Function parse_binary_bandwidth 

pub fn parse_binary_bandwidth(s: &str) -> Result<Bandwidth, Error>

Parse bandwidth object 1GiBps 12MiBps 5Bps or 1.012000005GiBps

Unlike parse_bandwidth, this method expect bandwidth to be written in binary prefix system

The bandwidth object is a concatenation of rate spans. Where each rate span is an number and a suffix. Supported suffixes:

• Bps, Byte/s, B/s, ops, ’o/s` – Byte per second
• kiBps, kiByte/s, kiB/s, kiops, ’kio/s` – kibiByte per second
• MiBps, MiByte/s, MiB/s, Miops, ’Mio/s` – mebiByte per second
• GiBps, GiByte/s, GiB/s, Giops, ’Gio/s` – gibiByte per second
• TiBps, TiByte/s, TiB/s, Tiops, ’Tio/s` – tebiByte per second

While the number can be integer or decimal, the fractional part less than 1Bps will always be rounded to the closest (ties away from zero).

Examples

use bandwidth::Bandwidth;
use human_bandwidth::binary_system::parse_binary_bandwidth;

assert_eq!(parse_binary_bandwidth("9TiBps 420GiBps"), Ok(Bandwidth::new(82772, 609728512)));
assert_eq!(parse_binary_bandwidth("4MiBps"), Ok(Bandwidth::new(0, 4 * 8 * 1024 * 1024)));
assert_eq!(parse_binary_bandwidth("150.024kiBps"),
           Ok(Bandwidth::new(0, (150.024 * 1024_f64).round() as u32 * 8)));
// The fractional part less than 1Bps will always be ignored
assert_eq!(parse_binary_bandwidth("150.02456kiBps"),
           Ok(Bandwidth::new(0, (150.02456 * 1024_f64).round() as u32 * 8)));