orgchain/tests/charter.test.js

import test from 'node:test';
import assert from 'node:assert/strict';
import { PROTOCOL, isSeat, reduce, standing, summary } from '../src/orgchain/lineage.js';
import { emptyLab, setTempo } from '../src/orgchain/store.js';
import { act, lineageState, send } from '../src/orgchain/actions.js';
import { holderOf, keyOf, secretsOf } from '../src/orgchain/keys.js';
import { SAT, payerOf } from '../src/orgchain/money.js';

let n = 0;
const ev = (op, parent = null, meta = {}, height = 1) => ({ id: `${String(++n).padStart(64, '0')}i0`, status: height === null ? 'pending' : 'confirmed',
  height, metadata: { op, ...meta }, parent, protocol: PROTOCOL });
const charter = (by, meta, height = 2) => ev('charter', by.id, meta, height);

test('a charter records a legal form: a node charters itself, and a series is chartered by its master', () => {
  const root = ev('found', null, { name: 'acme' }), ops = ev('birth', root.id, { name: 'ops' }), lab = ev('birth', ops.id, { name: 'lab' }),
    bot = ev('birth', ops.id, { name: 'bot', kind: 'agent' }), other = ev('found', null, { name: 'other' });
  const filing = 'ab'.repeat(32), tries = [
    [charter(root, { form: 'series', of: ops.id }), 'acme is not chartered as a series LLC'],
    [charter(root, { form: 'series-llc', jurisdiction: 'US-WY', legal: 'Acme Holdings LLC', provider: 'doola', filing }), 'ok'],
    [charter(root, { form: 'series', of: ops.id }), 'ok'],
    [charter(root, { form: 'series', of: lab.id }), 'ok'],
    [charter(root, { form: 'series', of: bot.id }), 'only orgs become series'],
    [charter(other, { form: 'series', of: ops.id }), 'a series must descend from its master'],
    [charter(root, { form: 'series', of: ops.id, jurisdiction: 'US-DE' }), "a series takes its master's jurisdiction"],
    [charter(ops, { form: 'llc' }), 'a jurisdiction is an ISO code such as US-WY'],
    [charter(ops, { form: 'llc', jurisdiction: 'wyoming' }), 'a jurisdiction is an ISO code such as US-WY'],
    [charter(ops, { form: 'sole' }), 'a sole proprietor is a person: a holding or an agent'],
    [charter(bot, { form: 'llc', jurisdiction: 'US-DE' }), 'an agent graduates before it incorporates'],
    [charter(bot, { form: 'sole' }), 'ok'],
    [charter(ops, { form: 'gmbh', jurisdiction: 'DE' }), "a charter's form is sole, llc, series-llc, series, corp"],
    [charter(ops, { form: 'llc', jurisdiction: 'US-WY', filing: 'nope' }), 'a filing is the SHA-256 of the filed documents, in hex'],
    [charter(ops, { form: 'llc', jurisdiction: 'US-WY', provider: 'Doola Inc' }), /^a provider's name follows the name rule/],
    [charter(ops, { form: 'llc', jurisdiction: 'US-WY', of: root.id }), 'a node charters itself; only a series is chartered by its master'],
  ];
  const s = reduce([root, ops, lab, bot, other, ...tries.map(([e]) => e)]);
  tries.forEach(([e, want]) => {
    const entry = s.log.find(x => x.id === e.id), got = entry.ok ? 'ok' : entry.why;
    if (want instanceof RegExp) assert.match(got, want); else assert.equal(got, want);
  });
  const node = e => s.nodes.get(e.id);
  assert.deepEqual(node(root).charter, { id: tries[1][0].id, beat: 2, form: 'series-llc', jurisdiction: 'US-WY', legal: 'Acme Holdings LLC',
    provider: 'doola', filing, master: null });
  assert.deepEqual([node(ops).charter.form, node(ops).charter.master, node(lab).charter.master], ['series', root.id, root.id]);
  assert.equal(node(bot).charter.form, 'sole');
  assert.deepEqual([ops, lab, bot].map(e => standing(s, node(e))), [{ ok: true, why: '' }, { ok: true, why: '' }, { ok: true, why: '' }]);
  assert.equal(summary(s.log.find(x => x.id === tries[1][0].id), s), 'charter acme · series LLC (US-WY)');
  assert.equal(summary(s.log.find(x => x.id === tries[2][0].id), s), 'charter ops as a series of acme');
});

