def test_webrtc(self, local_path, gather_result):
"""
Runs the webrtc test with and without hardware acceleration.
@param local_path: the path to the video file.
@param gather_result: a function to run and return the test result
after chrome opens. The input parameter of the funciton is
Autotest chrome instance.
@return a dictionary that contains test the result.
"""
keyvals = {}
EXTRA_BROWSER_ARGS.append(FAKE_FILE_ARG % local_path)
with chrome.Chrome(extra_browser_args=EXTRA_BROWSER_ARGS +\
[helper_logger.chrome_vmodule_flag()],
arc_mode=self.arc_mode,
init_network_controller=True) as cr:
# On daisy, Chrome freezes about 30 seconds after login because of
# TPM error. See http://crbug.com/588579.
if utils.get_board() == 'daisy':
logging.warning('Delay 30s for issue 588579 on daisy')
time.sleep(30)
# Open WebRTC loopback page and start the loopback.
self.start_loopback(cr)
result = gather_result(cr)
# Check if decode is hardware accelerated.
if histogram_verifier.is_bucket_present(
cr,
constants.RTC_INIT_HISTOGRAM,
constants.RTC_VIDEO_INIT_BUCKET):
keyvals[WEBRTC_WITH_HW_ACCELERATION] = result
else:
logging.info("Can not use hardware decoding.")
keyvals[WEBRTC_WITHOUT_HW_ACCELERATION] = result
return keyvals
# Start chrome with disabled video hardware decode flag.
with chrome.Chrome(extra_browser_args=
DISABLE_ACCELERATED_VIDEO_DECODE_BROWSER_ARGS +
EXTRA_BROWSER_ARGS, arc_mode=self.arc_mode,
init_network_controller=True) as cr:
if utils.get_board() == 'daisy':
logging.warning('Delay 30s for issue 588579 on daisy')
time.sleep(30)
# Open the webrtc loopback page and start the loopback.
self.start_loopback(cr)
result = gather_result(cr)
# Make sure decode is not hardware accelerated.
if histogram_verifier.is_bucket_present(
cr,
constants.RTC_INIT_HISTOGRAM,
constants.RTC_VIDEO_INIT_BUCKET):
raise error.TestError('HW decode should not be used.')
keyvals[WEBRTC_WITHOUT_HW_ACCELERATION] = result
return keyvals
def supports_bluetooth(self):
"""Return True if this device has Bluetooth capabilities; else False."""
device = utils.get_board()
if device in self._INVALID_BOARDS:
logging.info('%s does not have Bluetooth.', device)
return False
return True
def run_once(self, arc_mode=None):
# If we are in arc_mode, do not report failures to perf dashboard.
if arc_mode:
self._test_failure_report_enable = False
self.add_failures('graphics_Idle')
with chrome.Chrome(logged_in=True, arc_mode=arc_mode) as cr:
# The New Tab Page contains the Google doodle which can cause
# arbitrary side effects. Hide it by going to a neutral page.
if not cr.browser.tabs:
cr.browser.tabs.New()
tab = cr.browser.tabs[0]
tab.Navigate('chrome://version')
# Try to protect against runaway previous tests.
if not utils.wait_for_idle_cpu(60.0, 0.1):
logging.warning('Could not get idle CPU before running tests.')
self._gpu_type = utils.get_gpu_family()
self._cpu_type = utils.get_cpu_soc_family()
self._board = utils.get_board()
errors = ''
errors += self.verify_graphics_dvfs()
errors += self.verify_graphics_fbc()
errors += self.verify_graphics_psr()
errors += self.verify_graphics_gem_idle()
errors += self.verify_graphics_i915_min_clock()
errors += self.verify_graphics_rc6()
errors += self.verify_lvds_downclock()
errors += self.verify_short_blanking()
if errors:
raise error.TestFail('Failed: %s' % errors)
self.remove_failures('graphics_Idle')
def alsa_rms_test_setup():
"""Setup for alsa_rms_test.
Different boards/chipsets have different set of mixer controls. Even
controls that have the same name on different boards might have different
capabilities. The following is a general idea to setup a given class of
boards, and some specialized setup for certain boards.
