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Code taken from stm32f3_blinky example with LED port adapted to bluepill board. Port initialization and README from v1 rtic-examples with slight edits.
45 lines
1.6 KiB
Markdown
45 lines
1.6 KiB
Markdown
# STM32F103 Bluepill RTIC Blink example
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Working example of simple LED blinking application for popular Bluepill boards based on the STM32F103C8 chip. Example uses schedule API and peripherials access. You will need `stlink v2` tool or other programmer to flash the board.
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## How-to
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### Terminal workflow
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Rust embedded relies heavily on `terminal workflow`, you will enter commands in the terminal. This can be strange at first, but this enables usage of great things like continious integration tools.
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For Mac OS X consider using `iTerm2` instead of Terminal application.
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For Windows consider using `powershell` (win + r -> powershell -> enter -> cd examples\stm3f1_bluepill_blinky)
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### Build
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Run `cargo build` to compile the code. If you run it for the first time, it will take some time to download and compile dependencies. After that, you will see comething like:
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```shell
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$ cargo build
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Finished dev [optimized + debuginfo] target(s) in 0.10s
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```
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If you see warnings, feel free to ask for help in chat or issues of this repo.
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### Connect the board
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You need to connect you bluepill board to ST-Link and connect pins:
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| BOARD | | ST-LINK |
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|-------|----|---------|
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| GND | -> | GND |
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| 3.3V | -> | 3.3V |
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| SWCLK | -> | SWCLK |
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| SWDIO | -> | SWDIO |
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Plug in ST-Link to USB port and wait it to initialize.
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### Flashing and running
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Install `cargo embed` from probe-rs tools by following the instructions at https://probe.rs/docs/getting-started/installation/.
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Flashing with a standard STLink v2 is easy with `cargo-embed`:
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```shell
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$ cargo embed --release
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```
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