def call_service(self, command='redundancy switchover',
dialog=Dialog([]),
timeout=None,
sync_standby=True,
error_pattern=None,
*args,
**kwargs):
# create an alias for connection.
con = self.connection
if error_pattern is None:
self.error_pattern = con.settings.ERROR_PATTERN
else:
self.error_pattern = error_pattern
start_time = datetime.now()
timeout = timeout or self.timeout
con.log.debug("+++ Issuing switchover on %s with "
"switchover_command %s and timeout is %s +++"
% (con.hostname, command, timeout))
dialog += self.dialog
# Issue switchover command
con.active.spawn.sendline(command)
try:
self.result = dialog.process(con.active.spawn,
timeout=self.timeout,
prompt_recovery=self.prompt_recovery,
context=con.context)
except SubCommandFailure as err:
raise SubCommandFailure("Switchover Failed %s" % str(err))
output = ""
if self.result:
self.result = self.get_service_result()
output += self.result.match_output
con.log.info('Switchover done, switching sessions')
con.active.spawn.sendline()
con.standby.spawn.sendline()
con.connection_provider.prompt_recovery = True
con.connection_provider.connect()
con.connection_provider.prompt_recovery = False
if sync_standby:
con.log.info('Waiting for standby state')
delta_time = timedelta(seconds=timeout)
current_time = datetime.now()
while (current_time - start_time) < delta_time:
show_redundancy = con.execute('show redundancy', prompt_recovery=True)
standby_state = re.findall(con.settings.STANDBY_STATE_REGEX, show_redundancy)
standby_state = [s.strip() for s in standby_state]
con.log.info('Standy state: %s' % standby_state)
if standby_state == con.settings.STANDBY_EXPECTED_STATE:
break
wait_time = con.settings.STANDBY_STATE_INTERVAL
con.log.info('Waiting %s seconds' % wait_time)
sleep(wait_time)
current_time = datetime.now()
if current_time - start_time > delta_time:
raise SubCommandFailure('Switchover timed out, standby state: %s' % standby_state)
# TODO: return all/most console output, not only from the switchover
# This requires work on the bases.router.connection_provider BaseDualRpConnectionProvider implementation
self.result = output
class WebserverDialog:
ssh_connect_dialog = Dialog([
['continue connecting (yes/no)?', 'sendline(yes)', None, True, False],
['Password:'******'sendline_ctx(password)', None, True, False],
['Last login:', None, None, True, False],
])
def configure_crypto_pki_server(
device,
domain_name,
database_level,
issuer_name,
hash,
modulus_size,
password,
server_name,
):
"""Configures crypto pki server on device
Args:
device (`obj`): Device object
domain_name ('str'): Name of the domain to be configured
database_level ('str'): Database level to be configured
issuer_name ('str'): Issuer name to be configured
hash ('str'): Hash to be configured
modulus_size ('str'): Modulus size to be configured
Password ('str'): Password to be configured
server_name ('str'): Name of the server to be configured
Returns:
None
Raise:
SubCommandFailure: Failed to configure crypto pki server on device
"""
def send_password(spawn, password):
spawn.sendline(password)
dialog_1 = Dialog([
Statement(
r"^.*Destination filename \[nvram\.pub\]\?.*$",
action="sendline(\r)",
loop_continue=True,
),
Statement(
r"^.*Do you really want to overwrite it\? \[yes/no\]:.*$",
action="sendline(yes)",
loop_continue=True,
),
Statement(
r"^.*Destination filename \[nvram\.prv\]\?.*$",
action="sendline(\r)",
loop_continue=True,
),
Statement(
r"^.*Do you really want to overwrite it\? \[yes/no\]:.*$",
action="sendline(yes)",
loop_continue=True,
),
])
try:
device.configure([
f"ip domain-name {domain_name}",
f"crypto pki server {server_name}",
f"database level {database_level}",
f"issuer-name {issuer_name}",
f"hash {hash}",
"shut",
"exit",
])
time.sleep(10)
device.configure([
f"crypto key generate rsa modulus {modulus_size} label cisco exportable",
f"crypto key export rsa cisco pem url nvram 3des {password}",
],
timeout=5,
reply=dialog_1)
time.sleep(20)
dialog_2 = Dialog([
Statement(
r"Password:\s?$",
action=send_password,
args={"password": password},
loop_continue=True,
),
Statement(
r"Re-enter password:\s?$",
action=send_password,
args={"password": password},
loop_continue=True,
),
])
device.configure([
f"crypto pki server {server_name}",
"no shut",
],
timeout=120,
reply=dialog_2)
time.sleep(120)
except SubCommandFailure:
raise SubCommandFailure(
"Could not configure crypto pki server on device")
def call_service(self, to_state,
timeout=None,
*args, **kwargs):
if not self.connection.connected:
return
con = self.connection
sm = self.get_sm()
dialog = Dialog([fxos_statements.command_not_completed_stmt])
timeout = timeout if timeout is not None else self.timeout
if isinstance(to_state, str):
to_state_list = [to_state]
elif isinstance(to_state, list):
to_state_list = to_state
else:
raise Exception('Invalid switchto to_state type: %s' % repr(to_state))
for to_state in to_state_list:
m1 = re.match(r'module(\s+(\d+))?(\s+(console|telnet))?', to_state)
m2 = re.match(r'cimc(\s+(\S+))?', to_state)
m3 = re.match(r'fxos[ _]scope ?(.*)', to_state)
m4 = re.match(r'adapter(\s+(\S+))?', to_state)
if m1:
mod = m1.group(2) or 1
con_type = m1.group(4) or 'console'
self.context._module = mod
self.context._mod_con_type = con_type
to_state = 'module'
elif m2:
mod = m2.group(2) or '1/1'
self.context._cimc_module = mod
to_state = 'cimc'
con.state_machine.go_to('fxos', con.spawn,
context=self.context,
hop_wise=True,
timeout=timeout)
elif m3:
scope = m3.group(1)
if not scope:
con.log.warning('No scope specified, ignoring switchto')
continue
else:
self.context._scope = scope
to_state = 'fxos_scope'
con.state_machine.go_to('fxos', con.spawn,
context=self.context,
hop_wise=True,
timeout=timeout)
elif m4:
mod = m4.group(2) or '1/1'
self.context._adapter_module = mod
to_state = 'adapter'
else:
to_state = to_state.replace(' ', '_')
valid_states = [x.name for x in sm.states]
if to_state not in valid_states:
con.log.warning(
'%s is not a valid state, ignoring switchto' % to_state)
continue
con.state_machine.go_to(to_state,
con.spawn,
context=self.context,
hop_wise=True,
timeout=timeout,
dialog=dialog)
self.end_state = sm.current_state
def call_service(self,
reload_command='system reboot',
dialog=Dialog([]),
timeout=None,
*args,
**kwargs):
con = self.connection
timeout = timeout or self.timeout
fmt_msg = "+++ reloading %s " \
" with reload_command '%s' " \
"and timeout %s +++"
con.log.info(fmt_msg %
(self.connection.hostname, reload_command, timeout))
if not isinstance(dialog, Dialog):
raise SubCommandFailure(
"dialog passed must be an instance of Dialog")
if self.context.get('console'):
dialog = self.service_dialog(service_dialog=dialog)
dialog += Dialog(authentication_statement_list)
dialog += Dialog(reload_continue_statement_list)
con.spawn.sendline(reload_command)
try:
self.result = dialog.process(
con.spawn,
timeout=timeout,
prompt_recovery=self.prompt_recovery,
context=self.context)
except Exception as err:
raise SubCommandFailure("Reload failed %s" % err)
if self.result:
self.result = utils.remove_ansi_escape_codes(
self.result.match_output)
else:
con.log.warning(
'Did not detect a console session, will try to reconnect...')
