salt-master#

Salt Master Factory.

class saltfactories.daemons.master.SaltMaster(*, config, config_dir=_Nothing.NOTHING, python_executable=None, system_service=False, cwd=_Nothing.NOTHING, environ=_Nothing.NOTHING, slow_stop=True, system_encoding=_Nothing.NOTHING, timeout=_Nothing.NOTHING, script_name, base_script_args=_Nothing.NOTHING, check_ports=_Nothing.NOTHING, stats_processes=None, start_timeout, max_start_attempts=3, extra_cli_arguments_after_first_start_failure=_Nothing.NOTHING, start_checks_callbacks=_Nothing.NOTHING, event_listener=None, factories_manager=None, started_at=None, on_auth_event_callback=None)[source]#

Bases: SaltDaemon

salt-master daemon factory.

Parameters:
  • cwd (str | Path) –

  • environ (EnvironDict) –

  • slow_stop (bool) –

  • system_encoding (str) –

  • timeout (int | float) –

  • script_name (str) –

  • base_script_args (List[str]) –

  • check_ports (List[int]) –

  • stats_processes (StatsProcesses) –

  • start_timeout (int | float) –

  • max_start_attempts (int) –

  • extra_cli_arguments_after_first_start_failure (List[str]) –

  • start_checks_callbacks (List[Callback]) –

classmethod default_config(root_dir, master_id, defaults=None, overrides=None, order_masters=False, master_of_masters=None, system_service=False)[source]#

Return the default configuration.

classmethod load_config(config_file, config)[source]#

Return the loaded configuration.

get_check_events()[source]#

Return salt events to check.

Return a list of tuples in the form of (master_id, event_tag) check against to ensure the daemon is running

salt_master_daemon(master_id, **kwargs)[source]#

This method will configure a master under a master-of-masters.

Please see the documentation in salt_master_daemon

salt_minion_daemon(minion_id, **kwargs)[source]#

Please see the documentation in configure_salt_minion.

salt_proxy_minion_daemon(minion_id, **kwargs)[source]#

Please see the documentation in salt_proxy_minion_daemon.

salt_api_daemon(**kwargs)[source]#

Please see the documentation in salt_api_daemon.

salt_syndic_daemon(syndic_id, **kwargs)[source]#

Please see the documentation in salt_syndic_daemon.

salt_cloud_cli(defaults=None, overrides=None, factory_class=<class 'saltfactories.cli.cloud.SaltCloud'>, **factory_class_kwargs)[source]#

Return a salt-cloud CLI instance.

Args:
defaults(dict):

A dictionary of default configuration to use when configuring the minion

overrides(dict):

A dictionary of configuration overrides to use when configuring the minion

Returns:
SaltCloud:

The salt-cloud CLI script process class instance

salt_cli(factory_class=<class 'saltfactories.cli.salt.Salt'>, **factory_class_kwargs)[source]#

Return a salt CLI process for this master instance.

salt_cp_cli(factory_class=<class 'saltfactories.cli.cp.SaltCp'>, **factory_class_kwargs)[source]#

Return a salt-cp CLI process for this master instance.

salt_key_cli(factory_class=<class 'saltfactories.cli.key.SaltKey'>, **factory_class_kwargs)[source]#

Return a salt-key CLI process for this master instance.

salt_run_cli(factory_class=<class 'saltfactories.cli.run.SaltRun'>, **factory_class_kwargs)[source]#

Return a salt-run CLI process for this master instance.

salt_spm_cli(defaults=None, overrides=None, factory_class=<class 'saltfactories.cli.spm.Spm'>, **factory_class_kwargs)[source]#

Return a spm CLI process for this master instance.

salt_ssh_cli(factory_class=<class 'saltfactories.cli.ssh.SaltSsh'>, roster_file=None, target_host=None, client_key=None, ssh_user=None, **factory_class_kwargs)[source]#

Return a salt-ssh CLI process for this master instance.

Args:
roster_file(str):

The roster file to use

target_host(str):

The target host address to connect to

client_key(str):

The path to the private ssh key to use to connect

ssh_user(str):

The remote username to connect as

salt_client(functions_known_to_return_none=None, factory_class=<class 'saltfactories.client.LocalClient'>)[source]#

Return a local salt client object.

after_start(callback, *args, **kwargs)#

Register a function callback to run after the daemon starts.

Arguments:
callback:

The function to call back

Keyword Arguments:
args:

The arguments to pass to the callback

kwargs:

The keyword arguments to pass to the callback

Returns:

Nothing.

Parameters:
Return type:

None

after_terminate(callback, *args, **kwargs)#

Register a function callback to run after the daemon terminates.

Arguments:
callback:

The function to call back

Keyword Arguments:
args:

The arguments to pass to the callback

kwargs:

The keyword arguments to pass to the callback

Returns:

Nothing.

