n", "Present: julie\n"],
player.test_get_output_paragraphs())
player.look(short=False) # override
self.assertEqual(["[Attic]\n", "A dark attic.\n", "Julie is here.\n"],
player.test_get_output_paragraphs())
def test_custom_verbs(self):
player = Player("julie", "f")
player.verbs["xywobble"] = "p1"
monster = NPC("snake", "f")
monster.verbs["snakeverb"] = "s1"
room = Location("room")
chair1 = Item("chair1")
chair1.verbs["frobnitz"] = "c1"
chair2 = Item("chair2")
chair2.verbs["frobnitz"] = "c2"
chair_in_inventory = Item("chair3")
chair_in_inventory.verbs["kowabooga"] = "c3"
box_in_inventory = Item("box")
box_in_inventory.verbs["boxverb"] = "c4"
player.init_inventory([box_in_inventory, chair_in_inventory])
exit = Exit("e", "dummy", None, None)
exit.verbs["exitverb"] = "c5"
room.init_inventory([chair1, player, chair2, monster])
room.add_exits([exit])
custom_verbs = mud_context.driver.current_custom_verbs(player)
all_verbs = mud_context.driver.current_verbs(player)
self.assertEqual(
{
"xywobble", "snakeverb", "frobnitz", "kowabooga", "boxverb",
"exitverb"
}, set(custom_verbs))
self.assertEqual(set(), set(custom_verbs) - set(all_verbs))
def test_exits(self):
hall = Location("hall")
attic = Location("attic")
exit1 = Exit("ladder1", attic, "The first ladder leads to the attic.")
exit2 = Exit("up", attic, "Second ladder to attic.")
exit3 = Exit("ladder3", attic, "Third ladder to attic.")
exit4 = Exit("window", attic, "A window.",
"A window, maybe if you open it you can get out?")
hall.add_exits([exit1, exit2, exit3, exit4])
self.assertTrue(hall.exits["up"] is exit2)
self.assertTrue(hall.exits["ladder3"] is exit3)
self.assertTrue(hall.exits["window"] is exit4)
self.assertEqual([
'[hall]',
'The first ladder leads to the attic. Third ladder to attic. Second ladder to attic. A window.'
], strip_text_styles(hall.look()))
self.assertEqual("Third ladder to attic.", exit3.description)
self.assertEqual("A window, maybe if you open it you can get out?",
exit4.description)
with self.assertRaises(ActionRefused):
exit1.activate(None)
with self.assertRaises(ActionRefused):
exit1.deactivate(None)
with self.assertRaises(ActionRefused):
exit1.close(None, None)
with self.assertRaises(ActionRefused):
exit1.open(None, None)
with self.assertRaises(ActionRefused):
exit1.lock(None, None)
with self.assertRaises(ActionRefused):
exit1.unlock(None, None)
with self.assertRaises(ActionRefused):
exit1.manipulate("frobnitz", None)
with self.assertRaises(ActionRefused):
exit1.read(None)
def test_bind_exit(self):
class ModuleDummy(object):
pass
zones = ModuleDummy()
zones.town = ModuleDummy()
zones.town.square = Location("square")
exit = Exit("square", "town.square", "someplace")
self.assertFalse(exit.bound)
exit._bind_target(zones)
self.assertTrue(exit.bound)
self.assertTrue(zones.town.square is exit.target)
exit._bind_target(zones)
def make_location(vnum):
"""
Get a Tale location object for the given circle room vnum.
This performs an on-demand conversion of the circle room data to Tale.
"""
try:
return converted_rooms[vnum] # get cached version if available
except KeyError:
c_room = rooms[vnum]
loc = Location(c_room.name, c_room.desc)
loc.vnum = vnum # keep the circle vnum
for ed in c_room.extradesc:
loc.add_extradesc(ed["keywords"], ed["text"])
converted_rooms[vnum] = loc
for circle_exit in c_room.exits.values():
if circle_exit.roomlink >= 0:
xt = make_exit(circle_exit)
while True:
try:
xt.bind(loc)
break
except LocationIntegrityError as x:
if x.direction in xt.aliases:
# circlemud exit keywords can be duplicated over various exits
# if we have a conflict, just remove the alias from the exit and try again
xt.aliases = xt.aliases - {x.direction}
continue
else:
if loc.exits[x.direction] is xt:
# this can occur, the exit is already bound
break
else:
# in this case a true integrity error occurred
raise
else:
# add the description of the inaccessible exit to the room's own description.
loc.description += " " + circle_exit.desc
return loc
def make_location(vnum):
"""
Get a Tale location object for the given circle room vnum.
This performs an on-demand conversion of the circle room data to Tale.
"""
try:
return converted_rooms[vnum] # get cached version if available
except KeyError:
c_room = rooms[vnum]
loc = Location(c_room.name, c_room.desc)
loc.vnum = vnum # keep the circle vnum
for ed in c_room.extradesc:
loc.add_extradesc(ed["keywords"], ed["text"])
converted_rooms[vnum] = loc
for circle_exit in c_room.exits.values():
if circle_exit.roomlink >= 0:
xt = make_exit(circle_exit)
while True:
try:
xt.bind(loc)
break
except LocationIntegrityError as x:
if x.direction in xt.aliases:
# circlemud exit keywords can be duplicated over various exits
# if we have a conflict, just remove the alias from the exit and try again
xt.aliases = xt.aliases - {x.direction}
continue
else:
if loc.exits[x.direction] is xt:
# this can occur, the exit is already bound
break
else:
# in this case a true integrity error occurred
raise
else:
