[ ] Implement {:x?} and {:X?} formatting (Wait until the format flags are exposed through public API)
For FBig
[x] Implement {:x} and {:X} formatting for base 2. It should print the float as something like 0xabcp-n.
[x] Implement {:e} and {:E} formatting. It should prints 999e-n for base 10, and xxx@-yy for other bases.
For RBig / Relaxed
[ ] Implement Debug
[ ] Implement {:b}, {:x}, {:X} by printing the components separately
[ ] Implement .in_radix() by printing the components separately
[ ] Implement .in_expanded() by printing the decimal form, which prints to certain digits after the radix point by default. It will support {:e}, {:E} as well. It should also supports printing the repeatant with the alternative flag set. Might also support other radices as well.
format!("{}", rbig!(1/3).in_expanded(10)) -> 1.3333333 (maybe depends on the word size)
format!("{:.4}", rbig!(1/3).in_expanded(10)) -> 1.3333
format!("{:#.4}", rbig!(1/3).in_expanded(10)) -> 1.(3)
format!("{:e}", rbig!(1/3).in_expanded(10)) -> 1.3e0
format!("{:.4e}", rbig!(1/3).in_expanded(10)) -> 1.3333e0
(See here for repeatant detection implementation example)
UBig/IBigImplement(Wait until the format flags are exposed through public API){:x?}and{:X?}formattingFBig{:x}and{:X}formatting for base 2. It should print the float as something like0xabcp-n.{:e}and{:E}formatting. It should prints999e-nfor base 10, andxxx@-yyfor other bases.RBig/RelaxedDebug{:b},{:x},{:X}by printing the components separately.in_radix()by printing the components separately.in_expanded()by printing the decimal form, which prints to certain digits after the radix point by default. It will support{:e},{:E}as well. It should also supports printing the repeatant with the alternative flag set. Might also support other radices as well.(See here for repeatant detection implementation example)