/********************************************************************

Project4-a
WHEEL OF LUCKY DAY
---------------------------------
In this project 7 LEDs are connected to PORT B of a PIC16F877A  type microcontroller (any other PIC microcontroller can also be used in this project). In addition, a push-button switch is connected to bit 7 of PORT B (RB7). The microcontroller is operated from an 8MHz crystal.
In this project the LEDs are constructed in the form of a circle and the days of the week are written next to each LED. When the push-button switch is pressed the LEDs start rotating fast. Pressing the button stops while only one LED is lit. The day name corresponding to this LED is your lucky day!.
******************************************************************/
#define STRT PORTB.RB7
void main()
{
unsigned char Cnt = 1; 		// Initialise Cnt
CMCON = 0x07;    			// To turn off comparators
ADCON1 = 0x06;   			// To turn off analog to digital converters TRISB = 0x80 ; 			// RB0 - RB6 output, RB7 input
PORTB = 0;
for(;;)					 // DO FOREVER
{
while(STRT == 1); 			// Wait until START is pressed
while(STRT == 0); 			// Wait until button is released
for(;;) 					// FOREVER loop
{
PORTB = Cnt;		// Send Cnt to PORT B
Delay_Ms(50); 		// Delay 50ms
Cnt = Cnt << 1; 		// Left shift Cnt
if(Cnt == 0)Cnt = 1;

if(STRT == 0)break; 	// If button is pressed
}
while(STRT == 0); 		// Wait until button is released
Delay_Ms(1000); 		// Wait 1 second
}
}

Button(&port, pin, time, active_state)

Button(&PORTB, 0, 1, 1);

/********************************************************************
Project4-b
WHEEL OF LUCKY DAY
----------------------------------
In this project 7 LEDs are connected to PORT B of a PIC16F877A type microcontroller (any other PIC microcontroller can also be used in this project). In addition, a push-button switch is connected to bit 7 of PORT B (RB7). The microcontroller is operated from an 8MHz crystal.
In this project the LEDs are constructed in the form of a circle and the days of the week are written next to each LED. When the push-button switch is pressed the LEDs start rotating fast. Pressing the button stops while only one LED is lit. The day name corresponding to this LED is your lucky day!.
In this modified program the switch contacts are de-bounced using the mikroC
"Button" function
******************************************************************/
void main()
{
unsigned int Cnt = 1; 		// Initialise Cnt
CMCON = 0x07;    			// To turn off comparators
ADCON1 = 0x06;   			// To turn off analog to digital converters TRISB = 0x80; 			// RB0-RB6 output, RB7 input
PORTB = 0;
for(;;)
{
while(Button(&PORTB, 7, 5, 1)); 		// Wait until button is pressed
while(Button(&PORTB, 7, 5, 0)); 		// Wait until button is released
for(;;) 						// FOREVER loop
{
PORTB =Cnt; 				// Send Cnt to PORT B
Delay_Ms(50); 				// Delay 100ms
Cnt = Cnt << 1; 				// Left shift Cnt
if(Cnt == 0)Cnt = 1;
if(Button(&PORTB, 7, 5, 0))break; 	// If button is pressed
}
while(Button(&PORTB, 7, 5, 0)); 		// Wait until button is released
}
}