def try_decrypt_section(raw_data):
diagnosis = []
layers = 0
while layers < 10:
# can we load it yet?
try:
data, stmts = magic.safe_loads(raw_data, unrpyc.class_factory,
{"_ast", "collections"})
except Exception:
pass
else:
return data, stmts, diagnosis
layers += 1
count = Counter(raw_data)
for decryptor in DECRYPTORS:
newdata = decryptor(raw_data, count)
if newdata is None:
continue
else:
raw_data = newdata
diagnosis.append("performed a round of %s" %
decryptor.__name__)
break
else:
break
diagnosis.append("Did not know how to decrypt data.")
raise ValueError("\n".join(diagnosis))
def read_ast_from_file(in_file):
# .rpyc files are just zlib compressed pickles of a tuple of some data and the actual AST of the file
raw_contents = in_file.read()
if raw_contents.startswith("RENPY RPC2"):
# parse the archive structure
position = 10
chunks = {}
while True:
slot, start, length = struct.unpack("III", raw_contents[position: position + 12])
if slot == 0:
break
position += 12
chunks[slot] = raw_contents[start: start + length]
raw_contents = chunks[1]
raw_contents = raw_contents.decode('zlib')
data, stmts = magic.safe_loads(raw_contents, class_factory, {"_ast"})
return stmts
def read_ast_from_file(in_file):
# .rpyc files are just zlib compressed pickles of a tuple of some data and the actual AST of the file
raw_contents = in_file.read()
if raw_contents.startswith("RENPY RPC2"):
# parse the archive structure
position = 10
chunks = {}
while True:
slot, start, length = struct.unpack("III", raw_contents[position: position + 12])
if slot == 0:
break
position += 12
chunks[slot] = raw_contents[start: start + length]
raw_contents = chunks[1]
raw_contents = raw_contents.decode('zlib')
data, stmts = magic.safe_loads(raw_contents, class_factory, {"_ast"})
return stmts
def read_ast_from_file(in_file):
# .rpyc files are just zlib compressed pickles of a tuple of some data and the actual AST of the file
raw_contents = in_file.read().decode('zlib')
data, stmts = magic.safe_loads(raw_contents, class_factory, {"_ast"})
return stmts
def read_ast_from_file(in_file):
# .rpyc files are just zlib compressed pickles of a tuple of some data and the actual AST of the file
raw_contents = in_file.read().decode('zlib')
data, stmts = magic.safe_loads(raw_contents, {"_ast"})
return stmts
