README
¶
Support for STM32 development boards
The idea
The idea is to simplify the use of popular STM32 development boards.
Every development board directory contains set of packages (in board subdirectory) that provides the interface to the peripherals available on the board (for now the support is modest: only LEDs and buttons). The provided interface tries to be simple and uniform accros all development boards with the same or similar peripherals.
The board/init package, when imported, configures the whole system for typical usage. If you use any other package from board directory the board/init package is imported implicitly to ensure the board is properly configured.
The examples subdirectory as the name suggests includes sample code, but also scripts and configuration that help to build, load and debug.
There is also doc subdirectory that contain useful information and other resources about this development board.
Supported boards
emw3162: MXCHIP EMW3162 (STM32F205RGT6 + BCM43362), website
f4-discovery: STM32F4-Discovery, website
nucleo-l476rg: NUCLEO-L476RG, website
nucleo-l496zg: NUCLEO-L496ZG, website
Directories
¶
| Path | Synopsis |
|---|---|
|
emw3162
|
|
|
examples/blinky
This example shows the basic usage of available LEDs.
|
This example shows the basic usage of available LEDs. |
|
examples/dma
This example tests different ways of coping memory.
|
This example tests different ways of coping memory. |
|
examples/spi
SPI loop test: wire PB14 and PB15 together.
|
SPI loop test: wire PB14 and PB15 together. |
|
f4-discovery
|
|
|
examples/blinky
This example shows the basic usage of available LEDs and button.
|
This example shows the basic usage of available LEDs and button. |
|
examples/dma
This example tests different ways of coping memory.
|
This example tests different ways of coping memory. |
|
examples/gctest
This example forces the garbage collector to work hard and periodically prints statistics of the memory allocator.
|
This example forces the garbage collector to work hard and periodically prints statistics of the memory allocator. |
|
examples/irqbtn
This example shows how to handle the push-button with interrupts and with the software debouncing done right.
|
This example shows how to handle the push-button with interrupts and with the software debouncing done right. |
|
examples/spi
SPI loop test: wire PB14 and PB15 together.
|
SPI loop test: wire PB14 and PB15 together. |
|
examples/timetest
This example tesets setting the time.
|
This example tesets setting the time. |
|
nucleo-l476rg
|
|
|
examples/blinky
This example shows the basic usage of available LED and button.
|
This example shows the basic usage of available LED and button. |
|
examples/dma
This example tests different ways of coping memory.
|
This example tests different ways of coping memory. |
|
examples/irqbtn
This example shows how to handle the push-button with interrupts and with the software debouncing done right.
|
This example shows how to handle the push-button with interrupts and with the software debouncing done right. |
|
nucleo-l496zg
|
|
|
examples/blinky
This example shows the basic usage of available LEDs and button.
|
This example shows the basic usage of available LEDs and button. |
|
examples/dma
This example tests different ways of coping memory.
|
This example tests different ways of coping memory. |
|
examples/irqbtn
This example shows how to handle the push-button with interrupts and with the software debouncing done right.
|
This example shows how to handle the push-button with interrupts and with the software debouncing done right. |
|
examples/spi
SPI loop test: wire PA6 and PA7 together.
|
SPI loop test: wire PA6 and PA7 together. |