def test_parse_machine_good(self):
'''test that parse_machine() is outputting the correct data'''
gooddata = (('host', ('host', 'root', '', 22)),
('host:21', ('host', 'root', '', 21)),
('user@host', ('host', 'user', '', 22)),
('user:pass@host', ('host', 'user', 'pass', 22)),
('user:pass@host:1234', ('host', 'user', 'pass', 1234)),
)
for machine, result in gooddata:
self.assertEquals(utils.parse_machine(machine), result)
def test_parse_machine_good(self):
'''test that parse_machine() is outputting the correct data'''
gooddata = (('host', ('host', 'root', '', 22)),
('host:21', ('host', 'root', '', 21)),
('user@host', ('host', 'user', '', 22)),
('user:pass@host', ('host', 'user', 'pass', 22)),
('user:pass@host:1234', ('host', 'user', 'pass', 1234)),
)
for machine, result in gooddata:
self.assertEquals(utils.parse_machine(machine), result)
def create_host(machine, host_class=None, connectivity_class=None, **args):
"""Create a host object.
This method mixes host classes that are needed into a new subclass
and creates a instance of the new class.
@param machine: A dict representing the device under test or a String
representing the DUT hostname (for legacy caller support).
If it is a machine dict, the 'hostname' key is required.
Optional 'host_attributes' key will pipe in host_attributes
from the autoserv runtime or the AFE.
@param host_class: Host class to use, if None, will attempt to detect
the correct class.
@param connectivity_class: Connectivity class to use, if None will decide
based off of hostname and config settings.
@param args: Args that will be passed to the constructor of
the new host class.
@returns: A host object which is an instance of the newly created
host class.
"""
hostname, host_attributes = server_utils.get_host_info_from_machine(
machine)
args['host_attributes'] = host_attributes
ssh_user, ssh_pass, ssh_port, ssh_verbosity_flag, ssh_options = \
_get_host_arguments()
hostname, args['user'], args['password'], ssh_port = \
server_utils.parse_machine(hostname, ssh_user, ssh_pass, ssh_port)
args['ssh_verbosity_flag'] = ssh_verbosity_flag
args['ssh_options'] = ssh_options
args['port'] = ssh_port
if not connectivity_class:
connectivity_class = _choose_connectivity_class(hostname, ssh_port)
host_attributes = args.get('host_attributes', {})
host_class = host_class or OS_HOST_DICT.get(host_attributes.get('os_type'))
if host_class:
classes = [host_class, connectivity_class]
else:
classes = [
_detect_host(connectivity_class, hostname, **args),
connectivity_class
]
# create a custom host class for this machine and return an instance of it
host_class = type("%s_host" % hostname, tuple(classes), {})
host_instance = host_class(hostname, **args)
# call job_start if this is the first time this host is being used
if hostname not in _started_hostnames:
host_instance.job_start()
_started_hostnames.add(hostname)
return host_instance
def _get_host_arguments(machine):
"""Get parameters to construct a host object.
There are currently 2 use cases for creating a host.
1. Through the server_job, in which case the server_job injects
the appropriate ssh parameters into our name space and they
are available as the variables ssh_user, ssh_pass etc.
2. Directly through factory.create_host, in which case we use
the same defaults as used in the server job to create a host.
@param machine: machine dict
@return: A dictionary containing arguments for host specifically hostname,
afe_host, user, password, port, ssh_verbosity_flag and
ssh_options.
"""
hostname, afe_host = server_utils.get_host_info_from_machine(machine)
connection_pool = server_utils.get_connection_pool_from_machine(machine)
host_info_store = host_info.get_store_from_machine(machine)
info = host_info_store.get()
g = globals()
user = info.attributes.get('ssh_user', g.get('ssh_user', DEFAULT_SSH_USER))
password = info.attributes.get('ssh_pass',
g.get('ssh_pass', DEFAULT_SSH_PASS))
port = info.attributes.get('ssh_port', g.get('ssh_port', DEFAULT_SSH_PORT))
ssh_verbosity_flag = info.attributes.get(
'ssh_verbosity_flag', g.get('ssh_verbosity_flag',
DEFAULT_SSH_VERBOSITY))
ssh_options = info.attributes.get(
'ssh_options', g.get('ssh_options', DEFAULT_SSH_OPTIONS))
hostname, user, password, port = server_utils.parse_machine(
hostname, user, password, port)
host_args = {
'hostname': hostname,
'afe_host': afe_host,
'host_info_store': host_info_store,
'user': user,
'password': password,
'port': int(port),
'ssh_verbosity_flag': ssh_verbosity_flag,
'ssh_options': ssh_options,
'connection_pool': connection_pool,
}
return host_args
def create_host(hostname,
auto_monitor=True,
follow_paths=None,
pattern_paths=None,
netconsole=False,
**args):
# by default assume we're using SSH support
if SSH_ENGINE == 'paramiko':
