Lucas RayanandClaude Sonnet 5.5
5a9fe676fc
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Co-Authored-By: Claude Sonnet 5.5 <noreply@anthropic.com>
395 lines
21 KiB
JSON
395 lines
21 KiB
JSON
{
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"ESP-IDF": {
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"nome": "ESP-IDF",
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"icone": "⚙️",
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"nome_completo": "Espressif IoT Development Framework",
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"descricao": "乐鑫官方原生框架，适用于所有 ESP32 SoC。基于多核 FreeRTOS 和 CMake，可完全控制芯片、外设、射频和模块化组件架构。",
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"linguagem": "C / C++",
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"tipo": "官方基础框架",
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"funcao_principal": "工业级高性能开发，可直接访问寄存器、实时 RTOS 和完整协议栈",
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"caracteristicas": [
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"实时操作系统（FreeRTOS SMP 多核）",
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"通过 idf_component.yml 原生支持 ESP Component Registry",
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"完整的 Wi-Fi 4/6、BLE 5.x、Zigbee 和 Thread 连接协议栈",
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"支持所有 SoC（ESP32、S2、S3、C2、C3、C6、H2、P4）",
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"高级电源管理和 Deep Sleep 模式",
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"强大的安全性：Secure Boot v2、Flash Encryption 和 Crypto HW",
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"带自动回滚的加密 OTA 更新",
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"现代 Clang/GCC 工具链，支持 C++23 和 JTAG OpenOCD 调试"
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],
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"casos_uso": [
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"商业和工业 IoT 产品",
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"对电池和功耗有严格要求的设备",
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"带中断控制的实时应用",
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"使用硬件加密的安全系统",
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"高性能多协议网关"
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],
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"exemplo": "/exemplos/esp-idf.c",
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"exemplos": "https://github.com/espressif/esp-idf/tree/master/examples",
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"documentacao": "https://docs.espressif.com/projects/esp-idf/en/latest/",
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"repositorio": "https://github.com/espressif/esp-idf",
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"cor": "#E74C3C"
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},
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"ESP-RainMaker": {
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"nome": "ESP-RainMaker",
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"icone": "☁️",
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"nome_completo": "ESP RainMaker AIoT Cloud Platform",
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"descricao": "乐鑫面向联网产品的完整云和固件平台。无需从零开发后端或移动应用即可创建 IoT 设备。",
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"linguagem": "C / C++",
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"tipo": "云端与 AIoT 框架",
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"funcao_principal": "借助移动应用（iOS/Android）、AWS Serverless 云和语音控制（Alexa/Google Home）加速智能产品构建",
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"caracteristicas": [
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"通过官方应用辅助进行 Wi-Fi 和 BLE 配网",
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"根据固件参数在应用中动态生成界面",
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"原生集成 Alexa 和 Google Assistant",
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"同时支持本地控制（通过 mDNS/HTTP 的 Local Control）和云端",
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"用于设备群和 OTA 管理的管理面板（RainMaker Dashboard）",
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"原生兼容 Matter 节点和设备桥接",
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"通过 ESP Component Registry 集成的库（espressif/esp_rainmaker）"
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],
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"casos_uso": [
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"面向终端消费者的家电和智能照明",
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"缩短上市时间（Time-to-Market）的 IoT 产品",
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"需要移动应用控制且无需自建基础设施成本的设备",
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"带集中式 OTA 更新的远程监控系统"
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],
