class Interface:
def __init__(self, Main):
self.Main = Main
self.conn = Main.conn
with open(f'{HOME_DIR}/dnx_shell/commands.json', 'r') as commands:
valid_commands = json.load(commands)
self.valid = valid_commands['main']['configuration']['interface']
# self.valid_interface = category['dns_server']
self.mod = 'interfaces'
self.interface_settings_pending = {
'ip_address': {
'setting': None,
'syntax': 'ip-address'
},
'netmask': {
'setting': None,
'syntax': 'netmask'
},
'default_gateway': {
'setting': None,
'syntax': 'default-gateway'
},
'mac_address': {
'setting': None,
'syntax': 'mac-address'
},
'mode': {
'setting': None,
'syntax': 'mode'
}
}
self.Standard = Standard(self)
self.ShowIPAddress(initial_load=True)
def CommandLoop(self):
while True:
self.conn.send(f'dnx|{self.mod}$> '.encode('utf-8'))
data = self.conn.recv(1024).decode().strip('\r\n')
data = data.lower().split()
if not data:
continue
status = self.Parse(data)
if (status == 'EXIT'):
break
elif (status == 'end'):
return 'exit'
def Parse(self, data):
arg_len = len(data)
comm, arg, option, option2 = self.Standard.HandleArguments(data)
if (comm is None):
return
# print(f'MODULE: {self.Main.help_messages}')
if (comm not in self.valid['commands']):
self.Standard.SendNotice(
f'invalid command. type "commands" to view all available commands.'
)
return
# single word commands
if (comm == 'exit'):
return 'EXIT'
elif (comm == 'end'):
return 'END'
elif (comm == 'help'):
self.Standard.ChangeHelpSetting()
return
elif (comm == 'configure'):
self.ApplyPending()
elif (comm == 'commands'):
for cm, values in self.valid[comm].items():
info = values['info']
cm = self.Standard.CalculateSpace(cm)
self.conn.send(f'{cm} {info}\n'.encode('utf-8'))
return
elif (comm in {'show'} and not arg):
valid_args = self.valid['commands'][comm]['args'].strip('!')
for arg, value in self.valid['settings'].items():
info = value['info']
arg = self.Standard.CalculateSpace(arg)
self.conn.send(f'{arg} {info}\n'.encode('utf-8'))
elif (comm in {'set'} and not arg):
valid_args = self.valid['commands'][comm]['args'].strip('!')
for arg, value in self.valid[valid_args].items():
info = value['info']
arg = self.Standard.CalculateSpace(arg)
self.conn.send(f'{arg} {info}\n'.encode('utf-8'))
return
# commands length 2
if (arg_len < 2):
return
args = self.Standard.GrabArgs(comm)
status = self.Standard.ValidateArgs(arg, args)
if (not status):
self.Standard.SendNotice(
f'invalid argument. use "{comm}" command for all available arguments.'
)
return
elif (comm == 'show'):
if (arg in {'ip-address'}):
self.ShowIPAddress()
elif (arg in {'mac-address'}):
self.ShowMACAddress()
elif (arg in {'pending'}):
self.ShowPending()
return
elif (comm in {'enable', 'disable'}):
self.ChangeStatus(comm, arg, option)
return
# command length 3
if (arg_len < 3):
if (status and not option):
arg_list = self.valid['commands'][comm]['args'].strip('!')
arg_options = self.valid[arg_list][arg]['options']
for option in arg_options:
arg2 = self.Standard.CalculateSpace(arg)
self.conn.send(f'{arg2} {option}\n'.encode('utf-8'))
return
# command length 4
if (comm in {'set'}):
if (arg in {'mode'}):
if (option not in {'dhcp', 'static'}):
self.Standard.SendNotice(
f'invalid interface mode. use static or dhcp.')
else:
self.InputSettings(arg, option)
elif (arg in {'mac-address'}):
status = self.Standard.ValidateMac(option)
if (status):
self.InputSettings(arg, option)
elif (arg in {'netmask'}):
status = self.Standard.ValidateNetmask(option)
if (status):
netmask = self.Standard.ConvertNetmask(option)
self.InputSettings(arg, netmask)
elif (arg in {'ip-address', 'default-gateway'}):
status = self.Standard.ValidateIP(option)
if (status and not option):
self.Standard.SendNotice(f'missing ip address.')
elif (status and arg in {'ip-address'}):
self.InputSettings(arg, option)
elif (status and arg in {'default-gateway'}):
ip_address, netmask = self.CheckLoadedSettings()
if (ip_address and netmask):
status = self.Standard.ValidateDefaultGateway(
option, ip_address, netmask)
if (status):
self.InputSettings(arg, option)
def InputSettings(self, arg, option):
arg = arg.replace('-', '_')
if (option == 'none'):
option = 'not set'
self.interface_settings_pending[arg].update({'setting': option})
syntax = self.interface_settings_pending[arg].get('syntax')
self.Standard.SendNotice(
f'interface {syntax} pending change to {option}.')
self.Standard.SendNotice(
f'use "show pending" command to view set changes. use "configure" command to push pending settings.'
)
def CheckLoadedSettings(self):
if (self.interface_settings_pending['ip_address'].get('setting')
and self.interface_settings_pending['netmask'].get('setting')):
return (
self.interface_settings_pending['ip_address'].get('setting'),
self.interface_settings_pending['netmask'].get('setting'))
else:
self.Standard.SendNotice(
f'ip address and subnet mask must be configured before default gateway.'
)
return (None, None)
#checking all pending items to ensure the user is informed about how to properly apply the settings. will notify
#the user if the current pending changes are not valid.
def CheckInterfaceMode(self, notice=False):
status = set()
for setting, info in self.interface_settings_pending.items():
if (setting in {'mac_address', 'mode'}):
continue
if (info['setting']):
status.add(True)
#will check mode when applying settings or when using show pending command. the notice flags will be set
#if the method is called from the show pending method otherwise it will not be set.
if (self.interface_settings_pending['mode'].get('setting') != 'static'
and status):
if (not notice):
self.Standard.SendNotice(
f'interface mode must be set to static before applying pending settings.'
)
else:
self.Standard.SendNotice(
f'note: interface mode must be set to static prior to applying any ip related settings.'