"""
card_id = alsa_utils.get_first_soundcard_with_control('Mic Jack', 'Mic')
arch = utils.get_arch()
board = utils.get_board()
uses_max98090 = os.path.exists('/sys/module/snd_soc_max98090')
if board in ['daisy_spring', 'daisy_skate']:
# The MIC controls of the boards do not support dB syntax.
alsa_utils.mixer_cmd(card_id,
'sset Headphone ' + _DEFAULT_ALSA_MAX_VOLUME)
alsa_utils.mixer_cmd(card_id, 'sset MIC1 ' + _DEFAULT_ALSA_MAX_VOLUME)
alsa_utils.mixer_cmd(card_id, 'sset MIC2 ' + _DEFAULT_ALSA_MAX_VOLUME)
elif arch in ['armv7l', 'aarch64'] or uses_max98090:
# ARM platforms or Intel platforms that uses max98090 codec driver.
alsa_utils.mixer_cmd(card_id,
'sset Headphone ' + _DEFAULT_ALSA_MAX_VOLUME)
alsa_utils.mixer_cmd(card_id,
'sset MIC1 ' + _DEFAULT_ALSA_CAPTURE_GAIN)
alsa_utils.mixer_cmd(card_id,
'sset MIC2 ' + _DEFAULT_ALSA_CAPTURE_GAIN)
else:
# The rest of Intel platforms.
alsa_utils.mixer_cmd(card_id,
'sset Master ' + _DEFAULT_ALSA_MAX_VOLUME)
alsa_utils.mixer_cmd(card_id,
'sset Capture ' + _DEFAULT_ALSA_CAPTURE_GAIN)
def verify_graphics_fbc(self):
""" On systems which support FBC, check that we can get into FBC;
idle before doing so, and retry every second for 20 seconds."""
logging.info('Running verify_graphics_fbc')
# Link's FBC is disabled (crbug.com/338588).
# TODO(marcheu): remove this when/if we fix this bug.
board = utils.get_board()
if board == 'link':
return ''
# Machines which don't have a monitor can't get FBC.
if utils.has_no_monitor():
return ''
if (self._gpu_type == 'haswell' or self._gpu_type == 'ivybridge'
or self._gpu_type == 'sandybridge'):
tries = 0
found = False
param_path = self.get_valid_path(FBC_PATHS)
if not param_path:
return 'FBC_PATHS not found.'
while not found and tries < 20:
time.sleep(1)
with open(param_path, 'r') as fbc_info_file:
for line in fbc_info_file:
if re.search('FBC enabled', line):
found = True
break
tries += 1
if not found:
return self.handle_error('Did not see FBC enabled. ',
param_path)
return ''
def run_once(self):
if utils.get_board() not in ['samus', 'gandof']:
raise error.TestNAError(
'Trying to run PSR tests on unsupported board.')
psr_enabled = self._is_psr_enabled()
if (not psr_enabled
and graphics_utils.call_xrandr('--output eDP1 --set psr on')):
error.TestFail('Unable to enable PSR via xrandr.')
# Start chrome in full screen mode so that there is no blinking cursor
# or ticking clock on the screen.
with chrome.Chrome(logged_in=False, extra_browser_args=['--kiosk']):
# Sample the PSR performance count from debugfs and wait for 20s.
# At the end of 20s, re-sample the PSR performance count. The time
# spent in PSR should be close to (20s - <vblankoffdelay>).
sleep_time_milliseconds = 20 * 1000
min_occupancy = 0.9 * (sleep_time_milliseconds -
self._get_vblank_timeout())
perf_count_old = self._get_perf_count()
time.sleep(sleep_time_milliseconds / 1000)
perf_count_new = self._get_perf_count()
occupancy_time = perf_count_new - perf_count_old
if occupancy_time < min_occupancy:
raise error.TestFail(
'PSR occupancy time %dms less than expected.' %
occupancy_time)
# Disable PSR if it was not enabled to begin with.
if (not psr_enabled and
graphics_utils.call_xrandr('--output eDP1 --set psr off')):
raise error.TestWarn('Unable to disable PSR via xrandr.')
