def run(self):
"""
Copies the firmware image onto the Router, proves if the firmware is in the right file(/tmp/<firmware_name>.bin)
and does a Sysupgrade.
:return:
"""
network_ctrl = NetworkCtrl(self.router)
try:
network_ctrl.connect_with_remote_system()
except Exception as e:
logging.warning("[-] Couldn't sysupgrade the Router(" + str(self.router.id) + ")")
logging.warning(str(e))
return
network_ctrl.remote_system_wget(self.router.firmware.file, '/tmp/', self.web_server_ip)
# sysupgrade -n <firmware_name> // -n verwirft die letzte firmware
arg = '-n' if self.n else ''
if not self.debug:
logging.debug("sysupgrade ...")
try:
network_ctrl.send_command('sysupgrade ' + arg + ' ' + '/tmp/' + self.router.firmware.name)
except TimeoutError:
logging.info("%s[+] Router was set into normal mode", LoggerSetup.get_log_deep(2))
self.router.mode = Mode.configuration
if Dhclient.update_ip(self.router.vlan_iface_name) == 1:
self.router.mode = Mode.unknown
logging.error("%s[-] Something went wrong. Use command 'online -r " + str(self.router.id) + "'",
LoggerSetup.get_log_deep(2))
except Exception as e:
self.router.mode = Mode.unknown
logging.error("[-] Something went wrong. Use command 'online -r " + str(self.router.id) + "'")
logging.error(str(e))
network_ctrl.exit()
def test_router_wget(self):
# Create router
router = Router(1, "vlan1", 21, "10.223.254.254", 16, "192.168.1.1",
24, "root", "root", 1)
router.model = "TP-LINK TL-WR841N/ND v9"
router.mac = "e8:de:27:b7:7c:e2"
# Has to be matched with the current mode (normal, configuration)
router.mode = Mode.configuration
assert isinstance(router, Router)
# Create NetworkCrtl
network_ctrl = NetworkCtrl(router, 'eth0')
assert isinstance(network_ctrl, NetworkCtrl)
self.assertRaises(Exception, network_ctrl.connect_with_remote_system())
# Create test file 'test_wget.txt'
path = os.path.dirname(__file__)
file = open(path + '/test_wget.txt', 'w+')
# The Router downloads this file via wget from the raspberryPi
network_ctrl.remote_system_wget(path + '/test_wget.txt', '/tmp/')
# Tests if the file has successful downloaded
output = network_ctrl.send_command(
"test -f '/tmp/test_wget.txt' && echo True")
self.assertEqual(output, "['True\\n']")
# Test
output = network_ctrl.send_command(
"rm '/tmp/test_wget.txt' && echo True")
self.assertEqual(output, "['True\\n']")
file.close()
network_ctrl.exit()
def test_router_wget(self):
# Create router
router = Router(1, "vlan1", 21, "10.223.254.254", 16, "192.168.1.1", 24, "root", "root", 1)
router.model = "TP-LINK TL-WR841N/ND v9"
router.mac = "e8:de:27:b7:7c:e2"
# Has to be matched with the current mode (normal, configuration)
router.mode = Mode.configuration
assert isinstance(router, Router)
# Create NetworkCrtl
network_ctrl = NetworkCtrl(router, 'eth0')
assert isinstance(network_ctrl, NetworkCtrl)
self.assertRaises(Exception, network_ctrl.connect_with_remote_system())
# Create test file 'test_wget.txt'
path = os.path.dirname(__file__)
file = open(path + '/test_wget.txt', 'w+')
# The Router downloads this file via wget from the raspberryPi
network_ctrl.remote_system_wget(path + '/test_wget.txt', '/tmp/')
# Tests if the file has successful downloaded
output = network_ctrl.send_command("test -f '/tmp/test_wget.txt' && echo True")
self.assertEqual(output, "['True\\n']")
# Test
output = network_ctrl.send_command("rm '/tmp/test_wget.txt' && echo True")
self.assertEqual(output, "['True\\n']")
file.close()
network_ctrl.exit()
def test_connection(self):
"""
Test:
1. Google or FreiFunk is reachable via a Ping
"""
logging.debug("%sTest: Existence of an Internet-Connection",
LoggerSetup.get_log_deep(1))
assert self.remote_system.mode == Mode.normal
logging.debug("%s[" + u"\u2714" + "] Correct Mode",
LoggerSetup.get_log_deep(2))
network_ctrl = NetworkCtrl(self.remote_system)
network_ctrl.connect_with_remote_system()
ping_result1 = network_ctrl.send_command(
"ping -c 5 8.8.8.8 | grep received")
ping_result2 = network_ctrl.send_command(
"ping -c 5 freifunk.net | grep received")
self.assertTrue(
self._ping_successful(ping_result1[0])
or self._ping_successful(ping_result2[0]),
"No Internet-Connection")
logging.debug(
"%s[" + u"\u2714" +
"] At least one Ping was successful => An Internet-Connection exist",
LoggerSetup.get_log_deep(2))
network_ctrl.exit()
def test_setup_expert(self):
"""
This UnitTest executes the wca_setup_expert-function with the given config-file.
It sets the values of all the from WebInterface of the Router.
"""
# Create router
router = Router(1, "vlan1", 21, "10.223.254.254", 16, "192.168.1.1",
24, "root", "root", 1)
router.model = "TP-LINK TL-WR841N/ND v9"
router.mac = "e8:de:27:b7:7c:e2"
router.mode = Mode.configuration
assert isinstance(router, Router)
# Config
config = ConfigManager().get_web_interface_dict()[0]
self.assertEqual(len(config), 30, "Wrong size of the Config-Directory")
# Create NetworkCrtl
network_ctrl = NetworkCtrl(router, 'eth0')
assert isinstance(network_ctrl, NetworkCtrl)
try:
web_config_assist = RouterWebConfiguration(router,
config,
wizard=True)
web_config_assist.start()
web_config_assist.join()
except Exception as e:
Logger().error(str(e))
finally:
assert router.mode == Mode.normal
network_ctrl.exit()
def run(self):
"""
Copies the firmware image onto the Router, proves if the firmware is in the right file(/tmp/<firmware_name>.bin)
and does a Sysupgrade.
"""
network_ctrl = NetworkCtrl(self.router)
try:
network_ctrl.connect_with_remote_system()
except Exception as e:
logging.warning("%s[-] Couldn't sysupgrade the Router(" + str(self.router.id) + ")",
LoggerSetup.get_log_deep(2))
logging.warning(str(e))
return
network_ctrl.remote_system_wget(self.router.firmware.file, '/tmp/', self.web_server_ip)
# sysupgrade -n <firmware_name> // -n verwirft die letzte firmware
arg = '-n' if self.n else ''
if not self.debug:
logging.debug("%sSysupgrade (this will force a TimeoutError)...", LoggerSetup.get_log_deep(2))
try:
network_ctrl.send_command('sysupgrade ' + arg + ' ' + '/tmp/' + self.router.firmware.name)
except TimeoutError:
try:
Dhclient.update_ip(self.router.vlan_iface_name)
self._success_handling()
except FileExistsError:
self._success_handling()
pass
except Exception:
self._execption_hanling()
except Exception:
self._execption_hanling()
network_ctrl.exit()
def test_setup_expert(self):
"""
This UnitTest executes the wca_setup_expert-function with the given config-file.
