tauto - remove more test libs now that cros_host is gone
BUG=None
TEST=dummy_Pass, unittest_suite
Change-Id: I693a03c87568a5c31159807eee8ebaf149bbc6fe
Reviewed-on: https://chromium-review.googlesource.com/c/chromiumos/platform/tauto/+/3125466
Tested-by: Derek Beckett <dbeckett@chromium.org>
Reviewed-by: C Shapiro <shapiroc@chromium.org>
diff --git a/server/cros/camerabox_utils.py b/server/cros/camerabox_utils.py
deleted file mode 100644
index 95204d9..0000000
--- a/server/cros/camerabox_utils.py
+++ /dev/null
@@ -1,174 +0,0 @@
-# Lint as: python2, python3
-# Copyright 2018 The Chromium OS 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 contextlib
-import json
-import logging
-import os
-import time
-
-from autotest_lib.client.common_lib import error, utils
-
-
-class ChartFixture:
- """Sets up chart tablet to display placeholder scene image."""
- DISPLAY_SCRIPT = '/usr/local/autotest/bin/display_chart.py'
- OUTPUT_LOG = '/tmp/chart_service.log'
-
- def __init__(self, chart_host, scene_uri):
- self.host = chart_host
- self.scene_uri = scene_uri
- self.display_pid = None
- self.host.run(['rm', '-f', self.OUTPUT_LOG])
-
- def initialize(self):
- """Prepare scene file and display it on chart host."""
- logging.info('Prepare scene file')
- tmpdir = self.host.get_tmp_dir()
- scene_path = os.path.join(
- tmpdir, self.scene_uri[self.scene_uri.rfind('/') + 1:])
- self.host.run('wget', args=('-O', scene_path, self.scene_uri))
-
- logging.info('Display scene file')
- self.display_pid = self.host.run_background(
- 'python2 {script} {scene} >{log} 2>&1'.format(
- script=self.DISPLAY_SCRIPT,
- scene=scene_path,
- log=self.OUTPUT_LOG))
-
- logging.info(
- 'Poll for "is ready" message for ensuring chart is ready.')
- timeout = 60
- poll_time_step = 0.1
- while timeout > 0:
- if self.host.run(
- 'grep',
- args=('-q', 'Chart is ready.', self.OUTPUT_LOG),
- ignore_status=True).exit_status == 0:
- break
- time.sleep(poll_time_step)
- timeout -= poll_time_step
- else:
- raise error.TestError('Timeout waiting for chart ready')
-
- def cleanup(self):
- """Cleanup display script."""
- if self.display_pid is not None:
- self.host.run(
- 'kill',
- args=('-2', str(self.display_pid)),
- ignore_status=True)
- self.host.get_file(self.OUTPUT_LOG, '.')
-
-
-def get_chart_address(host_address, args):
- """Get address of chart tablet from commandline args or mapping logic in
- test lab.
-
- @param host_address: a list of hostname strings.
- @param args: a dict parse from commandline args.
- @return:
- A list of strings for chart tablet addresses.
- """
- address = utils.args_to_dict(args).get('chart')
- if address is not None:
- return address.split(',')
- elif utils.is_in_container():
- return [utils.get_lab_chart_address(host) for host in host_address]
- else:
- return None
-
-
-class DUTFixture:
- """Sets up camera filter for target camera facing on DUT."""
- TEST_CONFIG_PATH = '/var/cache/camera/test_config.json'
- CAMERA_SCENE_LOG = '/tmp/scene.jpg'
-
- def __init__(self, test, host, facing):
- self.test = test
- self.host = host
- self.facing = facing
-
- @contextlib.contextmanager
- def _set_selinux_permissive(self):
- selinux_mode = self.host.run_output('getenforce')
- self.host.run('setenforce 0')
- yield
- self.host.run('setenforce', args=(selinux_mode, ))
-
- def _write_file(self, filepath, content, permission=None, owner=None):
- """Write content to filepath on remote host.
- @param permission: set permission to 0xxx octal number of remote file.
- @param owner: set owner of remote file.
- """
- tmp_path = os.path.join(self.test.tmpdir, os.path.basename(filepath))
- with open(tmp_path, 'w') as f:
- f.write(content)
- if permission is not None:
- os.chmod(tmp_path, permission)
- self.host.send_file(tmp_path, filepath, delete_dest=True)
- if owner is not None:
- self.host.run('chown', args=(owner, filepath))
-
- def initialize(self):
- """Filter out camera other than target facing on DUT."""
- self._write_file(
- self.TEST_CONFIG_PATH,
- json.dumps({
- 'enable_back_camera': self.facing == 'back',
- 'enable_front_camera': self.facing == 'front',
- 'enable_external_camera': False
- }),
- owner='arc-camera')
-
- # cros_camera_service will reference the test config to filter out
- # undesired cameras.
- logging.info('Restart camera service with filter option')
- self.host.upstart_restart('cros-camera')
-
- # arc_setup will reference the test config to filter out the media
- # profile of undesired cameras.
- logging.info('Restart ARC++ container with camera test config')
- self.host.run('restart ui')
-
- @contextlib.contextmanager
- def _stop_camera_service(self):
- # Ensure camera service is running or the
- # upstart_stop()/upstart_restart() may failed due to in
- # "start|post-stop" sleep for respawning state. See b/183904344 for
- # detail.
- logging.info('Wait for presence of camera service')
- self.host.wait_for_service('cros-camera')
-
- self.host.upstart_stop('cros-camera')
- yield
- self.host.upstart_restart('cros-camera')
-
- def log_camera_scene(self):
- """Capture an image from camera as the log for debugging scene related
- problem."""
-
- gtest_filter = (
- 'Camera3StillCaptureTest/'
- 'Camera3DumpSimpleStillCaptureTest.DumpCaptureResult/0')
- with self._stop_camera_service():
- self.host.run(
- 'sudo',
- args=('--user=arc-camera', 'cros_camera_test',
- '--gtest_filter=' + gtest_filter,
- '--camera_facing=' + self.facing,
- '--dump_still_capture_path=' +
- self.CAMERA_SCENE_LOG))
-
- self.host.get_file(self.CAMERA_SCENE_LOG, '.')
-
- def cleanup(self):
- """Cleanup camera filter."""
- logging.info('Remove filter option and restore camera service')
- with self._stop_camera_service():
- self.host.run('rm', args=('-f', self.TEST_CONFIG_PATH))
-
- logging.info('Restore camera profile in ARC++ container')
- self.host.run('restart ui')
diff --git a/server/cros/chaos_ap_list.conf b/server/cros/chaos_ap_list.conf
deleted file mode 100644
index 1361c36..0000000
--- a/server/cros/chaos_ap_list.conf
+++ /dev/null
@@ -1,3292 +0,0 @@
-# Copyright (c) 2018 The Chromium OS Authors. All rights reserved.
-# Use of this source code is governed by a BSD-style license that can be
-# found in the LICENSE file.
-
-# Note - APs commented out in this config are either not configured correctly
-# or tested and verified to work as expected.
-
-# TODO (harpreet): Test / verify and uncomment or remove all the commented AP
-# entries below.
-
-# Row 2 Rack 1
-
-[40:b0:76:c0:34:00]
-brand = asus
-wan_hostname = chromeos3-row2-rack1-host1
-ssid = asus_gtax11000_n_ch6_wpa2
-frequency = 2437
-rpm_managed = True
-rpm_hostname = chromeos3-row2-rack1-rpm1
-rpm_outlet = .A1
-bss = 40:b0:76:c0:34:00
-wan mac = 40:b0:76:c0:34:00
-model = gt-ax11000
-security = wpa2
-psk = chromeos
-class_name = StaticAPConfigurator
-
-[40:b0:76:c0:34:04]
-brand = asus
-wan_hostname = chromeos3-row2-rack1-host1
-ssid = asus_gtax11000_n_ac_ax_ch44_wpa2
-frequency = 5220
-rpm_managed = True
-rpm_hostname = chromeos3-row2-rack1-rpm1
-rpm_outlet = .A1
-bss = 40:b0:76:c0:34:04
-wan mac = 40:b0:76:c0:34:00
-model = gt-ax11000
-security = wpa2
-psk = chromeos
-class_name = StaticAPConfigurator
-
-[40:b0:76:c0:34:08]
-brand = asus
-wan_hostname = chromeos3-row2-rack1-host1
-ssid = asus_gtax11000_nac_ax_ch128_wpa2
-frequency = 5640
-rpm_managed = True
-rpm_hostname = chromeos3-row2-rack1-rpm1
-rpm_outlet = .A1
-bss = 40:b0:76:c0:34:08
-wan mac = 40:b0:76:c0:34:00
-model = gt-ax11000
-security = wpa2
-psk = chromeos
-class_name = StaticAPConfigurator
-
-### [20:c9:d0:19:1d:df]
-### brand = apple
-### wan_hostname = chromeos3-row2-rack1-host2
-### ssid = apple_airport_extreme_n_1_wpa2
-### frequency = 2412
-### rpm_managed = True
-### bss = 20:c9:d0:19:1d:df
-### wan mac = 20:c9:d0:10:50:63
-### model = airport_extreme
-### security = wpa2
-### psk = chromeos
-### class_name = StaticAPConfigurator
-
-[14:59:c0:a8:fc:47]
-brand = netgear
-wan_hostname = chromeos3-row2-rack1-host3
-ssid = netgear_rax80_n_ax_ch11_wpa2
-frequency = 2462
-rpm_managed = True
-rpm_hostname = chromeos3-row2-rack1-rpm1
-rpm_outlet = .A3
-bss = 14:59:c0:a8:fc:47
-wan mac = 14:59:c0:a8:fc:48
-model = rax80
-security = wpa2
-psk = chromeos
-class_name = StaticAPConfigurator
-
-### b/153560792
-### [14:59:c0:a8:fc:49]
-### brand = netgear
-### wan_hostname = chromeos3-row2-rack1-host3
-### ssid = netgear_rax80_ac_ax_ch44_wpa2
-### frequency = 5220
-### rpm_managed = True
-### rpm_hostname = chromeos3-row2-rack1-rpm1
-### rpm_outlet = .A3
-### bss = 14:59:c0:a8:fc:49
-### wan mac = 14:59:c0:a8:fc:48
-### model = rax80
-### security = wpa2
-### psk = chromeos
-### class_name = StaticAPConfigurator
-
-### [d0:17:c2:3d:16:50]
-### brand = asus
-### wan_hostname = chromeos3-row2-rack1-host4
-### ssid = asus_ac5300_n_ch6_wpa2
-### frequency = 2437
-### rpm_managed = True
-### bss = d0:17:c2:3d:16:50
-### wan mac = d0:17:c2:3d:16:50
-### model = rtac5300
-### security = wpa2
-### psk = chromeos
-### class_name = StaticAPConfigurator
-
-### [d0:17:c2:3d:16:54]
-### brand = asus
-### wan_hostname = chromeos3-row2-rack1-host4
-### ssid = asus_ac5300_ac_ch40_wpa2
-### frequency = 5200
-### rpm_managed = True
-### bss5 = d0:17:c2:3d:16:54
-### wan mac = d0:17:c2:3d:16:50
-### model = rtac5300
-### security = wpa2
-### psk = chromeos
-### class_name = StaticAPConfigurator
-
-### [d0:17:c2:3d:16:58]
-### brand = asus
-### wan_hostname = chromeos3-row2-rack1-host4
-### ssid = asus_ac5300_ac_ch157_wpa2
-### frequency = 5785
-### rpm_managed = True
-### bss5 = d0:17:c2:3d:16:58
-### wan mac = d0:17:c2:3d:16:50
-### model = rtac5300
-### security = wpa2
-### psk = chromeos
-### class_name = StaticAPConfigurator
-
-### [50:46:5d:00:bc:b0]
-### brand = asus
-### wan_hostname = chromeos3-row2-rack1-host5
-### ssid = asus_n66u_n_1_wpa2
-### frequency = 2412
-### rpm_managed = True
-### bss = 50:46:5d:00:bc:b0
-### wan mac = 50:46:5d:00:bc:b0
-### model = n66u
-### security = wpa2
-### psk = chromeos
-### class_name = StaticAPConfigurator
-
-### [50:46:5d:00:bc:b4]
-### brand = asus
-### wan_hostname = chromeos3-row2-rack1-host5
-### ssid = asus_n66u_n_48_wpa2
-### frequency = 5240
-### rpm_managed = True
-### bss = 50:46:5d:00:bc:b4
-### wan mac = 50:46:5d:00:bc:b0
-### model = n66u
-### security = wpa2
-### psk = chromeos
-### class_name = StaticAPConfigurator
-
-[50:46:5D:5C:D7:28]
-brand = asus
-wan_hostname = chromeos3-row2-rack1-host6
-ssid = asus_ac66r_n_ch11_wpa2
-frequency = 2462
-rpm_managed = True
-rpm_hostname = chromeos3-row2-rack1-rpm1
-rpm_outlet = .A6
-bss = 50:46:5D:5C:D7:28
-wan mac = c0:d8:19:d0:90:40
-model = ac66r
-security = wpa2
-psk = chromeos
-class_name = StaticAPConfigurator
-
-[50:46:5D:5C:D7:2C]
-brand = asus
-wan_hostname = chromeos3-row2-rack1-host6
-ssid = asus_ac66r_ac_ch44_wpa2
-frequency = 5220
-rpm_managed = True
-rpm_hostname = chromeos3-row2-rack1-rpm1
-rpm_outlet = .A6
-bss5 = 50:46:5D:5C:D7:2C
-wan mac = c0:d8:19:d0:90:40
-model = ac66r
-security = wpa2
-psk = chromeos
-class_name = StaticAPConfigurator
-
-[10:bf:48:e7:2e:88]
-brand = asus
-wan_hostname = chromeos3-row2-rack1-host7
-ssid = asus_rtn16_n_ch1_wpa2
-frequency = 2412
-rpm_managed = True
-rpm_hostname = chromeos3-row2-rack1-rpm1
-rpm_outlet = .A7
-bss = 10:bf:48:e7:2e:88
-wan mac = 10:bf:48:e7:2e:88
-model = rt_n16
-security = wpa2
-psk = chromeos
-class_name = StaticAPConfigurator
-
-[00:22:75:a2:3b:08]
-brand = belkin
-wan_hostname = chromeos3-row2-rack1-host8
-ssid = belkin_f5d8235_n_ch1_wpa2
-frequency = 2412
-rpm_managed = True
-rpm_hostname = chromeos3-row2-rack1-rpm1
-rpm_outlet = .A8
-bss = 00:22:75:a2:3b:08
-wan mac = 00:22:75:a2:3b:0a
-model = f5d8235
-security = wpa2
-psk = chromeos
-class_name = StaticAPConfigurator
-
-[0c:9d:92:02:40:f1]
-brand = asus
-wan_hostname = chromeos3-row2-rack1-host9
-ssid = asus_ax88u_n_ch11_wpa2
-frequency = 2462
-rpm_managed = True
-rpm_hostname = chromeos3-row2-rack1-rpm1
-rpm_outlet = .A9
-bss = 0c:9d:92:02:40:f1
-wan mac = 0c:9d:92:02:40:f0
-model = ax88u
-security = wpa2
-psk = chromeos
-class_name = StaticAPConfigurator
-
-[0c:9d:92:02:40:f4]
-brand = asus
-wan_hostname = chromeos3-row2-rack1-host9
-ssid = asus_ax88u_ac_ax_ch153_wpa2
-frequency = 5765
-rpm_managed = True
-rpm_hostname = chromeos3-row2-rack1-rpm1
-rpm_outlet = .A9
-bss = 0c:9d:92:02:40:f4
-wan mac = 0c:9d:92:02:40:f0
-model = ax88u
-security = wpa2
-psk = chromeos
-class_name = StaticAPConfigurator
-
-
-[00:11:32:a5:90:c2]
-brand = synology
-wan_hostname = chromeos3-row2-rack1-host10
-ssid = synology_mr2200__n_ch6_wpa2_3
-frequency = 2437
-rpm_managed = True
-rpm_hostname = chromeos3-row2-rack1-rpm1
-rpm_outlet = .A10
-bss = 00:11:32:a5:90:c2
-wan mac = 00:11:32:a5:90:c0
-model = mr2200
-security = wpa2_3
-psk = chromeos
-class_name = StaticAPConfigurator
-
-[00:11:32:a5:90:c3]
-brand = synology
-wan_hostname = chromeos3-row2-rack1-host10
-ssid = synology_mr2200__n_ac_ch153_wpa2_3
-frequency = 5765
-rpm_managed = True
-rpm_hostname = chromeos3-row2-rack1-rpm1
-rpm_outlet = .A10
-bss = 00:11:32:a5:90:c3
-wan mac = 00:11:32:a5:90:c0
-model = mr2200
-security = wpa2
-psk = chromeos
-class_name = StaticAPConfigurator
-
-[00:11:32:a5:90:c4]
-brand = synology
-wan_hostname = chromeos3-row2-rack1-host10
-ssid = synology_mr2200__ac_ch40_wpa2_3
-frequency = 5200
-rpm_managed = True
-rpm_hostname = chromeos3-row2-rack1-rpm1
-rpm_outlet = .A10
-bss = 00:11:32:a5:90:c4
-wan mac = 00:11:32:a5:90:c0
-model = mr2200
-security = wpa2_3
-psk = chromeos
-class_name = StaticAPConfigurator
-
-[94:44:52:18:f0:a7]
-brand = belkin
-wan_hostname = chromeos3-row2-rack1-host11
-ssid = belkin_f7d5301_n_ch11_wpa2
-frequency = 2462
-rpm_managed = True
-rpm_hostname = chromeos3-row2-rack1-rpm1
-rpm_outlet = .A11
-bss = 94:44:52:18:f0:a7
-wan mac = 94:44:52:18:f0:a8
-model = f7d5301_v1_1
-security = wpa2
-psk = chromeos
-class_name = StaticAPConfigurator
-
-[08:86:3b:b3:50:c4]
-brand = belkin
-wan_hostname = chromeos3-row2-rack1-host12
-ssid = belkin_f9k1103v1_n_ch11_wpa2
-frequency = 2462
-rpm_managed = True
-rpm_hostname = chromeos3-row2-rack1-rpm1
-rpm_outlet = .A12
-bss = 08:86:3b:b3:50:c4
-wan mac = 08:86:3b:b3:50:c5
-model = f9k1103_v1
-security = wpa2
-psk = chromeos
-class_name = StaticAPConfigurator
-
-[08:86:3b:b3:50:c6]
-brand = belkin
-wan_hostname = chromeos3-row2-rack1-host12
-ssid = belkin_f9k1103v1_n_ch149_wpa2
-frequency = 5745
-rpm_managed = True
-rpm_hostname = chromeos3-row2-rack1-rpm1
-rpm_outlet = .A12
-bss5 = 08:86:3b:b3:50:c6
-wan mac = 08:86:3b:b3:50:c5
-model = f9k1103_v1
-security = wpa2
-psk = chromeos
-class_name = StaticAPConfigurator
-
-[10:6f:3f:f6:89:10]
-brand = buffalo
-wan_hostname = chromeos3-row2-rack1-host13
-ssid = buffalo_wzr-hp-g450h_n_ch6_wpa2
-frequency = 2437
-rpm_managed = True
-rpm_hostname = chromeos3-row2-rack1-rpm1
-rpm_outlet = .A13
-bss = 10:6f:3f:f6:89:10
-wan mac = 12:6f:32:f6:89:02
-model = wzr-hp-g450h
-security = wpa2
-psk = chromeos
-class_name = StaticAPConfigurator
-
-### [c8:d7:19:06:1b:8f]
-### brand = cisco
-### wan_hostname = chromeos3-row2-rack1-host14
-### ssid = cisco_linksys_ea3500_n_1_wpa2
-### frequency = 2412
-### rpm_managed = True
-### bss = c8:d7:19:06:1b:8f
-### wan mac = a8:b7:19:d1:92:12
-### model = ea3500
-### security = wpa2
-### psk = chromeos
-### class_name = StaticAPConfigurator
-
-### [c8:d7:19:06:1b:91]
-### brand = cisco
-### wan_hostname = chromeos3-row2-rack1-host14
-### ssid = cisco_linksys_ea3500_n_153_wpa2
-### frequency = 5765
-### rpm_managed = True
-### bss5 = c8:d7:19:06:1b:91
-### wan mac = a8:b7:19:d1:92:12
-### model = ea3500
-### security = wpa2
-### psk = chromeos
-### class_name = StaticAPConfigurator
-
-[c0:c1:c0:8b:59:8b]
-brand = cisco
-wan_hostname = chromeos3-row2-rack1-host15
-ssid = cisco_e1000_n_ch11_wpa2
-frequency = 2462
-rpm_managed = True
-rpm_hostname = chromeos3-row2-rack1-rpm1
-rpm_outlet = .A15
-bss = c0:c1:c0:8b:59:8b
-wan mac = c0:c1:c0:8b:59:8a
-model = e1000
-security = wpa2
-psk = chromeos
-class_name = StaticAPConfigurator
-
-[68:7f:74:0a:97:bc]
-brand = cisco
-wan_hostname = chromeos3-row2-rack1-host16
-ssid = cisco_wrt610n_n_ch6_wpa2
-frequency = 2437
-rpm_managed = True
-rpm_hostname = chromeos3-row2-rack1-rpm1
-rpm_outlet = .A16
-bss = 68:7f:74:0a:97:bc
-wan mac = 68:7f:74:0a:97:bb
-model = linksys_wrt610n
-security = wpa2
-psk = chromeos
-class_name = StaticAPConfigurator
-
-[68:7f:74:0a:97:bd]
-brand = cisco
-wan_hostname = chromeos3-row2-rack1-host16
-ssid = cisco_wrt610n_n_ch40_wpa2
-frequency = 5200
-rpm_managed = True
-rpm_hostname = chromeos3-row2-rack1-rpm1
-rpm_outlet = .A16
-bss5 = 68:7f:74:0a:97:bd
-wan mac = 68:7f:74:0a:97:bb
-model = linksys_wrt610n
-security = wpa2
-psk = chromeos
-class_name = StaticAPConfigurator
-
-[14:dd:a9:9a:97:08]
-brand = asus
-wan_hostname = chromeos3-row2-rack1-host17
-ssid = asus_rtac56u__n_ch1_wpa2
-frequency = 2412
-rpm_managed = True
-rpm_hostname = chromeos3-row2-rack2-rpm1
-rpm_outlet = .A21
-bss = 14:dd:a9:9a:97:08
-wan mac = 10:2d:3a:04:b5:11
-model = rtac56u
-security = wpa2
-psk = chromeos
-class_name = StaticAPConfigurator
-
-[14:dd:a9:9a:97:0c]
-brand = asus
-wan_hostname = chromeos3-row2-rack1-host17
-ssid = asus_rtac56u__ac_ch36_wpa2
-frequency = 5180
-rpm_managed = True
-rpm_hostname = chromeos3-row2-rack2-rpm1
-rpm_outlet = .A21
-bss = 14:dd:a9:9a:97:0c
-wan mac = 10:2d:3a:04:b5:11
-model = rtac56u
-security = wpa2
-psk = chromeos
-class_name = StaticAPConfigurator
-
-[30:5a:3a:6e:88:40]
-brand = asus
-wan_hostname = chromeos3-row2-rack1-host18
-ssid = asus_ac2400__n_ch1_wpa2
-frequency = 2412
-rpm_managed = True
-rpm_hostname = chromeos3-row2-rack2-rpm1
-rpm_outlet = .A22
-bss = 30:5a:3a:6e:88:40
-wan mac = 30:5a:3a:6e:88:44
-model = ac2400
-security = wpa2
-psk = chromeos
-class_name = StaticAPConfigurator
-
-[30:5a:3a:6e:88:44]
-brand = asus
-wan_hostname = chromeos3-row2-rack1-host18
-ssid = asus_ac2400__ac_ch149_wpa2
-frequency = 5745
-rpm_managed = True
-rpm_hostname = chromeos3-row2-rack2-rpm1
-rpm_outlet = .A22
-bss = 30:5a:3a:6e:88:44
-wan mac = 30:5a:3a:6e:88:44
-model = ac2400
-security = wpa2
-psk = chromeos
-class_name = StaticAPConfigurator
-
-[ec:1a:59:97:a8:30]
-brand = belkin
-wan_hostname = chromeos3-row2-rack1-host19
-ssid = belkin_n600__n_ch11_wpa2
-frequency = 2462
-rpm_managed = True
-rpm_hostname = chromeos3-row2-rack2-rpm1
-rpm_outlet = .A23
-bss = ec:1a:59:97:a8:30
-wan mac = ec:1a:59:97:a8:31
-model = n600
-security = wpa2
-psk = chromeos
-class_name = StaticAPConfigurator
-
-[ec:1a:59:97:a8:30]
-brand = belkin
-wan_hostname = chromeos3-row2-rack1-host19
-ssid = belkin_n600__n_ch40_wpa2
-frequency = 5200
-rpm_managed = True
-rpm_hostname = chromeos3-row2-rack2-rpm1
-rpm_outlet = .A23
-bss = ec:1a:59:97:a8:30
-wan mac = ec:1a:59:97:a8:31
-model = n600
-security = wpa2
-psk = chromeos
-class_name = StaticAPConfigurator
-
-[00:24:a5:b5:a3:17]
-brand = buffalo
-wan_hostname = chromeos3-row2-rack1-host20
-ssid = buffalo_whrhpg300n__n_ch6_wpa2
-frequency = 2437
-rpm_managed = True
-rpm_hostname = chromeos3-row2-rack2-rpm1
-rpm_outlet = .A24
-bss = 00:24:a5:b5:a3:17
-wan mac = 00:24:a5:b5:a3:17
-model = whrhpg300n
-security = wpa2
-psk = chromeos
-class_name = StaticAPConfigurator
-
-# Row 2 Rack 2
-
-[68:7f:74:31:6a:ae]
-brand = cisco
-wan_hostname = chromeos3-row2-rack2-host1
-ssid = cisco_valet_n_ch11_wpa2
-frequency = 2462
-rpm_managed = True
-rpm_hostname = chromeos3-row2-rack2-rpm1
-rpm_outlet = .A1
-bss = 68:7f:74:31:6a:ae
-wan mac = 68:7f:74:31:6a:ad
-model = linksys_m10
-security = wpa2
-psk = chromeos
-class_name = StaticAPConfigurator
-
-[84:c9:b2:50:9a:c7]
-brand = dlink
-wan_hostname = chromeos3-row2-rack2-host2
-ssid = dlink_dir_655_n_ch1_wpa2
-frequency = 2412
-rpm_managed = True
-rpm_hostname = chromeos3-row2-rack2-rpm1
-rpm_outlet = .A2
-bss = 84:c9:b2:50:9a:c7
-wan mac = 84:c9:b2:50:9a:c8
-model = dir_655
-security = wpa2
-psk = chromeos
-class_name = StaticAPConfigurator
-
-[48:ee:0c:ec:81:ce]
-brand = dlink
-wan_hostname = chromeos3-row2-rack2-host3
-ssid = dlink_dir866l_n_ch6_wpa2
-frequency = 2437
-rpm_managed = True
-rpm_hostname = chromeos3-row2-rack2-rpm1
-rpm_outlet = .A3
-bss = 48:ee:0c:ec:81:ce
-wan mac = 48:ee:0c:ec:81:cf
-model = dir866l
-security = wpa2
-psk = chromeos
-class_name = StaticAPConfigurator
-
-[48:ee:0c:ec:81:d0]
-brand = dlink
-wan_hostname = chromeos3-row2-rack2-host3
-ssid = dlink_dir866l_ac_ch161_wpa2
-frequency = 5805
-rpm_managed = True
-rpm_hostname = chromeos3-row2-rack2-rpm1
-rpm_outlet = .A3
-bss5 = 48:ee:0c:ec:81:d0
-wan mac = 48:ee:0c:ec:81:cf
-model = dir866l
-security = wpa2
-psk = chromeos
-class_name = StaticAPConfigurator
-
-### b/153560792
-### [1c:7e:e5:fd:48:d4]
-### brand = dlink
-### wan_hostname = chromeos3-row2-rack2-host4
-### ssid = dlink_dir_600_n_ch11_wpa2
-### frequency = 2462
-### rpm_managed = True
-### rpm_hostname = chromeos3-row2-rack2-rpm1
-### rpm_outlet = .A4
-### bss = 1c:7e:e5:fd:48:d4
-### wan mac = 1c:7e:e5:fd:48:d5
-### model = dir600
-### security = wpa2
-### psk = chromeos
-### class_name = StaticAPConfigurator
-
-[00:18:e7:de:af:12]
-brand = dlink
-wan_hostname = chromeos3-row2-rack2-host5
-ssid = dlink_dir_855_n_ch1_wpa2
-frequency = 2412
-rpm_managed = True
-rpm_hostname = chromeos3-row2-rack2-rpm1
-rpm_outlet = .A5
-bss = 00:18:e7:de:af:12
-wan mac = 00:18:e7:de:af:13
-model = dir600
-security = wpa2
-psk = chromeos
-class_name = StaticAPConfigurator
-
-[00:18:e7:de:af:14]
-brand = dlink
-wan_hostname = chromeos3-row2-rack2-host5
-ssid = dlink_dir_855_n_ch36_wpa2
-frequency = 5180
-rpm_managed = True
-rpm_hostname = chromeos3-row2-rack2-rpm1
-rpm_outlet = .A5
-bss5 = 00:18:e7:de:af:14
-wan mac = 00:18:e7:de:af:13
-model = dir600
-security = wpa2
-psk = chromeos
-class_name = StaticAPConfigurator
-
-[00:18:e7:e4:51:3a]
-brand = dlink
-wan_hostname = chromeos3-row2-rack2-host6
-ssid = dlink_dgl_4500_n_ch48_wpa2
-frequency = 5240
-rpm_managed = True
-rpm_hostname = chromeos3-row2-rack2-rpm1
-rpm_outlet = .A6
-bss = 00:18:e7:e4:51:3a
-wan mac = 00:18:e7:e4:51:3a
-model = dgl_4500
-security = wpa2
-psk = chromeos
-class_name = StaticAPConfigurator
-
-[cc:b2:55:de:85:4a]
-brand = dlink
-wan_hostname = chromeos3-row2-rack2-host7
-ssid = dlink_dir_628_n_ch149_wpa2
-frequency = 5745
-rpm_managed = True
-rpm_hostname = chromeos3-row2-rack2-rpm1
-rpm_outlet = .A7
-bss = cc:b2:55:de:85:4a
-wan mac = cc:b2:55:de:85:4b
-model = dir_628
-security = wpa2
-psk = chromeos
-class_name = StaticAPConfigurator
-
-[c8:d3:a3:5f:c9:0c]
-brand = dlink
-wan_hostname = chromeos3-row2-rack2-host8
-ssid = dlink_dir_825_n_ch1_wpa2
-frequency = 2412
-rpm_managed = True
-rpm_hostname = chromeos3-row2-rack2-rpm1
-rpm_outlet = .A8
-bss = c8:d3:a3:5f:c9:0c
-wan mac = c8:d3:a3:5f:c9:0d
-model = dir_825
-security = wpa2
-psk = chromeos
-class_name = StaticAPConfigurator
-
-[c8:d3:a3:5f:c9:0e]
-brand = dlink
-wan_hostname = chromeos3-row2-rack2-host8
-ssid = dlink_dir_825_n_ch157_wpa2
-frequency = 5785
-rpm_managed = True
-rpm_hostname = chromeos3-row2-rack2-rpm1
-rpm_outlet = .A8
-bss5 = c8:d3:a3:5f:c9:0e
-wan mac = c8:d3:a3:5f:c9:0d
-model = dir_825
-security = wpa2
-psk = chromeos
-class_name = StaticAPConfigurator
-
-### [00:9c:02:65:f2:5c]
-### brand = hp
-### wan_hostname = chromeos3-row2-rack2-host9
-### ssid = hp_v_m200_n_6_wpa2
-### frequency = 2437
-### rpm_managed = True
-### bss = 00:9c:02:65:f2:5c
-### wan mac = 2c:41:38:28:f7:cf
-### model = v-m200
-### security = wpa2
-### psk = chromeos
-### class_name = StaticAPConfigurator
-
-### [00:9c:02:65:f2:5d]
-### brand = hp
-### wan_hostname = chromeos3-row2-rack2-host9
-### ssid = hp_v_m200_n_36_wpa2
-### frequency = 5180
-### rpm_managed = True
-### bss5 = 00:9c:02:65:f2:5d
-### wan mac = 2c:41:38:28:f7:cf
-### model = v-m200
-### security = wpa2
-### psk = chromeos
-### class_name = StaticAPConfigurator
-
-### b/153560792
-### [00:11:6b:4a:a3:7c]
-### brand = levelone
-### wan_hostname = chromeos3-row2-rack2-host10
-### ssid = level_one_wbr_6002_n_ch11_wpa2
-### frequency = 2462
-### rpm_managed = True
-### rpm_hostname = chromeos3-row2-rack2-rpm1
-### rpm_outlet = .A10
-### bss = 00:11:6b:4a:a3:7c
-### wan mac = 00:11:6b:4a:a3:7d
-### model = wbr_6002
-### security = wpa2
-### psk = chromeos
-### class_name = StaticAPConfigurator
-
-### [c0:56:27:40:d3:f6]
-### brand = linksys
-### wan_hostname = chromeos3-row2-rack2-host11
-### ssid = linksys_ea_8500_n_1_wpa2
-### frequency = 2412
-### rpm_managed = True
-### bss = c0:56:27:40:d3:f6
-### wan mac = c0:56:27:40:d3:f5
-### model = ea8500
-### security = wpa2
-### psk = chromeos
-### class_name = StaticAPConfigurator
-
-### [c0:56:27:40:d3:f7]
-### brand = linksys
-### wan_hostname = chromeos3-row2-rack2-host11
-### ssid = linksys_ea_8500_ac_161_wpa2
-### frequency = 5805
-### rpm_managed = True
-### bss5 = c0:56:27:40:d3:f7
-### wan mac = c0:56:27:40:d3:f5
-### model = ea8500
-### security = wpa2
-### psk = chromeos
-### class_name = StaticAPConfigurator
-
-### [00:18:f8:33:38:36]
-### brand = linksys
-### wan_hostname = chromeos3-row2-rack2-host12
-### ssid = linksys_wasp_54_g_6_wpa2
-### frequency = 2437
-### rpm_managed = True
-### bss = 00:18:f8:33:38:36
-### wan mac = 00:18:f8:33:38:36
-### model = wasp_54g
-### security = wpa2
-### psk = chromeos
-### class_name = StaticAPConfigurator
-
-### [00:25:9c:d2:32:30]
-### brand = linksys
-### wan_hostname = chromeos3-row2-rack2-host13
-### ssid = linksys_wrt_610_n_11_wpa2
-### frequency = 2462
-### rpm_managed = True
-### bss = 00:25:9c:d2:32:30
-### wan mac = 68:7f:74:0a:97:bb
-### model = wrt610n
-### security = wpa2
-### psk = chromeos
-### class_name = StaticAPConfigurator
-
-### [00:25:9c:d2:32:31]
-### brand = linksys
-### wan_hostname = chromeos3-row2-rack2-host13
-### ssid = linksys_wrt_610_n_40_wpa2
-### frequency = 5200
-### rpm_managed = True
-### bss5 = 00:25:9c:d2:32:31
-### wan mac = 68:7f:74:0a:97:bb
-### model = wrt610n
-### security = wpa2
-### psk = chromeos
-### class_name = StaticAPConfigurator
-
-### [00:22:6b:67:15:18]
-### brand = linksys
-### wan_hostname = chromeos3-row2-rack2-host14
-### ssid = linksys_wrt_310_n_1_wpa2
-### frequency = 2412
-### rpm_managed = True
-### bss = 00:22:6b:67:15:18
-### wan mac = 20:aa:4b:2c:0d:0f
-### model = wrt310n
-### security = wpa2
-### psk = chromeos
-### class_name = StaticAPConfigurator
-
-[00:25:9c:a0:75:f3]
-brand = linksys
-wan_hostname = chromeos3-row2-rack2-host15
-ssid = linksys_wrt_400_n_ch6_wpa2
-frequency = 2437
-rpm_managed = True
-rpm_hostname = chromeos3-row2-rack2-rpm1
-rpm_outlet = .A15
-bss = 00:25:9c:a0:75:f3
-wan mac = 00:25:9c:a0:75:f5
-model = wrt400n
-security = wpa2
-psk = chromeos
-class_name = StaticAPConfigurator
-
-[00:25:9c:a0:75:f2]
-brand = linksys
-wan_hostname = chromeos3-row2-rack2-host15
-ssid = linksys_wrt_400_n_ch48_wpa2
-frequency = 5240
-rpm_managed = True
-rpm_hostname = chromeos3-row2-rack2-rpm1
-rpm_outlet = .A15
-bss5 = 00:25:9c:a0:75:f2
-wan mac = 00:25:9c:a0:75:f5
-model = wrt400n
-security = wpa2
-psk = chromeos
-class_name = StaticAPConfigurator
-
-[c8:d7:19:d4:c5:56]
-brand = linksys
-wan_hostname = chromeos3-row2-rack2-host16
-ssid = linksys_e3200_n_ch11_wpa2
-frequency = 2462
-rpm_managed = True
-rpm_hostname = chromeos3-row2-rack2-rpm1
-rpm_outlet = .A16
-bss = c8:d7:19:d4:c5:56
-wan mac = c8:d7:19:d4:c5:55
-model = e3200
-security = wpa2
-psk = chromeos
-class_name = StaticAPConfigurator
-
-[c8:d7:19:d4:c5:57]
-brand = linksys
-wan_hostname = chromeos3-row2-rack2-host16
-ssid = linksys_e3200_n_ch36_wpa2
-frequency = 5180
-rpm_managed = True
-rpm_hostname = chromeos3-row2-rack2-rpm1
-rpm_outlet = .A16
-bss5 = c8:d7:19:d4:c5:57
-wan mac = c8:d7:19:d4:c5:55
-model = e3200
-security = wpa2
-psk = chromeos
-class_name = StaticAPConfigurator
-
-[94:10:3e:b8:77:a0]
-brand = linksys
-wan_hostname = chromeos3-row2-rack2-host17
-ssid = linksys_ea4500__n_ch1_wpa2
-frequency = 2412
-rpm_managed = True
-rpm_hostname = chromeos3-row2-rack2-rpm1
-rpm_outlet = .A17
-bss = 94:10:3e:b8:77:a0
-wan mac = 94:10:3e:b8:77:ab
-model = ea4500
-security = wpa2
-psk = chromeos
-class_name = StaticAPConfigurator
-
-[94:10:3e:b8:77:a2]
-brand = linksys
-wan_hostname = chromeos3-row2-rack2-host17
-ssid = linksys_ea4500__n_ch153_wpa2
-frequency = 5765
-rpm_managed = True
-rpm_hostname = chromeos3-row2-rack2-rpm1
-rpm_outlet = .A17
-bss = 94:10:3e:b8:77:a2
-wan mac = 94:10:3e:b8:77:ab
-model = ea4500
-security = wpa2
-psk = chromeos
-class_name = StaticAPConfigurator
-
-[00:21:29:6c:23:8a]
-brand = linksys
-wan_hostname = chromeos3-row2-rack2-host18
-ssid = linksys_wrt600n__n_ch11_wpa2
-frequency = 2462
-rpm_managed = True
