Current TODO list

[jk-jeon]

• Add CI scripts.
• Turn from_chars_unlimited_precision into one-pass for limited precision, two-pass for unlimited precision.
• Optimize from_chars_limited_precision and from_chars_unlimited_precision.
• Implement fixed-point/general formatting routines.
• Correctly implement policies. Implement an interface of to_binary_limited_precision and ryu_printf specialized for the usage in unlimited-precision parsing. (Avoid needless packing into/extracting from IEEE-754 formats.)
• Test against Microsoft STL's <charconv> dataset.
• Determine between header-only and static library; properly separate things that will reside in headers and things that will be compiled.
• Write documents on algorithm/implementation.
• Write documents on API.
• Think of an algorithm for fixed-precision binary-to-decimal conversion that use fewer amount of static data; it is desirable to make it less than 10KB. (Currently, it is possible to get about 26KB by tweaking Ryu-printf a bit.)

[sirinath]

Looking to see how things are progressing.

[sirinath]

I think the following items to be priority items in priority order:

1. Implement fixed-point/general formatting routines.
2. Correctly implement policies. Implement an interface of to_binary_limited_precision and ryu_printf specialized for the usage in unlimited-precision parsing. (Avoid needless packing into/extracting from IEEE-754 formats.)
3. Turn from_chars_unlimited_precision into one-pass for limited precision, two-pass for unlimited precision.
4. Optimize from_chars_limited_precision and from_chars_unlimited_precision.
5. Think of an algorithm for fixed-precision binary-to-decimal conversion that use fewer amount of static data; it is desirable to make it less than 10KB. (Currently, it is possible to get about 26KB by tweaking Ryu-printf a bit.)
6. Write documents on algorithm/implementation.
7. Write documents on API.