dialog = Dialog(reload_statement_list)
con.spawn.sendline(reload_command)
dialog.process(con.spawn,
timeout=timeout,
prompt_recovery=self.prompt_recovery,
context=self.context)
con.expect('.+')
con.log.warning('Disconnecting...')
con.disconnect()
for x in range(3):
con.log.warning('Waiting for {} seconds'.format(
con.settings.RELOAD_WAIT))
sleep(con.settings.RELOAD_WAIT)
con.log.warning('Trying to connect... attempt #{}'.format(x +
1))
try:
output = con.connect()
self.result = output
except:
con.log.warning('Connection failed')
if con.connected:
break
if not con.connected:
raise SubCommandFailure('Reload failed - could not reconnect')
def call_service(self, reply=Dialog([]), vrf=None, *args, **kwargs):
if vrf is not None:
kwargs['extra_options'] = kwargs.setdefault('extra_options', '') \
+ ' vrf {}'.format(vrf)
super().call_service(reply=reply, *args, **kwargs)
def get_connection_dialog(self):
dialog = super().get_connection_dialog()
dialog += Dialog(additional_connection_dialog)
return dialog
def call_service(self,
reload_command=None,
reply=Dialog([]),
timeout=None,
image_to_boot=None,
return_output=False,
*args,
**kwargs):
self.result = False
reload_cmd = reload_command or self.reload_command
timeout = timeout or self.timeout
conn = self.connection.active
# update all subconnection context with image_to_boot
if image_to_boot:
for subconn in self.connection:
subconn.context.image_to_boot = image_to_boot
reload_dialog = self.dialog
if reply:
reload_dialog = reply + reload_dialog
custom_auth_stmt = custom_auth_statements(
conn.settings.LOGIN_PROMPT, conn.settings.PASSWORD_PROMPT)
if custom_auth_stmt:
reload_dialog += Dialog(custom_auth_stmt)
reload_dialog += Dialog([switch_prompt])
conn.log.info('Processing on active rp %s-%s' %
(conn.hostname, conn.alias))
conn.sendline(reload_cmd)
try:
reload_cmd_output = reload_dialog.process(
conn.spawn,
timeout=timeout,
prompt_recovery=self.prompt_recovery,
context=conn.context)
except Exception as e:
raise SubCommandFailure('Error during reload', e) from e
if 'state' in conn.context and conn.context.state == 'rommon':
# If manual boot enabled wait for all peers to come to boot state.
sleep(self.connection.settings.STACK_ROMMON_SLEEP)
conn.context.pop('state')
try:
# send boot command for each subconnection
for subconn in self.connection.subconnections:
utils.send_boot_cmd(subconn, timeout, self.prompt_recovery,
reply)
# process boot up for each subconnection
for subconn in self.connection.subconnections:
self.connection.log.info('Processing on rp '
'%s-%s' %
(conn.hostname, subconn.alias))
utils.boot_process(subconn, timeout, self.prompt_recovery,
reload_dialog)
except Exception as e:
self.connection.log.error(e)
raise SubCommandFailure('Reload failed.', e) from e
else:
try:
# bring device to enable mode
conn.state_machine.go_to('any',
conn.spawn,
timeout=timeout,
prompt_recovery=self.prompt_recovery,
context=conn.context)
conn.state_machine.go_to('enable',
conn.spawn,
timeout=timeout,
prompt_recovery=self.prompt_recovery,
context=conn.context)
except Exception as e:
raise SubCommandFailure(
'Failed to bring device to disable mode.', e) from e
# check active and standby rp is ready
self.connection.log.info('Wait for Standby RP to be ready.')
interval = self.connection.settings.RELOAD_POSTCHECK_INTERVAL
if utils.is_active_standby_ready(conn,
timeout=timeout,
interval=interval):
self.connection.log.info('Active and Standby RPs are ready.')
else:
self.connection.log.info(
'Timeout in %s secs. '
'Standby RP is not in Ready state. Reload failed' % timeout)
self.result = False
return
self.connection.log.info('Sleeping for %s secs.' % \
self.connection.settings.STACK_POST_RELOAD_SLEEP)
sleep(self.connection.settings.STACK_POST_RELOAD_SLEEP)
self.connection.log.info('Disconnecting and reconnecting')
self.connection.disconnect()
self.connection.connect()
self.connection.log.info("+++ Reload Completed Successfully +++")
self.result = True
if return_output:
Result = namedtuple('Result', ['result', 'output'])
self.result = Result(
self.result,
reload_cmd_output.match_output.replace(reload_cmd, '', 1))
def call_service(self,
command=None,
reply=Dialog([]),
timeout=None,
*args,
**kwargs):
switchover_cmd = command or self.command
timeout = timeout or self.timeout
conn = self.connection.active
expected_active_sw = self.connection.standby.member_id
dialog = self.dialog
if reply:
dialog = reply + self.dialog
# added connection dialog in case switchover ask for username/password
connect_dialog = self.connection.connection_provider.get_connection_dialog(
)
dialog += connect_dialog
conn.log.info('Processing on active rp %s-%s' %
(conn.hostname, conn.alias))
conn.sendline(switchover_cmd)
try:
match_object = dialog.process(conn.spawn,
timeout=timeout,
prompt_recovery=self.prompt_recovery,
context=conn.context)
except Exception as e:
raise SubCommandFailure('Error during switchover ', e) from e
# try boot up original active rp with current active system
# image, if it moved to rommon state.
if 'state' in conn.context and conn.context.state == 'rommon':
try:
conn.state_machine.detect_state(conn.spawn,
context=conn.context)
conn.state_machine.go_to('enable',
conn.spawn,
timeout=timeout,
prompt_recovery=self.prompt_recovery,
context=conn.context,
dialog=Dialog([switch_prompt]))
except Exception as e:
self.connection.log.warning(
'Fail to bring up original active rp from rommon state.',
e)
finally:
conn.context.pop('state')
# To ensure the stack is ready to accept the login
self.connection.log.info('Sleeping for %s secs.' % \
self.connection.settings.POST_SWITCHOVER_SLEEP)
sleep(self.connection.settings.POST_SWITCHOVER_SLEEP)
# check all members are ready
conn.state_machine.detect_state(conn.spawn, context=conn.context)
interval = self.connection.settings.SWITCHOVER_POSTCHECK_INTERVAL
if utils.is_all_member_ready(conn, timeout=timeout, interval=interval):
self.connection.log.info('All members are ready.')
else:
self.connection.log.info('Timeout in %s secs. '
'Not all members are in Ready state.' %
timeout)
self.result = False
return
self.connection.log.info('Disconnecting and reconnecting')
self.connection.disconnect()
self.connection.connect()
self.connection.log.info('Verifying active and standby switch State.')
if self.connection.active.member_id == expected_active_sw:
self.connection.log.info('Switchover successful')
self.result = True
else:
self.connection.log.info('Switchover failed')
self.result = False
def __init__(self, connection, context, **kwargs):
super().__init__(connection, context, **kwargs)
self.start_state = 'enable'
self.end_state = 'enable'
self.dialog += Dialog([slxos_statements.save_confirm])
def install_image_and_packages(section, steps, device, image, packages,
install_timeout=300, reload_timeout=900):
""" This stage installs the provided image and optional packages onto
your device using the install CLI. The stage will also handle the
automatic reload.
