adrien
3e429ccb64
Production buildings are now independent private-sector agents: they keep what their output sells for, run only to the demand they can actually sell, and spend that cash on steel and high-tech upgrades when their demand grows. Grid power is a paid private flow between plants and their consumers, and regions synthesise the food their own harvest and the reachable market cannot supply. Island regions no longer famine: a region with no reachable supplier grows its whole shortfall from energy, and grid power now feeds cities and food before the converters, so a famine never waits on a factory. Bundles the in-progress tree cleanup that was already present in the working tree.
235 lines
8.7 KiB
JavaScript
235 lines
8.7 KiB
JavaScript
import { TestCase } from "./framework/test_case.js";
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import { setupDom, teardownDom } from "./framework/dom.js";
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import { smallState, mapLayers, SEED, grantBuilding } from "./framework/helpers.js";
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import { key } from "../shared/hex.js";
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import { CIVILISATIONS, PROTO_UNITS, statusById, STATUS_ENCIRCLED, STATUS_BESIEGED } from "../shared/data.js";
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import { MapView } from "../client/js/map_view.js";
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const DAY = 24;
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export class SiegeTest extends TestCase {
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test_the_status_catalogue_defines_attrition() {
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const encircled = statusById(STATUS_ENCIRCLED);
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const besieged = statusById(STATUS_BESIEGED);
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this.assertNotNull(encircled);
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this.assertNotNull(besieged);
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this.assertApprox(encircled.hpLossPerDay, 0.10);
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this.assertApprox(encircled.cityHpLossPerDay, 0.02);
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this.assertEqual(encircled.icon, "encirclement.svg");
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this.assertEqual(besieged.icon, "encirclement.svg");
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this.assertNull(statusById("nope"));
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}
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test_a_supplied_unit_carries_no_status() {
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const state = smallState();
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state._refreshStatuses();
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for (const unit of state.units) {
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this.assertEmpty(unit.statuses, "the starting unit is supplied");
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}
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}
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test_a_gap_in_the_ring_frees_the_unit() {
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const state = smallState();
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const tile = findSurroundableTile(state);
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const unit = state._spawnUnit(tile, 0, state.protoUnits[0]);
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const blockers = surroundTile(state, tile, 1);
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state._refreshStatuses();
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this.assertEqual(unit.statuses, [STATUS_ENCIRCLED], "a full ring encircles");
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// Opening one land tile -- an allied unit or an empty tile -- breaks it.
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state._destroyUnit(blockers[0]);
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state._refreshStatuses();
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this.assertEmpty(unit.statuses, "one open land tile frees the unit");
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}
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test_a_friendly_neighbour_does_not_trigger_encirclement() {
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const state = smallState();
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const unit = state.units[0];
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const neighbour = state.topology.neighbours(unit.coords.x, unit.coords.y).find(
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(n) => state._isLand(n) && !state.unitAt(n) && !state.cityAt(n)
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);
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this.assertNotNull(neighbour, "found an open land neighbour");
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state._spawnUnit(neighbour, 0, state.protoUnits[0]);
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this.assertFalse(state._hasAdjacentHostile(unit.coords, unit.civ));
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state._refreshStatuses();
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this.assertEmpty(unit.statuses);
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}
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test_an_encircled_unit_loses_ten_percent_a_day() {
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const state = smallState();
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const tile = findSurroundableTile(state);
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const unit = state._spawnUnit(tile, 0, state.protoUnits[0]);
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surroundTile(state, tile, 1);
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state._refreshStatuses();
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const before = unit.hp;
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state._applyDailyStatusEffects();
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this.assertApprox(unit.hp, before - unit.maxHp * 0.10);
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}
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test_a_garrisoned_unit_loses_only_two_percent_a_day() {
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const state = smallState();
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const city = findBesiegableCity(state, 0);
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this.assertNotNull(city, "found a city to besiege");
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const unit = state._spawnUnit(city.coords, 0, state.protoUnits[0]);
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surroundTile(state, city.coords, 1);
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state._refreshStatuses();
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this.assertEqual(city.statuses, [STATUS_BESIEGED]);
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this.assertEqual(unit.statuses, [STATUS_ENCIRCLED]);
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const before = unit.hp;
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state._applyDailyStatusEffects();
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this.assertApprox(unit.hp, before - unit.maxHp * 0.02);
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}
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test_a_lone_city_can_be_besieged() {
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const state = smallState(["france"], SEED, { citiesPerCiv: 1 });
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const city = state.cities[0];
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this.assertNotNull(city);
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surroundTile(state, city.coords, 1);
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state._refreshStatuses();
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this.assertEqual(city.statuses, [STATUS_BESIEGED], "a surrounded portless city is besieged");
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}
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test_status_is_refreshed_once_a_day_not_every_snapshot() {
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const state = smallState();
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const tile = findSurroundableTile(state);
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const unit = state._spawnUnit(tile, 0, state.protoUnits[0]);
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const blockers = surroundTile(state, tile, 1);
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state._refreshStatuses();
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this.assertEqual(unit.statuses, [STATUS_ENCIRCLED]);
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// Breaking the ring does not change the cached status until the next day.
