def run(self):
OS.check_os("windows")
keys = self.getAllKeys()
if self.isShellRun:
print(
generate_table([['XP', keys['XP']], ['IE', keys['IE']],
['WPA', keys['WPA']]],
title="Product Keys",
headings=['Type', 'Key']))
return keys
return keys
def run(self):
if self.isShellRun:
OSInfo = OS.getOS()[1]
max_k = 0
for i in OSInfo.keys():
if len(i) > max_k:
max_k = len(i)
for name, data in zip(OSInfo.keys(), OSInfo.values()):
print(f"{name}{' '*(max_k-len(name))} : {data}")
else:
return OS.getOS()
def run(self):
if self.isShellRun:
OSInfo = OS.get_OS()[1]
table_show = OSInfo.copy()
print(table_show)
del table_show["uname"]
print(generate_table(list(zip(table_show.keys(), table_show.values())),
title="OS Info",
headings=["Key", "Value"]))
print(f"Uname: {OSInfo.get('uname')}")
else:
return OS.get_OS()[1]
def run(self):
command = ["net", "user"]
OS.check_os("windows")
output_file, split_size, write_mode, args = self.get_vars()
out = self.get_command_out(args, command)
write_file_exists(output_file, out, write_mode)
user_stripped_list = self.sort_to_lists(out, split_size)
if self.isShellRun:
print(generate_table(user_stripped_list[0], title="Local Users"))
if user_stripped_list[1]:
print(generate_table(user_stripped_list[1], title="Remote Users"))
else:
print(colored("No remote users", "red"))
return user_stripped_list
def run(self):
command = ["ipconfig"]
OS.check_os("windows")
output_file, write_mode, args = self.get_vars()
out = self.get_command_out(args, command)
write_file_exists(output_file, out, write_mode)
interfaces = self.output_to_interfaces(out)
interface_dictionaries = self.interfaces_to_dict(interfaces)
if self.isShellRun:
for interface in interface_dictionaries:
name = interface["name"]
del interface["name"]
print(generate_table(list(zip(interface.keys(), interface.values())),
title=name,
headings=["Key", "Value"]))
interface["name"] = name
return interface_dictionaries
def run(self):
args = []
platform_name = OS.get_os_type()
write_mode = self.shell.vars[
"write_mode"] if "write_mode" in self.shell.vars.keys() else "w"
output_file = self.shell.vars[
"output_file"] if "output_file" in self.shell.vars.keys() else ""
path = "dependencies/peass/" + 'winPEASany.bat' \
if platform_name == "Windows" else 'peass.sh'
if OS.path_exists(path):
path = OS.absolute_path(path)
if "args" in self.shell.vars.keys():
args = self.shell.vars["args"].split(" ")
print("Running PEASS, this might take sometime!")
args.insert(0, path)
out = Command.tee_or_return_output(self.isShellRun, args)
write_file_exists(output_file, out, write_mode)
return out
raise IncompatibleSystemError("Unsupported OS or Architecture")
def check_os():
platform_name = OS.get_os_type()
if platform_name != "windows":
raise IncompatibleSystemError("System Is Not Running Windows")
def run(self):
if self.isShellRun:
print(OS.getLMAddress())
else:
return OS.getLMAddress()