SolidusCode Blog

Whenever you start programming, there is usually the first program that prints the phrase "Hello world" to the screen.  Well, let us keep that tradition and write an entire assembly program that print that message to the screen. ;Our Assembly Program file SECTION .data SECTION .bss SECTION .text The preceding is the standard file format of an assembly program using the Netwide assembler, or NASM. To write something to the screen, we first need to store the value of what we want to render to the screen by declaring variables. ;Our Assembly Program file SECTION .data ourHelloMsg: db "Hello world, we are in assembly", 10, 0 ;our simple message SECTION .bss SECTION .text Next, we want to use some real world practical assembly coding to print this message to the screen.  We could simple using the Linux int80h instruction to tell the operating system to print this message (if you aren't sure what I mean by this, do not worry), however we will use the printf

The following is the finalized code for a simple C++ smart pointer as demonstrated by my youtube video:  here Usage: void main(){      ...     Pointer<ObjectType> pointer(new ObjectType);     ... } /*  * Pointer.h  *  *  Created on: Mar 16, 2012  *      Author: ukaku  */ #ifndef POINTER_H_ #define POINTER_H_ #include <iostream> using namespace std ; /**  * Reference represents a counter that will be incremented or decremented as  * the number of references to a pecticular pointer is made;  *  * where data means: a symbol used to point to, or associate to another object  */ class ReferenceCounter { private :     int counter ; public :     ReferenceCounter ( ) {         counter = 0 ;   //initially set to zero     }     void increase ( ) {         counter ++;   //increase it     }     int decrease ( ) {         -- counter ;   //decrease it         if ( counter < 0 ) {             cout << "ReferenceCouner is <