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[KungFu32位 MCU]

KF32A150 硬件IIC 访问PCF563样例

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ghetto|  楼主 | 2022-7-1 09:04 | 只看该作者 回帖奖励 |倒序浏览 |阅读模式
硬件iic, KF32A, a15, pc, TE, I2c
本帖最后由 ghetto 于 2022-7-1 09:07 编辑
复制
/*

 * bsp_iic.c

 *

 *  Created on: 2022-6-28

 *      Author: pc

 */



#include "bsp_iic.h"

#include "Usart.h"

#include "stdio.h"

I2C_SFRmap* I2C_Choose;









void I2C_GPIO_init(void)

{



        GPIO_InitTypeDef I2C_GPIO_Init;

        PCLK_CTL0_Peripheral_Clock_Enable(PCLK_CTL0_GPIOBCLKEN,TRUE);

        I2C_GPIO_Init.m_Mode = GPIO_MODE_RMP;

        I2C_GPIO_Init.m_OpenDrain = GPIO_POD_OD;

        I2C_GPIO_Init.m_Pin = GPIO_PIN_MASK_4|GPIO_PIN_MASK_5;

        I2C_GPIO_Init.m_PullUp = GPIO_PULLUP;

        I2C_GPIO_Init.m_PullDown = GPIO_NOPULL;

        I2C_GPIO_Init.m_Speed = GPIO_HIGH_SPEED;



        GPIO_Configuration(GPIOB_SFR,&I2C_GPIO_Init);

//        GPIOB_SFR->RMP[0] = 0x880000;

        GPIO_Pin_RMP_Config(GPIOB_SFR,GPIO_Pin_Num_4,GPIO_RMP_AF8_I2C0);

        GPIO_Pin_RMP_Config(GPIOB_SFR,GPIO_Pin_Num_5,GPIO_RMP_AF8_I2C0);







}







#define  IIC_100K



void I2C_init_Master(I2C_SFRmap* I2Cx)

{



        I2C_Reset(I2Cx);

        I2C_InitTypeDef newStruct_I2C;

        newStruct_I2C.m_Mode = I2C_MODE_I2C;

        newStruct_I2C.m_ClockSource = I2C_CLK_HFCLK;



        newStruct_I2C.m_BADR10 = I2C_BUFRADDRESS_7BIT;



        newStruct_I2C.m_MasterSlave = I2C_MODE_SMBUSHOST;     //



#ifdef IIC_100K

        newStruct_I2C.m_BaudRateL = 80;

        newStruct_I2C.m_BaudRateH = 80;

#elif defined IIC_400K

        newStruct_I2C.m_BaudRateL = 115;                       //I2C锟斤拷锟斤拷锟绞低碉拷平时锟斤拷锟斤拷锟斤拷   锟斤拷锟街�锟斤拷锟斤拷小锟斤拷3

        newStruct_I2C.m_BaudRateH = 115;                       //I2C锟斤拷锟斤拷锟绞高碉拷平时锟斤拷锟斤拷锟斤拷   锟斤拷锟街�锟斤拷锟斤拷小锟斤拷3

#elif defined IIC_1M

        newStruct_I2C.m_BaudRateL = 20;                       //I2C锟斤拷锟斤拷锟绞低碉拷平时锟斤拷锟斤拷锟斤拷   锟斤拷锟街�锟斤拷锟斤拷小锟斤拷3

        newStruct_I2C.m_BaudRateH = 20;                       //I2C锟斤拷锟斤拷锟绞高碉拷平时锟斤拷锟斤拷锟斤拷   锟斤拷锟街�锟斤拷锟斤拷小锟斤拷3

#endif

        newStruct_I2C.m_AckEn = TRUE;

        newStruct_I2C.m_AckData = I2C_ACKDATA_ACK;

        I2C_Configuration(I2Cx, &newStruct_I2C);







        //I2C_Cmd(I2Cx,TRUE);

        I2C_Clear_INTERRUPT_Flag(I2Cx);



        //I2C_MATCH_ADDRESS_Config(I2Cx,TRUE);

        //I2C_ISIE_INT_Enable(I2Cx, TRUE);

        //I2C_SCL_Enable(I2Cx,TRUE);

        I2C_Cmd(I2Cx,TRUE);