)
else:
return True
def ShowPending(self):
for info in self.interface_settings_pending.values():
pending_name = info['syntax']
pending_setting = info['setting']
if (not pending_setting):
pending_setting = 'not set'
self.Standard.ShowSend(pending_name, pending_setting)
self.CheckInterfaceMode(notice=True)
def ShowIPAddress(self, initial_load=False):
Inter = Int()
with open(f'{HOME_DIR}/data/config.json', 'r') as settings:
setting = json.load(settings)
interface_settings = setting['settings']['interface']
default_wan_mac = interface_settings['wan']['default_mac']
configured_wan_mac = interface_settings['wan']['configured_mac']
dhcp = interface_settings['wan']['dhcp']
wan_int = interface_settings['outside']
if (not configured_wan_mac):
configured_wan_mac = default_wan_mac
if (dhcp):
wan_mode = 'dhcp'
else:
wan_mode = 'static'
wan_ip = Inter.IP(wan_int)
wan_netmask = Inter.Netmask(wan_int)
wan_dfg = Inter.DefaultGateway(wan_int)
if (initial_load):
self.interface_settings_pending['mode'].update(
{'setting': wan_mode})
else:
self.Standard.ShowSend('ip-address', wan_ip)
self.Standard.ShowSend('netmask', wan_netmask)
self.Standard.ShowSend('default-gateway', wan_dfg)
self.Standard.ShowSend('mode', wan_mode)
def ShowMACAddress(self):
with open(f'{HOME_DIR}/data/config.json', 'r') as settings:
setting = json.load(settings)
interface_settings = setting['settings']['interface']
default_wan_mac = interface_settings['wan']['default_mac']
configured_wan_mac = interface_settings['wan']['configured_mac']
if (not configured_wan_mac):
configured_wan_mac = default_wan_mac
self.Standard.ShowSend('mac-address', configured_wan_mac)
def ChangeMode(self, comm, arg, option):
self.interface_settings_pending['mode'].update({'setting': option})
self.Standard.SendNotice(
f'interface mode set to {option}. use "show pending" command to check loaded configuration.'
)
def ChangeStatus(self, comm, arg, option):
with open(f'{HOME_DIR}/data/dns_server.json', 'r') as settings:
setting = json.load(settings)
if (comm == 'set' and arg == 'tls-retry'):
tls = setting['dns_server']['tls']
retry_amount = int(option) * 60
if (tls['retry'] == retry_amount):
self.Standard.SendNotice(
f'tls-retry is already set to {option} minutes.')
else:
tls.update({'retry': retry_amount})
with open(f'{HOME_DIR}/data/dns_server.json', 'w') as settings:
json.dump(setting, settings, indent=4)
self.Standard.SendNotice(
f'set {arg} to {option} minutes. use "show tls-retry" command to check current status.'
)
return
tls_settings = setting['dns_server']['tls']
if (arg == 'udp-fallback'):
arg2 = 'fallback'
else:
arg2 = 'enabled'
old_status = tls_settings[arg2]
if (comm == 'enable'):
tls_settings.update({arg2: True})
elif (comm == 'disable'):
tls_settings.update({arg2: False})
new_status = tls_settings[arg2]
if (old_status == new_status):
self.Standard.SendNotice(f'{arg} already {comm}d.')
else:
with open(f'{HOME_DIR}/data/dns_server.json', 'w') as settings:
json.dump(setting, settings, indent=4)
self.Standard.SendNotice(
f'{comm}d {arg}. use "show {arg2}" command to check current status.'
)
def ConfigureNetmask(self, netmask):
self.interface_settings_pending['netmask'].update({'setting': netmask})
self.Standard.SendNotice(
f'netmask set to {netmask}. use "show pending" command to check loaded configuration.'
)
def ApplyPending(self):
if (self.interface_settings_pending == 'dhcp'):
for setting, info in self.interface_settings_pending.items():
if (setting in {'mac_address', 'mode'}):
continue
if (info['setting']):
pass
class DNS:
def __init__(self, Main):
self.Main = Main
self.conn = Main.conn
with open(f'{HOME_DIR}/dnx_shell/commands.json', 'r') as commands:
valid_commands = json.load(commands)
with open(f'{HOME_DIR}/dnx_system/data/dns_server.json',
'r') as categories:
category = json.load(categories)
self.valid = valid_commands['main']['configuration']['dns']
self.valid_dns = category['dns_server']
self.mod = 'dns'
self.Standard = Standard(self)
def CommandLoop(self):
while True:
self.conn.send(f'dnx|{self.mod}$> '.encode('utf-8'))
data = self.conn.recv(1024).decode().strip('\r\n')
data = data.lower().split()
if not data:
continue
status = self.Parse(data)
if (status == 'EXIT'):
break
elif (status == 'end'):
return 'exit'
def Parse(self, data):
arg_len = len(data)
comm, arg, option, option2 = self.Standard.HandleArguments(data)
if (comm not in self.valid['commands']):
self.Standard.SendNotice(
f'invalid command. type "commands" to view all available commands.'
)
return
# single word commands
if (comm == 'exit'):
return 'EXIT'
elif (comm == 'end'):
return 'END'
elif (comm == 'help'):
self.Standard.ChangeHelpSetting()
return
elif (comm == 'commands'):
for cm, values in self.valid[comm].items():
info = values['info']
cm = self.Standard.CalculateSpace(cm)
self.conn.send(f'{cm} {info}\n'.encode('utf-8'))
return
elif (comm in {'show', 'set', 'clear', 'enable', 'disable'} and not arg
and not option):
valid_args = self.valid['commands'][comm]['args'].strip('!')
for arg, value in self.valid[valid_args].items():
# if (comm == 'show' and arg in {'category', 'tld'}):
# arg = value['syntax']
info = value['info']
arg = self.Standard.CalculateSpace(arg)
self.conn.send(f'{arg} {info}\n'.encode('utf-8'))
return
# commands length 2
if (arg_len < 2):
return
args = self.Standard.GrabArgs(comm)
status = self.Standard.ValidateArgs(arg, args)
if (not status):
self.Standard.SendNotice(
f'invalid argument. use "{comm}" command for all available arguments.'
)
return
elif (comm == 'show'):
valid_args = self.valid['commands'][comm]['args'].strip('!')
if (arg in self.valid[valid_args]):
self.ShowStatus(arg)
else:
self.Standard.SendNotice(
f'invalid argument. use "show" command for all available options.'
