Let's say you have a company running a lot of C/C++, and you want to start planning migration to new technologies so you don't end up like COBOL companies 15 years ago. For now, C/C++ runs more than fine and there is plenty dev on the market for it. But...

Let's say you have a company running a lot of C/C++, and you want to start planning migration to new technologies so you don't end up like COBOL companies 15 years ago. For now, C/C++ runs more than fine and there is plenty dev on the market for it. But...

Let's say you have a company running a lot of C/C++, and you want to start planning migration to new technologies so you don't end up like COBOL companies 15 years ago. For now, C/C++ runs more than fine and there is plenty dev on the market for it. But...

The Go language creators write: Go doesn't provide assertions. They are undeniably convenient, but our experience has been that programmers use them as a crutch to avoid thinking about proper error handling and reporting. Proper error handling means t...

The Go language creators write: Go doesn't provide assertions. They are undeniably convenient, but our experience has been that programmers use them as a crutch to avoid thinking about proper error handling and reporting. Proper error handling means t...

The Go language creators write: Go doesn't provide assertions. They are undeniably convenient, but our experience has been that programmers use them as a crutch to avoid thinking about proper error handling and reporting. Proper error handling means t...

In the new Go language, how do I call C++ code? In other words, how can I wrap my C++ classes and use them in Go?

In the new Go language, how do I call C++ code? In other words, how can I wrap my C++ classes and use them in Go?

What is the difference between Go's multithreading approach and other approaches, such as pthread, boost::thread or Java Threads?

I was reading about the go language's defer statement. It allows you to specify an action to take when a function has ended. For example, if you have a file pointer or resource, instead of writing free/delete with every possible return path, you just need...

I'm working with a medium-sized C++ code base which is currently entirely single-threaded. The time has come, however, to pursue concurrency and parallelism for performance gains. I'm very interested in the concurrency model of Google's Go programming lan...

Compiling a Rust file with rustc foo.rs fails if I don't have a C++ toolchain installed. But when compiling a Go program, such a toolchain is not required. Why is that?