179 lines
10 KiB
JavaScript
179 lines
10 KiB
JavaScript
const { test } = require('node:test')
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const assert = require('node:assert/strict')
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const fs = require('node:fs')
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const vm = require('node:vm')
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const snake = require('../src/common/snake.js')
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const ux = fs.readFileSync('src/pages/index/index.ux', 'utf8')
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function page(storage = { get() {}, set() {} }) {
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const timers = new Map(); let id = 0
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const context = { best: require('../src/common/best.js'), snake, storage, console, setInterval(fn, ms) { timers.set(++id, {fn, ms}); return id }, clearInterval(id) { timers.delete(id) } }
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const body = ux.match(/<script>([\s\S]*?)<\/script>/)[1].replace(/import\s+\w+\s+from\s+'[^']*';?/g, '').replace('export default', 'globalThis.spec =')
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vm.runInNewContext(body, context)
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const p = Object.assign({}, context.spec, JSON.parse(JSON.stringify(context.spec.private)))
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p.onInit(); p.onShow()
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p.foodModel = {x: 0, y: 0}
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return {p, timers}
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}
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test('food selection has bounded work even when only one empty cell remains', () => {
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const cells = []; for(let y=0;y<16;y++) for(let x=0;x<16;x++) if(x!==15 || y!==15) cells.push({x,y})
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const original = Math.random; let calls = 0
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try {
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Math.random = () => { assert.ok(++calls <= 1, 'at most one random draw'); return 0 }
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assert.deepEqual(snake.spawnFood(cells,16), {x:15,y:15})
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cells.push({x:15,y:15}); assert.equal(snake.spawnFood(cells,16), null)
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} finally {Math.random=original}
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})
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test('page recreation shares pending best writes instead of racing an older page', () => {
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const reads=[], writes=[]
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const api = {get(o) {reads.push(o)}, set(o) {writes.push(o)}}
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const {p:old} = page(api); reads[0].success('0'); eatTo(old, 5); old.onDestroy()
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const {p} = page(api); assert.equal(p.bestText, 'BEST 5'); assert.equal(reads.length, 1)
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eatTo(p, 7); assert.equal(writes.length, 1); writes[0].success()
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assert.equal(writes[1].value, '7'); writes[1].success(); assert.equal(p.bestText, 'BEST 7')
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})
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test('retired timer callbacks cannot advance a resumed or restarted run', () => {
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const {p, timers} = page(); const retired = [...timers.values()][0].fn
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p.onTap(); p.onTap(); retired(); assert.equal(p.model[0].x, 6)
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const oldRun = [...timers.values()][0].fn
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p.restart(); oldRun(); assert.equal(p.model[0].x, 6)
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p.onHide(); const model=p.model; p.restart(); assert.equal(p.model, model, 'hidden retry ignored')
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})
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test('filling the board wins without null food crashes and retry clears the result', () => {
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const {p, timers} = page()
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// Legal occupancy fixture isolates final-cell victory from pathfinding.
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p.model = [{x:5,y:0}, ...snake.ARENA.cells.filter(c=>!(c.y===0 && (c.x===5 || c.x===6)))]
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p.dir = {x:1,y:0}; p.foodModel = {x:6,y:0}
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p.tick(); assert.equal(p.over, true); assert.equal(p.endText, 'YOU WIN')
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assert.equal(p.scoreText, 'SCORE 86'); assert.equal(p.bestText, 'BEST 86')
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assert.equal(p.hasFood, false); assert.equal(p.snake.length, 89); assert.equal(timers.size, 0)
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p.tick(); p.onShow(); assert.equal(timers.size, 0)
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p.restart(); assert.equal(p.hasFood, true); assert.equal(p.endText, 'GAME OVER'); assert.equal(p.model.length, 3)
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assert.match(ux, /show="\{\{ hasFood \}\}"/)
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assert.match(ux, /\{\{ endText \}\}/)
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})
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test('select modes while paused or over, resetting safely, and retry keeps mode', () => {
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const {p, timers} = page()
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assert.equal(p.mode, 'classic')
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p.selectMode('wrap'); assert.equal(p.mode, 'classic', 'no mid-run mode change')
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p.onTap(); p.selectMode('garbage'); assert.equal(p.mode, 'classic')
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p.selectMode('wrap'); assert.equal(p.mode, 'wrap'); assert.equal(p.paused, true); assert.equal(timers.size, 0)
