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2022-2-23作业

news 2025/12/28 0:01:56

一、通过操作Cortex-A7核，串口输入相应的命令，控制LED灯进行工作

1.例如在串口输入led1on,开饭led1灯点亮

2.例如在串口输入led1off,开饭led1灯熄灭

3.例如在串口输入led2on,开饭led2灯点亮

4.例如在串口输入led2off,开饭led2灯熄灭

5.例如在串口输入led3on,开饭led3灯点亮

6.例如在串口输入led3off,开饭led3灯熄灭

二、检测中断到来时，让LED灯状态取反，并且在串口工具上打印一句话

例如：当按键1按下之后，让LED1状态取反，并打印“LED1 down”

当按键2按下之后，让LED2状态取反，并打印“LED2 down”

当按键3按下之后，让LED3状态取反，并打印“LED3 down”

火焰传感器/人体红外/光电开关实验要求如上

作业一：

stm32mp1xx_rcc.h:

#ifndef __STM32MP1XX_RCC_H__
#define __STM32MP1XX_RCC_H__ typedef struct {volatile unsigned int TZCR;     	// 0x000volatile unsigned int res1[2]; 		// 0x004-0x008volatile unsigned int OCENSETR;     // 0x00Cvolatile unsigned int OCENCLRR;  	// 0x010volatile unsigned int res2[1]; 		// 0x014volatile unsigned int HSICFGR; 		// 0x018volatile unsigned int CSICFGR; 		// 0x01Cvolatile unsigned int MPCKSELR; 	// 0x020volatile unsigned int ASSCKSELR; 	// 0x024volatile unsigned int PCK12SELR; 	// 0x028volatile unsigned int MPCKDIVR; 	// 0x02Cvolatile unsigned int AXIDIVR; 		// 0x030volatile unsigned int res3[2];      volatile unsigned int APB4DIVR; 	// 0x03Cvolatile unsigned int APB5DIVR; 	// 0x040volatile unsigned int RTCDIVR; 		// 0x044volatile unsigned int MSSCKSELR;    // 0x048volatile unsigned int res4[13];volatile unsigned int PLL1CR; 		// 0x080volatile unsigned int PLL1CFGR1; 	// 0x084volatile unsigned int PLL1CFGR2; 	// 0x088volatile unsigned int PLL1FRACR; 	// 0x08Cvolatile unsigned int PLL1CSGR;     // 0x090volatile unsigned int PLL2CR; 		// 0x094volatile unsigned int PLL2CFGR1; 	// 0x098volatile unsigned int PLL2CFGR2; 	// 0x09Cvolatile unsigned int PLL2FRACR;    // 0x0A0volatile unsigned int PLL2CSGR;     // 0x0A4volatile unsigned int res5[6];volatile unsigned int I2C46CKSELR;  // 0x0C0volatile unsigned int SPI6CKSELR;   // 0x0C4volatile unsigned int UART1CKSELR;  // 0x0C8volatile unsigned int RNG1CKSELR;   // 0x0CCvolatile unsigned int CPERCKSELR;   // 0x0D0volatile unsigned int STGENCKSELR;  // 0x0D4volatile unsigned int DDRITFCR; 	// 0x0D8volatile unsigned int res6[9];volatile unsigned int MP_BOOTCR;  	// 0x100volatile unsigned int MP_SREQSETR;  // 0x104volatile unsigned int MP_SREQCLRR;  // 0x108volatile unsigned int MP_GCR;  		// 0x10Cvolatile unsigned int MP_APRSTCR; 	// 0x110 volatile unsigned int MP_APRSTSR;   // 0x114volatile unsigned int res7[10];volatile unsigned int BDCR; 		// 0x140volatile unsigned int RDLSICR;  	// 0x144volatile unsigned int res8[14];volatile unsigned int APB4RSTSETR; 	// 0x180volatile unsigned int APB4RSTCLRR; 	// 0x184volatile unsigned int APB5RSTSETR;  // 0x188volatile unsigned int APB5RSTCLRR;  // 0x18Cvolatile unsigned int AHB5RSTSETR;  // 0x190volatile unsigned int AHB5RSTCLRR;  // 0x194volatile unsigned int AHB6RSTSETR;  // 0x198volatile unsigned int AHB6RSTCLRR;  // 0x19Cvolatile unsigned int TZAHB6RSTSELR;// 0x1A0volatile