this.checkAndEmitTaskExecutionEvents.bind(this)
this.checkAndEmitTaskQueuingEvents =
this.checkAndEmitTaskQueuingEvents.bind(this)
+ this.checkAndEmitDynamicWorkerCreationEvents =
+ this.checkAndEmitDynamicWorkerCreationEvents.bind(this)
if (this.opts.enableEvents === true) {
this.emitter = new PoolEmitter()
await this.destroyWorkerNode(workerNodeKey)
})
)
- this.emitter?.emit(PoolEvents.destroy)
+ this.emitter?.emit(PoolEvents.destroy, this.info)
}
protected async sendKillMessageToWorker (
if (this.workerChoiceStrategyContext.getStrategyPolicy().useDynamicWorker) {
workerInfo.ready = true
}
+ this.checkAndEmitDynamicWorkerCreationEvents()
return workerNodeKey
}
}
private checkAndEmitTaskExecutionEvents (): void {
- if (this.emitter != null) {
- if (this.busy) {
- this.emitter.emit(PoolEvents.busy, this.info)
- }
- if (this.type === PoolTypes.dynamic && this.full) {
- this.emitter.emit(PoolEvents.full, this.info)
- }
+ if (this.busy) {
+ this.emitter?.emit(PoolEvents.busy, this.info)
}
}
}
}
+ private checkAndEmitDynamicWorkerCreationEvents (): void {
+ if (this.type === PoolTypes.dynamic) {
+ if (this.full) {
+ this.emitter?.emit(PoolEvents.full, this.info)
+ }
+ }
+ }
+
/**
* Gets the worker information given its worker node key.
*
promises.add(pool.execute())
}
await Promise.all(promises)
- // The `full` event is triggered when the number of submitted tasks at once reach the maximum number of workers in the dynamic pool.
- // So in total numberOfWorkers * 2 - 1 times for a loop submitting up to numberOfWorkers * 2 tasks to the dynamic pool with min = (max = numberOfWorkers) / 2.
- expect(poolFull).toBe(numberOfWorkers * 2 - 1)
+ expect(poolFull).toBe(1)
expect(poolInfo).toStrictEqual({
version,
type: PoolTypes.dynamic,