红外线遥控码单片机测试程序

以前在仕创时，总是奇怪 周工为什么可以编出一个能测试任何遥控的遥控码 和用户码的单片机程序！周工还将此程序视为宝贝，每次测试完都将那只已经烧录好的单片机拿回去！！在这几年 本人也接触单片机，尝试写出测试遥控码的程序！！但只是能测试出遥控码 并未能测试出用户码！！！所以当时周工还是相当厉害的！！

下面放出刚刚编录完成的程序，暂时只能测试遥控码！！
下载地址：http://www.51hei.com/f/hw51d.rar

测试遥控码（家里电视机待机按键遥控码）：

程序是由C语言编写，单片机使用AT89C52 下面是程序：
#include
#include
#define uchar unsigned char
#define uint unsigned int
#define ulong unsigned long

#defineNop(){_nop_(); _nop_(); _nop_(); _nop_(); _nop_();}

volatile ulong IRcode=0x00000000;
volatile ulong Irdcode=0x00000000;
volatile uint customcode=0x0000;
volatile uint time_us=0x0000;

volatile uchar timeH,timeL;

uchar Lcustomcode;
uchar Hcustomcode;
uchar datacode;
uchar mycode;
uchar Rdatacode;
uchar uc1ms;
uchar uc10ms;
uchar uc3ms;

uchar ucDispTime;
uchar ucDispOrder;
uchar ucDispCon;
uchar ucSpeakerTime;
unsigned char code LedData[16] = { 0xc0,0xf9,0xa4,0xb0,0x99,0x92,0x82,0xf8,0x80,0x90,0x88,0x83,0xc6,0xa1,0x86,0x8e};
unsigned char code LedCon[2] = {0x8f,0x4f};
unsigned char ucDispData[2];
sbit led1 = P3^7;
sbit led2 = P3^6;
sbit power=P1^0;
sbit BEEP= P2^1;
bit NewIRcode=0;
bit DataRight=0;
bit bSampleOk;
bit bSampling;
bit b10msInt;
bit b1msInt;
bit bKeySound;
bit b1msMain;
bit IR_E;
bit b3msint;

void SendDataToDispDevice();
void Ir_process();
void display();
void beeping();

void init()
{
IP=0x09;
TMOD=0x11;
TCON=0x01;
TH0=0xff;
TL0=0x47;
TH1=0x00;
TL1=0x00;

EA=1;
ET0=1;
ET1=1;
EX0=1;
TR1=0;
TR0=1;

}

void TimeProg(void)
{
b1msMain = b1msInt;
b1msMain=0;
b10msInt = 0;

if(b1msInt == 1)
{
b1msMain=1;
if(++uc10ms == 10)
{
uc10ms = 0;
b10msInt = 1;
if(bKeySound==1)
{beeping();
bKeySound=0;
}
}

}
}//void TimeProg(void)

void IR_ISR() interrupt 0 using 1
{
static uchar cn;

TR1=0;
timeH=TH1;
timeL=TL1;
TH1=0;
TL1=0;
TR1=1;

time_us=(unsigned int)timeH;
time_us=time_us<8;
time_us=time_us|timeL;

if(time_us>12200&&time_us<13000) {cn=1;IRcode=0;}
if(cn<34)
{
if(time_us>950&&time_us<1120) //0
{
IRcode=IRcode|0x00000000;
if(cn<33) IRcode=IRcode>>1;
}

else if(time_us>1920&&time_us<2120) //1t > 1950 && t < 2150
{
IRcode=IRcode|0x80000000;
if(cn<33) IRcode=IRcode>>1;
}

//else if(time_us>10000&&time_us<11000) {Irdcode=IRcode;cn=34; }
}
cn++;
if(cn==34)
{ NewIRcode=1;
TR1=0;

Irdcode= IRcode; cn=0;
}

}

void Timer0_ISR() interrupt 1 using 2
{
TR0=0;
TH0=0xff;
TL0=0x47;
TR0=1;
if(++uc1ms == 5)
{
uc1ms = 0;
b1msInt=1;
if(++uc3ms==8)
{
uc3ms=0;
b3msint=1;
SendDataToDispDevice();
}

}
}//void Timer0IntProg() interrupt 1 using 1

void Timer1_ISR() interrupt 3 using 3
{
TR1=0;
TH1=0x00;
TL1=0x00;
TR1=1;

}
void SendDataToDispDevice()
{
unsigned char n;
//watchdog();
if(++ucDispOrder >= 2) ucDispOrder = 0;

if(ucDispOrder==0)
{led1=0;
led2=1;
Nop();
Nop();

}
if(b3msint==1)
{if(ucDispOrder==1)
{led2=0;
led1=1;
Nop();
Nop();
}
}
n = LedData[ucDispData[ucDispOrder]];
P0=n;

} //void SendDataToDispDevice()

void main()
{

init();
beeping();
while(1)
{
TimeProg();
Ir_process();
display();

}

}

void Ir_process()

{

if(NewIRcode==1)
{
NewIRcode=0;
customcode=(Irdcode>>16);
Lcustomcode=customcode>>8;
datacode=(unsigned char)(customcode&0x00ff);

Rdatacode=Lcustomcode;

if(~Rdatacode!=datacode)
{ DataRight=0;
Irdcode=0;
datacode=Rdatacode=0;
}

else
{ DataRight=1;
IR_E=1;
mycode=datacode;}
if(DataRight==1) { bKeySound = 1;DataRight=0; }

}

}

void display()
{
/* unsigned char a[2];
a[0] = mycode & 0x0f;
mycode = mycode >> 4;
a[1] = mycode & 0x0f;
ET0 = 0;
ucDispData[0] = a[0];
ucDispData[1] = a[1];
ET0 = 1;*/
if(IR_E==1)
{
ET0 = 0;
ucDispData[0] = mycode & 0x0f;
mycode = mycode >> 4;
ucDispData[1] = mycode & 0x0f;
IR_E=0;
ET0 = 1;
}
}

void delay(unsigned char x) //x*0.14MS
{
unsigned char a;
while(x--)
{
for (a = 0; a<13; a++) {;}
}
}

/**********************************************************/
void beeping()
{
unsigned char i;

for (i=0;i<100;i++)
{
delay(4);
BEEP=!BEEP;
}
BEEP=1;
}