677 lines
21 KiB
Dart
677 lines
21 KiB
Dart
import 'package:rimworld_modman/mod.dart';
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import 'package:rimworld_modman/mod_list.dart';
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import 'package:test/test.dart';
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const root = r'C:/Users/Administrator/Seafile/Games-RimWorld';
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const modsRoot = '$root/294100';
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const configRoot = '$root/AppData/RimWorld by Ludeon Studios/Config';
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const configPath = '$configRoot/ModsConfig.xml';
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const logsPath = '$root/ModManager';
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// Few things we missed:
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// 1. BuildLoadOrder should either return or throw a List<String> in addition to... List<String>
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// That will represent errors
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// Those would be incompatibilities, missing dependencies, unable to setup before/after and so on
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// 2. Write tests for missing dependencies
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// 3. Maybe write tests for missing loadBefore/loadAfter
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Mod makeDummy() {
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return Mod(
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name: 'Dummy Mod',
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id: 'dummy',
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path: '',
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versions: ["1.5"],
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description: '',
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dependencies: [],
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loadAfter: [],
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loadBefore: [],
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incompatibilities: [],
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size: 0,
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isBaseGame: false,
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isExpansion: false,
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enabled: false,
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);
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}
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void main() {
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group('Test sorting', () {
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test('Harmony should load before RimWorld', () {
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final list = ModList();
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list.mods = {
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'harmony': makeDummy().copyWith(name: 'Harmony', id: 'harmony'),
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'ludeon.rimworld': makeDummy().copyWith(
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name: 'RimWorld',
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id: 'ludeon.rimworld',
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),
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};
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list.enableAll();
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final order = list.generateLoadOrder();
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final harmonyIndex = order.loadOrder.indexOf('harmony');
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final rimworldIndex = order.loadOrder.indexOf('ludeon.rimworld');
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expect(order.errors, isEmpty);
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expect(harmonyIndex, lessThan(rimworldIndex));
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});
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test('Prepatcher should load after Harmony and RimWorld', () {
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final list = ModList();
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list.mods = {
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'prepatcher': makeDummy().copyWith(
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name: 'Prepatcher',
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id: 'prepatcher',
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dependencies: ['harmony'],
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loadAfter: ['ludeon.rimworld'],
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),
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'harmony': makeDummy().copyWith(
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name: 'Harmony',
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id: 'harmony',
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loadBefore: ['ludeon.rimworld'],
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),
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'ludeon.rimworld': makeDummy().copyWith(
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name: 'RimWorld',
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id: 'ludeon.rimworld',
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),
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};
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list.enableAll();
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final order = list.generateLoadOrder();
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final prepatcherIndex = order.loadOrder.indexOf('prepatcher');
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final harmonyIndex = order.loadOrder.indexOf('harmony');
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final rimworldIndex = order.loadOrder.indexOf('ludeon.rimworld');
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expect(order.errors, isEmpty);
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expect(prepatcherIndex, greaterThan(harmonyIndex));
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expect(prepatcherIndex, greaterThan(rimworldIndex));
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});
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test('RimWorld should load before Anomaly', () {
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final list = ModList();
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list.mods = {
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'ludeon.rimworld': makeDummy().copyWith(
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name: 'RimWorld',
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id: 'ludeon.rimworld',
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),
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'ludeon.rimworld.anomaly': makeDummy().copyWith(
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name: 'RimWorld Anomaly',
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id: 'ludeon.rimworld.anomaly',
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),
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};
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list.enableAll();
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final order = list.generateLoadOrder();
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final rimworldIndex = order.loadOrder.indexOf('ludeon.rimworld');
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final anomalyIndex = order.loadOrder.indexOf('ludeon.rimworld.anomaly');
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expect(order.errors, isEmpty);
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expect(rimworldIndex, lessThan(anomalyIndex));
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});
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test('Disabled dummy mod should not be loaded', () {
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final list = ModList();
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list.mods = {
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'disabledDummy': makeDummy().copyWith(
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name: 'Disabled Dummy',
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id: 'disabledDummy',
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),
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};
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list.disableAll();
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final order = list.generateLoadOrder();
