levelcode/extensions/levelcode-ai/test/sessions.test.js at develop · levelcodeai/levelcode · GitHub

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/*---------------------------------------------------------------------------------------------

* sessions — the live-session lifecycle manager — run: node test/sessions.test.js

* Drives the manager the way extension.js will: recordTurn(this turn's messages), seal on New Chat, list

* for the panel. Asserts a turn is persisted + derives the right card, the FULL transcript rebuilds

* verbatim (not the trimmed live window), seal writes the terminal state and clears the pointer, and a

* turn after seal opens a fresh session (old one stays in History). Real store, temp dir, fake pointer.

*--------------------------------------------------------------------------------------------*/

// @ts-check

'use strict';

const assert = require('assert');

const fs = require('fs');

const os = require('os');

const path = require('path');

const store = require('../sessionStore');

const events = require('../sessionEvents');

const { createSessions } = require('../sessions');

let n = 0;

function test(name, fn) { fn(); n++; console.log(' ok - ' + name); }

const tmpRoot = fs.mkdtempSync(path.join(os.tmpdir(), 'lc-sessmgr-'));

process.on('exit', () => { try { fs.rmSync(tmpRoot, { recursive: true, force: true }); } catch { /* best effort */ } });

let seq = 0;

const freshRoot = () => path.join(tmpRoot, 'r' + (seq++));

const fakeState = () => { const s = {}; return { store: s, get: (k) => s[k], set: (k, v) => { s[k] = v; } }; };

const turn = (prompt, editPath) => [

{ role: 'user', content: prompt },

{ role: 'assistant', content: [{ type: 'tool_use', id: 'a', name: 'edit_file', input: { path: editPath } }] },

{ role: 'user', content: [{ type: 'tool_result', tool_use_id: 'a' }] },

{ role: 'assistant', content: 'Done.' }

];

test('MANAGER: the first turn creates + persists a session and lists it with the derived row', () => {

const root = freshRoot(), slug = store.projectSlug('/proj'), st = fakeState();

const m = createSessions({ root, slug, projectPath: '/proj', state: st });

assert.strictEqual(m.liveId(), null, 'no session before the first turn');

m.recordTurn(turn('Add idempotency to refunds', 'refund.rb'), 'anthropic/claude-opus-5');

assert.ok(m.liveId(), 'a session is live after the first turn');

assert.strictEqual(st.store.liveSessionId, m.liveId(), 'the workspaceState pointer tracks it');

const entries = m.list();

assert.strictEqual(entries.length, 1);

const e = entries[0];

assert.match(e.title, /Add idempotency/, 'title falls back to the first user message');

assert.strictEqual(e.turns, 1);

assert.strictEqual(e.model, 'anthropic/claude-opus-5');

assert.deepStrictEqual(e.filesEdited, ['refund.rb'], 'files-edited derives from the agent event');

assert.deepStrictEqual(e.spark, [1]);

assert.strictEqual(e.state, 'active', 'a live session is active until sealed');

});

test('MANAGER: the persisted transcript rebuilds VERBATIM (full history, not the trimmed window)', () => {

const root = freshRoot(), slug = store.projectSlug('/p2');

const m = createSessions({ root, slug, projectPath: '/p2' });

const t1 = [{ role: 'user', content: 'one' }, { role: 'assistant', content: 'a1' }];

const t2 = [{ role: 'user', content: 'two' }, { role: 'assistant', content: 'a2' }];

m.recordTurn(t1, 'm');

m.recordTurn(t2, 'm');

const rebuilt = events.eventsToMessages(store.readSession(store.sessionFile(root, slug, m.liveId())).events);

assert.deepStrictEqual(rebuilt, t1.concat(t2), 'both turns, in order, byte-identical — the append-only history');

assert.strictEqual(m.list()[0].turns, 2, 'two user turns counted');

});

test('MANAGER: seal writes the terminal state, clears the pointer, and a new turn opens a fresh session', () => {

const root = freshRoot(), slug = store.projectSlug('/p3'), st = fakeState();

const m = createSessions({ root, slug, projectPath: '/p3', state: st });

m.recordTurn([{ role: 'user', content: 'hi' }], 'm');

const first = m.liveId();

m.seal('done');

assert.strictEqual(m.liveId(), null, 'no live session after seal');

assert.strictEqual(st.store.liveSessionId, null, 'pointer cleared on seal');

assert.strictEqual(m.list().find((x) => x.id === first).state, 'done', 'the sealed session records its terminal state');

m.recordTurn([{ role: 'user', content: 'a new chat' }], 'm');

assert.notStrictEqual(m.liveId(), first, 'New Chat starts a fresh session; the old one stays in History');

assert.strictEqual(m.list().length, 2);

