C program (XC8) will not build..function declaration?

// * File: 3CH TEST.c

//;Code for 3 channel led driver on the updated 550587 PCB
//;WE ARE TRUNCATING THE ADC REGISTER SO JUST USE UPPER 8 BITS
//
//;DEFINE INPUTS FROM DIPSWITCH
//;Note that the new board has pullups on the dipswitch,
//;whereas 550587 PCB had pull downs, thus logic is reversed.
//; XXX DIPSWITCH POLARITY:- XXX
//;DIP 1...ON = EXTERNAL CONNECTOR CONTROL
//;DIP 2...ON = LOGIC HIGH (note 'ON' gives a low input)
//;DIP 3...ON = LOGIC HIGH
//;DIP 4...OFF = 10V is for max current
//;DIP 5...OFF = 80degC, ON = 90degC
//;DIP 6... UNUSED
//;DIP 7... UNUSED
//;DIP 8...ON = NO FAN FITTED, OFF = FAN FITTED
//
//; XXX EXTERNAL CONTROL CONNECTOR POLARITY:- XXX
//;CLEAR = ACTIVE HIGH
//;RESET = ACTIVE HIGH
//;CH1...HIGH = ON, LOW = OFF
//;CH2...HIGH = ON, LOW = OFF
//;CH3...HIGH = ON, LOW = OFF
//
//;List of input ports:
//; ************** DIPSWITCH INPUTS:
//;DIP1 = RB0
//;DIP2 = RB1
//;DIP3 = RB2
//;DIP4 = RB3
//;DIP5 = RB4
//;DIP6 = RB5
//;DIP7 = RC5
//;DIP8 = RE6
//
//;************* External connector INPUTS:
//;clear = RC1
//;ch3 on/off = RC7
//;RESET = RD5
//;CH1 on/off = RD6
//;ch2 on/off = RD7
//
//;Other inputs (DIGITAL I/O
//;Fan tacho = RG2
//;mclr = RG5
//
//;Inputs that are ADC inputs:
//;RA2 = AN2
//;RA3 = AN3
//;RA5 = AN4 ADCON0=0x10
//;RF1 = AN6
//;RF2 = AN7
//;RF3 = AN8
//;RF4 = AN9
//;RF5 = AN10 ADCON0=0x28
//;RF6 = AN11 ADCON0=0x2C
//;RF7 = AN5 ADCON0=0x1C
//
//;**********ADC INPUTS:
//;AN0 = NC
//;AN1 = NC
//;AN2 = VREF- (0V)
//;AN3 = VREF+ (3V)
//;AN4 = Therm ch1
//;AN5 = I_CH1
//;AN6 = 0-10V control input
//;AN7 = PCB thermistor
//;AN8 = I_ch2
//;AN9 = I_ch3
//;AN10 = Therm-ch2
//;AN11 = Therm-ch3
//
//;OOOOOOOOOOO LIST OF OUTPUTS:
//;Trip = RA4
//;Indicator LED = RC2
//;MCP4013_CS = RC3
//;MCP4013_UD = RC4
//;Shutdown-Ch2 = RE0
//;Shutdown-Ch1 = RE1
//;Fancon PWM = RE2
//;Shutdown-Ch3 = RG0
//
//;NCNCNCNCNCNCNCNCNC LIST OF NON CONNECTED PINS:
//;RA0
//;RA1
//;RA6
//;RA7
//; RB6 = PGC
//; RB7 = PGD
//;RC0
//;RC6
//; RD0
//; RD1
//; RD2
//; RD3
//; RD4
//;RE3
//;RE4
//;RE5
//;RE7
//; RG1
//; RG3
//; RG4/*
#include <xc.h>



void set_ana_dig_ports(void);
void disable_interrupts(void);
void disable_pullups(void);
void disable_opendrain(void);
void disable_comparators(void);
void setup_adc(void);
void setup_ports(void);
void NC_pins_low(void); //make all NC pins low.
//CONFIGS

/*DEFINE OUTPUTS*/
#define ch1bit LATE,LATE1
#define ch2bit LATE,LATE0
#define ch3bit LATG,LATG0
#define ind_ledbit LATC,LATC2
#define fanconbit LATE,LATE2
#define tripbit LATA,LATA4
#define mcp4013_csbit LATC,LATC3
#define mcp4013_udbit LATC,LATC4