# add the description of the inaccessible exit to the room's own description.
loc.description += " " + circle_exit.desc
return loc
def test_custom_verbs(self):
player = Player("julie", "f")
player.verbs["xywobble"] = "p1"
monster = NPC("snake", "f")
monster.verbs["snakeverb"] = "s1"
room = Location("room")
chair1 = Item("chair1")
chair1.verbs["frobnitz"] = "c1"
chair2 = Item("chair2")
chair2.verbs["frobnitz"] = "c2"
chair_in_inventory = Item("chair3")
chair_in_inventory.verbs["kowabooga"] = "c3"
box_in_inventory = Item("box")
box_in_inventory.verbs["boxverb"] = "c4"
player.init_inventory([box_in_inventory, chair_in_inventory])
exit = Exit("e", "dummy", None, None)
exit.verbs["exitverb"] = "c5"
room.init_inventory([chair1, player, chair2, monster])
room.add_exits([exit])
custom_verbs = mud_context.driver.current_custom_verbs(player)
all_verbs = mud_context.driver.current_verbs(player)
self.assertEqual({"xywobble", "snakeverb", "frobnitz", "kowabooga", "boxverb", "exitverb"}, set(custom_verbs))
self.assertEqual(set(), set(custom_verbs) - set(all_verbs))
def test_print_location(self):
p = Player("julie", "f")
key = Item("key")
bag = Container("bag")
room = Location("room")
bag.insert(key, p)
p.insert(bag, p)
room.insert(p, p)
with self.assertRaises(Exception):
p.tell_object_location(None, None)
p.tell_object_location(key, None)
self.assertEqual(["(It's not clear where key is).\n"], p.test_get_output_paragraphs())
p.tell_object_location(key, None, print_parentheses=False)
self.assertEqual(["It's not clear where key is.\n"], p.test_get_output_paragraphs())
p.tell_object_location(key, bag)
result = "".join(p.test_get_output_paragraphs())
self.assertTrue("in bag" in result and "in your inventory" in result)
p.tell_object_location(key, room)
self.assertTrue("in your current location" in "".join(p.test_get_output_paragraphs()))
p.tell_object_location(bag, p)
self.assertTrue("in your inventory" in "".join(p.test_get_output_paragraphs()))
p.tell_object_location(p, room)
self.assertTrue("in your current location" in "".join(p.test_get_output_paragraphs()))
def test_location(self):
thingy = Item("thing")
with self.assertRaises(TypeError):
thingy.location = "foobar"
hall = Location("hall")
thingy.location = hall
self.assertEqual(hall, thingy.contained_in)
self.assertEqual(hall, thingy.location)
person = Living("person", "m", race="human")
key = Item("key")
backpack = Container("backpack")
person.insert(backpack, person)
self.assertIsNone(key.contained_in)
self.assertIsNone(key.location)
self.assertTrue(backpack in person)
self.assertEqual(person, backpack.contained_in)
self.assertEqual(_limbo, backpack.location)
hall.init_inventory([person, key])
self.assertEqual(hall, key.contained_in)
self.assertEqual(hall, key.location)
self.assertEqual(hall, backpack.location)
key.move(backpack, person)
self.assertEqual(backpack, key.contained_in)
self.assertEqual(hall, key.location)
def test_location(self):
thingy = Item("thing")
with self.assertRaises(TypeError):
thingy.location = "foobar"
hall = Location("hall")
thingy.location = hall
self.assertEqual(hall, thingy.contained_in)
self.assertEqual(hall, thingy.location)
person = Living("person", "m", race="human")
key = Item("key")
backpack = Container("backpack")
person.insert(backpack, person)
self.assertIsNone(key.contained_in)
self.assertIsNone(key.location)
self.assertTrue(backpack in person)
self.assertEqual(person, backpack.contained_in)
self.assertEqual(_Limbo, backpack.location)
hall.init_inventory([person, key])
self.assertEqual(hall, key.contained_in)
self.assertEqual(hall, key.location)
self.assertEqual(hall, backpack.location)
key.move(backpack, person)
self.assertEqual(backpack, key.contained_in)
self.assertEqual(hall, key.location)
def test_look(self):
player = Player("fritz", "m")
attic = Location("Attic", "A dark attic.")
player.look()
self.assertEqual([
"[Limbo]\n",
"The intermediate or transitional place or state. There's only nothingness.\nLiving beings end up here if they're not in a proper location yet.\n"
], player.test_get_output_paragraphs())
player.move(attic, silent=True)
player.look(short=True)
self.assertEqual(["[Attic]\n"], player.test_get_output_paragraphs())
julie = NPC("julie", "f")
julie.move(attic, silent=True)
player.look(short=True)
self.assertEqual(["[Attic]\n", "Present: julie\n"],
player.test_get_output_paragraphs())
def make_location(vnum: int) -> Location:
"""
Get a Tale location object for the given circle room vnum.
This performs an on-demand conversion of the circle room data to Tale.
"""
# @todo deal with location type ('inside') and attributes ('nomob', 'dark', 'death'...)
try:
return converted_rooms[vnum] # get cached version if available
except KeyError:
c_room = rooms[vnum]
loc = None # type: Location
if vnum in circle_dump_rooms or "death" in c_room.attributes:
loc = Garbagedump(c_room.name, c_room.desc)
elif vnum in circle_pet_shops:
loc = PetShop(c_room.name, c_room.desc)
else:
loc = Location(c_room.name, c_room.desc)
loc.circle_vnum = vnum # type: ignore # keep the circle vnum
loc.circle_zone = c_room.zone # type: ignore # keep the circle zone number
for ed in c_room.extradesc:
loc.add_extradesc(ed["keywords"], ed["text"])
converted_rooms[vnum] = loc
for circle_exit in c_room.exits.values():
if circle_exit.roomlink >= 0:
xt = make_exit(circle_exit)
while True:
try:
xt.bind(loc)
break
except LocationIntegrityError as x:
if x.direction in xt.aliases:
# circlemud exit keywords can be duplicated over various exits
# if we have a conflict, just remove the alias from the exit and try again
xt.aliases = xt.aliases - {x.direction}
continue
else:
if loc.exits[x.direction] is xt:
# this can occur, the exit is already bound
break
else:
# in this case a true integrity error occurred
raise
else:
# add the description of the inaccessible exit to the room's own description.
loc.description += " " + circle_exit.desc
return loc
def test_others(self):
attic = Location("Attic", "A dark attic.")
