def execute_remote_command(command, hostname, username, password):
client = None
try:
client = ssh_client.SshClient(host=hostname, port=22, username=username, password=password)
ret = client.execute(command, sudo=True)
print " ".join(ret["out"]), " E ".join(ret["err"]), ret["retval"]
finally:
if client:
client.close()
def init_test_case():
try:
client = ssh_client.SshClient(hostname, username, password)
cmd_ctrl = remote_cmd.CmdCtrl(cmd_sender=client.exec_cmd,
multi_cmd_sender=client.exec_multi_cmd,
file_uploader=client.upload,
file_downloader=client.download)
proto = protocol.Protocol()
test_case = TestCase(cmd_ctrl, proto)
return test_case, client
except Exception as e:
LOG.error(e)
exit()
def reboot_device():
return 0
client = ssh_client.SshClient(hostname, username, password)
client.exec_cmd("sudo reboot now")
time.sleep(1)
client.close()
import ssh_client
cl = ssh_client.SshClient('dmitrydev.adquant.net', '/root/test')
cl.connect()
def main():
mail_notification = False
c_wmi = wmi_class.WmiClass()
ssh = ssh_client.SshClient()
utils = util.Util()
webservers_file_path = "webserver.txt"
f_nam = "srv.txt"
output_file_name = "another-name.html"
hosts = []
webserver_hosts = []
config = load_config("config.json")
# WMI user/pass
wmi_user = utils.b64_decrypt(config.get("wmi").get("user"))
wmi_pwd = utils.b64_decrypt(config.get("wmi").get("password"))
ssh_user = utils.b64_decrypt(config.get("ssh").get("user"))
ssh_pwd = utils.b64_decrypt(config.get("ssh").get("password"))
ssh_port = config.get("ssh").get("port")
ssh_payload = utils.b64_decrypt(config.get("ssh").get("payload"))
print("[+] Payload length:: " + str(len(ssh_payload)))
user = config.get("mail").get("smtp").get("user")
serv = config.get("mail").get("smtp").get("server")
port = config.get("mail").get("smtp").get("port")
para = config.get("mail").get("to")
subject = config.get("mail").get("subject")
p = _parser.Parser()
# with open("C:\\Users\\opensylar\\Desktop\\mem_parse.log", "r") as fp:
# l = fp.read()
# p.parse_mem(l)
with open(webservers_file_path, "r") as f:
ports = [80, 443]
for c_addr in f:
c_addr = c_addr.replace("\n", "")
c_addr = c_addr.replace("\r", "")
print("[+] Sending web tests to " + c_addr)
status_web = check_web(c_addr, ports)
webserver_hosts.append(status_web)
with open(f_nam, "r") as f:
for c_addr in f:
c_addr = c_addr.replace("\n", "")
c_addr = c_addr.replace("\r", "")
if is_ip_range(c_addr) > 0x0:
net1 = ip_network(c_addr, strict=False)
for addr in net1:
addr = str(addr)
hosts.append({"hostname": addr})
else:
hosts.append({"hostname": c_addr})
# Setea las variables del dict
for h in hosts:
print("\r\n[+] Checking " + h.get("hostname"))
std_out, std_error = run_ping2(h.get("hostname"))
ping_vals = parse_output_ping(std_out)
h.update(ip_addr=h.get("hostname"))
if ping_vals["ttl"] is not 0x0:
html_path = "report-details/details-" + h.get("hostname") + ".html"
h.update(status="up")
# dns_nam = dns_resolver(h.get("hostname"))
try:
dns_nam = socket.gethostbyaddr(h.get("hostname"))
dns_nam = dns_nam[0]
except socket.herror:
dns_nam = "Unknow"
os_nam = os_detect(ping_vals["ttl"])
# print("TTL:: " + str(ping_vals["ttl"]))
h.update(dns_name=dns_nam)
h.update(os=os_nam)
h.update(html_path=html_path)
s = socket_client.SocketClient()
html_rpt = html_report.HtmlReport()
html_rpt.set_path("report-details")
if os_nam == "Windows":
print("[+] Sending WMI query..")
c_wmi.send_query(h.get("hostname"), wmi_user, wmi_pwd, 0x1)
c_wmi.send_query(h.get("hostname"), wmi_user, wmi_pwd, 0x2)
c_wmi.send_query(h.get("hostname"), wmi_user, wmi_pwd, 0x3)
c_wmi.send_query(h.get("hostname"), wmi_user, wmi_pwd, 0x4)
h.update(status_agent="1")
html_rpt.build(h.get("hostname"), c_wmi, html_path, False)
else:
h.update(status_agent="1")
print("[+] Sending SSH payload..")
c_ssh = ssh.send_query(h.get("hostname"), ssh_port, ssh_user,
ssh_pwd, ssh_payload)
html_rpt.build(h.get("hostname"), c_ssh, html_path, True)
# Offline
else:
print("[!] " + h.get("hostname") + " offline")
h.update(status_agent="0")
h.update(status="down") # Dead
try:
dns_nam = socket.gethostbyaddr(h.get("hostname"))
dns_nam = dns_nam[0]
except socket.herror:
dns_nam = "Unknow"
except socket.gaierror:
print("[!] " + h.get("hostname") + " is bad host")
exit(-1)
h.update(dns_name=dns_nam)
h.update(os="Unknow")
createhtml(output_file_name, hosts, webserver_hosts)
c_path = os.getcwd()
file_output = c_path + "\\reports.zip"
build_zip(c_path, file_output, output_file_name)
if mail_notification is True:
print("[+] Sending mail to SMTP relay server")
u = {"sender": user}
s = {"serv": serv, "port": port}
m = {
"to": para,
"subject": subject,
"attach": file_output,
"body": "Report"
}
send_mail(m, u, s)
print("[+] Finish!")