def verify_graphics_psr(self):
""" On systems which support PSR, check that we can get into PSR;
idle before doing so, and retry every second for 20 seconds."""
logging.info('Running verify_graphics_psr')
board = utils.get_board()
if board != 'samus':
return ''
tries = 0
found = False
param_path = self.get_valid_path(PSR_PATHS)
if not param_path:
return 'PSR_PATHS not found.'
while not found and tries < 20:
time.sleep(1)
with open(param_path, 'r') as fbc_info_file:
for line in fbc_info_file:
match = re.search(r'Performance_Counter: (.*)', line)
if match and int(match.group(1)) > 0:
found = True
break
tries += 1
if not found:
return self.handle_error('Did not see PSR enabled. ', param_path)
return ''
def run_once(self, arc_mode=None):
# If we are in arc_mode, do not report failures to perf dashboard.
if arc_mode:
self._test_failure_report_enable = False
# We use kiosk mode to make sure Chrome is idle.
self.add_failures('Graphics_Idle')
with chrome.Chrome(logged_in=False,
extra_browser_args=['--kiosk'],
arc_mode=arc_mode):
# Try to protect against runaway previous tests.
if not utils.wait_for_idle_cpu(20.0, 0.1):
logging.warning('Could not get idle CPU before running tests.')
self._gpu_type = utils.get_gpu_family()
self._cpu_type = utils.get_cpu_soc_family()
self._board = utils.get_board()
errors = ''
errors += self.verify_graphics_dvfs()
errors += self.verify_graphics_fbc()
errors += self.verify_graphics_psr()
errors += self.verify_graphics_gem_idle()
errors += self.verify_graphics_i915_min_clock()
errors += self.verify_graphics_rc6()
errors += self.verify_lvds_downclock()
errors += self.verify_short_blanking()
if errors:
raise error.TestFail('Failed: %s' % errors)
self.remove_failures('Graphics_Idle')
def run_once(self, to_test):
"""Run alsa_api_test binary and verify its result.
Checks the source code of alsa_api_test in audiotest repo for detail.
@param to_test: support these test items:
move: Checks snd_pcm_forward API.
fill: Checks snd_pcm_mmap_begin API.
drop: Checks snd_pcm_drop API.
"""
# Skip test_drop on boards that do not implement snd_pcm_drop
# correctly, as it cannot pass.
board = utils.get_board().lower()
if to_test == 'drop' and board in self._BOARDS_WITHOUT_DROP_SUPPORT:
logging.info('Skipping test_drop for unsupported board: %s', board)
return
self._cardnames = alsa_utils.get_soundcard_names()
self._devices = []
self._find_sound_devices()
method_name = '_test_' + to_test
method = getattr(self, method_name)
for card_index, device_index in self._devices:
device = 'hw:%s,%s' % (card_index, device_index)
method(device)
def _skip_hcd(self):
"""Skips HCD controlling on some boards."""
board = utils.get_board()
if board in self._SKIP_HCD_BLACKLIST:
logging.info('Skip HCD controlling on board %s', board)
return True
return False
def run_once(self, check_link_speed=()):
# Use rootdev to find the underlying block device even if the
# system booted to /dev/dm-0.
device = site_utils.get_root_device()
# Check the device is fixed
def IsFixed(dev):
sysfs_path = '/sys/block/%s/removable' % dev
return (os.path.exists(sysfs_path)
and open(sysfs_path).read().strip() == '0')
alpha_re = re.compile(r'^/dev/([a-zA-Z]+)$')
alnum_re = re.compile(r'^/dev/([a-zA-Z]+[0-9]+)$')
dev = alpha_re.findall(device) + alnum_re.findall(device)
if len(dev) != 1 or not IsFixed(dev[0]):
raise error.TestFail('The main disk %s is not fixed' % dev)
