#STATIC LOGIC MRHYTHMIZER HOW TO#

If you feelīusy, feel free to jump right to the main sectionĪbout the problem explanation. In general rather than with particular PL implementations. That this writeup is language-agnostic and is concerned with the Programming language with enough expressive type system keep in mind Written in Rust but can be applied to any other general-purpose Using both the static and dynamic approaches.

#STATIC LOGIC MRHYTHMIZER HOW TO#

Let me demonstrate to you how to implement logically equivalent programs In the following sections, before elaborating on the problem further,

Static linguistic abstractions have their correspondence in the dynamic Thence the typical control flow operators, such asĭata structures, and procedures, are dynamic, whereas static type systemįeatures and syntactical macros, are static. Similarly, theĭynamics level is where code is being executed at Linguistic machinery is being performed at compile-time. Your language in the latter case, you inevitably introduce theįor our purposes, the statics level is where all Only on one particular level, you introduce inconsistency to In the first two cases, where the abstraction is located

May reside either on the statics level, on the dynamics level, or on theīoth levels. Whenever you introduce a new linguistic abstraction to your language, it This is what I call statics-dynamics biformity: However, the more expressive their languages become, the more abruptlyĭuplication penetrates the language itself. Increase ergonomics by avoiding code duplication in final software Their languages more expressive, with a strong type system, mainly to People in the programming language design community strive to make

Static logic mrhythmizer