/* TURN LEDS ON AND OFF*/
#define ON1 LATE,LATE1 = 1; /*Turn on chan1*/
#define OFF1 LATE,LATE1 = 0; /*Turn off chan1*/
#define ON2 LATE,LATE0 = 1; /*Turn on chan2*/
#define OFF2 LATE,LATE0 = 0; /*Turn off chan2*/
#define ON3 LATG,LATG0 = 1; /*Turn on chan2*/
#define OFF3 LATG,LATG0 = 0; /*Turn off chan2*/
#define FANON LATE,LATE2 = 1; /*Turn fan on*/
#define FANOFF LATE,LATE2 = 0; /*Turn fan off*/

/*DEFINE INPUTS FROM DIPSWITCH*/
/*Note that the new board has pullups on the dipswitch,*/
/*whereas 550587 PCB had pull downs, thus logic is reversed.*/
unsigned int dipbit1;
unsigned int dipbit2;
unsigned int dipbit3;
unsigned int dipbit4;
unsigned int dipbit5;
unsigned int dipbit8;
unsigned int dip8; //bit0=dip1...
unsigned int dip8_init;
unsigned int ext5; //bit0=reset,bit1=ch1...etc, to bit4=clear
//external connector pins
unsigned int extbit3; //reset
unsigned int extbit4; //ch1
unsigned int extbit5; //ch2
unsigned int extbit6; //ch3
unsigned int extbit9; //an in
unsigned int extbit10; //clear
unsigned int extbit11; //TRIP OUT
unsigned int temp1;
unsigned int temp2;
unsigned int temp3;
unsigned int tempb;
unsigned int ana8; //holds ADRESH
unsigned int max_led_temp;
unsigned int max_pcb_temp;
unsigned int board_90c; //max board temp value
unsigned int board_80c;
unsigned int led_90c;
unsigned int led_80c; //max led temp value
unsigned int ledthermopen; //trip value when thermistor open
unsigned int pcbthermopen;
unsigned int current; //represents 0A, 1.76A, 2.64A, 3.52A //bit0=0,bit1=1a76...etc
unsigned int iset_mcp4013; //numer of down pulses needed to get current.


void main(void) {
disable_interrupts();
disable_pullups();
disable_opendrain();
disable_comparators();
setup_adc();
setup_ports();
NC_pins_low(); //make all NC pins low.
OFF1;
OFF2;
OFF3;
while(1){;}
return;
}

set_ana_dig_ports(){
ANCON0 = 0xFC;
ANCON1 = 0x0F;
ANCON2 = 0x00;
}
disable_interrupts(){
INTCON=0x00;
INTCON2=0x80;
INTCON3 = 0x00;
PIE1 = 0x00;
PIE2 = 0x00;
PIE3 = 0x00;
PIE4 = 0x00;
PIE5 = 0x00;
PIE6 = 0x00;
}
disable_pullups(){
PADCFG1 = 0;
}
disable_opendrain(){
ODCON1 = 0;
ODCON2 = 0;
ODCON3 = 0;
}
disable_comparators(){
CM1CON = 0;
CM2CON = 0;
CM3CON = 0;
}
setup_adc(){
ADCON0 = 0;
ADCON1 = 0x10; //VREF
ADCON2 = 0x3E; // Left jus/Tacq
}
setup_ports(){
TRISA = 0x2C;
TRISB = 0x3F;
TRISC = 0xA2;
TRISD = 0xD0;
TRISE = 0x40;
TRISF = 0xFE;
TRISG = 0x24;
}
NC_pins_low(){
//Make all NC pins low (they are already made to outputs)
//They are outputs for noise immunity reasons.
LATA,LATA0 = 0;
LATA,LATA1 = 0;
LATA,LATA6 = 0;
LATA,LATA7 = 0;

LATB,LATB6 = 0; //PGC
LATB,LATB7 = 0; //PGD

LATC,LATC0 = 0;
LATC,LATC6 = 0;

LATD,LATD0 = 0;
LATD,LATD1 = 0;
LATD,LATD2 = 0;
LATD,LATD3 = 0;
LATD,LATD4 = 0;

LATE,LATE3 = 0;
LATE,LATE4 = 0;
LATE,LATE5 = 0;
LATE,LATE7 = 0;

LATG,LATG1 = 0;
LATG,LATG3 = 0;
LATG,LATG4 = 0;
}

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