STM32CubeMX and STM32Cube HAL basics
共58课时 7小时58分4秒秒
简介
This MOOC is targeting anyone who starts working on STM32 by introducing STM32 ecosystem. You need some knowledge in C programming, and a NUCLEO-F401RE board for the hands-on.
Welcome to STM32Cube basics training!
In this course we want to present you how to work with STM32 ecosystem. The course is focused on explanation of STM32CubeMX tool, how to handle basic tasks and use tool for basic project creation.
The course is structured in two parts. The first part is related to STM32CubeMX and MCU configuration:
- STM32 selection
- Pin-out configuration
- Clock configuration
- Peripheral configuration
- Power calculator
- Project generation settings
The second part is related to STM32Cube HAL library which is used for developing your application:
- HAL library structure
- Handles and callbacks
- Interrupts
- DMA
- Basic HAL usage
All these points are developed in presentation and hands-on.
What are the requirements?
You need some knowledge of C programming language and a NUCLEO-F401RE board for the hands-on (please refer to your local ST distributor for an offer).
What am I going to get from this course?
Understand STM32CubeMX tool, and be able to work with STM32Cube HAL library and navigate in its structure
What is the target audience?
Anyone who wants to start developing on STM32 MCUs and never worked with STM32CubeMX and the HAL library. Or for someone who worked with previous standard peripheral library on ST products and wants to understand the STM32Cube ecosystem.
Welcome to STM32Cube basics training!
In this course we want to present you how to work with STM32 ecosystem. The course is focused on explanation of STM32CubeMX tool, how to handle basic tasks and use tool for basic project creation.
The course is structured in two parts. The first part is related to STM32CubeMX and MCU configuration:
- STM32 selection
- Pin-out configuration
- Clock configuration
- Peripheral configuration
- Power calculator
- Project generation settings
The second part is related to STM32Cube HAL library which is used for developing your application:
- HAL library structure
- Handles and callbacks
- Interrupts
- DMA
- Basic HAL usage
All these points are developed in presentation and hands-on.
What are the requirements?
You need some knowledge of C programming language and a NUCLEO-F401RE board for the hands-on (please refer to your local ST distributor for an offer).
What am I going to get from this course?
Understand STM32CubeMX tool, and be able to work with STM32Cube HAL library and navigate in its structure
What is the target audience?
Anyone who wants to start developing on STM32 MCUs and never worked with STM32CubeMX and the HAL library. Or for someone who worked with previous standard peripheral library on ST products and wants to understand the STM32Cube ecosystem.
章节
- 课时1:Introduction - Session introduction (1分13秒)
- 课时2:Introduction - Prerequisites (1分42秒)
- 课时3:Introduction - Nucleo board presentation (4分9秒)
- 课时4:Introduction - STM32CubeMX installation (2分51秒)
- 课时5:Introduction - STM32CubeMX repository settings (5分39秒)
