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Implement {:x?} and {:X?} formatting (Wait until the format flags are exposed through public API)
For FBig
Implement {:x} and {:X} formatting for base 2. It should print the float as something like 0xabcp-n.
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)
The text was updated successfully, but these errors were encountered:
UBig
/IBig
Implement(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-n
for base 10, andxxx@-yy
for other bases.RBig
/Relaxed
Debug
{: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)
The text was updated successfully, but these errors were encountered: