def pack(data_type, data):
if data_type in mcdata.data_types:
format = mcdata.data_types[data_type]
return struct.pack(endian+format[0], data)
if data_type == "string":
return pack("short", len(data)) + data.encode('utf-16be')
if data_type == "slot":
o = pack('short', data['id'])
if data['id'] > 0:
o += pack('byte', data['amount'])
o += pack('short', data['damage'])
#if data['id'] in enchantable:
if 'enchantment_data' in data:
o += pack('short', len(data['enchantment_data']))
o += data['enchantment_data']
elif 'enchantments' in data:
ench = nbt.encode_nbt(data['enchantments'])
o += pack('short', len(ench))
o += ench
else:
o += pack('short', -1)
return o
if data_type == "metadata":
o = ''
for key, tmp in data:
ty, val = tmp
x = key | (ty << 5)
o += pack('ubyte', x)
if ty == 0: o += pack('byte', val)
if ty == 1: o += pack('short', val)
if ty == 2: o += pack('int', val)
if ty == 3: o += pack('float', val)
if ty == 4: o += pack('string', val)
if ty == 5:
o += pack('short', val['id'])
o += pack('byte', val['count'])
o += pack('short', val['damage'])
if ty == 6:
for i in range(3):
o += pack('int', val[i])
o += pack('byte', 127)
return o
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()
