def WriteRegister(Name, Value):
response = UdkCommandHelper.sendPacket(
"P%x=%s" %
(_RegisterIndex(Name), UdkCommandHelper.list_to_string(Value)))
if response == "OK":
UdkCommandHelper.executeCommand("flushregs")
return response == "OK"
def WriteRegister(Name, Value):
response = UdkCommandHelper.sendPacket(
"P%x=%s" % (_RegisterIndex(Name), UdkCommandHelper.list_to_string(Value))
)
if response == "OK":
UdkCommandHelper.executeCommand("flushregs")
return response == "OK"
def invoke(self, arg, from_tty):
self.dont_repeat()
args = UdkCommandHelper.checkParameter(arg, 0)
if args == None:
return
response = UdkCommandHelper.sendUdkExtensionPacket("arch")
valid_architectures = ['i386', 'i386:x86-64']
if response in valid_architectures:
UdkCommandHelper.executeCommand(
"set architecture {}".format(response))
def invoke(self, arg, from_tty):
self.dont_repeat()
args = UdkCommandHelper.checkParameter(arg, 0)
if args == None:
return
for line in UdkCommandHelper.executeCommand("signal SIGKILL"):
print(line)
def invoke(self, arg, from_tty):
self.dont_repeat()
args = UdkCommandHelper.checkParameter(arg, 0)
if args == None:
return
response = UdkCommandHelper.sendUdkExtensionPacket("fmodules")
while response != "l":
(image_entry, image_base, image_name) = response.split(";")
response = UdkCommandHelper.sendUdkExtensionPacket("smodules")
pe_sig = UdkCommandHelper.executeCommand("x/hx %s" %
image_base)[0].split()[1]
if pe_sig in ["0x5a4d", "0x5a56"]:
print(LOADING_SYMBOL_FOR_MODULE % (image_base, image_name))
self._imageloader.loadsymbol(int(image_entry, 16), False,
False)
else:
print(SKIPPING_SYMBOL_FOR_MODULE % (image_base, image_name))