Stage Schema
------------
install_image_and_packages:
image:
- <image to install> (Mandatory)
packages:
- <package to install> (Optional)
- <package to install> (Optional)
install_timeout: <timeout used for install operations, 'int', Default 300> (Optional)
reload_timeout: <timeout used for device reloads, 'int', Default 900> (Optional)
Example
-------
install_image_and_packages:
image:
- flash:image.iso
packages:
- flash:package.rpm
"""
# Commonly used patterns
error_patterns = [
r".*Could not start this install operation.*",
r".*Install operation \d+ aborted.*"]
successful_operation_string = \
r".*Install operation (?P<id>\d+) finished successfully.*"
if ':' not in image[0]:
section.failed("The image provided is not in the format '<dir>:<image>'.")
with steps.start("Running install commit to clear any in progress "
"installs") as step:
try:
device.execute("install commit")
device.expect(
[successful_operation_string],
timeout=install_timeout)
except Exception as e:
step.failed("The command 'install commit' failed. Reason: "
"{}".format(str(e)))
with steps.start("Adding image and any provided packages to the "
"install repository") as step:
# Separate directory and image
directory, image = image[0].replace('/', '').split(':')
# Get packages and remove directories
# pkgs = ' pkg1 pkg2 pkg3 ...'
pkgs = ''
for pkg in packages:
pkg = pkg.replace('/', '').split(':')
if len(pkg) == 1:
pkgs += ' '+pkg[0]
else:
pkgs += ' '+pkg[1]
# install add source flash: <image> <pkg1> <pkg2>
cmd = 'install add source {dir}: {image}{packages}'.format(
dir=directory, image=image, packages=pkgs)
try:
device.execute(
cmd,
timeout=install_timeout,
error_pattern=error_patterns)
out = device.expect(
[successful_operation_string],
trim_buffer=False,
timeout=install_timeout)
except Exception as e:
step.failed("The command '{cmd}' failed. Error: {e}"
.format(cmd=cmd, e=str(e)))
out = out.match_output
# If code execution reaches here the regex has already been matched
# via the expect. So we know it will match again here. We just need
# to retrieve the operation id for the next steps.
p1 = re.compile(successful_operation_string)
for line in out.splitlines():
m = p1.match(line)
if m:
operation_id = m.groupdict()['id']
break
step.passed("The command '{cmd}' succeeded. The "
"operation ID is '{operation_id}'"
.format(cmd=cmd, operation_id=operation_id))
with steps.start("Activating operation ID {}".format(operation_id)) as step:
cmd = 'install activate id {id}'.format(id=operation_id)
install_activate_dialog = Dialog([
Statement(pattern='.*This install operation will reload the '
'system\, continue\?.*\[yes\:no\]\:\[yes\].*',
action='sendline(yes)',
loop_continue=False,
continue_timer=False)])
try:
# send the install cmd
device.sendline(cmd)
# Process the dialog that appears
install_activate_dialog.process(
device.spawn, timeout=install_timeout)
# Wait for successful output
device.expect(
[successful_operation_string],
timeout=install_timeout)
except Exception as e:
step.failed("Attempting to activate install id '{id}' "
"failed. Error: {e}"
.format(id=operation_id, e=str(e)))
with steps.start("Reconnecting to '{dev}'".format(
dev=device.name)) as step:
timeout = Timeout(reload_timeout, 60)
while timeout.iterate():
timeout.sleep()
device.destroy()
try:
device.connect(learn_hostname=True)
except Exception as e:
connection_error = e
log.info("Could not connect to {dev}"
.format(dev=device.hostname))
else:
step.passed("Connected to {dev}"
.format(dev=device.hostname))
step.failed("Could not connect to {dev}. Error: {e}"
.format(dev=device.hostname, e=str(connection_error)))
with steps.start("Completing install") as step:
try:
device.execute("install commit")
device.expect(
[successful_operation_string],
trim_buffer=False,
timeout=install_timeout)
except Exception as e:
step.failed("The command 'install commit' failed. Reason: {}".format(str(e)))
def __init__(self, connection, context, **kwargs):
super().__init__(connection, context, **kwargs)
self.dialog += Dialog(execution_statement_list)
def call_service(self, command=[], reply=Dialog([]), target='active',
timeout=None, *args, **kwargs):
self.commit_cmd = get_commit_cmd(**kwargs)
super().call_service(command,
reply=reply + Dialog(config_commit_stmt_list),
target=target, timeout=timeout, *args, **kwargs)
def __init__(self, connection, context, **kwargs):
# Connection object will have all the received details
super().__init__(connection, context, **kwargs)
self.dialog += Dialog(execution_statement_list)
else:
platform = None
try:
c = Connection(hostname='Router', start=['bash'], os=_os, platform=platform, log_stdout=False)
# c = Connection(hostname='Router', start=['bash'], os=_os, platform=platform)
c.init_service()
c.connection_provider = c.connection_provider_class(c)
except Exception:
print('---------------- ERROR ---------------', file=sys.stderr)
traceback.print_exc()
print('--------------------------------------', file=sys.stderr)
else:
print('\n\n')
print(plugin_name)
print('-' * len(plugin_name) + '\n')
print_dialogs('default', c.state_machine.default_dialog)
print_dialogs('connect', c.connection_provider.get_connection_dialog())
try:
print_dialogs('execute', c.execute.dialog if c.execute.dialog else Dialog([]))
print_dialogs('configure', c.configure.dialog if c.configure.dialog else Dialog([]))
except Exception:
print('---------------- ERROR ---------------', file=sys.stderr)
traceback.print_exc()
print('--------------------------------------', file=sys.stderr)
def call_service(self,
reload_command='reload',
dialog=Dialog([]),
timeout=None,
reload_creds=None,
*args,
**kwargs):
con = self.connection
timeout = timeout or self.timeout
fmt_msg = "+++ reloading %s " \
" with reload_command %s " \
"and timeout is %s +++"
con.log.debug(fmt_msg %
(self.connection.hostname, reload_command, timeout))
con.state_machine.go_to(self.start_state,
con.spawn,
prompt_recovery=self.prompt_recovery,
context=self.context)
if not isinstance(dialog, Dialog):
raise SubCommandFailure(
"dialog passed must be an instance of Dialog")
show_terminal = con.execute('show terminal')
line_type = re.search(r"Line .*, Type \"(\w+)\"", show_terminal)
if line_type and line_type.groups():
line_type = line_type.group(1)
if reload_creds:
context = self.context.copy()
context.update(cred_list=reload_creds)
else:
context = self.context
if line_type == 'Console':
dialog += self.dialog
con.spawn.sendline(reload_command)
try:
self.result = dialog.process(
con.spawn,
timeout=timeout,
prompt_recovery=self.prompt_recovery,
context=context)
if self.result:
self.result = self.result.match_output
con.state_machine.go_to('any',
con.spawn,
prompt_recovery=self.prompt_recovery,
context=self.context)
except Exception as err:
raise SubCommandFailure("Reload failed %s" % err)
output = self.result
output = output.replace(reload_command, "", 1)
# only strip first newline and leave formatting intact
output = re.sub(r"^\r?\r\n", "", output, 1)
output = output.rstrip()
else:
con.log.warning(
'Did not detect a console session, will try to reconnect...')