player = Player("merlin", "m")
player.title = "wizard Merlin"
julie = MsgTraceNPC("julie", "f", "human")
fritz = MsgTraceNPC("fritz", "m", "human")
julie.move(attic, silent=True)
fritz.move(attic, silent=True)
player.move(attic, silent=True)
player.tell_others("one", "two", "three")
self.assertEqual([], player.test_get_output_paragraphs())
self.assertEqual(["one", "two", "three"], fritz.messages)
self.assertEqual(["one", "two", "three"], julie.messages)
fritz.clearmessages()
julie.clearmessages()
player.tell_others("{title} and {Title}")
self.assertEqual(["wizard Merlin and Wizard Merlin"], fritz.messages)
def test_tell(self):
rat = MsgTraceNPC("rat", "n", "rodent")
self.assertTrue(rat._init_called,
"init() must be called from __init__")
julie = MsgTraceNPC("julie", "f", "human")
hall = Location("hall")
hall.livings = [rat, julie]
hall.tell("roommsg")
self.assertEqual(["roommsg"], rat.messages)
self.assertEqual(["roommsg"], julie.messages)
rat.clearmessages()
julie.clearmessages()
hall.tell("roommsg", rat, [julie], "juliemsg")
self.assertEqual([], rat.messages)
self.assertEqual(["juliemsg"], julie.messages)
def test_destroy_loc(self):
ctx = Context(None, None, None, None)
loc = Location("loc")
i = Item("item")
liv = Living("rat", "n", race="rodent")
loc.add_exits([Exit("north", "somewhere", "exit to somewhere")])
player = Player("julie", "f")
player.privileges = {"wizard"}
player.create_wiretap(loc)
loc.init_inventory([i, liv, player])
self.assertTrue(len(loc.exits) > 0)
self.assertTrue(len(loc.items) > 0)
self.assertTrue(len(loc.livings) > 0)
self.assertEqual(loc, player.location)
self.assertEqual(loc, liv.location)
loc.destroy(ctx)
self.assertTrue(len(loc.exits) == 0)
self.assertTrue(len(loc.items) == 0)
self.assertTrue(len(loc.livings) == 0)
self.assertEqual(_limbo, player.location)
self.assertEqual(_limbo, liv.location)
def test_tell(self):
rat = MsgTraceNPC("rat", "n", "rodent")
self.assertTrue(rat._init_called, "init() must be called from __init__")
julie = MsgTraceNPC("julie", "f", "human")
hall = Location("hall")
hall.livings = [rat, julie]
hall.tell("roommsg")
self.assertEqual(["roommsg"], rat.messages)
self.assertEqual(["roommsg"], julie.messages)
rat.clearmessages()
julie.clearmessages()
hall.tell("roommsg", rat, [julie], "juliemsg")
self.assertEqual([], rat.messages)
self.assertEqual(["juliemsg"], julie.messages)
def test_wiretap(self):
attic = Location("Attic", "A dark attic.")
player = Player("fritz", "m")
io = ConsoleIo(None)
io.supports_smartquotes = False
pc = PlayerConnection(player, io)
player.set_screen_sizes(0, 100)
julie = NPC("julie", "f")
julie.move(attic)
player.move(attic)
julie.tell("message for julie")
attic.tell("message for room")
self.assertEqual(["message for room\n"],
player.test_get_output_paragraphs())
with self.assertRaises(ActionRefused):
player.create_wiretap(julie)
player.privileges = {"wizard"}
player.create_wiretap(julie)
player.create_wiretap(attic)
julie.tell("message for julie")
attic.tell("message for room")
pubsub.sync()
output = pc.get_output()
self.assertTrue(
"[wiretapped from 'Attic': message for room]" in output)
self.assertTrue(
"[wiretapped from 'julie': message for julie]" in output)
self.assertTrue(
"[wiretapped from 'julie': message for room]" in output)
self.assertTrue("message for room " in output)
# test removing the wiretaps
player.clear_wiretaps()
import gc
gc.collect()
julie.tell("message for julie")
attic.tell("message for room")
self.assertEqual(["message for room\n"],
player.test_get_output_paragraphs())
def test_title_name(self):
door = Door("north",
"hall",
"a locked door",
locked=True,
opened=False)
self.assertEqual("north", door.name)
self.assertEqual("Exit to <unbound:hall>", door.title)
exit = Exit("outside", "town.square", "someplace")
self.assertEqual("outside", exit.name)
self.assertEqual("Exit to <unbound:town.square>", exit.title)
class ModuleDummy(object):
pass
zones = ModuleDummy()
zones.town = ModuleDummy()
zones.town.square = Location("square")
exit._bind_target(zones)
self.assertEqual("Exit to square", exit.title)
self.assertEqual("exit to square", exit.name)
def test_destroy_loc(self):
ctx = Context()
loc = Location("loc")
i = Item("item")
liv = Living("rat", "n", race="rodent")
loc.add_exits([Exit("north", "somewhere", "exit to somewhere")])
player = Player("julie", "f")
player.privileges = {"wizard"}
player.create_wiretap(loc)
loc.init_inventory([i, liv, player])
self.assertTrue(len(loc.exits) > 0)
self.assertTrue(len(loc.items) > 0)
self.assertTrue(len(loc.livings) > 0)
self.assertEqual(loc, player.location)
self.assertEqual(loc, liv.location)
loc.destroy(ctx)
self.assertTrue(len(loc.exits) == 0)
self.assertTrue(len(loc.items) == 0)
self.assertTrue(len(loc.livings) == 0)
self.assertEqual(_Limbo, player.location)
self.assertEqual(_Limbo, liv.location)
def test_with_key(self):
player = Player("julie", "f")
key = Key("key", "door key")
key.key_for(code=12345)
hall = Location("hall")
door = Door("north", hall, "a locked door", locked=True, opened=False)
door2 = Door("south",
hall,
"another locked door",
locked=True,
opened=False)
with self.assertRaises(ActionRefused):
door.unlock(player)
with self.assertRaises(ActionRefused):
door.unlock(player, key)
door.key_code = 12345
door2.key_code = 9999
key.key_for(door)
self.assertTrue(door.locked)
door.unlock(player, key)
self.assertFalse(door.locked)
with self.assertRaises(ActionRefused):
door2.unlock(key)
door.locked = True
with self.assertRaises(ActionRefused):
door.unlock(player)
key.move(player, player)
door.unlock(player)
self.assertFalse(door.locked)
door.lock(player)
self.assertTrue(door.locked)
door.unlock(player)
player.remove(key, player)
with self.assertRaises(ActionRefused):
door.lock(player)
door.key_code = None
with self.assertRaises(LocationIntegrityError):
key.key_for(door)
def test_verbs(self):
room = Location("room")
room.verbs["smurf"] = ""
self.assertTrue("smurf" in room.verbs)
del room.verbs["smurf"]
self.assertFalse("smurf" in room.verbs)
def test_actions(self):
player = Player("julie", "f")
hall = Location("hall")
attic = Location("attic")
unbound_exit = Exit("random", "foo.bar", "a random exit")
with self.assertRaises(Exception):