It sets the values of all the from WebInterface of the Router.
"""
# Create router
router = Router(1, "vlan1", 21, "10.223.254.254", 16, "192.168.1.1", 24, "root", "root", 1)
router.model = "TP-LINK TL-WR841N/ND v9"
router.mac = "e8:de:27:b7:7c:e2"
router.mode = Mode.configuration
assert isinstance(router, Router)
# Config
config = ConfigManager().get_web_interface_dict()[0]
self.assertEqual(len(config), 30, "Wrong size of the Config-Directory")
# Create NetworkCrtl
network_ctrl = NetworkCtrl(router, 'eth0')
assert isinstance(network_ctrl, NetworkCtrl)
try:
web_config_assist = RouterWebConfiguration(router, config, wizard=True)
web_config_assist.start()
web_config_assist.join()
except Exception as e:
Logger().error(str(e))
finally:
assert router.mode == Mode.normal
network_ctrl.exit()
def run(self):
"""
Instantiate a NetworkCtrl and setup the webinterface of the Router
"""
Logger().info("Sysupdate Firmware for Router(" + str(self.router.id) + ") ...")
network_ctrl = NetworkCtrl(self.router, 'eth0')
network_ctrl.wca_setup_expert(self.webinterface_config)
network_ctrl.wca_setup_wizard(self.webinterface_config)
network_ctrl.exit()
def run(self):
"""
Instantiate a NetworkCtrl and setup the webinterface of the Router
"""
Logger().info("Sysupdate Firmware for Router(" + str(self.router.id) +
") ...")
network_ctrl = NetworkCtrl(self.router, 'eth0')
network_ctrl.wca_setup_expert(self.webinterface_config)
network_ctrl.wca_setup_wizard(self.webinterface_config)
network_ctrl.exit()
def run(self):
"""
Instantiate a NetworkCtrl, proves if the firmware is on the Router(/tmp/<firmware_name>.bin)
and does a Sysupgrade.
:return:
"""
network_ctrl = NetworkCtrl(self.router, 'eth0')
network_ctrl.connect_with_remote_system()
network_ctrl.remote_system_wget(self.router.firmware.file, '/tmp/')
# sysupgrade -n <firmware_name> // -n verwirft die letzte firmware
arg = '-n' if self.n else ''
network_ctrl.send_command('sysupgrade ' + arg + ' ' + '/tmp/' + self.router.firmware.name)
network_ctrl.exit()
def test_connection(self):
# Create router
router = Router(1, "vlan1", 21, "10.223.254.254", 16, "192.168.1.1", 24, "root", "root", 1)
router.model = "TP-LINK TL-WR841N/ND v9"
router.mac = "e8:de:27:b7:7c:e2"
# Has to be matched with the current mode (normal, configuration)
router.mode = Mode.configuration
assert isinstance(router, Router)
# Create NetworkCrtl
network_ctrl = NetworkCtrl(router, 'eth0')
assert isinstance(network_ctrl, NetworkCtrl)
# network_ctrl.connect_with_router()
network_ctrl.exit()
def test_connection(self):
# Create router
router = Router(1, "vlan1", 21, "10.223.254.254", 16, "192.168.1.1",
24, "root", "root", 1)
router.model = "TP-LINK TL-WR841N/ND v9"
router.mac = "e8:de:27:b7:7c:e2"
# Has to be matched with the current mode (normal, configuration)
router.mode = Mode.configuration
assert isinstance(router, Router)
# Create NetworkCrtl
network_ctrl = NetworkCtrl(router, 'eth0')
assert isinstance(network_ctrl, NetworkCtrl)
# network_ctrl.connect_with_router()
network_ctrl.exit()
def run(self):
"""
Instantiate a NetworkCtrl, proves if the firmware is on the Router(/tmp/<firmware_name>.bin)
and does a Sysupgrade.
:return:
"""
network_ctrl = NetworkCtrl(self.router, 'eth0')
network_ctrl.connect_with_remote_system()
network_ctrl.remote_system_wget(self.router.firmware.file, '/tmp/')
# sysupgrade -n <firmware_name> // -n verwirft die letzte firmware
arg = '-n' if self.n else ''
network_ctrl.send_command('sysupgrade ' + arg + ' ' + '/tmp/' +
self.router.firmware.name)
network_ctrl.exit()
def test_send_command(self):
# Create router
router = Router(1, "vlan1", 21, "10.223.254.254", 16, "192.168.1.1", 24, "root", "root", 1)
router.model = "TP-LINK TL-WR841N/ND v9"
router.mac = "e8:de:27:b7:7c:e2"
# Has to be matched with the current mode (normal, configuration)
router.mode = Mode.configuration
assert isinstance(router, Router)
# Create NetworkCrtl
network_ctrl = NetworkCtrl(router, 'eth0')
assert isinstance(network_ctrl, NetworkCtrl)
# Test if the command 'uname' could be send via ssh
self.assertRaises(Exception, network_ctrl.connect_with_remote_system())
output = network_ctrl.send_command("uname")
self.assertEqual(output, "['Linux\\n']")
network_ctrl.exit()
def test_send_command(self):
# Create router
router = Router(1, "vlan1", 21, "10.223.254.254", 16, "192.168.1.1",
24, "root", "root", 1)
router.model = "TP-LINK TL-WR841N/ND v9"
router.mac = "e8:de:27:b7:7c:e2"
# Has to be matched with the current mode (normal, configuration)
router.mode = Mode.configuration
assert isinstance(router, Router)
# Create NetworkCrtl
network_ctrl = NetworkCtrl(router, 'eth0')
assert isinstance(network_ctrl, NetworkCtrl)
# Test if the command 'uname' could be send via ssh
self.assertRaises(Exception, network_ctrl.connect_with_remote_system())
output = network_ctrl.send_command("uname")
self.assertEqual(output, "['Linux\\n']")
network_ctrl.exit()
def test_connection(self):
"""
Test:
1. Google or FreiFunk is reachable via a Ping
"""
logging.debug("%sTest: Existence of an Internet-Connection", LoggerSetup.get_log_deep(1))
assert self.remote_system.mode == Mode.normal
logging.debug("%s[" + u"\u2714" + "] Correct Mode", LoggerSetup.get_log_deep(2))
network_ctrl = NetworkCtrl(self.remote_system)
network_ctrl.connect_with_remote_system()
ping_result1 = network_ctrl.send_command("ping -c 5 8.8.8.8 | grep received")
ping_result2 = network_ctrl.send_command("ping -c 5 freifunk.net | grep received")
self.assertTrue(self._ping_successful(ping_result1[0]) or self._ping_successful(ping_result2[0]),
"No Internet-Connection")
logging.debug("%s[" + u"\u2714" + "] At least one Ping was successful => An Internet-Connection exist",
LoggerSetup.get_log_deep(2))
network_ctrl.exit()
def run(self):
"""
Runs new thread and gets the information from the router via ssh
:return:
"""
network_ctrl = NetworkCtrl(self.router, 'eth0')
network_ctrl.connect_with_remote_system()
# Model
self.router.model = network_ctrl.send_command(
'cat /proc/cpuinfo | grep machine').split(":")[1][:-4]
# MAC
self.router.mac = network_ctrl.send_command(
'uci show network.client.macaddr').split('=')[1][:-4]
# SSID
self.router.ssid = network_ctrl.send_command(
'uci show wireless.client_radio0.ssid').split('=')[1][:-4]
network_ctrl.exit()
def run(self):
"""
Runs new thread and gets the information from the router via ssh
:return:
"""
network_ctrl = NetworkCtrl(self.router, 'eth0')
network_ctrl.connect_with_remote_system()
# Model
self.router.model = network_ctrl.send_command(
'cat /proc/cpuinfo | grep machine').split(":")[1][:-4]
# MAC
self.router.mac = network_ctrl.send_command(
'uci show network.client.macaddr').split('=')[1][:-4]
# SSID
self.router.ssid = network_ctrl.send_command(
'uci show wireless.client_radio0.ssid').split('=')[1][:-4]
network_ctrl.exit()
def test_setup_expert(self):
"""
This UnitTest executes the wca_setup_expert-function with the given config-file.
