etl VS cortex-m3-rtos

If you can't use the STL because of exceptions: https://www.etlcpp.com/

You can also use ETL (https://www.etlcpp.com)

Use ETL for embedded standard library functionality: https://www.etlcpp.com/

The best choice here is use embedded Template Library: https://www.etlcpp.com/

If you can't get C++23, expected it's implemented in the ETL (it's also just a really amazing library for this kind of stuff - highly recommend!).

I want to use some of C++ std library classes/functions in my embedded system library project that I'm writing. However as the environment has limited ressources I don't want to have use or expose classes or functions that do the following: * Dynamic memory allocations * RTTI * Runtime exceptions I will be rewriting some basic container and algorithms according to my needs. I know that there are other re writes of STL like ESTL but I don't want to have any external dependencies So my question is can I somehow compile/package a fork of C++ std library that only include embedded systems friendly classes such as: - array - tuple - variant - type_traits Etc This compiled library must be completely standalone. The compiler that I use can support upto C++17 standard.

I will never not recommend the Embedded Template Library

STL containers use dynamic memory allocation which is often a no-no in embedded contexts. there is the ETL https://www.etlcpp.com/ but I haven't used it!

I will add my own project here https://github.com/t4th/cortex-m3-rtos

I decided to have similar architecture in my own private project ( https://github.com/t4th/cortex-m3-rtos ), because the underlying concept is that, it is all just an array of structs and I used C++ to Abstract those arrays as different modules for cleaner architecture.

Here is project that I was experimenting with C++14 instead of doing it in plain C: https://github.com/t4th/cortex-m3-rtos/

Here is repo https://github.com/t4th/cortex-m3-rtos You have two branches with simple prove of concepts if you are curious about technical problems only.