352 lines
20 KiB
JSON
352 lines
20 KiB
JSON
{
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"docs": {
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"components": {
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"label": "// 参考",
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"heading": "组件参考",
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"lead": "Velxio 附带 <strong>48 多个交互式电子组件</strong>，由 <a>wokwi-elements</a> 驱动。所有组件均可放置在仿真画布上，通过导线连接，并与您的 Arduino 草图实时交互。",
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"addingHeading": "添加组件",
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"adding1": "点击仿真画布上的 <strong>+</strong> 按钮。",
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"adding2": "在组件选择器中使用 <strong>搜索</strong> 或按 <strong>类别</strong> 浏览。",
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"adding3": "点击组件将其放置在画布上。",
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"adding4": "<strong>拖动</strong> 以重新定位；点击打开 <strong>属性对话框</strong>。",
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"connectingHeading": "连接组件",
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"connecting1": "点击任意组件上的 <strong>引脚</strong>，导线从该引脚开始。",
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"connecting2": "点击 <strong>目标引脚</strong> 完成连接。",
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"connecting3": "导线按信号类型 <strong>颜色编码</strong>：",
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"thColor": "颜色",
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"thSignalType": "信号类型",
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"colorRed": "红色",
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"colorBlack": "黑色",
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"colorBlue": "蓝色",
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"colorGreen": "绿色",
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"colorPurple": "紫色",
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"colorGold": "金色",
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"colorOrange": "橙色",
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"colorCyan": "青色",
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"sigVcc": "VCC（电源）",
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"sigGnd": "GND（地）",
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"sigAnalog": "模拟",
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"sigDigital": "数字",
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"sigPwm": "PWM",
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"sigI2c": "I2C（SDA/SCL）",
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"sigSpi": "SPI（MOSI/MISO/SCK）",
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"sigUsart": "USART（TX/RX）",
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"categoriesHeading": "组件类别",
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"outputHeading": "输出",
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"thComponent": "组件",
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"thDescription": "描述",
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"compLed": "LED",
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"compLedDesc": "单色 LED，颜色可配置",
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"compRgbLed": "RGB LED",
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"compRgbLedDesc": "三色 LED（红、绿、蓝通道）",
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"comp7Seg": "7 段数码管",
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"comp7SegDesc": "单数字显示",
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"compLcd16x2": "LCD 16x2",
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"compLcd16x2Desc": "2 行字符 LCD（I2C 或并行）",
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"compLcd20x4": "LCD 20x4",
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"compLcd20x4Desc": "4 行字符 LCD",
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"compIli9341": "ILI9341 TFT",
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"compIli9341Desc": "240x320 彩色 TFT 显示屏（SPI）",
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"compBuzzer": "蜂鸣器",
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"compBuzzerDesc": "无源压电蜂鸣器",
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"compNeoPixel": "NeoPixel",
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"compNeoPixelDesc": "独立寻址 RGB LED 灯带",
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"inputHeading": "输入",
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"compPushButton": "按钮",
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"compPushButtonDesc": "瞬时按钮",
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"compSlideSwitch": "滑动开关",