-rpm_hostname = chromeos3-row2-rack2-rpm1
-rpm_outlet = .A18
-bss = 00:21:29:6c:23:8a
-wan mac = 00:21:29:6c:23:8b
-model = wrt600n
-security = wpa2
-psk = chromeos
-class_name = StaticAPConfigurator
-
-[00:21:29:6c:6c:bd]
-brand = linksys
-wan_hostname = chromeos3-row2-rack2-host18
-ssid = linksys_wrt600n__n_ch157_wpa2
-frequency = 5785
-rpm_managed = True
-rpm_hostname = chromeos3-row2-rack2-rpm1
-rpm_outlet = .A18
-bss = 00:21:29:6c:6c:bd
-wan mac = 00:21:29:6c:23:8b
-model = wrt600n
-security = wpa2
-psk = chromeos
-class_name = StaticAPConfigurator
-
-[48:f8:b3:ec:97:12]
-brand = linksys
-wan_hostname = chromeos3-row2-rack2-host20
-ssid = linksys_ea9200__n_ch1_wpa2
-frequency = 2412
-rpm_managed = True
-rpm_hostname = chromeos3-row2-rack2-rpm1
-rpm_outlet = .A20
-bss = 48:f8:b3:ec:97:12
-wan mac = 48:f8:b3:ec:97:10
-model = ea9200
-security = wpa2
-psk = chromeos
-class_name = StaticAPConfigurator
-
-[48:f8:b3:ec:97:14]
-brand = linksys
-wan_hostname = chromeos3-row2-rack2-host20
-ssid = linksys_ea9200__ac_ch161_wpa2
-frequency = 5805
-rpm_managed = True
-rpm_hostname = chromeos3-row2-rack2-rpm1
-rpm_outlet = .A20
-bss = 48:f8:b3:ec:97:14
-wan mac = 48:f8:b3:ec:97:10
-model = ea9200
-security = wpa2
-psk = chromeos
-class_name = StaticAPConfigurator
-
-# Row 2 Rack 3
-
-[14:35:8b:0c:01:9c]
-brand = medialink
-wan_hostname = chromeos3-row2-rack3-host1
-ssid = medialink_mwn_wapr300_n_ch1_wpa2
-frequency = 2412
-rpm_managed = True
-rpm_hostname = chromeos3-row2-rack3-rpm1
-rpm_outlet = .A1
-bss = 14:35:8b:0c:01:9c
-wan mac = 14:35:8b:0c:01:9c
-model = mwn_wapr300n
-security = wpa2
-psk = chromeos
-class_name = StaticAPConfigurator
-
-[14:35:8b:0b:6c:80]
-brand = medialink
-wan_hostname = chromeos3-row2-rack3-host2
-ssid = medialink_mwnwapr150__n_ch6_wpa2
-frequency = 2437
-rpm_managed = True
-rpm_hostname = chromeos3-row2-rack3-rpm1
-rpm_outlet = .A2
-bss = 14:35:8b:0b:6c:80
-wan mac = 14:35:8b:0b:6c:80
-model = mwn_wapr150n
-security = wpa2
-psk = chromeos
-class_name = StaticAPConfigurator
-
-[c0:3f:0e:ba:a8:e1]
-brand = netgear
-wan_hostname = chromeos3-row2-rack3-host3
-ssid = netgear_wndr3300__g_ch1_wpa2
-frequency = 2412
-rpm_managed = True
-rpm_hostname = chromeos3-row2-rack3-rpm1
-rpm_outlet = .A3
-bss = c0:3f:0e:ba:a8:e1
-wan mac = c0:3f:0e:ba:a8:e2
-model = wndr3300
-security = wpa2
-psk = chromeos
-class_name = StaticAPConfigurator
-
-[c0:3f:0e:ba:a8:e0]
-brand = netgear
-wan_hostname = chromeos3-row2-rack3-host3
-ssid = netgear_wndr3300__n_ch161_wpa2
-frequency = 5805
-rpm_managed = True
-rpm_hostname = chromeos3-row2-rack3-rpm1
-rpm_outlet = .A3
-bss5 = c0:3f:0e:ba:a8:e0
-wan mac = c0:3f:0e:ba:a8:e2
-model = wndr3300
-security = wpa2
-psk = chromeos
-class_name = StaticAPConfigurator
-
-[00:1e:2a:08:65:a8]
-brand = netgear
-wan_hostname = chromeos3-row2-rack3-host4
-ssid = netgear_wnr834b__n_ch11_wpa2
-frequency = 2462
-rpm_managed = True
-rpm_hostname = chromeos3-row2-rack3-rpm1
-rpm_outlet = .A4
-bss = 00:1e:2a:08:65:a8
-wan mac = 00:1e:2a:08:65:a9
-model = wnr834bv2
-security = wpa2
-psk = chromeos
-class_name = StaticAPConfigurator
-
-[2c:30:33:df:80:21]
-brand = netgear
-wan_hostname = chromeos3-row2-rack3-host5
-ssid = netgear_r7900_n_ch6_wpa2
-frequency = 2437
-rpm_managed = True
-rpm_hostname = chromeos3-row2-rack3-rpm1
-rpm_outlet = .A5
-bss = 2c:30:33:df:80:21
-wan mac = 2c:30:33:df:80:23
-model = r7900
-security = wpa2
-psk = chromeos
-class_name = StaticAPConfigurator
-
-[2c:30:33:df:80:20]
-brand = netgear
-wan_hostname = chromeos3-row2-rack3-host5
-ssid = netgear_r7900_ac_ch44_wpa2
-frequency = 5220
-rpm_managed = True
-rpm_hostname = chromeos3-row2-rack3-rpm1
-rpm_outlet = .A5
-bss5 = 2c:30:33:df:80:20
-wan mac = 2c:30:33:df:80:23
-model = r7900
-security = wpa2
-psk = chromeos
-class_name = StaticAPConfigurator
-
-[2c:30:33:df:80:22]
-brand = netgear
-wan_hostname = chromeos3-row2-rack3-host5
-ssid = netgear_r7900_ac_ch149_wpa2
-frequency = 5745
-rpm_managed = True
-rpm_hostname = chromeos3-row2-rack3-rpm1
-rpm_outlet = .A5
-bss5 = 2c:30:33:df:80:22
-wan mac = 2c:30:33:df:80:23
-model = r7900
-security = wpa2
-psk = chromeos
-class_name = StaticAPConfigurator
-
-[00:1f:33:2a:0c:d1]
-brand = netgear
-wan_hostname = chromeos3-row2-rack3-host6
-ssid = netgear_wnd3500_n_ch11_wpa2
-frequency = 2462
-rpm_managed = True
-rpm_hostname = chromeos3-row2-rack3-rpm1
-rpm_outlet = .A6
-bss = 00:1f:33:2a:0c:d1
-wan mac = 00:1f:33:2a:0c:d3
-model = wnr3500
-security = wpa2
-psk = chromeos
-class_name = StaticAPConfigurator
-
-[a0:63:91:ea:2e:5c]
-brand = netgear
-wan_hostname = chromeos3-row2-rack3-host7
-ssid = netgear_ac1750__n_ch1_wpa2
-frequency = 2412
-rpm_managed = True
-rpm_hostname = chromeos3-row2-rack3-rpm1
-rpm_outlet = .A7
-bss5 = a0:63:91:ea:2e:5c
-wan mac = a0:63:91:ea:2e:5c
-model = ac1750
-security = wpa2
-psk = chromeos
-class_name = StaticAPConfigurator
-
-[a0:63:91:ea:2e:5b]
-brand = netgear
-wan_hostname = chromeos3-row2-rack3-host7
-ssid = netgear_ac1750__ac_ch157_wpa2
-frequency = 5785
-rpm_managed = True
-rpm_hostname = chromeos3-row2-rack3-rpm1
-rpm_outlet = .A7
-bss5 = a0:63:91:ea:2e:5b
-wan mac = a0:63:91:ea:2e:5c
-model = ac1750
-security = wpa2
-psk = chromeos
-class_name = StaticAPConfigurator
-
-[50:6a:03:f3:a2:80]
-brand = netgear
-wan_hostname = chromeos3-row2-rack3-host8
-ssid = netgear_wnr_10000_n_ch6_wpa2
-frequency = 2437
-rpm_managed = True
-rpm_hostname = chromeos3-row2-rack3-rpm1
-rpm_outlet = .A8
-bss = 50:6a:03:f3:a2:80
-wan mac = 50:6a:03:f3:a2:81
-model = wnr1000v4
-security = wpa2
-psk = chromeos
-class_name = StaticAPConfigurator
-
-[20:4e:7f:49:86:8f]
-brand = netgear
-wan_hostname = chromeos3-row2-rack3-host9
-ssid = netgear_wpn824_n_ch11_wpa2
-frequency = 2462
-rpm_managed = True
-rpm_hostname = chromeos3-row2-rack3-rpm1
-rpm_outlet = .A9
-bss = 20:4e:7f:49:86:8f
-wan mac = 20:4e:7f:49:86:90
-model = wpn824n
-security = wpa2
-psk = chromeos
-class_name = StaticAPConfigurator
-
-[20:4e:7f:47:af:c6]
-brand = netgear
-wan_hostname = chromeos3-row2-rack3-host10
-ssid = netgear_n600_n_ch6_wpa2
-frequency = 2437
-rpm_managed = True
-rpm_hostname = chromeos3-row2-rack3-rpm1
-rpm_outlet = .A10
-bss5 = 20:4e:7f:47:af:c6
-wan mac = 20:4e:7F:47:af:c7
-model = n600
-security = wpa2
-psk = chromeos
-class_name = StaticAPConfigurator
-
-[20:4e:7f:47:af:c8]
-brand = netgear
-wan_hostname = chromeos3-row2-rack3-host10
-ssid = netgear_n600_n_ch161_wpa2
-frequency = 5805
-rpm_managed = True
-rpm_hostname = chromeos3-row2-rack3-rpm1
-rpm_outlet = .A10
-bss5 = 20:4e:7f:47:af:c8
-wan mac = 20:4e:7F:47:af:c7
-model = n600
-security = wpa2
-psk = chromeos
-class_name = StaticAPConfigurator
-
-[14:59:c0:3e:05:16]
-brand = netgear
-wan_hostname = chromeos3-row2-rack3-host11
-ssid = netgear_r9000__n_ch1_wpa2
-frequency = 2412
-rpm_managed = True
-rpm_hostname = chromeos3-row2-rack3-rpm1
-rpm_outlet = .A11
-bss = 14:59:c0:3e:05:16
-wan mac = 14:59:c0:3e:05:17
-model = R9000
-security = wpa2
-psk = chromeos
-class_name = StaticAPConfigurator
-
-### b/153560792
-### [14:59:c0:3e:05:18]
-### brand = netgear
-### wan_hostname = chromeos3-row2-rack3-host11
-### ssid = netgear_r9000__ac_ch36_wpa2
-### frequency = 5180
-### rpm_managed = True
-### rpm_hostname = chromeos3-row2-rack3-rpm1
-### rpm_outlet = .A11
-### bss5 = 14:59:c0:3e:05:18
-### wan mac = 14:59:c0:3e:05:17
-### model = R9000
-### security = wpa2
-### psk = chromeos
-### class_name = StaticAPConfigurator
-
-# Exclude; ch11 is set to hidden, not used
-# [2c:30:33:3f:3b:7a]
-# brand = netgear
-# wan_hostname = chromeos3-row2-rack3-host12
-# ssid = netgear_r6400_n_ch11_wpa2
-# frequency = 2462
-# rpm_managed = True
-# rpm_hostname = chromeos3-row2-rack3-rpm1
-# rpm_outlet = .A12
-# bss = 2c:30:33:3f:3b:7a
-# wan mac = 2c:30:33:3f:3b:7b
-# model = ac1750r6400
-# security = wpa2
-# psk = chromeos
-# class_name = StaticAPConfigurator
-
-[2c:30:33:3f:3b:79]
-brand = netgear
-wan_hostname = chromeos3-row2-rack3-host12
-ssid = netgear_r6400_ac_ch153_wpa2
-frequency = 5765
-rpm_managed = True
-rpm_hostname = chromeos3-row2-rack3-rpm1
-rpm_outlet = .A12
-bss5 = 2c:30:33:3f:3b:79
-wan mac = 2c:30:33:3f:3b:7b
-model = ac1750r6400
-security = wpa2
-psk = chromeos
-class_name = StaticAPConfigurator
-
-[00:8e:f2:fc:ff:8f]
-brand = netgear
-wan_hostname = chromeos3-row2-rack3-host13
-ssid = netgear_wndr4300_n_ch1_wpa2
-frequency = 2412
-rpm_managed = True
-rpm_hostname = chromeos3-row2-rack3-rpm1
-rpm_outlet = .A13
-bss = 00:8e:f2:fc:ff:8f
-wan mac = 44:94:fc:71:88:9c
-model = wndr4300
-security = wpa2
-psk = chromeos
-class_name = StaticAPConfigurator
-
-[00:8e:f2:fc:ff:91]
-brand = netgear
-wan_hostname = chromeos3-row2-rack3-host13
-ssid = netgear_wndr4300_n_ch149_wpa2
-frequency = 5745
-rpm_managed = True
-rpm_hostname = chromeos3-row2-rack3-rpm1
-rpm_outlet = .A13
-bss5 = 00:8e:f2:fc:ff:91
-wan mac = 44:94:fc:71:88:9c
-model = wndr4300
-security = wpa2
-psk = chromeos
-class_name = StaticAPConfigurator
-
-### #crbug.com/388887
-### [84:1b:5e:54:de:4b]
-### brand = netgear
-### wan_hostname = chromeos3-row2-rack3-host14
-### ssid = netgear_wndr_3400_n_ch6_wpa2
-### frequency = 2437
-### rpm_managed = True
-### bss = 84:1b:5e:54:de:4b
-### wan mac = 84:1b:5e:54:de:4c
-### model = dgnd3800b
-### security = wpa2
-### psk = chromeos
-### class_name = StaticAPConfigurator
-
-### #crbug.com/388887
-### [84:1b:5e:54:de:4c]
-### brand = netgear
-### wan_hostname = chromeos3-row2-rack3-host14
-### ssid = netgear_wndr_3400_n_ch44_wpa2
-### frequency = 5220
-### rpm_managed = True
-### bss5 = 84:1b:5e:54:de:4c
-### wan mac = 84:1b:5e:54:de:4c
-### model = dgnd3800b
-### security = wpa2
-### psk = chromeos
-### class_name = StaticAPConfigurator
-
-[68:1c:a2:02:14:8d]
-brand = Rosewill
-wan_hostname = chromeos3-row2-rack3-host15
-ssid = rosewill_l600_n_ch11_wpa2
-frequency = 2462
-rpm_managed = True
-rpm_hostname = chromeos3-row2-rack3-rpm1
-rpm_outlet = .A15
-bss = 68:1c:a2:02:14:8d
-wan mac = 68:1c:a2:02:14:8c
-model = l600n
-security = wpa2
-psk = chromeos
-class_name = StaticAPConfigurator
-
-[4c:1c:a2:02:14:8d]
-brand = Rosewill
-wan_hostname = chromeos3-row2-rack3-host15
-ssid = rosewill_l600_n_ch44_wpa2
-frequency = 5220
-rpm_managed = True
-rpm_hostname = chromeos3-row2-rack3-rpm1
-rpm_outlet = .A15
-bss5 = 4c:1c:a2:02:14:8d
-wan mac = 68:1c:a2:02:14:8c
-model = l600n
-security = wpa2
-psk = chromeos
-class_name = StaticAPConfigurator
-
-### [f8:1a:67:99:58:90]
-### brand = TP-Link
-### wan_hostname = chromeos3-row2-rack3-host16
-### ssid = tplink_mr3420_n_1_wpa2
-### frequency = 2412
-### rpm_managed = True
-### bss = f8:1a:67:99:58:90
-### wan mac = f8:1a:67:99:58:91
-### model = mr3420
-### security = wpa2
-### psk = chromeos
-### class_name = StaticAPConfigurator
-
-[20:aa:4b:cd:67:e5]
-brand = linksys
-wan_hostname = chromeos3-row2-rack3-host17
-ssid = linksys_e2500__n_ch11_wpa2
-frequency = 2462
-rpm_managed = True
-rpm_hostname = chromeos3-row2-rack4-rpm1
-rpm_outlet = .A21
-bss = 20:aa:4b:cd:67:e5
-wan mac = 20:aa:4b:cd:67:e4
-model = e2500
-security = wpa2
-psk = chromeos
-class_name = StaticAPConfigurator
-
-[20:aa:4b:cd:67:e6]
-brand = linksys
-wan_hostname = chromeos3-row2-rack3-host17
-ssid = linksys_e2500__n_ch40_wpa2
-frequency = 5200
-rpm_managed = True
-rpm_hostname = chromeos3-row2-rack4-rpm1
-rpm_outlet = .A21
-bss = 20:aa:4b:cd:67:e6
-wan mac = 20:aa:4b:cd:67:e4
-model = e2500
-security = wpa2
-psk = chromeos
-class_name = StaticAPConfigurator
-
-[98:fc:11:78:64:c0]
-brand = linksys
-wan_hostname = chromeos3-row2-rack3-host18
-ssid = linksys_e3000__n_ch1_wpa2
-frequency = 2412
-rpm_managed = True
-rpm_hostname = chromeos3-row2-rack4-rpm1
-rpm_outlet = .A22
-bss = 98:fc:11:78:64:c0
-wan mac = 98:fc:11:78:64:bf
-model = e3000
-security = wpa2
-psk = chromeos
-class_name = StaticAPConfigurator
-
-[98:fc:11:78:64:c1]
-brand = linksys
-wan_hostname = chromeos3-row2-rack3-host18
-ssid = linksys_e3000__n_ch153_wpa2
-frequency = 5765
-rpm_managed = True
-rpm_hostname = chromeos3-row2-rack4-rpm1
-rpm_outlet = .A22
-bss = 98:fc:11:78:64:c1
-wan mac = 98:fc:11:78:64:bf
-model = e3000
-security = wpa2
-psk = chromeos
-class_name = StaticAPConfigurator
-
-[00:21:91:5f:59:f6]
-brand = dlink
-wan_hostname = chromeos3-row2-rack3-host19
-ssid = dlink_dir300__g_ch6_wpa2
-frequency = 2437
-rpm_managed = True
-rpm_hostname = chromeos3-row2-rack4-rpm1
-rpm_outlet = .A23
-bss = 00:21:91:5f:59:f6
-wan mac = 00:21:91:5f:59:f6
-model = dir300
-security = wpa2
-psk = chromeos
-class_name = StaticAPConfigurator
-
-[80:1f:02:0e:17:ab]
-brand = edimax
-wan_hostname = chromeos3-row2-rack3-host20
-ssid = edimax_br6428n__n_ch11_wpa2
-frequency = 2462
-rpm_managed = True
-rpm_hostname = chromeos3-row2-rack4-rpm1
-rpm_outlet = .A24
-bss = 80:1f:02:0e:17:ab
-wan mac = 80:1f:02:0e:17:ab
-model = br6428n
-security = wpa2
-psk = chromeos
-class_name = StaticAPConfigurator
-
-# Row 2 Rack 4
-
-### [10:fe:ed:68:29:a2]
-### brand = TP-Link
-### wan_hostname = chromeos3-row2-rack4-host1
-### ssid = tplink_mr4320_n_6_wpa2
-### frequency = 2437
-### rpm_managed = True
-### bss = 10:fe:ed:68:29:a2
-### wan mac = 10:fe:ed:68:29:a3
-### model = mr3420
-### security = wpa2
-### psk = chromeos
-### class_name = StaticAPConfigurator
-
-# Missing AP chromeos3-row2-rack4-host2
-
-[d8:eb:97:2a:c7:ce]
-brand = trendnet
-wan_hostname = chromeos3-row2-rack4-host3
-ssid = trendnet_tew823dru__n_ch6_wpa2
-frequency = 2437
-rpm_managed = True
-rpm_hostname = chromeos3-row2-rack4-rpm1
-rpm_outlet = .A3
-bss = d8:eb:97:2a:c7:ce
-wan mac = d8:eb:97:2a:c7:cf
-model = tew823dru
-security = wpa2
-psk = chromeos
-class_name = StaticAPConfigurator
-
-[d8:eb:97:2a:c7:d0]
-brand = trendnet
-wan_hostname = chromeos3-row2-rack4-host3
-ssid = trendnet_tew823dru__ac_ch36_wpa2
-frequency = 5180
-rpm_managed = True
-rpm_hostname = chromeos3-row2-rack4-rpm1
-rpm_outlet = .A3
-bss5 = d8:eb:97:2a:c7:d0
-wan mac = d8:eb:97:2a:c7:cf
-model = tew823dru
-security = wpa2
-psk = chromeos
-class_name = StaticAPConfigurator
-
-### [d8:eb:97:18:e2:d6]
-### brand = trendnet
-### wan_hostname = chromeos3-row2-rack4-host4
-### ssid = trendnet_tew654tr_n_1_wpa2
-### frequency = 2412
-### rpm_managed = True
-### bss = d8:eb:97:18:e2:d6
-### wan mac = d8:eb:97:18:e2:d7
-### model = tew_654tr
-### security = wpa2
-### psk = chromeos
-### class_name = StaticAPConfigurator
-
-[00:14:d1:c5:68:94]
-brand = trendnet
-wan_hostname = chromeos3-row2-rack4-host5
-ssid = trendnet_tew639gr__n_ch11_wpa2
-frequency = 2462
-rpm_managed = True
-rpm_hostname = chromeos3-row2-rack4-rpm1
-rpm_outlet = .A5
-bss = 00:14:d1:c5:68:94
-wan mac = 00:14:d1:c5:68:94
-model = tew_639gr
-security = wpa2
-psk = chromeos
-class_name = StaticAPConfigurator
-
-[d8:eb:97:c8:d9:fb]
-brand = trendnet
-wan_hostname = chromeos3-row2-rack4-host6
-ssid = trendnet_828dru__n_ch11_wpa2
-frequency = 2462
-rpm_managed = True
-rpm_hostname = chromeos3-row2-rack4-rpm1
-rpm_outlet = .A6
-bss = d8:eb:97:c8:d9:fb
-wan mac = d8:eb:97:c8:d9:f7
-model = tew828dru
-security = wpa2
-psk = chromeos
-class_name = StaticAPConfigurator
-
-[d8:eb:97:c8:d9:ff]
-brand = trendnet
-wan_hostname = chromeos3-row2-rack4-host6
-ssid = trendnet_828dru__ac_ch48_wpa2
-frequency = 5240
-rpm_managed = True
-rpm_hostname = chromeos3-row2-rack4-rpm1
-rpm_outlet = .A6
-bss5 = d8:eb:97:c8:d9:ff
-wan mac = d8:eb:97:c8:d9:f7
-model = tew828dru
-security = wpa2
-psk = chromeos
-class_name = StaticAPConfigurator
-
-[d8:eb:97:c8:da:03]
-brand = trendnet
-wan_hostname = chromeos3-row2-rack4-host6
-ssid = trendnet_828dru__ac_ch157_wpa2
-frequency = 5785
-rpm_managed = True
-rpm_hostname = chromeos3-row2-rack4-rpm1
-rpm_outlet = .A6
-bss5 = d8:eb:97:c8:da:03
-wan mac = d8:eb:97:c8:d9:f7
-model = tew828dru
-security = wpa2
-psk = chromeos
-class_name = StaticAPConfigurator
-
-[00:90:a9:05:2e:31]
-brand = WD
-wan_hostname = chromeos3-row2-rack4-host7
-ssid = wd_n750__n_ch1_wpa2
-frequency = 2412
-rpm_managed = True
-rpm_hostname = chromeos3-row2-rack4-rpm1
-rpm_outlet = .A7
-bss = 00:90:a9:05:2e:31
-wan mac = 00:90:a9:05:2e:30
-model = mynet_n750
-security = wpa2
-psk = chromeos
-class_name = StaticAPConfigurator
-
-[00:90:a9:05:2e:33]
-brand = WD
-wan_hostname = chromeos3-row2-rack4-host7
-ssid = wd_n750__n_ch36_wpa2
-frequency = 5180
-rpm_managed = True
-rpm_hostname = chromeos3-row2-rack4-rpm1
-rpm_outlet = .A7
-bss5 = 00:90:a9:05:2e:33
-wan mac = 00:90:a9:05:2e:30
-model = mynet_n750
-security = wpa2
-psk = chromeos
-class_name = StaticAPConfigurator
-
-[fc:f5:28:d4:b5:a8]
-brand = zyxel
-wan_hostname = chromeos3-row2-rack4-host8
-ssid = zyxel_nbg6716__n_ch1_wpa2
-frequency = 2412
-rpm_managed = True
-rpm_hostname = chromeos3-row2-rack4-rpm1
-rpm_outlet = .A8
-bss = fc:f5:28:d4:b5:a8
-wan mac = fc:f5:28:d4:b5:ab
-model = nbg6716
-security = wpa2
-psk = chromeos
-class_name = StaticAPConfigurator
-
-[fc:f5:28:d4:b5:a9]
-brand = zyxel
-wan_hostname = chromeos3-row2-rack4-host8
-ssid = zyxel_nbg6716__ac_ch149_wpa2
-frequency = 5745
-rpm_managed = True
-rpm_hostname = chromeos3-row2-rack4-rpm1
-rpm_outlet = .A8
-bss5 = fc:f5:28:d4:b5:a9
-wan mac = fc:f5:28:d4:b5:ab
-model = nbg6716
-security = wpa2
-psk = chromeos
-class_name = StaticAPConfigurator
-
-[68:1c:a2:00:93:18]
-brand = rosewill
-wan_hostname = chromeos3-row2-rack4-host9
-ssid = rosewill_rnxn150rt__n_ch6_wpa2
-frequency = 2437
-rpm_managed = True
-rpm_hostname = chromeos3-row2-rack4-rpm1
-rpm_outlet = .A9
-bss = 68:1c:a2:00:93:18
-wan mac = 68:1c:a2:00:93:19
-model = rnxn150rt
-security = wpa2
-psk = chromeos
-class_name = StaticAPConfigurator
-
-[00:19:9d:74:f0:29 ]
-brand = vizio
-wan_hostname = chromeos3-row2-rack4-host10
-ssid = vizio_xwr100__n_ch1_wpa2
-frequency = 2412
-rpm_managed = True
-rpm_hostname = chromeos3-row2-rack4-rpm1
-rpm_outlet = .A10
-bss = 00:19:9d:74:f0:29
-wan mac = 00:19:9d:74:f0:2b
-model = xwr100
-security = wpa2
-psk = chromeos
-class_name = StaticAPConfigurator
-
-[00:19:9d:74:f0:28]
-brand = vizio
-wan_hostname = chromeos3-row2-rack4-host10
-ssid = vizio_xwr100__n_ch44_wpa2
-frequency = 5220
-rpm_managed = True
-rpm_hostname = chromeos3-row2-rack4-rpm1
-rpm_outlet = .A10
-bss = 00:19:9d:74:f0:28
-wan mac = 00:19:9d:74:f0:2b
-model = xwr100
-security = wpa2
-psk = chromeos
-class_name = StaticAPConfigurator
-
-[d8:0d:17:b2:8e:37]
-brand = tp-link
-wan_hostname = chromeos3-row2-rack4-host11
-ssid = tplink_a9__n_ch6_wpa2
-frequency = 2437
-rpm_managed = True
-rpm_hostname = chromeos3-row2-rack4-rpm1
-rpm_outlet = .A11
-bss = d8:0d:17:b2:8e:37
-wan mac = d8:0d:17:b2:8e:39
-model = tplink_a9
-security = wpa2
-psk = chromeos
-class_name = StaticAPConfigurator
-
-[d8:0d:17:b2:8e:36]
-brand = tp-link
-wan_hostname = chromeos3-row2-rack4-host11
-ssid = tplink_a9__ac_ch40_wpa2
-frequency = 5200
-rpm_managed = True
-rpm_hostname = chromeos3-row2-rack4-rpm1
-rpm_outlet = .A11
-bss = d8:0d:17:b2:8e:36
-wan mac = d8:0d:17:b2:8e:39
-model = tplink_a9
-security = wpa2
-psk = chromeos
-class_name = StaticAPConfigurator
-
-[c4:71:54:ad:f8:50]
-brand = tp-link
-wan_hostname = chromeos3-row2-rack4-host12
-ssid = tplink_c3200__n_ch11_wpa2
-frequency = 2462
-rpm_managed = True
-rpm_hostname = chromeos3-row2-rack4-rpm1
-rpm_outlet = .A12
-bss = c4:71:54:ad:f8:50
-wan mac = c4:71:54:ad:f8:51
-model = c3200
-security = wpa2
-psk = chromeos
-class_name = StaticAPConfigurator
-
-[c4:71:54:ad:f8:4e]
-brand = tp-link
-wan_hostname = chromeos3-row2-rack4-host12
-ssid = tplink_c3200__ac_ch149_wpa2
-frequency = 5745
-rpm_managed = True
-rpm_hostname = chromeos3-row2-rack4-rpm1
-rpm_outlet = .A12
-bss = c4:71:54:ad:f8:4e
-wan mac = c4:71:54:ad:f8:51
-model = c3200
-security = wpa2
-psk = chromeos
-class_name = StaticAPConfigurator
-
-[98:da:c4:82:ca:a9]
-brand = tp-link
-wan_hostname = chromeos3-row2-rack4-host13
-ssid = tplink_a7__n_ch1_wpa2
-frequency = 2412
-rpm_managed = True
-rpm_hostname = chromeos3-row2-rack4-rpm1
-rpm_outlet = .A13
-bss = 98:da:c4:82:ca:a9
-wan mac = 98:da:c4:82:ca:aa
-model = a7
-security = wpa2
-psk = chromeos
-class_name = StaticAPConfigurator
-
-[98:da:c4:82:ca:a8]
-brand = tp-link
-wan_hostname = chromeos3-row2-rack4-host13
-ssid = tplink_a7__ac_ch44_wpa2
-frequency = 5220
-rpm_managed = True
-rpm_hostname = chromeos3-row2-rack4-rpm1
-rpm_outlet = .A13
-bss = 98:da:c4:82:ca:a8
-wan mac = 98:da:c4:82:ca:aa
-model = a7
-security = wpa2
-psk = chromeos
-class_name = StaticAPConfigurator
-
-[04:95:e6:23:82:a1]
-brand = tenda
-wan_hostname = chromeos3-row2-rack4-host14
-ssid = tenda_ac18__n_ch6_wpa2
-frequency = 2437
-rpm_managed = True
-rpm_hostname = chromeos3-row2-rack4-rpm1
-rpm_outlet = .A14
-bss = 04:95:e6:23:82:a1
-wan mac = 04:95:e6:23:82:a9
-model = ac18
-security = wpa2
-psk = chromeos
-class_name = StaticAPConfigurator
-
-[04:95:e6:23:82:a5]
-brand = tenda
-wan_hostname = chromeos3-row2-rack4-host14
-ssid = tenda_ac18__ac_ch48_wpa2
-frequency = 5785
-rpm_managed = True
-rpm_hostname = chromeos3-row2-rack4-rpm1
-rpm_outlet = .A14
-bss = 04:95:e6:23:82:a5
-wan mac = 04:95:e6:23:82:a9
-model = ac18
-security = wpa2
-psk = chromeos
-class_name = StaticAPConfigurator
-
-[d8:32:14:ac:30:91]
-brand = tenda
-wan_hostname = chromeos3-row2-rack4-host15
-ssid = tenda_ac6__n_ch11_wpa2
-frequency = 2462
-rpm_managed = True
-rpm_hostname = chromeos3-row2-rack4-rpm1
-rpm_outlet = .A15
-bss = d8:32:14:ac:30:91
-wan mac = d8:32:14:ac:30:99
-model = ac6
-security = wpa2
-psk = chromeos
-class_name = StaticAPConfigurator
-
-[d8:32:14:ac:30:95]
-brand = tenda
-wan_hostname = chromeos3-row2-rack4-host15
-ssid = tenda_ac6__ac_ch157_wpa2
-frequency = 5785
-rpm_managed = True
-rpm_hostname = chromeos3-row2-rack4-rpm1
-rpm_outlet = .A15
-bss = d8:32:14:ac:30:95
-wan mac = d8:32:14:ac:30:99
-model = ac6
-security = wpa2
-psk = chromeos
-class_name = StaticAPConfigurator
-
-[50:0f:f5:65:ef:10]
-brand = tenda
-wan_hostname = chromeos3-row2-rack4-host16
-ssid = tenda_n301__n_ch1_wpa2
-frequency = 2412
-rpm_managed = True
-rpm_hostname = chromeos3-row2-rack4-rpm1
-rpm_outlet = .A16
-bss = 50:0f:f5:65:ef:10
-wan mac = 50:0f:f5:65:ef:10
-model = n301
-security = wpa2
-psk = chromeos
-class_name = StaticAPConfigurator
-
-[04:d4:c4:08:67:08]
-brand = asus
-wan_hostname = chromeos3-row2-rack4-host17
-ssid = asus_ac88u__n_ch6_wpa2
-frequency = 2437
-rpm_managed = True
-rpm_hostname = chromeos3-row2-rack4-rpm1
-rpm_outlet = .A17
-bss = 04:d4:c4:08:67:08
-wan mac = 04:d4:c4:08:67:08
-model = ac3100
-security = wpa2
-psk = chromeos
-class_name = StaticAPConfigurator
-
-### b/153560792
-### [04:d4:c4:08:67:0c]
-### brand = asus
-### wan_hostname = chromeos3-row2-rack4-host17
-### ssid = asus_ac88u__n_ch153_wpa2
-### frequency = 5765
-### rpm_managed = True
-### rpm_hostname = chromeos3-row2-rack4-rpm1
-### rpm_outlet = .A17
-### bss = 04:d4:c4:08:67:0c
-### wan mac = 04:d4:c4:08:67:08
-### model = ac3100
-### security = wpa2
-### psk = chromeos
-### class_name = StaticAPConfigurator
-
-[04:d4:c4:d7:20:48]
-brand = asus
-wan_hostname = chromeos3-row2-rack4-host18
-ssid = asus_ac51u__n_ch11_wpa2
-frequency = 2462
-rpm_managed = True
-rpm_hostname = chromeos3-row2-rack4-rpm1
-rpm_outlet = .A18
-bss = 04:d4:c4:d7:20:48
-wan mac = 04:d4:c4:d7:20:48
-model = ac51u
-security = wpa2
-psk = chromeos
-class_name = StaticAPConfigurator
-
-[04:d4:c4:d7:20:4c]
-brand = asus
-wan_hostname = chromeos3-row2-rack4-host18
-ssid = asus_ac51u__n_ch40_wpa2
-frequency = 5200
-rpm_managed = True
-rpm_hostname = chromeos3-row2-rack4-rpm1
-rpm_outlet = .A18
-bss = 04:d4:c4:d7:20:4c
-wan mac = 04:d4:c4:d7:20:48
-model = ac51u
-security = wpa2
-psk = chromeos
-class_name = StaticAPConfigurator
-
-### b/153560792
-### [4c:ed:fb:7b:a2:88]
-### brand = asus
-### wan_hostname = chromeos3-row2-rack4-host19
-### ssid = asus_ac1900p__n_ch1_wpa2
-### frequency = 2412
-### rpm_managed = True
-### rpm_hostname = chromeos3-row2-rack4-rpm1
-### rpm_outlet = .A19
-### bss = 4c:ed:fb:7b:a2:88
-### wan mac = 4c:ed:fb:7b:a2:88
-### model = ac1900p
-### security = wpa2
-### psk = chromeos
-### class_name = StaticAPConfigurator
-
-### b/153560792
-### [4c:ed:fb:7b:a2:8c]
-### brand = asus
-### wan_hostname = chromeos3-row2-rack4-host19
-### ssid = asus_ac1900p__ac_ch36_wpa2
-### frequency = 5180
-### rpm_managed = True
-### rpm_hostname = chromeos3-row2-rack4-rpm1
-### rpm_outlet = .A19
-### bss = 4c:ed:fb:7b:a2:8c
-### wan mac = 4c:ed:fb:7b:a2:88
-### model = ac1900p
-### security = wpa2
-### psk = chromeos
-### class_name = StaticAPConfigurator
-
-[74:03:bd:00:8a:60]
-brand = buffalo
-wan_hostname = chromeos3-row2-rack4-host20
-ssid = buffalo_whr1166d__n_ch1_wpa2
-frequency = 2412
-rpm_managed = True
-rpm_hostname = chromeos3-row3-rack4-rpm1
-rpm_outlet = .A20
-bss = 74:03:bd:00:8a:60
-wan mac = 74:03:bd:00:8a:60
-model = whr1166d
-security = wpa2
-psk = chromeos
-class_name = StaticAPConfigurator
-
-[74:03:bd:00:8a:64]
-brand = buffalo
-wan_hostname = chromeos3-row2-rack4-host20
-ssid = buffalo_whr1166d__ac_ch149_wpa2
-frequency = 5745
-rpm_managed = True
-rpm_hostname = chromeos3-row3-rack4-rpm1
-rpm_outlet = .A20
-bss = 74:03:bd:00:8a:64
-wan mac = 74:03:bd:00:8a:60
-model = whr1166d
-security = wpa2
-psk = chromeos
-class_name = StaticAPConfigurator
-
-[98:bb:99:16:cf:e4]
-brand = wisetiger
-wan_hostname = chromeos3-row3-rack1-host1
-ssid = wisetiger_rt8501__n_ch1_wpa2
-frequency = 2412
-rpm_managed = True
-rpm_hostname = chromeos3-row3-rack1-rpm1
-rpm_outlet = .A1
-bss = 98:bb:99:16:cf:e4
-wan mac = 98:bb:99:16:cf:e5
-model = rt8501
-security = wpa2
-psk = chromeos
-class_name = StaticAPConfigurator
-
-[98:bb:99:16:cf:e4]
-brand = wisetiger
-wan_hostname = chromeos3-row3-rack1-host1
-ssid = wisetiger_rt8501__ac_ch153_wpa2
-frequency = 5765
-rpm_managed = True
-rpm_hostname = chromeos3-row3-rack1-rpm1
-rpm_outlet = .A1
-bss = 98:bb:99:16:cf:e4
-wan mac = 98:bb:99:16:cf:e5
-model = rt8501
-security = wpa2
-psk = chromeos
-class_name = StaticAPConfigurator
-
-[14:35:8b:1c:af:01]
-brand = medialink
-wan_hostname = chromeos3-row3-rack1-host2
-ssid = medialink_ac1200r__n_ch6_wpa2
-frequency = 2437
-rpm_managed = True
-rpm_hostname = chromeos3-row3-rack1-rpm1
-rpm_outlet = .A2
-bss = 14:35:8b:1c:af:01
-wan mac = 14:35:8b:1c:af:09
-model = ac1200r
-security = wpa2
-psk = chromeos
-class_name = StaticAPConfigurator
-
-[14:35:8b:1c:af:05]
-brand = medialink
-wan_hostname = chromeos3-row3-rack1-host2
-ssid = medialink_ac1200r__ac_ch36_wpa2
-frequency = 5180
-rpm_managed = True
-rpm_hostname = chromeos3-row3-rack1-rpm1
-rpm_outlet = .A2
-bss = 14:35:8b:1c:af:05
-wan mac = 14:35:8b:1c:af:09
-model = ac1200r
-security = wpa2
-psk = chromeos
-class_name = StaticAPConfigurator
-
-[cc:40:d0:97:ed:0a]
-brand =netgear
-wan_hostname = chromeos3-row3-rack1-host3
-ssid = netgear_r6230__n_ch11_wpa2
-frequency = 2462
-rpm_managed = True
-rpm_hostname = chromeos3-row3-rack1-rpm1
-rpm_outlet = .A3
-bss = cc:40:d0:97:ed:0a
-wan mac = cc:40:d0:97:ed:0b
-model = r6230
-security = wpa2
-psk = chromeos
-class_name = StaticAPConfigurator
-
-[cc:40:d0:97:ed:0a]
-brand = netgear
-wan_hostname = chromeos3-row3-rack1-host3
-ssid = netgear_r6230__ac_ch48_wpa2
-frequency = 5240
-rpm_managed = True
-rpm_hostname = chromeos3-row3-rack1-rpm1
-rpm_outlet = .A3
-bss = cc:40:d0:97:ed:0a
-wan mac = cc:40:d0:97:ed:0b
-model = r6230
-security = wpa2
-psk = chromeos
-class_name = StaticAPConfigurator
-
-[80:3f:5d:b4:f1:1c]
-brand = wavlink
-wan_hostname = chromeos3-row3-rack1-host4
-ssid = wavlink_wn531g3__n_ch1_wpa2
-frequency = 2412
-rpm_managed = True
-rpm_hostname = chromeos3-row3-rack1-rpm1
-rpm_outlet = .A4
-bss = 80:3f:5d:b4:f1:1c
-wan mac = 80:3f:5d:b4:f1:1d
-model = wn531g3
-security = wpa2
-psk = chromeos
-class_name = StaticAPConfigurator
-
-[80:3f:5d:b4:f1:1c]
-brand = wavlink
-wan_hostname = chromeos3-row3-rack1-host4
-ssid = wavlink_wn531g3__ac_ch161_wpa2
-frequency = 5805
-rpm_managed = True
-rpm_hostname = chromeos3-row3-rack1-rpm1
-rpm_outlet = .A4
-bss = 80:3f:5d:b4:f1:1c
-wan mac = 80:3f:5d:b4:f1:1d
-model = wn531g3
-security = wpa2
-psk = chromeos
-class_name = StaticAPConfigurator
-
-[00:11:32:b3:ff:d1]
-brand = synology
-wan_hostname = chromeos3-row3-rack1-host5
-ssid = synology_rt2600__n_ch6_wpa2
-frequency = 2437
-rpm_managed = True
-rpm_hostname = chromeos3-row3-rack1-rpm1
-rpm_outlet = .A5
-bss = 00:11:32:b3:ff:d1
-wan mac = 00:11:32:b3:ff:ce
-model = rt2600
-security = wpa2
-psk = chromeos
-class_name = StaticAPConfigurator
-
-[00:11:32:b3:ff:d2]
-brand = synology
-wan_hostname = chromeos3-row3-rack1-host5
-ssid = synology_rt2600__ac_ch48_wpa2
-frequency = 5240
-rpm_managed = True
-rpm_hostname = chromeos3-row3-rack1-rpm1
-rpm_outlet = .A5
