Compilar Programa en C

Buenos dias mi username es Gonmen tengo un programa en C para el Pic 16f873 pero me he vuelto un ocho para compilarlo y tener el Hex si alguien me puede colaborar le agradeceria mucho mi correo es hgerm76@hotmail.com
Este es el Programa


/**********************************************************************/
/* */
/* Termometro.c */
/* Termómetro degital usando termistor */
/* para el PIC16F873 */
/* */
/* */
/* Autor: Carlos Narvaez 15/06/2004 */
/* Rutina LCD Original: J. Winpenny */
/* */
/*--------------------------------------------------------------------*/
/* LCD : OPTREX Corporation DMC16249UB */
/* LCD tipo: HD44780 */
/* Compilador: CSC PCM C compiler */
/* termistor: 10K @ 25°C */
/* */
/* Interfaces: */
/* */
/* Termistor = Port A bit 0 */
/* Data_5 = Port B bit 0 */
/* Data_6 = Port B bit 1 */
/* Data_7 = Port B bit 2 */
/* Data_6 = Port B bit 3 */
/* RS = Port B bit 4 */
/* W/R = Port B bit 5 */
/* Enable = Port B bit 6 */
/* Esta version es para el modo de operación 4 bit */
/* */
/* */
/**********************************************************************/
#include <16f873.h>
#device ADC=10
#include <math.h>
#fuses XT,NOWDT,PUT, NOPROTECT, NOBROWNOUT,NOLVP,WRT,NOCPD
#use delay (clock=4000000)
/**********************************************************************/
/* Prototipos */
/**********************************************************************/
void LCD_Setup(void);
void LCD_FunctionMode(void);
void LCD_DataMode(void);
void LCD_Write_8_Bit(char);
void LCD_Write_4_Bit(char);
void LCD_Delay(void);
void delay_s(int);
void calcule_temp(long int);
void write_temp(void);
//void WriteLCDString( const char *lcdptr );
/**********************************************************************/
/* Definiciones Generales */
/**********************************************************************/
#byte OPTION_REG = 0x81
long int adc_var;
float r_term, T_C, LnRes, LnRes3;

/**********************************************************************/
/* Definiciones para la interfaz PIC-LCD */
/**********************************************************************/
#define TER_IN PIN_A0 /* Interfaz Termistor-PIC */
#define LCD_DATA_4 PIN_B0 /* LCD BIT 4 */
#define LCD_DATA_5 PIN_B1 /* LCD BIT 5 */
#define LCD_DATA_6 PIN_B2 /* LCD BIT 6 */
#define LCD_DATA_7 PIN_B3 /* LCD BIT 7 */
#define LCD_RS PIN_B4 /* Register Select */
#define LCD_WR PIN_B5 /* Escribir/Leer */
#define LCD_SEL PIN_B6 /* Habilita LCD */
/* */
/* */
/**********************************************************************/
/* Comandos del LCD ( Segun LCD Data Sheet ) */
/**********************************************************************/
/* */
#define clear_lcd 0x01 /* Clear Display */
#define return_home 0x02 /* Cursor to Home position */
#define entry_mode 0x06 /* Normal entry mode */
#define entry_mode_shift 0x07 /* - with shift */
#define system_set_8_bit 0x38 /* 8 bit data mode 2 line ( 5x7 font ) */
#define system_set_4_bit 0x28 /* 4 bit data mode 2 line ( 5x7 font ) */
#define display_on 0x0c /* Switch ON Display */
#define display_off 0x08 /* Cursor plus blink */
#define set_dd_line1 0x80 /* Line 1 position 1 */
#define set_dd_line2 0xC0 /* Line 2 position 1 */
#define set_dd_ram 0x80 /* Line 1 position 1 */
#define write_data 0x00 /* With RS = 1 */
#define cursor_on 0x0E /* Switch Cursor ON */
#define cursor_off 0x0C /* Switch Cursor OFF */
/* */
/**********************************************************************/
/* Variables configuracion del PIC */
/**********************************************************************/
#define TxMode 0x40 /* Set option reg TMR0 interrupt */
/* source from counter. */
/* Max speed prescaler ( 1:2 ) */
/* ( Not needed for LCD ) */
#define PortAConfig 0x01 /* Configure port A ( 1 = input ) */
/* RA4/RTCC = Input / RA2 = Input */
#define PortBConfig 0x00 /* Configure port B */
/**********************************************************************/
/* Programa Principal */
/**********************************************************************/
void main(void)
{
/* Configuración puertos PIC e Interrucciones */
OPTION_REG = TxMode; /* Set Option register.*/
set_tris_a( PortAConfig); /* Setup ports */
set_tris_b( PortBConfig );
output_low(LCD_SEL);
disable_interrupts(GLOBAL);
setup_adc_ports(RA0_ANALOG);
setup_adc(ADC_CLOCK_DIV_32);
SET_ADC_CHANNEL(0);
/* End of Setup */