unsigned int TZAHB6RSTCLRR;// 0x1A4volatile unsigned int res9[22];volatile unsigned int MP_APB4ENSETR;// 0x200volatile unsigned int MP_APB4ENCLRR;// 0x204volatile unsigned int MP_APB5ENSETR;// 0x208volatile unsigned int MP_APB5ENCLRR;// 0x20Cvolatile unsigned int MP_AHB5ENSETR;// 0x210volatile unsigned int MP_AHB5ENCLRR;// 0x214volatile unsigned int MP_AHB6ENSETR;// 0x218volatile unsigned int MP_AHB6ENCLRR;// 0x21Cvolatile unsigned int MP_TZAHB6ENSELR;// 0x220volatile unsigned int MP_TZAHB6ENCLRR;// 0x224volatile unsigned int res10[22];volatile unsigned int MC_APB4ENSETR; // 0x280volatile unsigned int MC_APB4ENCLRR; // 0x284volatile unsigned int MC_APB5ENSETR; // 0x288volatile unsigned int MC_APB5ENCLRR; // 0x28Cvolatile unsigned int MC_AHB5ENSETR; // 0x290volatile unsigned int MC_AHB5ENCLRR; // 0x294volatile unsigned int MC_AHB6ENSETR; // 0x298volatile unsigned int MC_AHB6ENCLRR; // 0x29Cvolatile unsigned int res11[24];volatile unsigned int MP_APB4LPENSETR; // 0x300volatile unsigned int MP_APB4LPENCLRR; // 0x304volatile unsigned int MP_APB5LPENSETR; // 0x308volatile unsigned int MP_APB5LPENCLRR; // 0x30Cvolatile unsigned int MP_AHB5LPENSETR; // 0x310volatile unsigned int MP_AHB5LPENCLRR; // 0x314volatile unsigned int MP_AHB6LPENSETR; // 0x318volatile unsigned int MP_AHB6LPENCLRR; // 0x31Cvolatile unsigned int MP_TZAHB6LPENSETR; // 0x320volatile unsigned int MP_TZAHB6LPENCLRR; // 0x324volatile unsigned int res12[22];volatile unsigned int MC_APB4LPENSETR; // 0x380volatile unsigned int MC_APB4LPENCLRR; // 0x384volatile unsigned int MC_APB5LPENSETR; // 0x388volatile unsigned int MC_APB5LPENCLRR; // 0x38Cvolatile unsigned int MC_AHB5LPENSETR; // 0x390volatile unsigned int MC_AHB5LPENCLRR; // 0x394volatile unsigned int MC_AHB6LPENSETR; // 0x398volatile unsigned int MC_AHB6LPENCLRR; // 0x39Cvolatile unsigned int res13[24];volatile unsigned int BR_RSTSCLRR; 		// 0x400volatile unsigned int MP_GRSTCSETR; 	// 0x404volatile unsigned int MP_RSTSR; 		// 0x408 volatile unsigned int MP_IWDGFZSETR; 	// 0x40Cvolatile unsigned int MP_IWDGFZCLRR;  	// 0x410volatile unsigned int MP_CIER; 			// 0x414volatile unsigned int MP_CIFR; 			// 0x418volatile unsigned int PWRLPDLYCR; 		// 0x41Cvolatile unsigned int MP_RSTSS; 		// 0x420volatile unsigned int res14[247];volatile unsigned int MCO1CFGR; 		// 0x800volatile unsigned int MCO2CFGR; 		// 0x804 volatile unsigned int OCRDYR; 			// 0x808volatile unsigned int DBGCFGR; 			// 0x80Cvolatile unsigned int res15[4];volatile unsigned int RCK3SELR; 		// 0x820volatile unsigned int RCK4SELR; 		// 0x824volatile unsigned int TIMG1PRER;  		// 0x828volatile unsigned int TIMG2PRER; 		// 0x82Cvolatile unsigned int MCUDIVR; 			// 0x830volatile unsigned int APB1DIVR; 		// 0x834volatile unsigned int APB2DIVR; 		// 0x838volatile unsigned int APB3DIVR; 		// 0x83Cvolatile unsigned int res16[16];volatile unsigned int PLL3CR;   		// 0x880volatile