This was developed using a NodeMCU v2 Dev Kit as it conveniently provides a secondary UART for debugging. It has been tested with the ESP-01 shipped with the PixRacer and it is stable at 921600 baud.
The build enviroment is based on PlatformIO. Follow the instructions found here: http://platformio.org/#!/get-started (only tested on Mac OS) for installing it but skip the platform init step as this has already been done, modified and it is included in this repository. In summary:
sudo pip install -U pip setuptools
sudo pip install -U platformio
git clone --recursive https://github.com/dogmaphobic/mavesp8266.git
cd mavesp8266
platformio run
When you run platformio run for the first time, it will download the toolchains and all necessary libraries automatically.
platformio run- process/build all targetsplatformio run -e esp12e- process/build just the ESP12e target (the NodeMcu v2)platformio run -e esp12e -t upload- build and upload firmware to embedded boardplatformio run -t clean- clean project (remove compiled files)
The resulting image(s) can be found in the directory .pioenvs created during the build process.
The git clone --recursive above not only cloned the MavESP8266 repository but it also installed the dependent MavLink sub-module. To upated the module (when needed), use the command:
git submodule update
User level (as well as wiring) instructions can be found here: https://pixhawk.org/peripherals/8266
- Resetting to Defaults: In case you change the parameters and get locked out of the module, all the parameters can be reset by bringing the GPIO02 pin low (Connect GPIO02 pin to GND pin).
The MavESP8266 handles its own set of parameters and commands. Look at the PARAMETERS page for more information.
There are some preliminary URLs that can be used for checking the WiFi Bridge status as well as updating firmware and changing parameters. You can find it here.