dialog = Dialog(reload_statement_list_vty)
con.spawn.sendline(reload_command)
output = ""
self.result = dialog.process(con.spawn,
timeout=timeout,
prompt_recovery=self.prompt_recovery,
context=self.context)
if self.result:
output += self.result.match_output
try:
m = con.spawn.expect('.+', timeout=10)
if m:
output += m.match_output
except TimeoutError:
pass
con.log.warning('Disconnecting...')
con.disconnect()
for x in range(3):
con.log.warning('Waiting for {} seconds'.format(
con.settings.RELOAD_WAIT))
sleep(con.settings.RELOAD_WAIT)
con.log.warning('Trying to connect... attempt #{}'.format(x +
1))
try:
output += con.connect()
except:
con.log.warning('Connection failed')
if con.is_connected:
break
if not con.is_connected:
raise SubCommandFailure('Reload failed - could not reconnect')
self.result = output
def __init__(self, connection, context, **kwargs):
super().__init__(connection, context, **kwargs)
self.dialog += Dialog(
[overwrite_previous, delete_filename, confirm, want_continue])
def cb5(spawn, context, session, name, city='bangalore', country='america'):
print('spawn=%s; context=%s, name=%s; city=%s; contry=%s;' % (spawn, context, name, city, country))
print(session.check)
session.num *= session.num
print('number is %s' % session.num)
s_list = [
Statement(pattern=pattern, action=cb1),
Statement(pattern=pattern, action=cb2),
Statement(pattern=pattern, action=cb3, args={'name': 'person1'}),
Statement(pattern=pattern, action=cb4),
Statement(pattern=pattern, action=cb5, args={'name': 'person1', 'country': 'country1'}),
Statement(pattern=pattern, action=None)
]
d = Dialog(s_list)
context = AttributeDict(dict(username='******', password='******'))
dp1 = DialogProcessor(d, s1, context)
dp1.process(context)
print('-- After dp1')
for st in d.statements:
if st._action is not None:
st._action()
for st in d.statements:
if st._action is not None:
def execute_install_package(device, image_dir, image, save_system_config=True,
timeout=660, _install=True):
""" Installs package
Args:
device ("obj"): Device object
image_dir ("str"): Directory image is located in
image ("str"): Image name
save_system_config ("bool"): If config changed do we save it?
timeout ("int"): maximum time for install
_install ("bool"): True to install, False to uninstall.
Not meant to be changed manually.
Raises:
Exception
Returns:
True if install succeeded else False
"""
dialog = Dialog([
Statement(pattern=r".*Press Quit\(q\) to exit, you may save "
r"configuration and re-enter the command\. "
r"\[y\/n\/q\]",
action='sendline(y)' if save_system_config else 'sendline(n)',
loop_continue=True,
continue_timer=False),
Statement(pattern=r".*This operation may require a reload of the "
r"system\. Do you want to proceed\? \[y\/n\]",
action='sendline(y)',
loop_continue=True,
continue_timer=False),
Statement(pattern=r"^.*RETURN to get started",
action='sendline()',
loop_continue=False,
continue_timer=False)
])
if _install:
cmd = """install add file {dir}{image}
install activate file {dir}{image}""".format(
dir=image_dir, image=image
)
else:
cmd = "install deactivate file {dir}{image}".format(
dir=image_dir, image=image
)
try:
device.execute(cmd, reply=dialog, timeout=timeout)
except StateMachineError:
# this will be raised after 'Return to get started' is seen
device.destroy()
timeout = Timeout(90, 30)
while timeout.iterate():
try:
connect_device(device)
except Exception:
timeout.sleep()
continue
break
else:
raise Exception("Couldnt reconnect to the device")
if _install:
cmd = "install commit"
else:
cmd = """install commit
install remove file {dir}{image}""".format(
dir=image_dir, image=image
)
device.execute(cmd)
try:
out = device.parse("show install summary")
except SchemaEmptyParserError:
out = {}
for location in out.get("location"):
for pkg in out['location'][location]['pkg_state']:
pkg = out['location'][location]['pkg_state'][pkg]
if (_install and
image in pkg['filename_version'] and
'C' == pkg['state']):
# the image should exist; it was just installed
return True
elif (not _install and
image in pkg['filename_version']):
# the image should not exist; it was just uninstalled.
return False
return False if _install else True
def restore_configuration(self,
device,
method,
abstract,
iteration=10,
interval=60,
compare=False,
compare_exclude=[],
reload_timeout=None,
delete_after_restore=True):
if method == 'checkpoint':
# Enable the feature
for i in range(1, iteration):
try:
self.rollback_checkpoint(device=device, name=self.ckname)
break
except Exception as e:
if i == iteration - 1:
raise Exception('Unable to rollback config')
else:
log.info('Rollback configuration failed: sleeping {} '
'seconds and retrying...'.format(interval))
time.sleep(interval)
if delete_after_restore:
# Delete the checkpoint
self.create_delete_checkpoint(device=device,
name=self.ckname,
abstract=abstract,
action='delete')
# Check if checkpoint is successfully deleted
self.check_checkpoint_status(device=device,
name=self.ckname,
expect='delete',
abstract=abstract)
elif method == 'local':
# reover the deivce with whole running-config
device.configure(self.run_config)
elif method == 'config_replace':
# delete the archive file
dialog = Dialog([
Statement(pattern=r'This will apply all necessary.*',
action='sendline(Y)',
loop_continue=True,
continue_timer=False),
Statement(pattern=r'less than running config.*',
action='sendline(Y)',
loop_continue=True,
continue_timer=False),
])
for i in range(1, iteration):
# configure replace location:<filename>
output = device.execute('configure replace {}'.format(
self.to_url),
reply=dialog)
if 'Rollback Done' in output:
break
elif i == iteration - 1:
raise Exception('Unable to execute config replace')
else:
log.info(
'Config replace failed: sleeping {} seconds before'
' retrying.'.format(interval))
time.sleep(interval)
# Compare restored configuration to details in file
if compare:
log.info(
"Comparing current running-config with config-replace file"
)
# Default
exclude = [
'device', 'maker', 'diff_ignore', 'callables',
'(Current configuration.*)',
'(.*Building configuration.*)', '(.*Load for.*)',
'(.*Time source.*)'
]
if compare_exclude:
if isinstance(compare_exclude, str):
exclude.extend([compare_exclude])
else:
exclude.extend(compare_exclude)
# show run
show_run_output = device.execute('show running-config')
show_run_config = Config(show_run_output)
show_run_config.tree()
# location:<filename> contents
more_file = device.execute('more {}'.format(self.to_url))
more_file_config = Config(more_file)
more_file_config.tree()
# Diff 'show run' and config replace file contents
diff = Diff(show_run_config.config,
more_file_config.config,
exclude=exclude)
diff.findDiff()
# Check for differences
if len(diff.diffs):
log.error(
"Differences observed betweenrunning-config and "
"config-replce file:'{f}' for device {d}:".format(
f=self.to_url, d=device.name))
log.error(str(diff.diffs))
raise Exception(
"Comparison between running-config and "
"config-replace file '{f}' failed for device"
" {d}".format(f=self.to_url, d=device.name))
else:
log.info(
"Comparison between running-config and config-replace"
"file '{f}' passed for device {d}".format(
f=self.to_url, d=device.name))
if delete_after_restore:
# Delete location:<filename>
self.filetransfer = FileUtils.from_device(device)
self.filename = self.to_url
self.filetransfer.deletefile(target=self.to_url, device=device)
# Verify location:<filename> deleted
dir_output = self.filetransfer.dir(target=self.to_url,
device=device)
for file in dir_output:
if self.filename in file:
break
else:
log.info("Successfully deleted '{}'".format(self.to_url))
return
raise Exception("Unable to delete '{}'".format(self.to_url))
else:
# modify the device via callable function
# using Conf object
self.modify_func(device=device,
conf=self.conf,
values_dict=self.conf_argument,
recover=True,
**self.specific_args)
def call_service(self, reload_command='reboot', reply=Dialog([]), timeout=None, *args, **kwargs): # noqa C901
# Clear log buffer
self.log_buffer.seek(0)
self.log_buffer.truncate()
con = self.connection
timeout = timeout or self.timeout
con.log.debug("+++ reloading %s with reload_command %s "
"and timeout is %s +++" % (self.connection.hostname, reload_command, timeout))
console = con.context.get('console', False)
if console:
dialog = reply + self.dialog
con.spawn.sendline(reload_command)
try:
con.log.info('Rebooting system..')