LCD_Setup(); /* Setup the LCD device */
LCD_Write_4_Bit('T'); /* Display a test message */
LCD_Write_4_Bit('E');
LCD_Write_4_Bit('R');
LCD_Write_4_Bit('M');
LCD_Write_4_Bit('O');
LCD_Write_4_Bit('M');
LCD_Write_4_Bit('E');
LCD_Write_4_Bit('T');
LCD_Write_4_Bit('R');
LCD_Write_4_Bit('O');
delay_s(5);
LCD_FunctionMode();
LCD_Write_4_Bit(set_dd_line2); /* Goto line 2 */
LCD_DataMode();
while( 1 )
{
adc_var = READ_ADC();
delay_us(10);
calcule_temp(adc_var);
write_temp();
LCD_FunctionMode();
LCD_Write_4_Bit(set_dd_line2); /* Goto line 2 */
LCD_DataMode();
delay_s(5);
}
}
/* END OF MAIN */
/***********************************/
/* Setup the lcd device */
/***********************************/
void LCD_Setup(void)
{
/* Reset the LCD */
delay_ms(30); /* Power up delay */
LCD_FunctionMode();
LCD_Write_8_Bit( system_set_4_bit ); /* This sequence resets the LCD */
delay_ms(5);
LCD_Write_8_Bit( system_set_4_bit );
delay_ms(5);
LCD_Write_8_Bit( system_set_4_bit );
delay_ms(5);
LCD_Write_4_Bit( system_set_4_bit );
delay_ms(2);
LCD_Write_4_Bit( display_off );
delay_ms(2);
LCD_Write_4_Bit( entry_mode );
delay_ms(2);
LCD_Write_4_Bit( display_on );
delay_ms(2);
LCD_Write_4_Bit( set_dd_ram );
delay_ms(2);
LCD_DataMode();
}
/***********************************/
/* LCD modo comandos */
/***********************************/
void LCD_FunctionMode(void)
{
output_low(LCD_RS);
LCD_Delay();
}
/***********************************/
/* LCD modo Data */
/***********************************/
void LCD_DataMode(void)
{
output_high(LCD_RS);
LCD_Delay();
}
/***********************************/
/* Escribe un byte en el LCD */
/* Modo 8 Bit */
/***********************************/
void LCD_Write_8_Bit(char d )
{
output_low(LCD_WR); /* modo Write */
LCD_Delay();
/* Setup data */
if ( d & 0x80 )
output_high(LCD_DATA_7);
else output_low(LCD_DATA_7);
if ( d & 0x40 )
output_high(LCD_DATA_6);
else output_low(LCD_DATA_6);
if ( d & 0x20 )
output_high(LCD_DATA_5);
else output_low(LCD_DATA_5);
if ( d & 0x10 )
output_high(LCD_DATA_4);
else output_low(LCD_DATA_4);
LCD_Delay();
output_high(LCD_SEL); /* Select LCD */
LCD_Delay();
output_low(LCD_SEL); /* De-select LCD */
/***********************************/
/* Escribe un byte en el LCD */
/* Modo 4 Bit */
/***********************************/
void LCD_Write_4_Bit(char d )
{
output_low(LCD_WR); /* Write Mode */
LCD_Delay();
/* Output Higher 4 bits */
if ( d & 0x80 )
output_high(LCD_DATA_7);
else output_low(LCD_DATA_7);
if ( d & 0x40 )
output_high(LCD_DATA_6);
else output_low(LCD_DATA_6);
if ( d & 0x20 )
output_high(LCD_DATA_5);
else output_low(LCD_DATA_5);
if ( d & 0x10 )
output_high(LCD_DATA_4);
else output_low(LCD_DATA_4);
LCD_Delay();
output_high(LCD_SEL);
LCD_Delay();
output_low(LCD_SEL); /* Clock in the data */
LCD_Delay();
d <<= 4; /* Output Lower 4 bits */
if ( d & 0x80 )
output_high(LCD_DATA_7);
else output_low(LCD_DATA_7);
if ( d & 0x40 )
output_high(LCD_DATA_6);
else output_low(LCD_DATA_6);
if ( d & 0x20 )
output_high(LCD_DATA_5);
else output_low(LCD_DATA_5);
if ( d & 0x10 )
output_high(LCD_DATA_4);
else output_low(LCD_DATA_4);
LCD_Delay();
output_high(LCD_SEL);
LCD_Delay();
output_low(LCD_SEL); /* Clock in the data */
}
/***********************************/
/* Retardo temporal para LCD */
/* Adjuste segun el LCD que use */
/***********************************/
void LCD_Delay(void)
{
delay_ms(1);
}
/***********************************/
/* Retardo segundos */
/***********************************/
void delay_s(int n)
{
for (;n!=0; n--)
delay_ms(1000);
}
/***********************************/
/* Calculo de Temperatura */
/***********************************/
void calcule_temp(long int adc_var)
{
r_term = ((10.0*adc_var)/(1024-adc_var));
LnRes = log(r_term);
LnRes3 = LnRes*LnRes*LnRes;
T_C = (1/(0.00269794+0.00028033*LnRes+0.00000086*LnRes3))-273.15;
}
/***********************************/
/* Escribe Tempertura en LCD */
/***********************************/
void write_temp(void)
{
printf(LCD_Write_4_Bit, "%5.2f", T_C);
}