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"exemplo": "/exemplos/esp-rainmaker.c",
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"exemplos": "https://github.com/espressif/esp-rainmaker/tree/master/examples",
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"documentacao": "https://rainmaker.espressif.com/docs/",
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"repositorio": "https://github.com/espressif/esp-rainmaker",
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"cor": "#3B82F6"
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},
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"ESP-Matter": {
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"nome": "ESP-Matter",
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"icone": "🏠",
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"nome_completo": "ESP Matter SDK",
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"descricao": "乐鑫面向 Matter 通用智能家居标准（原 Project CHIP）的官方 SDK。让你的设备可与 Apple HomeKit、Google Home、Alexa 和 Home Assistant 互操作。",
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"linguagem": "C++",
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"tipo": "智能家居框架",
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"funcao_principal": "开发兼容 Wi-Fi 和 Thread 上统一 Matter 标准的智能设备和桥接",
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"caracteristicas": [
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"Matter 规范集群的完整实现",
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"支持基于 Wi-Fi 和 Thread 的传输（ESP32-H2 和 ESP32-C6 上的 802.15.4）",
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"通过 BLE 或 On-Network 简化调试入网",
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"同时兼容 Apple Home、Google Home、Alexa 和 SmartThings",
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"基于设备认证证书（DAC）的安全机制",
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"支持 Matter Bridge（将传统 Zigbee/BLE 设备接入 Matter）",
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"直接集成 ESP-IDF 和 ESP Component Registry"
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],
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"casos_uso": [
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"可互操作的灯具、插座、开关和调光器",
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"人体存在、温度、湿度和门磁传感器",
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"电子锁和窗帘执行器",
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"Matter 边界路由器和住宅桥接"
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],
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"exemplo": "/exemplos/esp-matter.c",
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"exemplos": "https://github.com/espressif/esp-matter/tree/main/examples",
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"documentacao": "https://docs.espressif.com/projects/esp-matter/en/latest/",
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"repositorio": "https://github.com/espressif/esp-matter",
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"cor": "#F59E0B"
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},
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"ESP-ADF": {
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"nome": "ESP-ADF",
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"icone": "🎵",
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"nome_completo": "ESP Audio Development Framework",
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"descricao": "面向 ESP32 SoC 的高质量数字音频处理、串流和播放专用框架。",
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"linguagem": "C / C++",
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"tipo": "音频与语音框架",
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"funcao_principal": "创建灵活的音频流水线，包含解码器、网络串流、均衡和声学效果",
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"caracteristicas": [
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"模块化音频流水线架构（Audio Elements 与 Audio Stream）",
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"支持多种编解码器：MP3、AAC、FLAC、WAV、OGG、Opus 和 AMR",
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"通过 HTTP、HTTPS、HLS、RTSP 和 WebSockets 进行音频串流",
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"支持 Bluetooth A2DP（Sink/Source）和 Bluetooth Handsfree（HFP）",
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"声学处理算法（AEC、AGC、NS、参数均衡器）",
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"支持 ESP32-LyraT 和 ESP32-S3-Korvo 等专用开发板"
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],
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"casos_uso": [
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"智能音箱和网络收音机",
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"对讲机、walkie-talkie 和 VoIP 对讲系统",
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"带 PSRAM 的音乐播放器",