)
return
elif (comm in {'enable', 'disable'}):
self.ChangeStatus(comm, arg, option)
return
# command length 3
if (arg_len < 3):
if (arg in {'server1', 'server2'} and not option):
arg = 'servers'
if (status and not option and arg in {'server1', 'server2'}):
self.Standard.SendNotice(
f'missing server ip address. use "show {arg}" command to view current servers.'
)
return
# command length 4
if (comm in {'set'}):
if (arg in {'tls-retry'}):
if (option not in {'5', '10', '60'}):
self.Standard.SendNotice(
f'invalid retry amount. use 5, 10, or 60.')
else:
self.ChangeStatus(comm, arg, option)
elif (arg in {'server1', 'server2'}):
status = self.Standard.ValidateIP(option)
if (status and not option2):
self.Standard.SendNotice(
f'missing server name after ip address.')
elif (status):
status = self.Standard.AlphaNum(option2)
if (status):
self.ConfigureServer(arg, option, option2)
def ShowStatus(self, arg):
with open(f'{HOME_DIR}/dnx_system/data/dns_server.json',
'r') as settings:
setting = json.load(settings)
with open(f'{HOME_DIR}/dnx_system/data/dns_cache.json',
'r') as dns_cache:
cache = json.load(dns_cache)
if (arg == 'servers'):
dns_servers = setting['dns_server']['resolvers']
for server_info in dns_servers.values():
name = server_info['name']
server = server_info['ip_address']
self.Standard.ShowSend(name, server)
elif (arg == 'top-domains'):
top_domains = cache['top_domains']
if (not top_domains):
self.Standard.SendNotice(f'no top-domains currently cached')
return
for domain, pos in top_domains.items():
self.Standard.ShowSend(pos, domain)
elif (arg in {'tls', 'udp-fallback'}):
status = setting['dns_server']['tls']['enabled']
if (arg == 'udp-fallback'):
status = setting['dns_server']['tls']['fallback']
if (status):
status = 'ENABLED'
else:
status = 'DISABLED'
self.Standard.ShowSend(arg, status)
elif (arg == 'tls-retry'):
arg_strip = arg.strip('tls-')
retry_time = setting['dns_server']['tls'][arg_strip]
retry_time /= 60
retry_time = f'{int(retry_time)} Minutes'
self.Standard.ShowSend(arg, retry_time)
def ChangeStatus(self, comm, arg, option):
with open(f'{HOME_DIR}/dnx_system/data/dns_server.json',
'r') as settings:
setting = json.load(settings)
if (comm == 'set' and arg == 'tls-retry'):
tls = setting['dns_server']['tls']
retry_amount = int(option) * 60
if (tls['retry'] == retry_amount):
self.Standard.SendNotice(
f'tls-retry is already set to {option} minutes.')
else:
tls.update({'retry': retry_amount})
with open(f'{HOME_DIR}/dnx_system/data/dns_server.json',
'w') as settings:
json.dump(setting, settings, indent=4)
self.Standard.SendNotice(
f'set {arg} to {option} minutes. use "show tls-retry" command to check current status.'
)
return
tls_settings = setting['dns_server']['tls']
if (arg == 'udp-fallback'):
arg2 = 'fallback'
else:
arg2 = 'enabled'
old_status = tls_settings[arg2]
if (comm == 'enable'):
tls_settings.update({arg2: True})
elif (comm == 'disable'):
tls_settings.update({arg2: False})
new_status = tls_settings[arg2]
if (old_status == new_status):
self.Standard.SendNotice(f'{arg} already {comm}d.')
else:
with open(f'{HOME_DIR}/dnx_system/data/dns_server.json',
'w') as settings:
json.dump(setting, settings, indent=4)
self.Standard.SendNotice(
f'{comm}d {arg}. use "show {arg2}" command to check current status.'
)
def ConfigureServer(self, arg, option, option2):
with open(f'{HOME_DIR}/dnx_system/data/dns_server.json',
'r') as settings:
setting = json.load(settings)
dns_server = setting['dns_server']['resolvers'][arg]
if (dns_server['ip_address'] == option):
self.Standard.SendNotice(f'{arg} already configured to {option}.')
else:
dns_server.update({'name': option2, 'ip_address': option})
with open(f'{HOME_DIR}/dnx_system/data/dns_server.json',
'w') as settings:
json.dump(setting, settings, indent=4)
self.Standard.SendNotice(
f'set {arg} to {option}. use "show servers" command to check current status.'
)
class IPS:
def __init__(self, Main):
self.Main = Main
self.conn = Main.conn
with open(f'{HOME_DIR}/dnx_shell/commands.json', 'r') as commands:
valid_commands = json.load(commands)
self.valid = valid_commands['main']['configuration']['ips']
self.mod = 'ips-ids'
self.Standard = Standard(self)
def CommandLoop(self):
while True:
self.conn.send(f'dnx|{self.mod}$> '.encode('utf-8'))
data = self.conn.recv(1024).decode().strip('\r\n')
data = data.lower().split()
if not data:
continue
status = self.Parse(data)
if (status == 'EXIT'):
break
elif (status == 'end'):
return 'exit'
def Parse(self, data):
arg_len = len(data)
comm, arg, option, option2 = self.Standard.HandleArguments(data)
if (comm is None):
return
elif (comm not in self.valid['commands']):
self.Standard.SendNotice(
f'invalid command. type "commands" to view all available commands.'
)
return
# single word commands
if (comm == 'exit'):
return 'EXIT'
elif (comm == 'end'):
return 'END'
elif (comm == 'help'):
self.Standard.ChangeHelpSetting()
return
elif (comm == 'commands'):
for cm, values in self.valid[comm].items():
info = values['info']
cm = self.Standard.CalculateSpace(cm)
self.conn.send(f'{cm} {info}\n'.encode('utf-8'))
return
elif (comm in {'show', 'set', 'enable', 'disable'} and not arg
and not option):
arg_list = self.valid['commands'][comm]['args'].strip('!')
for arg, value in self.valid[arg_list].items():
if (comm == 'show' and arg in {'category', 'tld'}):
arg = value['syntax']
info = value['info']
arg = self.Standard.CalculateSpace(arg)
self.conn.send(f'{arg} {info}\n'.encode('utf-8'))
return
# commands length 2
if (arg_len < 2):
return
args = self.Standard.GrabArgs(comm)
status = self.Standard.ValidateArgs(arg, args)
if (not status):
self.Standard.SendNotice(
f'invalid argument. use "{comm}" command for all available options.'
