def read(self, nbt: NBT, network: bool = False):
size = nbt.getInt(network)
if nbt.endianness == NBT.LITTLE_ENDIAN:
array = struct.unpack("<L" * len(self.value), *nbt.get(size * 4))
else:
array = struct.unpack(">L" * len(self.value), *nbt.get(size * 4))
self.value = [v for key in array for v in key]
def read(self, nbt: NBT, network: bool = False):
self.value = {}
self.tagType = nbt.getByte()
size = nbt.getInt(network)
i = 0
while i < size and not nbt.feof():
if self.tagType == NBT.TAG_Byte:
tag = ByteTag("")
def read(self, nbt: NBT, network: bool = False):
self.value = nbt.getString(network)
def write(self, nbt: NBT, network: bool = False):
nbt.putString(self.value, network)
def write(self, nbt: NBT, network: bool = False):
nbt.putShort(self.value)
def read(self, nbt: NBT, network: bool = False):
self.value = nbt.getShort()
def write(self, nbt: NBT, network: bool = False):
nbt.putInt(len(self.value), network)
if nbt.endianness == NBT.LITTLE_ENDIAN:
nbt.put(struct.pack("<L" * len(self.value), *self.value))
else:
nbt.put(struct.pack(">L" * len(self.value), *self.value))
def read(self, nbt: NBT, network: bool = False):
self.value = nbt.getDouble()
def write(self, nbt: NBT, network: bool = False):
nbt.putDouble(self.value)