unsigned int PLL3CFGR1; 		// 0x884volatile unsigned int PLL3CFGR2; 		// 0x888volatile unsigned int PLL3FRACR; 		// 0x88Cvolatile unsigned int PLL3CSGR; 		// 0x890volatile unsigned int PLL4CR; 			// 0x894volatile unsigned int PLL4CFGR1; 		// 0x898volatile unsigned int PLL4CFGR2; 		// 0x89Cvolatile unsigned int PLL4FRACR; 		// 0x8A0volatile unsigned int PLL4CSGR; 		// 0x8A4volatile unsigned int res17[6];volatile unsigned int I2C12CKSELR; 		// 0x8C0volatile unsigned int I2C35CKSELR;  	// 0x8C4volatile unsigned int SAI1CKSELR; 		// 0x8C8volatile unsigned int SAI2CKSELR; 		// 0x8CCvolatile unsigned int SAI3CKSELR; 		// 0x8D0volatile unsigned int SAI4CKSELR; 		// 0x8D4volatile unsigned int SPI2S1CKSELR; 	// 0x8D8volatile unsigned int SPI2S23CKSELR; 	// 0x8DCvolatile unsigned int SPI45CKSELR; 		// 0x8E0volatile unsigned int UART6CKSELR; 		// 0x8E4volatile unsigned int UART24CKSELR; 	// 0x8E8volatile unsigned int UART35CKSELR; 	// 0x8ECvolatile unsigned int UART78CKSELR; 	// 0x8F0volatile unsigned int SDMMC12CKSELR; 	// 0x8F4volatile unsigned int SDMMC3CKSELR; 	// 0x8F8volatile unsigned int ETHCKSELR; 		// 0x8FCvolatile unsigned int QSPICKSELR; 		// 0x900volatile unsigned int FMCCKSELR; 		// 0x904volatile unsigned int res18[1];volatile unsigned int FDCANCKSELR; 		// 0x90Cvolatile unsigned int res19[1];volatile unsigned int SPDIFCKSELR; 		// 0x914volatile unsigned int CECCKSELR; 		// 0x918volatile unsigned int USBCKSELR; 		// 0x91Cvolatile unsigned int RNG2CKSELR;  		// 0x920volatile unsigned int DSICKSELR; 		// 0x924volatile unsigned int ADCCKSELR; 		// 0x928volatile unsigned int LPTIM45CKSELR; 	// 0x92Cvolatile unsigned int LPTIM23CKSELR;    // 0x930volatile unsigned int LPTIM1CKSELR; 	// 0x934volatile unsigned int res20[18];volatile unsigned int APB1RSTSETR; 		// 0x980volatile unsigned int APB1RSTCLRR; 		// 0x984volatile unsigned int APB2RSTSETR; 		// 0x988volatile unsigned int APB2RSTCLRR; 		// 0x98Cvolatile unsigned int APB3RSTSETR; 		// 0x990volatile unsigned int APB3RSTCLRR; 		// 0x994volatile unsigned int AHB2RSTSETR; 		// 0x998volatile unsigned int AHB2RSTCLRR;  	// 0x99Cvolatile unsigned int AHB3RSTSETR; 		// 0x9A0volatile unsigned int AHB3RSTCLRR; 		// 0x9A4volatile unsigned int AHB4RSTSETR; 		// 0x9A8volatile unsigned int AHB4RSTCLRR; 		// 0x9ACvolatile unsigned int res21[20];volatile unsigned int MP_APB1ENSETR; 	// 0xA00volatile unsigned int MP_APB1ENCLRR; 	// 0xA04volatile unsigned int MP_APB2ENSETR; 	// 0xA08volatile unsigned int MP_APB2ENCLRR;  	// 0xA0Cvolatile unsigned int MP_APB3ENSETR; 	// 0xA10volatile unsigned int MP_APB3ENCLRR; 	// 0xA14volatile unsigned int MP_AHB2ENSETR; 	// 0xA18volatile unsigned int MP_AHB2ENCLRR; 	// 0xA1Cvolatile unsigned int MP_AHB3ENSETR; 	// 0xA20volatile unsigned int MP_AHB3ENCLRR; 	// 0xA24volatile unsigned int MP_AHB4ENSETR; 	// 0xA28volatile unsigned int MP_AHB4ENCLRR; 	// 0xA2Cvolatile unsigned int