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"楼宇自动化背景音乐系统"
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],
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"exemplo": "/exemplos/esp-adf.c",
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"exemplos": "https://github.com/espressif/esp-adf/tree/master/examples",
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"documentacao": "https://docs.espressif.com/projects/esp-adf/en/latest/",
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"repositorio": "https://github.com/espressif/esp-adf",
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"cor": "#0284C7"
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},
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"ESP-SR": {
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"nome": "ESP-SR",
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"icone": "🎙️",
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"nome_completo": "ESP Speech Recognition Framework",
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"descricao": "本地语音识别和边缘 AI 音频处理框架，无需互联网连接即可实现语音命令。",
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"linguagem": "C / C++",
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"tipo": "语音与 AI 框架",
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"funcao_principal": "本地语音处理、唤醒词（Wake Word）检测和实时语音命令识别",
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"caracteristicas": [
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"WakeNet：精确定位本地唤醒词（如 'Hi, ESP' 和自定义词）",
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"MultiNet：离线本地识别数百条语音命令，支持葡萄牙语、英语和普通话",
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"AFE（音频前端）：回声消除（AEC）、噪声抑制（BSS/NS）和自动增益控制（AGC）",
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"支持多个麦克风和定向波束成形（Beamforming）",
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"针对 ESP32-S3 和 ESP32-P4 使用 SIMD 向量加速优化",
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"组件可在 ESP Component Registry 中获取（espressif/esp-sr）"
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],
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"casos_uso": [
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"100% 离线且保护隐私的语音控制家电",
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"语音驱动的智能家居面板",
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"互动玩具和教育机器人",
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"需要免手操作的医疗和工业设备"
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],
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"exemplo": "/exemplos/esp-sr.c",
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"exemplos": "https://github.com/espressif/esp-sr/tree/master/examples",
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"documentacao": "https://docs.espressif.com/projects/esp-sr/en/latest/",
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"repositorio": "https://github.com/espressif/esp-sr",
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"cor": "#6366F1"
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},
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"ESP-IoT-Solution": {
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"nome": "ESP-IoT-Solution",
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"icone": "🧩",
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"nome_completo": "ESP-IoT-Solution Driver & Peripheral Suite",
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"descricao": "乐鑫官方集合，包含数十个可直接用于生产的驱动、外设组件、触摸屏、传感器和总线协议。",
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"linguagem": "C / C++",
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"tipo": "外设与驱动库",
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"funcao_principal": "加速硬件组件集成（LCD/OLED 屏、环境/IMU 传感器、智能按键、I2C/SPI/Modbus 总线）",
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"caracteristicas": [
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"完整传感器驱动（温度、湿度、压力、加速度计、光照）",
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"高级物理按键、触摸矩阵和旋转编码器管理",
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"LCD 和 OLED 显示屏驱动（ST7789、ILI9341、SSD1306）及触摸控制器（FT6X36、GT911）",
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"工业 Modbus 协议栈（基于 RS-485 或 TCP 的 Master 和 Slave）",
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"步进电机控制和可寻址 LED 驱动（WS2812/SK6812）",
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"在 ESP Component Registry 中完全模块化"
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],
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"casos_uso": [
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"带触摸屏和电容按键的人机界面（IHM / HMI）",
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"气象站和工业传感器监测",
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"通过 RS-485 Modbus 集成的工业自动化设备",