# If it is an mmcblk device, then it is SSD.
# Else run hdparm to check for SSD.
if re.search("mmcblk", device):
return
hdparm = utils.run('/sbin/hdparm -I %s' % device)
# Check if device is a SSD
match = re.search(r'Nominal Media Rotation Rate: (.+)$', hdparm.stdout,
re.MULTILINE)
if match and match.group(1):
if match.group(1) != 'Solid State Device':
if utils.get_board() in self.boards_with_hdd:
return
raise error.TestFail('The main disk is not a SSD, '
'Rotation Rate: %s' % match.group(1))
else:
raise error.TestFail('Rotation Rate not reported from the device, '
'unable to ensure it is a SSD')
# Check if SSD is > 8GB in size
match = re.search("device size with M = 1000\*1000: (.+) MBytes",
hdparm.stdout, re.MULTILINE)
if match and match.group(1):
size = int(match.group(1))
self.write_perf_keyval({"mb_ssd_device_size": size})
else:
raise error.TestFail('Device size info missing from the device')
# Check supported link speed.
#
# check_link_speed is an empty tuple by default, which does not perform
# link speed checking. You can run the test while specifying
# check_link_speed=('1.5Gb/s', '3.0Gb/s') to check the 2 signaling
# speeds are both supported.
for link_speed in check_link_speed:
if not re.search(r'Gen. signaling speed \(%s\)' % link_speed,
hdparm.stdout, re.MULTILINE):
raise error.TestFail('Link speed %s not supported' %
link_speed)
def NoDeviceFailure(self, forgive_flaky, message):
"""
No WiFi device found. Forgiveable in some suites, for some boards.
"""
board = utils.get_board()
if forgive_flaky and board in self.EXCEPTION_BOARDS:
return error.TestWarn('Exception (%s): %s' % (board, message))
else:
return error.TestFail(message)
def warmup(self):
if self.perf_cmd == 'record -b':
uarch = utils.get_intel_cpu_uarch()
if uarch not in INTEL_LBR_UARCHS:
raise error.TestNAError('Unsupported microarchitecture.')
unsupported_boards = ['gizmo']
board = utils.get_board()
if board in unsupported_boards:
raise error.TestNAError('Unsupported board')
def _skip_device(self, card_device):
"""Skips devices on some boards.
@param card_device: A tuple of (card index, device index).
@returns: True if the device should be skipped. False otherwise.
"""
return card_device in self._DEVICES_TO_BE_SKIPPED.get(
utils.get_board().lower(), [])
def run_once(self):
"""Entry point of this test."""
if not self.supports_bluetooth():
return
self._device = utils.get_board()
if self._device in self._REFERENCE_ONLY:
return
self.poll_adapter_presence()
self._check_id()
def run_once(self, width, height, mask_points=None, logged_in=None):
self.width = width
self.height = height
self.logged_in = logged_in
self.mask_points = mask_points
if utils.get_board() != 'link':
logging.info('This test should only be run on link so exiting.')
return
self.run_screenshot_comparison_test()
def _create_dut_info_dict(self, power_rails):
"""Create a dictionary that contain information of the DUT.
Args:
power_rails: list of measured power rails
Returns:
DUT info dictionary
"""
board = utils.get_board()
platform = utils.get_platform()
if not platform.startswith(board):
board += '_' + platform
if power_utils.has_hammer():
board += '_hammer'
dut_info_dict = {
'board': board,
'version': {
'hw': utils.get_hardware_revision(),
'milestone': lsbrelease_utils.get_chromeos_release_milestone(),
'os': lsbrelease_utils.get_chromeos_release_version(),
'channel': lsbrelease_utils.get_chromeos_channel(),
'firmware': utils.get_firmware_version(),
'ec': utils.get_ec_version(),
'kernel': utils.get_kernel_version(),
},
'sku': {
'cpu': utils.get_cpu_name(),
'memory_size': utils.get_mem_total_gb(),
'storage_size':
utils.get_disk_size_gb(utils.get_root_device()),
'display_resolution': utils.get_screen_resolution(),
},
'ina': {
'version': 0,
'ina': power_rails,
},
'note': self._note,
}
if power_utils.has_battery():
status = power_status.get_status()
if status.battery:
# Round the battery size to nearest tenth because it is
# fluctuated for platform without battery nominal voltage data.
dut_info_dict['sku']['battery_size'] = round(
status.battery[0].energy_full_design, 1)
dut_info_dict['sku']['battery_shutdown_percent'] = \
power_utils.get_low_battery_shutdown_percent()
return dut_info_dict
def _check_for_errors(self):
"""Find and identify suspend errors. Return True iff we should retry."""
