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#!/usr/bin/python
# Copyright (c) 2011 The Chromium Authors. All rights reserved.
# Use of this source code is governed by a BSD-style license that can be
# found in the LICENSE file.
import pyauto_functional
import chromeos_network # pyauto_functional must come before chromeos_network
class ChromeosWifiCompliance(chromeos_network.PyNetworkUITest):
"""Tests for ChromeOS wifi complaince.
These tests should be run within vacinity of the power strip where the wifi
routers are attached.
"""
def _BasicConnectRouterCompliance(self, router_name):
"""Generic basic test routine for connecting to a router.
Args:
router_name: The name of the router.
"""
self.InitWifiPowerStrip()
router = self.GetRouterConfig(router_name)
self.RouterPower(router_name, True)
# If the wifi network is expected to be invisible, the following
# line should timeout which is expected.
wifi_visible = self.WaitUntilWifiNetworkAvailable(router['ssid'],
is_hidden=router.get('hidden'))
# Note, we expect wifi_visible and 'hidden' status to be opposites.
# The test fails if the network visibility is not as expected.
if wifi_visible == router.get('hidden', False):
self.fail('We expected wifi network "%s" to be %s, but it was not.' %
(router['ssid'],
{True: 'hidden', False: 'visible'}[router.get('hidden',
False)]))
# Verify connect did not have any errors.
error = self.ConnectToWifiRouter(router_name)
self.assertFalse(error, 'Failed to connect to wifi network %s. '
'Reason: %s.' % (router['ssid'], error))
# Verify the network we connected to.
ssid = self.GetConnectedWifi()
self.assertEqual(ssid, router['ssid'],
'Did not successfully connect to wifi network %s.' % ssid)
self.DisconnectFromWifiNetwork()
def testConnectBelkinG(self):
"""Test connecting to the Belkin G router."""
self._BasicConnectRouterCompliance('Belkin_G')
def testConnectBelkinNPlus(self):
"""Test connecting to the Belkin N+ router."""
self._BasicConnectRouterCompliance('Belkin_N+')
def testConnectDLinkN150(self):
"""Test connecting to the D-Link N150 router."""
self._BasicConnectRouterCompliance('D-Link_N150')
def testConnectLinksysE3000(self):
"""Test connecting to the Linksys E3000 router.
The LinksysE3000 supports broadcasting of up to 2 SSID's.
This test will try connecting to each of them one at a time.
"""
self._BasicConnectRouterCompliance('LinksysE3000')
self._BasicConnectRouterCompliance('LinksysE3000_2')
def testConnectLinksysWRT54G2(self):
"""Test connecting to the Linksys WRT54G2 router."""
self._BasicConnectRouterCompliance('Linksys_WRT54G2')
def testConnectLinksysWRT54GL(self):
"""Test connecting to the LinksysWRT54GL router."""
self._BasicConnectRouterCompliance('Linksys_WRT54GL')
def testConnectNetgearN300(self):
"""Test connecting to the Netgear N300 router."""
self._BasicConnectRouterCompliance('Netgear_N300')
def testConnectNetgearWGR614(self):
"""Test connecting to the Netgear WGR 614 router."""
self._BasicConnectRouterCompliance('Netgear_WGR614')
def testConnectNfiniti(self):
"""Test connecting to the Nfiniti router."""
self._BasicConnectRouterCompliance('Nfiniti')
def testConnectSMCWBR145(self):
"""Test connecting to the SMC WBR 145 router."""
self._BasicConnectRouterCompliance('SMC_WBR145')
def testConnectTrendnet_639gr(self):
"""Test connecting to the Trendnet 639gr router.
The LinksysE3000 supports broadcasting of up to 4 SSID's.
This test will try connecting to each of them one at a time.
"""
self._BasicConnectRouterCompliance('Trendnet_639gr')
self._BasicConnectRouterCompliance('Trendnet_639gr_2')
self._BasicConnectRouterCompliance('Trendnet_639gr_3')
self._BasicConnectRouterCompliance('Trendnet_639gr_4')
if __name__ == '__main__':
pyauto_functional.Main()
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