GitHub - senaerg/STMF32Drivers: i2c,spi, uart drivers for stmf32407

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Name		Name	Last commit message	Last commit date
Latest commit History 9 Commits
001I2CSlaveRxString.ino.ino		001I2CSlaveRxString.ino.ino
001SPISlaveRxString.ino		001SPISlaveRxString.ino
001led_toggle.c		001led_toggle.c
002I2CSlaveTxString.ino.ino		002I2CSlaveTxString.ino.ino
002SPISlaveCmdHandling.ino		002SPISlaveCmdHandling.ino
002led_button.c		002led_button.c
003I2CMasterRxString.ino		003I2CMasterRxString.ino
003I2CMasterRxStringLen.ino		003I2CMasterRxStringLen.ino
003SPISlaveUartReadOverSPI.ino		003SPISlaveUartReadOverSPI.ino
003led_button_ext.c		003led_button_ext.c
004gpio_freq.c		004gpio_freq.c
005button_interrupt.c		005button_interrupt.c
006spi_tx_testing.c		006spi_tx_testing.c
007spi_txonly_arduino.c		007spi_txonly_arduino.c
008spi_cmd_handling.c		008spi_cmd_handling.c
009spi_message_rcv_it.c		009spi_message_rcv_it.c
010i2c_master_tx_testing.c		010i2c_master_tx_testing.c
011i2c_master_rx_testing.c		011i2c_master_rx_testing.c
012i2c_master_rx_testingIT.c		012i2c_master_rx_testingIT.c
013i2c_slave_tx_string.c		013i2c_slave_tx_string.c
014i2c_slave_tx_string2.c		014i2c_slave_tx_string2.c
015uart_tx.c		015uart_tx.c
016uart_case.c		016uart_case.c
017rtc_lcd.c		017rtc_lcd.c
readme		readme
stm32f407xx.h		stm32f407xx.h
stm32f407xx_gpio_driver.c		stm32f407xx_gpio_driver.c
stm32f407xx_gpio_driver.h		stm32f407xx_gpio_driver.h
stm32f407xx_i2c_driver.c		stm32f407xx_i2c_driver.c
stm32f407xx_i2c_driver.h		stm32f407xx_i2c_driver.h
stm32f407xx_rcc_driver.c		stm32f407xx_rcc_driver.c
stm32f407xx_rcc_driver.h		stm32f407xx_rcc_driver.h
stm32f407xx_spi_driver.c		stm32f407xx_spi_driver.c
stm32f407xx_spi_driver.h		stm32f407xx_spi_driver.h
stm32f407xx_usart_driver.c		stm32f407xx_usart_driver.c
stm32f407xx_usart_driver.h		stm32f407xx_usart_driver.h

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A collection of embedded drivers for STM32 microcontrollers, written in C.

This repository contains reusable low-level drivers and helper code for working with STM32 peripherals and external devices. The goal is to make embedded development easier by providing clean, modular, and portable driver implementations.

## Features

- Embedded C driver implementations.
- Modular code structure for easy reuse.
- STM32-friendly APIs for peripheral and device interaction.
- Suitable for use with STM32CubeIDE, GCC, or other embedded toolchains.
- Designed for learning, prototyping, and product development.
1. Clone the repository
2. Open the project in your preferred STM32 development environment.
3. Configure the target MCU and board.
4. Build and flash the firmware.
5. Review the example code to see how the drivers are initialized and used.