It sets the values of all the from WebInterface of the Router.
"""
# Create router
router = Router(1, "vlan1", 21, "10.223.254.254", 16, "192.168.1.1", 24, "root", "root", 1)
router.model = "TP-LINK TL-WR841N/ND v9"
router.mac = "e8:de:27:b7:7c:e2"
router.mode = Mode.configuration
assert isinstance(router, Router)
# Config
config = ConfigManager().get_web_interface_dict()[0]
self.assertEqual(len(config), 30, "Wrong size of the Config-Directory")
# Create NetworkCrtl
network_ctrl = NetworkCtrl(router, "eth0")
assert isinstance(network_ctrl, NetworkCtrl)
self.assertRaises(Exception, network_ctrl.wca_setup_expert(config))
network_ctrl.exit()
def run(self):
"""
Runs new thread and trys to send a command via ssh to reboot the Router.
"""
network_ctrl = NetworkCtrl(self.router, "eth0")
network_ctrl.connect_with_remote_system()
if self.configmode:
if self.router.mode == Mode.configuration:
Logger().info("[+] Router is already in configuration mode", 2)
network_ctrl.exit()
return
try:
network_ctrl.send_command("uci set 'gluon-setup-mode.@setup_mode[0].enabled=1'")
network_ctrl.send_command("uci commit")
network_ctrl.send_command("reboot")
self.router.mode = Mode.configuration
except Exception as e:
Logger().warning("[-] Couldn't set Router into configuration mode", 2)
Logger().error(str(e), 2)
Logger().info("[+] Router was set into configuration mode", 2)
else:
if self.router.mode == Mode.normal:
Logger().info("[+] Router is already in normal mode", 2)
network_ctrl.exit()
return
try:
network_ctrl.send_command("reboot")
self.router.mode = Mode.normal
Logger().info("[+] Router was set into normal mode", 2)
except Exception as e:
Logger().warning("[-] Couldn't set Router into normal mode", 2)
Logger().error(str(e), 2)
network_ctrl.exit()
def run(self):
"""
Runs new thread and trys to send a command via ssh to reboot the Router.
"""
logging.info("%sReboot the Router(" + str(self.router.id) + ") ...", LoggerSetup.get_log_deep(1))
network_ctrl = NetworkCtrl(self.router)
try:
network_ctrl.connect_with_remote_system()
except Exception as e:
logging.error("%s[-] Couldn't reboot Router(" + str(self.router.id) + ")", LoggerSetup.get_log_deep(2))
logging.error("%s" + str(e), LoggerSetup.get_log_deep(2))
network_ctrl.exit()
return
# Reboot Router into configuration-mode
if self.configmode:
if self.router.mode == Mode.configuration:
logging.info("%s[+] Router is already in " + str(Mode.configuration), LoggerSetup.get_log_deep(2))
network_ctrl.exit()
return
try:
network_ctrl.send_command("uci set 'gluon-setup-mode.@setup_mode[0].enabled=1'")
network_ctrl.send_command("uci commit")
network_ctrl.send_command("reboot")
logging.info("%sWait until Router rebooted (60sec) ...", LoggerSetup.get_log_deep(2))
time.sleep(60)
Dhclient.update_ip(self.router.vlan_iface_name)
self._success_handling()
except FileExistsError:
self._success_handling()
pass
except Exception as e:
self._execption_hanling()
# Reboot Router into normal-mode
else:
if self.router.mode == Mode.normal:
logging.info("%s[+] Router is already in " + str(Mode.normal), LoggerSetup.get_log_deep(2))
network_ctrl.exit()
return
try:
network_ctrl.send_command("reboot")
logging.info("%sWait until Router rebooted (90sec) ...", LoggerSetup.get_log_deep(2))
time.sleep(90)
Dhclient.update_ip(self.router.vlan_iface_name)
self._success_handling()
except FileExistsError:
self._success_handling()
pass
except Exception as e:
self._execption_hanling()
network_ctrl.exit()
class PowerStripControl(Thread):
def __init__(self, power_strip: Ubnt, on_or_off: bool, port: int):
Thread.__init__(self)
self.power_strip = power_strip
self.on_or_off = on_or_off
self.port = port
self.network_ctrl = NetworkCtrl(self.power_strip)
self.daemon = True
def run(self):
"""
Runs new thread
"""
self.network_ctrl.connect_with_remote_system()
cmd = self.create_command(self.on_or_off, self.port)
self.network_ctrl.send_command(cmd)
check = self._port_status(self.port)
result = self.network_ctrl.send_command(check)
result = result[0]
if self.on_or_off:
if result == "1":
logging.info("[+] Successfully switched on port " +
str(self.port))
else:
logging.info("[-] Error switching on port " + str(self.port))
else:
if result == "0":
logging.info("[+] Successfully switched off port " +
str(self.port))
else:
logging.info("[-] Error switching off port " + str(self.port))
self.network_ctrl.exit()
def create_command(self, on_or_off: bool, port: int):
return self.power_strip.create_command(port, on_or_off)
def _port_status(self, port: int):
return self.power_strip.port_status(port)
def run(self):
"""
Copies the firmware image onto the Router, proves if the firmware is in the right file(/tmp/<firmware_name>.bin)
and does a Sysupgrade.
