giljr

/* Project: Ardu_Series # 88
 *   Binary Counter - Logic Analyzer - Building an LED Binary Counter & Improving The Code
 *   
 *   INO file: _88_logicCounter_PaulMcWhorter_4bits_02.ino
 *   
 *   Date: Dez 2019
 *  
 *   Code by: http://www.toptechboy.com/
 *   Hardware by: Paul McWhorter
 * 

giljr

/* Project: Ardu_Series # 88
 *   Binary Counter - Logic Analyzer - Building an LED Binary Counter & Improving The Code
 *   
 *   INO file: _88_logicCounter_PaulMcWhorter_4bits_01.ino
 *   
 *   Date: Dez 2019
 *  
 *   Code by: http://www.toptechboy.com/
 *   Hardware by: Paul McWhorter
 * 

giljr

/* Project: Ardu_Series # 88
 *   Binary Counter - Logic Analyzer - Building an LED Binary Counter & Improving The Code
 *   
 *   INO file: _88_logicCounter_PaulMcWhorter_4bits_00.ino
 *   
 *   Date: Dez 2019
 *  
 *   Code by: http://www.toptechboy.com/
 *   Hardware by: Paul McWhorter
 * 

giljr

/*
 * Project name:
     I2C_Simple (Simple test of I2C library routines)
     unit_14_i2c_simple_eco.c
 * Copyright:
     (c) Mikroelektronika, 2011.
 * Revision History:
     20191216:
       - initial release (J3);
 * Description:

giljr

/*   Project: Unit 10 - 7SEGS
        Code: unit_10_2_upDownCounter7segs.c

   Objective:   This program use interruptions and writes the value of incremented button
                on the 7-segment displayCrystal = 8MHz:)
                The example program below was compiled on the mikroC compiler (www.mikroe.com)
                and aims to write on displays Kit PICGenios Microgens Technology Center.
                Note: It does make use of the scanning technique (on-off-on cycle);
                      all the LEDs stay on for 1ms and we get the impression that
                      all the LEDs are on at the same time forever;

giljr

/*   Project: Unit 10 - 7SEGS
        Code: unit_10_1_7segsScan.c

   Objective:   This program use interruption and writes the value 1234 on the 7-segment displayCrystal = 8MHz:)
                The example program below was compiled on the mikroC compiler (www.mikroe.com)
                and aims to write on displays Kit PICGenios Microgens Technology Center.
                Note: It does make use of the scanning technique (on-off-on cycle);
                      all the LEDs stay on for 1ms and we get the impression that
                      all the LEDs are on at the same time forever;
                      This is called Persistence Of Vision - POV :D

giljr

/*   Project: Unit 10 - 7SEGS
        Code: unit_10_0_7segsTest.c
      
   Objective:     This program writes the value 1234 on the 7-segment displayCrystal = 8MHz:)
                  The example program below was compiled on the mikroC compiler (www.mikroe.com)
                  and aims to write on displays Kit PICGenios Microgens Technology Center.
                  Note: It does make use of the scanning technique (on-off-on cycle);
                        all the LEDs stay on for 1ms and we get the impression that
                        all the LEDs are on at the same time forever;
                        This is called Persistence Of Vision - POV :D

giljr

/*   Project: Unit 10 - 7SEGS
        Code: unit_10_0_7segsTest.c
      
   Objective:     This program writes the value 1234 on the 7-segment displayCrystal = 8MHz:)
                  The example program below was compiled on the mikroC compiler (www.mikroe.com)
                  and aims to write on displays Kit PICGenios Microgens Technology Center.
                  Note: It does make use of the scanning technique (on-off-on cycle);
                        all the LEDs stay on for 1ms and we get the impression that
                        all the LEDs are on at the same time forever;
                        This is called Persistence Of Vision - POV :D

giljr

#ifndef _LIB_EEPROM_
#define _LIB_EEPROM_
void EEPROM_Write_byte(unsigned char address, unsigned char dta);
unsigned char EEPROM_Read_byte(unsigned char address);
void EEPROM_Write_int (unsigned char address, unsigned int dta);
unsigned int EEPROM_Read_int (unsigned int address);
void EEPROM_Write_float(unsigned char address,unsigned char *dta);
float EEPROM_Read_float(unsigned char address);
void EEPROM_Write_array (unsigned char address,        unsigned char qtd_byte,unsigned char *dta);
void EEPROM_Read_array  (unsigned char address, unsigned char qtd_byte,unsigned char *buffer);

giljr

#include "lib_eeprom.h"

void EEPROM_Write_byte(unsigned char address, unsigned char dta)
{
   char  STATUS_GIE  = 0;
   EEADR        = address;           // Where EEPROM lives
   EEDATA       = dta;               // Byte to be saved
   EECON1.EEPGD = 0;                 // EEPROM memory pointer
   EECON1.CFGS  = 0;                 // EEPROM access control
   EECON1.WREN  = 1;                 // EEPROM enable