self.assertFalse(unbound_exit.allow_passage(
player)) # should fail because not bound
exit1 = Exit("ladder", attic, "first ladder to attic")
exit1.allow_passage(player)
door = Door("north",
hall,
"open unlocked door",
locked=False,
opened=True)
with self.assertRaises(ActionRefused) as x:
door.open(player) # fail, it's already open
self.assertEqual("It's already open.", str(x.exception))
door.close(player)
self.assertFalse(door.opened, "must be closed")
with self.assertRaises(ActionRefused) as x:
door.lock(player) # default door can't be locked
self.assertEqual("You don't seem to have the means to lock it.",
str(x.exception))
with self.assertRaises(ActionRefused) as x:
door.unlock(player) # fail, it's not locked
self.assertEqual("It's not locked.", str(x.exception))
door = Door("north",
hall,
"open locked door",
locked=False,
opened=True)
with self.assertRaises(ActionRefused) as x:
door.open(player) # fail, it's already open
self.assertEqual("It's already open.", str(x.exception))
door.close(player)
door.locked = True
with self.assertRaises(ActionRefused) as x:
door.lock(player) # it's already locked
self.assertEqual("It's already locked.", str(x.exception))
self.assertTrue(door.locked)
with self.assertRaises(ActionRefused) as x:
door.unlock(player) # you can't unlock it
self.assertEqual("You don't seem to have the means to unlock it.",
str(x.exception))
self.assertTrue(door.locked)
door = Door("north",
hall,
"closed unlocked door",
locked=False,
opened=False)
door.open(player)
self.assertTrue(door.opened)
door.close(player)
self.assertFalse(door.opened)
with self.assertRaises(ActionRefused) as x:
door.close(player) # it's already closed
self.assertEqual("It's already closed.", str(x.exception))
door = Door("north",
hall,
"closed locked door",
locked=True,
opened=False)
with self.assertRaises(ActionRefused) as x:
door.open(player) # can't open it, it's locked
self.assertEqual("You try to open it, but it's locked.",
str(x.exception))
with self.assertRaises(ActionRefused) as x:
door.close(player) # it's already closed
self.assertEqual("It's already closed.", str(x.exception))
door = Door("north", hall, "Some door.")
self.assertEqual("Some door.", door.short_description)
self.assertEqual("Some door. It is open and unlocked.",
door.description)
self.assertTrue(door.opened)
self.assertFalse(door.locked)
door = Door("north", hall, "Some door.",
"This is a peculiar door leading north.")
self.assertEqual("Some door.", door.short_description)
self.assertEqual(
"This is a peculiar door leading north. It is open and unlocked.",
door.description)
def test_enter_leave(self):
hall = Location("hall")
rat1 = NPC("rat1", "n")
rat2 = NPC("rat2", "n")
julie = NPC("julie", "f")
with self.assertRaises(TypeError):
hall.insert(12345, julie)
self.assertEqual(_Limbo, rat1.location)
self.assertFalse(rat1 in hall.livings)
wiretap = Wiretap(hall)
hall.insert(rat1, julie)
self.assertEqual(hall, rat1.location)
self.assertTrue(rat1 in hall.livings)
self.assertEqual([], wiretap.msgs, "insert shouldn't produce arrival messages")
hall.insert(rat2, julie)
self.assertTrue(rat2 in hall.livings)
self.assertEqual([], wiretap.msgs, "insert shouldn't produce arrival messages")
# now test leave
wiretap.clear()
hall.remove(rat1, julie)
self.assertFalse(rat1 in hall.livings)
self.assertIsNone(rat1.location)
self.assertEqual([], wiretap.msgs, "remove shouldn't produce exit message")
hall.remove(rat2, julie)
self.assertFalse(rat2 in hall.livings)
self.assertEqual([], wiretap.msgs, "remove shouldn't produce exit message")
# test random leave
hall.remove(rat1, julie)
hall.remove(12345, julie)
from tale.pubsub import Listener
from tale import mud_context
from npcs.teachers import Librarian
from tale.errors import ActionRefused
from tale.items.basic import Note
def init(driver):
# called when zone is first loaded
pass
english = Location(
"English Class",
"""
You step into the classroom and your teacher, Mr. Bushel, clears his throat.
"You're late, as usual. I sincerely hope you remembered your homework." He holds out his hand expectantly.
""",
)
library = Location(
"Library",
"""
You're in the library, where you usually spend your after-school time in detention.
""",
)
hallway_door = Door(
["hallway", "hallway door", "south", "s", "out"],
"hallways.north_hallway",
short_description="An open door to the south leads back into the hallway.",
rose street north, crossing, rose street south
butcher, storage room
"""
import random
import zones.houses
import zones.npcs
from tale.base import Location, Exit, Door, Key, Living, ParseResult, _limbo
from tale.items.basic import Money
from tale.errors import ParseError, ActionRefused, StoryCompleted
from tale.util import call_periodically, Context
from tale import mud_context
north_street = Location("Rose Street", "The northern part of Rose Street.")
south_street = Location("Rose Street", "The southern part of Rose Street.")
crossing = Location("Crossing", "Town Crossing.")
crossing.add_exits([
Exit("west", "magnolia_st.street2", "Westwards lies Magnolia Street."),
Exit("east", "magnolia_st.street3", "Magnolia Street extends to the east, eventually leading towards the factory."),
])
Exit.connect(crossing, "north", "A part of Rose Street lies to the north.", None,
north_street, ["south", "crossing"], "The street goes south towards the crossing.", None)
Exit.connect(crossing, "south", "Rose Street continues to the south.", None,
south_street, ["north", "crossing"], "The crossing is back towards the north.", None)
playground = Location("Playground", "Children's playground. You see a rusty merry-go-round, and a little swing. "
"To the west, a house is visible.")
from tale.driver import Driver
from tale.errors import ActionRefused, TaleError, StoryCompleted
from tale.items.basic import trashcan, newspaper, gem, gameclock, pouch
from tale.items.board import bulletinboard
from tale.player import Player
def init(driver: Driver) -> None:
# called when zone is first loaded
board.load()
board.save() # make sure the storage file exists
square = Location(
"Town square",
"The old town square of the village. It is not much really, "
"and narrow streets quickly lead away from the small fountain in the center."