:return:
"""
network_ctrl = NetworkCtrl(self.router)
try:
network_ctrl.connect_with_remote_system()
except Exception as e:
logging.warning("[-] Couldn't sysupgrade the Router(" +
str(self.router.id) + ")")
logging.warning(str(e))
return
network_ctrl.remote_system_wget(self.router.firmware.file, '/tmp/',
self.web_server_ip)
# sysupgrade -n <firmware_name> // -n verwirft die letzte firmware
arg = '-n' if self.n else ''
if not self.debug:
logging.debug("sysupgrade ...")
try:
network_ctrl.send_command('sysupgrade ' + arg + ' ' + '/tmp/' +
self.router.firmware.name)
except TimeoutError:
logging.info("%s[+] Router was set into normal mode",
LoggerSetup.get_log_deep(2))
self.router.mode = Mode.configuration
if Dhclient.update_ip(self.router.vlan_iface_name) == 1:
self.router.mode = Mode.unknown
logging.error(
"%s[-] Something went wrong. Use command 'online -r " +
str(self.router.id) + "'", LoggerSetup.get_log_deep(2))
except Exception as e:
self.router.mode = Mode.unknown
logging.error(
"[-] Something went wrong. Use command 'online -r " +
str(self.router.id) + "'")
logging.error(str(e))
network_ctrl.exit()
class PowerStripControl(Thread):
def __init__(self, power_strip: Ubnt, on_or_off: bool, port: int):
Thread.__init__(self)
self.power_strip = power_strip
self.on_or_off = on_or_off
self.port = port
self.network_ctrl = NetworkCtrl(self.power_strip)
self.daemon = True
def run(self):
"""
Runs new thread
"""
self.network_ctrl.connect_with_remote_system()
cmd = self.create_command(self.on_or_off, self.port)
self.network_ctrl.send_command(cmd)
check = self._port_status(self.port)
result = self.network_ctrl.send_command(check)
result = result[0]
if self.on_or_off:
if result == "1":
logging.info("[+] Successfully switched on port " + str(self.port))
else:
logging.info("[-] Error switching on port " + str(self.port))
else:
if result == "0":
logging.info("[+] Successfully switched off port " + str(self.port))
else:
logging.info("[-] Error switching off port " + str(self.port))
self.network_ctrl.exit()
def create_command(self, on_or_off: bool, port: int):
return self.power_strip.create_command(port, on_or_off)
def _port_status(self, port: int):
return self.power_strip.port_status(port)
def test_setup_expert(self):
"""
This UnitTest executes the wca_setup_expert-function with the given config-file.
It sets the values of all the from WebInterface of the Router.
"""
# Create router
router = Router(1, "vlan1", 21, "10.223.254.254", 16, "192.168.1.1",
24, "root", "root", 1)
router.model = "TP-LINK TL-WR841N/ND v9"
router.mac = "e8:de:27:b7:7c:e2"
router.mode = Mode.configuration
assert isinstance(router, Router)
# Config
config = ConfigManager().get_web_interface_dict()[0]
self.assertEqual(len(config), 30, "Wrong size of the Config-Directory")
# Create NetworkCrtl
network_ctrl = NetworkCtrl(router, 'eth0')
assert isinstance(network_ctrl, NetworkCtrl)
self.assertRaises(Exception, network_ctrl.wca_setup_expert(config))
network_ctrl.exit()
def run(self):
"""
Copies the firmware image onto the Router, proves if the firmware is in the right file(/tmp/<firmware_name>.bin)
and does a Sysupgrade.
"""
network_ctrl = NetworkCtrl(self.router)
try:
network_ctrl.connect_with_remote_system()
except Exception as e:
logging.warning(
"%s[-] Couldn't sysupgrade the Router(" + str(self.router.id) +
")", LoggerSetup.get_log_deep(2))
logging.warning(str(e))
return
network_ctrl.remote_system_wget(self.router.firmware.file, '/tmp/',
self.web_server_ip)
# sysupgrade -n <firmware_name> // -n verwirft die letzte firmware
arg = '-n' if self.n else ''
if not self.debug:
logging.debug("%sSysupgrade (this will force a TimeoutError)...",
LoggerSetup.get_log_deep(2))
try:
network_ctrl.send_command('sysupgrade ' + arg + ' ' + '/tmp/' +
self.router.firmware.name)
except TimeoutError:
try:
Dhclient.update_ip(self.router.vlan_iface_name)
self._success_handling()
except FileExistsError:
self._success_handling()
pass
except Exception:
self._execption_hanling()
except Exception:
self._execption_hanling()
network_ctrl.exit()
def run(self):
"""
Runs new thread and trys to send a command via ssh to reboot the Router.
"""
network_ctrl = NetworkCtrl(self.router, 'eth0')
network_ctrl.connect_with_remote_system()
if self.configmode:
if self.router.mode == Mode.configuration:
Logger().info("[+] Router is already in configuration mode", 2)
network_ctrl.exit()
return
try:
network_ctrl.send_command(
"uci set 'gluon-setup-mode.@setup_mode[0].enabled=1'")
network_ctrl.send_command("uci commit")
network_ctrl.send_command("reboot")
self.router.mode = Mode.configuration
except Exception as e:
Logger().warning(
"[-] Couldn't set Router into configuration mode", 2)
Logger().error(str(e), 2)
Logger().info("[+] Router was set into configuration mode", 2)
else:
if self.router.mode == Mode.normal:
Logger().info("[+] Router is already in normal mode", 2)
network_ctrl.exit()
return
try:
network_ctrl.send_command("reboot")
self.router.mode = Mode.normal
Logger().info("[+] Router was set into normal mode", 2)
except Exception as e:
Logger().warning("[-] Couldn't set Router into normal mode", 2)
Logger().error(str(e), 2)
network_ctrl.exit()
class RouterInfo(Thread):
"""
The RouterInfo collects in a new Thread informations about the Routers.
This class gets the following information via SSH:
1. RouterModel
2. MAC-Address
3. Network-Interfaces
4. CPU-Processes-Information
5. Memory-Information
6. Sockets
7. UCI-Configurations
8. Bat-Originators
"""""
def __init__(self, router: Router):
"""
:param router: Router-Obj
"""
Thread.__init__(self)
self.router = router
self.network_ctrl = NetworkCtrl(self.router)
self.daemon = True
def run(self):
"""
Runs new thread and gets the information from the Router via ssh.
"""
logging.info("%sUpdate the Infos of the Router(" + str(self.router.id) + ") ...", LoggerSetup.get_log_deep(1))
try:
self.network_ctrl.connect_with_remote_system()
# Model
self.router.model = self._get_router_model()
# MAC
self.router.mac = self._get_router_mac()
# NetworkInterfaces
self.router.network_interfaces = self._get_router_network_interfaces()
# CPUProcesses
self.router.cpu_processes = self._get_router_cpu_process()
# RAM
self.router.ram = self._get_router_mem_ram()
# Sockets
self.router.sockets = self._get_router_sockets()
# UCI
self.router.uci = self._get_router_uci()
# Bat Originators
self.router.bat_originators = self._get_bat_originator()
logging.info("%s[+] Infos updated", LoggerSetup.get_log_deep(2))
except Exception as e:
logging.error("%s[-] Couldn't update all Infos", LoggerSetup.get_log_deep(2))
logging.error(str(e))
for tb in traceback.format_tb(sys.exc_info()[2]):
logging.error("%s" + tb, LoggerSetup.get_log_deep(3))
finally:
self.network_ctrl.exit()
def _get_router_model(self) -> str:
"""
:return: the Model of the given Router object
"""
return self.network_ctrl.send_command('cat /proc/cpuinfo | grep machine')[0].split(":")[1][1:-1]
def _get_router_mac(self) -> str:
"""
:return: the MAC of the given Router object
"""
return self.network_ctrl.send_command('uci show network.client.macaddr')[0].split('=')[1][:-1]
def _get_router_ssid(self):
"""
:return: the SSID of the given Router object
"""
return self.network_ctrl.send_command('uci show wireless.client_radio0.ssid')[0].split('=')[1][:-1]
def _get_router_network_interfaces(self) -> Dict:
"""
:return: the network interfaces of the given Router object
"""
interfaces = dict()
# Get all network interfaces
raw_iface_lst = self.network_ctrl.send_command("ip a | grep '^[0-9]*:*:'")
iface_names_lst = list()
iface_id_lst = list()
# Get only the wifi interfaces
raw_wifi_inface_name_lst = self.network_ctrl.send_command("iw dev | grep Interface")
wifi_iface_name_lst = list()
for raw_wifi_iface_name in raw_wifi_inface_name_lst:
wifi_iface_name_lst.append(raw_wifi_iface_name.split("Interface ")[1].replace("\n", ""))
