def unpack_all(root):
for f in util.iter_path(root):
if not (f.endswith(".dat") or f.endswith(".dtt")):
continue
print "handling %s" % f
fp = open(f, "rb")
data = fp.read()
fp.close()
base, ext = os.path.splitext(f)
unpack(data, out_dir=base + ext.replace(".", "_") + "_unpacked")
def collect_version(path):
version_dict = {}
for version in (0x20160116, 0x20151123, 0x20151001, 0x10000):
version_dict[version] = []
for fpath in util.iter_path(path):
if fpath.endswith(".wmb"):
print "processing:", fpath
fp = open(fpath, "rb")
wmb = util.get_getter(fp, "<")
version_dict[wmb.get("I", offset=0x4)].append(os.path.split(fpath)[1])
fp.close()
return version_dict
def test_common(): import gen_all import parse for wmb_path in iter_path(wmb_files): print "parsing %s" % wmb_path f = open(wmb_path, "rb") try: parse.parse(f, dump_obj) except Exception: beep_error() import g_wmb_parser_xb g_wmb_parser_xb.print_value_statistic() # test me if the work is finished beep_finish()
import os
import sys
import splitdds
import wta_parser
import util
if __name__ == "__main__":
in_root_dir = sys.argv[1]
out_dir = sys.argv[2]
for path in util.iter_path(sys.argv[1]):
if path.endswith(".wta"):
print "processing %s" % os.path.basename(path)
print path
wtp_path = path.replace("_dat_unpacked",
"_dtt_unpacked").replace(".wta", ".wtp")
fp = open(path, "rb")
wta_reader = util.get_getter(fp, "<")
wta = wta_parser.parse(wta_reader)
fp.close()
try:
splitdds.split(wtp_path, wta.texture_hashes, out_dir)
except IOError:
print >> sys.stderr, "IOError on %s" % wtp_path
def test_rand(root): fpath = random.choice(list(util.iter_path(root))) do_test(fpath)
def test(path):
for fpath in util.iter_path(path):
if fpath.endswith(".wmb"):
do_test(fpath)
def test(path):
for fpath in util.iter_path(path):
if fpath.endswith(".bxm"):
print "processing:", fpath
convert(fpath)
def test(path):
for fpath in util.iter_path(path):
if fpath.endswith(".wtp"):
print "processing:", fpath
split(fpath)
