How to resolve the contention between 2 ADC0801!!!???

i have already debuged my code C with Keil,run as normal,but it can't stimulate with PROTEUS, ,so i will write my code here,,help me to test my code please!!

this program use each button to read each ADC
//button1=P2_6
//button2=P2_7

#include <REGX51.H>
sbit ledD0=P0^0;
sbit ledD1=P0^1;
sbit ledD2=P0^2;
sbit ledD3=P0^3;
sbit ledD4=P0^4;
sbit ledD5=P0^5;
sbit ledD6=P0^6;
sbit LED_0=P2^0; //hang don vi
sbit LED_1=P2^1; //hang chuc
sbit LED_2=P2^2; //hang tram
sbit INTR_1=P3^2;//INTR0 of CHIP
sbit INTR_2=P3^3;//INTR1 of CHIP
sbit CS_1=P3^4;
sbit CS_2=P3^5;
long n;
int a,b,c;
void delay(long time)
{ for(n=0; n<time; n++)
{ ;
} }
void bit_dec()
{ c=P1%10;//hang don vi
b=((P1-c)/10)%10;//hang chuc
a=((((P1-c)/10)-b)/10)%10; //hang tram
} unsigned char x;
void Hienthiled(x) // Co 1 bien dau vao de xac dinh xem la hien thi so nao
{ int arr[]={64,121,36,48,25,18,2,120,0,16} ; P0 = arr[x]; }
void inhangtram()
{ LED_2=0;
LED_1=LED_0=1;
Hienthiled(a);
} void inhangchuc()
{ LED_1=0;
LED_0=LED_2=1;
Hienthiled(b);
} void inhangdonvi()
{ LED_0=0;
LED_1=LED_2=1;
Hienthiled(c);
} void laymauADC1()
{ //convert voi ADC1
CS_1=0; //Make CS low
RD=1;
WR=0;
WR=1;
CS_1=1;
while(INTR_1==1);
//Read ADC
CS_1=0; //Make CS low
RD = 0; //Make RD low
RD = 1; //Make RD high
CS_1=1; //Make CS high
} void laymauADC2()
{ //convert voi ADC2
CS_2=0; //Make CS low
RD=1;
WR=0;
WR=1;
CS_2=1;
while(INTR_2==1);
//Read ADC
CS_2=0; //Make CS low
RD = 0; //Make RD low
RD = 1; //Make RD high
CS_2=1; //Make CS high
} void phimbam()
{ if(P2_6==0){laymauADC1();}
else if(P2_7==0){laymauADC2();}
} void main(void)
{ while(1) { WR=1;// chuyen doi lai RD=1;// xoa gia tri da doc truoc do phimbam(); bit_dec(); inhangtram(); delay(3000); inhangchuc(); delay(3000); inhangdonvi(); delay(3000); }
}

if you want to see schema you can see here
www.mediafire.com/

i have already debuged my code C with Keil,run as normal,but it can't stimulate with PROTEUS, ,so i will write my code here,,help me to test my code please!!

this program use each button to read each ADC
//button1=P2_6
//button2=P2_7

#include <REGX51.H>
sbit ledD0=P0^0;
sbit ledD1=P0^1;
sbit ledD2=P0^2;
sbit ledD3=P0^3;
sbit ledD4=P0^4;
sbit ledD5=P0^5;
sbit ledD6=P0^6;
sbit LED_0=P2^0; //hang don vi
sbit LED_1=P2^1; //hang chuc
sbit LED_2=P2^2; //hang tram
sbit INTR_1=P3^2;//INTR0 of CHIP
sbit INTR_2=P3^3;//INTR1 of CHIP
sbit CS_1=P3^4;
sbit CS_2=P3^5;
long n;
int a,b,c;
void delay(long time)
{ for(n=0; n<time; n++)
{ ;
} }
void bit_dec()
{ c=P1%10;//hang don vi
b=((P1-c)/10)%10;//hang chuc
a=((((P1-c)/10)-b)/10)%10; //hang tram
} unsigned char x;
void Hienthiled(x) // Co 1 bien dau vao de xac dinh xem la hien thi so nao
{ int arr[]={64,121,36,48,25,18,2,120,0,16} ; P0 = arr[x]; }
void inhangtram()
{ LED_2=0;
LED_1=LED_0=1;
Hienthiled(a);
} void inhangchuc()
{ LED_1=0;
LED_0=LED_2=1;
Hienthiled(b);
} void inhangdonvi()
{ LED_0=0;
LED_1=LED_2=1;
Hienthiled(c);
} void laymauADC1()
{ //convert voi ADC1
CS_1=0; //Make CS low
RD=1;
WR=0;
WR=1;
CS_1=1;
while(INTR_1==1);
//Read ADC
CS_1=0; //Make CS low
RD = 0; //Make RD low
RD = 1; //Make RD high
CS_1=1; //Make CS high
} void laymauADC2()
{ //convert voi ADC2
CS_2=0; //Make CS low
RD=1;
WR=0;
WR=1;
CS_2=1;
while(INTR_2==1);
//Read ADC
CS_2=0; //Make CS low
RD = 0; //Make RD low
RD = 1; //Make RD high
CS_2=1; //Make CS high
} void phimbam()
{ if(P2_6==0){laymauADC1();}
else if(P2_7==0){laymauADC2();}
} void main(void)
{ while(1) { WR=1;// chuyen doi lai RD=1;// xoa gia tri da doc truoc do phimbam(); bit_dec(); inhangtram(); delay(3000); inhangchuc(); delay(3000); inhangdonvi(); delay(3000); }
}

if you want to see schema you can see here
www.mediafire.com/

Please read the instructions on how to post source code - they are really quite clearly stated:
www.danlhenry.com/.../keil_code.png

Note that TABs don't work (well) - use spaces instead,

and don't forget to check it in the 'Preview'...

If you can miss such obvious details when just posting on a forum, you're going to have reall difficulties with embedded development...

wow! cool! remarks in mandarin (I think) !