![]() ![]() This will take a long, long time to build, but once it’s done you have a build environment for the ESP8266. The tutorial covers setting up the Xtensa toolchain and a patched version of GCC, GDB, and binutils. It’s all in a git, with some video annotations. Whatever the hip things the cool kids are doing these days, I guess.īut how do you set up your toolchain for the ESP8266? How do you build projects? How do you even upload the thing? Yes, it’s complicated, but never fear is here to make things easy for you. He’s put together a video that goes through all the steps to getting the toolchain running, setting up the build environment, and putting some code on the ESP8266. It looked like you could just use the ESP8266 as a controller unto itself with this chip, all you need to do is write some code for the ESP, and you have a complete solution for your Internet connected blinking lights or WiFi enabled toaster. ![]() Some extremely clever people figured out the ESP8266 had a reasonably high-power microcontroller on board, a lot of Flash, and a good amount of RAM. Until we get some spectrum opened up and better hardware, this is the part you need to build an Internet of Things thing. When the ESP8266 was first announced to the world, we were shocked that someone was able to make a cheap, accessible UART to WiFi bridge. ![]()
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