Prerequisites for this guide is having installed Git, Python3, the [Miosix toolchain](https://miosix.org/wiki/index.php?title=Quick_start) and the STM32 ST-Link software.
Also a compatible board is needed: all the examples are made with a STM32F407VG Discovery.
This tutorial is a simple led blink test: it will teach you how to clone the boardcore repository, create your own entrypoint (*i.e. Main*) and flash the compiled binary in the target board.
This tutorial is a simple led blink test: it will teach you how to clone the boardcore repository, create your own entrypoint (_i.e. Main_) and flash the compiled binary in the target board.
## Clone the repo
...
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@@ -55,7 +55,7 @@ int main()
}
```
By calling *ledOn()* and *ledOff()* Miosix automatically sets high or low the [GPIO](GPIO-Usage-&-Used-Pins.md) associated to the default board LED (called `_led` and specified in `libs/miosix-kernel/arch/<your-arch>/<your-board>/interfaces-impl/bsp_impl.h`).
By calling _ledOn()_ and _ledOff()_ Miosix automatically sets high or low the [GPIO](GPIO-Usage-&-Used-Pins.md) associated to the default board LED (called `_led` and specified in `libs/miosix-kernel/arch/<your-arch>/<your-board>/interfaces-impl/bsp_impl.h`).
