#include

$/**************************************************************$

$**$ Author: Ronald Kikoyo

$*$

$*$ Program Title: Course Project

$*$

$*$

$*$ Microprocessor B

$*$

$*$Spring

$*$

$*$

$***************************************************************/$

void delay$\_50$ms$($void$)$

$\{$

const int D$50$ms $=1150$; $//$ Declare a Constant for $50$ ms Delay

int i;

for $($i $=0$; i $<$ D$50$ms; i$++)$;

return;

$\}$

$//$ PIC$24$HJ$32$GP$202$ Configuration Bit Settings

$//$ FBS

#pragma config BWRP $=$ WRPROTECT$\_$OFF $//$ Boot Segment Write Protect $($Boot Segment may be written$)$

#pragma config BSS $=$ NO$\_$FLASH $//$ Boot Segment Program Flash Code Protection $($No Boot program Flash segment$)$

$//$ FGS

#pragma config GWRP $=$ OFF $//$ General Code Segment Write Protect $($User program memory is not write$-$protected$)$

#pragma config GSS $=$ OFF $//$ General Segment Code Protection $($User program memory is not code$-$protected$)$

$//$ FOSCSEL

#pragma config FNOSC $=$ FRC $//$ Oscillator Mode $($Internal Fast RC $($FRC$))$

#pragma config IESO $=$ OFF $//$ Internal External Switch Over Mode $($Start$-$up device with user$-$selected oscillator source$)$

$//$ FOSC

#pragma config POSCMD $=$ NONE $//$ Primary Oscillator Source $($Primary Oscillator Disabled$)$

#pragma config OSCIOFNC $=$ ON $//$ OSC$2$ Pin Function $($OSC$2$ pin has digital I$/$O function$)$

#pragma config IOL$1$WAY $=$ OFF $//$ Peripheral Pin Select Configuration $($Allow Multiple Re$-$configurations$)$

#pragma config FCKSM $=$ CSDCMD $//$ Clock Switching and Monitor $($Both Clock Switching and Fail$-$Safe Clock Monitor are disabled$)$

$//$ FWDT

#pragma config WDTPOST $=$ PS$512//$ Watchdog Timer Postscaler $(1$:$512)$

#pragma config WDTPRE $=$ PR$128//$ WDT Prescaler $(1$:$128)$

#pragma config WINDIS $=$ OFF $//$ Watchdog Timer Window $($Watchdog Timer in Non$-$Window mode$)$

#pragma config FWDTEN $=$ OFF $//$ Watchdog Timer Enable $($Watchdog timer enabled$/$disabled by user software$)$

$//$ FPOR

#pragma config FPWRT $=$ PWR$16//$ POR Timer Value $(16$ms$)$

#pragma config ALTI$2$C $=$ OFF $//$ Alternate I$2$C pins $($I$2$C mapped to SDA$1/$SCL$1$ pins$)$

$//$ FICD

#pragma config ICS $=$ PGD$1//$ Comm Channel Select $($Communicate on PGC$1/$EMUC$1$ and PGD$1/$EMUD$1)$

#pragma config JTAGEN $=$ OFF $//$ JTAG Port Enable $($JTAG is Disabled$)$

$/**************$ END $---$ Configuration Word $*********************/$

$//$ #pragma config statements should precede project file includes.

$//$ Use project enums instead of #define for ON and OFF.

#define $\_$XTAL$\_$FREQ $20000000//$Specify the XTAL crystall FREQ

$/*******$Sequence blink$*******/$

sblink$($int get$)//$Function definition with "get" as parameter

$\{$

for $($int i$=0$; i$<=15$ && $\_$RB$0==0$; i$++)$

$\{$

PORTB $=$ get $<<$ i; $//$LED move Left Sequence

delay$\_50$ms$()$;

$\}$

for $($int i$=7$; i$>=0$ && $\_$RB$0==0$; i$--)$

$\{$

PORTB $=$ get $<<$ i; $//$LED move Left Sequence

delay$\_50$ms$()$;

$\}$

$\}$

$/*******$MAIN Function$*******/$

void main$()//$The main function

$\{$

$\_$TRISB$0=1$; $//$Instruct the MCU that the PORTB pin $0$ is used as input for button.

TRISB $=0$x$00$; $//$Instruct the MCU that all pins are output

LATB$=0$x$00$; $//$Initialize all pins to $0$

$\_$RBPU$=0$b$00000000$;$//$Enable pull up R on port B

while$(1)//$Get into the Infinite While loop

$\{$

if $(\_$RB$13==0)$

$\{$

sblink$(2)$; $//$FUNCTION CALL $1$ with parameter $1$

sblink$(14)$; $//$FUNCTION CALL $3$ with parameter $3$

sblink$(13)$; $//$FUNCTION CALL $7$ with parameter $7$

sblink$(12)$; $//$FUNCTION CALL $4$ with parameter $15$

while$(\_$RB$13==0)//$If button is still pressed

$\{$

LATB$=0$xFFF; $//$Turn ON all LEDs

$\}$

$\}$

$\}$

$\}$

what i am missing $,$i am using a pic$24$HJ$32$GP$202$