warning_regex = re.compile(r' kernel: \[.*WARNING:')
abort_regex = re.compile(
r' kernel: \[.*Freezing of tasks abort'
r'| powerd_suspend\[.*Cancel suspend at kernel'
r'| kernel: \[.*PM: Wakeup pending, aborting suspend')
# rsyslogd can put this out of order with dmesg, so track in variable
fail_regex = re.compile(r'powerd_suspend\[\d+\]: Error')
failed = False
# TODO(scottz): warning_monitor crosbug.com/38092
for i in xrange(len(self._logs)):
line = self._logs[i]
if warning_regex.search(line):
# match the source file from the WARNING line, and the
# actual error text by peeking one or two lines below that
src = cros_logging.strip_timestamp(line)
text = cros_logging.strip_timestamp(self._logs[i + 1]) + '\n' \
+ cros_logging.strip_timestamp(self._logs[i + 2])
for p1, p2 in sys_power.KernelError.WHITELIST:
if re.search(p1, src) and re.search(p2, text):
logging.info('Whitelisted KernelError: %s', src)
break
else:
raise sys_power.KernelError("%s\n%s" % (src, text))
if abort_regex.search(line):
wake_source = 'unknown'
match = re.search(r'last active wakeup source: (.*)$',
'\n'.join(self._logs[i - 5:i + 3]),
re.MULTILINE)
if match:
wake_source = match.group(1)
driver = self._identify_driver(wake_source)
for b, w in sys_power.SpuriousWakeupError.S0_WHITELIST:
if (re.search(b, utils.get_board())
and re.search(w, wake_source)):
logging.warning(
'Whitelisted spurious wake before '
'S3: %s | %s', wake_source, driver)
return True
if "rtc" in driver:
raise sys_power.SuspendTimeout('System took too '
'long to suspend.')
raise sys_power.SpuriousWakeupError('Spurious wake '
'before S3: %s | %s' %
(wake_source, driver))
if fail_regex.search(line):
failed = True
if failed:
raise sys_power.SuspendFailure('Unidentified problem.')
return False
def _verify_roles(self):
"""Verify that POWERD_ROLE was set on devices as expected."""
# TODO(chromium:410968): Consider moving this to USE flags instead of
# listing devices here.
boards_with_touchscreen = ['link', 'samus']
boards_maybe_touchscreen = [
'rambi', 'peppy', 'glimmer', 'clapper', 'nyan_big', 'nyan_blaze',
'expresso'
]
boards_chromebox = [
'beltino', 'guado', 'mccloud', 'panther', 'rikku', 'stumpy',
'tidus', 'tricky', 'zako'
]
boards_aio = ['nyan_kitty', 'tiny', 'anglar', 'monroe']
expect_keyboard = None
expect_touchpad = None
expect_touchscreen = None
board = utils.get_board()
if board in boards_chromebox or board in boards_aio:
expect_keyboard = [0]
expect_touchpad = [0]
else:
expect_keyboard = [1]
expect_touchpad = [1]
if board in boards_with_touchscreen:
expect_touchscreen = [1]
elif board in boards_maybe_touchscreen:
expect_touchscreen = [0, 1]
else:
expect_touchscreen = [0]
expected_num_per_role = [
('internal_keyboard', expect_keyboard),
('internal_touchpad', expect_touchpad),
('internal_touchscreen', expect_touchscreen),
]
for role, expected_num in expected_num_per_role:
num = len(self.devices_with_role[role])
if num not in expected_num:
self.errors += 1
logging.error(
'POWERD_ROLE=%s is present %d times, expected '
'one of %s', role, num, repr(expected_num))
if len(self.devices_with_role['external_input']) != 0:
logging.warn('%d external input devices detected',
len(self.devices_with_role['external_input']))
def run_once(self):
board = utils.get_board().lower()
snd_control = len(glob.glob(_SND_DEV_DIR + _SND_DEFAULT_MASK))
if board in self._NO_AUDIO_DEVICE_LIST:
if snd_control:
raise error.TestError(
'%s is not supposed to have sound control!' % board)
else:
return
record = board not in self._NO_RECORDER_BOARDS_LIST
playback = board not in self._NO_PLAYBACK_BOARDS_LIST
self.check_sound_files(playback, record)
self.check_device_list(playback, record)
def verify_lvds_downclock(self):
"""On systems which support LVDS downclock, checks the kernel log for
a message that an LVDS downclock mode has been added."""