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"使用复杂 RGB LED 灯带和矩阵的项目"
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],
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"exemplo": "/exemplos/esp-iot-solution.c",
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"exemplos": "https://github.com/espressif/esp-iot-solution/tree/master/examples",
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"documentacao": "https://docs.espressif.com/projects/esp-iot-solution/en/latest/",
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"repositorio": "https://github.com/espressif/esp-iot-solution",
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"cor": "#10B981"
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},
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"ESP-NOW": {
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"nome": "ESP-NOW & Mesh",
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"icone": "📡",
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"nome_completo": "ESP-NOW Protocol & Mesh-Lite",
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"descricao": "乐鑫开发的超低延迟无线通信协议，工作在 2.4 GHz 频段，无需传统 Wi-Fi 路由器。",
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"linguagem": "C / C++",
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"tipo": "网络与 Mesh 协议",
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"funcao_principal": "数十块 ESP32 开发板之间的点对点消息、广播和轻量网状组网",
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"caracteristicas": [
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"无需路由器或接入点（AP）的直接通信",
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"毫秒级传输延迟和即时连接",
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"使用 AES-128 密钥的原生加密",
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"极其节能，非常适合电池供电节点",
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"支持遥控器配对和向多个节点广播",
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"支持 Mesh-Lite 进行带 IP 跳转的网状路由"
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],
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"casos_uso": [
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"无线遥控器和电池供电墙壁开关",
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"田间分布式农业传感器网络",
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"舞台灯光和无人机的实时同步",
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"住宅报警器和紧急按钮"
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],
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"exemplo": "/exemplos/esp-now.c",
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"exemplos": "https://github.com/espressif/esp-now/tree/master/examples",
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"documentacao": "https://docs.espressif.com/projects/esp-idf/en/latest/esp32/api-reference/network/esp_now.html",
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"repositorio": "https://github.com/espressif/esp-now",
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"cor": "#8B5CF6"
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},
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"ESP-Zigbee-SDK": {
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"nome": "ESP-Zigbee-SDK",
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"icone": "🐝",
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"nome_completo": "ESP Zigbee SDK (ZCL & ZBOSS)",
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"descricao": "官方 SDK，用于在支持 802.15.4 射频的 ESP32 SoC（如 ESP32-H2 和 ESP32-C6）上开发 Zigbee 3.0 节点、路由器和协调器。",
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"linguagem": "C / C++",
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"tipo": "智能家居与 Mesh",
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"funcao_principal": "构建基于 Zigbee 3.0 标准的超轻量、超低功耗楼宇自动化网络",
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"caracteristicas": [
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"基于 ZBOSS 协议栈的 Zigbee 3.0 认证实现",
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"支持协调器（ZC）、路由器（ZR）和终端设备（ZED / Sleepy End Device）角色",
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"丰富的 ZCL 集群库（开/关、亮度、颜色、温度、电能计量）",
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"深度睡眠期间功耗仅为微安级，传感器可依靠电池运行多年",
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"原生兼容 Zigbee 桥接（Home Assistant ZHA/Zigbee2MQTT、Philips Hue）"
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],
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"casos_uso": [
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"由纽扣电池供电的人体存在、门窗和漏水传感器",
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"Zigbee 3.0 网络中的智能灯和插座",
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"Zigbee 转 Wi-Fi 或 Zigbee 转 Ethernet 网关和桥接",
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"高节点密度的商业楼宇自动化"