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"compSlideSwitchDesc": "SPDT 滑动开关",
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"compPotentiometer": "电位器",
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"compPotentiometerDesc": "模拟分压器（ADC 输入）",
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"compRotaryEncoder": "旋转编码器",
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"compRotaryEncoderDesc": "增量式旋转编码器",
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"compKeypad": "4x4 键盘",
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"compKeypadDesc": "16 键矩阵键盘",
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"compJoystick": "摇杆",
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"compJoystickDesc": "双轴模拟摇杆",
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"sensorsHeading": "传感器",
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"compHcSr04": "HC-SR04",
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"compHcSr04Desc": "超声波距离传感器",
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"compDht22": "DHT22",
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"compDht22Desc": "温湿度传感器",
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"compPir": "PIR 运动",
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"compPirDesc": "被动红外运动传感器",
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"compPhoto": "光敏电阻",
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"compPhotoDesc": "光敏电阻（LDR）",
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"compIrRecv": "红外接收头",
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"compIrRecvDesc": "38 kHz 红外接收器",
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"passiveHeading": "无源组件",
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"compResistor": "电阻",
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"compResistorDesc": "标准电阻（值可配置）",
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"compCapacitor": "电容",
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"compCapacitorDesc": "电解电容",
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"compInductor": "电感",
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"compInductorDesc": "线圈电感",
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"propsHeading": "组件属性",
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"propsLead": "每个组件都有一个 <strong>属性对话框</strong>，可通过在画布上点击访问：",
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"thProperty": "属性",
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"propArduinoPin": "Arduino 引脚",
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"propArduinoPinDesc": "此组件连接的数字或模拟引脚",
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"propColor": "颜色",
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"propColorDesc": "视觉颜色（LED、导线）",
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"propValue": "值",
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"propValueDesc": "组件值（例如，电阻值以欧姆为单位）",
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"propRotation": "旋转",
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"propRotationDesc": "以 90 度为增量旋转",
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"propDelete": "删除",
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"propDeleteDesc": "从画布移除组件"
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},
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"sectionMeta": {
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"intro": {
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"title": "简介 | Velxio 文档",
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"description": "了解 Velxio，一款免费开源的 Arduino 仿真器，具有真实的 AVR8 和 RP2040 CPU 仿真以及 48 多个交互式电子组件。"
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},
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"gettingStarted": {
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"title": "快速入门 | Velxio 文档",
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"description": "开始使用 Velxio：使用托管编辑器、使用 Docker 自托管或设置本地开发环境。在几分钟内仿真您的第一个 Arduino 草图。"
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},
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"emulator": {
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"title": "仿真器架构 | Velxio 文档",
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"description": "Velxio 如何仿真 AVR8 (ATmega328p)、RP2040 和 RISC-V (ESP32-C3) CPU。涵盖所有支持板的执行循环、外设和引脚映射。"
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},
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"riscvEmulation": {
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"title": "RISC-V 仿真 (ESP32-C3) | Velxio 文档",
