def run(self, connection, args=None):
if connection:
self.logger.debug("Already connected")
return connection
signal.alarm(0) # clear the timeouts used without connections.
# ShellCommand executes the connection command
params = self._check_params()
if self.valid:
self.command = ['ssh']
self.command.extend(params['options'])
command = self.command[:] # local copy for idempotency
command.extend(['-i', self.identity_file])
if self.host:
command.append("%s@%s" % (self.ssh_user, self.host))
else:
# get from the protocol
pass
command_str = " ".join(str(item) for item in command)
# use device data for destination
self.logger.info("%s Connecting to device %s using '%s'", self.name,
self.host, command_str)
shell = ShellCommand("%s\n" % command_str, self.timeout)
if shell.exitstatus:
raise JobError("%s command exited %d: %s" %
(self.command, shell.exitstatus, shell.readlines()))
# SshSession monitors the pexpect
connection = SShSession(self.job, shell)
connection = super(ConnectSsh, self).run(connection, args)
connection.prompt_str = self.job.device['test_image_prompts']
connection.connected = True
self.wait(connection)
self.data["boot-result"] = 'success'
return connection
def run(self, connection, args=None):
"""
qemu needs help to reboot after running the debian installer
and typically the boot is quiet, so there is almost nothing to log.
"""
base_image = self.get_common_data('prepare-empty-image', 'output')
self.sub_command.append('-drive format=raw,file=%s' % base_image)
guest = self.get_common_data('guest', 'filename')
if guest:
self.logger.info("Extending command line for qcow2 test overlay")
self.sub_command.append('-drive format=qcow2,file=%s,media=disk' % (os.path.realpath(guest)))
# push the mount operation to the test shell pre-command to be run
# before the test shell tries to execute.
shell_precommand_list = []
mountpoint = self.data['lava_test_results_dir']
shell_precommand_list.append('mkdir %s' % mountpoint)
shell_precommand_list.append('mount -L LAVA %s' % mountpoint)
self.set_common_data('lava-test-shell', 'pre-command-list', shell_precommand_list)
self.logger.info("Boot command: %s", ' '.join(self.sub_command))
shell = ShellCommand(' '.join(self.sub_command), self.timeout, logger=self.logger)
if shell.exitstatus:
raise JobError("%s command exited %d: %s" % (self.sub_command, shell.exitstatus, shell.readlines()))
self.logger.debug("started a shell command")
shell_connection = ShellSession(self.job, shell)
shell_connection = super(IsoRebootAction, self).run(shell_connection, args)
shell_connection.prompt_str = [INSTALLER_QUIET_MSG]
self.wait(shell_connection)
self.data['boot-result'] = 'failed' if self.errors else 'success'
self.logger.debug("boot-result: %s", self.data['boot-result'])
return shell_connection
def run(self, connection, args=None):
"""
CommandRunner expects a pexpect.spawn connection which is the return value
of target.device.power_on executed by boot in the old dispatcher.
In the new pipeline, the pexpect.spawn is a ShellCommand and the
connection is a ShellSession. CommandRunner inside the ShellSession
turns the ShellCommand into a runner which the ShellSession uses via ShellSession.run()
to run commands issued *after* the device has booted.
pexpect.spawn is one of the raw_connection objects for a Connection class.
"""
if 'download_action' not in self.data:
raise RuntimeError("Value for download_action is missing from %s" % self.name)
if 'image' not in self.data['download_action']:
raise RuntimeError("No image file setting from the download_action")
command = self.get_common_data('qemu-command', 'command')
command.extend(["-hda", self.data['download_action']['image']['file']])
self.logger.info("Boot command: %s" % ' '.join(command))
# initialise the first Connection object, a command line shell into the running QEMU.
shell = ShellCommand(' '.join(command), self.timeout)
if shell.exitstatus:
raise JobError("%s command exited %d: %s" % (command, shell.exitstatus, shell.readlines()))
self.logger.debug("started a shell command")
shell_connection = ShellSession(self.job, shell)
shell_connection.prompt_str = self.job.device['test_image_prompts']
shell_connection = super(CallQemuAction, self).run(shell_connection, args)
# FIXME: tests with multiple boots need to be handled too.
self.data['boot-result'] = 'failed' if self.errors else 'success'
return shell_connection
def run(self, connection, args=None):
"""
CommandRunner expects a pexpect.spawn connection which is the return value
of target.device.power_on executed by boot in the old dispatcher.
In the new pipeline, the pexpect.spawn is a ShellCommand and the
connection is a ShellSession. CommandRunner inside the ShellSession
turns the ShellCommand into a runner which the ShellSession uses via ShellSession.run()
to run commands issued *after* the device has booted.
pexpect.spawn is one of the raw_connection objects for a Connection class.