# reload and wait until 'Restarting system' is seen
self.result = dialog.process(con.spawn,
timeout=timeout,
prompt_recovery=self.prompt_recovery,
context=self.context)
con.log.info('Waiting for boot to finish..')
# Wait until boot is done
boot_wait(con.spawn, timeout=timeout or self.timeout)
con.log.info('Reload done, waiting %s seconds' % con.settings.POST_RELOAD_WAIT)
time.sleep(con.settings.POST_RELOAD_WAIT)
dialog = Dialog(login_statements + [Statement(fxos_patterns.fxos_prompt)])
con.log.info('Trying to login..')
# try to login
con.spawn.sendline()
self.result = dialog.process(con.spawn,
timeout=timeout or self.timeout,
prompt_recovery=self.prompt_recovery,
context=self.context)
con.state_machine.detect_state(con.spawn)
except Exception as err:
raise SubCommandFailure("Reload failed %s" % err)
else:
con.log.debug('Did not detect a console session, will try to reconnect...')
dialog = reply + self.dialog
con.spawn.sendline(reload_command)
self.result = dialog.process(con.spawn,
timeout=timeout or self.timeout,
prompt_recovery=self.prompt_recovery,
context=self.context)
try:
con.spawn.expect('.+', timeout=10, log_timeout=False)
except TimeoutError:
pass
con.log.info('Disconnecting...')
con.disconnect()
for x in range(con.settings.RELOAD_RECONNECT_ATTEMPTS):
con.log.info('Waiting for {} seconds'.format(con.settings.RELOAD_WAIT))
time.sleep(con.settings.RELOAD_WAIT)
con.log.info('Trying to connect... attempt #{}'.format(x + 1))
try:
con.connect()
except Exception:
con.log.warning('Connection failed')
if con.is_connected:
break
if not con.is_connected:
raise SubCommandFailure('Reload failed - could not reconnect')
self.log_buffer.seek(0)
self.result = self.log_buffer.read()
def create_delete_checkpoint(self, device, name, abstract, action):
'''
Create or Delete checkpoint
Args:
device (`obj`): Device Object.
name (`str`): Checkpoint name.
action (`str`): Create or Delete the checkpoint
Only accept 'create' and 'delete'
Returns:
None
Raises:
SyntaxError, AssertionError
example:
>>> create_delete_checkpoint(device=device,
name='bgp-001', action='create')
'''
assert action in ['create', 'delete']
log.info('{a} checkpoint {n}'.format(a=action, n=name))
if action == 'create':
# create checkpoint
try:
# get dir location
dir_loc = abstract.parser.show_platform.Dir(
device=device).parse()
dir_loc = dir_loc['dir']['dir'].replace(':/', '')
# activate archive mode
cfg_strs = [
"archive", "path {dir}:{name}".format(dir=dir_loc,
name=name),
"do-exec archive config"
]
ret = device.configure(cfg_strs)
except Exception as e:
raise SyntaxError(
"Issue sending {c}".format(c=cfg_strs)) from e
else:
if 'ERROR' in ret:
raise SyntaxError("Issue sending {c}".format(c=cfg_strs))
else:
try:
# get location
location = re.search(r'(([\w\-]+)\:+).*',
self.ckname).groups()[0]
# delete the archive file
dialog = Dialog([
Statement(pattern=r'Delete filename.*',
action='sendline()',
loop_continue=True,
continue_timer=False),
Statement(pattern=r'Do you want to delete.*',
action='sendline(y)',
loop_continue=True,
continue_timer=False),
Statement(pattern=r'Delete {}.*'.format(location),
action='sendline()',
loop_continue=True,
continue_timer=False),
Statement(pattern=r'\[confirm\]',
action='sendline()',
loop_continue=True,
continue_timer=False),
])
device.execute('delete {}'.format(self.ckname), reply=dialog)
# deactivate archive mode
cfg_strs = ['archive', 'no path', 'exit']
ret = device.configure(cfg_strs)
except Exception as e:
raise SyntaxError(
"Issue sending {c}".format(c=cfg_strs)) from e
else:
if 'ERROR' in ret:
raise SyntaxError("Issue sending {c}".format(c=cfg_strs))
rtr_list = []
while True:
hostname = input()
if hostname:
rtr_list.append(hostname)
else:
break
for rtr in rtr_list:
nodes = rtr
tb = load('Operation_List_Master.yaml')
dev = tb.devices[nodes]
d = Dialog([
Statement(pattern=r'Permission denied',
action=None,
args=None,
loop_continue=True,
continue_timer=False)
])
dev.connect(connect_reply=d)
p0 = dev.admin_execute('show inventory')
P0 = re.split('\r\n|NAME:|, DESCR:|PID:|, VID:|, SN:', p0)
del P0[0]
P1 = (list(filter(None, P0)))
NAME = []
DESCR = []
SN = []
PID = []
VID = []
def firepower_install(self):
"""Perform ping test and verify the network connectivity to TFTP server.
Install FTD pkg image Enter device network info, hostname, and firewall
mode.
