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Looks like the arithmetic only supports integers 0 through 10
https://github.com/ronami/meta-typing/blob/master/src/utils/...
At the risk of too much self promotion, I have a much deeper and more feature complete treatment of many of these type-level computations, represented with higher minded types (which are thus composable) here:
https://hkt.code.lol/
This is my "lodash for types" project. It supports integer division for up to 2^64, for example. It has over 200 composable utility types.
I recently learned about Typescript transformers[0] and wish they were better supported in a first-class manner. Working with ttypescript or ts-patch[1] is easy enough, but it still feels like you're doing something you shouldn't be doing.
My goal was to pass the Typescript types to the JS runtime, maybe there's a better way and GPT-4 just led me astray...
[0] https://github.com/itsdouges/typescript-transformer-handbook
[1] https://github.com/nonara/ts-patch
I recently learned about Typescript transformers[0] and wish they were better supported in a first-class manner. Working with ttypescript or ts-patch[1] is easy enough, but it still feels like you're doing something you shouldn't be doing.
My goal was to pass the Typescript types to the JS runtime, maybe there's a better way and GPT-4 just led me astray...
[0] https://github.com/itsdouges/typescript-transformer-handbook
[1] https://github.com/nonara/ts-patch
A tuple does have a upper limit of 10 000 elements, which means that with this approach we can count to 10 000 at most.
Another approach which I tried is to do arithmetics on digits directly, storing digits in a tuple instead, but the code is not as elegant as the tuple one
https://github.com/dqbd/ts-math-evaluate/blob/main/src/math/...