"""
# initialise the first Connection object, a command line shell into the running QEMU.
self.logger.info("Boot command: %s", ' '.join(self.sub_command))
shell = ShellCommand(' '.join(self.sub_command),
self.timeout,
logger=self.logger)
if shell.exitstatus:
raise JobError(
"%s command exited %d: %s" %
(self.sub_command, shell.exitstatus, shell.readlines()))
self.logger.debug("started a shell command")
shell_connection = ShellSession(self.job, shell)
shell_connection = super(MonitorQemuAction,
self).run(shell_connection, args)
# FIXME: the shell needs to wait for something
# FIXME: tests with multiple boots need to be handled too.
self.data['boot-result'] = 'failed' if self.errors else 'success'
# FIXME: from here, go into the new test action.
return shell_connection
def finalise_protocol(self, device=None):
"""Called by Finalize action to power down and clean up the assigned
device.
"""
# Reboot devices that have adb serial number.
if 'adb_serial_number' in device:
reboot_cmd = "lxc-attach -n {0} -- adb reboot bootloader".format(
self.lxc_name)
self.logger.debug("%s protocol: executing '%s'", self.name,
reboot_cmd)
shell = ShellCommand("%s\n" % reboot_cmd,
self.system_timeout,
logger=self.logger)
# execute the command.
shell.expect(pexpect.EOF)
if shell.exitstatus:
self.logger.debug("%s command exited %d: %s", reboot_cmd,
shell.exitstatus, shell.readlines())
# ShellCommand executes the destroy command
cmd = "lxc-destroy -n {0} -f".format(self.lxc_name)
self.logger.debug("%s protocol: executing '%s'", self.name, cmd)
shell = ShellCommand("%s\n" % cmd,
self.system_timeout,
logger=self.logger)
# execute the command.
shell.expect(pexpect.EOF)
if shell.exitstatus:
raise JobError("%s command exited %d: %s" %
(cmd, shell.exitstatus, shell.readlines()))
self.logger.debug("%s protocol finalised.", self.name)
def run(self, connection, args=None):
if connection:
self.logger.debug("Already connected")
return connection
signal.alarm(0) # clear the timeouts used without connections.
# ShellCommand executes the connection command
params = self._check_params()
if self.valid:
self.command = ['ssh']
self.command.extend(params['options'])
command = self.command[:] # local copy for idempotency
command.extend(['-i', self.identity_file])
if self.host:
command.append("%s@%s" % (self.ssh_user, self.host))
else:
# get from the protocol
pass
command_str = " ".join(str(item) for item in command)
# use device data for destination
self.logger.info("%s Connecting to device %s using '%s'", self.name, self.host, command_str)
shell = ShellCommand("%s\n" % command_str, self.timeout)
if shell.exitstatus:
raise JobError("%s command exited %d: %s" % (
self.command, shell.exitstatus, shell.readlines()))
# SshSession monitors the pexpect
connection = SShSession(self.job, shell)
connection = super(ConnectSsh, self).run(connection, args)
connection.prompt_str = self.job.device['test_image_prompts']
connection.connected = True
self.wait(connection)
self.data["boot-result"] = 'success'
return connection
def run(self, connection, args=None):
# substitutions
substitutions = {'{emptyimage}': self.get_common_data('prepare-empty-image', 'output')}
sub_command = self.get_common_data('prepare-qemu-commands', 'sub_command')
sub_command = substitute(sub_command, substitutions)
command_line = ' '.join(sub_command)
commands = []
# get the download args in run()
image_arg = self.data['download_action']['iso'].get('image_arg', None)
action_arg = self.data['download_action']['iso'].get('file', None)
substitutions["{%s}" % 'iso'] = action_arg
commands.append(image_arg)
command_line += ' '.join(substitute(commands, substitutions))
preseed_file = self.get_common_data('file', 'preseed')
if not preseed_file:
raise JobError("Unable to identify downloaded preseed filename.")
