def tor_restart(options):
check_options(options, 0)
logging.debug(
utility.run_shell_command("systemctl restart tor").decode("utf-8"))
logging.debug(
utility.run_shell_command("systemctl restart privoxy").decode("utf-8"))
logging.info("TOR Restart called, Privoxy restarted")
def toSystemd(name, parameters, autostart=False):
systemd_folder = "/lib/systemd/system"
filein = open("{0}/setup/templates/{1}".format(project_dir, name))
src = Template(filein.read())
src.substitute(parameters)
with open("{0}/{1}".format(systemd_folder, name), "w") as text_file:
text_file.write(src.substitute(parameters))
logging.info("File {0}/{1} created".format(systemd_folder, name))
logging.debug(
utility.run_shell_command("systemctl daemon-reload").decode("utf-8"))
if autostart:
logging.debug(
utility.run_shell_command(
"systemctl enable {0}".format(name)).decode("utf-8"))
def check_interface(interface_name):
command = "nmcli dev show {0}|grep unmanaged||true".format(interface_name)
if "unmanaged" not in utility.run_shell_command(command).decode("utf-8"):
raise Exception(
"""Interface {0} appears to be managed or not configured.
Configure it via /etc/network/interfaces to have static ip and restart Network Manager or reboot your device."""
.format(interface_name))
return ni.ifaddresses(interface_name)[2][0]['addr']
def probe_obfs_binary(mode):
retval = ""
if mode == "obfs3":
try:
retval = utility.run_shell_command("which obfsproxy").decode(
"utf-8").strip()
except subprocess.CalledProcessError as e:
logging.debug(e.output)
elif mode == "obfs4":
try:
retval = utility.run_shell_command("which obfs4proxy").decode(
"utf-8").strip()
except subprocess.CalledProcessError as e:
logging.debug(e.output)
else:
raise Exception("Unsupported bridge mode")
return retval
def set_default_interface(options):
check_options(options, 1)
wan = []
for i in configuration['wan_interface']:
wan.append(i['name'])
if options[0] not in wan:
raise Exception("Interface not configured WAN interfaces list.")
command = ""
for i in wan:
device_managed = is_managed(i)
if device_managed:
command += "nmcli dev disconnect {0}\n".format(i)
else:
command += "ifdown {0}\n".format(i)
if is_managed(options[0]):
command += "nmcli dev connect {0}\n".format(options[0])
else:
command += "ifup {0}\n".format(options[0])
logging.debug(command)
logging.debug(utility.run_shell_command(command).decode("utf-8"))
logging.info("Set default interface {0} called".format(options[0]))
def is_managed(interface):
command = "nmcli dev show {0}|grep unmanaged||true".format(interface)
return "unmanaged" not in utility.run_shell_command(command).decode(
"utf-8")
def dnsmasq_restart(options):
check_options(options, 0)
logging.debug(
utility.run_shell_command("systemctl restart dnsmasq").decode("utf-8"))
logging.info("DNSMasq restart called")
def patch_nmcli(options):
check_options(options, 0)
logging.debug(
utility.run_shell_command("chmod u+s,a-w `which nmcli`").decode(
"utf-8"))
logging.info("nmcli patch called")
def i2p_stop(options):
check_options(options, 0)
logging.debug(
utility.run_shell_command("systemctl stop i2p-tbng").decode("utf-8"))
logging.info("I2P Stop called")
def i2p_restart(options):
check_options(options, 0)
logging.debug(
utility.run_shell_command("systemctl restart i2p-tbng").decode(
"utf-8"))
logging.info("I2P Restart called")
def tor_stop(options):
check_options(options, 0)
mode(["direct"])
logging.debug(
utility.run_shell_command("systemctl stop tor").decode("utf-8"))
logging.info("TOR Stop called")
def halt(options):
check_options(options, 0)
logging.info("Halt called")
logging.debug(utility.run_shell_command("shutdown -H now").decode("utf-8"))
def reboot(options):
check_options(options, 0)
logging.info("Reboot called")
logging.debug(utility.run_shell_command("reboot").decode("utf-8"))