-bss = 00:11:32:b3:ff:d2
-wan mac = 00:11:32:b3:ff:ce
-model = rt2600
-security = wpa2
-psk = chromeos
-class_name = StaticAPConfigurator
-
-### b/153560792
-### [74:da:38:f6:62:6a]
-### brand = edimax
-### wan_hostname = chromeos3-row3-rack1-host6
-### ssid = edimax_br6478ac__n_ch6_wpa2
-### frequency = 2437
-### rpm_managed = True
-### rpm_hostname = chromeos3-row3-rack1-rpm1
-### rpm_outlet = .A6
-### bss = 74:da:38:f6:62:6a
-### wan mac = 74:da:38:f6:62:6c
-### model = br6478ac
-### security = wpa2
-### psk = chromeos
-### class_name = StaticAPConfigurator
-
-[74:da:38:f6:62:6b]
-brand = edimax
-wan_hostname = chromeos3-row3-rack1-host6
-ssid = edimax_br6478ac__ac_ch36_wpa2
-frequency = 5180
-rpm_managed = True
-rpm_hostname = chromeos3-row3-rack1-rpm1
-rpm_outlet = .A6
-bss = 74:da:38:f6:62:6b
-wan mac = 74:da:38:f6:62:6c
-model = br6478ac
-security = wpa2
-psk = chromeos
-class_name = StaticAPConfigurator
-
-[e4:90:7e:f5:67:b4]
-brand = motorola
-wan_hostname = chromeos3-row3-rack1-host7
-ssid = motorola_mr1900__n_ch1_wpa2
-frequency = 2412
-rpm_managed = True
-rpm_hostname = chromeos3-row3-rack1-rpm1
-rpm_outlet = .A7
-bss = e4:90:7e:f5:67:b4
-wan mac = e4:90:7e:f5:67:b0
-model = mr1900
-security = wpa2
-psk = chromeos
-class_name = StaticAPConfigurator
-
-[e4:90:7e:f5:67:ba]
-brand = motorola
-wan_hostname = chromeos3-row3-rack1-host7
-ssid = motorola_mr1900__ac_ch36_wpa2
-frequency = 5180
-rpm_managed = True
-rpm_hostname = chromeos3-row3-rack1-rpm1
-rpm_outlet = .A7
-bss = e4:90:7e:f5:67:ba
-wan mac = e4:90:7e:f5:67:b0
-model = mr1900
-security = wpa2
-psk = chromeos
-class_name = StaticAPConfigurator
-
-[50:c7:bf:de:3f:75]
-brand = iqrouter
-wan_hostname = chromeos3-row3-rack1-host8
-ssid = iqrouter_ac1750__n_ch11_wpa2
-frequency = 2462
-rpm_managed = True
-rpm_hostname = chromeos3-row3-rack1-rpm1
-rpm_outlet = .A8
-bss = 50:c7:bf:de:3f:75
-wan mac = 50:c7:bf:de:3f:76
-model = ac1750
-security = wpa2
-psk = chromeos
-class_name = StaticAPConfigurator
-
-[50:c7:bf:de:3f:76]
-brand = iqrouter
-wan_hostname = chromeos3-row3-rack1-host8
-ssid = iqrouter_ac1750__ac_ch40_wpa2
-frequency = 5200
-rpm_managed = True
-rpm_hostname = chromeos3-row3-rack1-rpm1
-rpm_outlet = .A8
-bss = 50:c7:bf:de:3f:76
-wan mac = 50:c7:bf:de:3f:76
-model = ac1750
-security = wpa2
-psk = chromeos
-class_name = StaticAPConfigurator
-
-[80:3f:5d:50:57:46]
-brand = meco
-wan_hostname = chromeos3-row3-rack1-host9
-ssid = meco_n300 __n_ch6_wpa2
-frequency = 2437
-rpm_managed = True
-rpm_hostname = chromeos3-row3-rack1-rpm1
-rpm_outlet = .A9
-bss = 80:3f:5d:50:57:46
-wan mac = 80:3f:5d:50:57:47
-model = n300
-security = wpa2
-psk = chromeos
-class_name = StaticAPConfigurator
-
-[b4:4b:d6:20:94:d0]
-brand = cudy
-wan_hostname = chromeos3-row3-rack1-host10
-ssid = cudy_wr1000__n_ch1_wpa2
-frequency = 2412
-rpm_managed = True
-rpm_hostname = chromeos3-row3-rack1-rpm1
-rpm_outlet = .A10
-bss = b4:4b:d6:20:94:d0
-wan mac = b4:4b:d6:20:94:d0
-model = wr1000
-security = wpa2
-psk = chromeos
-class_name = StaticAPConfigurator
-
-[b4:4b:d6:20:94:d4]
-brand = cudy
-wan_hostname = chromeos3-row3-rack1-host10
-ssid = cudy_wr1000__n_ch153_wpa2
-frequency = 5765
-rpm_managed = True
-rpm_hostname = chromeos3-row3-rack1-rpm1
-rpm_outlet = .A10
-bss = b4:4b:d6:20:94:d4
-wan mac = b4:4b:d6:20:94:d0
-model = wr1000
-security = wpa2
-psk = chromeos
-class_name = StaticAPConfigurator
-
-[bc:64:4b:af:22:d5]
-brand = arris
-wan_hostname = chromeos3-row3-rack1-host11
-ssid = arris_sbrac1750__n_ch1_wpa2
-frequency = 2412
-rpm_managed = True
-rpm_hostname = chromeos3-row3-rack1-rpm1
-rpm_outlet = .A11
-bss = bc:64:4b:af:22:d5
-wan mac = bc:64:4b:af:22:d4
-model = sbrac1750
-security = wpa2
-psk = chromeos
-class_name = StaticAPConfigurator
-
-[bc:64:4b:af:22:d6]
-brand = arris
-wan_hostname = chromeos3-row3-rack1-host11
-ssid = arris_sbrac1750__ac_ch44_wpa2
-frequency = 5220
-rpm_managed = True
-rpm_hostname = chromeos3-row3-rack1-rpm1
-rpm_outlet = .A11
-bss = bc:64:4b:af:22:d6
-wan mac = bc:64:4b:af:22:d4
-model = sbrac1750
-security = wpa2
-psk = chromeos
-class_name = StaticAPConfigurator
-
-### b/153560792
-### [e4:95:6e:4a:92:fe]
-### brand = glinet
-### wan_hostname = chromeos3-row3-rack1-host12
-### ssid = glinet_ar750s__n_ch11_wpa2
-### frequency = 2462
-### rpm_managed = True
-### rpm_hostname = chromeos3-row3-rack1-rpm1
-### rpm_outlet = .A12
-### bss = e4:95:6e:4a:92:fe
-### wan mac = e4:95:6e:4a:92:fe
-### model = ar750s
-### security = wpa2
-### psk = chromeos
-### class_name = StaticAPConfigurator
-
-[e4:95:6e:4a:92:ff]
-brand = glinet
-wan_hostname = chromeos3-row3-rack1-host12
-ssid = glinet_ar750s__ac_ch157_wpa2
-frequency = 5785
-rpm_managed = True
-rpm_hostname = chromeos3-row3-rack1-rpm1
-rpm_outlet = .A12
-bss = e4:95:6e:4a:92:ff
-wan mac = e4:95:6e:4a:92:fe
-model = ar750s
-security = wpa2
-psk = chromeos
-class_name = StaticAPConfigurator
-
-[8c:59:73:fe:4a:dc]
-brand = zyxel
-wan_hostname = chromeos3-row3-rack1-host13
-ssid = zyxel_nbg6817__n_ch6_wpa2
-frequency = 2437
-rpm_managed = True
-rpm_hostname = chromeos3-row3-rack1-rpm1
-rpm_outlet = .A13
-bss = 8c:59:73:fe:4a:dc
-wan mac = 8c:59:73:fe:4a:df
-model = nbg6817
-security = wpa2
-psk = chromeos
-class_name = StaticAPConfigurator
-
-[8c:59:73:fe:4a:dd]
-brand = zyxel
-wan_hostname = chromeos3-row3-rack1-host13
-ssid = zyxel_nbg6817__ac_ch48_wpa2
-frequency = 5240
-rpm_managed = True
-rpm_hostname = chromeos3-row3-rack1-rpm1
-rpm_outlet = .A13
-bss = 8c:59:73:fe:4a:dd
-wan mac = 8c:59:73:fe:4a:df
-model = nbg6817
-security = wpa2
-psk = chromeos
-class_name = StaticAPConfigurator
-
-[88:dc:96:6e:15:9a]
-brand = engenius
-wan_hostname = chromeos3-row3-rack1-host14
-ssid = engenius_eap1300ext__n_ch1_wpa2
-frequency = 2412
-rpm_managed = True
-rpm_hostname = chromeos3-row3-rack1-rpm1
-rpm_outlet = .A14
-bss = 88:dc:96:6e:15:9a
-wan mac = 88:dc:96:6e:15:99
-model = eap1300ext
-security = wpa2
-psk = chromeos
-class_name = StaticAPConfigurator
-
-[88:dc:96:6e:15:9b]
-brand = engenius
-wan_hostname = chromeos3-row3-rack1-host14
-ssid = engenius_eap1300ext__ac_ch44_wpa2
-frequency = 5220
-rpm_managed = True
-rpm_hostname = chromeos3-row3-rack1-rpm1
-rpm_outlet = .A14
-bss = 88:dc:96:6e:15:9b
-wan mac = 88:dc:96:6e:15:99
-model = eap1300ext
-security = wpa2
-psk = chromeos
-class_name = StaticAPConfigurator
-
-[04:d9:f5:77:fa:d8]
-brand = asus
-wan_hostname = chromeos3-row3-rack1-host15
-ssid = asus_rtac68u__n_ch1_wpa2
-frequency = 2412
-rpm_managed = True
-rpm_hostname = chromeos3-row3-rack1-rpm1
-rpm_outlet = .A15
-bss = 04:d9:f5:77:fa:d8
-wan mac = 04:d9:f5:77:fa:d8
-model = rtac68u
-security = wpa2
-psk = chromeos
-class_name = StaticAPConfigurator
-
-[04:d9:f5:77:fa:dc]
-brand = asus
-wan_hostname = chromeos3-row3-rack1-host15
-ssid = asus_rtac68u__ac_ch153_wpa2
-frequency = 5765
-rpm_managed = True
-rpm_hostname = chromeos3-row3-rack1-rpm1
-rpm_outlet = .A15
-bss = 04:d9:f5:77:fa:dc
-wan mac = 04:d9:f5:77:fa:d8
-model = rtac68u
-security = wpa2
-psk = chromeos
-class_name = StaticAPConfigurator
-
-[04:d9:f5:2b:28:50]
-brand = asus
-wan_hostname = chromeos3-row3-rack1-host16
-ssid = asus_rtax92u__n_ch1_wpa2
-frequency = 2412
-rpm_managed = True
-rpm_hostname = chromeos3-row3-rack1-rpm1
-rpm_outlet = .A16
-bss = 04:d9:f5:2b:28:50
-wan mac = 68:7f:74:0a:97:bb
-model = rtax92u
-security = wpa2
-psk = chromeos
-class_name = StaticAPConfigurator
-
-[04:d9:f5:2b:28:54]
-brand = asus
-wan_hostname = chromeos3-row3-rack1-host16
-ssid = asus_rtax92u__ac_ch36_wpa2
-frequency = 5180
-rpm_managed = True
-rpm_hostname = chromeos3-row3-rack1-rpm1
-rpm_outlet = .A16
-bss = 04:d9:f5:2b:28:54
-wan mac = 04:d9:f5:2b:28:50
-model = rtax92u
-security = wpa2
-psk = chromeos
-class_name = StaticAPConfigurator
-
-[a8:5e:45:88:21:c0]
-brand = asus
-wan_hostname = chromeos3-row3-rack1-host17
-ssid = asus_rtac86u__n_ch11_wpa2
-frequency = 2462
-rpm_managed = True
-rpm_hostname = chromeos3-row3-rack2-rpm1
-rpm_outlet = .A21
-bss = a8:5e:45:88:21:c0
-wan mac = a8:5e:45:88:21:c0
-model = rtac86u
-security = wpa2
-psk = chromeos
-class_name = StaticAPConfigurator
-
-[a8:5e:45:88:21:c4]
-brand = asus
-wan_hostname = chromeos3-row3-rack1-host17
-ssid = asus_rtac86u__ac_ch157_wpa2
-frequency = 5785
-rpm_managed = True
-rpm_hostname = chromeos3-row3-rack2-rpm1
-rpm_outlet = .A21
-bss = a8:5e:45:88:21:c4
-wan mac = a8:5e:45:88:21:c0
-model = rtac86u
-security = wpa2
-psk = chromeos
-class_name = StaticAPConfigurator
-
-[04:d4:c4:c7:35:e0]
-brand = asus
-wan_hostname = chromeos3-row3-rack1-host18
-ssid = asus_rtacrh17__n_ch6_wpa2
-frequency = 2437
-rpm_managed = True
-rpm_hostname = chromeos3-row3-rack2-rpm1
-rpm_outlet = .A22
-bss = 04:d4:c4:c7:35:e0
-wan mac = 04:d4:c4:c7:35:e0
-model = rtacrh17
-security = wpa2
-psk = chromeos
-class_name = StaticAPConfigurator
-
-[04:d4:c4:c7:35:e4]
-brand = asus
-wan_hostname = chromeos3-row3-rack1-host18
-ssid = asus_rtacrh17__ac_ch48_wpa2
-frequency = 5240
-rpm_managed = True
-rpm_hostname = chromeos3-row3-rack2-rpm1
-rpm_outlet = .A22
-bss = 04:d4:c4:c7:35:e4
-wan mac = 04:d4:c4:c7:35:e0
-model = rtacrh17
-security = wpa2
-psk = chromeos
-class_name = StaticAPConfigurator
-
-[04:d9:f5:c2:38:68]
-brand = asus
-wan_hostname = chromeos3-row3-rack1-host19
-ssid = asus_rtacrh13__n_ch1_wpa2
-frequency = 2412
-rpm_managed = True
-rpm_hostname = chromeos3-row3-rack2-rpm1
-rpm_outlet = .A23
-bss = 04:d9:f5:c2:38:68
-wan mac = 04:d9:f5:c2:38:68
-model = rtacrh13
-security = wpa2
-psk = chromeos
-class_name = StaticAPConfigurator
-
-[04:d9:f5:c2:38:6c]
-brand = asus
-wan_hostname = chromeos3-row3-rack1-host19
-ssid = asus_rtacrh13__ac_ch44_wpa2
-frequency = 5220
-rpm_managed = True
-rpm_hostname = chromeos3-row3-rack2-rpm1
-rpm_outlet = .A23
-bss = 04:d9:f5:c2:38:6c
-wan mac = 04:d9:f5:c2:38:68
-model = rtacrh13
-security = wpa2
-psk = chromeos
-class_name = StaticAPConfigurator
-
-[14:91:82:f4:84:f5]
-brand = belkin
-wan_hostname = chromeos3-row3-rack2-host1
-ssid = belkin_ac1600__n_ch1_wpa2
-frequency = 2412
-rpm_managed = True
-rpm_hostname = chromeos3-row3-rack2-rpm1
-rpm_outlet = .A1
-bss = 14:91:82:f4:84:f5
-wan mac = 14:91:82:f4:84:f5
-model = ac1600
-security = wpa2
-psk = chromeos
-class_name = StaticAPConfigurator
-
-[14:91:82:f4:84:f4]
-brand = belkin
-wan_hostname = chromeos3-row3-rack2-host1
-ssid = belkin_ac1600__ac_ch36_wpa2
-frequency = 5180
-rpm_managed = True
-rpm_hostname = chromeos3-row3-rack2-rpm1
-rpm_outlet = .A1
-bss = 14:91:82:f4:84:f4
-wan mac = 14:91:82:f4:84:f5
-model = ac1600
-security = wpa2
-psk = chromeos
-class_name = StaticAPConfigurator
-
-[00:30:44:1d:ee:7b]
-brand = cradlepoint
-wan_hostname = chromeos3-row3-rack2-host2
-ssid = cradlepoint_mbr95__n_ch6_wpa2
-frequency = 2437
-rpm_managed = True
-rpm_hostname = chromeos3-row3-rack2-rpm1
-rpm_outlet = .A2
-bss = 00:30:44:1d:ee:7b
-wan mac = 00:30:44:1d:ee:7b
-model = mbr95
-security = wpa2
-psk = chromeos
-class_name = StaticAPConfigurator
-
-[60:63:4c:79:dc:b5]
-brand = dlink
-wan_hostname = chromeos3-row3-rack2-host3
-ssid = dlink_dir867__n_ch11_wpa2
-frequency = 2462
-rpm_managed = True
-rpm_hostname = chromeos3-row3-rack2-rpm1
-rpm_outlet = .A3
-bss = 60:63:4c:79:dc:b5
-wan mac = 60:63:4c:79:dc:b5
-model = dir867
-security = wpa2
-psk = chromeos
-class_name = StaticAPConfigurator
-
-[60:63:4c:79:dc:b2]
-brand = dlink
-wan_hostname = chromeos3-row3-rack2-host3
-ssid = dlink_dir867__ac_ch161_wpa2
-frequency = 5805
-rpm_managed = True
-rpm_hostname = chromeos3-row3-rack2-rpm1
-rpm_outlet = .A3
-bss = 60:63:4c:79:dc:b2
-wan mac = 60:63:4c:79:dc:b5
-model = dir867
-security = wpa2
-psk = chromeos
-class_name = StaticAPConfigurator
-
-[ec:ad:e0:a7:48:2e]
-brand = dlink
-wan_hostname = chromeos3-row3-rack2-host4
-ssid = dlink_dir842__n_ch1_wpa2
-frequency = 2412
-rpm_managed = True
-rpm_hostname = chromeos3-row3-rack2-rpm1
-rpm_outlet = .A4
-bss = ec:ad:e0:a7:48:2e
-wan mac = ec:ad:e0:a7:48:2e
-model = dir842
-security = wpa2
-psk = chromeos
-class_name = StaticAPConfigurator
-
-[ec:ad:eo:a7:48:2c]
-brand = dlink
-wan_hostname = chromeos3-row3-rack2-host4
-ssid = dlink_dir842__ac_ch40_wpa2
-frequency = 5200
-rpm_managed = True
-rpm_hostname = chromeos3-row3-rack2-rpm1
-rpm_outlet = .A4
-bss = ec:ad:eo:a7:48:2c
-wan mac = ec:ad:e0:a7:48:2e
-model = dir842
-security = wpa2
-psk = chromeos
-class_name = StaticAPConfigurator
-
-[ec:ad:e0:2f:04:db]
-brand = dlink
-wan_hostname = chromeos3-row3-rack2-host5
-ssid = dlink_dir882__n_ch6_wpa2
-frequency = 2437
-rpm_managed = True
-rpm_hostname = chromeos3-row3-rack2-rpm1
-rpm_outlet = .A5
-bss = ec:ad:e0:2f:04:db
-wan mac = ec:ad:e0:2f:04:db
-model = dir882
-security = wpa2
-psk = chromeos
-class_name = StaticAPConfigurator
-
-[ec:ad:e0:2f:04:d8]
-brand = dlink
-wan_hostname = chromeos3-row3-rack2-host5
-ssid = dlink_dir882__ac_ch149_wpa2
-frequency = 5745
-rpm_managed = True
-rpm_hostname = chromeos3-row3-rack2-rpm1
-rpm_outlet = .A5
-bss = ec:ad:e0:2f:04:d8
-wan mac = ec:ad:e0:2f:04:db
-model = dir882
-security = wpa2
-psk = chromeos
-class_name = StaticAPConfigurator
-
-[10:be:f5:21:ed:6b]
-brand = dlink
-wan_hostname = chromeos3-row3-rack2-host6
-ssid = dlink_dir879__n_ch6_wpa2
-frequency = 2437
-rpm_managed = True
-rpm_hostname = chromeos3-row3-rack2-rpm1
-rpm_outlet = .A6
-bss = 10:be:f5:21:ed:6b
-wan mac = 10:be:f5:21:ed:6b
-model = dir879
-security = wpa2
-psk = chromeos
-class_name = StaticAPConfigurator
-
-[10:be:f5:21:ed:68]
-brand = dlink
-wan_hostname = chromeos3-row3-rack2-host6
-ssid = dlink_dir879__ac_ch44_wpa2
-frequency = 5220
-rpm_managed = True
-rpm_hostname = chromeos3-row3-rack2-rpm1
-rpm_outlet = .A6
-bss = 10:be:f5:21:ed:68
-wan mac = 10:be:f5:21:ed:6b
-model = dir879
-security = wpa2
-psk = chromeos
-class_name = StaticAPConfigurator
-
-[78:32:1b:61:1b:53]
-brand = dlink
-wan_hostname = chromeos3-row3-rack2-host7
-ssid = dlink_dir878__n_ch1_wpa2
-frequency = 2412
-rpm_managed = True
-rpm_hostname = chromeos3-row3-rack2-rpm1
-rpm_outlet = .A7
-bss = 78:32:1b:61:1b:53
-wan mac = 78:32:1b:61:1b:53
-model = dir878
-security = wpa2
-psk = chromeos
-class_name = StaticAPConfigurator
-
-
-[78:32:1b:61:1b:50]
-brand = dlink
-wan_hostname = chromeos3-row3-rack2-host7
-ssid = dlink_dir878__ac_ch161_wpa2
-frequency = 5805
-rpm_managed = True
-rpm_hostname = chromeos3-row3-rack2-rpm1
-rpm_outlet = .A7
-bss = 78:32:1b:61:1b:50
-wan mac = 78:32:1b:61:1b:53
-model = dir878
-security = wpa2
-psk = chromeos
-class_name = StaticAPConfigurator
-
-[60:38:e0:ac:7a:78]
-brand = linksys
-wan_hostname = chromeos3-row3-rack2-host8
-ssid = linksys_ea9500__n_ch11_wpa2
-frequency = 2462
-rpm_managed = True
-rpm_hostname = chromeos3-row3-rack2-rpm1
-rpm_outlet = .A8
-bss = 60:38:e0:ac:7a:78
-wan mac = 60:38:e0:ac:7a:76
-model = ea9500
-security = wpa2
-psk = chromeos
-class_name = StaticAPConfigurator
-
-[60:38:e0:ac:7a:79]
-brand = linksys
-wan_hostname = chromeos3-row3-rack2-host8
-ssid = linksys_ea9500__ac_ch40_wpa2
-frequency = 5200
-rpm_managed = True
-rpm_hostname = chromeos3-row3-rack2-rpm1
-rpm_outlet = .A8
-bss = 60:38:e0:ac:7a:79
-wan mac = 60:38:e0:ac:7a:76
-model = ea9500
-security = wpa2
-psk = chromeos
-class_name = StaticAPConfigurator
-
-[30:23:03:25:21:8a]
-brand = linksys
-wan_hostname = chromeos3-row3-rack2-host9
-ssid = linksys_ea6900__n_ch1_wpa2
-frequency = 2412
-rpm_managed = True
-rpm_hostname = chromeos3-row3-rack2-rpm1
-rpm_outlet = .A9
-bss = 30:23:03:25:21:8a
-wan mac = 30:23:03:25:21:89
-model = ea6900
-security = wpa2
-psk = chromeos
-class_name = StaticAPConfigurator
-
-[30:23:03:25:21:8b]
-brand = linksys
-wan_hostname = chromeos3-row3-rack2-host9
-ssid = linksys_ea6900__ac_ch153_wpa2
-frequency = 5765
-rpm_managed = True
-rpm_hostname = chromeos3-row3-rack2-rpm1
-rpm_outlet = .A9
-bss = 30:23:03:25:21:8b
-wan mac = 30:23:03:25:21:89
-model = ea6900
-security = wpa2
-psk = chromeos
-class_name = StaticAPConfigurator
-
-[60:38:e0:bf:c9:e9]
-brand = linksys
-wan_hostname = chromeos3-row3-rack2-host10
-ssid = linksys_wrt32x__n_ch11_wpa2
-frequency = 2462
-rpm_managed = True
-rpm_hostname = chromeos3-row3-rack2-rpm1
-rpm_outlet = .A10
-bss = 60:38:e0:bf:c9:e9
-wan mac = 60:38:e0:bf:c9:e8
-model = wrt32x
-security = wpa2
-psk = chromeos
-class_name = StaticAPConfigurator
-
-[60:38:e0:bf:c9:ea]
-brand = linksys
-wan_hostname = chromeos3-row3-rack2-host10
-ssid = linksys_wrt32x__ac_ch157_wpa2
-frequency = 5785
-rpm_managed = True
-rpm_hostname = chromeos3-row3-rack2-rpm1
-rpm_outlet = .A10
-bss = 60:38:e0:bf:c9:ea
-wan mac = 60:38:e0:bf:c9:e8
-model = wrt32x
-security = wpa2
-psk = chromeos
-class_name = StaticAPConfigurator
-
-[30:23:03:72:77:b4]
-brand = linksys
-wan_hostname = chromeos3-row3-rack2-host11
-ssid = linksys_ea8250__n_ch1_wpa2
-frequency = 2412
-rpm_managed = True
-rpm_hostname = chromeos3-row3-rack2-rpm1
-rpm_outlet = .A11
-bss = 30:23:03:72:77:b4
-wan mac = 30:23:03:72:77:b4
-model = ea8250
-security = wpa2
-psk = chromeos
-class_name = StaticAPConfigurator
-
-[30:23:03:72:77:b6]
-brand = linksys
-wan_hostname = chromeos3-row3-rack2-host11
-ssid = linksys_ea8250__ac_ch40_wpa2
-frequency = 5200
-rpm_managed = True
-rpm_hostname = chromeos3-row3-rack2-rpm1
-rpm_outlet = .A11
-bss = 30:23:03:72:77:b6
-wan mac = 30:23:03:72:77:b4
-model = ea8250
-security = wpa2
-psk = chromeos
-class_name = StaticAPConfigurator
-
-[c4:ad:34:6d:e6:c8]
-brand = microtik
-wan_hostname = chromeos3-row3-rack2-host12
-ssid = microtik_2hnd__n_ch6_wpa2
-frequency = 2437
-rpm_managed = True
-rpm_hostname = chromeos3-row3-rack2-rpm1
-rpm_outlet = .A12
-bss = c4:ad:34:6d:e6:c8
-wan mac = c4:ad:34:6d:e6:c8
-model = 2hnd
-security = wpa2
-psk = chromeos
-class_name = StaticAPConfigurator
-
-[c4:ad:34:6d:e6:cd]
-brand = microtik
-wan_hostname = chromeos3-row3-rack2-host12
-ssid = microtik_2hnd__ac_ch149_wpa2
-frequency = 5745
-rpm_managed = True
-rpm_hostname = chromeos3-row3-rack2-rpm1
-rpm_outlet = .A12
-bss = c4:ad:34:6d:e6:cd
-wan mac = c4:ad:34:6d:e6:c8
-model = 2hnd
-security = wpa2
-psk = chromeos
-class_name = StaticAPConfigurator
-
-[28:80:88:23:8c:e6]
-brand = netgear
-wan_hostname = chromeos3-row3-rack2-host13
-ssid = netgear_x6r8000__n_ch11_wpa2
-frequency = 2462
-rpm_managed = True
-rpm_hostname = chromeos3-row3-rack2-rpm1
-rpm_outlet = .A13
-bss = 28:80:88:23:8c:e6
-wan mac = 28:80:88:23:8c:e6
-model = x6r8000
-security = wpa2
-psk = chromeos
-class_name = StaticAPConfigurator
-
-[28:80:88:23:8c:e5]
-brand = netgear
-wan_hostname = chromeos3-row3-rack2-host13
-ssid = netgear_x6r8000__ac_ch153_wpa2
-frequency = 5765
-rpm_managed = True
-rpm_hostname = chromeos3-row3-rack2-rpm1
-rpm_outlet = .A13
-bss = 28:80:88:23:8c:e5
-wan mac = 28:80:88:23:8c:e6
-model = x6r8000
-security = wpa2
-psk = chromeos
-class_name = StaticAPConfigurator
-
-[28:80:88:20:ba:6d]
-brand = netgear
-wan_hostname = chromeos3-row3-rack2-host14
-ssid = netgear_r7000__n_ch1_wpa2
-frequency = 2412
-rpm_managed = True
-rpm_hostname = chromeos3-row3-rack2-rpm1
-rpm_outlet = .A14
-bss = 28:80:88:20:ba:6d
-wan mac = 28:80:88:20:ba:6e
-model = r7000
-security = wpa2
-psk = chromeos
-class_name = StaticAPConfigurator
-
-[28:80:88:20:ba:6c]
-brand = netgear
-wan_hostname = chromeos3-row3-rack2-host14
-ssid = netgear_r7000__ac_ch36_wpa2
-frequency = 5180
-rpm_managed = True
-rpm_hostname = chromeos3-row3-rack2-rpm1
-rpm_outlet = .A14
-bss = 28:80:88:20:ba:6c
-wan mac = 28:80:88:20:ba:6e
-model = r7000
-security = wpa2
-psk = chromeos
-class_name = StaticAPConfigurator
-
-[3c:37:86:da:78:13]
-brand = netgear
-wan_hostname = chromeos3-row3-rack2-host15
-ssid = netgear_rax200__n_ch6_wpa2
-frequency = 2437
-rpm_managed = True
-rpm_hostname = chromeos3-row3-rack2-rpm1
-rpm_outlet = .A15
-bss = 3c:37:86:da:78:13
-wan mac = 3c:37:86:da:78:14
-model = rax200
-security = wpa2
-psk = chromeos
-class_name = StaticAPConfigurator
-
-[3c:37:86:da:78:11]
-brand = netgear
-wan_hostname = chromeos3-row3-rack2-host15
-ssid = netgear_rax200__ac_ch157_wpa2
-frequency = 5785
-rpm_managed = True
-rpm_hostname = chromeos3-row3-rack2-rpm1
-rpm_outlet = .A15
-bss = 3c:37:86:da:78:11
-wan mac = 3c:37:86:da:78:14
-model = rax200
-security = wpa2
-psk = chromeos
-class_name = StaticAPConfigurator
-
-[bc:a5:11:13:c0:f8]
-brand = netgear
-wan_hostname = chromeos3-row3-rack2-host16
-ssid = netgear_rax120__n_ch11_wpa2
-frequency = 2462
-rpm_managed = True
-rpm_hostname = chromeos3-row3-rack2-rpm1
-rpm_outlet = .A16
-bss = bc:a5:11:13:c0:f8
-wan mac = bc:a5:11:13:c0:f9
-model = rax120
-security = wpa2
-psk = chromeos
-class_name = StaticAPConfigurator
-
-[bc:a5:11:13:c0:fa]
-brand = netgear
-wan_hostname = chromeos3-row3-rack2-host16
-ssid = netgear_rax120__ac_ch153_wpa2
-frequency = 5765
-rpm_managed = True
-rpm_hostname = chromeos3-row3-rack2-rpm1
-rpm_outlet = .A16
-bss = bc:a5:11:13:c0:fa
-wan mac = bc:a5:11:13:c0:f9
-model = rax120
-security = wpa2
-psk = chromeos
-class_name = StaticAPConfigurator
-
-[38:94:ed:fb:cc:1e]
-brand = netgear
-wan_hostname = chromeos3-row3-rack2-host17
-ssid = netgear_r6080__n_ch1_wpa2
-frequency = 2412
-rpm_managed = True
-rpm_hostname = chromeos3-row3-rack2-rpm1
-rpm_outlet = .A17
-bss = 38:94:ed:fb:cc:1e
-wan mac = 38:94:ed:fb:cc:1f
-model = r6080
-security = wpa2
-psk = chromeos
-class_name = StaticAPConfigurator
-
-[38:94:ed:fb:cc:20]
-brand = netgear
-wan_hostname = chromeos3-row3-rack2-host17
-ssid = netgear_r6080__ac_ch161_wpa2
-frequency = 5805
-rpm_managed = True
-rpm_hostname = chromeos3-row3-rack2-rpm1
-rpm_outlet = .A17
-bss = 38:94:ed:fb:cc:20
-wan mac = 38:94:ed:fb:cc:1f
-model = r6080
-security = wpa2
-psk = chromeos
-class_name = StaticAPConfigurator
-
-[78:d2:94:e8:62:c8]
-brand = netgear
-wan_hostname = chromeos3-row3-rack2-host18
-ssid = netgear_rax40__n_ch6_wpa2
-frequency = 2437
-rpm_managed = True
-rpm_hostname = chromeos3-row3-rack2-rpm1
-rpm_outlet = .A18
-bss = 78:d2:94:e8:62:c8
-wan mac = 78:d2:94:e8:62:c2
-model = rax40
-security = wpa2
-psk = chromeos
-class_name = StaticAPConfigurator
-
-[78:d2:94:e8:62:ca]
-brand = netgear
-wan_hostname = chromeos3-row3-rack2-host18
-ssid = netgear_rax40__ac_ch48_wpa2
-frequency = 5240
-rpm_managed = True
-rpm_hostname = chromeos3-row3-rack2-rpm1
-rpm_outlet = .A18
-bss = 78:d2:94:e8:62:ca
-wan mac = 78:d2:94:e8:62:c2
-model = rax40
-security = wpa2
-psk = chromeos
-class_name = StaticAPConfigurator
-
-[38:94:ed:b8:b0:73]
-brand = netgear
-wan_hostname = chromeos3-row3-rack2-host19
-ssid = netgear_xr500__n_ch1_wpa2
-frequency = 2412
-rpm_managed = True
-rpm_hostname = chromeos3-row3-rack2-rpm1
-rpm_outlet = .A19
-bss = 38:94:ed:b8:b0:73
-wan mac = 38:94:ed:b8:b0:74
-model = xr500
-security = wpa2
-psk = chromeos
-class_name = StaticAPConfigurator
-
-[38:94:ed:b8:b0:75]
-brand = netgear
-wan_hostname = chromeos3-row3-rack2-host19
-ssid = netgear_xr500__ac_ch153_wpa2
-frequency = 5765
-rpm_managed = True
-rpm_hostname = chromeos3-row3-rack2-rpm1
-rpm_outlet = .A19
-bss = 38:94:ed:b8:b0:75
-wan mac = 38:94:ed:b8:b0:74
-model = xr500
-security = wpa2
-psk = chromeos
-class_name = StaticAPConfigurator
-
-[1c:3b:f3:94:02:eb]
-brand = tp-link
-wan_hostname = chromeos3-row3-rack2-host20
-ssid = tplink_archerax10__n_ch6_wpa2
-frequency = 2437
-rpm_managed = True
-rpm_hostname = chromeos3-row3-rack2-rpm1
-rpm_outlet = .A20
-bss = 1c:3b:f3:94:02:eb
-wan mac = 1c:3b:f3:94:02:ed
-model = archerax10
-security = wpa2
-psk = chromeos
-class_name = StaticAPConfigurator
-
-[1c:3b:f3:94:02:ea]
-brand = tp-link
-wan_hostname = chromeos3-row3-rack2-host20
-ssid = tplink_archerax10__ac_ch36_wpa2
-frequency = 5180
-rpm_managed = True
-rpm_hostname = chromeos3-row3-rack2-rpm1
-rpm_outlet = .A20
-bss = 1c:3b:f3:94:02:ea
-wan mac = 1c:3b:f3:94:02:ed
-model = archerax10
-security = wpa2
-psk = chromeos
-class_name = StaticAPConfigurator
-
-[98:da:c4:c9:7a:f0]
-brand = tp-link
-wan_hostname = chromeos3-row3-rack3-host1
-ssid = tplink_ac2600__n_ch11_wpa2
-frequency = 2462
-rpm_managed = True
-rpm_hostname = chromeos3-row3-rack3-rpm1
-rpm_outlet = .A1
-bss = 98:da:c4:c9:7a:f0
-wan mac = 98:da:c4:c9:7a:f1
-model = ac2600
-security = wpa2
-psk = chromeos
-class_name = StaticAPConfigurator
-
-[98:da:c4:c9:7a:ef]
-brand = tp-link
-wan_hostname = chromeos3-row3-rack3-host1
-ssid = tplink_ac2600__ac_ch149_wpa2
-frequency = 5745
-rpm_managed = True
-rpm_hostname = chromeos3-row3-rack3-rpm1
-rpm_outlet = .A1
-bss = 98:da:c4:c9:7a:ef
-wan mac = 98:da:c4:c9:7a:f1
-model = ac2600
-security = wpa2
-psk = chromeos
-class_name = StaticAPConfigurator
-
-[cc:32:e5:49:cf:82]
-brand = tp-link
-wan_hostname = chromeos3-row3-rack3-host2
-ssid = tplink_archera5__n_ch1_wpa2
-frequency = 2412
-rpm_managed = True
-rpm_hostname = chromeos3-row3-rack3-rpm1
-rpm_outlet = .A2
-bss = cc:32:e5:49:cf:82
-wan mac = cc:32:e5:49:cf:83
-model = archera5
-security = wpa2
-psk = chromeos
-class_name = StaticAPConfigurator
-
-[cc:32:e5:49:cf:81]
-brand = tp-link
-wan_hostname = chromeos3-row3-rack3-host2
-ssid = tplink_archera5__ac_ch44_wpa2
-frequency = 5220
-rpm_managed = True
-rpm_hostname = chromeos3-row3-rack3-rpm1
-rpm_outlet = .A2
-bss = cc:32:e5:49:cf:81
-wan mac = cc:32:e5:49:cf:83
-model = archera5
-security = wpa2
-psk = chromeos
-class_name = StaticAPConfigurator
-
-[cc:32:e5:e6:f5:ef]
-brand = tp-link
-wan_hostname = chromeos3-row3-rack3-host4
-ssid = tplink_ax50__n_ch6_wpa2
-frequency = 2437
-rpm_managed = True
-rpm_hostname = chromeos3-row3-rack3-rpm1
-rpm_outlet = .A4
-bss = cc:32:e5:e6:f5:ef
-wan mac = cc:32:e5:e6:f5:f1
-model = ax50
-security = wpa2
-psk = chromeos
-class_name = StaticAPConfigurator
-
-[cc:32:e5:e6:f5:ee]
-brand = tp-link
-wan_hostname = chromeos3-row3-rack3-host4
-ssid = tplink_ax50__ac_ch48_wpa2
-frequency = 5240
-rpm_managed = True
-rpm_hostname = chromeos3-row3-rack3-rpm1
-rpm_outlet = .A4
-bss = cc:32:e5:e6:f5:ee
-wan mac = cc:32:e5:e6:f5:f1
-model = ax50
-security = wpa2
-psk = chromeos
-class_name = StaticAPConfigurator
-
-[50:d4:f7:0f:b5:1d]
-brand = tp-link
-wan_hostname = chromeos3-row3-rack3-host5
-ssid = tplink_archera6__n_ch11_wpa2
-frequency = 2462
-rpm_managed = True
-rpm_hostname = chromeos3-row3-rack3-rpm1
-rpm_outlet = .A5
-bss = 50:d4:f7:0f:b5:1d
-wan mac = 50:d4:f7:0f:b5:1e
-model = archera6
-security = wpa2
-psk = chromeos
-class_name = StaticAPConfigurator
-
-[50:d4:f7:0f:b5:1c]
-brand = tp-link
-wan_hostname = chromeos3-row3-rack3-host5
-ssid = tplink_archera6__ac_ch157_wpa2
-frequency = 5785
-rpm_managed = True
-rpm_hostname = chromeos3-row3-rack3-rpm1
-rpm_outlet = .A5
-bss = 50:d4:f7:0f:b5:1c
-wan mac = 50:d4:f7:0f:b5:1e
-model = archera6
-security = wpa2
-psk = chromeos
-class_name = StaticAPConfigurator
-
-[80:3f:5d:f8:68:6a]
-brand = wavlink
-wan_hostname = chromeos3-row3-rack3-host7
-ssid = wavlink_arialg__n_ch6_wpa2
-frequency = 2437
-rpm_managed = True
-rpm_hostname = chromeos3-row3-rack3-rpm1
-rpm_outlet = .A7
-bss = 80:3f:5d:f8:68:6a
-wan mac = 80:3f:5d:f8:68:68
-model = arialg
-security = wpa2
-psk = chromeos
-class_name = StaticAPConfigurator
-
-[80:3f:5d:f8:68:6b]
-brand = wavlink
-wan_hostname = chromeos3-row3-rack3-host7
-ssid = wavlink_arialg__ac_ch36_wpa2
-frequency = 5180
-rpm_managed = True
-rpm_hostname = chromeos3-row3-rack3-rpm1
-rpm_outlet = .A7
-bss = 80:3f:5d:f8:68:6b
-wan mac = 80:3f:5d:f8:68:68
-model = arialg
-security = wpa2
-psk = chromeos
-class_name = StaticAPConfigurator
-
-[5c:4a:1f:fc:ca:ec]
-brand = juplink
-wan_hostname = chromeos3-row3-rack3-host8
-ssid = vanin_juplinkrx4__n_ch1_wpa2
-frequency = 2412
-rpm_managed = True
-rpm_hostname = chromeos3-row3-rack3-rpm1
-rpm_outlet = .A8
-bss = 5c:4a:1f:fc:ca:ec
-wan mac = 5c:4a:1f:fc:ca:ee
-model = juplinkrx4
-security = wpa2
-psk = chromeos
-class_name = StaticAPConfigurator
-
-[85c:4a:1f:fc:ca:ed]
-brand = juplink
-wan_hostname = chromeos3-row3-rack3-host8
-ssid = vanin_juplinkrx4__ac_ch153_wpa2
-frequency = 5765
-rpm_managed = True
-rpm_hostname = chromeos3-row3-rack3-rpm1
-rpm_outlet = .A8
-bss = 5c:4a:1f:fc:ca:ed
-wan mac = 5c:4a:1f:fc:ca:ee
-model = juplinkrx4
-security = wpa2
-psk = chromeos
-class_name = StaticAPConfigurator
-
diff --git a/server/cros/device_health_profile/__init__.py b/server/cros/device_health_profile/__init__.py
deleted file mode 100644
index e69de29..0000000
--- a/server/cros/device_health_profile/__init__.py
+++ /dev/null
diff --git a/server/cros/device_health_profile/common.py b/server/cros/device_health_profile/common.py
deleted file mode 100644
index 7dfe2af..0000000
--- a/server/cros/device_health_profile/common.py
+++ /dev/null
@@ -1,8 +0,0 @@
-import os, sys
-dirname = os.path.dirname(sys.modules[__name__].__file__)
-autotest_dir = os.path.abspath(os.path.join(dirname, '../../..'))
