mirror of
https://git.kernel.org/pub/scm/network/wireless/iwd.git
synced 2024-12-22 21:22:37 +01:00
0f1d9685e7
In order to test that extra settings are applied prior to connecting two tests were added for hidden networks as well as one testing if there is already an existing profile after DPP. The reason hidden networks were used was due to the requirement of the "Hidden" settings in the profile. If this setting doesn't get sync'ed to disk the connection will fail.
321 lines
11 KiB
Python
321 lines
11 KiB
Python
#!/usr/bin/python3
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import unittest
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import sys
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sys.path.append('../util')
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from iwd import IWD, SharedCodeAgent
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from iwd import DeviceProvisioning
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from wpas import Wpas
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from hostapd import HostapdCLI
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from hwsim import Hwsim
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from config import ctx
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from time import time
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import os
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class Test(unittest.TestCase):
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def start_wpas_pkex(self, code, curve=None, **kwargs):
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self.wpas.dpp_bootstrap_gen(type='pkex', curve=curve)
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self.wpas.dpp_pkex_add(code=code, **kwargs)
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if kwargs.get('role', 'configurator') == 'configurator':
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self.wpas.dpp_configurator_create()
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self.wpas.dpp_listen(2437)
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def stop_wpas_pkex(self):
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self.wpas.dpp_pkex_remove()
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self.wpas.dpp_stop_listen()
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self.wpas.dpp_configurator_remove()
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def start_iwd_pkex_configurator(self, device, agent=False, profile='ssidCCMP.psk'):
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self.hapd.reload()
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self.hapd.wait_for_event('AP-ENABLED')
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IWD.copy_to_storage(profile)
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device.autoconnect = True
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condition = 'obj.state == DeviceState.connected'
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self.wd.wait_for_object_condition(device, condition)
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if agent:
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self.agent = SharedCodeAgent(codes = {"test": "secret123"})
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device.dpp_pkex_start_configurator(self.agent.path)
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else:
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device.dpp_pkex_configure_enrollee('secret123', identifier="test")
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#
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# WPA Supplicant has awful handling of retransmissions and no-ACK
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# conditions. It only handles retransmitting the exchange request when
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# there is no-ACK, which makes zero sense since its a broadcast...
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#
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# So, really, testing against wpa_supplicant is fragile and dependent on
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# how the scheduling works out. If IWD doesn't ACK due to being on the
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# next frequency or in between offchannel requests wpa_supplicant gets
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# into a state where it thinks a PKEX session has been started (having
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# received the exchange request) but will only accept commit-reveal
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# frames. IWD is unaware because it never got a response so it keeps
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# sending exchange requests which are ignored.
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#
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# Nevertheless we should still test against wpa_supplicant for
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# compatibility so attempt to detect this case and restart the
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# wpa_supplicant configurator.
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#
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def restart_wpas_if_needed(self):
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i = 0
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while i < 10:
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data = self.wpas.wait_for_event("DPP-RX")
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self.assertIn("type=7", data)
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data = self.wpas.wait_for_event("DPP-TX")
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self.assertIn("type=8", data)
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data = self.wpas.wait_for_event("DPP-TX-STATUS")
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if "result=no-ACK" in data:
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self.stop_wpas_pkex()
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self.start_wpas_pkex('secret123', identifier="test")
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else:
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return
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i += 1
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raise Exception("wpa_supplicant could not complete PKEX after 10 retries")
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def test_pkex_iwd_as_enrollee(self):
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self.start_wpas_pkex('secret123', identifier="test")
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self.device[0].dpp_pkex_enroll('secret123', identifier="test")
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self.restart_wpas_if_needed()
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self.wpas.wait_for_event("DPP-AUTH-SUCCESS")
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def test_pkex_iwd_as_enrollee_retransmit(self):
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self.rule_reveal_req.enabled = True
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self.start_wpas_pkex('secret123', identifier="test")
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self.device[0].dpp_pkex_enroll('secret123', identifier="test")
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self.restart_wpas_if_needed()