res22[2];volatile unsigned int MP_MLAHBENSETR; 	// 0xA38volatile unsigned int MP_MLAHBENCLRR; 	// 0xA3Cvolatile unsigned int res23[16];volatile unsigned int MC_APB1ENSETR; 	// 0xA80volatile unsigned int MC_APB1ENCLRR; 	// 0xA84volatile unsigned int MC_APB2ENSETR; 	// 0xA88volatile unsigned int MC_APB2ENCLRR; 	// 0xA8Cvolatile unsigned int MC_APB3ENSETR; 	// 0xA90volatile unsigned int MC_APB3ENCLRR; 	// 0xA94volatile unsigned int MC_AHB2ENSETR; 	// 0xA98volatile unsigned int MC_AHB2ENCLRR; 	// 0xA9Cvolatile unsigned int MC_AHB3ENSETR; 	// 0xAA0volatile unsigned int MC_AHB3ENCLRR; 	// 0xAA4volatile unsigned int MC_AHB4ENSETR; 	// 0xAA8volatile unsigned int MC_AHB4ENCLRR; 	// 0xAACvolatile unsigned int MC_AXIMENSETR; 	// 0xAB0volatile unsigned int MC_AXIMENCLRR; 	// 0xAB4volatile unsigned int MC_MLAHBENSETR; 	// 0xAB8volatile unsigned int MC_MLAHBENCLRR; 	// 0xABCvolatile unsigned int res24[16];volatile unsigned int MP_APB1LPENSETR; 	// 0xB00volatile unsigned int MP_APB1LPENCLRR; 	// 0xB04volatile unsigned int MP_APB2LPENSETR;  // 0xB08volatile unsigned int MP_APB2LPENCLRR; 	// 0xB0Cvolatile unsigned int MP_APB3LPENSETR; 	// 0xB10volatile unsigned int MP_APB3LPENCLRR;  // 0xB14volatile unsigned int MP_AHB2LPENSETR;  // 0xB18volatile unsigned int MP_AHB2LPENCLRR;  // 0xB1Cvolatile unsigned int MP_AHB3LPENSETR;  // 0xB20volatile unsigned int MP_AHB3LPENCLRR;  // 0xB24volatile unsigned int MP_AHB4LPENSETR;  // 0xB28volatile unsigned int MP_AHB4LPENCLRR;  // 0xB2Cvolatile unsigned int MP_AXIMLPENSETR;  // 0xB30volatile unsigned int MP_AXIMLPENCLRR;  // 0xB34volatile unsigned int MP_MLAHBLPENSETR; // 0xB38volatile unsigned int MP_MLAHBLPENCLRR; // 0xB3Cvolatile unsigned int res25[16];volatile unsigned int MC_APB1LPENSETR;  // 0xB80volatile unsigned int MC_APB1LPENCLRR; 	// 0xB84volatile unsigned int MC_APB2LPENSETR;  // 0xB88volatile unsigned int MC_APB2LPENCLRR;  // 0xB8Cvolatile unsigned int MC_APB3LPENSETR;  // 0xB90 volatile unsigned int MC_APB3LPENCLRR;  // 0xB94volatile unsigned int MC_AHB2LPENSETR;  // 0xB98volatile unsigned int MC_AHB2LPENCLRR;  // 0xB9Cvolatile unsigned int MC_AHB3LPENSETR;  // 0xBA0 volatile unsigned int MC_AHB3LPENCLRR;  // 0xBA4volatile unsigned int MC_AHB4LPENSETR;  // 0xBA8volatile unsigned int MC_AHB4LPENCLRR;  // 0xBACvolatile unsigned int MC_AXIMLPENSETR;  // 0xBB0volatile unsigned int MC_AXIMLPENCLRR;  // 0xBB4volatile unsigned int MC_MLAHBLPENSETR; // 0xBB8volatile unsigned int MC_MLAHBLPENCLRR; // 0xBBCvolatile unsigned int res26[16];volatile unsigned int MC_RSTSCLRR;  	// 0xC00volatile unsigned int res27[4];volatile unsigned int MC_CIER;  		// 0xC14volatile unsigned int MC_CIFR; 			// 0xC18volatile unsigned int res28[246];volatile unsigned int VERR; 			// 0xFF4volatile unsigned int IDR; 				// 0xFF8volatile unsigned int SIDR; 			// 0xFFC
}rcc_t;#define RCC   ((rcc_t *)0x50000000)#endif  // __STM32MP1XX_RCC_H__