hola que tal,bueno e compilado este programa que posteastes con el programa "ccs c compiler", efectivamente me dio un error,por lo extenso que es el programa no quisiera revisarlo jeje,tardaria un poco y bueno la realidad es que e aprendido un poco de lenguaje c pero no soy tan experto como quisiera.

no se con q fin busca que te corra este programa,algun proyecto que tienes en mente?,o algun trabajito de la universidad?,postea a ver en que se te puede ayudar,suerte

Aqui esta el codigo correcto. solo le faltaba una llave "}"

/**********************************************************************/
/* */
/* Termometro.c */
/* Termómetro degital usando termistor */
/* para el PIC16F873 */
/* */
/* */
/* Autor: Carlos Narvaez 15/06/2004 */
/* Rutina LCD Original: J. Winpenny */
/* */
/*--------------------------------------------------------------------*/
/* LCD : OPTREX Corporation DMC16249UB */
/* LCD tipo: HD44780 */
/* Compilador: CSC PCM C compiler */
/* termistor: 10K @ 25°C */
/* */
/* Interfaces: */
/* */
/* Termistor = Port A bit 0 */
/* Data_5 = Port B bit 0 */
/* Data_6 = Port B bit 1 */
/* Data_7 = Port B bit 2 */
/* Data_6 = Port B bit 3 */
/* RS = Port B bit 4 */
/* W/R = Port B bit 5 */
/* Enable = Port B bit 6 */
/* Esta version es para el modo de operación 4 bit */
/* */
/* */
/**********************************************************************/
#include <16f873.h>
#device ADC=10
#include <math.h>
#fuses XT,NOWDT,PUT, NOPROTECT, NOBROWNOUT,NOLVP,WRT,NOCPD
#use delay (clock=4000000)
/**********************************************************************/
/* Prototipos */
/**********************************************************************/
void LCD_Setup(void);
void LCD_FunctionMode(void);
void LCD_DataMode(void);
void LCD_Write_8_Bit(char);
void LCD_Write_4_Bit(char);
void LCD_Delay(void);
void delay_s(int);
void calcule_temp(long int);
void write_temp(void);
//void WriteLCDString( const char *lcdptr );
/**********************************************************************/
/* Definiciones Generales */
/**********************************************************************/
#byte OPTION_REG = 0x81
long int adc_var;
float r_term, T_C, LnRes, LnRes3;