# transform a line tmp:
# '2: enp0s25: <NO-CARRIER,BROADCAST,MULTICAST,UP> mtu 1500 qdisc fq_codel state DOWN group default qlen 1000'
# into '2'; 'enp0s25' and lists it.
for raw_iface in raw_iface_lst:
# Iface Id
iface_id = int(raw_iface.split(":")[0])
if iface_id_lst.count(iface_id) == 0:
iface_id_lst.append(iface_id)
# Iface Name
iface_name = raw_iface.split(":")[1].replace(" ", "")
if "@" in iface_name:
iface_name = iface_name.split("@")[0]
if iface_names_lst.count(iface_name) == 0:
iface_names_lst.append(iface_name)
# Take the information of the interfaces separately
for i, iface_id in enumerate(iface_id_lst):
iface_name = iface_names_lst[i]
interface = NetworkInterface(iface_id, iface_name)
raw_iface_info_lst = self.network_ctrl.send_command("ip addr show " + iface_name)
for raw_iface_info in raw_iface_info_lst:
# Status
raw_status = raw_iface_info.split("state")
if len(raw_status) > 1:
status = raw_status[1].split(" ")[1]
# Status: UP | DOWN | UNKNOWN
if status == "UP":
interface.status = Status.up
elif status == "DOWN":
interface.status = Status.down
else:
interface.status = Status.unknown
# MAC
raw_mac = raw_iface_info.split("link/ether")
if len(raw_mac) > 1:
raw_mac = raw_mac[1].split()
interface.mac = raw_mac[0]
# IP Address
raw_ip = raw_iface_info.split("inet")
if len(raw_ip) > 1:
raw_ip = raw_ip[1].split(" ")[1].split("/")
interface.add_ip_address(raw_ip[0], int(raw_ip[1]))
# Wifi information
if wifi_iface_name_lst.count(iface_name) != 0:
interface.wifi_information = self.__get_wifi_information(iface_name)
interfaces[iface_name] = interface
return interfaces
def __get_wifi_information(self, iface_name: str) -> WifiInformation:
"""
If the given interface name belongs to an wifi interface, there are some more infomations.
:param iface_name: Name of the network interface
:return: WifiInformation
"""
wifi_information = WifiInformation()
raw_wifi_info_lst = self.network_ctrl.send_command("iw dev")
right_iface = False
for raw_wifi_info in raw_wifi_info_lst:
raw_wifi_info = raw_wifi_info.replace("\n", "")
if "Interface" in raw_wifi_info:
right_iface = True if iface_name in raw_wifi_info else False
elif right_iface:
if "wdev" in raw_wifi_info:
wifi_information.wdev = raw_wifi_info.split(" ")[1]
elif "ssid" in raw_wifi_info:
wifi_information.ssid = raw_wifi_info.split(" ")[1]
elif "type" in raw_wifi_info:
wifi_information.type = raw_wifi_info.split(" ")[1]
elif "channel" in raw_wifi_info:
wifi_information.channel = int(raw_wifi_info.split(" ")[1])
wifi_information.channel_width = int(raw_wifi_info.split(" ")[5])
wifi_information.channel_center1 = int(raw_wifi_info.split(" ")[8])
return wifi_information
def _get_router_cpu_process(self) -> List:
"""
:return: The cpu processes of the given Router object
"""
cpu_processes = list()
raw_cpu_process_lst = self.network_ctrl.send_command("top -n 1")
# A line looks like:
# 1051 1020 root R 1388 5% 9% firefox
for cpu_process_info_line in raw_cpu_process_lst[4:]:
cpu_process_info_lst = cpu_process_info_line.split()
if len(cpu_process_info_lst) > 7:
# Get the infos
pid = int(cpu_process_info_lst[0])
user = cpu_process_info_lst[2]
mem = float(cpu_process_info_lst[5].replace("%", ""))
cpu = float(cpu_process_info_lst[6].replace("%", ""))
command = ""
for i in range(7, len(cpu_process_info_lst)):
command += cpu_process_info_lst[i]
cpu_process = CPUProcess(pid, user, mem, cpu, command)
cpu_processes.append(cpu_process)
return cpu_processes
def _get_router_mem_ram(self) -> RAM:
"""
:return: The RAM of the given Router.
"""
ram = None
raw_mem_lst = self.network_ctrl.send_command("free -m")[1:]
for ram_info_line in raw_mem_lst:
if "Mem" in ram_info_line:
# Split and remove the spaces
ram_info_lst = ram_info_line.split()
# Get the infos
total = int(ram_info_lst[1])
used = int(ram_info_lst[2])
free = int(ram_info_lst[3])
shared = int(ram_info_lst[4])
buffers = int(ram_info_lst[5])
ram = RAM(total, used, free, shared, buffers)
return ram
def _get_router_sockets(self) -> List:
"""
:return: The Sockets of the Router.
"""
socket_lst = list()
raw_socket_lst = self.network_ctrl.send_command("netstat -taupn")[2:]
for raw_socket in raw_socket_lst:
# raw_socket looks like:
# tcp 0 32 192.168.1.1:22 192.168.1.239:51891 ESTABLISHED 1067/dropbear
raw_socket = raw_socket.split()
socket = InternetSocket()
socket.protocol = raw_socket[0]
raw_local_address = raw_socket[3].split(":")
socket.local_address = raw_local_address[0] if len(raw_local_address) == 2 else "::"
socket.local_port = raw_local_address[-1]
raw_foreign_address = raw_socket[4].split(":")
socket.foreign_address = raw_foreign_address[0] if len(raw_foreign_address) == 2 else "::"
socket.foreign_port = raw_foreign_address[-1]
raw_process = "-1/error"
if raw_socket[0] == "tcp":
socket.state = raw_socket[5]
raw_process = raw_socket[6].split("/")
elif raw_socket[0] == "udp":
raw_process = raw_socket[5].split("/")
socket.pid = int(raw_process[0])
socket.program_name = raw_process[1]
socket_lst.append(socket)
return socket_lst
def _get_router_uci(self):
"""
:return: All values of the UCI of a Router.