from autotest_lib.server.hosts import paramiko_host
classes = [paramiko_host.ParamikoHost]
elif SSH_ENGINE == 'raw_ssh':
classes = [ssh_host.SSHHost, ssh_host.AsyncSSHMixin]
else:
raise error.AutoServError(
"Unknown SSH engine %s. Please verify the "
"value of the configuration key 'ssh_engine' "
"on autotest's global_config.ini file." % SSH_ENGINE)
# by default mix in run_test support
classes.append(autotest_remote.AutotestHostMixin)
# if the user really wants to use netconsole, let them
if netconsole:
classes.append(netconsole.NetconsoleHost)
if auto_monitor:
# use serial console support if it's available
conmux_args = {}
for key in ("conmux_server", "conmux_attach"):
if key in args:
conmux_args[key] = args[key]
if serial.SerialHost.host_is_supported(hostname, **conmux_args):
classes.append(serial.SerialHost)
else:
# no serial available, fall back to direct dmesg logging
if follow_paths is None:
follow_paths = [DEFAULT_FOLLOW_PATH]
else:
follow_paths = list(follow_paths) + [DEFAULT_FOLLOW_PATH]
if pattern_paths is None:
pattern_paths = [DEFAULT_PATTERNS_PATH]
else:
pattern_paths = (list(pattern_paths) + [DEFAULT_PATTERNS_PATH])
logfile_monitor_class = logfile_monitor.NewLogfileMonitorMixin(
follow_paths, pattern_paths)
classes.append(logfile_monitor_class)
elif follow_paths:
logfile_monitor_class = logfile_monitor.NewLogfileMonitorMixin(
follow_paths, pattern_paths)
classes.append(logfile_monitor_class)
# do any site-specific processing of the classes list
site_factory.postprocess_classes(classes,
hostname,
auto_monitor=auto_monitor,
**args)
hostname, args['user'], args['password'], args['port'] = \
server_utils.parse_machine(hostname, ssh_user, ssh_pass, ssh_port)
# create a custom host class for this machine and return an instance of it
host_class = type("%s_host" % hostname, tuple(classes), {})
host_instance = host_class(hostname, **args)
# call job_start if this is the first time this host is being used
if hostname not in _started_hostnames:
host_instance.job_start()
_started_hostnames.add(hostname)
return host_instance
def test_parse_machine_override(self):
'''Test that parse_machine() defaults can be overridden'''
self.assertEquals(utils.parse_machine('host', 'bob', 'foo', 1234),
('host', 'bob', 'foo', 1234))
def test_parse_machine_override(self):
'''Test that parse_machine() defaults can be overridden'''
self.assertEquals(utils.parse_machine('host', 'bob', 'foo', 1234),
('host', 'bob', 'foo', 1234))
def create_host(
hostname, auto_monitor=True, follow_paths=None, pattern_paths=None,
netconsole=False, **args):
# by default assume we're using SSH support
if SSH_ENGINE == 'paramiko':
from autotest_lib.server.hosts import paramiko_host
classes = [paramiko_host.ParamikoHost]
elif SSH_ENGINE == 'raw_ssh':
classes = [ssh_host.SSHHost, ssh_host.AsyncSSHMixin]
else:
raise error.AutoServError("Unknown SSH engine %s. Please verify the "
"value of the configuration key 'ssh_engine' "
"on autotest's global_config.ini file." %
SSH_ENGINE)
# by default mix in run_test support
classes.append(autotest_remote.AutotestHostMixin)
# if the user really wants to use netconsole, let them
if netconsole:
classes.append(netconsole.NetconsoleHost)
if auto_monitor:
# use serial console support if it's available
conmux_args = {}
for key in ("conmux_server", "conmux_attach"):
if key in args:
conmux_args[key] = args[key]
if serial.SerialHost.host_is_supported(hostname, **conmux_args):
classes.append(serial.SerialHost)
else:
# no serial available, fall back to direct dmesg logging
if follow_paths is None:
follow_paths = [DEFAULT_FOLLOW_PATH]
else:
follow_paths = list(follow_paths) + [DEFAULT_FOLLOW_PATH]
if pattern_paths is None:
pattern_paths = [DEFAULT_PATTERNS_PATH]
else:
pattern_paths = (
list(pattern_paths) + [DEFAULT_PATTERNS_PATH])
logfile_monitor_class = logfile_monitor.NewLogfileMonitorMixin(
follow_paths, pattern_paths)
classes.append(logfile_monitor_class)
elif follow_paths:
logfile_monitor_class = logfile_monitor.NewLogfileMonitorMixin(
follow_paths, pattern_paths)
classes.append(logfile_monitor_class)
# do any site-specific processing of the classes list
site_factory.postprocess_classes(classes, hostname,
auto_monitor=auto_monitor, **args)
hostname, args['user'], args['password'], args['port'] = \
server_utils.parse_machine(hostname, ssh_user, ssh_pass, ssh_port)
# create a custom host class for this machine and return an instance of it
host_class = type("%s_host" % hostname, tuple(classes), {})
host_instance = host_class(hostname, **args)
# call job_start if this is the first time this host is being used
if hostname not in _started_hostnames:
host_instance.job_start()
_started_hostnames.add(hostname)
return host_instance