stm32mp1xx_gpio.h:

#ifndef __STM32MP1xx_GPIO_H__
#define __STM32MP1xx_GPIO_H__typedef struct {volatile unsigned int MODER;   // 0x00volatile unsigned int OTYPER;  // 0x04volatile unsigned int OSPEEDR; // 0x08volatile unsigned int PUPDR;   // 0x0Cvolatile unsigned int IDR;     // 0x10volatile unsigned int ODR;     // 0x14volatile unsigned int BSRR;    // 0x18volatile unsigned int LCKR;    // 0x1C volatile unsigned int AFRL;    // 0x20 volatile unsigned int AFRH;    // 0x24volatile unsigned int BRR;     // 0x28volatile unsigned int res;volatile unsigned int SECCFGR; // 0x30}gpio_t;#define  GPIOA   ((gpio_t *)0x50002000)
#define  GPIOB   ((gpio_t *)0x50003000)
#define  GPIOC   ((gpio_t *)0x50004000)
#define  GPIOD   ((gpio_t *)0x50005000)
#define  GPIOE   ((gpio_t *)0x50006000)
#define  GPIOF   ((gpio_t *)0x50007000)
#define  GPIOG   ((gpio_t *)0x50008000)
#define  GPIOH   ((gpio_t *)0x50009000)
#define  GPIOI   ((gpio_t *)0x5000A000)
#define  GPIOJ   ((gpio_t *)0x5000B000)
#define  GPIOK   ((gpio_t *)0x5000C000)
#define  GPIOZ   ((gpio_t *)0x54004000)//对引脚进行封装      
#define GPIO_PIN_0 0  
#define GPIO_PIN_1 1  
#define GPIO_PIN_2 2  
#define GPIO_PIN_3 3  
#define GPIO_PIN_4 4  
#define GPIO_PIN_5 5  
#define GPIO_PIN_6 6  
#define GPIO_PIN_7 7  
#define GPIO_PIN_8 8  
#define GPIO_PIN_9 9  
#define GPIO_PIN_10 10
#define GPIO_PIN_11 11
#define GPIO_PIN_12 12
#define GPIO_PIN_13 13
#define GPIO_PIN_14 14
#define GPIO_PIN_15 15//寄存器输出模式           
typedef enum{              Input,                 Output,                Alternate,        Analog,                
}gpio_moder_t;             //寄存器输出类型           
typedef enum{              Push_pull,             Open_drain,            
}gpio_otyper_t;            //寄存器输出速度           
typedef enum{              Low_speed,             Medium_speed,          High_speed,            Very_high_speed,       
}gpio_ospeedr_t;           //寄存器是否需要上下拉     
typedef enum{              No_up_down,            Pull_up,               Pull_down,             Reserved,              
}gpio_pupdr_t;             //对GPIO引脚状态封装       
typedef enum{              gpio_reset_t,          gpio_set_t,            
}gpio_status_t;            //对GPIO进行初始化         
typedef struct{            gpio_moder_t moder;    gpio_otyper_t otyper;  gpio_ospeedr_t ospeedr;gpio_pupdr_t pupdr;    
}gpio_init_t;              #endif // __STM32MP1xx_GPIO_H__