test("a series' standing follows the tree: graduating, its master dropping series, or a close lapses it, in any order", () => {
  const root = ev('found', null, { name: 'acme' }), ops = ev('birth', root.id, { name: 'ops' }), lab = ev('birth', ops.id, { name: 'lab' });
  const master = charter(root, { form: 'series-llc', jurisdiction: 'US-WY' }), series = charter(root, { form: 'series', of: ops.id }, 3);
  const kid = charter(root, { form: 'series', of: lab.id }, 3), grad = ev('graduate', root.id, { of: ops.id }, 3);
  const base = [root, ops, lab, master];
  for (const s of [reduce([...base, series, kid, grad]), reduce([...base, grad, series, kid])]) {
    assert.equal(s.nodes.get(ops.id).charter.form, 'series', 'a graduate keeps its parent, so it still descends from its master');
    assert.deepEqual(standing(s, s.nodes.get(ops.id)), { ok: false, why: "ops is no longer in acme's holding" });
    assert.deepEqual(standing(s, s.nodes.get(lab.id)), { ok: false, why: "lab is no longer in acme's holding" });
  }
  // Once it graduates, ops charters itself as an LLC, and that stands.
  const own = reduce([...base, series, grad, charter(ops, { form: 'llc', jurisdiction: 'US-DE', legal: 'Ops LLC' }, 4)]);
  assert.deepEqual(standing(own, own.nodes.get(ops.id)), { ok: true, why: '' });
  // The master drops series, so its series lapse; a closed series is closed.
  const s = reduce([...base, series, kid, charter(root, { form: 'llc', jurisdiction: 'US-WY' }, 4), ev('close', lab.id, {}, 4)]);
  assert.deepEqual(standing(s, s.nodes.get(ops.id)), { ok: false, why: 'acme no longer holds series' });
  assert.deepEqual(standing(s, s.nodes.get(lab.id)), { ok: false, why: 'lab is closed' });
});

test('a seat graduates into a holding of its own, and can then birth, award and incorporate', () => {
  const root = ev('found', null, { name: 'guild' }), ada = ev('birth', root.id, { name: 'ada', kind: 'agent' }), bo = ev('birth', root.id, { name: 'bo', kind: 'agent' });
  const s = reduce([root, ada, bo, ev('graduate', root.id, { of: ada.id }, 2), ev('birth', ada.id, { name: 'studio' }, 3),
    ev('award', ada.id, { to: bo.id, skill: 'pair', belt: 'white' }, 3), charter(ada, { form: 'llc', jurisdiction: 'US-WY', legal: 'Ada LLC' }, 3)]);
  assert.ok(s.log.every(e => e.ok), s.log.filter(e => !e.ok).map(e => e.why).join('; '));
  const node = s.nodes.get(ada.id);
  assert.deepEqual([node.kind, node.edge, node.root === node.id, isSeat(node), isSeat(s.nodes.get(bo.id))], ['agent', 'adopted', true, false, true]);
  assert.deepEqual(s.roots.map(r => r.name), ['guild', 'ada']);
  assert.equal(s.nodes.get(bo.id).badges[0].by, ada.id);
});

test('in the lab a seat goes independent: its own root and keys, its money along, and acts of its own', () => {
  const lab = emptyLab();
  const root = act(lab, 'found', null, { name: 'guild' }), ada = act(lab, 'birth', root, { name: 'ada', kind: 'agent' });
  send(lab, root, ada, SAT);
  const before = payerOf(lab.keys, lineageState(lab), lineageState(lab).nodes.get(ada)).address;
  const freed = act(lab, 'graduate', root, { of: ada });
  const s = lineageState(lab), node = s.nodes.get(ada), k = keyOf(lab.keys, s, node);
  assert.deepEqual([k.account, k.from, holderOf(lab, s, ada).who, node.rooted], [0, 'ada root', 'own', freed]);
  assert.equal(secretsOf(lab.keys, s, node).seed.mnemonic, lab.keys.adopted[freed]);
  const purse = payerOf(lab.keys, s, node);
  assert.notEqual(purse.address, before);
  assert.ok(lab.chain.balance(purse.script) > 0.99 * SAT, 'its money moved to its new SegWit address');
  setTempo(lab, 'each');
  const studio = act(lab, 'birth', ada, { name: 'studio' });
  act(lab, 'charter', ada, { form: 'llc', jurisdiction: 'US-WY', legal: 'Ada LLC', provider: 'doola' });
  act(lab, 'charter', ada, { form: 'series-llc', jurisdiction: 'US-WY', legal: 'Ada LLC' });
  act(lab, 'charter', ada, { form: 'series', of: studio });
  const after = lineageState(lab);
  assert.deepEqual([after.nodes.get(ada).charter.form, after.nodes.get(studio).charter.form, standing(after, after.nodes.get(studio)).ok],
    ['series-llc', 'series', true]);
  assert.throws(() => act(lab, 'charter', studio, { form: 'sole' }), /A sole proprietor is a person/);
});