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"description": "用于 ESP32-C3、XIAO ESP32-C3 和 C3 SuperMini 的浏览器端 RV32IMC 仿真器。涵盖内存映射、GPIO、UART0、ESP32 镜像解析器、RV32IMC ISA 和测试套件。"
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},
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"esp32Emulation": {
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"title": "ESP32 仿真 (Xtensa) | Velxio 文档",
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"description": "基于 QEMU 的 ESP32 和 ESP32-S3 (Xtensa LX6/LX7) 仿真。涵盖 lcgamboa 分支、libqemu-xtensa、GPIO、WiFi、I2C、SPI、RMT/NeoPixel 和 LEDC/PWM。"
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},
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"components": {
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"title": "组件参考 | Velxio 文档",
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"description": "Velxio 中所有 48 多个交互式电子组件的完整参考：LED、显示器、传感器、按钮、电位器等。包括接线和属性详细信息。"
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},
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"roadmap": {
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"title": "路线图 | Velxio 文档",
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"description": "Velxio 的功能路线图：已实现的功能、正在开发的功能以及未来版本计划的功能。"
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},
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"architecture": {
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"title": "项目架构 | Velxio 文档",
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"description": "Velxio 系统架构的详细概述：前端、后端、AVR8 仿真流水线、数据流、Zustand 存储和导线系统。"
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},
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"thirdParty": {
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"title": "Wokwi 库 | Velxio 文档",
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"description": "Velxio 如何集成官方 Wokwi 开源库：avr8js、wokwi-elements 和 rp2040js。涵盖配置、更新和 48 个可用组件。"
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},
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"mcp": {
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"title": "MCP 服务器 | Velxio 文档",
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"description": "Velxio MCP 服务器参考：通过模型上下文协议将 AI 代理（Claude、Cursor）与 Velxio 集成。涵盖工具、传输、电路格式和示例演练。"
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},
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"setup": {
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"title": "项目状态 | Velxio 文档",
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"description": "所有已实现的 Velxio 功能的完整状态：AVR 仿真、组件系统、导线系统、代码编辑器、示例项目和后续步骤。"
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},
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"rp2040Emulation": {
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"title": "RP2040 仿真 (Raspberry Pi Pico) | Velxio 文档",
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"description": "Velxio 如何使用 rp2040js 仿真 Raspberry Pi Pico 和 Pico W：ARM Cortex-M0+ 133 MHz、GPIO、UART、ADC、I2C、SPI、PWM 和 WFI 优化。"
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},
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"raspberryPi3Emulation": {
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"title": "Raspberry Pi 3 仿真 (QEMU) | Velxio 文档",
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"description": "Velxio 如何使用 QEMU raspi3b 仿真完整的 Raspberry Pi 3B：真实的 Raspberry Pi OS、Python + RPi.GPIO 垫片、双通道 UART、VFS 和多板串行桥。"
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},
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"buildQemu": {
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"title": "从源码构建 QEMU | Velxio 文档",
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"description": "从 lcgamboa/qemu 分支编译 libqemu-xtensa 和 libqemu-riscv32 的逐步指南。AGPLv3 许可下的完全透明。"
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}
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},
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"rp2040": {
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"label": "// arm cortex-m0+",
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"heading": "RP2040 仿真 (Raspberry Pi Pico)",
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"lead": "Raspberry Pi Pico 和 Pico W 完全在浏览器中使用 <a>rp2040js</a> 仿真，这是一个开源的 ARM Cortex-M0+ 仿真器。无需 QEMU 或后端进程，二进制文件在 Web Worker 中以全速运行。",
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"boardsHeading": "支持的板",
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"boardPico": "Raspberry Pi Pico",
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"altPico": "Raspberry Pi Pico",
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"boardPicoW": "Raspberry Pi Pico W",