logging.info('Running verify_lvds_downclock')
board = utils.get_board()
if not (board == 'alex' or board == 'lumpy' or board == 'stout'):
return ''
# Get the downclock message from the logs.
reader = cros_logging.LogReader()
reader.set_start_by_reboot(-1)
if not reader.can_find('Adding LVDS downclock mode'):
return self.handle_error('LVDS downclock quirk not applied. ')
return ''
def _create_powerlog_dict(self, raw_measurement):
"""Create powerlog dictionary from raw measurement data
Data format in go/power-dashboard-data
Args:
raw_measurement: dictionary contains raw measurement data.
Returns:
A dictionary of powerlog.
"""
powerlog_dict = {
'format_version': 2,
'timestamp': time.time(),
'test': self._testname,
'dut': {
'board': utils.get_board(),
'version': {
'hw': utils.get_hardware_revision(),
'milestone':
lsbrelease_utils.get_chromeos_release_milestone(),
'os': lsbrelease_utils.get_chromeos_release_version(),
'channel': lsbrelease_utils.get_chromeos_channel(),
'firmware': utils.get_firmware_version(),
'ec': utils.get_ec_version(),
'kernel': utils.get_kernel_version(),
},
'sku': {
'cpu': utils.get_cpu_name(),
'memory_size': utils.get_mem_total_gb(),
'storage_size':
utils.get_disk_size_gb(utils.get_root_device()),
'display_resolution': utils.get_screen_resolution(),
},
'ina': {
'version': 0,
'ina': raw_measurement['data'].keys()
},
'note': ''
},
'power': raw_measurement
}
if power_utils.has_battery():
# Round the battery size to nearest tenth because it is fluctuated
# for platform without battery norminal voltage data.
powerlog_dict['dut']['sku']['battery_size'] = round(
power_status.get_status().battery[0].energy_full_design, 1)
powerlog_dict['dut']['sku']['battery_shutdown_percent'] = \
power_utils.get_low_battery_shutdown_percent()
return powerlog_dict
def initialize(self):
super(graphics_WebGLAquarium, self).initialize()
self.sampler_lock = threading.Lock()
# TODO: Create samplers for other platforms (e.g. x86).
if utils.get_board().lower() in ['daisy', 'daisy_spring']:
# Enable ExynosSampler on Exynos platforms. The sampler looks for
# exynos-drm page flip states: 'wait_kds', 'rendered', 'prepared',
# and 'flipped' in kernel debugfs.
# Sample 3-second durtaion for every 5 seconds.
self.kernel_sampler = sampler.ExynosSampler(period=5, duration=3)
self.kernel_sampler.sampler_callback = self.exynos_sampler_callback
self.kernel_sampler.output_flip_stats = (
self.exynos_output_flip_stats)
def _hwclock_ts(self, not_before, retries=3):
"""Read the RTC resume timestamp saved by powerd_suspend."""