-client_dir = os.path.join(autotest_dir, 'client')
-sys.path.insert(0, client_dir)
-import setup_modules
-sys.path.pop(0)
-setup_modules.setup(base_path=autotest_dir, root_module_name='autotest_lib')
diff --git a/server/cros/device_health_profile/device_health_profile.py b/server/cros/device_health_profile/device_health_profile.py
deleted file mode 100644
index 378ea71..0000000
--- a/server/cros/device_health_profile/device_health_profile.py
+++ /dev/null
@@ -1,502 +0,0 @@
-#!/usr/bin/env python2
-# Copyright 2020 The Chromium OS 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 os
-import copy
-import json
-import time
-import logging
-
-from autotest_lib.server.cros.device_health_profile.profile_constants import *
-
-
-class DeviceHealthProfileError(Exception):
- """
- Generic Exception for failures from DeviceHealthProfile object.
- """
-
-
-class InvalidDeviceHealthProfileKeyError(DeviceHealthProfileError):
- """
- Exception to throw when trying to get an invalid health profile key.
- """
-
-
-class DeviceHealthProfile(object):
- """This class provide interfaces to access device health profile
- that cached on profile host(usually labstation).
- """
-
- def __init__(self, hostname, host_info=None, result_dir=None):
- """Initialize the class.
-
- @param hostname: The device hostaname or identification.
- @param host_info: A HostInfo object of the device of the profile.
- @param result_dir: A result directory where we can keep local copy of
- device profile.
- """
- self._hostname = hostname
- # Cache host-info data
- self._device_board = host_info.board if host_info else ''
- self._device_model = host_info.model if host_info else ''
- # the profile is located on servo-host as temporally location.
- # The servo-host will be provided later
- self._profile_host = None
- self._health_profile = None
-
- # Construct remote and local file path.
- profile_filename = self._hostname + '.profile'
- self._remote_path = os.path.join(PROFILE_FILE_DIR, profile_filename)
- result_dir = result_dir or '/tmp'
- self._local_path = os.path.join(result_dir, profile_filename)
-
- def init_profile(self, profile_host):
- """Initialize device health profile data.
-
- If the cached file exists on profile host the method will download
- file to a local path and read data, otherwise create a profile data
- from template.
-
- @param profile_host: An ServoHost object, where is the location
- we store device health for device.
- """
- if not profile_host:
- raise DeviceHealthProfileError('The profile host is not provided.')
- self._profile_host = profile_host
- # Do a lightweighted check to make sure the machine is up
- # (by ping), as we don't waste time on unreachable DUT.
- if not self._profile_host.check_cached_up_status():
- raise DeviceHealthProfileError(
- 'The profile host %s is not reachable via ping.'
- % self._profile_host.hostname)
-
- # We also want try to check if the DUT is available for ssh.
- if not self._profile_host.is_up():
- raise DeviceHealthProfileError(
- 'The profile host %s is pingable but not sshable.'
- % self._profile_host.hostname)
-
- if not self._sync_existing_profile():
- self._create_profile_from_template()
-
- def is_loaded(self):
- """Check if device profile was loaded on not."""
- return self._health_profile is not None
-
- def _sync_existing_profile(self):
- """Sync health profile from remote profile host(servohost) and
- validate profile data is not corrupted or outdated.
-
- @returns True if sync and validate succeed otherwise False.
- """
- if not self._profile_host.is_file_exists(self._remote_path):
- logging.debug('%s not exists on %s.', self._remote_path,
- self._profile_host.hostname)
- return False
- self._download_profile()
- self._read_profile()
- return self._validate_profile_data(self._health_profile)
-
- def _download_profile(self):
- """Copy profile file from remote profile host to local path.
- """
- logging.debug('Downloading profile file from %s:%s to local path: %s',
- self._profile_host.hostname,
- self._remote_path,
- self._local_path)
- self._profile_host.get_file(source=self._remote_path,
- dest=self._local_path)
-
- def _upload_profile(self):
- """Copy profile file from local path to remote profile host.
- """
- # Make sure the device health profile directory exists on profile host.
- self._profile_host.run('mkdir -p %s' % PROFILE_FILE_DIR,
- ignore_status=True)
-
- logging.debug('Uploading profile from local path: %s to remote %s:%s',
- self._local_path,
- self._profile_host.hostname,
- self._remote_path)
- self._profile_host.send_file(source=self._local_path,
- dest=self._remote_path)
-
- def _read_profile(self):
- """Read profile data from local path and convert it into json format.
- """
- logging.debug('Reading device health profile from: %s',
- self._local_path)
- with open(self._local_path, 'r') as f:
- try:
- self._health_profile = json.load(f)
- except Exception as e:
- logging.warning('Could not decode %s to json format, the file'
- ' may be corrupted; %s',
- self._local_path, str(e))
-
- def _dump_profile(self):
- """Dump profile data into local file.
- """
- logging.debug('Dumping device health profile to: %s', self._local_path)
- with open(self._local_path, 'w') as f:
- json.dump(self._health_profile, f)
-
- def _create_profile_from_template(self):
- """Create a new health profile dict from template.
- """
- logging.info('Creating new health profile from template for %s.',
- self._hostname)
- self._health_profile = copy.deepcopy(DEVICE_HEALTH_PROFILE_TEMPLATE)
- if self._device_board or self._device_model:
- self._set_board(self._device_board)
- self._set_model(self._device_model)
- self.refresh_update_time()
-
- def _validate_profile_data(self, data):
- """Validate the given profile data is in good state.
- """
- logging.debug('Validating health profile data.')
- if not isinstance(data, dict):
- logging.debug('Non-dict type detected, the profile data'
- ' may be corrupted.')
- return False
-
- # Validate that cached health profile version is not outdated.
- input_version = data.get(PROFILE_VERSION_KEY)
- if input_version != PROFILE_VERSION:
- logging.info('The input profile version: %s is outdated,'
- ' expected version: %s', input_version,
- PROFILE_VERSION)
- return False
-
- # Validate that cached board/model is match with device, in case
- # there is was decom/redeploy.
- cached_board = data.get(BOARD_KEY)
- cached_model = data.get(MODEL_KEY)
- if (self._device_board and cached_board
- and (self._device_board != cached_board)):
- logging.info(
- 'The board: %s from host_info does not match board: %s'
- ' from cached profile, the device hardware probably has'
- ' been changed.', self._device_board, cached_board)
- return False
- if (self._device_model and cached_model
- and (self._device_model != cached_model)):
- logging.info(
- 'The model: %s from host_info does not match model: %s'
- ' from cached profile, the device hardware probably has'
- ' been changed.', self._device_model, cached_model)
- return False
- return True
-
- def _is_validate_profile_key(self, key):
- return key in DEVICE_HEALTH_PROFILE_TEMPLATE
-
- def _update_profile(self, key, value):
- if not self._is_validate_profile_key(key):
- logging.info('%s is an invalid health profile key.', key)
- return
- logging.debug('Updating health profile key %s to %s', key, value)
- self._health_profile[key] = value
-
- def _get_value(self, key):
- """The basic interface to get a value from health profile dictionary.
-
- @raises InvalidDeviceHealthProfileKeyError if the input key is
- not a valid device health profile key.
- """
- if not self._is_validate_profile_key(key):
- raise InvalidDeviceHealthProfileKeyError(
- '%s is not a valid device health profile key' % key)
- return self._health_profile.get(key)
-
- def _set_board(self, board):
- # pylint: disable=missing-docstring
- self._update_profile(BOARD_KEY, board)
-
- def _set_model(self, model):
- # pylint: disable=missing-docstring
- self._update_profile(MODEL_KEY, model)
-
- @property
- def health_profile(self):
- # pylint: disable=missing-docstring
- return self._health_profile
-
- def get_board(self):
- """Get device board from cached device health profile.
- """
- return self._get_value(BOARD_KEY)
-
- def get_model(self):
- """Get device model from cached device health profile.
- """
- return self._get_value(MODEL_KEY)
-
- def get_profile_version(self):
- """Get the version of cached device health profile.
- """
- return self._get_value(PROFILE_VERSION_KEY)
-
- def get_dut_state(self):
- """Get most recent dut state from device health profile.
- """
- return self._get_value(DUT_STATE_KEY)
-
- def get_servo_state(self):
- """Get most recent servo state from device health profile.
- """
- return self._get_value(SERVO_STATE_KEY)
-
- def get_cros_stable_version(self):
- """Get the most recent used cros image during repair.
- """
- return self._get_value(CROS_STABLE_VERSION_KEY)
-
- def get_firmware_stable_version(self):
- """Get the most recent used firmware image during repair, we only
- expect to see this on non-faft pool device.
- """
- return self._get_value(FIRMWARE_STABLE_VERSION_KEY)
-
- def get_last_update_time(self):
- """Get the timestamp of when device health profile file received
- the most recent updates. Example "2020-01-01 15:05:05"
- """
- return self._get_value(LAST_UPDATE_TIME_KEY)
-
- def get_last_update_time_epoch(self):
- """Get the unix time in int of when device health profile file
- received the most recent updates.
- """
- return int(time.mktime(time.strptime(
- self.get_last_update_time(), TIME_PATTERN)))
-
- def get_enter_current_state_time(self):
- """Get the timestamp of when DUT enter current state.
- Example "2020-01-01 15:05:05"
- """
- return self._get_value(TIME_ENTER_CURRENT_STATE_KEY)
-
- def get_enter_current_state_time_epoch(self):
- """Get the unix time in int of when DUT enter current state.
- """
- return int(time.mktime(time.strptime(
- self.get_enter_current_state_time(), TIME_PATTERN)))
-
- def get_repair_fail_count(self):
- """Get repair fail count since enter current state.
- """
- return self._get_value(REPAIR_FAIL_COUNT_KEY)
-
- def get_provision_fail_count(self):
- """Get provision fail count since enter current state.
- """
- return self._get_value(PROVISION_FAIL_COUNT_KEY)
-
- def get_failed_verifiers(self):
- """Get all failed verifiers.
-
- @returns a dict represents all failed verifiers and
- their fail count.
- """
- return self._get_value(FAILED_VERIFIERS_KEY)
-
- def get_failed_verifier(self, tag):
- """Get fail count of a specific verifier.
-
- @param tag: the short identifier of the verifier.
-
- @returns the fail count of the specified verifier.
- """
- return self.get_failed_verifiers().get(tag, 0)
-
- def get_succeed_repair_actions(self):
- """Get all repair actions that has been applied and succeed.
-
- @returns a dict represents all succeed repair actions
- and their success count.
- """
- return self._get_value(SUCCEED_REPAIR_ACTIONS_KEY)
-
- def get_succeed_repair_action(self, tag):
- """Get success count of a specific repair action.
-
- @param tag: the short identifier of the repair action.
-
- @returns the success count of the specified repair action.
- """
- return self.get_succeed_repair_actions().get(tag, 0)
-
- def get_failed_repair_actions(self):
- """Get all repair actions that has been applied and failed.
-
- @returns a dict represents all failed repair actions
- and their fail count.
- """
- return self._get_value(FAILED_REPAIR_ACTIONS_KEY)
-
- def get_failed_repair_action(self, tag):
- """Get fail count of a specific repair action.
-
- @param tag: the short identifier of the repair action.
-
- @returns the failed count of the specified repair action.
- """
- return self.get_failed_repair_actions().get(tag, 0)
-
- def get_badblocks_ro_run_time(self):
- """Get the timestamp of when run last read-only badblocks check
- on the device. Example "2020-01-01 15:05:05"
- """
- last_time = self._get_value(LAST_BADBLOCKS_RO_RUN_TIME_KEY)
- return last_time or DEFAULT_TIMESTAMP
-
- def get_badblocks_ro_run_time_epoch(self):
- """Get the unix time of when run last read-only badblocks check
- on the device."
- """
- last_time = self.get_badblocks_ro_run_time()
- return int(time.mktime(time.strptime(last_time, TIME_PATTERN)))
-
- def get_badblocks_rw_run_time(self):
- """Get the timestamp of when run last read-write badblocks check
- on the device. Example "2020-01-01 15:05:05"
- """
- last_time = self._get_value(LAST_BADBLOCKS_RW_RUN_TIME_KEY)
- return last_time or DEFAULT_TIMESTAMP
-
- def get_badblocks_rw_run_time_epoch(self):
- """Get the unix time of when run last read-write badblocks check
- on the device."
- """
- last_time = self.get_badblocks_rw_run_time()
- return int(time.mktime(time.strptime(last_time, TIME_PATTERN)))
-
- def get_servo_micro_fw_update_time(self):
- """Get the timestamp of when run last fw update for servo_micro.
- Example "2020-01-01 15:05:05"
- """
- last_time = self._get_value(LAST_SERVO_MICRO_FW_UPDATE_RUN_TIME_KEY)
- return last_time or DEFAULT_TIMESTAMP
-
- def get_servo_micro_fw_update_time_epoch(self):
- """Get the unix time of when run last fw update for servo_micro.
- """
- last_time = self.get_servo_micro_fw_update_time()
- return int(time.mktime(time.strptime(last_time, TIME_PATTERN)))
-
- def set_cros_stable_version(self, build):
- """Set the most recent used cros image during repair.
- """
- self._update_profile(CROS_STABLE_VERSION_KEY, build)
-
- def set_firmware_stable_version(self, build):
- """Set the most recent used firmware image during repair, we only
- expect to see this on non-faft pool device.
- """
- self._update_profile(FIRMWARE_STABLE_VERSION_KEY, build)
-
- def refresh_badblocks_ro_run_time(self):
- """Get the timestamp of when run last read-only badblocks check
- on the device.
- """
- return self._update_profile(
- LAST_BADBLOCKS_RO_RUN_TIME_KEY,
- time.strftime(TIME_PATTERN, time.localtime()))
-
- def refresh_badblocks_rw_run_time(self):
- """Get the timestamp of when run last read-write badblocks check
- on the device.
- """
- return self._update_profile(
- LAST_BADBLOCKS_RW_RUN_TIME_KEY,
- time.strftime(TIME_PATTERN, time.localtime()))
-
- def refresh_servo_miro_fw_update_run_time(self):
- """Get the timestamp of when run last fw update for servo_micro.
- """
- return self._update_profile(
- LAST_SERVO_MICRO_FW_UPDATE_RUN_TIME_KEY,
- time.strftime(TIME_PATTERN, time.localtime()))
-
- def refresh_update_time(self):
- """Update last_update_time to current timestamp in UTC.
- """
- self._update_profile(LAST_UPDATE_TIME_KEY,
- time.strftime(TIME_PATTERN, time.localtime()))
-
- def increase_repair_fail_count(self):
- # pylint: disable=missing-docstring
- self._update_profile(REPAIR_FAIL_COUNT_KEY,
- self.get_repair_fail_count() + 1)
-
- def increase_provision_fail_count(self):
- # pylint: disable=missing-docstring
- self._update_profile(PROVISION_FAIL_COUNT_KEY,
- self.get_provision_fail_count() + 1)
-
- def insert_failed_verifier(self, tag):
- """Increase fail count for a specific verifier by 1.
- """
- verifiers = self.get_failed_verifiers()
- if tag not in verifiers:
- verifiers[tag] = 0
- verifiers[tag] += 1
- self._update_profile(FAILED_VERIFIERS_KEY, verifiers)
-
- def insert_succeed_repair_action(self, tag):
- """Increase succeed count for a specific repair action by 1.
- """
- actions = self.get_succeed_repair_actions()
- if tag not in actions:
- actions[tag] = 0
- actions[tag] += 1
- self._update_profile(SUCCEED_REPAIR_ACTIONS_KEY, actions)
-
- def insert_failed_repair_action(self, tag):
- """Increase fail count for a specific repair action by 1.
- """
- actions = self.get_failed_repair_actions()
- if tag not in actions:
- actions[tag] = 0
- actions[tag] += 1
- self._update_profile(FAILED_REPAIR_ACTIONS_KEY, actions)
-
- def update_dut_state(self, state, reset_counters=False):
- """Update state of the device, this will also reset all fail counts.
-
- @param state: the new dut state to update.
- @param reset_counts: a boolean to indicate whether we want to reset
- all counters.
- """
- if state == self.get_dut_state():
- logging.debug('The host is already in %s state.', state)
- if state == DUT_STATE_REPAIR_FAILED:
- self.increase_repair_fail_count()
- return
- # Reset some records when dut state changes.
- if reset_counters:
- self._update_profile(REPAIR_FAIL_COUNT_KEY, 0)
- self._update_profile(PROVISION_FAIL_COUNT_KEY, 0)
- self._update_profile(FAILED_VERIFIERS_KEY, {})
- self._update_profile(SUCCEED_REPAIR_ACTIONS_KEY, {})
- self._update_profile(FAILED_REPAIR_ACTIONS_KEY, {})
- self._update_profile(TIME_ENTER_CURRENT_STATE_KEY,
- time.strftime(TIME_PATTERN, time.localtime()))
- self._update_profile(DUT_STATE_KEY, state)
-
- def update_servo_state(self, state):
- # pylint: disable=missing-docstring
- if state == self.get_servo_state():
- logging.debug('The servo is already in %s state.', state)
- return
- self._update_profile(SERVO_STATE_KEY, state)
-
- def close(self):
- # pylint: disable=missing-docstring
- self.refresh_update_time()
- self._dump_profile()
- self._upload_profile()
diff --git a/server/cros/device_health_profile/device_health_profile_unittest.py b/server/cros/device_health_profile/device_health_profile_unittest.py
deleted file mode 100644
index 77176a5..0000000
--- a/server/cros/device_health_profile/device_health_profile_unittest.py
+++ /dev/null
@@ -1,230 +0,0 @@
-#!/usr/bin/python3
-# pylint: disable=missing-docstring
-
-import time
-import unittest
-
-import common
-from autotest_lib.server.cros.device_health_profile import device_health_profile
-from autotest_lib.server.cros.device_health_profile import profile_constants
-
-
-class MockHostInfoStore(object):
- def __init__(self):
- self.board = 'mock_board'
- self.model = 'mock_model'
-
-
-class MockHost(object):
- def __init__(self, hostname):
- self.hostname = hostname
-
- def check_cached_up_status(self):
- return True
-
- def is_up(self):
- return True
-
- def send_file(self, source, dest):
- return True
-
- def get_file(self, source, dest):
- return True
-
- def is_file_exists(self, file_path):
- return False
-
-
-def create_device_health_profile():
- servohost = MockHost('placeholder_servohost_hostname')
- host_info = MockHostInfoStore()
- dhp = device_health_profile.DeviceHealthProfile(
- hostname='placeholder_dut_hostname',
- host_info=host_info,
- result_dir=None)
- dhp.init_profile(servohost)
- return dhp
-
-
-class DeviceHealthProfileTestCase(unittest.TestCase):
- dhp = create_device_health_profile()
-
- def test_shows_not_loaded_till_profile_host_provided(self):
- host_info = MockHostInfoStore()
- dhp = device_health_profile.DeviceHealthProfile(
- hostname='placeholder_dut_hostname',
- host_info=host_info,
- result_dir=None)
- self.assertFalse(dhp.is_loaded())
-
- def test_set_loaded_when_provide_profile_host_provided(self):
- dhp = create_device_health_profile()
- self.assertTrue(dhp.is_loaded())
-
- def test_validate_device_health_profile_data(self):
- profile_data = self.dhp.health_profile
- self.assertEqual(self.dhp._validate_profile_data(profile_data), True)
-
- def test_get_board(self):
- self.assertEqual(self.dhp.get_board(), 'mock_board')
-
- def test_get_model(self):
- self.assertEqual(self.dhp.get_model(), 'mock_model')
-
- def test_get_profile_version(self):
- self.assertEqual(self.dhp.get_profile_version(),
- profile_constants.PROFILE_VERSION)
-
- def test_dut_state(self):
- self.assertEqual(self.dhp.get_dut_state(),
- profile_constants.DEFAULT_STRING_VALUE)
- self.dhp.update_dut_state('test_state_1')
- self.assertEqual(self.dhp.get_dut_state(), 'test_state_1')
-
- def test_servo_state(self):
- self.assertEqual(self.dhp.get_servo_state(),
- profile_constants.DEFAULT_STRING_VALUE)
- self.dhp.update_servo_state('servod_issue')
- self.assertEqual(self.dhp.get_servo_state(), 'servod_issue')
-
- def test_cros_stable_version(self):
- self.assertEqual(self.dhp.get_cros_stable_version(),
- profile_constants.DEFAULT_STRING_VALUE)
- self.dhp.set_cros_stable_version('placeholder-release/R80-10000.0.0')
- self.assertEqual(self.dhp.get_cros_stable_version(),
- 'placeholder-release/R80-10000.0.0')
-
- def test_firmware_stable_version(self):
- self.assertEqual(self.dhp.get_firmware_stable_version(),
- profile_constants.DEFAULT_STRING_VALUE)
- self.dhp.set_firmware_stable_version('placeholder_firmware_release')
- self.assertEqual(self.dhp.get_firmware_stable_version(),
- 'placeholder_firmware_release')
-
- def test_last_update_time(self):
- cached_time = self.dhp.get_last_update_time()
- self.assertRegexpMatches(cached_time, r'\d{4}[-/]\d{2}[-/]\d{2}')
- # Sleep 1 second so updated timestamp is different than current one.
- time.sleep(1)
- self.dhp.refresh_update_time()
- self.assertNotEqual(cached_time, self.dhp.get_last_update_time())
-
- def test_last_update_time_epoch(self):
- cached_time_epoch = self.dhp.get_last_update_time_epoch()
- self.assertEqual(type(cached_time_epoch), int)
- # Sleep 1 second so updated timestamp is different than current one.
- time.sleep(1)
- self.dhp.refresh_update_time()
- self.assertGreater(self.dhp.get_last_update_time_epoch(),
- cached_time_epoch)
-
- def test_enter_current_state_time(self):
- cached_time = self.dhp.get_enter_current_state_time()
- self.assertRegexpMatches(cached_time, r'\d{4}[-/]\d{2}[-/]\d{2}')
- # Sleep 1 second so updated timestamp is different than current one.
- time.sleep(1)
- self.dhp.update_dut_state('test_state_2')
- self.assertNotEqual(cached_time,
- self.dhp.get_enter_current_state_time())
-
- def test_enter_current_state_time_epoch(self):
- cached_time_epoch = self.dhp.get_enter_current_state_time_epoch()
- self.assertEqual(type(cached_time_epoch), int)
- # Sleep 1 second so updated timestamp is different than current one.
- time.sleep(1)
- self.dhp.update_dut_state('test_state_3')
- self.assertGreater(self.dhp.get_enter_current_state_time_epoch(),
- cached_time_epoch)
-
- def test_repair_fail_count(self):
- cached_count = self.dhp.get_repair_fail_count()
- self.dhp.increase_repair_fail_count()
- self.assertEqual(self.dhp.get_repair_fail_count(), cached_count + 1)
-
- def test_provision_fail_count(self):
- cached_count = self.dhp.get_provision_fail_count()
- self.dhp.increase_provision_fail_count()
- self.assertEqual(self.dhp.get_provision_fail_count(), cached_count + 1)
-
- def test_failed_verifiers(self):
- tag = 'placeholder_verifier'
- self.assertEqual(self.dhp.get_failed_verifiers(), {})
- self.assertEqual(self.dhp.get_failed_verifier(tag), 0)
- self.dhp.insert_failed_verifier(tag)
- self.assertEqual(self.dhp.get_failed_verifier(tag), 1)
- self.assertEqual(self.dhp.get_failed_verifiers(),
- {'placeholder_verifier': 1})
-
- def test_succeed_repair_action(self):
- tag = 'placeholder_succeed_action'
- self.assertEqual(self.dhp.get_succeed_repair_actions(), {})
- self.assertEqual(self.dhp.get_succeed_repair_action(tag), 0)
- self.dhp.insert_succeed_repair_action(tag)
- self.assertEqual(self.dhp.get_succeed_repair_action(tag), 1)
- self.assertEqual(self.dhp.get_succeed_repair_actions(),
- {'placeholder_succeed_action': 1})
-
- def test_failed_repair_action(self):
- tag = 'placeholder_failed_action'
- self.assertEqual(self.dhp.get_failed_repair_actions(), {})
- self.assertEqual(self.dhp.get_failed_repair_action(tag), 0)
- self.dhp.insert_failed_repair_action(tag)
- self.assertEqual(self.dhp.get_failed_repair_action(tag), 1)
- self.assertEqual(self.dhp.get_failed_repair_actions(),
- {'placeholder_failed_action': 1})
-
- def test_get_badblocks_ro_run_time(self):
- cached_time = self.dhp.get_badblocks_ro_run_time()
- self.assertRegexpMatches(cached_time, r'\d{4}[-/]\d{2}[-/]\d{2}')
- # Sleep 1 second so updated timestamp is different than current one.
- time.sleep(1)
- self.dhp.refresh_badblocks_ro_run_time()
- self.assertNotEqual(cached_time, self.dhp.get_badblocks_ro_run_time())
-
- def test_get_badblocks_ro_run_time_epoch(self):
- cached_time_epoch = self.dhp.get_badblocks_ro_run_time_epoch()
- self.assertEqual(type(cached_time_epoch), int)
- # Sleep 1 second so updated timestamp is different than current one.
- time.sleep(1)
- self.dhp.refresh_badblocks_ro_run_time()
- self.assertGreater(self.dhp.get_badblocks_ro_run_time_epoch(),
- cached_time_epoch)
-
- def test_get_badblocks_rw_run_time(self):
- cached_time = self.dhp.get_badblocks_rw_run_time()
- self.assertRegexpMatches(cached_time, r'\d{4}[-/]\d{2}[-/]\d{2}')
- # Sleep 1 second so updated timestamp is different than current one.
- time.sleep(1)
- self.dhp.refresh_badblocks_rw_run_time()
- self.assertNotEqual(cached_time, self.dhp.get_badblocks_rw_run_time())
-
- def test_get_badblocks_rw_run_time_epoch(self):
- cached_time_epoch = self.dhp.get_badblocks_rw_run_time_epoch()
- self.assertEqual(type(cached_time_epoch), int)
- # Sleep 1 second so updated timestamp is different than current one.
- time.sleep(1)
- self.dhp.refresh_badblocks_rw_run_time()
- self.assertGreater(self.dhp.get_badblocks_rw_run_time_epoch(),
- cached_time_epoch)
-
- def test_get_servo_micro_fw_update_time(self):
- cached_time = self.dhp.get_servo_micro_fw_update_time()
- self.assertRegexpMatches(cached_time, r'\d{4}[-/]\d{2}[-/]\d{2}')
- # Sleep 1 second so updated timestamp is different than current one.
- time.sleep(1)
- self.dhp.refresh_servo_miro_fw_update_run_time()
- self.assertNotEqual(cached_time,
- self.dhp.get_servo_micro_fw_update_time())
-
- def test_get_servo_micro_fw_update_time_epoch(self):
- cached_time_epoch = self.dhp.get_servo_micro_fw_update_time_epoch()
- self.assertEqual(type(cached_time_epoch), int)
- # Sleep 1 second so updated timestamp is different than current one.
- time.sleep(1)
- self.dhp.refresh_servo_miro_fw_update_run_time()
- self.assertGreater(self.dhp.get_servo_micro_fw_update_time_epoch(),
- cached_time_epoch)
-
-
-if __name__ == '__main__':
- unittest.main()
diff --git a/server/cros/device_health_profile/profile_constants.py b/server/cros/device_health_profile/profile_constants.py
deleted file mode 100644
index 0984399..0000000
--- a/server/cros/device_health_profile/profile_constants.py
+++ /dev/null
@@ -1,58 +0,0 @@
-#!/usr/bin/env python2
-# Copyright 2020 The Chromium OS Authors. All rights reserved.
-# Use of this source code is governed by a BSD-style license that can be
-# found in the LICENSE file.
-
-PROFILE_FILE_DIR = '/var/lib/device_health_profile/'
-
-# Constants that will be used as key name in device health profile.
-BOARD_KEY = 'board'
-MODEL_KEY = 'model'
-LAST_UPDATE_TIME_KEY = 'last_update_time'
-REPAIR_FAIL_COUNT_KEY = 'repair_fail_count'
-PROVISION_FAIL_COUNT_KEY = 'provision_fail_count'
-DUT_STATE_KEY = 'dut_state'
-SERVO_STATE_KEY = 'servo_state'
-FAILED_VERIFIERS_KEY = 'failed_verifiers'
-SUCCEED_REPAIR_ACTIONS_KEY = 'succeed_repair_actions'
-FAILED_REPAIR_ACTIONS_KEY = 'failed_repair_actions'
-TIME_ENTER_CURRENT_STATE_KEY = 'time_enter_current_state'
-PROFILE_VERSION_KEY = 'profile_verision'
-CROS_STABLE_VERSION_KEY = 'last_used_cros_stable_version'
-FIRMWARE_STABLE_VERSION_KEY = 'last_used_firmware_stable_version'
-FAFT_STABLE_VERSION_KEY = 'last_used_faft_stable_version'
-LAST_BADBLOCKS_RO_RUN_TIME_KEY = 'last_badblocks_ro_run_time'
-LAST_BADBLOCKS_RW_RUN_TIME_KEY = 'last_badblocks_rw_run_time'
-LAST_SERVO_MICRO_FW_UPDATE_RUN_TIME_KEY = 'last_servo_micro_flash_run_time'
-
-# Constant for values
-DEFAULT_STRING_VALUE = ''
-DEFAULT_TIMESTAMP = '1970-01-01 00:00:00'
-TIME_PATTERN = '%Y-%m-%d %H:%M:%S'
-DUT_STATE_READY = 'ready'
-DUT_STATE_REPAIR_FAILED = 'repair_failed'
-STATES_NEED_RESET_COUNTER = (DUT_STATE_READY, DUT_STATE_REPAIR_FAILED)
-
-# Please update profile version when you update any key name or template.
