A preview of Zig 0.16.0's new async I/O primitives and synchronization API, demonstrated through code examples.
Benchmark results comparing the performance of Python 3.14 against older Python versions, PyPy, Node.js, and Rust on pure Python code.
Explores key new features in C# 14 and .NET 10, including field-backed properties and partial events/constructors.
Explores identity and equality types in type theory, contrasting definitional vs. propositional equality and their role in proofs.
Explores the journey and technical details of PHP's compile-time generics RFC, from a blog series to a comprehensive book.
Explores how Python's readable, English-like syntax reflects a philosophy of programming that reduces cognitive load and shapes computational thinking.
Explores Python's rise to dominance, arguing its true superpower lies in its community and ecosystem, not just syntax.
A developer's opinionated review of Java 25's new features, JEPs, and its status as an LTS release, highlighting key improvements.
The new C23 edition of the book 'Modern C' is now available in print and e-pub formats.
Detailed comparison of Java and C# features including object initialization, casts, methods, and operator overloading.
A detailed technical comparison of Java and C# programming languages, focusing on high-level structural similarities and differences like namespaces and types.
Zig creator reflects on a decade of project leadership, analyzing the personal and technical reasons behind conflicts in open-source communities.
A detailed comparison of modern C# and Java syntax features, including init-only properties, primary constructors, and pattern matching.
Reflects on the shift in programming language development from a period of major new languages to a more fragmented, domain-specific era.
Explores the limitations of the Boolean type in programming and proposes a more expressive type system for logical expressions.
Explores the new Extension Members feature in C# 14, comparing it to traditional extension methods with practical code examples.
Explores using Fortran types and private components to prevent edge cases and ensure safe function calls, focusing on error handling for non-empty lists.
Analyzing a critical OpenZFS bug by porting the flawed C code to Zig, demonstrating how Zig's compiler catches the error.
Explores error handling in Fortran, covering intrinsic methods and naive approaches, with a focus on function design.
Martin Fowler argues that LLMs represent a fundamental shift in software development, comparable to the move from assembler to high-level languages.