for retry in xrange(retries + 1):
early_wakeup = False
if os.path.exists(self.HWCLOCK_FILE):
# TODO(crbug.com/733773): Still fragile see bug.
match = re.search(r'(.+)(\.\d+)[+-]\d+:?\d+$',
utils.read_file(self.HWCLOCK_FILE),
re.DOTALL)
if match:
timeval = time.strptime(match.group(1),
"%Y-%m-%d %H:%M:%S")
seconds = time.mktime(timeval)
seconds += float(match.group(2))
logging.debug('RTC resume timestamp read: %f', seconds)
if seconds >= not_before:
return seconds
early_wakeup = True
time.sleep(0.05 * retry)
if early_wakeup:
logging.debug('Early wakeup, dumping eventlog if it exists:\n')
elog = utils.system_output('mosys eventlog list | tail -n %d' %
self._RELEVANT_EVENTLOG_LINES,
ignore_status=True)
wake_elog = (['unknown'] + re.findall(r'Wake Source.*', elog))[-1]
for line in reversed(self._logs):
match = re.search(r'PM1_STS: WAK.*', line)
if match:
wake_syslog = match.group(0)
break
else:
wake_syslog = 'unknown'
for b, e, s in sys_power.SpuriousWakeupError.S3_WHITELIST:
if (re.search(b, utils.get_board())
and re.search(e, wake_elog)
and re.search(s, wake_syslog)):
logging.warning('Whitelisted spurious wake in S3: %s | %s',
wake_elog, wake_syslog)
return None
raise sys_power.SpuriousWakeupError(
'Spurious wake in S3: %s | %s' % (wake_elog, wake_syslog))
if self._get_board() in ['lumpy', 'stumpy', 'kiev']:
logging.debug(
'RTC read failure (crosbug/36004), dumping nvram:\n' +
utils.system_output('mosys nvram dump', ignore_status=True))
return None
raise error.TestError('Broken RTC timestamp: ' +
utils.read_file(self.HWCLOCK_FILE))
def run_once(self):
"""
Check that udev variables are assigned correctly by udev rules. In
particular, verifies that powerd tags are set correctly.
"""
logging.debug('Board: %s', utils.get_board())
self._get_roles()
self._dump_roles()
self._dump_udev_attrs()
self.errors = 0
self._verify_roles()
if self.errors != 0:
raise error.TestFail('Verification of udev variables failed; see '
'logs for details')
def run_once(self):
"""
Collect a perf callchain profile and check the detailed perf report.
"""
# Waiting on ARM/perf support
if not utils.get_current_kernel_arch().startswith('x86'):
return
# These boards are not supported
unsupported_boards = ['gizmo']
board = utils.get_board()
if board in unsupported_boards:
return
try:
graph = os.path.join(self.srcdir, 'graph')
perf_file_path = os.tempnam()
perf_record_args = [
'perf', 'record', '-e', 'cycles', '-g', '-o', perf_file_path,
'--', graph
]
perf_report_args = ['perf', 'report', '-D', '-i', perf_file_path]
try:
subprocess.check_output(perf_record_args,
stderr=subprocess.STDOUT)
except subprocess.CalledProcessError as cmd_error:
raise error.TestFail(
"Running command [%s] failed: %s" %
(' '.join(perf_record_args), cmd_error.output))
# Make sure the file still exists.
if not os.path.isfile(perf_file_path):
raise error.TestFail('Could not find perf output file: ' +
perf_file_path)
p = subprocess.Popen(perf_report_args, stdout=subprocess.PIPE)
result = self.report_has_callchain_length_at_least(p.stdout, 3)
for _ in p.stdout:
pass
p.wait()
finally:
os.remove(perf_file_path)
if not result:
raise error.TestFail('Callchain not found')
def run_once(self):
# Mono and stereo capturing should work fine @ 44.1KHz and 48KHz.
if utils.get_board().lower() not in EXCLUSION_BOARDS:
# Verify recording using ALSA utils.
channels = alsa_utils.get_card_preferred_record_channels()
if channels is None:
channels = [1, 2]
for c in channels:
self.verify_alsa_capture(c, 44100)
self.verify_alsa_capture(c, 48000)
# Verify recording of CRAS.
self.verify_cras_capture(1, 44100)
self.verify_cras_capture(1, 48000)
self.verify_cras_capture(2, 48000)
self.verify_cras_capture(2, 44100)
def run_once(self, duration=1, output_node="INTERNAL_SPEAKER"):
"""Run aplay and verify its output is as expected.
