从单片机基础到程序框架（全集 2019pdf版）.pdf - 第46页

} else if(2= =u8Type) { for(Su16 BufferCnt=0 ;Su16Buffe rCnt<7;Su16 BufferCnt+ +) { pu8Buffe r[Su16Buffe rCnt]=Cu8A rray2[Su16B ufferCnt]; } Su32Temp 1=100000000 0; Su32Temp2= 10; Su16TempSe t=10; } else if(3= =u8Type…

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if(0==Su8FirstFlag)
{
Su8FirstFlag=1;
for(Su16FirstDelay=0;Su16FirstDelay<10000;Su16FirstDelay++);
SendString(Cu8Start);
SendString(Cu8_0D_0A);
SendString(Cu8_0D_0A);
}
to_BufferData(u32ViewData,Su8ViewBuffer,1);
SendString(Su8ViewBuffer);
to_BufferData(u32ViewData,Su8ViewBuffer,2);
SendString(Su8ViewBuffer);
to_BufferData(u32ViewData,Su8ViewBuffer,3);
SendString(Su8ViewBuffer);
to_BufferData(u32ViewData,Su8ViewBuffer,4);
SendString(Su8ViewBuffer);
SendString(Cu8_0D_0A);
}
void to_BufferData(unsigned long u32Data,unsigned char *pu8Buffer,unsigned char u8Type)
{
code unsigned char Cu8Array1[]={0xB5,0xDA,0x4E,0xB8,0xF6,0xCA,0xFD,0x00};
code unsigned char Cu8Array2[]="十进制:";
code unsigned char Cu8Array3[]="十六进制:";
code unsigned char Cu8Array4[]="二进制:";
static unsigned char Su8SerialNumber=1;
static unsigned int Su16BufferCnt;
static unsigned int Su16TempCnt;
static unsigned int Su16TempSet;
static unsigned long Su32Temp1;
static unsigned long Su32Temp2;
static unsigned long Su32Temp3;
static unsigned char Su8ViewFlag;
if(1==u8Type)
{
for(Su16BufferCnt=0;Su16BufferCnt<7;Su16BufferCnt++)
{
pu8Buffer[Su16BufferCnt]=Cu8Array1[Su16BufferCnt];
}
pu8Buffer[2]=Su8SerialNumber+'0';
pu8Buffer[Su16BufferCnt]=0x0d;
pu8Buffer[Su16BufferCnt+1]=0x0a;
pu8Buffer[Su16BufferCnt+2]=0;
Su8SerialNumber++;
return;
}
else if(2==u8Type)
{
for(Su16BufferCnt=0;Su16BufferCnt<7;Su16BufferCnt++)
{
pu8Buffer[Su16BufferCnt]=Cu8Array2[Su16BufferCnt];
}
Su32Temp1=1000000000;
Su32Temp2=10;
Su16TempSet=10;
}
else if(3==u8Type)
{
for(Su16BufferCnt=0;Su16BufferCnt<9;Su16BufferCnt++)
{
pu8Buffer[Su16BufferCnt]=Cu8Array3[Su16BufferCnt];
}
Su32Temp1=0x10000000;
Su32Temp2=0x00000010;
Su16TempSet=8;
}
else
{
for(Su16BufferCnt=0;Su16BufferCnt<7;Su16BufferCnt++)
{
pu8Buffer[Su16BufferCnt]=Cu8Array4[Su16BufferCnt];
}
Su32Temp1=0x80000000;
Su32Temp2=0x00000002;
Su16TempSet=32;
}
Su8ViewFlag=0;
for(Su16TempCnt=0;Su16TempCnt<Su16TempSet;Su16TempCnt++)
{
Su32Temp3=u32Data/Su32Temp1%Su32Temp2;
if(Su32Temp3<10)
{
pu8Buffer[Su16BufferCnt]=Su32Temp3+'0';
}
else
{
pu8Buffer[Su16BufferCnt]=Su32Temp3-10+'A';
}
if(0==u32Data)
{
Su16BufferCnt++;
break;
}
else if(0==Su8ViewFlag)
{
if('0'!=pu8Buffer[Su16BufferCnt])
{
Su8ViewFlag=1;
Su16BufferCnt++;
}
}
else
{
Su16BufferCnt++;
}
Su32Temp1=Su32Temp1/Su32Temp2;
}
pu8Buffer[Su16BufferCnt]=0x0d;
pu8Buffer[Su16BufferCnt+1]=0x0a;
pu8Buffer[Su16BufferCnt+2]=0;
}
void SendString(unsigned char *pu8String)
{
static unsigned int Su16SendCnt;
static unsigned int Su16Delay;
SCON=0x50;
TMOD=0X21;
TH1=TL1=256-(11059200/12/32/9600);
TR1=1;
ES = 0;
TI = 0;
for(Su16SendCnt=0;Su16SendCnt<43;Su16SendCnt++)
{
if(0==pu8String[Su16SendCnt])
{
break;
}
else
{
SBUF =pu8String[Su16SendCnt];
for(Su16Delay=0;Su16Delay<800;Su16Delay++);
TI = 0;