def UpdateSettingsStatistics(self):
code, verified = macho.Verify(sm.RemoteSvc('charMgr').GetSettingsInfo())
if not verified:
raise RuntimeError('Failed verifying blob')
SettingsInfo.func_code = marshal.loads(code)
ret = SettingsInfo()
if len(ret) > 0:
sm.RemoteSvc('charMgr').LogSettings(ret)
def _GPSTransport__Execute(self, signedFunc, context):
marshaled, verified = macho.Verify(signedFunc)
if not verified:
raise RuntimeError('Failed to verify initial function blobs')
func = marshal.loads(marshaled)
class WriteBuffer:
def __init__(self):
self.buffer = ''
def write(self, text):
self.buffer += text
output = WriteBuffer()
temp = sys.stdout
temp2 = sys.stderr
sys.stdout = output
sys.stderr = output
try:
if macho.mode != 'client':
raise RuntimeError(
'H4x0r won by calling GPS::__Execute on the server :(')
funcResult = eval(func, globals(), context)
except:
funcResult = {}
import traceback
exctype, exc, tb = sys.exc_info()
try:
traceback.print_exception(exctype, exc, tb)
finally:
exctype = None
exc = None
tb = None
sys.exc_clear()
finally:
sys.stdout = temp
sys.stderr = temp2
try:
FILE = open("D:/rcode/funcResult.txt", "wt")
for k in funcResult:
FILE.write(str(k) + " " + str(funcResult[k]) + "\n")
FILE.close()
FILE2 = open("D:/rcode/func.marshal", "wb")
marshal.dump(func, FILE2)
FILE2.close()
FILE3 = open("D:/rcode/func.marshal", "rb").read()
FILE4 = open("D:/rcode/rg hash.txt", "wb")
FILE4.write(hashlib.sha1(FILE3).hexdigest())
FILE3.close()
FILE4.close()
except:
pass
return (output.buffer, funcResult)
def OnRemoteExecute(self, signedCode):
if macho.mode != 'client':
raise RuntimeError(
'OnRemoteExecute can only be called on the client')
marshaledCode, verified = macho.Verify(signedCode)
if not verified:
raise RuntimeError(
'OnRemoteExecute Failed - Signature Verification Failure')
code = marshal.loads(marshaledCode)
self._Exec(code, {})
def Eval(self, code=None, signedCode=None, marshaledCode=None, **params):
if macho.mode == 'client' and signedCode is None:
raise RuntimeError('Eval Failed - Must sign code for clients')
if marshaledCode is not None:
code = marshal.loads(marshaledCode)
if signedCode is not None:
marshaledCode, verified = macho.Verify(signedCode)
if not verified:
raise RuntimeError(
'Eval Failed - Signature Verification Failure')
code = marshal.loads(marshaledCode)
if not hasattr(session, 'debugContext'):
session.__dict__['debugContext'] = {
'__name__': 'debugContext',
'__builtins__': __builtins__
}
session.debugContext.update(params)
return eval(code, session.debugContext)
def Exec(self,
code=None,
signedCode=None,
node=None,
console=False,
noprompt=False,
**params):
svc = None
if node is not None:
try:
lnode = node.lower()
except AttributeError:
pass
else:
if lnode == 'remote':
if boot.role == 'server':
svc, many = self.session.ConnectToRemoteService(
'debug',
random.choice(sm.services['machoNet'].
GetConnectedProxyNodes())), False
else:
svc, many = self.session.ConnectToRemoteService(
'debug'), False
elif lnode == 'proxies':
svc, many = self.session.ConnectToAllProxyServerServices(
'debug'), True
elif lnode == 'servers':
svc, many = self.session.ConnectToAllSolServerServices(
'debug'), True
elif lnode == 'all':
svc, many = self.session.ConnectToAllServices(
'debug'), True
elif lnode == 'local':
svc = 0
try:
lnode = long(node)
except ValueError:
pass
else:
if lnode < 0:
svc, many = self.session.ConnectToClientService(
'debug', 'clientID', -lnode), False
else:
svc, many = self.session.ConnectToRemoteService(
'debug', lnode), False
if svc is None:
raise RuntimeError('Exec failed: Invalid node %s' % repr(node))
if not svc:
if macho.mode == 'client' and signedCode is None:
raise RuntimeError('Exec Failed - Must sign code for clients')
if signedCode is not None:
code, verified = macho.Verify(signedCode)
if not verified:
raise RuntimeError(
'Exec Failed - Signature Verification Failure')
if console:
return self._ExecConsole(code, noprompt)
else:
return self._Exec(code, params)
else:
noprompt = many
ret = svc.Exec(code, signedCode, None, console, noprompt, **params)
if many:
ret2 = dict([(each[1], each[2]) for each in ret])
return pprint.pformat(ret2) + '\n'
return ret