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Async‑trait lets you write async methods in traits by boxing the future. This guide explains its purpose, typical use cases, performance trade‑offs, and when to prefer manual Future implementations.
Learn how a simple compile‑time macro can generate getters, setters and equality methods for plain data classes, reducing boilerplate while keeping builds fast.
Learn how Haxe’s @:genericBuild macro can generate toJson/fromJson methods for any struct, removing boilerplate and runtime reflection while staying cross‑target.
Racket's #lang lets you build a custom language that compiles to ordinary Racket, giving you domain‑specific syntax without runtime overhead. Learn how to create a minimal DSL, inspect its expansion, and weigh the trade‑offs.
Learn how to write a Haxe macro that replaces a function call with its body during compilation, eliminating runtime overhead and producing cleaner JavaScript output.
Use C11 _Generic to create a zero‑overhead abs macro that selects the correct library function for int, long, float, and double arguments.
Learn how the Confluence Table of Contents macro creates clickable navigation for long pages, with configuration tips, a worked example, and limitations.
Learn how to use Confluence's Page Properties and Page Properties Report macros to build a simple cross‑page report that aggregates key/value data from multiple pages.
Goal Determine how Minitab Server handles simultaneous macro submissions and whether a documented limit or performance degradation exists when multiple users trigger macros at the same time. Constraints Minitab’s macro interpreter runs on a single thread and queues jobs regardless of how they are launched. Observed latency scales with concurrent submissions,
rust
haxe
racket
c
confluence
minitab