}







void I2C_Byte_Write(uint16_t slave_addr,uint16_t reg_Addr,uint32_t I2C_data, FunctionalState NewState )

{

        I2C_Choose=I2C0_SFR;



        static uint8_t I2C_SLAVE_ADDRESS10BH=0;

        static uint8_t I2C_SLAVE_ADDRESS10BL=0;







        I2C_Generate_START(I2C_Choose,TRUE);

        while(!I2C_Get_INTERRUPT_Flag(I2C_Choose));







        I2C_SendData8(I2C_Choose,slave_addr);

        I2C_Clear_INTERRUPT_Flag(I2C_Choose);

        while(!I2C_Get_INTERRUPT_Flag(I2C_Choose));

        while(I2C_Get_Ack_Fail_Flag(I2C_Choose));







        I2C_SendData(I2C_Choose,reg_Addr);

        I2C_Clear_INTERRUPT_Flag(I2C_Choose);

        while(!I2C_Get_INTERRUPT_Flag(I2C_Choose));





        if(NewState)

        {



        I2C_SendData(I2C_Choose,I2C_data);

        I2C_Clear_INTERRUPT_Flag(I2C_Choose);

        while(!I2C_Get_INTERRUPT_Flag(I2C_Choose));



        }

        /*停止位*/

        I2C_Generate_STOP(I2C_Choose,TRUE);



        I2C_Clear_INTERRUPT_Flag(I2C_Choose);

        while(!I2C_Get_INTERRUPT_Flag(I2C_Choose));



        I2C_Clear_INTERRUPT_Flag(I2C_Choose);

        I2C_Clear_Stop_Flag(I2C_Choose);





}







void I2C_Byte_read(uint16_t slave_addr,uint8_t *I2C_data )

{

        I2C_Choose=I2C0_SFR;

        static uint8_t I2C_SLAVE_ADDRESS10BH=0;

        static uint8_t I2C_SLAVE_ADDRESS10BL=0;





        I2C_Generate_START(I2C_Choose,TRUE);

        while(!I2C_Get_Start_Flag(I2C_Choose));







        I2C_SendData8(I2C_Choose,slave_addr|0x01);

        I2C_Clear_INTERRUPT_Flag(I2C_Choose);

        while(!I2C_Get_INTERRUPT_Flag(I2C_Choose));

        while(I2C_Get_Ack_Fail_Flag(I2C_Choose));

         I2C_Clear_INTERRUPT_Flag(I2C_Choose);





        while((I2C_Choose->SR &I2C_SR_RCBF)== 0);

        *I2C_data = I2C_ReceiveData(I2C_Choose);

//        I2C_Clear_INTERRUPT_Flag(I2C_Choose);

        //while(!I2C_Get_INTERRUPT_Flag(I2C_Choose));







        I2C_Ack_DATA_Config(I2C_Choose,I2C_ACKDATA_NO_ACK);





    /* Stop bit */

    I2C_Generate_STOP(I2C_Choose, TRUE);

    /* Clear the ISIF bit of the I2C interrupt flag */

    I2C_Clear_INTERRUPT_Flag(I2C_Choose);

    /* Wait for the stop to complete */

    while (!I2C_Get_INTERRUPT_Flag(I2C_Choose)) ;

    /* Clear the ISIF bit of the I2C interrupt flag */

    I2C_Clear_INTERRUPT_Flag(I2C_Choose);

    /* Clear the I2C stop flag PIF bit */

    I2C_Clear_Stop_Flag(I2C_Choose);







}
复制
/*

 * bsp_iic.h

 *

 *  Created on: 2022-6-28

 *      Author: pc

 */



#ifndef I2C_Master_Slave_H_

#define I2C_Master_Slave_H_





#include "system_init.h"



#define        MODE_Master        1

#define        MODE_Slave        0

#define        IIC_MODE        MODE_Master



#define        IIC_10BIT_Address                0







//#define IIC_100K        100000

#define IIC_400K        400000

//#define IIC_1M        1000000



#define I2C_OK                 1

#define I2C_FAIL               0







void I2C_GPIO_init(void);

void I2C_init_Slave(I2C_SFRmap* I2Cx,uint16_t I2C_ADDRESS);

void I2C_init_Master(I2C_SFRmap* I2Cx);

void I2C_Byte_Write(uint16_t slave_addr,uint16_t reg_Addr,uint32_t I2C_data, FunctionalState NewState );



void I2C_Byte_read(uint16_t slave_addr,uint8_t *I2C_data);





