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p.onTap(); p.model = [{x:9,y:7},{x:8,y:7},{x:7,y:7}]; p.tick()
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assert.equal(p.model[0].x, 1); assert.match(p.snake[1].src, /body_h/)
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p.restart(); assert.equal(p.mode, 'wrap'); assert.equal(timers.size, 1)
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p.onTap(); p.selectMode('classic'); p.onTap()
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p.model = [{x:9,y:7},{x:8,y:7},{x:7,y:7}]; p.tick()
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assert.equal(p.over, true); assert.equal(timers.size, 0)
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p.onShow(); p.onTap(); assert.equal(p.over, true); assert.equal(timers.size, 0)
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p.restart(); assert.equal(p.over, false); assert.equal(timers.size, 1)
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for (const cls of ['board','food','seg']) assert.match(ux, new RegExp('class="'+cls+'"[^>]*onclick="onTap"'))
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assert.match(ux, /class="retry" onclick="restart"/)
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assert.match(ux, /onclick="selectMode\('classic'\)"/)
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assert.match(ux, /onclick="selectMode\('wrap'\)"/)
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assert.doesNotMatch(ux, /<(?:div|stack)[^>]*onclick=/, 'actions cannot bubble into a second action')
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assert.match(ux, /\{\{ bestText \}\}/)
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assert.match(ux, /show="\{\{ paused && !over \}\}"/)
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})
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test('Wrap crosses every edge, still collides with body and renders seam connections', () => {
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const cases = [
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[[15,7],[14,7],[13,7]], [[0,7],[1,7],[2,7]],
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[[7,15],[7,14],[7,13]], [[7,0],[7,1],[7,2]]
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]
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const dirs = [{x:1,y:0},{x:-1,y:0},{x:0,y:1},{x:0,y:-1}]
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const expected = [{x:0,y:7},{x:15,y:7},{x:7,y:0},{x:7,y:15}]
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cases.forEach((coords,i) => {
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const cells = coords.map(([x,y])=>({x,y}))
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const r = snake.step(cells, dirs[i], {x:8,y:8}, 16, 'wrap')
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assert.equal(r.alive, true); assert.deepEqual(r.snake[0], expected[i])
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assert.equal(snake.step(cells, dirs[i], {x:8,y:8}, 16, 'classic').alive, false)
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})
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assert.equal(snake.step([{x:15,y:7},{x:0,y:7},{x:1,y:7}], dirs[0], {x:8,y:8}, 16, 'wrap').alive, false)
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assert.equal(snake.step([{x:15,y:7},{x:15,y:8},{x:0,y:8},{x:0,y:7}], dirs[0], {x:8,y:8}, 16, 'wrap').alive, true)
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// At (15,7), neighbor (0,7) is east; neighbor (15,8) is south.
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assert.deepEqual(snake.renderPieces([{x:0,y:7},{x:15,y:7},{x:15,y:8}], dirs[0], 16), ['head_e','corner_es','tail_s'])
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assert.deepEqual(snake.renderPieces([{x:7,y:0},{x:7,y:15},{x:6,y:15}], dirs[2], 16), ['head_s','corner_sw','tail_w'])
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assert.deepEqual(snake.renderPieces([{x:0,y:7},{x:15,y:7}], dirs[0], 16), ['head_e','tail_w'])
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})
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function eatTo(p, score) {
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p.model = [{x:6,y:7}, ...snake.ARENA.cells.filter(c=>c.y!==7).slice(0,score+1)]
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p.dir = {x:1,y:0}; p.foodModel = {x:7,y:7}; p.tick()
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}
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test('late best read cannot lower local record; writes are serialized', () => {
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const reads = [], writes = []
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const {p} = page({get(o) {reads.push(o)}, set(o) {writes.push(o)}})
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eatTo(p, 5); assert.equal(writes.length, 0, 'wait for stored high water before writing')
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reads[0].success('3'); assert.equal(p.bestText, 'BEST 5'); assert.equal(writes[0].value, '5')
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eatTo(p, 6); eatTo(p, 7); assert.equal(writes.length, 1)
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writes[0].success(); assert.equal(writes.length, 2); assert.equal(writes[1].value, '7')
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writes[1].success(); p.restart(); assert.equal(p.bestText, 'BEST 7')
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})
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test('read/write failures retry on later lifecycle activity without erasing a saved record', () => {
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const reads = [], writes = []
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const {p} = page({get(o) {reads.push(o)}, set(o) {writes.push(o)}})
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reads[0].fail('offline', 1); eatTo(p, 5); assert.equal(writes.length, 0)
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reads[1].success('8'); assert.equal(p.bestText, 'BEST 8'); assert.equal(writes.length, 0)
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eatTo(p, 9); writes[0].fail('full', 1); assert.equal(writes.length, 1)
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p.onHide(); p.onShow(); assert.equal(writes.length, 2); assert.equal(writes[1].value, '9')
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p.onDestroy(); const text = p.bestText; writes[1].success(); assert.equal(p.bestText, text)
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})
