ないです。自動判別のはずなんですよね。。。 VSCode PlatformIOの場合はlib_depsに M5GFX@0.2.22 M5Unified@0.2.27 の順番に書いて、一度、ソースツリーの.pioを削除してからビルドしてみるでしょうか。

I think PlatformIO -> VSCode familiarity opened up a lot of doors for folk, and I guess Micro/CircuitPython opened up a lot of doors for a lot of folk also. It was cool in the ATMEGA days, where you could bootstrap yourself easily. Modern 'duinos seem awfully niche, in a way.

#ProjectSpotlight 🚀 "How to build a simple Telegram-controlled video surveillance system with ESP32 on PlatformIO" 👉 techrm.com/how-to-build-a-si… 📌 #EmbeddedSystems #Semiconductor #Engineering #Electronics #Hardware #SmartHome #HomeSecurity #IoT #DIY

The Edge Gateway: Wrote the ESP32 firmware using PlatformIO w/ progressive testing: - Validated ESP-to-laptop MQTT traffic over our local broker. - Verified packet delivery rates. - Designed the JSON payloads to transmit vital health data (battery, seed count, GPS coordinates)

Jadi mau ga mau kalau mau build, pake VSCode Platformio. Cuma karena temen ga bisa pake Platformio, mau ga mau harus pake Arduino IDE lagi

А не хочете спробувати PlatformIO для роботи з кодом для ESP32. Це українська розробка.

M5の注意点 ・基本WiFi接続前提なのでWiFiつかえないとめんどい ・サーバとかと有線接続するときはちょっとめんどい ・UIFlow系は使わない。VSCode PlatformIO でバイブでOK ・現場に5Vは原則無いので、100V⇒安いUSB充電器機⇒M5、とか、盤内24V⇒5VのDCDC変換とかはなんとかすべし。

Exort v0.4.0 is here! 🔥 🛠️ PlatformIO support - build, upload and test PlatformIO projects inside the app 🛠️ Plan mode - review the agent's plan before any code changes Powered by @opencode github.com/Razz19/Exort

Hardcoding tokens in firmware is a massive risk. I moved BLYNK_AUTH_TOKEN and template parameters out into a local config file. PlatformIO dynamically injects them as global compiler string macros during compilation.

Simulating bidirectional cloud IoT control! Got a virtual ESP32 inside Wokwi talking directly to a mobile Blynk dashboard. Best part? Learned how to manage sensitive cloud tokens securely via PlatformIO build flags🔒 Thread below! 👇

Platformio kullanan arkadaş birkaç kütüphane sorunu yaşıyordu ama düzeldi sanırım, onun dışında aynı sayılır esp32yle

• Web: @tan_stack TanStack Start, SSR on Cloudflare Workers • AI: Workers AI (Qwen3-30B) — translate summarize • DB: Cloudflare D1 • Firmware: ESP32-S3, Arduino PlatformIO • Fun bit: last page shows a QR of the original URL, generated fully offline on-chip

Exort v0.4.0 is here! 🔥 💡PlatformIO support - build, upload and test PlatformIO projects inside the app 💡Plan mode - review the agent's plan before any code changes Powered by @opencode 👉 github.com/Razz19/Exort

had to restructure me code. Moved to vs code permanently. platformio I was not familiar with you game before

我高考完把所有的书找了个河边直接丢下去了 然后打开了我的VSCode和PlatformIO，打开自制的工作台和电烙铁，和板子大战了一宿

Simulating a multi-board IoT system locally! Got 2 virtual ESP32s communicating over a local MQTT backbone (Mosquitto) using VsCode Wokwi PlatformIO. TX node reads a pot dial and publishes telemetry. RX node ingests it to drive an LED bar graph & buzzer. Full guide! 👇

ESP32 DevKit V1 – Specifications and Modern Applications: The ESP32 DevKit V1 is a powerful and widely used IoT development board built around the ESP-WROOM-32 module, developed by Espressif Systems. It integrates Wi-Fi, Bluetooth, multiple peripherals, and a high-performance processor into a compact embedded platform suitable for modern connected systems. 📕 ebokify.com/esp32 IT is a Low cost, Low power Super Hero developed by Espressif Systems . Processor & Architecture : • Dual-core Xtensa LX6 32-bit microprocessor • Clock speed up to 240 MHz • Integrated Ultra Low Power (ULP) coprocessor for sensor monitoring during deep sleep Memory: • 520 KB SRAM internal memory • 4 MB external SPI Flash (typical module configuration) • RTC Fast Memory – 8 KB • RTC Slow Memory – 8 KB Wireless Connectivity • Wi-Fi: IEEE 802.11 b/g/n (2.4 GHz) • Supports Station, Access Point, and AP STA modes • Bluetooth v4.2 including Bluetooth Classic and BLE GPIO & Peripheral Interfaces: The ESP32 provides ~30 programmable GPIO pins supporting multiple digital interfaces. Supported communication protocols include: • SPI (Serial Peripheral Interface) • I²C (Inter-Integrated Circuit) • UART (Serial communication) • I²S (Digital audio interface) • CAN / TWAI interface Analog Features • 12-bit SAR ADC with up to 18 analog channels • 2 DAC outputs (8-bit resolution) • 10 Capacitive Touch sensing pins PWM & Control : • LEDC PWM controller • Up to 16 PWM channels for motor control, LED dimming, and power electronics applications. Power Management ESP32 is optimized for low-power IoT systems and supports multiple power modes: • Active mode • Modem sleep • Light sleep • Deep sleep (~10 µA current) • Hibernation mode Security Features • Secure Boot • Flash Encryption • Hardware cryptographic accelerators (AES, SHA-2, RSA) • True Random Number Generator (TRNG) Power & Interface: • Operating voltage: 3.3V • VIN input: 5V via USB or external supply • Onboard AMS1117 voltage regulator • CP2102 USB-to-UART interface for programming and debugging. Development Ecosystem ESP32 supports multiple development environments: • Arduino IDE • ESP-IDF (Espressif IoT Development Framework) • MicroPython • PlatformIO Modern Applications : • Internet of Things (IoT) devices • Smart home automation systems • Wireless sensor networks • Industrial IoT monitoring systems • Robotics and motor control • Wearable health devices • Smart agriculture and environmental monitoring • Edge AI and TinyML applications With its high processing capability, integrated wireless connectivity, rich peripheral support, and low-power design, the ESP32 DevKit V1 has become one of the most widely used platforms for modern embedded systems and IoT development. #ESP32 #EmbeddedSystems #IoT #ElectronicsEngineering #Microcontrollers #SmartDevices #EngineeringInnovation #Espressifsystems