#endif
复制
/*

 * PCF8563.c

 *

 *  Created on: 2022-6-29

 *      Author: pc

 */

#include "system_init.h"

#include "PCF8563.h"

#include "bsp_iic.h"

#include "stdio.h"

unsigned char PCF8563_WriteByte(uint16_t Write_i2c_Addr,uint32_t I2C_data)

{



        I2C_Byte_Write(0xA2,Write_i2c_Addr, I2C_data,TRUE);





}



unsigned char PCF8563_ReadByte(uint16_t Write_i2c_Addr )

{



        uint8_t temp = 0;

        I2C_Byte_Write(0xA2,Write_i2c_Addr, 0,FALSE);

        systick_delay_us(10);

        I2C_Byte_read(0xA2,&temp);

        return temp;



}

void PCF8563_Timer_Disable(void)

{

        PCF8563_WriteByte(PCF8563_Address_Control_Status_2, (PCF8563_ReadByte(PCF8563_Address_Control_Status_2)&0xfe));

        PCF8563_WriteByte(TIMER_CTRL_BUF, PCF8563_ReadByte(TIMER_CTRL_BUF)&0x7f);

}

void PCF8563_Alarm_Disable(void)

{

        PCF8563_WriteByte(0x01, (PCF8563_ReadByte(0x01)&0xfd));

        PCF8563_WriteByte(PCF8563_Alarm_Minutes, PCF8563_ReadByte(PCF8563_Alarm_Minutes)|0x80);

        PCF8563_WriteByte(PCF8563_Alarm_Hours, PCF8563_ReadByte(PCF8563_Alarm_Hours)|0x80);

        PCF8563_WriteByte(PCF8563_Alarm_Days,0x80);

        PCF8563_WriteByte(PCF8563_Alarm_WeekDays,0x80);

}







char PCF8563_Init(void)

{

        PCF8563_WriteByte(PCF8563_Address_Control_Status_1,0x00);

        PCF8563_WriteByte(PCF8563_Address_Control_Status_2,0x00);

        PCF8563_Timer_Disable();

        PCF8563_Alarm_Disable();



}





void PCF8563_Set_Time(int hour, int minute, int second)

{

    if(hour>=0){

        hour = changeIntToHex(hour%60);

        PCF8563_WriteByte(HOUR_DATA_BUF, hour);

    }

    if(minute>=0){

        minute = changeIntToHex(minute%60);

        PCF8563_WriteByte(MINUTE_DATA_BUF, minute);

    }

    if(second>=0){

        second = changeIntToHex(second%60);

        PCF8563_WriteByte(SECOND_DATA_BUF, second);

    }

}

void PCF8563_Set_Alarm(int hour, int minute)

{

    if(minute >= 0){

        minute = changeIntToHex(minute);

        PCF8563_WriteByte(MINUTE_AE_BUF, minute);

    }



    if(hour >= 0){

        hour = changeIntToHex(hour);

        PCF8563_WriteByte(HOUR_AE_BUF, hour);

    }



}

void PCF8563_Set_Days(int year, int months, int days)

{



    if(days >= 0 && days <= 31){

        days = changeIntToHex(days);

        PCF8563_WriteByte(DAY_DATA_BUF, days);

    }

    if(months>=0 && months <= 12 ){

        months = changeIntToHex(months);

        PCF8563_WriteByte(MONTH_DATA_BUF, (PCF8563_ReadByte(MONTH_DATA_BUF)&0x80)| months);

    }



    if(year>=1900 && year<2000){



            PCF8563_WriteByte(MONTH_DATA_BUF, PCF8563_ReadByte(MONTH_DATA_BUF) | 0x80);

            PCF8563_WriteByte(YEAR_DATA_BUF, year%100);



    }else if(year>= 2000 && year < 3000){

            PCF8563_WriteByte(MONTH_DATA_BUF, PCF8563_ReadByte(MONTH_DATA_BUF) & 0x7F);

            PCF8563_WriteByte(YEAR_DATA_BUF, year%100);