)
return
elif (comm == 'show'):
self.ShowStatus(arg)
return
# all subsequent commands require length of 2
if (arg_len < 3):
if (status and not option):
arg_list = self.valid['commands'][comm]['args'].strip('!')
arg_options = self.valid[arg_list][arg]['options']
for option in arg_options:
arg2 = self.Standard.CalculateSpace(arg)
self.conn.send(f'{arg2} {option}\n'.encode('utf-8'))
return
if (comm in {'enable', 'disable'} and arg_len == 3):
status = self.ValidateEnDisSetting(arg, option)
if (status):
self.ChangeStatus(comm, arg, option)
if (arg_len < 4):
if (status and not option2):
if (arg == 'ddos' and option in {'tcp', 'udp', 'icmp'}):
option = self.Standard.CalculateSpace(option)
ddos_option = f'{option} *10-99*'
self.conn.send(f'{ddos_option}\n'.encode('utf-8'))
elif (arg == 'portscan' and option in {'block-length'}):
option = self.Standard.CalculateSpace(option)
for val in [0, 24, 48, 72]:
portscan_option = f'{option} {val}'
self.conn.send(f'{portscan_option}\n'.encode('utf-8'))
elif (arg == 'whitelist'):
option = self.Standard.CalculateSpace(option)
whitelist_option = f'{option} *reason*'
self.conn.send(f'{whitelist_option}\n'.encode('utf-8'))
return
elif (comm == 'set'):
status = self.ValidateOptions(arg, option, option2)
if (status):
self.ConfigureOption(arg, option, option2)
def ShowStatus(self, arg):
with open(f'{HOME_DIR}/dnx_system/data/ips.json', 'r') as settings:
setting = json.load(settings)
if (arg == 'whitelist'):
dns_servers = setting['ips']['whitelist']['dns_servers']
if (dns_servers):
status = 'ENABLED'
else:
status = 'DISABLED'
dns_servers = self.Standard.CalculateSpace(arg)
dns_servers_status = f'{dns_servers} {status}'
self.conn.send(f'{dns_servers_status}\n'.encode('utf-8'))
user_whitelist = setting['ips']['whitelist']['ip_whitelist']
for ip_address, reason in user_whitelist.items():
ip_address = self.Standard.CalculateSpace(ip_address)
ip_address_whitelist = f'{ip_address} {reason}'
self.conn.send(f'{ip_address_whitelist}\n'.encode('utf-8'))
elif (arg in 'portscan'):
portscan_settings = setting['ips']['port_scan']
for setting, status in portscan_settings.items():
if (setting != 'length'):
if (status):
status = 'ENABLED'
else:
status = 'DISABLED'
else:
status = f'{status} hours'
setting = self.Standard.CalculateSpace(setting)
setting_status = f'{setting} {status}'
self.conn.send(f'{setting_status}\n'.encode('utf-8'))
if (arg == 'ddos'):
status = setting['ips']['ddos']['enabled']
if (status):
status = 'ENABLED'
else:
status = 'DISABLED'
prevention = self.Standard.CalculateSpace('prevention')
prevention_status = f'{prevention} {status}'
self.conn.send(f'{prevention_status}\n'.encode('utf-8'))
limits = setting['ips']['ddos']['limits']
for direction, settings in limits.items():
self.conn.send(f' {direction}\n'.encode('utf-8'))
for protocol, pps in settings.items():
protocol = self.Standard.CalculateSpace(protocol)
protocol_pps = f'{protocol} {pps} pps'
self.conn.send(f'{protocol_pps}\n'.encode('utf-8'))
def ChangeStatus(self, comm, arg, option):
with open(f'{HOME_DIR}/dnx_system/data/ips.json', 'r') as settings:
setting = json.load(settings)
if (arg == 'portscan'):
category = setting['ips']['port_scan']
elif (arg == 'ddos'):
category = setting['ips']['ddos']
option = 'enabled'
elif (arg == 'whitelist'):
category = setting['ips']['whitelist']
option = 'dns_servers'
old_status = category[option]
if (comm == 'enable'):
category.update({option: True})
elif (comm == 'disable'):
category.update({option: False})
new_status = category[option]
if (old_status == new_status):
self.Standard.SendNotice(f'{arg} {option} already {comm}d.')
else:
with open(f'{HOME_DIR}/dnx_system/data/ips.json', 'w') as settings:
json.dump(setting, settings, indent=4)
self.Standard.SendNotice(
f'{comm}d {arg} {option}. use "show {arg}" command to check current status.'
)
def ConfigureOption(self, arg, option, option2):
with open(f'{HOME_DIR}/dnx_system/data/ips.json', 'r') as settings:
setting = json.load(settings)
option_setting = setting[arg]
if (arg in {'portscan', 'ddos'}):
if (arg == 'portscan'):
option2 = 'length'
old_status = option_setting[option][option2]
option_setting.update({option: option2})
new_status = option_setting[option][option2]
if (old_status == new_status):
self.Standard.SendNotice(
f'{arg} {option} already set to {option2}.')
else:
with open(f'{HOME_DIR}/dnx_system/data/ips.json',
'w') as settings:
json.dump(setting, settings, indent=4)
self.Standard.SendNotice(
f'{arg} {option} set to {option2}. use "show {arg}" command to check current status.'
)
def ValidateEnDisSetting(self, arg, option):
if (arg == 'portscan'):
if (option in {'prevention', 'reject'}):
return True
elif (arg == 'ddos'):
if (option in {'prevention'}):
return True
elif (arg == 'whitelist'):
if (option in {'dns'}):
return True
self.Standard.SendNotice(
f'invalid {arg} setting. use "show {arg}" to view all available settings.'
