One of the evilnesses of the C++ Standard Library is that implementations — be they GCC's libstdc++ or the Dimkumware implementation used by MSVC — are free to have their headers include other standard headers as much as they like. This can lead to confusion.
I briefly explore a common inheritance gotcha and its usual solution.
One of the most well-known "web 2.0" buzzwords is AJAX ("Asynchronous Javascript And XML") which, properly known as XMLHttpRequest is a mechanism to provoke the retrieval of data from a webserver at times other than the initial loading of a webpage. You see it when your Gmail inbox refreshes, or when you turn the page in a Facebook photo album. Unfortunately, AJAX is somewhat misunderstood.
A programmer friend recently revealed that his company has a strict no-tabs policy, and that they are forced to use space indentation… at no fewer than eight spaces. This makes me sad. I explain why.
I address the age-old debate of C and C++; which pointer initialisation syntax to use?
I compare several approaches to object initialisation in C++.
I explore a few oddities with templates and types in C++.
Why does C++ not allow conversion from T** to T const**?
I'm occasionally asked why C++ programmers conventionally use .cpp and .hpp files, what they use them for and what happens if they don't. On the spot I'll usually come out with the template answer that conventions exist for a reason, but I thought I might as well take a moment to explain more fully the reasoning behind this one.
A question came up on IRC today regarding preprocessor macros and which ones are standard. Amazingly, MSDN does a good job of describing the standard macros and lists those non-standard but conventional macros implemented in Visual Studio. What it doesn't do is mention that some of those macros in fact aren't macros at all, but implicitly defined variables.
