use libpt_bintols::*; use libpt_bintols::display::*; #[test] fn btobin() { let data = [19, 19]; let r = bytes_to_bin(&data); assert_eq!(r, format!("0b00010011_00010011")); } #[test] fn big_btobin() { let data = [12,31,82,32,123,32,92,23,12,32,12,1,1,1]; let r = bytes_to_bin(&data); assert_eq!(r, format!("0b00001100_00011111_01010010_\ 00100000_01111011_00100000_01011100_00010111_00001100\n\ _00100000_00001100_00000001_00000001_00000001")); } #[test] fn bybit() { assert_eq!(byte_bit_display(120), format!("120 B = 960 bit")); assert_eq!(byte_bit_display(12), format!("12 B = 96 bit")); assert_eq!(byte_bit_display(8), format!("8 B = 64 bit")); } #[test] fn hmnbytes() { assert_eq!(humanbytes(0), format!("0 B")); assert_eq!(humanbytes(1), format!("1 B")); assert_eq!(humanbytes(KIBI-1), format!("1023 B")); assert_eq!(humanbytes(KIBI), format!("1.00 K")); assert_eq!(humanbytes(KIBI+1), format!("1.00 K")); assert_eq!(humanbytes(MEBI-1), format!("1024.00 K")); assert_eq!(humanbytes(MEBI), format!("1.00 M")); assert_eq!(humanbytes(MEBI+1), format!("1.00 M")); assert_eq!(humanbytes(GIBI-1), format!("1024.00 M")); assert_eq!(humanbytes(GIBI), format!("1.00 G")); assert_eq!(humanbytes(GIBI+1), format!("1.00 G")); assert_eq!(humanbytes(TEBI-1), format!("1024.00 G")); assert_eq!(humanbytes(TEBI), format!("1.00 T")); assert_eq!(humanbytes(TEBI+1), format!("1.00 T")); assert_eq!(humanbytes(PEBI-1), format!("1024.00 T")); assert_eq!(humanbytes(PEBI), format!("1.00 P")); assert_eq!(humanbytes(PEBI+1), format!("1.00 P")); assert_eq!(humanbytes(EXBI-1), format!("1024.00 P")); assert_eq!(humanbytes(EXBI), format!("1.00 E")); assert_eq!(humanbytes(EXBI+1), format!("1.00 E")); assert_eq!(humanbytes(ZEBI-1), format!("1024.00 E")); assert_eq!(humanbytes(ZEBI), format!("1.00 Z")); assert_eq!(humanbytes(ZEBI+1), format!("1.00 Z")); assert_eq!(humanbytes(YOBI-1), format!("1024.00 Z")); assert_eq!(humanbytes(YOBI), format!("1.00 Y")); assert_eq!(humanbytes(YOBI+1), format!("1.00 Y")); }