)
lane = Location(
"Lane of Magicks",
"A long straight road leading to the horizon. Apart from a nearby small tower, "
"you can't see any houses or other landmarks. The road seems to go on forever though."
)
Exit.connect(square, ["north", "lane"],
"A long straight lane leads north towards the horizon.", None,
lane, "south", "The town square lies to the south.", None)
paper = newspaper.clone()
paper.aliases = {"paper"}
""" The Wizard Tower, which is the place where Wizards start/log in 'Tale' mud driver, mudlib and interactive fiction framework Copyright by Irmen de Jong ([email protected]) """ import random from tale import lang, util from tale.base import Location, Exit, Item, Living hall = Location("Main hall of the Tower of Magic", "The main hall of this ancient wizard tower sparkles with traces of magic. " "Everything seems to glow a little from within. You can hear a very faint hum.") table = Item("table", "oak table", descr="A large dark table with a lot of cracks in its surface.") key = Item("key", "rusty key", descr="An old rusty key without a label.") class Drone(Living): @util.call_periodically(2) def do_whizz(self, ctx: util.Context) -> None: rand = random.random() if rand < 0.14: self.do_socialize("twitch erra") elif rand < 0.28: self.do_socialize("rotate random") elif rand < 0.40: self.location.tell("%s hums softly." % lang.capital(self.title))
The house, where the player starts the game.
Also defines the Neighbor's house, where other things can be found.
"""
from __future__ import absolute_import, print_function, division, unicode_literals
from tale.base import Location, Exit, Door
def init(driver):
# called when zone is first loaded
pass
# ----------------- START House & Kitchen -------------------------
livingroom = Location("Living room", "The living room in your little home. Your big TV hangs on a wall.")
livingroom.add_extradesc({"plasma", "tv"}, "You recently bought a bigger TV, but haven't yet found the time to actually watch anything.")
kitchen = Location("Kitchen", "A small but well supplied kitchen. Rather than ordering take-away, "
"you prefer cooking your own meals -- unlike most of the other people you know in town. A window lets you look outside.")
kitchen.add_extradesc({"window", "outside"}, "Through the kitchen window you can see your small garden and behind that, the children's playground.")
# Exits
front_door = Door(["door", "outside", "street"], "magnolia_st.street1", "Your front door leads outside, to the street.",
"There's a heavy front door here that leads to the streets outside.", opened=False)
house_door = front_door.reverse_door(["house", "north", "inside"], livingroom,
"You can go back inside your house.", "It's your house, on the north side of the street.",
reverse_open_msg="Someone outside opens the door.",
reverse_close_msg="Someone outside closes the door.",
this_open_msg="Someone in the house opens the door.",
this_close_msg="Someone in the house closes the door.")
def test_notify(self):
room = Location("room")
room2 = Location("room2")
player = Player("julie", "f")
room.notify_player_arrived(player, room2)
room.notify_player_left(player, room2)
room.notify_npc_arrived(player, room2)
room.notify_npc_left(player, room2)
parsed = ParseResult("verb")
room.notify_action(parsed, player)
def test_names(self):
loc = Location("The Attic", "A dusty attic.")
self.assertEqual("The Attic", loc.name)
self.assertEqual("A dusty attic.", loc.description)
def test_handle_and_notify_action(self):
class SpecialPlayer(Player):
def init(self):
self.handled = False
self.handle_verb_called = False
self.notify_called = False
def handle_verb(self, parsed, actor):
self.handle_verb_called = True
if parsed.verb in self.verbs:
self.handled = True
return True
else:
return False
def notify_action(self, parsed, actor):
self.notify_called = True
player = SpecialPlayer("julie", "f")
player.verbs["xywobble"] = ""
room = Location("room")
class Chair(Item):
def init(self):
self.handled = False
self.handle_verb_called = False
self.notify_called = False
def handle_verb(self, parsed, actor):
self.handle_verb_called = True
if parsed.verb in self.verbs:
self.handled = True
return True
else:
return False
def notify_action(self, parsed, actor):
self.notify_called = True
chair_in_inventory = Chair("littlechair")
chair_in_inventory.verbs["kerwaffle"] = ""
player.insert(chair_in_inventory, player)
chair = Chair("chair")
chair.verbs["frobnitz"] = ""
room.init_inventory([player, chair])
# first check if the handle_verb passes to all objects including inventory
parsed = ParseResult("kowabungaa12345")
handled = room.handle_verb(parsed, player)
self.assertFalse(handled)
self.assertTrue(chair.handle_verb_called)
self.assertTrue(player.handle_verb_called)
self.assertTrue(chair_in_inventory.handle_verb_called)
self.assertFalse(chair.handled)
self.assertFalse(player.handled)
self.assertFalse(chair_in_inventory.handled)
# check item handling
player.init()
chair.init()
chair_in_inventory.init()
parsed = ParseResult("frobnitz")
handled = room.handle_verb(parsed, player)
self.assertTrue(handled)
self.assertTrue(chair.handled)
self.assertFalse(player.handled)
self.assertFalse(chair_in_inventory.handled)
# check living handling
player.init()
chair.init()
chair_in_inventory.init()
parsed = ParseResult("xywobble")
handled = room.handle_verb(parsed, player)
self.assertTrue(handled)
self.assertFalse(chair.handled)
self.assertTrue(player.handled)
self.assertFalse(chair_in_inventory.handled)
# check inventory handling
player.init()
chair.init()
chair_in_inventory.init()
parsed = ParseResult("kerwaffle")
handled = room.handle_verb(parsed, player)
self.assertTrue(handled)
self.assertFalse(chair.handled)
self.assertFalse(player.handled)
self.assertTrue(chair_in_inventory.handled)
# check notify_action
player.init()
chair.init()
chair_in_inventory.init()
room.notify_action(parsed, player)
self.assertTrue(chair.notify_called)
self.assertTrue(player.notify_called)
self.assertTrue(chair_in_inventory.notify_called)
from __future__ import absolute_import, print_function, division, unicode_literals
import random
from tale.base import Location, Exit, Item, heartbeat
from tale.npc import NPC
import tale.lang
def init(driver):
# called when zone is first loaded
pass
hall = Location("Main hall of the Tower of Magic",
"""
The main hall of this ancient wizard tower sparkles with traces of magic.
