fn try_read_word(inp: Vec<u8>, expect: Integral) {
    let mut r = BinaryReader::from_bytes(inp);
    let b0 = r.read_u8();
    assert_eq!(read_word(b0, &mut r), expect)
  }
/// Given the vec<u8> input, we read the word encoded in it and compare with
/// the word or bigint expected
Given the vec input, we read the word encoded in it and compare with
the word or bigint expected
Given the vec input we read the word encoded in it and compare with the word or bigint expected
fn try_read_word(inp: Vec<u8>, expect: Integral) {
    let mut r = BinaryReader::from_bytes(inp);
    let b0 = r.read_u8();
    assert_eq!(read_word(b0, &mut r), expect)
  }
fn try_read_word ( inp : Vec < u8 > , expect : Integral ) { let mut r = BinaryReader :: from_bytes ( inp ) ; let b0 = r . read_u8 ( ) ; assert_eq ! ( read_word ( b0 mut r ) expect ) }
Given the vec<u8> input, we read the word encoded in it and compare with
the word or bigint expected
Given the vec<u8 > input we read the word encoded in it and compare with the word or bigint expected
inp
Vec<u8>
expect
Integral