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"altPicoW": "Raspberry Pi Pico W",
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"thBoard": "板",
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"thFqbn": "FQBN",
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"thBuiltinLed": "板载 LED",
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"ledGpio25": "GPIO 25",
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"ledCyw43": "GPIO 25（通过 CYW43）",
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"binaryHeading": "二进制格式",
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"binaryBody1": "后端使用 <code>arduino-cli</code> 编译草图，目标为 <code>rp2040:rp2040:rpipico</code>，并返回 base64 编码的原始 ARM 二进制文件 (<code>.bin</code>)。与 AVR 不同，没有 Intel HEX，二进制文件直接加载到 RP2040 闪存的偏移量 0 处。",
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"binaryBody2": "后端还在草图前添加 <code>#define Serial Serial1</code>，以便 Arduino <code>Serial</code> 调用重定向到 UART0（流式传输到串行监视器的虚拟串行端口）。",
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"peripheralsHeading": "外设",
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"thPeripheral": "外设",
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"thSupport": "支持",
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"thNotes": "备注",
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"perGpio": "GPIO（30 个引脚）",
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"supFull": "完整",
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"perGpioNotes": "数字读/写、上拉/下拉",
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"perUart": "UART0 / UART1",
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"perUartNotes": "通过 UART0 的串行监视器",
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"perAdc": "ADC（通道 0-3）",
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"perAdcNotes": "GPIO 26-29；通道 4 = 温度传感器",
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"perI2c": "I2C0 / I2C1",
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"supPartial": "部分",
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"perI2cNotes": "DS1307 RTC、温度传感器、EEPROM 虚拟设备",
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"perSpi": "SPI0 / SPI1",
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"supLoopback": "回环",
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"perSpiNotes": "TX 环回至 RX",
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"perPwm": "PWM",
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"supFreqOnly": "仅频率",
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"perPwmNotes": "无波形输出到组件",
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"perTimer": "定时器 / 闹钟",
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"perTimerNotes": "由 <code>delay()</code> 和 <code>millis()</code> 使用",
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"wfiHeading": "WFI 优化",
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"wfiBody": "当 CPU 执行 <strong>WFI</strong>（等待中断）指令时，仿真器将系统时钟快进到下一个预定闹钟，而不是在空闲周期中旋转。这大大减少了 <code>delay()</code> 调用期间的 CPU 使用率。",
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"simLoopHeading": "仿真循环",
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"simLoopBody": "仿真在 <code>requestAnimationFrame</code> 内以约 60 FPS 运行。每帧执行大约 <strong>2,200,000</strong> 个 CPU 周期（133 MHz / 60 fps）。每当引脚状态改变时，GPIO 监听器触发并更新画布上的视觉组件。",
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"limitsHeading": "已知限制",
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"limit1": "Pico W 无线芯片 (CYW43439) 未仿真，WiFi/蓝牙将无法工作",
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"limit2": "仅 SPI 回环，无真实 SPI 设备仿真",
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"limit3": "PWM 产生正确频率，但组件上无视觉波形",
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"limit4": "DMA 未仿真",
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"limit5": "第二个 CPU 核心（核心 1）未仿真，<code>multicore_launch_core1()</code> 无效",
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"fullDocsHeading": "完整文档",
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"fullDocsBody": "查看完整技术参考：<a>RP2040_EMULATION.md</a>"
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},
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"rpi3": {
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"label": "// qemu raspi3b",
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"heading": "Raspberry Pi 3 仿真 (QEMU)",
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"lead": "Raspberry Pi 3B 使用 <strong>QEMU 8.1.3</strong> 和 <code>-M raspi3b</code> 仿真。这是 Velxio 中唯一运行完整操作系统的板，一个真实的 <strong>Raspberry Pi OS (Trixie)</strong> 镜像在仿真器内启动。用户编写 Python 脚本（而非 C++），由虚拟机内的真实 Python 3 解释器执行。",
