Getting started on the STM8 the easy way.
An Arduino-like programming API that can be used from within the Arduino IDE or for Makefile-controlled builds.
Project website for more information on supported hardware and the programming API
github issue tracker for bug reports and other issues tightly related to the repository content
The STM8 board of the stm32duino forum: For general discussions and suggestions
Since this project is based on the SDCC Small Devices C compiler, I called it "Small Devices -uino" or "Small-duino". It is entirely based on free tools that are available for Linux, MacOS, and Windows: SDCC, make, and stm8flash.
This project is not supposed to be “better than Arduino”. It’s purpose is to give you a head start into a different CPU architecture if you happen to have a professional need or a private desire for it.
Starting with version 0.3.0 automatic IDE integration is supported via the Arduino Boards Manager. This is the recommanded way of installation now. For a manual non-IDE installation please check the manual installation instructions.
Start the Arduino-IDE. In File->Preferences, Settings tab, enter
https://github.com/akashkapashia/stm8_arduino/raw/master/package_sduino_stm8_index.json
as an Additional Boards Manager URL.
Now you should find a new entry STM8S Boards in the list at Tools->Board:...
The Arduino IDE version 1.8.7 is buggy, use 1.8.8 instead.
IDE error message select upload port first (IDE v1.8.7 only): Update to IDE 1.8.8 or apply this workaround.
Very slow compilation after using "save as" (IDE v1.8.7 only): After saving a file under a different name the CPU load maxes out for one CPU core and the IDE reacts extremly slow. Exit the Arduino IDE and re-open it. Update to IDE 1.8.8.
bash.exe: warning: could not find /tmp, please create!: Shows up on windows systems. Annoying, but harmless. Workaround This whole issue will be fixed in the upcoming 0.5 release by using busybox for all scripts on windows.
Most parts of the Arduino core system and some Arduino libraries are already ported to C-syntax. The resulting API is still very close to the C++ version and porting an existing application is not hard. Check out the migration guide for details.
Since there is no free C++ for the STM8, it is impossible to do a full 1:1 port of the whole enviroment as is has been done for the STM32 and the ESP8266.
This is not a drop-in replacement for an AVR, but thanks to some C preprocessor magic the programming API is still very, very similar and it is often enough to just move over the opening bracket of the class instanciation statement and to replace the dot in a method call for an underscore. Check the migration guide for an overview.
Arduino IDE versions 1.8.8, 1.8.7, 1.8.5 and 1.6.13 are tested, but any version >=1.6.6 should work.
Version 1.8.7 might require a workaround if you see an error message "select upload port first".