-PROFILE_VERSION = '0.0.1'
-
-DEVICE_HEALTH_PROFILE_TEMPLATE = {
- BOARD_KEY: DEFAULT_STRING_VALUE,
- MODEL_KEY: DEFAULT_STRING_VALUE,
- LAST_UPDATE_TIME_KEY: DEFAULT_TIMESTAMP,
- REPAIR_FAIL_COUNT_KEY: 0,
- PROVISION_FAIL_COUNT_KEY: 0,
- DUT_STATE_KEY: DEFAULT_STRING_VALUE,
- SERVO_STATE_KEY: DEFAULT_STRING_VALUE,
- FAILED_VERIFIERS_KEY: {},
- SUCCEED_REPAIR_ACTIONS_KEY: {},
- FAILED_REPAIR_ACTIONS_KEY: {},
- TIME_ENTER_CURRENT_STATE_KEY: DEFAULT_TIMESTAMP,
- PROFILE_VERSION_KEY: PROFILE_VERSION,
- CROS_STABLE_VERSION_KEY: DEFAULT_STRING_VALUE,
- FIRMWARE_STABLE_VERSION_KEY: DEFAULT_STRING_VALUE,
- FAFT_STABLE_VERSION_KEY: DEFAULT_STRING_VALUE,
- LAST_BADBLOCKS_RO_RUN_TIME_KEY: DEFAULT_TIMESTAMP,
- LAST_BADBLOCKS_RW_RUN_TIME_KEY: DEFAULT_TIMESTAMP,
- LAST_SERVO_MICRO_FW_UPDATE_RUN_TIME_KEY: DEFAULT_TIMESTAMP
-}
diff --git a/server/cros/dnsname_mangler.py b/server/cros/dnsname_mangler.py
deleted file mode 100644
index 9312611..0000000
--- a/server/cros/dnsname_mangler.py
+++ /dev/null
@@ -1,128 +0,0 @@
-# Copyright 2014 The Chromium OS 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 logging
-import socket
-
-from autotest_lib.client.common_lib import error
-
-# See server/cros/network/wifi_test_context_manager.py for commandline
-# flags to control IP addresses in WiFi tests.
-DEFAULT_FAILURE_MESSAGE = (
- 'Cannot infer DNS name of companion device from an IP address.')
-ATTENUATOR_FAILURE_MESSAGE = (
- 'Cannot infer DNS name of WiFi variable attenuator from a client IP '
- 'address. Use --atten_addr=<ip or dns name>')
-ROUTER_FAILURE_MESSAGE = (
- 'Cannot infer DNS name of WiFi router from a client IP address.')
-PCAP_FAILURE_MESSAGE = (
- 'Cannot infer DNS name of Packet Capturer from a client IP address.')
-
-
-def is_ip_address(hostname):
- """Infers whether |hostname| could be an IP address.
-
- @param hostname: string DNS name or IP address.
- @return True iff hostname is a valid IP address.
-
- """
- try:
- socket.inet_aton(hostname)
- return True
- except socket.error:
- return False
-
-
-def get_companion_device_addr(client_hostname,
- suffix,
- cmdline_override=None,
- not_dnsname_msg=DEFAULT_FAILURE_MESSAGE,
- allow_failure=False):
- """Build a usable hostname for a test companion device from the client name.
-
- Optionally, override the generated name with a commandline provided version.
-
- @param client_hostname: string DNS name of device under test (the client).
- @param suffix: string suffix to append to the client hostname.
- @param cmdline_override: optional DNS name of companion device. If this is
- given, it overrides the generated client based hostname.
- @param not_dnsname_msg: string message to include in the exception raised
- if the client hostname is found to be an IP address rather than a
- DNS name.
- @param allow_failure: boolean True iff we should return None on failure to
- infer a DNS name.
- @return string DNS name of companion device or None if |allow_failure|
- is True and no DNS name can be inferred.
-
- """
- if cmdline_override is not None:
- return cmdline_override
- if is_ip_address(client_hostname):
- logging.error('%r looks like an IP address?', client_hostname)
- if allow_failure:
- return None
- raise error.TestError(not_dnsname_msg)
- parts = client_hostname.split('.', 1)
- parts[0] = parts[0] + suffix
- return '.'.join(parts)
-
-
-def get_router_addr(client_hostname, cmdline_override=None):
- """Build a hostname for a WiFi router from the client hostname.
-
- Optionally override that hostname with the provided command line hostname.
-
- @param client_hostname: string DNS name of the client.
- @param cmdline_override: string DNS name of the router provided
- via commandline arguments.
- @return usable DNS name for router host.
-
- """
- return get_companion_device_addr(
- client_hostname,
- '-router',
- cmdline_override=cmdline_override,
- not_dnsname_msg=ROUTER_FAILURE_MESSAGE)
-
-
-def get_pcap_addr(client_hostname,
- cmdline_override=None,
- allow_failure=False):
- """Build a hostname for a packet capturer from the client hostname.
-
- @param client_hostname: string DNS name of the client.
- @param cmdline_override: string DNS name of the packet capturer provided
- via commandline arguments.
- @return usable DNS name for capturer host or None.
-
- """
- return get_companion_device_addr(
- client_hostname,
- '-pcap',
- cmdline_override=cmdline_override,
- not_dnsname_msg=PCAP_FAILURE_MESSAGE,
- allow_failure=allow_failure)
-
-
-def get_attenuator_addr(client_hostname,
- cmdline_override=None,
- allow_failure=False):
- """Build a hostname for a WiFi variable attenuator from the client hostname.
-
- Optionally override that hostname with the provided command line hostname.
-
- @param client_hostname: string DNS name of the client.
- @param cmdline_override: string DNS name of the variable attenuator
- controller provided via commandline arguments.
- @param allow_failure: boolean True iff we should return None on failure to
- infer a DNS name.
- @return usable DNS name for attenuator controller.
-
- """
- return get_companion_device_addr(
- client_hostname,
- '-attenuator',
- cmdline_override=cmdline_override,
- not_dnsname_msg=ATTENUATOR_FAILURE_MESSAGE,
- allow_failure=allow_failure)
diff --git a/server/cros/dnsname_mangler_unittest.py b/server/cros/dnsname_mangler_unittest.py
deleted file mode 100755
index d9d758a..0000000
--- a/server/cros/dnsname_mangler_unittest.py
+++ /dev/null
@@ -1,42 +0,0 @@
-#!/usr/bin/python3
-#
-# Copyright 2014 The Chromium OS 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 unittest
-
-import common
-from autotest_lib.server.cros import dnsname_mangler
-
-HOST = 'chromeos1-row1-rack1-host1'
-ROUTER = 'chromeos1-row1-rack1-host1-router'
-ATTENUATOR = 'chromeos1-row1-rack1-host1-attenuator'
-
-HOST_FROM_OUTSIDE_LAB = HOST + '.cros'
-ROUTER_FROM_OUTSIDE_LAB = ROUTER + '.cros'
-ATTENUATOR_FROM_OUTSIDE_LAB = ATTENUATOR + '.cros'
-
-
-class DnsnameMangerUnittest(unittest.TestCase):
- """Check that we're correctly mangling DNS names."""
-
-
- def testRouterNamesCorrect(self):
- """Router names should look like <dut_dns_name>-router[.cros]"""
- self.assertEquals(ROUTER, dnsname_mangler.get_router_addr(HOST))
- self.assertEquals(
- ROUTER_FROM_OUTSIDE_LAB,
- dnsname_mangler.get_router_addr(HOST_FROM_OUTSIDE_LAB))
-
-
- def testAttenuatorNamesCorrect(self):
- """Router names should look like <dut_dns_name>-attenuator[.cros]"""
- self.assertEquals(ATTENUATOR, dnsname_mangler.get_attenuator_addr(HOST))
- self.assertEquals(
- ATTENUATOR_FROM_OUTSIDE_LAB,
- dnsname_mangler.get_attenuator_addr(HOST_FROM_OUTSIDE_LAB))
-
-
-if __name__ == '__main__':
- unittest.main()
diff --git a/server/cros/factory_install_test.py b/server/cros/factory_install_test.py
deleted file mode 100644
index 2e6b967..0000000
--- a/server/cros/factory_install_test.py
+++ /dev/null
@@ -1,376 +0,0 @@
-# Lint as: python2, python3
-# Copyright (c) 2011 The Chromium OS Authors. All rights reserved.
-# Use of this source code is governed by a BSD-style license that can be
-# found in the LICENSE file.
-
-"""
-Factory install tests.
-
-FactoryInstallTest is an abstract superclass; factory_InstallVM and
-factory_InstallServo are two concrete implementations.
-
-Subclasses of FactoryInstallTest supports the following flags:
-
- factory_install_image: (required) path to factory install shim
- factory_test_image: (required) path to factory test image
- test_image: (required) path to ChromeOS test image
- miniomaha_port: port for miniomaha
- debug_make_factory_package: whether to re-make the factory package before
- running tests (defaults to true; may be set to false for debugging
- only)
-"""
-
-import glob, logging, os, re, shutil, socket, sys, six.moves._thread, time, traceback
-from abc import abstractmethod
-from six import StringIO
-
-from autotest_lib.client.bin import utils as client_utils
-from autotest_lib.client.common_lib import error
-from autotest_lib.server import test, utils
-
-
-# How long to wait for the mini-Omaha server to come up.
-_MINIOMAHA_TIMEOUT_SEC = 50
-
-# Path to make_factory_package.sh within the source root.
-_MAKE_FACTORY_PACKAGE_PATH = \
- "platform/factory-utils/factory_setup/make_factory_package.sh"
-
-# Path to miniomaha.py within the source root.
-_MINIOMAHA_PATH = "platform/factory-utils/factory_setup/miniomaha.py"
-
-# Sleep interval for nontrivial operations (like rsyncing).
-_POLL_SLEEP_INTERVAL_SEC = 2
-
-# The hwid_updater script (run in the factory install shim). This is a format
-# string with a single argument (the name of the HWID cfg).
-_HWID_UPDATER_SH_TEMPLATE = """
-echo Running hwid_updater "$@" >&2
-set -ex
-MOUNT_DIR=$(mktemp -d --tmpdir)
-mount "$1" "$MOUNT_DIR"
-ls -l "$MOUNT_DIR"
-mkdir -p "$MOUNT_DIR/dev_image/share/chromeos-hwid"
-echo %s > "$MOUNT_DIR/dev_image/share/chromeos-hwid/cfg"
-umount "$MOUNT_DIR"
-"""
-
-
-class FactoryInstallTest(test.test):
- """
- Factory install VM tests.
-
- See file-level docstring for details.
- """
-
- version = 1
-
- # How long to wait for the factory tests to install.
- FACTORY_INSTALL_TIMEOUT_SEC = 1800
-
- # How long to wait for the factory test image to come up.
- WAIT_UP_TIMEOUT_SEC = 30
-
- # How long to wait for the factory tests to run.
- FACTORY_TEST_TIMEOUT_SEC = 240
-
- # How long to wait for the ChromeOS image to run.
- FIRST_BOOT_TIMEOUT_SEC = 480
-
- #
- # Abstract functions that must be overridden by subclasses.
- #
-
- @abstractmethod
- def get_hwid_cfg(self):
- """
- Returns the HWID cfg, used to select a test list.
- """
- pass
-
- @abstractmethod
- def run_factory_install(self, shim_image):
- """
- Performs the factory install and starts the factory tests.
-
- When this returns, the DUT should be starting up (or have already
- started up) in factory test mode.
- """
- pass
-
- @abstractmethod
- def get_dut_client(self):
- """
- Returns a client (subclass of CrosHost) to control the DUT.
- """
- pass
-
- @abstractmethod
- def reboot_for_wipe(self):
- """
- Reboots the machine after preparing to wipe the hard drive.
- """
- pass
-
- #
- # Utility methods that may be used by subclasses.
- #
-
- def src_root(self):
- """
- Returns the CrOS source root.
- """
- return os.path.join(os.environ["CROS_WORKON_SRCROOT"], "src")
-
- def parse_boolean(self, val):
- """
- Parses a string as a Boolean value.
- """
- # Insist on True or False, because (e.g.) bool('false') == True.
- if str(val) not in ["True", "False"]:
- raise error.TestError("Not a boolean: '%s'" % val)
- return str(val) == "True"
-
- #
- # Private utility methods.
- #
-
- def _modify_file(self, path, func):
- """
- Modifies a file as the root user.
-
- @param path: The path to the file to modify.
- @param func: A function that will be invoked with a single argument
- (the current contents of the file, or None if the file does not
- exist) and which should return the new contents.
- """
- if os.path.exists(path):
- contents = utils.system_output("sudo cat %s" % path)
- else:
- contents = func(None)
-
- utils.run("sudo dd of=%s" % path, stdin=func(contents))
-
- def _mount_partition(self, image, index):
- """
- Mounts a partition of an image temporarily using loopback.
-
- The partition will be automatically unmounted when the test exits.
-
- @param image: The image to mount.
- @param index: The partition number to mount.
- @return: The mount point.
- """
- mount_point = os.path.join(self.tmpdir,
- "%s_%d" % (image, index))
- if not os.path.exists(mount_point):
- os.makedirs(mount_point)
- common_args = "cgpt show -i %d %s" % (index, image)
- offset = int(utils.system_output(common_args + " -b")) * 512
- size = int(utils.system_output(common_args + " -s")) * 512
- utils.run("sudo mount -o rw,loop,offset=%d,sizelimit=%d %s %s" % (
- offset, size, image, mount_point))
- self.cleanup_tasks.append(lambda: self._umount_partition(mount_point))
- return mount_point
-
- def _umount_partition(self, mount_point):
- """
- Unmounts the mount at the given mount point.
-
- Also deletes the mount point directory. Does not raise an
- exception if the mount point does not exist or the mount fails.
- """
- if os.path.exists(mount_point):
- utils.run("sudo umount -d %s" % mount_point)
- os.rmdir(mount_point)
-
- def _make_factory_package(self, factory_test_image, test_image):
- """
- Makes the factory package.
- """
- # Create a pseudo-HWID-updater that merely sets the HWID to "vm" or
- # "servo" so that the appropriate test list will run. (This gets run by
- # the factory install shim.)
- hwid_updater = os.path.join(self.tmpdir, "hwid_updater.sh")
- with open(hwid_updater, "w") as f:
- f.write(_HWID_UPDATER_SH_TEMPLATE % self.get_hwid_cfg())
-
- utils.run("%s --factory=%s --release=%s "
- "--firmware_updater=none --hwid_updater=%s " %
- (os.path.join(self.src_root(), _MAKE_FACTORY_PACKAGE_PATH),
- factory_test_image, test_image, hwid_updater))
-
- def _start_miniomaha(self):
- """
- Starts a mini-Omaha server and drains its log output.
- """
- def is_miniomaha_up():
- try:
- utils.urlopen(
- "http://localhost:%d" % self.miniomaha_port).read()
- return True
- except:
- return False
-
- assert not is_miniomaha_up()
-
- self.miniomaha_output = os.path.join(self.outputdir, "miniomaha.out")
-
- # TODO(jsalz): Add cwd to BgJob rather than including the 'cd' in the
- # command.
- bg_job = utils.BgJob(
- "cd %s; exec ./%s --port=%d --factory_config=miniomaha.conf"
- % (os.path.join(self.src_root(),
- os.path.dirname(_MINIOMAHA_PATH)),
- os.path.basename(_MINIOMAHA_PATH),
- self.miniomaha_port), verbose=True,
- stdout_tee=utils.TEE_TO_LOGS,
- stderr_tee=open(self.miniomaha_output, "w"))
- self.cleanup_tasks.append(lambda: utils.nuke_subprocess(bg_job.sp))
- six.moves._thread.start_new_thread(utils.join_bg_jobs, ([bg_job],))
-
- client_utils.poll_for_condition(is_miniomaha_up,
- timeout=_MINIOMAHA_TIMEOUT_SEC,
- desc="Miniomaha server")
-
- def _prepare_factory_install_shim(self, factory_install_image):
- # Make a copy of the factory install shim image (to use as hdb).
- modified_image = os.path.join(self.tmpdir, "shim.bin")
- logging.info("Creating factory install image: %s", modified_image)
- shutil.copyfile(factory_install_image, modified_image)
-
- # Mount partition 1 of the modified_image and set the mini-Omaha server.
- mount = self._mount_partition(modified_image, 1)
- self._modify_file(
- os.path.join(mount, "dev_image/etc/lsb-factory"),
- lambda contents: re.sub(
- r"^(CHROMEOS_(AU|DEV)SERVER)=.+",
- r"\1=http://%s:%d/update" % (
- socket.gethostname(), self.miniomaha_port),
- contents,
- re.MULTILINE))
- self._umount_partition(mount)
-
- return modified_image
-
- def _run_factory_tests_and_prepare_wipe(self):
- """
- Runs the factory tests and prepares the machine for wiping.
- """
- dut_client = self.get_dut_client()
- if not dut_client.wait_up(FactoryInstallTest.WAIT_UP_TIMEOUT_SEC):
- raise error.TestFail("DUT never came up to run factory tests")
-
- # Poll the factory log, and wait for the factory_Review test to become
- # active.
- local_factory_log = os.path.join(self.outputdir, "factory.log")
- remote_factory_log = "/var/log/factory.log"
-
- # Wait for factory.log file to exist
- dut_client.run(
- "while ! [ -e %s ]; do sleep 1; done" % remote_factory_log,
- timeout=FactoryInstallTest.FACTORY_TEST_TIMEOUT_SEC)
-
- status_map = {}
-
- def wait_for_factory_logs():
- dut_client.get_file(remote_factory_log, local_factory_log)
- data = open(local_factory_log).read()
- new_status_map = dict(
- re.findall(r"status change for (\S+) : \S+ -> (\S+)", data))
- if status_map != new_status_map:
- logging.info("Test statuses: %s", status_map)
- # Can't assign directly since it's in a context outside
- # this function.
- status_map.clear()
- status_map.update(new_status_map)
- return status_map.get("factory_Review.z") == "ACTIVE"
-
- client_utils.poll_for_condition(
- wait_for_factory_logs,
- timeout=FactoryInstallTest.FACTORY_TEST_TIMEOUT_SEC,
- sleep_interval=_POLL_SLEEP_INTERVAL_SEC,
- desc="Factory logs")
-
- # All other statuses should be "PASS".
- expected_status_map = {
- "memoryrunin": "PASS",
- "factory_Review.z": "ACTIVE",
- "factory_Start.e": "PASS",
- "hardware_SAT.memoryrunin_s1": "PASS",
- }
- if status_map != expected_status_map:
- raise error.TestFail("Expected statuses of %s but found %s" % (
- expected_status_map, status_map))
-
- dut_client.run("cd /usr/local/factory/bin; "
- "./gooftool --prepare_wipe --verbose")
-
- def _complete_install(self):
- """
- Completes the install, resulting in a full ChromeOS image.
- """
- # Restart the SSH client: with a new OS, some configuration
- # properties (e.g., availability of rsync) may have changed.
- dut_client = self.get_dut_client()
-
- if not dut_client.wait_up(FactoryInstallTest.FIRST_BOOT_TIMEOUT_SEC):
- raise error.TestFail("DUT never came up after install")
-
- # Check lsb-release to make sure we have a real live ChromeOS image
- # (it should be the test build).
- lsb_release = os.path.join(self.tmpdir, "lsb-release")
- dut_client.get_file("/etc/lsb-release", lsb_release)
- expected_re = r"^CHROMEOS_RELEASE_DESCRIPTION=.*Test Build"
- data = open(lsb_release).read()
- assert re.search(
- "^CHROMEOS_RELEASE_DESCRIPTION=.*Test Build", data, re.MULTILINE), (
- "Didn't find expected regular expression %s in lsb-release: " % (
- expected_re, data))
- logging.info("Install succeeded! lsb-release is:\n%s", data)
-
- dut_client.halt()
- if not dut_client.wait_down(
- timeout=FactoryInstallTest.WAIT_UP_TIMEOUT_SEC):
- raise error.TestFail("Client never went down after ChromeOS boot")
-
- #
- # Autotest methods.
- #
-
- def setup(self):
- self.cleanup_tasks = []
- self.ssh_tunnel_port = utils.get_unused_port()
-
- def run_once(self, factory_install_image, factory_test_image, test_image,
- miniomaha_port=None, debug_make_factory_package=True,
- **args):
- """
- Runs the test once.
-
- See the file-level comments for an explanation of the test arguments.
-
- @param args: Must be empty (present as a check against misspelled
- arguments on the command line)
- """
- assert not args, "Unexpected arguments %s" % args
-
- self.miniomaha_port = (
- int(miniomaha_port) if miniomaha_port else utils.get_unused_port())
-
- if self.parse_boolean(debug_make_factory_package):
- self._make_factory_package(factory_test_image, test_image)
- self._start_miniomaha()
- shim_image = self._prepare_factory_install_shim(factory_install_image)
- self.run_factory_install(shim_image)
- self._run_factory_tests_and_prepare_wipe()
- self.reboot_for_wipe()
- self._complete_install()
-
- def cleanup(self):
- for task in self.cleanup_tasks:
- try:
- task()
- except:
- logging.info("Exception in cleanup task:")
- traceback.print_exc(file=sys.stdout)
diff --git a/server/cros/faft/__init__.py b/server/cros/faft/__init__.py
deleted file mode 100644
index e69de29..0000000
--- a/server/cros/faft/__init__.py
+++ /dev/null
diff --git a/server/cros/faft/utils/__init__.py b/server/cros/faft/utils/__init__.py
deleted file mode 100644
index e69de29..0000000
--- a/server/cros/faft/utils/__init__.py
+++ /dev/null
diff --git a/server/cros/faft/utils/common.py b/server/cros/faft/utils/common.py
deleted file mode 100644
index 7915157..0000000
--- a/server/cros/faft/utils/common.py
+++ /dev/null
@@ -1,13 +0,0 @@
-# Copyright (c) 2014 The Chromium OS 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 os, sys
-dirname = os.path.dirname(sys.modules[__name__].__file__)
-autotest_dir = os.path.abspath(
- os.path.join(dirname, os.pardir, os.pardir, os.pardir, os.pardir))
-client_dir = os.path.join(autotest_dir, 'client')
-sys.path.insert(0, client_dir)
-import setup_modules
-sys.path.pop(0)
-setup_modules.setup(base_path=autotest_dir, root_module_name='autotest_lib')
diff --git a/server/cros/faft/utils/config.py b/server/cros/faft/utils/config.py
deleted file mode 100644
index f5cc67c..0000000
--- a/server/cros/faft/utils/config.py
+++ /dev/null
@@ -1,129 +0,0 @@
-# Copyright 2019 The Chromium OS 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 json
-import logging
-import os
-
-import common
-from autotest_lib.client.common_lib import error
-
-
-# Path to the local checkout of the fw-testing-configs repo
-_CONFIG_DIR = os.path.abspath(os.path.join(
- os.path.dirname(os.path.realpath(__file__)), os.pardir,
- 'fw-testing-configs'))
-_CONSOLIDATED_JSON_BASENAME = 'CONSOLIDATED.json'
-
-
-def _consolidated_json_fp():
- """Get the absolute path to CONSOLIDATED.json."""
- return os.path.join(_CONFIG_DIR, _CONSOLIDATED_JSON_BASENAME)
-
-
-class Config(object):
- """Configuration for FAFT tests.
-
- This object is meant to be the interface to all configuration required
- by FAFT tests, including device specific overrides.
-
- It gets the values from the JSON files in _CONFIG_DIR.
- Default values are declared in the DEFAULTS.json.
- Platform-specific overrides come from <platform>.json.
- If the platform has model-specific overrides, then those take precedence
- over the platform's config.
- If the platform inherits overrides from a parent platform, then the child
- platform's overrides take precedence over the parent's.
-
- @ivar platform: string containing the board name being tested.
- @ivar model: string containing the model name being tested
- """
-
- def __init__(self, platform, model=None):
- """Initialize an object with FAFT settings.
- Load JSON in order of importance (model, platform, parent/s, DEFAULTS).
-
- @param platform: The name of the platform being tested.
- """
- self._precedence_list = []
- self._precedence_names = []
- with open(_consolidated_json_fp()) as f:
- consolidated_json = json.load(f)
- # Load the most specific JSON config possible by splitting `platform`
- # at '_'/'-' and reversing ([::-1]). For example, veyron_minnie should
- # load minnie.json. octopus_fleex should look for fleex.json. It
- # doesn't exist, so instead it loads octopus.json.
- platform = platform.lower().replace('-', '_')
- for p in platform.rsplit('_')[::-1]:
- logging.debug('Looking for %s config', p)
- if p in consolidated_json:
- logging.info('Found %s config', p)
- self.platform = p
- break
- else:
- self.platform = platform
- if self.platform in consolidated_json:
- platform_config = consolidated_json[self.platform]
- seen_platforms = [self.platform]
- self._add_cfg_to_precedence(self.platform, platform_config)
- model_configs = platform_config.get('models', {})
- model_config = model_configs.get(model, None)
- if model_config is not None:
- self._add_cfg_to_precedence(
- 'MODEL:%s' % model, model_config, prepend=True)
- logging.debug('Using model override for %s', model)
- parent_platform = self._precedence_list[-1].get('parent', None)
- while parent_platform is not None:
- if parent_platform in seen_platforms:
- loop = ' -> '.join(seen_platforms + [parent_platform])
- raise error.TestError('fw-testing-configs for platform %s '
- 'contains an inheritance loop: %s' % (
- self.platform, loop))
- parent_config = consolidated_json[parent_platform]
- seen_platforms.append(parent_platform)
- self._add_cfg_to_precedence(parent_platform, parent_config)
- parent_platform = self._precedence_list[-1].get('parent', None)
- else:
- logging.debug('Platform %s not found in %s. Using DEFAULTS.',
- self.platform, consolidated_json)
- default_config = consolidated_json['DEFAULTS']
- self._add_cfg_to_precedence('DEFAULTS', default_config)
-
- # Set attributes
- all_attributes = self._precedence_list[-1].keys()
- self.attributes = {}
- self.attributes['platform'] = self.platform
- for attribute in all_attributes:
- if attribute.endswith('.DOC') or attribute == 'models':
- continue
- for config_dict in self._precedence_list:
- if attribute in config_dict:
- self.attributes[attribute] = config_dict[attribute]
- break
-
- def _add_cfg_to_precedence(self, cfg_name, cfg, prepend=False):
- """Add a configuration to self._precedence_list.
-
- @ivar cfg_name: The name of the config.
- @ivar cfg: The config dict.
- @ivar prepend: If true, add to the beginning of self._precedence_list.
- Otherwise, add it to the end.
- """
- position = 0 if prepend else len(self._precedence_list)
- self._precedence_list.insert(position, cfg)
- self._precedence_names.insert(position, cfg_name)
-
- def __getattr__(self, attr):
- if attr in self.attributes:
- return self.attributes[attr]
- raise AttributeError('FAFT config has no attribute named %s' % attr)
-
- def __str__(self):
- str_list = []
- str_list.append('----------[ FW Testing Config Variables ]----------')
- str_list.append('--- Precedence list: %s ---' % self._precedence_names)
- for attr in sorted(self.attributes):
- str_list.append(' %s: %s' % (attr, self.attributes[attr]))
- str_list.append('---------------------------------------------------')
- return '\n'.join(str_list)
diff --git a/server/cros/faft/utils/config_unittest.py b/server/cros/faft/utils/config_unittest.py
deleted file mode 100755
index e50b838..0000000
--- a/server/cros/faft/utils/config_unittest.py
+++ /dev/null
@@ -1,231 +0,0 @@
-#!/usr/bin/python3
-#
-# Copyright 2019 The Chromium OS 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 json
-import os
-import tempfile
-import unittest
-
-import common
-
-from autotest_lib.client.common_lib import error
-from autotest_lib.server.cros.faft.utils import config
-
-
-class CanLoadDefaultTestCase(unittest.TestCase):
- """Ensure that configs can load the default JSON"""
-
- def runTest(self):
- """Main test logic"""
- # TODO, re-sync the faft config repo into tauto.
- # platform = "foo"
- # cfg = config.Config(platform)
- # self.assertIsInstance(cfg.has_keyboard, bool)
-
-
-class _MockConfigTestCaseBaseClass(unittest.TestCase):
- """
- Base class which handles the setup/teardown of mock config files.
-
- Sub-classes should declare a class attribute, mock_configs,
- as a dict representing all platforms to be written as JSON files.
- This class writes those JSON files during setUp() and deletes them
- during tearDown().
- During runTest(), sub-classes can create config.Config instances by name
- and run assertions as normal.
-
- """
-
- mock_configs = None
-
- def setUp(self):
- """Set up a tempfile containing the test data"""
- if self.mock_configs is None:
- return
-
- # Setup mock config._CONFIG_DIR, but remember the original.
- self.mock_config_dir = tempfile.mkdtemp()
- self.original_config_dir = config._CONFIG_DIR
- config._CONFIG_DIR = self.mock_config_dir
-
- # Write mock config file.
- with open(config._consolidated_json_fp(), 'w') as f:
- json.dump(self.mock_configs, f)
-
- def tearDown(self):
- """After tests are complete, delete the tempfile"""
- if self.mock_configs is None:
- return
- os.remove(config._consolidated_json_fp())
- os.rmdir(self.mock_config_dir)
- config._CONFIG_DIR = self.original_config_dir
-
-
-class InheritanceTestCase(_MockConfigTestCaseBaseClass):
- """Ensure that platforms inherit attributes correctly"""
-
- mock_configs = {
- 'DEFAULTS': {
- 'no_override': 'default',
- 'parent_override': 'default',
- 'child_override': 'default',
- 'both_override': 'default',
- 'parent': None
- },
- 'childboard': {
- 'child_override': 'child',
- 'both_override': 'child',
- 'parent': 'parentboard'
- },
- 'parentboard': {
- 'parent_override': 'parent',
- 'both_override': 'parent'
- }
- }
-
- def runTest(self):
- """
- Verify that the following situations resolve correctly:
- A platform that inherit some overridess from another platform
- A platform that does not inherit from another platform
- A platform not found in the config file
- """
- child_config = config.Config('childboard')
- #print(child_config)
- self.assertEqual(child_config.no_override, 'default')
- self.assertEqual(child_config.parent_override, 'parent')
- self.assertEqual(child_config.child_override, 'child')
- self.assertEqual(child_config.both_override, 'child')
- with self.assertRaises(AttributeError):
- child_config.foo # pylint: disable=pointless-statement
-
- parent_config = config.Config('parentboard')
- self.assertEqual(parent_config.no_override, 'default')
- self.assertEqual(parent_config.parent_override, 'parent')
- self.assertEqual(parent_config.child_override, 'default')
- self.assertEqual(parent_config.both_override, 'parent')
-
- foo_config = config.Config('foo')
- self.assertEqual(foo_config.no_override, 'default')
- self.assertEqual(foo_config.parent_override, 'default')
- self.assertEqual(foo_config.child_override, 'default')
- self.assertEqual(foo_config.both_override, 'default')
-
- # While we're here, verify that str(config) doesn't break
- str(child_config) # pylint: disable=pointless-statement
-
-
-class ModelOverrideTestCase(_MockConfigTestCaseBaseClass):
- """Verify that models of boards inherit overrides with proper precedence"""
- mock_configs = {
- 'parentboard': {
- 'attr1': 'parent_attr1',
- 'attr2': 'parent_attr2',
- 'models': {
- 'modelA': {
- 'attr1': 'parent_modelA_attr1'
- }
- }
- },
- 'childboard': {
- 'parent': 'parentboard',
- 'attr1': 'child_attr1',
- 'models': {
- 'modelA': {
- 'attr1': 'child_modelA_attr1'
- }
- }
- },
- 'DEFAULTS': {
- 'models': None,
- 'attr1': 'default',
- 'attr2': 'default'
- }
- }
-
- def runTest(self):
- """Run assertions on test data"""
- child_config = config.Config('childboard')
- child_modelA_config = config.Config('childboard', 'modelA')
- child_modelB_config = config.Config('childboard', 'modelB')
- parent_config = config.Config('parentboard')
- parent_modelA_config = config.Config('parentboard', 'modelA')
- parent_modelB_config = config.Config('parentboard', 'modelB')
-
- self.assertEqual(child_config.attr1, 'child_attr1')
- self.assertEqual(child_config.attr2, 'parent_attr2')
- self.assertEqual(child_modelA_config.attr1, 'child_modelA_attr1')
- self.assertEqual(child_modelA_config.attr2, 'parent_attr2')
- self.assertEqual(child_modelB_config.attr1, 'child_attr1')
- self.assertEqual(child_modelB_config.attr2, 'parent_attr2')
- self.assertEqual(parent_config.attr1, 'parent_attr1')
- self.assertEqual(parent_config.attr2, 'parent_attr2')
- self.assertEqual(parent_modelA_config.attr1, 'parent_modelA_attr1')
- self.assertEqual(parent_modelA_config.attr2, 'parent_attr2')
- self.assertEqual(parent_modelB_config.attr1, 'parent_attr1')
- self.assertEqual(parent_modelB_config.attr2, 'parent_attr2')
-
-
-class DirectSelfInheritanceTestCase(_MockConfigTestCaseBaseClass):
- """Ensure that a config which inherits from itself raises an error."""
-
- mock_configs = {
- 'selfloop': {
- 'parent': 'selfloop',
- },
- }
-
- def runTest(self):
- """Run assertions on test data."""
- with self.assertRaises(error.TestError):
- config.Config('selfloop')
-
-
-class IndirectSelfInheritanceTestCase(_MockConfigTestCaseBaseClass):
- """Ensure that configs which inherit from each other raise an error."""
-
- mock_configs = {
- 'indirectloop1': {
- 'parent': 'indirectloop2',
- },
- 'indirectloop2': {
- 'parent': 'indirectloop1',
- },
- 'indirectloop3': {
- 'parent': 'indirectloop1',
- },
- }
-
- def runTest(self):
- """Run assertions on test data."""
- with self.assertRaises(error.TestError):
- config.Config('indirectloop1')
- with self.assertRaises(error.TestError):
- config.Config('indirectloop3')
-
-
-class FindMostSpecificConfigTestCase(_MockConfigTestCaseBaseClass):
- """Ensure that configs named like $BOARD-kernelnext load $BOARD.json."""
-
- mock_configs = {
- 'DEFAULTS': {},
- 'samus': {},
- 'veyron': {},
- 'minnie': {'parent': 'veyron'},
- }
-
- def runTest(self):
- cfg = config.Config('samus-kernelnext')
- self.assertEqual(config.Config('samus-kernelnext').platform, 'samus')
- self.assertEqual(config.Config('samus-arc-r').platform, 'samus')
- self.assertEqual(config.Config('veyron_minnie').platform, 'minnie')
- self.assertEqual(config.Config('veyron_monroe').platform, 'veyron')
- self.assertEqual(config.Config('veyron_minnie-arc-r').platform, 'minnie')
- self.assertEqual(config.Config('veyron_monroe-arc-r').platform, 'veyron')
-
-
-if __name__ == '__main__':
- unittest.main()
diff --git a/server/cros/faft/utils/faft_checkers.py b/server/cros/faft/utils/faft_checkers.py
deleted file mode 100644
index 027483d..0000000
--- a/server/cros/faft/utils/faft_checkers.py
+++ /dev/null
@@ -1,218 +0,0 @@
-# Copyright (c) 2012 The Chromium OS 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 re
-import logging
-
-from autotest_lib.client.common_lib import error
-
-
-class FAFTCheckers(object):
- """Class that contains FAFT checkers."""
- version = 1
-
- def __init__(self, faft_framework):
- self.faft_framework = faft_framework
- self.faft_client = faft_framework.faft_client
- self.faft_config = faft_framework.faft_config
- self.fw_vboot2 = self.faft_client.system.get_fw_vboot2()
-
- def _parse_crossystem_output(self, lines):
- """Parse the crossystem output into a dict.
-
- @param lines: The list of crossystem output strings.
- @return: A dict which contains the crossystem keys/values.
- @raise TestError: If wrong format in crossystem output.
-
- >>> seq = FAFTSequence()
- >>> seq._parse_crossystem_output([ \
- "arch = x86 # Platform architecture", \
- "cros_debug = 1 # OS should allow debug", \
- ])
- {'cros_debug': '1', 'arch': 'x86'}
- >>> seq._parse_crossystem_output([ \
- "arch=x86", \
- ])
- Traceback (most recent call last):
- ...
- TestError: Failed to parse crossystem output: arch=x86
- >>> seq._parse_crossystem_output([ \
- "arch = x86 # Platform architecture", \
- "arch = arm # Platform architecture", \
- ])
- Traceback (most recent call last):
- ...
- TestError: Duplicated crossystem key: arch
- """
- pattern = "^([^ =]*) *= *(.*[^ ]) *# [^#]*$"
- parsed_list = {}
- for line in lines:
- matched = re.match(pattern, line.strip())
- if not matched:
- raise error.TestError("Failed to parse crossystem output: %s"
- % line)
- (name, value) = (matched.group(1), matched.group(2))
- if name in parsed_list:
- raise error.TestError("Duplicated crossystem key: %s" % name)
- parsed_list[name] = value
- return parsed_list
-
- def crossystem_checker(self, expected_dict, suppress_logging=False):
- """Check the crossystem values matched.
-
- Given an expect_dict which describes the expected crossystem values,
- this function check the current crossystem values are matched or not.
-
- @param expected_dict: A dict which contains the expected values.
- @param suppress_logging: True to suppress any logging messages.
- @return: True if the crossystem value matched; otherwise, False.
- """
- succeed = True
- lines = self.faft_client.system.run_shell_command_get_output(
- 'crossystem')
- got_dict = self._parse_crossystem_output(lines)
- for key in expected_dict:
- if key not in got_dict:
- logging.warn('Expected key %r not in crossystem result', key)
- succeed = False
- continue
- if isinstance(expected_dict[key], str):
- if got_dict[key] != expected_dict[key]:
- message = ('Expected %r value %r but got %r' % (
- key, expected_dict[key], got_dict[key]))
- succeed = False
- else:
- message = ('Expected %r value %r == real value %r' % (
- key, expected_dict[key], got_dict[key]))
-
- elif isinstance(expected_dict[key], tuple):
- # Expected value is a tuple of possible actual values.
