const tap = require('tap')
const sinon = require('sinon')
// Comment out and rerun to make it pass in serial execution mode
tap.jobs = 2;
class F {
/* TS
first: any[]
second: any[]
third: any[]
*/
constructor () {
this.first = []
this.second = []
this.third = []
}
async run () {
await this.execute('first');
await Promise.resolve();
await this.execute('second');
await Promise.resolve();
await this.execute('third');
}
/*async execute(s: 'first' | 'second' | 'third') { */
async execute(s) {
for (const f of this[s]) {
await f();
}
}
}
tap.test('test 1', async t => {
const sinonSandbox = sinon.createSandbox();
const f = new F();
const a = sinonSandbox.spy();
const b = sinonSandbox.spy();
const c = sinonSandbox.spy();
f.first.push(a);
f.second.push(b);
f.third.push(c);
await f.run();
t.ok(a.calledBefore(b));
t.ok(b.calledBefore(c));
t.ok(a.calledImmediatelyBefore(b));
t.ok(b.calledImmediatelyBefore(c));
t.end();
})
tap.test('test 2', async t => {
const sinonSandbox = sinon.createSandbox();
const f = new F();
const a = sinonSandbox.spy();
const b = sinonSandbox.spy();
const c = sinonSandbox.spy();
f.first.push(a);
f.second.push(b);
f.third.push(c);
await f.run();
t.ok(a.calledBefore(b));
t.ok(b.calledBefore(c));
t.ok(a.calledImmediatelyBefore(b));
t.ok(b.calledImmediatelyBefore(c));
t.end();
})
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