xuyueandClaude Opus 5.5
26104ae81e
- 实训台状态由服务器统一保存：滑块和开关设定传感器读数，推给学生程序； 学生程序控制的灯、继电器、LED 屏回写到实训台 - 网页按教材实训台布局图绘制实训台，传感器卡片上直接调节环境 - 新控件：CheckBox、RadioButton（事件顺序与 WinForms 一致），Lamp、Alarm - 设备类库：串口未打开时控制无效，与实物一致 - 修正：列表属性序列化时数字被转成字符串 - 示例：项目 2 任务 2–3、项目 3 任务 1–2；网址参数 ?sample= 打开指定示例 - 测试：实训台单元测试，项目 2、3 的端到端测试 Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
34 lines
1.7 KiB
TypeScript
34 lines
1.7 KiB
TypeScript
import { expect, test } from 'bun:test'
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import { Board } from '../src/board'
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test('滑块输入取整并限制在范围内，开关输入只接受布尔值', () => {
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const board = new Board()
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expect(board.applyInput({ type: 'boardInput', analog: { temperature: 31.6, light: 99999 } })).toBe(true)
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expect(board.state.analog.temperature).toBe(32)
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expect(board.state.analog.light).toBe(2000)
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board.applyInput({ type: 'boardInput', digital: { fire: true, smoke: 'yes' as unknown as boolean } })
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expect(board.state.digital.fire).toBe(true)
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expect(board.state.digital.smoke).toBe(false)
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// 发给运行器的读数按通道号排列：Vin0 温度、Vin1 湿度、Vin2 光照……；DI0 人体红外、DI1 火焰……
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const inputs = board.runnerInputs()
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expect(inputs.analog.slice(0, 3)).toEqual([32, 60, 2000])
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expect(inputs.digital).toEqual([false, true, false, false])
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})
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test('学生程序控制输出设备：LED 屏、4150 继电器、ZigBee 继电器', () => {
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const board = new Board()
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expect(board.applyDevice({ type: 'device', device: 'led', action: 'text', data: '欢迎' })).toBe(true)
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expect(board.applyDevice({ type: 'device', device: 'adam4150', action: 'do', data: [0, 1] })).toBe(true)
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expect(board.applyDevice({ type: 'device', device: 'zigbee', action: 'relay', data: [1, 1] })).toBe(true)
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expect(board.applyDevice({ type: 'device', device: 'adam4150', action: 'do', data: [9, 1] })).toBe(false)
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expect(board.state.ledText).toBe('欢迎')
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expect(board.state.relays[0]).toBe(true)
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expect(board.state.zigbee).toEqual([false, true])
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board.reset()
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expect(board.state.relays.every((on) => !on)).toBe(true)
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expect(board.state.ledText).toBe('')
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})
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