substitutions = {'{preseed}': preseed_file}
append_args = self.get_common_data('prepare-qemu-commands', 'append')
append_args = substitute([append_args], substitutions)
command_line += ' '.join(append_args)
self.logger.info(command_line)
shell = ShellCommand(command_line, self.timeout, logger=self.logger)
if shell.exitstatus:
raise JobError("%s command exited %d: %s" % (sub_command[0], shell.exitstatus, shell.readlines()))
self.logger.debug("started a shell command")
shell_connection = ShellSession(self.job, shell)
shell_connection.prompt_str = self.get_common_data('prepare-qemu-commands', 'prompts')
shell_connection = super(IsoCommandLine, self).run(shell_connection, args)
return shell_connection
def test_check_char(self):
shell = ShellCommand("%s\n" % 'ls', Timeout('fake', 30), logger=logging.getLogger())
if shell.exitstatus:
raise JobError("%s command exited %d: %s" % ('ls', shell.exitstatus, shell.readlines()))
connection = ShellSession(self.job, shell)
self.assertFalse(hasattr(shell, 'check_char'))
self.assertTrue(hasattr(connection, 'check_char'))
self.assertIsNotNone(connection.check_char)
def test_check_char(self):
shell = ShellCommand("%s\n" % 'ls', Timeout('fake', 30), logger=logging.getLogger())
if shell.exitstatus:
raise JobError("%s command exited %d: %s" % ('ls', shell.exitstatus, shell.readlines()))
connection = ShellSession(self.job, shell)
self.assertFalse(hasattr(shell, 'check_char'))
self.assertTrue(hasattr(connection, 'check_char'))
self.assertIsNotNone(connection.check_char)
def finalise_protocol(self):
# ShellCommand executes the destroy command
cmd = "lxc-destroy -n {0} -f".format(self.lxc_name)
self.logger.debug("%s protocol: executing '%s'", self.name, cmd)
shell = ShellCommand("%s\n" % cmd, self.system_timeout,
logger=self.logger)
# execute the command.
shell.expect(pexpect.EOF)
if shell.exitstatus:
raise JobError("%s command exited %d: %s" % (cmd, shell.exitstatus,
shell.readlines()))
self.logger.debug("%s protocol finalised." % self.name)
def finalise_protocol(self, device=None):
"""Called by Finalize action to power down and clean up the assigned
device.
"""
# Reboot devices that have adb serial number.
if 'adb_serial_number' in device:
reboot_cmd = "lxc-attach -n {0} -- adb reboot bootloader".format(
self.lxc_name)
self.logger.debug("%s protocol: executing '%s'", self.name,
reboot_cmd)
shell = ShellCommand("%s\n" % reboot_cmd, self.system_timeout,
logger=self.logger)
# execute the command.
shell.expect(pexpect.EOF)
if shell.exitstatus:
self.logger.debug("%s command exited %d: %s",
reboot_cmd, shell.exitstatus,
shell.readlines())
# ShellCommand executes the destroy command
cmd = "lxc-destroy -n {0} -f".format(self.lxc_name)
self.logger.debug("%s protocol: executing '%s'", self.name, cmd)
shell = ShellCommand("%s\n" % cmd, self.system_timeout,
logger=self.logger)
# execute the command.
shell.expect(pexpect.EOF)
if shell.exitstatus:
raise JobError("%s command exited %d: %s" % (cmd, shell.exitstatus,
shell.readlines()))
self.logger.debug("%s protocol finalised.", self.name)
def run(self, connection, args=None):
if connection:
self.logger.debug("Already connected")
return connection
signal.alarm(0) # clear the timeouts used without connections.
# ShellCommand executes the connection command
params = self._check_params()
command = self.command[:] # local copy for idempotency
overrides = self.get_common_data("prepare-scp-overlay", self.key)
host_address = None
if overrides:
host_address = str(
self.get_common_data("prepare-scp-overlay", overrides[0]))
if host_address:
self.logger.info(
"Using common data to retrieve host_address for secondary connection."
)
command_str = " ".join(str(item) for item in command)
self.logger.info("%s Connecting to device %s using '%s'",
self.name, host_address, command_str)
command.append("%s@%s" % (self.ssh_user, host_address))
elif self.host and self.primary:
self.logger.info(
"Using device data host_address for primary connection.")
command_str = " ".join(str(item) for item in command)
self.logger.info("%s Connecting to device %s using '%s'",
self.name, self.host, command_str)
command.append("%s@%s" % (self.ssh_user, self.host))
else:
raise JobError("Unable to identify host address. Primary? %s",
self.primary)
command_str = " ".join(str(item) for item in command)
shell = ShellCommand("%s\n" % command_str,
self.timeout,
logger=self.logger)
if shell.exitstatus:
raise JobError("%s command exited %d: %s" %
(self.command, shell.exitstatus, shell.readlines()))
# SshSession monitors the pexpect
connection = SShSession(self.job, shell)
connection = super(ConnectSsh, self).run(connection, args)
connection.sendline('export PS1="%s"' % DEFAULT_SHELL_PROMPT)
connection.prompt_str = [DEFAULT_SHELL_PROMPT]
connection.connected = True
self.wait(connection)
self.data["boot-result"] = 'failed' if self.errors else 'success'
return connection
def run(self, connection, args=None):
"""
CommandRunner expects a pexpect.spawn connection which is the return value
of target.device.power_on executed by boot in the old dispatcher.
