def join_command(cmd):
"""
Shell escape the command for BgJob. grmbl.
@param cmd: Command list.
"""
result = []
for arg in cmd:
arg = '"%s"' % utils.sh_escape(arg)
result += [arg]
return ' '.join(result)
def join_command(cmd):
"""
Shell escape the command for BgJob. grmbl.
@param cmd: Command list.
"""
result = []
for arg in cmd:
arg = '"%s"' % utils.sh_escape(arg)
result += [arg]
return ' '.join(result)
def git_cmd(self, cmd, ignore_status=False):
'''
Wraps git commands.
@param cmd: Command to be executed.
@param ignore_status: Whether we should supress error.CmdError
exceptions if the command did return exit code !=0 (True), or
not supress them (False).
'''
os.chdir(self.destination_dir)
return utils.run(r"%s %s" % (self.cmd, utils.sh_escape(cmd)),
ignore_status=ignore_status)
def git_cmd(self, cmd, ignore_status=False):
'''
Wraps git commands.
@param cmd: Command to be executed.
@param ignore_status: Whether we should supress error.CmdError
exceptions if the command did return exit code !=0 (True), or
not supress them (False).
'''
os.chdir(self.destination_dir)
return utils.run(r"%s %s" % (self.cmd, utils.sh_escape(cmd)),
ignore_status=ignore_status)
def run_gsctool_cmd_with_password(self, password, cmd, name, expect_error):
"""Run a gsctool command and input the password
Args:
password: The cr50 password string
cmd: The gsctool command
name: The name to give the job
expect_error: True if the command should fail
"""
set_pwd_cmd = utils.sh_escape(cmd)
full_ssh_command = '%s "%s"' % (self.host.ssh_command(options='-tt'),
set_pwd_cmd)
stdout = StringIO.StringIO()
# Start running the gsctool Command in the background.
gsctool_job = utils.BgJob(full_ssh_command,
nickname='%s_with_password' % name,
stdout_tee=stdout,
stderr_tee=utils.TEE_TO_LOGS,
stdin=subprocess.PIPE)
if gsctool_job == None:
raise error.TestFail('could not start gsctool command %r', cmd)
try:
# Wait for enter prompt
gsctool_job.process_output()
logging.info(stdout.getvalue().strip())
# Enter the password
gsctool_job.sp.stdin.write(password + '\n')
# Wait for re-enter prompt
gsctool_job.process_output()
logging.info(stdout.getvalue().strip())
# Re-enter the password
gsctool_job.sp.stdin.write(password + '\n')
time.sleep(self.cr50.CONSERVATIVE_CCD_WAIT)
gsctool_job.process_output()
finally:
exit_status = utils.nuke_subprocess(gsctool_job.sp)
output = stdout.getvalue().strip()
logging.info('%s stdout: %s', name, output)
logging.info('%s exit status: %s', name, exit_status)
if exit_status:
message = ('gsctool %s failed using %r: %s %s' %
(name, password, exit_status, output))
if expect_error:
logging.info(message)
else:
raise error.TestFail(message)
elif expect_error:
raise error.TestFail('%s with %r did not fail when expected' %
(name, password))
def attach_run(self, command, bash=True):
"""Attach to a given container and run the given command.
@param command: Command to run in the container.
@param bash: Run the command through bash -c "command". This allows
pipes to be used in command. Default is set to True.
@return: The output of the command.
@raise error.CmdError: If container does not exist, or not running.
"""
cmd = 'sudo lxc-attach -P %s -n %s' % (self.container_path, self.name)
if bash and not command.startswith('bash -c'):
command = 'bash -c "%s"' % utils.sh_escape(command)
cmd += ' -- %s' % command
# TODO(dshi): crbug.com/459344 Set sudo to default to False when test
# container can be unprivileged container.
return utils.run(cmd)
def ccd_open_from_ap(self):
"""Start the open process and press the power button."""
