# frozen_string_literal: true module Dynflow module Executors class Parallel require 'dynflow/executors/abstract/core' require 'dynflow/executors/parallel/core' # only load Sidekiq pieces when run in Sidekiq runtime (and the Sidekiq module is already loaded) require 'dynflow/executors/sidekiq/core' if defined? ::Sidekiq attr_reader :core def initialize(world, executor_class:, heartbeat_interval:, queues_options: { :default => { :pool_size => 5 } }) @world = world @logger = world.logger @core = executor_class.spawn name: 'parallel-executor-core', args: [world, heartbeat_interval, queues_options], initialized: @core_initialized = Concurrent::Promises.resolvable_future end def execute(execution_plan_id, finished = Concurrent::Promises.resolvable_future, wait_for_acceptance = true) accepted = @core.ask([:handle_execution, execution_plan_id, finished]) accepted.value! if wait_for_acceptance finished rescue Concurrent::Actor::ActorTerminated dynflow_error = Dynflow::Error.new('executor terminated') finished.reject dynflow_error unless finished.resolved? raise dynflow_error rescue => e finished.reject e unless finished.resolved? raise e end def event(request_id, execution_plan_id, step_id, event, future = nil, optional: false) @core.ask([:handle_event, Director::Event[request_id, execution_plan_id, step_id, event, future, optional]]) future end def plan(execution_plan_id) @core.ask([:handle_planning, execution_plan_id]) end def delayed_event(director_event) @core.ask([:handle_event, director_event]) director_event.result end def terminate(future = Concurrent::Promises.resolvable_future) @core.tell([:start_termination, future]) future end def execution_status(execution_plan_id = nil) @core.ask!([:execution_status, execution_plan_id]) end def initialized @core_initialized end end end end