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final disabledIndex = order.loadOrder.indexOf('disabledDummy');
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expect(disabledIndex, isNegative);
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});
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test('Larger mods should load before smaller ones', () {
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final list = ModList();
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list.mods = {
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'smol': makeDummy().copyWith(name: 'Smol', id: 'smol', size: 100),
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'yuuuge': makeDummy().copyWith(
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name: 'Yuuuge',
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id: 'yuuuge',
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size: 10000,
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),
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};
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list.enableAll();
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final order = list.generateLoadOrder();
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final smolIndex = order.loadOrder.indexOf('smol');
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final yuuugeIndex = order.loadOrder.indexOf('yuuuge');
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expect(order.errors, isEmpty);
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expect(yuuugeIndex, lessThan(smolIndex));
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});
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test('Incompatible mods should return errors', () {
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final list = ModList();
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list.mods = {
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'incompatible': makeDummy().copyWith(
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name: 'Incompatible',
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id: 'incompatible',
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incompatibilities: ['harmony'],
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),
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'harmony': makeDummy().copyWith(name: 'Harmony', id: 'harmony'),
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};
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list.enableAll();
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final result = list.generateLoadOrder();
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expect(result.errors, isNotEmpty);
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expect(result.errors.any((e) => e.contains('incompatible')), isTrue);
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expect(result.errors.any((e) => e.contains('harmony')), isTrue);
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});
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});
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group('Test loadRequired', () {
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test('Dependencies should be automatically enabled', () {
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final list = ModList();
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list.mods = {
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'prepatcher': makeDummy().copyWith(
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name: 'Prepatcher',
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id: 'prepatcher',
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dependencies: ['harmony'],
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),
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'harmony': makeDummy().copyWith(name: 'Harmony', id: 'harmony'),
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};
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list.disableAll();
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list.setEnabled('prepatcher', true);
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final order = list.loadRequired();
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expect(order.errors, isEmpty);
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expect(order.loadOrder.indexOf('harmony'), isNot(-1));
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});
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test('Only required mods should be enabled', () {
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final list = ModList();
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list.mods = {
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'prepatcher': makeDummy().copyWith(
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name: 'Prepatcher',
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id: 'prepatcher',
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dependencies: ['harmony'],
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),
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'harmony': makeDummy().copyWith(name: 'Harmony', id: 'harmony'),
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'dummy': makeDummy(),
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};
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list.disableAll();
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list.setEnabled('prepatcher', true);
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final order = list.loadRequired();
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expect(order.errors, isEmpty);
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expect(order.loadOrder.indexOf('harmony'), isNot(-1));
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expect(order.loadOrder.indexOf('dummy'), -1);
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});
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test('Incompatible mods should return errors', () {
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final list = ModList();
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list.mods = {
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'incompatible': makeDummy().copyWith(
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name: 'Incompatible',
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id: 'incompatible',
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incompatibilities: ['harmony'],
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),
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'prepatcher': makeDummy().copyWith(
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name: 'Prepatcher',
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id: 'prepatcher',
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dependencies: ['harmony'],
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),
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'harmony': makeDummy().copyWith(name: 'Harmony', id: 'harmony'),
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};
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list.disableAll();
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list.setEnabled('incompatible', true);
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list.setEnabled('prepatcher', true);
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final result = list.loadRequired();
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expect(result.errors, isNotEmpty);
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expect(result.errors.any((e) => e.contains('incompatible')), isTrue);
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expect(result.errors.any((e) => e.contains('harmony')), isTrue);
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});
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test('Dependencies of dependencies should be loaded', () {
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final list = ModList();
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list.mods = {
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'modA': makeDummy().copyWith(
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name: 'Mod A',
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id: 'modA',
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dependencies: ['modB'],
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),
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'modB': makeDummy().copyWith(
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name: 'Mod B',
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id: 'modB',
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dependencies: ['modC'],
