An Introduction to Variadic Templates in C++0x
f you’ve been programming in C++ for any time at all then you’re familiar with variadic functions, functions (such as printf) that can take a variable number of arguments. C99
f you’ve been programming in C++ for any time at all then you’re familiar with variadic functions, functions (such as printf) that can take a variable number of arguments. C99
As job losses in the U.S. mount, under pressure not only from the current economic downturn/depression, but also from foreign competition, de-unionization, outsourcing, offshoring, and imported labor (both legal and
any applications use a loop that fills a raw memory buffer with data, processes that data, and then clears that buffer before the next iteration. Standard containers such as vectoraren’t
Publishers take heed: If you don’t have the content, the readers won’t come. As a publisher of developer-related content, I spend a significant amount of time researching technical topics,
For those of you who didn’t attend Scott Ambler and Terry Quatrani’s keynote “Software Development Strategies, Philosophies, and Techniques: Traditional vs. Agile” at this week’s SD West conference, let me
previous 10-Minute Solution demonstrated the new initialization rules of C++09, which enable you to initialize standard containers (among the rest) in the following manner: vector scores = {89, 76, 98,
I recently read the book, “33 Million People in the Room” by Juliette Powell. The subtitle inspired me to get rich quick: “How to Create, Influence, and Run a Successful Business
ith the processing power of single-core chips running out of steam, hardware manufacturers have turned to multicore processors to make up for the lack of processing power increases in single-core
he days of large increases in clock frequency are behind us. It was great while it lasted, but it’s now clear that we have finally hit a frequency wall. Contrary