Parameters:
Return type:

None

before_start(callback, *args, **kwargs)#

Register a function callback to run before the daemon starts.

Arguments:
callback:

The function to call back

Keyword Arguments:
args:

The arguments to pass to the callback

kwargs:

The keyword arguments to pass to the callback

Returns:

Nothing.

Parameters:
Return type:

None

before_terminate(callback, *args, **kwargs)#

Register a function callback to run before the daemon terminates.

Arguments:
callback:

The function to call back

Keyword Arguments:
args:

The arguments to pass to the callback

kwargs:

The keyword arguments to pass to the callback

Returns:

Nothing.

Parameters:
Return type:

None

cmdline(*args)#

Construct a list of arguments to use when starting the subprocess.

Parameters:

args (str) – Additional arguments to use when starting the subprocess

classmethod configure(factories_manager, daemon_id, root_dir=None, defaults=None, overrides=None, **configure_kwargs)#

Configure the salt daemon.

get_base_script_args()#

Returns any additional arguments to pass to the CLI script.

Return type:

List[str]

get_check_ports()#

Return a list of ports to check against to ensure the daemon is running.

Return type:

List[int]

get_display_name()#

Returns a human readable name for the factory.

get_script_args()#

Returns any additional arguments to pass to the CLI script.

Return type:

List[str]

get_script_path()#

Returns the path to the script to run.

Return type:

str

get_start_check_callbacks()#

Return a list of the start check callbacks.

Return type:

List[Callback]

is_running()#

Returns true if the sub-process is alive.

Return type:

bool

property pid: int | None#

The pid of the running process. None if not running.

process_output(stdout, stderr, cmdline=None)#

Process the output. When possible JSON is loaded from the output.

Returns:

Returns a tuple in the form of (stdout, stderr, loaded_json)

Parameters:
  • stdout (str) –

  • stderr (str) –

  • cmdline (List[str] | None) –

Return type:

Tuple[str, str, Dict[Any, Any] | None]

run(*args, env=None, _timeout=None, **kwargs)#

Run the given command synchronously.

Keyword Arguments:
args:

The list of arguments to pass to cmdline() to construct the command to run

env:

Pass a dictionary of environment key, value pairs to inject into the subprocess.

_timeout:

The timeout value for this particular run() call. If this value is not None, it will be used instead of timeout, the default timeout.

Parameters:
Return type:

ProcessResult

run_start_checks(started_at, timeout_at)#

Run checks to confirm that the daemon has started.

Parameters:
Return type:

bool

start(*extra_cli_arguments, max_start_attempts=None, start_timeout=None)#

Start the daemon.

Parameters:
  • extra_cli_arguments (str) –

  • max_start_attempts (int | None) –

  • start_timeout (int | float | None) –

Return type:

bool

start_check(callback, *args, **kwargs)#

Register a function to run after the daemon starts to confirm readiness for work.

The callback must accept as the first argument timeout_at which is a float. The callback must stop trying to confirm running behavior once time.time() > timeout_at. The callback should return True to confirm that the daemon is ready for work.

Arguments:
callback:

The function to call back

Keyword Arguments:
args:

The arguments to pass to the callback

kwargs:

The keyword arguments to pass to the callback

Returns:

Nothing.

Example:
def check_running_state(timeout_at: float) -> bool:
    while time.time() <= timeout_at:
        # run some checks
        ...
        # if all is good
        break
    else:
        return False
    return True
Parameters:
Return type:

None

started(*extra_cli_arguments, max_start_attempts=None, start_timeout=None)#

Start the daemon and return it’s instance so it can be used as a context manager.

Parameters:
  • extra_cli_arguments (str) –

  • max_start_attempts (int | None) –

  • start_timeout (int | float | None) –

Return type:

Generator[Daemon, None, None]

stopped(before_stop_callback=None, after_stop_callback=None, before_start_callback=None, after_start_callback=None)#

Stop the daemon and return it’s instance so it can be used as a context manager.

Keyword Arguments:
before_stop_callback:

A callable to run before stopping the daemon. The callback must accept one argument, the daemon instance.

after_stop_callback:

A callable to run after stopping the daemon. The callback must accept one argument, the daemon instance.

before_start_callback:

A callable to run before starting the daemon. The callback must accept one argument, the daemon instance.

after_start_callback:

A callable to run after starting the daemon. The callback must accept one argument, the daemon instance.

This context manager will stop the factory while the context is in place, it re-starts it once out of context.

Example:
assert factory.is_running() is True

with factory.stopped():
    assert factory.is_running() is False

assert factory.is_running() is True
Parameters:
Return type:

Generator[Daemon, None, None]

terminate()#

Terminate the started subprocess.

Return type:

ProcessResult

classmethod verify_config(config)#

Verify the configuration dictionary.

classmethod write_config(config)#

Write the configuration to file.