});

test('CALLER CONTRACT: recordTurn(slice-from-goal) captures exactly this turn as the live window grows + trims', () => {

// Mirrors extension.js: agentMessages persists across turns and is trimmed to a tail each turn; the caller

// snapshots indexOf(goal) post-trim and records agentMessages.slice(from). This proves the persisted

// session stays the FULL history even after the live window drops older turns.

const root = freshRoot(), slug = store.projectSlug('/p5');

const m = createSessions({ root, slug, projectPath: '/p5' });

let win = [];

const turnFlow = (goalText, reply) => {

const goal = { role: 'user', content: goalText };

win.push(goal);

if (win.length > 3) { win = win.slice(win.length - 3); } // a real trim keeps the tail incl. the just-pushed goal

const from = win.indexOf(goal);

win.push({ role: 'assistant', content: reply }); // runAgent appends the agent's messages

m.recordTurn(win.slice(from), 'm');

};

turnFlow('first goal', 'a1');

turnFlow('second goal', 'a2'); // by now the window has trimmed 'first goal' away

turnFlow('third goal', 'a3');

const rebuilt = events.eventsToMessages(store.readSession(store.sessionFile(root, slug, m.liveId())).events);

assert.deepStrictEqual(rebuilt, [

{ role: 'user', content: 'first goal' }, { role: 'assistant', content: 'a1' },

{ role: 'user', content: 'second goal' }, { role: 'assistant', content: 'a2' },

{ role: 'user', content: 'third goal' }, { role: 'assistant', content: 'a3' }

], 'the session is the full append-only history even though the live window only ever held 3 messages');

assert.strictEqual(m.list()[0].turns, 3);

});

test('MANAGER: an interrupted run seals as interrupted (honest history)', () => {

const root = freshRoot(), slug = store.projectSlug('/p4');

const m = createSessions({ root, slug, projectPath: '/p4' });

m.recordTurn([{ role: 'user', content: 'go' }], 'm');

const id = m.liveId();

m.seal('interrupted');

assert.strictEqual(m.list().find((x) => x.id === id).state, 'interrupted');

});

test('MANAGER: resume reopens a past session live, rebuilds the transcript verbatim, and continues it', () => {

const root = freshRoot(), slug = store.projectSlug('/pr'), st = fakeState();

const m = createSessions({ root, slug, projectPath: '/pr', state: st });

m.recordTurn(turn('Build the parser', 'parser.js'), 'anthropic/claude-opus-5');

const id = m.liveId();

m.seal('done');

assert.strictEqual(m.liveId(), null, 'sealed → nothing live');

const r = m.resume(id, { contextWindow: 200000 }); // roomy window → tier 1, verbatim

assert.ok(r, 'resume returns a plan');

assert.strictEqual(r.plan.tier, 1, 'fits the window → verbatim');

assert.strictEqual(r.note, '', 'nothing to apologize for on a verbatim resume');

assert.deepStrictEqual(r.messages, turn('Build the parser', 'parser.js'), 'the model resumes with the exact transcript');

assert.deepStrictEqual(r.full, r.messages, 'full == messages when verbatim');

assert.strictEqual(m.liveId(), id, 're-attached: this session is live again');

assert.strictEqual(st.store.liveSessionId, id, 'the pointer follows the resume');

m.recordTurn([{ role: 'user', content: 'add error recovery' }, { role: 'assistant', content: 'done' }], 'm');

assert.strictEqual(m.list().length, 1, 'still one session — resume continued it, did not fork');

assert.strictEqual(m.list()[0].turns, 2, 'the new turn appended to the same session');

});

test('MANAGER: resume on a session too big for the window plans a compacted load + an honest note', () => {

const root = freshRoot(), slug = store.projectSlug('/pr2');

const m = createSessions({ root, slug, projectPath: '/pr2' });

for (let i = 0; i < 6; i++) {

m.recordTurn([{ role: 'user', content: 'turn ' + i + ' ' + 'x'.repeat(400) }, { role: 'assistant', content: 'ok ' + 'y'.repeat(400) }], 'm');