In the new pipeline, the pexpect.spawn is a ShellCommand and the
connection is a ShellSession. CommandRunner inside the ShellSession
turns the ShellCommand into a runner which the ShellSession uses via ShellSession.run()
to run commands issued *after* the device has booted.
pexpect.spawn is one of the raw_connection objects for a Connection class.
"""
# initialise the first Connection object, a command line shell into the running QEMU.
self.logger.info("Boot command: %s", ' '.join(self.sub_command))
shell = ShellCommand(' '.join(self.sub_command), self.timeout, logger=self.logger)
if shell.exitstatus:
raise JobError("%s command exited %d: %s" % (self.sub_command, shell.exitstatus, shell.readlines()))
self.logger.debug("started a shell command")
shell_connection = ShellSession(self.job, shell)
shell_connection = super(MonitorQemuAction, self).run(shell_connection, args)
# FIXME: the shell needs to wait for something
# FIXME: tests with multiple boots need to be handled too.
self.data['boot-result'] = 'failed' if self.errors else 'success'
# FIXME: from here, go into the new test action.
return shell_connection
def run(self, connection, args=None):
"""
CommandRunner expects a pexpect.spawn connection which is the return value
of target.device.power_on executed by boot in the old dispatcher.
In the new pipeline, the pexpect.spawn is a ShellCommand and the
connection is a ShellSession. CommandRunner inside the ShellSession
turns the ShellCommand into a runner which the ShellSession uses via ShellSession.run()
to run commands issued *after* the device has booted.
pexpect.spawn is one of the raw_connection objects for a Connection class.
"""
# initialise the first Connection object, a command line shell into the running QEMU.
guest = self.get_common_data('guest', 'filename')
if guest:
self.logger.info("Extending command line for qcow2 test overlay")
self.sub_command.append('-drive format=qcow2,file=%s,media=disk' %
(os.path.realpath(guest)))
# push the mount operation to the test shell pre-command to be run
# before the test shell tries to execute.
shell_precommand_list = []
mountpoint = self.data['lava_test_results_dir']
shell_precommand_list.append('mkdir %s' % mountpoint)
shell_precommand_list.append('mount -L LAVA %s' % mountpoint)
self.set_common_data('lava-test-shell', 'pre-command-list',
shell_precommand_list)
self.logger.info("Boot command: %s", ' '.join(self.sub_command))
shell = ShellCommand(' '.join(self.sub_command),
self.timeout,
logger=self.logger)
if shell.exitstatus:
raise JobError(
"%s command exited %d: %s" %
(self.sub_command, shell.exitstatus, shell.readlines()))
self.logger.debug("started a shell command")
shell_connection = ShellSession(self.job, shell)
if not shell_connection.prompt_str and self.parameters[
'method'] == 'qemu':
shell_connection.prompt_str = self.parameters['prompts']
shell_connection = super(CallQemuAction,
self).run(shell_connection, args)
# FIXME: tests with multiple boots need to be handled too.
self.data['boot-result'] = 'failed' if self.errors else 'success'
return shell_connection
def finalise_protocol(self, device=None):
"""Called by Finalize action to power down and clean up the assigned
device.
"""
# shutdown xnbd for the given device/job based in the port-number used
try:
self.logger.debug("%s cleanup", self.name)
self.port = self.parameters['protocols']['lava-xnbd']['port']
nbd_cmd = "pkill -f xnbd-server.*%s" % (self.port)
shell = ShellCommand("%s\n" % nbd_cmd,
self.system_timeout,
logger=self.logger)
shell.expect(pexpect.EOF)
except Exception as e:
self.logger.debug(str(e))
self.logger.debug(
"xnbd-finalize-protocol failed, but continuing anyway.")
def run(self, connection, max_end_time, args=None):
if connection:
self.logger.debug("Already connected")
return connection
# ShellCommand executes the connection command
params = self._check_params()
command = self.command[:] # local copy for idempotency
overrides = None
if self.key:
overrides = self.get_namespace_data(action='prepare-scp-overlay', label="prepare-scp-overlay", key=self.key)
host_address = None
if overrides:
host_address = str(self.get_namespace_data(
action='prepare-scp-overlay', label="prepare-scp-overlay", key=overrides[0]))
if host_address:
self.logger.info("Using common data to retrieve host_address for secondary connection.")
command_str = " ".join(str(item) for item in command)
self.logger.info("%s Connecting to device %s using '%s'", self.name, host_address, command_str)
command.append("%s@%s" % (self.ssh_user, host_address))
elif self.host and self.primary:
self.logger.info("Using device data host_address for primary connection.")