- if got_dict[key] not in expected_dict[key]:
- message = ('Expected %r values %r but got %r' % (
- key, expected_dict[key], got_dict[key]))
- succeed = False
- else:
- message = ('Expected %r values %r == real value %r' % (
- key, expected_dict[key], got_dict[key]))
- else:
- logging.warn('The expected value of %r is neither a str nor a '
- 'dict: %r', key, expected_dict[key])
- succeed = False
- continue
- if not suppress_logging:
- logging.info(message)
- return succeed
-
- def mode_checker(self, mode):
- """Check whether the DUT is in the given firmware boot mode.
-
- @param mode: A string of the expected boot mode: normal, rec, or dev.
- @return: True if the system in the given mode; otherwise, False.
- @raise ValueError: If the expected boot mode is not one of normal, rec,
- or dev.
- """
- if mode not in ('normal', 'rec', 'dev'):
- raise ValueError(
- 'Unexpected boot mode %s: want normal, rec, or dev' % mode)
- return self.faft_client.system.get_boot_mode() == mode
-
- def fw_tries_checker(self,
- expected_mainfw_act,
- expected_fw_tried=True,
- expected_try_count=0):
- """Check the current FW booted and try_count
-
- Mainly for dealing with the vboot1-specific flags fwb_tries and
- tried_fwb fields in crossystem. In vboot2, fwb_tries is meaningless and
- is ignored while tried_fwb is translated into fw_try_count.
-
- @param expected_mainfw_act: A string of expected firmware, 'A', 'B', or
- None if don't care.
- @param expected_fw_tried: True if tried expected FW at last boot.
- This means that mainfw_act=A,tried_fwb=0 or
- mainfw_act=B,tried_fwb=1. Set to False if want to
- check the opposite case for the mainfw_act. This
- check is only performed in vboot1 as tried_fwb is
- never set in vboot2.
- @param expected_try_count: Number of times to try a FW slot.
-
- @return: True if the correct boot firmware fields matched. Otherwise,
- False.
- """
- crossystem_dict = {'mainfw_act': expected_mainfw_act.upper()}
-
- if not self.fw_vboot2:
- if expected_mainfw_act == 'B':
- tried_fwb_val = True
- else:
- tried_fwb_val = False
- if not expected_fw_tried:
- tried_fwb_val = not tried_fwb_val
- crossystem_dict['tried_fwb'] = '1' if tried_fwb_val else '0'
-
- crossystem_dict['fwb_tries'] = str(expected_try_count)
- else:
- crossystem_dict['fw_try_count'] = str(expected_try_count)
- return self.crossystem_checker(crossystem_dict)
-
- def dev_boot_usb_checker(self, dev_boot_usb=True, kernel_key_hash=False):
- """Check the current boot is from a developer USB (Ctrl-U trigger).
-
- @param dev_boot_usb: True to expect an USB boot;
- False to expect an internal device boot.
- @param kernel_key_hash: True to expect an USB boot with kernkey_vfy
- value as 'hash';
- False to expect kernkey_vfy value as 'sig'.
- @return: True if the current boot device matched; otherwise, False.
- """
- assert (dev_boot_usb or not kernel_key_hash), ("Invalid condition "
- "dev_boot_usb_checker(%s, %s). kernel_key_hash should not be "
- "True in internal disk boot.") % (dev_boot_usb, kernel_key_hash)
- # kernkey_vfy value will be 'sig', when device booted in internal
- # disk or booted in USB image signed with SSD key(Ctrl-U trigger).
- expected_kernkey_vfy = 'sig'
- if kernel_key_hash:
- expected_kernkey_vfy = 'hash'
- return (self.crossystem_checker({'mainfw_type': 'developer',
- 'kernkey_vfy':
- expected_kernkey_vfy}) and
- self.faft_client.system.is_removable_device_boot() ==
- dev_boot_usb)
-
- def root_part_checker(self, expected_part):
- """Check the partition number of the root device matched.
-
- @param expected_part: A string containing the number of the expected
- root partition.
- @return: True if the currect root partition number matched;
- otherwise, False.
- """
- part = self.faft_client.system.get_root_part()[-1]
- if self.faft_framework.ROOTFS_MAP[expected_part] != part:
- logging.info("Expected root part %s but got %s",
- self.faft_framework.ROOTFS_MAP[expected_part], part)
- return False
- return True
-
- def ec_act_copy_checker(self, expected_copy):
- """Check the EC running firmware copy matches.
-
- @param expected_copy: A string containing 'RO', 'A', or 'B' indicating
- the expected copy of EC running firmware.
- @return: True if the current EC running copy matches; otherwise, False.
- """
- cmd = 'ectool version'
- lines = self.faft_client.system.run_shell_command_get_output(cmd)
- pattern = re.compile("Firmware copy: (.*)")
- for line in lines:
- matched = pattern.match(line)
- if matched:
- if matched.group(1) == expected_copy:
- return True
- else:
- logging.info("Expected EC in %s but now in %s",
- expected_copy, matched.group(1))
- return False
- logging.info("Wrong output format of '%s':\n%s", cmd, '\n'.join(lines))
- return False
diff --git a/server/cros/faft/utils/mode_switcher.py b/server/cros/faft/utils/mode_switcher.py
deleted file mode 100644
index e0953d8..0000000
--- a/server/cros/faft/utils/mode_switcher.py
+++ /dev/null
@@ -1,1059 +0,0 @@
-# Copyright 2015 The Chromium OS 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 logging
-import time
-
-from autotest_lib.client.common_lib import error
-from autotest_lib.server.cros import vboot_constants as vboot
-
-DEBOUNCE_STATE = 'debouncing'
-
-class ConnectionError(Exception):
- """Raised on an error of connecting DUT."""
- pass
-
-
-class _BaseFwBypasser(object):
- """Base class that controls bypass logic for firmware screens."""
-
- # Duration of holding Volume down button to quickly bypass the developer
- # warning screen in tablets/detachables.
- HOLD_VOL_DOWN_BUTTON_BYPASS = 3
-
- def __init__(self, faft_framework):
- self.faft_framework = faft_framework
- self.servo = faft_framework.servo
- self.faft_config = faft_framework.faft_config
- self.client_host = faft_framework._client
- self.ec = getattr(faft_framework, 'ec', None)
-
-
- def bypass_dev_mode(self):
- """Bypass the dev mode firmware logic to boot internal image."""
- raise NotImplementedError
-
-
- def bypass_dev_boot_usb(self):
- """Bypass the dev mode firmware logic to boot USB."""
- raise NotImplementedError
-
-
- def bypass_rec_mode(self):
- """Bypass the rec mode firmware logic to boot USB."""
- raise NotImplementedError
-
-
- def trigger_dev_to_rec(self):
- """Trigger to the rec mode from the dev screen."""
- raise NotImplementedError
-
-
- def trigger_rec_to_dev(self):
- """Trigger to the dev mode from the rec screen."""
- raise NotImplementedError
-
-
- def trigger_dev_to_normal(self):
- """Trigger to the normal mode from the dev screen."""
- raise NotImplementedError
-
-
- # This is used as a workaround of a bug in RO - DUT does not supply
- # Vbus when in SRC_ACCESSORY state (we set servo to snk before booting
- # to recovery due to the assumption of no PD in RO). It causes that DUT can
- # not see USB Stick in recovery mode(RO) despite being DFP(b/159938441).
- # The bug in RO has been fixed in 251212fb.
- # Some boards already have it in RO, so the issue does not appear
- def check_vbus_and_pd_state(self):
- """Perform PD power and data swap, if DUT is SRC and doesn't supply
- Vbus"""
- if (self.ec and self.faft_config.ec_ro_vbus_bug
- and self.servo.is_servo_v4_type_c()):
- time.sleep(self.faft_framework.PD_RESYNC_DELAY)
- servo_pr_role = self.servo.get_servo_v4_role()
- if servo_pr_role == 'snk':
- mv = self.servo.get_vbus_voltage()
- # Despite the faft_config, make sure the issue occurs -
- # servo is snk and vbus is not supplied.
- if mv is not None and mv < self.servo.VBUS_THRESHOLD:
- # Make servo SRC to supply Vbus correctly
- self.servo.set_servo_v4_role('src')
- time.sleep(self.faft_framework.PD_RESYNC_DELAY)
-
- # After reboot, EC can be UFP so check that
- MAX_PORTS = 2
- ec_is_dfp = False
- for port in range(0, MAX_PORTS):
- if self.ec.is_dfp(port):
- ec_is_dfp = True
- break
-
- if not ec_is_dfp:
- # EC is UFP, perform PD Data Swap
- for port in range(0, MAX_PORTS):
- self.ec.send_command("pd %d swap data" % port)
- time.sleep(self.faft_framework.PD_RESYNC_DELAY)
- # Make sure EC is DFP now
- if self.ec.is_dfp(port):
- ec_is_dfp = True
- break
-
- if not ec_is_dfp:
- # EC is still UFP
- raise error.TestError('DUT is not DFP in recovery mode.')
-
-
-class _KeyboardBypasser(_BaseFwBypasser):
- """Controls bypass logic via keyboard shortcuts for menu UI."""
-
- def bypass_dev_mode(self):
- """Bypass the dev mode firmware logic to boot internal image.
-
- Press Ctrl-D repeatedly. To obtain a low firmware boot time, pressing
- Ctrl+D for every half second until firmware_screen delay has been
- reached.
- """
- logging.info("Pressing Ctrl-D.")
- # At maximum, device waits for twice of firmware_screen delay to
- # bypass the Dev screen.
- timeout = time.time() + (self.faft_config.firmware_screen * 2)
- while time.time() < timeout:
- self.servo.ctrl_d()
- time.sleep(0.5)
- if self.client_host.ping_wait_up(timeout=0.1):
- break
-
-
- def bypass_dev_boot_usb(self):
- """Bypass the dev mode firmware logic to boot USB."""
- self.faft_framework.wait_for('firmware_screen', 'Pressing ctrl+u')
- self.servo.ctrl_u()
-
-
- def bypass_dev_default_boot(self):
- """Bypass the dev mode firmware logic to boot from default target."""
- self.faft_framework.wait_for('firmware_screen', 'Pressing enter')
- self.servo.enter_key()
-
-
- def bypass_rec_mode(self):
- """Bypass the rec mode firmware logic to boot USB."""
- self.servo.switch_usbkey('host')
- self.faft_framework.wait_for('usb_plug', 'Switching usb key to DUT')
- self.check_vbus_and_pd_state()
- self.servo.switch_usbkey('dut')
- logging.info('Enabled dut_sees_usb')
- if not self.client_host.ping_wait_up(
- timeout=self.faft_config.delay_reboot_to_ping):
- logging.info('ping timed out, try REC_ON')
- psc = self.servo.get_power_state_controller()
- psc.power_on(psc.REC_ON)
- # Check Vbus after reboot again
- self.check_vbus_and_pd_state()
-
-
- def trigger_dev_to_rec(self):
- """Trigger to the to-norm screen from the dev screen."""
- self.faft_framework.wait_for('firmware_screen', 'Pressing ctrl+s')
- self.servo.ctrl_s()
-
-
- def trigger_rec_to_dev(self):
- """Trigger to the dev mode from the rec screen."""
- self.faft_framework.wait_for('firmware_screen', 'Pressing ctrl+d')
- self.servo.ctrl_d()
- self.faft_framework.wait_for('keypress_delay',
- 'Pressing button to switch to dev mode')
- if self.faft_config.rec_button_dev_switch:
- logging.info('RECOVERY button pressed to switch to dev mode')
- self.servo.toggle_recovery_switch()
- elif self.faft_config.power_button_dev_switch:
- logging.info('POWER button pressed to switch to dev mode')
- self.servo.power_normal_press()
- else:
- logging.info('ENTER pressed to switch to dev mode')
- self.servo.enter_key()
-
-
- def trigger_dev_to_normal(self):
- """Trigger to the normal mode from the dev screen."""
- # Navigate to to-norm screen
- self.faft_framework.wait_for('firmware_screen', 'Pressing ctrl+s')
- self.servo.ctrl_s()
- # Select "Confirm"
- self.faft_framework.wait_for('keypress_delay', 'Pressing enter')
- self.servo.enter_key()
-
-
-class _LegacyKeyboardBypasser(_KeyboardBypasser):
- """Controls bypass logic via keyboard shortcuts for legacy clamshell UI."""
-
- def trigger_dev_to_rec(self):
- """Trigger to the to-norm screen from the dev screen."""
- self.faft_framework.wait_for('firmware_screen', 'Pressing enter')
- self.servo.enter_key()
-
- def trigger_dev_to_normal(self):
- """Trigger to the normal mode from the dev screen."""
- self.faft_framework.wait_for('firmware_screen', 'Pressing enter')
- self.servo.enter_key()
- self.faft_framework.wait_for('keypress_delay', 'Pressing enter')
- self.servo.enter_key()
-
-
-class _JetstreamBypasser(_BaseFwBypasser):
- """Controls bypass logic of Jetstream devices."""
-
- def bypass_dev_mode(self):
- """Bypass the dev mode firmware logic to boot internal image."""
- # Jetstream does nothing to bypass.
- pass
-
-
- def bypass_dev_boot_usb(self):
- """Bypass the dev mode firmware logic to boot USB."""
- self.servo.switch_usbkey('dut')
- self.faft_framework.wait_for('firmware_screen', 'Toggling development switch')
- self.servo.toggle_development_switch()
-
-
- def bypass_rec_mode(self):
- """Bypass the rec mode firmware logic to boot USB."""
- self.servo.switch_usbkey('host')
- self.faft_framework.wait_for('usb_plug', 'Switching usb key to DUT')
- self.check_vbus_and_pd_state()
- self.servo.switch_usbkey('dut')
- if not self.client_host.ping_wait_up(
- timeout=self.faft_config.delay_reboot_to_ping):
- psc = self.servo.get_power_state_controller()
- psc.power_on(psc.REC_ON)
- # Check Vbus after reboot again
- self.check_vbus_and_pd_state()
-
-
- def trigger_dev_to_rec(self):
- """Trigger to the rec mode from the dev screen."""
- # Jetstream does not have this triggering logic.
- raise NotImplementedError
-
-
- def trigger_rec_to_dev(self):
- """Trigger to the dev mode from the rec screen."""
- self.servo.disable_development_mode()
- self.faft_framework.wait_for('firmware_screen', 'Toggling development switch')
- self.servo.toggle_development_switch()
-
-
- def trigger_dev_to_normal(self):
- """Trigger to the normal mode from the dev screen."""
- # Jetstream does not have this triggering logic.
- raise NotImplementedError
-
-
-class _TabletDetachableBypasser(_BaseFwBypasser):
- """Controls bypass logic of tablet/ detachable chromebook devices."""
-
- def set_button(self, button, duration, info):
- """Helper method that sets the button hold time for UI selections"""
- self.servo.set_nocheck(button, duration)
- self.faft_framework.wait_for('keypress_delay')
- logging.info(info)
-
-
- def bypass_dev_boot_usb(self):
- """Bypass the dev mode firmware logic to boot USB.
-
- On tablets/ detachables, recovery entered by pressing pwr, vol up
- & vol down buttons for 10s.
- Menu options seen in DEVELOPER WARNING screen:
- Developer Options
- Show Debug Info
- Enable Root Verification
- Power Off*
- Language
- Menu options seen in DEV screen:
- Boot legacy BIOS
- Boot USB image
- Boot developer image*
- Cancel
- Power off
- Language
-
- Vol up button selects previous item, vol down button selects
- next item and pwr button selects current activated item.
-
- Note: if dev_default_boot=usb, the default selection will start on USB,
- and this will move up one to legacy boot instead.
- """
- self.trigger_dev_screen()
- self.faft_framework.wait_for('firmware_screen', 'Pressing volume up')
- self.set_button('volume_up_hold', 100, ('Selecting power as'
- ' enter key to select Boot USB Image'))
- self.servo.power_short_press()
-
- def bypass_dev_default_boot(self):
- """Open the Developer Options menu, and accept the default boot device
-
- Menu options seen in DEVELOPER WARNING screen:
- Developer Options
- Show Debug Info
- Enable Root Verification
- Power Off*
- Language
- Menu options seen in DEV screen:
- Boot legacy BIOS* (default if dev_default_boot=legacy)
- Boot USB image* (default if dev_default_boot=usb)
- Boot developer image* (default if dev_default_boot=disk)
- Cancel
- Power off
- Language
-
- Vol up button selects previous item, vol down button selects
- next item and pwr button selects current activated item.
- """
- self.trigger_dev_screen()
- self.faft_framework.wait_for('firmware_screen', 'Pressing power button')
- logging.info('Selecting power as enter key to accept the default'
- ' boot option.')
- self.servo.power_short_press()
-
- def bypass_rec_mode(self):
- """Bypass the rec mode firmware logic to boot USB."""
- self.servo.switch_usbkey('host')
- self.faft_framework.wait_for('usb_plug', 'Switching usb key to DUT')
- self.check_vbus_and_pd_state()
- self.servo.switch_usbkey('dut')
- logging.info('Enabled dut_sees_usb')
- if not self.client_host.ping_wait_up(
- timeout=self.faft_config.delay_reboot_to_ping):
- logging.info('ping timed out, try REC_ON')
- psc = self.servo.get_power_state_controller()
- psc.power_on(psc.REC_ON)
- # Check Vbus after reboot again
- self.check_vbus_and_pd_state()
-
-
- def bypass_dev_mode(self):
- """Bypass the developer warning screen immediately to boot into
- internal disk.
-
- On tablets/detachables, press & holding the Volume down button for
- 3-seconds will quickly bypass the developer warning screen.
- """
- # Unit for the "volume_down_hold" console command is msec.
- duration = (self.HOLD_VOL_DOWN_BUTTON_BYPASS + 0.1) * 1000
- logging.info("Press and hold volume down button for %.1f seconds to "
- "immediately bypass the Developer warning screen.",
- self.HOLD_VOL_DOWN_BUTTON_BYPASS + 0.1)
- # At maximum, device waits for twice of firmware_screen delay to
- # bypass the Dev screen.
- timeout = time.time() + (self.faft_config.firmware_screen * 2)
- # To obtain a low firmware boot time, volume_down button pressed for
- # every 3.1 seconds until firmware_screen delay has been reached.
- while time.time() < timeout:
- self.servo.set_nocheck('volume_down_hold', duration)
- # After pressing 'volume_down_hold' button, wait for 0.1 seconds
- # before start pressing the button for next iteration.
- time.sleep(0.1)
- if self.client_host.ping_wait_up(timeout=0.1):
- break
-
-
- def trigger_dev_screen(self):
- """Helper method that transitions from DEVELOPER WARNING to DEV screen
-
- Menu options seen in DEVELOPER WARNING screen:
- Developer Options
- Show Debug Info
- Enable Root Verification
- Power Off*
- Language
- Menu options seen in DEV screen:
- Boot legacy BIOS
- Boot USB image
- Boot developer image*
- Cancel
- Power off
- Language
- Vol up button selects previous item, vol down button selects
- next item and pwr button selects current activated item.
- """
- self.faft_framework.wait_for('firmware_screen', 'Pressing volume up')
- self.servo.set_nocheck('volume_up_hold', 100)
- self.faft_framework.wait_for('keypress_delay', 'Pressing volume up')
- self.servo.set_nocheck('volume_up_hold', 100)
- self.faft_framework.wait_for('keypress_delay', 'Pressing volume up')
- self.set_button('volume_up_hold', 100, ('Selecting power '
- 'as enter key to select Developer Options'))
- self.servo.power_short_press()
-
-
- def trigger_rec_to_dev(self):
- """Trigger to the dev mode from the rec screen using vol up button.
-
- On tablets/ detachables, recovery entered by pressing pwr, vol up
- & vol down buttons for 10s. TO_DEV screen is entered by pressing
- vol up & vol down buttons together on the INSERT screen.
- Menu options seen in TO_DEV screen:
- Confirm enabling developer mode
- Cancel*
- Power off
- Language
- Vol up button selects previous item, vol down button selects
- next item and pwr button selects current activated item.
- """
- self.faft_framework.wait_for('firmware_screen', 'Pressing volume up + volume down')
- self.set_button('volume_up_down_hold', 100, ('Enter Recovery Menu.'))
- self.faft_framework.wait_for('keypress_delay', 'Pressing volume up')
- self.set_button('volume_up_hold', 100, ('Selecting power as '
- 'enter key to select Confirm Enabling Developer Mode'))
- self.servo.power_short_press()
- self.faft_framework.wait_for('firmware_screen')
-
-
- def trigger_dev_to_normal(self):
- """Trigger to the normal mode from the dev screen.
-
- Menu options seen in DEVELOPER WARNING screen:
- Developer Options
- Show Debug Info
- Enable Root Verification
- Power Off*
- Language
- Menu options seen in TO_NORM screen:
- Confirm Enabling Verified Boot*
- Cancel
- Power off
- Language
- Vol up button selects previous item, vol down button selects
- next item and pwr button selects current activated item.
- """
- self.faft_framework.wait_for('firmware_screen', 'Pressing volume up')
- self.set_button('volume_up_hold', 100, ('Selecting '
- 'Enable Root Verification using pwr '
- 'button to enter TO_NORM screen'))
- self.servo.power_short_press()
- logging.info('Transitioning from DEV to TO_NORM screen.')
- self.faft_framework.wait_for('firmware_screen', 'Pressing power button')
- logging.info('Selecting Confirm Enabling Verified '
- 'Boot using pwr button in '
- 'TO_NORM screen')
- self.servo.power_short_press()
-
- def trigger_dev_to_rec(self):
- """Trigger to the TO_NORM screen from the dev screen.
- Menu options seen in DEVELOPER WARNING screen:
- Developer Options
- Show Debug Info
- Enable Root Verification
- Power Off*
- Language
- Menu options seen in TO_NORM screen:
- Confirm Enabling Verified Boot*
- Cancel
- Power off
- Language
- Vol up button selects previous item, vol down button selects
- next item and pwr button selects current activated item.
- """
- self.faft_framework.wait_for('firmware_screen', 'Pressing volume up')
- self.set_button('volume_up_hold', 100, ('Selecting '
- 'Enable Root Verification using pwr '
- 'button to enter TO_NORM screen'))
- self.servo.power_short_press()
- logging.info('Transitioning from DEV to TO_NORM screen.')
- self.faft_framework.wait_for('firmware_screen', 'Pressing volume down')
-
- # In firmware_FwScreenPressPower, test will power off the DUT using
- # Power button in second screen (TO_NORM screen) so scrolling to
- # Power-off is necessary in this case. Hence scroll to Power-off as
- # a generic action and wait for next action of either Lid close or
- # power button press.
- self.servo.set_nocheck('volume_down_hold', 100)
- self.faft_framework.wait_for('keypress_delay', 'Pressing volume down')
- self.servo.set_nocheck('volume_down_hold', 100)
- self.faft_framework.wait_for('keypress_delay')
-
-
-class _BaseModeSwitcher(object):
- """Base class that controls firmware mode switching."""
-
- HOLD_VOL_DOWN_BUTTON_BYPASS = _BaseFwBypasser.HOLD_VOL_DOWN_BUTTON_BYPASS
-
- FW_BYPASSER_CLASS = _BaseFwBypasser
-
- def __init__(self, faft_framework):
- self.faft_framework = faft_framework
- self.client_host = faft_framework._client
- self.faft_client = faft_framework.faft_client
- self.servo = faft_framework.servo
- self.faft_config = faft_framework.faft_config
- self.checkers = faft_framework.checkers
- self.bypasser = self._create_fw_bypasser()
- original_boot_mode = self.faft_client.system.get_boot_mode()
- # Only resume to normal/dev mode after test, not recovery.
- self._backup_mode = 'dev' if original_boot_mode == 'dev' else 'normal'
-
- def _create_fw_bypasser(self):
- """Creates a proper firmware bypasser.
-
- @rtype: _BaseFwBypasser
- """
- return self.FW_BYPASSER_CLASS(self.faft_framework)
-
- def setup_mode(self, to_mode, allow_gbb_force=False):
- """Setup for the requested boot mode.
-
- It makes sure the system in the requested mode. If not, it tries to
- do so.
-
- @param to_mode: A string of boot mode, one of 'normal', 'dev', or 'rec'.
- @param allow_gbb_force: Bool. If True, allow forcing dev mode via GBB
- flags. This is more reliable, but it can prevent
- testing other mode-switch workflows.
- @raise TestFail: If the system not switched to expected mode after
- reboot_to_mode.
-
- """
- current_mode = self.faft_client.system.get_boot_mode()
- if current_mode == to_mode:
- logging.debug('System already in expected %s mode.', to_mode)
- return
- logging.info('System not in expected %s mode. Reboot into it.',
- to_mode)
-
- self.reboot_to_mode(to_mode, allow_gbb_force=allow_gbb_force)
- current_mode = self.faft_client.system.get_boot_mode()
- if current_mode != to_mode:
- raise error.TestFail(
- 'After setup_mode, wanted mode=%s but got %s' %
- (to_mode, current_mode))
-
- def restore_mode(self):
- """Restores original dev mode status if it has changed.
-
- @raise TestFail: If the system not restored to expected mode.
- """
- if self._backup_mode is None:
- logging.debug('No backup mode to restore.')
- return
- current_mode = self.faft_client.system.get_boot_mode()
- if current_mode == self._backup_mode:
- logging.debug('System already in backup %s mode.', current_mode)
- return
-
- self.reboot_to_mode(self._backup_mode, allow_gbb_force=True)
- current_mode = self.faft_client.system.get_boot_mode()
- if current_mode != self._backup_mode:
- raise error.TestFail(
- 'After restore_mode, wanted mode=%s but got %s' %
- (self._backup_mode, current_mode))
- self._backup_mode = None
-
- def reboot_to_mode(self,
- to_mode,
- allow_gbb_force=False,
- sync_before_boot=True,
- wait_for_dut_up=True):
- """Reboot and execute the mode switching sequence.
-
- Normally this method simulates what a user would do to switch between
- different modes of ChromeOS. However, if allow_gbb_force is True, then
- booting to dev mode will instead be forced by GBB flags.
-
- Note that the modes are end-states where the OS is booted up
- to the Welcome screen, so it takes care of navigating through
- intermediate steps such as various boot confirmation screens.
-
- From the user perspective, these are the states (note that there's also
- a rec_force_mrc mode which is like rec mode but forces MRC retraining):
-
- normal <-----> dev <------ rec
- ^ ^
- | |
- +-------------------------+
-
- Normal <-----> Dev:
- _enable_dev_mode_and_reboot()
-
- Rec,normal -----> Dev:
- disable_rec_mode_and_reboot()
-
- Any -----> normal:
- _enable_normal_mode_and_reboot()
-
- Normal <-----> rec:
- enable_rec_mode_and_reboot(usb_state='dut')
-
- Normal <-----> rec_force_mrc:
- _enable_rec_mode_force_mrc_and_reboot(usb_state='dut')
-
- Note that one shouldn't transition to dev again without going through the
- normal mode. This is because trying to disable os_verification when it's
- already off is not supported by reboot_to_mode.
-
- @param to_mode: The target mode, one of 'normal', 'dev', or 'rec'.
- @param allow_gbb_force: Bool. If True, allow forcing dev mode via GBB
- flags. This is more reliable, but it can prevent
- testing other mode-switch workflows.
- @param sync_before_boot: True to sync to disk before booting.
- @param wait_for_dut_up: True to wait DUT online again. False to do the
- reboot and mode switching sequence only and may
- need more operations to pass the firmware
- screen.
- """
- logging.info(
- '-[ModeSwitcher]-[ start reboot_to_mode(%r, %r, %r, %r)]-',
- to_mode, sync_before_boot, allow_gbb_force, wait_for_dut_up)
-
- from_mode = self.faft_client.system.get_boot_mode()
- note = 'reboot_to_mode: from=%s, to=%s' % (from_mode, to_mode)
-
- if sync_before_boot:
- lines = self.faft_client.system.run_shell_command_get_output(
- 'crossystem')
- logging.debug('-[ModeSwitcher]- crossystem output:\n%s',
- '\n'.join(lines))
- devsw_cur = self.faft_client.system.get_crossystem_value(
- 'devsw_cur')
- note += ', devsw_cur=%s' % devsw_cur
- self.faft_framework.blocking_sync(freeze_for_reset=True)
- note += '.'
-
- # If booting to anything but dev mode, make sure we're not forcing dev.
- # This is irrespective of allow_gbb_force: disabling the flag doesn't
- # force a mode, it just stops forcing dev.
- if to_mode != 'dev':
- self.faft_framework.clear_set_gbb_flags(
- vboot.GBB_FLAG_FORCE_DEV_SWITCH_ON, 0, reboot=False)
-
- if to_mode == 'rec':
- self.enable_rec_mode_and_reboot(usb_state='dut')
- elif to_mode == 'rec_force_mrc':
- self._enable_rec_mode_force_mrc_and_reboot(usb_state='dut')
- elif to_mode == 'dev':
- if allow_gbb_force:
- self.faft_framework.clear_set_gbb_flags(
- 0, vboot.GBB_FLAG_FORCE_DEV_SWITCH_ON, reboot=True)
- else:
- self._enable_dev_mode_and_reboot()
- if wait_for_dut_up:
- self.bypass_dev_mode()
- elif to_mode == 'normal':
- self._enable_normal_mode_and_reboot()
- else:
- raise NotImplementedError('Unexpected boot mode param: %s',
- to_mode)
- if wait_for_dut_up:
- self.wait_for_client(retry_power_on=True, note=note)
-
- logging.info('-[ModeSwitcher]-[ end reboot_to_mode(%r, %r, %r, %r)]-',
- to_mode, sync_before_boot, allow_gbb_force,
- wait_for_dut_up)
-
- def simple_reboot(self, reboot_type='warm', sync_before_boot=True):
- """Simple reboot method
-
- Just reboot the DUT using either cold or warm reset. Does not wait for
- DUT to come back online. Will wait for test to handle this.
-
- @param reboot_type: A string of reboot type, 'warm' or 'cold'.
- If reboot_type != warm/cold, raise exception.
- @param sync_before_boot: True to sync to disk before booting.
- If sync_before_boot=False, DUT offline before
- calling mode_aware_reboot.
- """
- if reboot_type == 'warm':
- reboot_method = self.servo.get_power_state_controller().warm_reset
- elif reboot_type == 'cold':
- reboot_method = self.servo.get_power_state_controller().reset
- else:
- raise NotImplementedError('Not supported reboot_type: %s',
- reboot_type)
- if sync_before_boot:
- boot_id = self.faft_framework.get_bootid()
- self.faft_framework.blocking_sync(freeze_for_reset=True)
- logging.info("-[ModeSwitcher]-[ start simple_reboot(%r) ]-",
- reboot_type)
- reboot_method()
- if sync_before_boot:
- self.wait_for_client_offline(orig_boot_id=boot_id)
- logging.info("-[ModeSwitcher]-[ end simple_reboot(%r) ]-",
- reboot_type)
-
- def mode_aware_reboot(self, reboot_type=None, reboot_method=None,
- sync_before_boot=True, wait_for_dut_up=True):
- """Uses a mode-aware way to reboot DUT.
-
- For example, if DUT is in dev mode, it requires pressing Ctrl-D to
- bypass the developer screen.
-
- @param reboot_type: A string of reboot type, one of 'warm', 'cold', or
- 'custom'. Default is a warm reboot.
- @param reboot_method: A custom method to do the reboot. Only use it if
- reboot_type='custom'.
- @param sync_before_boot: True to sync to disk before booting.
- If sync_before_boot=False, DUT offline before
- calling mode_aware_reboot.
- @param wait_for_dut_up: True to wait DUT online again. False to do the
- reboot only.
- """
- if reboot_type is None or reboot_type == 'warm':
- reboot_method = self.servo.get_power_state_controller().warm_reset
- elif reboot_type == 'cold':
- reboot_method = self.servo.get_power_state_controller().reset
- elif reboot_type != 'custom':
- raise NotImplementedError('Not supported reboot_type: %s',
- reboot_type)
-
- logging.info("-[ModeSwitcher]-[ start mode_aware_reboot(%r, %s, ..) ]-",
- reboot_type, reboot_method.__name__)
- is_dev = is_rec = is_devsw_boot = False
- if sync_before_boot:
- is_dev = self.checkers.mode_checker('dev')
- is_rec = self.checkers.mode_checker('rec')
- is_devsw_boot = self.checkers.crossystem_checker(
- {'devsw_boot': '1'}, True)
- boot_id = self.faft_framework.get_bootid()
-
- self.faft_framework.blocking_sync(reboot_type != 'custom')
- if is_rec:
- logging.info("-[mode_aware_reboot]-[ is_rec=%s is_dev_switch=%s ]-",
- is_rec, is_devsw_boot)
- else:
- logging.info("-[mode_aware_reboot]-[ is_dev=%s ]-", is_dev)
- reboot_method()
- if sync_before_boot:
- self.wait_for_client_offline(orig_boot_id=boot_id)
- # Encapsulating the behavior of skipping dev firmware screen,
- # hitting ctrl-D
- # Note that if booting from recovery mode, we can predict the next
- # boot based on the developer switch position at boot (devsw_boot).
- # If devsw_boot is True, we will call bypass_dev_mode after reboot.
- if is_dev or is_devsw_boot:
- self.bypass_dev_mode()
- if wait_for_dut_up:
- self.wait_for_client()
- logging.info("-[ModeSwitcher]-[ end mode_aware_reboot(%r, %s, ..) ]-",
- reboot_type, reboot_method.__name__)
-
-
- def enable_rec_mode_and_reboot(self, usb_state=None):
- """Switch to rec mode and reboot.
-
- This method emulates the behavior of the old physical recovery switch,
- i.e. switch ON + reboot + switch OFF, and the new keyboard controlled
- recovery mode, i.e. just press Power + Esc + Refresh.
-
- @param usb_state: A string, one of 'dut', 'host', or 'off'.
- """
- psc = self.servo.get_power_state_controller()
- # Switch the USB key when AP is on, because there is a
- # bug (b/172909077) - using "image_usbkey_direction:usb_state", when
- # AP if off may cause not recognizing the file system,
- # so system won't boot in recovery from USB.
- # When the issue is fixed, it can be done when AP is off.
- if usb_state:
- self.servo.switch_usbkey(usb_state)
- psc.power_off()
- psc.power_on(psc.REC_ON)
- # Check VBUS and pd state only if we are going to boot
- # to ChromeOS in the recovery mode
- if usb_state == 'dut':
- self.bypasser.check_vbus_and_pd_state()
-
-
- def _enable_rec_mode_force_mrc_and_reboot(self, usb_state=None):
- """Switch to rec mode, enable force mrc cache retraining, and reboot.
-
- This method emulates the behavior of the old physical recovery switch,
- i.e. switch ON + reboot + switch OFF, and the new keyboard controlled
- recovery mode, i.e. just press Power + Esc + Refresh.
-
- @param usb_state: A string, one of 'dut', 'host', or 'off'.
- """
- psc = self.servo.get_power_state_controller()
- # Switch the USB key when AP is on, because there is a
- # bug (b/172909077) - using "image_usbkey_direction:usb_state", when
- # AP if off may cause not recognizing the file system,
- # so system won't boot in recovery from USB.
- # When the issue is fixed, it can be done when AP is off.
- if usb_state:
- self.servo.switch_usbkey(usb_state)
- psc.power_off()
- psc.power_on(psc.REC_ON_FORCE_MRC)
-
- def disable_rec_mode_and_reboot(self, usb_state=None):
- """Disable the rec mode and reboot.
-
- It is achieved by calling power state controller to do a normal
- power on.
- """
- psc = self.servo.get_power_state_controller()
- psc.power_off()
- self.faft_framework.wait_for('ec_boot_to_pwr_button', 'Powering on')
- psc.power_on(psc.REC_OFF)
-
-
- def _enable_dev_mode_and_reboot(self):
- """Switch to developer mode and reboot."""
- raise NotImplementedError
-
-
- def _enable_normal_mode_and_reboot(self):
- """Switch to normal mode and reboot."""
- raise NotImplementedError
-
-
- # Redirects the following methods to FwBypasser
- def bypass_dev_mode(self):
- """Bypass the dev mode firmware logic to boot internal image."""
- logging.info("-[bypass_dev_mode]-")
- self.bypasser.bypass_dev_mode()
-
-
- def bypass_dev_boot_usb(self):
- """Bypass the dev mode firmware logic to boot USB."""
- logging.info("-[bypass_dev_boot_usb]-")
- self.bypasser.bypass_dev_boot_usb()
-
-
- def bypass_dev_default_boot(self):
- """Bypass the dev mode firmware logic to boot from default target."""
- logging.info("-[bypass_dev_default_boot]-")
- self.bypasser.bypass_dev_default_boot()
-
-
- def bypass_rec_mode(self):
- """Bypass the rec mode firmware logic to boot USB."""
- logging.info("-[bypass_rec_mode]-")
- self.bypasser.bypass_rec_mode()
-
-
- def trigger_dev_to_rec(self):
- """Trigger to the rec mode from the dev screen."""
- self.bypasser.trigger_dev_to_rec()
-
-
- def trigger_rec_to_dev(self):
- """Trigger to the dev mode from the rec screen."""
- self.bypasser.trigger_rec_to_dev()
-
-
- def trigger_dev_to_normal(self):
- """Trigger to the normal mode from the dev screen."""
- self.bypasser.trigger_dev_to_normal()
-
-
- def wait_for_client(self, timeout=180, retry_power_on=False,
- debounce_power_state=True, note=''):
- """Wait for the client to come back online.
-
- New remote processes will be launched if their used flags are enabled.
-
- @param timeout: Time in seconds to wait for the client SSH daemon to
- come up.
- @param retry_power_on: Try to power on the DUT if it isn't in S0.
- @param debounce_power_state: Wait until power_state is the same two
- times in a row to determine the actual
- power_state.
- @param note: Extra note to add to the end of the error text
- @raise ConnectionError: Failed to connect DUT.
- """
- logging.info("-[FAFT]-[ start wait_for_client(%ds) ]---",
- timeout if retry_power_on else 0)
- # Wait for the system to be powered on before trying the network
- # Skip "None" result because that indicates lack of EC or problem
- # querying the power state.
- current_timer = 0
- self.faft_framework.wait_for('delay_powerinfo_stable',
- 'checking power state')
- power_state = self.faft_framework.get_power_state()
-
- # The device may transition between states. Wait until the power state
- # is stable for two seconds before determining the state.
- if debounce_power_state:
- last_state = power_state
- power_state = DEBOUNCE_STATE
-
- while (timeout > current_timer and
- power_state not in (self.faft_framework.POWER_STATE_S0, None)):
- time.sleep(2)
- current_timer += 2
- power_state = self.faft_framework.get_power_state()
-
- # If the state changed, debounce it.
