Results for : " c++" videos

For more information and a download link to the high quality version of this video go to
http://helpwithcpp.blogspot.com/

This video shows you how to create a very basic program called "Hello World" using C++. This is the first video in a set of about 20-25 that I am going to do that covers the basics of C++. In order to use these videos you must be familiar with using a computer and understand general computer terms. Also you will need to know basic programming logic because I do not show you that on these videos. You also need a compiler on your computer I primarily use Visual Studio 6.0 but I also have .Net 2003. If you do not have a compiler go to www.bloodshed.net and get their DevCPP IDE its completely free and works great! Finally if you would like the source files or additional help with anything on the videos please email me at helpwithcpp@gmail.com.

This is my first video I promise the others will get better and more interesting.

WEBSITE HAS CHANGED!!!!!**reconnetworks.net now**

giving a breif introduction to basic commands and you get to make a program that takes 3 numbers that a user imputs and averages them.

NEW Programming HELP WEBSITE!
http://reconnetworks.com
Part 1 of 2, my new tutorial going through loops, switch statements, if else statements and applying them to another fairly simple program

Google Tech Talks
March, 5 2008

ABSTRACT

Both by accident and by design, C++ supports a number of different
styles and approaches to programming. Its evolution from C gives it
obvious support for a procedural systems programming style based on C
idioms, but past, present and future language support opens up a wealth
of other approaches and idioms, including object-oriented programming,
generic programming and some elements of functional programming.

This diversity is both a strength and a weakness. It can lead to code
that is crisp and well matched to its problem. But it can also lead to
code that is at best considered an exercise in groundless post-modernism
or, less favorably, an unmaintainable and incoherent mess.

This talk examines some of the styles and approaches, including their
key strengths and accidental complexities, as well as consequences of
and techniques for combining them.

Speaker: Kevlin Henney
Kevlin Henney is an independent consultant and trainer based in Bristol,
UK. Kevlin's work focuses on software architecture, programming
languages and development process. He has been a columnist for various
magazines and online publications, including SearchSoftwareQuality.com,
The Register, C/C++ Users Journal, C++ Report, JavaSpektrum and Java
Report. With Frank Buschmann and Doug Schmidt, he is coauthor of two
volumes in the Pattern-Oriented Software Architecture series: A Pattern
Language for Distributed Computing and On Patterns and Pattern
Languages.

Google Tech Talks
December, 12 2007

ABSTRACT

The advent of multicore processors has generated profound debate on the merits of writing parallel programs with threads and locks. Nonetheless, for many application domains, this remains the standard paradigm for writing parallel programs, and at the moment, there is no apparent universal replacement. And it is the focus of this talk.

Somewhat surprisingly, there are a number of often subtle, but generally fixable, industry-wide problems with current approaches to threads programming. We'll focus on probably the most widely used environments, consisting of C or C++ with a standard threads library. Problems span the spectrum from system libraries through language implementations through supporting hardware. They get in the way both in that they often make it difficult to write 100% reliable multi-threaded software, and in that they confuse even the basics of the programming model, thus making it hard to teach. A surprising number of "experts" do not understand the basic rules. Arguably, these problems really need to be addressed to even allow a meaningful comparison to other parallel programming approaches.

Since solutions to these problems generally require a coordinated industry effort, we helped to persuade the C++ standards committee to address them by pursuing a coherent approach to threads in the next C++ standard. The talk will outline some of the proposed solutions, and give an update on this effort.

Speaker: Hans Boehm
Hans Boehm is a member of the advanced architecture group at HP Labs. He has worked on many aspects of programming language design and implementation, including garbage collection and concurrency, and he was HP's representative to the effort to redesign Java's memory model. He is a past Chair of ACM SIGPLAN, and is an ACM Distinguished Scientist.

Scott Peterson shows Flash on C/C++ sneak peek at Adobe MAX Chicago

Continuation of 4 so to speak, going through pointers a little more in depth as people didnt really seem to get it.

Google Tech Talks
February 21, 2007

ABSTRACT:

Concepts are a major addition to C++0x that make templates more robust, more powerful, and easier to write and use. At their most basic level, concepts provide a type system for templates. Using concepts, the C++ compiler is able to detect errors in the definition and use of templates before they are instantiated. One immediately obvious benefit of this separate type-checking capability is a dramatic improvement in error messages resulting from improper use of templates. Look a little deeper and we find that concepts support an entirely new programming paradigm, Generic Programming, enabling the construction of a new breed of generic libraries that...

NEW Programming HELP WEBSITE!
http://reconnetworks.com
Part two of my second programming tutorial

Google Tech Talks
October 31, 2008

ABSTRACT

The C++ language has started the formal approval process with the recent release of its Committee Draft, i.e. Beta.

This talk outlines the process, the new features, some features left out, and the procedures for formal comments.

Speaker: Matt Austern
Matt Austern is a long-time contributor to the C++ standard, as well as a Google engineer.

Speaker: Lawrence Crowl
Lawrence Crowl is a long-time contributor to the C++ standard, as well as a Google engineer.