stm32mp1xx_uart.h:

#ifndef __STM32MP1XX_UART_H__
#define __STM32MP1XX_UART_H__typedef struct {volatile unsigned int CR1;volatile unsigned int CR2;volatile unsigned int CR3;volatile unsigned int BRR;volatile unsigned int GTPR;volatile unsigned int RTOR;volatile unsigned int RQR;volatile unsigned int ISR;volatile unsigned int ICR;volatile unsigned int RDR;volatile unsigned int TDR;volatile unsigned int PRESC;
}uart_t;#define USART1  ((uart_t *)0x5C000000)
#define USART2  ((uart_t *)0x4000E000)
#define USART3  ((uart_t *)0x4000F000)
#define USART4  ((uart_t *)0x40010000)
#define USART5  ((uart_t *)0x40011000)
#define USART6  ((uart_t *)0x44003000)
#define USART7  ((uart_t *)0x40018000)
#define USART8  ((uart_t *)0x40019000)#endif // __STM32MP1XX_UART_H__

stm32mp1xx_exti.h:

#ifndef __STM32MP1XX_EXTI_H__
#define __STM32MP1XX_EXTI_H__typedef struct{volatile unsigned int RTSR1; 	// EXTI rising trigger selection register 	volatile unsigned int FTSR1; 	// EXTI falling trigger selection register	volatile unsigned int SWIER1;   // EXTI software interrupt event register volatile unsigned int RPR1;     // EXTI rising edge pending registervolatile unsigned int FPR1;  	// EXTI falling edge pending registervolatile unsigned int TZENR1;   // EXTI TrustZone enable registervolatile unsigned int RES1[2];  volatile unsigned int RTSR2;    // EXTI rising trigger selection registervolatile unsigned int FTSR2;    // EXTI falling trigger selection registervolatile unsigned int SWIER2;   // EXTI software interrupt event registervolatile unsigned int RPR2;     // EXTI rising edge pending registervolatile unsigned int FPR2;	    // EXTI falling edge pending registervolatile unsigned int TZENR2;   // EXTI TrustZone enable registervolatile unsigned int RES2[2];volatile unsigned int RTSR3;    // EXTI rising trigger selection registervolatile unsigned int FTSR3;    // EXTI falling trigger selection registervolatile unsigned int SWIER3;   // EXTI software interrupt event registervolatile unsigned int RPR3;     // EXTI rising edge pending registervolatile unsigned int FPR3;     // EXTI falling edge pending registervolatile unsigned int TZENR3;   // EXTI TrustZone enable registervolatile unsigned int RES3[2];volatile unsigned int EXTICR1;	// EXTI external interrupt selection register 1volatile unsigned int EXTICR2;  // EXTI external interrupt selection register 2	volatile unsigned int EXTICR3;  // EXTI external interrupt selection register 3	volatile unsigned int EXTICR4;  // EXTI external interrupt selection register 4	volatile unsigned int RES4[4];volatile unsigned int C1IMR1;   // EXTI CPU1 wakeup with interrupt mask registervolatile unsigned int C1EMR1;   // EXTI CPU1 wakeup with event mask registervolatile unsigned int RES5[2];volatile unsigned int C1IMR2;   // EXTI CPU1 wakeup with interrupt mask registervolatile unsigned int C1EMR2;   // EXTI CPU1 wakeup with event mask registervolatile unsigned int RES6[2];volatile unsigned int C1IMR3;   // EXTI CPU1 wakeup with interrupt mask register	volatile unsigned int C1EMR3;   // EXTI CPU1 wakeup with event mask register volatile unsigned int RES7[6];volatile unsigned int C2IMR1;   // EXTI CPU2 wakeup with interrupt mask registervolatile unsigned int C2EMR1;   // EXTI CPU2 wakeup with event mask registervolatile unsigned int RES8[2];volatile unsigned int C2IMR2;   // EXTI CPU2 wakeup with interrupt mask registervolatile unsigned int C2EMR2;   // EXTI CPU2 wakeup with event mask registervolatile unsigned int RES9[2];volatile unsigned int C2IMR3;   // EXTI CPU2 wakeup with interrupt mask register volatile unsigned int C2EMR3;   // EXTI CPU2 wakeup with event mask register volatile unsigned int RES10[2];
}exti_t;#define  EXTI   ((exti_t*)0x5000D000)#endif //__STM32MP1XX_EXTI_H__

stm32mp1xx_gic.h:

#ifndef __STM32MP1XX_GIC_H__
#define __STM32MP1XX_GIC_H__ typedef struct {volatile unsigned int CTRL;volatile unsigned int TYPER;volatile unsigned int IIDR;volatile unsigned int RES1[29];volatile unsigned int IGROUPR[9];volatile unsigned int RES2[23];volatile unsigned int ISENABLER[9];volatile unsigned int RES3[23];volatile unsigned int ICENABLER[9];volatile unsigned int RES4[23];volatile unsigned int ISPENDR[9];volatile unsigned int RES5[23];volatile unsigned int ICPENDR[9];volatile unsigned int RES6[23];volatile unsigned int ISACTIVER[9];volatile unsigned int RES7[23];volatile unsigned int ICACTIVER[9];volatile unsigned int RES8[23];volatile unsigned int IPRIORITYR[72];volatile unsigned int RES9[184];volatile unsigned int ITARGETSR[72];volatile unsigned int RES10[184];	volatile unsigned int ICFGR[18];volatile unsigned int RES11[46];}gicd_t;
#define GICD  ((gicd_t*)0xA0021000)typedef struct {volatile unsigned int CTRL;volatile unsigned int PMR;volatile unsigned int BRR;volatile unsigned int IAR;volatile unsigned int EOIR;volatile unsigned int RPR;volatile unsigned int HPPIR;volatile unsigned int ABPR;volatile unsigned int AIAR;volatile unsigned int AEOIR;volatile unsigned int AHPPIR;volatile unsigned int RES1[41];volatile unsigned int APR0;volatile unsigned int RES2[3];volatile unsigned int NSAPR0;volatile unsigned int RES3[6];volatile unsigned int IIDR;volatile unsigned int RES4[960];volatile unsigned int DIRDIR;}gicc_t;
#define GICC  ((gicc_t*)0xA0022000) #endif  // __STM32MP1XX_GIC_H__

uart_led.h:

#ifndef __UART_LED_H__
#define __UART_LED_H__#include "stm32mp1xx_rcc.h"
#include "stm32mp1xx_gpio.h"
#include "stm32mp1xx_uart.h"
#include "stm32mp1xx_exti.h"
#include "stm32mp1xx_gic.h"//重写strcmp函数
int strcmp(const char *s1, const char *s2);//对LED灯初始化
void hal_led_init();//对GPIO引脚初始化函数
void hal_gpio_init(gpio_t* gpiox, gpio_init_t* init, unsigned int pin);//对GPIO引脚写操作函数
void hal_led_gpio_write(gpio_t* gpiox, unsigned int pin, gpio_status_t state);//初始化串口
void hal_uart_init();//发送一个字节
void uart_put_char(const char str);//发送一个字符串
void uart_put_string(const char* str);//接受一个字符
char uart_get_char();//接收一个字符串
char* uart_get_string();#endif

uart_led.c:

