I tried to keep the ideas conceptual for and not bring too many frameworky features to the language itself but rather a the standard library.

However, there are features that I intentionally brought it to the language:

- DI and IoC features:

this language is not made for writing hello world programms, rather some microservices and the code suppose to have abstraction layer and impl layer that connected via DI

- Event

I wanted to have a similar concept as (signals) as part of language - It's worth mentioning that the transport layer has a default implementation but it can be changed (https://code-by-sia.github.io/xi/events?_highlight=events#ap...)

- Different Function Types: the reason for having differnet function types is rather memory management, basically give Compiler more information; therefore, at the compile time we know how to manage the memory, It also brings some limitations (for example, a mapper function is not allowed to make any mutation or actions calls)

- Memory management: it's still not perfect as the compiler is still not in the fully self-hosted stage and currently it complies to C99 then to binary, but the idea is to avoid GC while not making hard-to-learn syntax (e.g. Rust borrowing) see more at : https://code-by-sia.github.io/xi/memory/

I used LLM for the documentaiton, I had this project going on an off for a while (5+ years), first version was in C then when I managed to make first usable compiler, I flattened the history and re-write (mostly replace all) the code into xi - however mostly if/else and loop blocks; therfore, I had it as a self-host compiler (a compiler that written in its own language) - I used AI along the way for refactoring and documentation, but the core idea and most work is done by me.