def unpack(bbuff, data_type):
if data_type in mcdata.data_types:
format = mcdata.data_types[data_type]
return struct.unpack(endian+format[0], bbuff.recv(format[1]))[0]
if data_type == "string":
length = unpack(bbuff, 'short')
return bbuff.recv(2*length).decode('utf-16be')
if data_type == "slot":
o = {}
o["id"] = unpack(bbuff, 'short')
if o["id"] > 0:
o["amount"] = unpack(bbuff, 'byte')
o["damage"] = unpack(bbuff, 'short')
length = unpack(bbuff, 'short')
if length > 0:
ench = bbuff.recv(length)
try:
ench = nbt.decode_nbt(ench)
o["enchantments"] = ench
except:
o["enchantment_data"] = ench
return o
if data_type == "metadata":
metadata = []
x = unpack(bbuff, 'ubyte')
while x != 127:
key = x & 0x1F # Lower 5 bits
ty = x >> 5 # Upper 3 bits
if ty == 0: val = unpack(bbuff, 'byte')
if ty == 1: val = unpack(bbuff, 'short')
if ty == 2: val = unpack(bbuff, 'int')
if ty == 3: val = unpack(bbuff, 'float')
if ty == 4: val = unpack(bbuff, 'string')
if ty == 5:
val = {}
val["id"] = unpack(bbuff, 'short')
val["count"] = unpack(bbuff, 'byte')
val["damage"] = unpack(bbuff, 'short')
if ty == 6:
val = []
for i in range(3):
val.append(unpack(bbuff, 'int'))
metadata.append((key, (ty, val)))
x = unpack(bbuff, 'byte')
return metadata
from spock.mcp import nbt
from spock.bound_buffer import BoundBuffer
magic = open("bigtest.nbt").read()
tags = nbt.decode_nbt(magic)
foo = nbt.encode_nbt(tags)
tags = nbt.decode_nbt(foo)
print tags.pretty_tree()
from spock.mcp import nbt
from spock.bound_buffer import BoundBuffer
magic = open('bigtest.nbt').read()
tags = nbt.decode_nbt(magic)
foo = nbt.encode_nbt(tags)
tags = nbt.decode_nbt(foo)
print tags.pretty_tree()