Today’s article is the final installment in the series before we wrap things up next week. We’ll talk about C#’s built-in support for multi-threading and cover some odds and ends that were missed in the previous articles.
The series is nearing an end! In today’s article we’ll cover so-called “unsafe” code that gives you unprecedented access to system memory. You can use this to optimize your app or integrate with native (e.g. C, C++) code and APIs. Read on to learn more about this powerful C# tool!
Today’s article continues the series by looking at C#’s preprocessor support, which is like an expanded version of AS3’s compile-time constants and conditional compilation. Read on to learn about all the strange (and powerful)
#something lines you can put in your code.
Today we continue the series by looking at how resources—primarily memory—are acquired and cleaned up in C#. We’ll go way beyond the
new operator and discuss advanced features like finalizers and
using blocks that can make releasing resources much less prone to errors. Read on to learn!
Continuing the series on C# syntax, today we’ll look at the differences an AS3 programmer can expect to encounter when using conditionals (
switch/case/break/goto) and exceptions (
try/catch/finally/throw). We’ll also look at iterators, an all-new category for AS3 programmers that empowers us to both iterate however we want and to write coroutines, a kind of lightweight pseudo-thread.
Two of C#’s really interesting features are technically operators, but didn’t fit in last week’s article. These are both ways to create anonymous functions: lambdas and delegates. AS3 has anonymous functions too, but today’s article will discuss how they differ from the C# approaches. Read on to learn how to harness the power of anonymous functions in C#.
As with types and variables, there is a lot of subtlety in the differences between AS3 and C# when it comes to loops, casts, and operators. As core parts of the language, it’s important that we know all the little details of our most fundamental tools. Read on to learn what they have in common, what new operators C# offers, and what operators C# doesn’t have.
The language’s built-in types should be trivial, but they’re not. There are a lot of little details overlooked by many programmers. Today’s article continues the series by looking at subtleties found in seemingly-obvious language features like strings and integers. Read on to learn some tricks!