def deserialize_cardboard_cubeable(cardboard_cubeable: serialization_model,
inflator: Inflator) -> CardboardCubeable:
if isinstance(cardboard_cubeable, str):
return inflator.inflate(Cardboard, cardboard_cubeable)
return CARDBOARD_LAP_NAME_MAP[cardboard_cubeable['type']].deserialize(
cardboard_cubeable, inflator)
def deserialize(cls, value: serialization_model,
inflator: Inflator) -> 'Serializeable':
return cls(
inflator.inflate(Printing, value['cubeable']) if value['type'] ==
'Printing' else cls._cubeables_name_map[value['type']].deserialize(
value['cubeable'],
inflator,
))
def deserialize_cardboard_cubeable_string(
cardboard_cubeable: str, inflator: Inflator) -> CardboardCubeable:
if cardboard_cubeable.startswith('{'):
cardboard_cubeable = json.loads(cardboard_cubeable)
return CARDBOARD_LAP_NAME_MAP[cardboard_cubeable['type']].deserialize(
cardboard_cubeable, inflator)
return inflator.inflate(Cardboard, cardboard_cubeable)
def deserialize(cls, value: serialization_model, inflator: Inflator) -> Pool:
return Pool(
inflator.inflate_all(Printing, value['printings']),
(
Deck.deserialize(_value, inflator)
for _value in
value.get('decks', ())
),
)
def deserialize(cls, value: serialization_model,
inflator: Inflator) -> CubeDeltaOperation:
return cls({
cubeable: multiplicity
for cubeable, multiplicity in itertools.chain((
(inflator.inflate(Printing, printing), multiplicity)
for printing, multiplicity in value.get('printings', [])
), ((Trap.deserialize(trap, inflator), multiplicity)
for trap, multiplicity in value.get('traps', [])), (
(Ticket.deserialize(ticket, inflator), multiplicity)
for ticket, multiplicity in value.get('tickets', [])), (
(Purple.deserialize(purple, inflator), multiplicity)
for purple, multiplicity in value.get('purples', [])))
})
def deserialize(cls, value: serialization_model, inflator: Inflator) -> CardboardNode:
return (
CardboardAnyNode
if value['type'] == CardboardAnyNode.__name__ else
CardboardAllNode
)(
{
(
inflator.inflate(Cardboard, child)
if isinstance(child, str) else
cls.deserialize(child, inflator)
):
multiplicity
for child, multiplicity
in value['options']
}
)
def deserialize(cls, value: serialization_model, inflator: Inflator) -> PrintingNode:
return (
AnyNode
if value['type'] == AnyNode.__name__ else
AllNode
)(
{
(
inflator.inflate(Printing, child)
if isinstance(child, int) else
cls.deserialize(child, inflator)
):
multiplicity
for child, multiplicity
in value['options']
}
)
def deserialize(cls, value: serialization_model, inflator: Inflator) -> Cube:
return cls(
cubeables = itertools.chain(
inflator.inflate_all(Printing, value['printings']),
(
Trap.deserialize(trap, inflator)
for trap in
value.get('traps', ())
),
(
Ticket.deserialize(ticket, inflator)
for ticket in
value.get('tickets', ())
),
(
Purple.deserialize(purple, inflator)
for purple in
value.get('purples', ())
),
)
)
def deserialize(cls, value: serialization_model,
inflator: Inflator) -> AddInfinite:
return cls(inflator.inflate(Cardboard, value['cardboard']))
def deserialize(cls, value: serialization_model,
inflator: Inflator) -> PrintingChange:
return cls(
inflator.inflate(Printing, value['before']),
inflator.inflate(Printing, value['after']),
)
def deserialize(cls, value: serialization_model,
inflator: Inflator) -> 'Serializeable':
return cls(
ConstrainedNode.deserialize(value['before'], inflator),
inflator.inflate_all(Printing, value['after']),
)
def deserialize(cls, value: serialization_model,
inflator: Inflator) -> CardboardTicket:
return cls(
inflator.inflate_all(Cardboard, value['options']),
value['name'],
)
def deserialize(cls, value: serialization_model,
inflator: Inflator) -> Ticket:
return cls(
inflator.inflate_all(Printing, value['options']),
value['name'],
)
def deserialize(cls, value: serialization_model,
inflator: Inflator) -> PrintingSet:
return cls(inflator.inflate_all(Printing, value['printings']))
def deserialize_cardboard_node_child(node_child: t.Any,
inflator: Inflator) -> CardboardNodeChild:
if isinstance(node_child, str):
return inflator.inflate(Cardboard, node_child)
return CardboardNode.deserialize(node_child, inflator)
def deserialize(cls, value: serialization_model,
inflator: Inflator) -> CardboardSet:
return cls(inflator.inflate_all(Cardboard, value['cardboards']))
def deserialize_cubeable_string(cubeable: str, inflator: Inflator) -> Cubeable:
if _PRINTING_ID_PATTERN.match(cubeable):
return inflator.inflate(Printing, int(cubeable))
else:
cubeable = json.loads(cubeable)
return LAP_NAME_MAP[cubeable['type']].deserialize(cubeable, inflator)
def deserialize_cubeable(cubeable: serialization_model,
inflator: Inflator) -> Cubeable:
return (inflator.inflate(Printing, cubeable) if isinstance(cubeable, int)
else LAP_NAME_MAP[cubeable['type']].deserialize(
cubeable, inflator))