Question

我正在使用带有PIC18F45K20的演示板，通过PICKit-3和MPLAB IDEv8.30与C18编译器套件进行编程。我正在尝试生成利用RTC的代码，并且（最终）将每秒闪烁一次LED。我对C非常环保，并且我使用Microchip网站上的示例代码构建了我的代码。我一直试图解决我设法制作的所有错误，但我得到的印象是我完全不正确地完成了这些错误。我可以帮助一些好人帮忙。

对不起代码太乱了。我一直在做很多修改，我已经把注释掉了，没有删除，所以你可以将它与示例代码应该做的比较。我得到的印象是代码不正确地引用标题中的内容，但我不确定如何纠正。

我还将Global Structures行中的项目命名为无符号整数，因为它们之前没有被声明为什么，不确定它们是什么意思，我认为这可能是问题的一部分。我只是在学习C所以我很可能做蠢事。

示例代码来自PIC18 RTCC代码中的Microchip。对于那些拥有它的人来说，关联的头文件位于C18 h文件夹中。

获得的错误：

134:Error [1205] unknown member 'RTCCIE' in '__tag_81'
134:Error [1131] type mismatch in assignment
135:Error [1151] struct or union object designator expected

以上错误传播每一行135 - 146。

感谢您的帮助。

我的代码：

#include <p18f45k20.h>
#include "rtcc.h"


#pragma config FOSC = HS, FCMEN = ON, IESO = ON                             // CONFIG1H
#pragma config PWRT = OFF, BOREN = OFF, BORV = 30                           // CONFIG2L
#pragma config WDTEN = OFF, WDTPS = 32768                                   // CONFIG2H
#pragma config MCLRE = ON, LPT1OSC = OFF, PBADEN = OFF, CCP2MX = PORTC      // CONFIG3H
#pragma config STVREN = ON, LVP = OFF, XINST = OFF                          // CONFIG4L
#pragma config CP0 = OFF, CP1 = OFF, CP2 = OFF, CP3 = OFF                   // CONFIG5L
#pragma config CPB = OFF, CPD = OFF                                         // CONFIG5H
#pragma config WRT0 = OFF, WRT1 = OFF, WRT2 = OFF, WRT3 = OFF               // CONFIG6L
#pragma config WRTB = OFF, WRTC = OFF, WRTD = OFF                           // CONFIG6H
#pragma config EBTR0 = OFF, EBTR1 = OFF, EBTR2 = OFF, EBTR3 = OFF           // CONFIG7L
#pragma config EBTRB = OFF 



//-------------------------------Configuration setting ----------------------------------------------
/**
    * Oscillator is configured as HS
    * Fail safe monitor is enabled
    * watch dog timer is disabled
    * Extended instruction mode is disabled
    * oscillator switch over is enabled 
    * CPU clock is not devided
    * RTCC clock is derived from T1OSC
*/
//#if defined(__18F46J50)       //If the selected device if PIC18F46J50, then apply below settings else user will have to set
//#pragma config OSC=HS, FCMEN=ON, WDTEN=OFF, IESO=ON, XINST=OFF, RTCOSC=INTOSCREF
//#endif

//-------------------------Function Prototypes-----------------------------------------------------------------------------
void Blink_LED(unsigned int number_of_blink);
void RTCC_configure(void);

//-----------------Global structures used in deep sleep library-------------------------------------------------------
unsigned int rtccTimeDate, RtccTimeDate, RtccAlrmTimeDate, RTCCIE, Rtcc_read_TimeDate, mRtcc_Clear_Intr_Status_Bit;

//*******************main function******************************************************
void main(void)
{
    unsigned char ANCON0;
    TRISB=0x01;                                 //configure the IO [TRIS and LAT register] as desired       
    LATB = 0x00;
    ANCON0 = 0xFF;

    mRtcc_Clear_Intr_Status_Bit;                //clears the RTCC interrupt status bit
    RTCC_configure();                           //Configure RTCC using library APIs

    //while(PIR3bits.RTCCIF==0)                 //wait untill alarm is set
    //RtccReadTimeDate(&Rtcc_read_TimeDate);        //Rtcc_read_TimeDate will have latest time
    //Blink_LED(150);                               //Indicate the alarm

    while(1);                                   //End of program
}


void Blink_LED(unsigned int number_of_blink)
{
    unsigned int m=0,n=0;
    for(n=0;n<number_of_blink;n++)
        {
        LATB = 0xFE;        
        for(m=0;m<60000;m++);
        LATB = 0x00;
        for(m=0;m<60000;m++);
        }
}

void RTCC_configure(void)
{
unsigned int i=0,j=0;


   RtccInitClock();                                     //turn on clock source 
   RtccWrOn();                                          //write enable the rtcc registers  
   mRtccSetClockOe(1);                                  //enable RTCC output on RTCC output pin
//   mRtccSetInt(1);                                        //Enable RTCC interrupt
    PIE3bits.RTCCIE=1;                                    //Set Date and time using global structures defined in libraries
   RtccTimeDate.f.hour = 1;                             //Set Hour                  
   RtccTimeDate.f.min =  0;                             //Set minute
   RtccTimeDate.f.sec =  0;                             //Set second
   RtccTimeDate.f.mday = 04;                            //Set day
   RtccTimeDate.f.mon =  04;                            //Se month
   RtccTimeDate.f.year = 09;                            //set year
   RtccTimeDate.f.wday = 6;                             //Set which day of the week for the corrsponding date 

   //Set the alarm time and date using gloabl structures defined in libraries
   RtccAlrmTimeDate.f.hour = RtccTimeDate.f.hour;       //Set Hour          
   RtccAlrmTimeDate.f.min =  RtccTimeDate.f.min ;       //Set minute
   RtccAlrmTimeDate.f.sec =  RtccTimeDate.f.sec + 4;    //alarm after ten seconds
   RtccAlrmTimeDate.f.mday = RtccTimeDate.f.mday;       //Set day
   RtccAlrmTimeDate.f.wday = RtccTimeDate.f.wday;       //Set which day of the week for the corrsponding date 
   RtccAlrmTimeDate.f.mon =  RtccTimeDate.f.mon;        //Se month
   RtccAlrmTimeDate.f.year = RtccTimeDate.f.year;       //set year 

   RtccWriteTimeDate(&RtccTimeDate,1);                  //write into registers
   RtccSetAlarmRpt(RTCC_RPT_TEN_SEC,1);                     //Set the alarm repeat to every minute
   RtccSetAlarmRptCount(5,1);                           //set alarm repeat count
   RtccWriteAlrmTimeDate(&RtccAlrmTimeDate);            //write the time for alarm into alarm registers
   mRtccOn();                                           //enable the rtcc
   mRtccAlrmEnable();                                   //enable the rtcc alarm to wake the device up from deep sleep
}

预期结构或联合对象指示符 - MPLab新手程序员的问题

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