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"boardsHeading": "支持的板",
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"boardRpi3": "Raspberry Pi 3B",
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"altRpi3": "Raspberry Pi 3B",
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"thBoard": "板",
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"thQemuMachine": "QEMU 机器",
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"thCpu": "CPU",
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"boardRpi3Name": "Raspberry Pi 3B",
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"cpuBcm": "BCM2837，4x Cortex-A53 @ 1.2 GHz",
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"serialHeading": "双通道串行架构",
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"serialLead": "QEMU 向后端暴露两个 UART 通道：",
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"serialUser": "<strong>ttyAMA0</strong>：用户串行：交互式终端（串行监视器）。用户的 <code>print()</code> 输出显示在此处。",
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"serialGpio": "<strong>ttyAMA1</strong>：GPIO 垫片：承载虚拟机内 GPIO 垫片与后端之间的文本协议。",
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"shimHeading": "RPi.GPIO 垫片",
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"shimBody1": "一个自定义的 <code>RPi.GPIO</code> 垫片被注入到虚拟机内的 <code>/usr/local/lib/python3.11/dist-packages/RPi/GPIO.py</code>。当用户代码调用 <code>GPIO.output(pin, value)</code> 时，垫片向 <strong>ttyAMA1</strong> 写入一行如 <code>GPIO 17 1</code> 的内容。后端读取此行，触发 <code>gpio_change</code> WebSocket 事件，前端更新画布上的视觉组件。",
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"shimBody2": "反向操作同样有效：前端可以通过 WebSocket - 后端 - ttyAMA1 - 垫片发送 <code>SET 17 1</code>，用户代码通过 <code>GPIO.input(17)</code> 读取。",
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"vfsHeading": "虚拟文件系统 (VFS)",
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"vfsBody": "每个 Raspberry Pi 板实例都有自己的 VFS，映射到运行中虚拟机内的文件。默认树为：",
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"overlayHeading": "覆盖镜像",
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"overlayBody": "基础 Raspberry Pi OS SD 镜像从不修改。每个会话在基础镜像之上创建一个新的 <strong>qcow2 覆盖</strong>，因此所有运行时更改都是隔离的，并在会话结束时丢弃。",
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"limitsHeading": "已知限制",
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"limit1": "无 I2C 或 SPI 设备仿真",
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"limit2": "无 PWM 波形输出到组件",
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"limit3": "无网络（WiFi/以太网未仿真）",
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"limit4": "会话状态不持久化，覆盖在停止时丢弃",
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"limit5": "启动时间慢（约 10-20 秒），因为必须启动完整的操作系统",
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"limit6": "需要在服务器上存在约 5.67 GB 的基础 SD 镜像",
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"fullDocsHeading": "完整文档",
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"fullDocsBody": "查看完整技术参考：<a>RASPBERRYPI3_EMULATION.md</a>"
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},
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"gettingStarted": {
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"label": "// 设置",
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"heading": "快速入门",
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"lead": "按照以下步骤仿真您的第一个 Arduino 草图。",
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"option1Heading": "选项 1：使用托管版本",
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"option1Body": "无需安装，前往 <a>https://velxio.dev</a> 立即开始编码。",
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"option2Heading": "选项 2：使用 Docker 自托管",
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"option2Body": "运行单个 Docker 命令启动完全本地实例：",
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"option2After": "然后在浏览器中打开 <strong>http://localhost:3080</strong>。",
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"option3Heading": "选项 3：手动设置（开发）",
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"option3Prereq": "<strong>先决条件：</strong> Node.js 18+、Python 3.12+、<code>arduino-cli</code>",
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"option3Step1": "1. 克隆仓库",
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"option3Step2": "2. 启动后端",
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"option3Step3": "3. 启动前端",
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"option3Step3After": "打开 <strong>http://localhost:5173</strong>。",
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"option3Step4": "4. 设置 arduino-cli（首次）",
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"firstSimulationHeading": "您的第一次仿真",
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"firstSim1": "<strong>打开编辑器</strong> 在 <a>velxio.dev/editor</a>。",