@param duration: The duration to run aplay in seconds.
@param output_node: The type of output device to test. It should be
INTERNAL_SPEAKER or HEADPHONE.
"""
# Check CRAS server is alive. If not, restart it and wait a second to
# get server ready.
if utils.get_service_pid('cras') == 0:
logging.debug("CRAS server is down. Restart it.")
utils.start_service('cras', ignore_status=True)
time.sleep(1)
# Skip test if there is no internal speaker on the board.
if output_node == "INTERNAL_SPEAKER":
board_type = utils.get_board_type()
board_name = utils.get_board()
if not audio_spec.has_internal_speaker(board_type, board_name):
logging.debug("No internal speaker. Skipping the test.")
return
cras_utils.set_single_selected_output_node(output_node)
cras_device_type = cras_utils.get_selected_output_device_type()
logging.debug("Selected output device type=%s", cras_device_type)
if cras_device_type != output_node:
raise error.TestFail("Fail to select output device.")
cras_device_name = cras_utils.get_selected_output_device_name()
logging.debug("Selected output device name=%s", cras_device_name)
if cras_device_name is None:
raise error.TestFail("Fail to get selected output device.")
alsa_device_name = alsa_utils.convert_device_name(cras_device_name)
# Stop CRAS to make sure the audio device won't be occupied.
utils.stop_service('cras', ignore_status=True)
try:
_check_play(alsa_device_name, duration, APLAY_EXPECTED)
finally:
#Restart CRAS
utils.start_service('cras', ignore_status=True)
def initialize(self):
self._board = utils.get_board()
self._cpu_type = utils.get_cpu_soc_family()
self._gpu_type = utils.get_gpu_family()
# deqp may depend on libraries that are present only on test images.
# Those libraries are installed in /usr/local.
self._env = os.environ.copy()
old_ld_path = self._env.get('LD_LIBRARY_PATH', '')
if old_ld_path:
self._env[
'LD_LIBRARY_PATH'] = '/usr/local/lib:/usr/local/lib64:' + old_ld_path
else:
self._env['LD_LIBRARY_PATH'] = '/usr/local/lib:/usr/local/lib64'
# Determine which executable should be run. Right now never egl.
major, minor = graphics_utils.get_gles_version()
logging.info('Found gles%d.%d.', major, minor)
if major is None or minor is None:
raise error.TestFail(
'Failed: Could not get gles version information (%d, %d).' %
(major, minor))
if major >= 2:
self._can_run_executables.append('gles2/deqp-gles2')
if major >= 3:
self._can_run_executables.append('gles3/deqp-gles3')
if major > 3 or minor >= 1:
self._can_run_executables.append('gles31/deqp-gles31')
# If libvulkan is installed, then assume the board supports vulkan.
has_libvulkan = False
for libdir in ('/usr/lib', '/usr/lib64', '/usr/local/lib',
'/usr/local/lib64'):
if os.path.exists(os.path.join(libdir, 'libvulkan.so')):
has_libvulkan = True
if (has_libvulkan and os.path.exists(
'/usr/local/deqp/external/vulkancts/modules/vulkan/deqp-vk')):
self._can_run_executables.append(
'external/vulkancts/modules/vulkan/deqp-vk')
self._services = service_stopper.ServiceStopper(['ui', 'powerd'])
# Valid choices are fbo and pbuffer. The latter avoids dEQP assumptions.
self._surface = 'pbuffer'
def _generate_tags(self, testname):
"""
Generate tags for the current test run
@param testname the name of the current test
@return an array of tags
"""
# get chrome version
version_string = utils.system_output(constants.CHROME_VERSION_COMMAND,
ignore_status=True)
version_string = utils.parse_chrome_version(version_string)[0]
return {
'testname': testname,
'chromeos_version': utils.get_chromeos_release_version(),
'chrome_version': version_string,
'board': utils.get_board(),
'date': datetime.date.today().strftime("%m/%d/%y"),
}
