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| 1 # Copyright (c) 2010 The Chromium OS Authors. All rights reserved. |
| 2 # Use of this source code is governed by a BSD-style license that can be |
| 3 # found in the LICENSE file. |
| 4 |
| 5 # This test run is designed to test that the connection manager is able |
| 6 # to roam to a previously connected AP when it loses connectivity to its |
| 7 # current AP on resume. To accomplish this, we join one AP (so we are |
| 8 # sure that flimflam remembers it), then join a second AP which we |
| 9 # shut down while the DUT is suspended. We sit around and observe |
| 10 # if and how long it takes for the connection manager to re-acquire |
| 11 # connectivity to the first AP. We expect the DUT will resume, find |
| 12 # the previous AP is gone, and then roam to the other AP. |
| 13 { "name":"SuspendRoamRSN", |
| 14 "steps":[ |
| 15 [ "create", { "type":"hostap" } ], |
| 16 |
| 17 # NB: use a fixed SSID so we know what to reference below |
| 18 [ "config", { "channel":"2412", "mode":"11g", |
| 19 "ssid": 'SuspendRoamRSN_t1', |
| 20 "wpa":"2", "wpa_key_mgmt":"WPA-PSK", |
| 21 "wpa_pairwise":"CCMP", |
| 22 "wpa_passphrase":"chromeos"} ], |
| 23 |
| 24 # Connect to the first AP. This just guarantees that this AP has |
| 25 # been placed in the connection manager profile. |
| 26 [ "connect", { "security":"rsn", "psk":"chromeos" } ], |
| 27 [ "client_ping", { "count":"10" } ], |
| 28 [ "deconfig" ], |
| 29 |
| 30 # Configure and connect to the second AP. |
| 31 [ "config", { "channel":"5240", "mode":"11a", |
| 32 "ssid_suffix": 't2'} ], |
| 33 [ "connect", { "security":"none" } ], |
| 34 [ "client_ping", { "count":"10" } ], |
| 35 [ "deconfig" ], |
| 36 |
| 37 # Ask the DUT to sleep for 20 seconds while we switch things around, |
| 38 # then see how long it takes for the DUT to return the service to the |
| 39 # "ready" state. As a result, the arguments to this command are a |
| 40 # combination of suspend and wait_service arguments. In this case, |
| 41 # except for "suspend_time", all arguments are to wait_change. Note |
| 42 # that the wait_change occurs AFTER the suspend, 20 seconds later in |
| 43 # this specific example. Note also that we must specify the SSID of |
| 44 # the previous AP to wait for; otherwise this will wait for the AP |
| 45 # we just deconfig'd to come ready (and fail). |
| 46 [ "wait_service_suspend_bg", |
| 47 { "suspend_time": "20", # How long to sleep |
| 48 "run_timeout":20, # Maximum time to wait |
| 49 "debug":True, # Output all state changes |
| 50 "states": [ # Wait for "ready" state |
| 51 ('SuspendRoamRSN_t1', 'ready') |
| 52 ] } ], |
| 53 |
| 54 # Locally, let's wait 10 seconds to make sure the DUT is really asleep |
| 55 # before we proceed. |
| 56 [ "sleep", { "time":"15" } ], |
| 57 |
| 58 # Shut down the second AP and bring the first one back up |
| 59 [ "config", { "channel":"2412", "mode":"11g", |
| 60 "ssid": 'SuspendRoamRSN_t1', |
| 61 "wpa":"2", "wpa_key_mgmt":"WPA-PSK", |
| 62 "wpa_pairwise":"CCMP", |
| 63 "wpa_passphrase":"chromeos"} ], |
| 64 |
| 65 # Wait for the DUT to wake up and return the results of wait_suspend |
| 66 [ "wait_service_suspend_end", { } ], |
| 67 |
| 68 [ "client_ping", { "count":"10" } ], |
| 69 |
| 70 [ "destroy" ], |
| 71 ], |
| 72 } |
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