#include "uart_led.h"extern void printf(const char *fmt, ...);
extern void delay_ms(int ms);//重写strcmp函数
int strcmp(const char *s1, const char *s2)
{int t = 0;while(*s1 || *s2){if(*s1 != *s2){t = *s1 - *s2;return t;}*s1 ++;*s2 ++;}return t;
}//对LED灯初始化
void hal_led_init()
{//RCC时钟初始化RCC->MP_AHB4ENSETR |= (0x3 << 4);//结构体初始化gpio_init_t init = {Output, Push_pull, Low_speed, No_up_down};//GPIO初始化hal_gpio_init(GPIOE, &init, GPIO_PIN_10);hal_gpio_init(GPIOF, &init, GPIO_PIN_10);hal_gpio_init(GPIOE, &init, GPIO_PIN_8);
}//对GPIO引脚初始化函数
void hal_gpio_init(gpio_t* gpiox, gpio_init_t* init, unsigned int pin)
{//GPIO输出模式初始化gpiox->MODER &= (~(0x3 << (pin * 2)));gpiox->MODER |= (init->moder << (pin * 2));//GPIO输出类型初始化gpiox->OTYPER &= (~(0x1 << pin));gpiox->OTYPER |= (init->otyper << pin);//GPIO输出速度初始化gpiox->OSPEEDR &= (~(0x3 << (pin * 2)));gpiox->OSPEEDR |= (init->ospeedr << (pin * 2));//GPIO是否需要上下拉gpiox->PUPDR &= (~(0x3 << (pin * 2)));gpiox->PUPDR |= (init->pupdr << (pin * 2));
}//对GPIO引脚写操作函数
void hal_led_gpio_write(gpio_t* gpiox, unsigned int pin, gpio_status_t state)
{if(gpio_reset_t == state)gpiox->ODR &= (~(0x1 << pin));elsegpiox->ODR |= (0x1 << pin);
}//初始化串口
void hal_uart_init()
{/*********RCC章节初始化********/RCC->MP_AHB4ENSETR |= (0x1 << 1);RCC->MP_AHB4ENSETR |= (0x1 << 6);RCC->MP_APB1ENSETR |= (0x1 << 16);/*********GPIO章节初始化*******/gpio_init_t init = {0};init.moder = Alternate; 	//设置GPIO模式为复用模式hal_gpio_init(GPIOB, &init, GPIO_PIN_2);hal_gpio_init(GPIOG, &init, GPIO_PIN_11);GPIOB->MODER |= (0x1 << 5);GPIOB->AFRL &= (~(0xF << 8));GPIOB->AFRL |= (0x1 << 11);GPIOG->MODER |= (0x1 << 23);GPIOG->AFRH &= (~(0xF << 12));GPIOG->AFRH |= (0x3 << 13);/*********UART章节初始化*******/if(USART4->CR1 & (0x1 << 0))    //判断UE位是否为0    {                                                    delay_ms(500);                                   USART4->CR1 &= (~(0x1 << 0));                    }                                                    USART4->CR1 &= (~(0x1 << 28));  //设置数据位宽度为8位USART4->CR1 &= (~(0x1 << 12));                       USART4->CR1 &= (~(0x1 << 15));  //设置串口采样率     USART4->CR1 &= (~(0x1 << 10));  //设置无奇偶校验位   USART4->CR2 &= (~(0x3 << 12));  //设置串口1位停止位  USART4->PRESC &= (~(0x3 << 3)); //设置串口不分频     USART4->BRR |= 0x22B;           //设置串口波特率     USART4->CR1 |= (0x1 << 2);      //串口发送器使能     USART4->CR1 |= (0x1 << 3);      //串口接收器使能     USART4->CR1 |= (0x1 << 0);          //串口使能       
}//发送一个字节
void uart_put_char(const char str)
{//1.判断发送数据寄存器是否为空，为空才可以发送下一个字节//ISR[7]  //读0：发送数据寄存器满，需要等待//读1：发送数据寄存器空，才可以发送下一个字节数据while(!(USART4->ISR & (0x1 << 7)));//2.将要发送的字符写到发送数据寄存器中USART4->TDR = str;//3.判断发送数据是否完成 ISR[6]while(!(USART4->ISR & (0x1 << 6)));
}//发送一个字符串
void uart_put_string(const char* str)
{//判断是否为'\0'，一个字符一个字符发for(int i = 0; str[i] != '\0'; i++){uart_put_char(str[i]);	}printf("\n");
}//接受一个字符
char uart_get_char()
{char ch;//1.判断接收数据寄存器是否有数据可读 ISR[5]while(!(USART4->ISR & (0x1 << 5)));//2.将接收到的数据读出来ch = USART4->RDR;return ch;
}char buff[50] = {0};
//接收一个字符串
char* uart_get_string()
{int i = 0;//for循环//当键盘的回车键'\r'按下之后，字符串输入完成for(i = 0; i < 48; i++){buff[i] = uart_get_char();	if(buff[i] == '\r')break;uart_put_char(buff[i]);}//字符串补'\0'buff[i] = '\0';printf("\n");//对接收到的字符串进行判断if(strcmp(buff,"led1on") == 0){hal_led_gpio_write(GPIOE, GPIO_PIN_10, gpio_set_t);return "LED1_ON success";}else if(strcmp(buff,"led1off") == 0){hal_led_gpio_write(GPIOE, GPIO_PIN_10, gpio_reset_t);return "LED1_OFF success";}else if(strcmp(buff,"led2on") == 0){hal_led_gpio_write(GPIOF, GPIO_PIN_10, gpio_set_t);return "LED2_ON success";}else if(strcmp(buff,"led2off") == 0){hal_led_gpio_write(GPIOF, GPIO_PIN_10, gpio_reset_t);return "LED2_OFF success";}else if(strcmp(buff,"led3on") == 0){hal_led_gpio_write(GPIOE, GPIO_PIN_8, gpio_set_t);return "LED3_ON success";}else if(strcmp(buff,"led3off") == 0){hal_led_gpio_write(GPIOE, GPIO_PIN_8, gpio_reset_t);return "LED3_OFF success";}return "invalid instruction!";
}

main.c:

#include "uart_led.h"extern void printf(const char *fmt, ...);void delay_ms(int ms)
{int i,j;for(i = 0; i < ms;i++)for (j = 0; j < 1800; j++);
}int main()
{hal_led_init();     //LED灯初始化hal_uart_init(); 	//串口初始化while(1){uart_put_string(uart_get_string());}return 0;
}

测试结果如下：

作业二：

实验现象如下：

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