Everything seems to glow a little from within. You can hear a very faint hum.
""")
table = Item("table", "oak table", "A large dark table with a lot of cracks in its surface.")
key = Item("key", "rusty key", "An old rusty key without a label.")
@heartbeat
class Drone(NPC):
def heartbeat(self, ctx):
rand = random.random()
if rand < 0.07:
self.do_socialize("twitch erra")
elif rand < 0.14:
self.do_socialize("rotate random")
elif rand < 0.21:
"""
The house, where the player starts the game.
Their pet cat is also here and you can interact with him a little.
The generated demo code below is provided for you to use or modify as you wish.
(it creates a trivial location similar to the built-in demo story of the Tale library itself)
"""
from tale.base import Location, Exit, Door
from zones.sarah import Sarah
from zones.descriptions import room_descriptions, sarah_text
##### Lobby #####
foyer = Location(name="Foyer", descr=room_descriptions['foyer'])
# Build Exits
foyer_closet = Exit(directions="closet",
target_location="inn.foyer_closet",
short_descr="There is a small closet in the foyer.",
long_descr=None)
foyer_sitting = Exit(directions=["north", "sitting"],
target_location="inn.sitting_room",
short_descr="There is a sitting room to the north.",
long_descr="""Through the archway you can see a cozy
room flickering to the light of a fire.""")
foyer.add_exits([foyer_closet, foyer_sitting])
# Insert items & npcs
import random
import zones.houses
import zones.npcs
from tale.base import Location, Exit, Door, Key, Living, ParseResult, _limbo
from tale.items.basic import Money
from tale.errors import ParseError, ActionRefused, StoryCompleted
from tale.util import call_periodically, Context
from tale import mud_context
north_street = Location("Rose Street", "The northern part of Rose Street.")
south_street = Location("Rose Street", "The southern part of Rose Street.")
crossing = Location("Crossing", "Town Crossing.")
crossing.add_exits([
Exit("west", "magnolia_st.street2", "Westwards lies Magnolia Street."),
Exit("east", "magnolia_st.street3", "Magnolia Street extends to the east, eventually leading towards the factory."),
])
Exit.connect(crossing, "north", "A part of Rose Street lies to the north.", None,
north_street, ["south", "crossing"], "The street goes south towards the crossing.", None)
Exit.connect(crossing, "south", "Rose Street continues to the south.", None,
south_street, ["north", "crossing"], "The crossing is back towards the north.", None)
playground = Location("Playground", "Children's playground. You see a rusty merry-go-round, and a little swing. "
"To the west, a house is visible.")
playground.add_extradesc({"west", "house"}, "You can see your house from here!")
playground.add_exits([
Door("fence", _limbo, "On the north end of the playground is a sturdy looking padlocked fence.",
def test_message_nearby_location(self):
plaza = Location("plaza")
road = Location("road")
house = Location("house")
attic = Location("attic")
plaza.add_exits([Exit("north", road, "road leads north"), Exit("door", house, "door to a house")])
road.add_exits([Exit("south", plaza, "plaza to the south")])
house.add_exits([Exit("door", plaza, "door to the plaza"), Exit("ladder", attic, "dusty attic")])
attic.add_exits([Exit("ladder", house, "the house")])
wiretap_plaza = Wiretap(plaza)
wiretap_road = Wiretap(road)
wiretap_house = Wiretap(house)
wiretap_attic = Wiretap(attic)
util.message_nearby_locations(plaza, "boing")
pubsub.sync()
self.assertEqual([], wiretap_plaza.msgs, "the plaza doesnt receive tells")
self.assertEqual([], wiretap_attic.msgs, "the attic is too far away to receive msgs")
self.assertTrue(("road", "boing") in wiretap_road.msgs)
self.assertTrue(
("road", "The sound is coming from the south.") in wiretap_road.msgs, "road should give sound direction"
)
self.assertTrue(("house", "boing") in wiretap_house.msgs)
self.assertTrue(
("house", "You can't hear where the sound is coming from.") in wiretap_house.msgs,
"in the house you can't locate the sound direction",
)
from tale import mud_context
from tale.lang import capital
# define the various locations
class GameEnd(Location):
def init(self):
pass
def notify_player_arrived(self, player, previous_location):
# player has entered!
player.story_completed()
livingroom = Location("Living room", "The living room in your home in the outskirts of the city.")
closet = Location("Closet", "A small room.")
outside = GameEnd("Outside", "It is beautiful weather outside.")
# define the exits that connect the locations
door = Door(
["garden", "door"], outside,
"A door leads to the garden.", "There's a heavy door here that leads to the garden outside the house.",
locked=True, opened=False)
door.door_code = 1
closet_exit = Exit("closet", closet, "There's a small closet in your house.")
livingroom.add_exits([door, closet_exit])
closet.add_exits([Exit("living room", livingroom, "You can see the living room.")])
