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the solution is to use lolex package ( JavaScript implementation of the timer APIs)
npm install --save-dev lolex
and then in my spec file to fake the timer functions
1 – using lolex
var lolex = require('lolex')
2 – creating a clock
describe('mutations', () => {
let state
let clock
beforeEach(() => {
clock = lolex.createClock()
state = {}
....
3 – test the switch from Working -> Rest period after 10 sec
( working, resting time are defined in the config.js file imported into the mutation.js. I have to shorten them for testing purposes … maybe it’s possible to define a specific config.test.js file ??)
using the clock.setTimeout(callback, delay) … so the tick(state) function of the mutation.js is called… it must be exported/imported before
describe('TOGGLE WORKING->REST', () => {
it('should switch to REST period after 5 sec', () => {
state.isWorking = true
state.soundEnabled = true
state.interval = clock.setInterval(() => tick(state), 1000)
mutations[types.START](state)
expect(Vue.noise.start).to.have.been.called
state.counter = 0
// delay clock
clock.setTimeout(() => {
expect(state.isWorking).to.equal(false)
}, 5000)
})
})
4 – Test the switch from Rest -> Working period, using a click.tick() before the timeOut() to change the state from Working -> Rest just before
it('should switch back to WORK period after 10 sec', () => {
state.isWorking = true
state.soundEnabled = true
state.interval = clock.setInterval(() => tick(state), 1000)
mutations[types.START](state)
expect(Vue.noise.start).to.have.been.called
state.counter = 0
clock.tick(5000) // switch to REST period
// delay clock
clock.setTimeout(() => {
expect(state.isWorking).to.equal(false)
}, 5000)
})
et voilà… thanks to lolex ..
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Source:stackexchange.com