}

const id = m.liveId(); m.seal('done');

// ~400-token budget, transcript far bigger → compacts; keepTailTurns:2 keeps the last two turns verbatim

const r = m.resume(id, { contextWindow: 1000, budgetPct: 40, keepTailTurns: 2 });

assert.ok(r.plan.tier >= 2, 'too big to load verbatim → a compacted tier');

assert.ok(r.messages.length < r.full.length, 'the model gets only the recent tail, not the whole history');

assert.match(r.note, /Resumed from/, 'and the user is told it was summarized');

});

test('MANAGER: resume of a missing session returns null (deleted out from under us)', () => {

const root = freshRoot(), slug = store.projectSlug('/pr3');

const m = createSessions({ root, slug, projectPath: '/pr3' });

assert.strictEqual(m.resume('nope-does-not-exist', { contextWindow: 1000 }), null);

});

test('MANAGER: archive / rename / trash are append-only edits that update the index row', () => {

const root = freshRoot(), slug = store.projectSlug('/pl');

const m = createSessions({ root, slug, projectPath: '/pl' });

m.recordTurn([{ role: 'user', content: 'original prompt' }], 'm');

const id = m.liveId();

assert.strictEqual(m.list()[0].lifecycle, 'active');

assert.ok(m.rename(id, ' Refund idempotency '));

assert.strictEqual(m.list().find((e) => e.id === id).title, 'Refund idempotency', 'rename trims + overrides the derived title');

assert.ok(!m.rename(id, ' '), 'a blank rename is refused');

assert.ok(m.archive(id));

assert.strictEqual(m.list().find((e) => e.id === id).lifecycle, 'archived', 'Done archives (reversible), never deletes');

assert.ok(m.trash(id));

assert.strictEqual(m.list().find((e) => e.id === id).lifecycle, 'trashed', 'the latest label event wins');

});

test('MANAGER: restore reverses Done/Delete (the Undo behind them)', () => {

const root = freshRoot(), slug = store.projectSlug('/pu');

const m = createSessions({ root, slug, projectPath: '/pu' });

m.recordTurn([{ role: 'user', content: 'x' }], 'm');

const id = m.liveId();

m.archive(id);

assert.strictEqual(m.list().find((e) => e.id === id).lifecycle, 'archived');

m.restore(id);

assert.strictEqual(m.list().find((e) => e.id === id).lifecycle, 'active', 'restore brings an archived session back');

m.trash(id);

m.restore(id);

assert.strictEqual(m.list().find((e) => e.id === id).lifecycle, 'active', 'and a trashed one too');

});

test('MANAGER: autoArchiveStale fades stale, non-pinned sessions and exempts pinned + recent', () => {

const root = freshRoot(), slug = store.projectSlug('/aa');

const DAY = 86400000;

const T0 = Date.parse('2026-06-01T12:00:00Z'); // "now" for the sweep

// stamp a whole session at a chosen wall-clock time (clock injected), optionally pinned at that same time

const sessionAt = (ms, prompt, pin) => {

const mm = createSessions({ root, slug, projectPath: '/aa', now: () => new Date(ms) });

mm.recordTurn([{ role: 'user', content: prompt }], 'm');

const id = mm.liveId();

if (pin) { mm.setPinned(id, true); } // pin stamped old too, so it's genuinely old AND pinned

mm.seal('done');

return id;

};

const oldId = sessionAt(T0 - 40 * DAY, 'ancient'); // 40d old, unpinned → stale

const recentId = sessionAt(T0 - 5 * DAY, 'recent'); // 5d old → kept

const pinnedOldId = sessionAt(T0 - 90 * DAY, 'kept', true); // 90d old but pinned → exempt

const m = createSessions({ root, slug, projectPath: '/aa', now: () => new Date(T0) });

assert.strictEqual(m.autoArchiveStale({ days: 30, nowMs: T0 }), 1, 'only the stale, non-pinned session faded');

const byId = (id) => m.list().find((e) => e.id === id);

assert.strictEqual(byId(oldId).lifecycle, 'archived', 'the 40-day-old session auto-archived');

assert.strictEqual(byId(recentId).lifecycle, 'active', 'the 5-day-old session stayed');

assert.strictEqual(byId(pinnedOldId).lifecycle, 'active', 'a pinned session is exempt however old');

assert.strictEqual(m.autoArchiveStale({ days: 30, nowMs: T0 }), 0, 'idempotent — already-archived are skipped');

