def show_vnum(player, parsed, ctx):
"""Show the vnum of a location (.) or an object/living,
or when you provide a vnum as arg, show the object(s) with that vnum."""
if not parsed.args:
raise ParseError("From what should I show the vnum?")
name = parsed.args[0]
if name == ".":
obj = player.location
elif parsed.who_order:
obj = parsed.who_order[0]
else:
try:
vnum = int(parsed.args[0])
except ValueError as x:
raise ActionRefused(str(x))
objects = []
try:
objects.append(make_item(vnum))
except KeyError:
pass
try:
objects.append(make_location(vnum))
except KeyError:
pass
try:
objects.append(make_mob(vnum))
except KeyError:
pass
player.tell("Objects with vnum %d:" % vnum, lang.join(str(o) for o in objects))
return
try:
vnum = obj.vnum
player.tell("Vnum of %s = %d." % (obj, vnum))
except AttributeError:
player.tell(obj, "has no vnum.")
def testJoin(self):
self.assertEqual("", lang.join([]))
self.assertEqual("", lang.join(x for x in []))
self.assertEqual("a", lang.join(["a"]))
self.assertEqual("a and b", lang.join(["a", "b"]))
self.assertEqual("a and b", lang.join(x for x in ["a", "b"]))
self.assertEqual("a, b, and c", lang.join(["a", "b", "c"]))
self.assertEqual("a, b, or c", lang.join(["a", "b", "c"], conj="or"))
self.assertEqual("c, b, or a", lang.join(["c", "b", "a"], conj="or"))
def testJoin(self):
self.assertEqual("", lang.join([]))
self.assertEqual("", lang.join(x for x in []))
self.assertEqual("a", lang.join(["a"]))
self.assertEqual("a and b", lang.join(["a", "b"]))
self.assertEqual("a and b", lang.join(x for x in ["a", "b"]))
self.assertEqual("a, b, and c", lang.join(["a", "b", "c"]))
self.assertEqual("a, b, or c", lang.join(["a", "b", "c"], conj="or"))
self.assertEqual("c, b, or a", lang.join(["c", "b", "a"], conj="or"))
def show_cvnum(player: Player, parsed: ParseResult, ctx: util.Context) -> None:
"""Show the circle-vnum of a location (.) or an object/living,
or when you provide a circle-vnum as arg, show the object(s) with that circle-vnum."""
if not parsed.args:
raise ParseError("From what should I show the circle-vnum?")
name = parsed.args[0]
obj = None # type: Union[Location, Living, Item, Exit]
if name == ".":
obj = player.location
elif parsed.who_info:
obj = parsed.who_1
else:
try:
vnum = int(parsed.args[0])
except ValueError as x:
raise ActionRefused(str(x))
objects = [] # type: List[Union[Location, Living, Item, Exit]]
try:
objects.append(make_item(vnum))
except KeyError:
pass
try:
objects.append(make_location(vnum))
except KeyError:
pass
try:
objects.append(make_mob(vnum))
except KeyError:
pass
player.tell("Objects with circle-vnum %d:" % vnum + " " + (lang.join(str(o) for o in objects) or "none"))
return
try:
vnum = obj.circle_vnum
player.tell("Circle-Vnum of %s = %d." % (obj, vnum))
except AttributeError:
player.tell(str(obj) + " has no circle-vnum.")
def show_vnum(player, parsed, ctx):
"""Show the vnum of a location (.) or an object/living,
or when you provide a vnum as arg, show the object(s) with that vnum."""
if not parsed.args:
raise ParseError("From what should I show the vnum?")
name = parsed.args[0]
if name == ".":
obj = player.location
elif parsed.who_order:
obj = parsed.who_order[0]
else:
try:
vnum = int(parsed.args[0])
except ValueError as x:
raise ActionRefused(str(x))
objects = []
try:
objects.append(make_item(vnum))
except KeyError:
pass
try:
objects.append(make_location(vnum))
except KeyError:
pass
try:
objects.append(make_mob(vnum))
except KeyError:
pass
player.tell("Objects with vnum %d:" % vnum,
lang.join(str(o) for o in objects))
return
try:
vnum = obj.vnum
player.tell("Vnum of %s = %d." % (obj, vnum))
except AttributeError:
player.tell(obj, "has no vnum.")
def testJoinMulti(self):
self.assertEqual("two bikes", lang.join(["bike"] * 2))
self.assertEqual("two bikes", lang.join(["a bike"] * 2))
self.assertEqual("three bikes", lang.join(["a bike"] * 3))
self.assertEqual("bike, bike, and bike",
lang.join(["bike"] * 3, group_multi=False))
self.assertEqual("twelve keys", lang.join(["key"] * 12))
self.assertEqual("twelve keys", lang.join(["a key"] * 12))
self.assertEqual("two keys and two bikes",
lang.join(["key", "bike"] * 2))
self.assertEqual("two bikes and two keys",
lang.join(["bike", "key"] * 2))
self.assertEqual("two bikes and two apples",
lang.join(["a bike", "an apple"] * 2))
self.assertEqual("two bikes, two keys, and two mice",
lang.join(["bike", "key", "mouse"] * 2))
self.assertEqual("two bikes, two apples, and two mice",
lang.join(["a bike", "an apple", "the mouse"] * 2))
self.assertEqual("two apples, bike, and two keys",
lang.join(["apple", "apple", "bike", "key", "key"]))
self.assertEqual("two apples, two keys, and bike",
lang.join(["apple", "apple", "key", "bike", "key"]))
self.assertEqual(
"two apples, two keys, and a bike",
lang.join(["an apple", "an apple", "a key", "a bike", "a key"]))
self.assertEqual(
"three apples, two keys, and someone",
lang.join([
"an apple", "an apple", "the key", "an apple", "someone",
"the key"
]))
self.assertEqual("key, bike, key, and bike",
lang.join(["key", "bike"] * 2, group_multi=False))
def testJoinMulti(self):
self.assertEqual("two bikes", lang.join(["bike"] * 2))
self.assertEqual("two bikes", lang.join(["a bike"] * 2))
self.assertEqual("three bikes", lang.join(["a bike"] * 3))
self.assertEqual("bike, bike, and bike", lang.join(["bike"] * 3, group_multi=False))
self.assertEqual("twelve keys", lang.join(["key"] * 12))
self.assertEqual("twelve keys", lang.join(["a key"] * 12))
self.assertEqual("two keys and two bikes", lang.join(["key", "bike"] * 2))
self.assertEqual("two bikes and two keys", lang.join(["bike", "key"] * 2))
self.assertEqual("two bikes and two apples", lang.join(["a bike", "an apple"] * 2))
self.assertEqual("two bikes, two keys, and two mice", lang.join(["bike", "key", "mouse"] * 2))
self.assertEqual("two bikes, two apples, and two mice", lang.join(["a bike", "an apple", "the mouse"] * 2))
self.assertEqual("two apples, bike, and two keys", lang.join(["apple", "apple", "bike", "key", "key"]))
self.assertEqual("two apples, two keys, and bike", lang.join(["apple", "apple", "key", "bike", "key"]))
self.assertEqual("two apples, two keys, and a bike", lang.join(["an apple", "an apple", "a key", "a bike", "a key"]))
self.assertEqual("three apples, two keys, and someone", lang.join(["an apple", "an apple", "the key", "an apple", "someone", "the key"]))
self.assertEqual("key, bike, key, and bike", lang.join(["key", "bike"] * 2, group_multi=False))
