Tips and Tutorials related scripts & softwares
A tutorial covering array declaration, accessing array elements, entering data, initializing arrays, and multidimentional arrays. This tutorial also includes code examples for demonstration.
This tutorial covers how to write simple functions in C language. Then how to pass values to the functions, functions signaure and its return types etc.
This Tutorial teaches you Object Oriented Programming from scratch.
This code shows you how to access private data members in classes without using the friend keyword.
This tutorial shows you how to reduce typing, reuse code and speed up development using Templates.
This tutorial shows you how to produce random numbers using the rand and srand functions.
Shows how to combine inheritance with virtual functions to make the most of polymorphism.
ALSO CONTAINS PROOF OF EXISTENCE OF VIRTUAL TABLES AND HOW COMPILER IMPLEMENTS THEM WITH THE HELP OF DISASSEMBLED LISTINGS.
The following is NOT a C++ Tuturial, it is more or less a cheat-sheet reference for beginers.
This free ebook defines a C++ coding standard that should be valid and usable for almost all programmers. ISO 9000 as well as the Capability Maturity Model (CMM) states that coding standards are mandatory for any company with quality ambitions. Developing such a coding standard is, however, a non-trivial task, particularly for a complex multi- paradigm language like C++. In this ebook we give you a good start for a programming standard for a particular company or project. Such a standard is often written by the most experienced programmers in a company. If a quality manager responsible for the development of such a standard instead select this book as the base for the coding standard, experienced programmers can be relieved from this arduous task and instead continue to do what they prefer to do, designing the company products. This ebook should also be of great interest for quality aware C++ programmers trying to find ways of improving their code.
This paper discusses how to get secure random numbers for your application. We describe how to take a single, secure, random number (a seed), and stretch it into a big stream of random numbers using a secure pseudo-random number generator. We talk about how to get random data in lots of different representations (e.g., an integer in a particular range or a printable string). We also discuss how to get real randomness in an environment that is fundamentally deterministic, and we give advice on figuring out how to estimate how much randomness exists in a piece of data.
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