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),
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'modC': makeDummy().copyWith(name: 'Mod C', id: 'modC'),
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};
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list.disableAll();
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list.setEnabled('modA', true);
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final order = list.loadRequired();
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expect(order.errors, isEmpty);
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expect(order.loadOrder.indexOf('modA'), isNot(-1));
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expect(order.loadOrder.indexOf('modB'), isNot(-1));
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expect(order.loadOrder.indexOf('modC'), isNot(-1));
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});
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});
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group('Test cyclic dependencies', () {
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test('Cyclic dependencies should return errors', () {
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final list = ModList();
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list.mods = {
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'modA': makeDummy().copyWith(
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name: 'Mod A',
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id: 'modA',
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dependencies: ['modB'],
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),
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'modB': makeDummy().copyWith(
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name: 'Mod B',
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id: 'modB',
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dependencies: ['modC'],
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),
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'modC': makeDummy().copyWith(
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name: 'Mod C',
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id: 'modC',
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dependencies: ['modA'],
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),
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};
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list.disableAll();
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list.setEnabled('modA', true);
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final result = list.loadRequired();
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expect(result.errors, isNotEmpty);
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expect(result.errors.any((e) => e.contains('modA')), isTrue);
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expect(result.errors.any((e) => e.contains('modB')), isTrue);
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expect(result.errors.any((e) => e.contains('modC')), isTrue);
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});
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});
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group('Test soft constraints', () {
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test('Load preferences should be respected when possible', () {
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final dummy = makeDummy();
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final list = ModList();
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list.mods = {
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'modA': dummy.copyWith(
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name: 'Mod A',
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id: 'modA',
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loadAfter: ['modB'],
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loadBefore: ['modC'],
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),
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'modB': dummy.copyWith(name: 'Mod B', id: 'modB'),
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'modC': dummy.copyWith(name: 'Mod C', id: 'modC'),
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};
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list.enableAll();
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final order = list.generateLoadOrder();
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final aIndex = order.loadOrder.indexOf('modA');
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final bIndex = order.loadOrder.indexOf('modB');
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final cIndex = order.loadOrder.indexOf('modC');
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expect(order.errors, isEmpty);
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expect(aIndex, greaterThan(bIndex));
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expect(aIndex, lessThan(cIndex));
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});
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});
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group('Test conflict detection', () {
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test('All conflicts should be correctly identified', () {
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final list = ModList();
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list.mods = {
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'modA': makeDummy().copyWith(
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name: 'Mod A',
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id: 'modA',
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incompatibilities: ['modB', 'modC'],
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),
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'modB': makeDummy().copyWith(name: 'Mod B', id: 'modB'),
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'modC': makeDummy().copyWith(name: 'Mod C', id: 'modC'),
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};
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list.enableAll();
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final conflicts = list.checkIncompatibilities(
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list.activeMods.keys.toList(),
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);
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expect(conflicts.length, equals(2));
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// Check if conflicts contain these pairs (order doesn't matter)
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expect(
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conflicts.any(
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(c) =>
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(c[0] == 'modA' && c[1] == 'modB') ||
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(c[0] == 'modB' && c[1] == 'modA'),
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),
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isTrue,
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);
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expect(
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conflicts.any(
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(c) =>
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(c[0] == 'modA' && c[1] == 'modC') ||
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(c[0] == 'modC' && c[1] == 'modA'),
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),
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isTrue,
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);
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});
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});
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group('Test enable/disable functionality', () {
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test('Enable and disable methods should work correctly', () {
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final list = ModList();
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list.mods = {
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'modA': makeDummy().copyWith(name: 'Mod A', id: 'modA'),
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'modB': makeDummy().copyWith(name: 'Mod B', id: 'modB'),
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};
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list.enableAll();
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for (final mod in list.mods.values) {
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expect(mod.enabled, isTrue);