)
def ValidateOptions(self, arg, option, option2):
if (arg == 'ddos'):
if (option in {'tcp', 'udp', 'icmp'}):
if (option2.isdigit() and int(option2) in range(10, 100)):
return True
else:
message = f'invalid packet per second. use "set ddos {option}" command for available options.'
else:
message = f'invalid protocol. use "set ddos" command for available options.'
elif (arg == 'portscan'):
if (option in {'block-length'}):
if (option2.isdigit() and int(option2) in {0, 24, 48, 72}):
return True
else:
message = 'invalid block length. use "set portscan block-length" command for available options.'
else:
message = 'invalid option. use "set portscan" command for available options.'
def ValidateADDorDelete(self):
if (arg == 'whitelist'):
valid_ip = self.Standard.ValidateIP(option)
if (valid_ip):
valid_string = self.Standard.AlphaNum(option2)
if (valid_string):
return True
else:
message = 'invalid reason. must be alpha numeric characters.'
else:
message = 'invalid ip address.'
self.Standard.SendNotice(message)
class Domain:
def __init__(self, Main):
self.Main = Main
self.conn = Main.conn
with open(f'{HOME_DIR}/dnx_shell/commands.json', 'r') as commands:
valid_commands = json.load(commands)
with open(f'{HOME_DIR}/data/dns_proxy.json', 'r') as categories:
category = json.load(categories)
self.valid = valid_commands['main']['configuration']['domain']
self.valid_domain = category['dns_proxy']
self.mod = 'domain'
self.Standard = Standard(self)
def CommandLoop(self):
while True:
self.conn.send(f'dnx|{self.mod}$> '.encode('utf-8'))
data = self.conn.recv(1024).decode().strip('\r\n')
data = data.lower().split()
if not data:
continue
status = self.Parse(data)
if (status == 'EXIT'):
break
elif (status == 'end'):
return 'exit'
def Parse(self, data):
arg_len = len(data)
comm, arg, option, _ = self.Standard.HandleArguments(data)
if (comm is None):
return
elif (comm not in self.valid['commands']):
self.Standard.SendNotice(
f'invalid command. type "commands" to view all available commands.'
)
return
# single word commands
if (comm == 'exit'):
return 'EXIT'
elif (comm == 'end'):
return 'END'
elif (comm == 'help'):
self.Standard.ChangeHelpSetting()
return
elif (comm == 'commands'):
for cm, values in self.valid[comm].items():
info = values['info']
cm = self.Standard.CalculateSpace(cm)
self.conn.send(f'{cm} {info}\n'.encode('utf-8'))
return
elif (comm in {'show', 'enable', 'disable'} and not arg
and not option):
for arg, value in self.valid['settings'].items():
if (comm == 'show' and arg in {'category', 'tld'}):
arg = value['syntax']
info = value['info']
arg = self.Standard.CalculateSpace(arg)
self.conn.send(f'{arg} {info}\n'.encode('utf-8'))
return
# commands length 2
if (arg_len < 2):
return
elif (comm == 'show'):
if (arg in self.valid_domain):
self.ShowStatus(arg)
else:
self.Standard.SendNotice(
f'invalid argument. use "show" command for all available options.'
)
return
elif (comm in {'enable', 'disable'} and arg_len == 2):
self.ChangeStatus(comm, arg, option)
return
args = self.Standard.GrabArgs(comm)
status = self.Standard.ValidateArgs(arg, args)
if (not status):
self.Standard.SendNotice(
f'invalid argument. use "{comm}" command for all available options.'
)
return
# all subsequent commands require length of 2
if (arg_len < 3):
if (status and not option and comm in {'enable', 'disable'}):
self.Standard.SendNotice(
f'missing category. use "show categories" command for all available categories.'
)
return
if (comm in {'enable', 'disable'} and arg_len == 3):
status = self.ValidateCategory(arg, option)
if (status):
self.ChangeStatus(comm, arg, option)
def ShowStatus(self, arg):
with open(f'{HOME_DIR}/data/dns_proxy.json', 'r') as settings:
setting = json.load(settings)
if (arg == 'keyword'):
status = setting['dns_proxy']['keyword']['enabled']
if (status):
status = 'ENABLED'
else:
status = 'DISABLED'
keyword = self.Standard.CalculateSpace(arg)
keyword_status = f'{keyword} {status}'
self.conn.send(f'{keyword_status}\n'.encode('utf-8'))
elif (arg in 'categories', 'tlds'):
category = setting['dns_proxy'][arg]
if (arg == 'categories'):
category = category['default']
for cat, status in category.items():
if (status['enabled']):
status = 'ENABLED'
else:
status = 'DISABLED'
cat = self.Standard.CalculateSpace(cat)
cat_status = f'{cat} {status}'
self.conn.send(f'{cat_status}\n'.encode('utf-8'))
def ChangeStatus(self, comm, arg, option):
with open(f'{HOME_DIR}/data/dns_proxy.json', 'r') as settings:
setting = json.load(settings)
if (arg == 'keyword'):
category = setting['dns_proxy']['keyword']
option = 'keyword'
syntax = 'keyword'
elif (arg == 'category'):
category = setting['dns_proxy']['categories']['default']
if (option in {'malicious', 'cryptominer'} and comm == 'disable'):
self.Standard.SendNotice(
'critical categories cannot be disabled.')
return
elif (arg == 'tld'):
category = setting['dns_proxy']['tlds']
old_status = category[option]['enabled']
if (comm == 'enable'):
category[option].update({'enabled': True})
elif (comm == 'disable'):
category[option].update({'enabled': False})
new_status = category[option]['enabled']
if (old_status == new_status):
if (arg == 'keyword'):
self.Standard.SendNotice(f'{option} already {comm}d.')
else:
self.Standard.SendNotice(f'{arg} {option} already {comm}d.')
else:
syntax = self.valid['settings'][arg]['syntax']
with open(f'{HOME_DIR}/data/dns_proxy.json', 'w') as settings:
json.dump(setting, settings, indent=4)
self.Standard.SendNotice(
f'{comm}d {option}. use "show {syntax}" command to check current status.'
)
def ValidateCategory(self, arg, option):
syntax = self.valid['settings'][arg]['syntax']
valid_domain = self.valid_domain[syntax]
if (arg == 'category'):
valid_domain = valid_domain['default']
if (option not in valid_domain):
self.Standard.SendNotice(
f'invalid {arg}. use "show {syntax}" to view all available {syntax}.'
)
else:
return True
class Whitelist:
def __init__(self, Main):
self.Main = Main
self.conn = Main.conn
with open(f'{HOME_DIR}/dnx_shell/commands.json', 'r') as commands:
valid_commands = json.load(commands)
with open(f'{HOME_DIR}/data/whitelist.json', 'r') as settings:
setting = json.load(settings)
self.valid = valid_commands['main']['configuration']['whitelist']
self.valid_whitelist = setting['whitelists']
self.mod = 'whitelist'
self.Standard = Standard(self)
def CommandLoop(self):
while True:
self.conn.send(f'dnx|{self.mod}$> '.encode('utf-8'))
data = self.conn.recv(1024).decode().strip('\r\n')
data = data.lower().split()
if not data:
continue
status = self.Parse(data)
if (status == 'EXIT'):
break
def Parse(self, data):
arg_count = len(data)
comm, arg, option, option2 = self.Standard.HandleArguments(data)
if (comm not in self.valid['commands']):
self.Standard.SendNotice(
f'invalid command. type "commands" to view all available commands.'