"""
uci_dict = dict()
raw_uci_lst = self.network_ctrl.send_command("uci show")
for uci_info in raw_uci_lst:
key, value = uci_info.split("=")
uci_dict[key] = value.replace("\n", "")
return uci_dict
def _get_bat_originator(self):
"""
:return: All reachable mesh-nodes(bat_originators) of a Router.
"""
bat_originators = list()
raw_bat_originator_lst = self.network_ctrl.send_command("batctl o")[2:]
for raw_bat_originator in raw_bat_originator_lst:
raw_bat_originator = raw_bat_originator.replace("( ", "(").replace("[ ", "").split()
# raw_bat_originator: ['f6:f6:6d:85:d4:ae', '0.840s', '(52)', '32:b8:c3:e7:6f:f0', 'mesh0]:',
# '02:2a:1a:cc:72:ae', '(3)', '32:b8:c3:e7:96:b0', '(26)', '32:b8:c3:e7:6f:f0', '(52)']
mac = raw_bat_originator[0]
tmp = raw_bat_originator[1].replace("s", "")
last_seen = float(tmp)
next_hop = raw_bat_originator[3]
outgoing_iface = raw_bat_originator[4].replace("]:", "")
potential_next_hops = list()
for raw_potential_next_hop in raw_bat_originator[5:]:
if ":" in raw_potential_next_hop:
potential_next_hops.append(raw_potential_next_hop)
bat_originator = BatOriginator(mac, last_seen, next_hop, outgoing_iface, potential_next_hops)
bat_originators.append(bat_originator)
return bat_originators
class PowerStripControl(Thread):
"""
This class controls the power strip. It can switch the power on a port.
It also checks if the power was actually turned on/off.
"""""
def __init__(self, router: Router, power_strip: Ubnt, on_or_off: bool, port: int):
"""
:param router: Affected Router-Obj
:param power_strip: Affected Powerstrip-Obj
:param on_or_off: 'True' for on, 'False' for off
:param port: ID of the powerstrip pot
"""
Thread.__init__(self)
self.router = router
self.power_strip = power_strip
self.on_or_off = on_or_off
self.port = port
self.network_ctrl = NetworkCtrl(self.power_strip)
self.daemon = True
def run(self):
"""
Sets the power on the port to on/off. Also checks if the power is truly on/off.
"""
self.network_ctrl.connect_with_remote_system()
cmd = self.create_command(self.on_or_off, self.port)
self.network_ctrl.send_command(cmd)
check = self._port_status(self.port)
result = self.network_ctrl.send_command(check)
result = result[0]
if self.on_or_off:
if result == "1":
self.router.mode = Mode.normal
logging.info("[+] Successfully switched on port " + str(self.port))
else:
self.router.mode = Mode.unknown
logging.info("[-] Error switching on port " + str(self.port))
else:
if result == "0":
self.router.mode = Mode.off
logging.info("[+] Successfully switched off port " + str(self.port))
else:
self.router.mode = Mode.unknown
logging.info("[-] Error switching off port " + str(self.port))
self.network_ctrl.exit()
def create_command(self, on_or_off: bool, port: int):
"""
Creates the command to turn the power on the given port on or off.
:param on_or_off: 'True' for on, 'False' for off
:param port: ID of the port
:return: Command as a str to control the power on the port given
"""
return self.power_strip.create_command(port, on_or_off)
def _port_status(self, port: int):
return self.power_strip.port_status(port)
class RouterInfo(Thread):
"""
The RouterInfo collects in a new Thread informations about the Routers
"""""
def __init__(self, router: Router):
Thread.__init__(self)
self.router = router
self.network_ctrl = NetworkCtrl(self.router, 'eth0')
self.daemon = True
def run(self):
"""
Runs new thread and gets the information from the router via ssh
:return:
"""
Logger().info("Update the Infos of the Router(" + str(self.router.id) + ") ...", 1)
self.network_ctrl.connect_with_remote_system()
try:
# Model
self.router.model = self._get_router_model()
# MAC
self.router.mac = self._get_router_mac()
# SSID
self.router.ssid = self._get_router_ssid()
# NetworkInterfaces
self.router.interfaces = self._get_router_network_interfaces()
# CPUProcesses
self.router.cpu_processes = self._get_router_cpu_process()
# RAM
self.router.ram = self._get_router_mem_ram()
Logger().debug("[+] Infos updated")
except Exception as e:
Logger().warning("[-] Couldn't update all Infos")
Logger().error(str(e))
def join(self):
self.network_ctrl.exit()
Thread.join(self)
def _get_router_model(self) -> str:
"""
:return: the Model of the given Router object
"""
return self.network_ctrl.send_command('cat /proc/cpuinfo | grep machine').split(":")[1][:-4]
def _get_router_mac(self) -> str:
"""
:return: the MAC of the given Router object
"""
return self.network_ctrl.send_command('uci show network.client.macaddr').split('=')[1][:-4]
def _get_router_ssid(self):
"""
:return: the SSID of the given Router object
"""
return self.network_ctrl.send_command('uci show wireless.client_radio0.ssid').split('=')[1][:-4]
def _get_router_network_interfaces(self) -> Dict:
"""
:return: the network interfaces of the given Router object
"""
interfaces = dict()
raw_iface_names = self.network_ctrl.send_command("ip a | grep '^[0-9]*:*:'").split("\\n'")[0:-1]
iface_names = list()