- 课时6:STM32CubeMX pinout tab - MCU selection (2分48秒)
- 课时7:STM32CubeMX pinout tab - Overview (6分15秒)
- 课时8:STM32CubeMX pinout tab - Features (5分20秒)
- 课时9:STM32CubeMX clock configuration tab - Basics (9分10秒)
- 课时10:STM32CubeMX clock configuration tab - Advanced features (10分22秒)
- 课时11:STM32CubeMX configuration tab (7分15秒)
- 课时12:STM32CubeMX power calculator tab (9分51秒)
- 课时13:STM32CubeMX project settings - STM32Cube firmware libra (8分50秒)
- 课时14:STM32CubeMX project settings - Generated files (9分6秒)
- 课时15:STM32CubeMX project settings - HAL settings (7分32秒)
- 课时16:STM32CubeMX project settings - Advanced settings (2分31秒)
- 课时17:STM32CubeMX project settings - Project import (2分27秒)
- 课时18:STM32Cube HAL theory GPIO - HAL API (20分30秒)
- 课时19:STM32Cube HAL theory GPIO - Lab GPIO1 STM32CubeMX (3分51秒)
- 课时20:STM32Cube HAL theory GPIO - Lab GPIO1 IAR (4分14秒)
- 课时21:STM32Cube HAL theory GPIO - Lab GPIO1 Keil (4分15秒)
- 课时22:STM32Cube HAL theory GPIO - Lab GPIO1 Atollic (5分31秒)
- 课时23:STM32Cube HAL theory GPIO - Lab GPIO1 SW4STM32 (8分4秒)
- 课时24:STM32Cube HAL theory GPIO - HAL system peripherals (7分37秒)
- 课时25:STM32Cube HAL theory GPIO - Lab GPIO clock enable (16分30秒)
- 课时26:STM32Cube HAL theory GPIO - GPIO project settings (6分30秒)
- 课时27:STM32Cube HAL theory GPIO - Lab GPIO2 theory (5分46秒)
- 课时28:STM32Cube HAL theory GPIO - Lab GPIO2 read pin manuall (16分13秒)
- 课时29:STM32Cube HAL theory GPIO - Lab GPIO2 read pin STM32Cu (6分40秒)
- 课时30:STM32Cube HAL theory RCC - HAL API (5分21秒)
- 课时31:STM32Cube HAL theory RCC - Lab RCC (11分15秒)
- 课时32:STM32Cube HAL theory RCC - MSP introduction (7分8秒)
- 课时33:STM32Cube HAL theory EXTI - EXTI-NVIC theory (5分36秒)
- 课时34:STM32Cube HAL theory EXTI - Lab EXTI1 pin (16分42秒)
- 课时35:STM32Cube HAL theory EXTI - Lab EXTI HAL implementation (3分8秒)
- 课时36:STM32Cube HAL theory EXTI - Lab EXTI NVIC priority (7分30秒)
- 课时37:STM32Cube HAL theory EXTI - Lab EXTI2 pin (11分37秒)
- 课时38:STM32Cube HAL theory EXTI - Manual EXTI creation (12分31秒)
- 课时39:STM32Cube HAL labs UART - UART poll STM32CubeMX (7分13秒)
- 课时40:STM32Cube HAL labs UART - UART poll Keil (19分1秒)
- 课时41:STM32Cube HAL labs UART - UART poll Atollic (16分39秒)
- 课时42:STM32Cube HAL labs UART - UART poll IAR (3分12秒)
- 课时43:STM32Cube HAL labs UART - UART poll SW4STM32 (4分4秒)
- 课时44:STM32Cube HAL labs UART - UART poll theory (3分30秒)
- 课时45:STM32Cube HAL labs UART - Handle theory (5分51秒)
- 课时46:STM32Cube HAL labs UART - UART IT Theory (4分15秒)
- 课时47:STM32Cube HAL labs UART - UART IT STM32CubeMX (6分17秒)
- 课时48:STM32Cube HAL labs UART - Lab UART IT (18分35秒)
- 课时49:STM32Cube HAL labs UART - UART DMA (16分13秒)
- 课时50:STM32Cube HAL labs SPI - Lab SPI Poll (10分43秒)
- 课时51:STM32Cube HAL labs SPI - Lab SPI IT (7分34秒)
- 课时52:STM32Cube HAL labs SPI - Lab SPI DMA (7分42秒)
- 课时53:STM32Cube HAL labs TIM - Lab TIM IT (10分43秒)
- 课时54:STM32Cube HAL labs TIM - Lab TIM PWM (9分27秒)
- 课时55:STM32Cube HAL labs TIM - Lab TIM Counter (9分31秒)
- 课时56:STM32Cube HAL labs ADC - Lab ADC IT (21分50秒)
- 课时57:STM32Cube HAL labs ADC - Lab ADC DMA (11分20秒)
- 课时58:Conclusion (54秒)
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