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self.wpas.wait_for_event("DPP-AUTH-SUCCESS")
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def test_pkex_unsupported_version(self):
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self.start_wpas_pkex('secret123', identifier="test", version=2)
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now = time()
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self.device[0].dpp_pkex_enroll('secret123', identifier="test")
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condition = "obj.started == False"
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self.wd.wait_for_object_condition(self.device[0]._sc_device_provisioning,
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condition, max_wait=125)
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# Check the enrollee stopped after 2 minutes
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elapsed = time() - now
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self.assertLess(elapsed, 125)
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def test_pkex_configurator_timeout(self):
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self.start_iwd_pkex_configurator(self.device[0])
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now = time()
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condition = "obj.started == False"
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self.wd.wait_for_object_condition(self.device[0]._sc_device_provisioning,
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condition, max_wait=125)
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# Check the enrollee stopped after 2 minutes
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elapsed = time() - now
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self.assertLess(elapsed, 125)
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def test_pkex_iwd_as_configurator(self):
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self.start_iwd_pkex_configurator(self.device[0])
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self.start_wpas_pkex('secret123', identifier="test", initiator=True,
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role='enrollee')
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self.wpas.wait_for_event("DPP-AUTH-SUCCESS")
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self.wpas.wait_for_event("DPP-CONF-RECEIVED")
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def test_pkex_iwd_as_configurator_retransmit(self):
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self.rule_xchg_resp.enabled = True
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self.rule_reveal_resp.enabled = True
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self.start_iwd_pkex_configurator(self.device[0])
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self.start_wpas_pkex('secret123', identifier="test", initiator=True,
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role='enrollee')
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self.wpas.wait_for_event("DPP-AUTH-SUCCESS")
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self.wpas.wait_for_event("DPP-CONF-RECEIVED")
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def test_pkex_iwd_as_configurator_bad_group(self):
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self.start_iwd_pkex_configurator(self.device[0])
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self.start_wpas_pkex('secret123', identifier="test", initiator=True,
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role='enrollee', curve='P-384')
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self.wpas.wait_for_event(f"DPP-RX src={self.device[0].address} freq=2437 type=8")
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self.wpas.wait_for_event("DPP-FAIL")
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def test_pkex_iwd_to_iwd(self):
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self.start_iwd_pkex_configurator(self.device[0])
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self.device[1].dpp_pkex_enroll('secret123', identifier="test")
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self.device[1].autoconnect = True
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condition = 'obj.state == DeviceState.connected'
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self.wd.wait_for_object_condition(self.device[1], condition)
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# Check additional settings were carried over
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with open('/tmp/ns0/ssidCCMP.psk', 'r') as f:
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settings = f.read()
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self.assertIn("SendHostname=true", settings)
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def test_pkex_configurator_with_agent(self):
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self.start_iwd_pkex_configurator(self.device[0], agent=True)
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self.device[1].dpp_pkex_enroll('secret123', identifier="test")
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self.device[1].autoconnect = True
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condition = 'obj.state == DeviceState.connected'
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self.wd.wait_for_object_condition(self.device[1], condition)
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self.agent = None
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def test_existing_network(self):
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self.hapd.reload()
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self.hapd.wait_for_event('AP-ENABLED')
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IWD.copy_to_storage("existingProfile.psk", "/tmp/ns0/", "ssidCCMP.psk")
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# Scan first so a network object exists, and its a known network
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self.device[1].scan()
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self.wd.wait_for_object_condition(self.device[1], 'obj.scanning == True')
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self.wd.wait_for_object_condition(self.device[1], 'obj.scanning == False')
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self.start_iwd_pkex_configurator(self.device[0])
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self.device[1].dpp_pkex_enroll('secret123', identifier="test")
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self.device[1].autoconnect = False
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condition = 'obj.state == DeviceState.connected'
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self.wd.wait_for_object_condition(self.device[1], condition)
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# Check additional settings were carried over
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with open('/tmp/ns0/ssidCCMP.psk', 'r') as f:
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settings = f.read()
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self.assertIn("SendHostname=true", settings)
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def test_existing_hidden_network(self):
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self.hapd_hidden.reload()
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self.hapd_hidden.wait_for_event('AP-ENABLED')
