def test_list_conversion_from_to(self):
self.assertEqual(Range(1, 2), Range.sift([1, 2]))
def __setitem__(self, key, value):
value = Range.sift(value, None)
if value is None:
raise ValueError(
'Value {} cannot be converted to a valid range'.format(value))
super().__setitem__(key, value)
def test_at_most_int(self):
self.assertEqual('..2', str(Range(..., 2)))
def test_string_conversion_at_least_float(self):
self.assertEqual(Range(1.234, ...), Range.sift('1.234..'))
def test_string_conversion_from_to_float(self):
self.assertEqual(Range(1.234, 2.345), Range.sift('1.234..2.345'))
def test_string_conversion_at_least_int(self):
self.assertEqual(Range(1, ...), Range.sift('1..'))
def test_string_conversion_from_to_int(self):
self.assertEqual(Range(1, 2), Range.sift('1..2'))
def test_zero_conversion(self):
self.assertEqual(Range(0), Range.sift(0))
def test_int_conversion(self):
self.assertEqual(Range(1), Range.sift(1))
def test_at_most_float(self):
self.assertEqual('..2.345', str(Range(..., 2.345)))
def test_from_to_float(self):
self.assertEqual('1.234..2.345', str(Range(1.234, 2.345)))
def test_at_least_float(self):
self.assertEqual('1.234..', str(Range(1.234, ...)))
def test_exact_float(self):
self.assertEqual('1.234', str(Range(1.234)))
def test_from_to_int(self):
self.assertEqual('1..2', str(Range(1, 2)))
def test_undefined(self):
self.assertEqual('..', str(Range(...)))
def test_float_conversion(self):
self.assertEqual(Range(1.234), Range.sift(1.234))
def test_string_conversion_exact_int(self):
self.assertEqual(Range(1), Range.sift('1'))
def test_tuple_conversion_at_least(self):
self.assertEqual(Range(1, ...), Range.sift((1, ...)))
def test_string_conversion_at_most_int(self):
self.assertEqual(Range(..., 2), Range.sift('..2'))
def test_tuple_conversion_at_most(self):
self.assertEqual(Range(..., 2), Range.sift((..., 2)))
def test_string_conversion_exact_float(self):
self.assertEqual(Range(1.234), Range.sift('1.234'))
def test_tuple_conversion_from_to(self):
self.assertEqual(Range(1, 2), Range.sift((1, 2)))
def test_string_conversion_at_most_float(self):
self.assertEqual(Range(..., 2.345), Range.sift('..2.345'))
def test_list_conversion_at_least(self):
self.assertEqual(Range(1, ...), Range.sift([1, ...]))
def test_exact_int(self):
self.assertEqual('1', str(Range(1)))
def test_list_conversion_at_most(self):
self.assertEqual(Range(..., 2), Range.sift([..., 2]))
def __init__(
self,
position: Position.Generic = None,
x: Real = None,
y: Real = None,
z: Real = None,
volume: Position.Generic = None,
dx: Real = None,
dy: Real = None,
dz: Real = None,
x_rotation: Range.Generic = None,
y_rotation: Range.Generic = None,
distance: Range.Generic = None,
level: Range.Generic = None,
type_: EntityID = None,
not_types: RepeatableEntityID = None,
name: str = None,
not_names: RepeatableString = None,
team: str = None,
not_teams: RepeatableString = None,
gamemode: Gamemode.Generic = None,
not_gamemodes: RepeatableGamemode = None,
tags: RepeatableString = None,
not_tags: RepeatableString = None,
nbts: RepeatableNBT = None,
not_nbts: RepeatableNBT = None,
scores: ScoreSet.Generic = None,
advancements: AdvancementSet.Generic = None,
sort: SelectorSort = None,
limit: int = None,
):
# Intermediates used for calculations.
position = Position.sift(position, None)
volume = Position.sift(volume, None)
x = first(x, position.x if isinstance(position, Position) else None)
y = first(y, position.y if isinstance(position, Position) else None)
z = first(z, position.z if isinstance(position, Position) else None)
dx = first(dx, volume.x if isinstance(volume, Position) else None)
dy = first(dy, volume.y if isinstance(volume, Position) else None)
dz = first(dz, volume.z if isinstance(volume, Position) else None)
# Actual instance attributes.
self.x: Optional[float] = nullable_float(x)
self.y: Optional[float] = nullable_float(y)
self.z: Optional[float] = nullable_float(z)
self.dx: Optional[float] = nullable_float(dx)
self.dy: Optional[float] = nullable_float(dy)
self.dz: Optional[float] = nullable_float(dz)
self.x_rotation: Optional[Range] = Range.sift(x_rotation, None)
self.y_rotation: Optional[Range] = Range.sift(y_rotation, None)
self.distance: Optional[Range] = Range.sift(distance, None)
self.level: Optional[Range] = Range.sift(level, None)
self.type_: Optional[EntityID] = nullable_str(type_)
self.not_types: Optional[Tuple[EntityID]] = nullable_tuple(
not_types, converter=EntityID.sift)
self.name: Optional[str] = nullable_str(name)
self.not_names: Optional[Tuple[str]] = nullable_tuple(not_names,
converter=str)
self.team: Optional[str] = nullable_str(team)
self.not_teams: Optional[Tuple[str]] = nullable_tuple(not_teams,
converter=str)
self.gamemode: Optional[Gamemode] = Gamemode.sift(gamemode, None)
self.not_gamemodes: Optional[Tuple[Gamemode]] = nullable_tuple(
not_gamemodes, converter=Gamemode.sift)
self.tags: Optional[Tuple[str]] = nullable_tuple(tags, converter=str)
self.not_tags: Optional[Tuple[str]] = nullable_tuple(not_tags,
converter=str)
self.nbts: Optional[Tuple[CompoundDataTag]] = nullable_tuple(
nbts, converter=CompoundDataTag.sift)
self.not_nbts: Optional[Tuple[CompoundDataTag]] = nullable_tuple(
not_nbts, converter=CompoundDataTag.sift)
self.scores: Optional[ScoreSet] = ScoreSet.sift(scores, None)
self.advancements: Optional[AdvancementSet] = AdvancementSet.sift(
advancements, None)
self.sort: Optional[SelectorSort] = SelectorSort.sift(sort, None)
self.limit: Optional[int] = nullable_int(limit)
def test_at_least_int(self):
self.assertEqual('1..', str(Range(1, ...)))