This demo provides an initial showcase of how to use Rust on AURIX™. The demo is 100% written in Rust and provides
- Board clock configuration and distribution
- CAN Driver configuration & basic usage scenarios
- Basic stack-traces
- defmt logging through tricore-probe
Please, be aware that the code presented here is very experimental and only meant to showcase; by no means one should consider this finished or correct
To initialize: git clone --recurse-submodules https://github.com/veecle/tc37x-demo
To compile the demo HighTec Rust's compiler should be installed. Please register and follow their installation instruction.
Following, the demo can be compiled via cd app && cargo build and subsequently flashed via cargo run over tricore-probe.
We use defmt as our logging framework: by setting the DEFMT_LOG={TRACE, DEBUG, INFO, WARN, ERROR} the probe will do logging (for more details refer to the official project).
The main.rs comes with two examples:
can_with_pins: (disabled by default) assumes two connected devices (a joystick and a motor controller) that talk over CAN. This is unlikely to work given the strict setup; however, the code can be modified to accommodate other scenarios.with_with_loopback: (enabled by default) this makes CAN work in loopback. This runs by default and should give an idea of how sending/receiving works.
In order to use rust-analyzer in VSCode, the tricore.core-workspace.RLM_LICENSE should be updated to point to the license path.
Licensed under Apache License, Version 2.0