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}
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list.disableAll();
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for (final mod in list.mods.values) {
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expect(mod.enabled, isFalse);
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}
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});
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});
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group('Test base game and expansion handling', () {
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test('Base game and expansions should be correctly ordered', () {
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final list = ModList();
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list.mods = {
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'ludeon.rimworld': makeDummy().copyWith(
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name: 'RimWorld',
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id: 'ludeon.rimworld',
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isBaseGame: true,
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),
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'ludeon.rimworld.anomaly': makeDummy().copyWith(
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name: 'RimWorld Anomaly',
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id: 'ludeon.rimworld.anomaly',
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dependencies: ['ludeon.rimworld'],
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isExpansion: true,
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),
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};
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list.enableAll();
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final order = list.generateLoadOrder();
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// Base game should load before any expansions
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final baseGameIndex = order.loadOrder.indexOf('ludeon.rimworld');
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final expansionIndex = order.loadOrder.indexOf('ludeon.rimworld.anomaly');
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expect(order.errors, isEmpty);
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expect(baseGameIndex, lessThan(expansionIndex));
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});
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});
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group('Test complex dependency chains', () {
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test('Complex dependency chains should resolve correctly', () {
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final list = ModList();
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list.mods = {
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'modA': makeDummy().copyWith(
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name: 'Mod A',
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id: 'modA',
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dependencies: ['modB'],
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),
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'modB': makeDummy().copyWith(
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name: 'Mod B',
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id: 'modB',
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dependencies: ['modC'],
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),
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'modC': makeDummy().copyWith(
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name: 'Mod C',
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id: 'modC',
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dependencies: ['modD'],
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),
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'modD': makeDummy().copyWith(name: 'Mod D', id: 'modD'),
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};
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list.disableAll();
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list.setEnabled('modA', true);
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final result = list.loadRequired();
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expect(result.errors, isEmpty);
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// All mods in the chain should be enabled
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expect(result.loadOrder.contains('modA'), isTrue);
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expect(result.loadOrder.contains('modB'), isTrue);
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expect(result.loadOrder.contains('modC'), isTrue);
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expect(result.loadOrder.contains('modD'), isTrue);
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// The order should be D -> C -> B -> A
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expect(
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result.loadOrder.indexOf('modD'),
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lessThan(result.loadOrder.indexOf('modC')),
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);
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expect(
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result.loadOrder.indexOf('modC'),
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lessThan(result.loadOrder.indexOf('modB')),
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);
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expect(
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result.loadOrder.indexOf('modB'),
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lessThan(result.loadOrder.indexOf('modA')),
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);
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});
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});
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group('Test missing dependencies', () {
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test('Should detect missing dependencies and return errors', () {
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final list = ModList();
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list.mods = {
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'modA': makeDummy().copyWith(
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name: 'Mod A',
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id: 'modA',
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dependencies: ['modB', 'nonExistentMod'],
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),
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'modB': makeDummy().copyWith(name: 'Mod B', id: 'modB'),
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};
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list.enableAll();
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// This should throw an exception because the dependency doesn't exist
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final result = list.generateLoadOrder();
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expect(result.errors, isNotEmpty);
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expect(result.errors.any((e) => e.contains('nonExistentMod')), isTrue);
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});
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test('Should handle multiple missing dependencies correctly', () {
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final list = ModList();
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list.mods = {
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'modA': makeDummy().copyWith(
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name: 'Mod A',
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id: 'modA',
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dependencies: ['missing1'],
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),
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'modB': makeDummy().copyWith(
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name: 'Mod B',
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id: 'modB',
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dependencies: ['missing2'],
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),
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};
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list.enableAll();
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// Should return errors with both missing dependencies mentioned
