Optimize how code strings are built up to reduce the library size

As part of the nanoColor project, we have been trying to reduce the size of the library. Currently nanoColor is between 1.5-3 MB, depending on the platform and compiler flags but the goal is to get it down to 1 MB or less.

As we have profiled where the size of the existing library comes from, we noticed that there is a lot of size coming from modules that create code. For example, all the modules that build shader code for various GPU languages are among the largest. Another example is the way Exception message strings are built. All of this uses a pattern which is nice to read in the code but which creates a lot of temporary string objects that bloats the library size.

This proposal is to find a better way to build up these long strings from components that is both easy to read in the code but which is much more efficient in terms of the size of the library.

Comienza perfilando los módulos que generan código de shaders para lenguajes GPU y la construcción de cadenas para mensajes de excepciones descrita en el issue. Compara los enfoques para ensamblar cadenas largas y, después, verifica que el tamaño de la biblioteca se reduzca hasta el objetivo indicado de 1 MB o menos sin perder legibilidad.

Escrito por el modelo de indexación a partir del texto del issue.