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C and C++ / Functions and Classes This tutorial covers the basics of using function templates in C++. It shows you how to create them and explains how they work. Site: www.geekpedia.com
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C and C++ / Functions and Classes Learn how class and function templates can be used to increase readability and reduce code typing.This tutorial shows you how to reuse code, save typing time, prevent time spent on debugging and saving source-code space |
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C and C++ / Functions and Classes Inline functions are not very important, but it is good to understand them. The basic idea is to save time at a cost in space. Inline functions are a lot like a placeholder. Once you define an inline function, using the 'inline' keyword, whenever you call that function the compiler will replace the function call with the actual code from the function. Site: www.cprogramming.com
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C and C++ / Functions and Classes A function is an assignment or a task that must be performed to complement the other part of a program. There are two kinds of functions: those supplied to you and those you will be writing. The functions that are supplied to you are usually in three categories: those built-in the operating system, those written in C++ and those supplied with your programming environment. The use of these functions is the same regardless of the means you get them; you should know what a function looks like, how to create one, what functions are already available, where they are located, and what a particular function does, how and when to use it. Site: www.functionx.com
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C and C++ / Functions and Classes Learn: Reviewing Functions, Declaring a Pointer to Function, Using a Pointer to Function, A Pointer to a Function as Argument, Passing a Function as Argument, An Array of (Pointers to) Functions, Using an Array of Functions and more. Site: www.functionx.com
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C and C++ / Functions and Classes When a function receives an argument, it performs one of two actions with regards to the value of the argument; it might modify the value itself or only use the argument to modify another argument or another of its own variables. If you know that the function is not supposed to alter the value of an argument, you should let the compiler know. This is a safeguard that serves at least two purposes. First, the compiler will make sure that the argument supplied stays intact; if the function tries to modify the argument, the compiler would throw an error, letting you know that an undesired operation took place. Second, this speeds up execution. Site: www.functionx.com
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C and C++ / Functions and Classes A guide to the famous printf() function in C. Shows you how to output data in several ways. The tutorial is not yet complete but will be continued soon. Site: www.geekpedia.com
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C and C++ / Functions and Classes The primary motivation of using classes in a program is to create objects as complete as possible. An object must be able to handle its own business so that the other objects of the program or of another program would only need to know which object can take care of a particular need they have. A regular variable, as a member of an object, cannot handle assignments. This job is handled by particular functions declared as members of a class. A function as a member of a class is also called a Method. On this site, the words "method" and "function", when associated with a class, will refer to the same thing: a member function of the class. Site: www.functionx.com
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C and C++ / Functions and Classes Until now, in all the functions we have seen, the arguments passed to the functions have been passed by value. This means that when calling a function with parameters, what we have passed to the function were copies of their values but never the variables themselves. Site: www.cplusplus.com
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C and C++ / Functions and Classes Functions are bits of code that the program jumps to in order to do certain tasks. The main function holds the main code (the code that is executed first) and where the other functions are called from. Variables can be passed into and returned from a function. Site: www.olate.co.uk
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C and C++ / Functions and Classes In order to further customize the behavior of an object, you should make sure that it completely controls its member variables. An object should "know" what kind of values its variables hold and what values are not acceptable. As a starting point, when calling an object from another function, you should know what value a particular member is holding, before performing any operation. To solve this problem, one solution is to provide a special function that would initialize the member variables. Site: www.functionx.com
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C and C++ / Miscellaneous The new C++ standard is full of powerful additions to the language: templates, run-time type identification (RTTI), namespaces, and exceptions to name a few. This tutorial discusses one of the minor extensions: the new C++ casting operators. Site: www.cpp-home.com
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C and C++ / General Development This video tutorial will provide an overview of the new features introduced by concepts and how they will benefit C++ programmers. We will see how concepts can be used to express the core components of the C++ Standard (Template) Library, and explore some of the new capabilities that concepts bring to the C++ language. Site: www.codebeach.com
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C and C++ / Functions and Classes How to use a template to create a custom collection class and using the C++ std::vector STL library as well as the operator. I will expect you to understand how pointers, classes, templates and the operator works Site: www.geekpedia.com
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C and C++ / General Development Recursion is a programming technique that allows the programmer to express operations in terms of themselves. In C++, this takes the form of a function that calls itself. A useful way to think of recursive functions is to imagine them as a process being performed where one of the instructions is to "repeat the process". Site: www.cprogramming.com
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