Files
generalFunctions/test/movement-manager.test.js
znetsixe c0be50d02c feat(output): alwaysEmit fields, drop undefined/empty Influx tags, time-based movement re-basing
- OutputUtils: new `alwaysEmit` option exempts named fields from delta
  compression so steady-state values (e.g. ctrl) trace continuously.
- flattenTags now drops null/undefined/empty-string tag values, fixing
  literal `category="undefined"` tags that split every Grafana series in two.
- BaseNodeAdapter wires `static alwaysEmitFields` from the subclass.
- movementManager: track position by elapsed wall-time and capture partial
  progress on abort, so a fast-re-commanding parent can't freeze an actuator
  at its start position.
- Tests for the above.

Co-Authored-By: Claude Opus 4.7 (1M context) <noreply@anthropic.com>
2026-05-27 16:09:14 +02:00

79 lines
3.3 KiB
JavaScript

const test = require('node:test');
const assert = require('node:assert/strict');
const EventEmitter = require('events');
const MovementManager = require('../src/state/movementManager');
const noopLogger = { debug() {}, info() {}, warn() {}, error() {} };
const sleep = (ms) => new Promise((r) => setTimeout(r, ms));
function makeManager({ mode = 'staticspeed', speed = 50, interval = 1000, initial = 0 } = {}) {
// speed%/s on a 0..100 range → velocity = speed %/s. interval defaults to the
// production 1000ms so the abort-before-first-tick race is reproduced exactly.
return new MovementManager(
{
position: { min: 0, max: 100, initial },
movement: { mode, speed, maxSpeed: 1000, interval },
},
noopLogger,
new EventEmitter(),
);
}
// Regression: before the time-based fix, currentPosition only advanced inside
// setInterval(…, interval). An abort landing before the first tick (the MGC's
// ~1s re-command cadence vs the 1000ms tick) left the pump frozen at the start.
for (const mode of ['staticspeed', 'dynspeed']) {
test(`${mode}: abort before the first tick still advances position (no freeze)`, async () => {
const mgr = makeManager({ mode, speed: 50, interval: 1000 });
const ac = new AbortController();
const moving = mgr.moveTo(80, ac.signal); // ~1.6s of travel; first tick at 1000ms
await sleep(200); // interrupt well before the first tick
ac.abort();
await moving;
const pos = mgr.getCurrentPosition();
// The fix: any non-zero progress means the abort re-based instead of
// freezing at the start. (dynspeed eases in, so its early travel is small
// but must still be > 0; staticspeed travels ~velocity·elapsed.)
assert.ok(pos > 0, `expected partial progress, got frozen at ${pos}`);
assert.ok(pos < 80, `should not have reached target, got ${pos}`);
});
test(`${mode}: a fresh setpoint re-bases from the interrupted position`, async () => {
const mgr = makeManager({ mode, speed: 50, interval: 1000 });
const ac1 = new AbortController();
const m1 = mgr.moveTo(80, ac1.signal);
await sleep(200);
ac1.abort();
await m1;
const afterFirst = mgr.getCurrentPosition();
// New command toward 0 must start from afterFirst, not from 80 or a reset.
const ac2 = new AbortController();
const m2 = mgr.moveTo(0, ac2.signal);
await sleep(100);
ac2.abort();
await m2;
const afterSecond = mgr.getCurrentPosition();
assert.ok(afterSecond < afterFirst, `expected re-base downward from ${afterFirst}, got ${afterSecond}`);
assert.ok(afterSecond >= 0, `position must stay in range, got ${afterSecond}`);
});
}
test('staticspeed: an uninterrupted move reaches the exact target', async () => {
const mgr = makeManager({ mode: 'staticspeed', speed: 500, interval: 10 }); // fast
await mgr.moveTo(40, new AbortController().signal);
assert.equal(mgr.getCurrentPosition(), 40);
});
test('position is clamped to [min,max] on a re-based abort', async () => {
const mgr = makeManager({ mode: 'staticspeed', speed: 5000, interval: 1000, initial: 0 });
const ac = new AbortController();
const moving = mgr.moveTo(100, ac.signal);
await sleep(150);
ac.abort();
await moving;
const pos = mgr.getCurrentPosition();
assert.ok(pos >= 0 && pos <= 100, `clamped, got ${pos}`);
});