def test_door_pair(self):
loc1 = Location("room1", "room one")
loc2 = Location("room2", "room two")
key = Key("key")
door_one_two = Door("two",
loc2,
"door to room two",
locked=True,
opened=False)
door_two_one = door_one_two.reverse_door(
"one",
loc1,
"door to room one",
reverse_open_msg="door one open",
reverse_close_msg="door one close",
this_open_msg="door two open",
this_close_msg="door two close")
loc1.add_exits([door_one_two])
loc2.add_exits([door_two_one])
door_one_two.key_code = 555
key.key_for(door_one_two)
pubsub1 = PubsubCollector()
pubsub2 = PubsubCollector()
loc1.get_wiretap().subscribe(pubsub1)
loc2.get_wiretap().subscribe(pubsub2)
self.assertTrue(door_two_one.locked)
self.assertFalse(door_two_one.opened)
lucy = Living("lucy", "f")
door_two_one.unlock(lucy, item=key)
self.assertFalse(door_one_two.locked)
door_two_one.open(lucy)
self.assertTrue(door_one_two.opened)
pubsub.sync()
self.assertEqual(["door one open"], pubsub1.messages)
self.assertEqual([], pubsub2.messages)
door_one_two.close(lucy)
door_one_two.lock(lucy, item=key)
self.assertTrue(door_two_one.locked)
self.assertFalse(door_two_one.opened)
pubsub1.clear()
pubsub2.clear()
pubsub.sync()
self.assertEqual([], pubsub1.messages)
self.assertEqual(["door two close"], pubsub2.messages)
def test_handle_and_notify_action(self):
class SpecialPlayer(Player):
def init(self):
self.handled = False
self.handle_verb_called = False
self.notify_called = False
def handle_verb(self, parsed, actor):
self.handle_verb_called = True
if parsed.verb in self.verbs:
self.handled = True
return True
else:
return False
def notify_action(self, parsed, actor):
self.notify_called = True
player = SpecialPlayer("julie", "f")
player.verbs["xywobble"] = ""
room = Location("room")
class Chair(Item):
def init(self):
self.handled = False
self.handle_verb_called = False
self.notify_called = False
def handle_verb(self, parsed, actor):
self.handle_verb_called = True
if parsed.verb in self.verbs:
self.handled = True
return True
else:
return False
def notify_action(self, parsed, actor):
self.notify_called = True
chair_in_inventory = Chair("littlechair")
chair_in_inventory.verbs["kerwaffle"] = ""
player.insert(chair_in_inventory, player)
chair = Chair("chair")
chair.verbs["frobnitz"] = ""
room.init_inventory([player, chair])
# first check if the handle_verb passes to all objects including inventory
parsed = ParseResult("kowabungaa12345")
handled = room.handle_verb(parsed, player)
self.assertFalse(handled)
self.assertTrue(chair.handle_verb_called)
self.assertTrue(player.handle_verb_called)
self.assertTrue(chair_in_inventory.handle_verb_called)
self.assertFalse(chair.handled)
self.assertFalse(player.handled)
self.assertFalse(chair_in_inventory.handled)
# check item handling
player.init()
chair.init()
chair_in_inventory.init()
parsed = ParseResult("frobnitz")
handled = room.handle_verb(parsed, player)
self.assertTrue(handled)
self.assertTrue(chair.handled)
self.assertFalse(player.handled)
self.assertFalse(chair_in_inventory.handled)
# check living handling
player.init()
chair.init()
chair_in_inventory.init()
parsed = ParseResult("xywobble")
handled = room.handle_verb(parsed, player)
self.assertTrue(handled)
self.assertFalse(chair.handled)
self.assertTrue(player.handled)
self.assertFalse(chair_in_inventory.handled)
# check inventory handling
player.init()
chair.init()
chair_in_inventory.init()
parsed = ParseResult("kerwaffle")
handled = room.handle_verb(parsed, player)
self.assertTrue(handled)
self.assertFalse(chair.handled)
self.assertFalse(player.handled)
self.assertTrue(chair_in_inventory.handled)
# check notify_action
player.init()
chair.init()
chair_in_inventory.init()
room.notify_action(parsed, player)
self.assertTrue(chair.notify_called)
self.assertTrue(player.notify_called)
self.assertTrue(chair_in_inventory.notify_called)
class TestLocations(unittest.TestCase):
def setUp(self):
mud_context.driver = DummyDriver()
self.hall = Location("Main hall", "A very large hall.")
self.attic = Location("Attic", "A dark attic.")
self.street = Location("Street", "An endless street.")
e1 = Exit("up", self.attic, "A ladder leads up.")
e2 = Exit(["door", "east"], self.street, "A heavy wooden door to the east blocks the noises from the street outside.")
self.hall.add_exits([e1, e2])
self.table = Item("table", "oak table", "a large dark table with a lot of cracks in its surface")
self.key = Item("key", "rusty key", "an old rusty key without a label", short_description="Someone forgot a key.")
self.magazine = Item("magazine", "university magazine")
self.rat = NPC("rat", "n", race="rodent")
self.fly = NPC("fly", "n", race="insect", short_description="A fly buzzes around your head.")
self.julie = NPC("julie", "f", title="attractive Julie", description="She's quite the looker.")
self.julie.aliases = {"chick"}
self.player = Player("player", "m")
self.pencil = Item("pencil", title="fountain pen")
self.pencil.aliases = {"pen"}
self.bag = Container("bag")
self.notebook_in_bag = Item("notebook")
self.bag.insert(self.notebook_in_bag, self.player)
self.player.insert(self.pencil, self.player)
self.player.insert(self.bag, self.player)
self.hall.init_inventory([self.table, self.key, self.magazine, self.rat, self.julie, self.player, self.fly])
def test_names(self):
loc = Location("The Attic", "A dusty attic.")
self.assertEqual("The Attic", loc.name)
self.assertEqual("A dusty attic.", loc.description)
def test_contains(self):
self.assertTrue(self.julie in self.hall)
self.assertTrue(self.magazine in self.hall)
self.assertFalse(self.pencil in self.hall)
self.assertFalse(self.magazine in self.attic)
self.assertFalse(self.julie in self.attic)
def test_look(self):
expected = ["[Main hall]", "A very large hall.",
"A heavy wooden door to the east blocks the noises from the street outside. A ladder leads up.",
"Someone forgot a key. You see a university magazine and an oak table. Player, attractive Julie, and rat are here. A fly buzzes around your head."]
self.assertEqual(expected, strip_text_styles(self.hall.look()))
expected = ["[Main hall]", "A very large hall.",
"A heavy wooden door to the east blocks the noises from the street outside. A ladder leads up.",
"Someone forgot a key. You see a university magazine and an oak table. Attractive Julie and rat are here. A fly buzzes around your head."]
self.assertEqual(expected, strip_text_styles(self.hall.look(exclude_living=self.player)))
expected = ["[Attic]", "A dark attic."]