)
return
# single word commands
if (comm == 'exit'):
return 'EXIT'
elif (comm == 'help'):
self.Standard.ChangeHelpSetting()
return
elif (comm == 'commands'):
for cm, values in self.valid[comm].items():
info = values['info']
cm = self.Standard.CalculateSpace(cm)
self.conn.send(f'{cm} {info}\n'.encode('utf-8'))
return
elif (comm in {'show', 'add', 'delete'} and not arg):
valid_args = self.valid['commands'][comm]['args'].strip('!')
for arg, value in self.valid[valid_args].items():
if (comm == 'show' and arg in {'exception'}):
arg = value['syntax']
info = value['info']
arg = self.Standard.CalculateSpace(arg)
self.conn.send(f'{arg} {info}\n'.encode('utf-8'))
return
args = self.Standard.GrabArgs(comm)
status = self.Standard.ValidateArgs(arg, args)
if (not status):
self.Standard.SendNotice(
f'invalid argument. use "{comm}" command for all available arguments.'
)
return
# commands length 2
if (arg_count < 2):
return
elif (comm == 'show'):
self.ShowStatus(arg)
return
# commands length 3
if (arg_count < 3):
if (status and not option):
self.Standard.SendNotice(f'missing option after argument.')
return
# commands length 4
if (comm in {'add', 'delete'}):
status = self.Standard.ValidateDomain(option)
if (status and not option2):
self.Standard.SendNotice(
f'missing direction after argument. use "inbound", "outbound", or "both".'
)
return
if (status):
if (arg == 'timebased'):
status2 = self.Standard.ValidateListTimes(option2)
elif (arg == 'exceptions'):
status2 = self.Standard.AlphaNum(option2)
if (status2):
self.AddWhitelist(comm, arg, option, option2)
def ShowStatus(self, arg):
with open(f'{HOME_DIR}/data/whitelist.json', 'r') as settings:
setting = json.load(settings)
arg2 = arg
if (arg == 'exceptions'):
self.SendDescription('domain', 'reason')
elif (arg == 'timebased'):
arg = 'domains'
self.SendDescription('domain', 'time entered', 'expire time')
elif (arg == 'ip'):
arg = 'ip_whitelist'
self.SendDescription('ip address', 'type', 'user')
whitelist = setting['whitelists'][arg]
if (not whitelist):
self.Standard.SendNotice(f'no {arg2} objects configured')
return
for whitelist, info in whitelist.items():
lists = self.Standard.CalculateSpace(whitelist)
if (arg == 'exceptions'):
info = info['reason']
elif (arg == 'domains'):
time = info['time']
expire = info['expire']
info = self.Standard.FormatDateTime(time)
info = self.Standard.CalculateSpace(info,
space=12,
symbol='| ',
dashes=False)
info += str(self.Standard.FormatDateTime(expire))
elif (arg == 'ip_whitelist'):
user = info['user']
info = info['type']
info = self.Standard.CalculateSpace(info,
space=10,
symbol='| ',
dashes=False)
info += user
wl_status = f'{lists} {info}'
self.conn.send(f'{wl_status}\n'.encode('utf-8'))
def AddWhitelist(self, comm, arg, option, option2):
with open(f'{HOME_DIR}/data/whitelist.json', 'r') as settings:
setting = json.load(settings)
whitelist = setting['whitelists']
if (arg == 'exception'):
if (option in whitelist['exceptions']):
self.Standard.SendNotice(f'{option} is already whitelisted.')
return
else:
whitelist['exceptions'].update({option: {'reason': option2}})
elif (option == 'timebased'):
if (option in whitelist['domains']):
self.Standard.SendNotice(f'{option} is already whitelisted.')
return
else:
now = time.time()
expire = now + (option2 * 60)
whitelist['domains'].update({
option: {
'time': now,
'rule_length': option2 * 60,
'expire': expire
}
})
syntax = self.valid['settings'][arg]['syntax']
with open(f'{HOME_DIR}/data/whitelist.json', 'w') as settings:
json.dump(setting, settings, indent=4)
self.Standard.SendNotice(
f'added {option}. use "show {syntax}" command to check current status.'
)
def SendDescription(self, one, two, three=''):
top = self.Standard.CalculateSpace(one, symbol=' ', dashes=False)
top = top + ' ' + self.Standard.CalculateSpace(
two, space=10, symbol=' ', dashes=False) + three
self.conn.send(f'{top}\n'.encode('utf-8'))
def ValidateCategory(self, arg, option):
syntax = self.valid['settings'][arg]['syntax']
valid_whitelist = self.valid_whitelist[syntax]
if (arg == 'category'):
valid_whitelist = valid_whitelist['default']
if (option not in valid_whitelist):
self.Standard.SendNotice(
f'invalid {arg}. use "show {syntax}" to view all available {syntax}.'
)
else:
return True
class TopLevel:
def __init__(self, conn):
self.conn = conn
with open(f'{HOME_DIR}/dnx_shell/commands.json', 'r') as commands:
valid_commands = json.load(commands)
self.valid = valid_commands['main']
self.mod = None
self.help_messages = True
self.Standard = Standard(self)
def CallNextLevel(self, result):
if (result == 'services'):
Services(self).CommandLoop()
elif (result == 'domain'):
Domain(self).CommandLoop()
elif (result == 'ip'):
IP(self).CommandLoop()
elif (result == 'whitelist'):
Whitelist(self).CommandLoop()
elif (result == 'blacklist'):
Blacklist(self).CommandLoop()
elif (result == 'dns'):
DNS(self).CommandLoop()
elif (result == 'interface'):
Interface(self).CommandLoop()
elif (result == 'ips'):
IPS(self).CommandLoop()
def CommandLoop(self):
while True:
self.conn.send(f'dnx$> '.encode('utf-8'))
data = self.conn.recv(1024).decode().strip('\r\n')
data = data.lower().split()
if not data:
continue
result = self.Parse(data)
if (result == 'QUIT'):
return 'QUIT'
elif (result):
self.CallNextLevel(result)
def Parse(self, data):
all_valid = self.valid['commands'].copy()
all_valid.update(self.valid['configuration'])
if (len(data) != 1):
self.Standard.SendNotice(f'too many arguments')
elif (data[0] not in all_valid):
self.Standard.SendNotice(
f'invalid command. type "commands" to view all available commands.'