command_str = " ".join(str(item) for item in command)
self.logger.info("%s Connecting to device %s using '%s'", self.name, self.host, command_str)
command.append("%s@%s" % (self.ssh_user, self.host))
else:
raise JobError("Unable to identify host address. Primary? %s", self.primary)
command_str = " ".join(str(item) for item in command)
shell = ShellCommand("%s\n" % command_str, self.timeout, logger=self.logger)
if shell.exitstatus:
raise JobError("%s command exited %d: %s" % (
self.command, shell.exitstatus, shell.readlines()))
# SshSession monitors the pexpect
connection = SShSession(self.job, shell)
connection = super(ConnectSsh, self).run(connection, max_end_time, args)
connection.sendline('export PS1="%s"' % self.job.device.get_constant(
'default-shell-prompt'))
connection.prompt_str = [self.job.device.get_constant(
'default-shell-prompt')]
connection.connected = True
self.wait(connection)
res = 'failed' if self.errors else 'success'
self.set_namespace_data(action='boot', label='shared', key='boot-result', value=res)
self.set_namespace_data(action='shared', label='shared', key='connection', value=connection)
return connection
def run(self, connection, args=None):
if connection:
self.logger.debug("Already connected")
return connection
signal.alarm(0) # clear the timeouts used without connections.
# ShellCommand executes the connection command
params = self._check_params()
if self.valid:
self.command = ['ssh']
self.command.extend(params['options'])
command = self.command[:] # local copy for idempotency
command.extend(['-i', self.identity_file])
overrides = self.get_common_data("prepare-scp-overlay", self.key)
host_address = None
if overrides:
host_address = str(self.get_common_data("prepare-scp-overlay", overrides[0]))
if host_address:
self.logger.info("Using common data to retrieve host_address for secondary connection.")
command_str = " ".join(str(item) for item in command)
self.logger.info("%s Connecting to device %s using '%s'", self.name, host_address, command_str)
command.append("%s@%s" % (self.ssh_user, host_address))
elif self.host and self.primary:
self.logger.info("Using device data host_address for primary connection.")
command_str = " ".join(str(item) for item in command)
self.logger.info("%s Connecting to device %s using '%s'", self.name, self.host, command_str)
command.append("%s@%s" % (self.ssh_user, self.host))
else:
raise JobError("Unable to identify host address. Primary? %s", self.primary)
command_str = " ".join(str(item) for item in command)
shell = ShellCommand("%s\n" % command_str, self.timeout, logger=self.logger)
if shell.exitstatus:
raise JobError("%s command exited %d: %s" % (
self.command, shell.exitstatus, shell.readlines()))
# SshSession monitors the pexpect
connection = SShSession(self.job, shell)
connection = super(ConnectSsh, self).run(connection, args)
connection.sendline('export PS1="%s"' % DEFAULT_SHELL_PROMPT)
connection.prompt_str = [DEFAULT_SHELL_PROMPT]
connection.connected = True
self.wait(connection)
self.data["boot-result"] = 'failed' if self.errors else 'success'
return connection
def run(self, connection, args=None):
if connection:
self.logger.debug("Already connected")
connection.prompt_str = self.parameters["prompts"]
return connection
command = self.job.device["commands"]["connect"][:] # local copy to retain idempotency.
self.logger.info("%s Connecting to device using '%s'", self.name, command)
signal.alarm(0) # clear the timeouts used without connections.
# ShellCommand executes the connection command
shell = ShellCommand("%s\n" % command, self.timeout, logger=self.logger)
if shell.exitstatus:
raise JobError("%s command exited %d: %s" % (command, shell.exitstatus, shell.readlines()))
# ShellSession monitors the pexpect
connection = ShellSession(self.job, shell)
connection.connected = True
connection = super(ConnectAdb, self).run(connection, args)
connection.prompt_str = self.parameters["prompts"]
self.data["boot-result"] = "failed" if self.errors else "success"
return connection
def run(self, connection, args=None):
self._log("Boot command: %s" % ' '.join(self.command))
# initialise the first Connection object, a command line shell into the running QEMU.
# ShellCommand wraps pexpect.spawn.
shell = ShellCommand(' '.join(self.command), self.timeout)
if shell.exitstatus:
raise JobError("%s command exited %d: %s" % (self.command, shell.exitstatus, shell.readlines()))
self._log("started a shell command")
# CommandRunner expects a pexpect.spawn connection which is the return value
# of target.device.power_on executed by boot in the old dispatcher.
#
# In the new pipeline, the pexpect.spawn is a ShellCommand and the
# connection is a ShellSession. CommandRunner inside the ShellSession
# turns the ShellCommand into a runner which the ShellSession uses via ShellSession.run()
# to run commands issued *after* the device has booted.
# pexpect.spawn is one of the raw_connection objects for a Connection class.
shell_connection = ShellSession(self.job.device, shell)
self.pipeline.run_actions(shell_connection)
return shell_connection
def run(self, connection, args=None):
if connection:
self.logger.debug("Already connected")
connection.prompt_str = self.job.device['test_image_prompts']
return connection
command = self.job.device['commands']['connect'][:] # local copy to retain idempotency.
self.logger.info("%s Connecting to device using '%s'", self.name, command)
signal.alarm(0) # clear the timeouts used without connections.
