Today we’ll continue to explore the C++ Standard Library by delving into its utility classes and functions. These extremely common tools provide us with basics like
std::tuple whose C# equivalent is so essential it’s built right into the language.
Posts Tagged union
Today we’ll wrap up structs and classes by discussing a bunch of miscellaneous features: local classes, unions, overloaded assignment operators, and user-defined literals. C# doesn’t have any of these features, but it can emulate some of them. Read on to learn a bunch of new tricks!
Today we continue stealing
float bits, but in an entirely different way this time. We’ll end up with the ability to switch between
float and 21-bit integer modes and to know which mode we’re in. We can do all of this without using any more than four bytes just by exploiting a little knowledge of the
float data format. Read on to learn how!
With a bit of understanding and some C# trickery, we can exploit how
float works to cram in a few more bits and make some big performance gains. Today we’ll see how to steal some of the bits from a
Last week’s article introduced the
Either class as an alternative to exceptions that makes it easy for functions to declare their error results in addition to their success results and for callers of those functions to handle both results. Today we’ll go further by linking together multiple functions to handle all the error cases almost transparently. Read on to learn how to make the most out of
Exceptions are the de facto way to handle errors in C#, but they have problems. Callers don’t know if the function they’re calling will throw an exception at all or which types of exceptions it’ll throw. Exceptions also introduce an alternative control flow that’s often hard for programmers to follow. They make our code slower too, even when never thrown! Today’s article introduces an alternative to exceptions to help solve all of these issues. Read on to learn a new way to handle errors!