// Lab1.c : Skeleton file for Lab 1 C code
//////////////////////////////////////////////////////////////
// Authors:		Lab member 1			lab1@iastate.edu
//				Lab member 2			lab2@iastate.edu
//
// Lab:			7-9 AM, Monday
//	
// TA:			Cpr E 211 TA
//
// Instructor:	Cpr E 211 Instructor
//
//////////////////////////////////////////////////////////////
// Description:
//
//   Print out the hex and binary values of the DIP switches
//////////////////////////////////////////////////////////////

#include "defines.h"		// Memory addresses for I/O ports
#include "QTerm.h"			// Output to QTerm LCD

void PrintSwitch (char);

void Go_Lab1 ()
{
	char	*	pDIPSwitch1;
	char	*	pDIPSwitch2;
	
	char	*	pBargraph1;
	char	*	pBargraph2;	

	// Initialize pointers (i.e. point them somewhere)
	//
	//	 Defined in defines.h
	//
	
	pDIPSwitch1 = (char *) IO_DIGITAL_INPUT_DIP_1;
	pDIPSwitch2 = (char *) IO_DIGITAL_INPUT_DIP_2;
	
	pBargraph1  = (char *) IO_DIGITAL_OUTPUT_LED1;
	pBargraph2  = (char *) IO_DIGITAL_OUTPUT_LED2;

	// Set up the LCD screen
	
	LCD_Init();	

	// Do an infinite loop since 1 is always non-zero (TRUE)

	while(1)
	{
		LCD_Clear();
	
		PrintSwitch(*pDIPSwitch1);
		LCD_PutString("\r");		
		
		PrintSwitch(*pDIPSwitch2);
	
		// Write the DIP switches out to the bargraphs
		//
		// *(IO_DIGITAL_OUTPUT_LED1) = *(IO_DIGITAL_INPUT_DIP1);
		
		*pBargraph1 = *pDIPSwitch1;

		// *(IO_DIGITAL_OUTPUT_LED2) = *(IO_DIGITAL_INPUT_DIP2);
				
		*pBargraph2 = *pDIPSwitch2;
		
		msleep(4000);
	}
}

void PrintSwitch (char byVal)
{
	char	szTemp[60];
	
	// Print the result to a string first, then send the string
	// to the LCD
	
	// sprintf = string printf
	
	sprintf(szTemp, "DIP Switch: 0x%02X\r", (unsigned char) byVal);
	LCD_PutString(szTemp);	
		
	LCD_PutString("  Bin = ");	
	
	// INSERT CODE HERE	
	//   Write the code to dump the binary value of byVal to the
	//   LCD screen. 
	//
	//   Hints:
	//		- Use LCD_PutChar to send an individual character
	//		    LCD_PutChar('1');
	//		- The char size is 8 bits, what kind of a loop lets 
	//			you run a fixed number of times
	//		- To test each bit, you can either change the position
	//			of the tester or the variable itself
	//		- What type of bitwise test lets you see if a bit
	//			is on?
	//				Bitwise AND & - single ampersand 
	//	
	// Psuedocode
	//		Loop 8 times
	//			If the MSB (Most Significant Bit) of byVal is set
	//				Print a 1
	//			Else
	//				Print a 0
	//			Shift over byVal once to the left	




}