# ShellCommand executes the connection command
shell = ShellCommand("%s\n" % command, self.timeout)
if shell.exitstatus:
raise JobError("%s command exited %d: %s" % (command, shell.exitstatus, shell.readlines()))
# ShellSession monitors the pexpect
connection = ShellSession(self.job, shell)
connection.connected = True
connection = super(ConnectDevice, self).run(connection, args)
# append ser2net port to the prompt_str
# FIXME: this improves speed but relies on using ser2net
connection.prompt_str = self.job.device['test_image_prompts'].append('ser2net port')
return connection
def run(self, connection, args=None):
"""
CommandRunner expects a pexpect.spawn connection which is the return value
of target.device.power_on executed by boot in the old dispatcher.
In the new pipeline, the pexpect.spawn is a ShellCommand and the
connection is a ShellSession. CommandRunner inside the ShellSession
turns the ShellCommand into a runner which the ShellSession uses via ShellSession.run()
to run commands issued *after* the device has booted.
pexpect.spawn is one of the raw_connection objects for a Connection class.
"""
if 'download_action' not in self.data:
raise RuntimeError("Value for download_action is missing from %s" %
self.name)
if 'image' not in self.data['download_action']:
raise RuntimeError(
"No image file setting from the download_action")
command = self.get_common_data('qemu-command', 'command')
command.extend(["-hda", self.data['download_action']['image']['file']])
self.logger.info("Boot command: %s" % ' '.join(command))
# initialise the first Connection object, a command line shell into the running QEMU.
shell = ShellCommand(' '.join(command), self.timeout)
if shell.exitstatus:
raise JobError("%s command exited %d: %s" %
(command, shell.exitstatus, shell.readlines()))
self.logger.debug("started a shell command")
shell_connection = ShellSession(self.job, shell)
shell_connection.prompt_str = self.job.device['test_image_prompts']
shell_connection = super(CallQemuAction,
self).run(shell_connection, args)
# FIXME: tests with multiple boots need to be handled too.
self.data['boot-result'] = 'failed' if self.errors else 'success'
return shell_connection
def run(self, connection, args=None):
if connection:
self.logger.debug("Already connected")
connection.prompt_str = self.job.device['test_image_prompts']
return connection
command = self.job.device['commands'][
'connect'][:] # local copy to retain idempotency.
self.logger.info("%s Connecting to device using '%s'", self.name,
command)
signal.alarm(0) # clear the timeouts used without connections.
# ShellCommand executes the connection command
shell = ShellCommand("%s\n" % command, self.timeout)
if shell.exitstatus:
raise JobError("%s command exited %d: %s" %
(command, shell.exitstatus, shell.readlines()))
# ShellSession monitors the pexpect
connection = ShellSession(self.job, shell)
connection.connected = True
connection = super(ConnectDevice, self).run(connection, args)
# append ser2net port to the prompt_str
# FIXME: this improves speed but relies on using ser2net
connection.prompt_str = self.job.device['test_image_prompts'].append(
'ser2net port')
return connection
def run(self, connection, args=None):
"""
CommandRunner expects a pexpect.spawn connection which is the return value
of target.device.power_on executed by boot in the old dispatcher.
In the new pipeline, the pexpect.spawn is a ShellCommand and the
connection is a ShellSession. CommandRunner inside the ShellSession
turns the ShellCommand into a runner which the ShellSession uses via ShellSession.run()
to run commands issued *after* the device has booted.
pexpect.spawn is one of the raw_connection objects for a Connection class.