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final result = list.generateLoadOrder();
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expect(result.errors, isNotEmpty);
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expect(result.errors.any((e) => e.contains('missing1')), isTrue);
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expect(result.errors.any((e) => e.contains('missing2')), isTrue);
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});
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});
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group('Test missing loadBefore/loadAfter relationships', () {
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test('Should handle missing loadBefore relationships', () {
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final list = ModList();
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list.mods = {
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'modA': makeDummy().copyWith(
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name: 'Mod A',
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id: 'modA',
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loadBefore: ['nonExistentMod'],
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),
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};
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list.enableAll();
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// Should not throw exception for soft constraints
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// But might generate a warning that we could check for
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final order = list.generateLoadOrder();
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expect(order.errors, isEmpty);
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expect(order.loadOrder.contains('modA'), isTrue);
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});
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test('Should handle missing loadAfter relationships', () {
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final list = ModList();
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list.mods = {
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'modA': makeDummy().copyWith(
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name: 'Mod A',
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id: 'modA',
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loadAfter: ['nonExistentMod'],
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),
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};
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list.enableAll();
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// Should not throw exception for soft constraints
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final order = list.generateLoadOrder();
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expect(order.errors, isEmpty);
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expect(order.loadOrder.contains('modA'), isTrue);
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});
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});
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group('Test BuildLoadOrder error handling', () {
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test('Should return errors for incompatibilities', () {
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final list = ModList();
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list.mods = {
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'modA': makeDummy().copyWith(
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name: 'Mod A',
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id: 'modA',
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incompatibilities: ['modB'],
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),
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'modB': makeDummy().copyWith(name: 'Mod B', id: 'modB'),
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};
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list.enableAll();
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final result = list.generateLoadOrder();
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expect(result.errors, isNotEmpty);
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expect(result.errors.any((e) => e.contains('Incompatible')), isTrue);
|
|
expect(result.errors.any((e) => e.contains('modA')), isTrue);
|
|
expect(result.errors.any((e) => e.contains('modB')), isTrue);
|
|
});
|
|
|
|
test('Should handle a combination of errors simultaneously', () {
|
|
final list = ModList();
|
|
list.mods = {
|
|
'modA': makeDummy().copyWith(
|
|
name: 'Mod A',
|
|
id: 'modA',
|
|
dependencies: ['missingDep'],
|
|
incompatibilities: ['modB'],
|
|
),
|
|
'modB': makeDummy().copyWith(name: 'Mod B', id: 'modB'),
|
|
};
|
|
list.enableAll();
|
|
|
|
final result = list.generateLoadOrder();
|
|
expect(result.errors, isNotEmpty);
|
|
expect(result.errors.any((e) => e.contains('missingDep')), isTrue);
|
|
expect(result.errors.any((e) => e.contains('Incompatible')), isTrue);
|
|
});
|
|
});
|
|
|
|
group('Test dependency resolution with constraints', () {
|
|
test(
|
|
'Should resolve dependencies while respecting load order constraints',
|
|
() {
|
|
final list = ModList();
|
|
list.mods = {
|
|
'modA': makeDummy().copyWith(
|
|
name: 'Mod A',
|
|
id: 'modA',
|
|
dependencies: ['modB'],
|
|
loadAfter: ['modC'],
|
|
),
|
|
'modB': makeDummy().copyWith(name: 'Mod B', id: 'modB'),
|
|
'modC': makeDummy().copyWith(name: 'Mod C', id: 'modC'),
|
|
};
|
|
list.enableAll();
|
|
|
|
final order = list.generateLoadOrder();
|
|
expect(order.errors, isEmpty);
|
|
|
|
// modB should load before modA due to dependency
|
|
expect(
|
|
order.loadOrder.indexOf('modB'),
|
|
lessThan(order.loadOrder.indexOf('modA')),
|
|
);
|
|
|
|
// modC should load before modA due to loadAfter constraint
|
|
expect(
|
|
order.loadOrder.indexOf('modC'),
|
|
lessThan(order.loadOrder.indexOf('modA')),
|
|
);
|
|
},
|
|
);
|
|
|
|
test('Should detect and report conflicting constraints', () {
|
|
final list = ModList();
|
|
list.mods = {
|
|
'modA': makeDummy().copyWith(
|
|
name: 'Mod A',
|
|
id: 'modA',
|
|
loadBefore: ['modB'],
|
|
),
|
|
'modB': makeDummy().copyWith(
|
|
name: 'Mod B',
|
|
id: 'modB',
|
|
loadBefore: ['modA'],
|
|
),
|
|
};
|
|
list.enableAll();
|
|
|
|
// These constraints create a circular dependency which should cause an error
|
|
try {
|
|
list.generateLoadOrder();
|
|
fail('Expected an exception to be thrown due to circular constraints');
|
|
} catch (e) {
|
|
// Verify error is about circular dependencies or conflicting constraints
|
|
expect(
|
|
e.toString().toLowerCase().contains('conflict') ||
|
|
e.toString().toLowerCase().contains('circular'),
|
|
isTrue,
|
|
);
|
|
}
|
|
});
|
|
});
|
|
|
|
group('Test BuildLoadOrder with result object', () {
|
|
test('Should return successful load order with no errors', () {
|
|
final list = ModList();
|
|
list.mods = {
|
|
'modA': makeDummy().copyWith(name: 'Mod A', id: 'modA'),
|
|
'modB': makeDummy().copyWith(name: 'Mod B', id: 'modB'),
|
|
};
|
|
list.enableAll();
|
|
|
|
final result = list.generateLoadOrder();
|
|
|
|
expect(result.errors, isEmpty);
|
|
expect(result.loadOrder.length, equals(2));
|
|
expect(result.loadOrder.contains('modA'), isTrue);
|
|
expect(result.loadOrder.contains('modB'), isTrue);
|
|
});
|
|
|
|
test('Should return errors for missing dependencies', () {
|
|
final list = ModList();
|
|
list.mods = {
|
|
'modA': makeDummy().copyWith(
|
|
name: 'Mod A',
|
|
id: 'modA',
|
|
dependencies: ['nonExistentMod'],
|
|
),
|
|
};
|
|
list.enableAll();
|
|
|
|
final result = list.generateLoadOrder();
|
|
|
|
expect(result.errors, isNotEmpty);
|
|
expect(result.errors.any((e) => e.contains('nonExistentMod')), isTrue);
|
|
// The load order might be empty or contain valid mods only
|
|
});
|
|
|
|
test('Should return both valid load order and errors', () {
|
|
final list = ModList();
|
|
list.mods = {
|
|
'modA': makeDummy().copyWith(name: 'Mod A', id: 'modA'),
|
|
'modB': makeDummy().copyWith(
|
|
name: 'Mod B',
|
|
id: 'modB',
|
|
dependencies: ['nonExistentMod'],
|
|
),
|
|
};
|
|
list.enableAll();
|
|
|
|
final result = list.generateLoadOrder();
|
|
|
|
expect(result.errors, isNotEmpty);
|
|
expect(result.errors.any((e) => e.contains('nonExistentMod')), isTrue);
|
|
// modA should still be in the load order even though modB has errors
|
|
expect(result.loadOrder.contains('modA'), isTrue);
|
|
// modB might be excluded from load order due to its error
|
|
});
|
|
});
|
|
}
|