@leansdk/leanrc

# This file is part of LeanRC. # # LeanRC is free software: you can redistribute it and/or modify # it under the terms of the GNU Lesser General Public License as published by # the Free Software Foundation, either version 3 of the License, or # (at your option) any later version. # # LeanRC is distributed in the hope that it will be useful, # but WITHOUT ANY WARRANTY; without even the implied warranty of # MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the # GNU Lesser General Public License for more details. # # You should have received a copy of the GNU Lesser General Public License # along with LeanRC. If not, see <https://www.gnu.org/licenses/>. ### ```coffee module.exports = (Module)-> class BaseResqueExecutor extends Module::MemoryResqueExecutor @inheritProtected() @module Module return BaseResqueExecutor.initialize() ``` ```coffee module.exports = (Module)-> {RESQUE} = Module:: class PrepareViewCommand extends Module::SimpleCommand @inheritProtected() @module Module @public execute: Function, default: -> #... @facade.registerMediator Module::BaseResqueExecutor.new RESQUE_EXECUTOR #... PrepareViewCommand.initialize() ``` ### # Чтобы запустить экзекютор нужно послать сиграл с ключем START_RESQUE # Медиатор надо регистрировать с ключем RESQUE_EXECUTOR module.exports = (Module)-> { JOB_RESULT START_RESQUE RESQUE RESQUE_EXECUTOR PointerT FuncG, DictG, StructG, MaybeG, UnionG ResqueInterface, NotificationInterface Mediator, Mixin DelayableMixin, ConfigurableMixin Utils: { _, co, isArangoDB, genRandomAlphaNumbers } } = Module:: Module.defineMixin Mixin 'MemoryExecutorMixin', (BaseClass = Mediator) -> class extends BaseClass @inheritProtected() @include DelayableMixin @include ConfigurableMixin @public fullQueueName: FuncG(String, String), default: (queueName)-> @[ipoResque].fullQueueName queueName ipsMultitonKey = PointerT Symbol.for '~multitonKey' ipoTimer = PointerT @private timer: MaybeG UnionG Object, Number ipbIsStopped = PointerT @private isStopped: Boolean ipoDefinedProcessors = PointerT @private definedProcessors: DictG( String StructG { listener: Function concurrency: Number } ) ipoConcurrencyCount = PointerT @private concurrencyCount: DictG( String, Number ) ipoResque = PointerT @private resque: ResqueInterface @public listNotificationInterests: FuncG([], Array), default: -> [ JOB_RESULT START_RESQUE ] @public handleNotification: FuncG(NotificationInterface), default: (aoNotification)-> vsName = aoNotification.getName() voBody = aoNotification.getBody() vsType = aoNotification.getType() switch vsName when JOB_RESULT @getViewComponent().emit vsType, voBody when START_RESQUE @start() return @public onRegister: Function, default: (args...)-> @super args... EventEmitter = require 'events' @setViewComponent new EventEmitter() @[ipoConcurrencyCount] = {} @[ipoDefinedProcessors] = {} @[ipoResque] = @facade.retrieveProxy RESQUE @defineProcessors() return @public @async reDefineProcessors: Function, default: -> @stop() @[ipoDefinedProcessors] = {} yield @defineProcessors() yield return @public @async defineProcessors: Function, default: -> for {name, concurrency} in yield @[ipoResque].allQueues() fullQueueName = @[ipoResque].fullQueueName name [moduleName] = fullQueueName.split '|>' if moduleName is @moduleName() self = @ @define name, {concurrency}, co.wrap (job, done)-> reverse = genRandomAlphaNumbers 32 self.getViewComponent().once reverse, (aoError)-> done aoError {scriptName, data} = job.data self.sendNotification scriptName, data, reverse return continue yield return @public onRemove: Function, default: (args...)-> @super args... @stop() return @public @async cyclePart: Function, default: -> for own queueName, queueConfig of @[ipoDefinedProcessors] {listener, concurrency} = queueConfig currentQC = @[ipoConcurrencyCount][queueName] now = Date.now() progressJobs = yield @[ipoResque].progressJobs queueName for job in progressJobs if (now - job.startedAt) < job.lockLifetime job.status = 'scheduled' pendingJobs = yield @[ipoResque].pendingJobs queueName if (currentQC? and currentQC < concurrency) or not currentQC? for job in pendingJobs if job.delayUntil < now listener job if currentQC >= concurrency break @recursion() yield return @public @async recursion: Function, default: -> if @[ipbIsStopped] yield return self = @ @[ipoTimer] = setTimeout((co.wrap -> clearTimeout self[ipoTimer] return yield self.cyclePart() ), 100) yield return @public @async start: Function, default: -> if isArangoDB() throw new Error 'MemoryExecutorMixin can not been used for ArrangoDB apps' yield return @[ipbIsStopped] = no yield @recursion() yield return @public stop: Function, default: -> if isArangoDB() throw new Error 'MemoryExecutorMixin can not been used for ArrangoDB apps' return @[ipbIsStopped] = yes if @[ipoTimer]? clearTimeout @[ipoTimer] return @public define: FuncG([String, StructG(concurrency: Number), Function]), default: (queueName, {concurrency}, lambda)-> listener = (job)=> done = (err)=> if err? job.status = 'failed' job.reason = err else job.status = 'completed' @[ipoConcurrencyCount][queueName] -= 1 return @[ipoConcurrencyCount][queueName] ?= 0 @[ipoConcurrencyCount][queueName] += 1 job.status = 'running' job.startedAt = Date.now() lambda job, done return @[ipoDefinedProcessors][queueName] = {listener, concurrency} return @initializeMixin()