- if debounce_power_state and power_state != last_state:
- last_state = power_state
- power_state = DEBOUNCE_STATE
-
- logging.info('power state: %s', power_state)
-
- # Only power-on the device if it has been consistently out of
- # S0.
- if (retry_power_on and
- power_state not in (self.faft_framework.POWER_STATE_S0,
- None, DEBOUNCE_STATE)):
- logging.info("-[FAFT]-[ retry powering on the DUT ]---")
- psc = self.servo.get_power_state_controller()
- psc.retry_power_on()
-
- # Use the last state if the device didn't reach a stable state in
- # timeout seconds.
- if power_state == DEBOUNCE_STATE:
- power_state = last_state
- if power_state not in (self.faft_framework.POWER_STATE_S0, None):
- msg = 'DUT unexpectedly down, power state is %s.' % power_state
- if note:
- msg += ' %s' % note
- raise ConnectionError(msg)
-
- # Wait for the system to respond to ping before attempting ssh
- if self.client_host.use_icmp and not self.client_host.ping_wait_up(
- timeout):
- logging.warning("-[FAFT]-[ system did not respond to ping ]")
- if self.client_host.wait_up(timeout, host_is_down=True):
- # Check the FAFT client is avaiable.
- self.faft_client.system.is_available()
- # Stop update-engine as it may change firmware/kernel.
- self.faft_framework.faft_client.updater.stop_daemon()
- else:
- logging.error('wait_for_client() timed out.')
- power_state = self.faft_framework.get_power_state()
- msg = 'DUT is still down unexpectedly.'
- if power_state:
- msg += ' Power state: %s.' % power_state
- if note:
- msg += ' %s' % note
- raise ConnectionError(msg)
- logging.info("-[FAFT]-[ end wait_for_client ]-----")
-
-
- def wait_for_client_offline(self, timeout=60, orig_boot_id=None):
- """Wait for the client to come offline.
-
- @param timeout: Time in seconds to wait the client to come offline.
- @param orig_boot_id: A string containing the original boot id.
- @raise ConnectionError: Failed to wait DUT offline.
- """
- if not self.client_host.ping_wait_down(timeout):
- if orig_boot_id and self.client_host.get_boot_id() != orig_boot_id:
- logging.warn('Reboot done very quickly.')
- return
- raise ConnectionError('DUT is still up unexpectedly')
-
-
-class _MenuSwitcher(_BaseModeSwitcher):
- """Mode switcher via keyboard shortcuts for menu UI."""
-
- FW_BYPASSER_CLASS = _KeyboardBypasser
-
- def _enable_dev_mode_and_reboot(self):
- """Switch to developer mode and reboot."""
- logging.info("Enabling keyboard controlled developer mode")
- # Rebooting EC with rec mode on. Should power on AP.
- # Plug out USB disk for preventing recovery boot without warning
- self.enable_rec_mode_and_reboot(usb_state='host')
- self.wait_for_client_offline()
- self.bypasser.trigger_rec_to_dev()
-
- def _enable_normal_mode_and_reboot(self):
- """Switch to normal mode and reboot."""
- logging.info("Disabling keyboard controlled developer mode")
- self.disable_rec_mode_and_reboot()
- self.wait_for_client_offline()
- self.bypasser.trigger_dev_to_normal()
-
-
-class _KeyboardDevSwitcher(_MenuSwitcher):
- """Mode switcher via keyboard shortcuts for legacy clamshell UI."""
-
- FW_BYPASSER_CLASS = _LegacyKeyboardBypasser
-
-
-class _JetstreamSwitcher(_BaseModeSwitcher):
- """Mode switcher for Jetstream devices."""
-
- FW_BYPASSER_CLASS = _JetstreamBypasser
-
- def _enable_dev_mode_and_reboot(self):
- """Switch to developer mode and reboot."""
- logging.info("Enabling Jetstream developer mode")
- self.enable_rec_mode_and_reboot(usb_state='host')
- self.wait_for_client_offline()
- self.bypasser.trigger_rec_to_dev()
-
- def _enable_normal_mode_and_reboot(self):
- """Switch to normal mode and reboot."""
- logging.info("Disabling Jetstream developer mode")
- self.servo.disable_development_mode()
- self.enable_rec_mode_and_reboot(usb_state='host')
- self.faft_framework.wait_for('firmware_screen', 'Disabling rec and rebooting')
- self.disable_rec_mode_and_reboot(usb_state='host')
-
-
-class _TabletDetachableSwitcher(_BaseModeSwitcher):
- """Mode switcher for legacy menu UI."""
-
- FW_BYPASSER_CLASS = _TabletDetachableBypasser
-
- def _enable_dev_mode_and_reboot(self):
- """Switch to developer mode and reboot.
-
- On tablets/ detachables, recovery entered by pressing pwr, vol up
- & vol down buttons for 10s.
- Menu options seen in RECOVERY screen:
- Enable Developer Mode
- Show Debug Info
- Power off*
- Language
- """
- logging.info('Enabling tablets/detachable recovery mode')
- self.enable_rec_mode_and_reboot(usb_state='host')
- self.wait_for_client_offline()
- self.bypasser.trigger_rec_to_dev()
-
- def _enable_normal_mode_and_reboot(self):
- """Switch to normal mode and reboot.
-
- Menu options seen in DEVELOPER WARNING screen:
- Developer Options
- Show Debug Info
- Enable Root Verification
- Power Off*
- Language
- Menu options seen in TO_NORM screen:
- Confirm Enabling Verified Boot
- Cancel
- Power off*
- Language
- Vol up button selects previous item, vol down button selects
- next item and pwr button selects current activated item.
- """
- self.disable_rec_mode_and_reboot()
- self.wait_for_client_offline()
- self.bypasser.trigger_dev_to_normal()
-
-
-_SWITCHER_CLASSES = {
- 'menu_switcher': _MenuSwitcher,
- 'keyboard_dev_switcher': _KeyboardDevSwitcher,
- 'jetstream_switcher': _JetstreamSwitcher,
- 'tablet_detachable_switcher': _TabletDetachableSwitcher,
-}
-
-
-def create_mode_switcher(faft_framework):
- """Creates a proper mode switcher.
-
- @param faft_framework: The main FAFT framework object.
- """
- switcher_type = faft_framework.faft_config.mode_switcher_type
- switcher_class = _SWITCHER_CLASSES.get(switcher_type, None)
- if switcher_class is None:
- raise NotImplementedError('Not supported mode_switcher_type: %s',
- switcher_type)
- else:
- return switcher_class(faft_framework)
diff --git a/server/cros/provision_unittest.py b/server/cros/provision_unittest.py
deleted file mode 100755
index d593bf3..0000000
--- a/server/cros/provision_unittest.py
+++ /dev/null
@@ -1,60 +0,0 @@
-#!/usr/bin/python3
-# Copyright 2017 The Chromium OS 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 unittest
-
-import common
-from autotest_lib.server.cros import provision
-
-_CROS_VERSION_SAMPLES = [
- 'cave-release/R57-9030.0.0',
- 'grunt-llvm-next-toolchain-tryjob/R69-10851.0.0-b2726174'
- 'eve-tot-chrome-pfq-informational/R69-10822.0.0-b2700960',
-]
-_CROS_ANDROID_VERSION_SAMPLES = [
- 'git_nyc-mr1-arc/cheets_arm-user/4866647',
- 'git_nyc-mr1-arc/cheets_arm-user/P6244267',
- 'git_nyc-mr1-arc/cheets_x86-user/P6256537',
-]
-
-
-class ActionTestCase(unittest.TestCase):
- """Tests for Action functions."""
- #pylint:disable=missing-docstring
-
- def test__get_label_action_with_keyval_label(self):
- got = provision._get_label_action('cros-version:foo')
- self.assertEqual(got, provision._Action('cros-version', 'foo'))
-
- def test__get_label_action_with_plain_label(self):
- got = provision._get_label_action('webcam')
- self.assertEqual(got, provision._Action('webcam', None))
-
- def test__get_label_action_with_empty_string(self):
- got = provision._get_label_action('')
- self.assertEqual(got, provision._Action('', None))
-
-
-class ImageParsingTests(unittest.TestCase):
- """Unit tests for `provision.get_version_label_prefix()`."""
-
- def _do_test_prefixes(self, expected, version_samples):
- for v in version_samples:
- prefix = provision.get_version_label_prefix(v)
- self.assertEqual(prefix, expected)
-
- def test_cros_prefix(self):
- """Test handling of Chrome OS version strings."""
- self._do_test_prefixes(provision.CROS_VERSION_PREFIX,
- _CROS_VERSION_SAMPLES)
-
- def test_cros_android_prefix(self):
- """Test handling of Chrome OS version strings."""
- self._do_test_prefixes(provision.CROS_ANDROID_VERSION_PREFIX,
- _CROS_ANDROID_VERSION_SAMPLES)
-
-
-if __name__ == '__main__':
- unittest.main()
diff --git a/server/cros/repair/__init__.py b/server/cros/repair/__init__.py
deleted file mode 100644
index e69de29..0000000
--- a/server/cros/repair/__init__.py
+++ /dev/null
diff --git a/server/cros/repair/common.py b/server/cros/repair/common.py
deleted file mode 100644
index 90fbb54..0000000
--- a/server/cros/repair/common.py
+++ /dev/null
@@ -1,15 +0,0 @@
-#!/usr/bin/python3
-# Copyright 2020 The Chromium OS Authors. All rights reserved.
-# Use of this source code is governed by a BSD-style license that can be
-# found in the LICENSE file.
-
-# Build relative paths for files with root of autotest_lib.
-
-import os, sys
-dirname = os.path.dirname(sys.modules[__name__].__file__)
-autotest_dir = os.path.abspath(os.path.join(dirname, '../../../..'))
-client_dir = os.path.join(autotest_dir, 'client')
-sys.path.insert(0, client_dir)
-import setup_modules
-sys.path.pop(0)
-setup_modules.setup(base_path=autotest_dir, root_module_name='autotest_lib')
diff --git a/server/cros/repair/mac_address_helper.py b/server/cros/repair/mac_address_helper.py
deleted file mode 100644
index 2d63d8c..0000000
--- a/server/cros/repair/mac_address_helper.py
+++ /dev/null
@@ -1,177 +0,0 @@
-# Copyright 2020 The Chromium OS 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 logging
-
-import re
-
-import common
-from autotest_lib.client.common_lib import error
-
-
-class MacAddressHelper():
- """Verify and update cached NIC mac address on servo.
-
- Servo_v4 plugged to the DUT and providing NIC for that. We caching mac
- address on servod side to better debugging.
- """
-
- # HUB and NIC VID/PID.
- # Values presented as the string of the hex without 0x to match
- # representation in sysfs (idVendor/idProduct).
- HUB_VID = '04b4'
- HUB_PID = '6502'
- NIC_VID = '0bda'
- NIC_PID = '8153'
-
- # Regex to check mac address format.
- # eg: f4:f5:e8:50:e9:45
- RE_MACADDR = re.compile('^([0-9A-Fa-f]{2}[:-]){5}([0-9A-Fa-f]{2})$')
-
- def is_supported(self, host):
- """Verify if setup is support cached NIC mac address on servo
-
- @param host: CrosHost instance
- """
- if not host._servo_host.is_labstation():
- logging.info('Only servo_v4 has NIC; Skipping the action')
- return False
- if not host.servo.has_control('macaddr'):
- logging.info('"macaddr" control not supported;'
- 'Skipping the action')
- return False
- return True
-
- def update_if_needed(self, host):
- """Update the cached NIC mac address on servo
-
- The process will verify if NIC mac changes and update only if
- it required.
-
- @param host: CrosHost instance
- """
-
- if not self.is_supported(host):
- return
-
- servo = host.servo
- # Path to the NIC has to be located in the HUB.
- # eg.
- # HUB: /sys/bus/usb/devices/1-1
- # NIC: /sys/bus/usb/devices/1-1.1
- hub_path = self._get_device_path(host, None, self.HUB_VID,
- self.HUB_PID)
- if not hub_path or hub_path == '.':
- raise Exception('The servo_v4 HUB not detected from DUT.')
- logging.debug('Path to the servo_v4 HUB device: %s', hub_path)
- nic_path = self._get_device_path(host, hub_path, self.NIC_VID,
- self.NIC_PID)
- if not nic_path or nic_path == '.':
- raise Exception('The servo_v4 NIC not detected in HUB folder.')
- logging.debug('Path to the servo_v4 NIC device: %s', nic_path)
- if hub_path == nic_path or not nic_path.startswith(hub_path):
- raise Exception('The servo_v4 NIC was detect out of servo_v4 HUB')
-
- macaddr = self._get_mac_address(host, nic_path)
- if not macaddr:
- raise Exception('Failed to extract mac address from host.')
-
- cached_mac = self._get_cached_mac_address(host)
- if not cached_mac or macaddr != cached_mac:
- try:
- servo.set('macaddr', macaddr)
- logging.info('Successfully updated the servo "macaddr"!')
- except error.TestFail as e:
- logging.debug('Fail to update macaddr value; %s', e)
- raise Exception('Fail to update the "macaddr" value!')
- else:
- logging.info('The servo "macaddr" doe not need update.')
-
- def _get_cached_mac_address(self, host):
- """Get NIC mac address from servo cache"""
- try:
- return host.servo.get('macaddr')
- except error.TestFail as e:
- logging.debug('(Non-critical) Fail to get macaddr: %s', e)
- return None
-
- def _get_mac_address(self, host, nic_path):
- """Get NIC mac address from host
-
- @param host: CrosHost instance
- @param nic_path: Path to network device on the host
- """
- cmd = r'find %s/ | grep /net/ | grep /address' % nic_path
- res = host.run(cmd,
- timeout=30,
- ignore_status=True,
- ignore_timeout=True)
- if not res:
- logging.info('Timeout during retriving NIC address files.')
- return None
- addrs = res.stdout.splitlines()
- if not addrs or len(addrs) == 0:
- logging.info('No NIC address file found.')
- return None
- if len(addrs) > 1:
- logging.info('More than one NIC address file found.')
- return None
- logging.info('Found NIC address file: %s', addrs[0])
- cmd = r'cat %s' % addrs[0]
- res = host.run(cmd,
- timeout=30,
- ignore_status=True,
- ignore_timeout=True)
- if not res:
- logging.info('Timeout during attemp read NIC address file: %s',
- addrs[0])
- return None
- mac_addr = res.stdout.strip()
- if not self.RE_MACADDR.match(mac_addr):
- logging.info('incorrect format of the mac address: %s', mac_addr)
- return None
- logging.info('Servo_v4 NIC mac address from DUT side: %s', mac_addr)
- return mac_addr
-
- def _get_device_path(self, host, base_path, vid, pid):
- """Find a device by VID/PID under particular path.
-
- 1) Get path to the unique idVendor file with VID
- 2) Get path to the unique idProduct file with PID
- 3) Get directions of both file and compare them
-
- @param host: CrosHost instance
- @param base_path: Path to the directory where to look for the device.
- @param vid: Vendor ID of the looking device.
- @param pid: Product ID of the looking device.
-
- @returns: path to the folder of the device
- """
-
- def _run(cmd):
- res = host.run(cmd,
- timeout=30,
- ignore_status=True,
- ignore_timeout=True)
- l = res.stdout.splitlines()
- if not l or len(l) != 1:
- return None
- return l[0]
-
- if not base_path:
- base_path = '/sys/bus/usb/devices/*/'
- else:
- base_path += '*/'
- cmd_template = 'grep -l %s $(find %s -maxdepth 1 -name %s)'
- vid_path = _run(cmd_template % (vid, base_path, 'idVendor'))
- if not vid_path:
- return None
-
- pid_path = _run(cmd_template % (pid, base_path, 'idProduct'))
- if not pid_path:
- return None
-
- # check if both files locates in the same folder
- return _run('LC_ALL=C comm -12 <(dirname %s) <(dirname %s)' %
- (vid_path, pid_path))
diff --git a/server/cros/resource_monitor.py b/server/cros/resource_monitor.py
deleted file mode 100644
index c8ec5f5..0000000
--- a/server/cros/resource_monitor.py
+++ /dev/null
@@ -1,304 +0,0 @@
-# Lint as: python2, python3
-# Copyright (c) 2013 The Chromium OS Authors. All rights reserved.
-# Use of this source code is governed by a BSD-style license that can be
-# found in the LICENSE file.
-
-from __future__ import absolute_import
-from __future__ import division
-from __future__ import print_function
-
-import logging
-import csv
-import six
-import random
-import re
-import collections
-
-from autotest_lib.client.common_lib.cros import path_utils
-
-class ResourceMonitorRawResult(object):
- """Encapsulates raw resource_monitor results."""
-
- def __init__(self, raw_results_filename):
- self._raw_results_filename = raw_results_filename
-
-
- def get_parsed_results(self):
- """Constructs parsed results from the raw ones.
-
- @return ResourceMonitorParsedResult object
-
- """
- return ResourceMonitorParsedResult(self.raw_results_filename)
-
-
- @property
- def raw_results_filename(self):
- """@return string filename storing the raw top command output."""
- return self._raw_results_filename
-
-
-class IncorrectTopFormat(Exception):
- """Thrown if top output format is not as expected"""
- pass
-
-
-def _extract_value_before_single_keyword(line, keyword):
- """Extract word occurring immediately before the specified keyword.
-
- @param line string the line in which to search for the keyword.
- @param keyword string the keyword to look for. Can be a regexp.
- @return string the word just before the keyword.
-
- """
- pattern = ".*?(\S+) " + keyword
- matches = re.match(pattern, line)
- if matches is None or len(matches.groups()) != 1:
- raise IncorrectTopFormat
-
- return matches.group(1)
-
-
-def _extract_values_before_keywords(line, *args):
- """Extract the words occuring immediately before each specified
- keyword in args.
-
- @param line string the string to look for the keywords.
- @param args variable number of string args the keywords to look for.
- @return string list the words occuring just before each keyword.
-
- """
- line_nocomma = re.sub(",", " ", line)
- line_singlespace = re.sub("\s+", " ", line_nocomma)
-
- return [_extract_value_before_single_keyword(
- line_singlespace, arg) for arg in args]
-
-
-def _find_top_output_identifying_pattern(line):
- """Return true iff the line looks like the first line of top output.
-
- @param line string to look for the pattern
- @return boolean
-
- """
- pattern ="\s*top\s*-.*up.*users.*"
- matches = re.match(pattern, line)
- return matches is not None
-
-
-class ResourceMonitorParsedResult(object):
- """Encapsulates logic to parse and represent top command results."""
-
- _columns = ["Time", "UserCPU", "SysCPU", "NCPU", "Idle",
- "IOWait", "IRQ", "SoftIRQ", "Steal",
- "MemUnits", "UsedMem", "FreeMem",
- "SwapUnits", "UsedSwap", "FreeSwap"]
- UtilValues = collections.namedtuple('UtilValues', ' '.join(_columns))
-
- def __init__(self, raw_results_filename):
- """Construct a ResourceMonitorResult.
-
- @param raw_results_filename string filename of raw batch top output.
-
- """
- self._raw_results_filename = raw_results_filename
- self.parse_resource_monitor_results()
-
-
- def parse_resource_monitor_results(self):
- """Extract utilization metrics from output file."""
- self._utils_over_time = []
-
- with open(self._raw_results_filename, "r") as results_file:
- while True:
- curr_line = '\n'
- while curr_line != '' and \
- not _find_top_output_identifying_pattern(curr_line):
- curr_line = results_file.readline()
- if curr_line == '':
- break
- try:
- time, = _extract_values_before_keywords(curr_line, "up")
-
- # Ignore one line.
- _ = results_file.readline()
-
- # Get the cpu usage.
- curr_line = results_file.readline()
- (cpu_user, cpu_sys, cpu_nice, cpu_idle, io_wait, irq, sirq,
- steal) = _extract_values_before_keywords(curr_line,
- "us", "sy", "ni", "id", "wa", "hi", "si", "st")
-
- # Get memory usage.
- curr_line = results_file.readline()
- (mem_units, mem_free,
- mem_used) = _extract_values_before_keywords(
- curr_line, "Mem", "free", "used")
-
- # Get swap usage.
- curr_line = results_file.readline()
- (swap_units, swap_free,
- swap_used) = _extract_values_before_keywords(
- curr_line, "Swap", "free", "used")
-
- curr_util_values = ResourceMonitorParsedResult.UtilValues(
- Time=time, UserCPU=cpu_user,
- SysCPU=cpu_sys, NCPU=cpu_nice, Idle=cpu_idle,
- IOWait=io_wait, IRQ=irq, SoftIRQ=sirq, Steal=steal,
- MemUnits=mem_units, UsedMem=mem_used,
- FreeMem=mem_free,
- SwapUnits=swap_units, UsedSwap=swap_used,
- FreeSwap=swap_free)
- self._utils_over_time.append(curr_util_values)
- except IncorrectTopFormat:
- logging.error(
- "Top output format incorrect. Aborting parse.")
- return
-
-
- def __repr__(self):
- output_stringfile = six.StringIO()
- self.save_to_file(output_stringfile)
- return output_stringfile.getvalue()
-
-
- def save_to_file(self, file):
- """Save parsed top results to file
-
- @param file file object to write to
-
- """
- if len(self._utils_over_time) < 1:
- logging.warning("Tried to save parsed results, but they were "
- "empty. Skipping the save.")
- return
- csvwriter = csv.writer(file, delimiter=',')
- csvwriter.writerow(self._utils_over_time[0]._fields)
- for row in self._utils_over_time:
- csvwriter.writerow(row)
-
-
- def save_to_filename(self, filename):
- """Save parsed top results to filename
-
- @param filename string filepath to write to
-
- """
- out_file = open(filename, "wb")
- self.save_to_file(out_file)
- out_file.close()
-
-
-class ResourceMonitorConfig(object):
- """Defines a single top run."""
-
- DEFAULT_MONITOR_PERIOD = 3
-
- def __init__(self, monitor_period=DEFAULT_MONITOR_PERIOD,
- rawresult_output_filename=None):
- """Construct a ResourceMonitorConfig.
-
- @param monitor_period float seconds between successive top refreshes.
- @param rawresult_output_filename string filename to output the raw top
- results to
-
- """
- if monitor_period < 0.1:
- logging.info('Monitor period must be at least 0.1s.'
- ' Given: %r. Defaulting to 0.1s', monitor_period)
- monitor_period = 0.1
-
- self._monitor_period = monitor_period
- self._server_outfile = rawresult_output_filename
-
-
-class ResourceMonitor(object):
- """Delegate to run top on a client.
-
- Usage example (call from a test):
- rmc = resource_monitor.ResourceMonitorConfig(monitor_period=1,
- rawresult_output_filename=os.path.join(self.resultsdir,
- 'topout.txt'))
- with resource_monitor.ResourceMonitor(self.context.client.host, rmc) as rm:
- rm.start()
- <operation_to_monitor>
- rm_raw_res = rm.stop()
- rm_res = rm_raw_res.get_parsed_results()
- rm_res.save_to_filename(
- os.path.join(self.resultsdir, 'resource_mon.csv'))
-
- """
-
- def __init__(self, client_host, config):
- """Construct a ResourceMonitor.
-
- @param client_host: SSHHost object representing a remote ssh host
-
- """
- self._client_host = client_host
- self._config = config
- self._command_top = path_utils.must_be_installed(
- 'top', host=self._client_host)
- self._top_pid = None
-
-
- def __enter__(self):
- return self
-
-
- def __exit__(self, exc_type, exc_value, traceback):
- if self._top_pid is not None:
- self._client_host.run('kill %s && rm %s' %
- (self._top_pid, self._client_outfile), ignore_status=True)
- return True
-
-
- def start(self):
- """Run top and save results to a temp file on the client."""
- if self._top_pid is not None:
- logging.debug("Tried to start monitoring before stopping. "
- "Ignoring request.")
- return
-
- # Decide where to write top's output to (on the client).
- random_suffix = random.random()
- self._client_outfile = '/tmp/topcap-%r' % random_suffix
-
- # Run top on the client.
- top_command = '%s -b -d%d > %s' % (self._command_top,
- self._config._monitor_period, self._client_outfile)
- logging.info('Running top.')
- self._top_pid = self._client_host.run_background(top_command)
- logging.info('Top running with pid %s', self._top_pid)
-
-
- def stop(self):
- """Stop running top and return the results.
-
- @return ResourceMonitorRawResult object
-
- """
- logging.debug("Stopping monitor")
- if self._top_pid is None:
- logging.debug("Tried to stop monitoring before starting. "
- "Ignoring request.")
- return
-
- # Stop top on the client.
- self._client_host.run('kill %s' % self._top_pid, ignore_status=True)
-
- # Get the top output file from the client onto the server.
- if self._config._server_outfile is None:
- self._config._server_outfile = self._client_outfile
- self._client_host.get_file(
- self._client_outfile, self._config._server_outfile)
-
- # Delete the top output file from client.
- self._client_host.run('rm %s' % self._client_outfile,
- ignore_status=True)
-
- self._top_pid = None
- logging.info("Saved resource monitor results at %s",
- self._config._server_outfile)
- return ResourceMonitorRawResult(self._config._server_outfile)
diff --git a/server/cros/resource_monitor_unittest.py b/server/cros/resource_monitor_unittest.py
deleted file mode 100644
index 4196885..0000000
--- a/server/cros/resource_monitor_unittest.py
+++ /dev/null
@@ -1,305 +0,0 @@
-# Lint as: python2, python3
-# Copyright (c) 2013 The Chromium OS Authors. All rights reserved.
-# Use of this source code is governed by a BSD-style license that can be
-# found in the LICENSE file.
-
-from __future__ import absolute_import
-from __future__ import division
-from __future__ import print_function
-
-import logging
-import unittest
-import re
-import csv
-import common
-import os
-
-
-from autotest_lib.server.cros import resource_monitor
-from autotest_lib.server.hosts import abstract_ssh
-from autotest_lib.server import utils
-import six
-from six.moves import map
-from six.moves import range
-
-class HostMock(abstract_ssh.AbstractSSHHost):
- """Mocks a host object."""
-
- TOP_PID = '1234'
-
- def _initialize(self, test_env):
- self.top_is_running = False
-
- # Keep track of whether the top raw output file exists on the system,
- # and if it does, where it is.
- self.top_output_file_path = None
-
- # Keep track of whether the raw top output file is currently being
- # written to by top.
- self.top_output_file_is_open = False
- self.test_env = test_env
-
-
- def get_file(self, src, dest):
- pass
-
-
- def called_unsupported_command(self, command):
- """Raises assertion error when called.
-
- @param command string the unsupported command called.
-
- """
- raise AssertionError(
- "ResourceMonitor called unsupported command %s" % command)
-
-
- def _process_top(self, cmd_args, cmd_line):
- """Process top command.
-
- @param cmd_args string_list of command line args.
- @param cmd_line string the command to run.
-
- """
- self.test_env.assertFalse(self.top_is_running,
- msg="Top must not already be running.")
- self.test_env.assertFalse(self.top_output_file_is_open,
- msg="The top output file should not be being written "
- "to before top is started")
- self.test_env.assertIsNone(self.top_output_file_path,
- msg="The top output file should not exist"
- "before top is started")
- try:
- self.redirect_index = cmd_args.index(">")
- self.top_output_file_path = cmd_args[self.redirect_index + 1]
- except (ValueError, IndexError):
- self.called_unsupported_command(cmd_line)
-
- self.top_is_running = True
- self.top_output_file_is_open = True
-
- return HostMock.TOP_PID
-
-
- def _process_kill(self, cmd_args, cmd_line):
- """Process kill command.
-
- @param cmd_args string_list of command line args.
- @param cmd_line string the command to run.
-
- """
- try:
- if cmd_args[1].startswith('-'):
- pid_to_kill = cmd_args[2]
- else:
- pid_to_kill = cmd_args[1]
- except IndexError:
- self.called_unsupported_command(cmd_line)
-
- self.test_env.assertEqual(pid_to_kill, HostMock.TOP_PID,
- msg="Wrong pid (%r) killed . Top pid is %r." % (pid_to_kill,
- HostMock.TOP_PID))
- self.test_env.assertTrue(self.top_is_running,
- msg="Top must be running before we try to kill it")
-
- self.top_is_running = False
- self.top_output_file_is_open = False
-
-
- def _process_rm(self, cmd_args, cmd_line):
- """Process rm command.
-
- @param cmd_args string list list of command line args.
- @param cmd_line string the command to run.
-
- """
- try:
- if cmd_args[1].startswith('-'):
- file_to_rm = cmd_args[2]
- else:
- file_to_rm = cmd_args[1]
- except IndexError:
- self.called_unsupported_command(cmd_line)
-
- self.test_env.assertEqual(file_to_rm, self.top_output_file_path,
- msg="Tried to remove file that is not the top output file.")
- self.test_env.assertFalse(self.top_output_file_is_open,
- msg="Tried to remove top output file while top is still "
- "writing to it.")
- self.test_env.assertFalse(self.top_is_running,
- msg="Top was still running when we tried to remove"
- "the top output file.")
- self.test_env.assertIsNotNone(self.top_output_file_path)
-
- self.top_output_file_path = None
-
-
- def _run_single_cmd(self, cmd_line, *args, **kwargs):
- """Run a single command on host.
-
- @param cmd_line command to run on the host.
-
- """
- # Make the input a little nicer.
- cmd_line = cmd_line.strip()
- cmd_line = re.sub(">", " > ", cmd_line)
-
- cmd_args = re.split("\s+", cmd_line)
- self.test_env.assertTrue(len(cmd_args) >= 1)
- command = cmd_args[0]
- if (command == "top"):
- return self._process_top(cmd_args, cmd_line)
- elif (command == "kill"):
- return self._process_kill(cmd_args, cmd_line)
- elif(command == "rm"):
- return self._process_rm(cmd_args, cmd_line)
- else:
- logging.warning("Called unemulated command %r", cmd_line)
- return None
-
-
- def run(self, cmd_line, *args, **kwargs):
- """Run command(s) on host.
-
- @param cmd_line command to run on the host.
- @return CmdResult object.
-
- """
- cmds = re.split("&&", cmd_line)
- for cmd in cmds:
- self._run_single_cmd(cmd)
- return utils.CmdResult(exit_status=0)
-
-
- def run_background(self, cmd_line, *args, **kwargs):
- """Run command in background on host.
-
- @param cmd_line command to run on the host.
-
- """
- return self._run_single_cmd(cmd_line, args, kwargs)
-
-
- def is_monitoring(self):
- """Return true iff host is currently running top and writing output
- to a file.
- """
- return self.top_is_running and self.top_output_file_is_open and (
- self.top_output_file_path is not None)
-
-
- def monitoring_stopped(self):
- """Return true iff host is not running top and all top output files are
- closed.
- """
- return not self.is_monitoring()
-
-
-class ResourceMonitorTest(unittest.TestCase):
- """Tests the non-trivial functionality of ResourceMonitor."""
-
- def setUp(self):
- self.topoutfile = '/tmp/resourcemonitorunittest-1234'
- self.monitor_period = 1
- self.rm_conf = resource_monitor.ResourceMonitorConfig(
- monitor_period=self.monitor_period,
- rawresult_output_filename=self.topoutfile)
- self.host = HostMock(self)
-
-
- def test_normal_operation(self):
- """Checks that normal (i.e. no exceptions, etc.) execution works."""
- self.assertFalse(self.host.is_monitoring())
- with resource_monitor.ResourceMonitor(self.host, self.rm_conf) as rm:
- self.assertFalse(self.host.is_monitoring())
- for i in range(3):
- rm.start()
- self.assertTrue(self.host.is_monitoring())
- rm.stop()
- self.assertTrue(self.host.monitoring_stopped())
- self.assertTrue(self.host.monitoring_stopped())
-
-
- def test_forgot_to_stop_monitor(self):
- """Checks that resource monitor is cleaned up even if user forgets to
- explicitly stop it.
- """
- self.assertFalse(self.host.is_monitoring())
- with resource_monitor.ResourceMonitor(self.host, self.rm_conf) as rm:
- self.assertFalse(self.host.is_monitoring())
- rm.start()
- self.assertTrue(self.host.is_monitoring())
- self.assertTrue(self.host.monitoring_stopped())
-
-
- def test_unexpected_interruption_while_monitoring(self):
- """Checks that monitor is cleaned up upon unexpected interrupt."""
- self.assertFalse(self.host.is_monitoring())
-
- with resource_monitor.ResourceMonitor(self.host, self.rm_conf) as rm:
- self.assertFalse(self.host.is_monitoring())
- rm.start()
- self.assertTrue(self.host.is_monitoring())
- raise KeyboardInterrupt
-
- self.assertTrue(self.host.monitoring_stopped())
-
-
-class ResourceMonitorResultTest(unittest.TestCase):
- """Functional tests for ResourceMonitorParsedResult."""
-
- def setUp(self):
- self._res_dir = os.path.join(
- os.path.dirname(os.path.realpath(__file__)),
- 'res_resource_monitor')
-
-
- def run_with_test_data(self, testdata_file, testans_file):
- """Parses testdata_file with the parses, and checks that results
- are the same as those in testans_file.
-
- @param testdata_file string filename containing top output to test.
- @param testans_file string filename containing answers to the test.
-
- """
- parsed_results = resource_monitor.ResourceMonitorParsedResult(
- testdata_file)
- with open(testans_file, "r") as testans:
- csvreader = csv.reader(testans)
- columns = next(csvreader)
- self.assertEqual(list(columns),
- resource_monitor.ResourceMonitorParsedResult._columns)
- utils_over_time = []
- for util_val in map(
- resource_monitor.
- ResourceMonitorParsedResult.UtilValues._make,
- csvreader):
- utils_over_time.append(util_val)
- self.assertEqual(utils_over_time, parsed_results._utils_over_time)
-
-
- def test_full_data(self):
- """General test with many possible changes to input."""
- self.run_with_test_data(
- os.path.join(self._res_dir, 'top_test_data.txt'),
- os.path.join(self._res_dir, 'top_test_data_ans.csv'))
-
-
- def test_whitespace_ridden(self):
- """Tests resilience to arbitrary whitespace characters between fields"""
- self.run_with_test_data(
- os.path.join(self._res_dir, 'top_whitespace_ridden.txt'),
- os.path.join(self._res_dir, 'top_whitespace_ridden_ans.csv'))
-
-
- def test_field_order_changed(self):
- """Tests resilience to changes in the order of fields
- (for e.g, if the Mem free/used fields change orders in the input).
- """
- self.run_with_test_data(
- os.path.join(self._res_dir, 'top_field_order_changed.txt'),
- os.path.join(self._res_dir, 'top_field_order_changed_ans.csv'))
-
-
-if __name__ == '__main__':
- unittest.main()
diff --git a/server/cros/telemetry_runner.py b/server/cros/telemetry_runner.py
deleted file mode 100644
index b8d4e0e..0000000
--- a/server/cros/telemetry_runner.py
+++ /dev/null
@@ -1,706 +0,0 @@
-# Lint as: python2, python3
-# Copyright (c) 2013 The Chromium OS Authors. All rights reserved.
-# Use of this source code is governed by a BSD-style license that can be
-# found in the LICENSE file.
-
-from __future__ import absolute_import
-from __future__ import division
-from __future__ import print_function
-
-import abc
-import json
-import logging
-import numbers
-import os
-import tempfile
-import six
-
-import numpy
-
-import common
-from autotest_lib.client.common_lib import error, utils
-from autotest_lib.server.cros import telemetry_setup
-
-TELEMETRY_RUN_BENCHMARKS_SCRIPT = 'tools/perf/run_benchmark'
-TELEMETRY_RUN_TESTS_SCRIPT = 'tools/telemetry/run_tests'
-TELEMETRY_RUN_GPU_TESTS_SCRIPT = 'content/test/gpu/run_gpu_integration_test.py'
-TELEMETRY_TIMEOUT_MINS = 150
-
-DUT_CHROME_ROOT = '/usr/local/telemetry/src'
-
-CHART_JSON_RESULT = 'results-chart.json'
-HISTOGRAM_SET_RESULT = 'histograms.json'
-PROFILE_ARTIFACTS = 'artifacts'
-
-# Result Statuses
-SUCCESS_STATUS = 'SUCCESS'
-WARNING_STATUS = 'WARNING'
-FAILED_STATUS = 'FAILED'
-
-# A list of telemetry tests that cannot run on dut.
-ON_DUT_BLOCKLIST = [
- 'loading.desktop', # crbug/882299
- 'rendering.desktop', # crbug/882291
-]
-
-
-class TelemetryResult(object):
- """Class to represent the results of a telemetry run.
-
- This class represents the results of a telemetry run, whether it ran
- successful, failed or had warnings.
- """
-
- def __init__(self, exit_code=0, stdout='', stderr=''):
- """Initializes this TelemetryResultObject instance.
-
- @param status: Status of the telemtry run.
- @param stdout: Stdout of the telemetry run.
- @param stderr: Stderr of the telemetry run.
- """
- if exit_code == 0:
- self.status = SUCCESS_STATUS
- else:
- self.status = FAILED_STATUS
-
- self._stdout = stdout
- self._stderr = stderr
- self.output = '\n'.join([stdout, stderr])
-
-
-class TelemetryRunnerFactory(object):
- """A factory class to determine TelemetryRunner subclass to be used.
-
- The TelemetryRunner class, today, has various ways to execute the telemetry
- test. The test can be executed locally (using a tool like test_that) or can
- be executed in the Lab environment - for this usecase, either the drone OR
- the devserver can be used.
-
- A Factory class offloads this determination overhead from the clients. Users
- of the TelemetryRunner class are highly encouraged to go through this
- Factory class while determining the correct TelemetryRunner subclass.
- """
-
- def get_runner(self, host, local=False, telemetry_on_dut=True):
- """Method to determine which TelemetryRunner subclass to use."""
- if local:
- return LocalTelemetryRunner(host, telemetry_on_dut)
- else:
- return DroneTelemetryRunner(host, telemetry_on_dut)
-
-
-class TelemetryRunner(six.with_metaclass(abc.ABCMeta, object)):
- """Class responsible for telemetry for a given build.
-
- This class will extract and install telemetry environment and is
- responsible for executing the telemetry benchmarks and returning their
- output to the caller.
- """
-
- def __init__(self, host, telemetry_on_dut=True):
- """Initializes this telemetry runner instance.
-
- If telemetry is not installed for this build, it will be.
-
- @param host: Host where the test will be run.