:return: None
"""
for i in range(40):
self.spawn_id.sendline('ping -c 1 {}'.format(self.rommon_tftp_server))
try:
self.spawn_id.expect('64 bytes from', timeout=5)
except TimeoutError:
time.sleep(60)
continue
else:
break
else:
raise RuntimeError(">>>>>> Ping not working")
d0 = Dialog([
['-boot>', 'sendline(system install {})'.format(self.pkg_image),
None, False, False]
])
d1 = Dialog([
['Do you want to continue?', 'sendline(y)', None, True, False],
['Upgrade aborted', 'sendline()', None, False, False],
['Installation aborted', 'sendline()', None, False, False]
])
count = 0
while count < self.retry_count:
try:
d0.process(self.spawn_id, timeout=20)
d1.process(self.spawn_id, timeout=60)
count += 1
time.sleep(5)
except:
break
assert count < self.retry_count, 'ftd installation failed' \
', please check ftd package url: "{}"'.format(self.pkg_image)
d2 = Dialog([
['Do you want to continue with upgrade?', 'sendline(y)', None,
True, True],
["Press 'Enter' to reboot the system.", 'sendline()', None, True,
True],
['Use SPACE to begin boot immediately.', 'send(" ")', None, True,
True],
['Use SPACE to launch Cisco FTD immediately.', 'send(" ")', None,
True, True],
['firepower login: '******'sendline()', None, False, False],
])
d2.process(self.spawn_id, timeout=3900)
# Allow install processes to finish
# Sleep was extended to 5 minutes as part of CSCvi89671
# TODO: This sleep should be removed once CSCvi89616 is resolved
time.sleep(300)
d3 = Dialog([
['firepower login: '******'sendline(admin)', None, True, False],
['Password: '******'sendline({})'.format(self.sm.patterns.default_password),
None, True, False],
['Press <ENTER> to display the EULA: ', 'sendline()', None, True, False],
['--More--', 'send(q)', None, True, False],
["Please enter 'YES' or press <ENTER> to AGREE to the EULA: ",
'sendline(YES)', None, False, False],
])
d3.process(self.spawn_id, timeout=600)
d4 = Dialog([
['firepower login: '******'sendline(admin)', None, True, False],
['Password: '******'sendline({})'.format(self.sm.patterns.login_password),
None, True, False],
['Enter new password:'******'sendline({})'.format(self.sm.patterns.login_password),
None, True, True],
['Confirm new password:'******'sendline({})'.format(self.sm.patterns.login_password),
None, True, False],
['Do you want to configure IPv4', 'sendline(y)', None, True, False],
])
if self.uut_ip6 is None:
d4.append(['Do you want to configure IPv6', 'sendline(n)', None, True, False])
else:
d4.append(['Do you want to configure IPv6', 'sendline(y)', None, True, False])
d4.append(['Configure IPv4 via DHCP or manually', 'sendline(manual)', None,
True, False])
d4.append(['Enter an IPv4 address for the management interface',
'sendline({})'.format(self.uut_ip), None, True, False])
d4.append(['Enter an IPv4 netmask for the management interface',
'sendline({})'.format(self.uut_netmask), None, True, False])
d4.append(['Enter the IPv4 default gateway for the management interface',
'sendline({})'.format(self.uut_gateway), None, True, False])
if self.uut_ip6 is not None:
d4.append(['Configure IPv6 via DHCP, router, or manually',
'sendline(manual)', None, True, False])
d4.append(['Enter the IPv6 address for the management interface',
'sendline({})'.format(self.uut_ip6), None, True, False])
d4.append(['Enter the IPv6 address prefix for the management interface',
'sendline({})'.format(self.uut_prefix), None, True, False])
d4.append(['Enter the IPv6 gateway for the management interface',
'sendline({})'.format(self.uut_gateway6), None, True, False])
d4.append(['Enter a fully qualified hostname for this system',
'sendline({})'.format(self.hostname), None, True, False])
d4.append(['Enter a comma-separated list of DNS servers or',
'sendline({})'.format(self.dns_server), None, True, False])
d4.append(['Enter a comma-separated list of search domains or',
'sendline({})'.format(self.search_domains), None, False, False])
d4.process(self.spawn_id, timeout=900)
d5 = Dialog([
['Configure (firewall|deployment) mode', 'sendline({})'.format(self.firewall_mode),
None, True, False]
])
if self.mode == 'local':
d5.append(['Manage the device locally?', 'sendline(yes)', None, True, False])
else:
d5.append(['Manage the device locally?', 'sendline(no)', None, True, False])
d5.append(['Successfully performed firstboot initial configuration steps',
'sendline()', None, True, False])
d5.append(['> ', 'sendline()', None, False, False])
d5.process(self.spawn_id, timeout=600)
logger.info('fully installed.')
def __init__(self, connection, context, **kwargs):
super().__init__(connection, context, **kwargs)
self.dialog = Dialog(reload_statement_list + [boot_from_rommon_stmt])
def rommon_to_new_image(self, rommon_tftp_server, pkg_image,
uut_ip, uut_netmask, uut_gateway, rommon_image, dns_server,
hostname='firepower', search_domains='cisco.com',
is_device_kenton=True, retry_count=MAX_RETRY_COUNT,
power_cycle_flag=False, pdu_ip='', pdu_port='',
pdu_user='******', pdu_pwd='admn', ntp_server=None,
mode='local',
uut_ip6=None, uut_prefix=None, uut_gateway6=None,
manager=None, manager_key=None, manager_nat_id=None,
firewall_mode='routed', timeout=600, **kwargs):
"""Install rommon image and FTD pkg image on ASA.
:param rommon_tftp_server: TFTP Server IP Address
:param pkg_image: FTD image to be transferred via HTTP,
e.g. 'http://192.168.0.50/Release/6.0.0-1005/installers/ftd-6.0.0-1005.pkg'
:param uut_ip: Device IP Address to access TFTP Server
:param uut_netmask: Device Netmask
:param uut_gateway: Device Gateway
:param rommon_image: boot image under /tftpboot to be transferred via TFTP,
e.g. 'asa/Release/6.0.0-1005/installers/ftd-boot-99.1.3.194.lfbff'
:param dns_server: DNS server
:param hostname: hostname to be set
:param search_domains: search domains delimited by comma,
defaulted to 'cisco.com'
:param is_device_kenton: True if device is Kenton, False if device is Saleen
:param retry_count: download retry count, defaulted to MAX_RETRY_COUNT
:param power_cycle_flag: True power cylce before baseline, False otherwise
:param pdu_ip: PDU IP
:param pdu_port: PDU Port
:param pdu_user: PDU admn
:param pdu_pwd: PDU pwd
:param ntp_server: NTP server delimited by comma, defaulted to None,
otherwise the value of ntp_server is - e.g. "ntp.esl.cisco.com"
:param mode: the manager mode (local, remote)
:param uut_ip6: Device IPv6 Address
:param uut_prefix: Device IPv6 Prefix
:param uut_gateway6: Device IPv6 Gateway
:param manager: FMC to be configured for registration
:param manager_key: Registration key
:param manager_nat_id: Registration NAT Id
:param firewall_mode: the firewall mode (routed, transparent, ngips)
:param timeout: in seconds; time to wait for fetching the boot image from TFTP server;
defaulted to 600s
:return: None
"""
logger.info('Starting baseline')
graphite.publish_kick_metric('device.ftd5500x.baseline', 1)
self.rommon_tftp_server = rommon_tftp_server
self.pkg_image = pkg_image
self.uut_ip = uut_ip
self.uut_netmask = uut_netmask
self.uut_gateway = uut_gateway
self.uut_ip6 = uut_ip6
self.uut_prefix = uut_prefix
self.uut_gateway6 = uut_gateway6
self.rommon_image = rommon_image
self.dns_server = dns_server
self.hostname = hostname
self.search_domains = search_domains
self.retry_count = retry_count
self.ntp_server = ntp_server
self.mode = mode
self.firewall_mode=firewall_mode
self.manager = manager
self.manager_key = manager_key
self.manager_nat_id = manager_nat_id
if not (self.sm.current_state in ['rommon_state', 'boot_state']):
if not power_cycle_flag:
if self.sm.current_state is 'disable_state':
logger.info('Device is in disable state. Go to enable and reload ...')
