Everyone knows you can mix C and rust. Bazel shines at swapping compilation targets.
| target | main | lib | command |
|---|---|---|---|
| x86_64-unknown-linux-gnu | c | c | bazel run //:linux_c_c |
| x86_64-unknown-linux-gnu | c | rust | bazel run //:linux_c_rs |
| x86_64-unknown-linux-gnu | rust | c | bazel run //:linux_rs_c |
| ARM Cortex M3 on QEMU (lm3s6965evb) | c | c | bazel run --config=qemu //:arm_c_c |
| ARM Cortex M3 on QEMU (lm3s6965evb) | c | rust | bazel run --config=qemu //:arm_c_rs |
Hello from C compiled for x86_64 linux!
C library calculated squared(4) = 16
Hello from C compiled for x86_64 linux!
rust library calculated squared(4) = 16
Hello from rust compiled for linux on x86_64!
A C library calculated squared(4) = 16
Hello from C compiled for baremetal ARM Cortex M3 on QEMU!
C library calculated squared(4) = 16
Hello from C compiled for baremetal ARM Cortex M3 on QEMU!
rust library calculated squared(4) = 16
- https://github.com/hexdae/bazel-arm-none-eabi
- https://github.com/bazelbuild/rules_rust
- https://balau82.wordpress.com/2011/09/03/using-codesourcery-bare-metal-toolchain-for-cortex-m3/
If this is useful to you, please hit ⭐
- bindgen
- cargo dependencies
- clippy and IDE integration