805ea267a8
* add esp32c3 monotonic * fix tests |
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.. | ||
.cargo | ||
examples | ||
Cargo.lock | ||
Cargo.toml | ||
README.md | ||
runner.sh | ||
rust-toolchain.toml |
ESP32-C3 RTIC template
This crate showcases a simple RTIC application for the ESP32-C3.
Prerequisites
Nightly Rust
The ESP32-C3 HAL requires a nightly build of Rust.
Following the example of the (Espressif no_std book)[https://docs.esp-rs.org/no_std-training/02_2_software.html], we use this specific build:
rustup toolchain install nightly-2023-11-14 --component rust-src --target riscv32imc-unknown-none-elf
Espressif toolchain
This crate uses the most convenient option in cargo-espflash
and espflash
cargo install cargo-espflash espflash
Running the crate
Uncomment the
runner = "espflash flash --monitor"
line in .cargo/config.toml
and comment out (or remove)
runner = "./runner.sh"
Now, running
cargo run --example sw_and_hw --features=riscv-esp32c3-backend (--release)
in the root of this crate should do the trick.
Expected behavior
The example sw_and_hw
- Prints
init
- Enters a high prio task
- During the execution of the high prio task, the button should be non-functional
- Pends a low prio task
- Exits the high prio task
- Enters the low prio task
- During the execution of the low prio task, the button should be functional.
- Exits the low prio task
- Prints
idle
The example monotonic
- Prints
init
- Spawns the
foo
,bar
,baz
tasks (because of hardware interrupt latency dispatch, the order here may vary). - Each task prints
hello from $TASK
on entry - The tasks wait for 1, 2, 3 seconds respectively
- Once the wait period is over, each task exits printing
bye from $TASK
(now in the proper order).