});

test('MEMORY: sealing a session writes one journal line (the cross-session outcome record)', () => {

const memory = require('../sessionMemory');

const root = freshRoot(), slug = store.projectSlug('/pm');

const m = createSessions({ root, slug, projectPath: '/pm' });

m.recordTurn(turn('Tidy the CHANGELOG for v1.0.4', 'RELEASE-NOTES.md'), 'anthropic/claude-opus-5');

const id = m.liveId();

assert.deepStrictEqual(memory.readJournal(root, slug), [], 'nothing journaled until the session seals');

m.seal('done');

const j = memory.readJournal(root, slug);

assert.strictEqual(j.length, 1, 'one journal line per sealed session');

assert.strictEqual(j[0].id, id, 'sourced back to the session');

assert.match(j[0].title, /Tidy the CHANGELOG/);

assert.deepStrictEqual(j[0].files, ['RELEASE-NOTES.md'], 'the outcome carries the files it touched');

assert.strictEqual(j[0].state, 'done');

// seal also consolidates the always-on artifact + the on-the-fly digest reflects it

assert.ok(fs.existsSync(memory.memoryMdFile(root, slug)), 'MEMORY.md is written on seal');

assert.match(fs.readFileSync(memory.memoryMdFile(root, slug), 'utf8'), /Tidy the CHANGELOG/, 'the digest carries the outcome');

const d = m.digest();

assert.strictEqual(d.recently.length, 1, 'the welcome-back digest surfaces the just-finished session');

assert.match(d.recently[0].text, /Tidy the CHANGELOG/);

});

test('MEMORY: opts.memory=false disables journaling on seal', () => {

const memory = require('../sessionMemory');

const root = freshRoot(), slug = store.projectSlug('/pm2');

const m = createSessions({ root, slug, projectPath: '/pm2', memory: false });

m.recordTurn([{ role: 'user', content: 'x' }], 'm');

m.seal('done');

assert.deepStrictEqual(memory.readJournal(root, slug), [], 'no journal when memory is off');

});

test('MEMORY: refineSummary supersedes the deterministic outcome (model enrichment) + re-consolidates', () => {

const memory = require('../sessionMemory');

const root = freshRoot(), slug = store.projectSlug('/pref');

const m = createSessions({ root, slug, projectPath: '/pref' });

m.recordTurn(turn('Add idempotency to refunds', 'refund.rb'), 'm');

const id = m.liveId();

m.seal('done');

assert.match(m.digest().recently[0].text, /Add idempotency to refunds/, 'starts as the goal headline');

assert.ok(m.transcript(id).length >= 4, 'the full transcript is readable for the summarizer');

assert.ok(m.refineSummary(id, 'Made refunds idempotent with a Redis lock; added a regression spec.'));

assert.strictEqual(m.digest().recently[0].text, 'Made refunds idempotent with a Redis lock; added a regression spec.', 'the model outcome supersedes the headline');

assert.match(fs.readFileSync(memory.memoryMdFile(root, slug), 'utf8'), /Redis lock/, 'MEMORY.md follows the refinement');

assert.ok(!m.refineSummary(id, ' '), 'a blank refinement is refused');

});

test('MEMORY: recall finds a past session by a query over its outcome + files', () => {

const root = freshRoot(), slug = store.projectSlug('/prc');

const m = createSessions({ root, slug, projectPath: '/prc' });

m.recordTurn(turn('Add idempotency to refunds', 'refund.rb'), 'm'); m.seal('done');

m.recordTurn(turn('Tidy the CHANGELOG', 'RELEASE-NOTES.md'), 'm'); m.seal('done');

const hits = m.recall('refund');

assert.strictEqual(hits.length, 1, 'only the refunds session matches');

assert.match(hits[0].title, /idempotency to refunds/);

assert.deepStrictEqual(m.recall('zzz-nomatch'), [], 'no match → empty');

});

test('MEMORY: recall DEEP-scans transcripts — finds a match that lives only in the conversation, with a snippet', () => {

const root = freshRoot(), slug = store.projectSlug('/pdeep');

const m = createSessions({ root, slug, projectPath: '/pdeep' });

