53             None => Err(ByteCountOutOfBounds(ByteCountOutOfBoundsKind::RoundUp)),  in new_rounded_up()
64             .map_err(|_| ByteCountOutOfBounds(ByteCountOutOfBoundsKind::ConvertU64))?;  in new_rounded_up_u64()
94             .ok_or(ByteCountOutOfBounds(ByteCountOutOfBoundsKind::Add))  in checked_add()
108             .ok_or_else(|| ByteCountOutOfBounds(ByteCountOutOfBoundsKind::Sub))  in checked_sub()
126             .ok_or_else(|| ByteCountOutOfBounds(ByteCountOutOfBoundsKind::Mul))  in checked_mul()
136             .ok_or_else(|| ByteCountOutOfBounds(ByteCountOutOfBoundsKind::Div))  in checked_div()
159             .ok_or_else(|| ByteCountOutOfBounds(ByteCountOutOfBoundsKind::Rem))  in checked_rem()
239 pub struct ByteCountOutOfBounds(ByteCountOutOfBoundsKind);
250 enum ByteCountOutOfBoundsKind {  enum
262 impl fmt::Display for ByteCountOutOfBoundsKind {  implementation
265             ByteCountOutOfBoundsKind::RoundUp => f.write_str("byte count overflow rounding up"),  in fmt()
266             ByteCountOutOfBoundsKind::ConvertU64 => {  in fmt()
269             ByteCountOutOfBoundsKind::Add => f.write_str("byte count overflow during addition"),  in fmt()
270             ByteCountOutOfBoundsKind::Sub => f.write_str("byte count underflow during subtraction"),  in fmt()
271             ByteCountOutOfBoundsKind::Mul => {  in fmt()
274             ByteCountOutOfBoundsKind::Div => f.write_str("division by zero"),  in fmt()
275             ByteCountOutOfBoundsKind::Rem => f.write_str("remainder by zero"),  in fmt()