leapp.workflows package¶

Submodules¶

leapp.workflows.flags module¶

class leapp.workflows.flags.Flags(request_restart_after_phase=False, restart_after_phase=False, is_checkpoint=False)¶

Bases: object

is_checkpoint = False¶

request_restart_after_phase = False¶

restart_after_phase = False¶

serialize()¶

Returns:	Serialized data of phase flags

leapp.workflows.phaseactors module¶

class leapp.workflows.phaseactors.PhaseActors(actors, stage)¶

Bases: object

actors¶

consumes¶

initial¶

produces¶

leapp.workflows.phases module¶

class leapp.workflows.phases.Phase¶

Bases: leapp.workflows.phases.with_meta_base_object_PhaseMeta

filter = None¶

flags = <leapp.workflows.flags.Flags object>¶

classmethod get_index()¶

name = None¶

policies = <leapp.workflows.policies.Policies object>¶

classmethod serialize()¶

Returns:	Dictionary with the serialized representation of the phase

class leapp.workflows.phases.PhaseMeta¶

Bases: type

classes = [<class 'leapp.workflows.phases.with_meta_base_object_PhaseMeta'>, <class 'leapp.workflows.phases.Phase'>, <class 'leapp.workflows._ConfigPhase'>]¶

leapp.workflows.policies module¶

class leapp.workflows.policies.Policies(error=<class 'leapp.workflows.policies.ReportOnly'>, retry=<class 'leapp.workflows.policies.Disabled'>)¶

Bases: object

class Errors¶

Bases: object

class FailImmediately¶: Bases: object

class FailPhase¶: Bases: object

class ReportOnly¶: Bases: object

class Retry¶

Bases: object

class Actor¶: Bases: object

class Disabled¶: Bases: object

class Phase¶: Bases: object

serialize()¶

leapp.workflows.tagfilters module¶

class leapp.workflows.tagfilters.TagFilter(phase, *tags)¶

Bases: object

get()¶

get_after()¶

get_before()¶

serialize()¶

Returns:	Serialized data for tag filter

Module contents¶

class leapp.workflows.Workflow(logger=None, auto_reboot=False)¶

Bases: leapp.workflows.with_meta_base_object_WorkflowMeta

Workflow is the base class for all workflow definitions.

Parameters:	logger (Instance of `logging.Logger`) – Optional logger to be used instead of leapp.workflow

answer_store¶: : return: AnswerStore instance used for messaging

configuration = None¶: Model to be used as workflow configuration

consumes¶: All consumed messages

description = ''¶: Documentation for the workflow

dialogs¶: All encountered dialogs

errors¶

Returns:	All reported errors

experimental_whitelist¶: Whitelist of actors that may be executed even that they are marked experimental

failure¶

initial¶: Initial messages required

is_valid_phase(phase=None)¶

load_answers(answerfile_path, userchoices_path)¶

name = None¶: Name of the workflow

phase_actors¶: Return all actors for the phase

phases = ()¶

produces¶: All produced messages

run(context=None, until_phase=None, until_actor=None, skip_phases_until=None, skip_dialogs=False, only_with_tags=None)¶

Executes the workflow

Parameters:

context (str) – Custom execution ID to be used instead of a randomly generated UUIDv4
until_phase (str) – Specify until including which phase the execution should run - phase.stage can be used to control it even more granularly. phase is any phase name where stage refers to main, before or after. If no stage is defined, after is assumed to be the default value. The execution ends when this phase (and stage, if specified) has been executed.
until_actor (str) – The execution finishes when this actor has been executed.
skip_phases_until (str or None) – Skips all phases until including the phase specified, and then continues the execution.
skip_dialogs (bool) – Inform actors about the mode of dialogs processing. If skip_dialogs is set to True it means that dialogs can’t be processed in the current workflow run interactively and every attempted call of get_answers api method will be non-blocking, returning an empty dict if no user choice was found in answerfile or a selected option otherwise. If skip_dialogs is set to False then in case of absent recorded answer the dialog will be rendered in a blocking user input requiring way. The value of skip_dialogs will be passed to the actors that can theoretically use it for their purposes.
only_with_tags (List[str]) – Executes only actors with the given tag, any other actor is going to get skipped.

save_answers(answerfile_path, userchoices_path)¶

Generates an answer file for the dialogs of the workflow and saves it to answerfile_path. Updates a .userchoices file at userchoices_path with new answers encountered in answerfile.

Parameters:	answerfile_path – The path where to store the answer file. userchoices_path – The path where to store the .userchoices file.
Returns:	None

classmethod serialize()¶

Returns:	Serialized form of the workflow

short_name = None¶: Short name of the workflow

tag = None¶: Workflow Tag

whitelist_experimental_actor(actor)¶

Adds an actor to the experimental whitelist and allows them to be executed.

Parameters:	actor (class derived from py:class:leapp.actors.Actor) – Actor to be whitelisted
Returns:	None

class leapp.workflows.WorkflowMeta¶

Bases: type

Meta class for the registration of workflows

leapp.workflows.actor_names(actor=None)¶

leapp.workflows.contains_tag(needle_tags, actor_tags)¶

leapp.workflows.get_workflows()¶

Returns:	all registered workflows

leapp.workflows.phase_names(phase=None)¶

leapp.workflows.tag_names(tag=None)¶