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test('storage throws and corrupt values never crash or poison gameplay', () => {
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const {p} = page({get() {throw Error('offline')}, set() {throw Error('full')}})
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eatTo(p, 1); assert.equal(p.bestText, 'BEST 1')
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for (const value of ['oops', '-4', '2.5', 'Infinity', '99999', '', '{}']) {
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const {p} = page({get(o) {o.success(value)}, set() {throw Error('full')}})
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assert.equal(p.bestText, 'BEST 0'); eatTo(p, 1); assert.equal(p.bestText, 'BEST 1')
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}
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})
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test('legacy 0.7 records above the new arena maximum survive', () => {
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const writes=[]
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const {p}=page({get(o){o.success('253')},set(o){writes.push(o)}})
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eatTo(p,20); p.restart()
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assert.equal(p.bestText,'BEST 253'); assert.equal(writes.length,0)
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})
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test('best score loads raw storage value and persists only new records', () => {
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let get; const writes = []
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const {p} = page({get(o) { get=o }, set(o) { writes.push(o) }})
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assert.ok(get, 'best score requested'); assert.equal(get.default, '0')
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get.success('4'); assert.equal(p.bestText, 'BEST 4')
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p.model = [{x:6,y:7}, ...snake.ARENA.cells.filter(c=>c.y!==7).slice(0,6)]
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p.foodModel = {x:7,y:7}; p.tick()
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assert.equal(p.bestText, 'BEST 5'); assert.equal(writes.length, 1)
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assert.equal(writes[0].value, '5'); assert.equal(writes[0].key, get.key)
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writes[0].success(); p.restart(); assert.equal(p.bestText, 'BEST 5')
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assert.match(ux, /import storage from '@system.storage'/)
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assert.ok(JSON.parse(fs.readFileSync('src/manifest.json')).features.some(f => f.name === 'system.storage'))
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})
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test('eating updates live score and accelerates to a capped 120ms', () => {
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const {p, timers} = page()
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assert.equal([...timers.values()][0].ms, 300)
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for (let score = 1; score <= 20; score++) {
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p.model = [{x:6,y:7}, ...snake.ARENA.cells.filter(c=>c.y!==7).slice(0,score+1)]
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p.dir = {x:1,y:0}; p.foodModel = {x:7,y:7}; p.tick()
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assert.equal(p.scoreText, 'SCORE ' + score)
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assert.equal(timers.size, 1); assert.equal([...timers.values()][0].ms, Math.max(120, 300-score*10))
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}
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p.restart(); assert.equal([...timers.values()][0].ms, 300)
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})
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test('pause stops timers, resume is explicit after hide, destroy is final', () => {
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const {p, timers} = page()
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assert.equal(timers.size, 1); p.onShow(); assert.equal(timers.size, 1)
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const stale = [...timers.values()][0].fn
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p.onSwipe({direction:'up'}); p.onTap(); assert.equal(p.paused, true); assert.equal(timers.size, 0)
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stale(); p.tick(); assert.equal(p.model[0].x, 6)
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p.onSwipe({direction:'down'}); p.onTap(); assert.equal(timers.size, 1)
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p.tick(); assert.equal(p.model[0].x, 7)
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p.onHide(); assert.equal(timers.size, 0); p.onShow(); assert.equal(p.paused, true); assert.equal(timers.size, 0)
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p.onTap(); assert.equal(timers.size, 1)
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p.onDestroy(); p.onShow(); p.onTap(); assert.equal(timers.size, 0)
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assert.doesNotMatch(ux, /onBackPress|transform\s*:/)
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assert.match(ux, /class="board"[^>]*onclick="onTap"/)
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})
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test('two safe turns are queued and consumed one per tick', () => {
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const {p} = page()
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for (const direction of ['up', 'down', 'up', 'left', 'down', 'garbage']) p.onSwipe({direction})
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p.tick(); assert.equal(p.model[0].y, 6); assert.equal(p.model[0].x, 6)
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p.tick(); assert.equal(p.model[0].x, 5); assert.equal(p.model[0].y, 6)
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p.tick(); assert.equal(p.model[0].x, 4); assert.equal(p.model[0].y, 6)
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p.onSwipe({direction:'down'}); p.restart(); p.tick()
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assert.equal(p.model[0].x, 7); assert.equal(p.model[0].y, 7)
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})
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