Some Use Ful Topics on Becoming coder.

**I got swag** · 01-22-2012

Hello guys i would Want you to guys know what you should do before you get
on making hacks
This Thread will give you Some UseFul Topic and summary of it.

If you Get this topics and study i am sure you will become great coder and don't just ask people for hacks like can i have code of this and that. Soon you will be able to make your own. If you don't get or need help sure to ask me.

Topics Are as Follows ( remember You should Understand it )

An Overview of Computer and programming Languages
Basic Elements of C++
Input / Output
Controlling Structures
User Defined Function
User Defined Simple Data Types, Name Spaces and String Type
Arrays / Strings
Record (Structs)
Class and data Abstraction
Inheritance and Composition
pointer, Classes, Virtual Funstions and Abastract Classes
Over Loading and Template
Exception Handeling
Recursion
Linked Lists Stacks And Queus
Searching And Sorting Algorithms
Binary Trees
Graphs

This is as Much as you need for Basic this topics includes Some Direct 3D function To be very pro on this you need to have some Skills on Algebra and use your Brain.
Little Details on some of those topics

Elements of a Computer System
A computer is an electronic device capable of performing commands. The basic commands
that a computer performs are input (get data), output (display result), storage, and performance
of arithmetic and logical operations.
In today’s market, personal computers are sold with descriptions such as Pentium 4
Processor 2.80 GHz, 512MB RAM, 100GB HD, VX750 17" Silver Flat CRT Color
Monitor, preloaded software such as operating systems, games, encyclopedias, and
application software such as word processors or money management programs. These
descriptions represent two categories: hardware and software. Items such as ‘‘Pentium
4 Processor 2.80 GHz, 512MB RAM, 100GB HD, VX750 17" Silver Flat CRT
Color Monitor’’ fall into the hardware category; items such as ‘‘operating systems,
games, encyclopedias, and application software’’ fall into the software category. Let’s
look at the hardware first.
Hardware
Major hardware components include the central processing unit (CPU); main memory
(MM), also called random access memory (RAM); input/output devices; and secondary
storage. Some examples of input devices are the keyboard, mouse, and secondary storage.
Examples of output devices are the screen, printer, and secondary storage. Let’s look at
each of these components in more detail.
Central Processing Unit
The central processing unit (CPU) is the brain of the computer and the single most
expensive piece of hardware in a personal computer. The more powerful the CPU, the
faster the computer. The main components of the CPU are the control unit (CU),
arithmetic logic unit (ALU), and registers. Figure 1-1 shows how certain components
of the CPU fit together.
1
Elements of a Computer System | 3

!Basically this Covers and Tells you about Computer System~!

Input/OutPut
you were introduced to some of C++’s input/output (I/O) instructions,
which get data into a program and print the results on the screen. You used cin and
the extraction operator >> to get data from the keyboard, and cout and the insertion
operator << to send output to the screen. Because I/O operations are fundamental to
any programming language, in this chapter, you will learn about C++’s I/O operations
in more detail. First, you will learn about statements that extract input from the
standard input device and send output to the standard output device. You will then
learn how to format output using manipulators. In addition, you will learn about the
limitations of the I/O operations associated with the standard input/output devices and
learn how to extend these operations to other devices.
I/O Streams and Standard I/O Devices
A program performs three basic operations: it gets data, it manipulates the data, and it
outputs the results. In Chapter 2, you learned how to manipulate numeric data using
arithmetic operations. In later chapters, you will learn how to manipulate non-numeric
data. Because writing programs for I/O is quite complex, C++ offers extensive support
for I/O operations by providing substantial prewritten I/O operations, some of which
you encountered in Chapter 2. In this chapter, you will learn about various I/O
operations that can greatly enhance the flexibility of your programs.
In C++, I/O is a sequence of bytes, called a stream, from the source to the
destination. The bytes are usually characters, unless the program requires other
types of information, such as a graphic image or digital speech. Therefore, a
stream is a sequence of characters from the source to the destination. There are
two types of streams:
Input stream: A sequence of characters from an input device to the computer.
Output stream: A sequence of characters from the computer to an output device.
Recall that the standard input device is usually the keyboard, and the standard
output device is usually the screen. To receive data from the keyboard and send
output to the screen, every C++ program must use the header file iostream. This
header file contains, among other things, the definitions of two data types,
istream (input stream) and ostream (output stream). The header file also contains
two variable declarations, one for cin (pronounced ‘‘see-in’’), which stands
for common input, and one for cout (pronounced ‘‘see-out’’), which stands for
common output.
These variable declarations are similar to the following C++ statements:
istream cin;
ostream cout;
To use cin and cout, every C++ program must use the preprocessor directive:
#include <iostream>

2 Basic Elements of C++
programming language, two questions naturally arise. First, what is a computer program?
Second, what is programming? A computer program or a program is a sequence of
statements whose objective is to accomplish a task. Programming is a process of
planning and creating a program. These two definitions tell the truth, but not the whole
truth, about programming. It may very well take an entire book to give a good and
satisfactory definition of programming. You might gain a better grasp of the nature of
programming from an analogy, so let us turn to a topic about which almost everyone has
some knowledge—cooking. A recipe is also a program, and everyone with some cooking
experience can agree on the following:
1. It is usually easier to follow a recipe than to create one.
2. There are good recipes and there are bad recipes.
3. Some recipes are easy to follow and some are not easy to follow.
4. Some recipes produce reliable results and some do not.
5. You must have some knowledge of how to use cooking tools to follow
a recipe to completion.
6. To create good new recipes, you must have much knowledge and
understanding of cooking.
These same six points are also true about programming. Let us take the cooking
analogy one step further. Suppose you need to teach someone how to become a
chef. How would you go about it? Would you first introduce the person to good
food, hoping that a taste for good food develops? Would you have the person follow
recipe after recipe in the hope that some of it rubs off? Or would you first teach the
use of tools and the nature of ingredients, the foods and spices, and explain how they
fit together? Just as there is disagreement about how to teach cooking, there is
disagreement about how to teach programming.
Learning a programming language is like learning to become a chef or learning to
play a musical instrument. All three require direct interaction with the tools. You
cannot become a good chef or even a poor chef just by reading recipes. Similarly,
you cannot become a player by reading books about musical instruments. The same
is true of programming. You must have a fundamental knowledge of the language,
and you must test your programs on the computer to make sure that each program
does what it is supposed to do.
The Basics of a C++ Program
A C++ program is a collection of one or more subprograms, called functions. Roughly
speaking, a subprogram or a function is a collection of statements, and when it is
activated, or executed, it accomplishes something. Some functions, called predefined or
standard functions, are already written and are provided as part of the system. But to
accomplish most tasks, programmers must learn to write their own functions.

Guys Hope this is Helpful to you guys and Google some other Information

Credits.
At my C++ Book