refactor!: packages, paths and app IDs under Halkyon Days' names (ADR 0045, step 3)

Learn's folder is apps/halkyon, Todo's apps/myrmex; every package of
ours takes the prefix halkyone_ (halkyone_halkyon_*, halkyone_myrmex_*,
halkyone_train_*, halkyone_meditate_*, halkyone_app, halkyone_base_* and
the other shared ones; halkyon_oidc_* keeps its name, D11). Halkyon and
Myrmex take the app IDs one.halky.halkyon and one.halky.myrmex (D10);
Train and Meditate keep theirs, while every app's Android namespace,
Kotlin package and method channels move to one.halky. The snaps are
halkyon and myrmex (D17), each built in a clone with its recipe in
place of snap/, as Train's and Todo's were.

Serverpod finds a database's migrations by its module's name, which
changed with the packages':
- each server's new, empty migration ("rename") records itself under
  the new names and deletes the rows under the old ones;
- deploy/redeploy.sh copies each database's record to the new name
  before the migrations (carry_module), so the renamed servers find
  their databases migrated; a copy, never a move, so a deploy failing
  before the migration commits leaves the old rows in place;
- Train and Meditate keep their devices' databases: halkyone_app's
  carryMigrationRecord copies their record before the sync engine
  opens them (openPersonDatabase);
- the client migrations' generated moduleName getters, one line each,
  say the new names: Serverpod's client asserts in debug builds that
  every migration names the module, and create-migration never writes
  a migration's files again.

Train's WorkManager work is enqueued under new names, the former ones
cancelled: the work kept names the workers' former classes.

The release tool: an app's tags of its earlier names count as its
history (legacyTagPrefixes), the shared packages' former paths count
for its version, and every snap is built in a clone (atRoot gone).

The databases, Docker images and Compose project keep their names
until step 5.

BREAKING CHANGE: Halkyon (Learn) and Myrmex (Todo) are new apps to
Android and the Snap Store: installs of app.halkyon.learn and
app.halkyon.todo don't update to them.

Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
Signed-off-by: Tizian 「ティツィアーン」 <raisondetredev@pm.me>
This commit is contained in:
Tizian 「ティツィアーン」 2026-11-12 23:21:45 +01:00
commit b4290f71c8
Signed by: raisondetredev
GPG key ID: 07F6FCF405488B64