    }

}





unsigned char PCF8563_Check(void)

{

        uint8_t temp = 0;

        unsigned char Time_Count = 0;

        if(PCF8563_ReadByte(PCF8563_Address_Timer) & 0x80)

        {

                PCF8563_WriteByte(PCF8563_Address_Timer,PCF_Timer_Close);

                Time_Count = PCF8563_ReadByte(PCF8563_Address_Timer_VAL);



        }



        PCF8563_WriteByte(PCF8563_Address_Timer_VAL,0xAA);



        temp = PCF8563_ReadByte(PCF8563_Address_Timer_VAL);



        if(0xAA != temp)

        {

                temp = 0;

                fprintf(USART0_STREAM,"PCF8563 Check Error\r\n");

        }else{

                temp = 1;

                fprintf(USART0_STREAM,"PCF8563 Check Success\r\n");

        }





        if(Time_Count != 0)

        {

                PCF8563_WriteByte(PCF8563_Address_Timer_VAL, Time_Count);

                PCF8563_WriteByte(PCF8563_Address_Timer, PCF_Timer_Open);

        }



        return temp;







}

void PCF8563_Set_Timer(int Timer_Frequency ,unsigned char Value)

{

    // PCF8563_WriteByte(TIMER_CTRL_BUF, PCF8563_ReadByte(TIMER_CTRL_BUF)&0x7f);

    PCF8563_WriteByte(COUNT_VAL_BUF, Value);

    if(Timer_Frequency == 4096){

            PCF8563_WriteByte(TIMER_CTRL_BUF, ((PCF8563_ReadByte(TIMER_CTRL_BUF))&0xfc)|TIMER_FREQUENCY_4096);

    }else if(Timer_Frequency == 64){

        PCF8563_WriteByte(TIMER_CTRL_BUF, ((PCF8563_ReadByte(TIMER_CTRL_BUF))&0xfc)|TIMER_FREQUENCY_64);

    }else if(Timer_Frequency == 1){

        PCF8563_WriteByte(TIMER_CTRL_BUF, ((PCF8563_ReadByte(TIMER_CTRL_BUF))&0xfc)|TIMER_FREQUENCY_1);

    }else if(Timer_Frequency == 0){// 1/60

        PCF8563_WriteByte(TIMER_CTRL_BUF, ((PCF8563_ReadByte(TIMER_CTRL_BUF))&0xfc)|TIMER_FREQUENCY_1_60);

    }else{

        printf("Set Timer Error\r\n");

    }

}

void PCF8563_CLKOUT_FrequencyHZ(unsigned char Frequency)

{

    if(Frequency == 32768){

        PCF8563_WriteByte(CLK_FRQ_BUF, (PCF8563_ReadByte(CLK_FRQ_BUF)&0xfC)|0x00);

    }else if(Frequency == 1024){

        PCF8563_WriteByte(CLK_FRQ_BUF, (PCF8563_ReadByte(CLK_FRQ_BUF)&0xfC)|0x01);

    }else if(Frequency == 32){

        PCF8563_WriteByte(CLK_FRQ_BUF, (PCF8563_ReadByte(CLK_FRQ_BUF)&0xfC)|0x02);

    }else if(Frequency == 1){

        PCF8563_WriteByte(CLK_FRQ_BUF, (PCF8563_ReadByte(CLK_FRQ_BUF)&0xfC)|0x03);

    }else {

        printf("Set CLKOUT requency Selection Error\r\n");

    }

}

void PCF8563_Alarm_Enable(void)

{



    PCF8563_WriteByte(0x01, (PCF8563_ReadByte(0x01)|0x02));

    PCF8563_WriteByte(MINUTE_AE_BUF, PCF8563_ReadByte(MINUTE_AE_BUF)&0x7f);

    PCF8563_WriteByte(HOUR_AE_BUF, PCF8563_ReadByte(HOUR_AE_BUF)&0x7f);

    PCF8563_WriteByte(DAY_AE_BUF,0x80);//鍏抽棴

    PCF8563_WriteByte(WEEK_AE_BUF,0x80);//鍏抽棴

}

void PCF8563_Timer_Enable(void)

{

    PCF8563_WriteByte(0x01, (PCF8563_ReadByte(0x01)|0x01));

