Explains the compilation process in C versus the compilation and interpretation process in CPython, with practical examples.
A developer shares initial impressions and critiques of the Go programming language, covering syntax, conventions, and features after learning it.
A blog post celebrating C# history, popularity, and Microsoft's modern learning resources like in-browser tutorials and documentation.
Explores the design and use of a custom error handling package in the Upspin project, with lessons for Go programming.
Explores how assignment expressions in Julia return a value, similar to C, and discusses its uses and potential pitfalls.
Explains the five common forms of Clojure keywords, their use cases, and provides recommendations for idiomatic usage.
An interview with open source developer Julien Danjou about his programming career, work on Python and Gnocchi, and his book.
Explains the implementation details and changes to weak references in Swift 4, comparing the old and new runtime behavior.
A retrospective on the 10-year history of the Go programming language, from its initial design discussions at Google to its open-source launch and key contributors.
A deep dive into the internal implementation of Swift's error handling mechanism, comparing Swift 3 and Swift 4.
A developer shares his move to Berlin for a new Go role, his excitement for learning Go, and initial lessons from porting a Python project.
An overview of new features in C# 7.1, including Async Main and default expressions, for .NET developers.
A developer's humorous take on why Kotlin is superior to Java for Android development, highlighting frustrations with legacy Android APIs.
Explores the need for generics in PHP to solve type safety and performance issues with arrays, using blog post collections as an example.
An article exploring TypeScript as a pragmatic tool for JavaScript development, comparing it to 'training wheels' for building reliable, large-scale applications.
A Swift developer recreates Ruby's 'unless' keyword in Swift, discussing its differences from 'guard' and sharing the implementation.
Explores how historical scientific theories, once considered reasonable, can inform our understanding of current programming paradigms and their potential future obsolescence.
A technical comparison of Zig and C, analyzing how Zig's design prevents common C pitfalls like null pointer bugs and redefinition errors.
Explores how the Zig language uses 'comptime' to blend compile-time and run-time execution, enabling powerful generics and type-safe metaprogramming.
A developer explains why C remains their favorite language, highlighting its simplicity, stability, and close mapping to hardware.