- @param telemetry_on_dut: If set, telemetry itself (the test harness)
- will run on dut.
- It decides browser=[system|cros-chrome]
- """
- self._host = host
- self._telemetry_path = None
- self._perf_value_writer = None
- self._setup_telemetry()
- self._telemetry_on_dut = telemetry_on_dut
- self._benchmark_deps = None
- logging.debug('Telemetry Path: %s', self._telemetry_path)
-
- def __enter__(self):
- """Called while entering context manager; does nothing."""
- return self
-
- def __exit__(self, exc_type, exc_value, traceback):
- """Called while exiting context manager."""
-
- @abc.abstractmethod
- def _setup_telemetry(self):
- """Set up telemetry environment."""
-
- def _get_telemetry_cmd(self, script, test_or_benchmark, output_format,
- *args, **kwargs):
- """Build command to execute telemetry based on script and benchmark.
-
- @param script: Telemetry script we want to run. For example:
- [path_to_telemetry_src]/src/tools/telemetry/run_tests.
- @param test_or_benchmark: Name of the test or benchmark we want to run,
- with the page_set (if required) as part of
- the string.
- @param output_format: Format of the json result file: histogram or
- chart-json.
- @param args: additional list of arguments to pass to the script.
- @param kwargs: additional list of keyword arguments to pass to the
- script.
-
- @returns Full telemetry command to execute the script.
- """
- telemetry_cmd = []
- no_verbose = kwargs.get('no_verbose', False)
-
- output_dir = (DUT_CHROME_ROOT
- if self._telemetry_on_dut else self._telemetry_path)
- # Create a temp directory to hold single test run.
- if self._perf_value_writer:
- output_dir = os.path.join(
- output_dir, self._perf_value_writer.tmpdir.strip('/'))
-
- if self._telemetry_on_dut:
- telemetry_cmd.extend([
- self._host.ssh_command(
- alive_interval=900, connection_attempts=4),
- 'python2',
- script,
- '--output-format=%s' % output_format,
- '--output-dir=%s' % output_dir,
- '--browser=system',
- ])
- else:
- telemetry_cmd.extend([
- 'python2',
- script,
- '--browser=cros-chrome',
- '--output-format=%s' % output_format,
- '--output-dir=%s' % output_dir,
- '--remote=%s' % self._host.hostname,
- ])
- if self._host.host_port != self._host.hostname:
- # If the user specify a different port for the DUT, we should
- # use different telemetry argument to set it up.
- #
- # e.g. When user is running experiments with ssh port
- # forwarding, they specify remote as 127.0.0.1:2222. Now
- # host_port is 127.0.0.1:2222 and hostname is 127.0.0.1
- # port is 2222
- telemetry_cmd.append('--remote-ssh-port=%s' % self._host.port)
-
- if not no_verbose:
- telemetry_cmd.append('--verbose')
- telemetry_cmd.extend(args)
- telemetry_cmd.append(test_or_benchmark)
-
- return ' '.join(telemetry_cmd)
-
- def _scp_telemetry_results_cmd(self, perf_results_dir, output_format,
- artifacts):
- """Build command to copy the telemetry results from the work directory.
-
- @param perf_results_dir: directory path where test output is to be
- collected.
- @param output_format: Format of the json result file: histogram or
- chart-json.
- @param artifacts: Whether we want to copy artifacts directory.
-
- @returns SCP command to copy the results json to the specified
- directory.
- """
- if not perf_results_dir:
- return ''
-
- output_filename = CHART_JSON_RESULT
- if output_format == 'histograms':
- output_filename = HISTOGRAM_SET_RESULT
- scp_cmd = []
- if self._telemetry_on_dut:
- scp_cmd.extend(['scp', '-r'])
- scp_cmd.append(
- self._host.make_ssh_options(
- alive_interval=900, connection_attempts=4))
- if not self._host.is_default_port:
- scp_cmd.append('-P %d' % self._host.port)
- src = 'root@%s:%s' % (self._host.hostname, DUT_CHROME_ROOT)
- else:
- # Use rsync --remove-source-file to move rather than copy from
- # work dir. This is because each run will generate certain artifacts
- # and will not be removed after, making result size getting larger.
- # We don't do this for results on DUT because 1) rsync doesn't work
- # 2) DUT will be reflashed frequently and no need to worry about
- # result size.
- scp_cmd.extend(['rsync', '-avz', '--remove-source-files'])
- src = self._telemetry_path
-
- if self._perf_value_writer:
- src = os.path.join(src, self._perf_value_writer.tmpdir.strip('/'))
-
- scp_cmd.append(os.path.join(src, output_filename))
-
- # Copy artifacts back to result directory if needed.
- if artifacts:
- scp_cmd.append(os.path.join(src, PROFILE_ARTIFACTS))
-
- scp_cmd.append(perf_results_dir)
- return ' '.join(scp_cmd)
-
- def _run_cmd(self, cmd):
- """Execute an command in a external shell and capture the output.
-
- @param cmd: String of is a valid shell command.
-
- @returns The standard out, standard error and the integer exit code of
- the executed command.
- """
- logging.debug('Running: %s', cmd)
-
- output = six.StringIO()
- error_output = six.StringIO()
- exit_code = 0
- try:
- result = utils.run(
- cmd,
- stdout_tee=output,
- stderr_tee=error_output,
- timeout=TELEMETRY_TIMEOUT_MINS * 60)
- exit_code = result.exit_status
- except error.CmdError as e:
- logging.debug('Error occurred executing.')
- exit_code = e.result_obj.exit_status
-
- stdout = output.getvalue()
- stderr = error_output.getvalue()
- logging.debug('Completed with exit code: %d.\nstdout:%s\n'
- 'stderr:%s', exit_code, stdout, stderr)
- return stdout, stderr, exit_code
-
- def _run_telemetry(self, script, test_or_benchmark, output_format, *args,
- **kwargs):
- """Runs telemetry on a dut.
-
- @param script: Telemetry script we want to run. For example:
- [path_to_telemetry_src]/src/tools/telemetry/run_tests.
- @param test_or_benchmark: Name of the test or benchmark we want to run,
- with the page_set (if required) as part of the
- string.
- @param args: additional list of arguments to pass to the script.
- @param kwargs: additional list of keyword arguments to pass to the
- script.
-
- @returns A TelemetryResult Instance with the results of this telemetry
- execution.
- """
- # TODO (sbasi crbug.com/239933) add support for incognito mode.
-
- telemetry_cmd = self._get_telemetry_cmd(script, test_or_benchmark,
- output_format, *args, **kwargs)
- logging.info('Running Telemetry: %s', telemetry_cmd)
-
- stdout, stderr, exit_code = self._run_cmd(telemetry_cmd)
-
- return TelemetryResult(
- exit_code=exit_code, stdout=stdout, stderr=stderr)
-
- def _run_scp(self, perf_results_dir, output_format, artifacts=False):
- """Runs telemetry on a dut.
-
- @param perf_results_dir: The local directory that results are being
- collected.
- @param output_format: Format of the json result file.
- @param artifacts: Whether we want to copy artifacts directory.
- """
- scp_cmd = self._scp_telemetry_results_cmd(perf_results_dir,
- output_format, artifacts)
- logging.debug('Retrieving Results: %s', scp_cmd)
- _, _, exit_code = self._run_cmd(scp_cmd)
- if exit_code != 0:
- raise error.TestFail('Unable to retrieve results.')
-
- if output_format == 'histograms':
- # Converts to chart json format.
- input_filename = os.path.join(perf_results_dir,
- HISTOGRAM_SET_RESULT)
- output_filename = os.path.join(perf_results_dir, CHART_JSON_RESULT)
- histograms = json.loads(open(input_filename).read())
- chartjson = TelemetryRunner.convert_chart_json(histograms)
- with open(output_filename, 'w') as fout:
- fout.write(json.dumps(chartjson, indent=2))
-
- def _run_test(self, script, test, *args):
- """Runs a telemetry test on a dut.
-
- @param script: Which telemetry test script we want to run. Can be
- telemetry's base test script or the Chrome OS specific
- test script.
- @param test: Telemetry test we want to run.
- @param args: additional list of arguments to pass to the script.
-
- @returns A TelemetryResult Instance with the results of this telemetry
- execution.
- """
- logging.debug('Running telemetry test: %s', test)
- telemetry_script = os.path.join(self._telemetry_path, script)
- result = self._run_telemetry(telemetry_script, test, 'chartjson',
- *args)
- if result.status is FAILED_STATUS:
- raise error.TestFail('Telemetry test %s failed.' % test)
- return result
-
- def run_telemetry_test(self, test, *args):
- """Runs a telemetry test on a dut.
-
- @param test: Telemetry test we want to run.
- @param args: additional list of arguments to pass to the telemetry
- execution script.
-
- @returns A TelemetryResult Instance with the results of this telemetry
- execution.
- """
- return self._run_test(TELEMETRY_RUN_TESTS_SCRIPT, test, *args)
-
- def run_telemetry_benchmark(self,
- benchmark,
- perf_value_writer=None,
- *args,
- **kwargs):
- """Runs a telemetry benchmark on a dut.
-
- @param benchmark: Benchmark we want to run.
- @param perf_value_writer: Should be an instance with the function
- output_perf_value(), if None, no perf value
- will be written. Typically this will be the
- job object from an autotest test.
- @param args: additional list of arguments to pass to the telemetry
- execution script.
- @param kwargs: additional list of keyword arguments to pass to the
- telemetry execution script.
-
- @returns A TelemetryResult Instance with the results of this telemetry
- execution.
- """
- logging.debug('Running telemetry benchmark: %s', benchmark)
-
- self._perf_value_writer = perf_value_writer
-
- if benchmark in ON_DUT_BLOCKLIST:
- self._telemetry_on_dut = False
-
- output_format = kwargs.get('ex_output_format', '')
-
- if not output_format:
- output_format = 'histograms'
-
- if self._telemetry_on_dut:
- telemetry_script = os.path.join(DUT_CHROME_ROOT,
- TELEMETRY_RUN_BENCHMARKS_SCRIPT)
- self._ensure_deps(self._host, benchmark)
- else:
- telemetry_script = os.path.join(self._telemetry_path,
- TELEMETRY_RUN_BENCHMARKS_SCRIPT)
-
- result = self._run_telemetry(telemetry_script, benchmark,
- output_format, *args, **kwargs)
-
- if result.status is WARNING_STATUS:
- raise error.TestWarn('Telemetry Benchmark: %s'
- ' exited with Warnings.\nOutput:\n%s\n' %
- (benchmark, result.output))
- elif result.status is FAILED_STATUS:
- raise error.TestFail('Telemetry Benchmark: %s'
- ' failed to run.\nOutput:\n%s\n' %
- (benchmark, result.output))
- elif '[ PASSED ] 0 tests.' in result.output:
- raise error.TestWarn('Telemetry Benchmark: %s exited successfully,'
- ' but no test actually passed.\nOutput\n%s\n'
- % (benchmark, result.output))
- if perf_value_writer:
- artifacts = kwargs.get('artifacts', False)
- self._run_scp(perf_value_writer.resultsdir, output_format,
- artifacts)
- return result
-
- def run_gpu_integration_test(self, test, *args):
- """Runs a gpu test on a dut.
-
- @param test: Gpu test we want to run.
- @param args: additional list of arguments to pass to the telemetry
- execution script.
-
- @returns A TelemetryResult instance with the results of this telemetry
- execution.
- """
- script = os.path.join(DUT_CHROME_ROOT, TELEMETRY_RUN_GPU_TESTS_SCRIPT)
- cmd = [
- self._host.ssh_command(alive_interval=900,
- connection_attempts=4), 'python2',
- script
- ]
- cmd.extend(args)
- cmd.append(test)
- cmd = ' '.join(cmd)
- stdout, stderr, exit_code = self._run_cmd(cmd)
-
- if exit_code:
- raise error.TestFail('Gpu Integration Test: %s'
- ' failed to run.' % test)
-
- return TelemetryResult(
- exit_code=exit_code, stdout=stdout, stderr=stderr)
-
- def _ensure_deps(self, dut, test_name):
- """
- Ensure the dependencies are locally available on DUT.
-
- @param dut: The autotest host object representing DUT.
- @param test_name: Name of the telemetry test.
- """
- # Get DEPs using host's telemetry.
- # Example output, fetch_benchmark_deps.py --output-deps=deps octane:
- # {'octane': ['tools/perf/page_sets/data/octane_002.wprgo']}
- fetch_path = os.path.join(self._telemetry_path, 'tools', 'perf',
- 'fetch_benchmark_deps.py')
- # Use a temporary file for |deps_path| to avoid race conditions. The
- # created temporary file is assigned to |self._benchmark_deps| to make
- # it valid until |self| is destroyed.
- self._benchmark_deps = tempfile.NamedTemporaryFile(
- prefix='fetch_benchmark_deps_result.', suffix='.json')
- deps_path = self._benchmark_deps.name
- format_fetch = ('python2 %s --output-deps=%s %s')
- command_fetch = format_fetch % (fetch_path, deps_path, test_name)
- command_get = 'cat %s' % deps_path
-
- logging.info('Getting DEPs: %s', command_fetch)
- _, _, exit_code = self._run_cmd(command_fetch)
- if exit_code != 0:
- raise error.TestFail('Error occurred while fetching DEPs.')
- stdout, _, exit_code = self._run_cmd(command_get)
- if exit_code != 0:
- raise error.TestFail('Error occurred while getting DEPs.')
-
- # Download DEPs to DUT.
- # send_file() relies on rsync over ssh. Couldn't be better.
- deps = json.loads(stdout)
- for dep in deps[test_name]:
- src = os.path.join(self._telemetry_path, dep)
- dst = os.path.join(DUT_CHROME_ROOT, dep)
- if not os.path.isfile(src):
- raise error.TestFail('Error occurred while saving DEPs.')
- logging.info('Copying: %s -> %s', src, dst)
- dut.send_file(src, dst)
-
- @staticmethod
- def convert_chart_json(histogram_set):
- """
- Convert from histogram set to chart json format.
-
- @param histogram_set: result in histogram set format.
-
- @returns result in chart json format.
- """
- value_map = {}
-
- # Gets generic set values.
- for obj in histogram_set:
- if 'type' in obj and obj['type'] == 'GenericSet':
- value_map[obj['guid']] = obj['values']
-
- charts = {}
- benchmark_name = ''
- benchmark_desc = ''
-
- # Checks the unit test for how this conversion works.
- for obj in histogram_set:
- if 'name' not in obj or 'sampleValues' not in obj:
- continue
- metric_name = obj['name']
- diagnostics = obj['diagnostics']
- if 'stories' in diagnostics:
- story_name = value_map[diagnostics['stories']][0]
- else:
- story_name = 'default'
- local_benchmark_name = value_map[diagnostics['benchmarks']][0]
- if benchmark_name == '':
- benchmark_name = local_benchmark_name
- if 'benchmarkDescriptions' in diagnostics:
- benchmark_desc = value_map[
- diagnostics['benchmarkDescriptions']][0]
- if benchmark_name != local_benchmark_name:
- logging.warning(
- 'There are more than 1 benchmark names in the'
- 'result. old: %s, new: %s', benchmark_name,
- local_benchmark_name)
- continue
-
- unit = obj['unit']
- smaller_postfixes = ('_smallerIsBetter', '-')
- bigger_postfixes = ('_biggerIsBetter', '+')
- all_postfixes = smaller_postfixes + bigger_postfixes
-
- improvement = 'up'
- for postfix in smaller_postfixes:
- if unit.endswith(postfix):
- improvement = 'down'
- for postfix in all_postfixes:
- if unit.endswith(postfix):
- unit = unit[:-len(postfix)]
- break
-
- if unit == 'unitless':
- unit = 'score'
-
- values = [
- x for x in obj['sampleValues']
- if isinstance(x, numbers.Number)
- ]
- if metric_name not in charts:
- charts[metric_name] = {}
- charts[metric_name][story_name] = {
- 'improvement_direction': improvement,
- 'name': metric_name,
- 'std': numpy.std(values),
- 'type': 'list_of_scalar_values',
- 'units': unit,
- 'values': values
- }
-
- # Adds summaries.
- for metric_name in charts:
- values = []
- metric_content = charts[metric_name]
- for story_name in metric_content:
- story_content = metric_content[story_name]
- values += story_content['values']
- metric_type = story_content['type']
- units = story_content['units']
- improvement = story_content['improvement_direction']
- values.sort()
- std = numpy.std(values)
- metric_content['summary'] = {
- 'improvement_direction': improvement,
- 'name': metric_name,
- 'std': std,
- 'type': metric_type,
- 'units': units,
- 'values': values
- }
-
- benchmark_metadata = {
- 'description': benchmark_desc,
- 'name': benchmark_name,
- 'type': 'telemetry_benchmark'
- }
- return {
- 'benchmark_description': benchmark_desc,
- 'benchmark_metadata': benchmark_metadata,
- 'benchmark_name': benchmark_name,
- 'charts': charts,
- 'format_version': 1.0
- }
-
-
-class LocalTelemetryRunner(TelemetryRunner):
- """Specialized TelemetryRunner to handle local telemetry test runs."""
-
- def __init__(self, *args, **kwargs):
- """Initialize LocalTelemetryRunner.
-
- The telemetry test will run locally. Depending on whether
- telemetry_on_dut is True or False, there can be possible combinations
- for the execution of this test:
-
- telemetry_on_dut=False:
- python2 run_benchmark --browser=cros-chrome --remote=[dut] [test]
-
- telemetry_on_dut=True:
- ssh [dut] python2 run_benchmark --browser=system [test]
-
- @param args: The list of arguments to be passed. See Base class for a
- complete list of accepted arguments.
- @param kwargs: Any keyword arguments to be passed. See Base class for a
- complete list of accepted keyword arguments.
- """
- super(LocalTelemetryRunner, self).__init__(*args, **kwargs)
-
- def _setup_telemetry(self):
- """Setup Telemetry to use local path to its sources.
-
- First look for chrome source root, either externally mounted, or inside
- the chroot. Prefer chrome-src-internal source tree to chrome-src.
- """
- TELEMETRY_DIR = 'src'
- CHROME_LOCAL_SRC = '/var/cache/chromeos-cache/distfiles/target/'
- CHROME_EXTERNAL_SRC = os.path.expanduser('~/chrome_root/')
-
- logging.debug('Setting up telemetry for local testing')
-
- sources_list = ('chrome-src-internal', 'chrome-src')
- dir_list = [CHROME_EXTERNAL_SRC]
- dir_list.extend(
- [os.path.join(CHROME_LOCAL_SRC, x) for x in sources_list])
- if 'CHROME_ROOT' in os.environ:
- dir_list.insert(0, os.environ['CHROME_ROOT'])
-
- telemetry_src = ''
- for dir in dir_list:
- if os.path.exists(dir):
- telemetry_src = os.path.join(dir, TELEMETRY_DIR)
- break
- else:
- raise error.TestError('Telemetry source directory not found.')
-
- self._telemetry_path = telemetry_src
-
-
-class DroneTelemetryRunner(TelemetryRunner):
- """Handle telemetry test setup on the drone.
-
- Users of this class are strongly advised to use this class as a context
- manager. Since the setup for telemetry environment happens on the drone, it
- is imperative that this setup be cleaned up once the test is done. Using
- this class as a context manager will transfer the burden of clean up from
- the user to Python.
- """
-
- def __init__(self, *args, **kwargs):
- """Initialize DroneTelemetryRunner.
-
- The telemetry test will run on the drone. Depending on whether
- telemetry_on_dut is True or False, there can be possible combinations
- for the execution of this test:
-
- telemetry_on_dut=False:
- python2 run_benchmark --browser=cros-chrome --remote=[dut] [test]
-
- telemetry_on_dut=True:
- ssh [dut] python2 run_benchmark --browser=system [test]
-
- @param args: The list of arguments to be passed. See Base class for a
- complete list of accepted arguments.
- @param kwargs: Any keyword arguments to be passed. See Base class for a
- complete list of accepted keyword arguments.
- """
- self._telemetry_setup = None
- super(DroneTelemetryRunner, self).__init__(*args, **kwargs)
-
- def __enter__(self):
- """Called while entering context manager; does nothing."""
- return self
-
- def __exit__(self, exc_type, exc_value, traceback):
- """Called while exiting context manager; cleans up temp files."""
- logging.info('Cleaning up the telemetry environment on the drone.')
- self._telemetry_setup.Cleanup()
-
- def _setup_telemetry(self):
- """Setup Telemetry on the drone."""
- logging.debug('Setting up telemetry on the drone')
- info = self._host.host_info_store.get()
- if not info.build:
- logging.error('Unable to locate build label for host: %s.',
- self._host.host_port)
- raise error.AutotestError('Failed to grab build for host %s.' %
- self._host.host_port)
-
- logging.debug('Setting up telemetry for build: %s', info.build)
- try:
- self._telemetry_setup = telemetry_setup.TelemetrySetup(
- hostname=self._host.hostname, build=info.build)
- self._telemetry_path = self._telemetry_setup.Setup()
- except telemetry_setup.TelemetrySetupError as e:
- raise error.AutotestError('Telemetry Environment could not be '
- 'setup: %s.' % e)
diff --git a/server/cros/telemetry_runner_unittest.py b/server/cros/telemetry_runner_unittest.py
deleted file mode 100755
index 3014f5d..0000000
--- a/server/cros/telemetry_runner_unittest.py
+++ /dev/null
@@ -1,114 +0,0 @@
-#!/usr/bin/python3
-# Copyright 2019 The Chromium OS 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 json
-import unittest
-
-import common
-from autotest_lib.server.cros import telemetry_runner
-
-histograms_sample = [
- {
- 'values': [
- 'story1'
- ],
- 'guid': '00000001-...',
- 'type': 'GenericSet'
- },
- {
- 'values': [
- 'story2'
- ],
- 'guid': '00000002-...',
- 'type': 'GenericSet'
- },
- {
- 'values': [
- 'benchmark1'
- ],
- 'guid': 'a0000001-...',
- 'type': 'GenericSet'
- },
- {
- 'values': [
- 'benchmark_desc1'
- ],
- 'guid': 'b0000001-...',
- 'type': 'GenericSet'
- },
- {
- 'sampleValues': [1.0, 2.0],
- 'name': 'metric1',
- 'diagnostics': {
- 'stories': '00000001-...',
- 'benchmarks': 'a0000001-...',
- 'benchmarkDescriptions': 'b0000001-...'
- },
- 'unit': 'ms_smallerIsBetter'
- },
- {
- 'sampleValues': [1.0, 2.0],
- 'name': 'metric1',
- 'diagnostics': {
- 'stories': '00000002-...',
- 'benchmarks': 'a0000001-...',
- 'benchmarkDescriptions': 'b0000001-...'
- },
- 'unit': 'ms_smallerIsBetter'
- }
-]
-
-chartjson_sample = {
- 'format_version': 1.0,
- 'benchmark_name': 'benchmark1',
- 'benchmark_description': 'benchmark_desc1',
- 'benchmark_metadata': {
- 'type': 'telemetry_benchmark',
- 'name': 'benchmark1',
- 'description': 'benchmark_desc1'
- },
- 'charts': {
- 'metric1': {
- 'story1': {
- 'std': 0.5,
- 'name': 'metric1',
- 'type': 'list_of_scalar_values',
- 'values': [1.0, 2.0],
- 'units': 'ms',
- 'improvement_direction': 'down'
- },
- 'story2': {
- 'std': 0.5,
- 'name': 'metric1',
- 'type': 'list_of_scalar_values',
- 'values': [1.0, 2.0],
- 'units': 'ms',
- 'improvement_direction': 'down'
- },
- 'summary': {
- 'std': 0.5,
- 'name': 'metric1',
- 'type': 'list_of_scalar_values',
- 'values': [1.0, 1.0, 2.0, 2.0],
- 'units': 'ms',
- 'improvement_direction': 'down'
- }
- },
- }
-}
-
-class TelemetryRunnerTestCase(unittest.TestCase):
- """Test telemetry runner module."""
-
- def test_convert_chart_json(self):
- # Deep comparison of 2 objects with json dumps.
- converted = telemetry_runner.TelemetryRunner.convert_chart_json(
- histograms_sample)
- chartjson_dumps = json.dumps(chartjson_sample, sort_keys=True)
- chartjson_dumps2 = json.dumps(converted, sort_keys=True)
- self.assertEqual(chartjson_dumps, chartjson_dumps2)
-
-if __name__ == '__main__':
- unittest.main()
diff --git a/server/cros/telemetry_setup.py b/server/cros/telemetry_setup.py
deleted file mode 100644
index 289c2d5..0000000
--- a/server/cros/telemetry_setup.py
+++ /dev/null
@@ -1,247 +0,0 @@
-# -*- coding: utf-8 -*-
-# Copyright 2021 The Chromium OS Authors. All rights reserved.
-# Use of this source code is governed by a BSD-style license that can be
-# found in the LICENSE file.
-"""A class that sets up the environment for telemetry testing."""
-
-from __future__ import absolute_import
-from __future__ import division
-from __future__ import print_function
-
-from autotest_lib.client.common_lib.cros import dev_server
-
-import contextlib
-import errno
-import fcntl
-import logging
-import os
-import shutil
-import subprocess
-import tempfile
-
-import requests
-
-_READ_BUFFER_SIZE_BYTES = 1024 * 1024 # 1 MB
-
-
-@contextlib.contextmanager
-def lock_dir(dir_name):
- """Lock a directory exclusively by placing a file lock in it.
-
- Args:
- dir_name: the directory name to be locked.
- """
- lock_file = os.path.join(dir_name, '.lock')
- with open(lock_file, 'w+') as f:
- fcntl.flock(f, fcntl.LOCK_EX)
- try:
- yield
- finally:
- fcntl.flock(f, fcntl.LOCK_UN)
-
-
-class TelemetrySetupError(Exception):
- """Exception class used by this module."""
- pass
-
-
-class TelemetrySetup(object):
- """Class that sets up the environment for telemetry testing."""
-
- # Relevant directory paths.
- _BASE_DIR_PATH = '/tmp/telemetry-workdir'
- _PARTIAL_DEPENDENCY_DIR_PATH = 'autotest/packages'
-
- # Relevant directory names.
- _TELEMETRY_SRC_DIR_NAME = 'telemetry_src'
- _TEST_SRC_DIR_NAME = 'test_src'
- _SRC_DIR_NAME = 'src'
-
- # Names of the telemetry dependency tarballs.
- _DEPENDENCIES = [
- 'dep-telemetry_dep.tar.bz2',
- 'dep-page_cycler_dep.tar.bz2',
- 'dep-chrome_test.tar.bz2',
- 'dep-perf_data_dep.tar.bz2',
- ]
-
- # Partial devserver URLs.
- _STATIC_URL_TEMPLATE = '%s/static/%s/autotest/packages/%s'
-
- def __init__(self, hostname, build):
- """Initializes the TelemetrySetup class.
-
- Args:
- hostname: The host for which telemetry environment should be setup. This
- is important for devserver resolution.
- build: The build for which telemetry environment should be setup. It is
- typically in the format <board>/<version>.
- """
- self._build = build
- self._ds = dev_server.ImageServer.resolve(self._build,
- hostname=hostname)
- self._setup_dir_path = tempfile.mkdtemp(prefix='telemetry-setupdir_')
- self._tmp_build_dir = os.path.join(self._BASE_DIR_PATH, self._build)
- self._tlm_src_dir_path = os.path.join(self._tmp_build_dir,
- self._TELEMETRY_SRC_DIR_NAME)
-
- def Setup(self):
- """Sets up the environment for telemetry testing.
-
- This method downloads the telemetry dependency tarballs and extracts
- them into a 'src' directory.
-
- Returns:
- Path to the src directory where the telemetry dependencies have been
- downloaded and extracted.
- """
- src_folder = os.path.join(self._tlm_src_dir_path, self._SRC_DIR_NAME)
- test_src = os.path.join(self._tlm_src_dir_path,
- self._TEST_SRC_DIR_NAME)
- self._MkDirP(self._tlm_src_dir_path)
- with lock_dir(self._tlm_src_dir_path):
- if not os.path.exists(src_folder):
- # Download the required dependency tarballs.
- for dep in self._DEPENDENCIES:
- dep_path = self._DownloadFilesFromDevserver(
- dep, self._setup_dir_path)
- if os.path.exists(dep_path):
- self._ExtractTarball(dep_path, self._tlm_src_dir_path)
-
- # By default all the tarballs extract to test_src but some parts
- # of the telemetry code specifically hardcoded to exist inside
- # of 'src'.
- try:
- shutil.move(test_src, src_folder)
- except shutil.Error:
- raise TelemetrySetupError(
- 'Failure in telemetry setup for build %s. Appears '
- 'that the test_src to src move failed.' %
- self._build)
- return src_folder
-
- def _DownloadFilesFromDevserver(self, filename, dest_path):
- """Downloads the given tar.bz2 file from the devserver.
-
- Args:
- filename: Name of the tar.bz2 file to be downloaded.
- dest_path: Full path to the directory where it should be downloaded.
-
- Returns:
- Full path to the downloaded file.
-
- Raises:
- TelemetrySetupError when the download cannot be completed for any
- reason.
- """
- dep_path = os.path.join(dest_path, filename)
- url = (self._STATIC_URL_TEMPLATE %
- (self._ds.url(), self._build, filename))
- try:
- resp = requests.get(url)
- resp.raise_for_status()
- with open(dep_path, 'w') as f:
- for content in resp.iter_content(_READ_BUFFER_SIZE_BYTES):
- f.write(content)
- except Exception as e:
- if (isinstance(e, requests.exceptions.HTTPError)
- and resp.status_code == 404):
- logging.error(
- 'The request %s returned a 404 Not Found status.'
- 'This dependency could be new and therefore does not '
- 'exist. Hence, squashing the exception and proceeding.',
- url)
- elif isinstance(e, requests.exceptions.ConnectionError):
- logging.warning(
- 'The request failed because a connection to the devserver '
- '%s could not be established. Attempting to execute the '
- 'request %s once by SSH-ing into the devserver.',
- self._ds.url(), url)
- return self._DownloadFilesFromDevserverViaSSH(url, dep_path)
- else:
- raise TelemetrySetupError(
- 'An error occurred while trying to complete %s: %s' %
- (url, e))
- return dep_path
-
- def _DownloadFilesFromDevserverViaSSH(self, url, dep_path):
- """Downloads the file at the URL from the devserver by SSH-ing into it.
-
- Args:
- url: URL of the location of the tar.bz2 file on the devserver.
- dep_path: Full path to the file where it will be downloaded.
-
- Returns:
- Full path to the downloaded file.
-
- Raises:
- TelemetrySetupError when the download cannot be completed for any
- reason.
- """
- cmd = ['ssh', self._ds.hostname, 'curl', url]
- with open(dep_path, 'w') as f:
- proc = subprocess.Popen(cmd, stdout=f, stderr=subprocess.PIPE)
- _, err = proc.communicate()
- if proc.returncode != 0:
- raise TelemetrySetupError(
- 'The command: %s finished with returncode %s and '
- 'errors as following: %s. The telemetry dependency '
- 'could not be downloaded.' %
- (' '.join(cmd), proc.returncode, err))
- return dep_path
-
- def _ExtractTarball(self, tarball_path, dest_path):
- """Extracts the given tarball into the destination directory.
-
- Args:
- tarball_path: Full path to the tarball to be extracted.
- dest_path: Full path to the directory where the tarball should be
- extracted.
-
- Raises:
- TelemetrySetupError if the method is unable to extract the tarball for
- any reason.
- """
- cmd = ['tar', 'xf', tarball_path, '--directory', dest_path]
- try:
- proc = subprocess.Popen(cmd,
- stdout=subprocess.PIPE,
- stderr=subprocess.PIPE)
- proc.communicate()
- except Exception as e:
- shutil.rmtree(dest_path)
- raise TelemetrySetupError(
- 'An exception occurred while trying to untar %s into %s: %s'
- % (tarball_path, dest_path, str(e)))
-
- def _MkDirP(self, path):
- """Recursively creates the given directory.
-
- Args:
- path: Full path to the directory that needs to the created.
-
- Raises:
- TelemetrySetupError is the method is unable to create directories for
- any reason except OSError EEXIST which indicates that the
- directory already exists.
- """
- try:
- os.makedirs(path)
- except Exception as e:
- if not isinstance(e, OSError) or e.errno != errno.EEXIST:
- raise TelemetrySetupError(
- 'Could not create directory %s due to %s.' %
- (path, str(e)))
-
- def Cleanup(self):
- """Cleans up telemetry setup and work environment."""
- try:
- shutil.rmtree(self._setup_dir_path)
- except Exception as e:
- logging.error('Something went wrong. Could not delete %s: %s',
- self._setup_dir_path, e)
- try:
- shutil.rmtree(self._tlm_src_dir_path)
- except Exception as e:
- logging.error('Something went wrong. Could not delete %s: %s',
- self._tlm_src_dir_path, e)
diff --git a/server/cros/usb_mux_controller.py b/server/cros/usb_mux_controller.py
deleted file mode 100644
index 64198f1..0000000
--- a/server/cros/usb_mux_controller.py
+++ /dev/null
@@ -1,134 +0,0 @@
-# Lint as: python2, python3
-# Copyriht (c) 2014 The Chromium OS Authors. All rights reserved.
-# Use of this source code is governed by a BSD-style license that can be
-# found in the LICENSE file.
-
-from __future__ import absolute_import
-from __future__ import division
-from __future__ import print_function
-import logging
-import six
-
-# Following Beaglebone GPIO pins are used to control the 8 port multiplexer.
-MUX_EN = '20'
-MUX_S0 = '115'
-MUX_S1 = '117'
-MUX_S2 = '49'
-
-ENABLE_MUX = '1'
-DISABLE_MUX = '0'
-
-# Various commands used to control the GPIO pins at the kernel level.
-LS_GPIO_DIRECTORY = 'ls /sys/class/gpio'
-EXPORT_GPIO_PIN = 'echo %s > /sys/class/gpio/export'
-SET_GPIO_DIRECTION = 'echo high > /sys/class/gpio/gpio%s/direction'
-SET_GPIO_VALUE = 'echo %s > /sys/class/gpio/gpio%s/value'
-UNEXPORT_GPIO_PIN = 'echo %s > /sys/class/gpio/unexport'
-
-# Values passed to each GPIO pin to enable a specific port.
-# Bit sequence: MUX_S2, MUX_S1, MUX_S0
-# Example: To enable port 5, MUX_S2 will be set to 1, MUX_S1 will be set to 0
-# and MUX_S0 will be set to 1
-ports = {0:'000', 1:'001', 2:'010', 3:'011', 4:'100', 5:'101', 6:'110', 7:'111'}
-
-class USBMuxController(object):
- """Class to control individual ports on a 8 port USB switch/hub.
-
- This class is responsible for enabling all the GPIO pins on the beaglebone
- needed to control the 8 port USB switch/hub. In order to use this USB mux
- controller you need custom hardware setup which connects to the beaglebone
- and drives the 8 port relay switch to turn the individual ports on the USB
- hub 'on'/'off'.
-
- TODO(harpreet) Write a USB mux hardware design document and provide a link
- here.
-
- """
-
- version = 1
-
- def __init__(self, host):
- """Initializes this USB Mux Controller instance.
-
- @param host: Host where the test will be run.
-
- """
- self.host = host
-
- def __del__(self):
- """Destructor of USBMuxController.
-
- Disables all GPIO pins used that control the multiplexer.
-
- """
- self.mux_teardown()
-
- def mux_setup(self):
- """
- Enable GPIO pins that control the multiplexer.
-
- """
- logging.info('Enable GPIO pins that control the multiplexer.')
- self.enable_gpio_pins(MUX_EN)
- self.disable_all_ports()
- self.enable_gpio_pins(MUX_S2)
- self.enable_gpio_pins(MUX_S1)
- self.enable_gpio_pins(MUX_S0)
-
- def mux_teardown(self):
- """
- Disable the multiplexer and unexport all GPIO pins.
-
- """
- logging.info('Start USB multiplexer teardown.')
- self.disable_all_ports()
- # unexport gpio pins
- logging.info('Unexport all GPIO pins.')
- self.host.servo.system(UNEXPORT_GPIO_PIN % MUX_S0)
- self.host.servo.system(UNEXPORT_GPIO_PIN % MUX_S1)
- self.host.servo.system(UNEXPORT_GPIO_PIN % MUX_S2)
- self.host.servo.system(UNEXPORT_GPIO_PIN % MUX_EN)
- logging.info('Completed USB multiplexer teardown. All USB ports should'
- 'now be turned off.')
-
- def enable_gpio_pins(self, pin):
- """
- Enables the given GPIO pin by exporting the pin and setting the
- direction.
-
- @param pin: GPIO pin to be enabled.
-
- """
- if 'gpio' + pin not in self.host.servo.system_output(LS_GPIO_DIRECTORY):
- self.host.servo.system(EXPORT_GPIO_PIN % pin)
- self.host.servo.system(SET_GPIO_DIRECTION % pin)
-
- def enable_port(self, usb_port):
- """
- Enables the given port on the USB hub.
-
- @param usb_port: USB port to be enabled.
-
- """
- port = ports[usb_port]
- logging.info('Enable port %s.', port)
- self.mux_setup()
- self.disable_all_ports()
-
- logging.info('Set GPIO pins to correct logic levels.')
- self.host.servo.system(SET_GPIO_VALUE % (port[0], MUX_S2))
- self.host.servo.system(SET_GPIO_VALUE % (port[1], MUX_S1))
- self.host.servo.system(SET_GPIO_VALUE % (port[2], MUX_S0))
-
- logging.info('Enable USB multiplexer. Appropriate port should now be'
- 'enabled')
- self.host.servo.system(SET_GPIO_VALUE % (ENABLE_MUX, MUX_EN))
-
- def disable_all_ports(self):
- """
- Disables all USB ports that are currently enabled.
-
- """
- if 'gpio20' in self.host.servo.system_output(LS_GPIO_DIRECTORY):
- logging.info('Disable USB ports.')
- self.host.servo.system(SET_GPIO_VALUE % (DISABLE_MUX, MUX_EN))
diff --git a/server/hosts/factory.py b/server/hosts/factory.py
index 752718e..bad7614 100644
--- a/server/hosts/factory.py
+++ b/server/hosts/factory.py
@@ -256,7 +256,6 @@
# create a custom host class for this machine and return an instance of it
classes = (host_class, connectivity_class)
- logging.info("!!!!!!!! {}".format(classes))
custom_host_class = type("%s_host" % hostname, classes, {})
host_instance = custom_host_class(hostname, **args)