    PCF8563_WriteByte(TIMER_CTRL_BUF, PCF8563_ReadByte(TIMER_CTRL_BUF)|0x80);

}



void PCF8563_CLKOUT_Enable(void)

{

    PCF8563_WriteByte(CLK_FRQ_BUF, PCF8563_ReadByte(CLK_FRQ_BUF)|0x80);

}



void PCF8563_Get_Time(unsigned char *buf)

{

    buf[0] = PCF8563_ReadByte(SECOND_DATA_BUF) & 0x7f; //get second data

    buf[1] = PCF8563_ReadByte(MINUTE_DATA_BUF) & 0x7f; //get minute data

    buf[2] = PCF8563_ReadByte(HOUR_DATA_BUF) & 0x3f; //get hour data



    buf[0] = changeHexToInt(buf[0]);

    buf[1] = changeHexToInt(buf[1]);

    buf[2] = changeHexToInt(buf[2]);

}

unsigned char PCF8563_Get_Flag(void)

{

        unsigned char temp=0;

    if(PCF8563_ReadByte(0x01)&0x08){

        temp  =  temp|0x01;

    }

    if(PCF8563_ReadByte(0x01)&0x04){

        temp  =  temp|0x02;

    }

    return temp;



}

void PCF8563_Get_Days(unsigned char *buf)

{

    buf[0] = PCF8563_ReadByte(DAY_DATA_BUF)&0x3f;

    buf[1] = PCF8563_ReadByte(MONTH_DATA_BUF) & 0x1f;

    buf[2] = PCF8563_ReadByte(YEAR_DATA_BUF)&0xff;



                buf[0] = changeHexToInt(buf[0]);

    buf[1] = changeHexToInt(buf[1]);



    if(PCF8563_ReadByte(MONTH_DATA_BUF) & 0x80){

        buf[3] = 19;

    }else{

        buf[3] = 20;

    }

}



void PCF8563_Cleare_AF_Flag(void)

{

        PCF8563_WriteByte(0x01, PCF8563_ReadByte(0x01)&0xf7);

}



void PCF8563_Cleare_TF_Flag(void)

{

        PCF8563_WriteByte(0x01, PCF8563_ReadByte(0x01)&0xfB);

}
复制
/*

 * PCF8563.h

 *

 *  Created on: 2022-6-29

 *      Author: pc

 */



#ifndef PCF8563_H_

#define PCF8563_H_





#define CLK_FRQ_BUF     0x0D

#define TIMER_CTRL_BUF  0x0E

#define COUNT_VAL_BUF   0x0F



#define PCF_Timer_Open                           (unsigned char)(1<<7)     //定时器有效

#define PCF_Timer_Close                          (unsigned char)(~(1<<7))  //定时器无效



#define PCF_Timer_F4096                          (unsigned char)0x00  //定时器时钟频率为4096Hz

#define PCF_Timer_F64                            (unsigned char)0x01  //定时器时钟频率为64Hz

#define PCF_Timer_F1                             (unsigned char)0x02  //定时器时钟频率为1Hz

#define PCF_Timer_F160                           (unsigned char)0x03  //定时器时钟频率为1/60Hz



#define PCF_Time_INT_Open                        (unsigned char)(1<<0)     //定时器中断有效

#define PCF_Time_INT_Close                       (unsigned char)(~(1<<0))  //定时器中断无效



#define PCF_Control_Status_NormalMode            (unsigned char)(~(1<<7))  //普通模式

#define PCF_Control_Status_EXT_CLKMode           (unsigned char)(1<<7)     //EXT_CLK测试模式

#define PCF_Control_ChipRuns                     (unsigned char)(~(1<<5))  //芯片运行

#define PCF_Control_ChipStop                     (unsigned char)(1<<5)     //芯片停止运行，所有芯片分频器异步置逻辑0

#define PCF_Control_TestcClose                   (unsigned char)(~(1<<3))  //电源复位功能失效（普通模式时置逻辑0）

#define PCF_Control_TestcOpen                    (unsigned char)(1<<3)     //电源复位功能有效





#define PCF8563_Address_Control_Status_1         (unsigned char)0x00  //控制/状态寄存器1