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state._destroyUnit(blockers[0]);
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this.assertEqual(unit.statuses, [STATUS_ENCIRCLED], "still the cached status");
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this.assertEqual(
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state.snapshot(0).units.find((u) => u.id === unit.id).statuses,
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[STATUS_ENCIRCLED],
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"the snapshot reads the cached status"
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);
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for (let hour = 0; hour < DAY; hour++) state.tickHour();
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this.assertEmpty(unit.statuses, "the daily refresh freed the unit");
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}
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test_a_port_survives_a_land_ring_and_falls_to_a_blockade() {
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const state = smallState();
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const city = findCoastalClearCity(state, 0);
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this.assertNotNull(city, "found a coastal city with a clear land ring");
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grantBuilding(state, city, "port");
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surroundTile(state, city.coords, 1);
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state._refreshStatuses();
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this.assertEmpty(city.statuses, "the port supplies the city by sea");
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// Enemy warships now hold every sea tile around the city.
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for (const neighbour of state.topology.neighbours(city.coords.x, city.coords.y)) {
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const tile = state.tiles[key(neighbour.x, neighbour.y)];
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if (tile && tile.terrainClass === "Sea") state._spawnUnit(neighbour, 1, navalProto());
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}
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state._refreshStatuses();
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this.assertEqual(city.statuses, [STATUS_BESIEGED], "the blockade cuts the sea lane");
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}
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test_an_allied_naval_unit_does_not_break_a_land_ring() {
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const state = smallState();
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const tile = findSurroundableTile(state);
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const unit = state._spawnUnit(tile, 0, state.protoUnits[0]);
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surroundTile(state, tile, 1);
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state._spawnUnit(tile, 0, navalProto()); // a friendly hull on the same land tile
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state._refreshStatuses();
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this.assertEqual(unit.statuses, [STATUS_ENCIRCLED], "only a port breaks the ring");
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}
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async test_the_client_draws_status_icons_over_units_and_cities() {
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const state = smallState();
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const city = findBesiegableCity(state, 0);
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this.assertNotNull(city, "found a city to besiege");
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const unit = state._spawnUnit(city.coords, 0, state.protoUnits[0]);
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surroundTile(state, city.coords, 1);
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state._refreshStatuses();
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this.assertEqual(unit.statuses, [STATUS_ENCIRCLED]);
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const env = await setupDom();
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try {
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const map = new MapView(env.$("#map-viewport"), env.$("#map-world"), mapLayers(env.$));
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map.$viewport.width = () => 800;
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map.$viewport.height = () => 600;
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map.setCatalogue(CIVILISATIONS, PROTO_UNITS);
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map.applySnapshot(state.snapshot(0));
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const unitIcon = env.$("#layer-entities .unit .unit-statuses .status-icon");
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this.assertGreater(unitIcon.length, 0, "the encircled unit shows an icon");
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this.assertTrue(unitIcon.first().attr("src").endsWith("encirclement.svg"));
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const cityIcon = env.$("#layer-entities .city .city-statuses .status-icon");
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this.assertGreater(cityIcon.length, 0, "the besieged city shows an icon");
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} finally {
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teardownDom(env);
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}
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}
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}
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function navalProto() {
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return {
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id: "test_naval",
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name: "Test naval",
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maxHp: 100,
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cost: 0,
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upkeep: 0,
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moveable: true,
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speed: 0.5,
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military: true,
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attack: 10,
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defense: 10,
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range: 1,
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traversableTerrains: ["Sea"],
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icon: "person.png",
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};
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}
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function findSurroundableTile(state) {
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for (const cell of state.landCells) {
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if (state.unitAt(cell) || state.cityAt(cell)) continue;
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const neighbours = state.topology.neighbours(cell.x, cell.y);
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const clear = neighbours.every(
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(n) => state._isLand(n) && !state.unitAt(n) && !state.cityAt(n)
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);
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if (clear) return { x: cell.x, y: cell.y };
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}
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return null;
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}
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function surroundTile(state, coords, civ) {
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const placed = [];
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for (const neighbour of state.topology.neighbours(coords.x, coords.y)) {
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if (!state._isLand(neighbour)) continue;
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placed.push(state._spawnUnit(neighbour, civ, state.protoUnits[0]));
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}
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return placed;
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}
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function findBesiegableCity(state, civ) {
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for (const city of state.cities) {
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if (city.civ !== civ) continue;
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// A coastal city now starts with a port, which keeps it supplied; besiege
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// an inland city instead.
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if (state.isCoastalCity(city)) continue;
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const land = state.topology.neighbours(city.coords.x, city.coords.y).filter((n) => state._isLand(n));
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if (land.length === 0) continue;
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if (land.some((n) => state.unitAt(n) || state.cityAt(n))) continue;
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return city;
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}
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return null;
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}
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// A coastal city whose land ring is clear, so a port's sea lane can be tested.
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function findCoastalClearCity(state, civ) {
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for (const city of state.cities) {
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if (city.civ !== civ) continue;
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if (!state.isCoastalCity(city)) continue;
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const land = state.topology.neighbours(city.coords.x, city.coords.y).filter((n) => state._isLand(n));
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if (land.length === 0) continue;
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if (land.some((n) => state.unitAt(n) || state.cityAt(n))) continue;
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return city;
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}
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return null;
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}
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