self.go_to('enable_state')
self.spawn_id.sendline('reload noconfirm')
elif self.sm.current_state in ['enable_state', 'config_state']:
logger.info('Device is in enable or config state. Reloading ...')
self.spawn_id.sendline('reload noconfirm')
else:
logger.info('Reboot the device ...')
self.go_to('sudo_state')
self.spawn_id.sendline('reboot')
else:
logger.info('Power cycle the device ...')
self.power_cycle(pdu_ip, pdu_port, wait_until_device_is_on=False, power_bar_user=pdu_user,
power_bar_pwd=pdu_pwd)
try:
self.spawn_id.expect('Use (.*?BREAK.*?|.*?ESC.*?) to interrupt boot', timeout=120)
except TimeoutError:
RuntimeError(">>>>>> Failed to stop rebooting")
logger.info('Drop the device to rommon.')
self.rommon_go_to()
if self.sm.current_state is 'boot_state':
logger.info('Device is in boot_state, drop the device to rommon.')
self.spawn_id.sendline('system reload')
d1 = Dialog([
['Are you sure you want to reload the system',
'sendline(y)', None, False, False],
])
d1.process(self.spawn_id, timeout=30)
self.rommon_go_to()
if is_device_kenton:
logger.info('Device is Kenton. Rommon configure.')
self.rommon_configure()
else:
logger.info('Device is Saleen. Rommon configure.')
self.rommon_configure_saleen()
logger.info('tftpdnld - tftp server: {}, '
'rommon image: {} ...'.format(rommon_tftp_server, rommon_image))
self.rommon_boot(timeout=timeout)
self.go_to('any')
logger.info('firepower boot configure ...')
self.firepower_boot_configure()
logger.info('FTD image install - image: {} ...'.format(pkg_image))
self.firepower_install()
self.go_to('any')
if self.manager is not None and self.mode != 'local':
logger.info('Configure manager')
self.configure_manager()
logger.info('Validate version installed')
self.validate_version()
logger.info('Installation completed successfully.')
def load_config_precessor(section, configs, unconfig=False):
'''load configuration prepostprocessor
Can be controlled via sections parameters which is provided by the
triggers/verification datafile
Args:
Mandatory:
section (`obj`): Aetest Subsection object.
configs (`dict`) : Contains the configuration file location
unconfig (`bool`) : True when apply the unconfigurations
Default as False
Returns:
AETEST results
Raises:
None
'''
log.info(
banner('Load {} on devices'.format(
'configurations' if not unconfig else 'unconfigurations')))
if section and getattr(section, 'parameters', {}):
testbed = section.parameters.get('testbed', {})
# get uut in case there is need to store hardcode values
uut = testbed.devices['uut']
if os.path.isfile(configs):
configs = yaml.load(open(configs))
elif isinstance(configs, str):
module = Lookup.from_device(uut)
path = configs.split('.')
for item in path:
module = getattr(module, item)
configs = module
else:
section.skipped('The configs type {} is not supported'.format(
type(configs)))
# copy dictionary without changing original configs
# due to reuse it with conf/unconfig
tmp_config = copy.deepcopy(configs)
# Get hardcode values from uut
for key, val in sorted(configs['devices']['uut'].items()):
if not key.isdigit():
if hasattr(section, 'mapping'):
# check if device
if key == 'peer':
uut.peer = testbed.devices[val]
tmp_config['devices']['uut'].pop(key)
continue
section.mapping.requirements.setdefault(
'provided_values', {}).setdefault(key, val)
tmp_config['devices']['uut'].pop(key)
for dev in sorted(configs.get('devices', {})):
device = testbed.devices[dev]
# Sort the item; it is expected to be
# Sort them by the key, which needs to be an inter
# 1, 2, 3, and so on
for num, conf in sorted(tmp_config['devices'][dev].items()):
if unconfig and 'unconfig' in conf:
conf['config'] = conf['unconfig']
# replace the format syntax if has any
conf['config'] = conf['config'].format(
**section.mapping.requirements.get('provided_values', {})
if hasattr(section, 'mapping') else {})
log.info(
banner("Applying configuration on '{d}'".format(
d=device.name)))
if os.path.isfile(conf['config']):
if 'invalid' not in conf:
# Set default
conf['invalid'] = []
try:
device.tftp.copy_file_to_device(
device=device,
filename=conf['config'],
location='running-config',
vrf='management',
invalid=conf['invalid'])
except Exception as e:
log.error(str(e))
section.failed(
"Issue while applying the configuration "
"on {d}".format(d=dev))
elif isinstance(conf['config'], str):
try:
# Do you wish to continue? [yes]:
dialog = Dialog([
Statement(pattern=r'\[startup\-config\]\?.*',
action='sendline()',
loop_continue=True,
continue_timer=False),
Statement(pattern=r'\[yes]\:.*',
action='sendline()',
loop_continue=True,
continue_timer=False)
])
device.configure(conf['config'], reply=dialog)
except Exception as e:
log.error(str(e))
section.failed(
"Issue while applying the configuration "
"on {d}".format(d=dev))
else:
section.failed(
'The configs type {} is not supported'.format(
type(conf['config'])))
# sleep for x amount of time after
if 'sleep' in conf and not unconfig:
log.info("Sleeping for '{s}' "
"seconds for waiting system is stable "
"after loading the configuration".format(
s=conf['sleep']))
time.sleep(conf['sleep'])
def convert_to_elektra(self, rommon_tftp_server,
uut_ip, uut_netmask, uut_gateway, asa_image, dns_server,
hostname='firepower', search_domains='cisco.com',
is_device_kenton=True, retry_count=MAX_RETRY_COUNT,
power_cycle_flag=False, pdu_ip='', pdu_port='', mgmt_port='Management1/1', timeout=600):
"""Install rommon image and FTD pkg image on ASA.
