class Reactor::Event include Reactor::OptionallySubclassable include Sidekiq::Worker attr_accessor :data def initialize(data = {}) self.data = {}.with_indifferent_access data.each do |key, value| self.send("#{key}=", value) end end def perform(name, data) data.merge!(fired_at: Time.current, name: name) Reactor::Subscriber.where(event: name).each do |subscriber| Reactor::Subscriber.delay.fire subscriber.id, data end #TODO: support more matching? Reactor::Subscriber.where(event: '*').each do |s| Reactor::Subscriber.delay.fire s.id, data end static_subscribers = (Reactor::SUBSCRIBERS[name.to_s] || []) | (Reactor::SUBSCRIBERS['*'] || []) if static_subscribers.any? static_subscribers.each do |callback| delay = callback[:options].try(:[], :delay) || 0 case method = callback[:method] when Symbol callback[:source].delay_for(delay).send method, Reactor::Event.new(data) else method.call Reactor::Event.new(data) end end end end def method_missing(method, *args) if method.to_s.include?('=') try_setter(method, *args) else try_getter(method) end end def to_s name end class << self def perform(name, data) new.perform(name, data) end def process(name, data) new.perform(name, data) end deprecate process: 'use Reactor::Event#perform instead' def publish(name, data = {}) message = new(data.merge(event: name)) if message.at.nil? perform_async name, message.data elsif message.at.future? perform_at message.at, name, message.data end end def reschedule(name, data = {}) scheduled_jobs = Sidekiq::ScheduledSet.new job = scheduled_jobs.detect do |job| job['class'] == self.name.to_s && job['args'].first == name.to_s && job.score.to_i == data[:was].to_i end return if job.nil? job.delete publish(name, data.except(:was)) if data[:at].future? end end private def try_setter(method, object, *args) if object.is_a? ActiveRecord::Base send("#{method}_id", object.id) send("#{method}_type", object.class.to_s) else data[method.to_s.gsub('=','')] = object end end def try_getter(method) if polymorphic_association? method initialize_polymorphic_association method elsif data.has_key?(method) data[method] end end def polymorphic_association?(method) data.has_key?("#{method}_type") end def initialize_polymorphic_association(method) data["#{method}_type"].constantize.find(data["#{method}_id"]) end end