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],
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"exemplo": "/exemplos/esp-zigbee.c",
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"exemplos": "https://github.com/espressif/esp-zigbee-sdk/tree/main/examples",
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"documentacao": "https://docs.espressif.com/projects/esp-zigbee-sdk/en/latest/",
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"repositorio": "https://github.com/espressif/esp-zigbee-sdk",
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"cor": "#EC4899"
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},
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"ESP-WHO": {
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"nome": "ESP-WHO",
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"icone": "📷",
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"nome_completo": "ESP Image Processing & Vision Framework",
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"descricao": "乐鑫面向边缘图像处理和计算机视觉（Edge Vision）的框架，可连接 ESP32 摄像头。",
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"linguagem": "C / C++",
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"tipo": "计算机视觉与 AI",
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"funcao_principal": "人脸检测、生物识别、人体检测和视频流处理",
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"caracteristicas": [
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"实时人脸检测和人脸关键点（Landmarks）提取",
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"使用已注册用户数据库的本地人脸识别",
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"人体存在检测和人数统计（Human Detection）",
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"针对 ESP32-S3 和 ESP32-P4 使用 AI 向量指令优化",
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"支持 DVP 和 MIPI-CSI 摄像头传感器（OV2640、OV3660、OV5640、SC030IOT）"
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],
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"casos_uso": [
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"人脸生物识别门禁",
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"智能门铃和安全摄像头（Smart Doorbells）",
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"房间和办公室占用智能传感器",
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"人体跟随机器人和互动玩具"
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],
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"exemplo": "/exemplos/esp-who.c",
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"exemplos": "https://github.com/espressif/esp-who/tree/master/examples",
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"documentacao": "https://github.com/espressif/esp-who",
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"repositorio": "https://github.com/espressif/esp-who",
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"cor": "#F97316"
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},
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"ESP-NN": {
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"nome": "ESP-NN",
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"icone": "🧠",
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"nome_completo": "ESP Neural Network Acceleration Library",
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"descricao": "针对 ESP32 芯片 Xtensa 和 RISC-V 架构高度优化的神经网络内核与运算库。",
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"linguagem": "C / C++",
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"tipo": "专用 AI 库",
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"funcao_principal": "利用向量 SIMD 指令，对深度神经网络进行 INT8 和 INT16 量化推理加速",
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"caracteristicas": [
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"优化运算：2D 卷积、Depthwise Conv、Fully Connected 和 Pooling",
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"官方加速后端，集成 TensorFlow Lite for Microcontrollers（TFLM）",
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"高效的 8 位和 16 位量化，大幅降低 RAM 和 Flash 占用",
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"在 ESP32-S3 和 ESP32-P4 上利用专用向量指令实现极致加速",
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"无实时操作系统开销的执行"
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],
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"casos_uso": [
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"音频分类和工业振动信号分析（预测性维护）",
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"使用 TinyML 模型进行传感器异常检测",
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"通过 IMU 进行手势识别",
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"微控制器上的超轻量计算机视觉"
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],
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"exemplo": "/exemplos/esp-nn.c",