:param rommon_tftp_server: TFTP Server IP Address
:param uut_ip: Device IP Address to access TFTP Server
:param uut_netmask: Device Netmask
:param uut_gateway: Device Gateway
:param asa_image: asa boot image to be transferred via TFTP,
e.g. 'asa/asa952-2-smp-k8.bin' for saleen or 'asa/asa952-2-lfbff-k8.SPA' for Kenton
:param dns_server: DNS server
:param hostname: hostname to be set
:param search_domains: search domains delimited by comma,
defaulted to 'cisco.com'
:param is_device_kenton: True if device is Kenton, False if device is Saleen
:param retry_count: download retry count, defaulted to MAX_RETRY_COUNT
:param power_cycle_flag: True power cylce before baseline, False otherwise
:param pdu_ip: PDU IP
:param pdu_port: PDU Port
:param mgmt_port: name of the management port; if not provided, defaulted to 'Management1/1'
:param timeout: in seconds; time to wait for fetching the boot image from TFTP server;
defaulted to 600s
:return: None
"""
self.rommon_tftp_server = rommon_tftp_server
self.uut_ip = uut_ip
self.uut_netmask = uut_netmask
self.uut_gateway = uut_gateway
self.rommon_image = asa_image
self.dns_server = dns_server
self.hostname = hostname
self.search_domains = search_domains
if self.sm.current_state is 'rommon_state':
logger.info('Reboot the device ...')
self.spawn_id.sendline('reboot')
if self.sm.current_state is 'boot_state':
logger.info('Device is in boot_state, reload the device')
self.spawn_id.sendline('system reload')
d1 = Dialog([
['Are you sure you want to reload the system',
'sendline(y)', None, False, False],
])
d1.process(self.spawn_id, timeout=30)
logger.info('=== Enable configure')
self.enable_configure()
logger.info("=== Configure manamgement interface")
self.configure_mgmt_interface(uut_ip, uut_netmask, uut_gateway, rommon_tftp_server, mgmt_port)
logger.info("=== Set the new boot image")
self.set_boot_image(self.rommon_tftp_server, asa_image)
logger.info('=== Reboot the device ...')
self.go_to('config_state')
self.spawn_id.sendline('reload')
d = Dialog([
['Proceed with reload?', 'sendline()', None, True, False],
['Rebooting', None, None, False, False],
])
d.process(self.spawn_id, timeout=180)
logger.info('==== Drop the device to rommon.')
self.rommon_go_to()
if is_device_kenton:
logger.info('Device is Kenton. Rommon configure.')
self.rommon_configure()
else:
logger.info('Device is Saleen. Rommon configure.')
self.rommon_configure_saleen()
logger.info('tftpdnld - tftp server: {}, '
'rommon image: {} ...'.format(rommon_tftp_server, asa_image))
self.rommon_boot(timeout=timeout)
logger.info("=== Configure management interface")
self.go_to('any')
self.configure_mgmt_interface(uut_ip, uut_netmask, uut_gateway, rommon_tftp_server, mgmt_port)
logger.info("=== You have converted successfully the device to Elektra")
def call_service(self,
reload_command='reload',
dialog=Dialog([]),
target='active',
timeout=None,
reload_creds=None,
*args,
**kwargs):
con = self.connection
self.context = con.active.context
timeout = timeout or self.timeout
fmt_msg = "+++ reloading %s " \
" with reload_command %s " \
"and timeout is %s +++"
con.log.debug(fmt_msg %
(self.connection.hostname, reload_command, timeout))
con.active.state_machine.go_to(self.start_state,
con.active.spawn,
prompt_recovery=self.prompt_recovery,
context=self.context)
if not isinstance(dialog, Dialog):
raise SubCommandFailure(
"dialog passed must be an instance of Dialog")
show_terminal = con.execute('show terminal')
line_type = re.search(r"Line .*, Type \"(\w+)\"", show_terminal)
if line_type and line_type.groups():
line_type = line_type.group(1)
if reload_creds:
context = self.context.copy()
context.update(cred_list=reload_creds)
else:
context = self.context
if line_type == 'Console':
dialog += self.dialog
con.active.spawn.sendline(reload_command)
try:
try:
self.result = dialog.process(
con.active.spawn,
timeout=timeout,
prompt_recovery=self.prompt_recovery,
context=context)
if self.result:
self.result = self.result.match_output
except Exception:
self.result = con.active.spawn.buffer
if 'is in standby' in self.result:
con.log.info(
'Timed out due to active/standby interchanged. Reconnecting...'
)
else:
con.log.info(
'Timed out. timeout might need to be increased. Reconnecting...'
)
con.disconnect()
original_connection_timeout = con.settings.CONNECTION_TIMEOUT
con.settings.CONNECTION_TIMEOUT = timeout
con.connect()
con.settings.CONNECTION_TIMEOUT = original_connection_timeout
con.active.state_machine.go_to(
'any',
con.active.spawn,
prompt_recovery=self.prompt_recovery,
context=self.context)
# Bring standby to good state.
con.log.info('Waiting for config sync to finish')
standby_wait_time = con.settings.POST_HA_RELOAD_CONFIG_SYNC_WAIT
standby_wait_interval = 50
standby_sync_try = standby_wait_time // standby_wait_interval + 1
for round in range(standby_sync_try):
con.standby.spawn.sendline()
try:
con.standby.state_machine.go_to(
'any',
con.standby.spawn,
context=context,
timeout=standby_wait_interval,
prompt_recovery=self.prompt_recovery,
dialog=con.connection_provider.
get_connection_dialog())
break
except Exception as err:
if round == standby_sync_try - 1:
raise Exception(
'Bringing standby to any state failed within {} sec'
.format(standby_wait_time)) from err
except Exception as err:
raise SubCommandFailure("Reload failed %s" % err)
output = self.result
output = output.replace(reload_command, "", 1)
# only strip first newline and leave formatting intact
output = re.sub(r"^\r?\r\n", "", output, 1)
output = output.rstrip()
else:
raise Exception("Console is not used.")
self.result = output
def call_service(self,
command=[],
reply=Dialog([]),
timeout=None,
error_pattern=None,
*args,
**kwargs):
# Get current state of the state machine and determine end state
sm = self.get_sm()
con = self.connection
con.log.debug('+++ configure state %s +++' % sm.current_state)
if sm.current_cli_style == 'cisco':
self.start_state = 'cisco_config'
self.end_state = 'cisco_exec'
PROMPT_PREFIX = None
elif sm.current_cli_style == 'juniper':
self.start_state = 'juniper_config'
self.end_state = 'juniper_exec'
PROMPT_PREFIX = con.settings.JUNIPER_PROMPT_PREFIX
else:
raise StateMachineError(
'Invalid state (%s) when calling configure' %
sm.current_cli_style())
spawn = self.get_spawn()
sm.go_to(self.start_state, spawn, context=self.context)
timeout = timeout or self.timeout
if isinstance(command, str):
command = command.splitlines()
self.command_list_is_empty = False
if not isinstance(reply, Dialog):
raise SubCommandFailure(
"dialog passed via 'reply' must be an instance of Dialog")
# No command passed, just move to config mode
if len(command) == 0:
self.result = None
self.command_list_is_empty = True
return
if con.settings.IGNORE_CHATTY_TERM_OUTPUT:
# clear buffer of 'System message at ...' messages
chatty_term_wait(con.spawn, trim_buffer=True)
command_output = {}
# if commands is a list
if not isinstance(command, collections.abc.Sequence):
raise SubCommandFailure('Invalid command passed %s' %
repr(command))
if 'commit' not in command:
command.append('commit')
try:
for cmd in command:
self.result = con.command(cmd,
reply=reply,
error_pattern=error_pattern,
timeout=timeout)
if self.result:
output = utils.truncate_trailing_prompt(
sm.get_state(sm.current_state), self.result,
self.connection.hostname)
output = output.replace(cmd, "", 1)
output = re.sub(r"^\r\n", "", output, 1)
if PROMPT_PREFIX:
output = re.sub(PROMPT_PREFIX, "", output)
command_output[cmd] = output.rstrip()
except SubCommandFailure as e:
# Go to exec state after command failure,
# do not commit changes (handled by state transition)
sm.go_to(self.end_state, spawn, context=self.context)
raise
if len(command_output) == 1:
self.result = list(command_output.values())[0]
else:
self.result = command_output