RN8302应用程序V1.3

typedef unsigned char u8;

typedef signed char s8;

typedef unsigned short u16;

typedef signed short s16;

typedef unsigned long int u32;

typedef signed long int s32;

typedef unsigned short WORD;

typedef unsigned char BOOL;

#define PinWrite_ADSCLK(x) ( (x) ? (P0_bit.no6 = 1 , PM0_bit.no6 = 1) : (PM0_bit.no6 = 0 , P0_bit.no6 = 0) ) //

#define PinMode_ADSCLK(x) ( (x == GPIO_MODE_OUT) ? (PM0_bit.no6 = 0) : (PM0_bit.no6 = 1) )

#define PinRead_ADSDI() (P4_bit.no4)

#define PinWrite_ADSDO(x) ( (x) ? (P6_bit.no0 = 1 , PM6_bit.no0 = 1) : (PM6_bit.no0 = 0 , P6_bit.no0 = 0) ) //

#define PinWrite_ADCS(x) ( (x) ? (P6_bit.no1 = 1 , PM6_bit.no1 = 1) : (PM6_bit.no1 = 0 , P6_bit.no1 = 0 ) )

#define PinWrite_ADRST(x) ( (x) ? (P0_bit.no5 = 1 , PM0_bit.no5 = 1) : (PM0_bit.no5 = 0 , P0_bit.no5 = 0 ) )

typedef enum {ERROR = 0 , SUCCESS = !ERROR} ErrorStatus;

typedef struct {

// u32 Dat : 23;

// u32 S : 1;

u8 Dat0;

u8 Dat1;

u8 Dat2 : 7;

u8 S : 1;

} sDF09;

typedef struct {

u32 Dat;

} sDF11;

typedef sDF11 sFsEgSh_TypeDef;

#pragma vector = INTTM01_vect

__interrupt void MD_INTTM01(void)

{

TMIF01 = 0; SysStamp ++ ;

}

u16 fnStamp_Through(u16 Ago)

{

extern u16 SysStamp;

if (SysStamp >= Ago)

{return (SysStamp - Ago);}

else

{return ( (0xffff - Ago) + SysStamp);}

}

u16 fnHexToBcd_u16(u16 Dat)

{

u16 Result = 0;

Dat = Dat % 10000;

Result += (Dat / 1000) * 0x1000;

Dat = Dat % 1000;

Result += (Dat / 100) * 0x100;

Dat = Dat % 100;

Result += (Dat / 10) * 0x10;

Dat = Dat % 10;

Result += Dat;

return(Result);

}

u32 fnHexToBcd_u32(u32 Dat)

{

u32 result = 0;

Dat = Dat % 100000000;

result += (Dat / 10000000) * 0x10000000;

Dat = Dat % 10000000;

result += (Dat / 1000000) * 0x1000000;

Dat = Dat % 1000000;

result += (Dat / 100000) * 0x100000;

Dat = Dat % 100000;

result += (Dat / 10000) * 0x10000;

Dat = Dat % 10000;

result += (Dat / 1000) * 0x1000;

Dat = Dat % 1000;

result += (Dat / 100) * 0x100;

Dat = Dat % 100;

result += (Dat / 10) * 0x10;

Dat = Dat % 10;

result += Dat;

return(result);

}

u16 fnDFConver_Bcd16To16(s16 Dat)

{

u16 Result;

Result = abs(Dat) % 8000;

Result = fnHexToBcd_u16(Result);

if(Dat < 0 ) Result |= 0x8000;

else Result &= 0x7fff;

return(Result);

}

u32 fnDFConver_Bcd32To32(s32 Dat)

{

u32 Result;

Result = labs(Dat) % 80000000;

Result = fnHexToBcd_u32(Result);

if(Dat < 0 ) Result |= 0x80000000;

else Result &= 0x7fffffff;

return(Result);

}

sDF09 fnDFConver_Hex32ToDF09(s32 Dat) {

sDF09 Result;

memset(&Result , 0 , sizeof(sDF09) );

if(Dat < 0) Result.S = 1;

else Result.S = 0;

Dat = labs(Dat) % 800000;

Dat = fnHexToBcd_u32(Dat);

Result.Dat0 = Dat;

Result.Dat1 = Dat >> 8;

Result.Dat2 = Dat >> 16;

return(Result);