// "kubernetes" appears in the conversation but NOT in the title / summary / files

m.recordTurn([

{ role: 'user', content: 'Set up the deploy' },

{ role: 'assistant', content: 'I configured the Kubernetes ingress and a health probe.' }

], 'm');

m.seal('done');

assert.strictEqual(m.recall('deploy').length, 1, 'metadata match (title) still works');

const deep = m.recall('kubernetes');

assert.strictEqual(deep.length, 1, 'found by the deep transcript scan, not the metadata');

assert.match(deep[0].snippet, /Kubernetes ingress/, 'and returns a cited snippet from the conversation');

});

test('MEMORY: forget drops a session from memory (digest/recall/panel) but keeps it in History', () => {

const root = freshRoot(), slug = store.projectSlug('/pfg');

const m = createSessions({ root, slug, projectPath: '/pfg' });

m.recordTurn(turn('Add idempotency to refunds', 'refund.rb'), 'm'); m.seal('done');

assert.strictEqual(m.memoryItems().length, 1, 'the outcome is in memory');

const id = m.memoryItems()[0].id;

assert.ok(m.forget(id));

assert.deepStrictEqual(m.memoryItems(), [], 'forgotten → gone from the panel');

assert.deepStrictEqual(m.digest().recently, [], 'and from the welcome-back digest');

assert.deepStrictEqual(m.recall('refund'), [], 'and from recall');

assert.strictEqual(m.list().length, 1, 'but the session itself stays in History (resumable)');

});

test('MEMORY: facts — repeat promotes, confirm promotes, digest injects, not-true removes', () => {

const memory = require('../sessionMemory');

const root = freshRoot(), slug = store.projectSlug('/pfacts');

const m = createSessions({ root, slug, projectPath: '/pfacts' });

m.recordFacts('s1', ['The changelog is RELEASE-NOTES.md']);

assert.deepStrictEqual(m.digest().facts, [], 'a once-seen fact is not injected yet (inferred)');

m.recordFacts('s2', ['the changelog is release-notes.md']); // 2nd source, same key → active

assert.strictEqual(m.digest().facts.length, 1, 'seen in two sessions → active + injected');

assert.match(fs.readFileSync(memory.memoryMdFile(root, slug), 'utf8'), /## Facts/, 'MEMORY.md gains a Facts section');

m.recordFacts('s3', ['Tabs, not spaces']);

const inferred = m.factsList().find((f) => /Tabs/.test(f.text));

assert.ok(inferred && !inferred.active, 'the tabs fact is inferred until confirmed');

m.factAction(inferred.key, 'confirm');

assert.ok(m.digest().facts.some((f) => /Tabs/.test(f.text)), 'confirm promotes it into the digest');

m.factAction(inferred.key, 'remove');

assert.ok(!m.digest().facts.some((f) => /Tabs/.test(f.text)), 'not-true drops it');

});

test('MEMORY: supersedeFact drops a stale fact from the digest but keeps it (restorable) in the panel', () => {

const memory = require('../sessionMemory');

const root = freshRoot(), slug = store.projectSlug('/psup');

const m = createSessions({ root, slug, projectPath: '/psup' });

m.recordFacts('s1', ['Uses Redis for idempotency']);

m.recordFacts('s2', ['Uses Redis for idempotency']); // seen 2× → active

const key = memory.normalizeFactKey('Uses Redis for idempotency');

assert.strictEqual(m.digest().facts.length, 1, 'the fact is injected');

assert.ok(m.supersedeFact(key, 'Moved idempotency to Postgres'));

assert.deepStrictEqual(m.digest().facts, [], 'superseded → out of the injected digest');

const panel = m.factsList().find((f) => /Redis/.test(f.text));

assert.ok(panel && panel.superseded && panel.supersededBy === 'Moved idempotency to Postgres', 'still in the panel, marked superseded, with the one-line history');

m.factAction(key, 'confirm');

assert.strictEqual(m.digest().facts.length, 1, 'Keep/Confirm restores it to the digest');

});

// ---- Fork (experience doc §6, "the what-if-I'd-told-it-to-do-X-instead branch") -----------------

