})
it('Verify that new workers are created when required, max size is not exceeded and that after a while new workers will die', async () => {
- const promises = []
let poolBusy = 0
pool.emitter.on('busy', () => poolBusy++)
for (let i = 0; i < max * 2; i++) {
- promises.push(pool.execute())
+ pool.execute()
}
expect(pool.workers.length).toBeLessThanOrEqual(max)
expect(pool.workers.length).toBeGreaterThan(min)
})
it('Verify that busy event is emitted', async () => {
- const promises = []
let poolBusy = 0
pool.emitter.on('busy', () => poolBusy++)
for (let i = 0; i < numberOfWorkers * 2; i++) {
- promises.push(pool.execute())
+ pool.execute()
}
// The `busy` event is triggered when the number of submitted tasks at once reach the number of fixed pool workers.
// So in total numberOfWorkers + 1 times for a loop submitting up to numberOfWorkers * 2 tasks to the fixed pool.
})
it('Verify that new workers are created when required, max size is not exceeded and that after a while new workers will die', async () => {
- const promises = []
let poolBusy = 0
pool.emitter.on('busy', () => poolBusy++)
for (let i = 0; i < max * 2; i++) {
- promises.push(pool.execute())
+ pool.execute()
}
expect(pool.workers.length).toBeLessThanOrEqual(max)
expect(pool.workers.length).toBeGreaterThan(min)
})
it('Verify that busy event is emitted', async () => {
- const promises = []
let poolBusy = 0
pool.emitter.on('busy', () => poolBusy++)
for (let i = 0; i < numberOfThreads * 2; i++) {
- promises.push(pool.execute())
+ pool.execute()
}
// The `busy` event is triggered when the number of submitted tasks at once reach the number of fixed pool workers.
// So in total numberOfThreads + 1 times for a loop submitting up to numberOfThreads * 2 tasks to the fixed pool.