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IWD.copy_to_storage("existingProfile.psk", "/tmp/ns0/", "ssidHidden.psk")
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# Scan first so a network object exists, and its a known network
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self.device[1].scan()
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self.wd.wait_for_object_condition(self.device[1], 'obj.scanning == True')
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self.wd.wait_for_object_condition(self.device[1], 'obj.scanning == False')
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self.start_iwd_pkex_configurator(self.device[0], profile='ssidHidden.psk')
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self.device[1].dpp_pkex_enroll('secret123', identifier="test")
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self.device[1].autoconnect = False
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condition = 'obj.state == DeviceState.connected'
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self.wd.wait_for_object_condition(self.device[1], condition)
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# Check additional settings were carried over
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with open('/tmp/ns0/ssidHidden.psk', 'r') as f:
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settings = f.read()
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self.assertIn("Hidden=true", settings)
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def test_hidden_network(self):
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self.hapd_hidden.reload()
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self.hapd_hidden.wait_for_event('AP-ENABLED')
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self.start_iwd_pkex_configurator(self.device[0], profile='ssidHidden.psk')
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self.device[1].dpp_pkex_enroll('secret123', identifier="test")
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self.device[1].autoconnect = False
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condition = 'obj.state == DeviceState.connected'
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self.wd.wait_for_object_condition(self.device[1], condition)
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# Check additional settings were carried over
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with open('/tmp/ns0/ssidHidden.psk', 'r') as f:
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settings = f.read()
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self.assertIn("Hidden=true", settings)
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def setUp(self):
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ns0 = ctx.get_namespace('ns0')
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self.wpas = Wpas('wpas.conf')
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self.wd = IWD(True)
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self.wd_ns0 = IWD(True, iwd_storage_dir='/tmp/ns0', namespace=ns0)
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self.device = []
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self.device.append(self.wd.list_devices(1)[0])
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self.device.append(self.wd_ns0.list_devices(1)[0])
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self.hapd = HostapdCLI('hostapd.conf')
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self.hapd.disable()
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self.hapd_hidden = HostapdCLI('ssidHidden.conf')
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self.hapd_hidden.disable()
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self.hwsim = Hwsim()
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self.rule_xchg_resp = self.hwsim.rules.create()
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self.rule_xchg_resp.prefix = 'd0'
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self.rule_xchg_resp.match_offset = 24
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self.rule_xchg_resp.match = '04 09 50 6f 9a 1a 01 08'
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self.rule_xchg_resp.match_times = 1
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self.rule_xchg_resp.drop = True
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self.rule_reveal_resp = self.hwsim.rules.create()
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self.rule_reveal_resp.prefix = 'd0'
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self.rule_reveal_resp.match_offset = 24
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self.rule_reveal_resp.match = '04 09 50 6f 9a 1a 01 0a'
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self.rule_reveal_resp.match_times = 1
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self.rule_reveal_resp.drop = True
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self.rule_reveal_req = self.hwsim.rules.create()
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self.rule_reveal_req.prefix = 'd0'
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self.rule_reveal_req.match_offset = 24
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self.rule_reveal_req.match = '04 09 50 6f 9a 1a 01 09'
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self.rule_reveal_req.match_times = 1
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self.rule_reveal_req.drop = True
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def tearDown(self):
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# Tests end in various states, don't fail when tearing down.
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try:
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self.device[0].disconnect()
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self.device[0].dpp_pkex_stop()
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self.device[1].disconnect()
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self.device[1].dpp_pkex_stop()
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except:
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pass
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self.wpas.dpp_configurator_remove()
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self.wpas.clean_up()
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self.wd = None
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self.wd_ns0 = None
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self.device = None
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self.wpas = None
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self.hapd = None
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self.rule_xchg_resp = None
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IWD.clear_storage()
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IWD.clear_storage('/tmp/ns0')
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@classmethod
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def setUpClass(cls):
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pass
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@classmethod
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def tearDownClass(cls):
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pass
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if __name__ == '__main__':
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unittest.main(exit=True) |