)
comm = data[0]
# single word commands
if (comm == 'quit'):
return 'QUIT'
elif (comm == 'help'):
self.Standard.ChangeHelpSetting()
return
elif (comm == 'version'):
self.ShowVersion()
return
elif (comm in {'list', 'commands'}):
comm_list = self.valid
if (comm == 'list'):
comm = 'configuration'
comm_list = self.valid[comm]
for cm, values in comm_list.items():
info = values['info']
cm = self.Standard.CalculateSpace(cm)
self.conn.send(f'{cm} {info}\n'.encode('utf-8'))
return
elif (comm in self.valid['configuration']):
return comm
def ShowVersion(self):
with open(f'{HOME_DIR}/data/license.json', 'r') as configs:
system = json.load(configs)
with open(f'{HOME_DIR}/data/updates.json', 'r') as updates:
update = json.load(updates)
activated = system['license']['activated']
validated = system['license']['validated']
system_version = update['updates']['system']['version']
domain_version = update['updates']['signatures']['domain']['version']
ip_version = update['updates']['signatures']['ip']['version']
self.system_current = update['updates']['system']['current']
self.domain_current = update['updates']['signatures']['domain'][
'current']
self.ip_current = update['updates']['signatures']['ip']['current']
self.system_restart = update['updates']['system']['restart']
self.domain_restart = update['updates']['signatures']['domain'][
'restart']
self.ip_restart = update['updates']['signatures']['ip']['restart']
self.system_error = update['updates']['system']['error']
self.signature_error = update['updates']['signatures']
self.domain_error = update['updates']['signatures']['domain']['error']
self.ip_error = update['updates']['signatures']['ip']['error']
software_versions = {
'status': 0,
'system': {
'v': system_version,
's': 0
},
'domain': {
'v': domain_version,
's': 0
},
'ip': {
'v': ip_version,
's': 0
}
}
for mod in ['system', 'domain', 'ip']:
restart = getattr(self, f'{mod}_restart')
error = getattr(self, f'{mod}_error')
current = getattr(self, f'{mod}_current')
if (not activated or not validated):
software_versions[mod].update({'s': 'Unknown'})
elif (current):
software_versions[mod].update({'s': 'Up to Date'})
else:
software_versions[mod].update({'s': 'Out of Date'})
if (restart):
software_versions[mod].update({'s': 'restart required'})
if (error):
software_versions[mod].update(
{'s': 'update error (see web ui)'})
if (not activated):
software_versions.update({'status': 'awaiting activation'})
if (not validated):
software_versions.update({'status': 'awaiting validation'})
for mod, value in software_versions.items():
module = self.Standard.CalculateSpace(mod)
if (mod == 'status'):
mod_status = f'{module} {value}'
else:
version = value['v']
version = self.Standard.CalculateSpace(version,
space=11,
symbol='|',
dashes=None)
status = value['s']
mod_status = f'{module} {version} {status}'
self.conn.send(f'{mod_status}\n'.encode('utf-8'))
class IP:
def __init__(self, Main):
self.Main = Main
self.conn = Main.conn
with open(f'{HOME_DIR}/dnx_shell/commands.json', 'r') as commands:
valid_commands = json.load(commands)
with open(f'{HOME_DIR}/dnx_system/data/ip_proxy.json',
'r') as settings:
setting = json.load(settings)
self.valid = valid_commands['main']['configuration']['ip']
self.valid_ip = setting['ip_proxy']
self.mod = 'ip'
self.Standard = Standard(self)
def CommandLoop(self):
while True:
self.conn.send(f'dnx|{self.mod}$> '.encode('utf-8'))
data = self.conn.recv(1024).decode().strip('\r\n')
data = data.lower().split()
if not data:
continue
status = self.Parse(data)
if (status == 'EXIT'):
break
def Parse(self, data):
comm, arg, option, option2 = self.Standard.HandleArguments(data)
if (comm not in self.valid['commands']):
self.Standard.SendNotice(
f'invalid command. type "commands" to view all available commands.'
)
return
# single word commands
if (comm == 'exit'):
return 'EXIT'
elif (comm == 'help'):
self.Standard.ChangeHelpSetting()
return
elif (comm == 'commands'):
for cm, values in self.valid[comm].items():
info = values['info']
cm = self.Standard.CalculateSpace(cm)
self.conn.send(f'{cm} {info}\n'.encode('utf-8'))
return
elif (comm in {'show', 'set', 'enable'} and not arg):
valid_args = self.valid['commands'][comm]['args'].strip('!')
for arg, value in self.valid[valid_args].items():
if (comm == 'show' and arg in {'list', 'direction'}):
arg = value['syntax']
info = value['info']
arg = self.Standard.CalculateSpace(arg)
self.conn.send(f'{arg} {info}\n'.encode('utf-8'))
return
# all subsequent commands require length of 2 or 3
if (len(data) < 2):
self.Standard.SendNotice(f'missing argument after command.')
return
elif (comm == 'show'):
if (arg in self.valid_ip):
self.ShowStatus(arg)
else:
self.Standard.SendNotice(
f'invalid argument. use "show" command for all available options.'
)
return
args = self.Standard.GrabArgs(comm)
status = self.Standard.ValidateArgs(arg, args)
if (not status):
self.Standard.SendNotice(
f'invalid argument. use "{comm}" command for all available options.'
)
return
# all subsequent commands require length of 2
if (len(data) < 3):
if (status and not option):
self.Standard.SendNotice(
f'missing option after argument. use "show {arg}s" command for all available options.'
)
return
elif (comm in {'enable', 'disable'}):
status = self.ValidateCategory(arg, option)
if (status):
self.ChangeStatus(comm, arg, option)
# all subsequent require length 3
if (len(data) < 4):
if (status and not option2):
self.Standard.SendNotice(
f'missing direction after argument. use "inbound", "outbound", or "both".'
