The article examines why several once‑popular programming languages—including Ruby, Visual Basic, Haskell, Perl, and Objective‑C—are losing relevance due to performance, ecosystem shifts, and lack of innovation, and predicts they may fade away in the coming two decades.
This article clarifies the misconception that JavaScript generators are only for async, explains their underlying pause‑and‑resume mechanism, demonstrates how they can model infinite sequences such as prime numbers by translating Haskell concepts, and shows practical API designs using generators.
This article compares four popular programming languages—JavaScript, Haskell, Go, and PHP—by outlining their key advantages such as rapid prototyping, functional features, simplicity, and ecosystem support, as well as their notable drawbacks including dynamic typing, steep learning curves, lack of generics, and quirky language behaviors.
This article compares five widely used programming languages—JavaScript, Haskell, Go, PHP, and Elixir—by outlining each language’s major advantages such as rapid prototyping, strong type systems, performance, and ecosystem support, as well as notable drawbacks including dynamic typing quirks, steep learning curves, and limited language features.
The article surveys five programming languages—Perl, Haskell, Ruby, Visual Basic.NET, and Object Pascal—explaining why each is considered obsolete, illustrating their decline with historical context, code examples, and industry opinions, and questioning whether they are truly dead or merely fading.
The article analyzes five once‑popular programming languages—Ruby, Visual Basic, Haskell, Perl, and Objective‑C—explaining why their performance, ecosystem support, and community interest are declining and why they could disappear unless revitalized by strong developer investment.
The article examines why Ruby, Visual Basic, Haskell, Perl, and Objective‑C are losing popularity and argues that without community and vendor support these languages may fade away over the next two decades, while newer languages continue to dominate development.
Cat Talks is Tubi’s internal bi‑weekly series where engineers discuss foundational topics such as category theory, functors, natural transformations, free monads, parser combinators, and lenses, using live coding in Haskell and Scala to deepen understanding of functional programming concepts.
This article walks through creating a minimal blockchain in Haskell, covering data structures, serialization, mining logic, difficulty adjustment, and command‑line tools for mining and balance listing, while illustrating core concepts such as Merkle trees, hash functions, and transaction validation.