"""
# initialise the first Connection object, a command line shell into the running QEMU.
guest = self.get_common_data('guest', 'filename')
if guest:
self.logger.info("Extending command line for qcow2 test overlay")
# interface is ide by default in qemu
interface = self.job.device['actions']['deploy']['methods']['image']['parameters']['guest'].get('interface', 'ide')
self.sub_command.append('-drive format=qcow2,file=%s,media=disk,if=%s' %
(os.path.realpath(guest), interface))
# push the mount operation to the test shell pre-command to be run
# before the test shell tries to execute.
shell_precommand_list = []
mountpoint = self.data['lava_test_results_dir']
uuid = '/dev/disk/by-uuid/%s' % self.get_common_data('guest', 'UUID')
shell_precommand_list.append('mkdir %s' % mountpoint)
# prepare_guestfs always uses ext2
shell_precommand_list.append('mount %s -t ext2 %s' % (uuid, mountpoint))
# debug line to show the effect of the mount operation
# also allows time for kernel messages from the mount operation to be processed.
shell_precommand_list.append('ls -la %s/bin/lava-test-runner' % mountpoint)
self.set_common_data('lava-test-shell', 'pre-command-list', shell_precommand_list)
self.logger.info("Boot command: %s", ' '.join(self.sub_command))
shell = ShellCommand(' '.join(self.sub_command), self.timeout, logger=self.logger)
if shell.exitstatus:
raise JobError("%s command exited %d: %s" % (self.sub_command, shell.exitstatus, shell.readlines()))
self.logger.debug("started a shell command")
shell_connection = ShellSession(self.job, shell)
if not shell_connection.prompt_str and self.parameters['method'] == 'qemu':
shell_connection.prompt_str = self.parameters['prompts']
shell_connection = super(CallQemuAction, self).run(shell_connection, args)
# FIXME: tests with multiple boots need to be handled too.
self.data['boot-result'] = 'failed' if self.errors else 'success'
return shell_connection
def run(self, connection, args=None):
"""
CommandRunner expects a pexpect.spawn connection which is the return value
of target.device.power_on executed by boot in the old dispatcher.
In the new pipeline, the pexpect.spawn is a ShellCommand and the
connection is a ShellSession. CommandRunner inside the ShellSession
turns the ShellCommand into a runner which the ShellSession uses via ShellSession.run()
to run commands issued *after* the device has booted.
pexpect.spawn is one of the raw_connection objects for a Connection class.
"""
# initialise the first Connection object, a command line shell into the running QEMU.
guest = self.get_common_data('guest', 'filename')
if guest:
self.logger.info("Extending command line for qcow2 test overlay")
self.sub_command.append('-drive format=qcow2,file=%s,media=disk' % (os.path.realpath(guest)))
# push the mount operation to the test shell pre-command to be run
# before the test shell tries to execute.
shell_precommand_list = []
mountpoint = self.data['lava_test_results_dir']
shell_precommand_list.append('mkdir %s' % mountpoint)
shell_precommand_list.append('mount -L LAVA %s' % mountpoint)
self.set_common_data('lava-test-shell', 'pre-command-list', shell_precommand_list)
self.logger.info("Boot command: %s", ' '.join(self.sub_command))
shell = ShellCommand(' '.join(self.sub_command), self.timeout, logger=self.logger)
if shell.exitstatus:
raise JobError("%s command exited %d: %s" % (self.sub_command, shell.exitstatus, shell.readlines()))
self.logger.debug("started a shell command")
shell_connection = ShellSession(self.job, shell)
if not shell_connection.prompt_str:
shell_connection.prompt_str = self.parameters['prompts']
shell_connection = super(CallQemuAction, self).run(shell_connection, args)
# FIXME: tests with multiple boots need to be handled too.
self.data['boot-result'] = 'failed' if self.errors else 'success'
return shell_connection
def run(self, connection, args=None):
telnet = ShellCommand(self.job.device.parameters['connection_command'],
self.timeout)
return Connection(self.job.device, telnet)
def run(self, connection, max_end_time, args=None):
"""
CommandRunner expects a pexpect.spawn connection which is the return value
of target.device.power_on executed by boot in the old dispatcher.
In the new pipeline, the pexpect.spawn is a ShellCommand and the
connection is a ShellSession. CommandRunner inside the ShellSession
turns the ShellCommand into a runner which the ShellSession uses via ShellSession.run()
to run commands issued *after* the device has booted.
pexpect.spawn is one of the raw_connection objects for a Connection class.
"""
# initialise the first Connection object, a command line shell into the running QEMU.
guest = self.get_namespace_data(action='apply-overlay-guest',
label='guest',
key='filename')
# check for NFS
if 'qemu-nfs' in self.methods and self.parameters.get('media',
None) == 'nfs':
self.logger.debug("Adding NFS arguments to kernel command line.")