View file

@ -1,186 +0,0 @@
import 'dart:convert';
import 'dart:typed_data';
import 'package:halkyon_content/halkyon_content.dart';
import 'package:test/test.dart';
/// Content sealed with a data key (ADR 0019), with libsodium as its build
/// hook compiles it.
void main() {
late UnlockedAccountKeys alice;
late UnlockedAccountKeys bob;
late SodiumContentCipher device;
final context = utf8.encode('card_revision/0192/payload');
final plain = Uint8List.fromList(utf8.encode('{"front":"火"}'));
setUpAll(() async {
alice = await newAccountKeys();
bob = await newAccountKeys();
});
setUp(() async {
device = SodiumContentCipher();
await device.unlock(alice);
});
tearDown(() => device.dispose());
test("a key made on one device opens on another of the account's, and "
'what it seals opens there', () async {
final sealedKey = device.newKey('studyset-1');
final sealed = device.seal(plain, keyId: 'studyset-1', context: context);
final other = SodiumContentCipher();
await other.unlock(alice);
addTearDown(other.dispose);
expect(other.has('studyset-1'), isFalse);
expect(other.openKey('studyset-1', sealedKey), isTrue);
expect(other.has('studyset-1'), isTrue);
expect(other.unseal(sealed, context: context), plain);
expect(sealed.keyId, 'studyset-1');
expect(String.fromCharCodes(sealed.payload), isNot(contains('front')));
});
test("another account's device opens neither the key nor what it "
'sealed', () async {
final sealedKey = device.newKey('studyset-1');
final sealed = device.seal(plain, keyId: 'studyset-1', context: context);
final bobs = SodiumContentCipher();
await bobs.unlock(bob);
addTearDown(bobs.dispose);
expect(bobs.openKey('studyset-1', sealedKey), isFalse);
expect(bobs.unseal(sealed, context: context), isNull);
});
test('a key opens only under the ID it was sealed with, and only once '
'the account is unlocked', () async {
final sealedKey = device.newKey('studyset-1');
final other = SodiumContentCipher();
addTearDown(other.dispose);
expect(() => other.openKey('studyset-1', sealedKey), throwsStateError);
await other.unlock(alice);
expect(other.openKey('studyset-2', sealedKey), isFalse);
expect(other.openKey('studyset-1', sealedKey), isTrue);
});
test('a payload moved to another row, or changed, opens no more', () {
device.newKey('studyset-1');
final sealed = device.seal(plain, keyId: 'studyset-1', context: context);
final changed = Uint8List.fromList(sealed.payload)..last ^= 1;
expect(
device.unseal(sealed, context: utf8.encode('card_revision/0193/payload')),
isNull,
);
expect(
device.unseal(
SealedPayload(
keyId: sealed.keyId,
nonce: sealed.nonce,
payload: changed,
),
context: context,
),
isNull,
);
expect(device.unseal(sealed, context: context), plain);
});
test(
"a row's keyed ID (ADR 0030, D57) is the same on every device of the "
"account, another on another account's, and none before unlocking",
() async {
final other = SodiumContentCipher();
await other.unlock(alice);
addTearDown(other.dispose);
final bobs = SodiumContentCipher();
await bobs.unlock(bob);
addTearDown(bobs.dispose);
final locked = SodiumContentCipher();
final id = device.rowId('train/day/2026-10-30');
expect(other.rowId('train/day/2026-10-30'), id);
expect(bobs.rowId('train/day/2026-10-30'), isNot(id));
expect(device.rowId('train/day/2026-10-31'), isNot(id));
expect(() => locked.rowId('train/day/2026-10-30'), throwsStateError);
},
);
test('without its key nothing opens, nor is sealed', () {
final sealed = SealedPayload(
keyId: 'unknown',
nonce: Uint8List(24),
payload: Uint8List(100),
);
expect(device.unseal(sealed, context: context), isNull);
expect(
() => device.seal(plain, keyId: 'unknown', context: context),
throwsStateError,
);
});
test("a shared key's content opens when a member it trusts signed it, "
"and only for that key (Halkyon's ADR 0044, D20)", () async {
final carol = await newAccountKeys();
PublicKeys keysOf(UnlockedAccountKeys account) => (
encryption: account.encryptionPublicKey,
signing: account.signingPublicKey,
);
Future<SodiumContentCipher> deviceOf(UnlockedAccountKeys account) async {
final cipher = SodiumContentCipher();
await cipher.unlock(account);
addTearDown(cipher.dispose);
return cipher;
}
final bobs = await deviceOf(bob);
final carols = await deviceOf(carol);
for (final keyId in ['shared', 'other']) {
device.newKey(keyId);
for (final (cipher, keys) in [(bobs, bob), (carols, carol)]) {
expect(
cipher.openSharedKey(
keyId,
device.sealKeyTo(keyId, keysOf(keys)),
sealedBy: alice.signingPublicKey,
),
isTrue,
);
}
}
final byBob = bobs.seal(plain, keyId: 'shared', context: context);
final byCarol = carols.seal(plain, keyId: 'shared', context: context);
final byAlice = device.seal(plain, keyId: 'shared', context: context);
// Only the account's own, until told whom to trust.
expect(device.unseal(byBob, context: context), isNull);
expect(device.unseal(byAlice, context: context), plain);
device.trustSigners('shared', [
alice.signingPublicKey,
bob.signingPublicKey,
]);
expect(device.unseal(byBob, context: context), plain);
expect(device.unseal(byAlice, context: context), plain);
expect(device.unseal(byCarol, context: context), isNull);
expect(
device.unseal(
bobs.seal(plain, keyId: 'other', context: context),
context: context,
),
isNull,
);
// What it trusts is replaced, not added to.
device.trustSigners('shared', [carol.signingPublicKey]);
expect(device.unseal(byCarol, context: context), plain);
expect(device.unseal(byBob, context: context), isNull);
expect(device.unseal(byAlice, context: context), isNull);
});
}