#define PCF8563_Address_Control_Status_2         (unsigned char)0x01  //控制/状态寄存器2



#define PCF8563_Address_CLKOUT                   (unsigned char)0x0d  //CLKOUT频率寄存器

#define PCF8563_Address_Timer                    (unsigned char)0x0e  //定时器控制寄存器

#define PCF8563_Address_Timer_VAL                (unsigned char)0x0f  //定时器倒计数寄存器



#define PCF8563_Address_Years                    (unsigned char)0x08  //年

#define PCF8563_Address_Months                   (unsigned char)0x07  //月

#define PCF8563_Address_Days                     (unsigned char)0x05  //日

#define PCF8563_Address_WeekDays                 (unsigned char)0x06  //星期

#define PCF8563_Address_Hours                    (unsigned char)0x04  //小时

#define PCF8563_Address_Minutes                  (unsigned char)0x03  //分钟

#define PCF8563_Address_Seconds                  (unsigned char)0x02  //秒



#define SECOND_DATA_BUF 0x02

#define MINUTE_DATA_BUF 0x03

#define HOUR_DATA_BUF   0x04



#define DAY_DATA_BUF    0x05

#define WEEK_DATA_BUF   0x06

#define MONTH_DATA_BUF  0x07

#define YEAR_DATA_BUF   0x08



#define MINUTE_AE_BUF   0x09

#define HOUR_AE_BUF     0x0A

#define DAY_AE_BUF      0x0B

#define WEEK_AE_BUF     0x0C



#define CLK_FRQ_BUF     0x0D

#define TIMER_CTRL_BUF  0x0E

#define COUNT_VAL_BUF   0x0F



#define PCF8563_Alarm_Minutes                    (unsigned char)0x09  //分钟报警

#define PCF8563_Alarm_Hours                      (unsigned char)0x0a  //小时报警

#define PCF8563_Alarm_Days                       (unsigned char)0x0b  //日报警

#define PCF8563_Alarm_WeekDays                   (unsigned char)0x0c  //星期报警





#define TIMER_FREQUENCY_4096    0 // 4096HZ

#define TIMER_FREQUENCY_64      1 // 64HZ

#define TIMER_FREQUENCY_1       2 // 1HZ

#define TIMER_FREQUENCY_1_60    3 // 1/60Hz



#define changeIntToHex(dec)     ((((dec)/10) <<4) + ((dec)%10) )

#define converseIntToHex(dec)   ((((dec)>>4) *10) + ((dec)%16) )



#define changeHexToInt(hex)     ((((hex)>>4) *10 ) + ((hex)%16) )

#define converseHexToInt(hex)   ((((hex)/10) <<4 ) + ((hex)%10) )







char PCF8563_Init(void);

unsigned char PCF8563_Check(void);



void PCF8563_Set_Time(int hour, int minute, int second);

void PCF8563_Get_Time(unsigned char *buf);



void PCF8563_Set_Days(int year, int months, int days);

void PCF8563_Get_Days(unsigned char *buf);



void PCF8563_Set_WeekData(int WeekData);



void PCF8563_Set_Alarm(int hour, int minute);

void PCF8563_Set_Timer(int Timer_frequency ,unsigned char value);



void PCF8563_Alarm_Enable(void);

void PCF8563_Alarm_Disable(void);

void PCF8563_Timer_Enable(void);

void PCF8563_Timer_Disable(void);



void PCF8563_Cleare_AF_Flag(void);//Alarm

void PCF8563_Cleare_TF_Flag(void);//Timer



unsigned char  PCF8563_Get_Flag(void);



void PCF8563_CLKOUT_FrequencyHZ(unsigned char Frequency);



void PCF8563_CLKOUT_Disable(void);

void PCF8563_CLKOUT_Enable(void);







#endif /* PCF8563_H_ */

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沙发
lvben5d| | 2022-7-1 09:15 | 只看该作者
不能搞出 .h .C 附件吗？   帖子内容主要做一些描述。

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板凳
wengh2016| | 2022-7-8 09:36 | 只看该作者
硬件iic不好移植的。   

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地板
232321122| | 2022-7-8 16:10 | 只看该作者
网上有程序可以参考。   

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5楼
yujielun| | 2022-7-8 16:43 | 只看该作者
模拟读取不行吗  

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