self._ccd_open_last_len = 0
self._ccd_open_stdout = StringIO.StringIO()
ccd_open_cmd = utils.sh_escape('gsctool -a -o')
full_ssh_cmd = '%s "%s"' % (self.host.ssh_command(options='-tt'),
ccd_open_cmd)
# Start running the Cr50 Open process in the background.
self._ccd_open_job = utils.BgJob(full_ssh_cmd,
nickname='ccd_open',
stdout_tee=self._ccd_open_stdout,
stderr_tee=utils.TEE_TO_LOGS)
if self._ccd_open_job == None:
raise error.TestFail('could not start ccd open')
try:
# Wait for the first gsctool power button prompt before starting the
# open process.
logging.info(self._get_ccd_open_output())
# Cr50 starts out by requesting 5 quick presses then 4 longer
# power button presses. Run the quick presses without looking at the
# command output, because getting the output can take some time. For
# the presses that require a 1 minute wait check the output between
# presses, so we can catch errors
#
# run quick presses for 30 seconds. It may take a couple of seconds
# for open to start. 10 seconds should be enough. 30 is just used
# because it will definitely be enough, and this process takes 300
# seconds, so doing quick presses for 30 seconds won't matter.
end_time = time.time() + 30
while time.time() < end_time:
self.servo.power_short_press()
logging.info('short int power button press')
time.sleep(self.PP_SHORT_INTERVAL)
# Poll the output and press the power button for the longer presses.
utils.wait_for_value(self._check_open_and_press_power_button,
expected_value=True,
timeout_sec=self.cr50.PP_LONG)
except Exception, e:
logging.info(e)
raise
def get_recording_params(self):
"""
Get recording parameters from media profiles
"""
xml_content = utils.system_output([
'android-sh', '-c',
'cat "%s"' % utils.sh_escape(self.media_profiles_path)
])
root = xml.etree.ElementTree.fromstring(xml_content)
recording_params = Set()
for camcorder_profiles in root.findall('CamcorderProfiles'):
for encoder_profile in camcorder_profiles.findall(
'EncoderProfile'):
video = encoder_profile.find('Video')
recording_params.add(
'%s:%s:%s:%s' %
(camcorder_profiles.get('cameraId'), video.get('width'),
video.get('height'), video.get('frameRate')))
return '--recording_params=' + ','.join(recording_params)
def run(self,
command,
timeout=3600,
ignore_status=False,
stdout_tee=utils.TEE_TO_LOGS,
stderr_tee=utils.TEE_TO_LOGS,
connect_timeout=30,
ssh_failure_retry_ok=False,
options='',
stdin=None,
verbose=True,
args=()):
"""Run a command on the servo host.
Extends method `run` in SSHHost. If the servo host is a remote device,
it will call `run` in SSHost without changing anything.
If the servo host is 'localhost', it will call utils.system_output.
@param command: The command line string.
@param timeout: Time limit in seconds before attempting to
kill the running process. The run() function
will take a few seconds longer than 'timeout'
to complete if it has to kill the process.
@param ignore_status: Do not raise an exception, no matter
what the exit code of the command is.
@param stdout_tee/stderr_tee: Where to tee the stdout/stderr.
@param connect_timeout: SSH connection timeout (in seconds)
Ignored if host is 'localhost'.
@param options: String with additional ssh command options
Ignored if host is 'localhost'.
@param ssh_failure_retry_ok: when True and ssh connection failure is
suspected, OK to retry command (but not
compulsory, and likely not needed here)
@param stdin: Stdin to pass (a string) to the executed command.
@param verbose: Log the commands.
@param args: Sequence of strings to pass as arguments to command by
quoting them in " and escaping their contents if necessary.
@returns: A utils.CmdResult object.
@raises AutoservRunError if the command failed.
@raises AutoservSSHTimeout SSH connection has timed out. Only applies
when servo host is not 'localhost'.
"""
run_args = {
'command': command,
'timeout': timeout,
'ignore_status': ignore_status,
'stdout_tee': stdout_tee,
'stderr_tee': stderr_tee,
'stdin': stdin,
'verbose': verbose,
'args': args
}
if self.is_localhost():
if self._sudo_required:
run_args['command'] = 'sudo -n sh -c "%s"' % utils.sh_escape(
command)
try:
return utils.run(**run_args)
except error.CmdError as e:
logging.error(e)
raise error.AutoservRunError('command execution error',
e.result_obj)
else:
run_args['connect_timeout'] = connect_timeout
run_args['options'] = options
return super(ServoHost, self).run(**run_args)
def close(self):
"""Cleanup after we're done."""
for tmp_dir in self.tmp_dirs:
self.run('rm -rf "%s"' % (utils.sh_escape(tmp_dir)),
ignore_status=True)