Create a human-readable string representation of a number of bytes either in binary or decimal units (SI or IEC).
https://en.wikipedia.org/wiki/Binary_prefix
1 KB = 1000 B 1 KiB = 1024 B
use humanize_bytes::{humanize_bytes_decimal, humanize_bytes_binary, humanize_quantity};
println!("{}", humanize_bytes_binary!(0)); // 0 B
println!("{}", humanize_bytes_binary!(512)); // 512 B
println!("{}", humanize_bytes_binary!(1023)); // 1023 B
println!("{}", humanize_bytes_binary!(1024)); // 1 KiB
println!("{}", humanize_bytes_binary!(1024 + 99)); // 1 KiB
println!("{}", humanize_bytes_binary!(1024 + 103)); // 1.1 KiB
println!("{}", humanize_bytes_binary!(1024 * 1024 - 1)); // 1023.9 kB
println!("{}", humanize_bytes_binary!(1024 * 1024)); // 1 MB
println!("{}", humanize_bytes_decimal!(0)); // 0 B
println!("{}", humanize_bytes_decimal!(512)); // 512 B
println!("{}", humanize_bytes_decimal!(999)); // 999 B
println!("{}", humanize_bytes_decimal!(1000)); // 1 kB
println!("{}", humanize_bytes_decimal!(1000 + 99)); // 1 kB
println!("{}", humanize_bytes_decimal!(1000 + 100)); // 1.1 kB
println!("{}", humanize_bytes_decimal!(1000 * 1000 - 1)); // 999.9 kB
println!("{}", humanize_bytes_decimal!(1000 * 1000)); // 1 MB
println!("{}", humanize_quantity!(0)); // 0
println!("{}", humanize_quantity!(512)); // 512
println!("{}", humanize_quantity!(999)); // 999
println!("{}", humanize_quantity!(1000)); // 1 k
println!("{}", humanize_quantity!(1000 + 99)); // 1 k
println!("{}", humanize_quantity!(1000 + 100)); // 1.1 k
println!("{}", humanize_quantity!(1000 * 1000 - 1)); // 999.9 k
println!("{}", humanize_quantity!(1000 * 1000)); // 1 MThis crate has one dependency, smartstring, and does not allocate because all formatting fits within the MAX_INLINE limit for a SmartString<LazyCompact>. Both macros return a SmartString<LazyCompact>, which looks/feels just like a normal String.