/**********************************************************************/
/* Definiciones para la interfaz PIC-LCD */
/**********************************************************************/
#define TER_IN PIN_A0 /* Interfaz Termistor-PIC */
#define LCD_DATA_4 PIN_B0 /* LCD BIT 4 */
#define LCD_DATA_5 PIN_B1 /* LCD BIT 5 */
#define LCD_DATA_6 PIN_B2 /* LCD BIT 6 */
#define LCD_DATA_7 PIN_B3 /* LCD BIT 7 */
#define LCD_RS PIN_B4 /* Register Select */
#define LCD_WR PIN_B5 /* Escribir/Leer */
#define LCD_SEL PIN_B6 /* Habilita LCD */
/* */
/* */
/**********************************************************************/
/* Comandos del LCD ( Segun LCD Data Sheet ) */
/**********************************************************************/
/* */
#define clear_lcd 0x01 /* Clear Display */
#define return_home 0x02 /* Cursor to Home position */
#define entry_mode 0x06 /* Normal entry mode */
#define entry_mode_shift 0x07 /* - with shift */
#define system_set_8_bit 0x38 /* 8 bit data mode 2 line ( 5x7 font ) */
#define system_set_4_bit 0x28 /* 4 bit data mode 2 line ( 5x7 font ) */
#define display_on 0x0c /* Switch ON Display */
#define display_off 0x08 /* Cursor plus blink */
#define set_dd_line1 0x80 /* Line 1 position 1 */
#define set_dd_line2 0xC0 /* Line 2 position 1 */
#define set_dd_ram 0x80 /* Line 1 position 1 */
#define write_data 0x00 /* With RS = 1 */
#define cursor_on 0x0E /* Switch Cursor ON */
#define cursor_off 0x0C /* Switch Cursor OFF */
/* */
/**********************************************************************/
/* Variables configuracion del PIC */
/**********************************************************************/
#define TxMode 0x40 /* Set option reg TMR0 interrupt */
/* source from counter. */
/* Max speed prescaler ( 1:2 ) */
/* ( Not needed for LCD ) */
#define PortAConfig 0x01 /* Configure port A ( 1 = input ) */
/* RA4/RTCC = Input / RA2 = Input */
#define PortBConfig 0x00 /* Configure port B */
/**********************************************************************/
/* Programa Principal */
/**********************************************************************/
void main(void)
{
/* Configuración puertos PIC e Interrucciones */
OPTION_REG = TxMode; /* Set Option register.*/
set_tris_a( PortAConfig); /* Setup ports */
set_tris_b( PortBConfig );
output_low(LCD_SEL);
disable_interrupts(GLOBAL);
setup_adc_ports(RA0_ANALOG);
setup_adc(ADC_CLOCK_DIV_32);
SET_ADC_CHANNEL(0);
/* End of Setup */

