giljr

giljr

giljr

giljr

/* Project Name: SD CARD PROJECT - WRITE TEXT TO A FILE
           File:  unit_13_01_sdcarrD_SPI.c
    
    Description: The program creates a new file called MYFILE55.TXT on the SD card and writes the text
                 "This is MYFILE.TXT." to the file. Then the string "This is the added data..."
                 is appended to the file. 
                 
         Author: Dogan Ibrahim Date: October 2013 File: MIKROC-SD1.C
           
      LIBS Note: SD cards (and also MultiMedia Cards, MMC) - Got To Library Manage and enable these libs:

giljr

/* Project: Unit 12 - HLVD
      Code: unit_12_01_helloWorldHLVD.c

   Objective:    This shows how HLVD works;)
                 Every time the power goes out we save the 7-SEG count in eeprom
                 and as soon as the power recovers, we retrieve the last count value
                 and present this old value back to 7-SEG.
                 
    Timer 0 Interruptions note: The 7-SEG scan is driven by TMR0
    Fuse Config Note: Go to Menu > Edit Project > Brown-on Reset > desabled

giljr

/* Project: Unit 12 - HLVD
      Code: unit_12_00_helloWorldHLVD.c

   Objective:    This shows how HLVD works;)
                 Every time the power goes out we save the LEDs count in eeprom
                 and as soon as the power recovers, we retrieve the last count value 
                 and continue counting from the point we stopped counting. 
        
    Fuse Config Note: Go to Menu > Edit Project > Brown-on Reset > desabled
    Lib  Config Note: Enable EEPROM Lib at Library Manager Tab

giljr

using System;
using System.Collections.Generic;
using System.ComponentModel;
using System.Data;
using System.Drawing;
using System.Linq;
using System.Text;
using System.Threading.Tasks;
using System.Windows.Forms;
using easyUSBHidNetClass;

giljr

/* Project: Unit 15 - USB
      Code: unit_15_01_USB Intro.c

   Objective:    This program uses the Visual Basic language and mikroC Language 
                 to run an USB Bus Library Functions in a PIC18F4550 chip:)


      Author:   microgenios, edited by J3

   PIC Lessons: How to Start to Program PIC 18 - Step-by-step for Beginners!

giljr

/* Project: Ardu_Series # 88
     Binary Counter - Logic Analyzer - Building an LED Binary Counter & Improving The Code

     INO file: _88_logicCounter_Extensible_8bits_04.ino

    Binary Counter.

    Description: With 8xLEDs we can display binary numbers from 0 to 255;
                 This code consomes just 982 bytes (3% of program storage space)
                 and Global variables use 26 bytes (1%) of dynamic memory:)

giljr

/* Project: Ardu_Series # 88
 *   Binary Counter - Logic Analyzer - Building an LED Binary Counter & Improving The Code
 *   
 *   INO file: _88_logicCounter_Extensible_4bits_03.ino
 *   
 *  Binary Counter.
 *
 *  Description: With 4xLEDs we can display binary numbers from 0 to 15;
                 This code consomes just 2326 bytes (3% of program storage space)
                 and Global variables use 26 bytes (1%) of dynamic memory:)