# transform a line tmp:
# '2: enp0s25: <NO-CARRIER,BROADCAST,MULTICAST,UP> mtu 1500 qdisc fq_codel state DOWN group default qlen 1000'
# into 'enp0s25' and lists it.
for raw_iface_name in raw_iface_names:
iface_name = raw_iface_name.split(":")[1].replace(" ", "")
if "@" in iface_name:
iface_name = iface_name.split("@")[0]
if iface_names.count(iface_name) == 0:
iface_names.append(iface_name)
for iface_name in iface_names:
interface = NetworkInterface(iface_name)
# MAC
raw_iface_infos = self.network_ctrl.send_command("ip addr show " + iface_name + " | grep 'link/ether'")
raw_iface_infos = raw_iface_infos.replace("[", "").replace("]", "").replace("'", "")
if len(raw_iface_infos) > 0:
raw_mac = raw_iface_infos.split(" ")
i = raw_mac.count("")
for i in range(0, i):
raw_mac.remove("")
interface.mac = raw_mac[1]
# Status
raw_iface_infos = self.network_ctrl.send_command("ip addr show " + iface_name + " | grep " + iface_name)
raw_iface_infos = raw_iface_infos.replace("[", "").replace("]", "").replace("'", "")
raw_status = raw_iface_infos.split("state")
if len(raw_status) > 1:
status = raw_status[1].split(" ")[1]
# Status: UP | DOWN | UNKNOWN
if status == "UP":
interface.status = Status.up
elif status == "DOWN":
interface.status = Status.down
else:
interface.status = Status.unknown
# IPv4 addresses
raw_iface_infos = self.network_ctrl.send_command("ip addr show " + iface_name + " | grep 'inet '")
raw_iface_infos = raw_iface_infos.replace("[", "").replace("]", "").replace("'", "")
if len(raw_iface_infos) > 0:
inet_lst = raw_iface_infos.split("\\n")
for inet in inet_lst:
if not ("inet" in inet):
continue
ip = inet.split("/")[0].split("inet ")[1]
ip_mask = int(inet.split("/")[1].split(" ")[0])
interface.ipv4_lst.append(IPv4(ip, ip_mask))
# IPv6 addresses
raw_iface_infos = self.network_ctrl.send_command("ip addr show " + iface_name + " | grep 'inet6 '")
raw_iface_infos = raw_iface_infos.replace("[", "").replace("]", "").replace("'", "")
if len(raw_iface_infos) > 0:
inet_lst = raw_iface_infos.split("\\n")
for inet in inet_lst:
if not ("inet6" in inet):
continue
ip = inet.split("/")[0].split("inet6 ")[1]
ip_prefix_len = int(inet.split("/")[1].split(" ")[0])
interface.ipv6_lst.append(IPv6(ip, ip_prefix_len))
interfaces[iface_name] = interface
return interfaces
def _get_router_cpu_process(self) -> List:
"""
:return: the cpu processes of the given Router object
"""
cpu_processes = list()
raw_cpu_process_info = self.network_ctrl.send_command("top -n 1")
raw_cpu_process_info = raw_cpu_process_info.replace("[", "").replace("]", "").replace("'", "")
raw_cpu_process_info = raw_cpu_process_info.replace(",", "").replace("%", "")
raw_cpu_process_info = raw_cpu_process_info.split("\\n")
# A line looks like:
# 1051 1020 root R 1388 5% 9% firefox
for cpu_process_info_line in raw_cpu_process_info[4:]:
# Split and remove the spaces
cpu_process_info_lst = cpu_process_info_line.split(" ")
i = cpu_process_info_lst.count("")
for i in range(0, i):
cpu_process_info_lst.remove("")
if len(cpu_process_info_lst) > 7:
# Get the infos
pid = int(cpu_process_info_lst[0])
user = cpu_process_info_lst[2]
mem = float(cpu_process_info_lst[5])
cpu = float(cpu_process_info_lst[6])
command = ""
for i in range(7, len(cpu_process_info_lst)):
command += cpu_process_info_lst[i]
cpu_process = CPUProcess(pid, user, mem, cpu, command)
cpu_processes.append(cpu_process)
return cpu_processes
def _get_router_mem_ram(self) -> RAM:
"""
:return: the RAM of the given Router.
"""
ram = None
raw_mem_infos = self.network_ctrl.send_command("free -m")
raw_mem_infos = raw_mem_infos.replace("[", "").replace("]", "").replace("'", "").replace(",", "")
raw_mem_infos = raw_mem_infos.split("\\n")
for ram_info_line in raw_mem_infos:
if "Mem" in ram_info_line:
# Split and remove the spaces
ram_info_lst = ram_info_line.split(" ")
i = ram_info_lst.count("")
for i in range(0, i):
ram_info_lst.remove("")
# Get the infos
total = int(ram_info_lst[1])
used = int(ram_info_lst[2])
free = int(ram_info_lst[3])
shared = int(ram_info_lst[4])
buffers = int(ram_info_lst[5])
ram = RAM(total, used, free, shared, buffers)
return ram
def run(self):
"""
Runs new thread and trys to send a command via ssh to reboot the Router.
"""
logging.info("%sReboot the Router(" + str(self.router.id) + ") ...",
LoggerSetup.get_log_deep(1))
network_ctrl = NetworkCtrl(self.router)
try:
network_ctrl.connect_with_remote_system()
except Exception as e:
logging.warning("[-] Couldn't reboot Router(" +
str(self.router.id) + ")")
logging.warning(str(e))
network_ctrl.exit()
return
if self.configmode:
if self.router.mode == Mode.configuration:
logging.info("%s[+] Router is already in configuration mode",
LoggerSetup.get_log_deep(2))
network_ctrl.exit()
return
try:
network_ctrl.send_command(
"uci set 'gluon-setup-mode.@setup_mode[0].enabled=1'")
network_ctrl.send_command("uci commit")
network_ctrl.send_command("reboot")
logging.info("Wait until Router rebooted (45sec) ...")
time.sleep(45)
if Dhclient.update_ip(self.router.vlan_iface_name) == 0:
self.router.mode = Mode.configuration
logging.info(
"%s[+] Router was set into configuration mode",
LoggerSetup.get_log_deep(2))
else:
network_ctrl.exit()
raise Exception
except Exception as e:
logging.warning(
"%s[-] Couldn't set Router into configuration mode",
LoggerSetup.get_log_deep(2))
logging.error("%s" + str(e), LoggerSetup.get_log_deep(2))
else:
if self.router.mode == Mode.normal:
logging.info("%s[+] Router is already in normal mode",
LoggerSetup.get_log_deep(2))
network_ctrl.exit()
return
try:
network_ctrl.send_command("reboot")
logging.info("Wait until Router rebooted (45sec) ...")
time.sleep(45)
if Dhclient.update_ip(self.router.vlan_iface_name) == 0:
self.router.mode = Mode.normal
logging.info("%s+] Router was set into normal mode",
LoggerSetup.get_log_deep(2))
else:
network_ctrl.exit()
raise Exception
except Exception as e:
logging.warning("%s[-] Couldn't set Router into normal mode",
LoggerSetup.get_log_deep(2))
logging.error("%s" + str(e), LoggerSetup.get_log_deep(2))
network_ctrl.exit()
class RouterInfo(Thread):
"""
This class gets the following information via SSH:
1. RouterModel
2. MAC-Address
3. SSID
4. NetworkInterfaces
5. CPU-Processes-Information
6. Memory-Information
7. Sockets
""" ""
def __init__(self, router: Router):
Thread.__init__(self)
self.router = router
self.network_ctrl = NetworkCtrl(self.router)
self.daemon = True
def run(self):
"""
Runs new thread and gets the information from the Router via ssh
"""
logging.info(
"%sUpdate the Infos of the Router(" + str(self.router.id) +
") ...", LoggerSetup.get_log_deep(1))
try:
self.network_ctrl.connect_with_remote_system()
# Model
self.router.model = self._get_router_model()
# MAC
self.router.mac = self._get_router_mac()
# SSID
self.router.ssid = self._get_router_ssid()
# NetworkInterfaces
self.router.interfaces = self._get_router_network_interfaces()
# CPUProcesses
self.router.cpu_processes = self._get_router_cpu_process()
# RAM
self.router.ram = self._get_router_mem_ram()
# Sockets
self.router.sockets = self._get_router_sockets()
logging.debug("%s[+] Infos updated", LoggerSetup.get_log_deep(2))
except Exception as e:
logging.warning("%s[-] Couldn't update all Infos",
LoggerSetup.get_log_deep(2))
logging.error(str(e))
for tb in traceback.format_tb(sys.exc_info()[2]):
logging.error("%s" + tb, LoggerSetup.get_log_deep(3))
finally:
self.network_ctrl.exit()
def _get_router_model(self) -> str:
"""
:return: the Model of the given Router object
"""
return self.network_ctrl.send_command(
'cat /proc/cpuinfo | grep machine')[0].split(":")[1][1:-1]
def _get_router_mac(self) -> str:
"""
:return: the MAC of the given Router object
"""
return self.network_ctrl.send_command(
'uci show network.client.macaddr')[0].split('=')[1][:-1]
def _get_router_ssid(self):
"""
:return: the SSID of the given Router object
"""
return self.network_ctrl.send_command(
'uci show wireless.client_radio0.ssid')[0].split('=')[1][:-1]
def _get_router_network_interfaces(self) -> Dict:
"""
:return: the network interfaces of the given Router object
"""
interfaces = dict()
# Get all network interfaces
raw_iface_lst = self.network_ctrl.send_command(
"ip a | grep '^[0-9]*:*:'")
iface_names_lst = list()
iface_id_lst = list()
# Get only the wifi interfaces
raw_wifi_inface_name_lst = self.network_ctrl.send_command(
"iw dev | grep Interface")
wifi_iface_name_lst = list()
for raw_wifi_iface_name in raw_wifi_inface_name_lst:
wifi_iface_name_lst.append(
raw_wifi_iface_name.split("Interface ")[1].replace("\n", ""))