)
return
elif (comm in {'set'}):
status = self.ValidateDirection(option2)
if (status):
self.ChangeDirection(option, option2)
return True
def ShowStatus(self, arg):
with open(f'{HOME_DIR}/dnx_system/data/ip_proxy.json',
'r') as settings:
setting = json.load(settings)
if (arg == 'lists'):
category = setting['ip_proxy']['lists']
for cat, status in category.items():
if (cat == 'tor'):
for node, status in category[cat].items():
if (status['enabled']):
status = 'ENABLED'
else:
status = 'DISABLED'
lists = self.Standard.CalculateSpace(f'tor_{node}')
lists_status = f'{lists} {status}'
self.conn.send(f'{lists_status}\n'.encode('utf-8'))
continue
elif (status['enabled']):
status = 'ENABLED'
else:
status = 'DISABLED'
lists = self.Standard.CalculateSpace(cat)
lists_status = f'{lists} {status}'
self.conn.send(f'{lists_status}\n'.encode('utf-8'))
elif (arg == 'directions'):
category = setting['ip_proxy']['directions']
for cat, status in category.items():
status = status.upper()
cat = self.Standard.CalculateSpace(cat)
cat_status = f'{cat} {status}'
self.conn.send(f'{cat_status}\n'.encode('utf-8'))
def ChangeStatus(self, comm, arg, option):
with open(f'{HOME_DIR}/dnx_system/data/ip_proxy.json',
'r') as settings:
setting = json.load(settings)
if (option == {'tor_entry', 'tor_exit'}):
category = setting['ip_proxy']['lists']['tor']
option = option.strip('tor_')
elif (option == 'malware', 'compromised'):
category = setting['ip_proxy']['lists']
old_status = category[option]['enabled']
if (comm == 'enable'):
category[option].update({'enabled': True})
elif (comm == 'disable'):
category[option].update({'enabled': False})
new_status = category[option]['enabled']
if (old_status == new_status):
self.Standard.SendNotice(f'{arg} {option} already {comm}d.')
else:
syntax = self.valid['settings'][arg]['syntax']
with open(f'{HOME_DIR}/dnx_system/data/ip_proxy.json',
'w') as settings:
json.dump(setting, settings, indent=4)
self.Standard.SendNotice(
f'{comm}d {option}. use "show {syntax}" command to check current status.'
)
def ChangeDirection(self, option, option2):
with open(f'{HOME_DIR}/dnx_system/data/ip_proxy.json',
'r') as settings:
setting = json.load(settings)
directions = setting['ip_proxy']['directions']
old_direction = directions[option]
if (option2 == old_direction):
self.Standard.SendNotice(
f'{option} direction already set to {option2}.')
else:
directions.update({option: option2})
with open(f'{HOME_DIR}/dnx_system/data/ip_proxy.json',
'w') as settings:
json.dump(setting, settings, indent=4)
self.Standard.SendNotice(
f'{option} direction set to {option2}. use "show directions" command to check current status.'
)
def ValidateCategory(self, arg, option):
syntax = self.valid['settings'][arg]['syntax']
valid_ip = self.valid_ip[syntax]
if (arg == 'category'):
valid_ip = valid_ip['default']
if (option not in valid_ip):
self.Standard.SendNotice(
f'invalid {arg}. use "show {syntax}" to view all available {syntax}.'
)
else:
return True
def ValidateDirection(self, option2):
if (option2 not in {'inbound', 'outbound', 'both'}):
self.Standard.SendNotice(
f'invalid direction. use "inbound", "outbound", or "both".')
else:
return True
class Services:
def __init__(self, Main):
self.Main = Main
self.conn = Main.conn
with open(f'{HOME_DIR}/dnx_shell/commands.json', 'r') as commands:
valid_commands = json.load(commands)
self.valid = valid_commands['main']['configuration']['services']
self.mod = 'services'
self.Standard = Standard(self)
def CommandLoop(self):
while True:
self.conn.send(f'dnx|{self.mod}$> '.encode('utf-8'))
data = self.conn.recv(1024).decode().strip('\r\n')
data = data.lower().split()
if not data:
continue
status = self.Parse(data)
if (status == 'EXIT'):
break
def Parse(self, data):
comm, arg, _, _ = self.Standard.HandleArguments(data)
if (comm not in self.valid['commands']):
self.Standard.SendNotice(
f'invalid command. type "commands" to view all available commands.'
)
# single word commands
if (comm == 'exit'):
return 'EXIT'
elif (comm == 'help'):
self.Standard.ChangeHelpSetting()
return
elif (comm == 'status'):
self.ShowStatus()
elif (comm in {'show', 'start', 'restart', 'stop'} and not arg):
valid_args = self.valid['commands'][comm]['args'].strip('!')
for arg, value in self.valid[valid_args].items():
if (comm == 'show' and arg in {'exception'}):
arg = value['syntax']
info = value['info']
arg = self.Standard.CalculateSpace(arg)
self.conn.send(f'{arg} {info}\n'.encode('utf-8'))
elif (comm in {'list', 'commands'}):
if (comm == 'list'):
comm = 'services'
for cm, values in self.valid[comm].items():
info = values['info']
cm = self.Standard.CalculateSpace(cm)
self.conn.send(f'{cm} {info}\n'.encode('utf-8'))
# all subsequent commands require length of 2
if (len(data) < 2):
return # put invalid syntax here?
args = self.Standard.GrabArgs(comm)
status = self.Standard.ValidateArgs(arg, args)
if (not status):
self.Standard.SendNotice(f'invalid service. ex. {comm} dns-proxy')
return
if (comm in self.valid['commands']):
if (status):
self.ChangeStatus(comm, arg)
def ChangeStatus(self, comm, service):
# run(f'sudo systemctl {comm} {service}', shell=True)
time.sleep(.5)
action = self.valid['commands'][comm]['syntax']
self.Standard.SendNotice(
f'{action} {service}. use "status" command to check current status'
)
def ShowStatus(self):
all_status = []
for service in self.valid['services']:
try:
service_status = run(f'sudo systemctl status dnx-{service}',
shell=True,
stdout=PIPE)
service_status.check_returncode()
status = '[+] UP'
except CalledProcessError:
status = '[-] DOWN'
service = self.Standard.CalculateSpace(service)
all_status.append(f'{service} {status}')
for service_status in all_status:
self.conn.send(f'{service_status}\n'.encode('utf-8'))