fn assert_crlf_seams(&self) {
        if self.chunks().count() > 0 {
            let mut itr = self.chunks();
            let mut last_chunk = itr.next().unwrap();
            for chunk in itr {
                if !chunk.is_empty() && !last_chunk.is_empty() {
                    assert!(crlf::seam_is_break(last_chunk.as_bytes(), chunk.as_bytes()));
                    last_chunk = chunk;
                } else if last_chunk.is_empty() {
                    last_chunk = chunk;
                }
            }
        }
    }
/// Checks that CRLF pairs are never split over chunk boundaries.
Checks that CRLF pairs are never split over chunk boundaries.
Checks that CRLF pairs are never split over chunk boundaries .
fn assert_crlf_seams(&self) {
        if self.chunks().count() > 0 {
            let mut itr = self.chunks();
            let mut last_chunk = itr.next().unwrap();
            for chunk in itr {
                if !chunk.is_empty() && !last_chunk.is_empty() {
                    assert!(crlf::seam_is_break(last_chunk.as_bytes(), chunk.as_bytes()));
                    last_chunk = chunk;
                } else if last_chunk.is_empty() {
                    last_chunk = chunk;
                }
            }
        }
    }
fn assert_crlf_seams ( & self ) { if self . chunks ( ) . count ( ) > 0 { let mut itr = self . chunks ( ) ; let mut last_chunk = itr . next ( ) . unwrap ( ) ; for chunk in itr { if ! chunk . is_empty ( ) && ! last_chunk . is_empty ( ) { assert ! ( crlf seam_is_break ( last_chunk as_bytes ( ) chunk as_bytes ( ) ) ) ; last_chunk = chunk ; } else if last_chunk . is_empty ( ) { last_chunk = chunk ; } } } }
Checks that CRLF pairs are never split over chunk boundaries.
Checks that CRLF pairs are never split over chunk boundaries .
&self