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"exemplos": "https://github.com/espressif/esp-nn/tree/master/test_app",
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"documentacao": "https://github.com/espressif/esp-nn",
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"repositorio": "https://github.com/espressif/esp-nn",
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"cor": "#14B8A6"
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},
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"ESP-DSP": {
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"nome": "ESP-DSP",
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"icone": "📊",
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"nome_completo": "ESP Digital Signal Processing Library",
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||
"descricao": "面向 ESP32 系列的官方数字信号处理库，提供硬件加速的数学算法。",
|
||
"linguagem": "C / C++",
|
||
"tipo": "专用信号处理库",
|
||
"funcao_principal": "以最高速度执行 FFT、变换、数字滤波和矩阵运算等繁重数学计算",
|
||
"caracteristicas": [
|
||
"以汇编优化的快速傅里叶变换（实数和复数 FFT）",
|
||
"IIR、FIR 数字滤波器和卡尔曼估计器",
|
||
"矩阵、向量和标量积运算",
|
||
"支持浮点数和定点数（Radix-2 和 Radix-4）",
|
||
"针对 Xtensa 双核和 RISC-V 架构的定制优化"
|
||
],
|
||
"casos_uso": [
|
||
"实时音频和振动频谱分析",
|
||
"生物医学（ECG/EMG）和工业传感器的抗噪滤波器",
|
||
"高精度电机控制和 FOC 算法",
|
||
"边缘端数据压缩与编码"
|
||
],
|
||
"exemplo": "/exemplos/esp-dsp.c",
|
||
"exemplos": "https://github.com/espressif/esp-dsp/tree/master/examples",
|
||
"documentacao": "https://docs.espressif.com/projects/esp-dsp/en/latest/",
|
||
"repositorio": "https://github.com/espressif/esp-dsp",
|
||
"cor": "#A855F7"
|
||
},
|
||
"Rust-ESP": {
|
||
"nome": "Rust on ESP32",
|
||
"icone": "🦀",
|
||
"nome_completo": "ESP-RS Rust Ecosystem for ESP32",
|
||
"descricao": "面向 ESP32 系列的现代 Rust 语言开发生态，兼具内存安全（Memory Safety）、稳健并发和高性能。",
|
||
"linguagem": "Rust",
|
||
"tipo": "现代语言与框架",
|
||
"funcao_principal": "安全高性能固件开发，既支持裸机模式（通过 esp-hal 使用 no_std），也支持完整协议栈（通过 esp-idf-svc 使用 std）",
|
||
"caracteristicas": [
|
||
"裸机 `no_std` 模式配合 `esp-hal` 库：无 RTOS 的完全控制和超快启动",
|
||
"`std` 模式配合 `esp-idf-svc`：访问 Rust 标准库、Wi-Fi、BLE、HTTP、MQTT 和线程",
|
||
"在编译期保证防止内存损坏和 Data Race",
|
||
"支持 Xtensa（ESP32、S2、S3）和原生 RISC-V（C2、C3、C6、H2、P4）目标",
|
||
"与 `embedded-hal` crate 生态集成，并使用 `embassy` 的 async/await",
|
||
"官方工具：用于烧录和串口监视的 `espflash`，以及用于模板的 `esp-generate`"
|
||
],
|
||
"casos_uso": [
|
||
"不允许内存故障（Null Pointer、Buffer Overflow）的关键系统",
|
||
"具有简洁异步并发的现代 IoT 应用",
|
||
"需要高安全级别的工业设备",
|
||
"现代机器人和仪器仪表项目"
|
||
],
|
||
"exemplo": "/exemplos/rust-esp.rs",
|
||
"exemplos": "https://github.com/esp-rs/esp-hal/tree/main/examples",
|
||
"documentacao": "https://esp-rs.github.io/book/",
|
||
"repositorio": "https://github.com/esp-rs",
|
||
"cor": "#E44D26"
|
||
},
|
||
"Arduino": {
|
||
"nome": "Arduino Core",
|
||
"icone": "🛠️",
|
||
"nome_completo": "Arduino Core for ESP32",
|
||
"descricao": "ESP-IDF 上的 Arduino 框架官方实现（3.x+ 版本基于 ESP-IDF v5.1+），兼具极高易用性和 ESP32 高级特性。",
|
||
"linguagem": "C++",
|
||
"tipo": "热门替代框架",
|
||
"funcao_principal": "利用庞大的 Arduino 库生态进行快速原型设计、教育项目和加速开发",
|
||
"caracteristicas": [
|
||
"经典 `setup()` 和 `loop()` 语法，兼容数十万个库",
|
||
"作为官方 ESP-IDF 上的 FreeRTOS 任务运行",
|
||
"完整支持 Wi-Fi、Bluetooth Classic/BLE、WebServer 和 WebSockets",
|
||
"兼容 Arduino IDE 2.x、PlatformIO 和 VS Code",
|
||
"更新支持所有主流 SoC（ESP32、S2、S3、C3、C6）",
|
||
"需要时可访问 ESP-IDF 原生功能"
|
||
],
|
||
"casos_uso": [
|
||
"快速原型设计和概念验证（PoC）",
|
||
"教育、创客和学术项目",
|
||
"带仪表盘的简单 IoT 系统（Blynk、Adafruit IO、ThingSpeak）",
|
||
"业余机器人和 DIY 家庭自动化"
|
||
],
|
||
"exemplo": "/exemplos/arduino.ino",
|
||
"exemplos": "https://github.com/espressif/arduino-esp32/tree/master/docs/en/tutorials",
|
||
"documentacao": "https://docs.espressif.com/projects/arduino-esp32/en/latest/",
|
||
"repositorio": "https://github.com/espressif/arduino-esp32",
|
||
"cor": "#00979D"
|
||
},
|
||
"MicroPython": {
|
||
"nome": "MicroPython",
|
||
"icone": "🐍",
|
||
"nome_completo": "MicroPython for ESP32",
|
||
"descricao": "精简高效的 Python 3 实现，针对 ESP32 CPU 直接运行优化，并提供实时解释器。",
|
||
"linguagem": "Python",
|
||
"tipo": "动态语言与解释器",
|
||
"funcao_principal": "使用 Python 进行交互式开发和敏捷原型设计，提供交互式 REPL 控制台和即时硬件操作",
|
||
"caracteristicas": [
|
||
"完整的 Python 3 解释器，可编译为 RAM 中的字节码",
|
||
"通过串口的交互式 REPL 控制台和通过 Wi-Fi 的 WebREPL",
|
||
"集成文件系统（LittleFS / FAT），无需重新编译即可上传 `.py` 脚本",
|
||
"原生模块 `machine`、`network`、`bluetooth`、`espnow` 和 `asyncio`",
|
||
"非常适合用真实硬件教授编程和算法"
|
||
],
|
||
"casos_uso": [
|
||
"实体计算教学和大学实验室",
|
||
"敏捷原型设计和传感器快速台架测试",
|
||
"台架测试自动化脚本",
|
||
"IoT 数据采集实验应用"
|
||
],
|
||
"exemplo": "/exemplos/micropython.py",
|
||
"exemplos": "https://github.com/micropython/micropython/tree/master/examples",
|
||
"documentacao": "https://docs.micropython.org/en/latest/esp32/",
|
||
"repositorio": "https://github.com/micropython/micropython",
|
||
"cor": "#2B2B2B"
|
||
}
|
||
}
|