My past few days have been spent attempting ESP8266 flashing and running blinky . Considering how I have a working firmware from my NodeMCU experiment, I considered this to be quick. I was mistaken, obviously. Some of the important lessons learnt are shared below: ESP8266 Power Source The first consideration is
Category: Internet of Things
NodeMCU Sample Projects
First step in exploring the state of firmware already developed is to run a few sample codes on a stable ESP8266 device. I will be compiling and running a few NodeMCU sample projects to familiarize myself with the workflow. See the NodeMCU in action in the video below: This post assumes that you
ESP8266 IoT Platform
I am working on developing an ESP8266 IoT (Internet of Things) platform. I have shared some of my experiences and salient outcomes in the blog posts linked below: ESP8266 WiFi SoC – what is it all about (2016-08-16) Build Toolchain for ESP8266 (2016-08-17) Firmware Efforts NodeMCU Sample Projects – Blinky and ESP8266_RTOS_SDK Multithreading (2016-08-20) Hardware
Build Toolchain for ESP8266
Initiating developing on ESP8266 requires a toolchain capable of cross compiling for the target. Click here for a target agnostic guide to building a cross compiler toolchain. Following the tutorial located at https://github.com/pfalcon/esp-open-sdk which provides a seamless script to automate the whole process. Get the dependencies: sudo apt-get install make unrar autoconf