self.assertEqual(expected, strip_text_styles(self.attic.look()))
def test_look_short(self):
expected = ["[Attic]"]
self.assertEqual(expected, strip_text_styles(self.attic.look(short=True)))
expected = ["[Main hall]", "Exits: door, east, up", "You see: key, magazine, table", "Present: fly, julie, player, rat"]
self.assertEqual(expected, strip_text_styles(self.hall.look(short=True)))
expected = ["[Main hall]", "Exits: door, east, up", "You see: key, magazine, table", "Present: fly, julie, rat"]
self.assertEqual(expected, strip_text_styles(self.hall.look(exclude_living=self.player, short=True)))
def test_search_living(self):
self.assertEqual(None, self.hall.search_living("<notexisting>"))
self.assertEqual(None, self.attic.search_living("<notexisting>"))
self.assertEqual(self.rat, self.hall.search_living("rat"))
self.assertEqual(self.julie, self.hall.search_living("Julie"))
self.assertEqual(self.julie, self.hall.search_living("attractive julie"))
self.assertEqual(self.julie, self.hall.search_living("chick"))
self.assertEqual(None, self.hall.search_living("bloke"))
def test_search_item(self):
# almost identical to locate_item so only do a few basic tests
self.assertEqual(None, self.player.search_item("<notexisting>"))
self.assertEqual(self.pencil, self.player.search_item("pencil"))
def test_locate_item(self):
item, container = self.player.locate_item("<notexisting>")
self.assertEqual(None, item)
self.assertEqual(None, container)
item, container = self.player.locate_item("pencil")
self.assertEqual(self.pencil, item)
self.assertEqual(self.player, container)
item, container = self.player.locate_item("fountain pen")
self.assertEqual(self.pencil, item, "need to find the title")
item, container = self.player.locate_item("pen")
self.assertEqual(self.pencil, item, "need to find the alias")
item, container = self.player.locate_item("pencil", include_inventory=False)
self.assertEqual(None, item)
self.assertEqual(None, container)
item, container = self.player.locate_item("key")
self.assertEqual(self.key, item)
self.assertEqual(self.hall, container)
item, container = self.player.locate_item("key", include_location=False)
self.assertEqual(None, item)
self.assertEqual(None, container)
item, container = self.player.locate_item("KEY")
self.assertEqual(self.key, item, "should work case-insensitive")
self.assertEqual(self.hall, container, "should work case-insensitive")
item, container = self.player.locate_item("notebook")
self.assertEqual(self.notebook_in_bag, item)
self.assertEqual(self.bag, container, "should search in bags in inventory")
item, container = self.player.locate_item("notebook", include_containers_in_inventory=False)
self.assertEqual(None, item)
self.assertEqual(None, container, "should not search in bags in inventory")
def test_tell(self):
rat = MsgTraceNPC("rat", "n", "rodent")
self.assertTrue(rat._init_called, "init() must be called from __init__")
julie = MsgTraceNPC("julie", "f", "human")
hall = Location("hall")
hall.livings = [rat, julie]
hall.tell("roommsg")
self.assertEqual(["roommsg"], rat.messages)
self.assertEqual(["roommsg"], julie.messages)
rat.clearmessages()
julie.clearmessages()
hall.tell("roommsg", rat, [julie], "juliemsg")
self.assertEqual([], rat.messages)
self.assertEqual(["juliemsg"], julie.messages)
def test_verbs(self):
room = Location("room")
room.verbs["smurf"] = ""
self.assertTrue("smurf" in room.verbs)
del room.verbs["smurf"]
self.assertFalse("smurf" in room.verbs)
def test_enter_leave(self):
hall = Location("hall")
rat1 = NPC("rat1", "n")
rat2 = NPC("rat2", "n")
julie = NPC("julie", "f")
with self.assertRaises(TypeError):
hall.insert(12345, julie)
self.assertEqual(_Limbo, rat1.location)
self.assertFalse(rat1 in hall.livings)
wiretap = Wiretap(hall)
hall.insert(rat1, julie)
self.assertEqual(hall, rat1.location)
self.assertTrue(rat1 in hall.livings)
self.assertEqual([], wiretap.msgs, "insert shouldn't produce arrival messages")
hall.insert(rat2, julie)
self.assertTrue(rat2 in hall.livings)
self.assertEqual([], wiretap.msgs, "insert shouldn't produce arrival messages")
# now test leave
wiretap.clear()
hall.remove(rat1, julie)
self.assertFalse(rat1 in hall.livings)
self.assertIsNone(rat1.location)
self.assertEqual([], wiretap.msgs, "remove shouldn't produce exit message")
hall.remove(rat2, julie)
self.assertFalse(rat2 in hall.livings)
self.assertEqual([], wiretap.msgs, "remove shouldn't produce exit message")
# test random leave
hall.remove(rat1, julie)
hall.remove(12345, julie)
def test_custom_verbs(self):
player = Player("julie", "f")
player.verbs["xywobble"] = "p1"
room = Location("room")
chair1 = Item("chair1")
chair1.verbs["frobnitz"] = "c1"
chair2 = Item("chair2")
chair2.verbs["frobnitz"] = "c2"
chair_in_inventory = Item("chair3")
chair_in_inventory.verbs["kowabooga"] = "c3"
room.init_inventory([chair1, player, chair2])
# check inventory NOT affecting player custom verbs, but DOES affect location verbs
self.assertEqual({"xywobble": "p1"}, player.verbs)
self.assertEqual({"frobnitz": "c2", "xywobble": "p1"}, room.verbs)
player.insert(chair_in_inventory, player)
self.assertEqual({"xywobble": "p1"}, player.verbs)
self.assertEqual({"frobnitz": "c2", "xywobble": "p1", "kowabooga": "c3"}, room.verbs)
player.remove(chair_in_inventory, player)
self.assertEqual({"frobnitz": "c2", "xywobble": "p1"}, room.verbs)
player.insert(chair_in_inventory, player)
self.assertEqual({"frobnitz": "c2", "xywobble": "p1", "kowabooga": "c3" }, room.verbs)
room2 = Location("room2")
self.assertEqual({}, room2.verbs)
chair1.move(room2, player)
self.assertEqual({"xywobble": "p1", "kowabooga": "c3" }, room.verbs)
self.assertEqual({"frobnitz": "c1"}, room2.verbs)
chair2.move(room2, player)
self.assertEqual({"xywobble": "p1", "kowabooga": "c3"}, room.verbs)
self.assertEqual({"frobnitz": "c2"}, room2.verbs)
player.move(room2)
self.assertEqual({}, room.verbs)
self.assertEqual({"frobnitz": "c2", "xywobble": "p1", "kowabooga": "c3"}, room2.verbs)
def test_notify(self):
room = Location("room")
room2 = Location("room2")
player = Player("julie", "f")
room.notify_player_arrived(player, room2)
room.notify_player_left(player, room2)
room.notify_npc_arrived(player, room2)
room.notify_npc_left(player, room2)
parsed = ParseResult("verb")
room.notify_action(parsed, player)
