C# doesn't have a preprocessor directive like `#define` for creating simple constants in the same way C++ does; it uses `const` or `readonly` fields instead.
elaborate
C++'s `std::vector` is not guaranteed to be contiguous in memory, although it usually is in practice for performance reasons. There are niche cases where a non-contiguous implementation might be chosen.
elaborate
Julia's creators initially aimed for it to be a language for high-performance numerical computing, but its general-purpose capabilities have led to its adoption in many other fields.
elaborate
Rust's borrow checker, a core part of its compiler, prevents data races at compile time, eliminating a significant class of runtime errors common in other languages.
elaborate
TypeScript's type system is structural, not nominal. This means that two types are considered compatible if they have the same shape, regardless of their names.
elaborate
Haskell's laziness (evaluating expressions only when their values are needed) can lead to surprisingly concise and efficient code, but also to infinite loops if not handled carefully.
elaborate
Dart's name is a pun; it's a play on words related to "darting" around the web and "dart boards"—referencing its initial design for web development and its ability to quickly deliver results.
elaborate
Scikit-learn, a hugely popular Python library for machine learning, is built on top of NumPy and SciPy, demonstrating the interconnected ecosystem of Python's data science tools.
elaborate
Swift's error handling uses a `do-catch` structure similar to other languages, but crucially, errors are *values* that can be explicitly thrown and handled, rather than exceptions abruptly interrupting execution.
elaborate
Perl's creator, Larry Wall, is a linguist, and this background heavily influenced Perl's design, making it unusually flexible and capable of handling complex text manipulation.
elaborate
