blinky.c

采用CYGNAL F015单片机

#include "i2c.h"
#include <c8051f015.h> 
#include "i2c.c"
#include "uart.c"
#include "interruptc.c"
#include "DAC.c"
#include "Initial.c"
#include "SMADDR.h"
#include "FlashProgram.c"
void main (void) 
{   
    unsigned char Reply=0;
    unsigned char Rmsg=0;
    unsigned char Edition;
    //unsigned char testrun=1;
	Sys_Init();
	UART0_Init ();//包含对定时器0，1，2的初始化
	DAC_Init();
    Var_Init();
    SBUF=49;
	RData[49]=0;
	
	//SM_Receive(0x16, 0x20,0x06); // 读BQ2040的地址0x16,调试用
    while(1)
	  {
       if (DataNo>3&&SData[0]==0)
	    {
		 Rmsg= RBufJudge();
	     if(Rmsg==1)
		  {		   
	       switch(Reply=DoWithCommand())	   
	   	     {
			   case 1:
			    break;
			   case 2:
			    break;
			   case 3:
			    break;
			   case 4:
			    break;
			   case 5:
			    break;
			   case 6:
			    break;
			   case 7:
			    //SM_Send(0x16, MANUFACTURERACCESS,0x06); // 写BQ2040的地址
			    break;			 
			   default:
			    break;
			  }
           Reply=0;
           }
        }
      if(S_SMBUS)
        {
          SM_Receive (0x16, VOLTAGE,3) ;
          Voltage=RECVCHARS[1]*256+RECVCHARS[0];
          SM_Receive (0x16, CURRENT,3) ;
          Current=RECVCHARS[1]*256+RECVCHARS[0];
          SM_Receive (0x16, REMAININGCAPACITY,3) ;
          VolumeRatio=RECVCHARS[1]*256+RECVCHARS[0];
          if((&RunStep[RStepNo])->action==CHARGE)
            {
            SM_Receive (0x16, ATRATETIMETOFULL,3) ;            
            TimeRemain=RECVCHARS[1]*256+RECVCHARS[0];
             } 
          else 
            {
            SM_Receive (0x16, ATRATETIMETOEMPTY,3) ;            
            TimeRemain=RECVCHARS[1]*256+RECVCHARS[0];
             }
		  S_SMBUS=0;	                 
        }  
        
    }
}