# transform a line tmp:
# '2: enp0s25: <NO-CARRIER,BROADCAST,MULTICAST,UP> mtu 1500 qdisc fq_codel state DOWN group default qlen 1000'
# into '2'; 'enp0s25' and lists it.
for raw_iface in raw_iface_lst:
# Iface Id
iface_id = int(raw_iface.split(":")[0])
if iface_id_lst.count(iface_id) == 0:
iface_id_lst.append(iface_id)
# Iface Name
iface_name = raw_iface.split(":")[1].replace(" ", "")
if "@" in iface_name:
iface_name = iface_name.split("@")[0]
if iface_names_lst.count(iface_name) == 0:
iface_names_lst.append(iface_name)
# Take the information of the interfaces separately
for i, iface_id in enumerate(iface_id_lst):
iface_name = iface_names_lst[i]
interface = NetworkInterface(iface_id, iface_name)
raw_iface_info_lst = self.network_ctrl.send_command(
"ip addr show " + iface_name)
for raw_iface_info in raw_iface_info_lst:
# Status
raw_status = raw_iface_info.split("state")
if len(raw_status) > 1:
status = raw_status[1].split(" ")[1]
# Status: UP | DOWN | UNKNOWN
if status == "UP":
interface.status = Status.up
elif status == "DOWN":
interface.status = Status.down
else:
interface.status = Status.unknown
# MAC
raw_mac = raw_iface_info.split("link/ether")
if len(raw_mac) > 1:
raw_mac = raw_mac[1].split()
interface.mac = raw_mac[0]
# IP Address
raw_ip = raw_iface_info.split("inet")
if len(raw_ip) > 1:
raw_ip = raw_ip[1].split(" ")[1].split("/")
interface.add_ip_address(raw_ip[0], int(raw_ip[1]))
# Wifi information
if wifi_iface_name_lst.count(iface_name) != 0:
interface.wifi_information = self.__get_wifi_information(
iface_name)
interfaces[iface_name] = interface
return interfaces
def __get_wifi_information(self, iface_name: str) -> WifiInformation:
"""
If the given interface name belongs to an wifi interface, there are some more infomations.
:param iface_name: Name of the network interface
:return: WifiInformation
"""
wifi_information = WifiInformation()
raw_wifi_info_lst = self.network_ctrl.send_command("iw dev")
right_iface = False
for raw_wifi_info in raw_wifi_info_lst:
raw_wifi_info = raw_wifi_info.replace("\n", "")
if "Interface" in raw_wifi_info:
right_iface = True if iface_name in raw_wifi_info else False
elif right_iface:
if "wdev" in raw_wifi_info:
wifi_information.wdev = raw_wifi_info.split(" ")[1]
elif "ssid" in raw_wifi_info:
wifi_information.ssid = raw_wifi_info.split(" ")[1]
elif "type" in raw_wifi_info:
wifi_information.type = raw_wifi_info.split(" ")[1]
elif "channel" in raw_wifi_info:
wifi_information.channel = int(raw_wifi_info.split(" ")[1])
wifi_information.channel_width = int(
raw_wifi_info.split(" ")[5])
wifi_information.channel_center1 = int(
raw_wifi_info.split(" ")[8])
return wifi_information
def _get_router_cpu_process(self) -> List:
"""
:return: The cpu processes of the given Router object
"""
cpu_processes = list()
raw_cpu_process_lst = self.network_ctrl.send_command("top -n 1")
# A line looks like:
# 1051 1020 root R 1388 5% 9% firefox
for cpu_process_info_line in raw_cpu_process_lst[4:]:
cpu_process_info_lst = cpu_process_info_line.split()
if len(cpu_process_info_lst) > 7:
# Get the infos
pid = int(cpu_process_info_lst[0])
user = cpu_process_info_lst[2]
mem = float(cpu_process_info_lst[5].replace("%", ""))
cpu = float(cpu_process_info_lst[6].replace("%", ""))
command = ""
for i in range(7, len(cpu_process_info_lst)):
command += cpu_process_info_lst[i]
cpu_process = CPUProcess(pid, user, mem, cpu, command)
cpu_processes.append(cpu_process)
return cpu_processes
def _get_router_mem_ram(self) -> RAM:
"""
:return: The RAM of the given Router.
"""
ram = None
raw_mem_lst = self.network_ctrl.send_command("free -m")[1:]
for ram_info_line in raw_mem_lst:
if "Mem" in ram_info_line:
# Split and remove the spaces
ram_info_lst = ram_info_line.split()
# Get the infos
total = int(ram_info_lst[1])
used = int(ram_info_lst[2])
free = int(ram_info_lst[3])
shared = int(ram_info_lst[4])
buffers = int(ram_info_lst[5])
ram = RAM(total, used, free, shared, buffers)
return ram
def _get_router_sockets(self) -> List:
"""
:return: The Sockets of the Router.
"""
socket_lst = list()
raw_socket_lst = self.network_ctrl.send_command("netstat -taupn")[2:]
for raw_socket in raw_socket_lst:
# raw_socket looks like:
# tcp 0 32 192.168.1.1:22 192.168.1.239:51891 ESTABLISHED 1067/dropbear
raw_socket = raw_socket.split()
socket = InternetSocket()
socket.protocol = raw_socket[0]
raw_local_address = raw_socket[3].split(":")
socket.local_address = raw_local_address[0] if len(
raw_local_address) == 2 else "::"
socket.local_port = raw_local_address[-1]
raw_foreign_address = raw_socket[4].split(":")
socket.foreign_address = raw_foreign_address[0] if len(
raw_foreign_address) == 2 else "::"
socket.foreign_port = raw_foreign_address[-1]
raw_process = "-1/error"
if raw_socket[0] == "tcp":
socket.state = raw_socket[5]
raw_process = raw_socket[6].split("/")
elif raw_socket[0] == "udp":
raw_process = raw_socket[5].split("/")
socket.pid = int(raw_process[0])
socket.program_name = raw_process[1]
socket_lst.append(socket)
return socket_lst