Install the ARM toolchain: The first step is to install the ARM toolchain, which includes tools such as the GNU Compiler Collection (GCC), GDB debugger, and other programming utilities.
Install Rust on your development machine: Rust can be installed on your development machine using the official Rust installation script.
Setup a cross-platform build environment: It is recommended to set up a cross-platform build environment to develop Rust applications for STM32 microcontrollers. This involves configuring your Rust environment to target the ARM architecture.
Install the Rust embedded development package: Rust provides an embedded development package that includes drivers and libraries to help develop applications for low-level hardware like microcontrollers.
Initialize your Rust project: Once Rust is set up and configured, you can create a new Rust project and specify your target microcontroller device.
Write Rust code: Write Rust code using the embedded development package to control the STM32F415 microcontroller.
Build and deploy: After writing the code, build it using the Rust compiler and deploy it to the STM32F415 target.
Please start posting anonymously - your entry will be published after you log in or create a new account. This space is reserved only for answers. If you would like to engage in a discussion, please instead post a comment under the question or an answer that you would like to discuss
Asked: 2023-06-26 19:31:37 +0000
Seen: 11 times
Last updated: Jun 26 '23
What are the Cordapp Certificates used for in terms of signing and interacting?
How can SSL be used with CqlSessionFactoryBean in Springboot Cassandra?
How to set up Database First configuration in Entity Framework 7 for MVC 6?
How can I address the issue of Content Security Policy blocking more than I had anticipated?
How do I resolve a 502 error when attempting to call an HTTPS REST API from an HTTP REST API?
What does borrowing or moving a value from `stdout` mean?