ADC with 16F877a to UART

// char text[12];
long tlong;
int i;
unsigned int adc_rd;
char *text = "000.0000";

  void main(){
   CMCON  |= 0x07;            // turn off comparators
  ADCON1 |= 0x0C;            // Set AN2 channel pin as analog
  TRISA2_bit = 1;            //   input

  UART1_Init(9600);               // Initialize UART1 module at 9600 bps
  Delay_ms(100);                  // Wait for UART 1module to stabilize
  UART1_Write_Text("Start");
  UART1_Write(13);
  UART1_Write(10);
  
  while(1)
  {
           adc_rd  = ADC_read(2);                 // get ADC value from 2nd channel
           tlong = (long)adc_rd * 5000;           // covert adc reading to milivolts
           tlong = tlong / 1023;                  // 0..1023 -> 0-5000mV

 //UART1_Write_Text(tlong); //delay_ms(500);

                 longtostr(tlong,text);
                 for (i=0;i<strlen(text);i++)
                 UART1_Write(text[i]);
                 delay_ms(500);


}

}

ADCON1 = ADCON1 | 0x0C;

char *text = "000.0000";

  void main(){
   CMCON  |= 0x07;            // turn off comparators
[B][I][I][I][U]   ADCON1 =  0x89;[/U][/I][/I][/I][/B]
  TRISA2_bit = 1;            //   input

  UART1_Init(9600);               // Initialize UART1 module at 9600 bps
  Delay_ms(100);                  // Wait for UART 1module to stabilize
  UART1_Write_Text("Start");
  UART1_Write(13);
  UART1_Write(10);
  
  while(1)
  {
           adc_rd  = ADC_read(2);                 // get ADC value from 2nd channel
           tlong = (long)adc_rd * 5000;           // covert adc reading to milivolts
           tlong = tlong / 1023;                  // 0..1023 -> 0-5000mV

 //UART1_Write_Text(tlong); //delay_ms(500);

                 longtostr(tlong,text);
                 for (i=0;i<strlen(text);i++)
                 UART1_Write(text[i]);
                 delay_ms(500);


}

}