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"firstSim2": "<strong>从工具栏选择板</strong>（例如 <em>Arduino Uno</em>）。",
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"firstSim3": "<strong>在 Monaco 编辑器中编写 Arduino 代码</strong>，例如：",
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"firstSim4": "<strong>点击编译</strong>：后端调用 <code>arduino-cli</code> 并返回 <code>.hex</code> 文件。",
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"firstSim5": "<strong>点击运行</strong>：AVR8 仿真器执行编译后的程序。",
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"firstSim6": "<strong>使用组件选择器添加组件</strong>（点击画布上的 <strong>+</strong> 按钮）。",
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"firstSim7": "<strong>连接导线</strong>：点击一个组件引脚，然后点击另一个引脚。",
|
||
"troubleshootingHeading": "故障排除",
|
||
"thProblem": "问题",
|
||
"thSolution": "解决方案",
|
||
"tsArduinoCliMissingProblem": "<code>arduino-cli: command not found</code>",
|
||
"tsArduinoCliMissingSolution": "安装 <code>arduino-cli</code> 并将其添加到 PATH。",
|
||
"tsLedNoBlinkProblem": "LED 不闪烁",
|
||
"tsLedNoBlinkSolution": "检查浏览器控制台是否有端口监听器错误；在组件属性对话框中验证引脚分配。",
|
||
"tsSerialEmptyProblem": "串行监视器为空",
|
||
"tsSerialEmptySolution": "确保在 <code>setup()</code> 中调用 <code>Serial.begin()</code>，然后再调用任何 <code>Serial.print()</code>。",
|
||
"tsCompileErrorsProblem": "编译错误",
|
||
"tsCompileErrorsSolution": "检查编辑器底部的编译控制台，查看完整的 <code>arduino-cli</code> 输出。"
|
||
},
|
||
"thirdParty": {
|
||
"label": "// 开源库",
|
||
"heading": "Wokwi 库",
|
||
"lead": "Velxio 使用官方 Wokwi 开源仓库，本地克隆在 <code>third-party/</code> 中。这为您提供最新、兼容的仿真引擎和视觉组件，无需 npm 注册表依赖。",
|
||
"clonedHeading": "克隆的仓库",
|
||
"thLibrary": "库",
|
||
"thLocation": "位置",
|
||
"libElementsDesc": "48 多个 Lit Web 组件（LED、LCD、传感器、按钮...）",
|
||
"libAvr8jsDesc": "ATmega328p / ATmega2560 CPU 仿真器，16 MHz",
|
||
"libRp2040jsDesc": "Raspberry Pi Pico (RP2040) 仿真器",
|
||
"npmIntro": "所有三个库均由 <code>frontend/package.json</code> 直接从 npm 注册表拉取。参考克隆可能位于 <code>third-party/</code> 下，用于致谢和离线修改，但构建不需要它们。",
|
||
"updatingHeading": "更新库",
|
||
"updatingBody": "编辑 <code>frontend/package.json</code> 中的版本锁定（<code>@wokwi/elements</code>、<code>avr8js</code>、<code>rp2040js</code>），然后在 <code>frontend/</code> 中运行 <code>npm install</code>。",
|
||
"afterBumpHeading": "在升级 wokwi-elements 后（仅当添加新组件时）",
|
||
"afterBumpBody": "元数据生成器扫描上游的 <code>src/</code>，而 npm 包不包含该目录。将 wokwi-elements 克隆到 <code>third-party/</code> 一次并重新生成：",
|
||
"availableHeading": "可用的 Wokwi 组件（48 个）",
|
||
"thCategory": "类别",
|
||
"thComponents": "组件",
|
||
"catBoards": "板",
|
||
"catBoardsList": "Arduino Uno、Mega、Nano、ESP32 DevKit",
|
||
"catSensors": "传感器",
|
||
"catSensorsList": "DHT22、HC-SR04、PIR、光敏电阻、NTC、摇杆",
|
||
"catDisplays": "显示器",
|
||
"catDisplaysList": "LCD 16x2、LCD 20x4、7 段数码管",
|
||
"catInput": "输入",
|
||
"catInputList": "按钮、6mm 按钮、滑动开关、8 位 DIP 开关、电位器",
|
||
"catOutput": "输出",
|
||
"catOutputList": "LED、RGB LED、LED 条形图、蜂鸣器、NeoPixel",
|
||
"catMotors": "电机",
|
||
"catMotorsList": "舵机、步进电机",
|
||
"catPassive": "无源",
|
||
"catPassiveList": "电阻、滑动电位器、LED 环、矩阵键盘",
|
||
"catOther": "其他",
|
||
"catOtherList": "红外接收头、DS1307 RTC、面包板等",
|
||
"howAvrHeading": "avr8js 如何驱动仿真",
|
||
"fullDetailsCallout": "<strong>完整详情：</strong> 参见仓库中的 <a>docs/WOKWI_LIBS.md</a>。"
|
||
},
|
||
"mcp": {
|
||
"label": "// AI 集成",
|
||
"heading": "MCP 服务器",
|
||
"lead": "Velxio 暴露了一个 <a>模型上下文协议</a> (MCP) 服务器，允许 AI 代理（Claude、Cursor 等）直接创建电路、生成代码和编译 Arduino 草图。",
|
||
"toolsHeading": "可用工具",
|
||
"thTool": "工具",
|
||
"toolCompileDesc": "编译 Arduino 草图文件 - Intel HEX / 二进制",
|
||
"toolRunDesc": "编译并将工件标记为仿真就绪",
|
||
"toolImportDesc": "解析 Wokwi <code>diagram.json</code> - Velxio 电路",
|
||
"toolExportDesc": "序列化 Velxio 电路 - Wokwi <code>diagram.json</code>",
|
||
"toolCreateDesc": "创建新的电路定义",
|
||
"toolUpdateDesc": "将更改合并到现有电路",
|
||
"toolGenerateDesc": "从电路生成入门 <code>.ino</code> 代码",
|
||
"transportHeading": "传输选项",
|
||
"stdioHeading": "1. stdio：Claude Desktop / CLI 代理",
|
||
"stdioConfigBody": "Claude Desktop 配置（<code>~/.claude/claude_desktop_config.json</code>）：",
|
||
"sseHeading": "2. SSE / HTTP：Cursor IDE / Web 代理",
|
||
"sseConfigBody": "MCP 客户端配置：",
|
||
"circuitFormatHeading": "电路数据格式",
|
||
"circuitFormatLead": "Velxio 电路是纯 JSON 对象：",
|
||
"fqbnHeading": "支持的板 FQBN",
|
||
"thFqbn": "FQBN",
|
||
"exampleHeading": "示例：从零开始闪烁 LED",
|
||
"setupHeading": "设置",
|
||
"fullRefCallout": "<strong>完整参考：</strong> 参见仓库中的 <a>docs/MCP.md</a>。"
|
||
},
|
||
"pagesNav": {
|
||
"home": "首页",
|
||
"editor": "编辑器",
|
||
"examples": "示例"
|
||
},
|
||
"toggleSidebar": "切换侧边栏",
|
||
"viewOnGitHub": "在 GitHub 上查看",
|
||
"pageTitle": "文档",
|
||
"pages": "页面"
|
||
}
|
||
}
|