root_dir = self.get_namespace_data(action='extract-rootfs',
label='file',
key='nfsroot')
self.substitutions["{NFSROOTFS}"] = root_dir
params = self.methods['qemu-nfs']['parameters']['append']
# console=ttyAMA0 root=/dev/nfs nfsroot=10.3.2.1:/var/lib/lava/dispatcher/tmp/dirname,tcp,hard,intr ip=dhcp
append = [
'console=%s' % params['console'], 'root=/dev/nfs',
'%s rw' %
substitute([params['nfsrootargs']], self.substitutions)[0],
"%s" % params['ipargs']
]
self.sub_command.append('--append')
self.sub_command.append('"%s"' % ' '.join(append))
elif guest:
self.logger.info("Extending command line for qcow2 test overlay")
# interface is ide by default in qemu
interface = self.job.device['actions']['deploy']['methods'][
'image']['parameters']['guest'].get('interface', 'ide')
self.sub_command.append(
'-drive format=qcow2,file=%s,media=disk,if=%s' %
(os.path.realpath(guest), interface))
# push the mount operation to the test shell pre-command to be run
# before the test shell tries to execute.
shell_precommand_list = []
mountpoint = self.get_namespace_data(action='test',
label='results',
key='lava_test_results_dir')
uuid = '/dev/disk/by-uuid/%s' % self.get_namespace_data(
action='apply-overlay-guest', label='guest', key='UUID')
shell_precommand_list.append('mkdir %s' % mountpoint)
# prepare_guestfs always uses ext2
shell_precommand_list.append('mount %s -t ext2 %s' %
(uuid, mountpoint))
# debug line to show the effect of the mount operation
# also allows time for kernel messages from the mount operation to be processed.
shell_precommand_list.append('ls -la %s/bin/lava-test-runner' %
mountpoint)
self.set_namespace_data(action='test',
label='lava-test-shell',
key='pre-command-list',
value=shell_precommand_list)
self.logger.info("Boot command: %s", ' '.join(self.sub_command))
shell = ShellCommand(' '.join(self.sub_command),
self.timeout,
logger=self.logger)
if shell.exitstatus:
raise JobError(
"%s command exited %d: %s" %
(self.sub_command, shell.exitstatus, shell.readlines()))
self.logger.debug("started a shell command")
shell_connection = ShellSession(self.job, shell)
shell_connection = super(CallQemuAction,
self).run(shell_connection, max_end_time,
args)
self.set_namespace_data(action='shared',
label='shared',
key='connection',
value=shell_connection)
return shell_connection
def finalise_protocol(self, device=None):
"""Called by Finalize action to power down and clean up the assigned
device.
"""
# Reboot devices to bootloader if required, based on the availability
# of power cycle option and adb_serial_number.
# Do not reboot to bootloader if 'reboot_to_fastboot' is set to
# 'false' in job definition.
if self.fastboot_reboot:
if 'adb_serial_number' in device and hasattr(device, 'power_state'):
if device.power_state not in ['on', 'off']:
reboot_cmd = "lxc-attach -n {0} -- adb reboot bootloader".format(self.lxc_name)
self.logger.debug("%s protocol: executing '%s'", self.name,
reboot_cmd)
shell = ShellCommand("%s\n" % reboot_cmd,
self.system_timeout,
logger=self.logger)
# execute the command.
shell.expect(pexpect.EOF)
if shell.exitstatus:
self.logger.debug("%s command exited %d: %s",
reboot_cmd,
shell.exitstatus, shell.readlines())
else:
self.logger.info("%s protocol: device not rebooting to fastboot",
self.name)
# Stop the container.
self.logger.debug("%s protocol: issue stop", self.name)
cmd = "lxc-stop -n {0} -k".format(self.lxc_name)
shell = ShellCommand("%s\n" % cmd, self.system_timeout,
logger=self.logger)
# execute the command.
shell.expect(pexpect.EOF)
if shell.exitstatus:
self.logger.debug(
"%s command exited %d: %s" % (cmd, shell.exitstatus,
shell.readlines()))
# Check if the container should persist and skip destroying it.
if self.persistence:
self.logger.debug("%s protocol: persistence requested",
self.name)
else:
self.logger.debug("%s protocol: destroy", self.name)
if self.custom_lxc_path:
abs_path = os.path.realpath(os.path.join(LXC_PATH,
self.lxc_name))
cmd = "lxc-destroy -n {0} -f -P {1}".format(
self.lxc_name, os.path.dirname(abs_path))
else:
cmd = "lxc-destroy -n {0} -f".format(self.lxc_name)
self.logger.debug("%s protocol: executing '%s'",
self.name, cmd)
shell = ShellCommand("%s\n" % cmd, self.system_timeout,
logger=self.logger)
# execute the command.
shell.expect(pexpect.EOF)
if shell.exitstatus:
self.logger.debug(
"%s command exited %d: %s" % (cmd, shell.exitstatus,
shell.readlines()))
if self.custom_lxc_path and not self.persistence:
os.remove(os.path.join(LXC_PATH, self.lxc_name))
self.logger.debug("%s protocol finalised.", self.name)