LCD_Setup(); /* Setup the LCD device */
LCD_Write_4_Bit('T'); /* Display a test message */
LCD_Write_4_Bit('E');
LCD_Write_4_Bit('R');
LCD_Write_4_Bit('M');
LCD_Write_4_Bit('O');
LCD_Write_4_Bit('M');
LCD_Write_4_Bit('E');
LCD_Write_4_Bit('T');
LCD_Write_4_Bit('R');
LCD_Write_4_Bit('O');
delay_s(5);
LCD_FunctionMode();
LCD_Write_4_Bit(set_dd_line2); /* Goto line 2 */
LCD_DataMode();
while( 1 )
{
adc_var = READ_ADC();
delay_us(10);
calcule_temp(adc_var);
write_temp();
LCD_FunctionMode();
LCD_Write_4_Bit(set_dd_line2); /* Goto line 2 */
LCD_DataMode();
delay_s(5);
}
}
/* END OF MAIN */
/***********************************/
/* Setup the lcd device */
/***********************************/
void LCD_Setup(void)
{
/* Reset the LCD */
delay_ms(30); /* Power up delay */
LCD_FunctionMode();
LCD_Write_8_Bit( system_set_4_bit ); /* This sequence resets the LCD */
delay_ms(5);
LCD_Write_8_Bit( system_set_4_bit );
delay_ms(5);
LCD_Write_8_Bit( system_set_4_bit );
delay_ms(5);
LCD_Write_4_Bit( system_set_4_bit );
delay_ms(2);
LCD_Write_4_Bit( display_off );
delay_ms(2);
LCD_Write_4_Bit( entry_mode );
delay_ms(2);
LCD_Write_4_Bit( display_on );
delay_ms(2);
LCD_Write_4_Bit( set_dd_ram );
delay_ms(2);
LCD_DataMode();
}
/***********************************/
/* LCD modo comandos */
/***********************************/
void LCD_FunctionMode(void)
{
output_low(LCD_RS);
LCD_Delay();
}
/***********************************/
/* LCD modo Data */
/***********************************/
void LCD_DataMode(void)
{
output_high(LCD_RS);
LCD_Delay();
}
/***********************************/
/* Escribe un byte en el LCD */
/* Modo 8 Bit */
/***********************************/
void LCD_Write_8_Bit(char d )
{
output_low(LCD_WR); /* modo Write */
LCD_Delay();
/* Setup data */
if ( d & 0x80 )
output_high(LCD_DATA_7);
else output_low(LCD_DATA_7);
if ( d & 0x40 )
output_high(LCD_DATA_6);
else output_low(LCD_DATA_6);
if ( d & 0x20 )
output_high(LCD_DATA_5);
else output_low(LCD_DATA_5);
if ( d & 0x10 )
output_high(LCD_DATA_4);
else output_low(LCD_DATA_4);
LCD_Delay();
output_high(LCD_SEL); /* Select LCD */
LCD_Delay();
output_low(LCD_SEL); /* De-select LCD */
}
/***********************************/
/* Escribe un byte en el LCD */
/* Modo 4 Bit */
/***********************************/
void LCD_Write_4_Bit(char d )
{
output_low(LCD_WR); /* Write Mode */
LCD_Delay();
/* Output Higher 4 bits */
if ( d & 0x80 )
output_high(LCD_DATA_7);
else output_low(LCD_DATA_7);
if ( d & 0x40 )
output_high(LCD_DATA_6);
else output_low(LCD_DATA_6);
if ( d & 0x20 )
output_high(LCD_DATA_5);
else output_low(LCD_DATA_5);
if ( d & 0x10 )
output_high(LCD_DATA_4);
else output_low(LCD_DATA_4);
LCD_Delay();
output_high(LCD_SEL);
LCD_Delay();
output_low(LCD_SEL); /* Clock in the data */
LCD_Delay();
d <<= 4; /* Output Lower 4 bits */
if ( d & 0x80 )
output_high(LCD_DATA_7);
else output_low(LCD_DATA_7);
if ( d & 0x40 )
output_high(LCD_DATA_6);
else output_low(LCD_DATA_6);
if ( d & 0x20 )
output_high(LCD_DATA_5);
else output_low(LCD_DATA_5);
if ( d & 0x10 )
output_high(LCD_DATA_4);
else output_low(LCD_DATA_4);
LCD_Delay();
output_high(LCD_SEL);
LCD_Delay();
output_low(LCD_SEL); /* Clock in the data */
} //<----------------------------------------------------------------------------Esta llave era la que faltaba,
/***********************************/
/* Retardo temporal para LCD */
/* Adjuste segun el LCD que use */
/***********************************/
void LCD_Delay(void)
{
delay_ms(1);
}
/***********************************/
/* Retardo segundos */
/***********************************/
void delay_s(int n)
{
for (;n!=0; n--)
delay_ms(1000);
}
/***********************************/
/* Calculo de Temperatura */
/***********************************/
void calcule_temp(long int adc_var)
{
r_term = ((10.0*adc_var)/(1024-adc_var));
LnRes = log(r_term);
LnRes3 = LnRes*LnRes*LnRes;
T_C = (1/(0.00269794+0.00028033*LnRes+0.00000086*LnRes3))-273.15;
}
/***********************************/
/* Escribe Tempertura en LCD */
/***********************************/
void write_temp(void)
{
printf(LCD_Write_4_Bit, "%5.2f", T_C);
}