/** A sealed, archived, pinned session with two turns — every state a fork must NOT inherit. */

function forkFixture() {

const root = freshRoot(), slug = 'proj';

const m = createSessions({ root, slug, projectPath: '/proj', memory: false });

m.ensure();

m.recordTurn(turn('add idempotency', 'refund.rb'), 'opus');

m.recordTurn(turn('now add retries', 'retry.rb'), 'opus');

const id = m.liveId();

m.rename(id, 'Idempotent refunds');

m.archive(id);

m.setPinned(id, true);

m.seal('done');

return { root, slug, m, id };

}

test('FORK: the copy carries the conversation and the original is left completely alone', () => {

const { m, id } = forkFixture();

const before = JSON.stringify(m.list().find((e) => e.id === id));

const forkId = m.fork(id);

assert.ok(forkId && forkId !== id, 'fork must produce a NEW session, not reuse the id');

const fork = m.list().find((e) => e.id === forkId);

assert.strictEqual(fork.turns, 2, 'the conversation did not come across');

assert.deepStrictEqual(fork.filesEdited, ['refund.rb', 'retry.rb'], 'the derived work came across too');

assert.strictEqual(JSON.stringify(m.list().find((e) => e.id === id)), before,

'forking mutated the original — the whole promise is that it does not');

});

test('FORK: state, lifecycle and pinning belong to the ORIGINAL and do not travel', () => {

// The event-selection rules, which are the entire design of fork(). A copied `end` would make a

// live fork render as `done` while you typed into it; a copied `label` would have a fork of an

// archived session born invisible in the default Active scope, or silently taking a second pin.

const { m, id } = forkFixture();

const forkId = m.fork(id); // hoisted: inside find() this runs once per row

const fork = m.list().find((e) => e.id === forkId);

assert.strictEqual(fork.state, 'active', "the original's terminal state was copied");

assert.strictEqual(fork.lifecycle, 'active', 'a fork of an archived session must arrive visible');

assert.strictEqual(fork.pinned, false, 'pinning is the original\'s, not the copy\'s');

});

test('FORK: the copy is recognisable in a list, and marked only once', () => {

const { m, id } = forkFixture();

const firstId = m.fork(id);

const first = m.list().find((e) => e.id === firstId);

assert.strictEqual(first.title, 'Idempotent refunds (fork)', 'two identical rows would be unreadable');

// Forking a fork must not stutter into "x (fork) (fork)".

const secondId = m.fork(first.id);

const second = m.list().find((e) => e.id === secondId);

assert.strictEqual(second.title, 'Idempotent refunds (fork)');

});

test('FORK: provenance is recorded, and only on a fork', () => {

const { root, slug, m, id } = forkFixture();

const forkId = m.fork(id);

const meta = (f) => store.readSession(store.sessionFile(root, slug, f)).meta;

assert.strictEqual(meta(forkId).forkedFrom, id, 'a fork must know where it came from (§4 provenance)');

assert.ok(!('forkedFrom' in meta(id)),

'an ordinary session gained the key — every existing file must stay byte-identical');

});

test('FORK: the copy becomes live, so the next turn appends to it and not the original', () => {

const { m, id } = forkFixture();

const forkId = m.fork(id);

assert.strictEqual(m.liveId(), forkId, 'a fork IS a resume, into a copy');

m.recordTurn(turn('try it differently', 'other.rb'), 'opus');

assert.strictEqual(m.list().find((e) => e.id === forkId).turns, 3, 'the new turn landed on the fork');

assert.strictEqual(m.list().find((e) => e.id === id).turns, 2, 'and NOT on the original');

});

test('FORK: a missing source fails soft, and an empty session forks without inventing turns', () => {

const { m } = forkFixture();

assert.strictEqual(m.fork('does-not-exist'), null, 'a gone session must not throw into the UI');

assert.strictEqual(m.fork(''), null);

const root2 = freshRoot();

const m2 = createSessions({ root: root2, slug: 'p', projectPath: '/p', memory: false });

m2.ensure();

const emptyId = m2.liveId();

const forkId = m2.fork(emptyId);

assert.ok(forkId, 'a session with no turns is still forkable');

assert.strictEqual(m2.list().find((e) => e.id === forkId).turns, 0);

});

console.log('sessions: ' + n + ' tests passed');

levelcode/extensions/levelcode-ai/test/sessions.test.js at develop · levelcodeai/levelcode · GitHub

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