def decode_extra(packet, bbuff):
assert (datautils.unpack(MC_BYTE, bbuff) == nbt.TAG_COMPOUND)
name = nbt.TAG_String(buffer=bbuff)
nbt_data = nbt.TAG_Compound(buffer=bbuff)
nbt_data.name = name
packet.data['nbt'] = nbt_data
return packet
def decode_extra(packet, bbuff):
data = bbuff.recv(datautils.unpack(MC_SHORT, bbuff))
data = utils.BoundBuffer(zlib.decompress(data, 16+zlib.MAX_WBITS))
assert(datautils.unpack(MC_BYTE, data) == nbt.TAG_COMPOUND)
name = nbt.TAG_String(buffer = data)
nbt_data = nbt.TAG_Compound(buffer = data)
nbt_data.name = name
packet.data['nbt'] = nbt_data
return packet
def decode_extra(packet, bbuff):
tag_type = datautils.unpack(MC_BYTE, bbuff)
if tag_type == nbt.TAG_COMPOUND:
name = nbt.TAG_String(buffer=bbuff).value
nbt_data = nbt.TAG_Compound(buffer=bbuff)
nbt_data.name = name
packet.data['nbt'] = nbt_data
else:
assert (tag_type == nbt.TAG_END)
packet.data['nbt'] = None
return packet
def unpack_slot(bbuff):
slot = {}
slot['id'] = unpack(MC_SHORT, bbuff)
if slot['id'] != -1:
slot['amount'] = unpack(MC_BYTE, bbuff)
slot['damage'] = unpack(MC_SHORT, bbuff)
nbt_start = unpack(MC_BYTE, bbuff)
if nbt_start > 0:
assert (nbt_start == nbt.TAG_COMPOUND)
name = nbt.TAG_String(buffer=bbuff)
ench = nbt.TAG_Compound(buffer=bbuff)
ench.name = name
slot['enchants'] = ench
return slot
def unpack_slot(bbuff):
slot = {}
slot['id'] = unpack(MC_SHORT, bbuff)
if slot['id'] != -1:
slot['amount'] = unpack(MC_BYTE, bbuff)
slot['damage'] = unpack(MC_SHORT, bbuff)
length = unpack(MC_SHORT, bbuff)
if length > 0:
data = bbuff.recv(length)
try:
ench_bbuff = utils.BoundBuffer(
#Adding 16 to the window bits field tells zlib
#to take care of the gzip headers for us
zlib.decompress(data, 16 + zlib.MAX_WBITS))
assert (unpack(MC_BYTE, ench_bbuff) == nbt.TAG_COMPOUND)
name = nbt.TAG_String(buffer=ench_bbuff)
ench = nbt.TAG_Compound(buffer=ench_bbuff)
ench.name = name
slot['enchants'] = ench
except:
slot['enchant_data'] = data
return slot