def _get_filtered_ifnames():
ifnames = []
for ifname in netinfo.get_ifnames():
if ifname.startswith(('lo', 'tap', 'br', 'tun', 'vmnet', 'wmaster')):
continue
ifnames.append(ifname)
ifnames.sort()
return ifnames
def _get_filtered_ifnames():
ifnames = []
for ifname in netinfo.get_ifnames():
if ifname.startswith(('lo', 'tap', 'br', 'tun', 'vmnet', 'wmaster')):
continue
ifnames.append(ifname)
ifnames.sort()
return ifnames
def _get_filtered_ifnames():
ifnames = []
for ifname in netinfo.get_ifnames():
if ifname.startswith(("lo", "tap", "br", "tun", "vmnet", "wmaster")):
continue
ifnames.append(ifname)
ifnames.sort()
return ifnames
def get_nics():
nics = []
for ifname in netinfo.get_ifnames():
if ifname in NIC_BLACKLIST:
continue
nic = netinfo.InterfaceInfo(ifname)
if nic.is_up and nic.address:
nics.append((ifname, nic.address))
nics.sort(lambda a, b: cmp(a[0], b[0]))
return nics
def get_nics():
nics = []
for ifname in netinfo.get_ifnames():
if ifname in NIC_BLACKLIST:
continue
nic = netinfo.InterfaceInfo(ifname)
if nic.is_up and nic.address:
nics.append((ifname, nic.address))
nics.sort(lambda a,b: cmp(a[0], b[0]))
return nics
def _get_filtered_ifnames():
ifnames = []
for ifname in netinfo.get_ifnames():
if ifname.startswith(('lo', 'tap', 'br', 'natbr', 'tun', 'vmnet', 'veth', 'wmaster')):
continue
ifnames.append(ifname)
# handle bridged LXC where br0 is the default outward-facing interface
defifname = conf.Conf().default_nic
if defifname and defifname.startswith('br'):
ifnames.append(defifname)
bridgedif = executil.getoutput('brctl', 'show', defifname).split('\n')[1].split('\t')[-1]
ifnames.remove(bridgedif)
ifnames.sort()
return ifnames
def _get_filtered_ifnames():
ifnames = []
for ifname in netinfo.get_ifnames():
if ifname.startswith(('lo', 'tap', 'br', 'natbr', 'tun', 'vmnet', 'veth', 'wmaster')):
continue
ifnames.append(ifname)
# handle bridged LXC where br0 is the default outward-facing interface
defifname = conf.Conf().default_nic
if defifname and defifname.startswith('br'):
ifnames.append(defifname)
bridgedif = executil.getoutput('brctl', 'show', defifname).split('\n')[1].split('\t')[-1]
ifnames.remove(bridgedif)
ifnames.sort()
return ifnames
def main():
try:
opts, args = getopt.gnu_getopt(sys.argv[1:], "h",
['help', 'pass='******'bind=', 'protected_mode='])
except getopt.GetoptError as e:
usage(e)
password = ""
bind = ""
protected_mode = ""
for opt, val in opts:
if opt in ('-h', '--help'):
usage()
elif opt == '--bind':
bind = val
elif opt == '--pass':
password = val
elif opt == '--protected_mode':
protected_mode = val
if not password:
d = Dialog('TurnKey Linux - First boot configuration')
password = d.get_password(
"Redis-commander 'admin' password",
"Enter password for 'admin' access to redis-commander UI")
if not bind:
d = Dialog('TurnKey Linux - First boot configuration')
bind = d.menu(
"Interface(s) for Redis to bind to",
("Inteface for Redis to bind to?\n\nIf you wish to securely"
" allow remote connections using 'all', ensure the system"
" firewall is enabled & block all traffic on port 6379,"
" except for the desired remote IP(s).\n\nManually edit the"
" config file to set a custom interface."),
choices=(
("localhost", "Redis will not respond to remote computer"),
("all", "Redis will allow all connections"),
("local", "Enter custom range")))
if bind == "all":
bind_ip = "0.0.0.0"
if bind == "local":
localaddr = InterfaceInfo(get_ifnames()[0]).address
d = Dialog('TurnKey Linux - First boot configuration')
bind_ip = d.get_input("Bind IP Range", "Enter bind ip range", localaddr)
else:
bind_ip = "127.0.0.1"
if not protected_mode:
d = Dialog('TurnKey Linux - First boot configuration')
protected_mode = d.yesno(
'Keep protected-mode enabled?',
"In protected mode Redis only replies to queries from"
" localhost. Clients connecting from other addresses will"
" receive an error, noting why & how to configure Redis.\n"
"\nUnless you set really good password, this is recommended",
'Yes', 'No')
protected_mode_str = {True: "yes", False: "no"}
protected_mode = protected_mode_str[protected_mode]
conf = "/etc/redis/redis.conf"
redis_commander_conf = "/opt/tklweb-cp/ecosystem.config.js"
subprocess.run(["sed", "-i", f"s|^bind .*|bind {bind_ip}|", conf])
subprocess.run([
"sed", "-i",
f"s|^protected-mode .*|protected-mode {protected_mode}|",
conf])
subprocess.run([
"sed", "-i",
f"s|HTTP_PASSWORD\": \".*\"|HTTP_PASSWORD\": \"{password}\"|",
redis_commander_conf])
# restart redis and redis commander if running so change takes effect
try:
subprocess.run(["systemctl", "is-active",
"--quiet", "redis-server.service"])
subprocess.run(["service", "redis-server", "restart"])
except ExecError:
pass
# reload and restart pm2 so changes take affect
# and save them to /home/node/.pm2/dump.pm2
try:
subprocess.run(["systemctl", "is-active",
"--quiet", "pm2-node.service"])
subprocess.run(["systemctl", "reload",
"pm2-node.service"])
# subprocess.run(["rm", "/home/node/.pm2/dump.pm2"])
subprocess.run(["pm2", "reload", "/opt/tklweb-cp/ecosystem.config.js"],env={"PM2_HOME": "/home/node/.pm2", "PATH": "/usr/local/bin"}, check=True, user="******")
subprocess.run(["pm2", "save"],env={"PM2_HOME": "/home/node/.pm2", "PATH": "/usr/local/bin"}, check=True, user="******")
subprocess.run(["service", "pm2-node", "restart"])
except ExecError:
pass
def get_interface(self, s_iface = None):
''' Get's the primary interface to configure, skips to config if only 1 valid interface present '''
interfaces = filter(lambda x: not InterfaceInfo(x)._get_ioctl_flag(IFF_LOOPBACK), get_ifnames())
choices = [((interfaces[0], '', 1))]+[(iface, '', 0) for iface in interfaces[1:]]
code, value = self.dialog.radiolist('Interface config', 'Select Primary Interface (usually eth0 or wlan0)', choices = choices)
if not code:
self.interface = value
