About that: https://gliimly.github.io/about-gliim.html https://gliimly.github.io/about-gliim.html Modeling language Gliimly is a very high-level modeling lang

About that: https://gliimly.github.io/about-gliim.html https://gliimly.github.io/about-gliim.html Modeling language Gliimly is a very high-level modeling language. It's about solving problems by modeling the solution and connecting the components to create high-performance, low-footprint executables; and not about managing memory, manipulating bits and bytes or writing complex code. Syntax matters Syntax of a language matters, not just for writing code now, but for someone else reading it years later. Gliimly language is designed to be intuitive, easy and rapid in use on both ends, and to be close to the way humans are wired, rather than machines. Language Gliimly programming language is memory-safe, meaning it will prevent you from accidentally overwriting memory or freeing it when it shouldn't be. Gliimly's memory-handling is not limited to just memory safety; it also includes automatic freeing of memory at the end of a request, preventing memory leaks which can be fatal to long running processes. Similarly, files open with file-handling statements are automatically closed at the end of each request, serving the same purpose. Types Gliimly is a strongly-typed language, with only three primitive types (numbers, strings and booleans) and a number of structured types (message, split-string, array, index, index-cursor, fifo, lifo, list, file and service). Gliimly is a declarative language, with a few lines of code implementing large functionalities. Gliimly is also very simple - it does not even have expressions! That's because it's designed to achieve application goals with less coding. Statements (see also https://gliimly.github.io/statements.html https://gliimly.github.io/statements.html) Gliimly statements are designed for safety, ease of use, and ability to write stable code. Most statements typically perform common complex tasks with options to easily customize them; such options are compile-time whenever possible, increasing run-time performance.